Juan F. López‐Giménez

This study investigates the molecular mechanisms of serotonergic psychedelics using a neural stem cell model, revealing an integrated 5-HT2A-TrkB signaling network involved in neuroplasticity and metabolic responses.

This study uses quantitative phosphoproteomics to show that hallucinogenic psychedelics induce distinct global phosphorylation patterns compared to non-hallucinogenic analogues, with functional relevance to glycolytic metabolism.

This study identifies translational dysregulation and MAP2 phosphorylation differences in neural stem cells from offspring exposed to maternal immune activation.

This study investigates the regulatory functions of Sp8 and Sp6 in limb bud ectoderm development using ChIPmentation-seq and RNA-seq, revealing their distinct and cooperative roles in limb patterning.