Ryan Thomas Roemmich

This study examines energy expenditure during dynamic treadmill walking, finding higher metabolic power than normal walking at the task's mean speed but not correlated with gait asymmetry.

This study examines how dynamic treadmill walking affects interlimb coordination by altering treadmill speed within a stride, showing changes in phase shift and center of oscillation difference.

This paper identifies an automatic stimulus-response mapping mechanism in treadmill walking that enables both flexibility and automaticity in movement.

The paper identifies and generalizes walking impairment clusters in stroke survivors and controls using spatiotemporal and force data across multiple sites.

This study investigates how individuals post-stroke generate symmetric steps and how this relates to metabolic cost, finding that symmetric steps are energetically costly due to impaired paretic propulsion and abnormal center of mass movement.

This study shows humans can learn new walking patterns without walking, using one-legged stepping to facilitate adaptive learning that transfers to novel gaits.