University of Sheffield | January 2019 | University of Sheffield supports only second scanner of its kind in the UK for Sheffield Children’s Hospital
The University of Sheffield has helped fund a life-changing EOS scanner to help young patients at Sheffield Children’s Hospital, only the second of its kind for children in the UK.
Based on a Nobel prize-winning invention, EOS provides an ultra-low dose 2D and 3D digital X-ray system and will hugely improve the diagnosis and treatment of orthopaedic patients. Patients can sit or stand, with a complete head-to-toe image provided in 15 seconds or less.
The machine also ensures an 80% reduction in X-ray exposure, reduced waiting times and improved image quality enabling more accurate assessments and surgical planning. It will enhance the already world-leading spinal service at Sheffield Children’s Hospital, which became the first hospital in Europe last year to perform ground-breaking ‘trolley’ surgery to correct a spine curvature.
The machine was made possible thanks to a donation from the Morrisons Foundation, a charity set up by the supermarket, and large donations from The University of Sheffield and David and Jean Fyfe’s 2018 Daffodil Ball in aid of The Children’s Hospital Charity.
The new equipment will particularly aid those patients requiring limb and spine curvature examinations, who will now be able to get a much clearer X-ray. The reduction in radiation exposure will also help those requiring regular scans, such as scoliosis spine patients.
John Somers, Chief Executive of Sheffield Children’s NHS Foundation Trust, said “We are incredibly grateful to the people who support our work here at Sheffield Children’s. Our staff are amazing, providing specialist care with compassion every day. But with the latest equipment and donor-funded facilities, we can go even further to help children both locally and nationally.” (Source: University of Sheffield)
Read the full press release University of Sheffield supports only second scanner of its kind in the UK for Sheffield Children’s Hospital
The government has announced the winning projects that will share a £17m fund to develop new technologies which it says will “revolutionise healthcare across the UK”. The projects include developing artificial intelligence for bed availability in hospitals, 3D printing to create tablets, smart phone applications to improve the treatment of complex wounds, and a GPS app to track where porters and available beds are in hospitals.
Full story at OnMedica
Parker S, Prince A, Thomas L On behalf of the IMPACT Study Group, et al. Electronic, mobile and telehealth tools for vulnerable patients with chronic disease: a systematic review and realist synthesis. BMJ Open 2018;8:e019192. doi: 10.1136/bmjopen-2017-019192
The objective of this review was to assess the benefit of using electronic, mobile and telehealth tools for vulnerable patients with chronic disease and explore the mechanisms by which these impact patient self-efficacy and self-management.
Setting and participants: Studies of any design conducted in community-based primary care involving adults with one or more diagnosed chronic health condition and vulnerability due to demographic, geographic, economic and/or cultural characteristics.
Results: Eighteen trials were identified targeting a range of chronic conditions and vulnerabilities. The data provided limited insight into the mechanisms underpinning these interventions, most of which sought to persuade vulnerable patients into believing they could self-manage their conditions through improved symptom monitoring, education and support and goal setting. Patients were relatively passive in the interaction, and the level of patient response attributed to their intrinsic level of motivation. Health literacy, which may be confounded with motivation, was only measured in one study, and eHealth literacy was not assessed.
Conclusions: Research incorporating these tools with vulnerable groups is not comprehensive. Apart from intrinsic motivation, health literacy may also influence the reaction of vulnerable groups to technology. Social persuasion was the main way interventions sought to achieve better self-management. Efforts to engage patients by healthcare providers were lower than expected. Use of social networks or other eHealth mechanisms to link patients and provide opportunities for vicarious experience could be further explored in relation to vulnerable groups. Future research could also assess health and eHealth literacy and differentiate the specific needs for vulnerable groups when implementing health technologies.
NHS England | 2018| NHS England and UK Space Agency launch multi-million pound drive to improve patient care
As part of a joint initiative with NHS England, The UK Space Agency has announced a £4 million of funding that it is allocating to the NHS. The funding is available to help address four specific health and care challenges in the NHS.
- Managing long term conditions including joining up health and care services
- Earlier diagnosis of cancer
- Transforming GP services and other primary care
- Meeting mental health needs
The initiative exists to design for use in space will be adapted into medical applications to improve NHS treatment and care. The four successful innovators will be supported by the UK Space Agency, NHS England and the European Space Agency
Space technology has a history of being utilised in the NHS, notable examples include a pill camera that patients swallow, wearables to prevent falls among the elderly, apps that help to prevent skin cancer, breast screening vans that send images to assessment centres
Professor Tony Young, NHS England’s national clinical director for innovation, said: “Throughout its 70 year history the NHS has been at the forefront of healthcare innovation.
“Through this competition we are seeking the latest greatest, ideas and technical solutions to help address the modern challenges facing our health and care services.”
The UK’s space industry builds 40 per cent of the world’s small satellites and 25 per cent of the world’s telecommunications satellites. It supports 40,000 jobs and generates £14 billion in revenue across the country.
Full details on how to become involved are available from NHS England here
NHS England | April 2018 | Heart patients among those to benefit as NHS England backs innovation
A scheme run by NHS England to identify and fast track specific innovations into the NHS is now in its second year. It delivers improvements in patient care by cutting bureaucracy for clinicians and other innovators and encouraging uptake through the NHS. NHS England has just announced four innovations that have the potential to benefit patients. Among the innovations is image analysis software that creates a 3D model of the heart and could prevent up to 35,000 patients a year undergoing invasive tests. Other innovations identified include a suture which is designed to reduce infections, a new device that will reduce the number of infections from catheters and a ‘bowel scope’ to improve colorectal examinations.
- HeartFlow – Advanced image analysis software that creates a 3D model of the coronary arteries and analyses the impact that blockages have on blood flow to rapidly diagnose patients with suspected coronary artery disease. The use of the device can avoid the need for invasive investigations such as coronary angiography, usually carried out under local anaesthetic, where a catheter is passed through the blood vessels to the heart to release a dye before X-rays are taken. NICE estimate up to 35,000 people per year could be eligible.
- Plus Sutures – A new type of surgical suture – stitching – that reduces the rate of surgery-linked infection (surgical site infection) such as MRSA, through the use of antimicrobial suture packs. There were 823 cases of MRSA reported in the NHS in 2016/17.
- Endocuff Vision – A new type of ‘bowel scope’ that improves colorectal examination for patients undergoing bowel cancer tests. Bowel cancer is the fourth most common cancer in England with 34,000 people diagnosed each year. For every 1,000 people screened for cancer, it is estimated that six cases could be avoided thanks to early detection through the use of this device.
- SecurAcath – A device to secure catheters that reduces the infection risk for patients with a peripherally inserted central catheter. The use of this equipment helps to reduce the time taken to care and treat dressing changes. This type of catheter is normally used in people needing intravenous access for several weeks or months in both inpatient and outpatient settings. NICE estimate up to 120,000 people per year could be eligible.
Professor Tony Young, National Clinical Lead for Innovation at NHS England, said: “For new innovations to flourish and spread at scale access to funding is critical, by buying these four innovations centrally NHS England has removed the barriers to the spread of these innovations so patients can benefit faster.
The NHS’ 15 Academic Health Science Networks across England – will take direct responsibility for accelerating uptake locally.
All information from NHS England, the news release can be read on this webpage
This report illustrates the areas where artificial intelligence (AI) could help the NHS become more efficient and deliver better outcomes for patients. | Reform
The report from Reform suggests that AI has the potential to:
- help address the health and wellbeing gap by predicting which individuals or groups of individuals are at risk of illness and allow the NHS to target treatment more effectively towards them
- give all health professionals and patients access to cutting edge diagnostics and treatment tailored to individual need, helping to reduce the care and quality gap
- help address the efficiency and funding gap by automating tasks, triaging patients to the most appropriate services and allowing them to self-care
The report makes 16 recommendations, and also highlights the main barriers to the implementation of this technology, suggesting some potential solutions.
Full report: Thinking on its own: AI in the NHS