A. J. Farrens

Concurrent Contribution of Co-contraction to Error Reduction during Dynamic Adaptation of the Wrist

The paper validates MR-SoftWrist measurements of wrist adaptation and shows that impedance control via co-contraction reduces trajectory errors beyond adaptation.

Changes in resting state functional connectivity associated with dynamic adaptation of wrist movements

This study investigates changes in resting state functional connectivity after dynamic adaptation of wrist movements, linking neural network changes to memory formation and motor control strategies.

A Controlled Slip: Training Propulsion via Acceleration of the Trailing Limb

This paper introduces a gait training method using a dual belt treadmill to enhance propulsion mechanics and walking speed by accelerating the trailing limb during push-off.

Identifying the neural representation of fast and slow states in force field adaptation via fMRI

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

Training propulsion: Locomotor adaptation to accelerations of the trailing limb

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.