Gene Details:
- Gene ID: Glyma.18G298900
- Gene Symbol: GmFT1a
- Gene Name: FLOWERING LOCUS T-like
- Genome: Wm82.a4.v1
- Species: Glycine max
Functional Descriptions:
- GmFT1a negatively regulates photoperiodic flowering time.
- We combined gene expression profiling with a study of transgenic plants and confirmed that GmFT1a, soybean Flowering Locus T (FT) homolog, is a floral inhibitor.
- The GmFTs obtained in these studies have paved the way for the identification of the flowering regulatory networks in soybean that enable this crop to adapt to a wide range of photoperiods.
- Functional diversification of Flowering Locus T homologs in soybean: GmFT1a and GmFT2a/5a have opposite roles in controlling flowering and maturation.
- We combined gene expression profiling with a study of transgenic plants and confirmed that GmFT1a, soybean Flowering Locus T (FT) homolog, is a floral inhibitor.
- Transgenic overexpression of GmFT1a delayed flowering and maturation in soybean, confirming that GmFT1a functions as a flowering inhibitor.
Function-related keywords:
Literature:
- Molecular mechanisms for the photoperiodic regulation of flowering in soybean. DOI: 10.1111/jipb.13021 ; PMID: 33090664
- Extensive Analysis of GmFTL and GmCOL Expression in Northern Soybean Cultivars in Field Conditions. DOI: 10.1371/journal.pone.0136601 ; PMID: 26371882
- Functional diversification of Flowering Locus T homologs in soybean: GmFT1a and GmFT2a/5a have opposite roles in controlling flowering and maturation. DOI: 10.1111/nph.14884 ; PMID: 29120038
- Functional diversification of Flowering Locus T homologs in soybean: GmFT1a and GmFT2a/5a have opposite roles in controlling flowering and maturation. DOI: 10.1111/nph.14884 ; PMID: 29120038
Related News:
Gene Resources:
Sequences:
cDNA Sequence
- >Glyma.18G298900.1
ATCCTGCAACTGTCTGAGAGATTTTTTTTCCCTCACAGCGTTTTCTCTCCATTTTAACAATTATAGAAATAAATCTAAGAAGTAAAGTACCGGAATCTACTAGATGTTGAAATATTAATATGAGTAAACAAACGCTAGCTTAGTGCATGTATAAATAGGCATAGCGGCATAGACAATTTTCCCTCATAAACCGATAGAAGGTGACCAACTTATCGATATTAATTTATTATGCCTAGATCAACGGACCCTCTTGTTATTGGAGGTGTAATAGGAGATGTTTTGGAGCCTTTCACAAGTAGCGTTTCTATGGGGATAGTCTATAATAATTGCCCTCAAGTTATCAACTGCTGTGAGCTCAAACCCTCCAAAATCCTCAATCGACCAAGAATTGAAATTGGTGGAGATGACCTCAGGACCTTTTACACCCTGGTTATGGTGGATCCTGATGCACCTAGCCCAGGCAATCCAACCCAGAGAGAATATTTGCACTGGTTGATAACCAATATTCCTGCAACTACAGGGGCAAACTTCGGAGAAGAGATTGTCTCCTATGAAAGTCCACGTCCAATAGTAGGGATTCATCGAATAGTTTTTGTGTTATTTCGTCAGCTGCGTAGACTAACTCTGCAACCTCCAGGCTGGCGCCAGAATTTCAACACTAGAGACTTTGCTGAGATTTATAATCTTGGATTACCAGTAGCGGCCATGTACTTCAACTGTAAACGAGAAAATGATCAAAGCAGTGGAAGAAGAAGATAATAGAAAGAAAACTATTATTAATATATATCCCGAGTTTTTATCAGCTCAACATGAAATAATAAATAACTTCTTTTTATATTTAAGTATTTATTAAATATAAATATATATTATATAAAAAAATCAACACGAATTTCAATTAAAAAATAATATTAGTATGAAAGAGCTAATGGCCCCTAAAGAAAAAGGTGCCTAGGGCATCAGCAATAAGCTTAGTATGAAGGTCATTTGGACATACCTGCCAAACTGAAGATCTTCAGACGAGCCATTAATTTCCCAGCAAGGTAATCTGCAATCTGATTAGCTTCTCTGAATGTGTGTTGGAACACCAGATTCCACTCAAGCTGCATGAAGGTTCTGATCTTGGTAATCAAAGGAGACACATTCACAAATAATTATGTACGTATGAGGAAATAATCGATTAATCTACTTGTTCTTCAAACTCATATTTATGAAGAGCAAAGTAATTGATTAATTCTGTTGATTTTATAAATAACATCTTTGTTTTTTCATTG - >Glyma.18G298900.3
ATCCTGCAACTGTCTGAGAGATTTTTTTTCCCTCACAGCGTTTTCTCTCCATTTTAACAATTATAGAAATAAATCTAAGAAGTAAAGTACCGGAATCTACTAGATGTTGAAATATTAATATGAGTAAACAAACGCTAGCTTAGTGCATGTATAAATAGGCATAGCGGCATAGACAATTTTCCCTCATAAACCGATAGAAGGTGACCAACTTATCGATATTAATTTATTATGCCTAGATCAACGGACCCTCTTGTTATTGGAGGTGTAATAGGAGATGTTTTGGAGCCTTTCACAAGTAGCGTTTCTATGGGGATAGTCTATAATAATTGCCCTCAAGTTATCAACTGCTGTGAGCTCAAACCCTCCAAAATCCTCAATCGACCAAGAATTGAAATTGGTGGAGATGACCTCAGGACCTTTTACACCCTGGTTATGGTGGATCCTGATGCACCTAGCCCAGGCAATCCAACCCAGAGAGAATATTTGCACTGGTTGATAACCAATATTCCTGCAACTACAGGGGCAAACTTCGGAGAAGAGATTGTCTCCTATGAAAGTCCACGTCCAATAGTAGGGATTCATCGAATAGTTTTTGTGTTATTTCGTCAGCTGCGTAGACTAACTCTGCAACCTCCAGGCTGGCGCCAGAATTTCAACACTAGAGACTTTGCTGAGATTTATAATCTTGGATTACCAGTAGCGGCCATGTACTTCAACTGTAAACGAGAAAATGATCAAAGCAGTGGAAGAAGAAGATAATAGAAAGAAAACTATTATTAATATATATCCCGAGTTTTTATCAGCTCAACATGAAATAATAAATAACTTCTTTTTATATTTAAGTATTTATTAAATATAAATATATATTATATAAAAAAATCAACACGAATTTCAATTAAAAAATAATATTAGTATGAAAGAGCTAATGGCCCCTAAAGAAAAAGGTGCCTAGGGCATCAGCAATAAGCTTAGTATGAAGGTCATTTGGACATACCTGCCAAACTGAAGATCTTCAGACGAGCCATTAATTTCCCAGCAAGGTAATCTGCAATCTGATTAGCTTCTCTGAATGTGTGTTGGAACACCAGATTCCACTCAAGCTGCATGAAGGTTCTGATCTTGGTAATCAAAGGAGACACATTCACAAATAATTATGTACGTATGAGGAAATAATCGATTAATCTACTTGTTCTTCAAACTCATATTTATGAAGAGCAAAGTAATTGATTAATTCTGTTGATTTTATAAATAACATCTTTGTTTTTTCATTG
CDS Sequence
- >Glyma.18G298900.1
ATGCCTAGATCAACGGACCCTCTTGTTATTGGAGGTGTAATAGGAGATGTTTTGGAGCCTTTCACAAGTAGCGTTTCTATGGGGATAGTCTATAATAATTGCCCTCAAGTTATCAACTGCTGTGAGCTCAAACCCTCCAAAATCCTCAATCGACCAAGAATTGAAATTGGTGGAGATGACCTCAGGACCTTTTACACCCTGGTTATGGTGGATCCTGATGCACCTAGCCCAGGCAATCCAACCCAGAGAGAATATTTGCACTGGTTGATAACCAATATTCCTGCAACTACAGGGGCAAACTTCGGAGAAGAGATTGTCTCCTATGAAAGTCCACGTCCAATAGTAGGGATTCATCGAATAGTTTTTGTGTTATTTCGTCAGCTGCGTAGACTAACTCTGCAACCTCCAGGCTGGCGCCAGAATTTCAACACTAGAGACTTTGCTGAGATTTATAATCTTGGATTACCAGTAGCGGCCATGTACTTCAACTGTAAACGAGAAAATGATCAAAGCAGTGGAAGAAGAAGATAA - >Glyma.18G298900.3
ATGCCTAGATCAACGGACCCTCTTGTTATTGGAGGTGTAATAGGAGATGTTTTGGAGCCTTTCACAAGTAGCGTTTCTATGGGGATAGTCTATAATAATTGCCCTCAAGTTATCAACTGCTGTGAGCTCAAACCCTCCAAAATCCTCAATCGACCAAGAATTGAAATTGGTGGAGATGACCTCAGGACCTTTTACACCCTGGTTATGGTGGATCCTGATGCACCTAGCCCAGGCAATCCAACCCAGAGAGAATATTTGCACTGGTTGATAACCAATATTCCTGCAACTACAGGGGCAAACTTCGGAGAAGAGATTGTCTCCTATGAAAGTCCACGTCCAATAGTAGGGATTCATCGAATAGTTTTTGTGTTATTTCGTCAGCTGCGTAGACTAACTCTGCAACCTCCAGGCTGGCGCCAGAATTTCAACACTAGAGACTTTGCTGAGATTTATAATCTTGGATTACCAGTAGCGGCCATGTACTTCAACTGTAAACGAGAAAATGATCAAAGCAGTGGAAGAAGAAGATAA
Protein Sequence
- >Glyma.18G298900.1
MPRSTDPLVIGGVIGDVLEPFTSSVSMGIVYNNCPQVINCCELKPSKILNRPRIEIGGDDLRTFYTLVMVDPDAPSPGNPTQREYLHWLITNIPATTGANFGEEIVSYESPRPIVGIHRIVFVLFRQLRRLTLQPPGWRQNFNTRDFAEIYNLGLPVAAMYFNCKRENDQSSGRRR* - >Glyma.18G298900.3
MPRSTDPLVIGGVIGDVLEPFTSSVSMGIVYNNCPQVINCCELKPSKILNRPRIEIGGDDLRTFYTLVMVDPDAPSPGNPTQREYLHWLITNIPATTGANFGEEIVSYESPRPIVGIHRIVFVLFRQLRRLTLQPPGWRQNFNTRDFAEIYNLGLPVAAMYFNCKRENDQSSGRRR*