Gene Details:

  • Gene ID: AT5G13020
  • Gene Symbol: AtEML3, EML3
  • Gene Name: EMSY-like 3
  • Description: Emsy N Terminus (ENT)/ plant Tudor-like domains-containing protein;(source:Araport11)
  • TAIR Accession: locus:2182345
  • 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)
  • PO:0000084  — plant sperm cell — célula espermática o esperma (Spanish, exact), male gamete (exact), microgamete (exact), 植物精子細胞 (Japanese, exact), sperm nucleus (related), sperm cell (broad)

Gene Ontology:

  • GO:0005634  — is active in — nucleus
  • GO:0005634  — located in — nucleus
  • GO:0050832  — involved in — defense response to fungus
  • GO:0006357  — acts upstream of or within — regulation of transcription by RNA polymerase II
  • GO:0003682  — enables — chromatin binding
  • GO:0031491  — enables — nucleosome binding

Germplasm Phenotype:

  • CS69825  — Delay in early embryo development.
  • CS69826  — Self-fertilization results in production of three types of defective seeds, each with an incomplete penetrance: ovule abortion (32%), seed abortion (27%) and seeds with delayed early embryo development (40%). The last category develops into mature, viable seeds. Fertilization-independent seed development is observed after emasculation.
  • CS69997  — Increased resistance to CaLCuV infection.

Literature:

Sequences:

cDNA Sequence
  • >AT5G13020.3
    CTTTTTTGAGATTAATTATTACACAGAAAATATGATGTTAAAAACAAAAAAAAAACAAAAACAGAAGTGTTGGTATGAAAGTGTACCGAAGTTCGGGTTTAAGACAGAACCAAAAGAGATAGAAAGATGAGAGTGAAACGACAAAACTTGCCGTCGTTCGTGTAACTCAAACCAACCTATCAACTGAGAAAAAATTAGGGCACAAAATAATGTGGGTTTCACGTCCGCGACTCATAGATCCCTCGGAAAATTCATCACGATTTGTTCTGTAATTCTTCAATTCCACGGCGTTCTTTCTGCTTCCTGGAGATCTAACGTTGGTGAATTCGGATTGGAGCCGAGAGATTGCCTATAAGAATCGTCCTTTGTTCGGATCTTCTAATTTATAGATTTGTGTTGTCTGCTTTCTCGCTCAAATCTATATGATCTTTAGGGAGTAATTTTCTCGATGGCTGTTCGAATTTTTCGAGAATAGATCCAAAGAAGCTCGTGCTTTGGTGCAACTAGACAGGCCACATCCCACGTTTTGATTTCTTAGGTTCACTGTAAAGAATAATCAGGAGAGTACACAGATGGATTACCGACCTTCTGATAGTAGTGGTACAGATGATGACCTGCCTCCATCTCATCAAGGTAGATATCAAAGAAACGCCAGACCTACCGGGAATGGAAGGCCTTCAGTTCTCAATTCTGCTCCTTTATCACGGGTGCACAATGAAATGGAAACTCAAATTCATCTCATTGAGCAAGAAGCTTATAGCTCGATACTCCGCGCATTTAAAGCCCAGTCCGATGCTATTACCTGGGAGAAAGAAAGTTTGATCACTGAACTCAGAAAAGAACTTCGAGTGTCTGATGAGGAACACAGAGAGCTGTTATCAAGGGTTAACGCTGATGAAATGATCAGGCGAATAAGGGAATGGAGAAAGGCAAACAGCCTTCAGTCTAGTGTTCCTCAGCTGGTTCATGATGCTCCGAGTCCGGCTGTATCAGGATCACGTAAGAAGCAAAAGACATCACAATCAATCGCCTCATTAGCGATGGGCCCACCATCTCCTTCTTTGCACCCTTCAATGCAACCATCGTCATCTGCACTAAGAAGGGGAGGTCCTCCACCAGGTCCAAAGACCAAGAAGCCAAAGACATCGATGCAGTACCCATCTACAGGCATTGCTGGAAGGCCCCAGGCTGGCGCTTTAACAAATGAACCAGGTGAATCGGGATCATATGACCCGTTGGTTGGAAGGAAGGTATGGACGAAGTGGCCTGATGACAACCAATACTACGAAGCTGTTATAACTGACTACAACCCTGTTGAGGGGCGTCATGCTTTAGTGTATGATATTAACTCTGCGAATGAAACCTGGGAATGGGTAAATCTTAAAGAGGTAATTATGATTTCAGTTTTTCTACTTGTCTAATATATCTTTCACATTTGTACAGAAGATGATGCTATGTCGTAAAATTTGGAGAGACCATGTGTTGTTTGTCTTCTTCTATTTGGTTATGATCTCGATGGTTTATATTCGACATTCCTTGCACGTCAATGAGAGGCTTGTCAGTTTTTATACCAACTGCAATTCATTTCGATTCTGCACACTAGAAGTGAGAGATTAGTTTTACTTGTTCGCTGCCACCCAAGTTGGATCATGAATGATGTTAAAAACAATTGTTAGTTGCCCTCACCCATCCATTAGTTTCTCATCTAATGGTTCAGTTTCTTGATTGCCATCTGTAAGGGGCAGAGGACAAAAGTGTATGATTAGTGCTCGATCCTCTACATTATATATAATTCTGAATGTTCTTTATATATATATATAT
  • >AT5G13020.1
    CTTTTTTGAGATTAATTATTACACAGAAAATATGATGTTAAAAACAAAAAAAAAACAAAAACAGAAGTGTTGGTATGAAAGTGTACCGAAGTTCGGGTTTAAGACAGAACCAAAAGAGATAGAAAGATGAGAGTGAAACGACAAAACTTGCCGTCGTTCGTGTAACTCAAACCAACCTATCAACTGAGAAAAAATTAGGGCACAAAATAATGTGGGTTTCACGTCCGCGACTCATAGATCCCTCGGAAAATTCATCACGATTTGTTCTGTAATTCTTCAATTCCACGGCGTTCTTTCTGCTTCCTGGAGATCTAACGTTGGTGAATTCGGATTGGAGCCGAGAGATTGCCTATAAGAATCGTCCTTTGTTCGGATCTTCTAATTTATAGATTTGTGTTGTCTGCTTTCTCGCTCAAATCTATATGATCTTTAGGGAGTAATTTTCTCGATGGCTGTTCGAATTTTTCGAGAATAGATCCAAAGAAGCTCGTGCTTTGGTGCAACTAGACAGGCCACATCCCACGTTTTGATTTCTTAGGTTCACTGTAAAGAATAATCAGGAGAGTACACAGATGGATTACCGACCTTCTGATAGTAGTGGTACAGATGATGACCTGCCTCCATCTCATCAAGGTAGATATCAAAGAAACGCCAGACCTACCGGGAATGGAAGGCCTTCAGTTCTCAATTCTGCTCCTTTATCACGGGTGCACAATGAAATGGAAACTCAAATTCATCTCATTGAGCAAGAAGCTTATAGCTCGATACTCCGCGCATTTAAAGCCCAGTCCGATGCTATTACCTGGGAGAAAGAAAGTTTGATCACTGAACTCAGAAAAGAACTTCGAGTGTCTGATGAGGAACACAGAGAGCTGTTATCAAGGGTTAACGCTGATGAAATGATCAGGCGAATAAGGGAATGGAGAAAGGCAAACAGCCTTCAGTCTAGTGTTCCTCAGCTGGTTCATGATGCTCCGAGTCCGGCTGTATCAGGATCACGTAAGAAGCAAAAGACATCACAATCAATCGCCTCATTAGCGATGGGCCCACCATCTCCTTCTTTGCACCCTTCAATGCAACCATCGTCATCTGCACTAAGAAGGGGAGGTCCTCCACCAGGTCCAAAGACCAAGAAGCCAAAGACATCGATGCAGTACCCATCTACAGGCATTGCTGGAAGGCCCCAGGCTGGCGCTTTAACAAATGAACCAGGTGAATCGGGATCATATGACCCGTTGGTTGGAAGGAAGGTATGGACGAAGTGGCCTGATGACAACCAATACTACGAAGCTGTTATAACTGACTACAACCCTGTTGAGGGGCGTCATGCTTTAGTGTATGATATTAACTCTGCGAATGAAACCTGGGAATGGGTAAATCTTAAAGAGGTAATTATGATTTCAGTTTTTCTACTTGTCTAATATATCTTTCACATTTGTACAGAAGATGATGCTATGTCGTAAAATTTGGAGAGACCATGTGTTGTTTGTCTTCTTCTATTTGGTTATGATCTCGATGGTTTATATTCGACATTCCTTGCACGTCAATGAGAGGCTTGTCAGTTTTTATACCAACTGCAATTCATTTCGATTCTGCACACTAGAAGTGAGAGATTAGTTTTACTTGTTCGCTGCCACCCAAGTTGGATCATGAATGATGTTAAAAACAATTGTTAGTTGCCCTCACCCATCCATTAGTTTCTCATCTAATGGTTCAGTTTCTTGATTGCCATCTGTAAGGGGCAGAGGACAAAAGTGTATGATTAGTGCTCGATCCTCTACATTATATATAATTCTGAATGTTCTTTATATATATATATAT
  • >AT5G13020.2
    CTTTTTTGAGATTAATTATTACACAGAAAATATGATGTTAAAAACAAAAAAAAAACAAAAACAGAAGTGTTGGTATGAAAGTGTACCGAAGTTCGGGTTTAAGACAGAACCAAAAGAGATAGAAAGATGAGAGTGAAACGACAAAACTTGCCGTCGTTCGTGTAACTCAAACCAACCTATCAACTGAGAAAAAATTAGGGCACAAAATAATGTGGGTTTCACGTCCGCGACTCATAGATCCCTCGGAAAATTCATCACGATTTGTTCTGTAATTCTTCAATTCCACGGCGTTCTTTCTGCTTCCTGGAGATCTAACGTTGGTGAATTCGGATTGGAGCCGAGAGATTGCCTATAAGAATCGTCCTTTGTTCGGATCTTCTAATTTATAGATTTGTGTTGTCTGCTTTCTCGCTCAAATCTATATGATCTTTAGGGAGTAATTTTCTCGATGGCTGTTCGAATTTTTCGAGAATAGATCCAAAGAAGCTCGTGCTTTGGTGCAACTAGACAGGCCACATCCCACGTTTTGATTTCTTAGGTTCACTGTAAAGAATAATCAGGAGAGTACACAGATGGATTACCGACCTTCTGATAGTAGTGGTACAGATGATGACCTGCCTCCATCTCATCAAGGTAGATATCAAAGAAACGCCAGACCTACCGGGAATGGAAGGCCTTCAGTTCTCAATTCTGCTCCTTTATCACGGGTGCACAATGAAATGGAAACTCAAATTCATCTCATTGAGCAAGAAGCTTATAGCTCGATACTCCGCGCATTTAAAGCCCAGTCCGATGCTATTACCTGGGAGAAAGAAAGTTTGATCACTGAACTCAGAAAAGAACTTCGAGTGTCTGATGAGGAACACAGAGAGCTGTTATCAAGGGTTAACGCTGATGAAATGATCAGGCGAATAAGGGAATGGAGAAAGGCAAACAGCCTTCAGTCTAGTGTTCCTCAGCTGGTTCATGATGCTCCGAGTCCGGCTGTATCAGGATCACGTAAGAAGCAAAAGACATCACAATCAATCGCCTCATTAGCGATGGGCCCACCATCTCCTTCTTTGCACCCTTCAATGCAACCATCGTCATCTGCACTAAGAAGGGGAGGTCCTCCACCAGGTCCAAAGACCAAGAAGCCAAAGACATCGATGCAGTACCCATCTACAGGCATTGCTGGAAGGCCCCAGGCTGGCGCTTTAACAAATGAACCAGGTGAATCGGGATCATATGACCCGTTGGTTGGAAGGAAGGTATGGACGAAGTGGCCTGATGACAACCAATACTACGAAGCTGTTATAACTGACTACAACCCTGTTGAGGGGCGTCATGCTTTAGTGTATGATATTAACTCTGCGAATGAAACCTGGGAATGGGTAAATCTTAAAGAGGTAATTATGATTTCAGTTTTTCTACTTGTCTAATATATCTTTCACATTTGTACAGAAGATGATGCTATGTCGTAAAATTTGGAGAGACCATGTGTTGTTTGTCTTCTTCTATTTGGTTATGATCTCGATGGTTTATATTCGACATTCCTTGCACGTCAATGAGAGGCTTGTCAGTTTTTATACCAACTGCAATTCATTTCGATTCTGCACACTAGAAGTGAGAGATTAGTTTTACTTGTTCGCTGCCACCCAAGTTGGATCATGAATGATGTTAAAAACAATTGTTAGTTGCCCTCACCCATCCATTAGTTTCTCATCTAATGGTTCAGTTTCTTGATTGCCATCTGTAAGGGGCAGAGGACAAAAGTGTATGATTAGTGCTCGATCCTCTACATTATATATAATTCTGAATGTTCTTTATATATATATATAT
CDS Sequence
Protein Sequence