“Once surgeons complete the survey, we will have a detailed idea of the ways in which they respond to complications and errors. We recognise that all surgeons are different and that we cannot put every individual who opts for a career as a surgeon into the same ‘box’. However, because we have the opportunity to reach tens of thousands of surgeons with our survey and we hope to gain a much more detailed an understanding we will have of the different ways in which surgeons may be affected by adverse surgical events. In this way we will gain valuable insights into how they might best be supported when such events inevitably occur.”
The research is being supported by The Royal College of Surgeons England and the Royal College of Surgeons Edinburgh.
Mr Kevin Turner, Consultant Urological Surgeon at Royal Bournemouth Hospital and a supervisor of the research project, said, “We all know that things can go wrong in surgery and dealing with the consequences of complications and errors is part and parcel of a surgeon’s life. Very little is known about the impact that adverse events have on surgeons both professionally and personally. Our survey will provide a detailed national picture of the challenges, responses, and resilience surgeons have when dealing with adverse events and will allow the development of better targeted support. I have been very pleased to work with Bournemouth University on this project. Ultimately, I believe our research will help surgeons and will benefit our patients.”
Catherine Johnson concluded, “The bottom line is that surgeons who are supported through adverse events will provide better patient care in the future. That is what we are aiming to achieve through this research and why it is so important.”
Surgeons across the UK are being encouraged to participate in the survey, which takes around 15 minutes to complete, and contribute to this important research, and can do so at www.surgeonwellbeing.co.uk.






Recent advances in neonatal care have led to improved survival rates for preterm infants, but this has led to greater challenges in providing these survivors with adequate nutrition. Docosahexaenoic acid (DHA) and arachidonic acid (ARA) are dietary fats essential for optimal brain growth and development. During the last trimester the placenta provides the foetus with high levels of DHA and ARA and extremely preterm infants, born at less than 28 weeks, are therefore at the greatest risk of deficiency as this supply has been cut short. In this new study the DHA and ARA intakes of extremely preterm infants was measured from all sources over the first six weeks of life and compared to European intake guidelines and levels provided in utero.
The study 






















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