Dylan A. McCreedy

This study identifies a direct SCN-to-DMH pathway that organizes circadian locomotor timing by showing that intact DMH neurons, not local molecular clocks, are required for rhythmic behavior.

This study investigates sex-dependent effects of PADs on neutrophil function and recovery after spinal cord injury using inhibitors and knockout mice.

This study develops sciDISCO, an optimized tissue clearing protocol for spinal cord imaging in mice, enabling 3D analysis of intact and injured tissue.

This study shows that L-selectin shedding improves functional recovery and white matter sparing in female mice but not males after spinal cord injury, with sex-dependent effects on neutrophil clearance.

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 that mature neutrophils promote long-term functional recovery after spinal cord injury, with effects differing by sex.

This paper optimizes the PACT clearing technique for 3D imaging of intact and injured mouse spinal cords to study neural circuits and SCI-related changes.