（来源：新华日报） □ 陈 柳 对标对表中央经济工作会议部署的"八个坚持"重点任务，省委经济工作会议布置的"八个方面"重点工 作，其中之一是"因地制宜发展新质生产力"，为全省高质量发展锚定了方向。今年是"十五五"开局之 年，作为经济大省、制造强省、科技创新的重要策源地，江苏肩负"挑大梁"的光荣使命，开局成效关乎 全国发展大局。 共建上海（长三角）国际科技创新中心：拓展长三角科创协同合作新空间 将上海国际科技创新中心拓展至长三角三省一市，是党中央着眼于提升国际科技创新中心全球影响力、 竞争力作出的重大部署。我省以《关于促进长三角科技创新协同发展的决定》正式实施为契机，制度化 推进参与长三角科技创新协同发展，构建江苏成为长三角科创全域协同格局的重要一翼。 强化战略科技力量对接整合。打通江苏高校科研力量嵌入长三角创新链的通道，推动我省高水平大学与 长三角中国科学院系统、沪浙皖高校联合开展前沿研究，强化基础研究与人才培养协同。推动紫金山实 验室、苏州实验室与上海张江科学城、安徽合肥综合性国家科学中心等重大平台建立协同攻关机制，聚 焦量子科技、人工智能、生物制造等前沿领域开展跨学科、跨区域研究，形成一批引领性原创成果。 ...

1月23日，国新办举行新闻发布会，介绍2025年知识产权工作进展情况。 据国家知识产权局副局长芮文彪介绍，截至2025年底，我国国内(不含港澳台)发明专利有效量达到532 万件，每万人口高价值发明专利拥有量达到16件。专利密集型产业增加值占GDP比重升至2024年的 13.38%，超额完成知识产权"十四五"规划预期目标。 "从数据反映出的特点来看，我国创新质量持续提升。"芮文彪称，我国国内(不含港澳台)有效发明专利 中，高价值发明专利同比增速比总体水平高2.2个百分点，数量达到229.2万件。信息技术管理方法、计 算机技术、医学技术等领域的有效发明专利增速最快，人工智能专利有效量居全球前列，在量子科技、 生物制造、脑机接口、第六代通讯等未来产业布局了一批关键核心技术专利，有力促进了高水平科技自 立自强。 最新数据显示，我国专利密集型产业的增加值突破18万亿元，占GDP的比重从2020年的11.97%提升到 2024年的13.38%，对经济增长的贡献度稳步提高。全球前5000个品牌中，我国品牌价值达1.81万亿美 元，位居全球第二。 值得一提的是，随着我国超额完成国家"十四五"规划提出的12件"每万人口高价值发 ...

Group 1 - The "14th Five-Year Plan" emphasizes accelerating high-level technological self-reliance and integrating technological and industrial innovation [1] - Local versions of the "14th Five-Year Plan" have been released, outlining detailed strategies for cultivating new productive forces and industrial innovation [1] Group 2 - Various regions are focusing on cutting-edge fields such as artificial intelligence, quantum technology, and biomanufacturing, with significant projects being planned [2] - Guangdong aims to develop a large-scale industrial cluster around "Artificial Intelligence + Robotics," targeting trillion and hundred billion-level industries [2] - Anhui plans to strengthen its capabilities in quantum technology, fusion energy, and deep space exploration, while also developing new high grounds in artificial intelligence and life sciences [2] Group 3 - Regions are leveraging their resource endowments to meet national strategic needs, aiming to create differentiated competitive advantages [2] - Inner Mongolia plans to establish the largest rare earth new materials base in China and a globally leading rare earth application base [2] - Guizhou focuses on developing computing power industries with an emphasis on intelligent computing, implementing the "East Data West Computing" project [2] Group 4 - A comprehensive development system from basic research to technology breakthroughs and industrial clustering is being established to foster new productive forces and promote high-quality industrial chain development [2][3] - Shandong emphasizes the importance of basic research and plans to increase investment in this area [2] - Jiangsu aims to achieve decisive breakthroughs in key core technologies in fields such as integrated circuits and biomanufacturing through extraordinary measures [2] Group 5 - Chongqing is enhancing its innovation and entrepreneurship service system to facilitate technology transfer and commercialization [3] - Zhejiang is implementing advanced manufacturing cluster cultivation projects, while Shaanxi focuses on creating trillion-level industrial clusters in modern energy and advanced manufacturing [3] - Regions are promoting "new and old synergy" by integrating new technologies with traditional industries to drive upgrades [3] Group 6 - The new round of technological revolution and industrial transformation is accelerating, presenting opportunities for high-quality economic development in China [3]

Group 1 - The core viewpoint emphasizes the importance of advancing future industries such as quantum technology, biomanufacturing, hydrogen energy, nuclear fusion energy, brain-computer interfaces, embodied intelligence, and sixth-generation mobile communication as new economic growth points [1][7] - The "14th Five-Year" period has seen significant achievements in China's technological innovation, with major projects implemented in key industries to support high-quality development [3][5] - China is accelerating its technological layout in frontier fields, achieving breakthroughs in artificial intelligence, biomanufacturing, quantum information, and hydrogen energy storage, indicating a shift towards new advantageous industries [5][7] Group 2 - The "15th Five-Year" planning suggestions prioritize building a modern industrial system and strengthening the foundation of the real economy, with emerging and future industries poised for significant growth [7] - The next five years are projected to be a period of high breakthroughs and development in Chinese technology, with a focus on increasing high-quality technological supply and implementing major national projects [7]

Core Viewpoint - The article discusses the innovative strategies for enhancing CO2-to-lipid bioconversion in microalgae, specifically focusing on the oleaginous Coccomyxa subellipsoidea, to address the challenges of biomass and lipid accumulation for sustainable biodiesel production [1][2]. Summary by Sections Research Findings - The study achieved a biomass concentration of 10.00 g/L, a carbon fixation rate of 1.42 g/L/d, a lipid content of 51.84% dry weight, and a lipid yield of 401.75 mg/L/d under high light intensity (300 μmol/m²/s) [2]. - Chlorophyll fluorescence analysis indicated that high light intensity initially suppressed photosynthetic activity but later activated non-photochemical quenching (NPQ), enhancing the algae's high light tolerance [4]. - Metabolomics analysis showed that high light conditions upregulated protein and free amino acid degradation, facilitating the recycling of nitrogen and carbon resources, which maintained basic cellular metabolism and directed carbon flow towards acetyl-CoA for lipid synthesis [5]. Implications for Biofuel Production - The fatty acid methyl esters produced from this algal strain meet the biodiesel reference standards of China, the USA, and the EU, providing a significant theoretical basis and application case for the development of carbon neutrality and biofuel production technologies [6].