Javier Zorrilla de San Martín

This study shows that early postnatal fluoxetine exposure alters adult prefrontal cortex circuits via 5-HT7 receptors, affecting neuronal firing patterns and contributing to depressive and anxiety-like behaviors.

The paper identifies the molecular signature and connectivity specificity of Martinotti cell inhibitory circuits in the mouse barrel cortex, revealing target-specific synaptic properties and the role of 5-GABAARs in cognitive functions.

The paper identifies specific inhibitory circuit alterations in the prefrontal cortex of a Down syndrome mouse model, linking them to cognitive dysfunction.

The paper examines developmental changes in the MOC-IHC synapse, showing increased transmitter release and shifts in short-term plasticity properties during postnatal development.