| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BcerKBAB4_5489 |
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| Symbol | |
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| ID | 5839703 |
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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 weihenstephanensis KBAB4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010180 |
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| Strand | + |
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| Start bp | 83671 |
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| End bp | 90990 |
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| Gene Length | 7320 bp |
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| Protein Length | 2439 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 641374657 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001642453 |
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| Protein GI | 163943223 |
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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
[COG3320] Putative dehydrogenase domain of multifunctional non-ribosomal peptide synthetases and related enzymes |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain
[TIGR01746] thioester reductase 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 | 7 |
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| Fosmid unclonability p-value | 0.00934581 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAGGAAA TACAAAAGCA ATATGAAATT GTAGAAGAAT TGGATGCAAC AGTAGGGCAA
GAAGCATTAT GGATAGCTCA TCAAATGGAA TTAGAAAATG GAATGAACAA TGAAGCTACC
ATAATAAAGC TAAAAGGAAA TCTTCAAATA GATACTTTTA AGAAAGCGCT TACTTTAATA
GTGCAATCTC ATCCGGCGCT GCGTACACTA TTTATTAAAA GGGACGAAAA AATTAAACAA
TTCATTCAAA AGAGTATAGA TTTTGATATA CCAATTAAGG ATTTAACTGC TTTTAAAAAC
ACAGAACAAA AATTTATTTT AAAAAAATTC TTAGACTCTA TAGTGAATGA GAAATTTAAT
TTAGAAGAAG GGCCTTTGTT TAAATTCCAC ATCATTAAAT TGTGTGAAGA TGAATTTATT
TTACATATGA TTTTTCATCA CATTATTTAT GATGGATGTA GTTTAGGAAT TTTTATCCAA
CAATTGTCTC ATACGTATTG TGAATTACTT CAAGAAAATA CGGGTTTAGT ATTAGAATCT
CCTTATAAGA GCCTTATAGA ATTTGAGGAA GGTTTTATTG ACAGTGCAAT ATATAGAGAA
GGATCATCCT ATTGGAAAGA TTATTTACAA GGTGAATTAC CTCCTACAGA GTTTCCTGCT
ACTATTAATA AAATGAATGA ACCGATATAT ACGAATGAAA ATATAAGTAA GAATATTGAT
GCCGATCTAT TTTATCAAAT ACAATGTTTT GCTAAAAGAA ATAACATAAG TGTCTATCGG
GTTATGTTAA GTACTTATTG TGCCTTGCTT CATCAAATGA CAAACGCTGA AGAAATTATT
GTAGGTATTC CAATTAATAC TAGACCACAC ACGGAAGAAG GGAATGCTTT TGGTTATTTT
GTTAATACAT TACCTATACG TATAACAATA GAAAAGGGGG ATACATTTAA GGGAATACTT
AACAAGGTGA ATAAATCTGT TCATTTGGCT ATTAAGTATA AACATAATCC ATATTCACAT
ATAGTAAAAG ATTCAAATCT AAATAATAAT ACACATCATA ATATGATATA TTCAACAGCA
TTTAATACGG TAAGGATACC TCAATTGAAA ATTCTAGATA TTGAGTCCAC AGTTTTAACA
GATTGTAAAA GAGTAAATCC TTTTAACATG ACCTGGAGAA TAATGAGATA TGAAGGGGAA
ACAGAGAATA AAATTGAGGT TGACTATAAT TCAGCGTTAT ATAAAGCAGA GAGTATTAGT
GATTTAGTTG AAAGATATAT ATATTTGTTA CAAGAACTAA TGAAGAATGT AAATGAGCTT
ATCCATTCAT TGGATTTACT TTTAAAAAAG GATCATCGTT TATACAAAGA TATAAACTCA
AATACTCTTG CATATCCTAA TTCAAAAACA CTAGATCAAT TAATCGATCT ACAAGCATTA
AAATCGCCAA ATCAAATAGC GATTTCAATG GGGGATAAAT CGATTACCTA TTATGACTTG
CAGCAAAGGT CAAATCAAAT TGCGAATTAT TTACGTGAAA ATGATATAAA AAAGGGACAG
CGTGTAAGTA TTACTATGGT GAGAGAGATT GATACAATTG TGTGGATTCT AGGCATACTA
AAATCAGGTG GAGTTTATGT ACCAATCGAT CCAAAGTTTC CTGAAAAAAG AATAGAATAT
ATATTAAAAG ATAGTGAAAG TCAAATGATT ATTACAAAGA AAGAATTCAG GGGATTAATT
GAAAGTTTTG CGATTCATAC AATTTATCTA GAGGATTTTC ATTACGCTAA TTCTATAGAA
AATATTGTAC CTACACATAC CATAGAAGAT ACAGCGTATA TTATCTACAC GTCAGGTTCG
ACAGGTTTAC CAAAAGGAGT AGGTGTACCA CATAAAGGAG TAATTAATTT ATCATATTCA
TTAATGAATC AATTTAATTT AGACAAAAAT GATGTATTTT TACAATTTGC AACGATGATT
TTTGATGCCT CCATTATGGA AATATTTCCG ATTTTGTTAT GCGGAGGGAG AATGCATTTA
ATTTCTGAAA TGGAAAAACG TTCTGCAGAA GAATTTATAA ATGTAATTAA CAAGAATGGT
ATTACATATG TTCTTTTACC AACTGCATTT TTTAAATTAA TAGCTGATAT GCCAAAAGAA
ATGTTACTTA CATTAAATTC TTTAAAATGT GTATTTGTGG GAGGGGAAAC CATACCTGCT
GAATCAGTTC GTAAATGGCA AAGTAAATTA GGATTAAAGA TTCCAGTTCT TAACGCATAT
GGTCCTACTG AAGCTACTGT ATGTACAACC ATTTATGAAG TAAATCATGA GATAAAAGAA
GAAAATTCTA ATATCCCAAT AGGTAAACCA ATTGCTAATA GTAAAGTTTT CGTGGTCAGT
CCGTTCAACA CGATATGTCC GTCAGGAGTA GTAGGTGAGT TATTCATTGG TGGTGATGGG
GTTGCCAAAG GATATATAAA TCAAAAGGAA AAAACAGAAG AGGCATTTAT TTCTTTCGGG
GAATCCTATA ATCGCGATAA AAAAATGTAT CGTACTGGGG ATTTAGTACG TCTTTTACCA
AGTGGTAAGA TTGATAGAAA AAAATTAGAA TTACAAATCC CATCTTTACT TGAAAATATG
AAGAATCAAT ATGTACCACC AATAAGTGAA ACAGAAAAAA GGTTGGTAAA AACATGGTCA
GAGATTTTAA ATTTAGGGAA ATATAGAATC AGCAGAGATG ATGACTTTTT TAAACTTGGG
GGACATTCAT TAATTGCTGT GCAAGTGTTA AATCAAATTC AAAAAGAGTT TCATTTGAAA
ATAGAAATTA GAGATATTTT TGAGCATACA ACAATTGCTA GTCTATCTGC TTACATTGAT
AAATTAATGG AAGTAAATAC GGATAGAGAA GAACATGATA TGCAAGTATT AAAGGTTGCA
GATAAGGAAT GTTATAAGTT ATCCAGTGCT CAAAAAAGAA TCTGGTTTTT AAATAAGTAT
AACGCTATTA ATAGAGTATA TGATACACAA CTACACATAA ATATTGAGCC AAGTTTAAAA
AAGAATATTT TACAAGACGC CATAAGATTT TTAGTTGAAC GACACGAGAT GCTACGAACA
GTGTTTATTG AAAAAAACGG GGAGCCTAGA CAGGTCATAT TAAAATCAAT ATCTATTGAC
CTTATTCACG ATGATATTGA ACACATAACT AAAAAGGAAC AACAAGAATA TATACGTAGA
ACAATAAATC AAACGGATCA TACACCATTT GATTTGGAAA ATGGACCACT TTTCCGGATT
AGAATTTTTA ATCTTGATAA GAAAAGATCC TATATATATA TCAATTTACA CCATATTATT
ACCGATGAGT GGAGTGTAAG GAATTTATTA GATGAATTAA TGAAGGTATA TAATGCCTTT
GCTAATCGAA GAAATCCTTA TTTACCAACT ATTTCCAATC GATATGTGGA TTATGTTGAG
TGGGAACACA AGCAGCTAAA ATTAGGCCGG TGGGATACAG AAAAATCTTA TTGGATGACC
GAGCTTGCGG CGCCTCTTCC CATACTAAAT CTTCCGTTAG ATTTTAGTAG GGATCGTCAA
AGTACAAATA AAGGTAAAGT CTTTGAAATG AAGTTAGATA ATAAAATGAA AGAGTCTTTG
AAACAAGTAT GTGAACAAGA GAATGTGTCT ATGTATATGC TATTTTTGGC AGTATATATA
CAATTGTTAC ACTATCTAAC GGATCAAAAA GATATTATTG TAGGTACACC GGTTGCCGGA
AGGAATTATC AGGAATTTGA ACAAATACAA GGATTTTTTG TAAATACTTT AGCTATTAGA
ACACAATTAA ATGATGTGAA AAATTTAAAA CAACTAGTAC AAGTCGTTAA AGAAAAATGT
TTGAATTCTT TCCAAAACCA ATCGTACCCA TTTGATAAAG TAATTGAGCA AATAAATCCT
GATAGAAGTT TTGGAAATAA CCCTATCTTT TCTACAATGT TTAGTTATCA GAAAGATATT
TTGCAACAGC ATGATGAGCA CAAGCTTCAA TTGTTAACTA ATAAACAAGA TGTTAGTAAG
TTTGACATTT CTCTATCTGT TGAAGAAGGC TTGGATTATG TAGGTATTTC ATTTGAGTAT
GATATTAATT TATTCAAGGA AGAATCAATT AATAGGTTTA CTCAAAATTT ACTTAATATA
CTGGACGCAT TTATTCATCA ACGAACAGTA GCATATGAAA CTCTTTCATT CCTATCACAG
GAAGAAGTAT CTCTATATAG AAAGGTAAAT CATACAGAAA GACCATATCC TTATTTTCAA
AATATACAGG AGCAATTCTA TAAGCAAGTA GATAGACAAT CAAATCGGAT TGCTATAGCT
ACAGAAACAG AGTCTTTAAC ATATAGACAA TTAAATATGG ATTCTAATCA AGTAGCGCAA
CATTTACTCG AAAAGGGTAT AAAAACAGGT GACAAAGTAG CCATATTTTT AGATAGAAGT
ATTAATAGCA TTGTCTCTAT GATTGGAATA TTAAAAGCTG GTGCTGCCTA TATACCAATC
GATGTAAAAT ACCCCGAGGA TAGAATTAAT TATATAGTAA GTGACAGCGA GGCATGTAGA
ATTATAACGA ATAACAAATA CAAAAGTCAT TTGAATTCAA GTAATTATAA CGTTTCAATA
ATAGAGGATA TATATCGTAC GACAATAAAT GATGATGTTA AAATTTTAAA TAAACCAGAT
GACTTGGCAT ATGTAATTTA TACATCAGGA TCAACAGGCA AACCAAAAGG TACATTATTA
ACTCATAAAG GAGTATTAAA TTTAGCTGAA TGGAGAAATG AAGTATTTCA TATTTCCCCA
AATGATAAAG TAACACAGTT TTATTCCCAT AGTTTTGATT CTTCTGTATC GGAAATTTTT
TCTACCTTGT TAAATGGGGC GGAACTATAT TTATTAAGTG ATGAACAGCG CTATTCAACT
GTAGCATATG CTCAGGCTAT CCAAGAAATA CAAGCAACTC TTTCTGACGT ACCAACAGTA
TTTTTTAATG AATTATCGAC TTCATTAACT AAACTGGATA GTGAGAAGAT ACGTTCTTTA
AGATTTATGA TAATGGGAGG GGAAGCTGCA TCAACAAATG CTATTAGGAG TTGGCAAAAT
ACTTTTAAAA ACCAAGTACA ACTGGTAAAT GAGTATGGCC CTACTGAAGC AACTGTTTCA
GCAATGTATT ACTTCATACC AATATTAGAA GATGAGAATA GTCTTTTAGG AAATATACCG
ATTGGTATTC CAATTTCTAA TACAAAGGTT CATATATTGA ACTCGTATAT GCAACATTGT
CCGGTAGGGG GCATGGGTGA ATTATATATT GAGAGTTTAG GATTGGCCCA AGGGTATTGG
AAGCAGGAGG AGAAAACAAA TCAGGCATTT ATTTCAAGTC CATTTTCAGA AGATAATAGT
AAAAGGGTAT ACCGAACAGG TGATTTAGCA AAGTGGTTAC CAAATGGAAA TATAGAATTT
ATGGGAAGAA AAGATAAGCA GGTTAAAATT AGAGGGCATA GAATTGAATT AGGGGAAATA
GAAGATGCAC TATTACAATT TGAGGGGATA AGTCAGGCTG TGATAACACA AACGAAAGAT
GGAATGCTAT TGCAAGCTTA CTATAAAACA GTGGACGGTA TAGAAATAGA GAAAAATAAG
TTAGCAATAC ATTTATCAAA TGTATTGCCA GAATATATGA TTCCTAAATA TTACTCTCAT
GTGTTAGAAA TACCAATAAC GGCTAATGGG AAAATTGATT TCGAAAAACT TCCAGAAATA
GATTTTGATA ATGAGCAAAA GGATGATTGT ATACTTAAGC CTCAAACTAA AGTGCAAAAA
AACATTGCAA AAGTATGGTC TGAAGTTTTA AACATAAAGT CTATTGGTTT AAAAGATGAT
TTCTTTAATT TGGGTGGACA TTCTTTAAAA GTTATGCCGG CATTAGTTAA ATTAAAACCG
TTATACCCTA ACTTGAAAAT TCAAGATTTC TTTAAGTATA GAACAATAGA AAATTTAGCC
TATCATATTG AAGAGATGGA AGATATGTCG TTAAAGAATG AGAAAAATAT TAATGTAGCA
TGTATTGAAA ATGAAACGAA AACGAATCCG GTTTATAAAA GAACTAAATT AGAAGAATGT
GAGTTAGATA TGGTGAATTA TCCAAAAGCA GTTTTCCTTA CAGGAGCAAC AGGATATTTA
GGCGCACATA TTTTAGAACA ATTATTACAG TTGCCATCTA CGACTATTTA CTGTTTAGTA
AGAAAAAATG AGAATCAAGT AATTGATGAA AAGTTAAAAG AAAGAATGAG ATTTTATTTT
GGTAAAGAAA TTCTTCAAAA GTTGGAGGAG AGAGTAGAAT TAATTGAAGG AGATTTATCT
TTGATAAATC TAGGTCTTGA TCCAAAGAAA GTGGATCATT TAAAGAGTAA CGTAGAGTCA
ATAATACATT GTGGTGGAGA AGTTAGACAC TATGGAGAAC GTGAGCATTT TCAAAAGGTA
AATGTTCAGT CTACAAAATA CTTATTGGAA TTAGCTAAGA ATACAAATGC ACGCTTTCAT
TATATATCGA CTTTAAGTGT GGTAGGACAG GCTGAAAGCG ATCCAAAAGA ATTTAAATTC
TTTGAGTCTA ATTTTGATAG AGGGCAAAAT TTAGATAATG TATACTTAGA AAGTAAGTTT
CAAGGCGAGA AAATGGTCAG AGAGGCAATG GAAAAAGGAG TTCGTGCTAC TATATACCGT
GTGGGAAATT TAGTGGGTAA CTCTAAAACG GGTAAATTTC AATTCAATAT TAATGAAAAC
GCTTTTTATA GATTATTGAA AGGTATATGC TTATCTAACA TAGCACCTGA AATCAATACG
TATGTAGATT TAACACCTGT GGACTATGGA AGTTTAGCCA TTACTGAACT ATCTTATAAG
GCCAACACAG TAAATAAAAC CATGCATATT TGTAATCCAA CTCAGCTTAA ATGGGACCAA
TTTATTAATA GTTTACAAGT TTTTGGATAC GATTTAATGT TAATGAGGCA AGAAAAGTAT
ATAGAGAAGT TTTTTAATAC TAATCTAACT ACTGATGAAC AGAAAGCTTT AGAGCTCATA
ATGCCTTTAT TAGAATCTGT AGAAGAGCTA TCAGTAGCTA TACCATCTTG TTTGTATACG
CAAGGATATT TGAAGAATGT ACATTGCTTA GAACCAAATC AAGAGTATAT CAATTTGTTA
TTAAATTATG CCATGAGTAT AGAGTTTTTA CCAACCATTA AAGAACCAAT ATTGTTATAG
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| Protein sequence | MKEIQKQYEI VEELDATVGQ EALWIAHQME LENGMNNEAT IIKLKGNLQI DTFKKALTLI
VQSHPALRTL FIKRDEKIKQ FIQKSIDFDI PIKDLTAFKN TEQKFILKKF LDSIVNEKFN
LEEGPLFKFH IIKLCEDEFI LHMIFHHIIY DGCSLGIFIQ QLSHTYCELL QENTGLVLES
PYKSLIEFEE GFIDSAIYRE GSSYWKDYLQ GELPPTEFPA TINKMNEPIY TNENISKNID
ADLFYQIQCF AKRNNISVYR VMLSTYCALL HQMTNAEEII VGIPINTRPH TEEGNAFGYF
VNTLPIRITI EKGDTFKGIL NKVNKSVHLA IKYKHNPYSH IVKDSNLNNN THHNMIYSTA
FNTVRIPQLK ILDIESTVLT DCKRVNPFNM TWRIMRYEGE TENKIEVDYN SALYKAESIS
DLVERYIYLL QELMKNVNEL IHSLDLLLKK DHRLYKDINS NTLAYPNSKT LDQLIDLQAL
KSPNQIAISM GDKSITYYDL QQRSNQIANY LRENDIKKGQ RVSITMVREI DTIVWILGIL
KSGGVYVPID PKFPEKRIEY ILKDSESQMI ITKKEFRGLI ESFAIHTIYL EDFHYANSIE
NIVPTHTIED TAYIIYTSGS TGLPKGVGVP HKGVINLSYS LMNQFNLDKN DVFLQFATMI
FDASIMEIFP ILLCGGRMHL ISEMEKRSAE EFINVINKNG ITYVLLPTAF FKLIADMPKE
MLLTLNSLKC VFVGGETIPA ESVRKWQSKL GLKIPVLNAY GPTEATVCTT IYEVNHEIKE
ENSNIPIGKP IANSKVFVVS PFNTICPSGV VGELFIGGDG VAKGYINQKE KTEEAFISFG
ESYNRDKKMY RTGDLVRLLP SGKIDRKKLE LQIPSLLENM KNQYVPPISE TEKRLVKTWS
EILNLGKYRI SRDDDFFKLG GHSLIAVQVL NQIQKEFHLK IEIRDIFEHT TIASLSAYID
KLMEVNTDRE EHDMQVLKVA DKECYKLSSA QKRIWFLNKY NAINRVYDTQ LHINIEPSLK
KNILQDAIRF LVERHEMLRT VFIEKNGEPR QVILKSISID LIHDDIEHIT KKEQQEYIRR
TINQTDHTPF DLENGPLFRI RIFNLDKKRS YIYINLHHII TDEWSVRNLL DELMKVYNAF
ANRRNPYLPT ISNRYVDYVE WEHKQLKLGR WDTEKSYWMT ELAAPLPILN LPLDFSRDRQ
STNKGKVFEM KLDNKMKESL KQVCEQENVS MYMLFLAVYI QLLHYLTDQK DIIVGTPVAG
RNYQEFEQIQ GFFVNTLAIR TQLNDVKNLK QLVQVVKEKC LNSFQNQSYP FDKVIEQINP
DRSFGNNPIF STMFSYQKDI LQQHDEHKLQ LLTNKQDVSK FDISLSVEEG LDYVGISFEY
DINLFKEESI NRFTQNLLNI LDAFIHQRTV AYETLSFLSQ EEVSLYRKVN HTERPYPYFQ
NIQEQFYKQV DRQSNRIAIA TETESLTYRQ LNMDSNQVAQ HLLEKGIKTG DKVAIFLDRS
INSIVSMIGI LKAGAAYIPI DVKYPEDRIN YIVSDSEACR IITNNKYKSH LNSSNYNVSI
IEDIYRTTIN DDVKILNKPD DLAYVIYTSG STGKPKGTLL THKGVLNLAE WRNEVFHISP
NDKVTQFYSH SFDSSVSEIF STLLNGAELY LLSDEQRYST VAYAQAIQEI QATLSDVPTV
FFNELSTSLT KLDSEKIRSL RFMIMGGEAA STNAIRSWQN TFKNQVQLVN EYGPTEATVS
AMYYFIPILE DENSLLGNIP IGIPISNTKV HILNSYMQHC PVGGMGELYI ESLGLAQGYW
KQEEKTNQAF ISSPFSEDNS KRVYRTGDLA KWLPNGNIEF MGRKDKQVKI RGHRIELGEI
EDALLQFEGI SQAVITQTKD GMLLQAYYKT VDGIEIEKNK LAIHLSNVLP EYMIPKYYSH
VLEIPITANG KIDFEKLPEI DFDNEQKDDC ILKPQTKVQK NIAKVWSEVL NIKSIGLKDD
FFNLGGHSLK VMPALVKLKP LYPNLKIQDF FKYRTIENLA YHIEEMEDMS LKNEKNINVA
CIENETKTNP VYKRTKLEEC ELDMVNYPKA VFLTGATGYL GAHILEQLLQ LPSTTIYCLV
RKNENQVIDE KLKERMRFYF GKEILQKLEE RVELIEGDLS LINLGLDPKK VDHLKSNVES
IIHCGGEVRH YGEREHFQKV NVQSTKYLLE LAKNTNARFH YISTLSVVGQ AESDPKEFKF
FESNFDRGQN LDNVYLESKF QGEKMVREAM EKGVRATIYR VGNLVGNSKT GKFQFNINEN
AFYRLLKGIC LSNIAPEINT YVDLTPVDYG SLAITELSYK ANTVNKTMHI CNPTQLKWDQ
FINSLQVFGY DLMLMRQEKY IEKFFNTNLT TDEQKALELI MPLLESVEEL SVAIPSCLYT
QGYLKNVHCL EPNQEYINLL LNYAMSIEFL PTIKEPILL
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