ENERGY ADAPTAION OBSERVED IN THE HEAD REGIONS OF Xenopus Laevis

ABSTRACT

The study focused on Xenopus laevis tadpoles taken from three diverse sites inside Benin City's metropolitan environment, which acted as bio indicators to measure the level of pollution in those environments. These tadpoles were studied to look for crucial molecular biomarkers related to energy metabolism in their tissues. In the study, the head segments of ten tadpoles aged 5 to 10 days collected from three different locations was analyzed. The changes in lactate dehydrogenase (LDH), glucose (GLU), and total protein were examined in this study. The major goal was to determine the influence of environmental contamination on these tadpoles by comparing specimens from polluted sites to control tadpoles. The results of this study demonstrated a significant decrease in the amounts of protein, triacylglycerides, and lactate dehydrogenase, among tadpoles exposed to severely polluted settings when compared to their counterparts from the UNIBEN capitol location. The findings revealed substantial differences across all of the measured physicochemical environmental factors within the research locations. The investigation concentrated on three specific sites: the Nifor dumpsite, the Uniben Capitol, and Uwelu. In response to environmental stressors, the findings revealed an interesting tapestry of energy adaption processes. The Uwelu, Capitol Xenopus laevis specimens demonstrated a more effective energy allocation technique, characterized by optimum metabolic rates and histological profiles supportive of health and balance. As a result of energy being diverted to defense and detoxifying mechanisms, those from the Nifor contaminated zone showed severe abnormalities. Furthermore, this research adds to the growing body of knowledge about the complex interplay between environmental influences and amphibian adaptive responses. It is a core resource for informed conservation practices and the creation of specific measures to protect amphibian species in the Benin area, where environmental difficulties continue.