FIB

| Categories genes  | Tags auxin  tryptophan aminotransferase  small leaves  large lamina joint angles  IAA  IAA biosynthesis  auxin biosynthesis  auxin transport  vascular development  panicle  organ identity  root development 
  • Information
  • PSP score
    • LOC_Os01g07500.1: 0.4592
  • PLAAC score
    • LOC_Os01g07500.1: 0
  • pLDDT score
    • NA
  • Publication

  • Genbank accession number

  • Key message
    • The rice FISH BONE gene encodes a tryptophan aminotransferase, which affects pleiotropic auxin-related processes
    • FIB encodes an orthologue of TAA genes and loss of FIB function resulted in pleiotropic abnormal phenotypes, such as small leaves with large lamina joint angles,
    • FIB encodes an orthologue of TAA genes and loss of FIB function resulted in pleiotropic abnormal phenotypes, such as small leaves with large lamina joint angles, abnormal vascular development, small panicles, abnormal organ identity and defects in root development, together with a reduction in internal IAA levels.
    • From these results, we suggest that FIB plays a pivotal role in IAA biosynthesis in rice and that auxin biosynthesis, transport and sensitivity are closely interrelated.
  • Connection

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