Andria J. Farrens

This study examines how bilateral somatosensory responses relate to proprioception and motor function after stroke, finding that decoder performance is strongly linked to motor outcomes.

This paper introduces StretchfMRI, a technique to measure RST function in humans using fMRI and robotic perturbations, revealing muscle-specific brainstem activity patterns during stretch-evoked LLRs.

The paper simulates an fMRI experiment to identify neural representations of fast and slow learning states during force field adaptation.

This paper introduces StretchfMRI, a technique to measure reticular formation function via fMRI by analyzing long-latency responses to robotic perturbations.

This study introduces a treadmill-based training method to enhance propulsive force generation in stroke survivors by accelerating the trailing limb, resulting in significant increases in propulsive force.