Brinkley Artman

This paper demonstrates the stabilization of gas in aqueous environments using metal-organic frameworks to enable persistent acoustic transduction for long-term ultrasound-biological interfacing.

This paper develops multicolored mechanoluminescent nanoparticles that enable non-invasive neuromodulation using ultrasound and light, achieving bidirectional control of neurons.

This paper develops a machine learning-guided hydrogen-bonded organic framework for ultrasound-triggered pain therapy, showing effective long-term analgesia in a rat model.

This paper develops a wearable ultrasound device with bioadhesive hydrogel for long-term neuromodulation, demonstrating its effectiveness in suppressing somatosensory responses over 28 days.

This paper develops a non-invasive optogenetics method using ultrasound-triggered nanotransducers to modulate Parkinsonian rats' neurons and improve movement dysfunction.