Cameron A. B. Smith

This paper introduces a new ultrasound beamforming algorithm that improves image contrast and resolution while maintaining computational efficiency.

This paper designs a thermal bioswitch to control macrophage activation in vivo, enabling spatially localized gene expression for at least 14 days after ultrasound heating.

This paper introduces DSR, an ultrasound imaging method that super-resolves individual cells using acoustic deactivation of genetically encoded contrast agents, demonstrating its ability to localize mammalian cells beyond conventional resolution.

This study characterizes gas vesicles as cavitation nuclei for ultrasound therapy using passive acoustic mapping and finds that cavitation activity diminishes rapidly after the first pulse.

This paper introduces bicones, tiny acoustic contrast agents based on gas vesicles, showing their effectiveness in imaging and therapy through ultrasound.