A few days ago, China's cracked hybrid rice gene functional cryptography project was formally launched in Xicheng Science and Technology Park of Hunan Xicheng Industrial Group Company. The major project led by Yuan Longping, the “father of hybrid riceâ€, and the tripartite cooperation between the company and Changsha Science and Technology Venture Investment Company will effectively promote the cultivation of China’s third-stage super hybrid rice, making it a second-phase target. On the basis of 800 kg per mu, a major breakthrough of 900 kg per mu is realized. Yuan Longping said that the topic carried out at the Xicheng Science and Technology Park is a deep-developing rice functional genome study. Its main goal is to isolate genes related to heterosis and use of important economic traits, and apply genetic transformation techniques to the third phase. The cultivation of super hybrid rice. In this way, it is possible to solve the problem of increasing production, and it is also expected to solve the problems of breeding high-quality rice varieties that are resistant to insects, diseases, and disasters. So that people eat real green rice. Yuan Longping also revealed to reporters that the cracked research on gene functional cryptography of hybrid rice is expected to achieve major milestones within three years and that research tasks will be completed within five years. If these research results are applied in a timely manner to the cultivation of super hybrid rice, we will have the possibility to achieve the three-phase target of 900 kg per mu by 2010. At that time, according to the calculation of 100 million mu of cultivated land and 200 kg per mu, China can increase 20 billion kilograms of rice each year. This is of great significance for safeguarding China's food security and benefiting the people of the world. It is reported that in order to lay a good foundation for cracking the function codes of hybrid rice genes, Xicheng has built a first-rate genetic laboratory in China, invested heavily in purchasing advanced equipment such as ultra-low temperature incubators at home and abroad, and enrolled people who have participated in rice genome research. Dr. Cao Mengliang participated in the research.
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