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Mouse IMCD3 cell lines knocked-down for VPS33B, VIPAR and PLOD3

ABSTRACT: Mouse IMCD3 cell lines knocked-down for VPS33B, VIPAR and PLOD3 are used as models of ARC syndrome, an autosomal recessive disorder cause by mutations in VPS33B or VIPAR. Previous work has shown that ARC syndrome causes epithelial cell polarisation defectes and mislocalisation of membrane proteins, so polarised IMCD3 cells were used as an experimental model. Affymetrix arrays were used to characterise the changes to the transcriptome when protein levels of VPS33B, VIPAR and PLOD3 are reduced.

ORGANISM(S): Mus musculus

PROVIDER: GSE81376 | GEO | 2016/05/13

SECONDARY ACCESSION(S): PRJNA321412

REPOSITORIES: GEO

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Mouse IMCD3 cell lines knocked-down for VPS33B, VIPAR and PLOD3

Project description:Mouse IMCD3 cell lines knocked-down for VPS33B, VIPAR and PLOD3 are used as models of ARC syndrome, an autosomal recessive disorder cause by mutations in VPS33B or VIPAR. Previous work has shown that ARC syndrome causes epithelial cell polarisation defectes and mislocalisation of membrane proteins, so polarised IMCD3 cells were used as an experimental model. Affymetrix arrays were used to characterise the changes to the transcriptome when protein levels of VPS33B, VIPAR and PLOD3 are reduced. mouse IMCD-3 cell lines, 15 samples in total, three biological repeats of each of: wild type, control shRNA, VPS33B shRNA, VIPAR shRNA, PLOD3 shRNA

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