"exercise load" is a correct and usable phrase in written English.
You can use it when referring to the physical activity of a person or group, to describe the amount of physical exercise they are doing, or the difficulty of the exercises they are completing. For example, you could say: "The athletes worked hard to increase their exercise load leading up to the competition."
Adjustment of exercise load was done every 4 weeks by repeating the same incremental test.
With reduced exercise load, SWS pressure may have been reduced, resulting in lower levels of SWS and increased REM sleep.
Again, this suggested initial increase in CAR could be expected following a significant exercise intervention, which may then level off as participants become accustomed to the exercise load.
Moreover, CAR may represent a combination of previous exercise load and upcoming stress, making current interpretation of field-based observational research challenging.
Since the impact of physical exercise on cognitive functioning is dependent on the characteristics of the physical exercise load (e.g., [1, 19]), and considering the specificity of perceptual-cognitive expertise [15], physical exercises were also classified as general or specific.
More research is needed to fully elucidate the influence of exercise on CAR and address a number of gaps in the literature, including controlling exercise load, consistent sample collection, and CAR calculation and analysis.
Exercise training tailored to address the individual patient factor to optimal exercise loading and intensity via surveillance through mobile phone communication could play an important role in optimising long-term outcomes and prevent functional derangement in COPD patients.
In conclusion, our results demonstrate that concerning the mass, structure, and mechanical competence of rat bones, the homeostatic loading-driven regulatory feedback system maintains its capacity to respond to increased exercise loading even into very old age.
Results for the general and specific acute physical exercise loads did not differ.
The commonly used open kinetic chain knee extensor (OKCKE) exercise loads the sagittal restraints to knee anterior tibial translation.
The current review provides an important synthesis of how acute exercise loads affect perceptual-cognitive performance; however, there were several notable limitations.
