Antennarius striatus (striated frogfish): 137613069
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Entry
137613069 CDS
T10427
Symbol
akap12b
Name
(RefSeq) A-kinase anchor protein 12b isoform X1
KO
K16528
A-kinase anchor protein 12
Organism
astr Antennarius striatus (striated frogfish)
Brite
KEGG Orthology (KO) [BR:
astr00001
]
09190 Not Included in Pathway or Brite
09193 Unclassified: signaling and cellular processes
99995 Signaling proteins
137613069 (akap12b)
BRITE hierarchy
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Gene cluster
GFIT
Motif
Pfam:
WSK
Motif
Other DBs
NCBI-GeneID:
137613069
NCBI-ProteinID:
XP_068198016
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All DBs
Position
19:15826175..15873244
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AA seq
1398 aa
AA seq
DB search
MGAESSAQRDGTSQEDASASASAPASAEVLQEGGSVPDIKLLQKNGQVSSISSLSGHPQD
DTEVGQPDGVSVAQKEEASENMDTIQDEVAPQVNVEKESPDVGDISVVEEKAAEEKPDDT
NEVGFKKIFRFVGFKFTLKKDKSEEKDPVKLLTVKDKEGEEVSKANELTKEEEVVTVEEK
STAEKIEVDSEASTVKAEVNGDADKAETADAPAEDTAIEVIDEKVKEGETEKETETTQPV
QETTLSSFRKLFNGGLFSNLRKKASIKKTKDEEDKETAVEEETVKLEETSATVEEKVEKD
EVEQEPKEAVPVTTVEEETEPKEATLEVVKSETDSSVMAETPAETPAETTTTEEPKQEKA
KAEACAEEEKAPAVVLVEPELLSSQEKSKPQGSPLKKLFTGAGLKKLSTKKQKTKKDNES
KLTESGEQVTEQLQSSSDSADAPKAESGPSSPEDSGEHVIAVAVPQTESSQETDVEVASD
GEKKKEGIIAWSSFKKLVTPKRRVKRSSESDDEATSEKPAKTATLSSSESAALADKSVEE
ETKEDKPTEEEPKTENTEKLLSSTEEPKKKMDTSVSWEALMCMGGPKKRTRKTSDSDDEE
TKIEEELQAPVEEEVESKTEAAIETSQNAECEGEVSPPEPASSPQERESAWDTLKRMVMP
KNKAKSEEKPEESTEQVQSDSEAPKDESSFSLKKFLPGRRKKKSEKQASAEQGSGEEDSD
TPAVVPLSEYNEQPVEAEQETPTEPAVDVVAEPAVVQTKLSAEERSPSWIPAIVEDTDHK
LDDLSDIPEEAENAVTPKSVDTDITEEEIKSESLDAIEQKLSIAEVKPVIAAAEATPVPQ
EPTPESVTKIIEDIEVSEIPTKITVTTDDVPTQVVSEKTECLLEAESKTNIILESHSCED
AVAICTGLETKDIAEIATEEPVIPIIESVGVMCDTISTNVPEVEPQPSPEEAIVTEDVVV
MTQVQQSETIVVESTVETSLGEVMDIQEASENCEAEIETAMIDITEENELITHVTIPSQE
VPVITETVVLVAPESDHVPTSEVVTVIETIGDEQMQVQEINEKDSAIETMEATTLQTVDS
EVCDVIDQATEKTDEIKKEVQEETEIEAQSMVIAQAVIQDAMGRVSDNAPEPNDPTNAAI
TIHESAQAVATTEKEIELSTDNAVISDVSVMVACEKSPETLCVAMEVIDTVLVEDVTSLD
TSVAEEKREEELNKAMEVNVSEEIVTVEEVVEIKTESETEKDQVEEEQSKGTDFQETDAN
EEAEEVEPQSEEETSKAPSKEDDEKVLEIHTPVQVVLQTAQEIEEPLVEVEAVTEIDSAK
AESTASEDKPATLIEECQLTTSAEMSAPCQVTLAEPNHQNAEKSSSVKCAEVMAQVIEVI
EEAVKEIEPLSTEITTAS
NT seq
4197 nt
NT seq
+upstream
nt +downstream
nt
atgggagcggagagctcagcgcagcgggacgggacgagccaggaggatgcctcagcttca
gcttcagccccagcctccgcagaggtgctccaggagggaggcagcgtccccgacatcaag
ctgctccagaaaaatggacaggtctccagcatctccagtctgagtggacacccacaggac
gacacagaagttggacagccagatggtgtatctgtggctcaaaaggaggaggcctctgag
aatatggacaccatccaggatgaagtggctccccaagtgaatgtagagaaagaatctcct
gatgtcggtgacatctctgttgttgaggagaaagcagcagaagagaagcctgatgacacc
aatgaagtgggcttcaagaagatattccgctttgtaggctttaagttcacattgaagaag
gacaaaagtgaggaaaaagatccagtgaagctcttaacagtcaaagataaagaaggagag
gaagttagcaaggctaatgaactaacaaaggaggaagaggttgtcactgttgaagagaaa
agtacagccgaaaaaatagaggtcgattcagaagcatcaactgttaaggccgaagtcaat
ggagatgctgacaaagctgagactgctgatgctccagctgaagacactgccattgaagtt
attgatgaaaaagtgaaggagggagaaactgagaaggaaacagagactactcaacctgtc
caggagaccaccttgtcttctttcagaaaactcttcaatggagggcttttctcaaacctg
agaaagaaagcaagcatcaagaagacaaaagatgaagaagacaaggaaacagctgttgaa
gaagagacagtcaaattagaagaaacttctgctacagtggaagagaaggttgagaaggac
gaggtggagcaggaacccaaggaagcagtaccagtaactactgttgaagaagaaacagaa
ccaaaggaggcaacattagaggtagtaaaatcagagactgactcatctgtgatggctgaa
acacctgctgaaacacctgctgaaactactactactgaagagcccaaacaagaaaaggca
aaggctgaagcttgtgcagaagaggagaaggccccagctgtggtgttagttgagccagag
ctgctatcctcacaagagaaatccaagccacagggaagccccctgaagaagcttttcact
ggtgctggcttaaagaaactctcaactaagaaacagaagacaaagaaagataatgagtcc
aagctcactgagtctggggaacaggttaccgagcagcttcaatcctcctctgattctgca
gatgccccaaaagctgagagtggcccctcatccccagaagattcaggagaacatgtaata
gctgtggcagtgccccagactgagtcttcacaagagactgatgttgaagttgcctctgat
ggagagaagaaaaaagagggtatcattgcatggtcctccttcaagaaactggtaacaccc
aaaaggcgtgtgaaaaggtcttctgaaagtgatgatgaagccacaagtgaaaagccggca
aagacagccactttgtcttcttctgagagtgcagcattggcagataagagtgttgaggaa
gagactaaggaggataagccaactgaggaagaaccaaagactgaaaacactgagaaactg
cttagcagcactgaggagcccaaaaagaaaatggacacctctgtctcctgggaggctttg
atgtgtatgggcggacctaaaaagaggaccaggaagacctctgattctgatgatgaggag
accaagattgaggaggagttgcaagcacctgtagaagaagaagtggagagcaaaactgag
gctgcaatagaaacctctcaaaacgcagagtgtgaaggagaggtttctcctcctgaacct
gcaagcagcccccaggagagggagtctgcctgggacacactaaaacgtatggttatgcca
aagaataaggccaaaagtgaggaaaagcctgaagagtcaacagaacaagtccagtcagac
agtgaagcaccaaaagacgagtcatcattctcattgaagaagttcttgcctggacgcaga
aagaagaagtctgaaaaacaagcatctgcagaacaggggtcaggtgaggaggactctgat
accccagctgtggttcctctatcagagtataatgagcaacctgttgaagcagaacaggaa
acaccaacagaaccagctgtagatgtggttgctgaaccagctgtggttcagactaaattg
tctgctgaagaaagatctccatcatggatcccagccattgtggaagatactgatcataaa
cttgatgatttgagtgacattccagaggaagccgaaaatgctgtcacacctaaatctgtt
gacactgacataacagaggaagaaattaagagtgaatctctggatgccatagagcaaaaa
ctatccattgctgaggtgaagcctgtaattgcagctgcagaagctactcctgttcctcaa
gaacccacaccagagagtgtcacaaagattattgaggacatagaagttagtgaaattcca
accaagataactgtaaccactgacgatgtaccaacacaggtagtctctgaaaagacagaa
tgtctactagaagccgagtccaaaaccaatatcatcctggagtcacatagttgtgaagac
gctgtagccatctgcactggcctagaaaccaaggacattgctgaaatagccacagaggaa
cctgtaatacccattatagagagtgttggcgtgatgtgtgatactataagcacaaatgta
ccagaagtagagccacaaccaagtccagaggaagccattgttacagaagatgtagtggtc
atgacccaagtgcagcaatctgaaaccattgtggttgagtctactgttgaaacatccttg
ggtgaagtaatggacattcaagaagccagtgagaactgtgaagctgaaattgaaactgca
atgattgacataacagaagagaatgagttaatcacccatgtaactataccaagccaggag
gttcccgtcatcacagaaacagtggtccttgtggccccagagtctgaccatgtgccaacg
tctgaagttgttactgtcattgagacaattggcgatgagcaaatgcaagtgcaggaaatc
aatgagaaggattcagctatagagaccatggaagcaactacacttcagacggtagattca
gaggtttgtgatgtcattgaccaggcaactgagaagacggatgaaatcaagaaggaagtc
caggaggagactgaaattgaggctcagagcatggtcattgcccaggctgtcattcaggat
gcaatgggtagagtgtcagacaatgcgcctgagccgaatgaccccacaaatgctgcaatc
accatacatgaatcagctcaagctgtagcaacaacagagaaagaaattgagctctcaacc
gataatgctgttatcagtgacgtctccgttatggtagcctgtgaaaagtcacctgagaca
ctctgtgttgccatggaggtcattgacacagtacttgtagaggatgtaacaagccttgac
acttctgtagcagaggagaaaagagaagaggagttgaataaagctatggaggtaaatgta
agtgaagagattgtcacagtagaagaagtggtggagataaagacagaaagtgagacagag
aaagaccaggttgaagaagaacagagcaaaggcacagattttcaggaaacagatgctaat
gaagaagctgaagaagtagagccacaatcagaagaagaaacgtcaaaggctccttcaaag
gaggacgacgaaaaagtactagagattcacacaccagtccaagtggtcctgcagacagct
caggaaattgaagaaccattagtggaagtggaggctgtgacggagatcgacagtgccaaa
gctgagagcaccgcaagcgaagacaaacccgcaactctgatagaggaatgtcaactgaca
acgtcagcagagatgtccgctccttgtcaagtcacactggcagaacccaaccaccagaac
gcagagaaatcatcatccgtaaagtgtgcagaggtgatggcacaggtgatcgaagtgatc
gaggaggcagtcaaggaaatcgagcctctgtccacagagatcacaacagcatcatga
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