Prediction of body weight with heart girth in small ruminants in the semi arid Maiduguri, Nigeria

Heart girth (HGT) and body weight (BWT) records of 450 goats and 449 sheep were analyzed to determine the predictive value of HGT for BWT in both species as well as the effect of sex and season on HGT. The overall means of heart girth for the two species were 59.51 cm (goats) and 67.58 cm (sheep). Sex had no significant (p>0.05) effect on HGT, though significant (

Phenotypic Characterization of the Bunaji Cattle Breed in Oyo State, Nigeria

Nine body measurements of 859 (401 females and 458 males) Bunaji cattle of various ages (1 - >4 years) were collected over a period of 4 months (July - October) at the Bodija livestock and Akinyele international livestock markets in Ibadan, Oyo state of Nigeria. The parameters measured were head to shoulder (HTS), shoulder to tail drop (STD), body length (BLT), heart girth (HTG), height at withers (HTW), canon circumference (CCR), tail length (TLT), horn length (HLT) and ear length (ELT). Phenotypic traits such as dewlap, coat color, horn type, ear type, hump type and navel flap were also examined by visual assessment. The means and standard deviations obtained for the body measurements were 120.18 ± 7.94, 145.99 ± 14.28, 47.31 ± 6.71, 117.35 ± 12.36 and 37.08 ± 14.11 for HTW, HTG, HTS, STD and HLT respectively. The coefficient of variation of the body dimensions were high ranging from 6.60% for HTW to 39.44% for HLT. Sex of the animal had no significant (p>0.05) effect on the body dimensions. Correlation coefficients for the relationship between body measurements ranged from 0.06 (HTS and STD) to 0.89 (STD and BL) for the males and 0.04 (HTS and STD) to 0.89 (STD and BL) for female. The high and significant relationship (

Modulatory activity of antioxidants against the toxicity of Rifampicin in vivo Atividade modulatória de anti-oxidantes contra a toxicidade da rifampicina in vivo

The World Health Organization (WHO) has shown concern about the burden of tuberculosis in the developing countries. Even though rifampicin is an effective drug in the management of tuberculosis, it has been documented to have some toxic effects in humans. Therefore, this study intends to investigate the modulatory effect of vitamins C and E on the hepatotoxicity, sperm quality and brain toxicity of Rifampicin. Forty Wistar albino rats were used, 10 animals per group. Group 1 animals received 0.3 mL of distilled water, the Group 2 animals received the therapeutic dose of rifampicin, Group 3 animals received therapeutic doses of rifampicin plus vitamin E, while Group 4 received therapeutic doses of rifampicin and vitamin C. The administration was performed orally during three months; the animals were sacrificed by cervical dislocation at the end of that period. Blood samples were collected and liver function and lipid profile was analyzed using fully automated clinical chemistry device. The liver, brain and reproductive organs underwent histopathological examination. Sperm samples were collected from the epididymis to achieve count and motility and morphological analysis. Results showed rifampicin alone to raise (p < 0.05) liver function enzymes (Aspartate amino transferase [AST], Serum alanine amino transferase [ALT] and Total Bilirubin) when compared with controls. While the vitamin E treated group showed remarkable protection, the vitamin C treated group showed questionable protection against the rifampicin induced liver damage. Sperm count results showed an important (p < 0.05) increase in the sperm quality in vitamin E and C treated groups. However, the vitamin E plus Rifampicin treated group showed increased lipid peroxidation. The histopathological findings revealed structural damages by rifampicin in liver, brain and epididymis while some remarkable architectural integrity was observed in the antioxidant-treated groups. It can be concluded that vitamin E or C improved sperm quality and protected against the brain damage caused by rifampicin. Moreover, vitamin E demonstrated remarkable hepatoprotection against rifampicin induced damage while vitamin C shows a questionable hepatoprotection.<br>A Organização Mundial da Saúde tem mostrado preocupação acerca da eclosão da tuberculose nos países em desenvolvimento. Embora a rifampicina seja droga efetiva para o controle da tuberculose têm sido documentados seus efeitos tóxicos em pacientes. Portanto este estudo tem a intenção de investigar o efeito modulador das vitaminas C e E na hepatotoxicidade, qualidade de esperma e a toxicidade cerebral da rifampicina. Quarenta ratos albinos da raça Wistar foram usados, 10 animais por grupo. O grupo 1 de animais recebeu 0,3 mL de água destilada. O grupo 2 recebeu a dose terapêutica de rifampicina. O grupo 3 recebeu doses terapêuticas de rifampicina mais vitamina E, enquanto o grupo 4 recebeu doses terapêuticas de rifampicina e vitamina C. A administração foi feita por via oral durante três meses; os animais foram sacrificados por deslocação cervical após este período. Amostras sanguíneas foram coletadas e função hepática e o perfil lipídico foram analisados usando aparelho automático de química clínica. O fígado, o cérebro e os órgãos reprodutivos foram submetidos a análise histopatológica. As amostras de esperma foram coletadas do epidídimo para contagem, motilidade e análise morfológica. Resultados revelaram que a rifampicina isoladamente aumenta (p < 0,05) os enzimas de função hepática (aspartato amino transferase {AST], alanino amino transferase sérica [ALT] e bilirrubina total) quando comparados com os controles. Embora o grupo tratado com vitamina E mostrasse marcada proteção, o grupo tratado com vitamina C mostrou proteção questionável contra a lesão hepática induzida pela rifampicina. Resultados da contagem espermática mostraram importante (p < 0,05) aumento na qualidade do esperma no grupo tratado com vitamina E e C. Entretanto, o grupo tratado com vitamina E e rifampicina mostrou aumento da peroxidação lipídica. Os achados histopatológicos revelaram danos estruturais pela rifampicina ao fígado, cérebro e epidídimo enquanto uma notável integridade arquitetural foi observada no grupo tratado por anti-oxidantes. Pode-se concluir que as vitaminas E e C melhoraram a qualidade do esperma e protegeram o cérebro de danos causados pela rifampicina. Mais ainda, a vitamina E demonstrou notável hépato-proteção contra o dano induzido pela rifampicina enquanto a vitamina C mostrou hépato-proteção questionável