Group 1 - Nanjing Yuanmai Cell Biotechnology Co., Ltd. has successfully received joint investment from the Nanjing University Technology Achievement Transformation Angel Fund and the Future Industry Angel Fund, marking the official launch of the Nanjing University Technology Achievement Transformation Angel Fund established in March this year [1] - Yuanmai Cell, founded in September 2022, focuses on the research and development of cell immunotherapy drugs, leveraging four core technology platforms: CAR-T module design, sequence screening, efficient gene delivery, and iPSC differentiation [1] - The founder, Professor Shen Pingping, is recognized as a leading authority in macrophage research and has received multiple funding supports from national and provincial programs, enhancing the company's research capabilities [1] Group 2 - The investment reflects the critical role of government-guided funds in accelerating the transformation of university scientific achievements into productive forces, thereby enhancing Nanjing's influence in the gene and cell therapy industry [2] - The Nanjing University Technology Achievement Transformation Angel Fund has a total scale of 500 million yuan, marking it as the first university technology achievement transformation fund in Jiangsu Province's strategic emerging industry special fund [2] - The fund aims to address the "last mile" challenge in transforming university scientific achievements into tangible productivity, with a focus on supporting projects in the biomedical and information communication sectors [3]

Core Insights - The establishment of the Beijing Future University Science and Technology Park marks a significant step in organized research results transformation and deepening the integration of universities and cities in the Shahe Higher Education Park [1] Group 1: Project Overview - The Future University Science and Technology Park is built on the advantages of a dense concentration of universities in the Shahe Higher Education Park, utilizing a "one park, multiple sites" and "multiple schools, one park" model [1] - The park is a collaboration among the Beijing Municipal Science and Technology Commission, the Beijing Municipal Education Commission, and Changping District, along with ten universities including Beihang University and Beijing Normal University [1] Group 2: Focus Areas and Objectives - The park focuses on three leading industries in Changping District: medical health, advanced energy, and advanced manufacturing, as well as cutting-edge fields like future information, future manufacturing, and future energy [1] - The core philosophy of the park is "strong alliances and resource sharing," aiming to create a concentrated area for university technology industries and a source of innovative technologies [1] Group 3: Development Progress - The construction of specialized parks within the Future University Science and Technology Park is accelerating, with a comprehensive service system for the transformation of scientific and technological achievements being established [2] - The International Energy and Power Innovation Center, led by North China Electric Power University, has attracted over 170 energy and technology companies, including 15 national high-tech enterprises [2] - The Aerospace Industry Park serves as a demonstration base for university achievement transformation, having registered 43 related enterprises and established a talent empowerment center [2] Group 4: Infrastructure and Ecosystem - The core area of the Future University Science and Technology Park is under rapid development, covering 210,000 square meters of industrial space to meet the needs for concept verification and pilot testing [5] - The total planned scale for the Phase IV project is 910,000 square meters, which includes residential, international exchange centers, commercial complexes, multifunctional sports venues, and quality educational facilities [5]

Group 1 - The core viewpoint of the news is the acceleration of the transformation of biomedical technology achievements from universities in Suzhou Industrial Park, promoting deep integration of industry, academia, and research [1] - The "BioMatch" series of events is organized to showcase projects from 23 universities, with 32 projects participating in the semi-annual roadshow, which aims to validate the "product strength" of innovative entrepreneurial ideas [1][2] - Award-winning projects can receive up to 200 square meters of free office space for three years and up to 500,000 yuan in concept verification funding, with additional support for top projects [1] Group 2 - The Suzhou Biomedical Sub-center aims to bridge the gap between industry and academia by organizing events that facilitate deep and efficient connections among universities, enterprises, and investment institutions [2] - Approximately 1,700 university achievements have been collected, with six roadshows organized, inviting over 80 quality university projects, and 165 projects have entered the concept verification database [2] - A reward mechanism has been established to promote the transfer and transformation of achievements, including rent-free office space, youth talent subsidies, and concept verification support [2]

Group 1 - The core viewpoint emphasizes the importance of integrating technological innovation and talent cultivation in education, with a focus on transforming scientific research outcomes into practical applications in basic education [1] - Jiangsu Province's government report indicates that R&D investment intensity exceeded 3.3% in 2024, and the region's innovation capability has risen to second place nationally, marking a significant qualitative leap in technological innovation [1] - The establishment of a collaborative platform for technology transfer is essential to enhance the adaptability and synergy of research outcomes with the needs of basic education [2] Group 2 - A differentiated resource allocation strategy is proposed to address disparities in educational development, particularly between southern and northern Jiangsu, ensuring equitable access to technological resources [3] - The need for a robust teacher training program is highlighted, focusing on enhancing the technological literacy of teachers, especially in underdeveloped regions [3] - The introduction of an innovative evaluation mechanism is suggested to motivate both higher education institutions and primary/secondary schools to engage in the transformation of scientific research outcomes [4][5] Group 3 - The proposal includes the establishment of a "green channel" within the education system to streamline administrative processes for educational technology products, facilitating quicker access to schools [5] - The concept of a "technology education understanding community" is introduced to break down communication barriers between researchers and educators, fostering collaboration and mutual understanding [6] - The importance of community involvement in education is emphasized, advocating for the creation of science popularization bases and interactive resources to engage families and society in the educational process [6]

Core Viewpoint - Guangzhou and Shenzhen will jointly establish a high-end scientific instrument sub-center to accelerate the transformation of university scientific achievements into productive forces, facilitating a "two-way rush" between universities and enterprises [1][3]. Group 1: Establishment of the High-end Scientific Instrument Sub-center - The high-end scientific instrument sub-center will focus on the high-end analysis and testing instrument sector, with construction taking place in the Huangpu District's HeXin Mass Spectrometry Industrial Base, aiming to create 14 public transformation platforms [2]. - The establishment of the sub-center is part of the National University Regional Technology Transfer and Transformation Center, which received approval from the Ministry of Education in April this year [2][3]. Group 2: Collaborative Efforts and Stakeholders - A meeting was held at Southern University of Science and Technology, attended by representatives from government departments, universities, and enterprises, to discuss the establishment of the Shenzhen sub-center [2]. - Southern University of Science and Technology is leading the initiative and has organized internal coordination meetings to compile a project database of scientific instruments, providing technical reserves for the sub-center's construction [2]. Group 3: Objectives and Strategic Importance - The National University Regional Technology Transfer and Transformation Center aims to gather innovative resources and build a one-stop public transformation platform, enhancing the professional technology transfer team and leveraging the role of technology finance [3]. - The initiative is designed to promote the rapid transformation of university scientific achievements into real productivity, emphasizing the strategic importance of the Guangdong-Hong Kong-Macao Greater Bay Area [3].

Core Viewpoint - Guangzhou is accelerating the construction of the National University Regional Technology Transfer and Transformation Center (Guangzhou Branch) to enhance technology transfer and commercialization of university research [1][2]. Group 1: Development Initiatives - The Guangzhou government is focusing on building three sub-centers in biomedicine, intelligent transportation, and high-end scientific instruments [1][3]. - The biomedicine sub-center will concentrate on cell gene therapy and AI+pharmaceuticals, establishing 22 public transformation platforms [3]. - The intelligent transportation sub-center will focus on new energy power, intelligent networking, and low-altitude aircraft, creating 11 public transformation platforms [3]. - The high-end scientific instruments sub-center will target high-end analytical testing instruments, with 14 public transformation platforms being developed [3]. Group 2: Strategic Goals - The initiative aims to create a "one-stop" platform for innovation sourcing, result transformation, and industrial implementation [1][2]. - The government emphasizes the integration of education, technology, and talent development to enhance the local economy and support the "12218" modern industrial system [2]. - A collaborative innovation ecosystem will be established, optimizing support in spatial carriers, application scenarios, policy systems, talent supply, and technology finance [2].

Group 1 - The core viewpoint of the news is the announcement of policies by Suzhou to support the establishment of a regional technology transfer center for universities, aimed at enhancing the commercialization of scientific research outcomes and positioning Suzhou as a global innovation hub [1][2] - The policies include 15 measures across four main areas: establishing a technology achievement discovery network, building a verification and transformation system for achievements, strengthening support for the implementation of achievements, and deepening the reform of the transformation mechanism [1] - Financial support is provided for various initiatives, including up to 1 million yuan for new university achievement transfer offices and collaborative innovation centers, and up to 500 million yuan for new achievement supply-demand matching service platforms [1][2] Group 2 - The policy outlines support for core technology research projects conducted by universities and enterprises, with a maximum annual subsidy of 10% based on the actual transaction amount of technology development contracts [2] - Additional financial incentives include up to 600,000 yuan for newly recognized national-level future industry technology parks and up to 3 million yuan for major innovative teams mastering key industrial technologies [2] - The policy will take effect on July 1, 2025, and remain valid until December 31, 2029, with a principle of not duplicating support for the same entity across multiple similar policies [2]

拟落地 张家港 。张家港新能源产业集群效应突出，形成了 "光伏产业、锂电产业、氢能产 业、新能源汽车及零部件"产业链条及较为完备的新能源现代产业体系。2 0 2 4年新能源产业以 氢能为引领，产值超4 0 0亿元。 0 4苏州高校科技成果转化天使基金 拟落地 吴中区 。吴中区与 "大院大所"的合作日益加深，已集聚高校院所11家，新型研发机构 7家，科技机构11家，汇聚众多高端研发人才、关键核心技术以及前沿创新成果。 两批战新基金的布局，从高端装备、生物医药、未来产业天使直投， 到人工智能、低空经济、 新能源及智能座驾 、高校科技成果转化天使直投，如果结合产业基础及未来发展路径来看，可 以看到一种基于现在、面向未来的布局。 近日，江苏省、苏州市正式审议通过第二批苏州市战略性新兴产业基金组建方案， 第二批 4只 总规模1 0 5亿元苏州市战新基金正式进入落地阶段 。 01苏州人工智能产业专项母基金 拟落地 工业园区 。工业园区作为国家人工智能创新发展试验区核心区，已构建 "芯片研发-算 法开发-场景应用"全链条产业生态，集聚1 8 0 0多家企业，2 0 2 4年产值突破1 2 0 0亿元，行业内 形成显著领先优 ...

在本届中关村论坛年会期间，不论是平行论坛、技术交易会还是配套活动，高校科技成果转化成为中外 参会者提及的"高频词"之一。不仅有多所高校校长分享了学校科技成果转化的成功案例与模式，也有专 家直面高校科技成果转化的"死亡谷"挑战。 科研人员往往将科技成果从实验室走向市场的过程称为跨越"死亡谷"，越过"死亡谷"，就意味着科技成 果能够以商品的身份上架销售。 "考虑在天津落地吗？我是天津发改委的""我是协会的，能加个微信吗""这机器人能进（蔬果）大棚， 对吧"…… 在前不久结束的2025中关村论坛年会全球高校科技成果转化促进大会（以下简称"高促会"）上，京津 冀、长三角、粤港澳大湾区的分区展台"变身"洽谈桌，不少高校的科研团队摊点纷纷展出了科技感拉满 的新技术、新产品，来自政府部门、行业协会、企业等单位的"买家"们不时抛出合作"橄榄枝"。 如何成功跨越"死亡谷"？这道大题急需新的解法。 2023年，北京理工大学开始全面推广"先赋权后行权"转化模式。学校先不入股，授权教师团队依托职务 科技成果创办企业，待公司通过市场检验、发展到一定规模后，学校再按照事先约定的比例获得股权或 现金收益。这一模式极大简化了流程，提高了转化 ...