… In this study, we investigated the roles of endoplasmic … pathogenesis of oxalate-induced
renal tubular epithelial cell injury and … information transcription mediated by various cell stimuli; …

… Finally, we have addressed that the oxalate-induced renal cell deteriorations were
mediated through the Snai1 EMT-related gene as all the effects of oxalate on suppression of …

… Renal cell injury is also mediated through strong inflammatory immune response.
Significant immune response to calcium oxalate crystals is also mediated by … that oxalate-induced …

… renal cell injury. This study aims to explore the relationship between Sirt1 and CaOx kidney
stone formation and the underlying mechanism. … Sirt1 plays an important role in mediating …

Acute crystalline nephropathy is closely related to tubulointerstitial injury, but few studies
have investigated glomerular changes in this condition. Thus, in the current study, we …

… prevent oxalate-induced cell migration. The result from our present study was supported by
several previous studies reporting that EMT induced epithelial cell migration in diverse cells (…

… oxalate-induced … mediate HCO 3 – rather than oxalate influx in exchange for intracellular
sulfate in the proximal tubule 77 . No direct evidence of a role for SLC26A1 in mediating oxalate …

… This process is mediated by the SLC26A anion exchanger … effect on oxalate-induced renal
tubular epithelial cell injury. In order to … in renal tissue and knockdown COM-induced renal cell …

… abolish such protective effects of caffeine on oxalate-induced EMT. Our data indicate that
the renoprotective effects of caffeine against oxalate-induced EMT is mediated, at least in part, …

… how TF increased the SIRT1 expression to exert a nephroprotective role, we detected …
mediated kidney injury might promote stone formation through increasing the number of cellular …