SDRC investigator uncovers an unexpected and crucial role of glucose, the body's primary energy source, in orchestrating tissue maturation, highlighting its significance in diabetes and cancer.

Using an AI-based algorithm, Katrin Svensson, PhD, and lead researcher Laetitia Coassolo, PhD, identified a 12-amino acid peptide that suppresses appetite and promotes weight loss in mice and minipigs by activating different metabolic and neuronal pathways than GLP-1.

A Stanford Medicine study led by Natalie Torok suggests revised screening guidelines, highlighting viscoelasticity as a key biophysical marker for liver cancer in diabetics, challenging traditional approaches to diagnosis.

New AI-powered algorithm offers a more accurate, accessible method for diagnosing diabetes subtypes and tailoring treatments, with potential for widespread impact.

Jonathan Long's team has uncovered a link between PTER and taurine metabolism in mice, revealing its potential to combat weight gain and metabolic disorders thus paving the way for innovative anti-obesity drugs through a novel GLP1R-independent pathway.

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