KEGG T01011: 100145197

Xenopus tropicalis (tropical clawed frog): 100145197

Entry

100145197         CDS       T01011

Symbol

akap11

Name

(RefSeq) A-kinase anchor protein 11

K16527

A-kinase anchor protein 11

Organism

xtr Xenopus tropicalis (tropical clawed frog)

Brite

KEGG Orthology (KO) [BR:xtr00001]
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:xtr01009]
    100145197 (akap11)
Protein phosphatases and associated proteins [BR:xtr01009]
Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     100145197 (akap11)

SSDB

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Xenbase:

UniProt:

Position

2:132785560..132818279

AA seq 1834 aa
MATCTRKQGCQAKPKLSMKKENISDAFLMSPKSLLESKKELCRIAEGFKGVKKENVMELT
FLGLSEESEPLQDVEALHLDLPELIRSLHLCSLNDCEVILLKHGKEGTTSCATQGCFSGA
LCVMSSPTFTYLKSDSLFNLMSKYTTGIRYTMDHQFLSDTLRKASHSEEDDTNQSVSSIE
DDFVTAFEHLDEEDLTTSGNQEREHETMRSQRDAASQTQPTHCVDVRGSKIIFSSLRRRS
SLKSATLMGLMGFPDLSASVKNTVTSSVCDSWKQMSFSVQDKTVFTPPSAESSESECSSP
SPIIFLDEEGYQKSLRAKLNLPKIPVVKDDVEDSDSELSEFFDSFDQFDETEASLERNEK
PAQKNVLASPPKKRKCIAMNPQKFKSDRIILSANVKKPTPRKPESPYNNICEVTDSHRPV
KAAVEDTGTLFSPIRSSAFSPLSISTPAECLYTLECNGRASEKERVYSTYSNYANCVCFQ
MFDSVLNTKPPISNDLSKKAVEKSMKLKRKSYNKESERKLKSKQKIVKSGIQKFASELVE
KSFGSAFKDLQRGVSSCTSALCQLAARLTSYVFQMAFYEIRRMQAFSIKKRAINSLANLM
VSEVITSALQELHYIKKQMVTNAVTRFAADLAEELVFEGIMEVCQFSHPPTPVAAPWQTF
DYDDVIVSSYAKDLSESVIQEAFIELSQVNVTFTTQAAISVSMDNLKYVSSESMMQSTQT
SVAFPNMPSRIQSPLVAENDKETDYTVHHALLFTSGLISSVPVPVAAKALTFYKTSNEAL
GRDDCADVSVRHDMNSSTVDCYSLSTKYRHEIPTTKTTLPVFSNCQQEKQNLQFKKLNED
NEDMKAFSVPMVDMMINEAYDLISASKETQFLAKKVVPSQQIFVDKEQSKLNFADGLAKC
ILQYSVGESSCTTSNRGMHPKLTSDFVGAPADKDRRVADDSEICTNLRKTEEQQLLFTKC
CLPSNFASQNTGFSVKSSQEYRGEYGGAFSKSTSEGSSDVSFNKLTSEGITLKRNTQSKD
TSYSSIFGLQTCLSHINNFSSVMCSCGDDFSEDKMSQRDSSITTVPNTPPPTPLASYELS
PERSMKKLSKKLKGQLAKEFYPATPPSTPHLIASEHDSIKKDDFLLKVMRSLSEEVETSS
GDGSSEDEDIEVSEETSQYADYLSTNILSVATEMAADALDDKSVRRSSAKNKPLLHVLSD
KWGYPAYMRNISEETLETLSKYAGVIAGEVLHDAKKVVGKKQSTKVKSVCDSDCSHCRKH
SRDCRPKEKECICTSMNFKESDPSTLSLPYNNIAAGLTSKYPSCESVTEEYADHIIRVLK
MEGGNNELIIDQYASRLVYRAVKSGLQQASKTIKLKCNKKPAPRRNSEANSMQEILRLLS
MTQHQEREKQRRRSISNHSFGEESSGHGKDSRRPEFTGLLRFAETLANTITCDVRTKLKI
SAVSLPKSLTDSCLYTKSKIDETTSDLVKRNVSKSLLPYSQTNKLYHSTGSLNDEGLKEG
VIQAIEQYACKVVDSTIGFTLETARLQALENRKNNDKVSHNGKLMHSYGPVCRVCSAKEQ
GHTQSSCHFLLGPDVSRRMKQCSRSKHNTGQKSRLFHHNIPKIHIDFDKRAMFAEKIVSA
AIGKAERELSNTSLAADSGIGPEGISFADSLTTEIMMCAMKNIGHVNQSSDGKDGFQSAE
SVTSQQTSVSVGDDSTGSWSNLSFEDEHQDESSSFLHLSDSDGAEDRDENREAAAGAPGH
LCKTLLIRNVDMGPYVIESQLKATLQWIAASEAGVSELYFVEADKKELLAVSRRLAEKAW
TVGDLLQAVVHYCEIAEKLPSFHKPLFGWLLDHS

NT seq 5505 nt +upstreamnt +downstreamnt
atggccacttgcacaagaaaacagggatgccaagcgaagcctaaattatcaatgaaaaag
gaaaatataagcgatgcctttttgatgtcaccgaagtcactattggaaagcaagaaagaa
ctgtgcagaattgcagagggtttcaaaggtgtcaagaaagaaaatgtaatggagcttaca
tttcttggactttctgaggagtcagagcctcttcaggatgttgaagctttacacctggat
ctgccagaactgatcagatcacttcatctctgcagtttaaatgactgcgaagttatcctg
ctaaagcatggcaaagaaggtacaacatcttgtgcaacccagggttgtttttctggagca
ctgtgtgtcatgtcatctcccacctttacatatttaaaaagtgattccctatttaatctg
atgagcaaatatacaactggaataaggtacacaatggatcatcagttcttgagtgacaca
ctcagaaaagcttcgcacagtgaggaagatgatacaaatcaatctgtttcttcaattgag
gatgattttgtaaccgcttttgagcatttggatgaagaggatttaactacaagtggaaac
caagaaagagaacatgaaacaatgagaagtcaacgtgatgctgcatcccaaacacagcca
actcactgtgtagatgtcagaggttcaaaaattatatttagctccttgcgcagaagatca
tccttaaaatcggcaactttaatgggcctcatgggttttccagatttatcagcatctgtt
aaaaatacagtcacgtcatcagtttgtgattcctggaagcaaatgagcttctctgtccag
gacaaaacagtgttcacacccccttctgctgaatcatcagaatcggagtgttcaagcccc
agtcctattatattcttagatgaggaaggatatcagaaaagtttgagagctaaacttaat
ttgccaaagatccctgttgtgaaagatgatgtagaagactctgactcagagctcagtgag
ttttttgatagttttgatcaatttgatgaaacagaggcatctctagaaagaaatgaaaaa
cctgcacaaaaaaatgttctggccagtccacctaaaaaaagaaaatgcattgctatgaat
cctcagaaatttaagtctgatcgcattatcttatcagcaaatgttaaaaaaccaactcca
agaaaaccagaatctccatataataacatatgtgaggtgacagattcccaccgtcctgtg
aaagcagctgtggaagatactggcactctatttagtcccatcagatcctctgcttttagc
cccctcagtatttccacgcctgctgagtgcttatataccctggaatgcaatgggcgtgct
tcagagaaagagagggtatacagtacgtacagtaattatgcaaactgtgtatgctttcag
atgtttgattcagtgctaaatactaaaccccctattagcaatgacttatcaaaaaaagca
gtggaaaaaagcatgaaacttaaacgcaaatcctataacaaagaatcggagcggaaactg
aagtcaaagcaaaaaattgtcaagagcggcattcagaaatttgcttcggaattagttgaa
aaaagctttggaagtgcatttaaagatttgcaaaggggtgtttcgtcttgcaccagtgcc
ctctgccagttggctgccaggttaacgtcatatgtgtttcaaatggctttctatgaaatc
agaaggatgcaagcattttcaattaaaaaacgagccattaatagcttagcgaacttaatg
gtcagtgaggttattacaagtgcgttacaagagcttcattatataaaaaaacaaatggtt
accaatgccgttacgaggttcgctgctgatctcgctgaggagcttgtttttgagggaatt
atggaagtgtgccagttttcccatccaccaactcctgttgctgcaccctggcagactttt
gattatgatgatgtcattgtaagttcctatgcaaaagatctgtcagaatctgtgattcag
gaggcttttattgaattatcccaggttaatgtcaccttcaccactcaagcagctattagt
gtttccatggacaatctgaagtatgtaagttcagaaagtatgatgcagtcgactcagaca
tctgtagcattccctaatatgcccagcaggatccaatcgccactggtagcagagaatgac
aaagaaactgattacacagtacatcatgcattactttttacatctggacttataagttca
gtcccagttcctgttgccgctaaagcactaactttctataaaacctcaaatgaggctttg
ggaagggatgattgtgcagatgtgtcagtccgtcatgatatgaatagcagtactgtagat
tgttacagtctttccacaaaatataggcatgaaatacccaccacaaaaacaacactgcct
gttttttctaattgccaacaagagaaacaaaacttacagtttaagaagctaaatgaagat
aatgaggatatgaaggctttttctgtgccaatggttgatatgatgataaatgaagcatat
gatctaatatctgcttctaaagaaacacaatttttagccaagaaagttgttccatcacag
caaatatttgtagataaagagcaatcaaaactgaattttgcagatggcttggcaaagtgt
atattacaatattcagtcggtgaaagtagctgtacaacttcaaacaggggtatgcatcca
aaactaacatctgactttgtaggtgctccagcagataaagacaggcgtgttgctgatgac
tccgaaatatgcacaaatctccgaaaaactgaggagcagcaacttttatttacaaagtgt
tgccttccctcaaattttgcatctcagaatactgggttctctgtaaaatcttcccaagaa
tacagaggtgagtatggaggtgcattttctaaaagtacaagtgaggggagttcggatgtt
tcatttaacaaactaacctctgaaggtatcactttaaaaaggaatacgcaaagtaaagat
acttcatactcatccatttttggacttcagacatgcctttctcatatcaataatttctcc
tcagtcatgtgtagttgtggtgatgattttagcgaagacaaaatgagtcagcgggattcc
agtatcacaacagtacctaatacaccacccccaactcctttagcttcctatgaattaagc
ccagagaggagcatgaaaaagcttagtaagaaacttaaagggcaactggcaaaagagttt
tatccagctactccaccatctacaccccatttaatcgcctctgaacatgacagcataaaa
aaagatgattttcttctaaaagtaatgcggtcactatcagaagaagttgaaacttctagt
ggtgatggcagttctgaagatgaagatattgaggtttctgaagaaacatctcagtatgct
gactatttgtcaactaacatcttatctgtagccactgaaatggctgcagatgctttagat
gataaatccgtccgtagatcttctgcaaaaaataagccacttttacatgtcttgagtgat
aaatggggataccctgcatacatgagaaatatttctgaggaaaccttggagacacttagc
aaatatgcaggtgttattgctggagaagtccttcatgatgcaaagaaagttgtgggcaag
aaacagagtacaaaggtgaaatcagtttgtgattctgattgcagtcattgtaggaaacac
tctagagactgcaggccaaaagaaaaagagtgtatttgcacaagtatgaattttaaagaa
tctgatccttctactctttctctcccttataacaatattgctgccggtctgacctcgaaa
tacccaagctgcgaaagtgtgactgaggagtatgccgatcatattatacgtgttctaaaa
atggaaggagggaacaacgagttaatcattgatcagtatgccagcagattagtttataga
gctgtaaagtctggcttacaacaagcttctaaaacaattaaactgaaatgcaataagaag
ccagcacccagaaggaactcagaagctaacagcatgcaggaaattctcaggcttttaagc
atgacacagcaccaagagcgggaaaagcaaagaaggaggagcatttcaaaccattccttt
ggtgaggaatcttctggacacgggaaagattcccgtagaccagagttcacaggactgcta
cgttttgctgaaactcttgctaatacaataacttgtgatgtaaggacaaagctaaaaata
tcagccgtttctcttcctaaatcactgactgattcatgtctgtatacaaaatcaaaaatt
gatgagacaactagtgaccttgtcaaaagaaatgtttccaagagtctccttccatattca
cagacaaataaactgtatcatagcactggcagcctaaatgatgaaggtcttaaagaaggt
gtcattcaagctattgagcaatatgcatgtaaagtcgttgatagtaccataggatttacc
ttggaaacggcaagacttcaagctttagaaaacaggaaaaacaacgataaagtgtcacat
aatgggaagctgatgcattcatatggacctgtttgtagggtttgcagtgcaaaggaacaa
ggacacactcagtcgtcttgtcattttctcttgggacctgatgtctctagaagaatgaaa
caatgttcaaggtctaaacataacactggtcaaaaatcaagactttttcatcataatata
cctaaaattcatattgatttcgataagagggcaatgtttgcagaaaaaattgttagtgct
gctataggaaaagcagagcgggagctgagtaacacaagtttggctgccgatagtggtatt
gggccagaagggatcagctttgcagatagtctcaccacagaaataatgatgtgtgctatg
aagaacattggacatgttaaccaaagttctgatggcaaagatggattccagtcagcagaa
tctgttactagccagcagacaagtgtcagtgttggggatgacagtaccggcagctggtcc
aatctgagttttgaagatgaacatcaagatgaaagcagcagtttccttcacctcagtgac
agtgatggtgcagaagacagagatgaaaatcgtgaagcagctgcaggagcaccaggacat
ctctgcaagactttactgattagaaatgttgatatggggccttatgtaattgagtcacag
ctaaaggcaacattacaatggattgctgcttcagaggctggcgtctctgagctctacttt
gtggaagctgacaaaaaagagcttttggctgtttccagaagactggcagaaaaagcctgg
actgttggtgatcttttgcaagctgttgttcattattgtgaaattgctgaaaagctaccc
agttttcataaacctttgtttgggtggcttttggatcattcataa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
All databases (17)   

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