Genome wide transcriptomics analyses of livers reveal induction of N-glycosylation upon loss of nuclear receptors FXR and SHP. Genome wide transcriptomics analyses of livers reveal induction of N-glycosylation upon loss of nuclear receptors FXR and SHP

We performed high-throughput RNA-sequencing on livers from hepatocyte specific Fxr-/- Shp-/- double knockout mice, and identified upregulation of N-glycan protein modification machinery. This correlated positively with Golgi structural defects and alterations in the hepatic secretome. This study identifies a new role for hepatic FXR-SHP axis in Golgi dynamics and N-glycosylation, apart from its traditional function in nutrient metabolism. Overall design: Hepatic mRNA expression profiles of adult fl/fl Fxr fl/fl Shp and hepatocyte specific Fxr-/- Shp-/- (n=3) male mice.