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Arabidopsis locus AT1G51690
| 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 |
>AT1G51690 TAIR10ch01:19164063..19170449
GTGCTATTGTTTAGTGTCATTATCTGTGTAACCACCTTACTTCGTCTTCTTAACCAGAAAAATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGGAGTCAGCAAAAGAATTTTTCAAGAGACAGGTAACACTTTTCAATCTTGATAAATTCAAATCTCATTTTCTTGCAACTAAACTCGAACACATTGCGAAAACCTTGTTTCACCTTTTATGAACGTAAAAAATGTTATCTACTCATAAAAAAAACAAAGTCAGCAACAATCTTCATAAATATGCAACGGTTATCAGTCACCTAATCGTATACGAAATCATCAACAGAGGCCACTTGACCTAGCGAGCCACCACTGAAAAAGGCCAATTAAAGTAAAGCATCATAGTTCAAAAGTCAAAACTGTTACAAGATACTGATTTTTCACCTTTATTATATTTTTGATAGTCCTTCAAATCATTACAGTTTATTAGTCTCTGTTTGTATTCTTACCTTAAAGCTCTGCAACTAAACTGCTACCAGTGGATGGACAATAATGCGAAAAATCTATGTTTTGTGTTCAGTTTTAATGCACAAGAGAGCAAAAAAACGGAGTATCCCTCTGCATAAGGCAAACATGAGTTAATGAAGGTTCAATGTACATCCACAAGCTATAAAATAGTTTTCAAGTCTATAACAATAAAATCAACGGTTTTCTCGCAGATTTGCTACTGTACGTTAAAATGAACGTAAGTACAAGTGAATCACTACTAATCTACTAGTCTCAAGAATTGTGCTTTGTATCTATGCTGCATCTGGCTAGCTTAAAGAGATTCAGTGAACCATCATTCTTTTCTTCGTAGAAGCCTTCATTTTCTATGTTGATCACTAATTATATAGCTACTCGTTAAGTACCACATTAGGGATTAAAACAACAAATGTAAAATTAGATTAAAAATTCGAAATTCGATGAACATTTAATCGTATCATGATTGAGATTCAGGGTATTGAGATATAGAAAGATATATAATTAAGCTAATTAGTGATCTTCCTTGCTTGATTACACCATAGTTTTTGGAGAGACTTCTTGGTCAGTTATCCACATTCTCGCTCCGCCATCGCGTACCATATGATCCTAAGATTCCGGCGGACGTTGTTTTAAACTGTGTTCATAGAATCACAGTTAGTGATATGTGATCAAAGTAGAGCGAAGAAGAGTGTTAGTTGTTTCTTTCTTAACCGAAAATAAACGGTCTTGTTTTTTATCTTCCTTTGTGGAATTATATCAACAACCAAAAAAGCCAATTTACAGCTAAGCAGATATGACTATTATTTTCTCATGATGAAGTTTAATTTTATTATATCGTTATTTAAAATTATAATACTCATATTTAAAATCAAAATATTATTAAGTTTCCAGAGAAGACATAACTCTCACTTTTTGTTTTGACCCTTACATTACTAGTGAGATCTTTATATACACAAACTGTCATGTGAAACTGTAATTTAAATGGATAAAGACAAATGTATATTGTGAAGTAGGAACTACAGTATATATTTTCTTCTCTTTTTTCCAACATGTAGGAACACATATCTTTATCCAAAAAAAAAAAAGAAAGCTTAAAAATGAAAAAAATCTACATCCACTAAATTTCAACACTGTGAAAAAAAAGAAATATATTGTTTTTATCTCAAATTAGTCGTTTAGAGAAAAATGTAAGTTTGAAAATAAATGAGATTTCCCTGCATTAAATTTTTACAATTAGTAATATATTAAAAGCTGTGAACTAATTCCAGAAAAAGTGATAAAACCAAAAATAAGAAAAAATTAATACCAAATAATATTAACATTTTTTAGTTTTGTTTTTTTAATAAAGAGAGAAAAAAAAAGAGAGTGTTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCGATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTAATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGGTTACACATCTCTCTTTGACTTTGTCTCTCTGTGCTTTTGATTTTCATCAGCTCACTATTCGATCTATTCGGAATTGGGGTTTTTGAATCTGGATATGTTAGATCTATTGGGTGTTCTTTGATTGTTCGATTCAATGAAAAAGTTTTGATTTTTGGTCTACTTTGTATCTGGGTAAATTGAAAGTTGTAAGCTTTGTAGTTGAATTAGATTCAATAGTCGTTTTTCGTTTTGCTGAATCGATGTTATTCTGAATTTTAGTTGAAATTTCTTAAAAACTGTAGCTGGTGTTTCCTCTGCAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATGTATGTCCACTTTACCTTGTAATCGTTTTTCTGATATGGGATTTGGATCATTTTGGTTATATGTTGTTGTTGCATGCTGTGGATTACAGAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGGTATTTGATTTACTCTGTTTTCTTCTTACTCAGCTATTTGGCTATACCTTTTATCTGTCTTTTCATGCTCTATCCTTGTTTACCAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTGAAAACTTCATCTATTTCGTTTGTTTGCCTCTGAATGACATACTGTTAAGATAGGAAGTTTTTGTTTGCTTCTGGATATTTAAGGTGTAAAGCTGATACTTTCATATTCAATCTTTAGAACGTTGAAATTTGAACTCTCTGGCGTTGACATTGTTTGGTGTGTATCTAAATGGTTCTACATCCTTAATTAGTACAGAGTTTCTTTCCTCTTTTTCTTATGTGAGAGTCTTAACAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAGTTGTACCCTGAACAATATGTTTTCTTTATTCTCTGTGTCTTCCTAAATATTTATGCTTGTTTCAGCACTAACTTAAGTAAAACCTGCATCATAGAGCCAACCATTTATCTAACCTCTTTCTGGGTGATTGCTAAAACTCAAATGCAGGGTTTTGCATTGGCGCCAATTGAGTCGAAGTAATATAGATCATATCATGTAGTATATGCGTCCAGAAAAATGATACACTTTGCTCAAATTTACTGTTCATTGGTGCTGGACTTGTGTTTTTCGTACTTGTGCATTTTCCCATTCCATGGCCTTCACTACCACTGATTAGGAATTGATTCTTAAGTCATGCAATATTACTTAATATTGCTCATTTGTAGACTAATAGTTCATTTGACATATACAGGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGGTAGGTTATTCACCCATTGGAATTCAACTTGCTTCCTTCTTACTAGCAACTGCTTTATTTGTCCGCAAAAAATTCAATGATGTCACTATAAGTCGTCTGATAAATCATTGTCTATCCAGATAATCAATGCACCTTTTCAAGTTCCTATCCAAACGGACACCTTGTTGATATTAGCTCGAGTTCTATACTTTCATTGATAATGTTCTGCTCCTAATAATTTTTCTCTTATAATTAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGGTAAGCCTTGGTCTACTGTTATCTCAGTCTAATATGTTCTCTTATACGGTACCCATTTATCATGCAATTGGATGCGATATCCTTCGAATTTACGACCATATTCGTTCATGCAGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTAAGTCTTGAGACTGGCAATTATGTTAAGTTTTTTTAGAGTCCAGTATATCTTGAAAGGAGGATCTAAAAACTTGTATAATCATCTCAATTACTTCTTTATTTCATCAAAATTTGATTGCTAAACATTTTATTCCAACATGAGAGATAAGTTTATAGCATCATACCATGTAATACTCAATTAATATTGAGATGGATAAAGCTGCATGAGAGCAAATTAATGACATTACTCTTTTGTAGGATTTGATAACCTGTGGTAGCAGCAAAGGCTAATATTGCTTGTTTCTGCAGGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGGTCCATATTTTCACTGTTTTCATCATTCAATATGATATCCCCTCGAAGTTATCAGTGGCTGGTTTCGATTTGTTCGTGTAAGGTAAACTGACCCCATGTTATGTTTTACATGCCAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGGTCAGTTTCCTAATATTTTGAGAGAGATACATTTGGCGAGTTGGTGCTTTGCTGAATGGTATTCCCTTTGTGGTCATTTTCAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGGTATGCCAAGAAGCAGAGCATCTTATTTTGTTATTCGCATTTTCGAATGACTATGATTCCTTGTATAAATCATTTGTTCGGTTTCATACACTTTCCAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGTAAACTTGGTAAAGCCATTAACAGTAGTGTGCTCTTCTGTTTTTTCTCTCTTGGTGAAATGGAATTTGTGTTGTGGTTTATCATAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGTCGGTATCTCTCTCTCTATCATCTCGCTCGTTTAAGCATTATTAAAAAATTGGCATGAATAGAATAAATACTGAAATTTGTAAAACAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCTACA
GTGCTATTGTTTAGTGTCATTATCTGTGTAACCACCTTACTTCGTCTTCTTAACCAGAAAAATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGGAGTCAGCAAAAGAATTTTTCAAGAGACAGGTAACACTTTTCAATCTTGATAAATTCAAATCTCATTTTCTTGCAACTAAACTCGAACACATTGCGAAAACCTTGTTTCACCTTTTATGAACGTAAAAAATGTTATCTACTCATAAAAAAAACAAAGTCAGCAACAATCTTCATAAATATGCAACGGTTATCAGTCACCTAATCGTATACGAAATCATCAACAGAGGCCACTTGACCTAGCGAGCCACCACTGAAAAAGGCCAATTAAAGTAAAGCATCATAGTTCAAAAGTCAAAACTGTTACAAGATACTGATTTTTCACCTTTATTATATTTTTGATAGTCCTTCAAATCATTACAGTTTATTAGTCTCTGTTTGTATTCTTACCTTAAAGCTCTGCAACTAAACTGCTACCAGTGGATGGACAATAATGCGAAAAATCTATGTTTTGTGTTCAGTTTTAATGCACAAGAGAGCAAAAAAACGGAGTATCCCTCTGCATAAGGCAAACATGAGTTAATGAAGGTTCAATGTACATCCACAAGCTATAAAATAGTTTTCAAGTCTATAACAATAAAATCAACGGTTTTCTCGCAGATTTGCTACTGTACGTTAAAATGAACGTAAGTACAAGTGAATCACTACTAATCTACTAGTCTCAAGAATTGTGCTTTGTATCTATGCTGCATCTGGCTAGCTTAAAGAGATTCAGTGAACCATCATTCTTTTCTTCGTAGAAGCCTTCATTTTCTATGTTGATCACTAATTATATAGCTACTCGTTAAGTACCACATTAGGGATTAAAACAACAAATGTAAAATTAGATTAAAAATTCGAAATTCGATGAACATTTAATCGTATCATGATTGAGATTCAGGGTATTGAGATATAGAAAGATATATAATTAAGCTAATTAGTGATCTTCCTTGCTTGATTACACCATAGTTTTTGGAGAGACTTCTTGGTCAGTTATCCACATTCTCGCTCCGCCATCGCGTACCATATGATCCTAAGATTCCGGCGGACGTTGTTTTAAACTGTGTTCATAGAATCACAGTTAGTGATATGTGATCAAAGTAGAGCGAAGAAGAGTGTTAGTTGTTTCTTTCTTAACCGAAAATAAACGGTCTTGTTTTTTATCTTCCTTTGTGGAATTATATCAACAACCAAAAAAGCCAATTTACAGCTAAGCAGATATGACTATTATTTTCTCATGATGAAGTTTAATTTTATTATATCGTTATTTAAAATTATAATACTCATATTTAAAATCAAAATATTATTAAGTTTCCAGAGAAGACATAACTCTCACTTTTTGTTTTGACCCTTACATTACTAGTGAGATCTTTATATACACAAACTGTCATGTGAAACTGTAATTTAAATGGATAAAGACAAATGTATATTGTGAAGTAGGAACTACAGTATATATTTTCTTCTCTTTTTTCCAACATGTAGGAACACATATCTTTATCCAAAAAAAAAAAAGAAAGCTTAAAAATGAAAAAAATCTACATCCACTAAATTTCAACACTGTGAAAAAAAAGAAATATATTGTTTTTATCTCAAATTAGTCGTTTAGAGAAAAATGTAAGTTTGAAAATAAATGAGATTTCCCTGCATTAAATTTTTACAATTAGTAATATATTAAAAGCTGTGAACTAATTCCAGAAAAAGTGATAAAACCAAAAATAAGAAAAAATTAATACCAAATAATATTAACATTTTTTAGTTTTGTTTTTTTAATAAAGAGAGAAAAAAAAAGAGAGTGTTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCGATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTAATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGGTTACACATCTCTCTTTGACTTTGTCTCTCTGTGCTTTTGATTTTCATCAGCTCACTATTCGATCTATTCGGAATTGGGGTTTTTGAATCTGGATATGTTAGATCTATTGGGTGTTCTTTGATTGTTCGATTCAATGAAAAAGTTTTGATTTTTGGTCTACTTTGTATCTGGGTAAATTGAAAGTTGTAAGCTTTGTAGTTGAATTAGATTCAATAGTCGTTTTTCGTTTTGCTGAATCGATGTTATTCTGAATTTTAGTTGAAATTTCTTAAAAACTGTAGCTGGTGTTTCCTCTGCAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATGTATGTCCACTTTACCTTGTAATCGTTTTTCTGATATGGGATTTGGATCATTTTGGTTATATGTTGTTGTTGCATGCTGTGGATTACAGAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGGTATTTGATTTACTCTGTTTTCTTCTTACTCAGCTATTTGGCTATACCTTTTATCTGTCTTTTCATGCTCTATCCTTGTTTACCAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTGAAAACTTCATCTATTTCGTTTGTTTGCCTCTGAATGACATACTGTTAAGATAGGAAGTTTTTGTTTGCTTCTGGATATTTAAGGTGTAAAGCTGATACTTTCATATTCAATCTTTAGAACGTTGAAATTTGAACTCTCTGGCGTTGACATTGTTTGGTGTGTATCTAAATGGTTCTACATCCTTAATTAGTACAGAGTTTCTTTCCTCTTTTTCTTATGTGAGAGTCTTAACAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAGTTGTACCCTGAACAATATGTTTTCTTTATTCTCTGTGTCTTCCTAAATATTTATGCTTGTTTCAGCACTAACTTAAGTAAAACCTGCATCATAGAGCCAACCATTTATCTAACCTCTTTCTGGGTGATTGCTAAAACTCAAATGCAGGGTTTTGCATTGGCGCCAATTGAGTCGAAGTAATATAGATCATATCATGTAGTATATGCGTCCAGAAAAATGATACACTTTGCTCAAATTTACTGTTCATTGGTGCTGGACTTGTGTTTTTCGTACTTGTGCATTTTCCCATTCCATGGCCTTCACTACCACTGATTAGGAATTGATTCTTAAGTCATGCAATATTACTTAATATTGCTCATTTGTAGACTAATAGTTCATTTGACATATACAGGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGGTAGGTTATTCACCCATTGGAATTCAACTTGCTTCCTTCTTACTAGCAACTGCTTTATTTGTCCGCAAAAAATTCAATGATGTCACTATAAGTCGTCTGATAAATCATTGTCTATCCAGATAATCAATGCACCTTTTCAAGTTCCTATCCAAACGGACACCTTGTTGATATTAGCTCGAGTTCTATACTTTCATTGATAATGTTCTGCTCCTAATAATTTTTCTCTTATAATTAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGGTAAGCCTTGGTCTACTGTTATCTCAGTCTAATATGTTCTCTTATACGGTACCCATTTATCATGCAATTGGATGCGATATCCTTCGAATTTACGACCATATTCGTTCATGCAGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTAAGTCTTGAGACTGGCAATTATGTTAAGTTTTTTTAGAGTCCAGTATATCTTGAAAGGAGGATCTAAAAACTTGTATAATCATCTCAATTACTTCTTTATTTCATCAAAATTTGATTGCTAAACATTTTATTCCAACATGAGAGATAAGTTTATAGCATCATACCATGTAATACTCAATTAATATTGAGATGGATAAAGCTGCATGAGAGCAAATTAATGACATTACTCTTTTGTAGGATTTGATAACCTGTGGTAGCAGCAAAGGCTAATATTGCTTGTTTCTGCAGGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGGTCCATATTTTCACTGTTTTCATCATTCAATATGATATCCCCTCGAAGTTATCAGTGGCTGGTTTCGATTTGTTCGTGTAAGGTAAACTGACCCCATGTTATGTTTTACATGCCAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGGTCAGTTTCCTAATATTTTGAGAGAGATACATTTGGCGAGTTGGTGCTTTGCTGAATGGTATTCCCTTTGTGGTCATTTTCAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGGTATGCCAAGAAGCAGAGCATCTTATTTTGTTATTCGCATTTTCGAATGACTATGATTCCTTGTATAAATCATTTGTTCGGTTTCATACACTTTCCAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGTAAACTTGGTAAAGCCATTAACAGTAGTGTGCTCTTCTGTTTTTTCTCTCTTGGTGAAATGGAATTTGTGTTGTGGTTTATCATAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGTCGGTATCTCTCTCTCTATCATCTCGCTCGTTTAAGCATTATTAAAAAATTGGCATGAATAGAATAAATACTGAAATTTGTAAAACAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCTACA
| Download sequence region |
Get flanking sequences on TAIR10ch01
|
| mRNA AT1G51690.1
mRNA AT1G51690.1
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| Ontology terms | None | terms associated with this mRNA |
| cDNA sequence
cDNA sequence
| spliced cDNA sequence, including UTRs |
>AT1G51690.1 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
GTGCTATTGTTTAGTGTCATTATCTGTGTAACCACCTTACTTCGTCTTCTTAACCAGAAAAATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGGAGTCAGCAAAAGAATTTTTCAAGAGACAGTTTTAATGCACAAGAGAGCAAAAAAACGGAGTATCCCTCTGCATAAGGCAAACATGAGTTAATGAAGGTTCAATGTACATCCACAAGCTATAAAATAGTTTTCAAGTCTATAACAATAAAATCAACGGTTTTCTCGCAGATTTGCTACTGTACGTTAAAATGAACGTAAGTACAAGTGAATCACTACTAATCTACTAGTCTCAAGAATTGTGCTTTGTATCTATGCTGCATCTGGCTAGCTTAAAGAGATTCAGTGAACCATCATTCTTTTCTTCGTAGAAGCCTTCATTTTCTATGTTGATCACTAATTATATAGCTACTCGTTAAGTACCACATTAGGGATTAAAACAACAAATGTAAAATTAGATTAAAAATTCGAAATTCGATGAACATTTAATCGTATCATGATTGAGATTCAGGGTATTGAGATATAGAAAGATATATAATTAAGCTAATTAGTGATCTTCCTTGCTTGATTACACCATAGTTTTTGGAGAGACTTCTTGGTCAGTTATCCACATTCTCGCTCCGCCATCGCGTACCATATGATCCTAAGATTCCGGCGGACGTTGTTTTAAACTGTGTTCATAGAATCACAGTTAGTGATATGTGATCAAAGTAGAGCGAAGAAGAGTGTTAGTTGTTTCTTTCTTAACCGAAAATAAACGGTCTTGTTTTTTATCTTCCTTTGTGGAATTATATCAACAACCAAAAAAGCCAATTTACAGCTAAGCAGATATGACTATTATTTTCTCATGATGAAGTTTAATTTTATTATATCGTTATTTAAAATTATAATACTCATATTTAAAATCAAAATATTATTAAGTTTCCAGAGAAGACATAACTCTCACTTTTTGTTTTGACCCTTACATTACTAGTGAGATCTTTATATACACAAACTGTCATGTGAAACTGTAATTTAAATGGATAAAGACAAATGTATATTGTGAAGTAGGAACTACAGTATATATTTTCTTCTCTTTTTTCCAACATGTAGGAACACATATCTTTATCCAAAAAAAAAAAAGAAAGCTTAAAAATGAAAAAAATCTACATCCACTAAATTTCAACACTGTGAAAAAAAAGAAATATATTGTTTTTATCTCAAATTAGTCGTTTAGAGAAAAATGTAAGTTTGAAAATAAATGAGATTTCCCTGCATTAAATTTTTACAATTAGTAATATATTAAAAGCTGTGAACTAATTCCAGAAAAAGTGATAAAACCAAAAATAAGAAAAAATTAATACCAAATAATATTAACATTTTTTAGTTTTGTTTTTTTAATAAAGAGAGAAAAAAAAAGAGAGTGTTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCGATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTAATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCT
GTGCTATTGTTTAGTGTCATTATCTGTGTAACCACCTTACTTCGTCTTCTTAACCAGAAAAATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGGAGTCAGCAAAAGAATTTTTCAAGAGACAGTTTTAATGCACAAGAGAGCAAAAAAACGGAGTATCCCTCTGCATAAGGCAAACATGAGTTAATGAAGGTTCAATGTACATCCACAAGCTATAAAATAGTTTTCAAGTCTATAACAATAAAATCAACGGTTTTCTCGCAGATTTGCTACTGTACGTTAAAATGAACGTAAGTACAAGTGAATCACTACTAATCTACTAGTCTCAAGAATTGTGCTTTGTATCTATGCTGCATCTGGCTAGCTTAAAGAGATTCAGTGAACCATCATTCTTTTCTTCGTAGAAGCCTTCATTTTCTATGTTGATCACTAATTATATAGCTACTCGTTAAGTACCACATTAGGGATTAAAACAACAAATGTAAAATTAGATTAAAAATTCGAAATTCGATGAACATTTAATCGTATCATGATTGAGATTCAGGGTATTGAGATATAGAAAGATATATAATTAAGCTAATTAGTGATCTTCCTTGCTTGATTACACCATAGTTTTTGGAGAGACTTCTTGGTCAGTTATCCACATTCTCGCTCCGCCATCGCGTACCATATGATCCTAAGATTCCGGCGGACGTTGTTTTAAACTGTGTTCATAGAATCACAGTTAGTGATATGTGATCAAAGTAGAGCGAAGAAGAGTGTTAGTTGTTTCTTTCTTAACCGAAAATAAACGGTCTTGTTTTTTATCTTCCTTTGTGGAATTATATCAACAACCAAAAAAGCCAATTTACAGCTAAGCAGATATGACTATTATTTTCTCATGATGAAGTTTAATTTTATTATATCGTTATTTAAAATTATAATACTCATATTTAAAATCAAAATATTATTAAGTTTCCAGAGAAGACATAACTCTCACTTTTTGTTTTGACCCTTACATTACTAGTGAGATCTTTATATACACAAACTGTCATGTGAAACTGTAATTTAAATGGATAAAGACAAATGTATATTGTGAAGTAGGAACTACAGTATATATTTTCTTCTCTTTTTTCCAACATGTAGGAACACATATCTTTATCCAAAAAAAAAAAAGAAAGCTTAAAAATGAAAAAAATCTACATCCACTAAATTTCAACACTGTGAAAAAAAAGAAATATATTGTTTTTATCTCAAATTAGTCGTTTAGAGAAAAATGTAAGTTTGAAAATAAATGAGATTTCCCTGCATTAAATTTTTACAATTAGTAATATATTAAAAGCTGTGAACTAATTCCAGAAAAAGTGATAAAACCAAAAATAAGAAAAAATTAATACCAAATAATATTAACATTTTTTAGTTTTGTTTTTTTAATAAAGAGAGAAAAAAAAAGAGAGTGTTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCGATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTAATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCT
| Protein sequence
Protein sequence
| translated polypeptide sequence |
>AT1G51690.1 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
MNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTDTNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKKIKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVVTSHESSPVARCRRVYAHAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRLIDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKLCDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGSESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA
MNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTDTNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKKIKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVVTSHESSPVARCRRVYAHAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRLIDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKLCDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGSESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA
| mRNA AT1G51690.2
mRNA AT1G51690.2
|
| Ontology terms | None | terms associated with this mRNA |
| cDNA sequence
cDNA sequence
| spliced cDNA sequence, including UTRs |
>AT1G51690.2 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
TTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCGATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTAATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCT
TTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCGATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTAATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCT
| Protein sequence
Protein sequence
| translated polypeptide sequence |
>AT1G51690.2 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
MNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTDTNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKKIKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVTSHESSPVARCRRVYAHAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRLIDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKLCDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGSESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA
MNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTDTNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKKIKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVTSHESSPVARCRRVYAHAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRLIDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKLCDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGSESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA
| mRNA AT1G51690.3
mRNA AT1G51690.3
|
| Ontology terms | None | terms associated with this mRNA |
| cDNA sequence
cDNA sequence
| spliced cDNA sequence, including UTRs |
>AT1G51690.3 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
AGTGTCATTATCTGTGTAACCACCTTACTTCGTCTTCTTAACCAGAAAAATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGGAGTCAGCAAAAGAATTTTTCAAGAGACAGCTCTGCAACTAAACTGCTACCAGTGGATGGACAATAATGCGAAAAATCTATGTTTTGTGTTCAGTTTTAATGCACAAGAGAGCAAAAAAACGGAATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCTACA
AGTGTCATTATCTGTGTAACCACCTTACTTCGTCTTCTTAACCAGAAAAATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGGAGTCAGCAAAAGAATTTTTCAAGAGACAGCTCTGCAACTAAACTGCTACCAGTGGATGGACAATAATGCGAAAAATCTATGTTTTGTGTTCAGTTTTAATGCACAAGAGAGCAAAAAAACGGAATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAGAGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTCTCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTGGGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATAGCAGTGGAACCAGAAGAGAGCTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTTTTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCAGATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGGAGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAGTGGTAACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTCAAATAACAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTCAATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGAGGTTATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTGATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATCAAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCTACAGGTTCTTACAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGCAACCTTAGAAGCAAGCAGAAACCCAATGAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGCAGTATAACGCGTGTCGTAAGTAGAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTACACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGTACTATGCTTAACTCAATACTCAGCAAAAAAGAAGAAGAAGCAGAAAAGGCGCATTTCCTTGCTCTAGACTCTGTTTTTCTTGGTTCCGTATGGTTTGATTGATGGGGATTGCTATATACATCATCATGATTGTCACTCACACATGATCTGTAATCATCATCGTGGACTTATGGGGGAATGGCATGGGGAGAAGGCAAGCAGTGAAAAACCAATCATTTTCTCTCTTTCTTTTTTTCGTTTTAAGTGTAGAATTTTTCACTTGTGCACTTGGAAACTACTTTACAGGCCAAGAAAAAAGAACAAAGAAAATCCGATTGGAAGAAATCGTGATTTTAGTAAGCTAATCATCTCGTATGACTTTTGGATGGATATAGATTAGATTTTTATAATCTTTCCTGGTCTGTTGTGTAATCATTGTTTTATTGATTCTTTTGTTAAACTTGTTTCTACTTTCTTGACTTCTTAAAATAATACATTTCATCTACA
| Protein sequence
Protein sequence
| translated polypeptide sequence |
>AT1G51690.3 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
MNQNIEEIKFILLIVCLLVPSAATLLGVSKRIFQETALQLNCYQWMDNNAKNLCFVFSFNAQESKKTELSYPKERSVCESERARDREREREMNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTDTNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKKIKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVTSHESSPVARCRRVYAHAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRLIDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKLCDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGSESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA
MNQNIEEIKFILLIVCLLVPSAATLLGVSKRIFQETALQLNCYQWMDNNAKNLCFVFSFNAQESKKTELSYPKERSVCESERARDREREREMNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTDTNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKKIKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVTSHESSPVARCRRVYAHAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRLIDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKLCDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGSESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA
| Gene model matches
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| SGN Unigenes
SGN Unigenes
| [Associate new unigene] |
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| GenBank accessions | None | [Associate new genbank sequence] |
| Other genome matches | None |
| Literature annotations [0] | None | [Associate publication] [Matching publications] |
| Ontology annotations (0)
Ontology annotations (0)
| [Add ontology annotations] |
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