MAIT cells serve as biomarkers for diabetes
Scientists have discovered that the onset of type 1 diabetes is preceded by modification of MAIT lymphocytes...
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Scientists have discovered that the onset of type 1 diabetes is preceded by modification of MAIT lymphocytes...
NPL's new approach informed by government priorities, consultancy with industry and the NHS, and a century of expertise, will see it focus on some of the world’s biggest health challenges, from supporting the diagnosis and treatment of cancer and dementia, to reducing attrition rates in drug development, to creating new…
Researchers have identified exosomes as the missing link in diabetes...
A team of researchers have succeeded in precisely describing the effects of a frequent genetic mutation in cases of congenital hyperinsulinism...
Researchers have announced a new technology-based approach that could lead to a more accurate identification of type 2 diabetes...
A new biomedical tool has been developed using nanoparticles that deliver transient gene changes to targeted cells...
Scientists at the University of Copenhagen have identified a unique cell surface protein present on human pancreatic precursor cells providing for the first time a molecular handle to purify the cells whose fate is to become cells of the pancreas - including insulin producing cells.
Research from King’s College in London, UK, and Lund University in Sweden could explain why diabetes drugs that have worked in animal experiments are not equally successful in humans. The researchers discovered differences – as well as hitherto unknown similarities – in the function of insulin-producing beta cells.
Radisens Diagnostics, an Irish medtech business, is aiming to raise £22 million to bring its innovative diabetes management platform to market...
The University of Zurich is launching a new WHO Collaborating Centre for Physical Activity and Health. The Physical Activity and Health Unit and other groups of the Epidemiology, Biostatistics and Prevention Institute will support the Physical Activity Strategy for the World Health Organization (WHO) European Region.
A newly discovered mechanism behind reduced insulin production in type 2 diabetes is now being presented.
A study by researchers at the University of Missouri School of Medicine found that the diabetes medication linagliptin can protect against stiffening of the left ventricle of the heart in overweight female mice. The finding may have implications for management of cardiovascular disease in humans.
A clearer picture of how the classic diabetes medication metformin works has emerged.
Measuring a blood marker, copeptin, can successfully predict the risk of heart attacks in people with type-2 diabetes.
Exscientia has agreed a strategic research collaboration, and licence option agreement with Sanofi in the high-interest area of metabolic disease.