Gene Details:

Functional Descriptions:

  • Transcription factors GmERF1 and GmWRKY6 synergistically regulate low phosphorus tolerance in soybean.
  • GmERF1 (ethylene response factor 1), that is mainly expressed in soybean root and localized in the nucleus. Its expression is induced by LP stress and differs substantially in extreme genotypes.
  • GmERF1 knockout or RNA interference resulted in significant increases in root and P uptake efficiency traits, while the overexpression of GmERF1 produced an LP-sensitive phenotype and affected the expression of 6 LP stress-related genes.
  • GmERF1 negatively regulates root development and P absorption.
  • GmERF1 negatively regulates LP tolerance in soybean.
  • Knockout of GmERF1 increased ACC content.

Literature:

Gene Resources:

Sequences:

cDNA Sequence
  • >Glyma.13G123100.1
    AAGCCCACAAAAGCATACCACACAGTCTCACACATCAAGAGGAGAGGGAAAGAAAGAAAAAAAACAGAAAAACAAAACAGCTGAATTTGGTGTCTAGTCTACATTAAGATTGTCAAGAGATGGATTTTGATTCATCTTTCTTCCAATACCAAAACTTTAACTCTTCCTTTGTAAATTCCTCTGTTTGTGCAGAACCATTTTCTTGGGAGAACTTTCTTTTCTTCAATGAAGAAAACACCACCACCACCACCCTTAATTCCTTCACCATCACTGACCACTCCTCACAATCACGAATCAAGGAATCATCATCCTCAGATTATTCCAACTCTTCGGGCTCCTTGGTCAGCACTGAGTCACAACTAGAAGTCTCATCCAATTTAACTCATGCAAGCCATCAACTCGAAACACATGCATCACCACAACCACCAAAAGAAGGTAACAAAGACAAGAGACCCTTCAGAGGAGTGAGGAGAAGGCCATGGGGAAAATTTGCTGCTGAAATAAGAGACTCCACAAGAAATGGGGTCAGAGTTTGGATTGGCACATTTGACACAGCTGAAGCAGCAGCACTGGCTTATGACCAAGCTGCTTTGTCCACAAGAGGGTCCATGGCAGTGCTGAATTTCCCAGAAGAAGTGGTGAGGGAATCACTCAAAGACATGCAGAACAATAATAAGCCATCATTGGAAGATGGTTCCTCTCCAGTGTTGGCACTCAAGAGAAAACACACCATGAGGAGAAAATCCAAAGCCACTAACAAAAAAACCAAAAGGGGTCATGGAATGGAGTTAGAAAATATTGTGCTTTCACAAAATGTGCTGGTCTTGGAGGACTTGGGTTCTGAGTACTTGGAGCAACTTCTCAGCTTGACTTCTTCTGATGATGATTTCCTTTGCTAGTAACTAATTAGTTTAATTTAATTAGGTAATTTCCTGCATTTGAATTTTTTTCATTAATTAATTTAATTAGGTAAATTTGTTGTTGTTGGCATTCGGATTCGCCACGTTTCATCATCTCTCTTTTGGTGGTGATTTGTTTTTTCCGGTGTCGTCATAAAGTAATGAGAGAGAGAGAGAGAGAAGAATGAATAAGGAGTCCAATTGTATAAACAAATGCCATCAAGGAAAAAAAAAAATCAAACAATTGATGTTGAAATTTC
CDS Sequence
  • >Glyma.13G123100.1
    ATGGATTTTGATTCATCTTTCTTCCAATACCAAAACTTTAACTCTTCCTTTGTAAATTCCTCTGTTTGTGCAGAACCATTTTCTTGGGAGAACTTTCTTTTCTTCAATGAAGAAAACACCACCACCACCACCCTTAATTCCTTCACCATCACTGACCACTCCTCACAATCACGAATCAAGGAATCATCATCCTCAGATTATTCCAACTCTTCGGGCTCCTTGGTCAGCACTGAGTCACAACTAGAAGTCTCATCCAATTTAACTCATGCAAGCCATCAACTCGAAACACATGCATCACCACAACCACCAAAAGAAGGTAACAAAGACAAGAGACCCTTCAGAGGAGTGAGGAGAAGGCCATGGGGAAAATTTGCTGCTGAAATAAGAGACTCCACAAGAAATGGGGTCAGAGTTTGGATTGGCACATTTGACACAGCTGAAGCAGCAGCACTGGCTTATGACCAAGCTGCTTTGTCCACAAGAGGGTCCATGGCAGTGCTGAATTTCCCAGAAGAAGTGGTGAGGGAATCACTCAAAGACATGCAGAACAATAATAAGCCATCATTGGAAGATGGTTCCTCTCCAGTGTTGGCACTCAAGAGAAAACACACCATGAGGAGAAAATCCAAAGCCACTAACAAAAAAACCAAAAGGGGTCATGGAATGGAGTTAGAAAATATTGTGCTTTCACAAAATGTGCTGGTCTTGGAGGACTTGGGTTCTGAGTACTTGGAGCAACTTCTCAGCTTGACTTCTTCTGATGATGATTTCCTTTGCTAG
Protein Sequence
  • >Glyma.13G123100.1
    MDFDSSFFQYQNFNSSFVNSSVCAEPFSWENFLFFNEENTTTTTLNSFTITDHSSQSRIKESSSSDYSNSSGSLVSTESQLEVSSNLTHASHQLETHASPQPPKEGNKDKRPFRGVRRRPWGKFAAEIRDSTRNGVRVWIGTFDTAEAAALAYDQAALSTRGSMAVLNFPEEVVRESLKDMQNNNKPSLEDGSSPVLALKRKHTMRRKSKATNKKTKRGHGMELENIVLSQNVLVLEDLGSEYLEQLLSLTSSDDDFLC*