Susan McRitchie

This study integrates metabolomic and genetic data from the CARDIA study to identify novel variants associated with metabolite levels across diverse populations.

The paper examines non-redundant roles of paralogous proteins in yeast glucose-sensing pathways through gene deletion and multi-omics analyses.

The paper identifies urinary metabolite signatures predictive of calorie restriction-mediated weight loss in obese mice, with sex-specific differences observed.

This study compares two glucose receptor systems in yeast, showing they regulate distinct metabolic processes and signaling pathways.

This paper investigates the roles of G protein subunits Gpa2 and Asc1/RACK1 in glucose signaling using transcriptomics and metabolomics in yeast, finding distinct contributions to sugar and amino acid metabolism.

The paper introduces a method for selecting Gaussian graphical models using prior knowledge and applies it to metabolomic data, finding that metabolic pathways significantly influence metabolite dependencies.