Anoplopoma fimbria (sablefish): 129103829
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Entry
129103829 CDS
T09102
Symbol
ppp2r3a
Name
(RefSeq) serine/threonine-protein phosphatase 2A regulatory subunit B'' subunit alpha
KO
K11583
serine/threonine-protein phosphatase 2A regulatory subunit B''
Organism
afb
Anoplopoma fimbria (sablefish)
Pathway
afb03015
mRNA surveillance pathway
afb04261
Adrenergic signaling in cardiomyocytes
afb04382
Cornified envelope formation
Brite
KEGG Orthology (KO) [BR:
afb00001
]
09120 Genetic Information Processing
09122 Translation
03015 mRNA surveillance pathway
129103829 (ppp2r3a)
09150 Organismal Systems
09153 Circulatory system
04261 Adrenergic signaling in cardiomyocytes
129103829 (ppp2r3a)
09158 Development and regeneration
04382 Cornified envelope formation
129103829 (ppp2r3a)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
afb01009
]
129103829 (ppp2r3a)
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
afb03019
]
129103829 (ppp2r3a)
03036 Chromosome and associated proteins [BR:
afb03036
]
129103829 (ppp2r3a)
Protein phosphatases and associated proteins [BR:
afb01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-2 (PP2A)
Regulatory subunits
129103829 (ppp2r3a)
Messenger RNA biogenesis [BR:
afb03019
]
Eukaryotic type
mRNA surveillance and transport factors
Surveillance factors
Protein phosphatase 2A
129103829 (ppp2r3a)
Chromosome and associated proteins [BR:
afb03036
]
Eukaryotic type
Centromeric chromatin formation proteins
Other centromeric chromatin formation proteins
PP2A (protein phosphatase 2A)
129103829 (ppp2r3a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
EF-hand_13
P2R3B_EF-hand
EF-hand_7
EF-hand_5
EF-hand_6
EF-hand_1
Motif
Other DBs
NCBI-GeneID:
129103829
NCBI-ProteinID:
XP_054470414
LinkDB
All DBs
Position
15:complement(8249776..8277893)
Genome browser
AA seq
1410 aa
AA seq
DB search
MAAAYRVVVSSVSCYNSVVVDRRNHSHAVHYCSGPCGAQSQGLDCTVAHRGTCSELIIAP
DTAYTDPSGSLIHSHNMITQQLHNHGKMTVTVDTTYNGGLERADSSGNLSLGEDSPTWRG
KKAPSGGGSTGNLSSSGSLKDITEEAINLASGKLKEFSFDKLRLSSSSHVTFRKGRKVRP
DSLSRRSTDLEIIYGHFSSNIATNGTANGMTNGTGPSNDENLPPFVPGKVAGLEETKVKG
STATLSAITKLSGGSTSSLSSIGSFDQSLTTMASLYRNTLGEENLIARLLEKTRAGAGAG
GAGGEDIRACLDILLKCSEDLKKCTDIIKQCIRTKAGGGPEDGGASPDSVYRAVMTRLSS
YLKKLPLELEGIGSLGGSGPGALGSGHSDLAELVNTLHSIQQGPFSPIFGNEQPPRYEDV
VLSPPLPKTAPHSTSSTLSSVSPSSSSSLKSTSIHTKPVQSSPSRVTPLTNGLQHPHPSP
VTQHTLSAPSVTCPPPGSSPTHSPSPLRTSPTPLYSHTPPASPMEALYIEEEEADVGKTP
EQISQQTHTPTRGGNATQNKNGITLVPHMHLSQPHTLHNSSNALPASPGYSLSWPSSPSL
TISAPKAVSHRNDDIDKLLMDLENLSQSMSHPRNTEPPLPAKTRKREGGQGITPSEALTQ
PKMAQFQVQKPANHLAMNGPTTRTPTPPQGETSEAVVGEEEDGALLLRILESIESFAQEL
VDSGAGSTGSAERKCGKEREVMRLLQDTMATGRADTPRESPSPPAAPAAPSMHTHAATQV
PAIPPKHSLANTAAVSPAPTPISEVACNATSEALPKPTPKAAPKPLPTPIPEPTTEATDN
VTEASTGETDPTPIPAPVVSTPASLHSSTHSAEPTPVAAPEAPAPVAIPTVATTRDAVVA
VGDAVAVRDTGSTLLIQQTPEVIRIQSKQEKKPGTPPPAPALSTSPPTPTPTPTPRSPSP
PPAPVIVTPPPPAINIPRFYYPRGLPAMGPPTNHDAAIAAIETAFTDFEEEKADIYEMGK
IAKACGCPLYWKSPMFYSAGGERTGFVSVHSFIATWRKLLHSCHDDASRFISLLAKPSCS
YLEQEDFIPLMQDIVDTHPGLTFLKDAPEFHSRYITTVIQRIFYVVNRSWTGRMTMMELR
RSNFLQTLALLEEEDDINQITDYFSYEHFYVIYCKFWELDTDHDLYIDPKDLARYNDHAS
SNRIIERLFSGAVTRGNAVQREGRMSYAEFVWFLMSEEDKKNPTSIEYWFRCMDLDGDGV
LSMFELEYFYEEQCERMERMGIEPLPFQDLLCQMLDLVKPESSGKITLGDLKRCRMAHIF
FDTFFNLEKYLDHEQRDPFAVQKDIDSEGPEPSDWDKYASEEYEILVAEETANEQLHEGS
FDDDYESEELQVSGDIGNKMEKLVISDLSA
NT seq
4233 nt
NT seq
+upstream
nt +downstream
nt
atggcagcagcctatcgtgtagtggtgagcagtgtcagctgctacaacagtgtggtggtg
gaccggcgcaatcactcccatgctgtgcactactgctcggggccatgtggggcgcagtcc
cagggactggactgtaccgtcgcacaccgcgggacctgttcggagctgattattgcacct
gacactgcatacactgacccaagtggctcactcatacactcccataacatgatcacccaa
caactccacaaccatgggaaaatgactgttaccgtggatacaacttataatggtggttta
gagagggcggacagcagtggcaatttgtctttaggggaggacagccccacgtggcgtggg
aaaaaggcccccagtggcggaggctcgactgggaacctgagctcctctggcagtctgaag
gacattaccgaagaagccatcaacctggccagtggtaagctcaaagagttttcttttgac
aagctccgcctctcttcctcaagccacgtcaccttccggaaaggtcgtaaagtccgtcct
gactccctcagccgtcgctccaccgacctggagatcatctacggccacttcagctccaac
atcgccacaaacggaactgctaatggcatgacaaatggcacgggtccatcgaatgatgag
aacctgccgccatttgtgccaggaaaggtcgcaggcctggaggagacaaaggtaaagggc
agcacagccaccttgtcggccatcaccaaattgagtggtggatcaacgagcagcctatcg
agtattgggtcttttgaccaaagtctgaccacaatggcatccctgtaccgcaacaccctg
ggagaggagaaccttattgcccgtctgctggagaagacacgagcaggagcgggcgctggg
ggagcaggcggggaggacatccgtgcctgccttgacatcctgctcaaatgttccgaagac
ttaaagaaatgcaccgacatcatcaagcagtgcatcagaaccaaagctggtggagggccg
gaggacggaggagccagtcctgacagtgtttatcgggccgtgatgacccgactcagctcc
tatttgaagaaactacctctggagctggagggaatcggaagtttgggaggcagtgggccg
ggtgcgctcggaagcgggcacagcgatctggctgagctggtcaacacccttcactccatc
cagcagggaccgttttctccaatatttggcaatgagcaacctcctcgctatgaggatgtg
gtgctgtcacctccgctgccaaagactgctcctcactctacatcgtccacactttcctct
gtttcaccttcctcctcgtcttctttaaaatcaacctccattcatacaaaaccagtccaa
agctccccgtccagagtcactccacttacaaatggacttcaacatccacatccttctcct
gtcacacaacacacactctctgccccatcagtcacatgccctcctcctggctcctctcca
acacattctccttcccctcttcgtacctccccaaccccactgtactcacacactcctcca
gcgtccccaatggaggctctttacattgaggaggaggaggccgatgtgggaaagacaccg
gaacaaatctcacagcagacacacactccaactagaggggggaacgctacccagaacaaa
aatgggataacattggttcctcacatgcacctgtctcagccacacacgctccataactct
tcaaatgctttgccggccagccctggctacagcctcagttggccttcctccccctcactg
acaatctcagcacccaaagctgtctcacacaggaatgatgacattgacaagcttctgatg
gacttagagaatctgtctcagagtatgagccaccccagaaacactgagcctccacttcca
gccaaaaccaggaagagagaaggaggccagggaatcacccccagtgaggcccttactcag
cctaaaatggcccagttccaagtccagaagccggccaaccacctagccatgaatggccct
accaccaggactcccactcctccccagggagagaccagtgaagctgtggtgggagaggag
gaggatggggcactgctgctgaggatcctggagagtattgagagttttgcccaggagctg
gtggattctggggcggggagcacagggagtgctgagaggaaatgtgggaaagagcgggag
gtgatgaggctcctgcaggatacaatggccactggccgggctgatacccctcgggagagc
ccgagcccaccagctgctcccgctgctccctccatgcacacacatgcagctacacaagtc
ccagctataccgccaaaacactccctggcaaacacggctgcagtttcacccgcaccgaca
ccaatatctgaagtcgcttgcaatgctacatccgaagctttgcccaaacctacacctaaa
gctgcccccaaacctctgcccacacccatacctgagcctacaactgaggctacagataat
gttacagaagcctctacaggtgagactgacccaacacccatccctgcccctgtagtgtcc
acacctgcaagcctgcattcctccacacattcagctgaacctacacctgtggctgcacct
gaagctccagccccggttgcaatcccaactgtggcaaccacaagagatgctgtcgttgcc
gttggcgacgctgttgctgtgagagacactggctcaactctcctcatccagcagactcca
gaggtgatcagaatccagtccaaacaggaaaagaaaccaggcacacctccaccggcccct
gccctgtccacatcaccacccacacccacccccaccccaacaccgcgctcacccagccct
cctccggctccggtgatagtcacccctcctcccccggccatcaacattcccaggttctac
tacccccgtgggctccccgccatgggcccgcccaccaaccacgacgccgccatcgctgcc
atcgagacggccttcaccgactttgaggaggagaaggctgacatatatgaaatgggcaag
atcgcaaaggcatgcgggtgtccactttactggaagtctcccatgttctactcagcaggt
ggtgagagaacgggctttgtgtctgttcactccttcattgcaacctggaggaagttgttg
cacagttgccacgacgatgcatcaaggtttatctccctgctagccaaacccagctgtagc
tacctggagcaagaggacttcatccctctaatgcaggacatagtggatacgcatcctgga
ctcacatttctgaaggatgctcctgaattccattcccgctacataacgacggtgatccaa
cggatattctacgtggttaaccgttcgtggacgggtcgaatgaccatgatggagctgcgc
aggagcaacttcctgcagaccttggccctgctggaggaggaggacgacatcaaccagatc
actgactacttctcctacgaacacttctacgtcatctactgcaagttctgggagcttgac
actgaccatgacctctacattgaccccaaagacctggcaagatacaatgaccatgcctcc
tcaaacagaatcattgaaagattgttttcgggggccgttactcggggtaacgctgtgcag
agggaaggcaggatgagctatgctgagttcgtctggttcctcatgtctgaagaggacaag
aaaaatcccaccagtatagagtactggttccgctgcatggacctggacggcgatggtgtc
ctgtccatgtttgagttggagtatttctatgaggaacagtgtgagaggatggaaaggatg
ggcatcgaaccgctgcccttccaagatttgctctgccagatgctcgacctggtcaaacct
gagagttcaggtaagataaccctcggtgatttgaagcgctgccggatggcccacatattc
tttgacaccttcttcaacctggagaaatacctggaccacgaacagagagacccgtttgct
gtgcaaaaggacattgatagtgaaggtccagagccatctgattgggataaatatgcttca
gaggagtatgagattctggttgcggaggagactgcaaatgaacagctacatgaggggtcc
tttgatgacgactatgaatccgaggagcttcaagtttctggagatattgggaataaaatg
gaaaaactggtcatatcagacctgtcagcatag
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