| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06076 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001301 |
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| Strand | - |
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| Start bp | 1328230 |
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| End bp | 1335663 |
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| Gene Length | 7434 bp |
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| Protein Length | 2379 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | SNF2 family helicase, putative (AFU_orthologue; AFUA_2G09120) |
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| Protein accession | CBF70236 |
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| Protein GI | 259479739 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.181228 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 38 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCAGCAA AACGAAAGCC TCCGGTTATC GCGACTCTTG CCTCCTCGCG GAGCAGACGG
TATCCGCATC AGTCTGGCAC TGTGCCTGAG CCTGCGCATC AATCTGAATT CAGACTTGAA
CCTGGACCTG ATCTTCAAAT AAGACTCAAA GTTGAAGTTG AAGCTGAATT TGGACTCCAC
GGTACAAGGC ACCATCAACC TAAGCCTTTT ACACAGGATG GGTCGACCAT CAGTGCTCGT
CAGTTTCGTC CAGGTGAACT TGAGCCACTG TCAAAATATG AAGACGTCAG CAACGAGGAC
GACAATGACG GTTCAAATGT GGCTAAACGT CCTAGGATGG TGGTGGTTCT GCGACTGCCT
CTATCACTCA ACAAACCGGG GCCACGGTTT CAGTCTGTTC AGAGAGCCCA TGACACGTCT
GTCACTGCTA CCGATCCATA TCCGGATTCT GGCGCATATA GAGCAGCACT AAAGCGTGAG
CATCCCAACT CTATAGTTGC CACTAGTGCT GTTAAGAGAC CAAGGCGATC TCCTAGATTT
CAACAGTCCA ATGCAGGACA GCTCGAAGCC GCAGATGAAG TCCTGGATGG AGCCAAAGCT
CATCAAGGAG TAGCGGGTGT CAAAAACAAA ATTCCGTCTG CTACGAATAA TACATTGCCC
TCGCCTTCAA AAATGGTCGC CGCTATGGCC CGATCCTCTA TTATTCAGTT CTCGTTCTCC
AGTACCGGCT GCAGAATCCC TTCTCTTGAT GACAACAATA CTGACCAAGG GCCTTCTCGT
CTTGACCCTA ATACTCCTGA GTTGATCCGT TCCCAACCTT ACTCTGGCCG CATGCGCCCT
CGGACCCAGC TCGCTCAACA CCTTCCGCCA CTTTACAAGC TTAGTGACAT CTTCAAGTCT
CTTACGGAGC GGGCTATCGA TCTGGGGCTC GACAAAGTTC TAACTCATCT TGGTAATAGG
CGACTTCGTG TTGCTACCGT TTGTTCGGGA ACGGAAAGCC CGCTGCTGGC GTTGGAGATG
GTTAAAGAGA GTGAGTGTTG CCTACATATA TCCTCTACTT TGCCGTACCT GGAATTGTGG
AAACTTTTAT TCATGGCTTA TAGATTTGCA GAAATATTTC AACCGAGATC TCGATTTCAA
GCACCTCTTC AGTGCTGAAA TTGTACCCTA TAAGCAAGCC TATATCGAGC GGAATTTCCG
GCCCCGTCTT TTGTTTCGAG ACGTAGCTGA GCTTAAGGAT CGGGTCGCGT ACGTTACTCC
CGTTAGAAAA AAATCCCTTC ATTTGGTTCT AACTTGAAGA AAACTAGTCG AACGGCCTAC
GGATCTCTGG AAAAAGTACC CAAGAACGCC GACATGCTCA TAGCCGGCTT CTCGTGCGTC
GACTTCTCTG GCCTAAACAA CTACCGTAAG GAGCTCGACG AAACAGGCGA ATCTGGTGAT
ACGTTCTGGG GCATAATCTG CTACGCGAAG ATCTACCGTC CACGCATGGT AATCCTTGAG
AACGTCAAAA CAGCACCCTG GGCTAAGATC GAGGGCCATT GGAACGATAT TGATTACGTC
GCAGTCCATT CTGACGTCGA TACGAAGGCA TACTATCTCC CACAGACTAG AGAGCGCGGA
TATATGTTCT GTGTTGACAA GCGTCTTCTT TCCCACCTTG CACAGAACCA CCATGGCCTG
GGCTTGGACG CAGATGAAAT TGGCCTGAAC ATGCGGCGCG AATGGGTAGA CACTTTAGCG
GCATTTAAGC GTCCCGCGAG TTCGCCGGCT GGAATGTTCC TCCTCGACGC GGAAGACAGA
CGGCTGGAGC AGATAGAGAA AGATATGGCG CAGAAGATAG TAGCCTCTGC AGCCACAGTC
CGGGCAACAG TTAATTGGGA TCGGTACCAA GTGCGACACC AGGGTTATCG ACTAAAGCAA
GGGCTGGGTC ATCGTCGACC GATAAGCAAG TCCCAGGATG ATGGGACTTG TAAGATGCCG
GACTTTGCGT GGCAGGTTTG GATGCGGTCT CTGCCGGAGC GAGTGTGGGA TACGATTGAT
GTGAATTTTC TGAGGAAGTT GGTGGACGGT TATGACATGA ACTACAAGGA GTTGGGAATC
CTTCTTTCCA AATCTGCCAT GCTTCGTTTT CACAATAGCT GATTCTGCAT TAGGAGGTGT
CTCGAATTAT CTCAGGGACT AGACCGAGAG ATGGATTCCC GCGCGTTTGG GATCGTCGGC
TGCATCACGC CTTGTGGTAT ACCATATATG ACGACTCGAG GCGGGCCTCT TTGTGGCCTT
GAGTCACTTG CTCTGCAAGG TCTGCCTCTA GACAGGCTCC TACTGACGCA AGAATCGCAG
CGGGAGTTGC AAGATCTCGC TGGCAATGCT ATGAGCTCTA CTGTCGTTGG AGCGGCGATT
CTGTCGGCTC TGATTGCTGG TCACAAGGTG TTGAGAAAGG GTGACTTCTC ACAAACATCA
AAGCCTACTT CACGCACTCA GAAAAGCAGG ATCACTCCCC AAGGCGATGT CGCCTTGACT
TCAAGCAACA TGCATCTGGA CCCGGATACC GTCATTGACA TTCTAAAGCT ACGGGAGCAG
GCTACTACTA GTGCCCGGTA TTGCGTGTGC GAAGGACACA ATTCGATACG GGCAAGTACC
CTAAAATGCA ACTTATGCTT ATATACAGCC TGCTCCGAGT GCAGCGGAAA TCCACAGCAT
GCTTACGAAC GCTGGTTGGA TCTACCACGC ACCGTACCAC TCGATTTCGT CAGTTCTCTC
CGGTCTATCT TGCCAGGTAG ACTAGCTGTA CGTGGTATCA CGCCCGACAG CTACAAAGAG
CTAAAGTCTA ACTCCTACAT ACCTGCTAAA TGCTGGTCAG AATTCTTGGA CGCCGTATTT
AGGGCTGTTG GCGACGAGCT CCGCTTTTCG GACATCAACC GAAGTGAGTG TTGGACTGTG
ACCTACGACG GCAAATATTC CGTTTTGAAA TTGGTTATTG AGCCTTTTGG TAGTATCACT
TGGCTCTTTT TTGCAAAGCC GCGCGAAACA GACCCTGCTT TATGTTTGAT TCGCGAGGTT
CTCTCGAAAC CCGTAGCTCG AATGACCCTG CCGGTGCCTT CACATCAAGC AGGGTCAACT
TCTAGCTCTA TCTTGGAAGG TGGGACTTGG GAAATATGTG CCCCGCTGTC TTCAAGCTGT
TCATTGAAAT TTTTTGGAAC AGGAAGCAAG GTTGACTCCT ACGAAGCAAG ATGCGGCTTA
CAATTGCCCG CGTACCAAAA TTCGCAGGTT TGGAGCCATA TTATTGTCCA CGGTGCTGAT
AAAGACATCA AAGACTTGGA AGTTGATGTA CGTGGCACTT ATGAGCTTCT TCCTGATTGC
GGTACTGCAA ATTCATGTCT GCATAGAAGA CCAGCAACCG CGGGTGGAAA CCCAACCATC
TACCTCTTCT TGGATCCGAC AAAGCTAGGC GAGCCCACAA ATGACTCGTT TGTTTTTGCA
TTAGAGCATA GGCGGATCCC AGGCTATGCG ACTCGGATGA CTATTGCTGA GGTGTCGCAT
ACGTGGCGCT CTTCGAAGGC AACAGACAAG GCTGAGACCG TCATCATCTA TTACCGGAAG
TGGATTCCTT GCCCCTTAAT CTCACTGCAG CCCTACTCCA GAGAGACTGG CAGTTCTATC
CAATGCTATA CCCTAGACTC CAATGCCTCG GTAGCCATCA CCAACGGCGA ATGCCACAAT
GCGAATGTAA CCTTGTTAGC ATTCACCATA CCTGCAGGTG TAGCTACCTC AGACTCTCAC
TCTCCTTGGT TTGCGAGAGA ATGGGAGGCC ATCAATCCAA TTGATTGTCC AGAACTCCTC
CGCGAGAACG CCTGGCTTCT TCAAAGGGCC GCCGGTTATT CGGACTTCTG CGAATGGAAT
CAGATCGTTG AAGCCAATAT TCAAGGCCCG TGCAGGGTCT GTGTACCTCC CAAACCAGGA
ATCCTCTGGG GTCGCGACGC AAAGGGTCGG GTCAAGGCAT ACGAGGATCC GTATGGTGCT
GCTCGGTACG AACGTGAGAT CAAGTCCCGG CCGTCCGCTT TCTTGATATT TCGCAGAGAG
TGTTATCAGG ATATCAAGGC TATCTCTGCA GAGCTTCGCG TTACGATTAA TGTCCAGACC
CTTCTGCATC AGGCTTATGG AAGACTGCCG CACGTTCAGA CCGGCTCACC TGCCGCGTCC
TTTTACTGGC GCCTTGTACC AAACTCGTAT GACGTTCGAG ATTGCCTATA TCCCAAGTTT
GAGTTGAGAA GTAATAGGAA TGATCCGCAA GCTTCGCAGC CGCCGCAGTT TACTCTCGAG
GGGCGACCCA AACTGCGGCC CGAGCAGTTG CGTTCGTTGT CATGGATGAT AGCGCAGGAA
AAAGAGAACG TTGAGCCTTT TATTGAGGAG GAAACGGAAG AGGCGCTGCT GGGATCGTTG
ATGTGGCGTG CAGAGGGGAG AGTCACGGTG CCAAAGACTG TCCGGGGAGG TATCCTGGCA
GACGACGTTG GCTACGGGAA AACAGCCATT ATTCTAGGCT TGCTTGATGC ATCGTTTGCA
AATCTCAACA TCGACCTGTC CGTCTCTCTT AACAGCACTG GTTTCGTTCC CAGCAGAGCA
ACACTCATCG TGGTCCCGCG AATCATGGTG CAGCAATGGC GCGCTGAGAT TGCCAAATTT
CTAGGCGACA AGTACAATGT TCTAGCCTTT TCCTCGGCAG CGGCGTTGAG AAAGACCAGC
ATCGGTGACA TTCGAAACTC CGATATCATC CTGGTATCCC GGTCTGTCTT TGACACCGCG
GCTTACTATC AGCATCTACG AAGGTACGCC GGCGCTTCTG AAGCCCCCGA CAAGCCAGGA
CGTAAATTCG ATGACTGGTT CCATCTTGCG CACGGGTTTA TGAAACAACA TGTTCGTGTG
CTTGCTGAAT CCGGCCCTCT CGCTTTCTTG CAGTCTCTGC GTAATAGACG TGCTCCGACG
AAATATCCAG AAACCCACCA ATACGCGCCG TCGAAGCGGT TACGGGGGAA GCAGTATGCG
CTTGCAAACA AAGATCGGGA CTTCGAGATG AAAGATGACC GACCGTACGC TGAGATATCT
AGCAACGAGG AATCTTCCGG GACAAGCGAT GGCGAATATG GGAACCCAAT CATGCTTAAA
GCCAAAATCG ACCATCTCCT CCGACTCATC CCGCCAAAAC AGTTTAAGAA GAATGAAGGG
CTAGCCGGGG AACAGTCTTC CTCGCATGGA GAGATAGAGG ACGACTGGAA AGGATTCGGT
ATCGATGGCG AGACCCAGAG TTGGGAAGCG GTCCTAGGCC TTCCCTTCCA CGCCTTCCAC
TTCAACCGCC TTGTGATTGA CGAATTCACC TACGCCAAAA TGGACCGGCT CACGCAGTTG
TTGACGCTCC AGGCCCGGTC AAAATGGTTT CTCTCTGGAA CGCCGCCTTT GAACGACTTT
GAGGACGTGA ACACCATAGC ACCATTCCTA GGCGTGCATC TTGGCATCGA TGCAGAAGAT
GATATCAACT CACAACACTT CCGATTGAAA GAGCTCCGTA AGCAGCGCTC TGATGCTGAA
ACTTTTCAAG CTTTCCGGGC TCCGCGGAGC GAAGCATGGC ATCGGCGTCG ACATGAACTC
GCGCAGATTT TTCTGGATAG ATTTGCACGC AGAAACGTTG CAGAGATTGA CGAAATTCCA
GCTACCGAGC ATATTGTCCT CGTTCGCCAG TCACCCGCTG AGAAGGTCAT CTACCTCGAA
CTGTATAAGC AACTTATGAC ATATAATCGG CAGCTGCGGA GGGTGAACGG TCGAGGAGGA
GACCAGGCAG AACGCATAGA CGAGATCATT GCATATAGCT CAACACCTGA AGAGGCATTG
CTCAAACGGT GTACATCGCT TGCGCTCCAG GGCCGTTGGG ACGATGATGG ACAGCCGGAA
GCCGCTACCT GTGCCTCTCT TATCCGGACT CGCGAAGAGC AGCTGGATCA GACGAAAAAC
GCCCTTAATA ACAAGCTAAA GCTCGCTGCG TGGCTCTACT GCTCGTGCAA GCATGAGCAC
GATAAGTTCA GCCAATTCAT GAATAGCGTC ATTATGCATA ATTTTGGTGA TAAGTCTGTT
ACGGAGGAGG TGGACCCATT ACTCACCATG GCAGTCAAAG AGTCCAAACG CAGCGACTGG
AGGTTCTTCT ATTCCGGCTC TGACTCTGAT CAGAAAACCG GCGACGAAGG CCAGCATGGA
GACGTAGATG AAGACAGTGA AACTATCGAG GAAGAAGACG AAGACGAACT AGTGCTCAAA
CAAAAGGGTT TAGGTGGCCA GCGTAAGACT CAATCCAGAT TTACGGCTGA GTCCAAGCTC
AAACCCAGAC ACAAGCAGAA GTCGAAGGCT AAGCCTACTC TCACGCGAAA AGACGAGAAT
AAAAAGAACA AGAGCGAGCC TCTCCTCCCT ACCAAACCCA CAGAACCTCG AGAATTTGAC
TCAGAGCTCC GAGACGTCAC AGGCGTGCTC CGCAAACTGG TCGTCGAATG GGTCCATCGC
AAACGAGCCC TTCGCTTCCT CACAGCCGTC CGAAAGATCC AAACGAACCC GAATCCTCAG
GCCATCCCTG CGTGTGACAA TTGCCAAACC CAGCCGGGCG TTTTATCCAA ACTGAACATT
CTCGGATCGT GCGGTCATGC CCTCTGTTCA AATTCAGACT GCACCCAGAA AACACTTGAG
AAGGAGGAAT GCGTGGTCGA GGGATGTCGC GGGTCTGGCA AAAATTTTAA TATCATTAAC
GCTATGACGC TTGGATGCGA CACTACTTCA ACTCCAACTG CCATGTCCAG CGATGGGGAT
AGTAACGGGG ATATTGACCG AAGCTCCAAA CACGGCGGAA CAAAGCTCGA GGCGCTGATC
AACATCATCA CCAAATTCCC CGTCGAAGAG CGCGCCCTCC TCTTCGTCCA ATTCCCGGAC
CTCATGACGG TCGCCTCAAT GGCCCTATCC TCTGCAGGAA TAAAACACAT AATCATCACA
CCAACAGACC AGAAAACAAG CTCGAAAATC GAGAAGTTCC AAAAGGAGGG ATTCGGTGAT
ACCAAAGTCC TCATTTTGAA TCTGGGTAAT GAGATGGCGG CAGGATTGAA CCTGCAGTGC
GCAAACCACG TTATTTTTCT TTCACCGTTT CTTGCCGAAA CGCAGTATGA CTACGACTCT
GTTATGATTC AGGCTGTTGG CCGGAGTAGG CGGTATGGGC AGACGAGACA TGTGCATATT
TACCATCTGC TGGCGAAGAT GACGATCGAC GTGAATGTTT TCCAGGAGCG GCGCGGGAAC
AAAGTTCTTG TTGAACGGGG TGGGCGGGCG ACTTTGTTGG ATGCTGAGGA GGCGGCCGAG
GATGAGACAA TGACTTGTCA GGGGCCGGCT ATGGTTGTTG AAAATGCGAT CTGA
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| Protein sequence | MPAKRKPPVI ATLASSRSRR YPHQSGTVPE PAHQSEFRLE PGPDLQIRLK VEVEAEFGLH
GTRHHQPKPF TQDGSTISAR QFRPGELEPL SKYEDVSNED DNDGSNVAKR PRMVVVLRLP
LSLNKPGPRF QSVQRAHDTS VTATDPYPDS GAYRAALKRE HPNSIVATSA VKRPRRSPRF
QQSNAGQLEA ADEVLDGAKA HQGVAGVKNK IPSATNNTLP SPSKMVAAMA RSSIIQFSFS
STGCRIPSLD DNNTDQGPSR LDPNTPELIR SQPYSGRMRP RTQLAQHLPP LYKLSDIFKS
LTERAIDLGL DKVLTHLGNR RLRVATVCSG TESPLLALEM VKENLQKYFN RDLDFKHLFS
AEIVPYKQAY IERNFRPRLL FRDVAELKDR VARTAYGSLE KVPKNADMLI AGFSCVDFSG
LNNYRKELDE TGESGDTFWG IICYAKIYRP RMVILENVKT APWAKIEGHW NDIDYVAVHS
DVDTKAYYLP QTRERGYMFC VDKRLLSHLA QNHHGLGLDA DEIGLNMRRE WVDTLAAFKR
PASSPAGMFL LDAEDRRLEQ IEKDMAQKIV ASAATVRATV NWDRYQVRHQ GYRLKQGLGH
RRPISKSQDD GTCKMPDFAW QVWMRSLPER VRCLELSQGL DREMDSRAFG IVGCITPCGI
PYMTTRGGPL CGLESLALQG LPLDRLLLTQ ESQRELQDLA GNAMSSTVVG AAILSALIAG
HKVLRKGDFS QTSKPTSRTQ KSRITPQGDV ALTSSNMHLD PDTVIDILKL REQATTSARY
CVCEGHNSIR ATCSECSGNP QHAYERWLDL PRTVPLDFVS SLRSILPGRL AVRGITPDSY
KELKSNSYIP AKCWSEFLDA VFRAVGDELR FSDINRSECW TVTYDGKYSV LKLVIEPFGS
ITWLFFAKPR ETDPALCLIR EVLSKPVARM TLPVPSHQAG STSSSILEGG TWEICAPLSS
SCSLKFFGTG SKVDSYEARC GLQLPAYQNS QVWSHIIVHG ADKDIKDLEV DVRGTYELLP
DCGTANSCLH RRPATAGGNP TIYLFLDPTK LGEPTNDSFV FALEHRRIPG YATRMTIAEV
SHTWRSSKAT DKAETVIIYY RKWIPCPLIS LQPYSRETGS SIQCYTLDSN ASVAITNGEC
HNANVTLLAF TIPAGVATSD SHSPWFAREW EAINPIDCPE LLRENAWLLQ RAAGYSDFCE
WNQIVEANIQ GPCRVCVPPK PGILWGRDAK GRVKAYEDPY GAARYEREIK SRPSAFLIFR
RECYQDIKAI SAELRVTINV QTLLHQAYGR LPHVQTGSPA ASFYWRLVPN SYDVRDCLYP
KFELRSNRND PQASQPPQFT LEGRPKLRPE QLRSLSWMIA QEKENVEPFI EEETEEALLG
SLMWRAEGRV TVPKTVRGGI LADDVGYGKT AIILGLLDAS FANLNIDLSV SLNSTGFVPS
RATLIVVPRI MVQQWRAEIA KFLGDKYNVL AFSSAAALRK TSIGDIRNSD IILVSRSVFD
TAAYYQHLRR YAGASEAPDK PGRKFDDWFH LAHGFMKQHV RVLAESGPLA FLQSLRNRRA
PTKYPETHQY APSKRLRGKQ YALANKDRDF EMKDDRPYAE ISSNEESSGT SDGEYGNPIM
LKAKIDHLLR LIPPKQFKKN EGLAGEQSSS HGEIEDDWKG FGIDGETQSW EAVLGLPFHA
FHFNRLVIDE FTYAKMDRLT QLLTLQARSK WFLSGTPPLN DFEDVNTIAP FLGVHLGIDA
EDDINSQHFR LKELRKQRSD AETFQAFRAP RSEAWHRRRH ELAQIFLDRF ARRNVAEIDE
IPATEHIVLV RQSPAEKVIY LELYKQLMTY NRQLRRVNGR GGDQAERIDE IIAYSSTPEE
ALLKRCTSLA LQGRWDDDGQ PEAATCASLI RTREEQLDQT KNALNNKLKL AAWLYCSCKH
EHDKFSQFMN SVIMHNFGDK SVTEEVDPLL TMAVKESKRS DWRFFYSGSD SDQKTGDEGQ
HGDVDEDSET IEEEDEDELV LKQKGLGGQR KTQSRFTAES KLKPRHKQKS KAKPTLTRKD
ENKKNKSEPL LPTKPTEPRE FDSELRDVTG VLRKLVVEWV HRKRALRFLT AVRKIQTNPN
PQAIPACDNC QTQPGVLSKL NILGSCGHAL CSNSDCTQKT LEKEECVVEG CRGSGKNFNI
INAMTLGCDT TSTPTAMSSD GDSNGDIDRS SKHGGTKLEA LINIITKFPV EERALLFVQF
PDLMTVASMA LSSAGIKHII ITPTDQKTSS KIEKFQKEGF GDTKVLILNL GNEMAAGLNL
QCANHVIFLS PFLAETQYDY DSVMIQAVGR SRRYGQTRHV HIYHLLAKMT IDVNVFQERR
GNKVLVERGG RATLLDAEEA AEDETMTCQG PAMVVENAI
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