National Science and Technology Awards
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The project “Transmission potential of different animal influenza viruses in humans: insights from animal studies” led by Prof. Chen Hualan's team at Harbin Veterinary Research Institute (the second prize of the National Natural Science Awards of China)
Scientists of this project focused on the widely circulating H1N1 swine influenza viruses, H5N1 and H7N9 avian influenza viruses in nature, and evaluated and revealed their capacity to cross animal-human host barrier and to transmit from human to human. A series of findings of this project provided key insights into the pandemic potential of different influenza viruses and important information fo... -
The project “Key technology for accurate identification and detection of typical chemical pollutants in agricultural products” led by Prof. Wang Jing at Institute of Quality Standard and Testing Technology for Agroproducts (the second prize of the National Technology Invention Awards of China)
In these studies, a series of novel molecular imprinting preparation technologies were invented by introducing dual template and virtual template; hapten designing method based on lipophilic-chain arm relevance and highly sensitive chemiluminescent immunoassay were verified; 56 kinds of ELISA kits (or test strips) and 34 sets of 600 kinds of high-throughput instrument verification and testing tech... -
The project “Development and application of the key digital technology and intelligent feeding Equipment for livestock production” led by Prof. Xiong Benhai's team at Institute of Animal Sciences (the second prize of the National Science and Technology Progress Awards of China)
The project has developed a complete Chinese Feed Database, a series of nutrition requirement models, RFID chips and precision feeding equipment, and formed a complete digital technology system of intelligent livestock production. Main intelligent equipments -
The project “Development and application of maize hybrids for Zhongdan 808 and Zhongdan 909 with the characteristics of high-density tolerance, high yield, and broad adaptability" led by Prof. Huang Changling's research team at Institute of Crop Sciences o(the second prize of the National Science and Technology Progress Awards of China)
A selection technology for density tolerance and high resistance was proposed in this project, and then was used to create Zhongdan 808 and Zhongdan 909 and established an efficient system of seed production and promotion. The cultivated area of these hybrids was about 6,693,333.3 hm2 by 2018, which contributed to an increase of 5.31 billion kilograms of grain and significant social and economic b... -
The project “Innovation and application of key technologies for green prevention and control of major vegetable pests Chive gnats, Bradysia odoriphaga (Diptera: Sciaridae)” led by Prof. Zhang Youjun's team at Institute of Vegetables and Flowers (the second prize of the National Scientific and Technological Progress Awards of China)
The crucial biological characteristics on the development of Chive gnats were formulated systematically for the first time, and its occurrence regularity and outbreak mechanism were deconstructed. A green prevention and control technology system including “soil solarization method” as the core, “feed attractant” and “black sticky trap” as supplementary had been created, and had been applied more t... -
The project “Innovation and application of control system for pesticide residues and contaminants in tea” led by Prof. Chen Zongmao's research team at Tea Research Institute (the second prize of the National Science and Technology Progress Awards of China)
The crucial biological characteristics on the development of Chive gnats were formulated systematically for the first time, and its occurrence regularity and outbreak mechanism were deconstructed. A green prevention and control technology system including “soil solarization method” as the core, “feed attractant” and “black sticky trap” as supplementary had been created, and had been applied more t... -
The program “Key technology Q&A of high-quality and specialized wheat production” led by Prof. Zhao Guangcai's team at Institute of Crop Sciences (the second prize of the National Science and Technology Progress Awards of China)
The study clarified that the pesticide level in tea brew rather than that in dry tea should be regarded as an effective risk dosage, based on which, the setting rule of the global maximum residue limits (MRLs) on tea would be reconstructed; the key point in the control of pesticide residues and important contaminants was revealed; the in-situ and high-throughput analytical methods for pesticides a...