KEGG   Scleropages formosus (Asian bonytongue): 108923845
Entry
108923845         CDS       T04919                                 
Symbol
akap6
Name
(RefSeq) A-kinase anchor protein 6
  KO
K16523  A-kinase anchor protein 6
Organism
sfm  Scleropages formosus (Asian bonytongue)
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    108923845 (akap6)
SSDB
Motif
Pfam: Spectrin RGS_DHEX CdaS_N
Other DBs
NCBI-GeneID: 108923845
NCBI-ProteinID: XP_029106467
Position
3:7660670..7800712
AA seq 2187 aa
MSVIVSPMASEATSPMITSVTPTLDPSSKEDQVDLGEGKEGDRAAWERDPTQCHQKPPPL
HTGADWKVVLHLPEIEMWLRGTTERVRELTHSVHQDSLNKHVDVHLVQLKDICEDISDHV
EQIHALLETEFSLKLLSYSVNIIVDIRSVQLLWHQLRVSVLVLKERLLQGLQDSNGNYTR
QTNILQAFSQDHDEARLGTLTEVDDSGQLTIKCSQDYFSLDCGITAFELSDYSPGEEPEG
HSQGLEAQHRYEELEPNFPELIQSVGLLTVAAKHLSSQHSQEATVKEDPGIIGIQTVPEP
TSKDHPGKIPVEDSPSSSSSHNKTLHPESASAKRPIQHCMNYNKVSPTQLSPAKKCMYPE
DLSWDNKASLLKQAPQIPLLQFQVNMSRSTPSLLDLPDRSKFWLDLTSVYPNAVSQSYES
LQVMNGRDEQASREVPSRSSLHRRSSESGQANDRLAFLPSSSSPQGRCTTEPKQKDNGLT
INSVNSETCDDVSKPEPKPQSPDTSSCALASQIVPDQNAPLSPGASLNEEQWFGSDEYLA
LPSQLKKTEMLAMKLESLAKALPQRPAEETIQDVDDWELSDLHSEWDSEQPLQTGRRCDR
AFPPRFSPTSSSEIAPSLDESIESGPISELLSEDEAYWNAGESRRTDRPSWLSRSPATEG
EAGPHKTLIQQLLEDIQHQENDREIWRKIENFVNKLDKFICWLQEALETTENWTPPKAEA
DSLKLYLETHLSFKLSVDSHCSLKDAVLDEGRQLLQVIISHKSGLRDTLQMIEHQWQELQ
RHVRRQHSWILCALDAIKAQIMTGEAWRVAPSPKGEVQQSHCEAQQDVLDQMYLKLNSQQ
YSTGSKRRKEFAQMSKVNTIGSNSLVDFESEYQELWDWLLDMESIVMDSHELMMSEEQRQ
HLNKGNSIEMDTWAPKKSQLLARAESLRQSGAELPADFEERASALVQKWDRLQRTLGELV
GASNPSSPIQEPRGLLSPETSSMLRQLESRIKELRGWLRDTELFIFNSCLRHDHEHDPQA
GKELQYFKSLCSEVRERHRGMASVLRLCQKLLEEQERAGPDSEHQALQLLTVNLERRWEA
IVMQALQWQTRLQKALGTEQVPGNIIEPAFMDLHAPVEDSWEWDDMDISNDLISLNAKLC
ELDKKQCQMPKLTLESPGNSSQVLDPNQSHPQRDIQSQGINLDSQASHSNIYQVYSLHHI
DLYNRPEDTFRNKTNVTAKHLLMKSLSKDSSFSSAESIPDLLGGILCKKQEQCSFCGDSA
RRSGSESGIMSEGDTETTTNSEICVLSQVEDAGGNLPMIPARSGFSPNSGLVCDDDDANC
IFDEECKTAFLIGHQNSEPAKKKRDESVERNRKHRRDLMEITPNSVKPDAEDLDPISFSA
APHDEKGTSDGKSRKGFASISQGSSLDSLFVAGDLFLSSKDTLHRSTSLESWLAPCKSTE
DTGSQHSLGDLGLAPESMGELSKRTLELLKRLENIKTPLAQKMARSVSDITLQSSSLQLS
GPRQLSLGVASSMNESSAPSPTELTSAEDTSVGSEDLTVQKNCLGVSNDSFRKHCHGQPP
PDETDASISMVVNVSCTTACTDDEDDSDLLSSSTLTLTEEELGIKDDEDSSIPSDEEYIE
GSFALGLEYMKNEIQNWIKPKFQSKEKSELDLGDELQCGTFTQEKEPPALAVNDRRLLSR
SPLKVVESNTNEKNSVRQKDTNTQKREVSRSYMRQLVDDMENGNVDNSQVKGKDEDDEFL
REEGSLFTKTGESFKDCYISSVNSGDAVMDIKINLTDLPASQGIESKLERQLSGEIPCCS
SSRPSASMSSIGDCTGSQQCMQEVMHGNNCHEHLAFYQAHATDSPGCSRSSTPPEEEKSE
DVHNFVMEIIDMASVALKNKDQEVPSPTPVAQIRDKVLEHSHRPIQLRKGDFYAYLSLSS
HDSDCGEVSTCIEDKSSTPPPRDFRHTIEIKDKEPLFKACTEEVYLGPPLCYSMCMSQKP
GKKPFSPNDCSSPRNERDQKPPPPCTEYQKAPGISPGSTAGSQLECHNEAAYLNPLPCET
LIDTVECFADTKMLESNISPVMTKIRVSCSSTNPLKEDGSLYINPKINCPQIRKCDRDEK
GPASQQMKQKNVRKGCSSLQEAQSTHKQSAKILAEDRRGPQIGTSTSSRSITCASRSRQT
VQQNPATRLKSKRVATSLTPSVSKLQH
NT seq 6564 nt   +upstreamnt  +downstreamnt
atgagcgttattgtttccccgatggccagcgaggccacctcacctatgatcacctccgtc
acccctaccctggatcccagctccaaagaggaccaagttgatctaggagagggcaaagaa
ggagacagggcagcgtgggaacgggatcccacccagtgccaccagaagcccccacccctg
catacaggtgctgactggaaggtggtgctccacttgccagagatcgagatgtggctgcgc
gggacgacagagcgggtgcgggaactcacccactctgtccaccaggactccctcaacaag
cacgttgatgtacacctagtgcagctcaaggacatctgcgaggacatctcagaccatgtg
gagcagatccacgccctgctggagacagaattctccctcaagctgctttcctactcggtg
aacatcattgtggacatccgctcggtgcagctgctgtggcaccagctccgcgtctccgtc
ctcgtgctcaaggaacgtcttctgcagggtctccaggactccaatgggaactacacacga
cagaccaacatcctgcaggcgttctcccaggaccacgacgaggctcggctgggcaccctc
actgaagtagacgattcaggccaactgaccatcaaatgcagccaggactacttctctctg
gactgtggcatcactgcatttgagctgagtgactacagtcctggtgaggagccagagggc
cacagccagggcctcgaggcccagcaccgctacgaggagctggagccaaacttccccgag
ctcatccagagtgtgggtctgctaacagttgcagccaagcacttgtcctcccaacacagt
caggaggcaactgtaaaggaggatcccggcattatagggatccaaacggttcctgagcca
acctccaaagaccacccaggcaaaatacccgtggaggattctccctcctcatcttcatcg
cacaacaagactctccatcctgagagtgcttctgcaaaaagaccgatccagcactgcatg
aactacaacaaggtgtcccctactcagctgtctccagctaaaaagtgtatgtatcccgaa
gacttgtcttgggacaacaaagcatccctactcaaacaagccccacagatccctttgctc
cagttccaggtcaacatgagtcgtagcaccccgtccctcctggaccttccggaccgatca
aagttctggctggatctcacttccgtgtatccgaatgccgtcagccagtcttatgagagc
ctacaggtcatgaacggcagggatgagcaggccagtagagaggtcccctctcgctcctcc
ttacataggaggtcttcagagtctggccaggccaatgaccgcctagcctttctcccatcc
agctccagcccccagggaaggtgcacgactgaacccaaacagaaggataacggattgacg
ataaactctgtgaattcagaaacttgtgacgatgtatccaaacctgaaccaaagccacag
agccctgacacttcctcctgtgccctggcctcgcagattgttcctgatcagaatgcccca
ctgtctcctggtgccagtctgaacgaagagcagtggtttggctccgacgaatacttagca
ttgccctcccagctgaaaaagacagagatgctggccatgaagcttgagtccctcgccaag
gccctgccccagaggcccgcagaggagaccatccaggatgtggacgactgggaactctct
gacttgcactctgaatgggacagtgagcagcccctgcagactggccgcaggtgtgacaga
gccttccctccccgtttctcacccacatcatccagcgagatcgctccctctcttgacgaa
agcatcgagtcaggccctatcagtgagcttttgtcagaggacgaggcgtactggaacgct
ggcgagtcccgcaggacggacagaccttcctggctgagtaggagccctgcgaccgaaggt
gaggccggtccacacaagactctgatccagcagctgttggaggacatccagcaccaggaa
aacgacagagagatatggagaaagattgagaactttgttaacaagctcgacaagttcatc
tgctggctgcaagaagccctggagaccactgagaactggacacccccgaaagcagaggcg
gacagcctcaaactgtacctggagacgcacctgagcttcaagctgagcgtcgacagccac
tgttccctcaaagatgccgtgctggacgaggggaggcagctgctgcaagtcatcatctcc
cacaaatcaggcctcagggacacgctgcagatgatcgagcaccagtggcaggagctgcag
cgacacgtccgacggcaacacagctggatcctgtgcgccctggacgccatcaaagcccag
atcatgaccggcgaggcgtggcgtgtggcgcccagccccaagggagaggtccagcaaagc
cactgtgaggcccagcaggatgtgctggaccagatgtacctaaagctcaacagtcagcaa
tacagcactggctccaaaagaaggaaggagtttgcccagatgtcaaaggtgaacaccatt
ggaagcaacagccttgtggactttgaatccgagtaccaggagctgtgggattggctgctg
gacatggaatccatcgtgatggacagccacgagctcatgatgtcggaggagcagcggcag
caccttaacaagggcaacagcattgaaatggacacctgggcacccaagaaaagccaactg
ctggcccgagcagagtcgctgcggcagagcggcgccgagctgccggctgacttcgaggag
cgagcgagcgcgctcgtacagaagtgggatcggctgcagaggaccctgggggagctcgtg
ggggcctcaaaccccagcagccctatccaggagccccggggcctgctctccccagagacc
agcagcatgctgagacagctggagagccgtatcaaggagctgaggggctggctgcgtgac
acggagctcttcatctttaattcctgtctgcggcatgaccatgagcacgacccacaagct
ggcaaggagctgcagtactttaagtctctatgctcagaggtgcgagagaggcacaggggc
atggcctctgtcctgaggctgtgccagaagctgctggaggagcaggaacgagccggaccc
gactcggagcaccaggccctgcagctgctcaccgtgaacctggaacgtcggtgggaggcc
atcgtcatgcaggcgctgcagtggcaaacccgcctgcagaaggccctggggacagagcag
gttcctgggaatatcattgaacctgcatttatggacctccatgcaccagttgaagactcc
tgggaatgggatgatatggacatcagtaatgacctgattagtctcaatgcaaagttatgt
gagcttgataaaaaacaatgccaaatgcccaagttgaccttggaatccccaggaaatagt
tctcaggtcttagatccaaatcaaagtcatcctcaaagagacattcagtcccaaggtata
aatttggactctcaggcctcccattcaaacatctatcaagtatacagtctgcatcacata
gacctgtacaaccgccctgaagacaccttccgaaataagactaatgtcaccgcaaaacac
ctgctgatgaagagcttaagcaaagactcctcattctcttcagctgaatctataccagac
cttttaggaggaatcctctgcaaaaaacaagagcaatgtagtttctgtggggattcggcc
aggcgatccgggagtgagagtggcatcatgagtgaaggggacactgagaccacaaccaac
tctgagatctgtgtactcagtcaggtagaggatgctggaggcaacctccctatgatacct
gccagaagtgggttctcacccaacagtggtctagtgtgtgatgacgatgatgccaactgt
atttttgatgaagagtgcaaaacagcttttttgattggtcaccaaaattctgagccagca
aagaaaaagagagatgaatctgtggaaagaaataggaagcacaggagagacctaatggag
atcactcccaatagtgtgaagcctgacgcagaagatcttgaccccatttccttcagcgca
gctccacatgatgagaaagggacttcagatggaaaaagcagaaaaggatttgctagcata
tcccaggggtcctcccttgactccctctttgtagctggagatttatttctgtccagcaaa
gacacgctccatcgcagcacatccctcgagagctggctggccccatgtaagagcacagag
gacactggaagccagcatagcttgggggatctggggctggctccagagtccatgggggag
ctgagcaagaggactctagagcttttgaagcgactggagaacatcaagacccctttagcc
cagaagatggcacgtagtgtctctgacatcacccttcagagcagctctctacagctttca
gggcccaggcagctgtctctaggagtggcctcgtcgatgaatgagagttcagcaccttca
ccgactgagctgaccagcgccgaggacacctctgtgggttcagaagacctaacagtgcag
aagaattgcctgggggtctcaaatgactcttttcgcaaacactgtcacggtcaacctcca
cctgatgagaccgatgccagcatcagcatggtggtgaatgtttcgtgcaccacagcttgc
acagatgatgaagatgacagtgaccttctctcgagctccactcttacactcactgaagaa
gaacttggcatcaaggatgatgaagactccagtattccttcagatgaggagtatattgaa
ggcagctttgctctgggtttggagtacatgaagaatgaaattcagaactggattaagcca
aagtttcaatccaaggaaaaaagtgaactggacctaggagatgagcttcagtgtggtacc
ttcacccaagagaaagaaccacctgcactggctgtaaacgatcgtcgtcttttaagcaga
tcaccgttgaaggttgtggagtccaacactaatgaaaagaactctgttcggcagaaggac
actaatacccagaagagagaagttagtagaagctacatgagacagcttgtggatgacatg
gagaatggcaatgtggacaactctcaggtgaagggaaaggatgaagatgatgagtttttg
agagaggagggaagcctgtttacgaagactggcgaatccttcaaggattgttatattagt
tcagtgaattctggtgatgcggtcatggatatcaaaatcaacctcacagatcttcctgcc
tcacaaggcatagagtctaaactggagaggcagctgagcggtgagattccctgctgcagc
tccagccgaccttcagcaagtatgtcatccattggtgactgcacaggttctcaacagtgc
atgcaagaagtcatgcatggaaacaactgtcatgagcacctcgctttctatcaagcccat
gccacagattcgccaggctgtagccgctcttccaccccacctgaggaggaaaaaagtgag
gacgtgcacaactttgtaatggaaatcattgacatggcctctgtagcgctcaagaacaag
gaccaggaagttccaagtcccaccccagtagctcagatccgagacaaagtgctggagcac
tcccatcggcccatccagctgcgcaagggcgacttttacgcctacctgtccctttcttcc
catgacagtgactgtggtgaagtcagcacttgcatagaggacaaaagtagcaccccgcct
ccccgtgactttaggcacaccatagaaatcaaagacaaagagcctctatttaaggcctgc
actgaagaggtctacctgggtcccccactctgttacagcatgtgcatgagccagaagccg
gggaaaaagccgttcagtcccaatgactgttcctccccccggaatgaaagagaccaaaaa
cctccaccaccctgcactgaataccaaaaagcacctggtatttctccaggaagtacagct
gggagccagttagagtgccataatgaggctgcttatcttaatcctttaccatgtgaaacc
ctgatagacactgttgaatgttttgcagatactaaaatgcttgaatccaatatttcccct
gtaatgactaagataagagtctcttgctccagtacaaatcctttaaaagaggatggcagc
ctttatattaatcctaaaattaactgtcctcagataagaaaatgtgatagagatgaaaaa
ggccctgcttcacagcagatgaaacagaagaatgtcagaaaaggatgtagttctctccag
gaagctcagtcaactcacaaacagtctgccaaaattttggcagaagatcgcagggggccc
caaatcggcacgtccacctccagccgctccatcacctgtgcttcccgaagccgccaaact
gtgcagcagaatcccgctaccaggcttaagtccaagagagtggccacaagcctgacacct
tccgtctcaaagcttcagcattga

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Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (66)   

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