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Potato locus AY098939 ACC oxidase
| Locus details | Download GMOD XML | Note to Editors | Annotation guidelines |
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 Links to external databases
 Links to external databases
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| Registry name: | None | [Associate registry name] |
| Notes and figures (0)
Notes and figures (0)
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| Image | Description | Type |
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| Accessions and images (0)
Accessions and images (0)
| [Associate accession] |
Accession name:
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| Alleles (0) | None | [Add new Allele] |
| Associated loci (0)
Associated loci (0)
| [Associate new locus] |
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| Associated loci - graphical view | None |
| SolCyc links
SolCyc links
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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 |
>PGSC0003DMG400008081 PGSC_DMv3_219_ch11:38766464..38771192
GTTATACCGAAAACCATGTCGTTTCTTCTCATGTCTCATCTTAAATTTTAACTTGCTATACTTAGCAGCATAATAAGTACTACGTCTTCTAGTAGTGAAGTTCACACTTTTTCTTTTGTCGCGAAGCAAAACGGCATCGGCGACGGCGACGGCAACGGTGATTGATGAGTAAAAGGAGTGAGATTTGATTGCCGGATTGTGAGAAGTAAGTAGTGTATATTCCGTCAACTAATAACGCCGGCAGCCGGCCGGCGACTACATTTACTGATCTCGTAGAGGATGTTGCTTTCGTCATTTACTTACTACGATCCAAGTTTCCGGTGTTGTTTTGCGTGAATCGTCTCGTTTCAGCTTCGATCGGAGTAGAAACTGTACGGATATTGACATTCTCTTTAATGCATTTATATTTACATACACAGTATTCTCTCTGTAAATGTGTGAAGAGTTTTTGAAGCTGAAAAGCCTGTAATCGGAAGTTTTTTTTTTCAACCGATATTGATTGATTGATAAAAGTAGAAAGATGGAAGTCAGAAGTTGCTGCTTTCGGTTTTAGGATTTGATTGAAGAGGAGAGCATTGATGATGACGCTGTAGAGTCATAAATTATTTTTCGATTTTTGAGACTTTAATTTCTGTTTTCATTACTGGAAATTTTCATTTTCATTTTCAAAATCGTTAGTAATTTCATCAGATCCATATTTCTTGCCTGTAAATGTGTTTGTGTTTATTCAGTTCAGTATTTGTTTCTGTATTTATTTTTCTCTTTCTCTGGACCTTTCACTAGGATTTTTTGGTTGAAATTTCTGGTTTCTGTGCTTTTTTTCCTCATTTCTGGACCTTTTTATTGAACTTGTTGAGAGTAGTTTTCTCCACTGTTGTGTAGACTCTTCAAATATGTCAACGGGTGCGTGTCTGATGCTTCAAAAATAGTGTATATTTGGAAAATCTGTCAACAATTTTGGAGAGTGTGAGCAAAATAGATTTACTCTGCTGCGTGAAATTGTTGTTGAAATTTTACTGGTTTTTGACTTTCTGTAGTTATTTTCTAATTTTTTGTACCTTCTACTTGAATATCTTGTCTAAATTTATTGGTTTCTGTACGTGTTTTCTCATTTTGTATCTTTTTGCTTTGAATTTATTACTGAAATTTGCTTTATTTGTGGTTACACAGCTTTTAAGCTTTTCCGGAATTGCTGTTCTGTAATTGTTTTCAAATAAGGAGAAGGAGAAAAACTGTTGGATTAGCGAAATGAAGGAGGTTTTGGAGAAGTGTGTAGATTCACAGCTATGGCACGCCTGTGCAGGAGGAATGGTGCAAATCCCTCCGGTTAACTCCAAAGTCTACTATTTTCCACAAGGGCATGCTGAGCATACTCTAATGAATGTGGATTTCTCTGCACTACCAAGAAGTCCTGCTCTGATTCTATGCAGGGTAGCTGCTGTGAAGTTCTTAGCGGACCCTGAAACGGACGAGGTTTATGCTAAGATTAGGGTTGTCCCAGTTGGGAACAAGGGAAATGACTTTGATGATGATGATGACATTTTGGGTAGTAATGAGTCAGGAACAACTGAAAAACCCAATTCGTTTGCCAAGACATTGACTCAATCGGATGCAAATAATGGGGGTGGATTCTCTGTGCCAAGATACTGTGCAGAGACGATATTTCCTAGGTTGGATTACACAGCTGACCCACCTGTGCAGACCGTGACAGCCAAAGATGTTCATGGTGAAACTTGGAAGTTTAGGCACATTTATAGGGGTACTCCCAGGAGGCATTTGTTAACGACTGGTTGGAGTAGTTTTGTGAATCAGAAGAAACTTGTTGCTGGAGATTCCATTGTGTTTTTGAGGGGAGAAAATGGTGAACTTTATGTGGGAATTCGTAGGGCAAAACGAGGTGGTATTGGTGGGCCTGAAGCCCCTTCTGGATGGAACTCTGGTGCAGGAAATTATGGTGGATTTTCTGCATTTTTGAGGGAAGAGATGAGCAAGAATGGAAATTTGAGTTCTCCTACGGGGAGCTTAAGGGGAAAGGTAAGGGTGAGACCTGAATCAGTTGTGGAAGCTGCATATCTTGCTGCTAGTGGGCAGCCTTTTGAAGTTGTTTATTATCCCCGTGCAAACACACCAGAATTTTGTGTTAGGGCGTCTTCAGTGAATACTGCAATGAGGACTCAATGGTGCTCAGGGATGAGGTTTAAAATGGCTTTTGAAACCGAGGATTCTTCTCGAATCAGTTGGTTCATGGGAACTATATCCTCCATTCAGCTTGCTGATCCCATCCGCTGGCCCAATTCGCCATGGCGGCTTCTTCAGGTAATGCAGCTATTTTCAGCTTCCTATTTGGGGCCAGAGTTTGTGTTGTTGTCCATTAAAATGTCAATTACCTGGCCATTGTTCTGATATTCTCTGTATCGGCTCTTTAGTTGATTAGTGAATATCTTATAGCGAGTTAATAGTCCTCCAATATTATTTCAACCTACTTCCTGTATTTCTAAGGTGTTGCGAGATTTCATTGTTGCACTGCAATGGCACTGTTCAACTTTCTTAGGGCTTTTCCAAGGTTTAAAGCAAGTGACAATATGTAGTTGATTGTTTGACTAAGATTACAGTGTCTCAGTATGTTTAGGATTTATGTCATGTTCTGGTTAAGCTCATATAACTCGTAATCAGCCTGATGCCAGGAAGATCTGTTGTTTCCTTTTTCATGTTTATTAATAACACATTCCCTTCTAATGCAAGGTCATTCTATAAATTGTCCGCATCACATTTCTCGATTCTCTATAATTCTCAAGGGGTTGCTTTCTTTCTCTGTCCATCATTGTTTTCTTGGGAGTAAGGGTTATAAGTTTTAGGGATCTGTCCAAGAGATGTTCTCGTCATCTTGTATCATATATTGGTAACTTCAGAAAAAATGACTCGGGTATTTCATTGGCAAACTATGACATGAAATAGCTGTTACATTTGTTTTTTCATTACATTGCCGTACAACTACATTGATGTCCTCAAGATTTCAAAATGCAATATGCAGTTGCGGCTTTGCTTATCGTTTAGTCTAAGTTAAGTGTGGTAAAACTTTTCTCCATGATGTACTGCAGGTGGCATGGGATGAACCTGATTTATTGCAGAACGTTAAACATGTCAGCCCATGGCTTGTCGAATTGGTCTCAAATATGCCAGTCATTCACCACTCGCCCTTTTCACCGCCAAGAAAAAAGCTGCGTCTACCACCAGATTTCTCTCTTGACAGCCAATTTCAGTTACCATTTTTTTCAGGCAACCCCCTCAGGTCCAGCAGTCCTTTCTGTTGTTTATCTGACAACATCACTGCAGGCATACAGGGAGCCAGGCATGCTCAATTTGGAGTACCTTTATTGGATCTTCACCTTAGCAACAACTTACCGTCCGGATTGCTACCACCAAGTTTCCAGCGTGTTGCAGCCAACTCACAACTTCCTAATGTCATCAATAAGTACCAAAATGACAGAAATGATAACATCTCTTGTTTGCTTACCATGGGTACTTCAAGTAAGACATTGGAGAAAAATGATAGTGTGAATACACCTCGGTTCTTACTCTTCGGTCAGCCAATTCTGACTGAGCAACAAATCTCTAACGGATGTTCTGTCACTGCTCCGCAAGTTGTCCAAACAGGGAAGGACTTAGGCAGGATACAACTGATCAACGAAAAACATCCTCCTGAGCAGAAAGGCAGCATTCAAGACAATCTAACCAGTGCGACATTTTTCTGGAATCGAGGTTATCATGCAGCTGAACTTGGTGTACTCGATACTGGTCACTGCAAAGTATTCCTCGAGTCAGAGGATGTTGGCCGTACACTTGATCTGTCAGTTATGGGATCATATGAAGAACTGTACAGAAGACTTGCAAAGATGTTTGGACTAGAAAGACCAGATATGCTGACCCGTGTGCTCTATCATGATGCAACAGGTGCTGTTAAACACACCGGAGATGAACCATTCAGGTGCCTTGTTTTTTCCAGTACCTTCTGCTTTTGATGATTTTTCCAGTGAAAAAGGTAGTGTATACGTACGTGCGTGAGCACACATTGTTTATTTGAAATTTAATGAACCTTTCTCTCGGACTTGTTTTGCAGTGACTTTGTTAAGAGTGCAAAAAGATTGACAATTCTGATGAACTCAAGCAGCAATATTAAAAGGTAATTGTTAATCATACTCTCCCTTGAAAGGCGACTTCGTATCATATCATACTAATGATAGCTAAGTTCTTTAACTGGAAAGTATGATAATTTTCAAAGTAAATGTTCCGTATTTGCCACTTTTTGATTTCTTGCAACCTTGTATATCAGGAAATGGATAACTGGTCTTGCAACTGCTGAACGTGGTCTAGATTCTTCAAACCAGGCAGGACCTCTTAGCATCTTTGCATAGAATCATCGGCATTTGATAGCCTGTGTGTATAAGTACCTTTCTCGTTTGTTTTTTCTCGCAGCCACTGCTTCACTGCTAGTGCTAAGGACACTGTAAGTGAAACATTGTGTTTGTTTCTGTATGGATATTTTGATCTACTCTTTACGTTGGAAACATTCAATGTGCTTTCTTTAACAGTTCCTACTGCGATGGTGCTGTCGTGTTTGTTGGTGTTTTTAATCTGAAAGGACATGAACATGTGAGCTGGGGCATTTATGTTTTTGACATGGACATGTTCGTCATTTACTCGTGCTCCCCCCTCCCCCCCCCCCCCCCAC
GTTATACCGAAAACCATGTCGTTTCTTCTCATGTCTCATCTTAAATTTTAACTTGCTATACTTAGCAGCATAATAAGTACTACGTCTTCTAGTAGTGAAGTTCACACTTTTTCTTTTGTCGCGAAGCAAAACGGCATCGGCGACGGCGACGGCAACGGTGATTGATGAGTAAAAGGAGTGAGATTTGATTGCCGGATTGTGAGAAGTAAGTAGTGTATATTCCGTCAACTAATAACGCCGGCAGCCGGCCGGCGACTACATTTACTGATCTCGTAGAGGATGTTGCTTTCGTCATTTACTTACTACGATCCAAGTTTCCGGTGTTGTTTTGCGTGAATCGTCTCGTTTCAGCTTCGATCGGAGTAGAAACTGTACGGATATTGACATTCTCTTTAATGCATTTATATTTACATACACAGTATTCTCTCTGTAAATGTGTGAAGAGTTTTTGAAGCTGAAAAGCCTGTAATCGGAAGTTTTTTTTTTCAACCGATATTGATTGATTGATAAAAGTAGAAAGATGGAAGTCAGAAGTTGCTGCTTTCGGTTTTAGGATTTGATTGAAGAGGAGAGCATTGATGATGACGCTGTAGAGTCATAAATTATTTTTCGATTTTTGAGACTTTAATTTCTGTTTTCATTACTGGAAATTTTCATTTTCATTTTCAAAATCGTTAGTAATTTCATCAGATCCATATTTCTTGCCTGTAAATGTGTTTGTGTTTATTCAGTTCAGTATTTGTTTCTGTATTTATTTTTCTCTTTCTCTGGACCTTTCACTAGGATTTTTTGGTTGAAATTTCTGGTTTCTGTGCTTTTTTTCCTCATTTCTGGACCTTTTTATTGAACTTGTTGAGAGTAGTTTTCTCCACTGTTGTGTAGACTCTTCAAATATGTCAACGGGTGCGTGTCTGATGCTTCAAAAATAGTGTATATTTGGAAAATCTGTCAACAATTTTGGAGAGTGTGAGCAAAATAGATTTACTCTGCTGCGTGAAATTGTTGTTGAAATTTTACTGGTTTTTGACTTTCTGTAGTTATTTTCTAATTTTTTGTACCTTCTACTTGAATATCTTGTCTAAATTTATTGGTTTCTGTACGTGTTTTCTCATTTTGTATCTTTTTGCTTTGAATTTATTACTGAAATTTGCTTTATTTGTGGTTACACAGCTTTTAAGCTTTTCCGGAATTGCTGTTCTGTAATTGTTTTCAAATAAGGAGAAGGAGAAAAACTGTTGGATTAGCGAAATGAAGGAGGTTTTGGAGAAGTGTGTAGATTCACAGCTATGGCACGCCTGTGCAGGAGGAATGGTGCAAATCCCTCCGGTTAACTCCAAAGTCTACTATTTTCCACAAGGGCATGCTGAGCATACTCTAATGAATGTGGATTTCTCTGCACTACCAAGAAGTCCTGCTCTGATTCTATGCAGGGTAGCTGCTGTGAAGTTCTTAGCGGACCCTGAAACGGACGAGGTTTATGCTAAGATTAGGGTTGTCCCAGTTGGGAACAAGGGAAATGACTTTGATGATGATGATGACATTTTGGGTAGTAATGAGTCAGGAACAACTGAAAAACCCAATTCGTTTGCCAAGACATTGACTCAATCGGATGCAAATAATGGGGGTGGATTCTCTGTGCCAAGATACTGTGCAGAGACGATATTTCCTAGGTTGGATTACACAGCTGACCCACCTGTGCAGACCGTGACAGCCAAAGATGTTCATGGTGAAACTTGGAAGTTTAGGCACATTTATAGGGGTACTCCCAGGAGGCATTTGTTAACGACTGGTTGGAGTAGTTTTGTGAATCAGAAGAAACTTGTTGCTGGAGATTCCATTGTGTTTTTGAGGGGAGAAAATGGTGAACTTTATGTGGGAATTCGTAGGGCAAAACGAGGTGGTATTGGTGGGCCTGAAGCCCCTTCTGGATGGAACTCTGGTGCAGGAAATTATGGTGGATTTTCTGCATTTTTGAGGGAAGAGATGAGCAAGAATGGAAATTTGAGTTCTCCTACGGGGAGCTTAAGGGGAAAGGTAAGGGTGAGACCTGAATCAGTTGTGGAAGCTGCATATCTTGCTGCTAGTGGGCAGCCTTTTGAAGTTGTTTATTATCCCCGTGCAAACACACCAGAATTTTGTGTTAGGGCGTCTTCAGTGAATACTGCAATGAGGACTCAATGGTGCTCAGGGATGAGGTTTAAAATGGCTTTTGAAACCGAGGATTCTTCTCGAATCAGTTGGTTCATGGGAACTATATCCTCCATTCAGCTTGCTGATCCCATCCGCTGGCCCAATTCGCCATGGCGGCTTCTTCAGGTAATGCAGCTATTTTCAGCTTCCTATTTGGGGCCAGAGTTTGTGTTGTTGTCCATTAAAATGTCAATTACCTGGCCATTGTTCTGATATTCTCTGTATCGGCTCTTTAGTTGATTAGTGAATATCTTATAGCGAGTTAATAGTCCTCCAATATTATTTCAACCTACTTCCTGTATTTCTAAGGTGTTGCGAGATTTCATTGTTGCACTGCAATGGCACTGTTCAACTTTCTTAGGGCTTTTCCAAGGTTTAAAGCAAGTGACAATATGTAGTTGATTGTTTGACTAAGATTACAGTGTCTCAGTATGTTTAGGATTTATGTCATGTTCTGGTTAAGCTCATATAACTCGTAATCAGCCTGATGCCAGGAAGATCTGTTGTTTCCTTTTTCATGTTTATTAATAACACATTCCCTTCTAATGCAAGGTCATTCTATAAATTGTCCGCATCACATTTCTCGATTCTCTATAATTCTCAAGGGGTTGCTTTCTTTCTCTGTCCATCATTGTTTTCTTGGGAGTAAGGGTTATAAGTTTTAGGGATCTGTCCAAGAGATGTTCTCGTCATCTTGTATCATATATTGGTAACTTCAGAAAAAATGACTCGGGTATTTCATTGGCAAACTATGACATGAAATAGCTGTTACATTTGTTTTTTCATTACATTGCCGTACAACTACATTGATGTCCTCAAGATTTCAAAATGCAATATGCAGTTGCGGCTTTGCTTATCGTTTAGTCTAAGTTAAGTGTGGTAAAACTTTTCTCCATGATGTACTGCAGGTGGCATGGGATGAACCTGATTTATTGCAGAACGTTAAACATGTCAGCCCATGGCTTGTCGAATTGGTCTCAAATATGCCAGTCATTCACCACTCGCCCTTTTCACCGCCAAGAAAAAAGCTGCGTCTACCACCAGATTTCTCTCTTGACAGCCAATTTCAGTTACCATTTTTTTCAGGCAACCCCCTCAGGTCCAGCAGTCCTTTCTGTTGTTTATCTGACAACATCACTGCAGGCATACAGGGAGCCAGGCATGCTCAATTTGGAGTACCTTTATTGGATCTTCACCTTAGCAACAACTTACCGTCCGGATTGCTACCACCAAGTTTCCAGCGTGTTGCAGCCAACTCACAACTTCCTAATGTCATCAATAAGTACCAAAATGACAGAAATGATAACATCTCTTGTTTGCTTACCATGGGTACTTCAAGTAAGACATTGGAGAAAAATGATAGTGTGAATACACCTCGGTTCTTACTCTTCGGTCAGCCAATTCTGACTGAGCAACAAATCTCTAACGGATGTTCTGTCACTGCTCCGCAAGTTGTCCAAACAGGGAAGGACTTAGGCAGGATACAACTGATCAACGAAAAACATCCTCCTGAGCAGAAAGGCAGCATTCAAGACAATCTAACCAGTGCGACATTTTTCTGGAATCGAGGTTATCATGCAGCTGAACTTGGTGTACTCGATACTGGTCACTGCAAAGTATTCCTCGAGTCAGAGGATGTTGGCCGTACACTTGATCTGTCAGTTATGGGATCATATGAAGAACTGTACAGAAGACTTGCAAAGATGTTTGGACTAGAAAGACCAGATATGCTGACCCGTGTGCTCTATCATGATGCAACAGGTGCTGTTAAACACACCGGAGATGAACCATTCAGGTGCCTTGTTTTTTCCAGTACCTTCTGCTTTTGATGATTTTTCCAGTGAAAAAGGTAGTGTATACGTACGTGCGTGAGCACACATTGTTTATTTGAAATTTAATGAACCTTTCTCTCGGACTTGTTTTGCAGTGACTTTGTTAAGAGTGCAAAAAGATTGACAATTCTGATGAACTCAAGCAGCAATATTAAAAGGTAATTGTTAATCATACTCTCCCTTGAAAGGCGACTTCGTATCATATCATACTAATGATAGCTAAGTTCTTTAACTGGAAAGTATGATAATTTTCAAAGTAAATGTTCCGTATTTGCCACTTTTTGATTTCTTGCAACCTTGTATATCAGGAAATGGATAACTGGTCTTGCAACTGCTGAACGTGGTCTAGATTCTTCAAACCAGGCAGGACCTCTTAGCATCTTTGCATAGAATCATCGGCATTTGATAGCCTGTGTGTATAAGTACCTTTCTCGTTTGTTTTTTCTCGCAGCCACTGCTTCACTGCTAGTGCTAAGGACACTGTAAGTGAAACATTGTGTTTGTTTCTGTATGGATATTTTGATCTACTCTTTACGTTGGAAACATTCAATGTGCTTTCTTTAACAGTTCCTACTGCGATGGTGCTGTCGTGTTTGTTGGTGTTTTTAATCTGAAAGGACATGAACATGTGAGCTGGGGCATTTATGTTTTTGACATGGACATGTTCGTCATTTACTCGTGCTCCCCCCTCCCCCCCCCCCCCCCAC
| Download sequence region |
Get flanking sequences on PGSC_DMv3_219_ch11
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| mRNA PGSC0003DMT400020874
mRNA PGSC0003DMT400020874
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| Ontology terms | None | terms associated with this mRNA |
| cDNA sequence
cDNA sequence
| spliced cDNA sequence, including UTRs |
>PGSC0003DMT400020874 Auxin response factor
GTTATACCGAAAACCATGTCGTTTCTTCTCATGTCTCATCTTAAATTTTAACTTGCTATACTTAGCAGCATAATAAGTACTACGTCTTCTAGTAGTGAAGTTCACACTTTTTCTTTTGTCGCGAAGCAAAACGGCATCGGCGACGGCGACGGCAACGGTGATTGATGAGTAAAAGGAGTGAGATTTGATTGCCGGATTGTGAGAAGTAAGTAGTGTATATTCCGTCAACTAATAACGCCGGCAGCCGGCCGGCGACTACATTTACTGATCTCGTAGAGGATGTTGCTTTCGTCATTTACTTACTACGATCCAAGTTTCCGGTGTTGTTTTGCGTGAATCGTCTCGTTTCAGCTTCGATCGGAGTAGAAACTCTTTTAAGCTTTTCCGGAATTGCTGTTCTGTAATTGTTTTCAAATAAGGAGAAGGAGAAAAACTGTTGGATTAGCGAAATGAAGGAGGTTTTGGAGAAGTGTGTAGATTCACAGCTATGGCACGCCTGTGCAGGAGGAATGGTGCAAATCCCTCCGGTTAACTCCAAAGTCTACTATTTTCCACAAGGGCATGCTGAGCATACTCTAATGAATGTGGATTTCTCTGCACTACCAAGAAGTCCTGCTCTGATTCTATGCAGGGTAGCTGCTGTGAAGTTCTTAGCGGACCCTGAAACGGACGAGGTTTATGCTAAGATTAGGGTTGTCCCAGTTGGGAACAAGGGAAATGACTTTGATGATGATGATGACATTTTGGGTAGTAATGAGTCAGGAACAACTGAAAAACCCAATTCGTTTGCCAAGACATTGACTCAATCGGATGCAAATAATGGGGGTGGATTCTCTGTGCCAAGATACTGTGCAGAGACGATATTTCCTAGGTTGGATTACACAGCTGACCCACCTGTGCAGACCGTGACAGCCAAAGATGTTCATGGTGAAACTTGGAAGTTTAGGCACATTTATAGGGGTACTCCCAGGAGGCATTTGTTAACGACTGGTTGGAGTAGTTTTGTGAATCAGAAGAAACTTGTTGCTGGAGATTCCATTGTGTTTTTGAGGGGAGAAAATGGTGAACTTTATGTGGGAATTCGTAGGGCAAAACGAGGTGGTATTGGTGGGCCTGAAGCCCCTTCTGGATGGAACTCTGGTGCAGGAAATTATGGTGGATTTTCTGCATTTTTGAGGGAAGAGATGAGCAAGAATGGAAATTTGAGTTCTCCTACGGGGAGCTTAAGGGGAAAGGTAAGGGTGAGACCTGAATCAGTTGTGGAAGCTGCATATCTTGCTGCTAGTGGGCAGCCTTTTGAAGTTGTTTATTATCCCCGTGCAAACACACCAGAATTTTGTGTTAGGGCGTCTTCAGTGAATACTGCAATGAGGACTCAATGGTGCTCAGGGATGAGGTTTAAAATGGCTTTTGAAACCGAGGATTCTTCTCGAATCAGTTGGTTCATGGGAACTATATCCTCCATTCAGCTTGCTGATCCCATCCGCTGGCCCAATTCGCCATGGCGGCTTCTTCAGGTGGCATGGGATGAACCTGATTTATTGCAGAACGTTAAACATGTCAGCCCATGGCTTGTCGAATTGGTCTCAAATATGCCAGTCATTCACCACTCGCCCTTTTCACCGCCAAGAAAAAAGCTGCGTCTACCACCAGATTTCTCTCTTGACAGCCAATTTCAGTTACCATTTTTTTCAGGCAACCCCCTCAGGTCCAGCAGTCCTTTCTGTTGTTTATCTGACAACATCACTGCAGGCATACAGGGAGCCAGGCATGCTCAATTTGGAGTACCTTTATTGGATCTTCACCTTAGCAACAACTTACCGTCCGGATTGCTACCACCAAGTTTCCAGCGTGTTGCAGCCAACTCACAACTTCCTAATGTCATCAATAAGTACCAAAATGACAGAAATGATAACATCTCTTGTTTGCTTACCATGGGTACTTCAAGTAAGACATTGGAGAAAAATGATAGTGTGAATACACCTCGGTTCTTACTCTTCGGTCAGCCAATTCTGACTGAGCAACAAATCTCTAACGGATGTTCTGTCACTGCTCCGCAAGTTGTCCAAACAGGGAAGGACTTAGGCAGGATACAACTGATCAACGAAAAACATCCTCCTGAGCAGAAAGGCAGCATTCAAGACAATCTAACCAGTGCGACATTTTTCTGGAATCGAGGTTATCATGCAGCTGAACTTGGTGTACTCGATACTGGTCACTGCAAAGTATTCCTCGAGTCAGAGGATGTTGGCCGTACACTTGATCTGTCAGTTATGGGATCATATGAAGAACTGTACAGAAGACTTGCAAAGATGTTTGGACTAGAAAGACCAGATATGCTGACCCGTGTGCTCTATCATGATGCAACAGGTGCTGTTAAACACACCGGAGATGAACCATTCAGTGACTTTGTTAAGAGTGCAAAAAGATTGACAATTCTGATGAACTCAAGCAGCAATATTAAAAGGAAATGGATAACTGGTCTTGCAACTGCTGAACGTGGTCTAGATTCTTCAAACCAGGCAGGACCTCTTAGCATCTTTGCATAGAATCATCGGCATTTGATAGCCTGTGTGTATAAGTACCTTTCTCGTTTGTTTTTTCTCGCAGCCACTGCTTCACTGCTAGTGCTAAGGACACTGTAAGTGAAACATTGTGTTTGTTTCTGTATGGATATTTTGATCTACTCTTTACGTTGGAAACATTCAATGTGCTTTCTTTAACAGTTCCTACTGCGATGGTGCTGTCGTGTTTGTTGGTGTTTTTAATCTGAAAGGACATGAACATGTGAGCTGGGGCATTTATGTTTTTGACATGGACATGTTCGTCATTTACTCGTGCTCCCCCCTCCCCCCCCCCCCCCCAC
GTTATACCGAAAACCATGTCGTTTCTTCTCATGTCTCATCTTAAATTTTAACTTGCTATACTTAGCAGCATAATAAGTACTACGTCTTCTAGTAGTGAAGTTCACACTTTTTCTTTTGTCGCGAAGCAAAACGGCATCGGCGACGGCGACGGCAACGGTGATTGATGAGTAAAAGGAGTGAGATTTGATTGCCGGATTGTGAGAAGTAAGTAGTGTATATTCCGTCAACTAATAACGCCGGCAGCCGGCCGGCGACTACATTTACTGATCTCGTAGAGGATGTTGCTTTCGTCATTTACTTACTACGATCCAAGTTTCCGGTGTTGTTTTGCGTGAATCGTCTCGTTTCAGCTTCGATCGGAGTAGAAACTCTTTTAAGCTTTTCCGGAATTGCTGTTCTGTAATTGTTTTCAAATAAGGAGAAGGAGAAAAACTGTTGGATTAGCGAAATGAAGGAGGTTTTGGAGAAGTGTGTAGATTCACAGCTATGGCACGCCTGTGCAGGAGGAATGGTGCAAATCCCTCCGGTTAACTCCAAAGTCTACTATTTTCCACAAGGGCATGCTGAGCATACTCTAATGAATGTGGATTTCTCTGCACTACCAAGAAGTCCTGCTCTGATTCTATGCAGGGTAGCTGCTGTGAAGTTCTTAGCGGACCCTGAAACGGACGAGGTTTATGCTAAGATTAGGGTTGTCCCAGTTGGGAACAAGGGAAATGACTTTGATGATGATGATGACATTTTGGGTAGTAATGAGTCAGGAACAACTGAAAAACCCAATTCGTTTGCCAAGACATTGACTCAATCGGATGCAAATAATGGGGGTGGATTCTCTGTGCCAAGATACTGTGCAGAGACGATATTTCCTAGGTTGGATTACACAGCTGACCCACCTGTGCAGACCGTGACAGCCAAAGATGTTCATGGTGAAACTTGGAAGTTTAGGCACATTTATAGGGGTACTCCCAGGAGGCATTTGTTAACGACTGGTTGGAGTAGTTTTGTGAATCAGAAGAAACTTGTTGCTGGAGATTCCATTGTGTTTTTGAGGGGAGAAAATGGTGAACTTTATGTGGGAATTCGTAGGGCAAAACGAGGTGGTATTGGTGGGCCTGAAGCCCCTTCTGGATGGAACTCTGGTGCAGGAAATTATGGTGGATTTTCTGCATTTTTGAGGGAAGAGATGAGCAAGAATGGAAATTTGAGTTCTCCTACGGGGAGCTTAAGGGGAAAGGTAAGGGTGAGACCTGAATCAGTTGTGGAAGCTGCATATCTTGCTGCTAGTGGGCAGCCTTTTGAAGTTGTTTATTATCCCCGTGCAAACACACCAGAATTTTGTGTTAGGGCGTCTTCAGTGAATACTGCAATGAGGACTCAATGGTGCTCAGGGATGAGGTTTAAAATGGCTTTTGAAACCGAGGATTCTTCTCGAATCAGTTGGTTCATGGGAACTATATCCTCCATTCAGCTTGCTGATCCCATCCGCTGGCCCAATTCGCCATGGCGGCTTCTTCAGGTGGCATGGGATGAACCTGATTTATTGCAGAACGTTAAACATGTCAGCCCATGGCTTGTCGAATTGGTCTCAAATATGCCAGTCATTCACCACTCGCCCTTTTCACCGCCAAGAAAAAAGCTGCGTCTACCACCAGATTTCTCTCTTGACAGCCAATTTCAGTTACCATTTTTTTCAGGCAACCCCCTCAGGTCCAGCAGTCCTTTCTGTTGTTTATCTGACAACATCACTGCAGGCATACAGGGAGCCAGGCATGCTCAATTTGGAGTACCTTTATTGGATCTTCACCTTAGCAACAACTTACCGTCCGGATTGCTACCACCAAGTTTCCAGCGTGTTGCAGCCAACTCACAACTTCCTAATGTCATCAATAAGTACCAAAATGACAGAAATGATAACATCTCTTGTTTGCTTACCATGGGTACTTCAAGTAAGACATTGGAGAAAAATGATAGTGTGAATACACCTCGGTTCTTACTCTTCGGTCAGCCAATTCTGACTGAGCAACAAATCTCTAACGGATGTTCTGTCACTGCTCCGCAAGTTGTCCAAACAGGGAAGGACTTAGGCAGGATACAACTGATCAACGAAAAACATCCTCCTGAGCAGAAAGGCAGCATTCAAGACAATCTAACCAGTGCGACATTTTTCTGGAATCGAGGTTATCATGCAGCTGAACTTGGTGTACTCGATACTGGTCACTGCAAAGTATTCCTCGAGTCAGAGGATGTTGGCCGTACACTTGATCTGTCAGTTATGGGATCATATGAAGAACTGTACAGAAGACTTGCAAAGATGTTTGGACTAGAAAGACCAGATATGCTGACCCGTGTGCTCTATCATGATGCAACAGGTGCTGTTAAACACACCGGAGATGAACCATTCAGTGACTTTGTTAAGAGTGCAAAAAGATTGACAATTCTGATGAACTCAAGCAGCAATATTAAAAGGAAATGGATAACTGGTCTTGCAACTGCTGAACGTGGTCTAGATTCTTCAAACCAGGCAGGACCTCTTAGCATCTTTGCATAGAATCATCGGCATTTGATAGCCTGTGTGTATAAGTACCTTTCTCGTTTGTTTTTTCTCGCAGCCACTGCTTCACTGCTAGTGCTAAGGACACTGTAAGTGAAACATTGTGTTTGTTTCTGTATGGATATTTTGATCTACTCTTTACGTTGGAAACATTCAATGTGCTTTCTTTAACAGTTCCTACTGCGATGGTGCTGTCGTGTTTGTTGGTGTTTTTAATCTGAAAGGACATGAACATGTGAGCTGGGGCATTTATGTTTTTGACATGGACATGTTCGTCATTTACTCGTGCTCCCCCCTCCCCCCCCCCCCCCCAC
| Protein sequence
Protein sequence
| translated polypeptide sequence |
>PGSC0003DMT400020874 Auxin response factor
MKEVLEKCVDSQLWHACAGGMVQIPPVNSKVYYFPQGHAEHTLMNVDFSALPRSPALILCRVAAVKFLADPETDEVYAKIRVVPVGNKGNDFDDDDDILGSNESGTTEKPNSFAKTLTQSDANNGGGFSVPRYCAETIFPRLDYTADPPVQTVTAKDVHGETWKFRHIYRGTPRRHLLTTGWSSFVNQKKLVAGDSIVFLRGENGELYVGIRRAKRGGIGGPEAPSGWNSGAGNYGGFSAFLREEMSKNGNLSSPTGSLRGKVRVRPESVVEAAYLAASGQPFEVVYYPRANTPEFCVRASSVNTAMRTQWCSGMRFKMAFETEDSSRISWFMGTISSIQLADPIRWPNSPWRLLQVAWDEPDLLQNVKHVSPWLVELVSNMPVIHHSPFSPPRKKLRLPPDFSLDSQFQLPFFSGNPLRSSSPFCCLSDNITAGIQGARHAQFGVPLLDLHLSNNLPSGLLPPSFQRVAANSQLPNVINKYQNDRNDNISCLLTMGTSSKTLEKNDSVNTPRFLLFGQPILTEQQISNGCSVTAPQVVQTGKDLGRIQLINEKHPPEQKGSIQDNLTSATFFWNRGYHAAELGVLDTGHCKVFLESEDVGRTLDLSVMGSYEELYRRLAKMFGLERPDMLTRVLYHDATGAVKHTGDEPFSDFVKSAKRLTILMNSSSNIKRKWITGLATAERGLDSSNQAGPLSIFA*
MKEVLEKCVDSQLWHACAGGMVQIPPVNSKVYYFPQGHAEHTLMNVDFSALPRSPALILCRVAAVKFLADPETDEVYAKIRVVPVGNKGNDFDDDDDILGSNESGTTEKPNSFAKTLTQSDANNGGGFSVPRYCAETIFPRLDYTADPPVQTVTAKDVHGETWKFRHIYRGTPRRHLLTTGWSSFVNQKKLVAGDSIVFLRGENGELYVGIRRAKRGGIGGPEAPSGWNSGAGNYGGFSAFLREEMSKNGNLSSPTGSLRGKVRVRPESVVEAAYLAASGQPFEVVYYPRANTPEFCVRASSVNTAMRTQWCSGMRFKMAFETEDSSRISWFMGTISSIQLADPIRWPNSPWRLLQVAWDEPDLLQNVKHVSPWLVELVSNMPVIHHSPFSPPRKKLRLPPDFSLDSQFQLPFFSGNPLRSSSPFCCLSDNITAGIQGARHAQFGVPLLDLHLSNNLPSGLLPPSFQRVAANSQLPNVINKYQNDRNDNISCLLTMGTSSKTLEKNDSVNTPRFLLFGQPILTEQQISNGCSVTAPQVVQTGKDLGRIQLINEKHPPEQKGSIQDNLTSATFFWNRGYHAAELGVLDTGHCKVFLESEDVGRTLDLSVMGSYEELYRRLAKMFGLERPDMLTRVLYHDATGAVKHTGDEPFSDFVKSAKRLTILMNSSSNIKRKWITGLATAERGLDSSNQAGPLSIFA*
| Gene model matches
Gene model matches
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| SGN Unigenes
SGN Unigenes
| [Associate new unigene] |
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| GenBank accessions
GenBank accessions
| [Associate new genbank sequence] |
AY098939 Solanum tuberosum ACC oxidase mRNA, complete cds.
| Other genome matches | None |
| Literature annotations [1]
Literature annotations [1]
| [Associate publication] [Matching publications] |
Isolation and characterization of a potato cDNA corresponding to a 1-aminocyclopropane-1-carboxylate (ACC) oxidase gene differentially activated by stress.
Journal of experimental botany (2002)
Show / hide abstract
Show / hide abstract
1-Aminocyclopropane-1-carboxylate (ACC) oxidase enzyme catalyses the final step in ethylene biosynthesis, converting 1-aminocyclopropane-1-carboxylic acid to ethylene. A cDNA clone encoding an ACC oxidase, ST-ACO3, was isolated from potato (Solanum tuberosum L.) by differential screening of a Fusarium eumartii infected-tuber cDNA library. The deduced amino acid sequence exhibited similarity to other ACC oxidase proteins from several plants species. Northern blot analysis revealed that the ST-ACO3 mRNA level increased in potato tubers upon inoculation with F. eumartii, as well as after treatment with salicylic acid and indole-3-acetic acid, suggesting a cross-talk between different signalling pathways involved in the defence response of potato tubers against F. eumartii attack.
Zanetti, ME. Terrile, MC. Arce, D. Godoy, AV. Segundo, BS. Casalongué, C.
Journal of experimental botany.
2002.
53(379).
2455-7.
| Ontology annotations (3)
Ontology annotations (3)
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