To review the role of zinc homeostasis in the development of type 2 diabetes and diabetic kidney disease, focusing on hypoxia as a central trigger.
Approach:
Zinc Signaling: Discusses the importance of zinc signaling in cellular and systemic carbohydrate metabolism in diabetes and DKD.
Zinc Homeostasis: Explores the relationship between zinc levels and the onset and progression of diabetes and DKD.
Key Findings:
Chronic hyperglycemia leads to renal hypoxia, a key factor in the progression of DKD.
Zinc deficiency can impair insulin synthesis and secretion, contributing to insulin resistance.
Both zinc deficiency and excess are associated with increased diabetes risk, indicating a U-shaped relationship with dietary zinc intake.
Interpretation:
Zinc plays a critical role in the body's response to hypoxia and may influence the progression of diabetic kidney disease through its effects on insulin and glucose metabolism.
Limitations:
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Conclusion:
Zinc homeostasis is essential for managing diabetes and DKD, particularly in relation to hypoxic conditions.
