Injury Prevention & Recovery Flashcards

Which biomechanical fault most commonly predisposes runners to iliotibial band syndrome that ART practitioners should address?

Answer: Excessive hip adduction during stance phase

Excessive hip adduction during stance increases iliotibial band tension at the lateral femoral epicondyle, the primary mechanism behind IT band syndrome in runners.

In ART, what is the primary purpose of re-examining a patient's movement patterns after treating soft tissue adhesions?

Answer: To assess whether restored tissue mobility has improved functional movement

Post-treatment movement reassessment confirms whether releasing adhesions has translated into improved functional range and neuromuscular control.

A cyclist develops exertional compartment syndrome symptoms. Which ART approach best supports recovery while reducing recurrence risk?

Answer: Treating the fascial envelope and adjacent musculature to restore compliance and reduce intracompartmental pressure

ART applied to fascial structures and surrounding muscles reduces chronic compartment pressure by improving tissue compliance and circulation.

When educating a patient on injury prevention post-ART treatment, which activity modification is most evidence-supported for preventing rotator cuff re-injury?

Answer: Progressive rotator cuff strengthening with scapular stabilization emphasis

Progressive strengthening targeting the rotator cuff and scapular stabilizers restores the dynamic stabilization needed to prevent rotator cuff re-injury.

ART treatment of the psoas muscle is particularly important in injury prevention for which athletic population?

Answer: Sprinters and jumpers prone to hip flexor strain

Sprinters and jumpers place extreme demands on the psoas during acceleration and takeoff, and psoas adhesions restrict hip extension and predispose to hip flexor strains.

Which physiological mechanism explains why ART-treated tissue has a lower re-injury rate compared to untreated scar tissue?

Answer: Restored tissue mobility improves neurovascular supply and collagen fiber alignment

Breaking adhesions restores normal tissue architecture, improving both neurovascular flow and the parallel alignment of collagen fibers, which are stronger and more resilient.

A patient recovering from Achilles tendinopathy asks when it is safe to return to running after ART. Which criteria is most appropriate?

Answer: When single-leg heel raise endurance equals the unaffected side and pain during activity is below 3/10

Return-to-run criteria should include functional strength symmetry and a tolerable pain threshold during loading, not just rest-pain resolution.