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BHP part of new regional programme to support early career researchers

The University of Birmingham is leading a new partnership which aims to strengthen support for early career clinical researchers, thanks to major funding from the Medical Research Council (MRC), helping build research capacity across the region and beyond.

The MRC has announced funding for the establishment of 10 Regional Accounts for Clinical Researchers (RACR), working with NHS organisations to benefit approximately 200 clinicians across the UK. The investment brings together more than 50 research organisations and over 60 NHS organisations across the UK.

The University – a founding member of BHP – will host the West Midlands Regional Account for Clinical Researchers (WMRACR), a partnership programme in collaboration with fellow BHP member Aston University, and the universities of Warwick and Keele, aimed at increasing the number of clinical academics in the region. As Birmingham’s strategic research partnership, BHP is one of three  academic-NHS alliances within the WMRACR.

Clinicians (including doctors, nurses, dentists, midwives, therapists and pharmacists) play a vital role in delivering patient care and identifying the most pressing challenges faced by health services. Despite serving around 12% of the UK population, the West Midlands currently has only 6.8% of the national clinical academic workforce. WMRACR aims to address this imbalance through a coordinated, region-wide approach that strengthens opportunities for aspiring clinical academics.

The WMRACR combines expertise in discovery science, primary care, real-world research and widening participation and will create a shared framework for collaboration, enabling joint supervision, access to specialist facilities, and opportunities to work across institutions.

The WMRACR will focus on key career transition points for clinical academics, particularly the move from PhD to independence and returning to research after time in clinical roles or career breaks. Researchers will benefit from tailored support and structured fellowship development through the University of Birmingham Fellowship Academy.

Professor Lorraine Harper, Professor of Nephrology at the University of Birmingham and Birmingham Health Partners Managing Director, said: “By bringing together universities, NHS organisations and regional partners, WMRACR will provide coordinated support for talented clinicians at critical stages of their research careers, helping to accelerate innovation and improve patient care across the region.”

BHP People – “our ambition is to offer research opportunities to every patient”

Sarah Manney is Deputy Head of Research Governance and Quality Assurance Lead at University Hospitals Birmingham, and is the Trust’s first recipient of the BHP People award.

We spoke to Sarah about her journey from clinical researcher to audits and governance, navigating Trust mergers and a global pandemic, and the sheer scale of clinical trials at UHB.

Q: Can you briefly run us through your career so far and how you came to work at UHB?

SM: I always wanted to be a research scientist, and I was fortunate to follow that path early on. I joined what was then Heart of England NHS Foundation Trust in 2000 as an air pollution scientist, which was always an interesting job title to explain.

My work focused on researching how air pollution affects people with conditions such as heart and lung disease, including asthma and COPD. I also ran a couple of research laboratories, including an exposure lab, where we worked closely with patients and got to know them very well. That was a fantastic foundation for my career because it combined science with direct patient impact.

While working there, I completed my PhD in 2008 and later moved into respiratory research, specialising in severe asthma for a number of years. As a registered clinical scientist, my role involved both research and patient-facing assessments.

I then worked across a range of specialties, including prostate cancer, gynaecology and ENT, before moving into quality assurance in 2013.

That background in clinical research and trial delivery gave me a strong foundation for the role. I started as a team of one, and we’ve since grown into an expanding team with responsibility for quality assurance across the Trust.

So, it’s been a varied journey, but one that’s always stayed rooted in research and improving standards and patient care.

Q: What are some of the tasks and duties you’re involved in most frequently within quality assurance?

SM: A large part of our day-to-day work is audits and monitoring. Audits provide a snapshot of a study at a specific point in time, while monitoring is an ongoing process. We monitor Trust-sponsored studies and audit externally hosted or sponsored research.

This involves reviewing trial documentation such as medical records, investigator site files, pharmacy and radiology records to make sure studies can be fully evidenced and are being run correctly. Everything we do is guided by Good Clinical Practice standards to ensure research is safe, ethical and high quality.

Alongside audits and monitoring, we also handle a significant amount of query resolution. A few years ago, we introduced a shared inbox to make it easier for colleagues to contact us. Historically, some people were hesitant to approach quality assurance teams because they assumed we were there to find fault. In reality, our role is to support people and help them get things right.

That change in approach has made a big difference. We used to receive one or two emails, and now we receive dozens each week. A lot of our time is spent answering questions, solving problems and helping teams work through issues quickly.

We also have a strong reporting process, including peer review, which helps staff develop both their technical knowledge and their report writing skills.

Another key part of my own role is leading investigations into more significant incidents or issues, where experience in trial delivery is particularly valuable. Everyone in the team has practical research experience, which means we can bring that real-world understanding into our quality assurance work.

Q: You’ve implemented a number of processes and systems to improve workflow – can you tell us a little more about these and the impact they’ve had?

SM: We’ve focused on improving both processes and systems to make quality assurance more proactive. One key change has been introducing support at study set-up stage, so we work with teams from the very beginning on documentation, training and requirements. That helps prevent issues later and gives staff the right support early on.

We’ve also introduced a self-monitoring checklist that teams can use themselves. This helps colleagues understand what auditors and regulators look for, while encouraging greater ownership and confidence.

On the systems side, we’ve developed electronic tools to track audits, activity and findings. That allows us to identify trends, spot where extra support may be needed, and tailor training for specific teams or investigators. We deliver training sessions linked to quality assurance, governance and research standards more broadly, helping colleagues build confidence and maintain high standards across the organisation.

Similarly, we are also developing tools to track our electronic incident reports, including safety reporting, which helps us respond more quickly to emerging issues and areas of potential risk.

Q: What changes have you seen in clinical research throughout your career and what developments can you see on the horizon?

SM: The scale of change has been huge. Organisationally, the merger of Heart of England and UHB significantly expanded the scope of our work and gave us the opportunity to grow the quality assurance function. During the COVID-19 pandemic, despite the immense challenges across healthcare, there was also a need to move at pace and adapt quickly, which accelerated some improvements in how research was delivered and supported.

In clinical research more broadly, one of the biggest transformations has been in HIV treatment. Earlier in my career, outcomes were far more limited, whereas now many patients can live long and healthy lives with effective treatment.

Another major development has been the rise of biologic therapies. I saw that particularly in respiratory medicine, where treatment options for severe asthma have expanded enormously, and similar progress has been seen in cancer care and other specialties.

Looking ahead, personalised medicine is one of the most exciting areas. Treatments are becoming increasingly tailored to the individual patient, particularly in areas such as cancer, and I think we’ll continue to see major advances there.

One of the privileges of this role is having visibility across many specialties, so you get to see not only the innovation itself, but the real difference it makes to patients’ lives.

Q: What’s something patients might not realise about research studies at UHB?

SM: I think many patients are surprised by the sheer scale of research taking place at UHB. We have more than 1,500 studies open at any one time, either recruiting participants or following patients up.

People also often associate research mainly with cancer, but in reality we now have studies taking place across almost every specialty and disease area. Whatever treatment pathway a patient is following, there is likely to be some form of research connected to it.

Our long-term ambition is to be able to offer research opportunities to every patient who comes through our doors.

Q: What advice would you give to someone considering a career in research governance and support?

SM: My main advice would be to take your time and focus on learning. It can be tempting to think immediately about progression, but research is a field where experience really matters. There is a lot you can learn through training, but much of it comes from doing the role, working with different teams and understanding how all the moving parts fit together.

It’s important to stay open-minded and learn from others, no matter how much experience you already have. Research is constantly evolving, and everyone is still learning all the time.

You also need to be able to balance working within strict regulations and frameworks while remaining practical and solution-focused in the real world.

Above all, remember that patients are at the centre of everything we do. Whether you’re approving a study, carrying out an audit or supporting delivery behind the scenes, the ultimate purpose is always to improve outcomes for patients.

Bringing research to life at UHB for International Clinical Trials Day 2026

In celebration of International Clinical Trials Day 2026, research and innovation teams hosted their annual research showcase across all four hospital sites of BHP founder-members University Hospitals Birmingham NHS Foundation Trust.

From groundbreaking clinical trials to pioneering developments, the events highlighted the incredible research taking place at UHB and the real difference it is making for patients across Birmingham and far beyond.

International Clinical Trials Day provides an opportunity to shine a light on the vital health research taking place in our hospitals and around the world, while helping patients, visitors and staff better understand research and its impact.

Delivery, data and governance teams were among those showcasing the important work they do every day through interactive stands and activities for members of the public and colleagues.

At UHB’s QEHB and Heartlands Hospital events, a panel of judges, including patient and public involvement (PPI) representatives, visited each stand as part of the ‘Best Stand’ competition, speaking with teams and selecting their top three. Congratulations to the joint first-place winners – the Dermatology Research Team and Therapies Team at QEHB, and the Neonatal Team at Heartlands.

At Heartlands Hospital, our on-site research bus, staffed by research nurses, offered local people the opportunity to get involved in research. This included recruitment to the Genes & Health Study, open to British Bangladeshi and British Pakistani communities, with participation as simple as providing a saliva sample.

This year’s events were made even more special as they coincided with the 20th anniversary of the National Institute for Health and Care Research (NIHR) – funded by the Department of Health and Social Care to improve the health and wealth of the nation through research.

Embracing the NIHR20 theme, teams at each event showcased work that reflected NIHR’s four key pillars – impact, inclusion, innovation, and investment – while highlighting some of the most significant achievements over the past 20 years.

Following the showcase at QEHB, a further afternoon event welcomed Alex Churchill, Deputy Director at the Department of Health and Social Care and Head of Commercial Clinical Trials, alongside Maria Koufali, NIHR’s first Life Sciences Industry Director.

The session showcased real-world examples of how NIHR-funded and supported research has made a difference to people’s lives and the health and care system, while also recognising and celebrating the many individuals who have contributed to NIHR’s success.

Jo Plumb, Director of Research and Innovation at University Hospitals Birmingham, said: “A big thank you to all our teams for their amazing efforts at this year’s Research Showcase events. You really brought the world of research to life, making it more visible and accessible for everyone. We have raised the bar significantly this year, which will be hard to beat – but we love a challenge!”

BHP Clinician scientist explores early nutritional support for emergency abdominal surgery patients

A major new UK-wide clinical trial led by BHP Clinician Scientist Matthew Lee will investigate whether early nutritional support can improve recovery and reduce complications in patients undergoing emergency abdominal surgery.

The trial is supported by the National Institute for Health Research (NIHR) Health Technology Assessment Programme, and will be one of the first and largest nutritional emergency surgery trials of its kind.

Called TONIC (Timing Of Nutritional Intervention after emergency laparotomy/laparoscopy), the trial will evaluate whether providing early Parenteral Nutrition (PN), or nutritional supplementation delivered directly into the bloodstream, within the first 48 hours after surgery can lead to better outcomes than current standard care.

Each year, approximately 21,000 patients in England and Wales undergo emergency abdominal operations such as laparotomy to treat life‑threatening conditions. Although survival rates have improved over the past decade, national data show that 90‑day mortality has plateaued at around 9.6% since 2021, highlighting the need for innovative approaches to support recovery.

Many patients struggle to eat in the days following major abdominal surgery, putting them at significant risk of malnutrition, which can slow wound healing, increase infection risk, and prolong hospital stay.

Evidence from critical care settings suggests that tailored early nutritional support can reduce complications and improve survival, but there is currently limited research on its benefits specifically for emergency surgical patients. Existing guidelines acknowledge the potential value of early intervention yet stop short of recommending a clear approach for this high‑risk group.

Chief Investigator Mr Matthew Lee, BHP Clinician Scientist and Honorary Consultant Colorectal Surgeon at the University of Birmingham, said: “Emergency bowel surgery is one of the highest-risk operations performed in the NHS. Even when the operation itself is successful, many patients struggle to recover because their bodies are under extreme stress and they are unable to eat for several days.

Hospitals currently manage this very differently, with some starting nutritional support early and others waiting. We simply do not know which approach is safest. TONIC is designed to answer that question. By understanding when to provide nutritional support, we hope to reduce complications, help patients recover faster and get home sooner after serious emergency illness.”

TONIC is a multi‑centre, two‑arm, randomised controlled trial involving 25 NHS hospitals across the UK. Neither emergency surgery trials nor nutrition trials in surgery are particularly common, making TONIC the first major trial of its kind.

A total of 898 adult patients undergoing National Emergency Laparotomy Audit (NELA)-eligible urgent or emergency laparotomy or laparoscopy will be recruited. Participants will be randomly allocated to one of two groups:

  • Early Parenteral Nutrition (Intervention): PN delivered within 48 hours of surgery
  • Standard Care (Control): Usual nutritional management, which may include oral supplements, nasoenteric feeding, or later PN (after 5 days unless clinically required)

The study’s primary outcome is the rate and severity of complications up to hospital discharge. Secondary outcomes will assess:

  • Complications at 30 and 90 days
  • Infectious complications such as surgical site infection and pneumonia
  • Function and quality of life
  • Readmission rates
  • Cost‑effectiveness from an NHS and societal perspective
  • Patient‑reported outcomes, including recovery measures and satisfaction

An internal pilot across six sites will run for the first six months to assess feasibility, recruitment rates, intervention delivery, and data completeness before the full trial rollout. The trial will be delivered with the support of the Birmingham Clinical Trials Unit.

Emergency abdominal surgery places a considerable burden on patients, families, and healthcare services. By determining whether early nutrition improves outcomes and delivers value for the NHS, TONIC has the potential to reshape national guidelines and enhance recovery pathways for thousands of patients each year.

New Birmingham Implant Retrievals Centre set to advance patient safety through understanding of implant failure

A new research partnership led by Birmingham Health Partners members the University of Birmingham and the Royal Orthopaedic Hospital NHS Foundation Trust (ROH) will formally launch on Monday 23 March, bringing together clinicians, engineers, regulators and industry to improve understanding of joint implant performance and failure.

Concerns around implant performance – particularly metal-on-metal joint replacements – have highlighted the need for robust evidence on implant behaviour. The Birmingham Implant Retrievals Centre will focus on analysing retrieved orthopaedic implants and associated tissue samples to identify why devices fail, how implants behave inside the body, and how patient safety can be improved through earlier identification of risk.

The University of Birmingham leads the centre in collaboration with Birmingham Health Partners, with ROH as the primary clinical partner. Additional stakeholders include the Medicines and Healthcare products Regulatory Agency (MHRA), the US Food and Drug Administration (FDA), ODEP, Beyond Compliance, and industry.

University of Birmingham researchers are applying advanced engineering expertise to the study of retrieved implants, working closely with surgeons at ROH to understand how devices perform over time in patients. ROH is one of the UK’s largest centres for revision surgery and a global leader in orthopaedic oncology, providing access to a significant volume of patient data associated with revision procedures.

By coordinating retrieval, consent, and transfer processes between ROH and the University, implants and tissue samples can be analysed quickly using a comprehensive engineering pipeline including photography, microscopy, metrology and materials characterisation. This enables detailed insight into wear, corrosion, material degradation and failure mechanisms. The linkages with clinical data and close working relationships with clinicians, regulators and industry ensure actionable insight, closing the loop on implant life-cycle and future development.

The centre aims to answer critical questions including:

  • What trends exist in implant failure including surgeries that would be otherwise low-volume numbers at other UK hospitals – for example limb salvage)?
  • Why do failures occur?
  • What does a mechanically well-functioning joint look like
  • How can earlier identification of risk improve patient safety?

A key feature of the centre is its embedded infrastructure within ROH, which enables the routine collection of explanted devices and associated clinical data without requiring clinicians to do anything beyond their usual standard of care.

Expected outcomes include enhanced patient safety through earlier detection of failure risk, improved understanding of revision arthroplasty drivers, and evidence to support better screening and testing of both new and existing implant devices. Findings will feed into early warning systems and support compliance with guidance from organisations including NICE, MHRA, FDA, and ODEP.

Professor Michael Bryant, Professor of Tribology and Corrosion Engineering at the University of Birmingham, said: “We are delighted to partner with the Royal Orthopaedic Hospital on this important initiative. Routine explant analysis, robustly linked to clinical records and National Joint Registry data, is a vital component of evidence-based life-cycle evaluation for both established and emerging orthopaedic devices. Explant analysis has long been, and continues to be, a key tool for detecting potential device-related safety signals and root cause failure mechanisms, strengthening post-market surveillance, and ultimately enhancing patient safety.”

Professor Adrian Gardner, Research and Development Director and Consultant Spinal Surgeon at the Royal Orthopaedic Hospital, said: “While joint replacement implants – and therefore patient outcomes – have improved significantly, understanding why these implants fail is critical. We’re thrilled to be partnering with the University of Birmingham to bring this research to the Midlands, supporting local researchers with this essential work that will ultimately improve patient safety through the enhanced performance of joint replacement devices.”

Dr Andrew Robert Beadling, Assistant Professor in Biomedical Engineering at the University of Birmingham said: “Preclinical assessment for joint replacements and MSK implants relies on simplified, idealised conditions to determine artificial ‘benchmarks’ of performance. Because this testing doesn’t represent real-world conditions, it provides limited actionable information and is often unrelatable to clinical outcomes. The Birmingham Implant Retrieval Centre enables the study of retrieved implants so we can better design preclinical testing according to how devices fail in the field, improving patient safety.”

This work follows longstanding recommendations to improve monitoring of implant safety and outcomes. The partnership also represents a further formalisation of research collaboration between the University of Birmingham and the Royal Orthopaedic Hospital, strengthening translational research links between engineering and clinical practice.

The Birmingham Implant Retrievals Centre partnership will be officially launched with a kick-off meeting at the Royal Orthopaedic Hospital on Monday 23 March.

National childhood type 1 diabetes screening could prevent thousands of emergency diagnoses, Birmingham study shows

A landmark UK study led by researchers at BHP founder members the University of Birmingham – which involved tens of thousands of families – has shown that childhood screening for type 1 diabetes is effective, laying the groundwork for a UK-wide childhood screening programme.

Results from the first phase of the ELSA (EarLy Surveillance for Autoimmune diabetes) study, co-funded by charities Diabetes UK and Breakthrough T1D, are published today in The Lancet. 

The findings mark a major step towards a future in which type 1 diabetes can be detected in children before symptoms appear. Currently, over a quarter of children with type 1 diabetes don’t receive a diagnosis until they are already in diabetic ketoacidosis (DKA), a potentially fatal condition that requires urgent hospital treatment. Early detection can dramatically reduce emergency diagnoses and could give children access to new immunotherapy treatments that can delay the need for insulin for years.

Launched in 2022, ELSA is the first UK study of its kind, and tested childrens’ blood samples for autoantibodies – markers of type 1 diabetes that can appear years before symptoms.  

We know that risk rises sharply with the number of autoantibodies. Children without autoantibodies are unlikely to develop type 1 diabetes, while those with one autoantibody have a 15% chance of developing the condition within 10 years. Having two or more autoantibodies indicates the immune system has already started attacking the insulin-producing cells in the pancreas and it is therefore almost certain these children will eventually need insulin therapy. This is known as early-stage type 1 diabetes.

Among the 17,283 children aged 3-13 years who were screened for type 1 diabetes risk at the time of analysis: 

  • 75 had one autoantibody, signalling increased future risk. 
  • 160 had two or more autoantibodies but did not yet require insulin therapy, indicating early-stage type 1 diabetes. 
  • 7 were found to have undiagnosed type 1 diabetes with all needing to start insulin immediately.  

Families of children found to have early-stage type 1 diabetes received tailored education and ongoing support to prepare for the eventual onset of type 1 diabetes symptoms and to ensure insulin therapy can begin promptly when needed, reducing the chances of needing emergency treatment. Those with one autoantibody also received ongoing support and monitoring.

Some families were also offered teplizumab, the first ever immunotherapy for type 1 diabetes, which can delay the need for insulin by around three years  in people with early-stage type 1 diabetes. The first patient was treated at Birmingham Children’s Hospital, demonstrating the hive of cutting-edge diabetes activity in and around Birmingham Health Partners and the Birmingham health and life sciences district. Teplizumab was licensed by the Medicines and Healthcare products Regulatory Agency (MHRA) in the UK in August 2025, and is currently being assessed by the National Institute for Health and Care Excellence (NICE) to determine whether it should be available through the NHS.

As of November 2025, more than 37,000 families had signed up to the ELSA programme and, building on this strong foundation, the second phase of the research launches today. ELSA 2 will expand screening to all children in the UK aged 2-17 years, with a focus on younger children (2-3 years) and older teenagers (14-17 years). The research team aims to recruit 30,000 additional children across these new age groups.

ELSA 2 will also establish new NHS Early-Stage Type 1 Diabetes Clinics, providing families taking part in the study with clinical and psychological support and creating a clear pathway from screening to diagnosis, monitoring and treatment.

Amy Norman, 44, from the West Midlands, was diagnosed with type 1 diabetes at the age of 13. She recently discovered via the ELSA study that her 11-year-old daughter, Imogen, is in the early stages of type 1 diabetes but has been able to slow its progression as the second child in the UK to access a breakthrough immunotherapy drug – teplizumab. She said: “Being part of the ELSA study has helped us as a family to prepare for the future in a way we never expected. Knowing what’s coming – rather than being taken by surprise – has made an enormous difference to our confidence and peace of mind.

“When I was diagnosed, I had no warning and ended up quite poorly in hospital with diabetic ketoacidosis (DKA). When Imogen’s diagnosis arrives, we hope that having this awareness will reduce her chances of experiencing DKA and the added trauma that comes from a sudden illness.

“Imogen took part in the study to further research and help others, but it has helped her too – being forewarned is being forearmed. She was always going to develop type 1 diabetes, but through ELSA we’ve been able to slow down the process and prepare – we know what is coming, but we’re not scared.” 

Lead researcher, Parth Narendran, Professor of Diabetes Medicine at the University of Birmingham, said: “We are extremely grateful to all the families who have participated in the study and generously given their time to help understand how a UK-wide screening programme could be developed. Together with Diabetes UK, Breakthrough T1D and NICE, we are working towards a future where type 1 diabetes can be detected in a timely manner, and families appropriately supported and treated with medicines to delay the need for insulin.

“We are also grateful to partners across the Birmingham health and life sciences district and beyond as well as the NIHR for the support they have provided in getting us to where we are.”

Dr Elizabeth Robertson, Director of Research and Clinical at Diabetes UK, said: “For too many families, a child’s type 1 diabetes diagnosis still comes as a frightening emergency. But that doesn’t have to be the case. Thanks to scientific breakthroughs, we now have the tools to identify children in the very earliest stages of type 1 diabetes – giving families precious time to prepare, avoid emergency hospital admissions, and access treatments that can delay the need for insulin for years.

“The ELSA study, co-funded by Diabetes UK, is generating the evidence needed to make type 1 diabetes screening a reality for every family in the UK. We’re incredibly grateful to the 37,000 families who’ve already signed up and urge others to get involved. Together, we can transform type 1 diabetes care for future generations.”

Rachel Connor, Director of Research Partnerships at Breakthrough T1D, said: “This is about rewriting the story of type 1 diabetes for thousands of families. Instead of a devastating emergency, we can offer time, choices, and hope. By finding children in the earliest stages, we’re not just preparing families, we’re opening the door to treatments that can delay the need for insulin by years. That extra time means childhoods with fewer injections, fewer hospital visits and more normality. Thanks to research like ELSA, what once struck as an unexpected crisis can become an actively managed healthcare process, changing the course of T1D for the better.”

The Research FIRST team at Birmingham Health Partners has played a pivotal role in the successful delivery of the ELSA study. Drawing on extensive specialist expertise, the team developed and implemented a robust, resilient database to support high-quality data capture and long-term study integrity.

Beyond technical delivery, the team also provided dedicated data management support throughout the project, ensuring rigorous standards, regulatory compliance and operational efficiency. They also offered oversight across key project activities, working closely with participating sites to support recruitment and ensure timely follow-up.

The team’s co-ordination and proactive problem-solving were instrumental in keeping the study on track. A further major achievement was the end-to-end management of dry blood spot testing kit dispatch, enabling sites to begin screening as quickly as possible after families signed up. This comprehensive project management has been critical in maintaining momentum and supporting the continued success of the study, enabling researchers to continue their work with confidence.

The findings from ELSA’s first phase signal a major step towards a future in which type 1 diabetes can be detected early, managed proactively, and potentially delayed through immunotherapy. ELSA demonstrates that childhood screening in the UK is feasible, acceptable to families, and capable of preventing emergency diagnoses. Continued research through ELSA 2 will assess how screening can be scaled across the NHS and evaluate its cost-effectiveness.

Type 1 diabetes is a serious and lifelong autoimmune condition affecting up to 400,000 people in the UK. It is caused by an immune system attack on the insulin-producing cells in the pancreas, meaning they can no longer make enough insulin. Rapid diagnosis of type 1 diabetes is essential to avoid life-threatening complications. 

For more information about ELSA or ELSA 2, visit elsadiabetes.nhs.uk/taking-part/