| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2659 |
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| Symbol | |
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| ID | 8598115 |
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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 | Sebaldella termitidis ATCC 33386 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013517 |
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| Strand | - |
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| Start bp | 2819202 |
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| End bp | 2826425 |
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| Gene Length | 7224 bp |
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| Protein Length | 2407 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | outer membrane autotransporter barrel domain protein |
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| Protein accession | YP_003309435 |
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| Protein GI | 269121258 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGAAAAATA AGAAGATGTT ATTTTTCTTG ACATTAAATG CGGCATCGAC GTTATTTGCT
GATACAAATA AAGCGGAAAC AATAAAAAAT AACAGGTTAT ATCAAAATAT GTTAAAGAAT
ATAAATGTAA ATAAATCAAA TGAAAAAAAT TATAAACTTA TAGAACGAAT ACTCAAACAA
AAAAATAAAG AACTGAAAGA TTTATACTTA CAGGGAGACT ATATTGTTAA ACCTGAGTAT
CTGGAATGGC AGGTATTCTT CAGCGGTTTC TATAATAATA AACAGCGTAA TGATAATACT
ATGGAAAATG CCCTGTATTA TTCCAATCCT AAAACTACCG GAGATAGTAA CAAGATAAAC
AGGGAAATAT ATGAAAGTAT TATAAAAAGC GGAATAAGCG ATGATATTTT ATTCTCTATA
CTAAATGGAA ATAAAGAACT GTACTCAGTG CTTACAGCGG ATCAAAAAAT TCTGGTTGAT
AAACTGTTCT CGGGCAGTCA GCATGCAACA CAGGGAAACT TTAAGCCTTA TTATAAAGAC
AGTGATTATA AAGTAGTAGA TCTGGGTCTT AGTATAGATG TTAAAGGTGT AGACAGAGAA
GTATCCGATA TAAAGGTCTC GGATATAATT GTACCAAATA TTCAGTCTAA TATGATAGAG
GTCTCAATTC CTGATGAATT AGATATACCA GTATTGGATA TAGTATCATT TAATCCTAGT
ATACCTAATA TCACCACAAT AAACTTCAAT CCGATTCCGA TTCTGAATCT GAACGGAACA
GGCGGTGGAA ACGGAGGAAC AACAGGTTTT TTCCCATACG GTGACTCTAA TGGAAGTAAT
TCCATAATAT CACAAATGGA TATAACAAGC GGTACAATAA CTGTAAGAAC ACAGGGAAAT
GATGAATGGG CGGCGACGAA TCCGGGATTT TATAATTATA CATTAGATAA TGTGATAGGA
ACTCCGTCGG CAGGTTTGAA ATATGATATG AGACAGATTT ATGATCCTGT AGCCGGAACA
TGGGAGGAAG AGCTGGCAGT ACTTCCAACG GGAATATATA CCGATTCAAT TCTTAATTAT
AAGGATATTT ACGGAATGTA TGTACAGGGT ATATTTAAAG TAGTAGATAA CCCGATAACA
AGATTAGGTG CAGCAGGTGG AAATCCGGAA GATTTGAAAG TAACACTTGA GGGTGATGTG
CCTGATGCGG AATATCTGGT ACAAATCCTG CATTATGACG AGCATTATAT GGGATATGAC
CCTGAAACAG GAGAAATGCT GAAATATACA CTGACAGATA TGGAAAATAA CGGATGGATA
ACAGCAGCAG AAAAGCAGGA GCTGGGAGAT AAATTTTTAG ATACCTCGCT GGAACATACA
GCAGATAACA GATGGTTTCA GTATGTGGAA AATAACGGAA CATGGGAACT AAAGGGATCA
AATGTAGTGG CGGTAAATCT GCAGGCACAC GGAGCATATG AAGAAGCAAA CAGTTACTTT
ACCAACAGGG GAACAATAAC AGGGCTGAAT GAAGCAAGTA CAGTTAATAA TCTGTTAGGA
AAACAAGTAG CATTTATGTT TACTGAAGGC GATGTGTATA ATAAACAGGA GGGTTTTGAC
AATACAGGAA AAATAGAGAT GAGAGCACCG GAAAGCGTAA TATTTCTGAT GACTAATAAT
GCATCTTCCG GTTATTTCAC AGAAGATATG AACAGTGAGG GTGAACATAA TAAATATGTC
GGCGCAGGTA AACATGTAAT GATGAATAAC GGAGATATGA AGCTTTACGG GAACAGCAGT
GTGGGCTTCT ATACAAATAA CGCTACATAC AGTCATTATA ATTACAGTAT GGATTATCAT
GAAGACGGAA GCTGGAATTG GTATGAGTCA GGAAACGGGC TGTTCAGATC AGAGCTTCAG
CTTTATAAAC CAATAACTGT TCTCGGAGAT CAGAGCATAG GACTTGATAT AGAAAGAAGC
ATTAATTTTG AAAATTCAAA GTTGAAAGTA GATGTAGGGA CAGAGGATCC AAGACAGGCT
GTTGCCAATT CATCAGGATA TAACGGTTTG GAAAACAGCG GTAATATTTC AGGCGGAAAC
AGCAGTTATA CCGAAAATTC CGTAGGAGCC TATATAAATA TGAGCTTTGA AAAAAATAAC
AGTACAATAA GCGTAAATGA CTGCAGAAGC GGAACATGTA TAAGTACTTA TGAAAATAAA
GCAAAGCCTA TAGTATTGAA TGACTATTAT TTTAATGTAG GAGAATATTC AAGAGGCGGA
GCAGCTGTGA GAGTGGAGGA ACATGCAGAT GTAACACTCG GTTCCTCGGC AGACAGTGCA
AAGTCAAATA TAATAAATCT CCTTGCAGGT GGGGAAAATA ATGCCGGAAT ATATATTTCC
GGGACAGAAG CACAGGTGAA AACCAATGGA ATGATATTAA ATATAGACGG TAAAGCACAG
GTAGGATCAC AGGTAGAAAA TGACGGGAAA TTTTTTCATA ACAATGGAAT TATAAATGTA
AACGGTGTTA ATAATACGGG AGTGGCTGTA AGAAGCAGCG GAACCGGGGA ATTGAACAAT
AATGGTATTG TCAATACAGG TATGAGCAAT CTGGGAGTAT ATAATGACGG CACATTTAAT
ATGAACGGAG GAAGTATAGT ATCAAACGGT CTTGCTTCAG TGGGAATATA CAGTGAAACC
GGAAATACAG ATACAAATCT GAAAGGCGGC AGCATAAGAG CCGAAAACGG AGGGATAGGT
CTTTACGCAG GTAACGGTTC CGTGATGAAT CTGCATGAAG GTTTAAATTT AAGCTCGGGA
AATAAAGGAT TATTATTTTA TAACTATGAT AATTCCACAG TTTCAGGAAA ATATGATCTT
ACAGGAACTG TCGGAGCTTC TGTGGAAAAC GGCGGAAGTG CATTTTATGT AAAAGAAGGG
ACTTCAATAA CAGATTATCT GAATAATTCA TTTACAGGAA GCGGGAAACT TGAATTAACA
ATGGATTCAG GATCAAAGTT ATATATTCTT GAAGGGACTG GAACAACACT GAGTTTGAGT
TCTCTTGACG GAATGGTAAA TCCCGGCTCT TCGCTTACAA ACAATGTAAT AATAAGCTCT
GCAAGTGCAA GTGATTATAT ACCGCTGTCA ATGAATAAAG GAGCACTGAT TTTGGACAGA
AATGTAAATC TGGACAGCAG CAGTGAATTA TATAAGAGAT CAGAATTTTC ATCTGTAAAA
GTGGATTTAA CAAGCGGGAA TTCAATAACA GGTTCTCAGT CTGACCAGAC TGGTATAGCA
CAAAGAAACT ATGAGAATTC TTCTGGTAAA GATGCGGTGA AAATAACTAA TGACGGTTCA
ATAGCTCTCA CAGGAAATAA TGCTGTAGGA ATTGCTTCTG ATTATGGTCA TGTGGTAAAT
AACAGCACAG TGAAAACTAC CGGGGAGAAA TCCGTGGCAA TATATTCGGC AAATGGAACA
ACAACGGAAA ATAACGGGGA AATTGTAATA GGAGGAAATA ACAGTGCCGG AATTTACGGA
GCAAATTATC TGGACGGGAT AAATTCGTCA GCAGTATTAA AGTATGGTGA TGATAAGATA
GATATTTCCA ATAACGGCAG AATTATTTCT GAAGGAAACG GGAAAGTATA CGGAATTTAT
GCTGATAATA AATATTTATC AAGAAATGAT TCAGCTGTCA GACTGGGAAG CGGCTCTAAT
ATAGACCTGT CATCTTCAAA CGGAGGAGTA GGGATATATG CTAACAATAC TAGGCTGACA
GGAGAAGGAA TTCTGAGTGT AGGTAACAGC GGAGTAGGGC TTTATGCCAA AGACAGTGAT
GTAAACCTGA ATAATTTTAC GCTGAACCTA AACGGAGATA AGGCACTCGG CTTCTATCTG
GACGGAAATA CTAATTTTAC AGGAAACGGC AATATAAATA TAAACGGTAA CGGAATACTG
GTATTTAACA TAAATTCAAA CGGAACATTT ACAAATGATT TTATTATAAA TTCATCGGCA
GGTTCTACAT ATACACTTGG AAATGTAGCG GATAATACAT TCAGATATAC AGGAAGTGCC
AGTCTTGCCG GAAACGGAAG TTTTATATAC GGAAAAAATT CCGCAGTGCT TTTAGATACG
GGTTCTGTGA TAAATGCCGC AGAGGATAAT GTGGTGGGGA TTTCTATGGA AGGGCAGTAT
AACGGGAGTC TTCCTTCAGG ATTTCAAAGC GGAGTTGATG CAGAAAATAA AGGGGATATT
ACATTAACAG GAAGTAATTC AGCCGGAATT TATGCTGTAA ATTCTTCAAG AGTGAAAAAT
AGCGGAAATA TTACTGTAGG AAACAATTCG GCCGGAATAA GCACAAAAGG AACAGCTTCT
TCGGCAGTTA ACAGCGGGAC TATTTCAATA GGAGAAATTT CAACAGGAAT TTACGGTTCA
GAGAGCAGTT TTGCAGAAAA TACAGCTGAT GGAAAAATAT TAAGCAATGC TTCCGAAACA
GCAGGTATAT ATATGGACGG TTCAGCGACA GCTCAGCTTG TAAATAACGG TCTTGTAGAA
CTAAACGGCG ATAAATCAAG AGGGATTTAT GTAAAAGGAA ATGGTGTAAA AACTATTACA
AATAACGGAA CGATAAAAAT AGGGAATTCA TCAGATATAA ATAATCCCGG AATAGGAATT
TACAGTACTG CTTCAGGAAA TACTATACTG AATTCCGGAA ATATATTAAC CGGAAATAAT
TCTGTGGGAA TTTATGCCGA CGGCGGAACT GTAAACCAAA GCGGTCTGAT AATGACAGGC
AGCAGCGGAA CAGGTATTTA TGGTGACAGA GCCAATATCG TATTAAATGC AGGTTCAGAA
ATAAATGTCG GAAATGATAA AGCAGCAGGT ATTTACGCAT TAAACGGAAC AAGTATAATA
AGCAACGGAA AGCTGACAGC AGGGGAAAAC AGCTACGGAT ATGCATTGAA ATCCGGATCG
GGGCTGGAAA ATAATTCTGA AATAACATTG AAAAATAATT CAGTATTTGT TTACGGGGAT
TCAGCCGGAA ATATTAAAAA TAATGCCGGA ATTACAATGG ATGGTTCTGA TATAACAGGA
TTTTATACGG TAAATGGCGG AAATATAGAA AATAACGGAA GTATTAACGG TATTACCGGA
ACAGCCAATA TAGGTATTTA TTCACAAAAC GGAACTGTAA GAAATACCGG TGAAATAATA
CTCGGGAATT CAGTAATAAA TGATTTTATG GATACGAAAA AGAATAAGTA TACTGTGGGT
ATATTTGGAG AGAATTCAAA TGTATATAAC AGCGGAAATG TAAAAGTAGG ATATTACGGA
ATCGGTGTCT ACGGCTCGGG CGGACGTGTA GAAAACCACG GAAATATCAC ATCTGATGCA
GAAGGGGCAA TAGGACTCTT TATAGAAAAA GGCACGCTTG AAAACTTTGG TGATATAACA
TTAAACGGAC AAAATTCAAT AGGAATATAC GCAAATAAAC TTTCGACTGT AACAAATCAC
GGAGTAATAA CTATGAACGG GGAATCTTCA CAGGGAGTTT ACCTGAATAT AGGTTCGGTT
CTTGAAAATA ACGGTGTAAT AAATATAAAC GCCGGAAAAA GTCAGGGAAT ACTCATAAAA
GGCGGGGGAG ACCTTGTCAA TAATACAGGG GGAATTATTA ATCTCGGTAT AGGTGCCGAA
GGTTCTGAGA CAGTTTCCTA CGGAAGTGCT ACAGATTATC CGATTCCAAG TATAGTAAAC
GGCGGAATAA TAAATGTATC CGAGAATTTT GAATTAAACG GTATAGATAT ATCAATAAAA
GTAAATCCTG AAACAATAAG CACACCGACA TTATCAGAGG ATATGGGAGC AGACTTTGTA
TCCGATGCGG TAAAATTCTA TGCACCTTCA TTTGATACAT CGGAACCTAT AGGGATCTTA
AGCGGATTTG CATCCGGCAC ACATGCTGAA GTGTATAAAC TGAAAGATGT ATTTAATCCG
ATGACAGATG ACGGAGGACC GAATTCAGGG CTGGTAAAGG TAAGAAGCAA ATCTCTGACT
TGGTCTGCAA CACCTGTTCT AAACTCAAGC GGGAAAGTAG ATATATGGAT GCAGAAAATT
CCGTATGATA ATTTTACAAG CGGATTATGG TATGAAGACT TTGGACGTGC TCTTGATACA
AAATATGTAG GGTCAAACGG TAATACGGGA CTAATATTTG ACAAGATTGA TACAATAGAA
ACAGAGCCGG ATTTCAGAAA AACAATGTCT AATCTTGCGG GAGACATATA TGCGAATATG
AATCAAAGAG AGGAAACGAT AGGCGAAATA TTTGAAAATT CACTAAATTT AATGCAGGAT
TCTAAAAATA ATACAAAAGA AAATGTAAAA TTAAATGTTA TAACAGGAAA AGGAAGATCA
AAAGAAGAAA CTGACGGAGT AGTGGATTAT GATTATACTA CTGTGGGAAT ACAGGCTTTG
AGAGAAGTGG AAAGAACTTA CAGACATAAA TTCGGATACT CTTTGGGATA TGCACATACT
GATTTTGATC TGAAGGACGG AAATAACAGT AAAGAAAAAG CAGATACACT GCAGCTGGGA
TTCCACAATA ACTATAATTT TAATAACTGG ATACTGAAAA ATGATATTAC AGGAAGAGCA
AGCTTTTATA ATATAGATAG AAATCTAAAC TGGACAAATT CAGAAAACTC GAATATGACA
GGTGACTATC AGGTATATAG CGTGACAAGC GACAATAATC TGGGTAAAGA ATTTTCAATT
GGCAAAAATT CAAGCATTAC ACCATACGGC GGAGTAAAGC TTATGTATAT TAACAGACCG
TCATTCAGTG AATCAGGTCT TGAAGCACTT CAGGTGGACG GGAATGATGC ATGGAGCATA
AAACCGAAAG CTGGTTTTGA GCTAAAAACA GCCGTACCTT TGGGGTCGAA AGATTCATGG
AAATTAAAAG GAGCACTTGA TGTCGCTTAT GAATATGAAC TGGCAGATCT GAATGAAAGA
GAATATGCGA AACTTGTAAA TGTAGAGACT GATTATCATA AACTGGCTAA GCCTGCCGAT
GATAAAGGAC AGTTAAGGAC AAAAGCAAGT ATCGGAGTGG AAATAGAAGA CAGATACGGT
GTATTTGTAA CTGGTGAATA TAAATTAGGG GAGCATAATC AGGATGAATA CAGAGCAGGA
ATAACATTAA AAGCAATATT TTAA
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| Protein sequence | MKNKKMLFFL TLNAASTLFA DTNKAETIKN NRLYQNMLKN INVNKSNEKN YKLIERILKQ
KNKELKDLYL QGDYIVKPEY LEWQVFFSGF YNNKQRNDNT MENALYYSNP KTTGDSNKIN
REIYESIIKS GISDDILFSI LNGNKELYSV LTADQKILVD KLFSGSQHAT QGNFKPYYKD
SDYKVVDLGL SIDVKGVDRE VSDIKVSDII VPNIQSNMIE VSIPDELDIP VLDIVSFNPS
IPNITTINFN PIPILNLNGT GGGNGGTTGF FPYGDSNGSN SIISQMDITS GTITVRTQGN
DEWAATNPGF YNYTLDNVIG TPSAGLKYDM RQIYDPVAGT WEEELAVLPT GIYTDSILNY
KDIYGMYVQG IFKVVDNPIT RLGAAGGNPE DLKVTLEGDV PDAEYLVQIL HYDEHYMGYD
PETGEMLKYT LTDMENNGWI TAAEKQELGD KFLDTSLEHT ADNRWFQYVE NNGTWELKGS
NVVAVNLQAH GAYEEANSYF TNRGTITGLN EASTVNNLLG KQVAFMFTEG DVYNKQEGFD
NTGKIEMRAP ESVIFLMTNN ASSGYFTEDM NSEGEHNKYV GAGKHVMMNN GDMKLYGNSS
VGFYTNNATY SHYNYSMDYH EDGSWNWYES GNGLFRSELQ LYKPITVLGD QSIGLDIERS
INFENSKLKV DVGTEDPRQA VANSSGYNGL ENSGNISGGN SSYTENSVGA YINMSFEKNN
STISVNDCRS GTCISTYENK AKPIVLNDYY FNVGEYSRGG AAVRVEEHAD VTLGSSADSA
KSNIINLLAG GENNAGIYIS GTEAQVKTNG MILNIDGKAQ VGSQVENDGK FFHNNGIINV
NGVNNTGVAV RSSGTGELNN NGIVNTGMSN LGVYNDGTFN MNGGSIVSNG LASVGIYSET
GNTDTNLKGG SIRAENGGIG LYAGNGSVMN LHEGLNLSSG NKGLLFYNYD NSTVSGKYDL
TGTVGASVEN GGSAFYVKEG TSITDYLNNS FTGSGKLELT MDSGSKLYIL EGTGTTLSLS
SLDGMVNPGS SLTNNVIISS ASASDYIPLS MNKGALILDR NVNLDSSSEL YKRSEFSSVK
VDLTSGNSIT GSQSDQTGIA QRNYENSSGK DAVKITNDGS IALTGNNAVG IASDYGHVVN
NSTVKTTGEK SVAIYSANGT TTENNGEIVI GGNNSAGIYG ANYLDGINSS AVLKYGDDKI
DISNNGRIIS EGNGKVYGIY ADNKYLSRND SAVRLGSGSN IDLSSSNGGV GIYANNTRLT
GEGILSVGNS GVGLYAKDSD VNLNNFTLNL NGDKALGFYL DGNTNFTGNG NININGNGIL
VFNINSNGTF TNDFIINSSA GSTYTLGNVA DNTFRYTGSA SLAGNGSFIY GKNSAVLLDT
GSVINAAEDN VVGISMEGQY NGSLPSGFQS GVDAENKGDI TLTGSNSAGI YAVNSSRVKN
SGNITVGNNS AGISTKGTAS SAVNSGTISI GEISTGIYGS ESSFAENTAD GKILSNASET
AGIYMDGSAT AQLVNNGLVE LNGDKSRGIY VKGNGVKTIT NNGTIKIGNS SDINNPGIGI
YSTASGNTIL NSGNILTGNN SVGIYADGGT VNQSGLIMTG SSGTGIYGDR ANIVLNAGSE
INVGNDKAAG IYALNGTSII SNGKLTAGEN SYGYALKSGS GLENNSEITL KNNSVFVYGD
SAGNIKNNAG ITMDGSDITG FYTVNGGNIE NNGSINGITG TANIGIYSQN GTVRNTGEII
LGNSVINDFM DTKKNKYTVG IFGENSNVYN SGNVKVGYYG IGVYGSGGRV ENHGNITSDA
EGAIGLFIEK GTLENFGDIT LNGQNSIGIY ANKLSTVTNH GVITMNGESS QGVYLNIGSV
LENNGVININ AGKSQGILIK GGGDLVNNTG GIINLGIGAE GSETVSYGSA TDYPIPSIVN
GGIINVSENF ELNGIDISIK VNPETISTPT LSEDMGADFV SDAVKFYAPS FDTSEPIGIL
SGFASGTHAE VYKLKDVFNP MTDDGGPNSG LVKVRSKSLT WSATPVLNSS GKVDIWMQKI
PYDNFTSGLW YEDFGRALDT KYVGSNGNTG LIFDKIDTIE TEPDFRKTMS NLAGDIYANM
NQREETIGEI FENSLNLMQD SKNNTKENVK LNVITGKGRS KEETDGVVDY DYTTVGIQAL
REVERTYRHK FGYSLGYAHT DFDLKDGNNS KEKADTLQLG FHNNYNFNNW ILKNDITGRA
SFYNIDRNLN WTNSENSNMT GDYQVYSVTS DNNLGKEFSI GKNSSITPYG GVKLMYINRP
SFSESGLEAL QVDGNDAWSI KPKAGFELKT AVPLGSKDSW KLKGALDVAY EYELADLNER
EYAKLVNVET DYHKLAKPAD DKGQLRTKAS IGVEIEDRYG VFVTGEYKLG EHNQDEYRAG
ITLKAIF
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