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Three Taiwanese hospitals have developed visual recognition technology that can help doctors make faster diagnoses on the body''s vital organs. National Taiwan University Hospital, Taipei Medical University Hospital and Taipei Veterans General Hospital have each developed systems to assess the health of the heart, lungs and brain, respectively. The technologies are powered by artificial intelligence, and can drastically shorten the time needed to make an accurate diagnosis. The projects were possible thanks to subsidies for biomedical innovation from the Ministry of Science and Technology. Researchers at NTU Hospital have developed the world''s first AI model that can assess the amount of fat on the heart through images. It’s mighty fast, reaching a diagnosis in just 0.4 seconds. Researchers say the model can help doctors assess disease risk. Wang Tzung-dau National Taiwan University Hospital This system we use it in our national insurance by applying the national insurance system and we used it to quantify the fat tissue, the fat amount and classification. Together with the clinical data, we developed our Taiwanese people cardiovascular risk factor prediction model. Over at Taipei Veterans General Hospital, a team created an AI diagnostic system to detect brain metastases. Meanwhile, the TMU Hospital team developed an AI-powered system that can produce reports on lung cancer nodules within 10 seconds. Dr. Chen Chen-yu says diagnosis accuracy is about 95%. Chen Chen-yu Taipei Medical University It''s a CT algorithm that can instantly, means within 10 seconds, we can detect, classify, and do auto-report in the clinical practice. The algorithm can detect the nest of the cancer cells within the vast tissue. So in the meantime, if we can identify those nests of cancer cells, we can also tell the sub-type of the cancer. That will be wonderful for pathologists to improve their speed and accuracy of the reading. These intelligent diagnostic tools for the heart, lungs and brain were sponsored by the Ministry of Science and Technology. The ministry hopes the technology will help doctors monitor the health of patients and spur the development of innovative industrial models in Taiwan’s biomedical sector.