KEGG   Ficedula albicollis (collared flycatcher): 101814162
Entry
101814162         CDS       T02815                                 
Symbol
AKAP6
Name
(RefSeq) A-kinase anchoring protein 6
  KO
K16523  A-kinase anchor protein 6
Organism
fab  Ficedula albicollis (collared flycatcher)
Brite
KEGG Orthology (KO) [BR:fab00001]
 09190 Not Included in Pathway or Brite
  09193 Unclassified: signaling and cellular processes
   99995 Signaling proteins
    101814162 (AKAP6)
SSDB
Motif
Pfam: Spectrin 7tm_7
Other DBs
NCBI-GeneID: 101814162
NCBI-ProteinID: XP_005047346
Position
5:36965138..37240544
AA seq 2300 aa
MDVALSPMRTQELDPVPSAASPMLINMTPTVEQEGEGDAMKDLDSGQQYEKPPPLHTGAD
WKIVLHLPEIETWLRMTSERVRDLTYSVQQDSDSKHVDVHLVQLKDICEDISDHVEQIHA
LLETEFSLKLLSYSVNVIVDIHTVQLLWHQLRVSVLVLRERILQGLQDANGNYTRQTDIL
QAFSEETKEDRLDSLTEVDDSGQLTIKCSQNYLSLDCGITAFELSDYSPSEDLLGALDDM
TSSQGKAKSFESWNYSEMDKEFPGLIRSVGLLAVATDSIASQCNEVLKEKENHVPLSAED
GEESKDKKASHGLSLASPSGNSSLSKGSFSENGVLPTDSKAAAIAKNPECSLPQHTGENI
KHSHCENSTPKRSIRDCFNYNEDSPTQPTLPKRGLFLKDDVFKDYVEANDLKRQISQIVK
NEISRSTPSLLDPPDRSKLCLALQPPYTNSSSAVSQSYDCLNTISDKNLEYPVNNHFKDS
PIILGKSAFYSCKEKSKHKKSHDSPEKVKTDRAPRSMCKTAPSTQVKKRGCSSLQNGITS
HSSKSLEETETDSSASSDSCNQRDPNGQSQGRTEPFSSPTRSQKSASSAGSELSNSPPLL
PRRKKNKSLSSTPHYTQKNNKDNEVWYGSDEYLALPSHLKQTEVLALKLENLTKLLPQKP
RRETIQNIDDWELSEMNSDPETYPTYQTKKHKKRGRVSPSSSSDIVSSLGDSIESGPLSD
ILSDEDLCMPVSCIKKYIEEKPERTAATQPTGNETSPSNKSALIHQLMQDIQHQENYETI
WEKIEGFVSKLDEFIHWLNEAMETTENWTPPKAETDSLKLYLETHLSFKLNVDSHCALKE
AVVEEGRQLLELIVSHKSGLKDMLQMIASQWKELQRQIKRQHSWILRALDIIKAEILATD
VSAENEEGTGSPKAEVQLCYLEAQRDAVEQMSLKLYSEQYSTSSKRKEEFADMSKVHTVG
SNGLLDFDSEYQELWDWLIDMESIVMDSHDLMMSEEQQQHLYKRYNVEMSIRHPKKMELL
SKVEALKKSGVLLPNDLLEKVDSINEKWELLGKTLGEKIQDTMVGHSGLGPRDLLSPESG
SLVRQLEVRIKELKGWLRDTELFIFNSCLRQENEGTMNAEKQLQYFKSLCSEIKQRRRGV
ASVLRLCQHLLDDQETCNLNADHQSMQLIIVNLERRWEAIVMQAVHWQTRLQKQSEKDSE
PLNVIDPSLMDLNGPSEDALEWDETDISNKLISIHEDLSDPDQELNKDDLNQKPAPEECG
DNDVNEDESISNHGIPLYCPNITSPPNPHIYQVYSLHNIELSEKKHMPFLKKASRLSSVM
QSNILNKSLSKDSSFSSTKSLPDLIGGTTLGKPYNCMYQSGKISRHSESESGIVSECDTE
TTNNSEIFLLNDIESSQSNPEIGHVESQLDNVIKPKLKQDEEDHTSLSDDFQLAPSACCG
SENDEDLDSVTMSNPGCLEELQEKHDVLTFYDYSYLQGSKFKLPVLMKQSQIEKTHTEGS
LLHDFCFDKIPSKSEHKSGEPQPDGFIHDHTLASICGESDPSSCKSSQTVRKLPVTESTR
QVSSLSHSSSLESLSVVGDLFSSGIFKSGEGLQRSASLESWLTSYKSNEDLFSHHGSGDI
SASSDSVGELSKRTLDLLNRLENIQSPSDQKIKRSISDITLQSSSQKMSFTGQLSLDIAS
SINEDSAASLTELSSSEDLSLCSEDIVLHRNKIPDSNASFRKHLNRSVADESDVNVSMIV
NVSCTSACTDDEDDSDLLSSSTLTLTEEELGIKDEDDDSSIATDEDIYEECNLISGLDYI
KNELQTWIRPKFSLTREKRKSNLSDEIQRSKEVSNETSKATDTLSIETLLNGSVQKISEN
NGNSKNMPCDCEKGTKSHPVKDISQVVKDQLVDDMENGNVENTLGSQKEDLRVAATPKTH
ASLDVREAENECGVCEAFTDSSDDSHMDGKETVLSSAGSRNSPRECQNHLQSDHHSVASS
PAKKPCLESSSEINSVGIQDTALQLSLPSGQQHRINIIEKFPDCCAALKSSEAECSASAN
DLDLCCNCESADFDRKNMEDGSVHNFVREIIDMASTALKSKSQPECESSAPASLAQIKEK
VLEHSHRPIQLRKGDFYSYLSLSSHDSDCGEVIKYIEEKSSTPVPLDFTDEREDIECFFE
ACPEEERVEQQQQAISNGSSEAQVEQQPVSSSVSETSAESLGEVSPESLEVKTSSEDGQN
ESLEKNSPELSTKKSSAGKSPETEEKKRSVAASEEASATEFQTKPGHSQKKDSLHQNRKT
LTCEENLLKLHKERHINMHR
NT seq 6903 nt   +upstreamnt  +downstreamnt
atggatgtagcactttctcccatgagaacacaagaactggatccagtgccatctgctgcc
tctcccatgctcatcaacatgacccctacagtggagcaagaaggggaaggggatgccatg
aaggaccttgactctggccagcagtatgagaagccccctcctctgcacactggggctgac
tggaagattgttctccacctgccagaaatcgagacctggctccggatgacgtctgaaagg
gtccgggacctgacctactctgtccagcaggactcggacagcaagcacgtggatgtgcat
ctggtacagctgaaggatatttgtgaagatatatctgatcatgttgaacaaatccatgct
ctactagagactgagttttccctgaagcttctgtcttactctgtcaacgtgatagttgat
atccatacagtgcaactactctggcaccagctacgtgtttctgtcctggttctgagagag
cgtattctccaggggctacaagacgccaatggaaactacaccaggcagactgacattctg
caagcattttctgaggagactaaggaggatcgtcttgactctttaacagaagttgatgat
tctggacagttaaccatcaaatgttctcaaaattacttgtccctggattgtggtattact
gcatttgagctatctgactacagtcctagtgaggatttgcttggtgctctggatgatatg
acctccagtcaagggaaagcaaaatcatttgaatcctggaactacagtgagatggataag
gaatttccaggacttatcagaagtgtgggtttgcttgcagtagcaacggattccattgct
tcccagtgtaatgaagtgttgaaggagaaagaaaatcatgtacccctttcagcagaagat
ggggaagaaagcaaagacaagaaagcatcacatggtctctcactagcatctccttctgga
aattcctcactttctaaaggatctttctctgaaaatggtgttttacctactgacagcaaa
gcagctgccatagcaaagaatccagagtgcagtcttccacagcacactggtgaaaatatc
aaacactctcactgtgaaaattcaacacctaagaggtccataagagactgctttaactat
aatgaagactctcctacacagcctacattgccaaaaagaggtctatttctgaaagatgat
gtgtttaaagattacgtggaagccaatgatttaaaaaggcaaatctctcaaatagttaaa
aatgaaattagtagaagtacaccctcattgttggacccaccagacaggtccaagctttgc
ctagctttacagccaccctatactaacagttcatctgcagttagtcagtcatacgattgt
ttaaatacaatcagtgataaaaatcttgagtacccagtaaataatcactttaaagacagt
cccataattctaggaaagtctgctttctactcctgtaaagaaaaatcaaagcacaagaag
tctcatgattctccagagaaagtgaaaactgacagagcacctagaagtatgtgtaaaaca
gctccatcaacccaagttaaaaaaagagggtgttcttctctacagaatggcattacttct
cacagctctaagtctctggaggagacagaaacagattcttctgcatcatcagattcttgt
aaccagagagatccaaatgggcaatcacaaggtagaactgagcccttcagttcaccaacg
cgtagccaaaagagtgcttcttcagctggttctgagctttccaattcaccccctcttcta
ccaaggagaaagaaaaataaaagcttatcctcaacaccacactatactcaaaaaaacaat
aaggataatgaggtgtggtatggatctgatgaatatttagcacttccttcacatctcaaa
cagacagaagtattagctttaaaactagaaaatttgacaaagttgctgccccaaaagccc
agaagagaaaccattcaaaacattgatgactgggagctgtcagaaatgaactcagatcca
gaaacgtatccaacataccagacaaaaaagcacaaaaagaggggtagagtttcaccaagt
tcttcaagtgatatagtatcctccttaggtgacagtattgaatctgggcctctcagtgac
atcctctctgatgaagatctttgtatgcctgtatcttgcattaaaaaatacattgaagaa
aagccagaaaggactgctgccactcagcccactgggaatgagacttctccttcaaataaa
tcagctttaattcatcaattgatgcaagacatacaacatcaagagaattacgaaactata
tgggaaaaaattgaggggtttgtaagcaagctggatgaattcattcactggttaaatgaa
gccatggaaacaacagagaactggactcctcctaaagcagagacagacagccttaaactg
tacctggagacacacttgagttttaagttgaatgtagatagccactgtgctttaaaagaa
gcagtggtagaggaaggacgccagcttcttgagcttattgtatctcacaaatcaggactg
aaggacatgctgcagatgattgcaagtcaatggaaggaactacagaggcaaatcaaacgg
caacacagctggattcttagggctctggatatcatcaaagcagagatactggctactgat
gtgtctgcagagaatgaggaagggactgggagccctaaggctgaggttcagctatgctat
ctggaagcacaaagagatgctgttgaacagatgtccttaaaactgtacagtgagcagtac
agcactagtagcaagagaaaggaagagtttgctgatatgtcaaaagttcacacagtggga
agtaatggccttttggactttgattcagaataccaggagctctgggattggctgattgac
atggaatccattgtgatggacagccatgacctgatgatgtcagaggagcagcagcagcat
ctttacaagagatacaatgtagaaatgtcaataaggcacccgaaaaagatggaactgctt
agtaaggttgaagctctgaagaaaagtggtgttttactaccaaacgatctccttgaaaaa
gtggattcaattaatgaaaaatgggaactgcttgggaaaaccctaggagagaagatccaa
gacacaatggtagggcacagtgggttaggtccacgtgacctgctctcgcctgaaagcggc
agcctggtaaggcagctggaggtcaggatcaaagagctgaaagggtggctgagagataca
gagcttttcatcttcaattcctgtctgagacaagaaaatgaaggaacaatgaacgctgag
aaacaactgcaatattttaagtctctgtgctctgagatcaagcagaggcgccgtggggta
gcctctgtgctgcgattatgccagcacctcctggatgaccaggaaacctgcaacctcaat
gcagatcaccagtccatgcagttgatcatcgtgaaccttgagagaaggtgggaagccatt
gtcatgcaagctgtccactggcaaaccaggctgcagaagcaatcggaaaaagactcggag
cctctaaatgttattgatcccagtttgatggatctaaatggtccgagtgaagatgcacta
gaatgggatgaaactgacataagtaataagctcatcagtattcacgaagacttaagtgat
cctgatcaggagctcaacaaggatgatctaaaccagaaacctgctccagaagaatgtggt
gataatgatgtgaatgaagatgaaagtatcagtaatcatggaattcctctttattgtccc
aacattacttcccctccaaatcctcacatctatcaggtctatagtcttcataatattgaa
ttatcagaaaaaaaacatatgccttttttgaaaaaagcatccagactctccagtgtaatg
cagtctaacattttaaacaaaagtctcagtaaagactcatcattttcatctaccaaatcc
ctgccagatctgataggaggtaccacattgggaaaaccatataactgcatgtatcagagt
ggaaagataagcaggcattctgagagtgagagtgggatagtgagtgaatgtgatacagaa
actacaaataattcagaaatttttttgctgaatgatattgaaagcagtcagagtaatcct
gaaattgggcatgtggaaagccaactggataatgtaataaaaccaaaactaaagcaagat
gaagaagatcatactagtctttcagatgatttccaattggctccttctgcatgttgtgga
agtgaaaatgatgaggatttggacagcgttactatgtctaaccctggttgtctagaagaa
ttgcaagaaaaacatgatgtgcttacattttatgattactcatatcttcaaggctccaaa
tttaaattaccagtgctaatgaaacaatcacagattgaaaaaacacatacagagggtagt
ttgcttcatgacttttgttttgacaaaatacccagtaaatctgaacataaatctggagag
ccacaaccagacgggtttattcatgatcatactctggcaagtatctgtggggaatcagat
cccagttcttgtaaatcttcacagactgtaagaaaattacctgttacagagagtacaaga
caggtttcatctttatctcatagttcttctttagaatctctgtctgtagtaggtgatttg
ttcagctcaggtatttttaaaagcggagaaggtcttcagcgaagtgcctctttggagagc
tggctgacttcctacaaaagcaatgaagatctttttagtcatcatggctctggagacata
agtgcaagcagtgattctgttggagagctcagtaaaaggacactagatcttttgaatcgc
ttagagaatatccagagtccgtcagaccaaaaaataaagcgcagcatctctgatataaca
ctccaaagtagctctcaaaaaatgtcttttactggacagctgtctctagatattgcatct
tcaatcaatgaagattcagcagcttctctcactgaactcagcagcagtgaggatctttct
ctctgctctgaagacattgtactacatagaaataaaataccagattcaaatgcatcattt
agaaaacaccttaatagatctgtagctgatgagagcgatgtcaatgtcagcatgattgtt
aatgtctcctgcacttctgcttgtactgatgatgaagatgacagtgatttgctttcaagt
tccacccttaccttaactgaggaagagctaggtatcaaagatgaagatgacgactccagt
atagcaactgatgaggatatttatgaagaatgcaatttaatttcaggacttgattatata
aaaaatgagctccaaacctggattagaccaaaattttcgttgacaagggagaaaagaaaa
agtaacctcagtgatgaaattcagcgcagtaaagaagttagtaatgagacatcaaaagcc
acagatacattaagcattgaaacactcttgaatggttcagtacagaaaatatcagaaaat
aatggcaatagtaagaatatgccatgtgattgtgaaaaagggacaaagagtcacccagtg
aaagacatctctcaggttgtgaaggatcagcttgtggatgatatggagaatggcaatgtc
gaaaatactcttggcagtcaaaaggaagatcttagagtagctgcaacccccaaaactcat
gcatcacttgatgtcagagaagctgaaaatgagtgtggtgtctgtgaagcatttacagac
agttcagatgattcccatatggatggcaaggagactgttctgtcctcagctggatccagg
aactctccaagagaatgtcaaaatcatcttcagtctgatcatcactctgttgcttcctct
cctgcaaaaaagccttgccttgaatcttcctcagaaattaattctgtaggcatacaagat
acagctttacaactatccttgcctagtggtcaacagcatagaataaacattattgaaaaa
tttcctgattgctgtgcagccttgaaatccagcgaagcagaatgcagcgcatcagccaat
gatcttgatttgtgctgcaactgtgaatctgctgattttgatagaaaaaacatggaagat
ggctcagtacacaattttgtgagggagatcattgacatggcatcaacagctttgaaaagt
aagtcacaacctgaatgtgagtcatctgctccagcttcattagcacagatcaaggaaaaa
gtgttagaacactctcacagacccatccagctgagaaaaggagacttctattcttatctt
tcactttcttctcatgatagtgactgtggagaagtaatcaaatacatagaggaaaagagc
agcactcctgtgccactggacttcacagacgagagagaagatattgaatgcttctttgaa
gcctgtcctgaggaagaacgggttgagcagcagcagcaggctatttctaatggttcttct
gaagcacaagttgagcagcagcctgtttctagctctgtttctgaaacatctgcagagtca
ctaggtgaagtgtctccagagtcattagaagttaaaacttcttctgaagatggacaaaat
gaaagtttggaaaagaattctccagagcttagcactaaaaagagtagtgcaggaaaatca
cctgaaacagaagagaaaaaacgaagtgttgctgcttctgaagaggcttcagctacagag
tttcagacaaagcctggccattcacagaaaaaggatagtttgcatcagaacagaaaaact
ctgacttgtgaagaaaatctcctgaaactccataaggaaagacatataaatatgcacaga
tag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (52)   

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