Engineering acoustic strategies for targeted therapeutic delivery and biomarker release across biological barriers.
Building on our understanding of ultrasound-mediated transport, wave propagation, and closed-loop control, we engineer noninvasive platforms to regulate molecular transport across the blood–brain barrier and within solid tumors.
Developing data-driven and predictive algorithms for real-time control of therapeutic ultrasound.
Complementing our real-time monitoring platforms, our laboratory develops algorithms to precisely regulate microbubble (MB) dynamics in vivo.
Visualizing ultrasound-mediated processes from microbubble dynamics to cellular and vascular responses.
Our laboratory develops and applies optical imaging approaches to investigate ultrasound-mediated physical and biological processes across spatial and temporal scales.
Developing noninvasive platforms for real-time acoustic and thermal monitoring.
Our laboratory engineers fast passive acoustic mapping (PAM) methods to reconstruct microbubble (MB) acoustic emissions with high spatial and temporal resolution (IEEE TBME,
