BIOSYSTEMATIC AND BIOCHEMICAL EVALUATION OF HELMINTH FAUNA IN SHEEP AND GOAT FROM TRIBAL DISTRICT NANDURBAR,(M.S.),INDIA

Helminths exhibit a wide range of morphological adaptations that enable them to thrive as parasites within their hosts. These adaptations are crucial for understanding the pathogenesis of helminth infections. The morphology of these parasites is essential for understanding their structure of adaptation in anatomical niche. Common cestode in sheep and goats, has a characteristic scolex with four suckers and a stobila composed of numerous segments, each containing reproductive organs. Nematodes are common in sheep and goats, They have a complex life cycle involving multiple larval stages, which are essential for their survival and transmission. Helminths are multicellular parasites that have evolved complex life cycles and biochemical strategies to infect and survive within their hosts. Effective control of these helminth infections requires accurate identication of the causative parasites. Traditionally, identication relies on morphological characterization, examining features such as body shape, size, and the presence of specic structures. Coupled with modern biochemical investigations, a more complete understanding of parasite biology, host-parasite interactions and potential intervention strategies can be achieved. In present study will helpful to get information about which specic kind bio molecule of perform specic role in it's operational area, protein specicity, role of specic carbohydrates, lipid content over biomolecules. However further aims to integrate both morphological and biochemical insights into the common helminth parasites affecting sheep and goats from trible district Nandurbar of Maharashra State, India