Gene Details:

  • Gene ID: AT5G13680
  • Gene Symbol: ABO1, AtELP1, ELO2
  • Gene Name: ABA-OVERLY SENSITIVE 1, ELONGATA 2
  • Description: IKI3 family protein;(source:Araport11)
  • TAIR Accession: locus:2173199
  • Genome: Araport11_genome_release
  • Species: Arabidopsis thaliana

Transcripts:

Plant Ontology Annotations:

  • PO:0009005  — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)

Gene Ontology:

  • GO:0071215  — involved in — cellular response to abscisic acid stimulus
  • GO:0009965  — acts upstream of or within — leaf morphogenesis
  • GO:0080178  — acts upstream of or within — 5-carbamoylmethyl uridine residue modification
  • GO:0048530  — acts upstream of or within — fruit morphogenesis
  • GO:0009787  — involved in — regulation of abscisic acid-activated signaling pathway
  • GO:0010928  — involved in — regulation of auxin mediated signaling pathway
  • GO:0051301  — acts upstream of or within — cell division
  • GO:0035265  — acts upstream of or within — organ growth
  • GO:0009737  — involved in — response to abscisic acid
  • GO:0002926  — involved in — tRNA wobble base 5-methoxycarbonylmethyl-2-thiouridinylation
  • GO:0005829  — is active in — cytosol
  • GO:0006400  — acts upstream of or within — tRNA modification
  • GO:0000049  — enables — tRNA binding
  • GO:0005634  — located in — nucleus
  • GO:0031538  — involved in — negative regulation of anthocyanin metabolic process
  • GO:0033588  — part of — elongator holoenzyme complex
  • GO:2000024  — involved in — regulation of leaf development
  • GO:0043621  — enables — protein self-association
  • GO:0008284  — involved in — positive regulation of cell population proliferation
  • GO:0006979  — involved in — response to oxidative stress

Germplasm Phenotype:

  • elo2  — Reduced organ growth. Reduced cell proliferation rate.

Literature:

Sequences:

cDNA Sequence
  • >AT5G13680.1
    AACAGAGAAGAAAAGAAAAACAGAGAAGAAGGCGTGTTTTAGGTTAAACCCTAAATATTATTATATCAGTGATTTCTGGGGTTTAAATCTGCTTCCTGGATCTGTAGCTGCAAAGTTCGTTGATGTTGTACTGATTCTTACTTCTTCGAAAATGAAAAATTTGAAGCTTTTCTCGGAGGTTCCTCAGAACATCCAATTGCATTCGACTGAAGAAGTTGTACAGTTCGCAGCTTATGACATCGACCAAAGTCGCTTATTTTTCGCATCTTCTGCTAATTTCGTTTACGCCCTTCAGCTCTCTTCCTTCCAAAATGAAAGCGCTGGGGCAAAGAGTGCTATGCCTGTGGAGGTCTGCAGTATTGATATTGAGCCTGGGGATTTCATCACGGCTTTCGATTATCTCGCGGAGAAGGAGTCTCTATTAATTGGGACTTCTCATGGGCTTTTGCTAGTGCATAATGTGGAGAGTGATGTGACTGAGCTAGTTGGAAATATAGAAGGAGGTGTCAAGTGTATCTCGCCTAATCCGACTGGAGATCTACTTGGATTGATTACTGGTCTTGGGCAGTTGCTTGTAATGACTTATGATTGGGCTTTGATGTACGAGAAGGCGCTTGGAGAGGTTCCTGAAGGTGGTTACGTACGTGAAACGAATGATTTGTCTGTAAATTGTGGGGGTATTTCCATTTCCTGGAGGGGTGATGGAAAGTATTTTGCGACTATGGGTGAGGTTTATGAGTCTGGTTGTATGTCTAAGAAGATTAAGATATGGGAAAGTGATTCCGGTGCTTTGCAGTCTTCTTCAGAAACAAAAGAATTTACGCAGGGGATTCTTGAATGGATGCCGAGTGGTGCTAAAATCGCAGCTGTTTATAAGAGGAAGTCAGATGATAGCAGTCCATCGATTGCTTTCTTTGAGAGGAATGGACTTGAGAGAAGCTCGTTTAGAATTGGTGAACCAGAAGATGCTACGGAATCATGTGAAAATCTGAAATGGAATTCTGCATCAGATCTTCTTGCAGGGGTTGTTAGTTGTAAAACATATGATGCCATTAGGGTGTGGTTCTTTAGCAACAACCACTGGTACCTGAAACAGGAGATTAGGTATCCAAGGGAAGCTGGGGTAACAGTCATGTGGGATCCAACAAAGCCACTGCAGTTAATATGTTGGACTCTGTCAGGGCAGGTGTCTGTTCGCCACTTTATGTGGGTAACAGCGGTCATGGAGGACTCAACAGCCTTTGTCATAGATAACTCCAAGATACTCGTGACACCACTATCTTTGTCCTTGATGCCACCTCCTATGTATTTGTTCAGCCTTAGTTTTTCTTCTGCTGTCAGAGATATAGCATATTACTCAAGGAATTCTAAGAATTGTCTGGCTGTGTTTTTGTCAGATGGAAACCTGTCTTTTGTTGAGTTCCCTGCACCTAATACTTGGGAAGATCTCGAAGGCAAAGACTTCAGTGTGGAAATTTCAGACTGTAAAACAGCACTGGGCTCTTTTGTACATCTTCTATGGTTGGATGTCCACTCACTTCTGTGTGTCTCCGCTTATGGTTCTAGCCACAACAAGTGTCTCTCTTCGGGAGGGTATGACACAGAGCTTCATGGTTCTTATTTACAAGAAGTTGAAGTAGTCTGTCATGAGGATCATGTTCCTGATCAAGTGACTTGCTCTGGCTTTAAGGCTAGCATTACTTTCCAGACACTTCTCGAATCACCGGTCCTGGCTCTTGCCTGGAATCCTAGTAAGCGTGATTCAGCCTTTGTGGAGTTTGAGGGTGGGAAAGTGCTTGGATATGCGTCAAGGTCAGAAATTATGGAAACTCGTAGTAGTGATGATAGTGTATGTTTTCCATCGACTTGTCCTTGGGTGAGGGTGGCACAGGTTGATGCTAGTGGGGTGCATAAACCCTTGATATGTGGGCTTGATGATATGGGTAGACTGTCCATCAACGGGAAGAACCTATGTAATAACTGTAGCAGTTTCTCATTTTATTCAGAGTTGGCCAATGAAGTAGTTACCCATCTGATTATTTTGACCAAACAGGATTTTCTCTTTATTGTCGATACCAAGGATGTACTGAATGGAGATGTGGCACTTGGAAATGTGTTCTTTGTTATTGATGGTAGAAGGCGAGACGAGGAAAATATGAGCTATGTTAATATTTGGGAAAGAGGTGCAAAAGTGATAGGAGTCCTCAATGGAGATGAAGCTGCTGTGATATTACAAACTATGCGGGGGAATCTCGAATGCATATATCCCAGAAAGCTGGTCCTCTCTTCCATTACGAATGCGTTAGCTCAGCAACGGTTCAAAGATGCATTTAACTTGGTAAGGCGTCATAGAATCGACTTTAATGTTATCGTGGATCTATATGGGTGGCAGGCATTTCTACAGTCAGCCGTAGCATTTGTTGAGCAAGTAAACAATTTGAACCATGTTACAGAATTTGTTTGTGCCATGAAGAATGAAGATGTTACAGAAACGCTGTACAAAAAGTTTTCCTTTTCCAAAAAGGGAGACGAGGTTTTTCGTGTGAAAGATAGTTGCAGTAACAAAGTATCATCAGTTCTACAGGCAATTAGGAAGGCCCTTGAAGAACATATCCCAGAAAGTCCATCAAGGGAACTCTGTATTTTGACCACTCTTGCCCGAAGTGATCCACCAGCTATCGAAGAATCTCTTTTGAGGATAAAATCTGTTCGTGAAATGGAGTTGCTAAACTCTTCTGATGATATAAGGAAAAAGTCTTGTCCATCTGCAGAAGAAGCCTTGAAACATCTTCTGTGGTTATTGGATTCTGAGGCTGTCTTTGAAGCTGCCTTAGGTCTTTATGATCTGAACCTTGCAGCTATTGTGGCACTCAATTCCCAGCGTGATCCAAAAGAATTTTTACCTTATCTCCAGGAGCTGGAAAAAATGCCCGAATCCCTGATGCATTTCAAGATTGACATTAAATTGCAGCGTTTTGATAGTGCTCTTAGGAACATTGTATCAGCAGGGGTTGGCTACTTTCCTGATTGCATGAACTTAATAAAGAAAAACCCTCAACTTTTCCCTCTGGGCCTCCTGCTAATTACTGATCCTGAGAAGAAACTAGTTGTTCTAGAGGCTTGGGCAGATCACCTCATTGATGAAAAACGTTTTGAGGATGCTGCTACTACATACCTATGTTGCTGTAAACTGGAAAAGGCTTCAAAGGCATATCGTGAATGTGGTGACTGGAGTGGGGTACTCCGAGTGGGGGCGCTAATGAAATTAGGTAAAGATGAGATCTTGAAATTGGCATATGAACTCTGTGAAGAGGTCAATGCTCTTGGGAAACCAGCGGAAGCAGCAAAAATAGCGCTTGAGTATTGCAGCGATATAAGCGGTGGAATTAGTTTGCTTATCAATGCGAGGGAATGGGAAGAGGCTTTAAGGGTTGCATTTTTGCATACAGCAGATGATAGAATCTCAGTGGTGAAAAGTTCTGCTTTGGAGTGTGCTAGTGGTCTAGTAAGTGAATTCAAAGAATCAATAGAAAAGGTAGGAAAATATTTGACTCGCTATCTAGCTGTCCGGCAGAGACGATTATTGCTTGCAGCAAAGCTCAAATCCGAGGAACGATCTGTTGTTGATCTTGACGATGACACAGCTTCAGAAGCAAGTAGCAACCTGAGTGGAATGAGCGCCTATACTTTGGGGACAAGGAGAGGTTCTGCTGCTTCAGTCAGCTCAAGCAACGCTACTAGCAGGGCAAGAGATTTGAGGCGCCAGAGAAAGAGTGGGAAAATCCGTGCTGGCAGTGCGGGTGAGGAGATGGCTCTTGTTGATCATTTGAAAGGTATGCGTATGACCGATGGAGGAAAGCGAGAGCTGAAGTCGTTGTTGATATGTCTGGTAACACTTGGTGAAATGGAGTCTGCACAGAAGTTGCAACAGACTGCAGAGAATTTCCAGGTCTCCCAAGTAGCAGCTGTAGAGCTAGCACACGATACAGTGTCCAGCGAGAGCGTAGATGAAGAAGTTTATTGCTTTGAACGTTACGCTCAGAAGACGAGATCCACAGCACGAGATTCAGATGCCTTTAGCTGGATGCTTAAGGTCTTCATAAGCCCATGAAAATCTCTACATCTGTTTTTGACTGAATAAGCTTGTGCTTTTTAAACATCAAAACCTTCCTCTACCGTTTTGTATCTTTCCTATTGTTACTGTACTATGAGATTAAGGTGCATCTGCTACATTTTTGTTCATTGCTAATGCTTACATTCCGATTCAAAAGGAACCTTTAACCACAACAAGTAAAAAATGACGAGATGTCCGTTACACA
CDS Sequence
Protein Sequence