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THE PHILIPPINE WATER BUFFALO

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A serological test for the presences of Brucella abortus<br />

antibodies in native carabaos using the microscopic tube<br />

agglutination test was conducted. Only 6 or 3 per cent out<br />

of 200 samples tested positive; 44 or 22 per cent, suspicious;<br />

and the rest (75 per cent) were considered negative.<br />

Although the test was done on a limited number of animals,<br />

the results obtained indicate that brucellosis is present<br />

among our native carabaos.<br />

Keywords: Brucella, antibodies, serum, microscopic tube<br />

agglutination, carabao<br />

*Undergraduate thesis, College of Veterinary Medicine,<br />

University of the Philippines Los Baños, 1964.<br />

H-14<br />

SHELF APPROACH (MAGDA’S METHOD) OF<br />

PARALUMBAR NERVE BLOCK IN <strong>PHILIPPINE</strong><br />

CARABAO (<strong>WATER</strong> <strong>BUFFALO</strong>: Bubalus bubalis)*<br />

E. G. de la Cruz, Student<br />

The neuro-architecture of nerves innervating the paralumbar<br />

fossa with reference to “shelf” approach (Magda’s method)<br />

of paralumbar nerve block in Philippine carabao was<br />

described. The nerve supply to the paralumbar area of the<br />

carabao was compared with that of the cow. The paralumbar<br />

fossa of the Philippine carabao is innervated by the<br />

superficial branch of twelve thoracic, the dorsal and ventral<br />

branches of the thirteenth thoracic and first two lumbar<br />

nerves. Using the last rib and tips of lumbar transverse<br />

processes L 1, L 2 and L 4 as landmarks, desensitization of<br />

paralumbar area was achieved by injecting local anesthetic<br />

solution directly ventral, anterior, posterior and dorsal to<br />

tips of these lumbar transverse processes. The “shelf”<br />

approach of paralumbar nerve block for Philippine Carabao<br />

described in this paper was simple to perform. The technique<br />

was especially developed for surgical cases requiring<br />

paralumbar approach.<br />

Keywords: carabao, local anesthesia, paralumbar nerve<br />

block<br />

* Undergraduate thesis, College of Veterinary Medicine,<br />

University of the Philippines Diliman, 1980.<br />

H-15<br />

CAUDAL EPIDURAL ANALGESIA OF <strong>THE</strong><br />

<strong>PHILIPPINE</strong> CARACOW (Bubalus bubalis)*<br />

T. D. de la Cruz, Student<br />

Dissections were done to establish an anatomical basis for<br />

caudal or posterior epidural anesthesia of the Philippine<br />

134<br />

ABSTRACT OF RESEARCHES ON<br />

<strong>THE</strong> <strong>PHILIPPINE</strong> <strong>WATER</strong> <strong>BUFFALO</strong><br />

carabao. The nerve supply of the gluteal and perineal<br />

regions were briefly described and compared with that of<br />

the ox. Landmarks for the injection sites were established<br />

and procedures for induction of caudal epidural anesthesia<br />

were undertaken. The sites of injection established were<br />

the sacrococcygeal space, and the first intercoccygeal<br />

space. Using an 18 gauge needle 1 ½ inches long, 10-20<br />

ml of xylocaine was injected to the experimental animals<br />

with body weights ranging approximately from 200-325<br />

kgs. The depth of needle penetration was from 2-3 cm.<br />

There was an immediate onset of anesthesia after 1-3<br />

minutes and the duration of analgesia was as long as 1 to<br />

3 hours. The technique for caudal or posterior epidural<br />

anesthesia of the Philippine caracow described in this<br />

paper was simple and especially developed to be most<br />

effectively used. The anatomical basis or the approached<br />

developed has given the practitioner another alternative for<br />

the injection site.<br />

Keywords: epidural analgesia, caracow, xylocaine<br />

*Undergraduate thesis, College of Veterinary Medicine,<br />

University of the Philippines Diliman, 1980.<br />

H-16<br />

BACTERIAL ISOLATION FROM <strong>THE</strong> TONSILS,<br />

JEJUNAL AND TRACHEOBRONCHIAL LYMPH<br />

NODES OF SLAUGHTERED <strong>PHILIPPINE</strong> CARABAO<br />

(Bubalus bubalis)*<br />

A. C. de Leon, Student<br />

This study isolated, identified and determined the occurrence<br />

of bacteria in the tonsils, jejunal and tracheobronchial lymph<br />

nodes of 34 slaughtered Phiippine Carabao and 1<br />

slaughtered Philippine Murrah from the slaughterhouses of<br />

Calamba and Nagcarlan, Laguna. Corynebacterium sp.<br />

(85.71%), Escherichia coli (57.14%), Bacillus sp.<br />

(54.29%), Lactobacillus sp. (48.57%), Pseudomonas sp.<br />

(17.14%), Pasteurella aerogenes (17.14%), Edwardsiella<br />

sp. (17.14%), Klebsiella pneumoniae (17.14%),<br />

Pasteurella multocida (14.29%), Actinomyces pyogenes<br />

(11.43%), Stephylococcus aureus (11.43%), Proteus<br />

vulgaris (11.43%), Morganella morganii (11.43%), K.<br />

oxytoca (11.43%), P. hemolytica (8.57%), Pasteurella<br />

sp. (8.57%), Serratia marcescens (8.57%), Listeria sp.<br />

(5.71%), Streptococcus sp. (5.71%, Enterobacter cloacae<br />

(5.71%), C. freundi (5.71%), Salmonella sp. (5.71%)<br />

Actinomyces sp. (2.86%), Citrobacter diversus (2.86%),<br />

and Arizona sp. (2.86%) were isolated from the tonsils.<br />

Bacteria isolated from the jejunal lymph nodes included<br />

Corynebacterium sp. (31.43%), Bacillus sp. (11.43%),<br />

Lactobacillus sp. (5.71%), Actinomyces sp. (2.86%),

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