BZIP — Brassica napus

Summary

BnBZIP (BZIP) on chromosome C02 of oilseed rape (Brassica napus) encodes a bZIP transcription factor with DNA binding, protein homodimerization, and transcription coactivator activities. It is associated with the nucleus and mediator complex. The gene is associated with numerous biological processes including RNA and long-chain fatty acid anabolism, ER stress response, calcium signaling, red/far-red light phototransduction, flower development, embryogenesis, salt response, and defense response upregulation. Trait associations include root dry weight, root volume, seed weight, germination rate, flowering time, heterosis, drought tolerance, salt tolerance, disease tolerance, and oxidative stress response. Phenotype associations involve trichome papillae formation, jasmonate signaling, root system architecture, organ size, thermomorphogenesis, iron homeostasis, lateral root formation, and pathogen defense. Related genes in other species link the family to light signaling, root architecture, and drought response.

Annotations

Chromosome
C02
Related genes
BZIP, PFT1, bZIP
GO terms
homeostasis, DNA binding transcription factor activity, Red, Far-red Light Phototransduction, erUPR, upregulation of defense response, Mediator Complex, DNA Binding, Regulation Of DNA-templated Transcription
Publications
31013972, 23455023, 26035128, 37625752, 17631525, 25136949, 21319185, 28864470
Traits
plant biomass, thermomorphogenesis, hypoxia tolerance, MYC2 target gene expression, Reduced Trichome Branching, Reduced Trichome Papillae, Susceptible to Leaf Infecting Nectrophic Pathogens, pathogen defence