| Categories genes  | Tags transcription factor  root  auxin  panicle  development  seed  homeostasis  branching  tapetum  lateral root  seed development  microspore  tapetum degeneration 
  • Information
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  • Genbank accession number

  • Key message
    • OsMED14_1 physically interacts with transcription factors YABBY5, TAPETUM DEGENERATION RETARDATION (TDR) and MADS29, possibly regulating auxin homeostasis and ultimately leading to lateral organ/leaf, microspore and seed development
    • To understand the developmental roles of OsMED14_1 in rice, we generated and studied RNAi-based knockdown rice plants that showed multiple effects including less height, narrower leaves and culms with reduced vasculature, lesser lateral root branching, defective microspore development, reduced panicle branching and seed set, and smaller seeds
  • Connection

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