Doctor of Physical Therapy Program, Tufts University, Phoenix, AZ, USA.
Volt Movement, Durham, NC, USA.
Sports Med. 2022 Oct;52(10):2315-2320. doi: 10.1007/s40279-022-01670-7. Epub 2022 Apr 4.
Rehabilitation professionals prescribe exercise regularly with the goals of decreasing pain, increasing function, and returning athletes to competition. To maximize the effect of an exercise intervention, the program must be individualized and in context for the athlete considering biopsychosocial aspects of care. Current models of exercise prescription may not be ideal considering that less than 50% of injured athletes return to their pre-injury level. Advice on exercise prescription has been offered in the past, but the paradigms are either not user friendly or user friendly but linear, based on phases of recovery. As such, there is a need for a more flexible exercise prescription paradigm that should improve the individuality of exercise prescription. In this Current Opinion, we offer a user-friendly construct-oriented paradigm designed to facilitate the creation of individualized exercise programs for athletes.
康复专业人员经常规定进行运动,以达到减轻疼痛、提高功能和使运动员重返比赛的目的。为了最大限度地发挥运动干预的效果,该方案必须针对运动员进行个体化,并考虑到其生物心理社会方面的护理。考虑到只有不到 50%的受伤运动员能够恢复到受伤前的水平,目前的运动处方模式可能并不理想。过去已经提供了关于运动处方的建议,但这些范例要么不太方便用户使用,要么方便用户使用但线性化,基于恢复阶段。因此,需要一种更灵活的运动处方模式,这将提高运动处方的个体性。在本专题讨论中,我们提供了一个方便用户的基于构念的范例,旨在为运动员制定个性化的运动计划。