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Gene Expression, Muscle Damage, and Anabolic Signalling during Recovery from Prolonged High-Intensity Cycling: Effect of Protein-Enriched Recovery Formulation Research Completed
Title
Gene Expression, Muscle Damage, and Anabolic Signalling during Recovery from Prolonged High-Intensity Cycling: Effect of Protein-Enriched Recovery Formulation
Lead Author
David Rowlands
,
Jasmine Thomson, Brian Timmons, Frederic Raymond, Andreas Fuerholz, Robert Mansourian, Sylviane Metairon, Trent Stellingwerff, Mark Tarnopolsky
Organisation(s)
Prepared for Sport and Recreation New Zealand by Massey University
The ingestion of high protein-carbohydrate feedings following hard endurance exercise was previously seen to enhance subsequent cycling performance. However, the expression of selected mRNA species involved in processes relating to the enhanced recovery such as modulating functional adaptation, and recovery/repair are relatively uncertain. Therefore, our aim was to examine the expression of candidate genes possibly involved in enhanced recovery from prolonged high-intensity cycling and regulated by dietary protein.
