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Mechanomyography; Lasers For Non-Invasive Quantification Of Muscle Recovery From Exercise Induced Fatigue, Nicholas Rosser, Darryl Mcandrew, Donald Iverson
Mechanomyography; Lasers For Non-Invasive Quantification Of Muscle Recovery From Exercise Induced Fatigue, Nicholas Rosser, Darryl Mcandrew, Donald Iverson
Don C. Iverson
Muscle fatigue is a common clinical sign and possible precursor to musculoskeletal injury. Existing methods of detecting muscle fatigue qualify changes within muscle or across joints, but are expensive, invasive or difficult to use. A technique of mechanomyography utilising maximal percutaneous stimulation (known as the Muscle Displacement Laser {MDL}) is an easy non-invasive assessment tool, which may have considerable application in measuring muscle fatigue and determining recovery. Specifically, this study attempted to validate the MDL as a tool to measure muscle fatigue and determine the time-course of recovery from Delayed Onset of Muscle Soreness in human biceps brachii muscle. Methods: …
Emg Activity And Total Work Reduction In Occluded And Non-Occluded Resistance Exercise Conditions, John Sampson, Herbert Groeller, Darryl Mcandrew, Heath Kilah
Emg Activity And Total Work Reduction In Occluded And Non-Occluded Resistance Exercise Conditions, John Sampson, Herbert Groeller, Darryl Mcandrew, Heath Kilah
John Sampson
No abstract provided.