Moı̈se Coëffier

This study investigates proteome changes in multiple organs of mice with Anorexia Nervosa using a gut microbiota-depleted model, identifying microbiota-dependent and -independent protein alterations.

This study investigates how food restriction in a mouse model of anorexia nervosa affects gut microbiota and intestinal gluconeogenesis, revealing their roles in maintaining glucose homeostasis.

This study shows that glutamine supplementation improves metabolic and inflammatory parameters in obese mice but loses these benefits under stress conditions.

This study examines sex-dependent effects of glutamine supplementation on metabolic disorders, intestinal barrier function, and gut microbiota in diet-induced obese mice, finding protective effects in males and harmful effects in females.

This study shows chronic activity-based anorexia causes hippocampal glial changes independent of intestinal TLR4, linking gut microbiota alterations to neuroinflammation.

This study uses 16S rRNA sequencing to compare gut microbiota composition in patients with eating disorders to healthy individuals, identifying specific microbial signatures and correlations with comorbidities.

This study investigates how glutamine affects stress responses in obese mice, showing sex-dependent differences in glucose tolerance, corticosterone levels, and gut microbiota.

This study investigates the effects of TLR4 deletion in intestinal epithelial cells on intestinal response and energy homeostasis in male and female mice subjected to activity-based anorexia.

This study shows that Staphylococcus warneri reduces SUMOylation in intestinal cells, leading to inflammation through its toxin Warnericin RK.

This study shows that gut microbiota depletion increases food intake during binge-eating episodes in a rodent model.

This study examines sex differences in mouse hypothalamic responses to a high-fat diet, finding sex-specific effects on body weight, neuropeptide expression, and glial activation.