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Full-Text Articles in Neurology
Plantar Cutaneous Sensory Stimulation Improves Single-Limb Support Time, And Emg Activation Patterns Among Individuals With Parkinson's Disease, M. Jenkins, Q. Almeida, S. Spaulding, R. Van Oostveen, J. Holmes, Andrew Johnson, S. Perry
Plantar Cutaneous Sensory Stimulation Improves Single-Limb Support Time, And Emg Activation Patterns Among Individuals With Parkinson's Disease, M. Jenkins, Q. Almeida, S. Spaulding, R. Van Oostveen, J. Holmes, Andrew Johnson, S. Perry
Andrew M. Johnson
Parkinson's disease is a chronic neurological disorder that results in gait and posture impairment. There is increasing evidence that these motor impairments may be partially due to deficits within the sensory system. In this study, the effects of a facilitatory insole that provides increased plantar sensory stimulation, was evaluated during gait, in a group of individuals with Parkinson's disease in comparison with healthy age-matched controls. Spatial-temporal parameters of gait were evaluated using an instrumented carpet, and muscle activation patterns were evaluated using surface EMG. All participants were tested with both a facilitatory (ribbed) insole and a conventional (flat) insole while …
Dual Task Performance In A Healthy Young Adult Population: Results From A Symmetric Manipulation Of Task Complexity And Articulation, Albert Armieri, Jeffrey Holmes, Sandi Spaulding, Mary Jenkins, Andrew Johnson
Dual Task Performance In A Healthy Young Adult Population: Results From A Symmetric Manipulation Of Task Complexity And Articulation, Albert Armieri, Jeffrey Holmes, Sandi Spaulding, Mary Jenkins, Andrew Johnson
Andrew M. Johnson
The ability to execute and maintain gait while performing simultaneous cognitive, verbal, or motor tasks ('dual-tasking') is beneficial in many ways. It is well-documented, however, that dual-tasking can result in cognitive or motoric interference that results in diminished gait performance, and impaired secondary task performance. When manipulating cognitive load, it is common to have participants respond verbally to stimuli. While this is an ecologically valid way to measure the effects of cognitive load on gait, it ignores the additional demands inherent in the verbal aspect of the task. In the present study, we manipulated complexity and articulation within a single …