| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ02910 |
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| Symbol | |
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| ID | 3254345 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006679 |
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| Strand | - |
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| Start bp | 892970 |
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| End bp | 900041 |
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| Gene Length | 7072 bp |
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| Protein Length | 2135 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638253440 |
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| Product | glutamate synthase (NADH), putative |
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| Protein accession | XP_567571 |
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| Protein GI | 58260322 |
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| COG category | [E] Amino acid transport and metabolism
[R] General function prediction only |
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| COG ID | [COG0069] Glutamate synthase domain 2
[COG0493] NADPH-dependent glutamate synthase beta chain and related oxidoreductases |
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| TIGRFAM ID | [TIGR01317] glutamate synthases, NADH/NADPH, small subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.844202 |
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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 | ATGTGTGGTG TCGGGTTCAT CTGTCACATC AAAGGCCATG CAGCGCACAA GATTGTAAGC
GATGCGAGGA ACATTCTCTG TAATATGACC CACCGAGGTG CCAGTAAGTA AAGCATTTTT
CCGCTATGAA TCAACTGACC TTTTGTCGTA GCCGGTGCGG ATGCCCGGGA TGGTGACGGC
GCTGGTGTCA TGACTGGTAT TCCCCACGAC TTTTTCGTTC GTGAGGCTAG CTTCTGCTTC
GATGCCAAGC TCCCTGGGGA GGGTCACTAT GCCGTAGGAA ATGTCTTTTT CTCCACGGAC
GATTACGCCC AACAGCAAGG AACCTTCGAA TCAATTGCCA AGTCTCTCGG TTTGAGAGTT
CTTGGTTGGC GAGAAGTCCC CACCGACAAC TCCATCCTTG GTCCTGCCTC TAAAAGCAAG
GAACCCAAAA TTCTCCAGCC TTTCGTCGTT CTTGAGGAGC ACTATGGCCC CGGACAGGAC
AGCCAGGATG GCAACTTCGA TGAGCGGAAG TTTGAGAGGG AGCTATACAT CCTTCGAAAG
CAGGCTACTC ACAAGATGTA AGTAATATTC CACCTTTGAT GCTTCAGAAT CATAACTAAA
GCATTCAGCA GTGGCCTCAA GAACGGCTTC TATGTTTGCT CTCTTACCAC CTCAAACATT
GTCTATAAAG GTCAACTCTC CCCCATCCAG GTCTATAACT ACTACCACGA TCTTAACCAC
GCTCTCTACG CTTCTCATTT TGCCCTTGTT CATTCTCGTT TTTCCACCAA CACTTTCCCT
TCCTGGGACC GGGCCCAGCC TATGCGATGG GCCGCTCACA ACGGTGAGAT CAACACTGTC
CGAGGTAACA AGAACTGGAT GCGCGCGAGG GAGGGTAACC TCAGGTCTGA CAGGTTCGGT
GATGACCTTG AGCTCCTTTA CCCCATCGTC GAGAGCGGCG GTTCCGACTC CGCAGCGTTT
GACAACGTTC TTGAGTTGCT CGTTGTGAAC GGTGTCATGA CCCTCCCTGA GGCTGTCATG
ATGCTCATTC CCGAGGCTTG GCAGAATAAT GACCTCATGG AACCGGAGAA GAAGGCGTTT
TACGCTTGGG CAGGTTCTTT GATGGAGCCT TGGGATGGTC CCGCTCTCTT CACCTTCTCT
GACGGTCGAT ACTGCGGTGC CAACCTCGAC CGAAACGGCC TTCGACCCTG TCGATTCGTC
GTCACCTCGG ATGACATCAT GGTCTGTGCA TCTGAAGTCG GTACTATTAC CATTGAACCT
GAGAAGATCA TTCAGAAGGG TCGTCTCAAG CCTGGTAGGA TGCTCCTCGT CGACACCAAG
GAGGGTCGTA TTGTCGACGA TCGTGAGCTC AAACTCACCA CTGCCAAGCG ACAGCCTTTC
GCTGCTTGGG TTGAGTCTCA AGTCCTTCGC CTCCCTGAGG TTGTCCGTCG AGTCCAGCGA
TTTGAGAACA TTGATGTATC TCTCGACGAG GTTCCACTTA GCACCGACCC TAAACTTCTC
GCCTTTGGCT ATACCATTGA GCAGCTAAAC ATGCTCATGC TGCCCATGGT ACATGAGGGT
CACGAAGCGC TTGGTTCTAT GGGTAACGAC GCTGCTCTTG CTTGCATGTC TACTACTCCT
CGAACGGTCT ACGATTATTT CAGGCAGCTC TTCGCCCAGG TCACCAACCC CCCTATCGAC
CCCATCCGAG AGTCTATCGT TATGTCCTTA GAGACCATGG TCGGCAACGA GGGCAACCTC
CTCGAAATCA AGCCTTCTCA GCTCCACCGA TTGCACCTCA AGAGCCCTAT CCTTACCATT
CAGGAGATGA ATTCTGTGAA GCACATGAAG CTCGCCAATT CTGGCTGGCC TTCCATCACT
ATTGATATTA CATTTGACAA GCGTGAGGGT CTTCCTGGAT ACCGAAACGC TCTTGACAGA
GTCCGCCAGG AGGTTATTAA CGCTGTCGAT GCCGGATTCA AGTCCGTCAT TCTCTCTGAC
CGAGCTACAA GCCCCGACAG AGTGCCCCTT TCTGCTATCC TTGCCGTGGG CGGTGCCCAC
CACTTCCTCG TCAAGGAGAG GAAGAGATCT AAGGTGGCGC TCATGGTAGA AACCGGTGAG
GCTAGAGAAG TGCACCATAT GTGTGTTTTG ATCGGTTACG GTGCGGATGC AATCTGCCCG
TGGTTAATCA TGGAGATGAT TTACAAGGTG GGCAGGGAGG GTTTGTAAGT TTATCGTTCG
CATGATACGA CTTTCGCTCA TTGAGCTACA GGGTCAAGGA ATCTCAAAGT GTCGAGAAAC
TCGTTGCCAA CTACATGAAG GCTACGGACG AAGGTATCCT CAAGGTCCTC TCCAAGATGG
GTGTTTCAAC ACTTGCTTCT TACAAGGGCG CTCAGCTCTT TGAGATTCTC GGTCTTCACG
AGGAGGTTGT TGGGGATTGC TTTGTTGGTA CTGCCTCTAG GGTGCAAGGT GCCACCTATG
AGCTTCTTGC GATGGATGCT TTTGAGTTCC ACGAGAGGGC TTGGCCCACC CGAGACGCGG
TCATGGTCCC CGGCATGGTA AGTTTTCTGA ATCAAATTGC AGAGTGCCGT GCTGATGATG
AATAGCCCGA AAGCGGAGAG TACCACTACC GTCAAGGTTC CGAGATGCGT GTCAACGACC
CCGTTTCCAT CGCCCAGCTT CAAGACGCCG TTCGACAGAA GAACCAAGCG GCGTACGACA
CTTACTCCAA GAACTCTCGA GAGTCTATCA AGCGAGGTAC CCTCCGTGGT CTTCTTGAGT
TCAATTTTGA GAACGCTACC CCAGTTCCGA TTGAGCAGGT TGAACCTTGG AATGAGATCG
TCCGACGATG TGTCACTGGT GCCATGTCCT ACGGTTCCAT CTCCATGGAG GCTCACACTG
CTTTGGCTCT CGCTATGAAC CGTCTCGGTG GAAAATCCAA CACTGGTGAA GGAGGTGAAG
ACGCTGAGCG TAGCATTCCC ATCCCCGGTC CCGGGGCCGA ACTCAACGGC CAGCCCTTCA
CCCATGCGAT GGAGCTCAAG CCTGTATGGG ACTCTCGACG ATCTGCTATA AAGCAAGTCG
CTTCCGGTCG ATTCGGCGTC ACTTCCAACT ACCTCGCCGA CTCTGATGAA CTTCAGATCA
AGATGGCTCA AGGTGCTAAG CCTGGTGAGG GTGGTGAGCT TCCCGGTCAC AAGGTGTCGG
CTTCTATCGG TCGAACTCGA CACTCTACTC CTGGTGTGAC TCTTGTCTCT CCTCCTCCTC
ACCACGATAT CTATTCTATC GAGGACCTTA AGCAGCTCAT TTATGATCTC AAAGCTGCCA
ATCCCCGTGC TCGAGTCTCG GTCAAGCTTG TGTCGGAAGT TGGTGTTGGC ATCGTTGCCA
GCGGTGTAGT CAAGGCCAAG GCCGATCACA TTACCATTTC TGGTCACGAC GGTGGTACCG
GTGCTGCCAA ATGGACATCC ATCAAGTACG CCGGTCTTCC TTGGGAGCTG GGTCTTGCCG
AGACTCACCA AACTTTGGTG TTGAACAACT TGCGAGGCCG AGTGACTGTT CAGACCGACG
GTCAGATCAG GACTGGTAGG GATATCGCTA TTGCGACCTT GCTGGGTGCC GAGGAGTGGG
GTTTCGCTAC CACGCCATTG ATCGCTATGG GCTGTATTAT GATGAAAGCT TGTCACAAGT
GAGTGTTCTA GTTTGAAAAC GGCAGCAAAA CTAACAACCA TTAGAAACAC TTGTCCTGTT
GGTATCGCCA CCCAAGACCC AGCTCTCCGA GCCAAATTTG CCGGCCAGCC CGAGCAGGTC
ATCAACTTCT TCTACTATGT TATTGAGGAA CTTCGACAAA TTATGGCCAA ACTTGGTTTC
CGAACCATCA ACGAAATGGT CGGTCGTGCC GACATGCTCA CTGTCGATGA TTCTCTTCGA
ACTCCCAAGA CTGCCCACCT CGACTTGTCT CACATCCTCA AACCTGCCCA GCTCCTCCGT
AACGATGTGG CTACTTACCG AGTCAGGGCC CAGGACCACA AACTCTATGT ACGACTTGAC
AACAAGTTCA TTGACGAAGC TGAGCCTGCC CTCCAAAAAG GGTTGCCTGT CACCATTGAC
TGCGACGTCG TCAACACTGA CCGAGCTCTC GGGACAACCC TTTCTTACCA CGTTTCTAAG
CGGTATGGTG AGGAGGGTCT TCCCCGTGAC ACTATCCACA TCAATATGAA GGGTTCTGCG
GGTCAGTCTC TCGGTGCTTT CCTTGCTCCC GGTATCACCA TTGAACTTGA AGGTGACGCC
AACGATTATG TTGGCAAGGG TCTTTCTGGA GGTAGACTTG TCGTTTATCC TCCCAAGTCT
TCTCCATTCA AGGCTGAGGA GAATATCATC ATCGGTAACG TCTGCTTCTT CGGAGCTACT
TCCGGTCAAG CCTTTGTTCG AGGTATTGCT GCTGAGCGAT TTGCCGTTCG TAACTCTGGG
GCTACTCTTG TTGTTGAGGG CACTGGTGAC CACGGGTGCG AGTACATGAC TGGTGGTCGT
GTGGTGGTTC TCGGTCTTAC CGGTCGAAAC TTTGCTGCTG GTATGTCTGG TGGTATTGCG
TACGTTCTAG ACATGGCCCA CAGCTTCGCT CCCAAGGTCA ACATGAGTAC CATCGAACTT
GGCCCTGTCA GCGATCCTCA GGAAGTTGCC GAGCTCCGAA GCCTTATCGA GGATCACCGA
CATTACACTG GCTCTGAAAT CGCCGATCGA GTACTTCGCA ATTTCCACCA TCTTCTCCCC
ATGTTTGTCC GTGTCATGCC TCTTGACTAC AAGCGAGTCA TCGAGCAGGA GGCTCAACGA
GCTGCCGAGG AGAAGAAGCG ACAGTCTGTT ATTGATCTCA TTCCTTCCCA GACTGCCTCC
CAAGTCGATC TCGTTGCCAC TGGCTACGAC CCCGTCCTCC CCCGAGACGC CAACGCCCTC
ACCGTGTCCA CGTCTGCCCT CATCTCTCCT GAAGGCTCTC CCAAGCATAA GCCGCAAGAG
CCTCAGATTG TCGATGTCGA AGACGCAATG GTTGACGAGA CTGCTACCAA GGAGCGCCTT
GCCAAGGTCG ACAAGGTCCG AGGCTTCATG AAGTACAAGC GACTCAATGA GGCTTACCGA
CCTCCGCGAA AGAGGGTCAA GGACTGGAAA GAGATTTCTA CTCGACTGAA GCCCAGCGAG
CTCAAATACC AGTCCGCTCG ATGTATGGAT TGTGGTATCC CCTTTTGCCA ATCTGATACA
GGTTGCCCCA TCGCCAACGT CATCCCCAAG TGGAACACTA TGATATTTGA GGGTCGGTGG
CTGGACGCGC TCAACCGATT GCTCAAGACA AACAACTTTC CCGAGTTTAC TGGCCGCGTC
TGCCCTGCTC CGTGCGAGAG TGCTTGTGTG CTGGGTATCA ACGAAGCTCC TGTCGGTATC
AAGTCTATTG AGTGCGCGAT CATCGACAAG GGCTTTGAGA TGGGATGGAT GACTCCCAAC
CCTCCAGAGC ACCGAACTGG CAAGCGCGTG GCTGTCATTG GTTCTGGTCC TGCCGGCCTG
GCCGCTGCCG ACCAACTTAA CAAGGCCGGA CACATTGTGA CCGTTTACGA GAGGCAAGAC
AGGGTTGGCG GTTTGCTCAT GTATGGTATC CCCAACATGA AGCTTGACAA GGGCGTTGTT
CAGCGTCGTG TTGACCTGAT GGCTGCCGAG GGTGTCACGT TCATCACCAA TGCACACGTC
GGCGTTGACT CTCAGTATGA TCCTCTCAAC ATCAAGGCTG AGAACGATGC GGTTATTGTT
GCTACAGGTG CCACATGGCC TAGGGATCTC AAGCTCCCCC ACCGAGAGGT TGATGGTATC
CACTTTGCTA TGGACTTTCT TACTCCGAAC ACCAAGGTCA AGGCGTTTGG TGATGATGCT
CCTGGCTTTA TCTCTGCCCA AGGCAAGGAT GTCATCGTTA TTGGTGGTGG TGATACTGGT
AAGTCGCCAA AAAACTTTTC GATCGGTATT GGCTGCAACT GATCCGTACC GATAGGTAAC
GACTGTATCG GCACATCTAT GCGACACGGT GCCAAATCCA TTGTCAACTT TGAGCTCCTT
CCTGAACCCC CAAAGAGTCG TGCACCTGAT AACCCTTGGC CCATGTTCAA CCGCTCCTTC
CGCACCGACT ACGGACACGC CGAAGTCCAG GCTCACTTTG GCCACGATCC GAGAAAGTAC
TGCATGGCCA CCAAGAAGTT TGTCCTCGAT GATGAGGGTA AATTGAAGGG TCTGGACACT
GTGCAAGTCG AGTGGACTAA GCAGAATGGT CAGTGGAAGA TGGAGGAGGC TGTTGGATCA
GAGAAAGTCA GTCTTCGTTG ATGTTTCTAG TATCGAAAAC CTATCTGACA CGTCGTGCAG
TTCTACCCCG CCCAGCTTGT GTTGCTTGCG CTTGGTTTCC TCGGTCCTCA ACAAGAGTGC
CTCAAGGCTC TTGGTGTCGA GACTGACCCT CGAACGAACA TCAAGACTGC TCCCAACGTG
CGCCATTTTT ATTTTTCCTT GCCATACTGC ATGAGCTAAT TTATCTATAG AGCTATTCTA
CCAACGTTCC AGGCGTCTTT GCTGCTGGCG ATTGTCACCG AGGCCAGTCC CTCGTTGTCT
GGGGTATCCG CGAGGGCCGA CAAGCCGCTG CTGAAGTCGA CACCTTCCTG ATGGGGTCGA
CTCACCTTGC CTGGCAGGGC GGTATCGAGA AGAGGCAGTA CGTCGTGCCG TCCATTTCCA
AACCTCTCCA CGGACTCGAT GAGAAGGCCG GCGACATTGA GACGAGCTCT CAAGGGGTGG
ACCTCGAGTC TGCCTCTGTG ACTGCTAGTG CATAGATTCG ACAACGGTCA AAAGACTGTG
AAAAGGCGTA AAGCCAAAAT AAATAATAAA ATACCGATCA GAAAAAGTCA CGAGTGGAGA
ACAGTGGAGA GAAGCTGGGC AGTAATAAAT GGGTCTTGCC TTCTGTTTCC AGTCTGTCTT
TGCTTTGGCC TATCTATCTT ATTACCTAAT CATTTGCCAC ATCTTCGTTT TCCTTCTCTG
TCTCTGAATT GTCTTGGAAA TTTATTGTAT GCAGTTGTCT ATAAGTAGAA GA
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| Protein sequence | MCGVGFICHI KGHAAHKIVS DARNILCNMT HRGATGADAR DGDGAGVMTG IPHDFFVREA
SFCFDAKLPG EGHYAVGNVF FSTDDYAQQQ GTFESIAKSL GLRVLGWREV PTDNSILGPA
SKSKEPKILQ PFVVLEEHYG PGQDSQDGNF DERKFERELY ILRKQATHKI GLKNGFYVCS
LTTSNIVYKG QLSPIQVYNY YHDLNHALYA SHFALVHSRF STNTFPSWDR AQPMRWAAHN
GEINTVRGNK NWMRAREGNL RSDRFGDDLE LLYPIVESGG SDSAAFDNVL ELLVVNGVMT
LPEAVMMLIP EAWQNNDLME PEKKAFYAWA GSLMEPWDGP ALFTFSDGRY CGANLDRNGL
RPCRFVVTSD DIMVCASEVG TITIEPEKII QKGRLKPGRM LLVDTKEGRI VDDRELKLTT
AKRQPFAAWV ESQVLRLPEV VRRVQRFENI DVSLDEVPLS TDPKLLAFGY TIEQLNMLML
PMVHEGHEAL GSMGNDAALA CMSTTPRTVY DYFRQLFAQV TNPPIDPIRE SIVMSLETMV
GNEGNLLEIK PSQLHRLHLK SPILTIQEMN SVKHMKLANS GWPSITIDIT FDKREGLPGY
RNALDRVRQE VINAVDAGFK SVILSDRATS PDRVPLSAIL AVGGAHHFLV KERKRSKVAL
MVETGEAREV HHMCVLIGYG ADAICPWLIM EMIYKVGREG LVKESQSVEK LVANYMKATD
EGILKVLSKM GVSTLASYKG AQLFEILGLH EEVVGDCFVG TASRVQGATY ELLAMDAFEF
HERAWPTRDA VMVPGMPESG EYHYRQGSEM RVNDPVSIAQ LQDAVRQKNQ AAYDTYSKNS
RESIKRGTLR GLLEFNFENA TPVPIEQVEP WNEIVRRCVT GAMSYGSISM EAHTALALAM
NRLGGKSNTG EGGEDAERSI PIPGPGAELN GQPFTHAMEL KPVWDSRRSA IKQVASGRFG
VTSNYLADSD ELQIKMAQGA KPGEGGELPG HKVSASIGRT RHSTPGVTLV SPPPHHDIYS
IEDLKQLIYD LKAANPRARV SVKLVSEVGV GIVASGVVKA KADHITISGH DGGTGAAKWT
SIKYAGLPWE LGLAETHQTL VLNNLRGRVT VQTDGQIRTG RDIAIATLLG AEEWGFATTP
LIAMGCIMMK ACHKNTCPVG IATQDPALRA KFAGQPEQVI NFFYYVIEEL RQIMAKLGFR
TINEMVGRAD MLTVDDSLRT PKTAHLDLSH ILKPAQLLRN DVATYRVRAQ DHKLYVRLDN
KFIDEAEPAL QKGLPVTIDC DVVNTDRALG TTLSYHVSKR YGEEGLPRDT IHINMKGSAG
QSLGAFLAPG ITIELEGDAN DYVGKGLSGG RLVVYPPKSS PFKAEENIII GNVCFFGATS
GQAFVRGIAA ERFAVRNSGA TLVVEGTGDH GCEYMTGGRV VVLGLTGRNF AAGMSGGIAY
VLDMAHSFAP KVNMSTIELG PVSDPQEVAE LRSLIEDHRH YTGSEIADRV LRNFHHLLPM
FVRVMPLDYK RVIEQEAQRA AEEKKRQSVI DLIPSQTASQ VDLVATGYDP VLPRDANALT
VSTSALISPE GSPKHKPQEP QIVDVEDAMV DETATKERLA KVDKVRGFMK YKRLNEAYRP
PRKRVKDWKE ISTRLKPSEL KYQSARCMDC GIPFCQSDTG CPIANVIPKW NTMIFEGRWL
DALNRLLKTN NFPEFTGRVC PAPCESACVL GINEAPVGIK SIECAIIDKG FEMGWMTPNP
PEHRTGKRVA VIGSGPAGLA AADQLNKAGH IVTVYERQDR VGGLLMYGIP NMKLDKGVVQ
RRVDLMAAEG VTFITNAHVG VDSQYDPLNI KAENDAVIVA TGATWPRDLK LPHREVDGIH
FAMDFLTPNT KVKAFGDDAP GFISAQGKDV IVIGGGDTGN DCIGTSMRHG AKSIVNFELL
PEPPKSRAPD NPWPMFNRSF RTDYGHAEVQ AHFGHDPRKY CMATKKFVLD DEGKLKGLDT
VQVEWTKQNG QWKMEEAVGS EKFYPAQLVL LALGFLGPQQ ECLKALGVET DPRTNIKTAP
NSYSTNVPGV FAAGDCHRGQ SLVVWGIREG RQAAAEVDTF LMGSTHLAWQ GGIEKRQYVV
PSISKPLHGL DEKAGDIETS SQGVDLESAS VTASA
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