On October 17th, Guangdong Provincial Party Committee and Provincial Government held a provincial scientific and technological innovation conference. The conference awarded the 2023 Guangdong Provincial Science and Technology Award. The school won a total of 5 achievements, of which 3 were awarded as the first completed unit and 2 were awarded as participating units.
On October 17th, Guangdong Provincial Party Committee and Provincial Government held a provincial scientific and technological innovation conference. The conference awarded the 2023 Guangdong Provincial Science and Technology Award. The school won a total of 5 achievements, of which 3 were awarded as the first completed unit and 2 were awarded as participating units.
The scientific and technological achievements "Cultivation, Popularization and Application of New Varieties of Chlamys farreri 'Nan'ao Jinbei'" presided over by Professor Huaiping Zheng of the School of Science, and the scientific and technological achievements "Technological Innovation and Popularization and Application of Prevention and Treatment of Congenital Cleft Lip and Palate" presided over by Professor Shijie Tang of the Second Affiliated Hospital of Medical College won the Scientific and Technological Achievement Promotion Award; The scientific and technological achievement "Innovation and Application of Key Technologies for Homogeneous Artificial Intelligence Diagnosis and Treatment of Eye Diseases in the Whole Life Cycle" presided over by Professor Mingzhi Zhang of the Ophthalmology Center of the Medical College won the second prize of the Science and Technology Progress Award.
The scientific and technological achievement "Drive and Control Integrated High-performance Motion Control Technology and Equipment and Its Application" completed by the school won the first prize of the Science and Technology Progress Award; The scientific and technological achievement "Research on Molecular Basis and Regulation Mechanism of Essential Fatty Acid Synthesis in Fish" won the second prize of the Natural Science Award.
It is reported that a total of 218 awards (people) were awarded in the 2023 Guangdong Provincial Science and Technology Awards, including 1 outstanding contribution award, 31 natural science awards, 11 technological invention awards, 132 scientific and technological progress awards, 5 scientific and technological cooperation awards, and youth science and technology There were 20 innovation awards and 18 scientific and technological achievements promotion awards.
【Extended reading】
1.Project name: Cultivation, popularization, and application of a new variety of Huagui Chlamys farreri scallop "Nan'ao Jinbei"
Main completers: Huaiping Zheng, Helu Liu, Hongkuan Zhang , Xingqiang Chen , Wenhua Liu , Qian Zhang , Xiangsheng Lai , Wenchuan Zhou ,Yingzhe You , Dewei Cheng
Main completing units: Shantou University, Shantou Fisheries Technology Extension Center Station, Zhangzhou Fisheries Technology Extension Station, Raoping County Aquaculture Technology Extension Station, Shenzhen Fisheries Development Research Center, Nan'ao County Jinshan Agricultural Development Co., Ltd., Raoping County Long Yuanfa Aquaculture Professional Cooperative
Project introduction: Aiming at the key problem of lack of improved shellfish varieties, the project team started to take the golden mutant (3-4 ‰) rich in carotenoids in the cultivation population of Chlamys farreri as a breakthrough in 2008, aiming at high-value stress resistance, and took the lead in carrying out theoretical and technical research on new variety cultivation, and achieved a series of original achievements. The cultivated "Nan'ao Jinbei" has four advantages of "three highs and one strong" (high sensory quality, high nutritional value, high breeding efficiency and strong stress resistance). The average price of commercial shellfish reaches 20 yuan/kg, and the yield per mu has increased by more than 10,000 yuan, which solves the problems of poor quality, weak resistance, and low output value of the original breeding varieties. It is deeply loved by breeders and consumers and has been continuously selected as the main breeding variety in Guangdong and Fujian. Make positive contributions to the construction of "the belt and road initiative". In the past five years, the project has promoted a total of 397,000 mu of breeding, with an output value of 12.702 billion yuan and a profit of 6.863 billion yuan; More than 300 technical backbones of seedling raising and breeding have been trained, 75,691 jobs have been created, remarkable economic and social benefits have been achieved, and it has played an important role in the development of marine economy and rural revitalization in Guangdong Province.
2.Project name: Innovation, promotion and application of congenital cleft lip and palate prevention and treatment technology
Main completers: Shijie Tang, Jianda Zhou , Wancong Zhang, Sitian Xie ,Lungang Shi ,Xiaoping Zhong ,Chen Jiasheng , Lihong Peng
Main completing units: The Second Affiliated Hospital of Shantou University School of Medicine, the Third Xiangya Hospital of Central South University
Project Introduction: Congenital cleft lip and palate ranks among the top three birth defects in China, and it is an important disease affecting China's population and health. Guided by clinical needs, this project carries out research on the mechanism, prevention and clinical treatment of congenital cleft lip and palate, and vigorously promotes technology.
(1) Innovated the Millard technique of unilateral cleft lip, pioneered the multi-technology fusion unilateral cleft lip repair, pioneered the "one"-shaped costal cartilage transplantation and Furlow method combined with buccal fat pad transfer cleft palate repair, effectively reducing the incidence of postoperative deformity and greatly advancing the surgical age.
(2) The present situation and epidemiological characteristics of cleft lip and palate in eastern Guangdong were investigated, and the unique interaction mechanism between genetic genes and environmental factors related to cleft lip and palate in eastern Guangdong was revealed, which provided a new target for the prevention and treatment of cleft lip and palate.
(3) Reveal the association between autophagy and mesenchymal cell stemness, put forward a new view that autophagy can be used as an index to evaluate the differentiation potential of stem cells, and develop a metabolic model for cleft palate screening in early pregnancy.
(4) A scientific, systematic and sustainable science popularization and technology promotion system for cleft lip and palate prevention and treatment has been established, and the "South China Cleft Lip and Palate Specialist Alliance" composed of 22 medical units has been established, and charity activities such as "Rebirth Action", "Rainbow Project" and "Smile Doll" have been carried out to treat 3,084 patients with cleft lip and palate free of charge, thus realizing the sustainable science popularization and promotion of cleft lip and palate prevention and treatment technology.
This project has made a series of breakthroughs in the technological innovation, promotion and application of congenital cleft lip and palate prevention and treatment. The technological innovation achievements have reached the domestic leading level, significantly improving the overall prevention and treatment level of congenital cleft lip and palate in eastern Guangdong and even inside and outside the province and producing obvious social benefits.
Project name: Innovation and application of key technologies for homogeneous artificial intelligence diagnosis and treatment of eye diseases throughout the life cycle
Main completers: Mingzhi Zhang, Lingping Cen, Kunliang Qiu, Jie Ji, Jianwei Lin , Guihua Zhang, Geng Wang , Zhiqiang Guan , Ji Wang , Riping Zhang
Main completing units: Shantou University · Chinese University of Hong Kong, Shantou International Eye Center, Shantou University
Project Introduction: In the past ten years, this project has innovatively adopted homogeneous standards combined with individualized eye biological parameter analysis technology, and developed a series of multi-disease, multi-label and multi-dimensional closely integrated application scenarios, which can cover the key innovative technologies of accurate diagnosis and treatment of artificial intelligence eye diseases in the whole life cycle from newborns to the elderly, so as to achieve accurate diagnosis of artificial intelligence eye diseases in the whole life cycle. The project has published 30 papers in professional journals such as Nature Communications and JAMA Network Open, and obtained 10 national patents, 5 software copyrights and 1 US invention patent. The results have been popularized and applied to remote clinical auxiliary diagnosis and standardized ophthalmic image reading training for online and offline grassroots physicians and residents in eastern Guangdong and the vast grassroots areas in China and have achieved obvious social and economic benefits.
