Table 2 Summary of cellular injuries in DKD.
From: Mitochondrial metabolic reprogramming in diabetic kidney disease
Type of kidney cells | Metabolic characteristics | Mitochondrial metabolism | Injuries | References |
|---|---|---|---|---|
Tubular epithelial cells | TECs contain a large number of mitochondria and use FAO as the main source of energy. | Glucose metabolism | Inflammation | [51] |
Oxidative stress | [54] | |||
Apoptosis | [51] | |||
Autophagy disorder | [51] | |||
Lipid metabolism | Inflammation | |||
Oxidative stress | ||||
Apoptosis | ||||
Amino acid metabolism | Oxidative stress | [55] | ||
Podocytes | Podocytes contain a moderate density of mitochondria, which undergo both oxidative phosphorylation and glycolysis to satisfy the energy demand. | Glucose metabolism | Oxidative stress | |
Apoptosis | [64] | |||
Lipid metabolism | Oxidative stress | [67] | ||
Apoptosis | [68] | |||
Autophagy disorder | ||||
Amino acid metabolism | Oxidative stress | |||
Mesangial cells | MCs and glomerular endothelial cells have fewer mitochondria and rely primarily on glycolysis to maintain cellular function. | Glucose metabolism | Inflammation | [74] |
Oxidative stress | [73] | |||
Lipid metabolism | Inflammation | |||
Apoptosis | [76] | |||
Protein metabolism | Inflammation | [80] | ||
Glomerular endothelial cells | Glucose metabolism | Inflammation | ||
Oxidative stress | ||||
Apoptosis | [83] |