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ACUTE DISTAL BICEPS TENDON RUPTURE – A NEW SURGICAL TECHNIQUE USING A DE-TENSIONING SUTURE TO BRACHIALIS.



Abstract

Introduction. Acute distal biceps rupture can be a devastating injury and surgical repair offers the only real chance of full recovery. We report on a new surgical technique in which the use of suture anchors and a modified de-tensioning suture was employed to protect the repair in the early post operative recovery period and aid early rehabilitation and return to full pre-injury activity.

Materials & Methods. Using the standard anterior incision the distal biceps tendon was approximated to the radial tuberosity using two Mitek sutures and a sliding stitch. Using 2-0 Vicryl, de-tensioning sutures were used to attach the medial and lateral sides of the tendon to the underlying brachialis muscle. Post-operative recovery encouraged isometric contractions as early as 24 hours and after 2 weeks allowed flexion and extension with gravity eliminated. Six weeks onwards full active movement commenced with gradual increase in stretching and strengthening exercise.

Results. 14 patients underwent this procedure and all returned to pre-injury activity levels within 9 months. Follow up (6–14 months) demonstrated all had regained pre-injury levels of strength in flexion and supination.

Discussion. Using two suture anchors, it is suggested that load bearing strength is greater than the trans-osseous method, providing even tension is applied to both anchors. This can be achieved using a sliding stitch. De-tensioning sutures restore the isometric pull on biceps in the early phase and protects the repair.

Conclusion. All cases operated on in this way have made excellent recoveries and have returned to full pre-injury levels of activity. We therefore recommend this technique as a way of enhancing rehabilitation in what can be a devastating injury for the active sporting individual

Correspondence should be addressed to Major S A Adams, Orthopaedic Department, Royal Infirmary of Edinburgh, 51 Little France Crescent, Edinburgh EH16 4SA.