| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHAB381_0311 |
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| Symbol | |
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| ID | 5408567 |
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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 | Campylobacter hominis ATCC BAA-381 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009714 |
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| Strand | + |
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| Start bp | 273116 |
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| End bp | 280144 |
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| Gene Length | 7029 bp |
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| Protein Length | 2342 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640870020 |
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| Product | hypothetical protein |
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| Protein accession | YP_001405914 |
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| Protein GI | 154148651 |
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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 | 6 |
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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 | ATGCAAAAAA ACATTTTTTT AAAAGTTTTG GTGTTGCTTT TAGGAACTCA GATGAGTTTG
AGTGCAAAGA GCATTATACC ACACTTTACA ACCGGTCTTG ATGATAATCA CAGCTATCAA
ATAGGCATAA ATTGGCTATG GCTTAAACAA AAAAGTCCAA ATTCTTTTTC TAATAATATA
GATGGTTCAA ATCATGATGG TTTAACGACA AAGACTAAAA ACGGAGATTA TATAGATAAA
AATCTCTTAA AAAGACATAT TACAGAAATT GAAAATGAAA AGTTTTTACT GGGCAGCGGT
TATGAAGTTC CACATTTTTT AGCTAAAAAC AAAATGGGCG GAAATGAGCT AGAAATCACA
AATTTTAATA CTGAAAATAT AAAAAAAGAT ATAAGTATAA AAAAACCGTC TTATGAAAAT
AAAGATTGGA ATTTAAAAGA TATGTTACCG AATGCAAAAA GTACAAATCC ACTTTTTAAT
ATCCCAACAG TAGGTCTAAT CTCTATGCCG GATATAGCTA AACCGAAAAA TATAGATGAA
GTAAATATAA ATATCAAAGG CTCGGGAGCC GTTTTAAGCA GTGATGCTTA TTATTTAAAC
ACCAAAGGAG GTGATCAAGG AAATTTTTCT CAAGTAACAT TAGAAAAAGG GGTATTTTTA
AAAATATCAT CTAAGTATAA AGAAGGTTTT TTAAAGATAA AAGATTACAA AGCTACAATG
CCTTTGTTTT ATAATAATTA TAATCAACCA ATTGGTGATT CCGAAGAAAA AGATACTTTC
TACGCAAACG ATGATGAAAA GCATTTTTTA TACACATTAA GAACCGCTCC ATACAATACA
TTTAAAAAAG ATGTAAAAAT TTATATGGAT TCAAAAAGCT ATAACACTGA TACCGGATGT
TGTAACTATG AATTCGGTTT TGCAGTGGTC GGAGAAACGA ACGGAAATAA TAATTTTAAG
AAAAAAAATA TTTCCGAGAT AAATCAGGAA GTATTAGACA AAGATCCAAC AGGTAAGCTT
ATAGATGTAG CTTTACCATA TTTTATGCCT AAAGCTTTAA AGATAAACCG GGAAACGGAT
AAATCAAAAG TTCCTTTAGT TTATTTTGAA AATGAAGGAA TAGCTGAAAT AGGAGAAACC
GCTAAAGGTT TTTTGATGAT GGTTGTCAAC CATAGTACAT CAGATAAGCT GCATATTTAT
AATAACAGCG GTGATATAGT TTTGCTTCCA AGAGATGATG ATGAGGATAA AAAAGCAGCA
GTATTTTTTC ACTCACCCGA TGTTCCAAAT GGAAATACGA GTGCCATTTA TACAAACACT
GGAAACATAA ATCTATTTGG TATGCATACT GTAGGCTATT TAGCTACAGC ACGTGAAGGA
AAATATTTAA ATTATAATAC ATTAAGCTTT ATAAATGATG GAAATTTTGT TTTAAATGGA
TTAAACTCCA TAGGAATGGC GATCGCAGGG GATAGGGGAG ATTTGCAACC AGGATCGAAT
GTTCATGCCT TTAAACCGAT TATCTTAAGA GGCGATAAAA CAATCGGCTT TTATAATGAA
AACGATGCTT TAAATGAAGG CAATAAAAGC TTTAGTACAA TGAAAATAGT AATCGGGGAT
AAAGGAAACG AAACTGATAT TTATGAATCA AAAATAGTAA AAGATGACTG GGATGTGCCG
GAGGAAATAA ATATTAAAGA AGATGACGAA GAGGGTATAT GGTTTGATCC TCAAAGCAAT
ATAGCAGACA ATGATGAAGA ATCAGTAGAT AATGCTATAG CAATGATATA TAATCCAAAC
TCTAAAAATT CAGTTATGGA TAATTTCGTA AGAACAGATA TACAGATAAA TGCAAACTCT
ACAAACGGTA TAGGAATTTA TGCTAAAAGA GGAACAATAA AACTTTTAAA TGATATTACT
GATGATAAAA TAAAAGATAG TTTTGATAAA AAAATAGTTG ATAAAATAAA GGAAAATTTT
AAAAACGGCA CCAATCATGT CATCAATATA AATGGTGGAA AAAATAACGC TGCCCTTTAT
GCAAAGCAAG ATCAAAATAA TCCAAGCGTA ATAATATATA ACGGAGATAT AAATATAAAC
GCAGGAAAAG ACTTTGAAGG AGAAAATAGC ACTGATAATA AAGCTATTTT AGCTGCAGAT
CAGGGAGAAA TAGAATTTCA AGGAAAATTA AATGTCGGTA AAGAAGACTC CTTGATTACT
AGCAATGCCG TAGTTTATAG TGATGATGCA AAAGTTACCA TAAAAAATGG CTCGGATATA
AATATGTATT TAGCTGATAA CTCAAATGGA TTTTACGCTT CAAATTCTTT AAATCCCACA
AATCAAAATC CTCAAAATTC GCAACCTCAA ATAAAAATAG AAAAAAAAGT AGCAGTAAAT
TTAAATGGTA ATGGAGTCGG CATAACAGCT GGAAATGGCG GACATATAGA CCTAAGTGGC
GCGACTATCA ACGCTACAGG CTTAAAATCA GCTCTTGCTT CTATAGGAAA CACTTCATAT
ATAAATGCTC AAAATGCAGT TATAAACTAT AATGGCGACA GCTATGCGAC ATATTCAAGT
CAAAAAAACG CTAAAATAGA CTTAAATAAA GTCACTATAA ATCTTAAAGG AAACTCATAC
GGCATAGCGC TTGATTATGA CAAAGCAAAC AATACTTATG ATGTCAAAGG CTTAATGGGA
AAAGTAAATA TCAAACCTTT AAGCGATAAG GTGAATCTTT TTACAATTAA AGACTATAAT
GATTTACGCT CCTCACGTTT TAATAATGAA GACGGTGCAT TAAATCTCGA AGACGAAGGT
ACTATCGGCG TAGGAACTTT TAGTTATAAA ATAGACAGAA GTGATCCAAA TGGTGCGAAA
GCCACACTTG CATTAATTGA CGGACTTGAA AATTTTCTTA TAGATAGCGA TATTGATAAA
TCCCTAGCTG GAAAAAAAGG CGATAAAATT TCAAAAATGC AAACTAATGA TGAAAAAATA
GCTTTCAATT TTGCTAAAAA TATAAAAATT CAAAGAGCAA ATATAACTCT TGATAGTGGC
AAAACAGTAA AAGCCATTAT GGATGAAACC GAACTTAAAA ATCTTTCAAT GAGTAAGCCA
TTTGCAATAG CAGTATCTGC AGGACCAAAC GCAAAAAAGA AAAATGAAAC TTCAATAACT
CTAAAAGATA ACAGCAAAGT TATAGTTAAT AGCAAAGATC AAAAAGAAGC AGGAGTTGGA
CTATATATAG ACTTTGGTAG GGTAAACACA GATAAAAGCT CATCAATAAA AGTTGGAAGC
AGTAATACAA AAAATGCAAC TGGAATTTAT GCGGTAAGCT CTGATGTGAC AAATGATGGC
ACGATACAAA CTAACTCTTC TCTATCAATT GGAGCAATGC TTTATGCGCA AAATACAAAG
CCTTATAGTA GGGCTTTTAT AGATCAAATA GGTGGAGCTA GTAAACTAAA TGGCTTTATT
ACAAATAATG GAGATATAGT GGTAAATGGT GAGAGGTCGG CTGGAATTTA TGTAGATAAT
AATTTCAACA AAGTCCAAAA TTCTTACACA GGCACAAACA ATAAAAACAT AAATGTAAAT
GCTGCAAATT CTATGGCGAT GGCAAGCTCA AATTCCACAC TTATAAATAA AGGAAATATA
AATTTAAATA AAAACTCAAG CTCAAGCATT GCAATGTATG GAAAAGAATT TCAAGATGAA
ACACAAAATA TTAACTCAAG CTCAACTCTT AAAAATAGCG GACTTATATA TATAAACTCA
AACCACTCAG CCGGAATGCT TAACAAATCG GTTAATAATG ACAGTTCTAC ACAGCTTTTA
GATGGCGGTA GAATAATCTC ATCTAAAGAT GCATCAAAAG TTACAGCAAT AAGTGGAAAA
AATATAGATG TAAAAAACGG CTCAACAATA GACTTAAAAG GAAAAAATTC AGTTGGAATT
TATGCTAATA ACTCATCTGC TGTAAATATA GAAGAAAATG CTGAAATAAG TGTAGGTGAT
GAGTCTATAA TTTTATACTC TAAAAGTGGT GATAAAACCA ATATAAATTA TAATATAAAA
AACACAGAAA TTTCAGACAA AAATCAAACT GCTATATACC TTGAAAATAG CAAAGAAAAT
GCAAATAAAC TAACTTTAGT GCAAAATTCG GTATTTAATG TAAATGGTGA AAACTCTAAA
GCCTTGCATT TAAAATCTAT AGGAAATCCT TCAAATTATA GTTTTGATGA TATAACATTT
AACCTAAAAG GAAAAAATAA TGTCGCTGTT TTAGCAGAAG GTAGCACAAA TGTAAGTCTA
GGAGCAAATT CAAAAATAAA TATGGATGAG TTAGCTTATG GAAGCATAGG TCTAGCACTT
CAAGACAGTG ACAATAAAAC AATTACCATA ACAAACAAAG GCACTATAAA TGTAGCAAAA
AGCGATAAAG ACAATAAAAT TTATTCAGCT GCGATTGCAC TTTTTTCACC AGGAATTGCA
ATTAATAATG GCACTATAAA TACAGATGAT GAATCTGTTG GAATGTATGG CATAGAAAAT
AAAAATGTAA ATTTACAAAA TGAAGGTGAA ATAAATATAA ATAAAAACGC AGTTGCTATG
TATATTAAAA ACGGAGCTGC CACAAATAGC GGAAAAATAA ATGTAAATGG TGAAAACGGT
GTTGGAATGT ATGCTAAAAA AGGCTCTTTA ATAAATAGTG GTGAAATTTT AGCAAACAGT
CAGGGCGCTG GAATGTTTAG CGATGAAGAT GCAAAGATTT CAAATTTAAA TAAAATTTTA
CTTAATAAGG AAAACTCAAT TGGAATTTAT ACAAAAAACG AAGCCACAAA TAAAGGCAAT
ATCTCTTTAC TAGGCGATAG TTCAGTTGGA ATTTTTGCAA AAAATATCTT AAATGAAGGT
GTTATAAACC TAAGCTCAAA AGGAGAAAAT GATAAATTTT CAGCTGCATT GATGGGGAAA
AACATAAAAA ATACAGGAAC TATAAATTTA AATAAAGAGT ATGAAGTTGG AATGTATGGC
ATAGGCACAT CTACAAATAA AGCGGTTTTA ACAAACGATG GAGTAATAAA CTTAAATGCA
AACAACCAAA TAGGAATGTA TGCTAAATTT GCCAATATTA AAAATAGCGG AGATATAAAT
GTAAACGCTC AAAACTCAAT TGGAATTTAC GCTAATAATT CAGTAATCGA CAATACAGGC
AAAATAACTT TAAACGCTGA TAATTCAGTT GGTGTTTATA TGGTAAATGG TTCGTATTTT
AAAAATAGAG GCGAAATTAA AATAATTGGA AATTCAAAAA GCGTAGTAAA AGATGATGAA
GAAATAGATA TTGCACTTCC AGGTATTGCT TCTTTTCGTC CAAACGAAGT TCATAAGGAT
AAATTTAAAG GTGTTGATAT AGCGGTTAAT AAAAATACTA AAGATTTTGA AGATTTTAAT
ATAAAATATG ACAATGAAAC TTACAATACT GAAAATTCTG TAAAATTATC AAAGTCACAA
ATTGCTAATA ATTTGGATCT AAGTTTATCA AACAAAACAA CAAATATTGA GATTCCTAAA
AATTTAGATA ACAAAAGCAA AGAAAAAAGA GTTAAAAAGA ATATCGTGGC AATGTATGCG
GATACTTCAG GCGTAAATTT GACAAAACCT ATAAAAGGAC TTGATAACCT AAGCAAAAAT
GATAAAATCA TCCTTTATGT AGGTGCTGAA GCAGCAAACT ATACAAACAA AAAAGTTATA
AACTTAGATC AAAGTCTGAT GAAGCCTTTC ATAGATGAGC TTGACAAATC AACAGCTATA
AAAGCTGTTT ATTCAGGATC TTTAACTTGG CAGGCATTTG CTACTTTTGA TAAAAATGCT
AAAAACAATC ACAAAATAAA GAGTTTTGTG ATGTCAAAAA TTCCTTATGT AAATTTCATA
AAAAAAGATA GTAAATATAA AGATTTATAT ATTGCACTTG ACAAGAAATA TGAAAAAGCC
ATAGTTGGAA GCAACGATAA AAAGATATTT AATAAACTTA ACCTACTTGG AAAAAATGAA
GAATTTAAAC TTCATAAAAA TTTAAAAAGT TTAGGTGGTT TTGAATATGC ATCAACTCAA
ACCAGAGCTT ACTCATCTGC TGATATTTAT GATAGAGAAT TTAATGATTT GATGCGTTGG
GATACAAACA CTACAGACAC AACCAAATTT AAAGTTTTTG GTGCAAATAC TAAACGAAAT
CAAAGAGTAG ATGGAGTTTT GGGATATGAT AAGAATGCTT ACGGTCTATT TGTGCTAAAT
AACTTCGATC TTCAAATGGA TGGAACTTCA AATGGAGTTT TTGGAGGAAT CGCCAAAGAA
AGATATGAGT TTAACAACGA TTATAAATCA AAAGAAGACG CATTAACAGC ACAAATCGGA
TATTATGTCG ATAGAAAAGT TTTAAACGAA GAGATAAATC ATCTTTTAAA AATATCTGCT
ACAGGAAGCA CAAGAGAGAT GAAAAGATAT ACTTTAGATA AAGACTTTTG GGCAAAATCT
AAATATTATA CATTAGGCTT TGATGTCAAA AACAGCTTCT ATAAAGAGTA TAAATTCGAT
TCAGGTTTTA AAATTTCGCC ATATACAGGA GTTGATTTAG GATATGGAAT TATAGAAAAC
ATAAAAGAAA AAAGCGGCAA TACGCTTCTT TTAGATGTTA ATTCAAAAGA TTATTATAGT
ATCAGACCAA ATCTTGGAGT TGAGCTTGGA TATACACATT TGCTTGATGA GAATTCATAT
TTTAATATAC TTCTTGATAG TAGAATTTAT AAAGAATTCG GCAAGATAAA CAGAGCAAAT
AACTTGGCAA GATTTAAAGA TACAAACAGC TATTTTTCAC TTCCAAAAGA GGATAAGGAA
GATAAAGGTG CAGAATTTAC ACTTGTAGGC AAATACGAAA ATGGAAATTT CGGTGCATCT
TTAAAAGGTG GATATCAAAC TCAATTTAAA GATAGATTTA TAGGGCTTGA TTTAAGAATT
AAGTTTTAA
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| Protein sequence | MQKNIFLKVL VLLLGTQMSL SAKSIIPHFT TGLDDNHSYQ IGINWLWLKQ KSPNSFSNNI
DGSNHDGLTT KTKNGDYIDK NLLKRHITEI ENEKFLLGSG YEVPHFLAKN KMGGNELEIT
NFNTENIKKD ISIKKPSYEN KDWNLKDMLP NAKSTNPLFN IPTVGLISMP DIAKPKNIDE
VNINIKGSGA VLSSDAYYLN TKGGDQGNFS QVTLEKGVFL KISSKYKEGF LKIKDYKATM
PLFYNNYNQP IGDSEEKDTF YANDDEKHFL YTLRTAPYNT FKKDVKIYMD SKSYNTDTGC
CNYEFGFAVV GETNGNNNFK KKNISEINQE VLDKDPTGKL IDVALPYFMP KALKINRETD
KSKVPLVYFE NEGIAEIGET AKGFLMMVVN HSTSDKLHIY NNSGDIVLLP RDDDEDKKAA
VFFHSPDVPN GNTSAIYTNT GNINLFGMHT VGYLATAREG KYLNYNTLSF INDGNFVLNG
LNSIGMAIAG DRGDLQPGSN VHAFKPIILR GDKTIGFYNE NDALNEGNKS FSTMKIVIGD
KGNETDIYES KIVKDDWDVP EEINIKEDDE EGIWFDPQSN IADNDEESVD NAIAMIYNPN
SKNSVMDNFV RTDIQINANS TNGIGIYAKR GTIKLLNDIT DDKIKDSFDK KIVDKIKENF
KNGTNHVINI NGGKNNAALY AKQDQNNPSV IIYNGDININ AGKDFEGENS TDNKAILAAD
QGEIEFQGKL NVGKEDSLIT SNAVVYSDDA KVTIKNGSDI NMYLADNSNG FYASNSLNPT
NQNPQNSQPQ IKIEKKVAVN LNGNGVGITA GNGGHIDLSG ATINATGLKS ALASIGNTSY
INAQNAVINY NGDSYATYSS QKNAKIDLNK VTINLKGNSY GIALDYDKAN NTYDVKGLMG
KVNIKPLSDK VNLFTIKDYN DLRSSRFNNE DGALNLEDEG TIGVGTFSYK IDRSDPNGAK
ATLALIDGLE NFLIDSDIDK SLAGKKGDKI SKMQTNDEKI AFNFAKNIKI QRANITLDSG
KTVKAIMDET ELKNLSMSKP FAIAVSAGPN AKKKNETSIT LKDNSKVIVN SKDQKEAGVG
LYIDFGRVNT DKSSSIKVGS SNTKNATGIY AVSSDVTNDG TIQTNSSLSI GAMLYAQNTK
PYSRAFIDQI GGASKLNGFI TNNGDIVVNG ERSAGIYVDN NFNKVQNSYT GTNNKNINVN
AANSMAMASS NSTLINKGNI NLNKNSSSSI AMYGKEFQDE TQNINSSSTL KNSGLIYINS
NHSAGMLNKS VNNDSSTQLL DGGRIISSKD ASKVTAISGK NIDVKNGSTI DLKGKNSVGI
YANNSSAVNI EENAEISVGD ESIILYSKSG DKTNINYNIK NTEISDKNQT AIYLENSKEN
ANKLTLVQNS VFNVNGENSK ALHLKSIGNP SNYSFDDITF NLKGKNNVAV LAEGSTNVSL
GANSKINMDE LAYGSIGLAL QDSDNKTITI TNKGTINVAK SDKDNKIYSA AIALFSPGIA
INNGTINTDD ESVGMYGIEN KNVNLQNEGE ININKNAVAM YIKNGAATNS GKINVNGENG
VGMYAKKGSL INSGEILANS QGAGMFSDED AKISNLNKIL LNKENSIGIY TKNEATNKGN
ISLLGDSSVG IFAKNILNEG VINLSSKGEN DKFSAALMGK NIKNTGTINL NKEYEVGMYG
IGTSTNKAVL TNDGVINLNA NNQIGMYAKF ANIKNSGDIN VNAQNSIGIY ANNSVIDNTG
KITLNADNSV GVYMVNGSYF KNRGEIKIIG NSKSVVKDDE EIDIALPGIA SFRPNEVHKD
KFKGVDIAVN KNTKDFEDFN IKYDNETYNT ENSVKLSKSQ IANNLDLSLS NKTTNIEIPK
NLDNKSKEKR VKKNIVAMYA DTSGVNLTKP IKGLDNLSKN DKIILYVGAE AANYTNKKVI
NLDQSLMKPF IDELDKSTAI KAVYSGSLTW QAFATFDKNA KNNHKIKSFV MSKIPYVNFI
KKDSKYKDLY IALDKKYEKA IVGSNDKKIF NKLNLLGKNE EFKLHKNLKS LGGFEYASTQ
TRAYSSADIY DREFNDLMRW DTNTTDTTKF KVFGANTKRN QRVDGVLGYD KNAYGLFVLN
NFDLQMDGTS NGVFGGIAKE RYEFNNDYKS KEDALTAQIG YYVDRKVLNE EINHLLKISA
TGSTREMKRY TLDKDFWAKS KYYTLGFDVK NSFYKEYKFD SGFKISPYTG VDLGYGIIEN
IKEKSGNTLL LDVNSKDYYS IRPNLGVELG YTHLLDENSY FNILLDSRIY KEFGKINRAN
NLARFKDTNS YFSLPKEDKE DKGAEFTLVG KYENGNFGAS LKGGYQTQFK DRFIGLDLRI
KF
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