Jing Wang

This paper introduces NIR-II squeezed light-field microscopy to enable high-speed volumetric imaging of deep-tissue dynamics in vivo, achieving 600 volumes per second with high resolution.

The paper shows that atrial peristalsis drives the transition from a bicuspid to quadricuspid valve in zebrafish through Klf2a-Snai1b signaling and shear stress alignment.

This study shows photoaged microplastics impair endothelial calcium signaling and vascular integrity by disrupting Piezo1-Notch mechanotransduction.

The paper develops a biophysical model of a crustacean cardiac ganglion cell to explore morphology and conductance constraints using a rejection protocol and experimental data.

This paper investigates how reinforcement affects timing variability in humans and monkeys, identifying two distinct sources of variability and their neural correlates in thalamus.

The paper investigates how neural networks in the medial frontal cortex of primates control timing flexibility by showing that firing rate profiles are temporally stretched or compressed for different intervals, with speed control originating within cortical networks.