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UK Funds AI Blood Test for Early Cancer Detection
A clinical trial of a promising blood test that could offer faster and more accurate diagnoses for common cancers has received funding from the Department of Health and Social Care (DHSC). The miONCO-Dx test detects cancer at an early stage by analysing microRNA expression in blood. It uses
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UK trials AI blood test that detects 12 cancers with 99% accuracy
In the case of bowel cancer, for instance, nine in ten patients survive when it's caught at stage one, but that figure drops to just one in ten when diagnosed at stage four. While researchers across the world are racing to improve early detection, a promising breakthrough from the United Kingdom
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Blood test for 12 most common cancers launched by NHS
A blood test that can identify the 12 most common cancers will be trialled on the NHS. About 8,000 patients are to be enrolled in a pioneering test that could lead to widespread cancer screening, sparing millions of patients from invasive surgical procedures to check for the disease. On
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Blood test that can detect 12 common cancers to be trialled on NHS
A new blood test that uses AI to detect signs of a dozen cancers long before symptoms develop is to be tested on NHS patients. The trial on 8,000 patients will analyse blood samples for tiny fragments of genetic material released by tumours. Tests so far on 20,000 patients show the miONCO-Dx test
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A groundbreaking AI-powered blood test, capable of detecting 12 common cancers with 99% accuracy, is set to undergo trials in the UK's National Health Service. The test, developed by University of Southampton and Xgenera, could revolutionize early cancer detection and treatment.

A groundbreaking artificial intelligence-powered blood test, capable of detecting 12 common cancers with over 99% accuracy, is set to undergo trials in the UK's National Health Service (NHS). The test, named miONCO-Dx, was developed by scientists at the University of Southampton in collaboration with biotech startup Xgenera
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.The miONCO-Dx test analyzes microRNA expression in blood samples to detect cancer at an early stage. Using AI, it can identify the presence and origin of the disease
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. The test requires only 10-15 drops of blood and can detect cancer across all stages of tumor growth3
.The test can identify 12 of the most common and lethal cancers, including:
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The Department of Health and Social Care (DHSC) has awarded Xgenera £2.4 million to advance the development of the test
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. A clinical trial involving 8,000 patients will be conducted by the Cancer Research UK Southampton Clinical Trials Unit1
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. This trial follows initial analysis of data from more than 20,000 patients, which showed the test's high accuracy in early-stage cancer detection1
.Dr. Victoria Goss, head of early diagnosis and translational research at the trials unit, stated, "A reliable test such as this could have the potential to see a major shift in cancer screening, making it easier and cheaper to provide on the NHS, cutting health inequalities, and ultimately reducing the number of people who die from the disease"
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Currently, the UK only offers screening for three types of cancer, with each test targeting a single type
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. The miONCO-Dx test could potentially replace more invasive procedures such as biopsies and colonoscopies, saving both lives and money3
.Health Secretary Wes Streeting emphasized the importance of early cancer detection, stating, "The key to surviving cancer is catching it as early as possible, so this government is taking the urgent action needed to make sure that happens"
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. If successful, the test could be expanded to detect over 50 other cancers in the future1
.The announcement of the trial coincided with the renaming of a laboratory in memory of Dame Deborah James, a bowel cancer campaigner who passed away at the age of 40
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. The Bowelbabe Laboratory, funded by Cancer Research UK, will bring together leading scientists to advance understanding of bowel cancer and develop new tests and treatments3
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.This innovative AI-powered blood test represents a significant step forward in early cancer detection and could potentially revolutionize cancer screening practices in the UK and beyond.
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