Nearly 700,000 women throughout the United Kingdom will participate in a leading world designed to test the effectiveness of artificial intelligence (AI) in pre -detection of breast cancer.
This initiative aims to increase the screening efficiency of breast cancer, reduce waiting time, and improve survival rates by utilizing state -of -the -art technology.
Professor Lucy Chapel, a scientific adviser of the Health Care Ministry of Health Care (DHSC) and the highest executive officer of the National Health Therapy Research Institute (NIHR), commented: Early detection of breast cancer. Women provide faster and more accurate diagnosis if women are most important.
“This is how NIHR research is formed and funded to strictly test new technologies that lead to the world, such as AI, which can potentially save lives while reducing the burden of NHS. This is another example.
AI integration in NHS breast cancer screening
As the government hires technology progress, 30 NHS screening sites are upgraded with the latest AI -driven digital tools.
Women who are already planned to have a daily mammography will be invited to participate in the trial. AI technology supports radiologists by analyzing breast tissue images, identifying potential signs of cancer, and flaging abnormally for further inspections.
Currently, two experts are needed to evaluate each mammograph. However, AI -supported breast cancer screening allows a single radiologist to complete the process accurately and safely.
If you succeed, this approach will release hundreds of medical experts, focus on patient care, and will be able to deal with growing demand for breast cancer screening.
Edith test: New pioneering leather in breast cancer detection
This initiative, known as edistrative (early detection using information technology in health), is supported by NIHR for £ 11 million.
This investment emphasizes the UK commitment to use innovative medical technology to fight one of the most common illnesses in Japan.
Breast cancer is the most common cancer among women and has about 55,000 diagnoses a year.
NHS invites a 50-71 -year -old woman every three years to screening, and the program offers about 2.1 million mammographs a year to prevent the estimated 1,300 deaths.
By incorporating AI, this test aims to improve the early detection rate, and can save more lives.
A new national cancer plan is ongoing
The British government is developing a national cancer plan as part of a wider range of efforts to strengthen cancer treatment.
This initiative, which is formed by insights from cancer patients, medical experts and experts, aims to improve research, diagnosis, treatment and prevention strategy.
Health and Social Care Care Secretary begins to call for evidence to guide this plan during an event hosted by World Cancer Day’s Macmillan Cancer Support.
Cancer is one of the major causes of the UK, and is most important to assert life every four minutes -early detection and treatment.
Research and treatment of cancer
In addition to AI -led screening, the government has started British cooperation for cancer clinical research.
This initiative accelerates adjustments in cancer treatment, direct investment, and break -through.
This joint study, sponsored by the Medical Research and Resharging Association, allows experts throughout the research field, dealing with important issues, and promoting innovation.
Last week, the government pledged to accelerate cancer diagnosis and treatment. By March 2026, 100,000 patients per year will be diagnosed or fully diagnosed within 28 days, and 17,000 individuals will start treatment within two months.
NHS England has raised his diagnostic goal and guarantees that 80 % of the patient will have a timely diagnosis. This is an improvement from the current 77 % goals.
One step towards cancer without cancer
The integration of AI breast cancer screening represents a transformed step in fighting cancer.
The UK has set global precedents for cancer prevention and treatment by using technology to enhance early detection, rationalize diagnosis, and optimize patient care.
As these progress develops, they have the potential to save thousands of lives, have a way to the future where cancer is detected before, and more effectively treated.
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