Achilles Tendon Rupture Repair Using the Mini-Open Approach in a Supine Position
Thomas C Sanchez1, Matthew T Sankey1, Chad B Willis1
1University of Alabama at Birmingham, Birmingham, Alabama.
JBJS Essential Surgical Techniques
|January 26, 2024
Summary
This study introduces a mini-open supine approach for acute Achilles tendon rupture repair, offering a less invasive option with fewer complications and lower costs than traditional prone surgery. The technique demonstrates comparable repair integrity and patient satisfaction, making it a valuable alternative.
Area of Science:
- Orthopedic Surgery
- Sports Medicine
- Surgical Techniques
Background:
- Traditional Achilles rupture repair uses a prone position with a large incision.
- Prone positioning can lead to longer operative times and potential complications like airway issues and nerve palsies.
- A mini-open supine approach offers an alternative to minimize these risks.
Purpose of the Study:
- To describe and evaluate a mini-open approach for acute Achilles rupture repair using supine patient positioning.
- To compare the outcomes and complications of this technique with the traditional prone approach.
- To present a reproducible technique with a single, small incision and no specialized equipment.
Main Methods:
- A 3-4 cm mini-open incision is made with the patient in the supine position.
- The Achilles tendon is repaired using a 4-stranded double Krackow locking stitch with FiberWires.
- Postoperative management includes splinting, controlled ankle motion (CAM) boot use, and progressive weight-bearing and physical therapy.
Main Results:
- The mini-open supine approach has a lower overall complication rate (7.7%) compared to the traditional prone approach (9.3%).
- No reruptures were observed in either cohort within the first year.
- This technique is associated with decreased operating room time, anesthesia burden, and costs.
Conclusions:
- The mini-open supine approach is a safe and effective technique for acute Achilles rupture repair.
- It offers comparable repair outcomes to traditional methods while reducing complications and costs.
- This technique is reproducible, requires no specialized instrumentation, and can be performed in any facility.


