Gene Details:

  • Gene ID: AT5G08550
  • Gene Symbol: ILP1
  • Gene Name: increased level of polyploidy1-1D
  • Description: GC-rich sequence DNA-binding factor-like protein;(source:Araport11)
  • TAIR Accession: locus:2159552
  • 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)
  • PO:0000293  — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

Gene Ontology:

  • GO:0030371  — enables — translation repressor activity
  • GO:0042023  — acts upstream of or within — DNA endoreduplication
  • GO:0003677  — enables — DNA binding
  • GO:0045892  — acts upstream of or within — negative regulation of DNA-templated transcription
  • GO:0000398  — acts upstream of or within — mRNA splicing, via spliceosome
  • GO:0005634  — is active in — nucleus
  • GO:0005634  — located in — nucleus

Germplasm Phenotype:

  • ilp1-1  — Shorter hypocotyls and roots compared to their wild type siblings in darkness. In the light, plants have shorter hypocotyls and smaller cotyledons compared with the wild type, and there was inhibition of root elongation. There is also a reduction in the number of 32C cells in 3 day old seedling hypocotyl cells.
  • ilp1-2  — Shorter hypocotyls and roots compared to their wild type siblings in darkness. In the light, plants have shorter hypocotyls and smaller cotyledons compared with the wild type, and there was inhibition of root elongation. There is also a reduction in the number of 32C cells in 3 day old seedling hypocotyl cells.

Literature:

Sequences:

cDNA Sequence
  • >AT5G08550.1
    ATGGGAAGTAACCGTCCTAAGAATTTCCGGCGGCGAGGGGACGACGGCGGCGATGAAATTGACGGTAAAGTTGCTACCCCCTCGTCAAAACCGACTTCGACTCTTTCCTCCTCGAAACCTAAAACACTCTCAGCCTCGGCCCCGAAGAAGAAACTCCTAAGTTTCGCCGACGACGAGGAGGAGGAAGAAGATGGAGCTCCCCGTGTGACGATAAAGCCTAAGAACGGCAGAGACCGTGTCAAATCCTCTTCCCGTCTCGGCGTTTCGGGATCTTCTCACAGACACTCTTCAACCAAGGAACGTCGTCCCGCTTCTTCTAACGTGCTTCCTCAGGCCGGCTCTTATTCGAAAGAGGCGCTGCTCGAGCTCCAGAAGAACACACGGACGCTTCCTTATTCTCGCTCTAGTGCCAATGCCGAGCCGAAGGTAGTGCTTAAGGGTTTAATCAAACCTCCGCAGGATCATGAGCAGCAGAGTCTGAAGGATGTAGTTAAACAGGTTTCGGATTTGGACTTCGATGAGGAAGGGGAAGAAGAGCAGCATGAAGATGCGTTTGCTGATCAGGCAGCGATTATTAGAGCCAAGAAAGAGAGGATGAGGCAGTCACGTTCAGCACCGGCGCCTGATTACATATCACTAGATGGTGGTATCGTAAATCATTCTGCTGTTGAAGGAGTCAGCGACGAGGATGCGGATTTTCAGGGAATTTTCGTCGGTCCGAGACCTCAGAAAGATGATAAGAAAGGTGTGTTTGATTTCGGTGATGAAAATCCTACTGCTAAAGAAACCACGACAAGTAGTATTTATGAGGATGAGGATGAAGAAGATAAGTTGTGGGAGGAGGAGCAATTTAAGAAGGGTATTGGTAAAAGAATGGACGAAGGGTCGCATAGGACTGTAACTAGTAATGGGATTGGCGTGCCTTTGCATTCTAAACAGCAGACACTGCCACAACAGCAACCGCAGATGTATGCTTATCATGCCGGGACACCAATGCCGAATGTTTCTGTCGCTCCTACCATTGGCCCAGCTACTAGTGTTGATACATTACCAATGTCACAACAAGCCGAGCTTGCCAAGAAGGCATTGAAAGACAATGTTAAGAAGCTTAAGGAATCTCATGCAAAAACGTTATCCTCCCTTACCAAGACAGATGAGAATCTGACTGCGTCGTTGATGAGTATCACAGCTCTTGAAAGTTCGCTATCTGCAGCTGGAGATAAGTATGTGTTCATGCAAAAACTCAGAGACTTCATTTCTGTTATCTGTGACTTCATGCAGAATAAGGGTTCATTAATTGAAGAAATTGAAGATCAAATGAAGGAACTTAACGAAAAACATGCTTTATCTATTCTAGAAAGGAGAATTGCAGATAACAATGATGAAATGATAGAGTTGGGGGCCGCAGTGAAAGCAGCAATGACAGTTCTAAACAAACATGGAAGCAGTAGTTCAGTGATTGCTGCTGCCACAGGTGCTGCGTTGGCTGCCTCTACTTCTATAAGGCAGCAGATGAATCAACCAGTTAAGCTTGATGAATTTGGCAGAGACGAAAATCTGCAGAAGCGCAGGGAAGTGGAACAGAGGGCTGCAGCCCGGCAGAAAAGGCGAGCTCGATTTGAAAATAAGCGTGCATCAGCTATGGAGGTTGATGGACCTTCTCTGAAAATAGAAGGAGAATCAAGCACTGATGAGAGTGACACTGAGACTTCAGCTTATAAGGAGACAAGAGATAGCTTACTTCAGTGTGCTGATAAGGTCTTTAGTGATGCATCTGAGGAGTACTCCCAGCTTTCAAAGGTGAAGGCGAGATTTGAGAGGTGGAAGCGAGACTATTCATCAACTTATCGTGATGCTTACATGTCTTTGACCGTTCCTTCCATCTTTTCACCTTATGTAAGACTGGAGCTTTTGAAATGGGATCCTCTTCATCAAGATGTGGATTTCTTTGACATGAAATGGCATGGGTTGCTTTTTGATTACGGGAAGCCAGAAGATGGGGATGATTTTGCACCAGATGATACTGATGCCAACCTTGTCCCTGAGCTAGTAGAAAAGGTTGCAATTCCAATTTTGCACCATCAGATAGTTCGTTGCTGGGATATACTTAGCACCCGGGAGACAAGAAATGCTGTTGCTGCTACAAGCTTGGTGACAAATTATGTTTCTGCTTCGAGTGAGGCCTTAGCAGAACTATTTGCTGCTATTCGTGCTCGCCTTGTTGAAGCCATTGCAGCTATTAGTGTTCCGACATGGGATCCTCTGGTATTGAAGGCTGTACCTAATACTCCACAAGTTGCCGCATATAGGTTTGGGACATCAGTCCGTCTTATGAGAAATATATGTATGTGGAAAGACATCCTGGCGCTTCCAGTGTTGGAGAACTTGGCTCTTAGTGACCTTTTGTTTGGAAAAGTTCTACCCCATGTCAGAAGCATTGCATCAAATATCCATGATGCTGTGACAAGAACTGAAAGAATCGTTGCTTCTTTGTCTGGAGTGTGGACAGGACCAAGCGTCACACGAACCCACAGTCGTCCGCTGCAACCTCTTGTGGATTGTACTCTGACACTTAGAAGAATTCTCGAGAAAAGGCTTGGCTCAGGACTGGACGATGCGGAAACCACTGGTCTCGCCCGCAGATTAAAGAGAATACTAGTCGAGCTCCATGAACATGACCACGCCAGGGAAATTGTCAGAACATTCAATCTTAAGGAGGCAGTTTGACCAAAAGTTTATTGATGGGAAACTGGAAAGTCAACACAGAAATCTTTAGCCTCAGGTTATCAGGCTCACCTTTCGGGCTGTACCAGCAAAGGCTCATCGATTTCAACATCGAGGATTACAAGATTTTCCCTAGGATTATTAGGCTAGCACCAAAACCTTCCGGAATCCATTTTCAGACACAGAAGAGTTTTAGTACTTTGGCTTAATGTAAGTGTAACCTCTTGTGGTTGTAGAAAACCTTATAATAAATATAAGCTAAAGTATCTCGAGTCTTTTATTTTTCCCTTTATATCTGTATGAGTTTAGATTTAGCAAAGACAATATTATTTCTATGAATAT
CDS Sequence
Protein Sequence