| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK1715 |
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| Symbol | dhbF |
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| ID | 3022893 |
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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 E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006274 |
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| Strand | + |
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| Start bp | 1814544 |
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| End bp | 1822175 |
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| Gene Length | 7632 bp |
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| Protein Length | 2543 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 637545944 |
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| Product | multifunctional nonribosomal peptide synthetase (mycosubtilin synthetase) |
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| Protein accession | YP_083310 |
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| Protein GI | 52143519 |
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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 | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGGGACATT ATCGCTACGA AATTAATTTT AAGGGAGAAA TTATCATGGC AAAAAAATTC
TACATGAGTA ATAATCAAAA ACGCCTCTAT ATCATTAATC AATTACAAGG GAAGGACGTT
TCATATAACA CTCCAAAGGT TCTGTTTTTT CCTGGGCGTT TTGATTTAAA AACTTTAAAC
CGATCATTTA ATAAACTTTG CAAACAGCAT GAACTACTTA GAACCACCTT TTCACATAAC
GGAGATAAAT TCTACCAAAT CGTTCAAGAA GAAGTGAATG TTAAAGTTGA AGTAAATTAT
GATGTGAATA AGACCATTAA AGAATCATTT AATGACTTTC TAAAGCCGTT TGATTTAGAA
ACAGCCCCTG TGATGCGATT AAAAGTTCAG GAATTGGAAA ATGCTTCAGT TTTAATGTTT
GACTTCCATC ATATTATCTG TGACGCAATC TCAGTTCATA TTTTTGTTGA TGACTTGCTT
TCACTATATA AAGGAGAAAC TCTTCAGAAA AATAAAATTC AGTATAAAGA TTTCGCAGCT
TGGCAAAATT CTAAAGATAT GTCAGAACAT GAAGCATTCT GGTTGGAAGA ATTTTCGAAG
ATTCCCCCTG CAGTGGATTT GAAAACAGAT TTCGTAAGAC CAAAATGGAA AAGTATCAAA
GGTCAAACTA TTCACAAAAA TCCAGATTAT AAATTAAGTG AGTTGGTAAA AGGGTTCTGC
CATCGAAATG ACACAACAGA GTTTATGACG TTGTTATCAG CATTTATGGC CTTTTTAAGC
AAGTATAACT CCCAGAAGGA TATAACTGTT GGAATCCCTG TTGCGAATCG CACACATCAA
GATGCACACA ATATGGTAGG GATGTTTGTT AATACGCTTG CTGTACATAC TGAAATCGAT
AAGACAAAAT CATTTACCAA TTTGCTATCA GTAATGAAGG ATAAAGTTTA TTCGATTTTT
GATCATCAGG AATATCCATT TGAAGAACTA ATTGAGAAGT TGAATCTTGA ACGCGATGTT
TCAAGAAATC CGTTATTCGA TATTATGTTT GTTTTTCAGA ATAATGAAAA CAATGGATAT
GTTATTGATC AGAAAGAATT AACTGAAATT AAAGATATTG GATATCCTGT TGCTAAATTT
GATTTAACTC TTACAATTAA TTCTTCGGAA GCTGGTTATG AAATTAGTTG GGAGTATTGT
TCAGAGCTGT TCAAAGAAGA GACTATTAAG TACATAGATA AATTATTCGG AGAATTCTTG
AAAAATGCAA TAGCAGCTCC TACAGAAAGA TTAGAAGCGC TTAATATGTT AAACGATTAC
GAATACACAT CTATGTTTGA TAGATTAATA GAAACACCAC GTAAAAGCAT TAAAAGTTCA
GTAATAGATT CATTTTATGC AAATGTTAAA AACTGGCCAA ATAAAAAGGC TCTTATTATG
GGCGATAAGT CAATGACATT TACGGAATTA AACGAACTTT CAAATAGATT AGCGTCAAAA
CTTATTTCTA AAGGAATTAA ACAAAATTCA GTAGTAGCAT TATTATTTAA TAGATCTTTT
GAAACAGTTA CCACGATTCT TGGAGTGTTA AAGGCTGGAG GAACCTTTTT GCCAATTGAA
CCCAACCTTC CAGAAGACAG AATTAATTAT ATTTTGCAAG ATAGTAATTG TAGTTTATTG
ATATCAAATC TAGAAGAATT TGATTTTAGT TCATTGTATG GTGATGTTCT TCAATACAAG
GATATTAATT TATCTGAACC TATGAATGAA CAATTAAATG TCGAACGGAA TGAAAATATG
TTGATGTATA TTATTTATAC TTCCGGTTCA ACAGGCAAAC CAAAAGGAGT TGCCATCAAA
GAAAGTAGCT TGTTAAATTA CTTAGATTGG GGTCAGGAAA AATATATCAC TTCAAGACAA
GATTGTTTTG GTTTTTATTC ACCGCTTTCT TTTGATCTGA CTATTACTTC AGTTTTTCTA
CCATTAGTAT CGGGATTAAC TATGAAAATC TATCAGTCTA AGGATTATGC TTCAGCGTTA
ATTGATTTAG TTAATGATAA TACAGTTACT ATTTTGAAAT TAACACCTTC TCATATGAAA
ATGATAAGTC AATTGAATTT AGAAAATTCA CTTATTCACA CTTTTATCGT GGGTGGAGAA
GAGTTGACTG TACAGGCTGC TAAAGAAATG ACGTTAAAAA TAAATCATCC AATTTCAATT
ATCAATGAAT ACGGACCGAC TGAAGCTACT ATCGGATGCG CATTCCACAA ATATAATATA
CAAAATGACA ATATGATGGT ACCAATTGGT CGACCAATTA ATAATACTCA GCTTTATGTG
TTGAATTCTG ATTTGCAATA TCAACCATAT GGAGTAGTGG GAGAGTTGTA TATTTCCGGG
GAATGTTTAG CATATGGCTA TTATAACAAT CCAAAGCTCA CCAATGAAAA GTTTATTGAT
AATCCATTTA TTTCTGGTGA AAAAATGTAT GCAACTGGAG ATCTTGTTTA TAAGCTCCCA
AATGATAACT TGGTTTATTG TGGAAGAATA GATGATCAAA TAAAACTAAA AGGATTTAGG
ATTGATCTAG GGGAAGTTGA GAAAGTGCTT AAAACTGAGT CAAAAGCCGA TGAAGTTAGT
GTACATATTC GAAACTTAAA TGATAGTGAG TATCTTTGTG CTTATTTAGT AGGTAGTCAT
TATTCAGAAA ATGAGTTAAA AAATATTTTA GGAAAAGCAT TACCTGATTA TATGATTCCA
ACCTTTATGA TTAATGTCGA CAATATTCCA TTAACAAGTA ATGGGAAAGT AGATAAGAAA
AAATTACCTG ATCCAATTCT TCAATCACAT GAAAGTTATA TAGCACCACG AAATGGGTTT
GAAACGGCTG TAACAGATAT TTTTTCAGAA ATATTAGGAA CAGAAGTTGG AATTGAAGAT
AATTTCTTTG AATTAGGTGG TGATTCAATT AAAGGAATTC GAATCATTGC AAAATTAAGA
GAACAAGGGT ATATCTTAAC GCTTAGAGAA ATTATGGAGC GTAAAGTTCT ATTGAATATT
TTTGATAGCA TTAATATTTT AGAGAATGAT TCTATTTATC AGAATGAGAT TGCAGGGGAG
ACTGTTTTGT CCCCAATTCA AAAGCAATTT ATGGGAAGTG AATTACCAGA ACCGGAATAC
TTCAATCAAT CAGTACTATT AGAATCTAAG GGTTCGATCA ACACTTCTAT TGTAAGGGAA
TCACTTTTAA AAATAGTGAA ACATCACGAC ATATTGCGTG CGACCTTTAA TGATGGAAAA
CAAGTGATTA AATCAGCTAC TGACGGAAAG CTATATGAGT ATTTCGAATT TGACTTATCT
AATGTTCAAA CCGAAGAAGA ATTTAACTCA GTACTTTTAA ATGAAACATT GAAACTTACA
AATTCGATGA ATTTAAACGA TGGACCTTTG GTCAAAGCTG GCCATTTTAT TACTAATGAA
TCTGATTACT TATTTATAAC AATTCATCAT CTAGTGATAG ATAGTGTTTC ATGGCAAATT
ATTATTGAAG ATTTAAACAA ATTATATCAA TCTGGACTCG ATAAAAAGGA AATGAAACTT
CCAAATAAGA CAGCTTCTTA CAAACAATGG AGTGAAGAGC AAGTTAATTT AGCAGAGCAT
TCCATTGTAA AAAAAGAATT GCCGTATTGG AAAAAAATCG AAAAAGATTT GAGGGAAAGT
GCACTTAATC CTAGTCGTAC GAAACGTGAG TCTGTATTGG ATCAGGTAGA GGTGAATTTT
TCTGAAGAAA TTACTTCTAA TTTAATTTAT AAAGCTATTA AACCTTATGG TTTAGAAGCG
AAAGAGGTAT TATTGACTGC TTTATTTAGA GCCATAGCAA AAATTAATAA TAGTACAAGG
GCTGCGGTTA ATTTAGAGAC TCATGGCCGA GAAAATTCAA TTTCTTCTTT GCCAATTGAA
AGAACTGTTG GATGGTTTAC AAATATGTAT CCTGTGGTGG TTAAAAACAT AGGGAATACT
CTTAAGGAAG ATATCATCAC TGTTAAAGAA ACCTTGAAAC GTGTTCCGAA CCAAGGGATT
GGTTATGGAA TTCTAAAAAA TAATTGTGAA GAGAATTTAT GTGAAGAGAG TTATCCAGAT
ATTACCTTTA ATTATCTTGG AGAGCAAGTG AAATATGAAA ATGATGAAAC ATTTTTTATT
AGCGAAATCA AACATGCGAA TGCTATTTCT AACAAAAATA TTTTTGGTAC TCCGATTTCG
ATGGATGGCA TTATTGTTAA TCGTGAATTA AGCCTATTAA TTTCCTTTGA TATTTCACGA
TTTGATAAAA AATTTATTGA GAATCTAGCG CAAGTTTTTG AAAAAGAAGT TCGAAAAGTG
GTTGAGCACT GTTCTTCTGA AATAGAAATT ATTAAAACAC CATCTGATTA TGGGGAGTTG
AATTTATCGT TAAGTGAATT TAGTAGCATT CAACAAAGAG TAGAGAGTGC TAACGGAAGA
ATGAAACGTA TGTATCCATT GACACCAATG CAAGAGGGGA TATTATTCCA TACGCTAAAT
GACGGTGATA AAGAAAGTTA TGTCGTTCAA GGAATTTTCA AAGCAAATAA GTTAGTTGAG
ATGAAAAAAT TCAAAATGGC TCTCAAGCAC TTAGGAAACA AACATGAGGT GCTAAAAACG
AGTATTTTTA GTTCACTATT AAGTGAACCA CGCCAAGTCA TTATTGAAAA TAAAGAGATT
GAATGTCAAT TTATTGATTT TTCTCAAGAA CATAACGTTG TAGAACAATT TAATCAAGTA
GTAAAAGAAG ACTTGCAAAG TGGATTTGAT ATTGAAAAAG ATAGTCTAAT TAGATTTATT
TTTGTAAAAG AATCTGAAGA AGAATTCAAA TTAATTATGA CATTCCATCA TATTATTATG
GATGGCTGGT GTATGGCTGT TTTAATGAAT GACCTAACTG AAATATATGA CCAGTTGATT
AGTTCAAACG ATATTGTTAA TTTAGAAAAT CCTAAAAAAC TCCAAAATAC CTTTGAGGAC
TATGTCCGTG TAATACGAGA TAAAAATCAC GAAGAAACAT TGAAATATTG GGGCAATTTA
CTGGATGATT TCCATGGAGC AAATACAATT GAGCCTGTAC TAGAACTGAC AACTGATGAA
AAAAACATTG AACGGACAAT GTATTCAATC CCAGTGAATT TATTTGAATC CATTAAAGAT
TATGCTAAAC AAAATAATAG TACAGTGAAT ACTGTGATTG AACTGGCCTG GGGTATTTTA
CTTCAAAGCT ATAATTATTC AAATGATGTT GTATTTGGAA AAGTATTGTC AGGGCGCGAT
AGTGCTGTTA AAAATGTTGA AGAAATAATT GGACTATTCA TCAATACAGT TCCGGTACGT
GTATCTAATG AACCAACTGA TCTGGTTAGC GATGTCTTAA AGCAATTACA AAGCCAGGCT
ATAAATTCAA TGGAAAATGG ATATAATTCT TTAGCTGATA TCCAGGGGCT AACAGAATTG
GGATCAGATT TAATTCAAAC GCTATTGATT TTTGAAAATT ACTATGTAGC TGAGAAAAAT
ACTCAAAGTG CTACTGGTTT GATTCCGATA TTAGATACTG TACGAGAAGA AACTAATTAT
GACCTTACTT TATCAGTGGA TTTAAGTGAT AGCTTGAACT TTGATTTGTT GTTCAATGTA
AATAAATATA CAAGGCTTGA AGCTGGAAAC ATACTTGGGA GACTAGAAAC AATTTTAAAT
CAGATTGTTA GCAATCCAAA AATTAAAATG TCTGAAATGG AAGTTCTTAC GGAAGTTGAA
AGAACTATGG TATTGAATGA TTTCAATAAT ACCGTAGTAG AATATGATGC AGAAAAACCG
ATTATTTGTT TAATTGAAGA AAACGCCACT TGTAATCCTG AAAAAATTGC AGTTGTGTAT
CAAGACATTG AGTTAACGTA CAAGGATTTA AATGAAAAAG CTAATATAAT TGCAAATGAG
TTACACGAGA GAGGAATCAA AAGGAATAGC GTTGTGGCGA TAAAGTTAAA AAATTCCCCT
GAAATGATTA TTTCAATTTT AGGCATACTC AAAACGGGAG CTGCATACGT ACCTTTGGAT
CCGAGTTATC CTACGGAGCG AATTGATACG ATACTTGAAG ATTGTGGAGC AACTATATTA
CTTTCCGATG AGGAATATCA AATGGATAAG TTGATATCAC TAGATGTTAA CTCAATATTG
ACCAACGATA TAGCACATAC GAAAACAAAA TTTAAAAATA TTTCTTATCC TGAAGACCTA
ATGCTTATTC TGTATACATC TGGAACTACC GGTAAACCAA AAGGTGTTAT GTTAAAAAAT
AGTAATGTCC TTTCTTATAT TTATTCATTT AAGAAAGAAT TTTTAATTGA TCAAAGTACA
AGGTTCTTAC AACAAGCAAC ATATACCTTT GACATGTTTA TTGAAGAAGT GTTTCCGACT
TTGGCATTTG GGGGGACGTT AATTATCTAT CCAAGAGTTC ATGGAATTGA TTTTGAAGAA
CTTTGCCAAT ATATAAATGA GAAGGAAGTT AATATTTTAA GTTGCTCACC ATTAACTTTA
AATGAAATTA ATAAACTCAA TAAAACAAAA TCAGTAAAAA CATATATTAG TGGTGGAGAG
GAAATTAAAC CTAATTATTA TGACAAAATT ATTCAATCTG CTGATGTTTA CAATACGTAT
GGACCAACAG AAACGACCGT ATGCTGCTCG TATTTTAAAA TTGATAAAAA TCAATTAAAT
AATGTATCAA TTGGAAGACC AATTGCAAAT GCACAAATGT ATATTTTAGC TAATGATCAG
CTTTGTGGTA TAAATACGAT TGGCGAAATT TGTATTTCAG GAAACGGTGT AACAGCTGGT
TATCTAAATA GGGATGAATT AACTGCTGAT AAATTTGTGC CTAATCCATA TGGAGAGGGA
AAAGTTTATC GTACCGGAGA CTTTGGAAAA TGGATGCCAG ATGGAACGGT AACTTATATG
GGCCGAATTG ACAATCAAAT AAAATTAAGA GGCTACCGCA TTGAACTAGG TGAAATTGAA
GTGGTTATTA GAAAAAAACT TGATGTTCTT GATGTAGCGG TAGTCTTGAA GAAAAAAGAA
GAAGAAAAAA TTATTTGTGT TTATGTACAA AGTGATGTAG TAACTAGGGA AGAAGTTTAT
AAAGAGTTAA AAGCAAATCT TCCAATTTAC ATGGTTCCAG CACATATTGA TATTGTGGAC
TCTATTCCGA TGAAATTAAA CGGGAAAATT GATAGTGATC AATTAGAAAT TCCAACTATC
ATTTCATTTA ATCATACGAA TGAGCCAATG ACTGAAGATG AAGAAAAAGT CCTATCAGCA
TTTACCCAGG CACTTGAAGG ACTATCAATA GGACTACATG ATGATTTCTT TGAAGTAGGT
GGACATTCGT TGAAAGCAGT TAGATTGATT AATATTATTG AACAAAAAAC AGATGTGAGA
TTAACAGTTA CAGAAATTTT TGAAAAAAGA ACAGTTAAAG AGATAAGTAG GCTAGTTAAA
GCTAAAGAAG TTAGTACGGA TTACCAAGAA TCTTGGAGTA GTTTAGAAGA AGAAGTAGAA
GAATTAGTGT AA
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| Protein sequence | MGHYRYEINF KGEIIMAKKF YMSNNQKRLY IINQLQGKDV SYNTPKVLFF PGRFDLKTLN
RSFNKLCKQH ELLRTTFSHN GDKFYQIVQE EVNVKVEVNY DVNKTIKESF NDFLKPFDLE
TAPVMRLKVQ ELENASVLMF DFHHIICDAI SVHIFVDDLL SLYKGETLQK NKIQYKDFAA
WQNSKDMSEH EAFWLEEFSK IPPAVDLKTD FVRPKWKSIK GQTIHKNPDY KLSELVKGFC
HRNDTTEFMT LLSAFMAFLS KYNSQKDITV GIPVANRTHQ DAHNMVGMFV NTLAVHTEID
KTKSFTNLLS VMKDKVYSIF DHQEYPFEEL IEKLNLERDV SRNPLFDIMF VFQNNENNGY
VIDQKELTEI KDIGYPVAKF DLTLTINSSE AGYEISWEYC SELFKEETIK YIDKLFGEFL
KNAIAAPTER LEALNMLNDY EYTSMFDRLI ETPRKSIKSS VIDSFYANVK NWPNKKALIM
GDKSMTFTEL NELSNRLASK LISKGIKQNS VVALLFNRSF ETVTTILGVL KAGGTFLPIE
PNLPEDRINY ILQDSNCSLL ISNLEEFDFS SLYGDVLQYK DINLSEPMNE QLNVERNENM
LMYIIYTSGS TGKPKGVAIK ESSLLNYLDW GQEKYITSRQ DCFGFYSPLS FDLTITSVFL
PLVSGLTMKI YQSKDYASAL IDLVNDNTVT ILKLTPSHMK MISQLNLENS LIHTFIVGGE
ELTVQAAKEM TLKINHPISI INEYGPTEAT IGCAFHKYNI QNDNMMVPIG RPINNTQLYV
LNSDLQYQPY GVVGELYISG ECLAYGYYNN PKLTNEKFID NPFISGEKMY ATGDLVYKLP
NDNLVYCGRI DDQIKLKGFR IDLGEVEKVL KTESKADEVS VHIRNLNDSE YLCAYLVGSH
YSENELKNIL GKALPDYMIP TFMINVDNIP LTSNGKVDKK KLPDPILQSH ESYIAPRNGF
ETAVTDIFSE ILGTEVGIED NFFELGGDSI KGIRIIAKLR EQGYILTLRE IMERKVLLNI
FDSINILEND SIYQNEIAGE TVLSPIQKQF MGSELPEPEY FNQSVLLESK GSINTSIVRE
SLLKIVKHHD ILRATFNDGK QVIKSATDGK LYEYFEFDLS NVQTEEEFNS VLLNETLKLT
NSMNLNDGPL VKAGHFITNE SDYLFITIHH LVIDSVSWQI IIEDLNKLYQ SGLDKKEMKL
PNKTASYKQW SEEQVNLAEH SIVKKELPYW KKIEKDLRES ALNPSRTKRE SVLDQVEVNF
SEEITSNLIY KAIKPYGLEA KEVLLTALFR AIAKINNSTR AAVNLETHGR ENSISSLPIE
RTVGWFTNMY PVVVKNIGNT LKEDIITVKE TLKRVPNQGI GYGILKNNCE ENLCEESYPD
ITFNYLGEQV KYENDETFFI SEIKHANAIS NKNIFGTPIS MDGIIVNREL SLLISFDISR
FDKKFIENLA QVFEKEVRKV VEHCSSEIEI IKTPSDYGEL NLSLSEFSSI QQRVESANGR
MKRMYPLTPM QEGILFHTLN DGDKESYVVQ GIFKANKLVE MKKFKMALKH LGNKHEVLKT
SIFSSLLSEP RQVIIENKEI ECQFIDFSQE HNVVEQFNQV VKEDLQSGFD IEKDSLIRFI
FVKESEEEFK LIMTFHHIIM DGWCMAVLMN DLTEIYDQLI SSNDIVNLEN PKKLQNTFED
YVRVIRDKNH EETLKYWGNL LDDFHGANTI EPVLELTTDE KNIERTMYSI PVNLFESIKD
YAKQNNSTVN TVIELAWGIL LQSYNYSNDV VFGKVLSGRD SAVKNVEEII GLFINTVPVR
VSNEPTDLVS DVLKQLQSQA INSMENGYNS LADIQGLTEL GSDLIQTLLI FENYYVAEKN
TQSATGLIPI LDTVREETNY DLTLSVDLSD SLNFDLLFNV NKYTRLEAGN ILGRLETILN
QIVSNPKIKM SEMEVLTEVE RTMVLNDFNN TVVEYDAEKP IICLIEENAT CNPEKIAVVY
QDIELTYKDL NEKANIIANE LHERGIKRNS VVAIKLKNSP EMIISILGIL KTGAAYVPLD
PSYPTERIDT ILEDCGATIL LSDEEYQMDK LISLDVNSIL TNDIAHTKTK FKNISYPEDL
MLILYTSGTT GKPKGVMLKN SNVLSYIYSF KKEFLIDQST RFLQQATYTF DMFIEEVFPT
LAFGGTLIIY PRVHGIDFEE LCQYINEKEV NILSCSPLTL NEINKLNKTK SVKTYISGGE
EIKPNYYDKI IQSADVYNTY GPTETTVCCS YFKIDKNQLN NVSIGRPIAN AQMYILANDQ
LCGINTIGEI CISGNGVTAG YLNRDELTAD KFVPNPYGEG KVYRTGDFGK WMPDGTVTYM
GRIDNQIKLR GYRIELGEIE VVIRKKLDVL DVAVVLKKKE EEKIICVYVQ SDVVTREEVY
KELKANLPIY MVPAHIDIVD SIPMKLNGKI DSDQLEIPTI ISFNHTNEPM TEDEEKVLSA
FTQALEGLSI GLHDDFFEVG GHSLKAVRLI NIIEQKTDVR LTVTEIFEKR TVKEISRLVK
AKEVSTDYQE SWSSLEEEVE ELV
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