Using the artificial intelligence AI-CDSS system platform, five types of dermatological diseases can be automatically diagnosed. Basal cell carcinoma, melanoma, squamous cell carcinoma, nevus, seborrheic keratosis and age spots.
Ordinary people will seek medical treatment because of new moles and spots on their skin, worried that they may be skin cancer. In the past, experienced dermatologists needed to make visual judgments or conduct detailed examinations to confirm the diagnosis. Nowadays, automatic interpretation through artificial intelligence systems can quickly assist doctors in determining skin disease conditions in outpatient clinics. This is a new technology that makes people’s eyes brighter.
The dermatology disease classification system can automatically diagnose malignant tumors
Dai Haozhi, director of the Department of Plastic Surgery at National Taiwan University Hospital, said that the R&D team of National Taiwan University and National Taiwan University Hospital spent three years developing the classification of dermatology diseases. (AI-CDSS system), automatically interprets skin changes such as new moles, spots, and skin cancer, and provides expert advice. For various types of wound images, doctors provide professional advice and let artificial intelligence learn to identify wound conditions. It can not only correct the photo retouching software used by patients on their mobile phones, correct problems such as light and shade, color, etc., and reduce misjudgments, even if they have tattoos, they will not be misjudged. Judgment.
Dai Haozhi said that using the artificial intelligence AI-CDSS system platform, five types of dermatological diseases can be automatically diagnosed. Basal cell carcinoma, melanoma, squamous cell carcinoma, nevus, seborrheic keratosis and age spots. Among them, the first three types are malignant skin tumors that cannot be ignored. They are sometimes difficult to distinguish from the latter two types, which are benign moles or age spots. If, in addition to a doctor’s clinical diagnosis, intelligent interpretation is added, excessive or insufficient follow-up can be reduced. Testing brings about a win-win situation for both doctors and patients.
Mobile APP tracks postoperative wound doctors and provides timely professional advice
In addition to dermatological disease classification (AI-CDSS system), there is also a mobile APP With "Intelligent Postoperative Wound Tracking System (AI-SWAS)" technology, patients can take photos of their wounds every day after returning home, and use the APP to detect redness, swelling, necrosis and infection with an accuracy of over 90%, doctors say We can also give timely advice.
A major breakthrough in the field of precision medicine: Whole-gene detection of disease risk
In addition, there are also breakthroughs in the field of precision medicine. In addition to being able to use rapid whole-exome testing to provide genetic diagnosis of critically ill children within one week, the further development of whole-genome testing will make a significant move towards precision medicine. Testing is now available and has a significant impact on health. mutations, including 59 genes recommended by the American College of Medical Genetics and Genomics (ACMG), are related to the risk of major diseases such as cancer and heart disease; providing drug genome information so that doctors can know the appropriate drug dosage for patients. Reduce the occurrence of side effects; it can also provide genetic risk assessment for multifactorial diseases, such as the risk of coronary artery disease.
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