TL;DR
Findings indicate that OsRNS1, a P deficiency-induced ribonuclease, regulates P homeostasis via rRNA degradation during P-deficiency stress, and holds promise for biotechnological applications aimed at developing rice varieties with improved PUE.
It is shown that the RAD23a regulates differential growth, salt response and Pi uptake in rice in a domain-specific manner supporting the moonlighting roles of RAD23a in salt tolerance and phosphorus-dependent shoot growth.
The findings indicate that GmAK1 is a multifunctional regulatory factor and a promising candidate gene for breeding programs aimed at enhancing soybean resistance to phosphorus starvation and nutritional value.
It is elucidates that OsDUF1223 regulates drought tolerance at the seedling stage in rice through functional association with the ABA and nitrogen signaling pathways, thereby providing a candidate gene resource for the genetic improvement of drought tolerance in rice.
OsDUF3615 is constitutively expressed in rice and encodes a nucleus-localized protein, identified as a key regulator of rice grain development and quality formation, providing valuable genetic resources for the molecular breeding of high-quality rice varieties.
The molecular mechanisms of the OsRFP1-OsMYB61 module in regulating rice drought tolerance are unraveled and provide potential targets for rice breeding with improved drought tolerance.
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
