Meir Plotnik

This study examines how visual cues affect gait adjustments during incline transitions in young and older adults using virtual reality.

This study examines how age and cognitive load influence muscle activation patterns during walking perturbations, finding older adults use more type IIa fibers while younger adults use more type IIb fibers.

This study evaluates the efficacy of virtual reality exposure therapy for fear of flying in a real-world sample, finding significant increases in flight activity post-treatment.

This paper develops VR-based versions of the Color-Trails Test to assess executive function and evaluates their validity and motor function effects.

This study uses virtual reality to show vision affects gait speed but not muscle activation patterns during inclined walking, highlighting the role of visual cues in gait modulation.

The paper develops a novel algorithm to calculate total recovery time during walking perturbations and compares recovery times between young and older adults.