导读： 近日，天津科技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44项仪器设备采购意向，预算总额达1.89亿元。 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。 近日，天津科技大学发布4 4项仪器设备采购意向，预算总额达1 . 8 9亿元，涉及六轴位移台、超 导探测器、飞秒锁膜激光器、自由空间光学元件、显微镜等，预计采购时间为2 0 2 5年1 2月。 天津科技大学2 0 2 5年1 2月仪器设备采购意向汇总表 | 采购 | | 预算 | 采购 | | --- | --- | --- | --- | | | 需求概况 | | | | 项目 | | 万元 | 时间 | | 低压化学气 | 低压化学气相沉积(LPCVD)_氮化硅 执行氮化 | | 2025 | | 相沉积 | 硅薄膜材料生长 数量: 1套 质保期: 1年以上 | | | | | | 1148 | 年12 | | (LPCVD)_ | 售后维保:国内必须设有维护点;24小时维修响 | | 月 | | 氮化硅 | 应。 | | | | 低压化学气 ...

央广网北京7月1日消息（记者 果君）近年来，"低空经济"逐渐进入大众视野。2024年，"低空经济"首次被写 入政府工作报告；《中共中央关于进一步全面深化改革、推进中国式现代化的决定》强调，要"发展通用航空 和低空经济"。2024年12月27日，国家发展改革委低空经济发展司正式亮相……我国低空经济迎来了历史性发 展机遇。 低空经济是指在3000米以下，以低空空域为依托，以各种有人和无人驾驶航空器的低空飞行活动为牵引，辐 射带动相关领域融合发展的综合性经济形态，具有产业链条长、辐射面广、成长性和带动性强等特点。随着 低空产业爆发增长，也催生了相关领域的人才需求。2024年12月23日，教育部官方网站公示，6所高校申请增 设"低空技术与工程"新专业。北京邮电大学就是其中之一。 "低空技术不是单一学科，而是覆盖通信、计算、控制、机械的完整技术生态。"顾仁涛强调，北邮之所以将 专业设立在未来学院，正是基于该领域的特殊性。他表示，专业将利用学校在信息技术方面的优势，结合信 息通信技术特色，培养学生在低空信息传输、无人机远程监控等方面的专业技能。"各学科交叉融合，通过不 同的手段，共同搭建一个以信息和计算为核心，支撑各个方 ...

Core Viewpoint - Cangzhou Normal University is integrating "Seven Colors Culture" and "Innovation and Entrepreneurship Education" to create a unique ideological and political education system amidst the digital transformation wave [1][10]. Group 1: Ideological Guidance - The university is building a multi-level complementary ideological education system by incorporating the spirit of the 20th National Congress of the Communist Party into various cultural activities [3]. - A modular and dynamic ideological teaching matrix is being established, utilizing AI technology to analyze student interactions with art exhibits and provide tailored ideological resources [3][4]. Group 2: AI Empowerment - The university is leveraging AI image recognition technology to develop a "Species Evolution - Ecological Responsibility" ideological teaching model, creating a systematic intelligent education framework [4]. - A three-dimensional intelligent cultivation system is being constructed, generating profiles based on students' reading data and project practices to match cultural interests with ideological education [4][5]. Group 3: Cross-Disciplinary Integration - The curriculum is being reformed to include interdisciplinary courses that combine AI technology ethics with red culture dissemination, enhancing the educational experience [5]. - Innovative teaching methods are being employed through virtual entrepreneurship simulation platforms, allowing students to apply data visualization and ecological protection concepts in practical projects [5][6]. Group 4: Collaborative Ecosystem - The university is extending its cultural achievements beyond campus through online exhibitions, emphasizing the need for ideological education to break down campus walls and achieve a closed loop of cultural education and social service [6][8]. - A collaborative mechanism is being established to deepen resource sharing and support for students and educators, promoting a new model of integrated education and practice [8][10].

云南大学云南马来亚学院（YMI）是云南大学2025年经教育部批准设立的中外合作办学机构，今年首次 招生。2025年云南大学云南马来亚学院招生专业为人工智能、化学工程与工艺、材料科学与工程 ，每 个专业招收100人。以下为云南大学云南马来亚学院招生信息，同时在6月28日-7月1日，云南大学云南 马来亚学院还安排了线上答疑时段，可通过腾讯会议面对面咨询学院老师。 云南马来亚学院招生简章 云南大学云南马来亚学院是经教育部批准，由云南大学与马来亚大学合作设立的中外合作办学机构，于 2025年首次招生，致力于培养服务"一带一路"建设和区域发展的国际化创新人才。为做好云南大学云南 马来亚学院2025年招生工作，制定本招生简章。 一、招生学院简介 云南大学是国家重点建设大学、"双一流"建设高校、教育部"以部为主、部省合建"高校。马来亚大学是 马来西亚排名第一的公立研究型大学，最新QS世界大学排名第58位，国际声誉高，是亚洲重要的国际 化人才培养基地。云南大学云南马来亚学院围绕国家战略需求和云南重点产业发展需求，融合创新两校 的学科优势和国际教育资源，聚焦人工智能、新材料、新能源等战略性领域，为学生提供优质的国际化 教育。 ...

Core Viewpoint - The introduction of the "Management Measures for Industry Part-time Teachers in Ordinary Undergraduate Colleges" by the Ministry of Education and other departments aims to provide institutional support for universities to incorporate industry experts, enhancing the educational experience for students and benefiting both universities and enterprises [1]. Group 1: Implementation and Impact - The collaboration between industry part-time teachers and university faculty allows for a practical learning environment, where students can engage directly with real-world projects, enhancing their understanding of theoretical concepts [2][4]. - Since 2022, Hunan Engineering College has hired over 300 industry experts as part-time teachers, with 80% being alumni, indicating a strong connection between the university and its former students [12][27]. - The dual mentorship system, combining university instructors and industry part-time teachers, fosters a collaborative learning atmosphere, enabling students to transition from project participants to team leaders and even entrepreneurs [12][22]. Group 2: Industry Collaboration - The establishment of partnerships between universities and industry, such as the collaboration between Hunan University of Science and Technology and the "Hainiu" team, facilitates the commercialization of research and enhances the practical application of academic knowledge [16][20]. - The "Hainiu" team has developed advanced deep-sea drilling technology, with industry part-time teachers contributing to both teaching and practical project execution, thereby bridging the gap between academia and industry [14][16]. - The implementation of the "Enterprise Engineer Stationed in School Plan" encourages universities to attract industry talent, with performance metrics for part-time teachers being integrated into professional evaluations [27]. Group 3: Educational Innovation - Project-based teaching methods are being adopted, where industry mentors guide students through the entire project lifecycle, from initiation to completion, ensuring a comprehensive understanding of both theory and practice [25]. - The integration of industry expertise into the curriculum not only enhances student employability but also allows companies to identify and nurture potential future talent [20][24]. - The collaborative approach has led to a systematic framework that supports the continuous engagement of industry professionals in educational settings, creating a sustainable ecosystem for talent development [27].

Core Insights - Jiangsu province has 22 "billion-yuan counties," maintaining its leading position in China, accounting for 35.5% of the national total [1] - Xuzhou's Xinyi city has entered the "billion-yuan county" list for the first time with a GDP of 1026.64 billion yuan, growing by 8.3% year-on-year [1] - Jiangsu dominates the top ten counties by GDP in China, with half of them located in the province, including Kunshan, Jiangyin, Zhangjiagang, and Changshu [1] Economic Performance - Kunshan leads county-level economies with a GDP of 5380.17 billion yuan in 2024, growing by 6.1% [2] - Jiangyin's GDP reached 5126.13 billion yuan, marking it as the second county-level city in China to surpass 5000 billion yuan [2] - Kunshan has developed significant industrial clusters, including a 700 billion yuan electronic information sector and a 300 billion yuan equipment manufacturing sector [2] Infrastructure and Talent Attraction - Jiangsu has four of the ten largest county-level sports venues in China, with Kunshan's stadium being the largest, accommodating approximately 45,000 people [2][3] - The economic development in Jiangsu's counties has led to an influx of talent, with Kunshan attracting 33,000 new residents last year, primarily young graduates [3] - The presence of renowned universities in these counties supports local economic growth and talent development, with over ten notable institutions established in the region [3][4] Educational Development - The establishment of universities in economically strong counties is supported by their financial capabilities, which enhance local educational development [4] - Notable universities include Duke Kunshan University and Nanjing University of Science and Technology's Jiangyin campus, contributing to local talent cultivation [3][4] - The recent approval for Changshu Institute of Technology to be renamed Suzhou Institute of Technology reflects ongoing educational advancements in the region [3]

撰文丨王聪 编辑丨王多鱼 排版丨水成文 在这项新研究中，研究团队采用 线粒体基因组编辑工具 DdCBE ，生成了三种不同的 人鼠同源的致病性线粒体 tRNA 单点突变小鼠模型——m.14102G>A （ TrnE ） 、m.77433G>A （ TrnK ） 和 m.5081G>A （ TrnA ） 。 研究团队发现，这些突变在 肾脏 中表现出随年龄增长的积累，进而导致严重的肾脏缺陷，很好地再现了 人类线粒体肾病 。研究团队进一步利用 线粒体单细胞染 色质可及性测序 （mtscATAC-seq） ，揭示了不同肾细胞类型中独特的异质性动态： 足细胞 表现出对突变 mtDNA 的正向选择 （即突变积累） ，而 肾小管上 皮细胞 在衰老过程中则显示出突变的中性漂变。 异质性致病性 线粒体 DNA （mtDNA） 突变，是 线粒体疾病 的关键驱动因素，然而，其在衰老过程中组织特异性和细胞特异性的积累模式以及与病理的机制联 系，目前仍知之甚少。 2025 年 6 月 27 日，西湖大学 蒋敏 团队、 张延晓 团队合作，在 Nature Aging 期刊发表了题为： Age-dependent accumulation ...

超快 瞬态 吸收 光谱 仪采 购项 目 构、反应动力学以及光诱导过程； 3、标的物质量标 准：满足相关产品的国家标准，设备必须具有国际上同行 业近年内的先进设计、制造维护水平，采用先进工艺、材 料、技术制造，具有高质量的可靠性，良好的操作性和维 修性，能长期稳定连续工作； 4、售后服务及质保：在 合同签订后规定时间内由中标人配送至指定地方安装、调 试，并提供技术服务，质保期３年。 年 9 月 创新 平台 紫外 可见 近红 外量 子效 率测 试仪 采购 项目 1、采购标的物：紫外可见近红外量子效率测试仪；数 量：1套； 2、标的物功能：精准地测量新型太阳能电 池、新型显示材料、生物荧光染料、LED荧光粉、稀土 材料以及第三代半导体材料等的绝对量子效率，有助于改 进材料的发光效率；也可测量发光材料的反射率、吸收 率、光谱以及色度。测试样品种类涵盖固体、液体、薄 膜、粉末等； 3、标的物质量标准：满足相关产品的国 家标准，设备必须具有国际上同行业近年内的 先进设 计、制造维护水平，采用先进工艺、材料、技术制造，具 有高质量的可靠性，良好的操作性和维修性，能长期稳定 连续工作； 4、售后服务及质保：在合同签订后规定时 ...

Core Insights - The article highlights the emergence of new agricultural programs in Chinese universities, focusing on innovative training methods and alignment with industry needs [1][7][9]. Group 1: New Programs Introduced - Hunan Agricultural University has introduced a new program in Food Nutrition and Health, which is a four-year course leading to a Bachelor of Engineering degree, aligning closely with industry demands [1][3]. - Shandong Agricultural University has launched a new program in Agricultural Intelligent Equipment Engineering, set to enroll students in 2025, also offering a four-year Bachelor of Engineering degree [5][18]. - China Agricultural University has introduced a "Pet" undergraduate program under the Animal Science category, focusing on companion animals, with a four-year curriculum leading to a Bachelor of Agriculture degree [10][14]. Group 2: Industry Alignment and Demand - The new programs are designed to meet the significant demand in the "big health" industry, focusing on food nutrition, health data analysis, and dietary balance [3][12]. - The pet industry is rapidly growing, with a market size exceeding 300 billion yuan in 2024, creating a high demand for talent in pet-related fields [16][17]. - The Agricultural Intelligent Equipment Engineering program aims to address the need for skilled professionals in smart agricultural machinery, integrating advanced technologies such as IoT and automation [5][18][20]. Group 3: Educational Innovations - Universities are exploring innovative teaching methods, such as integrating artificial intelligence into agricultural education, to enhance student skills and industry readiness [9]. - Programs like the "Shennong Innovation Class" at Henan Agricultural University emphasize the importance of AI literacy in agriculture [9].

新华社北京6月30日电 （记者董博婷）团结起来，在矢志奋斗中谱写新时代的青春之歌。中华全国学生 联合会第二十八次代表大会将于2025年7月2日在京开幕，广大青年学生将迎来属于自己的青春盛会。 回眸五年，全国学联在习近平新时代中国特色社会主义思想科学指引下，坚持党的领导、牢记服务宗 旨、锐意深化改革、矢志挺膺担当，紧跟时代步伐，把握青年工作特点和规律，组织动员广大青年学生 听党话、跟党走，为中国式现代化建设添砖加瓦、贡献力量。 加强思想引领，坚定理想信念 今年4月23日，在第30个世界读书日到来之际，共青团中央、全国学联在深圳大学举办"青春年少好读 书"学联读书会活动。 "我们一起学习了《习近平与大学生朋友们》，总书记的教诲指引我们怎么看、怎么办。"读书会上，同 学们围坐而谈，在阅读中夯实理论根基，在问答间生发思想共鸣。 理想指引青春航向，信念决定事业成败。五年来，全国学联不断保持和增强政治性、先进性、群众性， 加强对广大青年学生的思想政治引领—— "青年大学习"网上团课以同学们听得进、学得懂、记得住的方式，借助微电影、微访谈等形式，使党的 创新理论更加可亲可感； 新疆大学研究生会推出"暖'新'计划"，以青少年 ...