Journal & Articles
150 articles on upper limb surgery, patient care, research, AI, training and leadership. Each article has a permanent, shareable URL.
Proximal humerus fractures are the third most common fragility fracture. The PROFHER trial changed what evidence supports for most of them. Yet surgical fixation rates have not fallen proportionately. The gap between the evidence and what is being done is a failure of implementation β and it matters for every patient who sustains this injury.
Read article βA clinical AI system that cannot explain its reasoning is not a clinical decision support tool. It is an oracle β and medicine has no place for oracles. Explainability is not a technical nicety in healthcare AI. It is the prerequisite for the critical engagement that patient safety requires from every clinician who uses a digital decision support tool.
Read article βResearch is not something that happens after training. It happens during it β and the trainees who begin building their portfolio from day one arrive at consultant level with a body of work, a network of collaborators, and a research identity that opens doors their peers cannot access. The investment is smaller than it appears. The return is larger than most trainees realise.
Read article βExercise is the most prescribed and least well-explained intervention in orthopaedic rehabilitation. Patients are handed exercise sheets and sent home without understanding why each exercise exists, what biological process it stimulates, and what doing it correctly versus incorrectly produces. That educational gap is one of the most correctable barriers to excellent surgical outcomes.
Read article βThe data that could transform orthopaedic practice already exists β in electronic health records, implant registries, physiotherapy systems, imaging archives, and outcome platforms. The challenge is not generating more data. It is building the informatics infrastructure that connects these sources, makes them accessible for analysis, and translates the insights they contain into clinical decisions that improve patient care.
Read article βA technically perfect rotator cuff repair on a tendon that cannot heal is not a successful operation. The biological environment in which a repair takes place is as important as the technique with which it is performed β and the factors that create a favourable healing environment are largely modifiable. Understanding and optimising them is as much the surgeon's responsibility as the repair itself.
Read article βThe leadership of orthopaedic surgery in the UK does not reflect the diversity of the patients it serves, the trainees it trains, or the society it operates within. This is not a statement about historical progress β which is real. It is a statement about how far there is still to go, and what those currently in leadership positions have the power and the responsibility to change.
Read article βDigital health innovation that reaches only the digitally literate, the smartphone-equipped, and the English-speaking is not a clinical advance. It is a new mechanism for widening health inequalities. Building equity into digital health tools β in their design, their deployment, and their evaluation β is not an optional enhancement. It is the difference between innovation that serves healthcare and innovation that serves a subset of it.
Read article βSleep is the most potent recovery tool available after surgery β and the most consistently neglected in post-operative counselling. The biology of sleep and healing is direct and well-established: tissue repair, immune function, pain modulation, and cognitive recovery all depend on sleep quality in ways that make inadequate post-operative sleep one of the most common and most correctable reasons for slow recovery.
Read article βThe NHS faces a structural challenge with no single solution: rising demand from an ageing population against constrained funding, workforce shortages, and an estate in need of modernisation. Orthopaedic surgery β high volume, resource-intensive, and increasingly technically sophisticated β is at the centre of this challenge. The specialty that navigates it well will have fundamentally reimagined how it delivers value.
Read article βRevision shoulder arthroplasty is one of the most technically demanding procedures in upper limb surgery β and one of the most preventable when primary surgery is planned and executed with the rigour it demands. Understanding the failure modes, their early recognition, and the surgical strategies that address them is essential knowledge for every surgeon who performs primary shoulder replacement.
Read article βPredictive analytics β using historical data to forecast future clinical events β is one of the most immediately applicable forms of AI in orthopaedic medicine. When its outputs are well-calibrated, transparently communicated, and integrated into clinical pathways with appropriate human oversight, it transforms how we identify patients at risk, allocate resources, and personalise the timing and intensity of intervention.
Read article βThe surgical debrief is the most consistently underused educational tool in surgical training. It takes ten minutes. It converts a clinical experience into structured learning. And in its absence, cases accumulate as experience without necessarily producing expertise. Building the habit of structured debrief β for trainees and for consultants β is one of the highest-value investments in surgical education.
Read article βConsent is not a document. It is a process β the process by which a patient develops sufficient understanding of their proposed treatment to make a genuine, voluntary decision about whether to proceed. The form is evidence that the process occurred. When the form is signed but the process was inadequate, the consent is invalid regardless of the signature on the page.
Read article βMost clinical decisions involve choosing between treatments that have never been directly compared in a head-to-head trial. Network meta-analysis β the statistical method that synthesises direct and indirect evidence to rank multiple treatments simultaneously β addresses this gap. Understanding when to use it, how to interpret it, and when its assumptions are violated is one of the most practically valuable evidence appraisal skills in modern orthopaedic practice.
Read article βHumeral shaft fractures occupy an interesting position in orthopaedic evidence: non-operative management with functional bracing produces excellent results in the majority of cases, and yet surgical fixation has increased significantly in recent decades. Understanding the specific indications that genuinely require surgery β and distinguishing them from those where bracing remains the better-evidenced option β is the most important clinical skill in managing this injury.
Read article βQuality improvement is the discipline through which clinicians use data, methodology, and collaborative energy to make healthcare consistently better for the patients who depend on it. It is not audit. It is not research. It is the systematic application of improvement science to the specific, measurable, and changeable gaps between current practice and the standard patients deserve.
Read article βThe electronic patient record is the foundational digital health infrastructure of modern clinical practice β and in most hospitals, it is used at a fraction of its potential. The gap between what EHR systems can do and what clinical teams actually do with them is one of the most significant and most addressable quality and efficiency failures in contemporary healthcare.
Read article βThe clinical consultation is the most important information exchange in your healthcare journey β and most patients leave it with unanswered questions they did not know how to ask. Understanding what questions to ask, and why the answers matter, transforms a passive appointment into an active partnership that produces better decisions and better outcomes.
Read article βWriting a medical book is one of the most intellectually demanding and most professionally rewarding things a clinician-academic can do. It synthesises expertise, reveals gaps, and creates a body of work that contributes to the field for years beyond the writing. With four books completed and more in progress, I want to share what the process actually involves β because the reality is more accessible than most clinicians believe.
Read article βClavicle fractures are among the most common injuries in active populations β and among the most debated in terms of operative versus non-operative management. The evidence has matured significantly over the past decade, and the clinical decision framework that emerges from it is more nuanced, more patient-centred, and more evidence-grounded than the broad surgical enthusiasm of the early 2000s.
Read article βThe convergence of artificial intelligence and surgical robotics represents one of the most significant technological frontiers in operative medicine. Robotic systems that once executed pre-planned trajectories with mechanical precision are evolving toward systems that adapt in real time to intraoperative findings, learn from outcome data, and augment surgical decision-making in ways that static automation cannot. Understanding where this technology is and where it is going is essential for any surgeon engaged in its responsible adoption.
Read article βSurgical training is a global challenge with an unequal distribution of solutions. In high-income countries, training infrastructure β simulation centres, cadaveric labs, credentialled mentors, structured curricula β is increasingly sophisticated. In much of the world, surgeons in training acquire their skills in conditions of resource scarcity, high clinical volume, and minimal educational infrastructure. Building bridges between these two realities is one of the most important contributions that well-resourced surgical communities can make.
Read article βChronic upper limb pain changes people. It disrupts sleep, erodes identity, restricts independence, and reshapes every relationship in a person's life. Understanding this β not as a background consideration but as the central clinical reality β is the foundation of care that genuinely serves the patient rather than simply managing their anatomical finding.
Read article βResearch mentorship is the most influential relationship in academic medicine β and the one most taken for granted. The research careers that produce the most impactful contributions to clinical science are almost always built on the foundation of at least one mentorship relationship of exceptional quality. Understanding what that quality consists of, and how to provide it, is as important as understanding how to conduct the research itself.
Read article βHigh-grade acromioclavicular joint disruption in the active patient presents one of the most surgically interesting challenges in shoulder practice. The evolution of surgical technique β from hook plate fixation to anatomical coracoclavicular ligament reconstruction with and without synthetic augmentation β reflects a growing understanding of the biomechanics that make this repair durable, and a growing evidence base that should inform every surgeon managing these injuries.
Read article βThe ability to communicate clinical expertise clearly, compellingly, and memorably to a professional audience is one of the most impactful skills a surgeon-academic can develop β and one of the most rarely taught. A presentation that changes how a room full of surgeons practise has more clinical impact than most individual operations. Learning to deliver one well is worth serious investment.
Read article βThe graveyard of clinical AI is full of technically excellent tools that clinicians never used. Not because the tools failed β but because the design process failed to produce something that fit the way clinicians actually work, think, and make decisions. Building AI that clinicians use is primarily a design challenge, not a technical one.
Read article βPatients receive imaging reports describing their shoulder, wrist, or elbow with language that ranges from mildly reassuring to deeply alarming β and almost always without the context needed to interpret what the findings actually mean for their health, their pain, and their treatment. Providing that context is one of the most important educational contributions a clinician can make.
Read article βThirty years in surgery, research, education, and innovation have taught me one thing above all others: the quality that most determines the impact of a clinical career is not intelligence, nor technical skill, nor even work ethic β though all matter. It is curiosity. The sustained, deliberate, professionally expressed curiosity that refuses to accept that current practice is optimal, that insists on asking why, and that builds the evidence and the tools that answer the question for the benefit of the next patient.
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