In beijing early in february, the chill remained strong, while at beijing university hospital no. 1, there was a meeting on the theme “health science and technology empowerment, science and communication cohesion”. Recently, under the auspices of the health press, beijing university hospital i, xiaohu health co-sponsored by wangshan water, china agricultural bank's pro bono science and technology science and technology dissemination conference was held in kyoto. The guests called for a two-way empowerment of science and technology and science to take root and grow up, with a view to improving the health of the entire population and improving its health。
In his message, kang fai, secretary of the beijing university's first hospital party, stated that beijing university's first hospital, a 100-year-old medical temple, had made an important contribution to the country's health. Hospitals have now made solid progress in the quality of care, in the construction of disciplines and in the management of operations. In the future, hospitals will actively embrace innovation and look forward to deepening their collaboration with partners in exploring new ways of communicating health and helping to improve health for all。
In his message, sun wei, editor-in-chief of the health press, stated that the health press had always been central to the party's health advocacy and health literacy. The national board of health and health has emphasized the importance of developing new quality health productivity and strengthening science, technology, innovation and science. Currently, the health press has developed a model for the integration of “four newspapers and two” with new media platforms, which will continue to play the role of mainstream media in industry, reporting on results, disseminating knowledge and contributing to building healthy china。
Science, technology and innovation drive quality development
Li jianping, vice-president, beijing university's first hospital: at present, hospitals have established a systematic system of science, technology, innovation and conversion of results, based on a pilot project on high-level clinical research and conversion of results, established a centre for the transformation of clinical research results and developed a process-wide management policy and incentive mechanism. Hospitals have contributed effectively to the virtuous cycle of “clinical questions-research conversion-to-care improvement” through the establishment of technical managers in disciplines and the creation of a production research platform. During the “1455” period, hospitals completed a number of patent conversions and obtained a number of registration certificates for medical devices, which have yielded significant results in addressing the clinical “calculation” problem and promoting the coordinated development of the pharmaceutical industry. In the future, the hospital plans to take full advantage of the geographical advantages of the booming hospital area and actively connect to the biomedical industry base, focusing on frontier areas such as layout cell and gene therapy. At the same time, hospitals will be at the hub of the centre for the transformation of clinical research, deepening their collaborative efforts, continuing to produce original results and developing complex innovative talent to drive high-quality hospital development with scientific and technological innovation。
Li ho, director of the health and health internet hospital of xiaohui: in the face of the growing demand for personalized health care from the general public, xiaohu health, through close cooperation with hospitals and doctors, continues to provide health services with artificial intelligence (ai) technology. The core product, dr. Xiaoxia, provides targeted health advice to users through learning, simulations of the way in which doctors are consulted. It has now been achieved by communicating with users on the content of common diseases, assisting in the interpretation of reports, drug guidance, etc., and identifying users who really need it and directing them to reasonable access. In addition, dr. Ai has assisted thousands of doctors in 24-hour communication with patients and disease management. In the future, the health of xiaohu will continue to promote the deep integration of ai technology in the health sector。
New technologies enabling efficiency gains
Huang jinquin, director of hospital 1 attached to guangzhou medical university: active embrace of ai technology and its deep integration with disciplines are key to raising the level of consultation and building the core competitiveness of disciplines. The significance of ai-enabled hospital management has increased as health care advances further and the pressure on hospital operations increases. In terms of operational management, hospitals monitor hospital-wide medical equipment through ai, provide real-time control of its use, operation and malfunctions, achieve precision control and improve the efficiency and effectiveness of its use; develop software on their own initiative, and implement unique device marking processes for medical consumables and effectively control operating costs. With regard to clinical treatment, for example, lung cancer treatment, hospitals have been able to refine the chain of screening, diagnosis, treatment and post-operative rehabilitation based on video ai, naked eye 3d techniques, etc。
Vice-president sun hoolin of beijing university hospital i: we are deeply aware that the application of ai is moving from an understanding of analysis to a new phase of implementation collaboration. Three applications of smart medicine, process re-engineering and smart management are planned at the national level, in which smart management is actively encouraged by risk control. In this direction, the hospital promotes the use of ai technology in precision management. In terms of intelligent logistics, for example, hospitals have achieved a full visualization of medical waste, a one-stop repair, smart security and catering data analysis system, etc., which has effectively improved operational efficiency and clinical satisfaction. In the future, the hospital will actively promote the deep integration of ai with clinical treatment as a way to build its core future competitiveness。
Xin kong, deputy secretary of the party committee of hospital no. 1 of henan medical university: the hospital is one of the building units of the national centre for medical medicine and medical sciences. It has a three-district layout in one house and two special subjects: paediatrics and respiratorys. Hospitals have been active in building internet hospitals, based on the concept of “two centres, two cores”, with a focus on patients, the homogenization of online and offline services, the use of doctors, the optimization of platform functions and the improvement of the use experience; and the accessibility of patients and doctors, with approximately 550,000 visits in 2025. The development of disciplines requires a platform, talent and technological synergy to upgrade technology through the cross-section of medical workers and the empowerment of science and technology, so that science and technology can add dynamism and temperature to chinese medicine services。
Wang liangichi, vice-president of the first hospital of the university of qinghua: as the number of births declines and prenatal screening techniques become widely available, the number of cases such as traditional preconceptions is significantly reduced, and the relevant disciplines face transformational challenges. At the same time, the early stage of successful and phased treatment of some of the pre- and post-care needs of pre-care patients has focused on long-term management, making “adult congenital heart disease” an emerging priority subject. Technology is profoundly changing the medical paradigm. Smart platforms and online tools not only innovated patient-patient communication and referral management, but also contributed to increased specialist impact. The hospital's heart centre team disseminates science through platforms such as shivering, so that the team's authority technology for complex pre-cardiatric and paediatric cardiac disorders reaches more patients, achieves “good medical outcomes” and “high public awareness” and establishes a new path to the continuous development of disciplines。
Ai re-energizes the health guardian
Li ting, a researcher at the institute of biomedical engineering of the chinese academy of medical sciences, needs to apply in depth to clinical needs in the field of medical care, such as rapid diagnosis, precision diagnosis and efficient treatment in emergency cases, which can be based on rapid analysis of multimodular data to achieve classification of diseases and early warning of cases. Medical ai should adhere to the highest safety and reliability principles, giving priority to models that are interpretable, light quantitative and capable of self-growth. In the future, the focus should be on synergetic optimization, with the promotion of doctors ' competencies and work efficiency as the core path, taking into account key issues such as data privacy protection, and promoting interdisciplinary integration and high-quality medical ai development。
Yang, deputy director, centre for research and innovation in digital medicine, beijing university hospital: the establishment of a compliance data collaboration mechanism is a system engineering exercise that needs to be driven from multiple dimensions. Data standards are the source, and standards for the collection of clinical and scientific data should first be regulated to provide the basis for follow-up. Modelling and external validation should be strengthened to facilitate the landing of scientific results through model applications. The centre focuses on the development of composite talent, conducting two-way training, disseminating ai to clinicians and imparting medical knowledge to technicians. In the future, the development of an ai tool research system should be promoted, and ai should be embedded in hospital information systems and decision-making pathways subject to compliance。
At the time of the ai era, i believe that doctors need four key competencies: first, the capacity of a team (doctor + aai medical assistant) to use the aai medical assistant to improve clinical efficiency; second, the ability to content, which transforms repeat communication into a high-quality reusable content; third, the ability to data, which, through the nature of the phenomenon, leads to more accurate individualized treatments by breaking traditional random comparative research limitations; and fourth, the ability to visualize the scene, which promotes the transformation of a generic large model to a medical-specific model to address clinical problems. I have always believed that ai is a tool, not a substitute, and that doctors will not be replaced by ai if they embrace technology and empower themselves。
Director-general and director-general of wangshan water: the company has developed innovative drugs in the three main areas of hiv infection, neuropsychology and reproductive health, which were listed in 2025 in the non-synthetic version of the first new drug, sichuan hydrochloric acid, which is used to treat the functional impairment. In terms of ai technology applications, the core of the company is to achieve “accessibility” of data and to optimize the ai model while safeguarding the confidentiality of core technology. In terms of core data protection, companies graded and managed sensitive data, limiting the use of data only for the optimization of the ai model, controlling transmission and ensuring traceability; regulating data collection approval, using registration and iterative audits。
Ai applies the vast scope and potential for scale in the field of medicine. With regard to drug development, ai can significantly reduce the detection and screening cycle of molecular targets, reduce costs, improve success rates and break down the pain of r & d “slow, expensive and low pass rates”. Ai can also help break the bottleneck of innovative drugs into hospitals by building an ai-enabling and precision collaborative network of drug-based hospitals, new media, etc., to enable advanced drug programmes to reach patients quickly and protect life and health。
