Enhancing Wheat Grain Yield with WUS-D1 Upregulation

This study explores genome assembly techniques and RNA-seq analysis for differential expression, alongside phylogenetic and comparative studies to interpret data. Key findings highlight WUS-D1 upregulation and MOV genome rearrangements significantly influencing grain yield and traits. Supporting evidence includes synteny figures, phylogenetic trees, and mutant trials validating functional insights. The conclusions emphasize WUS-D1's role in multi-ovary phenotypes and MOV-associated traits for...