Jaclyn T. Eisdorfer

This study investigates how transplanted neural progenitor cell-derived neurons integrate into spinal cord locomotor circuits and their functional impact on motor recovery after injury.

This study shows treadmill training enhances corticospinal tract rewiring and improves motor recovery in SCI mice, with motivation influencing specific kinematic outcomes.

This study uses motion sequencing to analyze behavioral syllables after spinal cord injury, revealing recovery patterns shaped by injury severity and individual differences.

This study identifies glycinergic inhibitory neurons in the spinal cord deep dorsal horn that integrate sensory inputs and modulate motor output during locomotion.

This paper introduces a new Hoxb8FlpO mouse line and intersectional genetics-viral strategy to target and manipulate developmentally defined adult spinal circuits.

The paper introduces AMBER, a genetically encoded bioluminescent voltage indicator that does not require exogenous substrate, enabling voltage imaging in freely moving animals.