KEGG   Coturnix japonica (Japanese quail): 107315028
Entry
107315028         CDS       T04297                                 
Symbol
AKAP6
Name
(RefSeq) A-kinase anchor protein 6 isoform X1
  KO
K16523  A-kinase anchor protein 6
Organism
cjo  Coturnix japonica (Japanese quail)
Brite
KEGG Orthology (KO) [BR:cjo00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    107315028 (AKAP6)
SSDB
Motif
Pfam: Spectrin
Other DBs
NCBI-GeneID: 107315028
NCBI-ProteinID: XP_032300796
Position
5:complement(30171121..30430881)
AA seq 2339 aa
MDVALSPMRTQDLDPVPSDASPMLINMTPTVDGDGEEDVMKGLDSGQQYDKPPPLHTGAD
WKIVLHLPEIETWLRMTSERVRDLTYSVQQDSDSRHVDVHLVQLKDICEDISDHVEQIHA
LLETEFSLKLLSYSVNVIVDIHTVQLLWHQLRVSVLVLRERILQGLQDANGNYTRQTDIL
QAFSEETKEDRLDSLTEVDDSGQLTIKCSQNYLSLDCGITAFELSDYSPSEDLLGALDDM
TSSQGKAKSFESWNCSEMDKDFPELIRSVGLLAVATNSVAPQCNEALNEKSKNLPLVSED
GDENKDRKGPHELSQSPSANSSVSKGPCSEDGISTESKTVSAQKKPEYNLPQLSGEKIKH
PHCENSNPKRSIRDCFNYNEDSPTQPTLPKRGLFLKDDVFKDYMEANDFKRQISQIVKNE
MSRSTPSLLDPPDRSKLSLALQSTYSSPSAVSQSYDCLNKIGDRNLEYTINNHFKDSPVS
LGKPGSHTCKEKTKHKKSRDTPEKVKAGRTSVRMCKTAPPVEVKKRCPLQNGITSHNSQS
LEGTETDSTSASSDSCNRGDPNGQSQGKTEPFSSQCSQKSASSAGSEHIDSSPLLLRRKK
NKSLSSSPSYSHTNNKDGEVWYGSDEYLALPSHLKQTEVLALKLENLTKLLPQRPRRETI
QNIDDWELSEMNSDSEMYPTYQVKKHKKMGRISPSSSSDIVSSLGDSIESGPLSDILSDE
DLSMPVSCIKKYIEGKLERTASTQPTENETSASNKSALIRQLMQDIQHQENYETIWEKIE
GFVSKLDEFIHWLNEAMETTENWTPPKAETDSLKLYLETHLSFKLNVDSHCALKDAVVEE
GRQLLELIVSHKSEGLKDMLQMIASQWKELQRQIKRQHSWILRALDIIKAEILATDVSAE
NEEGTGSPKAEVQLCYLEAQRDAVEQMSLKLYSEQYNSSSKRKEEFADMSKVHTVGSNGL
LDFDSEYQELWDWLIDMESIVMDSHDLMMSEEQQQHLYKRYSVEMSIRQPKKMELLSKVE
ALKKSGVLLPNDLLEKVDSINEKWELLRKTLGEKIQDTMVGHSGLGPRDLLSPESGSLVR
QLEVRIKELKGWLRDTELFIFNSCLRQENEGTMNAEKQLQYFKSLCCEIKQRRRGVASVL
RLCQHLLDDQETCNLSADHQSMQLIIVNLERRWEAIVMQAVQWQTRLQKRLEKDPESLNF
IDPSLMDLNGPSEDALEWDETDISNKLISVNEDLSDPDQELKKDDLSQKSTSGECGSNDV
NEDESISDRGSPLYCSSITSSPNPHIYQVYSLHNIELSEKKHMPFLKKTSKLSSVTESNI
LNKSLSKDSSFSSTKSLPDLIGGTTLAKPYNYMYQSGNISRHSESESGIVSECDTETTNN
SEIFLLNDTESTQSNPEIGHTGTQMDDIIDVIKQKIKQDEEDRVSLADDFQLAPSGGCGS
EIDGDLDNIAMCKTVCLEELQGKSDVFTFYDYSYLQGSKIKLPMIMKQSQTEKVQTEGAL
FRGFCFDKIPGKTEQKPGESQTDEFICDHNMANIPGGSDPSSSKSVETVRKLIATENTRQ
VSTLSHSSSLESLSVVGDLFSSGIFKSGDGLQRSTSLESWLTSYKSNEDLFSHHGSGDIS
ASSDSVGELSKRTLDLLNRLENIQSPLEQKIKRSISDITLQSSSQKMSFTGQLSVDIASS
VNEDSAASLTELSSSEDLSLCSEDIVLHRNKIPDSNASFRKHLNRSVADESDVNVSMIVN
VSCTSACTDDEDDSDLLSSSTLTLTEEELGIKDEDDDSSIATDEDIYEECNLISGLDYIK
NELQTWIRPKFSLTREKRKSNLSDEIQHGKVSNETSKATDTLNIEALLNGSVRKITENNG
NSKNVSHNHEKGTKDHLMKDISQVVKDQLVDDMENGNVENTLGSHEGELVRTSTTSKIHA
SLDVKEAENEFCVCEAFTDSSDDSHMDGKEAVLLSDGSRNPPKGCQSHLRSDHHCVAFSP
AKKPCLEPSSETSSVATQAASFQTSLPDDQQHKISITEKSTDCCATLKSSKPECESSASG
TDSFCSCDSAACDKRNMEDGSVHNFVKEIIDMASTALKSKSQPECESSAPASLTQIKEKV
LEHSHRPIQLRKGDFYSYLSLSSHDSDCGEVIKYIEEKSSTPVPLDFTDERDNIECFFEA
CPEDERVEQQQSICNGTPEARAEEQQQQRISNVISETSPESTDESTLASLGKVKTSLEDS
NLSFLCDDGNINVSNPNKENASKNLKNAVDDLLISDWQTEGLEKNFPELSSKKSSIGKSP
GTEEPKGCVAASDEASAIEFHLKRGHSQNEEVVHQNTKTLTCEENLLNLHKERDFNMHR
NT seq 7020 nt   +upstreamnt  +downstreamnt
atggatgtagcactctctccaatgaggacacaagatctggaccctgtgccatctgatgcg
tctcccatgcttataaacatgactcctacagtagacggagatggggaagaggatgtaatg
aaagggcttgattctggccagcaatatgacaagccacctcctctacacactggggctgat
tggaagattgttcttcatttgccagaaattgagacatggcttcgaatgacatctgaaaga
gtcagggatctgacttattctgtccagcaggactctgatagcaggcatgtggatgtgcat
ctagtacagctaaaggatatttgtgaagatatatctgatcatgttgaacaaattcatgct
ctactagagactgagttttccctgaagcttctctcatactctgtcaatgtgatagtcgat
atccatacagtacaactactttggcaccagctccgtgtttctgttctggttctgagggag
cgcattctccaggggctacaagacgccaatggaaactacacgagacagactgatattctg
caagcattttctgaagagacaaaggaggatcgtcttgactctttaactgaagttgatgat
tctggacagttaactatcaaatgttctcaaaattacttgtcactggattgtggtattact
gcatttgaactatctgactacagtccaagtgaagatctgcttggtgctctagatgatatg
acctccagccaaggtaaagcaaaatcatttgaatcctggaactgcagtgagatggataag
gactttccagaacttatcagaagtgtgggtttacttgcagtagcaacgaattctgttgct
cctcagtgtaatgaagcattaaatgagaaaagtaaaaatttacctcttgtatcagaagat
ggagatgaaaacaaggacaggaaaggaccacatgagctttcacagtctccttctgctaat
tcttctgtttccaaaggaccttgctctgaagatgggatctcaactgaaagcaaaacagtt
tctgcacaaaagaaaccagaatacaatcttccacaactcagtggtgaaaaaatcaagcac
cctcactgtgaaaactcaaatcctaagagatccataagagactgctttaactataatgaa
gattcacctacacagcctactttgccaaaaagaggtctgtttctgaaagatgatgtattt
aaagactatatggaagccaatgactttaaaaggcaaatctctcagatagtaaagaatgaa
atgagtagaagtacaccctcgctgctagatccaccagacaggtccaaactttccctggct
ttacagtcaacctacagtagtccatctgctgttagtcagtcttatgattgcttaaataaa
ataggtgatagaaatcttgagtatacaataaataatcactttaaggacagccctgtaagt
ctaggaaagcctggttcccacacctgtaaagaaaaaacaaagcacaagaagtctcgtgac
actccagagaaagtgaaagctggcagaacatctgtacgtatgtgtaaaacagctccacca
gtagaagtcaaaaaaagatgtcctctacaaaatggaatcacttctcataactcacagtct
ctagagggcacagaaactgattctacttctgcatcatcggattcttgtaatcggggagac
ccaaatggacaatcacaaggcaagactgaaccttttagttcacaatgtagccaaaagagt
gcttcctcagctggttctgaacatatcgactcatcaccacttttactgagaagaaagaaa
aataaaagtttatcctcatcaccaagttatagtcatactaacaataaagatggtgaggtc
tggtatggttctgatgaatatttagcacttccttcacatctcaaacagactgaagtttta
gctttaaaactagaaaatttgacaaagctgctgcctcaaaggcccagaagagaaactatt
caaaatattgatgactgggagttgtcagaaatgaactcagattcagaaatgtatccaaca
taccaggtaaaaaaacacaaaaaaatgggtagaatttcaccaagctcttcaagtgatata
gtatcttccttgggtgacagtattgaatctgggcctctcagtgatattctctctgatgaa
gatctttctatgcctgtgtcttgcattaaaaaatatattgaaggaaagttggaaaggact
gcttccactcagcccactgagaatgaaacttctgcctcaaataaatcagctttaattcgt
caactcatgcaagatatacaacatcaagagaattatgaaaccatatgggaaaaaattgag
gggtttgtaagcaagctggatgaattcattcactggttaaatgaagccatggaaacaaca
gagaattggactcctcctaaagcagagacagacagccttaaactgtacctggagacacac
ttgagttttaagttgaatgttgatagccactgtgctttaaaagatgcagtggtagaggaa
ggacgtcaacttcttgagcttattgtatctcacaaatcagaaggactgaaggacatgctg
cagatgattgcaagtcaatggaaggagctacagaggcaaatcaaacggcaacacagctgg
attcttagggctctggatatcatcaaagcagagatactggctactgatgtgtctgcagag
aatgaggaagggactgggagccctaaggctgaggttcagctatgctatctggaagcacaa
agagatgctgttgaacagatgtccttaaagctgtacagtgagcagtacaacagtagcagc
aagcgaaaggaagagtttgctgatatgtcaaaagttcacacagtgggaagtaatggcctt
ttggactttgattcagaataccaggagctctgggattggctgattgacatggaatccatt
gtgatggacagccatgacctgatgatgtcagaggagcagcagcagcatctttacaagaga
tacagtgtagaaatgtcaatcaggcaaccaaaaaagatggaactgctcagtaaggttgaa
gctctgaagaaaagtggtgttttactaccaaatgatctccttgaaaaagtggattcaatt
aatgaaaaatgggaactgctcaggaaaaccctaggagagaagatccaagacacaatggta
gggcacagtgggttaggtccacgtgacctgctctcgcctgaaagcggcagcctggtaagg
cagctggaggtcaggatcaaagagctgaaagggtggctgagagatacagagcttttcatc
ttcaattcctgtctgagacaagaaaatgaaggaacaatgaatgctgagaaacaactgcaa
tattttaagtccctatgctgtgagatcaagcagagacgccgtggggttgcctctgtgctg
cggctgtgccagcacctcctggatgaccaggagacctgcaacctgagtgcagatcaccag
tccatgcagctgataattgtaaaccttgagaggaggtgggaagccatcgtcatgcaagct
gtccagtggcaaacaaggctacagaagagactggaaaaagacccagagtctctgaacttt
attgatccaagtctgatggatctaaatggtccgagtgaagatgcactagaatgggatgaa
actgatatcagtaacaagctgatcagtgttaatgaagacttaagtgatcctgatcaggag
ctcaaaaaagatgacctaagccagaaatctacttcaggagaatgtggcagcaatgatgtg
aatgaagatgaaagtatcagtgatcgtggaagtcctctttattgttccagcattacttcc
tctccaaatcctcacatctatcaggtctatagtcttcataatattgaattatcagaaaag
aaacacatgcctttcttgaaaaaaacatcaaaactctccagtgtaacagagtctaacatt
ctaaacaaaagtcttagtaaagactcttcattttcatctaccaaatccttaccagacctg
atagggggaacaacactggcaaaaccatataactatatgtaccagagtgggaacataagc
aggcattccgagagtgaaagtggaatagtgagtgaatgtgatacagaaactacaaataat
tcagaaatttttttactaaatgatactgaaagcactcagagcaatcctgaaattgggcac
acaggaactcaaatggatgacataattgatgtaataaaacaaaaaataaagcaagatgaa
gaagaccgtgttagtctcgcagatgatttccagttggcaccatctggaggttgtggaagt
gaaattgacggggacttggacaacattgccatgtgcaaaactgtttgtttagaagaactg
caaggaaaatctgatgtgtttacattttatgattactcatatcttcaaggttccaaaatc
aaattgccaatgataatgaaacaatcgcaaactgaaaaagtgcaaacagagggtgctttg
ttccgtggtttttgttttgataaaatacctggtaaaactgaacaaaagcctggagagtca
caaacagatgagtttatttgtgaccataatatggcaaatatccctggaggttcagatccc
agttcctctaagtctgtggaaacagtaagaaaactaattgctacagaaaacacaagacag
gtttcaactttatctcatagttcttcattagaatctctgtctgtagtaggtgatttgttc
agctcaggtatttttaaaagtggagatggtcttcaacgaagcacctctttggagagctgg
ctgacttcctacaaaagcaatgaagacctttttagtcaccatggctcaggagacattagt
gcaagcagtgattctgttggagagctcagcaaaaggacattagatcttttgaatcgttta
gagaacatccagagtccattagaacaaaagataaagcgcagtatctctgatataacactc
caaagtagctctcaaaaaatgtcttttactggacagctgtctgtagatattgcatcctca
gttaatgaagactcagcagcttctctcacagagctcagcagcagtgaggatctttctctc
tgttctgaagacatagtactgcacagaaataaaataccagattcaaatgcatcatttaga
aaacatcttaatagatccgtagctgatgagagcgatgtcaatgttagcatgattgttaat
gtctcctgcacttctgcttgcactgatgatgaggatgacagtgatttgctttcaagttcc
acccttaccttaactgaggaagagctaggtatcaaagatgaagatgatgactccagtata
gcaactgatgaggatatttatgaagaatgcaatttaatttcaggacttgattatataaaa
aatgaactccaaacttggatcagaccaaaattttctttgacaagagagaagagaaaaagt
aacctcagtgatgaaattcagcatggtaaagtaagtaatgagacttcaaaagccacagat
acactgaacattgaagcacttttgaatggctcagtgcggaaaataacagaaaataatggc
aatagtaagaatgtatcacataatcatgaaaaagggacaaaggatcatctgatgaaagat
atctctcaggttgtgaaggatcaacttgtggatgacatggagaatggcaatgttgaaaat
actcttggcagtcatgagggagagcttgttagaacatcaacaacttctaaaattcatgca
tcacttgatgtaaaagaagctgaaaatgaattctgtgtctgtgaagcatttacagacagt
tcagatgattcacatatggatggaaaggaggctgttctgttgtctgatggatccagaaat
cctccaaaaggatgtcaaagtcatcttcggtctgatcatcattgtgttgctttctctcct
gctaaaaagccttgtcttgaaccttcctcagaaacaagctctgtagccacacaagctgct
tcttttcaaacatccttacctgatgatcagcaacacaaaataagcattactgaaaaatct
actgattgctgtgcaaccttgaaatctagtaagccagaatgtgagtcctcagccagtgga
actgattcattctgtagctgtgactctgctgcttgtgataaaagaaatatggaagatggc
tcagtacacaactttgtgaaggagataatagacatggcatcaacagctttgaaaagtaag
tctcaacctgaatgtgagtcatctgctccagcttcattaacacagatcaaggaaaaagta
ttagaacactctcacagacccattcagctgagaaaaggggacttctattcttatctttca
ctttcttctcatgatagtgactgtggagaagtaatcaaatacatagaggaaaagagcagt
actcctgtgccgctggactttacggatgagagagataatattgaatgcttttttgaagca
tgccctgaagatgaacgtgttgagcagcagcaatccatttgtaatggtactcctgaagca
agagctgaggagcagcagcagcagcgtatttctaatgttatttctgaaacatcgccagag
tcaacggatgaatcgactctggcatcattaggaaaagttaaaacttcattagaagatagt
aatttatcttttctgtgtgatgatggtaatataaatgtctccaatcctaacaaagaaaat
gcatcaaaaaatttgaaaaatgctgtagatgatttgttgatttcagactggcaaactgaa
ggcttggaaaagaattttccagagctcagcagtaaaaagagtagtataggaaaatcacct
ggaactgaagagcccaaaggatgtgttgctgcttctgatgaggcttcagctatagagttc
catttaaagcgtggccattcacagaatgaggaagttgtacaccagaacactaaaactctt
acttgtgaagaaaatctcttgaatcttcataaagaaagagattttaatatgcacagatag

  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 (1)   
   Pfam (1)   
All databases (11)   

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