KEGG   Sinocyclocheilus rhinocerous: 107733815
Entry
107733815         CDS       T04916                                 
Name
(RefSeq) A-kinase anchor protein 6-like isoform X1
  KO
K16523  A-kinase anchor protein 6
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    107733815
SSDB
Motif
Pfam: Spectrin RGS_DHEX
Other DBs
NCBI-GeneID: 107733815
NCBI-ProteinID: XP_016401103
Position
Unknown
AA seq 2152 aa
MNVAVSPMASEASSPMTTSVTPTLEPSPDKHDDPCGPSVSGDGPTQKQDPYRRYQKPPPL
HTGADWKVVLHLPEIETWLRTTTERVRDLTHSVQQDSINRHVDVHLVQLKDICEDISDHV
EQIHALLETEFSLKLLSYSVNIIVDIRSVQLLWHQLRVSVLVLKERLLQGLQDSNGNYTR
QTDILQAFSQDHDETRLDALTEVDDSGQLTIKCSKDYFSLDCGITAYELSDYSPIDDPEG
RGPRSLYPELEQDFPELLQSVDLLNIAASRQNQVSSPPAEESVTPTQEPQETISGPTKEE
SAPDSAMQGDSGFGLSKRPLQGGFKSDVSPTQPLPKKPMYLKGDGDTRCTRSSPLQYQAD
LSRSTPSLLDTPDRSKFWLELESVYPGNGSQSYESLHAVNGGILQMSLKRPSVSTEVPLE
RRSAEAVQGFHTQKHLTNFKTMHSKAKQAYSDTSSPPPSSGEDISDPDQREMSSSPDDQA
PTTGSLWIVNQNALCISNASVSSKEHWYGSDEFLALPAQLKKTEMLALKLESLAQALPQR
GLQESIQDVDDWELTEVNADWESSSDLLLLHPYKKPSRAGRFSPTSSSDVAPSLDDSIES
GPLSDLLSEDEGARSTPESRGRNISAGRPNAPKMMFQCTPLIQQLLADIQHQENYHDVWA
KIEGFVSKLDEFICWLRDALETTDNWTPPRADIDSLKLYLETHLSFKLNVDSHSALKDSL
LEEGRQLLELITSHKSGLRDMLHMISHQWQELQRQIRRQHNWMLRTLDAIKTHILSSERD
EEERETHSHHGSPKQVEVQQSHREAQKDVLDQMRVKLESQQYCSNSRSVDFTLMSKSNSL
SEFEAEYQELWDWLMDMESIVTDSHDLMMSEEQQHHLYKGNSVEMSMWLPKKMQLLGWSE
SLKRSGTELPADFDQRLAALRSKWDQLEKILAEHVEPCVGQRSQRELLSPDTNRMVTQLE
SRIKELKSWLRDTELFIFNLNLRPDAQQCESGTQVADDPQHDPQATKQLQHFKALCMEVR
GRRKGISSVLRLCQRLLDGPEQQSSEAERQSLQLLQVNLERRWEAIVMQVLQWQTRLKRS
LGRDQVPENLIEPSLMDLHGQTEDSWEWDEMDMTICDLDTQDCEDEQNPGSKSHLNSPKE
PLSLTESCLNDTRCGAALSSAELNASSSRVYQVYSLPYVELYQQPQYNHKSFSIKSQQSL
LKRQSMDSSFSSAESLPDILGDLLKGKQGLLSDSARRSESESGIVSEGDMETTGNSEVCL
LFQNDDPKDCVTLTLPTREDSLNGDRVSDEDIDRVLERANKCAEYGDSLTIGQRDQRWHI
MRKKKEDSGESKRKHHKEPAKIHANDFGLSQEANDKYLNMSGDEERVTTHRKLEKELAQL
SQGSSLDSLFAVGELFPSSKEALTRSTSLESWLAPCKSAEDVGSKESLRDIESTVESTGE
LSKRTLELLKRLENIQSPLAMKMTRSVSDVMLQSSSLWHGSRSAGAPSSINESSAASLTE
LSSTEDSSVASEDLAVQMNCCVAAESNASFRKQTDETDASISMVVNVSCTSACTDDEDDS
DLLSSSTLTLTEEELGIKDDDDSSVTSEEEYIEGSLALGLDYIKGEFQSWMKPRSQNKEK
NEADLVDELQCGTMSKEILSPVKTANDRNLLSRSALKLLEANTNGKNKSLKQREVDGNRR
DATRSYISHFVDDMENGNVESTHIEGKDEDDELLREEGSLLTKKGESFKNCYVADGVKSD
MVAATSPSSCEQLSLSSLEGQLKGELPCHNSHCPSPSISLIDECSGLAAHTHSRQKQLAA
FLNDVHENHQESSSDSCSHPAFISEEAKSDSVHDFVMEIIDMTSVALKTKEAQAEQPTEV
CSPTSVSQIREKVLEHSHRIIHLRKGDFYSYLSLSSHDSDCGEVSTCAEEDKSSSPILSS
TPDLRDEEPLFEACTEEVYLGPPLCYSMSISKRPTRHAAKLIEPASLPSSAPSSGCDEYQ
KAHGISHGSVAGSQPECHNEAPYLNPLPCETPIDTVECFADTKMLESNISPVMTKIRVSC
STTNPLKEDGSLYINPKINCPLIRKTDSDERALASQLMKQKNVGKGHRSLQEAKSTHKQL
ARSESSGGVAEGCRAQISGPQTDSSSAGRSRVSSRPQVKRFSGSLATPVCKR
NT seq 6459 nt   +upstreamnt  +downstreamnt
atgaatgttgccgtatcaccgatggccagtgaggcttcttccccaatgacaacctctgtg
actcccaccctggaacccagccccgataaacacgatgatccgtgtgggcccagcgttagc
ggggatgggccgactcagaaacaagatccttaccgcaggtaccaaaaaccccctcctctc
cacacaggggccgactggaaggtggttctgcatctgccggagatcgagacctggctgagg
accacgactgagagagtccgagacctcacacactctgtgcagcaagacagcatcaataga
catgtggatgtgcacctggtacaactcaaggacatctgtgaagacatatccgatcatgtc
gagcagatccacgcactgttggagacagagttctccctgaagctcctgtcctactcagtg
aacatcatagtggacatccggagcgtgcagctcctctggcaccagttgcgagtgtccgtg
ttggttctgaaagagaggcttctccagggcctccaggactccaacggcaactacacccgc
cagactgacatactgcaagccttcagccaggatcatgatgagactcggctggacgctttg
acagaagtggacgactctggccaactgaccattaaatgcagtaaggactacttctccttg
gactgtggcatcactgcttatgaactgagcgactacagccccattgacgaccccgaaggt
cgagggccacgctccctttatcccgagttggagcaagactttccagaactgcttcagagt
gtggatctcctcaacattgcagcctctagacaaaatcaggtgtcatctccacctgcagaa
gagtctgttacccccacccaggaacctcaagagacaatcagtggccccactaaagaagaa
agtgcaccagattcagcaatgcagggagatagtggctttggcctttccaaacgccctctt
caaggtggctttaagagtgacgtctctcccacacagcctttgcctaaaaagcccatgtat
ctgaagggtgatggggacacaaggtgcactaggtcttcgcctctccagtaccaggctgac
ttgagcagaagcacaccctcccttctggatacaccagatcgctcgaagttctggctggag
ctggaatcagtttatccaggcaatgggagtcagtcctacgagagtctccatgccgtgaat
ggagggatcttgcagatgagtctcaagagaccatctgtgtccactgaagttccgctggag
agacgctcagcagaggctgtgcagggattccacacacagaagcacttgacaaacttcaag
actatgcactccaaagccaagcaggcttacagtgacacttccagcccaccaccatcttca
ggagaggacatctcagaccctgaccagcgggaaatgtcatccagcccagatgatcaagct
cccaccacaggttctctctggatcgtgaaccagaatgctttgtgcatctccaacgcatcg
gtgagctccaaagaacactggtatggttcggatgagttcctcgctcttccagcccagctg
aaaaagacagagatgttggcattgaagctggaaagcctcgctcaggctttaccacaaagg
ggcctgcaagagtccatccaggatgtggatgactgggagctcactgaggtcaacgctgat
tgggagagcagcagtgatctccttttacttcacccctataagaagccctcccgagccggc
cgcttttcacctacctcctcgagcgacgtggcaccttccctggatgacagcatcgagtct
ggcccactcagcgacctgttgtctgaggacgagggggcgcgaagcacaccagaatccagg
ggtagaaatatatcggctggtcggcccaatgcaccaaagatgatgtttcagtgcacaccc
ttgatacagcaactactagcagatattcagcaccaagagaactaccatgatgtctgggca
aagatagagggttttgtcagcaaattggatgagttcatctgttggctgagagatgctcta
gaaaccacagacaactggacgccacccagagctgatatcgacagcctcaaactctacctg
gaaactcaccttagtttcaaactcaacgtggacagtcacagcgctctgaaagacagtctc
ctggaggaaggacggcagctcctggaactcatcacctcccacaaatcaggactgcgggac
atgctccacatgatatctcaccagtggcaggagctgcaaagacagatccgccgtcagcac
aactggatgctgcgcacgctggacgccatcaaaacccacatcctgtccagcgagagggac
gaggaggagcgggaaactcacagtcatcacggtagccccaagcaggtggaggtccagcag
agccatcgagaggcccagaaagatgtcctggatcagatgagagtgaaacttgaaagtcaa
cagtactgctccaacagcagaagtgtcgacttcaccctgatgtccaagtctaacagccta
tcagagtttgaggcggagtatcaggagctctgggattggctgatggacatggaatccata
gtgacggacagccatgatctgatgatgtcagaggaacagcagcatcacctgtataagggg
aacagtgttgagatgtccatgtggcttcctaagaagatgcagcttctgggctggtctgaa
tctctgaagaggagcggcactgaacttcctgctgactttgaccagcggctggcggccctc
aggagcaaatgggatcaactcgagaaaatcctggcggagcatgtggagccctgtgtgggc
cagcggagtcagcgtgaacttctgtctccagacaccaataggatggtgacccagctggag
agccggataaaggagttaaagagctggctgagagacacggagctcttcatcttcaatctg
aatctcagaccagacgcacaacaatgtgagagcggcactcaagttgctgatgacccacaa
cacgacccgcaggccaccaaacagctgcagcacttcaaggctctgtgtatggaggtgcgg
ggcagacggaagggcatttcctctgtgctgaggctctgtcagaggctgctggatgggcct
gaacaacagagctcagaggcagagcgccagtcgctgcagctgctgcaggtcaacctggag
agacgttgggaggccatcgtcatgcaggtccttcagtggcagaccagactgaaacgctcg
ctgggcagagaccaggtccctgagaacctaattgagccttctctcatggacctccatggc
cagacagaagactcttgggagtgggacgagatggacatgaccatctgcgatctggataca
caggactgtgaagatgagcaaaaccctggatctaagtcccaccttaattccccaaaggag
cctttaagtctcaccgagtcatgcctaaatgacacacggtgcggagcagccttgagctcg
gcagaattgaatgcctcttcttctcgtgtttatcaggtgtacagtctgccttatgttgaa
ctctaccaacaaccccagtataatcacaaatcattctcaatcaaatcccaacagtcactg
ctgaagcgccagagcatggattcctccttctcctcagctgaatctttacctgatatcctg
ggagacctgttgaaggggaagcaggggctgctatcggattcagccaggagatccgagagc
gaaagtgggatagttagtgaaggggacatggagaccacaggtaactctgaggtttgcctg
ctgttccagaatgatgatccgaaagattgtgttactctcacccttcctaccagagaagat
tcactcaatggagacagagtctcagatgaagacatagacagagttttggagcgtgccaac
aagtgtgcagaatatggtgacagtctaaccattgggcagagagaccagcgatggcatatc
atgagaaagaagaaagaggatagtggagaaagcaagaggaaacaccacaaggagccagcg
aagattcatgccaacgactttgggctaagccaagaggctaacgacaaatatctcaacatg
agcggagatgaagagagggtgactacacaccgaaagctcgaaaaggagttggcacagctt
tcccaggggtcttcccttgactctcttttcgcagtaggagagttattcccatcgagcaaa
gaggcactgactcgtagcacttccctggaaagttggctcgctccatgtaagagcgcagag
gatgtggggagtaaggaaagtctgagggacattgaatcgactgtggagtccacgggggaa
ctcagcaaaagaactctggaacttctaaaacgccttgagaacatccaaagccctcttgca
atgaagatgacacgtagcgtctctgacgtaatgctccagagcagctcgctgtggcatggg
tcacgctcggctggcgctccctcctccattaacgagagctcggcagcctctctgacagag
ttgagcagcactgaggactcgtccgtggcgtccgaggacctagctgtgcaaatgaactgt
tgcgtggctgctgagtccaacgcatccttccgtaaacaaaccgacgagaccgacgcaagc
atcagtatggtcgtcaatgtatcctgcacttcagcctgtactgacgatgaggatgacagt
gatcttctctccagctccactctgacgcttaccgaagaagagctcggtattaaagacgac
gacgactctagtgtaacctcagaggaggagtacattgaaggttcccttgctcttgggctg
gattatataaagggtgagtttcaaagctggatgaagcctagatctcagaataaagagaaa
aatgaggcagatctagtggatgagctgcagtgtggcaccatgtctaaagagatcctgtcg
cccgttaagaccgccaacgatcgtaaccttctcagccggtctgcgctgaaactcttggaa
gccaacactaatggtaaaaacaagagcctcaagcaacgggaggtggatggcaaccgaagg
gacgccaccaggagctatatcagccacttcgtggacgacatggagaacggcaatgtcgaa
agcactcacatcgaagggaaagatgaagacgacgagctgctgagggaagagggaagtctg
ctaaccaagaaaggggaatcatttaaaaactgttatgtggcggatggcgtcaaaagcgat
atggtggctgccacctcaccatcctcatgcgaacagttgagcttgagctccctggaaggg
cagttgaaaggcgagctgccttgtcacaattcccactgtccctccccctccatctctctc
atagacgagtgttcagggttagctgcacacactcacagccgacagaagcaactcgccgcc
tttctgaatgacgtccacgagaaccatcaagaaagctcttcagatagctgcagccaccct
gctttcatctctgaagaggccaagagcgacagtgtccatgactttgtgatggagatcatt
gacatgacatctgtggccctgaagaccaaagaggcgcaggcagagcagcctacggaggtt
tgtagcccaacatctgtatctcagatcagagagaaggtcctcgagcactcccatcgaatt
atccatttgcgcaagggtgacttctactcctatctgtcactgtcctcgcacgatagcgac
tgcggagaggtcagcacctgtgcggaggaggacaagagcagcagcccaattctttcgagt
acgccagatctccgtgacgaagaaccgctcttcgaagcctgcaccgaggaagtgtacttg
ggccctcctctctgttacagcatgtccattagcaaacggcccacgagacacgccgccaaa
ctaatagagccggccagtctcccgagctcagcaccttcatcgggctgcgatgaataccaa
aaagcacatggtatttctcatggaagtgtagctggtagccagccagagtgccataatgag
gcgccttatcttaatcctttgccatgtgaaaccccgatagatactgttgaatgttttgca
gatactaaaatgcttgaatccaatatttcccctgtaatgactaagataagagtctcttgc
tccactacaaatcctttaaaagaggatggcagcctttatattaatcccaaaattaactgt
ccgctgataaggaagactgatagcgatgaaagggctcttgcttcacagttgatgaaacag
aagaacgtcgggaaggggcaccgctctctacaggaagccaagtcgactcataaacagctg
gcaaggtcagagagcagcggtggtgttgcggagggctgcagggctcagatcagcggtccg
cagacagatagctcatctgcaggaaggagtagagtcagcagcaggcctcaggtcaagaga
ttctctggaagtctcgccacacctgtgtgtaaacgctga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (12)   

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