| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_6946 |
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| Symbol | |
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| ID | 8363138 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | - |
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| Start bp | 8701006 |
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| End bp | 8708271 |
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| Gene Length | 7266 bp |
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| Protein Length | 2421 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644969079 |
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| Product | hypothetical protein |
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| Protein accession | YP_003126548 |
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| Protein GI | 256425895 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | 32 |
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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 | TTGTCAAGAA AGACATATTA TGGTGCTATT GCAGTAATAG GAGTTGTTTC TTTGTTTATT
TTCGATACTG CGGCAAGGAA TCGTTCAGGT TATAATAACA ACTATACTAA CAGATACTAC
TGGCAACCAG ACAATAATTA TACCACACCT GCGGATACCG TCAAAAAGGA TACACTCAAG
TACCCGATAA AGGACCGGTA TGGGACCGGT ATTACTGATC CCGTCAAAAA CCAGATAGAT
CTGAAAGATC CTGCAGGTAT ATCCCGTACA GTTGATTATG ACCCGGTAAC CAAACAATAT
ACAGTCACAG AAAAGATAGG CGACCACTAT TACCGTAACC CTACTTACCT CAGTTTTGAT
GAATATTACA AACTCCAGTC CAAAAAGAGC GAAGATGATT ACTGGATGAA ACGTGCCAGT
ACTCTCGGTT CACTGAACCA GAAGGGTAAC GGACCGGAAC TGTATAAAGG CAGCAAGCTG
TTTGACAGGA TTTTTGGTGG TAATAAAGTG GATATCAAGC CCCAGGGTAG CCTGGAACTG
ACCTTTGGTT ATGAAGGCCA GAATATCAAA AACCCCGTGT TGACAGAACA GGCCCGTAAA
ACGGGAGGTT TCGCATTTGA TATGAACATC AATATGAACC TGACCGGTAA AATAGGGGAC
AAGCTGAAAC TGATCACTAA CTATAATACC CAGTCGACTT TCGACTTCGA AAACCAGATC
AAACTGGAAT ATACCGGCTA CGACGACGAG ATCATTAAAA AGATTGAGGC CGGTAACGTG
AGCTTTCCGC TGCGCAGTTC GCTCATTTCA GGGGTACAAT CCCTTTTCGG TATCAAGACC
CAGTTACAAT TTGGCCGTCT GACCGTTACC AGCGTGTTGT CCAACCAGAA GTCCCAGAAA
CAGAACCTGA TGATCAAAGG TGGTACCCAG GTACAGGACT TTAACCTGCG GGCAGATGAA
TATGAGGACA ACCGACACTT CCTGCTCGGT CAGTTCTTCC GCGATACCTT CAACTATGCC
ATGAGCAACC TTCCGGTGAT CCGCTCCCTG GCTTATGTGA ACCGTGTGGA AGTCTGGGTA
ACCAATAAAA CAGGTGCTAC CACCAATACC AGGGATATCG TCGGTTTGAT GGACCTTGGT
GAGTACCGGC CCTACAATAC CTCAATCAAC GTATTATCCA ACTCAAGGCT GACTGACAAC
AAGCTGAATG ATCTCTACTC CAAAGTAATT TCTGACCCTA TGAGCCGGTA TACGGGAACG
GTGGTCAGCC GATTGCAGAA CCTCGGACTA CAAGCAGTAC AGGAATATGA GAAGACCTTT
GCCCGAAAGC TGGACTCCAC AGAATATACG ATCAACCGAC AACTAGGCTT CATCACGCTG
AATCAGCAAT TGCAGGCGGA TGAAGTTTTG GGCGTTGCCT ATCAATATAC TTATAATGGT
CAGGTACATA CTGTGGGAGA GTTCTCCCAG GATATTCCCC CTGATCAGAA CAATAGTGCC
AATCAGCGTA TCCTGTTCCT GAAATTGCTG AAAGCTACTT CTGCCCGTCC GAACCTCCCT
ATCTGGGACC TGATGATGAA AAACATCTAT GCGACAGGCG CTTATCAGCT GAACAGGGCT
GACTTTAAAC TGGACGTATA TTATAAAGAC CCTGGTACTG ATACCCGTGC CCCAAGTGAT
AAACGTTATC TGCCGGATGC ACAGGGTTCC TGGGAAGGGG CACCGCTCAT TTCCATCCTG
AGCCTGGACC GGTTAAATAA CCAGAATGAC CCGCAACCGG ATGGTGTGTT TGACTATGTA
GAAGGTTATA CGATCAACTC CCAGACGGGC AGGGTGATGT TCCCGGTGCT TGAACCATTC
GCTCAGGGTA TACAGAAAGC CTTCAATGGT AATGCCGCCC TGGAGCGACA GTATATGTAT
AAGGTATTGT ATGACTCCAT TAAGGTAGTC GCACAACAGT TCCCGCAACT GAACCGCTAT
ATCCTGAAAG GATCTTATAA ATCCAGTAAC TCTTCCGAAA TACAGCTGGG TGGTTATAAC
ATTCCTCCGG GATCTGTTAC CGTAACAGCC GGTGGCCAGC AGCTCCGTGA GAACGTAGAC
TATATCATCG ACTATAACCT GGGCCGTATC AAGATCATCA ATGCCGGTAT ACTCAACTCC
GGTGTGGCAA TCAACGTACA GTTTGAGAAC AATGCCGCGT TTGGTACACA GGTCCGAAAC
TACTTCGGTA CCCGCTTCGA TTATGTTGTA AATGATAAAC TGACGCTGGG ATCGACTATC
GCCAGAATGA GTGAAAGACC TTATTACCAG AAGGTGAACT ACGGAGAAGA TCCGATCAAG
AACACCGTAG TAGGTCTCGA TGCGAACTAT AACTCAGAGT GGAAAGGATT GACCCGCTTC
CTCAATAAAC TGCCTAACTA CCAGAGTAAT ACACCCTCCA ACATCATGTT CACCGGTGAG
GTGGCCAAGT TGTTCCCTGG TCACAGTAAA CTGGTAAATG CGGCAGGTAG TAATCAGGGA
CAGATCTTCA TCGATGACTT TGAGGGATCC CAGAGTGGAT ATGACCTGAA GTTCCCGGCT
ACTTCCTGGG CACTGGCATC TACACCTAAG GAAGCTTCTG ATAGTAACGG GGTGATCCTC
TTCCCGGAAG CAGACAGAAA TGATCAGCTG AGCTATGGTG CCAACAGGGC GAAACTGGCC
TGGTATATTA TTGAGCCTAC GCTCCAGATA CCGAAATCAC CATCCCTGCC GGATGGTATT
ACAGAGCTGG AACAGTCAGA TCCACGTGTA CGTCTGGTGT ATCAGAAAGA AGTTTTCGCT
AATCGTTCTA CCGACTTCGG ACAGAGCCAG TTGAGCACCC TTGACCTGGC ATATTATCCT
GAAGAGAGAG GTCCATATAA CTTTACTGCG GGCAGAGACA GTATCACGGC AGCAGGACGC
CTCCTGAATC CTAAAAAGAA ATGGGCAGGT ATCATGCGTG CGATTGATAA CAGTGATTTC
CAGACACAGA ACGTTGAGTT TATTGAGTTC TGGATCCAGG ATCCGTTCCT GACGGATACA
ACCAGCACGG GTGGTCAGTT ATATTTTAAC CTTGGTAACG TATCTGAGGA TATCCTGAAA
GATTCCCGTA AGTTCTTCGA AAACGGATTA CCAAATCCGA ATACGGATCG TAATAAAACA
GATTCTTCCG TATGGGGACG TATTCCTAAA TTCCAGCAGC AGATCACCCA GGCATTTGAC
AACGATCCGG AAATCCGCCG TTATCAGGAC GTGGGTTATG ATGGTTTACA GAGTGGTGAT
GAGGTGGCAT TCCGTCAATC TTATCTGGAC AGACTGGCGG CTAACTTCGG ACCGACTTCT
CCTGTTTATC AACAGGCCAT TGCTGACCCA TCTAACGATG ACTATCGTCA CTACAGGGAT
GACTTATATA ATAGAGAGAA GGCCGGTATC CTCCAACGTT ATAAACGTTT CAGCAACCCG
GAAGGCAACT CTCCTGTTTC TACCGGTAAC AGCATCTACT CATCTGCGGC TACCAACATT
CCGGAGTCAG AAGACCTGAA CAGGGATAAC ACCCTGAATG AAACAGAAGA ATACTTCCAG
TACCGTGTGA ACCTCCGTCC GAAAATGGGT GTAGGCACTA ACTACATTGT GGATAAGATC
ACAACGGAAG TAACGCCGGC GAATGGTGGA CCAAAGAAAC TGGAAAACTG GTATCAGTTT
AAAATTCCGA TCAACAACTT TGATAAAAAG GTAGGTAGCA TTCCTGATTT CAAATCCATC
CGTTTCATGC GTATGTTCCT GACAGGATTT GAAGATTCAG TAGTGGTACG TTTCGCTAAA
CTGCAACTGG TGCGTAACCA ATGGCGTCAG TATAATTATA AACTGCAGCC AGGCGATCCT
ATCCCGAATG ATGACAATAC CGTTTTCAAT ACTTCTGCTG TAAACATTGA AGAAAACTCT
TCGCGTAAGC CAATCAACTA TGTGTTGCCT CCGGGAGTAG TTCGTCAGAA TACACTCAGT
ACCAACAGTA CTGTATTGCA ACTGAACGAG CAGGCAATGT CCATTCAGGT ATGCGATCTG
AATGATGGCG ATACCCGTGG TGTTTCGAAA AACCTGAGCA TGGACCTCCG TCAGTACAAA
ACCCTGCAGA TGTATCTGCA CGCGGAAGCA ATGACTGATC CTAACTCACT GAAAGATGGT
CAGCTCCGCG CTGTCATCCG TATGGGTAGC GACTTTGTGG AAAACTATTA CGAATACCAG
ATTCCACTGA AAGTAACACC ATGGAATACG GCAAGTCCGA CGGAAGTATG GCCGGAAGTG
AATGACGTAA ATCTGTTAAT GAGCAAACTG ACTGTACTCA AACAGAAGCG CAACCAGTGT
GACAACTGTT CTCCGCAGGT ACCATATGTT GAAACAGATG AACTGGGTAA CTACATGAGT
GTGGTAGGTA ATCCGAACCT GGGTGATGTA AGAACCATCA TGTTGGGTGT GACCAACCCG
AAAGATGACG GTTTGCCAAG ATGTGGTGAG GTATGGTTCA ATGAGCTGCG CCTGTCAGGT
CTGGATGAAA AAGGCGGTTA TGCCGGTATG GGCCGTGTGG ATGTACAGCT GGCCGATCTG
GGTACTGTCA GTGTATCCGG TAATATGCAC ACCGCAGGTT TTGGTAATCT TGATCAGCGT
GTAAACGAAC GTTTCCGTGA TAACTACCTG CAATACGATG CGGCGGCTAA CCTCGATCTG
GGTAAACTGC TGCCTAAGAA AACAGGTCTG TCTATCCCGG TATATGCTGG TTATTCACAG
GCTGTAAGTA CACCTGAGTA TGATCCATAT GACCTGGATA TCAAACTGAA GGATAAGCTG
AGAATGGCGC GGAGTGATTA TGAGCGTGAC TCTATCCGTA AAGCGGCACA GGACTTCACC
GCTATCAAGA GTTTGAACTT TACCAACGTA CGTCGCCTCA ATCTGAACAG AAAACATAAC
AGGTTGTGGG ATATCGAAAA CTTTGACATC AGTTATTCTT ATACACAGAC AACCAGCCGC
AACCCGATTA TCGAAAGTGA CGAACTGACC AAGCACCGTG CTGGTCTGGG TTATACCTTC
ACCGGACAGA GTAAGTTCAT TACGCCGTTC AAGAAGTTGT TCAAGACCAA AACGCCATGG
CTGGATCTGA TCCGTGATTT CAACTTTAAC TACATCCCGT CATTGATCAG TTTCCGGATA
GATGTGACCC GCCAGTTTGG CGCCACCCGT ATCCGTAACG TAGGAGGGGA TGACTCCAAC
TATAAACTGC CGGAGACGTA CAACAAGTAC TTCACGTTTG ACCGGTATTA TGGTTTGAAA
TGGGATCTGT CACGTAGTCT GACCATCGAC TTCAACGCGG TGAATAACGC ACGTATCGAT
GAACCACAGG GGCGTCTGAA CTCAAAAGAG AAGAAAGACA GCGTATGGGG TAACTTCTTC
AAATTAGGCA GAACGACCAA CTACTATCAT ACAGCTAACA TCACATATAC ATTACCTACG
TCTAAAATAC CTGCGCTGAG CTGGACAAGT ATTGCGATCG GTTATTCAAC AGATTACCGC
TGGACGGGTG CTTCGCTGCT GGCGAAATAC CTGGGTAATG CGATCGAGAA CTCCAACCAG
AAAACGGTGA TGGCAGAGTT TAAGTTTGCG GAACTGTATA GTAAGTCACC TTTCCTGCGA
GCCATTACAG GTACGCAACA GAAAAAGCGA CCGCAACCGG CGACTAATAC CCGACCGGGT
GCTCCTGGTC AGAATAAGCA ACCGGTCAAA CAGGAGAAGA GCGTAGAAGT CTCACCAATT
CTGAAAGCGG TGATGAAACC ATTACTGTCA TTAAAACGTG TGAGTCTGGA TTACTCTGAA
AACGGAGGTA CCCGCTTACC AGGTTATATT GACAGTACGA AGATCCTGGG TATGAACTGG
GCGAGCTGGA ATCCGGGTGT ACCGTTCGTA TTTGGTATGC AGCCTACGAA GGCATGGCTG
GACAATTTTG CGAAGAAAGG TCTGATCACA CCGGATACTA CTTTCAATAT TCAGTATCAA
CAACAGTTTA CACAGCGTTG GCAATTACAG GCGCAACTGG AACCTGTTAA TGACCTGCGT
ATTGACCTGA GTCTGACCAA ATCATTCAGC AAAACACATA CGGAACTGTT CAAAAATGTG
AACGTGAATG ATAGTCTGGG CTTCCAGCAT TTAAGTCCGT ATGATGCAGG TGGATTTGAG
ATCTCTTATG TAGCGGTAAA AACGATCTTC GGAGGTATTG ACAATGAAAC AGGTACTACC
AAAACGTTCA ATGACTTCCA GCGTTATCGT CTTAATATTT CTAATCGTCT GGCTGCACAG
AACCCGTACA ACAGAGACCC TGGCGTACCG GTAGATAATC CAAAAGATCC GCTGTATCGT
TATGGTTATG GCCGTTATGC ACAGGATGTA CTGGTACCGG CTTTCCTGGC GGCTTACACC
GGAAAAGATC CTGATAAGAT CGGATTACTG AGAAGTGCAG GTTTGTCCAA TGTGCGCAGC
AATCCATTCA GCAACTATAT ACCACGTCCT AACTGGCGTG TGGCGTATAA TGGTCTGACG
AAACTGGAAC CTTTCAAATC ACTCTTCACC AACGTATCGC TGACACATGC TTATGTAGGT
ACGCTTAGTA TGAGTTCTTA TAATACTGCG ATGTTGTATG AGGATCCTCG TCTGGCGGGT
TATCCGGGAT TTGTGGATAC TGTATCCGGT AACTACATCC CTTACTTCCT GATTCCGAAC
CTGACAATGA CGGAGCAGTT TGCACCATTA CTGGGTATAG ATGTGACCTT TATAAGTAGT
CTGAACCTGC GTGTGGAATT CAAGAAGAGT CGTTCACTGA GTCTCAGTCT GATCGACTAC
CAGCTGACAG AGTTACGTTC TACCGAACTG ACACTGGGTG GTAGCTATCG TTTACGTAAT
GTGCAGTTTG CATTCCTCGG CACACAGAAG GATGGCAAGA AGGTACAGAA TGATATGAAC
TTCCGGCTGG ATATGAGCTT CCGTGATGAC CGTACGGTGA ACAACAGGCT GGATGCAGAC
CTGGTAATAC CGACGAGTGG CCAGAAGGTA ATTGGTATAT CACCGTCTAT TGACTATGTG
GTGAACAACC GTCTGAACCT GCGTTTCTTC TATGACCGCA GACAAACGAT ACCGGTTATT
TCGACGGCTT ATCCGATTAC GAATACGAGA GGAGGATTGA CGTTGCGATT TATGCTAGCA
CAGTAG
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| Protein sequence | MSRKTYYGAI AVIGVVSLFI FDTAARNRSG YNNNYTNRYY WQPDNNYTTP ADTVKKDTLK
YPIKDRYGTG ITDPVKNQID LKDPAGISRT VDYDPVTKQY TVTEKIGDHY YRNPTYLSFD
EYYKLQSKKS EDDYWMKRAS TLGSLNQKGN GPELYKGSKL FDRIFGGNKV DIKPQGSLEL
TFGYEGQNIK NPVLTEQARK TGGFAFDMNI NMNLTGKIGD KLKLITNYNT QSTFDFENQI
KLEYTGYDDE IIKKIEAGNV SFPLRSSLIS GVQSLFGIKT QLQFGRLTVT SVLSNQKSQK
QNLMIKGGTQ VQDFNLRADE YEDNRHFLLG QFFRDTFNYA MSNLPVIRSL AYVNRVEVWV
TNKTGATTNT RDIVGLMDLG EYRPYNTSIN VLSNSRLTDN KLNDLYSKVI SDPMSRYTGT
VVSRLQNLGL QAVQEYEKTF ARKLDSTEYT INRQLGFITL NQQLQADEVL GVAYQYTYNG
QVHTVGEFSQ DIPPDQNNSA NQRILFLKLL KATSARPNLP IWDLMMKNIY ATGAYQLNRA
DFKLDVYYKD PGTDTRAPSD KRYLPDAQGS WEGAPLISIL SLDRLNNQND PQPDGVFDYV
EGYTINSQTG RVMFPVLEPF AQGIQKAFNG NAALERQYMY KVLYDSIKVV AQQFPQLNRY
ILKGSYKSSN SSEIQLGGYN IPPGSVTVTA GGQQLRENVD YIIDYNLGRI KIINAGILNS
GVAINVQFEN NAAFGTQVRN YFGTRFDYVV NDKLTLGSTI ARMSERPYYQ KVNYGEDPIK
NTVVGLDANY NSEWKGLTRF LNKLPNYQSN TPSNIMFTGE VAKLFPGHSK LVNAAGSNQG
QIFIDDFEGS QSGYDLKFPA TSWALASTPK EASDSNGVIL FPEADRNDQL SYGANRAKLA
WYIIEPTLQI PKSPSLPDGI TELEQSDPRV RLVYQKEVFA NRSTDFGQSQ LSTLDLAYYP
EERGPYNFTA GRDSITAAGR LLNPKKKWAG IMRAIDNSDF QTQNVEFIEF WIQDPFLTDT
TSTGGQLYFN LGNVSEDILK DSRKFFENGL PNPNTDRNKT DSSVWGRIPK FQQQITQAFD
NDPEIRRYQD VGYDGLQSGD EVAFRQSYLD RLAANFGPTS PVYQQAIADP SNDDYRHYRD
DLYNREKAGI LQRYKRFSNP EGNSPVSTGN SIYSSAATNI PESEDLNRDN TLNETEEYFQ
YRVNLRPKMG VGTNYIVDKI TTEVTPANGG PKKLENWYQF KIPINNFDKK VGSIPDFKSI
RFMRMFLTGF EDSVVVRFAK LQLVRNQWRQ YNYKLQPGDP IPNDDNTVFN TSAVNIEENS
SRKPINYVLP PGVVRQNTLS TNSTVLQLNE QAMSIQVCDL NDGDTRGVSK NLSMDLRQYK
TLQMYLHAEA MTDPNSLKDG QLRAVIRMGS DFVENYYEYQ IPLKVTPWNT ASPTEVWPEV
NDVNLLMSKL TVLKQKRNQC DNCSPQVPYV ETDELGNYMS VVGNPNLGDV RTIMLGVTNP
KDDGLPRCGE VWFNELRLSG LDEKGGYAGM GRVDVQLADL GTVSVSGNMH TAGFGNLDQR
VNERFRDNYL QYDAAANLDL GKLLPKKTGL SIPVYAGYSQ AVSTPEYDPY DLDIKLKDKL
RMARSDYERD SIRKAAQDFT AIKSLNFTNV RRLNLNRKHN RLWDIENFDI SYSYTQTTSR
NPIIESDELT KHRAGLGYTF TGQSKFITPF KKLFKTKTPW LDLIRDFNFN YIPSLISFRI
DVTRQFGATR IRNVGGDDSN YKLPETYNKY FTFDRYYGLK WDLSRSLTID FNAVNNARID
EPQGRLNSKE KKDSVWGNFF KLGRTTNYYH TANITYTLPT SKIPALSWTS IAIGYSTDYR
WTGASLLAKY LGNAIENSNQ KTVMAEFKFA ELYSKSPFLR AITGTQQKKR PQPATNTRPG
APGQNKQPVK QEKSVEVSPI LKAVMKPLLS LKRVSLDYSE NGGTRLPGYI DSTKILGMNW
ASWNPGVPFV FGMQPTKAWL DNFAKKGLIT PDTTFNIQYQ QQFTQRWQLQ AQLEPVNDLR
IDLSLTKSFS KTHTELFKNV NVNDSLGFQH LSPYDAGGFE ISYVAVKTIF GGIDNETGTT
KTFNDFQRYR LNISNRLAAQ NPYNRDPGVP VDNPKDPLYR YGYGRYAQDV LVPAFLAAYT
GKDPDKIGLL RSAGLSNVRS NPFSNYIPRP NWRVAYNGLT KLEPFKSLFT NVSLTHAYVG
TLSMSSYNTA MLYEDPRLAG YPGFVDTVSG NYIPYFLIPN LTMTEQFAPL LGIDVTFISS
LNLRVEFKKS RSLSLSLIDY QLTELRSTEL TLGGSYRLRN VQFAFLGTQK DGKKVQNDMN
FRLDMSFRDD RTVNNRLDAD LVIPTSGQKV IGISPSIDYV VNNRLNLRFF YDRRQTIPVI
STAYPITNTR GGLTLRFMLA Q
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