For the first time, Chinese researchers have successfully established a rice functional gene database system, which laid the foundation for the prediction and discovery of new functional genes. Dried Whole Squid,Dried Shredded Squid,Fast Food Shredded Squid Zhejiang Ocean Family Co., Ltd., , https://www.ocean-family.com
According to reports, this research project titled “Research on Functional Genes Related to Important Agronomic Characters such as Rice High-yield†is a major program of functional genes and bio-chips in the biological and modern agricultural technology field of the 863 Program of the Ministry of Science and Technology; Under the key support of the Bureau of Experts and the Beijing Foreign Experts Bureau, Beijing Kaiming Agricultural Biotechnology Co., Ltd., Beijing Huada Genetic Research Center, Beijing-Yale Joint Research Center (Peking University), and Genetics and Developmental Biology of the Chinese Academy of Sciences The institute's R&D personnel, such as the Chinese Academy of Agricultural Sciences and other units, after four years of hard work, jointly completed and passed the acceptance by the Ministry of Science and Technology.
The researchers said that the establishment of a related database system for functional gene research in rice and the establishment and development of a website system (http://rise.genomics.org.cn) that has an open search-oriented and application-oriented function for efficient search engines provide rice research The world's most complete raw rice sequence data and various research methods. Comparing the comparative genomes of different rice cultivars such as super hybrid rice parent 9311 (father), Pei'ai 64S (female), Liangyoupeijiu (hybrid combination), Zhenyu 97A (female), Minghui 63 (father), and Nipponbare Scientific analysis will reveal the molecular mechanism of gene doubling in genome evolution, find the molecular basis of rice hybridization, and the molecular mechanism of hybrid superiority. It will be possible to discover new genes related to agronomic traits such as hybrid superiority, and can also be used for the same grasses. Gene research on corn, wheat, sorghum and other crops provides a reference.