| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_3437 |
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| Symbol | |
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| ID | 8598888 |
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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 | 3635426 |
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| End bp | 3642391 |
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| Gene Length | 6966 bp |
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| Protein Length | 2321 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | |
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| Product | outer membrane autotransporter barrel domain protein |
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| Protein accession | YP_003310207 |
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| Protein GI | 269122030 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | ATGAAAAGAA ATAAAAAATT ATTAATATCT TTTTTAGCGT TACATGCAAT AGTGGCATCT
TATGGAGAAG CCGCCACTGC CAAGTATGAA AGAATGTACA GCAGTATTAT AAAAAATATA
GAACAGGGAA AATCCAACGA AAACAACTAC CGGATAGTCG AACAGGTACT AAAGAAAAGA
AATAATGAAT TAAAGGATTT GTATCTGCAG AGTGACTATA TTGTAAAACC TGAATATCTC
GAATGGCAGG TATTTTTTAC AGGTCTTTAT ACTGAAAAAA CGAGAGGGGA CAACACTCTT
GAAAATGCCC GTTATTATTC AGTTTCCCAG ACTTACAGCG GGAAAAAAAC TTATAACGAG
GATGCATATA ATAAATTATA CTCAGACCTT GCTGCCACAG GTCTTTTAAG TGATGTTCAG
CTTAGTGCAA TAATGGCGGG ACATTATAAT GTAATAAACA GCCTCGGAGT GAGCGAGCAA
AAAGTAATCA GGGAAATGCT TTATTCAGGA CTGGACAGTA TAAATAAAAC TGACGGGTTC
AAGATATACA AGCATCCTCA AAATCCAAAA GAAATAGATC TGGGGATTAA CATACCTCCC
AAGATAATAA ACAGACAGCC GTTAAATCCG ACACCGGGAA TTCCGGCACC GCCTAATGTA
CAGGCACCGT CATTCGTCCC TACTGCACCG CTTACACCGA CAGTTCCTTC ACTTACAATA
AAAGCATTTA ATCCGGTAAG TCCTCAGGTA GATACACCGG TACTGGCCGT TGCACCTATT
TTTAACATAA AACTCAGTTC TTATTGTAAT AATATGACCT CATGCGGTGT GGGAATAGAC
GGAGCTGCTT ATAATCCGGC TATAGGAACA GCACGTTCGT ACAGCGGCGG AGCTATATCA
GGTATAGCAG ACGGAACTTC ATCTTTAAGA TATTCATGGA GTGCATATAG TTCTACTTTA
TTACGGGCAT ATTTTGATTT GACAGGCGGC GGAGGTATCG TGTCTAATTT TTCCGATAAC
CTGACAATTG ATTCAATAAA TCCGCTTAGT GCTGCACAAA AGACTGCTGA AGGCGGCAGA
ACATGGAATA CACAGGATTT TCTGGTCGGA GGATCAAGAA TAGCAACTGT AGATAATGTA
GGAACCGGTA CGGAACTAAA CAGTACGGGT ACAATAAATC TTGTAGGTCC ATTGGTTGTG
GCCTTTGAAA TGCAGACAGA CAGTATCGGG AATGGTACTG TAACATTAAG AAATTCAGGG
ACTATAACAG ATTTAGGCGA AACTACATCA ACAGCACTGG ACGGAGTACT TGCCAAAGGA
ACACAAACAA GCCTTATAAC TTCACCGTCA GCAGGAAACG AAACTATTAC TGTAAAACGT
ACAGCTGAAG GGTATACGGG ATATAAGGTA GGATTGATCT TAACTGCAGA AGATAATACA
GCCGGACGTT TTTACAATTT ATTTAATAAT GGGACAATCA CATTTAAAGG AGAAAAATCT
ATAGGAATAC AGATTTTTGC ACCTAATTTC GGCAATACGG AAGTGGCAGC AGTAAATACC
GGGACTATTA CAATGGGAGG TATAGAAAGT TACGGGATGA AGCTTTCCTC TATTTTAAGA
AATACTACAA ACAATGTTTT TGAAAACAGA GGAATAATAA ACATAAACGG AGGAGACGGA
GTAGTAGACT CAGTTTCGTC AGGAATGGCA GTATTGGAAG AAAATGCAGC AGGAATAAGA
GCATATACCG GTCTGGTAAA AAATACATCA TTAGGGACGA TAAATGTTTC CGGAAGCAGG
GGAAATACAG GTATGTACCT GAAAATAAAA GCTCCGGACG ATATAACCAA TGAAGGAATA
ATAAATGTTT CAGGAGTGAA AAATGCCGGA ATAAGAGTGG ACTATGGTTC GGTAGGGGCT
CTTACAGGAA GTCCCGCAGC TTATAACAAA ACCGGATCAG CTGAAATTAA TGTTACAGGA
TCTGAAAACT TTGGAATGAT AGCTGTGGAT AGCAACGGAA CAAACGGTGC CGTGGCAGAA
AACAATGCTT TGATTGAAAT AAAAGATAAT GATGCAACTC CCGGCTCATA TATAGAAAAG
TCGGTTGGTA TGCTTGCCGT AAAAAGCAAT GAGGCTTTCG GAGGATTTAT AAATAATACG
GGAACAATAA AAATAAATAA TGATGTAAAA GCTTCACAGG GAATGGCAAT ACTTGCCGAT
GCAAGCGGGG CTAACTCCGG GAATATTCTG ATATCCAAGG TTTCGGCAGC TGATCTAAGC
GAAAGCTCTG TTGGTGTTTA TAATGAAGGA ACCTTTAATA TGACAGCAGG TCTTATAGAT
GTTTCAGTAA ATAAAGGGAT AGGAGTATAT GCTAAAAATA GTTCGGCAGT TACTACAATT
TCCGGAGGAA CCATTAGAGT GGCTGATGGT GCAATAGGAC TTTATGCAGA TGATAAAGGA
AATCTGGGAA ATGGTGCAAC AATAAATCTC TCGGGAACTG CAAAGCTGGA AGTAAACAGC
AGCGGTCTTA TGTTATATAA TTACTCAGGT ACAAGCGGAA ACCCCGTAGG TAAATTTAAT
GTAGGAGCTG TAATACAGGC AGATATAAAT GCAGGAGGTA CAGCTTTTTA CTTCAAAGGA
ATACCGTCTG GAATCAATAC CTTCTTAAGC AACATGATAA TAGGTCCGGG ATCATTAAAT
ATAAAACTGA CAGATTCCAC TTCAAGTCTT TTTGTTCTTG ACAATCCCGG AGGGGTAATA
AACTTGAGTG ATACTACTTC GGCGGGAATA ATTGGGAGTC TGCCTTCCAA TGTTACAATA
GATGCTTCAA GTGATCCCAA CTATAAGCCG TATTCTGTAT TTAAAGGCGG ATTAAATATA
GATATGGACG TAAATATTGA TAACAGCACA GATGCATATA ACAGATCAGA ATTTTTATCT
TCAAAAGTAA CACTGCAGGC TGGAAAAACA ATGACAAGTG TTACAGCAGG CAAATATGCA
ATAGGACAGG AGAATTACGC AGGGACTTTG GGAAGAAATG AGATTTCCAT AGTGGTAAAT
AACGGCGGTG TCATTAATAT GACAGGTTCC GGTTCGGCAG GAATAATTGC CAATTACGGA
GAGATAATAA ATAACGGGCT GATTTCTGCT ACAGGGACAA ATTCTATAGG AATAGTATCT
TATAACGGAT CATTTGCACA AAATAACAAT ACAGTGACAG TAGGAGAAGG CGGTACCGGA
ATTTACGGAG AAAATAAACG AAATGCCAGC TACGGTAACG CAAAAATAGA GATAGAAAAT
AAAGGATTAA TAAATACAAC TGCGACAGCC GGTGCAACAA GCTATGGAAT CTATGCACTA
AATAATGATG TTTCATTAAC AAGGGCAGAT TCTACGATTA AATTATTTGC AGGCTCAGAA
ATAAATATGT CGGCTCAGGA CGGCGGCGTG GGAGTTAGTG CATTTAAATC TACACTGACA
AATGACGGAA AAATAACTGT GGGGAAAAAT GGTATAGCAG TATATGCAGA TGACTCTGAA
ATAAATATAA ACAGCGGGGA AATAAATCTG AACGGAGATA ATGCAGTAGG TTTTTATCTT
ACAAACAGCC AGTTTAACGG AAATTCAGGG ACAATAAATA TAACCGGAAA AAATGTCGTA
CTGTTTAATC TTGTAAATTC ATCATTTACA AATAATCTGG CAGTAAATGC TGCTCCGGGT
TCTACATACG TAGTAGGAAA TCTTTCAAAT GCAGTCTATA CTCATTCAGG GACAAATACA
CTGCTTTCAA ACAGTGTTCT TCTAAATGGA AATAATTCGG CAATGCTGAT AGACAGTACT
TCAAATATTA GCTCTTCTTC CACAGGAGTC GTAGTAATGC TTCTGGACGG AAGATACGGA
CTGCCCTTTC CTGCGGGCTA CTCAGCAGAT GGAGAAAATG CAGGAACGAT AGTATTAGGA
AATGATTCAG CGGCTGTCTA CGGTAAAAAT GGAACAAGGC TGAAAAACAG CGGAAATATT
ACACTTGGAT CAAATTCCGT AGGAGTTTAT AACGTCGGAG TTAATTCTGA AACGGAAAAT
ATCGGGATAA TAACTTTAGG TAATAATTCT ACAGGACTTT ATCAGAATAA TGGAACAAAC
ATTATAAATA ACGGTACTAT AAACGGAACA GGAACAGGTG CTGTAGGAAT GTATACCGAT
AGTAATACAG GGATAATTAA TAATACAGCT CTGATAGATC TGCAGGGCGA TAAATCAATA
GGAATTTATG CAATGGGCAG CACACAGAAT ATTATTAACT CAGGAACTAT AAAACTGGGG
AATTCTTCTC TGATGAACGA TCCAAGTATA GGAATATACA CTAATAATAT AACTGATACA
ATTATTAATA CAGGAAACAT AGAAGCTGGT TCAAGATCAC TCGGTATTTA CAGTCTGGGA
ACTCAGGTCG ACCATGTATC CGGAACTATA AAGGCGGGTA GTGAGGGAAC AGGAATATAT
AAGGATACAG GATTATTAAG AATTCATTCA GGTGCAGTAA TAGAAGCGCT TGCCGGAGAA
GCAGCCGGAT TATACGGTAT AAACGGAGCC GGAATTACTG CGGACAGCGG GGCAATATTT
AATATAGGTT ACGGAAGCTA TGGAATAATT GCGGAATCGG GGGCTACTCT TCTGAATTCG
GCAGCAATAA CTTTAGGAGA CAACAGTATA TTTACTTACG GAAATAATTC AGGCGGAATA
GTAAATAACG GTGCTGTAAA TATTACCGGT TCAGATAATA CAGTCTTTTA TATGGTAAAA
GGCGGAAGTA TAATAAATAA TGCCAATATT ACAGGTACTG CGGGAACCGG AAATATAGGT
ATTTATAACA GAGGCGTTTA TACTACAGAA GTACTTCAGG CAGACGGAAC TATGAAGCTG
GAAGGGCTTA TAACTGAAGG GTATATAGAA AATAACGCAG ATATAACCTT GGGAGATTCA
TTTCTTGTTA CTGATGCATA CGGTGTAAAA ACGGGATATT CGGTTGGTAT GTACGGTGAA
GGATCAAGCG TGGTTAATAA TGGAGGAAGA ACTATAACTG TAGGAAAAGA GGGCGTGGGT
ATATTTGCCA GTGATGCGGG AACTACCTCA TATAACTACG GGAATATAAT AGGTAATGGA
GACAGAGCAA TAGGAATGTT TGCTGATAAT ACAAGAATAG AGAACCACGG ACTGATACAG
ATGACAGGAG ACGGAGTTAT AGGTATGGCG GGAAGAAACG GAGCATATAT CTATAATGCG
TCTACAGGTG TGATACAGGT AACAGGAAAA GACGTAACCG GGATTTATCT GTCGGGAGCA
GCAACAAAGG TAGAAAATAA AGGTCATATC ATAATTACCA ATACAGGAGA TCCGTCAGAT
GATACAGGGG TCGGAATAAG ATATACATCT GATTTTGATG AAGCAACAGG TTTGGTAGGC
GGACTGGGAA ATATTACAGG TACAGGATAC ATAAATAACG GATATACAAC AGCGGGATAT
TCGCTGCCTG AATTACCTAC CCTTATAAAT TCTGGAGAAA TTACCATAGA TGTAGGAAAT
AAATTTTCTT ATGATTCAAT GCGTGTAATC GTAAAATTAG ATCCTTCCAC AAATGAAGCT
ACAACGAATT TTACTGATAA AATAGGATTT TCAGGTACTA CAATTCCGGA AAAACTGGAA
ATAGCCGCTG ATTTCTCACA GGGAACATCA TCTGACAGAT ATGTATTTAA AAATATATTC
AGAGGAATGG ACGGAACGGG AGAATATATC AGCCAGTCGC TTACATGGGA TGCAACAGGT
CAGGGAATGG ATATAGTAAT GACAAGAATA GCGTATACTA AATTTACTGA CGGATTATGG
TATGAGGATT TTGGAAAAGT ATTAAATGAA AAATATGCTA ACCAGACAGG AGATGCTCTG
AAAATATACG ACAAAATTGA TATGATACAG ACAGAACCTA ATTTCAGACA CTCAATGGCC
AGTCTTGCAG GAAATGTATA TGCTAACCTG AACCAGAGAG AAGAGGATAT GGCAAGAGTT
TTGGAAAATT CACTGCATAT GCTCCAGAAT TCTGAAAATA ATACAAAAGA AAATATAAAG
ATAAATGTAA TTGCTGTAAA AGGTAAAACA GAAGAGGATA CTGACGGGGT TGTGCCGTAT
AAATATACTG CGACGGGAGC AATTGCACTA AGAGAAGTAG AACGTACATA CAGACACACA
TTCGGATATT CACTCGGATA TCTTCATACA GGCTTTGAAT TCGAAGATCA TAATGACAGT
GAGGAATGGG TAGATACAAT ACAATTAGGA TTACATAATA AATATACGCT GAACGGATGG
AAGCTGATGA ATGATCTTAC AGGAAGAGTA AGCTTTCATA ATGTAGACAG AAATATAGAC
TGGCCTGACC AGACATCCGG TGTGGAACGA TCTGAAATGA ACGGAAATTT TGAAACATAT
TCTATTACTT CGGATAATAT TTTAGGAAAA GAAATAGCAC TTGGGAAAAG AGCAAGCATA
ATGCCTTATG GCGCATTCAG AGCAATGTAT GTAACAAGAC CTTCATTTGA AGAAAGCGGT
CTTGAGCGTC TGCAGGTAGA CGGAAATGAC GCATGGAGTG CAAAACCAAG AGCGGGAATA
GAATTAAAGG CTTCATTGCC GTTAGGACCA AAAACTGCAT GGGAGCTAAA AGGAAGCCTT
GATGCAGCAT ATGAATATGA GCTTGCAAAT CTGAACGAAA GAGAAAAAGC AAGACTCATA
GCTATAGAAG ACGGATATCA TAACTTATCA AAACCGGAAG ATGAAAAAGG TTCGTTAAGA
ACGAGAGCTT CAATAGGAGT AGAAGTAGTC GACCGTTACG GAATATTCTT AACAGGAGAA
TATCTGATAG GAAATGATGA TCAGGAAGAA TACAGGGCAG GATTAACATT AAAGGCAGTA
TTTTAA
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| Protein sequence | MKRNKKLLIS FLALHAIVAS YGEAATAKYE RMYSSIIKNI EQGKSNENNY RIVEQVLKKR
NNELKDLYLQ SDYIVKPEYL EWQVFFTGLY TEKTRGDNTL ENARYYSVSQ TYSGKKTYNE
DAYNKLYSDL AATGLLSDVQ LSAIMAGHYN VINSLGVSEQ KVIREMLYSG LDSINKTDGF
KIYKHPQNPK EIDLGINIPP KIINRQPLNP TPGIPAPPNV QAPSFVPTAP LTPTVPSLTI
KAFNPVSPQV DTPVLAVAPI FNIKLSSYCN NMTSCGVGID GAAYNPAIGT ARSYSGGAIS
GIADGTSSLR YSWSAYSSTL LRAYFDLTGG GGIVSNFSDN LTIDSINPLS AAQKTAEGGR
TWNTQDFLVG GSRIATVDNV GTGTELNSTG TINLVGPLVV AFEMQTDSIG NGTVTLRNSG
TITDLGETTS TALDGVLAKG TQTSLITSPS AGNETITVKR TAEGYTGYKV GLILTAEDNT
AGRFYNLFNN GTITFKGEKS IGIQIFAPNF GNTEVAAVNT GTITMGGIES YGMKLSSILR
NTTNNVFENR GIININGGDG VVDSVSSGMA VLEENAAGIR AYTGLVKNTS LGTINVSGSR
GNTGMYLKIK APDDITNEGI INVSGVKNAG IRVDYGSVGA LTGSPAAYNK TGSAEINVTG
SENFGMIAVD SNGTNGAVAE NNALIEIKDN DATPGSYIEK SVGMLAVKSN EAFGGFINNT
GTIKINNDVK ASQGMAILAD ASGANSGNIL ISKVSAADLS ESSVGVYNEG TFNMTAGLID
VSVNKGIGVY AKNSSAVTTI SGGTIRVADG AIGLYADDKG NLGNGATINL SGTAKLEVNS
SGLMLYNYSG TSGNPVGKFN VGAVIQADIN AGGTAFYFKG IPSGINTFLS NMIIGPGSLN
IKLTDSTSSL FVLDNPGGVI NLSDTTSAGI IGSLPSNVTI DASSDPNYKP YSVFKGGLNI
DMDVNIDNST DAYNRSEFLS SKVTLQAGKT MTSVTAGKYA IGQENYAGTL GRNEISIVVN
NGGVINMTGS GSAGIIANYG EIINNGLISA TGTNSIGIVS YNGSFAQNNN TVTVGEGGTG
IYGENKRNAS YGNAKIEIEN KGLINTTATA GATSYGIYAL NNDVSLTRAD STIKLFAGSE
INMSAQDGGV GVSAFKSTLT NDGKITVGKN GIAVYADDSE ININSGEINL NGDNAVGFYL
TNSQFNGNSG TINITGKNVV LFNLVNSSFT NNLAVNAAPG STYVVGNLSN AVYTHSGTNT
LLSNSVLLNG NNSAMLIDST SNISSSSTGV VVMLLDGRYG LPFPAGYSAD GENAGTIVLG
NDSAAVYGKN GTRLKNSGNI TLGSNSVGVY NVGVNSETEN IGIITLGNNS TGLYQNNGTN
IINNGTINGT GTGAVGMYTD SNTGIINNTA LIDLQGDKSI GIYAMGSTQN IINSGTIKLG
NSSLMNDPSI GIYTNNITDT IINTGNIEAG SRSLGIYSLG TQVDHVSGTI KAGSEGTGIY
KDTGLLRIHS GAVIEALAGE AAGLYGINGA GITADSGAIF NIGYGSYGII AESGATLLNS
AAITLGDNSI FTYGNNSGGI VNNGAVNITG SDNTVFYMVK GGSIINNANI TGTAGTGNIG
IYNRGVYTTE VLQADGTMKL EGLITEGYIE NNADITLGDS FLVTDAYGVK TGYSVGMYGE
GSSVVNNGGR TITVGKEGVG IFASDAGTTS YNYGNIIGNG DRAIGMFADN TRIENHGLIQ
MTGDGVIGMA GRNGAYIYNA STGVIQVTGK DVTGIYLSGA ATKVENKGHI IITNTGDPSD
DTGVGIRYTS DFDEATGLVG GLGNITGTGY INNGYTTAGY SLPELPTLIN SGEITIDVGN
KFSYDSMRVI VKLDPSTNEA TTNFTDKIGF SGTTIPEKLE IAADFSQGTS SDRYVFKNIF
RGMDGTGEYI SQSLTWDATG QGMDIVMTRI AYTKFTDGLW YEDFGKVLNE KYANQTGDAL
KIYDKIDMIQ TEPNFRHSMA SLAGNVYANL NQREEDMARV LENSLHMLQN SENNTKENIK
INVIAVKGKT EEDTDGVVPY KYTATGAIAL REVERTYRHT FGYSLGYLHT GFEFEDHNDS
EEWVDTIQLG LHNKYTLNGW KLMNDLTGRV SFHNVDRNID WPDQTSGVER SEMNGNFETY
SITSDNILGK EIALGKRASI MPYGAFRAMY VTRPSFEESG LERLQVDGND AWSAKPRAGI
ELKASLPLGP KTAWELKGSL DAAYEYELAN LNEREKARLI AIEDGYHNLS KPEDEKGSLR
TRASIGVEVV DRYGIFLTGE YLIGNDDQEE YRAGLTLKAV F
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