John A. Rogers

This paper introduces a mesoscale soft robotic interface to apply mechanical forces to human organoids and monitor their physiological responses, revealing distinct mechanical and electrophysiological behaviors in cortical and cardiac organoids.

This paper introduces a wearable sensor that monitors gaseous flux from wounds to detect infections and track healing, showing VOC flux correlates with bacterial growth and provides early infection detection.

This paper develops a wireless transcranial optogenetic system to generate artificial perceptions in mice through controlled cortical stimulation and demonstrates its effectiveness in operant learning tasks.

This study develops a wireless optogenetic system to control genome editing and tumorigenesis in mice by using light-regulated recombinase and implantable devices.

The paper introduces an implantable device that autonomously detects and treats opioid overdose, improving survival rates by delivering naloxone and alerting first responders.

This paper introduces a microfluidic and fluorescence platform for in vivo neuropharmacology, enabling drug delivery and neural activity monitoring in rodent brains.

This study shows that optogenetic stimulation of the lateral geniculate nucleus in tree shrews can generate detectable visual percepts and reveals differences in how thalamic and cortical neurons encode visual stimuli.

This study uses optogenetic inhibition of Nav1.8+ bladder sensory afferents in a mouse model of cystitis to reduce pain and hypersensitivity.