Tali Ilovitsh

This paper develops acoustically activatable nanodroplets for targeted drug delivery and mechanical tumor disruption, showing improved tumor control and survival in vivo.

This paper demonstrates that nanobubbles can be used as contrast agents in ultrasound localization microscopy, achieving comparable flow measurements to microbubbles despite their weaker acoustic response.

This paper introduces DSI, a noninvasive ultrasound method to monitor coagulation and thrombolysis by tracking speed-of-sound shifts, and shows it can quantify clot formation and lysis in various biological systems.

This paper introduces a super-resolution ultrasound imaging method using blinking nanodroplets to track macrophages in vivo with improved spatial resolution.

This paper introduces a method to monitor temperature changes during cryoablation using ultrasound-based slowness-shift imaging, showing linear and exponential relationships in different tissues.

This paper introduces STAR, an algorithm for adaptive spatio-temporal beam shaping of single-cycle pulses, showing improved performance over traditional methods in multi-focus configurations.

This study uses nanobubble-mediated proteomic sonobiopsy to identify molecular signatures of BBB opening and glioblastoma in mice, distinguishing tumor-specific biomarkers from those caused by BBB disruption.

This paper demonstrates that low-frequency ultrasound can safely open the blood-brain barrier to deliver lipid nanoparticles (LNPs) containing RNA to glioblastoma tumors in mice.