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Springer Nature3
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Experimental Brain Research3
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Kenneth Learman results 3 · Newest (Page 1/1, per page 25)
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Parkinson’s disease impairs grip force release during a sinusoidal force tracking taskNARA Subscribed
Experimental Brain Research · 2026 · Vol. 244 · Issue 4 · Springer
Sara Davidson; Kenneth Learman; Anson B. Rosenfeldt; Eric Zimmerman; Jay L. Alberts
The generation, modulation, and release of grip force underlie skilled manual dexterity and object interaction. Advancing age and neurological disease compromise force generation; the impact of age and pathology on the dynamic control of grip force release is unclear. The aim of this project was to determine the impact of age and Parkinson’s disease (PD) on grip force generation and release. Young adults (YA, n = 10, 18–28 yea...
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Grip force release is impaired in parkinson’s disease during a force tracking taskNARA Subscribed
Experimental Brain Research · 2025 · Vol. 243 · Issue 1 · Springer
Sara Davidson; Kenneth Learman; Eric Zimmerman; Anson B. Rosenfeldt; Jay L. Alberts
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Older adults are impaired in the release of grip force during a force tracking taskNARA Subscribed
Experimental Brain Research · 2024 · Vol. 242 · Issue 3 · Springer
Sara Davidson; Kenneth Learman; Eric Zimmerman; Anson B. Rosenfeldt; Mandy Koop; Jay L. Alberts
Age-related changes in force generation have been implicated in declines in older adult manual dexterity. While force generation is a critical aspect of the successful manipulation of objects, the controlled release of force represents the final component of dexterous activities. The impact of advancing age on the release of grip force has received relatively little investigation despite its importance in dexterity. The primar...
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