| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2329 |
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| Symbol | |
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| ID | 7311004 |
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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 | Clostridium cellulolyticum H10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011898 |
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| Strand | - |
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| Start bp | 2719120 |
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| End bp | 2727378 |
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| Gene Length | 8259 bp |
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| Protein Length | 2752 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643609257 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002506645 |
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| Protein GI | 220929736 |
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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
[COG3882] Predicted enzyme involved in methoxymalonyl-ACP biosynthesis |
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| TIGRFAM ID | [TIGR01681] HAD-superfamily phosphatase, subfamily IIIC
[TIGR01686] FkbH-like domain
[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 | ATGTCTGTAA TGCAATTTTT GTCAAGATTG CGTAATATGG GAGTTAATTT ATGGCTGGAC
AAAGATGATT TAAAGTATCA GGCTCCAAAA GGAGTAGTAA ACAAAACATT ACTTGCTGAA
ATATCTCAAA ATAAACATGA AATAATAGAA TTTCTTAAAA AATTAAAAAT AGAAACAAGT
TCAAATAATG AACGGATTCC ACAGGCTCCC AGAGACGGCA TAACGGAATT TCCACTCTCC
TATTCACAAC AGTCCATGTG GTTTTACGAT CAACTCATAA AGGGTAATCC CGCTTTTAAT
ATATCAAACG CAGTAAAGAT TACAGGTAAA CTTGATACAG CTGCTATTGA AAATGCAATA
AATGAATTGG TAAAAAGACA TGAAGCCTTG AGAACTACAT TCATAAGTAA TAATGAAGGA
AATCCCGTTC AAGTAATAAA TCCTCAATTC AAAGCACAAC TCTGTACAAC GTATGTAGAT
TATTCCGCTG ATGAATCCAG GTTTAAAGAC CTTTTAAAAG AGGAAGCGAG AGGTGTCTTC
AATCTGGAAA CCGGACCCTT ATTCCGTTTT CACCTTTTTA TACTGAGTGA AGAGGAATAT
ATACTTACAA TGGTCATACA CCATATAATA TCAGACGGCT GGTCAAATAC GGTATTGGTG
GGGGAACTGT TTACTCTGTA CAAAGACAGT GTACAGGGCG TGGAACAGGT ATTGCCGCTG
CCTCCCGTAC AATTTGCGGA CTATGCCTAC TGGGAAAAAA ACAGGCTTCG TGGAGAATTA
CTTGAGAATT TGCTGAACTA TTGGAAAACG CAGCTTGCAA ATACCGGTAC CTTAAAACTT
CCTTTGGATC GTGAAAGATC AGCAGTGCGT TCTTTTGAGG GGGGATATGA GGCTGTGGAG
ATATCACCTG AGCTAACAAA AAAAATAGAT ATTATTTGTA AAAGCAAAAA TGTCACCCAG
TTCATATTGA TTCTTGCTGC GTTTAAAACT TTACTTTACA TATACTCGGG ACAGCAGGAT
ATTTGTGTAG GTACTGTTGT AGCAAACAGA AACAGAAAAG AGATTGAACG TGCAATAGGA
TTTTTTATGA ATACTCTTGC ATTACGTACA CGGATTGACG GAGAAAGTTG TTTTACTGAG
ATACTGGAAA GAGAAAAGAA AACAACATAT GATGCATTTA CATATCAGGA GCTGCCATTT
GACAAAATGG TTGAGGAGTT GAAGCCCCCC AGAGAGGATG GAGTAAATCC ATTTTTTCAG
GTTATGTTTA TACTTCAAAA TACTCAAAAA GTGGAATTAG AGCTTCCCGG AGTAAAAATG
AAGCCTATTG AAATAGAAAG CGGCATGGCG CCATTTGATT TAAGGCTGCA ACTTACTGAA
TCACATGAAG GCTTAAAAGG TGGCTTTGAT TATAATTTAT CAATATTCGA TCCTGCTACT
ATCAGAAGTC TGGCAAGGCA TTTAATTACA ACACTTGAAT GTATAGTACA AAATCCTGAA
CAAAAGATTA TACAGCTTCC GATTTTTACA CCGGATGAAA AGAGGGATAT AAAAAATAAA
TTCAGACCTA CTAATGAGGA AAAATTAAAA ATTGCTGTTG CAGCAACTTT TACAGCCGAG
CCTGTAGAAG ACTATATAAA CTGGTGGTGC AAACAATTCG GCATTAAAAC AGAGGTAGCT
TTTGCACCCT ACAATCAGAT ATTTCAACAG ATTTTAGACG AAACAAGTCT TATTTCACTG
AATAATGGTG CAAATGTATT GCTAGTCCGC TTTGAAGATT GGCTGAGAAA CGATATGTCA
GGCGATGCTG AACAGCTTGA AAAGCTTGAA AAGAATTTTA GTGATCTTGT GAATGCATTA
AAATCAAAGA CTAAAGGAAT ACCTTATTTT GCTGGGGTTT TACCTGTCTG TCGCTATTCG
AATATCAGCC AAAGGGTCAG TGAATTCATA GAAGATATGA ACTGTAGATG GAAAATGGTT
CTGGAGGAAA TGGAAAATGT ATATGTAATG GATTGCAGAT TTCTTAATGA GCATTATGCT
ATAGATGTAG TATTTGATCC CTTGAAGGAT ACCGAAGCAC ATATGCCTTT CAGCGATACA
TTTTTCAGTG CTTTGGGAAC CGTTGTTGCC AGAAAGATAT GTGCATGGAG AAAGCAGAAT
TTCAAGGTTA TAGTTCTTGA CTGTGACAAT ACCTTGTGGA AAGGGGTTTG CGGGGAAGAA
GGTACACAGG GAGTCATAAT AAATGAACCC TTTAAAAGAA TGCAGGGGTT TATGCTGAAA
CGTTACAGGG AAGGTATGCT TCTGGCTGTT TGCAGTAAAA ACAATGAAGC TGATGTTTGG
GATGTATTTG AAAACAACAA GGGAATGTTA CTTAAAAAAG AGCATTTTAT TGCATGGAGA
ATAAACTGGA GGTCAAAGGC CGACAACATA AAAGAAATTG CAGATGAGCT TAACCTTGGT
ATTGACAGCT TCATTTTTAT AGACGATAGT CCTGTGGAGT GCAGTGAGGT AATGATGAAA
CTGCCGGAGG TACTCACTCT TAATCTGCCG GAAGATGAAG CACAAATACC CGGGTATCTC
AAGCATGTAT GGGCCTTTGA CAGATTCAAA GTCACCGCAG AAGATGCCCA AAGAACACAA
ATGTATCTCG CCGAGAAAGA AAGAAAGCAA ATACAGGACA GTGTTCAGTC TCTGGATGGT
TTTATAAAAG GACTTGAACT TAAAATGAGC ATGAATCCCG TAGAGGATTC ACAGTATATT
AGAGCGGCCC AACTGACACA TAGAACCAAC CAGTTTAACC TTAGTACCAT AAGAAGAACG
GAAGAGGAGC TGAGGCAGCT TACGAGTTTA CCGGGCTTCA GATGTCATGT AATAGAGGTC
AGTGACCGGT TCGGTGATTA CGGTCTGGTT GGTGTGATAA TTTCAAAGGA AAGCGGCAGC
AAACTTTTTA TAGACACATT CCTGCTGAGC TGCAGAGTAT TGGGAAGAAG GATTGAAGAT
GCAATACTTG TTGGTCTTAA AAAGCTTTGT ATAAAAACAG GTACAAAGGT ACTTGAAGCA
GAGTTCCGCC CCACGGAAAA AAATATACCG TTTAAAAATT TCCTTAATAA TAGCGGCTGG
AAAAGTATTG AAGAAGGGAA TGAATTAAGT AGATTCCAAC TGGACATTGA AGCAATATCT
GACAACGAGA ATCTGGTAGA GTGTTATTTT AATTCAAAAT TTGAGGTCTC CGTAAAGTCC
CCAGAAGTTG TAAAATCTAA ACATGAACCA GTTCACATAA AACAAGAGGA GAAAGAGACT
TCAGTCAATA ACGGCTGGAA GGTACTTTCG GTAAACAGAG AAAACCTTCT TCACAAAGCA
TATCTGCTTG CCCTTGAAAA TGCTTTCGGA AAATCACTGA CAGCACTGCC TGTGCATAGG
ACAGGTACAG GTGCTAAAGC TGTCGCGACA AAAAACGAAG AATATAAAGC ACCCTGCAAC
AAAACGGAAA AAATACTGGT TGAAATATGG CAGGAGATAC TTGGCGTTGA AAATATAGGA
GTTAATGACG ATTTCTTTAG ACTGGGGGGG CACTCCCTTA CTGCTGTTTC CATAATTTCA
AGACTTAGAG ACAGATTCCA TAAATACATA CCTCTACAAT GGATTATAGA GAACAGAACC
ATAGGCCAAT TGGGAAAACT AATAGGAGAA ATTGAAGAAA CAGATAATTC AGATGACGAA
CAAGACCATA TATCAATGGT CTCTGACGAA ACAAAGGAAT ATCCACTTTC ATTTTCCCAG
CAGTCCATGT GGTTTTATGA CCAACTGAAC AAGGGTAATG CAGTATTCAA CCTGTCCAGT
GCCGTACGTA TAAGCGGCAG ACTGAATATT GAAATCCTTA AACAAACACT GGAAAATGCA
GTCATGTCCC ATGAAGCTTT AAGAACAACA TTCAAGAACA TTGACGGAAT CCCTGTTCAG
GTTATAAATG ACAGCGTTGC TGTGGAGATA AATAAAATTG ACCTAACGCA CCTTAATAAA
AATAATGAAG AAGAAATCAA GAACCATCTG AAACAAGAAG CACGCTTTAT ATTTAATTTG
GAAAAAGGTC CGTTGTTCAG ATTCTGCCTT TTCTTTCTCA ACGGAAATGA ATATATTTTT
TCAATGACAA CACACCACAT AGTATCTGAC GGTTGGTCAA ATACAATAAT AGTAGAAGAA
TTTTTACGGC ATTACACGCA GTTTGCAGAG GGACAAAACA TAGAAATAAA ACCCCTTCCG
ATACGGTTTG CCGACTATGC CGTGTGGGAA AGAAACAGAT TTACCGGGGA AAGATTGGAC
AAGCTCATGG GCTACTGGAA AAAACAGCTT GAAAACCCTA CAACACTTGA ACTTCCCACA
GATAAGGCCA GACCTAAAAC CCGTACATAC GAAGGTGGCT TTGAGAGCAT TGCAATTCCT
GAAGCACTGG TGCCTGAACT CAAGAAACTT TGCAATAACC AAGGTGTAAC CATGTTCATG
CTTATTCTGG CGGCATTTCA GACACTATTG CACAGGTATT CGGGACAGAA CGACATTTTC
ACGGGTACAG TAGTTGCAAA CAGAAACAGA GCTGAAATTG AAAATACAGT GGGGCCTTTC
ATAAATACTC TTGTTTTGAA AACTAATTTT GACGAGAACC CCGATTTTTT ATGCCTTCTG
GCAAAAGTTA AAAAAACCAC TCTGGAGGCA TATGAACATC AGGAACTACC CTTTGACAAA
ATGCTTGAAG AAATGAGACT GGAACGCGAC CTCAGCAGGG CTCCGTTGTT TCAGGTTATG
TTTATACTCC ACAACAATAA GAAAGCTGAA CTGGAACTTG ACGGAATGAG AATAACCGAA
ATAGATGTAG CAAGCGATAT GGCTCCTTTT GATTTAAGGT TGCAGCTGAC AGAGACAGAA
AAAGGGATAA AGGGCGGGTT TGACTATAAC ATATCGCTAT TTGAGACTGA AACAGTTAAA
GCAATATCGA TGCATCTCAT AAAATTGATT GAAAGTATAG TACAAAAGCC TACTGAGAAA
GTTTCTGGAC TAGAATATAT TACTGAAACA GAAAAGAGAC AGATTTTAAC AGAGTTTAAC
AATACTGATG CTGATTTTCC AGAGGAGAAG GTTATTTACC AATACTTAGA GGAACAGGCG
GAAAAAGAGT CAGAAAACAT TGCAGTAATA CTTGAAAATA AAAAGCTGAG CTACGTGGAA
CTCAATGACA GGGCAAACTG CCTTGCAAGG CTTTTACAAA AAAATGGTGT AGGTCGGGAG
AGTATAGTAG CTTTAATGAT GGAACGTTCA CTTGAGATGA TAACAGCAAT AATGGCCGTA
CAGAAAGCTG GAGGAGCATA CCTCCCGGTA GACCCGCATT TTCCTGCCGA AAGAATAGAC
TATATACTCA AAGACAGTGA TACAGGGATA TTGCTTACCC ATAAGGAGTT TGGAGACTTA
AAAATTCCGC AAAACATAAA AAAGATAAAT CTTGATTTAA TTGATTTATC CCACGGAGAA
AAATCAAATC TCCCTTTAAT AGCAACTTCT GAGAATATTG CATATGTAAT TTATACATCA
GGCTCCACAG GTAAGCCTAA AGGAACGCTG ATAGAACACA GGTCTCTTGT CAATAGACTT
AACTGGATGC AAAAAAAATA TCCGCTAAAT AGAGACGATA TTATCCTCCA GAAAACACCT
TACACCTTTG ATGTTTCTGT ATGGGAACTG TTCTGGTGGT CTATTGCGGG AGCCAAGGTT
TGCTTTCTTG AGCCGGGAGC TGAAAAAGAC CCCGGAAAGA TTGTGGAAGC TATTGAAAAG
AATAATATTA CAGTTATACA TTTTGTGCCA TCCATGCTTG GTGTTTTTCT GGAATATCTG
AATCAAACTG GTGAAGTATC AAGGGTTGCC GGACTAAAAC AGGTTTTCGC CAGCGGTGAG
GCATTAACAC CTTCACAGGT TAAGGCTTTT AGGTCACTGC TTTCAAAAAA CGAAACCAGG
CTTGCAAACC TTTACGGGCC GACGGAAGCG ACAATAGATG TATCGTATTT TGACTGTGAT
ACAGAGGATG AGCTTGATTC TATACCTATC GGAAAGCCTA TTGACAACAC AAAACTTCTT
ATAATGGACA AAAATATGCA GCTCCAGCCT GTGGGAGTAA CAGGAGAGCT GTGCATAGGC
GGTAACTGTC TGGCAAGAGA GTACCTGAAC AAGCCTGAAA TGACCGATGA GAAATTTATA
CCTAATCCAT ACAAACCCAA TGAGAGGCTT TACCGAACGG GGGATCTGGC AAAATGGAGA
CGGGACGGAA ACATTGAATA TTTGGGAAGG ATAGATTTTC AGGTAAAAAT ACGAGGACTG
AGGATTGAAC TTGGTGAAAT AGAAAAGCAG TTAACGGCTC ACCCGGATGT AAAAGAGTGT
GTGGTAGTTG CATGGAAAAA GGGTGAGGGA GATATACATT TGGTGGCATA TGTTGTATGT
GAGAATAGTA TGCAAGCAGA ACAAGGAGGT ATTCAGTCAT TCCTTGAAAA GAGCCTCCCG
GATTATATGG TTCCAAGAAT CTATGTTTTT CTTGAAATGA TGCCCTTATC CCCTAACGGC
AAAATAGACA GGAAGTCACT TCCCGCTCCT GTGGTTTCAA CAGACAGAGC TTATGAGGCC
CCAAGAAACG GTACGGAAAA GCTGCTGGCA GACATATGGA AGAAAATACT GAGTCTAGAC
AGGATTGGAA TAAACGATAA TTTCTTTGAA ATCGGCGGAG ATTCCTTGAA AGCAATGGAA
ACAATAATAC ATCTTAAAAA ACAGGGAATG CAGCTTGAAA TAAAAGACTT GTTTGAAGGC
CAGACAATCA GAAACCTTGG CAAATGTATC AGAAATTCAG TTAACCGAGA TAAAGAAGTA
CCCGTTACAG GTGAAATAGG GTTGCTCCCT ACTCAGAAAG GTTTTTTCAG AAAAACAAGA
ACGGAAATAA CTCACTGGAA TATTTCGGTA ATGCTGTACA GAAAAGACAG ATTTGATGAG
AATATAATTA AAAAGGCTTT TACCAGAATA GTAGAGCAAC ATGATGCACT TAGAATAAAT
TTCAGAATTG ATGGAGAAAA AATAACCCAA TTCAACAGGG GCATAGACGG TGAATTATTT
GAAATAAGTA TATTTGACTG TATAGCTGAC AAGGATGATA CAACCAATAT GGATGATGTG
GCATATGCCT TACACAGAAG CATGAACCTT ACAGAGGGGC CCCTTGTTAA GCTGGCACTT
TTCAGACGCT TTGACGGAGA CCATCTTCTG CTTGTGATAC ATCACCTGCT TTGCGACGGA
CTATCACTTA TGACAATATT AGAGGATGCT GCTACAGTAT ACAATCAGCT GCAAAGAAAT
GAACCAACCA TACTTCCTCC CAAAACTTCT TCCTTAAAGG AATGGTCGGA GAGAATATAC
GACTATTGCA ACAGTAGCGA ATTTCTAAAA GAAATCAATT ACTGGGGAAA AGTTGAAAAT
ATACCTGTGG CACAGCTCCC TAAGGACACT GCTTTTAATG AGGAAAGACA TAAGCATGAC
GTTGCCATCA ATGAAACTCT GCTCTTTGAT AATGAAACAA GGGTACTGAT GAAGAATGTA
AACCAGAGGT TTGATACCGA TATAAAGGAT TTACTGGCGA CAGCTTTCGG TGCAGCGGTA
AAAGAGTGGA CAGAGTCAGA CAATATACTT ATTGATTATA AAATTCATGG CAGGGAGAAC
ATTTTTGATG GGATTGATGT TTCAAGGACA GTGGGTTGGT TTGCTACAGA GTTCCCGGCT
GTGCTTGATA TGTCCCAACT GGAGGATCTT CAAGCCCAGA TACTATCAAT CAGAGATATG
TTCAGAAACG TTCCGGGCAG AGGACTTGGC TATGAAACTC TCAGAGAGAT AACTCTGCCT
GAAAATAAAA AGGAATTAAA ACTAAACCTC TGCCCGGAGA TATTATTTAA TTATTCAGGT
GATTTTGCAG GGCGGACTAA TGAGGATTTT CAGGGATTTG GCATATCGTC ATTATATAAA
AACCTTAATG AAAGTCCCGA ATCTGAAAGA AAATACACCT TAATTATTGA ACTTATGATT
CTGGATGGAA ATCTGAATGT CACTCTACAT TACAACAAAC ATCAATATTA TGAAAGCACA
ATGACAGGTC TTCTTAATAA ATTTAAAAAG TATTTATATA AAATTACAGA CTTGGGTAAA
AAAATAAATT CTGAAAGGAG AGGGAAATTA TATGAATAA
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| Protein sequence | MSVMQFLSRL RNMGVNLWLD KDDLKYQAPK GVVNKTLLAE ISQNKHEIIE FLKKLKIETS
SNNERIPQAP RDGITEFPLS YSQQSMWFYD QLIKGNPAFN ISNAVKITGK LDTAAIENAI
NELVKRHEAL RTTFISNNEG NPVQVINPQF KAQLCTTYVD YSADESRFKD LLKEEARGVF
NLETGPLFRF HLFILSEEEY ILTMVIHHII SDGWSNTVLV GELFTLYKDS VQGVEQVLPL
PPVQFADYAY WEKNRLRGEL LENLLNYWKT QLANTGTLKL PLDRERSAVR SFEGGYEAVE
ISPELTKKID IICKSKNVTQ FILILAAFKT LLYIYSGQQD ICVGTVVANR NRKEIERAIG
FFMNTLALRT RIDGESCFTE ILEREKKTTY DAFTYQELPF DKMVEELKPP REDGVNPFFQ
VMFILQNTQK VELELPGVKM KPIEIESGMA PFDLRLQLTE SHEGLKGGFD YNLSIFDPAT
IRSLARHLIT TLECIVQNPE QKIIQLPIFT PDEKRDIKNK FRPTNEEKLK IAVAATFTAE
PVEDYINWWC KQFGIKTEVA FAPYNQIFQQ ILDETSLISL NNGANVLLVR FEDWLRNDMS
GDAEQLEKLE KNFSDLVNAL KSKTKGIPYF AGVLPVCRYS NISQRVSEFI EDMNCRWKMV
LEEMENVYVM DCRFLNEHYA IDVVFDPLKD TEAHMPFSDT FFSALGTVVA RKICAWRKQN
FKVIVLDCDN TLWKGVCGEE GTQGVIINEP FKRMQGFMLK RYREGMLLAV CSKNNEADVW
DVFENNKGML LKKEHFIAWR INWRSKADNI KEIADELNLG IDSFIFIDDS PVECSEVMMK
LPEVLTLNLP EDEAQIPGYL KHVWAFDRFK VTAEDAQRTQ MYLAEKERKQ IQDSVQSLDG
FIKGLELKMS MNPVEDSQYI RAAQLTHRTN QFNLSTIRRT EEELRQLTSL PGFRCHVIEV
SDRFGDYGLV GVIISKESGS KLFIDTFLLS CRVLGRRIED AILVGLKKLC IKTGTKVLEA
EFRPTEKNIP FKNFLNNSGW KSIEEGNELS RFQLDIEAIS DNENLVECYF NSKFEVSVKS
PEVVKSKHEP VHIKQEEKET SVNNGWKVLS VNRENLLHKA YLLALENAFG KSLTALPVHR
TGTGAKAVAT KNEEYKAPCN KTEKILVEIW QEILGVENIG VNDDFFRLGG HSLTAVSIIS
RLRDRFHKYI PLQWIIENRT IGQLGKLIGE IEETDNSDDE QDHISMVSDE TKEYPLSFSQ
QSMWFYDQLN KGNAVFNLSS AVRISGRLNI EILKQTLENA VMSHEALRTT FKNIDGIPVQ
VINDSVAVEI NKIDLTHLNK NNEEEIKNHL KQEARFIFNL EKGPLFRFCL FFLNGNEYIF
SMTTHHIVSD GWSNTIIVEE FLRHYTQFAE GQNIEIKPLP IRFADYAVWE RNRFTGERLD
KLMGYWKKQL ENPTTLELPT DKARPKTRTY EGGFESIAIP EALVPELKKL CNNQGVTMFM
LILAAFQTLL HRYSGQNDIF TGTVVANRNR AEIENTVGPF INTLVLKTNF DENPDFLCLL
AKVKKTTLEA YEHQELPFDK MLEEMRLERD LSRAPLFQVM FILHNNKKAE LELDGMRITE
IDVASDMAPF DLRLQLTETE KGIKGGFDYN ISLFETETVK AISMHLIKLI ESIVQKPTEK
VSGLEYITET EKRQILTEFN NTDADFPEEK VIYQYLEEQA EKESENIAVI LENKKLSYVE
LNDRANCLAR LLQKNGVGRE SIVALMMERS LEMITAIMAV QKAGGAYLPV DPHFPAERID
YILKDSDTGI LLTHKEFGDL KIPQNIKKIN LDLIDLSHGE KSNLPLIATS ENIAYVIYTS
GSTGKPKGTL IEHRSLVNRL NWMQKKYPLN RDDIILQKTP YTFDVSVWEL FWWSIAGAKV
CFLEPGAEKD PGKIVEAIEK NNITVIHFVP SMLGVFLEYL NQTGEVSRVA GLKQVFASGE
ALTPSQVKAF RSLLSKNETR LANLYGPTEA TIDVSYFDCD TEDELDSIPI GKPIDNTKLL
IMDKNMQLQP VGVTGELCIG GNCLAREYLN KPEMTDEKFI PNPYKPNERL YRTGDLAKWR
RDGNIEYLGR IDFQVKIRGL RIELGEIEKQ LTAHPDVKEC VVVAWKKGEG DIHLVAYVVC
ENSMQAEQGG IQSFLEKSLP DYMVPRIYVF LEMMPLSPNG KIDRKSLPAP VVSTDRAYEA
PRNGTEKLLA DIWKKILSLD RIGINDNFFE IGGDSLKAME TIIHLKKQGM QLEIKDLFEG
QTIRNLGKCI RNSVNRDKEV PVTGEIGLLP TQKGFFRKTR TEITHWNISV MLYRKDRFDE
NIIKKAFTRI VEQHDALRIN FRIDGEKITQ FNRGIDGELF EISIFDCIAD KDDTTNMDDV
AYALHRSMNL TEGPLVKLAL FRRFDGDHLL LVIHHLLCDG LSLMTILEDA ATVYNQLQRN
EPTILPPKTS SLKEWSERIY DYCNSSEFLK EINYWGKVEN IPVAQLPKDT AFNEERHKHD
VAINETLLFD NETRVLMKNV NQRFDTDIKD LLATAFGAAV KEWTESDNIL IDYKIHGREN
IFDGIDVSRT VGWFATEFPA VLDMSQLEDL QAQILSIRDM FRNVPGRGLG YETLREITLP
ENKKELKLNL CPEILFNYSG DFAGRTNEDF QGFGISSLYK NLNESPESER KYTLIIELMI
LDGNLNVTLH YNKHQYYEST MTGLLNKFKK YLYKITDLGK KINSERRGKL YE
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