A retired primary school headteacher from Sunderland has called for more people to join vital research into liver disease, as a £30m study is launched in the region.

 Yvonne Gray, was diagnosed with the liver disease metabolic dysfunction-associated steatohepatitis (MASLD) more than a decade ago - and her daughter has now been diagnosed with the same disease.

Yvonne, who was Head Teacher at St Paul’s Primary School in Ryhope, Sunderland for 15 years,  said: “When I was diagnosed with my liver disease back in 2010, not much was generally known about MASLD, let alone any research being done into it.

“Although very common, MASLD is a largely silent disease that sneaks up on patients. Apart from fatigue and a constant discomfort in the upper right side of my abdomen, I was only aware of symptoms of my other conditions, not realising that my, so far undiagnosed, liver disease was progressing.

The Northern Echo: Patient Yvonne GrayPatient Yvonne Gray (Image: Press Release)

“I had ‘mild changes' in my liver function blood tests and was only referred to a liver specialist after another consultant, dealing with my other conditions, asked for their opinion. Following a biopsy, I was shocked to be told my liver was at stage three of a four stage disease - the fourth stage being cirrhosis.

“I am excited and relieved that this research offers hope of better diagnostic tests so people are identified sooner, and at the possible discovery of new treatments that could prevent cirrhosis, or even reverse it.”

The 68-year-old is a governor of the national adult liver patient charity group, LIVErNORTH, and strongly supports the ADVANCE study.

Yvonne is the mother of a 39-year-old daughter, who has recently been diagnosed with MASLD, so she is keen to get more patients involved in research to help raise awareness and find better treatments.

Yvonne added: “I am so appreciative, grateful, and lucky that I live in a region where world-leading research into MASLD is being undertaken by Newcastle University.

“I would encourage all liver patients to discuss getting involved in this innovative research with their own doctors.”

The most extensive clinical study into liver cirrhosis ever conducted worldwide has been announced by Newcastle University, University of Edinburgh and global biopharmaceutical company, Boehringer Ingelheim.

The ADVANCE (Accelerating Discovery: Actionable NASH Cirrhosis Endpoints) study will be the most detailed observational study of its kind enrolling the largest number of patients and providing a detailed analysis of liver health.

The Northern Echo: Prof Quentin Anstee in the labProf Quentin Anstee in the lab (Image: press release)

This will not only enhance the understanding of NASH cirrhosis, but also help to identify translational biomarkers that will accelerate the development of future therapies.

Approximately 444 million people worldwide are estimated to live with a condition referred to as nonalcoholic or metabolic dysfunction-associated steatohepatitis (NASH/MASH), an inflammatory liver disease that is caused by accumulation of fat in the liver. Over time, NASH causes the formation of scar tissue leading in many cases to liver cirrhosis.

This can result in serious complications, including liver failure or liver cancer and may result in the patient needing a liver transplant. Currently there are no approved medicines for cirrhosis and so there is an urgent need for earlier diagnosis and new medicines to prevent MASH cirrhosis progression to liver failure, or to reverse the scarring of the liver once cirrhosis is established.

This £30M study is funded by Boehringer Ingelheim and reflects the company’s commitment to improve the lives of people living with cardiovascular, renal and metabolic diseases (CRM). The study will be led by researchers at Newcastle University and the University of Edinburgh, along with collaborators across Europe.

Professor Quentin Anstee, Professor of Experimental Hepatology at Newcastle University and Consultant Hepatologist at Newcastle Hospitals NHS Foundation Trust who is coordinating the global study explained; “Building on Newcastle’s internationally recognized expertise in translational liver research, this study will reveal the fundamental disease processes driving cirrhosis”.

“We aim to work out why, even at the most advanced stages of liver disease, there is substantial variation in how the disease progresses with some people remaining well for many years whilst others rapidly experience liver failure or develop liver cancer. Working internationally with our collaborators, we will then use this knowledge to improve how patients are diagnosed, and to help develop new medicines.”

The study will include 200 patients with cirrhosis. Participating patients will be recruited at specialist liver clinics at hospitals across the UK and Europe or through referral by their treating physician. This study will enroll patients, who have been diagnosed with or are thought to be at risk of advanced fibrosis or cirrhosis due to fatty liver disease (Metabolic-dysfunction Associated Steatotic Liver Disease (MASLD), formerly termed Non-Alcoholic Fatty Liver Disease (NAFLD)).

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Participants will initially undergo a biopsy to collect a small sample of liver tissue so that detailed changes in gene expression in the liver can be assessed using advanced scientific techniques. They will then have blood tests and state-of-the-art MRI scans performed at regular time points over the next two years. The data generated will be combined to allow researchers to see how disease-related changes evolve in the body as cirrhosis progresses.

The international research consortium is led by doctors at Newcastle University (UK) and Edinburgh University (UK), working closely with scientists at Boehringer-Ingelheim, and includes specialist doctors and researchers at universities and hospitals across Europe from Antwerp University Hospital (Belgium), Assistance Publique Hopitaux de Paris (France), Edinburgh Royal Infirmary (UK), Newcastle upon Tyne Hospitals NHS Trust (UK), University of Seville (Spain), University of Turin (Italy), and Vall d'Hebron University Hospital (Spain).