Guangnan Tian

The paper identifies binocular prey-responsive neurons in zebrafish and shows their role in encoding prey position through visual and motor inputs during hunting.

This paper introduces an active pixel power control method to reduce crosstalk in two-photon optogenetics and calcium imaging, improving the accuracy of neural circuit analysis in zebrafish.

This study identifies neuropeptide signalling and perineurial barrier activation as mechanisms underlying persistent stress-induced behavioral changes in Drosophila.

The paper identifies sensorimotor neurons in the zebrafish optic tectum and downstream areas that transform visual stimuli into specific behavioral outputs during hunting, freezing, and escape.