| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3753 |
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| Symbol | |
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| ID | 4243701 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | - |
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| Start bp | 5754717 |
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| End bp | 5762189 |
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| Gene Length | 7473 bp |
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| Protein Length | 2490 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638108694 |
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| Product | methyltransferase type 11 |
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| Protein accession | YP_723278 |
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| Protein GI | 113477217 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG3914] Predicted O-linked N-acetylglucosamine transferase, SPINDLY family |
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| TIGRFAM ID | |
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| 
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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 | 8 |
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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 | ATGACTCAAT TTCAATTAAC AACTCCTGTA GTTATAATTA TATTTAATCG ACCAGATACA
ACAGAAAAAG TATTTCAGAG AATTCGTCAA GTAAAGCCCC CTCAATTACT TGTAATAGCT
GATGCTCCTC GCCCCGATAA ACCAGGAGAA GTTGAGAAAT GTATAGCAGC AAGAAAGATA
GTTGATCTTG TTGATTGGAA ATGTGAAGTT TTAACTAATT ATGCTGAGGT TAATTTAGGT
TGCAGAGAGC GTATTTATAG TGGATTAAAT TGGGCTTTTA GTTTAGTAGA ATCAGCGATT
ATTTTGGAGG ATGACTGTGT ACCTCATCTA ACCTTTTTTC GATTTTGTCA GGAGTTATTA
GATATATATC AAGATAATAA TAAAGTAATG GCTATATCTG GGGATAATTT TCAGTTTGGT
AATAATTCAA TAGAATATAG TTATTATTTC TCTCGTTATC CTCATTGTTG GGGTTGGGCA
ACTTGGCGAA GAGCGTGGAA AAATTATGAT AATCAGATGC AGCTATGGCC GAAACTTAGA
GATAGTAAGT GGTTAGAAAA TATTCTGCAA AATAGTCACG CAGTTCAGTA TTGGTCAAAG
ATTTTTCAGA ATAATTATCA AGGGTTTAAT TCTTGGGCTT ATGCTTGGAT ATTTGCCTCT
TGGAATCATC ATAGTTTAAT TATTTTACCC AAGGTTAATT TAGTTTCTAA TATTGGTTTT
GGTGAGGAAG CTACCCACAC TTTAAGTATC AATAAATTTG CCAATATGTC TACAGAAGAA
ATGATTTTTC CTCTGAATCA TCCTCCCTCT ATTATCCGAA ATATTGAAGC TGACGAATTT
ACAGAAAAAA CAATGTTTAG TGGTAGTTTA CAGCTCCAAA ATGTTCATTG CAAAGTTTGT
GGTTCAATAT CTTGTAAATT TGATGACGCT AAGGTTTTAA ATAAATATAA TGTTGAATAT
TTTCAATGTT CTAATTGTGG GTTTGTACAA ACGGAAAATC CTTATTGGTT AGCTGAAGCT
TATAAAGAAG CAATTGCTAG TAGTGATGTA GGTCTGGTAT CTAGAAATCA AAACTTTTCT
CTGATTACAG AAAACTTAAT TCTTAATTTA TTTAATACTA ATAGTAAATT CCTAGATTAT
GGTTGTGGAT ATGGTTTATT TGTCCGCATG ATGCGTGACT TAGGGTTAGA TTTTTATGGA
TATGATAAGT ATTGCCAAAA TATTTTTTAT CAAGGATGGG AAGGAGAAAT AAATAAGCAG
CAGAAATATG AAATAATTAC AGCTTTTGAA GTATTTGAAC ATTTCATAAA TCCTCTGGCA
GAAATTGAGA ATATACTGCA ACACACTAGA AATATTTTAT TTAGTACAAA GCTACTACCA
CCTAATAATC CTCATCCTAA TGATTGGTGG TATTATGCTC TGGAAGAAGG TCAACATATT
TCTATATACA CCACAAAAGC ATTATCTGTA ATTGGTCAAA AGTTTAAACT TAACTTATAT
TCAGATGGAG AATCTTTACA CCTGTTAACA GAGAAAAGTT TATCACATAG CGAGTTTCAA
AACATCTTTA AGGTGGCTAG ATATAAACCT GAGAACAGGA AAAAAACTTT AACTCAACTA
GACCATGAAA AAGTTACAGA AAAAAAGAAA AAAAATCAGC AGCAATTGGA TTTAAAACTT
CTTATAGATG GTGTATTTTT CCAAATCAAT AATACAGGTA TTGCCCGTGT TTGGAAATCT
TTATTAGAAG TATGGTCAAA AGATAGTTTT GCTAAAAATA TATTAGTGCT TGATAGAGCA
AAAACAGCAC CAAAAATTCC GGGTATCAAC TATCGGTCTG TGCCTGGATA TAACTACGGA
AAAATAGATG CAGATCGTCA AATGTTGCAG ACAATATGTG ATGAAGAAAA TGCTGATATT
TTCATTTCTA CTTATTACAC AACACCTATC TTAACGCCAT CTGTATTTAT GGCTTATGAT
ATGATTCCAG AAGTTTTAGC CAAAAATCTT AATAACCCTT CATGGCAAGA AAAACATCGT
AGTATTCGAC AGGCAATTTC TTATGTTGCA ATTTCAGAAA ATACAGCTCG GGATTTGATA
AAATATTTTC CTCAAATACC TGCAAATTAT ATCAGGGTAG CTCCCTGTGG AATTGAAGCT
AAATTTTCCA GAACAACTCC TCAAGAAGTT GCTAGTTTTA AGTCAAAATA TCACATTAAT
AAGCCATACT TTTTAATAGT GGGTGAGAGA ATAGGTTGGT TAGGTTATAA AAATACTATT
TTATTCTTTC AAGCTTTTTC TAAATTAAAG AAATCCACAG AATTTGATAT TGTTTGTATA
GGAGGAAATA GAAAACTAGA GCCAGAATTA AGTAAATATA TCTCAGGTAG TAAAATCCAT
TTATTACAAC TAAGTGACCA AGAATTAAAA TCAGCTTACT CGGCAGCGAT CGCTTTAGTT
TATCCCTCAA AATATGAAGG TTTTGGACTG CCTATTTTAG AAGCAATGGC TTGTGGTTGT
CCTGTTATTA CTTGTAAAAA TTCTTCAATT CCAGAAGTGG CAGGAACAGC AGCTTTATAT
ATAAATGATA ATGATATTAA TAGCTTAGTA AATGCTTTGG GTGAAGTGCA AAAATCTGAA
GTTCAGCAAA AATTAATTAC TGCTGGTTTA GCACAAGCTC AAAAGTTTTC TTGGTCTCAA
ATGGCTAAGA TTATGAGTGA CGTATTTATT CAGACTTTTA ATCAGATTAA AGCAAAGAGA
TTATCTACTA TGGAAGACAG GAAAAATTTA GGGGAAATTC AATTTAAAAT AAATCATGGA
CAGTTAGAAA TGCAGCGCCA TTTTTGGAAT GTAAATTCTC TAGATGAAGC TATGTTTGGG
CGGGTGTTAG CTTATAACGG AATGGATACG CTTTCCCCAG AAGAAAAAAA GCAAGCTTGG
GAAAAGTCAA TAGAAAATTG GGTGCCACAA ATTATGGAAG GTATCCCTAC TAAACCAGAG
TGGAAAGTAT TAGAAATTGG CTGTGGTGTT GGTCGTCTTA TTAAGTATTT ACGAGCAAAA
TTTGCGCGGG TAGATGGTGT AGATATTTCT GAAAATATGA TTCAGTTTGC ACGGCAATAT
TTAGCCGATG GGAAACAAAA TGGAGAAGTA TATGTTAATA ATGGCTATGA TTTACAACAG
TTGCCTGATG AAAATTATGA CTTTGTTTTT TCGACAATAG TTTTTCAGCA CATCCGTTCT
ATTTCTATTG TCAAAAATTA TTTTCGTGAA ATATTTCGGG TCTTAAAAAT GGGGGGATAT
TTTAGAATTC AAGTACATGA TTATAGTGCT GAAAGTTTAG GAAAATTTGA TGAAGAAGGA
GCAAAAGATC AACAATATTA TTTTTCTGGC AATGCTTATA CTGAAGAACA ATTAAAAGAT
TTATTAATTG CAGCAGGGTT TAATTTAGTT TCTTTAAAAT CTGCTAAACC TTGGATTTGG
GCAACGGCAA GGCGTGAACA ACAAGTAGAA GTAGGTGTAG AAAAAATACC TCAAATAGTT
ACCCTAAAAA ATAACCAAAT GGGTATTGAG TATCCAGAAA TTAATCGATT ATCATACAAT
AAAGATAGAC CATTTTGGTC TGTGATGATT CCTACTTATA AAAAGGTAAA ATATTTAGAA
CAAACTCTAA AAAGTGTATT GCAACAAGCT CCTCCTCCAG AGGAAATGCA GATTGAAGTA
GTTAATGATT GTCCTGATTA TAAAATTCAA GCTGAAATAG AAGCTATTGT CCGAAAAGTA
GGGGGTGAAA GAATTAATTG TTATCGGCAT TTCCCACAAG ATATTGGTCA AGCTCCTATT
TTTAATATTT GTCTACAACG AGCAAAAGGA TATTGGGTTC ATCTACTCCA TGATGATGAT
TTTGTCTTGC CTGGTTTTTA TGAAAAATTG CGTCGTGGAA TAGAAAAAAA TACAACACTA
GGAGCAGCAT TTTGTCGTCA CTATTATATA GATGAAAATG ACCATAAAAA GTATTTATCT
GTATTGGAAA GAGACACTCC TGGTGTTATA GAAAAGTTTA TAGAAAAGAT TACCGTTGAG
CAACGTATTC AGGTTGTGGG AATGGTTGTT AAACGTGAGG TTTATGAACA TTTGGGTGGT
TTTTGTTCCC AAGCTGCTTC GGCTGCTGAC TGGGAAATTT GGAAGCGAAT AGCTGCTTTT
TATCCTATTT GGTTTGAACC AGAAATTTTG GCCTGTTTCC GTTTACATTC TTCTTCGGAA
ACTTCCCGCT TAATGCAGTC TGGAGGTAAT ATAGAAAATG CGAGGAAAGC TATAGAAATT
ACTCAAACTT ATTTACCAAG AAATATGGCT GCTGAATTAT CAAATCAAGC TAGGGAACAT
TATGGAATTG AAGCAATGAA AATGGCTGCT TCGATGTTGA AAATAGGTAA TAATAATGGA
GCGATCGCTC AAATGCGCGA AGGTCTTAAA TGCAGTAATT CTTCCTCGGT AATTAATTTA
TTGGTTTCTA TTTTGATTAA TGCAGAAACG GAGGCTGAAA CTTCTTTAAT TCAAGCAACA
AGTCAGCATC TACTATCTTT AGAACCTCAG TTAATAGAAT CAAAAAAAAC CCCACATAAA
GTTGAAACTA ATTTATTACC TTCTCTGGCA GAAATCAACA AAGAGATTGA GCTTTACAAA
CAAAACCAGT TGGATAAATC TGCTTTAGTT AAGTTGCAGG AAATAAGAAA AAAAATTGCA
TATTTTTGGT TAAGTATAGA TACCTTAGAA AATCTAAAAA TTGCTTATTT AGGAGATTTT
TGTCAAATAC ATAAAGCCTT ATTAACAAGC AGTATTACAG ATGAAAGCTT AACCGAAACT
GAGAAAAAAA TTGTCACTCA AATAAAAGCT AATATTGTTA AAGGATTTAA GGAACCTTTA
GACATTAAGT ATCTTTTGGC AGGTATGCTT TATCAAAGAG CAGATCAACT GGAAGTTAAA
TATGAGAAAG CTCCAATTCC TAAATGGTTT GCTATAGACT ATTTAAATTT TATGTTTGCT
TCTCCTCAGG TTTTCCAGGA AATAGGAGAA ACAGATAATT ACTATCATTT TATGACTGGA
TGGTTGAGTT ATGTTCATAA TAACATATCG ATTAATTCAG AGTCGGAATT ATGGCAAGCG
ATCGCTAGGA TTTTTGTCGA AAATGCTAAT TGGATACCTC TATATTTTAC GACTCGGCCA
AATTTAAAAA ATCTCTACAT CAAACGGGCA GAAATTATTG AATTTGCTCT AAAAAAACTT
GGGTTAGAGC TAAATTATAC TATGCCTCCT TATCAATTTA ACCGCTCAAA AATTCGCTTA
GGAATTATCA AAGATCACTA TACTCCTCAA ACAGAAACAT ACTCTTTACT CCCAGTATTT
GAACATTTAG ATCGGAGTAA ATTTGAGATA TTTCTTTATG CAATAAAATC TAACGGACAC
CCCTTAGAAC AATATTGCCA AAGTCGTGCT GATAAATTCC TGCAACTACC AAATGAACTA
AAAAATCAAG TACAAACCAT TCGTGATGAC AATCTCGATA TTTTGTTCTT CGGTTCTAAT
ATTACTGCTA CTATCAAAAA TTCTACCTTA CTAGCAACTC ACCGATTAGC AAGAGTTCAA
GTAACATCCA TTAATTCTCC CACTACTACC GGGATGGCAT CTATAGACTA TTACATTTCT
GGCAAATTAA CCGCCCCAAC AGAAATGACC AAGGAACACT ATACAGAAAA ATTGGTCAAC
CTAGAAGGTT CCGGACTATG TTTCCAAGAT CCCATCGCCG AAACTCTTCC AGTAGTGCAA
CCCCTCCGCT CCAGTTGGGG GGCAACAAAC GAAACTACCA TTTTTATTTC AGGTGCCAAT
TTCTACAAAA TTATACCCGA GATACGGGAG ACTTGGGCCA AAATTCTCCG TGCCGTGCCC
AATTCGATTT TAGTTTTGTA TCCTTTTAAC CCCAATTGGA CAAATTCTTA TCCAGTTGGA
TCTTTTATCC AACAGATGCG AGGTACTTTA GAACGACATG GTATTCATAG TAAGCGCTTG
GTTGTCATTA AACCACTACC GAGCAAATCA GATATTAAAA AATGCTTAGA GTTAGCAGAT
ATTTATTTAG ACTCTTTCCC TTACGGTGGG GCAACTTCTC TACTAGATCC CTTAATGCTA
GGACTACCAC CAGTTGTTGT GGAAGGAAAT GCCTTAAGGT TTAGGCAAGG GCCCGCTTTG
TTGCGGGAAA TTAATATAGA GGATCTTATT GCTGATGGAG AAGAGAGTTA TATTAATTTG
GCAGTAAAAT TGGCAACTAA TTCCGAGTGG CGACAACAAA AACGGCAAGA AATTAAGGAA
AAAATGCAGC AAAACCCGGC ATTTTTAGAC AGTCGTAGTT ATTCTGCAGA GATAGGTAAA
TTGTTCCAAG AATTATTCCA AAAATGGCAA AATATTCATG CACCAAAAAC TATAGAATCT
CAAGATAATA ATTCTCTAAC TTCTGAATTT ATTAATCGTT TAGTTGGTTG TGTCAACCTC
TACAAAATTG ACCCAAATGA CCAATCTTTA ATCGAAGAAT TACGTCAAAT TCGTAAACAA
ATAGCTAATT TTTGGTTAGA TACAAATCCC CAAAAATTAG AGATTATTTA TCAAGGTAAA
GTTCGACAAG CATATCTAAG TTTATTATCA AGTGGAATTC AAAACGAACC TCAAACAGAA
AAAGAAGAGA AATTTATCAA AGAATTAACT GATATAAGTA TGGGTTTAAC TAATTCTAAA
TCAATTAATG CACTTTTAGG AGGAATGCTA TATTTTTTAC CAGGTAAAAT GTTAGTCAGA
GATGCTAAAA ATCGTTTGCC AGAATGGTTG ATTAATGATT ATCAACAGGT ATTTGAAAGT
AGAGAAGTTG TACAGAAATT GGAAAAAGAT TTTCAAACTA AGTTACCTCA TTTTTCAGAA
GATTCTATTA GTAGAGATTT AGTAAGCAAA CCCATAAAAA TTGCTGAAGT TCAAACTGAA
AAGAATATAT TTTTAACAGA AAATAAGGCA GATAATTTAG ATTTTGTCAT CTCTAAGTTT
CTAAATCAAT TATTAGGTAA TGTGAATCTT TATTATATAG ATCCTTCTGA TGAGTCTGTT
GTTAAAGAGT TGCGTCAACT TCGTAAACAA ATGGCTGATT TTTGGATAAA TTTAGAACCA
CAAAAGCTAG AAAATTTTTA CTTAGGTGAG ATGGGTAAAG CTTATCAAGC ATTACTTAAT
AGTGAGATTC AAAATCAATC TTTAATAGAA AGTGAACAGG AATTTTTACA ACAGTTAGCT
ACCCAACTTT CTCAAGGAAT AGAAGCGCCG AAAGCTATAA ATTATTTACT AGCCGCAATT
TTATATTGTC GTCCAGAACA ATTACGAATT GAGGATGCAA CTAAGTTACC TCAATGGTTA
CTTTCAGACT ATCAAAAGTT TATTGGAAAC TGA
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| Protein sequence | MTQFQLTTPV VIIIFNRPDT TEKVFQRIRQ VKPPQLLVIA DAPRPDKPGE VEKCIAARKI
VDLVDWKCEV LTNYAEVNLG CRERIYSGLN WAFSLVESAI ILEDDCVPHL TFFRFCQELL
DIYQDNNKVM AISGDNFQFG NNSIEYSYYF SRYPHCWGWA TWRRAWKNYD NQMQLWPKLR
DSKWLENILQ NSHAVQYWSK IFQNNYQGFN SWAYAWIFAS WNHHSLIILP KVNLVSNIGF
GEEATHTLSI NKFANMSTEE MIFPLNHPPS IIRNIEADEF TEKTMFSGSL QLQNVHCKVC
GSISCKFDDA KVLNKYNVEY FQCSNCGFVQ TENPYWLAEA YKEAIASSDV GLVSRNQNFS
LITENLILNL FNTNSKFLDY GCGYGLFVRM MRDLGLDFYG YDKYCQNIFY QGWEGEINKQ
QKYEIITAFE VFEHFINPLA EIENILQHTR NILFSTKLLP PNNPHPNDWW YYALEEGQHI
SIYTTKALSV IGQKFKLNLY SDGESLHLLT EKSLSHSEFQ NIFKVARYKP ENRKKTLTQL
DHEKVTEKKK KNQQQLDLKL LIDGVFFQIN NTGIARVWKS LLEVWSKDSF AKNILVLDRA
KTAPKIPGIN YRSVPGYNYG KIDADRQMLQ TICDEENADI FISTYYTTPI LTPSVFMAYD
MIPEVLAKNL NNPSWQEKHR SIRQAISYVA ISENTARDLI KYFPQIPANY IRVAPCGIEA
KFSRTTPQEV ASFKSKYHIN KPYFLIVGER IGWLGYKNTI LFFQAFSKLK KSTEFDIVCI
GGNRKLEPEL SKYISGSKIH LLQLSDQELK SAYSAAIALV YPSKYEGFGL PILEAMACGC
PVITCKNSSI PEVAGTAALY INDNDINSLV NALGEVQKSE VQQKLITAGL AQAQKFSWSQ
MAKIMSDVFI QTFNQIKAKR LSTMEDRKNL GEIQFKINHG QLEMQRHFWN VNSLDEAMFG
RVLAYNGMDT LSPEEKKQAW EKSIENWVPQ IMEGIPTKPE WKVLEIGCGV GRLIKYLRAK
FARVDGVDIS ENMIQFARQY LADGKQNGEV YVNNGYDLQQ LPDENYDFVF STIVFQHIRS
ISIVKNYFRE IFRVLKMGGY FRIQVHDYSA ESLGKFDEEG AKDQQYYFSG NAYTEEQLKD
LLIAAGFNLV SLKSAKPWIW ATARREQQVE VGVEKIPQIV TLKNNQMGIE YPEINRLSYN
KDRPFWSVMI PTYKKVKYLE QTLKSVLQQA PPPEEMQIEV VNDCPDYKIQ AEIEAIVRKV
GGERINCYRH FPQDIGQAPI FNICLQRAKG YWVHLLHDDD FVLPGFYEKL RRGIEKNTTL
GAAFCRHYYI DENDHKKYLS VLERDTPGVI EKFIEKITVE QRIQVVGMVV KREVYEHLGG
FCSQAASAAD WEIWKRIAAF YPIWFEPEIL ACFRLHSSSE TSRLMQSGGN IENARKAIEI
TQTYLPRNMA AELSNQAREH YGIEAMKMAA SMLKIGNNNG AIAQMREGLK CSNSSSVINL
LVSILINAET EAETSLIQAT SQHLLSLEPQ LIESKKTPHK VETNLLPSLA EINKEIELYK
QNQLDKSALV KLQEIRKKIA YFWLSIDTLE NLKIAYLGDF CQIHKALLTS SITDESLTET
EKKIVTQIKA NIVKGFKEPL DIKYLLAGML YQRADQLEVK YEKAPIPKWF AIDYLNFMFA
SPQVFQEIGE TDNYYHFMTG WLSYVHNNIS INSESELWQA IARIFVENAN WIPLYFTTRP
NLKNLYIKRA EIIEFALKKL GLELNYTMPP YQFNRSKIRL GIIKDHYTPQ TETYSLLPVF
EHLDRSKFEI FLYAIKSNGH PLEQYCQSRA DKFLQLPNEL KNQVQTIRDD NLDILFFGSN
ITATIKNSTL LATHRLARVQ VTSINSPTTT GMASIDYYIS GKLTAPTEMT KEHYTEKLVN
LEGSGLCFQD PIAETLPVVQ PLRSSWGATN ETTIFISGAN FYKIIPEIRE TWAKILRAVP
NSILVLYPFN PNWTNSYPVG SFIQQMRGTL ERHGIHSKRL VVIKPLPSKS DIKKCLELAD
IYLDSFPYGG ATSLLDPLML GLPPVVVEGN ALRFRQGPAL LREINIEDLI ADGEESYINL
AVKLATNSEW RQQKRQEIKE KMQQNPAFLD SRSYSAEIGK LFQELFQKWQ NIHAPKTIES
QDNNSLTSEF INRLVGCVNL YKIDPNDQSL IEELRQIRKQ IANFWLDTNP QKLEIIYQGK
VRQAYLSLLS SGIQNEPQTE KEEKFIKELT DISMGLTNSK SINALLGGML YFLPGKMLVR
DAKNRLPEWL INDYQQVFES REVVQKLEKD FQTKLPHFSE DSISRDLVSK PIKIAEVQTE
KNIFLTENKA DNLDFVISKF LNQLLGNVNL YYIDPSDESV VKELRQLRKQ MADFWINLEP
QKLENFYLGE MGKAYQALLN SEIQNQSLIE SEQEFLQQLA TQLSQGIEAP KAINYLLAAI
LYCRPEQLRI EDATKLPQWL LSDYQKFIGN
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