| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SERP2338 |
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| Symbol | |
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| ID | 3242560 |
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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 | Staphylococcus epidermidis RP62A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002976 |
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| Strand | - |
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| Start bp | 2376393 |
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| End bp | 2383556 |
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| Gene Length | 7164 bp |
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| Protein Length | 2387 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637169018 |
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| Product | peptide synthetase |
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| Protein accession | YP_189887 |
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| Protein GI | 57865675 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain
[TIGR01746] thioester reductase domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGAATATTG AAGCACTATA TTTTCAAAAA TATTTTTATT TTAAACATTT AAATCAATCA
AGTTCAGAAC ACAGTGTGAC ATACTGGGTA AAGTTAAGTC GCGACATTGA GTTACATAGA
TTAATGTATG CATTAGTAGA TGTCGTTCAA AATCAACCTG TGTTGCGTAC ACAGTTTGTG
ACAGATGATT TTAATCAACT CAAGATAAAT TTAAGAGATT TTTTTCCATT TATTGAAATT
AAAGAAGTTA ATGAAATGTC GCAAAGCATA GATTTAGAAG CATTCTTTAC ACGTAATTTA
AATTCCTACC ATTTCAATCA ATTACCTCTG TTTAATTTTA AGATATATCA ATTTCTAGAT
GACGCCTACT TACTTTTAGA TTTCCATGCT ACTATTTTTA ATGAAAGTCA ATTAACTCCA
TTTTTACAAC AATTAAATAT CGCCTATACC CACTCTTTAA AAAGTGAATA TAGTATCTCG
GATTTTTATA ATTGGATTAA AGAAATGAAT CAAAAGATGG ATCAAAATCA AGTTGTGTGT
CCATCAAAGC ACTTCAACGT ATTGAATGCA GACGGTGATA ATTACGCTTA CATACCTGTT
AAGAATACAT GTGAAAAGAA AAAAATGTGT TCTTTGCATG CAGAACTACC ATCTTTAGAC
ATTGATGTGT GGATTGTAAG TATTTACTTA GCGCATCATT TTATAAGTCA ATCTTCTGAT
GTGACGTTAG GCATCCATTT TTCGATAGAT AATAAAAATA CTGAGAATAT GATGGTTTTA
AACACAGACA TTGCCCCACT TAATTTAAGT ATTAGTCAAA GTGACGTCGT AAAAGATATG
GTAGATGAGT GTTCCGCGCT ACTTGAAGAG CTTCAAATGT GTGGTGCGTC TTTTGTTGTT
CAACCTAAAG CAGTACAAAC AGATGTAGAA ACGATGATTC ATATTGAAAA AGTACAAGAA
CAATTTGAGC TTAATCATAT ATGTCATCAT ATACATCGTC TATACAATGA AGCATCATCA
TTCGCGGATT TAGAGTTTTA TCCTCATGTG CAGGATGGTT TTGATATAGT TTATAATGAC
AACGTTTATG ATGATTTAAC TGTACATACG TTAGTCAAAT TAATTAATGG GATTTATATG
CAAATTACAC AAAATCCATC ATTATTAATT AAAGATATAA AACTCAGTGA TCGCTCAGAT
TTAGCTAAAT ATAATGACAT CAATAATCAA AACAATGACA TTAATTATAG TGAGGTCACT
TATAAAACCG TGGTTGAAAG ATTCGAACGT CAAGTGCACC AACATCCCGA TAGTATTGCG
TTGCAATATG AACAACGATC GATGACATAT CATCAATTAA ATCAATGTGC GAATCTTTTA
GCATATAGAT TGCGTTTAAA TCATCAGATT GAACCTAATG ATATGGTGGC ATTAATAGCA
GAACGCAGCT TAGAAATGAT TATTGGAATG TTAGGGATCT TGAAAGCTGG TGCAGGCTAC
ATACCAATTG ATCCGGATTA TCCTGAAGAA AGAATGAATT ATATTATTGA GGACGCAAAA
CCTAAAGCGG TTGTAACATA TCGTACATCA TTTCAATCAG GTTTACCTCA AATGGATATA
GAATTGATAG TTGATTCAAG AGAACATGAT ATTGATAACC CGAGAGGCAT TAATTGTTCA
GAAGATATCG CTTATGTCAT CTATACATCA GGAACGACTG GTAAACCTAA AGGGACACTG
GTGCCACATA GAGGAATTGA TCGCTTAGTA CACAATCCAA ATTATGTCGA ATTGAACGAA
AATACAACCG TCTTATTATC AGGAACAGTA GCTTTTGATG CAGCAACCTT TGAAATATAT
GGTCCATTAT TGAATGGTGG ACGGTTAGTC ATTACATCTA AAGATACGTT GTTAAATCCT
CAATTGTTAG ATCAAGCTAT TACTGAAAAT AAAGTCAACA CGATGTGGTT AACGTCATCT
TTATTTAATC AAATTGCTAG CGAACGTATC GAAGCACTAG AATCTTTAAC TTATTTGCTT
ATTGGTGGGG AAGTGTTAAA TGCTAAATGG GTTCACTTAT TAAATTCGCG TGAGTGTCAT
CCTCAAATAA TCAATGGTTA TGGACCGACA GAGAATACAA CATTTACTAC AACTTTTGCG
ATTCCACAAG AGATGCCTTC ACGTATACCT ATTGGTTTAC CTATTAGTGG AACGACAGTT
TATGTCATGC AAGGTGATCG TATTTGTGGC GTAGGTGTTC CAGGTGAATT GTGCATTGGT
GGTGCAGGTT TAGCAAAAGG TTATTTAAAT CAACCTAAAC TTACTGCTGA ACGTTTTATT
CAGTCACCTT TTAATAATGA AATGCTTTAT CGAAGCGGTG ATTTAGTTCG CCTTCAAGAA
GATGGCTATA TTGATTATAT TAGTCGTATC GATAAGCAAG TTAAAATACG TGGTTTTAGA
ATAGAATTAT CAGAAATTGA AAAAGCATTA GAAGCTATAC GTGATATTAA TAAAGCTGTA
GTCATCGTTC GAGAGCAAGA CCAAGATAAA CAAATAGTGG CATATTATGA AGCATCGCAA
TTAAAATCAA CAGGTCAATT AAAAGATATT TTAAGTGAAA CATTACCTGA ATATATGATA
CCTGTACATT TTATGAAGGT AGATCGTATA CCTATCACGA TGAATGGGAA ATTAGATGTG
CGTGCATTAC CTGAAATTAA TCTAAAGAAT AATAGAAATT ATGTAGAACC ACGTAACGAT
ATTGAACGCA CTGTTTGCCG TATTTTCGAA GAGATTTTAC ATGTTGATCA AGTAGGTGTT
AAAGATAATT TCTTTGAACT AGGTGGACAC TCTCTTAGAG CAACATTAGT TGTAAACCGT
ATTGAAGAAA GGTTAAAAAA ACGTCTTAAA GTAGGTGATT TAATGAAATC GCCTACTGTA
GAGCAACTTG GACAACAAAT TGAAGAACTG CAAAATGATG TCTATGAAGT GATTCCCAAA
GCAAATGAAT CGTATCAATA TGATTTAAGT GCGTCTCAAA AAAGTATGTA TCTTTTATGG
AAGGTCAATC CTAAAGACAC AGTGTATAAC ATTCCATTCT TATGGAGATT ATCTTCTGAA
CTTAATGTTA TGCAATTGCA ACGTGCATTA TCTAAGTTGA TTGAACGTCA TGAAATATTA
CGAACACAAT ATGTAATTGA TGACAATGAA GTTAAACAAC GTATTGCGAC ACATGTTTCG
CCTGATTTTG AAGAGGTAAC GACATCTCTA ACGAACGAGC AAGATATTAT TCAATCATTT
ATGGAACCGT TTGATTTAGA ACAATCAAGT CAGATGCGAG TTAAATATAT ACATGGACCA
CAACAAGATT ATTTATTTAT GGATACTCAT CATAGTATTA ATGATGGTAT GAGTAACACG
ATTTTACTAT CTGATTTGAA CGCTTTATAC CAAGATAAAT CATTACCTGA ACTTAAGCTT
CAGTATAAAG ATTATAGTGA GTGGATGGTG CACAGAGACT TATCTAAACA ACGTCACTTT
TGGTTACAAC AATTTGAAAA TCAGGTTCCA ATATTAAATA TGCCTACGGA TTATCCTAGA
CCAAGTATTA AAACAACCAA CGGTAATATG TTGACATTTC ATTACAATCG TCAAATCAAA
CAGCAATTGA AATCTTATGT AGAACAACAT CAAGTGACAG ACTTTATGTT CTTTGCTAGT
GCAATCATGG TATTATTGCA CAAATATACA CGTCAGGACG ATATCGCTAT TGGTAGTGTA
ATCAGTGCGC GTACTCATCG CGATACTGAA AATATGTTAG GTATGTTTGC TAATACACTT
GTATATCGTG GTCGACCTCA TGATCAAAAG ACATGGGATC AATTGATGGC TGAGATGAAA
GAAATGTGTC TAGGGGCATA TGAACATCAA GAATATCCTT TTGAAAGCTT AGTCAATGAT
CTTGTTGATG AAAGAGATGC TTCACATAAT CCGTTATTTG ATGTGATGCT CGTACTTCAA
AATAATGAAA CAAATCATGC GAATTTTGGA CATAGTCAAT TGACACATAT TCCACCTCAG
TCAACAACAG CTAAATTTGA TTTGTCATTT ATTATTGAAG AAGATCAAGA TGACTATGTC
ATCAATATTG AATATAATAC AGATTTATAT AAACAAGAGA CCATTCATCA TATTGCTGAA
CAACTTCAAA TGATTATTAA ACATGTAATA TCTACCGAAA ACCTAAAAAT TCAAGATATT
GATGAAAATG ATGACTTATT AATTTGGTTG GACAAGCATG TGAATGATTG TTCTTTAGAC
TTGCCAAAAA ATAAGTCAAT ACAGCAACTT TTACATGATG TCATGAAAGC GAAAGCAGAT
GATGTAGCAC TTAAAATGAA TGGACAATCG ATGACGTATC AAGAACTTGA TGATTATTCT
AATAGTATGG CTCAAACATT GATACAAAAT GGAATTCAAA AAGGGGAACG TGTAGCCCTT
TTAACTGAAC GAAGTTTTGA AATGGTTGCT AGTATGATTG CTGTATTAAA AGTTGGAGGT
TCTTATGTAC CTATTGACGT CACTTATCCC AATAAACGCA TTGAATTTAT TATTGAAGAC
GCTGAAGTCG CAGCAGTGCT CACATATGGA AAAACAATAT CCTCACATAT ACCAGTAATT
AAAATTGAAG ATATTGATAA CACTGAAAAT AATAAAAGGT TAAATATAGA ATATGCAGGG
AATTTGGAAG ATGATATGTA TCATATTTAT ACATCTGGAA CAACAGGAAA GCCTAAAGCA
GTATCAGTGA AACAACGTAA TATATTAAAT TTAGTATGTG CTTGGACAAA AAGACTCAAT
TTATCCGATG ATGAAGTTTA TCTGCAGTAC GCTAATTATG TGTTCGATGC TTCAGCAACT
GATTTCTACT GTAGTTTATT AAATGGATAT CCGCTTGTCA TTGCAACATC AGTTGAGCGG
ACCAATACAG ATTTATTAGA AAAGGTAATT TCACAAGAAA ATATCACCAT CGCATCTATT
CCACTACAGG TATATAATGT GATGCATCAT TTCTATATTC CTAAAGTGAT TACAGGAGGT
GCGACAAGTA CTCCAGCATT TGTTCAACAT ATTTCTAAGC ATTGTGATAT GTACGTTAAT
GCCTATGGGC CTTCTGAAAA TACAGTTATC ACATCTTGTT GGATATACGA AAAAGGTGAC
GCCATACCAT CGACTATTCC GATTGGGAAA CCGTTAGCTA ATGTTGATAT TTTTATTATG
TCAGGCGGTA AACTATGTGG CGTTGGTATT CCAGGTGAAT TATGTATTGC AGGAGAAAGT
TTAACTTCAG GATATTTAAA CAGACCCGAA CTTTCTGCTG AAAAATTTAT AAATAATCCT
TTTGGGCCAG GACAACTTTA TCGAAGTGGT GATTTAGCAC GATTGATGCC AGATGGGCAA
ATTGAATTTC TTGGTAGAAT AGACAAGCAA GTTAAAGTAC ATGGCTATCG CATTGAACTA
GGTGAAATTG AAAATATCAT TAATTCAGTA GATACTGTTA CAGATAGCGT TGTTATTTTA
GCTAAACAGG GTGAGCGTGA AGTGCTGCAT GCTTATTATG TTGGAAGTCA AGAAGACGAA
AATCATATTT CACAACATTT AAATCAATAT TTGCCTAAAT ACATGATTCC TAAGACATTA
ACAGCTATTA GCGAAATTCC ATTAACAGGA AATGATAAGG TGGATGAGTC AAGATTACCT
GTACCTAATG TACACAAAAA TAAATTTGTT GCACCACGTA ATAATATCGA ACGAGAAATA
GCACAAATCG TTAGCGGAGT GTTGGACGTA TCGTCTATGA GTATAGATGA TGACTTCTTT
GAAATGGGTG GTACATCACT AGATGCTATG GTGGTAGTAT CAAAACTAAA ATCAAATGGC
ATACACATTA CAATGCAAGA TGTATATCAA TTTAAAACTG TTCGTTATAT AGCTAATCAC
ACAGAAAAAC GCCAAGCACT ACCAGAAGTA GTATTACCAG ATCATCTACC ACAATTACAA
TCTTTGGTTG AAAGACGATA CCAACTAAAA TCACAACACC TAACGCAATC ATCTCTAGGT
CATGTATTGC TAACTGGTGC AACAGGGTTC CTAGGCGCAT ATTTAATTGA TGAAATGCAA
GATGATGCTG ATCAAATTAC ATGTATTGTC AGAGGTCATG ATATCAATCA AGCTAAAACT
AACTTGGAAA ATAATTTAAA TTGTTATTTT GATACGGCTC ATGTGGATAA ATTAATGAAG
CACATTGATA TTATTTTAGC GGATTTATCA GAACTTGACC ATCTCATTAT CGATTCAGCC
ATTGATACAA TTATTCATGC TGGAGCTCGT ACAGATCACT TTGGCGATGA TGAAACATTT
TTCGATGTCA ATGTAAGAAG TACACAAGCA TTAATTGATT TAGCTAAGGA TAAAAAAGCG
AAATTAATCT ATATATCAAC GATAAGTGTG GGTACGGTAT TTGAAGTACA TCAAGACGAT
ATTACATTTT CTGAAAAAGA TTTATATAAA GGCCAGTTAT TTACATCACC ATACACTAAA
AGTAAGTTTT ATAGCGAGAT TAAAGTGTTA GAAGCGGTTA ATGAAGGTTT AGCAGCTCAG
ATTATAAGAT TAGGAAATCT GACAAGTGCT TCTACTGGAC CATTAAATAT GAAAAATTTA
ACAACTAATC GTTTTAGTAT TGTCATGCAT GATTTATTAA AAATGCCGTT TATAGGAGAA
AGTATATCGA AAGCTAAAGT TGAATTTTCA TTTATCGATG TCACAGCGCG CCATATTATT
AAATTGGCAA GATCCAATGC AATACCTATT ATTTATCATG TATACGCACC ATGTTCAATA
ACTATGAAAC AAGTAATTGA CAATGCCAAA GGGTCAGAAA TGACTGTAGT AAGTGATAGT
GAGTTTGAAC AGAAATTACA TGAATTAGGT ATGCATGAAT TGATTGGTCT TAATAGTAAT
GGAGATAATC AAATTTCAGG TGTGACAGAT TCAAATATGA CTCAAACAGT AATGAAAGAA
TTACAAGGTG AGTGGCCACA TCTTTCTTAC CAATGGTTGC AACAATGGTA CCACTTATTG
TTTGAAAAAT TTGATGCCAA CTAG
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| Protein sequence | MNIEALYFQK YFYFKHLNQS SSEHSVTYWV KLSRDIELHR LMYALVDVVQ NQPVLRTQFV
TDDFNQLKIN LRDFFPFIEI KEVNEMSQSI DLEAFFTRNL NSYHFNQLPL FNFKIYQFLD
DAYLLLDFHA TIFNESQLTP FLQQLNIAYT HSLKSEYSIS DFYNWIKEMN QKMDQNQVVC
PSKHFNVLNA DGDNYAYIPV KNTCEKKKMC SLHAELPSLD IDVWIVSIYL AHHFISQSSD
VTLGIHFSID NKNTENMMVL NTDIAPLNLS ISQSDVVKDM VDECSALLEE LQMCGASFVV
QPKAVQTDVE TMIHIEKVQE QFELNHICHH IHRLYNEASS FADLEFYPHV QDGFDIVYND
NVYDDLTVHT LVKLINGIYM QITQNPSLLI KDIKLSDRSD LAKYNDINNQ NNDINYSEVT
YKTVVERFER QVHQHPDSIA LQYEQRSMTY HQLNQCANLL AYRLRLNHQI EPNDMVALIA
ERSLEMIIGM LGILKAGAGY IPIDPDYPEE RMNYIIEDAK PKAVVTYRTS FQSGLPQMDI
ELIVDSREHD IDNPRGINCS EDIAYVIYTS GTTGKPKGTL VPHRGIDRLV HNPNYVELNE
NTTVLLSGTV AFDAATFEIY GPLLNGGRLV ITSKDTLLNP QLLDQAITEN KVNTMWLTSS
LFNQIASERI EALESLTYLL IGGEVLNAKW VHLLNSRECH PQIINGYGPT ENTTFTTTFA
IPQEMPSRIP IGLPISGTTV YVMQGDRICG VGVPGELCIG GAGLAKGYLN QPKLTAERFI
QSPFNNEMLY RSGDLVRLQE DGYIDYISRI DKQVKIRGFR IELSEIEKAL EAIRDINKAV
VIVREQDQDK QIVAYYEASQ LKSTGQLKDI LSETLPEYMI PVHFMKVDRI PITMNGKLDV
RALPEINLKN NRNYVEPRND IERTVCRIFE EILHVDQVGV KDNFFELGGH SLRATLVVNR
IEERLKKRLK VGDLMKSPTV EQLGQQIEEL QNDVYEVIPK ANESYQYDLS ASQKSMYLLW
KVNPKDTVYN IPFLWRLSSE LNVMQLQRAL SKLIERHEIL RTQYVIDDNE VKQRIATHVS
PDFEEVTTSL TNEQDIIQSF MEPFDLEQSS QMRVKYIHGP QQDYLFMDTH HSINDGMSNT
ILLSDLNALY QDKSLPELKL QYKDYSEWMV HRDLSKQRHF WLQQFENQVP ILNMPTDYPR
PSIKTTNGNM LTFHYNRQIK QQLKSYVEQH QVTDFMFFAS AIMVLLHKYT RQDDIAIGSV
ISARTHRDTE NMLGMFANTL VYRGRPHDQK TWDQLMAEMK EMCLGAYEHQ EYPFESLVND
LVDERDASHN PLFDVMLVLQ NNETNHANFG HSQLTHIPPQ STTAKFDLSF IIEEDQDDYV
INIEYNTDLY KQETIHHIAE QLQMIIKHVI STENLKIQDI DENDDLLIWL DKHVNDCSLD
LPKNKSIQQL LHDVMKAKAD DVALKMNGQS MTYQELDDYS NSMAQTLIQN GIQKGERVAL
LTERSFEMVA SMIAVLKVGG SYVPIDVTYP NKRIEFIIED AEVAAVLTYG KTISSHIPVI
KIEDIDNTEN NKRLNIEYAG NLEDDMYHIY TSGTTGKPKA VSVKQRNILN LVCAWTKRLN
LSDDEVYLQY ANYVFDASAT DFYCSLLNGY PLVIATSVER TNTDLLEKVI SQENITIASI
PLQVYNVMHH FYIPKVITGG ATSTPAFVQH ISKHCDMYVN AYGPSENTVI TSCWIYEKGD
AIPSTIPIGK PLANVDIFIM SGGKLCGVGI PGELCIAGES LTSGYLNRPE LSAEKFINNP
FGPGQLYRSG DLARLMPDGQ IEFLGRIDKQ VKVHGYRIEL GEIENIINSV DTVTDSVVIL
AKQGEREVLH AYYVGSQEDE NHISQHLNQY LPKYMIPKTL TAISEIPLTG NDKVDESRLP
VPNVHKNKFV APRNNIEREI AQIVSGVLDV SSMSIDDDFF EMGGTSLDAM VVVSKLKSNG
IHITMQDVYQ FKTVRYIANH TEKRQALPEV VLPDHLPQLQ SLVERRYQLK SQHLTQSSLG
HVLLTGATGF LGAYLIDEMQ DDADQITCIV RGHDINQAKT NLENNLNCYF DTAHVDKLMK
HIDIILADLS ELDHLIIDSA IDTIIHAGAR TDHFGDDETF FDVNVRSTQA LIDLAKDKKA
KLIYISTISV GTVFEVHQDD ITFSEKDLYK GQLFTSPYTK SKFYSEIKVL EAVNEGLAAQ
IIRLGNLTSA STGPLNMKNL TTNRFSIVMH DLLKMPFIGE SISKAKVEFS FIDVTARHII
KLARSNAIPI IYHVYAPCSI TMKQVIDNAK GSEMTVVSDS EFEQKLHELG MHELIGLNSN
GDNQISGVTD SNMTQTVMKE LQGEWPHLSY QWLQQWYHLL FEKFDAN
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