During the 14th Five-Year Plan period, my country will continue to accelerate the promotion of the inclusive application of digital services, as well as the innovation and application of digital and intelligent technologies in the medical field, so as to improve the people's sense of obtaining high-quality and efficient health services. Ms. Li, who lives in rural Shanghai, has a deep understanding of this. feel.
Ms. Li was over 40 years old. She had undergone cervical cancer screening in the primary hospital in her hometown a few years ago, and received the interpretation results 2 days later. Afterwards, endoscopy was performed according to the screening results, and the images were uploaded to the cloud platform. With the help of artificial intelligence-assisted diagnosis, the visiting doctor received feedback from the platform after more than ten seconds and performed tissue sampling.
Afterwards, she took the pathological specimen slides and went to the Affiliated Hospital of Fudan University for treatment. It only took half a day to complete the further examination and arranged the operation. Compared with a few years ago, this process has been shortened by half or more, and the professional level of inspection, diagnosis, image interpretation and other operations in primary hospitals is also comparable to that of deputy chief physicians in large city hospitals.
In fact, similar medical experiences to Ms. Li are happening every day now. Compared with the previous medical experience, the new smart medical system has brought great convenience for patients to seek medical treatment. Advanced technologies such as intelligent technology and cloud computing based on powerful computing power are promoting the rapid development of the medical industry. All aspects of the industry have brought about huge changes, which have improved the happiness of the people bit by bit.
Make clinical diagnosis and treatment more efficient and accurate
Disease diagnosis and treatment is the core part of current medical and health services, and it is also the most direct reflection of the level of medical services and the feelings of patients. How to make clinical diagnosis and treatment more efficient and accurate has always been the focus of society. Medical institutions and the industry are also working together to improve the level and efficiency of diagnosis and treatment by integrating many new technologies such as artificial intelligence into clinical services. .
For example, products such as the artificial intelligence platform, big data intelligent analysis cloud platform and intelligent imaging cloud launched by Huiyihuiying provide medical institutions with full-cycle, high-performance intelligent medical imaging solutions to help them create health screening , diagnosis, treatment decision support and other closed-loop services, while greatly improving the speed of image analysis and the accuracy of auxiliary diagnosis.
This system has been successfully applied to the diagnosis and treatment of dozens of diseases, and has been implemented in many medical institutions, alleviating the problem of relatively tight medical resources for multi-disease diagnosis, effectively reducing the waiting time of patients in queue, as well as the time-consuming and misjudgment caused by image analysis. problems such as missed diagnosis and misdiagnosis.
In order to help deal with a series of challenges such as the uneven allocation of medical resources, and the uneven utilization and interpretation of massive medical images, Xi'an Yinggu launched the Yizhen Cloud platform to link image data from different devices and rely on big data. Online analysis and artificial intelligence engine, processing it in real time. The efficient and high-quality medical services currently provided by some hospitals benefit from the effective cooperation of similar cloud platforms and intelligent auxiliary diagnosis.
Today, the super combination of "cloud + artificial intelligence" has also been used in more than 1,000 medical institutions. It not only allows imaging experts from large and medium-sized hospitals to process image data in different regions anytime, anywhere, and to treat intractable diseases. At the same time, through the assistance of artificial intelligence, the efficiency and accuracy of diagnosis have been greatly improved, allowing more patients to enjoy the same quality services as large hospitals in primary medical institutions.
Promote the change from passive governance to active prevention
With the continuous improvement of people's pursuit of a better life and health literacy, it has become a consensus and necessity to start with active prevention and reduce the occurrence of diseases. The "Healthy China 2030" Planning Outline proposes an all-round and full-cycle strategy to protect people's health, with "establishing a health information service system" as an important starting point to promote medical institutions to accelerate the shift from "treatment-centered" to "health-based" People's health as the center" change; encourage medical and related industries to innovate and apply intelligent solutions, and change passive medical care into active health services through measures such as "preventive treatment" and chronic disease tracking treatment to achieve a healthier life.
The many advantages of smart medical care are in line with the requirements of "Healthy China" and can effectively promote the development of active health management and services. For example, Jiangfeng Bio's practice of using artificial intelligence technology to help change the mode of disease screening has made a good example of this. For example, the artificial intelligence solution for cervical cancer screening can efficiently detect early-stage cancer lesions, enabling the new cervical cancer patients in China to receive timely treatment through early diagnosis; the intelligent tuberculosis screening system can help doctors greatly improve the interpretation efficiency and solve the It solves difficult problems such as the objectivity of smear grading, which has won the treatment time for patients and reduced medical expenses.
In terms of chronic prevention and treatment, the domestic AI unicorn company, Fourth Paradigm, relies on the artificial intelligence platform and combines the professional knowledge, clinical experience and disease sample database of well-known hospitals to develop prevention and closed-loop management solutions, and launch an integrated chronic disease management machine, chronic disease management. A series of products such as disease management cloud system and health mini-robots, as well as complete measures and plans, can effectively help medical and health service institutions and individuals to implement accurate and personalized prevention and management of chronic diseases.
Accelerating Medical Innovation
Innovative medical technology makes disease prevention, diagnosis, treatment and prognosis more effective and accurate, and is crucial to the comprehensive and full-cycle care of public health. The state has also issued a number of policies to guide and encourage the use of cutting-edge technologies, with the core of "significantly enhancing the scientific and technological support capabilities for the prevention and treatment of major diseases and the development of the health industry", so that digital technology can become the engine of innovative practice in many fields such as translational medicine. The construction of "Healthy China" provides sustainable innovation and continuously improves the service level of smart health care, convenience and benefit to the people.
Translational medicine is an emerging field that carries this key mission. It is born to promote the close connection between basic research and clinical practice, and to achieve the development and progress of medical scientific research. The research cornerstone of the center, data processing and analysis performance is the key to determining the two-way conversion efficiency.
The national major scientific and technological infrastructure project for translational medicine jointly constructed by Shanghai Jiaotong University and Ruijin Hospital will give full play to the role of computing platform and intelligent technology to create a multi-functional intelligent clinical research cluster covering all beds, so that each bed unit has the Automatic perception and autonomous collection of clinical research data. The obtained data is analyzed through the bioinformatics big data platform built on the high-performance computing system, which can be used to formulate targeted treatment plans, and also help to build new plans for precise disease prevention, diagnosis, treatment and prognosis evaluation. Perhaps in the near future, more and more cancer patients will be able to obtain more targeted drugs and treatment plans through the analysis of patient genomes in translational medicine.
Entering the digital age, the role of data in economic and social development has been as good as or even greater than that of energy. In the form of factor resources, and jointly promoted by technologies such as the Internet, big data, cloud computing, and artificial intelligence, a new round of industrial revolution is being launched to help China is accelerating the construction of digital livelihood security capabilities. In particular, it has been nearly 30 years of dataization, and it is currently in the medical and health field, which is moving towards a new stage of "speaking with data", "making decisions with data" and "driving with data", whether in clinical diagnosis and treatment, disease prevention and health care, or medical innovation. On the one hand, new solutions and new models based on digital and intelligent technology have become the basic driving force for current transformation and sustainable development in the future.
And all of this relies on new infrastructure, that is, digital infrastructure construction. Behind it, there is no lack of computing power closely related to digital and intelligent applications, and it is inseparable from companies that provide core data computing power. The Xeon Scalable platform based on Intel architecture has the characteristics of high versatility and openness, as well as the ability to perform specific acceleration of artificial intelligence applications, which can effectively promote the development and implementation of digital and smart medical software and solutions. Aiming at the high standards and strict requirements of the government and the public for technological progress and experience innovation in the medical industry during the "14th Five-Year Plan" period, the medical industry will continue to launch, optimize and implement intelligent solutions to jointly build a comprehensive and full-cycle health service system. New applications and new scenarios help achieve the strategic goal of "Healthy China", make digital wisdom better for the health of the whole people, and continue to improve the health of the whole people.
