| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1629 |
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| Symbol | |
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| ID | 6376619 |
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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 | 696932 |
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| End bp | 703771 |
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| Gene Length | 6840 bp |
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| Protein Length | 2279 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003573070 |
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| Protein GI | 294661194 |
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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 | 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 | 7 |
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| Fosmid unclonability p-value | 0.00385433 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | TTGCAAAGTT GCGTTAACCT CACTAATTCA CCTATTCCTA TAAAAAAAGG TCAAACAGAT
CATACACAAG AAATAATTCC TCAAATAGCT ATTCGATCTA TAGTAGATAT AGAATTTACC
ACAAAAGGGG GTCATTTGAT TACTTTTTAT GAAAAAACAG GAAGATTACA AGCTGAAGTA
ATAGAACAAA ATGAAGGTTT AAGCAAAGTC CATATGCTGC CTGTTTATAT AGAAGAAGGA
ATGGATATCG CACAAGTAGC CCAATTAAAT GAAGCAGCAC AAAAAAGATT TATCCATATA
AATTTACCGA AGCGGAAAGA CTCTGGTTCT ATTTGGATTG GCCATGCGGG ATTGAAAGGG
GGCAGTAATA CAGGCAAAAA TAAAGGCAAA GAAAAATTAA AAGATGATCA GTACCAGGCG
TTAGAAGAGA AAAAACTTAT AGCTCAGGCA GGTCAGCTGA TTAGTTCTAA ACAAGAAATC
AACCATCTCA AAGCCAAAGG AGAAGGGAAT TCCCCTTCAG AATTTAACAA AACATATGAT
TTATCAGTAC CTGTAGAGAA AGAACTGCAT GCAACAAGCT CGATCAAGGA GGAACAAAAG
CAACTTATCC ATGCGAATTT AGCTAAAAGC GAGCAGACAG GATATTTGCA GGTAGGTGGT
ATGGAATTAA AAAGAGAAAA CCATTTAGTT CTACCTGGTT ATAAATTACT CCATTGTTTA
CATGAGGGAA CCTCCTCGAA TATCTATCGG GCCGTACGTC TTTCAGATGA GTGCCCAGTC
GTAATTAAAG TCAGCACCCA AAAAGTGTTG ACTGAGAAAA AGGCACAACG CTTTCGGCGA
GAATTTGAAT TAGGCCAGCA GGTCCATTCC CCGTATGTAG TTCGCTATCT GGAGCTCAAA
CAAGATGCAG CGTATGGTAT GGCCATAGTC ATGGAAGATG ATCAGGCCGT GGAGTTGAAT
GCTATCCTTC CACCCACAGG GTTTTCCAAC CAGGAATTTT TAGAAATCGC TATTCAAATT
GTTGAGGGCT TACAGGCTAT CCATGCTGCA AATATCATTC ACAGTGATCT CAAACTGAAC
AACATCCTCA TTCAACCAAC AACTAATCTT ATCAAAATCA TTGATTTTAA TCGCTCTTCT
ACCTTGCGAC AGGAAAGACC TCCTACCATG CCAATGATGG TAGGCACCTT AACCTATATC
TCACCCGAGC AAACAGGGCG AGTTAACCGG AGTGTGGATT ACCGTACGGA TTTTTATTCT
TTAGGTGTTA CCTTTTATCG GCTGCTCTGT GGCGAGCCAC CCTTTACAGC CAAAGATGCG
CTGGGACTCA TTCATCAGCA CTTAGCCAGA CAGCCCATAC CTGCTCACCA ACATAAACCA
ACTGTTGCGC TATCTCTGTC TCGGATGGTG ATGAAATTAC TGGAGAAAGA AGCGGAGAAC
CGATACCAAA GTTGTGAAGG CATACTGCAT GATTTAATAG TCTGCCTGTC AGCCTTTAAG
GAAACGGGCG CTATTCCTGA ATTTGAACTA GGCCAACAGG ATTTTTCAAG TAAACTCACC
TTGTCCCAAA ACTTATACGG CCGTGAAAAA GAAATTAAAA CCTTAGAAAA AGCTTTTGAA
CGGGTTAGCG AAGGAAGATG TGAAGCTTTG ATGGTCGCTG GTGAACCTGG AGTGGGTAAA
ACCATGCTGA TCCAGGAGAT CCAAAAGCCG ATTGCCTTGC AGCATGGCTA TTTTATAACG
GGCAAATTTG ACCAGTTGAA TAAAAACGTG GCCTATAGTG CCTTCGCCCA GGCTTTTAAT
AGTTTAGTTC AGCAATGGCT GACTGAAGAC CAAACTAGTA TCATGCAATG GAAAATTCGG
TTGATGGAAT CATTAGGAAC GCAAGCGTCA TTGCTGATCA AGGTTATTCC TAGCTTAGCC
TTACTAATCG ATGAACAGCC CGAGACGGCG ATTGCAGACA TGAGTCAGGC CAAAAATGTA
CTCAACTGGA TTTTCCAGGA GTTTATTAAG TTTTGTACTA CTCCATCCCA TCCCTTAGTG
ATTTTCTTAG ATGACTTACA GTGGGCCGAT CAGGCTAGCC TGGAGTTAAT GACCTATTTA
ATGACACAGC CTAGTATCAA ACATTTACTA TGGATAGGTG CTTATAGGGA TACAGAGGTC
ACCCCTTCTC ATCCAGCCCT ACAGTCCATT ACTGCTTTAC AAGAAGCGTC TATCACCGTC
CAAACGCTCA CGCTCGCACC ACTGCAACTT AAAAATTTGT GTCAGTGGAT CACCGATAGT
TTGCACAAAT CCATCATGGA TGCTCAACCG CTGGTTGAAC TAATTTTTCA AAAAACAGCA
GGAAATCCCT TTTTTGTCAA ATTATTTTTA CAATCTCTGT ATGATGAGCA GTTGTTAACC
TTTGCTCCAC AAAGCCACTG GCAATGGGAT CTCGATAAAA TCCGTCAACA TCCAGCAACA
GAGAATGTGA TTACCCTGAT GACTTACCAA ATTCAACAAC TACCAGTTTC CACTCAACAG
GCTTTAAGTA TAGCCAGCTG TATAGGTCAT CGTCTGGTAT TAAGTACCTT ACAAACGGCG
ATGGCTTGTT CGCATCAGGA GTTAGAAAAG TCCTTACAAC CAGCCTTAAA TAGTGGTATT
TTGATACAGA CTGACCATGA AATATATTTT GCTCATGATC GGGTGCAAGA GGCGGCCTAT
CATTTATTAC CAGAAACTAT CAAAACCCGT ACACATTTAA TGATTGGAAG ACGGTTACTC
GTTAGCCCCA CCAGTGAAGA AAAGTTACTG TCGGATATTG TTGCCCAATT TAATCGGTGC
TGTTCCCTGG TAACCGATTC CCAAGAACGC CTGCACATAG CGCGTTTAAA CCTGAAATCA
GGACAAAAGG CTAAGCAATC CACCGCCTAT GGGGTGGCAT TAGATTACCT GCATACTATC
CCAAAATGGA TCGACACAGA GATACTCTGG CAATCCGATT ATCCACTGGC CTTTACCTTC
CATAAAGAAC TAGCCGAAGT AGAATATTTA GGTGGCTACA TGGACACCTC ACAAGCTATC
ATTGCCGATA TGCAGCCTCG CTTGCAATCC AATTTGGATA AAGTTGATAT TTATCATTTA
CTTATCATTC AAAAGACGCT TCAGGGTCAC TATCAAGAAG CGATTGCTCT TGGCCACAAA
ACTCTACAAT TACTTGGTAT TTGGTTACCA TTAGATAATC TGACTGAATT TATCCAAAAA
GCAACTGATG ATATAAAACA AAAACTCCAT AATATTCCTT TGTCCTCTTT ATTAAATGCA
CCACTCGTCG TTGAACCTGA GAAGAAGGCC CTATTGAAAA TATTAGAAAG TCTCGTGGCC
GCATGTTACT TTGCTGGATC AGAATTATTG ACCGCTGCTA CATTGATGTC CATCGACCTA
GCGTTAACCT ATGGGCACGC TCCTGAATCT TGCCTGGGGT ATACAGTATA TGGATCATTA
CTTTGTAATA GGTTTGAAGA ACATGCTTTA GGCTATGAAT TTGGCCAGTT ATCTATTCAG
CTGGCAAAAA AACTACAGGC GCCCGCTCAA CACTGTAAAA GTTTACTTAT TATGTTAGCT
CTTATTTCCC CCTGGTCAAA ATCCATTCAA CAGTTACCTG CTTTATTGAC TGATGGTTAT
AAAGTGGGAC TGGCGTGTGG GGAACTCGAA TATGCCGGTC ACTGTGTATC TATGAAGGCA
CAGTTGCTAT TTTATCAGGG TATGTCTTTA GCCAAGGTGC AACAAGAGAT ATTGCCACTG
CTACAATTTA CATACAACAC GAAAAACCAA GTGGCCATTA ATACCATTCA AACAGTACAG
AGGCTGGTAG TAAATTTAAT AGGAAATACC TTGGATGAAT GGAATTTTGA TGCTGATGCT
ATTACTGAAG CTAGATTTAA AAAGAGTTGT CAACAAGCAA GCAGCTTTTA TTCCTTATGT
CTCTACCAAA TTCTCAAAGC CCAGACCTTT TATCTCTATG GCCACTTTAA ACAAGCGTTT
GGCCAGTTGG CCTTGGTAAA ACAACATTTA GTGCTTATCC TTAGTCAATA TGCCACAGCA
CTATTTAACT GGTATGATTC TTTGGTACGT TTAGCCCTTT ATCCAACATC TTCTATTGCA
GACCAGCAAA TTTACCTTCA ACAAGTAATT AAAAATCAAC AACAGATGCA GAAATGGCAA
GCTAGTTGTC CAGCAAACTT TGCTCATAAA TATGCATTAG TTGAAGCCGA AATTTTTAAG
CTACAAGAAA ATTATCAGCA AGCAGAAGCC TACTATGACC AAGCTATCGA GTTAGCTGAT
CGGCATGGGT TTATTCAAGA AAAAGCATTG GCAGCTGAAT TAGCTGCTAA ATATTGGCTG
ACAAGAGGTA AAACCTTGTC AGCACAAGGG TATCTCAATA CAGCCTTTAA TGGCTATAAG
CAATGGGGGG CTAAACGTAA ACTAATGCAG TTTAAAACAC AATATGAATA TTTATTAAAA
GACCTTGTAC CTCCTAGTTT GAGTTATTTA ACGGTCAATC AAGAAACCAC TCTAAGTAGT
AATACCTTAA GGTATTTAGA TTTATCCAGC ATCTTAAAAG CTTCACAAAC TATTTCCAGT
GAAATTGAGT TGCCCAAACT CTTACGTAAT ATGATGCAAA TTATCATTGA AAATGCCGGT
GCCCAGCAAG GCGCAGTATT ATTTGTAGAG GCAGGCGATA CTGTTGTCGT ACAAGCAGAA
TATGCTAGCG ACAATACTAT CACTACACTG CAGAAGATAC CCCTGGCTGA TTGGGAGCAT
GGGGCACATA CAGTCATCCA GTATGTCAAA CGCCTTCATC AATCCGTTGT ATTAGACAAT
GCCACAATCC ATGAGCAATT TAAAATTGAT CCATATATTA ACCGAACGCA GGCGAAATCT
ATTTTATGTA TTCCTCTGCT GAAGCAAACC GAACTGCGAG CCATCTTATA TCTAGAAAAC
AACCTGATGA CCCATGCCTT TACTCCTGAA CACATGCAAA CTGTGTTAAT TTTAACAGCA
CAGATCGCTA TTTCCTTAGA AAATGCTCGG TATGTTGCTG AACAACTGGC ATTAACGCAA
CAGTTAGCTG AGCAATCCAC CCGTAGAAAA ATAGCAGAAG AATCTTTACA TGTGGTAACC
CATGATTTGA AATTAGCCTT AGAAGCTTCC CAAGCAGGTA CCTGGAGCTG GTGGATTGAT
AGTAATAAAG TTGTATGGGA TGCCACTATG TATGCTTTAT TCGGTTTAAC ACCTGATACC
TTTAGGGGAA CATTTGAAGA AGTTAGGGAG CGAGTGCATC CTGAAGATAA AGAACAGTTT
GAAAAAAATA TTGATAATTG TGTTAAACAA AGCACTCCTC ATAGTATAGA TTATCGAGTT
ATATGGCCAG ATGGTAGCCA GCATATGATC ACAGCTCATG GACAGGTTTA TCGTGATACA
ACCTCTGGTA GTCCGATAAA AATGACAGGG GTATGCTTAG ACATAACTGA GCGTAAAAAG
TTAGAACAAG ATCGGCTGGA AGCGTTACAG CAAGCAAAAG AAAAAGAACA GCAACGGGCA
GATGAAGCCG AGCGTTACTT CAAACAGCAA GAAGAGTTTA TTAATACCGT TTGTCATGAA
ATTCGCAATC CCATGAATGG CATTTCTAAC ACAGTAGTTT TTTTGGAGGA AAAGATAACT
TCATTAAAAA AACTTAAAGA AAGCTTACCG GGTTCTTTTC AGCCAGAATT AAAGGAACTT
TTGCCAACAC TGGAAGAGGA CATCCAGACG ATTCAGCACT GCGTTAATCA TCAGTTAGTT
GTTATTAATG GGGTTCTCAA TTTGTCTAGA TTGGAAGCAG GAAAAGAGAA ATTGCTCCTC
AAGCCATTTA AACCCAAAAC AATCATTGAA GAGAGTATTC TCCTGTTTAC ATCTCAATTA
AAGACCAAGC AGCTTAACTT AATTATAGAC CTACCCAAGC AGGCTATAGC CATTCAGGGG
GATCCTGAAC GCTTCAAAAT GATTTTAATT AATTTAATTT CCAATGCCAT TAAGTTTACT
GAAAAAGGAC ATATCAAAAT TAGCTTCCAA ACCCAAGCCG TTGATTCGAC CCATGTGGAA
TTAGTCATCC GCGTGGAAGA TACAGGCATT GGCATGACCC CTGAGGAACA ATCGTGTTTA
TTTCAACGTT TTTCACGCCC GCTCTCTTCC CAATATGAAG GTTCCGGGTT AGGGCTTGCC
ATTAGCAAAA AATTACTCGA TTTGATGGGA GGTACTATTC AAGTGGATAG TGTAAAAGGA
CAAGGTTCGA CCTTTACCAT CCATTTAACG TGCGAGATGG TTGATATAGG AGAAAAATTG
ATCTACCAAA AACCACCTGC TCCTTTGCCC ATTTTACCCC CTATAGCAGT AAAGCATATT
CTCATAGTCG AAGATAATAT AGTGAACCAA AAAATTCTAC GTAGGCAATT AGAAGCAGCA
GGATACACCT GTATGGTAGC TGACAACGGC CAAAAAGCAA TCGAAGCCAT TGGAGCGATC
GAGGAAGTTG AAACTCTCGA ACAATGGAAT TTAGCAGCAT TTGATCTAAT CTTGATGGAT
CTGGAAATGC CCGTGATGGG TGGCATAGAG GCAACTGGAT GGATTCGTAA AAAAGAACAG
CAACTAGGCG TACCTTCCAT ACCTATTATT GGCTTATCAG CTTACGCAGA AGAGATCTAT
GGTGAAACAG CTAAAAAAGC TGGTATGGAT GCCTACAATA CCAAGCCTTA CCGGAAAGAA
GAATTGTTGA AGACGATCCA ATCCTTGCTA TCTCGCCCTC TGGAGCCTGC TTCAGAATAA
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| Protein sequence | MQSCVNLTNS PIPIKKGQTD HTQEIIPQIA IRSIVDIEFT TKGGHLITFY EKTGRLQAEV
IEQNEGLSKV HMLPVYIEEG MDIAQVAQLN EAAQKRFIHI NLPKRKDSGS IWIGHAGLKG
GSNTGKNKGK EKLKDDQYQA LEEKKLIAQA GQLISSKQEI NHLKAKGEGN SPSEFNKTYD
LSVPVEKELH ATSSIKEEQK QLIHANLAKS EQTGYLQVGG MELKRENHLV LPGYKLLHCL
HEGTSSNIYR AVRLSDECPV VIKVSTQKVL TEKKAQRFRR EFELGQQVHS PYVVRYLELK
QDAAYGMAIV MEDDQAVELN AILPPTGFSN QEFLEIAIQI VEGLQAIHAA NIIHSDLKLN
NILIQPTTNL IKIIDFNRSS TLRQERPPTM PMMVGTLTYI SPEQTGRVNR SVDYRTDFYS
LGVTFYRLLC GEPPFTAKDA LGLIHQHLAR QPIPAHQHKP TVALSLSRMV MKLLEKEAEN
RYQSCEGILH DLIVCLSAFK ETGAIPEFEL GQQDFSSKLT LSQNLYGREK EIKTLEKAFE
RVSEGRCEAL MVAGEPGVGK TMLIQEIQKP IALQHGYFIT GKFDQLNKNV AYSAFAQAFN
SLVQQWLTED QTSIMQWKIR LMESLGTQAS LLIKVIPSLA LLIDEQPETA IADMSQAKNV
LNWIFQEFIK FCTTPSHPLV IFLDDLQWAD QASLELMTYL MTQPSIKHLL WIGAYRDTEV
TPSHPALQSI TALQEASITV QTLTLAPLQL KNLCQWITDS LHKSIMDAQP LVELIFQKTA
GNPFFVKLFL QSLYDEQLLT FAPQSHWQWD LDKIRQHPAT ENVITLMTYQ IQQLPVSTQQ
ALSIASCIGH RLVLSTLQTA MACSHQELEK SLQPALNSGI LIQTDHEIYF AHDRVQEAAY
HLLPETIKTR THLMIGRRLL VSPTSEEKLL SDIVAQFNRC CSLVTDSQER LHIARLNLKS
GQKAKQSTAY GVALDYLHTI PKWIDTEILW QSDYPLAFTF HKELAEVEYL GGYMDTSQAI
IADMQPRLQS NLDKVDIYHL LIIQKTLQGH YQEAIALGHK TLQLLGIWLP LDNLTEFIQK
ATDDIKQKLH NIPLSSLLNA PLVVEPEKKA LLKILESLVA ACYFAGSELL TAATLMSIDL
ALTYGHAPES CLGYTVYGSL LCNRFEEHAL GYEFGQLSIQ LAKKLQAPAQ HCKSLLIMLA
LISPWSKSIQ QLPALLTDGY KVGLACGELE YAGHCVSMKA QLLFYQGMSL AKVQQEILPL
LQFTYNTKNQ VAINTIQTVQ RLVVNLIGNT LDEWNFDADA ITEARFKKSC QQASSFYSLC
LYQILKAQTF YLYGHFKQAF GQLALVKQHL VLILSQYATA LFNWYDSLVR LALYPTSSIA
DQQIYLQQVI KNQQQMQKWQ ASCPANFAHK YALVEAEIFK LQENYQQAEA YYDQAIELAD
RHGFIQEKAL AAELAAKYWL TRGKTLSAQG YLNTAFNGYK QWGAKRKLMQ FKTQYEYLLK
DLVPPSLSYL TVNQETTLSS NTLRYLDLSS ILKASQTISS EIELPKLLRN MMQIIIENAG
AQQGAVLFVE AGDTVVVQAE YASDNTITTL QKIPLADWEH GAHTVIQYVK RLHQSVVLDN
ATIHEQFKID PYINRTQAKS ILCIPLLKQT ELRAILYLEN NLMTHAFTPE HMQTVLILTA
QIAISLENAR YVAEQLALTQ QLAEQSTRRK IAEESLHVVT HDLKLALEAS QAGTWSWWID
SNKVVWDATM YALFGLTPDT FRGTFEEVRE RVHPEDKEQF EKNIDNCVKQ STPHSIDYRV
IWPDGSQHMI TAHGQVYRDT TSGSPIKMTG VCLDITERKK LEQDRLEALQ QAKEKEQQRA
DEAERYFKQQ EEFINTVCHE IRNPMNGISN TVVFLEEKIT SLKKLKESLP GSFQPELKEL
LPTLEEDIQT IQHCVNHQLV VINGVLNLSR LEAGKEKLLL KPFKPKTIIE ESILLFTSQL
KTKQLNLIID LPKQAIAIQG DPERFKMILI NLISNAIKFT EKGHIKISFQ TQAVDSTHVE
LVIRVEDTGI GMTPEEQSCL FQRFSRPLSS QYEGSGLGLA ISKKLLDLMG GTIQVDSVKG
QGSTFTIHLT CEMVDIGEKL IYQKPPAPLP ILPPIAVKHI LIVEDNIVNQ KILRRQLEAA
GYTCMVADNG QKAIEAIGAI EEVETLEQWN LAAFDLILMD LEMPVMGGIE ATGWIRKKEQ
QLGVPSIPII GLSAYAEEIY GETAKKAGMD AYNTKPYRKE ELLKTIQSLL SRPLEPASE
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