Core Insights - The 2025 China City Potential Ranking has been released, highlighting the dynamic changes in cities as economic, consumption, and cultural hubs, based on comprehensive evaluations of over 300 cities using various authoritative data sources [2][4]. Group 1: City Rankings - The top ten cities in the 2025 potential ranking are Beijing, Shanghai, Shenzhen, Guangzhou, Chongqing, Chengdu, Hangzhou, Suzhou, Wuhan, and Nanjing [4]. - The leading cities are primarily located in the Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta, and Chengdu-Chongqing urban agglomerations, which are characterized by economic vitality, dense populations, and well-developed infrastructure [7][8]. Group 2: Comparative Analysis of Major Cities - Beijing leads with a strong foundation in technology, education, and healthcare, showcasing its "internal strength" [9]. - Shanghai maintains its position through its role as an "open portal," leveraging global port throughput and foreign investment [11]. - Shenzhen excels in R&D investment and high-tech industries, ranking third, while Guangzhou benefits from its historical commercial significance and strong consumer market, ranking fourth [12][15]. - Chongqing outperforms Chengdu in overall potential scores, driven by its large economic scale and infrastructure investments [16]. - Chengdu, however, shows higher economic and commercial vitality, attributed to its innovative environment and strong consumer culture [18]. Group 3: Economic and Commercial Vitality - Shanghai ranks first in economic vitality, followed by Shenzhen and Beijing, with Guangzhou and Chengdu also in the top five [31]. - Guangzhou leads in incremental economic indicators, while Chengdu shows superior growth rates in key metrics, reflecting strong internal growth and market resilience [33]. - In the newly introduced commercial vitality dimension, Guangzhou and Chengdu surpass Shanghai and Shenzhen, indicating their robust commercial networks and consumer engagement [35][37]. Group 4: Transportation and Infrastructure - Beijing, Shanghai, and Chongqing rank as the top three cities in transportation, forming a "diamond hub" for national transport networks [43]. - Beijing's extensive public transport system and road network support its status as a major urban center, while Shanghai's international transport capabilities enhance its global connectivity [43][44]. Group 5: Healthcare and Education - Beijing ranks first in social healthcare, followed by Shenzhen and Shanghai, reflecting their strong healthcare systems supported by economic strength [48]. - In education, Beijing and Shanghai lead, with Guangzhou recognized as a key educational center in South China, contributing to regional talent supply [52][54]. Group 6: Technological Innovation - The top three cities in technological innovation are Beijing, Shenzhen, and Shanghai, due to their advantages in basic research and technology commercialization [56]. - Guangzhou also demonstrates significant technological capabilities, particularly in biomedicine and information technology, indicating a solid foundation for future growth [58].

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。 摘要 ： 近日，复旦大学发布多批政府采购意向，仪器信息网特对其中的仪器设备品目进行梳理，统计出48项仪器设备采购意向，预 算总额达1.21亿元。 近日， 复旦大学发布 48 项仪器设备采购意向，预算总额达 1.21亿 元，涉及 共聚焦显微镜、蛋白质制备建库自动 化工作站、全自动细胞和生物微环境物理特性检测仪、激光显微切割系统、全自动单细胞分选及前处理系统、高通量靶 向蛋白质检测系统、 飞秒激光加工设备 、共焦拉曼光谱仪、显微拉曼系统、荧光倒置显微观察系统 等，预计采购时 间为202 5 年 10 ~ 12 月。 预算1.10亿元！复旦大学近期大批仪器采购意向 1.46亿元！复旦大学近期大批仪器采购意向 部分采购仪器简介： 全自动细胞和生物微环境物理特性检测仪 全自动细胞和生物微环境物理特性检测仪是一种集成高精度光学成像、智能图像分析和多参数同步检测技术的自动化设 备，能够精准测量细胞数量、活性、荧光标记表达及微环境物理参数。其技术优势包括1 0 - 3 0秒快速检测、AI算法提升 计 数 准 ...

上海财经大学校长刘元春： 海南应持续挖掘现代农业和海洋经济潜力 在产业发展方面，刘元春特别关注海南的航天航空、低空经济、现代农业以及海洋经济等新兴领 域。他表示，这些产业与海南得天独厚的地理优势紧密结合，形成了独特的发展亮点。同时，海南应当 持续深入挖掘现代农业和海洋经济的潜力，拓展生物制造等处于科技前沿的产业领域，为区域经济的发 展注入源源不断的新动力。 据介绍，上海财经大学已与海南展开全面合作，该校在自贸区研究领域具备国家智库优势，研究团 队对全国20多个自贸区有系统深入研究，积累了丰富的研究成果，这些成果将为海南自贸港建设提供有 力支撑。此外，该校在金融强国建设和离岸金融方面的全面布局，以及在金融大模型领域的突破性进 展，也将为海南自贸港的金融发展提供助力。 "海南，曾经是一个经济基础相对薄弱的省份，如今正高标准推进海南自贸港建设，向高水平对外 开放前沿阵地转变，充分展现了海南的发展活力和未来潜力。"刘元春说。 刘元春表示，经济发展穿越各种周期的核心动力在于"新三驾马车"，即基础研发、产业升级和科技 金融。海南自贸港应依托独特政策优势，不仅要聚焦消费中心和贸易集散功能，更要夯实高端产业基 础，强化基础设 ...

Core Viewpoint - The article discusses the transformation and restructuring of foreign language programs in higher education institutions in response to the challenges posed by advancements in technology, particularly AI, and changing job market demands [2][6]. Group 1: Current State of Foreign Language Programs - Foreign language programs have historically been popular in China, with over 1,022 higher education institutions offering undergraduate programs in 55 languages as of 2024 [6][7]. - However, the expansion of these programs has led to issues related to quality, layout, and job market demand, resulting in a significant number of program closures. Between 2018 and 2022, 28 foreign language-related programs were discontinued across 109 institutions [7][8]. - Many universities have halted admissions for certain foreign language programs due to low employment rates, with specific languages like Spanish and Korean being flagged in various provinces for poor job prospects [8][10]. Group 2: Institutional Responses and Innovations - In response to the challenges, several universities have merged and restructured their foreign language departments to create interdisciplinary programs that combine language skills with other fields such as technology and international relations [4][10]. - Notable examples include Hunan University of Technology, which formed a new Language Culture and Media College, and Jilin University, which established a Foreign Language and Culture College [4][10]. - The article highlights that 30 universities received an A+ rating in foreign language programs, indicating a focus on integrating language education with practical applications in various sectors [11][12]. Group 3: Embracing Technology and AI - Institutions are increasingly incorporating AI and technology into their curricula, with Beijing Foreign Studies University leading the way by exploring "language + AI" talent development models [17][19]. - Other universities, such as Guangdong University of Foreign Studies, have launched dual degree programs that combine foreign languages with data management and applications, aiming to produce graduates with strong language skills and data analysis capabilities [18][19]. - The article emphasizes that embracing technology rather than resisting it may provide a more effective solution for foreign language programs in the face of AI advancements [21][22].

Group 1 - The core issue driving universities to purchase existing residential properties is the acute shortage of student accommodation, with examples like Hubei University experiencing a surge in student numbers from 6,000 to 7,500 while only having 6,000 beds available [1] - Hubei University spent nearly 200 million to acquire 352 apartments, increasing student bed capacity by 2,800, demonstrating a rapid solution to the accommodation crisis [1] - The purchase of existing properties allows universities to bypass lengthy construction processes, providing immediate housing solutions for students [1] Group 2 - In addition to purchasing, universities like Zhejiang University and China University of Political Science and Law are opting to rent existing properties, with Zhejiang University allocating 24.5 million for at least 3,000 beds [2] - This strategy of acquiring or renting existing properties is seen as a win-win, addressing the bed shortage while also revitalizing the real estate market [2] - Key challenges include ensuring proximity to campus, cost-effectiveness of converted accommodations, and incorporating student feedback into the decision-making process [2] Group 3 - The "14th Five-Year Plan" emphasizes the need to activate idle real estate, with the Ministry of Commerce supporting the conversion of properties for various uses, including student housing [3] - Collaboration between local governments and universities is essential to identify suitable locations and streamline approval processes for these initiatives [3] - The approach of transforming existing properties into student accommodations is both a temporary measure and an innovative strategy, benefiting students and helping to alleviate urban housing inventory issues [3]

根据教育部最新发布的《普通高等学校本科专业目录（2025年）》，其中增列了29种新专业，充分体现了国家战略、市场需求和科技发展牵引下的行业人 才缺口，在药学这个大门类下，新增设了药物经济与管理这一新专业，当这个看似陌生的专业名词出现在中国药科大学最新招生简章上时，也刚好指向了 当今生物医药领域最为紧缺的人才缺口。 | 1007 | 药学类 | | --- | --- | | 100701 | 药学(注:授予理学学士学位) | | 100702 | 药物制剂(注:授予理学学士学位) | | 100703TK | 临床药学(注:授予理学学士学位) | | 100704T | 药事管理(注:授予理学学士学位) | | 100705T | 药物分析(注:授予理学学士学位) | | 100706T | 药物化学(注:授予理学学士学位) | | 100707T | 海洋药学(注:授予理学学士学位) | | 100708T | 作者是到崇三枝米(注,将矛囲参考中崇传)。 | | 100709TK | 药物经济与管理(注:授予管理学学士学位) | 药物经济与管理是首批"新医科"引导性本科专业，而中国药科大学也是和温州医科大学 ...

Core Insights - The document outlines a comprehensive procurement plan for various medical and research equipment aimed at enhancing laboratory capabilities and supporting high-level research projects [2][12][13]. Procurement Overview - The procurement includes a plant live imaging system for gene expression analysis and plant cloning screening, with a budget of 131 million and a delivery timeline of 40 days post-contract signing [2][14]. - An oxide gallium single crystal growth furnace is required, with specifications for growth temperature and automation features, to be delivered by December 2025 [2]. - A residual stress analyzer using X-ray diffraction is planned, targeting various metal materials, with compliance to multiple international standards and a budget of 280 million [2][3]. Equipment Specifications - The automated immunoassay analyzer for autoimmune disease detection will have a testing capacity of over 200 tests per hour and will support simultaneous detection of at least 20 items [2][3]. - A fully automated blood culture system is specified to handle at least 120 bottles simultaneously, with temperature control between 25°C and 45°C [2][3]. - The high-throughput automated blood cell analyzer is expected to provide 200 tests per hour, with capabilities for multiple detection modes [2][3]. Quality and Service Requirements - Equipment must meet stringent quality and service standards, including a one-year warranty and a commitment to respond to service requests within 24 hours [2][3]. - Suppliers are required to conduct a comprehensive inspection of all equipment before the warranty period ends and provide a formal report [2][3]. Budget and Timeline - The total budget for the procurement plan is substantial, with individual items ranging from 20 million to over 1 billion, reflecting the high investment in advanced medical and research technologies [2][3][14]. - Most equipment is expected to be delivered by the end of 2025, with specific timelines outlined for each item [2][3][14].

摘要 ： 青海民族大学2025年教学科研仪器设备更新项目，预算金额（元）：139384000，采购需求如下： 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。 一、项目基本情况 项目概况 青海省政府采购中心依据青海省财政厅下达的采购计划（备案编号：BUYPLANSP[2025]01939），拟对青海民族大 学2025年教学科研仪器设备更新项目进行国内公开招标，现予以公告，欢迎符合条件的投标人前来参加投标。 项目编号：青政采公招（货物）2025-428号 项目名称：青海民族大学2025年教学科研仪器设备更新项目 预算金额（元）：139384000 最高限价（元）：139384000 采购需求：详见招标文件 标项一 标项名称:药学院 数量: 详见招标文件 预算金额（元）：1950000 简要规格描述或项目基本概况介绍、用途：详见招标文件 标项二 标项名称:药学院 数量: 详见招标文件 预算金额（元）：4600000 简要规格描述或项目基本概况介绍、用途：详见招标文件 标项三 标项名称:药学院 数量: 详见招标文件 预算金额（元）：8500000 ...

Core Viewpoint - Sichuan University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 88.45 million yuan, covering 32 items of equipment [3][4]. Procurement Overview - The procurement includes various advanced instruments such as X-ray residual stress analyzers, fully automated chemiluminescence immunoassay analyzers, fully automated blood culture systems, and more, with expected procurement time from June 2025 to January 2026 [4][5]. Instrument Details - **X-ray Residual Stress Analyzer**: Utilizes X-ray diffraction principles for non-destructive measurement of residual stress in materials, applicable in aerospace, mechanical manufacturing, and nuclear power [5]. - **Fully Automated Blood Cell Analyzer**: Employs electrical impedance and flow cytometry for rapid blood cell counting and classification, crucial for disease screening and diagnosis [6]. - **Glycated Hemoglobin Analyzer**: Detects glycated hemoglobin levels using high-performance liquid chromatography, essential for diabetes management and monitoring [7]. Detailed Procurement List - The procurement list includes specific instruments with detailed requirements, such as: - **Plant Live Imaging System**: For gene expression analysis and plant growth observation [10]. - **X-ray Residual Stress Analyzer**: For non-destructive testing of various materials [10]. - **Automated Blood Culture System**: Capable of processing at least 120 bottles simultaneously [12]. - **High-throughput Automated Thermoluminescence Measurement System**: Designed for high-capacity automated measurements [15]. Budget and Timeline - The total budget for the procurement is 88.45 million yuan, with specific timelines for delivery and installation ranging from 40 days to 180 days post-contract signing [4][10][12].

12月3日下午，广东省人民政府新闻办召开第三场"'十四五'广东成就"系列主题新闻发布会，聚焦"高水 平科技自立自强"主题，省科技厅等单位相关负责人出席发布会。"十四五"期间，广东加快构建全过程 创新链，推动科技创新和产业创新互促双强，"十四五"规划各项指标任务顺利完成。 区域创新综合能力 连续9年居全国首位 "'十四五'期间，广东推动高水平科技自立自强工作呈现'六个继续领先''六个跃升前列'态势。"省科技厅 厅长王月琴在发布会上说。 大湾区综合性国家科学中心是全国五大综合性国家科学中心之一，是建设粤港澳大湾区国际科技创新中 心的重要支撑。 省大湾区办专职副主任祝永辉介绍，"十四五"期间，广东全面推动大湾区综合性国家科学中心先行启动 区建设，较好完成第一阶段目标任务。具体体现在光明科学城、松山湖科学城、南沙科学城三大科学城 协同发力，构筑起创新空间核心载体；布局建设10个国家重大科技基础设施，数量位居全国第三，其中 大湾区综合性国家科学中心先行启动区建设了5个，夯实原始创新底座；在人工智能、生物制造、低空 经济等领域，推动产业科技互促双强，打造高质量发展产业高地。 如何加快推动高校科技成果转化为现实生产力？省教 ...