Category Archives: NHS

Video: VR Simulation at Oxford University

VR medical simulation

Dr Sally Shiels discusses the value of VR simulation at the OxSTaR simulation centre in the Oxford University Hospital Trust

VR simulation

Dr. Sally Shiels is an anaesthetist at OxSTaR (Oxford Simulation, Teaching and Research), the purpose-built, state-of-the-art medical simulation teaching and research facility in Oxford University Hospital.

Sally discusses virtual reality’s impact on training for medical students and clinicians, how immersive technology is supporting patient safety, and the types of programs the OxSTaR center are developing.

“Providing our students with virtual patients has been an absolute sea change in terms of medical education” 

Using OMS has allowed OxSTaR to expand their training capabilities, preparing medical students more fully for clinical practice, in order to improve patient safety.

“We’re taking our students into a virtual world where they can learn safely, and that is really important, because then they feel safe to make mistakes.”

Learn more about the work Oxford University are doing with OMS using the link below, or see PharmaComms TV for the original content.

OxSTAR and VIRTUAL REALITY

Oxford Medical Simulation founders invited to Number 10 Downing Street in recognition of contribution to diabetes training

On Monday, 24th June 2019, Oxford Medical Simulation (OMS) was invited to Number 10 Downing Street in recognition of their work to improve care for people with diabetes. The NHS England diabetes team are working with Oxford Medical Simulation to train doctors using virtual reality. Using VR headsets, doctors can now practice in simulated medical emergencies, learning from their virtual mistakes to improve care for patients in the real world.

The OMS virtual reality system is in use across the UK, Europe and North America. The diabetes scenarios, authored with clinical expertise from the NHS and input from patients, are being used in a multi-centre trial across the South of England. 

The event at Downing Street was organised by the Prime Minister to acknowledge the contribution of organisations and individuals to diabetes care. OMS Chief Medical Officer, Dr Jack Pottle, said: 

“It was an honour to be acknowledged by the Prime Minister for our work in improving care for people with diabetes. This recognition is a testament to the outstanding work of the world-leading team at OMS and our dedication to improving the quality and increasing the efficiency of healthcare training. Using cutting-edge virtual reality technology we are enabling healthcare professionals to learn from their mistakes without harming patients. Recognition from Number 10 further drives us in our mission to optimise clinical performance, reduce the cost of training and benefit patients globally.”

Margot James, Minister of State for Digital and Creative Industries said: “Oxford Medical Simulation is a great example of the ground-breaking digital companies that the UK is constantly producing, I was hugely impressed when I met the company and tried their technology earlier this year and it’s great that it will now provide training for doctors across the NHS as they treat patients with diabetes.”

NHS doctors train using virtual reality to improve care for people with diabetes

The NHS England diabetes team has partnered with Oxford Medical Simulation to train doctors using virtual reality. Doctors can now practice in virtual reality medical emergencies, to improve care for patients with diabetes in the real world. Combining clinical expertise from the NHS, volunteer patient input and world leading virtual reality software, doctors can now put on virtual reality headsets and practice taking care of patients as often as they want, without risking lives. The system is being piloted through Health Education England in a multicentre trial in the South of England, with development funded by Novo Nordisk. If supported by evidence from the pilot there are plans for further roll-outs nationwide throughout 2019.

People with Type 1 diabetes have more chance of developing life-threatening complications when in hospital than outside it. For people with diabetes, extreme highs and lows in blood sugar can be fatal. These emergencies can be difficult for doctors and nurses to recognise but can be fatal if not treated quickly. High quality training for frontline staff is vital to improve patient care in these situations. “When I was in training we’d learn on the wards. It was called ‘see one, do one, teach one’, commented Dr Jack Pottle, an NHS clinical entrepreneur and co-founder of Oxford Medical Simulation, a virtual reality medical training company based in London. “I had never practiced managing a diabetic emergency until I had to do it in real life. You wouldn’t expect a pilot to fly a plane full of passengers without having practiced first. Why do we think that’s acceptable for doctors and nurses?”

Dr Partha Kar, NHS England Clinical Director of Diabetes said: “Embracing technology is at the heart of the NHS Long Term Plan and training doctors using virtual reality is another example of modernising the NHS to help improve care for patients with diabetes.” Individuals who helped to develop this project included Dr Mayank Patel, Dr Ritwika Mallik and Mr Neil Sweeney.

Margot James, Minister of State for Digital and Creative Industries said: “Oxford Medical Simulation is a great example of the ground-breaking digital companies that the UK is constantly producing, I was hugely impressed when I met the company and tried their technology earlier this year and it’s great that it will now provide training for doctors across the NHS as they treat patients with diabetes.”

For more information please contact: Dr Jack Pottle, Oxford Medical Simulation Tel UK: 07515 281397 Phone international: +44 7515 281397 Email: [email protected]

Oxford Medical Simulation delivers virtual reality medical training. Using Oculus Rift VR headsets, learners can practice in immersive, fully-interactive clinical scenarios as if in real life. They then receive personalised feedback and can repeat as often as they like to improve performance. These scenarios deliver consistently excellent, standardised clinical training for students, doctors, nurses and other healthcare professionals. The focus is on clinical decision-making under pressure, crisis resource management, team interaction and patient engagement. Oxford Medical Simulation allows healthcare professionals to learn through practice, without risking patient lives, to improve patient care.