Mus caroli (Ryukyu mouse): 110303149
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Entry
110303149 CDS
T05910
Symbol
Akap12
Name
(RefSeq) A-kinase anchor protein 12 isoform X2
KO
K16528
A-kinase anchor protein 12
Organism
mcal
Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09190 Not Included in Pathway or Brite
09193 Unclassified: signaling and cellular processes
99995 Signaling proteins
110303149 (Akap12)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
WSK
RII_binding_1
Motif
Other DBs
NCBI-GeneID:
110303149
NCBI-ProteinID:
XP_021029774
Ensembl:
MGP_CAROLIEiJ_G0015081
UniProt:
A0A6P5QH21
LinkDB
All DBs
Position
10:1017301..1107856
Genome browser
AA seq
1611 aa
AA seq
DB search
MPWWSNLCFGQRESEDVKEKDRAKEMAASSTVVEDITKDEQEETPEIIEQIPASESNVEE
MAQAAESQANDVGFKKVFKFVGFKFTVKKDKNEKSDTVQLLTVKKDEGEGAEASVGAGDH
QEPGVETIGESASKESELKQSTEKQEGTLKQAQSSTEIPLQVESGQGTEEEAAKDGEENR
EKEPTKPLESPTSPVSNETTSSFKKFFTHGWAGWRKKTSFKKPKEDDPETSEKRKEQEAE
KVDEEEGEKTEAAPAEEQREPAEGTDQARLSADYEKVELPLEDQAGDLEALSEKCAPLAT
EVFDEKTEAHQEVVAEVHVSTMEKTTKGQGGAEVEGDVVVEGSGESLPPEKLAETQEVPQ
EAEPVEELMKTKEVCVSGGDHTQLTDLSPEEKMLPKHPEGIVSEVEMLSSQERIKVQGSP
LKKLFSSSGLKKLSGKKQKGKRGGGGGDEEPGEYQHIQTESPESADEQKGESSASSPEEP
EEITCLEKGPSEAPQEGEAEEGATSDGEKKREGITPWASFKKMVTPKKRVRRPSESDKEE
ELDKVKSATLSSTESTVSGMQDEVRAVGEEQRSEEPKRRVDTSVSWEALICVGSSKKRAR
KASSSDDEGGPRTLGGDGHRAEEASKDKEAAADALPASTQEQDQAQGSSSPEPAGSPSEG
EGVSTWESFKRLVTPRKKSKSKLEERAEDSGAEQLASETEPSREESWVSIKKFIPGRRKK
RADGKQEQAAVEDLGPGEINEDDPDVPAVVPLSEYDAVEREKLEAQQAQENVELPQLKGA
VYVSEELSKTLVHTVSVAVIDGTRAVTSAEERSPSWISASMTEPLEHAEGVATPTVGEVT
EKDIIAEETPALTQTLPGGKDAHDDIVTSEVDFTSEAVTAAETTEALRAEEVTEASGAEE
TTDMVSAVSQLSDSPDTTEEATPVQEVEGGMLDKEEQERQTQAVLQAVADKVKEESQVPA
TQSVQRAGPKALEKVEEVEEDSEVLAAEKEKDVVLKGPVQEAEAEPLAQGSETVQATPES
LEVPEVTADVDRVATCQAIKHQQLMEQAVAPESSETLTDSETNGSTPLADSDTPNGTQQD
ETVDSQDSNAIATVSQSQVTEEEAAAAQTEGPSTPPSFSAQEEPREKPGRDVLEPTQVLA
AGAVPVPAKAEVGQEGEAGQFDEEKVKDRQHVKELEVSVHTGPNSQKTADLTRDSDVMEV
ARCQETESNGEQSISPEKREMGTDVEKEKTETKTEQASEEHEQETAAPEHEGAHPKPVLT
VDMPHSERGKALGSLEGSPSLPDQDKADCIEVQVQSSDTPVTQTTEAVKKVEETVATSEM
DESLEFTGAHSLPAEKLSETGGYGTLQHGEDTVPQGPESQAESIPIIVTPAPESTLHSDL
QREVSASQKQRSDEDDKPDAGPDAACKESAAREKVLRAEPEILELESKSNKIVQSVIQTA
VNQFARTETAPETHASDLQNQVPVAQADSQGAQQMLDKDESDLQVFPQDGTLSAVAQEGL
AVSDSSEGLSKASEMITMLAVESASVKESVEKLPLQSKDQKEHAADGPQHQSLGKAEADA
SGNLTKESPDNNGPKLTEEGDALKVEVLEEEMNKAQTEEDLQEPKGDLAES
NT seq
4836 nt
NT seq
+upstream
nt +downstream
nt
atgccctggtggagtaatttatgctttggacagagagagtcagaagatgtgaaagaaaaa
gaccgagctaaagaaatggcagccagctccacagttgttgaagatatcacaaaggacgag
caggaggaaacaccggaaataatcgaacagatccctgcttcagagagcaatgtggaagaa
atggcgcaggctgccgagtcccaagctaatgacgtcggcttcaagaaggtatttaaattt
gttggttttaaattcacggtgaagaaggataaaaacgaaaagtcagataccgtccagcta
ctcactgtcaaaaaggatgaaggtgaaggggcagaagcctccgttggagcaggagaccac
caagagcccggagtggagaccatcggcgaatcagcatccaaagaaagtgagctgaagcaa
tccacggagaagcaagaaggcaccctgaagcaagcacagagcagcacagaaattcccctt
caagtcgaatctggtcaagggaccgaggaagaagcagccaaagatggagaagaaaaccga
gagaaagaacctaccaagcccctagaatctccgaccagccctgtcagcaatgagacaaca
tcttccttcaagaaattcttcactcacggttgggccggctggcgcaagaagaccagcttc
aagaaacccaaggaagatgatccggaaacttccgagaagagaaaggagcaagaggctgaa
aaagtagacgaggaagaaggggaaaagacagaggcagccccagccgaggagcagcgggag
cctgcagaaggcacagaccaggccaggttgtcagccgactatgagaaggtggagttgcct
ttggaagaccaggccggtgacctggaggcattgtcggagaagtgtgctcctttggcaacg
gaagtgtttgacgagaagacggaagcccaccaagaagttgttgcagaggtccacgtgagt
accatggagaagacaacgaaagggcaaggaggagcagaggtggaaggggatgtggtggta
gaaggatcaggagagtccttgccccctgagaaactggctgagacccaggaggtcccccag
gaagctgagcctgtggaggagctgatgaagaccaaagaagtatgcgtctctgggggtgac
catactcagttgacagatctaagtcctgaagagaagatgctacccaaacaccctgaaggc
attgtcagtgaggtggagatgctttcctctcaggagagaatcaaggtacagggaagtccc
ctgaagaaactcttcagcagttcaggcttaaagaagctctccgggaagaagcagaagggg
aagagaggaggaggcgggggagatgaagagccaggagaataccaacacattcaaacagag
tccccagagagtgctgatgagcagaagggagagagctctgcctcttcccctgaagagccc
gaggagatcacgtgtctggagaaggggccatcggaagcaccccaggaaggggaagctgag
gaaggagcaacttccgatggagagaagaaaagggaagggatcaccccctgggcatccttc
aaaaagatggtgacacccaagaaacgggtccgaagaccttctgagagcgacaaggaagaa
gagctggacaaggtcaagagtgccaccttgtcctccacggagagcacggtgtctggaatg
caggatgaggtcagagcggttggcgaggagcaaaggtcagaggagccaaagcgcagggtg
gatacttcagtgtcttgggaggcattgatttgtgtcggatcgtccaagaagagagcgagg
aaggcatcctcttcagatgatgaaggagggccaagaacactgggaggggatggtcacaga
gcggaggaggctagcaaagacaaagaagctgcagcagatgctcttcctgccagcacccag
gaacaagaccaagcgcaaggaagctcctcgcccgagccagctggaagcccttctgaaggg
gagggcgtctccacctgggagtcatttaagagattagtcactccacgaaaaaaatccaag
tcaaaactggaagagagagccgaagactccggtgcagagcagttggcctccgagaccgaa
ccaagtagagaggaatcttgggtttccattaagaaatttattcctggacggcggaagaaa
agggcagatgggaagcaagaacaggccgctgttgaagacttggggccaggagaaatcaat
gaggacgaccccgatgtcccagctgttgtgcctctgtctgagtacgatgcggtagagaga
gagaagctggaagcgcagcaagctcaggagaatgtggagctgccccagctgaagggggct
gtgtatgtgtctgaggagcttagtaagactctggttcacactgtgagtgtcgccgtcatt
gatgggaccagggcagtcaccagtgccgaagagcggtccccttcgtggatatctgcttcc
atgacagaacctcttgaacacgcagagggagtagccacaccgactgttggagaggtcact
gaaaaagacatcattgcagaagaaactcctgcactcacccagactttaccagggggcaaa
gatgcccatgacgacatagtcaccagtgaagtggatttcacctcagaagctgtgacagcc
gcagaaaccacagaggcgctccgcgctgaagaagttaccgaagcatcaggggcagaagag
accacagacatggtgtctgcagtttcccagctgtccgactccccggacaccacagaggaa
gccaccccagttcaggaggtagagggcggcatgctagataaggaagaacaggagcgccag
acgcaggccgtcctccaagccgttgcagacaaagtgaaagaggagtcccaggtgcctgca
acccagagtgtgcagagagcagggccaaaagcgctggagaaggtggaggaggtagaggag
gactccgaggtgctggctgccgagaaagagaaggatgttgtgctgaaaggacccgtgcag
gaagctgaagctgagcctcttgcacagggctctgagactgtacaggctaccccagagagc
cttgaagttcctgaagtcacagcggatgtagaccgtgtcgccacatgccaggctatcaag
caccagcagctgatggaacaggctgtggcccctgagtcatctgaaaccttgacagacagt
gagacaaatggaagtactcccctagcagattcagacactccaaacgggacacagcaagac
gagaccgttgacagccaggacagtaatgccattgccaccgtcagtcagtcacaggtcacc
gaagaggaggcagctgctgctcagacggaggggccttcaacaccacctagtttttcagcc
caggaagaacccagggaaaaaccaggaagagatgttctagaacccacacaagtgcttgct
gccggggcagtgcctgttccggcaaaggctgaggtgggtcaagagggtgaggctggccag
tttgatgaagaaaaagtcaaagacagacagcatgttaaagaactggaggtgtctgtacac
actggacccaatagtcaaaagactgctgacttgacacgtgacagtgacgtaatggaagtg
gccagatgtcaggaaaccgagagtaatggagaacagagtattagcccggagaaaagagag
atgggaaccgacgttgaaaaggagaaaacagagaccaagacagagcaagccagtgaagaa
catgagcaggaaacagctgctcctgagcacgaaggagcccaccctaagccagtcctgaca
gttgacatgccccactcagagaggggaaaggcactgggcagccttgaaggaagcccttct
ctcccagaccaagacaaagcagattgcatagaggttcaagttcaaagctcagacacacca
gtcactcaaacaaccgaagctgtgaaaaaggtcgaagaaactgtggcaacttcagagatg
gatgaaagtttggagtttacaggtgcacactcattaccagctgagaagctctccgaaacg
ggtggctacgggactcttcagcatggagaggacaccgtgccccaggggcctgagtctcag
gcagagtccatccctataatagtaactcctgctcctgaaagcaccctacattctgacctt
caaagagaagtgagcgcatcccagaaacagagatcagatgaagatgacaagccagatgct
ggtcctgatgctgcctgcaaggagagtgcagcaagagagaaagtcctcagggctgaacct
gagatcttggaacttgagagtaagagcaataagattgtccagagtgtcatccagacagcc
gtcaaccagtttgcacgtacagaaactgcccccgaaacccacgcttctgatttacagaat
caggttcctgtggcgcaggctgacagccagggagcacaacagatgctggacaaagatgaa
agcgaccttcaagtcttcccccaagatggaacacttagtgccgtagcccaggaaggactt
gcggtttctgatagttctgaaggcctgagcaaggcttcagaaatgatcaccatgcttgca
gttgaaagtgccagtgtcaaagaaagtgttgagaagctgcctcttcagtccaaagatcaa
aaggagcacgctgctgacggcccccagcaccaaagcttaggcaaggcagaggcagatgcc
tctggaaacctaaccaaagagtccccagacaacaacggaccaaagctaaccgaggaagga
gatgccctgaaagtagaggtcctggaagaagaaatgaacaaggcccagacagaagaggac
ctacaggagccaaagggagacctggcagaatcctaa
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