KEGG   Saccoglossus kowalevskii (acorn worm): 100313547
Entry
100313547         CDS       T04123                                 
Name
(RefSeq) AF6-like protein
  KO
K05702  afadin
Organism
sko  Saccoglossus kowalevskii (acorn worm)
SSDB
Motif
Pfam: RA DIL PDZ FHA PDZ_6 PDZ_2 Yop-YscD_cpl ASPP1-2_RA
Other DBs
NCBI-GeneID: 100313547
NCBI-ProteinID: XP_006813997
Position
Un
AA seq 2149 aa
METAVGSREMERENLSRIIAEWNANRLDLFELSQPNEDLEFHGVMRYFFQDTGSKVATKC
IRVSSTATTSDVIDILVEKFRPDMRMLTASTFAMYEVHANGEERKLPSDERPLFVQLNWN
KDDREGRFLLKREDEVTPAGYFESEDLMQNFKRKLTKKEKKEKRKKDRKEARQRARDNSE
NQPNDPNASMSEKLYTELPESSFTRSISNPEAVMRRRRQQKLEKKLEEFRGKDGGLDSGG
MLKVYGETLFPDVPYKTILVAIDDDAGYIVQEALDKYGRDEENASDYCLVKVVVPPGANP
NEYVVTGGWGKETILDDDERPLHIIMRYPRNKGSLMFQLKKRPMGYQPRKKKNKKNKNKA
QSPSSDRSWQYDDITPVQQDKLPYLLELSPDGNEVVEYRPQVHRIQPNMTEIGTERSSSG
QFIQLFSPNIHPRHCVLTNMEGAVTVTPANADAETFINNQKVYETTLLHHGSVLRFGKMH
TYRFCDPRAGDMEQKGKFDDILPASLEFKETGEDAFLASIISEVNGAAVHFKLAPTYSLY
MACRYRQSPYSLQMIRTPTERAHRMTAFVNKMADMIERTIMENQDVAGALSFWMANASEF
LHFLKQDVDLSSVTIDAQDIVAAAIQQAFRYLVKCMQEELEISMAAFLDPHEEADNTDHD
SIIDDDRSMDSHQSWRSKERSGRWLMPSARTKHGGRPTLGDVLHTLSSAMTLLRRCRVNA
ALTIQLFSQLFHFVNMWLFNKIVLEPRLGLCTQEWGARLKSRLTRIESWAEKQGLELAAD
CHLSRIIQAAHLLQAPKSSADDIASISSTCFKLNSLQLRALLEQYQSGGGEPHIPHQLID
SVVAVAQNTADELTRSDGRDVKLEEDPDLQLPFLLPEDGYSCDIVRGVPNGLQEFLAPLE
STGLCRLTVYSPAKGTWTVHFAGGSGGGGGGEIVKSPPGDAFSPEQQQQSPQQQGIPYDT
NIPPGDPENYSVKFVKGNTGMGLSIVAAKGVNQNHLGIYIKSVVPGGSASHDGRLRAGDQ
LLKVNGNSLIGVTQERAAEFMMKSGPHVTLEVAKQGAIFHGLATLLSQPSPIMQRAMPPR
QYSGSIGNRPRPKSEDVLGSMRSQNDPRWTYEHGQRDRLTPHREAEDIPRGGYHMQSKEV
DKAKSSPNLLNDTASGPDRMRGASTSDLYEKYKQDPYRTLPRDKSKHSSTSNLQPQQVRP
GIQQPPPPSDTAMRSKSTSNLDSGPYERNDRSVRPAQSSINVRGYGPPYQDRQQSPSLTR
QGQKPATPEVQRYQPSPRQTGPPPQRYGLRPTAAYSDNQPSSKPQTPQSVSSVGSRSYRE
PEREQPLHQKPYQSPIDTYRPPVHQPAEQTQPPQRTYTPQREDPPPPQRGFPPQRKEPPP
AQRGYTSQREEPPPPQQSTFRPTDIYAKPIRPQTQKLSAQQQQQSPPNQQPPQYKDVRSQ
YKQDVYSSSDPLPPPPPVTSYDNVPSDFPPPPPDLPPPDDDGRNYSQPPPPPTQMEIQQH
QPPPPRLASATLERDQRKKELLENQKRWHDEQKARIHEENKVRMREKQRPADIPRAHYGT
VPGADPQRNRYSEYIVQQNEKPAQSPNRASAYGDLPVRQPPPIKEKPKPVPAPKPKGFNT
QTAAPKVAVTSPGGSKTPVAADQARFRYESSSDYKSPVQTLKKESSSSPVPPSSPSPWER
EKKEKEKAAREMEMRRMIDGEIEHLEHIPDRTPDQEERLKTLKMEQQFQQRVLEMKAKQN
DDDDDDSDKDIKDTALGRGRLLQMVQQDLEHARQRIEDNDNQRVYYEEEQERERYERQER
RLQQLQQEREDQKMRLQQRQDRRDKEQEAWLRKQNEMREQLRREAEESQRLKKLEEERQE
QQRVMEEMRQKREAEQAALREIEARREAEERQIRQKEEEMRARHEQQQREHVERERRLEE
ERRRLESQLQGPKDPNVYYAKPYQPYKGDEDDVLQATVNSYHVPAPERSHIGSSQGPSIA
VPPPPQRTSSYGTLERNPYKPELAYASPSGAKKVSFHDTAQSYGDSDYTGSMYRTSSTSS
GGSLPSPPSSNYEQEYNTPSNSKNHQTYTTAPTPGVIGTQEIYNDPRARIQAAKDQKNPR
HPEPQRMSFRDKMKMFADEIGDQSPLEKPKSSKWELEFMQQHNKSLNGT
NT seq 6450 nt   +upstreamnt  +downstreamnt
atggaaacagcggtggggagccgagaaatggagcgagagaatctctctcggatcatagcc
gaatggaatgcgaacaggctggatcttttcgaacttagccaaccgaatgaggatcttgaa
tttcatggtgtaatgcgttatttctttcaagacaccggatctaaagtagcgacaaaatgt
atccgcgtaagcagtacagctacaacaagcgatgttatcgacatacttgtagagaagttt
cgtcccgatatgcgcatgttaacagcatcaacatttgcaatgtacgaagtacatgccaat
ggagaggaacggaaactgccatcagatgagagaccattatttgtacagttaaattggaat
aaagatgacagagaaggcagatttttattaaaaagagaagatgaagtcacaccagcaggg
tattttgaaagtgaagatttgatgcaaaatttcaagaggaaactgacaaagaaagaaaaa
aaggagaagcggaaaaaagaccgaaaagaagcgcggcaacgggcaagggacaattcagaa
aaccaaccaaatgaccctaatgccagtatgtcggaaaaactctacacagaactgccggag
tctagttttacacggagtatatcaaatccagaagcagttatgaggaggagacgtcaacag
aaattggagaaaaagttggaagagtttcgtggaaaagacggtggactagactcgggtggt
atgcttaaagtttatggtgagactttatttcccgatgtgccttacaaaactatattggtt
gccattgacgatgatgctggttatattgtgcaggaagctttggataaatatggcagagat
gaagaaaatgcatcagactattgccttgtgaaggttgttgttccccctggtgcgaatcca
aatgagtacgttgtgactggtggatgggggaaggagacaattctggatgatgatgagcgg
ccgttacatatcataatgagatatccaaggaataaaggatccctgatgtttcagttgaag
aaacgaccaatgggatatcagcctaggaaaaagaagaacaagaaaaataaaaacaaagcg
cagtctccatcgagtgacagaagttggcaatatgatgacatcacccctgtgcaacaagac
aaactgccgtatttattggagctaagtccagatggaaatgaagttgtagagtacaggcca
caggtacatcgtatccaacctaacatgaccgagattggaacagaacgaagcagcagtgga
cagttcatacagttgttttctcccaatattcatcctcgtcactgtgtgctgaccaacatg
gagggcgctgtgacagtaacaccagccaatgcagacgctgaaactttcattaataatcag
aaggtgtacgaaaccacattacttcatcacggatcagttttacgctttggtaaaatgcac
acatatcggttttgtgatccacgagcaggtgatatggaacaaaaaggaaagtttgatgac
attttaccagccagcttagagttcaaagaaacaggtgaagatgcattcttggcgtcgata
atcagtgaggtgaatggagcggcagtgcattttaaacttgcacccacgtattcgttgtac
atggcgtgtcgctatcgacagtctccatactcattacagatgatcaggactcctactgag
cgtgctcacagaatgactgcatttgtgaacaagatggctgacatgatagagagaactatt
atggaaaatcaagatgttgctggtgcgttgtcattctggatggcgaatgcttctgaattt
cttcatttcctgaagcaggacgttgacctttcatcggtcacgatagatgcacaagacatc
gtagccgctgcaatacagcaggcattcaggtatcttgtgaaatgtatgcaagaagaactt
gagatttcaatggcagcatttttagatcctcacgaagaggctgacaatacggaccatgac
tcaattatagatgacgataggagtatggatagtcatcagagttggcggagtaaagagcga
agtggtcgatggttgatgccgtcagcgagaaccaaacatggaggacggccaacactcggt
gatgtattacacacgttatcatctgctatgacattactgcgtcgctgtcgagtcaacgca
gctctcaccatccagctattttcgcagcttttccactttgtgaatatgtggctattcaat
aagatagtcttagaaccacgtctagggctatgtacacaggaatggggtgccagattgaaa
tcaaggctaacaaggattgagtcatgggctgaaaaacaaggccttgagcttgctgctgat
tgtcacttgtctcggatcatacaggcagcacacttgcttcaggctcccaagagcagtgcc
gatgacattgcctctattagctcaacatgtttcaagttaaactcactgcagctacgagct
ctgcttgagcagtaccagtcaggagggggcgaaccgcatatcccacatcagctgattgat
agcgttgttgcagtggcgcagaatacagctgacgaactgactcgtagtgatggcagagat
gtcaaactagaagaggatcctgatcttcaacttccatttctgcttccagaagatggctac
tcatgcgatattgttcggggtgtaccaaacggtcttcaggagtttttagcacccctagaa
agcacaggtttgtgtcgattaacagtttactctcctgctaaaggaacatggaccgtgcat
tttgccggtggcagtgggggcggcggtggcggtgagattgtaaaatcaccccctggtgat
gcgtttagtcctgaacaacagcaacagtcaccccaacaacagggtattccatatgacact
aacattccacctggtgatccagaaaactattctgtaaagtttgtgaaggggaacaccggg
atgggtctgagtattgtagcagccaagggtgtgaatcaaaaccatttgggtatctatatc
aaatcggtcgtaccaggaggttcagcaagtcatgatggccgccttcgcgctggagaccag
ctactgaaagtcaatggaaatagtttgataggggtgacacaagaaagagctgctgagttt
atgatgaaaagtggaccccatgtgactcttgaagttgctaaacaaggtgctattttccac
ggtcttgcaacgcttctgagtcagccttctcccatcatgcaacgggcaatgccacctcga
cagtatagtggaagtattggtaatagaccgcggccgaaaagtgaagatgttttggggtca
atgcgttcacaaaatgatcctcgatggacatatgagcatggtcaacgcgacaggctaaca
ccacacagagaggcagaggatattccacgtggaggatatcatatgcagagcaaagaagtg
gataaagcaaaatcttcacccaatcttttaaacgacactgcaagtgggccagatagaatg
cgaggagcttccacaagtgatctgtatgagaagtataaacaggatccttaccgcacactg
cccagagataagagtaaacattcgtctacttccaaccttcagccccaacaagtgaggccc
ggaatccagcaacctcctcctccttctgacactgccatgcgatcaaagtcaacttctaac
ttagactccggcccttatgaaaggaatgatagatccgtacgaccggcccagtctagtatc
aacgtgagaggttatgggccgccatatcaagacagacaacagtctccatctctgactcgt
caaggtcaaaaacctgctactccggaagttcaaagatatcagccatcgcctcggcagact
ggacctccaccacaacggtatggacttaggccaactgctgcatatagtgacaatcaacca
agttctaaaccacagactccacaatctgtgagttctgtaggttcaagatcttacagggaa
cctgagagagagcagccactgcatcaaaagccttatcaaagtcctattgatacctatcga
cctcctgttcatcaaccagcagaacagactcaaccacctcaaaggacctacactccacaa
cgggaagaccctcctccacctcagagggggttccctccacagcgcaaggagccgccacca
gctcaaaggggctacacatcacagcgagaggagcccccaccaccgcagcagtcgaccttt
agaccaacagacatctatgcaaaacctattcgtcctcaaacgcagaagctgtccgcccaa
caacagcagcagtctccgcccaatcaacaaccgccccaatacaaggatgtcagatcacag
tataaacaagatgtctactcttcttctgacccactgccacctccaccaccagtaacaagt
tatgacaatgttccttcagattttcctccacccccacctgacctgccaccaccagatgat
gatggtagaaactactctcaaccaccaccaccacctactcaaatggagatacaacagcac
cagccccctcctccccgattggcatctgctacactagaacgggatcagagaaagaaagaa
ttgttggaaaatcagaagcgatggcatgatgaacagaaagcccgtattcacgaagagaat
aaagtcaggatgcgagaaaagcagcgtcctgcagatataccacgtgcacattacggcaca
gttcctggagctgaccctcagcggaatagatactctgaatatattgtccagcaaaatgaa
aaaccagctcaaagcccgaatagagcatctgcatatggtgatcttccagtcaggcagcct
ccacctattaaagagaaaccaaagcctgtcccagctccgaaacccaaagggtttaacacc
cagactgctgctcctaaggttgctgtaacttcccctggtggatcaaaaaccccagttgct
gcagaccaagcaaggtttaggtatgaatcgtctagtgactacaaatcacctgttcaaaca
ttgaagaaagagtcatccagtagtccagttcctcccagttcaccttcaccatgggagcga
gaaaagaaggaaaaagaaaaggcggccagggagatggagatgagaagaatgatagatggg
gagattgaacacttagaacatattccagatcgcacacccgaccaggaagagaggcttaag
accttgaagatggagcagcagtttcagcaacgtgtattggaaatgaaagcaaagcaaaat
gacgatgatgatgatgattcagataaggacattaaagacactgcattagggagaggcaga
ttactgcaaatggttcagcaggatttggaacatgctcggcaaaggattgaagacaatgac
aaccagagggtgtattatgaagaggaacaagagagggagaggtatgagaggcaagaaagg
aggttacaacagctgcagcaggagagggaagatcagaagatgagactccagcagaggcag
gatcgtagggataaagagcaagaagcatggttgcgaaaacaaaatgaaatgagagaacag
cttaggagagaagctgaagaaagccaaagattgaagaagcttgaagaagaaaggcaggaa
caacaacgtgttatggaagaaatgagacagaagagagaagctgagcaagcagcactgcgc
gagattgaggcaaggagggaagctgaagaaaggcaaatcaggcaaaaagaggaagaaatg
cgagcaaggcatgaacagcaacaacgagaacatgtagaacgagagaggcggttagaagaa
gaacggcggaggcttgagagtcaactgcaaggaccaaaagatcctaatgtctattatgcg
aaaccgtatcaaccatacaaaggagatgaagatgatgtgttgcaggctactgtgaactct
tatcatgttccagcaccagaaagatcacacatcggttcctcgcaaggtccaagtatagct
gttccacccccaccacagagaacgtcttcctatggcacactggagaggaatccatacaag
cctgaacttgcatatgcatcaccgtctggtgcaaagaaagtgtccttccatgacactgca
caatcatatggtgattcagactatactggttcaatgtaccggacatccagtacaagtagt
ggaggatctctcccctcgccgccatcatctaattacgaacaggagtacaacacaccaagt
aattctaagaatcatcagacttacacaaccgccccaactccaggagtcatcggaactcaa
gaaatatacaatgacccaagagcacgtattcaagcagcaaaagatcagaaaaatcctcgt
catcctgaaccccaacgcatgtctttcagagacaaaatgaaaatgtttgctgatgaaata
ggcgatcagagtccgcttgagaaacccaaatcatcaaaatgggaactagaatttatgcag
cagcataataaaagtttgaatggaacatga

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Genome (1)   
   KEGG GENOME (1)   
Gene (124)   
   KEGG ORTHOLOGY (1)   
   RefGene (120)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (137)   

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