Quantifying the effects of electrode distance from the innervation zone on the electromyographic amplitude versus torque relationships

Journal article

Trent J. Herda, Jorge M. Zuniga, Eric D. Ryan, Clayton L. Camic, Haley C. Bergstrom, Doug B. Smith, Joseph P. Weir, Joel T. Cramer and Terry J. Housh

Physiological Measurement, Vol.34(3), pp.315-324

2013

PMID: 23399865

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Title: Quantifying the effects of electrode distance from the innervation zone on the electromyographic amplitude versus torque relationships
Creators: Trent J. Herda (Author)
Jorge M. Zuniga (Author) - Creighton University
Eric D. Ryan (Author)
Clayton L. Camic (Author)
Haley C. Bergstrom (Author)
Doug B. Smith (Author)
Joseph P. Weir (Author)
Joel T. Cramer (Author)
Terry J. Housh (Author)
Publication Details: Physiological Measurement, Vol.34(3), pp.315-324
Number of pages: 315-324
Identifiers: 991005931015202656
Academic Unit: College of Arts and Sciences; Exercise Science and Pre-Health Professions
Resource Type: Journal article