Observation of silique tissue structure of OR88 and control materials
Observation of the silique tissue structure of OR88 and the control material Image courtesy of the Oil Research Institute of the Chinese Academy of Agricultural Sciences.
According to researcher Hu Qiong, the chief scientist of the team, the yield loss caused by the silique burst (cracked corner) during rape mechanical harvesting is generally 8-15%, and can reach 50% in extreme dry conditions
Team Chief Scientist Researcher Hu Qiong introduced, Breeding rapeseed varieties with strong resistance to cracking angle to extend the suitable harvest period of mechanical harvest is of great significance for reducing yield loss, improving rapeseed quality, and promoting mechanized production
Hu Qiong said that the strain has a special lignified layer adhesion structure in the silique leaving zone.
Hu Qiong said, Combining transcriptome sequencing and gene function prediction analysis, the researchers identified the lignification layer adhesion structure candidate gene BnTCP.
The research was funded by the National Natural Science Foundation of China, the National Key Research and Development Program, the Science and Technology Innovation Project of the Chinese Academy of Agricultural Sciences, and the National Modern Agricultural Industrial Technology System
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