Group 1 - The first domestically produced commercial 200kV transmission electron microscope has been launched at the Jiangsu Provincial Demonstration Center for Domestic Scientific Instruments Application (Suzhou), developed by Suzhou Bozhong Instrument Technology Co., Ltd. This fills a gap in high-end transmission electron microscopes at the 200kV level in China, enabling research in critical fields such as semiconductors, new materials, and life sciences [1] - The transmission electron microscope, known as the "industrial eye" and "scientific eye," can magnify objects up to one million times and directly observe atomic-level structures. The device has a lattice resolution of 0.1 nanometers, capable of observing material details that are one hundred thousandth the thickness of a human hair, with core indicators comparable to mainstream foreign equipment [1] - After the device is debugged, it will be open to teachers, students, society, and industry, providing application scenarios for technological innovation in enterprises. Suzhou University has been continuously developing independent scientific instruments, functional development, and shared services, collaborating with 28 enterprises for domestic instrument verification and evaluation, and has introduced a total of 37 sets of equipment [1] Group 2 - Scientific instruments are a crucial foundation for scientific exploration and technological innovation. During the Suzhou Domestic Scientific Instrument Industry Development Exchange Conference, Shanghai Yichuang Port Technology Co., Ltd. signed an agreement with the Suzhou Productivity Promotion Center, and Shanghai Yidian Analytical Instrument Co., Ltd. signed with the Jiangsu Provincial Demonstration Center for Domestic Scientific Instruments Application (Suzhou). This aims to promote the demonstration application and large-scale promotion of domestic instruments in the Yangtze River Delta region through a collaborative innovation system driven by "instrument tackling, resource support, and talent" [2] - The cooperation model being explored includes "verification evaluation—application demonstration—iteration optimization—market promotion" for domestic instruments [2]

Core Viewpoint - The "Multi-target Cell Membrane Chromatography Intelligent Screening Analyzer" project, developed by Chengdu University of Traditional Chinese Medicine, Xi'an Jiaotong University, and Haineng Future Technology Group Co., Ltd., has been evaluated as a significant technological achievement that fills an international gap in the field [2][3][8]. Group 1: Project Evaluation - The evaluation was organized by the Sichuan Provincial Association for Science and Technology, with a panel of experts including academicians from various prestigious institutions [5][6]. - The expert panel unanimously agreed that the instrument is an international original, with advanced and reliable overall performance, and is a significant technological achievement [8]. Group 2: Instrument Features and Innovations - The instrument addresses the long-standing separation of "physical properties" and "activity" in traditional Chinese medicine research, providing critical support for establishing a research paradigm that aligns with the characteristics of traditional Chinese medicine [10]. - It is capable of accurately capturing key active components in complex systems, showcasing professional quality in its design, and has significant export potential and market appeal [10]. Group 3: Broader Implications - The achievement provides key technological support for explaining the scientific basis of traditional Chinese medicine compound preparations as innovative drugs, responding to major national regulatory needs [10]. - The project focuses on the collaborative action mechanism of "multi-component-multi-target" in traditional Chinese medicine, marking a significant leap towards intelligent analysis in the study of complex systems [12]. Group 4: Future Prospects - The instrument has vast application prospects not only in traditional Chinese medicine but also in natural product screening, drug development, quality control, and environmental testing [10]. - The successful development of the "Multi-target Cell Membrane Chromatography Intelligent Screening Analyzer" signifies a new phase in the intelligent analysis of complex systems, providing a robust technical support platform for modernizing traditional Chinese medicine and discovering innovative drugs [12][13].

Core Viewpoint - The article emphasizes the importance of resource management strategies in enhancing organizational resilience and innovation capabilities for small and medium-sized enterprises (SMEs) in the scientific instrument manufacturing sector in dynamic environments [1][5]. Group 1: Research Objectives - The research aims to explore the internal relationship between resource management strategies and organizational resilience and innovation capabilities in SMEs [1]. - The study invites decision-makers from the scientific instrument R&D manufacturing sector to participate in a survey to share their management experiences [1][3]. Group 2: Survey Details - The survey consists of three main parts: company background information (business type, industry category, size), current organizational resilience and innovation status, and the previous year's environmental dynamics and information management conditions [3]. - The estimated completion time for the survey is approximately 10 minutes [3]. Group 3: Privacy and Participation - The data collected from the survey will be used strictly for academic research and will adhere to confidentiality principles, ensuring no sensitive company or personal information is involved [4]. - Participants can engage in the survey by scanning a QR code or clicking a link provided at the end of the article, with the survey open until June 14, 2025 [5].