Pau Gorostiza

This study uses Carbadiazocine to modulate optomotor responses in zebrafish larvae, showing reduced accuracy and altered movement patterns when activated by light.

The paper develops fast photoswitchable ligands for controlling neuronal activity in the cochlea, enabling rapid and sustained photocontrol without genetic modification.

This study uses a photoswitchable muscarinic agonist to modulate brain rhythms with light, transforming slow wave activity into higher frequency patterns in vitro and in anesthetized mice.

This study introduces Glyght, a light-controlled GlyR ligand that selectively modulates glycinergic neurotransmission in vivo, offering new tools for studying inhibitory circuits and phototherapies.