| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B2554 |
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| Symbol | |
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| ID | 7186245 |
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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_011772 |
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| Strand | - |
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| Start bp | 2629146 |
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| End bp | 2636162 |
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| Gene Length | 7017 bp |
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| Protein Length | 2338 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643550493 |
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| Product | bacitracin synthetase 1 |
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| Protein accession | YP_002446163 |
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| Protein GI | 218897752 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.000000340307 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCACATTA AAGATCGAAG TTCAATTCAT GAAAATAAAG AAGTAGAAGC GTTTTGGAAG
GAGCAATTAT CTTCCGAGAT TCTCGATTTT TCTGTATTTA AATTTAATAG CGATTACCAA
CTAAATAAAG AAACACCTTG TGAGTACGTT CAAGTCAGAG TGAATGTAGA ATTTAGTAAA
AGTATACAAA AAATAAGTAA GTCTCAAGAT TTATTATTAT TTAGCTGGTT TCAAGCCGCT
TTAAGGGTTT GTTTGGCACA TTATACAGAT CAAGAAAGAA TTACCATTGG TATTCCTATA
ATTGAAAAGA ATCTTGAACA AAGTGAGAAT CTTAATAAGT TGATTCCTTT AGGAAGTGAA
ATCCATCCGC ATCACCCCTT TAAACAATTA GTAAATGAGA TTGAACAAAC GACTTTATTC
GGGTATGAAA ATCAGGAGTA TCCGCTCTCT GAATTATTAG TTAAACACAA TTTAACTCCT
TTTCAAATTG TAATCGGGAT GGAAGGATTA CATAATGAAA ATTCACTAGA AGAATACGCA
GAGAATAATT TAGTCCTATG GATACGAAGA AAATGGAATG AAATACATAA TGAATTTGAA
TTTCAAATTT CTTGCAAGTC CCGTTCATTC TCTTCTTTGC AACAGTTTGC CAATTCGTAT
TGTTATGTTT TAAAGCAAGT TTCACAAAAT CCGAATTTGG CATTGAAAGA TATTTGTATT
ATTGCAGAAG AAGAAAAAGA GTTGTTAGAA GGATTGAATA CTTTTCAAAC GGGCATAGAC
TTGTTTCAAT CATTTCAAGA TTTGTTTGAA GCGCAAGTAT TAAAAACTCC AGATCAAATT
GCTGTTGTTT GTAATGATCA ATCTTTGACA TATAGAGAAT TGAATAAGAA AGCGAATCAA
TTGGCTTCTA TTCTTCAAAG TAAAGGTGTT TCAAAAGAAA GTATTATTGG CGTTATGGTA
GATCGGTCAT TAGAAATGAT TATTGGTATG ATGGGGATTT TAAAAGCAGG AGCAGCGTAT
TTACCAATCG ACCCTAACTA CCCAACTGAA CGAATTGAAT ATATGTTACA AGATAGTCAA
GCAAAATATT TACTTAGTAA GCGAACAGAG GAAGTATTGC CGCAATTTGC GGGTGAAGTA
CTGTATTTTG ATAAAGAATA TCTTTTCCAA GGTGAAGAAA GTAATTTAGT ACGAGAACAT
AATCCTAATG ATTTGGCTTA TGTTATTTAC ACATCAGGAT CGACAGGAAA TCCAAAAGGG
GTAATGATAG AACAAAAATC GCTAGTTCAT TTTTTAAATG TAATGAGAGA AAAAGTAAAA
GCTAATCAAT CATTCTTGTT TCTTGCTAGT GTATCTTTTG ATATTTCCTT GTTAGAAATA
TGTCTTCCTT TAACGCAAGG TTCAAAAGTA GTAATTGCTA CAGAGGAACA GTTTGCAACA
AAAGAATTGG CTCATTTGGT CAAAAAACAT AAGGTGGATT TATGGGAATC AACGCCATCG
CGAATGGAAG TGATTTTGAG TGATCCAGAA GGGGCAAATT TTCTAAAAGA TTTAAAATCT
ATTTTATTAG CAGGAGAAGC ATTTTCCATT GATTTGGTTG AAAAAATTCG TTGTATCAGT
GAAGCAACAA TTTTAAATAT TTATGGTCCC ACAGAAACAA CCATTTGCGC AACAATAAAA
GACTTGAGCA CTTCCAAAGA AGTTACGATC GGCAAACCAA ATCCGAATTA TCATTCCTAT
ATATTGAATA AGTATGGCCA ATTAAAACCA TTTGGAATTC CCGGTGAACT CTGCATTGCT
GGAGTAGCGG TAGCACGAGG GTATCTTGGT AAAAGTAAAC TGACAGATGA AAAATTTGTA
CAGAGTCCTT TTGCGGCAGG GGAAATGATG TATCATACAG GTGATCTCGT TCGTTGGTTG
CCTAATGGAG AACTTGAGTA TTTAGGTCGA ATGGATCATC AAGTGAAAAT TCGAGGGTAT
CGGATTGAAT TAAGAGAAAT CGAAACTCAA TTAAGGGAAT ATCCAGAAAT AAACCAGGCT
ATCGTTGTTG ATCAAGTGTA TGGAAATAGG AAATTATTAG CTGCCTACTA TGTATCGGAT
AACAAGGTGT CTTTTGGTGA AATCAGAAAA TATTTAAGTG ATAAATTACC TGAGTTTATG
ATTCCTGAAA AAATGATTCA GGTAGAAGAG ATTCCATTGA ATCCAAATGG AAAAGTGGAT
AGAAAAAGGT TATTGGATAT AACCCAAACG GATTATGTAT CAATTCCATA CGTTGCCCCG
CGCAATGAAA TTGAACAAAA ATTGGTGCGT GCGTGGGAAA AAGTTATGGA GATTGAGGGA
ATCGGTATTC ATGATAATTT TTTTGCATTA AAAGGAGAAT CCATTAAAGC ACTTCAGGTA
ATTAATTTAT TAAGAAAAGA CTGCTTAAAA ATAAGTACAA CAGATTTTTT TAAGCACCCT
ACAATCGCTC AACTGAGTTC TTGTGTAAAG TTAGAGCATA AAGAAGAAAA CTTTGAAAGT
AAACCAACTC ATGTTAAAGA TTTGTCTAAT CCATTCTCCT TAACAGAAGT TCAGACAGCG
TATATGTTAG GAAGGAATTC ACAGTTTGAA TTAAGTGGTA TTTCACCTCA AACATATTTT
GAATATGAAA CAACATTGGA TATCAATCGT CTTTCAAAAA GTTTTCAAAA GGTAATCCAT
CGTCATCCAA TGTTGCGAGC TGTAATTTTA CCAGAGGGAA AACAGCAAAT ATTACAAAGC
GTTCCTGATT ACCAGATTGA AATAGTGAGT CTCATAGATT TAGATGATAG GAATCAAAAT
GCTCGCTTGC AAGAAGAGCG TTCTCGAATG ACTAACCATG TATTCCCTTT GGGGCAATGG
CCTTTGTTTG AATTGAAAGC TTTTCTTTTA AAAGAAGACA CGTATTTATT ATGTTTTCGA
TACGATGCTT TATTAATGGA CGGAGCAAGC ATGAACATTG TTGGACAGGA TTTGTTGCAT
TATTATTATA AACCAAATCA AAAATTAGAA TCTTTATCTT TTGATTTTCA AGATTATATG
TTTATCTATG ATGAAATGGA ACAAATCGGA GAATATAAAA CAGCAAAAGA TTATTGGACA
AGTAAGCTTC CTGACTTTCC GTTTGCACCT TCTTTGCTGT TAAAAAAGGA TCCAGCAGAG
ATTGCTACTC CTAAATTCCA ATCACTTACA AAAATCCTGG ACAATGAAAA ATGGACAAAG
CTACGAAAGT TAGCACAAGA GAAAGAGGTA ACGCCTTCCG CTCTACTTTG TACAATATAT
GGTGATGTGT TGGCATATTG GAGTAATCAA CGTCGATTAG CAATTAATTT GACTGTATTT
AACCGTTATC CTGTTCATGA TGAAGTAGAA CAGATTGTAG GAGATTTCAC ATCGCTTATT
TTGTTGGATG TTGATGTAAA ACCAGAGCAA ACTTTCTTTA CTAGAGTAAA AGAAACGCAA
TCTACTTTAT TAGATGGCCT TGAACATCGT CATTACGATG GAGTTAACTT TATTCGAGAT
TTTACTCGAT ATCATCAAAT GACGCCAAAA GCAGTTATGC CGATCGTTTT CACCTCGATG
TTAGCAGGTG CAGGTGCTTT CTCTTGGGAA CAACTTGGTT CTCTTCGCTA TATTCATGCT
CGAACTCCAC AAGTGTATTT GGATAATGTA GTAATTGAAA AAAATGGAGA GTTATTAATT
AGCTGGAATT ATGTTGAAGA GTTGTTTGAT ATTGATGTGA TAGAAGCAAT GTTTTCCCAA
TTTGTTGACT TATTGGAACA ATTGGTGAAA CAAAGCGATA TAACATCTTT GCAGATGAAA
GAGTCGGATC AAACTTTAAT TGAACAATAT AATGAAACAA CAGAAAAAAT ACCTTCAACT
ACTCTGTATC AATTATTTAC AGACCAAGTA AAACGTACAC CGAATGAAGT AGCGGTGGTA
TTTGAGCAAA AATGGTTAAC ATACTCGGAA CTTCATAAAC GCTCCAATCA AATTGCCCAC
TTCTTAAAAG AGCAGGGCAT TGGTCTTGGT GACAAAGTGG GTCTTTTAGC CAAAAGACGA
GTTGACACAA TTGTTAATAT GCTAGGTATT TTAAAAGCAG GTGCTGCTTA TGTTCCGATT
GATCCCGATC ATCCTTTAGA TCGCCAAACA TATATTTTAA AAAATAGCTC ATGCAAGTTT
TTATTAGAAC CTAGTCTTTA TGAAGAAAAT GATTTGTCAT TTTATACAAC AGAAGACATG
CCCGCTATTG CTGGTCCAGA AGATATTGCC TATATTATAT ACACTTCAGG AAGTACAGGA
AAACCAAAAG GAGTAATTAT TACTCACCAA GCGGTTACAA ATACGATTCA AGACATAAAT
CAAAAATATG AGGTAAATGA AGATGATCGT ATTATTAGTA TCTCTTCCAT GTGTTTTGAC
CTATCTGTAT ACGATATTTT CGGAGCTTTA AGCACAGGTG CAATGTTAGT AATGATTCGT
GATCTGAGAG ACATGCAAGA ATTAATCCGC ACTGTCGAAC GTAGAGGGAT TACAATTTGG
AATACAGTGC CTGCAATCAT GGATTTGGCA TTGGATCAAG TAGGTTCTCA TTTTGAACAT
TCTTCTTTAC GTTTAGTTTT ACATAGTGGA GATTGGATTC CGCTTTCTTT ACCAGAAAAA
ATAAAACGAC ATTTTCCGAT TGCAGAAGTA GTTTCACTAG GAGGGGCAAC AGAAGCATCG
ATTTGGTCAA TTTATTATCC GGTCAAACAG GTGGAATCAC ATTGGAATAG TATTCCATAC
GGGATGCCCT TGGCAAACCA AACGTATTAT GTGTTGAACT ATGAAAAGAA AATGTGCCCT
GTTGGTGTAA TTGGAGATTT ATATATCGGG GGAGTGGGCC TTGCTAAAGG ATATTTAAAT
GATGAAAAGA AAACAAATGA AGCGTTTGTT TCACATCCTG ATTTTGGTCT TATATATAAA
ACAGGAGATT GTGGAAAAAT GCATTCTGAG GGATATATTG AATTTTTAGG CCGCCAAGAT
TACCAAGTGA AAATTCAGGG ATATCGAGTA GAGTTAGAAG AAATCTCTCA TTGTCTTCTA
ACTTATAAAC AAGTCGAACA TGCTGTCGTA ATTGATCAAA CAGATGAGAA CGGGATAAAA
TTTTTAGTTG CATATGTGGT AACTGAGCAA AATATTAGTA CAACAGAACT ACGAAAGCAT
TTGCGAGATC ACTTGCCAGA TTATATGATT CCTTCTTATT TTGTTTATTT GGACCAATTA
CCCCTGACTC CAAACGGGAA ATTAGATAGA AAAGCGCTCC CTACTCCGGA GAAACAAAAA
AATGAAGTAT TTATTGCCCC AAAAACTGAA ATGGAAAAAA TATTAACTAG TATTTGGCAA
GAAGTACTCA AAATAGATCA AGTTGGAGTA AATGATCATT TCTTCGCCTT AGGTGGAGAT
TCGATAAAAG CAATTCAAGT GTCCGTTAGA CTGTATCGAC AAGGATTCGA GCTTGAACCA
AAAAATCTAT TTTCATTTCC TATATTAAGA GATATGGTTC AATTTGTTAA AAAGCTAGAC
CAGTTTTCAA GTTCACAAAC AAATGATGTA AATATAATGA ACGATAATAA AGCTACATTA
CTAAATGTTA AAGATAAACA ACTTAATCAA CATACACTTA CCAAAATACA AGAAAAAATG
CCGGATATAA AAATAGAACG TATTTACCCG CTAGCACCTT TCCAGGAAGT TATTTATGAG
CATGCTACGA ATGAACCTGA TACAAATGCA TATTTTGAAC AAACAATTTG GGCACTTGAG
GGGGAGCTGG ATATTAAACT CTTTATTCAG TGTTTCCAAC AATTAGTTGA TCGTCATGAT
TCTTTAAGAA CAATAATTGT GCAAGATGAA CAAGCAAAAC CTTGGCAAGC TGTTCTATAT
GATGTTCAAA TAAATTCAGA AATAAAAAAC TTGATTGAGA TGACGAAACA AGAACAGCAA
GAATTCCTAG ATCAGTGGAT GAATGAAAAT TTAAGTCAAG GATTTAAAAA TGGTGAACTT
ATGACCCGTC TCTGTATATT CCAACTAGGT AATAACGAGT ATAAGGTAAT TTGGAGTTCC
CATCATCTAT TATGTGATGG TTGGAGCGTC AGCATTTTGA TAGACGAATT ATTCCAGCTC
TACGAAACTA CAAATGCGGG AACTACGGCG GAGTTACCTA TGGTAAAACC TTTTGAAACA
TTTATAGATT GGACTTTGGC ACAAGATCAT GAGAAAGCAC GTCATTTTTG GCGAGATTAT
TTATCAGGAT ACAATCAGAA AATTAGTATT CCTAAAAAGA AAGTCCCATC TAAAAGTGAA
GGGTTAAACT TCACTTTTAT GGATTTAACA TTAGACAAGG ATTTGACTAA TCAGTTACAG
ACATTTGTAA CTAAAAACAA TATAACTATG AATACAGCAC TACTAGCTGT ATGGGGAATA
TTACTTGGCA AATTCAACGG AACGAGAGAA GTAGTATTGC CTAATCTCGT ATCAGTCAGA
CCTCCCGAAG TAGAAGGAAT TGAAAATATG TTCGGTCTGT TCACAAATGT TTTGCCTATC
CGATTAGCAT GGACAGAAAC GCAATCTTTT GTGGATTTTC TGCAAAAGGT ACAACTAGAG
ACATTGAAAT GTAATGAGTA TGCATACTAT TCATTTGTTG ATATACAAAA GCAAAGTGAA
TTAAAAACTG AGTTGACTGA CCATCTTTGG GTTTTTGAAA ACTATCCAAC TAATCCAGCA
ATCTTTTCTT CAAATGAAAA CAGACATTTT GCTATCACGG ATTACGAAGT TGTTGATGAG
CCACATGTAA AGTATGGAAT TATGTGCTTC CCTGAAGAAA GACTTACAAT AAAGTTTGGA
TATGATCAAA CGGTATATGA AGCAGAGAAA ATACAGGAAA TATTAAATCA CATCCATGGG
TTAATCAACA CGATTCTTCA AAATCCAATA CAAACAATTT GTGATTACAA ATTATAA
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| Protein sequence | MHIKDRSSIH ENKEVEAFWK EQLSSEILDF SVFKFNSDYQ LNKETPCEYV QVRVNVEFSK
SIQKISKSQD LLLFSWFQAA LRVCLAHYTD QERITIGIPI IEKNLEQSEN LNKLIPLGSE
IHPHHPFKQL VNEIEQTTLF GYENQEYPLS ELLVKHNLTP FQIVIGMEGL HNENSLEEYA
ENNLVLWIRR KWNEIHNEFE FQISCKSRSF SSLQQFANSY CYVLKQVSQN PNLALKDICI
IAEEEKELLE GLNTFQTGID LFQSFQDLFE AQVLKTPDQI AVVCNDQSLT YRELNKKANQ
LASILQSKGV SKESIIGVMV DRSLEMIIGM MGILKAGAAY LPIDPNYPTE RIEYMLQDSQ
AKYLLSKRTE EVLPQFAGEV LYFDKEYLFQ GEESNLVREH NPNDLAYVIY TSGSTGNPKG
VMIEQKSLVH FLNVMREKVK ANQSFLFLAS VSFDISLLEI CLPLTQGSKV VIATEEQFAT
KELAHLVKKH KVDLWESTPS RMEVILSDPE GANFLKDLKS ILLAGEAFSI DLVEKIRCIS
EATILNIYGP TETTICATIK DLSTSKEVTI GKPNPNYHSY ILNKYGQLKP FGIPGELCIA
GVAVARGYLG KSKLTDEKFV QSPFAAGEMM YHTGDLVRWL PNGELEYLGR MDHQVKIRGY
RIELREIETQ LREYPEINQA IVVDQVYGNR KLLAAYYVSD NKVSFGEIRK YLSDKLPEFM
IPEKMIQVEE IPLNPNGKVD RKRLLDITQT DYVSIPYVAP RNEIEQKLVR AWEKVMEIEG
IGIHDNFFAL KGESIKALQV INLLRKDCLK ISTTDFFKHP TIAQLSSCVK LEHKEENFES
KPTHVKDLSN PFSLTEVQTA YMLGRNSQFE LSGISPQTYF EYETTLDINR LSKSFQKVIH
RHPMLRAVIL PEGKQQILQS VPDYQIEIVS LIDLDDRNQN ARLQEERSRM TNHVFPLGQW
PLFELKAFLL KEDTYLLCFR YDALLMDGAS MNIVGQDLLH YYYKPNQKLE SLSFDFQDYM
FIYDEMEQIG EYKTAKDYWT SKLPDFPFAP SLLLKKDPAE IATPKFQSLT KILDNEKWTK
LRKLAQEKEV TPSALLCTIY GDVLAYWSNQ RRLAINLTVF NRYPVHDEVE QIVGDFTSLI
LLDVDVKPEQ TFFTRVKETQ STLLDGLEHR HYDGVNFIRD FTRYHQMTPK AVMPIVFTSM
LAGAGAFSWE QLGSLRYIHA RTPQVYLDNV VIEKNGELLI SWNYVEELFD IDVIEAMFSQ
FVDLLEQLVK QSDITSLQMK ESDQTLIEQY NETTEKIPST TLYQLFTDQV KRTPNEVAVV
FEQKWLTYSE LHKRSNQIAH FLKEQGIGLG DKVGLLAKRR VDTIVNMLGI LKAGAAYVPI
DPDHPLDRQT YILKNSSCKF LLEPSLYEEN DLSFYTTEDM PAIAGPEDIA YIIYTSGSTG
KPKGVIITHQ AVTNTIQDIN QKYEVNEDDR IISISSMCFD LSVYDIFGAL STGAMLVMIR
DLRDMQELIR TVERRGITIW NTVPAIMDLA LDQVGSHFEH SSLRLVLHSG DWIPLSLPEK
IKRHFPIAEV VSLGGATEAS IWSIYYPVKQ VESHWNSIPY GMPLANQTYY VLNYEKKMCP
VGVIGDLYIG GVGLAKGYLN DEKKTNEAFV SHPDFGLIYK TGDCGKMHSE GYIEFLGRQD
YQVKIQGYRV ELEEISHCLL TYKQVEHAVV IDQTDENGIK FLVAYVVTEQ NISTTELRKH
LRDHLPDYMI PSYFVYLDQL PLTPNGKLDR KALPTPEKQK NEVFIAPKTE MEKILTSIWQ
EVLKIDQVGV NDHFFALGGD SIKAIQVSVR LYRQGFELEP KNLFSFPILR DMVQFVKKLD
QFSSSQTNDV NIMNDNKATL LNVKDKQLNQ HTLTKIQEKM PDIKIERIYP LAPFQEVIYE
HATNEPDTNA YFEQTIWALE GELDIKLFIQ CFQQLVDRHD SLRTIIVQDE QAKPWQAVLY
DVQINSEIKN LIEMTKQEQQ EFLDQWMNEN LSQGFKNGEL MTRLCIFQLG NNEYKVIWSS
HHLLCDGWSV SILIDELFQL YETTNAGTTA ELPMVKPFET FIDWTLAQDH EKARHFWRDY
LSGYNQKISI PKKKVPSKSE GLNFTFMDLT LDKDLTNQLQ TFVTKNNITM NTALLAVWGI
LLGKFNGTRE VVLPNLVSVR PPEVEGIENM FGLFTNVLPI RLAWTETQSF VDFLQKVQLE
TLKCNEYAYY SFVDIQKQSE LKTELTDHLW VFENYPTNPA IFSSNENRHF AITDYEVVDE
PHVKYGIMCF PEERLTIKFG YDQTVYEAEK IQEILNHIHG LINTILQNPI QTICDYKL
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