| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2468 |
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| Symbol | |
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| ID | 8597932 |
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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 | 2641344 |
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| End bp | 2648657 |
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| Gene Length | 7314 bp |
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| Protein Length | 2437 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_003309252 |
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| Protein GI | 269121075 |
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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 | 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 | ATGAAAAACA AAGACAAACT ACTGTTATTT TTAGCATTTA ATGCAATTGC ACCCTTTGTG
AATGCAGAAT CAAAGTATGA CAAAATGTAT GATAAGATGG TTAAGAATCT AACAGAAGGA
AAATCGAATG AAAGTTCATA CAATTTATTG ACTCGAGTAC TCGTTCAAAG AAATAAAGAA
CTAAAAGATT TATACGCGCA AAGCGATTAC ATAATAAAGC CAGAATATTT AGAATGGCAG
GTATTTTTCA GCGGTTTATA CAGTAATGTA AAAAGAGGAG ATAACACGCT AAAAAATGCA
GAATATTATT CTATGCCGAA AACAAGCATG GGAATAAATA CAATAGAAGA AAATTTATAT
AATTCTATTA TTAACAGCGG AATAAGCAAT GATACGCTGC AAATGATATT AAACGGAAAT
GTGGATGCCT ATAATAATCT TACAGAAGGA CAGAAGGCTG TACTTACTGG TATATTTGGC
GGAAGTGGAG TAAACGGAAA CTTTAAACCG TTTCAAAATT TACAGGATAA TAAGATAATA
GACCTGGGAA TAAGCATGAA AATAAACGGA CCTACTAAGA ATATCTCAGA TATCAATATT
TCTGGAGTGA ACGTTCCTTC GATCAATCTA AATCAACAGG CTTTTGCAGA GCCTGATGTA
CTGAGTGTTC CGGAAATTGA AATATTATCG TTTAATCCGA CCATTCCCCA TATAACAACA
TTGAATTTTA ATTCTATACC TGTACTTACA TTGAACGGTA CAGGAGGAGG AAACGGAGGG
ACAACTGGAT TCTTCCCTTA TGGAGATGAC AATGGATCAA ACTCAATAAT ATCACAGATG
GATATTACAA GCGGAACTAT AAATGTAAGA ACGAATACTA ACCCGCCAAT GACTGGATCA
ACTACAAATC CGGGATTTTA TGACTATACA TTGGACAATG TAATAGGAGC ACCATCTGCC
GGTCTTGAAT ATAATCAAAG AGGAATTTAT GATCCTGTAT CAGGAACATG GACCTATGAA
GATGCACTGC TTCCAACAGG AATTTATACA GACTCTATTA ATAATAATCC GCAGGGTTAT
GTAAATCAGG TACAGGGATT GTTTAAAGTA ATAGATAATC CGATAACAAG ATACGGAACT
GCAGGCGGAA ATGTAAATGA TCTGAAAGTA ACACTTGAAG GAGATGTAGT AAATGCTGAA
TATCTGGTAC AGATTCTTCA CTATGATGAA CATTACAGCG GTATGCAGGA TCCTGTTACA
GGAGAATGGA AAAATTATAC ACTTGACGAG CTGGAGGAAA GGAACTGGAT TACAGCTGCT
GAAAAAACAG AGCTGGGGAA CAAATTTCTG GATACTACAC TTGGGCACAC TACAGATAAC
AGATGGTTTC AGTATGTGGA AAATAACAGT TCATGGAATT TGAAAGGTTC AAATGTTGTA
GCAGTAAATA TTCAGGCACA CAGCGGATGG CAGGATGCCA ACAGTATATT TATGAACAGG
GGAGAAATAA TAGGGCTGAA TGAAGCAAGC AGTACCAATA ATCTTATAGG AAAACATGTT
GCCTTTATGT TTACAGAAGG CGGAAGTATG AGAAAGCAGG AAGGCTTTGA TAATACAGGA
TTAATAGAAA TGAGAGCACC TGAAAGCGTA CTGTTTCTTA TGACAAATAA TGCATATTCA
TATAATTACA GTGAATCAAA TGATAGTAAT GGAAATCATT ATTTAGATGA AAATCCGGGG
AAACATATAT TGATGAACAA TGGTGATATG AAGCTGTACG GGAATAATAA CATAGGAGTG
TATACGCATA ATGCCCCGAT GATGAGTAAA AGTGAGTATG CATATTATTA TTCAAATGGA
ACATGGCATG AGTCAAAATC AATGTACAAT GGTCTCCAAA GAACAGAAAT CAGGCTTTAT
AATCCTATAA CAGTACTTGG GGATCAGAGC ATAGGGGTAG ATATAGAAAG AGAACTTAAC
TTTGCTAATT CCAAAATAAA GGTAGATATA GGAACAGAAG ATCCAAGACA GACAGCAGCC
AGTTCTTCAG GAGTAAACGG TCTTGAAAAC AGCGGTAATA TCACTGGAGG AAATTCTGCT
TACACAGACA GTGCTGCGGG AATATATACT AATATGAAGG GAAATATAAT ACAATATTCC
AAAAATATAA CTGATCAGAA TAATCCTGCA AATAATGTAA ATATAAGCGG ATATATGGTA
GATAATCCTC AGTTTATATT ATCAGACTAT CTTCTTAATG TAGGTGAATA TTCAAGAGGA
GGAGTAGGAC TAAGAGTAGA AGATTACGGA GATGTTATTT TAGGAAGTTC CTCGGATACT
ACGACGAATC ATGAAATAAA TTTACTGGCA GGGAGTGAAG GAAATGCCGG GATATATTTA
CGCGGTTCTA ATTTAACAAC AGTAACATTT GAACCGGATC CGATCTGGAG TCCGGGATAT
ACTGAAACAG CGGAGCTGCT GGGGTCAACA GGTGCAAGGG TGACAACTGA CGGCATGTCA
ATGAATATCG CAGGAAATAA ACAGGTTGGA GTTCAGATAG AAGAATATGG ATATTTTTAT
CATAAAAACG GAAATATAAA AGTAAACGGA ACCAATAATA CAGGAATTGC AGTGAGAACC
GGTGGTACAG GAGAAGTGAG CAATACAGGG ATATTAGAAG TTTCAACTGG AAATCTGGGT
GTGTACAATG AAAACATATT TAATATGACA GGCGGAAGTA TAACAGCAAG CGGAACAGAA
GCAGTGGGAA TTTACAGTGA GATAAATAAT ACAGATACTA ATCTGAGCGG CGGTACAATA
AGAGCTGAAA ACGGAGGAAT AGGGCTGTAT GCAGGTGCCA ATTCAACAAT AAATCTTTCT
GAGGGCGTGA ATCTGGTAGC TGGAAATAAA GGTCTGCTGT TCTATAACTA TGACGGCGGC
ATTGCATCAG GGAAATACAG CGTAACAGGA AATGTAAAAG CTACAGTAGA AGAAGGCGGA
ATAGCTTTTT ATCTGAAATA TGGTACAAAT CTTGAAAACT ATCTGAATAC TTCATTTACA
GGGATATCAG GCGGAAGATT AGGACTGACA ATGAAATCGG GATCTATTTT ATATATGCTT
GAAGGAACAG GAAGTACACT GTCACTTACG ACACTTGACG GAATGGTAAC ACCAGTAATG
GATCTTGCAA ATAATGTAAG TATAAATACA GACAGTGCCA GTGATTATAT ACCAATATCA
ATGAATAAAG GTGCACTAAT ACTTGACAGA GATATCAATA TGGACGGTAA TGATCTGTAT
GAAAAAGCCC AGTTTGCATT ATTGTCTGTA ACATTAAACA GCGGTAAAAC AATGACAGGA
AATCTGGATA AACAAATAGG TATTGCTCAG AGAAACTACG GAGGAAGTCT GGGAAGAAAT
GAAATAACAC TTACAAATAA CGGGACAATA GCTTTCGGCG GGGAAAAAGC CGTAGGGATG
GCTGCTGATT ATGGTCACAT AATTAATAAT AATGTAATAA AAACTACAGG GAATGAATCA
GTAGGAATAT ACTCAGCCAA CGGATCACTG ACTGAAAATA ACGGGGAAAT ATTAATTGCC
GGTAATAATA CAGCCGGAAT TTATGGTGTT AATTATCTTG ACGGAGTAAC AACTTCAGCA
GGACTCGGGT ATGGGGACGA TAAAATAAAT ATAACAAATA ACGGAAAAAT AACTGCTTCA
GGTCCGGGGA AAGTTTATGG TATATATGCA TCAAACAGAA CCGGGACGCA GGGAGATAAT
ACAGTGACTC TTAGTGGCAG TTCGGATATA AATCTTCAAA ATTCATCAGG CGGAATAGGA
ATTTATGTAA ATAACGGAAT TCTTAACGGA ACGGGTACAT TAAGCGTAGG TTCAGACAGT
GTAGGAATAT ACGCCAAGGA TAGTACGGTA AACCTTTCCG GGTTAACGTT AAATATGACA
GGGAACAATA TATTAGGATT TTATCTGGAT GGAAATACGA ATTTCAGCGG TTCGGGGAAT
ATAAATATTT CGGGAAATAA TATAGCAGTA TTTAATATAT TATCAAACGG GACATTTAAC
CAGAACTTTA ATATAGCATC AACGGCAGGT TCTACATATA CAATAGGAAA TGTAAAGAAT
GGTACATTCC ATTATAACGG AACTGCTAAT CTGGCAGGAA ACGGAAGCCT TATAAACGGG
AAAGATTCTG CTGTACTGCT TGATACAGGA TCAACACTGG TATCATCAGG GGATAATACA
ATAGGAGCAG TACTTGAAGG ACAGTATAAT TCTACTCTTC CCGGAGGATT TACAGCAGGA
ATAGATGCTG AAAACAGAGG TACAATGGCA TTTGGAAACA GCTCGGCAGG TCTTTACGGA
AGTAATGGAA CAAGACTGAA AAATATTGGT TCGATATCTT TGGGAGACAG CTCTATGGGT
CTTCATACTA ACGGCAGCGG ATCATACGCC TTAAATGACG GAAGTATAGC TATGGGAAGT
CTTTCTGTAG GAATTTACGG ACAAAACAGC TCTAATCTTG AAAATCTGTC AAATGGTGTA
ATTACAGGAA ACGGAAGAGA AACTGTAGGA ATCTATGGTG AAGGTTCGGC ACCGCTTGTA
ATAGCAAATG ACGGAAGAAT AGAATTGAAC GGGGATAAGT CAATAGGAAT TTATTCAAAG
GCAAACGGCG GAACATCTAT AACAAATAAC GGAACGGTAA TAATAGGAAA TTCATCTGAT
AATAATAATC CCGGAGTAGG TATTTACAGT GAAAATTCAG CAGATACAAT AGTAAATAAC
GGAGCTGTAT CAGCAGGAAA CTCATCTGTG GGTATATATA TAAACGGTGG AATTTTAAAT
CAGAATAATA CAGTAAATAT AGGAAACAAC GGAACAGGTA TATATGCAGC AGGCGGAACA
GTGAATCTGA ATGCCGGTTC ATCATTAAAT ATATCAAATG ATCAATCAGT GGGTGTTTAT
GCACTAAATG GAACAAATAT ATTAAATGAC GGTACAACAG TACTAGGAAA TAACAGCTTC
GGATATGTAC TCAGATCAGG TTCTGCACTC TTGAATAATG CTGATGTAAC AGCAGGTGGC
GGAAGCATTA TTGTCTTTGG AGACGGAGCA GGAAGCATAA CGAATAACGG AGCGGTAACA
CTTGGCGGAT CAAGCGGAGT GGCATTCTAT ACTGTAAACG GCGGAAATAT ACAAAATACA
GGAGATATTA CTGGAACAGC CGGAACAGCA AATGTAGGTA TTTATAATGA AAACGGGATC
ATAAATAACA CAGGAAAAAT ACGTGTGGGA GATTCTGTAA TCAGAGATTT TGAGGACTCT
TCAAAAAACA GCTATGCAAT AGGAATATAC GGAGACAGAA CAGGTATTAC AAATACGGGA
GATATAGAAC TCGGATACTA CGGAGTGGGA ATTTACAGTA AAGATAACAA AGAATCTGGA
TTACCGACTG TAAATTCAGG AAAAATAACA TCAAGCTCTG AGGGGGCTAT CGGTATTTTT
GTGGAAAACG GAGTTCTTCA GAATTCAGGA GATATAGAAC TTTCAGGTAA TAATTCAATA
GGAATTTATG CAAATAAAAA AGCAGAAATC AATAATACAG GAACTATAAC AATGAATGGT
AATGATTCAA CAGCAATTTA TATGAATATA TTATCAACAT TAAATAATAC AGGAACTATT
AACATAAACG GGAATGACAG TGAAGGAATC ATAATGAAGG GCGGTTCGCA GATTCTCAAT
CAGGGAACGA TAAATATCGG AGCCGGAGCG AGCGGTTCAA TCATGGTTTC ATACGGGGAA
ACAAGTTATC CCGTACCAAG TATTATAAAT GCCGGAGTTA TAAATGTATC TGAAAACTTT
GAGTTAAAGG GAATAGATAT ATCAATAAAG GTAAATCCGG ATACTATATC AGAAGCTACA
GTATCTGAGG ATCTGGGAGC AGCATTTGTA TCAGATGCAG TACAGTTCAA TGCACCGTCG
TTTAATACAA CAGAACCTAT AGGAATTCTG GGAGGATTTG CAGAGGGAAC ACATGCAGAA
GTTTACAAAT TCAAAGATGT ATTTAATCCG ATGACAACAG GCGGAGGACC GGATTCTGGA
CTGGTAAAAG TCAGAAGTAA ATCGCTGACA TGGTCTGCAA CTCCTGTGCT AAATGAAAGA
GGAAGTGTAG ATATATGGAT GCAGAAAATA CCATATGATA ACTTTACAAG CGGATTATGG
TATCAGGATT TCGGACTTGC ACTTGACACA AAATATGTAG GTTCAAAAGG AAACATGGGA
CGTATATTTG ATAAAATAGA TCTTATAGAA ACAGAAATGG ATTTCAGAAA GACTATGTCA
AGTCTTGCCG GAGATGTATA TTCTAATATG AATCAGAGAG AAGAAACAAT AGCAGACATA
TTTGAAGACT CGCTGGGAAT ACTTCAGAAT TCCAAAAATA ATACTAAAGA AAATGTAAAA
GTAAATATAA TAGCCGGAAA AGGGAAATTA AAAGAAGAAA CTGAAGGAGT TCAGGGATTT
GATTATACAT CGACAGGAGT ACAGCTGTTA AGAGAAGTGG AAAGAACTTA CAAACATACA
TTCGGATATT CAGCAGGATA TCTTCACACA GGATTTGAAT TTTCAGACAG TAATGACAGT
GAGGAAAAGG TAGATACTTT ACAGCTGGGA TTACATAATA AATACAGTAC GAATAACTGG
GTATTAAGAA ATGATCTTAC AGGAAGAGTA AGCTTCCATA ACATGGAAAG AAATATAGAC
TGGACACATT CGGGAAGATC TGAAATGACG GCAAAATATG AAAGCTACAG CCTGACAAGC
AACAATATAC TGGGGAAAGA GCTGGAGCTG GGAAAAAGAG CAAGTATAAT GCCTTATGGA
GGAGTAAAGG TAATGTACGG TATAAGACCG ACATTTAGTG AGAAAGGTCT TGAAGCACTG
GAAGTAGACG GTAATGATGC ATGGAGTGTA AAACCAAAAG CCGGAGTAGA GCTGAAAGGG
GAGTATCCTT TGAACAGCAG AGAAAGCTGG AAGCTGAAAG GAGCACTTGA TTTATCATAT
GAATATGAAC TTGCTGACTT TAATGAAAGA GAATATGCAA GACTTACAGC AGTAGAAGAT
AATTATCACA GACTGGCAAA ACCGGAAGAT GAAAAAGGAG CTTTCAAAAC AAAAGCAACT
CTGGGAGTAG AAATAGAAGA CAGATACGGG ATATTCCTAA CTGGGGAATA TAAAACAGGA
GATGTAGGAA AAGATGACTA CAGAGCGGGT ATTAATCTGA AAGCAGTGTT TTAG
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| Protein sequence | MKNKDKLLLF LAFNAIAPFV NAESKYDKMY DKMVKNLTEG KSNESSYNLL TRVLVQRNKE
LKDLYAQSDY IIKPEYLEWQ VFFSGLYSNV KRGDNTLKNA EYYSMPKTSM GINTIEENLY
NSIINSGISN DTLQMILNGN VDAYNNLTEG QKAVLTGIFG GSGVNGNFKP FQNLQDNKII
DLGISMKING PTKNISDINI SGVNVPSINL NQQAFAEPDV LSVPEIEILS FNPTIPHITT
LNFNSIPVLT LNGTGGGNGG TTGFFPYGDD NGSNSIISQM DITSGTINVR TNTNPPMTGS
TTNPGFYDYT LDNVIGAPSA GLEYNQRGIY DPVSGTWTYE DALLPTGIYT DSINNNPQGY
VNQVQGLFKV IDNPITRYGT AGGNVNDLKV TLEGDVVNAE YLVQILHYDE HYSGMQDPVT
GEWKNYTLDE LEERNWITAA EKTELGNKFL DTTLGHTTDN RWFQYVENNS SWNLKGSNVV
AVNIQAHSGW QDANSIFMNR GEIIGLNEAS STNNLIGKHV AFMFTEGGSM RKQEGFDNTG
LIEMRAPESV LFLMTNNAYS YNYSESNDSN GNHYLDENPG KHILMNNGDM KLYGNNNIGV
YTHNAPMMSK SEYAYYYSNG TWHESKSMYN GLQRTEIRLY NPITVLGDQS IGVDIERELN
FANSKIKVDI GTEDPRQTAA SSSGVNGLEN SGNITGGNSA YTDSAAGIYT NMKGNIIQYS
KNITDQNNPA NNVNISGYMV DNPQFILSDY LLNVGEYSRG GVGLRVEDYG DVILGSSSDT
TTNHEINLLA GSEGNAGIYL RGSNLTTVTF EPDPIWSPGY TETAELLGST GARVTTDGMS
MNIAGNKQVG VQIEEYGYFY HKNGNIKVNG TNNTGIAVRT GGTGEVSNTG ILEVSTGNLG
VYNENIFNMT GGSITASGTE AVGIYSEINN TDTNLSGGTI RAENGGIGLY AGANSTINLS
EGVNLVAGNK GLLFYNYDGG IASGKYSVTG NVKATVEEGG IAFYLKYGTN LENYLNTSFT
GISGGRLGLT MKSGSILYML EGTGSTLSLT TLDGMVTPVM DLANNVSINT DSASDYIPIS
MNKGALILDR DINMDGNDLY EKAQFALLSV TLNSGKTMTG NLDKQIGIAQ RNYGGSLGRN
EITLTNNGTI AFGGEKAVGM AADYGHIINN NVIKTTGNES VGIYSANGSL TENNGEILIA
GNNTAGIYGV NYLDGVTTSA GLGYGDDKIN ITNNGKITAS GPGKVYGIYA SNRTGTQGDN
TVTLSGSSDI NLQNSSGGIG IYVNNGILNG TGTLSVGSDS VGIYAKDSTV NLSGLTLNMT
GNNILGFYLD GNTNFSGSGN INISGNNIAV FNILSNGTFN QNFNIASTAG STYTIGNVKN
GTFHYNGTAN LAGNGSLING KDSAVLLDTG STLVSSGDNT IGAVLEGQYN STLPGGFTAG
IDAENRGTMA FGNSSAGLYG SNGTRLKNIG SISLGDSSMG LHTNGSGSYA LNDGSIAMGS
LSVGIYGQNS SNLENLSNGV ITGNGRETVG IYGEGSAPLV IANDGRIELN GDKSIGIYSK
ANGGTSITNN GTVIIGNSSD NNNPGVGIYS ENSADTIVNN GAVSAGNSSV GIYINGGILN
QNNTVNIGNN GTGIYAAGGT VNLNAGSSLN ISNDQSVGVY ALNGTNILND GTTVLGNNSF
GYVLRSGSAL LNNADVTAGG GSIIVFGDGA GSITNNGAVT LGGSSGVAFY TVNGGNIQNT
GDITGTAGTA NVGIYNENGI INNTGKIRVG DSVIRDFEDS SKNSYAIGIY GDRTGITNTG
DIELGYYGVG IYSKDNKESG LPTVNSGKIT SSSEGAIGIF VENGVLQNSG DIELSGNNSI
GIYANKKAEI NNTGTITMNG NDSTAIYMNI LSTLNNTGTI NINGNDSEGI IMKGGSQILN
QGTINIGAGA SGSIMVSYGE TSYPVPSIIN AGVINVSENF ELKGIDISIK VNPDTISEAT
VSEDLGAAFV SDAVQFNAPS FNTTEPIGIL GGFAEGTHAE VYKFKDVFNP MTTGGGPDSG
LVKVRSKSLT WSATPVLNER GSVDIWMQKI PYDNFTSGLW YQDFGLALDT KYVGSKGNMG
RIFDKIDLIE TEMDFRKTMS SLAGDVYSNM NQREETIADI FEDSLGILQN SKNNTKENVK
VNIIAGKGKL KEETEGVQGF DYTSTGVQLL REVERTYKHT FGYSAGYLHT GFEFSDSNDS
EEKVDTLQLG LHNKYSTNNW VLRNDLTGRV SFHNMERNID WTHSGRSEMT AKYESYSLTS
NNILGKELEL GKRASIMPYG GVKVMYGIRP TFSEKGLEAL EVDGNDAWSV KPKAGVELKG
EYPLNSRESW KLKGALDLSY EYELADFNER EYARLTAVED NYHRLAKPED EKGAFKTKAT
LGVEIEDRYG IFLTGEYKTG DVGKDDYRAG INLKAVF
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