| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_01210 |
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| Symbol | |
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| ID | 9295725 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | - |
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| Start bp | 292727 |
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| End bp | 300118 |
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| Gene Length | 7392 bp |
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| Protein Length | 2463 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003715008 |
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| Protein GI | 298206829 |
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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 | 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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGGCGAACT TCTATTTTAA AATTCCGGCT TTAAAAACAG CAATCCTTTT ATTTGCTTTA
TTAGGTGCTT ACTCTGTAAC TGCACAAGAA GAAACAGAAC AAGACTCCAC TAGTACGGGA
TACTCCTTAG GAAAAATAGA ACTTTCAGAC CCCAATAGTA TCTTAAACAA ATACACTTAC
GATGTAGATT TAGATCGTTA TGTGTACACT CAAAAACTTG GAGAGTTTAA TATCTCTTAT
CCCTTAATCT TAACGCCAGA TGAGTATCAA CGTTTAATAT TTCAAGAAGA AATGCGAAAG
TATTTCAATG AAAAATCTGA TGCTTTAAGT GGAAAGAAAG AAGGAACGGA AGAAGAACAA
AAAAACTTAC TGCCTAACTT TTATGTAAAC AATAACTTTT TTGAAAGTGT TTTTGGAGGC
AGAGAAATAG AGGTTATCCC AACAGGTACG GTCGAGGTAG ATTTGGGTGT GCTTTATACA
AAACAAGACA ATCCGTCTTT TTCACCAAGA AACAGGAGTA ACCTAACATT CGATTTTGAC
CAACGTATAA GTCTTAGTTT GCTTGGTAAA GTAGGAAAGA GGCTTCAGGT AACAGCAAAT
TATGATACAG AAGCTAGTTT CGATTTTCAA AATCAAATTA AGTTAGAGTA TACTCCAACA
GAAGATGATA TTGTAAGAAA AATTGAGATC GGTAATGTGA GTTTGCCGTT AAACAGTTCT
CTTATACAAG GTGCACAAAG TTTATTTGGA GCAAAGGTTG AAATGCAATT TGGTAAGACG
ACTATTACTG GTGTTTACTC TGAGCAGAAT TCTGAACGTA ACACAGTAAA TGTTGAAGGT
GGTGATGCCG TACAGGATTT CGAAAAGTTT ATCTTAGATT ATGATGAGAA CAAACACTTT
TTCCTTTCCC ATTACTTTAG GGATACATAT GATAGATCTT TAGCAAACTA TCCATTTATA
AACTCAAACG TTCAGATTAC AAGAATACAA GTTTGGGTAA CTAACAGGAC AAACAACACG
CAATCTTTAG TAGATGCAAG GAACATTGTT GCAATACAGG ATATTGGTGA GTCAGATCAA
AATAATATTG GGTTAGATAA CCAGCCAGCA GGTTTCGTTA ATGAAGCGCC AGGCTCTTTT
CCCGATAATG AAAATAACGA CTTTAACCCT TTTGGTATTG GTAATCCTCA ACAACAATCT
ATCTTAAACA ATCAAATTAG AGATGTAGCT ACTATAGGTC AAGGTTTTGG CACCCAAGTT
ACAGAAGGAA GAGATTACGG CGTTTTAGAA AATGCAAGAC AATTACAGAA TAACGAGTAT
ACTATAAATA CTCAATTAGG TTATATATCT CTTAACCAAA GATTGAGTAA TGATGAAATT
TTAGGTGTTG CTTTTCAATA TACAGTTGGC GGCCAGGTAT TTCAAGTTGG TGAATTTGCA
AATGATGGTG TAGAGGCAAC TGCATCTAAC CCAGATACAG ATTTAGATGG TATTTTAGAT
AGTGTAGATG CAGATGTTGA TGGTGATGGG ACTAATGATA ATGGCCAAGA TACAGATGGC
GATGGTATTA ATGACGCAAG TGATGTAGAC CAAACCAATG GTCAAGATGC TAATAATGAT
GGTATAGATG ATGCTGCTTT ACCACCAAAC ATGTCTGCCA TAGTTAACCA GACGCTTGTT
GTAAAAATGC TTAAAAGTCC TATAACTAAT GTTAACGAAC CTATTTGGGA CTTAATGATG
AAAAACATTT ACAGCTTAGA TGCGTTTGAT GTTTCTGCTG AAGATTTTAG ATTCAATATA
TTATATACAG ATCCACAACC ATTAAACTAT ATACAATCTG TAGGTGCAGA TCCGCTTCCA
GATGATGTTG AACAAACAAC ATTATTACGC GTTTTAAACC TTGATAAACT TAATGCCTAC
AATGATCCTG TTTTGGAAGG TGATGGCTTT TTTGATTATG TGCCAGGGTT AACAATAGAT
CCACAAAATG GTAGAATCAT ATTTACAAGT ACAGAACCGT TTGGAGAATA CTTGTTTAAC
AAGCTAAGAT TAAATCCTTC AGAAGATTAT GATGATGAAA TGGATGGCTC TGATAATGAG
TTGCTAACTT ATAACTCTAA CCAAAGAGAA TACGTATTTA AGAAACTTTA TACCACAACT
AAAATACAAG CAGAACAAGA ATCTGCAGAA AAAAATAAAT TCCAACTTAA AGGACGCTAC
AAATCTAGTG GAGTAGACGG TATTCCAATT GGTGGTTTTA ATATACCACA AGGTTCTGTA
ACAGTAACTG CTGGTGGTCG TGTACTTCAA GAAGGAGTAG ATTATGTAGT GAATTACCAA
TTTGGTCGCG TTCAAATACT AGATGAATCT TTACTAGCAT CAGATGTGCC TATTCAGATT
TCAACAGAAA GTAATGCATT ATTCGGACAA CAAACTAAAC GTTTTACTGG ATTAAATGTT
GAACACCGTT TTAATGAAAA CTTCTTAATT GGTGGTACAT ACCTTAATTT AAATGAGAGA
CCAATAACGC AAAAAGCCAA CTATGGTTAT GAACCTATAA ATAATTCAAT TTATGGTTTC
AATATTAATT ACTCTACAGA AGTACCTTGG TTAACACGCT TTGCAAACCA TTTACCTAAT
ATTGATACAG AGGTAGAGTC TAACTTTTCA ATACGTGGAG AGTTCGCTTA TTTACAACCA
GGCTCACCAA GTGGAGACAA TTTTAGAGGA GAAACGGTAA CCTATGTAGA CGATTTTGAA
GCGTCACAAA CCTCTATTTC AATATTAACT CCATTATCTT GGGAATTGTC AAGTGTTCCT
ACAGGACCAA ATGGTTTTGA TGGTGGTTTC GGAAATGGAG ATTTACGTGT AAATGATCGT
CGCGCAAGAA TAAACTGGTA TACAGTAGAT CCTATCTTTT ATAGTAACCA GCGTCCAGAT
GGTGTGTCAG ATGCAGATCT TTCAGATTAT AAAACCCGTC GTGTTTTTAT TGATGAAATC
TTTCCGGAAA CAACTATTGT TCAAGGGCAA CCTCAAGTGT TGTTTCCTAT GGATATTGCA
TTTTATCCAG AAGAGCGTGG TCAATACAAC TATGCAACCG GAGCCAATGG TACAAACACA
TTACCAAACC CAGAACAAAA TTTTGGAGGA ATTACACGCC AAATTACAAA CACAAACTTT
GAACAATCTA ATGTAGAGTA TATAGAATTT TGGTTACTAG ATCCATTTAT TTACGATGAA
AACGCAGGAA GTACTGGTGG TACAATATCA TTTAACTTAG GTAGTATTTC TGAAGATGTA
CTTAAGGATG GAAGAAAACA ATATGAGAAT GGTTTGCCAG AAGATGGCGG TACAGCACAA
ACCCAATCTA CAGCTTTTGG AAAAGTACCA CAAAACCAAT CTTTAGTATA TGCTTTTGAT
ACAGAAGGAC AAGCACGTGT TAATCAAGAT GTAGGTTTTG ATGGTTTAGA TGATGCGGAA
GAAGCTTCAA GATTTGGAGA TTTTGCAGGT CTTGCAGATC CTTCAAACGA TAATTACAAT
TATTTTTTGA ATGCTCAAGG TAGTATTACT GAGCGTTACA GACAATATAA TGGTACACAA
GGAAACTCTC CAACAGATGT GTCTCAGGAT AATAGAGGAA ACACAACGTT CCCAACAGTT
GAAGATGTGA ATCGAGACAA CACGATGAAC ACTATAGACA GCTACTTGCA GTTAAATGTC
CCAATTGCAC CAAACCAGAT GTCTCCAGAT ACAAATGAGT TTGTGACAGA CGTTAGGGAA
TTAGATGTAA ATACAGTTGA TGGAGGTACG TTACCAACAC GTTGGGTGCA GTTTAGAGTG
CCATTGCAAT TTCCGCAAGA TTCAAACGAT CCTTTAAGAG AGGTTGTTGG TGGTATTGGA
GACTTAAGAT CTGTACGTTT CATGAGAATG TTCTTACAGG ACTTTCAAGA AAACATTCAT
TTAAGATTTG CAACATTAGA TTTAGTTAGA GGAGATTACA GAAGGTATAA TGTAGCAATA
CAACCAGATG GTAATAACCC TACAACAGAT GATGCCTTAT TTGAAGTTAC CTCAGTTTCA
GAAGAAATGA CTTCTAATTA TGAGCCGCCA CCAGGTGTAA TTAGAGAAGA GTTTGTAAAC
AATAACCAGT CGGTTTTAGA AGATGAGCAA TCTTTAGCAT TAACTGTTTC AGGATTAAAA
CCTAATGATT CTAGAGCTGT TTATAAAAAC TTCCAGGTAG ATATGAGGCA GTATGAAAAA
CTTCAAATGT TTCTTCATGC AGAGTCTTTA CCAAACGAAA CACCATTGGA GGATGATGAA
ATGGTAGCTT TCATTAGAAT GGGATTAGAT TTTACAGACA ACTTCTATCA AGTTGAGATT
CCATTAAAAG TAACAACACC AAATGCTACA AATGCTGCAG AAATTTGGCC GTCAGAAAAT
GAACTTCAAT TACCATTAGA TTTATTACAA ACTGTAAAGG CTACTGTTTT AGGTAGTGAT
CAATTTGCCC AGACAGATTT AAATTTCTTT AATGAAAATG GAGAAGTATC TTTAGATAAT
GTTTCTGGTG AGCTAAGAGT AGGTATCAAA GGTAACCCGA GTTTTGGTAA CGTTAGGGTT
ATTATGTTAG GTGTAAAAAA TACAAATGAC AATAATTTAG ACGAAACTTC TGGCCAAGTA
TGGTTTAATG AATTAAGGTT ATCTGGTCTT AAAAATGAAG GAGGTTGGGC TGCTGTAGTA
AATATGGATG CCAACGTAGC AGACTTCATG AATGTTTCTG CCACAGGTAG ACGAAGCACT
GTAGGGTTTG GTAGTATAGA GCAAGGCCCT AACCAACGTA GTCGTGAAGA CGTACAAAGT
TATGATGTTA CAACCAATGT AAGTGTAGGG CAATTGTTAC CTAAAAATTG GGGAGTTCAA
ATACCATTTA ATTACACCAG AGGAGAAGAG TTAATTACAC CTCAATACGA TCCAGAATTT
TTAGACCTAG AGTTAGATGA TAGGATAGAT GCTGCTCAAG ATTCTCAAAC AGCAGATGCA
ATTAAAGAGC GTGCAGAAGA TTATACCAGA AGACAAAGTG TAAGTATAAT TGGGTTAAGA
AAAAACAGAG TAGTCTCTAC AGAACCAGGT GCAGAGCCAA AAACACCTAT GCCTTATGAT
ATTGAAAATT TTACCCTTTC TGGCACATAC AATCAAACAG ATCATAGGGA TTTTGAGATA
GAAGAGTCTA TAGATCAAAA TGTAAGGGTA GGCGCCACTT ATGAGTATGC TGTTCCAGAA
GTTACAATAG AGCCATTTAA GAAAATTGCT GTTTTAGATA GCAGTGCTTA CTTTAAGCCA
ATTAAAGATT TTAACTTTAA TCCTTTACCT ACAAGTATTT CTTTAGGATC TAATATACAA
CGACAATATA ACAGACAGCG TTTCAGGTCG TTTTTGGGAG AAGGAAATAT TATTCCGCAA
TTATACCAAC GTAATTATTT GTACGATTGG CAATTTGCAC TTAATTGGAA ACTCTCTAAG
TCTTTAAACT TTAATTATAC TACAGGAAAT AATTTTGTTG TTAGAAATTA TGTGAATGAT
GATCTCACAC AAGATCAAAC TATAGGACTA TGGGATGGTT TCTTTGAAAC AGGAACTCCT
AACATACATA CTCAAAATCT TCAGCTTAAT TATGAGTTGC CTCTAAATAA GATACCATTG
CTGGAGTTTG TGAAGTCTAC GTATAGTTAT GAAAGTTCTT ACCAATGGCA ACGTGGTTCA
GAAATTTTTA ACAACCTACA AGATCAAGGA ATTCCAAGAT TAGGAAATAC TGTTCAAAAC
TCTATGAAGC ACGAGTTAAA CTCGACTTTA GATCTACAAA GACTTTATAA TTATGTAGGT
CTTAAAAAGA AACAGAAAAA AACTAATGCA AGACGAACAT CTACCAATAG GAGAGATTTA
CGACAAGGCC AAACAAGCAC ACCTAGATTA GCTGCTCAAG GCAACCAAGA TAATACGCCT
TCTAATAAAC TAAGTGGCGC AGATAAAGCT ATTAATACAG GAATAGGTCT GCTTACAGCT
GTTAAGAAAT TGCAGGTGTC TTATATCGAG CGTCAAGGTA CATTCTTGCC TGGATATACT
CCAACAGTAG GATTTATAGG TTCTGTAAGA CCAACTGTAG GGTTTACATT AGGTAGCCAA
AGAGATGTGC GCGAAGAAGC AGCAAGACGT GGTTGGCTTA CATTATACGA CCAGTTTAAT
CAGCAATATC AAGAAGTTGA AAATAGAGAG CTAAATATTC AGGCTACAGT AGATTTATTG
CCAGATCTAA AAATAGACTT AAACGCTGCC AGAAATTATT CTGAAACTTT TCAAGAAAAC
TATAGGGTTA CTGGAAGTGG CATTGGAGAT TATCAATACA ATTCCCTTAC GCCAAATACC
TTCGGAAACT TTAGTATATC AACAGTATTA ATTGCCACAG CATTTTCACA AAGTGACCAA
GATTCATCTG AAGCATTTGA TACTTTTAGA GAAAACCGAT TAGTTGTAGC AAGACGATTA
GCAGCACAAA ATGGTCAAGA CCCTACAGAT GTAGATGAGA ATGGTTTCCC AAGTGGTTAT
GGTAGAGGTA ATCAAGCTGT TCTACTACCA GCATTCTTGT CGGCTTATTC TGGTAAAGAT
GTAAATAGTG TAAGTTTAGG TGCATTTAGA GATACGCCAC TTCCAAACTG GACAATTAAG
TATACTGGCC TTATGCGATT AAAATGGTTT AAGGATAACT TTAAACGTTT TTCATTAAAT
CACGCGTACA ATTCTGTTTA TACTTTGAGT CAATTCCAGA CTAATATAGA TTTTGATACA
AATAATCCAT TTGGAGATAA TAATCGTGAC CAAGCCGGAA ACTTTAAGAA CAGGACATTA
TTTTCTAATG TGAATATTAC AGAAGCATTT AGTCCACTTG TCAAGATAGA TATGGAAACA
AATAACTCTA TCAAGATTTT AGCAGAAATT AGAAAAGATA GAGCACTATC ATTAAGTTTT
GATAACAATC TTCTTACAGA AATTAGCGGA AACGAATATA TTGTAGGACT AGGTTACAGA
ATTAAAGATT TAAAAATAGC TACTAGAGTT GCCGGTAAAC GCCGTATACT AAGTAGTGAC
CTTAACTTTA AGGCAGATAT TTCATACAGA CGTAATAAGA CTATTATACG ATACTTAGAT
TTAGATAATA GCCAAACAAC AGCTGGTCAA AACATCTGGA CTATTAATTT TACAACAGAC
TATGCGCTTA CTAAGAATTT AACAGCATTG TTCTATTACG ATCATAGTTT TTCTACCTAT
GAAATTTCTA CTGCATTTCC GCAGACAACA ATTAGAGGTG GTATAACTTT GCGTTACAAT
TTTGGAAACT AA
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| Protein sequence | MANFYFKIPA LKTAILLFAL LGAYSVTAQE ETEQDSTSTG YSLGKIELSD PNSILNKYTY
DVDLDRYVYT QKLGEFNISY PLILTPDEYQ RLIFQEEMRK YFNEKSDALS GKKEGTEEEQ
KNLLPNFYVN NNFFESVFGG REIEVIPTGT VEVDLGVLYT KQDNPSFSPR NRSNLTFDFD
QRISLSLLGK VGKRLQVTAN YDTEASFDFQ NQIKLEYTPT EDDIVRKIEI GNVSLPLNSS
LIQGAQSLFG AKVEMQFGKT TITGVYSEQN SERNTVNVEG GDAVQDFEKF ILDYDENKHF
FLSHYFRDTY DRSLANYPFI NSNVQITRIQ VWVTNRTNNT QSLVDARNIV AIQDIGESDQ
NNIGLDNQPA GFVNEAPGSF PDNENNDFNP FGIGNPQQQS ILNNQIRDVA TIGQGFGTQV
TEGRDYGVLE NARQLQNNEY TINTQLGYIS LNQRLSNDEI LGVAFQYTVG GQVFQVGEFA
NDGVEATASN PDTDLDGILD SVDADVDGDG TNDNGQDTDG DGINDASDVD QTNGQDANND
GIDDAALPPN MSAIVNQTLV VKMLKSPITN VNEPIWDLMM KNIYSLDAFD VSAEDFRFNI
LYTDPQPLNY IQSVGADPLP DDVEQTTLLR VLNLDKLNAY NDPVLEGDGF FDYVPGLTID
PQNGRIIFTS TEPFGEYLFN KLRLNPSEDY DDEMDGSDNE LLTYNSNQRE YVFKKLYTTT
KIQAEQESAE KNKFQLKGRY KSSGVDGIPI GGFNIPQGSV TVTAGGRVLQ EGVDYVVNYQ
FGRVQILDES LLASDVPIQI STESNALFGQ QTKRFTGLNV EHRFNENFLI GGTYLNLNER
PITQKANYGY EPINNSIYGF NINYSTEVPW LTRFANHLPN IDTEVESNFS IRGEFAYLQP
GSPSGDNFRG ETVTYVDDFE ASQTSISILT PLSWELSSVP TGPNGFDGGF GNGDLRVNDR
RARINWYTVD PIFYSNQRPD GVSDADLSDY KTRRVFIDEI FPETTIVQGQ PQVLFPMDIA
FYPEERGQYN YATGANGTNT LPNPEQNFGG ITRQITNTNF EQSNVEYIEF WLLDPFIYDE
NAGSTGGTIS FNLGSISEDV LKDGRKQYEN GLPEDGGTAQ TQSTAFGKVP QNQSLVYAFD
TEGQARVNQD VGFDGLDDAE EASRFGDFAG LADPSNDNYN YFLNAQGSIT ERYRQYNGTQ
GNSPTDVSQD NRGNTTFPTV EDVNRDNTMN TIDSYLQLNV PIAPNQMSPD TNEFVTDVRE
LDVNTVDGGT LPTRWVQFRV PLQFPQDSND PLREVVGGIG DLRSVRFMRM FLQDFQENIH
LRFATLDLVR GDYRRYNVAI QPDGNNPTTD DALFEVTSVS EEMTSNYEPP PGVIREEFVN
NNQSVLEDEQ SLALTVSGLK PNDSRAVYKN FQVDMRQYEK LQMFLHAESL PNETPLEDDE
MVAFIRMGLD FTDNFYQVEI PLKVTTPNAT NAAEIWPSEN ELQLPLDLLQ TVKATVLGSD
QFAQTDLNFF NENGEVSLDN VSGELRVGIK GNPSFGNVRV IMLGVKNTND NNLDETSGQV
WFNELRLSGL KNEGGWAAVV NMDANVADFM NVSATGRRST VGFGSIEQGP NQRSREDVQS
YDVTTNVSVG QLLPKNWGVQ IPFNYTRGEE LITPQYDPEF LDLELDDRID AAQDSQTADA
IKERAEDYTR RQSVSIIGLR KNRVVSTEPG AEPKTPMPYD IENFTLSGTY NQTDHRDFEI
EESIDQNVRV GATYEYAVPE VTIEPFKKIA VLDSSAYFKP IKDFNFNPLP TSISLGSNIQ
RQYNRQRFRS FLGEGNIIPQ LYQRNYLYDW QFALNWKLSK SLNFNYTTGN NFVVRNYVND
DLTQDQTIGL WDGFFETGTP NIHTQNLQLN YELPLNKIPL LEFVKSTYSY ESSYQWQRGS
EIFNNLQDQG IPRLGNTVQN SMKHELNSTL DLQRLYNYVG LKKKQKKTNA RRTSTNRRDL
RQGQTSTPRL AAQGNQDNTP SNKLSGADKA INTGIGLLTA VKKLQVSYIE RQGTFLPGYT
PTVGFIGSVR PTVGFTLGSQ RDVREEAARR GWLTLYDQFN QQYQEVENRE LNIQATVDLL
PDLKIDLNAA RNYSETFQEN YRVTGSGIGD YQYNSLTPNT FGNFSISTVL IATAFSQSDQ
DSSEAFDTFR ENRLVVARRL AAQNGQDPTD VDENGFPSGY GRGNQAVLLP AFLSAYSGKD
VNSVSLGAFR DTPLPNWTIK YTGLMRLKWF KDNFKRFSLN HAYNSVYTLS QFQTNIDFDT
NNPFGDNNRD QAGNFKNRTL FSNVNITEAF SPLVKIDMET NNSIKILAEI RKDRALSLSF
DNNLLTEISG NEYIVGLGYR IKDLKIATRV AGKRRILSSD LNFKADISYR RNKTIIRYLD
LDNSQTTAGQ NIWTINFTTD YALTKNLTAL FYYDHSFSTY EISTAFPQTT IRGGITLRYN
FGN
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