We hypothesize that post-exercise HWI increases muscle protein synthesis rates.
ID
Bron
Aandoening
Sarcopenia
Ondersteuning
Onderzoeksproduct en/of interventie
Uitkomstmaten
Primaire uitkomstmaten
Muscle protein synthesis rates
Achtergrond van het onderzoek
Water immersion is a frequently applied strategy to accelerate post-exercise recovery in both recreational as well as professional athletes. Another important recovery strategy for athletes is to ingest proper post-exercise nutrition (i.e., protein and carbohydrate) in order to replete endogenous glycogen stores and augment the skeletal muscle adaptive response to exercise. However, it is not clear what the acute effect is of post-exercise heating (hot-water immersion; HWI) on muscle protein synthesis and glycogen repletion following food ingestion.
Doel van het onderzoek
We hypothesize that post-exercise HWI increases muscle protein synthesis rates.
Onderzoeksopzet
Muscle biopsies will be taken at timepoints: 0, 2 and 5 h after ingestion of the beverages
Onderzoeksproduct en/of interventie
Hot water immersion after exercise with ingesting milk proteins and carbohydrates
Publiek
Cas Fuchs
Maastricht
The Netherlands
0433881381
cas.fuchs@maastrichtuniversity.nl
Wetenschappelijk
Cas Fuchs
Maastricht
The Netherlands
0433881381
cas.fuchs@maastrichtuniversity.nl
Belangrijkste voorwaarden om deel te mogen nemen (Inclusiecriteria)
Healthy young males (18-35 y)
Normal BMI
Belangrijkste redenen om niet deel te kunnen nemen (Exclusiecriteria)
Lactose intolerance
Smoking
Arthritic conditions
History of neuromuscular problems
Recent participation (<1y) in amino acid tracer studies
Medication known to affect protein metabolism
GI diseases
Opzet
Deelname
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