| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_C0009 |
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| Symbol | |
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| ID | 3677774 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007412 |
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| Strand | - |
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| Start bp | 18349 |
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| End bp | 26724 |
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| Gene Length | 8376 bp |
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| Protein Length | 2791 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637715093 |
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| Product | amino acid adenylation |
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| Protein accession | YP_320287 |
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| Protein GI | 75812670 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II
[COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.0712365 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATAAGA ACCTTTCGCA GAAATCAGTA GAATTTGTGA ATTTGCTGGA AATTATCCGT
TGGCGATCGC AAAAGCAACC TCAGCAACAA GCCTACTGTT TTCTACTGGA TGGAGAGGTT
GAAGTCCAAT CATTAACTTA TGGGGAATTA GACAATCAAG CTCAGAGAAT TGCTGGTTTA
TTACAAGCTT TTGGAGTCAA AAAAGGCGAA CGGGTTTTAC TCCTATATCC ACCAGGTTTA
GAATTTATCA CGGCATTTTT TGGCTGTTTA TATGCAGGAG CGATCGCAGT TCCGGCTTAT
CCACCGCGTG CGAATCAATC CTTATCTCGG CTGAGTGTGA TCGCTACTGA TGCAGATTCA
ACAGTCGCAC TGACTACAAC AACCGTCTTG TCCTACTTAC AGCAGCATCC AACATTCAAC
GTTCTGCGGT TGCTAACCAC AGATAACATG ATGGCTGATG ACTGGACAAA TTTATGGCGA
CAGCCAGTTA TAGATAGGGA CACCCTGGCC TTTTTACAAT ACACTTCCGG CTCTACAGGT
ACACCAAAAG GCGTAATGGT GAGTCATGGA AACTTACTGC ATAACCAGTT GTTGATTAAA
CAGGCGATGC AGCACACCAC AGCAACCATC TTTGTGGGTT GGCTACCACT GTTTCATGAC
ATGGGTTTAG TGGGGAATAT GCTCCAGCCT CTATATTTGG GGATACCTTG CATTCTCATG
TCTCCAGTGG CATTTTTACA AAAACCTGTG CGCTGGCTAC AAGCAATTTC TCAGTATCGC
GCCACAACTA GCGGCGGCCC TAATTTTGCT TATGATTTGT GCGTGCGGAA AATTACAGCC
GAACAACGAG CTACCTTAGA TTTGAGTAGC TGGGAAGTAG CTTTTAACGG TGCAGAACCA
GTTCGCCAAG CAACACTAGA AAAATTTGCT GTTACCTTTG GTGAATGTGG CTTTCGCCGC
GAAGCATTTT ATCCCTGTTA CGGAATGGCA GAAACCACAT TGATTGTTTC TGGAGGCTGT
AAAACAACTC CACCAGTATT ACAGCCAGTC CAATCAGATG CTCTAGCGCA AAATCAGATA
GTTCCAGCTA AAGCGGGAGA AATCGGCACA CAGATATTGG TAGGTTGTGG TCAACCCTTA
GCGGATCTGA AAATTGTCAT TGTCGATCCC CAGACCTTGA GTGCTTGTAG CGATCGCCAA
GTTGGTGAAA TTTGGGTGGC GGGAGCGAGT GTAGCTCAAG GTTATTGGCA TCAGCCAGAG
CAAACAGAGT CCACCTTTAA AGCTTATACA AAGGACACCA AAGAAGGGCC GTTTTTGCGT
ACAGGAGACT TGGGATTTTT ACAGGATGGT GAACTATTTA TCACAGGTCG TTTGAAGGAT
CTGATTATTA TTCGGGGCAG AAACTATTAT CCTCAAGACA TTGAAAATAC AGTCCAGCAG
AGCCATCCAG CTTTAGAACC TCACGGTGGG GCAGCATTTA GTATTGATGT GGATGGGGAA
GAAAGACTGG TGATTGCTCA AGAAGTCCAA CGCAGTCACA TACGAAAGTT GGATATAGAC
GAGGTAATTG CCACAATCCG TGCGGCTGTC GCGGTCAATC ATGAAATACA ACTGTATGGG
GTACTGCTGC TCAAACCAGG GAGCATTTTG AGGACTTCTA GTGGGAAAAT TCAGCGTTAT
GCTTGTCGGG CGAAATTTTT AGCAGGAAGT TGGGAGACTA TTGCCAGTAG CATTTTAGAA
GGTATGGAAA CTGGGGTAAG TGTAGCGGAT GAAATTATCT CAGAACAGCC ACAGCTAATA
TCGTACTTGC AACAGCAAGT TGCTCAAATT CTGAAAGTGG AATTATCGCA AATTCAACCA
CAACAGCCTT TAAGCACTTG CGGTATAGAT TCTCTCATGG CCATTGAACT CCAGCACACC
GTTGAGACGA AATTCGGTGT AGTTTTGGCA GTTAAAGACT TTTTGGCAGA TGTAAGTATT
AATCAATTAG CAACGGTAAT ACTCGACAAA TTAAGCTCCC ATACAATTGA CGAACCAGTA
CAAAATTCTC ACTCGTCTGA GTATTCCCTT ACTTACGGTC AGCAAGCTCT TTACTTTTTA
CAACAACTAG CACCAGAAAA TTATGCTTAC AACATTGCTA GGGCGGCGCG GATTTATGGT
GATTTAAATA TTGCCGCATT CCACCGAGCA TGGCAAATTT TAGTTGACCG TCATCCGGCT
TTGCGTACCA GTTTCATCAC TATTGATGGA CAACCAAGAC AAAGAGTTTG TCAACAAGTA
GAAGTTTGTT GGCTACAACA AGATGCGACA ACATGGGATG AGACATACTT AAGCGATCGC
TTATTAGAAA TAGCATACCG TCCCTTCAAT TTAGAGCAAG ATCCGTTGAT GCGGTTGAGT
TTATTTACTC GCTCATCTCA AGAACATATC TTGCTGCTAG TTGTTCACCA CATCATTGCT
GACTTTTGGA GTCTGACGAT ATTAGTAGAT GAGTTGGGAA AACTTTACCA AGCCGAAAAT
CTTCCCCTCA TAACCTGCCA ATATGCTGAC TATGTAAGCA CTACAGCCAA AATGATCGCT
AGTTCTCAAG GAGAAAAACT GCAAGCTTAC TGGGAACAGC AACTAGCAGG AGAACTACCA
GTGCTGAATG TGCCTGCTGA CCGGATGCGG CCGCCCATGC AAACCTATAG AGGTGATAGT
ATAAGTTGGC AACTGGGTCA AGAACTAACA AATAAACTGC AAAACTTCAG CCAACAGCAT
CAAGTCACGC TGTATATGAC TATGTTGGCA GTTTTTCAAG TCTTGCTGTA TCGCTATACA
GGCCAAGAGG ATTTGTTAGT CGGTTCGCCA ACCACAGGGA GAAGTCGGGC TGATTTTGCT
GGGTTGGTAG GTTATTTTGT CAATCCGATA GTATTGCGGG CAAATTTCGC TGAAAATCCA
ACATTTGAGC AGTTTTTACA ACAAGTGCGA TCGCTGGTTT TGGATGCGTT AACTCACCAA
GATTATCCCT TTGCACGGCT AGTTGAGCAA CTACAGCCCA CACGCGATCC CAGTCGCTCA
CCTATATTTC AAGTGATGTT TGTCTTTCAG AAAGCACACT TGTTGAATAA CGAAGGATTA
GGCGGCTTTG CTTTAGGGGA AGCTGGTGCA AGACTAAAAT TAGGGGAACT AGAGTTAGAG
TCTTTACCAC TGTCCAAGCG AATAGCTCAG TTTGACCTTA CCTTAGCGAT CTCCCAAGTC
AATGGTGTAC TATCGACTTC TTGGGAATAC AATGCAGATT TATTTGATGC AGCCACTATT
ACCCGCATGG CTGGGCATTT TCAGACATTA CTAGAAAGTA TCATTGTTGA ACCTAGCCAG
CCCGTGGGTA TGCTGCCAAT GCTGACTCAG CAAGAACAGC AGCAATTACT ATTAGAGTGG
AATGCTACTC AGAAAGATTA CGACAGTATT TGTTTACATC AGCAATTTGT CACTCAAGTC
GAGAAGACAC CAGACGCGGT AGCAGTAGTT TTTGAGCAGG AAGAAATTAC TTACAAACAA
TTGAATCAAC AGGCTAACCA ACTAGCACAT TATCTGCAAG GTTTGGGAGT CAAAAAAGAG
GTGTTAGTTG GTGTTTACTT AGAGCGATCG CCCCAGATGG TAGTCAGTAT TTTAGCGATT
CTCAAAGCGG GAGGGGCATA TTTACCTCTA GATCCTAGCT ATCCGCGAGA ACGTCTGGCT
TTTATGCTCC AAGATGCTCA AGTTGCAGTT TTATTGACTC AAGAGAAATT TTTACCCAGT
TTACCCGAAC ATCAAGCAAC GGTGGTTTGT CTGGATAAAG ACAATGAAGT TTGGGCTAGT
GAAACTATTG TCAACCCAGT GAATGAGGTA ACAACTCATA ACCTAGCTTA TGTAATTTAT
ACATCCGGCT CAACTGGCAG ACCAAAAGGG GTAATGAATA CCCATCGCGG AATTTGCAAT
CGCCTAGCTT GGATGCAGGA AACTTACCAA TTGACGATAG TAGATAGAGT GTTACAAAAA
ACACCTTTTA GTTTTGATGT GTCGATTTGG GAATTTTTCT GGCCTTTGAC TACCGGGGCT
TGTTTAGTGA TGGCTCGACC AGGAGGCCAT CAAGATAGTG CTTATTTAGT TAAATTAATA
CAAGAGCAGC AAATTACCAC GATTCATTTT GTACCTTCAA TGCTGCAAGT ATTTTTAGCA
GAACCCAGCG TTGAAGCGTG TAAATGCTTG CGACGGGTAA TTTGTAGCGG GGAAATATTA
CCTGTGCAAC TGCAAGAGCA TTTTTTTACG CGCTTGGATG CAGAATTGCA TAATTTGTAT
GGCCCCACAG AAGCCGCAAT TGATGTTACA TTTTGGGCTT GCAATCGCCA TTCTGATAAA
AATATTGTCC CCATAGGACG AGCGATCGCC AACACGCAAA TCTATATACT AGATAAGCAT
TTACAACCAG TTCCTATTGG TGTTCCAGGA GAACTACACA TTGGCGGAGT AGGTGTAGCT
AGGGGTTATC TCAACCAACC ACAACTCACA GCCGAGAAAT TTATTGTCAA TCCTTTCAGT
AACAACTCAA ATAATCGCCT GTACAAAACT GGTGACTTAG CACGCTACCA TACAGACGGT
AGTATTGAGT ATCTAGGAAG ACTAGATGAC CAAGTTAAGT TGCGTGGTTT CCGCATAGAA
TTGACAGAAA TTGAGTCAGT TTTGACGCAA CATCCAGATG TGCGGAAAGC CGTTGTTGTG
ATGCGGGAAA CATCGGCTGT AAAACGTCAA GTTGTGCTGA ATCCTCCAGA AAATAACTCA
GAAATTACGG ATTTACGAAA CTTCCTCAAA GGGGAATTAA CCGAAGAACT GCTAGTTGAA
TCAACAACAA AGCAACTCAT CGCCTATTGT GTTTGTCGTC ATCAACCTGC ACCCAATATT
ACTAAATTAC GCCGCTTCTT AGGTGAAAAA CTACCTGATT ACATGATTCC GGCGACGTTC
ATCATGCTTG ATGCACTTCC TGTCACCGCA AATGGCAAAT TAGATAAAAA ATCTCTACCA
AATCCCGGTC AAGGTAGACC TAATTTAGAA AAATCTTTCG TCCCTCCTCA CACTCTACAT
GAAAAGATAT TGGCGCAAAT CTGGAGCGAA GTTTTGGGAA TTGAACAAGT GGGGATTCAC
GATAACTTCT TTGAATTGGG AGGAGATTCT ATCCGCAGTA TTCAAGTTGT AGCGAAAGCC
CAGGAAAGAG GTTTAAGCTT CTCTGTAGCG CAGGTTTTTC AACATCAAAC TATCTACAAT
TTATTAACAG CTATTTCCCT AAATCAACTA GATAGTTTAT TAACCGAGAA AACCGCAGCT
TTTAGCTTAA TATCAGCCAT TGAAAGAGAT AAACTGCCCA ATAATATAGA AGATGCTTAT
CCGTTAACCA GAGTTCAAAC TGGCATCATT TTTCATAGCC AGTACAACTT GGAATCCTTG
ATGTATCATG ACATTTTTCA ATATCATCTG CGGGTTCGTT TTGACTTAGA TTTATTACAA
ATGGCGATAG AACAGCTTGT AACTCGCCAT CCAATTTTGC GTACCTCCTT TGATTTAATT
AACTTTGATG AGCCTCTGCA ACTCGTTCAT CAAAGTGCGT GTATACCAGT AGTTGTAGAG
AATTTGCGCT CATTATTACC AGCAGCACAA ATACAGGTAA TTACATCTTG GATTGAAATT
GAAAAACATC AGCGTTTTGA CTTGTCTTGT CCACCACTGA TGCGCCTATT TATTCATCGT
TTGACAGATG AAACCTTCTG TCTCACTTTA AGTTGGCATA ACTCAATTTT AGATGGCTGG
AGTAATGCTT CTCTCTTAAC AGAATTGTTA CAGCGTTATC ATACTCTGTT GAATGGAGAA
GAAAATCAGA TAGAATCAGC TTTGACAATT TCCTACCGGG ATTTTGTCGC TGTCGAAAGT
CAGATTTTAC AATCTCCAGA ATATCAAAAC TATTGGCAGC AAAAATTACA AGGATTGGTG
ATTAAGCCAA TCCCTCGTTG GGATAAAAAT AACGCAAAAA AAAATGTCCA AGTTGGTGTG
TTAGATGTAC CGATTTCGCC TCAAGTTTCT CATGGACTCA AGCAACTAGC GCGACTCGCC
GAAGTTCCTT TAAAAAATGT CTTGTTAGCT GCACATTTGA AAGTGATGAG TTTATTAATT
AACGATGAGG ATGTGTTAAC AGGATTAGAA TCTAACAGTC GGTTAGAGGA AGCTGACGGA
GAAAAAACTC TCGGAACTTT TATTAATACC ATCCCTCTAC GACTACAACT AGAAGCAGGA
ACTTGGATTG AATTAGTACA GCAAGCTTTT GCAGCCGAAC AAGAGTTATT ACCCTACAGA
CACTATCCCT ATTCAGAGTT GCAAAAATTT GGCAATCGCC AGCCACTCCA ACCTTTATTA
GAAACAGTGT TTAATTATAC ACACTTTCAT GTTTATCAAC GTCTGCAAGA TTTATCAGGG
TTAGAAATTA TTGGGGGTCA AGGTTTTGGT GAAAGTAACT TTACCTTGAG AGTAGAGTTT
AATCGCAACC ATATTACTGA CCACATCCAA CTTGACTTAG AGTGCAAAAT TGCAGAAATT
AGCAGCACTC AATTAGCCGC CATTGGTAGC TATTACAGCG AAACCTTGAT AGCAATGGCT
ACACAGCCAT TTAACCGCCA TGAAGAACAA TGTTTGCTAA GTACCGCACA ACAGCAACAA
ATACTAGTAG AGTGGAATGA AACTGCGATC GCCTATCCTG AAAACTTGTG TATTCATCAA
CAATTTGAGG CGCAAGTTGT ACGTAACCCC GATGCGATCG CCCTAGTATA TGAAAATGAA
CAACTCACCT ACCAAGAACT CAACCGACGA GCTAATTTAC TAGCAAATCA CTTACAGCGT
CTCGGAGTTT GTGCGGATAC GCTAGTAGCT ATTTGTGTTG AGCGTTCTTT AGAGGCGATC
GTGGGAATAT TGGGAATCCT CAAAGCCGGA GGAGCTTATT TACCACTCGA CCCCACTTAT
CCTTCAGAGC ATCTCGCCTT TATATTAAAA GATACTCAGG TATCATTGCT ATTAACTCAA
TCCCAACTAT TGCCAAAAAT ACCAAACAAT AAAGCACAAA CTCTCTGCTT GGATTCTGAA
TGGGATATTA TCGCCAACAA TAGTGATGAC AATCCCAGTT GTAGAACAAC AAAAGAGAAT
CTCGCCTATG TAATCTACAC CTCCGGTTCT ACAGGTAATC CCAAGGGAGT GTTAATTACT
CACCAAAACT TAGTCCACTC CACCAACGCC CGTATAGCCT ACTATCAAAC ACCAATTAGC
AGCTTTTTAT TAATTCCATC CTTTGCTTTT GATAGTTCTG TTGCCGTTAT TTTTTGGACA
TTATGCCAAG GTGGTAAATT AATTTTAATT AAAGATGGTT GGCAACGAGA TATTTGGCAG
TTAGCGCAAC TAATTGAGCA ACATCAAATC ACACATTGGT TGAGTGTACC TTCACTGTAT
AACTCCCTGT TAGCGCATAT AGAAAAGCAG CAATTAATAT CGCTACAAAC TATAATTGTA
GCGGGAGAAA CCTGTAGCAT TGAGTTAGTC AAAAATCATC AAAAATTACT ACCAAATACA
TCCCTATTCA ACGAATACGG CCCAACAGAA ACCACCGTTT GGAGTAGTGT TTATAACTGT
TCTCACCACG ATTTAAACAA CAATTCTATT CCTATTGGTC GTCCCATTAG CAATACCCAA
ATTTATATAC TCAACTCTCA TCTCCAACCA GTACCAATCG GAACACCTGG GGAAATCTAC
ATTGGTGGTT TTGGTGTAAG TAAAGGATAT CTCAACCGTC CAGAATTAAC CATTGAAAAA
TTCATTCCTG ACCCTTTTAG TAAACAACCA AACGCACGCC TATATAAAAC CGGAGATCAA
GCACGTTATC TCAGTAATGG CAACATTGAG TTTATCGGAC GTATAGATCA TCAAATTAAA
CTTAGAGGAT ATCGTATTGA ACTAGGGGAA ATTGAAGCAG TATTACAACA GCACCCTCAA
GTTAAACAAG CAATCGTGAT AGCGAGAAAT AGCGACTCAG AAAATCAGCA GTTGGTAGCT
TATATTGTCC CATCTCAAAC ACAAGATTCT TTAACTAATG AACTACGTTC TTTCTTACAA
ACCAAACTAC CAAATTACAT GATTCCCTCA GTCATCCTGC AAATAGATAC ACTCCCACTA
ACCCCCAACG GTAAAATTGA CCGCCAAAAA CTACCCACAC CAGAGCAATT ACAACCCAAC
AACGAACTTT TAACTGAACT TCTCAAAAAA CTCAATTCAC TTTCAGAAAC CGAAGTAAAA
ACCCTACTTT CTCAAAAAAA TCATCAACCT AATTAA
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| Protein sequence | MDKNLSQKSV EFVNLLEIIR WRSQKQPQQQ AYCFLLDGEV EVQSLTYGEL DNQAQRIAGL
LQAFGVKKGE RVLLLYPPGL EFITAFFGCL YAGAIAVPAY PPRANQSLSR LSVIATDADS
TVALTTTTVL SYLQQHPTFN VLRLLTTDNM MADDWTNLWR QPVIDRDTLA FLQYTSGSTG
TPKGVMVSHG NLLHNQLLIK QAMQHTTATI FVGWLPLFHD MGLVGNMLQP LYLGIPCILM
SPVAFLQKPV RWLQAISQYR ATTSGGPNFA YDLCVRKITA EQRATLDLSS WEVAFNGAEP
VRQATLEKFA VTFGECGFRR EAFYPCYGMA ETTLIVSGGC KTTPPVLQPV QSDALAQNQI
VPAKAGEIGT QILVGCGQPL ADLKIVIVDP QTLSACSDRQ VGEIWVAGAS VAQGYWHQPE
QTESTFKAYT KDTKEGPFLR TGDLGFLQDG ELFITGRLKD LIIIRGRNYY PQDIENTVQQ
SHPALEPHGG AAFSIDVDGE ERLVIAQEVQ RSHIRKLDID EVIATIRAAV AVNHEIQLYG
VLLLKPGSIL RTSSGKIQRY ACRAKFLAGS WETIASSILE GMETGVSVAD EIISEQPQLI
SYLQQQVAQI LKVELSQIQP QQPLSTCGID SLMAIELQHT VETKFGVVLA VKDFLADVSI
NQLATVILDK LSSHTIDEPV QNSHSSEYSL TYGQQALYFL QQLAPENYAY NIARAARIYG
DLNIAAFHRA WQILVDRHPA LRTSFITIDG QPRQRVCQQV EVCWLQQDAT TWDETYLSDR
LLEIAYRPFN LEQDPLMRLS LFTRSSQEHI LLLVVHHIIA DFWSLTILVD ELGKLYQAEN
LPLITCQYAD YVSTTAKMIA SSQGEKLQAY WEQQLAGELP VLNVPADRMR PPMQTYRGDS
ISWQLGQELT NKLQNFSQQH QVTLYMTMLA VFQVLLYRYT GQEDLLVGSP TTGRSRADFA
GLVGYFVNPI VLRANFAENP TFEQFLQQVR SLVLDALTHQ DYPFARLVEQ LQPTRDPSRS
PIFQVMFVFQ KAHLLNNEGL GGFALGEAGA RLKLGELELE SLPLSKRIAQ FDLTLAISQV
NGVLSTSWEY NADLFDAATI TRMAGHFQTL LESIIVEPSQ PVGMLPMLTQ QEQQQLLLEW
NATQKDYDSI CLHQQFVTQV EKTPDAVAVV FEQEEITYKQ LNQQANQLAH YLQGLGVKKE
VLVGVYLERS PQMVVSILAI LKAGGAYLPL DPSYPRERLA FMLQDAQVAV LLTQEKFLPS
LPEHQATVVC LDKDNEVWAS ETIVNPVNEV TTHNLAYVIY TSGSTGRPKG VMNTHRGICN
RLAWMQETYQ LTIVDRVLQK TPFSFDVSIW EFFWPLTTGA CLVMARPGGH QDSAYLVKLI
QEQQITTIHF VPSMLQVFLA EPSVEACKCL RRVICSGEIL PVQLQEHFFT RLDAELHNLY
GPTEAAIDVT FWACNRHSDK NIVPIGRAIA NTQIYILDKH LQPVPIGVPG ELHIGGVGVA
RGYLNQPQLT AEKFIVNPFS NNSNNRLYKT GDLARYHTDG SIEYLGRLDD QVKLRGFRIE
LTEIESVLTQ HPDVRKAVVV MRETSAVKRQ VVLNPPENNS EITDLRNFLK GELTEELLVE
STTKQLIAYC VCRHQPAPNI TKLRRFLGEK LPDYMIPATF IMLDALPVTA NGKLDKKSLP
NPGQGRPNLE KSFVPPHTLH EKILAQIWSE VLGIEQVGIH DNFFELGGDS IRSIQVVAKA
QERGLSFSVA QVFQHQTIYN LLTAISLNQL DSLLTEKTAA FSLISAIERD KLPNNIEDAY
PLTRVQTGII FHSQYNLESL MYHDIFQYHL RVRFDLDLLQ MAIEQLVTRH PILRTSFDLI
NFDEPLQLVH QSACIPVVVE NLRSLLPAAQ IQVITSWIEI EKHQRFDLSC PPLMRLFIHR
LTDETFCLTL SWHNSILDGW SNASLLTELL QRYHTLLNGE ENQIESALTI SYRDFVAVES
QILQSPEYQN YWQQKLQGLV IKPIPRWDKN NAKKNVQVGV LDVPISPQVS HGLKQLARLA
EVPLKNVLLA AHLKVMSLLI NDEDVLTGLE SNSRLEEADG EKTLGTFINT IPLRLQLEAG
TWIELVQQAF AAEQELLPYR HYPYSELQKF GNRQPLQPLL ETVFNYTHFH VYQRLQDLSG
LEIIGGQGFG ESNFTLRVEF NRNHITDHIQ LDLECKIAEI SSTQLAAIGS YYSETLIAMA
TQPFNRHEEQ CLLSTAQQQQ ILVEWNETAI AYPENLCIHQ QFEAQVVRNP DAIALVYENE
QLTYQELNRR ANLLANHLQR LGVCADTLVA ICVERSLEAI VGILGILKAG GAYLPLDPTY
PSEHLAFILK DTQVSLLLTQ SQLLPKIPNN KAQTLCLDSE WDIIANNSDD NPSCRTTKEN
LAYVIYTSGS TGNPKGVLIT HQNLVHSTNA RIAYYQTPIS SFLLIPSFAF DSSVAVIFWT
LCQGGKLILI KDGWQRDIWQ LAQLIEQHQI THWLSVPSLY NSLLAHIEKQ QLISLQTIIV
AGETCSIELV KNHQKLLPNT SLFNEYGPTE TTVWSSVYNC SHHDLNNNSI PIGRPISNTQ
IYILNSHLQP VPIGTPGEIY IGGFGVSKGY LNRPELTIEK FIPDPFSKQP NARLYKTGDQ
ARYLSNGNIE FIGRIDHQIK LRGYRIELGE IEAVLQQHPQ VKQAIVIARN SDSENQQLVA
YIVPSQTQDS LTNELRSFLQ TKLPNYMIPS VILQIDTLPL TPNGKIDRQK LPTPEQLQPN
NELLTELLKK LNSLSETEVK TLLSQKNHQP N
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