School of Food Science and Agricultural Technology (SFSAT)
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School of Food Science and Agricultural Technology (SFSAT)
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Item IN VIVO TREATMENT OF COCCIDIAL ORGANISMS USING ETHANOLIC EXTRACT OF RIPE PAWPAW (Carica papaya) SEEDS AND ITS EFFECT ON GROWTH PERFORMANCE AND HAEMATOLOGY OF BROILER CHICKENS.(AFRICAN JOURNAL OF AGRICULTURE AND ALLIED SCIENCES, 2025) Adama, J. Y.; Abdulkadir, U.; Kolo, P. S; Christopher, K. SThe study was carried out to assess the anticoccidial effect of ethanolic extract of ripe pawpaw (Carica papaya) seeds in the treatment of coccidial organisms in broiler chickens under natural infection. A total of 150 (day-old chicks) were randomly divided in 5 treatments (containing 3 replicates with 10 birds per replicate). The infected birds were administered dosage levels of ethanolic extract concentrations of 0g (amprolium), 2g, 3g, 4g, and 5g/ litres of drinking water for a period of eight (8) weeks, respectively. Data collected were analyzed using analysis of variance (ANOVA). The phytochemical constituents of the extracts revealed the presence of alkaloids, cardiac glycosides, flavonoids, oil, protein, reducing sugar, saponins, tanins and terpenoids, The results of this experiment showed significant difference (P< 0.05) in the final body weight, survivability of the birds and significant reduction of the oocysts in the faecal samples of the birds across the treatments. Birds with highest levels of EERPS showed best result in the final Body weight and had low mortality and oocyst count which is close to those obtained in those treated with amprolium (T1). There was no significant difference (P >0.05) in the haematological parameters except the red blood cells (RBC). Thus, ethanolic extract of ripe pawpaw (Carica papaya) seeds can serve as an alternative to synthetic anticoccidial drugs in the prevention and control of coccidiosis in chickens.Item Phenotypic and genetic categorization of qualitative traits in extensively managed local goat (Capra aegagrus) population of Niger State, Nigeria(Nigerian Journal of Genetics/Elsevier, 2015-10-09) Kolo, P. S; Egena, S.S.A.; Tsado, D.N.; Adisa-Shehu, MA study on the distribution and frequencies of coat colour, wattle, beard, horn, and hair type using 375 extensively managed local goats was carried out in the three administrative zones of Niger state, Nigeria. The animals were scored for coat colour pigmentation pattern, presence or absence of wattle, beard, horn, hair type and extra teat. The study showed that light brown is the predominant colour in zones A (43.24%) and zone C (47.57%). Dark brown colour was predominant in zone B (37.82%) followed by light brown (31.09%). The observed frequencies for wattle (Waw) and extra teat (Ete) were above (p < 0.01) the expected Mendelian value of 75% for a dominant gene in all the zones (90.34, 86.55, 87.39 percent for wattle and 91.73, 96.64, 98.21, percent for extra teat in zones A, B, and C, respectively). The gene frequency for beard (Brb) were significantly lower (p < 0.01) than the expected Mendelian value of 75% for a dominant gene in zone A (66.20%) and zone B (55.46%), but was higher in zone C (83.78%). The gene frequency for polledness (Pop) was 0.00% for all the zones. The gene frequency for soft hair. was more than (p < 0.01) the expected Mendelian value of 75% for dominant genes in zone C (87.33%) but fell short in zone A (60.69%) and zone B (43.70%), respectively. It was concluded that coat colour variation exist in local goats reared extensively in Niger state.Item Application of path coefficient analysis in assessing the relationship between growth-related traits in indigenous Nigerian sheep (Ovis aries) of Niger State, Nigeria(Agricultural Science and Technology, 2015-06-05) Egena, S. S. A; Tsado, D. N; Kolo, P. S; Banjo, A.A; Shehu-Adisa, M.Indigenous Nigerian sheep raised under extensive management were evaluated with the aim of assessing variability among body weight and body measurement traits thereby deducing components that best describe the relationship using path coefficient analysis. The parameters measured were body weight (BW), body length (BL), head length (HL), head width (HW), height at withers (HAW), chest depth (CD), chest girth (CG) and shin circumference (SC). Pair wise correlation between body weight and body measurements were positive and significant (r = 0.475 – 0.655 in males, 0.262 – 0.449 in females, and 0.336 – 0.509 in the combined population, P<0.01). Path analysis showed that shin circumference and chest depth had the greatest direct effect on body weight in male, female and the combined population (path coefficient = 0.250, 0.252 and 0.250, respectively) while the least direct effect was observed for head width (in male and female with path coefficient = 0.007 and -0.017, respectively), and height at withers in the combined population (path coefficient = -0.020). Percentage direct contribution to body weight was 6.25, 6.35 and 6.25% from shin circumference (male), chest depth (in female and the combined population 2 respectively). The optimum linear regression models with coefficient of determination (R ) value of 0.45, 0.31 and 0.37 included forecast indices such as chest depth and shin circumference in males, body length, head length and chest depth in females and the combined population, respectively.Item Path coefficient analysis of body weight and body measurements in Red Sokoto goats (Caprahircus l.) of Niger State, Nigeria(Revue Agriculture, 2014-06) Egena, S.S.A; Tsado, D.N.; Kolo, P. S; Banjo, A. A; Shehu-Adisa, M.Indigenous Red Sokoto goats raised under extensive system of management were used to evaluate the relationship between body weight (BW), head length (HL), head width (HW), height at withers (HAW), chest depth (CD), chest girth (CG), shin circumference (SC) and body length (BL). The objective of the study was to assess variability among body weight and its related characters using path coefficient analysis. Pair wise correlation between body weight and linear body measurements were positive and mostly significant (r= 0.053 - 0.826 in males; -0.020 - 0.667 in females and 0.072 – 0.690 in the combined population; P<0.05, 0.01). Path analysis showed that chest depth, shin circumference and body length made the greatest direct effect on body weight in male, female and the combined population (path coefficient = 0.360, 0.341 and 0.322, respectively) while the least direct effect was observed for height at withers, chest depth and height at withers in the male, female and the combined population (path coefficient = -0.019, -0.104 and -0.001 respectively). The optimum linear regression model with a coefficient of determination (R2) value of 0.684, 0.635 and 0.628 included forecast indices such as chest depth and body length in the male, head length, height at withers, chest depth, chest girth, shin circumference and body length in the female and head length, head width, chest girth, shin circumference and body length in the combined population. The optimum regression equations could be used in predicting body weight of indigenous goats in the field and for selection purposes.