Zhongya Qin

This study uses high-resolution in vivo imaging to track dynamic retinal changes in glaucoma progression across different phenotypes.

This study develops MD-FSS for high-resolution brain imaging in awake mice, revealing differences in microglial states and vascular dynamics compared to anesthetized conditions.

This paper develops adaptive optics two-photon microscopy to achieve high-resolution transcranial imaging of brain neurons in living mice.

This paper develops adaptive optics two-photon endomicroscopy to achieve high-resolution deep brain imaging and investigates neuronal plasticity in the hippocampus.