KEGG   Mizuhopecten yessoensis (Yesso scallop): 110447351
Entry
110447351         CDS       T05079                                 
Name
(RefSeq) adenomatous polyposis coli homolog
  KO
K02085  adenomatosis polyposis coli protein
Organism
myi  Mizuhopecten yessoensis (Yesso scallop)
Pathway
myi04310  Wnt signaling pathway
myi04519  Cadherin signaling
Brite
KEGG Orthology (KO) [BR:myi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    110447351
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    110447351
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:myi01009]
    110447351
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:myi03036]
    110447351
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:myi04812]
    110447351
Protein phosphatases and associated proteins [BR:myi01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     110447351
Chromosome and associated proteins [BR:myi03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    110447351
Cytoskeleton proteins [BR:myi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     110447351
SSDB
Motif
Pfam: APC_r APC_rep Arm APC_15aa Suppressor_APC SAMP ARM_ARMC5
Other DBs
NCBI-GeneID: 110447351
NCBI-ProteinID: XP_021348646
Position
Unknown
AA seq 4072 aa
MSDDFYLSLEDIQEDDIVIGEDQEEDPEDEDISPNDGGPMKPLNQLQASQSNMPAGSDVI
LSLPGNARPAGEGLVKHHLVMDGGVMAILRELHNERSKLLNDIGDEGKQRKWYFEQIEAI
KQKLEGLPLSDKYHRQTEMARRQLEFEVKRVQDAFQQKMGTNDQIVQRQEARLTRVQAIE
TDILKIQQQQHQLQIEATASQQVNGYSQEQQRNYGHTGDDDANTSIATQTAPGDDQNSSV
VMDPDASFNIGSLYHGAWPMSPMKKDLSGRESRLAETDQSTELSSVMSFNSTNSSQQSSA
TPVPPGIAPPPGTGQAPLPTQTPPGQVAPPLSQVQPPQVQPPPQQDPVNPPQQLGTKVEM
VYSLLSMLGTHDKDDMSRTLLAMSSSQDSCIAMRQSGCMPLLIQLLHGSDKDSGLLGNTR
GSKAARARAAAALHNIVHSHPDDKRGRREARVLRLLEQIRAHSDQLRDGPEEEEAGRSGN
KSHDTDHHPGPAVAALMKLSFDEEHRHAICSLGGVQAIAELIQVDNDAHTNTEEQYNITM
RRYGCMALTNLTFGDGTNKALLCSMRGFMQALVSQLLSSCEDLCQVAASVLRNLSWKADL
ASKKTLREVGAANTLMKASMEVKKEATLKSILSALWNLSAHGSENKADICSVDGALEFLV
GTLTYKSPSKTTAVIENGGGVLRNISSHITVREDYRAVLRKHACLQILLKQLRSTSLTIV
SNACGTLWNLSARCLEDQQALWDMGAVGMLRNLVHSKHQMISMGSSAALKNLLNACPNIK
NMNMDRKTNLNRPSLHVRKQRALEAEIDQNLSETCENLESPRDSPTENGRNTEKDSNSRF
QFPAGSGHQVQQEHDSRRTSRGSYYQSGTRSGDNTPMSDSRLMSPKRVARSGSQDSVGST
HSDISHDRSRFRAAMQNARHCQERQGGSLDRKTSGGSSGHQYGNSSSEETGSEQGSHQGQ
PHSSGAHIGQVMMEVERDKASYPVRGDNSSQHGPPTPGGPAHQLYRSLPNSVSSIGPQHM
LQNHQFVASAPSNCNSSYPSGQHYSQANDNDQPIDYSLKYHDSQASSTSSYHDNPPSQQG
SNNRKVSGPVTNMGPPAQPPPQSQPRVNNYMNPGYDPKQAVPRFVHHRLLGEHPRQINPG
PFMRPPLRPMMRPPMLPPGTAMVPPRFSTYAETDLDSDDQPTDFSRRYSEQHEEDYRDQP
ISYSTRFQEGEGPRYQESNPIHMRYQDTDPNCADCKLEEARRTNDRLEQCTHSFHDDQVK
TFYTEGTPLNYLSLAASMTDLTGKNADKEESEEGEDEEEEEEVANDETQNFGSHYKESEK
QNTSSVLYSGDADNRSVTRHCESDIRSGSGSMGTDQQTGTTVITNYHHTPPGSPPPLLDD
TEEVNVMERSFHARSDDDSSQDQIKTYCEEGTPICFSRVSSLSSLHSTEAQDKIGAEGLN
RQLGLTSINENENNKSSNREMSPSDRRVSTGKYTPLMGRQKLLSDSDTQSSEYEKEHKTV
TFDDHHHVEETPLMFSRCSSLGSLSSFDAHSVHSSVISEYSRRASEVVSPSELPDSPSQT
MPPSPRGKSPQPDETSKDLTPKNFSEPTGIKGFGGSLPQNVVKPMPSNINKGTVFVETAS
IMGKDDRPTVYADEGTPPHCSDTNSILSALTIDDSDNTKHSKDTDSEASKRAKDSDSNDL
TLTHDQEKEDDTSVFNRNEDKENSSMSEVSEGEEDILKQCIISAMPPKMRRSSSDNTIKK
KSTQSKSDSHRSKMPVKQGKSNGSKSALSPPSKGKTSRGGGKHHRQITEENLQEDTVKSY
ASEDIPMSRPQGHLMSRSQDSSMSTSLETSSSRTQENTMSRSQDFLTSSLMRVAELCNDP
FEVPSTAQGVPNGIGQNNQQGMPNVMGQNNIQSSNKSRDLPKGNRPPMNVGRVMPNVCHP
QSSHKPKPLLKLQDILRREEDVLEDSDDVPMSYATEDTPLMSQAVSPTTKKAPVDMFNIE
AVAKIDVRVDDDIVKPYAIEGTPYNGSNPGSPSHKAEDPVSTALHNKVTLVDLSAIEPFM
PDDGVKTYATEDTPINFSTNGSLSDLSIITNMTNELPETSEMSPVPATTAAEPVSPQATA
TQLAMTTVAQLPQKQPEPQLEENPQLDDTRSDCSSLLDESDELLSEIILSGMPKGKVSRK
LDMDRAVEGSEVRSPVKSRASNLFSSEPKIVFQPQRTSSHISTAMNNQPTSSQIIKAADS
QVPYNLPDSTKTYNMEGTPINFSTATSLTDLTCDPEEDHINAGDPFQNTTSQNSRPDNRT
SSLQEPVVNSTSAGMDQSSGNMLGTTGDDSVFVQTIESCDSVKVYDMEGTPQTFSRNDSL
SSLSIMDEDIKGDLSSMSKSRNDRSKTNVTKPQEKLTSTTVINSSIELQREVEGQSSDET
KSQKSELRKGLEEQPKTFAVEDTPQSFSRRSSLSSIQSQDDATKNTEEVARKVDPAKDQD
EKFTVEDTPADFSRNSSLSSLSMDSDIFEASEQALLDECISLALPKSRSASAKLDEKSKS
KIPRSSPCGTSIPKRDGAGKDGASRNGMSKDGASKDDLVKSTRQDRQSLDAELTRPNEDS
HRLERSFDASMLPSMRPKEKQTDFKVPASQSMMIPSRSGRRLDRKSADTSRRSENRSYDR
SVEKDAQMYYQRSWNRQHVKQQSRMTRSCSSAEDMSYQGDQYHESRIAMWQQQQQQLMQQ
QQQQHLRLQQMAQNFSAGQQQQLQHHQQLQQQVQQQQQEDMMKRGSWRRSRSQDSDGFLK
RQKDFSNMEIAQSVSTMPHRFRYSMETVSTSAAAESYQDNRVIEERETRQRKSLWNRRSS
TEKLSKRDSSSSIEKQDSEKSDRDSYSSHSRRSGSYGNEQRLSGSRHSVGSYSNDSRHSV
ASHDQDPRGANFSQDPRHSNASYSNDLSNSEPSTRRDEEEAAKIALNRIGYQPPDTSDGA
TQRSPFKYIGLGIDNFGFDPASSNEDITENVDSADVTMTENFGSGNMTMTDEAMEYMMQN
GYVYYEDASHSHEHSFEEEITPDDERALEINASLIVNEIQSRQMIGSAVDDDMFIENETL
SLVSCDYTSDTASEVSGTWSAHSENYSESTMSQTDQSENSNAGPRILKPGSKPSSKHVVQ
DDAKAVRGRRKPLYSPRANMTAPTPKSTPNRQVSSTSRNGQRPTPNISNKSPSTAKGTEA
TNSRRKAPNQKTHPQASSTPTKVAPVVSGNSQRSKIGKPSPPERKSTTVLTSQRQQISNK
NSPSRLPMASQNRKGSSTDRPKPPVKQGTFTKEPTGVNAPRISDSESASDTWSKALGNYN
FTDSTSPEAAKENTQPGVRRLQAPSSIPTKNRSNSGGNTANSRNGTPNGKPTTRVSSNLS
KPSGSNLRKTNSGSSLTKTGSGSSLSKTGSGSSLTKTGSGSSLSKTGSGASLNKYGSGAS
LNKSSSGASLNKGGSNPNLRKFGSKGELRKSDSNASLKNNSRPSTPVGRKNSAPAPMASH
KTEQKTTPGKKQVNSKVASLWRKDDVEDRGSRLPVSTTPPQKSPRGNTINMTNSRLQQPK
GRTSSPSSRGEVPGQRVSPNTSNAKSTSLDESDGISRSSTYDKISAINDSSQLPCLDGFV
ENTQNVSINIISHSPEQDTSGEEKYDIEQKSSSANSIDHGMSSDSVCSPDRDGGSESEKE
AADDSLFKHPSQMDPYGLKVLNHRVDSSTWKKKKSETLIGDLPNADDTSKSLEAVRALLD
SSASMTDSMLNSSVTEYSYLGQGSSYLSQGNQTIDSSWRRNRDESISSFAQSDDEESIWV
RRDGDTSRSEPDFSKHGLFRSSKRKSKGGNSGNKSFLPIKAMKQIFSSGKSVKKVSETKK
AASSMSLSTSKESLFKINRSDTLNKSEIFNRTDSFDEENSKKKDEQHLKKKEEIQTKKKE
EILRKKEESLKKKEESLKKKQEKIEKREEQKRKDEKRKEEKKAAKAALSKSKSQELRTSP
QATVPPFNYKPTPTKGDNSVTNSAKGSTTQTKTVPSPTRSNSVNDENNRDLEDSLVKPST
PRKSIPSPGGHATKTEMLQARRKQTYLQNLSLKSEENATVEKGPQGCIVTTV
NT seq 12219 nt   +upstreamnt  +downstreamnt
atgtcggatgatttctacctgtcactagaggacatccaggaggatgatattgtcataggg
gaggatcaggaagaggaccctgaagatgaggatatctccccaaacgacggcggtccgatg
aagccactgaaccagctccaggcatcacagtccaacatgcccgcaggaagtgatgtcatc
ctgtcgttgccaggtaatgcacgtccagcgggcgagggactcgtgaagcaccacctggtg
atggacggaggagtgatggccatactaagggaactacacaatgaacggtctaagcttctg
aatgacataggtgatgaagggaaacagaggaagtggtactttgagcagatagaggctatc
aaacagaagctggaggggctgccattgtctgacaagtaccacagacagactgagatggca
cggcgtcaacttgagtttgaggtcaaacgagtgcaggatgcatttcaacagaaaatgggc
accaatgaccagatagttcagcgacaggaggctagactgacgagggtacaggccatagag
acagatatactaaagatacagcaacaacagcaccagctacagattgaggctacagctagc
cagcaggtcaatgggtacagtcaggagcagcagcggaactacggacacacaggtgatgat
gacgccaacacatccatagcgacacagactgctcccggtgacgaccagaactcgtccgtt
gtaatggaccccgatgccagcttcaacattggttcactgtatcacggggcctggcccatg
agtcctatgaagaaagacttgtcaggccgggagagccgtctagcggagacggaccagtcc
acagagctgtcaagtgtgatgagttttaattccaccaacagtagccagcagtcctccgcg
acacccgtacccccggggattgccccaccccccggtacaggccaagcgccactacctacg
cagaccccaccgggacaggtggcaccccctctatcacaggtccagcccccacaggtccag
cctccaccacagcaggaccctgtcaatccaccgcagcaactcggaaccaaggtggagatg
gtgtactcgctgctgtccatgttggggacacacgacaaggatgacatgagtcgtacactc
ctggccatgtccagttctcaggacagctgtatcgccatgcgacagtcaggttgtatgcct
ctgctgatccaactacttcatggcagtgacaaagactctgggttgctaggcaacacgaga
ggcagtaaggctgcacgcgctcgagcagcagctgcactccataacatagtacacagccac
cctgatgataagcgtggccggcgtgaggctcgggtattacgattgctggagcagattcgt
gcccacagtgaccaactgagggacggaccggaggaggaggaggcaggtcgatcaggtaac
aagtcccatgacacggaccaccatccgggccctgcagtggcagcattgatgaaactgtcg
tttgatgaggaacatcgccacgccatctgtagtttaggtggcgtgcaggcaattgcggag
cttatccaggtggacaatgatgcacacaccaacacggaagagcagtataacatcaccatg
cgtcgctatggctgtatggccctcaccaacctcaccttcggcgacggaacaaacaaggcc
ctgctctgctctatgagaggattcatgcaggcgctggtcagccaactactctcctcctgc
gaggatttgtgtcaggttgctgctagtgtgcttcgaaatctctcctggaaagccgacctc
gcgagtaagaagacattacgcgaagttggtgcagcaaatacgctcatgaaggcttccatg
gaggtgaagaaggaggcgacgctgaagagtattcttagtgcactgtggaatctttccgct
catggaagtgaaaataaggcagacatatgttcagtagatggtgcattggagtttcttgtt
ggaactttgacttataaaagtccatcaaagacgacggcagtgatagaaaatggtggtggt
gtgcttcggaacatttccagtcacatcacggtgcgggaggattaccgagccgtccttcgt
aaacatgcgtgtctacaaattcttcttaaacagctgcgttcaacaagtctaaccatagtt
agtaacgcatgtggtacgctttggaacctctctgcccgctgtctggaggaccagcaggca
ttgtgggacatgggagcagtgggcatgctcagaaatctcgtgcactcaaaacatcagatg
atttcgatgggaagttctgcggcgttgaagaacttgttgaatgcctgtcctaatataaaa
aacatgaacatggacagaaagacgaacttgaaccgtccgtcgctacatgtgcggaaacag
cgggcattagaagcagaaatagatcagaatctgtccgagacttgtgagaatttagagagc
ccccgtgacagtccgacagagaatggacgtaacactgaaaaagacagtaattctcgtttt
caatttccggctggttcaggtcatcaggtgcagcaggaacatgactcgcggcgaacatcc
cgtggatcctactaccagagcggtacacgaagcggggataacaccccaatgtctgacagt
cgcctgatgtcacccaaacgagtcgccagatcaggtagtcaggacagtgtaggcagtact
cattctgacatatcacacgatcgcagtcgcttccgtgcagccatgcaaaatgcaagacat
tgccaggagagacaaggaggaagtctggaccgaaaaacttctggagggtcatcagggcat
cagtacggaaattcgtcttctgaggagacgggatctgagcaagggagtcaccagggtcag
ccccactcatcaggggctcacataggacaggtcatgatggaagtagagagagacaaggcc
tcgtatcctgtgaggggagacaactctagtcagcatggcccccctaccccaggggggcca
gcccaccagctgtatcgaagcttgcctaactctgtctcctcaataggcccacagcacatg
cttcagaaccaccagtttgttgctagcgcgcctagcaactgtaattctagttacccttcc
ggccagcattactcacaagcaaatgacaatgatcaaccaattgactacagcctcaaatat
cacgatagtcaggcttcgtccacctccagttaccatgacaatccaccatcacagcagggc
tcaaacaacagaaaggttagtgggccagttactaacatgggcccacctgctcagcctcct
ccccaatcacagccaagggtaaacaactacatgaatcctggttatgatcccaaacaggct
gttccaaggtttgtgcaccaccgacttctgggagaacatcctcgacagatcaatcccgga
ccgtttatgcgcccaccgctccgcccgatgatgagacctcccatgttaccgccgggcaca
gctatggttccccctcggttcagtacttatgcagagactgacctggacagcgatgaccag
ccaacagacttcagtcgccggtacagcgagcagcatgaggaagactatcgtgaccaacca
atatcgtacagcacacgcttccaggaaggagaggggccacgttaccaggagagcaatcct
atacacatgcgctaccaggacacagacccaaactgtgctgattgtaaacttgaggaggca
cgccgtaccaacgacagattggaacagtgtacgcacagtttccatgacgaccaggtgaaa
actttctacactgagggcacccctctcaattatctctccctggctgcctcaatgacagac
ctgacagggaaaaatgccgacaaggaggaatctgaggaaggagaagatgaagaggaggag
gaggaagtcgctaatgatgagacacagaatttcgggtcccattacaaggaatcagaaaaa
caaaacacctcttctgtactttacagtggcgatgctgacaatcgaagtgtaacacggcac
tgtgagtcagacatacgcagtgggagtggaagtatgggcacggaccagcagacaggtacc
acagtgataactaactaccaccatacacccccaggcagcccgccacccctccttgatgac
acagaggaggtcaacgtcatggagaggtcattccatgcacgatcagatgacgactcaagt
caggatcaaataaagacgtactgtgaggaaggcacacccatttgcttctccagggtgagt
tctcttagtagtctacacagtacagaggcccaggacaagatcggagccgagggacttaat
cgccagcttgggctcactagcatcaacgaaaatgaaaacaacaaatcgtcaaatcgtgag
atgagtcccagtgatcgcagggtcagcacagggaaatacacaccgttgatgggccgtcag
aagcttcttagtgactcggatacacagagctctgagtacgaaaaggagcacaagacggtg
acattcgatgaccaccaccacgtagaagaaactccgctgatgttctcgcggtgtagttca
cttggttccctcagcagttttgatgctcactctgtacacagctcggtgataagcgagtac
agtcgacgtgccagcgaggttgtgtcacccagcgagcttcctgattctccaagccagaca
atgccaccaagtccccgaggaaagtcacctcaacctgacgaaacttcgaaagatttgaca
cccaagaatttcagtgaaccaactgggattaaaggatttggtggctctcttccacagaat
gtggttaaacccatgccctccaacatcaacaaaggaactgtgtttgttgagacagcatca
ataatgggcaaggacgatcggccgactgtatacgcagacgaggggacaccccctcactgc
tcggataccaacagtattcttagtgccttgacaattgatgatagtgataataccaaacat
tcaaaagacactgacagtgaagcttccaaacgtgcaaaggactctgattccaatgatttg
acattgactcatgatcaggagaaggaagacgacacaagtgtctttaaccggaacgaggat
aaggagaactcttcaatgtcggaagtgtcagagggtgaggaagacattctcaaacagtgc
attatctctgccatgcctccgaagatgcggagaagttcatctgataataccatcaagaaa
aagtcaacacaatctaagtcagattcccatagaagtaagatgccagtgaaacaaggcaaa
tctaatggcagcaagtcagctctgtctccgccctccaaagggaagacgtcacgaggggga
ggtaagcatcatagacagattacggaggaaaaccttcaggaggatacagtcaagtcatat
gcctctgaggacataccaatgtcaaggccacagggtcatctgatgtcaaggtcacaggat
agttccatgtcaacctcgctggaaacttcttcatcaagaacacaagaaaacactatgtca
aggtcacaagatttcctgacatcgtccctcatgagagtggcagaactatgtaatgatcct
tttgaagtgccaagtacagcacaaggtgtgccaaatggaattggacaaaataatcaacaa
gggatgccaaatgttatgggacaaaataatatacaatcaagcaataaaagccgagatctt
ccaaaaggaaatcgaccaccaatgaatgtaggacgagtaatgccaaatgtttgtcaccct
caatcttcacacaaaccaaaacccctgctgaagttacaggatattctgaggagagaggaa
gatgttttggaggatagtgatgatgtgccaatgtcttatgctaccgaggatacgccactc
atgtcacaagccgtttccccaacaaccaaaaaagcacctgtagacatgtttaatattgaa
gctgtcgccaaaattgatgttcgggtggatgacgacattgtgaagccgtacgcaatagag
ggcacaccatacaatggttccaacccgggctcaccgtcacataaggctgaggacccagtg
agcaccgccctacataacaaggtgacgctcgtcgacctgtctgctatagaacccttcatg
cctgacgatggggttaaaacctacgccacagaggatacccccatcaacttctctaccaac
ggatcgctaagtgatctgagcatcatcactaacatgacaaatgagctgcctgaaacatca
gagatgtcaccagtgccggcgaccacagcggctgaacccgtgtcaccacaggccactgcc
acacagctcgctatgacaacagttgcacaattgccacaaaaacagccagaacctcaacta
gaagaaaacccacaactggacgatactcgttcggactgtagctccctcctcgatgaaagt
gacgaacttttgtccgaaattattctctcagggatgcccaaaggcaaagtgtcgcgcaag
ttagacatggatcgtgcagtggagggatcggaagtcaggtcaccagtcaaatccagggct
tctaacctcttctcctcggaaccaaagatagtgttccagccgcagcgcacttctagtcac
atttcaactgccatgaacaaccagcccacctctagtcaaattataaaggcggcagatagc
caggtcccgtacaacctgcctgactctaccaagacttacaatatggaaggaacccccatc
aatttctcaactgctacctcactcactgaccttacctgtgatcctgaggaagatcacatc
aatgcaggggatccatttcaaaacacaacctcacagaacagtcgcccagacaacaggacc
tcttcgttgcaagaaccagttgtgaactcgacatcggcgggaatggaccaatcaagtggc
aacatgctaggtactactggtgacgattctgtgtttgtgcagacaattgaatcatgtgac
tcagtcaaagtatatgacatggaaggtacaccacaaacattttcccgtaatgattctctt
agttccttgagtattatggatgaggacattaaaggggatttatcttcaatgtctaagtcc
agaaatgacaggagcaaaacaaatgtgaccaaaccacaggaaaaactgacgtccacaaca
gtcataaacagcagcattgagcttcagcgtgaggtcgagggtcaatccagtgacgagaca
aagtcacagaaatcagagttaagaaaaggcttggaggaacaaccaaagacatttgctgta
gaggacacaccacagagcttctctcggcgttcatcactgagttcgatacagagtcaggac
gatgcaacaaagaacacagaggaagtagcacgtaaagttgatccagcaaaggaccaggat
gagaaatttacagtggaggacacccccgccgatttctcacggaacagttcactcagctca
ctgagtatggattccgacatctttgaagcatctgaacaggctttactggatgagtgtatc
agccttgctctgcccaagagtcgctctgcaagtgccaagctggatgagaaatcaaaaagt
aaaattccccgtagcagtccttgcggaactagcatccccaagagagatggagctggaaaa
gatggagcatcaaggaacgggatgtctaaggatggagcatcgaaggacgatttggttaag
tctaccagacaggacagacagtctttggacgcagaattaaccagacccaatgaggattct
caccgactagaaagatcatttgatgccagtatgctgccatccatgagacccaaagagaaa
cagacagatttcaaagtgccagcatcgcagtctatgatgatacctagccgcagtggcagg
agattagaccgcaaatcagcggacacatccaggcggtctgaaaaccgctcgtatgatcgt
agtgttgagaaggacgctcagatgtattaccagcgcagctggaatcgacagcatgtgaaa
caacaatcccgtatgacacgcagctgctcgtcagctgaggatatgagttaccaaggggac
cagtaccatgagtcgcgtatcgccatgtggcagcaacaacaacaacagcttatgcagcag
cagcagcaacaacacttgcgtcttcaacagatggcccaaaatttcagcgccggccaacaa
caacagctccaacatcaccaacagttacaacagcaggtacaacaacagcaacaagaagac
atgatgaaacgcgggagctggcgtcgttctcgttctcaagatagtgacggatttctgaag
cgacagaaagacttctccaatatggagatagcccaatctgtttccaccatgcctcatcgc
tttcggtattccatggaaacagtttcgactagtgcagcagctgagagttaccaagacaac
agggtcattgaggaaagggaaactcgacagcgcaagagtttatggaacagaagatcatca
actgagaaactatccaagcgtgattctagcagtagtatagagaaacaggatagtgagaag
tctgatcgtgacagctatagctctcacagtcgccgcagtggtagctatggtaacgagcag
agactgagtggcagcaggcacagtgttggtagttatagtaatgactccagacacagtgta
gccagccatgaccaggaccccagaggcgcaaatttctctcaggatcccagacatagcaat
gctagctacagtaatgacctgtcaaatagcgaacccagcactagacgagatgaggaggag
gcggctaaaatagccttaaacagaatagggtaccagcccccagatacttcagacggggcc
acacaacgaagtcccttcaaatacattggactaggtattgacaacttcggttttgaccca
gccagctctaacgaagacatcacagaaaatgttgacagcgccgatgtaaccatgacggaa
aactttggtagcggaaatatgacaatgactgatgaagcaatggagtatatgatgcaaaac
ggctatgtatattacgaagatgcatcacactcacacgagcattcatttgaggaagaaatt
acaccagatgatgagcgggcactggaaataaatgccagccttattgtgaacgagatccag
agtcggcaaatgataggcagtgcagtggatgatgatatgtttatagagaacgagacatta
tctctcgtgtcatgtgactacacatcagatactgcatcagaagtgtccggtacatggtca
gcccattcagagaactattccgagtctactatgtctcagacagatcagtcagaaaattct
aatgcagggccgagaatccttaaacctggtagcaagcctagtagtaagcatgtagtgcaa
gatgacgcaaaagcagtgcgtggtcgccgcaagccactgtatagtcctcgagcaaacatg
acagcgccaacaccgaaatctacaccaaatcgccaggtgagctccacttcacgtaacggg
caacgtccaacccctaatataagcaataagtcaccaagtacagccaaaggaaccgaggct
acaaactctcggcgtaaagcacccaaccaaaagacacacccacaggccagtagtacgcct
actaaagtagcaccagtagtgagtggaaactcacagaggtcaaagattggcaaaccatca
ccaccagagaggaaatctactacagtgctcacctcacaaaggcaacaaatctccaataaa
aacagccccagtcgcttgccaatggcgtcgcaaaaccgtaaggggagcagtactgaccga
ccgaaacccccagtcaaacagggcacatttaccaaagagcctacgggagttaatgctcca
aggatctccgactctgaatcagcttcagatacctggtccaaagctctgggtaactacaac
ttcactgattcaacatcacctgaggccgccaaggagaacacacagccaggagtaaggaga
ctacaggcgcccagtagtattcctacaaaaaataggtcaaacagtggtggaaatacagcc
aatagccgtaatggaactccaaacggaaagcctacaactagagtatcgtcaaatcttagc
aaacctagtgggagtaaccttaggaaaactaacagcggttcctcactgactaagacagga
agtgggtcttcgctttctaagacaggaagtggatcctctctgacgaaaactggtagtggg
tcgtcgttgtccaagactggaagtggtgcctctcttaataagtatggaagcggagcttca
ttaaataagtctagtagtggagcttccttaaataaaggagggtctaatcctaaccttagg
aagtttggcagtaaaggagaactacgaaagtcagacagcaatgcaagtttgaagaataat
tcacgcccttccacacctgttggaaggaaaaactcagccccagctccaatggcctctcat
aaaacagagcagaagaccactcccggtaaaaagcaggtcaacagcaaggtggccagtctg
tggagaaaagacgacgttgaagaccgtggttcacgacttcctgtatccacaactccgcct
cagaaatcaccccgaggaaacaccatcaacatgacaaacagtcgcctacagcaaccgaaa
ggacgcactagttccccaagttcccgaggtgaagtcccaggtcagagagtgtcgccaaat
acttctaatgccaagtccacgtcgctggatgaaagtgacggaatcagtcggagctctacc
tacgacaagatcagtgctatcaatgactcaagtcagttgccatgtttagatggtttcgtt
gaaaatactcaaaatgtgtccatcaatattatttcacattcccccgaacaggacaccagt
ggcgaggagaaatatgacattgaacaaaaatcaagttctgccaactccattgaccatggt
atgtcgagtgacagtgtgtgttcgccagatcgcgacggcgggagtgaaagtgaaaaagag
gctgctgatgactctttgttcaagcacccttctcagatggacccctatggccttaaggtg
ctaaatcatcgtgttgactccagcacatggaaaaagaaaaagtcggagactttaatcgga
gatttaccaaatgcagatgacaccagtaaatcccttgaggctgtgcgggccctacttgat
tcgtcagcaagtatgacagacagcatgcttaactcttcagtcacagagtacagttatctt
ggccagggctctagttatctcagtcaggggaatcaaaccatagacagttcatggcggcga
aaccgcgacgagtcgatctcaagtttcgcccagagtgatgacgaagaatccatttgggtg
agacgggacggggacacctcacgctcagagcctgatttcagcaaacatggtctgtttcgg
tcaagtaaacgtaaatcaaagggaggcaactctggcaataagagttttctacctattaag
gcgatgaaacaaatatttagttcaggtaaaagtgtcaagaaagtgtcggaaaccaaaaaa
gcagcatcaagtatgtccctctccacctccaaggaaagtctgttcaaaattaacagaagt
gacactttaaacaaaagtgaaatttttaacagaactgattcatttgatgaggaaaattca
aagaaaaaggacgagcaacatttaaagaaaaaggaagaaatacagacaaagaaaaaagag
gaaattcttcgaaagaaggaagaaagtttgaagaaaaaggaagagagcttaaagaaaaaa
caggaaaaaattgaaaaaagagaggagcagaaaagaaaggatgagaagaggaaggaagag
aagaaagctgcaaaggcagcgcttagtaagtcaaagtctcaggagctgaggacaagtccc
caggcaacagttcctccgtttaattataaacccactcctacaaagggggataactcggta
actaactctgctaaaggtagcaccacccaaacaaagacggtaccttctccaacaaggtct
aacagtgttaatgatgaaaacaatcgtgatctagaggactctttggtgaaaccttcgact
ccgaggaagagtattccttcgcccggcggacacgctactaaaacagaaatgttgcaagcc
agacgtaagcagacctaccttcaaaatctgagtctgaagtcggaggagaatgcgacagtg
gagaaggggccgcagggctgtatcgtcaccactgtatag

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Gene (164)   
   RefGene (161)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (173)   

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