Group 1 - The core viewpoint of the article highlights the strategic acquisition of Becton, Dickinson & Company by Waters Corporation, aiming to create a leader in the life sciences and diagnostics sector through a deal valued at approximately $17.5 billion [1][3]. Group 2 - The transaction will be executed using a Reverse Morris Trust structure, which is a tax-efficient method for mergers and acquisitions [1]. - The integration of Becton Dickinson's biosciences and diagnostic solutions business is expected to enhance Waters Corporation's capabilities in the life sciences market [1].

Core Viewpoint - The article highlights the detection of PFAS contamination in Swedish crayfish, raising public health concerns, especially as consumption increases in China [1][3]. Group 1: PFAS Contamination in Swedish Crayfish - Recent tests show that eight different brands of frozen and fresh crayfish sold in Swedish stores contain PFAS, indicating higher environmental pollution levels compared to other habitats [3]. - The PFAS levels in Swedish crayfish have reached concerning levels, with the European Food Safety Authority recommending that adults limit their consumption to 3-6 crayfish per week for safety [3]. Group 2: PFAS in Chinese Crayfish - A study conducted by a team from Sun Yat-sen University in five major crayfish farming provinces in China found widespread PFAS contamination in edible parts of crayfish, particularly in the hepatopancreas [4]. - The research indicates potential health risks associated with PFHxS when consuming crayfish, especially from the hepatopancreas, suggesting that consumers should avoid this part [4]. Group 3: Understanding PFAS - PFAS are persistent, bioaccumulative, and toxic substances that pose long-term environmental and health risks, classified as "forever chemicals" due to their resistance to degradation [5][7]. - PFAS can accumulate in living organisms and are linked to various health issues, including thyroid disease, liver damage, immune system impairment, and cancer [8].

导读： 市场监管总局等八部门联合部署2025年度检验检测机构监督抽查，计划检查100家机构，覆盖食品、环境、医疗器械等多个重 点领域。 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。 B+等级（前30%）：大连理工大学、中国计量大学、国防科技大学、合肥工业大学、北京信息科技大学以及燕山大学 等。 近日，中国大学排行榜 （CNUR ）网站正式发布了2025年ABC中国大学仪器科学与技术学科排名，共34所院校 上榜。 ABC排名结果 排名结果显示，A类院校共8所，其中评级为A++等级共2所。 A++等级（前3%）：清华大学、北京航空航天大学； A+等级（前7%）：天津大学、哈尔滨工业大学以及重庆大学； A等级（前12%）：东南大学、上海交通大学以及电子科技大学； B++等级（前20%）：吉林大学、中国科学技术大学、中北大学、西安交通大学、北京理工大学以及西安电子科技大 学； | 排名 | 学校名称 | 集快 | 评级 | 排名范围 | | --- | --- | --- | --- | --- | | 1 | 清华大学 | 北京 | A++ | ...

Core Viewpoint - Haineng Technology plans to invest 200 million yuan in the construction of a smart manufacturing base for scientific instruments in Songjiang, Shanghai, focusing on independent research and development of various scientific instruments, leveraging local talent and industrial advantages to create a model factory for smart manufacturing [2][3]. Investment Project Overview - The project will be located on the east side of Miaosan Road in Xinqiao Town, covering an area of 22.1 acres, designated as M1 industrial land. The base will focus on the independent research and production of organic element analysis, sample pretreatment, chromatography, spectroscopy, and general instruments [5]. - The choice of Songjiang is attributed to its rich talent resources, with the area benefiting from a concentration of specialized professionals due to its proximity to a university town. This environment is seen as ideal for attracting international high-end talent [5]. Technological Development and Goals - The company aims to accelerate the gathering of international top talent in the scientific instrument field and explore the establishment of a digital twin R&D platform to achieve full-process digital mapping of product design, process simulation, and virtual testing [6]. - Plans include the introduction of digital, intelligent, and green manufacturing equipment and processes, the establishment of an industrial internet platform, and the deployment of smart industrial models to enhance lean manufacturing capabilities [7]. Strategic Importance - The construction of this project reflects Haineng Technology's confidence in the national push to develop the scientific instrument industry and marks a significant step towards entering the world-class market, enhancing the company's strategic layout [7]. - The company has a long-standing focus on food nutrition and safety testing, drug and metabolite analysis, agricultural product quality and safety testing, and environmental monitoring, providing scientific instruments and supporting analytical methods across various industries [7]. Industry Context - Scientific instruments play an irreplaceable role in fundamental research, key core technology breakthroughs, and the development of strategic emerging industries. Songjiang is accelerating the construction of a "2+7" modern industrial system, with scientific instruments being one of the seven key industries prioritized for development [8]. - The instrument and meter industry chain in Songjiang has become increasingly complete, encompassing key areas such as complete equipment, sensors, system integration, and measurement and testing, with nearly 400 related enterprises in the region [8].

Core Viewpoint - Organoid technology is a revolutionary breakthrough in life sciences, showing great potential in drug development, disease mechanism analysis, and personalized medicine, with the FDA planning to phase out animal testing by 2025 and positioning organoids as a core tool for drug safety evaluation [1] Group 1: Challenges in Organoid Technology - Insufficient technological maturity remains the primary challenge, with over 60% necrosis rate in long-term cultures due to the lack of vascular networks and immune microenvironments [1] - The absence of standardization is a significant issue, leading to substantial batch-to-batch heterogeneity and a lack of international standards for evaluating morphological, functional, and molecular characteristics [1] - Low automation equipment penetration rates contribute to human operational errors and limit high-throughput capabilities, hindering clinical application promotion [1] Group 2: Upcoming Conference - The "Third Organoid Technology Innovation and Application Progress Online Conference" will be held on July 15-16, focusing on "Technical Breakthroughs - Standard Co-construction - Ecological Collaboration" [2] - The conference will feature four thematic sessions: "Progress in Organoid Simulation Technology," "Clinical Applications and Transformation of Organoids," "Organoid Model Construction and Drug Development," and "Standardization and Automation of Organoids" [2] Group 3: Conference Agenda Highlights - On July 15, sessions will cover topics such as bio 3D printing and high-throughput genetic screening technologies in organoids, with notable speakers from Tsinghua University and Shanghai University [3][4] - The second day will focus on organoid model construction and drug development, including discussions on animal alternatives and optimization methods for 3D organoid culture [4]

Core Viewpoint - Fuzhou University has announced multiple government procurement intentions for laboratory instruments, with a total budget of 98.88 million yuan, covering 25 items including advanced experimental platforms and analytical instruments, expected to be procured between February and August 2025 [1][2]. Summary by Categories Procurement Overview - The total budget for the procurement of laboratory instruments is 98.88 million yuan, with 25 items listed for purchase [2]. - The procurement is scheduled to take place from February to August 2025 [2]. Specific Instruments and Their Functions - **Shield Tunneling Experiment Platform**: Aimed at enhancing basic scientific research capabilities, improving experimental efficiency, and providing precise data for educational and research personnel [4]. - **Integrated Atomic Force Microscope System**: Designed for high-resolution imaging and characterization of sample surfaces at the nanoscale, including electrical and mechanical properties [5]. - **Chemical Adsorption Mass Spectrometry**: Used for comprehensive evaluation of catalysts and materials, assessing physical adsorption properties, and facilitating various chemical processes [5]. - **Circular Dichroism Spectrometer**: Focused on studying chiral optical active substances and determining the three-dimensional structure of new compounds [6]. - **Micro-Nano Optical Components**: Intended for multi-dimensional light field detection and processing, supporting integrated and miniaturized imaging systems [7]. - **2000 Ton Long Column Testing Machine**: For testing large structural components under compression and bending, suitable for both educational and research purposes [7]. - **Triple Quadrupole Mass Spectrometer**: For elemental and isotopic analysis in semiconductor materials, achieving high sensitivity and performance [7]. - **Vacuum Coating Machine**: For depositing thin films on substrates, essential for semiconductor and optoelectronic device fabrication [7]. - **High-Precision Weight Measurement Instrument**: For monitoring material mass changes under specific conditions, aiding in material design and performance optimization [12]. Supplier Requirements - Suppliers must demonstrate technical capability, provide detailed technical proposals, and ensure high-quality products and services [4][7]. - Comprehensive after-sales service and training support are required to ensure stable operation and maintenance of the equipment [4][7].

Core Viewpoint - HeXin Instrument has announced the transfer of its 5.3491% equity stake in Anyeep for a total price of 17.6519 million yuan, indicating a strategic move to optimize its asset structure and focus on its core business [2][4]. Summary by Sections Equity Transfer Details - HeXin Instrument will transfer its 5.3491% stake in Anyeep, corresponding to a registered capital of 386,700 yuan, to two entities: Changzhou Huada Songhe Venture Capital Partnership (Limited Partnership) and Suzhou Jingyou Management Consulting Partnership (Limited Partnership) [4]. - The stake will be divided as follows: Huada Songhe will acquire 3.0303% for 10 million yuan, and Jingyou will acquire 2.3188% for 7.6519 million yuan [4]. Financial Implications - The transaction is based on Anyeep's current market valuation and future development prospects, approved by the board and supervisory committee without requiring shareholder approval [4]. - HeXin Instrument expects a positive impact on its comprehensive income post-transaction, subject to audit results [4][5]. Company Background - Anyeep specializes in the research and manufacturing of chemical analysis and medical testing instruments, focusing on mass spectrometry technology [5]. - As of the end of 2024, Anyeep reported total assets of approximately 95.9899 million yuan, with annual revenue of 41.8749 million yuan and a net loss of 4.8234 million yuan [5]. Strategic Intent - The sale aims to optimize HeXin Instrument's asset structure and concentrate on its main business, with no significant impact on its operations or consolidated financial statements [5].

Core Viewpoint - Hainan University has awarded contracts for the research instrument equipment update and replacement project for the Marine Science and Technology Innovation Platform (Phase II), with a total bid amount of 49.77 million yuan [1]. Procurement Results - The procurement results include multiple packages with various suppliers winning contracts: - Package 1: Guangdong Shengjie Instrument Co., Ltd. won with a bid of 3,191,000 yuan and a score of 99.06 [2]. - Package 2: Guangzhou Zhonglai Technology Co., Ltd. won with a bid of 6,207,900 yuan and a score of 99.57 [2]. - Package 4: Guangdong Shengjie Instrument Co., Ltd. won again with a bid of 3,880,500 yuan and a perfect score of 100 [3]. - Package 5: Guangdong Hanshuowei Instrument Equipment Co., Ltd. won with a bid of 4,996,800 yuan and a perfect score of 100 [4]. - Package 6: Guangdong Zhongke Import and Export Co., Ltd. won with a bid of 31,498,000 yuan and a perfect score of 100 [5]. Major Bid Information - The major bids include various scientific instruments: - Package 1 includes teaching instruments for the Marine Science and Engineering College, with a total bid of 3,191,000 yuan [7]. - Package 2 includes teaching instruments for the Marine Science and Engineering College, with a total bid of 6,207,900 yuan [7]. - Package 4 includes teaching instruments for the Chemical Engineering College, with a total bid of 3,880,500 yuan [7]. - Package 5 includes teaching instruments for the Chemical Engineering College, with a total bid of 4,996,800 yuan [7]. - Package 6 includes advanced mass spectrometry equipment from brands like Bruker and Thermo Scientific, with a total bid of 31,498,000 yuan [7]. Supplier Information - The suppliers involved in the project include: - Guangdong Shengjie Instrument Co., Ltd. [2][3] - Guangzhou Zhonglai Technology Co., Ltd. [2] - Guangdong Hanshuowei Instrument Equipment Co., Ltd. [4] - Guangdong Zhongke Import and Export Co., Ltd. [5] Contact Information - The procurement unit is Hainan University, located at 58 Renmin Avenue, Haikou, Hainan Province [8]. - The procurement agency is Zhongke Gaosheng Consulting Group Co., Ltd., located at 88 Binhai Road, Meilan District, Haikou, Hainan Province [9].

Core Viewpoint - In June 2025, major universities and research institutions in China announced their intention to procure scientific instruments, with a total budget exceeding 4.5 billion yuan [1][2]. Summary by Sections Procurement Intentions - A total of 37 universities and research institutions have released procurement plans, reflecting a significant push for equipment updates initiated since 2024 [2]. - The procurement budget from these institutions collectively amounts to over 4.5 billion yuan [2]. Detailed Procurement Plans - The following are some of the notable procurement amounts from various institutions: - Shenyang Institute of Automation, Chinese Academy of Sciences: 161 million yuan - Chinese Academy of Medical Sciences: 221 million yuan - Wuhan University of Technology: 156 million yuan - Southeast University: 121 million yuan - Tsinghua University: 100 million yuan - Wuhan University: 199 million yuan - Chongqing Medical University: 215 million yuan [3][4]. Historical Context - Previous months have seen varying procurement intentions, with amounts ranging from 235 million yuan in February to 460 million yuan in March, indicating a growing trend in investment in scientific instruments [5].

Core Viewpoint - The article highlights the launch of the first Fourier panoramic multimodal digital microscope by Xiguang Instrument, which boasts 100% independent intellectual property rights and offers advantages such as high resolution, large field of view, super depth of field, and rapid imaging, enabling multimodal imaging from micro to mesoscopic levels [1][2]. Group 1: Technology and Innovation - The new generation of computational optical imaging technology, Fourier Layered Microscopy (FPM), significantly reduces hardware complexity and costs while achieving high-performance imaging through innovative LED array lighting and advanced algorithms [3][5]. - The Fourier panoramic multimodal digital microscope incorporates the principle of "animal compound eyes" into its optical design, featuring a programmable LED light source array that captures light information from multiple angles, achieving a maximum resolution close to 200nm, with customizable options reaching 150nm [6][7]. - The imaging system supports various imaging modes, including bright field imaging, quantitative phase imaging, and polarization imaging, and can be integrated with laser confocal and Raman spectroscopy for comprehensive applications in life sciences and clinical diagnostics [7][10]. Group 2: Applications and Market Potential - The FPM technology has shown significant advancements in applications such as cell biology, tissue pathology, and cancer early screening, providing high-resolution imaging that enhances diagnostic accuracy and efficiency [9][10]. - The technology's high-throughput imaging capability allows for rapid imaging and analysis of large cell populations, making it suitable for large-scale drug screening [9][10]. - Xiguang Instrument aims to expand its product framework, offering a range of instruments from portable detection devices to high-end drug screening instruments, and plans to introduce more innovative products for various fields, including semiconductors and materials science [10][13]. Group 3: Company Background - Xiguang Instrument is a leading provider of computational optical imaging technology solutions, collaborating with institutions like the Chinese Academy of Sciences to develop high-throughput and high-content digital microscopes for various applications in life sciences, medical diagnostics, and industrial testing [13].