何氏眼科上述负责人表示，此次中意眼健康创新合作专场活动的成功举办，是何氏眼科推动国际眼健康 合作的重要实践，也为中意科技合作惠及民生提供助力。未来，何氏眼科将锚定"智慧光明城"战略目 标，持续深化国际交流合作，推动眼健康技术创新与公益服务协同发展，推动眼健康事业高质量发展。 本次合作的意大利Adaptica公司致力于开发制造简单、便携、基于人工智能的移动眼科设备，主要用于 检测屈光不正和视觉缺陷。Adaptica公司整合优秀专家资源，经过多年的研发和市场实践，在眼科医疗 设备领域积累了丰富经验，技术水平处于同行业领先地位。 值得关注的是，何氏眼科在眼健康领域深耕30年，始终坚持立业为善，长期开展眼健康公益服务。在数 字化浪潮推动下，何氏眼科将技术创新与公益服务相结合，打造眼健康公益新生态，通过公益项目、医 生培训等方式服务群众。持续创新的"三级眼健康医疗服务模式"已成为可复制、可持续的公益医疗样 本，服务模式获行业认可。 中证报中证网讯（王珞）日前，中欧生物医药产业创新合作对接会——中意眼健康创新合作专场活动在 北京举办。本次活动由北京国际技术交易联盟（NICTC）和中关村企业驻意大利那不勒斯服务代表处主 办 ...

Group 1 - The event "China-Europe Biopharmaceutical Industry Innovation Cooperation Matchmaking Conference - China-Italy Eye Health Innovation Cooperation Special Session" was held in Beijing, organized by NICTC and the Naples service office of Zhongguancun Enterprises in Italy, with participation from various eye care and technology institutions from China and Italy [2] - He Eye Hospital, a technology-driven listed company, aims to create a comprehensive ecosystem for eye health, focusing on global innovation and serving the Chinese public [2][3] - The collaboration with Italian partners will focus on key areas such as refractive cataract, myopia prevention in youth, and dry eye treatment, promoting the transformation of international innovative technologies into products and clinical applications [2][3] Group 2 - Adaptica's Professor Ksenija Ili introduced a new product developed in collaboration with He Eye Hospital, which will provide public eye health services to youth and underdeveloped regions through AI screening devices [3] - He Eye Hospital has been dedicated to eye health for 30 years, combining technological innovation with public service to create a new ecosystem for eye health, recognized for its sustainable and replicable "three-tier eye health service model" [3] - The successful hosting of the China-Italy Eye Health Innovation Cooperation Special Session marks an important step for He Eye Hospital in promoting international eye health cooperation and contributing to the "Healthy China" initiative [3]

Group 1 - The article discusses a serious incident involving a Chinese woman who died after receiving stem cell treatment in Japan, raising concerns about the safety of such therapies [1][21][20] - There is a contrast between the perception of Japan as a safe and advanced medical destination and the risks associated with stem cell therapy, which is often marketed as a miracle cure [2][6][10] - The popularity of medical tourism to Japan is highlighted, with many seeking treatments like PET-CT scans, cancer screenings, and stem cell therapies [3][4] Group 2 - The article emphasizes the need for potential patients to thoroughly understand stem cell treatments before proceeding, as the risks, although low, can be significant [6][22] - It outlines the various applications of stem cell therapy, including treatments for blood disorders, heart conditions, and cosmetic procedures, along with their maturity levels [7][8] - Japan's regulatory environment is described as relatively open, allowing private clinics to offer stem cell treatments after phase II clinical trials, unlike stricter regulations in the US and EU [18][19][35] Group 3 - The article notes that the majority of stem cell treatments in Japan are not based on the advanced iPS cell technology developed by Nobel laureate Shinya Yamanaka, but rather on other types of stem cells [15][10] - It discusses the financial aspects of stem cell treatments in Japan, with costs ranging from 7,000 to 184,700 RMB depending on the type of therapy [17] - The article mentions that Japan has a significant number of stem cell treatment plans registered, with a large portion focused on cosmetic and anti-aging applications [35][36] Group 4 - The article highlights the potential risks associated with stem cell therapy, including allergic reactions, blood clots, and infections, which can occur even with autologous stem cells [25][26][27] - It discusses the importance of proper handling and processing of stem cells, as well as the need for transparency in the treatment process [30][33] - The article concludes that while Japan has a reputation for advanced medical care, patients should approach stem cell treatments with caution and ensure they have adequate information before making decisions [62][63]

Core Viewpoint - The company aims to build a comprehensive ophthalmology service platform through its "Smart Bright City" strategy, integrating advanced technologies such as big data, artificial intelligence, genetic science, and regenerative medicine to enhance eye health management across the entire lifecycle [1] Group 1 - The company is focused on creating an innovative ecosystem that covers all aspects of eye health management [1] - The establishment of an industrial fund will accelerate the company's layout in the new generation of healthcare fields, starting from eye health [1] - This strategy is expected to enhance the company's integration capabilities within the industry chain, build technological barriers, and empower downstream services [1] Group 2 - The approach aims to achieve resource sharing and complementary advantages, further stimulating innovation vitality [1] - The overall goal is to improve the company's core competitiveness in the ophthalmology sector [1]

Core Viewpoint - Japan's regenerative medicine and related products are lagging behind the US and Europe in practical applications, with significant investments planned to enhance production capabilities by 2027 [1][2]. Group 1: Investment Plans - Nikon and four other Japanese companies plan to invest over 100 billion yen by 2027 to significantly increase production of iPS cell products and other advanced pharmaceuticals [1][2]. - Nikon will invest approximately 10 billion yen to expand its production base in Koto, Tokyo, increasing the cleanroom area by 50% and tripling its workforce by 2030 [2]. - AGC plans to invest 50 billion yen in its Yokohama facility to set up production equipment for regenerative medicine cells, with potential for mRNA vaccine production if necessary [2]. Group 2: Market Position and Challenges - The US has approved 25 drugs in the gene and CAR-T fields, Europe 22, while Japan has only 10, indicating a significant gap in production capabilities [1][2]. - Japan's domestic companies have a weak production foundation, which could hinder access to advanced medical treatments and reduce the competitiveness of the Japanese pharmaceutical industry [1][2]. Group 3: Government Support - The Japanese government will provide 38.3 billion yen in subsidies over four years to support equipment investment and talent development for CDMO in regenerative medicine [3]. - Emerging companies, such as SanBio and Cuorips, are seeking conditional production and sales licenses for their regenerative medicine products, indicating a growing interest in this sector [3]. Group 4: Market Growth Potential - The market for regenerative medicine products in Japan is projected to reach 53.8 billion yen by 2030, doubling from approximately 2024 levels [3].