AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
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Functional analysis of BnaTT3, a proteome-prioritized seed hormone-associated candidate, supports its role in coordinating seed development and phytohormone homeostasis and presents a phytohormone atlas resource, identifying their key role in tissue specificity.
A novel regulatory framework mediated by the BnNLA1-BnC07MYB3a module for controlling seed coat color in B. napus is revealed and will provide a new strategy for breeding high-quality B. napus cultivars.
Haplotype analysis links BnaSCC1Hap2 with lighter seed coat color, higher oil and oleic acid contents, and lower erucic acid content, supporting its use in marker-assisted breeding.
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.
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