High-fat diets modify genes that differentiate between sexes in key metabolic organs
A team led by Joan-Marc Servitja, from the IDIBAPS Pathogenesis and Prevention of Diabetes research group, has demonstrated in mouse models that high1
A team led by Joan-Marc Servitja, from the IDIBAPS Pathogenesis and Prevention of Diabetes research group, has demonstrated in mouse models that high1
A study led by the Clínic-IDIBAPS, Universidad de Santiago de Compostela and UCLouvain (Brussels), published in Nature Metabolism, has shown that the1
This program aims to decipher the mechanisms underlying metabolic diseases through molecular and systemic studies, analyse interactions between organ1
Since it was founded, it has published over 30,000 scientific articles, which have allowed us to gain a better understanding of the main diseases in1
Researchers from IDIBAPS have coordinated a study in which they show the involvement of a molecule and a brain region in this process.
The study, led by researchers from the IDIBAPS group Neuronal control of metabolism, has identified the mechanism that favors the onset of obesity in1