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Tomato locus auxin response factor 2A
| Locus details | Download GMOD XML | Note to Editors | Annotation guidelines |
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| Registry name: | None | [Associate registry name] |
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| [Associate accession] |
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| Sequence annotations
Sequence annotations
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| Genome features
Genome features
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| Genomic sequence
Genomic sequence
| unprocessed genomic sequence region underlying this gene |
>Solyc03g118290.2 SL2.50ch03:67215635..67223106
TGCTTTTGTGTCCTTTTCTTTTTTTTTGCTCTCTTTCTCTCTCATCACTCACATGAAGAAGCTCCTACTTCTATCCATTGAAGATAGATAAATGAACACGCATATACATACAGTTTTTAGAGAGAGAAACTAGAGCGAGAAGGCTCTGTAACTTCAATTTTGAGTGTTGATTGCTGTTTCTAGGGTCTCTTTGGTTACCAGTTTTGCATGCTTTTGAGCTGAGGAAGAGTTTAGTGCTTTTTTTCTGGTGAATTTTGGAGAAGGAAGTTTTATTTTGTGCTTGTTTTATGAATTGATTAGTGTGGATATGAGAGATCTGTGTTGAGAATTAGTGTACGGAAATGGCTGCTTCGGAGGTGTCGATTCAAGGTTACAGCGAGCCGAGTGATGGTTCTAGGCCGGTTTCAGAGACTGGTAGGAGTAGTTCCGGTGTCGGAATAGGTAATTTGAGTGATTTGTTTTATAACATGGAGTTTTCCGGTGAGTTTTCTTATTTGTGTTTGTTTTTGTTTACAAAGTTGATGCTGATACGGCGTTGTACACGGAGCTTTGGCGTTCATGTGCCGGTCCACTTGTGACGGTACCGCGAGAGGGTGAGCTGGTGTACTATTTCCCTCAAGGACATATCGAGCAGGTTTGTTTGTAAGAACACTTTAATTTCGTTTTCTACCTTCGTTTTATGGAATCGCTTGTTCAATTTCACTTTTAAATTACACTGTTGAACATGCATTACCGAGGTACTCTGCTTCTCGTTATGATGTTTTTAGCTTTACAGCTTAAATTCAATCATGATCCTTACCTTTTTGGGGAGAGGGGGTTGAGTTTGAGAAAATTAAGTTGTCAATCGCACTGATTTGCAATAGAGCTTTTATGTGATCGATTGTGGTTGAATGATAGGTTGAAGCATCAACTAATCAAGTGGCTGACCAGCAGATGCCTTTGTATAATCTTCCATCTAAGATTCTATGCCGTGTTGTGAATGTCCTGTTAAAGGTAATGGTTTTGTTGATGCTGCTGTCTTAATGTGTTTCCATTTTTTTTTAGCTTACAGTACTTTTTCCTTTTATGAACATTCTTATCTATACAGTTAGTGCTTAGCTGGTGTTTCTGTGTTGACTTTTGACTGAATTTGCAGGCTGAACCAGATACTGATGAGGTGTATGCACAAGTGACTTTGATGCCGGAGCCAAATGTAGGTTTACCATTATGTTTATTTTTAACTTTTTCTTTTATTTTTCAATTTTTGGTTTTTTGATATCATGTTGAATAAAGTAGATCGAGCTATATATATAAATCTTGAATTTCTAGTTAAATAAATCATCTAATTTCCTAAATGACTATTGTAGCAAGATGAGAATGCAGTGAAGAAGGAACCTATGCGCCCTCCTCCACCACGATTTCATGTACACTCTTTTTGTAAGACTCTAACAGCCTCTGATACAAGCACTCACGGTGGATTTTCCGTCTTGAGACGACATGCTGATGAATGCCTCCCCCAACTGGTTAGAAGAATATTTCTTAATGTGTTCATGGATTTTGTATTGGTGACATTGAGTGTCTAATGATTATTATTTGCATCGTTAACAGGACATGTCTCGGCAGCCTCCCACACAGGAGTTGGTGGCCAAAGATTTACATGGAAATGAGTGGCGATTCAGGCATATATTCCGGGGTATGATACCCAGCAGAATCTTAATCACCTTTTGTCTATAAAACTTACCACCTCCACCCTGTTTGGCCAATTTATGCCCTTTGAGAGCTTAAGCGGAAGGCAATAAAGGCCAGGTTTCCTTTTGAGGAGTGAGGACGGGGGTGGGGGGTTGTGGGTGGGTGCAACATAGAGATGCACCATCACACAGCACATTCTTCCCTATTAAGTGCCATTGTTGGTGTATAATACCTATTGCATTCTTGTGATCACGCGGCCAAATGAAGATCGCTACAAACTTTATGTGGCTCTTGTAAAAATATTTAGTAGATTATTTAGGATTTTACAATAGGAAAATCGTAATGAAGAAGAGCTATGCAAATTTCATTTGAACAATACTTTAGTGGTTAAAGAAATTCCTGTCTTTGTGTTTCATATCATAATAATAATTTAACTGAAAATATGATAACATAGTGTCACAACTCAAAGGAAGAACAACATAGTGTCACAGCTCAGAAGAAAAATAATGTTAGTAATCAATATTTTGATTTTTCATTTTCTTCTTTTGGACGGGTGCTTTGGAGGATAGGGGAGAAGTCTGTTAACAAAATTGTGTTTCTGTAAACACAAAGTTGTAAGATTTTCAAGTCTCATTTTCTTCATTTTCGAAATTGTCTTTGGAAGTCTGGTAACATGCTGCTTTATTTACCATGCACTGTATGCAAATTATTGGAGGGTTGATGTGCTTTTCCTGCCATGTAACCTCTGGTTTGTTTCTCACCCAAGCATTTGAACTCCAGGCCAGCCTAGGAGGCATCTTCTTCAGAGTGGTTGGAGTGTCTTTGTTAGTTCGAAGAGGCTTGTTGCTGGGGATGCATTCATATTTCTTAGGTTCCATTCGCGAAACCCTCTCTGAATTTATTTGTGCCACTATTAGAATCTGACTAGAGAAGTGTTGTGCTACTTTAGAGGTGAGAATGGGGAGCTTCGTGTTGGTGTTAGACGTGCCATGAGACAGCAAGGAAATGCTCCATCATCGGTGATATCCAGTCATAGCATGCATCTTGGTGTACTTGCAACAGCTTGGCATGCCATTCAAACAAAAACGATGTTCACTGTGTATTACAAGCCCAGGTACCTGGTCTGAAATGACTAAATAAAGCACCGACTAAAAGGACATAACTAGAGATCTTTGATTATAAGTTAAATGTTACATTTACTCTTTCTACAGAGGTTGGAAACTTAGAATCAGTAGCTCATGTTGTTTTATTGCTTGTTGTCTATACATTTGGAAACATTTTATAGTATTTCTCCAGTGGTTGGTATTAATAGTGCATGTTGTTTCATTGGTTGTTCTCTATGCATTATGGAATCATTTTATTTTTATTGGTTGCCCACTAGAATACTCGGCTGCTCATATGTTTGATGGCCTCCTAATATCAATAACTCAACATACTTTACCATTTATTTTTTGATTTGTATCTTTTTTATGTCCATTTTTTTGGGGAAACTAGGGTGAGAAAGTAGGTACTTGAATTATTGTTGGTGTTTAACATTAATAAAAGGATTAAACCTTCCTTACTAACTCACTGTTATGTTACAGGACAAGCCCTGCTGAGTTTATAGTTCCATATGACCACTATATGGAATCTGTGAAGAATAATTACTCTATTGGAATGAGGTTTAAGATGAGGTTCGAAGGTGAAGAAGCTCCAGAGCAAAGGTGGGCAGCAGTTTATTCTATAGAAATCATCTTTTTACTGTTTAAATTGTGAGTTGGCAGGTTGTAATCTTGACCTGTGTAATGGACTTCAAACTGACAGTATAAAATGACAACTCATTTGGTGACTGGCTGTTAATCATTTAGACTGTTGATTTAATTTTTCTGTAGCAGGGTATTTACTATTCAGTTCTATAATTTAATTAACTTACAATGTTATAGGTTTACTGGAACTATTGTTGGCATTGAAGATGCTGATCCCCAAAGGTGGCTTGAATCTAAGTGGAGATGTCTGAAGGTAGTTTCGACTTTATTTTCCTGGTTTGACTGCTTCTTTTACCTCATTTCACATTGTAAGTCATTCATTTCTGGTTTCTTAAGGTACGGTGGGATGAAAATTCAAGCATTCCAAGGCCAGACCGAGTTTCACCGTGGAAAATAGAACCAGCTCTTAGCCCTCCTGCACTTAATGTACCTCCAGTTGCAAGGCCAAAAAGGCCTAGATCCAGTATTTTGCCCACATCTCCTGATTCATCTGTCCTTACTAGGGAAGGTGGATATCTCATCCCGATCTTTTCCATTCAGTATCTTGTGCACCTAGGGGTGGGCATTCAGTATTTCGGTTCGGTTCGGTTTTTTTTTCGGTTTTTTCGGTTTTTTAAAATTACGTACCGAATACCGAACCGAAATATTTCGGTTCGGTTCGGTTTTTGTTAATTCGGTTCGGTTTTTATTAATTTGGTTCGGTTTTTTATTTCGGTTCGGCTGCTCCTGCTGGCTGCTGCGGCTGGTTGCTGCGGCTGGCTGCTGCGGCTGGCTGCTGCGGCTGGCTGCTGCGGCTGGCTGCTACTGCTGTCTGCTGCGGCTGGCTGCTACTGCTGCTGCTGGCTGCTGCTCGACGGCTGCTACTGCTGCAGCTGGCTGCTGCTCGACGAGGACGGCGGCTGAAGAGTGAAGAAAAGAGGATGAAGTTGAAGAGAGAGGAAGAGGATGAAGTTGAAGAGAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGTGCACCGCTTATAAGTCTTGTTTTCGAGTTAAGTAATTGTCATGTACTTTCTTATTTTTTGTTTAAGGTTCATCAAGAGCGACAGCAGACCATTCCCAAGCCAGTGGGTTTCCGAGGGTCTTGCAAGGTCAAGAGTTATCGACCTTTAGAGGCGGTTTTGCAGAAATTAATGAGACAGACTTGTCTGAGAAACCAATGATATGGCAAACATCAGTGAATGATGAAAAGAATGATATTCATTCTGCATCAAAGAGATATCTTCCAGATAAATGGCTACCTTTAGGGAGGCCTGAGTCATCTCTCACAGATTTGTTATCAGGTTTTGGCTCCTCCCATGGGTTCTGTTTACCCTCTGCGGACCAAGCTGCGTTTGGTGCTAGATTGGTGAAGCAACAAACACAAGATCAGGAAAAGGATTTTAGCTTATTGGGAAAGCCATGGTCTCTTCTGTCTTCCGGTCTCTCTCTTAATCTGATGGATTCTGGTTCAAAAGCTCCTGGCATAGGGGGTGATACTCCCTATCAAATGCGGGGAGATGCTAGGTATAGTGGTTATGGTGAGTTTTCAGTACTCCCCGGTCATAGGGTTGCAAATCAGCAGGGAAGCTGGATTATGCCTCAACCAGTGTCGCCTTACATGCAGCTCTCCTCTCATTCAAGAGAAATGATGCATAAACCCTCTGTAGTAAAGCAACCCGAGGCTGTGAAACCCAAAGAGGGTAACTACAAACTATTTGGCATTCCTCTTACAAGTAATGTTTGCACAGATGCTGTTATGATGCGGAAAAGTTCATTGATTGATCCAGCAAGTGACATGAATATTGGTATACACCCTCATCAATCCCTTGCCACTGATTCTGATCAAAGGTCTGAGCAATCAAAGGGATCAAAGGTGGATGATGGAGTTGCAGCTAATGATCATGACAAACAATTTCATACCTTTCATCTTGCTGCTAGAGATAAGGATGGCAAAGGGCATAGTAGTTCTACAAGGAGCTGCACAAAGGTTTAAATCTGATTTGTCACAACTTTAGCTATTGGCTTTAATGAAATTTCTAATGATTTATTTTTGCCTACAGGTTCATAAACAGGGTACAGCACTCGGAAGGTCCGTAGATCTTGCAAAGTTCAACAATTATGACGAATTGATTGCTGAACTGGATCAACTTTTTGATTTTAATGGTGAACTCAAGGCTCGGAGTAAGAGTTGGCTGGTTGTATACACTGATGATGAGGGTGACATGATGCTTGTTGGAGATGATCCATGGCAGTGAGTACTTAATATCATTCCTTTTATATATCAAAGTGATTATTTTCTTTCCTCCTGCGCTGCTTACTTAATATTGGCTTGCACTGGTTTGAAACAGGGAATTTTGTGGTATGGTTCGCAAGATTTTCATCTATACAAAAGAGGAGGTGCAGCGTATGAATCCAGGGACCCTTAATTCAAAAGGTGAGGACACTTCTTCTGTTGCTGAGGGCTCAGACGCTAAAGAAGTGAAGAATCTGCAACTTCCTTCTGAATCTGGTCAAGCAGAATCTTAGGTTTTCCTCCAAAATTGAGGTACTTGGAAAAGATTTACTTGAAGAGAGCAATCTTTTTGCTTCAGTTTTTTAAAACCATTTTCCCTGTAAATGCCTCCAGGTGTTTTTCTGAGTTACTTAATTACTGTTGTTTTGTATTTGACAGGTTTATAAGATAGCGAGGAGATGGCTTTTATCCACCTAGGTGTTACTTTTTTGGGGATTTTTGAATATAACCTACAATATCAACTCCCTTTGACGTGTGGATGGGGATGGTCTCTTCATATAAATGCAGCTTCAGTATTTGCAGTTTTGAGCCTTTATTTGGAGCCAATATCTGGCCCCTTATCTATCTATATACATAGTATATGTAAATTATCAGCGTTGGTCATTAACGTTGCTTCTGCCAATCTCACTTTTGTACATACCAATTTCTCTAGCTGTAGCTGTAATTAAGATTTCGATTCTACTATGTATGTACCTGCCTTACTGTTGATTTTT
TGCTTTTGTGTCCTTTTCTTTTTTTTTGCTCTCTTTCTCTCTCATCACTCACATGAAGAAGCTCCTACTTCTATCCATTGAAGATAGATAAATGAACACGCATATACATACAGTTTTTAGAGAGAGAAACTAGAGCGAGAAGGCTCTGTAACTTCAATTTTGAGTGTTGATTGCTGTTTCTAGGGTCTCTTTGGTTACCAGTTTTGCATGCTTTTGAGCTGAGGAAGAGTTTAGTGCTTTTTTTCTGGTGAATTTTGGAGAAGGAAGTTTTATTTTGTGCTTGTTTTATGAATTGATTAGTGTGGATATGAGAGATCTGTGTTGAGAATTAGTGTACGGAAATGGCTGCTTCGGAGGTGTCGATTCAAGGTTACAGCGAGCCGAGTGATGGTTCTAGGCCGGTTTCAGAGACTGGTAGGAGTAGTTCCGGTGTCGGAATAGGTAATTTGAGTGATTTGTTTTATAACATGGAGTTTTCCGGTGAGTTTTCTTATTTGTGTTTGTTTTTGTTTACAAAGTTGATGCTGATACGGCGTTGTACACGGAGCTTTGGCGTTCATGTGCCGGTCCACTTGTGACGGTACCGCGAGAGGGTGAGCTGGTGTACTATTTCCCTCAAGGACATATCGAGCAGGTTTGTTTGTAAGAACACTTTAATTTCGTTTTCTACCTTCGTTTTATGGAATCGCTTGTTCAATTTCACTTTTAAATTACACTGTTGAACATGCATTACCGAGGTACTCTGCTTCTCGTTATGATGTTTTTAGCTTTACAGCTTAAATTCAATCATGATCCTTACCTTTTTGGGGAGAGGGGGTTGAGTTTGAGAAAATTAAGTTGTCAATCGCACTGATTTGCAATAGAGCTTTTATGTGATCGATTGTGGTTGAATGATAGGTTGAAGCATCAACTAATCAAGTGGCTGACCAGCAGATGCCTTTGTATAATCTTCCATCTAAGATTCTATGCCGTGTTGTGAATGTCCTGTTAAAGGTAATGGTTTTGTTGATGCTGCTGTCTTAATGTGTTTCCATTTTTTTTTAGCTTACAGTACTTTTTCCTTTTATGAACATTCTTATCTATACAGTTAGTGCTTAGCTGGTGTTTCTGTGTTGACTTTTGACTGAATTTGCAGGCTGAACCAGATACTGATGAGGTGTATGCACAAGTGACTTTGATGCCGGAGCCAAATGTAGGTTTACCATTATGTTTATTTTTAACTTTTTCTTTTATTTTTCAATTTTTGGTTTTTTGATATCATGTTGAATAAAGTAGATCGAGCTATATATATAAATCTTGAATTTCTAGTTAAATAAATCATCTAATTTCCTAAATGACTATTGTAGCAAGATGAGAATGCAGTGAAGAAGGAACCTATGCGCCCTCCTCCACCACGATTTCATGTACACTCTTTTTGTAAGACTCTAACAGCCTCTGATACAAGCACTCACGGTGGATTTTCCGTCTTGAGACGACATGCTGATGAATGCCTCCCCCAACTGGTTAGAAGAATATTTCTTAATGTGTTCATGGATTTTGTATTGGTGACATTGAGTGTCTAATGATTATTATTTGCATCGTTAACAGGACATGTCTCGGCAGCCTCCCACACAGGAGTTGGTGGCCAAAGATTTACATGGAAATGAGTGGCGATTCAGGCATATATTCCGGGGTATGATACCCAGCAGAATCTTAATCACCTTTTGTCTATAAAACTTACCACCTCCACCCTGTTTGGCCAATTTATGCCCTTTGAGAGCTTAAGCGGAAGGCAATAAAGGCCAGGTTTCCTTTTGAGGAGTGAGGACGGGGGTGGGGGGTTGTGGGTGGGTGCAACATAGAGATGCACCATCACACAGCACATTCTTCCCTATTAAGTGCCATTGTTGGTGTATAATACCTATTGCATTCTTGTGATCACGCGGCCAAATGAAGATCGCTACAAACTTTATGTGGCTCTTGTAAAAATATTTAGTAGATTATTTAGGATTTTACAATAGGAAAATCGTAATGAAGAAGAGCTATGCAAATTTCATTTGAACAATACTTTAGTGGTTAAAGAAATTCCTGTCTTTGTGTTTCATATCATAATAATAATTTAACTGAAAATATGATAACATAGTGTCACAACTCAAAGGAAGAACAACATAGTGTCACAGCTCAGAAGAAAAATAATGTTAGTAATCAATATTTTGATTTTTCATTTTCTTCTTTTGGACGGGTGCTTTGGAGGATAGGGGAGAAGTCTGTTAACAAAATTGTGTTTCTGTAAACACAAAGTTGTAAGATTTTCAAGTCTCATTTTCTTCATTTTCGAAATTGTCTTTGGAAGTCTGGTAACATGCTGCTTTATTTACCATGCACTGTATGCAAATTATTGGAGGGTTGATGTGCTTTTCCTGCCATGTAACCTCTGGTTTGTTTCTCACCCAAGCATTTGAACTCCAGGCCAGCCTAGGAGGCATCTTCTTCAGAGTGGTTGGAGTGTCTTTGTTAGTTCGAAGAGGCTTGTTGCTGGGGATGCATTCATATTTCTTAGGTTCCATTCGCGAAACCCTCTCTGAATTTATTTGTGCCACTATTAGAATCTGACTAGAGAAGTGTTGTGCTACTTTAGAGGTGAGAATGGGGAGCTTCGTGTTGGTGTTAGACGTGCCATGAGACAGCAAGGAAATGCTCCATCATCGGTGATATCCAGTCATAGCATGCATCTTGGTGTACTTGCAACAGCTTGGCATGCCATTCAAACAAAAACGATGTTCACTGTGTATTACAAGCCCAGGTACCTGGTCTGAAATGACTAAATAAAGCACCGACTAAAAGGACATAACTAGAGATCTTTGATTATAAGTTAAATGTTACATTTACTCTTTCTACAGAGGTTGGAAACTTAGAATCAGTAGCTCATGTTGTTTTATTGCTTGTTGTCTATACATTTGGAAACATTTTATAGTATTTCTCCAGTGGTTGGTATTAATAGTGCATGTTGTTTCATTGGTTGTTCTCTATGCATTATGGAATCATTTTATTTTTATTGGTTGCCCACTAGAATACTCGGCTGCTCATATGTTTGATGGCCTCCTAATATCAATAACTCAACATACTTTACCATTTATTTTTTGATTTGTATCTTTTTTATGTCCATTTTTTTGGGGAAACTAGGGTGAGAAAGTAGGTACTTGAATTATTGTTGGTGTTTAACATTAATAAAAGGATTAAACCTTCCTTACTAACTCACTGTTATGTTACAGGACAAGCCCTGCTGAGTTTATAGTTCCATATGACCACTATATGGAATCTGTGAAGAATAATTACTCTATTGGAATGAGGTTTAAGATGAGGTTCGAAGGTGAAGAAGCTCCAGAGCAAAGGTGGGCAGCAGTTTATTCTATAGAAATCATCTTTTTACTGTTTAAATTGTGAGTTGGCAGGTTGTAATCTTGACCTGTGTAATGGACTTCAAACTGACAGTATAAAATGACAACTCATTTGGTGACTGGCTGTTAATCATTTAGACTGTTGATTTAATTTTTCTGTAGCAGGGTATTTACTATTCAGTTCTATAATTTAATTAACTTACAATGTTATAGGTTTACTGGAACTATTGTTGGCATTGAAGATGCTGATCCCCAAAGGTGGCTTGAATCTAAGTGGAGATGTCTGAAGGTAGTTTCGACTTTATTTTCCTGGTTTGACTGCTTCTTTTACCTCATTTCACATTGTAAGTCATTCATTTCTGGTTTCTTAAGGTACGGTGGGATGAAAATTCAAGCATTCCAAGGCCAGACCGAGTTTCACCGTGGAAAATAGAACCAGCTCTTAGCCCTCCTGCACTTAATGTACCTCCAGTTGCAAGGCCAAAAAGGCCTAGATCCAGTATTTTGCCCACATCTCCTGATTCATCTGTCCTTACTAGGGAAGGTGGATATCTCATCCCGATCTTTTCCATTCAGTATCTTGTGCACCTAGGGGTGGGCATTCAGTATTTCGGTTCGGTTCGGTTTTTTTTTCGGTTTTTTCGGTTTTTTAAAATTACGTACCGAATACCGAACCGAAATATTTCGGTTCGGTTCGGTTTTTGTTAATTCGGTTCGGTTTTTATTAATTTGGTTCGGTTTTTTATTTCGGTTCGGCTGCTCCTGCTGGCTGCTGCGGCTGGTTGCTGCGGCTGGCTGCTGCGGCTGGCTGCTGCGGCTGGCTGCTGCGGCTGGCTGCTACTGCTGTCTGCTGCGGCTGGCTGCTACTGCTGCTGCTGGCTGCTGCTCGACGGCTGCTACTGCTGCAGCTGGCTGCTGCTCGACGAGGACGGCGGCTGAAGAGTGAAGAAAAGAGGATGAAGTTGAAGAGAGAGGAAGAGGATGAAGTTGAAGAGAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGTGCACCGCTTATAAGTCTTGTTTTCGAGTTAAGTAATTGTCATGTACTTTCTTATTTTTTGTTTAAGGTTCATCAAGAGCGACAGCAGACCATTCCCAAGCCAGTGGGTTTCCGAGGGTCTTGCAAGGTCAAGAGTTATCGACCTTTAGAGGCGGTTTTGCAGAAATTAATGAGACAGACTTGTCTGAGAAACCAATGATATGGCAAACATCAGTGAATGATGAAAAGAATGATATTCATTCTGCATCAAAGAGATATCTTCCAGATAAATGGCTACCTTTAGGGAGGCCTGAGTCATCTCTCACAGATTTGTTATCAGGTTTTGGCTCCTCCCATGGGTTCTGTTTACCCTCTGCGGACCAAGCTGCGTTTGGTGCTAGATTGGTGAAGCAACAAACACAAGATCAGGAAAAGGATTTTAGCTTATTGGGAAAGCCATGGTCTCTTCTGTCTTCCGGTCTCTCTCTTAATCTGATGGATTCTGGTTCAAAAGCTCCTGGCATAGGGGGTGATACTCCCTATCAAATGCGGGGAGATGCTAGGTATAGTGGTTATGGTGAGTTTTCAGTACTCCCCGGTCATAGGGTTGCAAATCAGCAGGGAAGCTGGATTATGCCTCAACCAGTGTCGCCTTACATGCAGCTCTCCTCTCATTCAAGAGAAATGATGCATAAACCCTCTGTAGTAAAGCAACCCGAGGCTGTGAAACCCAAAGAGGGTAACTACAAACTATTTGGCATTCCTCTTACAAGTAATGTTTGCACAGATGCTGTTATGATGCGGAAAAGTTCATTGATTGATCCAGCAAGTGACATGAATATTGGTATACACCCTCATCAATCCCTTGCCACTGATTCTGATCAAAGGTCTGAGCAATCAAAGGGATCAAAGGTGGATGATGGAGTTGCAGCTAATGATCATGACAAACAATTTCATACCTTTCATCTTGCTGCTAGAGATAAGGATGGCAAAGGGCATAGTAGTTCTACAAGGAGCTGCACAAAGGTTTAAATCTGATTTGTCACAACTTTAGCTATTGGCTTTAATGAAATTTCTAATGATTTATTTTTGCCTACAGGTTCATAAACAGGGTACAGCACTCGGAAGGTCCGTAGATCTTGCAAAGTTCAACAATTATGACGAATTGATTGCTGAACTGGATCAACTTTTTGATTTTAATGGTGAACTCAAGGCTCGGAGTAAGAGTTGGCTGGTTGTATACACTGATGATGAGGGTGACATGATGCTTGTTGGAGATGATCCATGGCAGTGAGTACTTAATATCATTCCTTTTATATATCAAAGTGATTATTTTCTTTCCTCCTGCGCTGCTTACTTAATATTGGCTTGCACTGGTTTGAAACAGGGAATTTTGTGGTATGGTTCGCAAGATTTTCATCTATACAAAAGAGGAGGTGCAGCGTATGAATCCAGGGACCCTTAATTCAAAAGGTGAGGACACTTCTTCTGTTGCTGAGGGCTCAGACGCTAAAGAAGTGAAGAATCTGCAACTTCCTTCTGAATCTGGTCAAGCAGAATCTTAGGTTTTCCTCCAAAATTGAGGTACTTGGAAAAGATTTACTTGAAGAGAGCAATCTTTTTGCTTCAGTTTTTTAAAACCATTTTCCCTGTAAATGCCTCCAGGTGTTTTTCTGAGTTACTTAATTACTGTTGTTTTGTATTTGACAGGTTTATAAGATAGCGAGGAGATGGCTTTTATCCACCTAGGTGTTACTTTTTTGGGGATTTTTGAATATAACCTACAATATCAACTCCCTTTGACGTGTGGATGGGGATGGTCTCTTCATATAAATGCAGCTTCAGTATTTGCAGTTTTGAGCCTTTATTTGGAGCCAATATCTGGCCCCTTATCTATCTATATACATAGTATATGTAAATTATCAGCGTTGGTCATTAACGTTGCTTCTGCCAATCTCACTTTTGTACATACCAATTTCTCTAGCTGTAGCTGTAATTAAGATTTCGATTCTACTATGTATGTACCTGCCTTACTGTTGATTTTT
| Download sequence region |
Get flanking sequences on SL2.50ch03
|
| mRNA Solyc03g118290.2.1
mRNA Solyc03g118290.2.1
|
| Ontology terms
Ontology terms
| terms associated with this mRNA |
| cDNA sequence
cDNA sequence
| spliced cDNA sequence, including UTRs |
>Solyc03g118290.2.1 Auxin response factor 2 (AHRD V1 **** Q2LAJ3_SOLLC); contains Interpro domain(s) IPR011525 Aux/IAA-ARF-dimerisation IPR003340 Transcriptional factor B3
TGCTTTTGTGTCCTTTTCTTTTTTTTTGCTCTCTTTCTCTCTCATCACTCACATGAAGAAGCTCCTACTTCTATCCATTGAAGATAGATAAATGAACACGCATATACATACAGTTTTTAGAGAGAGAAACTAGAGCGAGAAGGCTCTGTAACTTCAATTTTGAGTGTTGATTGCTGTTTCTAGGGTCTCTTTGGTTACCAGTTTTGCATGCTTTTGAGCTGAGGAAGAGTTTAGTGCTTTTTTTCTGGTGAATTTTGGAGAAGGAAGTTTTATTTTGTGCTTGTTTTATGAATTGATTAGTGTGGATATGAGAGATCTGTGTTGAGAATTAGTGTACGGAAATGGCTGCTTCGGAGGTGTCGATTCAAGGTTACAGCGAGCCGAGTGATGGTTCTAGGCCGGTTTCAGAGACTGGTAGGAGTAGTTCCGGTGTCGGAATAGTTGATGCTGATACGGCGTTGTACACGGAGCTTTGGCGTTCATGTGCCGGTCCACTTGTGACGGTACCGCGAGAGGGTGAGCTGGTGTACTATTTCCCTCAAGGACATATCGAGCAGGTTGAAGCATCAACTAATCAAGTGGCTGACCAGCAGATGCCTTTGTATAATCTTCCATCTAAGATTCTATGCCGTGTTGTGAATGTCCTGTTAAAGGCTGAACCAGATACTGATGAGGTGTATGCACAAGTGACTTTGATGCCGGAGCCAAATCAAGATGAGAATGCAGTGAAGAAGGAACCTATGCGCCCTCCTCCACCACGATTTCATGTACACTCTTTTTGTAAGACTCTAACAGCCTCTGATACAAGCACTCACGGTGGATTTTCCGTCTTGAGACGACATGCTGATGAATGCCTCCCCCAACTGGACATGTCTCGGCAGCCTCCCACACAGGAGTTGGTGGCCAAAGATTTACATGGAAATGAGTGGCGATTCAGGCATATATTCCGGGGCCAGCCTAGGAGGCATCTTCTTCAGAGTGGTTGGAGTGTCTTTGTTAGTTCGAAGAGGCTTGTTGCTGGGGATGCATTCATATTTCTTAGAGGTGAGAATGGGGAGCTTCGTGTTGGTGTTAGACGTGCCATGAGACAGCAAGGAAATGCTCCATCATCGGTGATATCCAGTCATAGCATGCATCTTGGTGTACTTGCAACAGCTTGGCATGCCATTCAAACAAAAACGATGTTCACTGTGTATTACAAGCCCAGGACAAGCCCTGCTGAGTTTATAGTTCCATATGACCACTATATGGAATCTGTGAAGAATAATTACTCTATTGGAATGAGGTTTAAGATGAGGTTCGAAGGTGAAGAAGCTCCAGAGCAAAGGTTTACTGGAACTATTGTTGGCATTGAAGATGCTGATCCCCAAAGGTGGCTTGAATCTAAGTGGAGATGTCTGAAGGTACGGTGGGATGAAAATTCAAGCATTCCAAGGCCAGACCGAGTTTCACCGTGGAAAATAGAACCAGCTCTTAGCCCTCCTGCACTTAATGTACCTCCAGTTGCAAGGCCAAAAAGGCCTAGATCCAGTATTTTGCCCACATCTCCTGATTCATCTGTCCTTACTAGGGAAGGTTCATCAAGAGCGACAGCAGACCATTCCCAAGCCAGTGGGTTTCCGAGGGTCTTGCAAGGTCAAGAGTTATCGACCTTTAGAGGCGGTTTTGCAGAAATTAATGAGACAGACTTGTCTGAGAAACCAATGATATGGCAAACATCAGTGAATGATGAAAAGAATGATATTCATTCTGCATCAAAGAGATATCTTCCAGATAAATGGCTACCTTTAGGGAGGCCTGAGTCATCTCTCACAGATTTGTTATCAGGTTTTGGCTCCTCCCATGGGTTCTGTTTACCCTCTGCGGACCAAGCTGCGTTTGGTGCTAGATTGGTGAAGCAACAAACACAAGATCAGGAAAAGGATTTTAGCTTATTGGGAAAGCCATGGTCTCTTCTGTCTTCCGGTCTCTCTCTTAATCTGATGGATTCTGGTTCAAAAGCTCCTGGCATAGGGGGTGATACTCCCTATCAAATGCGGGGAGATGCTAGGTATAGTGGTTATGGTGAGTTTTCAGTACTCCCCGGTCATAGGGTTGCAAATCAGCAGGGAAGCTGGATTATGCCTCAACCAGTGTCGCCTTACATGCAGCTCTCCTCTCATTCAAGAGAAATGATGCATAAACCCTCTGTAGTAAAGCAACCCGAGGCTGTGAAACCCAAAGAGGGTAACTACAAACTATTTGGCATTCCTCTTACAAGTAATGTTTGCACAGATGCTGTTATGATGCGGAAAAGTTCATTGATTGATCCAGCAAGTGACATGAATATTGGTATACACCCTCATCAATCCCTTGCCACTGATTCTGATCAAAGGTCTGAGCAATCAAAGGGATCAAAGGTGGATGATGGAGTTGCAGCTAATGATCATGACAAACAATTTCATACCTTTCATCTTGCTGCTAGAGATAAGGATGGCAAAGGGCATAGTAGTTCTACAAGGAGCTGCACAAAGGTTCATAAACAGGGTACAGCACTCGGAAGGTCCGTAGATCTTGCAAAGTTCAACAATTATGACGAATTGATTGCTGAACTGGATCAACTTTTTGATTTTAATGGTGAACTCAAGGCTCGGAGTAAGAGTTGGCTGGTTGTATACACTGATGATGAGGGTGACATGATGCTTGTTGGAGATGATCCATGGCAGGAATTTTGTGGTATGGTTCGCAAGATTTTCATCTATACAAAAGAGGAGGTGCAGCGTATGAATCCAGGGACCCTTAATTCAAAAGGTGAGGACACTTCTTCTGTTGCTGAGGGCTCAGACGCTAAAGAAGTGAAGAATCTGCAACTTCCTTCTGAATCTGGTCAAGCAGAATCTTAGGTTTTCCTCCAAAATTGAGGTTTATAAGATAGCGAGGAGATGGCTTTTATCCACCTAGGTGTTACTTTTTTGGGGATTTTTGAATATAACCTACAATATCAACTCCCTTTGACGTGTGGATGGGGATGGTCTCTTCATATAAATGCAGCTTCAGTATTTGCAGTTTTGAGCCTTTATTTGGAGCCAATATCTGGCCCCTTATCTATCTATATACATAGTATATGTAAATTATCAGCGTTGGTCATTAACGTTGCTTCTGCCAATCTCACTTTTGTACATACCAATTTCTCTAGCTGTAGCTGTAATTAAGATTTCGATTCTACTATGTATGTACCTGCCTTACTGTTGATTTTT
TGCTTTTGTGTCCTTTTCTTTTTTTTTGCTCTCTTTCTCTCTCATCACTCACATGAAGAAGCTCCTACTTCTATCCATTGAAGATAGATAAATGAACACGCATATACATACAGTTTTTAGAGAGAGAAACTAGAGCGAGAAGGCTCTGTAACTTCAATTTTGAGTGTTGATTGCTGTTTCTAGGGTCTCTTTGGTTACCAGTTTTGCATGCTTTTGAGCTGAGGAAGAGTTTAGTGCTTTTTTTCTGGTGAATTTTGGAGAAGGAAGTTTTATTTTGTGCTTGTTTTATGAATTGATTAGTGTGGATATGAGAGATCTGTGTTGAGAATTAGTGTACGGAAATGGCTGCTTCGGAGGTGTCGATTCAAGGTTACAGCGAGCCGAGTGATGGTTCTAGGCCGGTTTCAGAGACTGGTAGGAGTAGTTCCGGTGTCGGAATAGTTGATGCTGATACGGCGTTGTACACGGAGCTTTGGCGTTCATGTGCCGGTCCACTTGTGACGGTACCGCGAGAGGGTGAGCTGGTGTACTATTTCCCTCAAGGACATATCGAGCAGGTTGAAGCATCAACTAATCAAGTGGCTGACCAGCAGATGCCTTTGTATAATCTTCCATCTAAGATTCTATGCCGTGTTGTGAATGTCCTGTTAAAGGCTGAACCAGATACTGATGAGGTGTATGCACAAGTGACTTTGATGCCGGAGCCAAATCAAGATGAGAATGCAGTGAAGAAGGAACCTATGCGCCCTCCTCCACCACGATTTCATGTACACTCTTTTTGTAAGACTCTAACAGCCTCTGATACAAGCACTCACGGTGGATTTTCCGTCTTGAGACGACATGCTGATGAATGCCTCCCCCAACTGGACATGTCTCGGCAGCCTCCCACACAGGAGTTGGTGGCCAAAGATTTACATGGAAATGAGTGGCGATTCAGGCATATATTCCGGGGCCAGCCTAGGAGGCATCTTCTTCAGAGTGGTTGGAGTGTCTTTGTTAGTTCGAAGAGGCTTGTTGCTGGGGATGCATTCATATTTCTTAGAGGTGAGAATGGGGAGCTTCGTGTTGGTGTTAGACGTGCCATGAGACAGCAAGGAAATGCTCCATCATCGGTGATATCCAGTCATAGCATGCATCTTGGTGTACTTGCAACAGCTTGGCATGCCATTCAAACAAAAACGATGTTCACTGTGTATTACAAGCCCAGGACAAGCCCTGCTGAGTTTATAGTTCCATATGACCACTATATGGAATCTGTGAAGAATAATTACTCTATTGGAATGAGGTTTAAGATGAGGTTCGAAGGTGAAGAAGCTCCAGAGCAAAGGTTTACTGGAACTATTGTTGGCATTGAAGATGCTGATCCCCAAAGGTGGCTTGAATCTAAGTGGAGATGTCTGAAGGTACGGTGGGATGAAAATTCAAGCATTCCAAGGCCAGACCGAGTTTCACCGTGGAAAATAGAACCAGCTCTTAGCCCTCCTGCACTTAATGTACCTCCAGTTGCAAGGCCAAAAAGGCCTAGATCCAGTATTTTGCCCACATCTCCTGATTCATCTGTCCTTACTAGGGAAGGTTCATCAAGAGCGACAGCAGACCATTCCCAAGCCAGTGGGTTTCCGAGGGTCTTGCAAGGTCAAGAGTTATCGACCTTTAGAGGCGGTTTTGCAGAAATTAATGAGACAGACTTGTCTGAGAAACCAATGATATGGCAAACATCAGTGAATGATGAAAAGAATGATATTCATTCTGCATCAAAGAGATATCTTCCAGATAAATGGCTACCTTTAGGGAGGCCTGAGTCATCTCTCACAGATTTGTTATCAGGTTTTGGCTCCTCCCATGGGTTCTGTTTACCCTCTGCGGACCAAGCTGCGTTTGGTGCTAGATTGGTGAAGCAACAAACACAAGATCAGGAAAAGGATTTTAGCTTATTGGGAAAGCCATGGTCTCTTCTGTCTTCCGGTCTCTCTCTTAATCTGATGGATTCTGGTTCAAAAGCTCCTGGCATAGGGGGTGATACTCCCTATCAAATGCGGGGAGATGCTAGGTATAGTGGTTATGGTGAGTTTTCAGTACTCCCCGGTCATAGGGTTGCAAATCAGCAGGGAAGCTGGATTATGCCTCAACCAGTGTCGCCTTACATGCAGCTCTCCTCTCATTCAAGAGAAATGATGCATAAACCCTCTGTAGTAAAGCAACCCGAGGCTGTGAAACCCAAAGAGGGTAACTACAAACTATTTGGCATTCCTCTTACAAGTAATGTTTGCACAGATGCTGTTATGATGCGGAAAAGTTCATTGATTGATCCAGCAAGTGACATGAATATTGGTATACACCCTCATCAATCCCTTGCCACTGATTCTGATCAAAGGTCTGAGCAATCAAAGGGATCAAAGGTGGATGATGGAGTTGCAGCTAATGATCATGACAAACAATTTCATACCTTTCATCTTGCTGCTAGAGATAAGGATGGCAAAGGGCATAGTAGTTCTACAAGGAGCTGCACAAAGGTTCATAAACAGGGTACAGCACTCGGAAGGTCCGTAGATCTTGCAAAGTTCAACAATTATGACGAATTGATTGCTGAACTGGATCAACTTTTTGATTTTAATGGTGAACTCAAGGCTCGGAGTAAGAGTTGGCTGGTTGTATACACTGATGATGAGGGTGACATGATGCTTGTTGGAGATGATCCATGGCAGGAATTTTGTGGTATGGTTCGCAAGATTTTCATCTATACAAAAGAGGAGGTGCAGCGTATGAATCCAGGGACCCTTAATTCAAAAGGTGAGGACACTTCTTCTGTTGCTGAGGGCTCAGACGCTAAAGAAGTGAAGAATCTGCAACTTCCTTCTGAATCTGGTCAAGCAGAATCTTAGGTTTTCCTCCAAAATTGAGGTTTATAAGATAGCGAGGAGATGGCTTTTATCCACCTAGGTGTTACTTTTTTGGGGATTTTTGAATATAACCTACAATATCAACTCCCTTTGACGTGTGGATGGGGATGGTCTCTTCATATAAATGCAGCTTCAGTATTTGCAGTTTTGAGCCTTTATTTGGAGCCAATATCTGGCCCCTTATCTATCTATATACATAGTATATGTAAATTATCAGCGTTGGTCATTAACGTTGCTTCTGCCAATCTCACTTTTGTACATACCAATTTCTCTAGCTGTAGCTGTAATTAAGATTTCGATTCTACTATGTATGTACCTGCCTTACTGTTGATTTTT
| Protein sequence
Protein sequence
| translated polypeptide sequence |
>Solyc03g118290.2.1 Auxin response factor 2 (AHRD V1 **** Q2LAJ3_SOLLC); contains Interpro domain(s) IPR011525 Aux/IAA-ARF-dimerisation IPR003340 Transcriptional factor B3
MAASEVSIQGYSEPSDGSRPVSETGRSSSGVGIVDADTALYTELWRSCAGPLVTVPREGELVYYFPQGHIEQVEASTNQVADQQMPLYNLPSKILCRVVNVLLKAEPDTDEVYAQVTLMPEPNQDENAVKKEPMRPPPPRFHVHSFCKTLTASDTSTHGGFSVLRRHADECLPQLDMSRQPPTQELVAKDLHGNEWRFRHIFRGQPRRHLLQSGWSVFVSSKRLVAGDAFIFLRGENGELRVGVRRAMRQQGNAPSSVISSHSMHLGVLATAWHAIQTKTMFTVYYKPRTSPAEFIVPYDHYMESVKNNYSIGMRFKMRFEGEEAPEQRFTGTIVGIEDADPQRWLESKWRCLKVRWDENSSIPRPDRVSPWKIEPALSPPALNVPPVARPKRPRSSILPTSPDSSVLTREGSSRATADHSQASGFPRVLQGQELSTFRGGFAEINETDLSEKPMIWQTSVNDEKNDIHSASKRYLPDKWLPLGRPESSLTDLLSGFGSSHGFCLPSADQAAFGARLVKQQTQDQEKDFSLLGKPWSLLSSGLSLNLMDSGSKAPGIGGDTPYQMRGDARYSGYGEFSVLPGHRVANQQGSWIMPQPVSPYMQLSSHSREMMHKPSVVKQPEAVKPKEGNYKLFGIPLTSNVCTDAVMMRKSSLIDPASDMNIGIHPHQSLATDSDQRSEQSKGSKVDDGVAANDHDKQFHTFHLAARDKDGKGHSSSTRSCTKVHKQGTALGRSVDLAKFNNYDELIAELDQLFDFNGELKARSKSWLVVYTDDEGDMMLVGDDPWQEFCGMVRKIFIYTKEEVQRMNPGTLNSKGEDTSSVAEGSDAKEVKNLQLPSESGQAES*
MAASEVSIQGYSEPSDGSRPVSETGRSSSGVGIVDADTALYTELWRSCAGPLVTVPREGELVYYFPQGHIEQVEASTNQVADQQMPLYNLPSKILCRVVNVLLKAEPDTDEVYAQVTLMPEPNQDENAVKKEPMRPPPPRFHVHSFCKTLTASDTSTHGGFSVLRRHADECLPQLDMSRQPPTQELVAKDLHGNEWRFRHIFRGQPRRHLLQSGWSVFVSSKRLVAGDAFIFLRGENGELRVGVRRAMRQQGNAPSSVISSHSMHLGVLATAWHAIQTKTMFTVYYKPRTSPAEFIVPYDHYMESVKNNYSIGMRFKMRFEGEEAPEQRFTGTIVGIEDADPQRWLESKWRCLKVRWDENSSIPRPDRVSPWKIEPALSPPALNVPPVARPKRPRSSILPTSPDSSVLTREGSSRATADHSQASGFPRVLQGQELSTFRGGFAEINETDLSEKPMIWQTSVNDEKNDIHSASKRYLPDKWLPLGRPESSLTDLLSGFGSSHGFCLPSADQAAFGARLVKQQTQDQEKDFSLLGKPWSLLSSGLSLNLMDSGSKAPGIGGDTPYQMRGDARYSGYGEFSVLPGHRVANQQGSWIMPQPVSPYMQLSSHSREMMHKPSVVKQPEAVKPKEGNYKLFGIPLTSNVCTDAVMMRKSSLIDPASDMNIGIHPHQSLATDSDQRSEQSKGSKVDDGVAANDHDKQFHTFHLAARDKDGKGHSSSTRSCTKVHKQGTALGRSVDLAKFNNYDELIAELDQLFDFNGELKARSKSWLVVYTDDEGDMMLVGDDPWQEFCGMVRKIFIYTKEEVQRMNPGTLNSKGEDTSSVAEGSDAKEVKNLQLPSESGQAES*
| Gene model matches
Gene model matches
|
| SGN Unigenes
SGN Unigenes
| [Associate new unigene] |
Unigene ID:
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| GenBank accessions
GenBank accessions
| [Associate new genbank sequence] |
DQ340255 Lycopersicon esculentum auxin response factor 2 (ARF2) mRNA, complete cds.
| Other genome matches | None |
| Literature annotations [2]
Literature annotations [2]
| [Associate publication] [Matching publications] |
[Development of the chemotherapy of infectious diseases in the Soviet Union].
Farmakologiia i toksikologiia (1978)
Show / hide abstract
Show / hide abstract
Pershin, GN.
Farmakologiia i toksikologiia.
1978.
40(6).
649-52.
Characterization of the tomato ARF gene family uncovers a multi-levels post-transcriptional regulation including alternative splicing.
PloS one (2014)
Show / hide abstract
Show / hide abstract
All together, the data bring new insight on the complexity of the expression control of Sl-ARF genes at the transcriptional and post-transcriptional levels supporting the hypothesis that these transcriptional mediators might represent one of the main components that enable auxin to regulate a wide range of physiological processes in a highly specific and coordinated manner.
Zouine, M. Fu, Y. Chateigner-Boutin, AL. Mila, I. Frasse, P. Wang, H. Audran, C. Roustan, JP. Bouzayen, M.
PloS one.
2014.
9(1).
e84203.
| Ontology annotations (17)
Ontology annotations (17)
| [Add ontology annotations] |
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