Core Viewpoint - The establishment of the Life Omics Professional Committee aims to enhance the development and application of multi-omics analysis technologies, promoting collaboration among academia, industry, and healthcare to support innovation in life and health sciences [2][15]. Group 1: Establishment of the Committee - The Life Omics Professional Committee was officially established during the 21st Beijing Conference on Instrumental Analysis (BCEIA 2025) held from September 10-12, 2025 [3][7]. - The committee's formation was approved by the Chinese Society for Analytical Testing, emphasizing the need for interdisciplinary collaboration in omics research [7][11]. - The first election of committee members resulted in 133 elected members, with notable appointments including Professor Cai Zongwei as the Chair and several Vice Chairs from prestigious institutions [11][15]. Group 2: Forum Discussions and Innovations - The Life Omics Forum focused on five key areas: omics in biological and medical analysis, environmental analysis, imaging analysis, instrument technology, and big data analysis [11][17]. - Experts presented advancements in mass spectrometry, highlighting its evolution towards high precision and throughput, including applications in chiral molecule analysis and spatial metabolomics [17][18]. - Innovative methods combining secondary electrospray ionization and atmospheric pressure photoionization significantly improved the visualization of metabolites in complex tissues, showcasing the potential of multi-omics integration in drug development and precision medicine [18][20]. Group 3: Applications and Future Directions - The forum illustrated the broad applications of mass spectrometry in life sciences, drug development, and environmental monitoring, indicating a trend towards deeper integration of analytical technology with clinical and practical applications [20]. - Research on environmental health revealed the accumulation of carcinogens and persistent pollutants, underscoring the critical role of mass spectrometry in public health risk assessment [20]. - The discussions emphasized the acceleration of China's life omics research in methodological innovation and technology integration, aligning with international advancements [20].

Core Viewpoint - Suzhou Saima Measurement and Control Technology Co., Ltd. has completed nearly 100 million yuan in Series A financing, with investors including October Capital, Yida Capital, and Yuanhe Huowang. The funds will be used for the R&D and application of core testing measurement modules and RF testing systems [2][3]. Company Overview - Saima Measurement and Control is a national high-tech enterprise focused on the R&D, production, and sales of modular testing measurement instruments and dedicated RF testing systems. The company aims to provide a complete modular testing measurement platform and system solutions [4]. - The core team consists of members from top domestic and international testing measurement instrument companies. Since its establishment in 2021, the company has focused on the R&D, production, and sales of PXI modular testing measurement instruments and systems, adhering to a self-research and controllable technology route [4]. Product Development - The SGR RF broadband transceiver developed by Saima Measurement and Control is based on an open PXI architecture, featuring compact size, high testing efficiency, and excellent performance and reliability of desktop instruments. It is widely used in R&D and production testing in fields such as semiconductors, T/R components, satellite communications, and advanced communication prototype verification [5]. - The SNA vector network analyzer, set to launch in 2025, boasts high precision, multi-port capabilities, and flexible scalability, excelling in applications such as 5G communications, semiconductors, and aerospace. It significantly enhances multi-port testing efficiency and consistency, aiding customers in achieving high-quality, large-scale product testing and validation [5]. - In the broadband power amplifier sector, Saima Measurement and Control has mastered core technologies including GaN device modeling, RF power amplifier design, high-density micro-assembly, and RF chip reliability assurance. The products are applicable in laboratory R&D, production line ATE testing, and reliability testing [5]. Market Position and Strategy - The semiconductor testing systems of the company are primarily used for RF chip testing, covering all stages from R&D laboratory testing, wafer-level (CP) testing, product final testing (FT), to reliability testing. The proprietary protocols and cloud measurement control platform enhance testing efficiency and provide high-value data analysis services [5]. - Yida Capital partner Liu Jin stated that the Saima Measurement and Control team comes from internationally renowned instrument companies, possessing rich industry experience and comprehensive capabilities. Multiple product lines targeting the semiconductor and communication sectors are steadily advancing [5][6].

Core Viewpoint - Quantum precision measurement instrument developer Guoce Quantum has completed over 100 million yuan in A+ round financing, aimed at accelerating the company's layout in core technology, industrial chain integration, and large-scale production [1][3]. Financing Details - The financing round was led by Guoxin Fund with an investment of 100 million yuan, followed by Changjin Holdings, Guoke Jia, and Yuanqi Capital [3]. - The funds will help address challenges in the domestic production of high-end equipment in the quantum precision measurement field and break foreign technology monopolies [3]. Company Background - Guoce Quantum previously received strategic investment from Huawei Hubble Technology and has been recognized as one of the "Three Little Dragons" in Huzhou, representing regional technological innovation [3]. - The company is positioned as an industrialization entity established by Peking University in the field of quantum precision measurement [3]. Future Plans - The Chairman of Guoce Quantum, Hong Yelong, emphasized the importance of quantum technology in global technological competition and the company's commitment to the research and application of quantum time-frequency precision measurement technology [3]. - The company aims to promote the industrialization of products such as chip atomic clocks and high-end stable frequency lasers, contributing to the self-controllable and high-quality development of China's quantum technology industry [3].

核酸分析技术已成为生命科学研究与精准医疗应用的核心驱动力。在基因组学、疾病诊断、新药研发、环境监测、食品 安全等诸多领域，核酸分析技术正不断推动检测精度提升、分析方法创新和仪器设备智能化发展，为人类健康与生物安 全提供关键技术支撑。 为促进核酸分析领域的学术交流、技术创新与产学研协同，由杨朝勇教授（厦门大学）牵头，韩达（中国科学院杭州医 学研究所）、刘震（南京大学）、孙佳姝（国家纳米科学中心）、徐讯（华大基因）、赵永席（西安交通大学）等知名 学 者 共 同 组 建 中 国 分 析 测 试 协 会 核 酸 分 析 分 会 。 现 面 向 社 会 各 界 公 开 征 集 分 会 Logo设 计 ， 诚 挚 邀 请 海 内 外 科 研 工 作 者、设计师、企业及创新团队积极参与，共同打造一个兼具科学内涵与视觉美感的标识。 摘要 ： 为促进核酸分析领域的学术交流、技术创新与产学研协同，由杨朝勇教授牵头，韩达、刘震、孙佳姝、徐讯、赵永席等知名 学者共同组建中国分析测试协会核酸分析分会，现面向社会各界公开征集分会Logo设计。 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 ...

Core Insights - Chongqing Technology and Business University has announced procurement intentions for 17 items of laboratory equipment, with a total budget of 123 million yuan, scheduled for procurement between June and September 2025 [2][3]. Equipment Procurement Summary - The procurement includes advanced equipment such as multifunctional enzyme labelers, 3D in vivo small animal optical imaging systems, fully automated nucleic acid and protein analysis systems, quantitative PCR instruments, high-throughput automated miniature bioreactors, and fully automated rapid microbial mass spectrometry detection systems [3][4][5][7]. - The 3D in vivo small animal optical imaging system is designed for non-invasive, real-time, three-dimensional imaging of small animals, addressing the limitations of traditional two-dimensional imaging [4]. - The fully automated nucleic acid and protein analysis system integrates dual analysis functions for nucleic acids and proteins, automating the entire process from sample handling to result output, thus improving efficiency and accuracy [5]. - The high-throughput automated miniature bioreactor allows for precise environmental control and real-time monitoring of multiple microbial or cell culture systems in a miniaturized format, enhancing research capabilities in biopharmaceuticals and synthetic biology [6]. - The fully automated rapid microbial mass spectrometry detection system utilizes MALDI-TOF MS technology for quick and accurate identification of microorganisms, significantly improving efficiency compared to traditional methods [7]. Detailed Procurement List - The procurement list includes various platforms aimed at enhancing teaching and research capabilities in food science, engineering, and related fields. Specific items include: - Multifunctional enzyme labeler - 3D in vivo small animal optical imaging system - Fully automated nucleic acid and protein analysis system - Quantitative PCR instrument - High-throughput automated miniature bioreactor - Fully automated rapid microbial mass spectrometry detection system - Various analytical and detection platforms for food safety and quality [9][10][11]. Research and Development Goals - The primary goal of these procurements is to establish comprehensive teaching and research platforms that support new academic programs and enhance the university's research capabilities in food science, biomedicine, and environmental science [10][11][12]. - The university aims to foster collaboration between academia and industry, thereby improving research quality and practical skills among students [10][11]. Strategic Importance - Chongqing Technology and Business University is positioned as a key player in the region's educational landscape, focusing on integrating business and engineering disciplines to meet national strategic needs [17][18]. - The university's research capabilities have been recognized nationally, with several disciplines ranking in the top 1% globally, indicating a strong commitment to advancing scientific research and innovation [18][19].

Core Viewpoint - The event highlighted the integration of technological innovation and industrial development, showcasing Beijing's role as a center for technological advancement and its contributions to global service trade quality development [4][26]. Group 1: Event Overview - The event was organized by the Beijing Development and Reform Commission and the Beijing Commerce Bureau, focusing on the theme "Digital Intelligence Leading, Service Trade Renewed" [2][4]. - Over 80 participants, including industry experts and representatives from various districts, attended the event, emphasizing the importance of the first set of major technological equipment in driving service industry transformation [2][4]. Group 2: Key Presentations - Experts discussed "Digital Development of Equipment" and "Policy Innovation for Future Industries," providing insights into the integration of technology and industry [5]. - The event served as a platform for showcasing advanced technologies and products, reinforcing Beijing's leading position in technological innovation [4][26]. Group 3: Policy and Recognition - The Beijing Development and Reform Commission provided in-depth interpretations of comprehensive policies related to the first set of equipment, boosting confidence in enterprise innovation [8][13]. - Certificates were awarded to the second and third batches of first-set enterprises, highlighting the government's support for innovation [8][13]. Group 4: Project Signings - The event included the signing of medical robot leasing projects, indicating a collaborative effort to enhance technological applications in healthcare [18]. - Projects aimed at upgrading intelligent systems and expanding capabilities in high-end medical equipment and smart manufacturing were also signed, promoting innovation and industry clustering [20]. Group 5: Product Showcases - Innovative products from companies like Beijing Boson Quantum Technology and Beijing Aurora Star Communication were showcased, focusing on future industries and high-end equipment [22]. - The event featured over 60 first-set enterprises participating in various demonstrations, further illustrating Beijing's commitment to technological innovation [23]. Group 6: Future Directions - The Beijing Development and Reform Commission plans to continue enhancing policies related to the first set of equipment, aiming to convert more innovative results into productive forces [26][27]. - The event underscored Beijing's role in driving high-quality economic development through technological advancements and industry upgrades [27].

Core Insights - The article discusses the recent announcement by the China Academy of Chinese Medical Sciences regarding the procurement of 20 types of medical instruments, with a total budget of 304 million yuan [2][3]. Procurement Overview - The procurement includes various advanced medical instruments such as: - Fast Protein Liquid Chromatography (FPLC) system - Ultra-High Performance Liquid Chromatography (UHPLC) with electrochemical detector - Pure water and ultra-pure water integrated machine - Mouse and rat gait analysis system - Medical ultra-low temperature storage box - High-resolution liquid chromatography-mass spectrometry system - The expected procurement period is from May to September 2025 [3][4]. Instrument Details - **Fast Protein Liquid Chromatography (FPLC) System**: - A core device for the efficient and automated separation and purification of biomolecules based on their physical and chemical properties [4]. - **Medical Ultra-Low Temperature Storage Box**: - Designed for the preservation of biological samples at temperatures ranging from -40°C to -196°C, crucial for maintaining sample integrity in medical research and biopharmaceuticals [5][6]. - **Live Cell Inverted Fluorescence Imaging System**: - A high-end imaging device that allows dynamic observation of live cells, integrating inverted optical structure and fluorescence imaging technology [7][8]. Detailed Procurement List - The procurement list includes various instruments aimed at enhancing research capabilities in traditional Chinese medicine and related fields, with specific budget allocations for each item [10][11][12]. - Notable items include: - High-content imaging analysis system - Mass spectrometry imaging matrix spraying instrument - High-resolution integrated spectral imaging system - Various advanced microscopy and analysis systems for biological research [10][11]. Research and Development Focus - The procurement aims to improve research conditions and capabilities in traditional Chinese medicine, with a focus on enhancing experimental platforms and methodologies [11][12]. - The investment reflects a commitment to advancing medical research and technology in the field of traditional Chinese medicine [2][3].

Group 1 - The article emphasizes the importance of understanding the new national standards for drinking water, specifically GB5750-2023, which includes key changes in detection methods, limit adjustments, and compliance operation points [3] - It discusses the challenges of intelligent control in wastewater treatment plants, focusing on data-driven process optimization and cost control strategies to improve operational efficiency [3] - The article highlights the hidden pollution risks in drinking water, such as microplastics and resistant genes, and the need for rapid detection technologies and emergency response plans to ensure safety from source to tap [3] Group 2 - It provides a guide for instrument selection, emphasizing the importance of matching monitoring instruments to specific scenarios, along with best practices for sample pretreatment and water quality diagnosis models [3]

Core Insights - The article highlights the recent announcement by the General Administration of Customs regarding six procurement intentions for laboratory instruments, with a total budget of 130 million yuan [2][3]. Procurement Overview - The procurement includes various instruments such as PCR machines, X-ray fluorescence spectrometers, sequencing machines, protein analyzers, inductively coupled plasma emission spectrometers, and microscopes, with an expected procurement date in September 2025 [3][6]. - The total budget for these instruments is 130 million yuan, indicating significant investment in laboratory capabilities [2][3]. Detailed Procurement List - **PCR Machines**: 68 units planned for procurement, budgeted at 26.02 million yuan, primarily for nucleic acid testing related to pathogens and food microorganisms [6][8]. - **X-ray Fluorescence Spectrometers**: 21 units with a budget of 29.05 million yuan, intended for qualitative and quantitative analysis of minerals, metals, and oil products [6][8]. - **Sequencing Machines**: 3 units budgeted at 5.49 million yuan, aimed at applications in transcriptome sequencing and copy number analysis [6][8]. - **Protein Analyzers**: 24 units with a budget of 9.14 million yuan, used for detecting proteins and nitrogen elements in various samples [6][8]. - **Inductively Coupled Plasma Emission Spectrometers**: 49 units budgeted at 32.51 million yuan, for multi-element analysis in various sample types [6][8]. - **Microscopes**: 67 units with a budget of 27.99 million yuan, intended for three-dimensional imaging of biological samples [6][8].

Core Insights - The total budget for instrument procurement intentions from various universities in China exceeds 4 billion [2][4] - The National Development and Reform Commission has allocated 188 billion yuan in long-term special bonds to support equipment updates, with education being a key focus area [3] - There is a noticeable rebound in equipment update demand among universities, characterized by policy-driven initiatives, high-end upgrades, and accelerated domestic substitution [3] Procurement Plans Summary - A total of 35 universities and research institutions have announced procurement plans in August, with a combined budget exceeding 4 billion [4] - Notable procurement amounts include: - Bengbu Medical University: 82.71 million - Beihang University: 121 million - Northeast University: 93.03 million - Beijing University of Chinese Medicine: 237 million - Hebei University of Engineering: 100 million - Hubei Normal University: 88.55 million - Fuyang Normal University: 137 million - Hubei University of Chinese Medicine: 207 million - Huazhong University of Science and Technology: 133 million - Kashgar University: 130 million - Jiangnan University: 83.34 million - Inner Mongolia University of Technology: 195 million - Tsinghua University: 183 million - Shanxi Agricultural University: 98 million [5][6] Historical Context - Previous months' procurement intentions included: - July: Over 5.7 billion from 48 institutions - June: Over 4.5 billion from 37 institutions - May: Over 3.4 billion from 34 institutions - April: Over 4.2 billion from 32 institutions - March: Over 4.6 billion from 30 institutions - February: Over 2.35 billion from 13 institutions [7]