Can “read pictures” to recognize images, can “read” medical records, and even “think” like doctors, issue diagnostic reports and give treatment suggestions… This is not science fiction. Artificial intelligence (AI) medical treatment is changing from cutting-edge technology to practical application, and “Ai doctors” are getting closer and closer to patients.

The accurate diagnosis of liver cancer by artificial intelligence can reach the level of senior doctors

Liver cancer is commonly known as the king of cancer. Patients often arrive at the middle and advanced stage when they see a doctor, and the five-year survival rate after operation is only about 30%. More importantly, the incidence of liver cancer in China accounts for 50% of the total number of liver cancer in the world. It can be seen that China has a large amount of data in the field of liver cancer diagnosis and treatment. Once effectively combined with artificial intelligence in-depth learning, this major disease may develop new treatment strategies, which will provide an opportunity for China’s liver cancer diagnosis and treatment to take the lead in the world, and also provide the possibility for the production and research cooperation of independent research and development of liver cancer AI in China.

The application of enabling intelligent medical artificial intelligence is further expanded

For example, West China Hospital has accumulated in-depth experience in the clinical and research of liver cancer, and has accumulated complete data of 40000 patients with liver cancer and nearly 100000 patients with liver disease. It is hoped to connect the data of liver cancer patients in large third class hospitals in Beijing, Shanghai, Guangzhou and other cities through the Internet, combined with AI technology resources, and make achievements in the fields of early prediction of liver cancer, accurate and individualized diagnosis and treatment decision-making, pathogenesis and drug R & D.

The incidence rate and prognosis of liver cancer are very poor. Therefore, early detection, early diagnosis and early treatment of HCC are the key to the curative effect. However, because of the complex mechanism of HCC, the lack of early diagnosis and treatment, and the uneven medical level of some hospitals in China, the lack of senior professional and technical personnel leads to a high rate of misdiagnosis and missed diagnosis. The development and application of AI aided diagnosis and treatment decision-making system for liver cancer can reach the level of senior chief physician.

Zhang Qunhua, CEO of yikuyun, said that after the grass-roots hospital accesses the system in the future, it is equivalent to introducing an expert in the field of liver cancer. It is expected that patients do not have to go to big cities and big hospitals for medical treatment. They can obtain high-quality and personalized treatment plans at the county-level hospital at home, which greatly alleviates the problem of seeing a doctor.

Medical AI makes diseases “nowhere to hide”

Zhang Qunhua introduced that artificial intelligence has strong learning ability. As long as it is supported by a large amount of data, it can be trained into a “tireless robot” to help doctors judge diseases and make them “nowhere to hide”. At present, yikuyun is cooperating with many academicians and experts across the country to develop various medical artificial intelligence.

The application of enabling intelligent medical artificial intelligence is further expanded

Under the leadership of academician Liao Wanqing as the chief scientist, with AI and big data as the core, computer vision, natural language processing and fungal knowledge base are used to provide the optimal algorithm for medical fungal image recognition, so that AI identification can be carried out before the colony has grown a typical shape, and the identification time can be reduced by one third. The AI has the advantages of fast recognition speed, high recognition rate, stable effect and easy popularization.

We worked with Professor Wang Jian of Huashan Hospital Affiliated to Fudan University to study the use of speech features in the early stage of Parkinson’s disease. With just one speech, AI speech can detect and assist in early recognition of Parkinson’s disease. At the same time, it is also found that the class separation of different speech under different features provides an objective index and helps to evaluate the treatment effect, which lays a foundation for the diagnosis of Parkinson’s disease based on speech disorder.

The world’s first AI compound traditional Chinese medicine discriminator, developed in cooperation with the time-honored Cai tongdetang, can identify and analyze big data according to the samples of medicinal materials in only 2 seconds through AI Artificial Intelligence, covering authenticity identification, origin traceability, quality prediction, etc.

“With the increasing maturity of computing power and big data, the application of artificial intelligence in the medical field can help doctors improve the early diagnosis rate and reduce the misdiagnosis rate,” said Zhang Qunhua.

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