KEGG   Mus caroli (Ryukyu mouse): 110309108
Entry
110309108         CDS       T05910                                 
Symbol
Akap11
Name
(RefSeq) A-kinase anchor protein 11 isoform X4
  KO
K16527  A-kinase anchor protein 11
Organism
mcal  Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:mcal00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mcal01009]
    110309108 (Akap11)
Protein phosphatases and associated proteins [BR:mcal01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     110309108 (Akap11)
SSDB
Other DBs
NCBI-GeneID: 110309108
NCBI-ProteinID: XP_021037186
Ensembl: MGP_CAROLIEiJ_G0019533
UniProt: A0A6P5R1R3
Position
14:complement(69345801..69389736)
AA seq 1886 aa
MAAFQPLRNRHLRSKASVRKSFSEDVFQSVKALLQSEKELCSVSGGECLNQDEHPQLTEV
TFLGFNEETDAAHMQDLAAVSLELPDLLNSLHFCSLSENEIICMKDTSKSSNVSSSPLNQ
SHHSGMLCVMRVSPTLPGLRIDFIFSLLSKYAAGIRHTLDMHEHQQHHLETTDEDDDDTN
QSVSSIEDDFVTAFEQLEEEENAKLYNDEINIATLRSRCDAASQTTSGHHLESHDLKVLV
SYGSPKSSAKPSPSVTVLGRKEAASVKTSVTTSVSEPWTQRSLYRSPSASDKDKDTQETF
FPSPVYSSESECSSPSPVIFLDEEGYQKSLKAKLELPEIPVTKDDVEDSDSEVSEFFDSF
DQFDELEQTLETYLLMEDPIIGKSSQKIGHKYEKSCMNPQKFKFERPALPANVRKPTPRK
PESPYGHLSDAPDSPRPVMTSEDSGLFSPIRTSAFSPPGSCTPAEWFCQTDTGENRNHEN
YCTYEDYANNLSCEVLGSVLHTQHANTMSDINSIKRGRNNTVTFKHGDSDQKSTCKKSSV
ITGSVQKFAADLVGKSLGSAFKDLQKGVSSYTNTLCHLAVKLTSSVFQTAFNELRRQCAF
SLKERAIGSLASLLVSDALSNALKDLQYVKKQMFTNTVARFATDLAEELVFEGIMEVCQF
SCPQTPASSQCQSLDFEDKVVKSYAKDLSESVIQEAFIELSQTNMTFTTKAAVNVSMGNV
KYVSAESVVSPTQTFTFSSSFSSQAVMMTKPMQEHKKEYTVQQALFCTSGIVTSIPVPLA
GSALLPYHMSSTLYPSKCLSSEPSKASGGSTQEHIAIERGAEDVDCLRNTCLPSELNPCN
QNDFKPTNGDIDRQSPSKLMSGPVIISNFSAAMVHTIVNETLESMTSFKATKPVDTNADY
LTKTIKGKACSLSLCDQAAPQQNKASSKDMFAEQLSKSIIKHSLDKSKSMLPNIDKKTDS
KEHMLDLGKESQMTLGETPKFLDFSDNSPHRSLLVGNYCVPECKDSVSFGFSLETLPSCS
MMTNQKSDLKEVVKDKAVTRHNLNNTALEPMPFGQESSFRHSQTLSSAVLTCVDGLHVED
KQKIRDSNVIPDTPPSTPLVPSQTSSEWDIKKLTKQLKGELAKEFAPATPPSTPHNPSVG
SLSENEQTTIEKEEFMLKLMRSLSEEVESSEGEEHPEMHVKAEHSGKKVQFAEALATHII
SLATEVAASHLDHETTQEFKVQNPHLNVPSQRNVLSALSHSDESIQTCTFASDMAADVIA
EAEKIANARNCMLFRHERNICHVEGDRGKAEEKLDVDDVAHPREVDTCVLSLPSGMPGLT
YKYPSCESVTDEYAGHVIHVLQQEGGSGELIMDQYASRLAYRSVKSGVREAAKTVRMKCS
SKLFPLHSCHVKTNKELLVFSSKERHQEVDRQRKRNGSHLCKYQTCERTQDPCRNELSEL
YSFSASLASSITRDAKKQLTTPKVDLPKSSTDGCFFEISECVDSSENVAGPELSKSCQPL
QNHGFCQNTGYLSGYSCAENAQAIEQYARKVVGDTLELSLGPTVFHNSETTASADRITYA
EKLSPLINEACRYCDLKEFHGCTRNSAQLFSKQSPCASAKPSSRSKLSSIRQKSRIFHLD
VPQIHVNLDKRAVLAEKIVAEAIEKAERELSNTSLAADSGIGQDGISFAESLTTEIMTTA
VTNAGHAVSSSREIEDFQATESLGSQQMNLSVGEDSTGSWSNLSFEDDHQDESSSFHHLS
ESSNGNSSSWSSLGLEGDLYEDNLSFPTSDSDGPDDGDDEQEDGAEDLQQNGKTLLIMNI
DMEPGAVDPQLRIILQWLIASEAEVAELYFQDSAKKEFILLSKQLQEKGWKVGDVLQAVL
KYYEVVEKTSREERCKSLFDWLLENA
NT seq 5661 nt   +upstreamnt  +downstreamnt
atggcggctttccagcctctcaggaatcgtcacctaaggagtaaagcgtctgtccgaaaa
agcttcagtgaagatgtgttccagtctgtaaaggctttattacagagtgagaaggagcta
tgcagtgtatcaggaggagagtgtttaaaccaggatgagcacccccagttaactgaggtc
acgtttctgggctttaatgaagaaacagatgctgctcatatgcaggatctagctgcagtt
tcactggaacttccagatcttctgaattcgctccatttctgcagtctaagtgaaaatgaa
atcatttgtatgaaggataccagtaaatcgtccaatgtaagcagtagtcctctaaatcag
agtcatcattcgggaatgctttgtgtcatgagagtgtcacctacattaccaggactcaga
attgattttatctttagtctcctaagtaaatatgctgctggcataagacacaccctggac
atgcacgagcatcagcagcaccaccttgagaccactgatgaagatgatgatgataccaac
cagtctgtgtcttccatagaggatgactttgtcactgcttttgagcagttagaggaggaa
gagaatgcaaagctatataatgatgaaataaatattgctacactaaggagccggtgtgat
gctgcttctcagactacttcaggccaccatttagaaagccatgatttaaaagtgctggtt
agttatggatcgccgaagtcatcggctaagccctcgccttcagtaactgtcctgggacgc
aaggaagctgcttctgtgaaaacgtctgttacaacatcggtttcagagccctggacccag
aggagtctctacaggtcccccagtgcctcagataaagacaaggacacacaggagacattc
tttccttctcctgtctactcctcagagtctgagtgctcaagcccaagtcctgtgattttt
ttggatgaagagggatatcaaaaaagtttaaaagcgaaacttgagctgcctgaaattcct
gtgacaaaagatgatgtagaagattcagactcagaagtgagtgaattttttgatagcttt
gatcagtttgatgaactagagcaaactttggagacttacctgctcatggaagatcctatc
atagggaagtcatcacagaagatagggcacaaatatgaaaaatcttgtatgaatcctcag
aaattcaagtttgagcgtccggctcttccagctaatgttagaaagccaactcctcgcaaa
cctgagtctccatatggtcacctgtctgacgctccagattcccctcgtccggtgatgaca
tcagaggacagtggcttgttcagccctattcgaacctcagcttttagtcctcctggaagc
tgtactcctgctgaatggttttgccaaacagatactggtgaaaataggaatcatgaaaat
tactgcacttatgaggattatgcaaataatctttcttgtgaagtactaggctcagttctt
catactcaacatgcaaacacaatgtcagatattaatagtattaaaaggggaagaaataat
actgtaacttttaagcatggagactctgatcaaaaaagtacatgtaaaaaatcttcagtg
attacaggtagtgttcagaagtttgcagcagatcttgtggggaaaagtttgggcagtgcg
tttaaagacttacagaaaggagtttcttcatataccaatacattgtgccacttagctgtc
aaattgacatcatctgtatttcagacggcatttaatgaacttagaaggcagtgtgcattt
tcactaaaagaacgagccattggtagcctggccagtcttttggtgagtgatgccttatca
aatgccttgaaagacttacagtatgtaaaaaagcagatgtttacaaacacagttgctagg
tttgctacggaccttgctgaagaacttgtttttgaaggtatcatggaagtgtgtcagttt
tcatgtcctcaaacacccgcatcttcacagtgtcagtcacttgactttgaagacaaagtc
gtgaagtcctacgccaaagatttgtctgaatctgtaatacaagaagcattcatagaactg
tcacagactaacatgacttttacaacaaaggcagcagttaatgtttctatgggtaatgtc
aagtatgtgagtgcagaaagtgtagtgtcccctacacagacctttacattttcttcatcc
ttcagcagtcaagcagttatgatgacaaaaccaatgcaggagcataagaaggaatacaca
gtgcagcaggctttgttttgtacctcaggaattgtcacttctataccagtgcccttggca
ggtagtgcccttctcccgtatcatatgtcatctactttgtatccttccaagtgtctttca
tctgagcctagtaaagcaagtggtggctctacccaagaacacattgccatagaacgcggt
gcagaggacgtggattgtctcagaaatacctgtctaccttcagaactcaatccatgcaac
cagaatgacttcaaaccaactaacggtgatattgacaggcagagtccttcaaagttaatg
agtggccctgtaattattagcaacttttccgcagcgatggtacatacaatagtaaatgaa
accttagagtccatgacatccttcaaagctacaaaacctgttgatacaaatgcagattat
ttaactaaaacaataaagggaaaagcctgttctctttccctttgtgatcaagcagcacca
caacagaacaaagctagcagtaaggacatgtttgctgagcagttatcaaagtctattatt
aaacattccctggataaaagcaagtcaatgcttccaaatatagataaaaaaacagatagt
aaggaacacatgcttgatcttggaaaagaatcacagatgaccttgggggaaactcccaaa
ttccttgacttttcagataactcacctcaccgttcactcttggtcggaaactattgtgtc
ccagaatgtaaagattctgtgagttttggattttctctagagacactgccatcttgttca
atgatgacaaatcagaaatctgacttgaaggaagttgtgaaggacaaagcagtgacaagg
cacaatttgaataatactgcacttgagcccatgccttttggacaggaaagctctttccgt
cactcacagactttatcatctgcagtgcttacctgtgtagatggtttgcatgtggaagat
aagcagaaaatcagagacagcaatgtaatacctgatactcccccatcaactcctttagtg
ccatcccagactagttctgaatgggacatcaaaaaattaaccaaacaactcaagggggag
ttagccaaagaatttgcacccgcaacaccaccttcaacgcctcacaacccatctgttggt
agtttgtctgagaatgagcaaactactatagaaaaggaagagttcatgttgaagctcatg
cgttctctttcagaagaagttgagagcagtgaaggtgaagaacacccagaaatgcatgta
aaggcagagcactcggggaaaaaagtccagtttgcggaagcattagctacacacatcatt
tctcttgcaactgaagtggcagcctcccacttagatcatgagaccactcaagaattcaag
gtccaaaaccctcacttaaatgtaccaagtcaaagaaatgtgctgtcagctttaagtcat
tccgatgaaagcatacagacatgcacttttgcaagtgatatggcagctgatgtcattgca
gaagccgagaagattgcaaacgctagaaactgtatgcttttcaggcatgagaggaacatt
tgtcatgttgaaggtgaccgaggtaaagcagaagagaaactggatgtggatgatgttgca
catccaagagaagtcgatacatgtgttctttcattaccaagtggcatgccaggtctgaca
tacaagtatcccagttgtgaaagtgtgactgatgagtatgcagggcatgttattcacgtg
ctccaacaggaaggtggcagtggtgagctgatcatggatcagtatgccagtagactagcc
taccggtctgtcaagtcaggagttcgggaagcagctaagacagtaagaatgaagtgcagt
tccaaactgttccctctgcacagctgtcatgtgaaaacaaacaaggaactgttggtgttc
tcaagtaaagagcgtcaccaagaagtagatagacaaagaaaaagaaatggcagccatctt
tgcaaataccagacatgtgaaaggacacaggatccgtgtagaaatgaactttcggaactg
tacagtttttcagcctctcttgctagcagcataacaagagatgcaaagaaacaactcaca
acacctaaagttgacttgccaaaatcctcaacagatggttgtttttttgaaatatctgaa
tgtgttgacagcagtgagaatgttgctggaccagaactttcaaagtcttgtcaacctttg
caaaaccatggattttgccagaatacaggctatctaagtggatatagttgtgcagagaat
gctcaagctatagaacagtatgctagaaaagtagtgggtgacactttagagctaagttta
ggacccacggtttttcataattcagagaccacagcatcagcagataggattacttacgca
gaaaaattgtcaccgcttataaatgaagcttgcagatactgtgaccttaaggaattccat
ggttgcaccagaaattctgctcagctcttttcaaagcagagtccgtgtgctagtgctaag
ccaagttcacgttcaaaacttagtagcattcgtcagaaatcaagaatttttcatcttgat
gtacctcaaattcatgttaatcttgataaaagggcggtgcttgcagagaagatagttgct
gaagctattgagaaagcagagagagagttgagcaacacaagtttggcagctgatagtgga
atcggacaagatggcattagctttgctgagagccttaccacagaaatcatgacaacagct
gtgacaaatgccgggcatgctgttagcagttcaagagaaatagaagattttcaggcaact
gagtcacttggcagccagcagatgaatctcagtgttggtgaagacagcacaggtagctgg
tccaacttaagttttgaggatgaccatcaagatgaaagcagcagtttccatcatctcagt
gaaagcagtaatggtaacagcagtagctggagcagtcttggtttagaaggagatttgtat
gaggacaatttatcctttccaacatcagacagtgatggaccggatgatggggatgacgag
caggaggacggtgcggaagatttgcagcaaaatggaaagactctgctaattatgaacatt
gacatggagcctggagctgtagacccgcagctaaggattattcttcagtggctcattgcc
tctgaggctgaagttgcagaactttattttcaggactctgcaaagaaggagtttatatta
ctttcaaagcagttacaagagaaaggatggaaagtgggagatgtcctgcaggctgtgctt
aaatactacgaagtggtggaaaaaacctcaagggaggaaagatgcaagtcgctgtttgat
tggcttttagagaatgcctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
All databases (16)   

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