McArdle disease and carbohydrate ingestion before exercise:Timing on exercise tolerance,clinical relevance,and application to real world settingsOA
McArdle disease and carbohydrate ingestion before exercise:Timing on exercise tolerance,clinical relevance,and application to real world settings
Sam L.Torrens;Evelyn Parr;Craig Mcnulty;Lynda Ross;Helen L.MacLaughlin;Liza Phillips;Robert A.Robergs
School of Exercise and Nutrition Sciences,Faculty of Health,Queensland University of Technology,Kelvin Grove,Queensland,4058,AustraliaMary Mackillop Institute for Health Research,Australian Catholic University,Level 5,215 Spring Street,Melbourne,Victoria,3000,AustraliaSchool of Exercise and Nutrition Sciences,Faculty of Health,Queensland University of Technology,Kelvin Grove,Queensland,4058,AustraliaSchool of Exercise and Nutrition Sciences,Faculty of Health,Queensland University of Technology,Kelvin Grove,Queensland,4058,AustraliaSchool of Exercise and Nutrition Sciences,Faculty of Health,Queensland University of Technology,Kelvin Grove,Queensland,4058,AustraliaQueensland Diabetes and Endocrinology Centre,Mater Hospital,41 Annerley Road,Mater Hill,South Brisbane,4101,AustraliaSchool of Exercise and Nutrition Sciences,Faculty of Health,Queensland University of Technology,Kelvin Grove,Queensland,4058,Australia
McArdle diseaseCarbohydrate ingestionExerciseMetabolismClinical relevance
McArdle diseaseCarbohydrate ingestionExerciseMetabolismClinical relevance
《运动医学与健康科学（英文）》 2026 (4)
457-465,9
The authors would like to acknowledge the research support from Mater Hospital Brisbane throughout the project and their ongoing collaborative support.Funding for the project was supplied by a grant from the International Association for Muscle Glycogen Storage Disease(IamGSD).
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