Role of GSK-3βin podocyte transdifferentiation effect under high glucose condition / 重庆医学
Chongqing Medicine
;
(36): 1609-1612, 2015.
Article
in Chinese
| WPRIM
| ID: wpr-473975
ABSTRACT
Objective To study the action of GSK-3βin podocyte transdifferentiation effecundethe high glucose condition . MethodPodocytewere treated in RPMI-1640 medium with differenconcentrationof glucose fo36 h .The expressionof neph-rin ,podocin ,α-Smand Fibronectin were detected by both Western bloand indirecimmunofluorescence analysi.Athe same time ,the change of albumin inflow amounof podocytein differentreatmengroupwadetected by using the Transwell cham-be.The changeof expression amounand activity of GSK-3βin high glucose condition were detected by using the GSK-3 activity assay ki.The phenotypiand functional changeof podocytewere detected aftedisturbing GSK-3βby GSK-3βsiRNin the high glucose group .ResultThe expression levelof nephrin and podocin protein were down-regulated with the increase of the glucose concentration in dose-dependenmanner(P<0 .05) ,and the expression level of α-Smwaup-regulated with the increase of the glucose concentration in dose-dependenmanner(P<0 .05);the albumin inflow amounof podocytewaup-regulated with the in-crease of the glucose concentration in dose-dependenmanner(P<0 .05) .The expression amounof GSK-3βin the high glucose group waincreased(P<0 .05) .Compared with the control group ,the expression amounof nephrin and podocin aftehigh glucose treatmenin the GSK-3β siRNtreatmengroup waincreased ,while the expression of α-Smwadecreased .Conclusion The high glucose condition could induce the phenotypichange and functional impairmenof mice podocyte;GSK-3βparticipatein the epithelial-mesenchymal transdifferentiation procesof podocyte undethe high glucose condition .
Full text:
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Index:
WPRIM (Western Pacific)
Language:
Chinese
Journal:
Chongqing Medicine
Year:
2015
Type:
Article
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