Kai Wang

This paper develops a dual-channel whole-brain imaging system for Drosophila to simultaneously measure calcium and dopamine dynamics during walking, revealing distinct functional maps in specific brain regions.

iBrAVE integrates multimodal and multiscale brain atlas data across species, enabling interactive analysis of molecular, structural, and functional information.

The paper develops a super-resolution microscopy technique to image neuronal morphology in behaving animals, revealing fast spinule dynamics and PSD-95 cluster correlations.

The paper introduces confocal light field microscopy to capture fast volumetric dynamics in thick brain tissue, demonstrating its use in recording calcium transients and blood cell movement in zebrafish and mice.

This study develops a technique to image whole brain neural activity in freely behaving larval zebrafish during specific behaviors.