Long head of the biceps tendon versatility in reconstructive shoulder surgery: a narrative review of arthroscopic techniques and their biomechanical principles with video presentation.
Diana-Cosmina NeculauGeorge Mihai AvramAdam L KwapiszMarius M ScarlatBogdan ObadaIon-Andrei PopescuPublished in: International orthopaedics (2024)
The management of the long head of the biceps tendon (LHBT) during shoulder arthroscopy has been a subject of controversy for many years, with evolving discussions and trends. Despite long-standing debate, the nature of the surgical indication regarding how to treat concomitent LHBT injuries has undergone changes in recent years. It now extends beyond the timing of tenotomy to encompass considerations of alternative methods for preserving the LHBT, along with an ongoing exploration of how it can be effectively utilized in reconstructive shoulder surgery. Recent techniques describe approaches to using LHBT in a wide range of procedures, from shoulder instability to rotator cuff tears. Additionally, LHBT-based reconstructive techniques have surfaced for addressing what were formerly denoted as irreparable rotator cuff tears. While current literature provides detailed anatomical descriptions of the LHBT and many reports of novel, advanced techniques, there is still much debate regarding the decision-making process in each case. Because of the growing number of emerging techniques and the escalating debate in the subsequent paper, a decision has been made to present the current literature review concerning the potential utilization of LHBT in shoulder arthroscopy. In a dedicated video, we demonstrate the main arthroscopic techniques employed by the authors in their daily practice.
Keyphrases
- rotator cuff
- decision making
- minimally invasive
- coronary artery bypass
- primary care
- healthcare
- systematic review
- case report
- physical activity
- emergency department
- surgical site infection
- acute coronary syndrome
- risk assessment
- quality improvement
- electronic health record
- atrial fibrillation
- finite element analysis
- cone beam computed tomography