Biochemical Immunology of Diabetes and Associated Complications

1. Types of Diabetes, mechanism of insulin resistance and associated complications
2. Introduction to Immunology
3. Immune system and diabetes
4. Type-2 diabetes and its effect on immune system
5. Association of oxidative stress with diabetes
6. Biochemical pathways involved in diabetes
7. Immune response and biochemical connection in diabetes
8. immunomodulation and mitigation of diabetic complications
9. Targeting immune system for the treatment of diabetes
10. Inflammatory-mediated responses in development of diabetes
11. Gut-Microbiota-Brain Axis: pathophysiological mechanism in diabetes
12. Association of diabetes mellitus with stress, neuroinflammation other comorbid neuropsychiatric disorders
13. C-reactive protein: a potent inflammatory biomarker in insulin resistance
14. Anti-inflammatory therapy as a promising target for the treatment of diabetes mellitus
15. Role of symbiotic in the treatment of diabetes mellitus via modification of immune system
16. Effect of current antidiabetic drugs on inflammation and immune system
17. Nutraceuticals targeting immune system for the treatment of diabetes
18. Impact of herbal drugs on immune system and diabetes
19. Case studies related to the diseases in question
20. Future Targets

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• Diabetes
• Metabolismo

Biochemistry; Immunology; Diabetes; diabetic complications; immunosupression; immunomodulation