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Following an injury, decisions to return a military member to duty are frequently deferred to clinicians’ opinion, or use time-based criteria, with no one accepted functional testing algorithm consistently utilized across institutions and/or branches. Currently utilized functional testing algorithms may not consider the unique biomechanical demands of military tactical athletes. Additionally, when an injury occurs, bridging the gap between end-stage rehabilitation and performance training to return to prior physical demands can be one of the most challenging aspects of rehabilitation and must be considered when attempting to optimize readiness. While returning military tactical athletes to duty, a pragmatic, interdisciplinary approach is warranted, considering the time and resources allocated for intervention and assessment.
Description
Following an injury, decisions to return a military member to duty are frequently deferred to clinicians’ opinion, or use time-based criteria, with no one accepted functional testing algorithm consistently utilized across institutions and/or branches. Currently utilized functional testing algorithms may not consider the unique biomechanical demands of military tactical athletes. Additionally, when an injury occurs, bridging the gap between end-stage rehabilitation and performance training to return to prior physical demands can be one of the most challenging aspects of rehabilitation and must be considered when attempting to optimize readiness. While returning military tactical athletes to duty, a pragmatic, interdisciplinary approach is warranted, considering the time and resources allocated for intervention and assessment.