Game Changers in My Career

Throughout a surgical career, it is tempting to assume that growth is steady and linear—that expertise develops progressively through repetition. However, our most significant development frequently arises not from gradual refinement, but from transformative inflection points—those disruptive moments of learning, insight, or even failure that fundamentally alter our understanding and practice of the craft. These instances, which I call "game changers," typically do not present themselves with fanfare. More often, they arrive discreetly, masked as a new concept, an unforeseen outcome, or the discomfort of questioning long-held assumptions. Over the past 3 decades in the field of hand and upper extremity surgery, I have encountered several of these game changers. They have reshaped my approach to patient care, broadened my understanding of what is surgically possible, and, most importantly, made me a more thoughtful and reflective clinician. In this editorial, I will share 4 key innovations that have altered not only my surgical techniques but also my overall thought process. MEDIAL FEMORAL CONDYLE VASCULARIZED BONE GRAFT FOR SCAPHOID NONUNION A major turning point in my career came when I moved from using a pedicled bone grafts to the medial femoral condyle (MFC) vascularized bone graft for treating scaphoid nonunions. Early on, I relied heavily on the 1,2 intercompartmental supraretinacular artery (ICSRA) graft.1 However, results were often suboptimal in cases involving avascular necrosis (AVN) and carpal collapse.2 In 2003, the management of a notably challenging sternoclavicular joint infected nonunion that had experienced multiple previous graft failures resulted in the discovery of a new technique for the treatment of scaphoid nonunions. We contemplated using the medial femoral condyle (MFC) corticoperiosteal graft with a central piece of cancellous bone attached to it, which led to the innovation of an MFC corticocancellous vascularized bone graft.3 This approach was then regarded as unconventional for addressing scaphoid nonunions. The outcomes of this innovation were indisputable. We achieved a 94% union rate in primary surgical interventions4 and an 84% success rate in revision procedures,5 even among patients with significant bone loss and previous unsuccessful treatments. The lesson here went beyond technique. The MFC experience taught me that true innovation often requires stepping outside our surgical comfort zones, applying principles across anatomic regions, and trusting in biomechanics and biology rather than habit. DISTAL RADIOULNAR JOINT ARTHROPLASTY WITH THE APTIS IMPLANT: FROM OPPOSITION TO ADVOCACY If the MFC graft was a lesson in innovation through necessity, the APTIS implant taught me humility. I was once a strong opponent of DRUJ total arthroplasty, particularly with APTIS. I publicly criticized the implant and its inventor, believing the risks outweighed the benefits and that the procedure bound patients to a lifetime of complications. Then came a patient with a failed Sauvé-Kapandji procedure with all extensor tendons ruptured, with no remaining salvage options. Reluctantly, I implanted the APTIS upon the urging of the patient. The result was unexpectedly excellent. That case marked a turning point—not only in my clinical practice, but in my willingness to challenge and revise my own views. Since then, APTIS has become a valuable option in my surgical toolbox. Success depends on proper patient selection,6 meticulous planning, and a clear understanding of long-term responsibilities. More than the implant itself, this experience reminded me that rigidity in belief can be a barrier to progress—and that meaningful advances often come when we allow ourselves to be wrong. ULTRASOUND-GUIDED THREAD CARPAL TUNNEL RELEASE (TCTR): EMBRACING THE MINIMALLY INVASIVE Carpal tunnel release (CTR) represents one of the most commonplace procedures in hand surgery, and for many years, I perceived no necessity to complicate a well-established technique. This perspective transformed in 2019, when I was introduced to an innovative, incisionless method: ultrasound-guided thread carpal tunnel release (TCTR).7 Although initially skeptical, I took a 2-week sabbatical to acquire hands-on experience with the technique. The subsequent developments led to a fundamental shift in my practice. TCTR swiftly evolved into a cornerstone of my treatment approach. With more than 1400 cases to date, the results have been remarkable, facilitating faster recovery, reducing pain, and yielding minimal complications.8–11 Patients returned to work significantly earlier than with open release, with no neurovascular injuries reported and only one conversion to open surgery due to wire breakage. TCTR not only enhanced clinical results but also transformed my perspective on innovation. It has reminded me that established techniques do not always equate to optimal solutions and that new technologies, when applied thoughtfully, can significantly improve both the surgical experience and patient outcomes. FRAGMENT-SPECIFIC FIXATION IN DISTAL RADIUS FRACTURES Before 2004, I managed distal radius fractures with the conviction of precision: one plate, one approach. This perception was irrevocably altered when I personally sustained an intra-articular distal radius fracture that was addressed with a volar plate, resulting in changes of my wrist function. This experience compelled me to reassess my comprehension of the management of intra-articular distal radius fractures and wrist biomechanics, leading me to embrace fragment-specific fixation. This technique focuses on stabilizing each individual fracture fragment with its own targeted implant and approach, creating a load-sharing construct specific to the injury pattern.12 This paradigm shift transformed my entire approach to distal radius fractures. I became a better surgeon, more facile in approaching distal radius fractures from multiple approaches, and had a clearer understanding of the mechanics of distal radius fractures. OWNING COMPLICATIONS: THE HIDDEN GAME CHANGER Perhaps the most personal and ongoing game changer in my career has been the commitment to owning my complications. Early in our careers, we may see complications as reflections of failure. But they are, in truth, essential teachers.13 Every major advancement I have made has been born from addressing a complication honestly and learning from it. This mindset has helped me grow not only as a surgeon but also as a leader, educator, and human being. Complications have pushed me to innovate, stay humble, and strive always for improvement. In many ways, they have been the most honest source of progress in my career. FINAL REFLECTIONS Game changers are rarely glamorous. They often arrive unannounced, emerging from necessity, failure, or a patient who tests the limits of our understanding. However, if we remain open and attentive, they can reshape our techniques and our entire philosophy of care. My career has been defined by these pivotal moments—from vascularized grafts to rethinking implants, from minimally invasive techniques to fundamental shifts in mindset. Each has emphasized the significance of curiosity, humility, and the courage to evolve. To every surgeon reading this: your game changers are out there. They may be in your next case, your last complication, or the idea you resist. Stay open. Stay honest. And when the moment arrives, do not just play the game. Change it.