Placing Knotless Suture Anchor Through Mid-Glenoid Portal
Travis J. Dekker, MD; Liam A. Peebles; Matthew T. Provencher, MD
Massachusetts General Hospital
Optimal portal placement for arthroscopic shoulder stabilization procedures can significantly aid a surgeon’s visualization during the repair as well as suture anchor placement. A percutaneous knotless anchor insertion kit used through a mid-glenoid portal allows the surgeon to access positions on the glenoid rim that are commonly difficult to reach. Moreover, the knotless kit has the ability to save valuable time during arthroscopic stabilization procedures and also eliminates the risk of postoperative knot impingement.
The mid-glenoid portal should be made approximately 1 cm lateral from the joint line of the humeral head and 2–3 cm inferior and 1–2 cm medial from the posterolateral acromial angle. This portal placement avoids injury to the labrum and should be determined after assessing both the thickness of the local soft tissues and the size of the relevant bony architecture. A hole for the knotless anchor should be drilled approximately 1–2 mm onto the face of the glenoid, and the labral tape is then passed a short distance through the eyelet of the knotless fixation device before the construct is inserted into the glenoid. A hemostat is used to hold the tape as it is placed into the drill hole, and a mallet is used to drive the interference portion of the plastic implant to a marked depth. Finally, once the suture anchor is securely affixed, the insertion device is unloaded and pulled out of the portal with 6 counterclockwise turns.
Tying Arthroscopic Knot for Glenoid Suture Anchor
Zachary S. Aman; Liam A. Peebles; Matthew T. Provencher, MD
Massachusetts General Hospital
As arthroscopic and minimally-invasive procedures have become increasingly more common over the past decade, a versatile understanding of several arthroscopic knot tying techniques is essential for reproducible and reliable repairs. While there are numerous descriptions of unique arthroscopic knots, selection and correct implementation is critical for adequate soft tissue fixation and successful patient outcomes. Specifically, the Roeder knot, a type of locking sliding knot, with 3 alternating half hitches, has been described to provide the loop and knot security among other sliding knot techniques. Therefore, the Roeder knot has emerged as a preferred knot tying technique amongst orthopedic surgeons, especially in the setting of arthroscopic shoulder stabilization procedures. In this case, we describe the basic fundamentals of performing a Roeder knot with 3 alternating half hitches to anchor the labrum to the glenoid in the setting of an arthroscopic Bankart repair.
Rotator Cuff Repair (Cadaver Shoulder)
Patrick Vavken, MD1; Sabah Ali2
1Smith and Nephew Endoscopy Laboratory
2University of Central Florida College of Medicine
Rotator cuff tears represent the vast majority of shoulder disorders treated by orthopaedic surgeons. From partial-thickness tears in overhead throwing athletes to full-thickness tears in the elderly, the prevalence of rotator cuff tears continues to increase over time. While some cases are asymptomatic, most patients with rotator cuff tears report shoulder pain, limited range of motion, and nighttime pain with difficulty sleeping on the affected shoulder. When nonsurgical treatment is insufficient in relieving the symptoms, arthroscopic rotator cuff repair becomes a viable option for many patients.
This is the case of a rotator cuff repair of a full-thickness tear that extends into the infraspinatus on a cadaver shoulder in the beach chair position. The tear was repaired by placing an anchor, retrieving and passing three suture arms, and tying the suture. This article outlines the natural history, preoperative care, intraoperative technique, and postoperative considerations of rotator cuff repairs.
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