Eleginops maclovinus (Patagonian blennie): 134881661
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Entry
134881661 CDS
T09869
Symbol
ppp2r3a
Name
(RefSeq) serine/threonine-protein phosphatase 2A regulatory subunit B'' subunit alpha isoform X1
KO
K11583
serine/threonine-protein phosphatase 2A regulatory subunit B''
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac03015
mRNA surveillance pathway
emac04261
Adrenergic signaling in cardiomyocytes
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09120 Genetic Information Processing
09122 Translation
03015 mRNA surveillance pathway
134881661 (ppp2r3a)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
emac01009
]
134881661 (ppp2r3a)
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
emac03019
]
134881661 (ppp2r3a)
03036 Chromosome and associated proteins [BR:
emac03036
]
134881661 (ppp2r3a)
Protein phosphatases and associated proteins [BR:
emac01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-2 (PP2A)
Regulatory subunits
134881661 (ppp2r3a)
Messenger RNA biogenesis [BR:
emac03019
]
Eukaryotic type
mRNA surveillance and transport factors
Surveillance factors
Protein phosphatase 2A
134881661 (ppp2r3a)
Chromosome and associated proteins [BR:
emac03036
]
Eukaryotic type
Centromeric chromatin formation proteins
Other centromeric chromatin formation proteins
PP2A (protein phosphatase 2A)
134881661 (ppp2r3a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
EF-hand_13
P2R3B_EF-hand
EF-hand_7
EF-hand_5
Motif
Other DBs
NCBI-GeneID:
134881661
NCBI-ProteinID:
XP_063765241
LinkDB
All DBs
Position
19:18137153..18192529
Genome browser
AA seq
1405 aa
AA seq
DB search
MAAAYRVVVSSVSCYNSVVVDRRTHSHAVHYCSGPCGALSQGLDCSVAHHGTCSELLVAP
DAAYTDNSLIHSHNMITQQLPHHGKITVTMDASYNGGLERADSSGNLSLGEESPTWRGKK
PSSGGGSTGNLSSSGSLKDITEEAINLASGRVKEFSFDKLRLSSSSHVTFRKGRKVRPDS
LSRRSTDLEIIYGHFSSNVTTNGTAHGMTNGSGTSNDENLPPFVPGKVASLEETKLKGST
ATLSSIAKMSGGSTGSLSSFGSLDQSLNTMASLYRNTLGEENLIARLLEKTRAEAGSGAG
GEDIRACLDILLKCSEDLKKCTDIIKQCIRHKAGDGPEDGEASPDSVYRAVMTRLSSYLK
RLPLELEGIGHLGGSGQGGQGTPGGGHSDLAELVSTLHSIQQGPYSPIFGNEQPPRYEDV
VLSPPIPKTVPHSASSSSSSLSSLKSDSIHTKTIQSSPSRPTPLTNGLQHPHPSSITQHT
LSPPSITCSPASSSPTRSPSPLRTSPTPPYTHTPSVSPMEALYIEEEEADGAKTPEQFPN
QTHTPTRGMNAMQNNNGMTLGQHIQMSHPQTFHNSSNTLSASTGYSPAWPSSVSPTVPAV
SHRNDDIDKLLMDLENLSQSMSHPRNPEPPLPAKTRKREGGKGITSGEAVTKPKMAQFQA
QKPASHLAMNGPTSRTPQCPSPPQGDNSVAVVGEEEDGALLLRILESIESFAQELVDSGA
GSTGSAERKSGKEREVMRLLQGTMATTARVDTPVESTSPTPDPTAPYMHTHAATKLPAVP
PKLSLANAPVVSPAPTPLIAVSEVVFNAPSEPVPKPIPEAAPKPLPAPIPEPITESTDAV
TEDSTRAADPTSLPAPVTSASASLQSSMHLAEPSPVAAPETPAPVTIPTAVASREADVAV
VDAAAVRDTGSTLLIQQTPEVIRVQAKPEKKPGTPPPAPALAPTSPTPTPRSPSPPPAPV
IVTPPPPAINIPRFYYPRGLPAMGPATSHDSAIATIEAAFTEFEEEKADIYEMGKITKAC
GCPLYWKGPMFYSAGGERTGFVSVHSFIATWRKLLHSCHDDASRFISLLAKPSCNYLEQE
DFIPLMQDIVDTHPGLTFLKDAPEFHSRYITTVIQRIFYVVNRSWTGRMTMMELRRSNFL
QTLALLEEEDDINQITDYFSYEHFYVIYCKFWELDTDHDLYIDPKDLARYNDHASSNRII
ERLFSGAVTRGNAVQREGRMSYAEFVWFLMSEEDKKNPTSVEYWYRCMDVDGDGVLSMFE
LEYFYEEQCERMERMGIEPLPFQDLLCQMLDLVKPESSGKITLGDLKRCRMAHIFFDTFF
NLEKYLDHEQRDPFAVQKDIDSEGPEPSDWDKYASEEYEILVAEETANEQLHEGSFDDDY
ESEELQVSGEIGNKMEKLVISDLTA
NT seq
4218 nt
NT seq
+upstream
nt +downstream
nt
atggcagcagcctatcgagtagtagtgagcagtgtgagctgctacaacagtgtggtggtg
gaccggcgcactcactcccatgccgtgcactactgctcagggccatgtggggcgctgtcc
cagggcctggactgttctgttgctcaccacggcacgtgttcggagctgcttgttgcgcct
gatgctgcatacactgacaactcactcatacactcccataacatgatcacccaacaactt
cctcaccatggtaaaattactgtcaccatggatgctagttataatggtggtctagagagg
gcggacagcagtggaaatttgtcattaggggaggagagccccacatggcgtggtaaaaag
ccctccagtggcggaggatccactgggaacctgagctcctctggaagtctgaaggacatc
acggaagaggccatcaatctggccagtggtagggtcaaagagttttcgtttgacaagctc
cgcctctcttcctccagccatgtcaccttccggaaaggtcgtaaagttcgtcctgactct
cttagtcgccgctcaaccgatctggagatcatctacggacacttcagctcaaatgtcacc
acaaacgggactgctcatggcatgacaaatggctcgggtacgtccaatgatgagaacctg
ccaccatttgtgccagggaaggtagcaagcctggaggagacaaagctaaagggaagcaca
gccaccttgtcgtccattgccaaaatgagtggcggatcaacaggcagcttatcaagtttt
gggtctttggaccaaagtctgaacacaatggcctcactgtaccgcaacaccctgggagag
gagaacctgattgcccgtctgctggagaaaacacgagcagaggcgggctctggagcaggc
ggtgaggatatccgtgcctgccttgatatccttctcaaatgttctgaagacttaaagaaa
tgcaccgacatcatcaagcagtgcatcagacacaaagctggtgatgggccagaggacgga
gaagccagtccggacagtgtatatcgggccgtgatgacccggctcagttcttatttgaag
agattgcctctggagctggagggaataggacatttgggaggcagtgggcaaggggggcag
ggtacgcctggaggagggcacagtgatcttgctgagctggttagcactcttcactccatt
cagcagggaccatactctccaatatttggcaatgagcaacctcctcgctatgaggatgtg
gtgctgtcacctcccatcccaaagactgttcctcattctgcttcctcctcatcttcctct
ttgtcttctttaaagtccgactccatccacacaaaaacaatccaaagttccccgtccaga
cccactccacttaccaatggactacaacatccacacccttcttccatcacacaacacaca
ctctctccaccatctatcacatgctctcccgccagctcctcaccaacacgctctccttct
cctcttcgtacctcccccaccccaccgtacacacacactccttcagtatcccccatggag
gctctttatatcgaggaggaagaagcagatggggcaaagacaccagaacaatttccaaat
cagacacacactccaaccagaggtatgaacgctatgcagaacaacaatgggatgacattg
ggtcaacacattcaaatgtcccacccacaaactttccataactcttcaaatactttatcg
gccagcactggctacagccccgcttggccttcctctgtttccccaacagtcccagcagtc
tcacacaggaatgatgacattgacaagctgctgatggacttggaaaatctgtctcagagt
atgagccaccccagaaaccctgagccaccacttccagccaaaactaggaagagagaagga
ggcaagggtatcacttcaggtgaggccgtcaccaaacctaaaatggctcagttccaagcc
caaaagccagccagccacttagcaatgaatggccctacctccaggactccccagtgcccc
agtccccctcagggagataacagtgtagctgtggtgggagaggaggaggatggggcactg
ctactgaggatcctggagagcattgagagtttcgcccaggagctggtggattctggggcg
gggagcacagggagtgctgagaggaaaagtgggaaagagcgggaggtgatgaggctcctg
cagggtacaatggccaccactgccagagttgatacccctgtggaaagcacaagcccaaca
cctgatcccactgctccatacatgcacacacatgcagctacaaaactgccagctgtaccg
ccaaaactctccctggcaaatgcacccgtagtttcacctgcaccgacacctcttattgca
gtgtctgaagttgtgttcaatgctccatccgaacctgtacctaaacctatacctgaagct
gccccaaaacctctgcctgcacccatacctgagcctataactgagtctacagatgcagtg
acagaagactctacaagagcagctgatccaacatccctccctgcccctgtaacgtctgca
tctgcaagcttgcagtcctcgatgcatctggctgaaccctcacctgtggcagcacctgaa
actccagctcctgttaccatccccactgcagtagcctcaagagaggctgatgttgctgtt
gttgacgctgctgctgtgagagacaccgggtcgaccctcctcatccagcagactccagaa
gtgataagagtccaggccaaaccggagaagaaaccaggcacacctccaccagctccggcc
ctggccccgacatcaccaacccccactccgcgctcacccagccctccaccggctccggtg
atagtcaccccccctccccctgcaatcaacattcccaggttctactacccccgtgggctc
cctgccatgggcccggccaccagccacgactcagccatcgctaccattgaggcggccttc
actgagtttgaggaggagaaggcggacatctatgagatgggcaagatcacaaaggcatgc
gggtgtccactttactggaagggccccatgttctactcagcaggcggtgagaggacgggc
tttgtctctgttcactccttcattgcaacctggaggaagttgttgcacagttgtcacgac
gatgcatcaaggtttatctcgttgcttgccaaacccagctgtaactacctggagcaggag
gacttcatccctttaatgcaggacatagtggatacgcatcctgggctcacatttctgaaa
gatgctcctgaattccattcccgctacattacaacggtgatccagcggatattctacgtg
gtgaaccgttcgtggacgggtcgtatgaccatgatggagctgcgcaggagtaacttcctg
cagaccctggccctgctggaggaggaggacgacatcaaccagatcaccgactacttctcc
tacgaacacttctacgtcatctactgcaagttctgggagctggacaccgaccatgacctc
tacatcgaccccaaagacctggccagatacaatgaccatgcgtcgtcaaacagaatcatt
gaaagattgttttcgggggcagttactcggggtaacgctgtgcagagggaaggcaggatg
agctacgctgagttcgtctggttcctcatgtctgaagaagacaagaaaaatcccaccagt
gtagagtactggtaccgctgcatggatgtggatggcgacggtgtcctgtccatgtttgag
ttggagtatttctatgaggaacagtgtgagaggatggagaggatgggcatcgaacctctc
cccttccaggatttgctgtgccagatgctcgacctggtcaaacctgagagctcaggtaag
ataacccttggtgacttgaagcgctgtcgcatggcccacatattcttcgacaccttcttt
aacctggagaaatacctggaccacgaacaaagagacccatttgctgtgcaaaaggacatt
gatagtgaagggccagagccatcggattgggataaatatgcctcagaggagtacgagatc
ctggttgcagaggaaactgcaaatgagcagcttcacgaagggtcctttgatgatgattat
gagtccgaggagcttcaagtctcaggagagattgggaataaaatggaaaaactggtcatt
tcagacctgacagcataa
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