Applications of computers in the pharmaceutical industry include:
1, intelligent diagnosis of medical images based on computer vision technology;
2, artificial intelligence virtual assistant based on speech recognition technology;
3, intelligent medical robots engaging in medical treatment or assisted medical treatment;
4, analyzing massive literature information to accelerate drug development;
5, intelligent health management based on data processing and chip technology.
In recent years, the integration of artificial intelligence technology and the field of medical and health care has deepened, with the field of artificial intelligence, voice interaction, computer vision and cognitive computing and other technologies are gradually mature, the application of artificial intelligence scenarios are richer and richer, and the artificial intelligence technology has gradually become an important factor affecting the development of the medical industry and improving the level of medical services.
The application technologies mainly include: voice entry of medical records, medical image-assisted diagnosis, drug research and development, medical robotics, and intelligent analysis of personal health big data.
Expanded Information:
The application of artificial intelligence technology in medical imaging mainly refers to the rapid reading and intelligent diagnosis of medical images through computer vision technology. Medical image data is an important part of medical data, and AI technology can improve the efficiency of image analysis by quickly and accurately labeling specific abnormal structures for radiologists.
Improving the efficiency of image analysis frees up radiologists to focus more time on content review that requires more interpretation or judgment, which is expected to alleviate the radiologist supply gap.
The electronic medical record records the doctor's interaction with the patient and the development of the condition of the electronic medical file, including the first page of the case, test results, hospitalization records, surgical records, medical advice and other information. Speech recognition technology provides a great convenience for doctors to write medical records and for ordinary users to navigate in the hospital.
Through speech recognition, natural language processing and other technologies, it compares the patient's description of the disease with standard medical guidelines and provides users with medical consultation, self-diagnosis, and medical guidance.
Intelligent voice entry can liberate the hands of doctors, help doctors to complete the work of accessing information and precise pushing of literature through voice input, and form a structured electronic medical record from the doctor's oral instructions in the form of basic patient information, examination history, medical history, examination indexes, examination results, etc., which significantly improves the efficiency of doctors.
There are many types of medical robots, according to their different uses, there are clinical medical robots, nursing robots, medical teaching robots and service robots for the disabled. With the gradual recognition of the application of robotics in China's medical field and the popularization of the application of various stages of diagnosis and treatment, medical robots, especially surgical robots, has become the field of robotics, "high-demand products.
In traditional surgery, doctors need to hold surgical tools for a long time and maintain a high degree of tension, the widespread use of surgical robots has greatly improved medical technology. Surgical robots have a wider field of vision, more precise surgical operations, facilitate wound healing, reduce trauma surfaces and blood loss, and reduce pain.
Artificial Intelligence (AI) assisted drug research and development (R&D), can greatly shorten the drug development time, improve R&D efficiency and control R&D costs. At present, China's pharmaceutical companies have layout AI field, mainly applied in the new drug discovery and clinical trial stage.
For drug research and development workers, they do not have the time and energy to pay attention to all the newly published research results and a large number of new drug information, while AI technology can precisely extract knowledge that can promote drug research and development from these scattered and disorganized massive information, and put forward new hypotheses that can be verified, so as to accelerate the process of drug research and development.
Through the application of AI, health management services have also made breakthroughs, especially the rapid development of mobile medical devices focusing on exercise, heart rhythm, sleep and other tests.
Through smart devices for physical testing, blood pressure, heart electricity, fat rate and many other health indicators can be quickly detected, the collection of health data will be uploaded to the cloud database to form a personal health file, and through data analysis to establish a personalized health management program.
At the same time, through the understanding of the user's personal habits, after AI technology for data processing, the overall state of the user to give an assessment, and recommended personalized health management program, assisting the health management personnel to help the user to plan the daily health arrangements for health interventions, and so on. Relying on wearable devices and smart health terminals, we can continuously monitor users' vital signs, predict risks in advance and handle them.
Xinhua - Application of Artificial Intelligence Technology in the Medical Field