| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0999 |
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| Symbol | |
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| ID | 6377090 |
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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 | Candidatus Amoebophilus asiaticus 5a2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010830 |
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| Strand | + |
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| Start bp | 1298412 |
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| End bp | 1305230 |
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| Gene Length | 6819 bp |
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| Protein Length | 2272 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 642682121 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958082 |
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| Protein GI | 189502365 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase
[COG0784] FOG: CheY-like receiver
[COG3899] Predicted ATPase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 17 |
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| Fosmid unclonability p-value | 0.715869 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGAACA ATGCTAATCT TGTACAGCAA TTAGTAGGCT GTATTTTCCT GTTGAGTTTA
GTTTTACAAA GCTGCTCTAA CCTCACGAAT CCACCTATTC CTATAGAGAA AGGCCAAACC
AATAATAGTC GAGAATTAAC GAATCAAATC ACTATTAAGC AGTTATTCGA TAAAGAATTT
ACTGCAAAAG GAGGTCACCT AGTTACTTTT TATCAACACG ATGGCCAGCT ACAAGCAGAT
GTAGCAGTAA GCGCACCAGC AGGCTTTAGC AAAACCTATA CCAGGTTACA GGTAAACATC
GCTAAAGATA TAAATTTAAC ACAAATACCA CGTCTAAATA AAGAGGCACA AAAAAGACTT
ATTCATTTTA ATTTACCTCA ACTTGGACAA CCAGGGAGTA TAGCTGTGTA TAGACCAGGT
TTAATGGGAG GAAGTGATAC AGGAAAGGAC AAAGGAAAAG AGAAAATAAT AGAAGAGGAG
GAAAGAGAGG GGGAAAGTGA AAATGAAGAT CATGATGATA ATGCAGAAGA ATATGAAGAA
CAAGTAGCGG CCTTAAATGA AGAAGAGCAA AAGCAACTTA TCCAGGTGGA TTTACTTAAC
AATGAGCAGC TAGGGTATGT GGGTGGTATG CTAGCTATAC CTGGTTATAA ATTGCTGAAT
TGTTTACATA CAGGTATTTC CTCGAATATC TACCGGGCAG TACGTCTTTC AGATGAGTGC
CCAGTCGTAA TTAAAGTTAG TACCCAAAAA GTGTTGACTG AGAAAAAGGT GCAACGCTTT
CGACAAGAGT TTGAATTAGG CCAGCAGGTC CATTCGCCCT ATGTGATCCG CTATTTGGAA
CTCAAGCAAG ATTCTGCATA TGGGATGGTA CTGGTCATGG AAGATGATCA GGCAGTAGAA
TTAACTTCTG CTATGCCGCC ATCAGGGTTT TCTATCCGTG AATTTTTAGA AATTGCTATA
CAAATTGTTG AGGGCTTGCA AGCTATTCAT GCTGTGAATA TCATTCACAA TGATCTCAAA
CTGAGTAACA TCCTCATTCA GCCCATAACA AAAGCCATTA AAATCATTGA CTTTAATCGG
GCTTCCACCT TGCGGCAGGA AAGGCACCCT GCCATTCCCA TGATGGTAGG TACCTTAGCC
TATATTTCGC CTGAGCAAAC AGGTCGGGTG AACCGGAGTG TTGATTATCG TACTGATTTT
TATTCATTAG GCATTACTTT TTATCAGTTG CTCTGTGGCC AATTACCCTT TATAGCCCAA
GATGCATTAG GGCTTATTCA TCAGCACCTG GCTAAACAGC CATTACCCCC TCACCAACAT
AAACCTACGA TTGCACTACC CTTGTCCCAG CTGGTGATGA AATTACTGGA GAAAGAGGCT
GAAAATCGGT ATCAAAGTTG TGAAGGAATT CTCTATGATT TAAGGGTATG TCTAGCAGAC
TTACAGGAGA AGGGTGCTAT CTCAACATTT GAATTGTGCC AGCAGGATTT TTCGAGTAAA
CTCACTTTAT CCCAACACTT ATACGGCCGT GAAAGAGAAA TCAAAACCTT AGTGAGTGCT
TTTGAGCGTG TTAGTGCAGG CAAGTGTGAA GGAATGATGG TTGCTGGCCA ACCTGGGGTA
GGAAAGACCA TGCTGATCCA AGAGATCCAA AAGCCCATTG TCTTAAAGCA AGGTTATTTT
ATAACCGGTA AATTCGATCA GTTAAACAAA AATGTGGCCT ATAGTGCTGT GAATCAGGCC
TTTGACAGCC TTATTAAGCA ATTATTAACT GAAGATGAAG CTTGCATTAC CCAATGGAAA
GCCAGGTTGC TGGCTGCGCT AGGTATGCAT GCACAATTTA TTGTCAAGGT CGTTCCTACC
TTAGCCTTAC TGATCGGTGA GCAACCGCCT ATTAGTATTG TCGATATCAA CCAAGCCAAA
AATGTGTTCA ACCTGGCTTT TCAGGAGTTT GTCAACGTCT GTGCTACTGC GACACATCCT
TTAGTGATCT TCTTAGACGA CTTACAGTGG GCTGATAATG CAAGCTTAGA GCTGATGACC
TATTTGATGC GACAGCCTAA AATCAGCCAT CTGCTATGGA TAGGGGCTTA TCGAGATACA
GAAGTCAACC CTTCCCATCC AGCTTTACAA GCCATCGACA TGTTACAAGA AGCGTCCATC
CGCGTTCAAA CGCTTACGCT TACACCGTTG TCACTAGCTA GTTTATGTCA ATGGATTGCC
GATAGTTTGC ATAAATCCTT AACGGATATC CAGCCACTGG CTGAATTAAT TTTTCAAAAA
ACAGGGGGAA ATCCTTTTTT TGTCAAGTTA TTTTTACAAT CCCTGTATGA TCAGCAGTTG
TTGACCTTTG CTCCGCAAAC CCACTGGCAA TGGGATTTGG CTAAAATCCG CCAACATCCT
GCCACCGAGA ATGTCATTAC CCTAATGACG TATCAAATTC AACAGCTGCC TGCGGCTACT
CAAGCGGTGC TAAGCACAGC CAGTTGCTTA GGTCATCGCC TGTCATTAAG TACTTTACAA
GTTGCAATGG CAGAGCCAAA AGATGCTATT TGTCAAGCAT TACAACCCGC ACTTAATAGC
GGTATTATGC TTCAAGTTAA TAATGAGCTG CACTTTGCCC ATGATCGGGT GCAAGAGGCG
GCTTATCATT TATTGGCAGA GGCTATGCAA TCTCACACGC ATTTGACCAT TGGCCAACGG
TTACTGGCCA GCCCTGGTGG GGAAAAGAGA TTATTGTTCG AAGTAGTGGC CCAATTCAAT
CGCAGCCGCT TGCTCGTCAG TGAGCCTAAA GAGCGCTTGC GGATTGCACG CTTAAACTTA
AAAGCAGCAC AAAAAGCCAA ACAAGCCACC GCTTATGCAG CGGCACTAGA TTATCTGTAT
GCTGGCCAAA AGTGGATTGA TATAAAAACG CTATGGCAAA CTGATTATAC TCTTGCTTTT
AATTTCCACA AAGAACTAGC CGAAGTAGAA TATTTAAGCG GCCATTTTGA GACATCAGAA
GCACTGATTA AAGACATGCA GCCTTACTTG CAATCCGTTT TAGATAAAGT CGATATTTTC
TATTTGCTCA TCCTTCAGAA AGTTGTGCAG GGCCTTTATC AAGAGGCCAT TAACCTCAGC
CATCAGACGC TGCAATTACT GGGTAGTGGG TTGCCGTTAG ATAATCCCAC CGAGTTTATC
AAAAAAACAG CTGCTGATAT TAAACAAAAG CTGCGTGATA GACCCCTTTC CTCTCTTTTG
GATTCCCCCA TAGTCGTCGA TCCTGAGAAG CAAGCGCTCT TTAAAATCTT AGCGAGTATC
TATGGCGCGA CTTATCTAGT TGGAACAGAC TTATTGCCTG CTGCTACCAT GATGGCCATC
AATTTATCAT TAACTCATGG AATCACGCTC GAGGCTTGTA ATAATTATGC AGCCTATGGA
TTTTTGCTTT GCGACAGGTT TGAAGAATAT GCCTTAGGCT ATGAATTTGG TAATTTAGCC
CTGCAGCTGG CAGAAAAATT ACAGTCGCCT GTAGATCGCT GTAGAAGTTC GGTATTTCTA
TTCGCCCATA CTTGTCCATG GTCAAAGCCA ATCCGAGAGT TACCCTCTAT ATTAACTAGT
AACTTTGAAG CGTGTTTGGC CTGTGGGGAA ATTGAATATG CGGGTTATTC TGCGTTACAC
AAAATCAAGC TGCTATTTTA TCAGGGTATT CCTTTAGTCA AGGTACAACA AGAAGCGTTA
CCGCTACTGC AATTTGCCCA AAGTACAAAA AACCCACTTC CTAATTATAC CATTCAAGCT
GTACAGCGGG TGATAGCCAA TTTAAGAGGG GAAACACAGG ATGAATGGAG TTTTGTTATC
GACGGCGTCA ATGAAACTAA ATTTGAGGCA GACTGCCAAC AAACAAACAG TTTGTATGTA
TTATGCCTCT ACCATATTCA AAAATCCTTA GTCTTTTATC TCTATGGCCA CTTCGAAGAG
GCACTTTCCA CTTTGACTTT AGCAAAGGGA AATTTAGCTT TTATCCCCGG TCACTATGCC
AAGGCGATTT TTAATTGGTA TGATTCTTTA ACCCATTTAG CACTTTATCC AACGGCTTCT
CTTGAAAATC AGCAAGCTTA TCTCCAGCAA GTAATACAAA ACCAACAGCA GATGCAACGC
TGGCAGGCCA GTTGCCTAGA AAATTTTGCC CATAAGTATC TTTTAGTGGA AGCCGAATTA
GCCCGGATTA AAGGAGATTA CGCCCAAGCT GAGGTACATT ATGACCAGGC GATAGAGTTA
GCTGATCGGC ATGGCTTTAT TCATGAATGG GCGTTGGCAG CCGAATTGGC CACTAAATAT
TGGCTAGCAA GAGGAAAAAT TTTGTATGCA CAAGGTCATC TGAATACTGC TTTTAATGGC
TATAAACAAT GGGGCGCCAA GCGCAAATTA ATACAGTTTA AAGCACAATA TGCAGATCTG
TTGAAAGCTT TAGCGCCCCC TAGCTTAAGT AAATTAGCCA TCAACCAAGA AACAACACTC
AGTAGTAATA CCTTAAGATT ATTAGACCTT TCTAGCATTC TAAAGGCTTC ACAAACCATT
TCTAGTGAAA TCGAACTGCC TAAACTCTTG CATGGCATGT TGCAAATCAT TATTGAAAAC
GTGGGTGCAC AAAAAGGGGC CGTTTTATTT GTCGAAGCAG ACGACTCCCT TTCAGTACAA
GCAGAATATG CAACTGATGG TACGATCACT ATCCTGCAAC AAATACCACT AGAAGATTGG
ACGCATGGGG CCCATATTGT TATACACCAT GTCAAGCGAT TCCATCAATG GATTGTAATA
GATGATGCTA CCAAAGATGA GCTGTTCAAA GCGGATCCCT ATATTAGCCA AGCACAAGCC
AAATCCATTT TATGTATTCC GCTTATGAGT CATATGGAAC TGAAAGCGAT TCTGTATGTA
GAAAACAACC TGATGACCCA TGCTTTTACC CCGGAGCGTG CACAAACAGC CCTGATTTTA
ACGGCTCAAA TGGCCATTTC CTTACAAAAT GCCCGGTATT TTGCCGAGCA AATGGCCCTA
ACACAACAGT TAGCGGAGCA ATCTGCCCGT AGGCAACTGG CTGAAGAATC CTTGCATACG
GTAACCCATG ATTTAAAGTT AGCCTTAGAA GCCTCCCGAG CGGGTACTTG GAATTGGTGG
TTTGATACAA ATCGAATTAC TTGGGATGCA ACTCATTGTG CGTTGTTTGG TATGACACCC
GATGAGTTCA AAGGTACTTA TGACGCGTTT TTGGAACGGG TGCATCCTAA AGATCGTGAG
CGTCTCAAGC AAACCCTGGA GCAATGTAAG GAACATGATA GTTTCCATGA CCTGGAATAT
CAAATAATTT GGCCAGATAG CAGTCAGCGT ATGATGGCAG CCCATGGCCG TGTCTACCGG
GATCTAAAAA CTGGCAGGCC AATTAAAATG GCAGGCGTAT GTTTAGACAT CACCGAGCGC
AAGAAGCTAG AGCAAGAACG GATGGAGGCG TTCGAGCAAG CAGAAAAAAA AGAACGGCAA
CGGGCAGATG AGGCTGAACG TTACTTCAAA CAGCAAGCAG AGTTTGTAAA TACCGTTTGC
CATGAAGTCC GTAATCCTAT GAATGGCATT TCTAATACAG TAAGTTTTAT GGAAGAAAAG
TTGACTTCAC TCAAAGCATA CAAAAAAAGC TTGCCTACTT CTCTGCCTGT GTTAGAAGAG
CTTGTGCAAA CGCTTGAAGA GGATATAAAA ACCATTCAGC AGTGTGTTAA TCATCAGATA
GCAGTTATTA ATGGGGTCCT TAATTGGTCA AGATTAGAAG CAGGCAAAGA GGAGTTAATT
TCTAAACCGT TTAAACCCAG GACAATCATT GAAGAGATGA TTCCTCTATT TACAGCACAA
TTAAAGACCA AGCATCTTGA CTTACTTGTA GTCCTGCCTG AAGAGGCTAT TGCTATCAAG
GGAGATCCTG AACGTTTCAA AATAGTTTTA ATTAACTTAA TTTCCAATGC CATTAAGTTT
ACTGAAAAAG GCCACATCAA AATCAGCTTA CAAAACCAAG CAGTTGATGC AAGCCACGTG
CAATTAACTA TCTGCATGGA AGATACAGGT ATTGGCATGA CACCCGAAGA ACAATCACAT
TTATTCCAGC AGTTTTCACG CCCGCTCTCT TCCCAATATG AAGGTTCTGG TTTAGGACTT
GCCATTAGCA AGAAATTACT CGGCTTGATG GGGGGTACTA TTCAAGTGGA TAGTGTAAAA
GGACAAGGTT CTGTATTTAC CATCCATTTA ACTTGCGAGA TAGTGGGTAT AGAAGAGACA
ATAAGTCCGT TGATTGAACG AAAACTGCCT TCTCCTTATC CCCTCTTATC CTCTGTAGCC
AAACATATTC TCGTGGTTGA AGATAATATA GTGAACCAAA AAATTCTACG TAGGCAATTG
GAAGCGGCAG GCTACACCTG TACGGTAGCT GACAACGGCC AAAAAGCAAT CGAAGCAATT
GGAGCCCTCG AGGAAGTTGA AACGTCCGAA CAATGGAACT TAGCAGCGTT TGATCTCATC
TTGATGGATC TGGAAATGCC TGTGATGGGT GGCCTAGAGG CCACTGAATG GATTCGTAAA
AAAGAAAAGC AATTAGATGT GGCTCCCATA CCTATTATTG GCTTATCAGC TTATGCAGAA
GAAGTCTGTG GTGGAAAAGC TAAGCAAGCT GGTATGGATG CCTACCAGAC CAAGCCTTAT
AGGAGAGAAG AATTGTTTAG GACGATTCAA TCCTTGATAT CTTCTCCGGA ACCTCCTTCA
GAGCAGCTTG CTCAGGCAAC AATTATCCCA CATAAATAA
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| Protein sequence | MKNNANLVQQ LVGCIFLLSL VLQSCSNLTN PPIPIEKGQT NNSRELTNQI TIKQLFDKEF
TAKGGHLVTF YQHDGQLQAD VAVSAPAGFS KTYTRLQVNI AKDINLTQIP RLNKEAQKRL
IHFNLPQLGQ PGSIAVYRPG LMGGSDTGKD KGKEKIIEEE EREGESENED HDDNAEEYEE
QVAALNEEEQ KQLIQVDLLN NEQLGYVGGM LAIPGYKLLN CLHTGISSNI YRAVRLSDEC
PVVIKVSTQK VLTEKKVQRF RQEFELGQQV HSPYVIRYLE LKQDSAYGMV LVMEDDQAVE
LTSAMPPSGF SIREFLEIAI QIVEGLQAIH AVNIIHNDLK LSNILIQPIT KAIKIIDFNR
ASTLRQERHP AIPMMVGTLA YISPEQTGRV NRSVDYRTDF YSLGITFYQL LCGQLPFIAQ
DALGLIHQHL AKQPLPPHQH KPTIALPLSQ LVMKLLEKEA ENRYQSCEGI LYDLRVCLAD
LQEKGAISTF ELCQQDFSSK LTLSQHLYGR EREIKTLVSA FERVSAGKCE GMMVAGQPGV
GKTMLIQEIQ KPIVLKQGYF ITGKFDQLNK NVAYSAVNQA FDSLIKQLLT EDEACITQWK
ARLLAALGMH AQFIVKVVPT LALLIGEQPP ISIVDINQAK NVFNLAFQEF VNVCATATHP
LVIFLDDLQW ADNASLELMT YLMRQPKISH LLWIGAYRDT EVNPSHPALQ AIDMLQEASI
RVQTLTLTPL SLASLCQWIA DSLHKSLTDI QPLAELIFQK TGGNPFFVKL FLQSLYDQQL
LTFAPQTHWQ WDLAKIRQHP ATENVITLMT YQIQQLPAAT QAVLSTASCL GHRLSLSTLQ
VAMAEPKDAI CQALQPALNS GIMLQVNNEL HFAHDRVQEA AYHLLAEAMQ SHTHLTIGQR
LLASPGGEKR LLFEVVAQFN RSRLLVSEPK ERLRIARLNL KAAQKAKQAT AYAAALDYLY
AGQKWIDIKT LWQTDYTLAF NFHKELAEVE YLSGHFETSE ALIKDMQPYL QSVLDKVDIF
YLLILQKVVQ GLYQEAINLS HQTLQLLGSG LPLDNPTEFI KKTAADIKQK LRDRPLSSLL
DSPIVVDPEK QALFKILASI YGATYLVGTD LLPAATMMAI NLSLTHGITL EACNNYAAYG
FLLCDRFEEY ALGYEFGNLA LQLAEKLQSP VDRCRSSVFL FAHTCPWSKP IRELPSILTS
NFEACLACGE IEYAGYSALH KIKLLFYQGI PLVKVQQEAL PLLQFAQSTK NPLPNYTIQA
VQRVIANLRG ETQDEWSFVI DGVNETKFEA DCQQTNSLYV LCLYHIQKSL VFYLYGHFEE
ALSTLTLAKG NLAFIPGHYA KAIFNWYDSL THLALYPTAS LENQQAYLQQ VIQNQQQMQR
WQASCLENFA HKYLLVEAEL ARIKGDYAQA EVHYDQAIEL ADRHGFIHEW ALAAELATKY
WLARGKILYA QGHLNTAFNG YKQWGAKRKL IQFKAQYADL LKALAPPSLS KLAINQETTL
SSNTLRLLDL SSILKASQTI SSEIELPKLL HGMLQIIIEN VGAQKGAVLF VEADDSLSVQ
AEYATDGTIT ILQQIPLEDW THGAHIVIHH VKRFHQWIVI DDATKDELFK ADPYISQAQA
KSILCIPLMS HMELKAILYV ENNLMTHAFT PERAQTALIL TAQMAISLQN ARYFAEQMAL
TQQLAEQSAR RQLAEESLHT VTHDLKLALE ASRAGTWNWW FDTNRITWDA THCALFGMTP
DEFKGTYDAF LERVHPKDRE RLKQTLEQCK EHDSFHDLEY QIIWPDSSQR MMAAHGRVYR
DLKTGRPIKM AGVCLDITER KKLEQERMEA FEQAEKKERQ RADEAERYFK QQAEFVNTVC
HEVRNPMNGI SNTVSFMEEK LTSLKAYKKS LPTSLPVLEE LVQTLEEDIK TIQQCVNHQI
AVINGVLNWS RLEAGKEELI SKPFKPRTII EEMIPLFTAQ LKTKHLDLLV VLPEEAIAIK
GDPERFKIVL INLISNAIKF TEKGHIKISL QNQAVDASHV QLTICMEDTG IGMTPEEQSH
LFQQFSRPLS SQYEGSGLGL AISKKLLGLM GGTIQVDSVK GQGSVFTIHL TCEIVGIEET
ISPLIERKLP SPYPLLSSVA KHILVVEDNI VNQKILRRQL EAAGYTCTVA DNGQKAIEAI
GALEEVETSE QWNLAAFDLI LMDLEMPVMG GLEATEWIRK KEKQLDVAPI PIIGLSAYAE
EVCGGKAKQA GMDAYQTKPY RREELFRTIQ SLISSPEPPS EQLAQATIIP HK
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