Journal & Articles
150 articles on upper limb surgery, patient care, research, AI, training and leadership. Each article has a permanent, shareable URL.
Four small muscles. Four tendons converging into a single cuff of tissue around the humeral head. The rotator cuff is one of the most biomechanically sophisticated structures in the human body β and understanding it deeply transforms how we care for patients who injure it.
Read article βA shoulder replacement is not a mechanical procedure. It is a transformation. Patients who have lived with constant pain, disturbed sleep, and an inability to lift their arm β who describe feeling like a different, diminished version of themselves β describe something remarkable in the months after a well-performed arthroplasty. Understanding that transformation is what drives me to do this work well.
Read article βFrozen shoulder affects millions of people worldwide and is one of the most frustrating conditions in musculoskeletal medicine β not because we lack treatments, but because we underestimate how much the right information at the right time changes the patient's journey through it.
Read article βFor decades, we treated tennis elbow as inflammation. We injected corticosteroids, prescribed rest, and waited. Then we discovered the histopathology. There was no inflammation. There was failed tendon healing. That single insight changed the entire treatment paradigm β and patients' lives with it.
Read article βA competitive overhead athlete with a confirmed SLAP tear and a good physiotherapist can often return to their sport without surgery. A competitive overhead athlete with a confirmed SLAP tear and a surgeon who doesn't address the biomechanical substrate may not β even after a technically perfect repair. The biology of the injury is inseparable from the mechanics that caused it.
Read article βThe acromioclavicular joint is sometimes called the 'forgotten joint' of the shoulder. Clinicians who manage it thoughtfully β understanding both its biomechanical importance and the evidence on when intervention adds value β produce outcomes that remind patients and athletes why it should never be forgotten.
Read article βEvery year, hundreds of thousands of people fracture their wrist and receive exactly the treatment their fracture requires. What many of them do not receive is the systemic assessment that their fracture demands. That gap is one of the most addressable quality improvements in orthopaedic practice.
Read article βDupuytren's disease changes a hand, but it affects a person. The patient who can no longer shake hands confidently, grip a racket, fasten a button, or play a musical instrument has lost something that extends beyond anatomy. Understanding that experience is the starting point for excellent care.
Read article βOf all the conditions I see in upper limb practice, cubital tunnel syndrome is the one where earlier recognition and referral makes the most dramatic difference to outcome. The nerve that is compressed but not yet damaged responds beautifully to treatment. The one that is already showing axonal loss is a more challenging, less complete recovery story. Time matters here in a way it does not in many other conditions.
Read article βWhen I see a young athlete after a first shoulder dislocation, I am not simply treating an acute injury. I am potentially shaping the next five to ten years of their athletic career. That responsibility demands careful thought, honest evidence-based conversation, and a decision that serves the person, not just the joint.
Read article βArtificial intelligence will not replace the surgeon. It will, however, make excellent surgeons more consistently excellent β and that is a goal worth every effort to achieve. The framing of AI as threat misses the more important and more exciting story: AI as the most powerful clinical partner medicine has ever had.
Read article βMachine learning models trained on radiographic images can now identify fractures, classify bone tumours, measure alignment parameters, and flag abnormalities that human eyes occasionally miss β particularly under the conditions of volume and time pressure that characterise modern emergency and outpatient radiology. This is not science fiction. It is published, validated, deployable science.
Read article βThe history of healthcare technology is littered with brilliant tools that changed nothing. Not because the technology failed, but because implementation was treated as a technical problem when it is fundamentally a human one. Understanding what drives adoption β and what kills it β is as important as building the tool itself.
Read article βEvery surgical trainee has a different knowledge profile β different gaps, different learning pace, different clinical experience. Curriculum-based education treats them all the same. AI-assisted learning can finally treat each trainee as the individual they are β and the implications for how quickly they develop, and how well, are profound.
Read article βThe biggest barrier to multicentre orthopaedic research is not scientific β it is logistical and legal. Data does not move easily between institutions, countries, or health systems. Federated learning removes that barrier by changing the question from 'how do we share data?' to 'how do we learn from data without sharing it?' The answer changes everything.
Read article βThe patient who goes home after a shoulder operation wearing a fitness tracker is already generating data that could transform their post-operative monitoring. Most of that data is currently never seen by a clinician. Closing that gap is one of the most accessible β and most impactful β digital health opportunities in modern orthopaedic surgery.
Read article βI performed the first NextAR augmented reality shoulder replacement in England. I did not do it because it was pioneering β though it was. I did it because the evidence showed that component malpositioning is one of the most common causes of poor outcomes after shoulder arthroplasty, and this technology directly addresses that problem.
Read article βTime. That is what the administrative burden of clinical documentation costs β and it is the resource in shortest supply in modern healthcare. AI-assisted documentation is not a futuristic concept. It is a working technology already saving clinicians hours every week, and its potential to improve both clinical capacity and clinician wellbeing is one of the most immediately tangible benefits AI offers medicine.
Read article βThe evidence base for orthopaedic surgery grows by thousands of publications every year. No individual clinician can read all of it, evaluate it critically, and synthesise it into practice simultaneously. CiteSort.ai was built to solve exactly this problem β and the implications for how clinicians, researchers, and trainees engage with the evidence are profound.
Read article βAI in healthcare will only reach its potential if clinicians, patients, and health systems can trust it. That trust is not given to technology. It is built through rigorous validation, transparent performance reporting, honest governance, and a sustained commitment to putting patient safety above the pace of innovation. Getting governance right is not the obstacle to progress. It is what makes progress sustainable.
Read article βThe surgeons I admire most are not those with the longest list of procedures performed. They are the ones who, decades into distinguished careers, still approach each case with curiosity, still read the new literature with genuine interest, and still ask questions in rooms where they could simply deliver answers. Lifelong learning is not a virtue in surgery. It is a clinical competency.
Read article βThe FRCS (Tr&Orth) examination is one of the most demanding professional assessments in British medicine. It tests not just knowledge but the ability to reason under pressure, communicate with precision, and demonstrate the professional judgment of a surgeon ready for independent practice. Preparing for it well is a project that rewards strategic thinking as much as hard work.
Read article βThe principle that surgical skills should be partially acquired away from the operating theatre β reducing the patient's exposure to the early learning curve β is both ethically compelling and practically achievable with modern simulation technology. The question is no longer whether simulation belongs in surgical training. It is how to use it most effectively.
Read article βI have been fortunate to train under surgeons who were transformative mentors. Reflecting on what made them so β what specifically they did that others did not β reveals a set of practices that can be learnt, taught, and institutionalised. Great mentorship is not a personality trait. It is a set of deliberate behaviours.
Read article βExperience does not automatically produce expertise. Unexamined experience produces habit. It is the systematic, honest reflection on clinical experience β the deliberate extraction of learning from what happened and why β that produces the continuously developing clinician that patients deserve.
Read article βTraining internationally changes not just what you know about surgery, but how you think about it. Encountering excellence in different forms β different systems, different philosophies, different patient populations β reveals the assumptions embedded in your own training that you didn't know were assumptions. That revelation is one of the most valuable things a surgical career can offer.
Read article βA logbook records that a procedure was performed. It says nothing about whether it was performed well, whether the decision to perform it was correct, or whether the patient had a good outcome. In an era where we have the tools to measure all of these things, continuing to treat case numbers as the primary marker of surgical readiness is a choice we should examine carefully.
Read article βA surgeon who cannot communicate clearly with a patient, explain a diagnosis with honesty and compassion, or navigate a difficult conversation about uncertain outcomes is missing a clinical competency as important as any technical skill. Communication is not a soft skill in surgery. It is a hard one β and it can be taught.
Read article βThe culture of surgical training has historically conflated resilience with the tolerance of hardship β long hours, unsustainable workloads, and emotional suppression framed as necessary components of professional formation. The evidence on this framework is clear: it does not produce better surgeons. It produces burnout, errors, and the attrition of talented people who deserved a better system.
Read article βThe surgeon training today will practice in a clinical environment shaped by AI decision support, digital outcome monitoring, robotic assistance, and data-driven quality improvement. Training them to be excellent at the technical and clinical dimensions of surgery without preparing them for this digital context is preparing them for a world that no longer exists.
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