2 results about "Rice crop" patented technology

The application provides application and methods of OsGASR1 genes in regulating aluminum toxicity stress tolerance of rice, and belongs to the technical field of plant genetic engineering. By adjusting the expression amount of the OsGASR1 gene in the rice genome, the aluminum toxicity stress tolerance of the rice can be changed; overexpression of the OsGASR1 gene in the target rice germplasm genome can improve the aluminum toxicity stress tolerance of the rice, and the application not only provides new theoretical evidence for the research on the aluminum toxicity tolerance of the rice, but also provides a new target gene or new material for cultivating new varieties of high-quality aluminum toxicity tolerance rice (crops).

This invention discloses a cationic herbicide with reduced soil passivation, using a cationic polymer solution as the solvent and the cationic herbicide as the solute. This invention combines the cationic polymer with the cationic herbicide, utilizing the cationic polymer to competitively bind to the soil, reducing the soil's adsorption of the cationic herbicide, thus slowing down the rate of soil passivation of the cationic herbicide. The cationic herbicide with reduced soil passivation effectively enhances the efficacy and duration of bipyridine herbicides, providing long-term control of weeds in the soil, thereby improving weed control efficiency. It can be used for soil-applied herbicides for weed control. When used in conjunction with a cationic herbicide-resistant direct-seeded rice crop, it allows for weed control while ensuring normal rice growth, and the herbicide can remain on the weed emergence site for a period of one to two weeks, meeting the requirements for weed control in direct-seeded rice fields.