PM & R : the journal of injury, function, and rehabilitation · 2020
Ultrasound-Guided Fasciotomies of the Deep and Superficial Posterior Leg Compartments for Chronic Exertional Compartment Syndrome: A Cadaveric Investigation.
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Reisner Jacob H, Noble-Taylor Kayle E, Cummings Nancy M, Lachman Nirusha, Finnoff Jonathan T
Аннотация
BACKGROUND: Chronic exertional compartment syndrome (CECS) is a type of leg pain related to elevated intracompartmental pressure with activity in one or more of the four compartments of the leg. Open fasciotomy is the definitive treatment for CECS but has a reported complication rate of up to 15.7% and return to full activity reported up to 16 weeks. Ultrasound-guided (USG) fasciotomy of the anterior and lateral compartments has been translated into clinical practice.
OBJECTIVE: To determine the safety and feasibility of a USG fasciotomy of the deep posterior compartment (DPC) and superficial compartment (SPC) of the leg in a fresh-frozen cadaveric model.
DESIGN: Prospective, cadaveric laboratory investigation.
SETTING: Procedural skills laboratory at an academic institution.
CADAVERIC COHORT: Ten fresh-frozen cadaveric knee-ankle-foot specimens from five female and five male donors aged 58 to 93 years (mean 77.4 years) with body mass indexes of 18.1 to 33.5 kg/m2 (mean 25.1 kg/m2 ).
METHODS OR INTERVENTIONS: One experienced operator performed 10 USG DPC and SPC fasciotomies. A clinical anatomist performed dissections of each.
MAIN OUTCOME MEASURES: Achievement of target length and continuity of release was recorded. Target lengths of 10 cm for the superficial posterior compartment (SPC) and 15 cm for the deep posterior compartment (DPC) were established based on previous studies. Tendinous and neurovascular structures were assessed for damage.
RESULTS: No tendon or neurovascular injuries were observed. In the SPC, target length was achieved in 90% and continuous release was observed in 80%. In the DPC, target length was achieved in 60% and continuity observed in 30%.
CONCLUSIONS: These findings suggest that SPC USG fasciotomies using the technique described in this study are feasible, may be safe, and warrant further translational research; however, DPC USG fasciotomies are more challenging and require more technical refinement prior to clinical translation.
OBJECTIVE: To determine the safety and feasibility of a USG fasciotomy of the deep posterior compartment (DPC) and superficial compartment (SPC) of the leg in a fresh-frozen cadaveric model.
DESIGN: Prospective, cadaveric laboratory investigation.
SETTING: Procedural skills laboratory at an academic institution.
CADAVERIC COHORT: Ten fresh-frozen cadaveric knee-ankle-foot specimens from five female and five male donors aged 58 to 93 years (mean 77.4 years) with body mass indexes of 18.1 to 33.5 kg/m2 (mean 25.1 kg/m2 ).
METHODS OR INTERVENTIONS: One experienced operator performed 10 USG DPC and SPC fasciotomies. A clinical anatomist performed dissections of each.
MAIN OUTCOME MEASURES: Achievement of target length and continuity of release was recorded. Target lengths of 10 cm for the superficial posterior compartment (SPC) and 15 cm for the deep posterior compartment (DPC) were established based on previous studies. Tendinous and neurovascular structures were assessed for damage.
RESULTS: No tendon or neurovascular injuries were observed. In the SPC, target length was achieved in 90% and continuous release was observed in 80%. In the DPC, target length was achieved in 60% and continuity observed in 30%.
CONCLUSIONS: These findings suggest that SPC USG fasciotomies using the technique described in this study are feasible, may be safe, and warrant further translational research; however, DPC USG fasciotomies are more challenging and require more technical refinement prior to clinical translation.