Gene Details:

Functional Descriptions:

  • Suggesting that TaFT3-B1 promotes flowering. Significant association was observed in the GEDIFLUX collection for TaTOE1-B1, a putative flowering repressor.
  • TaFT3-B1 promotes flowering, these genes present alternative routes for the fine tuning of flowering time control in wheat.
  • The identification of new candidate genes Triticum aestivum FLOWERING LOCUS T3-B1 (TaFT3-B1) and TARGET OF EAT1 (TaTOE1-B1) controlling the short-day photoperiod response in bread wheat.
  • Loss of TaFT3-B1 by deletion was associated with late flowering.
  • Increased TaFT3-B1 copy number was associated with early flowering, suggesting that TaFT3-B1 promotes flowering.
  • As TaTOE-B1 represses and TaFT3-B1 promotes flowering, these genes present alternative routes for the fine tuning of flowering time control in wheat.
  • Significant association was observed in the GEDIFLUX collection for TaTOE1-B1, a putative flowering repressor.

Literature:

Gene Resources:

Sequences:

cDNA Sequence
  • >TraesCS1A02G338600.1
    TAAGTAGAAGAGTGATGGCCCTGTTCCAACATAGAGTATTGCTGCAACTTGGCAGGTCACAGTAGAAAAAATTCACTTTGTAAACAACAGTGACATGAGCAGGCTCCTGGCCTGAGTGCAATTAAGTGGGTTGCAAGCATATGTTTTCCATTCCTACTAGTCCATTTTATGTAATCCCTGATTTTGAATAAAATAATGACCCTAAGCTATAAGGAATATGAGTTTTCAGAAGGGAAAAAATCTTTTAATGCTGTGCAAATGCATTACATGCCAACAAGAAAACAATGTCAGCAGATATCTAAAAAAAATACAAGGGAAAGTACTTAATACCAGTAAGCATGCAGTTGAAATGAAGAACCTAAGCATGTTAAGTACACCTACATGTTCAGCGTCACTACATTGTTAGGTTCAGAAATATGGTACCCATTATCTCCAAAGAGGTTGTGACCAAAGGAATGCGCTAACTATCGTTTACAATTCACAAGCTCGTCCCAGTATACCACAGCCATGCTAATAATAGGATGGCTTTAGCATGCATGTCAAAATATCTACGGCCCGACCACTCCATAAAGTACAGGATCTAATCGACAAATATCAATGACGTTACGTACAGGTGACGCACAACATGACGCTAGTATCAAAACTTTTGAAAGGTGAATAAGACAACCCTCATCGCACAATACAAGTAGTTCGTGCAAGTAGGTCATACATAGACACAATTTGTTTCAGGTCTGTAGAGAGCTAGGCACAATAACAGACAAAGGCTAAGGCTGTTAACTGGTAGTCCTCCAGTATATGTCGGCAGCGGATCCATTGGTTGTGGCCCATGTTCTACAAGATGTGCTTGATCCATTTACATCAACTGTTCCACTCAGGATAGCTTACAACAATAGGCTAGTCCTGGCAGGTGCTGAGCTAAGACCATCTGCAATTGTAAGCAAGCCACGAGTTGATATCAGTGGCAGTGACATGAGAGTTCTCTACACCCTGATATTGGTGGATCCAGACGCCCCAAGCCCAAGTCACCCATCACTAAGGGAGTACTTGCACTGGATGGTGTCAGACATCCCTGCAACAACTGGTGCCAGCTTTGGCCAAGAGCTTGTAGTTTATGAAAGACCAGAACCCAGATCTGGTATCCATCGGATGGTATTTGTGCTGTTCCAGCAACTAGGCAGGGGTACAGTTTTTGCACCAGACGTGCGACACAACTTCAGCTGCAGGAACTTTGCACGGCAGCACCACCTCAATATTGTGGCTGTCTCATATTTCAACTGTCAAAGGGAAGGTGGATCAGGTGGAAGAAGGTTTAGGCCAGAAAGTTCTCAAGGGGAGTAGAGATTAGATACTACAGAGTAAAGACCATTGTATGCTGCACCGTAGTGTTGCATCACAAATAATGTGTAGCATATAGAATACCCTGTATCATCTAAATATGCAGCATTATATGCATCTTCAG
CDS Sequence
  • >TraesCS1A02G338600.1
    ATGTCGGCAGCGGATCCATTGGTTGTGGCCCATGTTCTACAAGATGTGCTTGATCCATTTACATCAACTGTTCCACTCAGGATAGCTTACAACAATAGGCTAGTCCTGGCAGGTGCTGAGCTAAGACCATCTGCAATTGTAAGCAAGCCACGAGTTGATATCAGTGGCAGTGACATGAGAGTTCTCTACACCCTGATATTGGTGGATCCAGACGCCCCAAGCCCAAGTCACCCATCACTAAGGGAGTACTTGCACTGGATGGTGTCAGACATCCCTGCAACAACTGGTGCCAGCTTTGGCCAAGAGCTTGTAGTTTATGAAAGACCAGAACCCAGATCTGGTATCCATCGGATGGTATTTGTGCTGTTCCAGCAACTAGGCAGGGGTACAGTTTTTGCACCAGACGTGCGACACAACTTCAGCTGCAGGAACTTTGCACGGCAGCACCACCTCAATATTGTGGCTGTCTCATATTTCAACTGTCAAAGGGAAGGTGGATCAGGTGGAAGAAGGTTTAGGCCAGAAAGTTCTCAAGGGGAGTAG
Protein Sequence
  • >TraesCS1A02G338600.1
    MSAADPLVVAHVLQDVLDPFTSTVPLRIAYNNRLVLAGAELRPSAIVSKPRVDISGSDMRVLYTLILVDPDAPSPSHPSLREYLHWMVSDIPATTGASFGQELVVYERPEPRSGIHRMVFVLFQQLGRGTVFAPDVRHNFSCRNFARQHHLNIVAVSYFNCQREGGSGGRRFRPESSQGE