TL;DR
The results demonstrate that BnaGRP3 may negatively modulate B. napus flowering time through modulating ABA signaling and circadian clock and identify BnaGRP3 as the candidate molecular breeding target for early-maturing rapeseed species.
It is shown that the loss of BnFLC genes significantly accelerates flowering, demonstrating that BnFLC genes regulate flowering in spring types independently of vernalization, and that these genes regulate flowering time developmentally in spring oilseed rape.
The identified BcFPA gene and its linked molecular markers can serve as important genetic resources for marker-assisted selective breeding, facilitating the breeding of new pak choi varieties with optimal flowering traits.
A T2T rapeseed resource and a BnaWRKY44-BnaVPT1 module for breeding high-oil, yellow-seeded rapeseed are provided for breeding high-oil, yellow-seeded rapeseed.
The OsDUF1645 family exhibits substantial functional diversification, supported by distinct regulatory architectures, expression profiles, and QTL associations, which provide a framework for prioritizing OsDUF1645 candidates for functional validation and their potential application in molecular breeding and development...
Findings elucidate the molecular basis of flowering time in industrial hemp and provide valuable genomic resources for breeding broadly adapted, high-yield varieties.
Results indicate that BnaAOG1.A03 and BnaAOG1.C03 are not individually essential for silique and seed development in B. napus, providing a valuable case for functional analysis of homologous genes in polyploid crops.
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
