Core Insights - GE Healthcare showcased over 10 domestically produced high-end medical devices at the 2025 Taihu Bay Life and Health Future Conference, highlighting its commitment to local manufacturing and innovation [1] - The Versana series ultrasound devices have achieved a cumulative global shipment of over 60,000 units, demonstrating the company's strong market presence [1] - GE Healthcare has established a complete ultrasound and life care industry chain with over 400 supply chain partners within 200 kilometers of its Wuxi base, showcasing the strength of the Taihu Bay Science and Technology Innovation Belt [1] Company Developments - Since its establishment in Wuxi in 1996, GE Healthcare has witnessed the city's transformation from a manufacturing hub to a center of scientific innovation, contributing to the local economy and technological advancement [2] - The Wuxi base is recognized as GE Healthcare's largest ultrasound center globally, producing over 60% of the company's ultrasound probes and 40% of ultrasound mainframes [2] - GE Healthcare's Wuxi facility has developed over 70 new products, emphasizing its role as a leader in clinical diagnostic medical product manufacturing [2] Industry Impact - As a leading "chain master" in Wuxi's life and health industry, GE Healthcare has fostered the growth of hundreds of local suppliers, creating a resilient supply chain network [3] - The company integrates domestic digital technology firms to promote the implementation of advanced medical technologies such as 5G smart-assisted diagnosis and AI imaging analysis [3] - GE Healthcare's collaboration with local suppliers, such as Shenzhen South Circuit, has evolved from basic component manufacturing to the development of intelligent medical devices, significantly enhancing local production capabilities [3]

E F 2025年5月24日13:30-20:30 海交通大学医学院西112报告厅 亲爱的校友们: 66 这里有独具价值的 医健生态圈层 时光的列车载着青春记忆呼啸而来! 2025校友大会即将盛大 启航，诚邀每一位校友跨越山海奔赴这场重逢之约！本次大 会以「共建,共享,共未来」为核心,不仅是情感交融的盛 宴,更是资源互通、机遇共享的平台! 核心议程 | P1 13:30-16:00 | 主持人:王欢 主任上海交大医学院继教院医健未来中心主任 | | | --- | --- | --- | | 时间 | 主题 | 讲者 | | 13:30-13:40 | 医学院校领导开幕致辞 | 浦川海院长 | | | | 上海交大医学院继教院副院长 | | 13:40-14:00 | 颁发聘书会长发言 | 冯昕宇 主任 上海交大医学院继教院非学历培训部主任 | | | | 陈八兵三期 | | | | 医健未来校友会会长 | | 14:00-14:30 | 医疗政策与产业机遇 | 许树强 教授 | | | | 上海交大中国医院发展研究院院长 | | 14:30-14:50 | 中国肥胖症的治疗与未来发展 | 顾 岩 教授 | ...

特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 2 0 2 5年5月1 2日，第十八届中国科学仪器发展年会（ACCSI 2 0 2 5）在上海松江富悦大酒店盛大开幕，主题为"数智驱动·新质引领"，设置超过 1 5 0场专题报告，汇聚来自政府、科研院所、仪器企业、检测机构以及投资领域的1 8 0 0余位代表参会，会议规模再创新高，全面展现了中国科 学仪器产业在数字化转型与高质量发展背景下的创新活力。 由仪课通主办的第九届质谱人才发展论坛作为大会平行分论坛，在5月1 3日成功召开。本次论坛聚焦质谱研发、应用与人才生态、驱动行业创 新，邀请科研高校，仪器企业，应用单位相关质谱专家围绕质谱人才培养路径展开深度探讨，为推动我国质谱领域高质量发展注入新动能。 导读： 第十八届中国科学仪器发展年会于5月12日在上海成功召开，期间质谱人才发展论坛探讨质谱人才培养，聚焦产学研融合与行业发展。 论坛开场，北京大学化学与分子工程学院教授、分析测试中心副主任周江作为主持人，引领大家步入这场充满智慧与深度的交流盛会。 主 持人 ：周 江 北京大学化学与 分子工程学 ...

科技日报记者 洪敬谱 5月9日，第二届安徽省暨合肥市生物医药产业高质量发展论坛在合肥举行。论坛现场举行了生命健 康产业成果转化服务联盟签约仪式和光量子医学联合实验室揭牌仪式，标志着安徽省生命健康产业在产 学研协同创新方面迈出重要步伐。此次论坛由合肥综合性国家科学中心大健康研究院（以下简称"大健 康研究院"）参与协办。 大健康研究院副院长姜精如介绍，近年来，该院聚焦生命健康新兴产业和生命科学未来产业，重点 布局创新药和医疗器械两大赛道，初步形成了以公共技术平台为支撑，以先进医药与再生医学研究所、 医疗器械与普惠医疗研究所为核心的研发体系，推动转化研究与产业化落地一体化布局。 全球遴选项目 促进科技成果落地，需要完善配套服务。因此，加速培育科技企业孵化器成为大健康研究院的重要 工作之一。 "目前我们已建成超4万平方米的一期孵化器并投入运营，二期大健康产业赋能中心正加快建 设。"大健康研究院成果转化与对外合作处负责人沈洪波说，研究院聚焦新药研发、高端医疗器械等领 域，为企业提供科研经费、研发合作、专业平台共享及技术服务、投融资以及注册报证等全方位服务支 持。 为了更好地完善产业生态，提升产业公共服务能力，大健康研究 ...

Group 1 - The core viewpoint of the articles highlights the successful integration and collaboration efforts in the Fuling shale gas field, leading to significant improvements in production efficiency and operational effectiveness [1][2][3][4][5][6] Group 2 - The Jianghan Oilfield has established a "big troop" model for research and production, involving 66 experts and 70 management personnel to enhance collaboration and streamline operations [2] - A "five-in-one" coordination mechanism has been developed, integrating production, enterprise-local relations, technology, supervision, and supply to promote comprehensive integration of exploration and development [2] - The drilling cycle record in the Fuling area has been shortened to 18.9 days, showcasing the effectiveness of optimized tools and processes [3] - The Jianghan Oilfield has set up eight key projects with 27 sub-goals to address technical challenges and enhance resource allocation [3] - The company has established 109 learning curves to benchmark against advanced indicators in North American shale oil and gas exploration [4] - Digital technologies have been leveraged to enhance drilling efficiency, with mechanical drilling speed improving by over 50% through optimized parameters [5][6] - The implementation of a unified data governance system has facilitated the integration of various data sources, driving innovation in oil and gas operations [6]

大隐隐于大学 近日，"西北大学副校长范代娣成陕西首富"的消息引发轩然大波。这位港股上市公司巨子生物（2367.HK）的联合创始人，以"类人胶原蛋白"技术缔造905 亿港元市值商业帝国（截至5月15日收盘），却在登顶财富巅峰后陷入舆论漩涡——当"学术权威"与"资本巨鳄"双重身份叠加，高校领导干部能否兼顾公 共职责与私人财富？这场争议撕开了产学研转化领域的深层矛盾。 范代娣的财富轨迹堪称"知识资本化"的教科书样本。 2024年3月的某个深夜，西北大学行政楼顶层的会议室里，范代娣凝视着投影屏上的巨子生物财报——55.38亿营收数字在落地窗倒影中晃动，这位刚上任 半年的副校长不会忘记，三个月前在开曼群岛律师事务所，当家族信托文件最后一页签下名字时，窗外加勒比海的浪花正拍打着离岸金融中心的玻璃幕 墙，那场景像极了24年前实验室里，第一滴类人胶原蛋白溶液滴入培养皿时的涟漪。 1999年冬，西北大学化工楼实验室的恒温箱前，范代娣正用镊子夹起培养皿。显微镜下，基因重组后的大肠杆菌菌落泛着微光，这是她第137次尝试合成 与人体100%同源的胶原蛋白。"动物源胶原的过敏反应就像埋在皮肤里的定时炸弹。"她对助手说这话时，不会想到这 ...

Group 1 - The core theme of the 2025 World Digital Education Conference is "Education Development and Transformation: In the Intelligent Era," showcasing the integration of AI and earth sciences through the "Yuan Ancient Model" developed by China University of Geosciences (Wuhan) and iFLYTEK [1][3] - The Yuan Ancient Model features multiple intelligent tools, including a fossil specimen recognition assistant, geological literature data mining tool, and paleontology knowledge Q&A platform, aimed at creating a socially impactful platform for earth science education and research [3][5] - The "Smart Learning at Geosciences" initiative, launched in collaboration with iFLYTEK, aims to build a comprehensive digital teaching system that addresses challenges in traditional education, such as resource silos and homogenized teaching [5][8] Group 2 - The AI-driven supervisory system at China University of Geosciences (Wuhan) aims to enhance teaching quality evaluation by establishing a multi-dimensional evaluation mechanism that combines online and offline assessments [8] - The university has developed a digitalized system that integrates research, teaching, and evaluation, creating a new model of smart education that leverages AI technology for improved educational outcomes [7][8] - Future collaborations between iFLYTEK and the university will focus on deepening digital integration and exploring cross-domain innovations to lead high-quality development in higher education [8]

Core Viewpoint - The event in Zhejiang aims to deepen the integration of education, technology, and industry, facilitating high-quality employment for graduates and attracting talent to high-tech enterprises [1] Group 1: Event Overview - The event gathered over 50 high-tech zones, nearly 200 enterprises, and around 100 universities to connect graduates with job opportunities [1] - The "Three Highs" linkage focuses on the integration of education, technology, and industry to enhance employment quality and talent attraction [1] Group 2: Talent Flow - The event featured interactive sessions where graduates consulted with companies about job openings and skill requirements [3] - Companies like Di'an Diagnostics expressed their need for not only fresh graduates but also interns in various functional roles [3] - The establishment of six employment internship bases aims to help students understand market demands and facilitate their transition into the workforce [3][4] Group 3: Innovation in Talent Mobility - The introduction of "Industry Professors" and "Technology Vice Presidents" aims to enhance collaboration between academia and industry, allowing for the exchange of practical experience and research [5] - Successful examples include professionals from companies taking on roles in universities to guide students and enhance their learning experience [5][6] Group 4: Technology and Research Flow - The event showcased significant technological achievements from universities, such as high-performance carbon fiber composite materials and innovative AR glasses, aimed at fostering partnerships with enterprises [7] - The release of a demand list for future industry technology products helps align university research with real-world business needs, promoting faster technology transfer [8] - The creation of a communication directory for "University-High-Tech Zone" collaboration aims to streamline connections and enhance value creation [8]

陕西佛坪县陈家坝村党支部书记王圆圆（左一）和村民一 起拔秧苗。 彭 超摄 浙江桐乡市95后农创客廖万甜 在乡村种出一片"热带雨林" 本报记者 邓剑洋 "各位花友们，大家看这棵植物，叶片是丝绒质感，叶脉像'镶了钻'。这是我们培育的天南星科花烛新 品，今天首发出售。"直播间里，浙江桐乡市崇福镇95后农创客、嘉兴桐乡市胖达园艺有限公司执行董 事廖万甜与网友热情互动。 走进花棚里，花烛、白锦龟背竹、蔓绿绒……一簇簇热带植物郁郁葱葱，整座大棚像是一片微型"热带 雨林"。廖万甜熟练地巡棚，打开风机，调控湿度，检查叶面。 浙江桐乡市崇福镇农创客廖万甜对花烛进行授粉。 李方旭摄 为啥种热植？廖万甜打开话匣子。2018年，从浙江农林大学园艺专业毕业后，她一开始在杭州当白 领。"专业学的是园艺，平日我又喜欢养绿植，时常跟花友们交流经验。"一次偶然机会，朋友邀请廖万 甜参观崇福农创园的花棚，火热的创业氛围让她找到了兴趣与事业的结合点。 2020年，廖万甜辞去大城市工作，开启创业之旅。建基地、选苗木、拉投资，一道道难题摆在面 前。"多亏了优惠政策，让我闯过难关。"廖万甜说，花棚的租金有优惠，住宿免费，当地妇联积极帮助 协调，争取创业 ...

Core Viewpoint - The "magnesium-containing biodegradable polymer bone repair material" developed by the Shenzhen Advanced Institute of Technology has received approval from the National Medical Products Administration, marking a significant advancement in bone defect repair technology and filling a gap in the industry [1][2]. Group 1: Product Development - The product was developed over 15 years by a team led by Qin Ling and Lai Yuxiao at the Translational Medicine Research and Development Center [1]. - The material utilizes a low-temperature 3D printing method, overcoming multiple technical challenges in orthopedic device manufacturing [1]. - The inclusion of magnesium allows the material to achieve mechanical strength comparable to human cancellous bone, providing stable mechanical support during surgical procedures [1]. Group 2: Clinical Trials - A multicenter clinical trial involving 176 patients with bone defects was conducted across eight major research hospitals in China, including Beijing Jishuitan Hospital and Shanghai Sixth People's Hospital [2]. - The results indicated a bone fusion rate exceeding 98% at 24 weeks, with no reported adverse reactions, demonstrating excellent biocompatibility of the material [2]. - Currently, there are no magnesium-related bone repair materials approved for clinical use as medical devices according to public data from the National Medical Products Administration and the U.S. Food and Drug Administration [2].