Eurasian Journal of Veterinary Sciences - 1987; 3(1)
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Eurasian Journal of Veterinary Sciences - RSS feed of 1987; 3(1)1300-0705January 1987Eurasian Journal of Veterinary Sciences1300-0705
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1987-01-01Eurasian Journal of Veterinary Sciences131987-01-01Erratum
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1987-01-01Eurasian Journal of Veterinary Sciences130121987-01-01001Original Article
http://www.eurasianjvetsci.org/text.php3?id=930
125 I Direct progesterone kits, IMM
1024, Immuchem Comp.» and «gamma counter, mini assay type, 6 - 20» were used.
The figures higher than 2.30 ng/ml for plasma and 1.94 ng/ml for milık serum
both the cows and heifers were evaluated as pregnant. Radioimmunoassay results
were controlled by rectal examination on the 60 th day after the servings. At
the end of the study the correct diagnosis rates were 84.45 % and 100.00 % for
pregnant and non pregnant animals. The progesterone values for the blood samples
ta'ken at the 21 st, 38 th and 45 th days were not different statistically. A
correlatlon at 5% level was found between the blood and milk samples in cows and
heifers. As a conclusion, the high rate of correct pregnancy diagnosis can be
obtained satisfactorily in cows and heifers by the assays of the blood and milk
samples collected at the 21 st day of serving.]]>1987-01-01Eurasian Journal of Veterinary Sciences130231987-01-01013Original Article
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2 ); 4. Fish oil (2.5 %) (BY 1 ); 5.
Fish oil (5%) (BY 2 ); 6. Animal fat (2.5 %) (HY 1 ); 7.
Animal fat (5 %) (HY 2 ); 8. Wheat + Sunflower oil (3 %) (BAY) were
used as supplemental or based energy sources. Each ration was fed to one male
and one female group. Thus, sixteen groups were set up and the experiment was
ended at the 56th day. Mean live weight values of the males were between 1892.93
and 2375.00 grams. The groups of M and BAY had the lowest live weight. the
highest values were obtained from the chickens in AYı (2355.58 g), AY
2 (2375.00 g) and BY 1 (2346.16 g) (P<0.01). There were no
significant differences among the live weights of females fed sunflower oil,
fish oil and animal fat (P > 0.05). The total feed consumption and feed
convertion of male chickens w ere 4.424-5.376 kg and 2.135-2.450 kg,
respectively, during the entire experiment. The satisfactory feed convertion
values were found in AY 2 and BAY. Feed convertion of female chicken
groups was in the range of 2.352- 2.574 kg and the chickens in the group fed
corn as an energy source consumed more feed for 1 kg weight gain than the other
groups. Abdominal fat contents of the males were in the range of 24.1-44.9 g and
percent abdominal fat of live weight was in the range of 1.0-2.0 %. Both
abdominal fat weight and the percent abdominal fat of live weight were the
largest in the groups fed fish oil. In the females, the highest values were
obtained in BAY, HY 1 and HY 2 (55.7, 48.7 and 52.4 g
respectively). The percent abdominal fat of li ve weight in the same sex groups
was between 1.8 and 2.9 %. According to these results, it is said that the
abdominal fat deposition of female chickens was more than the values of males.
As a result, because of best effect on increasing growth performanc~ obtained
with supplementing various levels of sunflower oil, it is suggested that the
vegetable oil be used in broiler rations as an energy subsitute for some part of
corn:. On the contrary, fish oil used in broiler rations increased abdominal fat
accumulation and caused fishy smell in me at.]]>1987-01-01Eurasian Journal of Veterinary Sciences130401987-01-01025Original Article
http://www.eurasianjvetsci.org/text.php3?id=932
1 ); 3. Sunflower oil (5 %)
(AY 2 ); 4. Fish oil (2.5 %) (BY 1 ); 5. Fish oil (5 %)
BY 2 ); 6. Animal fat (2.5%) (HY 1 ); 7. Animal fat (5%)
(HY 2 ); 8. Wheat + Sunflower oil (3 %) (BAY) were used as
supplemental or based energy sources. Each ration was fed to one male and one
female •group. Thus, sixteen groups were set up and experiment was ended
at the 56th day. At the 56th day of the experiment, the highest liver weights
and liver fat percentages of the male chickens were found in BY 1 and
BY 2 fed fish oil. On the other hand, the highest liver weight was
found in BY 2 and the highest percentage of liver fat was observed in
BY 1 in the females. At the end of the experiment, in macroscopic
investigation of livers of the male and female chickens fed fish oil were
yellowish pale, swollen and crispy. In microscobic investigation of the livers
in the same groups, the excessive amounts of lipid infiltrations were seen in
the cytoplasma of paranchymal cells. Simiral observation was found in the livers
of female chickens fed corn. There were the excessive amounts of lipid
infiltrations in M and BAY in males and in HY 1 and BAY females, but
the lipid level was less than the above groups. By contrast, the lesser amounts
of lipid infiltrations were observed in the liver paranchymal cells of the
chickens fed the rations supplemented vegetable or animal fat. As a result,
because of the best effect on the reduction of fat level obtained with
supplementing various levels of sunflower oil, it is sug• gestecl that the
vegetable oil be used in broiler rations as an energy substitute of some part of
corn. On the contrary, fish oil used in broileı rations increasecl liver fat
accumulation and caused fishy smell in meat.]]>1987-01-01Eurasian Journal of Veterinary Sciences130611987-01-01041Original Article
http://www.eurasianjvetsci.org/text.php3?id=933
1987-01-01Eurasian Journal of Veterinary Sciences130691987-01-01063Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences130811987-01-01071Original Article
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3 , 62.6 %, 524.0 x 10 6
/cm 3 , 7.9 %, 6.7 %, 6.1 und 10.3 minute; bzw. bei Deutschen
Schaferhunde - Rasse 21.2 cm 3 , 67.8 %, 305.8 x 10 6
/cm 3 , 6.2 %, 6.1 %, 6.2 und 10.8 minute festgestelt. Die Werte, die
für die gleichen spermatologische Eingenschaften ausserhalb der Volumen bei der
beiden Rasse gefunden wurden, zeigten keine signifikante Unterschied.]]>1987-01-01Eurasian Journal of Veterinary Sciences130951987-01-01083Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences131071987-01-01097Original Article
http://www.eurasianjvetsci.org/text.php3?id=937
1987-01-01Eurasian Journal of Veterinary Sciences131191987-01-01109Original Article
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3 by means of cross neutralisation. It is concluded that the isolated
virus was ovine adenavirus type 3 (OA 3 ) in accordance to the
characteristics mentioned above.]]>1987-01-01Eurasian Journal of Veterinary Sciences131311987-01-01121Original Article
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8 - bacterins/ ml.) and 2 ml.
invasion (l0 12 bacterins/ml.) E. coli strain for occuring
experimental colibasillosis. All calves were examined clinically and their blood
samples were taken for determining blood parameters at 1 st , 12
th , 36 th hour of infection. At 12 th hour of
infection elinical signs were observed. They were fever, lock of appetite, mild
diarrhoea and increased pulse and respiratory rate. At 36 th hour
these elinical findings were became severe. At the same time PCV, total
leucocyt, serum urea levels were increased and Na level was decreased
significantly. However, the total protein, K and P values were not affected.
After the observation of these sing the calves were divided into three groups:
The control, Esha Calvasid Superasid and Cholostral Suplement groups. The calves
in control group were given 150g/l water Esha calvasid 60, the calves in other
treatment group were given 125g/l water Esha calvasid superasid and
the•third group w as fed 50 ml. cholostral suplement/1 milk. Only one calf
in control•group died and other calves in control group were heated with
cholostral suplement. The calves in both tteatment group were returned to their
normal health.]]>1987-01-01Eurasian Journal of Veterinary Sciences131441987-01-01133Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences131521987-01-01145Original Article
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1
)• and 16 second cross- bred obtaineld from the Mercimek Zootechnical
Research İnstitue of General Directorate for Agricultural Affairs. The serum Na
and K value s were determined with Flame – Photo-meter. The serum
inorganic P values were executed by using Boehringer test kit. The results were
stattistically evaluated by analysis of variance. The levels of Na, K and
inorganic P in all the groups respectively between. 322.95 ±,8.78 - 351.60.
±1.52 mg/100 ml, 21.45 ±0.45 - 23.14 ±1.83 mg/100 ml, 6.09 ±0.30 - 7.20
±0.25 mg/100 ml. The results between all of .the groups were not found
statisotically significant ( > 0.05).]]>1987-01-01Eurasian Journal of Veterinary Sciences131581987-01-01153Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences131661987-01-01159Original Article
http://www.eurasianjvetsci.org/text.php3?id=943
2 S, indol and .motility tests were 100 %, 0.0 %, 0.0 %, 0.0 %, 100%, 0.0
%, 96.1% and 80.4% respectively. It was observed that only one of the whore
strains ( 1.96 %) passessed a hemolytic activity. According to the results of
disk diffusion method, antiıbiotic resistance rates of E. coli strains were
determined as follows 70.5 % for tetracyline, 86.2 % for oxytetracycline and
neomisin, 98.1 % for erytromisin, 54.9% for ampisilin, 49.0 % for streptomisin,
23.4 % for chloramphenicole and 5.9% for nalidixic acide. Of the strains 94.1
per cent were resistant to more than 3 antibiotics. The rates of R –
plasmid transmission of the strain were found to be 27.1 per cent.]]>1987-01-01Eurasian Journal of Veterinary Sciences131771987-01-01167Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences131911987-01-01179Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences131961987-01-01193Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences132051987-01-01197Original Article
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1 ) and 13 second cross-bred (G 2 ) obtained from the Mercimek
Zootechnical Research Institute of General Directorate for Agricultural affairs,
were used. The experiments have continued for 4 seasons. Therefore a total of
276 blood samples: 4 times from each animal in every season, were collected and
1104 analyses: GOT, BUN, ALP- FF A for each samples were carried out. The
analysis of glutamic oxaloacetic transaminase and alkaline phosphatase
eİızymes in blood serum were executed by using Boehringer enzyme test kits.
For the determination of nitragen in b:ood urea, Nesslerisation method was used.
Free fatty acidsin plasma were measured by coloİ'imetric methods. The results
were statistically evaluated by analysis of variance and Duncan's multiple range
test. According to the seasonal differencies the following values were obtained.
The GOT values; 41.44 ±3.84- 82.38 ±5.69 U/L. The ALP values; 36.85 ±2.19 -
110.76 ±7.86 U/L. The BUN values; 10.02 ±0.667- 17.52 ±1.328 mg/100 ml. The
FFA values; 0.047 ±0.003 - 0.461 ±0.093 mM/L. The differences related to the
seasons and animal breeds are found to be statistically significant (P <0.01,
P <0.05).]]>1987-01-01Eurasian Journal of Veterinary Sciences132191987-01-01207Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences132321987-01-01221Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences132451987-01-01233Original Article
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2
solution, obtained by dissolving 1 gr granul ated pure CaCI 2 in 100
cc distiled water. 4 - Three parts of Glycine - Saline Buffer Solution were
mixed with one part of 1% CaCI 2 solution. Sodium Acide of 1/20
concentration in distiled water was added to this mixture until the mixture
reached a sodium acide concentration of 1/2000. The resulting mixture was used
in the test and it is called solution B. B. Aplication A full drop of blood
obtained from the top of ear was placed on a slide. A drop of solution was added
and mixed with the tip of the lanset and the mixture was spread over the slide.
Next a drop of solution B was added, mixed and spread smilarly. The slide was
rolled back and forth a couple of times. When many red granulations appeared in
the mixture within two minutes the test was considered as positive.]]>1987-01-01Eurasian Journal of Veterinary Sciences132521987-01-01247Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences132581987-01-01253Original Article
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1987-01-01Eurasian Journal of Veterinary Sciences132701987-01-01259Original Article
http://www.eurasianjvetsci.org/text.php3?id=953
1987-01-01Eurasian Journal of Veterinary Sciences132921987-01-01271Original Article
http://www.eurasianjvetsci.org/text.php3?id=954
1987-01-01Eurasian Journal of Veterinary Sciences132971987-01-01293Case Report