Elizabeth J. Rideout

This study identifies sex differences in islet cell gene expression, composition, and glucagon levels in young male and female mice, showing these differences emerge early in postnatal life.

This study identifies sex-biased expression of enteroendocrine hormones in Drosophila and shows that gut-specific knock-down of AstC or Tk reduces fat storage only in females.

This study shows that PDK1 knockout in female mice leads to cardiac metabolic remodeling and reduced fatty acyl availability, while male mice show no such effects.

The paper identifies neuronal lipid droplets as conserved structures that regulate energy homeostasis with sex-biased effects in flies and mice.

The paper identifies sex-specific allometric strategies in Drosophila organs, showing how cell size and number differ between sexes to drive body size differences.

This study examines sex differences in human islet gene expression and mitochondrial function in type 2 diabetes, finding female islets show greater preservation of insulin content and fewer functional defects.

This study identifies the insulin/insulin-like growth factor signaling pathway as a key determinant of higher fat storage in Drosophila females through increased dietary sugar intake and Dilp3 expression.

This paper introduces BAGO, a Bayesian optimization method for optimizing LC gradients in untargeted LC-MS, improving compound annotation and spectral purity.

This study identifies triglyceride as a key neutral lipid regulating spermatogenesis in Drosophila by showing that loss of the triglyceride lipase brummer leads to sperm developmental defects.