From: The effects of apoptosis inhibitor of macrophage in kidney diseases
Type of kidney disease | Predisposition | Characteristics | Key to cure diseases | The role of AIM | References |
---|---|---|---|---|---|
AKI | Ischemia– reperfusion | Abrupt impairment of kidney filtration function | Dead cell debris in the lumen | AIM removes cellular debris in the systemic circulation | |
CKD | AKI, obesity, nephrosclerosis, diabetes | The blood, the urine, and GFR were abnormal | Dead cell debris, lipid droplets, oxLDL level, and glycosylation | IgM-free AIM cleans the lumen-obstructing debris, decreases triacylglycerol deposition within adipocytes, and facilitates oxLDL uptake | |
DN | Metabolics, genetic, hemodynamic and environmental factors | High blood pressure, edema, foam uria, proteinuria | Microvascular lesions, morphological and structural changes in the kidney | Free AIM is limited to release, and AIM is elevated in whole plasma | |
Glomerular Inflammation in IgAN | Infection, unbalanced immunity, genetics | Glular mesangial cell hyperplasia, and mesangial matrix hyperplasia | IgA with aberrant glycosylations and the deposition of an immune complex which consists of IgA1, IgM, variable IgG, and complement 3 at the glomerular mesangial region | IgA and IgM/IgG immune complexes linked by AIM cause severe inflammatory immune responses | |
Delayed graft function of kidney transplantation | Cold and warm IRI | Minuria, anuria, and elevated blood creatinine | Apoptosis and/or necrosis of the renal TECs. Intracellular DAMPs are set free, potentiating allo- and non-alloimmune injury | AIM eliminates necrotic cell debris, limits DAMP release from the damaged tissue, and decreases alloimmunity |