Key result
A stimulus-based continuum of resistance and aerobic training provides a conceptual framework for designing time-efficient, individualized exercise strategies in oncology rehabilitation.
Why the study?
Current exercise guidelines for cancer survivors rely on a binary separation of resistance and aerobic training.
Does a stimulus-based continuum framework improve exercise prescription in cancer survivors compared to traditional binary resistance and aerobic training?
Does a stimulus-based continuum framework improve exercise prescription in cancer survivors compared to traditional binary resistance and aerobic training?
This review proposes a stimulus-based continuum framework for exercise prescription in cancer survivors, challenging the traditional binary separation of resistance and aerobic training.
May enable time-efficient individualized exercise for cancer survivors; extends beyond binary aerobic-resistance training to stimulus-based continuum.
Current exercise guidelines for cancer survivors continue to rely on a binary separation of resistance and aerobic training. This review proposes a stimulus-based continuum, in which mechanical load, cardiorespiratory strain, metabolic stress, recovery density, and contraction velocity collectively determine physiological adaptations. This framework provides a conceptual basis for designing time-efficient, individualized exercise strategies beyond traditional modality labels in cancer care.
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Kyuwan Lee (2026) conducted a review in Cancer survivors. Stimulus-based exercise continuum vs. Traditional binary modality labels (resistance vs aerobic) was evaluated. A stimulus-based continuum of resistance and aerobic training provides a conceptual framework for designing time-efficient, individualized exercise strategies in oncology rehabilitation.
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