为解决温敏核不育 (TGMS)水稻育性转换温度阈值 (CSIT)的调控机制问题，研究人员深入解析了OsRqc1-OsVms1分子模块的功能。研究发现该模块通过招募60S核糖体亚基参与环磷酸 (cP)-ΔCCA-tRNA的回收，其5'UTR区6-bp重复序列变异可改变CSIT。该成果为培育适应不同环境的tms5两系杂交稻提供了分子育种靶点。

COLUMBIANA — With the Federal Railroad Administration weighing the benefits of automated track inspection technology, rail labor unions are speaking out against it, citing concerns of potential ...

COLUMBIANA – With the Federal Railroad Administration (FRA) weighing the benefits of automated track inspection technology, rail labor unions are speaking out against it, citing both concerns of ...

COLUMBIANA – With the Federal Railroad Administration (FRA) weighing the benefits of automated track inspection technology, rail labor unions are speaking out against it, citing both concerns of ...

In accordance with the Presidential proclamation declaring Disability Rights Week, July 17th -23rd, the Department of Budget and Management Secretary Amenah Pangandaman hosted a flag ceremony to ...

LONDON: The World Platinum Investment Council (WPIC) said on Tuesday it expected a deficit of the metal used in vehicle exhausts, industry and jewellery in 2023 after a hefty surplus this year. It ...