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12/02/18
A new partnership in Leeds has been agreed to evaluate the benefits of a diagnostic blood test which can help predict whether someone is likely to develop type 2 diabetes.
The test, developed by US biotech company SomaLogic, measures protein indicators or biomarkers in a blood sample.
If the test is effective, it will enable GPs to work with their patients to find the best way to keep them healthy or to steer them towards better health.
The Leeds Centre for Personalised Medicine and Health will be working with SomaLogic to explore how to assess the effectiveness of the test through a number of clinical studies across the city, to see if it can be used to try and prevent cases of type 2 diabetes.
Figures from Public Health England (PHE) estimate that 3.8 million people have diabetes, nine out of ten having type 2 which PHE says is largely preventable or manageable through lifestyle changes, and prevalence of the condition is due to carry on increasing.
One of the key risk factors is being overweight.
It has been estimated that the cost of treating diabetes and its complications now accounts for ten percent of the NHS budget. PHE says tackling the disease is fundamental to the sustainable future of the NHS.
The SomaLogic test is based on proteomics where the levels of 5,000 specific proteins are measured to calculate the risks that an individual will develop certain conditions, such as heart disease, cancer or diabetes. The first phase of the partnership, which has been supported by the Yorkshire and Humber Academic Health Science Network, will focus on the effectiveness of the test in health initiatives designed to prevent type 2 diabetes.
What does this partnership mean for Leeds?
At the moment, people are assessed as being at high risk of type-2 diabetes if they have a raised level of a biomarker called HbA1c. Those people are offered regular screening and support on possible lifestyle changes.
However measuring HbA1c is not foolproof at predicting whether someone will go on and develop the condition.
SomaLogic’s test
Studies suggest that SomaLogic’s test could be more accurate at predicting if an individual will develop the condition, allowing GPs to better target and tailor interventions at those patients at the greatest risk.
Dr Mike Messenger, Head of the Leeds Centre for Personalised Medicine and Health, said: “For a number of years, doctors have spoken of personalised medicine – a move away from ‘one size fits all’ to a process of tailoring treatment using biomarkers, as SomaLogic is suggesting. Doing so would identify the right intervention for the right patient at the right time.
“A greater understanding of individuals’ current and future health needs means GPs can provide the most effective advice to stay healthy. In some cases the evidence may point to more regular monitoring of a patient or advice about lifestyle changes; for others, it might mean medication or treatment at an earlier stage.”
Dr Steve Williams, Chief Medical Officer at SomaLogic, said: “This application of a personalized and comprehensive decoding of protein signals will enable people to assess their underlying biology to enhance health decisions by addressing the fundamentals of: ‘how much should I be concerned’ and ‘what should I do about it’.”
The Leeds Centre for Personalised Medicine and Health is hosted by the University of Leeds and is part of the Leeds Academic Health Partnership, which brings together leading expertise from core partners including three of the city’s universities NHS organisations and Leeds City Council. The Partnership identifies, attracts and implements innovation and inward investment that responds to the challenges facing health and care, including reducing health inequalities across the city.
A city-wide partnership to try and prevent ill health
Dr Bryan Power, Long Term Conditions Clinical Lead, NHS Leeds Clinical Commissioning Groups Partnership says: “The proposed study offers Leeds citizens the opportunity to have an enhanced profiling and an understanding about their individual risk of developing specific diseases later in life and the underlying factors driving the risk. This resulting intelligence will enable individuals and clinicians to make changes to lifestyle and treatment to modify and reduce the risk of developing those conditions”.
Dr Yvette Oade, Chief Medical Officer for Leeds Teaching Hospitals NHS Trust, said: “Research and innovation is at the heart of everything we do in Leeds Teaching Hospitals as we know it brings better outcomes for patients. Personalised medicine is an area of growth and this innovation which might allow us to understand the potential to predict and even prevent disease before it occurs is particularly exciting.”
Councillor Rebecca Charlwood, chair of Leeds health and wellbeing board, said: “Our partnership with local Universities and the NHS is based on a strong commitment to early intervention and prevention, and stopping diseases from starting in the first place. We are committed to using innovative technologies to improve outcomes, particularly in our poorest communities where type 2 diabetes has the greatest impact. This trial could help us develop a more personalised approach that we hope will improve the lives of many people at risk of type II diabetes.
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