| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_A0019 |
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| Symbol | |
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| ID | 7169593 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Bacillus cereus G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011774 |
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| Strand | + |
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| Start bp | 77088 |
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| End bp | 84266 |
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| Gene Length | 7179 bp |
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| Protein Length | 2392 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643559077 |
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| Product | PA14 domain protein |
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| Protein accession | YP_002454581 |
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| Protein GI | 218847876 |
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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 | 13 |
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| Plasmid unclonability p-value | 1 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.000236303 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | GTGTCAAAAG CAAAATATAA AAGAAATGCC ATACATTCAG GTATTGGAGA TAATGATGAT
CTATTTACAA AAAGCCCTCA GAAAGAAGAT GTTGTAGAAG ATTTTCAATA CGCTGCTCGT
TTACGTGGGA AGAAAAAACA CGAGACAATG ATTTACCCAG AAATTCCTTT TGAATATGGA
ATTAGCTATG ATGGGAGATT GTTAGAGAAA TATAACGAAA AACCTTATCA GTTTGAAGTA
AACGCACATC CTGAAAAGAC TCTTGCTTAC GAAATCGAAG AAACAAAAGA GTTACCGGTA
AAAAGACTAT GGGAAGCGAA AGCTTGTTTT GAAGCCGAAG TTTGGCGATT AAACATGCAG
TACTCCTTTA ACTGGAAAGG TCATACAGGT ATTCGAGATA AACGAACAGC TGAATATGCA
GTTGACTGGA AAGGCATGTA CAAGCTCGAA GACTATGGAG ATGTCAAAGA CTTATTTACA
TCTGATAAAG GTATTTATAT TGGATACAAT GACAATAGAA CAACTTGGCA TTTATCTAGT
GATGGGAGTT ATGTACTGGA TGGATTAAAC CGCCCATTCT TTTCTGGTGT AATCGCAAGA
AATATGATGT CTTGGAACGC TTATGAAACA GAATTTGATT TTAAGGCTAT TCTTAATAAT
GGAGCGGATG ACTTCTATAA TACTAGAAGA TACAATCCAA CTACAGGAAA ATTTGATCAT
GCACCAGCTT GGGATGATGA TGTAGTTGGT CTTATATTTC AAGCAAAAGA TCCAAGCAAT
TTCTACATGA TGCTTTGGGA GGCAGAAGAA AGAATTGCAA GGTCTTCAAG AGCAGCTGAC
AACTTAGATG GAATTAATGT TTTCAATGAT TATGATGAAT ATGTAAATAG GTCTGTTAAT
AGTGATATGA ATAACTGGGG ACACTTTTGC AATAACACAG GATGGGGCAC ACGCCATAAA
CGTATTTATA AAGTAACAAA TGGTGTTATG CGCCGTGTTT ATGTAGATGA TTTAAGCAAT
GGGTTTGGCT GGACTATGTT TAATATGCAT GGTGTTAAGA TTAAAACTAA TGGTAGCAAT
GTGCAAATTT TTGTTAGGCA GCATCCAGGG GCTTCTTACA TAAAATGCTA TGACTTTAAT
ACAGATTGGG GAAATGGAAG CTTTGGTATG TTTAATGTAT CCCAGTCTTG TGAGTTCCAT
GGCGTTAAAG TTACAGAATA CAAGATTATT GAGGGGCGTA TCCCTGAATC TGGATGGAAT
ACAACTGATG AACCAAATAA AAGGATAGCA GATGTAGCAG CATGGTATGT AGATAATGAT
GCTGGATTCA GGCGAAAGTG TGACGCAGCC AATGTAAGGT ATGGCGATGT AGATATCTTT
TATATAAATG GATACACACG TGTTGCTGAA AATGGAACAA TAGATGTTGC AGGCAGGAAT
GGACCAATCA CAGTACACGC CAAAGACTAC ACTACATGGA AAGACTATAG TGGTAGATTT
CCTCAGAACT ACAGTGAATA CTTTGAGTTC AATGGGATAG GTGATCAAAT CCTTGCAAAT
AATGCACAGG ATTATGTTAG CGAAAAGATG AACCTACCAG GATTTATTAT GGATGATATA
AGTGGACAGG TAGTAGACCC TAAAACAGGG ACGCTAATCA TTACAGGGAA AACTGGACAA
ATTATAGCCC GAAATAACAA TCCACCTGAT GCAGGTAAAA AATATGCAAA ATGCTACGTA
CGATGTGGAA TAGTAGAAGT CACCCCTGAT CATAGAGATT TCAATACAGC TCTAGTAGTG
TTTGACGACA TTAAAAAAGT ATTTAGGGAT GACTACAATG AGTTCTTTAA TCGAGAGGAC
TACATTAACA AAAAAGAAAA ATATGAATTA GTTAAGCCAG TTAAGAAACC TAAACCTGTT
CCGCCAGGTG TGGAACCTGA AGAATCAGAT GGTGGATGTA GAATTGATGA TCCAGTAGTT
AAGCCACCTG ATGAAATTAT TGATGAATGT TGGGATGATT TTGATTTCGA TGGAATCAGA
TTAGTCATGT GGAGCTGCAT GTTCCCAATT GAAAAGCTGA AGAAGACTTT TGAAGAAAGA
GTATTTGCAT ATAACGGATG GGTAACATTT AATCCACTAG CTTCCTTTAA GCCAAACAAG
TGGACTTACT ATAAAATGAC ACCAATTGAA GCTACAATAA ACCCTAAGTA CGATAAAGTA
AAATGGGCAA ACAGAGATGA TTTCGATAGA ATTCCAGTAG GGACAAAAGT CATTGCAAAA
ACAACAGAAT GGTATAAAGC TATTTTCCCG GCAGATATAA AAAACTCTGG CATTATAACA
AGTGATAGAG ATTTGATTTC ACATATACCA CCATGTCCTG AACATTTCTA TCATCCTATT
GATAAAGAAG ACAGAATGCC TGATACTTTT GAAGTTATTC ACTTCTTACT AGATGCATTT
TCAAATAGCG CAGATGTTGT AATGTGGTAT GAAAGTAATC CAACATTAAC AACGGAATCA
GCAGATAAAC GACCAGAATC TCTTGCGCAA GAAGGAAAAT CTGGTATGCC AATTGTATTA
ACATCTAATG AAAATGATAA TATTGTTATT CATTGTAAGG AGAATCCACG TTGGGTTCCT
TGGTCTTCCG GTAAGTATAT TGGATATGGA AAAGTAAATG GAAAACGCCC ATTCTTTGGA
GATGGATCAG GAAAAGCTGA TATGGTGAAT GTGTCTACAG AGGTTGTATT CTTCCCTGAT
AATTTAGATA TGGAGACATT AAAAGGTCCG TTTATTGATA TATACGACAA AGAGTTTCCT
AATAATCCTA GGGTGAAATA TAAGTTGAAT CCAAAAGGAA CAAAGGTAGA TTTCTTCTCA
AATCATACTG ATGCATACAA CTGGTATACA GATTGGTACT CTAATTGGGT GGAATCGAAA
GAAACCTTAC AAGCTAATAT GAGTGACATT ACTGTTGTAG AGAATCCATT AGAACTGAAT
CCGTATGATT CTAATGTTGC AAAGGATTAT AATCCTGATA ATACCTTCAT AGAGCGAATT
GAAGTAACGA GTAATAATGA GTTTATAAAG GTTTGGATTG AAGAGAAGAA AGGAAAAGAG
GATGGCCTAT TTGGTTCGTA CTACAGATTT CCATTAACTT CACAAACCTA TGAACAAAAA
TGGCAAGTGC AAGGGGATTA TCAGGAATGG ACACAATCCT ATGAAATTAA ATCATATATG
GATAAAATCG AAATTCCAGT TCAAGCAAGT GGGGCATTTA AAATACTTCA TGTAAAAGTA
GGCAATACCC TTATCTCACA AGATAAGAAT AATGGATGGA CATTAGAAGA TGAGGTTGTA
ATACTACACG GCAGCGGAAT ACGTCCCGGT ATGATTAATA TCAAATATGC AACAGGATCT
ATACACAATG TGTTCCAGAT TAATGAGCTG GGTAGCTACA AGGAAATCTA TTTAAACGGA
ATTTTATTAG ATAATAAAAA GTATGAAATA AAAGACCATA CTCTTACGAT TAATAAAGAT
ATATTAAATC TATATGATTG GGTTCATTTT CAGTCATATC ATATTGATGA GCTTCATGAT
CCTACTAAGC GTAATTATCT GGGAGAGAAA AAGTATAATC AATTAGATTT TCAAGAAGAT
ATTCCAACCA AGAAAGAAAA TCCAAATTAC AATGATCCAT TCTACGAAGG CTCTTTATGT
TTTAACTGGG GATATCGTTC ACCAAAGAAA CTTCATGCAG ATGAGTCCTT TAGCGCTATG
TCTATGTTTT TGCCTGAAGA TATTCAATTT GATGTAGATG TAGACATGGA AGTCGTGTAT
CCAGTTGGAA ATGCAGTTGA TATATCAAAC TTTACAGGTG AATGGAAACA ATGGGATCAA
CATCCCGATA AAGTATTTGA TACAAAGGGA AATCATATAG ATGGACCTGG TGACTGGCAT
GGTCCACCTG AAAAAGGATA TGATAAAGTA ATCAATTTAA TTAACCAAGG ATATTATTCT
GGTTGGTATA ACCCAAAGCA TGTGGAATTA AAAGATTATG CCTTTTCATT TAAAGTAGAA
TCCAGAACAT TATGGGATGA TGACCTTTAT GGATGTGTAT TTAGATTTGA TCCTCAAACA
TGCTCAGGCT ATTCCTTTGA ATGGGACTCA GGTGGTGCAG GAGTAAATGG TATGGCTATT
TATAAGTTAA CTTGTAAAAA TCCAGATCAA GTAGGAAAAG GACACTTGAA TTTTAGTAAA
ATACGATTAG TACACGACCC AGAATGGTGG GATCCAGATG GCTCAGATAA TAAGCCGATT
CCTAATCGTA AGTTTTATAC TCATGATGTG AAAATTAGCG TAATCGGAAA TAAGTTTCAG
GTTTATGTTG ACGGTAAATT AAAACTTGAA GCTATTGATA AAGAAGACAC TTATAAGTCA
GGCGCATGGG GACCAATTAC GTACTCAAAT CCAGACACAT ATTTTTGGAA CTTTTGGTTG
CAGACTTATA AAAGGGTGAC ACCAAAAGAG CGCCCTGGAT TTAGAAAACA TCTTCAATTC
ACTAAAAAGC GTAAGCTAAT TGAAGGAGAA GAAGCTTTCT ATGAACTTGA GTTAGATGAA
GAAGTCATGA AAGAGAAATT CGAAAAAGAA TATTTAAGCT TCTGTCAGTC AGTAAAATTA
GAACCACGGT TTGTTGTATC TATGGAATAC TTTATAAGAA ATGATGAAAG TGATTACGAA
GTTTACTTTA AGGAGTTCCA AAAGATTAGA GTTTTAGAAT TGTCTCCATC TATTCTGGAA
GTAAACCCTC TCGGTCATAC ATCTATCCAA GAAGCTGTTA AAAGATATGG CAACTTTGAT
ATATCAAAAA GCATCGAGAT AGTGCAAGAC GTGTACCAAA ACTGGAATAA ATATAAGGTG
GAAGATTTTG ATGTACTTAC ATTTACTCCT GCAGATTGTA ATGCAGGTAC AGATTTTGCA
GATGACATGA TGGATTTTGT ACGCAAGTTT AAAGCAGCAT CTAATAAAGT AATCATATTT
AGTCATGATA CGATATCTGG TAATATTAAA AATACAATTA AATTACTTGA AGAGTTCGGG
TTTAAGAAGG CTAATTCTGA GCCATATACA CGGGGTGATA AAATTACATT GATTGACCCG
TCATTCAATT ATCCGTACCC ACTTACAGGG ACAATTGACG TAAGTGTGAG TCACTGGAAC
CAATGTTTGA ATGGGATACC TATCTATAAG TTTGCGCATG AAAATCGACC ATGGTTAAGT
TATGTTGATA ACGTATATTA CTCAGAAGCT GGGGATAGCA CGTATTATTG TGATGGACGT
TTTAGACAAC AATTGAGTGA TAATGAAATG AAAATATGGG TTAACTTAAT GTGTAGAATT
GCGCAATGGA AGCCATCTGA AAAACCTAAG ATGACTGCAT ATGGTCAATC AAAATTATTT
GCAACAGTGA GGGGACAGAA TCCACCTATC CCTGATCCGA ATCAAAATAA ATATCCTTCT
AAGAATGAGC CAACGGTTCC AGTGCTTCAG CCGCCAAAAG AGTCAGATCC AAATGACGGA
TTTACTGTAA GCTGGAATGG ATATATTTAT GCACCACAAA CAGGGTACTA TCGTTTTAAA
GTGCAAGTAA ACGACGGATT TAGATTATGG ATTGCTGATA AATTGCTTAT TAATGAATGG
CATATTACTT CAGCTGAAGA TTTCTTCCCT TCTTATGAAG CTTCTGTATA TATGGAAGGT
GGTAAATGGT ATCCAATTAG GGCGAATTTC TTTGATAACG TAGGACAAGC CGTTATTCGT
TTGCACTGGT CTAGACCGGG TAAAGATTTC GAACGCATCC ATCCTAAATA CTTAACACCT
TATCTTGGAT ACAAGCTATT TGCTCAAGTA AAAAAAGCTA GGCCGCTGCC TTGGCATCTG
CTTGTGCACA ATGGATATTA TTATCATCAA GAGAGGGAGC ATTACTTGTA TGCAGAGAAA
AAAGAATATA TAGTAACTCC TGATAAAAAC AATAGTATTA TGATTCAGCC AAGGCCACAG
CAAGGTTGTC CAATCATCGT GCAGGATAAT CAAGGTAATA CTTTGAGGAA GGTAACATTT
TATGATGATA ACTGGAATTT AACGTTAGAA AATAAAGAGG TCTTTCATGG AAATGGATAT
GCAAAATATT ATTTAAACTA CAAAGGCATT GATAAAGAAA CGTTAAAGGT TTATCTAAAT
GGAAGTCTTA TTGAAGCGAA TGATTTGATT TTTCATGAGG AAGTTTCAGC TATTGAATTT
ATGAAAGAAA TTAATGTAAC TGATATAATA GAAGTGCGTT ACATTTTATT ATATAGCTAC
ATTCTTGATA TAAATGCAAA TTTAGAAACC GATTCAGCTC AAATTATTTT ACACAATAAC
TATGAAGAAA ATAAGATGAA AAATATGAGA GTCATTTATG AGTCAGCAAA AGAGACGCCT
TTCTATCGTG CGAAAGAAAT TGTTTTAAAT CCTTTATTAA CTCATAACCA CACTGGATTC
TTATATCTAT CTGAAACAGG AGAGCAAGAT GCAAAAACAA TACAAGCTCA CTTATCAGAT
AAAATAATCT CTAATTCAGG GAAGGAGAAG GTTCTTGTAA CTGTTAGTAT TTTAGACAAA
TACAATAACC CTTGCCCGAA TAAAATAGTG AAAATTTATC GAGACGATAA GCCAATAGAT
GCAGAGTTTA TTACGAATGA AGCAGGTGAG GTATATATTT ACGATACACC AGCTCCACCA
AAAGGCTTGA TTAGTATATA CCGTATAGAA TGCAATGATC TGCGAAAAGA ATTGCTATTA
AACTATTATG CAGAAAATAA AAAAGAAAGA CTCTATATCG ATATAGTTGC TCCTAAATTG
GCTATCTTAT CAGGTGTAGA CGACTATTCG ACTATTAAAA TGACACTAAG AGATTCTAGT
TGGAATCCTG TTATGAAAGA TAAAAAAATG AATGTTGAAT ATAGAGATAC ACATGGGAAT
GCACGTAAAA AAGAAGTTAT AACAAATGAT TTTGGACAAG CTGAATTCAT ATTAAGTGGT
TTAAAAGAAA AGCATGGTGA AATTATGATT AAAGTCTCAT ATGATATGGG TTTTGAGCAA
GCAGCGAGCT ATGTATATAT AAAAGTCATT GGGGGATAA
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| Protein sequence | MSKAKYKRNA IHSGIGDNDD LFTKSPQKED VVEDFQYAAR LRGKKKHETM IYPEIPFEYG
ISYDGRLLEK YNEKPYQFEV NAHPEKTLAY EIEETKELPV KRLWEAKACF EAEVWRLNMQ
YSFNWKGHTG IRDKRTAEYA VDWKGMYKLE DYGDVKDLFT SDKGIYIGYN DNRTTWHLSS
DGSYVLDGLN RPFFSGVIAR NMMSWNAYET EFDFKAILNN GADDFYNTRR YNPTTGKFDH
APAWDDDVVG LIFQAKDPSN FYMMLWEAEE RIARSSRAAD NLDGINVFND YDEYVNRSVN
SDMNNWGHFC NNTGWGTRHK RIYKVTNGVM RRVYVDDLSN GFGWTMFNMH GVKIKTNGSN
VQIFVRQHPG ASYIKCYDFN TDWGNGSFGM FNVSQSCEFH GVKVTEYKII EGRIPESGWN
TTDEPNKRIA DVAAWYVDND AGFRRKCDAA NVRYGDVDIF YINGYTRVAE NGTIDVAGRN
GPITVHAKDY TTWKDYSGRF PQNYSEYFEF NGIGDQILAN NAQDYVSEKM NLPGFIMDDI
SGQVVDPKTG TLIITGKTGQ IIARNNNPPD AGKKYAKCYV RCGIVEVTPD HRDFNTALVV
FDDIKKVFRD DYNEFFNRED YINKKEKYEL VKPVKKPKPV PPGVEPEESD GGCRIDDPVV
KPPDEIIDEC WDDFDFDGIR LVMWSCMFPI EKLKKTFEER VFAYNGWVTF NPLASFKPNK
WTYYKMTPIE ATINPKYDKV KWANRDDFDR IPVGTKVIAK TTEWYKAIFP ADIKNSGIIT
SDRDLISHIP PCPEHFYHPI DKEDRMPDTF EVIHFLLDAF SNSADVVMWY ESNPTLTTES
ADKRPESLAQ EGKSGMPIVL TSNENDNIVI HCKENPRWVP WSSGKYIGYG KVNGKRPFFG
DGSGKADMVN VSTEVVFFPD NLDMETLKGP FIDIYDKEFP NNPRVKYKLN PKGTKVDFFS
NHTDAYNWYT DWYSNWVESK ETLQANMSDI TVVENPLELN PYDSNVAKDY NPDNTFIERI
EVTSNNEFIK VWIEEKKGKE DGLFGSYYRF PLTSQTYEQK WQVQGDYQEW TQSYEIKSYM
DKIEIPVQAS GAFKILHVKV GNTLISQDKN NGWTLEDEVV ILHGSGIRPG MINIKYATGS
IHNVFQINEL GSYKEIYLNG ILLDNKKYEI KDHTLTINKD ILNLYDWVHF QSYHIDELHD
PTKRNYLGEK KYNQLDFQED IPTKKENPNY NDPFYEGSLC FNWGYRSPKK LHADESFSAM
SMFLPEDIQF DVDVDMEVVY PVGNAVDISN FTGEWKQWDQ HPDKVFDTKG NHIDGPGDWH
GPPEKGYDKV INLINQGYYS GWYNPKHVEL KDYAFSFKVE SRTLWDDDLY GCVFRFDPQT
CSGYSFEWDS GGAGVNGMAI YKLTCKNPDQ VGKGHLNFSK IRLVHDPEWW DPDGSDNKPI
PNRKFYTHDV KISVIGNKFQ VYVDGKLKLE AIDKEDTYKS GAWGPITYSN PDTYFWNFWL
QTYKRVTPKE RPGFRKHLQF TKKRKLIEGE EAFYELELDE EVMKEKFEKE YLSFCQSVKL
EPRFVVSMEY FIRNDESDYE VYFKEFQKIR VLELSPSILE VNPLGHTSIQ EAVKRYGNFD
ISKSIEIVQD VYQNWNKYKV EDFDVLTFTP ADCNAGTDFA DDMMDFVRKF KAASNKVIIF
SHDTISGNIK NTIKLLEEFG FKKANSEPYT RGDKITLIDP SFNYPYPLTG TIDVSVSHWN
QCLNGIPIYK FAHENRPWLS YVDNVYYSEA GDSTYYCDGR FRQQLSDNEM KIWVNLMCRI
AQWKPSEKPK MTAYGQSKLF ATVRGQNPPI PDPNQNKYPS KNEPTVPVLQ PPKESDPNDG
FTVSWNGYIY APQTGYYRFK VQVNDGFRLW IADKLLINEW HITSAEDFFP SYEASVYMEG
GKWYPIRANF FDNVGQAVIR LHWSRPGKDF ERIHPKYLTP YLGYKLFAQV KKARPLPWHL
LVHNGYYYHQ EREHYLYAEK KEYIVTPDKN NSIMIQPRPQ QGCPIIVQDN QGNTLRKVTF
YDDNWNLTLE NKEVFHGNGY AKYYLNYKGI DKETLKVYLN GSLIEANDLI FHEEVSAIEF
MKEINVTDII EVRYILLYSY ILDINANLET DSAQIILHNN YEENKMKNMR VIYESAKETP
FYRAKEIVLN PLLTHNHTGF LYLSETGEQD AKTIQAHLSD KIISNSGKEK VLVTVSILDK
YNNPCPNKIV KIYRDDKPID AEFITNEAGE VYIYDTPAPP KGLISIYRIE CNDLRKELLL
NYYAENKKER LYIDIVAPKL AILSGVDDYS TIKMTLRDSS WNPVMKDKKM NVEYRDTHGN
ARKKEVITND FGQAEFILSG LKEKHGEIMI KVSYDMGFEQ AASYVYIKVI GG
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