Gene Details:

  • Gene ID: BnaA02G0071100ZS
  • Suggest Gene Name: TERMINAL FLOWER 2, LIKE HETEROCHROMATIN PROTEIN 1
  • Description: putative flowering gene
  • Species: Brassica napus
  • Source: Putative flowering gene from PlantCFG

Protein Features:

Functional Descriptions:

  • Regulates the meristem response to light signals and the maintenance of inflorescence meristem identity. Influences developmental processes controlled by APETALA1. TFL2 silences specific genes within euchromatin but not genes positioned in heterochromatin. TFL2 protein localized preferentially to euchromatic regions and not to heterochromatic chromocenters. Involved in euchromatin organization. Required for epigenetic maintenance of the vernalized state.

Homologous

Sequences:

gDNA Sequence
  • >BnaA02G0071100ZS
    TGAAAGGGGCAAGTGTCAAGAAGAAAACCTATGTGGTGAATGACGCTGGTGAGGCTGAAACAGTCGGAGGAAGCGGGAAAAAAAGTGGAGGAGACGGCAGTGAAGATGGAGCGTCGATTCTTGGCGAGATGGGTGATGACATGCATACGGAGGATGGGGAAGAAGAAGATGAAGAAGGAGGAGAAGAAGGAGAAGGGAAAGAGAAGAGGTCAAAGCTAGATGAAGGCTACTTCGAAATCGAAGCTATTCGCCGTAAGAGAGTTAGAAAAGTAAGTTCATTTTCTTCTTCTTCTTCTTATTACAGCAAATGTGGTTTTAAGATTAGTATATGTGACCCTCTTCACATTCTCTACATTGTTCATTTCTTACAAATGTGGTTAGAATTTGAGTATTCTGATTTAATGGTGATTTTACTAGCTTTAATGTTTTGATATATTCTTATTGATCATAGGGGAAGGTGCAGTATCTAATTAAATGGTGAGTTTCTTCAAAATCAATACTCAAGTTTCATTTTTAAGTCACTGTAACATAATGCTTTTTTTTAATTGACATATATTGTGAAAAGGCGGGGATGGCCTGAAACTGCCAACACATGGGAGCCTCTAGAGAATTTACACTCTATTGCTGATGTTATTGATTCATTTGAAGGAAGGTTAGTGCATATCTTAATCTTAATGTGAGCAGTTACATATGGTATACTAATTTGCTTTTCTTTGTATCAATAGTTTGAGGCCAGGGAAGCCTGGTAGGAAGAAGAAGCGCAAATACGCAGGTCCTTATTCTCAGCTGAAGAAGAAGCAGCAACGTTTTGGTTATGATGCTGCTGAGAAGTCTGACTCTTCTACATCTCTTAACAACTCTAGCCTCCCTGGTATTCGCGGTCCACTCGACCTCAGTGGCTATGTAGCCACCACCAACCAAGGTGAAGCTAACAGTGGGAGTGTTGGTATGGTCAGACGAGTTAGTTTGAAGGAATATGATCCGACGCTTAATGAGTTAAGGGGACCAGGCATTGGTTGTGAAGGTGATAGTGTAAGAGCAAATGGGTTTCTCAAGGAGTTTGATAAGAACAGTGGTTTCATAGGTGCTAAGCGGAGAAAGTCTGGTTCTGTGAAAAGATTCAAACAAGACGGAACCACAAGTAACAACAACAACAACAACAACCACACTACATATCAGAATCTGACACCAGATTTAGACTCTTTTGGTAGAATGGTAGAACCACACCTCAATAACAATCCGTCTCAGAAAAGCAAAGCGGAGGAATTTGACATTGTGAGGATCATCAAGCCAGTGAGATTCTCTTCATCTATAACAAACAATGTACAAGACGCGTTGGTGACCTTTTCGGCGTTGAGGTTTGTCTGTCTCTTTGCACTTTGGTCACTTTTTTCACATTTGAGTTCATACTTATTTGGCTACTTACTACTCATAGGTCTGATGGGAAGGAAGTAACGGTAGACAACAGGTTTCTCAAGGCTCACAATCCTCTTCTGGTAAGGTTTAATCTTTAGAGCTTTTTCTTTCTGCATTTTTACTCATATGGAATAGTTCTAAAAGCTTTCCTATTCTGTGTTTTTTTTTTTTTGTGACCCCAGCTGATTGAATTCTACGAGCAACATCTCAAGTACAATCCCGAAAGATAA
CDS Sequence
  • >BnaA02G0071100ZS
    ATGAAAGGGGCAAGTGTCAAGAAGAAAACCTATGTGGTGAATGACGCTGGTGAGGCTGAAACAGTCGGAGGAAGCGGGAAAAAAAGTGGAGGAGACGGCAGTGAAGATGGAGCGTCGATTCTTGGCGAGATGGGTGATGACATGCATACGGAGGATGGGGAAGAAGAAGATGAAGAAGGAGGAGAAGAAGGAGAAGGGAAAGAGAAGAGGTCAAAGCTAGATGAAGGCTACTTCGAAATCGAAGCTATTCGCCGTAAGAGAGTTAGAAAAGGGAAGGTGCAGTATCTAATTAAATGGCGGGGATGGCCTGAAACTGCCAACACATGGGAGCCTCTAGAGAATTTACACTCTATTGCTGATGTTATTGATTCATTTGAAGGAAGTTTGAGGCCAGGGAAGCCTGGTAGGAAGAAGAAGCGCAAATACGCAGGTCCTTATTCTCAGCTGAAGAAGAAGCAGCAACGTTTTGGTTATGATGCTGCTGAGAAGTCTGACTCTTCTACATCTCTTAACAACTCTAGCCTCCCTGGTATTCGCGGTCCACTCGACCTCAGTGGCTATGTAGCCACCACCAACCAAGGTGAAGCTAACAGTGGGAGTGTTGGTATGGTCAGACGAGTTAGTTTGAAGGAATATGATCCGACGCTTAATGAGTTAAGGGGACCAGGCATTGGTTGTGAAGGTGATAGTGTAAGAGCAAATGGGTTTCTCAAGGAGTTTGATAAGAACAGTGGTTTCATAGGTGCTAAGCGGAGAAAGTCTGGTTCTGTGAAAAGATTCAAACAAGACGGAACCACAAGTAACAACAACAACAACAACAACCACACTACATATCAGAATCTGACACCAGATTTAGACTCTTTTGGTAGAATGGTAGAACCACACCTCAATAACAATCCGTCTCAGAAAAGCAAAGCGGAGGAATTTGACATTGTGAGGATCATCAAGCCAGTGAGATTCTCTTCATCTATAACAAACAATGTACAAGACGCGTTGGTGACCTTTTCGGCGTTGAGGTCTGATGGGAAGGAAGTAACGGTAGACAACAGGTTTCTCAAGGCTCACAATCCTCTTCTGCTGATTGAATTCTACGAGCAACATCTCAAGTACAATCCCGAAAGATAA
Protein Sequence
  • >BnaA02G0071100ZS
    MKGASVKKKTYVVNDAGEAETVGGSGKKSGGDGSEDGASILGEMGDDMHTEDGEEEDEEGGEEGEGKEKRSKLDEGYFEIEAIRRKRVRKGKVQYLIKWRGWPETANTWEPLENLHSIADVIDSFEGSLRPGKPGRKKKRKYAGPYSQLKKKQQRFGYDAAEKSDSSTSLNNSSLPGIRGPLDLSGYVATTNQGEANSGSVGMVRRVSLKEYDPTLNELRGPGIGCEGDSVRANGFLKEFDKNSGFIGAKRRKSGSVKRFKQDGTTSNNNNNNNHTTYQNLTPDLDSFGRMVEPHLNNNPSQKSKAEEFDIVRIIKPVRFSSSITNNVQDALVTFSALRSDGKEVTVDNRFLKAHNPLLLIEFYEQHLKYNPER