Guangdong Launches AI-Powered Medical Imaging System; Sinopharm Medical Partners with Global Pharma Giant

1. The Ministry of Industry and Information Technology will compile a high-quality "15th Five-Year Plan" for the integration and development of industrialization and informatization.

Recently, the Ministry of Industry and Information Technology released the 2025 work priorities for the integration of informatization and industrialization. Among the proposals, it emphasized improving the policy system for the integration of informatization and industrialization, ensuring the implementation of the "14th Five-Year Plan" objectives, and compiling a high-quality "15th Five-Year Plan" for the development of the integration of informatization and industrialization. It also proposed promoting the issuance of policy documents such as the Guidance on High-Quality Development of Industrial Internet, the Action Plan for High-Quality Development of Industrial Internet Platforms, and the Implementation Opinions on Data Elements Empowering New-Type Industrialization. In terms of strengthening the foundation for the development of the integration of informatization and industrialization, efforts will be made to promote high-quality development of industrial internet platforms, study the echelon cultivation mechanism for industrial internet platforms, and improve the functional systems of networks, identification, platforms, data, and security. An upgraded version of the "5G + Industrial Internet" 512 Project will be launched. In enhancing the application of information technology empowerment, the "Artificial Intelligence + Manufacturing" initiative will be implemented, supporting enterprises in applying general large models, industry-specific large models, and intelligent agents in key scenarios. The Smart Manufacturing Project will be further advanced, with ongoing efforts in the echelon cultivation of smart factories. (Economic Reference News)

2. Medtronic's Digital Orthopedic Ecosystem Clinical Research Launches in Shanghai, China

Recently, Medtronic held the AiLLIANCE China Edition (ACE) Clinical Research Center Investigators’ Meeting in Shanghai and officially announced the full launch of the project in China. The ACE study aims to explore the localized application and value of Medtronic's AiBLETM Digital Orthopedic Ecosystem in China, accelerating the digital transformation of orthopedics, enhancing diagnostic and treatment standards, and improving healthcare accessibility. With Shanghai as a hub, it empowers the construction and upgrading of China’s digital orthopedic innovation ecosystem. As a prospective cohort study, ACE will rely on four leading orthopedic research centers in China to systematically evaluate the clinical and health economic value of the digital orthopedic ecosystem, promoting the deep integration and large-scale application of intelligent technologies in orthopedic practice. In the future, ACE aims to drive technological iteration through clinical outcomes, starting from Shanghai to promote nationwide digital upgrades in orthopedics, helping Shanghai evolve from a "pinnacle of orthopedic technology" into an "origin of orthopedic innovation," while injecting sustainable momentum into the development of pioneering industries. (Xiaoxiang Morning Post)

3. Guangdong Fully Launches AI-Assisted Medical Imaging System

Recently, the Health Commission of Guangdong Province has fully launched an AI-assisted imaging film-reading system ("Yue Medical AI Imaging") based on the telemedicine platform. The system currently covers seven types of examinations and is provided free of charge to medical institutions across China. Currently, "Yue Medical AI Imaging" includes CT lung nodule AI-assisted diagnosis, bone density CT image-assisted detection, CT pneumonia intelligent screening, CT rib fracture intelligent screening, DR tuberculosis intelligent screening, DR limb fracture-assisted diagnosis, and CT coronary artery calcium scoring. It is understood that compared with the average 30 minutes required for traditional manual film reading, this system can complete the analysis in 2 seconds and generate a structured report, thanks to its powerful computing power and optimized algorithms. The number of films read per hour equals the daily workload of 150 radiology doctors in a Class A tertiary hospital. After evaluation, the diagnostic accuracy rate of "Yue Medical AI Imaging" reaches 98%, significantly improving the level and accuracy of imaging diagnostics in medical institutions, reducing patient waiting time, and alleviating the pressure on grassroots doctors. It is worth mentioning that the system generates AI-produced diagnostic reports, which are only for healthcare professionals' reference and not directly used for diagnosis or treatment. (Jinyang Web)

4. Major Collaboration between China National Pharmaceutical器械 and Multinational Giants

Recently, China National Pharmaceutical Industry Co., Ltd. (CNPI) and Fresenius Kabi Huari Pharmaceutical Co., Ltd. held a strategic cooperation signing ceremony in Beijing. According to reports, this collaboration will leverage CNPI's nationwide intelligent supply chain system and the "GuoXie Online" digital platform to deepen cooperation in the enteral nutrition field with Fresenius Kabi. Under the agreement, CNPI will utilize its nationwide intelligent supply chain network and "GuoXie Online" digital platform to establish full-chain cooperation with Fresenius in the enteral nutrition sector. This will provide more efficient distribution channels for Fresenius products, ensuring high-quality medical products can quickly reach various levels of healthcare institutions. Meanwhile, Fresenius will rely on its advanced medical technology and extensive clinical experience to bring cutting-edge medical solutions and innovative products to CNPI, helping enhance its professional service capabilities in the medical field. (Medical Device Innovation Network)

5. MIT Research Reveals User Questioning Methods Impact AI Medical Judgments

Recently, an independent report revealed that a common complaint among users of Microsoft's AI department is that "Copilot is not as user-friendly as ChatGPT." In response, Microsoft quickly attributed the issue to users' "poor prompt engineering skills." A new study from MIT suggests that Microsoft’s blame on users’ prompting abilities may not be entirely without merit. The study highlights that over-reliance on AI tools for medical advice can be dangerous. More concerning is that if users make spelling errors (such as misspelled words or extra spaces) in their queries, the AI might recommend against seeking medical attention. Additionally, using elaborate language or slang could lead to incorrect AI judgments. (IT Home)

6. Johnson & Johnson Launches VARIPULSE Platform in the Asia-Pacific Region

Recently, Johnson & Johnson MedTech, a global leader in the treatment of cardiac arrhythmias, announced the launch of the VARIPULSE™ platform in the Asia-Pacific region. The platform is used for catheter ablation procedures to treat atrial fibrillation (AFib). AFib is an arrhythmia caused by abnormal and disordered electrical signals, often leading to an accelerated heart rate. It is associated with changes in heart structure, underlying conditions, and lifestyle factors. AFib significantly increases the risk of stroke, heart failure, and mortality. The VARIPULSE™ platform simplifies ablation and mapping through its integration with the CARTO™ 3 system workflow, utilizing PFA technology. This 3D electroanatomical mapping technology enables real-time visualization and provides physicians treating AFib with precision, efficiency, repeatability, and procedural accuracy. The platform supports safe, efficient, patient-centered treatment options, requiring little to no X-ray fluoroscopy, and can be performed under deep or conscious sedation. (Pharma Health News)

7. What is the medical device public service platform?

The Medical Device Public Service Platform is a key initiative co-developed by the Ossdafa Group in collaboration with local governments, industrial parks, medical institutions, and research universities. It focuses on incubating, transforming, and investing in cutting-edge and innovative global medical device projects. By establishing scientific research and technology transfer mechanisms aligned with international standards, the platform operates under an open and shared model. This attracts top-tier researchers, doctors, and innovators from around the world to join, providing comprehensive industry technical services that integrate R&D transformation, incubation, and investment. The goal is to cultivate innovative medical device achievements with significant innovation and application value, offering strong support for the development of the medical device industry and technological innovation. (Compiled by Ossdafa)

8. Kaimag Medical Completes Financing of Several Million Yuan

Recently, Chongqing Kaimag Medical Technology Co., Ltd. has completed a multi-million yuan financing round, which was invested by Chongqing Science and Technology Financial Service Center, Chongqing Mingyue Lake Private Equity Investment Fund, and Mingyue Lake Intelligent Technology Development Co., Ltd. The funds raised in this round will be used for the mass production and market expansion of the company's full magnetic levitation series products, and to accelerate the multi-pipeline R&D process of full magnetic levitation products, aiming to become an industry leader in the field of "full magnetic levitation system solutions and core component suppliers." Kaimag Medical's full magnetic levitation artificial heart has been applied in ventricular assist devices, ECMO systems, cardiopulmonary bypass machines, and organ perfusion systems. As an upstream supplier, Kaimag Medical empowers domestic companies by providing full magnetic levitation blood pumps with better hemocompatibility, helping customers solve technical challenges, significantly reducing R&D investment, and shortening the product time-to-market cycle. (VcBeat)