Gene Details:

  • Gene ID: AT5G19820
  • Gene Symbol: EMB2734, IMB3, KETCH1
  • Gene Name: EMBRYO DEFECTIVE 2734, (karyopherin enabling the transport of the cytoplasmic HYL1
  • Description: ARM repeat superfamily protein;(source:Araport11)
  • TAIR Accession: locus:2183219
  • 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:0000293  — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

Gene Ontology:

  • GO:0005515  — enables — protein binding
  • GO:0005737  — located in — cytoplasm
  • GO:0005737  — is active in — cytoplasm
  • GO:2000636  — acts upstream of or within — positive regulation of primary miRNA processing
  • GO:0005634  — located in — nucleus
  • GO:0009505  — located in — plant-type cell wall
  • GO:0009536  — located in — plastid
  • GO:0006606  — involved in — protein import into nucleus
  • GO:0008139  — enables — nuclear localization sequence binding
  • GO:0009793  — acts upstream of or within — embryo development ending in seed dormancy
  • GO:0061608  — enables — nuclear import signal receptor activity
  • GO:0006606  — acts upstream of or within — protein import into nucleus
  • GO:0090069  — acts upstream of or within — regulation of ribosome biogenesis
  • GO:0005634  — is active in — nucleus

Germplasm Phenotype:

  • CS24088  — Segregates 25% embryo lethal.

Literature:

Sequences:

cDNA Sequence
  • >AT5G19820.1
    ATCCCTTCACAACCTCATCCCTCCTTCGCTACCTTCGGACCTTCCTCATTCCTCCTCTTAGCTTTAGCCACTTTTTAACCCTAGTTTTTCCCGCCGCCACCATCCCCCATGGCTTCCGAGGCGAATCAGCTTCAGCAAGCGCAACTCGCGATGGTTCTCGGCTCCGATTCCGCGCCCTTCGAGACGCTAATCTCTCACCTCATGTCTTCTTCCAACGAGCAACGTTCCTCCGCCGAGTCTCTTTTCAATCTCGCTAAACAAAGCAATCCCGATACCCTCTCTTTGAAGCTTGCTCATCTTCTTCAGCTTTCTCCTCATCCCGAAGGTCGTGCTATGGCCGCCGTCCTTCTCCGGAAGTTGTTAACACGCGACGATGCTTATCTATGGCCTCGTCTCTCCCTCTCCACTCAATCTTCCCTCAAATCTTCGATGTTGTATTGTATTCAACATGAGGAGGCTAAATCGATCTCTAAGAAGATTTGCGATACAGTCTCTGAACTTGCATCCGGGATTTTACCGGAGAATGGATGGCCGGAGTTGCTTCCGTTTGTTTTCCAGTGTGTTACTTCTGTTACCCCTAAATTGCAGGAATCGGCGTTTTTAATCTTGGCTCAATTGTCGCAGTACGTTGGGGAGACTCTTACCCCTCACATCAAGGAACTCCATGGCGTGTTTCTTCAGTGCTTGAGTAGTAATTCTGCTAGCTCCGATGTTAAAATCGCCGCTCTCAACGCCGTGATTAGTTTCGTTCAGTGTCTGGCCAACTCAACGGAGAGAGATAGATTCCAAGATGTTTTGCCTGCGATGATCAGGACGTTGACCGAATCTCTGAACAATGGGAATGAAGCAACTGCACAGGAGGCACTTGAGCTTTTGATTGAATTGGCTGGTACCGAGCCACGGTTCCTTAGACGGCAACTTGTTGACATAGTTGGTTCGATGCTTCAGATTGCAGAGGCTGATTCCCTCGAGGAGAGTACACGTCATCTTGCGATTGAGTTTTTGGTTACTCTGGCTGAGGCGCGTGAGCGTGCCCCTGGTATGGTCAGGAAGCTTCCTCAGTTTATTGACAGGTTGTTTGCTGTTCTTATGAAGATGCTCGAGGATATTGAGGACGATCCTGCTTGGTACAGCGCTGAGACTGAGGATGAAGATGCTGGCGAGACAAGCAACTACAGCATGGGTCAAGAGTGTTTGGATCGGTTAGCAATTTCTCTGGGAGGAAACACCATTGTTCCGGTTGCATATCAGCAGTTTTCTGCTTACTTGGCTGCCTCTGAGTGGCAGAAACATCATGCTTCTTTGATTGCACTTGCTCAGATTGCTGAAGGTTGTTCAAAGGTGATGATAAAAAATCTAGACCAAGTGGTGTCAATGGTTTTGAGCCAGTTTCAAAGTCCTCATCCTCGCGTAAGGTGGGCTGCTATAAATGCGATTGGACAGTTGTCTACAGATTTGGGTCCAGATTTGCAAAACCAACATCATGAGAGAGTGCTCCCCGCACTTGCTGCTGCTATGGATGATTTCCAGAATCCACGAGTGCAGGCTCATGCTGCTTCAGCAGTACTCAACTTCAGTGAAAATTGTACTCCTGAAATATTGTCACCTTATTTAGACGGAGTAGTGAGCAAGTTACTTGTGCTACTACAAAATGGTAAACAAATGGTGCAAGAAGGAGCTTTAACTGCTCTTGCTTCAGTGGCTGATTCATCACAGGAACACTTTCAAAAGTACTATGATACTGTCATGCCTTATCTCAAAACTATTTTGATGAATGCAACTGACAAGTCTAAGCGGATGCTTCGTGCCAAATCCATGGAGTGCATCAGTCTTGTTGGAATGGCAGTTGGAAAGGACAGATTCAAGGAAGATGCTAGACAGGTCATGGAAGTGCTAATGTCATTGCAAGGTTCTCAGATGGAGGCAGACGATCCAATAACAAGTTACATGTTACAGGCATGGGCTAGGCTTTGCAAGTGTCTAGGTCAAGATTTCCTCCCATACATGAAGGTTGTGATGCCTCCTTTGCTTCAGTCAGCTCAACTTAAGCCAGATGTAACAATTACATCTGCTGATTCAGAAGATGAAGCAGAGGATTCTGATGATGAAAGCATGGAGACCATTATCCTGGGCGACAAAAGAATAGGGATCAAAACAAGTGTTCTAGAGGAAAAGGCCACGGCTTGTAACATGCTTTGTTGCTATGCTGATGAGTTAAAAGAAGGATTTTTTCCTTGGATTGATCAGGTTGCACCTACATTGGTTCCTTTACTGAAATTCTATTTTCACGAAGAAGTTAGAAGAGCAGCTGTTTCAGCCATGCCGGAACTAATGCGCTCAGCCAAGCTGGCAATAGAGAAAGGGGAATCTCAAGGGCGAGATCTATCATATTTGAAGCAGCTTTCTGACTACATTATTCCAGCCATGCTGGAAGCTTTGCATAAAGAACCTGATACAGAGATCTGTGTGAGTATGTTGGAAGCTATCAATGAATGCTTGCAGATCTCTGGAAATCTTTTGGATGAAGGGAAAATTAGATCCATAGTTGATGAGATAAAGCAAGTTATGACCGCAAGCTCTAGTAGGAAGCGAGAGAGGGGAGAGAGGGCCCATGCTGAAGACTTTGACGCTGAAGAGGGAGAGCTTATTAAAGAGGAAAATGAGCAAGAGGAAGAAATTTTTGATCAAGTCGGTGAAATATTGGGAACATTGGTTAAGACATTCAAGGCCTCATTTCTACCTTTCTTCGATGAACTGTCCTCTTACTTAACTCCTATGTGGGGAAGAGATAAAACAGCGGAAGAGAGAAGGATTGCTATATGCATTTTTGATGATGTAGCAGAACAATGCCGTGAAGCTGCCTTTAAATATTATGATACCTATCTTCCATTTGTACTGGAAGCTTGCAATGACGAGAGCCCAGAGGTTCGACAGGCTGCTGTTTATGGGCTTGGCGTTTGTGCTGAGTTTGGCGGCTCTGTATTCAAGCCTCTTATTGGAGAGGCTCTGTCAAGATTAAATGTTGTGATACAGCTGCCAAATGCTCGGCAATCTGAAAATGCCATGGCATATGATAATGCTGTATCAGCCGTGGGAAAGATCTGCCAATTTCACCGTGATAGTATTGATTCTTCTCAGGTACTTCCTGCGTGGTTGAACTGTTTGCCTATAAGCAATGATGTCCTTGAAGCCAAAGTGGTTCATGATCAGCTCTGCTCAATGGTTGAAAGGCAAGATGTAGACCTTTTAGGCCCCAATAACCAGCATCTTCCGAAAATCTTAATAGTTTTTGCCGAGGTACTTACAGGGAAAGATGTGGTGACACAAGAGACAGCAGGTCGTATGATAAATATATTAAGGCAACTTCAACAGACACTGCCACCATCGGCGTTGGCCTCAACATGGTCAACGCTGAAACCCGAACAGCAGCTCGCTCTCCAATCCATGCTTTCCTCCTAAATTCAATCCAATCCGATCTCTCTGTTTATTTTTACAGTTTTGTGAGCTCTGTTTTCACCACAAAGCGTCGTCAGTTTTGCATTTATGTGTTTACAAAAGTGTTTCTTCTTCTTTTGCATTTTTCATCTAATTCTTTTGGGAGGGATGATGATGGGTCGGTCCATCCTTCAGAAGTTACAAAATGAAAATTTCTATCTTTATGGTAGGAAGTGTATATTAGGAGGGAAGGATGAAATTGTTAGTGAAATGTGTCATTGGGTATGGTTCCCCAAATACACAGGTCTGCTGTTGGTGTCGGTGTTGGTTTGGGTTTGAGAGTGGGATGAAGTTTTGGTGCTTTATACGAGAAGGAACAAAACAGAAAGATTTGATTTTGAATTTTTGTTTTTGTATGCAATTGGGAATTTTGGAAGAATGATTCTTTTCTCTCATTGCCTTTGTTGATTTGTACTCTTTTGGACACTCTTCTTTGGCCTTTTCTTAATAAAAGAAATGTCTTTTTTATTTAATTTTATTATATCGTTGTCATATGATAAATTTATCAGACAGCAGCTAAG
CDS Sequence
Protein Sequence