| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_3880 |
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| Symbol | |
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| ID | 8599326 |
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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 | 4125560 |
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| End bp | 4133188 |
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| Gene Length | 7629 bp |
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| Protein Length | 2542 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | |
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| Product | adhesin HecA family |
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| Protein accession | YP_003310645 |
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| Protein GI | 269122468 |
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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 | 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 | ATGAAAGAAA GGAACTGGAA GAAGGTCGTA AGAAGGAATC TATCAGTAGG AATATTGTTG
GGAATGTTTT TAAATAACTT AACATTTGCA AATGAATTAA TAAAAACAAG GAACGGCTCA
ACAAGAGTAA TAACAGCACC TAACGGGACA CCAATGATTG AACTGGCGAA TCCGGGAAAT
TCAGGCGTGT CAGTAAATGA TTTTGACAGA CTAAGTGTAG ATGAGAAAAA CCTGATATTA
AATAATATAT CATCCAAAGA AGGAATTGGA TATAGAAGTG AACTTGGAGG AATAATAGCT
CCAAATGAAA ATTACACAGG AAATCCTGCG AGAGCAATTC TGTTAAGAGT CCATAAAGAT
CCGTCAGTAA TAAACGGTTT TATAGAAGCA GCAAGTACGG GAAAAGTAGA TATGTTTTTC
AGTAATCCTA ATGGAATATA CTTAAATGGT GGTTTAGTAG GAAGATTTGG GAATGTAACA
TTTACAACAG GTCATGTAAG TGATGATTTG ATGACAATAA TGGTTCGTGA TGGAAGAATA
GAAATAGGAT CAGGCTTTAA TGGTAATGCG GCAGAAAATT TAAGTTTACT TGCCAAAAGT
ATTCAGATAA ATGGACAGTT GAATGGAAAT GACTTAACAT TAATAGGCGG ACAATATGAC
TATAATACAG GAACAAAAGA AGTAGTAAAG CAGGGAGATA ATCCGGGAGA AGTATTAATA
TCCTCATCAG TAGTAGGTAG TATCTATGGT CGAAACATCT ATTTAAAGGC AGTTGGTTCA
GATATAGGTG TTAAGGGCGA TATGGTAAGC CAAAAAGTTT TGAAAATCAA TGCTGATGGA
AGCTTGGTCT TATCAAAAAT CCAAGGAACT GAAAGTGTAG ATATAAAGGC AAAGAATTTT
ACACAGGAAG GTTCAACTTA CACAGAAGGA AAATTAACAG TAGAAGCAGA TAATACAACA
TTAAAAGGAA GTGGAACACA GGCACAGGAA ATAGAGGTAT CAGGTAATTT AAATAATGAA
AGTAATCTTT ATTCAAAGGG CAATGTAACA ATAGGTGGAG ACACACAAAA TAAGGGTCAG
CTAATATCAG AAGGAAATTT AGAAGTAAAA GGTAATCTGG AATCAGATTC ATTAGTGTAT
GGAAAGAATT CTGTAAAAGT AGGGAAAGAC TTAACTAATA AATCGGATTT ACAAAGCGAG
AACGGGATTG CTGTAGAGGG TAATGTAATA AATACCGGAA AAGTTATATC TGATAAGGAT
TTAACTATAA AAGGAAATGC AAATAATGCG GGAACACTTT ATGGAAAAGA TAGAGTTACA
ATAGATAAAA ATCTAACAAA TACAGGAAGT GTTCAAACAA CAGGAGATTT AACAGCTAAA
GATACTGTCA ATACAGGAAA GTTAACTGCA GAAGGTAATG TTAATGTAGA GGATTTAGAT
AATAATGGGG AAATTGTAAC CAATAAAAAA TTGACTACAA AAAATCTAAC AAATAAAAGT
ACAGGGAAGG TATCAGCAGT AGACGGAATA AGTACAGTTG GAAATGCAGT GAACCATGGA
CAAATAAATA CAAATGGTAG TTTTGTGATA TCTTCTAATC TTGAAAACTA TAATGTAATT
AATGTAGGAG GATTAGTAAA TACAAAAGAC TTAACAAATA CAGGAGTATT AAAAGTATCA
GATAAAATAG TGTCAAAAGG CTTTAGTTTT AGTAATACTG GAGAAATAGT AACAGTAAAT
TTAGATGTGG ATAGTACAAA TATTATAAAT ACAAATAAAA TAACAGTAGT AGAGACAACA
AAATTAAAAG GAAGCAGCAA TATAAATAAT CAAGGAACAA TAGCTTCAAA AAATATAGAG
ATAACAACAC CGGTATTAAC AAACAGCGGT CAGATATTAG CAGAAGAAGT GATAACAGCT
AATAATACAA GTTTAACAAA TACAGGAAAG CTGGCATCAA ATGGCAGTAT AAACTTAAAT
AATACATCAA TAGTAAATAG AAGTTCAATA GAATCAGCAA CAATAAATTT ACAAAATATA
TTTTCTTATG ATAATAATAC AGGAATAATA AGAGGAAATA ACATAACATT AACATCTTTA
GGGAATTTAC TTCTTGAAGG TAGAATACAG GGAATAAATA ATTTGTTAAT ATCAGGATTT
GATATAACAA ACAATGGAAA TATAATAAGC TCAGGGTTGT TAAGATTATC AGGGAATAAT
ATAACGAATA ACTTAACAAT ATCAGCAAGT ACTGTGGAAT TACTGGCAAC AGGAAATATA
CTGAATAATT CCATGATAGA AGGAGAAAGA GGAAAGTTAT CAGGAAATAA TATAACAAAT
AAGGATTTGG TAATATTTCT TGATAAGCTT GATATAGAAG GAACAAAGCT TGTAAATAAA
GATGCATCAG TATACAGTGA TAATGAGATG AATATAAAAA CAGGAGATGT AGATAATACA
GGCGGAGAAA TAGTAGGGCA GAGTACCCTT AATATAACAG GCTTTAATTT ACTGGATAAT
ACAAAGGGGA TAATAGACAG CAGAGGAAAT ATACTGTTAA GCGGAAATAA ACTTTTAAAC
GGTGGGGAAG TATCAGGACA ATATAGATTA TACTGGATAA CTTGGGATGG ACAGTATATT
TATGATGATG TATGGAGAGA ACTTGATGAT GCATATGCCC AAACGGGAAA CAGCAGTTTA
ATAACAGGAC TGGATGATTG GAAAATAGGG ATAGCAAAGT CTAATATAAA TGGTGGAATA
AACAGGGAAA AAGAATTTAC AAAAATAAAA GATTCAACAG ATTATGATTT ATATTATGGA
TATATGTCAG GAAACCTTAC AGCTTCAAAT GCAACATATG AAACACAGGT ATTAAAAGGT
TATGTAGATA CAAGCAGACT TGTGACAGAA GGCGGAAGAA TATTATCAGG AGGAAATCTG
ACACTTGATG TAAAAGAAAT AGAAAATAGA AATTCAAAAA TAAGTTCAGG TGGAACATTA
AGAATAACAA ATAAAGTAGA AAAAATAGAG AATGTAACAG ATGTAGCCAC AATAAAAGTA
TATGACGGAA CTGAAAGACT GTCATTATGG CAGACAATGT GGACAAATGG GAGTGGAAAT
ACAATATATG GTGATGCAAT AGGAGTAAGA AGAGACCTTG AAAGTACATC AAGAGATTAC
AATATAGCAG ACAGTGTATC AGTAATAGAA GGAAATAATG TAATAATAGA AGGAACACCA
ACAATAAACA ACGGATATGA TTACAGTAAA ATAGGAACAG GAATTGTAAT AGATCCAAGT
ACAATAACAT CAAAAGATGT TGATGTAGAT TTATATTACG ATCCTGTAAC AGTACATGTA
GACAGAACAG CAGTAATAGA TATAATAACA ACAGGAACAA TACCGTTTAA CCCAGGAGTA
TTTACAAGTT CACAAAGTAA GTTATTTGCA GAAAGTAAAG ACCCAACATC AAAGTATTTA
ATGGAAACAA GAAGTCAGTA TATAGATTTA TCAAGATTTT TTGGGAGTGA TTATTTTTTA
AGTAAAATAG GGTATAATGA ATCAAAAGAC TGGAATATGG CGAGAAGATT AGGGGATGCC
TATTATGAAA CGAAATATAT GAATAATCTT CTTTTAGAAA CACTGGGAAC AAGATTTATA
AACGGAAAAG CAGATACAGA GTTAATGAAA GAGATGCTTG ATAATGCAGT GGCAACAAGC
GGAGATTTAC AATTAACAAT AGGAGTGGCT TTAACAGGAG CCCAGATAGC AGCATTGAAG
AGTGATATAA TCTGGTATGT GGAACAGGAA GTAAACGGGG AAAAGGTACT GGTACCACAG
GTATATTTAA GTCAGGCAAC ATTGGAGAAT ATAAAGAGTC CAACGACAAC AATATCAGCA
CAGGAGACAT TGGCAATAAA CAGTAGTACA CTTGTGAATC AGGGAAGATT AAGTGGTAAT
ACAGTATATG TAAATACAGA TAATCTGATA AATAAAAGTG TAGGAGCATT AACAGCAGAG
ATAACAGGAA TGAATATACA AATAGATGCA AAAAATGATA TACTGAATAT AGGAGCAGTA
ATATCAGCCA AAGAAGACCT GATGTTAACA GCAGGGGGAA CTATAAGTAA TATAACGACT
GGTGTAGAAA CAACAGAACA TGACAGGCTT GAAGGAAAAG AAAGAACCAG AATATATGAT
GATATTCAGA ATGTAGGAGT AATAAGTTCT GGAAATATTA CATATATTGA AGCAGATAAT
TACGTTTCAA GAGGAGCAGT GACAGAATCA GGAGGAACAA CATATATAGA GGCTAATGAT
GTTAATATAA ATACAATAGC TTTGAAAGAT TATGAGAGAA CAGAAGAAAA TCATGGATAT
GATTTATACA GAACAACAGA GAAGTTAGGC TCAGAAGTAA CAGGATTAAA TAATGTAATA
ATAAATGCTT CAAATGATAT AAACATAAAG GGAAGTACAG TAGCATCAGA CGGTACAGTT
CAGTTAACAG CAGAAAATAA CATAAATATA GAGAATGATA AAAATACTAT GTATACAGAA
TCAAAGAGAG AAAAGAACGG GACATTTTCA AGTTATTACA AACTGGAAAC AAACTATCAG
GAAGAAGCAG TAGCAAGTAC AATAATAGGA AATAATATAA TACTGGATTC AGGAAACGAT
GTAAATATAA AAGCATCAAA TGTAATAGCA GTAAAGAATG ATAATATTCA GAGTAGTGGC
GGTAATATAA TAGTAACAGC AGGAAATGAC ATAAACATAA CAACAGATGA TATGAATAAT
GAATATTATC TGAAAGAGAA GAGTAGTGGG TTTAGTTCAA GTTTTTCAAT GAGTGGTGGC
GGAGTATCAG CAGGAGTGAG TTATAGCAGC AACAGTCTTG AAAATACAAG AAATACTACA
ACAGTGGCTA CTTCAAGTAT AGTTTCTGAA GGAAGTACAT TACTATCAGC AGGAAATAAA
GTGAGAACAG AAGCAATGCA GGCTAATGTT GGGGAAGATA TGATTATCAG AGGAGTAAAC
GGAGTAGAAT TACTTGATGC ACAGGAAGTA TATAATGAAA AAGTAAAACA GGAAAGTAAA
AGTGTAGGAA TCACAGCGAG TTTAGGTTCA ACAATAACAA GCTTTATAAG TTCAGCAGAT
GAAAAGTCAC AAAATAATGG GAAATATGGA TTTGGGAATA GATCAGAGCT TATAAATACA
TATGGTGACG GACTGGATTT ATATAGAGAA GGAGTAAAGG CAGGAGCGGA CTTATCTCAG
TTAGTAGTAG ACGGAATGAA AGGAAGTTAT GGTTCATTAG GCGGATATGG AGTAACAGCA
AATGTAACAG TAAGTGCAAA TAAAAGTAAA TATGAATCAA ACACGAGTGG AACAAATTCA
GTAGCAGGAA ATATAAATGT AGGAGGAAAT CTAGTAATAT CATCAGAAGG AGATGTAAAA
CTTGTAAATC AAAAAGTAAA TGTTGGAGAA AATATTATAG TAGATGCCAA AAGCTTTGAA
GCATCAGCTG GAAAAAACAC TTATAATAAT ACAACAGATT CAAGTTCACA GGGAATGTCC
GCTGGATATG ACTTTACAGG AGGGACGGTA ACAGGAGGAA TAAACGGAAG TAAAGGAAAC
AGTAATTCAT CATCAGTTTA TTATGATAAT ACAATAATAA ATGCAGGAGG AACATTTCAG
TTAACAACAA AAGAAGATGC AACATTTAAA GGAGCCAATG TAACTGCAGA CAAAATAGAC
TTTGAAATAG GTGGAAATCT AAATGTAATT TCATTACAGG ATGAATACAA ATTAGATGGA
AGTAATAAAA GTGGAGGCTT GAATTATGGT CATACAGAAC AAAGCGATGG TAAAGGTTAT
AATTCAGTAT CAGGAAGTGC AAGTTATGGA GAAAGTAGTG GAGATAGTAA GTGGGTAAAT
AATCAGACGA GTATAATAGC AGAAAACGGA GGAAATATAA AGGTTGGAGA AACTTTAACT
AATGTAGGAG CTATTATAGG AAGTATAAAT GAAAGTATGA GAATAGAAGC AAAAGAAGTA
ATAGTAGAGA ATTTAAAAGA TCATGATAAT GGAGAAAATT ACAATGTAGG TCTAAGTGGA
GTAGACAGAA AAAATACCGT ACCACAGACA GAGTTACAAT ATGGAAGTCA TGATAAGGAA
CAGGATACAA ATGCAACTTT TGTTAATACA GTGATAGTAG AAAATGGACG GGAGATAAAT
CTTGAAGAAA GAGGAATAAA TACAGACATA AATAAGGCAC AGGTAATAAC AAAAGATGAT
GTGGTTGAGC AGATAGATAC AGTTCTTCAT ACAGATTTAT TGAATAAAGA AAAACAAAAA
GATTTACTGA ATGATTTAAA TACTATTGGA GAAAATTCAG AAATAATAGT AGATTCAATA
GGAACGAAAT TGAATAATAA TAAAAATGGA GATCCTAATG CTGGAATGGG AGATTTAGAA
AAACAGTCTT TAGCAAATAT AACAAAAGCG GTAGAGGAAG TAGTGAAAAA CAAAGATAAT
CTAGTGTTAT CAGAAGCAGA TAGAGAAAAT AAGGAAAAGT TAAAAGAAAC GATAAAAGAT
AAATATGCAG ATTATGGAGT AACAGATGTT GTTATAATAA AAGATGGAGA ATTATTGATG
GGAGAAGATG GGGAAATGCA TTCAGTAAAT GGGGCATTTT CAAGAGATGG AATTGTTTAT
ATAACAGAAA GTACAGCAAA TGGTTCTTTA AAAGATTTAA ATAGAGTAGT AGGAGAAGAA
GTAGGAGAAA TATATGCTCA AAATAATGGA CTTGAAAATT GGAATAACAA AGGACAACAA
ATAGGAGAAA TCTTTGGAGA AAAAATATCA GAGGGACTTG GTGATTCAAA ATCAAAAAAT
AATTTAAGTT CAGATGATAT AGATTTAAGT GGGGTAATTA TAGCAGGTAC TCAGAGAAAG
ACAGAGCCCG GAGTTTGGTT AGTTATAGAT GGAGATTCTT CTAAACCAAT ATCAGATTTG
ATTGTTCTGG GTCTCAGAGC CAATGCTGCA AAAAATGGAT ATAAAAATGC TACTGACAAT
ATTTTATATT ATTTATCAGG TCAAGGTGGA ACAAAAGAGG TTCCGATGGA TTGGTATTTA
AATTCTAAAG TCGGAAAACA AGCAATTACT GATATAAAAT GGGGAATTTT TGATATAATT
GATTATAATG ATCTTTCATC TTTAAAAATA GGTCAAAATA CAACAATTTT TGATTATGCA
GGGGGTGAAA AAGCAGCAGA AATTTATCCA GATCCAAAAA TAGACGGAGA TCTCTTTTAT
TCTATGGGTC CTCATAATAT TGATTACAGT AGAAGTGTTA ATATAAGAAA AATAGGAGAA
AATAAGTATG AATTAAAATC TCAAGTAGAC TATACAATAA GAGATAACTA TGACTGGCAT
GATGGGAAAT CAATACAGGA ATATGGCATA AAAATTGAAG ATAAATTTAT GAAAGGGTAC
GAGGAAAAAA ATTATGGGGC AAAAGAATTT AAGATGAGGG GGTATTATAG CGTTGAATTT
ACTGCGATTT TTGAAATGAA AAATGGAATT CCGGTTACAA CTACAAATTA TACTAGAGAA
AAAAGATAG
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| Protein sequence | MKERNWKKVV RRNLSVGILL GMFLNNLTFA NELIKTRNGS TRVITAPNGT PMIELANPGN
SGVSVNDFDR LSVDEKNLIL NNISSKEGIG YRSELGGIIA PNENYTGNPA RAILLRVHKD
PSVINGFIEA ASTGKVDMFF SNPNGIYLNG GLVGRFGNVT FTTGHVSDDL MTIMVRDGRI
EIGSGFNGNA AENLSLLAKS IQINGQLNGN DLTLIGGQYD YNTGTKEVVK QGDNPGEVLI
SSSVVGSIYG RNIYLKAVGS DIGVKGDMVS QKVLKINADG SLVLSKIQGT ESVDIKAKNF
TQEGSTYTEG KLTVEADNTT LKGSGTQAQE IEVSGNLNNE SNLYSKGNVT IGGDTQNKGQ
LISEGNLEVK GNLESDSLVY GKNSVKVGKD LTNKSDLQSE NGIAVEGNVI NTGKVISDKD
LTIKGNANNA GTLYGKDRVT IDKNLTNTGS VQTTGDLTAK DTVNTGKLTA EGNVNVEDLD
NNGEIVTNKK LTTKNLTNKS TGKVSAVDGI STVGNAVNHG QINTNGSFVI SSNLENYNVI
NVGGLVNTKD LTNTGVLKVS DKIVSKGFSF SNTGEIVTVN LDVDSTNIIN TNKITVVETT
KLKGSSNINN QGTIASKNIE ITTPVLTNSG QILAEEVITA NNTSLTNTGK LASNGSINLN
NTSIVNRSSI ESATINLQNI FSYDNNTGII RGNNITLTSL GNLLLEGRIQ GINNLLISGF
DITNNGNIIS SGLLRLSGNN ITNNLTISAS TVELLATGNI LNNSMIEGER GKLSGNNITN
KDLVIFLDKL DIEGTKLVNK DASVYSDNEM NIKTGDVDNT GGEIVGQSTL NITGFNLLDN
TKGIIDSRGN ILLSGNKLLN GGEVSGQYRL YWITWDGQYI YDDVWRELDD AYAQTGNSSL
ITGLDDWKIG IAKSNINGGI NREKEFTKIK DSTDYDLYYG YMSGNLTASN ATYETQVLKG
YVDTSRLVTE GGRILSGGNL TLDVKEIENR NSKISSGGTL RITNKVEKIE NVTDVATIKV
YDGTERLSLW QTMWTNGSGN TIYGDAIGVR RDLESTSRDY NIADSVSVIE GNNVIIEGTP
TINNGYDYSK IGTGIVIDPS TITSKDVDVD LYYDPVTVHV DRTAVIDIIT TGTIPFNPGV
FTSSQSKLFA ESKDPTSKYL METRSQYIDL SRFFGSDYFL SKIGYNESKD WNMARRLGDA
YYETKYMNNL LLETLGTRFI NGKADTELMK EMLDNAVATS GDLQLTIGVA LTGAQIAALK
SDIIWYVEQE VNGEKVLVPQ VYLSQATLEN IKSPTTTISA QETLAINSST LVNQGRLSGN
TVYVNTDNLI NKSVGALTAE ITGMNIQIDA KNDILNIGAV ISAKEDLMLT AGGTISNITT
GVETTEHDRL EGKERTRIYD DIQNVGVISS GNITYIEADN YVSRGAVTES GGTTYIEAND
VNINTIALKD YERTEENHGY DLYRTTEKLG SEVTGLNNVI INASNDINIK GSTVASDGTV
QLTAENNINI ENDKNTMYTE SKREKNGTFS SYYKLETNYQ EEAVASTIIG NNIILDSGND
VNIKASNVIA VKNDNIQSSG GNIIVTAGND INITTDDMNN EYYLKEKSSG FSSSFSMSGG
GVSAGVSYSS NSLENTRNTT TVATSSIVSE GSTLLSAGNK VRTEAMQANV GEDMIIRGVN
GVELLDAQEV YNEKVKQESK SVGITASLGS TITSFISSAD EKSQNNGKYG FGNRSELINT
YGDGLDLYRE GVKAGADLSQ LVVDGMKGSY GSLGGYGVTA NVTVSANKSK YESNTSGTNS
VAGNINVGGN LVISSEGDVK LVNQKVNVGE NIIVDAKSFE ASAGKNTYNN TTDSSSQGMS
AGYDFTGGTV TGGINGSKGN SNSSSVYYDN TIINAGGTFQ LTTKEDATFK GANVTADKID
FEIGGNLNVI SLQDEYKLDG SNKSGGLNYG HTEQSDGKGY NSVSGSASYG ESSGDSKWVN
NQTSIIAENG GNIKVGETLT NVGAIIGSIN ESMRIEAKEV IVENLKDHDN GENYNVGLSG
VDRKNTVPQT ELQYGSHDKE QDTNATFVNT VIVENGREIN LEERGINTDI NKAQVITKDD
VVEQIDTVLH TDLLNKEKQK DLLNDLNTIG ENSEIIVDSI GTKLNNNKNG DPNAGMGDLE
KQSLANITKA VEEVVKNKDN LVLSEADREN KEKLKETIKD KYADYGVTDV VIIKDGELLM
GEDGEMHSVN GAFSRDGIVY ITESTANGSL KDLNRVVGEE VGEIYAQNNG LENWNNKGQQ
IGEIFGEKIS EGLGDSKSKN NLSSDDIDLS GVIIAGTQRK TEPGVWLVID GDSSKPISDL
IVLGLRANAA KNGYKNATDN ILYYLSGQGG TKEVPMDWYL NSKVGKQAIT DIKWGIFDII
DYNDLSSLKI GQNTTIFDYA GGEKAAEIYP DPKIDGDLFY SMGPHNIDYS RSVNIRKIGE
NKYELKSQVD YTIRDNYDWH DGKSIQEYGI KIEDKFMKGY EEKNYGAKEF KMRGYYSVEF
TAIFEMKNGI PVTTTNYTRE KR
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