Journal de la nanomédecine et de la découverte biothérapeutique
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ISSN: 2155-983X
ISSN: 2155-983X
Asha Singh, Sadhana Shrivastava and Sangeeta Shukla Jiwaji University, India
Statement of the Problem: Nanomedicine research is currently an area of adoring scientific curiosity due to its wide variety of potential application in therapeutic and biomedical interest. In the present study, Morus alba L. leaves were used as reducing agents to prepare a silver nanomedicine with an aim to enhance the preventive efficacy of bioactive compounds present in these leaves for the treatment of hepatic ailment in rats. Methodology & Theoretical Orientation: Hepatotoxicity in albino rats was induced by intraperitoneal injection of N-nitrosodiethylamine and was treated with different doses of silver nanomedicine to find nanodrug. After the experimental period, blood and liver samples were collected from dissected animals, for haematological and biochemical analysis. The levels of oxidative markers, antioxidant status and inflammatory markers were estimated in serum and tissue homogenates whereas histopathological observations were assessed in the tissue of control and experimental animals. Findings: The administration of NDEA showed significant rise in the above biochemical parameters, whereas the levels of enzymatic antioxidants were decreased. Obtained results demonstrated that the screening of biologically synthesised AgNPs at different doses reverse the elevated levels of these enzymes significantly towards normal. Additionally, both the higher doses markedly recoup the antioxidant status. Histopathological studies also showed recovery towards normal in same manner. AgNPs at a dose of 100 μg/kg was found to be most effective in comparison to both the lower doses of leaf extract. Conclusion & Significance: Above findings powerfully support that M. alba leaves have therapeutic potential and biologically synthesized AgNPs enhance its efficacy and can be used as nanomedicine against hepatocellular disorder