Gene Details:

  • Gene ID: GSBRNA2T00142012001
  • Gene Name: GSBRNA2T00142012001
  • Gene Family: CPP Family
  • Description: CPP Family protein
  • Species: Brassica napus
  • Source: CPP family gene from PlantTFDB

Protein Features:

Annotation Proteins:

  • Refseq:  XP_013734179.1  — transcriptional corepressor LEUNIG_HOMOLOG isoform X1
  • Refseq:  XP_013734180.1  — transcriptional corepressor LEUNIG_HOMOLOG isoform X1
  • Refseq:  XP_022571644.1  — transcriptional corepressor LEUNIG_HOMOLOG isoform X1
  • Swissprot:  O48847  — LUH_ARATH; Transcriptional corepressor LEUNIG_HOMOLOG
  • TrEMBL:  A0A3P6AXK5  — A0A3P6AXK5_BRAOL; Uncharacterized protein
  • STRING:  Bo3g026760.1  — (Brassica oleracea)

Gene Ontology:

  • GO:0001666  — Biological Process — response to hypoxia
  • GO:0006974  — Biological Process — cellular response to DNA damage stimulus
  • GO:0006979  — Biological Process — response to oxidative stress
  • GO:0009414  — Biological Process — response to water deprivation
  • GO:0009611  — Biological Process — response to wounding
  • GO:0009617  — Biological Process — response to bacterium
  • GO:0009620  — Biological Process — response to fungus
  • GO:0009624  — Biological Process — response to nematode
  • GO:0009733  — Biological Process — response to auxin
  • GO:0009793  — Biological Process — embryo development ending in seed dormancy
  • GO:0009827  — Biological Process — plant-type cell wall modification
  • GO:0009909  — Biological Process — regulation of flower development
  • GO:0009944  — Biological Process — polarity specification of adaxial/abaxial axis
  • GO:0010073  — Biological Process — meristem maintenance
  • GO:0010272  — Biological Process — response to silver ion
  • GO:0045892  — Biological Process — negative regulation of transcription, DNA-templated
  • GO:0045893  — Biological Process — positive regulation of transcription, DNA-templated
  • GO:0045995  — Biological Process — regulation of embryonic development
  • GO:0046898  — Biological Process — response to cycloheximide
  • GO:0048358  — Biological Process — mucilage pectin biosynthetic process
  • GO:0048359  — Biological Process — mucilage metabolic process involved in seed coat development
  • GO:0071217  — Biological Process — cellular response to external biotic stimulus
  • GO:0080001  — Biological Process — mucilage extrusion from seed coat
  • GO:1901001  — Biological Process — negative regulation of response to salt stress
  • GO:1902074  — Biological Process — response to salt
  • GO:1902183  — Biological Process — regulation of shoot apical meristem development
  • GO:2000024  — Biological Process — regulation of leaf development
  • GO:0005634  — Cellular Component — nucleus
  • GO:0003713  — Molecular Function — transcription coactivator activity
  • GO:0005515  — Molecular Function — protein binding

Family Introduction:

  • CPP-like (cystein-rich polycomb-like protein) proteins are members of a small transcription factor family whose typical feature is the existence of one or two similar Cys-rich domains termed the CXC domain. The members of this family are widely present in plants and animals but absent in yeast, and the CXC domains of CPP-like proteins show high conservation across species from amoebae though plants to mammals (Andersen et al. 2007; Riechmann et al. 2000). CPP-like genes play an important role in development of reproductive tissue and control of cell division in plants.

Literature:

Sequences:

CDS Sequence:
  • >GSBRNA2T00142012001|Brassica_napus|CPP|GSBRNA2T00142012001
    ATGGCGCAGAGTAATTGGGAATCTGATAAGATGCTTGACGCTTACATATATGATCATCTGGTGAAGAAGAAACTGCATAACATTGCTAAGTCTTTTGTGACTGAAGGCAAAGTCTCTCCTGATCCTGTTGCAATTGATGCTCCTGGTGGGTTTCTGTTTGAGTGGTGGTTTGTGTTCTGGGAGATGTTCTATGCTAGGACGAAGGAGAAGCATGATGAGTCTGTTGTTGAGTATGGGCTTAACGTTTACATCTTTGATTATCTGGTGAAGAAGAAACTGCATTACACTGCTAAGTTGTTCATGACTGAAGTGAAAGTCTCTCCGGATAATGTTGCAATTGATGATCCTCGTGGGTTTCTTTCTGAGTGGTGGTCTTTGTTCTGGGACGTCTACATTGCTAAAACGAATGAGAAGCATTCTGAGTCTACTGCAGAGGCGCAACAAGGTAAAGCGAAGGAGCAGATGAAGCAACCCAATCCAATTAACACTGAGACATCCCAAACCCATATGGATGCAGGGACAATCCATCATGGTCAGATGGTCCAAGGGAATAATCAAGGAGGTGTTTCGGCAGCACTTCAGTCACGCACTCAGCAGACCCCTCTTATCAACATGCCGCCTGTACAGCACTCTTCGTCTCAGCAACAAGATCCCTTACTATCACAGCAATCACAACAGAACAACAGTACAGGGTCAGGAAACATGGTCGGCTCATCCAACTCACAGCTGTCAACTCCTTCAACGCATACCCCTGTCGAAGGAGATGCTATGACTGGTAACATGCCAAAAGGGCCAATGATGTATGGTTCTGATGCAATAGGTGGTCTTGCATCATCAGCAAACCAACTGTGGCAACAAGGTAAAGCGGAGGAGGAGCAAATTCAAATGAAGCAACTCAATCCAGTGAACACTGAGACATCAGGAACAAACAATCATGGTGAGATGGTCCAAAGGAATGATCAAGGAGGAGATGTATCGGCAGCAATACTGAAGCAACTTAAGTCACAAACTCAGCAGACCCCTTTGGAAGCTGGAGAAGGAGAATCACGTAAGCGATGCAAATGCAAAAAGTCCAAGTGTTTGCAACTTTTATGTGAATGCTTTTCTACTGGAGTCTATTGTACTACAGAGCCGCCATGCTCATGTACAGATTGCTTCAACAAACCTATTCATGAAGATACCGTCTTGGCTCCTGCTCGCAAAAAGTATGAGTCTCGGAACCCATTTGGATTTGCTCCTAGAGTCATCAGGAGCTCCCATTCAGTTATGAAAACCAGGGAAGAGGAGGATGCAAGCAAAAGTCCAGCTTCTGCTCGCCGTAAAAGTGGCTGCAACTGCAAGAAATCAAACAGTCAGAAATACTGTCAATGCTTTAAGGGTGGTGTGGGCTGTACCGTAAACTGTAAATGTGAAGGGTGTGAGAACAGATTCGGCGTCAAAGCTTCAGAGACCCCCTGGCAATGCTTGATCTCTAGTTTTGAAGATCGAATTAGAGTTTCGAAACACACTGATTCGTTTGGGCTTACTCAGGTTACTCGATCTCTGGCTGGAGCTATGGCGCAGAGTAATTGGGAAGCGGATAAGATGCTTGACGTTTACATATATGATTATTTGGTGAAGAAGAAACTTCATAACACTGCTAAGTCCTTTATGACTGAAGGCAAAGTCTCTCCTGATCCTGTTGCGATTGATGCTCCTGGTGGGTTTCTTTTTGAGTGGTGGTCTGTGTTCTGGGACATCTTTATTGCAAGGACGAATGAGAAGCATTCTGAGTCTGCTGCAGCTTATATAGAGGCGCAACAAGGTAAAGCGAAGGAGCAGCAAATGCAATTGCAGCAGCTGCAGATGATGCGCCAAGCTCAAATGCGTAGGGATCCTTCTCTTGGGGGTCCGATGAATGCTATTGTTTCTGATGGGATGGTTGGGCAGTCTAATAATGCCAGTGCTATGGCTGCAAAAATGTACGAGGAACGTATGAAGCAACCTAATCCAATGAACGCTGAGACATCCCAACCCCATATGGATCCGAGGATGGCCCTTCTCAAATCAGGAACAAGCCATCATGGTCAGATGGTCCAAGGGAATCATCAAGGAGGTGTTTCGGCAGCACTGCAGCAACTTCAGTCACGAACTCAGCAGACCCCTGAAATCAAAAGTGAAGTAAATCTTGGAGCATCTCCAAGACAACTGCCAGTGGATCCGTCTACAGTTTATGGCCAGGGGATTCTGCAATCGAAGCCTGGGATGGGGAGTGCAGGATTAAATCCTGGAGTTGGTGTTCTTCCTTTGAAGGGATGGCCATTAACTGGCATCGATAATATGCGACAAGGTCTAGGCCCTCAGGTTCAGAAAGCTTTCCTTCAAAATCAAGGTCAATTTCAGCTCTCACCACAGCAGCAGCAACAACAACAGATTATGGCTCAGGTTCAAGGGCAAGGAAATATGACTAATTCGTCCGTGTATGGCGACATGGACACTCGCAGATTTTCAGGATTGCCCAGAGGAAACCTGAATTCGAAAGATGGCCAACAGAATGCAAATGATGGTTCTATTGGATCCCCCATGCTGTCAAATTCGTCAAAACTTATAAACATGCCGCAAGTACAGCAATCTTCTTCTCAGCAACAAGATCCTTTACTATCACAGCAATCACAGCAGAACAACCGCAAAAGAAAAGGACCTTCATCTTCTGGTCCTGCTAACAGCACAGGGACAGGAAACACGGTCGGCCCATCCAACTCACAGCCGTCAACTCCTTCAACGCATACCCCTGTCGAAGGAGTTGCTATGACTGGAAATATGCAGCATGTGAATAACATGCCAAAAGGGCCAATGATGTATGGTTCTGATGCAATAGGTGGTCTTGCATCATCAGCAAATCAACTGCTGCAGGATGACATGGAACCGTTTGGAGATGTGGGAGCCCTAGAAGATAACGTTGAATCGTTTTTATCCCAAGATGATGGAGATGGAGGAAGCTTGTTTGGCACCCTAAAGCGGAACCCTTCTGAGCATACCGAAACCTCAAAGGTTTTTAGTTTCAATGAGGTTGGCTCTATAAGAAGAAGTGCCAGTAAGGTCATCTGCTGTAACTTCTCATCTGATGGAAAATTGTTGGCTAGTGCTGGACATGATAAGAAGGTGTTTATTTGGAACATGGAAACGCTACACACTGAGATCCCTCCGGAAGAACATGGTCATATCATCACAGATGTTCGTTTCCAACCTAATTCAACTCAACTGGCTACGTCGTCTTTCGACAAAACTATCAAAATATGGGATGTTTCTAAGCCTGGTTACTTAGTACGAACAATTTCTGGTCACAATGCACCTGTAATGTCCCTTGATTTTCACCCGAAGAAAACCGATCTTTTCTGCTCTTGTGATACCAACAATGAGATTCGTTTCTGGAGCATCAACGCTGCTAATTGCCTTCGTGCACAGGGTGCTAGCACGCAAGTACGGTTTCAGCCAAAACTTGGACAAATGCTTGCTGCAGCTTCGGAAAATATTGTGTCAATTTTCGATGTTGAACAGTACAGAGGGGTCCATTCGTTTAAGGGACATTCCTCAAGTGTGCATTCTATTTGTTGGAACCCAACCGGAGAGTTGGTAGCTTCTCTTAGCGAAGACAGTGTTAAAGTATGGTCTGTGGGCTCAGGAGAATGCATCCACGAGCTCAGTTCTAGTGGAAACAAATTCCACTCTTGCGTTTATCACCCTACCTATCCCAATCTCTTGGTCATCGGTGGTTACCAGTCACTGGAGCTGTGGGACACAGGAGAGAACAAATGTATGACAATAGCGGCTCACGAGTGTGTGATCTCTGCCTTAGCTCAGTCATCTTCTACAGGAATGATGGCGTCTGCAAGTCATGACAAGTCTGTAAAGATTTGGAAGTAG
Protein Sequence:
  • >GSBRNA2T00142012001|Brassica_napus|CPP|GSBRNA2T00142012001
    MAQSNWESDKMLDAYIYDHLVKKKLHNIAKSFVTEGKVSPDPVAIDAPGGFLFEWWFVFWEMFYARTKEKHDESVVEYGLNVYIFDYLVKKKLHYTAKLFMTEVKVSPDNVAIDDPRGFLSEWWSLFWDVYIAKTNEKHSESTAEAQQGKAKEQMKQPNPINTETSQTHMDAGTIHHGQMVQGNNQGGVSAALQSRTQQTPLINMPPVQHSSSQQQDPLLSQQSQQNNSTGSGNMVGSSNSQLSTPSTHTPVEGDAMTGNMPKGPMMYGSDAIGGLASSANQLWQQGKAEEEQIQMKQLNPVNTETSGTNNHGEMVQRNDQGGDVSAAILKQLKSQTQQTPLEAGEGESRKRCKCKKSKCLQLLCECFSTGVYCTTEPPCSCTDCFNKPIHEDTVLAPARKKYESRNPFGFAPRVIRSSHSVMKTREEEDASKSPASARRKSGCNCKKSNSQKYCQCFKGGVGCTVNCKCEGCENRFGVKASETPWQCLISSFEDRIRVSKHTDSFGLTQVTRSLAGAMAQSNWEADKMLDVYIYDYLVKKKLHNTAKSFMTEGKVSPDPVAIDAPGGFLFEWWSVFWDIFIARTNEKHSESAAAYIEAQQGKAKEQQMQLQQLQMMRQAQMRRDPSLGGPMNAIVSDGMVGQSNNASAMAAKMYEERMKQPNPMNAETSQPHMDPRMALLKSGTSHHGQMVQGNHQGGVSAALQQLQSRTQQTPEIKSEVNLGASPRQLPVDPSTVYGQGILQSKPGMGSAGLNPGVGVLPLKGWPLTGIDNMRQGLGPQVQKAFLQNQGQFQLSPQQQQQQQIMAQVQGQGNMTNSSVYGDMDTRRFSGLPRGNLNSKDGQQNANDGSIGSPMLSNSSKLINMPQVQQSSSQQQDPLLSQQSQQNNRKRKGPSSSGPANSTGTGNTVGPSNSQPSTPSTHTPVEGVAMTGNMQHVNNMPKGPMMYGSDAIGGLASSANQLLQDDMEPFGDVGALEDNVESFLSQDDGDGGSLFGTLKRNPSEHTETSKVFSFNEVGSIRRSASKVICCNFSSDGKLLASAGHDKKVFIWNMETLHTEIPPEEHGHIITDVRFQPNSTQLATSSFDKTIKIWDVSKPGYLVRTISGHNAPVMSLDFHPKKTDLFCSCDTNNEIRFWSINAANCLRAQGASTQVRFQPKLGQMLAAASENIVSIFDVEQYRGVHSFKGHSSSVHSICWNPTGELVASLSEDSVKVWSVGSGECIHELSSSGNKFHSCVYHPTYPNLLVIGGYQSLELWDTGENKCMTIAAHECVISALAQSSSTGMMASASHDKSVKIWK*