研究团队开展检测技术与装备研究，攻克离子源特异性修饰、电阻微球计数免疫分析、功能核酸归一化 识别、高能碰撞解离和多级碎裂质谱确证等关键技术，研发出富集-分离-电离一体化原位质谱装置及技 术、便携式磁电传感装置及技术、功能核酸无损共检装置及技术，以及可实现痕量有害物量值溯源的质 谱确证技术，在提升检测效率、稳定性、灵敏度及确证准确性方面成效显著。 据悉，研究成果在多家食品企业及北京、深圳、山东等国家级食品安全承检机构开展应用示范，实现动 物源性产品中有害物全链条现场检测结果准确、稳定、可溯源，为国家质量基础设施体系提供有力的技 术支撑。(中国经济网记者佟明彪) 一直以来，动物源性产品多场景检测因基质干扰严重、温度影响大、兽药残留、病原微生物等多类别有 害物性质差异大等客观因素影响，存在速度慢、稳定性差、准确性不足等问题，制约产品质量安全监 管。 在国家市场监督管理总局的支持下，中国质量检验检测科学研究院研发了高适应性现场监测有害物实时 原位确证检测技术，并取得重大突破。 ...

中国经济网北京12月17日讯(记者鞠然)随着我国食品安全监管力度不断加大，现场快检需求日益迫切， 传统快检产品因关键原材料匮乏、评价标准不统一及智能化水平低等问题，成为制约执法效能提升 的"堵点"。近日，记者从市场监管总局获悉，由该局组织，中国质量检验检测科学研究院攻关的现场执 法食品安全快速检测产品研发与应用项目取得重要突破，从多场景现场执法产品和智能装备研发到评价 体系和智慧监管系统构建，全方位提升我国食品安全现场执法效能。 在成果转化与示范应用层面，研究团队已在湖南南县等地建成多个食品安全快速检测技术应用示范点， 并与三亚市市场监督管理局、武夷山市农业农村局等多个部门达成示范应用合作意向，为技术成果的全 国推广积累了宝贵经验。 项目研究团队表示，下一步将持续优化技术方案，加快推进成果在全国范围内的推广应用，进一步提升 食品安全现场执法的智能化、精准化水平，为全面推进食品安全治理能力现代化建设贡献力量。 此次技术突破覆盖多个核心领域。项目团队已研发快检产品关键原材料近10种，形成适用于多场景农药 残留检测、多场景动物源产品兽药残留及违法添加物检测、收贮运环节粮油生物毒素检测等多种模块化 装置；与此同时，项 ...

Core Points - Zhejiang PinKong Technology Management Co., Ltd. announced the passing of its chairman Zhang Feinan on September 21, 2025, at the age of 40 due to an accident [1] - Zhang Feinan held approximately 35% of the shares in Zhejiang PinKong Technology Management Co., Ltd. [1] Company Overview - Zhejiang PinKong Technology Management Co., Ltd. was established in 2019 with a registered capital of 12.3444 million yuan [1] - The company’s business scope includes technology development, consulting, and services related to network information technology, communication technology, and software/hardware [1] Financing and Subsidiaries - In 2021, Zhejiang PinKong Technology Management Co., Ltd. completed its Series A financing round, with investments from several companies including Hangzhou Qianxun E-commerce Co., Ltd. and Shanghai Jushuitan Network Technology Co., Ltd. [1] - The company’s wholly-owned subsidiary, Zhejiang E-commerce Testing Co., Ltd., is a nationally certified third-party testing organization focused on physical and chemical testing and certification services for textiles, shoes, and bags [1]

Group 1 - The core viewpoint of the article highlights that Yuanfang Information (300306.SZ) has developed an intelligent detection information system capable of smartly detecting parameters such as light, color, and electricity [1]

Group 1 - The 2025 Summer Davos Forum will be held at the National Exhibition and Convention Center in Tianjin from June 24 to 26, focusing on sustainability, AI, and cooperation [1][2] - The forum will highlight the integration of artificial intelligence with traditional industries, showcasing significant efficiency improvements, such as a 100 to 1000 times increase in new material development efficiency [4] - The theme of the forum is "Entrepreneurial Spirit in the New Era," addressing key topics like global economic interpretation, China's outlook, and new energy and materials [6] Group 2 - The forum will feature discussions on innovative urban development, emphasizing the role of AI and cloud services in creating new growth points in cities [2] - Companies like Huaxi Biotechnology have established extensive supply chains across over 70 countries, demonstrating the importance of international cooperation in navigating uncertainties [5][6] - The forum aims to strengthen global collaboration in AI development, as highlighted by China's 2023 Global AI Governance Initiative [4]

Core Insights - The article highlights the innovative journey of a student-led company, Changsha Bingxu Engineering Technology Co., which has developed disruptive technologies in the construction industry [1][3][6] Group 1: Company Overview - Changsha Bingxu Engineering Technology Co. was founded by a team of students from Central South University, transitioning from academic research to practical applications in the construction sector [1][6] - The company has developed two significant technologies: an intelligent robotic system for rebar binding and a non-contact ultrasonic detection system for high-speed rail track inspection [3][4] Group 2: Technological Innovations - The intelligent rebar binding robot can navigate complex construction sites, improving efficiency by 140% compared to manual labor, addressing the industry's low efficiency and adaptability issues [3][4] - The ultrasonic detection system aims to identify defects in high-speed rail track slabs, with a detection capability of penetrating 200mm thick slabs to capture millimeter-level defects, overcoming traditional methods with a 32% leak detection rate [4][5] Group 3: Market Challenges and Support - Initially, the company faced skepticism from potential partners regarding the capabilities of a student-led team, despite presenting substantial laboratory data [6][7] - Participation in the "Golden Seed Cup" entrepreneurship competition provided a platform for the company to showcase its innovations and gain confidence in transforming technology into reality [6][7] Group 4: Local Ecosystem and Support - The supportive entrepreneurial ecosystem in Changsha, including resources from the Central South University Technology Park, has facilitated the company's growth by providing essential services such as business registration and mentorship [6][7] - The local industry chain allows for quick access to necessary components and support, enhancing the company's research and development capabilities [7]