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ULTRASONIC INVESTIGATION OF TENDON GAP IN ACUTE TENDO-ACHILLES RUPTURES: IMPLICATIONS FOR CONSERVATIVE TREATMENT



Abstract

Background: Acute traumatic rupture of the Tendo-Achilles is a common problem. Review of the published literature shows a conflict between surgical and non-surgical management. Primarily, surgical treatment has repeatedly been shown to have a lower re-rupture rate compared with conservative treatment. However, it is associated with a higher rate of other complications, principally infective soft tissue complications. Debate concerning the method and duration of conservative treatment regimens also remains.

Methods: We aimed to assess the effect of knee position on the gap in acute tendo-Achilles ruptures. Our null hypothesis was there is no difference in tendon gap with variation of knee position. Patients with a history and examination consistent with an acute rupture were collected prospectively. They were imaged by the same consultant musculoskeletal consultant radiologist using ultrasound. Tendon gap was measured with the foot in neutral and full tolerable equinus with the knee both flexed to 90° and fully extended. A pilot study of 10 patients was used to provide data for a power calculation and consequently a total of 25 patients were recruited.

Results: All patients had their clinical diagnosis confirmed and tendon gap measured in each of the 4 positions. A paired t-test was used to compare mean differences between each position. This confirmed there was no significant difference in the tendon gap with the knee flexed or extended providing the foot is in full equinus. This may have considerable implications on the rationale behind conservative treatment and splinting of acute tendo-Achilles ruptures.


Correspondence should be sent to Mr Ryan Trickett, Cardiff and Vale NHS Trust, Trauma and Orthopaedics, Cardiff, United Kingdom, ryan@trickett00.fsnet.co.uk

The abstracts were prepared by Mr Matt Costa and Mr Ben Ollivere. Correspondence should be addressed to Mr Costa at Clinical Sciences Research Institute, University of Warwick, Clifford Bridge Road, Coventry CV2 2DX, UK.