EPA-650/3-74-001
Ecological Research Series
February 1974
:*:*:tt^
1
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EPA-650/3-74-001
BIBLIOGRAPHY OF THE CAT
edited jay
Ezra Herman, D.V.M.
Environmental Protection Agency
Experimental Biology Laboratory
Toxicology Branch
Program Element No. 1H1095
ENVIRONMENTAL PROTECTION AGENCY
National Environmental Research Center
Research Triangle Park, North Carolina 27711
February 1974
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This report has been reviewed by the Environmental Protection Agency and
approved for publication. Approval does not signify that the contents
necessarily reflect the views and policies of the Agency, nor does
mention of trade names or commercial products constitute endorsement
or recommendation for use.
Publication No. EPA-650/3-74-001
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CONTENTS
Page
INTRODUCTION v
INSTRUCTIONS v1i
CONTENT CHARACTERISTICS ix
BIBLIOGRAPHY 1
SUBJECT INDEX S-l
iii
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BIBLIOGRAPHY QF THE CAT
INTRODUCTION
When the Feline Colony of the Experimental Biology Laboratory was
first begun in 1962, the investigators associated with that project rapidly
acknowledged the difficulties in assembling published material about the
domestic cat, especially scientific articles containing data and information
about reproduction, development, growth, normal physiological values, and
the art of husbandry. Since that time, these investigators have been col-
lecting reference sources pertinent to the cat, mostly of a scientific and
partly of a clinical character. Over the years a number of systems of
storage and retrieval of pertinent references had been used; as the file
grew, the need for a more sophisticated system became apparent. In 1970,
efforts were initiated to code the references (with an abstract, if avail-
able) into a computerized system. A group of "Content Characteristics"
was developed for use in the description of the content of each citation.
One or more, and as many as 10 or 15 characteristics, were assigned to
each citation, the number of such characteristics being dependent upon
the compiler's attitude towards the content of the article and the state of
the material (i.e., depth of the work involved, and availability of the
entire article, short abstract, or title alone).
It is estimated that more than 7,000 references are now on file, most
of which are in the form of a full reprint or copy. Only 1,570 references
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are represented in this publication (on some 16,€00 IBM cards) . Most
of the publication dates are concentrated in more modern years (later than
I960), but a considerable number extend back into the mid-1800's.
Two individuals were instrumental in developing the necessary computer
programs for entry and retrieval. Stu Carlowe, of the Food and Drug Admin-
istration in Rockville, Maryland, not only developed the input systems,
but also encouraged us to continue with the rather formidable and time-
consuming experience of key-punching thousands of cards. Ted Harris,
of the National Environmental Research Center at the Research Triangle Park,
North Carolina, developed the retrieval program and designed the format
of the final printout. We are grateful for their patient cooperation.
This bibliography is an attempt to fill a void in the available literature
which refers to the cat in its role as a laboratory animal. Plans have been
made to continue to expand the number of citations and to update the bibli-
ography on a periodic basis. The expense entailed in enlarging and pub-
lishing this bibliography is prohibitive unless there is a sufficiently large
need. To determine the readers' interest in the continuation, enlargement,
and improvement of this publication, it is requested that they contact the
editor with their opinions.
Dr. Ezra Berman
Toxicology Branch
Experimental Biology Laboratory
Environmental Protection Agency
NERC-RTP
Research Triangle Park,
North Carolina 27711
Vt
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INSTRUCTIONS
As each citation (be it book, article, abstract, or title only) was read
and entered into this bibliography, the compiler described the citation
with one or more "Content Characteristics" . The list of such characteris-
tics and the number of citations associated with each are shown below in
the form used by the compiler. The form was developed to allow inclusion
of all citations containing related subject matter under a number of head-
ings; a computer determined the cross-preference selection.
For this edition of the bibliography, a subject index without cross-
referencing is used.
Each citation is listed by its accession number under all the content
characteristics which were assigned to it by the compiler of the citation.
The users of the bibliography need only to look up the particular char-
acteristics which are of interest, compare the accession numbers under
that heading with those under other headings of interest, and find those
common numbers on the bibliography (which is arranged in ascending
>rder).
Two last points may be of interest. Some accession numbers are not
included in this file because they have not yet been assigned. Also, about
170 citations are included that have no direct relationship to cats.
The editor would appreciate being advised of any errors in the
bibliographic text, and of any suggestions that the user may think help-
ful for its improvement.
V11
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CONTENT CHARACTERISTICS
(including the number of references under each heading)
by SPECIES (1914)
Cat, domestic 1372
Cat, wild 31
Dog 214
Man 64
Primates 16
Mouse and rat 50
Rodents, other 33
Carnivores, other
(Carnivores-other) 6
Herbivores 31
Fish, reptiles, birds...,. 5
Insects 4
Animals, other 14
Animals, general 74
by ENVIRONMENTAL SITUATION
T399J
Colonies, research 114
Colonies, commercial 17
Pets 128
Herds 5
Feral 9
Random-source 80
Zoos 11
Caged 21
Penned 14
by DEVELOPMENTAL STAGE (697)
Germ 56
Fertilization 6
Pre-implantation 17
Embryo,.,.,,..,.,.,.,,,.,. 26
Fetus 43
Placenta,.., 48
Birth 44
Neonate,and suckling 88
Young 112
Mature 187
Old 48
Cell culture 22
by SPECIFIC ANATOMICAL
AREA (1422)*
Skin 27
Hair 40
Adnexa of skin 15
Mouth and pharynx 21
Teeth 11
Stomach 23
Small intestine 43
Large Intestine 6
Colon, rectum, anus 8
Liver, bladder, pancreas. 44
Salivary glands 11
Nose 8
Trachea, larynx, bronchi. 9
Lungs 34
Peripheral blood 178
Marrow 66
Thymus, lymphatics 50
Heart 40
Spleen 36
Cardiovascular, other....
50
Ears, eyes, head 73
Brain 175
Spinal cord, nerves 80
Autonomic nervous
system 59
Muscle 20
Bone 100
Tendons, ligaments 20
Gonads 37
Female reproductive,
other 20
Male reproductive, other. 10
Kidneys, ureters 44
Bladder, urethra 32
Thoracic cavity 13
Abdominal cavity 8
Pericardial sac 1
Cartilage 10
1x
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by GENERAL ANATOMICAL
AREA (1051)
Skin and adnexa 44
Digestive 108
Respiratory 67
Blood, circulating
fluids 184
Genl to-uH nary 113
Supporting tissues 93
Nervous 234
Muscular 12
Cardiovascular 69
General anatomical 133
Endocrine 34
by DISCIPLINE (2995)
Nutrition.... 131
Metabol ism 63
Physiology 198
Pharmacology 140
Pathology 363
Anatomy 222
Development-prenatal 9S
Development-postnatal 71
Surgery, technics 137
Parasitology 79
Infectious diseases 124
Bacteriology 24
Virology 107
Clinical pathology 154
Genetics 134
Immunol ogy 34
Models, statistics 73
Singular clinical
observation 92
Neurophysiology 176
Behavioral psychology.,.,.,..,, 71
Sexual behavior 49
Radiography, isotopes 62
Dermatology.,. 11
Obstetrics arid gynecology 59
Geriatrics 11
Analytical chemistry 68
Diagnostic methods, other 27
Public health 61
Tumors, neoplasms 159
by COLONY MANAGEMENT (273)
Colony nutrition 60
Colony breeding 35
Colony rearing 50
Colony cleaning 12
Colony equipment 29
Col ony costs 4
Colony sources 21
Col ony diseases 32
Col ony behavior 21
Colony records 9
by TOXICOLOGIC FACTORS (214)
X-rays, gamma rays 19
Beta rays 8
Alpha rays 3
Isotopes, general 6
Bioeffects 67
Chemical s 61
Physical agents, other 5
Inhal ation 4
Ingest! on 32
Absorption 7
Parenteral 2
by ENDOCRINES (46)
Pituitary.... 5
Pineal 0
Thyroid 7
Parathroid 3
Ovarian 11
Testicular 5
Neurosecretory 2
Digestive-secretory 1
°ancreatic 5
Adrenal 5
Endocri nes, other 2
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CAT BIBLIOGRAPHY
NUMBER 00001
Burgen, A.S.V.
The Osmotic Work of Salivary Secretion in the Doq.
J.Cell Comp.Physiol. 45:465-477,1955.
The freezing point depression of dog parotid saliva was
studied. The osmolyte concentration of saliva increases
with the rate of secretion from 82 (+/- 8.1) milliosmols at
lowest rates of secretion upto 232 (+/- 10.8) milliosraols
at the maximal rate. The osmotic work of secretion
reached a high of 1J.2 (+/- 2.7) millicals/gm/rain at about
half maximal secretory rates and declined with further
increase in rate of secretion to 6.4 (+•/- 1.7)
millicals/gm/fflin at the maximal rate. It is therefor
unlikely that the rise in osnolyte concentration in the
saliva with increasing rates of flow is due to
saturation of the gland's capacity for osmotic work. The
role of osmotic back absorption of water in the ducts is
discussed.
NUMBER 00002
Norman, A.
SasaKi, M.S.
Ottoman, R.E.
Fingerhut, A.G.
Lymphocyte Lifetime in Women.
Science 147:745,1965.
The lifetime of the lymphocyte in hematologically normal
women is 530 (*•/- 61) days. This estimate, made from
studies on 25 women who had received radiation therapy
for cervical carcinoma, is based on the rate of
disappearance of lymphocytes with acentric chromosome
fragments.
NUMBER 00003
Davies, W.L.
The Chemistry of Hilk, Chap.1, page 7,1939.
Includes a comprehensive table of milk composition from
various species, in % values. The
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CAT BIBLIOGRAPHY
concentration of subraaxillary salivary glands of 3 male
cats, expressed as mg of total calcium/100 gm of wet
weight of tissue, is 63.8 (S.E. of mean=4.8).
NUMBER 00005
Brinker, H.O.
Jenkins, T.W.
Amputation of the Foreleg in Small Animals.
J.A.V.S.A. 130(3) :126-129,1957.
Excellent step-by-step description of a modification
of the Frick method of amputation of the foreleg, from
the shoulder joint distally. Includes 7 drawings.
NOHBER 00006
Small, E.
Nervous Syndrome in Cats: Questions and Answers.
Mod.Vet.Pract. 46 (1):68,1965.
A short clinical discussion of circling and
incoordination in adult cats. The main cause is put at
middle ear infection or anti-freeze toxicity.
NUMBER 00007
Blakemore, J.C.
Cause of Sudden Death in Kittens.
Hod. Vet.Practice 46 <1): 70, 1 965.
A short discussion of possible causes of death of two
litters of kittens trom a seemingly good cattery
enviroment. Possible causes discussed were enteritis,
chlorinated hydrocarbons, and panleukopenia.
NUMBER oooos
Ferm, V.H.
Teratogenic Effects of Hyperbaric Oxygen.
Proc.Soc.Exptl.Biol. 116 (4) :975-976,1964.
Fetal malformations in hamsters, including harelip,
spina bifida and hypoplasia of the lower extremity,
occurred after pregnant females were subjected to
increased oxygen tension under increased pressure. It is
not known whether the oxygen or pressure or both are
responsible for the effects. Exposure periods were two
and three hours.
NUMBER 00009
Ott, R.L.
Feline Exudative Pleuritis.
Mod.Vet.Practice 46 (3):53-54,1965.
A short but thorough description of feline exudative
pleuritis of bacterial origin. Cat and mink are ten
times more susceptible to this condition than the dog.
Early and often
overlooked symptoms are dry pleuritis, temperature of
104 to 105, crouched position with abducted elbows and
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CAT BIBLIOGRAPHY
abdominal breathing. As exudate forms, temperature
falls to 102.5 or 103 f and BBC increases. Although
the lungs may become quite compressed the cat can adapt
quite remarkably to decreased pulmonary function. The
author continues with diagnostic and therapeutic
measures.
NOHBER 00010
Lombard, C.
Tongue Cancer in Cats.
Bull.Acad.Vet. 37(4):164-166.1964.
HUHBER 00011
Gregor, W.W.
Salicylamide as a Taeniacide.
Vet.Bee. 75(51): 1421-1422,1963.
RUBBER 00012
Hintschev, P.
Suppression of Estrus in Cats.
Zuchtyg.FortpfIstorung u.Besamung 7:120-126,1963.
Two daily oral doses of 2-3 drops of a IX solution
of pilocarpine HCl suppressed estrus in cats
within 2 days. About half of the cats had the next
cycle at the normal.time. The remainder missed
one or more and about 13% had no further cycles. In
male cats treatment-suppressed libido. In bitches
given 3-4 drops twice a day, estrus ceased on the second
day.
HOHBER 00013
Gershoff, S.N.
Gottleib, L.S.
Pantothenic Acid Deficiency in Cats.
J.Nutrition 82 (1):135-138,1964.
A dietary source of pantothenic acid is essential for
proper growth. In a cat the minimum amount of
calcium pantothenate required to meet this need is
5 mg/kg of diet. Of 28 mixed-breed kittens, 3 months
old, fed purified diets containing varying amounts of
Ca-pantothenate (0.1, 3, 5, 10 or 20 mg/kg of diet), 8
which received none exhibited terminal stages of acute
deficiency after 2-4.5 months on the ration. All of 4
receiving 1 mg Ca-pantothenate/kg died after being fed
the ration for 3.5-4.5 months; 3 of 4 receiving 3 mg/kg
died after 6 months and the 4th died at
9.5 months. Levels of 5 mg/kg and higher are adequate
to support good growth and health. The clinical
picture of pantothenic acid deficiency was
characterized by emaciation. Following an initial
growth response, cats receiving 0.3 mg Ca-pantothenate/kg
started to lose weight after 2-3 months, while the
weights of cats in the other groups continued to
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CAT BIBLIOGRAPHY
increase. As indicated by urinary excretion, when the
Ca-pantothenate content of the diet increased from 3 to 5
ing/kg there was a sharp increase in acetylation of
p-amino-benzoic acid from 20 to 37* (40X at the
20 ing/kg level) and also a sharp increase in the urinary
ratio of pantothenic acid to cceatinine. At necropsy*
lesions attributable to pantothenic acid deficiency were
observed in cats receiving 0.3 rag/kg, with the livers and
intestinal tracts being the most prominently
affected. Many of these animals also had
bronchopneunonia. It appears that
Ca-pantothenate at a level of 5 ng/kg of diet is the
minima0 amount required to support normal growth and
maintain good health in the cat.
NDHBBfi 000114
Schafer, W.J.
Bleeding Gastric Dicers in the Cat.
Vet.Hed./Small Anim.Clin. 59(5) :461 & 463,1964.
A 6-year old cat was submitted with symptoms of anorexia
and depression. Fetid, black tarry feces had been
observed. Clinical examination revealed severe
anemia. Temperature was normal. Fecal exam was positive
for hookworms. Tentative diagnosis included intestinal
parasitism, hemobatonellosis or leukemia. Initial
treatment consisted of injectable iron, b-vitamins and
vermifuge. Daily follow-up therapy included
penicillin -streptomycin and iron liver tablets. The
vermifuge was repeated in 10 days. Since clinical
improvement was evidenced, the cat was discharged and iron
liver tablets and terranycin tablets were dispensed. A
month later the cat was returned with the owner's comment
that the cat was just not doing well. Treatment was
instituted to combat anemia, but response was slight. At
the request of the owner, the cat was euthanized.
Necropsy revealed two bleeding gastric ulcers (covered by a
loose fibrin network) just anterior to the pylorus. One of
the ulcers had penetrated the pyloric region, and there was
blood in the peritoneal cavity. There were no other gross
lesions. He concluded that the ulcers were the cause of
the anemia.
NUHBER 00015
Collins, D.fi.
Thoracic Tumor in a Cat.
Vet.Ned./Small Anim.Clin. 59 (5):4S9,1964.
A 12-year old spayed cat was presented to our clinic with
respiratory difficulty and anorexia. The temperature was
normal but the UBC was slightly elevated. Pneumonia of
unknown etiology was tentatively diagnosed. Original
treatment with combined penicillin-streptomycin and
corticosteroids was changed to meratycin supported with
b-complex and senile metabolic treatment. The respiratory
difficulty and anorexia was unresponsive to therapy and
became progressively worse...with emaciation, depression.
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CAT BIBLIOGRAPHY
dyspnea, cyanosis & a gradual drop in body temperature. A
metastatic tumor was suspected when radiographic
examination revealed multiple shadows in the lungs and
nediastium. Euthanasia was recommended. At necropsy,
lesions resembling a granulomatous disease were found. And
at necropsy, an advanced hydrothorax with
serosanguinous fluid vas seen. Scribed, granular nodules
that were whitish in color with a yellowish viscous fluid in
their centers. Hediastional and bronchial nodes were
involved. A large (2x3 cm) mass surrounded the trachea at
its bifurcation and involved the larger coronary vessels as
it left the heart. The parietal pleura was involved with
granular, whitish proliferations particularly prominent over
each rib. About 2/3 of the lung tissue was involved,
leaving only a small amount of functional
lung. Ristopathology reports showed a carotid body tumor
with metastasis to the lung and thoracic viscera.
NUMBER 00016
Parrish, H.H.
Blenden, H.C.
Weil, T.P.
Some Hissing Measurements in Comparative Medicine.
Can. J.Comp. tied. 32:183-485,1968.
At the present time it is difficult to make comparisons of
animal diseases in various geographical areas. Some
missing measurements which limit these comparisons are: the
lack of an internationally accepted system to classify
diseases; the lack of routinely collected information about
animal births, diseases and defaths; the lack of normal or
standard values for tnany species; the lack of methods to
define animal populations at various points in time. Host
of these problems have been faced and solved for human
diseases, work should be started immediately to
develope similar research methods for animal diseases.
NUMBER 00017
Chen, H.
A Case of Feline Papilliferous Mammary Adenocarcinoma
with Widespread fletastases.
Can.J.Comp.Hed. 32:465-467,1968.
A papilliferous mammary adenocarcinoma with generalized
metastases, including multiple involvement of the brain, was
found in a 14-year old female native born (Taiwan)
cat. No nervous signs, except some behavioral changes,
were noted.
NUMBER 00018
Henry, J.L.
Calaresu, P. R.
Topography and Numerical Distribution of Neurons of the
Thoraco-lumbar Intermediolateral Nucleus in the Cat.
J.Comp.Neurol.,1972.
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CAT BIBLIOGRAPHY
NUMBER 00019
Cirik, V.
Clinical Features of hujesky's Disease in Cats.
?et.Glasnik 17:499,1963.
In 245 cats clinical symptoms of Aujesky's disease fell
into 3 distinct groups. One was marked by pruritis,
salivation and manifestations of pain; the 2nd by
rabies-like raving fits; and third by depression and
vomiting. Since none of 67 humans who had been attacked by.
infected cats developed any symptoms in the course of 1-3
years after the bite, it was assumed that the disease is not
transmissible fron cats to nan.
BOBBER 00020
Nehrishi, J.N.
Thomson, A. E. R.
Relationship Between pH and Electrophoretic Nobility
for Lymphocytes Circulating in Chronic Lymphocytic
Leukemia.
nature (London) 219:1080-1081,1968.
He have attempted the electrokiaetic relationships of
lymphocytes circulating in a patient with chronic
lyaphocytic leukemia because lymphocytes from certain people
with this disorder have been reported to possess
adhesiveness for polystyrene beads different than normal
lymphocytes. The electrophoretic mobilities of saline
washed lymphocytes obtained from this patient were
determined at 25C in the pH range of 1.9 to 13.7 with a
constant ionic strength of saline (0.145 fl) . The
relationship between pH and electrophoretic mobility
suggests that the electrokinetic behavior of the lymphocytes
arose as a result of the presence of several ionizable
(acidic and basic) groups on the surface.
DUMBER 00021
Vernon, R.G.
Treatment for Feline Stomatitis.
Rodern Yet.Pract. <*5 (
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CAT BIBLIOGRAPHY
NUMBER 00023
Dale, H.E.
Elefson, E.E.
Niemeyer, K.H.
Influence of Enviromental Temperature on Becovery of
Dogs Prom Pentobar'bital Anesthesia.
Amec.J.Vet.Bes. 29(7):1339-1347,1968.
Normal dogs anesthetized with pentobarbital sodiua were
exposed to recovery room temperatures of 32C, 27c, 21C,
16C and 100C. Rectal temperatures were measured at 30
minute intervals. Duration of sleeping tine vas estimated
by reappearance of pedal and palpebral reflexes. 80 dogs
were used in the experiment, 16 at each recovery room
temperature. Hypothermia vas apparent in dogs exposed to
air temperatures below 27C. Decrease in rectal
temperatures ranged from 1-5 degrees at air temperature of
27Cf to 10-18 degrees at air temp, of IOC. Considerable
variation was evident among individual dogs,
but there were 2 general patterns of response. One group
of dogs had various degrees of initial hypothermia which vas
spontaneously reversed as the dog recovered from
anesthesia. The other group of dogs had a more severe and
prolonged fall in temperature, and although this hypothermia
was reversed spontaneously at air temperatures of 27 and
32C, it was progressive and freguently fatal in dogs
exposed to air temperatures of 10 and 16C. These two
patterns of response were not related to body weight, coat
or dose of pentobarbital. Hypothermia prolonged sleeping
time, as determined by reflex signs of anesthesia. The
pedal reflex appeared, on the average, after 224 minutes in
dogs exposed to air temperatures of IOC and after 143
minutes at air temperatures of 32C; other values were
intermediate. Hypothermia exaggerated the mortality of
dogs under pentobarbital anesthesia. Of the 16 dogs
exposed to each air temperature, 6 died at 10C, 4 died at
16C and 2 died at 21C. A total of 42 dogs had, at one
time or another, rectal temperatures of 35C or less, and 12
of this group ultimately died. 19 dogs had rectal
temperatures of 30C or less and 9 of these died. Eight
dogs in a moribund state were transferred from low
envirooental temperature to an air temperature of 32C, but
were not otherwise treated; all survived.
HUNBER 00024
Illert, H.
Gabriel, N.
Napping the Cord of the Spinal Cats for Sympathetic and
Blood Pressure Responses.
Brain Res. 23:274-276,1970.
NUMBER 00025
Lessard, J.L.
Salts, M.R.
Dibona, F.J.
Taketa, F.
Structural and Functional Properties of Cat
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CAT BIBLIOGRAPHY
Hemoglobin.
Biochen.Biophys.Res.Comm. 24:705,1966.
Hemolysates of cat erythrocytes contain two HB components
(I & II), with much lower oxygen affinities than HBA.
Hybridization vith human HB shows that I and II contain
identical alpha chains and different beta chains. Tryptic
fingerprints of isolated chains also show differences only
in the beta chains. I and II contain more basic and
sulfur amino acids than HBA. Reactions with NEM and PCMB
show that each contains a total of 8 -SH groups, all
reactive. 3 -SH groups are present in each alpha and 1 in
each beta chain. Stepwise HE PI alkylation causes a
progressive increase in oxygen affinity proportional to the
binding of upto 6 SH groups. Both hybrid molecules, alpha
2, A beta 2 cat and alpha 2 cat beta 2 A exhibit higher
oxygen affinity than the parent molecules. The Bohr
effect and N is essentially unchanged. In agreement with
Antonini et al, the data suggests th-.t the oxygen affinity
of a HB molecule depends upon the identity and specific
interactions between alpha and beta chains.
NUMBER 00026
Burdi, A.R.
Toluidine Blue-Alizarin Red S Staining of Cartilage
and Bone In whole-mount Skeletons in Vitro.
Stain Tech. 43 (2):15-48,1965.
Cartilage and bone of the developing skeleton can be
reliably differentiated in whole-mount preparations vith
toluidine blue-alizarin red S staining after FAA
fixation. The recommended staining procedure is based
chiefly on the use of newborn white and Swiss-Webster
mice, 4-9 days postnatal, but was also tested on mice and
rats 3-8 wk. of age. Procedure: sacrifice, skin,
eviscerate, remove body fat, and place specimens in FAA
(formalin 1: acetic acid 1: 70% alcohol 8) for approximately
40 min., stain in 0.061 toluidine blue made in 70S ethyl
alcohol for 48 hr at room temperature. Use 20 volumes of
stain solution to estim. vol. of specimen. Destain
soft tissues in 35* ethyl alcohol, 20 hr; 50* for
28 hr and 70X for 8 hour. Counterstain in a fresh prepared
1% aqueous solution of KOH to 'which is added 2-3 drops of
0.1% alizarin red S per 100 ml of solution. Each day, for
3 days, transfer the specimen to a fresh IX KOH - alizarin
mixture, or until the bones have reached the desired
intensity of red and soft tissues have cleared. Rinse in
water and place in a 1:1 mixture of glycerol and ethanol for
1-2 hr, then transfer the specimen to fresh glycerol-alcohol
for final clearing and storage. Older mice & rats require
procedural modifications: 1. fixation for 1 hr, 2. 0.12X
toluidine blue, 3. maceration for 4 days in 3.3X
KOH - Alizarin, and 4. preliminary clearing for 24 hr in a
mixture of glycerol 2: 70% ethanol 2: and benzyl alcohol, 1
(v/v) before placing in a 1:1 alcohol glycerol mixture.
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CAT BIBLIOGRAPHY
•OBBEB 00027
Peldnan, D.G.
Gross, L.
Electron Hicroscopic Study of Spontaneous Mammary
Carcinoaas in Cats and Dogs: Virus-like Particles in
Cat Mammary Carcinomas.
Cancer Res. 31:1261-1267,1971.
Electron microscopic study of 11 spontaneous cat mammary
tuoors revealed the presence of virus-like particles in 5
of the tumors examined. In three tumors, spherical
particles with two concentric shells surrounding an
electron-lucent center were found budding from, or free
within, the cisternae of the endoplasraic reticulua. In
one tumor, spherical particles with four concentric shells
surrounding an electron-lucent center were observed budding
from the cell membranes or tree within the intercellular
spaces. In the fifth tumor, both types of particles were
present. One or two particles with large, centrally
located nucleoids were found within the cisternae of the
endoplasmic reticulum in three tumors examined. Whether
these particles are etiologically related to the tumors in
which they were found or are merely passenger agents
cannot be determined at the present time. Eleven
spontaneous dog nannary tumors were also studied; no
virus-like particles could be found in any of these tamors.
NORBER 00028
Haldron-Edward, 0.
Paul, T.fl.
Skoryna, S.C.
Studies on the Inhibition of Intestinal Absorption of
Radioactive Strontium III. The Effect of
Administration of Sodium Alginate in Food and Drinking
Hater.
Can.Hed.Assoc.J. 91:1006-1010,1964.
A method is reported which permits selective absorption of
radioactive strontium froa ingested food, permitting
calcium to be available to the body. Studies were carried
out by measuring bone uptake of 5B89 and CA45 when various
amounts of sod. alginate was fed with the diet. Long
tern studies were made in which 2 different levels of
radioactivity were used, to determine the pattern of SR89
deposition with continuous intake of binding agent. It vas
found that administration of sodium alginate as a jelly
overcomes the problem of constipation and effectively
reduces SB89 uptake, upto 83* This fact represents a
significant finding with respect to the use of the compound
in human subjects. Addition of sodium alginate to drinking
water is effective with low levels of SR89 intake. This
naturally occurring water-soluble macromolecular substance
possesses several advantages for the suppression of
absorption of radioactive strontium when compared with
synthetic ion exchange resins; there is no disturbance of
electrolyte balance; efficiency is not reduced by treatment
over a prolonged period of time; and finally, the product
is palatable.
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CAT BIBLIOGRAPHY
NUMBER 00029
Schemer, S.
(The Morphology of the Blood of Laboratory
Animals: The Cat), pages 11A-92. J.A.Barth.
Leipzig,1954.
A German text giving a good review of
numbers and morphology of blood cells. Reactions to
pyrogens in the cat is also given.
NUMBER 00030
If a in am ur a, H.
The Dynamic Morphological Changes in Mouse Embryos
During the Sensitive Phase of Organogenesis.
Zeiss Information, no.65:85-87.
A description, with excellent photographs, of
differentiation of C57 Bl/10 and C57 Bl/6 from 8-1U
days after mating.
NUMBER 00031
Kovach,J. K.
Klimg, A.
Mechanisms of Neonate Sucking Behavior in the Kitten.
Anim.Behav. 15:91-101,1961.
The mechanisms of the neonate sucking behavior of the
kitten were studied and the following observations
were made: (1) while sucking on an artificial stimulus is
present at birth, by the age of 20 days it is completely
absent from the initial response to an artificial feeding
nipple forced into the mouth, i Repeated forced feeding
experience with such a nipple, however, results in a
regular sucking pattern up to UO days of age. Beyond the
age of 40 days the kittens learn to obtain milk from the
feeding bottle by chewing on the nipple instead of by
sucking. (2) with increasing age and experience there is a
gradual increase and a consequent gradual decrease in the
amount of time spent with non-nutritive sucking. (3) the
maturational improvements in the kittens' ability to learn
to suck from a bottle emerge in two steps; the first, at
7 days of age, seems to be associated with the emergence
of vision, while the second, at around 30 days of age, is
parallel with the newly emerged response to solid food.
(4) complete sucking deprivation and individual isolation
render the kittens unable to initiate sucking from the
mother if the deprivation lasts for 23 days or more.
(5) kittens raised in group isolation by force feeding
learn to suck on each others' fur and genital areas; suck
deprivation does not interfere with the kittens' ability to
initiate sucking on the mother. (6) the destruction of the
olfactory bulbs renders the kittens unable to initiate
sucking on the mother irrespective of the length of the
sucking experience prior to the operation; it is the ability
to find the mother's nipple and to respond to it that
appears to be lost in these kittens. (7) the destruction of
the olfactory bulbs, however, does not interfere with the
kittens* ability to learn to suck from the bottle, nor does
10
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CUT BIBLIOGRAPHY
it interfere with the retention of such a preoperative
habit. These observations were discussed with particular
emphasis on their possible implications for the role of
neonate reflex activities in the early establishment of
persistent behavior patterns.
NQHBER 00032
Hall, V.E.
Pierce, G.N., Jr.
Litter Size, Birth Height and Growth to Meaning in the
Cat.
Anat.Rec. 60:111-12U,193U.
The mean litter size in domestic cats is 3.88 kittens, the
larger cats tend to have more kittens in the litter. The
mean birth weight of kittens born in litters of 5 is
significantly greater than that of kittens born in smaller
or larger litters. This relation appears to be peculiar to
the cat, at least in the forms so far studied. The birth
weight of kittens born of smaller mothers is significantly
greater than that of kittens born of larger toothers. This
is the converse of the relation reported for rodents. The
growth curve of kittens is practically linear up to the 50th
day of life. Its variability is comparable to that
observed in other forus. The rate of growth is somewhat
faster in kittens below average in birth weight, but does
not seen to be clearly related to either litter size or
weight of the mother.
NUMBER 00033
Latimer, H.B.
Ibsen, H.L.
The Postnatal Growth in Body Weight of the Cat.
Anat.Etec. 52 (1) : 1-5,1932.
A short report on 6 males and 6 female kittens' body weight
from birth through 22 weeks of age. Both sexes' means are
similar until 8 weeks when males' increase more
rapidly, neans and ranges for 6 in each sex ace given for
each week upto 13 weeks. There was no post-natal decrease.
KDHBEB 00034
Latimer, H.B.
Prenatal Growth of the Cat.
Anat.Rec. 60(1): 23-41.
Empirical formulae are given vhereby the weight or the
length of the digestive tube or of its divisions nay be
derived from either the body weight or the body length,
within the given limits. The weights of the tube and of
its four subdivisions plotted on body weight or nose-anus
length form curves which are concave superiorly showing that
they grow at an increased rate. The lengths of the tube
and its parts plotted on nose-anus length are likewise
concave superiorly with exception of the esophagus which had
a constant ratio to the body length and so forms a straight
line curve. The same lenghts plotted on body weight fora
11
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CAT BIBLIOGRAPHY
curves convex superiorly, or they increase most rapidly at
first. The weight of the entire tube increases from about
1 to a little over 5 per cent of the body weight. The
length of the tube increases from about 50 to 375 per cent
of the body length. During this growth period the small
and the large intestine increase in relative weight while
the stomach and the esophagus decrease. The snail
intestine alone increases^ in relative length while all the
other subdivisions decrease. The linear relations are more
constant for the larger fetuses and they also become
established earlier than do the relative weights. The
total increase in weight for the entire tube and all of
its parts is more than the total increase in body weight;
The total increases, from least to greatest are as follows:
esophagus, stomach, entire tube, large intestine and small
intestine. The total increases in the lengths and in order
from least to greatest they are : esophagus, large
intestine, entire tube and small intestine. The greatest
increase in weight per unit of length is found in the large
intestine, next in the small intestine then the entire tube
and least in the esophagus. These values were not computed
for the stomach.
HOHBEB 00035
Jarrett, B.F. H.
Experimental Studies of Feline and Bovine Leukemia.
Proc.Boy.Soc.Ned. 59:61-62,1966.
To summarize, feline leukemia can be transmitted using
cell free material and the cells of the conseguent leukemia
contain particles of the leukemia virus type. This is the
first time that this has been achieved in a large mammal
with material from spontaneous disease of a type
approximating to that in the human subject. It should be
emphasized that we have examined by electron microscopy a
large amount of tissue from spontaneous feline
leukemias without finding the characteristic virus
particles, which are so numerous in experimental tumors.
NUHBEB 00036
Gross, L.
Feldman, D.G.
Virus Particles in Guinea Pig Leukemia and Cat
Mammary Carcinoma.
Proc.Am.Assoc.Cancer Res. 10:33,1969.
NUMBER 00037
Causey, E. W.
Examination of the Spinal Cord and Spinal Nerves from
the Functional Standpoint.
source unknown.
A very good 6-page typewritten outline of examination of
small animals for neurological diagnosis.
12
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CAT BIBLIOGRAPHY
NUMBER 00038
Meier, H.
Patterson, D.F.
Nyelogenous Leukemia in a cat.
J.A.V.N.A. : 211-215,1956.
A diagnosis of myelogenous leukemia of the cat was
established by the occurrence of primitive blood cells
which were identified as cells of the granulocytic
secies. Hit otic figures indicated an acute type of
leukemia. nyeloid hyperplasia and a shift to the left in
the narrow, increased amount of splenic red pulp, an almost
complete absence of white matter, and leukemic
infiltration of the liver, kidneys, and heart justified the
diagnosis. Severe anemia, indicated by the low erythrocyte
count hemoglobin level, resulted from crowding out the
erythropoietic tissue of the bone marrow. Harked
extramedullary erythropoiesis was considered an expression
of latent erythropoietic potentialities of various
mesenchymal structures. The total amount of extramedullary
erythropoiesis, however, was inadequate to compensate for
the severe myelophthisis.
NUHBER 00039
Schmidt. R.E.
Langham, R. P.
A survey of Feline Neoplasms.
J.A.V.M.A. 151 (10) : 1325- 1329, 1967.
In a study of 256 neoplasms from 256 cats, it was found
that 72 per cent were malignant and represented 32
different types. The most common neoplasm was malignant
lymphoma, followed in order of frequency by fibrous
connective tissue neoplasms, mammary gland tumors, sguamoas
cell carcinomas, and andenocarcinomas of undetermined
origin. One mixed mammary tumor, which is a rarity in
cats, was found, (lesenchymal tumors outnumbered those of
epithelial origin, and there were 2 mixed-cell tumors. No
significant predilection for a particular sex or age was
observed except for the reproductive tract in the female.
NUHBER OOOUO
Holzworth, J.
Leukemia and Related Neoplasms in Cat. I. Lymphoid
Malignancies.
J.A.V.n.A. 136 (2) :U7-69,1960.
Leukemia, denoting in the broadest sense any malignant
proliferation of blood-forming tissues, has long been
recognized as occuring not uncommonly in cattle and dogs and
with great frequency in fowl. it is not generally
appreciated, however, that such disorders are
extraordinarily prevalent in the domestic cat. To cite the
evidence of records at the Angell Memorial Hospital for a
12-year period, of U,OOU dogs necropsied, 138 or about 3.5
per cent suffered from some type of malignancy of
blood-forming tissue, while among 1,425 cats, or about 10
per cent were so effective. The purpose of this study, by
13
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CAT BIBLIOGRAPHY
a clinician and for clinicians, is to present a practical
survey of the tremendously varied forms that malignancies of
blood-forming tissue may assume in the cat. One hundred
and fifty-five cases of leukenic disorders of various types
recognized in cats at the Angell Memorial Animal
Hospital in a 12-year period constitute the basis of this
study. One of the classic reviews of these types of feline
disorders.
NUMBER 00042
Ashkenazi, R.
Holman, B. B.
Vogt, H.
Release of Transmitters on Stimulation of the Nucleus
Linearis Raphe in the Cat.
J.Physiol. 223:255-259,1972.
The nucleus linearis intermedius raphe and the nucleus
linearis rostralis were stimulated during the perfusion of
the anterior horn of the right lateral ventricle of
anaesthetized cats. Whereas release of
5-hydroxytryptamine (5-HT) was consistently obtained,
there was no release of acetylcholine (ACh). The
independence of the release of 5-HT from that of ACh was
seen both during low basal release of ACh (rising base
line), and during the period when a plateau of resting
release had been reached. It was also demonstrated in
experiments in which the same perfusate was examined for
both compounds.
NUMBER 00043
Conroy, J.D.
Questions and Answers: Continuous (Shedding by
Cats.
Hod. Vet. Pract. 45 (8) :62, 1964.
Cats that live outdoors will usually have 1 heavy shedding
period in the late spring. Cats living inside will shed
continuously the year round. The most effective way of
controlling excessive hair is by brushing the cat everyday
with a wire or natural bristle brush. If the hair loss is
accompanied by dandruff, it is helpful to add some animal
fat to the cat's diet. When heavy shedding is accompanied
by alopecia, certain specific cutaneous diseases should be
considered in the differential diagnosis. Among these are
endocrine alopecia, gestation or lactation alopecia,
nutritional alopecia, and external parasite infestations,
notably flea-bite dermatities.
NOHBEB 00044
Stansbury, R._.
Hest, H.B.
Okone, H.N.
-------
CAT BIBLIOGRAPHY
Benaux, E.A.
Marcus, H.J.
Blind, G.R.
Cole, S.W.
Degeec, T.B.
HcCoy, F. A.
Oar Panel Reports on: what Precautions do you
Routinely Take to Prevent the Transmissions of
Infections Among Cats Admitted to Your Hospital?
flod.Vet. Pract. 45 (8) :52-56, 1965.
Contributions made by practitioners discussing their
nethods of in-hospital control of upper respiratory
infections caused by air-borne viruses. Besides some
rather empirical suggestions, the.main
recommendations are: a history and exam before
admission; isolation or non-crowding; .and vaccination.
NUMBER 00045
Johnson, B.H.
Anderson, A.C.
Gee, H.
Parasitism in an Established Dog Kennel.
Lab.Anim.Care 13(5):731-736,1963.
The incidence of parasitism among beagles maintained
principally for longevity studies was 76% for two years
after the colony was established. The numbers of breeding
stock was 80 females and 7 males selected from various parts
of the country, with occaisional replacement of individuals
so as to maintain heterogeneity. Therapeutic procedures
and strict prophylaxis reduced the incidence in the
succeeding 6 years to a stable level of 3% in the enlarged
colony (400-500 beagles). These percentages are based on
over 9,000 fecal examinations. This is attributable to
routine examinations, improved kennel design, and other
factors unfavorable to the parasites (through most of the
species originally present are still present on the kennel
site). Observed most often have been ova of Trichuris and
Toxocara canis. Incidence has been highest in the early
winter. No clinical evidence of external parasitism has
been seen.
HOHBEB 00046
Cornelius, 0.
The Boutine Care of Cats in the Laboratory.
Lab.Anim.Bur.H.B.C. Lab.Collect.Papers:41-42,1952.
An experiment in breeding and rearing cats in the
laboratory is at present being undertaken in the Animal
House of the Boyal Free Hospital School of Medicine,
where, over a year, 17 litters have been reared from birth
and ten litters from approximately 8 weeks of age. The
author discusses some general attitudes towards the cat and
general and specific routines for husbandry that she has
found successful.
15
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CAT BIBLIOGRAPHY
NDNBEB 00047
Price, W.T.
An Experience in Cat Breeding.
Lab. Anim. Bur., H.B.C. Lab.Collected Papers, 1952.
It is a popular belief that cats will not breed in
captivity. At the Boyal Veterinary Hospital, London, 40
cats have been bred and reared successfully under the
regime described. The author discusses accommodations,
reproduction and care of the young.
NDHBER 00048
Clemente, C.D.
Studies of Sexual Behavior in Cats and Implications for
the Management of a Breeding Colony.
Proc.Animal Care Panel 8:20-22,1958.
Several important features of sexual behavior in the cat
are relevant in the management of a breeding colony. 1.
adaptation of the male to "territory" so that upon
presentation of an estrus female, copulation can be expected
immediately. 2.recognition
of the estrus state in the female and
presentation to the male only when this behavior is
evident. 3.maintenance
of adaptation in the male by presentation of
behaviorally estrus females, even if this necessitates
spaying certain females and implanting pellets of female sex
hormone.
NUHBEB 00049
Gershoff, S.H.
The Nutritional Requirements of Cats.
Proc.Anim.Care Panel 11 (1):49-53,1961.
The author's personal experience and a review of recent
studies on cat nutrition provide the following information:
1.weanlings need about 250 Cal/day/kg body weight, while
kittens several months old and inactive adults need only
about 150 and 60 Cal/day/kg, respectively. 2.although
precise fat requirements are not known, high-fat
diets are more palatable and appear necessary for best
growth when fed purified rations. 3.protein
requirements of cats seem to be higher than that
of other animals, including dogs. 4.Diets containing
upto 30X ash have been fed to cats for
one year without causing urinary calculi. 5.Clinical
signs of avitaminosis are tabulated, as are the
vitamin supplements given to cats at the author's and one
other lab.
NUHBEB 00050
Anon.
Intranasal intubation for New Uses Stressed.
Vet.Dispatch 6 (4),1964.
The value of intranasal
intubation as a versatile technique
16
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CAT BIBLIOGRAPHY
with important applications in both diagnosis and therapy
cannot be overestimated. The intubation principle lends
itself to a wide range of uses, from providing a method for
feeding debilitated cats to introducing contrast media for
the purpose of diagnosing gastrointestinal lesions,
according to Dr.w.L. Foster. The technique includes the
use of a drop or two of an appropriate anesthetic agent
instilled into the nostril. This facilitates the entry of
a No. 5 French catheter in addition to providing a local
anesthetic. Ten cc of contrast media introduced through
the intranasal route is sufficient to permit excellent
visualization of a possible obstruction of the stomach or
intestines or any other pathology of the gastrointestinal
tract.
NUMBER 00051
Anon.
Cats Found Less Prone to Heart Ills Than Dog.
Vet. Dispatch 6 (4), 1964.
Cats, like dogs and humans, suffer from heart disease, but
the incidence is lower and the condition encountered in the
feline is different. The report was based upon cumulative
observations made during extensive cardiovascular studies of
over 200 felines, including most kinds of house cats and
several zoo varieties. The study was conducted as part of
a comparative cardiovascular research program. In sharp
contrast to dogs, in whom studies revealed a high incidence
(101 of 256) of spontaneous arteriosclerosis, especially of
the posterior abdominal aorta, detailed gross examination of
58 feline aortas and major blood vessels revealed only 1
suspect of arteriosclerosis in domestic cats. There was 11
lesions of mitral valve disease in 202 cats; a similar study
in dogs showed a 4051 feguency of mitral valvulitis and
fibrosis in 500 necropsies. There was a high incidence of
medial hyperplasia of pulmonary arterioles when 84 of 122
cats showed this. Several cats showed this lesion at an
early age, the youngest at 5 weeks of age.
NUMBER 00052
Taber, E.
Brodal, A.
Halberg, F.
The Raphe Nuclei of the Brain Stem of the Cat.
J.Comp.Neurol. 114:161-188,1960.
NUMBER 00053
Bardens, J.W.
Use of Hetofane (Nethoxyf lurane) Anesthetic in Small
Animal Practice.
Allied Vet., pages 69-74, Nay-June,1964.
A wide variety of operative procedures has been performed
with Ketofane as the anesthetic agent. No deaths were
attributed directly to the anesthetic. Numerous techniques
of administration were employed with egual success.
17
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CM BIBLIOGBAPHY
Hetofane used in combination with other drugs foe
pre-induction 6 induction showed equally good results. In
all conditions and surgical procedures, the margin of
safety is far greater with methoxyflurane than with the
popular barbiturates. Hetofane is similar to ether in its
anesthetic effects, but does not have the potential
explosive factor associated with ether. Hetofane produces
good muscle relaxation, the cardiac rate remains stable, and
no supplemental drug is needed to produce its anesthetic
effects. The rapid elimination of Hetofane from the lungs
increases its safety without altering its properties.
BOBBER ooosu
LOW, O.G.
Questions and Answers: Nonspecific Diarrhea in Cats.
Hod.Tet. Practice 5 (2):64,1964.
In response to a question for treatment for persistent
diarrhea in adult cats without any other symptoms, the
author recommends as possibilities for the cause: diet,
internal parasites, pancreatic dysfunction, mal-absorption
of fats. Treatment of symptoms included low residue diet,
Bnteromycin powder or Donnatal.
NOBBEB 00055
Blakemore, J.C.
Clinical Hematology for the Practitioner: Part III.
Hod.Vet..Practice 5 (2):3U-38,1964.
This final article in this series considers variations
which occur among white blood cells in healthy and diseased
animals. Using data by the author, the leukocyte values
for normal cats are: 8000-20000 iBC; 60-70* neutrophils;
30-40% lymphocytes; '1-15X eosinophils; 1-6X monocytes; 0-1X
basophils.
HOBBBB 00056
Scott. P.P.
McKusick, V. A.
HcKusick, A.B.
The Nature of Osteogenesis Imperfecta in Cats.
J.Bone Joint Surg. 45-a (1):125-134,1963.
On the basis of experience with a kindred of Burmese
cats, it is concluded that osteogenesis imperfecta in the
cat is not determined genetically as a simple autosomal
trait, but rather is a nutritional disorder. The
conclusion is based on the following findings:
l.the identity of the spontaneous disorder to that produced
experimentally by a beef-heart diet;
2.the exclusion of simple recessive inheritance by breeding
experiments;
3.the finding of the syndrome whenever the diet consisted
mainly of beef heart or horse meat and not when it consisted
mainly of whole sea fish;
4.the rapid improvement of the dystrophy with administration
of iodine, as in the experimentally produced
18
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CAT BIBLIOGRAPHY
disorder. Genetic determination of unusual nutritional
requirements is not excluded by the experiments
described. It is possible that
Siamese and Burmese cats have a
higher requirement for calcium than other varieties since
the bone disorder is observed mainly in then.
NUMBER 00057
Hoore, T.
Sharman, I.n.
Scott, P.P.
Vitamin A in the Kidney of the Cat.
Res.Vet.Sci. «*:397-U07, 1963.
Vitamin A was estimated, by the antimony trichloride
method, in kidneys from 82 cats, which had been fed upon 3
different kinds of diet and submitted to various
experimental procedures. The mean of 150 I.U./G. was
much higher than values which had been reported for all
other species so far examined. No consistent correlation
could be found between the Vitamin A contents of the
kidneys and Livers. In many of the cats the concentration
of vitamin A in the kidney exceeded, often by a higher
factor, the concentration in the liver. The presence of
unusually large amounts of fats was confirmed, in the kidney
cortices of most of the cats, by chemical and histological
methods. No consistent correlation could'be found,
however, between the concentrations of fat and Vitamin
A. Flourescence microscopy revealed the presence of
highly flourescent fat globules in certain parts of the
kidney, and particularly in the medullary rays, which did
not coincide with the main distribution of fat. In
agreement with the conclusion that the flourescence was due
to Vitamin A the globules ceased to flouresce after
irradiation had been continued for a few minutes.
NUMBER 00058
Bock, G.R.
webster, H.R.
Aitkin, L.M.
Discharge Patterns of Single Units in Inferior
Colliculus of the Alert Cat.
J.Neurophysiol. 35 (2):265-276,1972.
Discharge patterns of single neurons in the inferior
colliculus of unanesthetized cats were investigated. All
data were obtained with binaural free-field
stimulation. All cells exhibited spontaneous discharge
and depression of spontaneous activity was a prominent
feature of many discharge patterns. Response areas were
broad and response patterns often differed significantly
in different regions of the response area, one cell in
the sample exhibited a secure form of phase-locking unlike
the phase-locking observed in auditory nerve
fibers. Spike counts generally increased monotonically as
tone intensity increased. These observations indicate
that responses of cells in the inferior colliculus of the
19
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CAT BIBLIOGRAPHY
alert cat ace determined by complex interactions of
frequency-dependent excitatory and inhibitory inputs.
NUMBER 00059
Anon.
Beliefs About 6-month Dog Breeding Cycles Questioned.
Animal Health News 1(2):6.1967.
Commonly held beliefs that dogs have two peaks of sexual
activity during the year which occur at 6-month intervals
were questioned today by animal care scientists from the
Norwich Pharmacal Co. Analysis of breeding records for
beagles kept by the company over the past 12 years reveals
that estrus occurs approximately every 7.1 months. And in
this colony of dogs, during the last 3 years, the breeding
period was uniform throughout the year. Onset of first
estrus occurred at about 11.2 months of age, confirming
earlier reports for similar colonies of beagles. Yet there
were individual dogs which deviated markedly from this
average with the age of first estrus ranging from 216 to
696 days. The interval between the first and second estrus
was a fairly accurate indicator of future cycles in
individual dogs. The interval seems to be inheritable so
commercial breeders of dogs could expect to make some
progress in reducing the time between whelpings by careful
selection of females for breeding.
NUHBEB 00060
Runkle, S.S.
Laboratory Animal Housing, Part III,
AIA Journal, April,1964.
Discussion of physical aspects of indoor housing for lab.
animals. Includes recommendations for wall and floor
finishes, lighting, plumbing and air conditioning. For the
caged cat, the following are recommended: 70-75 degrees
P.; 40-45% relative humidity; for cats upto 8 pounds, 12
cfm/cat for air movement and 34 BTO/hr/cat; for 160
cats/month use 1000 pounds of bedding and 150 grams of feed
per cat per day.
NUMBEB 00061
Anon.
Teratogenic Effect in Dogs Possible With High Dosages
of Vitamin A.
Anim.Health News 1 (2):14,1967.
The possibility of a teratogenic effect associated with
Vitamin A dosages was reported by DR.H.O. Wiersig of the
Iowa State Dniv., College of Vet.Ned. at the
Hid western Interprofessional seminar on Diseases common
to Animals and Han. A series of 16 mated beagle bitches
received varying oral doses of Vitamin A daily at varying
periods of pregnancy from days 9-J1. Whelping occurred
normally or c-section was performed when signs of whelping
were evident. Cleft palate was produced when daily
treatment was at a dosage of at least 125,000 I.U. Vitamin
20
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CAT BIBLIOGRAPHY
A/kg, of body weight and included days 17-22 if gestation
length was 58-62 days. Other abnormalities observed were
deformed and accessory auricles, kinked tails, reduced
litter size, failure to litter, mummified fetuses,
unicornual pregnancies and sanguinous aoniotic fluid.
NUHBEB 00062
Aitkin, L.B.
Anderson, D.J.
Brugge, J.F.
Tonotopic Organization and Discharge Characteristics of
Single Neurons in Nuclei of the Lateral Lenniscus of
the Cat.
J.Neurophysiol. 33:421-440,1970.
BOBBBB 00063
Aitkin, L.M.
Dunlop, C.w.
Inhibition in the Medial Geniculate Body of the Cat.
Exptl.Brain Res. 7:68-83,1969.
BOBBER 00064
Degering, C.I.
Prenatal Therapeutic Radiation: Preliminary Heport of
Two Cases.
Oral Surg.,Oral fled.,Oral Path. 21:473-477,1966.
A case study of a female patient who received abdominal
irradiation of the ovaries in excess of the 30-yr. max.
permissible dose of 10r to genetic tissue, and who then
gave birth to 2 children with dental anomalies is
•reported. The 20-yr old woman underwent radiotherapy for
malignant lymphoma; technical details are given. Prom
June 1957 to July 1960, 900 r of abdominal radiation was
given. Two children were born during this period, but
neither was irradiated in utero. Physical dissimilarities
of the two children and developmental histories are
compared. The clinical appearance of the dentitions of the
two children is illustrated. Bitewing 6 apical radiographs
of the anomalies of dentition were taken; apical films are
presented. In case 1 it appeared that a supernumerary
tooth developed in.the maxillary midline. Oral examination
of case one revealed normal soft tissues, prominent cusp
formation, and supernumerary maxillary right deciduous
lateral incisor. In case 2, the following were observed:
enlarged tonsils, hyperplasia of palatal vault, prominent
palatal mucous glands, prominent cusp formation, yellowish
hue to dentition, and germinated lateral
incisor-cuspid, whether the anomalies reported represent
natural nutations is open to question.
BOBBER 00065
Haigh, It. V.
Scott, A.
21
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CAT BIBLIOGRAPHY
Some Radiological and Other Factors for Assessing Age
in the Rhesus donkey Using Animals' of Known Age.
lab.inim.Care 15(1) 157-73,1965.
In formulating and utilizing criteria for assessing the age
of nonkeys of unknown birth date, it is inpottant to
consider all the criteria available although each in itself
may vary considerably. Four criteria are described, made
from data of upto 6 male and 6 females. Sexual development
criteria are testicle decent into the scrotum at 3,5-4
years, but vithout permanent establishment, and onset of
menstruation at about 2.5 years. Body weight curves are
different for the sexes, and are given in 2 graphs from 0.5
to 6.0 years. Foot length graphs for both sexes are also
presented. An overall picture of dental make-up at
definite time intervals, and the range of variation found
in a small gcoup of anioals are given. Wrist and
epiphyseal fusions are recommended as criteria of age
because they are obvious in radiographs and clearly
defined, numerous figures and a complete chart contain the
assessment data. Seven years plus sees the loss of these
criteria in that growth is practically coaplete,'bones fully
ossified, the epiphyses fused and dentition completed.
BOBBER 00066
Fox, H.i.
Enviromental Factors Influencing Stereotyped and
Allelotnimetic Behavior in Animals.
Lab.Anim.Care 15(5) -.363-370,1965.
There are many factors which influence the normal behavior
patterns of laboratory aniaals; several of these factors are
controlled by routine animal care procedures. For
example, environental constancy such as maintaining regular
diurnal light rhythms for rodents and poultry, adequate cage
space to prevent crowding stress and in fertility.
Stereotyped and allelomisetic behavior are recognizable by
the repetition of actions which are rigidly executed by the
animal;' the apparently purposeless activities which are
repeatedly performed without any reward to motivate the
behavior, although it is possible that the activity itself
is rewarding so that self-reinforcement perpetuates the
behavior. These phenomena have been observed in many
different species, notably, in zoo aniaals reared (but not
born) in captivity, and have been attributed to either
boredom or lack of cage space, i.e., inactivity; early
enviromental deprivation and restricted activity are
considered the main etiological factors. Crowding, notably
in rodents, may precipitate these abnormal, stereotyped
behavior patterns; sudden traumatic stimuli (auditory) nay
disrupt normal behavior patterns in aniaals and stimulate
alie1osimetic or stereotyped behavior (which under such
circumstances nay be regarded as a displacement activity or
thwarted escape behavior). This is especially seen in the
lower aanmals: more severe maladaptive behavior is seen in
rodents which nay devour their young if disturbed during
nursing by sudden traumatic stimuli.
22
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CAT BIBLIOGRAPHY
NUMBER 00067
Weaver, H. E.
Nckean, C.F.
Hiniature swine as Laboratory Animals.
Lab.Anim.Care 15(1):19-568,1965.
There has been a considerable interest in the pig as a
laboratory animal because of its availability and its
similarity in many respects to man. Daring the several
years that we have used the pitman-Moore strain of
"miniature swine" we have been able-to maintain the animals
easily in laboratory animal quarters' conditions. Breeding
is not difficult and cost of maintenance is not
excessive, when compared with other large experimental
animals. Pentabarbital is used routinely for
anesthesia. The variety of surgical procedures and
observations possible make this animal desirable for many
types of experimental projects.
NOHBEB 00068
Tomlin, D.H.
Henry, K. H.
Kon, S.K.
Autoradiographic Study of Growth and Calcium Hetabolism
in the Long Bones of the Rat.
Brit.J.Nutrition 7:235-256,1953.
The radioactive isotope H5-Ca has been used as a tracer to
study bone growth and calcium metabolism in young and adult
rats. A simple autoradiographic technique has been applied
to study the localization of bone salts incorporated in the
long bones during specific periods. In the age period from
U-6 weeks about 14% of the U-week old diaphyseal bone Ca in
the femur and humerus was renewed by exchange. The figure
increased to a maximum of about 2455 by the 16th week.
Exchange of Ca was considerably less extensive in the
bones of adult rats. The mechanism of growth in the femur
and humerus is discussed in detail. Sites of apposition
and resorption are so disposed as to produce a unified
process of growth and remodeling and are closely related to
the curvatures of the bone cortex. General agreement was
found with the results of previous work in which Madder had
been used. Some evidence was found of a modification in
the normal growth mechanism of the femur when the Ca intake
was changed from adequate to slightly suboptimal. It is
suggested that this modification was such that less bone
material was needed to produce a given cortical
thickness. A similar effect was not observed in the
humerus, probably owing to a difference in the mode of
growth.
NUMBER 00069
Dickinson, C.D.
Scott, P.P.
Effects of Adding Penicillin and Anreomycin to the Diet
of Cats.
23
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CAT BIBLIOGRAPHY
J.Physiol. 8:380-385,1954.
The addition of penicillin and aureonycin to a diet
containing 50% protein, mostly of animal origin, produced
increased growth in kittens, accompanied by increased food
intake and increased efficiency of food conversion, greater
freedom from infection and an improvement in general health.
NOHBBB 00070
Dickinson, C.D.
Scott, P.P.
The Effects of Penicillin on the Weight Gained by
Kittens.
J.Physiol. 122:61p,1953.
Two preliminary experiments indicated that the addition of
procaine penicillin to a high protein diet gave an increase
in the weight gained by kittens aged between 14 and 22
weeks. Twelve kittens from 4 litters were used. The
amounts of procaine penicillin (1 mg=1000 I.U.) added were
15, 30, and 60 ag/kg of diet (wet weight). At these levels
some increase in the weight gained 'was apparent when
compared with litter-mate control kittens receiving the
basic .diet alone. A noticeable decline in the weight was
observed in the week immediately following withdrawal of
the penicillin supplement, followed by a resumption of a
normal increase in weight. 30 mg/kg appeared to be a
suitable level of supplementation & was used in subsequent
experiments. Twenty-four kittens from 7 litters were
weaned on to the basic diet at about 6 weeks of age. They
were divided into 2 groups whose mean weights differed only
by 6 g. After 14 days, the meanweight of the kittens
receiving penicillin had increased by more than 200 g over
the mean weight of the kittens not receiving penicillin.
Moreover, the kittens receiving penicillin appeared to be
healthier and livelier than those in the control group, some
of which had to be temporarily isolated for low-grade
respiratory infections.
HOHBB8 00071
Narston, J. H.
Chang, B.C.
The Breeding, Management and Reproductive Physiology of
the Hongolian Gerbil (Heriones Qnguiculatus).
Lab. Anim.Care 15 (1) : 34-48,1965.
The management of a breeding colony of Nongolian Gerbils '
is described, and the following observations made:
1. over a period of 18 months 67.US of 187 litters, or
66. 2X of 835 young, were successfully weaned. The mean
litter size at birth was 4.5 */- 0.04 and there was no
significant variation of litter size with increased
parity. Hean litter size at weaning was 4.4 +/- 0.04.
2. at birth the sex ratio was 102.9 males to 100 females,
whereas at weaning it was 99.6 males to 100 females.
3. the available data on post-natal development are
summarized, together with observations on the reproductive
life and overall reproductive performance. Ovulation' and
24
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CAT BIBLIOGRAPHY
mating were found to continue well beyond the female's
reproductive life, which could extend from 3 to 20 months
of age. The most fecund female delivered 10 litters, and
the majority of females delivered 6 or more litters during
their reproductive life.
1. it was difficult to characterize a regular, predictable
oestrous cycle for the Hongolian Gerbil. The vaginal
smears were of little use in defining the cycle, and so fax
no reliable cyclic changes have been recognized.
Observations on the vaginal smear, oestrous behavior and
general breeding pattern are described and illustrated. 5.
approximately 70% of the Eatings in one series were
observed at 5 P.M.; and 63% of the matings occurred within
7 days of pairing. It appeared that the oongolian gerbil
was probably polyestrus, and that it possibly had a short
(4-7 days) oestrus cycle.
6. the gestation period was 24-26 days. Almost 60% of the
females experienced a post-parturn mating within 3 days of
parturition, but otherwise mating was not observed during
lactation; 86% of the post-parturn matings were fertile. It
appeared that delayed implantation may ocqur during
lactation, provided that the female was suckling more than
two young.
7. ovulation appeared to occur spontaneously, and the mean
ovulation rate for recently mated, mature females was
6.6 +/- 0.05 with no difference in the number of ovulations
from the right and left ovaries. Generally similar
ovulation rates were recorded from small groups of virgin
females (7.4 */- 0.5) and parous females after the
post-partum mating (5.6 »/- 0.4). Following unilateral
ovariectony the remaining ovary ovulated 6.6 */- 0.4
ova. Pre-natal mortality in this gerbil amounted to
32X of all ova. 8.nearly 11, of a group recently mated
mature females
were found with 1 or more large cystic ovarian follicles
although the rest of the genital tract appeared normal, and
ovulation and fertilization could still occur. 9.
these results are discussed with a view to the
improvement of the Hongolian Gerbil's breeding capacity
and its suitability as a laboratory animal. The importance
of the Hongolian Gerbil as another laboratory animal from
the Family Cricetidae is emphasized.
HDHBER 00072
Bedell, D.N.
Guide for Rational Use of Antibiotic and
Chemotherapeutic Agents.
Presented (?) at Amer.Anim.Hospital Seminar, 4-26-63.
Suggested rules for combination of therapeutic agents are:
1.avoid combining bacteriostatic & bacteriocidal drugs. 2.
antagonism does not occur between members of the two
bacteriostatic or between members of the two bacteriocidal
groups.
3.bacteriostatic antibiotics are never synergistic, but nay
be additive.
4.bacteriocidal antibiotics may be synergistic.
25
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CAT BIBLIOGRAPHY
5.combination therapy should be avoided if possible when in
vitro testing has not been done.
NUMBER 00073
Bild, C.E.
Relationship of Clinical Hematology to Fluid Balance.
Presented at Amer.Ani.in.Hosp.Assoc.Seminar, 4-23-63.
A good concise discussion of the use of henatocrit as a
tool for fluid balance diagnosis, treatment and prognosis
in the dog. A scale of henatocrit values and the
importance of type of therapeutic action is given.
NUMBER 00074
Latimer, H.B.
Weights and Linear Measurements of the Adult Cat.
Amer.J.Anat. 58 (2):329-3U7,19?.
The body weights, the weights of the major parts and most
of the various linear dimensions are more variable in the
adult male cats. The coefficient of variation of the
length of the forelimb is less than that of any of the
three segments but in no 'other place in these linear
measurements does the theory of compensating variability
holdJ The chief sex differences are in heavier body weight
and the weights of the major parts in the male, and in the
longer and wider head, longer tail, longer extremities and
longer pelvis in the male cats. The weights of the
divisions of the body form good correlations with both body
weight and body length and these correlations average higher
than the correlations between the linear dimensions and body
length. The correlations show that the body length is a
better criterion of the various dimensions of the male cat
than the female.
NUMBER 00075
Da Silva, A.C.
The Domestic Cat as a Laboratory Animal for
Experimental Nutrition Studies.I.General
Considerations', care and Feeding of the Aniaals.
Acta Physiol.Latino-Amer. 1:20-25,1950.
Care and handling of the domestic cat for nutrition
experiments are described. Reference is made to
interfering diseases, source, selection, caging and diet
are described and discussed.
NOHBER 00075
Dasilva, A.C.
The Domestic Cat as a Laboratory Animal for
Experimental Nutrition Studies. II. Comparative
Growth Rate and Hematology on Stock and Purified'
Rations.
Acta Physiol.Latino-Amer. 1:26-32,1950.
Comparative growth rate and hematology of the cat, on
stock and purified rations were studied upto 1 year of
26
-------
C1T BIBLIOGRAPHY
age. Results prove that, on a purified ration with a
conposition approximated to the cow's milk the known factors
are satisfactory, although growth rate is slower an
purified rations.
HOHBBB 00077
Jarret, 1. P.H.
Crighton, G.I.
Dalton, B.C.
Leukemia and Lymphosarcona in Animals and Nan. I.
Lymphosarcoma or Leukemia in the Domestic Animals.
Vet.Bee. 79(23) :693-699, 1966.
It is impossible to condense a large and rapidly growing
literature into a snail review; we have tried to pick out
fron the literature, and from
oar personal experience, those'
facets of the disease in the different species which seen to
us to be important to the general practitioner in the
diagnosis and understanding of the disease; and those parts
of the aetiological and epideaiological aspects which night
concern those involved in state nedicine and public
health. Neoplasia of the lymphoid system is 1 of the nost
conion nalignancies of donestic aninals. Yet it often
goes undiagnosed in practice. The basic pathological
process is a aaligoancy of lyaphoid tissue, which is usually
generalized, therefor the nost acceptable name is
lynphosarcoaa. However, in the human subject, a connon
nanifestation, iuch;used in diagnosis, treatment and
prognosis, is leukemia, i.e. the presence in the peripheral
blood of large numbers of lymphocytes, which nay or may not
be of abnormal type. Hence, in the general medical and
experimental literature, the name leukemia is used to
describe the whole disease. Hhen the generalized disease
is present without a grossly abnormal blood picture, the
apparently contradictory and rather ridiculous name
aleukemic-leukemia is often used. The latter is the
situation comnonly found in donestic animals; although blood
cells changes can, and do occur, they nay be absent, even in
the presence of widespread involvement of the carcass
nodes, spleen and other organs.
HUHBBB ooo?8
Kawakani, T.G.
Theilen, G.H.
Dung worth, D. L.
Bonn, B.J.
Beall, S.G.
"C"-type viral Particles in Plasma of Cats iith
Feline Leukemia.
Science 24 Nov.,1967.
Linear sucrose-density gradient was used to detect and
isolate typical "C"-type viral particles in plasma of cats
with spontaneous and experimentally induced leukemia. The
density of the agent is similar to known Hurine Leukemia
Virus (1.15-1.17 grams per cubic cm). In the electron
27
-------
CAT BIBLIOGRAPHY
microscope the virus shoved typical nc"-type particle
morphology with various maturation stages. The maximum
diameter of the mature viral particle in plasma was 115
millimicrons, a diameter slightly'larger than budding
particles observed in tissue. Leukemia was transmitted
with cellular and cell-free inoculum after a 5-week period
of latency.
NUMBER 00079
Burgen, A.S.V.
The secretion of Potassium in Saliva.
J.Physiol. 132:20-39,1956.
The concentration of potassium in saliva secreted from a
previously inactive gland has an initial transient phase
which passes into a lower steady state level. The
potassium transient has been shown in saliva secreted from
the cat and dog submaxillary gland and from the dog parotid
gland. During the transient phase the intracellular
potassium of the gland declined and was partially replaced
with sodium. Initially the gland loses potassium into the
blood as well as into the saliva. Subseguently the gland
extracts potassium from the blood to maintain its potassium
output. The initial rates of loss of potassium into the
blood and saliva are directly related to each other and to
the rate of saliva secretion. Both the initial potassium
transient and the steady level are increased by a rise in
the plasma and the steady level are increased by a rise in
the plasma potassium. Changq of body temperature has
little effect on the potassium concentration in the saliva.
NUHBER 00080
Holmes, H.L.
Environmental Control of Reproduction.
Nev Scientist (no. 420): 6HH-BH6,1 96«*.
The breeding behavior of animals can be modified by
external influences, as farmers now well know, but the
pathways in the brain that are involved remain obscure.
Experiments with ferrets kept in artificial light point to
a link between the sense organs and the hormone system.
NDNBER 00061
Murakami, H.
Violin, C.
Cohlan,S. Q.
The effect on the Growing Bone of Rat Offspring
Treated Prenatally With Tetracycline.
Presented at 7th Ann.Meet, of the Teratology Society,
Estes Park, Colo.,1967.
Tetracycline and oxytetracyclihe in varying dose ranges
(UO-80 mg/kg/daily) were administered intraperitoneally from
the 13th-20th day of gestation to pregnant rats. Control
animals received saline. The control and
experimental animals were allowed to deliver and the
offspring were reared until 60 days. The birthweight of
28
-------
CAT BIBLIOGRAPHY
experimental offspring was 30% less control birth
weights. At 60 days of age this difference decreased to 12
percent. Average 60 day control weight and crown-rump
length was 253 gm and 20.8 cm respectively, compared to 225
gro & 18cm for the experimental animals. Representative
control & experimental offspring were sacrificed on the
1st, 5th, 10th, and 20th day of life. Histological study
of the distal epiphysis of the femur and proximal epiphysis
of the humerus revealed the following
tetracycline effects on growing bone: 1.decreased diameter
of the bone, 2.inhibition of the zone of hypertrophic
cartilage, 3.decrease in primary spongiosa, 4.delay in
calcification of the ossification centers, and 5.decrease
in acid mucopolysaccharide deposition. The results
indicate that the postnatal skeletal growth in the young
rat is inhibited by transplacentally acquired tetracycline.
NUMBER 00082
Abderbalden, E.
(The Relationship of the Rate of Growth of Suckling
Rabbits, Cats and Dogs to the Composition of their
Milks).
Hoppe-Seyler's z.f.Physiol.Chem. 26:487-497,1898.
The author shows data on 6 litters (26 kittens) where the
birthweight of the litter doubles in a mean time of 9.5
days. Analysis of milk from 4 nursing queens, taken at
13, 18, and 11 days from queening, give an average value
of: casein=3.7K, albumin=3.291, protein=7.0051, fat=4.75X
and sucrose=4.78X.
NUMBER 00083
Eruklar, S.D.
The Responses of Single Units of the Inferior
Colliculus of the Cat to Acoustic Stimulation.
Proc.Roy.Soc., London, Series B, 150:336-335,1959.
NUMBER 0008U
Evans, E. F.
Whit field, I.e.
Classification of Unit Responses in the Auditory
Cortex of the Unanesthetized and Unrestrained Cat.
J.Physiol., London 171:476-493,1964.
NUMBER 00085
Coronios, J.D.
Development of Behavior in the Fetal Cat.
Genet.Psychol.Monographs 14 (1):283-385,1933.
A very broad and comprehensive review of the title
subject.
Also contains some observations as to sexual behavior and
colony care, vintage 1928.
29
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CAT BIBLIOGRAPHY
NOHBEB 00086
Schneider, B.
Frye, F.L.
Taylor, D.o. N.
Dora, C.B.
A Household Cluster of Feline Malignant Lytnphoaa.
Cancer Res. 27:1316-1322,1967.
Daring a 3-1/2 year period, 3 histologically confirmed
malignant lymphona cases and 3 additional clinically
diagnosed cases were observed among 34 cats kept for
varying lengths of tine in the same household. The 3
clinical diagnoses were supported by surgery and necropsy
findings consistent with a diagnosis of malignant
lymphoma. On the basis of existing incidence data, the
occurance of 3 to 6 cases in 31 cats is far higher than
would be expected by chance alone. The pattern and
occurrence of cases may best be explained by horizontal
transmission by an infectious agent. There vas a
continuum of contact from the 1st to the 6th. One case
vas not known to be related to the others. However, 5 of
the 6 cases were related, therefor, there was a possibility
of inheritance of a genetic factor which influenced
susceptibility.
HDHBBB 00087
Lawson, B.L.
Barranco, S.
Sorenson, A.H., Jr.
A Device to Restrain the House, Rat, Hamster and
Chinchilla to Facilitate Semen Collection and Other
Reproductive Studies.
Lab.Anim.Care 16 (1):72-79,1966.
Restraining jackets of pliable leather for use in
laboratory procedures using, mice, rats, hamsters and
chinchillas are diagramed and their uses explained. These
devices are simple to construct and use, and facilitate
such procedures as semen collection, insemination,
collection of blood samples, injection and application of
medication.
8UHBEH 00088
Nelson, H.E.
Kaye, A.
Hoore, H.
Villims, H.H.
Herrington, B.L.
Bilking Techniques and the composition of Guinea Pig
Hilk.
J.Nutrition 44:585-594,1951.
A milking machine of simplified design for use with small
animals is described and the techniques used to obtain
quantitative yields of milk during the entire lactation
period of guinea pigs are discussed. Using these
techniques, guinea pigs were milked for periods as long as
19 days without having nursed their young. A composite
30
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CAT BIBLIOGRAPHY
sample of guinea pig milk Has analyzed for a larger number
of constituents, and daily variations in milk yield,
ascorbic acid, riboflavin and niacin concentrations are
presented. Lactation curves for guinea pigs are presented
which indicate that this animal is suitable for quantitative
studies of the factors concerned with lactation.
HOHBBR 00089
Hhalen, B.E.
Nadler, R.D.
Suppression of the Development of Female Hating
Behavior by Estrogen Administered in Infancy.
Science 1U1 (3577):273-274, 1963.
The administration of estradiol benzoate subcutaneousl; to
1-day old female rats resulted in reduced mating in
response to estrogen and progesterone in adulthood.
NUMBER 00090
Staples, R. E.
A Practical Method for Routine Clearing and Staining
of Specimens.
source unknown.
A Modification of the Method of D.D. Crary, Stain
Technol. 37:124,1962.
HOHB2B 00091
Pesic, H.
Radotic, H.
Hajdukovic, S.
Erythropoietin Production Following Gamma Irradiation
and Hemorrhage in Dogs.
Science 143:49-50,1964.
The production of erythropoietin in dogs increased after
they had been exposed to 300 rad of gamma rays and then
subjected to hemorrhage.
NUMBER 00092
Heiec, H.
Gourley, G.
Basophilic (Nyelocyte) or Mast Cell Leukemia in a cat.
J.A.V.N.A. p. 33-40, Jan. 1,1957.
A diagnosis of chronic basophil myelocyte or mast cell
leukemia in a cat was established by neoplastic occurrence
of mast cells in various organs including the bone marrow.
Although there was a slight, but definite, increase in the
number of basophils in the peripheral blood, it presented
only a faint reflection of the extensive organ infiltration
by mast cells. From the excess of neoplastic changes,
predominately involving the spleen, liver, and lymph nodes,
an autochthonous leukemic change was favored over a
metastatic leukemic deposition by malignant blood cells
from the bone marrow, which revealed only a comparatively
scant involvement. Lack of extensive myelophthisis
31
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CAT BIBLIOGRAPHY
accounted foe the absence of severe anemia and
extramedullary erythropoiesis. Without talcing into
consideration the specific cell predominantly involved,
particularly in the tissues, the diagnosis of a
myelogenous type of leukemia was suggested by marked
myeloid splenomegaly, visible infiltration of the liver,
and grossly absent, or only slight, lymphadenopathy.
NUMBER 00093
Geisler, C. 0.
Rhode, H.S.
Hazelton, D.W.
Responses of Inferior Colliculus Neurons in the Cat to
Binaural Acoustic Stimuli Having wide-band Spectra.
J.Neurophysiol. 32:960-974,1969.
NUMBER 00094
Corbin, J.E.
Hohrman, R.K.
Wilcke, H.L.
Purebred Dogs in Nutrition Research.
Proc.Anira.Care Panel 12 (U): 163-168,1962.
Growth curves, litter size, and mortality rates are
described for a colony of purebred English Setters.
leaning rate is nearly 90%, and most of the mortality
occurs in the first week of life.
NUMBER 00095
Andersen, A.C.
HcKelvie, D.H.
Long-term Experiments in Relation to Treatmpnt
Effects: Hadiobiological and Gerontological Problems.
Proc.Anira.Care Panel 12 (U):170-182,1962.
The success of a long-term experiment is unique in that
psychological, physiological, and animal-husbandry factors
play an intricate role. The veterinarian is challenged
toward a balance of enviromental factors rather upon
medicinal agents. Dogs with desirable genotypic and
phenotypic traits are reguired for life-span studies; yet
their availability is extremely limited. Gerontological
processes can be assayed only after optimum kennel
enviromental factors have been determined. Current
knowledge in aging processes merely hints at underlying
mechanisms; the researcher in a large kennel is obliged to
observe keenly the record subjectively. Radiation must be
considered only as a single force or stress that may affect
the aging processes. Parental selection can improve
breeding-colony production. Dams whelping 4-6 pups per
litter have a minimum (17*) puppy losses to the veaning
age. Beagle reproduction should ave. 1.45 pups /dan
per 100-day breeding period. The most practical means of
restraining dogs in a large kennel is with outdoor pens
of proper design. Normal beagles can be raised and
maintained to maturity in cages that allow companionship
32
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CAT BIBLIOGRAPHY
and 12 sq.ft. per dog. Inside cages have been designed
foe the safe administration of hazardous radionuclides.
Normal values (baseline data) obtained from dogs kept under
standard conditions are urgently required for future
research.
HDflBBB 00096
Anon.
Additional Information of the Use of Sorptive Dusts
for the Control of Insects, Ticks and Nites.
Source unknown.
Details for the application of sorptive dusts for new and
old buildings for the removal and prevention of insects,
ticks and mites.
HUBBBH 00097
Lindsay, F. E. F.
Skeletal Abnormalities of a Cat Thorax.
Br.Vet.J. 124:306-307,1968.
The bony thorax of an adult cat was found to have 14
thoracic vertebrae, 14 pairs of ribs 6 9 sternebrae. Some
observations are made on the enbryological and clinical
significance of the extra elements.
BOBBER 00098
Varga, J. H.
Ceska, H.
Characterization of'. Allergen Extracts by
Polyacrylamide Gel Isoelectrofocusing and
Badioimmunosorbent Allergen Assay. II. Dog and Cat
Allergens.
Int.Arch.Allergy 42:438-453,1972.
The potency of commercial dog and cat allergen extracts
produced by different firms may vary by a factor which may
range from several 100 to more than 1,000. In cat
extracts, major common components can be demonstrated
between pi 4.5-5.0. In addition to these, additional
components were seen in the pi ranges 3.0-3.9; 5.3; and
7.5-8.5. In commercial dog extracts, major common
components were detected between pi 4.3-4.7. in one dog
extract, the presence of additional components with pi
3.0-3.4; 3.5-3.7; 3.9-4.1; 4.9-5.0; 5.1 and 5.2-5.3 was
demonstrated. There.are indications, that in the sera of
allergic patients, IgE antibodies are present which are
counterparts of breed-specific allergens.
HUMBBR 00099
Harris, W.H.
Haywood, E.A.
Lavorgna, J.
Hamblen, D.L.
Spatial and Temporal Variations in Cortical Bone
Formation in Dogs.
33
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CAT BIBLIOGRAPHY
J.Bone 6 Joint Surg. 50-A(6):1118-1128,1968.
Prolonged studies of the rate of bone formation in 3 adult
dogs using double tetracycline labeling (two 12-week periods
of labeling 12 weeks apart) are reported. These studies,
covering 24 weeks in a 36 week period, provided the first
long-duration, direct measurements of rates of cortical bone
formation. The double labelling also permitted evaluation
of the variations in the rate of bone formation with respect
to time and space. Spatial and temporal variations in
skeletal metabolic activity are marked. The data presented
are compatible with the hypothesis that cortical new-bone
formation in 1 long bone of an adult dog, measured over 6
months, is representative of cortical-bone growth in long
bones in that animal. Studies of porosity showed highly
significant differences between dogs, between sites,- and
between different long bones, but no significant differences
between sides in the same dog or between ribs. Ribs differ
slightly from long bones in metabolic activity, not only in
the rate of new-bone formation, but also in the amount of
variability in rate of formation and in porosity. The rate
of bone formation derived from this study indicate that the
over-all annual rate of cortical bone formation in the long
bones varied from 5-1IX in 3 mature adult dogs, and that the
over-all average cortical bone formation for ribs in these
same three dogs varied from 1«
NUMBER 00100
Dekaban, A.S.
Abnormalities in Children Exposed to X-Radiation
During Various stages of Gestation: Tentative
Timetable of Radiation Injury to the Human Fetus,
Part ,1.
J.Nuclear (led. 9 (9): U71-U77,1 968.
Severe and obvious abnormalities encountered in 26 children
who received heavy x-radiation during various stages of
gestation were compiled and evaluated. A tentative
timetable tor man is presented which correlates specific
types of abnormalities with irradiation during particular
stages of gestation when the dose is in the range of
therapeutic irradiation.
NOHBER 00101
Bussolati, G.
Canese, H.G.
Electron Microscopical Identification of the
Immunofluorescent Gastrin Cells in the Cat Pyloric
Hucosa.
Histochemie 29:198-206,1972.
To solve the unsettled problem of the identification of
the gastrin cells, a study has been undertaken on the
electron microscopical characteristics of the
gastrin-containing cells of the cat pyloric mucosa. Cells
which, on semithin sections, were shown by an
immunofluorescence method to contain gastrin, have been
identified on serial ultrathin sections. The
34
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CAT BIBLIOGRAPHY
ultrastructural features of these cells ace those which
have been described as characteristic of the G cells of
the antropyloric nucosa. Other aon-eatero-chromaffin
endocrine cells, which have been recognized as the D cells
of the gastro-intestinal nucosa, did not result to contain
gastrin.
NUNBER 00102
Nichelbacher, A.E.
Furnan, D.P.
Davis, C.S.
Swift, J. E.
Tarshis, I.B.
Control of Household Insects and Belated Pests.
Circular 498, California Agricultural Extension
Serv., Univ. of California,1961.
A 40 page pamphlet describing some 177 household pests,
ectoparasites and insects. Pictures and treatment for
their removal for each of the insects is given.
HOHBEB 00103
Johnson, F.R.
HcHinn, R.H.H.
Microscopic Structure of the Pyloric Epithelium of the
Cat.
J.Anat. (London) 107:67-86,1970.
NUMBER 0010U
Kawabata, 8.
Bay, R.D.
Experimental Study of Peripheral Circulation and
Bone Growth. Part IV. Blood Flow Distal to
Iliac Arteriovenous Fistula,
Clin.Orthop.Related Research (55):177-189,1967.
The henodynaoic changes distal to iliac arterivenous
fistulae were studied by angiography. The blood-flow of
the femur was measured by a technic based on the FicK
principle. The blood volumes of the bones and the
various soft tissues were also determined. Three
venous collateral systems developed, all of vhich had
their origin at the level of the knee. The
lymphatic vessels were found to be dilated, and there
was increased bone blood volune and rate of flow on
the affected side. The values for femoral
bone-blood-flow, blood volume and venous pC02 were
increased, suggesting the presence of venostasis in
the bone. However, a linear relationship between the
increased flow and bony overgrowth could not be
demonstrated.
HOHBER 00105
Vassallo, G.
Solcia, E.
35
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CAT BIBLIOGRAPHY
Capella, C.
Light and Electron Microscopic Identification of
Several Types of Endocrine Cells in the
Gastro-intestinal Hucosa of the Cat.
Z.Zellforsch. 98:333-356.1969.
BOHBEB 00106-
705
Hugh, It.
The Impact of Ionizing Radiations on the embryo and
Fetus.
Amer.J.Roentgen.Radium Therap. Nucl.Ned.
89(1) : 182-190,1963.
Daring the 1st trimester in the rodent (0-7 days),
corresponding to the human embryo of the 1st 3 weeks, the
rodent embryo is at its most sensitive stage in terms of
dose and lethality, but not of anomaly production. The
period of highest incidence of anomaly produced by ionizing
radiations is about 8-11 days in the mouse and probably
20-30 days in the human. Following the completion of
organogenesis in the embryo, ionizing radiations produce
effects at the tissue and cellular level rather than at the
organ level, so that gross congenital anomalies are not to
be expected. Fractionation of exposure lowers the
incidence of particular anomalies but such embryos present a
greater variety of anomalies due to insult at successive
periods of critical sensitivities of different
developing organ systems. since the embryo is a mosaic of
differentiating centers, changing moment by moment, one
cannot predict the results of x-irradiation insult. The
basic effect of x-irradiation is the killing, or
damaging, beyond recovery of the sensitive embryonic
building blocks. Badiation-produced congenital anomalies
should be regarded as expressions of loss or failure of
certain structures to develop, rather than to the
appearance of additional, new and grotesque
structures. A radiation-damaged abnormal nucleus prevents
the synthesis of specific proteins from free amino acids and
thereby prevents normal morphogenesis, when the cell is
allowed to survive.
HDHBBB 00107
Daniel, J.C., Jr.
Comparison of Electrophoretic Patterns of Uterine
Fluid From Babbits and Mammals Having Delayed
Implantation.
Comp.Biochem.Physiol. 2U:297-299,1968.
1. uterine fluids of a variety of mammals having delayed
implantation were analyzed by acrylamide gel
electrophoresis and compared to those of the rabbit where
implantation is not delayed. 2. The uterine fluids of
the rabbit taken between the fourth and ninth days post
coitum show the presence of a protein-band which is absent
during the first 3 days of pregnancy and in the
non-pregnant uterus. 3. This same band is absent in the
36
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CAT BIBLIOGBAPHY
electrophoretic pattern of serum taken from the sane
animals. <». A similar phenomenon is absent in the
northern fur seal, armadillo and laboratory rat but nay be
present In low concentration in the mink. 5. An
hypothesis is presented which suggests that this protein is
related to the rapid growth phase of blastocysts.
NUMBER 00108
Okishi, S.
Nurata, Y.
Experimental studies on Ancylostomiasis in Cats. I.
Ancylostoma Caninun Ercolani, 1859, and A.
Tubaeforme Zeder, 1800 Found in Cats in Japan.
Jap.J.Vet.Sci. 28:287-295,1966.
As a result of examination of cats for hookworms and
morphological studies on hookworms detected from1cats and
dogs in Japan, the following points were
clarified. 1. Hookworms were found in 11, or 8.1 per
cent, of cats examined. This result suggests that
hookworm infestation may be considerably important for cats
in Japan. 2. Two species, Ancylostona caninun
ERCOLANI, 1859 and Ancylostona t'ubaeforne ZEDE8, 1800,
were obtained froa the 11 cats. The former was from 2
cats at the Veterinary Hospital, University of Tokyo,
and the latter from 9 cats kept in Tokyo, Chiba,
Kanagawa, and Hyogo Prefectures. Consequently, it is
thought that the two species are distributed in many parts
of Japan, and that the former is found rarely and the
latter mainly in cats. 3. A. tubaeforme and A. caninum
from dogs and cats were compared. A. tubaeforme differed
clearly from A. caninum in the following aspects: its
longer spicules, shorter gobernaculum, thicker cuticle, and
shorter esophagus of the female, peculiar form of the
cervical papillae and prebursal papillae, and deeper
notches of the spicules. U. As a result of comparison of
the measurements and bibliographical consideration, the
authors think that A. caninum var. longespiculata and
Ancylostona longespiculatum HONNIG, 193B may be synonyms
of A. tubaeforme. 5. A. caninum derived from cats was
smaller in body size, and its egg was more slender in form
than A. caninum from dogs and A* tubaeforme and their
eggs.
NUMBER 00109
Jepson, 5.L.
A Case of Superfetation in a Cat.
Am.J.Obstet. 16:1056-1057,1883.
A report by a physician on his observation of a possible
case of superfetation in a cat, in a letter.
NOHBER 00110
Currey, J.D.
The Failure of Exoskeletons and Endoskeletons.
J.Horphol. 123(1}:1-16,1967.
37
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CAT BIBLIOGHAPHY
& theoretical analysis is made of the mechanical
advantages of ezoskeletons and endoskeletons. Note
complicated and realistic loading systems ace considered
than have been by previous authors. For all cases
involving static loading, an exoskeleton would seen to be
advantageous, but sometimes the advantage is guite
small. If impact is considered, the advantage of
exoskeletons becomes very much reduced, even on theoretical
calculations; and it is likely that in life the advantage
may be converted to a disadvantage, particularly in large
active animals such as vertebrates.
NOHBEB 00111
Thurn, C.
(Postnatal Development of the Stellate Ganglion of the
Cat.)
Z.Anat.Entwickl-Gesch. 136:59-72,1972.
The postnatal development of the stellate ganglion was
studied in cats aged from 1 day to 6 years and fixed by
per fusion with Bouin's fluid from the aorta. The
following guantitive findings were obtained: 1. The number
of nerve cells per unit volume decreases from the 2nd week
after birth. This decrease in number is attributed to the
rapid growth of the neuronal elements and to an increase in
the number of non-neuronal cells. From the 3rd month, the
number of nerve cells remains constant. 2. The number
of glial cells per unit volume increases during the
first two weeks after birth to roughly twice the number
noted at birth. During this period numerous mitoses are
found. After reaching a maximum at about 15 days, the
cell-density decreases up to the age of 1 year. During
postnatal development of the stellate ganglion the
following histological changes were observed: 1. Growth of
the nerve cells is accompanied b'y structural changes of the
nucleus and perikaryon. In the cytoplasm of the nerve
cells autofluorescent granules appear in cats aged about 1
year. 2. The first myelin sheaths appear on the 8th
day. 3. During the first few months, the interstitial
connective tissue is poorly developed. 4. Mast cells are
found at every stage of the postnatal development.
NOHBEB 00112
Okoshi, S.
Hurata, 7.
Experimental studies on Ancylostoniasis in Cats II.
Morphology of Eggs and Larvae of Ancylostoma
Tubaeforme Zeder, 1800 and Ancylostoma Caninum
Ercolani, 1859.
Jap.J.Vet.Sci, 29:133-140,1967.
Eggs and larvae were compared among Ancylostoma
tubaeforme, A. caninum from cats, and A. caninum from
dogs. As a result, the following points were
clarified. 1. The ellipsoidal figure of the egg of
A. caninum from naturally infected (n.i.) cats was more
slender than that of the egg of A. tubaeforme. A.
38
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CAT BIBLIOGRAPHY
significant difference was recognized in the ratio of
length to width (L/v) of the egg between A. caninuo from
n.i. cats (1.80*/-0.15) and A. tubaeforme
(1.56+/-0.12). 2. The ellipsoidal figure of the egg of
A. caninun from dogs was very similar to that of the eggs
of A. tubaeforme. The ratio 1/w of the egg of
A. caninum from dogs was 1.64»/-0.11, and its deviation
from that (1.56*/-0.12) of the egg of A. tubaeforme was
negligible. 3. Eggs of A. caninun from dogs took a more
slender ellipsoidal shape when they were harbored by a cat
due to artificial infection, than when they were collected
from a dog. The transformed figure and the ratio 1/w
(1.84»/~0-1*0 of the egg of A. canin-uo from artificially
infected cats almost corresponded to those of the egg of
A. caninum from n.i. cats. 4. Borphological
differentiation was impossible between A. tubaeforme and
A. caninum during the larval stage.
KDHBER 00113
Hart, B. L.
Sexual Reflexes and Rating Behavior in the Kale Dog.
J.Comp. Physiol.Psychol. 64(3) :388-399, 1967.
Appetitive behavior and copulatory responses which
characterize the mating behavior of male dogs (beagles)
were studied in detail. 4 different sexual reflexes
exhibited by spinal male beagles were compared to relevant
aspects of the mating behavior. It was concluded that
some aspects of mating behavior, particularly the intense
ejaculatory reaction- (IBB) and the copulatory lock, are
probably completely mediated at the spinal level and the
sexual refractory period is partially a reflection of
refractoriness of spinal elements. Evidence is presented
to support the hypothesis that the.IER, which appears to
be normally inhibited by supraspinal structures, is
facilitated by neural disinhibition rather than neural
excitation during sexual excitement.
BOBBER 00114
Blfvin, L.
The 01trastructure of the superior Cervical Sympathetic
Ganglion of the Cat.
J.Oltrastructure Res. 8:403-440,1963.
HOHBBR 00115
Anon.
Prodox-veterinary: an Oral Agent for Postponing Estrus
in the Bitch.
OpJohn Co., Kalamazoo, Rich.
Hainly promotional for the Prodox product, but includes
excellent photos of vaginal smears and schematics and
graphs of the bitch*s reproductive cycle.
39
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CAT BIBLIOGRAPHY
NUMBER 00116
Okoshi, S.
Hurata, Y.
Experimental Studies on Ancylostomiasis in Cats.
III. Egg Culture of Ancylostoma Tubaeforne Zeder, 1800
and Ancylostoma Caninum Ercolani, 1859.
Jap.J.Vet.Sci. 29:177-18«»,1967.
Eggs of Ancylostona tubaeforme and A. caninum were
incubated at such various temperatures as 37, 30, 25, 20
and 15 degree C. Hatched rhabditiforn larvae were
subsequently cultured to observe the course of
transformation into filariform ones. The results are
summarized as follows: 1. An optimum temperature for
hatching of eggs and development of rhabditiform larvae
into filariform ones was 20 degree C for A. tubaeforme,
and 30 degree C for A. caninum, showing a difference of
ten centigrades between these two species. 2. Eggs of
both A. tubaefornte and A. caninum could hatch out in
water with no feces provided.
NUMBER 00117
Niller, S. A.
Dymsza, H.A.
Artificial Feeding of Neonatal Rats.
Science 141 (3580):517-518,1963.
Newborn rats, fed either cow's milk or rat's milk by tube,
developed a "bloat" and the time required for emptying the
stomach increased. When these animals were allowed to
suckle on nonlactating foster mothers, no evidence of this
syndrome was observed. Based on these observations, a
technique was developed for the artificial feeding of
newborn rats, ihen the diet was rat's milk, growth
equivalent to that of animals fed solely by lactating
females vas obtained. A diet of cow's milk did not
support adequate growth.
NDMBER 00118
Sances, A., Jr.
Larson, S.J.
Jacobs, J.E.
Electronarcosis and Evoked Cortical Responses.
Science 11*1 (3582) : 733-735,1963.
Evoked response data and electrocorticograns were recorded
in macaque monkeys under the influence of electronarcosis
currents sufficient to render the animals unresponsive to
peripheral nerve stimulation. The data were obtained from
chronically implanted electrodes in the sensory cortex as
well as depth electrodes directed to thalamic and reticular
loci. At the levels of current used, the amplitude
characteristics of the evoked response data were not
appreciably modified.
NUMBER 00119
Beach, F.A.
LeBoeuf, B.J.
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CAT BIBLIOGRAPHY
Coital Behaviour in Dogs. I. Preferential Mating in
the Bitch.
Anim.Behav. 15:546-558,1967.
Five male and five female beagles were raised together
from puppyhood in a large field and were tested for
copulatory behaviour when the females cane into
oestrus. Sating tests were repeated 6 to 13 months later
during a second oestrous period. Females exhibited
clear-cut preferences for particular males as sexual
partners. Feminine rejection behaviour ranged from simple
avoidance to active attack. Some females were more
selective than others, but all shoved discriminatory
responses. Some males were rarely rejected by any bitch,
whereas others were generally unpopular. It is suggested
that any concept of sexual receptivity as an endogenously
controlled condition leading to indiscriminated acceptance
of all conspecific masculine partners oust be evaluated
separately for each species. The absence of preferential
responsiveness on the part of the females should not be
assumed a priori. Its existence or nonexistence can be
established only by direct investigation.
NUMBER 00120
Ader, H.
Conklin, P.H.
Handling of Pregnant Bats: Effects on Emotionality of
Their Offspring.
Science 1«l2 (3590) :U11-ti12.1963.
Pregnant rats were either unmanipulated or were handled
for 10 minutes three times daily throughout
pregnancy. Offspring remained with their natural mothers
or were crossfostered within and between experimental and
control groups. When tested at 45 and 100 days of age,
the offspring of handled mothers were found to be generally
less emotional than the controls.
NDHBER 00121
Pitts, G.C.
Hollifield, G.
Fatness of the Total Body as Estimated From
Measurements on the Eviscerated Carcass.
Science 111 (3582):718-719,1963.
In mice of the genetically obese strain with body fatness
below 28 percent, fatness of the eviscerated carcass
equaled fatness of the total body. Above 28 percent, the
two values diverged with the eviscerated carcass being the
higher. In the fattest individuals the prediction of
total body fatness from measurements made on the
eviscerated carcass may be in error by +6.5
percent-fatness, flhen total body fatness exceeded about
25 percent, visceral depots no longer participated
proportionately, and probably did not participate at all in
further fat accretion.
41
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CAT BIBLIOGRAPHY
BDBBBB 00122
Anon.
Care is Orged in Phosphorus, Calcium Ratio.
Vet. Dispatch 7(1):5,1965.
Or. L.P.Krook advised practitioners on the perils of
excessive phosphorus feeding (in the form of meat-only
diets). The bod; compensates for hypocalcemia by
increasing resorption of bone, resulting in generalized
fibrous osteodystrophy. Swelling of facial and gnathic
bones, lameness and fractures then occur.
BOBBER 00123
Johnson, S.E.
an Experimental Study of the Sacral Sympathetic Trunk
of the Cat with Special Reference to the Occurence of
Intrinsic Comissural Neurons.
J.Comp.Neurol. 33:85-104,1921.
BOBBER 00124
Clarkson, H.H,
Diseases of -Animals Acquired From Han - Development of
Protective Beasures.
The Pract.Tet. 37(2):36-40,1965. (Pitman-Hoore).
General discussion of the public health aspects of
food-producing animals.
BOBBER 00125
Sjogvist, F.
A Cytomorphological Study of Cholinesterase in
Sympathetic Ganglia of the Cat.
Acta.florph.Neerl.Scand. 5:140-162,1962.
BOBBER 00126
Sotgiu, N.L.
Cesa-Bianci, B.F.
Thalamic and Cerebellar Influence on Single Units of
the Cat Cuneate Nucleus.
Exptl.Heurol. 34:394-408,1972.
The activity of single units was extracellularly recorded
from cuneate nucleus in cats anesthetized with
Nembntal. Stimulation by trains of four impulses,
300/sec, of nonspecific thalamic nuclei and cerebellar
fastigial nuclei could modify the spontaneous and evoked
activity of both interneuroas and relay cells. The
peripherally evoked and spontaneous activity of CTH
neurons were depressed for 150-200 msec after thalamic and
cerebellar stimuli in, respectively, 40 and 30% of the
cells while the antdromic lemniscal potential was never
affected by these stimuli. Both excitatory and inhibitory
effects were detected on cuneate interneurons after
thalamic and cerebellar stimulations. The nonspecific
thalamic nuclei stimulation evoked potentials in 70% of the
interneurons and the fastigial nuclei in 10*. Host of the
42
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CAT BIBLIOGRAPHY
analyzed intecneurons showed a characteristic CODvergenee
of peripheral and central (cortical, thalamic, reticular,
cerebellar) excitatory and inhibitory effects. In
interaction experiments both cerebellar and thalaaic
(conditioning) stimuli could inhibit the activity evoked
by different test (cortical, Eticular, and peripheral
nerves) stimuli, at intervals of 10-200 osec. Inhibitory
effects between cerebellar and thalamic stimulations were
also observ ed. These results show that both nonspecific
thalamus and cerebellum presynaptically control the sensory
cuneate nucleus transmission through the effect exerted on
the cuneate interneurons. This effect is considered to be
mediated by the brain stem reticular formation.
NUMBER 00127
Andrewes, C.H.
Viruses of Vertebrates, Williams and iilkins Co.,
Baltimore, 1964.
An outline of morphological and other
characteristics of vertebrate viruses. Those for the cat
include panleukopenia, feline virus rhinotracheitis, feline
pneumonitis and others.
NUMBER 00128
Belcher, E. H.
Berlin, N.I.
Eernisse, J.G.
Garby, L.
Glass, H.I.
Heimpel, H.
Lee, H.
Lewis, S. N.
flclntyre, P.
Hollison, P.L.
Najean, Y.
Szur, L.
Recommended Methods for Kadioisotopic Erythrocyte
Survival Studies.
Am.J.Clin.Path. 58(1) :71-80,1972.
An Expert Panel on the Application of Radioisotopes in
Hematology, of the International Committee for
Standardization in Hematology, has published recommended
methods for erythrocyte survival studies using
radioisotopes. This document includes standard technics
using "51-Cr" and radioactive
di-isopropylphosphorofluoridate. It also contains
proposals for presentation and analysis of the data and a
table of elution correction factors for use when the
erythrocyte survival study has been carried out with
"51-Cr". The Panel has recommended that the use of a
single index of T sub 50 Cr should be discontinued and in
all cases the mean cell life should be deduced. The
document contains recommendations concerning the use of
radioisotope labelled erythrocytes in compatibility
testing. Estimates of radiation dose associated with
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CAT BIBLIOGHAPHY
erythrocyte survival studies are presented.
NUMBER 00129
Anon.
Floor Treatment Manual for Animal Hospitals.
Employees Training Committee, Amer.Anim.Hosp.Assoc.
An old-timer, and probably a lot of specifics are
obsolete, but the basics are still very useful. Discusses
resilient, concrete, ceranic tile, terrazzo and wood as
floor surfaces, and thir renovation and daily
maintenance.
HUBBEB 00130
Evans, K.G.D.
Panel Addendum.
nod.Vet.Pract. 46 (2):25,1965.
In further response to your panel question on preventing
transmission of infectious diseases among hospitalized
cats, here in Great Britain, I follow this 8-point
program. (1) Owners are encouraged whenever possible to
have their cats immunized against feline infectious
enteritis (panleukopenia) at an early age. (2) An
autogenous vaccine prepared against feline infectious
catarrh (rhinotrachetis) from material obtained from cats
in our practice is also recommended. (3) Cats are
hospitalized in tiled pens with metal doors on newspaper
which can be renewed easily and destroyed. All corners
are coved to facilitate removal of debris and to prevent
accumulation of feces. Sawdust boxes are provided. (4)
An extractor fan to insure circulation of fresh air
switches on automatically. (5) All feeding trays are
disposable; they are used once and then
destroyed. Feeding trays are removed at night after a
reasonable time has been allowed for feeding. (6) An
electrically activated fly repellent is in use. (7) A
newly vacated pen is sprayed with an antiseptic of approved
value. It is then scrubbed with hot water and sodium
hypochlorite, left to dry and then flamed with a butane gas
flame gun. (8) Booster vaccination every 6 months is
carried out with the autogenous vaccine, and at annual
periods up to 4 or 5 years of age with the panleukopenia
vaccine.
NDNBEfi 00131
Beadman, R.
Smith, B. N.
King, A.S.
title unknown.
Vet.Hec. 76 (37):1005-1007,1964.
Osteophytes of the vertebrae of the cat usually occur near
the disc and may be single or multiple. In some cases
they may be so large as to bridge the intervertebral
space. About 85* can be detected on routine lateral
radiographs. In a postmortem study of 150 cats, this type
44
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CAT BIBLIOGRAPHY
of spondylitis was detected in 65% of the
animals. Although the growths do not involve the disc*
they usually are located at the cranial or caudal end of
the vertebra and sometimes at the costovertebral
articulation. The thoracic vertebrae are most commonly
affected, with the highest incidence at the 7th and
8th. The lesions are less common in the lumbar and
cervical bones. In the thoracic bones, the area caudal to
the disc is nost commonly affected, whereas in the lumbar
region, the part cranial to the disc is involved aost
frequently. The bony outgrowths have not been found in
the 1st or 2nd cervical vertebrae. The etiology of the
lesion is unknown, bat it has been suggested that it nay be
related to trauna, particularly falls fron considerable
heights.
BOMBER 00132
Jackson, C. B.
On the Prenatal Growth of the Human Body and the
Relative Growth of the Various Organs and Parts.
Amer.a.Anat. 9:119-165,1909.
Anatomical neasurenents and weights of embryos and fetuses
of man. Charts, graphs and tables galore. Weights are by
volune estimations.
HTJHBEB 00133
Honroy, A.
Chemistry and Physiology of Fertilization.
Holt, Rinehart and Winston, H.T.
An excellent review, under the following chapter titles:
The interaction between eggs and spermatozoa; The
penetration of the spermatozoon; The egg cell membrane;
Surface changes, activation of the egg, and formation of
the zygote nucleus; The metabolic study of
fertilization. Includes 25 pages of referenced titles.
BOBBER 00134
Leighton, P L~
Common Cat Diseases.
Veterinary Scope 4 (2) : 3-8, 17-25,1959.
A comprehensive, but short, review of the commonly seen cat
clinical problems.
HOHBER 00135
Piermattei, D.L.
Gowing, G.N.
Pleuritis in the Cat.
Hod.Vet.Pract. 45(10):55-56,1964.
One of the common causes of dyspnea in the cat, and nay be
clinically manifested as dry or fibrinous, serofibrinous or
effusive, or purulent type of
pleuritis. All forms start as dry pleuritis and when the
process stops is a function of the cause. Thus, the fora
45
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CAT BIBLIOGRAPHY
in any particular case is result of the cause and the tine
elapsed since the process began.
HUKBEB 00136
Hard, J. R.
Wright, J.F.
Nelson, U.S.
Berman, £.
Lid die, C.G.
Hellaan, A.
Bone and Soft-Tissue Neoplasms in Cats Exposed to
Radiostrontiuo.
J. Hat. Cancer Inst. 48:1543-1546,1972.
Four neoplasms of bone and soft tissues adjacent to bone
developed in three cats from 274-609 days after initial
oral administration of strontium-89. Neoplasms included
a giant cell tumor, osteosarcoma, hemangiosarcoaa, and
fibrosarcoma. Cumulative dose to the skeleton of each cat
varied from 1700-4850 rads. Feline leukemia vicus was not
detected in the neoplasms by a complement fixation test oc
ultra structural examination. Comparative aspects of
radionuclide carcinogenesis are discussed.
BOBBER 00137
Fishier, J. J.
Feline Medicine.
Hod.Vet.Pract. , p. 38,1964.
The cat*s hemopoietic system does not respond to stress as
easily as that of dogs, and blood transfusions often will
facilitate recovery from nany disease conditions; in some
cases they are lifesaving. Since multiple transfusions
are usually indicated, however, surplus citrate in stored
blood may tie up serum calcium and lead to
convulsions. Thus, fresh blood is preferred for
transfusions; about 25 cc initially, and up to 4 to 5
additional 20-cc injections may be reguired. Since about
30 cc can be withdrawn at a time, 4 or 5 donors should be
maintained. Blood is withdrawn from the heart;
occasionally a donor may be lost from hemorrhage into the
pericardium. If syringe and needles are silicone-coated,
no preservative is necessary for blood injected within 20
minutes after it is drawn. Healthy cats will tolerate
i.p. injections of blood, but hematomas are commonly found
after i.p. administration in ill cats; i.v. administration
is preferred and is not difficult. Heparin should not be
used as an anticoagulant as some cats do not tolerate
it. usually the heoatocrit will be informative enough, so
RBC counts are not necessary. Transfusions should be
based on clinical conditions rather than a predetermined
BBC level. In emergencies dog blood can be used safely
for cats, but the red cells do not live long and hematuria
is observed within 24 hours. The anesthetic preferred for
cats is thiamylal sodium (Surital: Parke-Davis) i.v.;
too rapid administration will often cause apnea, but this
can be corrected by pushing a fingertip against the soft
46
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CAT BIBLIOGRAPHY
palate, causing the animal to gasp. Anesthetics or other
agents should not be given by intrathoracic injection; in
nearly all instances the lungs ace punctured, and in 35 of
43 animals pulmonary injury was observed at necropsy after
intrathoracic injection of various anesthetics. Also, the
injection is painful and more restraint is required than
for i.v. use. sooe cats have a complete mediastinum and
thus fluids nay accumulate on one side. Pyothorax is a
cofflmon sequel to many respiratory conditions and frequent
drainage is indicated; the site for puncture is lov on the
7th intercostal space (5th from rear). In rupture of the
thoracic duct, chyle or serous fluid accumulates in the
thorax; ligatioa of the duct is required. If cats are
brought in with sore mouths, check to see if a quaternary
ammonium compound is being sold locally as a disinfectant;
mouth lesions will occur if the cat licks areas to which
the compound has been applied in concentrations of more
than 0.5%.
BOBBER 00138
Howell, J. (1.
Pickering, C.N.
Title unknown.
J.Coop,Path. 74(3):280-265,1964.
Calcification of the adrenal glands occurs much more
commonly in the cat than in the dog. When the adrenal
glands from 23 of 28 cats necropsied during a 16-month
period were examined for calcification, calcium deposits
were found in the glands from 7 (30.IX) of the 23
cats. In 2 cases the changes were evident on macrosopic
examination but in the others they were evident only when
examined microscopically. In 6 of the 7 cases the lesions
were of limited extent, and in 2 cats calcium deposits were
present in only one adrenal gland. The lesions did not
appear to play an important part in the immediate clinical
state of the animal in any case. The process appeared to
be one of dystrophic calcification, with calcium salts
being deposited in dead or dying cells.
NUMBER 00139
Blakemore, J.C.
Clinical Hematology for the Practitioner: Part II.
Nod.Vet.Pract. p.46-51,1963.
This article is the second in a three part series, dealing
with those heoatologic technics which are particularly
suited to the needs of the practitioner. In this article,
he describes the various tests available in this area,
tells how to avoid common errors in their use, and
discusses some of the information the tests can provide the
practitioner.
BOBBER oouo
Case, H.T.
Simon, J.
47
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CAT BIBLIOGRAPHY
Uhole-Body Gaona Icradiatioa of Henbora Pigs:
Pathologic Changes.
Am.J.Vet.Res. 33(6) : 1223-1230, 1972.
Newborn Yorkshire pigs were exposed to 150, 250, 300,
350, 375, 400, and 450 r of 60-Co gamma
radiation. Henorchage was the principal lesion in the
pigs which died 10 to 29 days after exposure to lethal
doses of radiation {350, 375, 400, and 450
R). Hemorrhages were always found in the heart, lymph
nodes, and skin and were often present in skeletal nascle,
intestine, kidney, and brain. Hemopericardium,
hemoperitoneum, or heoorrhage into the intestinal lumen
were often severe enough to cause death. Destruction of
henatopoietic cells occurred in lymph nodes, Peyer's
patches, spleen, and bone marrow. Peyer's patches and
bone marrow returned to histologic normalcy more rapidly
than did lymph nodes and spleen. Radiation pneumonitis
developed in the irradiated pigs and was most severe at 35
days after irradiation.
BOBBER 00141
Case, B.T.
Simon, J.
•hole-Body Gamma Irradiation of Newborn Pigs: The
LO 50/30.
Am.J.Tet.Bes. 31:113-115,1970.
HUHBEH 00142
Anon.
A Selected List of Normal Values.
Abbott Labs., N.Chicago, 111., 1961.
A pocket-sized card with normal values for aan for lab
tests on blood, urine and some other tests.
ROBBER 00143
Vestweber, J. G.
Kruckenberg, S.H.
The Effect of selected organophosphorous compounds on
Plasma and Red Blood Cell Cholinesterase in the Dog.
Vet.Bed/Small Ania.Clin. p.803-806,1972.
Six common medicinal organophosphorous (OP) compounds
used singly or in combination, depressed plasma
Cholinesterase (ChB) sooner than red blood cell (RBC)
ChB. After treatment, pretreatment plasma ChB
activities were reestablished in less time than were
pretreatment BBC ChB activities. An equilibrium above
zero was established for the ChE activity in dogs exposed
to repeated therapeutic doses of OP compounds. After
treatment with many of the compounds ended, ChE activity
rebounded above pretreatment levels. Combinations of OP
compounds had no additive effect on the depression of
ChB activity.
48
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CAT BIBLIOGRAPHY
NDHBER 00144
Ward, P.P.
Glicksberg, C.L.
Effects of Dichloruos on Blood Cholinesterase Activity
in Dogs.
J.A.V.H.A. 158:457-461,1971.
RUBBER 00145
Kirk, B.I.
Canine Pediatrics.
Presented at Ann.fleet.Ohio V.H.A., Colambus, 1964.
An outline of the presentation, including a number of good
hints.
NUMBER 001U6
Gagov, S.
Petrov, L.
Natschev, T.
(The Vascular Effect of Mechanical Vibrations in the
Cat Hind Limb.)
Res.Exp.Hed. 157:37-46,1972.
In 25 experiments the effects of high frequency
vibrational stress
-------
CAT BIBLIOGRAPHY
pontomedullary brain-stem units of cats, nechanical
restraint is achieved by securing bolts projecting from a
headplate to a steel arch in a box. Adaptation to the box
is enhanced by the strategic use of sleep deprivation.
NOHBEB 00148
Kirpekar, S.H.
Prat, J.C.
Puig, (1.
Vakade, A.R.
Modification of the Evoked Release of Noradrenaline from
the Perfused Cat Spleen by Various Ions and Agents.
J.Physiol. 221:601-615,1972.
Cat spleens were perfused with Krebs-bicarbonate solution
at a rate of about 7 ml./min at 33-35 degrees
C. Noradrenaline release after splenic nerve stimulation
at 10 or 30 Hz was measured. Effects of various ions and
drugs on noradrenaline release were determined. Perfusion
of phenozybenzamine- and tritiated-noradrenaline-treated
spleens with 1, 2.5 and 5 mm cobalt oc nickel-2 Krebs
solution markedly reduced the release of noradrenaline by
nerve stimulation. Lanthanum was the most potent
inhibitor of noradrenaline release. Increasing the
calcium concentration or adding tetraethylaomonium chloride
(TEA) partially counteracted the inhibitory effects of
cobalt on release. Cobalt did not inhibit release induced
by tyramine. Calcium did not cause spontaneous release of
noradrenaline either when high concentrations were injected
directly into the spleen or after first perfusing the
spleen with calcium-free medium. Carbachol,
protoveratrine and high potassium inhibit, whereas TEA,
barium and rubidium enhance, the evoked release of
noradrenaline. The relation of noradrenaline release to
influx of calcium ions and its modification by various
agents has been discussed.
HUHBEB 00149
Brown, G.L.
Gillespie, J.S.
The Output of Sympathetic Transmitter from the Spleen
of the Cat.
J.Physiol. 138:81-102,1957.
Easily measururable and reproducible quantities of
noradrenaline are released follow splenic nerve
stimulation.
BOBBER 00150
Burgen, A.S.v.
Terroux, K.G.
On the Negative Inotropic Effect in the Cat's
Auricle.
J.Physiol. 120:449-464,1953.
In the cat, acetylcholine or vagal stimulation shortens the
cardiac action potential.
50
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CAT BIBLIOGBAPBY
BOHBBB 00151
Gillespie, J.S.
Kirpekar, S.N.
The Uptake and Belease of Badioactive Noradrenaline by
the Splenic Nerve of Cats.
J.Physiol. 187:51-68,1966.
BOBBBB 00152
Pappas, A.M.
Experimental Congenital Halformations of the
Rotocskeletal System.
Clin.Octhop. . Ho. 59, 1968.
The history of commonly acknowledged causes of
experimental skeletal malformations, namely, hormones,
drags and chemicals, dietary factors, radiation, infectious
agents and iaaunologic factors, have been reviewed, and the
presumed mechanisms of teratogenesis discussed. The
concept that teratogenic insults at graduated critical
developmental periods result in a spectrum of skeletal
abnormalities is emphasized; and the anatomic expression of
the ultimate anomaly is dependent on the dose of the
teratogenic agent and the stage of development. The
closing section is an attempt to analyze critically the
known genetic, intracellular, intercellular and metabolic
mechanisms which result in the abnormalities of skeletal
morphogenesis.
BOBBBB 00153
Trotter, H.
Peterson, B. B.
•eight of Bone in the Fetus - A Preliminary Report.
Growth 32:83-90.1968.
The ossified portions of the skeleton from a series of
eight Hhite female, seven Begro male, and 14 Negro
female fetuses were brought to a fat-free, dry state and
weighed. . In addition to age, weight of the body, and
weight of the total bone, the other variables considered
include the weights of the osseous burnerus and femur and
the lengths of their osseous diaphyses. On the assumption
that the allometric growth relation holds for any two
measurements of the fetus and that the relation of a
measurement to age can be described by an exponential
growth equation, these da'ta were rectified accordingly by
using logarithms for measurements of weight and length, but
not for age. For each of the three sex-race groups the
appropriate regression equations were fitted to give
estimates of the relation of weight of the total bone to
each of the other measurements and of each of the other
measurements to age in weeks. The equations are found to
be numerically similar in the three sex-race groups. As
expected, even with these small sample sizes, the
regression coefficients differed significantly from zero at
the P = 0.05 level with the exception of the relation of
51
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CAT BIBLIOGRAPHY
weight of the total bone to age in the White female group.
NUMBER 00154
Matthews, J.L.
Martin, J.H.
Collins, E.J.
Metabolism of Radioactive Calcium by Cartilage.
Clin.Ortop. , No. 58, 1968.
Numerous investigators have employed autoradiography with
isotopic calcium and phosphate to study the process of
mineralization. Although autoradiography has contributed
materially to our understanding of hard-tissue
histophysiology, technical difficulties have limited the
full realization of the information to be gained from the
method. Becent advances in thinsectioning technics have
produced autoradiograms with higher resolution. Electron
autoradiographic studies of growth plates of 21-day-old
albino rats given 45-Ca I.P. show a concentration of
grains over the cells in the growth plate with an increase
in grains over those cells in the immediate vicinity of the
mineralization site. Later, grains were found in
increasing amounts over the matrix in the mineralizing
zones. The possible role of the cell as a modulator of
calcification and an initiator of nucleation is
proposed. Further work is in progress to assess the role
of calcium and phosphate in mineralization.
NUMBER 00155
Scott, J.P.
Fuller, J.L.
Genetics of the Social Behavior of the Dog.
Oniversity of Chicago Press, 468 pages,1965.
In his review of this book in New Scientist 27:231,1965,
P.L. Broadhurst writers: This is a considerable
book describing the outcome of 13 years of research on the
behavior of 5 dog breeds (wire-haired fox-terrier,
American cocker-spaniel, Shetland sheep-dog, beagle and
the African Basenji). The aims were to investigate these
dogs1 behavioral development, and to make crosses to assess
the inheritance of behavioral characteristics among
them. He shall long remain indebted to the authors for
their veritable mine of information of good behavioral data.
NOHBER 00156
Kirpekar, s.M.
Dixon, V.
Prat, J.S.
Inhibitory Effect of Manganese on Norepinephrine
Helease From the Splenic Nerve of Cats.
J.Pharmacol.Exptl.Therap. 174:72-76,1970.
NUMBER 00157
Kirpekar, S.H.ff
52
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CAT BIBLIOGRAPHY
Hakade, A.R.
Release of Noradrenaline from the Cat Spleen by
Potassiua.
J.Physiol. 194:595-608,1968.
HDHBER 00158
Puig, N.
Hakade, A.R.
Kirpekar, S.N.
Inhibitory Effects of Cobalt, Nickel and Lathanum on
Norepinephrine Release from the Cat Spleen aad Their
Beversa! by Calcium.
Pharmacologist 13:229,1971.
NOHBEB 00159
Stara, J.F.
Herman, E.
Secretion of 47Ca and 85Sr in the Saliva of Cats.
presented at the 11th Ann.fleet. Health Physics Soc.,
Houston, Texas, 6/66.
Strontium and calcium levels in saliva obtained by
pilocarpine reflex stimulation of salivary flow were
determined for growing and adult cats. These animals
had been labelled by radioactive tracer in one of three
distinct modes; single dose, chronic uptake, and
honogeneonsly from conception. Saliva/plasma ratios are
presented for each of the three groups. In the course of
extended stimulation of the glands, two types of saliva are
obtained - a serous followed by mucous type. At the time
of collection from the chronic uptake group, the serous
fraction had an average concentration equal to 0.015 per
cent of body burden/ml and mucous saliva, 0.021 per
cent/ml. Specific activities and observed ratios are
reported for each experimental phase.
BOMBER 00160
Hitchell, B.
Anesthesia for Caesarean Section and Factors
Influencing Mortality Rates of Bitches and
Puppies.
Vet.fiec. 79(9):252-257,1966.
This publication discusses some factors which influence
the survival rate of bitches and puppies following
Caesarean section. From the case records of the 120
bitches included in the review of the nine-year period from
October, 1956, to September, 1965, a total of 16 (13.3
per cent.) bitches died either during the operative
procedure", or during the first five post-operative
days. Records of the number of puppies surviving 24 hours
following live delivery from 43 bitches, show a survival
rate of 96.4 per cent, of puppies delivered from bitches
which did not receive barbiturate anaesthesia compared with
a survival rate of 63.8 per cent, of puppies delivered fron
bitches whose anaesthesia included a barbiturate. This
53
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CAT BIBLIOGRAPHY
difference is very highly significant. Becommendations on
the choice of anaesthetic agents and techniques are made in
the light of these findings.
HOBBBB 00161
Borris, H.L.
nutrition and Diet in Snail Animal Hedicine.
Hark Horcis Associates, Denver, Colorado, 217 pages,
1960.
Besides providing fundanental infornation on the clinical
application and use of Prescription Diet feeds, this
booklet- contains diverse clinical and research data on
disease states, growth, colony facilities and
others. It also contains 217 clinical and nutritional
references.
HOBBBB 00162
Bidgway, S.H.
HcCormick, J.G.
Anesthetization of Porpoises for Hajor Surgery.
Science T58 (3800):510-512,1967.
Conparison of'three porpoises (Tursiops truncatus and
Lageaorhyachus obliquidens) given nitrous oxide with 18
given halothane, with complete documentation of reflexes
and comprehensive physiological monitorlog, showed
halothane to be a suitable anesthetic for major surgery
while nitrons oxide was found to be inadequate. In
addition, sodium thiopental adainistered intravenously was
successfully used to facilitate intubation
procedures. This development eliminated the need to
intabate awake porpoises.
BOBBBB 00163
Thoenen, B.
Haefely, 1.
Staehelin, B.
Potentiation by Tetraethyl Aaaoniuo of the Besponse of
the Cat Spleen to Postganglionic Sympathetic Nerve
Stinulation.
J.Pharmac.Exptl.Ther. 157:532-540,1967.
BOBBBB 00164
Longley, H.H.
The Maturation of the Egg and Ovulation in the
Domestic Cat.
Amer.J.Anat. 12(2):139-172,1911.
flaturation stages are found in greater numbers in the
ovaries of sexually isaature than in those of mature
animals. Although eggs containing first or second polar
spindles are found in the ovaries of sexually immature
animals or in those of mature animals before copulation has
occurred, maturation in all eggs which are destined to
undergo a normal extra-ovarian development is dependent
54
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CAT BIBLIOGRAPHY
upon pairing. The best criterion foe distinguishing the
first and second polar spindles, apart from the presence of
the first polar body, is the condition of the
chromatin. The reduced number of chromosomes in the cat's
egg is not less than fourteen. In preserved material the
germinal vesicle of the full grown egg and the first and
second polar spindles agree in being found at the periphery
of the egg at either the protoplasmic or deutoplasaic pole
or at any intermediate point. Two polar bodies are formed
in all cases, the first in the ovary and the second in the
Fallopian tube after the entrance of the sperm head into
the egg. The first and second polar bodies can usually
but not always be distinguished. Like the maturation of
the egg, ovulation is dependent upon copulation and occurs
about the end of the second day after pairing. The
average number of eggs discharged at one ovulation is
approximately four. There is no regular alternation in
the functioning of the ovaries, if the young are removed
within a day of birth the mother may pass through a second
period of heat and be impregnated within three to four
weeks. Very large numbers of spermatozoa may reach the
Fallopian tube. There is a strongly marked tendency on
their part to collect in the immediate neighborhood of the
egg. Hallory's connective tissue stain is of approved
utility in the study of degenerating eggs and
follicles. Ovarian eggs may degenerate at any period of
their development up to and including that in which they
possess a first polar body and second polar spindle.
NUMBER 00165
Altman, N.H.
Nelby, E.G.
Sguire, R.A.
Intraerythrocytic Crystalloid Bodies in Cats.
Blood 39(6):801-803, 1972.
Rectangular-shaped crystalloid bodies (C.B.) were
demonstrated within the erythrocytes of intact and
splenectomized cats and after incubation in hypertonic
NaCl. The morphologic appearance of the C.B. is
striking similar to that of crystals present in the
erythrocytes of individuals with hemoglobin C.
NUMBER 00166
Lombardi, H. H.
Radioisotopic Blood Volume and Cardiac Output in
Dogs.
Am.J.Vet.Res. 33(9): 1825-1834,1972.
Twenty-eight apparently normal, anesthetized, mongrel
dogs, obtained from the city pound of Oak Ridge were
subjected to blood volume and cardiac output
determinations, using iodine-131 albumin and
chromium-51-tagged red blood cells. Plasma volumes and
total volumes and total red blood cell volumes were
determined by dilution. Cardiac outputs were estimated
from the dilution curve recorded when a collimated
55
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CAT BIBLIOGRAPHY
Hal(Tl) detector (gamma spectrometer-ratemetar-recorder)
was positioned on the thoracic wall at the apex beat. Low
packed cell volumes (35 +/- 5X) and normal blood volumes
(75 «•/- 6 ml./kg.) were observed in a group of 25
dogs. In agreement with this, circulating red blood cell
volumes were low (21 *•/- ml./kg.), and plasma volumes
were relatively high (51 »/- 5 ml./kg.). True blood
volumes could be estimated from plasma volumes when using
0.98 (trapped plasma) and 0.91 (total body/venous pcv
ratio) corrections. Cardiac outputs determined in 24 dogs
averaged 2.00 +/- 0.39'blood volumes/minute. Heart rates
averaged 139 */- 26 beats/minute, and cardiac indexes were
3.60 +/- 0.66 L./minute/sq. IB of body surface. Two
abnormal recordings were discussed as examples of
circulatory deficiencies. Results were compared with
those of previous reports, and the veterinary clinical use
of the external counting method was discussed.
NUMBER 00167
Hodge, H.C.
Indra, J.
Drobeck, H.C.
Duprey, L. P.
Tainter, N.L.
Acute Oral Toxicity of tlethylrosaniline Chloride.
Toxicol.Appl.Pharmacol. 22: 1-5,1972.
Toxicity of single po doses of methylrosaniline chloride
(gentian violet) given in solution or as powdered enteric
coated tablet material was determined to be as follows per
kg: mice LD50 1.2 g, rats LD50 1.0 g, dogs
approximately 1 g, guinea pigs, rabbits and cats
approximate lethal dose between 0.1 & 0.25 g. Death
was accompanied by severe gastrointestinal irritation with
water and electrolyte loss.
NUMBER 00168
Hafez* E.S.E.
The Behaviour of Domestic Animals.
Williams and Hilkins.
Co.,1962.
(lore than 600 pages which should be in
the library, and read, of every animal researcher. The
chapter on the cat is by J.S. Rosenblatt and
T.C. schneirla, and using their own knowledge and 99
references have shown a specific and comprehensive
understanding of the cat.
NUMBER 00169
Busu Bay, B. H.
Booker, W.M.
Dutta, S.K.
Pradhan, S.N.
Effects of nicroinjection of Ouabain into the
Hypothalaous in Cats.
56
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CAT BIBLIOGRAPHY
Br.J.Pharmac. 45:197-206,1972.
In cats anaesthetized with chloralose, repeated injections
of 20 microgram ouabain were made either into the cerebral
ventromedial nucleus of the hypothalamus (TNH), or
intravenously whilst the elcetrocardiogran, arterial blood
blood pressure and respiration were recorded. The
injections produced cardiac arrhythmias preceded by sinus
bradycardia, variable changes in arterial blood pressure
and respiratory depression. Death occurred either from
ventricular fibrillation or from cardiac arrest. The
arrhythmias which occurred after the injections into the
cerebral ventricles were not peripheral effects produced
after absorption of the ouabain into the blood stream,
because with intravenous injections larger anounts were
required to produce the arrhythmias and to cause death
than with intraventricular injections. The arrhythmias
which resulted in death were due to an action on the
VHH. Hith microinjections of ouabain into this region
of the brain death occurred earlier and after smaller does
than after intraventricular injections. While sinus
bradycardia was abolished by bilateral vagotooy other
cardiac arrhythmias were prevented by acute cardiac
sympathectony and cervical cord transection. Thus both
the sympathetic and parasyapathetic nervous systems appear
to be involved in the production of these
arrhythmias. Since some of the cardiac arrhythmias
obtained with ouabain in anaesthetized cats resemble the
cardiotoxic effects seen in clinical practice during
treatment with digitalis glycosides it is concluded that
these effects, too, are, at least in part, central in
origin, caused by an action on the VHH and mediated
mainly via the sympathetic nervous system.
HDHBEH 00170
Fletcher, &.
Pradhan, S.N.
Responses to nicroinjection of Dextro-tubocurarine into
the Hypothalamus of Cats.
Int.J.Neuropharmac. 8:373-377,1969.
NUMBER 00171
Jasper, H.H.
Ajmone-Narsan, C.
Diencephalon of the Cat.
In: Electrical Stimulation of the Brain., ed. D.L.
Sheer, Austin, Oniv. of Texas, 1961.
HDHBER 00172
Nielsen, K.C.
Owman, C.
Control of Spontaneous Ventricular Fibrillation During
Induced Hypothermia in Cats by Acute Cardiac
Sympathectony.
Acta Physiol.Scand. 76:73-81,1969.
57
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CAT BIBLIOGRAPHY
Acute cardiac sympathectomy consists, of bilateral removal
of the stellate ganglia with portions of the cervical
sympathetic trunks and superior cervical ganglia.
NOHBBR 00173
Anon.
Identification and Record Keeping for Laboratory
Animals.
Charles River Digest 4 (3):1-1,1965.
Identification methods, especially useful for small
rodents, include marking, ear punching, toe,clipping,
ear tags, tattooing, coat color registration. Breeding
and other records are discussed.
NUNBER 00174
Schmidt-Nielsen, K.
Taylor, C.R.
Red Blood Cells: Why or why Not?
Science 162(3850):274-275,1968.
It is commonly stated that, if hemoglobin were dissolved
in the blood plasma rather than enclosed in corpuscles, the
viscosity of the blood would be greatly increased. He
found that when the corpuscles of dog or goat blood were
disrupted with ultrasound, giving a solution with the same
hemoglobin concentration, the relative viscosity was
drastically reduced. It appears, therefore, that the
existence of blood corpuscles does not contribute to a
reduced viscosity of blood.
NUMBER 00175
Newberne, J.W.
Bittle, J.L.
Hayer, K.
Clinical Differentiation of Feline Viral Diseases.
Allied Vet. March-April,1959.
In feline panleukopenia the' course is rapid and the
mortality high, whereas in feline pneumonitis the course is
prolonged and the mortality is generally low. These and
other clinical differential characteristics are
described. Available vaccines produce satisfactory
immunity against these diseases. In addition, purely
clinical evidence indicates that the feline pneumonitis
vaccine may have some therapeutic effect. While feline
pneumonitis is caused by a psittacoid viral agent, a number
of immunologically different true viruses cause respiratory
infections in cats which are clinically indistinguishable
from pneuaonitis. In some cases of clinical pneumonitis
that were thoroughly studied, both feline pneumonitis virus
and another respiratory virus were found to be
involved. Such dual infections tended to be more severe
and sometimes showed a high mortality. There was some
evidence that vaccine control of the pneumonitis virus
reduced the severity of such mixed outbreaks. Feline
pneumonitis can be distinguished histopathologically and
58
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CAT BIBLIOGRAPHY
immunologically from respiratory infections caused by other
viruses.
NUMBER 00176
Smith, R.H.
Cullen, S.C.
Electronarcosis: A Progress Report.
Amer.J.Bed.Electron. 1 (5):308-313,1962.
Since electronarcosis in the form described is still in
the crude trial and error stage, good controlled studies
ace going to have to be "hedged" well, with a full circuit
of the generator, exact information on electrode
composition and placement,' specific descriptions of the
pattern of current input, and all other minutae which might
be important to anyone wishing to duplicate the work.
NUMBER 00177
Nagel, E. L.
Norgane, P.J.
HcFarland, R. L.
Anesthesia for the Bottlenose Dolphin, Tursiops
Truncatus.
Science 1«6:1591-1593,1964.
Anesthetics can be administered to the bottlenose
dolphin, Tursiops truncatus, by means of special
ventilating equipment and intubation techniques. Nitrous
oxide has been administered successfully on six occasions,
and has produced definite signs of anesthesia. These
developments open the possibility of performing major
surgery in this species for the first time.
NUMBER 00178
Konrad, K.H.
Bagshaw, M.
Effect of Novel Stimuli on Cats Reared in a Restricted
Enviroment.
J.Comp.Physiol.Psychol. 70{1):157-164,1970-
Cats were reared in an experience-restricted environment
until 7.5 mo. of age. Control littermates were reared
normally. At 15 mo., subjects were tested in three
situations involving novel stimuli. Restrict!vely reared
cats were inhibited in normal exploratory behavior; they
responded to physical restraint with marked passivity, and
gave larger autonomic responses to brief tone
stimuli. These findings support the notion that novelty
has an unusually large impact on subjects reared in an
experience-restricted environment.
NDNBER 00179
Cowie, D. H.
Calhoun, H.A.
The Presence of Calcium in the Red Blood Corpuscles of
Ox and Han.
59
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CAT BIBLIOGRAPHY
J.Biol.Cheo. 37(3):505-509,1919.
The red blood corpuscles contain calcium, but in a
somewhat smaller concentration than the serum.
HOHBBfi 00180
ieiner, D.J.
Bradley, R.E.
The Hemogram and Certain Serum Protein Fractions in
Normal Beagle Dogs.
Vet. Bed./Small Anim.Clin. 67 («*): 393-398,1972.
In preparation for experimental work on the dog heartworm
Dirofilaria immitis, the first five weekly values for the
hemograo and serum protein fractions were compared with
values available in standard reference texts. Lack of
agreement was found not only between the experimental
values and published values, but between published values
as well. Recent work by others reinforces the authors'
original contention that, for critical comparison, a local
baseline study is a necessity. Eight 2.5-month-old,
helminth-free purebred Beagle dogs (4 male, 4 female)
were separated according to sex and housed in a
Rockefeller-type isolation building with limited
access. Blood samples for analysis were drawn weekly for
57 weeks. Averages for each group on a given sample day
were computed and are given in graphic form. Hhen these
average values were compared with the literature, lack of
agreement again was found. In most cases there were
constant, easily discernible differences: the observed
averages were consistently either above or below those
reported elsewhere.
BOBBER 00181
Bulgin, M.S.
Hunn, S.L.
Gee, I.
flematologic Changes to 4-1/2 Years of Age in Clinically
Normal Beagles.
J.A.V.H.A. 157:1064-1070,1970.
NUMBER 00182
Bloor, i.R.
A Method for the Determination of Fat in Hilk
(Nephelometric Method).
J.Amer.Chem.Soc. 36(1):1300-1304,1914.
A Comparison of nephelometric method, using 1 cc of milk,
with Babcock method. Varies by about 3X from Babcock
method on human and cow's milk.
NUHBER 00184
Hossman, H.u.
Comparative Morphogenesis of the Fetal Membranes and
Accessory Uterine Structures.
Contributions to Embryology, No.158, Carnegie
60
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CAT BIBLIOGRAPHY
Institute:133-246,1937.
The author gathers the then information of the
comparative morphogenesis of fetal membranes of mammals and
attempts to synthesize some useful general concepts from
it. Two outlooks are used for this comparative study:
morphogenesis of f»tal membranes, and phylogeny. Contains
24 plates.
NUMBER 00185
Storrs, E. E.
Williams, B.J.
A Study of Honozygous Quadruplet Armadillos in
Relation to Mammalian Inheritance.
Proc.N.A.S. 60:910-914,1968.
The authors had wondered whether unknown factors aside froa
the gene pool itself do not control the intricate process of
differentiation, particularly the extent to which each of
the numerous types of differentiated cells
proliferate, rising the armadillo's monozygous
quadruplets, various tissues were assayed for certain
amino acid content, and for organ size. There were 12
paraneters for which the range is from 2-fold upto
140-fold.
NUMBER 00186
Saxen, L.
Tetracycline: Effect on Osteogenesis In Vitro.
Science 149:870-872,1965.
Tetracycline hydrochloride added to cultures of rudiments
of embryonic bone in a concentration of 1 microgram per
milliliter prevents mineralization of the bones and is
found throughout the calcified zones. The inhibition is
reversible; upon transfer of a treated culture to a normal
medium, mineralization proceeds normally but maldeveloped
bones result.
HUHBEB 00187
Brunden, H. N.
Clark, J.J.
Sutter, N.L.
A General Method of Determining Normal Ranges as
Applied to Blood Values for Dogs.
Am.J.Clin-Path. 53:332-339, 1970.
NUMBER 00188
Wallach, n.B.
Gershon, S.
The Induction and Antagonism of Central Nervous system
Stimulant-Induced Stereotyped Behavior in the Cat.
European J.Pharmacol. 18:22-26,1972.
Stereotyped behavior can be induced in the cat by d- and
1-amphetamine, cocaine, 1-dopa, methylphenidate and
pemoline magnesium hydroxide. Pretreatment with
61
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CAT BIBLIOGRAPHY
alpha-methyl-p-tyrosine inhibits stereotyped behavior due
to all amphetamine, pemoline, and to some extent
cocaine. Heserpine pretreatment disrupts stereotyped
behavior due to all the agents except 1-dopa. High doses
of Bo 1-14602, a centrally active dopa decarboxylase
inhibitor, antagonizes the 1-dopa-induced behavior. It
would appear that stereotyped behavior is a
catecholaninergic phenomenon.
MUHBBB 00189
Henricius, G.
(On the Development and Structure of the Placenta of the
Cat.)
Archiv.f.Hikrosk.Anat. 37:357-374,1891.
You will have to know a good bit of German to read this
one. It is old, and thorough in description only as the
older literature is. The article is very descriptive of
the early aspects of the placental development.
(JOBBER 00190
Henricius, G.
(On the Development and Structure of the Placenta of the
Dog.)
Archiv.f.Hikrosk.Anat. 33:419-1439,1889.
A German article fully describing the early placenta of
the dog.
HOHBEB 00191
Campos, H.A.
Stitzel, B.E.
Shidenan, P. E.
Actions of Tyranine and Cocaine on Catecholamine Levels
in Subcellular Fractions of the Isolated Cat Heart.
J.Pharmacol.Exptl.Therap. 141:290,1963.
NUMBER 00192
Dyte, C.E.
Autosonal Inheritance of Yellow Coat-Colour in the
Domestic Cat.
Nature 193:198-199,1962.
The sex-linked yellow of the cat is not the honologue of
recessive yellow in the rabbit and guinea pig.
HDHBEB 00193
Carr, L. A.
Moore, K.E.
Belease of Norepinephrine and Normetanephrine from Cat
Brain by Central Nervous System Stimulants.
Biochen.Pharmacol. 19:2671,1970.
62
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CAT BIBLIOGRAPHY
•OBBBR 00194
Cools, A.B.
Van ROSSUB, J.H.
Caudal Dopaaine and Stereotyped Behavior in Cats.
Arch.Intern.Pharmacodyn. 187:163,1970.
NOBBEB 00195
Brown, I.I.
Eadie, G.S.
An Analytical Study of In Tivo Survival of Limited
Populations of Animal Red Blood Cells Tagged With
Badioiron.
j.Gen.Physiol. 36:327-343,1953.
Aninal red blood cell in vivo survival curves, obtained by
the radioiron tagging of populations of approxinately the
sane age followed by the adninistration of non-radioactive
iron to suppress radioiron reutilization, have been
subjected to nathenatical analysis on the basis of the
three following assunptions: (A) Red blood cells
disappear from the circulation as the result of
senescence: there is an average life span around which the
life spans of individual cells are distributed in the usual
way. (B) Red blood cells may be removed from the
circulation by a process of random destruction which
continuously removes a constant fraction of the cells
present at any nonent irrespective of age or other
characteristics. (C) Under the conditions of the
experiments described,, a fraction of the radioiron,
constant for each animal, is reutilized in new red cell
formation when released by red cell destruction. This
mathematical analysis indicates the following average life
spans with the respective standard errors of the mean: dog
107 days */- 1.14; rabbit 67.6 days +/- 1.94; cat 68.4 +/-
1.50. The mathematical treatment presented has permitted
a consideration of the theoretical variation of red cell
life spans which was found in these experiments to be
relatively small for all three species studied. In the
rabbit and cat 2.5 per cent of tagged populations of red
cells of the same age would theoretically have disappeared
by senescence 17 days before the average life span was
reached. The variation of red cell life in the dog was
slightly less. Animals of the three species studied, in
spite of apparently normal health, exhibited varying
degrees of random destruction of both autogenous and
transfused fresh normal homologous red cells. As yet, we
have no explanation for this random loss of cells occurring
in apparently healthy normal animals. The method of
mathematical analysis presented is applicable to animal red
cell survival studies employing radioiron in which
differing rates of random destruction are operating in the
removal of red cells.
HOHBBH 00196
Anon.
Boutine Care of the Laboratory Dog, Albino fiat.
Babbit Hamster, House and Rhesus Monkey.
63
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CAT BIBLIOGRAPHY
Hoeltge, Inc.
A commercial fact-sheet for data on care of these animals
with information on cages and feeders, enviromental control,
handling, floor space and useful physiological data.
NUMBER 00197
Ring, C.D.
Jewett, R.E.
The Effects of Alpha-methyltyrosine on Sleep and Brain
Norepinephrine in Cats.
J.Pharmacol.Exptl.Therap. 177:188,1971.
NUMBER 00198
Randrup, A.
nunkuad, I.
Stereotyped Activities Produced by Amphetamine in
Several Animal Species and Man.
Psychopharmacologia 11:300,1967.
Induction of stereotypes in cat and other animals and man.
NUMBER 00199
Ranrup, A.
Nunkvad, I.
Pharmacological and Biochemical Investigations of
Amphetamine-Induced Abnormal Behavior.
Neuro-psychopharmacology, vol.4, eds. D. Bente and P.B.
Bradley, Elsevier, Amsterdam, 1965.
i
NUMBER 00200
Giddens, W.E., Jr.
Wolf, N.S.
Carlos, A.D.
Boyd, S.J.
Penfold, T. W.
Dolowy, H.C.
Effectiveness of Filter Caging in the Prevention of
Viral Diseases of Cats.
J.A.V.H.A. 161 (6) :591-59U,1972.
Five 2-month-old kittens were maintained in good health
for 82 days in filter cages within a room used for
conditioning laboratory cats. Several sick cats were in
the room throughout the period. Five sibling kittens
maintained in this room in conventional cag .s died withii
3 weeks of entry. Feline panleukopenia and feline viral
rhinotracheitis were diagnosed in the fata, .y ill kittens
and in other sick cats in the room. Precations were
taken to minimize formite transmission of infectious agents
in both groups of kittens throughout the study period.
NUMBER 00201
Crozier, W.J.
On the Relation Between Birth Weight and Litter Size
64
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CAT BIBLIOGRAPHY
in nice.
J.Gen.Physiol. 23:309-320,1940.
For mice, as for various other mammals, the relation
between number N of young in a litter and the weight H of
the litter can be expressed as w = aN (to the K
power). For adequately homogeneous data K has the
nonspecific value 0.83. with data not homogeneous with
respect to certain conditions the equation may still be
descriptive, but with K higher than 0.83. Two kinds of
mice obeying this formulation, with the same K, are an
albino strain (AA) and a flex-tail foetal anemic
(aa). Their ideal weights of a litter of 1 (W-1, free
from effects of intrauterine competition) are quite
different. Their F-1 offspring (from AA mothers) give
W-1 precisely intermediate. To test the partition theory
for the basis of the parabolic equation, backcross and P-2
litters were obtained in which for a span of litter sizes
there occurred various proportions of anemic to non-anemic
young. For equal numbers of each in the same litters the
relation of weight of aa to weight of Aa young is again
described by H (sub a) = aw (sub A) (to the K power), and
as before K = 0.83. Examination of the weights of anemic
and of non-anemic young, for various proportions of the two
in litters of different total numbers, shows that the
partition theory can account for a number of the curious
relations, including the fact that aa young and Aa young
if in mixed litters increase in weight more for an
increment of 1 in the litter than if in unmixed litters of
the same N. This mechanical result of partitioning can
be regarded as a kind of model for hetecosis resulting from
developmental disharmony.
NUHBEB 00202
Butler, H.F.
Histological Age Changes in the Ruptured Intervertebral
Disc of the Cat.
Bes.Vet.Sci. 9:130-135,1968.
The histological changes that are found in the ruptured
disc of the cat are described and a sequence of events is
suggested. Host ruptures start in the inner
annulus. The nucleus pulposus, which is very gelatinous,
is gradually lost between the lamellae. The inner annulus
collapses inward and the cells proliferate as chondrocytes,
rather than degenerate, as in non-ruptured discs. This
fibrocartilage is more brittle and becomes 'ground* between
the centra leading to cavitation. Finally, the centra are
in direct contact and granulation tissue proliferates and
may unite the two involved vertebrae. Other conditions
encountered include bone-rupture, cartilaginous invasion of
blood vessels, and haemorrhage. The relationship to
protrusions is discussed and it is noted that ruptures of
the annulus can occur, even when the nucleus pulposus is
gelatinous.
65
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CAT BIBLIOGRAPHY
BOBBER 00203
Dabeyr J.P.
Egg Production of Toxocara Cati.
Vet.Bee. 81:671-672,1967.
Fertile egg counts of Toxocara cati in the feces of a
naturally-infected and an experimentally-infected cat
vere 24,222 and 19,000, respectively, per fertile
fenale ascarid.
ROBBER 00201
Si-Kwang, L.
Ettinger, S.
Persistent Common Atrioventricular Canal in Two Cats.
J.A.V.n.A. 153(5):556-562,1968.
Two cats vere found with persistent common
atrioventricular canal. This cardiac anomaly is
characterized by a gross defect in the lowermost part of
the interatrial septum and the uppermost part of the
interventricular septum, it is associated with a cleft
mitral valve. The cats were stunted and had signs of
congestive heart failure at the age of 6 months.
10HBER 00205
Karpas, A.
Boutledge, J. K.
Feline Herpes Virus: Isolations and Experimental
Studies.
Zbl.Vet.Hed. 15:599-606,1968.
Isolation of a feline herpes virus from cases of
ulcerative glossitis is described. The virus was found to
be serologically identical with Crandell's feline
rhino-tracheitis virus. Experimental transmission of this
virus in cats produced a wide range of clinical symptoms,
including in most cases an ulcerative glossitis. The
manifestations of this viral infection are not unlike those
of herpes simplex infection in man.
BUHBEB 00206
Spencer, H.
Lewin, I.
Sanachson, J.
Inhibition of Badiostrontium Absorption in Han.
Internat.J.Appl.Badiation Isotopes 18:779-782,1967.
The effect of aluminum phosphate gel on the absorption of
Sr85, given as a single dose, has been studied in man
under constant dietary conditions. Aluminum phosphate gel
in amounts ranging from 100-300ml reduced the absorption of
Sr85 in all patients studied; the average decrease in
absorption was 87%. The aluminum phosphate gel was as
effective in amounts of 100ml as in amounts of
300ml. This compound appears to be effective in
decreasing the absorption of radioactive strontium in cases
of acute exposure. Further studies are indicated to study
the mode of action of this compound.
66
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OAT BIBLIOGBAPHY
HUJ1BER 00208
Gopinath, C.
Thorpe, E.
The Comparative Histochemistry of Some Hydrolytic and
Oxidative Enzymes in the Livers of Several Domestic and
Laboratory Animals.
Res.Vet.Sci. 9:135-442,1968.
The distribution of various hydrolytic and ozidative
enzymes was studied histochemically in the livers of rats,
mice, dogs, cats, and cattle. The enzymes investigated
comprised non-specific alXaline phosphatase, adenosine
triphosphatase, glucose-6-phosphatase, succinic tetrazolium
reductase, DPH diaphorase, glutamic, lactic and sorbitol
dehydrogenases. The comparative merits of 2 techniques
for the demonstration of succinic tetrazolium reductase
were evaluated. It was found that the optimal incubation
period for the demonstration of adenosine triphosphatase in
the canaliculi of dog liver vas considerably in excess of
that required for the other species investigated. The 5
species are rated on a relative scale, in tabular form, for
the distribution of hydrolytic enzymes in liver.
NDHBEB 00209
Barnett, n.
The Use of Polythene for "Elizabethan" Collars.
J.Anim.Tech.Assoc. 9:50-52,1958.
Describes the method of manufacture of a durable
Elizabethan collar for small animals from Ziegler
Polythene. Pattern for the curves are given.
BOBBER 00211
Butler, (f.F.
Netachromasia and Alcian Blue Staining of the
Intervertebral Disc of the Cat.
J.Anat. 102(2):301-310,1968.
The toluidine blue metachromasia and alcian blue staining
of the disc of the cat from birth to 18 years is
described.* Both stains are least obvious at birth and
increased ifi older specimens. 80-90X of the disc was
metachroraatic by 1 year and showed alcian blue
staining. After 1 year no increase was seen in the
proportion of the disc involved but the inner annulus
showed increased intensity of alcian blue staining until 5
years, thereafter remaining constant. In the annulus
metachromasia involved the collagen fibrils in and between
the lamellae, alcian blue stained fibrils between the
lamellae in the outer annulus but within the lamellae of
the inner annulus. In the nucleus pulposus metachromasia
was fibrillar but alcian blue staining was
homogeneous. The possible significance of these
observations is discussed.
NDNBER 00215
Gibson, R.H.
67
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CAT BIBLIOGRAPHY
Bross, I.D.J.
Graham, S.
Lilienfield, A.M.
Schuman, L. H.
Levin, N.L.
Dovd, J.E.
Leukemia in Children Exposed to Multiple Risk
Factors.
New England J.Hed. 279(17):906-909,1968.
The association between four factors - mother's
irradiation before conception, in utero irradiation of the
child, previous-history of reproductive wastage, and early
childhood virus diseases - was studied in children one to
four years old. A simple rise in the number of factors
did not consistently increase the risk for
leukemia. Children with irradiation but without either of
the pathologic conditions did not show a greater risk for
leukemia, nor did those with the pathologic conditions but
without irradiation. However, children exposed to two
radiological factors who also had a history of one
pathologic event had a significantly increased risk
(2.69), as did those with a history of two pathologic
factors who had also been exposed to one of the irradiation
factors (3.36). The highest risk was U.64 for children
exposed to all four factors. Therefore, only when there
was a concordance of the two types of events, irradiation
and pathologic, was the risk for leukemia significantly
greater.
DUMBER 00216
Dixon, R. T.
Exposure Doses of X-radiation Incurred During
Veterinary Diagnostic Radiological Examinations.
Australian Vet.J. 4U:299-303,1968.
The number of radiographs taken per week has been
calculated for a Veterinary School practice for three
periods. In the first period the number averaged 35 per
week; in the second period, 45 per week and in the third
period 6U exposures per week. The exposure dose of
X-radiation per radiograph was calculated for personnel
taking the radiographs in each of these periods. In the
first period the exposure dose for the radiologist was
0.183 mreo per radiograph. The conditions in this period
approximated those in a practice in which the veterinarian
restrained and positioned the animals without additional
help. In the second period the dose for the radiologist
was 0.16 mrem per exposure, and for one assistant who
helped restrain the animals the dose was 0.019 mrem per
exposure. The conditions here approximated a practice in
which the veterinarian and a trained lay assistant restrain
and position the animal. In the third period the
radiologist's exposure dose had decreased to O.OWU mrem,
and the dose for a radiographer was 0.052 mrem. ' This
approximated the conditions in a practice with two or more
veterinarians using trained lay assistants. The average
exposure dose for 2U students was 0.093 mrem per exposure,
68
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CAT BIBLIOGRAPHY
and this figure is considered applicable to owners who hold
and position their aninals in a veterinary practice. The
exposure dose per radiograph to the body of the
veterinarian, his assistants, and to members of the public
was considered in relation to the maximum permissible dose
of radiation. It was recommended that owners not be used
to restrain their own animals, and methods of reducing the
radiation dose per radiograph to the veterinarian and his
assistants were discussed.
HURBER 00217
Clark, L.
Seavright, A.A.
Skeletal Abnormalities in the Hindlimbs of Young Cats
as a Result of Hypervitaminosis A.
Mature 217(5134) : 1174-1176,1968.
Three kittens recieved 100,000 I.(I. Vitamin A daily for
4 veeks. Two weeks later the kittens had a distinctly
abnormal gait and the hindliobs were short. Gait
abnormalities were chiefly caused by bilateral symmetrical
prolongation of the anterior proximal tibia, making
extension of the stifle joints beyond 90 degrees
mechanically impossible. The osteodystrophy described here
probably occurs in some kittens fed intensively for a short
period on livers which are unusually high in vitamin A
content.
HOHBEH 00220
Johnson, G.B.
Koestner, A.
Rohovsky, H.H.
Experimental Feline Infectious Enteritis in the
Germfree Cat.
Path.Vet. 4:275-288,1967.
Selected tissues from 13 germfree and 3 specific
pathogen-free cats experimentally infected with feline
infectious enteritis were studied electron
microscopically. Intestinal lesions consisting of
dilatation of intercellular spaces and of endoplasmic
reticular cisternae occurred only in specific pathogen-free
cats. No lesion was demonstrated in the intestine of
infected germfree cats, indicating that the virus of feline
infectious enteritis may not be solely responsible for the
intestinal lesions described in the naturally occurring
disease. The lesions in the lymph nodes were identical in
specific pathogen-free and germfree cats and consisted of
lymphocytic destruction within 72 hours post-inoculation
and reactive proliferation of reticular cell-macrophages
and plasma cells. The preferred designation of this
disease in cats as feline infectious panleukopenia is
supported.
NOHBBB 00221
Anon.
69
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CAT BIBLIOGBAPHY
Procurement Specification IV. Conditioned
Random-Source Cats.
Inst.Lab.Anim.Resources, Nat.Acad.Sci., Nat.Res.
Council, 1968.
Procurenent specifications prepared by the Institute of
Laboratory Animal Resources are recommended for use by
research facilities. They are to be incorporated in the
contract between the buyer and seller of laboratory
animals. This assures the buyer that the animals
received have had the care, facilities, and treatment
prescribed. This procurement specification for
conditioned cats is for purchasing cats stabilized for
research use by the dealer. The committee feels that the
conditioning or stabilizing period requires a minimum of 30
days. No matter what quality of cat is required, it is
necessary for a representative of the research facility to
make an initial inspection of the dealer's facilities to
determine if the requirements of this contract clause are
being met. Periodic inspections of the dealer's
facilities and practices, as well as a careful examination
of the animals at the time of delivery, are also
recommended. Conditioning program includes a minimum of a
30 day period, clinically free of ecto- and endoparasites,
vaccination against panleukopenia and rabies at least 21
days before delivery, hemoglobin of 8-15 gram X, PCV of
24-25% and HBC of 5500-19500 per cubic mm.
NUMBER 00222
Anon.
Standards for the Breeding, Care and Management of
Laboratory Cats.
Inst.Lab.Anim.Resources, Nat.Acad.Sci.,
Nat.Res.Council, 1961.
A 16-page outline of recommended standards for lab cat
care. Includes sections on facilities; food, bedding and
litter; equipment cleaning; and disease and parasite
control.
NUMBER 00223
Anon.
N.I.H. Standard Animal Care Equipment.
N.I.H., Office of Administrative Management,
Procurement Section, 1966.
A catalogue of cages and other animal care equipment
commonly used in N.I.R. laboratories. A drawing and
specifications of each item is given.
NOHBER 00221
Anon.
Procurement Specification II. Non-conditioned
Random-Source Cats.
Inst.Lab.Anim.Resources, Nat.Acad.Sci., Nat.Res.
Council, 1966.
This procurement specification is designed to provide the
70
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CAT BIBLIOGRAPHY
biomedical community with uniform specifications for
procuring laboratory cats. The specification calls for
upgrading the animal care and transportation practices of
dealers. It requires identification of cats, which has
not been a common practice, but is considered necessary to
establish proof of ownership and is now required by federal
law. The provisions will undoubtedly increase the
ultimate cost of research cats. The research institution
is again advised to i up lenient the specification by using it
as a contract clause. The enforcement of the
specification will require officials to observe the
vendor's practices when animals are delivered to the
institution and to inspect the vendor's
premises. Limitations are placed on the laboratory use of
the nonconditioned random-source cat because its
environmental background is largely unknown. If this cat
is to be used as received, its use is generally limited to
those experiments in which the animal is not allowed to
recover from anesthesia. A quarantine and conditioning
period of from three to six weeks is required after receipt
to utilize this type of cat in more involved studies. The
obligation of the research facility to maintain minimum
standards Cor humane handling, care, treatment, and
transportation of animals is also recognized by the
committee.
NUMBER 00225
Barranco, S.C.
Beers, R.F., Jr.
Herz, T.
narrow Cell Injury Following Ca-45 Uptake in Bone.
Am.J.Boentgenol.Bad.Therapy Duel.Ned. 103 (4) :849-855,
1968.
The effects of Ca-45 on the cells of the bone marrow in
the rat were studied. Animals in 5 groups received
injections of 25 microcuries, 50 microcuries, 100
microcuries, 200 microcuries, and 300 microcuries of
Ca-45, respectively. They were sacrificed at 12 hours,
24 hours, 36 hours, 2 days, 4 days, 6 days, 8 days, 12
days, 19 days, 25 days, and 32 days, and the bone marrow
was removed from the tibiae and assayed for damage. The
incidence of micronuclei and the changes in the mitotic
index were used as an indication of radiation damage to the
nucleus. The following results were obtained: A
generally linear increase in micronuclei was observed with
increasing activity of Ca-45. Doses as low as 50
microcuries produced a 2.92 fold increase in
micronuclei. Within the first 4 days after injection of
the isotope, bone marrow from animals receiving a 300
microcuries dose showed about 5 times as many micronuclei
as controls. When the animals treated with 25 microcuries
were observed at 12, 24, 36, and 48 hours after injection,
4.75, 5.63, 3.00, and 1.69 fold increases, respectively.
were noted in micronuclei. The mitotic index of the bone
marrow cells from all treated animals remained below normal
throughout the experiment and at the 32nd day was still
71
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CAT BIBLIOGRAPHY
from 2.4 to S.I tines lover than the controls.
HOHBEH 00226
706,709
Zook, B.C.
Holzvorth, J.
Thornton, G.V.
Thallium Poisoning in Cats.
J.A.V.H.A. 153(3):285-299,1968.
Thallium poisoning was diagnosed in 22 cats on the basis
of characteristic gross and microscopic lesions or
demonstration of thallium in urine or tissues. Thirteen
subacute or chronic poisonings, predominantly in young
cats, were characterized by striking skin changes which
progressed through stages of reddening, crusting, peeling,
and alopecia. Such lesions began on the ears or lips and
gradually involved the face, head, feet, limbs, and
torso. Other signs of illness were apathy, inappetence,
and vomiting. Fever was uncommon. Hypersensitivity,
tremors, ataxia, paresis, and bodily contortions were late
signs in many cases and reflected peripheral and central
neuropathy. These longer illnesses were usually
accompanied by nentrophilic leukocytosis, a shift to the
left, and moderate anemia. Mine older cats with severe
illness of shorter duration and no skin changes had signs
of hefflorrhagic gastroenteritis and hepatic or renal
damage. High fever, leukopenia, and anemia were
typical. Skin lesions when advanced are characteristic of
thallium poisoning. Microscopic changes are severe
parakeratosis, acanthosis, parakeratosis or dilatation of
hair follicles, focal purulent epidermal or perifollicular
inflammation, hyperemia, and edema. Other typical lesions
are nephrosis, polyneuritis, and necrosis of skeletal and
myocardial muscle fibers. Some cats had necrotizing and
inflammatory lesions in the liver, tongue, esophagus,
stomach, intestine, pancreas, and
testicles. Diphenylthiocarbazone cannot at present be
recommended for treatment of cats. Until a reliable
antidote becomes available, treatment must be symptomatic
and supportive. The only cats that recovered were
maintained by oral feeding.
NOHBEH 00227
Collins, G.B.
The Design and Use of Filter Cages for Cats and
Babbits.
Lab.Aniffl.Care. 19:659-661,1969.
MUHBEH 00228
Karpas, A.
Garcia, F.G.
Calvo, P.
Cross, R.E,
Experimental Production of Canine Tracheobronchitis
72
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CAT BIBLIOGRAPHY
(Kennel Cough) with Canine Herpesvirus Isolated from
Naturally Infected Dogs.
Am.J.Vet.Res. 29(6):1251-1257,1968.
Canine herpesvirus was isolated from 12 of 75 naturally
infected dogs fron which swabs were collected. Virus was
isolated from dogs with clinical form of the respiratory
disease and from dogs with no clinical signs, indicating
there may be a carrier state. Results of
serum-neutralization tests of the dogs examined indicated
that a positive serum could be detected also in dogs with
clinical signs but from which virus could not be
isolated. Results of tests of experimentally infected
dogs indicated that the clinical course of the respiratory
disease varied from subclinical infection to acute
respiratory illness. Experimentally infected dogs shed
the virus for approximately 2 weeks after the inoculation
was made and developed neutralizing antibodies to the
inoculated virus.
NONBER 00229
Hamilton, N.ti.
Edelstein, S.J.
Cat Hemoglobin: pR Dependent Cooperativity of Oxygen
Binding.
Science 178:110«-1105,1972.
Cat hemoglobin has a lower cooperativity and oxygen
affinity than most mammalian hemoglobins. In contrast to
the usual invariance of cooperativity with pH, a rise in
cooperativity with pH is predicted by the allosteric model
for low-affinity hemoglobins. Such a pH-dependent
cooperativity for cat hemoglobin has been found.
NUHBEB 00230
Abbott, C.P.
Howe, &.
Ultrastructure of Aortic Body Tissue in the Cat.
Acta Anat. 81:609-619,1972.
Aortic body tissue, located at the root of the left
sublavian artery (group 2) in the adult cat and fixed by
vascular perfusion, was obtained for
electronmicroscopy. This is the first account of the
ultrastructure of aortic body tissue. Ultrastructurally,
the tissue was indistinguishable from the carotid
body. Two main types of cell were present: the larger
more rounded type I glomus cells, with their
characteristic membrane-bound cytoplasmic granules,
invested by the more flattened, branched type II glomus
cells. Nerve fibres penetrated between these cells, being
wrapped in mesaxon-like folds of type II cells during
part of their course, and their unmyelinated nerve
terminals made synapse-like contacts with type I glomus
cells. These 'synaptic1 endings were characterised by the
presence of abundant 'synaptic' vesicles, small
mitochondria and groups of glycogen granules. The apposed
plasma membranes of type I glomus cells and nerve
73
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CAT BIBLIOGRAPHY
terminals exhibited the desmosome-like thickenings, from
2 to 8 in any section, typical of synapses generally. In
the light of present knowledge it seems likely that these
fibres are efferent in nature. Glomus cells granules
(mainly 1,200-2,000 Angstroms diameter, range 400-5,000
Angstroms), unnyelinated nerve fibres (0.2-0.5 micrometer
diameter) enclosed by type II cells, nerve terminals (up
to 2.5 micrometer diameter) and synaptic vesicles
(approximately 500 Angstroms diameter) were in general of
the same order of size as the corresponding structures
already described for the carotid body of the cat and
rabbit. Cilia, in association with type I cells, were
occasionally seen. The common ultrastructural morphology
of carotid and aortic body tissue in the adult animal adds
further support to earlier views, based on their embryology
and pathology, of the homology of these two groups of
vascular chemoreceptors.
NUMBER 00231
NcKibben, J.S.
Getty, R.
A Comparative Morphologic study of the Cardiac
Innervation in Domestic Animals. II. The Feline.
Am.J.Anat. 122(3):5«5-553,1968.
Detailed morphological studies of the cardiac innervation
of the cat were reported, sympathetic cardiac nerves
arose from the thoracic, cervicothoracic, vertebral, and
intermediate ganglia. Parasympathetic cardiac nerves
arose from the vagi, both cranial and caudal to the origin
of the recurrent laryngeal nerves, and from the right
recurrent laryngeal nerve. Left cardiac nerves passed
primarily to the caudal and right surfaces of the left
chambers while right ones ramified on the right chambers
and left portion of the left chambers. Left cardiac
nerves are more prominent around the coronary sinus and
atrioventricular node, while right ones contribute more to
the area of the sinoatrial node. Both sympathetic and
parasympathetic nerves were followed to each
chamber. Interconnections through the cardiac plexus
facilitated overlapping of nerve distributions.
BOMBER 00232
Biscoe, T.J.
Lall, A.
Sampson, s.R.
On the Nerve Endings Associated with the Carotid Body
Glomus Cells of the Cat.
J.Physiol. Loudon 200:131-1326,1969.
NUMBER 00233
Edwards, H.C.
Ascorbic Acid for Treatment ot Feline Rhinotracheitis.
Vet.Bed./Small Anim.Clin. 63 (7):696-698,1968.
Sixty-four cats with clinically diagnosed feline
74
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CAT BIBLIOGRAPHY
rhinotracheitis were treated with ascorbic acid (27),
tylosin (19) and a coabination of ascorbic acid and tylosin
(18). Pour untreated cats served as controls. The
average recovery time was 4.9 days for those treated with
ascorbic acid only, 8.9 days for those treated with tylosin
only, 5.3 days for those receiving the combination of
ascorbic acid and tylosin, and 13 days for the untreated
controls.
flOHBEB 002 31
Todd, N.B.
The Inheritance of Taillessness in Manx Cats.
J.Hered. 52:228-232,1961.
Data gathered on crosses involving flanx cats, while not
altogether statistically conclusive, lend support to the
suspicion that taillessness is at least partially
lethal. There is a statistically significant difference
in the litter si2e produced by two Manx cats (2.95 V
.22) and that produced by two tailed cats (3.88 +/-
.20). Attempts to place the Hanx factor in an Oriental
genome support the contention that taillessness in these
two populations is due to tvo different mutants.
HDJIBEB 00235
Coleridge, a.
Coleridge, J.C.6.
Howe, A.
A Search for Pulmonary Arterial Cheooreceptors in the
Cat, with a Comparison of the Blood Supply of the
Aortic Bodies in the New-born and Adult Animal.
J.Physiol. London 19 1:353-374, 1967.
BOBBER 00236
Laird, H.N.
Jarrett, O.
Crighton, G.H.
Jarrett, W.F.H.
Hay, 0.
fieplication of Leukemogenic-Type Virus in Cats
Inoculated with Feline Lynphosarcona Extracts.
J.Nat. Cane. Inst. 40 (4) :879-893. 1968.
Electron microscopy of the spleen and bone marrow from a
cat with spontaneous feline lynphosarcona revealed
leukemogenic-type viruses. Newborn kittens and adult cats
were inoculated with an extract or a filtrate prepared from
tumor tissue from the cat. Infected kittens and cats were
bled by cardiac puncture approximately 4 and 6 weeks after
injection, and pellets of blood platelets were prepared for
electron microscopy. The sane type of virus as in the
donor animal budded from the surface of the platelets and
into platelet vacuoles, and complete virus particles were
found free between the platelets and in platelet
vacuoles. Platelet pellets from uninfected kittens bled
at 26 and 42 days showed no virus particles. Bone marrow,
75
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CAT BIBLIOGBAPHY
thymus, and spleen from each of 2 kittens killed 28 days
after inoculation contained fully formed and budding
particles of the leukemogenic type. The clinical disease
developed in some kittens.
BOBBER 002J7
Laird, H. B.
Jarrett, 0.
Crighton, G.R.
Jarrett, i.F.H.
An Electron Microscope Study of Virus Particles in
Spontaneous Leukemia in the Cat.
J.Nat.Cane.Inst.
-------
CAT BIBLIOGRAPHY
group of cells. It is shown that a model produced by
Bassett will not work unless the bones ace considered as
solid. A model produced by Frost will not work if bones
are loaded in tension. A further model is put forward
that circumvents these difficulties.
NUMBER 002UO
Hollinshead, W.H.
The Origin of the Nerve Fibers to the Glomas
Aorticum of the Cat.
J.Comp.Neurol. 71 :417-426, 1939.
NUMBER 0021*1
Hollinshead, H.H-
The Innervation of the Supracardial Bodies in the
Kitten.
J.Comp.Neurol. 73:37-47,1910.
NUMBER 00242
Kourilsky, P.M.
Dausset, J.
Feingold, N.
Dupuy, J. N.
Bernard, J.
Leukocyte Groups and Acute Leukemia.
J.Nat.Cancer Inst. 41:81-87,1968
The frequency and the distribution of 10 leukoplatelet
antigens of the HL-A system (the designation "HO-1
system11 has been changed to "HL-A") were determined on the
leukocytes and platelets of 116 patients with acute
leukemia in remission. These were compared with those
observed in 234 nonleukemic individuals. No significant
difference was noted between these two groups. The
reactivity to cytotoxic immune sera of the lymphocytes of
the patients in longer remission appears weaker than that
of nonleukemic individuals.
NUMBER 00243
Howe, A.
The Vasculature of the Aortic Bodies in the Cat.
J.Physiol.London 134:311-318, 1956.
NUMBER 00244
Howe, A.
Morphological and Functional Studies of Thoracic
Chemoreceptors - the Aortic Bodies - in the Cat.
Ph.D. Thesis, London, 1957.
NUMBER 00245
Lever, J. D.
Lewis, P.R.
77
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CAT BIBLIOGRAPHY
Boyd, J.D.
Observations on the Pine Structure and Histochemistry of
the Carotid Body in the Cat and Rabbit.
J.Anat.London 93:478-190.1959.
HOHBEB 00246
Clack, L.
tfhitwell, G.fi.
Ciguatera Poisoning in Cats in Brisbane.
Austral.Vet.J. 44:81,1966.
In Queensland, cats ace used foe bio-assay of fish
suspected of involvement in ciguateca (a non-bactecial
icthyosaccotoxisB) poisoning. Symptoms ficst appeac in 6
hours, with pactial pacalysis of foce and hind limbs,
atazia, inappetance and excess salivation. More affected
cats did not cecovec in 2 weeks.
HUHBER 00247
Rohovsky, N.fT.
Griesenec, H.A.
Experimental Feline Infectious Enteritis in the
Gecafcee Cat.
Path.Tet. 4:391-410,1967.
In the absence of othec microorganisms the vicus of feline
infectious enteritis produced a mild, non-fatal clinical
disease in germfcee cats. A biphasic temperature rise
occurred on post inoculation day (PID) 2 and 4. All of
the gecafcee cats began to recover by PID 7. Absolute
lyophopenia occucced on the ficst day followed by absolute
nentcopeoia on PID 4. The leucocyte counts were within
the normal range by PID 10. Severe atrophy of the thynus
was the only macroscopic lesion produced. Depletion of
mature lymphocytes and reticuloendothelial cell hyperplasia
occurred in all othec lynphocytic tissue. No inclusion
body considered to be of diagnostic significance could be
demonstrated. There was no evidence of enteritis grossly
oc microscopically in germfcee cats.
NO JIB SB 00248
Rudy, T.A.
Wolf, H.H.
Effect of Intcacerebral Injections of Carbamylcholine
and Acetylcholine on Temperature Regulation in the Cat.
Brain Research 38:117-130,1972.
One niccolitec of 0.01 H carbamylcholine, injected into
the diencephalon or mid-brain of unanesthetized, partially
restrained cats produced one of three effects: a majoc
increase in colonic temperature, usually preceded by a small
decrease; a small decrease in colonic temperature followed
by an equally small increase; a major decrease in colonic
temperature followed by an increase in variable
magnitude. Hajor decreases in temperature were usually
accompanied by vasodilation of the eac pinna and reduced
BUG activity. Increases in temperature were accompanied
78
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CAT BIBLIOGRAPHY
by increased EHG activity and often by vasoconstriction
(when the latter was measurable due to a prior decrease in
vasomotor tone). Hypothermia effects were elicitable by
injections into widespread hypothalamic and 2 upper
oidbrain loci. Hypothermia responses were obtained by
injections only into the rostral hypothalanus and
preoptic regions. Begardless of the response elicited by
0.01 H carbamulcholine, increasing the dose to 0.03 or
0.10 H usually augmented the initial hypothernic phase, in
some instances to such an extent that the first type of
response were converted to the third type of
responses. Conversely, lowering the dose to 0.003 H in
some cases resulted in attenuation of the hypothermia
phase so that hyperthermia became the predominant
effect. The effects of 0.03 or 0.10 H acetylcholine
(nixed with an equal weight of eserine sulfate) were
similar to, but of lesser magnitude and duration, than
those elicited by carbamylcholine.
NUMBER 00249
Connor, J.D.
Rossi, G.V.
Baker, H.w.
Characteristics of Tremor in Cats Following injections
of Carbachol into the Caudate nucleus.
Exp.Neurol. 1tt:371-382,1966.
RUBBER 00250
Connor, J.D.
Rossi, G.T.
Baker, W.w.
Analysis of the Tremor Induced by Injection of
Cholinergic Agents into the Caudate Nucleus.
Int.J.Reuropharmacol. 5:207-216,1966.
NUMBER 00251
Feldberg, H.
Nyers, B.D.
Changes in Temperature Produced by Bicroinjections of
Amines into the Anterior Hypothalamus of Cats.
J.Physiol.London 177:239-245,1965.
NUMBER 00252
Hart, B. L.
Sexual Reflexes and Hating Behavior in the Hale Dog.
J.Comp.Physiol.Psycho1 64(3):388-399,1967.
Appetitive behavior and copulatory responses which
characterize the mating behavior of male dogs (beagles)
were studied in detail. Four different sexual reflexes
exhibited by spinal male beagles were compared to relevant
aspects of the mating behavior. It was concluded that
some aspects of mating behavior, particularly the intense
ejaculatory reaction (IER) and the copulatory lock, are
79
-------
CAT BIBLIOGRAPHY
probably completely mediated at the spinal level and the
sexual refractory period is partially a reflection of
refractoriness of spinal elements. Evidence is presented
to support the hypothesis that the IER, which appears to
be normally inhibited by supraspinal structures, is
facilitated by neural disinhibition rather than neural
excitation during sexual excitement.
M00RER 00253
Rudy, T.A.
Rolf, H.H.
The Effect of Intrahypothalamically-lnjected
Sympathominetic Amines on Temperature Regulation in the
Cat.
J.Pharmacol.Exptl.Therap. 179:218-235,1971.
NOHBBR 00254
Shadduck, J. A.
Fakes, S.P.
Encephalitozoonosis (Nosematosis) and Toxoplasmosis.
Am.J.Path. 64 (3):657-672,1971.
Spontaneous encephalitozoonosis and toxoplasmosis have
interfered significantly with the interpretation of data
obtained with experimental animals. Encephalitozoonosis,
especially, continues to be an important problem because
of its high incidence (20-50X) in laboratory rats, mice and
rabbits, and because of the lack of a simple reliable
diagnostic test. The use of susceptible cell cultures
instead of mice for the detection of viable organisms its
suggested until an acceptable serologic method becomes
available. The new data on the role of the cat as the
source of the infectious oocyst of Toxoplasma reemphasize
the importance of maintaining effective barriers between
species when housing laboratory animals.
NUMBER 00255
Meier, P.W.
Orethroadenocystitis in the Male Cat.
J.A.V.B.A. 151(8):1059-1071,1967.
Eleven cases of lower urinary tract disease in male cats
were clinically investigated. Clinical observations and
laboratory procedures pointed to a microbe as the etiologic
agent. Pseudoraonas was isolated and culturally identified
in every case. A method of differentiating between
obstructive and nonobstructive forms of disease was based
on palpable characteristics of the urinary bladder. A
brief description of necropsy findings are included. The
nature of the lesions in this disease and characteristics
of pseudomonas organisms are compatible. Clinical
procedure includes outline of preparation of patient,
removal of obstruction, catheterization, bacteriologic
determinations, and a table of all organisms
isolated. Treatment with a wire loop and 1/12 N sulfuric
acid solution was successful. Hith application of a
80
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CAT BIBLIOGBftPHY
topical anesthetic, general anesthesia was not necessary.
BOBBER 00263
Jarrett, 0.
Laird, H. H.
Hay, D.
Crighton, G. H.
Replication of cat Leukaemia Virus in Cell cultures.
Nature 219:521-522,1968.
The authors describe the infection of primary cultures of
kitten tissues (combined spleen, thyaus, liver, kidney and
heart) with Civ. In a second experiment kitten enbryo
lung nonolayer cells vere also infected with CLV. No
apparent differences in gross cellular morphology were seen
between the two. It seems that CLT can replicate
continuously in honologous cell cultures.
HOHBBB 00266
Hillaby, j.
Ancestors of the Tabby.
New Scientist p.40U-U05,1968.
The author reviews the use man and cat have made of each
other over the thousands of years of the cat's
domestication. It is suggested that the alley cat is not
very separated genetically from its wild ancestors.
NOMBEH 00267
Unknown.
Growth-Bate ID Otero.
Lancet 1:765-766,1967.
The author reviews and discusses some of the short-comings
in research into snail and/or preaature infants. He shows
how clear, accurate documentation and assessment of
gestational age will be of prime inportance in such
future research.
KOHBER 00276
Simon, N.
Holzworth, J.
Bosinophilic Leukenia in a cat.
Cornell Vet. 57 («): 579-597,1967.
& case history of eosinophilic leukemia in a 4-year
female cat with diarrhea and pronounced
eosinophilia. Prine diagnostic clues were the cat's
poor therapeutic response to corticosteroids (which ruled
out eosinophilic enteritis), refractory anemia, increased
population of immature eosinophils in peripheral blood,
increased eosinophils in the bone marrow, and
speaomegaly. At post-mortem, and histopathology exam,
there was an evident tumor in the kidneys, and
eosinophilic invasion of marrow, liver, spleen, lymph
nodes, intestine and heart.
81
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CAT BIBLIOGRAPHY
NUMBER 00278
Poiley, S. H.
An Improved Method for Limiting the Introduction or
Transmission of Pathogens in Production and Research
Animal Areas.
Lab.Aniffl.Care. 17(6):573-580.1967.
Barrier systems for animal production and the protection
of research animals require precautionary measures which
discourage frequent visits by supervisory personnel. By
eliminating the self-perpetuating factor in production
colonies, and isolating individual groups in holding rooms
by means of protective devices, limitations are imposed
upon the probable introduction or transmission of
diseases. Further support is afforded by appropriate
facilities design.
NUMBER 00287
Kilham, L.
Nargolis, G.
Colby, E. D.
Congenital Infections of Cats and Ferrets by Feline
Panleukopenia Virus Manifested by Cerebellar
Hypoplasia.
Lab.Invest. 17 (5):U65-480,1967.
In a study of intrauterine infections with the
panleukopenia virus, the uteri of pregnant cats were
exposed and fetuses inoculated directly. The severity of
infections induced varied with the time of gestation and
the duration of the infectious process, but in general the
viral attack centered on the external germinal layer of the
cerebellum and was characterized by an early inclusion
body phase, followed by cytopathic effects which finally
led to a severe degree of cerebellar hypoplasia. One
pregnant cat and one pregnant ferret were given feline
panleukopenia virus parenterally. In each case the virus
passed through the placental barrier and induced
cerebellar hypoplasia in a fetus which was sacrificed after
birth. Histologic findings are presented in
detail. These inoculations demonstrated that a picture
similar to that seen in cats with spontaneous cerebellar
ataxia can be induced by intrauterine infections under
experimental conditions. Studies were also made of
kittens sent to us having the spontaneous disease. It was
shown that such animals can be carriers of active virus for
months after birth in various organs, and especially in
kidneys as can be shown by direct cultivation. Parallels
between congenital infections of panleukopenia of cats and
rubella infections of man form the subject of a final
discussion.
NOHBEB 00289
Harkany, J.
Takacs, E.
Changes of Endocrine Glands Produced by
Teratogenic Methods: The Pituitary Gland.
82
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CAT BIBLIOGRAPHY
Arch.Path. 85:101-113,1968.
Specimens obtained from teratologic experiments can ge
used for examination of questions about prenatal physiology
and pathlogy. In exencephalic near-tern fetuses the
anterior pituitary lobes are usually present, but their
positions and connections with the posterior lobes and the
brain are variable. The adrenals of such animals show
normal differentiation and only slightly reduced
size. In apituitary fetuses the adrenals are also
present but they are small and undifferentiated. In
hydrocephalic fetuses the pituitaries appear normal at the
end of gestaton.
NONBEB 00290
Okoshi, S.
Osui, H.
Experimental Studies on Toxascaris Leonina. I.
Incidence of T.Leonina Among Dogs and Cats in
Japan.
Jap.J.Vet.Sci. 29:185-19U,1967.
The differences in morphology among three species of
ascarids, Toxascaris leonina, Toxocara canis, and
T. cati were discussed. Then the incidence of these
parasites in the Veterinary Hospital, University of
Tokyo, was mentioned. Results are summarized as
follows. T. leonina began to be observed in dogs in
1958. Its incidence among the dogs examined at the
hospital during the past nine years was as low as 1. 27*
while that of T. canis was 9.62*. It was assumed
that imported dogs might be the main source of T. leonina
infection in dogs. T. leonina was infective equally to
young and adult dogs. Five cats were found infected with
T. leonina in 1965 and 1966. They were imported cats
or cats which had got in, touch with imported cats. This
is the first description of feline infection with
T. leonina in Japan. The incidence of T. leonina
among cats for the past two years was 5.OX and that of
T. cati 17.0%. It was suggested that the prevalence of
T. leonina in dogs and cats in future might increase in
accordance with an increase in number of imported pet
animals.
HOMBEH 00292
Fowler, J.H.
Nash, D.J.
Erythropoiesis in the Spleen and Bone Narrow of the
Pregnant House.
Developmental Biology 18:331-353,1968.
Pregnancy in the mouse constitutes a hematopoietic stress
in that blood volumes increase progressively during
pregnancy. The spleen plays an important erythropoietic
role in combating the dilution anemia of pregnancy. The
degree of splenic response and anemia are directly
dependent upon litter size. Administration of exogenous
iron does not prevent the development of anemia nor prolong
83
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CAT BIBLIOGRAPHY
the period of increased hematopoiesis. Splenectomized mice
were used to determine how the marrow compensates for the
absence of the spleen during pregnancy.
NUMBER 00293
Hintrobe, M.M.
Shumacker, H. B. , Jr.
Erythrocyte Studies in the Mammalian Fetus and
Newborn.
An.J.Anat. 58(2):313-328,1936.
This report includes data on 11 cat fetuses and 8 newborn
cats, as well as data on pigs, rabbits, rats, and
dogs, The age of fetuses were estimated to range between
35 and about 50 days for cats in utero, and up to 14 days
after birth. No tables of values are given, but a figure
showing relative curves for the cat's red blood cell
numbers, hemoglobin, hematocrit, red cell diameter,
corpuscular volume, mean corpuscular hemoglobin and mean
corpuscular hemoglobin concentration is given. Red blood
cell count, hemoglobin and hematocrit are low in the fetus,
while the red cell is large, chiefly nucleated and contains
relatively high amounts of hemoglobin. As the fetus ages,
the first group increases, with a corresponding decrease in
the second group. Mean corpuscular hemoglobin
concentration remains stable. There is a period during
which these changes take place rapidly, corresponding, at
least in man and the rabbit, to the period in which blood
formation in the liver is most intense.
NUMBER 00294
Hurster, D.H.
Benirschke, K.
Comparative Cytogenetic Studies in 'the Order
Carnivora.
Chromosoma 24:336-382,1968.
The chromosome morphology of at least 93 species of
carnivores has now been investigated. This information/has
been summarized. A bibliography of 124 articles is
given. For the domestic cat, 2n is 38; NF is 72.
NUMBER 00295
Glenn, B.L.
Glenn, R.G.
Omtvedt, I.T.
Congenital Porphyria in the Domestic Cat (Felis
Catus): Preliminary Investigations on Inheritance
Pattern.
Am.J.Vet.Res. 29(8):1653-1657,1968.
Based on initial data, the inheritance pattern of the
porphyric trait in cats is compatible with a hypothesis
of simple mendelian autosomal dominance and appears to be
analogous to that of congenital porphyria in
swine. Dominant inheritance of congenital porphyria
in swine and in cats, as opposed to recessive inheritance
-------
CAT BIBLIOGRAPHY
of the condition in nan and in cattle, suggests there
may be fundamental differences in the biochemical
mechanisms involved in the 2 species groups.
NDHBBR 00296
Lloyd, D.P.C.
Action of Sodium Acetylsalicylate Upon Sweat Glands of
the Cat's Foot Pad.
Proc.Nat.Acad.Sci. 60 (4):1319-1322,1968.
Sodium acetylsalicylate, at a dose of 100 mg/kg I.V.. by
means other than central action, can induce some secretory
activity on the part of sweat gland cells. A dose of
30 mg/kg does not induce such activity.
NUHBER 00297
Ounsted, H.
Ounsted, C.
Bate of Intra-nterine Growth.
Nature 220:599-600.1968.
Intra-uterine growth weight was assessed by plotting birth
weight against growth curves of data of the 1958 Perinatal
flortality survey. Various statistical manipulations and
analyses indicate that slow intra-uterine growth is
determined by a single constraining factor of large and
constant effect. Accelerated fetal growth appears to be
determined by several additive factors, both familial and
maternal.
NOHBEB 00299
Hiller, H.L.
Trubowitz, S.
A Simple Method for the Retrieval of Human narrow
Tissue Particles from Aspirates.
Amer.J.Clin.Path. 50 (5):661-663,1968.
Human marrow tissue procured by aspiration is usually
contaminated with blood and therefore, awkward to process
for quantitative studies. A method is described for
simple and efficient separation and collection of
quantities of marrow tissue sufficient for investigational
pruposes. An indication of the simple size obtained in
this laboratory is given.
NOHBEB 00304
Pry, E.I.
Assessing Skeletal Maturity : Comparison of the Atlas
and Individual Bone Techniques.
Nature 220:U96-497,1968.
Two widely varying systems are generally used for the
studying of the growth in children. The
Greulich-Pyle system (GP) matches a wrist x-ray film
against an atlas, on an overall basis; the Tanner and
Rhitehouse system (TV) assigns a numerical score to each
of 20 bones in the hand-wrist complex. At present one can
85
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C&T BIBLIOGRAPHY
not say if one or the other system is more correct, although
in theory the more painstaking TV technique should be more
precise. In practice, the large scale divergencies between
the TW scores and the GP means, as well as the wide
fluctuations of the TH ratings, indicate the gap between
theory and practice.
NOBBED 00309
Prescott, C, w.
A Case of Tonsilitis in a Cat.
Austral. Vet. J. 4«:331-332, 1968.
A bilateral necrotising tonsilitis in a cat is
reported. Pusifornis sp we're plentiful in the lesions
and were believed to be the primary cause. The condition
failed to respond to either penicillin or chloramphenicol
therapy, but was rapidly cured by tonsi lee tony using
elect rocautery.
NDHBEH 00311
Balnut, T.H.
A Mathematical Analysis of the Changes in the Size and
Shape of Bones During Growth.
Growth 31:217-230,1967.
A mathematical method is developed suitable for
description of the growth of bones. It is designed for
use in analyzing the result of dye feeding experiments in
bone growth. Various types of growth are classified and
their observed color patterns in dye feeding experiments
are discussed. It is found that in incremental growth
there is one and only stationary point. Simple geometric
methods are given for the location of the stationary point
in several common types of growth.
HOHBEfi 00312
Adams, T.
Body-Temperature Regulation in the Normal and
Cold-Acclimatized Cat.
a.Appl.Physiol. 18(4) :772-777, 1963.
The role of the anterior hypothalaous as a
temperaturesensible area serving a thermal regulatory input
function for body- temperature control in cats living at 25
C (noncold acclimatized) or 5 C (cold acclimatized) was
tested by selectively changing diencephalic temperatures in
the unanesthetized animal resting at 23 C ambient
temperature. Extremity and internal body-temperature and
metabolic-rate responses were monitored during the induced
thermal shifts. Both groups of animals showed greater
peripheral vasomotr and internal body-temperature changes
conseguent to by pot ha la mic heating than cooling; no
modification of these test patterns was noted as a function
of whole-body cold acclimatization. The
temperature-sensible anterior hypothalanic areas appear to
be more influential in protecting against hyperthermia than
hypothermia and their function in biothermal control does
86
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CAT BIBLIOGRAPHY
oot appear to be altered by whole-body cold
acclinatization.
HOHBEB 00313
Eleftheriou, B. E.
Stanley, W.C.
Influence of Testosterone Propionate and Growth
Hormone on the Os Penis in the Dog.
Endocrinol. 72(1):161-164,1963.
The normal growth of the os penis was determined at 5, 10,
18, 28, and 50 weeks of age in 2 breeds of dogs, beagles
and Shetland sheep dogs. In addition, testosterone
propionate (50 ng/dog) was administered to beagle dogs at
3-5, 8-10, 16-18 and 48-50 weeks of age and combined with
growth hornone (5 units/kg body wt) at 3-5 and 16-18 weeks
of age. It was found that testosterone propionate
significantly increased the length and weight of the
baculum at 5 and 10 weeks of age. A significant increase
in -the weight of this organ resulted also with growth
hormone at 5 weeks of age. when both hormones.were
combined, the effect at 5 weeks of age was a simple
additive one.
NOBBEB 00314
Greiss, F.C., Jr.
A Clinical Concept of Uterine Blood Plow During
Pregnancy.
Obstet.Gynecol. 30(4):595-604,1967.
Observed heaodynanics of the gravid uterine-vascular bed
indicate a widely dilated system which, at a given time in
pregnancy, permits delivery of maximum uterine-blood flow
per unit perfusion pressure. The bed possesses the
mechanism to undergo marked vasoconstriction in response
to stressful stimuli. Although clinically-induced direct
augmentation of OBP is impractical, reduced UGP occurs
readily in response to myometrial contractions, sympathetic
or sympathonimetic stimuli, and maternal
hypotension, since the uteroplacental safety factor is
indeterminable at present, preservation of fetal
homeostasis seems best served by applying prophylactic
principles in conjunction with known pathophysiologic
responses to minimize reduction of uterine-blood flow.
NOHBER 00315
Jacobson, S.A.
A survey of Animal Bone Tumors: Analysis of 500
Cases.
Am.J.Clin.Path. 50 (5) :622, 1968.
Of the cases surveyed, 338 were canine, 53 were feline, 39
were equine, 2 were bovine, 22 were ovine, three were
porcine, three were rodent.
five were primate,
caprine, four were cervine, one was mustellid.
one was
two were
canidae other than the dog,
cat, and two were unknown.
two were felidae other than the
Almost half of the tumors were
87
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C&T BIBLIOGRAPHY
osteosarcomas. There were 44 chondrosarconas and 38
ossifying fibromas; 23 were diagnosed by the author as
parosteal osteoma. There were 18 benign and 2 malignant
osteogenic tumors, 15 extraskeletal osteosarcomas, and 10
fibrosarcomas. The remainder included osteochondroma
(solitary and multiple), chondrifying fibroma, periosteal
chondroma, chondroma, chondro-osseous fibroma, nonossifying
fibroma, ecchondroma, myeloma, possible Swings sarcoma,
myeloid leukemia* myelocytoma, reticulum cell sarcoma*
unidentified round cell sarcoma, malignant lyophoma,
hemangioma, henangiosarcoma, aneurysmal bone cyst (benign
and malignant), hemangiopericytoma, osteolipoaa,
liposarcoma, meningiona, nenrilemmoma* neurogenic sarcoma*
chondromas rodens (intermediate and malignant), giant cell
tumor, eosinophilic granuloma, fibrous dysplasia, osteo- and
chondrogenic mammary tumors, extraskeletai osteoma,
extraskeletai osteosarcoma, extraskeletai chondroma*
extraskeletai cbondrosarcoma, reparative granuloaa of the
jaw, malignant teratona, benign synovial tumor* and
malignant synovioma. Some of these were hitherto
undescribed in animals. The preponderance of
malignancies and tumors in older animals corresponds to
current impressions.
NOHBEB 00317
Jacobson, S.A.
The Localization of Osteoplastic Sarcomas in Han and
Animals.
am.J.Clin.Path. 50(5):622-623,1968.
It has long been postulated on speculative grounds that
the preponderant incidence of osteogenic sarcoma in the
lower extremity of man is statistically
determined. Evidence to that effect was presented. Of
the author*s 82 cases of human osteosarcoaa, 2% were in the
head, 13% in the cephalic extremity* and 68% in the
caudal extremity. The only group of animals presenting a
similar distribution is the rodents (rabbits included)*
whose relatively massive caudal extremity evinces that it
too carries a disproportionate share of stress. Of 26
cases in these animals, 4% were in the head, 8% in the
cephalic extremity, and 54% in the caudal. Among the
domestic carnivores, the forelegs are more heavily burdened
than the hind, inasmuch as they bear the weight of the
chest, head* and neck, and also have to provide stability
for the often violent motion of the jaws. Among 172 canine
osteosarcomas, 19% were in the head, 30X were in the
cephalic extremity, and 23% were in the caudal
extremity. Among 22 feline cases* 44% were in the head,
17% were in the cephalic extremity, and 15% were in the
caudal extremity. Th e domestic herbivores, like
herbivores generally* spend much of their time either
grazing or chewing the cud. There is, therefore,
continual stress on the head* including both jaws. Of 20
eguine tumors, 80% were in the head, 5% were in the
cephalic extremity, and none was in the caudal
extremity. Of 26 bovine tumors, 69% were in the head,
88
-------
CAT BIBLIOGRAPHY
none was in the cephalic extremity, and US were in the
caudal extremity, of four ovine tumors, two were in the
head and the other two were in the sternocostal
complex. Parosteal osteooa follows osteosarcona in its
patterns of localization.
NOHBEB 00321
Adans, D.B.
Bacelli, G.
Hancia, G.
Zanchetti, A.
Cardiovascular Changes During Preparation for Fighting
Behaviour in the Cat.
Nature 220(5173):1239-1240,1968.
The authors have analyzed cardiovascular changes in
naturally elicited fighting in the cat.
BOHBEB 00322
Wilkinson, G.T.
A Review of Drug Toxicity in the Cat.
J.Snail Ania.Practice 9:21-32,1968.
The toxicity of drugs and therapeutic agents conmonly used
in feline Medicine is reviewed. Included is arsenic,
iodine, lead, mercury, zinc, arecoline, dichlorophen,
carbaoazine, male fern, methyridine, piperazine, various
antibiotics and sulfonamides, tar derivatives, aspirin,
barbiturates and other sedatives, hormones, pesticides, and
vitamins.
BOHBEB 00323
Hayvard, A.H.S.
Thoracic Effusions in the Cat.
J.Small Anio.Pract. 9:75-82,1968.
The differential diagnosis of fluid effusions of the
thoracic cavity of cats is considered. Special
reference is made to suppurative pleurisy ("granular
pleurisy"). This is characterised by the presence
of granules in the exudate, similar to those described in
pleural actinomycosis of carnivores. The cases described
however, are apparently not due to actinooyces or
Nocardia, but to a mixture of organisms, including
anaerobic fuso-bacteria, spirochaetes, streptococci,
Pasteurella, and a gran-positive filamentous
organism. The lesion is possibly due to infection from
indigenous nouth organisms and could originate from cat
bites.
BOBBER 00324
Howard, E.B.
Jannke, C.C.
Immunoglobulin Disorder Associated with Feline
Bosinophilic Granulooatosis.
An,J.Vet.din.Path. 2:21-26,1968.
89
-------
CAT BIBLIOGRAPHY
Blectrophoretic analysis of serum protein distribution of
4 cats with multiple eosinophilic granulomas indicated a
significant elevation of the immunoglobulin content. This
is discussed in relation to the possible immunological
significance of the disease. Normal protein analysis for 6
normal cats are: serum protein, 6.0 gmX; albumin, U1.UX;
alpha globulin, 15.8X; beta globulin, 11.5X; gamma
globulin, 26.3X.
SOKBEH 00325
Ishmael, J.
Howell, J. H.
Observations on the Pathology of the Spleen of the Cat.
J.Small Anim.Pract. 9:7-13,1968.
Lesions were found in the spleen of four of sixty-three
cats examined post mortem in the department, and comprised
two examples of lymphosarcoma, one of chronic fibrinous
peritonitis and one of subcapsular
haematoma. Abnormalities were found in two cat spleens
received from veterinary surgeons in general practice. In
one cat the abnormalities were an haemangiosarcoma with
secondary 'deposits in the liver and in the other extensive
mast cell infiltration. In addition lesions were
detected in the spleen of three of eighty-seven cats
examined post mortem in general practice. The lesions
were: multiple secondary deposits of adenocarcinoma from a
primary tumour of the mammary gland, a ruptured spleen
and a foreign body below the splenic capsule.
HDHBBB 00326
Lucke, V. N.
Baskerville, A.
Bardgett, P.L.
Hann, P.G.H.
Thompson, S.I.
Deforming Cervical Spondylosis in the Cat Associated
with nypervitaminosis A.
Vet.Bee. 82:1*1-112,1968.
A description of 2 cases (5-year old and 20-month old) of
spondylosis in the cat evidentially causes by prolonged
feeding of beef liver. Three other cats showed clinical
and radiological findings highly suggestive of
hypervitaninosis A, with improvement noted within a few
weeks of discontinuing liver as part of the diet.
HOBBEB 00327
Schirmer, B.C.
Piermattie, D.L.
The significance of Jaundice as a Symptom in Small
Animals.
Michigan State Univ.Vet. 19 (1) :i»0-U3, 1958.
90
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CAT BIBLIOGRAPHY
NUMBER 00328
Laties, A.M.
Jacobowitz, D.
A Comparative Study of the Autononic Innervation of the
Eye in donkey. Cat, and Rabbit.
Anat.Rec. 156:383-396/1966.
There is a dual innervatioo to both sphincter and
dilatory muscles, and probably to the blood vessels of the
cat iris.
NUMBER 00329
Geltzer, A.I.
Autononic Innervation of the Cat Iris: An Electron
Microscopic Study.
Arch.Ophthal. 81:70-83,1969.
An identification of individual adrenergic and
cholinergic nerve terminals would appear to be possible at
the ultrastructural level. It is submitted that there
exists a significant dual innervation of the feline
dilator muscle and to a lesser extent a dual innervation of
the feline sphincter muscle. Selective degeneration
experiments have been performed showing a rapid
degeneration of the specific nerve terminals with spacing
of the unaffected fibers.
NOHBER 00330
Stephen, E. L.
Walker, J.S.
Bemmele, N.S.
Carter, R.C.
Bitten, j.Q.
Schuh, L.G.
Klein, P.
The Clinical Aspects of Rift Valley Fever Virus in
Household Pets: II. Susceptibility of the Cat.
Technical Manuscript 184, Dept. of the Army, 1968,
Project 1b533001dU26-
Challenge with Rift Valley fever virus(RVFV) resulted
in an 81% mortality in kittens 21 days of age or
younger, whereas it produced only a subclinical
infection in 84-day-old kittens and adult cats. Infection
in the latter groups was demonstrated by the presence of
serum neutralizing antibodies. Thus, kittens 3 weeks "f
age or younger are as susceptible as lambs and more
susceptible than calves to RVFV. Other data indicated
(i) the possible existence of cross-immunity between RVPV
and some other, as yet unknown, entity and (ii) the
possibility of both horizontal (kitten-to-kitten) and
ascending (kitten-to-adult) transmission of RVFV. The
epideniological implications of the study are discussed.
NUMBER 00331
Corbin, J.E.
Puppy Production: How Many?
Purina Lab.Anim.Digest 4 (4):3-5,1968.
91
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CAT BIBLIOGRAPHY
A general discussion of the factors which influence
production in various breeds of dogs. Curves ace given foe
the efficiency of sequential litters; a mean of 6-7 pups per
litter up to the 8th litter for beagles, 6-8 for the first B
litters in pointers, and 7-9 for the first 6 litters
and then decreasing to 5 per litter by the 13th litter in
setters.
NO.'.BEH 00332
Cock, E.V.
Osterodystrophy in Siamese Kittens.
Vet.Bee. 71:468,1959.
NDHBEB 00333
Krook, L.
Barrett, B. B.
Usui, K.
Holke, B.
Nutritional Secondary Hyperparathyroidism in the Cat.
Cornell Vet. 53:224-240,1963.
Boentgenologic, clinicopathologic, and morphologic data was
presented showing that the nature of a cat disease,
hitherto known as osteogenesis inperfecta or juvenile
osteoporosis, is a nutritional secondary
hyperparathyroidiso. Three cats were studied, including a
control. Values for the control were:serum calciun 10
ng X; serum phosphorus, 6.4 mg; serum alkaline
phosphatase, 3.1 siqna units; parathyroid cytoplasm to
nucleus ratio, 1.77 +/-0.19; parathyroid nuclear surface,
18.30 +/-0.61 planioeter units; parathyroid parenchyma to
interstitium ratio, 6.1 */~0.29.
NOBBER 00334
Lamb, T-H.
Ventilatory Responses to Hind Limb Excercises in
Anesthetized Cats and Dogs.
Respiration Physiol. 6:88-104,1968.
In six cats and tvo dogs anesthetized with pentobarbital,
graded electrical stimulation of intact sciatic nerves
resulted in increases in total body oxygen consumption
which were distributed over a range of values from the
resting level to twice that amount. For the two cats
and two dogs studied before spinal cord transection,
ventilatory responses to increases in metabolism were
such that no significant changes were observed in the
arterial P subscript CO-2, pH or P subscript 0-2 from
values seen at rest. In these four animals and in the
four additional cats all studied after lumber spinal cord
transection, sciatic nerve stimulation was again associated
with increases in metabolism and constancy of the arterial
P subscript CO-2, When oxygen consumption was analyzed
with regard to arterial P subscript CO-2 homeostasis,
these relatively small changes in metabolism were found
to be sufficient to guantitate the influence of limb
92
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CAT BIBLIOGRAPHY
receptors. Although the present study gives no
information about transients, it suggests that during
continuing exercise, limb receptors play a small role or
one which can be fulfilled by other factors.
BOBBBB 00335
Kallfelz, P.A.
Comparision of 1-125 T-3 and 1-125 T-4 Tests in the
Diagnosis of Thyroid Gland Function in the Dog.
J.A.V.H.A. 154(1):22-25,1969.
As indicators of thyroid function in.dogs, comparison
was nade between the resin sponge uptake of labeled
triiodothyronine {1-125 T-3 test) and the determination
of total serum thyroxine (1-125 T-4 test). It was
found that the 1-125 T-4 test was very sensitive to
experimentally induced increases in thyroid function in 6
dogs and to naturally occurring decreases in thyroid
function in 2 dogs. In contrast, the 1-125 T-3 test
was found to be relatively insensitive to these
changes. It appears that the 1-125 T-4 test is the
preferred method for precise determination of thyroid
function, whereas the 1-125 T-3 test, which is more
convenient to do, is valuable as a screening procedure.
BOBBER 00336
Blake, J.A.
A Technique for Castrating Cats.
J.A.V.H.A. 154(1):25,1969.
A comparison of 2 common methods of approaching the problem
of hemorrhage after feline castration with a suggested
method which requires knotting the spernatic cord on itself.
BOBBBH 00337
Iljin, N. A.
Temperature Effects on the Color of the Siames Cat.
J.Hered. 21:309-318,1930.
BOBBER 00333
Crew, F.A.E.
The Genetics of Sexuality of Animals.
Cambridge, England, 1927.
HOHBBH 00339
Schnelle, G. B.
Flea Collar Safety.
J.A.V.H.A. 154 (2): 137, 1969.
The letter writer has had little experience with expected
skin problems in dogs and cats which wear flea collars.
BOHBBB 00340
Barr, H.L.
93
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CAT BIBLIOGRAPHY
Bertram, E.G.
A Morphological Distinction Between Neurones of the
Hale and Female, and the Behaviour of the Nucleolar
Satellite During Accelerated Nucleoprotein synthesis.
Mature (London) 163:676-677,1949.
NDNBEB 00341
Elzay, B.P.
Huges, R. D.
Adontia in a Cat.
J.A.V.M.A. 154(6) :667-670, 1969.
A clinical report of adontia in an adult cat.
NUMBER 00342
Bond, E.
Docfman, H.D.
Squanous Cell Carcinoma of the Tongue in Cats.
J.A.V.M.A. 154(7):786-789,1969.
Sguamous cell carcinoma of the tongue is reported more
frequently in cats than in other domestic animals. This
report contains 3 additional cases.
NUMBER 00343
Carlisle, C.H.
Penny, R.H.C.
Prescott, C. W.
Davidson, H.A.
Toxic Effects of Phenylbutazone on the Cat.
Brit.Vet.J. 124:560,1968.
The administration of phenylbutazone twice daily to five
healthy cats at a daily dosage rate of 44 mg/kg bodyveight
resulted in the death of four cats following thirteen to
twenty doses. The fifth cat survived the 21 days of the
experiment but was destroyed in extremis on day 48. Death
was preceded by progressive .loss of appetite, decrease in
bodyweight, dehydration and severe depression, and on
post-mortem examination renal disease was a constant
feature. The changes observed in the peripheral blood
and bone marrow are also described.
NUMBER 00344
Sinha, D.P.
Keahey, K. K.
HostosIcy, U.V.
Schirmer, R.G.
Perforation of the Esophagus in a Cat.
J.A.V.H.A. 154(9) : 1068-1070, 1969.
Esophagitis was diagnosed in a 5-month old male Siamese
cat. Olceration and perforation of the esophagus
occurred, with secondary complications of acute pleurisy,
pericarditis and pneumonia.
94
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CAT BIBLIOGRAPHY
NUHBER 00345
Aitken, I.D.
NcKusker, H.B.
Feline ftnaphylaxis: Some Observations.
Vet.Rec. 84:58-61,1969.
Fifteen adult cats were each given an injection of 10
micrograms, 1 or 10 mg protein antigen in complete Freund*s
adjuvant by the footpad, subcutaneous or intramuscular
route. Intravenous challenge 17-27 days later elicited
shock reactions of an anaphylactic nature in 9 of the 15
cats, and in 2 cases the outcome vas fatal. Of the
variable symptoms observed, transient peripheral
irritation and hyperactivity of the alimentary system
were most common. Attention is drawn to the similarity
between these experimental observations and clinically
encountered feline allergies. It is considered that the
apparent immunological tolerance of the cat for certain
antigens, such as bovine serum albumin, may be related to
continued intestinal absorption of intact proteins during
adult life.
NUMBER 00346
Rich, L.J.
Kirk, B.S.
Feline Urethral obstruction: Mineral Aspects.
Am.J.Vet.Res. 29:2149-2156,1968.
NUMBER 00347
Potkey, S.
Zinn, R.D.
Effects of Collection Interval, Body Weight, and
Season on the Hemograms of Canine Blood Donors.
Lab.Anim.Care 19 (2) : 192-198, 1969.
The use of an established colony of normal donor dogs
is suggested as the best means to provide whole blood
required in biomedical research. It was found that dogs
weighing 27 kg or more were consistently able to donate
normal blood at the rate of 1 unit (approximately 500 ml)
every 3 weeks for a period of 1 year. Subsequent
studies have indicated that dogs of this type and size can
accommodate to blood collection at this rate for at
least 2 years. Hetnatocrit and hemoglobin values of blood
samples obtained from normal control dogs were significantly
higher in winter than in summer. These differences
appear to be associated with seasonal variations in
temperature and sunlight.
SOMBER 00348
Anon.
Laboratory Animal Feeding the Hayne Way.
Allied Mills, Inc.
A commercial publication containing the analysis of the
various diets which iayne produces for laboratory
animals. Also included, are some husbandry hints for each
95
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CAT BIBLIOGRAPHY
specie concerned. Normal values for cats include:
recommended room temperature, 70-72 F; humidity, 50-55*;
eats dry feed at 4-6 weeks of age; water, ad lib; adult male
weight, 4-9 pounds; adult femal weight, 4-8 pounds; female
and male breeding age, 6-7 months; estrus cycle is
polyestrus, but varies greatly; birth weight, 125 grams;
litter size, 3-8; weaning age, 6-8 weeks.
HOHBBB 00349
Bito, L. Z.
Animal Restrainers for Unanesthetized Cats and
Babbits.
Lab.Anim.Care 19(2):244-246,1969.
An animal holder designed for the painless and comfortable
restraining of Unanesthetized cats and rabbits is
described. Its use and some modifications for various
experimental conditions as well as some of the author's
experiences in using this restrainer are discussed.
HOHBBB 00350
Crighton^ 6.W.
Lymphosarcoma in the Cat.
Vet.Bee. 84:329-351,1969.
In about 90X of cases of lymphosarcoma in the cat at least
one of the following three clinical features is found
during the clinical examination: enlarged mesenteric lymph
nodes, enlargement of the superficial lymph nodes, and a
space-occupying lesion in the anterior thorax. The
diagnosis is confirmed by histological examination of
affected tissues. & blood examination is not the
diagnostic technique of choice. The disease is
invariably fatal, and it is doubtful if any therapeutic
measures prolong life.
HOHBBB 00351
Wilkinson, G.T.
Feline Infectious Anemia.
Vet.Bee. 84:331-333,1969.
Feline infectious anemia is a disease caused by a blood
parasite, Bperythrozoon felis (Hemobartonella felis),
which infests the erythrocytes. The condition is
usually sub-clinical, but overt clinical disease, in the
form of a macrocytic, heoolytic anemia associated with a
high fever, developes when the cat is subjected to stress
or intercurrent disease. A blood smear should always be
made for any cat showing a pyrexia of indeterminate origin,
and examined for the presence of the parasite. It is
possible that there are large numbers of carrier cats
present among the feline population of this country. The
organism seems to be susceptible to the broad-spectrum
antibiotics, especially the tetracyclines. whole blood
transfusion may be required in severe cases of the disease.
96
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CAT BIBLIOGRAPHY
NUMBER 00352
Hutchison, W.N.
Nock, K.
Toxoplasma, A Versatile Parasite.
New Scientist 42 (651) :464-466, 1969.
A short review of the knowledge about T. gondii.
MOI1BER 00353
waller, G.R.
Price, G.H.
Nitchell, E.D.
Feline Attractant, Cis,trans-Hepetalactone: Metabolism
in the Donestic Cat.
Science 164(3885):1281-1282,1969.
Cis, trans-nepetalactone, the biologically active
component of catnip, was force-fed to the domestic
cat. When the C-m-labeled compound was fed, 86 to 9
-------
CAT BIBLIOGRAPHY
and total erythroid, 44.7 V-0.75*. The mean
nyeloid:ec7tbroid ratio was 1.2+/-0.02.
NUHBER 00356
Lucke, V. H.
Diseases of the Urinary System of the Cat.
Vet. Bee. 8
-------
CM BIBLIOGRAPHY
in cats but not in dogs. In the latter, a tolerance to
(bat not a reversal) of the threshold elevating effect was
observed. Tolerance was seen to the overt depressant
effects of morphine in dogs but not to the overt excitatory
effects in cats. Studies concerned with attempts to
delineate the reason(s) for these differences may be useful
in advancing our knowledge concerning the mechanisms
resonsible for the analgesic effect of morphine and the
development of tolerance to this drug.
BOHBEB 008U5
Gilnore, C.E.
Gilnore, V.H.
Jones, T.C.
Reticuloendotheliosis, a Hyeloproliferative Disoi der of
Cats: a comparison iith Lymphocytic Leukemia.
Path.Vet. 1:161-183,1964.
Leukoproliferative diseases are common in cats and involve
a variety of cell types. One such disorder, an anatomical
entity of unknown etiology, is characterized by severe
progressive anemia and proliferation of undifferentiated
(reticulun) cells in bone marrow, spleen, liver and lymph
nodes. Malignant behavior of the abnormal cells is not
obvious, and the descriptive tern, reticuloendotheliosis, is
suggested for the disorder until the etiology
is known. Clinical, hematological and post morten
findings in 10 cats' with reticuloendotheliosis are compared
in this report with,
10 cats with lymphocytic leukemia. Clinical findings are
not distinctive and are similar in both conditions, but the
diseases can be distinguished by hematologic and post mortem
studies. Cats with reticuloendotheliosis are characterized
by persistence of totally undifferentiated cells in
peripheral blood and bone marrow. Between 15.7 and 78.81
of these cells were found in the bone marrow and upto 55% in
the peripheral blood. Ho intermediate stages, suggesting
development toward a more specific cell type, were
found. Gross findings at necropsy in cats with
reticnloendotheliosis were anemia and enlargement of the
spleen, liver and lymph nodes. Reticulum cells were
diffusely distributed in vascular or lymphatic spaces in
each of these organs. The cells were individually discrete
and did not form solid masses. Cats with lymphocytic
leukemia had high proportions of lymphocytic cells in the
blood and bone marrow. The neoplastic cells obliterated
the normal architecture of lymph nodes and frequently formed
solid masses in other tissues. Hematologic and post mortem
findings in some previously reported cases of leukemia in
cats which were characterized by proliferation of poorly
differentiated cells have some similarities to those in
cases of reticuloendotheliosis.
NOHBER ooaue
Uetzko, D.
(Postnatal Increase of the Capillary Density in the
99
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CAT BIBLIOGRAPHY
Corpus Callosum of the Cat.)
Zetschrift f.Anat. u. Entwicklungs. 127:138-1U«,1968.
Postnatal changes of capillary density have been determined
in paraffin sections through the corpus callosum of 19
cats. At birth the capillary density amounts to 0.81
vol-%. In the 2nd week of postnatal life it begins to
increase and reaches a maximum of 2.92 vol-X in the 5th
week. Prom the 6th week onwards there is an initially
steep and later on less pronounced decrease until an age of
about 1 year a value of about 1.5 vol-X is reached, which is
maintained for life. The decrease in the percentace of
capillary volume seen after the 5th week is caused by the
rapid increase in fibrous material due to myelinization.
HUHBER 00847
705,707
Iturrian, H.B.
Fink, G.B.
Effect of Noise in the Animal House on Seizure
Susceptibility and Growth of Nice.
Lab.Anim.Care 18 (5):557-560,1968.
Sound-induced convulsions continue to be a subject of great
interest. It is possible to produce a high incidence of
sound-induced convulsions in mice without the use of
genetically susceptible strains, dietary, chemical or
surgical manipulations. Seizure susceptibility in weanling
Cf* 1 mice depend on the interval between first and second
exposure to sound. Proper selection of age for
audio-conditioning and the condition test interval produces
seizures of predictable incidence and severity. However,
housing conditions during the experiment are most
important. A routine fire drill, a busy telephone, noise
from garbage cans or metal cages, electric drills and
barking dogs are examples of extraneous sounds that markedly
change the incidence and severity of the convulsions
observed. The audiosensitive period and the growth rate
are influenced by various sounds generated in the animal
room. Thus, environmental conditions must be rigid in
control in such investigations if the results are to be
reproducible. Two difficult problems are raised by the
data, one is the question of the mechanism(s) involved in
the resonse to stress that developes the facilitated
audio-sensitivity. The other is whether the noise of metal
eguiptment being banged about is a more serious disadvantage
than has been generally recognized.
NUMBER 00848
Harris, H.
Intussusception in the Cat.
Vet.Hec. 83:196-197,1968.
A clinical description of occurrence of intussusception in
a year-old Siamese male cat. Five noteworthy aspects of
this case are made: 1. possibly 12 days between initial
symptoms and surgical reduction of abnormality, 2. a period
of possibly 3 days of normality during the illness,
100
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CAT BIBLIOGRAPHY
3. infreguency of vomiting, 4. absence of adhesions or gross
pathological changes in .the affected bowel, 5. complete
bowel obstruction never seemed to exist.
NDHBEB 00849
Collins, J. D.
Neumann, H.J.
Feline Infectious Anemia: a First Case.
Irish Vet.J. 22:88,1968.
This communication reports the clinico-pathological
features of the first recorded case of feline infectious
anemia in Ireland. The subject was a 5- month old Burmese
cross neutered male cat. The presenting signs were a
history of a "fit" on 2 successive days, muscular weakness,
spleno- and hepatomegaly, pale and slightly icteric mucous
membranes, a low venous blood pressure and
tachycardia. Hematological
examination revealed a PCV of 17, with
icteric plasma, anisocytotic erythrocytes with 48
reticulocytes per 100 red blood cells, nacrocy tosis and
polychromasia. Polychromatic metarubricytes, normochromic
oetarubricytes and rubricytes made up 4.0, 11.5 and 1.5% of
the differential nucleated cell count, respectively,
indicating an acute anemia in remission; 65 X of the
erythrocytes contained basophilic inclusions morphologically
indistinguichable from Eperythrozoon felis, appearing as
coccoid or annular structures, 0.5-1.5 microns in diameter,
and randomly distributed throughout cells. Irregularly
beaded bacillary structures, upto 3.0 microns in length,
were observed in a smaller number of erythrocytes, and
discoid inclusions appeared to be attached at the periphery
of some of the cells in a number of fields. Treatment
consisted of an initial injection of 180 mg of
chloramphenicol and 500 mg Vit. B12, followed by 3 daily
injections of 150 mg chloramphenicol, and a further 7 days
of twice daily oral dosage with 0. 1g chloramphenicol. The
cat was also given Vit. B-complex orally, and
apparently made a complete recovery. Two older cats in
the same household showed no signs of the infection, and
none of the 3 cats showed the presence of ectoparasites
despite repeated examinations.
BOBBER 00850
Palmer, N.C.
Osteodystrophia Pibrosa in cats.
Aust. Vet.J. 44:151,1968.
This article reviews the literature of osteodystrophia
fibrosa in the cat and describes the etiology,
histopathology, clinical signs and treatment of the
condition. The essential cause of the disease is the
feeding of low calcium/high phosphorus diets, usually fresh
meat and water producing a hypocalcemia and
hypophosphatemia. The former stimulates the secretion of
parathormone from the parathyroids causing widespread bone
resorption by osteolysis and osteoclasis and the
101
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C1T BIBLIOGRAPHY
development of fibrous tissue and numerous ineffectual
osteoblasts within the bone. There is increased
absorption of dietary calcium from the gastrointestinal
tract, and decreased resorption of phosphate by the renal
tubules. Continuing lack of dietary calcium leads to
parathyroid hyperplasia & generalized bone resorption. The
author speculates upon the role of iodine deficiency in
the pathogenesis of the condition as it has been shown that
additional iodine to the diet delays the onset of the
disease in experimental cases. It is suggested that a
normal level of iodine is necessary for the activation of
thyrocalcitonin, the hypocalcenic, hypophosphateaic factor
produced by the thyroid. The histopathological changes are
seen in the parathyroids and the bones. The parathyroids
undergo hypertrophy and hyperplasia with a predominance of
light chief cells and small water clear cells which show a
tendency to form acinar arrangements. Osteoclasis is
evident in the bones, and although osteoid tissue is
produced by the numerous osteoblasts, covering the spongiosa
in layers 2 or 3 cells deep, mineralization is delayed or
does not occur. The epiphyseal plates are normal in width
and differentiation and vascular invasion of the cartilage
proceeds in the normal way, thus differentiating the
condition from rickets. The early clinical signs are
slight anorexia, nervousness, hyperexcitability and rapid
respirations. The kittens are disinclined to move and may
show lameness in one or both hindlegs, weakness and
posterior paraplegia. There are often fractures of the
ribs, vertebrae and long bones, usually of the "folding11
variety, and deformities of the sternum, pelvis, long
bones, scapulae and vertebral column are common. Treatment
essentially consists of the correction of the Ca:P ratio
of the diet and complete rest. If the cat will not accept
the changes to a balanced diet, the addition of 0.5 g
calcium carbonate/100 g fresh meat and one drop of a
solution containing 65 mg potassium iodine per 100 nl water
to the food will prove effective. Vit. D should be given
only when the ca:p ratio has been corrected. Thirty-three
references are quoted.
MDHBEB 00851
lorden, A.M.
Abnormal Behaviour in the Dog and Cat.
Vet.Hec. 71:966-978,1959.
Behavior patterns in domestic dogs and cats are discussed
with social reference to reproduction, the young animal,
predation, eating and drinking, agonistic and social
behavior and senescence, and in appropriate circumstances
comparisons are made with wild ancestors or counterparts.
Normal and abnormal behavior are discussed in relation to
experimental work involving dogs or cats and to the
management and diseases of pet animals, with special
reference to training, senility and the changes that may
result from infectious disease and physical injury.
102
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C&T BIBLIOGRAPHY
NUMBER 00852
Osborne, C.&.
Low, D.G.
Per man, V.
Barnes, D. H.
Neoplasms of the Canine and Feline Bladder: Incidence,
Etiologic Factors, Occurrence and Pathologic Features.
Am. J. Vet.Bes. 29 (10) : 2041-2055,1968.
In a survey of 130 vesical neoplasms of dogs, transitional
cell carcinomas were the most freguently seen neoplasm, and
they had a great tendency to metastasize. Papilloaas were
the next most freguently occurring urinary bladder tumor,
and tumors of nonepithelial origin occurred less
frequently. A rhabdonyosarcona was found in the urinary
bladder of a 5-yr old male St. Bernard dog. Of the 9
urinary bladder neoplasms reported 2 were papillooas, 2
transtional cell carcinomas, 1 pa pi 11 ona to us carcinoma, 1
adenocarcinoma, 1 unclassified epithelial tissue carcinoma,
1 myxomatous type and 1 leiomyooa; all were primary
sites. In the cat there seemed to be no sex predeliction
and a defined occurrence in mature and old animals.
NUMBER 00853
Brown, A.M.
Motor Innervation of the Coronary Arteries of the Cat.
J.Physiol. 198:311-328,1968.
The effect on coronary resistance of selective stimulation
of the A-delta, B and SC fibre groups of the
post-ganglionic cardiac sympathetic nerves were
studied. The main left coronary artery was perfused at
constant flow. The oxygen saturation of coronary sinus
blood was measured continuously. Stimulation of the
peripheral ends of the cut A-delta afferent fibres,
normally excited by
myocardial ischemia, had no effect on coronary vascular
resistance; these fibres do not evoke an axon reflex in the
heart.
NUMBER ooasu
Ackart, R.J.
Shaw, J.S., Jr.
Lawrence, J.S.
The Blood Cell Picture of Normal Cats.
Anat.Rec. 76:357-363,1940.
Cats 3 or more months of age were used in this study. Red
blood cell counts were done on 15 cats, hemoglobin and
reticulocyte counts on 20, hematocrit (from blood taken via
cardiac puncture) and Hintrobe indices on 10, white blood
cell counts and differentials on 100 cats (826
observations). The following values are the range, the
mean, and ,if given, the probable error: red blood cells, in
millions per cmm, 1.60-9.71, 7.24. 0.77; reticulocytes in %,
0.07-1.10, 0.32, 0.20; hemoglobin in grams per 100 cc,
8.70-14.55, 11.22, 1.17; hematocrit in %, 28.50-47.0,
40.15, 3.47; mean corpuscular volume in cubic microns,
103
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C&T BIBLIOGRAPHY
41-58, 50.00, 3.29; mean corpuscular hemoglobin in micro
micro grans, 12-18, 15.50, 1.24; mean corpuscular hemoglobin
concentration in X, 29-34, 31.00, 0.92; basophils in X,
0-0.4, 0.01; eosinophils in X, 2-31, 8, 3; neutrophils in X,
35-79, 59, 6; lymphocytes in X, 11-52, 32, 6; monocytes in
X, 0-4.0, 0.7; degenerated cells in X, 0-2.0, 0.2; white
blood cells per cum, 5600-28900, 15000, 3400; basophils per
cam, 0-60, 2; eosinophils per cma, 100-8500, 1300, 900;
neutrophils per com, 3300-19600, 9100, 2700; lymphocytes
per cnn, 1500-12000, 4900, 1500; monocytes per cmm, 0-350,
100, 60; degenerated cells per cmm, 0-300, 25.
NUMBER 00856
Vaiman, M.
Dubiez, R.
Colson, X.
Nizza, P.
(Hematological Data on the Pig, for Use in
Radiobiology Blood Cytology}.
Revue Ned.Vet. 119:129-138,1968.
The blood cytology of 79 newborn piglets, 82 piglets at
weaning (35 days old), and 83 young adult pigs aged 5-7
months, was recorded. New-born piglets showed an ave.
RBC count of 4.9 million/cmm, WBC 10,000/cmm, mean
corpuscular volume 63 cubic microns, hematocrit 31.3X;
piglets at weaning showed RBC 5.43 nillions/cmm, NBC
17,600/cmm, HCV 62.5 cubic microns, hematocrit 32.5X; and
pigs from 5-7 months of age showed RBC 6.7 nillions/cmm,
HBC 18000/cmm, NCV 60 cubic microns & PC? 42X. The
granulocyte/lymphocyte ratio diminishes from 3 at birth
to 0.9 at weaning and 0.6 at 5-7 months.
NOHBEB 00857
Taketa, F.
Sfflits, H. R.
Lessard, J.L.
Hemoglobin Heterogeneity in the Cat.
Biochem.Biophys.Res.Commun. 30:219-226,1968.
The two hemoglobins previously reported in cat blood
(Biochem.Biophys.Res.Commun. 24:705,1966) contain
identical alpha, but different non-alpha (beta)
subunits. Both contain 8 free -SH groups and treatnent
with mercaptoethanol did not change their relative
concentration. No evidence was obtained for the
derivation of one polymer from the other by the formation
of disulphide linkages.
NUHBEB 00858
Anon.
Report of the New York State Veterinary College at
Cornell University for the Year 1966-1967.
New York, Cornell University, 1968.
104
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CAT BIBLIOGRAPHY
Administrative reports and details of the research
activities of departments vere given. The latter included
the following subjects; anatony: growth and development of
the sheep fetus; anatomy of the Budgerigar; clinical
neurology of small animals; canine clinical cerebral
angiography; and AT? activity of the bovine rumen.
microbiology: pathogenesis of canine distemper;
antilymphocyte serun in dogs; interferon; allergy in
domestic animals; canine abortion, l.B.fi. and other
respiratory viruses; feline viruses; nycoplasma. pathology:
canine brucellosis; herpes virus encephalitis in dogs;
leukemia in dogs; physical biology: transfer of
radionuclides in milk; radioactive contamination of the
food chain; Tit.0; calcium metabolism; clinical use of
radionuclides in veterinary medicine, surgery: autoimmune
testicular degeneration; embryology; leukocyte culture; and
other studies.
BOBBER 00859
Rerdivenci, A.
(Biphenium Hydroxynaphthoate Treatment of Dogs and
Cats Infected With Oncinaria Stenocephala).
Etlik vet.Bakt.Enstit.Derg. 3:67-71,1966.
The drug at 20-25 mg/kg was nearly 100* effective in
clearing hookworm infections from dogs and cats.
ROBBER 00860
fladdell, A.H.
Anthelmintic Treatment for Capillaria Feliscati in the
Cat.
Vet.Rec. 82:598,1968.
Hethyridine given by mouth to cats at a dose of 200 mg/kg
was highly efficient against c.feliscati in the urinary
bladder. Side effects were transitory and appetite
appeared to be normal within 12 hours.
BOBBER 00861
Haddell, A.H.
Further Observations on Capillaria Feliscati
Infections in the Cat.
Aust.Vet.J. 41:33-311,1968.
In a survey of 100 cats, 31 were infected with the nematode
(in the urinary bladder). No injury to the bladder was
observed macroscopically. There appeared to be no
significant inflammation microscopically. The slight
increase in the number of epithelial cells passed in the
urine of infected cats is attributed to the superficial
attachment of the adult worm to the mucosa of the
bladder. The light infections seen in this investigation
were of low pathogenicity for the cat.
BOBBER 00862
Hamilton, J. H.
105
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CAT BIBLIOGBAPHY
Cats Experimentally Infected iith Lungvorm. An
Assessment of the Value of Diethylcarbamazine.
Vet.Rec. 82:433-435,1968.
The value of diethylcarbamazine for the removal of
Aelurostcongylus abstrusus vas tested in artificially
infected cats. Six cats were given 3 daily doses of the
citrate at the rate of 100 mg/kg on 2 occaisions. with a 3
day interval. Two cats were untreated controls. There
was a reduction in the number of larvae excreted in the
feces after the first course of treatment, but after the
second an increase occurred. At P.M. exanination similar
lesions were seen in the treated and control cats. It vas
concluded that the treatment was of little value for the
removal of patent lungworn infections from cats.
NQHBEB 00863
Dorn, C.B.
Taylor, D.O. tr.
Frye, F.L.
Hibbard, H.H.
Survey of Animal Neoplasms in Alameda and Contra Costa
Counties, Cal.: Methodology and Description of Cases.
J.Matn.Cancer Inst. 40:295-305,1968.
A survey of spontaneous neoplasms in dogs and cats was
conducted in Alameda and Contra Costa Counties,
California. Veterinarians reported cases they observed to
a central registry and submitted specimens for microscopic
examination. In return for case reports, veterinarians
received histopathologic diagnoses. After a pilot study in
8 practices, the study was expanded to 65 practices in the 2
counties and 11 practices in1 the surrounding
counties. During 3 years of reporting, 5,617 newly
diagnosed neoplasm cases (2,174 malignant and 3,473 benign)
were recorded. Of all neoplasms, 4,842 were from dogs,
621 from cats, and 184 from other domestic animals. In
dogs, 34X of all neoplasms were malignant, while in cats 7291
were malignant. The skin, including neoplasms of
subcuatneous connective tissues and malignant melanomas of
the skin, was the most common site of cancer reported in
both dogs and cats. Mammary cancer was the next aost
common malignancy in dogs. Lymphosarcomas comprised a
greater proportion of all malignant neoplasms of cats than
of dogs.
HOHBER 00864
Dorn, C.R.
Taylor, D. 0. H.
Schneider, R.
Hibbard, H.H.
Klauber, H.B.
Surveys of Animal Neoplasms in Alameda And Contra
Costa Counties, California. II. Cancer Morbidity in
Dogs and Cats From Alameda County.
J.Natn.Cancer Inst. 40:307-318,1968.
In a survey of spontaneous neoplasms in dogs and cats,
106
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CAT BIBLIOGRAPHY
veterinarians reported cases they observed to a central
registry and submitted specimens for microscopic
examination. Daring 3 years of reporting, 5,647 newly
diagnosed neoplasms cases (2,174 malignant and 3,473
benign) were recorded. Of all neoplasms, 4,842 were from
dogs, 621 from cats £ 184 from other domestic animals. In
dogs, 34X of all neoplasms were malignant, while in cats
72% were malignant. The skin, including neoplasms of
subcutaneous connective tissue and malignant melanomas of
the skin, was the most common site of cancer reported in
both dogs and cats. Mammary cancer was the most next
common malignancy in dogs. Lymphosarcomas comprised a
greater proportion of all malignant neoplasms of cats than
of dogs. The estimated annual incidence rates for cancer
of all sites were 381.2/100,000 dogs and 155.8/100,000
cats. The annual incidence rate in human residents in the
county was exceeded by the comparable canine rate and both
human & canine rates were over twice the feline rate. Hale
dogs had a greater risk of developing cancer of the mouth &
pharynx than females. Hale cats had a greater risk of
lymphosarcoma than females. Neutering had a significant
sparing effect on mammary cancer developement; both intact
female dogs & cats had about a 7-fold greater risk of having
mammary cancer than neutered of the same species. Purebred
dogs were significantly over-represented in cases of skin
malignant melonoma and maanary cancer. The boxer breed had
a significantly higher risk than other purebred dogs of
developing malignant melanoma of the skin, other skin
malignancies and cancer of connective tissue. Alsation
dogs had a greater risk of developing oral and pharyngeal
cancer. Chihuahua dogs and Siamese cats were
significantly under-represented among skin cancer cases
(melanomas excluded). Animal cancer models for studying
brest cancer in women, genetic effects upon
carcinogenesis, and human leukemia are discussed.
NUMBER 00865
Gal, I.
Kirman, B.
Stern, J.
Hormone Pregnancy Tests and Congenital Malformation.
Nature 216(5110):83,1967.
One hundred mothers of babies born with meningomyelocele or
hydrocephalus provided histories of the relevant pregnancy
and also from one hundred mothers recently delivered of
healthy babies. Nineteen mothers of the affected pregnancy
group and 4 of the control mothers reported having received
oral tablets for the diagnosis of the pregnancy (most
commonly "Primodos" or "Amenorone Forte"). The
possibility cannot be excluded that the difference
significant at the IX level between the two groups of
mothers whom we guestioned might emerge purely by
chance. Our observations indicate the need for a more
detailed scrutiny of the role of hormonal preparations in
the causation of congenital malformations, particularly when
taken in the organogenic stages of pregnancy.
107
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CAT BIBLIOGRAPHY
BOBBER 00866
Lonbard, L.S.
Fortna, H.fl.
Garner* P.M.
Brynjolfsson, G,
flyelolipomas of the Liver in Captive Wild Pelidae.
Hyelolipoaas of the liver were reported in 7 captive wild
Pelidae, H of which also had microscopic nyelolipomatoas
lesions in the spleen. Out of approximately 25,000
animals exaained, these vere the only oyelolipomas of the
liver to be found. Previously unreported in nan or
animals, myelolipomas of the liver are comparable to those
in the huaan adrenal.
tfOBBEB 00867
205. 4110,505, 507. 515, 516,517.701,702,703,70tt,705
Srrara, R., Edit.
Porssberg, A., Edit.
Rechanisas in Badiobiology.
Academic Press, Nev York, 1960.
A multi-volume comprehensive treatise, by many renowned
contributors, reviewing the mechanisms of radiobioeffects.
8&HBEH 00868
Bergstroa, S.
Prostaglandias: Heabers of a Mew Hormonal System.
Science 157(3787):382-391,1967.
A review of prostaglandins, their isolation, structure,
occarrence, metabolism, biosynthesis, circulatory system
action metabolic action.
H08BEB 00869
Kiach, I.C. P.
Ossification of the sterum as a means of Assessing
Skeletal Age.
J.Clim.Path. 20:589-590,1967.
The centers of ossification of the sterum were
investigated to determine whether there was any correlation
between ossification in the sternum and chronological
age. But this proved to be of no value in assessing
skeletal age, although it may be of use in assessing
maturity for pathological or forensic purposes.
HDHBBB 00870
Bradfield, B.B.
Bailey, H.A.
Bargen, S.
Morphological Changes in Hamaa scalp Hair During
Deprivation of protein.
Science 157 (3787) :
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CAT BIBLIOGBAPHY
which time bale from the scalp of each subject was plucked
and exanined. Both bulb and external root sheath shoved
morphological changes. This technique nay therefore be
useful in diagnosing protein-calorie nalnutrition.
BOMBER 00871
Brent, B.L.
Production of Congenital Malformations Using Antisera..
III. Placental Antiseruo.
Proc.Soc.Exp.Biol.Hed. 125:1024-1029.1967.
Babbit anti-rat placental serun is a potent teratogenic
agent when injected into pregnant rats. It produces fetal
growth retardation, fetal death and malformations. In
these respects, it cannot be differentiated from
anti-rat-kidney antiserun. Kidney and placental antisera
have precipitin bands in common and the tissue antigens of
kidney can protect against the effects of either
antisera. Although
this cannot be stated with absolute certainty, it
seems likely that there are one or more identical
antibodies responsible for teratogenesis in kidney and
placental antisera.
HUBBBH 00372
Page, E. H.
Some Evolutionary Concepts of Human Reproduction.
Obst.Gyn. 30 (3) : 318-325,1967.
Using some examples of comparative physiology and
placentation, the author does not know if he can conclude
that evolution has served man well in the derign of our
placenta. But the phylogenetic development of the human
placenta has not proceeded without the serious
disadvantages of a precocious birth, cephalic
disproportion, postmature labors, and others.
HONBEB 00873
Ferm, V.H.
The Use of the Golden Hamster in Experimental
Teratology.
Lab.Anim.Care 17(5) :U52-«62, 1967.
The golden hamster possesses some unique reproductive
features which make it an attractive animal for research it,
teratology. These features include: the ease of obtaining
accurately timed matings, its large litter size, and its
short gestation period. Techniques for obtaining timed
matings, introduction of teratogenic stimuli, and methods
for recovery of early embryos are described. The rapid
differentiation of the hamster embryo during the 8th day of
gestation makes this period a particularly useful and
appropiate time for the study of teratogenic stimuli.
RUBBER 00874
Anon.
109
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CAT BIBLIOGRAPHY
Your Cat's Care and Comfort.
Ralston Purina Co.,1966.
A 23-page pamphlet for the new cat owner. Includes
general information as to breeds, general care and feeding,
disease symptoms of non-specific nature and first-aid
tips. Pictures of purbreds are very good.
NDHBER 00875
Anon.
Cat Care, Management and Feeding.
Lab. Anim.Digest 3(1): 3-6,1967.
Empirical techniques of husbandry of kittens and adults
are given for housing and general nutrition.
NOHBER OOB76
Jackson, 0.F.
Sutor, D.J.
Ammonium Acid Orate Calculus in a Cat With a High
Uric Acid Excretion Possibly Due to a Renal Tubular
Reabsorption Defect.
Vet.Hec. 86:335-337,1970.
The first case of an ammonium acid nrate calculus in a cat
has been found in a spayed female. The stone has a very
unusual nucleus of quartz and calcite, thought to be of a
foreign origin. Plasma and urinary uric acid
determinations indicate the possibility of a renal tubular
reabsorption defect in this cat similar to that in the
Dalmation.
NOHBER 00877
Taylor, D.H.
Feline Haemobartonellosis.
Vet.Rec. 86:357-358,1970.
Clinical courses of 3 cases of H.felis (2 in Australia,
1 in Halawi). The author recognizes 2 forms: 1.acute,
with pyrezia usually more than 104 degrees F, anemia,
splenomegaly, no jaundice; 2. less acute or chronic, pyrexia
usually less than 104 degrees ¥., no splenomegaly and
jaundice.
NOHBER 00878
Tyler, S.A.
Norris, w.P.
An Algorithm for Selecting Acceptable Animals From a
Colony of Beagles.
Growth 32:235-253,1968.
A quantitative method is presented for determining the age
at which selection of acceptable animals from a
heterogenous population leads to minimal costs of
husbandry. The criterion for selection is based on the
status of an animal relative to the variability permitted a
single observable or measurable variable. A 2-stage
110
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CAT BIBLIOGRAPHY
calling procedure is adopted. Three utility matrices are
assumed with elements that constitute a neasure of either
general consistency or specific compatibility. The nethod
is applied to a colony of 142 male and 153 fenale beagles
using the 0.5 signa interval for gross weight as criterion
of acceptance. A first cull at approximately 100 days of
age of roughly 45* of each sex achieves minimum cost vith
each of 3 definitions of utility employed.
MOHBEB 00879
Christensen, D.
Smith. H. B.
Haley* T.J.
Spectral Analysis of the Electrical Activity in the
Cat's Visual system After X-irradiation.
Bad.Research 39:413-420,1969.
Effects of X-irradiation on integrative patterns between
EEC activity in different visual systems structures was
investigated in cats using the method of multiple spectral
analysis. The statistical parameters studied were
pair-wise coherence, multiple coherence components, and
multiple regression coefficients. Significantly high
coherence, reflecting shared activity in the visual cortex
and the lateral geniculate or superior collieulus during
photic stimulation but not prior to it. Strong linear
activity relationships were found to a lesser extent
between the visual cortex and the mesencephalic reticular
formation and centre median. Ho mutual activity generally
occurred between the hippocampus and the visual
cortex. Four hundred R head irradiation had a marked but
transient effect on the coherence functions. The lateral
geniculate had almost no linearly shared activity with the
visual cortex from 1-4 hours post-irradiation. Other
structures showed a decrease during this period. While in
general no significant coherence levels were found
individually with the various structures and the visual
cortex, the optimum linear combination of activity as
measured by multiple coherence did show a significant value
at the flash frequency. Analysis of the components
indicated a summing effect from essentially all of the
structures other than the lateral geniculate.
HDHBER 00880
Bridgman, C.F.
The Structure of Tendon Organs in the Cat: A
Proposed Mechanism for Responding to Muscle Tension.
Anat.Rec. 169:209-219,1968.
By reconstructing tendon organs in detail from serial
cross sections, a prediction is made on how these sensors
might affect their nerve endings during changes in tension
at muscnlotendinous junctions. Tendon organs are composed
of specialized encapsulated fascicles of dense collagen
which are offshoots from the primary tendon of origin or
insertion of muscle. Fascicles project into the muscle
mass on their way to becoming attached to a bundle of
111
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CAT BIBLIOGRAPHY
extrafusal muscle fibers. The main spue of dense collagen
rapidly divides into 9 bundles with septa
between, iithin this encapsulated
region, branches of the entering
sensory nerve intertwine aaong the fine bandies reorganize
again into heavy, dense bundles before insertion of
extrafusal muscle fibers. The hypothesis is presented
that the spaces between collagen bundles in a relaxed
tendon organ night spread open reducing pressure upon nerve
endings lying between; during tension, these bundles would
straighten and crowd together, leading to compression of
nerve endings would excite electrocheaical events in
sensory axons; thus, tension infornation would be coded
and transmitted to the central nervous system. The
arrangement of a tendon organ in series.with muscle fibers
would imply that the organ sampled tension primarily of
that group of extrafusal muscle fibers attaching to the
organ.
VUHBEB 00881
Clark, L.
Seawright, A.A.
Generalised Amyloidosis in Seven Cats.
Path.Vet. 6:117-134,1969.
Seven cases of generalised amyloisosis in the cat,
occur ing in 100 consecutive cat autopsies, were studied
pathologically. Tissues from 2 of the cats were further
investigated using the electron microscope. Hone of the
cats had suffered from a prolonged infection, but had had
chronic allergic dermatitis. In 6 of the 7 cats chronic
hypervitaminosis A coexisted with generalized
amyloidosis. It is suggested that chronic
hypervitaminosis A, which causes prolonged stimulation of
the reticuloendothelial system, nay have predisposed to the
high incidence of generalized amyloidosis reported in this
paper.
NDHBEB OOS82
Duller, G.H.
Flea Collar Dermatitis in Animals.
J.A.T.H.A. 157(11) : 1616-1626,1970.
The author reviews the literature on dichloroas-impregnated
polyvinyl chloride flea collars and its effects on contacted
skin of cats and dogs. Four grades of flea collar
dermatitis are described, each with, a case
history. Pathology, treatment, possible causes of the
condition, and prevention are discussed.
HOHBBB 00883
Albert, B. A.
Lesions of the Ocular Fnndus Associated frith Systemic
Disease.
112
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CAT BIBLIOGBAPHY
J.A.V.H.A. 157(11):1635-1639,1970.
Lesions of the ocular fundus commonly associated with
systemic disease may be observed with the direct
ophthalmoscope. These lesions may have significant
diagnostic and prognostic value related to vision and
outcome of the disease. Pundic changes nay be
characteristic of a disease, but in most instances they are
not pathognomonic. As knowledge of the incidence of
ocular fundic lesions in the cat and dog increases, the
value of the ophthalmosopic examination vill grow.
NOHBEB 00880
Van der Gulden, H.J.I.
Janssen, F.G,J.
(Salmonella in Dogs and Cats Brought for Experinental
Purposes).
Tijdschr.Diergeneesk. 95:U95-U97,1970.
During the period from (larch 1,1969, to December 1,1969,
samples of the bowel contents were taken from 40 dogs in
the Central Animal Laboratory in Nijmen, samples of the
faeces being collected from 300 dogs and 150 cats by anal
swabs. In the latter group of animals, salmonella was
isolated from a dog in six cases and from a cat in 1 case.
NUMBER 0088S
Stara, J.F.
Haldron-Edward, D.
Repressive Action of Sodium Alginate on Absorption of
Radioactive Strontium and Calcium in Cats.
Diagnosis and Treatment of Deposited Radionuclides,
Proceedings of a symposium held at Richland, Hash.,
U.S.A. 15-17 day 1967:3UO-354,1967 Bxcerpta Hedica
Foundation.
These experiments demonstrate that alginate added to a
regular diet significantly suppresses absorption of
strontium in cats. The suppression was most successful
when the animals received the supplement at approximately
the same time as the radioactive dose. Ingested sodium
alginate also removed radiostrontium which had been
resecreted into the intestinal tract from the endogenous
cycle. The effect was seen in cats which had received a
single intravenous dose; body burden of chronically
labelled cats was reduced more slowly to about the same
extent. Fetal body burden with radioactive strontium
derived from the maternal diet, was reduced very
effectively; the body burden of neonatal kittens from a dam
receiving sodium alginate, as well as radioisotope, was BOX
less than in an earlier litter from the same mother on a
similar strontium feeding regime, but without sodium
alginate additive, sodium alginate in the diet also
removed stable strontium preferentially, as can be seen in
the proportion of Sr**/Ca** in femurs and teeth. In cats
fed with sodium alginate for 260-300 days, the bones of
experimental animals contained one-half the stable
strontium found in control animals. The long lived fission
1t3
-------
CAT BIBLIOGRAPHY
product, 90Sr, is equally affected by sodium alginate as
the shorter-lived isotopes. Autoradiograms of the femurs
of cats fed with 90Sr foe four weeks indicated a reduction
of as much as SOX in animals receiving alginate. Health
of the animals and the mineral distribution in bone was not
adversely affected by the alginate supplement for the
duration of the experiments.
MOHBEB 00886
Chapman, V.A.
Zeiner, F.N.
The Anatomy of Polydactylism in Cats with Observations
on Genetic Control.
Anat.Bec. 141 (3),1961.
A study of polydactyly in cats was made to provide precise
anatomical information and to correlate this with hereditary
mechanisms. The 8 antomical types found were examined by
I-rays and dissections, and dorsal and ventral photographs
were taken for further study Thirty-one cats were
utilized. It was found that, although several types of
polydactylism could be described, one duplication was common
to all types. This involved skeleton, musculature, and
innervation 'of the second digit and was the type present in
the male who fathered all of the litters. To this basic
variation was added a distal splitting of the lateral second
metatarsal or metacarpal in some types, duplication of the
4th digit in others, and an "integumental" digit, composed
only of skin and a claw, in still others. Homology was
seen in two of the types between fore and hind feet. In
some animals one type was found in the fore-feet and a
different type in the hind feet. In two cases each of the
feet showed a different type. Greater variation was found
in the hind feet than in the two fore-feet. Crosses were
made using a polydactylous male, two females of differing
polydactylous types, and a normal female. The basic
pattern of the male persisted in all polydactylous
offspring, but additional variables were added to it. It
became obvious that polydactyly is not caused by a recessive
gene in cats. Although simple dominance serves to explain
the general trait, a more complex genetic explanation is
needed to account for the several varieties of
polydactyly. The possibilities of variation of uterine
environment and of activity of modifying genes are
discussed. Genetic data are insufficient here for
conclusions, but the existence of animals with a different
type of duplication on each foot makes doubtful any of the
suggested explanations.
BOHBBB 00887
Bond, V.?.
Sugahara, T.
flee tings: Badiosensitivity in Animals.
Science 160 (3886):1428-1435,1960.
Differences in radiosensitivity exist in animals, and
possible reasons for such differences include
114
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CAT BIBLIOGRAPHY
dissimilarities in: cell kinetics in organ systens in the
different species, the proportions of cells that are in
different stages of the cell cycle; the size of stem-cell
pools; the kinetics of cell proliferation; the
susceptibility to various degrees of depletion of mature
cell populations; physiological systems; and genetic
constitution. In order to explore reasons for differing
radio-sensitivity, particularly among mammalian strains and
species, a symposium was held in Kyoto, Japan, 20-23
Hay, 1968. The meeting was sponsored by the National
Science Foundation and the Japanese Ministry of
Education, under a US - Japan cooperation program. The
conference dealt with basic questions relating to genetics,
physiology, the kinetics of cell proliferation and factors
that control cell proliferation in the normal and the
stressed animal. The problems involved in differential
species radiosensitivity were brought into sharper focus,
but a great deal of work needs to be done before the
differences can be understood. Detailed work is reguired
on differences in pool sizes, the kinetics of cell
proliferation, and control mechanisms of cell proliferation
in the different species. Physiological variables must be
better defined, particularly the rate of utilization of
mature functional cells in the irradiated versus normal
individual. The possible role of the reticuloendothelial
system deserves a great deal more attention, as do changes
in blood vessels and the supporting matrix for proliferating
tissues, particularly at dose levels high in the lethal
range for the bone marrow syndrome and above.
NDNBEB 00888
Frevin, J.
(The Heamapophyses in the caudal Vertebrae of the Cat,
Dog, and Ox.).
Zbl.Vet.Hed.,A, 17:565-572,1970.
The structure and behaviour of the haemopophyses in the cat
and dog are very similar. In the cat the 4th to 6th or
8th, or 3rd to 7th caudal vertebrae have haemapophyses which
fuse in the oldline with one another to form a haemal
arch. In the dog there are haemal arches on the 4th to 5th
or 6th vertebrae, on the 5th and 6th or on the 4th to
7th. The heamal arches in the cat are
always syndesmotic, while
in the dog they are either syndesmotic or synostotic in
their union with the haemal processes. If the
haenapophysis do not unite synostotically with one another
they remain in carnivora as independent ossa arcus haemalis
and are always syndesnotically united with the haemal
processes. In cattle the haemapophyses develop at first
as in the carnivora but before closure of the epiphyseal
plates of the vertebrae they always fuse synostotically with
the haemal process of the 2nd to 5th caudal vertebrae. In
this way these processes appear very high. Their ventral
ends may fuse with one another in a few vertebrae in the
115
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CAT BIBLIOGRAPHY
HUHBEB 00889
Zacharski, L. B.
Elver back, L.B.
Linman, J. W.
Leukocyte Counts in Healthy Adults.
Aner.J.Clin.Path. 56:1*8-150,1971.
In an attempt to resolve the uncertainty concerning nornal
values for leukocyte counts and their possible variation
with age and sex, total and,differential leukocyte caunts
in 507 healthy adults vere analyzed. Values approximated
those previously reported, with the exception of
lymphocytes, for which our 97.5 percentil was lower. No
significant variation was noted with age and sex.
HUHBEB 00890
High smith, R.F.
Kline, D. L.
Kidney: Prinary Source of Plasninogen After Acute
Depletion in the Cat.
Science 174(4005):141-142 1971.
The kidney was the primary source of plasndnogen to restore
nornal plasma levels, after acute plasminogen depletion was
produced by injection of streptokinase in cats. The
concentration of plasninogen in the hepatic vein remained
below that in the artery during the time when concentrations
in the artery and renal vein were returning to normal.
8DHBEB 00891
Kalil. fi.E.
Jhaveri, S.B.
Bichards, B.
Anomalous Betinal Pathways in the Siamese Cat: An
Inadequate Substrate for Normal Binocular Vision.
Science 174:302-305,1971.
All major retinal pathways in the Siamese cat are
abnormal, with almost total crossing of the projections to
the pretectum and superior collieulus. These projections
represent a marked disruption in the customary neural
subtrate for binocular vision, which implies a consequent
impairment in steroscopic depth perception. Crossed eyes,
commonly seen in the Siamese cat, may therefore arise from
a neuroanatomical defect in the primary visual pathways.
HUHBEB 00892
Moss. H.
Norback, C.B.
Bobertson, G.G.
Critical Developmental Horizons in Human Fetal Long
Bones.
Amer.J.Anat. 97:155-175,1955,
Growth of the human fetal long bone was analyzed by
116
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C1T BIBLIOGRAPHY
differential growth technics. The ratios between the
specific growth rates of any combination of long-bone
osseous shafts remained constant throughout the period
covered by the material (upto 175 mo crown-rump
length). The constituent bones of both
the forearm and leg grew
identical specific growth rates within their respective
gross body segments. The bones of each distal segment grew
relatively faster than those of their respective proximal
segments. Each segment, of the lower extremity grew
relatively faster than its corresponding segment in the
upper extremity, An interphase, or change in linear
slope, was observed, when these sane bony shaft lengths were
plotted aginst crown-rump length or against time. These
interphases occured when the fetuses reached the 80-89 mm
crown-runp length range, in the vicinity of the 12th
week. The specific growth rates of all the bones
decreased at
these critical developmental horizons, As the
intercrosseous ratios remained constant both before and
after these interphases, some common factor oust have
intervened, simultaneously, in the development of all the
bones, several histomorphological changes were found to
correlate with interphase: (1) the percentage of gross body
segment length which the bone occupies, as well as,
(2) the percentage of total skeletal blastemal length which
the osseous shaft occupies, increased radidly until the
interphase and thereafter was relatively constant. (3)
profound alteration in the mode of bone growth
occurred, namely (a) the epipyseal cartilaginous growth
center first appeared, (b) endochondral bone formation
began, (c) the orientation of the cartilage cell nests
altered from transverse to longitudinal, and (d) the bone
tissue itself changed.
HUBBBB 00893
Smith, B. H.
Fus.ion of Ossification Centres in the Cat.
J.Snail Anim.Pract. 10:523-530,1969.
Thirty-seven kittens from eleven litters have been
radiographed and eight others have been completely dissected
to provide a record of the times of fusion of the epiphyses
of the limb bones. The observations are recorded with
references to individual bones and then to the limbs at
approximately monthly intervals, attention is drawn to the
variable presence of the sesamoid bone in the medial head of
the gastrocnemius muscle. & comment is made in the
discussion on the sequence of fusion of the ossification
centres.
HOBBBB 00894
Arno, S. K.
Feline Babies.
Vet.Bee. 88(3) :79, 1971.
A rebuttal letter concerning the use and efficacy of HBP
117
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CAT BIBLIOGRAPHY
rabies vaccine in Uganda cats and dogs.
SOMBER 00895
Cranford, J.
Ravizza, R.
Diamond, I.T.
Unilateral Ablation of the Auditory Cortex in the Cat
Impairs Complex Sound Localization.
Science 172 (3980):286-288,1971.
Unilateral ablation of the auditory cortex in the cat
results in a profound deficit in attending to stimuli on the
side contralateral to the lesion. The deficit is also
manifested in an abnormal perception of left-righ't pulse
pairs when the pulse which leads by a few milliseconds is
contralateral to the damaged hemishere.
HONBEB 00896
Ryan, C.P.
Smith, R. A.
Bilateral Nephrolithiasis in a Cat.
J.A.V.H.A.158(11):1646-1647,1971.
BOBBER 00897
Clifford, D.H.
Soma, L. R.
Feline Anesthesia, Chap. 19,
Federation Proceedings 28 (U) : 1U79-1<*99, 1969.
Aa excellent review of anesthesia of the cat. Contains
techniques, doses and uses of the complete range of
available materials: pre-aaesthetics, intravenous and
inhalation anesthetics, local and epidural agents, topical
and euthanasia agents, post-anesthetic care and mortality
statistics. The authors include an excellent knowledge of
cat care. Also contains 164 references.
RUBBER 00898
Aitfcen, I.D.
Syne, A.
Chalmers, J.W.
The Fate of Some Foreign Proteins in 'the Cat.
Res.Vet.Sci. 10:523-529,1969.
Sera taken from five cats, before, during, and after slow
intravenous infusion of 60-100 ml. of horse serum, were
examined by electrophoresis, immunoelectrophoresis,
autoradiography and selective precipitin tests for
evidence of conversion of horse albumin to cat
A-globulin. The results obtained provided no indication
of protein conversion, but showed that infusion produced a
mixed serum analogous to that resulting from in vitro
mixtures of cat and horse sera. Intravenously
injected 1251-labelled egg albumin
(10-15 og./kg.) vas cleared from the circulation of 3 cats
within 24 hours. Host of the radioactivity was recovered
118
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CAT BIBLIOGBAPHY
in urine, and egg albumin could be demonstrated
inoanologically in that fluid. Similar rapid clearance of
egg albumin occurred in 6 rabbits and on one clinically
nephritic dog. In 2 healthy dogs elimination was less
rapid, a period of 4-5 days required to reduce serun
activity to the IX level.
BDNBEB 00899
?ox, B.
Blake, R.
Stereoscopic Vision in the Cat.
Nature 233:55-56.1911.
He have been able to detect stereoscopic vision in the
cat, a result which conplenents neurophysiological data
deaonstrating the presence of cells in cat visual cortex
with receptive field geometry which is specialized for the
detection of retinal disparity.
NUHBEE 00900
Fox, H.I.
Inherited structural 6 Functional Abnoroalities in the
Dog.
Can.Vet.J. 11(1):5-11,1970.
& number of structuro-fonctional defects, including
behavior disorders, of possible hereditary origin in the dog
are reviewed. The significance of the
genotype-environment interaction in relation to diagnosis,
prognosis and treatBent of such abnormalities is
detailed. Genetic changes as a result of
artificial selection and
hereditary influences on socialization and trainability are
discussed. Inherited structural and functional
abnormalities in the dog are systematically listed.
BOBBER 00901
Rubin, G.J.
Cardiovascular Disease of the Feline.
Friskies Res.Digest 7(3):1-3,12-13,Fall,1973.
HUHBEB 00902
HilsiJi, J.
Graham, T.C.
Acquired Hypereaction to Barbiturate Anesthesia in
Cats.
Friskies Bes.Digest 7(3):10-11,14,Fall, 1970.
Cats exhibit a unique response to barbiturate anesthesia
& present a specific problen to the practicing
veterinarian. Repeated doses of sodium pentobarbital can
produce undesirable reactions and even cause complete
suppresion of central nervous system function, resulting in
death. If a cat has been subjected previously to
barbiturates, desired levels of anesthesia may be achieved
with decreasing doses. This report deals with the effect
119
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CAT BIBLIOGRAPHY
(reverse tachyphylaxis) and its consequences as observed in
three cats.
BOBBBB 00903
Priestec, B.A.
Pet Cats and Foliation.
Science 173(4003):1191,1971.
Although the unfortunate contact of Leo Pard and his
zoo colleagues with city pollutants (see Science, News and
Comment, 9 July, p. 130.) provides an exotic basis for the
suggestion that "the zoo aninals could potentially serve as
barometers of the medical effects of the variety of
pollutants in the city's air", one needn't consider only
captive wild aniaals for this purpose. Since oenbers of
the cat family groom themselves with their tongues, it
should come as no surprise that the first cases of lead
poisoning observed at the Staten Island Zoo were in
cats. The city contains, however, a far larger and more
appropriate "barometer" in its domestic cat population;
surely pet cats would concentrate pollutants as well as big
zoo cats, and would have the added advantage of sharing an
environment more nearly like that of their owners.
HOBBBB 00904
Spradbrow, P.B.
Barley, J.
Portas, B.
Burgess, G.
The Isolation of Bycoplasma From Cats With
Bespiratory Disease.
Austral.Vet.J. 46:109-110.1970.
Hycoplasma were isolated from 11 of 160 samples from cats
with respiratory disease. Host isolations were made from
nasal swabs. Two of the isolates were tested for metabolic
activity, and 1 fermented glucose, while the other
metabolized arginine. Metabolism-inhibiting antibodies
active against the arginine metabolizing mycoplasmas were
present in 6 of 20 cats serums at titres of 1/2 to
1/8.. Antibodies against the glucose fermenting
Bycoplasma was not present in any of the serums.
HOBBBB 00905
Griffiths, I.B.
Abnormalities in the Central Nervous System of a
Kitten.
Vet.Bee. 89(4) :123-124,1971.
A letter describing clinical and pathologic diagnosis of a
meningocoele in a 4-week old kitten.
BOBBBB 00906
Stewart, D.H.
Dangers of All-liver Diet for a Cat.
Tet.Bec.89(4):125,1971.
120
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CAT BIBLIOGRAPHY
After a year in the O.K., I was interested to see, for
the first time, vhat used to be a relatively common sight in
Australia. A 14-year old white female cat was admitted
for grooming, the coat being exceptionally knotted for a
short-haired cat. I vas expecting a difficult anesthesia
patient as the animal crouched motionless in the typical
"angry-cat" position; but in lifting the animal I realized
that the cervical vertebrae were completely ankylosed and
that spondylosis continued for most of the vertebral
column. On guestioning the owner, suspicions were
confirmed. The cat had been fed almost solely on liver;
surely another case of hypervitaminosis A?
BOBBER 00907
Jain, N.C.
Alkaline Phosphatase Activity in Leukocytes of Some
Animal Species.
Acta Kaemat. 39:51-59,1968..
Alkaline phosphatase activity (alpa) was observed
frequently in the neutrophils of the horse, cow, sheep,
goat, pig, rabbit, and monkey, whereas the neutrophils of
the dog and cat were devoid of ALPA. Alkaline phosphatase
activity was also detected, to a variable extent, in the
eosinophils of the horse, cow, dog, and cat, and in the
basophila of the cow. Mo APLA was seen in the monocytes,
lymphocytes, erythrocytes, and thrombocytes of all the
species examined.
NUMBER 00908
Jain, N.C.
Alkaline Phosphatase Activity in the Canine and Feline
Granulocytes.
Vet.Bee. Sept. 9,1967.
nature neutrophils of all examined dogs and cats were
devoid of alkaline phosphatase activity (ALPA). No ALPA
was observed in band neutrophils, neutrophilic myelocytes or
myelocytes seen in 79 canine and 13 feline blood
samples. A cat diagnosed as a case of
malignant lynphosarcoma showed
distinct ALPA in most of the basophils. A few eosinophils
in this cat, and also in another cat showing signs of
diabetes mellitus, has slight ALPA.
NUMBER 00910
Jain, N.C.
A Staining Technique to Demonstrate Erythrocyte
Refractile Bodies in Cat Blood.
Br.Vet.J. 125:437-U41,1969.
Erythrocyte refractile (ER) bodies in feline blood can be
easily recognized in thin dry unfixed smears stained by the
myeloperoxidase staining procedure of Sato and Sekiya. A
staining technique to demonstrate ER bodies was developed
combining a brief exposure to 0.5% copper sulphate solution
and the Nright-Leishman staining procedure. The
121
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CAT BIBLIOGRAPHY
technique clearly reveals ER bodies and produces a
permanent preparation. The smear is also suitable foe a
differential leucocyte count and examination of morphologic
features of leucocytes.
NUMBER 00911
Festing, H. F. w.
Bleby, J.
Breeding Performance and Growth of SPF Cats (Felis
catus).
J.Small Anim.Pract. 11:533-51*2.1970.
Data on the breeding performance and growth rate of the
kittens in a specific pathogen free cat colony are
given. Hean litter size was 2.8 kittens in the 1st
litter, & 0.3 & 4.0 in the 2nd C 3rd litters,
respectively. Kitten losses were 3.3% stillbirths, and
5.6* losses prior
to weaning at 8 weeks of age. Hean birth weight of first
litter kittens was 109 grams, with no detectable difference
between males and females, dean 42-day weight was 625 g
for males, and 534 g for females. Mo relationship was
found between litter size and either birth weight or 42-day
weight. It was concluded that there are substantial
benefits in breeding cats under SPF conditions, largely
because of the low pre-weaning mortality.
NUMBER 00912
605
Bleby, J.
Lacey, A.
The Establishment of a Specific Pathogen Free Cat
(Felis catus) colony.
J.Small Anim.Pract. 10:237-248,1969.
The establishment of the first specific pathogen free cat
(Felis catus L.) colony in the O.K. is described. The
application of anaesthesia and the techniques employed in
hysterectomy are described, as also is i method of
handrearing kittens under conventional and SPF
conditions. The formulae of diets used in rearing kittens
from birth to maturity, and some details of body weight, are
given. Cats free from endemic pathogens were produced with
considerable improved breeding performance. It is likely
that these results will have a marked effect on future
methods of cat breeding.
NUMBER 00913
Vagek, Z.
(Development of a Cat's Placenta.).
Csl.Horfol 3:49-65,1955.
The material of the present research work is represented
by 21 stages of development in the cat's placenta, ranging
from the embryonic cavity with the diameter of 6mm to the
placenta of the embryo when 13.5 cm long. 1.at the
beginning of the implantation, the trophoblast
122
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CAT BIBLIOGBAPHY
forus plasmodial vilLi which grow into the luaen of the
dilated glandular ducts, and only in a small measure, also
into the septa of the tissue between the ducts. The
epithelium is destroyed and resorbed up to the basal
membrane, which remains during a transitional stage. The
nuclei of the plasmodium undergo mitotic division. The
cells of the connective tissue in the septa change into
deciduous cells. 2.Following on the formation
of the chorionic villi, the
trophoblast differentiates into two layers: the internal
one, consisting of the light cells of the cytotrophoblast
and the external one, formed by the plasmodium with dark
nuclei rich in chromation. The cells of the
cytotrophoblast divide by mitosis, the nuclei of the
plasmodium divide by different forms of amitotic
division. The cells of the cytotrophoblast
disappear towards the end of the gravidity. 3.Among
the chorionic villi, there are lamellae consisting
of deciduous cells and maternal blood vessels. The
deciduous cells are bordered with a layer of connective
substance compressed between the cells of the connective
tissue, staining on the collagen and containing networks of
reticular fibrils. The deciduous cells gradually
disappear but they remain until the end of the gravidity,
deposited into the folds between the loops of maternal
capillaries. tt. The plasmodium
shows signs of secretion demonstrated by
elimination of eosinophilous globules between the maternal
elements. The secretion is most intense when the embryo
is 2 cm long, and is kept until the end of
gravidity. 5. The leukocytes, especially
the lymphocytes, issue from
the maternal blood vessels, pass through the plasmodiun and
through the cytorophoblast into the mesodermal stroma of
the villi, where they change into round elements with
vacuolized cytoplasm. 6.Apart from the
phagocytosis, the breaking up of the
erythrocytes and the resorption of the detritum remaining
after the disintegration of the maternal mucous membrane,
a special kind of histiotrophy takes place, namely,
transformation of parts of the mucous membrane into the
plasmodium which the separates itself from the mucous
membrane, penetrates, by means of projections, between the
cells of the cytotrophoblast, and, at the same time, is
resorbed by these cells; this restoration is rapid, without
any preceding degenerative changes (pycnosis of the nuclei,
caryorhezis, formation of the detrium, etc.). 7.The
cat's placenta is not a clear endotheliochorial
placenta; the deciduous cells of maternal origin remain a
constant part of the placental labyrinth until the end of
the gravidity.
HOBBEB 00914
Dorn, C.8.
Schneider, H.
Public Health Aspects of Cancer in Pet Dogs and
123
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CAT BIBLIOGRAPHY
Cats.
Presented at 99th APHA Meeting, Minneapolis, Minn.,
Oct.71.
The results of epideoiologic studies utilizing human,
canine and feline index cases generally do not support the
hypothesis of interspecies transmission of malignant
neoplasms. Only one retrospective study has provided
evidence that childhood leukemia may be associated with sick
or dead cats in the same household. The development of
virological and serological tests provides nev approaches to
more definitve study of this question.
NUMBER 00915
Ncgowan, M. J.
Martin, D.P.
Loeb, W.P.
Age Belated Changes of Hematologic Values in Macacca
Halatta.
Presented at 22nd Meet., Am.Assoc.Lab.Anim.Sci.,
10-1971,NY.
Between 114 and 170 N.mulatta (38 at 2 years of ege) were
examined for PCV, IBC and differential values in blood,
from birth through 2 years of age. Mean, S.O. and i inge
is given.
NUMBER 00916
Berchelmann, H.L.
Kalter, S.S.
The Cellular Composition of the Bone Narrow of Normal
Baboons (Papio cynocephalus).
Presented at 22nd Meeting Am.Assoc.Lab.Anim.Sci.,
Oct. 1971, NY.
Normal baboons had marrow samples taken from birth through
5 months of age, or at adulthood (25). Results were
given. Adult M:E ratio is 1.79:1.
NUMBER 00917
Rickacd, C.G.
A Transmissible virus-induced Lymphocytic Leukemia of
the Cat.
J.Nat.Cancer Inst. 42:987,1969.
NUMBER 00918
Zwaan, J.
Rilliams, 8.H.
Cataracts and Abnormal Proliferation of the Lens
Epithelium in Mice Carrying the Cat FR Gene.
Exp.Eye Res. 8:161,1969.
NUMBER 00919
Silson, M.
Robinson, R.
124
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CAT BIBLIOGRAPHY
Hereditary Hydrocephalus in the Domestic Cat.
Carnivore Genet.Newsletter 6:129,1969.
NDHBBB 00920
Lombard, C.
Les Cancers et Tumenrs du Chat.
Reel.Bed.Vet. 45:671-674,1952.
NUHBEB 00921
Hurray, J.
The Zoological Distribution of Cancer.
Imperial Cancer Research Fund, Third Scientific
Report, London, 1908.
NOHBEB 00922
Reiman, H.
Naanatunoien bei Hund und Katze.
Inaug.Dissert. Leipzig, 1939.
BOBBER 00923
Katsurado, ?.
Okino, ?.
Cancer in Cats.
Jap.J.cane.Res. 132:313,1938.
NUHBEB 00924
Eggleton, H.G.
The State of Body Water in the Cat.
J.Physiol. 115:U82-U87,1951.
NOHBEB 00925
Nackay, H.
Effect on Kittens on a Diet Deficient in Animal Pat.
Biochem.J. 15:19,1921.
NOHBEB 00926
Enzie, P.D.
Price, E.H.
Internal Parasites of Dogs and Cats.
Agricultural Tear Book, U.S.D.A.
NOHBER 00927
Gershoff, S. N.
The Nutritional Requirements of Cats.
J.A.V.H.A. 134:139-141,1959.
NOHBBB 00928
Juleb, L.7.
125
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C&T BIBLIOGRAPHY
Saunders, L. Z.
Coates, H.V.
Thianine Deficiency Encephalopathy in Cats.
J.Comp.Path.Ther. 66:217-226,1956.
BOBBER 00929
Foster, H.A.
Hisav, P. I.
Experimental Ovulation and the Resulting
Pseudo-pregnancy in Anestrus Cats.
finat.Rec. 62:75.1935.
BOBBER 00930
Green, J.D.
Clemente, D.D.
De Groot, J.
Experimentally Induced Epilepsy in the Cat With
Injury of Cornu Ammonis.
A.H.A.Arch.Ueural. Psychiat. 78:259-263.1957.
IOHBEH 00931
Green, J.O.
Clemente, D.D.
De Groot, J.
Rhinencephalic Lesions and Behavior in Cats: an
Analysis of The Fluver-Bucy Syndrome with Particular
Reference to Hormal and Abnormal Behavior.
J.Comp.Heurol., 1957.
ROBBER 00932
Grenlich, i.H.
Artificially Induced Ovulation in the Cat (Felis
domestica).
Anat.Rec. 58:2-7,1934.
MOBBBB 00933
Coop, B.C.
A Treatment for Osteogenesis Imperfecta in Kittens.
J.A.V.N.A. 132:299-300,1958.
BOBBER 00934
Decamp, C.E.
Cat Practice.
Vet.Bed. 55:55-56,1960.
BOBBER 00935
Henderson, G.L.
Keyvood, B. K.
An Osteodystrophy in Siamese Kittens.
Tet.Hec. 71:317,1959.
126
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CAT BIBLIOGRAPHY
MUHBER 00936
Riser, I.H.
Schnelle, G.B.
Osteogenesis Imperfecta in a Female Cat.
J.A.V.M.A. 128:609-610,1956.
HOHBEB 00937
Roberts, A. H.
Scott, P.P.
Balance Studies on Cats on a High Protein Diet, Baw
Heart.
J.Physiol. U8:7U9,1959.
NUNBEB 00938
Roberts, A.H.
Scott, P.P.
Nutrition of the Cat. 5. The Influence of Calcium and
Iodine Supplements to a Heat Diet on the Retention of
Nitrogen, Calcium and Phosphorus.
Brit.J.Nutr. 15:73-82,1961.
NUMBER 00939
Robinson, R.
Inheritance of the Black. Fora of the Leopard Panthera
Pardus.
Genetica 41:190-197,1970.
Using data on more than 584 offspring born in zoos, the
black form is shown to be inherited as an autosomal
monogenic recessive to the spotted wild type. Pairings of
black animals inter se result in significantly smaller
litters than other possible pairings. Reasons offered are
that black animals may be slightly more inbred than the
spotted, or that black animals may be more prone to
prenatal loss. The significance of the latter possibility
is briefly discussed in relation to the persistence of the
spotted/black polymorphism for areas of south-east asia.
NUMBER 0091*0
Prescott, R.G. H.
Mounting Behaviour in the Female Cat.
Nature, London 228:1106-1107,1970.
Observations were made on 11 multiparous female cats aged
more than 16 months and living as members of a larger group
of adult females and adolescents of both sexes. Sexually
experienced male cats were present in an adjacent enclosure
separated from the females by a wire fence, so that the
social interaction between male and females was possible,
but mounting could not take place. It was confirmed that
mounting by females tends to occur at oestrus and is
directed preferentially at other oestrus females. All but
2 of the females performed elements of the male mounting
127
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CAT BIBLIOGRAPHY
sequence, and, with the exception of the "chirp" call given
by males before mounting, all the components that lead to
intromission were seen, although 4 of the females never
progressed beyond the neck grip and partial mount. Pelvic
thrusting was seen in only 3 females and had a lover
frequency than is usual in males. A mounting male was an
adequate stimulus to produce the full pattern of crouching,
treading and tail-deflexion in the oestrus cat being
mounted, but no after-reactions were observed, presumably
because they are specific to the vaginal stimulation
resulting from intromission.
HUHBEfi 00941
Burke, R.E.
Levine, D. H.
Zajac, P.E.
Mammalian Motor Units: Physiological-histochemical
Correlation in Three Types in Cat Gastrocnemius.
Science 174 (4010),1971.
The correlation among a variety of physiological properties
and the histochemical characteristics of muscle fibers
belonging to single motor units in a mixed mammalian muscle
is directly demonstrated. The population of motor units
making up the cat gastrocnemius was classified into three
nonoverlapping groups on the basis of a combination of
physiological parameters. The muscle fibers belonging to
motor units of each physiological type exhibited a
distinctive histochemical profile, such that the three basic
histochemical "fiber types" exactly matched the three
physiologically defined groups. Within each individual
motor unit, the muscle fibers were histochemically
uniform.
NOHBEB 00942
Butler, H.C.
Aortic Embolism and Posterior Paralysis in the Cat.
J.Small.Anim.Prac. 12:141,1971.
The clinical signs of naturally ocurring aortic occlusion
or aortic embolism in the cat include paraplegia, loss of
femoral pulse, coldness of rear extremities, pain, and
swelling of the gastrocnemius muscle with eventually
atrophy. The syndrome apparently results most often from
fragmentation of an endocardiac thrombus. A fragment of
the thrombus lodges in the
aorta at the iliac bifurcation, there by
disrupting the blood supply to the rear limbs. However,
research studies have shown that neither single nor double
ligation of the aorta would cause paralysis, which suggests
that paralysis is not due to a simple mechanical or space
occupying obstruction of the blood flow to the posterior
limbs. Noreover, evidence has been gathered to show that
paralysis may be related to materials in or eluted from a
clot, thrombus, or embolus. Hhen 5-hydroxy tryptamine,
which is produced by the platelets of the thrombus, was
injected into a space in the aorta, artificially formed by
123
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CAT BIBLIOGRAPHY
2 occluding ligatures, a paralytic condition vas produced
accompanied by loss of collateral circulation by way of th«
spinal arteries and producing signs similar to those found
with aortic enbolisn occuring naturally in the cat.
ROHBBB 00943
Bush* D.L.
Use of Dental filn in small Aninal Practice.
J.A.V.H.A. 159<7):877-879,1971.
The use of dental film may facilitate diagnostic
radiography in a way that would be difficult or impossible
with standard case and films. Technics for its use is
described.
HOBBBH 00944
Gardner, H. B.
Bongey, B.H.
Johnson, B.Y.
Dejournett, R.
Huebner, B. j.
C-type Tumor Virus Particles in Salivary Tissue of
Donestic Cats.
J.Hat.Cancer Inst. 47(3):561-568,1971.
C-type RNA tunor virus particles were observed by electron
microscopy in the submazillary gland, paratid gland, and
bone marrow tissues from almost every domestic cat with
spontaneous lymphoma and fibrosarcoma induced by feline
sarcoma virus. C-type particles were less frequent in
these tissues from cats with severe anemia, spontaneous
sarcoma, or infectious peritonitis and were not seen in
normal cats, whether this finding is significant in the
propagation and natural spread of this virus is unknown.
BOHBBB 00945
Hcallister, R.R.
Nelson-rees, I.A.
Johnson, B.Y.
Bongey, B.0.
Gardner, B.B.
Disseminated Rhabdonyosarcomas Formed in Kittens by
Cultured Human Bhabdomyosarcomas Cells.
J.Nat.Cancer Inst. 47:603-611,1971.
Cultured human rhabdomyosarcoma cells (BD cell, line 2)
were inoculated into the fetuses of 3 pregnant cats at about
40 days' gestation. Three of 5 surviving kittens from 2
litters developed disseminated rhabdomyosarcomas 46, 55 5 60
days after birth, respectively. One full-grown stillborn
kitten of the 3rd cat had rhabdomyosarcomas in the liver
and thyBUS. The tumors in all kittens looked like the
original rhabdomyosarcoma from which the BD cell line was
derived. Cell lines derived by tunor cell isolation from
3 cat tumors consisted of 2 cytologic types resembling those
of the original tumor, polygonal cells and strap
cells. Hetaphases of these cells contained many
129
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CAT BIBLIOGRAPHY
aberrations, but
the chromosome pattern was like that of the original human
rhabdomyosarcoma cells. Those lines tested had a rapid
generation time, a high saturation density, formed colonies
in agar and contained nyoglobin. One cell line was
inoculated into fetal cats, and rha bd on yo sarcomas composed
of human cells formed in 2 of 3 surviving kittens at 43 &
U7 days after birth, respectively. Although the parent BD
cell line contained no detectable C-type virus particles,
2 cat tumors and 1 cell line derived from 1 of these tumors
contained C-type virus particles of unknown origin.
MUHBEB 009U6
wilding, G. P.
Dangers of All-Liver Diet for a Cat.
Vet. Bee. page 150-151, July 31,1971.
Over the past two and one-half years the author has seen
13 cases of hypervitaminosis A. severity ranged from
complete vertebral ankylosis to a slight, chronic,
non-responsive lameness. Ages ranged from 18 months to 10
and 1/2 years; the majority were under 5 years of age.
DUMBER 00917
Ordidge, R. H.
Conditions Seen in Feline Practice.
Vet. Bee. 88:617,1971.
Hay I comment on the article by Hiss Joan Joshua
entitled "Some conditions seen in feline practice
attributable to hormonal causes."? (Vet. Bee. 88:511,
1971). I agree entirely with Hiss Joshua when she says
that estrogens are contraindicated in the cat, but not for
the reasons stated. In my experience estrogens are
extremely toxic in the cat, causing hepatitis,
pancreatitis, myocarditis and frequent
death. Fortunately, male -hormones can be used in place of
estrogens with good results. I would also like to mention
the use of progesterones in treating the "miliary eczema
complex" in cats. The only side effect noted is a
tendency to put on weight. This can be minimized by using
the oral form of progesterone and reducing the dosage to
the lowest level necessary to keep the skin lesions under
control
NUHBER 00948
709
Bedford, P.G.C.
Clarke, E.G.C.
Suspected Benzoic Acid Poisoning in the Cat.
Vet.Rec. 88:599-601,1971.
Suspected benzoic acid poisoning in a cattery is reported
and the effects of over-dosage with this compound is
described. A clinical occurrence has not been previously
reported in the U.K. The affected animals exhibited
extreme aggression, and convulsions were followed by death
130
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CAT BIBLIOGRAPHY
in most cases. Forty X of the cattecy inmates died oc had
to be destroyed on humane grounds.
NDNBEB 00919
Harthoorn, A.M.
Harthoorn, S.
Two Field Operations on the African Lion (Felis
Leo).
Vet.Rec. 89:159-164,1971.
Restraint and anesthesia on two free-living lions were
carried out 9 tines. The difference in the approach to
restraint of free-living as compared to caged wild animals
is discussed. A table summarizes the principal substances
used, namely, phenylcyclohexyl piperidine monohydrochloride
and 7-chloro-1,3-dihydro-1-methyl-5 phenyl-2h-1,
U-benzodiazepin-2-one for restraint, and Thiopentone
sodium and chlorpromazine HC1 for anesthesia. Field
surgery in remote places demands antisepsis rather than
asepsis, and there is usually little opportunity for
after-care. The use of saline drip during anesthesia
enables untutored personnel to assist with intravenous
anesthesia.
NDBBER 00950
Teske, R.H.
Dirofilariasis in a cat.
J.A.V.H.A., P.891, October 1,1971.
In March, 1971, a cat from N.Carolina was found
infected with D.iomitis. The cat, a mature male, was
part of a shipment of cats procured from rural areas of
N.Carolina by a dealer in laboratory animals. Prior to
shipment as conditioned subjects, the cats reportedly had
been vaccinated against feline panleukopenia and were
dewormed with piperazine, disophenol and Drocarbil. Upon
receipt, the cat had rhinitis and conjunctivitis. During
the next 4 days, during which time there vere anorexia and
diarrhea, the cat became dehydrated and emaciated. He vas
euthanized on the 5th day in a moribund
condition. History, necropsy and histopathology indicated
a primary diagnosis of feline panleukopenia; however, 2
adult worms identified as D.immitis were found in the
right ventricle of the heart, extending into the pulmonary
artery. Gross lesions associated with D.immitis were not
observed. Subsequently, microfilariae were demonstrated
in peripheral blood.
BOBBER 00951
Osbaldiston, G.W.
Stowe, E.G.
Hicroflora of Alimentary Tract of Cats.
An.J.Vet.Res. 32(9):1399-1405,1971.
The gastrointestinal microflora was identified and
gnantitated in suckling kittens and in adult cats fed
either a conventional feline ration or a chemically
131
-------
CIT BIBLIOGBAPHY
defined, elemental ration. Streptococci, enterococci,
coliforms, and lactobacilli were the predominant varieties
in the microflora. The different rations were not
associated with significant changes in the microfloral
populations or patterns of distribution within the
gastrointestinal tract.
MOBBBH 00952
Schain, D.ff.
Clinical Significance of Plasma Protein Concentration.
J.A.V.H.A. 157(11):1672-1675,1970.
The normal range for plasma protein concentration (PPC)
is from 6.0-7.5 gm /100 ml for dogs and cats. The newborn
commonly has less than 5.0 gm /100 ml for the first few
weeks of life, 6 aged dogs and cats may have 8.0 gm /100 ml
due to an increase in the globulin fraction with advancing
age. Thus, age is a factor to be taken into consideration
when interpreting results. Albumin and fibrinogen are
produced by the liver, whereas the globulins are produced
by lymphocytic tissues. Loss of liver function,
hemorrhage, chronic gastro-intestinal disease, inadequate
nutrition, chronic glomerulonephritis, and lymphosarcoma
commonly result in low PPC. Response to antigens, as
in chronic infectious diseases, increases gamma globulin,
which is reflected in increased PPC. Contraction of
the spleen in excitable dogs increases the mass of
erythrocytes (PC?) in the circulation. An increased
PC? but normal PPC is indicative of splenic
contraction, whereas a normal or increased PCV
associated with a significantly increased PPC is an
indication of dehydration. Progress in hydrating an
animal patient can be readily visualized by following the
changes produced in PCV and PPC. (No data
related to age changes in PPC for the cat is given in
the text.)
BOBBER 00953
Schalm, 0.1.
Byeloproliferative Disease in the Cat, Associated With
C-Type Leukovinrus Particles in the Bone Harrow.
J.A.V.B.A. 157(11): 1686-1696,1970.
A pluripotential stem cell of the bone marrow gives rise
to several different cell lines, flyeloproliferative
disease results when one or more cell lines undergo
abnormal proliferation leading to failure to produce
functional definitive cells. Hyeloproliferative diseases
in the cat are characterized by rapid wasting and profound
irreversiable anemia. Hepatomegaly, splenomegaly, and
lymphadenopathy are also frequent findings. Terminally,
myelofibrosis may develope and be associated with
extramedullary hematopoiesis or myeloid metaplasia in the
liver, spleen and lymph nodes. Hyeloproliferative
diseases can usually be differentiated from the commonly
occurring lymphocycic leukemia. C-type virus has been
found by electron microscopy with considerable regularity
132
-------
CAT BIBLIOGRAPHY
in bone marrow cells of cats with myeloproliferative
diseases. This finding strongly implicates the C-type
leukovirus as the causal agent. The possible virus cause
similar to feline leukemia virus, abnormal proliferation of
hematopoietic cells, infiltrations in visceral organs, and
terminal nature, suggest placing the myeloproliferative
disease of cats within the leukemia-sarcoma complex. The
frequent occurrence of myeloproliferative disease requires
the addition of bone marrow examination to routine
diagnostic procedures when confronted with narked,
unresponsive anemia in the cat. Defective maturation of
bone marrow cells and resulting cellular patterns, as seen
in aspirated bone marrow, are of diagnostic value. The
leukemia-sarcoma-myeloproliferative disease complex is
responsible for a large portion of the frequently occurring
irreversible anemias of cats.
BOHBEB 00954
Tasker, J.B.
Laboratory Evaluation of Fluid Balance Disorders in
Dogs and Cats.
J.A.T.H.A. 157(11):1703-1706,1970.
A general review of diagnostic methods in fluid balance
evaluation. Normal values are included for the dogs, and
in the absence of adequate data regarding such values for
the cat, cats are considered the same as dogs.
NOMBEB 00955
Gillette, E. L.
veterinary Radiotherapy.
J.A.V.H.A. 157(11) :1707-1712, 1970.
Spontaneous animal tumors of several cell types were
irradiated. A 2-year cure-rate was established for tumors
in each of 4 cell types by determining the percentage
non-recurrence at 2 years following radiotherapy. The
2-year cure-rates were as follows: Perianal tumors, 69%
fibrosarcomas, 56%; squamous cell carcinomas, 74%; and mast
cell tumors, 54%. Radiotherapy was considered to be an
effective means for treating cancer in order to alleviate
suffering and prolong the useful lifespan of domestic
animals.
HDflBEB 00956
Short, C. E.
Advances in Small Animal Anesthesiology.
J.A.V.B.A. 157(11) :1719-1721,1970.
An attempt has been made to show the use of basic
scientific information applied to the clinically affected
small animal and how it can affect anesthetic management
for required surgical procedures. It is no longer-
acceptable to determine a dosage per pound management of
small animal anesthesia, but one must have an understanding
of anesthetic principles to allow proper management of each
dog or cat according to its physiologic responses to the
133
-------
C1T BIBLIOGRAPHY
conbinatioa of pathologic conditions existing, anesthetic
manageaentr and surgical manipulation necessary for
correction of the defect.
HOHBER 00957
Theilen, G.B.
The Present Status of the Leukemia- Sarcoma Coaplex in
Man and Lower Aninals.
J.A.V.M-A. 157(11): 17412-1752,1973.
The leukemia-sarcoma complex of chickens, mice and cats is
caused by riboneucleic acid (SNA) C-type leukovirus,
which is also suspected as the causal factor of leukemias
and sarcomas in other animal species and
man. Deoiyribonucleic acid (DMA) herpes-type viruses
now are established as the causal factor of Harek's
disease of chickens and are suspected as the etiologic
agent of Burkitt*s lymphoma of children, other neoplasms
of man, and infectios mononucleosis. A method foe
prevention and control was recently established for
Harek's disease, which might serve as a model for the
control of suspected herpesvirus tumor infections in
man. The leukemia-sarcoma complex of cats should serve as
a good model for the study of the leukemia- sarcoma complex
in other animals and it should be of particular value in
studies designed to develope methods for detection, control
and prevention of similar neoplasms in man. {Includes
109 references).
HOHBEB 00958
Schneider, K.
The Natural History of Malignant Lymphoma and Sarcoma
in Cats and Their Associations Hith Cancer in Nan and
Dog.
J.A.V.H.A. 157(11): 1753-1758,1970.
Laboratory evidence through transmission studies,
non feline tissue culture replication, and other means have
indicated that perhaps the feline oncogenic viruses could
cause cancer in other than feline hosts. This is a
preliminary report on a study carried out to determine if,
in households with cancerous cats, there was an increase of
tumors in human beings, dogs and other cats. The
retrospective case-control method was used in a similar
manner in a previous human-canine household cancer
study. Case households were households containing cats
with histologically confirmed cancer, submitted to the
Alameda-Contracosta Counties Animal Neoplasm Registry
during the 5-year period, July 1,1963 to June 30,1968.
NOHBEB 00959
Dubey, J. P.
Miller, N.L.
Frenkel, J. K.
Toxoplasma Condi Life Cycle in Cats.
J.A.V.M.A. 157(11) : 1767-1770, 1970.
134
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CAT BIBLIOGRAPHY
Cats fed Toxoplasna-infected nice excreted coccidian
oocysts resenbling those of Isospora bigemina. A
detailed comparison of the physical, chemical, and
antigenic characteristics of these oocysts with Toxoplasma
infeeti7ity of the feces indicated that these oocysts were
a stage- of Toxoplasna development.
IOBBBB 0096y
Agress, H.
Con para tire study of Spreads and Sections of Bone
Harrow.
Aa.J.Clin.Path. 27:282-299,1957.
BOBBER 00961
Beraan, L.
A Review of Hethods of Aspiration and Biopsy of Bone
Harrow.
An,J.Clin.Path, 23:385-402,1953.
BOBBER 00962
Feldman, H.H.
Heoplasns of Domestic Animals.
1932.
This book reports the incidence of animal tumors,
including those in the cat, with locations and
descriptions.
BOBBER 00963
Hielsen, S.H.
The Halignancy of Hammary Tumors in the Cat.
North Amer.Vet. 33:245-252,1952.
Host common, and also the greatest of clinical importance
among the feline tumors, is the mammary carcinoma. These
namaary tumors are significant for their uniformity of
type, all being of purely epithelial in origin &
practically all adenocarcinooa. Another characteristic is
their malignancy which is evidenced by their infiltrative
and rapid growth together with a tendency to
and rapid growth together with a tendency to
recurrence. The report shows their age incidence between
8 6 12 years, failure of oophorectomy to influence then,
and the necessity for radical mastectomy.
80HBBB 00964
Lierse, V.
Die Kapillarabstande in verschiedened Hirnregionen der
Katz.
Z.Zellforsch. 54:199-206,1961.
RUBBER 00965
iirth-Dzieciolowska, E.
135
-------
CAT BIBLIOGRAPHY
Hie*tore Zagadnienia Zviazane Z Badaniami nad urekteni
Hatki na Przykladzie Zvierzat Laboratoryjnych.
Zwierzieta Laboratoryjne 8 (1-2):76-82,1970.
MOUSEB 00966
Scott, P.P.
Greaves, J.P.
Scott, H.G.
nutrition of the Cat. IV. Calcium and Iodine
Deficiency on a neat Diet.
Brit.J.Nutr. 15:35-51,1961.
Kittens were fed raw or cooked heart exclusively. This
diet was particularly deficient in calcium and
iodine. After about 7 weeks, the kittens showed signs of
nervousness, ataxia, and finally paralysis of the hind
limbs. Osteoporosis (osteitis f ibrosa), but not rickets,
was observed. Paresis was due to pressure following
collapse of bony structures. Thyroids were hyperplastic
and enlarged, and kidneys were also heavier than
normal. These cats exhibited all the signs described by
veterinarians as osteogenesis imperfecta. Supplementation
of the diets with calcium entirely prevented the
occurrence of signs referable to the skeleton and
partially prevented the thyroid hyperplasia. Fifty
oicrograms of iodine daily prevented gross enlargement
of the thyroid an'd 100 aicrograms daily completely
prevented hyperplastic changes. lodiine supplementation
delayed the onset of skeletal dystrophy.
UOHBBH 00967
Skaggs, J. N.
Theobald, J.&.
Osteogenesis Imperfecta in a Kitten.
J.A.V.H-A. 130:450,1957.
RUBBER 00968
Bloom, F.
The Blood Chemistry of the Dog and Cat.
Gamma Publications, New York, 1960.
HUHBEH 00969
Bloom, F.
The 0cine of Dog and Cat.
Gamma Publication, New York.
HDHBER 00970
Heighard, J.
Jennings, U.S.
Anatony of the Cat.
Henry Holt & Co., New York, 3rd Ed., 1934.
136
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CAT BIBLIOGRAPHY
80HBEE 00971
iorden, A.M.
Haterhouse, C.E.
Sellwood, E.R. B.
Studies on the Composition of Normal Cat Urine.
J.Snail Anim.Pract. 1:11-23,1960.
BOHBER 00972
Nerg, P.B.
The Influence of Force Application to the Teeth Upon
Tension Development of the Hasseter and Digastric
Nuscles of the Cat.
Aoer.J.Orthodontics 55(2):200,1969.
HDHBBB 00973
Ardoin, I.H.
Changes in the Tension of the Nasseter and Digastric
Muscles of a Decerebrate cat When Force Stimuli are
Applied to Teeth.
Aaer.J.Orthodontics 55 (2):199,1969.
NOBBBB 00974
Bystrzycka, E.
Korn, H.
Projections of the slow-Conducting Hyelinated Fibres
of the Splanchnic Nerve on the Motor Cortex of the
Cat.
Brain Research 12(1):253.1969.
NUHBER 00975
larr, H. B.
Fiber Degeneration Following Lesions in.the
Posteroventral Cochlear Nucleus of the Cat.
Ezp.Heur. 23(1): 140.1969.
KOHBEB G0976
Nielson, K.C.
Owaan, C.
Santini, H.
Anastanosing Adrenergic Nerves Fran the Syapathetic
Trunk to the Vagus at the Cervical Level in the Cat.
Brain Research 12 (1):1,1969.
ROBBER 00977
Brown, T.S.
Kaufman, P.G.
Harco, L. A.
The Hippocampus and Response Preserve*'on"in the Cat.
Brain Research 12 (1):B6,19*°
137
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CAT BIBLIOGBAPHY
SOHBBH 00978
Kirpekar, S.H.
Vakade, A.B.
Dixon, I.
Prat, J.c.
Effect of Cocaine, Phenoxybenzaaine and Calciun on the
Inhibition of Norepinephrine Output Fron the Cat
Spleen by Guanethedine.
J.Pharm.Exptl.Iher. 165(2):166.1969.
BOBBBB 00979
Bacelli. G.
Guazzi, H.
Mancia, G.
Zanchetti. &.
Effect of Total synpathectony on Cardiovascular
Changes During Desynchronized Sleep in the Cat.
Bollet.De.Soc.Ital.Di Biol.Sperinent.
4«(20):1713-1716,1968.
HDHBBB 00980
Hancia, G.
Becelli, G.
adaos, D.B.
Zanchetti, A.
Regional Blood Flows During Desynchronized Sleep in
the Cat.
Boll.Soc.Ital.Biol.Sperinentale
44(20):1716-1718,1968.
BDBBBB 00981
Bacelli, G.
Hancia, G.
Ada us, D.B.
Zanchetti, &.
Cardiovascular Changes During Fighting Behavior in the
Cat.
I. supportive Fighting.
Boll.Soc. Ital.Biol.Sperinentale 44 (20) : 17 18-17 20,
1968.
BOHBBB 00982
Bacelli, G.
Hancia, G.
aflaas, D.B.
Zanchetti, 1.
Cardiovascular Changes During Fighting Behavior in the
Cat.
II. Bon-Supportive Fighting.
Boll.Soc.Ital.Biol.Sperinentale 44(20):1721-1722.
1968.
138
-------
CAT BIBLIOGRAPHY
NUMBER 00983
Nancia, G.
Bacelli, G.
Adams, D. B.
Zanchetti, A.
Cardiovascular Changes During Fighting Behavior in the
Cat.
III. Preparation Foe Fighting.
Boll.Soc.Ital.Biol.Sperinentale 44(20):1722-1725,
1968.
NUMBER 00984
Fazekas, A.T.
Obal, F.
Tissue Corticostecoid Fractions in the Cat.
Acta Physiologica Acad.Sci.Rungaricae 34 (3) : 155, 1969
NUMBER 00985
Console, S.
Giacobini, E.
Karjalainen, K.
Nonoanine Oxidase in Sympathetic Ganglia of the Cat.
Acta Physiol.Scand. 74(4) :513, 1968.
NUMBER 00986
Creed, K. E.
Wilson, J.A.F.
The Latency of Responce in Secretory Acinar Cells to
Nerve Stimulation in the Submandibular Gland of the
Cat.
Austral.J.Exptl. Bioi.Hed.Sci. 47(1) :135, 1969.
NUMBER 00987
Eliseeva, Z.'V.
A Comparative Evaluation of cytoarchitectonics in the
Region of Vicariation of the Anterior or Posterior
Extremity in the Somato-sensorial Zones of the Brain
Cortex of the Cat.
Proc.Acad.Sci.U.S.S.R. 184(3) :743,1969.
NUMBER 00988
Capen, C. C.
Rowland, G.N.
The Ultrastructure of the Parathyroid Glands of Young
Cats.
Anat.Rec. 162:327-339,1968.
The fine structure of the parathyroid glands of normal
rapidly growing cats (9*22 weeks of age) was described and
compared with the findings reported in other species. The
predominating active chief cells were relatively
electron-dense and contained well-developed organelles and
freguent secretory granules. Inactive chief cells were
139
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CA':' L ..BLIOGRAPHY
slightly larger and had a Bore electron-transparent
cytoplasm.
BOBBER 00989
Sabo, A.
Rajcani, J.
Raus, J.
Karelova, E.
(Pathogenis of Aujesky's Disease in Cats.)
Arch.Ges.Yisusforsch. 25:288-298,1968.
The spread of Aujesky's disease virus in 10 cats
infected by mouth was studied histologically and by
inmunoflourescense and virus isolation. Primary
replication took place in the pavement epithelium of
tonsils and pharyngeal mucous membranes. The virus then
penetrated to the deeper lymphatic tissue and reached the
nerve fibres in the pre-tonsillar connective tissue.
RDHBER 00990
O'Beilly, K.J.
•hitaker, A.M.
The Developement of Feline Cell Lines For the Growth
of Feline Infectious Enteritis (Panleucopenia) Virus.
J.Hyg.Caab. 67:115-121,1969.
Honolayer cultures were prepared from the lungs of
eviscerated and decapitated carcasses of embryos obtained
by caesarean section from healthy pregnant cats. At about
the 30th passage, these cells lost their fibroblastic
morphology to become polygonal. After a further 30
passages the monolayers exhibited foci of low cell density
circumscribed by bands of cells stacked in disorganized
arrangement.
NUMBER 00991
Gearing, G.
Hardy, H.O.
old, L.G.
OeHarven, E.
Brodey, R.S.
Shared Group-Specific Antigen of Hurine and Feline
Leukemia Viruses.
Virology 36:678-680,1968.
In gel diffusion tests, using antiserum to marine leukemia
virus group-specific antigens, a precipitin band was formed
with ether-treated feline leukemia virus and with extracts
of tissue from 7 of 11, cases of feline lymphosarcoma.
HOBBEB 00992
Halone, J.C.
Diagnosis and Treatment of Poisoning in Cats and
Dogs.
Vet.Hec. 1U: 161-164,1969.
140
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CAT BIBLIOGRAPHY
NOBBBB 00993
Williais, R.R.
Textbook of Endocrinology, 4th Edition,
H.B.Saunders Co., Philadelphia, 1968.
A text on general endocrinology and mainly human clinical
entities. The following ace included notations regarding
cats:
1."The adminstration of growth hormone to adult cats and
dogs will lead to hyperglycenia and glycosuria within 1
week. If injections of growth hormone continued,
persistent diabetes may ensue. The same treatment of
puppies or kittens leads to increased1 growth without the
development of diabetes."
2."The classic studies of Bansom and coworkers......that
in the cat and monkey diabetes insipidus is contingent upon
the complete degeneration or removal of the
neurohyppphysis."
3.*Decoriticated cats, with extensive lesions that
isolated the anterior hypothalus and pituitary from all
neutral connections, could still regulate their water
balance.11
•(•1BBB 00996
Dnval, a.
Le Placenta des Carnassiert>.
J.de L'Anat.et de La'Physiologic 29:249-340,1893.
BUBBBB 00997
Ouval, N.
Le Placenta des Carnassiers.
J.de L'Anat.et de La Physiologic 29:426-465,1893.
BOBBER 00998
Duval,. H.
Le Placenta des Carnassiers.
J.de L'Anat.et de La Physiologic 29:663-729,1893.
NOHBBB 00999
Duval, H.
Le Placenta des Carnassiers.
J.de L'Anat.et de La Physiologic 30:189-240,1894.
HDBBEB 01000
Ouval, H.
Le Placenta des Carnassiers.
J.de L'Anat.et de La Physiologic 30:649-715,1894.
BDBBEB 01001
Norby, 0.B.
Thuline, B.C.
Inherited Treuor in the Domestic Cat, Felis Catus
141
-------
CAT BIBLIOGRAPHY
L,
Nature (London), 227:1262-1263,1970.
A domestic shorthair ton cat that produced some offspring
with severe trembling when nated to one of his daughters
was repeatedly Dated to his female progeny as they
matured. Of 13 daughters and 2 granddaughters, 4
daughters and 1 granddaughter produced affected
offspring. Of 2 sons of the ton that were nated with the
females that produced offspring manifesting the trembling,
1 produced 16 normal offspring, while the other produced 4
affected and 12 normal kittens. The original male
produced no affected offspring when mated to unrelated
females. The brains of affected kittens showed no gross
or histological changes. After the onset of the trembling
at 2-4 weeks of age, affected kittens began to lag behind
their siblings in growth and development, and only one
survived beyond 3-5 months of age. Examination of the
available data suggested that the tremor was hereditary and
probably due to the action of a single autosomal recessive
factor.
WOHBER 01002
Barnett, S.K.
Bunro, K. H. B.
Superfoetation of Nice.
Nature (London) 227:1343-1344, 1970.
In a hybrid stock of mice maintained at either 21C
or -3C, examples were found of litters born too soon after
the birth of a previous litter tp be the result of a normal
postpactum insemination. Nice of 2 inbred strains treated
in the same way reproduced normally. It is suggested that
unimplanted embryos had been retained in the fallopian
tubes during pregnancy, 6 that these became implanted
immediately after the birth of the normally developing
litter.
NOHBER 01003
Egoscue, Ef.J.
A Laboratory Colony of the Polynesian fiat, Rattus
Exulans.
J. Mammal. 51:261-266,1970.
A colony of B.exulans was maintained in captivity for 8
generations. Host monogamous pairs were compatible for
life. Females were polyestrus & bred throughout the
year. Litter size ranged from 1-10 (ave 3.8; mode
4). The nin. interval between the date of pairing and the
birth of the initial litter was 23 days, which probably
approximates the gestation period for nonlactating
pregnancies. Lactation prolonged pregnancy for 3-7
days. Post-partun heat usually occurred within 24 hours
of parturition. The average number of litters born to
each female per year was 5,2 (1-13), and the ave. number
per lifetime was 6.3 (1-18). Few females bred longer than
12 months in captivity. The maximum number of young
produced by a single female in a lifetime was 84 (18
142
-------
CAT BIBLIOGBAPHT
litters) . The awe. age of females at the first litter was
137.1 days (72-239). The youngest fenale to conceive was
49 days of age. The oldest breeding female bore her final
litter when she was 782 days old. R.exulans appears
promising as a laboratory animal. It is relatively easy
to rear and virtually odorless. Ho disease of any kind
was detected in the authors colony.
HDNBEB 01001
Biefelt, S. «.
Wilson, A.J.
Redman, A.c. \
Ncclellan, R.O.
Rosenblatt, L.S.
A Breeding Program For the Establishment and
Maintenance of a Stable Gene Pool in a Beagle Dog
Colony to be Utilized for Long-Term Experiments.
An.J.Vet.Res. 30:2221-2229,1970.
A dog-breeding program was designed which provided for the
production of dogs from a stable gene pool over an extended
period for entry into a series of sequential and
inter-related experiments. Random mating within a
generation was used to maintain a stable gene pool (no
full- or half-sib matings). This method forced the colony
of dogs into a generation pattern, with different
generations being discrete from one another. Each
generation consists of 20 male and 40 female beagle
dogs. The parental generation was selected to obtain a
broad genetic base and relative freedom from physical
defects and possible undesirable familial tendencies toward
epilepsy, subsequent generations of the breeding colony
will contain 1 son and 2 daughters per sire and 1 daughter
and not more than 1 son per dam. Within the applicable
restrictions these breeder dogs will be picked at random.
MUHBEB 01005
Loughnan, H.D.
Frye, F.L.
Condon, T.B.
XX/XXY Bone Barrow Hosaicism in 3 Hale Tricolor
Cats.
Am.J.Vet.Res. 31:307-314,1970.
Harrow Cells of 3 male tricolor cats had chromosomal
mosaicism for a normal male line (38,XY) and an intersex
cell line (39,XXY). Examination of buccal oucosa cells
and marrow or peripheral blood leukocytes for the nuclear
female sex marker indicated the 3 cats had either generally
intermediate nuclear sex or female nuclear sex. One male
tricolor had portions of buccal mucosa that were entirely
male, female or intermediate in nuclear
sex. Spermatogonia were not seen in testicular tissue
from one male tricolor cat.
143
-------
CAT BIBLIOGRAPHY
•UHBBB 01006
Behfeld, C.E.
Definition of Relationships in a Closed Beagle
Colony.
J.Am.Vet.Bes. 11:723-732,1970.
Data on 1690 dogs fron nany combinations of ancestry, or
relatedness, within the limits of the colony, were used to
illustrate a method of characterizing an aninal colony by
neans of the inbreeding coefficient, coefficient of
relationship and ancestral composition. The value of
these 3 criteria of breeding and relationship is assessed,
using neonatal survival to illustrate the effects of
inbreeding, and veaning survival the effects of outbreeding
between subpopulations. Data are tabulated. Of 1201
dogs (71.1%) with some degree of inbreeding, 63.8% survived
the 10 day neonatal period; as inbreeding increased, there
vas a narked trend for decreasing survival. In this
colony, it had been found that while coefficients are
helpful in breeding control and in pairing dogs for
experimental studies, ancestral composition has been of
most use.
BOBBER 01007
Bobinson, B.
Devon Bex, A Third Bezoid Coat Mutant in the Cat.
Genetica 40:597-599,1969.
The mutant "Devon Bex*1, discovered at Buckfastleigh,
Devon (England), in 1960, resembled the English
(Cornish) rex mutant discovered by Searle and Jude in
having bent vibrissae (where present) and a short, plush
coat, but proved to be due to a different gene, since
aatings between the 2 mutants gave only normal-coated
kittens. Devon Bex is attributed to an autosomal
recessive gene (proposed symbol,re) in homozygous
condition. Unlike the coat of the cornish mutant, which
is devoid of guard hairs and awn hairs, that of the Devon
Bex shows 2 forms of relatively stout hairs which probably
represent grossly abnormal guard and '-^ hairs.
BOBBER 01008
601
Scott, P.P.
Greaves, J.P.
Retinal Degeneration and Vitamin A Deficiency in
Cats!
Proc.Hutr.Soc. 23(2):XXXIV.1964.
Cats receiving a casein-based diet apparently can not
store or utilize 7it A normally. This was evident when
kittens were reared on a semipurified diet consisting of
351 casein, 36.7* sucrose or dextrin, 101 lard, 12% arachis
oil, 3% sugar-beet residue, 2 per cent salt mixture and
vitamins (including 250 or 2000 10 Vit A) a day. The
kittens grew normally until 4 months of age but growth rate
then declined and final weights were 15-40 per cent lower
than those on adequate diets. Signs of Vit A deficiency
developed with both low and high Vit A,intakes and with
144
-------
CAT BIBLIOGRAPHY
both sucrose-casein and dextrose-casein diets, but
developed more rapidly with low Tit A and with
sucrose-casein diet. The pupils becaae dilated after 6-12
months, depending on the diet. A severe transient
photophobia was the earliest symptom. The pupillary light
reflex became increasingly delayed, retinal vessels
increasingly attenuated and the cat unable to avoid
objects. Progessive retinal degeneration was apparent
histologically. As the syndrome developed, keratitis and
corneal vascularization occurred. Sguanons metaplasia
occured in the mouth and skin. The fur became loose and
unkenpt and fetuses died in-utero or were aborted. The
cats were apparently unable to store or utilize Tit A
normally. Low liver, kidney and plasma concentrations
were found at necropsy. ,Since cats can have low Tit A
Levels on meat diets without signs of deficiency, casein
may be an inadeguate protein.
ROBBER 01009
Yasgur, I.
Kopp, i.K.
Early Extraction of Permanent Canine Teeth in a Pet
Lion.
Vet.Bed./Snail fiaia.Clin. 59 (5):463,1964.
The owner of a 4 1/2-month old, 56-Ib. lioness requested
that the fangs be removed froo her pet lion. At this age,
none of the permanent teeth had errupted; none of the
deciduous teeth had been shed. A radiograph showed the
permanent canine buds. It was deened far easier from a
surgical standpoint (and far safer from a restraint and
anesthesia standpoint) to remove the fangs at this early
age than after their' eruption and full
development. Pre-anesthetic sedation consisted of 75 mg
propiopromazine SCI and 50 mg meperidine HCl. Surital
was used for the anesthesia. The deciduous canines were
removed by producing a flap and removing the soft alveolar
plate, using a straight guage elevator. The permanent bud
could then be seen as pearly white tissue immediately
medial to the empty alveolus. It was easily removed with
dental forceps. The cavity was curetted and freed of bone
fragments. The gum flap was then sutured in position with
4-0 catgut. The procedure was repeated to remove the
remaining fangs. During the entire procedure, bleeding
was easily controlled and presented no problem. Combiotic
was administered daily for 4 days postsurgery and recovery
was uneventful. The cub seemed free of pain within 48
hours and did not resent examination of the incisions,
8UHBER 01010
Ton Gerber, H.
Freudiger, 0.
(Merits of Various Methods of General Anesthesia of
Oogs and Cats.)
Schweiz.Arch.Tierheilk. 105:371-399,1963.
Various methods of general anesthesia of dogs and cats are
145
-------
CAT BIBLIOGRAPHY
judged as a result of observing 1223 do;js and 391
cats. The influence of the indication for operation on
the quality of the narcosis is examined, and incidents aad
deaths occuring within 10 days of the operation are
discussed. It was shown that a combination of
Conbelen-Polamivet is superior to Largactil-Polamivet
in producing an analgesic twilight sleep in the dog. The
amount to be injected must correspond to its effect. Care
must be taken with old, enfeebled dogs. In canine
sedation the use of Combelen combined with
dextromoraoodium (Paltrium, Ictriun) proved distinctly
better than Combelen alone. For the cat, the use of
pentobarbital is particularly considered. Vetanarcol,
which was used, was not completely satisfactory, since the
cat's resistant reactions, however slight, are considerably
less pleasant than those of the dog.
KUHBEB 01011
Henness, B.
Sloan, B.E.
The Composition of Nilks of Various Species:
Review.
Dairy Sci.Abstracts 32:599-612,1970.
NOJ1BEB 01012
Finco, D.R.
Extrarenal Causes of Uremia.
J.Amer.Vet.Hed.Assoc. 15K(11):1392,1969.
The veterinarian must consider primary extrarenal causes
of uremia when the elevation of blood urea nitrogen or
serum creatinine is detected. The extrarenal causes of
uremia may be categorized as prerenal and
postrenal. Postrenal causes are usually obstructive in
nature and usually present less diagnostic
difficulty. Prerenal causes of uremia are varied but a
common denominator appears to be lack of adequate renal
perfusion with blood.
HUHBEB 01013
Osborne, C.A.
Low, D.6.
Finco, O.B.
Reversible VS. Irreversible Benal Disease in Dog and
Cat.
J.Amer.Vet.Hed.Assoc. 154(11):1392,1969.
The distinction between reversible and irreversible
primary renal disease on the basis of clinical findings is
often difficult. Most renal function tests indicate the
functional competence of the kidneys at the time the tests
are performed and do not indicate the acuteness or
chronicity of the underlying renal lesions, or the
likelihood of recovery from the disease. A history of
progessive polyuria, nocturia, and polydipsia, and
detection of progressive nonregenerative anemia.
146
-------
C1T BIBLIOGRAPHY
malnutrition, and renal osteodystrophy ace findings which
suggest that the underlying disease is chronic. Detection
of proteinuria, or significant numbers of casts, BBC, SBC
and bacteria by urinalysis ace findings which suggest an
active cenal disease. Detection of pecsistent
abnormalities in the urine by urinalysis, and
denonstration of an increase in the severity of renal
insufficiency by repeated renal function tests are
findings which suggest a chronic progressive renal
disease. The reversibility or irreversibility of primary
renal failure is dependent on the nature of the
underlying renal disease. Ristopathologic evaluation of
percutaneous renal biopsies may indicate the reversibility
or irreversibility of the disease in question, since a
specific norphologic diagnosis may often be
established. The detection of lesions which are
potentially reversible is justification for vigorous
employnent of specific therapeutic techniques. Control of
chronic, progressive, irreversible renal failure with
appropriate supportive and symptomatic therapy may allow
the patient to enjoy additional months or years of life.
BOBBBB 01014
Crago, I. H.
ft. simple Hethod for Benoving ocethral Calculi in
Hale Cats.
J.Aaer.yet.Hed.Assoc. 154(11):1386,1969.
Urethral calculi and mucous plugs ace easily removed using
twisted stainless steel wire (no.26) with a round loop on
the end. Cat is anesthetized, loop of wire is introduced
into urethral opening and advanced forward while rotated
between thumb and forefinger. Loop on end acts as an
auger. Hire is removed after each few millimeters and
cleaned. After wire has entered the urinary bladder it is
then worked back and forth while bladder is compressed,
until all urine has been expressed.
BOBBEB 01015
Diperri, R.
Dravid, A.
Schtreigert, A.
Himwich, B.
Effect of Alcohol on Evoked Potentials of Various
Parts of the Central Nervous system in cat.
Quart.J.Stud.Alcohol 29:20-37,1968.
HOHBBB 01016
Nakai, T.
Effects of Intravenous Infusion of Central Depressants
on the Evoked Potential of the Auditory Cortex of
Cats.
Jap.J.Pharnacol. 14:235-255,1964.
147
-------
C&T BIBLIOGRAPHY
HOHBBR 01017
Torres, F.
Warner, J.S.
Some Characteristics of Delayed Responses to Photic
Stimuli, in the Cat.
Electroenceph.Clin.Neurophysiol. 14:654-663,1962.
NUMBER 01016
Herman, N. ff.
Ralston, H.J,
Laminated Cytoplasnic Bodies and Annulate Lamellae in
the Cat Yentrobasal and Posterior Thalaaus,
Anat.Rec. 167:183-195,1970.
Large and small laminated cytoplasoic bodies are reported
in neurons and dendrites of the ventrobasal and posterior
nuclear groups of the thalamus of the cat. The bodies are
more frequently seen in dendritic profiles than in nerve
cell bodies. They differ in size, as veil as in number
and complexity of orientation of the constituent
tubules. Their topographic relationship to endoplasnic
reticulum synapses and adhesion plaques is noted, and their
possible evolution is discussed. A single collection of
annulate lamellae is described in the perinuclear soma of
one neurone.
NUMBER 01019
Key, F.J.
Kennedy, T.S.
Kawashima, K.
Roberts, D.
Hobbs, B.C.
The Use of Gamma Radiation for the Elimination of
Salmonella from Frozen Heat.
J.Hyg.Camb. 68:293-311,1970.
The use of gamma radiation process for the elimination of
salmonella from frozen meat is relevant to the treatment of
booed-out horsemeat and kangaroo meat imported into the
U.K. and intended for use as pets' meat. Examination of
dose/survival carves produced foe several serotypes of
salmonella in frozen meat shows that a radiation dose of
3.6 mrad will reduce a population by at least a factor of
10 to the fifth power. The influence on the radiation
resistance of salmonellae of such factors as
pre-irradiation growth in the meat and temperature during
irradiation was examined and considered. Storage in the
frozen state does not lead to the revival of irradiated
salmonella organisms. The properties of salmonella
survivors deliberately produced in meat using conditions of
irradiation designed to simulate a commercial process were
studied after 6 recycling treatments through the
process. There were no important changes in
characteristics normally used for identification of
salmonella, but radiation resistance was
lowered. Survivors grown in meat after radiation showed
an abnormally long lag phase, and removal of competitive
148
-------
CAT BIBLIOGRAPHY
flora in meat by the radiation treatment can influence the
growth of salnonella organisns.
HOHBEB 01020
Spradbrow, P.B.
Barley, J.
Portas, B.
Burgess, G.
The Isolation of Nycoplasmas From Cats Kith
Respiratory Disease.
Aust.Vet.J. 46: 109-110,1970.
Mycoplasma vas isolated from 11 (mostly nasal swabs) of
160 samples from cats with respiratory disease. Of 2
isolates, one fermented glucose while the other metabolised
arginine. Ketabolisnt-inhibiting antibodies active against
the arginine-metabolising mycoplasma were demonstrated in
the serua of 6 of 20 cats at titres of 1:2 to
1:8. Antibodies against the glucose-feraenting mycoplasna
were not detected in any of the 20 cats.
NOHBEB 01021
De Boer, H.
(Primary Epithelial Tumors in the Lungs of Dogs and
Cats: A Survey of 52 Cases).
Inaug.Diss.Tierarztl.Fak.Hunchen, PP.134,1969.
Between 1956 and 1968, primary epithelial lung tumors from
43 dogs (ave. age 10 years) and 9 cats (ave. age 11 years)
vere examined at the Institute for Aninal Pathology,
Munich. Of the canine 35 and of the feline 7 neoplasms
were adenocarciaoma. Squaaous-cell carcinoma was seen in
5 dogs and 1 cat. Adenoma was seen in 2 dogs and 1
cat. Hetastases outside the thoracic cavity were present
in half the cases.
NUHBER 01022
Bonnet, P.
(Longevity in Cats).
Bull.Soc.Hist.Nat.Toulouse 104:260-262,1968.
The author reports that his Siamese cat (a male castrated
at 18 months of age) lived for 17 years and 8 months,
although the ave. lifespan of cats is believed to be about
10-12 years. In 4 other cases made known to him, the
lifespan was even longer: 18 years (2 cats, 1 a Siamese, 21
and 20-22 years). At least 4 of the long-lived cats (and
possibly all 5) were castrated males.
BOBBER 01023
Hamilton, J.B.
Hamilton, R.S.
Bestler, G.E.
Duration of Life and Causes of Death in Domestic
Cats: Influence of Sex, Gonadectony and Inbreeding.
J.Geront. 24:427-437,1969.
149
-------
CAT BIBLIOGBAPBI
Castrated Bale cats outlived intact nales. Life vas
prolonged to a greater extent vhen castration took place
before rather than after sexual maturity. Hean age at
death vas sinilar in spayed fenales and castrated nales,
but the extent of prolongation of life after gonadectony
vas not as narked in fenales as in males because intact
fenales were longer lived than intact naies. Purebred
cats did not live as long as crossbreds, particularly in
the case of castrated nales.
BOBBEB 01024
Christie, D.B.
Bell, B.T.
Studies on Canine Reproductive Behavior.
Proc.soc.Endocr. 48:111-17,1970.
BOBBEB 01026
Banner, C.E.
Jennings, L. L.
Sojka, H.J.
Cat Sperqatozoa Require Capacitation.
J.Beprod.Pert. 23:477-460,1970.
Batnre, .random-bred nale and female cats were
used. Ovulation vas stimulated in estrus queens by an
intramuscular injection of 10 HCG, and superovulation by
injecting pro-estrus fenales vith 150 ID PBS
intraperitonealy followed 72 hours later by 50 10
BCG. It was found that matings upto 49 hours after HCG
injection vere fertile, but no fertilized eggs were
recovered from matings 50 hours or more after HCG
injection, i.e. 24 hours after ovulation. Preshly
ejaculated spermatozoa failed to fertilize any eggs in
vitro. A minimun in utero incubation time of 1/2 hour vas
required by 1 female to capacitate cat spermatozoa, but in
general 2-24 hours uterine incubation vas required for
capacitation. 62% of 61 eggs, cultured vith spermatozoa
which had been capacitated for 2-24 hours were fertilized
•hen cultured in heated rabbit serum, fertilized eggs
shoved normal cleavage upto 16 cells by the 3rd day, but
then began to degenerate.
H08BBB 01027
Bloom, P.
Unilateral Bxophthalmus Associated iith Leukemia in a
Cat.
Vet.Bed. 32:1-2,1937.
BOBBEB 01028
Byestone, V.H.
Byelogenous Leukemia in a Cat.
J.Bat.Cancer Inst. 12:599-613,1951
150
-------
CAT BIBLIOGRAPHY
NOHBEB 01029
Meier, H.
Patterson, D.F.
Hyelogenous Leukemia in a Cat.
J.Amer.Vet.Hed.Assoc.-128:211-211,1956.
NUMBER 01030
Meier, H.
Gourley, G.
Basophilic (Hyelocyte) or Hast Cell Leukenia in a
Cat.
J.Aaer.Vet.Red.Assoc. 30:33-40,1957
NUMBER 01031
Holzworth, J.
Heier, H.
Heticulum Cell Hyeloma in a Cat.
Cornell Vet. 67:302-316,1957.
NOHBEB 01032
Holzvocth, J.
Leukenia in the Cat. I.Lymphoid Malignancies.
J.Amer.Vet.Hed.Assoc. 136:U7-69,1960.
HUHBER 01034
Schalm, O.H.
Veterinary Hematology.
Lea 6 Pebiger, Philadelphia, 1961.
HOMBEH 01035
Gilnore, C.E.
Gilmore, V.H.
Jones, T.C.
Bone Harrow and Peripheral Blood of Cats: Technique
and Nornal Values.
Path.Vet. 1:18-40,1964.
Examination of bone marrow and peripheral blood is
necessary to diagnose and study many diseases affected the
hematopoietic system of cats. A simplified technique for
obtaining marrow from cats, modified from a previously
reported method, employs local anesthesia and minimal
restraint. Skin and periosteum over the iliac crest are
anesthetized with 2% procaine; a 3/4-inch, 18 gauge needle
with short beveled point and seated stylet is introduced
into the ilium through a small skin incision. Marrow
is aspirated with a syringe and smears are made
directly fright and Giemsa stains are used and 500
nucleated cells are differentiated. Average differential
values on marrow from 15 clinically normal cats were:
rubriblast 1.2X, prorubricyte 2.8X, rubricyte 15.IX,
metarubricyte 18.2X, (total erythrocytic cells, 38.4X) ,
myeloblast 1.1X, progranulocyte 2.8X, neutrophil
151
-------
CAT BIBLIOGRAPHY
oyelocyte 5.9X, eosinophil oyelocyte 0.3X, neutrophil
metamyelocyte 15.OX, eosinophil metamyelocyte 0.2%,
neutrophil band: 14.7%. eosinophil band 0.3Xf neutrophil
segmentec 11.0%, eosinophil segnenter 1.3% (total
nyelocytic cells, 55.6%), lymphocytes 5.1%, plasma cells
0.5%, reticulum cells 0.3X. The average myeloid: .
ecythcoid ratio was 1.6:1. Peripheral blood for
determing hematocrits (PCV), total leukocyte counts(VBC)
and differential leukocyte counts on the sane animals was
obtained by puncturing the marginal ear vein. Average
values for these determinations were: PCV 37%, HBC
15,250/cmm., segmenters (neutrophil) 59%, bands (neutrophil)
a%, eosinophils 6%, lymphocytes 27%, monocytes 3%.
NUMBER 01036
Brown, B. B.
Price, J.H.
Quantitive Studies on Metabolites of Tryptophan in the
Urine of the Dog, Cat, Bat and Han.
J.Biol.Chen. 219:985-997,1956.
NUMBER 01037
Cotchin, £.
Further Examples of spontaneous Neoplasms in the
Domestic Cat.
Brit. Vet. J. 112:263-272,1956.
NOBBBB 01038
Cotchin, E.
Neoplasia in the Cat.
Vet.Rec.69:425-434,1957.
NOHBBB 01039
NcCunn, J., Edit.
Hobday's Surgical Disease of the Dog and Cat.
Williams and iilkins Co., Baltimore, Hd., 1953.
NUMBER 01040
Nielson, S.w.
Neoplastic Diseases.
Feline Medicine and Surgery, 1st Ed., American
Veterinary Publications, Inc., Santa Barbara, Calif.,
1964.
NUMBER 01041
Osborne, C.A.
Low, D.G.
Perman, V.
Neoplasms of the Canine and Feline Urinary Bladder:
Clinical Findings, Diagnosis and Treatment.
J.A.V.H.A. 152:247-259,1968.
152
-------
C1T BIBLIOGBAPBI
HOBBBB 01042
Thoonen, J.B.
Hoorens, J.
Carcinoma in the Bladder of a Cat.
Tijdschr.Diergeneesk. 29:147,1960.
HOHBBH 01043
Brovn, A. H.
The Depressor Reflex Arising From the Main Left
Coronary Artery of the Cat.
J.Physiol. 184:825-836,1966.
Stiaulation of the preganglionic B fibres tnat run
without synapse through the stellate also had no neasurable
effect on coronary resistance, stimulation of the
post-ganglionic SC fibres of the cardiac sympathetic
nerves caused coronary vasodilation which occurred earlier
than, and was initially independent of, the decrease in
coronary sinus oxygen saturation. The injection of
noradrenalin into the perfusion system had the sane effect
as stimulation of the SC.fibres. In the K*-arrested
heart, both noradcenaline and stimulation of the
post-ganglionic nerves elicited coronary vasodilation
without changing the oxygen saturation of coronary sinus
blood. The
intracoronary injection of acetylcholine caused
coronary vasodilation followed by an increase of coronary
sinus oxygen saturation. ?agal stimulation caused
bradycardia and a fall in coronary resistance. Propranol
blocked coronary vasodilation elicited by sympathetic
stimulation or noradrenaline without affecting the
vasodilation due to myocardial ischemia or
acetylcholine. Atropine blocked coronary vasodilation
evoked by acetylcholine without affecting that due to
ischemia or noradrenaline. Therefore, smooth nuscle of
the coronary arteries has at least 3 different receptor
sites from which vasodilation can be
elicited. Hypertensin caused coronary
vasoconstriction. The presence of ^sympathetic cholinergic
vasodilator fibres innervating the coronary arteries could
not be demonstrated.
HUHBEB 01044
Eliasson, S.
Folkow, B.
Lindgren, P.
Dvnas, B.
Activation of sympathetic vasodilator Nerves to the
Skeletal Muscles in the Cat by Hypothalanic
Stimulation.
Acta Physiol.Scand. 23:33-351,1951.
153
-------
CAT BIBLIOGRAPHY
MUHBBB 01045
Busch, F.C.
Van Bergen, C.
Cat's Blood: Differential Counts of Leukocytes.
J.Bed.Research 10:250,1903.
BOBBER 01046
Kleineberger, C.
Die Bint Morphologic der Laboratories Tiere.
Leipzig, 2nd Edit., 1927.
HUHBEB 01047
Kleineberger, C.
Carl, W.
Die Blut Morphologic die Laboratdriiims Tiere..
Leipzig. 1912^
HOHBEB 01048
Scarborough, B.A.
The Blood Picture of Normal Laboratory Animals: the
Cat.
Yale J.Biol. and Red. 3:276,1930-1931.
NUHBEB 01049
Schmauch, G.
Ueber Endoglobulare Korperchen in den Erythrocyten
der Katzen.
Virchow's Arch. F. Path. Anat. 156:20('1.
NUSBEB 01050
Amoroso, B.C.
Comparative Anatomy of the Placenta.
Ann.N.y.Acad.Sci. 75:855,1959.
BOBBER 01051
Grosser, o.
Human and Comparative Placentation Including the
Early Stages of Human Development.
Lancet 1:1054,1933.
NOHBEB 01052
Hillebrand, H.
(Quantitative Comparisons of the Postnatal Changes of
the Glia in the Corpus Callosum of the Cat).
Z.Zellfors.ch. 73:303-312,1966.
BOBBER 01053
Lucke, V. H.
Hunt, A.C.
Interstitial Nephoropathy and Papillary Necrosis in
154
-------
CAT BIBLIOGRAPHY
the Domestic Cat.
J.Path.Cact. 89:723-728 (1965).
NUHBE8 01054
Nakaoatsu, H.
Goto, ft.
Horita, n.
A Case of Generalized Amyloidosis in the Cat.
Jap.J.Vet.Sci. 28:259-265,1966.
NUMBER 01055
SeaHeight, A.A.
English, P.B.
Gartner, R. J. ¥.
Hypervitaoinosis A and Deforming cervical Spondylosis
of the Cat.
J.Comp.Path. 77:29-39,1967.
NOHBEfi 01056
Seawright, A.A.
Steele, D.P.
Clark, L.
Hypervitaminosis A of Cats in Brisbane.
Austr.Vet.J. 44:203-206,1968.
NOMBEH 01057
Ames, F.
Flea Collars-Con and Pro.
Cats Hagazine, Sept. 1969.
NOHBEH 01058
Pox, I.
Bayonna, I.G.
Armstrong, J. L.
Cat Flea Control Through Use of
Dichlorvos-Impregnated Collars.
J.A.V.H.A. 155:1621-1623,1968.
NOHBBB 01059
FOX, I.
Rivera, G.A.
Bayonna, I.G.
Controlling Cat Fleas With Dichlorvos-Impregnated
Collars.
J.Econ.Enton. 62 (5):1246-1249,1969.
NUMBER 01060
Fox, I.
Bayonna, I.G.
Armstrong, J.L.
155
-------
CAT BIBLIOGRAPHY
Cat Collars Impregnated Vith Dichlorvos Ineffective
Against Bar Hites.
J.Econ.Eaton. 62:1503-1504,1969.
HOHBEB 01061
Gershoff, -S.H.
Norkin, S.A.
Vitamin E Deficiency in Cats.
J. Dutr. 77:303,1962.
Cats were adainisteced purified diets containing varying
levels of Vit. E, with or vithout tuna oil as a source of
high unsaturated fatty acids, for up to 63 and a half
•onths. Steatitis vas observed only in cats on the diets
deficient in ?it. B and containing tuna oil. Vitanin B
gave complete protection against steatitis. Cats
deficient in Tit. E, but receiving tuna oil, shoved
relatively nild deficiency symptoms, particularly muscle
changes, after a year on the experimental diets.
RUBBER 01062
florris, fl.. Jr.
Feline Degenerative Betinopathy.
Cornell Vet. 55:295-306,1965.
The authors report blindness and degenerative
retinopathy in cats fed casein-based purified diets
containing amounts of Vit. A considered more than
adequate for other species of animals.
HO."B£B 01063
Vainisi, S. J.
Campbell, L.H.
Ocular Tozoplasaosis in Cats.
J.A.V.H.A. 154:141-152,1969.
HOHBER 01064
Daoforth, c.H.
florphology of the Feet in Polydactyl Cats.
Aa.J.Anat. 80:1113-171,1947.
BOBBER 01065
flove. P., Jr.
A Case of Abnormality in Cats Paws.
Am.Hat. , 36: 511-526, 1902-
NOHBEB 01066
Beighard, J.
Jennings, fl.S.
Anatomy of the Cat.
Henry Bolt and Company., Ren York, 1935.
156
-------
CAT BIBLIOGRAPHY
NOHBEB 01067
Ellenberger, H.
Batim, H.
Handbuch der Vergleidhenden Anatomic dec Haustiere.
18 Aufl.r Springer, Berlin.
HOMBEH 01068
Habermehl, K.H.
Die Altersbestimmung Bei Haustieren, Pelztieren and
Belli Jagdbaren Hild.
Verlag Paul Parey, Berlin and Hamburg,1961.
NOHBEH 01069
Harrison, B.H.
Dissection of the Cat.
flosby Coup., Saint Louis, 1962.
NUMBER 01070
Reighard, J.
Jennings, U.S.
Anatomy of the Cat.
Holt and Coop., New York, 1930.
NUMBEH 01071
Schaller, 0.
Habel, R.B.
Frewein, J.
Nomina Anatonica Veterinaria.
International Committee on Veterinary Anatomical
Nomenclature, Wien, 1968.
NONBEB 01072
walker, fl.F.
A Study of the Cat.
Saunders Comp., Philadelphia and London., 1967.
NUMBER 01073
Zimmerman, G.
Die Knochen der Katze.
Allattani Kozlemenyek, 31-42,1930.
NUMBER 01074
Olbrich, 0.
Blood Changes in the Aged.
Eninburgh Ned.J. 54:306-321,1947.
NOMBER 01075
Hintrobe, M.N.
Clinical Hematology.
157
-------
CAT BIBLIOGRAPHY
Sixth Ed., Philadelphia, Lea 6 Febiger, 1967.
BOBBER 01076
Gershoff, S.N.
Legg, H.A.
O'Connor, F.J.
Hegsted, D.H.
The Effect of Vitamin D-Deficient Diets Containing
Various Ca:P Ratios on Cats.
J.Hutr. 63:79,1957.
Vitamin D deficiency in cats was produced by naintaining
them on Vit. D deficient purified diets containing
different calcium:phosphorus ratios. Rickets was
produced as shown by X-ray evidence, high serum
alkaline phosphatase, and lov bone ash values. More
severe rickets was produced by a diet containing IS calcium
and IX phosphorus than by one containing 2% calcium and 0.65
percent phosphorus. This may be the result of what
appeared to be the poorer growth of cats fed the 2:0.65
ratio. A marked spontaneous improvement was observed in
the condition of most of the cats surviving the acute
rickets of the first year of the experiment. This probably
indicates a very low Vit. D requirement for cats 18 months
or older.
SOMBER 01077
Gershoff, S.N.
Andrus, s.B.
Hegsted, D.H.
Lentini, E. A.
Vitamin A Deficiency in Cats.
Lab. Investigation 6:227,1957.
The first symptom of Vitamin A deficiency in cats is a
decrease in food consumption, followed by
emaciation. Some animals show weaknesses of the hind
legs with some signs of rigidity. Histological
examinations of Vitamin A-deficient cats reveal the
classic changes of squanous metaplasia in a number of
organ systems, with bronchopneumonia being a common
complication.
HUHBER 0107B
Gershoff, S.N.
Andrus, S.B.
Hegsted, D.H.
The Effect of the Carbohydrate and Fat content of the
Diet Opon the Riboflavin Requirement.
J.Nutr. 68:75, 1959.
Kittens were fed isonitrogenous, semi-purified diets,
varying in riboflavin content and ratio of carbohydrate
to fat. The sysmptons of acute riboflavin deficiency
were characterized chiefly by anorexia with resulting
emaciation and death. In one experiment, acute
riboflavin deficiency was accompanied by hair loss,
158
-------
CAT BIBLIOGRAPHY
particularly about the head. In a second experiment
alopecia was not observed. In chronically deficient cats,
cataracts were observed. None of the chronically
deficient cats shoved hair loss. High carbohydrate
diets partially protected cats against riboflavin
deficiency even though the carbohydrate used was
sucrose. Fecal and urinary riboflavin determinations
indicated that this effect was due to increased
intestinal synthesis of high carbohydrate diets. Three
milligrams of riboflavin per kg of diet appeared adequate
vhen the high carbohydrate diet was fed and U mg when the
low carbohydrate diet was fed.
NOflBEB 01079
Gershoff, S.N.
Paragalla, P.P.
Nelson, D.A.
Andurs, S.B.
Vitanin B-6 Deficiency and Ozalate Nephrocalcinosis in
the Cat.
Am.J. Ned. 27:72,1959.
AB.J.Hed. 27:72,1959.
Vitamin B-6 deficiency in cats is characterized by
growth failure, emaciation, convulsions, anemia, kidney
disease, and iron deposition in the liver. Kidney lesions
in Vitamin B-6 deficient cats are associated with the
presence of large amounts of kidney and urinary
endogenous oxalate'. These workers found that cats fed
diets containing 2 rag of pyridoxine hydrochloride per kg of
diet did not develope signs of pathology associated with
Vitamin B-6 deficiency. However, since less oxalate was
excreted by cats receiving 4 mg of pyridoxine
hydrochloride per kg of diet than those receiving 2 mg, it
has been suggested that the cat's regnirenent for Vitamin
B-6 may be set above 2 mg per kg of diet
HOHBBB 01080
Greaves, J. P.
Protein and Caloric Requirements of the Feline.
In Canine and Feline Nutritional Requirements,
Pergamon Press, New York, 1965.
The author has reviewed the literature on protein and
calorie requirements of cats. He has calculated the
theoretical net protein requirements for growth and
maintenance in cats from birth to maturity based on
available data for endogenous urinary and metabolic fecal
losses and protein retained in the body with age. His
data suggest that the minimum requirements of cats for
protein vary from 19g/kg body weight/day, during the first
week of life, to 2g/kg body weight/day, at maturity.
BOBBER 01081
Greaves, J.P.
Scott, P. P.
159
-------
CAT BIBLIOGRAPHY
Nutrition of the Cat. III. Protein Requirements for
Nitrogen Equilibrium in Adults Cats Haintained on a
(fixed Diet.
Brit.J.Nutr. 14:361,1960.
The optimal mixed natural rations for cats contained 32X
protein, supplying 29* of the calories. Hhen cats from 11
to 21 weeks of age were fed casein-based semipurified diets
which supplied 29% of calories as protein, the protein
intakes were about twice the estimated protein required,
indicating a utilization of casein in good diets for growth
of about 50 percent.
NDHBER 01082
Greaves, J. P.
Scott, P.P.
The Influence of Dietary Carbohydrate on Food Intake
of Adult Cats.
Proc.Nutr.Soc. 22:4,1963.
There was an increased food consumption in cats when
dextrin, rather than sucrose, was used in their rations.
NOHBER 01083
duller, G.H.
Kirk, R.w.
Flea Collar Dermatitis.
In Snail Animal Dermatology.
H.B.Saunders Co., Philadelphia, 1969.
NOHBEB 0108(1
Acheson, F.
Bull, A.B.
Glees, P.
Electroencephalogram of the Cat After Intravenous
Injection of Lidocaine and Succinylcholine.
Anesthesiology 17:802,1956.
NUHBEB 01085
Acierno, L.G.
Dipalna, J.B.
The Effects of Ether, Cyclopane and Chloroform on
the Isolated Auricle of the Cat.
Anesthesiology 12:567,1951.
NOHBER 01086
Albrecht, D.T.
Blakely, C. L.
Anesthetic Mortality: A Five Tear Survey of the
Records of the Angell Memorial Hospital.
J.Am.Vet.Hed.Assoc. 119:429,1951.
160
-------
CAT BIBLIOGRAPHY
RUBBER 01087
Allen, T.
The Intraperitoneal Use of Procaioe Uydrochlocide
With Morphine-Pentobarbital laesthesia.
J.An.Vet.Bed.Assoc. 135:223,1959.
(JOBBER 01089
Annis, J.B.
Lavignette, &.H.
Blakernore, J.C.
The Use of Hethoxyflurane in Snail Animal Practice.
Allied Vet. 36:13,1964.
DUMBER 01090
Aranez, J.B.
Tagal, J.V., Jr.
"Kenithal" Sodiun as a General Anesthetic for Cats.
Indian 7et.J. 3
-------
CAT BIBLIOGRAPHY
Gerola, A.
Tidal Voluae, Oxygen uptake. Cardiac Output and Body
Surface in the Cat.
An.J. Physiol. 205:588,1963.
NOBBER 01096
Bazett, H.C.
Erb, W.H.
Standardization of Dosage of Sodiua Ethyl
.(1-Nethylbutyl) Barbiturate (Henbutal) for Anesthesia
in the Cat and Dog.
J.Pharmacol.Exptl.Therp. 49:352,1933.
HDBBEB 01097
Beaner, R.J.
The Cat-Its Care and Diseases.
HOHBEH 01098
Beaton,. A.C»
Fluothane and Hypotensin in Cats.
Can.Anaesthetists' Soc. 6:13,1959.
HOHBEB 01099
Begany, A.J.
Seifter, J.
Pless, H.H.
Haber, R.D.
Bruce, V.7.
Tranquilizing Effects of Phenothiazines in Cats and
Babbits.
Federation Proc. 15:399,1956.
HOBBEB 01100
Belinsky, J.i.
A New, Superior, Short- to-Inter mediate-Ac ting
Anesthetic.
North An.Tet. 37:297,1956.
HQHBBB 01101
Bell, R. B.
Price, H.A.
Turk, R.D.
Toxicity of Halathon and Chlorthlon to Dogs and Cats.
J.An. Tet.Hed. Assoc. 126:302,1955.
BOBBER 01102
Berge, E.
Die Pernoctonnarkose Bein Hand and Bei der Katze.
Tierarztl.Bundschau.^ 35:609,1929.
162
-------
CAT BIBLIOGRAPHY
HUHBEB 01103
Bester, J.P.
A Study of the Potentiation of Pentobarbital
Anesthesia by Glucose and Its' Metabolites.
Doctoral Dissertation, Columbus, Ohio State Univ.,
1952.
in:Dissertation Abstracts 17:2633,1957
(Publ.No.23665).
BOMBER 01104
Bickford, B.G.
Neucophysical Applications of Automatic Anesthetic
Regulator Controlled by Brain Potentials.
An.J.Physiol. 159;562, 1949.
NUHBER 01105
Black, H.N.
DDT Poisoning of Cats and Dogs.
Vet.Record 63:628,1951.
HOHBEH 01106
Blakely, C. L.
Elevating Low Postoperative Body Temperature.
North AD.Vet. 38:285,1957.
NUMBER 01107
Booth, N.H.
Evaluation of Cardia Monitor.
J.Affl.Vet.Assoc. 140:664,1962.
NUHBEB 01108
Borgman, R. P.
Onderbejerg, G.K.L.
The Action and Use of Bulbocapnine in Cats and
Cattle.
J.Am.Vet.Hed.Assoc., 137:293,1960.
NDABER 01109
Bradley, P.B.
Elites, J.
The Effect of Atropine, Hyoscyamine, Physostigmine and
Neostigmine on the Electrical Activity of the Brain of
the Cat.
J.Physiol., London 120:143,1953.
NDHBER 01110
Brand, E.D.
Harris, T.D.
Borison, H.L.
Goodman, L. S.
163
-------
CAT BIBLIOGBAPHX
The Anti-Emetic Activity of 10
(A-DinethyZaninopropyl) -2-Cblorophenothiazine
(Chlorpromazine) in the Dog and Cat.
J.Pharmacol.Exptl.Therap. 110:6,1954.
HDJ1BEB 01111
Brinker, V.O.
Use of Surital Sodium and Curare in Small Animal
Surgery.
North Am.Vet. 32:832,1951.
NOHBER 01112
Britton, S.V.
Effects of Lowering the Temperature of Honiothermic
Animals.
Quart. J.Exptl.Physiol. 13:55,1923.
MOBBER 01113
Britton, S.i.
Studies of the Conditions of Activity in Endocrine
Glands XVII. The Nervous Control of Insulin
Secretion.
Ao.J.Physiol. 74:219,1925.
NUMBER 01111*
Brodie, B.B.
Of nice, Hicrosones and Nan.
Pharmacologist 6:12,1965.
NUMBER 01115
Heath, H.K.
HacQueen, J.W.
Spies, T.D.
Feline Pellegra.
Science 92:514,19(10.
Niacin deficiency in cats is described. It is
characterized by diarrhea, emaciation and death. There is
and elevation in body temperature, mouth lesions consisting
of an ulcerative, reddish margin in the upper palate close
to the midline, a redness of the terminal oact of the
tongue, thick, saliva, and foul mouth odor.
NOHBEH 01116
Brown, R. V.
Hilton, J.G.
The Effectiveness of Baroreceptor Reflexes Onder
Different Anesthetics.
J,Pharmacol.Eiptl.Therap. 118:198,1956.
164
-------
CAT BIBLIOGHAPHY
1UBBB ait 17
Bulnring, E.
Daves, G.S.
A Bethod for the Assay of Atropine Substitutes on the
Salivary Secretion.
J.Pharaacol.Bxptl.Therap. 84:177,1945.
1TOHBBB 01118
Bur gen, A.S.7.
Keele, C.A.
Quantitative Studies of Procaine Hetabolisn in the
Cat.
Brit.J.Pharnacol. 3:128,1948.
WDflBEB 01119
Burstein, C.l.
Effect of Sone Short-Acting BarDituric Acid
Derivatives on Intestinal Activity in Fivo.
Proc.Soc.Bxptl.Biol.Hed. 40:122,1939.
HOHBEB 01122
Carlson, C.H.
A Clinical Evaluation of Heperidine Hydrochloride as
a Preanesthetic Agent in the Cat.
vet.fled. 50:229,233, 1955.
UOMBEB 01123
Cessi, C.
Effects of Either, Trichloroethylene and Fluothane on
Pulaonary stretch Receptors of the Cat.
in: Pcoc.First European Congr.Anaesthesiology,
fTien.1962.
ROHBEB 01124
Chen, C.
Bnsor, C.B.
Bussell, D.
Bohner, B.
The Pharmacology of 1(1-Phenoylcylohery) Piperindine
HC1.
J.Pharnacol.Exptl.Therap. 127:241, 1959.
HOBBBH 01125
Chopra, B.H.
Chovhan, J.S.
Biological Assay of Digitalis Preparations in the
Tropics.
Indian J.Bed.Bes. 20:1189,1933.
HOHBER 01126
Clifford, D. R.
165
-------
BIBLIOGRAPHY
Effect of Pceanesthetic Medication Kith
Chlorpromaziae, Heperidine, and Promazine on
Pentobarbital Anesthesia in the Cat.
J.Am.Vet.Med.Assoc. 131:415,1957.
SOMBER 01127
Clifford, D.H.
Effects of Meperdine, Pcomazine and Proaethazine
Preanesthesia on Traumatic Shock and Experimental
Pentobacbital Anesthesia in Cats.
Am.J.Vet.Res. 21:557,1960.
NUMBER 01128
Clifford. D.H.
Effect of Preanesthetic Medication With Pronazine and
Promethazine on Pentobarbital Anesthesia and Subsequent
Hypothermia in the Cat.
J.Am.Vet.Ned.Assoc. 137:251,1960.
NUMBER 01129
Clifford, D.H.
Soma, L. R.
Anesthesiology.
In: Feline Medicine and Surgery, Edited by E.J.
Catcott, Santa Barbara, Calif.
AD.Vet., 1964, P. 392.
NUMBER 01130
Cravshaw, H.A.
Surital Sodium: A General Anesthetic for Use in
Small Animal Surgery.
Vet.Rec. 67:266,1955.
NUMBER 01131
Crescitelli, F.
Gilfflan, A.
Electrical Manifestations of the Cerebellum and
Cerebral Cortex Follouing DDT Administration in Cats
and Monkeys.
Am.J.Physiol. 147:127.1916.
NUMBER 01132
Croft, P.G.
Small Animal Euthanasia.
Vet.Rec. 64:274,1952.
RONBER 01133
Cunnings, B.C.
Effect of Intrathoracic Injections of Sodium
Pentobarbital in the Cat.
166
-------
CAT BIBLIOGRAPHY
Small Animal Clin. 3:539.1963,
NUMBER 01134
Daly, H.
Lambertsen, C.J.
Schweitzer, A.
Observations on the Volume of Blood Plow and Oxygen
Utilization of the Carotid Body in the Cat.
J.Physiol., London. 125:67,1954.
NOHBEB 01135
Das, P. K.
Arora, B.B.
General Pharmocological Properties of
21-Hydroxypregnane-Dione Sodium Succinate, an
Intravenous Anesthetic Agent.
J.Pharmacol.Exptl.Therap. 121:149,1957.
NUMBER 01136
Danes, G.S.
Comroe, J.H., Jr.
Cheooreflexes From the Heart and Lungs.
Physiol.Hev. 34:167,1954.
NOHBER 01137
Derivaux, J.
Deualgue, J.
Note Pratique D'Anesthesie Generale Du Chat.
Ann.tied. Vet. 104:377,1960.
NUHBER 01140
Dundee J.H.
Thiopentone and Other Thiobarbiturates.
Edinburgh:Livingstone, 1956.
NUHBER 01141
Eads, P.E.
Surital sodium Anesthesia in Dogs and Cats: A
Symposium Covering 7,522 Patients.
Calif.Vet. 7:24,1953.
NUMBER 01142
Easton, K.L.
Chlordane Poisoning in a Cat.
Can.Vet.J. 2:310,1961.
NOMBEH 01143
Eggleston, C.
Hatcher, R.A.
167
-------
CAT BIBLIOGRAPHY
A Further Contribution to the Pharnacology of the
Local Anesthetics.
J.Pharaacol.Bxptl.Therap. 13:433,1919.
RORBBR 01144
Enold, G.L.
Pathologic Effects of intrathoracic Barbiturate
Anesthesia in Cats.
J.An.Vet. Hed.Assoc. 140:795*1962.
BOBBER 01145
Ernst, H.R.
Klesner, R.
Huebner, R.A.
Bar tin, J.E.
Susceptibility of Cats to Phenol.
J.An.Vet.Bed.Assoc. 138:197,1961.
ROBBER 01146
Essler, i.O.
Folk, G.E., Jr.
Adanson, G.E.
21-Hour Cardiac Activity of Unrestrained Cats.
Federation Proc. 20:129,1961.
BOBBER 01147
Evans, 0. H.
Anesthesia in Cats.
Advan.Small Animal Pract. 4:15,1962.
BOBBER 01148
Byzaguirre, C.
Levin, J.
Chenoreceptor Activity of the Carotid Body of the
Cat.
J.Physiol., London 159:222,1961.
HOHBEB 01149
Fornston, C.
Knight, G.C.
Bilne, F. J.
Electrically Heated Blankets for Operating Table and
Kennel Use.
Vet.Bee. 61:558,1949.
NORBBR 01150
Frank, B. R.
168
-------
C&T BIBLIOGRAPHY
Regional Anesthesia in the Dog and Cat.
J. Am. Vet. tied. Assoc. 72:336,1928.
NUMBER 0115*
Freier, G.G.
Ulcenative Stomatitis in Cats.
J.An.Vet.Ned.Assoc. 126:293,1955.
NUNBEB 01152
Fritsch. R.
Die Steroid-Narkose Versuche und Klinische
Erfarhungen Nit dec wPresurenM-Narkose bei Tieren.
Zentr.Veterinaermed- 6:162,1959.
NUMBER 01153
Groom, A.C.
Rowlands, S.
The Cardiac Output and Blood Volume of the
Anesthetized Cat.
Phys.Med.Biol. 3:138,1958.
NUMBER 01154
Garcia, J.G.
Epidural Anesthesia in Felines.
J.Small Animal fled. 1:244,1952.
NUMBER 01155
Garry, R.C.
Some Observations on the Suitability of Amytal as an
Anesthetic for Laboratory Animals.
J.Pharmacol.Exptl.Therap. 39:129,1930.
NUMBER 01156
Grewe, H.E.
Kremer, K.
Nitteilung Uber Eine Intra-Peritoneale Narkose lit
Baritursaure Derivaten bei Kleintieren.
Berlin Nuench.Tierarztl.Uochschr. 7:129,1951.
NUMBER 01157
Hall, L.H.
Heaver, B. N. Q.
Some Notes on Balanced Anesthesia for the Dog and
Cat.
Vet.Bee. 66:289,1954.
NUMBER 01158
Harris, D.T.
Borison, H.L.
169
-------
C&T BIBLIOGRAPHY
Effect of Pentobarbital on Electrical Excitability of
Respiratory Center in the Cat.
Am.J. Physiol. 176:77,195U-
NUHBEB 01159
Harrison, G.A.
Noir, D.D.
Vanik, P. E.
The Sensitivity of the Respiratory Tract During
Anesthesia in the Cat.
Brit.J.Anaesthesia 35:103,1963.
NUMBER 01160
Haskell, C.c..
The Influence of the Anesthetic on the Results of
Digitalis Assay by the Cat Method of Hatcher and
Brody.
j.Pharmacol.Exptl.Therap. 58:111,1936.
NUMBER 01161
Henderson, if.
General Anesthesia in the Cat.
Vet.Hec. 61:768,19U9.
NUHBEB 01162
Irwin, S.
Stagg, R.D.
Dunbar, E.
Govier, W. H.
Methitural, a Hew Intravenous Anesthetic: Comparison
With Thiopental in the Cat, Dog and Monkey.
J.Pharmacol.Exptl.Therap. 116:317,1956.
NUMBER 01163
James, o.D.
Volatile Anesthetics.
Vet.Rec. 63:304,1951.
NUMBER 01164
Johnstone, F.R.C.
McCartney, U.H.
Jackson, G.H.
Trichloroethylene Anaesthesia for Experimental Surgery
With Cats.
Can.Anaesthetists' Soc.J. 10:390,1963.
NUMBER 01165
Kaebler, H.H.
Joynt, R.J.
Tremor Production in Cats Given chlorpromazine.
170
-------
CAT BIBLIOGRAPHY
Proc.Soc. Exptl.Biol.Ned. 92:399,1956.
HUNBER 01166
Katz, R.L.
Ngai, S.H.
Respiratory Effects of Diethyl Ether in the Cat.
J.Pharmacol.Ezptl.Therap. 138:329,1962.
HOHBEH 01167
Kirk, R.H.
Congenital Defects of Puppies and Kittens.
Florida Conf.Vet.Prac. 3:18,1960.
MOHBBR 01168
Knirk, H.H.
Eads, F.E.
Clinical Experience with Surital Sodium as an
Anesthetic in Over 400 Dogs and Cats.
North AB.Vet. 34:195,1953.
HOHBER 01169
Koppanyi, T.
The Cation of Toxic Doses of Atropine on the Central
Nervous System.
Proc.Soc.Exptl.fiiol. Wed. 40:244, 1939.
BOBBER 01170
Koppanyi, T.
Linegar, c.B.
Cross-Circulation as a Hethod in the Study of Drug
Fixation and Poisoning.
Science 96:562,1942.
BOBBER 01171
Krop, S.
Gold, H.
Comparative study of Several Barbiturates With
Observations on Irreversible Neurological
Disturbances.
J.Pharnacol.Exptl.Therap. 88:260,1946.
NOHBER 01172
Landolt, R.E.
Peters, D.C.
Davenport, P.
A Device to Facilitate the Restraint of Laboratory
Aninals.
Proc. Ahiaal Care Panel. 12:121,1962.
171
-------
CAT BIBLIOGRAPHY
NUMBER 01173
Larson, E.J.
Toxicity of Low Doses of Aspirin in the Cat.
J.An.Vet.Hed.Assoc. 143:837,1963.
NUMBER 01174
Lavenson, G.S., Jr.
Plum, F.
Svanson, &.G.
PhysioLogical Management Con pared With Pharmacological
and Electrical Stimulation in Barbiturate Poisoning.
J.Pharnacol.Bzptl.Therap. 122:271,1958.
RUBBER 01175
Lenessurier, D.U.
The Site of Action of Caffeine as a Respiratory
Stimulant.
J.Pharoacol.Exptl.Therap. 57:U58,1936.
NUMBER 01176
Loeue, S.
Influence of Chlorpronazine, Reserpine Dibenzyline and
Desoxycorticosterone upon Morphine-Induced Feline
Mania.
Arch.Intern.Pharmacodyn. 108:453,1956.
NUMBER 01177
Longley, E.O.
Ethyl Chloride in Veterinary Anesthesia.
Vet.Bee. 62:152,1950.
NUMBER 01178
Lumb, U. V.
Snail Animal Anesthesia.
Philadelphia, Lea 6 Febinger, 1963.
NUMBER 01179
Nackay, I.F.S.
The Automatic Collection of Lung Gases in Cats.
J.Physiol., London 99:83,19UO.
NUMBER 01180
Hackay, J.L.
Effects of a Narcotic Level of Carbon Dioxide on the
Plasma^Potassium in Bespiration of Cats.
Am.J.Physiol. 151:469,1917.
NUMBER 01181
Mallet, N.
172
-------
CAT BIBLIOGRAPHY
On Cas de Pleuresia Purulente a la Suite D'anesthesie
par Injection Intca-Pleurale chez un chat.
Bull.Acad.Vet.France 19:119,1946.
NUMBER 01182
Narcenac, N.
Bordet, R.
Lecoustuoier, ?.
Anesthesia Genecale du chat par le Kemitha1.
Bull.Acad.Vet.France 25:227,1952.
NUMBER 01183
Matthews, S.A.
Brooks, C.
on the Action of Magnesium Sulphate.
J.Pharnacol.Exptl.Therap. 2:87,1910.
NUHBER 01184
flayer, K.
Demecol Hydcochloride as a Sedative for Cats.
North Amer.Vet. 26:477,1945.
NUMBER 01185
Neltzer, S.J.
Auer, J.
Physiological and Pharmacological Studies of Nagnesiun
Salts-I. General Anesthesia by Subcutaneous
Injections.
An.J.Bhysiol. 14:366,1905.
NUMBER 01186
Neynard, J.A.
Anesthesie Epidurale Chez le Chat.
Proc. 16th Intern.Vet.Congr., Madrid, 2:317,1959.
NUMBER 01187
Hisener, A.G.
Feline Onychectooy.
Vet.Bed. 48:284,1953.
NUMBER 01188
Moon, G.J.H.
Anaesthesia.
Australian Vet.j. 27:119,1951.
NUHBER 01189
Mulinos, H.G.
Iso-A my 1-Ethyl Barbituric Acid (Amytal) as a
Laboratory Anaesthetic for Cats.
173
-------
CAT BIBLIOGRAPHY
J.Pharnacol.Exptl.Therap. 34:425,1928.
HO FIBER 01190
Ngai, S.H.
Effect of Pentobarbital and fleperidine on the Central
Respiratory Mechanisms in the Cat.
Trans.H.Y.Acad.Sci., Sec. II, 22:252,1960.
NOBBER 01191
BOBBER 01191
Olsen, B, S.
Peon, i.O.
Effect of Co2 on Blood Lactic Acid in Cats,
Proc.Soc.Exptl.Biol.Hed. 91:477,1956.
BOBBER 01192
Pearcy, J. P.
Heaver, M.B.
A Study of Bulbospinal Reflexes in Dogs and Cats
Under Barbital Anesthesia.
Am.J.Physiol. 82:47,1927.
{JOBBER 01193
Pitts, B.F.
Hagoun, H.H.
Hanson, S.H.
Interrelations of the Respiratory centers in the Cat.
Am.J.Physiol. 126:689,1939.
HOBBEH 01194
Bandt, C.T.
Collins, R.F.
Davis, H.S.
Dillon, H.H.
Different Susceptibility of Afferent Pathways to
Anesthetic Agents in the Cat.
AD.J.Physiol. 192:305,1958.
NOBBER 01195
Snaford, J.
The Effect of Analeptics on Pentobarbitone Anesthesia
in the Cat.
Vet.Record 70:592,1958.
RUBBER 01196
Scnnitt, J.
Punfjahrige Erfahcungen Hit Deo Injiziecbaren
Hypnoticum Pecnocton bei Verschiedenen Haustieren
174
-------
CAT BIBLIOGRAPHY
(Hund, Katze, Schaff, Ziege, Schwein, Huhn)
Arch.Wiss.Prakt.Tierkeilk. 67:46,1933.
NOHBER 01197
Schnelle, G. B.
Notes and Data on Feline Practice.
Vet.Excerpts. 9:8,13.1949.
NOHBER 01198
Scott, P.P.
Problems Encountered in Studying the Nutrition of the
Cat (Felis catus. Linn).
Proc.Nutr.Soc.Engl. Scot. 16:77,1957.
NUMBER 01199
Self, R.A.
Amytal Sodiun Anesthesia For Snail Animals,
Vet.Red. 26:469,1931.
NOHBEB 01200
Sollman, T.
Hatcher, B.A.
A Comparative Study of the Dosage and Effects of
Chloral Hydrate, Isopral and Bromal on cats.
J.Ao.Hed.Assoc. 51:487,1908.
NUMBER 01201
Stock, J.E.
General Anesthesia in the Dog and Cat.
Brit.Vet.J. 117:417,1961.
NDBBEB 01202
Tavernec, D.
The Action of Local Anaesthetics on the Spinal Cord
of the Cat.
Brit.J.Pharmacol. 15:201,1960.
NDBBER 01203
Ullrich, K.
Zur Technik der (Castration der Heiblichen Katze.
Tieraerztl.Daschau. 9:348,1954.
NOHBER 01204
Vacher-Collomb, A.
Emploi du Diallybarbiturate de Pyramidon Pour
L*Anesthesia des Petits Aninauz de Laboratoire.
Conpt.Rend.Soc.Biol. 108:981, 1931.
175
-------
CAT BIBLIOGRAPHY
NUHBEB 01205
Vice, T.E.
Feline Practice Methods. I. Restraint.
Small Anim.Clin. 2:87,1962.
NUHBEB 01206
Von Euler, U.S.
Liljestrand, G.
Observations on the Pulmonary Arterial Blood Pressure
in the Cat.
Acta Physio.Scand. 12:301,1946.
NUMBER 01207
Hang, S.C.
Nims, L.F.
The Effect of Various Anesthetics and Decerebration
on the Co2 Stimulating Action on Respiration in Cats.
J.Pharmacol.Exptl.Therap. 92: 178,1948.
Pentobarbital in cats lowers their sensitivity to carbon
dioxide
NUMBER 01208
Hiddicombe, J.G.
The Activity of Pulmonary Stretch Receptors During
Bronchoconstriction, Pulmonary Oedema, Atelectasis and
Breathing Against a Resistance.
J.Physiol., London 159:436,1961.
NUMBER 01209
Hikler, A.
Studies on the Action of Morphine on Central Nervous
System of the Cat.
J.Pharmacol.Ezptl.Therap. 80:176,1944.
NUHBEB 01210
Hikler, A.
Hassernan, J.U.
Effects of Morphine on Learned Adaptive Responses and
Experimental Neuroses in Cats.
A.N.A.Arch.Neurol.Psychiat. 50:431,1943.
NUMBER 01211
Wright, J.G.
Hall, L.H.
Veterinary Anesthesia and Analgesia (5th Ed.)
Baltimore, Williams and Hilkins, 1961.
NUMBER 01212
Hoesslin, H.V.
Wachstumsversuche an Katzen.
176
-------
CAT BIBLIOGRAPHY
ZeitSchr.F.Biol.,Bd. 85-05. 218-264,1926.
HDHBEB 01213
Humphreys, E.R.
Scott, P.P.
Variations" in the distribution of Calcium in the Fenoca
of Growing and Adult Cats Receiving Diets of
Differing Calcium Content.
Int.Congress Blochea. 6:438,1964.
NUMBER 01214
Latioer, H.B.
Aikman, J.B.
The Prenatal Growth of the Cat.
I. The Growth in Height 'of the Head, Trunk, Pore
Linbs. and Hind Limbs.
Anat.Bec. 48:1-26,1931.
HOHBEB 01215
Latiaer, H.B.
The Prenatal Growth of the Cat.
II. The Growth of the Dimensions of the Head aad
Trunk.
inat.Rec. 50:3.11-332,1933.
•OHBEB 01216
Kling, A.
Behavioral and Sonatic Developaent Following Lesions
of the Amygdala in the Cat.
J.Phsychiat.Bes. 1966.
BOBBER 01217
Barley, E.
Key, J.B.
Saturation of the Electrocorticogram and Behavior in the
Kitten and Guinea Pig and the Effect of Sane
Syapatho/Miaetic Aaines.
E.E.G.Clin.Neurophysiol. 15:620-636,1963.
BOBBEB 01218
Rosenblatt, J.S.
Turkewitz, G.
Schneirla, T.C.
Early Socialization in the Doaestic Cat as Based on
Feeding and Other Relationships Between Female and
Young.
Deteminants of Infant Behavior (Ed. by B.N. Poss),
51-74, Hew York:Wiley.1959.
177
-------
CAT BIBLIOGRAPHY
KOflBER 07219
Scott, J. P.
Critical Periods in Behavior Development.
Science 138:948-957,1962.
NUHBEH 01220
Brodey, R.S.
Alimentary Tract Neoplasms in the Cat: A
Clinicopathologic Survey of 46 Cases.
An.J.Vet.Res. 27:74-80,1966.
BOMBER 01221
Cotchin, E.
Neoplasms in Small Animals.
Vet.Rec. 63:67-72,1951.
NUMBER 01222
Cotchin, E.
Neoplasms in Cats.
Proc. Hoy. Soc. fled. 45:671-674.1954.
HUBBER 01223
Cotchin, E.
Further Examples of spontaneous Neoplasms in the
Domestic Cat.
Brit. Vet. J. 112:263-272,1956.
BOBBER 01224
Cotchin, E.
Neoplasia in the Cat.
Vet.Bee. 69:425-434,1957.
NUMBER 01225
Cotchin, E.
Neoplasia in Domesticated Animals: A Subject For
Study in Practice, Abattoir, and Laboratory.
Vet.Bee. 70:752-755,1958.
NUMBER 01226
Cotchin, E.
Some Tumors of Dogs and Cats of Comparative
Veterinary and Human interest.
Vet.Rec. 71:1040-1054,1959.
NUHBEfi 01227
Douglas, S.W.
Neoplasms in Small Animals.
Vet.Bet. 63:73-75,1951.
178
-------
CAT BIBLIOGRAPHY
SOMBER 01228
Holzvorth, J.
Nielsen, S.W.
Visceral Lymphosarcoma of the Cat.
J.A.V.H.A. 126:26-36,1955.
BOMBER 01229
Jarrett, u.P.H.
Crawford, E. M.
Martin, H.B.
Davie, F.
Leukemia in the Cat: A Virus Like Particle
Association With Leukemia (Lynphosarcona).
Nature 202:567-568,1964.
RUHBEB 01230
Noulton, J. E.
Tuaors in Domestic Animals.
University of California Press, Berkeley, Calif.,
1961.
NDNBER 01231
Mulligan, B.M.
Spontaneous Cat Tumors.
Cancer Res. 11:271,1951.
HUHBEH 01232
Nielsen, S.H.
Neoplastic Diseases, in Feline Medicine G Surgery.
1st Edit. American Veterinary Publications, Inc.,
Santa Barbara, Calif., 1964.
NUMBER 01233
Nielsen, S.H.
Holzvorth, J.
Viseral Lynphosarcoaa of the Cat.
J.A.V.H.A. 122:189-197,1953.
HUHBEH 01231
Squire, R.A.
Bematopoietic Tumors of Domestic Animals.
Cornell Vet. 51:97-150,1964.
NUMBER 01235
Jovsey, J.
Gershon-Cohen, J.
Effect of Dietary Calciun Levels on Production and
Reversal of Experimental Osteoporosis in Cats.
Proc,Soc,Exp.Biol.«ed. 116:137,1964.
179
-------
CIT BIBLIOGRAPHY
HOHBSfi 01237
Krehl, H.A.
Covgill, G.R.
ihedon, &.D.
Non-deleterious Effect of Polyoxyethylene Esters in the
Nutrition of Bats and Cats.
J. Hutr. 55:35,1955.
The authors favor a high-fat, high-protein diet for cats.
BOBBER 01238
Ransur Guerios, H.F.
Hoxter, G.
Hypoalbuoinenia in Choline-deficient Cats.
Protides Biol Fluides, Proc.Collog. 10:199,1962.
Rypoalbuainenia is a result of choline deficiency in cats.
BOBBER 01239
Krook, L.R.
Barrett, R. B.
Usui, K.
iolke, B. E.
The Dietary Nitrogen Requirements of the Cat.
J. Nutr. 64:1*93,1958.
Five week kittens retain about 1.7 g of nitrogen per day
per kg of body weight for growth. This retention
decreased to about 0.5g per day per kg of body weight at
25 weeks, and nitrogen equilibrium was reached at about
55 weeks. Kittens under 10 weeks of age required equal
or greater than 0.7 and adult cats about 0.5 g of nitrogen
per day per kg of body weight to maintain their body
stores. The nitrogen balance indices of casein and
gluten were higher for adult cats than dogs, suggesting
that adult cats nay have lower requirements for lysine
and sulfur-containing anino acids than other species.
ROBBER 01240
Bostyn, fl.J.
Effect on Feline Growth of Heat Processed Foods and
Betabolized Vitanin D Milk.
Vet. Bed..42:110,1947.
Cats grow better on a raw ailk diet.
HOBBEB 01241
Odon, G*
RcBachern, D.
Subarachnoid Injection of Thiaaine in Cats: Unaasking
of Brain Lesions by Induced Thiaaine Deficiency.
Proc.5oc.Bxp.Biol.fled. 50:28,1942
BOBBER 01242
Pottenger, P.fl., Jr.
Sinonsea, D.G-
180
-------
CJT BIBLIOGRAPHY
Heat Labile Factors for the Proper Growth and
Development of Cat.
J.Lab.Clin. Pled. 25:238,1939.
NOHBER 012113
Ngai, S, H.
Effects of Pentobarbital and nepecidine on the Central
Respiratory flechanisns in the Cat.
Trans. N.Y.Acad.Sci. , Ser. II, 22:252-258,1960.
NOHBER 01244
Heaver, B.N.Q.
Endotrachael Intubation in the Cat.
J.Small Anim.Pract. 10:9-11,1969.
HDHBEH 01245
Cravshav, H. A.
Surital Sodium. A General Anesthetic for Use in
Snail Animal Surgery.
Vet.Bee. 67:266-268:1955.
RUBBER 01246
Cello, R. n.
An.J.Ophthal. 43:296,1957.
NOHBER 01247
Cello, R. R.
•An.J.Ophthal. 63:1270,1967.
NUMBER 01248
Heyward, T.J.
Salry, H.Z.
Dowdle, H. R.
Am.J.Vet.Res. 30:615,1969.
HUHriER 01249
Spradbrov, P. B.
Bagast, T.J.
Burgess, G.
Portas, B.
Austral.Vet.J. 46:109,1970.
HOflBER 01250
Kinschbauo, H.B.
Neuropath.& Exp.Neurol. 6:78,1947.
DUMBER 01251
Kisselewa, Z.N.
181
-------
CAT BIBLIOGRAPHY
Anat.Anz. 78:331,1934.
HDHBEB 01252
AtvaL. O.S.
Hcfarland, L. Z.
Histochemical Study of the Distribution of Alkaline
Phosphatase in Leukocytes of the Horse, Cow, Sheep,
Dog, and Cat.
Aner. J.Vet. Bes. 28:971,1967.
HUHBEB 01253
Reid, J.5.
Ha ecus, L.C.
J.Snail Anim.Pract. 7:421;1966.
NUMBER 01254
Bleby, J.
The OFAfT Handbook.
3rd Edit., E.S.Livingstone, Edinburgh and London,
1967,
NOHBEB 01255
Dickinson, C.D.
Scott, P.P.
Nutrition of the Cat. 2. A Practical Stock Diet
Supporting Growth and Reproduction.
Bcit.J.Nutc. 10:304,1956.
NUHBEB 01256
Dinsley, H.
Lab. Anin.Cent.Coll. Pap. ,12:47,1963.
HUHBEB 01257
Lamotte, J.H.
Short, D.J.
J.Inst.Anioi.Tech. 17:85,1966.
NOHBEH 01258
Patterson, J.H.
Cats.
In Animals for Research (Ed.by Lane-Petter, H.),
Academic Press, London and N.Y., 1963.
HUHBEB 01259
Butty, D.A.
Smith, G.K. A.
Lab.Anin. 1:111,1967.
182
-------
CAT BIBLIOGBAPHI
HOMBEH 01260
Seaoec, J.
Chesterman, F.C.
Lab.Anin. 1:117,1967.
SOHBE8 01261
Scott, P.P.
J.Physiol., London 116:11,1952.
HOHBEB 01262
Adams, S.S.
Cox, E.H.
?.Inst.Anin.Tech. 17,97,1966.
HOHBEB 01263
Boucg, B.
Les flodifications Provogues par la Gravidine chez la
Chatte Adalte en Debars de la Gestation et Ourant
Cette Periode.
C.B.Soc.Biol.T. 108,1931.
HUHBBB 01264
Coarrier, B.
Gros, G.
Benargues sur la Nidation de L'Oef chez la Chatte.
C.R.Soc.Bioi;T.III. ,1932.
HO JIB EH 01265
Dawson, A.B.
Rosters, B.A.
Pre-Inplantation Changes in the Uterine Hucosa of the
Cat.
An.J.Anat. 75,1944.
BOHBEB 01266
Bennig, C.
Uber die Placenta der Ratze.
Sitzb.D.Natarforsch.Gess.20 Leipzig, No.8-10,1875.
BOHBEB 01267
Hill, J.P.
Tribe, H.
Early Development of the Cat.
Quart.J.Hicr.Sci. 68,1924.
Utilizing a collection of hundreds of female cats, a
description is nade of the early development and
maturation of the ovum of the cat, its fertilization, the
process of cleavage, and the formation of the
blastocyst. The descriptions and figures are extensive,
•ith constant comparison to other species, expecially the
183
-------
CAT BIBLIOGRAPHY
dog.
HOBBBB 01268
Janssen, A.
Uber die Placenta und Para-Placenta bei der Katze.
Dissert. Hannover, 1933.
HUIIBEB 01269
Nanvell, E.J.
Hickens, P,G.
The Mechanism of Ovulation and Implantation in the
Domestic Cat.
Anat.Bec. 38,1928.
NO If BE B 01270
Kelissenos, K.
Dber die Fettkornchen und Ihre Bildung in der Placenta
bei den Nagern und der Katze.
Arch.F.Hikr.Anat. 67,1906.
NONBER 01271
Turner, W.
Lectures on the Comparative Anatomy of the Placenta.
Edinburgh, 1876.
ROBBER 01272
Van Dyke, H.B.
Gustavson, B.C.
On the Pregnancy Response of the Uterus of the Cat.
J.Pharm. and Exp.Therap. 37,1929.
MOHBEB 01273
Uislocki, G.B.
Experimental Studies on Petal Absorption. II. The
Behavior of the Fetal Membranes and Placenta of the
Cat Toward Colloidal Dyes injected Into the Maternal
Blood Stream.
Contrib.to Embryol. 11,1920.
HUNBEB 01274
Hislocki, G.B.
Dempsey, E.W.
Histochenical Reactions in the Placenta of the Cat.
Am.J.Anat. 78(1),1946.
BOBBER 01275
Brodey, 8.S.
Nedenough, S.
Frye, F.L.
184
-------
CAT BIBLIOGBAPHY
Hardy, l.D., Jr.
Epiniology of Feline Leukemia.
Bibliotheca Haeoatologica No.36, S. Karger,
Basil. 1970.
MOHBEB 01276
Kavakani, T.G.
Thai leu, G. H.
Dungvorth, D.L.
"C"-Type Viral Particles in Plasma of Cats With
Feline Leukenia.
Science, 158:1049-1050,1967.
NUMBER 01277
Snyder, S.P.
Theilen, G.H.
Transmissible Feline Fibrosarcoma.
Nature (London) 221:1074-1075,1969.
NUMBER 01278
Gardner, n.B.
Arnstein, P.
Bongey, R.W.
Experinental Transmission of Feline Fibrosarcoma to
Cats and Dogs.
Nature(London)226:807-809,1970.
BOHBEB 01279
Herz, A.
Theilen, G.H.
Schaln, O.B.
C-Type Virus in Bone narrow Cells of Cats with
Hyeloproliferative Disorders.
J.Mat.Cancer Inst., t»U:339-348, 1970.
HOHBEB 01280
Shackleford, J.N.
Klapper, C.E.
Structure and Carbohydrate Histochenistry of Hannalian
Salivary Glands.
Aaer.J.&nat. 111:25-97,1962.
HOHBEH 01281
Kovall, H.
Staosbury, B.
Charnan, R.
A Current Look at Feline Lyiphoma.
Vet.Clinics of (Forth Aner., 1:355-365,1971.
185
-------
CAT BIBLIOGRAPHY
•OBBRB 01282
Bedford, P.G.C.
Vet.Bee. 87:305,1970.
RUBBER 01283
Ellinger, A.
Bandbuch D.Ezp.Pharmakol.,Ed.A.I.Beffter.
Springer, Berlin, 1923.
MlflBBR 01284
Kydd,, A.M.
Boswood, B.
iatts, A.E.
Vet.Bee. 87:318,1970.
BOHBEB 01285
Brochis, D.
Jones, R.J.
Parker, R. N.
Gill, A.R.
Vet.Rec. 87:638,1970.
BOBBER 01286
Canpbell, B.
Harthoorn, A.H.
Vet.Rec. 75:275,1963.
BOBBER 01287
Greenstein, J. P.
Otey, B.C.
Birnbaum, S.B.
•initz, N.
Quantitative nutritional Studies iith Hater soluble,
Chenically Defined Diets. X. Formulation of a
nutritionally Complete Liquid Diet.
J.Rat.Cancer Inst. 2«:211-217,1960.
BOBBER 01288
•initz, B.
Adams, R.R.
Sudnan, D. A.
Davis, P.B.
Jayko, L.G.
Bamilton, J.A.
Studies in Betabolic nutrition Employing Chemically
Defined Diets II. Effects on Gut nicroflora
Populations.
Am.J.Clin.Hutr. 23:546-559,1970.
BOBBER 01289
flerz, A.
186
-------
CAT BIBLIOGRAPHY
Theilen, G.H.
Schalm, O.W.
Demonstration of C-Type Vims Particles, Toxoplasas
Gondi, and Haemobartonella in a Cat With a
Nyeloproliferative Disorder^
Calif.Vet. 23:18-21,1969.
NUMBER 01290
Zavidzka. Z.Z.
Janzen, E.
Grice, H.C.
Erythreoic nyelosis in a Cat.
Path.Vet. 1:530-541.1964.
NUMBER 01291
Eberlein, R.
Rontgentherapie bei Haustieren.
Verh.Becichte II Bontgenkongr., Hamburg, 1906.
NOHBER 01292
Linnell, N.P.
A Practitioner's Consents on the Dse of Inhalation
Anesthesia in Small Animal Practice.
Vet.Med,/Small Anim.Clin. 65:239-240,1969.
NUMBER 01293
Short. C. E.
Fundamental Considerations in Small Animal
Anesthesia.
Proc.36th Ann. Heet.Am.Anio.Hosp.Assoc. 5-11.1969.
NUMBER 01294
Soma, L.R.
Klide, A.M.
Techniques and Eguiptnent for Inhalation Anesthesia in
Snail Animals.
J.A.V.H.A. 152:957-972,1968.
NOHBER 01295
KawaXami, T. G.
Essex, H.
comparative Characterization of Cat Leukemia and
Fibrosarcoma Viruses.
Abstract, 10th Int. Cancer Cong.. Houston, Texas
259:162,1970.
NUMBER 01296
Kavakami, T. G.
rtoore, A.L.
Theilen, G.H.
187
-------
CAT BIBLIOGRAPHY
Munn, B.J.
Comparison of Virus-Like Particles From Leucotic
Cattle to Feliae Leukosis Virus.
Oth internat.Coop.Leuk.Res., Cherry Hill, M.J., S.
Karger, Basil, 1970.
NUMBER 01297
Maruyama, K.
Dmochouski, L.
Svearinger, G. 8.
Lewis, H.
Morphological and Imounological Studies of Cat Embryo
Cells in Vitro Treated With Cell-Free Filtrates of
Spontaneous Feline Lymphoma.
27th Ann.Proc.E.M.S.A., New Orleans, La., 1968.
NUMBER 01298
Smith, R.D.
Wolfe, L.G.
Electron Microscopy of Feline Fibrosarcoma
Virus-Induced Tumors in a Non-Human Primate.
Fed.Proc., Atlantic City, N.J., 54:559,1970.
SOMBER 01299
Zavidzka, 1.1,
Janzen, E.
Grace, H.C.
Erythreaic Hyelosis in a Cat. A Case Resembling
Diguglelmo's Syndrome in Man.
Path.Vet. 1:530-541,1964.
BOBBER 01300
Zook, B.C.
Ultrastructural Evidence for the Viral Etiology of
Feline Infectious Peritonitis.
Path.Vet. 5:91-95,1968.
NOMBER 01301
Deinhardt, F.
iolfe, L.G.
Theilen, G.H.
Snyder, S. P.
St-Feline Fibrosarcoma Virus: induction of Tumors in
Narnoset Monkeys.
Science 167:881,1970.
NUMBER 01302
Fischinger, P. J.
O'Conner, T.E.
Productive Infection and Morphologic Alteration of
Human Cells by a Modified Sarcoma Virus.
188
-------
CAT BIBLIOGRAPHY
J.Nat.Cancer Inst. 44 :429-438,1970.
BOBBER 01303
Knhn, D.
Bel land, G.
Experimentelle Toxoplasna-Infektionen bei dec
Katze. I. Hiederholte Ubertragung Von Toxoplasoa
Gondii Dutch Kot von Hit Nematoden Infizier
Katzen.
Berl.Hunch.Tierarztl.Hchnschr. 82:401-404,1969.
BDHBBR 01304
Duval, H.
Le Placenta des Carnassiers.
J.De L'Anat.et de la Physiologie 31:38-80,1695.
MOMBEfi 01305
Henricius, G.
Oeber die Bntwicklung Ond struktur der Placenta Bain
Hunde.
Arch. F.Hikr. Anat.O.Entwicklungsgesch. SJ
1889.
HOHBE8 01306
Henricios, G.
Oeber die Entwicklang und Struktur der Placenta bei der
Katze.
Arch.P.flikc.Anat. 37:357-374.1891.
HOHBER 01307
Henricius, G.
Oeber die Bnbryotrophe dec Baabtiere (Hunde, Fuchs und
Katze}.
In Horphologischec Hinsicht, Anat.Hefte. 50:115-192,
Seventy-seven pages (and 48 figures) of German text, and
1914.
a classic discussion and review of the early embryology of
the dog and cat. Very difficult to get this one, but the
effort is veil worthwhile.
HDNBEH 01308
Fleischiann, A.
Hittleblatt und A onion der Katze.
Srlangen (Dissertation), 1887.
BOBBER 01309
Fleischmann, A.
Entwicklung und Struktur der Placenta bei Baubtieren.
Sitzungsb.K.Preuss.Akad.D.Hissensch.Berlin, Pages
661-670.1891.
189
-------
CAT BIBLIOGRAPHY
NOHBEB 01310
Fleischnann, A.
Embcyologische Untersuchungen: Die Morphologic dec
Placenta bei Nagern und Haubtiecen.
Heisbaden 3:153-213.1893.
HUHBEH 01311
Lusbcink, F.W.
Die Ecste Entvicklung dec Zotten in dec
Hundeplacenta.
Anat.Hefte. 1:163-185.1892.
NOHBEB 01312
Hossman, H. H.
Comparative Morphogenesis of the Petal Henbcanes and
Accessocy Structures.
Cacnegie Institute, Contributions to Embryology,
No. 18, pag*»s 133-2U7,1937.
NUMBER 01313
Gumnit, R.J.
natsuooto, H.
Vasconetto, C.
D.C. Activity in the Depth of an Experimental
Epileptic Foe as.
Electcoencephalogcaphy and Clin.Nejicophysiol.
28:333-339,1970.
NUMBER 01314
Russe, H.
Joehie, W.
Dbec die Sezuelle Buhingstelluog Heiblicher Hunde and
Katzen bei Normalen und Gestortem zyklusgeschenen Hit
Einen Perocal fficksanen Gestagen.
Kleintiec-Pcaz. 8:87-89,1963.
NDMBEB 01315
doltzen, H.
Hinausscheibung dec Laufigkeit bei Hunden und Katzen
Hit Peclutex Leo.
Rleintiec-Pcaz. 8:25-27,1963.
NOHBEB 01316
Kayanja, P.I.B.
The Ovacy of the Impala, Aepyceros Helanpus.
(Lichtenstein, 1812).
In Biology of Reproduction in Haamals, Pcoc.Syap.
Soc.Study Pert., Nairobi, 1968. J.Reprod.Pert.
Suppl. No.6:311-317,1968.
190
-------
CAT BIBLIOGRAPHY
Ovaries from 13 females ranging in age from 3 months to
8 years were studied. The ave. size of the ovary was
13x10x7 can., and this was reached by 10-12 nonths of
age. The histology of the ovary is described. The
nininum age for conception was 12 oonths. Penales bred
throughout the year with peaks in April and Nay, and
October and December. Average gestation length was 195
days. There appeared to be a post-partun estrus within 3
weeks of parturition. Ovulation occurred from either
uterine horn, but inplantation always occurred in the right
horn.
NUHBBR 01317
Robinson, R.
The White Tigers of Reeva and Gene Homology in
Felidae.
Genetica 40:193-200,1969.
In the "white" tigers to which reference is made, the coat
shows sepia-brown stripes on a white background. The
character is inherited, as a simple autosomal
recessive. The author considers that the gene responsible
foe the condition is homologous to the Chinchilla gene in
various other mammalian species and suggests that the gene
symbol nw" (lower case) should be changed to "c-ch" (upper
case c and ch superscript).
HOHBEB 01318
Pritchard, R.N.
Heron, V.
Snail Eye Rovements of the Cat.
Cand.Physiol. 14:131-137,1960.
BOBBER 01319
Pettigrew, J.D.
Nikara, T.
Bishop, P.O.
Binocular Interaction on Single Units in Cat striate
Cortex: Simultaneous Stinulation by Single Roving
Slit with Receptive Fields in Correspondence.
Exptl.Brain Res. 6:391-410,1968.
NUHBER 01320
Suzuki, H.
Kato, E.
Binocular Interaction at Cat's Lateral Geniculate
Body.
J.Neurophysiol. 29:909-920,1966.
HUNBER 01321
Peters, A.
Palay, S. L.
The Morphology of Laninae A and A1 of the Dorsal
191
-------
CAT BIBLIOGBAPHY
Nucleus of the Lateral Geniculate Body of the Cat,
J.Anat. 100:451-486,1966.
HOHBEB 01322
Nikara, T.
Bishop, P.O.
Pettigrew, J.D.
Analysis of Betinal Correspondence by studying
Beception Fields of Binocular Single Units in Cat
Striate Cortex.
Exptl. Brain Bes. 6:353-372,1968.
HOHBEB 01323
Lindsley, D.P.
Chow, K.L.
Gollender, H.
Oichoptic Interactions of lateral Geniculate Neurons
of Cats to Contralateral and Ipsilateral Eye
Stimulation.
J.Neurophysiol. 30:628-614,1967.
BOBBER 01324
Kozak, H.
Rodieck, B.H.
Bishop, P.O.
Besponses of Single Units in Lateral Geniculate
Nucleus of Cat to Roving Visual Patterns.
J.Neurophysiol. 30:19-47,1965.
HOMBEH 01325
Kinston, I.J.
Vadas, H.A.
Bishop, P.O.
Multiple Projection of. the Visual Field Onto the
Hedial Portion of the Dorsal Lateral Geniculate
Nucleus and the Adjacent Nuclei of the Thalamus of the
Cat.
J.Conp.Neurol. 136:295-316,1969.
SOHBEB 01326
Hubel, D.H.
iiesel, T.N.
Intergrative Action in the Cat's Lateral Geniculate
Body.
J.Physiol. 155:385-398,1961.
IDRBEH 01327
Haykov, H.B.
The Cytoarchitecture of the Lateral Geniculate Body in
the Cat in Belation to the Distribution of the Crossed
and Oncrossed Optic Fibres.
192
-------
CAT BIBLIOGRAPHY
J.Conp.Neurol. 110:1-64,1958.
NOHBER 01328
Guillery, B. H.
A Study of Golgi Preparations Fron the Dorsal
Lateral Geniculate Nucleus of the Adult Cat.
J.Conp.Neurol. 128:21-50,1966.
NUMBER 01329
Grusser, O.J.
Saur, G.
Honoculare und Binoculare Licbtreizune Binzelner
Neurone Imm Geniculatua Laterale dec Katze.
Pflugers Arch.Ges.Physiol. 271:595-612.1960.
NOHBER 01330
Fillenz, H.
Binocular Interaction in the Lateral Geniculate Body
of the Cat.
In the Visual System: Neurophysiology and
Psychophysics, Springer-Verlag, Berlin, 1961.
NUMBER 01331
Erulkar, S.D.
Fillenz, N.
Single-Unit Activity in the Geniculate Body of the
Cat.
J.Physiol. 154:206-218,1960.
NUHBEH 01332
Erulkar, S.O.
Fillenz, M.
Patterns of Discharge of the Lateral Geniculate Body
of the Cat in Response to Binocular Stimulation.
J.Physiol. 1UO:6,1958.
NUMBER 01333
Bishop, P.O.
Kozak, H.
Levick, B. H.
Vakkur, G.J.
The Determination of the Projection of the 7isal Field
on the Lateral Geniculate Nucleus of the Cat.
J.Physiol. 163:503-539,1962.
NUHBER 0133U
Sanderson, K.J.
Darian-Smith, I.
Bishop, P.O.
Binocular Corresponding Receptive Fields of Single
193
-------
CAT BIBLIOGBAPHT
Units in the Cat Dorsal Lateral Geniculate Nucleus.
Vision Res. 9(10);1297-1303,1969.
HOHBEB 01335
Henryr G.H.
Bishop, P.O.
Coonbs, J.S.
Inhibitory and Sub-Liminal Excitatory Receptive
Fields of Simple Units in Cat Striate cortex.
Vision Res. 9 (10):1289-1296,1969.
BUNBEB 01336
Harchiafava, f.L.
Binocular Reciprocal Interaction Dpon Optic Fibre
Endings in the Lateral Geniculate Nucleus of the Cat.
Brain Res. 2:188-192,1966.
NOBBER 01337
Bernard, n.A.
Feline Dirofilariasis.
Canad.Vet.J. 11:190-191,1970.
HURBBR 01338
Sheldon, H. G.
Pancreatic Flukes (Eurytreaa Procyonis) in Doaestic
Cats.
J.A.V.H.A. 148:251-253,1966.
HDHBBR 01339
Allen, H.G.
Leucocytheoia.
The Veterinarian (London) 74:226-227.1901.
Hale cat. Gross diagnosis of "lynphadenooata" of spleen,
size of a large pinhead and the mesenteric nodes are also
involved.
HDUBER 01340
Ball, V.
Les Tuneurs Halignes du Systeoe Keticulo-Endothelial
des Organes Lymphoides: Cancer du S.B.E. de la Bate
(Sarcooe Reticulaire et Sarcome Dictyocytaire) chez la
Chat.
Bull.Soc.Sci.Vet.Lyon 41:21-36,1938.
A general discussion of histopathology and terminology;
splenic "sarcome reticulaire" with involvement of liver in
an aged male uith jaundice and ocular hemorrhages; splenic
"sarcone dictyocytaire, var. gigantocellulaire" with nodal
and hepatic involvement in a 16-year old tabby.
194
-------
CAT BIBLIOGRAPHY
IOHBBB 01341
Ball, V.
Auger, L.
Classification Generale des splenomegalies. Etude
Speciale des Leaceaies et Splenonegalies Leuceaigues.
Leucenie Lymphatique a Splenomegalie Predoninante chez
un Chat.
Bev.Vet. 76:661-729,1924.
A 4-year old sale with lyaphatic leukemia and
splenomegaly; Didier's case of lyaphatic leukemia with
hepatonegaly; a case of Ball and Lombard of lymphatic
leukemia involving thyaus as well as nodes and spleen.
BOBBBB 01342
Ball, f.
Auger, L.
Cancer Ganglionnaire Cervical Prinitif et Bilateral
chez le Chat (Lymphosarcoae, Sarcoae Lynphoblastique).
Bev.Gen.Hed.Vet. 34:688-690,1925.
18 Booths old.
BDBBEB 01343
Ball, V.
Collet, P.
Cancer Laterale du Jejuno-Ileon (Sarcone a Cellules
Bondes) chez on Chat.
Bull.Soc.Sci.V.et.Lyon. 34:241-242,1931.
A 6-year old male.
BOHBEB 01344
BlOOlI, P.
Unilateral Bzophthaloos Associated with Leucenia in a
Cat.
Yet.Bed. 32:29-30.1937.
A 9-year old castrated male with orbital infiltration by
atypical lymphoid cells and immature lymphocytes in the
.blood.
BDBBBB 01345
Bodie, L.H.
Hhat is Tour Diagnosis?
J.A.V.B.A. 130:451,1957.
Possible thymoaa or a malignant lynphoma (lymphosarcona)
in an 11-month old female Siamese.
BDBBBB 0
Christoph, H. J.
Pallaske, G.
Beitrag Zur Leukose des Hundes.
Bonatsh.Fur fet.Hed. 7:1-4,26-31, 1952.
Hentions 2 cases of lymphatic leukemia in the cat in the
collection of the Vet. Path. Institute, Oniv. of
Leipzig.
195
-------
CAT BIBLIOGRAPHY
HUHBE8 01347
Cotchin, E.
Douglas, S. V.
Neoplasms in Snail Animals.
Vet.Bee. 63:67-75,1951.
Sarcomas of the oesentecic nodes and kidneys.
HOHBES 01348
Cotchin, E.
Neoplasms in Cats.
Proc.Roy.5oc.Hed. 45:671-674,1952.
Review of material of the Boyal Vet. College.
SOHBEB 01349
Cotchin, E.
Further Examples of Spontaneous Neoplasms in the
Domestic Cat.
Brit.Vet.J. 112:263-272, 1956.
HOHBEB 01350
Davson, E.K.
Innes, J.B.H.
Harvey, i..?.
Debatable TUDOCS: Lymphosarcoma.
Edinburgh H.J. (14:645-652,1937.
Lymphosarcoma of the lover i).eum, mesenteric nodes and
kidney in an aged cat.
SOMBER 01351
De Does, J.K.F.
Pseudo-Leukaemia bij eene Rat.
Tijdschr.Voor Veeartsenijkunde en Veeteelt
17:158-161,1890.
"Leucomen" of small intestine, mesentery, kidneys, liver,
heart and mediastinum with no increase in white blood
cells.
NDBBER 01352
Didier, P.
Contribution a L*Etude de la Leuceoie Lymphatique.
l*Hepatomegalie Predominante.
Thesis, Lyon, 1925.
Lymphatic leukemia and hepatomegaly in a male cat.
NOHBER 01353
Ducourneau, ?'.
Persistence et Hypertrophie da Thymas.
Bull.Soc.Centcale fled.Vet. 63:104,1909.
A mass exteding from the thoracic inlet to the diaphragm
196
-------
CAT BIBLIOGBAPHY
and compressing heart and lungs in a 5-year old.
(JOBBER 01354
Ippoliti, P.T.
Un Caso di Linfoadenosi Leuceaica Del Gatto.
Nuo?a Vet. 171:130-131,1939.
Annular growth of large intestine and associated nodes in
a 10-year old cat. Microscopically, there was lynphoid
infiltration in the lungs, liver, adrenals, nerves and
lymphocytes and lynphoblasts in the arteries.
HOHBEB 01355
Kadziolka, A.
Tarkiewicz, S.
(Clinical and Anato-Pathological Notes on Leucenia in
a Persian Cat).
Med.Weter. 13r293-296.1957.
A case of lymphatic leukemia with enlarged nodes and
spleen in a female cat.
NUMBER 01356
Kirk, H.
Intestinal Cancer in the Cat.
Vet.Bee. 11:1278,1931.
Lymphosarcoma of the ileum and the kidneys in a male cat.
HOHBEB 01357
Lesbouyries, ?.
Zakrzenski, ?.
One Tuaeur Haligne Provenant du Tissu Reticule de la
Bate Chez un Chat.
Rev.Vet. 80:37,1928.
Endothelioma or nalignant reticulona of the spleen, liver
and nodes in a cat.
BOBBER 01358
Locke, B.F.
Thymooa in a Cat.
J.A.V.H.A. 112:245,1948.
A 2-year old Persian cat.
UOHBEH 01359
Lund, L.
Ober die Leukanien der Haustiere.
Deutsche Tierarztl.Vchnschr. 35:51,1927.
Two feline cases of leukemic lymphadenosis with enlarged
spleen and nodes and blood lyaphocytosis.
NOHBEB 01360
Mulligan, R.R.
197
-------
C1T BIBLIOGRAPHY
Spontaneous Cat Tuaors.
Cancer Bes. 11:271,1951.
Of 70 tuaors^ 5 were lyaphosarcoaas.
013,505.517.529
Hurray, J.A.
The Zoological Distribution of Cancer.
Imperial Cancer Res.Fund, 3rd Scient.Beport,
London:H1,1908.
Beport of a round cell sarcona of the snail intestine in
an 8 or 9 year old castrated aale cat.
HOHBEB 01362
Pallaske, G.
Zur Leokose der Fleishfresser.
Berlin U.Munch.Tierarztl.Hchnschr. 68:330-334,1955.
Beports of stea cell aalignancies involving,
predominately, anterior thoracic and nesenteric nodes,
liver and spleen in 5 cats (4 feaales and 1 aale) ranging
in age froa 6 aonths to 3 years. Three examined aarrovs
shoved siailar cells.
BDBBEB 01363
Patterson, D. F.
deier, H.
Surgical Intervention in Intestinal Lyophosarcona in
Two Cats.
J.A.7.H.A. 127:U95-tt98,1955.
Cases of a 5-year old female and a 12-year old sale cat.
HDHBER 01364
Petit, G.
Sarcoae des Beins Chez One Chatte.
Bull.Soc.Ceatr.Hed.fet. 55,1931.
A case of bilateral spindle-cell sarcoma in a cat.
HOUSES 01365
Petit, G.
DQ Cas Beaarquable de Lynphadenie Chez le Chat.
Rec.Hed.Vet. 79:676,1902.
Generalized enlargement of lyaph nodes, liver and spleen
and thickening of the intestine, with lynphadenoaas
recognized aicroscopically in a cat.
NUMBER 01366
Petit, G.
Lyaphadenoae de L1latestin Chez le Chat.
Bull.Soc.Anat., Paris 10 (Series 6):Q94,1908.
A note on 2 cases of anular hypertrophy of the snail
intestine, whitch appeared as lymphadenomas histologically.
198
-------
CAT BIBLIOGRAPHY
BOBBER 01367
Pinvidic, J.
Contribution a L* Etude de la Leucenie Lympha.-tique du
Lymphoide Chez Les Animauz. La Splenonegalie
Leuceoique.
Thesis, Lyon, 1927.
A general discussion of leukemias, including a case of
lymphatic leukemia with enlarged spleen and li?ec in a
5-year old male cat.
ROBBER 01368
Robin, L.
Contribution a L1 Etude des Tuneurs Derivees du Tissu
Lymphoide Chez Les Aninaux Domestiques.
Thesis, A3 fort, 1935.
Lymphadenoma of the jejunua and nesenteric nodes in a
4- or 5-year old Dale cat, and lynphosarcoma of the
nesenteric nodes, spleen and lung in another nale cat.
BOMBER 01369
Siedamgrotsky, ?.
Leukanie.
Berlin Vet. Hes.Sachsen 16:67,1871.
A case of low-grade leucenia in a cat with enlarged nodes
and spleen.
NORBER 01370
Skelley, J.F-
Meg rath, J. T.
Hark, J.H.
Some Nervous Disorders in Cats iith
Clinico-Pathological Studies.
nniv.of Penn. Vet. Extension Quart. 131:84-88, -|*»53-
A case of reticulum-cell sarcoma of the kidneys, pancreas,
lung and brain in a 14-year old Bale with a history of
3- months' decline, convulsions and dementia.
NOHBER 01371
Soners, J.
Lymphadenoma in a Cat.
North Am. Vet. 29:306,1948.
Generalized lymphadenomatosis in a 2- year old part
Persian male cat.
NOBBER 01372
Vallillo, G.
Sarcoma Primitive dei Reni in On Gatto.
Clin.Vet. 32:49-51,1909.
Round-cell sarcoma of kidneys in a 14-year old male cat.
IDflBER 01373
Verardini, G.
199
-------
CAT BIBLIOGRAPHY
Contributo Allo Studio AnatoBO-Patalogico del Tunori
Nel Gatto.
Nuova Vet. 13:225-233,1935.
A case of lymphoblastic sarcoma of the pharynx and
retropharyngeal nodes in a 10-year old Bale cat.
BOBBER 01374
Baker, J.H.
flyelogenous Leukemia in a Cat.
Allied Vet. 25:12,1954.
Hyelocytic infiltration of the liver and spleen in a
3-year old female cat with myelocytes seen in the pulnonary
vessels.
BOMBER 01375
Ball, V.
Les Leucenies.
J.Hed.Vet.Et de Zootech. 16:200-209,1912.
Refers to occurrence of nyeloid leukemia in the pig, dog
and cat.
HOHBER 01375
Chiba, T.
Takagi, T.
Nonogaki, N.
Kato, Y.
A Case of Leukemia in a Cat, Erroneously Diagnosed
Clinically as Peritonitis.
Jap.7et.Hed. A.J. 11:139-141, 1958.
A possible case of nyeloblastic leukemia in a 6-yea.r old
female cat.
NUMBER 01377
Drieux, H.
Doeve, i.C.A,
Salomon, L.
Leucose Hyeloide Chez One Chatte.
Cited in Reference Number 00041.
Myelocytic leukemia, probably chronic, in a 10-year old
female Abyssinian cat, with enlarged liver and spleen and
a chronic uterine infection of 2 years' duration.
NUMBER 01378
Eyestone, H.H.
Hyelogenous Leukemia in the Cat.
J.Nat.Cancer Inst. 12:599-613,1951.
Probable myelocytic leukemia in a 7-year old male tabby
cat.
NUMBER 01379
Eyestone,
W.H.
200
-------
CAT BIBLIOGBAPHY
Hyelogenous Leukemia in the Cat.
J.Small Anim.Med. 1:63-73,1952.
Same as reference number 01378.
MOBBER 01380
Julliard, G.<
Contribution a L1Etude de la Leucemie Hyeloide Chez
Les Aniaaux.
Dissertation, Lyon, 1928.
Refers, without any details, to the occurrence of myeloid
leukemia in cats.
MOHBBB 01381
Lund, L.
Dber die Leukamien der Raustiere.
Deutsche Tierarztl.Hchnschr. 35:51-53,1927.
A myelosis with infiltration of spleen, liver, nodes and
kidneys by neutrophilic and eosinophilic myelocytes,
myeloblasts, normoblasts, aegaloblasts and megakaryocytes
in a cat.
HOMBER 01382
Beier, H.
Patterson, D.P.
Nyelogenous Leukemia in a Cat.
J.A.V.N.A. 129:211-214,1956.
A case of myelocytic leukemia in a 18-month old female
cat.
BDHBEB 01383
Antoine, E.H.
Contribution a L1Etude du Cancer Chez le Chat.
Medical Thesis, University of Bordeaux, 1907.
A case of a cat with enlarged spleen showing
histologically great masses of mast cells.
NUMBER 01384
Bloom, F.
Spontaneous Solitary and Multiple Hast Cell Tumors
(Hastocytoma) in Dogs.
Arch.Path. 33:661-676,1942.
Reports of several cases of basophilic leukemia in cats
without any details.
HOHBEB 01385
Head, K.I.
Cutaneous Hast Cell Tumors in the Dog, Cat and Ox.
Brit.J.Dermatol. 70:399-408,1958.
201
-------
CAT BIBLIOGRAPHY
•UMBER 01386
Lillie, 8.D.
Hast Hyelocyte Leukemia in a Cat.
Am.J.Path. 7:713-722,1931.
HOHBEH 01387
Heier, u.
Gourley, G. ,,
Basophilic (flyelocyte) or Hast Cell Leukemia in a
Cat.
J.A.V.H.A. 130:33-1*0,1957.
A case of a 14-year old castrated nale cat.
BOBBER 01388
Stunzi, H.
Zur Pathologischea Anatoaie der Nastzell-Leukaaie der
Katze.
Konatsh.Far Vet-Bed. 11:716-718,1956.
A case of a 14-year old male cat.
NUHBER 01389
Lellman, W.
Oebec Einem Fall Ton "Leukamia" bei Einer Katze.
Bed. 0. Hunch. Tierarztl. Wchnschr. 12:195, 1896.
A case of leukenia of both lymphatic and nyeloid type in a
2- or 3-year old fenale cat with enlarged liver, spleen,
nodes. Charcot crystals were in the blood.
MOHBER 01390
Unknown.
Corneal Ulcers in Cats Eliminated by Denervation.
Proc. Nayo Clinic 3«:«74-«78r 1959.
Corneal ulcers developed in all of 10 experimental cats,
in which the trigeminal nerve was completely
interrupted. When the stellate ganglion and the
nictitating membrane were removed prior to cutting the
trigeminal nerve, a beneficial effect was observed in all •
animals, and only 1 showed evidence of a lesion. The
specific influence of the sympathetic nerves in this
protective mechanism is not known, but it is believed to
be linked with increased vascularity and fluid permeability
and better regenerative powers in the damaged cornea.
BOBBER 01391
Andersen, A.C.
Puppy Production to the Weaning Age.
J.A.V.H.A. 130:151-158,1957.
NOHBZR 01392
Andersen, A.C.
Goldman, fl.
An Evaluation of an Outdoor Kennel For Dogs.
202
-------
CAT BIBLIOGRAPHY
J.A.V.M.A. 137:129-135,1960.
A kennel design foe maintaining large numbers of dogs in
outdoor pens has been discussed froa the standpoint of the
dog's general well being. Providing the dogs with
adequate prophylaxis, space for exercise, proper nutrition,
companionship, and protection from the weather nininizes
many of the problems commonly observed in kennels. Cost
of construction (about $250 per pen) and cost of operation
and maintenance (about $10 per pair of dogs per month) are
within practical limits.
HONBEB 01393
Andersen, A.C.
Hart, G.H.
Kennel Construction and Management in Relation to
Longevity Studies in the Dog.
J.A.V.M.A. 126:366-373,1955.
HOHBBR 01391
Andersen, A.C.
Parker, H.
The Production and use of Beagles For Badiobiological
Research.
Anim.Care Panel 9:61-66,1957.
NUMBER 01395
Sheffy, B.F.
A Disease Free Colony of Dogs.
Proc.Anim.Care Panel 11:208-214,1961.
MONBER 01396
Reber, E. F.
Halhotra, O.P.
Effects of Feeding a vitamin K Deficient Ration
Containing Irradiated Beef to Rats, Dogs, and Cats.
J.Nutr. 74:191,1961.
The dietary reguirements for cats for Vit. K is probably
very low. The feeding of diets containing irradiated beef
with 6 micrograms of Vit. K/100 g of dry diet did not
result in prolonged prothrombin time in cats.
NDflBER 01397
Scott, P.P.
Scott, H.G.
Vitamin A and Reproduction in the Cat.
J.Beprod.Fertil. 8:270,1964.
Reproductive failure is reported in Vit. A deficient
cats.
NDHBER 01398
Scott, P.P.
203
-------
CAT BIBLIOGRiPRT
Greaves, J. P.
Scott, N.G.
Nutritional Blindness in the Cat.
ExpEyeRes. 3:357,1964.
The authors report blindness and degenerative retinopathy
in cats fed casein-based purified diets containing amounts
of Tit. A considered more than adequate for other
species of animals. The authors suggest that the
continual feeding of casein make it difficult for cats to
utilize Tit. A. When they induced Tit. A deficiency
in cats on a aeat diet, no evidence of retinal damage
was obtained, although conjuctivitis appeared.
MUMBBB 01399
Foster, (I. A.
Hisaw, P.L.
Experimental Ovulation and the Resulting
Pseudo-Pregnancy in Anestrus cats.
Anat.Bec. 62:75,1935.
HOBBEB 01UOO
Green, J.D.
Clenente, 0. D.
De Groot, J.
Bxperinentally Induced Epilepsy in the Cat Hith
Injury of Cornu Amaonis.
A.B.A.Arch.Neurol.Psychiat. 78:259-263,1957.
HOHBEB 01101
Green, J.D.
Cleoente, C. D.
De Groot, J.
Bhinencephalic Lesions aad Behavior in Cats: An
Analysis of the Kluver-Bucy Syndrone Hith Particular
Reference to Hornal and Abnormal Behavior.
J.Comp. Keurol., 1957.
HDHBBB 01402
Greulich, H.ff.
Artificially Induced Ovulation in the Cat
(Felis Donestica).
Anat.Bec. 58:2-7,1931.
HOHBEfi 01403
Brion, A.
Fontaine, H.
Labie, C.
Osteodystrophi Rarefiante du Jeune Chat.
Bec.Tet.Ned. 134:5-19,1960.
204
-------
CAT BIBLIOGRAPHY
NUMBER 01404
Seaweight, ft.a.
English, P.B.
Gartner, R.J.N.
Hypervitaminosis A and Deforming Cervical Spondylosis
of the Cat.
J.Conp.Pathol. 77:29,1967.
NUMBER 01405
Decamp, C.E.
Cat Practice.
Vet.Hed. 55:55-56,1960.
NUNBER 01406
Fiennes, R.N.
Graham-Jones, 0.
Studies of a Nutritional Disease (Osteodystrophia
Fibrosa) of Young Lions Associated Kith Changes of
the Skeleton and Symptoms of Huscular Weakness.
Proc.Zool.Soc.London 133:573-591,1960.
NUMBER 01407
Greaves, J.K
Scott, P.P.
Scott, H.G.
Raw Heat and Carnivores; The Effects of Feeding Ox
Heart to Kittens.
Proc.Nutrit.Soc. 17:XLVII-XLVII, 1958.
NUMBER 01408
Henderson, G.L.
Keywood, E.K.
An Osteodystrophy in Siamese Kittens.
Vet.Hec. 71:317,1959.
NUMBER 01409
Schnelle, G. B.
Radiology in Small Animal Practice, 2nd. Edit.,
North American Veterinarian, Evanston, 111.,1950.
NUMBER 01410
Skaggs, J.U.
Theobald, J. A.
Osteogenesis in a Kitten.
J.A.V.H.A. 130:450,1957.
NUMBER 01411
Smith, D.C.
Proutt, L.n.
Development of Thiamine Deficiency in the Cat on a
Diet of Raw Fish.
205
-------
CAT BIBLIOGRAPHY
Proc.Soc.Exp.Bio.fled. 56:1,1944.
The authors produced thiamine deficiency in cats by
feeding raw carp or herring, presumably because thianinase
is present in these fish tissues. Ho deficiency occurred
in cats when fed raw perch, catfish, butterfish, or spots.
BOHBEB 01412
Lowe, J.S.
Norton, a.A.
Vernon, J.
(No Title.).
Biochem.J. 67:226,1957.
BOBBER 01413
Dukes, H. H.
The Physiology of Domestic Animals.
7th Ed., Coastock Publ. Associates, Ithaca, H. Y.,
1955.
BOMBER 01414
Montane, L.
Bourdelle, E.
Bressou, C.
Anatooie Begionale des Animaux Donestiques. IV.
Carnivores Chien et Chat.
Librairie J.-B. BailLiere et Fils, Paris, 1953.
HOHBEH 01415
Nickel, ?.
Schumnier, ?.
Seiferle, ?.
Lehrbuch der Anatonie der Haustiere, Band II.
Paul Parey, Berlin, 1960.
NUMBER 01416
Beighard, J.
Jennings, H.S.
Anatomy of the Cat., 3rd Ed.
Henry Holt and Co., N.Y., 1934.
NUMBER 01417
Trautnann, A.
Fiebiger, J.
Fundamentals of the Histology of Domestic Animals
Translated by R.E. Habel G E.L. Biberstein.
Constock Publ. Associates, Ithaca, N.Y., 1957.
NUMBER 01418
Albritton, E.G.
Standard Values in Blood.
206
-------
CAT BIBLIOGRAPHY
V.B. Saunders, Phila., 1955.
HOIBEB 01419
Rorden, A.N.
i at er house, C.B.
Sell wood* B. U.B.
Studies on the ConpositLon of Mocnal Cat Urine.
J.Saall Afiia.Practice 1:11-23,1960.
NOBBBB 01420
Groffiths, B.C.
Thorn ton, G.I.
iillson, J.B.
Bight Additional Cases of Paosteatitis ("Yellow Fat")
in Cats Fed Bed Tuna.
J.A.V.B.A. 137:126-128.1960.
HOBBBB 01421
Jubb, K.T.
Saunders, L.Z.
Coates, H.V.
Thiaaine Deficiency Encephalopathy in Cats.
J,Comp,Path.Thee, 66:217-226,1956.
BOHBBB 01422
flUQSOQ, T.0.
Holzvortb, J.
Snail, B.
Hitzel, S.
Jones, T.C.
Lugiabuhl, R.
Steatitis ("Xellou Pat") in Cats Fed Canned Bed
Tana.
J.A.V.B.A. 133:563-568,1958.
The authors report the occurrence of steatitis in cats fed
diets that included canned red tuna fish. Inprovenent vas
barought about by alpha-tocopherol administration.
HOflBEB 01423
Bittle, J.L.
York, C.J.
Nevberne, J.B.
Bar tin, H.
Serological Relationship of Ren Feline Cytopathogenic
Viruses.
An.J.7et.Bes. 21:547-550,1960.
BOBBBB 01424
Cohen, D,
Yohn, D. S.
Pavia, B. S.
207
-------
CAT BIBLIOGRAPHY
Mammon, H.n.
The Relationship of a Feline Virus Isolated by Bohlin
to Feline Panleukopenia, Kidney Cell Degenerations
Virus, and Two Feline Respiratory Viruses.
Am.0. Vet.Res. 22:637-643,1961.
NUHBER 01425
Crandell, H.A.
Niemann, W.H.
Ganavay, J. R.
Haurer, F.O.
Isolation of Cytopathogenic Agents From the
Nasopharyngeal Region of the Domestic Cat.
Virology 10:283-285,1960.
BOBBER OH426
Blake, F. G.
Howard, M.E.
Tatlock, H.
Feline Virus Pneumonia and Its Possible Relation to
Some Cases of Primary Atypical Pneumonia in flan.
Yale J.Biol. Bed. 15:139-166,1942.
NOBBER 01427
Baker, J.A.
A Virus Obtained From a Pneunonia of Cats and Its
Possible Relation to the Cause of Atypical Pneumonia
in Han.
Science 96:475-476,19(12.
NUMBER 01428
Baker, J.A.
A Virus Causing Pneumonia in cats and Producing
Elementary Bodies.
J.Exp.Hed. 79:159-171,1944.
MUI1BEB 01429
Harare, D.
Rake, G.
Feline Pneumonitis (Baker), a New Member of the
Lymphogranuloma-Psittacosis Group of Agents.
J.Infect.Dis. 74:206-211,1944.
NDHBER 01430
Hamre, D.
Bake, H.
Bake, G.
Morphological and Other Characteristics of the Agent of
Feline Pneumonitis Grown in the Allantoic Cavity of
the Chick Embryo.
J.Eip.Med. 86:1-6,1947.
208
-------
CAT BIBLIOGRAPHY
NUMBER 01431
Kneeland, Y., Jr.
Price, K.H.
Treatment With Chloranphenicol, Aureomycin, and
Terramycin of the Pneuaonia of Nice Caused by Feline
Pneuoonitis Virus.
J.loounol. 65:653-660,1950.
BOBBER 01432
NcKercher, D.G.
Feline Pneumonitis. I. Immunization Studies in
Kittens.
An.J.Vet.Res. 14:105-110,1953.
NUMBER 01433
McKercher, D.G.
Feline Pneuoonitis II. The Effects of Antibiotics on
the Experimental Infection.
An. J. Vet. Res. 14:105-110,1953.
NUMBER 01434
Terasinides, T.G.
Isolation of a New Strain of Feline Pneumonitis Virus
From a Domestic Cat.
J.Infect.Dis. 106:290-296,1960.
NUflBER 01435
Crandell, R. A.
Maurer, P.O.
Isolation of a Feline Virus Associated With
Intranuclear Inclusion Bodies.
Proc.Soc.Exp.Biol.Med. 97:487-490,1958.
HOHBEB 01436
Crandell, R.A.
Despeaux, E. W.
Cytopathology of Feline Viral Rhinotracheitis Virus in
Tissue Cultures of Feline Renal Cells.
Proc. Soc. Exp. Biol. (led. 101:494-497, 1959.
NUMBER 01437
Crandell, R.A.
Ganauay, J. R.
Niemann, W.U.
Naurer, F.D.
Comparative Study of- Three Isolates With the Original
Feline Viral Rhinotracheitis Virus.
Am.J.Vet.Res. 21:504-506,1960.
209
-------
CAT BIBLIOGRAPHY
RUBBER 01438
Crandell, R. A.
Rehkeaper, J.A.
Hieaann, H. B.
Ganavay, J.R.
Haurer, F.D.
Experimental Feline Viral Rhinotracheitis.
J.A.V.B.A. 138:191-196,1961.
Inclusion bodies of feline viral rhinitis disappear
early in the disease.
HUBBBB 01439
Crandell, B.A.
Badin, S.H.
Experinental Studies on a New Feline Virus.
Aa.J.Vet.Res. 21:551-556,1960.
RUBBER 01440
Torlone, V.
Agente Citopatogeno Isolate da Una Forma
Rino-Conjunctivale del Gatto.
Vet.Italiana 11:915-928,1960.
RUBBER 01441
Bolin, V.
The Cultivation of Panleucopenia Virus in Tissue
Culture.
Virol. P.389-390,1957.
RUBBER 01442
Cohen, D.
Yohn, D.S.
Pavia, R.S.
Hanaon, f.N.
The^Relationship of a Feline Virus Isolated by Bolin
to Feline Panleukopenia, Kidney Cell Degenerating
Virus, and 2 Feline Respiratory Viruses.
An.J.Vet.Res. 22:637-643,1961.
RUBBER 01443
Enders, J.F.
Banaon, tf.D.
Active and Passive laaunization Against the Virus of
Balignant Panleucopenia of Cats.
Proc.Soc.Exp.Biol.Hed. 43:194-200,1940.
ROBBER 01444
Uaaaon, 1.0.
Enders, J.F.
A Virus Disease of Cats, Principally Characterized by
Alencocytosis, Enteric Lesions, and the Presence of
210
-------
CAT BIBLIOGRAPHY
Intranuclear Inclusion Bodies.
J.Exp.Med. 69:327-352,1939.
SOflBEH 01445
Hamnon, H.D.
Endecs, J, F.
Further Studies on the Blood and Heaatopoietic Tissues
in Malignant Panleucopenia of Cats.
J.Exp.Hed. 70:557-564,1939.
NDHBBfi 01446
Lawrence, J.S.
Syverton, J.T.
Spontaneous Agranulocytosis in the Cat.
Proc.Soc.Exp.Biol.Hed. 36:914-918,1938.
NONBER 01447
Lawrence, J. S.
Syverton, J.T.
Infectious Feline Agranulocytosis.
Am.J.Path. P.333-354,1940.
BOBBER 01448
Lucas, A.fl.
Riser, W.H.
Smith, P.P.
Intranuclear Inclusions in Panleukopenia of Cats.
Am.J.Path. 21:435-463,1943.
Differential values on bone narrow of 13 normal cats are
included as part of this study of feline
agranulocytosis. Marrow was obtained by humeral or
femoral biopsy and nacerated with human serum, After
staining, 500 cells vere differentiated.
BOMBER 01449
Riser, H.H.
Infectious Panleucopenia of Cats.
N.Am.Vet. 24:293-298,1943.
HOHBEB 01450
Riser, «.H.
The Histopathology of Panleukopenia (Agranulocytosis)
in the Domestic Cat.
AB.J.?et.Bes. 7:455-465,1946.
HOHBEB 01452
Verge, J.
Cristoforoni, N.
La Gastro-Enterite Infectieuse des Chats Bst-Elle
Due L'On virus Filterable.
211
-------
CAT BIBLIOGRAPHY
C.R.Soc.Biol. Paris 99:312-314,1928.
HOHBEB 01453
Clark, B.
J.S.Africa Vet.Hed.Assoc. 13:15-16,1942.
The first report of a erythrocyte parasite in the ca
named Hemobartonella felis.
ROBBER 01454
Flint, J.C.
Moss, L.C.
Infectious Anemia in Cats.
J.A.V.N.A. 122:45-48,1953.
HORBEB 01455
Flint, J.C.
BoepJce, N.H.
Jensen, R.
Feline Infectious Anemia I. Clinical Aspects.
Am. J. Vet. Res. 19:164-168,1958.
HORBER 01456
Flint, J.C.
Roepke, H.H.
Jensen, R.
Feline Infectious Anemia II. Experimental Cases.
Am.J.Vet.Res. 20:33-40,1959.
HOHBBR 01457
Holzworth, J.
J.A.V.H.A. 128:471-488,1956.
BOMBER 01458
Schwartzman, R. N.
Besch, B. D.
Feline Infectious Anemia.
Vet.ned. 53:494-500,1958.
HOHBEB 01459
Seamer, J.
Eperythrozoon and Haemobartonella.
Vet.Hec. 71:437-438,1959.
HOHBEB 01460
Splitter, E.J.
Castro, E.R.
Kanawyer, H.L.
Feline Infectious Anemia.
Vet.Red. 51:17-22.1956.
212
-------
CAT BIBLIOGRAPHY
BOBBER 01461
Georg, L. K.
Roberts, C.S.
Benges, R. H.
Kaplan* H.
Trichophyton Nentagcophytes Infections in Dogs and
Cats.
J.&.V.N.A. 130:427-432,1957.
BOBBER 01U62
Kaplan, I.
Ajello. L.
Oral Treatment of Spontaneous Ringworm in Cats With
Griseofulvin.
J.&.V.H.A. 135:253-261,1-959
BOBBER 01463
Kaplan, I.
Georg, L.K.
Brooley, C.L.
Ringworn in Cats Caused by Hicrosporuo Gypseum.
Yet.Bed. 52:347-349,1957.
BOBBER 01464
Latonche, C.J,
Onycomycosis in cats Infected by nicrosporuncanis
Bodin.
Vet.Bee. 67:578-579.1955.
BOBBER 01465
Holzvorth, J.
Cryptococcosis in a Cat.
Cornell Vet. 42:12-15,1952.
BOBBER 01466
Holzvorth, J.
Coffin, D.L.
Cryptococcosis in the Cat: & second Case.
Cornell Vet. 43:546-550,1953.
BOBBER 01467
Skelley, J. P.
RcGrath, J.T.
flack, JiH.
Soae Nervous Disorders in Cats With
Clinico-Pathological Studies.
O.Penn.Vet.Ext.Quart. 131:84-88,1953.
213
-------
CAT BIBLIOGRAPHY
HOflBBB 01463
Akun, B.S.
Histoplasoosis in a Cat.
J.A.V.M.A. 117:43-44,1950.
SDHBEB OU69
Rowley, D.A.
Pathological Studies of Histoplasoosis: & Preliminary
Heport on Fifty Cats and Fifty Dogs Peon Loudon
County, Virginia.
Publ.Hlth.Nonog. 39:268-271,1956.
NDHBBR 01470
Hitchcock, D.J.
The Life Cycle of Isospora Pelis in the Kitten.
J.Parasitol. 41:383-397,1955.
NDHBEB 01472
Meier, H.
Holzvorth, J.
Griffiths, R.C.
Toxoplasoosis in the Cat: Fourteen Cases.
J.A.V.N.A. 131:395-414,1957.
NUMBER 01473
?reid, M.T.
Toxoplasaosis in the Cat: A Ca'se Report.
Calif. Vet. Pages 27,1960.
NUMBER 01474
Koestner, A.
Neuropathology of Ovine, bovine. Porcine and Feline
Toxoplasmosis.
Ph.D. Thesis, Ohio St.Univ. 1959.
HUHBEB 01475
Saint-Martin, A.
Forgeret, P.
Toxoplasne Cerebrale du Chat.
Rec.Hed.Vet. 134:12,1958.
HUMBEB 01476
Toman, J.E.P.
Everett, G. H.
Ostec, H.H.
Smith, D.C.
Origin of Cardiac Disorders in Thianine-Deficient
Cats.
Proc.Soc.Exp.8iol.Bed. 58:65,1945.
214
-------
CAT BIBLIOGBAPHI
NUMBER 01477
Scott, P.P.
Calcium and Iodine Deficiency in Neat-Fed Cats Kith
Reference to Osteogenesis Imperfecta.
Brit.Small Anira.Vet.Assoc., Congress Proceed.:84-89,
1959.
NUMBER 01178
Carpenter, H.B.
Harper, D.H.
A Study of Congenital Feline Cerebellar
Halformations.
J.Comp.Neurol. 105:51-94,1956.
NUMBER 01U79
Coffin, D.L.
Holzvorth, J.
"Yellow Fat" in Two Laboratory Cats: Acid Fast
Pigmentation Associated with a Fish-Base Ration.
Cornell Vet. 44:63-71,1954.
NOflBER 01480
Holzvorth, J.
Recent Findings in Cat Disease.
Vet.Bull.Lederle 15(2),1956.
NUHBEB 01481
Holzworth, J.
Disease Conditions ri:ominent in Cats.
Oniv.Penn.Vet.Ext.Quart. 151:95-121,1958.
NUMBER 01482
Holzworht, J. th
Thoracic Disorders in the Cat.
J.A.V.M.A. 132:124-130,1958.
The author mentions a number of organisms as being found in
pyothorax in the cat, including coliforms, streptococci,
staphylococci, and in some cases spirochetes and an organism
of the "trench-mouth" type.
NUMBER 01483
Holzvorth, J.
Anemia in the Cat.
J.A.V.M.A. 128:471-488,1956.
NUMBER 01484
Holzvorth, J.
Diseases of Old Cats.
Small Anim.Clin. 1:32-34,1961.
215
-------
CAT BIBLIOGRAPHY
BOBBER 01485
Holzvorth J.
Coffin, D.L.
Pancreatic Insufficiency and Diabetes Hellitus in a
Cat.
Cornell Vet. 43:502-512.1953.
HOHBEB 01486
Holzvorth, J.
Simpson, B.
Hind, A.
Aortic Thrombosis With Posterior Paralysis in the
Cat.
Cornell Vet. 45:468-487,1955.
Description of a series of feline cases of aortic
thrombosis. It is associated with thrombus formation in
the heart resulting from disorders including simple
dilation, endocarditis and myocarditis. Hydrothorax is a
prominent feature in some, but not all, cases of
thrombosis. The predominant site of fluid accumulation in
the cat with venous congestion is the thoracic cavity.
HOHBEB 01487
King, A.S.
Smith, R.H.
Ron, V.H.
Protrusion of the Intervertebral Disc in the Cat.
Vet.Bee. 70:509,1958.
HOHBEB 01488
Ring, A.S.
Smith, B-N.
Disc Protrusions in the Cat: Distribution of Dorsal
Protrusions Along the Vertebral Column.
Vet.Bee. 72:335-337,1960.
HOHBEB 01489
King, A.S.
Smith, B.N.
Disc Protrusion in the Cat: Age Incidence of Dorsal
Protrusions.
Vet.Bee. 72:381-383,1960.
HOHBEB 01490
Reinhardt, B.
Die Krankheiten der Ratze.
H. and H. Schafer, Hannover, 1952.
HOHBEB 01491
Robinson, B.
Genetics of the Domestic Cat.
216
-------
CAT BIBLIOGRAPHY
Bibliog.Genetica 18:273-362,1959.
NDHBER 01192
Schnelle, G.B.
Radiology in Small Animal Practice.
2nd Ed., North American Veterinarian, 1950.
NUMBER 01493
Stansbury, R.L.
Cat Practice.
Vet.Scope, Dpjohn 5 (1):3-6,1960.
NUMBER 01494
Whitehead, J.E.
Feline Practice.
Mod.Vet.Pract. 39:22-27,32,1958.
NUMBER 01495
Latimer, H.B.
The Prenatal Growth of the Cat.
III. The Growth in Length of the Tvo Extremities and
of Their Parts.
Anat.Rec. 55:377-394.1937.
NUMBER 01496
Searner, J.
Douglas, S. W.
A New Blood Parasite of British Cats.
Vet.Rec. 71:405-408,1959.
NUMBER 01497
Raterhouse, H.N.
Carver, D.S.
Growth Rate, Food and Calorie Consumption of
Laboratory Cats.
ProcAnim.Care Panel 12:271,1962.
Diet was comoerical canned feed.
NUMBER 01498
Bamber, R.C.
Correlation Between White Coat Color, Blue Eyes, and
Deafness in Cats.
J.Genetics 27:416,1933.
NUMBER 01499
Todd, N.B.
Deafness and Blue Eyes in Cats.
J.A.V.M.A. 154:1245,1969.
217
-------
CAT BIBLIOGRAPHY
NUMBER 01501
Banher, B.C.
The Hale Tortoise Shell Cat.
J.Genetics 12:209-216,1922.
NUMBER 01502
King, A.S.
Smith, B.N.
Disc Protrusion in the Cat: Ventral Protrusion and
Radial Splits.
Res,In Vet.Sci. 1:301-307,1960.
NUMBER 01503
Abderhalden, E.
Die Bezeihung dec Wachstumsgeschuindigkeit des
Sauglings Zur Zusamnensetzung der Milch Beim
Kaninchen, bei der Katze und Bein Hunde.
Zeitschr.Physiol.Cheo. 26:487,1899.
NUMBER 01 SOU
Hoesslin, H.V.
Wachstuoversuche an Ratzen.
Zeitschr.Biol. 85:248,1926.
NUMBER 01505
HacKay, H.H.N.
Effect on Kittens of a Diet Deficient in Animal Fat.
Biocem.J. 15:19,1921.
NUMBER 31506
Thomas, K.
Uber die Zusammensetzung Ton Hunde und Katze Wahrend
der Ersten verdoppelungsperioden des Geburtsgewichtes.
Arch.Anat.Physiol. Page 9,1911.
NUMBER 01507
Krehl, U.A.
Welt, I.
Nutritional Studies on the Cat.
Feder.Proc. 7:1948.
NUMBER 01508
Levaditti, C.
Lepine, P.
Verge, J.
Les Ultravirus des Maladies Animales.
Libraire Haloine, P.913,1943.
218
-------
CAT BIBLIOGRAPHY
•OHBBB 01509
Hills, J.H.
Electrolyte Changes in Submaxillary Glands During
Stimulation.
Amer.J.Physiol. 135:164-174,1941.
The subaaxillary glands of both dog and cat lose
considerable amounts of potassium when stimulated by
pilocarpine. The loses are snail when stimulated for 35
minutes through the chorda tynpaai.
SOMBER 01510
Dingvall, J.5.
Surgical Management of Abdominal Trauma.
J.A.V.H.A. 159(11) :1406-1413,1971.
A review, with some innovative techniques, of the surgical
diagnosis and management of trauma in the dog and cat.
HUHBEB 01511
Archibald, J.
Putnam, B.i.
Sumner-Smith, G.
Partial Nephrectomy: A Technique.
J.Snall Anin.Pract. 10:415-417,1969.
NOHBER 01512
Archibald, J.
Cawley, A.J.
Reed, J.H.
Surgery of the Biliary Tract.
Hod.Vet.Pract. Aug., 1960.
HOBBEB 01513
Dingwall, J.
Deboer, J.
Archibald, J.
A New Technique For Liver Resection in the Dog,
J.Snail Ania.Pract. 7:429-433,1970.
SUHBE8 01514
Oixon, R.T.
Perirenal Abscess.
Austral.Vet.J. 39:200-202,1963.
HUHBER 01515
Putnam,;B.9.
Pennock, P.V.
Archibald, J.
Emergency Surgery Following Orogenital Trauma.
Rod.Vet.Pract. Aug., 1969.
219
-------
CAT BIBLIOGBAPKY
tfUHBEB 01516
Sumner-Smith, G.
Deboer, J.
Partial Splenectomy: & Technique.
J.Amer.Anin.Hosp.Assoc. 7:1971.
NUMBER 01517
Von Bunge, G.
(Textbook of Physiological and Pathological
Chemistry).
4th Edition. 1898.
Analysis of cat milk is (in %) : Protein=7.0,
ash=1.0. The time for the doubling of weight for kittens
is given as 9.5 days.
NUHBEB 01519
Biltz, R.fl.
Pellegrino, B. D.
The Chemical Anatomy of Bone. I. A Comparative
Study of Bone Composition in Sixteen Vertebrates.
J.Bone and Joint Surg. 51-A (3) : H56-466 ,1969.
Normal variations in the elementary composition of
cortical bone from 16 different adult vertebrates were
studied, variations in the mineral (ash) and water
content of bone exhibited what could be a necessary
reciprocal relationship. The mineral components, calcium,
phosphorus and magnesium were positively correlated with
hexosamine (ground substance) G negatively correlated with
OH-Proline (collagen). Although positively correlated,
the variations in total C02, sodium and citric acid were
much less specific. All specimen^ exhibited a Ca/P
molar ratio of 1.67 or larger depending on the amount of
CaC03 present. These differences in bone composition
undoubtedly have physiologic significance & their further
elucidation is necessary for the valid interpretation of
experimental data in all areas of mineral metabolism.
Data on the one cat included in the tables are:
1. Specific gravity and distribution of major bone
components in hydrated bone (volume X): Specific
gravity=2.05, vater=23.6, mineral (ash) =12.2, and
organic+c02 = <40.5.
2. Dry bone assay in nig/gram: For mineral
fractions: Ash=691.0, Ca=266.0, P=123.5, Mg-3.9, and
Na=6.2; or otgauic+C02 fractions: C02=29.0,
OH-Proline=29.0, Hexosamine=1.2, Citrate=12.2, and
Lactate=0. 3.
3. Composition of ash: Ca=38.50 milligrams/100
milligrams of ash, Pol=54.76 milligrams/100 milligrams of
ash, Co3=5.72 milligrams/100 milligrams of ash, Ca=19.25
millieguivalents/gram of ash, Po
-------
CAT BIBLIOGRAPHY
HDHBEB 01520
Cotchin, E.
Some Tumors of Dogs and Cats of Comparative
Veterinary and Human Interest.
Vet.Bee, 71:1040-1050,1959.
NUMBER 01522
Szabuniewicz, N.
Bailey. E.M.
Uiersig, 0.0.
Treatment of Some Common Poisonings in Animals.
Vet.Bed/Small Anim.Clin. 66 (12):1197-1205,1971.
A short, but detailed review of poisoning therapy in large
and small animals. Tables of agent, the antidotes and
the dose of antidotes are especially helpful.
NUMBER 01523
Ikede, B. 0.
Losos, G.J.
Isoun, T.T.
Platynosomum Concinnum Infection in Cats in Nigeria.
Vet.Rec. 89:635-638,1971.
Platynosomum concinnum (P.fastosum) infection is recorded
for the first time in cats resident in Nigeria. The
history and clinical signs and the gross and
histopathological lesions in 5 naturally occurring
infections are described. Whereas mild infections
produced no clinical signs, heavy infections were fatal in
at least 2 cases, the main lesions being a chronic
cholangitis and cholangiectasis.
NUHBEH 01524
Laem, G.
walker, I.E.
Title Unknown.
Vet.Bee. 75:46,1963.
Eight of 16 cats naturally infected with Platynosomum
concinnum showed symptoms of disease. The authors regard
"lizard poisoning" as the most important cat disease in the
Bahamas.
NUMBER 01525
Pass, M.A.
Surgical Repair of Esophageal Defects.
J.A.V.M.A. 159(11):1453-1456,1971.
The 2 most frequently used suture patterns for the
esophagus are the 2-layered inverting technique and the
everting technique utilizing horizontal mattress sutures
through the entire esophageal wall. Prompt surgical
intervention is the best treatment for large esophageal
perforations. The treatment consists of closure of the
esophageal defect, drainage of the surrounding tissues, and
administration of antibiotics. Esophageal achalasia can
221
-------
CAT BIBLIOGRAPHY
be treated best by double or single esophagomyotomy, which
can be performed through a thoracic or an abdominal
incision. Reconstruction of the esophageal hiatus nay be
necessary to prevent hiatal hernia and reflux esophagitis
in some cases. Suturing of the muscular coat of the
esophagus to the esophageal hiatus will also prevent hiatal
hernia. Resection of the esophageal dilatation may be
useful as an adjunct to esophagomyotooy in the treatment of
esophageal achalasia.
BOBBER 01526
Cawley, A.J.
Gendreau, C. L.
Esophageal Achalasia in a Cat.
RUBBER 01530
Spector, U.S., edit.
Handbook of Toxicology, Vol. I., Saunders, Phila.,
1956.
Various organic chemicals are given and their toxicity in
the cat' are as follows. Alpha-acetyl-digitoxin: LD50 =
0.5 tug/kg (IV); Amboside: LD50 = 827 mg/kg (IV);
16-anhydrodigitlinum verum monoacetate: LD50 = 6 og/kg
(IV); 5-anhydroperiplogenone: LD50 = 1 mg/kg (IV);
anisylidiene-strophanthidin: LD50 = 1.9 mg/kg (IV);
bovogenin E: LD50 = 0.20 mg/kg (IV); bovoside 0:
L050 =0.11 ng/kg (IV); bufagenine: LD50 = 0.22 og/kg
(IV); bufotoxin: LD50 = 0.27 mg/kg (IV); calotropin
LD50 = 0.12 mg/kg (oral); caudoside: LD50 = 0.9 mg/kg
(IV) ; cincophen sodium: LDca = 977 vg/kg (oral) ;
convallotoxol: LD50 = 0.0669 og/kg (IV); corchoroside
A: LD50 = 0.0768 mg/kg (IV); corchoroside B: LD50 =
0. U13 (IV); gitorin: LD50 = 0.43 mg/kg (IV);
gitoxigenin: LDca = 0.76 mg/kg (IV); gitoxin: LDca =
0.88 mg/kg (oral); gitoxoside: LD50 = 0.58 mg/kg (IV);
heleborein: LDca = 1.9 mg/kg (IV); hydroxy acetate:
LDca - 500 mg/kg (oral); leptoside: LD50 = 1.9 ag/kg
(IV); mansonin: LD50 = 0.15 mg/kg (IV); melloside:
LD50 = 1.3 mg/kg (IV); myristicin: LDca = 570 mg/kg
(oral); odorobioside G monoacetate: LD50 = 0.67 mg/kg
(IV); odorobioside-K: LD50 =2.3 mg/kg (IV);
odoroside-D: LD50 = 0.59 mg/kg (IV) ; odoroside-H
monoacetate: LD50 = 0.27 mg/kg (IV); odoroside-K:
LD50 = 4.7 mg/kg (IV); odorotrioside G aonoacetate:
LD50 = 0.62 mg/kg (IV); resibufogenin: LD50 = 5 mg/kg
(IV); sarmentoside A3: LD50 = 0.089 mg/kg (IV);
sarmentoside amonoacetate: LD50 =3.6 ng/kg (IV) ;
sarmentocide C: LD50 = 0.10 og/kg (2V); sarmutoside:
LD50 = 0.»8 mg/kg (IV); sarnovide: LD50 = 0.15 ag/kg
(IV); scillarenin: LD50 = 0.16 mg/kg (SC);
trinethylstibime: LDca = 1370 mg/kg (SC);
trinitrotoluene: LDca = K80 mg/kg (oral); urechitoxin:
LD50 = 0.3558 mg/kg (IV); veneniferin: LD50 = 0.37
(IV).
222
-------
CAT BIBLIOGRAPHY
NUMBER 01531
Stacker, P.O., edit.
The Derek Index, An Encyclopedia of Chemicals and
Drugs, 8th Edition, Merck and Co., Rahway, N.J.,1968.
Various organic chemicals are given, and their toxicity in
the cat (in ing /kg) are as follows, cheiranthin: LDca -
0.044 (IV); cicu toxin: LDca = 7 (oral); cymarin:
LD50 - 0.095 (IV); p-dinitrobenzene: LDca = 29 (oral);
isoniazid: LD50 = 650 (oral) ; nethyl-thiocyanate: LDca =
6.5 (oral); pyrroline: LDca = 300 (SC) ; strophanthidin:
LDca = 0.28 (IV); tribromoethanol: LDca = 150 (oral).
NUHBEB 01532
unknown.
J.Indust.Hyg. Toxic. 30:63,1948.
Oral LDca of N-butylcarbitol thiocyanate for the cat
is 100 ng/kg.
NUMBER 01533
unknown.
J.Indust.Hyg. Toxic. 18:310,1936.
Oral LDca of N-butyl thiocyanate for the cat is
191 ng/kg.
NOHBEH 01534
unknown.
J.Indust.Hyg. Toxic. 31:62,1949.
Oral LD50 of isopropenyl acetate in the cat is 3000
mg/kg.
NUHBEB 01535
unknown.
Arch. f. Exper.Path.u.Pharmacol. 185:328,1937.
The intravenous LDca, in the cat, to
N-butyl-K-strophanthidin is 0. 35 mg/kg, and to
ethoxyacetyl-K-strophanthin is 0.65 mg/kg.
NUHBEB 01536
unknown.
Arch.f. Exper.Pathol.u.Pharmacol. 120:189,1927.
The intravenous LDca of ephedrine in the cat is
60 mg/kg.
MUHBER 01537
unknown.
Arch.f. Exper.Pathol.u.Pharmacol. 53:313,1905.
The intravenous LDca of physostignine in the cat is
0.25 mg/kg.
223
-------
CAT BIBLIOGRAPHY
NUHBBB 01538
unknown.
Arch.Indust.Hyg.Occup.Hed. 7:310,53.
The intravenous LDca of butyl-K-strophanthidin (iso-) in
the cat is 0.43 mg/kg.
paulioside = 0.71 mg/kg, tanghiniferin = 0.9
NUNBER 01539
unknown.
J.Pharm.Exptl.Therap. 111:365,1954.
The intravenous L050, in the cat, of
desacetyl-tangkinin = 0.23 mg/kg, divaricoside = 0.165
nig/kg* paulioside = 0.71 mg/kg, tanghiniferin = 0.9
og/kg, tanghinigenin = 1.0 mg/kg, tanghinin = 0.4 tng/kg
and xasmalorin - 0.45 rag/kg, desglaco-cheiroside A =
1.3 mg/kg, desgluco-hellibrol = 0.09 mg/kg.
NDHBER 01540
unknown.
Pesticides Chemicals Official Compendium, Assoc. Amer.
Pesticides Control Officials, Inc., Topeka, Kans. ,
p. 429, 1966.
The oral LDca of 2-diphenylacetyl-2, 3-indandione for the
cat is 15 mg/kg.
NUNBER 01541
unknown.
J.Pharm.Exptl.Therap. 88:260,1946.
The oral LD50 of pernoston in the cat is 135 mg/kg
NUNBER 01542
unknown.
J.Pha cm. Exptl.Therap. 128:7, i960.
The LDca, in the cat, of pheniprazine (IV or SC) =
35 mg/kg.
NONBEB 01543
Patty, F.A.
Industrial Hygiene and Toxicology, Vol 1 & 2, 2nd edit
Interscience, N.t., p. 1916, 1958.
The SC LD50, in the cat, of phenyl phosphate
trihydrate = 100 mg/kg, and of phosphorous acid,
tri-o-cresyl ester = 100 mg/kg.
NUNBER 01544
unknown.
National Defense Research Conn., Office of Scientific
Research and Development, p. 1 19, 1943.
The intravenous LD50 of sulfide, bis
(1-chloroethyl) -sulf arsphenamine for the cat is 60 mg/kg.
224
-------
CAT BIBLIOGRAPHY
HOHBEB 01545
Svesnikova, N.n.r Editor.
Nematodyne Bolez.Sel'skokhoz Bast., Itogi Oses.
Soveshch Fita-Nematoden, 6th edit.* Moscow, USSR,
Kolos.
The oral LD50 of thiazone for the cat is 79 rag/kg.
HONBEB 01546
aoknovD.
J.Pharn.Exptl.Therap. 73:312,41.
For the cat, the LD50 oral dose of-
N,N-diethyl-5-methyl-1-phenyl = 500 mg/kg, of
1,2,3-triazole-U-carboxylic acid,
5-nethyl-1-phenyl sodium salt = 1500 mg/kg; and the LDca
oral dose of
1,2,3-triazole-N,H-diiosobutyl-5-Bethyl-1-phenyl = 2000
mg/kg, of
1,2,3-triazole,N,H-5-trimethyl-1-phenyl =500 rag/kg.
NOHBBB 015U7
Evans, E.I.
The Transport of Spernatozoa in the Dog.
Aner.J.Physiol. 105:287-292,1933.
HOHBEB 01548
Hart, B. L.
Kitchell, B.L.
External Morphology of the Erect clans Penis of the
Dog.
Anat.Bee. 152:193-198,1965.
NOBBEB 01549
Rilson, V.J.
Burgess, P.B.
Disinhibition in the Cat Spinal Cord.
I.Neurophysiol. 25:392-404,1962.
NOBBEB 01550
iilkinson, G.T.
Chronic Papillomatous Oesophagitis in a Young Cat.
Vet.Bee. 87:355-356,1970.
The occurrence of multiple papillomatous chronic
inflammatory lesions in the intrathoracic portion of a one
year old neutered female short-haired tabby cat is
recorded. The clinical signs appeared to be associated
more with the respiratory system thrn nit-.h tbe alimentary
tract.
NOBBEB 01551
Uzzell, B.P.
Sheer, D.E.
225
-------
CAT BIBLIOGBAPKY
Decreases in 40-HZ EEG Activity in the Olfactory Bulb
Following Gamma-Irradiation of the Cat.
Had.Res. 46:303-352,1971.
The 40-HZ EEG activity of the olfactory bulb during 3,
24, and 48 hours, and 7-8 days following acute gamma
irradiation were investigated with three total-dose groups
of mature male mongrel cats that received either sham,
500-fi whole body (wb), or 2000-3000-R head only (ho)
irradiation. EEG recordings of the olfactory bulb were
taken from alert, unrestrained animals and subjected to
spectrum analysis. Two animals that received 800- and
1000-R total-doses showed no changes in the electrical
activity of the olfactory bulb following irradiation. A
40-HZ loss observed in the olfactory bulb recording during
3- and 24-hour periods following irradiation was .transitory
in the 2000-3000-R ho group; whereas, the sane loss
observed in the SOO-B wb group during the 7-day
postirradiation period was not transitory. Serotonin
(5-HT) content of olfactory tissue tended to increase and
norepinephrine (NE) content tended to decrease slightly
in the 2000-3000-R ho group during the 3-hour
postirradiation period. The 40-HZ loss in the ho group
was related to "an imbalance in NE and 5-HT content and to
the actions of elevated 5-HT on inhibitory synapses in the
olfactory bulb.
NUMBER 01552
Turner, v.T.
Dse of Hegesterol Acetate in the Treatment of Niliary
Eczema in the Cat.
Vet.Rec. 88:315-316,1971.
Excellent results have been observed using Hegesterol
acetate on approximately 50 cats with niliary eczema. The
only recurring side effect noticed was an increase in
appetite.
MUHBER 01553
Penny, R.H.C.
Carlisle, C. H.
Davidson, H.A.
The Blood and Harrow Picture of the Cat.
Br.Vet.J. 126:459-464,1970.
This paper describes the haematological findings on a
series of male and female cats. For the red and white
cell series 128 and 199 samples were used
respectively. Also recorded is the nyelogram for a series
of sixty biopsy samples of bone marrow taken from the iliac
crest. Results are presented as means and standard
deviations or ranges.
NOHBER 01554
Schryver, H.F.
Title Unknown.
Am.J.Vet.Res. 24:1012.
226
-------
CAT BIBLIOGRAPHY
Normal blood values extracted from article by Penny
et al. Accession number 01553. Also reports percentage
•«itosis from femoral narrow from 10 cats as 0.61 +/- 0.16
HOHBER 01555
iork, K.
The Incidence of Toxoplasna Antibodies Among Dogs and
Cats in Denmark.
Acta Path.Hicrobiol.Scand. 75:U«l7-i|56, 1969.
The prevalence of Tozoplasna antibody is reported to be
62X in cats and 12% in dogs.
SOMBER 01556
Parmley, S.W.
Rabinovitz, B.
Chuck, L.
Bonorris, G.
Katz, J.P.
Comparative Effects of Sotalol and Propranolol on
Contractility of Papillary Muscles and Adenyl Cyclase
Activity of Hyocardial Extracts of Cat.
J.Clin.Pharmacol. 12<«):127-135,1972.
The effects of sotalol and propanolol on the contractile
activity of isolated cat papillary muscles were
determined. Sotalol produced a 13* increase in the force
development at dose levels of 10 to the minus 3 and 10 to
the minus 1 H, while propranol had only negative inotropic
effects at dose levels greater than 10 to the minus 6
N. The positive inotropic effects of sotalol were
maintained despite catecholaoine depletion by pretreatoent
of cats with reserpine. Comparative beta-blockade studies
with isoproterenol revealed that propranol (pA-subscript
2 = 7.99) was about 200 times more potent than sotalol
(pA-subscript 2 = 5.66) as a beta-adrenergic blocker, at
equimolar doses. Propranol caused a reduction in adenyl
cyclase activity of nyocardial extracts of cat at doses
greater than 10 to the minus 9 H, with an increasingly
greater effect above 10 to the minus 1 M. By contrast,
sotalol produced a snail (9X) but significant increase in
adenyl cyclase activity at 10 to the minus 5 M, and did
not produce depression until doses larger than 10 to the
minus <* N. Although the ability of sotalol to increase
force and adenyl cyclase activity suggests that it has
sympathominetic effects, other evidence contradicted
this conclusion. Irrespective of its precise mechanism
of action, the present study suggests that sotalol may be
useful as a beta-adrenergic blocking agent in clinical
situations where less myocardial depression is desirable
MOHBEB 01557
Roman, C.
Tieffenbach, L.
(Electrical Activity of Esophageal Smooth Muscle in
Vagotomized and Anesthetized Cats.
227
-------
CAT BIBLIOGRAPHY
J.Physiologic 63(8):733-762,1971.
A study of motor function in the smooth portion of the
thoracic oesophagus was conducted in bilaterally
vagotoaized and anaesthetized cats by recording
electronyographic activity (E.H.G.) from the oesophageal
musculature vith the aid of external electrodes placed on
the serous surface. Apart from the peristalsis, low
aoplitude E.H.G. activities were recorded. These bursts
of potential accompanied a shortening of the organ without
modification of the intraluminar pressure; this is a proof
for a contraction of longitudinal muscle
fibres. Moreover, the activity vas propagated either in
the oral-aboral direction, or the opposite direction. The
direction of propagation can change abruptly during the
course of the same experiment. This type of motor
function is no doubt comparable to the "pendular" movements
of the intestine. During the so-called "tertiary"
peristalsis, which is induced by inflating a small
intra-oesophageal balloon, one can record at each point the
low amplitude E.H.G. potentials which correspond to the
activation of the longitudinal musculature and then, later,
high amplitude potentials corresponding to the contraction
of the circular musculature. This double activity
propagates itself in the oral-aboral direction. From a
functional point of view, we have shown that the force of
peristaltic contraction, or rather the size of the E.H.G.
discharge, is a function, within certain limits, of the
size of the transported bolus and the distension of an
oesophageal segment which induces and excitation (i.e.
contraction) at the same level produces at the same time an
inhibition of aboral segments. It would seem to be an
application of the famous "law of the intestine1* of
Bayliss and Starling to the oesophagus.
80HBEB 01558
Hwang, K.
On Tertiary Peristalsis of the Esophagus of the Cat.
Am.J.Physiol. 6:781-796,19U8.
RDHBEB 01559
Mei,R.
(Electrophysiology Studies of the Sensory Receptors of
the Thoracic Esophagus in the Cat.)
C.B. Acad.Sci.,Paris 260:302-305,1965.
HOHBEB Q1560
Roman, C.
Orengo, H.
Tieffenbach. L.
{Electromyographic Studies of the Longitudinal nuscle of
the Esophagus of the Cat.)
J.Physiol. Paris 61(Suppl. 2): 390, 1969.
228
-------
CAT BIBLIOGRAPHY
NUMBER 01561
Barren, K.D.
Chiang, T. Y.
Daniels, A.C.
Doolin, P.P.
Subcellular Accompaniments of Azon Reaction in Cervical
dotoneurons of the Cat.
Progress in Neuropathology, date unknown
Electron microscopic examination of axon reaction in
cervical motoneurons was carried out in cats surviving
brachial plexectomy for 3, 1, 15, 21, 28 and 60
days. Alteration of the ER began in the region of the
axon hillock and was characterized by an early (7-day) loss
of the membranous component. Ribosomes retained a
clustered arrangement, and at later stages of the response
a proliferation of closely-packed aggregates of rosette
ribosomes was apparent. Packets of closely spaced, smooth
cisterns derived from granular ER and resembling ,
subsurface cisterns were prominent in chromatolytic
motoneurons as were aggregates of vesticular and vacuolar
profiles which did not have continuity with ER or Golgi
membranes. The Golgi apparatus displayed peripheral
dispersion (retispersion) without apparent alteration in
its constituent membranes. Mucleolar vacuoloids,
vacuolated dense bodies, a prominence of neurofilaoents and
plasnalemmal protrusions were other accompaniments of
neuronal chromatolysis. In the neuropil were noted
invasion by dark glia, neurofilamentous hypertrophy of
axons, and astrocytic and endothelial hypertrophy. Axon
reaction in cervical motoneurons of the cat differs from
retrograde neuronal atrophy in LGB of this
species. Vacuolar dilatation of the ER and breakup of
rosette ribosomes into single units are seen in LGB
neurons after section of their axons while Golgi
retisperision and proliferation of subsurface cisterns are
not encountered. Autophagic vacuoles and nuclear
furrowing occur in retrograde atrophy of LGB neurons but
are absent from chromatolytic motor nerve
cells. Nucleolar vaculoids are seen in the latter but not
in retrograde atrophy of LGB. Peculiar to the environs
of chronoatolytic motoneurons were unusual astrocytes
containing numerous randomly distributed, smooth
membranous channels. The possible significance of these
differences between axonal reactions in the two neuronal
populations, the one projecting peripherally, the other
centrally, are discussed. Quantitative evaluation of
electron micrographs indicated a reduction in the
concentration of mitochondria and lysosomes 60 days after
nerve section.
NUMBER 01562
Barnard, R.I.
Experimental Changes in End-feet of
Held-Auerbach in the Spinal Cord of the Cat.
J.Conp.Neurol. 73:235,19UO.
22a
-------
CAT BIBLIOGRAPHY
NDHBEB 01563
Barron, K.D.
Daniels, A.C.
Chiang, T. Y.
Cooling, P.P.
Fine structure of chronatolytic Feline notoneucons.
Exp.Holec.Path. 12:46,1970.
NUMBER 01564
Hugnaini, E.
walberg, F.
An Experimental Electron Microscopical Study of
Cerebellar Corticovestibular Fibres in the Cat Lateral
Vestibular Nucleus
-------
CAT BIBLIOGRAPHY
J.Neuropath.Exp.Neurol. 28:571,1969.
After crushing the posterior tibial nerve at the ankle, the
author noted that feline spinal neurons supplying the foot
muscles shoved severe disruption of the endoplasmic
reticulun. Also described is a reduction of the size of
rough endoplasnic reticulun aggregates, the component
tubules of which were shorter than noroal while there was a
"freeing" of polyribosomes with the appearance of dispers ",
single cytoplasmic granules of ribonucleoprotein.
BOBBER 01570
Brunden, N. N.
Clark, J.J.
Sutter, N. L.
A General Method for Determining Nornal Ranges
Applied to Blood Values of Dogs.
AD. J. Clin. Path. 53:332-339,1970.
This communication describes a method for determining
the normal (tolerance) limits of a stable population
which makes no assumptions as to the form of the
population distribution and is applicable to either
discrete or continuous data. This method, when
applied to normal dog blood determinations, is shown
to be consistent with the data for all parameters as
opposed to the classical method which assumes a gaussian
distribution. In many cases, similarities exist in the
ascertained 'normal range between the two methods, but
to determine whether the prevalent method has led to
erroneous results would necessitate exhaustive
statistical treatment. This method is useful because
of its generality and because it is not necessary to
find appropriate transformations or distribution
functions. Although the general method may not be as
efficient when the population distribution is known,
it is felt that is simplicity outweighs any
considerations of efficiency, especially in cases
where a large sample is available.
HOHBEB 01571
Herrera, L.
The Precision of Percentiles in Establishing Normal
Limits in Medicine.
J. Lab.Clin.P1ed. 52:34-1281958.
NDNBBB 01572
Hoffman, R.G.
Statistics in the Practice of Medicine.
J.A.B.A. 185:854-873,1963.
BOMBER 01574
Sander, C.H.
Landgham, R. F.
Hyelolipoma of the Spleen in a Cat.
231
-------
CAT BIBLIOGRAPHY
J.A.V.H.&. 160(8) : 110 1-1 10 3,1 972.
A report of the pathological picture of a myelolipoma in
a 16- year old spayed female.
NUMBER 01575
Gorley, I.'n.
Popp, J. A. '
Park, R.D.
Nyelolipomas of the Liver in a Domestic Cat.
J.A.V.H.A. 158:2053-2057,1971.
NUMBER 01576
Heidary, H.
Neuron Populations in the Cerebellum of the Cat.
Experientia 28:313-314,1972.
A ratio of 1 to 325 Purkinje to granular cells is
estimated. Other cell-type ratios are given.
NUMBER 01577
Lesbouyries, ?
Berthelon, ?
(Sex Hormone Therapy in the Domestic Carnivores.)
Bull.Acad. Vet. France 10:126-130,1937.
A french-language review of the application of sex hormones
and related hormones to the therapy of clinical
situations in the dog and cat. conditions discussed
includes uterine infections, ovulation. and prostatic
enlargement.
NUMBER 01578
Dewhurst, C.J.
Beazley, J.M.
Cambell, S.
Assessment of Fetal Maturity and Dysmaturity.
Am. J.Obstet.Gynecol. 113(2) : 141-149, 1972.
A review and discussion of normal and non-normal growth
of the fetus. Besults of fetal measurements by ultrasonic
method are presented.
NUMBER 01579
Lewis, H. E.
The Feeding of Laboratory Animals.
J. A nim. Technician Assoc. 8:36-41,1957.
This is a brief general survey of the main aspects of the
feeding of such laboratory animals as rats and mice, cats
guinea pigs, monkeys, pigs and dogs. The information is
largely based on the proceedings of a symposium held by the
Nutrition Society (1957).
NUMBER 01580
Hinman, J.w.
232
-------
CAT BIBLIOGRAPHY
Developing Applications of Prostaglandins in Obstetrics
and Gynecology.
Am.J.Obstet.Gynecol. 113(1}:130-138,1972.
A review of the medical use of prostaglandins in
reproductive situations. Contains 69 citations.
RUBBER 01581
Bentley, n.A.H.
Baterlov, J.
Feline Urinary Retention: An "Epidemic11. A Letter.
Vet.Bee. 90 (21) :612, 1972.
We, too, are having an "epidemic" of feline urinary
retention and haematuria. From March 1st (when it
became obvious that something unusual was happening)
until April 17th we have seen seven neutered males with
urinary retention and four neutered females with
haematuria. The ages vary from two years to eight years
and the group included one Siamese and one
Abyssinian. The only apparent common factor involved
was the feeding of dehydrated foods of one or more
varieties to 10 of these animals. The one cat not
to have eaten any dehydrated food was presumably our
"norm" for the seven-week period, or the case we could
have expected anyway. Withdrawal of the dehydrated
foods and the administration- of urinary sedatives and
antibiotics, with or without steroids, relieved the
haematuria in the females, although the frequency and
stress remained for some weeks. The obstructive symptoms
in the male cats was more persistent and necessitated
prolonged treatment, and, in one cat, euthanasia.
NOHBBR 01582
Garrett, J.R.
Howard, E.R.
Effects of Rectal Distension on the Internal Anal
Sphincter of Cats.
J.Physiol 222:85-86p,1971.
These experiments suggest that the tone of the internal
anal sphincter is under complex neural control involving
cholinergic and alpha-adrenergic motor pathways and
beta-adrenergic and non-cholinergic non-adrenergic
inhibitory pathways. Reflex responses to rectal
distension are influenced by all of these mechanisms.
NDHBER 01583
Casseday, J.H.
Neff, W.D.
Auditory Localization: The Role of the Trapezoid
Body.
J.Acoustical Soc.Amer. 49(1):92,1971.
The effects of transection of the trapezoid body upon the
cat's ability to localize sounds were investigated. Pour
cats were trained to localize pulses of broad-band noise
in a free-field situation, and their thresholds for
233
-------
CAT BIBLIOGRAPHY
minimal detectable angle were determined. After
transaction of the trapezoid body, each animal was
tested for retention of the localization habit. Two cats
retained the localization habit and showed little or no
loss in threshold for localization; the other two failed to
retain the habit and were unable to relearn to
localize. Other auditory tests on the latter two aninals
indicated that they could learn to respond to a sound
signal and that they could learn to discnninate between
tonal patterns (high-low-high versus
low-high-low). Electrophysiological records, obtained
from each cat after testing was completed, showed that
evoked potentials could be obtained from auditory areas of
the cerebral cortex when click stimuli were presented to the
ear. A comparison of the anatomical evidence for animals
that retained the localization habit and those that were
unable to relearn siggests that the anterodorsal portion
or the trapezoid body may be crucial for localization.
HOBBEB 01584
Dolan, T. B.
Bredberg, 6.
Ada's, H.I.
Neff, H.O.
The Behavioral and Histological Effects of Auditory
Over-exposure on the Cat.
J.Acoustical Soc.Amer. 49 (1) :92, 1971.
The behavioral and histological effects of
overstimulation on the auditory system of the cat are
being examined. Thus far, the exposure stimuli
considered have been tones between 125 and 4000 Hz at
several stimulus intensities and duration. Stimulation
levels have been varied from 120 to 160 dB SPL, and
durations between 1 and 4 h have been examined. One
of the initial results is that the amount and locus of
damage resulting from exposure and the associated effects
on audibility are most difficult to predict at low
exposure frequencies. At 125 Hz, for example, seven
animals have been exposed for 4 h at intensities between
150 and 160 dB SPL. The exposure caused either no
apparent damage and no associated hearing loss or
almost total damge along the entire length of the
cochlea and nearly complete hearing loss. These and
other results from exposure frequencies of 1, 2, and 4 kHz
will be described.
BOBBER 0158b
Pauli, H.
Carpenter, J.
Title Unknown.
Iowa State Univ. Vet. 32(2):55-57,1970.
A report of Homer's syndrome in the cat.
234
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CAT BIBLIOGRAPHY
NUHBEB 01586
Mandelker, L.
Practice Pointers.
Vet.(led./Snail Anin.Clin. 67 (7) :7 18, 1972.
To remove blood stains from a dog or cat after surgery or a
bloody venipuncture, wash the area vith a surgical soap.
NUMBER 01587
Glasofer, S.
Practice Pointers.
Vet.Med./Small Anim.Clin. 67 (7) :7 18, 1972.
Tranguilizers sometines nake excellent appetite stimulants
for homesick dogs and cats that will not eat while
hospitalized or boarded.
NUMBER 015o~
Jackson, w.
Practice Pointers.
Vet.Bed./Small Anin.Clin. 67 (7):7 18,1972.
Large ulcerated and traumatized area of skin infection
sometimes clear up more guickly if treated with hoae
tenderizer cheimicals.
DUMBER 01589
Veil, J. N.
Bieri, J.G.
Breuer, L.H., Jr.
Gershoff, S.N.
Hoekstra, H.G.
Portman, O.H.
Reid, M.fi.
Warner, R.G.
Nutrient Requirements of Laboratory Animals.
Nat.Aca.Sci., No.10, 2nd rev. edit., 1972.
The chapter on the cat, by S.N. Gershoff, comprises a
review of the literature on the nutrition of the cat. He
states that many of the commercial diets are inadeguate.
NUMBER 01590
Ahmad, B.
The Fate of Carotene After Absorbtion in the Animal
Organism.
The cat does not utilize beta-carotene as a source of
Vit. A.
NUMBER 01591
Braham, J.E.
Villarreal, A.
Bressani, R.
Effect of Lime Treatment of Corn on the Availability of
Niacin for Cats.
J.Nutr. 76:183,1962.
Cats can utilize niacin from raw and lime-treated corn to
235
-------
CAT BIBLIOGRAPHY
an equal extent.
NOMBEH 01592
Cordy, D.R.
Experimental Production of Steatitis (Yellow Fat
Disease) in Kittens Fed a Commercial Canned Food and
Prevention of the condition by Vitamin E.
Cornell Vet. 44: 310, 1954.
The author produced vitamin E deficiency in cats by
feeding then commercial cat food high in ash
content. The deficiency state was characterized by
orange or orange-tan colored fat (steatitis). In some
kittens anorexia occurred, followed by death. Regenerative
muscle lesions and leg weakness were observed. There was
little edema, and hemorrhages were absent in the
fat. Splenomegaly occurred in some of the kittens.
NUMBER 01593
Da Silva, A. C.
Pried, R.
De Angelis, R.C.
The Domestic Cat as a Laboratory Animal for
Experimental Nutrition studies. III. Niacin
Requirements and Tryptophan Metabolism.
J.Nutr. 46:399,1952.
The symptoms of niacin deficiency in cats is
described. It is primarily characterized by diarrhea,
emaciation and death, with no buccal or skin lesions. As
little as 1-3 mg of niacin given subcutaneously to
niacin-deficient cats evoked a weight gain response of
100-300 g during a 4- to 8-day period. Tryptophan is not
converted to niacin.
NUMBER 01594
Da Silva, A.C.
De Angelis, R.C.
Pontes, M.A.
Guerios, N.F.n.
The Domestic Cat as a Laboratory Animal for
Experimental Nutrition Studies. IV. Folic Acid
Deficiency.
J.Nutr. 56:199,1955.
Polic acid deficiency was produced in cats by feeding a
semipurified diet deficient in folic acid and containing
sulfaguanidine or sulfathalidine. No folic acid deficiency
was produced without the addition of the therapeutics. The
signs of deficiency were weight loss, macrocytic anemia, and
leukopenia. weight responses were obtained with single
doses of 1 mg folic acid or two doses of 0.8 mg each. Two
mg was sufficient for hematological recovery. Better
responses were obtained when Vit.B-12 or liver extract
was also given.
236
-------
CAT BIBLIOGBAPHY
NUMBER 01595
Da Silva, A.C.
Fajer, A.B.
De Angelis, B.C.
Pontes, m.a.
Giesbrecht, A.M.
The Domestic Cat as a Laboratory Animal for
Experimental Nutrition Studies. VII. Pyridoxine
Deficiency.
J. Nutr. 68:213,1959
Vitamin B-6 deficiency in cats is characterized by
growth failure, emaciation, convulsions, anemia, kidney
disease, and iron deposits in the liver.
HUHBEB 01596
Da Silva, A.C.
Guerios, H.F.N.
Honsao, S. R.
The Domestic Cat as a Laboratory Animal for
Experimental Nutrition Studies. VI. Choline
Deficiency.
J. Nutr. 67:537,1959.
Choline deficiency in the cat is characterized by weight
loss and fatty liver.
NUMBER 01597
Dickinson, C.D.
Scott, P.P.
Failure to Produce urinary Calculi in Kittens by the
Addition of Mineral Salts Derived from Bone-Heal to
the Diet.
Vet.Bee. 68:585,1956.
The authors vere unable to produce urinary calculi in
kittens fed a diet containing 30X ash.
NUMBER 01598
Dickinson, C.D.
Scott, P.P.
Nutrition of the Cat. 2. Protein Requirements for
Growth of Weanling Kittens and Young cats Maintained
on a Nixed Diet.
Brit. J. Nutr. 10:311,1956.
The authors favor a high-fat, high-protein diet for cats.
NUMBER 011.99
Everett, G. N.
Observations on the Behavior and Neurophysiology of
Acute Thiamine Deficient Cats.
AD. J. Physiol. 641:U39,19U1.
NUMBER 01600
NacLennan, C.R.
237
-------
CAT BIBLIOGRAPHY
The Behaviour of Receptors of Extra muscular and
Muscular Origin With Afferent Fibres Contributing to
the Group I and the GroupII of the Cat Tibialis
the Group I and the Group II of the Cat Tibialis
Anterior Muscle Nerve-
Proc.Physiol.Soc.,p. 90-91,1971.
In many muscle nerves, afferent fibres from muscle
spindles and tendon organs account for nearly all the
sensory fibres of group I and II. Some muscle nerves,
however, contain more afferent fibres than would be
predicted on the basis of the known numbers of these
receptors. In the present experiments, the receptor
behaviour and properties of 3U3 afferent fibres
(conduction velocities 22.6 to 108.6 m/sec) from the
tibialis anterior muscle nerve was studied. The results
show that group I and group II fibres from extranuscular
receptors and atypical muscle receptors are present in
considerable numbers in the cat tibialis anterior muscle
nerve.
NUMBER 01601
Coppin, C. M. L.
Jack, J.J.B.
Internodal Length and Conduction Telocity of Cat
Muscle Afferent Nerve Fibres.
Proc.Physiol.Soc. p.91, 1971.
NUMBER 01602
Appleby, A.
Toxoplasmosis - The Known and the Unknown.
J.A.V.N.A. 160(3):262.1972.
A "Letter To The Editor1* regarding the practitioners'
attitude to Toxoplasia gondii in cats and public health.
NUMBER 01603
Barrett, T.H.
Interaural Stimulation: Effects on the Q Value of
Tuning Curves and Post-stimulus Time Histograms of Cat
Auditory cortex Neurons.
Exptl.Neurol- 34:U8«4-U96, 1972.
The results of this study of single neuron activity in
area AI of the auditory cortex in the awake cat indicate a
••sharpening" of the tuning curve or an increase in the Q
value of tuning curves when interaural delays in acoustical
stimulation'are introduced at the contralateral ear. The
shape of poststimulus time (PST) histograms is affected
similarly by contralateral delay or attenuation in the
acoustical signal. An optimum interaural attenuation or
an optimum interaural delay sometimes leads to increased
neuronal activity. The shape of the PST histogram
sometimes differs markedly between binaural and monaural
stimulation. The shape of the PST histogram sometimes
differs markedly with interaural delays. Hith a single
sound source, changing the direction of the source around
238
-------
CAT BIBLIOGRAPHY
the head gave varying histogram profiles.
NDHBER 01604
Freudlich, J.J.
Detweiler, O.K.
Hance, H.E.
Indirect Blood pressure Determination by the
Ultrasonic Doppler Technique in Dogs.
Current Therap.Hes. 1U(2):73-79,1972.
The Arteriosonde, utilizing Doppler ultrasound has been
tested on 3<* dogs. There was good agreement between
indirect readings and direct arterial puncture measurements
in eight unanesthetized Greyhounds. Indirect pressures
also obtained from four of the unanesthetized Greyhounds
over a period of about six months showed initial
instability and high variability of readings, but after the
initial phase of instability, the variability was decreased
and comparable to that obtained in anesthetized
animals. Indirect and direct intra-arterial recordings
from 26 anesthetized dogs were used as a basis for accuracy
and variability determinations. The mean differences with
femoral artery were held to */~ 15 mm.Hg or less, when
filter switching was used. Correlation data showed
adequate following of the drug-induced blood pressure
changes, and variability of the data judged by the standard
deviation of mean differences and standard error of the
linear estimate was within 10 to 15 mm.Hg. Therefore,
one can expect results from the indirect Doppler
ultrasonic equipment on unanesthetized dogs.
RUBBER 01605
Nelp, H.B.
Denney, J.D.
Hurando, R.
Uinn, G.H.
Hillians, J. L.
Rudd, TTG. '
Palmer, H.B.
Absolute Heasurement of Total Body Calcium (Bone
Mass) in vivol
J.Lab.Clin.rtefc. 79(3):430-«38.1972.
Using total ftody neutron activation .analysis (TBHA) and
total body counting, a technique has''been established to
quantitate l&ly calcium in grams with an estimated accuracy
of 5.2 per qfeh't (see below). Five cadavers of various
body size wexce activated and counted to establish the ratio
of their induced 49Ca activity to a fixed calcium
standard, activated and counted under identical
conditions.^ The cadaver skeletons were then ashed and
chemically-analyzed to establish the specific activity;
i.e., the U9Ca activity induced per gram of skeleton
calcium. Variations in specific activity between cadavers
were linearly related to body weight divided by height
(kilogram per meter). The TBNA results from subjects of
various siz.es measured in vivo could then be converted to
239
-------
CAf BIBLIOGRAPHY
grans of calcium using the cadavers as comparison
standards. In 8 normal men, total body calcium ranged
from 933 to 1,361 Cm., average 1,093 Gm. Data Cor body
calcium from cadaver analyses from the literature plus the
present results were inspected. The relationship between
skeletal calcium and skeletal length suggests that total
body calcium increases as 1/5 the cube of skeletal
length. Applying this relationship to normal men measured
by TBNA. the expression y=0.203 z (exponent 3) was derived
where y = calcium in grams and x = height in meters. In 5
patients with known osteopenia from various causes, bone
mass was shown to be reduced 23 to 35 per cent below the
expected normal.
ROBBER 01606
McGowan-Sass, B. K.
Eidelberg, E.
Rabituation of Somatosensory Evoked Potentials in the
Lemniscal System of the Cat.
Electroencephalo.Clin.Neurophysiol. 32:373-381,1972.
Habituation and restoration of somatosensory evoked
potentials were demonstrated at multiple selected sites in
the lemniscal system of the cat. Potentials were evoked
by minimal suprathreshold stimuli delivered at regular
intervals to the skin of the fore paw. Evoked responses
declined as a function of time in the medial lemniscus, the
nucleus ventralis postero-lateralis of the thalamus, the
somatosensory cortex, and the pyramidal tract, but
responses did not decline in the presynaptic dorsal
columns, indicating the importance of the first synaptic
relay. He also observed habituation in ventro-basal
thalamus to stimulation of dorsal columns and medial
lemniscus, and habituation in the sonatosensory cortex to
stimulation of medial lemniscus and ventro-basal thalamus,
although we never observed habituation of the response of
the pyramidal tract to stimulation of the cortex. Thus,
it seems likely that habituation is characteristic of each
nuclear group and not exclusively of any specific ascending
or descending pathway. It was also demonstrated that
habituation will take place in: (1) subjects anesthetized
with a high dosage of alpha chloralose; (2) in the locally
anesthetized, curarized preparation; and (3) in subjects
with prior dorsal column section. The theoretical
implications of these results were discussed.
NUMBER 01607
Anderson, S.A.
Projection of diferent Spinal Pathways to the Second
Somatic Sensory Area in Cat.
Acta Physiol.Scand. 56 (suppl. 194):1-7«,1962.
HUHBER 01608
Groves, P.M.
Lee, D.
240
-------
CAT BIBLIOGRAPHY
Thompson, B.F.
Effects of Stimulus Frequency and Intensity on
Habituation and Sensitization in Acute Spinal Cat.
Physiol.Behav. 4:383-388,1969.
NUMBER 01609
Kitai, S.T.
Weinberg, J.
Tactile Discrimination Study of the Dorsal
Column-Medial Lemniscal system and the
Spino-Cervico-Thalaoic Tract in the Cat.
Exp.Brain Res. 6:234-246,1968.
NUMBER 01610
Spencer, W.A.
Thompson, R.F.
Neilson, D.R.
Response Decrement of the Flexion Reflex on the Acute
Spinal Cat and Transient Restoration by Strong
Stimuli.
Neurophysiol. 29:221-240,1966.
NUMBER 01611
Tove, A.L.
Jabbur, S.J.
Cortical Inhibition of Neurons in Dorsal Column
Nuclei of Cat.
J.Neurophysiol. 24:U88-U98,1961.
NUHBER 01612
iickelgren, W.O.
Effect of Acoustic Habituation on Click-Evoked
Responses in Cats.
J.Neurophysiol. 31:777,1968.
NUMBER 01613
Teyler, T.J.
Roemer, R.A.
Thompson, R.F.
Habituation of the Pyramidal Response in onanesthetized
Cat.
Physiol. Behavior 8:201-205,1972.
Evoked pyramidal activity characteristics in
unanesthetized cats were studied in relation to the
intensity and frequency of repeated somatic stimuli. AD
early component of the evoked pyramidal activity exhibited
habituation while a later component shoved
sensitization. Both habituating and sensitizing
components were affected by stimulus manipulations. The
results are consistent with a dual-process theory of
habituation.
211
-------
CAT BIBLIOGRAPHY
tiUNBEB 01614
Chu, N.
But ledge, L.T.
Multisensory Activation of Pyramidal Tract Neurons in
the Cat.
Expl.Neurol. 30:351-361,1971.
NUMBEH 01615
Groves, P.M.
DeMarco. B.
Thompson, P.P.
Habituation and Sensitization of Spinal A erneuron
Activity in Acute Spinal Cat.
Brain Bes. 14:521-525,1969.
NUMBER 01616
O'Brien, J.H.
Fox, s.s.
Single-cell Activity in Cat Motor Cortex. I.
Modifications During Classical Conditioning
Procedures.
J.Neurophysiol. 32:267-284,1969,
NUMBER 01617
O'Brien, J.H.
Fox, S.S.
Single-Cell Activity in Cat Motor Cortex. II.
Functional Characteristics of the Cell Belated to
Conditioning Changes.
J.Neurophysiol. 32:285-296,1969.
NUMBER 01618
Teyler, T.J.
Boemer, B.A.
Thompson, B.F.
Relations Between Gross and Unit Evoked Activity in
Pericruciate Cortex of Cat.
Physiol.Behav. 6:375-379,1971.
NUMBER 01619
Me incite, J. E.
Bobbie, H.V., Jr.
Hardy, W.D.
Lymphoreticular Malignancies in the Cat: Clinical
Findings.
J.A.V.M.A 160(8):1093-1099,1972.
One hundred and fifty cases of feline lynphoreticular
malignancies were studied over a 12-year period. In one
of the contributing hospitals the incidence of
lymphoreticular malignancies was 1.6% of all cats examined
and 4.7% of cats hospitalized because of clinical illness
during a 2-year period. The mean age of all afflicted
242
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C1T BIBLIOGRAPHY
cats was 5.5 years; 42% of the malignancies were in cats
less than 3 years old. Pedigreed cats (2IX of the cases)
had a mean age of 3.7 years, significantly less than the
Bean age of 6.0 years for the donestic cats (79% of the
cases). Sex predilection or seasonal prevalence was not
observed. Histories were often vague. The signs of
illness nost commonly encountered were anorexia, lethargy,
and weight; however, there was no consistent sign that
could be considered characteristic of the
disease. Clinical examination revealed abnormal masses or
organ enlargement in 53% and pale mucous membranes in 50%
of the afflicted cats; only 19% of the cats had enlargement
of peripheral lynph nodes. The malignancies were
classified by distribution of major gross lesions into one
of 4 forms: (1) alimentary, 70 cases; (2) cranial
mediastinal, 38 cases; (3) multicentric, 28 cases; and (4)
unclassified, 14 cases. The cranial mediastinal form
occured most frequently (80%) in cats less than 5 years
old, whereas the other forms occurred more often in older
cats.
HOHBBR 01620
705,709
Nelson, M.S.A
Berman, E.
Rosenstein, L.S.
Hard, J.n.
Wright, J.F.
Bioeffects of Continuous Short-Tern Exposure of
Felines to Radioactive Strontium: A Preliminary
Beport.
Bionedical Implications of Badiostrontium
Exposure, proc.sympos. at Davis, Calif.,1971, A.E.C.
Symposium Series no. 25, 1972.
For a determination of the relative radiosensitivity of
cats during different periods of development, weanling and
adolescent cats were studied after oral administration of
89Sr for 30 days at one of four dose levels: 100, 50, 25,
or 0 microCi of 89Sr per day. In the acute phase,
during dosing, all of the cats at 100 microCi/day and 16%
at 50 microCi/day died. There were no deaths among the
other weanlings or adolescent cats. Some parameters in
the hemograms showed early and pronounced graded
depression. Segmented neutrophils in weanling cats showed
the earliest response: within 7 days at the 100
microCi/day level, 11 days at 50 microCi/day, and 15 days
at 25 microCi/day. The adolescents showed similar but
less-rapid responses. In the weanling groups, segmented
neutrophils reached their minimum values during the dosing
period, less than 1% of the sham value for the 100
microCi/day level and 2% for the 50 microCi/day
level. The depression of the platelets occurred later but
was similar in magnitude. Red-cell parameters showed no
significant changes except in terminal stages. By day 150
all irradiated weanlings except two at 25 microCi/day had
died, and all but two adolescent cats had
243
-------
CAT BIBLIOGRAPHY
survived. Neutropbil recovery was commensurate with the
magnitude of the insult. The 100 nicroCi/day adolescents
remained 90% below sham values at the end of the postdose
period, while the 25 microCi/day adolescents were within
normal ranges. Platelets behaved similarly. Lymphocytes
were depressed 20 to 60% from the sham values, but the
response was too erratic to be related to the dose
level. The red-cell values were depressed by 40% in the
100 microCi/day adolescents at about day 60 after dosing
but were within normal range by the end of the observation
period. Clinical symptoms vere characteristic of the
radiation-induced heoorrhagic syndrome, with minor
hemorrhages in various tissues. Free bleeding into large
body cavities or gross evidence of bleeding from the
gastrointestinal tract was not apparent. The bone narrow
of cats exposed to the higher dose levels was
aplastic. Narrow from cats exposed to lower levels was
cellular and composed primarily of erythropoietic cells
with few granulocytic cells and
megakaryocytes. Myelofibrosis was seen in five cats, and
nyeloid metaplasia, usually in the lymph nodes, developed
in five cats, one case resembling granulocytic
leukemia. Ultrastructural studies of bone marrow revealed
degenerative changes in mitochondria of plasma
cells. Viral particles were not found in the marrow
samples of the four cats studied.
MDHBEB 01621
Beach, F.A.
A Review of Physiological and Psychological Studies of
Sexual Behavior in Mammals.
Physiol.aev. 27:2UO-307,19<»7.
NUMBER 01622
Scott, P.P.
Dietary Requirements of the Cat.
Petfood industry 14:6,1972.
Since the growth rate and metabolic turnover of the cat
does not materially differ from that of similar-sized dogs,
it is apparent that the excess protein requirement of cats
is utilized for energy production. It is possible that
the obligatory diversion of protein for energy was
originally developed as a means of dealing with the high
protein intake forced upon the cat by its predatory
habits. A diet of small animals and birds would give an
intake of this approximate composition; 70% water, 14%
protein, and 10% fat. On a dry food basis this gives a
protein intake of between 40 and 50%. Nutritional
research has shown that the diet of growing kittens should
contain about 33% protein of high biological value in a
mixed diet, and for adults, more than 21%. The quality of
the protein eaten, that is, its biological value, is
important to the cat, especially for growth. Proteins
derived from connective tissue do not support growth
satisfactorily unless supplemented by amino acids to
244
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CAT BIBLIOGRAPHY
improve the biological value of the diet. Probably the
best method of assessing the value of food materials
intended for cat diets is to determine the protein
efficiency ratio in growing kittens; that is, weight gained
in grams divided by the grams of protein consumed over a
given period.
NDHBBR 01623
Romand, R.
(Maturation of the Cochlear Potentials During the
Perinatal Period of the Cat and Guinea Pig.)
J.Physiologic 63(8):763-782,1972.
This work was carried out on the kitten and the foetus of
the guinea pig with a view to following the evolution of
the cochlear microphonic and the cochlear nerve action
potential from birth until adult characteristics are
acquired. In the cat the cochlear microphonic is
always detectable from birth. Its threshold is relatively
high and adult characteristics appear towards the second
week after birth. As for the cochlear nerve action
potential, it is not detectable until a few hours after
birth. The threshold is considerably higher and it can
only be obtained for limited frequencies. The action
potential does not acquire its final characteristics until
towards the end of the first month after birth. In
the foetus of the guinea pig the cochlear microphonic was
recorded from the seventh week of gestation. The
threshold is relatively high from the beginning and adult
characteristics are acquired 10 days later. The cochlear
nerve action potential appears about 2U hours after the
first signs of the cochlear microphonic and for a greater
intensity. The final properties of this potential are not
acquired until a few days after birth. A
confrontation of these results reveals a clear time lag in
favour of the cochlear microphonic compared with the
cochlear nerve action potential as far as the respective
dates of appearance of these phenomena are concerned, as
well as a distinct difference between their stages of
maturation. Furthermore anatornofunctional correlations
can be made between the development of the limbus spiralis
and the tectorial membrane on one hand and that of the
cochlear microphonic on the other.
HDHBER 01621
Marty, R.
Thomas, J.
(Electro-cortical Response to the Cochlear Nerve
Stimulation in the Neonatal Cat.)
J.Physiol.(Paris) 55:165-166,1963.
NUMBER 01625
Romand, R.
Pujol, R.
Konig, N.
245
-------
CAT BIBLIOGRAPHY
Harty, B.
(Blectcophysiologic Maturation of the Cochlea of the
Cat.)
C.R- Arl.Sci.Paris 270:2176-21*79,1970.
HtfHBBH 01626
Rose, J.E.
Adrian, H.
Santibanez, G.
Electrical Signs of Maturation in the Auditory System
of the Kitten.
Acta Heurol.Lat.-Amer. 3:133-1(13,1957.
BOHBBH 01627
Prentiss, P. G.
Molf, A.V.
Eddy, H.A.
Hydropenia in cat and Dog: Ability of the Cat to Heet
its Water Requirements Solely From a Diet of Fish or
Heat.
An.J.Physiol. 196(3) :626-632, 1959.
The physiology of hydropenia was studied in cat and dogs
placed on 3 regios: l.no water, no food; 2.water ad libitum,
no food; 3.DO water, food. Animals deprived of water and
food shoved elevations in plasma sodium, chloride, osnotic
pressure and total solids, with progressive
hydropenia. Tap water ad libitum prevents these changes in
fasting and promotes slight decreases in plasma osmotic
pressure. It also sustains life well beyond the period
endured by animals with no access to fluid. That cats with
no drinking fluid are able to maintain themselves well for
long or indefinite periods on diets of cod, salmon and
beefsteak, and are unable to do so on partly dessicated
salmon and beef, is generally predictable by netabolic
calculations and confirmed by measurements. The
significance of these facts for the water metabolism of
marine mammals which may not drink is broached.
HOHBBB 01628
•olf, A.V.
Prentiss, P.G.
Douglas, L.G.
Svett, B.J.
notability of Sea Hater With special Beference to the
Cat.
Aa.J.Physiol. 196(3) :633-6
-------
CAT BIBLIOGBAPHY
out sea water they undergo progressive hydropenia and
die. Along with experimental verification of the
potability of sea water a theory of sea water drinking
(mariposia) is presented, based upon the concept of
urinary osmotic space'.
NUMBER 01629
Herron, (1.4.
The Effect of Prepubertal Castration on the Penile
Urethra in the Cat.
J.A.V.M.A. 160(2) :208-211, 1972.
The effect of early castration on the urethra and the
periurethral tissues of 30 male cats was evaluated
histologically. The cats were allotted to 3 groups of 10
each - control cats (sexually intact), prepubertally
castrated cats, and prepubertally castrated cats
subsequently treated with testosterone. The intact cats
had significantly higher urethral epithelium and a lower
fibrocyte density than did the castrated cats. Neither
castration nor castration with subsequent testosterone
treatment affected urethral circumference. Testosterone,
at the amounts administered in this study, was not
responsible for any of the observed histologic differences.
NUMBER 01630
Schein, H.H.
Anuria and Dysuria in the Hale Cat.
Vet.Ned. 46:372,1951.
NUMBER 01631
Scott, N.G.
SCOtt, P.P.
Post-Natal Development of the Testis and Epididymis in
the Cat.
J.Physiol. 136:40-41,1957.
NUMBER 01632
Nott, H.W.
Raper, C.
Use of Cumulative Dose-Response Curves in Potency
Comparisons of Sympathomimetic Amines on the Cat
Soleus Muscle.
Brit.J.Pharmacol. 44(3):589-591,1972.
The ability of beta-adrenoceptor agonists to reduce the
fusion of incomplete tetanic contractions of the soleus
muscle of the cat has been used previously as a model to
assess the potential tremor producing effect of
sympathomimetic bronchodilators. The ability of
(-)-isoprenaline, (-)-adrenaline, (*/-)-soterenol and
(«•/-)-quinterenol to depress incomplete tetanic
contractions of the soleus has now been assessed using
cumulative administration of the amines. The method
quickly produced accurate and reproducible dose-response
-------
CAT BIBLIOGRAPHY
curves. It is particularly useful for evaluating the
potency of long-acting compounds.
NUMBER 01633
Bowman, B.C.
Nott, n.W.
Actions of Some Sympathomimetic Bronchodilator and
Beta-Adrenoreceptor Blocking Druqs on Contractions of
Cat Soleus Muscle.
Brit.J.Pharmacol. 38:37-49,1970.
NUMBER 0163U
Bowman, W.C.
Zaimis, E.
The Effects of Adrenaline, Noradrcnaline and
Isoprenaline on Skeletal Muscle Contractions in the
Cat.
J.Physiol., London 144:92-107,1958.
NUHBEB 01635
Ana, A.
Sasaki, N.
Takayama, S.
An In Vitro Study of the Somatic Chromosomes in
Several Mammals.
Jap.J.Zool. 12:257-265,19?.
The somatic chromosomes of the guinea pig Cavia
Cobaya, the golden hamster Nesocricetus Auratus, the
clawed jird Neriones Unguiculatus Unguiculatus
nilne-Bdwards, the dog Canis Pamiliaris, and the cat
Felis Domestica were investigated in cells of tissue
culture by the application of a water pre-treatnent
method. Particular attention was directed to the number,
relative size and shape of the individual chromosomes, the
location of the centromeric regions in metaphase
chromosomes, and the sex-elements. The somatic number of
chromosomes established was 64 for the guinea pig, 4U for
the golden hamster, 4U for the clawed jird, 78 for the dog,
and 38 for the cat. Ideogram analysis were made with
considerable accuracy in each species. The problems of
inconstancy of the somatic chromosomes in vitro and in vivo
were not touched upon in this paper.
NOHBEB 01636
Ishihara, T.
Cytological Studies on the Tortoiseshell Cat.
Cytologia 21:391-398,1956.
KOHBER 01637
Roller, P.C.
The Genetical and Mechanical Properties of
Sex-Chromosomes, VIII. The Cat (Felis
248
-------
CAT BIBLIOGRAPHY
Donestica).
Proc.Roy.Soc.Edinburgh, B61,1941.
The cat has 38 chromosomes.
BOMBER 01638
Nakino, S.
Tateishi, S.
A Comparison of the Chromosomes ID the Lion, Chinese
Leopard Cat and House Cat.
J.Horphol. 90:93-102,1952.
These 3 cats have 38 chromosomes.
NOflBBR 01639
Hinouchi, 0.
Ohta, H.
On the Chromosome Number and the Sex chromosomes in the
Gero Cells of the Hale and Female Cat.
Cytologia 5:355-362,1934.
The cat has 38 chromosomes.
HUHBER 01640
De Hiniwarter, H.
Saintmoat, 6.
Noavelle Recherches sur L'ovogenese et L'organogenese de
L'ovaire de (lanrmifere (Chat). IV.
Arch.Biol. 24:165-276,1909.
The authors indicated that ovulation in the cat is
normally induced by copulation.
RUBBER 01641
Clark, L.
Seawright, A.A.
Gartner, H.J.W.
Longbone Abnormalities in Kittens Following Vitamin A
Administration.
J.Coup.Path. 80:113-121,1970.
High levels of vitamin A were administered daily to 8
kittens for 4 or 5 weeks after weaning, and they were
destroyed after a further 6 to 15 weeks. At necropsy,
most of the long bones were considerably shorter than those
of litter mate controls and some showed abnormal
morphology due to an altered growth pattern in the
post-dosage period. Histopathologically there was
variable damage to epiphyseal growth plates and in some
long bones no remnant of an epiphyseal plate remained.
BOMBER 01642
Kyzar, J.R.
Chester, O.K.
Hightower, D.
Comparison of T-3, T-4 Tests and Radioactive Iodine
Uptake Determinations in the Dog.
249
-------
CAT BIBLIOGRAPHY
Vet.Red./Small Anim.Clin. 67 (3):321-322,1972.
1-3 uptake tests, T-4 and radioactive iodine
(Iodine-131) uptakes were performed on 20 clinically
hypothyroid and 6 euthycoid dogs to compare the relative
value of these tests in diagnosing hypothyroidiso. The
T-4 and Iodine-131 uptake tests were found to be in
agreement as to the functional status of the thyroid
gland. The T-3 uptake test was found to be less
sensitive than either the T-4 test or the Iodine-131
uptake test in evaluating hypothyroidisn.
BOBBER 01643
Bisti. S.
Maffei, L.
Piccolino, H.
Variations of the Visual Responses of the Superior
Colliculus in Relation to Body Roll.
Science 175 (4020):456-457r1971.
A large percentage of the directional units of the
superior colliculus of the curalized cat nodify their
response to a particular moving visual stimulus as a
function of the position of rotation of the animal about
its longitudinal axis.
NUMBER 01644
Noda, H.
Freeman, R.B., Jr.
Creutzfeldt, O.D.
Neuronal Correlates of Eye Movements in the Visual
Cortex of the Cat.
Science 175 (4022):66 1-662,1972.
About 10 percent of the cells in the visual cortex of
awake cats do not respond to stationary parallel stripes in
any orientation or to stripes moving across the visual
field in any direction at a moderate speed (up to 132
degrees per second), but these cells are either excited or
inhibited during saccadic eye movements when the animal
faces a patterned visual environment. Of nineteen such
cells tested in total darkness, seven discharged in
association with eye movements. For saccade-related
discharges, the latency during retinal stimulation is
typically shorter than the latency in total darkness.
NUMBER 01645
Teyler, T.J.
Shaw, C.
Thompson, B.P.
Unit Responses to Moving Visual Stimuli in the Motor
Cortex of the Cat.
Science 176:811-813,1972.
Neurons in the pericruciate cortex of the cat were tested
with moving visual stimuli for responses to specific
properties of the visual receptive field. Specific
response patterns were shown by cells of origin of the
250
-------
CAT BIBLIOGRAPHY
pyramidal tract as well as by other cells.
NUMBER 01646
Barchand,?.
Beitcage zur Kenntis der Placentarbildung. Die
Placenta des Kaninchens mit
Bemerkungen uber die Placenta der Katze.
Schriften d.Gesellsch. z.Beforderung d.ges.
Naturviss. zu. Marburg 13 (3):45,1898.
NUMBER 01647
Opitz, ?.
Vergleich der Placentarbildung bei Heerschweinchen,
Kaninchen und Katze mit Derjenigen bein
Henschen.
Zeitschr.f.Geb.u.Gyn. 41r1899.
NUMBER 01648
Melisenos, ?.
Uber die Fettkomchen und ihre Bedeutung in der
Placenta bei den Nagern und dec Katze.
Arch.f.Hikr.Anatomic. 67,1906.
NUMBER 01649
Dille, J.H.
title unknown.
J.Pharn.Exp.Ther. 52:129,1934.
Studies on transplacental activity of barbiturates in cat,
guinea pig and rabbit.
NUMBER 01650
Landauer, W.
Hybridization Between Animals and Nan as a Cause of
Congenital Malformations.
Arch.Anat.(Strasb.) 44(Supp.):153-164,1961.
Includes a report that, in the 17th Cent., a young
Danish woman was prosecuted for having borne a child with
the head of a cat, presumable an anencephalic child.
NUMBER 01651
Exley, S.H.
Nutrition of the Cat.
J.A.V.M.A. 132:538-539,1958.
Little experimental work has been done on the dietary
requirements of the cat, and much of what has been done is
inconclusive.
NUMBER 01652
Allison, J. B.
Miller, S.A.
251
-------
CAT BIBLIOGBAPHY
McCoy, B.
Brush, H.R.
Studies on the Nutrition of the cat.
Young cats require about 160 calories pec kilogram of
veight, about twice that of adults.
BOBBER 01653
Dickinson, C.O.
Scott, P.P.
Preliminary Observations on the Protein Requirements of
Kittens Receiving a nixed Diet.
J.Physiol. 129:78-79,1955.
A mixed diet containing 30 per cent protein or less was
inadequate for proper growth and development.
BOBBER 01654
Coffin* D.L.
Holzvorth, J.
"Yellow Fat*1 in Two Laboratory Cats: Acid-Fast
Pigmentation Associated with a Fish-Base Ration.
Cornel,! ¥et. 44:63-71, 1954.
The diets were found to be low in Vitamin E.
ROBBER 01655
Hegsted, B.D.
Gershoff, S.N.
Lentini, E.
The Recent Development of Palatability Tests for
Cats.
Am.J.Vet.Res. 17:733-737,1956.
Palatability tests for cats are described. Note is made
of a number of factors which must be considered in such
tests. Some foods of high acceptability were found to be
nutritionally inadequate when used over long periods.
HOHBEH 01656
Hotels, H.L.
Nutritive acquirements of the Cat: A
Preliminary Report.
Vet.Bed. 48,451-456,1953.
Niacin is an essential component of the diet.
NDHBER 01657
Morris, fl.L.
Nutritive Requirements of the Cat. II.
North Amer.Vet. 36:468-471,1955.
Vitamin C does not seem to be required in the diet. In
the normal healthy cat, it is apparently synthesized in the
body.
252
-------
CAT BIBLIOGRAPHY
MUHBER 01658
Morris, M.L.
Nutritive Requirements of the Cat. II.
Vet.Bed. 49:85-86,1954.
Indications are that Vitamin A is a dietary
essential.
NUMBER 01659
Horris, M.L.
Recent Developments in Nutritional Research.
J.A.V.M.A. 111:509-512,1947.
NDNBER 01660
Stansbury, R.L.
Truesdail, R.B.
Occurrence of Vesical Calculi ID Cats Receiving
Different Diets.
North Araer.Vet. 36:841-845,1955.
Feeding 50 cats for 33 months on a canned fish diet
seemed to produce no tendency toward the formation of
vesicular calculi.
NUMBER 01661
605,608,609
Short, D.J.
Lamotte, J.
The Establishment of an Experimental Cat colony.
J.Anim.Tech.Assoc. 9:3-6,1958.
Includes the early experiences of the Mill Hill,
England cat colony. Housing, feeding, reproduction
statistics and some disease problems are described.
a weight curve to 26 weeks of age is given.
Also,
MUNBEB 01662
Scott, P.P.
Lloyd-Jacob, ft.4.
Some Interesting Features in the Reproductive Cycle of
the Cat.
Studies ou Fertility 7:123-129,1955.
NUMBER 01663
Johnston, C.D.
Hazelton, L.tf.
Normal
Blood Cholinesterase Activity in Several Animal
Species, Including Domestic Fowls.
Pharm.Expt.Therap. (Fed.Proc.) 14:355,1955.
Made in connection with toxicity studies on
anti-cholinesterase type insecticides, the following are
data of
normal values (microliters/ml blood of plasma/min) of
Cholinesterase:
cov, 44.B; calf, 39.3; dog
253
-------
CAT BIBLIOGRAPHY
(Rbc) , 12.7; dog (plasma), 36.9^ rat (Rbc), 8.5; rat
(plasma), 15.6; duck, 22.8; goose, 13.1; turkey, 41.2;
cat (plasma, acetylcholin substrate), 19.9; cat (plasma,
butyrylcholine substrate), 37.2.
NUMBER 01664
Carlos, E.R.
Kundin, W.D.
Hatten, R.H.
Tsai, C.C.
Irving, G.S.
Carlos, E.T.
Directo, A.C.
Leptospirosis in the Philipines: Feline Studies.
Am. J. Vet. Res. 32(9): 1455-1456,1971.
Bacterial isolation attempts on 8 febrile and icteric
domesticated cats in the Philipines yielded one
leptospiral isolate, L. grippotyphosa, from a urine
sample. Results of microscopic agglutination tests of
serum samples from the cats were negative except for the
samples from the cat from which the urinary isolate was
obtained; the latter gave a monospecific reaction against
L. grippotyphosa.
NUHBER 01665
Materhouse, R.
Report of the Committee of Inquiry on Rabies: Final
Report.
Her Majesty's stationery Office, London, 1971.
A survey is given of the history and present status of the
disease in the U.K. and other European countries, its
epidemiology, its danger to animals and man, and
recommended diagnostic and treatment procedures. The
present system of importation and quarantine of susceptible
animals is described, and recommendations on the handling,
transportation and care of such animals occupy most of the
report. These include details of suitable crates for
transport, the facilities required for isolation at
approved points of entry and at quarantine establishments,
the necessity of having a supervising veterinary officer at
such premises, the restriction on access to unauthorized
persons, and the maintenance of detailed case
histories. It is strongly recommended that the duration
of quarantine for imported animals should not be
shortened. The procedure to be followed when the disease
is suspected is outlined for both the affected animal and
for possible human and animal contacts. The widespread
presence of the disease in wildlife, particularly foxes, in
countries from which animals are imported is a cause for
serious concern. Control measures are suggested.
NURBER 01666
Bahal, F.
(Epidemiolog and Prophylaxis of Rabies in Algeria.)
254
-------
CAT BIBLIOGRAPHY
Thesis, Ecole Nationale Veterinaire Lyon, 1970.
Babies in Algeria appears to have a cyclic
incidence. The last major outbreak occurred in 1964-1966,
and this was followed by a slow regression. The disease
is now spreading again throughout the country. The
reservoirs of the virus are wild carnivora, especially the
jackal, and the vectors are the innumerable stray dogs
which spread the infection to other dogs, cats, herbivora
and man. About 20 cases of human infection occur
yearly. The present outbreak is attributed to the failure
to apply control measures, owing to economic and
administrative difficulties.
HOHBEH 01667
El-Ahwal, A.H.
Rabies Problem and Eradication in U.A.R.
J.Egypt.Vet.Bed.Assoc. 29 (3/4):121-129,1969.
In Egypt the number of persons seeking antirabic
treatment is increasing year by year. The mortality in
human population exposed to infections was put at
0.13X. During the year 1965, dogs were responsibile for
biting SIX of the human beings bitten, cats 7.51, wolves
0.5X, foxes 0.07X, camels 2.5X, horses 4.5X and other
animals 3.5X. The distribution of rabies in various
species of animals between 1953 and 1958 was: dogs 75.851,
cats 11.5 X, wolves 3X, soli peels 5X, ruminants 1X, rodents
0.3X, and monkeys 0.3X. A rabies eradication programme
was proposed.
MONBER 01668
Schaaf, J.
Schaal, E.
(Diagnostic Value of the Cornea Test, the Nose
Test and the Houth Test for Diagnosin Rabies when
Carried-out on Rabies-Positive Post-Morten
Material.)
Deutsche Tierarzt.Wochensch. 78 (12) :341-346, 1 971.
Tests were carried out on 81 foxes, 5 sheep, 4 deer, 4
cats, 3 martens, a dog, a cow and a horse. The cornea
test, which is reliable in the living patient, was
unreliable in deteriorated material. Immunofluorescent
examination of the nasal mucosa was not as effective as the
corneal test, but demonstrated the establishment and
multiplication of v-i-c-us—in the nasal mucosa. The mouth
test was difficult and unsellable.
HOHBEB 01669
Peter man, H.G.
Soulebot, J.-P.
Land, R.
Branche, R.
(Vaccination Against Rabies of Carnivores and
Herbivores with an Inactivated Vaccine Produced in
Tissue Culture.)
255
-------
CAT BIBLIOGBAPHY
Bull.Soc.Sci.Vet.Hed.Conp.Iyon 73(2) : 123-1UO, 1971.
An efficient rabies vaccine has been prepared with fixed
virus grown on cultured cells, NIL 2, of young
hamsters. Titres of 10 (to 7.5 power) - 10(to 8,2 power)
mouse LD-50 per ml were obtained. The vaccine is
inactivated by a combination of heat and propiolactone, and
can be kept in either liquid or freeze-dried form. The
latter is used mainly in cats, dogs and blood
horses. Vaccines containing aluminium hydroxide, saponin
or oily adjuvants are especially suitable for
cattle. Vaccinated dogs resisted challenge with street
virus 20 months after vaccination. The vaccine remains
efficient under severe climatic conditions and after long
storage.
NOHBER 01670
Shashen'ko, A.S.
Kovalef, N. A.
(Distribution of Rabies Virus in the Body and its
Isolation.)
Veterinariya (Moscow)
5:42-«r
-------
CAT BIBLIOGRAPHY
by an intranasal challenge of virulent virus. Intranasal
live vaccine produced mild disease at both doses, and
afforded poor protection, whereas the inactivated vaccine
had only slight side-effects and gave good
pcotection. All eleven control animals contracted the
disease. In a limited field trial with the inactivated
vaccine, involving three catteries, disease only occurred
in control animals. Immunodiffusion tests were
successfully applied to the purified tissue culture virus,
using a 1.2X agar base with 0.85/1 sodium chloride and azide
preservative. Two lines were visible, the second faint
line representing a non-specific anti-feline antibody
associated with guinea-pig antiserum. Results correlated
well with those from previous CF and serum neutralising
tests.
NUMBER 01672
Reymer, I. F.
Blood Protozoa of Hild Carnivores in Central
Africa.
J.Zool. 164(4) :513-528, 1971.
Nuttallia g am ha mi is described from Genetta tigrina, a
Hepatozoon sp. from G. rubiginosa and G. tigrina, and a
Hepatozoon sp. from Panthera (Panthera) pardus. The
gametocytes of the last were indistinguishable from H.
canis of the dog. Examination of the blood of village
dogs in the Luanga Valley, Zambia, is
suggested. There was no evidence that any of the
parasites were pathogenic.
NUMBER 01673
Hofliger, H.
(Congenital Unilateral Renal Agenesis in Domestic
Animals. II. Occurrence in Various Animal
Speicies.)
Scheizer Archiv. f .Tierheilkunde 1 13 (6) : 330-337, 1971.
A search of the literature revealed 39 reported cases in
cattle, 5 in sheep, 2 in goats, 90 in pigs, 12 in horses,
46 in dogs, 21 in cats and 8 in rabbits. Of the 46 cases
in dogs, 15 were in Beagles. Compensatory enlargement of
the solitary Kidney was commonest in the pig, but also
occurred in most affected cattle, dogs and cats. Other
anomalies accompanied the condition, particularly defects
of the genital tract. The condition has also been
reported in mink, g. pig, rat, mouse, fowl and pigeon.
NUMBER 01674
Edel'stejn, I. A.
Valincus, Y. L.
(Morphological Changes in the Sensory Nerve Endings in
the Intestinal Halls of Cats in Intoxication by
Ascarids. II. Cysteine as an Inhibitor of the
Changes in the Receptor Endings in the Intestines Due
to As car id Toxins.)
257
-------
CAT BIBLIOGRAPHY
Haterialy Nauchnoi Konferensii Vsesoyuznogo
Obshchestva Gel'mintologov (Moscow) 2:379-383,1969.
The activities of the adult worms irritate the intestine
and the authors believed that the pathogenic effects
(including degeneration of neurons in intestinal ganglia)
were chiefly due to toxaemia from the adsorption of the
products of dead and living ascarids. 10 healthy adult
cats were each given daily by mouth for 27 to 35 days
extracts prepared from whole Ascaris suum. Some of the
cats received also cysteine (25 to 50 ng per kg body
weight) given 30 oin. before or 30 min. after the
administration of Ascaris extracts. All cats were killed
and examined histologically. Degenerative changes in the
intestinal ganglia (degeneration, fragmentation and
argentophilia of neurons) were observed only in cats not
treated with cysteine. Hence cysteine treatment prevented
degenerative changes in the afferent nerves of the
intestine.
NUMBER 01675
Unknown.
Multiple Congenital Cardiovascular Anomalies in a
Kitten.
J.A.V.M.A. 160(10): 11*30-1431,1972.
Patent ductus arteriosus, interatrial septal defect
interventricular septal defect, and absence of the aortic
and pulmonary valves were developmental anomalies observed
in the heart of a 7-week-old Persian kitten at
necropsy. In addition, the main pulmonary artery and the
aorta originated from the wall of the right atrium.
RUBBER 01676
Tashjian, R.J.
Pensinger, R.R.
Das, K. H.
Reid, C.F.
Crescenzi, A. A.
Feline Cardiovascular Studies: A Preliminary
Report.
J.A.V.M.A. Scientific Proc., 100th Ann. Beet.,
p.112-123,1963.
BOBBER 01677
Whitney, w.H.
what's Your Diagnosis: Radiopague Foreign Body in the
Distal Trachea.
J.A.V.B.A. 160(10) :1
-------
CAT BIBLIOGRAPHY
A 3-year-old Do her man Pinscher had anemia of 1-month*s
duration. Erythrocytic aplasia was diagnosed, based on the
absence of norooblasts in bone narrow smears, markedly
delayed serun icon clearance, and low icon
incorporation into ced blood cells. The white blood cell
and platelet counts were within normal cange. The dog
responded to infusion of plasma from a dog with anemia
induced by bleeding. The dog developed clinical signs of
hepatic cirrhosis 5 months later and was euthanized.
NUMBER 01679
Priester, H.A.
Congenital Ocular Defects in Cattle, Horses, cats and
Dogs.
J.A.V.H.A. 160(11) .-1504-1511,1972.
There were 673 diagnoses of congenital ocular defects
among 131,453 horses, cattle, cats and dogs brought to 10
veterinary school clinics in the U.S. and Canada during
the period Nacch, 1964, to January, 1969. The most
frequent defects were: ectasia syndrome, entropion,
cataract, microphthalmos-anophthalmos, opacity of cornea,
lacrimal anomalies, dermoid cyst, persistent pupillary
membrane, and ectropion, in descending order of
frquency. The relative frequency of defects in dogs was
6 times that for any other species. Certain breeds
were at high risk for specific defects. There was no sex
predisposition for any of the ocular defects
studied. The total number of each species which
comprise this report are not given. For the cat, the
following summarizes the tables: 22 total defects seen;
2 anophthalmos-microphthalmos; 2 hydrophthalmos or
infantile glaucoma; 1 heterochromia; 1 retinal
detachment; 1 unpigmented retina; 1 retinal defect not
otherwise specified; 2 cataract; 1 persistent pupillary
membrane; 1 lack of eyelid; 1 entropion; 1 defect of
membrana nictitans; 4 conjunctival adhesions; 2 defect
of lacrimal system; 2 defect of eyelid, not
otherwise specified. The breeds involved were: 3
Persian, 3 Siamese, 14 Domestic short-hair, and
2 other species. In female domestic shorthair cats,
heterochronia was associated with congenital cerebellar
hypoplasia and congenital deafness.
NUMBER 01680
Tan, J.S.
Harkham, J.G.
Feline T-Strain Mycoplasmas.
Jap.J.Exp.ned. 41 (3):247-248,1971.
T-strain mycoplasms were isolated from the oropharyngeal
region of 14 clinically normal cats, using cotton wool
swabs, T-strain broth and T-strain agar. None of the
feline isolates were inhibited by human T-strain
antiserum.
259
-------
CAT BIBLIOGRAPHY
NUBBEB 01681
Tan, R.J.S.
Harkham, J.
isolation of Hycoplasna from cats With Conjunctivitis.
New Zealand Vet.J. 19 (1-2):2B,1971.
Ocular swabs from clinical cases of conjunctivitis yielded
irregular-shaped Hycoplasma colonies, morphologically
distinct from isolates from the pharynx of healthy
cats. Concurrent examinations for pathogenic bacteria (on
blood agar) and viruses (in kitten kidney tissue culture)
vere negative. Mycoplasma seemed to be an additional
agent in the respiratory complex.
HQHBER 01682
Duenvald, J.C.
Holland, J.H.
Gorhan, J.R.
Ott, R.L.
Feline Panleukopenia: Experimental Cerebellar
Hypoplasia Produced in Neonatal Ferrets With
Live Virus Vaccine.
Fes.Vet.Sci. 12(<0 : 391-396,1971.
Severe cerebellar hypoplasia was produced in 1- and
2-day-old ferrets by the i/p injection of modified live
virus feline panleucopenia vaccine. Three-day-old ferrets
given similar injections showed no clinical or pathological
changes. No adverse effect was noted in either the female
ferret or her newborn after i/p injection of the vaccine at
varying intervals during the gestation period.
HUHBER 01683
Love, 0. N.
Feline Herpesvirus Associated With Interstitial
Pneumonia in a Kitten.
Vet.Hec. 89(7): 178-181,1971.
During an outbreak of herpesvirus infection in a
cat-breeding colony, a litter of three kittens was born to
a fenale exhibiting signs of an upper respiratory tract
infection. Herpesvirus was isolated fron the female
before and after she gave birth to the litter. Three
kittens subsequently died. A herpesvirus was isolated
from two of the kittens prior to death and a detailed
post-mortem was conducted on one. The major histological
findings were tracheitis, bronchitis, bronchiolitis and
interstitial pneumonia. Intranuclear inclusion bodies
were seen in cells of the trachia, bronchioles and
alveoli. Herpesvirus was isolated from pharyngeal swabs
and lung suspensions at post mortem examination.
NUMBER 01684
Johnson, R.P.
Sabine, H.
The Isolation of Herpesvirus From Skin Ulcers in
Domestic Cats.
260
-------
CAT BIBLIOGRAPHY
Vet.Bee. 89(13) : 360-362,1971.
Three cats developed extensive skin ulcecation after
ovariectomy. ulceration did not respond to antibiotic
therapy. Typical herpesviruses were isolated from Booth
and skin ulcers.
HUHBBR 01685
Zaman, V.
Bohnsale, H.B.
In Vitro Culture of Toxoplasma Infected Cat
Intestine.
Experientia 27 (8) :97«-976,1971.
A segnent of intestine taken from an infected cat was
first treated with antibiotics to remove bacteria, and then
slipped onto a glass rod which was immersed in culture
medium. Large numbers of merozoites were harvested after
three days of culture. This technique nay be applicable
to the coccidia.
NUHBEB 01686
Wallace, G.D.
Isolation of Toxoplasma Condi From the peces of
Naturally Infected Cats.
J.Infect.Dis. 12*(2) :227-228,1971.
Stray or unwanted-cats on the island of Oahu, Hawaii
were examined. Oocysts, proven to be Toxoplasma by
inoculation of mid,e, were found in the faeces of six of
1023 cats. Antibody to Toxoplasoa vas found by the dye
test in the serum of 20X of 522 of the cats tested. Of
202 young cats (under six months of age), only 7% had
antibody, whereas it was present in 29X of 320 older cats.
HOHBEB 01687
derrick, J.B.
&d Libitum.
Vet.Red./Small Anim.Clin. 67(6) :597,1972.
Severe pruritus can often be stopped overnight by
administering 1* trypan blue at a dosage level of 0.3 to
0.5 cc./bodyweight. To eliminate the side effect of
vomiting in dogs and cats, give atropine to dogs, thorazine
to cats. Temperature elevation may be noted within a
week, but will readily respond to antibiotics. The method
by which trypan blue exerts its therapeutic effect is not
known, but it is likely related to the microcirculation in
the skin. Note: The "death look" in a white dog
following treatment nay be objectionable.
NUHBEB 01688
Percy, D.H.
Jortner, B.S.
Feline Lipidosis.
Arch.Path. 92(2) ; 136- 1
-------
CAT BIBLIOGRAPHY
cytoplasaic vacuolation of nerve cell bodies in the central
nervous system, retina, and ganglia, similar vacuolation
was observed in cells of the reticuloendothelial systen of
the liver, spleen, and lymph nodes. The nature of this
material was not determined by histochenical staining, but
biochemical studies revealed an increase in sphingomyelin
in affected tissues. Lamellar, membranous cytoplasmic
inclusions were demonstrated in neurons 6 splenic cells by
electron microscopy.
NUMBER 01689
Doherty, H. J.
Ocular Manifestations of Feline Infectious
Peritonitis.
J.A.V.M.A. 159(U):I»17-U24,1971.
Bilateral endogenous granulomatous uveitis ascribed to
feline infectious peritonitis was diagnosed in three
cats. Ocular signs included mild corneal oedema, numerous
keratic precipitates, aqueous flare with cells,
iridocyclitis, exudative choroiditis, and retinitis
accompanied by retinal detachment in the eyes having more
severe choroiditis and optic neuritis.
NUMBER 01690
Oshiro, L.S.
Riggs, J. L.
Taylor, D.O.N.
Lennette, E. H.
Huebner, R.J.
Ferritin-Labeled Antibody Studies of Feline
C-Type Particles.
Cancer Res. 31 (8): 1100-1110,1971.
The application of an indirect ferritin-labelled antibody
method to tissue culture lines established from cats
suffering from various malignant diseases revealed tagging
of viruses and of certain areas of the cell surface
membranes. Dog antifeline sarcoma and cat antifeline
sarcoma sera were used as the intermediate sera on feline
C-type virus-positive lines established from three cases
of malignant lymphoma, one erythroleukemia, and one
idiopathic agranulocytosis. The tagging of viruses and
membranes was similar in all the lines, indicating a
similarity or sharing of antigenic components. Bach
instance of ferritin-labelled antibody tagging previously
had been shown to be positive with fluorescent antibody
staining, shoving that there was correlation between
flourescent antibody staining of feline C-type
virus-producing cells and ferritin tagging of the virus and
infection-mediated membrane antigens.
NUMBER 01691
Dolley, K.L.
Zimmerman, H.E. , Jr.
Mercer, H.D.
262
-------
CAT BIBLIOGRAPHY
Effect of Oxalic and Nalonic Acids on the Clotting
Mechanism of Dogs.
J.A.V.H.A. 158(3):346-348,1971.
Neither oxalic acid nor maIonic acid had any haemostatic
action, as measured by the coagulation time and the
prothconbin tine, following i/v or i/m injection into
conscious or anaesthetized dogs.
NUMBER 01692
Hoeppner, G.L.
Short, C.E.
Ketamine: a New Anesthetic foe Cats.
Southwestern Vet. 21 (3) : 175-182, 1971.
Ketamine (Vetalar) was used in 77 cats in the following
doses (mg/lb body wt): 5-10 for restraint, 10-15 for light
anaesthesia and 15*25.7 for deep anaesthesia. After
intravenous injection, recumbency lasted for an average of
3 oin.r loss of head-righting reflex 4 nin., return of
head-righting reflex 1.3 hours. Cats were able to stand
unassisted after 2.7 hours and returned to normal after
13.5 hours. An excellent or good anaesthesia was produced
in most of the cats. Adverse effects (noted in 23X cats)
were tachycardia in 6X, hypothermia 5 shivering in 4%,
salivation in 84; tonic convulusions, bradycardia and
excitement, each in 1X. The drug appeared to be a rapid,
safe and satisfactory agent for short diagnostic and
surgical procedures.
NOHBEB 01693
Kayanja, P. I.B.
The Blood Supply to the Lumbar Vertebrae of the Cat.
Zentralblatt f.Veterinarmed. 18A (3):219-224,1971.
Examination of 45 kittens and cats showed that the lumbar
vertebrae are mainly supplied by the rani spinales of the
arteria lumbalis. The development and ramification of
arterial branches to the various portions of the lumbar
vertebrae are described together with the venous
drainage. The importance of the vertebral blood supply
and its relationship to the readily nobilisable calcium
depot in the substantia spongiosa are discussed.
NUHBEB 01694
Boyd, J.S.
The Radiographic Identification of the Various Stages
of Pregnancy in the Domestic Cat.
J.Small Anim.Pract. 12(9):501-506,1971.
using the crown-rump length measurement to assess foetal
age, a method of estimating the various stages of pregnancy
in cats using radiography was produced. It was seen that,
although uterine enlargement and displacement was seen as
early as the 25th day, the first signs of the foetal
skeletal system were not apparent in utero until the 38th
day. From this time a progressive pattern of appearance
of ossified parts was noted which allowed a means of
263
-------
CAT BIBLIOGRAPHY
estinating the day of gestation.
HUBBEB 01695
Baker, H.J.
Cassell, G.H.
Lindsey, J.B.
Research Complications Due to Haemobartonella and
Epecythrozoon
Infections in Experimental Animals.
An.J.Path. 61(3):625-656,1971.
Latent infections with Raemobartonella and Eperythrozoon
interfered with the results of studies, especially those
connected with reticulo-endothelial function, radiation
injury, interferon induction and tumour
transplantation. Aberrations in experimental data after
activation of latent infections or accidental transmission
of these agents often provided the only clue to their
presence. The paper reviews the natural or accidental
transmission and maintenance of the infections, alterations
in reticuloendothelial and immune response of infected
animals,- mechanisms involved in activation of latent
infections, detection and control measures (71 references).
NOHBBR 01696
Kiselva, N.V.
Berdyliev, O.N.
(Domestic Animals (Dogs and Cats) as Carriers of
Human Intestinal viruses.)
Zhurnal Nikrobiologii Epidemiologii i Imnunobiologii
48(7):102-10tt,1971.
Samples of faeces from healthy dogs and faeces and organs
from healthy cats were inoculated on human embryonic lung,
and feline and bovine embryonic kidney cell cultures
maintained in medium 199 without serum. Four ECHO virus
strains (types 2 and 19) and one strain of coxsackie A6
virus were isolated from dogs and two ECHO virus strains
(types 6 and 19) from cats. Two enterovirus strains, one
from a dog and one from a cat, were not
identified. Kittens inoculated i/p at 3 weeks of age with
a tissue culture preparation of ECHO 19 virus isolated
from a dog developed signs of illness within 8-10 days, and
this ECHO virus infection was transmitted to their dams by
contact. An animal attendant who looked after these
kittens developed pyrexia, general malaise, rhinitis and
vomiting, and had a fourfold increase in neutralizing
antibody to ECHO 19 virus. However, no signs of illness
were observed in puppies inoculated with ECHO 19 virus
isolated from dogs.
MOHBEH 01697
Hetianu, T.
Lucas, A.
Vallee, A.
Laurent, B.
264
-------
CAT BIBLIOGRAPHY
(Studies on Aujesky's Disease in France: Isolation of
the Virus froi Two Cats.)
Bull.de 1'Acad.Vetec.France 44 (5):221-228,1971.
The virus of Aujeszky's disease has been isolated for the
first time in France from a cat, on tissue
culture. Babbits inoculated s/c with brain suspension
from an infected cat died on the 4th day. Cats fed
infected rabbit meat died between the 5th and 7th day
showing the characteristic symptoms of the disease. The
virus grown on pig or calf kidney cells showed cytopathic
effects from the 48th hour. Dogs, cats, ferrets, rabbits
and mice were infected by cerebral, s/c and ocular
inoculation, the incubation period varying from 3 to 6
days.
NOHBEB 01698
Giaaffret, A.
(Study of a virus Strain Responsible for
Leucopenia in Cats.)
Bull.de 1'Acad.Veter.France 44 (4):195-202,1971.
A typhus-infectious enteritis type of illness in a cattery
was caused by a virus, the pathogenicity of which for
experimental cats and for cell cultures is described. The
experimental disease in young cats, after an incubation
period of 5-7 days, was characterized by leucopenia and
death in 24-48 hours. Virus culture in cat kidney cells
produced basophilic, intranuclear inclusion
bodies. Tirions 20-25 am in diameter were demonstrated
with the electron microscope.
NDHBER 01699
Hutchison, U.H.
Dunachie, J.F.
Ferguson, D.J.P.
Gardner, I.C.
Endogenous Development of the Coccidian Parasite
Tozoplasna Gondii.
Trans.Soy,Soc.Tropic.(led.Hyg. 65(4) :4 29-430,1971.
The endogeneous development of T. gondii in the cat is
typically coccidian. The various stages are described
briefly. The oicrogametocyte gives rise to only 12-30
Dierogametes. The oocyst measures 12.7 by 10.4
oicrom. and is similar to that of isospora. It is
sporulated outside the gut, giving rise to two sporocysts
each containing four sporozoites.
NUflBER 01700
Daengsuang, S.
Sermsnatsri, B.
Youngyi, P.
Gunane, D.
Development of Adult Gnathostoma Spinigerum in the
Definitive Host (Cat and Dog) by Skin Penetration of
the Advanced Third-Stage Larvae.
265
-------
CAT BIBLIOGRAPHY
Southeast Asian J.Trop. Bed. Publ.H 1th. 1 (2) : 187- 192,
1970.
The third-stage larvae penetrated the intact skin at a
rate of 62-100% in cats and 39-100% in dogs. The
penetration tine ranged between 5 and 80 nin. Proo the
skin the larvae moved to the subcutaneous tissue, nearby
nuscle and were later detected in liver and diaphragu,
abdominal tissue and chest wall. The appearance of eggs
in the faeces was seen in cats fron 2-7 1/2 months and in
dogs 3-8 months after infection.
NOHBER 01701
Hollin, S.W.
Oindero, Y.J.
Youseff, H.
Sivanandam, S.
A Search for Natural Infections of Periodic Brugia
Nalayi in Cats.
Southeast Asian J.Trop.Bed.Publ.Hlth. 2(2):263,1971.
All 75 cats, representing over half the cat population of
the area surveyed, were negative for the infection.
HDHBEH 01702
Farrow, B.R.H.
Huxtable, C.R.R.
Membranous Nephropathy and the Nephrotic Syndrome in the
Cat.
J.Comp.Path. 81(»):U63-U67,1971.
Four cases of membranous nephropathy in cats are
described. The condition in cats is similar in its
clinical and biochemical manifestations to the disease in
man. Bach cat had the typical nephrotic syndrome with
oedema, proteinuria, hypoproteinaemia and
hypercholesterolaemia. The kidneys were macroscopically
normal, but microscopic examination of kidney sections and
electronmicroscopic examination of glomerular capillary
walls revealed changes similar to those described in human
cases of membranous nephropathy. Corticosteroid therapy
produced a remission of clinical signs in the two cats
treated although a mild degree of proteinuria persisted.
SOMBER 01703
Nicheletto, B.
(Usefulness of the Examination of Frozen Sections
During Surgery of Benign and Malignant Tumors in
Domestic Animals.)
Ann.Pacolta Med.Vet.Torino
18:161-181,1971.
Frozen sections made during operation involving neoplasms
were compared with results from paraffin sections and were
found to offer a high level of reliability (better than
93X) in 62 cases, SO dogs, 7 cats, one each of bovine,
ovine and equine origin, one hamster and one rabbit.
266
-------
CAT BIBLIOGRAPHY
HONBBR 01704
Brodey, R.S.
Canine and Feline Neoplasia.
Advances in Vet.Sci.Coap.Hed. 14:309-354,1970.
In this review the author has relied mainly on case
material submitted to the University of Pennsylvania
Veterinary Hospital. Tumours are largely discussed
under the organ system involved. The data presented
suggest that there is a much higher incidence of neoplasia
in dogs than in cats and possible reasons for this are put
forward. However nearly 80% of the feline tumours
encountered were malignant, whereas the percentage of
malignancy in dogs was much less. About a third of the
tumours in dogs were skin tuaours, mostly benign, but in
cats haeaopoietic tuaours (aainly lyaphosarcoaas) were the
commonest type seen and were almost invariably
malignant. The author discusses breed incidence,
geographical distribution and appeals for an
interdisciplinary approach to the study of tumours and for
standard histopathological criteria.
iOBBBR 01705
Chervyakov, O.K.
Evdokimov, P.O.
Vishker, A.S.
(Therapeutic Substances in Veterinary Medicine.)
Lekarstvennye Scedstva v Vet.Izdatel'stvo Kolos,
Moscow, 415 pages, 1970.
Readers and translators of Russian veterinary literature
have always had difficulty in equating the Russian names
of drugs with names used outside the Soviet Onion. The
situation was eased with the publication of 'Veterinary
therapeutic substances' by Burkalev & Lodvanov (second
edition 1969). Now Chervvakov et al. have provided an
additional, and more detailed guide to drugs for veterinary
use, with particulars of their action and uses.
HO IBBE 01706
Balbo, T.
Panichi, M.
COse of Tetramisole as an Anthelmintic in Small
Animals.)
Ann.Facolta Ned.Vet.Torino
18:135-149,1971.
To assess it efficacy, tetranisole marketed as Citarin,
was given s/c at the rate of 10 ag/kg to 60 dogs and 25
cats naturally infected with ascarids. Untreated controls
were 10 dogs a ad 15 cats which were studied P.M. Faecal
worm egg counts of 50 treated dogs were carried out for 15
days after treatment and a high level of efficacy and low
toxicity are reported.
BOBBER 01707
Pozzi, L.
267
-------
C&T BIBLIOGRAPHY
(Evaluation of the Clinical Condition of the Heart in
Animals by its Dinensions on Radiographs.)
Ann.Pacolta Bed.Vet.Torino 18:«79-502,1971.
Three methods, namely those of Schulze and Noldner,
Ohlig and Werner and of Hamlin using different
photographic axes for X-ray examination of variable heart
lesions in 16 calves, 83 dogs and 9 cats are described,
discussed, statistically assessed and analysed. Hesuits
obtained indicate that with certain modifications such
examinations can have useful application in veterinary
clinical studies in calves and dogs and probably also in
the cat, but in this species only one of the subjects
examined had a cardiac lesion.
NOHBER 01708
Borthwick, B.
Bobbie, B.
Large Volume Orography in the Cat.
J.Small Anim.Practice 12(10):579-583,1971.
A radiographic technique using large volumes of
intravenous iodine-containing contrast media, which proved
useful for the examination of the upper urinary tract and
bladder of cats is described. The effectiveness and
safety of the procedure in cases of cats with high blood
urea levels and metastatic tumours in the kidneys is
discussed.
NUMBER 01709
Dlugach, J.
Diabetes Hellitus in a Cat.
J.A.V.fl.A. 132:538-539,1958.
NOHBEB 01710
Exley, S.H.
Nutrition of the Cat.
J.A.V.H.A. 132:538-539,1958.
HUHBEB 01711
Hegsted, D. fl.
Gershoff, 5.N.
Lentini, B.
The Development of Palatability Tests for Cats.
Am.J.Vet.Res. 17:733-737,1956.
NOHBER 01712
Holzworth, J.
Specific Skin Disorders of the Cat.
Cal.Vet, 11-32(Jan.-Feb.),1958.
NOHBEB 01713
Horris. N. L.
268
-------
CAT BIBLIOGRAPHY
Nutritive Requirements of the Cat: A Preliminary
Report.
Vet.Ned. 48:451-456,1953.
Suggests that high mineral diest induce urinary calculi.
NUMBEH 01714
Morris, M.L.
Nutritive Requirements of the Cat.
Vet.Ned. 19:85-86,1953.
BOBBER 01715
Morris, H. L.
Nutritive Requirements of the Cat. II. The
Feeding of Cats Exclusively on Canned, Sterilized
Foods.
North Aner.Vet. 36:468-471,1955.
BOMBER 01716
Sattell, B.
Cystitis, Hith Resultant Pyonephrosis and an Enlarged
Ureter in a cat.
M.S.D. Vet 18(3):176-177,1958.
NUMBER 01717
Brown, K.T.
Hiesel, T.N.
Single Unit Activity at Different Levels of the Cat
Retina.
Fed.Proc. 17:20,1958.
HUHBEH 01718
Lonley, ff.H.
Factors which Influence the Maturation of the Egg and
Ovulation in the Cat.
Science 31:465,1910.
NUMBER 01719
Van Der Stricht, H.
(Vitellogenesis in the Ovua of the Cat.)
Ann.de la Gand. 1908.
NUMBER 01720
Adans, O.K.
Experimental Studies of Adaptive Behavior in Cats.
Comp.Psychol.Nonogr. 27:168,1929.
NUMBER 01721
Adler, H.E.
Some Factors of Observational Learning in Cats.
269
-------
CAT BIBLIOGRAPHY
J.Genet.Psychol. 86:159-177,1955.
HONBEB 01722
Aronson, L.B.
Behavior Besembling Spontaneous Emission in the
Donestic cat.
J.Coap.Physiol.Psychol. 42:226-227,1949.
1UHBEB 01723
Bard, p.
The Effects of Oenervation of the Genitalia on the
Bstrual Behavior of Cats.
Aaer.J.Physiol. 113:5-6,1935.
BVBBBB 01724
Bard, P.
Central Nervous Nechanisas for Eaotional Behavior
Patterns in Aniaals.
Bes.Piibl. Assn.Nerv.Rent.Dis. 19:190-218,1939.
NDHBEB 01725
Baron, A.
Stewart, C.H.
larren, J. H.
Pattern of Social Interaction in Cats.
Behaviour 11:56-66,1957.
iUHBBB 01726
Beach, P. A.
Zitrin, A.
Jaynes, J.
Neural Hediatioo of Hating in Hale Cats. I. Effects of
Unilateral and Bilateral Beaoval of the Neocortex.
J.Coap.Physiol. Psychol. 49:321-327.1956.
HOHBBB 01727
Beach, P. A.
Zitrin, A.
Jaynes, J.
Neural Mediation of Hating in Hale Cats. il.
Contributions of the Frontal Cortex.
J.Bxp.Zool. 130:381-402,1955.
ROflBBB 01728
Berry, C. S.
An Experimental study of I a i tat ion in Cats.
J.Conp. Neorol. Psychol. 18: 1-26, 1908
270
-------
C&T BIBLIOGRAPHY
NUMBER 01729
Boyd, B.O.
Harren, J. (1.
Solution of Oddity Problems by Cats.
J.Conp.Physiol.Psychol. 50:256-260,1957.
HOHBEB 01730
Carmichael, L.
Harks, L.D.
A Study of the Learning Process in the Cat in a Haze
Constructed to Require Delayed Response.
J.Genet.Psychol.
40:206-209,1932.
NOHBER 01731
Cooper, J.B.
A Description of Parturition in the Donestic Cat.
J.Comp.Psychol. 37:71-79,19UU.
NOHBER 01732
Cooper, K. K.
The Significance of Past Sexual Experience in the
Reappearance of Sexual Behavior in Castrated Hale Cats
Treated With Testosterone Propionate.
H.Sc. Thesis, New York Univ., H.Y., N.Y.,1960.
NOBBER 01733
Cooper, H.
The Role of the Adrenal Cortex in the Sexual
Behavior of the Hale Cat.
Ph.D. Thesis, New York Univ., N.Y.f N.Y.,1961.
NOHBER 0173U
Dimmick, F.L.
Ludlow, N.
Hhiteman, A.
A Study of "Experiaental Neuroses" in Cats.
J.Comp.Psychol. 28:39-13,1939.
NUHBER 01735
Dodson, J.D.
The Relation of Strength of Stinulus to Rapidity of
Habit-Formation in the Kitten.
J.Anin.Behav. 5:330-336,1915.
NOHBER 01736
Dworkin, S.
Conditioned Hotor Reflexes in Cats.
Aner.J.Physiol. 109:31,193U.
271
-------
CAT BIBLIOGRAPHY
NUNBEB 01737
Dworkin, S.
Conditioning Neuroses in Dog and Cat.
Psychosoo.Ned. 1:388-396,1939.
NUMBER 01738
Elton, C.S.
The Use of Cats in Faro Rat Control.
Brit. J.Anim.Behav. 1:151-155,1953.
NOHBEB 01739
Ewer, R.F.
Suckling Behavior in Kittens.
Behaviour 15:146-162,1959.
NOHBER 01740
Ewer, R.F.
Further Observations on Suckling Behaviour in Kittens
Together With Some General Consideration of the
Interrelations of Innate and Acquired Responses.
Behaviour 17:247-260,1961.
NUMBER 01741
Failla, M.L.
Tobach, E.
Frank, A.
A Study of Parturition in the Domestic Cat.
Anat.Rec. 111: Abstract No.90,1951.
NDHBER 01742
Green, J.D.
Clenente, C. D.
Groot, deJ.
Rhinencephalic Lesions and Behavior in Cats.
J.Coop.Neurol. 108:505-545,1957.
NUMBER 01743
Greulich, H. W.
Artificially Induced Ovulation in the Cat (Felis
Domestica).
Anat.Bee. 58:217-224,1934.
NUMBER 01744
Guthrie, B. B.
Horton, G.P.
Cats in a Puzzle Box.
New York, N.Y., Rinehart,1946.
272
-------
CAT BIBLIOGRAPHY
01745
Herbert, J. H.
Harsh, C.H.
Observational Learning by Cats.
J.Conp.Psychol. 37:81-95,19(14.
•OHBEB 01746
Karn, H.H.
The Behavior of Cats on the Double Alternation
Problem in the Temporal Haze.
J.Conp.Psychol. 26:201-208,1938.
HOHBBB 01747
Kuo, Z.T.
The Genesis of the Cats' Behavior Toward the Rat.
J.Conp.Psychol. 25:1-8,1930.
HOHBBB 01748
KUO, Z.T.
Further Study on the Behavior of the Cat Toward the
Bat.
J.Conp.Psychol. 25:1-8,1938.
•OHBEB 01749
Langvorthy, O.R.
Behavioral Disturbances Belated to the Decomposition of
Beflez Activity Caused by Cerebral Injury. An
Experimental Study of the Cat.
J.Neuropath.Exp.Neurol. 3:87-99,1943.
HOHBBB 01750
Levy, H.
Aronson, L.B.
Rosenblatt, J.S.
Effects of Prepuberal ftdrenalectomy on the Development
of Sexual Behavior in Hale Cats Maintained on DCA: A
Comparison iith Intact and Prepuberally Castrated
Hales.
Anat.Rec. 125:587,1956.
HOHBBB 01751
Leyhausen, P.
Verhaltensstudien an Ratzen.
Berlin, P.Perey-Verlag, 1956.
HOHBEB 01752
Leyhausen, P.
Das Verhalten der Ratzen (Pelidae).
Handbuch der Zoologie 10:1-34,1956.
273
-------
CAT BIBLIOGRAPHY
NDSBEB 01753
Leyhausen, P.
Wolff, R.
Das Reviec Einer Hauskatz.
Z.Tierpsychol. 16:666-670,1959.
NUMBER 01754
Meier, 6.H.
Stuart, J.L.
Effects of Handling on the Physical and Behavioral
Developnent of Siamese Kittens.
Psychol.Hep. 5:497-501,1959.
BUHBZfi 01755
nichael, R.P.
Sexual Behavior and the Vaginal Cycle in the Cat.
Nature (London) 181:567-568,1958.
HOHBEB 01756
Nintz, N.L.
Demand Qualities and Social Development. Some
Experiments with Puppies and Kittens.
Lab.Bull.Harv.Univ. 9:12-17,1959.
RUBBER 01757
Noelk, n.
vocalizing in the House Cat: A Phonetic and
Functional Study.
Amen. J.Psychol. 57 :18i|-205,1944.
NUMBER 01758
Pfaffnan, C.
Differential Responses of the New-born Cat to
Gustatory Stiouli.
J.Genet.Psychol. 49:61-67,1936.
NUMBER 01759
Pocock, R.I.
Catalogue of the Genus Felis.
London, British Museum,1951.
SOMBER 01760
Prechtl, H.P.R.
Angeborenen Beuegungsveisen Junger Katzen.
Experientia 8:220-221,1952.
NUMBER 01761
Rogers, u.H.
Controlled Observations on Behavior of Kitten Toward
274
-------
CAT BIBLIOGRAPHY
the Rat froa Birth to Five Months of Age.
J.Conp.Psychol. 13:107-125,1932.
NUMBER 01762
Rosenblatt, J.S.
Mating Behavior of the Hale Cat. The Bole of Sexual
Experience and Social Adjustments.
Ph.D. Thesis, New York Univ., New York, N.Y.
RUBBER 01763
Scott, P.P.
The Domestic Cat as a Laboratory Animal for the Study
of Reproduction.
J.Physiol. 130:47P-48Pf1955.
NUMBER 01764
Scott, P.P.
Lloyd-Jacob, H. A.
Some Interesting Features in the Reproductive Cycle of
the Cat.
Studies on Fertil. (London), 7:123-129,1955.
NUMBER 01765
Veyer, E.G.
The Upper Limits of Hearing in the Cat.
J.Comp.Psychol. 10:221-234,1930.
NUMBER 01766
iilson, C.
Weston, E.
The Cats of Wildcat Hill.
New York, N.Y., Dnell, Sloan and Pearce, 1947.
NUMBER 01767
Fleischmann, A.
Mittleblatt und Aanion der Katze.
Erlangcn (Dissertation, 39 pages), 1887.
NUMBER 01768
Narchand, F.
Bietrage zur Kenntnis der Placentarbildung die
Placenta des Kaninchens mit Benerkungen uber die
Placenta der Katze.
Schrift.Gesell.zur Beford.der Gesannter
Haturwissen. Marburg 13(55 pages), 1898.
NUMBER 01769
Opitz, E.
Vergleich der Placentarbildung bei Meerschweinchen,
275
-------
CAT BIBLIOGRAPHY
Kaninchen, und Katze, nit Dejenigen bein Kenschen.
Zeitschc.f.Geburtsh.u.Gynak. 41:120-146, 1899.
BUBBBB 01770
Turner, H.
On the Placentation of Seals.
Trans.Roy.Soc.Edin. 27:275-304,1875.
Also fox and cat.
RUBBEfi 01771
King, A.S.
Smith, R. K.
Title Unknown.
Acta Orthop.Scand. 34:139,1964.
BOBBBB 01772
Ring, A.S.
Smith, B.V.
Title Unknown.
Vet.Bee. 72:335,1960.
BUBBBB 01773
Ring, A.S.
Saith, R.N.
Title Unknown.
Vet.Bee. 72:381,1960.
•OHBEB 01774
Ring, A.S.
Saith, B. H.
Kon, V.H.
Title Unknown.
Vet.Bee. 70:1,1958.
NOBBBB 01775
Tashjian, B.J.
Das, K.H.
Palich, tf.E.
Haalin, B.L.
Yarns, 0.A.
Studies on Cardiovascular Disease in the Cat.
Aon.New York Acad.Sci. 127:581-605.1965.
RUHBEB 01776
Butler, H.F.
Saith, B.H.
The Nucleus Pulposus of the Intervertebral Disc of the
Newborn Cat.
Bes.7et.Sci. 5:71-74,1964.
-------
CAT BIBLIOGRAPHY
NUMBER 01777
Butler, W.F.
Smith, B.N.
Age Changes in the Ajinulus Pibrosus of the
Non-Ruptured Intervertebral Disc of the Cat.
Res.Vet.Sci. 6:280-289,1965.
NUMBER 01773
Butler, H.F.
Smith, B.N.
Age Changes in the Nucleus Pulposus of the
Non-Ruptured Intervertebral Disc of the Cat.
Bes.fet.Sci. 8:151-156,1967.
NUMBER 01779
Hammond, H.D-
Enders, J.F.
A Virus Disease of Cats, Principally Characterized by
Aleukocytosis, Enteric Lesions and the Presence of
Intranuclear Inclusion Bodies.
J.Exp.Hed. 69:327-351,1939.
NUNBEB 01780
Nevberne, J.
Johnston, 8.
Robinson, 7.
Studies on Clinical and Uistopathological Aspects of
Feline Panleucopenia (Infectious Enteritis).
Southwest.Vet. 10:111-118,1957.
NUMBER 01781
Cody, F.I.J.
Lee, R.i.
Taylor, A.
Classification of Jaw Muscle Spindle Afferents in the
Cat.
J.Physiol. 222:82-83,1971.
Huch of our knowledge of nuscle spindles cones front
studies of hind-lint muscles of the cat. Histologically
there appear to be approxinately equal nunbers of primary
and secondary spindle afferents. Dorsal-root filaaent
recordings have not been Bade which would permit this to be
statistically corroborated by physiological
evidence. However, in the case of the jaw muscles the
first order afferent cell bodies, being situated in the
nesencephalic nucleus of the trigeminal nerve are
accessible to sampling by extracellular micro-electrodes in
a way less likely to be biased according to fibre
diameter. Units characterized as spindle afferents were
examined for dynamic index DI using ramps (1-5 degrees of
jaw opening from 8-5 degrees, at velocities of 1-0, 2-2,
3-25 and 4-5 degrees/sec), for snail amplitude vibration
driving, and for interspike interval
277
-------
CAT BIBLIOGRAPHY
variability. Fusimotor activity Has suppressed by deep
pentobarbitone anaesthesia supplemented by
chlorpromazine. Onder these conditions a histogram of DI
gave no evidence of two distinct populations of afferents
but was indistinguishable from a log-normal
distribution. In addition, neither the maximum vibration
frequency followed nor the coefficient of variation allowed
separation into tuo populations. However, the
administration of suxamethoniuo (SCh) caused a marked
change in the histogram of 01. It appears that some
units with a previously low DI are capable, when activated
with SCh, of a considerable dynamic response, and should
probably be classed as primaries. It is concluded that
the spindle afferents of the jaw muscles are functionally
divisible into primary and secondary populations, in
proportions similar to those of the limb muscles.
NUHBEB 01782
Ringler, O.H.
Lay, D. H.
Abrams, G.D.
Spontaneous Neoplasms in Aging Gerbillinae.
Lab.Anin.Sci. 22 (1):407-H13,1972.
Twelve spontaneous neoplasms were noted in a colony of
wild caught and first or second generation laboratory
raised Gerbillinae. All of the neoplasms occurred in
animals over 2 years old. The neoplasms included
osteogenic sarcoma, subcutaneous neurofibroma, subcutaneous
fibrosaccoma, ovarian leiomyona, thynona, reticulan cell
sarcoma, cutaneous squaraous cell carcinoma, ovarian
granulosa cell tumor, and uterine
adenocarcinoma. Neoplasms were a significant cause of
morbidity and mortality in these aging animals.
HDRBER 01763
Stanley, R. E.
Lloyd, S.R.
A Technic for Implanting a Radioactive Particle in a
Rodent Lung.
Lab.Anim.Sci. 22(1) :U2U-H27,1972.
A simple and relatively atraumatic technic for implanting
a single radioactive particle in the lung of rodents
(hamsters and rats) was described. A small polyethylene
cannula introduced in the trachea of an anesthetized rodent
provided the passageway for the insertion into the deep
lung of a fine catheter containing a radioactive
particle. Also described was the relative ease of
implanting the particle in a particular lobe of the
lung. In more than 300 hamsters (Hesocricetus auratus)
successfully implanted, 77% were implanted in the intended
lung lobe. Methods and devices used for animal restraint
were also presented.
278
-------
CiT BIBLIOGRAPHY
•9IBBI 01784
ill, A.
Bill, A.
The Oxygen Supply to the Retina. II. Effects of High
Intraocular Pressure and of Increased Arterial Carbon
Dioxide Tension on Uveal and Betinal Blood Plow in
Cats. A Study with Radioactively Labelled
flicrospheres Including Flow Determinations in Brain and
Some Other Tissues.
Acta Physiol.Scand. 84:306-319,1972.
15 nicrons and 35 microns aicrospheres labelled with 85-Sr
and 169-Yb were used to determine the rate of blood flov
through various intraocular tissues, optic nerve, brain,
kidney cortex and small intestine in cats at normal and
increased P(arterial)CO-2. One eye had its spontaneous
intraocular pressure, the other eye had its pressure
stabilized at a higher level. At normal
P (arterial) CO-2 a reduction in perfusion pressure
resulted in decreased vascular resistance in the iris, the
ciliary body and the retina, but not in the choroid. In
the retina the eye with reduced perfusion pressure had a
significantly higher blood flow than the control
eye. Increased P (arterial)CO-2 resulted in increased
blood flow in all ocular tissues and all extraocular
tissues studied except the kidney cortex. Reductions in
perfusion pressure at high P(arterial)CO-2 resulted in
further decreases in vascular resistance in two eyes of
seven only. The results suggest that about 21% of the
Oxygen consumed by the retina is delivered by the retinal
blood vessels,,the rest by the choroid. Both myogenic and
metabolic mechanisms seem to contribute to the adjustment
of retinal vascular resistance after a change in perfusion
pressure.
HDHBEB 01785
Aim, A.
Bill, A.
Blood Flow and oxygen Consumption in the Cat Qvea at
Normal and High Intraocular Pressures.
Acta Physiol.Scand. 80:19-28,1970.
HOHBBB 01786
Bill, A.
A Method for Quantitative Determination of the Blood
Flow Through the Cat Ovea.
Arch.Ophthal. 67:156-162,1962.
HOHBBB 01787
Folkow, B.
Lundgren, 0.
Vallentin, I.
Studies on the Belationship Between Flow Resistance,
Capillary Filtration, Coefficient and Regional Blood
Volume in the Intestine of the Cat.
Acta Physiol.Scand. 57:270-283,1963.
279
-------
CAT BIBLIOGRAPHY
BOBBER 01788
Lockett. S.C.
Effects oE Changes in P-O2, P-C02 & pH on the
Total Vascular Resistance of Perfused Cat Kidneys.
J.Physiol.(London) 193:671-678,1967.
NUMBER 01789
HcGinn, F. P.
Mendel, D.
Perry, P.M.
The effects oC Alteration of CO2 and pH on
Intestinal Blood Plow in the Cat.
J.Physiol.(London) 192: 669-680,1967.
8DHBEB 01790
McAllen, H. M.
Spyer, K.W".
'Baroreceptor1 Neurones ir the Medulla of the Cat.
J.Physiol. 222:68-69,1971.
The localization of second order neurones in the
baroreceptor reflex pathway is at present a subject of tauca
interest and is an essential preliminary to a full
investigation of the reflex pathway through the central
nervous system. It is accepted on histological evidence
that they are located primarily in the nucleus of the
tractus solitarius (NTS), but positive evidence still has
to be obtained by means of neurophysiological
techniques. In the present study neurones whose activity
was excited on electrical stimulation of the carotid sinus
nerve were recorded extracellularly using conventional
techniques, the position of the cells being marked with
pontanine sky blue. In all, 148 such units were recorded
in many penetrations made throughout an area of the medulla
extending from 2 an caudal to U aim rostral to the obex and
0-4 mm lateral to the mid line. The major projections of
the afferent fibres were to two regions. The first
included the ventrolateral portion ot" the NTS and appeared
to be continuous with a projection within the nucleus
parvocellularis. The second major projection was to an
area ventrolateral to the hypoglossal nucleus, yet lateral
to the hypoglossal fibre tract. The medial portion of the
NTS and the nucleus intercalatus received a snail
projection. In keeping with a recent study, no
projections were found to be paramedian reticular
nucleus. The sinus nerve contains afferent fibres
originating both in the baroreceptors of the carotid sinus
and the chemoreceptors of the carotid body. There is a
narked overlap in fibre diameter of these two groups, and
hence it is impossible to excite preferentially one
functional group using electrical
stimulation. Accordingly, the baroreceptor afferent
endings were excited by raising the perfusion pressure in
an isolated carotid sinus. So far 36 units responding to
280
-------
CAT BIBLIOGRAPHY
sinus nerve stinulation have also been found sensitive to
inflation of the ipsilateral carotid sinus. These
neurones were located in just those areas of the medulla
previously shown to receive a major input from the sinus
nerve. Nine neurones sensitive to sinus nerve stimulation
were unaffected by baroreceptor afferent activation, and
presumably represent neurones involved in the chenoreceptor
reflex pathway.
HUHBBR 01791
Sobin, S.S.
Fung, 7..C.
Teener, H.N.
Rosenguist, T. H.
Elasticity of the Pulmonary Alveolar Micro vascular
Sheet in the Cat.
Circulation Res. 30:440-450,1972.
The pulmonary interalveolar capillary bed of the cat has
previously been shown to be consistent with a sheet-like
endothelium-lined space bridged by avascular
endothelium-covered posts. This was termed the sheet-flow
model, and blood flow through that space is termed sheet
flow. The initial formulation of the sheet-flow theory
and oodel required that sheet thickness be the independent
variable. Sheet thickness (h) was measured in vertical
and horizontal silicone-elastomer-perfused cat lungs over
the transBural (alveolar-capillary) pressure (p) range of
6.3 to 27 cm H20. A plot of h vs. p for 2753 individual
measurements is linear over the measured pressure
range. The regression line is described by h=4.28+0.2191
p. Sheet thickness of 4.28 microns at zero pressure is an
extrapolated value. The value 0.2191 nicrons/cm H20 is
the compliance coefficient (alpha) of the pulmonary
capillary bed. Electron microscopic studies demonstrated
that the capillary posts have a highly organized internal
structure with abundant collagen and an elastin or
elastinlike core. Collagen fibers originate trom the
alveolar-capillary basement membrane, emerge in a
herringbone pattern, and sweep toward the canter of the
post in a helical array around the elastinlike amorphous
and fibrillar core. The unusual compliance of the
nicrovascular blood vessels in the lung can be correlated
with the architectural organization within the posts.
NOHB2R 01792
Sobin, S.S.
Tremor, H.H.
Fung, Y.C.
Hocphometric Basis of the Sheet-Flow Concept of the
Pulmonary Alveolar nicrocirculation in the Cat.
Circ.Res. 26:397-414,1970.
NDHBEB 01793
Sampson, G.R.
281
-------
CAT BIBLIOGBAPHy
Counter, F.T.
Schlegel, B.F.
Bathmaker, B.P.
Antibody Response of Cats Vaccinated Vith an
Inactivated cell culture Feline Panleukopenia
Vaccine.
J.A.V.a.A. 160(12):1619-1621,1972.
Feline panleukopenia vicus strain CD4 isolated from a
clinically affected cat was growa on primacy cell cultures
of feline kidney origin. In clinical trials vith the
vaccine produced by inactivation of this virus, increased
antibody titers were detected in 66 of 69 cats more than 8
weeks old and in 10 of 17 cats 7 to 8 weeks old-both groups
with prevaccination titers of less than 1:10. In these
same clinical trials, 20 of 34 cats more than 8 weeks old
and 2 of 8 cats 7 to 8 weeks old with prevaccination titers
of egual to or greater than 1:10 developed an increased
titer. Differences in antibody response were not detected
between cats vaccinated intramuscularly and those
vaccinated subcutaneously. Three of 3 vaccinated cats
withstood challenge of immunity at the 376th day after
vaccination. A survey of the serologic status of
nonvaccinated cats indicated that 8351 of cats 9 to 16 weeks
old and 63X of cats 1 to 8 years old had antibody titers of
less than 1:10.
SffBBBB 01794
Pastier, L. B.
Feline Panleukopenia: A Secological Study.
Vet.Sec. 83:653-655,1968.
HOBBBB 01795
Jolley, B.L.
Hrochek, J.E.
Scott, C.D.
Lowrey, J.C.
Body Fluid Constituents of Dogs.
Tet.Hed./Small Ania.Clin. 67 (7):79«-800,1972.
The uv-absorbing and carbohydrate constituents of urine
were determined for three dogs: a Bernese Mountain dog,
a normal Dalmatian, and a urate-stone-producing Dalmatian
before and during allopurinol therapy. As expected,
allopurinol therapy caused a decrease in the excretion of
uric acid and an increase in the excretion of xanthine,
hypoxanthine, and adenine. The excretion rates of uracil,
H(1)-methyl-2-pyridone-5-carboxamide, orotidine, and
orotic acid were also increased. The effect on purines
and pyrimidines agrees with previously reported work on
human subjects. However, the increase in the excretion of
M(1|-methyl-2-pyridone-5-carboxaBide has not previously
been reported. Host of the urinary excretion rates for
the dogs and humans are in reasonable agreement, although
some major differences (hippuric, p-hydroxyhippuric,
kynurenic, and indoleacetoric acids) do exist.
282
-------
CAT BIBLIOGRAPHY
HDHBEB 01796
Hakanson, R.
Ovmaa, C.
Sundler, F.
Fluorescence Histocheni-cal and Microspectrof luor one trie
Evidence of Tryptophyl Peptides in Thyroid C Cells of
Cat and Pig.
J.Histochem.Cytochem. 20 (3):205-210,1972.
In the thyroid gland of cat and pig* combined
formaldehyde-ozone treatment induces a strong greenish
yellow fluorescence {maximal excitation/emission, 370/510
millimicrons) in cells identified as C cells by argyrophil
staining. With the formaldehyde-ozone treatment,
authentic tryptanine as well as tryptophyl peptides in
protein droplet models gave a similar, strong
fluorescence. Combined formaIdehyde-HCI treatment gave
only moderate c cell fluorescence. With this treatment
the fluorescence yield of tryptophyl peptides in protein
droplet models was low, whereas that of tryptamine was high
(of the same magnitude as after
formaldehyde-ozone). Chemical analysis failed to reveal
tryptamine in extracts of thyroid glands. Together, the
microspectrofluorometric and chemical results indicate that
the fluorogenic compound in the C cells of cat and pig is
a tryptophyl peptide rather than tryptamine.
NUMBER 01797
wheeler, J.K.
Noghissi, &.A.
Behnberg, B. F.
Colvin, n.c.
Comparison Between the Biological Half-Life of a
Tritiated Luminous Compound with That of Tritiated
Water in Bats and Cats.
Health Physics 22:35-38,1972.
A single oral dose of a tritiated luminous compound in
common usage by the luminous dial painting industry was
given to rats and cats, and the tritium concentration
followed in the urine, feces and various body tissues. A
major fraction of the absorbed tritium was eliminated with
a biological half-life essentially the same as that of
tritiated water.
NUMBER 01798
Lippincott, C.L.
Use of the nicrometer Trephine in Surgical Treatment
of the Intervertebral Disc Syndrome.
Vet.Hed/Small Anim.Clin. 67:643-648,1972.
A trephine, whose depth of penetration can be controlled by
pre-setting a stop, is described and its use in relief of
spinal cord pressure due to rupture of nucleus pulposus is
shown.
283
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CAT BIBLIOGRAPHY
N01IBEB 01799
Smith, J.B.
Hill, H.H.
use of Henostatic Clips in Veterinary Surgery.
Vet.Bed/Small Anim.Clin. 67:764-766,1972.
A small, permanent tantalum "clip" is described for use in
closure of individual blood vessels instead of ligation. A
forceps designed to apply the clips and the use of the
clips are explained. Advantages include more rapid than
ligatures, less blood in the field, and smaller field can
be used.
BOMBEH 01800
Ditchfield, J.
Grinyer. I.
Feline Bhinotracheitis Virus: A Feline Herpes Virus.
Virology 26:504-506,1965.
SOMBER 01801
Anufriew, H.N.
(The Nerves of the Heart of the Cat.)
Ztschr.f.Anat.u.Entwg. 86:639-654,1928.
A detailed norphologic description of the innervation of
the cat's heart.
HONBBH 01802
Bernhardt, E.
(Anatomic and Physiologic Studies of the Depressor
Nerve of the Cat.)
Dissertation Dorpat, 1868.
NDHBEB 01803
Boehm, R.
(Studies of the Mervus Accelerator Cordis of the Cat.)
Arch. f.Exp. Path. u.Pharm. 4:255-279,1675.
NUHBER 01804
Anthony, R.
(Anatomical Aspects of the Sacro-caudal Region of a Cat
of the So-called Tailless Breed From the Isle of Nan)
Bull. Soc. An thr. Paris 4(10) .-303-310,1899.
HOBBEB 01805
Anthony, R.
(On a Tailless Cat Fron the Isle of Han.)
Ann.Soc.Agric.Indust, Lyon 7 (7):41-50,1899.
NUHBEB 01806
Abonyi, L.
(Thallium Poisoning in the Dog and Cat.)
Allatory.Lapok. 14:216-217,1932.
284
-------
CIT BIBLIOGRAPHY
RUBBER 01807
Czaplinski, 7.
(Thalliun Poisoning in Cats.)
Hed.itryn. 6:531-533,1950.
10HBBB 01 BOB
Gratzl, E.
(Thallium Poisoning in Snail Aninals.)
Hien.Tierarztl.Honatsschr. 23:657-674,1939.
Of 8 cats, 1 of 2 which had received 10 og/kg body weight
died, 1 which had 15 og/kg recovered after a month of severe
skin lesions, and 5 which bad 20 ing or more per kg died.
BOBBER 01809
Pile, C.H.
Thalliun Poisoning in Domestic Felines.
Austral.Vet.J. 32:18-19,1956.
BOHBBB 01810
Leinert, E.
Sebesta, B.
(Treatnent of Thallium Poisoning in Carnivores with
BAL.)
•ien.Tierarztl.Honatsschr. 40:327-332,1953.
Three cats given 30 mg or aore of thallium per kg of body
weight died.
IDHBEB oien
Hensel, EU
Bin Barneenpfindliches Receptorfeld in der
Hasenregion der Katze.
iaturvissen
-------
CAT BIBLIOGRAPHY
Variations in the Size and Hemoglobin Content of
Erythrocytes in the Blood of Various Vertebrates.
Folia Haematologica 51:32-U9,19?
Ecythrocyte counts, hemoglobin, volume of packed red cells
and icterus index determinations, diameter measurements and
the calculated mean corpuscular volume, mean corpuscular
hemoglobin and mean corpuscular hemoglobin concentration of
the blood of a variety of vertebrates are recorded. It
appears that in spite of very great differences in the size
and hemoglobin content of erythrocytes of various
vertebrates, the concentration of hemoglobin in these
cells, that is, the relation of amount of hemoglobin to
volume of red cell, remains remarkably constant. Hot only
does there seem to be an optimum mean corpuscular
hemoglobin concentration but also a maximum
concentration. There is a tendency towards a reciprocal
relationship between number of red corpuscles and their
size and hemoglobin content, with the result that there are
much smaller differences in red cell mass and in total
hemoglobin of the blood than the variations in erythrocyte
counts would suggest. The possible significance of
morphologic differences in the red corpuscles of various
vertebrates is breifly considered.
NUMBER 01815
Coote, J. H.
Johns, E.J.
Singer, B.
Penal Nerve stimulation and Plasma Renin Activity in
the Cat.
J.Physiol. (London) 222:73-7UP,1971.
Vander has reported that stimulation of the renal
nerve-artery complex in the dog results in an increased
secretion rate of renin as measured in the renal
vein. The present study was undertaken to determine
whether prolonged electrical stimulation of the distal ends
of cut renal nerves resulted in an increase in plasma renin
activity (PRA) in the cat, whether the effect was related
to changes in renal blood flow and whether the effect could
be blocked by alpha and beta blockers. The results are
compatible with the view that the change in PBA following
renal nerve stimulation is mediated by the reduction in
blood flow produced by stimulation. The results using
propranolol suggest that the reduction in blood flow
affects the renin-releasing mechanism through a receptor*
not located on vascular smooth muscle, which is sensitive
to the beta blocker.
HUHBEB 01816
Hard, J.N.
Wright, J.P.
Pathology of Radiostrontium Exposure in Cats.
Rad.Res. 51 (1):81-96,1972.
Thirty-three cats of two age groups were fed one of three
dosage levels of 89 Sr for 30 days. Twenty-four died or
286
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CAT BIBLIOGBAPHY
were killed before 107 days after the experiment was
started. Mortality and bone narrow lesions were dose
related. All cats had varying degrees of a hemorrhagic
disease with hemorrhages most commonly observed in the
heart, subcutis and intestines. Histologically, bone
marrows of cats dying before 35 days postexposure were
depleted of cells. Those dying later had cellular marrows
composed predominantly of erythropoietic
precursors. Nyelof ibrosis was seen in 5 cats and myeloid
metaplasia, primarily in lymph nodes, developed in 6
cats. Dysplastic lesions occurred in the epiphyseal plate
and metaphysis of long bones. Other lesions included
atrophy of the thy BUS and lymphoid tissues and bacterial
lesions in several tissues. Ultrastructural studies of
bone marrow of U cats revealed degenerative changes in
mitochondria of plasma cells and the presence of abnormal
erythrocyte precursors. Comparative aspects of the
pathology of radiostrontium exposure are discussed.
NUMBER 01817
Neff, C.A.
Davis, L. E.
Baggot, J.D.
A Comparative Study of the Pharaacokinetics of
Quinidine.
Am.J. Vet.Bes. 33(7) : 1521-1525, 1972.
Plasma concentrations of guinidine and kinetics of its
disappearance from plasma after intravenous administration
were determined in ponies, goats, swine, dogs, and
cats. Plasma half-life values varied from 0.85 hours in
goats to 5.59 hours in dogs. Quinidine attained
distribution equilibrium very rapidly and was seguestered
in the tissues. Apparent specific volumes of distribution
ranged from 1.25 L./kg. in swine to 6.32 L./kg. in
ponies. The drug was extensively bound to plasma
proteins, with values ranging from lit in caprine plasma to
98X in porcine plasma.
NDHBEH 01818
Baggot, J.D.
A Comparative Study of the Pharmacokinetics and
Biotransf ormation of Amphetamine.
Ph.D. Dissertation, Ohio State Oniv. , Columbus,
Ohio, 1971.
The cat eliminated amphetamine much more slowly than
other species.
NUHBEB 01819
Davis, L.E.
Sturm, B. L.
Drug Effects and Plasma Concentrations of Pentazocine
in Domesticated Animals.
Am.J. Vet. Res. 31:1631-1635,1970.
The cat eliminated pentazocine much more slowly than
287
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CAT BIBLIOGRAPHY
other species.
ROHBEB 01820
Davis, L. E.
Hestfall, B.A.
Species Differences in the Biotransfornation and
Excretion of Salicylate.
Aa.J.Vet.Bes. 33:1253-1262,1972.
The cat eliminated salicylate auch more slowly than other
species. Mechanisms for glucuconide and glycine
conjugation of salicylate Mere deficient in cats.
BUBBEB 01621
Davis, L. E.
Donnelly, E.J.
Analgesic Drugs in the Cat.
J.A.V.fl.A. 153:1161-1167,1968.
The oxidation of meperidine proceeds quite rapidly in the
cat. The duration of
plasma levels, analgesic potency, and the
occurrence of untoward effects of morphine, neperidine,
aspirin, chlorpromazine, and d-propoxyphene were studied
in domestic cats. Results indicated that aspirin should
seldoa, if ever, be given to cats because of its low
efficacy and potential toxicity. Morphine and
d-propoxyphene in the reconmended doses were useful in
obtunding experimentally induced paic. The usefulness of
meperidine is limited because of rapid metabolism by the
cat. Chlorpromazine markedly altered the behavioral
responses to pain. Re believe that the results of this
investigation justify the clinical trial of morphine and
d-propoxyphene, alone or in combination with
chlorpromazine, in the management of pain in the feline
patient.
HOHBER 01822
Hedvay, H.
Geraci, J.B.
Distribution of Glucose in the Bottle-Nosed Dolphin
(Tursiops truncatus).
Am.J.Vet.Bes. 33(7) : 1545-1546,1972.
The ratio of cell to plasma glucose concentrations in the
adult dolphin is comparable to those found in adults of the
common domesticated species of animals. For 8 dolphins,
the following are mean and S.D. values for glucose:
whole blood (ngX), 135.3 */- 32.7; plasma (agX), 183.6, «•/-
41.8; ecythrocytic (mgfc), 58.5 */- 19.1; ratio of cell to
plasma concentrations (%), 33 +/- 12. PCV is 40 */-
4.6. Author also gives the ratio of cell to plasma
concentration of glucose (%) for the cat as 26.
HOHBBB 01823
Jones, D.C. L.
288
-------
CAT BIBLIOGRAPHY
Krebs, J.S.
Hematological Characteristics of Sheep.
Am.J.Vet.Res. 33(7):1537-1540,1972.
Measurement of henatologic values for more than 700 sheep
has revealed marked departures from the normal distribution
for erythrocyte, total leukocyte, granulocytic leukocyte,
and mononuclear leukocyte counts. Percentages of
granulocytic and mononuclear leukocytes and packed cell
volumes were normally distributed, but the last measure
exhibited significant inhomogeneity of variance. There
were significant differences among the 6 groups of sheep
for all henatologic variates. These findings illustrate
the range of hematologic values likely to be encountered in
groups of sheep from the sane geographic area and indicate
the need for caution in applying or interpreting
statistical analyses based on the assumption of a normal
distribution.
NUMBER 01824
Frumkes, T. E.
Battersby, U.S.
Storck, L. E.
Spatial Organization of Cat visual System. I
Distribution and Interaction of Photic Responses in
Cortex.
Electoencephal.Clin.Neurophysiol. 32:383-394,1972.
The distribution of photic responses in the parasagittal
cortical plane of the locally anesthetized cat was studied
with respect to target location in the vertical plane of
the visual field, level of adapting background, intensity
of light flash, and the degree of spatial and temporal
interaction elicited by dual light flashes. Confirming
earlier studies, the cortical locus of the largest
amplitude, shortest latency response (the "maximal11
response) shifted predictably with change in field
location, independent of adaptive level, flash intensity or
presence of general anesthesia (barbiturate). All photic
stimulation in the locally anesthetized cat, however,
produced a widespread cortical distribution of lower level
("submaximal") responses which were of functional
significance, as demonstrated by the spatial interaction
between responses to dual light flashes. This latter
spatial interaction could be elicited interocularly and was
altered by administration of barbiturates. Results both
confirm and qualify classic concepts of topological
projection as applied to the visual system of the cat.
NUMBER 01825
Bilge,H.
Single, A.
Seneviratne, K.N.
Whitteridge, D.
A Nap of the Visual Cortex in the Cat.
J.Physiol.(London) 191:116P-118P,1967.
289
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CAT BIBLIOGRAPHY
HOHBER 01826
Bishop, P.O.
Kozak, R.
Vakkur, G.J.
Some Quantitative Aspects of the Cat's Eye: Axis and
Plane o£ Reference, visual Field Coordinates and
Optics.
J.Physiol.(London) 163:466-502,1962.
NOHBER 01827
Doty, B.f.
Potentials Evoked in Cat cerebral Cortex by Diffuse
and Punctiforn Photic Stimuli.
J.Neurophysiol. 21:437-464,1958.
BOBBER 01828
Fleming, T.C.
Evarts, E.V.
Multiple Response to Photic Stimulation in Cats.
A tie r. J.Physiol. 197:1233-1236, 1959.
HOHBER 01829
Garey, L.J.
Powell, T.P. S.
The Projection of the LGH Upon the Cortex in the
Cat.
Proc.Hoy.Soc.B. 169:107-126,1967.
HQHBEB 01830
Garey, L.J.
Powell, T.P.S.
The Projection of the Betina in the Cat.
J.Anat. (London) 75:434-440,1968.
NUHBEB 01831
Hubel, D.H.
iiesel, T.N.
Receptive Fields and Functional Architecture in Two
Non-Striate Visual Areas (18-19) of the Cat.
J.Neurophysiol. 28:229-289,1965.
NUHBER 01832
Joshua, D.E.
Bishop, P.O.
Binocular Single Vision and Depth Discrimination
Receptive Field Disparities for Central and
Peripheral Vision and Binocular Interaction on
Peripheral Single Units in Cat striate Cortex.
Exp.Brain Res. 10:389-416,1970.
290
-------
CAT BIBLIOGRAPHY
HUHBEB 01833
Nidi, R.
Sprague, J.N.
Thalaao-Cortical Organization of the Visual System in
the Cat.
J.Coap.Heurol. 138:219-250,1970.
HOBBBH 01834
O'Leary, J.L.
Structure of the Area Striata of the Cat.
J.Conp.Neurol. 75:131-164,1941.
BOBBER 01835
Spinelli, D.N.
Barrett, T.H.
Visual Receptive Field Organization of Single Units in
the Cat's Visual Systea.
Ezp.Neurol. 24:76-78,1969.
8DHBEB 01836
loolsey, C.N.
Daube, J. B.
Hoffman, J.
Kaas, J. H.
Ladpli, S.
Representation of the Visual Field in Visual Areas
I and II of the Cat's Cerebral Cortex.
Ped.Proc. 26:656,19*67.
BOHBBR 01837
Storck, L.E.
Battersby, H.S.
Frumkes, T.E.
Spatial Organization of Cat visual System. II.
Topology and Interaction in Genieulo-Cortical
Projection.
Electroenceph.Clin.Neurophysiol. 32:395-408,1972.
Spatial projection in the cerebral visual system of the
cat was analyzed by recording the distribution of responses
in the parasagittal cortical plane, that were evoked by
electrical stimulation of varying anterior-posterior sites
within the lateral geniculate body (LGB). A high degree
of spatial correspondence was found between site of
cathodal stimulating current in layer A (occasionally Al)
of LGB, and that cortical ("peak") locus yielding the
shortest latency, largest amplitude (the "maximal")
response. Stimulation of all sites in LGB, however,
produced a widespread cortical distribution of smaller
amplitude, longer latency ("submaximal") responses, which
were not simple electrotonic gradients, and which were not
materially altered by either chemical depression or
surgical removal of the peak locus. The significance of
these widespread submaximal responses for spatial
291
-------
CAT BIBLIOGRAPHY
interaction was assessed by means of "conditioning" and
"test" shocks presented to disparate sites within
LGB. Two types of excitability cycles were thus
demonstrated, the relative amplitudes of the conditioning
and test responses at any selected cortical locus
determining the nature of the cycle. If the test response
were smaller than the conditioning response (generally as
the peak locus for the conditioning response), it was
oarkedlf attenuated for up to 200 msec. If the test
response were greater than the conditioning response
(generally at the peak locus for the test response), it was
usually slightly facilitated, at least at short tine
intervals. Collectively, the findings suggest that a
lateral interactive mechanism exists in visual cortex, and
is superimposed upon a topological projection, presumably
determined by the course of the radiation fibers.
BONBEB 01838
Bentinck-Smith, J.
Feline Panleukopenia (Feline Infectious Enteritis). A
Review of 574 Cases.
North Aner.Vet. 30:379-384,1949.
NUHBER 01839
Bittle, J.L.
Emery, J. B.
York, C.J.
McHillen, J. K.
Comparative study of Feline Cytopathogenic Viruses and
Feline Panleukopenia Virus.
Amer.J.Vet.Bes. 22:374-378,1961.
HUHBEB 01840
Hamnon, i.D.
Enders, J.F.
A Virus Disease of Cats, Principally Characterized by
Aleukbcytosis. Enteric Lesions and the Presence of
Intranuclear Inclusion Bodies.
J.Exp.Hed. 69:327-351,1939.
NOMBEB 01841
Haomon, w.D.
Enders, J.F.
Further Studies on the Blood and the Heaatopoietic
Tissues in Malignant Panleukopenia of Cats.
J.Exp.Hed. 70:557-564,1939.
HOHBEH 01842
Johnson, R.H.
Isolation of a Virus From a Condition Simulating
Feline Panleukopenia in a Leopard.
Vet.Rec. 76:1008-1013,1964.
292
-------
CAT BIBLIOGRAPHY
ROBBER 01843
Johnson, B.H.
Feline Panleakopenia Virus. II. Some Features of the
Cytopathic Effects in Feline Kidney Honolayers.
Res.7et.Sci. 6:472-481,1965.
NUBBEB 01844
Lawrence, J.S.
Syverton, J.T.
Shaw, J.S.
Smith, F.B.
Infectious Feline Agranulocytosis.
Aner.J.Path. 16:333-354,1940.
ROBBER 01845
Armistead, H.I.
Orethral Obstruction in Hale Cats.
North An.Vet. 34:276,1953.
ROBBER 01846
Beaner, R.J.
Oreterocolostony for Relief of Drinary Stenosis in the
Domestic Cat.
J.A.V.H.A. 134:201-204,1959.
ROBBER 01847
Bower, C.H.
Orinary Calculi in castrated Hale Cats.
North An.Vet. 38:244,1957.
ROBBER 01848
Carbone, H.G.
Phosphocrystaluria and orethral Obstruction in the Cat.
J.A.V.M.A. 147:1195-1200,1965.
ROBBER 01849
Fishier, J.
Orolithiasis or Orethral Inpaction in the Cat.
J.A.V.H.A, 127:121-123,1955.
ROBBER 01850
Heier, F.W.
Orethral Obstruction and Stenosis in the Hale Cat.
J.A.V.H.A. 137:67-70,1960.
NUMBER 01851
Hayden, D. H.
Nielsen, S.H.
Feline Hanmary Tumors.
293
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CAT BIBLIOGRAPHY
J.Saal ftnim.Pract. 12:687-697,1971.
Fifty-five tumours (fifty malignant, five benign) of the
naaaary gland of cats were found anong 2296 feline
diagnostic accessions subuitted over a 10-year
period. Twenty-seven vere adenocarcinonas, nineteen
papillary adenocarcinomas, two scirrhous carcinomas, and
tvo anaplastic carcinomas. The majority of the cats were
between 10 and 14 years of age. No breed predilection was
noted. Hired nammary tumors, so comnon to the dog, are
virtually non-existent in cats.
HOBBBB 01852
Hisdorp, •.
Title Unknown.
Dissertation, Utrecht, 1964.
Beport on 24 cats in Amsterdam, Holland with nannary
tumors.
HOHBEB 01853
Oberreiter, 0.
Title Unknown.
•ien.Tierarztl.Hschr. 55:415,1968.
Beport on naaaary tumors in cats.
HOHBBH oiesu
ihitehead, J.B.
Title Unknown.
Vet.Red. 62:357,1967.
Beport of 30 cases of feline mammary tunors.
BOHBEB 01855
Silver, I.A.
Title Unknown.
J.Small Ania.Pract. 7:689,1996.
Histology of feline mammary gland, where each teat has 4-8
ducts lined with stratified sguanous epithelium.
HUBBBB 01856
Stara, J.P.
iellman, H.N.
Straub, C.P.
Cox, w. 8.
Kahn, B.
Comparison of Selective Uptake and Retention of
Strontium to Calcium in Young cats and Infants.
Presented at the 3rd Internat. Congress of Badiation
Besearch, 1966.
Betention of strontium-90, stable strontium, and calcium
at enviromental levels by 30 infants aged less than 1 year
was determined previously by analyzing the diet, urinary,
and fecal excretions. The observed ratio from diet to
retention of strontium-90 and stable strontium relative to
294
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CAT BIBLIOGRAPHY
calcium ranged between 0.2 and 1.0. Based on reported
values for calcium accretion rates, endogenous excretion
rates, bady burden, and exchangeable pool in infants, half
lives for strontiun retention were computed for a
two-compartment model, strontiun fron the rapidly
exchanging pool was estimated to be excreted with a 2-day
half-life, and that froo the slowly exchanging pool with a
300-day half-life. To confirm these estimates,
distribution and excretion of strontiun-85 tracer was
observed in young cats. Uniform labelling of the skeleton
was obtained by feeding the dam a diet with a constant
strontium-85/stroatium ratio before and during pregnancy,
during lactation, and then feeding similar diets to the
offsprings. Strontium-85 levels in the animals were
measured by whole-body counting during tracer feeding and
for a year following the last dose at ages 0, 1, 2, 4, 6, 8,
12, 16, 24, 32, 48, and 56 weeks. Strontium-85, stable
strontium, and calcium were measured in urine and feces
during the sane period. A number of animals were
sacrificed to determine the tissue distribution of
strontiun-85, stable strontium, and calcium. Short-tern
turn-over studies with calcium-47 and strontium-85 were also
performed. Metabolic data for kittens aged 6, 8, 12, and
16 weeks were compared with similar information obtained
in the infant study. The biological half-life of the long
component of strontium retention in the 4 groups of
kittens ranged between 290 and 350 days as measured by
whole-body counting. The strontium-85 excretion rate of
chronically labelled animals showed a half-life of 2 to 10
days immediately after last dose, and confirmed the
longer half-life obtained by whole-body measurements. The
retention of the radionuclides, measured either by
whole-body counting or analysis of excreta, could be fitted
to a power function or resolved into 3 exponential
components. The fast and intermediate retention slopes
upto 100 days post-dose were age dependent, whereas the
long-term components were closely related in all 4 age
groups and approached the half-life observed for those
animals exposed chronically. The observed ratio from diet
to bone of strontium relative to calcium ranged from 0.8 to
0.9 in the newborn and from 0.5 to 0.6 in the 8 and 16 week
old animals.
NUMBER 01857
Laborde, G.
(Nycoplams of the Cat: Isolation, Identification, and
Discussion of Their Role in Feline Respiratory
Disease.)
Thesis, Ecole Nationale Vet.Lyon, 1971.
nycoplasms were isolated from nasal, coajunctival and oral
swabs taken from cats in two catteries affected with
chronic rhinitis and episodes of acute coryza. The
nycoplasms were shown to be pathogenic for unweaned
kittens, which developed conjunctivitis, rhinitis,
desquamative glossitis, and perianal abscess. Serum
samples from 11 affected cats in these two catteries
295
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CAT BIBLIOGRAPHY
reacted to the HI test with H. felis antigen. Antigenic
relationships were demonstrated between aycoplasms of the
cat and those of the fowl and pig.
8DHBEH 01858
Herton, H.A.
The Effect of Prepubertal Castration on the Penile
Orethra of the Cat.
J.A.V.H.A. 160(2) :208-211,1972.
Of 20 male kittens castrated when 8-14 weeks old, ten were
given testosterone at 1 mg/lb body wt ever; 3 or 4
weeks. A further ten intact kittens served as
controls. All were killed at 10 months of age, and the
penis was removed for examination. The intact cats had
greater urethral epithelium height and lower fibrocyte
density. There were no significant differences in
urethral circumference. The value of using testosterone
after castration or to increase urethral disaster in cases
of urinary calculi is questioned, since the reactions of
the treated cats in this study did not differ from those of
castrated, untreated cats.
NOHBEB 01859
Priester, H.A.
Nantel, N.
Occurrence of Tumors in Domestic Animals. Data From 12
U.S. and Canadian Colleges of Veterinary Medicine.
J.Nat.Cancer Instit. 47 (6): 1333-134U,1971.
The distribution of 8634 tumours anong 202277 animals is
reported. Relative risk and relative frequency analyses
revealed a number of differences in tumour distribution
within and between the four main species: cattle, horses,
cats and dogs. The proportions for each species of all
tumours that were malignant were: cattle 10%, cats 69%,
dogs 40%, horses 26%. The eye was the most frequent site
for tumours in cattle, the skin for horses and dogs, and
the haenxc and lymphatic systems for cats. Tumours in
cattle had the narrowest range of cell types; those in dogs
the widest. The only unusual sex-related finding was an
increased risk of malignant tumours for cows. An
increasing tunour risk with age was seen in all the
species, although equine tumours were less age dependent
than in the other three species. A significantly
increased tumour risk was noted in one bovine, two equine,
and 14 canine breeds, as compared to all breeds within each
species.
NUMBER 01860
Riser, V.H.
Brodey, 8.5.
Biery, D.N.
Bone Infarctions Associated with Malignant Bone Tumors
in Dogs.
J.A.V.H.A. 160(4):411-421,1972.
296
-------
CAT BIBLIOGRAPHY
Bone sarconas (3 osteosarconas and 1 fibrosarcoma)
developed in four snail dogs with multiple bone
infarctions. Only one of the neoplasms netastasized. In
all four dogs, infarctions occurred in more than one
bone. Badiographically, the infarcts vere characterized
by irregular intranedullary dense areas. Histologically
the bone increased in mass, and many trabeculae contained
empty lacunae that vere overlaid by dense basophilic and
mosaic-like new bone.
UUHBBH oiaei
Garner, H. B.
Rongey, R.w.
Johnson, B.T.
DeJournett, R.
Heubner, R. J.
C-Type Tunor Virus Particles in Salivary Tissue of
Domestic Cats.
J.Nat.Cancer Instit. U7(3):561-568,1971.
C-type BNA tumour virus particles were observed by
electron microscopy in the submaxillary gland, parotid
gland, and bone narrow tissues from almost every domestic
cat with spontaneous lymphona and fibrosarcoma induced by
feline sarcoma virus. C-type particles were less frequent
in these tissues from cats with severe anaemia, spontaneous
sarcoma, or infectious peritonitis and were not seen in
normal cats. Whether this finding is significant in the
propagation and natural spread of this virus is unknown.
BOMBER 01862
ihitehead, J.B.
Heoplasia in the Cat.
Vet.Hed./Small Anin.Clin. page 357-358, April, 1967.
Canines have a higher incidence of neoplasms thatn the
cat. These two species also differ in the histological
types, biological behavior and anatomical sites. The
results of a survey of 165 tumors in cats is given.
HOHBER 01863
Boy, R.s.
(The Presence of R-Factors of Pathogenic
Enterobacteria Isolated from Domestic Animals,
Particularly the Dog.)
Can.J.Coup.Bed. 36(1):1-8,1972.
Strains of enterobacteria (nine Escherichia coli and two
Salmonella) isolated from primary or secondary infections
in the dog, cat, pig, calf and kangaroo were studied for
the presence of eztrachromosomal drug resistance factors
(R factors). Seven strains of E. coli and two strains
of Salmonella transferred resistance involving the
following antibiotics: streptomycin, ampicillin,
chloramphenicol, neomycin and tetracycline. All strains
harboring R factors transferred streptomycin resistance
and the identified resistance patterns were as follows:
297
-------
CAT BIBLIOGRAPHY
So Am, SIB Te, Sm Neo, Sm An Te, Sm Cl Neo
and Sm Am Cl Te. The levels of resistance observed
were comparable for all donor strains and their converted
recipients, strains of E. coli harboring B factors
were isolated from three dogs that died of either otitis
(followed by a generalized infection), enteritis or
bronchopneumonia - secondary to distenper. The bacteria
islated from cats ere recovered at the necropsy of
animals that had died of purulent pleuresy and feline
panleukopenia. The other strains (two Salmonella and one
E. coli) were isolated from fatal enteric diseases in the
pig, calf and kangaroo.
NUMBER 01864
Gindhart, P.S.
The Effect of Seasonal Variation on Long Bone
Growth.
Human Biology U4 (3) :335-350,1972.
Seasonal variation accounts for much of the variance in
the growth of the tibia and radius in Fels subjects. In
children aged one year to 9 years, the period of greater
growth rate, based on semi-annual increments, occurred
from August through January in the male radius and female
tibia and from September through January in the female
radius and male tibia. Seasonal variation does not seen
to be established in the tibia in the first postnatal
year, but there is a steady deceleration in growth rate as
determined by three month increments during this
time. However, in the male radius during the first year
of life greater growth rate was found in June-August and
in the female radius the greater rates occurred in
January, (larch, August and September. The periods
do not coincide with those based on semi-annual increments
and are particularly irregular in the female.
NUHBEB 01865
Krogman, W.H.
Growth of Han.
Tabulae Biologicae. 20,1941.
NUMBER 01866
Reynolds, E. L.
Sontag, L.U.
Seasonal Variations in weight. Height and Appearance of
Ossification Centers.
J.Pediat. 24:524-535,19ttU.
NOBBEB 01867
Place, H.A.
In Practice Pointers.
Vet.Med./Small Anim.Clin. 67 (11):1173,1972.
A technique for giving an injection to a cat while it is
unaware is to slide it slowly across the table vhiie the
298
-------
CAT BIBLIOGBAPHY
injection is being made.
NDNBER 01 see
Bolton, G.R.
Brown, T.T.
Hycotic Colitis in a Cat.
Vet.Med./Small Anim.ClU. p. 978-981 ,1972.
The authors present a case of mycotic colitis in a cat
possibly induced by long-term use of antibiotics as
treatment for feline panleukopenia.
NUMBER 01869
Andres, S.
(Leukoses of Domestic Animals.)
Veterinary Thesis, No. 15, Lyons, 1959.
Report of a case of eosinophilic leukemia in a pig.
ROBBER 01870
Herringham, W.P.
Andrewes, F.W.
Two Cases of Cerebellar Disease in Cats, Kith
Staggering.
St.Barth.Hosp.Rep. 24:211,1888.
First description of spontaneous feline ataxia.
BOMBER 01871
Johnson, R.H.
Cruickshank, J.G.
Problems in classification of Feline Panleukopenia
Virus.
Nature 212:622,1966.
HUHBER 01872
Johnson, R.H.
Hargolis, G.
Kilham, L.
Identity of Feline Ataxia Virus with Feline
Panleukopenia Virus.
Nature 214: 175,1967.
NONBEB 01873
Kilham, L.
Hargolis, G.
viral Etiology of Spontaneous Ataxia of Cats.
Amer.J.Pattu 48:991,1966.
HOHBEH 01874
Verlinde, J.D.
Congenital Cerebellar Ataxia in Cats in Conjunction
with a Probable Viral Infection of the Mother During Pregnancy
299
-------
CAT BIBLIOGRAPHY
Diergeneesk. 74:659, 1949.
HOHBEB 01875
Hartaann, C.G.A
Title Unknown.
Quart.Bev.Biol. 4:373,1929.
The dianeter of cat ova is about 125 nicrons.
BOBBER 01876
Przibran, H.
Title Onknovn.
Tabulae Biologicae (1:342,1927 (Junk, Berlin).
The gestation time (days) and birthveigt (grains)
respectively, for the lion and puna are: lion, 105 days and
1000 grans; puna, 92 days and 500 grans. The gestation
period for the cat is given as 56 days.
HOHBEB 01877
Franck, L.
Title Unknown.
Handbuch d.Tierarztlichen Geburtshilfe, Parey, Berlin,
1913.
Estinates the dans weight, in cats, to be 8.9 tines that of
the total nass of the fetal tissue forned, and 37.3 tines
that of the weight of one new-born. The weight of placenta
to the weight of the enbryo is 1:4.73 in cats.
HUHBEfi 01878
Milne-Edwards, H.
Lecons sur la Physiologic et L'atononie Conparee de
L1bonne et des Aninauz.
Hasson, Paris, 1863.
The gestation period of the cat is given as 56 days.
BOBBER 01879
Schenk, S. L.
Vergl.Entnicklungsgesch.d.Virbelthiere.
Vienna, 1874.
The period of gestation for the cat is given as 56 days.
HUBBBB 01880
Vignes, H.
(Nornal and Pathological Physiology of Obstetrics.)
Nasson, Paris, 1923.
The cat's gestation is given as 50 days.
BOBBER 01881
Briffault, B.
The Bothers.
300
-------
CAT BIBLIOGRAPHY
Alien and Onwin, London, 1927.
The mean weight of adults is given as 5.430 kilos. A
factor of 10.3 per kilo of adult weight is given to
estiaate the gestation period in days.
MURDER 01682
Moaltoa, C.R,
Title Unknown.
J.Biol.Chen. 24:229,1916.
The average length of gestation for the cat is 60
days; mean life span is 11 yeacs. At birth, cat body
composition is 83X water, 13* protein and 3% ash.
HOHBEft 01 883
Bunge, G.
Title Unknown.
Zeitschr.f.Biol. 10:326.1874.
The new-born doubles its weight in 9 days. Percentages of
various chemicals in the cat at tern are: P205, 40.23;
CaO, 34.11; Mg3, 1.52; Cl, 7.12; Fez03, 0.24; K20,
10.11; Hazo, 8.28. The epithelial cells of the nanaary
gland select out the mineral constituents of the plasma
exactly those inorganic substances, and in the.right
proportions, which are necessary for the further formation
of the newly-born enbryo.
HOHBEB 01884
Abderhalden, E.
Title Unknown.
Zeitschr.f.Physiol.Chea. 27:462,1898.
The new-born doubles its weight in 9 days.
HOBBEB 01885
Rubner, H.
Das Problen d.Lebensdauer und seine Beziehungen zu
Hachstun und Ernahrung.
Oldenburg, Munich, 1908.
If a graph is constructed having the duration of pregnancy
of different groups of animals as abscissae and the
respective birth weights of their young as ordinates, the
resulting curve is quite smooth and regular, for the rat,
4.304 Cals. is consumed per kilo in doubling the
birth weight. The "energetische Nutzungsguotient"
(the apparent energetic efficiency} for the cat enbcyo is
33.OX. During gestation the eabryo fixes 7.3 grans of
nitrogen daily by 100 grans of nitrogen.
NOHBER 01886
Edwards, F.
(Treatise on the Influence of Physical Agents on
Life.}
Paris, 1824.
301
-------
CAT BIBLIOGRAPHY
The temperature of newly born puppies, kittens and rabbits
fell when removed from its warm surroundings, and
continued to fall until it almost reached the
temperature of the air. This condition is changed to an
adult regulation at about 13 days of age for these
species.
HOHBEB 01887
Ginglinger, &.
Kayser, C.
Title Unknown.
Ann.Physiol.et Phys.-Chen. Biol. 5:710,1929.
The newborn cat has chemical, but not physical, heat
regulation.
HOBBBB 01888
Von Hittich, if.
Title Unknown.
In Hermann's Handbuch d.Physiologic. 5, Leipzig,1881.
The cat embryo, at term, has not large amounts of
glycogen in its liver, only 0.2351 of wet weight.
RUBBER 01889
Hammett, F.S.
Title Unknown.
J.Biol.Chem. 22:551,1915.
Quantitative data for nitrogen Partition in the urine of
".he cat are (% of total nitrogen excreted): ammonia, 4.9;
urea, 68 1• uric acid, 0.1.
BUBBBR 01890
Porcher, C.
Voron, J.
Tapernoux, A.
Title Unknown.
Comptes Bend.Soc. Biol. 83:420, and 619, and 1439,1920.
The kitten, at term, has 80 "units'* of lactase activity in
its snail intestine.
HUMBEB 01891
Bourquin, H.
Title Unknown.
Amer.J.Physiol. 59': 129,1922.
The maternal blood amylase:fetal blood amylase for the
guinea pig is 3, for the cat 18, and for the rabbit 1.5.
BUflBEB 01892
Aron,
N.
Stulz, E.
Simon, R.
Title Unknown.
302
-------
CAT BIBLIOGRAPHY
Coaptes Bend.Soc.Biol. 80:571,1923.
The pancreas of the fetal cat vill protect its daa fcoi
hypoglycenia by production fcoa fetal islet cells when the
daa is pancreaectooized, much earlier than in the case of
the dog.
MUHBBR 01893
7ernonr H. H.
Title Onknovo.
J.Physiol. 33:81,1905.
In the fetal, young and adult cat, the tissue-protease foe
fetal, zero-day new-bora, 6-day old, and adults are (anits
not given): kidney, 3.1, 2.8, 4.4, 11.6; liver, 0.64, 0.73,
2.0, 3.6; heart muscle, 0.73, 0.37, 0.68, 0.95; skeletal
auscle, 0.36, 0.31, 0.29, 0.56; brain, 0.52, 0.26, 0.31,
1.03; intestine,
-------
CAT BIBLIOGRAPHY
barrier but ferric ammonium citrate does not.
HUHBER 01899
Cohnstein, J.
Zuntz, H.
Title Inknown.
Arch.f.d.Ges.Physiol.(Pflugers). 34:173,1884.
In cats and guinea pigs, artificially induced
hypoglycemia produced a corresponding rise in fetal blood
sugar.
NUMBER 01900
Albano. T.
Title Unknown.
Arch.di Ostet.e Ginecol. 10:550,1903.
In the cat, the osmotic pressure of the maternal blood is
-0.586, and of the fetal blood is -0.606, while the fetal
side is higher in osmotic concentration. The annionic
liquid osmotic pressure is -0.569.
NUMBER 01901
Paton, D.N.
Watson, B. P.
Kerr, J.
Title Unknown.
Trans.Roy.Soc.Edin. 46:7J1,1907.
Fructose occurs normally in many fetal urines, and is also
found in the amniotic fluid and allantoic fluid. Those
animals which excrete a certain amount of protein in the
urine have protein in the anniotic and allantoic fluids
(cow, etc.), while those that do not have little or
none.
NUMBER 01902
Sugimoto, M.
(A Catalogue of Parasites of Domestic Animals from
Formosa.)
Tokyo, Zokendo, 1939.
First to describe a feline case of Tozascaris leonina in
Formosa.
NUMBER 01903
Noda, C.
Title Unknown.
Proc. 10th Ann.Meeting of Nishi Nippon branch, Japan.
Soc.Parasitol., p.48-49,1954.
Report of Tozascaris leonina in tigers and lions raised in
a zoological garden in Osaka, Japan.
NUMBER 01904
Biggers, J. D.
304
-------
CiT BIBLIOGRAPHY
HcFeely, B.A.
Intersexuality in Domestic Hammals.
In: Advances in Reporductive Physiology, A.HcLaren,
editor, London, Logos Press, 1966.
The somatic number of chromosomes for the domestic cat is
38.
HOHBBR 01905
Chu, E.H.Y.
Thuline, H.C.
Norby, D.E.
Triploid-diploid Chimecism in a Hale Tortoiseshell
Cat.
Cytogenetics 3:1-18,1964.
The somatic number of chromosomes for the domestic cat is
38.
HOBBEB 01906
Cranmore, D.
Alpen, E. L.
Chromosomes of the Domestic Cat.
Nature 204:99-100,1964.
The cat has 38 chromosomes.
BOBBER 01907
Gutherz, S.
Das Heterochrooosomenproblem bei den Vertebra ten. I.
Ontersuchung der Fcuhen oogenese bei der Hauskatze.
Arch.Hikr.Anat. 94:338-364,1920.
The doaestic cat has 38 chromosomes.
BOBBER 01908
Hare, I.C.D.
Heber, i.T.
HcFeely, B.A.
Yang, T.J.
Cytogenetics in the Dog and Cat.
J. Small Anim.Pract. 7:575-592,1966.
The cat has 38 and the dog has 78 chromosomes.
BOBBER 01909
Hsu, T.C.
Benirschke, K.
An Atlas of Mammalian Chromosomes.
Vols. I and II, Springer, New York, 1967 and 1968.
The domestic cat has 38 chromosomes. So has the leopard,
the black-footed cat, and the leopard-cat.
BOBBER 01910
Hsu, T.C.
Rearden, H.
305
-------
CAT BIBLIOGRAPHY
Further Karyological Studies on Felidae.
Chronosoaa 16:365-371,1965.
The cat has 38 chromosomes.
HOMBBB 01911
HSU, T.C.
Bearden, H.
Luquette, G.P.
Karyological Studies of Nine Species of Felidae.
Naturalist 97:225-234, 1963.
The ocelot, the maruay cat, the jaguarondi, the puna, the
lion, the leopard, the jaguar, and the cheetah all have 38
chromosomes.
NUHBBB 01912
Halonf, N.
Benirschke, K.
Hoefnagel, D.
IX/Z7 Chimerism in a Tricolored Hale Cat.
Cytogenetics 6:228-241,1967.
The domestic cat has 38 chromosomes.
IOHBBB 01913
flatand, Y.
A Study of the Chromosomes of the Cat.
Jap.J.Genetics 38:147-156,1963.
The cat has 38 chromosomes.
BOBBER 01914
Batthey, B.
(The Chromosomal Formula of the Domestic Cat.)
C.R.Soc.Biol. (Paris) 117:435-435,1934.
The domestic cat has 38 chromosomes.
BOBBER 01915
Hinouchi, o.
On the Chromosomes of the Cat.
Proc.Imp.Acad.Jap. 1: 128-130,1928.
The cat has 38 chromosomes.
BOBBER 01916
Nafstad, P.
(The Chromosomes of the Cat.)
The 9th Nordic Veterinary Congress, Section A, No.
Copenhagen, 6/1962.
The cat has 38 chromosomes.
HOBBEfi 01917
Ohno, S.
Stenius, C.
306
-------
CAT BIBLIOGRAPHY
Heiler, C.P.
Trujillo, J. H.
Kaplan, H-D.
Kinosita, B.
Early Heiosis of Male Germ Cells in ?etal Testis of
Fells Doaestica.
Bxp.Cell Bes. 27:401-404,1962.
NOHBEB 01918
Sasaki, H.S.
The Idiogram of the Domestic Cat.
Mammal.Chromosomes Newsletter, No.7, p.4,1962.
The cat has 38 chromosomes.
NOHBEB 01919
Tateishi, S.
(The House Cat and the Chinese Leopard Cat.)
"Kagaku no Tainan" 9:1-7,1941.
The domestic cat and F.Bengalensis each have 38
chromosomes.
NOHBEB 01920
Rintwarter, H.
(The Chromosomal Formula of Various Species of Cats.)
Bull.Acad.Boy.Belg. 20:512-518.1934.
The cat has 38 chromosomes.
NOHBEB 01921
iintwarter, H.
(Nev Research on the Chromosomal Formula of the Cat
Felis Doaestica.)
Arch.Biol.(Liege) 49:111-142,1938.
The cat has 38 chromosomes.
HDHBEB 01922
Hurster, D.H.
Benirschke, K.
The Chromosomes of Three Species of Cats (Felis
Nigripes, F.Bengalensis and P.Viverrina.)
Hammal.Chromosomes Newsletter, No.9, p.20,1968.
The leopard cat, the fishing cat and the
blade-footed cat each have 38 chromosomes.
NOHBEB 01923
nanna, G.K.
Talukdar, H.
Somatic Chromosome Number in 20 Species of Mammals
from India.
Hammal.Chromosomes Newsletter, No. 17, p.77,1965.
The Jungle Cat, Felis chaus, has 38 chromosomes.
307
-------
CAT BIBLIOGRAPHY
NOHBE8 01924
Jacobovitz, D.
Ifallach, E.E.
Histolochemical and Chemical Studies of the Autononic
Innervation of the Ovary.
Endocrinology 81:1132-1139.1967.
Flourescent histochemica1 techniques have shown the
presence of a dense population of adrenergic terminal fibres
in the ovarian strooa of cat and nan. The catecholamine
content of the tissues and the density of fluorescent fibres
visualized were shown to be proportional to the amounts of
auseular tissue present, in the descending order of man, cat
and monkey. Some acetylcholinesterase-positive nerve
fibres are described in the stromata of cat, man and monkey
ovaries.
NDHBER 01925
Fu mag a Hi, Z.
Hotta, P.
Calvieri, P.
The Presence of Smooth Muscle Cells in the Ovary of
Several HammaIs as seen Under the Electronmicroscope.
Experientia 27;682-683,1971.
Ultrastructurally, axon profiles classed as "nerve
endings" have been reported close to muscle cells in
ovaries of cat, rabbit and mouse.
HOHBEH 01926
Asherman, J.G.
Etiology of Ectopic Pregnancy: -a New concept.
Obstet.Gynecol. 6:619-624,1955.
Hon-ayelinated axons containing both agranular and
granular vesicles are seen in close appoxination to
primary follicles and in the cat ovary.
NDNBEB 01927
Rocereto, T.
Jacobowitz, D.
ffallach, E.E.
Observations of Spontaneous Contractions of the Cat
Ovary In Vitro.
Endocrinology 84:1336-1341,1969.
The smooth muscle of the cat's ovary exhibits spontaneous
activity, and is excited by alpha-adrenergic agonists and
depressed by beta-adrenergic agonists.
HOHBEH 01928
Tobias, G.
Congenital Porphyria in a Cat.
J.A.V.N.A. 115:462-463,1964.
A case of congenital porphyria in a cat.
308
-------
CAT BIBLIOGRAPHY
NUMBER 01929
Lloyd, D.P.C.
Action of sodium Acetylsalicylate Upon Body
Temperature of the Cat.
Science 169:440,1968.
Aspirin in dosage reduced from 100 mg/kg to 30 mg/kg
lowered rather than raised temperature in otherwise
identical circumstances. A single I.V. injection of 100
mg/kg causes hyperthermia rather than antipyresis in
cats.
NUMBER 01930
Chernov, H.I.
loods, L. A.
Central Nervous system Distribution and Metabolism of
C14-Horphine During Morphine-Induced Feline Mania.
J.Pharmacol.Bxptl.Therap. 1X9:146-155,1965.
The cat conjugates morphine less readily than does the dog
and monkey, and excretes a lesser percentage of norphine in
the bile.
HUHBEH 01931
Mitchell, C. L.
A Comparison of Drug Effects Upon the Jaw Jerk
Response to Electrical Stimulation of the Tooth Pulp in
Dogs and Cats.
J.Pharnacol. and Exptl.Therap. 146:1-6,1964.
Both morphine and- chlorpromazine elevate threshold voltage
required to elicit a response to single shock stimulation of
the tooth pulp in cats.
BOMBER 01932
Belch, R.H.
Conney, A.H.
Burns, 3. J.
Tha Metabolism of Acetophenetidin and
H-Acetyl-p-Aminophenol in the Cat.
Biochem.Pharmacol. 15:521-531,1966.
Acetophenetidin, an analgesic-antipyretic drug of the coal
tar group, was studied in cats. The data indicate that
this drug would not be desirable for therapy in cats
because of its propensity to produce
methemoglobinemia. The cats excreted a higher
percentage of primary aromatic amines than either dog or
man.
BOBBER 01933
Schafer, E. A.
Description of a Mammalian Ovum in an Early Condition
of Development.
Proc.Oy.Soc-, vol.24,1875-1876.
Possibly the first account of the structure of the cat's
blastocyst. Described as possessing a bilaminar embryonal
309
-------
CAT BIBLIOGRAPHY
area one-sixtieth of an inch (0.4 mm) in diameter.
NUHBEB 01934
Bonnet, R.
The Embryology of the Dog.
Anat.Hefte, 1 Abt., Heft 28-30, Bd. 9,1897.
In this treatise on the development of the dog, the author
describes and shows drawings of 3 eggs of the cat, one
unfertilized, a second with 2 pronuclei, and a third
divided into 9 blastomeres of unequal size.
NUMBER 01935
Van Der Stricht, B.
(Vitellogenesis of the Ovum of the Cat.)
Arch.Biol. vol.26,1911.
This paper is primarily concerned with providing a
detailed account of the growth of the ovarian ovum,
including the process of vitellogenisis in the cat. It
also includes chapters dealing with maturation,
fertilization, and the early stages of (leavage, though not
in detail past the 3-celled stage. It also contains
data related to breeding habits, estrus, and ovulaticn.
BOBBER 01936
Ancel, P.
Bouin, P.
Sur la Fonction du Corps Jaune.
C.R.Soc.Biol. vol.68,1909.
Ovulation in the cat is normally induced by copulation.
NUNBEB 01937
Kundt, H.M.
Bruck, K.
Hensel, H.
Title Unknown.
Arch.Ges.Physiol.Pfluger's 264:97,1957.
In the unanesthetized cat, changes in brain temperature
precipitates peripheral vasomotor states analogous to those
triggered by whole body exposure to heat or cold.
NUMBER 01938
Greeman, W.J.
Davis, 0. D.
Title Unknown.
Am.J.Physiol. 197:145,1959.
In the cat, only moderate hypothalamic thermal alterations
are necessary to lead to readjustments in net heat balance
through modified peripheral vasomotion.
NUMBER 01939
Strom, G.
310
-------
CAT BIBLIOGRAPHY
Title Unknown.
Acta Physiol.Scand. 20:Suppl.70,47,1950.
IB the cat, only moderate hypothalamic thermal alterations
ace necessary to lead to readjustments in net heat balance
through nodified peripheral vaso»ot.ion.
VOHBEB 01940
Jasper, H.
Ajmone-narsan, C.
& Stereotaxic Atlas of the Diencephalon of the Cat.
Nat.Res.Council can., Ottawa,1954.
NONBEB 019m
Forster, B.E.
Ferguson, T.B.
Title InknovQ.
Ao.J.fihysiol. 169:255,1952.
Rectal temperature in the cat resting at room
tenperature is higher than anterior hypothalanic
teoperature.
BUNBEB 01942
Hardy, J.D.
Hannel, H.T.
Nakayama, T.
Title 1nk.no vn.
Science 136:326,1962.
Cells vithin the area of the anterior hypothalaous in cats
preferentially respond with increased discharge frequency to
local heating, but not to cooling. There are threshold
values given for thermally responding cells within the
diencephalon.
NDJ1BEB 01945
Anon.
Etcetera.
Vet.Bed./Small Anim.Clin. 67(12):1364,1972.
The pet population in the United States was defined by
figures released recently by the Pet Pood
Institute. According to the report, there are 32.6
million family-owned dogs and 22 million family-owned
cats. Of all U.S. households, 23.8 million (3851) own
dogs, 12.9 million (20X) own cats, 9.2 million (14%) own
other kinds of pets. Among the households that ownd dogs
and/or cats, 57* own only dogs, 22% own both cats and dogs,
and 21X own only cats. Dog-owning households own and
average of 1.14 dogs; cat-owning households, and average of
1.7 cats. Purebred dogs comprise 25% to 30% of the
pet-dog population. According to Cats magazine, there
are 2,150,000 purebred cats. Some 15,000 catteries sell
375,000 cats each year - most of them as pets.
311
-------
CAT BIBLIOGRAPHY
ROBBBR 01916
Diner, N.J.
Haupt, R.E.
Hicks. E.A.
Anatomy of the Cat.
Harper and Row, New York, 1971.
An atlas and dissection guide.
BOBBER 01947
Pape, L. G.
Katzman, R.
Response of Glia in Cat Sensorimotor Cortex to
Increased Extracellular Potassina.
Brain Res. 38:71-92,1972.
With the sensoriootor cortex under continuous irrigation
vith artificial CSP, 40 electrically silent glial cells
ranging in nenbrane potential fron - 50 to - 95 mV vere
studied in the outer 400 micro-m. After penetration of a
cell the nornal CSP was replaced by a CSP containing
40 mfl K+ which flowed until the nembrane potential
appeared to reach a platean. The 40 mH K* CSP was then
replaced1 by normal CSP and cell repolarization
observed. The response of 10 cells in the outer 30
micro-m provided an accurate index of glial sensitivity to
40 fflV K*. Those cells with the highest membrane
potential (92 mV) showed the greater depolarization
(34 mV). Cells with the lowest membrane potential
(50 nV) showed the smallest depolarization (12 nV). The
depth of 10 of the glial cells was verified by florescein
electrophoresis and ranged from 10 to 380 micro-•. The
presence of the arachnoid membrane prolonged the time
required to obtain equilibration at various cortical
depths. Correlation of the electrophysiologue response of
these 10 cells with depth revealed the time course of
potassium movement through the brain. A cell 10 micro-m
deep reached a plateau in 13 sec while a cell at 380
micro-m took upwards of 114 sec to approximate a
plateau. It is concluded that the magnitude of the
response of the glial cells to 40 mH K» is less than
what would be predicted by the Nernst equation. The
time course of the glial response can be approximated by a
diffusion model, corrected for cell and capillary
absorption. In addition, the effects of a surface barrier
to K* diffusion have been calculated and discussed.
BOBBER 01948
Karahashi, T.
Goldring, S.
Intracellular Potentials fron 'Idle* cells in cerebral
Cortex of the Cat.
Electroenceph.Clin.Meurophysiol. 20:600-607,1966.
BOBBBR 01949
Sugaya, E.
312
-------
CAT BIBLIOGRAPHY
Goldring, S.
O'Leary, J.L.
Intracellular Potentials fron 'Idle* Cells in Cerebral
Cortex of Cats.
Electroenceph.Clin.Neurophysiol. 17:661-669,1964.
HUHBER 01950
iatanabe, S.
nitari, G.
Takenaka, S.
The Glial Cell in the Cerebral Cortex of the Cat.
Proc.Int.Union Physiol.Sci., 24 Int.Congress,
7:459,1968.
HUHBBB 01951
Natsuoka, I.
Domino, E.F.
Cholinergic Modulations of Single Lateral
Geniculate Neurons in the Cat.
Neuropharraacology 11:241-251,1972.
The effects of physostigmine, nicotine and scopolamine
were studied on the activity of single lateral geniculate
neurons in the acute cat. Host of the lateral geniculate
neurons selected were P-cells. The increased their
responses to ipsilateral optic tract and nidbrain reticular
formation stimulation. Nicotine and physostigoine in
doses of 25 micro-g/kg i.v. significantly increased the
spontanous firing rate of single geniculate
neurons. Scopolanine in a dose of 0.5 mg/kg i.v.
depressed their firing rates to control
levels. Physostigmine enhance their post-stimulus
discharge rate to optic nerve stimulation. This
enhancement was depressed by scopolamine. The effects
of oidbrain reticular fornation stimulation were further
enhanced by physostigmine and reduced by scopolaaine in
about 86X of lateral geniculate neurons
studied. Generally, the effects of trains of pulses to
the reticular fomation (250 Hz/sec, 50 msec train
duration, 0.05-0.1 msec pulses) were more marked than
single stimuli. It is concluded that a major cholinergic
facilitatory system exists which influences lateral
geniculate neurons. It is postulated that this involves
the reticular formation. Evidence is presented fo a
predominant muscarinic cholinergic mechanism
HOHBER 01952
Angel, A.
flagni, F.
Strata, P.
Excitability of Intra-geniculate Optic Tract Fibres
After Reticular Stimulation in the Mid-pontine
Pretrigeminal Cat.
Archs Ital.Biol. 103:668-693,1965.
313
-------
CAT BIBLIOGRAPHY
NUMBER 01953
Barren, C.H.
The Behaviour of Brugia Malay! Microfilariae ia
Experimentally Infected Domestic Cats.
Ann.Tropic Ned.Parasitol. 66 (2):235-242,1972.
The behaviour of Brugia nalayi nicrofilariae in
English-bred domestic cats is described and some of the
problems which aroze in working with this host-parasite
system are considered. The microfilariae show a 24-hoar
sub-periodicity with a maximum at 20.00 hours and a
minimum at 10.00 hours. They arc sensitive to variation
of the oxygen tension in air breathed by the
host. Splenec-tomy of cats in which the infection was
established did not result in an increased nicrofilaraesia,
although the spleen appears to be an organ in which
microfilariae are destroyed.
NUMBER 01954
Edeson, J.F.B.
Hharton, B.H.
The Transmission of Huchereria Halayi from nan to the
Domestic Cat.
Trans.Roy.Soc.Trop.Med.Hyg. 51:366-370,1957.
NUMBER 01955
Pellett, P. L.
Pascoe, E.
Sha'afi, B.I.
Aoino Acid Composition of cat and Human Erythrocyte
Membranes.
Comp.Biochem.Physiol. 418:483-486,1972.
Amino acid composition of cat and human erythrocyte
membranes prepared simultaneously were investigated. No
differences in amino acid concentrations were detected in
these two species. Cat membranes contained less than
one-half of the glucosamine concentration found in human
membranes.
RUBBER 01956
Sha'afi. R.I.
Hajjar, J.J.
Sodium Movement in High Sodium Feline Red Cells.
J.Gen.Physiol. 57:684-696,1971.
NUMBER 01957
Sha'afi, R.I.
Lieb, H.R.
Cation Movements in the High Sodium Erythrocyte of the
Cat.
J.Gen.Physiol. 50:1751-1764. 1967.
314
-------
CAT BIBLIOGRAPHY
BOBBER 01958
Sha'afi, R.I.
Pascoe, B.
Sulfate Flux in High Sodium Cat Red Cells.
J.Gen.Physiol. vol 59,1972.
BOBBER 01959
Brutsaert, D.L.
Class, V. A.
Bonders, J.J.H.
Effects of Controlling the Velocity of Shortening on
Force-Velocity-Length and Tine Relations in Cat
Papillary Muscle.
Circ.Hes. 30:310-315,1972.
A new technique - velocity clamping - was used to study
the effects of a shortening on the interrelation betveen
force, velocity, length, and time in cat papillary
muscle, iith decreasing values of clamped total velocity,
the duration of the contraction increased but never
exceeded the duration of an isometric contraction. Hence
these findings confirm that the mode of contraction
isometric or isotonic - has a marked effect on the duration
of the contraction. The active state can be prolonged
when less< shortening occurs and more tension is
developed. This phenomenon seems mainly due to the amount
of shortening rather than to the velocity of shortening of
the muscle. The data were also plotted on a
three-dimensional graph and compared with velocity-length
tracings of afterloaded contractions. The force-length
trajectories of the muscle during velocity clamping did not
fall on the surface described by the force-velocity-length
relations as derived from afterloaded isotonic
contractions. This finding could be ascribed to the
masking effect of the series eleastic component due to the
continuous adjusting of the load.
HDHBBR 01960
Brutsaert, D.L.
Sonnenbliok, E.H.
• Force-Velocity-Length-The Relations of the
Contractile Elements in Heart Muscle of the Cat.
Cire.Res. 24:137-149,1969.
BOBBER 01961
Echols, S.D.
Jewett, R. E.
Effects of Morphine on Sleep in the Cat.
Psychopharmacol. 24:435-448,1972.
The effects of morphine sulfate, 300 micro-g/kg s.c., on
the sleep of cats was studied by electroencephalographic
techniques. In contrast to placebo experiments the
animals were awake for approximately 6 h after
administration of morphine; the return of regular sleep
patterns occurred after about 11 h. A rebound increase in
rapid eye movement (REN) sleep time and percentage was
315
-------
CAT BIBLIOGRAPHY
noted during the 11th through the 17th hour of the
study. Sleep following manual sleep deprivation for 10 h
showed a rebound increase in BEN and non-rapid eye
movement (NREN) sleep time. NREN sleep rebound after
manual sleep deprivation exceeded that occurring after
morphine. The alerting actions of morphine could be
blocked by naloxone, 100 micro-g/kg s.c., for about 90
min. Naloxone alone increased HEM sleep time and
percentage. Single (8U mg/kg) or multiple (51 mg/kg for a
injections) doses of dl-x-methyltyrosine i.p. did not block
the alerting action or BEN sleep rebound caused by
morphine. 5-Hydrotryptophan (30 mg/kg) i.p. did not
antogonize the alertina action of morphine.
NUMBER 01962
Dement, N.C.
The Occurrence of Low Voltage, Fast
Electroencephalogram Patterns During Behavioral Sleep
in the Cat.
Electroenceph.Clin.Neurophysiol. 10:291-296,1958.
NOHBEH 01963
Jewett, R.E.
Effect of Promethazine on Sleep Stages in the Cat.
Exp.Neurol. 21:368-382,1968.
BOBBER 01964
King, C.D.
Jewett, R.E.
The Effects of Alpha-methyltyrosine on Sleep and Brain
Norepinephrine in Cats.
J. Pharmacol.Exp.Ther. 177: 188-195, 1971.
HUHBEB 01965
Koella, V.
Feldstein, A.
Czicman, J.S.
The Effect of Para-chlorphenylalanine on the Sleep of
Cats.
Elecroenceph.Clin. Neurophysiol. 25: 48 1-490, 1 968.
NDNBEB 01966
Sterman, H.B.
Knauss, T.
Lehmann, D.
Clemente, C.D.
Circadian Sleep and flaking Patterns in the Laboratory
Cat.
Electroenceph.Clin. Neurophysiol. 19:509-517,1965.
316
-------
CAT BIBLIOGRAPHY
BOBBER 01967
Vinont-Vicary, P.
Jouvet-Mounier, D.
DeLorme, P.
Effets EEC et ConporthmentauK des Privations de
Sommeil Paradoxal Chez le Chat.
Electroenceph.Clin.Neurophys. 20:439-449,1966.
MUHBES 01968
Ose-n, K. K.
Prjoection of the Cochleae Nuclei on the 2nfecior
Colliculus in the Cat.
J.Comp.Neurol. 1UU (3):355-311,1972.
The present study vas carried out in order to define the
topographical organization and the cells of origin of the
second ocdec auditory fibers terminating in the inferior
colliculus. The findings are based on anterograde fiber
degeneration studies in Nauta preparations of adult cats
following stereotactical lesions of the cochlear nuclei,
and on retrograde cell degeneration studies in Nissl
sections of kittens following transaction of the ascending
auditory fiber tracts. Both the dorsal and ventral
cochlear nuclei vere found to contribute fibers to the
central nucleus of the contralateral inferior colliculus in
a definite topographical order. The fibers leading to the
inferior colliculus fron the dorsal cochlear nucleus,
undoubtedly originate in the pyramidal cells, while DO
definite conclusions could be drawn regarding the cells of
origin of fibers derived from the ventral cochlear nucleus.
NUBBEB 01969
Fernandez, C.
Karapas, F.
The Course and Termination of the Striae of Ronakow
and Held in the Cat.
J.Conp.Neur. 131:371-386,1967.
HOBBEB 01970
Goldberg, J.H.
Hoore, B. T.
Ascending Projections of the Lateral Lemniscus in the
Cat and Donkey.
J.Conp.Meur- 129:143-156.1967.
BOBBER 01971
Morest, D. K.
The Laminar structure of the Inferior Colliculus of the
Cat.
Anat.Bec; 148:314,1964.
HOUSEB 01972
Osen, K. K.
The Intrinsic Organization of the Cochlear Huelei in
317
-------
CAT BIBLIOGRAPHY
the Cat.
Acta Oto-laryng. 67:352-359,1969.
BBBBBB 01973
Osen, K. K.
Cytoarchitecture of the Cochleae nuclei in the Cat.
J. Con p. Hear. 136:453-484, 1969.
BDBBBB 01974
Osen, R.R.
Coarse and Termination of the Priaary Afferents in the
Cochleae nuclei of the Cat: An Experimental
Aaatoaical Study.
irch.Ital.Biol. 108:21-51,1970.
BOBBER 01975
Rose. J.E.
Galaabos, R.
Hughes, J. R.
Bicroelectrode Studies of the Cochleae Nuclei of the
Cat.'
Ball.John Hopk.flosp. 104:211-251,1959.
BOBBER 01976
Harr, ?.B.
Fiber Degeneration Following Lesions in the Anterior
Ventral Cochlear nucleus of the Cat.
Exp.Reurol. 14:453-474,1966.
BOBBER 01977
Bart, V.B.
Fibre Degeneration Following lesions in the
Posteroventral Cochlear Hucleus of the Cat.
Exp.Reurol..23:140-155,1969.
BOBBER 01978
Okaaura, B.
Tirutanasen, P.
Bright, K. a.
Rallach, E.B.
Ovarian smooth fluscle in the Hunan Being, Rabbit, and
Cat.
Aa.J.Obstet.Gyaecol. 112(2):183-191.1972.
The nature and distribution of saooth auscle cells in the
ovaries of the cat, rabbit, and hunan being vere
investigated by both histocheaical and electron nicroscopic
studies. In the haaan ovary, the typical saooth nnscle
cells are abundant in both the theca ezterna of the
follicle and the cortical strona. In the rabbit ovary,
saooth auscle cells are concentrated in the cortical stroaa
rather than in<-the follicle vail. In the cat ovary, the
318
-------
CAT BIBLIOGRAPHY
snooth muscle cells cannot be considered typical. The
characteristic features of the cells are discussed, and the
possible role of ovarian smooth nuscle in the ovulatory
mechanism is suggested.
HOHBEH 01979
Clark, W.G.
Alderdice, H.T.
Inhibition of Leukocytic Pyrogen-induced Fever by
Intracerebroventricular Administration of Salicylate and
Acetaminophen in the Cat.
Proc.Soc.Exp.Biol.ned. 140(2) :399-403, 1972.
Lateral cerebral ventricular administration of sodium
salicylate (0.25-1.00 mg) and acetaminophen (0.50-1.00 mg)
significantly inhibited production of fever by LP injected
iv in the cat. Acetaminophen also caused mild but
significant hypothermia in the absence of fever. The
ability of these antipyretics to antagonize fever produced
by LP, and by agents such as bacterial pyrogens which'
release LP, is most likely due primarily to a central
action to inhibit the effect of LP rather than to a
peripheral action to alter LP release from leukocytes or
to inhibit entry of LP into the central nervous system.
HOHBBB 01980
Clark, W.G.
Hoyer, S.G.
Title Unknown.
J.Pharmacol.Exp.Ther. 181:183,1972.
In the cat, an intravenous injection of sodium salicylate
will inhibit the pyrogenic activity of leukocytic pyrogen
given intravenously.
HDHBEB 01981
Reloan, S.M,
Puchtler, H.
Valentine, L.S.
Alkaline and Acid Alizarin Red S Stains.
Arch.Path.93 : 190-197,1972,
Effects of the pH of alizarin red S solutions on the
demonstration of alkali-soluble and alkali-insoluble
calcium deposits were investigated. Parafin sections of
tissues fixed in absolute alcohol, Carnoy's fluid,
methanol, chloroform, and glacial acetic acid in a 6:3:1
volume to volume ratio (Nethacarn), formaldehyde solution
(10% unbuffered formalin), or Zenker-formaldehyde solution
(Zenker-formol) were stained in 0.5% agueous solutions of
alizarin red S buffered to pH 4.5 to 9.4 for five
minutes to one hour. Optimal staining of alkali-soluble
calcium deposits was obtained at pH 8.8 to 9.4 and of
alkali-insoluble calcium deposits at pH 6.5 to
7.1. Absolute alcohol, Carnoy's fluid, and Hethacarn
preserved calcium deposits equally well, but 10% unbuffered
formaldehyde solution and Zenker-formaldehyde solution
319
-------
CAT BIBLIOGRAPHY
removed significant anounts of calcium. The different
staining properties of calcium deposits indicate conversion
of amorphous calcium phosphates into apatite-like
compound's. However, alizarin red S is not specific for
calcium but can react with a wide variety of cations.
BOBBER 01982
Jordan, L.N.
Willis, H.D., Jr.
Matthews, H. A.
Effects of Para-oethoxyphenylethylamine on Reflexes and
Motoneurons in the Cat Lumbar Spinal Cord.
J.&harmacol.Exptl.Therap. 181(1):53-64,1972.
The work of fialker, et al. who showed that i.v.
injections of para-methoxyphenylethylamine (PNPEA) into
spinal cats anesthetized with x-chloralose and paralyzed
with gallamine triethiode cause increases in monosynaptic
reflexes of both flexor and extensor motoneurons, has benn
confirmed in the present investigation. The action of
PHPEA on the flexion reflex has been studied with the same
preparation. The drug may cause an increase, a simple
decrease or a decrease after a transient increase in the
size of the flexion reflex. The actions of PHPEA on
monosynaptic and flexion reflexes in unanesthetized
preparations were similar to those in
chloralose-anesthetized animals. PflPEA consistently
depolarized the membrane potentials of motoneurons in the
lumbar enlargement. The mean depolarization was 8. 1 mV,
and the time course of the depolarization was similar to
the time courses of the reflex changes caused by
PNPEA. Polysynaptic excitatory postsynaptic potentials
(EPSPs) and inhibitory postsynaptic potentials recorded
from motoneurons were reduced in amplitude during the
action of PNPEA, and the time course of the reduction in
each case was similar to the period during which the
resting potential was depolarized and the reflexes altered
by the drug. Amplitudes of monosynaptic EPSPs
recorded from motoneurons were not changed in any
consistent manner by PNPEA. It is concluded that the
depolarization of motoneurons, coupled with the lack of
change in amplitude of the monosynaptic EPSP, accounts for
the increase in the monosynaptic reflex by PHPEA, whereas
the reduction in polysynaptic EPSPs, in combination
with the depolarization of motoneurons, accounts for the
variable changes in the flexion reflex produced by this
drug.
BOBBER 01983
Anderson, E.G.
Holgerson, L.O.
The Distribution of 5-Hydroxytryptamine and
Norepinephrine in Cat spinal Cord.
J.Neurochen. 13:479-485,1966.
320
-------
CAT BIBLIOGiAPHY
IOHBEB 01984
Easton,
I.A.
Patterned Inhibition fron Single Eye Muscle Stretch in
the Cat.
Exp.Neurol. 34:497-510.1972.
The present study was undertaken to determine in more
detail the nature of the apparent postural reflexes
relating eye muscle stretch to the rest of the skeletal
musculature. It was found, using the method of response
tallying that, with the cat level, 40-g stretch of the
inferior rectus elicited a pattern of inhibition which
might tend to favor forelinb flexion, of the superior
rectus forelinb extension, and 'of the horizontal recti a
turn of the head and neck away from the direction of gaze
and a decrease in the tone of the forelimb opposite the
direction of gaze. With the head up, the sane pattern of
response appeared to hold, though stretch of the superior
rectus had no distinctly patterned effect, and the most
inhibited limb muscle changed from the left neck, with the
cat level, to the left biceps. With the head down,
stretch of the inferior rectus seemed to favor foreliob
flexion, but stretches of the superior and horizontal recti
bad little distinct effect. The receptors responsible
for the inhibition were localized by control experiments
within the extraocular muscles. These responses are of
the sane sort as those evoked by vestibnlar stimulation by
whole-body tilt and suggest that oculovestibnlar effects
are bidirectional.
BOBBBB 01985
¥an Hasselt, 6.
The Effects of Ablation of Visual Cortical Areas on
the CFF of the Electroretinogram of the Cat.
Ophthal.Bes. 3:160-165,1972.
The effect of ablation of visual cortical areas on the
electroretinographic critical flicker fusion frequency
(CFF) was studied in unanaesthetized, paralysed
cats. Bilateral ablation of the visual area of the
suprasylvian sulcus severely depressed the photopic part of
the CFF curve, while leaving the scotopic part
unaltered. Bilateral ablation of the striate, parastriate
and peristriate areas did not have any influence on the
CFF curve. The visual area in the suprasylvian sulcus is
considered to play a crucial role in the system of
centrifugal control of retinal function. The possibility
of a homologous area in the montey and human brain is
discussed.
HUHBEB 01986
Van Hasselt, P.
Effects of Ablation of Visual Cortical Areas and
Optic Nerve Section upon the Double-Flash
Electroretinogram of the Cat.
Ophthal.Bes. 3:83-94,1972.
In order to elucidate the involvement of visual cortical
321
-------
CAT BIBLIOGBAPHY
areas in the centrifugal influences upon the retina, the
effect of bilateral ablation of these brain areas upon the
double-flash electroretinogram (ERG) vas investigated in
unanaesthized, paralysed cats. The- intervals between
conditioning flash and test flash Here 0.10, 0.22, 0.47,
1.00, 2.20, a.70 and 10 sec. Bilateral ablation of the
visual area of the suprasylvian sulcas appeared to depress
significantly a certain interval of the recovery cycle of
the b-wave. This interval included 0.22 and 0.47
sec. The maximum effect vas at 0.22 sec. At 0.10 and at
1.00 sec and above the ablation had no effect. The
recovery cycle of the a-wave was affected at none of the
intervals. Additional section of the optic nerves
revealed no further effect. Bilateral ablation of the
striate, parastriate and peristriate areas had no effect
upon the recovery cycle of the a- and b-naves of the
£86. The amplitude of the ERG of the conditioning flash
was affected by neither the ablations nor optic nerve
sections. These results indicate that in intact cats
after a conditioning flash there is a short-acting
centrifugal influence upon the retinal sensitivity, as
appears from the increase of part of the recovery cycle of
the b-wave of the ERG. The cortical origin of this
effect appeared to be the visual area of the suprasylvian
sulcus. This effect is interpreted in terns of selective
attention. The possible role and significance of the
centrifugal influences upon the retina is discussed.
HOHBEB 01988
Ghoshal, N.G.
The Arteries of the Pelvic Liab of the Cat (Felis
Domesticus).
Zbl.Vet.Hed.A. 19:78-85,1972.
The major arterial blood supply to the pelvic linb of the
cat is described from a comparative standpoint and some of
the discrepancies in the literature are indicated. The
findings are limited-to the essential characteristics of
the major vessels which are presented by composite
illustrations.
HDHBER 01989
Dallman, (l.J.
Anatomy and Nomenclature of Ruscles and Arteries in the
Domestic Cat.
M.S. Thesis, Library, Univ. of Missouri, Columbia,
Hisourri.
SOMBER 01990
Dubey, J. P.
Frenkel, J.K.
Cyst-Induced Toxoplasaosis in Cats.
J.Protozool. 19(1):155-177,1972.
The life cycle of Tozoplasma gondii is described from
cats orally inoculated with Toxoplasma cysts. Five new
322
-------
CAT BIBLIOGRAPHY
structural stages of Toxoplasma designated as "types*1 A-E
were found in the epithelial cells of the small and large
intestine. Type A is the smallest of all 5 intestinal
Toxoplasna types. It occurs as collections of 2-3
organisms in the jejunum 12-18 hr after infection. Type
B organisms are characterized by a centrally located
nucleus, a prominent nucleolus and dark blue cytoplasm
giving rise to the appearance of bipolar staining with
GIENSA. Type B occurs 12-51 hr after infection and
appears to divide by simple endodyogeny and by multiple
endodyogeny (endopolygeny). Type C organisms are
elongate with s'ubterminal nuclei and strongly
PAS-positiwe cytoplasm. They occur at 24-51 hr and
divide by schizogony. Type D organisms are smaller than
type C and contain only a few PAS-positive
granules. They occur from 32 hr to 15 days after
inoculation and account for over 90% of all parasites in
the small intestine during this tine. Three subtypes
divide by endodyogeny, schizogony and by splitting of their
merozoites from the main nucleated mass without leaving a
residual body. Type E organisms resemble one of the
subtype D which divide by schizogony, but they leave a
residual body. They occur from 3-15 days after
inoculation. Ganetocytes occur thruout the small
intestine but more commonly in the ileum 3-15 days after
infection. Hale gametocytes contain on an
average of 12 microgametes and comprise 2-UX of the
gaoetocyte population. The prepatent period after
cyst-induced infection is 3-5 days with the peak oocyst
production between 5-8 days and a patent period varying
from 7-20 days. Variable numbers of trophozoites are
present in the lamina propria of the small intestine and in
the extra-intestinal tissues within a few hr after
inoculation. After 9-10 days cysts were seen in the heart
and later in the brain. The lesions of toxoplasmosis are
compared in newborn and weanling kittens and in adult cats
after oral and subcutaneous inoculation with cysts. After
the ingestion of cysts, newborn kittens developed
enteritis, hepatitis, myocarditis, myositis, pneumonitis
and encephalitis and were moribund by the 9th
day. Kittens aged 2 weeks and older developed enteritis,
myocarditis, encephalitis and myositis but often survived;
adult cats usually remained asymptomatic. After
subcutaneous inoculation of cysts, newborn and weanling
kittens died of acute toxoplasmosis with severe pneumonia,
myocarditis, encephalitis and hepatitis.
NDHBEB 01991
Barkai, A.
Glusaan, H.
Rapport, N,H.
Serotonin Turnover in the Intact Cat Brain.
J.Gharmacol.Exptl.Ther. 181 (1):28-35,1972.
A new method of studying serotonin turnover in the brain
that does not require assay of brain tissue is described:
turnover is estimated from the rate of appearance of
323
-------
CAT BIBLIOGRAPHY
endogenous 5-hydroxyindoleacetic acid in the perfused
cerebrospiaal fluid compartnent. studies of the effects
of reserpine and probenecid on the rate of appearance in
the anesthetized cat shoved that reserpine caused an
increase of about SOX in the rate of appearance whereas
pcobenecid did not affect the rate of appearance under
conditions where removal of 5-hydroxyindoleacetic acid fron
the perfusate was inhibited. The perfusion nethod is
suitable for •studying changes in turnover in the sane
animal under various experiaental conditions.
BOBBER 01992
Caraichael, E.A.
Feldberg, w.
Fleischhauer, K.
Bethods for Perfusing Different Parts of the Cat's
Cerebral Ventricles.
J.&hysiol.(London) 173:354-367.1964.
BO§BEB 01993.
Sheard, H.H.
Zolovick. A.J.
serotonin: Release in Cat Brain and Cerebrospinal
Fluid on Stinulation of Nidbrain Baphe.
Brain Res. 26:455-458,1971.
The physiological concentration of
5-hydroxyindoleacetic acid in the cerebrospinal fluid of the
cat is 109»/-22 nanograns/iil.
BOBBER 01994
Berndt. J.
Berger. ft.
Berger, K.
Schnidt, H.
(Studies on the Central chensensitive Mechanism of
Respiration. IT. Observations in Anesthetized and in
Oecerebrate Cats.)
Pflugers Arch. 332:184-197,1972.1
The ventilatory response to changes in the extracellular
pH in the nedullary tissue was studied in decerebrate and
in anesthetized cats.
BOBBER 01995
Florez, J.
Borisen, H.L.
Effects of Central Depressant Drugs on Respiratory
Regulation in the Decerebrate Cat.
Respir.Physiol. 6:318-329.1969.
BOBBER 01996
Henry. J. L.
Calaresu, F.R.
324
-------
CAT BIBLIOGRAPHY
Distribution of Cardioacceleratory Sites in the
Internediolateral Nucleus of the Cat.
A'ln.J.Physiol. 222 (3):700-704,1972.
In 20 adrenalectomized cats with bilateral vagotony and
spinal tcansection at c7 selective electrical stimulation
of the thoracolunbar intermediolateral nucleus (ILN) on
the eight side of spinal segments t1 to nid-t8 elicited
cardioacceleration and arterial hypertension at 84
histologically verified sites. These responses were not
affected by administration of galla mine triethiodide
(5 mg/kg). Administration of propranolol abolished the
cardioacceleratory but not the arterial hypertensive
response. Stimulation of the UN on the left side
elicited changes in heart rate and arterial pressure which
were significantly smaller than those obtained by
stimulation on the right. Maximum cardioacceleration was
obtained at a stimulus frequency of 25 Hz, maximum
arterial hypertension at a stimulus frequency of 20
Hz. The greatest change in the cardioacceleratory
response for a change in stimulus frequency occurred in the
range 0-5 Hz; the greatest increase in mean arterial
pressure for a change in frequency occurred between 0 and
20 Hz. It is concluded that the responses observed were
due to direct activation of sympathetic preganglionic
neurons in the spinal cord and that cardioacceleratory
neurons in the ILN are located between segments t1 and
mid-t8.
HUHBEB 01997
Boehm, R.
Nussbaum, H.
(Studies of the NerVus Accelerator Cordis of the Cat.)
Arch.Exptl.Pathol.Pharmakol. 4:255-279.1875.
HUHBEB 01998
Calaresu, F.R.
Henry, J. L.
The Mechanism of the Cardioacceleration Elicited by
Electrical Stimulation of the Parahypoglossal Area in
the Cat.
J.ehysiol.(6ondon) 210:107-120, 1970.
NUHBER 01999
Calaresu, F.R.
Pearce, J.W.
Electrical Activity of Efferent Vagal Fibres and
Dorsal Nucleus of the Vagus During Reflex
Bradycardia in the Cat.
J.Shysiol.London 176:228-240,1965.
NUHBER 02000
Dresbach, H.
Haddell, K.C.
325
-------
CAT BIBLIOGRAPHY
K-Strophanthidin Emesis in Cats with Denervated
Hearts. The Seat of its Action.
J.Pharnacol.Exp.Therap. 29:9-39,1926.
HUNBEB 02010
Hamilton, J.H.
Title Unknown.
Vet.Rec. 75:417-1*22,1963.
The presence of Aelurostrongylus austrusus infestation and
the resultant medial hypertrophy of pulmonary arteries nay
sonetitnes result in hypertension and hydrothorax.
NUHBEB 02011
Brion, A.
Title Unknown.
Rev.Vet.Med. 93:145-157,1942.
Some cases of pleurisy with granules in the pus that
occurred in cats were due to the "necrosis bacillus".
NUMBER 02012
Prevot, A.B.
Goret, p.
Joubert, L.
Tardieux, P.
Aladaroe, N.
Title Unknown.
Annls.Inst.Pasteur, Paris 31:85-88,1951.
The authors reported actinomycosis-type lesions,
occasionally involving the pleura of the cat, associated
with an organism which he called Fusocillus girans.
NUHBEB 02013
Prevot, A.B.
Joubert, L.
Goret, P.
Title Unknown.
Annls.Inst.Pasteur,Paris 101:771-792,1961.
The authors report on the bacteriological examination of
"pseudo-actinomycosis" which represented 95X as
subcutaneous abscesses containing rice-like granules,
occasionally accompanied by pleurisy. In nearly all cases
mixtures of fuso-bacteria, anaerobic cocci, and aerobic
streptococci and Pasteurella, with or without the presence
of Treponena, were found. They described a long,
gram-positive filamentous organism which was
non-culturable.
NOBBEB 02014
Wilkinson, G.T.
Gibbons, J.
Title Unknown.
Vet.Rec. 72:903,1960.
326
-------
:iT BIBLIOGBAPHT
Description of a case of unilateral pleurisy in the cat
that responded to drainage of the offensive red fluid, and
the use of antibiotics locally and parenterally.
•OBBEB 02015
Carroll, E.J.
Sedgwick, C.J.
Schaln, o.H.
Title Unknown.
Aa.J.Clin.Path, 1:115-121,1967.
Normal feline serun protein analyses are:serun protein,
7.1 gn%: albunin, U2.1*; alpha globulin, 15.1%; beta
globulins, 15.2%; ganna globulins, 27.6*.
HOHBBB 02016
Jubb, K.V.P.
Kennedy, P.J.
Pathology of Donestic Aniials.
Acadenic Press, Nev lork, 1963.
State that peritonitis Has rare in the cat, except as a
sequel to uterine rupture in pyooetra or fetal
putrefaction.
HOHBBB 02017
Bolzworth, J.
Title Unknown.
Cornell Vet. 53:157,1963.
Describes chronic fibrinous peritonitis as "a peculiar
entity with a definite predilection for cats'*.
NDHBEB 02018
Volfe, L.G.
Griesener, B.A.
Title unknown.
Path.Vet. 3:225,1966.
The authors describe the clinical and pathological findings
in 16 cats with diffuse peritonitis in which the grey
fibrinous exudate was thickest on the serosa of the liver
and spleen. They naned the condition "feline infectious
peritonitis*1, were unable to denonstrate a causal
organism, but were able to transmit the disease to germ-free
and conventional cats.
BUBBBR 02019
Labie, C.
Fontaine, n.
Title Unknown.
Bull. Acad.Vet.Pr. 33:361,1960.
Description of 3 cases of splenomegaly in the cat in which
the splenic pulp was infltrated with mast cells.
327
-------
CAT BIBLIOGRAPHY
NUMBER 02020
Ehinger, B.
Double Innervation of the Felinelris Dilator.
Arch.Ophthal. 77:51*1-545,1967.
Osinq histochenical techniques for acetylchlinestecase and
the adrenecgic freeze-dry flourescence method to
demonstrate adrenergic and chlinergic fibres, the cat and
other species were examined. The autors noted the
presence of choliaesterase activity of a significant degree
in both dilator and sphincter muscle of the iris as wll as
a snail but reproducible adrenergic fluorescence in the
dilator muscle.
NUMBER 02021
Hacri, F.
Brown, J.g.
The ConstrictiTe Action of Acetazolaoide on the Iris
Arteries of the Cat.
Arch.Ophthal. 66:570-577,1961.
NUMBER 02022
Fagg, R.H.
Osteodystrophy in Siamese Kittens.
Vet.Rec. 71:707,1959.
NUHBER 02023
Hill. H.B.
The Bole of the Diet in the Development of Osteogenesis
Inperfecta in the Cat.
Auburn Vet. 13:57.1962.
DUMBER 0202U
Fink, B.R.
Schoolraan, A.
Arterial Blood Acid-base Balance in Unrestrained
Raking Cats.
Proc.Soc.Esp.Biol.Med. 112:328-330,1963.
The norsal resting alveolar and arterial P subscript
CO-2 is 30 ma Hg.
NUMBER 02025
Kuhn, R.A.
Organization of Tactile Dernatomes in Cat and
Monkey.
J.Neurophysiol. 16:169-182,1953.
ROBBER 02026
Searle, A.G.
Gene Frequencies in London's Cats.
J.Genet. tt9:2ia-220,1919.
328
-------
CAT BIBLIOGRAPHY
NDHBER 02027
Batthey, B.
(Chronosones of Vertebrates.)
Lausanne, Houge, 1949.
MUHBBB 02028
Nakino, S.
&n Atlas of the Chromosome Numbers in Animals.
Iowa State College Press, Ames, 2nd edition,1951,
BOBBER 02029
Hoore, K.L.
Graham, H.A.
Bare, N.L.
Nuclear Morphology, According to Sex, in Nerve Cells
of Several Species and in Various Organs of the Cat.
Anat. Bee. 109:403-404,1951.
NUMBER 02030
Grahan, M.A.
Barr, B. L.
A Sex Difference in the Morphology of Metabolic
Nuclei in Somatic Cells of the Cat.
Anat.Rec. 112:709-718,1952.
NUMBER 02031
Konai, T.
Incidence of the Genes for Coat Color in Japanese
Cats.
Annot.Zool.Japanenses 25:209-211,1952.
NUMBER 02032
Searle, A.G.
A Study of Variation in Singapore Cats.
J.Genet. 56:111-128,1959.
NUMBER 02033
Thuline. H.C.
Norby, D. E.
Spontaneous Occurrence of Chromosomal Abnormality in
Cats.
Science 135:554-555,1961.
NUMBER 02034
Todd, N. B.
A Pink-Eyed Dilution in the Cat.
J.Hered. 52:202,1961.
329
-------
CAT BIBLIOGBAPHY
•OBBIB 02035
Prota-Pessoa, 0.
XO and ZXT Karyotypes in Cats?
Lancet 1:1301,1962.
HOBBBB 02036
Todd, N.B.
Inheritance of the Catnip Besponse in Dooestic Cats.
J.Hered. 53:54-56,1962.
HOBBBB 02037
Colby. E.B.
Calhoun, L.
Accessory Nuclear Lobule on the Polymorphonuclear
Rentrophil Leukocyte of Domestic Aniaals.
Acta Cytol. 7:346-350.1963.
BDBBBB 02038 •
Novell, J. H.
Siegel, P.B.
Penotypic Variability of Taillessness in Hanx Cats.
J.Hered. 54:167-169,1963.
HOBBBB 02039
Todd, H. B.
Independent Assort sent of nanx and Three Coat color
Mutants in the Domestic Cat.
J.Hered. 54:266,1963.
BDBBBB 02040
Davidson, B.C.
The Lyon Hypothesis.
J.Pediatrics 65:765-775,1964.
HOBBBB 02041
Dyte, C.B.
The Origin and Genetic significance of the Bed
Abyssinian Cat.
J.Cat Genet. 1:23-25,1964.
HOHSEB 02042
Kerruish, D.w.
The Hanx Cat and Spina Bifida.
J.Cat Genetics 1:16-17,1964.
HOBBBB 02043
Layaan, B.
Layaan, N.
Donestic Shorthairs.
All-Pets Magazine 35(2) *}34-35,1964.
330
-------
CAT BIBLIOGRAPHY
NOHBEB 02044
Ohno, S.
Becak, H.
Becak, H. L.
X-autosome Batio and the Behaviour Pattern of
Individual X-chronosomes in Placental Mammals.
ChcoBOSoma 15:14-30,1964.
HOHBBR 020U5
Searle, A.G.
Gene Geography of Cats.
J.Cat Genetics 1:18-26.1964.
NOHBEB 02046
Todd, N.B.
Gene Frequencies in Boston's Cats.
Heredity 19:47-51.1964.
NUMBER 02047
Todd. N. B.
The Hanx Factor in Oonestic Cats.
J.Heredity 55:225-230,1964.
A possible genetic basis for express!vety of tiillessness
and other associated anomalies.
NOHBEB 02048
White, T.C.
Korat: The silvery Good luck. Cat of Thailand.
All-Pets Magazine 35 (2):22-23,1964.
HOHBEB 02049
Bosher, s. K.
Hallpike, C.S.
Observations on the Histological Features, Development,
and Pathogenesis of the Inner Ear Degeneration of the
Deaf White Cat.
Proc.Boy.Soc.B 162:147-170,1965.
HOHBEB 02050
Livingston, H.L.
A Possible Hereditary Influence in Feline
Oroloithiasis.
Vet.Red. 60:705,1965.
HOHBEB 02051
Smith, B.
Champagne Burmese.
All-Pets Magazine 36 (9):37-42,1965.
331
-------
CAT BIBLIOGRAPHY
HOMBEB 02052
Springer, S.V.
Hhithec the Russian Blae.
All-Pets Magazine 36 (4):26-28,1965.
NDHBEB 02053
Oeberberg, H.
(Observations on ftdontia in the Domestic Cat.)
Zbl.Vet.Hed.A 12:193-196,1965.
NDMBEB 02051*
White, T.
The Nanx, Is It a Breed?
All-Pets Magazine 36(6):36-40,1965.
HUHB2B 02055
Wolfgang, H.
The Persian. Part 1. ,
All-Pets Magazine 36(3) : 19-31,1965.
HDHBER 02056
Wolfgang, H.
The Persian. Part 2.
All-Pets flagazine 36(7): 4-13,1965.
MOMBER 02057
Wolfgang, H.
The Persian. Part 3.
All-Pets Magazine 36 (8) : 4-11, 1965.
NUMBER 02058
Wolfgang, H.
The Persian. Part 4.
All-Pets Magazine 36(11):4-7,1965,
NUMBER 02059
Peltz, B.S.
A Priaer of Cat Genetics.
Cat Fancy 1 (1) :40, 1966.
HOflBBB 02060
Todd, M.B.
Gene Frequencies in the Cat Population of New York
City.
J.Hered. 57:185-187,1966.
332
-------
CAT BIBLIOGRAPHY
ROHBBB 02061
Todd, H.B.
The Independent assortment of Doninant White and
Polydactyle in the Cat.
J.Hered. 57:17-18,1966.
BOBBER 02062
Dreui, P.
(Gentics of Donestic Cat Populations in Western
Europe.)
Ann.Genet. 10:141-145,1967.
NOHBEB 02063
Dreux, P.
Gene Frequencies in the Cat Population of Paris.
J.Bered. 58:89-92,1967.
NOBBEB 02064
Leyhaasen, P.
The Karyotypes of Two Cat Species.
Mammalian Chronosomes 8 (4):287-288,1967.
HOBBBB 02065
Peltz, B.S.
A Prince of Cat Genetics.
Cat Fancy 211) : 44-49, 1967.
HOBBBB 02066
Peltz, B.S.
Continuing Series on Cat Genetics: E-locus-S-locus,
Bye Color, Coat.
Cat Fancy « (7/8): 49-56, 1967.
ROBBER 02067
Peltz, B.S.
Continuing Series on Cat Genetics.
Cat Fancy 3( 13) : 44-50,1967.
HUBBBB 02068
Taketa, P.
Suits, B.B.
Dibona, F.J.
Studies on Cat Hemoglobin and Hybrids with Hunan
Heaoglobin A.
Biochemistry 6:3809-3816,1967.
NOBBEB 02069
Bobinson, B.
Genetics For Cat Breeders.
333
-------
CAT BIBLIOGRAPHY
Oiford, Pentagon, 1971.
SOMBER 02070
Coinittee.
Standardized Genetic Noaenclature for the Donestic
Cat.
J.Hered. 59:39-10.1968.
NUMBER 02071
Dreux, P.
Gene Frequencies in the Cat Population of a French
Bural District.
J.Hered. 59:37-39,1968.
NUMBER 02072
(loffat, B.W.
Cat Gene Frequencies in Two Australian Cities
J.Hered. 59:209-211,1968.
NUMBER 02073
Owen, G.M., Jr.
Erickson, J.
Genetics of the Hale Calico Cat.
Cat Fancy 11:10-11,1968.
HUHBER 0207U
Robinson, R.
Gernan Rex: A Rezoid Coat Hutant in the Cat,
Genetica 39:351-352,1968.
NDHBBR 02075
searle, A.G,
Comparative Genetics of Coat Coloui in Mammals.
Logos Press, 1968.
NUMBER 02076
Sis. R.F.
Getty, R.
Polydactylisn in Cats.
Vet.Red. 63:948-951,1968.
NUMBER 02077
Dyte, C.H.
Robinson, R.
Turner, P.
Bye and Coat Color Inheritance in White Cats.
Carnivore Genet.Newsletter, No. 7:141-148,1969.
Dyte, C.B.
Turner, P.
334
-------
CAT BIBLIOGHAPHT
Preliminary Note on the Inheritance of Folded Ears
in the Donestic Cat.
Carnivore Genet.Newsletter, No. 6:125,1969.
RUBBER 02079
Groalade, P.
(Heoatology of the Noroal Cat.)
Bull.Acad.7et. 42(8) :811-814, 1969.
NDDBEB 02080
Hollander, H.F.
Blue Byes and Deafness in Unite Cats.
Carnivore Genet.newsletter. Ho. 6:128,1969.
NOHBEB 02081
Janes, C.C.
Lassman, L.P.
Tonlinson, B. E.
Congenital Anonalies of the Lower Spine and Spinal
Cord in Hanz Cats.
09Path. 97:269-276,1969.
NOHBBB 02082
Jones, T.C.
Todd, H.B.
The Inheritance of Blue Eyes and Deafness in Donestic
Cats. II.
Carnivore Senet.Newsletter No. 8:179-180,1969.
NDHBKB 0208%
Kuruhara, T.
Hochizoki, H.
Kobayashi, T.
(Feline Cases of Cerebral Lipidosis Hesenbling
Tay-Sachs Disease.)
Advances Reorol.Sci. 13:260-269,1969.
NDHBBB 02085
Hulvaney, D.A.
Dgenti, J.A.
Blood Group Study in the Donestic Cat.
Carnivore Genet.Newsletter, No. 7:150-153,1969.
HOHBBB 02086
Bobinson, R.
German Bex, A Coat Mutant in the Cat.
Carnivore Genet.Newsletter, No. 7:154-155,1969.
335
-------
CIT BIBLI06BAPBI
HBBBI 02087
Si 1son, fl.
Bobinson, B.
Hereditary Rydrocephalus in the Donestic Cat.
Carnivore Genet.newsletter, Ho.6:129,1969.
BUBBBB 02088
Silson, fl.
Bobinson, B.
Hereditary Hydrocephalus in the Cat.
Tet.Bec. 84:477,1969.
BOBBBB 02089
Todd, H.B.
Cat Gene Frequencies in Chicago and Other
Populations of the United states.
J.Bered. 63:273-277,1969.
HOBBBB 02090
Lanoreux, L.
Cat Gene Frequencies in Bichnond, California.
Carnivore Genetics Newsletter, No.9:210-212,1970.
HOBBBB 02091
Betcalfe, J. A.
Turner, J.B.G.
Frequency of Genes in the Donestic Cat in lock,
England.
Carnivore Genet.Newsletter, No.9:213-215,1970.
BOBBBB 02092
Bobinson, B.
Inheritance of Brown Gene in Cats.
Carnivore Genet.Newsletter, No.9:224-225,1970.
HOHBEB 02093
Todd , N. B.
Doninant Bhite and Polydactyly in the Donestic Cat.
Carnivore Genet.Newsletter, No.9:228,1973.
MOBBBB 02094
Hnrvitz, i.I.
Bipps, C.S.
Hyeloproliferative Disorder in Two Cats: Cytogenetics
Studies.
Aa.J.fet.Bes. 32:93-97,1971.
BUBBEB 02095
Pyle, B.L.
Patterson, D.F.
336
-------
CAT BIBLIOGRAPHY
Hare, i.C.D.
XXY Sex Chronosone Constitution in a Himalayan Cat
with Tortoise-shell Points.
J.Hered. 62:220-222,1971.
NOHBBB 02096
Herrick, J.B.
Ad Libitum.
Vet.Ned./Small Anin.Clin. 67(8):828,1972.
To minimize the offensive odor of the urine of intact male
cats in a hospital, inject 5 mg of repositol stilbesterol
intaouscularly upon admission.
NOHBBB 02097
Key wood, E. K.
Experiences in the Use of Corticosteroids in Small
Animal Practice.
'symposium of the Application of Corticosteroids in
Veterinary Medicine, Hay,1971, London, Glaxo Labs.
Corticosteroid preparations and their uses are examined in
the context of small animal practice. The various types of
preparations are discussed under 2 main headings: topical
and parenteral administration. Indications for injections.
tablets, ointments, lotions and drops are enumerated.
DUMBER 02098
Herman, L.H.
Sublingnal Squamous Cell Carcinoma in a Cat.
An.J.Vet.Res. 28:1627-1629,1967.
Of 33 carcinomas of the mouth in cats, half were in the
tongue.
SUHBER 02099
H'fadyean, J.
The Occurrence of Tumors in Domesticated Animals.
J.Comp.Path. and Ther. 3: t»1-*2,1890.
Report of squamous cell carcinoma of the tongue in cats.
NUMBER 02100
Edwards, F.B.
Title Unknown.
Vet.Rec. 72:439,1960.
Suggests that a blood-socking arthropod might be the vector.
of feline infectious anemia, and in England, fleas, ticks
or sucking lice may be these vectors.
NUMBER 02101
Flint, J.C.
ncKelvie, D. H.
Title Unknown.
Proc. 92nd Ann.Heet.,A.V.H,A., p.240,1956.
337
-------
CAT BIBLIOGRAPHY
Reports of feline infectious aneoia in U.S. cats*
ROBBER 02102
Graham, J. A. B.
Title Unknown.
Can. Vet. J. 2:282,1961.
Report of feline infectious anemia in Canada.
HOHBE8 02103
Harbvitt, P. B.
Title Unknown.
Australian Vet.J. 39:401,1963.
Report of feline Infectious anenia in Australia and Rev
Zealand. The organists was found in still-born kittens and
in kittens 3 hours after birth.
HUHBEB 02104
Rogers, I.E.
Wallace, H.R.
Title Unknown.
Aner.J.Vet.Res. 27:1127,1966.
A description of a rapid staining technique for
Anaplastna, which can be used for identifying feline
infectious anenia in cats' blood.
HOHBBH 02105
Thery, A.
Title Unknown.
Reel. Vet. fled. 142:1163,1966.
Report of feline infections anemia in French cats.
MOflBEB 02106
Scott, P.P.
Osteod ystrophies.
Vet. Bee. 84:333-335,1969.
A good review of the clinical aspect of the cat's diseases
caused by metabolic and nutritional alterations.
NUMBER 02107
Porey, B.C.
Viral Espiratory Disease.
Vet. Bee. 84:335-338,1969
A discussion of viral rhinotracheitis, picornovirus
infection and "cat flu" syndrome of cats.
NDHBEB 02108
Bartholomew, P.T.
Gillespie, J. H.
Feline Viruses. 1. Characterisation of Pour
Isolates and their Effect on loung Kittens.
338
-------
CAT BIBLIOGBAPBT
Cornell Vet. 58:248,1968.
ROHBBR 02109
Barki, F.
Lindt, S.
Freudiger, 0.
Enzootischer, Virus-bedingter Ratzenshnupfen in einen
Tiechela. 2-aitteilang: Virologischer und
Experiaenteller Teil I
Zbl.Vet.Bed. 11:110,1964.
BOHBBR 02110
Grande11, B-.-A.
A Description of 'Eight Feline Picocnavicoses and an
Attempt to Classify Then.'
Proc.Soc.Exp.Biol.Bed. 126:240,1968.
BOBBER 02111
Johnson, B.H.
Thonas, R.G.
Feline Viral Bhinotracheitis in Britain.
Vet.Bee. 79:188,1968.
HOHBBB 02112
Lindt. S.
Huhlethaler, B.
Burki, F.
Bnzootischer, Virus-bedingter Ratzenschnupfen in einen
Tierheim. 1. Hitteilung: Klinik, Patho-histologie
Atiologie und Bpizootologie.
Schveizec Arch.Tiecheilk. 107:91,1965.
BOBBER 02113
Piercy, S.E.
Pcydie, J.
Feline Influenza.
Vet.Bee. 75:86,1963.
BOBBER 02114
Povey, R.C.
Johnson, R.B.
Further Obserrations on Feline Viral Bhinotracheitis.
Vet.Bee. 81:686,1963.
BOBBER 02115
Prydie, J.
Viral Diseases of Cats.
Vet.Bee. 79:729,1966.
339
-------
CAT BIBLIOGRAPHY
NOHBBR 02116
Johnson, R.H.
Feline Panleucopenia.
Vet.Rec. 84:338-340.1969.
A review of panleacopenia.
NUHBEB 02117
Douglas, S.I.
walker, R.6.
Littlewort, H.C.6.
Persistent Right Aortic Arch in the Cat.
Vet.Rec. 72:91-92,1960.
MOI1BER 02118
Eliot, T.S. , Jr.
Eliot, P.P.
Lushbaugh, C.C.
Slager, U.T.
First Report of Neonatal Endocardial Fibroelastosis
in Cats and Dogs.
J.A.V.H.A. 133:271-274,1958.
NDMBBR 02119
Jessop, L.
Persistent Right Aortic Arch in the Cat Causing
Esophageal Stenosis.
Vet.Rec. 72:46,1960.
NDHBER 02120
Kell, J.F.
Renninger, G.R.
Hoff, E. D.
Experimental Median Hypertrophy and Hyperplasia of
Cat's Pulmonary Arteries..
Arch.Path. 61:239-244,1956'.
HDHBER 02121
English, P.B.
Seawright, A. A.
Title Onknovh.
Austral.Vet.J. 40:376,1964.
Phenylbntazone dosage for the cat is 12-16 ag/kg body
weight orally twice daily.
BOBBER 02122
Wilson, G.S.
Miles, A. A.
Topley and Wilson's "Principles of Bacteriology and
Immunity", 5th edit., B. Arnold, London, 1964.
The cat is peculiarly insusceptible to anaphylactic
sensitization.
340
-------
C1T BIBLIOGBAPHi
HOHBBB 02123
Klaus, G.
Title Unknown.
Vet.Bee. 77:1235,1965.
Described the occurrence of idiopathic pulmonary edema in
a Siamese cat and reviewed comparable cases recorded by
others. Suspects that the cat is insusceptible to
anaphylactic sensitization.
HOHBBH 02124
McCusker, H.B.
Aitken. i.d.
Title Unknown.
J.Path.Bact. 91:282.1966.
Beport of 2 cases of anaphylaxis in cats during
immunological experiments.
MUHBEB 02125
Aitken, I.D.
Olafsdottir. E.
McCusker, H.B.
Title Unknown.
Bes.Vet.Sci. 8:234.1967.
Anaphylactic shock in cats.
HOHBEB 02126
HcCusker, H.B.
Aitken. I.D.
Title Unknown.
Res.Vet.Sci. 8:265.1967.
Feline anaphylaxis.
BOBBER 02127
Brodie. T.6.
Title Unknown.
J.PhysiolfLondon) 26:48.1900-01.
Cats are very susceptible to toxic reactions immediately
following primary intravenous injection of homologous or
heterologous serum. Amounts of serum ranging from 0. 1 to
10.0 ml induces cardiac slowing and fall in blood pressure.
and death in many instances. The author considered these
effects largely due to vagal reflex.
HUHBEH 02128
Ponder, E.
Title Unknown.
Q.J.Exp.Physiol. 18:133.1928.
Fifty % of sera investigated was toxic for cats.
341
-------
CAT BIBLIOGRAPHY
BQBBBB 02129
Gilding, B.P.
Nutt, H.E.
Title Unknown.
J.Pbysiol.(London) 102:446,1943.
A detailed study which established that the toxic reaction
to serun in cats was acconpanied by a peripheral
leukopenia, followed some hours later by a
lencocytosis. Serum had to be stored for 3 to 4 weeks
before it acquired toxicity, and salt fractionation studies
indicated that toxicity was associated with a non-dialysable
component in an Malbunin" fraction, having less than 10% of
the original protein of serua. Toxic effects could be
largely abolished by vagotony or atropine.
BOBBER 02130
Gotschlich, E.
Stetson, C. &.
Title Unknown.
J.Bxp.Bed. 111:441,1960.
Cectain sera have the capability to support passive
cutaneous anaphylaxis in the cat.
BOBBER 02131
Walton, G.S.
Title Unknown.
Vet.Bee. 81:709,1967.
Accounts of naturally-occurring feline food allergies
acconpanied by skin changes and alimentary disturbances are
reported.
BOBBEB 02132
NcBlvain, S.B.
Bright, R.D.
Johnson, P. R.
Title Unknown.
J.&mer.Chea.Soc. 63:1558,1941.
The cat exhibits an olfactory response to the
methyl-cyclopentane monoterpenoid
cisrtrans-nepetalactone.
BOBBEB 02133
Lnginbuhl, '.
Title Unknown.
Amer.J.Vet.fies. 22:1030,1961.
Eight of 155 cases of neoplasia in cats were
meningiomas.
BOBBEB 02134
Rich, L.J.
Kirk, B.H.
The Relationship of Struvite crystals to Orethral
342
-------
CAT BIBLIOGRAPHY
Obstruction in Cats.
J.A.V.H.A. 154{2):153-157,1969.
Struvite crystals were observed in nornal feline urine
samples with a pH as low as 6.0. There seemed to be no
difference in the concentration of struvite crystals froa
cats with or vithout urethral obstruction. Hauy urine
samples from cats with obstructions contained few
crystals. Neither struvite crystals nor bacterial
infections were found to be important causes of urethral
obstruction in cats. Hematologic values in cats with
urethral obstruction varied little from normal values. The
proteinuria and glucosuria which appeared in the urine of
some cats with urethral obstruction was a result of
hemorrhage into the urinary system.
NOHBER 02135
Battershell, D.
Garcia, J.P.
Polycystic Kidney in a Cat.
J.A.V.H.A. 154(6) : 665-666,1969.
A report of a 3-year old male cat with a polycystic kidney
which contained 570 ml of fluid. The kidney was
excised.
MORBEB 02136
Lucke, V.H.
Renal Disease in the Domestic Cat.
J.Clin.Bact. 95:67-97,1968.
MUHBEB 02138
Sawitsky, A.
Meyer, L.H.
The Bone Narrow of Normal Cats.
J.Lab.Clin.Ned. 32:70-75,1947.
A method for aspiration of bone marrow from the iliac
crest of the cat is described. Harrow smears of 15 normal
cats, with 500 cells differentiated, are reported.
RUBBER 02139
Coop, H.C.
A Treatment for Osteogenesis Imperfecta in Kittens.
J.A.V.N.A. 132:299-300,1958.
NOHBEB 02140
Sprya, C. H.
Hiddowson, E.M.
The Effect of Growth and Developement on the
Composition of Mammals.
Brit.J.Nutr. 4:332,1950.
Data on the effect of growth from birth to maturity on the
body composition of cats with respect to protein, water,
fat, Na, K, Ca, Hg, P, Pe, Cu, and Hn.
343
-------
SUBJECT INDEX
ABDOMINAL CAVITY
00121 01156
ABSORPTION
00081 00887
ADNEXA OF SKIN
00027 00036
01464 01503
ADRENAL
00138 00984
ALPHA-RAYS
00887 00955
ANALYTICAL CHEMISTRY
00004 00025
00144 00157
00208 00229
00876 00885
01191 01239
01663 01795
01890 01891
01930 01932
02068 02085
ANATOMY
00016 00018
00052 00065
00101 00103
00123 00125
00181 00184
00231 00232
00244 00245
00313 00328
00869 00872
00893 00910
00987 00988
01067 01068
01215 01216
01269 01270
01321 01327
01548 01563
01576 01578
01640 01646
01777 01778
01814 01825
01876 01877
01904 01905
01912 01913
01921 01922
01935 01940
01971 01972
01996 01999
02047 02068
ANIMALS-GENERAL
00016 00060
00106 00110
00174 00176
00338 00883
01376
01057
00082
01517
01733
01291
00057
00158
00295
00948
01274
01817
01893
01955
02134
00026
00068
00104
00132
00187
00235
00267
00329
00880
00913
01005
01069
01263
01271
01328
01564
01582
01647
01791
01826
01877
01906
01914
01923
01942
01973
02020
02076
00066
00124
00182
00887
01510
01173
00088
01852
01750
00079
00161
00334
00984
01396
01848
01894
01956
02140
00029
00074
00105
00133
00189
00238
00293
00337
00886
00915
01018
01070
01264
01272
01414
01566
01598
01648
01792
01855
01878
01907
01915
01925
01946
01974
02021
02079
00072
00128
OJ184
00921
01514
01522
00121
01853
02097
00082
00163
00346
00985
01412
01882
01895
01983
00030
00076
00110
00153
00190
00239
00294
00355
00888
00916
01050
01072
01265
01273
01415
01567
01605
01693
01796
01864
01878
.01908
01916
01926
01950
01978
02025
02138
00080
00133
00278
00962
01515
01543
00296
01854
00088
00179
00353
01011
01509
01863
01896
01991
00033
00090
00111
00164
00208
00240
00297
00846
00889
00941
01051
01073
01266
01274
01416
01568
01631
01694
01801
01865
01885
01909
01918
01927
01968
01981
02029
02140
00090
00152
00289
01006
02016
01856
00963
01855
00099
00182
00857
01036
01519
01888
01901
01993
00034
00097
00114
00171
00211
00241
00304
00854
00891
00970
01052
01213
01267
01280
01417
01570
01635
01759
01802
01866
01892
01910
01919
01933
01969
01988
02037
00096
00168
00299
01012
02017
01011
00143
00185
00868
01179
01605
01889
01928
02024
00037
00099
00121
00180
00230
00243
00311
00856
00892
00976
01064
01214
01268
01316
01495
01571
01639
01776
01803
01875
01897
01911
01920
01934
01970
01989
02038
00102
00173
00311
01013
S-l
-------
SUBJECT INDEX
ANIMALS-GENERAL
01034 01046 01047
01230 01234 01280
01519 01522 01525
01666 01667 01668
01885 01902 01909
02075 02077
ANIMALS, OTHER
00067 00107 00162
01003 .01271 01517
AUTONOMIC NERVOUS SYSTEM
00015 00024 00111
00151 00156 00157
00194 00230 00231
00244 00245 00248
00329 00853 00976
01190 01193 01390
01801 01802 01803
02000 02020 02127
BACTERIOLOGY
00072 00135 00255
01145 01461 01462
01469 01680 01681
BEHAVIORAL PSYCHOLOGY
00006 00017 00031
00089 00113 00120
00198 00i99 00266
00982 00983 01214
01467 01584 01587
01726 01727 01728
01737 01738 01739
01747 01748 01749
01757 01758 01761
BETA-RAYS
00136 00225 00887
B10EFFECTS
00061 00064 00091
00144 00152 00186
00322 00343 00856
00948 00992 01078
01173 01283 01476
01534 01535 01536
01542 01543 01544
01584 01599 01641
01816 01868 01932
BIRTH
00031 00032 00033
00201 00267 00293
00911 00912 00915
01391 01578 01623
01879 01880 01881
01888 01890 01893
BLADDER AND URETHRA
00049 00255 00346
00881 00896 00969
01510 01515 01577
(CONT.I
01051 01071 01172 01211 01225
01287 01288 01375 01413 01417
01570 01571 01572 01580 01621
01703 01705 01799 01814 01818
02016 02027 02028 02029 02044
00177
01822
00114
00158
00232
00249
00979
01556
01815
00309
01463
01863
00046
00168
00321
01216
01599
01729
01740
01751
01762
00955
00100
00215
OOB65
01101
01522
01537
01545
01806
00034
00297
00916
01694
01883
02140
00356
00971
01581
00185
01863
OOL23
00163
00235
00250
00985
01557
01996
00884
01464
01868
00047
00178
00875
01217
01720
01730
01742
01752
01966
01291
00136
00217
00871
01105
01530
01538
01546
01807
00071
00331
00952
01731
01884
00852
01014
01597
00856
01901
00125
00169
00240
00251
01043
01558
01997
00904
01465
02011
00066
00188
00899
01218
01721
01734
01744
01753
01967
01620
00140
00225
00873
01131
01531
01539
01551
01808
00109
00846
01002
01741
01885
00860
01041
01629
00867
00148
00172
00241
00253
01044
01559
01998
00951
01466
02012
00075
00194
00931
01219
01722
01735
01745
01754
02132
01797
00141
00226
00887
01142
01532
01540
01565
01809
00145
00851
01080
01776
01886
00861
01042
01660
00868
00149
00193
00243
00328
01179
01582
01999
01020
01468
02013
00085
00197
00981
01401
01725
01736
01746
01756
01816
00143
00246
00903
01145
01533
01541
01569
01310
00160
00869
01255
01876
01887
00876
01419
01708
S-2
-------
SUBJECT INDEX
BLADDER AND URETHRA (CONT.)
01716 01845 01847 01848 01849
BLOOD AND CIRCULATING FLUIDS
01850 01858 02134
BONE
BRAIN
00001
00073
00128
OOL80
00247
00347
00857
00917
00968
01032
01233
01339
01350
01377
01396
01452
01460
01538
01575
01784
01841
01954
02085
00005
00061
00136
00234
00332
00892
00967
01235
01410
01605
01774
01981
02093
00006
00062
00147
00197
00287
00891
00928
00977
01131
01319
01327
01335
01478
01667
01825
00025
00076
00139
00181
00276
00350
00858
00924
01012
01034
01234
01340
01351
01378
01418
01453
01483
01539
01619
01786
01842
01955
02100
00008
00090
00152
00239
00333
00893
01055
01403
01477
01620
01798
02022
02106
00017
00063
00169
00198
00312
00894
00930
00987
01176
01320
01328
01336
01564
01668
01826
00029
00077
00143
00187
00292
00351
00877
00948
01013
01035
01238
01341
01352
01379
01432
01454
01496
01542
01620
01795
01362
01956
02101
00026
00097
00153
00304
00359
00906
01056
01404
01487
01641
01804
02023
02121
00019
00080
00170
00199
00359
00895
00931
01015
01207
01321
01329
01370
01576
01670
01827
00035
00078
00144
00225
00293
00355
00889
00950
01027
01074
01253
01342
01355
01381
01444
01455
01530
01544
01663
01814
01869
01957
02102
00028
00099
00186
00311
00850
00933
01064
01405
01488
01693
01805
02038
02139
00037
00083
00171
00248
00844
00897
00948
01016
01209
01322
01330
01400
01583
01682
01828
00038
00086
00165
00229
00295
00845
00890
00952
01028
01075
01275
01343
01357
• 01386
01445
01456
01531
01553
01664
01817
01900
01958
02103
00056
00104
00202
00313
00869
00935
01065
01406
01489
01694
018'56
02039
00042
00084
00185
00249
00846
00899
00973
01017
01241
01323
01331
01401
01584
01688
01829
00040
00091
00166
00236
00299
00849
00898
00953
01029
01191
01279
01344
01362
01387
01446
01457
01535
01554
01672
01822
01928
02015
02104
00065
00110
00206
'00315
00885
00936
01076
01407
01495
01771
01860
02042
00052
00093
00188
00250
00847
00902
00974
01018
01243
01324
01332
01421
01603
01697
01830
00041
00092
00174
00237
00327
00854
00907
00954
01030
01228
01282
01345
01375
01388
01447
01458
01536
01570
01678
01823
01932
02068
02105
00068
00122
00217
00317
00886
00946
01187
01408
01502
01772
01864
02047
00053
00118
00193
00251
00865
00905
00975
01052
01245
01325
01333
01474
01665
01790
01831
00055
00107
00175
00242
00343
00856
00910
00957
01031
01229
01290
01346
01376
01389
01449
01459
01537
01574
01695
01840
01953
02079
02138
00074
00131
00225
00326
00388
00966
01213
01409
01519
01773
01866
02081
00058
00126
00194
00253
00879
00919
00976
01084
01313
01326
01334
01475
01666
01824
01832
S-3
-------
SUBJECT INDEX
BRAIN
01833 01834
01874 01893
01942 01947
01962 01963
01970 01971
01979 01980
01994 01995
CAGED
00022 00023
00089 00147
00847 00851
CAROIO-VASCULAR
00015 00051
00172 00191
00241 00243
00901 00942
01044 01092
01476 01486
01775 01785
01988 01989
02021 02117
CARDIOVASCULAR, OTHER
00051 00104
00241 00243
00979 00980
01153 01206
01786 01787
01989 01997
02120 02127
CARNIVORES-OTHER
00315 00317
CARNIVORES, OTHER
01869
CARTILAGE
00154 00202 00211
01777 01778
CAT, DOMESTIC
00003 00004 00005
00012 00013 00014
00023 00024 00025
00034 00035 00036
00042 00043 00044
00051 00052 00054
00063 00069 00070
00079 00082 00083
00097 00098 00101
00112 00114 00116
00130 ,00131 00134
00146 00147 00148
00157 00158 00159
00168 00169 00170
00188 00189 00191
00198 00199 00200
00209 00211 00217
00226 00227 00229
(CONT.)
01835
01930
01948
01964
01972
01984
01996
00031
00178
00873
00061
00204
00244
00979
01095
01556
01799
01996
02118
00136
00244
00981
01337
01788
01998
01836
01937
01949
01965
01973
01985
02084
00048
00200
01587
00104
00230
00245
00980
01134
01604
01801
01997
02119
00146
00245
00982
01486
01789
02010
01837
01938
01950
01966
01974
01986
02087
00060
00220
01661
00146
00231
00321
00981
01146
01675
01802
01998
02120
00230
00321
00983
01604
01799
02021
01870
01939
01951
01967
01975
01991
02088
00069
00223
00148
00232
00358
00982
01148
01676
01803
01999
00232
00846
01044
01693
01860
02024
01872
01940
01952
01968
01976
01992
02133
00075
00227
00150
00235
00846
00983
01206
01693
01815
02000
00235
00901
01134
01784
01936
02117
01873
01941
01961
01969
01977
01993
00076
00355
00166
00240
00853
01043
01337
01707
01862
02010
00240
00942
01148
01785
01988
02119
00867 01362 01670
01771 01772 01773 01774 01776
00006
000 15
00027
00037
00046
00055
00074
00084
00103
00122
00135
00149
00161
00171
00192
00202
00220
00230
00007
00017
00029
00038
00047
00056
00075
00085
00105
00123
00136
00150
00163
00172
00193
00203
00221
00231
00009
00018
00031
00039
00048
00057
00076
00086
00108
00125
00137
00151
00164
00175
00194
00204
00222
00232
00010
00019
00032
00040
00049
00058
00077
00092
00109
00126
00138
00152
00165
00178
00195
00205
00223
00233
00011
00021
00033
00041
00050
00062
00078
00093
00111
00127
00139
00156
00167
00184
00197
00208
00224
00234
S-4
-------
SUBJECT INDEX
CAT, DOMESTIC
00235
00245
00254
00294
00322
00330
00340
00349
00358
00851
00661
00879
00888
00898
00907
00917
00926
00934
00943
00952
00963
00972
00980
00988
00998
01015
01026
01036
01044
01053
01061
01069
01080
01089
01096
01104
01112
01123
01131
01142
01150
01158
01167
01176
01184
01191
01199
01207
01215
01223
01231
01240
01248
01256
01264
(CONT.)
00236
00246
00255
00295
00323
00332
00341
00350
00359
00852
00862
00880
00890
00899
00908
00918
00927
00935
00944
00953
00964
00973
00981
00989
00999
01016
01027
01037
01045
01054
01062
01070
01081
01089
01097
01105
01113
01124
01132
01143
01151
01159
01168
01177
01185
01192
01200
01208
01216
01224
01232
01241
01249
01257
01265
00237
00247
00263
00296
00324
00333
00342
00351
00844
00853
00863
00881
00891
00901
00910
00919
00928
00936
00945
00954
00966
00974
00982
00990
01000
01017
01028
01038
01046
01055
01063
01072
01082
01090
01098
01106
01115
01125
01133
01144
01152
01160
01169
01178
01186
01193
01201
01209
01217
01225
01233
01242
01250
01258
01266
00238
00248
00266
00309
00325
00334
00343
00352
00845
00854
00864
00882
00893
00902
00911
00920
00929
00937
00946
00956
00967
00975
00983
00991
01001
01018
01029
01039
01047
01056
01064
01073
01083
01091
01099
01107
01116
01126
01134
01145
01153
01161
01170
01179
01187
01194
01202
01210
01218
01226
01234
01243
01251
01259
01267
00240
00249
00276
00312
00326
00336
00344
00353
00846
00857
00874
00883
00894
00903
00912
00922
00930
00938
00947
00957
00968
00976
00984
00992
01005
01020
01030
01040
01048
01057
01065
01076
01084
01092
01100
01108
01117
01127
01135
01146
01154
01162
01171
01180
01188
01195
01203
01211
01219
01227
01235
01244
01252
01260
01268
00241
00250
00287
00315
00327
00337
00345
00355
00848
00858
00875
00884
00895
00904
00913
00923
00931
00940
00948
00958
00969
00977
00985
00993
01008
01021
01031
01041
01049
01058
01066
01077
01085
01093
01101
01109
01118
01128
01136
01147
01155
01164
01173
01181
01189
01196
01204
01212
01220
01228
01237
01245
01253
01261
01269
00243
00251
00290
00317
00328
00338
00346
00356
00849
00859
00876
00885
00896
00905
00914
00924
00932
00941
00950
00959
00970
00978
00986
00996
01010
01022
01032
01042
01050
01059
01067
01078
01086
01094
01102
OHIO
01119
01129
01137
01148
01156
01165
01174
01182
01190
01197
01205
01213
01221
01229
01238
01246
01254
01262
01270
00244
00253
0029.
00321
00329
00339
00348
00357
00850
00860
00877
00886
00897
00906
00916
00925
00933
00942
00951
00962
00971
00979
00987
00997
01014
01023
01035
01043
01052
01060
01068
01079
01087
01095
01103
01111
01122
01130
01141
01148
01157
01166
01175
01183
01191
01198
01206
01214
01222
01230
01239
01247
01255
01263
01271
S-5
-------
SUBJECT INDEX
CAT, DOMESTIC
01272
01280
01293
01301
01310
01321
01329
01337
01345
01353
01362
01370
01378
01386
01398
01407
01415
01423
01431
01439
01447
01456
01464
01473
01481
01489
01497
01507
01524
01535
01543
01553
01561
01569
01583
01591
01599
01609
01617
01626
01634
01643
01651
01659
01667
01676
01685
01694
01702
01711
01719
01727
01735
01743
01751
(CQNT.)
01273
01281
01294
01302
01312
01322
01330
01338
01346
01354
01363
01371
01379
01387
01399
01408
01416
01424
01432
01440
01448
01457
01465
01474
01482
01490
01498
01508
01525
01536
01544
01554
01562
01574
01584
01592
01600
01610
01618
01627
01635
01644
01652
01660
01668
01677
01686
01695
01703
01712
01720
01728
01736
01744
01752
01274
01282
01295
01303
01313
01323
01331
01339
01347
01355
01364
01372
01380
01388
01400
01409
01417
01425
01433
01441
01449
01458
01466
01475
01483
01491
01499
01509
01526
01537
01545
01555
01563
01575
01585
01593
01601
01611
01619
01628
01636
01645
01653
01661
01669
01679
01687
01696
01704
01713
01721
01729
01737
01745
01753
01275
01283
01296
01304
01314
01324
01332
01340
01348
01356
01365
01373
01381
01389
01401
01410
01418
01426
01434
01442
01450
01459
01467
01476
01484
01492
01501
01510
01530
01538
01546
01556
01564
01576
01586
01594
01602
01612
01620
01629
01637
01646
01654
01662
01670
01680
01688
01697
01706
01714
01722
01730
01738
01746
01754
01276
01284
01297
01306
01315
01325
01333
01341
01349
01357
01366
01374
01382
01390
01402
01411
01419
01427
01435
01443
01452
01460
01468
01477
01485
01493
01502
01517
01531
01539
01549
01557
01565
01577
01587
01595
01603
01613
01622
01630
01638
01647
01655
01663
01671
01681
01689
01698
01707
01715
01723
01731
01739
01747
01755
01277
01285
01298
01307
01318
01326
01334
01342
01350
01358
01367
01375
01383
01396
01403
01412
01420
01428
01436
01444
01453
01461
01469
01478
01486
01494
01504
01519
01532
01540
01550
01558
01566
01579
01588
01596
01606
01614
01623
01631
01639
01648
01656
01664
01673
01682
01690
01699
01708
01716
01724
01732
01740
01748
01756
01278
01290
01299
01308
01319
01327
01335
01343
01351
01359
01368
01376
01384
01396
01404
01413
01421
01429
01437
01445
01454
01462
01470
01479
01487
01495
01505
01520
01533
01541
01551
01559
01567
01581
01589
01597
01607
01615
01624
01632
01640
01649
01657
01665
01674
01683
01692
01700
01709
01717
01725
01733
01741
01749
01757
01279
01291
01300
01309
01320
01328
01336
01344.
0135J
01369
01369
01377
0138$
0139T
01405\
01414^
01422
01430
01438
01446
01455
01463
01472
01480
01488
01496
01506
01523
01534
01542
01552
01560
01568
01582
01590
01598
01608
01616
01625
01633
01641
01650
01658
01666
01675
01684
01693
01701
01710
01718
01726
01734
01742
01750
01758
S-6
-------
SUBJECT INDEX
CAT, DOMESTIC
01759
01768
01776
01786
01794
01805
01813
01821
01830
01838
01847
01856
01866
01875
01884
01892
01900
01909
01918
01928
01936
01946
01954
01962
01970
01978
01988
01996
02013
02021
02029
02037
02045
02053
02061
02070
02079
02088
02096
02104
02112
02120
02128
02136
CAT, WILD
00051
00949
01638
01910
CELL CULTURE
00002
00945
01671
CHEMICALS
00007
(CONT.)
01760
01769
01777
01787
01796
01806
01814
01822
01831
01839
01848
01857
01867
01877
01885
01893
01901
01910
01919
01929
01937
01947
01955
01963
01971
01979
01989
01997
02014
02022
02030
02038
02046
02054
02062
02071
02080
02089
02097
02105
02113
02121
02129
02138
00056
01007
01672
01911
00035
00990
01682
00008
01761
01770
01778
01788
01797
01807
01815
01824
01832
01840
01849
01858
01868
01878
01886
01894
01902
01912
01920
01930
01938
01948
01956
01964
01972
01980
01990
01998
02015
02023
02031
02039
02047
02055
02063
02072
02081
02090
02098
02106
02114
02122
02130
02139
00294
01009
01759
01919
00186
01277
01690
00022
01762
01771
01779
01789
01800
01808
01816
01825
01833
01841
01850
01859
01870
01879
01887
01895
01904
01913
01921
01931
01939
01949
01957
01965
01973
01982
01991
01999
02016
02024
02032
02040
02048
02056
02065
02073
02082
02091
02099
02107
02115
02123
02131
02140
00333
01068
01766
01920
00205
01278
01698
00061
01763
01772
01780
01790
01801
01809
01817
01826
01834
01843
01852
01661
01871
01880
01888
01896
01905
01914
01924
01932
01940
01950
01958
01966
01974
01983
01992
02000
02017
02025
02033
02041
02049
02057
02066
02074
02084
02092
02100
02108
02116
02124
02132
OC851
01286
01842
01922
00263
01297
01793
00081
S-7
01764
01773
01781
01791
01802
01810
01818
01827
01835
01844
01853
01862
01872
01881
01889
01897
01906
01915
01925
01933
01941
01951
01959
01967
01975
01984
01993
02010
02018
02026
02034
02042
02050
02058
02067
02075
02085
02093
02101
02109
02117
02125
02133
00866
01316
01876
01923
00858
01298
01843
00143
01765
01774
01784
01792
01803
01811
01819
01828
01836
01845
0185*
01863
01873
01882
01890
01898
01907
01916
01926
01934
01942
01952
01960
01968
C1976
01985
01994
02011
02019
02027
02035
02043
02051
02059
02068
02076
02086
02094
02102
02110
02118
02126
02134
00903
01317
01903
02064
00917
01302
00144
01767
01775
01785
01793
01804
01812
01820
01829
01837
01846
01855
01865
01874
01883
01891
01899
01908
01"'7
01 9«.
01935
01945
01953
01961
01969
01977
01986
01995
02012
02020
02028
02036
02044
02052
02060
02069
02077
02087
02095
02103
02111
02119
02127
02135
00939
01406
01909
00944
01669
00152
-------
SUBJECT INDEX
CHEMICALS
00167 00186 00188
00859 00860 00865
01101 01105 01131
01530 01531 01532
01538 01539 01540
01546 01565 01569
01809 01810 01868
CLINICAL PATHOLOGY
00038 00040 00041
00086 00091 00092
00166 00175 00180
00293 00327 00343
00845 00849 00854
00908 00910 00915
00968 00969 00971
01030 01031 01032-
01252 01253 01290
01353 01354 01355
01362 01363 01370
01381 01382 01386
OL419 01444 01445
01456 01457 01458
01464 01467 01523
01619 01664 01672
01795 01814 01822
01849 01850 01889
02101 02102 02103
02135 02138
COLON, RECTUM, AND ANUS
00034 00884 00951
COLONIESt COMMERCIAL
00007 00016 00022
00278 00348 00875
01857
COLONIES. RESEARCH
00004 00008 00016
00032 00033 00034
00059 00060 00061
00071 00075 00076
00113 00117 00119
00161 00166 00180
00221 00222 00223
00292 00313 00330
00355 00847 00851
00878 00881 00882
00900 00911 00912
01002 01003 01004
01390 01391 01392
01579 01620 01661
01856 02077
COLONY BEHAVIOR
00006 00046 00047
00075 00095 00119
01258 01754 01766
(CONT.)
00217
00871
01142
01533
01541
01641
01932
00045
00139
00181
00347
00856
00916
00992
01034
01299
01356
01371
01387
01447
01459
01524
01678
01823
01953
02104
00955
00066
00882
00022
00035
00065
00087
00120
00181
00224
00331
008S6
00884
00915
01008
01393
01682
00048
00120
01966
00246
00903
01145
01534
01542
01706
01980
00055
00142
00187
00350
00865
00952
01012
01035
01344
01357
01375
01388
01452
01460
01553
01695
01838
02015
02105
01582
00087
00900
00026
00045
00066
00088
00121
00185
00227
00347
00858
00885
00916
01026
01394
01694
00059
00168
02096
00322
00948
01173
01535
01543
01806
00073
00143
00229
00351
00877
00953
01013
01074
01350
01358
01377
01389
01453
01461
01554
01699
01840
02079
02107
01857
00161
00948
00028
00046
00067
00094
00136
00200
00247
00348
00867
00890
00940
01255
01395
01695
00066
00847
00343
00992
01283
01536
01544
01807
00076
00144
00276
00355
00889
00954
01028
01075
01351
01359
01378
01396
01454
01462
01570
01702
01841
02085
02116
01868
00221
01671
00030
00047
00069
00095
00155
00205
00254
00348
00873
00893
00944
01258
01497
01782
00067
00874
00852
01057
01522
01537
01545
01808
00077
00165
00292
00357
00907
00961
01029
01238
01352
01360
01379
01418
01455
01463
01574
01780
01848
02100
02134
01941
00224
01683
00031
00048
00070
00106
00159
00217
00278
00349
00875
00897
00951
01301
01503
01816
00071
01003
S-8
-------
SUBJECT INDEX
COLONY BREEDING
00046 00047 00059
00095 00119 00145
00912 00932 01003
01255 01258 01261
02069 02080 02082
COLONY CLEANING
00022 00046 00060
00847 01171 01258
COLONY COSTS
00060 00129 00223
COLONY DISEASES
00007 00009 00022
00205 00227 00254
00862 00882 00884
01260 01395 01404
COLONY EQUIPTMENT
00046 00047 00060
00096 00102 00117
00227 00278 00349
01258 01392 01393
COLONY NUTRITION
00003 00013 00046
00071 00075 00076
00326 00333 00348
00912 00925 01011
01082 01097 01115
01240 01241 01242
01476 01497 01579
01622 01627 01661
COLONY REARING
00013 00031 00032
00067 00069 00070
00117 '00120 00145
00348 00847 00874
00912 00925 01003
01258 01259 01261
01598 01661
COLCNY RECORDS
00016 00045 00065
01258
COLONY SOURCES
00067 00071 00180
01686 01695 01945
02071 02072 02089
DERMATOLOGY
00043 00098 00226
01552 01684 01700
DEVELOPMENT-POSTNATAL
00013 00026 00031
00065 00068 00069
00089 00111 00117
00181 00204 00211
00856 00869 00878
00916 00925 01001
01217 01218 01239
00067 00071 00075 00087 00094
00196 00331 00348 00875 00911
01004 01005 0-1506 01026 01097
01391 01394 01397 01661 02050
00096 00102 00129 00137 00222
01661
00911
00045
00278
00904
01671
00066
00129
00847
01394
00049
00094
00850
01061
01213
01258
01589
02139
00033
00071
00161
00875
01097
01391
00069
00845
00911
01683
00067
00147
00911
01395
00060
00117
OC874
01076
01235
01396
01593
00045
00075
00180
00878
01218
01394
00070
00859
01003
01695
00075
00200
01172
00067
00145
00875
01079
01237
01397
01595
00046
00076
00181
00882
01239
01395
00075
00860
01097
02018
00087
00222
01254
00069
00161
00906
01080
01238
01404
01596
00047
00082
00196
00904
01240
01497
00200
00861
01258
02139
00095
00223
01256
00070
00196
00911
01081
01239
01411
01598
00066
00094
00222
00911
01257
01517
00173 00222 01006 01022 01023
00221 00224
02045 02046
02090 02091
00861 01003 01026
02060 02062 02063
00339 00870 00882 00947 01083
00032
00070
00121
00293
00888
01008
01240
00033
00071
00145
003 C4
00893
01052
01242
00046
00076
00154
00311
00911
01080
01497
00049
00081
00161
00313
00912
01213
01598
00056
00082
00180
00846
00915
01216
01623
S-9
-------
SUBJECT INDEX
01877 01878
01935
DEVELOPMENT-POSTNATAL
01624 01631 01641
01858 01864 01365
DEVELOPMENT-PRENATAL
00008 00030 00034
00106 00109 00132
00189 00190 00201
00297 00311 00851
00905 00913 00919
01002 01214 01215
01305 01306 01307
01478 01495 01498
01650 01673 01675
01877
01933
02081 02082 02087
DIAGNOSTIC METHODS, OTHER
00037 00090 00180
00883 00901 00907
00992 01020 01041
01863 02012 02104
DIGESTIVE
00001 00011 00028
00054 00064 00069
00112 00116 00117
00246 00254 00290
00357 00848 00858
00944 00948 00951
01220 01280 01300
01363 01366 01420
01523 01524 01525
01534 01540 01541
01558 01559 01560
01603 01674 01685
01758 01840 01842
01903 01990 02000
DICE STIVE-SECRETORY
00105
DOG
00001 00003 00004
00045 00053 00055
00077 00079 00082
00104 00108 00112
OOL45 00155 00160
00180 00181 00187
00223 00228 00239
00317 00327 00331
00851 00852 00858
00882 00883 00884
00914 00922 00926
00957 00958 00968
00999 01000 01004
01041 01067 01068
01111 01130 01141
01168 011'92 01196
01225 01226 01227
(CCNT.)
01661
01866
00061
00152
00215
00865
00996
01216
01308
01501
01694
01878
02038
02088
00242
00908
01252
0003 L
00070
00159
00341
00859
00959
01303
01444
01526
01545
01579
01686
01862
02131
00005
00057
00091
00113
00161
00190
00252
00334
00859
00888
00943
00969
01006
01086
01149
01199
01278
01693
01893
00064
00153
00234
00869
00997
01267
01309
01578
01804
01890
02047
02093
00323
00910
01604
00034
00101
00175
00342
00866
00972
01338
01449
01530
C1546
01582
01696
01868
00011
00059
00094
00115
00166
00195
00254
00335
00863
00894
00952
00992
01021
01096
01150
01201
01291
01777
02079
00085
00161
00267
00671
00998
01269
01310
01623
01805
01892
02076
02094
00324
00943
01703
00045
00103
00203
00344
00881
00986
01350
01452
01531
01550
01587
01698
01888
00012
00061
00095
00119
00167
00196
00290
00339
00864
0089B
00954
00996
01024
01102
01157
01204
01292
01778
02140
00097
00184
00289
00886
00999
01270
01311
01631
01856
01896
02077
02095
00327
00961
01796
00049
00105
00206
00345
00884
00992
01351
C1470
01532
01555
01589
01699
01890
00027
00066
00098
00143
00168
00208
00313
00347
00867
00900
00955
00997
01036
01105
01162
01211
01304
01847
00100
00185
00293
00892
01000
01304
01312
01646
01876
01917
02080
00357
00991
01861
00050
00108
00226
00352
00885
01007
01352
01485
01533
01557
01602
01706
01892
00037
00073
00099
00144
00174
00209
00315
00844
00878
00907
00956
00998
01039
OHIO
01167
01221
01305
S-10
-------
SUBJECT INDEX
DO G
01307 01309 01310
01362 01375 01381
01394 01395 01414
01509 01510 01511
01520 01525 01547
01587 01588 01604
01666 01667 01668
01687 01691 01696
01756 01795 01798
01909 01931 01934
EMBRYO
00008 00030 00061
00189 00190 00215
00867 OOB71 00873
OIB82 02077
ENDOCRINE
00105 00138 00201
00947 00984 00988
01906 01907 01908
01914 01915 01916
0.1923 02097
ENDOCRINES, OTHER
00868 01815
EYESi EARS. AND HEAD
00006 00074 00083
00847 00905 00918
01062 01063 01215
01324 01325 01327
01344 01345 01390
01603 01650 01680
01785 01786 01824
01830 01831 01832
01968 01984 01985
02082
FEMALE REPRODUCTIVE! OTHER
00002 00003 00017
00314 00871 00963
01515 01580 01646
FERAL
00851 00894 00949
01876
FERTILIZATION
00133 00189 00190
FETUS
ICONT.)
01311
01384
01461
01512
01548
01627
01669
01703
01817
01945
00100
00267
01267
00289
01485
01909
01918
00084
00919
01318
01329
01398
01681
01825
01833
01986
00027
01002
01755
01312
01385
01469
01513
01555
01635
01670
01704
01859
02097
00106
00287
01273
00333
01577
01910
01919
00093
00955
01319
01330
01498
01689
01826
01835
02020
00036
01011
01314
01391
01492
01514
01570
01642
01672
01706
01860
02118
00132
00289
01297
00335
01642
01911
01920
00233
01017
01320
01332
01499
01717
01827
01836
02034
00107
01265
01315
01392
01503
01515
01577
01663
OL678
01707
01863
00152
00858
01307
00850
01796
01912
01921
00328
01027
01322
01335
01583
01765
01828
01837
02049
00160
01270
01346
01393
01506
01516
01579
01665
01679
01737
01908
00184
00865
01694
00872
01862
01913
01922
00329
01060
01323
01336
01584
01784
01829
01857
02080
00292
01377
00959 01286 01316 01738 01782
00867 01026 01935
00008
00109
00287
00945
01624
00034
00120
00289
00990
01694
00061
00132
00293
01008
01856
00081
00152
00858
01214
01882
00085
00153
00869
01215
01892
00090
00184
00871
01495
01893
00100
00215
00873
01578
01896
00106
00267
00892
01623
01899
01900 01901 01917
FISH, REPTILES, AND BIRDS
00858 00867 00957
GENERAL ANATOMICAL
00013 00023 00030
00074 00076 00098
01061 01663
00032 00033 00039 00040 00070
00100 00106 00121 00124 00132
S-ll
-------
SUBJECT INDEX
GENERAL ANATOMICAL
00134
00215
00330
00887
00965
01040
01097
01242
01411
01555
01704
01862
01893
02049
02116
GENETICS
00029
00294
00358
01001
01491
01639
01908
01916
02027
02035
02043
02051
02059
02067
02075
02086
02094
00137
00226
00345
00900
00970
01054
01115
01347
01484
01578
01705
01863
01904
02077
02122
00056
00295
00872
01004
01498
01673
01909
01918
02028
02036
02044
02052
02060
02068
02076
02087
02095
00140
00266
00348
00903
00984
01067
01214
01348
01490
01580
01754
01865
01905
02089
02126
00134
00331
00886
01005
01499
01675
01910
01919
02029
02037
02045
02053
02061
02069
02077
02088
02117
( CONT . )
00141
00267
00863-
00914
01008
01077
01215
01349
01493
01589
01782
01866
01929
02090
02127
00155
00337
00891
01006
01501
01679
01911
01920
02030
02038
02046
02054
02062
02070
02080
02089
02119
00145
00276
00864
00920
01036
01078
01216
01354
01494
01598
01797
01882
01932
02091
02140
00185
00338
00900
01007
01635
01904
01912
01921
02031
02039
02047
02055
02063
02071
02081
02090
02124
00161
00294
00871
00923
01037
01080
01237
01360
01497
01605
01816
01885
01941
02092
00192
00340
00918
01064
01636
01905
01913
01922
02032
02040
02048
02056
02064
02072
02082
02091
02135
00167
00297
00875
00957
01038
01081
01239
01370
01498
01635
01838
01886
01946
02107
00234
00341
00919
01065
01637
01906
01914
01923
02033
02041
02049
02057
02065
02073
02084
02092
00205
00322
00878
00962
01039
01082
01240
01371
01504
01703
01859
01887
02016
02108
00266
00357
00939
01167
01638
01907
01915
02026
02034
02042
02050
02058
02066
02074
02085
02093
GENITO-URINARY
00012
00109
00226
00356
00873
01012
01316
01419
01597
01673
01846
01877
01889
01934
02135
GERIATRICS
00027
01484
00048
00113
00252
00852
00876
01013
01350
01501
01629
01694
01847
01878
01896
01935
00036
01782
00057
00115
00255
00858
00896
01014
01351
01506
01630
01702
01848
01879
01900
01936
00131
02139
00059
00119
002S7
00860
00913
01026
01363
01515
01631
01708
01849
01880
01917
01978
00161
00061
00133
00314
00861
00929
01041
01372
01547
01640
01755
01850
01881
01925
02042
OC852
00081
00160
00331
00868
00932
01079
01397
01548
01646
01764
01858
01882
01926
02050
00946
00087
00164
00336
00871
00954
01094
01399
01580
01649
01795
01862
01883
01927
02096
00952
00107
00184
00346
00872
01002
01270
01402
01581
01664
01845
01876
01884
01933
02134
01404
GERM
00064 00087
00918 00919
00115 00164 00185 00294 00867 00886
00929 00932 00939 01005 01026 01269
S-12
-------
SUBJECT INDEX
GERM
GONAOS
HAIR
HEART
(CONT.)
01316
01640
01907
01915
01924
00059
00947
01501
01858
01936
00043
01005
01461
01586
02049
00051
00321
01146
01675
01959
01399
01718
01908
01916
01925
00080
01005
01577
01875
01978
00098
01007
01462
01588
02075
00150
00358
01153
01707
01960
01402
01719
01909
01918
01926
00115
01203
01631
01917
02094
00192
01008
01463
01812
02080
00166
00853
01160
01801
01996
01498
01743
01910
01919
01933
00164
01269
01640
01924
02095
00226
01057
01464
02026
02082
00169
00901
01351
01802
01999
01499
01875
01911
01920
01934
00336
01270
01718
01925
02096
00337
01058
01498
02031
02086
00172
00945
01476
01803
02000
01501
01904
01912
01921
01935
00358
01316
01719
01926
00870
01059
01501
02032
02093
00191
01043
01556
01893
02117
01637
01905
01913
01922
01936
00929
01399
01743
01927
00882
01078
01547
02039
02094
00204
01085
01604
01894
02118
01639
01906
01914
01923
01978
00932
01402
01847
01935
00939
01317
01552
02040
02095
00231
01095
01620
01895
02119
HERBIVORES
HERDS
00003
00179
00952
01670
00016
00004
00208
01011
01679
00858
00035
00315
01108
01707
01011
00055
00317
01296
01817
01679
00077
00858
01385
01823
01623
00124
00867
01474
01859
00140
00888
01663
01896
00141
00907
01669
IMMUNOLOGY
00078
00898
01443
02015
02130
INFECTIOUS DI
INGEST
00007
00075
00205
00309
00912
01275
01432
01442
01452
01465
01664
01680
01698
01841
02013
02113
ION
00028
00098
00917
01555
02122
02131
SEASES
00009
00124
00220
00323
00917
01279
01434
01443
01453
01466
01665
01681
01779
01844
02014
02114
00061
00228
00944
01664
02123
00019
00127
00227
00330
00944
01282
01436
01444
01454
01468
01666
01682
01780
01857
02017
02115
00098
00242
00989
01669
02125
00044
00130
00228
00877
00989
01300
01437
01445
01455
01469
01667
01683
01793
01872
02018
02116
00136
00324
00990
01671
02126
00054
00134
00233
00884
00990
01423
01438
01447
01456
01480
01668
01684
01794
01873
02107
00143
S-13
00345
00991
01682
02127
00069
00135
00247
00894
01020
01424
01439
01448
01453
01481
01669
01689
01800
01874
02108
00167
00871
01317
01793
02128
00070
00175
00278
00904
01151
01425
01440
01449
01459
01482
01670
01696
01838
02011
02109
00206
00894
01432
01794
02129
00072
00200
00287
00911
01262
01431
01441
01450
01460
01508
01671
01697
01840
02012
02111
00217
-------
SUBJECT INDEX
INGEST ION
00246 00322 00343
00992 01283 01522
01541 01545 01546
INHALATION
00098 00887 01522
INSECTS
00022 00096 00102
ISOTOPES, GENERAL
00159 00856 00885
KIDNEYS AND URETERS
00057 00091 00327
00954 00969 00971
01350 01356 01370
01511 01514 01515
01788 01789 01815
02050 02096 02135
LARGE INTESTINE
00034 00345 00881
LIVER* BLADDERt AND PANCREAS
00013 00057 00208
00948 00959 01338
01367 01370 01374
01512 01513 01523
01892 01893 01928
LUNGS
MAN
00009 00044 00053
00881 00950 00990
01207 01208 01370
01431 01433 01482
02120 02123
MALE REPRODUCTIVE, OTHER
00113 00252 00313
01580 01631
00002 00003 00004
00106 00124 00132
00216 00242 00246
00314 00317 00352
00872 00889 00892
00958 00959 01036
01427 01571 01578
01667 01696 01702
00038 00041 00077
00242 00247 00276
00845 00916 00944
01027 01028 01029
01279 01290 01299
01378 01379 01380
01444 01445 01446
01554 01678 01838
02116 02138
(CONT.)
00859
01530
01641
01783
00110
00887
00356
01012
01372
01597
01843
02136
00951
00295
01341
01381
01524
02018
00135
01021
01426
01683
00860
01532
01706
01394
00876
01013
01381
01673
01846
00959
00327
01351
01389
01575
00233
01095
01427
01783
00865
01533
01797
01783
00881
01036
01412
01702
01889
01343
00357
01352
01396
01670
00334
01123
01428
01791
00885
01534
01816
00890
01079
01419
01708
01893
00866
01357
01485
01688
00862
01180
01429
01792
00887
01540
01932
00896
01094
01510
01716
01896
00881
01365
01510
01888
00868
01206
01430
02024
00868 00871 01515 01547 01548
MARROW
00020
00142
00254
00865
00894
01051
01580
01856
00091
00292
00953
01030
01362
01381
01447
01840
00064
00153
00267
00867
00903
01074
01605
01864
00128
00295
00957
01031
01374
01382
01448
01841
00077
00179
00297
00868
00914
01075
01650
01909
00225
00299
00960
01035
01375
01384
01449
01844
00098
00206
00299
00869
00945
01114
01665
01924
00236
00343
00961
01234
01376
01387
01452
01869
00100
00215
00304
00870
00957
01426
01666
01955
00237
00355
01005
01253
01377
01388
01553
01928
MATURE
00001 00002 00006
00021 00023 00025
00010
00027
00012
00028
00014
00029
00019
00035
00020
00036
S-14
-------
SUBJECT INDEX
NATURE
00037
00065
00099
00121
00225
00312
00347
00852
00863
00878
00886
00897
00930
00950
01082
01358
01389
01619
01664
01791
01853
02134
METABOLISM
00004
00159
00353
00969
01239
01688
01889
01930
( CONT . )
00038
00068
00108
00131
00231
00313
00348
00853
00864
00879
00888
00898
00940
00952
01213
01367
01519
01621
01671
01792
01854
02135
00008
00206
00868
00971
01240
01795
01891
01932
00039
00071
001 11
00138
00233
00321
00358
00854
00866
00880
00889
00899
00941
00956
01239
01368
01523
01627
01678
01796
01855
02140
00023
00208
00876
00984
01274
01797
01893
01947
00040
'00074
00112
00159
00235
00323
00844
00856
00868
00881
00890
00902
00944
00963
01242
01371
01524
01628
01683
01797
01856
00028
00225
00885
01036
01605
01848
01894
01957
00041
00086
00113
00180
00236
00326
00845
00859
00870
00882
00891
00904
00946
01008
01342
01374
01548
01629
01684
01817
01953
00068
00295
00898
01054
01620
01856
01895
01958
00043
00089
00118
00181
00252
00330
00846
00860
00875
00883
00893
00912
00947
01078
01344
01378
01551
01631
01686
01823
01968
00081
00327
00937
01118
01627
01885
01899
J1991
00048
00091
00119
00202
00255
00337
00848
00861
00876
00884
00894
00916
00948
01080
01345
01379
01553
01642
01693
01847
01990
00099
00340
00938
01213
01628
01887
01900
02106
00057
00097
00120
00211
00276
00346
00851
00862
00877
00885
00895
00924
00949
01081
01353
01382
01581
01661
01704
01852
02096
00154
00346
00968
01235
01642
01888
01928
MODELS AND STATISTICS
00010
00041
00076
00142
00181
00216
00295
00347
00865
00892
00952
00965
01226
01362
01553
01619
01673
01702
01782
01853
01876
02016
00016
00046
00082
00147
00185
00233
00297
00355
00866
00903
00953
01006
01275
01375
01554
01620
01679
01704
01797
01854
01877
02070
00024
00051
00086
00153
G0187
00239
00304
00852
00869
00911
00955
01021
01282
01380
01570
01642
01691
01759
01814
01856
01878
02077
00032
00055
00099
00154
00195
00247
00311
00854
00873
00912
00957
01022
01316
01418
01571
01661
01693
01763
01822
01859
01885
02079
00033
00059
00106
00160
00201
00267
00313
00856
00878
00914
OOS58
01023
01347
01419
01572
01663
01694
01772
01823
01862
C1S02
02133
00034
00065
00121
00161
00203
00289
00315
00861
00879
00916
00959
01034
01348
01489
01578
01666
01695
01773
01838
01864
01928
02134
00039
00068
00131
00165
00211
00290
00317
00863
00885
00921
00962
01035
01349
01495
01589
01667
01699
01774
01847
01866
01945
02138
00040
00074
00132
00180
00215
00293
00331
00864
00889
00951
00963
01074
01360
01520
01605
01668
01701
01781
01852
01870
02015
S-15
-------
SUBJECT INDEX
MOUSE AND RAT
00003 00004
00081 00087
00152 00154
00225 00254
00871 00918
01302 01431
01783 01797
MOUTH AND PHARYNX
00010 00021
00342 00943
01684 01758
MUSCLE
00005 00121
01061 01632
01959 01960
MUSCULAR
00005 00226
01960 01984
NEQNATE AND SUCKLING
00003 00007
00076 00082
00141 00145
00235 00236
00856 00869
00915 00916
01011 01052
01262 01391
01620 01624
01739 01740
01864 01393
NERVOUS
00017 00018
00052 00053
00093 00111
00147 00148
00169 00170
00198 00199
00251 00252
00359 00844
00883 00886
00905 00919
00975 00976
00989 01001
01062 01101
01185 01186
01204 01205
01251 01390
01478 01499
01564 01565
01584 01585
01666 01667
01781 01790
01827 01828
01835 01836
01930 01931
00026
00089
00167
00289
00959
01579
00137
00989
01857
00334
01633
01989
00880
01989
00026
00088
00154
00241
00875
00925
C1080
01432
01626
01754
01990
00019
00058
00113
00149
00171
00226
00253
00846
00891
00928
00979
01015
01105
01189
01207
01398
01549
01566
01599
01668
01812
01829
01837
01937
00028
00106
00186
00292
00965
01589
00205
01005
02098
00941
01634
02121
00886
02121
00031
00089
00160
00330
OC878
00933
01217
01470
01631
01758
02022
00024
00062
00114
00151
00178
00238
00287
00847
00894
00930
00980
01016
01131
01190
01209
01400
01551
01567
01601
01669
01813
01830
01862
01938
00030
00107
00196
00315
00991
01738
00226
01008
02099
00942
01781
00972
00032
00111
00178
00332
00893
00951
01218
01503
01661
01760
02023
00031
00063
00118
00156
00188
00246
00296
00858
00895
00931
00981
01017
01137
01192
01210
01401
01556
01568
01606
01682
01821
01831
01870
01939
00057
00117
00201
00317
01002
01747
00233
01151
00972
01893
01061
00033
00117
00182
00846
00897
00967
01239
01505
01675
01761
02108
00037
00079
00123
00157
00193
00248
00312
00865
00897
00941
00982
01018
01142
01195
01211
01467
01561
01569
01623
01688
01824
01832
01872
01940
00066
00120
00208
00847
01036
01748
00309
01373
00973
01894
01632
00057
00120
00211
00847
00911
01006
01257
01517
01682
01793
02118
00042
00083
00125
00158
00194
00249
00328
00879
00899
00948
00983
01044
01182
01196
01241
01474
01562
01576
01624
01692
01825
01833
01873
01941
00068
00121
00223
00867
01237
01761
00324
01425
01044
01895
01959
00071
00140
00217
00851
00912
01008
01259
01598
01683
01857
02140
00048
00084
00126
00163
00197
00250
00329
00880
00902
00974
00987
01052
01184
01201
01250
01475
01563
01583
01665
01657
01826
01834
01874
01942
S-16
-------
SUBJECT INDEX
NERVOUS
01947 01951 01961
01968 01969 01970
01976 01977 01979
01986 01991 01992
01999 02000 02020
02132 02133
NEURO-SECRETORY
00149 01983
NEURQPHYSIOLOGY
00001 00023 00031
00063 00083 00084
00126 00147 00169
00250 00251 00252
00847 00879 00880
00931 00973 00974
00980 00981 00982
01084 01085 01109
01318 01319 01320
01326 01327 01328
01334 01335 01336
01402 01549 01551
01600 01601 01603
01611 01612 01613
01623 01624 01625
01717 01726 01727
01812 01813 01824
01830 01831 01832
01924 01925 01926
01947 01948 01949
01963 01964 01965
01977 01979 01982
NOSE
00238 00254 00904
NUTRITION
00003 00013 00021
00056 00057 00061
00076 00082 00088
00182 00217 00326
00870 00875 00882
00933 00935 00936
00967 01008 01011
01077 01078 01079
01213 01235 01237
01287 01288 01396
01420 01421 01422
01505 01507 01517
01591 01592 01593
01599 01622 01627
01654 01655 01656
01710 01711 01713
02023 02106 02139
OBSTETRICS AND GYNECOL06Y
00064 00065 00081
00132 00133 00160
00267 00287 00292
(COST.)
01962 01964
01971 01972
01980 01982
01993 01994
02025 02029
01965 01966 01967
01973 01974 01975
01983 01984 01985
01995 01997 01998
02084 02087 02088
00037
00093
00193
00253
00891
00975
00983
01131
01321
01329
01344
01565
01606
01614
01626
01742
01825
01833
01927
01950
01966
01983
01020
00031
00068
00094
00331
00906
00937
0101?
01080
01238
01397
01476
01579
01594
01628
01657
01714
00042
00113
00194
00312
00895
00976
00985
01210
01322
01330
01390
01569
01607
01615
01632
01749
01826
01834
01937
01951
01967
01984
01551
00043
00069
00117
00332
00912
00938
01055
01081
01239
01398
01477
01581
01595
01641
01658
01715
00048
00118
00238
00328
00899
00977
01015
01217
01323
01331
01399
01582
01608
01616
01643
01781
01827
01835
01938
01952
01968
01985
01811
00046
00070
00122
00333
00925
00946
01056
01082
01240
01404
01479
01587
01596
01651
01659
01739
00058
00123
00248
00329
00902
00978
01016
01241
01324
01332
01400
01583
01609
01617
01644
01790
01828
01836
01939
01961
01975
01986
01857
00049
00071
00145
00358
00927
00951
01061
01115
01241
01411
01497
01589
01597
01652
01660
01740
00062
00125
00249
00844
00930
00979
01017
01313
01325
01333
01401
01599
01610
01618
01645
01811
01829
01837
01941
01962
01976
02020
02132
00054
00075
00161
00850
00928
00966
01076
01198
01242
01412
01503
01590
01598
01653
01661
02022
00100 00106
00184 00189
00297 00314
00107 00109 00115
00190 00215 00252
00331 00865 00872
S-17
-------
SUBJECT INDEX
OBSTETRICS AND GYNECOLOGY
OLD
00912
01272
01694
01879
01978
00015
00092
00852
00896
01350
01484
00913
01397
01741
01880
02094
00017
00131
00863
00897
01354
01574
01263
01501
01755
01881
02095
00027
00181
00864
00906
01370
01704
(CONT.)
01264
01506
01764
01883
00036
00202
00866
00946
01372
01782
01265
01577
01847
01884
00039
00323
00878
00952
01373
01852
01266
01578
01876
01886
00040
00326
00881
00956
01377
01853
01268
01580
01877
01891
00041
00359
00883
01074
01387
01854
01269
01661
01878
01936
00086
00851
00888
01340
01388
01857
OVARIAN
00080
01926
00089
01927
00115
01936
00865
00947
01577
01924
01925
PANCREATIC
PARASI
00993
TOLOGY
00011
00112
00352
00912
01063
01453
01472
01555
01700
01990
01113
00022
00116
00849
00926
01083
01454
01473
01602
01701
02010
01709
00043
00134
00859
00950
01101
01455
01474
01672
01706
02100
01892
00045
00203
00860
00959
01105
01456
01475
01674
01839
02101
01899
00054
00254
00861
01057
01282
01458
01481
01685
01902
02102
00096
00290
00862
01058
01303
01459
01496
01686
01903
02103
00102
00339
00877
01059
01337
01460
01523
01695
01953
02105
00108
00351
00882
01060
01338
01470
01524
01699
01954
PARATHYROID
00333
00850
00988
PARENTERAL
00188
00322
PATHOLOGY
00002
00017
00038
10077
00131
00175
00226
00295
00333
00357
00862
00876
00917
00931
00950
01008
01037
01061
01101
01220
01241
01278
00007
00019
00039
00086
00134
00202
00236
00309
00341
00358
00863
00882
00918
00935
00953
01021
01038
01062
01105
01228
01250
01281
00008
00021
00040
00090
00135
00204
00247
00315
00342
00359
00864
00883
00920
00936
00957
01027
01040
01063
01115
01229
01251
01290
00010
00026
00041
00092
00136
00205
00254
00317
00343
00845
00865
00886
00921
00942
00958
01028
01041
01064
01133
01230
01253
01297
00013
00027
00051
00097
00138
00215
00255
00322
00344
00849
00866
00896
00922
00944
00962
01029
01042
01076
01142
01231
01273
01298
00014
00035
00056
00100
00140
00217
00276
00323
00350
00850
00870
00905
00923
00945
00963
01030
01054
01077
01144
01232
01275
01299
00015
00036
00057
00106
00152
00220
00287
00325
00352
00852
00871
00906
00928
00946
00989
01031
01055
01078
01167
01233
01276
01300
00016
00037
00061
00122
00167
00225
00289
00332
00356
00861
00873
00910
00930
00948
00990
01032
01056
01079
01213
01234
01277
01301
S-18
-------
SUBJECT INDEX
PATHOLOGY
01317
01345
01353
01362
01371
01379
01388
01449
01459
01476
01520
01565
01619
01675
01702
01774
01841
01854
01873
02011
02023
02084
02108
02134
PENNED
00095
00948
PERICARDIAL
02018
ICCNT.I
01338
01346
01354
01364
01372
01381
01389
01450
01460
01478
01523
01569
01620
01678
01703
01775
01845
01857
01874
02012
02049
02087
02116
02135
00119
01004
SAC
01339
01347
01355
01365
01373
01382
01398
01452
01465
01479
01524
01574
01629
01679
01704
01779
01847
01859
01877
02013
02050
02088
02117
02139
00159
01006
01340
01348
01356
01366
01374
01383
01401
01453
01466
01486
01526
01575
01641
01682
01707
01780
01648
01860
01878
02016
02053
02098
02118
00347
01620
01341
01349
01357
01367
01375
01384
01404
01454
01468
01487
01550
01578
01650
01683
01749
01782
01649
01862
01882
02017
02077
02099
02119
00851
01816
01342
01350
01358
01368
01376
01385
01420
01455
01469
01488
01561
01584
01654
01688
01771
01816
01850
01868
01928
02018
02080
02104
02120
00875
01856
01343
01351
01359
01369
01377
01386
01444
01456
01474
01489
01562
01585
01660
01689
01772
01838
01852
01869
01981
02019
02081
02105
02123
00885
01344
01352
01360
01370
01378
01387
01448
01458
01475
01502
01564
01597
01673
01698
01773
01840
01853
01870
02010
02022
02082
02106
02133
00940
PERIPHERAL BLOOD
00001
00055
00128
00179
00242
00350
00877
00950
01045
01229
01281
01351
01363
01381
01396
01452
01460
01672
01793
01823
01953
02068
02105
00002
00073
00137
00180
00247
00351
00889
00952
01046
01233
01282
01352
01374
01382
01418
01453
01483
01678
01794
01838
01954
02079
02116
00014
00076
00139
00181
00292
00355
00890
00953
01047
01234
01290
01354
01375
01383
01432
01454
01496
01691
01795
01840
01955
02085
00020
00077
00143
00185
00293
00845
00907
00954
01048
01238
01299
01355
01376
01384
01444
01455
01553
01695
01814
01841
01956
02100
00025
00078
00144
00187
00295
OC849
00908
00968
01049
01252
01337
01356
01377
01386
01445
01456
01554
01708
01817
01844
01957
02101
00029
00086
00165
00195
00324
00854
00910
01005
01074
01253
01339
01357
01378
01387
01446
01457
01570
01779
01819
01891
01958
02102
00038
00091
00166
00229
00343
00856
00915
01032
01180
01275
01344
01359
01379
01388
01447
01458
01620
01791
01820
01928
01980
02103
00041
00092
00174
00236
00347
00857
00924
01035
01228
01276
01350
01362
01380
01389
01449
01459
01663
01792
01822
01932
02037
02104
PETS
00005 00009 00010 00014
00015
S-19
00016 00017 00019
-------
SUBJECT INDEX
PETS
00021 00035 00038
00053 00056 00086
00254 00255 00276
00341 00342 00344
00849 00850 00851
00876 00877 00882
00904 00906 00914
00947 00953 00958
01023 01027 01187
01344 01345 01346
01550 01555 01574
01677 01678 01679
01862 01868 01945
02066 02067 02069
02089 02090 02091
PHARMACOLOGY
00011 00012 Od024
00081 00115 00152
00194 00199 00233
00296 00322 00326
00865 00897 00901
01010 01013 01015
01060 01085 01093
01102 01103 01105
01123 01124 01125
01143 01147 01158
01168 01169 01170
01184 01189 01190
01202; 01209 01235
01433' 01462 01522
01687 01691 01692
01820 01821 01863
01961 01963 01965
02014 02096 02097
PHYSICAL AGENTSt OTHER
00008 00312 01531
PHYSIOLOGY
00001 00020 00023
00071 00079 00080
00115 00123 00125
00149 00150 00151
00164 00166 00169
00180 00185 00191
00229 00232 00235
00249 00250 00251
00334 00345 00847
00876 00880 00890
00954 00972> 00978
01043 01044 01092
01146 01148 01153
01207 01208 01239
01402 01413 01509
01560 01571 01580
01633 01634 01662
01775 01784 01785
( CONT . )
00039
00092
00290
00357
00852
00894
00934
00959
01279
01355
01581
01696
02014
02071
02092
00045
00167
00248
00356
00933
01016
01096
01108
01126
01159
01173
01192
01243
01556
01705
01668
01979
02121
01569
00024
00091
00128
00156
00170
00193
00240
00253
00850
00924
00984
01094
01179
01273
01519
01582
01663
01786
00041
00109
00309
00358
00861
00896
00935
00963
01282
01420
01587
01701
02048
02072
02105
00053
00186
00249
00844
00947
01041
01098
OHIO
01127
01160
01175
01194
01245
01580
01706
01929
01980
01584
00025
00101
00133
00157
00171
00194
00241
00292
00853
00929
00985
01095
01180
01280
01547
01604
01678
01787
00043
00161
00325
00359
00863
00897
00936
01009
01339
01523
01602
01757
02051
02073
02123
00069
00188
00250
00859
00949
01057
01099
01111
01128
01162
01176
01195
01279
01588
01817
01930
01982
00037
00105
00142
00158
00172
00195
00244
00313
00857
00932
00986
01112
01191
01390
01557
01627
01743
01788
00044
00204
00336
00845
00864
00900
00944
01020
01340
01524
01619
01838
02052
02074
02131
00070
00191
00251
00860
00956
01058
01100
01119
01129
01165
01182
01196
01286
01592
01818
01931
01995
00042
00107
00146
00159
00174
00197
00245
00314
00868
00941
01015
01134
01193
01396
01558
01628
01763
01789
00051
00233
00339
00848
00874
00903
00946
01022
01342
01526
01675
01858
02065
02086
02135
00072
00193
00253
00862
00992
01059
01101
01122
01135
01166
01183
01200
01431
01649
01819
01932
02000
00052
00113
00148
00163
00179
00198
00248
00321
00871
00951
01016
01136
01206
01399
01559
01632
01765
01790
S-20
-------
SUBJECT INDEX
PHYSIOLOGY
01791
01886
01899
01941
01983
01998
02127
01792
01888
01900
01955
01984
02020
02128
01793
01889
01901
01956
01991
02024
02129
(CONT.)
01802
01890
01924
01957
01992
02025
02130
01814
01891
01925
01958
01993
02085
02131
01815
01892
01926
01959
01994
02124
02134
01822
01896
01927
01960
01996
02125
01882
01898
01929
01978
01997
02126
PITUITARY
00080
00115
00289
00313
01936
PLACENTA
00184
00998
01264
01274
01312
01769
00189
00999
01266
01304
01580
01770
00190
01000
01268
01305
01646
01891
00314
01050
01269
01306
01647
01897
00872
01051
01270
01308
01648
01898
00913
01214
01271
01309
01649
01899
00996
01215
01272
01310
01767
01900
00997
01263
01273
01311
01768
01901
F RE- IMPLANT AT I ON
PR I MA TE
PUBLIC
00030
01002
01935
S
00065
01131
HEALTH
00064
00141
00226
00914
01470
01666
01686
01868
00106
01264
00118
01162
00096
00152
00246
00957
01520
01667
01696
01945
00107
01265
00196
01298
00098
00165
00254
00958
01555
01668
01699
01953
00184
01269
00223
01301
00100
00167
00290
00958
01584
01669
01738
01954
00189
01307
00315
01579
00102
00203
00330
00959
01602
01J670
01797
01990
00190
01580
00867
01589
00106
00215
00352
01275
01620
01680
01816
00867
01933
00907
01924
00124
00216
00894
01426
01664
01681
01856
00873
01934
00915
02025
00140
00225
00903
01427
01665
01685
01863
RADIOGRAPHY AND ISOTOPES
00009
00135
00216
00356
00943
01409
01677
01860
00050
00151
00225
00357
00955
01477
01678
01864
00051
00154
00304
00869
01041
01467
01679
01866
00065
00156
00323
00876
01055
01488
01694
01930
00068
00166
00326
00888
01056
01489
01707
02135
00100
00195
00333
00896
01213
01492
01708
02139
00106
00206
00335
00898
01291
01502
01771
00128
00215
00344
00901
01404
01642
01784
RANDOM-SOURCE
00001
00048
00131
00844
00859
00874
00888
01001
01665
01791
00004
00065
00138
00845
00860
00875
00897
01005
01666
01792
00012
00074
00221
00846
00861
00877
00898
01007
01667
01817
00013
00097
00224
00850
00862
00879
00899
01008
01668
01852
00016
00104
00226
00853
OG863
00880
00903
01022
01686
01853
00023
00107
00231
00854
00864
00881
00904
01023
01701
01854
00029
00108
00233
00857
00866
00884
00914
01519
01704
01859
00040
00112
00237
00858
00867
00886
00950
01664
01738
01863
RESPIRATORY
00009
00233
00044
00254
00053
00323
00130
00334
00135
00858
00175
00862
00177
00881
00228
00904
S-21
-------
SUBJECT INDEX
RESPIRATORY
RODENTS
00950
01179
01426
01434
01783
02011
02114
, OTHER
00003
00167
00867
01579
01891
01020
01180
01427
01436
01791
02012
02115
00004
00195
00871
01589
01021
01181
01428
01437
01792
02013
02123
00008
00196
00873
01623
( CONT . )
01077
01191
01429
01438
01800
02014
00036
00223
00907
01635
01092
01193
01430
01482
01857
02024
00071
00227
01092
01682
01095
01243
01431
01671
01862
02107
00082
00245
01099
01782
01159
01244
01432
01677
01994
02111
00087
00315
01217
01783
01166
01425
01433
01683
01995
02113
00088
00349
01503
01886
SALIVARY GLANDS
SEXUAL
00001
01509
00004
01670
00079
01861
00159
00944
00986
01117
01280
BEHAVIOR
00012
00075
00252
01399
01726
01762
02096
SINGULAR CLINI
SKIN
00007
00092
00359
00935
01253
01350
01358
01373
01383
01468
01650
02014
00022
00939
01577
01846
00043
00080
00353
01402
01727
01763
00046
00113
00875
01577
01731
01764
CAL OBSERVAT
00014
00097
00848
00936
01339
01351
01359
01374
01386
01473
01677
02124
00023
00955
01586
02025
00015
00204
00849
00946
01340
01352
01367
01376
01387
01485
01678
02131
00098
01008
01594
02131
00047
00115
00929
01621
01732
01924
ION
00017
00276
00876
00947
01341
01353
01368
01377
01388
01523
01684
02135
00226
01078
01684
00048
00119
00932
01661
01733
01925
00021
003 C9
00877
00948
01342
01354
01369
01378
01389
01524
01688
00327
01083
01687
00059
00155
00940
01662
01741
01926
00038
00341
00896
00950
01343
01355
01370
01379
01420
01526
01842
00339
01095
01700
00065
00161
01024
01723
01750
01927
00040
00357
00905
01054
01345
01356
01371
01381
01465
01550
01868
00345
01385
01812
00071
00168
01314
01724
01755
01935
00064
00358
00906
01181
01346
01357
01372
01382
01466
01581
01869
OOB82
01398
01813
SKIN AND ADNEXA
SHALL I
00003
00110
00939
01317
01588
01862
00017
00226
01011
01461
01684
02086
00027
00324
01057
01462
01687
02130
00036
00337
01058
01463
01700
02131
00043
00339
01059
01464
01712
00082
00345
01060
01543
01812
00088
00870
01078
01552
01813
00098
00882
01083
01586
01855
NTESTINE
OOOL1
00254
00959
01444
01699
00013
00290
01228
01449
01706
00028
00345
01233
01452
01779
00034
00352
01350
01470
01787
00108
00848
01351
01674
01840
00112
00859
01356
01685
01890
00116
00885
01363
01686
01893
00203
00951
01366
01698
01903
S-22
-------
SUBJECT INDEX
SHALL INTESTINE
01990 02116
02131
(CONT.)
SPINAL CORD AND NERVES
SPLEEN
STOMACH
SUPPORT
SURGERY
00001
00252
00880
00942
01194
01551
01601
01668
01931
01997
00092
00165
01339
01367
01574
00014
00116
01550
00018
00296
00883
00974
01202
01561
01603
01688
01937
01998
00148
00236
01340
01369
01688
00034
00203
01557
00024
00327
00886
00986
01207
01562
01623
01693
01938
02020
00149
00263
01341
01374
02018
00050
00344
01558
00037
00329
00891
01008
01318
01563
01624
01765
01939
02025
00151
00292
01355
01381
02019
00101
00881
01559
00084
00844
00895
01017
01390
01566
01626
01781
01968
02080
00156
00325
01357
01383
00103
00948
01560
00093
00847
00897
01062
01398
01567
01665
01798
01982
02081
00157
00845
01359
01389
00105
00951
01706
00111
00865
00899
01186
01499
01584
01666
01813
01983
02082
00158
00877
01362
01510
00108
01525
02119
00238
00879
00941
01192
01549
01585
01667
01930
01993
02132
00163
00978
01365
01516
00112
01526
ING TISSUES
00005
00081
00152
00239
00333
00933
01073
01477
01620
01776
01864
02076
00008
00090
00153
00304
00850
00935
01076
01487
01641
01777
01866
02081
00026
00097
00154
00311
00869
00936
01187
01488
01693
01778
02022
02106
00028
00099
00202
00313
00885
00946
01213
01489
01694
01804
02023
02121
00056
00110
00206
00315
00888
00967
01235
01495
01771
01805
02038
02139
00061
00122
00211
00317
00892
01055
01277
01502
01772
01856
02039
00068
00131
00217
00326
00893
01056
01278
01519
01773
01860
02047
00074
00136
00234
00332
00906
01064
01404
01605
01774
01862
02061
AND TECHNICS
00005
00147
00323
00949
01087
01100
01123
01137
01153
01163
01183
01192
01203
01292
01514
01649
01858
00009
00160
00335
00956
01089
01103
01126
01140
01154
01164
01184
01194
01204
01293
01515
01677
01867
00023
00162
00336
00961
01090
01104
01127
01141
01155
01168
01185
01195
01205
01294
01516
01692
01930
00024
00166
00349
01009
01091
01106
01128
01144
01156
01174
01186
01196
01211
01363
01525
01703
01985
00050
00176
00356
01010
01094
01107
01129
01147
01157
01177
01187
01199
01243
01510
01526
01783
01986
00053
00177
00848
01014
01096
01111
01130
01149
01159
01178
01188
01200
01244
01511
01586
01798
01992
00118
00209
00853
01039
01098
01116
01132
01150
01161
01181
01189
01201
01245
01512
01588
01799
02096
00137
00299
00897
01041
01099
01122
01133
01152
01162
01182
01190
01202
01286
01513
01629
01846
02135
02138
S-23
-------
SUBJECT INDEX
TEETH
00021 00064 00065
01009 01931 02053
TENDONS AND LIGAMENTS
00202 00211 00880
01487 01488 01489
01776 01777 01778
TESTICULAR
00313 00947 01577
THORACIC CAVITY
00121 00135 00137
01482 02010 02011
THYMUS AND LYMPHATICS
00077 00078 00086
00263 00309 00350
01281 01339 01340
01350 01351 01352
01359 01362 01363
01369 01373 01381
01840 01841
THYROID
00335 00850 00938
TRACHEA* LARYNX, AND BRONCHI
00044 00228 00233
01757
TUMORS AND NEOPLASMS
00015 00017 00027
00064 00077 00078
00237 00242 00263
00357 00359 00845
00914 00920 00921
00955 00957 00962
01029 01030 01031
01042 01220 01221
01227 01228 01229
01275 01276 01277
01295 01296 01297
01340 01341 01342
01348 01349 01350
01356 01357 01358
01365 01366 01367
01373 01374 01375
01382 01383 01385
01574 01575 01585
01852 01853 01854
02016 02019 02094
VIROLOGY
00027 00035 00036
00200 00205 00215
00247 00263 00287
00945 00953 00957
01277 01278 01279
01300 01301 01302
01428 01429 01430
01436 01437 01438
01444 01445 01447
00341 00844 00881 00972 00973
00886
01502
02121
017.32
00323
02012
00092
00845
01341
01353
01365
01389
00966
00904
00035
00086
00276
00852
00922
00963
01032
01222
01230
01278
01298
01343
01351
01359
01368
01376
01386
01619
01859
02098
00044
00220
00330
00989
01281
01423
01431
01439
01448
00886
01771
01858
00344
02013
00220
00957
01342
01354
01366
01585
00993
01244
00036
00092
00315
00863
00923
00991
01037
01223
01231
01279
01299
01344
01352
01360
01369
01377
01387
01690
01860
02099
00078
00227
00894
00990
01295
01424
01432
01440
01449
01055
01772
01133
02014
00236
01032
01344
01355
01367
01670
01642
01550
00038
00136
00325
00864
00944
01021
01038
01224
01232
01281
01301
01345
01353
01362
01370
01378
01388
01704
01861
02106
00086
00228
00904
00991
01296
01425
01433
01441
01450
01056
01773
01144
00237
01234
01345
01357
01368
01688
01796
01677
00039
00215
00342
00866
00945
01027
01040
01225
01233
01290
01302
01346
01354
01363
01371
01380
01389
01708
01862
02133
00127
00236
00917
01229
01297
01426
01434
01442
01452
01343
01774
01181
00247
01275
01346
01358
01368
01838
01683
00040
00236
00350
00908
00953
01028
01041
01226
01234
01291
01339
01347
01355
01364
01372
01381
0152C
01782
01869
00175
00237
00944
01276
01298
01427
01435
01443
01508
S-24
-------
SUBJECT INDEX
VIROLOGY
X-RAYS
YOUNG
ZOOS
01665
01689
01800
01873
02114
01666
01690
01839
01874
02115
01667
01696
01840
02108
02116
(CONT.)
01668
01697
01842
02109
01670
01698
01843
02110
01671
01779
01861
02111
01683
01780
01871
02112
01684
01793
01872
02113
AND GAMMA RAYS
00002
00206
01291
00013
00065
00111
00181
00313
00357
00863
00893
00935
01078
01470
01629
01689
01816
00016
01317
00064
00215
01551
00029
00068
00119
00204
00323
00846
00864
00897
00951
01080
01477
01631
01693
01858
00051
01876
00091
00216
01856
00033
00069
00120
00211
00330
00847
00875
00911
00952
01213
01505
01641
01704
01864
00056
01903
00100
00856
00039
00070
00122
00217
00332
OC849
00878
00912
00956
01235
01550
01653
01735
01868
00851
00106
OC879
00040
00071
00136
00233
00333
00850
00881
00915
00967
01239
01552
01661
01750
01990
00866
00140
00887
00041
00076
00145
00247
00344
00851
00883
00916
00988
01242
01553
01671
01756
02022
00903
00141
00955
00056
00086
00178
00304
00348
00854
00885
00925
0\1008
OL262
01598
01686
01761
02023
00939
00159
01019
00057
00104
00180
00309
00355
00856
00888
00933
01009
01432
01620
C1688
01793
02140
00949
S-25
-------
TECHNICAL REPORT DATA
(Please read laVmcnons on the reverse before completing)
REPORT NO.
EPA-650/3—74-001
3 RECIPIENT'S ACCESSIOI»NO.
4. TITLE AND SUBTITLE
BIBLIOGRAPHY OF THE CAT
5 REPORT DATE
February 1974
6 PERFORMING ORGANIZATION CODE
7 AUTHORIS)
Ezra Berman, D.V.M.
8 PERFORMING ORGANIZATION REPORT NO
0. PERFORMING ORG \NIZATION NAME AND ADDRESS
Environmental Protection Agency
National Environmental Research Center
Research Triangle Park, N. C. 27711
10 PROGRAM ELEMENT NO
1H1095
11 CONTRACT/GRANT NO
12. SPONSORING AGENCV NAME AND ADDRESS
13 TYPE OF REPORT AND PERIOD COVERED
Final Through 1973
14 SPONSORING AGENCY CODE
15. SUPPLEMENTARY NOTES
IB. ABSTRACT
Report is a bibliography of the domestic cat and contains almost
1500 citations, a majority of which are annotated. The citations
are indexed according to the content of the source.
17.
KEY WORDS AND DOCUMENT ANALYSIS
DESCRIPTORS
b IDENTIFIERS/OPEN ENDED TERMS
COSATI Field/Croup
Domestic cat
Bibliography
Index
IB DISTRIBUTION STATEMENT
Release unlimited.
19 SECURITY CLASS (ThisReport)
None
21 NO OF PAGES
380
20 SECURITY CLASS (This page)
None
22 PRICE
EPA Form 2220-1 (9-73)
------- |