Scientific instrument development special large field of view biological imaging analyzer project start

[China Instrument Network Instrument R&D] Recently, the National Key Research and Development Program “Key Scientific Instruments and Equipment Development” key special project “Large field of view bioanalyzer” project launch meeting was held at Nanjing Tianwen Instrument Co., Ltd. of the Chinese Academy of Sciences. Project expert group members and competent authorities Nearly 50 people, including principals and key personnel from the project, attended the conference.

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Project responsibility expert Lei Zhenlin, chairman of the Shenyang Scientific Instrument Development Center Co., Ltd. of the Chinese Academy of Sciences, on behalf of the High Technology Research and Development Center of the Ministry of Science and Technology, introduced the key special projects of the major national scientific and technological R&D program “Development of major scientific instruments and equipment”, the project deployment, and the project process management. The important nodes such as organization and management were interpreted. He hoped that the project lead unit and the subject undertaking unit will fulfill their responsibilities, strengthen management, and make every effort in the project.

According to the project leader, Dong Wenfei, a researcher at the Suzhou Institute of Medical Science of the Chinese Academy of Sciences, rare cells and trace pathogenic microorganisms have a very important impact on disease detection, reproductive health, environmental health, and national security. “Large field of view bioanalyzer” The project is based on the need for rapid detection of rare cells by exploiting three key technologies: high-resolution high-resolution off-axis reflective optical system design technology, large-area array high-resolution detectors, and large-area single-cell pusher technology. Large-field high-resolution biological imaging analyzer.

The project's instrument development technology route adopts modular structure, including large-field high-resolution optical imaging system, large-area array high-resolution detector, large-area single-layer cell pusher, automatic identification rapid software, sample preparation, and large area array. Multi-spectral light source and motion control module, etc., at the same time carry out application demonstration in the rapid detection of rare cells, lay the foundation for the industrialization of the instrument and large-scale application of engineering.

Yan Qingwei, chairman of the Nanjing Academy of Sciences, said that the large field of view bioimaging analyzer developed by this project will fill gaps in the domestic market, and the expected annual output value will reach 30 million yuan within three years of acceptance, which will greatly stimulate the integration and innovation of scientific instrument systems. Promote the overall innovation level and self-equipment capabilities of China's high-end bioimaging equipment and equipment industry.

At the meeting, Yan Qingwei announced the project overall group, technical expert group, and user committee list, and issued letters of appointment, indicating that it will do a good job of project management and coordination to ensure the smooth development of the project and complete it on schedule.

It is reported that the project was led by Nanjing Tianwen Instrument Co., Ltd. of the Chinese Academy of Sciences, the Suzhou Institute of Biomedical Engineering, Chinese Academy of Sciences, Suzhou Guoke Medical Science and Technology Development Co., Ltd., the Institute of Microbiology and Epidemiology of the Academy of Military Medical Sciences of the Chinese People's Liberation Army, and China National Institute of Investigation and Research (Beijing). ) Science and Technology Co., Ltd., Wuhan University, Jilin Normal University, Guangdong Science and Technology Inspection and Engineering Co., Ltd., and other eight companies jointly bear.

(Original title: National Large-scale R&D Project "Large Field of Vision Bioanalyzer" Launched)