that under arthritic conditions the T-SOD activity in the experimental subject's serum was decreased, however, this increased significantly with G.tabacina (GTE) treatment. The GTE treatment also observed a significant decrease in the MDA levels. The results of this study suggest that G.tabacina (GTE) has the possibility of retaining anti-arthritic properties through the alleviation of oxidative stress in the subjects. Even though, the chemical properties of G.tabacina (GTE) is still not fully known, this study observed through HPLC analysis that this species of plant had an abundance of numerous conventional isoflavonoids (i.e., genistin, daidzein, genistein, pratensein, etc.) which indicate that the anti-arthritic activities of GTE might have stemmed from these isoflavonoids. The isoflavonoid, genistin has been shown to stop differentiation of osteoclasts and promote their proliferation. This cytokine has further been observed to lessen the arthritis induced by collagen II in mice and rats. Another study conducted by Lihua Tan, published in 2020, investigated the medicinal mechanisms and actions of aqueous extract in Glycine tabacina when treating nephrotic syndrome in mice models. The study specifically examined mice for movement hysteresis, weight loss, water content, and food intake after being injected with ADR (Adriamycin (ADR)). Glycine tabacina extract administration (GATE) significantly reduced protein levels in urine and hyperlipoproteinemia symptoms, in nephrotic syndrome mouse, as demonstrated by lower urinary protein and albumin excretion, and reduced plasma total cholesterol and triglyceride levels. Furthermore, GATE also improved the intake of food, movement, and reduced weight loss. This study is the first to show that conditions such as heavy proteinuria, deteriorating renal function and, hyperlipidaemia could be substantially improved after Glycine tabacina extract administration (GATE) which has opened potential pathways for the prevention and treatment of other kidney diseases and Nephrotic Syndromes (NS). Reduced blood urea nitrogen and creatinine levels in nephrotic syndrome mouse indicated that Glycine tabacina aqueous extract may prevent the kidneys from consequences of adverse drug reaction. Adverse drug reaction - induced pathological defects in renal tissues were prevented by Glycine tabacina aqueous extract therapy. In this study, the levels of creatinine, plasma Bun, triglyceride, and total cholesterol after ADR injection were observed to be significantly increased in the experimental mice group, whereas these levels were opposed and decreased by GATE. Histological studies on these experimental mice discovered that notable damages were caused to renal tissues (i.e., glomerular deformation, tubular damages, etc.) in the ADR treated mice. On the other hand, these damages