The present study aims to evaluate the role of TQ on the oxidative damage induced by ACR in rat testes. The administration of ACR resulted in elevation in testes MDA and NO levels and significant reduction in the level of GSH and the activity of SOD and CAT. Also, plasma testosterone was significantly elevated in ACR-treated rats as compared with negative control. These biochemical changes were associated with congestion and interstitial edema,necrosis, calcification and degeneration of spermatogenic cells and formation of spermatid gaint cells. Co-treatment with TQ ameliorates these biochemical and histological changes. In conclusion, supplementation with TQ as antioxidant may offer protection against ACR induced testicular toxicity.

The present study aims to evaluate the role of TQ on the oxidative damage induced by ACR in rat testes. The administration of ACR resulted in elevation in testes MDA and NO levels and significant reduction in the level of GSH and the activity of SOD and CAT. Also, plasma testosterone was significantly elevated in ACR-treated rats as compared with negative control. These biochemical changes were associated with congestion and interstitial edema,necrosis, calcification and degeneration of spermatogenic cells and formation of spermatid gaint cells. Co-treatment with TQ ameliorates these biochemical and histological changes. In conclusion, supplementation with TQ as antioxidant may offer protection against ACR induced testicular toxicity.

The present study aims to evaluate the role of TQ on the oxidative damage induced by ACR in rat testes. The administration of ACR resulted in elevation in testes MDA and NO levels and significant reduction in the level of GSH and the activity of SOD and CAT. Also, plasma testosterone was significantly elevated in ACR-treated rats as compared with negative control. These biochemical changes were associated with congestion and interstitial edema,necrosis, calcification and degeneration of spermatogenic cells and formation of spermatid gaint cells. Co-treatment with TQ ameliorates these biochemical and histological changes. In conclusion, supplementation with TQ as antioxidant may offer protection against ACR induced testicular toxicity.

Individuals with coexisting diabetes and metabolic syndrome have the highest prevalence of lipid abnormalities and cardiovascular disease. The aim of this study give attention for the risk associated with the increase of obesity rates and its complications in Egypt. This study was conducted on 91 subjects at Hospital of Sohag University to evaluate the relationship between levels of HbA1C, c-peptide and lipid profile in obese and obese diabetic patients. The results showed that both obese and obese diabetic subject has higher blood pressure, blood glucose, HbA1C, C-peptide, total cholesterol, TG, LDL-C and lower HDL than normal control subjects. In addition, the previous parameters were higher in diabetic obese than normal obese subject. It is concluded that these results suggest that HbA1c, C- peptide level can be used as tools for predicting the lipid profile of both normal obese and obese diabetic patients. Glycated hemoglobin (HbA1C) is the indicator of glycamic status over long term. C-peptide is inflammatory markers elevated in diabetic patients.