Prophylactic Impacts of Lotusine against Hyperglycaemiainduced oxidative stress in Hepatic cells, via IRS1/PI3 K/Akt pathway

Biochemistry, Genetics and Molecular Biology

1. Alkaloid 11%
2. Animal Model 11%
3. Anticancer 11%
4. Antidiabetic Activity 33%
5. Antiinflammatory Activity 11%
6. Antioxidant Activity 22%
7. Antioxidant Enzyme 11%
8. Apigenin 11%
9. Biochemistry 11%
10. Biofilm 11%
11. Biological Activity 11%
12. Carbohydrate Metabolism 11%
13. Catalase 11%
14. Cell Damage 22%
15. Cell Death 11%
16. Disease Burden 11%
17. Doxorubicin 11%
18. Dyslipidemia 11%
19. Enzyme 33%
20. Enzyme Activity 11%
21. Ethnopharmacology 11%
22. Extract 11%
23. Flavonoid 22%
24. Glucosidase 11%
25. GLUT4 11%
26. Glutathione Peroxidase 11%
27. Hyperglycemia 11%
28. Insulin Resistance 11%
29. Koji 11%
30. Lipid Peroxide 11%
31. Lotus (Genus) 100%
32. Luteolin 11%
33. Maturity Onset Diabetes of the Young 33%
34. Medicinal Plant 11%
35. Messenger RNA 11%
36. Metabolic Disorder 11%
37. Molecular Mechanism 11%
38. Oxidative Stress 100%
39. Phytochemical 11%
40. Polysaccharide 11%
41. Prevalence 11%
42. Protein Kinase B 100%
43. Rat 22%
44. Signal Transduction 33%
45. Structure Activity Relationship 11%
46. Superoxide Dismutase 11%
47. Wellbeing 11%