Haijun Xiao

This study uses optical imaging and mathematical modeling to analyze tracer diffusion and transport in the glymphatic system of rats under different anesthesia levels and tracer molecular weights.

This study develops ultrasound-responsive scaffolds that dynamically control biochemical and biophysical cues to enhance vascular network formation in vitro and in vivo.

This paper introduces a novel method for creating stable aqueous nanoparticles from pure conjugated molecules, demonstrating their efficacy in treating various diseases in vivo.

This study evaluates how isoflurane-induced anesthesia affects ultrasonically enhanced glymphatic transport in rats, finding that lighter anesthesia improves transport efficiency.