Abstract Aim The aim of this study was to evaluate the impact of redeployment of surgical trainees to intensive care units (ICUs) during the COVID-19 pandemic in terms of transferrable technical and nontechnical skills and wellbeing. Method This was a survey study consisting of a 23-point questionnaire. The study involved senior house officer level surgical trainees that had been redeployed to the (ICU) across all hospitals in London during the COVID-19 pandemic. The survey was sent to 90 surgical trainees. Thirty-two trainees responded to the questionnaire and were included in the study results. Results All respondents spent between 4 and 8 weeks working in ICU. Prior to redeployment, 78% of participants had previous experience of ICU or an affiliated specialty, and >90% had attended at least 1 educational course with relevance to ICU. There were statistically significant increases in confidence performing central venous cannulation and peripheral arterial catheterisation (p < 0.05). With regards to clinical skills, respondents reported feeling more confident managing ventilated patients, patients on noninvasive ventilation, dialysis, and circulatory failure patients after working in ICU. Respondents (97%) felt that the experience would be beneficial to their future careers but 53% felt the redeployment had a negative impact on their mental health. Conclusions Redeployment of surgical trainees to ICU led to increased confidence in a number of technical and nontechnical skills. However, proactive interventions are needed for training surgeons with regard to their psychological wellbeing in these extraordinary circumstances and to improve workforce planning for future pandemics.
Abstract Background Nail-bed injuries are the most common hand injury in children. Surgical dogma is to replace the nail plate after repairing the nail bed. Recent evidence suggests this might increase infection rates and returns to clinic. The aim of this feasibility trial was to inform the design and conduct of a definitive trial comparing replacing or discarding the nail plate after nail-bed repair. Methods This study recruited participants from four hand units in the UK between April and July 2015. Participants were children under the age of 16 years with a nail-bed injury requiring surgery. They were randomized to either having the nail plate replaced or discarded after nail-bed repair. The follow-up method was also allocated randomly (postal versus clinic). Information was collected on complications at 2 weeks and 30 days, and on nail-plate appearance at 4 months using the Zook classification. Two possible approaches to follow-up were also piloted and compared. Results During the recruitment phase, there were 156 potentially eligible children. Sixty were randomized in just over 3 months using remote web-based allocation. By 2 weeks, there were two infections, both in children with replaced nail plates. The nail-replaced group also experienced more complications. There was no evidence of a difference in return rates between postal and clinic follow-up. Conclusion Recruitment was rapid and nail-bed repair appeared to have low complication and infection rates in this pilot trial. The findings have led to revision of the definitive trial protocol, including the mode and timing of follow-up, and modification of the Zook classification.
Hand fractures are the most common fractures of the upper extremity, with a reported incidence of 3.7 per 1000 per year for men and 1.3 per 1000 per year for women. Understanding the diagnosis and management of these injuries is vital for any clinician working in the emergency department, plastic or orthopaedic surgery or providing community care. This review identifies the most common presentations and outlines how to assess and manage such fractures appropriately, with an emphasis on clinical and radiographic examination. The majority of hand fractures are managed conservatively and operative management should be carefully considered on a case-by-case basis with analysis of patient and fracture-related factors, in order to achieve optimal hand function following treatment.
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