2024 年，金域医学在多个方面取得了显著成效。首先，集团战略管理能力有 了长足进步，通过敏捷应对外部环境变化和调整战略导向，实现战略目标与日 常运营的有机结合。其次，以客户为中心，全链高效协同，构建差异化服务体 系，开发了一批高灵敏度检测产品及专科普惠产品，并发布重大研发成果。第 三，多管齐下提质增效，通过产能布局规划、试剂集采和转换、完善外包管理 机制等措施降低生产成本。第四，持续培育创新生态，与国内头部医院开展重 大产学研项目合作，全年发表论文 89 篇，并承担国家重点研发计划项目立项 一项。第五，加速推进数字化转型，在生产服务效率提升、整体运营成本节约、 数字化业务新模式探索方面取得积极成效，包括推出业内首个医检行业大模型 "遇见医研大模型"。最后，加强合规建设与风险防控，为企业高质量发展筑 牢根基。 金域医学 20250521 摘要 金域医学 2024 年营收同比下降 165.28%至-2.38 亿元，净资产同比减 少 12.41%至 73.25 亿元，资产总额同比减少 11.69%至 103.92 亿元。 主要受市场需求放缓、成本摊销上升、应收账款周期延长及投资未达预 期影响，信用减值损失高达 6 ...

Core Viewpoint - The recent developments in China's semiconductor industry, including new regulations and export restrictions from the U.S., highlight the urgent need for domestic computing power localization as a critical choice for various sectors in China [1]. Group 1: Domestic Computing Power Development - The "2024 China Computing Power Development Report" indicates that by 2024, the total scale of computing power centers in China will exceed 8.3 million standard racks, with a total computing power of 246 EFLOPS, ranking among the top globally [2]. - Experts emphasize the importance of confidence in domestic computing facilities, asserting that they possess international competitiveness and should be actively utilized [2]. - A "research first" strategy is proposed to overcome the bottlenecks in the application of domestic computing power, particularly in commercial sectors where cost pressures exist [2]. Group 2: High-Performance Computing (HPC) Significance - High-performance computing centers, with vast storage and advanced processing capabilities, are crucial for scientific research and innovation in fields such as engineering simulation and genetic analysis [3]. - The advancement of domestic high-performance computing has significantly improved capabilities in areas like cosmic simulations, enhancing the precision of research [3]. Group 3: Systematic Innovation for Competitiveness - Experts argue that surpassing foreign counterparts in domestic computing power requires systematic innovation rather than relying on individual devices or metrics [4]. - The urgency for domestic computing power localization is underscored by recent restrictions on access to key biomedical databases for Chinese users, highlighting the need for a robust domestic supply chain [4]. Group 4: Policy and Ecosystem Development - The establishment of a domestic computing ecosystem is deemed essential, with suggestions for collaboration between manufacturers and research institutions to create open-source communities [7]. - Strong policy measures are advocated to ensure the successful implementation of domestic computing power solutions, as voluntary efforts may not suffice [7].

Core Viewpoint - A strategic cooperation agreement has been signed among Anhui Normal University, iFlytek Co., Ltd., and Anhui University of Information Engineering to integrate artificial intelligence with education, research innovation, talent cultivation, and digital transformation in higher education [1][2]. Group 1: Strategic Cooperation - The three parties aim to create an integrated ecosystem of "industry-university-research-application" by aligning educational resources, technology platforms, and real industry scenarios [2][3]. - The collaboration will cover key areas in higher education, including AI talent cultivation, AI scientific research, AI education and teaching, AI smart campus, and AI industry incubation [2]. Group 2: AI Research and Education - In the AI scientific research domain, the partnership will innovate human-machine collaborative research models and develop large models in education and artificial intelligence, utilizing unique data from Anhui Normal University [2][3]. - The AI education and teaching sector will see the joint development of an AI competency framework for Chinese higher education teachers and students, along with the establishment of AI-integrated course groups and future classroom training spaces [2][3]. Group 3: Resource Complementation - The collaboration emphasizes resource complementarity to create a deep integration model of industry and education, with Anhui Normal University focusing on educational theory and curriculum design [3]. - Anhui University of Information Engineering will provide AI computing infrastructure and smart education application scenarios, while iFlytek will empower the entire chain with technology and data resources [3].

Group 1 - The core message emphasizes the importance of manufacturing as a pillar of the national economy, highlighting China's journey from reliance on foreign products to becoming the world's largest manufacturing power with a complete industrial system [4][5]. - The manufacturing sector's value added increased by 6.8% year-on-year in the first quarter, accounting for 25.8% of the GDP [5]. - The need for technological empowerment in modern manufacturing is stressed, with traditional industries making up over 80% of the manufacturing sector [7][6]. Group 2 - The integration of production, education, and research is essential for enhancing the manufacturing sector [8]. - The focus on innovation and the seamless connection between the innovation chain and the industrial chain is highlighted, with an emphasis on cultivating high-quality talent [9][11]. - The example of Luoyang Bearing Group (洛轴) illustrates successful advancements in high-end bearing production, with 70% of its output being high-end bearings and several technological achievements reaching international standards [10][7].

到了上世纪80年代后期，农业机械化程度迅速提高，车马挽具逐渐萎缩。没了绝活的李庄人在突围中发现晾衣绳、扎绳的市场需求大，于是，一 些挽具加工户开始转型专门生产绳子。 绳子市场打开后，智慧的李庄人看到许多建筑工地安全绳网需求量很大，就又开始向建筑安全网进军，规模也越做越大，名气越来越响。 李庄镇的安全绳网也引起了当时的北京亚运会的注意。凭着优良的品质和合理的价格，北京亚运会的许多建筑安全网都采购自李庄镇。 "亚运村和体育场馆需要大量的建筑安全网，这些绳网基本都是李庄镇生产的。"李庄镇一家绳网企业负责人刘清礼回忆说，那时候，李庄镇的绳 网都是手工制作，产量不大，供不应求。可以说，亚运会让李庄绳网产业，从星星之火迅速燃成燎原之势。 0:00 新华社济南5月21日电（记者冯媛媛）从普通老百姓的手提网兜，到奥运赛场的足球门网，从生产建筑的安全网，到远洋捕捞的渔业网，山东惠民 县李庄镇用一根绳子结出万千"绳网"，"网"罗天下，成就了一个200亿元的"绳网"产业。 这个6万人口的小镇，目前有2000多家企业、超过4万人从事绳网上下游产业，生产建筑安全网、农业网、渔业网、体育网等不同类型的绳网，年 产量160万吨，占全国市场 ...

在"健康中国2030"战略与绿色化、智能化产业升级趋势推动下，食品产业正在加速转型升级。产学研深度合 作成为食品产业创新升级的核心路径。 （中国工程院院士朱蓓薇做演讲致辞） 产学研协同创新，加速生鲜速冻食品产业升级 5月19日，深圳万德厨科技有限公司联合深圳大学、大连工业大学、华中农业大学、广西扬翔集团股份有限 公司正式签署合作协议，共同成立"食品绿色制造与智能烹饪创新联合研究院"。联合研究院落地深圳大学， 将聚焦智能烹饪膳食健康研究，致力于全面提升中华传统食品制造现代化以及烹饪智能化水平，引领中华传 统食品从原料到舌尖的全链条技术升级和革新。 深圳大学校长、中国科学院院士毛军发，中国工程院院士朱蓓薇，广西扬翔集团股份有限公司总裁施亮，大 连工业大学副校长周大勇，华中农业大学科学技术发展研究院社会服务处处长魏鹏，华中农业大学食品科学 技术学院院长徐晓云，广州影子科技、深圳数影科技副总裁李育林，深圳数影科技、万德厨科技董事长张 岩，深圳万德厨科技有限公司总经理霍立谊等领导参加了研究院揭牌仪式。 此次跨界合作将深度融合"产学研"生态资源，推动食品产业从生产端到消费端的全链路智能革新，开启"智 能硬件+数字服务+生 ...

中国发展网讯随着夏季来临，山东省鱼台县小龙虾消费进入旺季。 傍晚时分，当夕阳的余晖洒在南锣鼓巷美食街，空气中已经弥漫着令人垂涎的龙虾香气。一只只红亮油 润的麻辣小龙虾堆叠在大盘中，食客们围坐一桌，顾不上戴手套伸手抓起小龙虾轻轻一掰，虾壳应声而 开，露出雪白紧实的虾肉，蘸上香辣的汤汁放入口中，麻辣瞬间在舌尖炸开，紧接着是虾肉的鲜甜。那 独特的口感，让人忍不住一口接一口地品尝，完全停不下来。 蒜蓉、麻辣、柠檬、椒盐、十三香……通过多种烹饪手法，鱼台小龙虾披上了千姿百态的风味外衣，从 传统红烧的醇厚，油焖的馥郁，到创新蒜蓉的细腻、冰镇的清新，每一次烹饪尝试都引领着一场味觉的 奇遇，展现了鱼台传统文化与当代美食潮流的精妙融合。 那你知道鱼台小龙虾好吃的秘密吗？ 鱼台，这片被微山湖温柔环抱的沃土，自古便享有"鱼米之乡"的美誉。在这里，碧波荡漾的湖水与广袤 的绿色田野相映成趣，滋养出一方水土的独特韵味。而鱼台小龙虾，便是这方水土孕育出的珍宝。 2011年，"鱼台龙虾"被农业部登记为地理标志保护产品；2018年"鱼台龙虾"入选"济宁礼飨"区域品牌， 2019年鱼台县荣获"中国生态食材之乡"的美誉；2020年鱼台小龙虾特色农 ...

李玉教授在讲话中高度评价夏津桑黄产业，强调要深化产学研合作，推动产业升级。 国家卫生健康委食品司监测评估处一级调研员张睿明，德州市人民政府党组成员、副市长牟春雁出席活动。 在产业研讨环节，与会专家学者围绕桑黄产业高质量发展展开深入讨论。德百集团董事长杨维星表示，作为桑黄产业的参与者和推动 者，德百将重点做好以下工作：一是强化科技创新，深化与李玉院士团队及科研院所的合作，突破桑黄深加工关键技术；二是推动标准 化建设，完善从种植到销售的全链条标准体系；三是加强品牌推广，依托"夏津桑黄"国家地理标志产品优势提升品牌影响力；四是促进 产业融合，结合文旅资源打造桑黄文化体验项目。 座谈会上，夏津县委副书记、县长赵之达首先致辞。在专家宣讲环节，山东中医药大学药学院副教授张国英系统阐述了《桑黄食用价值 文献考证》，从历代本草典籍、医案记载等角度，详细梳理了桑黄作为传统中药材的应用历史与药用价值；吉林农业大学中药材学院原 5月19日，赋能夏津桑黄产业高质量发展座谈会在夏津德百温泉旅游小镇成功召开。全国脱贫攻坚楷模、国际药用菌学会主席、吉林农业 大学李玉教授受邀出席会议并发表重要讲话，与专家学者、企业代表共聚一堂，共商桑黄产业 ...

Group 1 - The meeting between private enterprises and research institutions aims to foster collaboration and innovation, addressing technical challenges faced by companies [1][4] - Over 70 private enterprise leaders participated in the event organized by Zhengzhou's Science and Technology Bureau and the Federation of Industry and Commerce, highlighting the importance of industry-research cooperation [1] - The Harbin Institute of Technology Zhengzhou Research Institute showcased 49 convertible technological achievements in fields such as intelligent manufacturing and green energy, attracting significant interest from enterprises [1] Group 2 - Hanwei Technology produces over 50 million sensors annually, holding a 75% market share in domestic gas sensors, and seeks collaboration with the Harbin Institute of Technology Zhengzhou Research Institute in flexible robotics and big data analysis [2] - Zhengzhou Foguang Power Equipment Co., Ltd. has previously partnered with the research institute to establish master's programs, aiming to develop artificial intelligence technologies and smart energy platforms [2] - The government has been actively supporting the development of private enterprises, with recent action plans aimed at addressing the most pressing challenges faced by business entities [2] Group 3 - The Harbin Institute of Technology Zhengzhou Research Institute focuses on key areas such as medical health and optoelectronics, and has attracted over 200 research talents while incubating 42 technology companies [3] - The institute has established significant collaborations, including the first key laboratory in Henan Province under the Ministry of Industry and Information Technology, and innovation centers for new energy commercial vehicles and functional diamond materials [3]

企业一手连着实验室，一手连着生产车间，是打通技术和市场的关键角色，是科技创新的主体。尤其是 领军企业，理应肩负起科技创新领头羊的责任。 领军企业往往具有强大研发实力、核心技术优势、高市场占有率和行业影响力，是创新体系中的重要力 量。中核集团"华龙一号"带动高端装备制造业整体升级，产业链自主可控能力大幅提升；广汽埃安联合 上下游企业共同构建高效供应链体系，零部件生产与整车制造紧密协同；新希望集团和华中农业大学共 同培育高蛋白玉米，减少对进口大豆的依赖……近年来，一批领军企业搭建平台、整合资源、共享技 术，带动产业链大中小企业在技术攻关、效率提升等方面取得新突破。与此同时，有些领军企业在与科 研院所的合作中创新主导权不足，导致研发方向和市场需求存在脱节；有些领军企业之间沟通机制、共 享机制不完善，出现联手反而失手的现象，这些都影响了领军企业创新引领作用的发挥。 要当好促进协同的"吸铁磁"。领军企业具有较强的行业号召力和资源整合能力，一方面要联合高校、科 研院所构建创新联合体，建立长效稳定的合作机制，发挥比较优势，开展产学研融合攻坚，加速基础研 究和产业应用的转化衔接。另一方面要发挥"链主"作用，拉动上下游企业协同 ...