| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpl2106 |
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| Symbol | |
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| ID | 3115186 |
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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 | Legionella pneumophila str. Lens |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006369 |
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| Strand | + |
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| Start bp | 2388928 |
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| End bp | 2395878 |
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| Gene Length | 6951 bp |
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| Protein Length | 2316 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637583880 |
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| Product | hypothetical protein |
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| Protein accession | YP_127441 |
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| Protein GI | 54295026 |
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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
[COG3321] Polyketide synthase 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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGGAATTTA AAAAGCAGGA TTTTAATTAT ACAGTCATTG ACCTTTTTGA AGCACAAGTC
AAAAAAAATC CAGATCTTCT TGCTCTTAAA GACAAGACAA CAGCGTACAG CTACCTCGCA
TTAAATGAAA AAGCAAATCA ATTTGCTCGA AGTTTGAAAA AAAAATCAGT TAAAGAAGGC
GATTTTGTTG CCATTTTATT AGATCCGGGC GTTGAATTTT TTATTTGTAT CCTTGCTATC
ATAAAACTTG GTGCCATTTA TGTACCTCTC GATACTCTTG CACCACAAAC ACGTTTGCAT
GAAATCGTTA AAGATGCTAA TCCTGGTATT GTGATTACCC ATGATGAATA CCAACCTCTC
CTCGAAGGCA TTGATACTGA AATTTATCTA ATCAAACAAC TTCATTTGGA GTCATTAAGT
CAATCCAAGA AAAATATTAA AAACACGGTC ATGCCAACAT GCCCTTTGTA TATGATTTAT
ACTTCTGGAT CCACCGGAAA ACCCAAAGGA GTGGTTGTTC CTAACAGAGC GGTGGTAAAT
CTTGCCATAA TTGATAATAT CATCGCGATA CAAAAAGGCG AAAAAGCAGG CCAATTCTGC
AACCTGGCTT TCGATGGCAG TGTATTCGAA ACATGGGTTG CCCTTTTAAA CGGCGCAGCA
TTGCATATTA TCCCCAATGA AGCCAGAAGA AACCATAATC AATTAAAAAA GATTATTAAA
GAATTCCAAA TCAAGTACTT ACTGATTCCA ACCGGCTATT TCCATCAGCT GATGAAATCA
TTTCCAGAAA CCTTAGATCT TTTACATACT ATTTCCTTTG GCGGTGAGCA AGTGAATGCT
CACCTATTGA AAAATTTTAT TGATTATAGA AAAAAGGCAG ATATCCCCAT AAAACTGGTT
AACGTATATG GCCCAACAGA GGCTACCGTT TTCTCAAGCT GCAATATTAT CCATAGCGAA
AAAGAATATA CAGACGAACA ACTTGCAAGT ATAGGATTTA AAACGGCCAA CACAAAAACC
TATATTCTTG ATGATAACCG CCACCGTACA GCAGAAGGAG AACTTTGGGT CAGTGGGGTA
CACTTGGCTC TGCATTACCA TAACAGCCCG GAGCAAACAA AAGAAAAATT TGTTAAGAAC
CCTTTTTCAC GCAACGACCT CTATTCAAGA ATGTATAGAA CCGGTGATAA AGTCCGTCAG
TTACCTTCTG GTGAATTGTT ATACTTGGGT CGCGTTGATG ATCAGGTAAA AATTGGCGGC
TTCAGGATCC ATTTAACTGA AGTCGAACAA GAACTCATGA ATCATGAGGC CATAAGCCTT
GCTGCTGTAA CCGTAGAAAT CGGTGGTGGA GCACACAAAT TTCTTACTGC ATACCTGGTC
TTTAAATCAA AGGACATCAT TGTTGATGCC GATGAAATTA GAAGTTTTCT GAGCCAAAAA
CTACCCCCTT ATATGTTACC CGCCAAATAC GTCATGGTAG AAAAGTTGCC TCTAACTGCC
GTGGGTAAAA TTGATAAAGC CAAATTAGAT AAAATAGCTC ATACCGATTT ATCATTTCAT
ATCGACACAT CATCATCGAA CCCTATTGAA GAAACAATAA AAAATATCTG GCGACATCTT
TTAAACCGCT CAAGTATTGA GTCTCACAAA AATCTCTTCG AATTAGGAGC AAATTCATTA
CTCATTACAG AAGCATGCGC TCAAATTAAC AAGGAACTAC ATTGTGATTT ACAGATAGTT
GACATGCTGA CCCACCCGAC TATCCACAAA TTGAGTCGCT TTCTTGAAGG TGATTTGGAT
AAACATCTCG CACGAAAAAT AAAAAAAACG CCCTCACAGA ACATTGCAAT AGTTGGTATG
AGTTGTCGCT TTCCCAAGGC TCGAAATATA GATGAATTCT GGCATAATTT GTGTCATGGG
AAAGATTGTC TTACTCGTTT TGACGAAAAT ACTATCCCCA CCTATCTTTT GGCTAACGAA
GACTATGTGC CTGTAAAAGG AATCTTGGAA AATAGCGATC ATTTTGACGC GCATTTTTTT
GGCTTCAGTC CCATTGATGC CAAAATTACT GACCCGCAAC ATCGTATCTT TCTTGAATGT
GCATGGGAAG CTCTTGAACA TGCCGGTATT GCCCCAGGCA AACTGGACTC TAAAATCATC
AGTGTCTTCT CGGGAATGAC CGATAGCACA TATCTCAATG AAAATTTACT TAAAAGCCAA
TGGTTTTGTA ATGAGTTTGA TCAATTTCAG CAAAGAATAG CTACAAGCAT GGGAATGCTT
AGCACCCAAA TTTCCTATCG GCTCAATTTC AAAGGGCGTA GCGTTAATAT TAATACCGCT
TGCTCTACAG GTTTGGCTAC AGTAGATCAT GCTTGTCAAG AATTAATACT GGGACAAAGC
GACATTGCAC TGGCTGGTGC AAGCTCCATA GTCGTTCCTG AAACACAGGG ATACTTTTTT
CAAAATGGCA GTATTGTCTC ACCCGATGGA TACTGCAGAC CTTTTTCATC TGAAGCAAAC
GGTACTGTTT TTTCCAATGG CGTTGGCGTC ATTGTGCTAA AACGGTTAGA AGATGCAATA
AAGAATCACG ATACAATCTA TGCCATCATC AAGGGAAGAG GAGTAAATAA CGATGGAATA
GACAAGTTGG GTTTCACTGC ACCGAGTATG AGCGGCCAGA TCTCATGCGT TCGGGATGCT
CTTCAACAAG CCCAGATTAG TGCAGAGGAA ATCAATTTTC TTGAAGCGCA CGGAACAGCA
ACCGCATTGG GTGATGTGAT TGAAATAAAG GCATTAACCT CTGTCTATCG AGAACAAACT
GATAAAACCG AGTTTTGTGC TTTAGGCTCG GTTAAAGCAA ATATTGGACA TACTGATGTA
ACAGCAGGTA TTGCTGGTAT TATTAAAACA GCTCTCTGCC TTTATCATAA GAAAATACCA
CCTCTTATTC ATTATAAAAA ACCAAATCCC GATTTGGCAC TGTCCGAAAG TCCCTTTTTT
GTCAATACGG AAACCTTGGG TTGGAACACG TCTTCAAAAC GCTATGCCGC AGTAAGCTCT
TTTGGAATAG GTGGCACCAA CACCCATATG ATTTTATCCG AACATGAACA TGAGGAAAAA
ATGGCTTCTG TTGCCCCCTT GAAAGAAGAA TTAATACTTC TTTCAGCAAA AACAGAAAAA
GCTTTACAAC AAAGTACTTA CAACCTCAAG CACTACTTAA AAAAATGTGA TGACTCCAAT
CTTGGGGATG TCGCCTATAC CCTCTATAGA GGTAGAGAAG ACTTCCAATG GCGCCAATTT
GCTGTTGGTA AAACAGTGGA AGAGATATGT ACCGAGCTCA AAGGAAAAAA ACCTTTATTT
TTTAATCAAG ATACTCACCA TAGTATCGCA TTTATGTTTA GTGGGCAGGG AATGCAATAT
CCCCAAATGG CCATGGAATT ATTTAAAGCA ATTCCATTAT TTGCAAAATA CGTGACTTCA
GGGGCAGAGA TTGCACAATC CTATTTGCAT TGTGATTTAC TTTCAATCCT CCATGATTCC
AGCTCAAAGA AACTTAAAGA GACTCAATAC GCTCAGCCGG CTCTATTTAT TGTGGAATAT
GCTTTGGCAA AATTACTTAT GGAGTGTGGC ATAATACCAG AGATGCTAAT CGGTCATAGC
ATTGGCGAAT ACGTTGCAGC GTGCCTTGCC GGGGTTTTTT CTTTTGAAGA TGGAATCGCA
TTAGTGTGTG AGCGAGGATT ATTAATGTCA AGGACACCTA AAGGTGCCAT GCTGTCTCTC
GATGCAACAC AAGAACAACT GGATAGCTAC CTGAAAATGG TTGATGTTGA TATCGCCTTA
CATAATGCCA CCAATCATTT TGTTTTATCG GGCAGTGAAC CCGAGATTGA GAAATTAGAA
AGCTACCTGA CTGCTCATAA AAAGCCATTT CAAAAATTGA AAGTAAACCA CGCCTTCCAT
AGCCGTTTTA TGGAATCCAT TGAAATGCCT TTTAAAGAAA TGTTTACTAA CATAAAACTC
TCGGCACCCC AAATACCGAT TATTTCCAAT GTAACTGGAG ATTGGCTCTC AGCAGGTGAA
GCGATTAATC CGGATTATTG GTATAGACAC CTGCGCGAAA CCGTGCAATT TTGCCAGGGA
ATCAATCGCA TACTGCAAGA TAAACATCCA ATTTTTATCG AAGTAGGCCC TGGACAAAGC
TTGTATGGAT TTGTGGGGGA AATATCACAT AAAAAGGCAA ATGCTCTTTT TACACTCCCT
GGTTGTCAAA AGAGACTATC TGACAGGATT CAGTTGCTCA CAGCATGCGG TGAACTATGG
GCAAAAGGAG TAAACATTCG TTTAGAGCCT CTGGTAGAAA CGGACAATCG AAGACTTATT
CCTTTACCTA CTTACCCTTT TCAAAGACAA CGATATTGGG TCGAGCCGGA TAAAAAAACC
ATTGCTGTCA ATGAAACCTG CTCTTTTTAT AAACCTGTAT GGTCTCATGA AAAAATAGCT
CTTGTCATTC CTGCTCATCT TAAAAATTTT GACTATGTCA TTTTCAAAGA TAAATCAGGA
ATAGGTCAGA ATATAATTAA TATACTAAAA AATCATGACA TCGAGCCCAT TATTATTGAA
CCAGGTCAGG AATTCAGGCG ATTATCAAAA ACTCATATCA ATATCAATCC AGGAGAAAAA
TCAGATTACA ATCAATTCGT TTCAGTGCTA AAAAATACTC TGCGCAACCC AATTATTTTT
CATTGCTTTT CATGTGATAG TTCTGAGGAA GACTTTCTTG ATGCGCAGCA AATTGAAAAT
GGGTTAAATC TCGGGTTTTA TAGTCTCCTC TATCTGACTC AGGCATTTTT AAATGATTTG
GGAACCAATA TGCCAATTCA CTTGGCAATC ATTACTACAG GCACACAAAA TGTTATTGGT
GCTGAGAAAA TATCTCCAAT TAATGCCAGC CTGGTTGGGG CTTCGCGCGT CATCCCACTG
GAACATCATA ATATTTCATG TGCGTTGTTC GACATTCATT TATATGAAAC AACCCAAAAC
ATTACCAATG TTGTTATCGA CATTGTCAAT TCTTCGACAC AAGTAGTAAA AGATCTCCCC
TGCCAGTTAA CTGCCTATAG AAATGGTTAT CGCTGGGAAC TCTCTTATTC CTCAAATCAC
AGCAAAACTG TTTTACAACG TTTAACAGAT AATGGTATCT ATTTAGTTAC AGGAGGCTTG
GGGGGGATTG GGCTATCACT GTGCCATAGC ATCTTGAAAA ATACGAAACA CCCAACATTC
ATTCTTTGCT CCAGAAAGCC TGTAATCGAT GAATCAGACT GGGAAAAAAT AGCAACAGAT
ACTACTCATC CCTATCATCA TAAGGCATTA CAACTACAAA AATTAAAAAT AAATGGAGCA
ACTGTTGTTT GTTATCAAGC CAATATTGGA AATGATAAAG ATGTCGATCG TTTAATTACA
TTTTGTAAAT CCAGATTTAA AACAATTAAC GGTCTCATTC ATGCTGCAGG AGTTGCCGGT
GGCGGTTTGT TACAACTGAA AACAAAAGCA AGTGCCGATA ATATTTTGTT ACCGAAAATC
CATGGTACCT ATTACCTGGC AAAAGCATTA CGTCAATTCC ATCTTGATTT CGTTGTTTTC
ATGTCCTCAA TCGCATCGAT TACAGGAGAG AGAGGACAAA TTGATTATTG TGCGGCAAAT
GCCTGTCTGG ATGCTTTTGC AAACAGCAAT CTATTTCATA CACAATGTTT GCTTAGTATA
AACTGGAACA CCTGGTGTGA TATAGGAATG AGTGTAGAAA CCCAAAGGCC GGAAGATATC
GATTTTTTTG CTCGGGGAAA TACTATTAGT CCATTACAAG GACAAGAGTT ATTTTTAAAA
GCACTCTCTA GCAATTGCTC CAATCTCATT GTGTCGAATT ATAATATTGA AGACTATTCC
AGCTTGATAC TTGATAATAA TCCTGCTGAT ACCGAAGAAC ATAAAGTTTC CCGCGACACA
TTTAGTATGA GTCACGAATT TTGTGCCCCA CAGGGAAGCA TTGAAAAGCG TCTTGCAAAA
TTATGGCAAG GCAATCTTCA TATTGTCGAT ATTGGGAGAA ACGATGATTT TTTTGCATTA
GGAGGCCATT CGTTAAAAGC ATTACACCTC ATTGAGAACA TTAATTCTAT TCTAGGGGTC
AATTTATCCA TTCAACATTT ATACCAAGCG CCAACCATTG CCAAGCTTGC TGAATTAATC
TGTTCAAAAA ACCCCGAAAA TCAGATTGAA GTTGTAATAC CTCTGAAAAA AACGAGCTCA
AAGCAACATC CTTTTTTCTT CTGCCATCCT GCAAGTGGCA TGGTTTATTG TTTTGATGAT
TTGGCATCCT TTTGGGACTA CCCAATCTCT TTATATGGTC TTCAAGATCC AAGTGTTTCC
TCTGGAAAAT TAATTTTTGA GAGTCTTTCC TCTATGGCAA AGGCATATAC CCAAGCCATA
AAAAAAGTAC AACCACATGG TCCATACTTT TTGGTAGGAT ATTCGTTTGG AGGAAGCTTG
ATGCATGAGG TGGCTCATCT ACTCGCTCAA CAAAATGAGC GCATTGGATT ACTTGCCATG
ATTGATAGCT GGTGTACTTT CTCAAGCAAG CAAAAATCCA AAAATCATTT CATTGAGGCC
TATCTATCAA AAGAATTGCA GGCTAGCAGA AATTTGGCTG ATTTGGCATG GGAAAGAATG
GAATTGCTAC TCAATCATAA GCCAACAAAA ATCAACCAAG ACATGGTTCT ATTTAAAGCA
ACAGATTTAA ATCAAGACTA TTTAGATATC GATGATCCAA AGAATGGATG GGGACAATAT
AACTTAGGGC AAATTATCTG CCATACTATA GAAGCGAATC ACGATACAAT CATTCGTCAG
GGATATCAAT TTATTGCGCA AAAGTTAATT GAGTACAGGG ACATTGAATG A
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| Protein sequence | MEFKKQDFNY TVIDLFEAQV KKNPDLLALK DKTTAYSYLA LNEKANQFAR SLKKKSVKEG
DFVAILLDPG VEFFICILAI IKLGAIYVPL DTLAPQTRLH EIVKDANPGI VITHDEYQPL
LEGIDTEIYL IKQLHLESLS QSKKNIKNTV MPTCPLYMIY TSGSTGKPKG VVVPNRAVVN
LAIIDNIIAI QKGEKAGQFC NLAFDGSVFE TWVALLNGAA LHIIPNEARR NHNQLKKIIK
EFQIKYLLIP TGYFHQLMKS FPETLDLLHT ISFGGEQVNA HLLKNFIDYR KKADIPIKLV
NVYGPTEATV FSSCNIIHSE KEYTDEQLAS IGFKTANTKT YILDDNRHRT AEGELWVSGV
HLALHYHNSP EQTKEKFVKN PFSRNDLYSR MYRTGDKVRQ LPSGELLYLG RVDDQVKIGG
FRIHLTEVEQ ELMNHEAISL AAVTVEIGGG AHKFLTAYLV FKSKDIIVDA DEIRSFLSQK
LPPYMLPAKY VMVEKLPLTA VGKIDKAKLD KIAHTDLSFH IDTSSSNPIE ETIKNIWRHL
LNRSSIESHK NLFELGANSL LITEACAQIN KELHCDLQIV DMLTHPTIHK LSRFLEGDLD
KHLARKIKKT PSQNIAIVGM SCRFPKARNI DEFWHNLCHG KDCLTRFDEN TIPTYLLANE
DYVPVKGILE NSDHFDAHFF GFSPIDAKIT DPQHRIFLEC AWEALEHAGI APGKLDSKII
SVFSGMTDST YLNENLLKSQ WFCNEFDQFQ QRIATSMGML STQISYRLNF KGRSVNINTA
CSTGLATVDH ACQELILGQS DIALAGASSI VVPETQGYFF QNGSIVSPDG YCRPFSSEAN
GTVFSNGVGV IVLKRLEDAI KNHDTIYAII KGRGVNNDGI DKLGFTAPSM SGQISCVRDA
LQQAQISAEE INFLEAHGTA TALGDVIEIK ALTSVYREQT DKTEFCALGS VKANIGHTDV
TAGIAGIIKT ALCLYHKKIP PLIHYKKPNP DLALSESPFF VNTETLGWNT SSKRYAAVSS
FGIGGTNTHM ILSEHEHEEK MASVAPLKEE LILLSAKTEK ALQQSTYNLK HYLKKCDDSN
LGDVAYTLYR GREDFQWRQF AVGKTVEEIC TELKGKKPLF FNQDTHHSIA FMFSGQGMQY
PQMAMELFKA IPLFAKYVTS GAEIAQSYLH CDLLSILHDS SSKKLKETQY AQPALFIVEY
ALAKLLMECG IIPEMLIGHS IGEYVAACLA GVFSFEDGIA LVCERGLLMS RTPKGAMLSL
DATQEQLDSY LKMVDVDIAL HNATNHFVLS GSEPEIEKLE SYLTAHKKPF QKLKVNHAFH
SRFMESIEMP FKEMFTNIKL SAPQIPIISN VTGDWLSAGE AINPDYWYRH LRETVQFCQG
INRILQDKHP IFIEVGPGQS LYGFVGEISH KKANALFTLP GCQKRLSDRI QLLTACGELW
AKGVNIRLEP LVETDNRRLI PLPTYPFQRQ RYWVEPDKKT IAVNETCSFY KPVWSHEKIA
LVIPAHLKNF DYVIFKDKSG IGQNIINILK NHDIEPIIIE PGQEFRRLSK THININPGEK
SDYNQFVSVL KNTLRNPIIF HCFSCDSSEE DFLDAQQIEN GLNLGFYSLL YLTQAFLNDL
GTNMPIHLAI ITTGTQNVIG AEKISPINAS LVGASRVIPL EHHNISCALF DIHLYETTQN
ITNVVIDIVN SSTQVVKDLP CQLTAYRNGY RWELSYSSNH SKTVLQRLTD NGIYLVTGGL
GGIGLSLCHS ILKNTKHPTF ILCSRKPVID ESDWEKIATD TTHPYHHKAL QLQKLKINGA
TVVCYQANIG NDKDVDRLIT FCKSRFKTIN GLIHAAGVAG GGLLQLKTKA SADNILLPKI
HGTYYLAKAL RQFHLDFVVF MSSIASITGE RGQIDYCAAN ACLDAFANSN LFHTQCLLSI
NWNTWCDIGM SVETQRPEDI DFFARGNTIS PLQGQELFLK ALSSNCSNLI VSNYNIEDYS
SLILDNNPAD TEEHKVSRDT FSMSHEFCAP QGSIEKRLAK LWQGNLHIVD IGRNDDFFAL
GGHSLKALHL IENINSILGV NLSIQHLYQA PTIAKLAELI CSKNPENQIE VVIPLKKTSS
KQHPFFFCHP ASGMVYCFDD LASFWDYPIS LYGLQDPSVS SGKLIFESLS SMAKAYTQAI
KKVQPHGPYF LVGYSFGGSL MHEVAHLLAQ QNERIGLLAM IDSWCTFSSK QKSKNHFIEA
YLSKELQASR NLADLAWERM ELLLNHKPTK INQDMVLFKA TDLNQDYLDI DDPKNGWGQY
NLGQIICHTI EANHDTIIRQ GYQFIAQKLI EYRDIE
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