Discover how FMK protects pancreatic beta cells from high glucose damage through the ChREBP-TXNIP pathway, offering potential diabetes treatment breakthroughs.
Discover how the HbA1c blood test helps predict wound complications after knee surgery in diabetic patients and improves surgical outcomes.
Exploring the joint effect of congenital hypothyroidism and hypercaloric diet as triggers of type 2 diabetes through scientific evidence and research findings.
Exploring how connecting peptides like C-peptide transform from biological bridges to therapeutic agents for diabetes and other diseases.
Discover how kidneys regulate glucose through mTORC2 and potassium signaling, with implications for diabetes treatment.
Discover how neurotrophin receptors, particularly p75NTR, play a crucial role in glucose metabolism and insulin sensitivity, opening new pathways for diabetes treatment.
Exploring glucagon receptor antagonism as a groundbreaking therapeutic approach for type 2 diabetes treatment through the dual hormone theory.
Explore how chromium regulates GLUT4 expression in diabetic rats and its potential for diabetes management.
Explore how sleep apnea and sleep loss contribute to insulin resistance and type 2 diabetes through metabolic disruption and hormonal changes.
Discover how the inflammatory protein S100A8 suppresses pancreatic β-cell proliferation in diet-induced obese mice and its implications for diabetes treatment.