David Maresca

This paper introduces an adaptive aberration correction method for transcranial ultrasound Doppler imaging, improving image quality in rats by accounting for skull-induced wave refraction.

This paper introduces a behavior-informed modeling framework to account for motion-related confounds in functional ultrasound imaging during naturalistic behaviors in awake mice.

This paper develops ultrasound-transparent neural interfaces that enable compatibility with functional ultrasound imaging and therapy, validated through simulations and experiments.

Selective-plane functional ultrasound neuroimaging enables high-resolution, low-computational brain activity monitoring by targeting specific brain regions without moving the probe.

This paper introduces nonlinear sound-sheet microscopy to image opaque organs at the capillary and cellular scale, achieving faster imaging speed, larger volume, and higher resolution than existing biomolecular ultrasound techniques.

The paper introduces an acoustic pH sensor called pHonon for deep tissue imaging of cellular acidification using nonlinear ultrasound.

This paper demonstrates the feasibility of using functional ultrasound (fUS) imaging to decode movement intentions for brain-machine interfaces in non-human primates.

This paper introduces gas vesicles as ultrasound contrast agents to enhance transcranial hemodynamic functional ultrasound imaging of mouse brain activity.