ABSRACTThis study assessed phytochemical constituents of Pecralima nitida seed extract and its effect on liver enzymes activities of male albino rats fed Pecralima nitida seed supplemented diet. A total of twenty male albino rats were used for this study and were randomly divided into four groups of five rats each. Group I was fed with normal rat feed and water, group II was fed with 50% pecralima nitida seed and 50% normal rat feed, group III was fed with 70% pecralima nitida seed and 30% normal rat feed while group IV was fed with 90% sample and 10% normal rat feed for a period of twenty eight days. The preliminary phytochemical profile showed the presence of flavoniod, saponin, tainins, glycoside, alkaloid, phenol and steroid. These bioactive compounds may contribute to the reputed medicinal efficacy of pecralima nitida seed. Liver enzymes activities such as AST showed no significant difference between the control (24.39±3.6IU/l) and group II (25.88±3.7IU/l) but significantly increased in group III (37.38±7.2IU/l) and group IV (42.19±2.1IU/l). The other enzymes ALT and ALP showed significant statistical increase in groups II-IV (P<0.05). The histological evaluation shows that group III and IV had evidence of degenerative tissues induced by 70% sample and 30% normal rat feed and 90% and 10% normal rat feed. This however showed and suggested that irrespective of the reputed medicinal relevance of pecralima nitida seed, care should be taken in the quantity of these extract that is consumed as this may exhibit cumulative toxicity leading to functional impairment in the integrity of the liver.

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Agricultural impact of swine waste open disposal in  Ubakala area of Abia State were evaluated. Results indicates an increase in soil temperature with increasing soil depth while soil pH was observed to be slightly acidic. Increased soil nutrients, soil enzymes were recorded from the study. This findings suggest that  swine dumps may not be good for agricultural purposes unless adequate treatment  measures  are  taken prior to its application as fertilizer.