| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCAH187_C0023 |
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| Symbol | |
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| ID | 7072687 |
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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 AH187 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011655 |
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| Strand | - |
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| Start bp | 230631 |
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| End bp | 238676 |
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| Gene Length | 8046 bp |
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| Protein Length | 2681 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 643448436 |
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| Product | linear gramicidin synthetase subunit B |
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| Protein accession | YP_002336034 |
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| Protein GI | 217956938 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II
[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 | 15 |
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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 | 187 |
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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 | ATGTTATCAA CAAGGAAAAA TCTTCATGCT AACTTAGTGC GTATTCAAGG AAAGCGAGTT
GATTTAAAAA AGATTGAACG ACAAGTAGCA AAGGTATCGT TTATTGAACA ATGTGCGGTT
ATTGCTAGAA AACAAGATGA TGGTGAATAT CTCTTAACGG CGTTTGTTGT AAGTGAAAAA
GCAGCAGCAA AGGAAGAACT TCAGTTACTT GAAGTTCTTC CTCCAAAAAG TCAAATCATT
TCAATGTCAT CGCTCCCTTT AACAAAGGAG GGGACGATTG ATCGGCAACA ATTAATGTCT
TTGCTATGCA TAACAGCTGA CGAAGAGATG CGATTGCAGC AAAGCTATGG AAAAGAGAAG
ATGGCAATTA CTTATGAAGA AGTATTTCGC CTTCCGAATG TGAACCACGT TTATGATGTG
ATGAAGGTGA AGGAAACCTC TCAAAAAGTC GTTTCACGAG AAAAGCAAGC CAAAGAGCAT
TTTGCGCAGC ACATACCTGC ATATATGGTG GGAGAAGATT TGACACAATT TGATATGAGT
CAAGAACCAA AAACTTTAGT CGAAGTGATT CACAATGCGG CGAAAAACTA TGGTAATCAT
GGAATTACGT TTATTGATGA GCATGGTAAA ACCGAGTTTT TAACTTATAA AATGATTTTG
ATGGAAGCAG AGAGGATGCT GAAAGGGTTG CGAGCATTCC AACTTCAACC ACAGGACAAA
ATCATTTTCC AAATGAATAA TGACAAAGTT TTTGTCATTA CTTTCTGGGC GTGTGTGCTA
GGTGGCTTTA TACCTGTCCC TATTACCGTA CCGAAAATGT TCACACAGCG AACGAATGAA
GCTGATACAT TATATAACAT ATGGAGGGCG CTAGAAAAAC CTTACATTGT GACGAATGAA
ACTTTGCAGG ATTCTATGAC ACAGCTACTA GATTGCTATG ACTTAGATGC GGCGAAATAC
CTTGCATTTG AAAAGATACA ACAAGAAGAA CCGGATCAAA ATTGGCACGT TGCCCAATCA
GAAGATGATG CTATCTTATT ATTTACTTCT GGTAGTACAG GTAATCCAAA AGGTGTTGTA
CAAAAACATC GTAGCATCTT GACAAGAGAA ATTTCTACGA GCAAGTACAA TCATTTTTCT
GCTCATGATA TTGCTTTAAA CTGGATGCCG TTAGAACATG TTGGCGGTAT AGTAATGTTC
CATATTAAAG ATACTTATTT AGGGCGAAAT CAAGTACAAG TGAGAACGCA ATATGTTTTA
TCAGAACCGA CAAGATGGCT TGATCTTATC ACAACTTACA AAGCGACAAT TACTTGGGCA
CCAAACTTTG CTTTTGCTTT AATTAACAAG GAAATCGAGA ATGGTGTTAA GGGTAATTGG
GACTTATCAT CAATGGAGTT TATTGTAAAT GCCGGCGAAG CAATTAACGG TTATACAGCA
AAGAAATTTC TACAAGTATT GTCACCGTAT GGCTTGCCAG AAGATGCAAT GATTCCAGTA
TGGGGGATGT CAGAAACATG TTCAGGTGTT GTATATAATA AAGCATTTCG ATCGGATGGA
ACCAAAGGAC TATTTATTGT AGACAAACAA TCTTTAGAAG GCATTATACA AGAAGGGAAT
AACGTGGAGG ACACCATCAC ATTTGTTAAC TTAGGAAAAC CCATATATGG TGTCTCTATC
CGAATTGCTA ATCAAGATAA TGAGACTGTG GCAGAAGGAG TAATTGGAAG GCTGCAAATT
AAAGGGAAGA ATGTTTTGGA AGGTTATTAT CAAAACGAAG AAGCAAATAA AGAATGTTTC
ACCGAAGACG GTTGGTATGA TACAGGAGAT TTGGCTTTTA TTAAAGATGG TTGTATGGCG
ATTACTGGAA GAGGAAAAGA CATTATCATT ATTAATGGTG TCAACTTTAA TGGTACGGAG
ATTGAATATG TTGTGGAGCA AGTAGCAGGA GTGAAAACAT CATTTGTAGC AGCCTGTGCG
GTTCGTGATG ATCAGCTTGA TACAGATGAG CTTGCGATTT TTTACAGTAC AATGTGCGCA
AATGACGAAG AGATTCGTGA ACAAATTCAA GAAATTGACC AGACTATCAT TGAGAAATTT
GGAGTGAAAG CCTCTTACAT TATACCAGTC GAGGAGGAGG AAATTCCGAA AACAAATATC
GGAAAAATCC AAAGAACAAA GTTGAGCAAT CAATTCCGGC TTGGGTATTA TGAGAAGCTA
AGCAAGGAGA TAGATATTCT TTTACAAAAT GACAGAACAA TTCCTGCTTG GTTTTATGAG
CAAGGCTTTG TAAGAAAAGA AACTGAAATA ACATTTAATC CGAAAGAAAC AAGAAAAATT
GTAATTGTTG GAGAGTCAAC AGCGTTTGTC ACAACAATAA AGAGGAAATT AGAAGAAGTT
GGTCATCATT GTTATCTCGT AGGCAATAGG GAAGCGTACC TTTCTATCCT TAAACAAGAA
GAAATTGATG ATGTAATCAA TCTCTTGAAT TACGAAAAAC AAGATGCAGA TGGTAATGAA
ATTGAGAAGA TTAGAAATGC AAATGAAAAC GGTATTTTTT TCATTTCTGA GACAATAAAA
GCGTGTGGAA AAGAGAAAAA TCTTCGGATA TTTACTGTTA CGAATAACTG TGAATACAGC
AACATTATGA AAAATAAATA TCATTTCGGT ACACTCGATG GCTTTAGTAG AAGTGTGAAT
TTGGAATTAC CAAATCTTAT GTGTATTCGT ATTGATTTAG ATGTGAGTGA AAATGATGTG
AACAGCATCA TCAAAGAAAT TGCGGCGATT CATCGTGATG ATAAAGTTGT GTATCGAGAA
GGAAAGCGAT ATGTAGATAG TCTACAACCA ATTGATATGC CTTTATCATT GCAAAATGAA
ATTGCGTTGA TAAAAGACGG CATTTATGTT GTAACAGGTG GTTTAGGTGG AATCGGAAAA
GAAGTGTGTA AATTGTTGCT ACAACAATTT TCTGCAAAGT TATTTATTGT AGGAAGAACA
GCATTGTCAA CATCACCAAC CCATCTTGCG TCATTAGAGG AATTACAGGG GTTCAGCAAA
GATGTTCACT ATATCGATGG GGACCTTTCT GATGCCGCAT TTGTAGCTTC GATTTCTGCA
AAAGTAGAAG AGATTTGGGG GACAGAGTTA GATGGTATTC TTCACTTGGC TGGCGCAGGG
AATTTAGAAG AACATTGGAG TGAAATTGAT AGCCATTGGT GTACAACAGA AAGTAAAGCA
TACTATGAAG AAATGTTTGC AGCGAAAGTA TTTGGTACAG TGAATCTTTT CCAACTGATT
GAAGGAAAAA AAGATGCCTT ATTTTTACAT TTTTCTTCTG TGAATAGCTA TTTTGGTGGT
GCATCTTTCA CTGCCTATGC AGCGGCAAAT AATTTCCAAG ATACATTTTG TCAGTATGTA
AGTAATCAAG GTTATAAGAA TGCGATTTGT ATCAACTGGA GTATGTGGTA TGACATCGGT
ATGTCTCGCA ACAATACAAA CAATGAATTG ATGGCAGAGA AAGGCTTTCT TTTATTACCA
ATGAAGCAAG CGGTGTACTC GTTATTGGCG GTATTACGCA CAGGTGTAAA TAATATTTTT
GTCGGACTGG ATGCTAGCAA ATCAAATATT CGTAAGAGCA TGAAACAGAA GAAAGAACTT
GGGCTAAAAG CGATTGTATA CCATACAGAT GAGGTAAGTG ATTTATCAAT AGAAGCGAAA
AAGCATGTTT CATTTTTGAA AGTAGACGAA ATCCCAATTG ATGAAAAGGG ATGTGTACAA
ATTGGCAAGC TACAAGACTT GCACAAAAAT GTAGGGAAAA CAGAAATGTT TCAAGAACCG
CAATCAGAAG CGGAAAAAAC GCTGGCTAAA ATTTGGCGTG ATGTATTAAA AGCAAATAAA
ATCGGCCGCG ATAGCAATTT CTTTGAACTT GGTGGTCATT CCATTAATGC GACACAATTG
GTATCAAAAA TTTATAGTGT TTGCCGAGTG AGAATGCCTC TTAAAAATGT GTTTCAGTAT
ACAACGTTAG CTACAATGGC ACGGGTGTTA GAAGAGTTGT TGGTAAGCGC TGTTGACGAA
GTAGCTGTAA CAACGGAGCG CATTCCAAAG ATACTACCGA GAACATATTA CGATTTGTCG
TATTCACAAC AAAGAATTTA TTTCTTATCT ACAATGGAGA AAGAAACCAA TTACTATAAT
ATTCTTGGTG CTTGGGATAT TTATGGGAAA CTAGATGTTA CGCTATTTGA AAAAGCAATC
CAACTATTAA TGAAGAAACA CCATTCATTA CGTGCAACAT TTGAAATCGT GGACGGCAAA
CCTGTGCAAA TCATCCACGA TGATATGGAA ATTCCTGTGC AATTTATTGA CCTTACTGTG
ATGCCAGAAG GATTACGGAT AGAAGAAGTA GATGAACTTA TGTTAAAAGA GTCTAAAAGA
GTATACAATC TCGCAAATGG TCCGTTAATG CATTGTACAA TTGTTAAGAT AAAAGAAGGT
GAGCATGTAT TATTGATTGG ACAACATCAT ATCATTAGTG ATGGTTGGTC ACTTGGTATT
TTTGTAAAAG AGTTAAATGA AATGTATGAT GCCTTTGTGC AACACAAACC AGTTGCTGAA
ACACCATCAA CAATCTCCAT TATGGACTTT ACTGCTTGGC ACAATAGTAA AGTAGATGAA
GATCAAGATG ATCGACAATA TTGGTTACAG CGATTTGAGG GAGAGTTACC GACGTTAGAG
TTGCCGACAG ACAGACAACG TCCACTTTTG AAAACATATC ATGGTGACAC ATTATCATAT
AAGGTGAATT CTCAATTGCA TCAAAAATTA AAGGACTTTA GTCATGCAAA TGGTGTAACG
ATGTTTATGA CGCTATTAAC GGCGTATAAT ATTATGTTGA ATAAGTTAAC AAATGAAACA
GACATTGTTG TTGGCTCCCC TGTAGCAGGT AGAAATGAAC CAGAATCAAA AGATTTAATC
GGGATGTTTG TGAATACGTT AGCGTTACGT TCGCATTTAG GAGATAATCC GACAGTTGAT
GTCTTATTAA AACAAATAAA ACAGAATACT TTAGAAGCAT ACAATCATCA AGATTATCCA
TTTGATAAGT TGGTTGATGA CTTGGATCCA CATCGAGATT TAAGTAGGAC ACCAATTTTC
CAAGTGATGA TGGGATATAT GAATATGCCA TTGATGGTTG CATTTCGTGA AGCAGAGGTT
CGCGAACGAT TTGTTCGACA TAAAGTCGCA AGGTTTGATT TAACACTTCA TGTGTTTGAA
GATGAAGATC AGATGAAAAT ATTCTTTGAG TATAATACAG ATTTATTTGA TGAATCAACG
ATTATGCGTT GGCAGAATCA TTTCGAAACG CTATTACAGG AAATTGTATC GAATCCGACA
AAACGTATTT CGGAATTGAA TATACTTACA AATGAGGAGA AATATGAAAT TCTAGAGATG
AACAATAATT CAACGGAGTA TCCTCAGCAT GAATCTGTTG CGGAGATTTT TAGAGAAACG
AAGATAAAGC ATCAAGCAAA ACTAGCAATT ACGTACAAAG ATAGAAAGTT AACGTATGCA
GAGTTGAGTG AAAAAGCAAA TGCGTTGGCA CATACATTGA AACGTCGAGG TGTTGCGCAG
CATGATGTTG TTGGAATTGT CGCAGAGCGT TCGCCTGAAA CAATTATTGG AATACTCGCA
ATCTTAAAAG TAGGAGCAAT TTATTTGCCA ATTGATCCAA AACTACCGCA ATTAACACTG
CAACACATTT GGCGAGATAG CGGTGCAAAA GTCCTCCTAG GGAAAAATGA AACAACTGTA
GAAGTTGGCA AGGAAGTTCC GTTTGTGGAC ATCGAAGGGG ATAAAGGGAA GCAAGAGGAG
TTAGTGTGTC CAATTAGTCC AGAAGATACG GCATATATTA TGTATACGTC AGGCAGTACT
GGAAAACCAA AAGGGGTTAT GGTGACACAT AGAAATATTG TTCGTTTAGT AAAAAATACG
AATTTCGTTT CTTTGCAAGA GCAAGATGTG TTGTTACAGA CAGGTTCGCT TACTTTTGAC
GCTGCAACAT TTGAAATTTG GGGCGCATTG CTAAATGGAC TTACGCTTCA TTTAGTAGAA
GATTACGTAA TTTTAGATGG GGAGGCGCTT CAGGAAGAGA TTCAGCAGAA CAAAGCAACC
ATTATGTGGG TGAGTGCACC GCTGTTTAAT CAATTGGCGG ATCAAAACCC AGCGATGTTT
ACAGGCATTA AGCAATTGCT CATTGGTGGT GATGTTTTAT CGCCAAAACA TATTAACAAA
GTGATGGACC ATTGTGCACC AATCAATATC ATTAATGGAT ACGGTCCAAC AGAAAATACG
ACGTTCTCGA CGTCATTTGT AATTGATCAA ATGTATCAAG ACAGCATTCC GATTGGAACA
CCGATTGCTA ATTCTAGTGC TTACATTTTA GATGTACATC AAAATATACA ACCTATTGGT
GTAGTTGGCG AACTATGTGT TGGTGGTGAT GGAGTTGCAA AAGGTTATGT GAACCTTGAA
CAATTAACAG AAGAACGGTT TATAGCAGAT CCGTTCCTAA AGGGTTCTAC AATGTACAGA
ACCGGCGATT ATGTGAAATT ATTGCCTAAT GGAAATATTC AATACATTGG ACGTGTGGAC
AATCAAGTGA AAATTCGTGG ATTCCGCATC GAATTAGAAG CCATTATGAA CACATTAAAA
CAATGTGAAT CAATCAAAGA TGTAATTGTT GTTGTACAAG AACAGAATGG GTATAAAACA
CTGGTTGCAT ATGTTGTGGG AGAAGAATCG CTTTCAATAG AAACAGTGAG GGCCTATGCA
AAAAAACATT TGGCTGAATA TATGGTACCT TCTCAATTTA TATTTATAGA AGAAATTCCG
CTCTCAATAA ATGGGAAAGT ACAGTATAGT AAGTTACCGA AAGTACAAGA AGTATTGCAT
AAAAAAGTAG AAACGCTGTT ACCAGAAAAC AGATTAGAAG AAATTATTCT ACGTGTGTAT
CGTGATGTAT TAGAGAAAGA AGATTTTGGC GTAACAGATT CATTCTTCGC TTATGGTGGT
GACTCTTTAC TAAGTATTCA AGTCGTTTCG ATGTTGAAAA AAGAGGAGAT TGCAGTAGAT
CCGAAAATGA TTTTTATGCA TACAACGGTT AGAGAGTTAG CAAAGGCATG TGAAAATCGT
CCGGTTATGG AAGAAACAAA AAGGACTGAG AAGGATTATT TAATTCAAAT GCGTGAAGGT
AGTGAAGAAG ATAGTTGTAT CATTTTTGCT CCTCCGGCAG GTGGAACGGT ACTTGGATAT
ATAGAATTAG CAAGGTATTT CGAGGGAATT GGCAATGTTT ACGGCCTACA AGCACCGGGA
CTGTATGACG ATGAAGAGCC TACGTTCTTA GATTACGATG AACTTGTACA AGTGTTTCTT
CGCTCGATTG AAGGGACATA TCGTCCAGGT CAAGATTATT TAGGTGGCCA CTCCTTAGGG
GGACATATCG CATTTGGAAT GTGCTGTGAA CTGATTAAGC AAGGAAAGGC ACCAAAGGGA
TTGCTAATTC TAGATACAAC ACCATCACTT CAAGTTGTAA AGGGGGCCAA GGATGAAAAA
ATAGCCGAGG AGGACTTTAA AATGATGGTA CTGGCTGCCG GTATCGGAAA TATGATGGGT
GTTGATCCAG AAGAATTAAA GCAACTGTCG TATGAAGAAG CAAAAACAAG AGTTGTCGCA
GTGGCACAAA AGGATGAAAA GTTAAAAACT TTTATAAATG AAACATATTT GGATAAGTAT
TTGAAGTTAC AAATTCATAG TTTACTAATG TCACGAACAT TAGAATTGGA GAAAACACAA
TTAGATATTC CGATTAAGGT ATTTAAAACA CAGTTTCATA CAGAAGAGCT AGTAGAAAGA
TTTGATGCTT GGCATAACTA TACAAATCAA GCCTGCACAT TCATTGATAT ACCAGGCACA
CATACGACGA TGATGCGTTT ACCACATGTG AAAGAGGTAG CGAAAAAAAT AGAAGAACAG
CTATAA
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| Protein sequence | MLSTRKNLHA NLVRIQGKRV DLKKIERQVA KVSFIEQCAV IARKQDDGEY LLTAFVVSEK
AAAKEELQLL EVLPPKSQII SMSSLPLTKE GTIDRQQLMS LLCITADEEM RLQQSYGKEK
MAITYEEVFR LPNVNHVYDV MKVKETSQKV VSREKQAKEH FAQHIPAYMV GEDLTQFDMS
QEPKTLVEVI HNAAKNYGNH GITFIDEHGK TEFLTYKMIL MEAERMLKGL RAFQLQPQDK
IIFQMNNDKV FVITFWACVL GGFIPVPITV PKMFTQRTNE ADTLYNIWRA LEKPYIVTNE
TLQDSMTQLL DCYDLDAAKY LAFEKIQQEE PDQNWHVAQS EDDAILLFTS GSTGNPKGVV
QKHRSILTRE ISTSKYNHFS AHDIALNWMP LEHVGGIVMF HIKDTYLGRN QVQVRTQYVL
SEPTRWLDLI TTYKATITWA PNFAFALINK EIENGVKGNW DLSSMEFIVN AGEAINGYTA
KKFLQVLSPY GLPEDAMIPV WGMSETCSGV VYNKAFRSDG TKGLFIVDKQ SLEGIIQEGN
NVEDTITFVN LGKPIYGVSI RIANQDNETV AEGVIGRLQI KGKNVLEGYY QNEEANKECF
TEDGWYDTGD LAFIKDGCMA ITGRGKDIII INGVNFNGTE IEYVVEQVAG VKTSFVAACA
VRDDQLDTDE LAIFYSTMCA NDEEIREQIQ EIDQTIIEKF GVKASYIIPV EEEEIPKTNI
GKIQRTKLSN QFRLGYYEKL SKEIDILLQN DRTIPAWFYE QGFVRKETEI TFNPKETRKI
VIVGESTAFV TTIKRKLEEV GHHCYLVGNR EAYLSILKQE EIDDVINLLN YEKQDADGNE
IEKIRNANEN GIFFISETIK ACGKEKNLRI FTVTNNCEYS NIMKNKYHFG TLDGFSRSVN
LELPNLMCIR IDLDVSENDV NSIIKEIAAI HRDDKVVYRE GKRYVDSLQP IDMPLSLQNE
IALIKDGIYV VTGGLGGIGK EVCKLLLQQF SAKLFIVGRT ALSTSPTHLA SLEELQGFSK
DVHYIDGDLS DAAFVASISA KVEEIWGTEL DGILHLAGAG NLEEHWSEID SHWCTTESKA
YYEEMFAAKV FGTVNLFQLI EGKKDALFLH FSSVNSYFGG ASFTAYAAAN NFQDTFCQYV
SNQGYKNAIC INWSMWYDIG MSRNNTNNEL MAEKGFLLLP MKQAVYSLLA VLRTGVNNIF
VGLDASKSNI RKSMKQKKEL GLKAIVYHTD EVSDLSIEAK KHVSFLKVDE IPIDEKGCVQ
IGKLQDLHKN VGKTEMFQEP QSEAEKTLAK IWRDVLKANK IGRDSNFFEL GGHSINATQL
VSKIYSVCRV RMPLKNVFQY TTLATMARVL EELLVSAVDE VAVTTERIPK ILPRTYYDLS
YSQQRIYFLS TMEKETNYYN ILGAWDIYGK LDVTLFEKAI QLLMKKHHSL RATFEIVDGK
PVQIIHDDME IPVQFIDLTV MPEGLRIEEV DELMLKESKR VYNLANGPLM HCTIVKIKEG
EHVLLIGQHH IISDGWSLGI FVKELNEMYD AFVQHKPVAE TPSTISIMDF TAWHNSKVDE
DQDDRQYWLQ RFEGELPTLE LPTDRQRPLL KTYHGDTLSY KVNSQLHQKL KDFSHANGVT
MFMTLLTAYN IMLNKLTNET DIVVGSPVAG RNEPESKDLI GMFVNTLALR SHLGDNPTVD
VLLKQIKQNT LEAYNHQDYP FDKLVDDLDP HRDLSRTPIF QVMMGYMNMP LMVAFREAEV
RERFVRHKVA RFDLTLHVFE DEDQMKIFFE YNTDLFDEST IMRWQNHFET LLQEIVSNPT
KRISELNILT NEEKYEILEM NNNSTEYPQH ESVAEIFRET KIKHQAKLAI TYKDRKLTYA
ELSEKANALA HTLKRRGVAQ HDVVGIVAER SPETIIGILA ILKVGAIYLP IDPKLPQLTL
QHIWRDSGAK VLLGKNETTV EVGKEVPFVD IEGDKGKQEE LVCPISPEDT AYIMYTSGST
GKPKGVMVTH RNIVRLVKNT NFVSLQEQDV LLQTGSLTFD AATFEIWGAL LNGLTLHLVE
DYVILDGEAL QEEIQQNKAT IMWVSAPLFN QLADQNPAMF TGIKQLLIGG DVLSPKHINK
VMDHCAPINI INGYGPTENT TFSTSFVIDQ MYQDSIPIGT PIANSSAYIL DVHQNIQPIG
VVGELCVGGD GVAKGYVNLE QLTEERFIAD PFLKGSTMYR TGDYVKLLPN GNIQYIGRVD
NQVKIRGFRI ELEAIMNTLK QCESIKDVIV VVQEQNGYKT LVAYVVGEES LSIETVRAYA
KKHLAEYMVP SQFIFIEEIP LSINGKVQYS KLPKVQEVLH KKVETLLPEN RLEEIILRVY
RDVLEKEDFG VTDSFFAYGG DSLLSIQVVS MLKKEEIAVD PKMIFMHTTV RELAKACENR
PVMEETKRTE KDYLIQMREG SEEDSCIIFA PPAGGTVLGY IELARYFEGI GNVYGLQAPG
LYDDEEPTFL DYDELVQVFL RSIEGTYRPG QDYLGGHSLG GHIAFGMCCE LIKQGKAPKG
LLILDTTPSL QVVKGAKDEK IAEEDFKMMV LAAGIGNMMG VDPEELKQLS YEEAKTRVVA
VAQKDEKLKT FINETYLDKY LKLQIHSLLM SRTLELEKTQ LDIPIKVFKT QFHTEELVER
FDAWHNYTNQ ACTFIDIPGT HTTMMRLPHV KEVAKKIEEQ L
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