Maastricht University
Maastricht, Limburg, 6229 ER, Netherlands
NCT Number: NCT05073068
The primary objective of this randomized controlled cross-over study is to investigate if an acute, glycogen lowering exercise bout performed either in the morning or late afternoon differentially affects the respiratory exchange ratio at night in men and women with prediabetes. For this purpose, participants will stay in a respiration chamber and will be subjected to either an exercise bout in the morning or late afternoon.
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Notify Me50 year–75 year
All sexes
Interventional
Not applicable
Maastricht, Limburg, 6229 ER, Netherlands
Appropriate timing of lifestyle interventions may facilitate healthy rhythmicity in metabolism and optimize the effectiveness of such interventions in improving metabolic health. In this context, exercise is well-known to improve (skeletal muscle) energy metabolism and is an established intervention to improve muscle insulin sensitivity and to counter the development of type 2 diabetes (T2D). In addition, exercise may also have beneficial effects on the immune response that is known to impact on insulin sensitivity and overall metabolic health. In this study it is hypothesized that exercise performed at different times of the day exerts a differential effect on 24h metabolism in people at risk for developing T2D. To test this, a randomized controlled cross-over study is conducted in which participants are subjected to either an exercise in the morning or late afternoon while staying in the respiration chamber. Main outcome is substrate utilization during the night as measured with the respiration chamber, but 24-hrs blood draws will also be performed to examine effect of exercise on circulating metabolites.
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
An acute exercise bout of cycling performed in the morning at 9 AM or at 5 PM
No exercise
Time frame: 35 hours respiration chamber stay per intervention arm
Relative carbohydrate/fat oxidation during the night
Time frame: 35 hours respiration chamber stay per intervention arm
Time frame: 35 hours respiration chamber stay per intervention arm
Time frame: 7 days post the exercise intervention
Time frame: 35 hours respiration chamber stay per intervention arm
Time frame: Baseline visit
Time frame: 35 hours respiration chamber stay per intervention arm
Time frame: 35 hours respiration chamber stay per intervention arm
Time frame: Baseline visit
Maastricht University
Other
Timed Exercise to Acutely Improve Energy and Substrate Metabolism at Night in Men and Women With Prediabetes
Acronym: TIM
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