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Arabidopsis thaliana polypeptide AT1G51690.3

Name AT1G51690.3	Type Polypeptide	Organism Arabidopsis thaliana
Synonyms / aliases B, ALPHA	Length 603

Description

protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform

Location(s)

TAIR10ch01:19164124..19169974

GFF source

TAIR10

Polypeptide sequence

translated polypeptide sequence

>AT1G51690.3 protein phosphatase 2A 55 kDa regulatory subunit B alpha isoform
MNQNIEEIKFILLIVCLLVPSAATLLGVSKRIFQETALQLNCYQWMDNNAKNLCFVFSFNAQESKKTELSYPKERSVCES
ERARDREREREMNGGDEVVAASADPSLPLEWRFSQVFGERSAGEEVQEVDIISAIEFDNSGNHLATGDRGGRVVLFERTD
TNNSSGTRRELEEADYPLRHPEFRYKTEFQSHDPEFDYLKSLEIEEKINKIRWCQTANGALFLLSTNDKTIKFWKVQDKK
IKKICDMNSDPSRTVGNGTVASSSNSNITNSCLVNGGVSEVNNSLCNDFSLPAGGISSLRLPVVTSHESSPVARCRRVYA
HAHDYHINSISNNSDGETFISADDLRINLWNLEISNQSFNIVDVKPAKMEDLSEVITSAEFHPTHCNMLAYSSSKGSIRL
IDLRQSALCDSHSKLFEEPEQAGPKSFFTEIIASVSDIKFAKEGRYLLSRDYMTLKLWDINMDAGPVATFQVHEYLKPKL
CDLYENDSIFDKFECCISGNGLRAATGSYSNLFRVFGVAPGSTETATLEASRNPMRRHVPIPSRPSRALSSITRVVSRGS
ESPGVDGNTNALDYTTKLLHLAWHPNENSIACAAANSLYMYYA

Download sequence (603b)

Genomic sequence(s)

unprocessed genomic sequence underlying each location of this polypeptide

>AT1G51690.3 TAIR10ch01:19164124..19169974
ATGAATCAAAATATTGAAGAAATAAAGTTTATTTTGCTGATTGTTTGCTTGTTAGTACCTTCAGCTGCAACACTTCTAGG
AGTCAGCAAAAGAATTTTTCAAGAGACAGGTAACACTTTTCAATCTTGATAAATTCAAATCTCATTTTCTTGCAACTAAA
CTCGAACACATTGCGAAAACCTTGTTTCACCTTTTATGAACGTAAAAAATGTTATCTACTCATAAAAAAAACAAAGTCAG
CAACAATCTTCATAAATATGCAACGGTTATCAGTCACCTAATCGTATACGAAATCATCAACAGAGGCCACTTGACCTAGC
GAGCCACCACTGAAAAAGGCCAATTAAAGTAAAGCATCATAGTTCAAAAGTCAAAACTGTTACAAGATACTGATTTTTCA
CCTTTATTATATTTTTGATAGTCCTTCAAATCATTACAGTTTATTAGTCTCTGTTTGTATTCTTACCTTAAAGCTCTGCA
ACTAAACTGCTACCAGTGGATGGACAATAATGCGAAAAATCTATGTTTTGTGTTCAGTTTTAATGCACAAGAGAGCAAAA
AAACGGAGTATCCCTCTGCATAAGGCAAACATGAGTTAATGAAGGTTCAATGTACATCCACAAGCTATAAAATAGTTTTC
AAGTCTATAACAATAAAATCAACGGTTTTCTCGCAGATTTGCTACTGTACGTTAAAATGAACGTAAGTACAAGTGAATCA
CTACTAATCTACTAGTCTCAAGAATTGTGCTTTGTATCTATGCTGCATCTGGCTAGCTTAAAGAGATTCAGTGAACCATC
ATTCTTTTCTTCGTAGAAGCCTTCATTTTCTATGTTGATCACTAATTATATAGCTACTCGTTAAGTACCACATTAGGGAT
TAAAACAACAAATGTAAAATTAGATTAAAAATTCGAAATTCGATGAACATTTAATCGTATCATGATTGAGATTCAGGGTA
TTGAGATATAGAAAGATATATAATTAAGCTAATTAGTGATCTTCCTTGCTTGATTACACCATAGTTTTTGGAGAGACTTC
TTGGTCAGTTATCCACATTCTCGCTCCGCCATCGCGTACCATATGATCCTAAGATTCCGGCGGACGTTGTTTTAAACTGT
GTTCATAGAATCACAGTTAGTGATATGTGATCAAAGTAGAGCGAAGAAGAGTGTTAGTTGTTTCTTTCTTAACCGAAAAT
AAACGGTCTTGTTTTTTATCTTCCTTTGTGGAATTATATCAACAACCAAAAAAGCCAATTTACAGCTAAGCAGATATGAC
TATTATTTTCTCATGATGAAGTTTAATTTTATTATATCGTTATTTAAAATTATAATACTCATATTTAAAATCAAAATATT
ATTAAGTTTCCAGAGAAGACATAACTCTCACTTTTTGTTTTGACCCTTACATTACTAGTGAGATCTTTATATACACAAAC
TGTCATGTGAAACTGTAATTTAAATGGATAAAGACAAATGTATATTGTGAAGTAGGAACTACAGTATATATTTTCTTCTC
TTTTTTCCAACATGTAGGAACACATATCTTTATCCAAAAAAAAAAAAGAAAGCTTAAAAATGAAAAAAATCTACATCCAC
TAAATTTCAACACTGTGAAAAAAAAGAAATATATTGTTTTTATCTCAAATTAGTCGTTTAGAGAAAAATGTAAGTTTGAA
AATAAATGAGATTTCCCTGCATTAAATTTTTACAATTAGTAATATATTAAAAGCTGTGAACTAATTCCAGAAAAAGTGAT
AAAACCAAAAATAAGAAAAAATTAATACCAAATAATATTAACATTTTTTAGTTTTGTTTTTTTAATAAAGAGAGAAAAAA
AAAGAGAGTGTTGTGTGATTTTATTTGTTTGTCGAAATCTGGGAATCATCTGATACTCTTCTTCTTCTCCTCCTTCATCG
ATTTGCTTCAATCATCTATCGGCGACGAGCTCCATCCGGTTTGTCTCCTAATCAGAATCTCTGATTTCCCGATCCGGCTA
ATTCCTCATCGTCGGATCAATTAGATTATCTTATCCCAAGGAGAGGAGTGTGTGTGAATCGGAGAGAGCGAGAGACAGAG
AGAGAGAGAGGGAAATGAACGGTGGTGATGAGGTCGTCGCAGCTTCGGCAGACCCATCTCTGCCTTTGGAATGGAGATTC
TCTCAGGTCTTCGGTGAACGAAGCGCTGGTGAAGAAGTTCAAGAAGGTTACACATCTCTCTTTGACTTTGTCTCTCTGTG
CTTTTGATTTTCATCAGCTCACTATTCGATCTATTCGGAATTGGGGTTTTTGAATCTGGATATGTTAGATCTATTGGGTG
TTCTTTGATTGTTCGATTCAATGAAAAAGTTTTGATTTTTGGTCTACTTTGTATCTGGGTAAATTGAAAGTTGTAAGCTT
TGTAGTTGAATTAGATTCAATAGTCGTTTTTCGTTTTGCTGAATCGATGTTATTCTGAATTTTAGTTGAAATTTCTTAAA
AACTGTAGCTGGTGTTTCCTCTGCAGTTGATATAATCTCAGCGATTGAATTTGATAATTCTGGAAACCATCTTGCTACTG
GGGACCGTGGAGGACGTGTTGTTCTTTTCGAGAGAACCGATACCAATAATGTATGTCCACTTTACCTTGTAATCGTTTTT
CTGATATGGGATTTGGATCATTTTGGTTATATGTTGTTGTTGCATGCTGTGGATTACAGAGCAGTGGAACCAGAAGAGAG
CTTGAAGAAGCTGATTATCCACTGAGGCATCCAGAGTTTCGTTATAAAACAGAGTTTCAGAGTCATGACCCTGAGGTATT
TGATTTACTCTGTTTTCTTCTTACTCAGCTATTTGGCTATACCTTTTATCTGTCTTTTCATGCTCTATCCTTGTTTACCA
GTTTGATTACCTCAAGAGTTTGGAGATAGAGGAGAAAATTAACAAAATTAGATGGTGTCAAACAGCAAATGGAGCTCTTT
TTCTCCTCTCGACCAATGATAAAACCATCAAGTTTTGGAAGGTGAAAACTTCATCTATTTCGTTTGTTTGCCTCTGAATG
ACATACTGTTAAGATAGGAAGTTTTTGTTTGCTTCTGGATATTTAAGGTGTAAAGCTGATACTTTCATATTCAATCTTTA
GAACGTTGAAATTTGAACTCTCTGGCGTTGACATTGTTTGGTGTGTATCTAAATGGTTCTACATCCTTAATTAGTACAGA
GTTTCTTTCCTCTTTTTCTTATGTGAGAGTCTTAACAGGTTCAAGACAAGAAGATCAAGAAAATCTGTGATATGAATTCA
GATCCTTCAAGAACTGTAGGAAACGGAACCGTTGCAAGCTCGAGCAATTCAAACATTACAAACTCATGCCTTGTGAATGG
AGGAGTATCTGAAGTGAACAACTCCTTATGTAATGACTTCTCATTGCCAGCAGGAGGCATCTCTTCGCTGCGATTACCAG
TGGTAGTTGTACCCTGAACAATATGTTTTCTTTATTCTCTGTGTCTTCCTAAATATTTATGCTTGTTTCAGCACTAACTT
AAGTAAAACCTGCATCATAGAGCCAACCATTTATCTAACCTCTTTCTGGGTGATTGCTAAAACTCAAATGCAGGGTTTTG
CATTGGCGCCAATTGAGTCGAAGTAATATAGATCATATCATGTAGTATATGCGTCCAGAAAAATGATACACTTTGCTCAA
ATTTACTGTTCATTGGTGCTGGACTTGTGTTTTTCGTACTTGTGCATTTTCCCATTCCATGGCCTTCACTACCACTGATT
AGGAATTGATTCTTAAGTCATGCAATATTACTTAATATTGCTCATTTGTAGACTAATAGTTCATTTGACATATACAGGTA
ACTAGCCATGAGTCGAGCCCTGTGGCTAGATGTCGAAGAGTATATGCTCATGCTCATGATTATCATATTAATTCAATCTC
AAATAACAGGTAGGTTATTCACCCATTGGAATTCAACTTGCTTCCTTCTTACTAGCAACTGCTTTATTTGTCCGCAAAAA
ATTCAATGATGTCACTATAAGTCGTCTGATAAATCATTGTCTATCCAGATAATCAATGCACCTTTTCAAGTTCCTATCCA
AACGGACACCTTGTTGATATTAGCTCGAGTTCTATACTTTCATTGATAATGTTCTGCTCCTAATAATTTTTCTCTTATAA
TTAGCGACGGCGAAACATTTATTTCTGCTGATGATTTGCGAATTAATCTTTGGAATCTGGAAATTAGCAATCAAAGTTTC
AATATTGTTGATGTCAAGCCTGCGAAAATGGAAGATCTATCTGGTAAGCCTTGGTCTACTGTTATCTCAGTCTAATATGT
TCTCTTATACGGTACCCATTTATCATGCAATTGGATGCGATATCCTTCGAATTTACGACCATATTCGTTCATGCAGAGGT
TATCACATCAGCAGAATTTCATCCTACCCATTGCAATATGTTAGCCTATAGCAGTTCGAAAGGTTCAATTCGCCTGATTG
ATCTGCGCCAGTCAGCTTTATGTGATTCACATTCAAAATTGTAAGTCTTGAGACTGGCAATTATGTTAAGTTTTTTTAGA
GTCCAGTATATCTTGAAAGGAGGATCTAAAAACTTGTATAATCATCTCAATTACTTCTTTATTTCATCAAAATTTGATTG
CTAAACATTTTATTCCAACATGAGAGATAAGTTTATAGCATCATACCATGTAATACTCAATTAATATTGAGATGGATAAA
GCTGCATGAGAGCAAATTAATGACATTACTCTTTTGTAGGATTTGATAACCTGTGGTAGCAGCAAAGGCTAATATTGCTT
GTTTCTGCAGGTTTGAGGAACCAGAGCAAGCAGGTCCTAAATCGTTCTTTACTGAGATAATTGCTTCAGTCTCAGACATC
AAATTTGCAAAAGAAGGAAGATATCTACTTAGCCGTGACTATATGACACTTAAGGTCCATATTTTCACTGTTTTCATCAT
TCAATATGATATCCCCTCGAAGTTATCAGTGGCTGGTTTCGATTTGTTCGTGTAAGGTAAACTGACCCCATGTTATGTTT
TACATGCCAGTTATGGGACATCAACATGGACGCAGGTCCAGTAGCAACTTTCCAGGTTCATGAATATTTGAAACCAAAGG
TCAGTTTCCTAATATTTTGAGAGAGATACATTTGGCGAGTTGGTGCTTTGCTGAATGGTATTCCCTTTGTGGTCATTTTC
AGCTCTGTGATTTATATGAAAATGATTCCATCTTTGACAAGTTCGAGTGTTGTATAAGTGGCAATGGCTTGCGAGCAGCT
ACAGGTTCTTACAGGTATGCCAAGAAGCAGAGCATCTTATTTTGTTATTCGCATTTTCGAATGACTATGATTCCTTGTAT
AAATCATTTGTTCGGTTTCATACACTTTCCAGCAATCTGTTCCGTGTGTTTGGTGTTGCCCCCGGAAGTACTGAGACGGC
AACCTTAGAAGCAAGCAGAAACCCAATGAGGTAAACTTGGTAAAGCCATTAACAGTAGTGTGCTCTTCTGTTTTTTCTCT
CTTGGTGAAATGGAATTTGTGTTGTGGTTTATCATAGGAGACATGTCCCAATTCCGTCGAGGCCATCCAGAGCACTAAGC
AGTATAACGCGTGTCGTAAGTAGAGGTCGGTATCTCTCTCTCTATCATCTCGCTCGTTTAAGCATTATTAAAAAATTGGC
ATGAATAGAATAAATACTGAAATTTGTAAAACAGGATCAGAGAGTCCGGGAGTCGATGGGAATACTAATGCTCTTGATTA
CACAACAAAGCTGCTGCATCTTGCTTGGCATCCAAACGAGAACTCAATTGCTTGCGCCGCTGCAAATAGCTTGTACATGT
ACTATGCTTAA

Download sequence region

Download sequence (5.8Kb)

Get flanking sequences on TAIR10ch01

Related features

Features this polypeptide derives from

Type	Name	Location	Length	Strand	Phase
mRNA	AT1G51690.3	TAIR10ch01:19164075..19170449	2,336	+	n/a

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Related views

Genetic loci

http%3A%2F%2Fsolgenomics.sgn.cornell.edu%3A8080%2Ffeature%2F18103197%2Fdetails feature 18103197

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Accessions	Seedlots
Accessions		Breeding Program	Seedlot Name	Contents	Seedlot Location	Count	Weight(g)

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‹	June 2025					›
Su	Mo	Tu	We	Th	Fr	Sa
25	26	27	28	29	30	31
1	2	3	4	5	6	7
8	9	10	11	12	13	14
15	16	17	18	19	20	21
22	23	24	25	26	27	28
29	30	1	2	3	4	5

‹	June 2025					›
Su	Mo	Tu	We	Th	Fr	Sa
25	26	27	28	29	30	31
1	2	3	4	5	6	7
8	9	10	11	12	13	14
15	16	17	18	19	20	21
22	23	24	25	26	27	28
29	30	1	2	3	4	5

‹	June 2025					›
Su	Mo	Tu	We	Th	Fr	Sa
25	26	27	28	29	30	31
1	2	3	4	5	6	7
8	9	10	11	12	13	14
15	16	17	18	19	20	21
22	23	24	25	26	27	28
29	30	1	2	3	4	5

‹	June 2025					›
Su	Mo	Tu	We	Th	Fr	Sa
25	26	27	28	29	30	31
1	2	3	4	5	6	7
8	9	10	11	12	13	14
15	16	17	18	19	20	21
22	23	24	25	26	27	28
29	30	1	2	3	4	5