Biochemical Immunology of Diabetes and Associated Complications

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