| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_3435 |
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| Symbol | |
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| ID | 4185369 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | - |
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| Start bp | 3919113 |
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| End bp | 3926216 |
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| Gene Length | 7104 bp |
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| Protein Length | 2367 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 638073425 |
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| Product | hypothetical protein |
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| Protein accession | YP_680014 |
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| Protein GI | 110639804 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning
[Z] Cytoskeleton |
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| COG ID | [COG5184] Alpha-tubulin suppressor and related RCC1 domain-containing proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 41 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTAAAT TCAGAAAGTT ATACTATACA TGGATAATAG CTGTTATCAG TCTATTAGCA
ACTGTACAAG TAAAAGCGCA GGATTTATTA ATATCCGGCG GATATGCGTA TTCAACTGCC
ATATGTGCAA ACGGTAACGT GTATTCCTGG GGCCAGAATA ATGCTGGCAC ACCCTCTATA
AAGGGTACAT TAGGTATAGG TTCAGCGACC GATCCTATAC TTTCTCCAAC AAGAGTGTTA
TTTCCTACAA ATGACCCGTA TTTTTCCGGG GTATTAGGAC TTCCCAATAT TACAATTCGT
GCTGTTGATG CAGGGTCTAC GCTAACGCTG ATGGCATTGG ATTGTCATAC AGGTGTATGG
ACAGTTGGTA TGAATAATGA TGCAAATGGT GTCTTGGGAC AGGGCCCCGG TAAAGGTGGT
GCATCAACGG TGCCGGCAAG GGTGTTAAAA GGAGAGTATA CAGGTACCGC ATATCATCCG
TCTTTATCTA CGTATTTGAC GAATGTAAAA TCCATTTCAG GAGGTGATAA TATGAACTAT
GTTATCATGA ACGGATCAGG TGAAGTAATG TCGTGGGGCT TAAATGCAAA TGGTCAGTTA
GGGAATGGTA CAACAACATC AAGTACGACA CCGGTATATG TTAGAACGAA TGCTACAACA
ACATTAAAAA ATGCTATTCA GATTGAAGCC GGAGATAAGA CAGGTTATGC CTTAATTGAT
CCGGATGGAG ATGGAATAGG TACAGTATAT TCCTGGGGAG CCAACACAAA TGGAGAACTG
GGGCGTTCCA ATGCGGGAGG CACAAATAAC GGTACAGAGA ATGGCCCCAA TTCAAATTAC
GCCAGCCCCG TTGTATTCAA AACAGGTTTG CCATTAGACA ACATTGTTTC AATTTCTGCA
GGTGACGTAA TGTGTTTTGC GATTGATGTG GATGGATTTG TCTGGGCATG GGGTAATAAC
GGCTGGTTTG GTTTATGCGG TACAGGTCCG GGCGGTGTGC ATTCCGATCC GAAAAGAGTT
CTGGCCGGAG AGTGGGCAAC CACGCCGGGT GGAGCGGGGC AAACGTTTTT AAAGGCGCGT
GCTATTGGTG GCGGGCAGGG TTTTGGTATG GCTGTTTCTA TTGATGGCAT TCCTTTGGCC
TGGGGTGGAA ATGGCGGCAA TAATGGATAT TTAGGAAATG GATCAACAAC TCCTTCAGAT
GTTGCTGTAA TTATCCGTAC AAGTGCTGCT GCATACGATA CAGATGTTAT CGGTATTTCA
GACGGTGACG GCTGGGGCTT TTACACCCGC AGAGACGGTA GTCTAAGAAC ATGGGGTTTT
AATGCACAAG GACAATTAGG TATCGGAAAC ACAACGAGCC AGGTATATGC GGTAACCTTT
GCATTACCGG GAGGCTGTGC AATCCCGGAT CCGAAACCAT TTGCGAAAAT TACACCGAGA
GATCAGAATA TATGTCCAGG TTCATGGACA GGAACATTAT TGAATTCGCA GTTTAATGTG
TCCGGAGCAT TAGCACCAAA CTATACCATA AGATGGTATA AAGATGGATC GGCTACTCCA
ATTACCGGTG CTACAACATC TACATACAAT GCAACGGCAA TAGGTACCTA TAAGGTGGTA
GTCAAATATA TCGGAGCTTC TGTACCATGT GCTACGTATC CGGACGCGAT AGATGAAATT
ACCATTGCTG AAGCGGTTGC ACCGTATACG GCAAATGCAG GGACATATTG CGGGACAACC
GGAACATTTT CAGTTACTGG ATATACCGGG AATTTAACAA ACTTCCAATG GTTTAAAGAT
GCTGTGGGAG GAACCGCTAT ACCGATTACA CCTGCTACTA CTCCTCCCAA TACAAGTAAT
ACCATTACTA CAGCATTAAC AAATGCTACG ATGGTAAACG CAACTACCTA TAGATTGTGG
GCAGAAGACA TCTACGGATT AGATAATTAT GCAGCTAAAA CCCCTCCTTG TGCTACTACA
TCCCGTATGG CGATAAATGG AGGAAGCTTT GCAGTAGCTT TCACGTTGGC TCAGACAAAC
GGTGTAATCA TTAATTCCAT AGATGTAACA GCCTGGGACT ACAACAATAA GACAGTTAGT
TATCAAGTAA GAATATTATC TGATAATGGC TCTAATTCAC CTGATTTTGC TTCCAATATA
TGGACGAGTC CAACAAAAAC AATGGATTTT ACAGCATCTG CGGTTCAGCA ATCCATTCCA
TTAAACTTTA ATGCTTCAAT TTTAACTCCC GGTACGAAAT ACTGGATGCA GATAATTTCA
ACAGATCAGT TTACTGTGGC CGATTATACC GACTGTAGTG CCAATCCATT ACCACTTGTT
GATGATAGCG GGAAAGGTGT CTTAACGATC GGGAATTCAT ATAAGAATAG TAGTGTGAAT
ACGAAGTTTC CTAATATTTA TAATTTTAAT ATTAAAAGAG GAATTGCTTA TCCATGTAAA
AGAATACCAG TTGATATCAC AAAAGATTGT CCACCCTGCA CCAAACCGTC CTCGGTAACG
ATCACGACCC CTTCTACGGG TACGGTAACG CTTTGTCAGG GTACGGCTCA GAATCTAATC
GGCAGTGCAA CAGTAACAGC TGCTGCACAG AACACCAACT TTACGTATTC GTGGATCAAG
GTTTTACCCA CCCCTGTAAC CACCCCGGTT GCAGCAACGG TAATTGCGCT TCCGGCCAAT
ACACCTACGT CTACCCCGGC ATTTGCCTTA ACGGGCGCGC TAACGGATGC GGGTACCTAT
ACCTTACGTG TAGAGGATGG CAACACAGGG AATGCATCCT GTTATACAGA GGCCAGCGTA
GTGGTAGTCG TGAACGCTAC AACAGTTGCG GGTTCCATAG CCGCAGCGCA GACGATCTGT
ACGGGCGGCG ACCCGGTAGC CTTTACCAGC GTAGCAGCTA CCGGCGGCAA CGGGACAACA
TATTCGTATG TATGGGAAAA ATCGATCAAC GGAGCAGCGT ATGCCGATAT CACACCTGCA
GTTACTACAG CTACTTTTGA TGAAGGCGTA TTAACCAATG CAGGGACAAC AGCCATGACG
GTTGACTACC GCCGTAAAGT TACCTCGGGG GCCTGTCCGC AGGTCACCAC AGCCGCTATC
CGTATCACGG TTAACCCAGC CATTGTTGCG GGCATAGTTG CGGCCGACCA GACGATCTGT
TCAGGCGGGG ATCCGGCAGC CTTTACGGTA ACGGCGGCCC CGACAGGAGG CACAGGCACG
TATACCTACC AGTGGCAGAG CGCTTCAGCC CTTGCAGGTA CGTATACCAA TATTTCCTCA
GCAACAGGAG CCACCTACGA TGTTCCATCG GGCTTAACAG CAACCACGTA TTACAGAAGA
GTAGATGCCT CAGGCACCTG TACAACAGTC AACACCAATG TTATCACTGT CACGGTTCAG
CCGGCTTTGG TAGCAGGTTC CATAGCATCG GCCCAGACCA TCTGTACAGG CGGCGACCCG
GTAGCCTTTA CCAGCGTAGC AGCTACCGGC GGCAACGGGA CAACATATTC GTATGTATGG
GAAAAATCCA TCAACGGGGC AGCGTATGCC GATATTACTC CAGCCGTAAG CACAGCGACC
TTTGATGAAG GCGTATTAAC CAATACAGGT ACAACCGCTA TGACCGTAGA CTACCGCCGT
AAAGTTACCT CGGGAATGTG TTCTCAGGTG ACCACCGCAG CGGTACGTAT CACAGTTACT
CCGGCCATTG TTGCCGGCGC TATAGCCACC GATCAGGCGA TCTGTTCAGG CGGTGACCCG
GCAGCCTTTA CAGTTCCAAC GGCAGCATCG GGCGGTACAG GCACCTTTAC CTACCAGTGG
GAATCCTCGG TTTCACCGTT CACAACCTGG ACAGCAATAT CCACATCAGG CACAGGCTCT
ACCTATGATG CCCCATCAGG CTTAACAGCG ACAACCCACT ACAGAAGAGT TGTCTCATCA
GGTACATGCA CTGCAGCCAA CACCAACGAA GTGATTGTTA CCGTAACACC GACTGTTGCG
CCAGGGGTAA CAATCTCCAC GCCATCAACG ACAATCTGTG CGGGCACAAG CGTAACGTTT
ACCGCTACGC CAACCAACGC AGGTACGCCT CCGACTTATC AGTGGTACAA AGGAGCAGTA
GGCTCAGGTA CGGCGATAGG TTCAGCAACA GGCTCCACCT ATACAACCAG TTCGGTAGCC
AACAACGACA GCTATTATGT TGTTGTAACC AGTACGGCAA CCTGCCCGAG CCCTGCCACA
GCAAGCTCCA CAGCGATAGT AATGACTGTA ACCACGGTTG TAACCCCTGC GGTAAGCATT
ACAGCAGCAC CAGCCGGTAC GATCTGCGCC GGCACAAGCG TAACCTTTAC AGCGAGTCCG
GGCAACGGAG GTACCGCGCC GACCTATGAG TGGTTTATAA AAAAGACCAC AGATGCGGCC
CCTGTAAGCC AGGGGGCAGC GAGCTCTGCA GCAGGATCCG ATGAGTTCAC GCGTTCCAAC
CTTGGAAACG GCGATGAAGT AAGCGTTCGT ATGGTAAGTA ACTCCGGCTG CGTAGTTGCT
CCGGGTATAG CCAATTCGAA TGTGATCACG ATGACAGTTA CACCGATCCC TGCCCCGTCG
GTATCGTTAT CAGCCAACAA GAGCACGTTA TGTCCATCCG AGACCATTAT TTATACAGCC
GTTCCGACAG CAGGGGGTGC CGCACCTACC TATGTATGGA AAAATAACGG CACAGTCATT
ACAGGCCAGT CGGGCTCAAC GCTGACAACC ACAGGTACAG CGATCGGCAC ACCAAACTCC
ATTACGGTAG AAATGGTAAG CAATGCGCCA TGCGCGCCTG CAACCCCGGC CGTCTCCACA
CCGGTAGCCG TAACGGTTAC CCCTGTACCG ACCTTATCGG TAAGCATCGC AGCAGATAAG
ACCACGATCT GTTCAGGTAA TGCGGTTCAG TTTACCGCTA GCGCAACGGG TTCAGGCTCC
ACACCAGCGC CAACCTATGA GTGGTTCATC GGAGCGGCAG GTTCAGAAAC CAGCCAGGGA
GCAGGTTCCA CCACGGCGAA CCCGTACAGC ACAACATCGT TAACGACCAC AGCAGCGTTA
AGCCCTCAGA CCTACAGCAT TTATGTAAGA GCGACCAGCA ATGCAACCTG CGCGAGCACC
ACTCCGGCAC AGTCCGCAGC GGTCACTGTT ACGGTAAATG CCGGAGTTGG CGCGGGAACA
ATCACAACAA CGTTATTAAC GATCTGCAAC AACACCGTTC CCGGTGCGAT TACTGAAGCA
AGCGCTGCCA GCGGAGGCAC TTCCCCGACC TATACGTGGG AAGAATCCAT TGACAACGGG
GCCTGGGGCC CTGCCACAGG CACTGTAAGC GGTACGGGCT TTACACCGAG CGGCGCCAAA
ACAGGCACCA AAGTATCCTA CAGAAGAATT GTAACCTATA CAAGCATCCC GGCTCCATGC
AACACAGCCA TGAGCAACAT TATCGACATC ACGGTTAACC CTGCTTTAGT GGCCGGCGTT
ATCCAGGATG ATCAGATAAT CTGTTCAGGA TTGGTTCCGG CAGCGCTTAC CCAGGTAAGC
GCGCCAACAG GCGGTACAGG CAGCTATACC TACCAGTGGC AGAGCAGCAC CACAGGCACA
GCCGGTTCGT TCAGCAATAT TGGCGGAGCC ACCACATCTG GCTATGCACC GGGCGCATTA
ACGGCAACCA CCTACTACCA GCGCGTGGAA ACGTCCGGCA CATGCGGGAG TGTCACCGGC
AATATGGTAA CCATCACCGT ATCGACCCCC GAAGTAGTAA CAGCCCAGAT CAACGATCCG
GGTCAGGTAT GCGAGGGTTC AGTGCCGATG GTGTTTACGG CCACCACAAC AGGATCCGGT
ACCTTAACGT ATGCCTGGAC ACTTGACGGA GCACCGGTAG GCACCAACAG CAGTACATAC
AGCTATAACC CAACCACAGC ATCCGATGCA GGCAAAAAAG TAAAAGTAGT TGTAACGACC
TCAATCGGCT GTAATGCCGG TCCTGGTATC TCCAATGAAG TAGCCCTGAA TATTGTTGTA
TCAAGCATGC CTTCGGTAAG CATCACGGGA GCGCCTGCGG TACAGTGTTC CGGTTTACCG
GTCCGCTTTA CGGTAAGCAA TACCACAGCC GGTGGCAACA ACCCGACCTA CCAGTGGTTC
ATCGAATCAC AGGCAGGTGT AGCCACCGCA GTAAGCGGGG CAACCAATAC AAGCTTTACC
AGCACAGGCT TAACTGCCGG GGATAAGGTG TATGTGGAAC TTACTTCCAA TCTTGGCTGC
GCACTGGGTA CCAACCCGCA CGCTTCCAAT AAGATCGCAC CAGCGATCCT TGCTACACCG
GCTCCGGTGA TCAATGAGAC ACCGCTTCCG ATCTGCAGCC CGGAAGGGTT TGAGTTCACC
GCCACAGTAG GAAGTGCAAC GCCTCCAAAT ACGCTGCAGT GGTATAAGGA TGGCGTAGCG
ATAAGCGGAG CAACCACAAG CATCTACAAA GCCTTTGAAA GCGGACTTTA TTCGATAGAG
GAGAGCAATG CAGCATGCGG CACGATCTCC ACGGAAGTAC CGCTTACCGT AATCCAGACG
CCGGTAGCCA ATGCGGGTTC AGATATCACG GTAAAAGAAG GAGAGCAGGT AACGCTGAAC
GGCAGCGGGG GAGTAATCTA CAGCTGGAGC CCGGATACGG GTCTGGATGA TGCCAGTTCA
GCCAATCCGA AGTTAACAGC CGATAAGACA ATCATGTATA TCTTAACGGT TCGTGACGCC
ACAGGCCAGT GCCATGATGA TGATGAAGTA ATGGTGTTTG TGGAGCGTCC GATCAAGGTA
CCCAATGTAA TAACAGTAAA CGGTGATGGA GTGAACGATA CCTGGGAGAT TGAGAACATC
GAGAGCTTCC CCAATGCCGA GTTCCTGATC TACAACCGCT GGGGGAACCT GGTGTGGAAG
AGCACAGGGT ATCCCAAGGA GTGGGATGCG ACCAACTTCC GCAACGGGGA AGTATTGCCC
GACGGTACCT ACTTCTACAT CATCGACCTG CACAGTACCA TCTATACAGA AGCATACACC
GGGTATATAC AGGTAGTGAA ATAA
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| Protein sequence | MFKFRKLYYT WIIAVISLLA TVQVKAQDLL ISGGYAYSTA ICANGNVYSW GQNNAGTPSI
KGTLGIGSAT DPILSPTRVL FPTNDPYFSG VLGLPNITIR AVDAGSTLTL MALDCHTGVW
TVGMNNDANG VLGQGPGKGG ASTVPARVLK GEYTGTAYHP SLSTYLTNVK SISGGDNMNY
VIMNGSGEVM SWGLNANGQL GNGTTTSSTT PVYVRTNATT TLKNAIQIEA GDKTGYALID
PDGDGIGTVY SWGANTNGEL GRSNAGGTNN GTENGPNSNY ASPVVFKTGL PLDNIVSISA
GDVMCFAIDV DGFVWAWGNN GWFGLCGTGP GGVHSDPKRV LAGEWATTPG GAGQTFLKAR
AIGGGQGFGM AVSIDGIPLA WGGNGGNNGY LGNGSTTPSD VAVIIRTSAA AYDTDVIGIS
DGDGWGFYTR RDGSLRTWGF NAQGQLGIGN TTSQVYAVTF ALPGGCAIPD PKPFAKITPR
DQNICPGSWT GTLLNSQFNV SGALAPNYTI RWYKDGSATP ITGATTSTYN ATAIGTYKVV
VKYIGASVPC ATYPDAIDEI TIAEAVAPYT ANAGTYCGTT GTFSVTGYTG NLTNFQWFKD
AVGGTAIPIT PATTPPNTSN TITTALTNAT MVNATTYRLW AEDIYGLDNY AAKTPPCATT
SRMAINGGSF AVAFTLAQTN GVIINSIDVT AWDYNNKTVS YQVRILSDNG SNSPDFASNI
WTSPTKTMDF TASAVQQSIP LNFNASILTP GTKYWMQIIS TDQFTVADYT DCSANPLPLV
DDSGKGVLTI GNSYKNSSVN TKFPNIYNFN IKRGIAYPCK RIPVDITKDC PPCTKPSSVT
ITTPSTGTVT LCQGTAQNLI GSATVTAAAQ NTNFTYSWIK VLPTPVTTPV AATVIALPAN
TPTSTPAFAL TGALTDAGTY TLRVEDGNTG NASCYTEASV VVVVNATTVA GSIAAAQTIC
TGGDPVAFTS VAATGGNGTT YSYVWEKSIN GAAYADITPA VTTATFDEGV LTNAGTTAMT
VDYRRKVTSG ACPQVTTAAI RITVNPAIVA GIVAADQTIC SGGDPAAFTV TAAPTGGTGT
YTYQWQSASA LAGTYTNISS ATGATYDVPS GLTATTYYRR VDASGTCTTV NTNVITVTVQ
PALVAGSIAS AQTICTGGDP VAFTSVAATG GNGTTYSYVW EKSINGAAYA DITPAVSTAT
FDEGVLTNTG TTAMTVDYRR KVTSGMCSQV TTAAVRITVT PAIVAGAIAT DQAICSGGDP
AAFTVPTAAS GGTGTFTYQW ESSVSPFTTW TAISTSGTGS TYDAPSGLTA TTHYRRVVSS
GTCTAANTNE VIVTVTPTVA PGVTISTPST TICAGTSVTF TATPTNAGTP PTYQWYKGAV
GSGTAIGSAT GSTYTTSSVA NNDSYYVVVT STATCPSPAT ASSTAIVMTV TTVVTPAVSI
TAAPAGTICA GTSVTFTASP GNGGTAPTYE WFIKKTTDAA PVSQGAASSA AGSDEFTRSN
LGNGDEVSVR MVSNSGCVVA PGIANSNVIT MTVTPIPAPS VSLSANKSTL CPSETIIYTA
VPTAGGAAPT YVWKNNGTVI TGQSGSTLTT TGTAIGTPNS ITVEMVSNAP CAPATPAVST
PVAVTVTPVP TLSVSIAADK TTICSGNAVQ FTASATGSGS TPAPTYEWFI GAAGSETSQG
AGSTTANPYS TTSLTTTAAL SPQTYSIYVR ATSNATCAST TPAQSAAVTV TVNAGVGAGT
ITTTLLTICN NTVPGAITEA SAASGGTSPT YTWEESIDNG AWGPATGTVS GTGFTPSGAK
TGTKVSYRRI VTYTSIPAPC NTAMSNIIDI TVNPALVAGV IQDDQIICSG LVPAALTQVS
APTGGTGSYT YQWQSSTTGT AGSFSNIGGA TTSGYAPGAL TATTYYQRVE TSGTCGSVTG
NMVTITVSTP EVVTAQINDP GQVCEGSVPM VFTATTTGSG TLTYAWTLDG APVGTNSSTY
SYNPTTASDA GKKVKVVVTT SIGCNAGPGI SNEVALNIVV SSMPSVSITG APAVQCSGLP
VRFTVSNTTA GGNNPTYQWF IESQAGVATA VSGATNTSFT STGLTAGDKV YVELTSNLGC
ALGTNPHASN KIAPAILATP APVINETPLP ICSPEGFEFT ATVGSATPPN TLQWYKDGVA
ISGATTSIYK AFESGLYSIE ESNAACGTIS TEVPLTVIQT PVANAGSDIT VKEGEQVTLN
GSGGVIYSWS PDTGLDDASS ANPKLTADKT IMYILTVRDA TGQCHDDDEV MVFVERPIKV
PNVITVNGDG VNDTWEIENI ESFPNAEFLI YNRWGNLVWK STGYPKEWDA TNFRNGEVLP
DGTYFYIIDL HSTIYTEAYT GYIQVVK
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