With the film "I am not a drug god", the treatment of cancer has become a hot spot. The treatment of cancer is complicated and expensive, and it has been talked about cancer, but now, when applied to the medical field, AI will make the work of oncologists easier, and bring some gospel to the treatment of cancer patients. During this time, the movie "I am not a drug god" has been screened. Targeted drugs for the treatment of cancer have been developed and put into use for a long time. They are protected by patents and are expensive. They cannot be tolerated by ordinary cancer patients. In order to save themselves, they have to choose cheap Indian generic drugs. Treating cancer has always been a heavy topic. Treatment is difficult and expensive, so people always talk about cancer, but due to environmental pollution, food safety, smoking and drinking, occupational stress, lack of activity, overweight and obesity, cancer patients have become more and more common in people's daily lives. There are more than 100 types of cancers known, each of which is vastly different from each patient's treatment and response, which poses difficulties and challenges for oncologists to accurately diagnose cancer types. But now, the use of AI in the medical field will make the oncologists work easier, and bring some gospel to the treatment of cancer patients. The National Cancer Research Center of Japan announced that it will jointly develop and use the AI ​​system with the Industrial Technology Research Institute to provide the most appropriate treatment for every cancer patient. The specific method is to establish a database based on the patient's genome (all genetic information) accumulated by the cancer center, as well as a large amount of information such as blood tests and image diagnosis, and compare it with the research results of medical papers, and use AI in diagnosis and treatment. The research center will use AI to quickly and correctly diagnose cancer and provide patients with a suitable treatment plan, and strive to use it five years later. The Google DeepMind team is investigating how AI can be used to better apply radiation therapy to cancer treatment. Today's doctors can only set the amount of radiation for this treatment through their own experience and existing research. DeepMind is working with University College London to develop an artificial intelligence system that automates this process. In the future, the new system will help doctors shorten cutting time. IBM's Watson uses big data learning, and artificial intelligence has made remarkable progress and achievements in cancer diagnosis, and many cancer patients have benefited from it. The doctor entered the patient's personal information and cancer staging, pathological staging, metastatic lesions, physical scores, various examination data and other specific results in the Watson tumor system. After only a dozen seconds, Watson gave the treatment plan, including the overall treatment. Time planning, recommended programs, alternatives and non-recommended programs, etc., involve the most cutting-edge international medical treatment programs and experimental enrollment. Watson has been trained by the world's top cancer treatment center to commemorate the Sloan Katelin Cancer Center (MSKCC) since 2011. Currently, it has studied more than 300 medical professional journals, more than 250 medical books, 15 million pages of research data, and a large number of clinical studies. Case. The program offered by Watson has a fit of more than 90% with the solutions given by the world's top oncologists. In the past six months, neurosonologist Raj Jena from the University of Cambridge in the United Kingdom has used the AI ​​system called InnerEye to mark the results of prostate cancer patients. After the scan is complete, the image is anonymized and encrypted and sent to the InnerEye program to describe the relevant results and create a 3D model. The software has learned a lot through machine learning and has learned how to label organs and tumors, saving time for prostate cancer treatment (the gospel of men). In a study published in the medical journal Oncotarget, Insilico Medicine Biotechnology Research hopes to radically improve the state of drug development by dramatically reducing the time required for cancer drug research with the help of AI. The researchers built two computer networks, the Generic Against Network GANs. One of the studies proposed new molecules that may have anti-cancer properties; the other is whether or not drugs are ineffective against cancer. The first network has been trying to "spoof" the latter, allowing the latter to accept new molecules as legitimate drugs, both of which provide a better understanding of what cancer treatment should look like. Once they pass each other's tests, these networks can be used to detect compounds to detect their anticancer potential. This method not only promotes drug development faster, but also brings more economic benefits to research. In short, the AI ​​artificial intelligence-assisted diagnosis system can be quickly discovered in advance through learning (medical courses), analysis (massive cases) and judgments, and early screening of cancer, and by reducing the time required for cancer drug research with the help of AI. To completely improve the status quo of drug development. AI puts smart wings on the doctor and is a doctor's assistant. AI artificial intelligence demonstrates its true value in diagnostics, treatment and drug discovery. Undoubtedly, AI enters the medical world and will create a revolution. This will bring great gospel to every cancer patient or potential patient. ( Author | Zhang Zhirong) Wifi Wireless Baby Monitor,Radio Baby Monitor,Wireless Baby Monitors,Wireless Camera Baby Monitor Shenzhen Zuomi Technology Co., Ltd. , https://www.zuomicamera.com
