Operative Techniques in Sports Medicine
Volume 18, Issue 1 , Pages 11-17 , March 2010

Deltoid Ligament Injuries in Athletes: Techniques of Repair and Reconstruction

  • Timothy C. Beals, MD

      Affiliations

    • Deparment of Orthopaedics, University of Utah School of Medicine, Salt Lake City, UT
    • Corresponding Author InformationAddress reprint requests to Timothy C. Beals, MD, Department of Orthopaedics, University Orthopaedic Center, University of Utah, 590 Wakara Way, Salt Lake City, UT 84108
  • ,
  • Julia Crim, MD

      Affiliations

    • Department of Radiology, University of Utah School of Medicine, Salt Lake City, UT
  • ,
  • Florian Nickisch, MD

      Affiliations

    • Deparment of Orthopaedics, University of Utah School of Medicine, Salt Lake City, UT

  • Image Result

    Coronal fast spin-echo (FSE) T2-weighted with fat saturation MRI image showing posterior deep deltoid ligament (arrowhead), a broad, fan shaped ligament extending horizontally from the posterior colli

    Coronal fast spin-echo (FSE) T2-weighted with fat saturation MRI image showing posterior deep deltoid ligament (arrowhead), a broad, fan shaped ligament extending horizontally from the posterior colliculus of the medial malleolus to the deltoid fovea at the medial margin of the talus.

  • Image Result
    Coronal FSE T2-weighted with fat saturation MRI image showing the thin anterior deep deltoid ligament (arrowhead), extending from the anterior colliculus to the antero-medial margin of the talar body.

    Coronal FSE T2-weighted with fat saturation MRI image showing the thin anterior deep deltoid ligament (arrowhead), extending from the anterior colliculus to the antero-medial margin of the talar body. The anterior deep deltoid ligament is difficult to identify at arthroscopy. Much more prominent on this image is the robust and constant tibiosustentacular (ie, tibiocalcaneal) component of the superficial deltoid (arrow).

  • Image Result
    Axial FSE T2-weighted with fat saturation MRI image showing the origin of the superficial deltoid ligament from the anteromedial margin of the medial malleolus (arrow). A thin sheet of fibers extends

    Axial FSE T2-weighted with fat saturation MRI image showing the origin of the superficial deltoid ligament from the anteromedial margin of the medial malleolus (arrow). A thin sheet of fibers extends posteriorly, merging with the periosteum of the tibia and with fibers of the flexor retinaculum (arrowhead).

  • Image Result
    Clinical image of rotatory drawer testing for medial ankle instability.

    Clinical image of rotatory drawer testing for medial ankle instability.

  • Image Result
    (A) Operative image showing a superficial deltoid ligament avulsed from the medial malleolus. (B) Fluoroscopic image showing the location of a metallic anchor used for the direct repair of an avulsed

    (A) Operative image showing a superficial deltoid ligament avulsed from the medial malleolus. (B) Fluoroscopic image showing the location of a metallic anchor used for the direct repair of an avulsed superficial deltoid ligament.

  • Image Result
    Clinical image of the course of the posterior tibial tendon and margin of the medial malleolus. Incision is created anterior to the posterior tibial tendon.

    Clinical image of the course of the posterior tibial tendon and margin of the medial malleolus. Incision is created anterior to the posterior tibial tendon.

  • Image Result
    Periosteal incisions are visualized where the bony defect is to be created. Suture is seen more posteriorly where the posterior tibial tendon was evaluated.

    Periosteal incisions are visualized where the bony defect is to be created. Suture is seen more posteriorly where the posterior tibial tendon was evaluated.

  • Image Result
    A clamp everts the osteoligamentous flap that is to be advanced proximally on the medial malleolus. The origin of the tibiocalcaneal ligament is attached to the bony fragment but the deep deltoid orig

    A clamp everts the osteoligamentous flap that is to be advanced proximally on the medial malleolus. The origin of the tibiocalcaneal ligament is attached to the bony fragment but the deep deltoid origin is undisturbed.

  • Image Result
    A guide wire for a suture button device traverses the bony fragment of the deltoid complex to be advanced.

    A guide wire for a suture button device traverses the bony fragment of the deltoid complex to be advanced.

  • Image Result
    The advanced osteoligamentous flap is secured by suture button and surrounding periosteal and ligamentous repair.

    The advanced osteoligamentous flap is secured by suture button and surrounding periosteal and ligamentous repair.

  • Image Result
    (A) Intraoperative fluoroscopy image of rock climber 9 months after fall with resultant medial ankle instability. Note the medial joint gapping with stress and bone fragments consistent with deltoid l

    (A) Intraoperative fluoroscopy image of rock climber 9 months after fall with resultant medial ankle instability. Note the medial joint gapping with stress and bone fragments consistent with deltoid ligament disruption. (B) Arthroscopic image demonstrating a hook around an avulsed superficial deltoid ligament. (C) Same patient after deltoid reconstruction with advancement of an osteoligamentous flap. Mortise is restored.

  • Image Result
    (A) Preoperative weight bearing ankle view showing valgus tilt consistent with incompetence to the deltoid ligament complex. Excessive valgus is present. (B) Same patient after deltoid ligamentous rec

    (A) Preoperative weight bearing ankle view showing valgus tilt consistent with incompetence to the deltoid ligament complex. Excessive valgus is present. (B) Same patient after deltoid ligamentous reconstruction as described and concomitant realignment.

PII: S1060-1872(09)00123-3

doi: 10.1053/j.otsm.2009.10.001

Operative Techniques in Sports Medicine
Volume 18, Issue 1 , Pages 11-17 , March 2010