China News Service, Guangzhou, November 21st, title: 18 national scientific research projects gathered in Guangzhou

  Author Wang Jian

  The research and development and application of 3DLIF technology-based three-dimensional scalar field measurement instruments for large-scale water bodies, multi-modal integrated sensor systems, and the development and application of high-resolution ultrasound microscopes, including 18 projects approved by the National Natural Science Foundation, recently gathered in the National Natural Science Foundation of Guangzhou. Matchmaking event for outstanding achievements of the Science Foundation (Guangzhou Branch).

  According to the Guangzhou Science and Technology Bureau, the event focused on industries such as biomedicine and health, new energy and new materials through the precise connection between the supply side and the demand side of scientific and technological achievements, attracting national high-end innovative resources and outstanding achievements to settle in Guangzhou, and promote the transformation of scientific and technological achievements into Real productivity provides intellectual and technical support for the construction of an international science and technology innovation center in the Guangdong-Hong Kong-Macao Greater Bay Area.

  It is understood that the event is guided by the National Natural Science Foundation of China and the Guangdong Provincial Department of Science and Technology, hosted by the Guangzhou Science and Technology Bureau, and undertaken by the Greater Bay Area Science and Technology Innovation Service Center.

The event was held in the form of online and offline simultaneous live broadcast, attracting more than 309,000 people's attention.

  At the event site, 18 National Natural Science Foundation projects were gathered, among which 12 outstanding achievements were carried out in the project road show in turn, detailing the outstanding scientific research achievements of their respective teams under the support of the National Natural Science Foundation.

  Yang Jin, deputy dean of the School of Safety and Ocean Engineering, China University of Petroleum (Beijing), introduced the key deep-water and shallow drilling technology developed by his team.

Their team has deep-water and shallow drilling design technology with coordinated drilling parameters and time, deep-water and shallow-level safe and efficient drilling operation control technology, high-load-bearing and high-efficiency deep-water and shallow drilling key equipment, etc. The key equipment has also obtained China Classification Society and French Classification Society. Agency certification.

  "This technology includes ultra-sensitive optical fiber evanescent field sensor, ultra-sensitive optical fiber sensor-single molecule detection, multi-channel, portable optical fiber POCT equipment, and strives to develop more sensitive biosensing technology, which can advance the diagnosis window and intervene early. "Professor Guan Boou of Jinan University brought the results of their team's research and development-high-sensitivity, multi-channel, portable optical fiber real-time detection technology.

  Luo Haibin, deputy dean of the School of Pharmacy of Sun Yat-sen University, brought to the audience the results of their team's research and development-the emergency drug for new coronary pneumonia-dipyridamole.

According to him, dipyridamole, an emergency drug for new coronary pneumonia, can improve the coagulation function of severe patients. It has been clinically verified that the treatment has a stable absorption period of 2 days and the treatment has been significantly improved after 7 days.

  In addition, the research and development result of Wang Bo's team, the general manager of Peking University Stomatological Hospital-electroactive oral implant repair film; the research and development result of the team of Associate Professor Tan Lei of Hubei University-new light control antibacterial material; Yu Shuangming, associate researcher of the Institute of Semiconductors, Chinese Academy of Sciences The results of the team's research and development-artificial intelligence vision system chip, etc. also opened the audience's eyes.

  After the roadshow, the results were matched at the event site. The participating government staff, scientific research teams, high-tech enterprises, investment institutions, technology transfer institutions, risk assessment agencies, major platforms, incubators, and banks interacted with each other on the roadshow. Face-to-face exchanges with the details of the 18 National Natural Science Foundation projects participating in the conference to enhance understanding.