Project description:This study aims to evaluate the effect of AUF-1 knokdown on the function and global gene expression in human skin cells. Cells with AUF1 silencing were compared with control cells by RNA-Seq. Cell senescence is a tightly controlled, programmed process. Although the mechanism of cell senescence is unclear, the concept that cell aging is an interaction results between enviomental and genetic factors has been accepted. Changes in the expression of related genes are the genetic basis of cell senescence. AUF1 gene has been proved that can recognize classical mRNA and regulated its expression level. These classical mRNA include those encoding cecle-regulating proteins, apoptotic regulators, cytokines and proto-oncogenes. Our study use overexpression and interference lentivirus of AUF1 to transfect WS1 cell to process cell transcriptome sequencing. Through the Bioinformatics analysis results, we want to see some different expressed genes related to cell cecle, cell apoptosis and so on. Our study can provide basis research to further expound AUF1 gene, play an important role of aging mechanism.

2019-10-10 | GSE138621 | GEO

von Willebrand disease and von Willebrand factor.

Project description: Not available

| S-EPMC9094051 | biostudies-literature