Gene Details:
- Gene ID: Glyma.10g011300
- Gene Symbol: GmWRKY54
- Gene Name: WRKY transcription factor
- Genome: Wm82.a4.v1
- Species: Glycine max
Functional Descriptions:
- GmWRKY54 improves drought tolerance through activating genes in abscisic acid and Ca2+ signaling pathways in transgenic soybean.
- WRKY transcription factors play important roles in response to various abiotic stresses. Previous study have proved that soybean GmWRKY54 can improve stress tolerance in transgenic Arabidopsis.
- GmWRKY54 confers drought tolerance in transgenic soybean plants.
- GmWRKY54 promotes stomatal closure and hence reduces photosynthesis under drought stress.
- Evaluation of the yield-related traits in GmWRKY54-transgenic soybean plants under drought stress.
Function-related keywords:
- drought , stress , drought-stress , photosynthesis , tolerance , yield , abiotic-stress , drought-tolerance , stress-tolerance , stomatal , abscisic-acid , stress-response , drought-stress-response , drought-response , abiotic-stress-response
Literature:
- GmWRKY54 improves drought tolerance through activating genes in abscisic acid and Ca(2+) signaling pathways in transgenic soybean. DOI: 10.1111/tpj.14449 ; PMID: 31271689
Related News:
Gene Resources:
- NCBI ID:
- UniProt accessions: I1L7N2
Sequences:
cDNA Sequence
- >Glyma.10G011300.2
CTTTCTTTGTAAACCCAAAACTACACACAACCTTTCTCTCTCTTTTACACAAACCTAAGCTATAAACCAGATCAACCTTACCTCTCTCCACTTCTTACTACTGTGAAGTTTGAGTTTGTGGTGTGCAAGATATGAAGGATTTTACCATTTAAAGAGATCAACTTGTTAGGTATATGGAGAAGAAAGAGATGGCTGTGAAAACTGAGGATGCGGTTGGGTCCTCTTCTTTCCCTTGTTATAATTATTCAAACCTTTATCCATTCTCGAACGCGTTTGATTTCTCTGAGGTTGAAAAGAGCTCTTTAGGGTTTATGGAGTTACTGGGTGTGCAGGACTATAGTCCTCTGCTTGAGTTGCCTCAACTTTCAACTGTGTCCGTGCAATCTCATCATCACTCTACAGTTACGGTTCCTTCTGATAACGGGAAAGAGTGTTCTGAGGTGTTGAACCACCAGCCTGCCACTCCAAACTCTTCTTCCATTTCATCCGCGTCCACTGATGCAGTCAATGATGAACAGAAGAAGACTCTAGACCAAGCAGAAGAAGATGATGATGATGATGATGAAGGACAACACAAGACTAAGAAACAGTTGAAGCCCAAGAAGACAAATCAGAAGAGACAGAGAGAACCAAGATTCGCGTTCATGACGAAAAGCGAGGTCGATCATCTGGAAGATGGGTACAGATGGAGAAAGTACGGTCAAAAGGCCGTGAAAAATAGCCCCTTTCCCAGGAGCTACTATCGTTGCACCAGTGTTTCATGTAATGTGAAGAAACGTGTGGAGAGATCTTTCACTGATCCAAGCGTTGTAGTGACAACCTATGAAGGCCAACACACACATCCCAGCCCAGTTATGCCTCGCTCAGTTGTCTCTTCTGGATACGCCAACAACTTTGCTTCAGTTTTGCCACTAGGAAACTACTTATCCCAGTATCAGCAGCAGCACCATCACCACCAACAACAAAAGCTACTTGTCAACACATTGTCCTCTTTGGGTTTTCCTTACAATGATTCTTCATCTCCAAAGAACGCTGTTTTTATTCAAGAGAGACGGCTTTGTAGTAATCAAGGGACGAATGCGTTTCTGAGGGACCATGGACTTCTTCAAGATGTTGTTCCTTCACACATGTTGAAAGAAGAGTAGAGCTGATATAACTCCATAGTTAGTAGTCAACATGCTTCTATGTGGTTTATTTTTTTGCTGACTTTTTCCTATGGGATAATTAGGAATGTGCATTGATTTCACAGATGTACAGCAGTGAAGATTGTTAGGTTAAGGATTTTAAACGGGAAGAATTGGTGTGGAAACTTGCTGCTTTGTTTTGTTCCCGGAAGTCGACCGAAACTAATTATAGAAAAATATTTTTCAAATTAGGATGATATGGTGCTAAAAGTCTTGTCCCAATATGGACACGAGGATATAAATGGGAAGAGTAATTCAACCATTCTGATCCCTCTTTTGAGGTGAATGAGTAAATGCCTCTGTGTATCCTGCACGCGATGCAATCCATTCATGGATTGGATAGTGGTGGAGAAGGGGAGAATTAAAGAAGAACAAATACAAAAGGAGAAATTTTTATACATACAAGCTAAGCATATATCGAGTGTGATATGGTCACTATGATGGAATAGATTTTGATAACGACACATGTTAGTTTTTATTTATGAAGGTATCAAGATAGGTCGTGTTTGTTTACAAGTTTTGTTTTATTGAGCAGTTGAAGGAGGTTCTCACAGTGAAGAATTATTGAAGTTTTTGAGATATTTATATAGCCGTTCACGGATAGGCATAGGCTAACATATTGTGAGATGTTATATACGACACGCCACCGTCAAAGAAATTACTGGGACCAGCTCCCTTTTCTCT - >Glyma.10G011300.3
CTTTCTTTGTAAACCCAAAACTACACACAACCTTTCTCTCTCTTTTACACAAACCTAAGCTATAAACCAGATCAACCTTACCTCTCTCCACTTCTTACTACTGTGAAGTTTGAGTTTGTGGTGTGCAAGATATGAAGGATTTTACCATTTAAAGAGATCAACTTGTTAGGTATATGGAGAAGAAAGAGATGGCTGTGAAAACTGAGGATGCGGTTGGGTCCTCTTCTTTCCCTTGTTATAATTATTCAAACCTTTATCCATTCTCGAACGCGTTTGATTTCTCTGAGGTTGAAAAGAGCTCTTTAGGGTTTATGGAGTTACTGGGTGTGCAGGACTATAGTCCTCTGCTTGAGTTGCCTCAACTTTCAACTGTGTCCGTGCAATCTCATCATCACTCTACAGTTACGGTTCCTTCTGATAACGGGAAAGAGTGTTCTGAGGTGTTGAACCACCAGCCTGCCACTCCAAACTCTTCTTCCATTTCATCCGCGTCCACTGATGCAGTCAATGATGAACAGAAGAAGACTCTAGACCAAGCAGAAGAAGATGATGATGATGATGATGAAGGACAACACAAGACTAAGAAACAGTTGAAGCCCAAGAAGACAAATCAGAAGAGACAGAGAGAACCAAGATTCGCGTTCATGACGAAAAGCGAGGTCGATCATCTGGAAGATGGGTACAGATGGAGAAAGTACGGTCAAAAGGCCGTGAAAAATAGCCCCTTTCCCAGGAGCTACTATCGTTGCACCAGTGTTTCATGTAATGTGAAGAAACGTGTGGAGAGATCTTTCACTGATCCAAGCGTTGTAGTGACAACCTATGAAGGCCAACACACACATCCCAGCCCAGTTATGCCTCGCTCAGTTGTCTCTTCTGGATACGCCAACAACTTTGCTTCAGTTTTGCCACTAGGAAACTACTTATCCCAGTATCAGCAGCAGCACCATCACCACCAACAACAAAAGCTACTTGTCAACACATTGTCCTCTTTGGGTTTTCCTTACAATGATTCTTCATCTCCAAAGAACGCTGTTTTTATTCAAGAGAGACGGCTTTGTAGTAATCAAGGGACGAATGCGTTTCTGAGGGACCATGGACTTCTTCAAGATGTTGTTCCTTCACACATGTTGAAAGAAGAGTAGAGCTGATATAACTCCATAGTTAGTAGTCAACATGCTTCTATGTGGTTTATTTTTTTGCTGACTTTTTCCTATGGGATAATTAGGAATGTGCATTGATTTCACAGATGTACAGCAGTGAAGATTGTTAGGTTAAGGATTTTAAACGGGAAGAATTGGTGTGGAAACTTGCTGCTTTGTTTTGTTCCCGGAAGTCGACCGAAACTAATTATAGAAAAATATTTTTCAAATTAGGATGATATGGTGCTAAAAGTCTTGTCCCAATATGGACACGAGGATATAAATGGGAAGAGTAATTCAACCATTCTGATCCCTCTTTTGAGGTGAATGAGTAAATGCCTCTGTGTATCCTGCACGCGATGCAATCCATTCATGGATTGGATAGTGGTGGAGAAGGGGAGAATTAAAGAAGAACAAATACAAAAGGAGAAATTTTTATACATACAAGCTAAGCATATATCGAGTGTGATATGGTCACTATGATGGAATAGATTTTGATAACGACACATGTTAGTTTTTATTTATGAAGGTATCAAGATAGGTCGTGTTTGTTTACAAGTTTTGTTTTATTGAGCAGTTGAAGGAGGTTCTCACAGTGAAGAATTATTGAAGTTTTTGAGATATTTATATAGCCGTTCACGGATAGGCATAGGCTAACATATTGTGAGATGTTATATACGACACGCCACCGTCAAAGAAATTACTGGGACCAGCTCCCTTTTCTCT
CDS Sequence
- >Glyma.10G011300.2
ATGGAGAAGAAAGAGATGGCTGTGAAAACTGAGGATGCGGTTGGGTCCTCTTCTTTCCCTTGTTATAATTATTCAAACCTTTATCCATTCTCGAACGCGTTTGATTTCTCTGAGGTTGAAAAGAGCTCTTTAGGGTTTATGGAGTTACTGGGTGTGCAGGACTATAGTCCTCTGCTTGAGTTGCCTCAACTTTCAACTGTGTCCGTGCAATCTCATCATCACTCTACAGTTACGGTTCCTTCTGATAACGGGAAAGAGTGTTCTGAGGTGTTGAACCACCAGCCTGCCACTCCAAACTCTTCTTCCATTTCATCCGCGTCCACTGATGCAGTCAATGATGAACAGAAGAAGACTCTAGACCAAGCAGAAGAAGATGATGATGATGATGATGAAGGACAACACAAGACTAAGAAACAGTTGAAGCCCAAGAAGACAAATCAGAAGAGACAGAGAGAACCAAGATTCGCGTTCATGACGAAAAGCGAGGTCGATCATCTGGAAGATGGGTACAGATGGAGAAAGTACGGTCAAAAGGCCGTGAAAAATAGCCCCTTTCCCAGGAGCTACTATCGTTGCACCAGTGTTTCATGTAATGTGAAGAAACGTGTGGAGAGATCTTTCACTGATCCAAGCGTTGTAGTGACAACCTATGAAGGCCAACACACACATCCCAGCCCAGTTATGCCTCGCTCAGTTGTCTCTTCTGGATACGCCAACAACTTTGCTTCAGTTTTGCCACTAGGAAACTACTTATCCCAGTATCAGCAGCAGCACCATCACCACCAACAACAAAAGCTACTTGTCAACACATTGTCCTCTTTGGGTTTTCCTTACAATGATTCTTCATCTCCAAAGAACGCTGTTTTTATTCAAGAGAGACGGCTTTGTAGTAATCAAGGGACGAATGCGTTTCTGAGGGACCATGGACTTCTTCAAGATGTTGTTCCTTCACACATGTTGAAAGAAGAGTAG - >Glyma.10G011300.3
ATGGAGAAGAAAGAGATGGCTGTGAAAACTGAGGATGCGGTTGGGTCCTCTTCTTTCCCTTGTTATAATTATTCAAACCTTTATCCATTCTCGAACGCGTTTGATTTCTCTGAGGTTGAAAAGAGCTCTTTAGGGTTTATGGAGTTACTGGGTGTGCAGGACTATAGTCCTCTGCTTGAGTTGCCTCAACTTTCAACTGTGTCCGTGCAATCTCATCATCACTCTACAGTTACGGTTCCTTCTGATAACGGGAAAGAGTGTTCTGAGGTGTTGAACCACCAGCCTGCCACTCCAAACTCTTCTTCCATTTCATCCGCGTCCACTGATGCAGTCAATGATGAACAGAAGAAGACTCTAGACCAAGCAGAAGAAGATGATGATGATGATGATGAAGGACAACACAAGACTAAGAAACAGTTGAAGCCCAAGAAGACAAATCAGAAGAGACAGAGAGAACCAAGATTCGCGTTCATGACGAAAAGCGAGGTCGATCATCTGGAAGATGGGTACAGATGGAGAAAGTACGGTCAAAAGGCCGTGAAAAATAGCCCCTTTCCCAGGAGCTACTATCGTTGCACCAGTGTTTCATGTAATGTGAAGAAACGTGTGGAGAGATCTTTCACTGATCCAAGCGTTGTAGTGACAACCTATGAAGGCCAACACACACATCCCAGCCCAGTTATGCCTCGCTCAGTTGTCTCTTCTGGATACGCCAACAACTTTGCTTCAGTTTTGCCACTAGGAAACTACTTATCCCAGTATCAGCAGCAGCACCATCACCACCAACAACAAAAGCTACTTGTCAACACATTGTCCTCTTTGGGTTTTCCTTACAATGATTCTTCATCTCCAAAGAACGCTGTTTTTATTCAAGAGAGACGGCTTTGTAGTAATCAAGGGACGAATGCGTTTCTGAGGGACCATGGACTTCTTCAAGATGTTGTTCCTTCACACATGTTGAAAGAAGAGTAG
Protein Sequence
- >Glyma.10G011300.2
MEKKEMAVKTEDAVGSSSFPCYNYSNLYPFSNAFDFSEVEKSSLGFMELLGVQDYSPLLELPQLSTVSVQSHHHSTVTVPSDNGKECSEVLNHQPATPNSSSISSASTDAVNDEQKKTLDQAEEDDDDDDEGQHKTKKQLKPKKTNQKRQREPRFAFMTKSEVDHLEDGYRWRKYGQKAVKNSPFPRSYYRCTSVSCNVKKRVERSFTDPSVVVTTYEGQHTHPSPVMPRSVVSSGYANNFASVLPLGNYLSQYQQQHHHHQQQKLLVNTLSSLGFPYNDSSSPKNAVFIQERRLCSNQGTNAFLRDHGLLQDVVPSHMLKEE* - >Glyma.10G011300.3
MEKKEMAVKTEDAVGSSSFPCYNYSNLYPFSNAFDFSEVEKSSLGFMELLGVQDYSPLLELPQLSTVSVQSHHHSTVTVPSDNGKECSEVLNHQPATPNSSSISSASTDAVNDEQKKTLDQAEEDDDDDDEGQHKTKKQLKPKKTNQKRQREPRFAFMTKSEVDHLEDGYRWRKYGQKAVKNSPFPRSYYRCTSVSCNVKKRVERSFTDPSVVVTTYEGQHTHPSPVMPRSVVSSGYANNFASVLPLGNYLSQYQQQHHHHQQQKLLVNTLSSLGFPYNDSSSPKNAVFIQERRLCSNQGTNAFLRDHGLLQDVVPSHMLKEE*