Dr. Brian Waterman Speaks at OASIS Conference in Jaipur, India

Posted on: July 29th, 2026 by Our Team

Dr. Brian Waterman recently traveled to Jaipur, India, to serve as an international faculty speaker at the OASIS Conference. During the meeting, he delivered five presentations covering complex shoulder and knee conditions, sharing practical insights into surgical decision-making, advanced reconstruction, and joint preservation.

The conference brought orthopedic surgeons and sports medicine specialists together to discuss evolving techniques and challenging clinical cases. Dr. Waterman’s participation provided an opportunity to exchange ideas with colleagues from India and around the world while contributing his experience in shoulder surgery, knee reconstruction, arthroscopy, and the treatment of athletic injuries.

Managing Complex Irreparable Rotator Cuff Tears

In his first presentation, “Management of the Complex Irreparable Rotator Cuff Tear,” Dr. Waterman addressed one of the more difficult problems in shoulder surgery.

A rotator cuff tear may be considered irreparable when the damaged tendon cannot be returned reliably to its original attachment. These cases require careful evaluation because treatment depends on several factors, including the patient’s age, activity level, symptoms, tendon quality, muscle condition, and the presence of arthritis.

Dr. Waterman reviewed strategies for selecting the most appropriate treatment for each patient. Depending on the circumstances, options may include nonsurgical care, partial repair, tendon transfer, superior capsular reconstruction, or shoulder replacement. His presentation emphasized individualized decision-making rather than relying on a single solution for every complex tear.

Open and Arthroscopic Treatment of Anterior Shoulder Instability

Dr. Waterman also presented on the open and arthroscopic management of complex anterior shoulder instability.

Anterior instability occurs when the upper arm bone moves partially or completely out of the front of the shoulder socket. Recurrent instability can damage the labrum, capsule, cartilage, and bone, particularly in young athletes and patients involved in collision or overhead sports.

While many instability procedures can be performed arthroscopically, complex cases may require an open operation—especially when there is substantial bone loss, previous surgery has failed, or the patient faces a high risk of recurrence. Dr. Waterman discussed how injury patterns, imaging findings, athletic demands, and previous treatment influence the choice of surgical technique.

Evaluating and Managing a Failed ACL Reconstruction

Another presentation focused on the evaluation and management of failed anterior cruciate ligament reconstruction.

An ACL reconstruction may fail for several reasons, including a new injury, graft problems, tunnel positioning, untreated instability, lower-extremity alignment, or incomplete rehabilitation. Determining why the original reconstruction failed is essential before planning revision surgery.

Dr. Waterman reviewed the systematic evaluation of these cases and the decisions involved in revision ACL reconstruction. Treatment may require a single operation or a staged approach, depending on existing bone tunnels, associated ligament injuries, meniscal damage, cartilage health, and alignment. His presentation underscored the importance of identifying and addressing every contributing factor to create the best opportunity for a successful recovery.

Biologic Knee Reconstruction and Joint Preservation

Dr. Waterman’s fourth presentation, “Biologic Knee Reconstruction: Cartilage Restoration, Meniscal Transplantation, and Joint Preservation,” explored advanced options for active patients with cartilage or meniscal damage.

Articular cartilage allows the bones of the knee to move smoothly, while the menisci distribute pressure and help stabilize the joint. Damage to either structure can cause pain, swelling, reduced function, and progressive joint deterioration.

Biologic knee reconstruction seeks to restore or preserve damaged tissues and, when appropriate, delay the need for joint replacement. Dr. Waterman discussed cartilage-restoration procedures, meniscal transplantation, and the role of alignment and ligament stability in protecting the reconstructed knee. These treatments are tailored to the patient’s anatomy, activity goals, previous procedures, and the extent of joint damage.

Surgical Demonstration of AC, CC, and SC Joint Injury Management

Dr. Waterman concluded his educational contributions with a surgical video demonstration focused on injuries involving the acromioclavicular, coracoclavicular, and sternoclavicular structures.

These structures help connect and stabilize the shoulder girdle. Injuries may range from mild sprains to complex disruptions that alter shoulder mechanics and require surgical reconstruction.

Through surgical video, Dr. Waterman demonstrated key aspects of evaluating and treating these injuries. This format allowed attendees to examine operative steps, technical considerations, and potential challenges in greater detail, connecting clinical principles with their practical application in the operating room.

Advancing Orthopedic Education Through Global Collaboration

Dr. Waterman’s participation at the OASIS Conference reflects his ongoing commitment to international education and collaboration. By addressing difficult revision procedures, complex shoulder injuries, and tissue-preserving knee surgery, he contributed to discussions that can help orthopedic specialists refine treatment strategies and improve patient care.

The meeting in Jaipur also created an opportunity for surgeons with different training backgrounds and clinical experiences to learn from one another. These international exchanges strengthen the global orthopedic community and support the continued advancement of sports medicine and reconstructive surgery.

For Dr. Waterman, sharing these techniques and treatment principles represents an extension of his work as an orthopedic sports medicine surgeon, researcher, and educator—and a continued commitment to helping patients remain active while preserving long-term joint health.