We also compared the effects of the different exercise modalities.
To date, no investigations have evaluated the combined effects of varying exercise modalities and acute nutritional supplementation in women.
To address this, we require the design of exercise modalities aimed specifically at tetraplegia and methods to assess their efficacy.
Multiple degree of freedom contrasts were then used to test for any evidence of differences between nutritional interventions or exercise modalities over time.
However, more recently, higher-intensity exercise modalities have been suggested as more time-efficient strategies for improvements in health and energy expenditure [4-6].
In combination with varying exercise modalities, PRO intake elevated post-exercise REE and fat oxidation to a greater extent than CHO.
In combination with varying exercise modalities, PRO intake elevated post-exercise REE and fat oxidation (via RER) to a greater extent than CHO.
The combined effect of varying exercise modalities and pre-workout nutrition on energy substrate utilization and EE in women is limited.
The current study is the first to compare common exercise modalities, with acute nutritional intake, on post-exercise REE and RER in women.
This study aimed to explore a range of exercise modalities to determine patient preferences for exercise delivery on a national level.
Therefore, the purpose of the current study was to examine the effect of common exercise modalities, AEE, HIIT, and HIRT, combined with pre-exercise CHO or PRO ingestion, on post-exercise REE and RER in women.
