Shawn Hochman

The paper examines how temperature and activity affect conduction reliability in sympathetic preganglionic axons, finding that slower-conducting axons are more vulnerable and show frequency-dependent changes.

This study shows that thoracic sympathetic postganglionic neurons increase excitability after spinal cord injury to compensate for reduced input, contributing to dysautonomia.

The paper investigates axonal conduction reliability in sympathetic preganglionic neurons, showing it is modifiable and regulated by ion channels and receptors.

The paper shows that spike propagation in sympathetic preganglionic neurons is probabilistic and unreliable, particularly in slow-conducting axons, introducing a presynaptic gain-control mechanism.

This study shows that early post-injury changes in mouse respiration and motor activity can predict future pain-related outcomes after spinal cord injury.

This study shows that spinal cord injury leads to epileptiform activity in sensory circuits, causing ectopic bursting in afferent axons and disrupting sensory signaling.

This paper develops and validates noninvasive electric field sensors for accurate 3-state sleep scoring in mice, achieving high agreement with expert EEG/EMG scoring.