LOCUS       NZ_DS264584            16470 bp    DNA     linear   CON 25-NOV-2019
DEFINITION  Bacteroides ovatus ATCC 8483 Scfld0231, whole genome shotgun
            sequence.
ACCESSION   NZ_DS264584
VERSION     NZ_DS264584.1
DBLINK      BioProject: PRJNA224116
            BioSample: SAMN00627058
            Assembly: GCF_000154125.1
KEYWORDS    WGS; RefSeq.
SOURCE      Bacteroides ovatus ATCC 8483
  ORGANISM  Bacteroides ovatus ATCC 8483
            Bacteria; Bacteroidetes; Bacteroidia; Bacteroidales; Bacteroidaceae;
            Bacteroides.
REFERENCE   1  (bases 1 to 16470)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides ovatus (ATCC 8483)
  JOURNAL   Unpublished
REFERENCE   2  (bases 1 to 16470)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides ovatus (ATCC 8483)
  JOURNAL   Unpublished
REFERENCE   3  (bases 1 to 16470)
  AUTHORS   Fulton,L., Clifton,S., Fulton,B., Xu,J., Minx,P., Pepin,K.H.,
            Johnson,M., Thiruvilangam,P., Bhonagiri,V., Nash,W.E., Mardis,E.R.
            and Wilson,R.K.
  TITLE     Direct Submission
  JOURNAL   Submitted (27-MAR-2007) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
REFERENCE   4  (bases 1 to 16470)
  AUTHORS   Fulton,L., Clifton,S., Fulton,B., Xu,J., Minx,P., Pepin,K.H.,
            Johnson,M., Thiruvilangam,P., Bhonagiri,V., Nash,W.E., Mardis,E.R.
            and Wilson,R.K.
  TITLE     Direct Submission
  JOURNAL   Submitted (27-MAR-2007) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
REFERENCE   5  (bases 1 to 16470)
  AUTHORS   Fulton,L., Clifton,S., Fulton,B., Xu,J., Minx,P., Mardis,E.R. and
            Wilson,R.K.
  TITLE     Direct Submission
  JOURNAL   Submitted (15-FEB-2007) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
COMMENT     ##Genome-Annotation-Data-START##
            Annotation Provider               :: NCBI RefSeq
            Annotation Date                   :: 11/25/2019 16:35:53
            Annotation Pipeline               :: NCBI Prokaryotic Genome
            Annotation Method                 :: Best-placed reference protein
            Annotation Software revision      :: 4.10
            Features Annotated                :: Gene; CDS; rRNA; tRNA; ncRNA;
            Genes (total)                     :: 4,931
            CDSs (total)                      :: 4,837
            Genes (coding)                    :: 4,690
            CDSs (with protein)               :: 4,690
            Genes (RNA)                       :: 94
            rRNAs                             :: 4, 4, 6 (5S, 16S, 23S)
            complete rRNAs                    :: 4, 3, 5 (5S, 16S, 23S)
            partial rRNAs                     :: 1, 1 (16S, 23S)
            tRNAs                             :: 78
            ncRNAs                            :: 2
            Pseudo Genes (total)              :: 149
            CDSs (without protein)            :: 147
            Pseudo Genes (ambiguous residues) :: 1 of 149
            Pseudo Genes (frameshifted)       :: 75 of 149
            Pseudo Genes (incomplete)         :: 69 of 149
            Pseudo Genes (internal stop)      :: 17 of 149
            Pseudo Genes (multiple problems)  :: 14 of 149
            ##Genome-Annotation-Data-END##
            REFSEQ INFORMATION: The reference sequence was derived from
            DS264584.
            Bacteroides ovatus (GenBank Accession Number for 16S rDNA gene:
            X83952) is a member of the division Bacteroidetes. In one
            comprehensive 16S rDNA sequence-based enumeration of the colonic
            microbiota of three healthy adult humans, it represents, on
            average, 0.034% of all 16S rDNA sequences and 0.071% of the
            sequences in its division (Eckburg et. al. (2005)). The sequenced
            strain was obtained from ATCC (ATCC 8483T).
            We have collected 6.9X coverage in plasmid end reads and 454 reads.
            We will be performing one round of automated sequence improvement
            (pre-finishing).
            Sequencing/Assembly: The genomic DNA was purified from liquid
            culture derived from a single bacterial colony. A hybrid sequencing
            strategy that utilized reads from both 454 GS-20 and ABI 3730xl
            sequencers was devised and implemented to generate the draft genome
            sequences.  454 reads were assembled using Newbler (454 Life
            Sciences) into 454 de novo contigs. These de novo contigs were
            converted in silico to 800 base paired reads ('superreads') with
            400 base overlaps with neighboring superreads.  Finally, PCAP
            (Huang, et al, Genome Research, 13:2164, (2003)) was used to
            assemble the super-reads and the conventional 3730xl capillary
            reads.
            This sequenced strain is part of a comprehensive, sequence-based
            survey of members of the normal human gut microbiota.  A joint
            effort of the WU-GSC and the Center for Genome Sciences at
            Washington University School of Medicine, the purpose of this
            survey is to provide the general scientific community with a broad
            view of the gene content of 100 representatives of the major
            divisions represented in the intestine's microbial community. This
            information should provide a frame of reference for analyzing
            metagenomic studies of the human gut microbiome. Further details of
            this effort are described in a white paper entitled 'Extending Our
            View of Self: the Human Gut Microbiome Initiative (HGMI)'
            (http://www.genome.gov/Pages/Research/Sequencing/SeqProposals/HGMIS
            eq.pdf). These studies are supported by National Human Genome
            Research Institute
            For answers to your questions regarding this assembly or project,
            or any other GSC genome project, please visit our Genome Groups web
            page (http://genome.wustl.edu/genome_group_index.cgi) and email the
            designated contact person.
            Bacteroides ovatus (GenBank Accession Number for 16S rDNA gene:
            X83952) is a member of the division Bacteroidetes. In one
            comprehensive 16S rDNA sequence-based enumeration of the colonic
            microbiota of three healthy adult humans, it represents, on
            average, 0.034% of all 16S rDNA sequences and 0.071% of the
            sequences in its division (Eckburg et. al. (2005)). The sequenced
            strain was obtained from ATCC (ATCC 8483T).
            We have collected 6.9X coverage in plasmid end reads and 454 reads.
            We will be performing one round of automated sequence improvement
            (pre-finishing).
            Sequencing/Assembly: The genomic DNA was purified from liquid
            culture derived from a single bacterial colony. A hybrid sequencing
            strategy that utilized reads from both 454 GS-20 and ABI 3730xl
            sequencers was devised and implemented to generate the draft genome
            sequences.  454 reads were assembled using Newbler (454 Life
            Sciences) into 454 de novo contigs. These de novo contigs were
            converted in silico to 800 base paired reads ('superreads') with
            400 base overlaps with neighboring superreads.  Finally, PCAP
            (Huang, et al, Genome Research, 13:2164, (2003)) was used to
            assemble the super-reads and the conventional 3730xl capillary
            reads.
            This sequenced strain is part of a comprehensive, sequence-based
            survey of members of the normal human gut microbiota.  A joint
            effort of the WU-GSC and the Center for Genome Sciences at
            Washington University School of Medicine, the purpose of this
            survey is to provide the general scientific community with a broad
            view of the gene content of 100 representatives of the major
            divisions represented in the intestine's microbial community. This
            information should provide a frame of reference for analyzing
            metagenomic studies of the human gut microbiome. Further details of
            this effort are described in a white paper entitled 'Extending Our
            View of Self: the Human Gut Microbiome Initiative (HGMI)'
            (http://www.genome.gov/Pages/Research/Sequencing/SeqProposals/HGMIS
            eq.pdf). These studies are supported by National Human Genome
            Research Institute.
            Coding sequences were predicted using GeneMark v3.3 and Glimmer2
            v2.13. Intergenic regions notspanned by GeneMark and Glimmer2 were
            blasted against NCBI'snon-redundant (NR) database and predictions
            generated based on proteinalignments. RNA genes were determined
            using tRNAscan-SE 1.23 or Rfamv8.0. Gene names are generated at the
            contig level and may notnecessarily reflect any known order or
            orientation betweencontigs.
            For answers to your questions regarding this assembly or project,
            or any other GSC genome project, please visit our Genome Groups web
            page (http://genome.wustl.edu/genome_group_index.cgi) and email the
            designated contact person.
            Annotation was added to the contigs in August 2007, and the CDS
            comments were updated in January 2008.
            This is a reference genome for the Human Microbiome Project. This
            project is co-owned with the Human Microbiome Project DACC.
            Product names were updated in August 2012.
            The annotation was added by the NCBI Prokaryotic Genome Annotation
            Pipeline (PGAP). Information about PGAP can be found here:
            https://www.ncbi.nlm.nih.gov/genome/annotation_prok/
            Annotation Pipeline (PGAP)
            set; GeneMarkS-2+
            repeat_region
FEATURES             Location/Qualifiers
     source          1..16470
                     /organism="Bacteroides ovatus ATCC 8483"
                     /mol_type="genomic DNA"
                     /strain="ATCC 8483"
                     /isolation_source="biological product [ENVO:02000043]"
                     /host="Homo sapiens"
                     /type_material="type strain of Bacteroides ovatus"
                     /db_xref="ATCC:8483"
                     /db_xref="taxon:411476"
                     /note="type strain of Bacteroides ovatus ATCC 8483"
     gene            complement(1..2448)
                     /locus_tag="BACOVA_RS23965"
                     /old_locus_tag="BACOVA_05487"
     CDS             complement(1..2448)
                     /locus_tag="BACOVA_RS23965"
                     /old_locus_tag="BACOVA_05487"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:NP_813578.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="GH2"
                     /protein_id="WP_004302201.1"
                     /translation="MNMKHQKQLLAVLLMGAACTMQAQRSETLLEKNWKFSKGDFKEAS
                     QPEFNDNQWESVVIPHDWAIFGPFDMNNDLQNVAVTQNFEKKASLKTGRTGGLPYVGTG
                     WYRTSFDAPADKEVTLLFDGAMSEARVYINGKEACFWPFGYNSFHCNVTSLLNKDGKNN
                     TLAVRLENRPQSSRWYPGAGLYRNVHLIVTDKIHVPVWGTQITTPHVSKDFAAVRLQTK
                     IDNADEKTAIRVETEILSPEGKVVTRKENTSRINHEQPFEQNFIVNAPELWSPESPSLY
                     KAVSKIYADDKLVDTYTTRFGIRSIEYIADKGFYLNGEHRKFQGVCNHHDLGPLGAAIN
                     VAALRHQLTLLKDMGCDAIRTSHNMPTPELVALCDEMGFMMMIEPFDEWDIAKCENGYH
                     RYFDEWAERDMKNMLHNYRNNPCVVMWSIGNEVPTQCSPVGYKVAKFLQDICHREDPTR
                     PVTCGMDQVTCVLANGFAAMIDIPGLNYRTQRYKESYDQLPQNLILGSETASTVSSRGV
                     YKFPVEDKKGAKYEDHQCSSYDVEVCPWSNIPDEDFALADDHHWTIGQFVWTGFDYLGE
                     PSPYDTDSWPNHSSMFGIIDLASLPKDRYYLYRSVWNKEAETLHILPHWTWPGREGEVT
                     PVFVYTNYPTAELFINGKSYGKQSKNNSSLKNRYRLMWMDTKYKPGEVKVVAYDKNGKA
                     VVEKVVRTAGKPHHIELVSNRNELTADGKDLAYVTVKVVDKDGNLCPADNRQINFSVKG
                     TGKYRAAANGDPTNLEQFHLPKMHAFNGMLTAILQAGETAGEIVFTAKANGVKAGNIRI
                     QTK"
     gene            complement(2514..3599)
                     /locus_tag="BACOVA_RS23970"
                     /old_locus_tag="BACOVA_05488"
     CDS             complement(2514..3599)
                     /locus_tag="BACOVA_RS23970"
                     /old_locus_tag="BACOVA_05488"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004325364.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="GH53"
                     /protein_id="WP_052588049.1"
                     /translation="MIRKYIMIASALLCGSIFTACDDDNDTPTFPEKTETTYDMSGFAR
                     GADVSWLSEMESSGYKFYTSDGKEQECMSLLRDLGINAIRLRVWVNPENDTEDVKGWCN
                     KGDVLLKAWRAHNLGYRLMIDFHYSDRWADPVQQAKPKAWENYTVEELEQAIADHTKDV
                     LGAIKEMGIDVEWVQVGNETHQGMLFPTGQTTSSDGIKNFAKFINSGYNAVKEIYPNAK
                     VIVHLDQGNDANLYNRIFGYLHDNNAKWDVIGMSLYPDMYPTEGAADDWEDMNNKCIAN
                     MKSLIAKYNTPVMMCEIGIPWDYSEAEDFFTDFMTKAKQVEQCLGVFSWEPQSYGGWKN
                     YGKGIFDDSGKPTSAFNAFKR"
     gene            complement(3645..5399)
                     /locus_tag="BACOVA_RS23975"
                     /old_locus_tag="BACOVA_05489"
     CDS             complement(3645..5399)
                     /locus_tag="BACOVA_RS23975"
                     /old_locus_tag="BACOVA_05489"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004312460.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="DUF5114 domain-containing protein"
                     /protein_id="WP_004302203.1"
                     /translation="MKKLNNLFTLLSALLLLGACEKDGDTYFLSSPEENELIASANSVV
                     LTKETAKFYALSLAWTDQTLQVSDPRYQPTTGVQTSVQVSRTEDFSGQILETTESGVSK
                     TYSVSALNIVAYQLKATPEEEAPLYFRLAGRNGSNIAPVYSNVVKVMVTPYEIDMRFAN
                     IINKGDGKDSGKDLYAANADGNYIGFMGATSWEGFYLQEADGTVWHTAKSGSTATPFFL
                     TTDAAEGTWDLWFPGQSGCYYTNVNTTKKLWTALWMPTLNVSGIDGGITMEYKRDKNQW
                     QGIFTATGAGTINIQMNGTGKLYDNTSVSGADNSIDDTKAKDTPFAFSGSANELTFNTG
                     TNVSAGNITVNVPAAGECTLIIDLNDPQAWKVEVTEGGSVEPTYPSYLEMQGADSWWGK
                     LYRKLEPGKTAGTYRTVFQTVSNENFQIVDPSTDTWYGSDPNNLYSLALTTGEHYNIWF
                     DGSGKKSYTIEVDYVNLTWKPTEIKQINVYGTFNGWSTAKDLMIYDEETGIWSAECDIT
                     TIGDGFYFLMNTDPDQISWDWRLYYTSESGLYLSDQNGDNIKPTKEGKYRITLDLNKME
                     FTMTEITE"
     gene            complement(5423..7003)
                     /locus_tag="BACOVA_RS23980"
                     /old_locus_tag="BACOVA_05490"
     CDS             complement(5423..7003)
                     /locus_tag="BACOVA_RS23980"
                     /old_locus_tag="BACOVA_05490"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004305745.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="gnl|TC-DB|Q8A1G2|8.A.46.1.1"
                     /protein_id="WP_004302204.1"
                     /translation="MKKIFYTALYFCSALLMSSCIGDLDQYPHEEETSSTIYTSAANYK
                     AVLGKIYAAMVTTGQEKNGDNDLSSNSGQDYMRCFFNLQECGTDEVASTWLSGDNVTGL
                     TYLSWDANDPWVSDMYYRIYYNIALCNEFLRNATDEKIAQFTDQEQTEIRIYRAEARFM
                     RALFYYHALDLFRNIPFVTENDPLVGYLPPRYTAQQIFDYIESELNAIKDEMLNKANCP
                     YGRASQGAAYTLLAKLYLNAEVYTQTSKYNECIKACKKVIEQGYQLESDYYKLFNADND
                     KRTNEIIFTLPVDATNLVSWGSSTYIVCGAVSNTSEKQIPEDYGVKSGWGMFRVRGEIP
                     QLFSGNEEADQRYMFFTDGQTRDLEKIDDQSNGYFVEKWTNLTDAGQTASNTADGGVNT
                     DYPLFRLADVYLMMAEAVVRGGTEATLANVLPYINELQERAFGDNTHNKSESEINELFI
                     INERARELYWEGYRRTDLIRFNQFTTNSYVWQWKGGVKDGKAVESKYNIYPIPATELTA
                     NPNLYNENY"
     gene            complement(7022..9997)
                     /locus_tag="BACOVA_RS23985"
                     /old_locus_tag="BACOVA_05491"
     CDS             complement(7022..9997)
                     /locus_tag="BACOVA_RS23985"
                     /old_locus_tag="BACOVA_05491"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004312459.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="gnl|TC-DB|Q45780|1.B.14.6.1"
                     /protein_id="WP_004302205.1"
                     /translation="MNRNILNLRHLTVLLMLCTAFLGGIIPAFAQQGGKKITGQVIDEN
                     KEPMIGVSILIVGTSTGTVTDFDGNYTLNVPQGSKELQFSYVGYETKVVPVPANSTTLN
                     IQLKSDSQVLSDVVVIGYGTQRKSDLTGSVTNVSSKDFNMGLVSSPEQLINGKISGVQI
                     MSNSGSPTAGSTIRVRGGASLNASNDPLIVLDGVPLEQGGISGNDGNFLSLINPNDIES
                     MTILKDASSTAIYGSRASNGVILITTKKGSSDKLKITFSTTNSVQTRTKLADMLSYDEF
                     VNTIQSKGTDAQRALLGTTHTDWNDEIYQNAFGTDNNLSVAGKITKNLPFRASIGYYNQ
                     SGLLRTDNAERYTGSITLNPSFFKDHLKLNINAKGSINKNTFANTSAIWAASTMNPTIP
                     VYSGLDTFGGYTEAIDNTGAPVNGAVMNPVGLLNMNDSQSTVKRFIGNIDADYRLHFFP
                     DLKLHATLGYDYAQGKGSVYVPAEAAQNYTTSGLDYSYGPQKKENRLLTLYANYNKLVE
                     SIKSSFDVTAGYDYQYWKSTTPLYSEMNTLGEIQKTSKASDERHVLLSYYGRLNYSFNS
                     RYMLTTTVRRDATSRFAKNVRWGTFPSVALGWRVTEESFLKDNKVISTLKVRASYGVTG
                     QQDGIGNYNYLPIYTISQSGAGSLIGDTPTPTYRPKAYVPNLKWETTTSWNMGFDFGFL
                     KDRITGSFDYYTRQTKDLIATVPAAAGTTFDRNITTNVGNVDSQGVEFSLNATPIQTKD
                     WNWDLSFNMTWQKMKVKNLSLTAGTPATNTSVGPYIDSYQVQTLSEGYAPYMFYVYHQL
                     YDEKTGKPIEGAYVDLDGDGQINSNDLYRYHSPAPDYILGFSTSLRYKKWTLSTSLRAN
                     IGNYVYNAMAMNSGAWETVSYNSYQLNNLSSTYLKTGFQTRQYLSDYYVENASFLKMDN
                     LSLGYNFGTIYKGCSLNVSAMVQNVFCITKYSGVDPEIPDGVDNSFYPRPRTFSLNIGI
                     NF"
     gene            complement(10221..12830)
                     /locus_tag="BACOVA_RS23990"
                     /old_locus_tag="BACOVA_05493"
     CDS             complement(10221..12830)
                     /locus_tag="BACOVA_RS23990"
                     /old_locus_tag="BACOVA_05493"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_008651432.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="GH147"
                     /protein_id="WP_004302207.1"
                     /translation="MKRLLILTFICLISAFVKVQGKSSSTPIIYIDGNGVMRWSDTRRE
                     ASFFGVNYTLPFAHAYRAIGYLELDRKAAIDKDVYHISRLGLNAYRIHLWDVELTDGQG
                     NLLENEHLDLMDYLIAKLKERNIHIVITAQTNFGNGYPERNIQTGGFSYKYDKCDMHSH
                     PEAIAAQETYLHGLVKHVNPYTGLAYKDDPSIVGFEINNEPCHSGTKKEVKAYINRMLK
                     AINKTGNRKPVFYNVSHNGYVVEAYYETAIQGTTYQWYPIGLVSGQTQQGNFLPYIDRY
                     DIPFSDKVKGFDKKTRMVYEFDPADIMYSYMYPAMVRTFRTAGFQWITQFAYDPMDIAY
                     ANTEYQTHFLNLAYTPHKAISMKIAAEAARSLKRGESYGSYPQDTLFGDGFRVSYTEDL
                     SELNNGKKFYYSNHTNTQPKDASQLVSIAGCGSSPIIHYEGTGAYFMDCLEPGVWRLEV
                     MPDAVVVNDPFAKPSLDKEVVTIAYGAWDMALQIPDLGMEFTFTALNQGNQQKGDVTDG
                     IIRGLRPGTYLLKRKNCTPKQNWQADSQWNSIRIGEYVAPAPRVTDYKVVHTPSATTEA
                     NKDLTISAQVVGTEFPDSVIIYTDKISFWNEHNPYIKMKRTGGYTYQATIPATEIKDDC
                     FRYNIIVCRGNSTRTYPTGNSGYRNSSLGIKGNPLDWNYTSGAYWTTRVVAPDSAIPLL
                     TITDADSRIEAYTLPEWNDLQRTLVDSSPVEKPLLRFRFTPKGENPHYFLRTFVKNLIE
                     ERKERVKDCSVLCIRVNRTKALPEGFSAGFVTSDGYTYKSPCPAPSSEGIIRIPLKDLR
                     QTDTALLPIAYPTFLKQYFHPETEIAFLPERIEKLELSMSGNKKGLVEIELGNIWLE"
     gene            complement(12946..16470)
                     /locus_tag="BACOVA_RS23995"
                     /old_locus_tag="BACOVA_05495"
     CDS             complement(12946..16470)
                     /locus_tag="BACOVA_RS23995"
                     /old_locus_tag="BACOVA_05495"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_008651436.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="DBD-Pfam|HTH_AraC,DBD-Pfam|HTH_AraC,DBD-Pfam|HTH_
                     AraC,DBD-SUPERFAMILY|0036286,DBD-SUPERFAMILY|0035607,DBD-SU
                     PERFAMILY|0035607"
                     /protein_id="WP_004302208.1"
                     /translation="MRERITTILFLILAYCSSGNVYGQKVNYQQFDNIYLGAEASVISC
                     FLQDSEGLIWVGSNKGLFSYDGYSTQQHFTYGERTNTRIYCGIIADNTYLYLGTDNGIL
                     VYNYRTDKYEQPDTDFPTDVRTMVLQGDTLWIGSLNGLYTYQLKSRQLNHFDSKQTGLP
                     HNTIYSIIHTKDNQIYIGTYNGLCRYVQASGKFENILLPVNRGGSNLFVNSLLEDTTRQ
                     CIWIGMEGYLFQYNPTIGEMKAIEVFHNNSIKSLALDGDENLLAGTDNGLYVYQNDKEP
                     LQHIIHDSRNIQSLTNNIIWNIFSDQEHNIWLGTDYGISLSRYNSALQFVPISQITGTG
                     DGNQFYSLFRDSKGFYWFGGTNGVIRFTHPAGNKHDAIWYRMGDKNHPLSHNRIRHIYE
                     DREQQLWIATDGSINRYDYNTHQFVHYNIVDSTGTYNTNWAYYLFEDTDGKLWIATCLG
                     GIFVVDKHKLIQSAGRSYVADQNYSIHNGLSGMFINQIVPDAEGNVWVLLYNSKGIDKI
                     NARTRQVTKLFADELSGEKSPNYLLRDEDGMLWVGFHGGVMRINPKDSSQQSISFGNFS
                     NNEILSMTSVKEHIWVSTTNGLWIIDRRTMDARQQSLTDKRFTSLMFDPEDGNIYLGGA
                     DGFGISRPEIQAMSQPEHSILLTALYINNQLMSPHTGENIPNIRYTDAIELKYDQNNLA
                     FELSDLPYSLEEKHEFVYRLEGMDKEWNFLQSNTNRITYSNLGYGDYQLVISKVEKSGS
                     PSEHPYILNIKILPPWYYTLWAKIIYILLFLSLIAWVINFFRVKNRLKMERMEKEKILE
                     QSRQKMAFFTNLSNELKTPLSRIIAPVSQLLPVAEEVHEKQTLEEVQRNAMKINSLIHQ
                     VLNFNRIEDNKDSLLILSRIELVSFSRSLFSVYEENKQITFHFETNKAKIYADMDAIKL
                     GVILDNLLSNAVKFTPDGGSVRLSLFYREETGLLDICVSDTGSGIPQQDIPYIFQRFFQ
                     SPHSGNKEGTGIGLYLVKTYTELHGGHINGVTSNEGKGTSIGLNIPVIAVEKEEIPATQ
                     VKKQLESLPVLKPIEAESQDEKFLSNIIRLIEDHLSESELNVNALCELSGISNKQIYRK
                     IKQLTGMSPVEYIKSIRMKKAAMLLQQKKFTIAEVMYMVGFSNHSYFSKCFQAEFGKTP
                     RQYLNEDL"
ORIGIN
        1 ttatttcgtc tgaatacgta tatttccggc tttcactccg tttgcttttg ctgtaaatac
       61 aatctctccg gcagtttcac cggcttgcag gatagctgtc aacataccgt tgaaagcatg
      121 catcttcgga agatgaaatt gttccagatt tgtcgggtcg ccattggcag cggcacgata
      181 tttaccagtt ccctttaccg agaaatttat ctgacgattg tcggcaggac agaggttacc
      241 gtctttgtct actactttaa cagtcacata agccaggtct tttccatctg cagtcagttc
      301 gttacggttg cttaccagtt cgatgtgatg aggctttccg gcagtacgga ctactttttc
      361 aactaccgct tttccgtttt tgtcgtaggc tactactttc acttcacccg gtttgtactt
      421 tgtatccatc cacatcaggc gatagcggtt ctttagcgaa ctattattct tgctttgttt
      481 tccataactt ttgccattga taaacagttc ggctgtagga taattagtgt acacaaaaac
      541 gggagtcact tctccttcac gtcccggcca ggtccagtga ggcaggatat gcaaggtttc
      601 cgcttccttg ttccacacgc tacggtaaag gtaatagcgg tctttaggta aactggcaag
      661 gtcgatgata ccaaacattg aactgtggtt aggccatgaa tccgtatcgt atggtgacgg
      721 ttcgcccaga taatcgaatc cggtccatac gaactgtccg atggtccaat gatgatcgtc
      781 agctaatgca aaatcctcgt ccggaatatt cgaccaggga caaacctcca catcgtatga
      841 agagcattga tgatcttcat attttgcccc tttcttatcc tccaccggga acttgtatac
      901 gccacgtgaa ctgacagtag aagccgtttc gcttcccaga atcagattct gcgggagttg
      961 gtcgtatgac tccttatagc gttgcgtacg gtaattgagt cccggaatgt caatcattgc
     1021 tgcaaatccg ttggcaagta cacaagtcac ctgatccatt ccgcaagtga cagggcgggt
     1081 aggatcttca cgatggcaga tatcctgcag gaatttggcc actttataac cgacaggact
     1141 gcattgagtc ggtacttcgt taccgatact ccacataacg acgcaagggt tattccggta
     1201 attatgaagc atatttttca tatcacgttc cgcccattca tcgaagtagc ggtgataacc
     1261 attttcacat ttggcgatgt cccattcgtc gaacggttcg atcatcatca taaatcccat
     1321 ttcgtcacac aacgcaacga gttcgggagt cggcatatta tgagaagtac ggatcgcgtc
     1381 gcatcccata tctttcaata gcgtaagctg atgacgcagt gctgctacat tgatagcggc
     1441 gcccaacgga cctaaatcgt ggtgattaca tacaccctgg aatttgcggt gctccccgtt
     1501 caggtagaac cctttgtcgg caatgtattc aatgctgcgg ataccgaaac gtgtggtgta
     1561 agtatctacc agtttatcat ccgcataaat tttagagaca gccttgtaaa gcgacggact
     1621 ttccggcgac cagagttcgg gcgcgtttac aataaagttt tgttcgaaag gctgttcgtg
     1681 attgatgcgg cttgtattct ctttgcgggt cacaacttta ccttccggag aaagaatttc
     1741 cgtctctaca cggatggctg ttttctcatc ggcgttgtct atcttcgttt ggagacgtac
     1801 tgctgcaaaa tccttgctga cgtgaggagt cgtgatttgc gttccccata caggcacatg
     1861 gattttgtcg gtcacaatca ggtgtacatt gcgatacaaa cctgcacccg gataccagcg
     1921 cgaagattgc ggacggtttt ccaaacgcac ggcaagcgta ttgtttttac cgtctttatt
     1981 caataaagaa gtcacattac agtgaaaaga attgtagccg aaaggccaga aacaagcttc
     2041 ttttccgttg atgtagacac gcgcttcact catggcaccg tcaaaaagta gtgtcacttc
     2101 tttgtcggca ggagcatcaa aactggttcg ataccatccg gtgcctacat aagggagccc
     2161 accggtacgt cctgtcttta aggaagcttt tttctcaaag ttctgtgtca ctgccacgtt
     2221 ttggaggtca ttgttcatgt cgaatggacc gaaaatcgcc cagtcgtgtg gaataacaac
     2281 cgactcccat tgattgtcat taaactccgg ctggctagcc tctttaaaat ctcctttact
     2341 gaatttccag tttttctcca gcagtgtctc actgcgttgc gcttgcatgg tgcaggcggc
     2401 acccatcaaa agtacagcta ataactgttt ttggtgtttc atgttcattt ttacttttca
     2461 ggtataaaat attttggatt cggcgtaaag ttataaaaaa ggattcaata atcttatctc
     2521 ttgaaagcat taaatgcgct ggtgggttta ccactatcat caaaaatgcc ctttccatag
     2581 ttcttccaac caccataact ctgcggttcc caggagaata caccaaggca ttgttccact
     2641 tgtttggctt tcgtcataaa gtctgtgaaa aagtcttcag cttcggaata gtcccaggga
     2701 ataccaattt cgcacatcat caccggagtg ttgtatttgg caatcagact tttcatattg
     2761 gcaatacatt tgttgttcat atcttcccaa tcatcggctg ctccctctgt cgggtacata
     2821 tccggataaa gagacatacc gatgacgtcc catttggcat tgttgtcatg caaataaccg
     2881 aaaatccggt tgtatagatt ggcatcattt ccctggtcga ggtgtacaat cactttcgca
     2941 ttcggataaa tctctttaac agcattgtag ccggagttaa tgaatttcgc aaagttttta
     3001 ataccgtcac tactcgttgt ttgtccagtg gggaatagca ttccctgatg agtctcattg
     3061 cctacttgca cccattccac gtcaatgccc atctctttga ttgcaccgag tacatctttg
     3121 gtatggtcgg caatcgcctg ttccagttct tctaccgtat agttttccca ggctttgggt
     3181 ttggcttgtt gaacaggatc ggcccatctg tcactgtaat ggaagtcgat catcaggcga
     3241 tagcccaaat tatgcgctct ccatgctttg agcaatacgt cacccttatt gcaccagcct
     3301 tttacatctt ccgtgtcatt ttccgggttc acccatacac gtagacgaat tgcatttata
     3361 cccaggtcgc gaagcagaga catacattcc tgttcttttc catcggaggt atagaattta
     3421 tatccggaac tttccatttc cgacagccaa ctgacatcag ctccccgggc gaagccggac
     3481 atatcataag tggtttccgt cttttccgga aaagtcggag tatcattatc atcatcacaa
     3541 gcggtgaaga tgcttccgca aagtagtgcg gaagctatca ttatatattt tcgtatcata
     3601 gtgattctgt tgaaattaat aatcatgttg ttgaacttag aatgttattc agtgatttca
     3661 gtcattgtaa actccatctt gttgagatcc agcgtaatgc gatatttacc ctccttagtg
     3721 ggtttaatgt tatcaccatt ctgatcactt agatagagcc cactttcaga agtatagtac
     3781 aatctccagt cccagctaat ctgatcggga tccgtattca tgaggaagta gaatccgtca
     3841 ccgatggtgg tgatatcgca ttctgcgctc catattccgg tttcctcatc atatatcatc
     3901 aggtctttag ccgttgacca gccattgaaa gttccatata cattgatttg tttgatttca
     3961 gtaggcttcc aggttaagtt gacataatct acttcgattg tataactttt cttgccggaa
     4021 ccatcgaacc agatgttgta atgctctcct gttgtaagag caaggctata aagattgttg
     4081 ggatcagagc cataccatgt gtctgttgat gggtctacta tctggaagtt ttcattgctg
     4141 acggtttgga atacagtgcg ataagttccc gcagttttac cgggttcaag tttgcggtat
     4201 aactttcccc accatgagtc ggcaccttgc atttccagat aagagggata agtcggttct
     4261 acacttcctc cttccgtcac ttccactttc catgcttgcg ggtcgttcag gtcaataatc
     4321 aatgtacatt ctccggctgc tggtacgttt actgtaatat ttccggcaga aacattcgtc
     4381 ccggtattga atgtcaattc attagcagaa ccactaaagg cgaaaggagt atctttggct
     4441 ttcgtatcat caatgctgtt atcagctccg ctgacgctgg tgttatcata tagtttacct
     4501 gttccattca tctgaatatt gatagtgccg gctcctgtag cagtaaatat gccctgccat
     4561 tgattcttgt cacgtttgta ttccatcgtg atacctccgt cgatgccact tacattgagt
     4621 gttggcatcc ataaggcagt ccatagtttt ttggtggtat tgacattcgt atagtaacag
     4681 cccgattgac cggggaacca caaatcccac gttccttcag cagcgtcagt tgtcaggaag
     4741 aacggagtag ccgtactgcc cgatttggct gtgtgccaaa cagtaccatc ggcttcctgt
     4801 agatagaaac cttcccaaga agtggctccc ataaagccga tatagttgcc atccgcattg
     4861 gctgcataca gatcttttcc tgaatccttg ccgtctccct tattgataat attggcaaat
     4921 cgcatatcaa tttcataagg agtaaccatg acttttacca cattactgta tacaggagcg
     4981 atgttacttc cgtttcttcc ggcaagccgg aaatagagcg gcgcttcttc ttcgggagta
     5041 gctttcaact gataagcgac gatatttaaa gcggagacag agtacgtctt tgatactcca
     5101 ctttcggtcg tttccagaat ctgcccggag aaatcttccg tgcgtgaaac ctgtacggaa
     5161 gtttgtacac cggtggtagg ctggtatctt ggatcgctca cttgcagcgt ctggtcagtc
     5221 caggcaagcg acaaagcata aaacttggct gtctcctttg tcagtacgac agaattggca
     5281 gaagctatca attcgttctc ttccgggctg gagagaaaat aggtatcccc atctttctcg
     5341 caagcaccta gtaataggag ggcggaaagt aaagtgaata gattatttag ttttttcata
     5401 tcgttgttcc gtattaatat gattaatagt tttcattgta taagtttgga ttggccgtca
     5461 gttcggtagc aggtatcgga tagatattgt atttgctctc tactgcctta ccgtctttta
     5521 cgccaccttt ccattgccat acatagctgt tggttgtaaa ttgattgaag cggatcaagt
     5581 ccgtacggcg atacccctcc caatacagtt cacgggcacg ttcgttgatg ataaacagtt
     5641 cgttgatttc agactcgctt ttgttatgag tgttgtcgcc gaaagcacgt tcctgtagct
     5701 cattgatata aggcagtaca tttgccagag tcgcttccgt tcctccacgt accacagctt
     5761 ctgccatcat taaatataca tcggccagac ggaatagggg ataatctgta tttacaccac
     5821 cgtctgcggt gttggaagca gtctgtccgg catcagtcag gttagtccat ttttctacga
     5881 aatagccatt gctttggtca tctatctttt ccaggtcccg ggtttgtccg tcggtaaaga
     5941 acatatatcg ctggtcggct tcttcgttac cggagaaaag ttgaggaatt tctccgcgta
     6001 cacggaacat accccatcct gattttacac cgtaatcttc cggtatctgt ttttcggacg
     6061 tgttgctcac tgcgccacaa acaatgtaag tggatgatcc ccatgacacg agattggttg
     6121 cgtctaccgg gagggtgaag attatttcgt tcgtacgttt gtcattgtcg gcattaaaca
     6181 gcttgtaata atcgctttcc agttgataac cctgttcgat aaccttttta caggctttga
     6241 tacattcgtt gtatttggaa gtctgggtat aaacttccgc attcagatat aatttggcaa
     6301 gtaatgtata tgcagctcct tgggaagcgc gtccgtaagg acagttcgct ttatttagca
     6361 tttcatcttt aatggcattc agttcacttt caatataatc gaaaatctgt tgggctgtat
     6421 agcggggagg cagatatccg actagcgggt cattttccgt cacaaacggg atattgcgga
     6481 acagatcgag tgcgtgatag tagaataaag cacgcatgaa acgggcttcg gcacgataaa
     6541 tacgaatttc agtctgctcc tggtccgtga actgtgctat cttttcatcg gtggcattgc
     6601 ggagaaactc attacataaa gcaatgttgt aatagatacg gtaatacata tccgataccc
     6661 aaggatcatt agcgtcccaa ctcaaatacg tcagtcccgt tacgttgtca ccggacagcc
     6721 aggtagaagc cacttcatcc gttccacatt cctgcaagtt gaagaaacag cgcatataat
     6781 cctgtccgct gttactactc aaatcgttgt caccattctt ttcctgtccg gtggtcacca
     6841 tggctgcata gatttttccc agaacggctt tatagtttgc agcactggta tatatggtag
     6901 aagatgtttc ttcttcgtgt ggatattggt ccaagtcgcc tatgcaggaa ctcatcagga
     6961 gtgcgctgca aaaataaagg gctgtataaa atatcttttt cataatcgat gcttttagta
     7021 attagaagtt aatacctatg ttgagagaga aagtacgtgg gcgtggataa aacgaattat
     7081 ccacaccgtc gggaatttcc gggtcaacgc cgctgtattt ggtgatacag aatacatttt
     7141 gcaccatggc actcacattc agactgcatc ctttataaat agtgccgaag ttgtaaccca
     7201 atgagagatt atccattttc aggaaagaag cattctctac atagtagtca gagagatatt
     7261 gacgtgtctg gaatcctgtt ttcagatagg ttgatgacag gttgtttagc tgataagagt
     7321 tatagctgac agtttcccag gcaccgctgt tcatagccat cgcattatag acatagtttc
     7381 cgatattggc acgcaggctg gtgctcaatg tccacttctt gtaacgcaat gaggtactga
     7441 aaccgaggat atagtcggga gccggagagt ggtagcggta caagtcgttc gagttgattt
     7501 gtccgtcccc gtcaaggtct acgtaagctc cttctatcgg tttgccggtt ttttcatcat
     7561 acagctgatg gtaaacgtag aacatataag gagcatatcc ctcgctcaat gtctgtacct
     7621 gataactgtc gatatacgga cctacagaag tgttggtggc aggcgtaccg gctgtcagtg
     7681 ataagttttt cactttcatc ttctgccatg tcatgttgaa actcaagtcc cagttccagt
     7741 ccttggtctg tatgggcgtt gcgttcagac tgaattccac gccctgactg tccacatttc
     7801 cgacattggt cgtgatgtta cgatcgaatg tagtaccggc agcagcaggt acggtggcaa
     7861 tcaggtcttt ggtctgacgg gtgtagtagt cgaaactacc ggtgatacgg tctttgagga
     7921 aaccgaaatc aaaacccata ttccatgaag tggttgtttc ccatttcagg ttgggtacat
     7981 acgctttggg gcggtaagta ggagtcgggg tatctccgat aagggaaccg gcaccacttt
     8041 ggctgatcgt atagataggg aggtagttgt aattgcctat accgtcttgc tgcccggtga
     8101 caccataact ggcacgcact ttcagcgtac tgataacttt attgtctttc aggaatgatt
     8161 cttctgtcac tctccatcct aatgctactg acgggaacgt accccaacgt acatttttag
     8221 cgaagcgcga agtggcatcg cgacgtacag tagtagtcag catatagcgg gagttgaacg
     8281 agtagttcaa acggccataa taagagagta atacatggcg ttcgtcagag gctttcgatg
     8341 ttttctgtat ttctcccaac gtgttcattt cgctataaag cggagtcgtg gatttccagt
     8401 actgataatc gtaaccggct gttacatcaa aactactctt aatggattcc accaatttgt
     8461 tgtagttggc atacagagtc aacagacggt tttctttttt ctgtgggcca tagctgtaat
     8521 ccaaaccgga agtggtgtaa ttctgtgcag cttctgccgg aacatataca cttcctttac
     8581 cttgtgcata gtcataacct aacgtagcat gcaacttcaa atcggggaag aagtgaagac
     8641 gatagtctgc atcaatgttt ccgataaaac gttttactgt actttgtgag tcattcatat
     8701 tgagaagtcc caccggattc atgactgctc cgttcacagg agcaccggtg ttgtcaattg
     8761 cttccgtata tccgccgaat gtgtctagac ccgaatatac tggaatggta ggattcatgg
     8821 tcgaagcagc ccaaatggca cttgtattgg caaatgtgtt cttattgata gaacctttag
     8881 cattgatatt cagttttaag tggtctttaa agaaagacgg attcaatgta atgcttccgg
     8941 tgtaacgctc cgcgttgtca gtacgtaata aaccactctg gttgtagtaa ccgatagatg
     9001 cacggaaagg taagtttttg gtaatctttc cagcaacact tagattatta tccgtaccga
     9061 aggcattttg ataaatctca tcgttccagt ccgtatgtgt cgtgccgagt aacgcccgtt
     9121 gtgcatcggt tcctttgctt tggatggtat tgacaaattc atcgtaactc aacatatctg
     9181 ccaatttggt acgggtttgt acagagttgg tcgtactgaa tgtaatcttc agtttatccg
     9241 aacttccttt cttggtagta atcagaataa ccccgttgga tgcgcgcgaa ccataaatgg
     9301 cagtcgaaga agcatctttc agaatggtca tactttcaat atcgttcggg ttgatgaggc
     9361 taaggaaatt cccgtcatta ccgctgatgc ctccctgttc caaaggaacg ccgtccagta
     9421 cgatcaaagg gtcattacta gcgttcagtg aagcaccacc acgcacacgg atcgtacttc
     9481 ccgcagtggg agaaccactg ttggacatga tttgcacacc ggaaatctta ccattaatca
     9541 gttgctcggg agagctgacc aatcccatgt tgaagtcctt gctgctgacg ttagttaccg
     9601 aacctgtcag gtcgctttta cgctgcgtac catagccgat tactacaacg tcgctcaata
     9661 cctgtgaatc acttttcaac tggatattca aagtagtact gttggcagga actggtacta
     9721 cctttgtttc atatcctaca taagagaatt gcaactcttt gctgccttgt ggcacattga
     9781 gtgtataatt accgtcgaaa tcggtcactg ttccggtaga agtaccgaca atgaggatac
     9841 ttactccgat catcggttcc ttgttctcgt caatcacttg tccggtgatt ttcttgcctc
     9901 cttgttgggc gaaggcagga atgatgcctc ctaaaaaggc tgtacacaac ataagtagta
     9961 cagtcagatg gcgtagattt aagatattcc tgttcataat tactgtgtta ttgataatag
    10021 atttattttt actttttatt taaaaatcag cggcttttct ctttctgtcc cttccgtttg
    10081 ctacctcctt tcagaaggct tcagacgtgg ttcagacgaa agatttgttt ctcaccgagg
    10141 aagaccttgt tcctcaccga ggaacgaccc tttcctcacc gaggaacaaa ggcttcgaca
    10201 acggggaact ttaagaatga ttattccagc cagatatttc ctagttcaat ctcaactaaa
    10261 cctttcttgt ttcctgacat tgacagctcc agcttctcaa tcctttccgg taaaaatgcg
    10321 atttccgttt ccggatggaa atactgtttc aagaatgtcg gataagctat cggcagcagc
    10381 gccgtgtctg tctggcgtaa atctttcaac ggtatccgta tgattccctc cgatgatgga
    10441 gcaggacaag ggcttttata agtatatccg tctgacgtta cgaaaccggc actgaatcct
    10501 tccggaagtg ctttcgtgcg atttacccgg atacagagaa cgctacaatc ctttactctt
    10561 tcttttcttt cttcaatcag gttctttacg aacgtgcgga ggaaatagtg cggattttct
    10621 cctttaggag taaaccggaa ccggagcaaa ggtttttcca ccggagaaga atcaaccaaa
    10681 gtacgttgga gatcattcca ttcgggaagc gtgtatgctt ctatccggct atctgcgtcc
    10741 gtaatagtca atagtggtat cgcactgtct ggggcaacaa cacgagtagt ccaataggct
    10801 ccggaagtat aattccagtc cagtggattt ccctttattc ccaatgatga attcctgtaa
    10861 ccggaatttc ctgtgggata agtgcgagtg ctgttgcccc ggcatacgat gatgttatac
    10921 ctgaaacaat catcctttat ttctgtagcg ggtatcgttg cttgataggt atatccgcct
    10981 gtacgtttca tcttgatata tggattatgc tcattccaaa aagatatctt atcggtgtag
    11041 ataatcacag aatccgggaa ttcggttcct accacctgtg cactaatcgt caaatcctta
    11101 tttgcttcag tggttgccga tggagtatga acgactttat aatccgtcac acgtggagca
    11161 ggagccacat actctccgat gcggatggaa ttccattgag agtctgcctg ccagttctgt
    11221 ttgggcgtac agtttttacg tttcagcaga taggtacccg gacgaagtcc gcggataatc
    11281 ccgtctgtca catctccttt ctgctgattt ccttgattga gggccgtaaa ggtaaattcc
    11341 atccctaaat caggtatttg caaagccatg tcccaagcac cataagcgat ggtaaccact
    11401 tctttatcga gtgacggttt ggcaaacgga tcgttcacta ctaccgcgtc cggcatcact
    11461 tccagtctcc agactcccgg ttcgaggcaa tccatgaaat aagcacctgt tccctcataa
    11521 tgaatgatcg gagaactgcc acaaccggca atggaaacaa gttgtgacgc atctttgggc
    11581 tgggtgttgg tatgattgga ataatagaat ttctttccat tatttaattc gctcaagtcc
    11641 tctgtataac tgacacgaaa accgtcacca aataaagtgt cctgtggata actgccgtat
    11701 gattcacctc ttttcagact gcgtgcagct tcggcagcta tcttcatact gatggcttta
    11761 tgaggcgtat aggcaagatt caagaaatga gtctgatatt ccgtattggc ataagcgata
    11821 tccatcggat catacgcaaa ctgggtaatc cattgaaaac ctgctgtacg gaaagtgcgt
    11881 accatggccg gatacatata agaatacatg atatctgccg gatcgaactc atataccatc
    11941 cgtgttttct tatcgaatcc tttcacttta tcggaaaagg gaatatcata gcggtctata
    12001 tagggaagga aatttccctg ctgtgtctgt ccagatacca gtccgatggg ataccattga
    12061 taagtagttc cctgaatggc agtttcgtaa taagcctcta ctacatatcc gttgtggctt
    12121 acattataga atacaggttt gcggtttcct gttttattga tcgctttcag catccggttg
    12181 atataggctt ttacctcttt cttcgtaccg gaatgacaag gttcattatt gatttcgaac
    12241 ccaacaatgg agggatcgtc tttataagct aaccccgtat atggattgac gtgcttcacc
    12301 aaaccatgaa gataggtttc ttgtgcagcg atagcttccg ggtgggagtg catatcgcat
    12361 ttatcatatt tataggagaa gccgcccgtc tgtatgtttc gttcgggata tccgttcccg
    12421 aagttggtct gcgcggtaat cacaatatga atattgcgtt ctttgagttt ggcaatcagg
    12481 tagtccatca agtcgagatg ctcgttttcg aggagatttc cctgtccgtc tgtcagttcc
    12541 acatcccata aatgaatacg gtaagcattc agtcccagac gggagatatg atatacatct
    12601 ttatctatgg cagctttgcg gtccagttcc aaatatccaa tggcacggta agcatgggcg
    12661 aaaggcagcg tataattaac accgaaaaag gaagcctccc ggcgggtgtc actccaacgc
    12721 atcaccccat ttccatctat atatataata ggtgtagagg atgatttgcc ttgcactttg
    12781 acaaaggcag atatcaaaca aataaaggta aggatcaaca gtcttttcat gctatcaaat
    12841 ttatcggttt attgacagca acaaaagtaa tttattggtc atttcaataa aagcacagat
    12901 tggacatata aggataaaaa taggacgaaa tgccccaaaa tgcctctaca ggtcttcatt
    12961 aaggtactgg cgtggcgttt ttccgaattc tgcctgaaaa catttggaga agtaagagtg
    13021 attggaaaag cctaccatgt acatcacttc ggcaatggta aatttctttt gttgcaacaa
    13081 catggccgcc tttttcatcc ggatcgattt gatgtattcc actggagaca ttccggtcag
    13141 ctgtttgatt ttccggtaaa tctgcttatt gctgataccg gataattcac aaagtgcatt
    13201 tacattcaat tccgattcag aaagatggtc ctcaatcagg cggataatgt tcgacaaaaa
    13261 tttctcatct tgagattctg cttcgattgg tttaagaaca ggcaacgatt ccaactgctt
    13321 tttcacctgt gtcgccggaa tctcttcttt ctctacggcg atgacaggga tattcaggcc
    13381 aatggaagtt ccttttcctt cgttcgaggt gactccgttg atgtgaccgc catgaagttc
    13441 cgtataagtc ttgaccagat aaagtccgat acctgtacct tccttattgc cggaatgtgg
    13501 agactggaaa aagcgctgga agatatatgg aatatcttgt tgcgggattc cgcttcctgt
    13561 atctgaaaca cagatatcca acaatcccgt ttcttcacga tagaaaagag acagacggac
    13621 gcttccgcca tccggggtga atttgacggc atttgaaagc agattatcta aaatcactcc
    13681 aagtttgatg gcatccatat cagcataaat cttggcttta ttcgtctcga aatggaatgt
    13741 gatctgtttg ttttcctcat agacagaaaa caggctacgg ctgaatgaca caagttcgat
    13801 gcgcgacaaa atcagcagcg aatctttatt atcctctatc cggttgaagt ttaatacctg
    13861 atgaatcaat gagtttattt tcattgcatt acgctgtacc tcctccagtg tctgtttctc
    13921 atgcacttct tctgcaacgg ggagcaattg actgacagga gcgataatcc ggctaagcgg
    13981 tgtctttaat tcattagaca aattggtaaa gaaagccatt ttctggcgtg attgttccag
    14041 aatcttctct ttttccatcc gttccatttt tagacggttc ttgacacgga aaaagttgat
    14101 aacccaggca atgaggctca agaataaaag aatgtagatt atctttgccc aaagtgtgta
    14161 ataccatgga gggagaattt taatattcag gatatatgga tgctcggaag gagaaccgct
    14221 cttttctact ttgctgatta ccagctgata atccccataa cccagattac tgtacgtaat
    14281 gcgattcgtg ttggattgca ggaaattcca ttctttgtcc ataccttcca gccggtagac
    14341 gaattcatgt ttttcttcca gcgagtaggg gaggtctgaa agttcgaaag ccaggttgtt
    14401 ctggtcgtat tttagttcga tagcatcggt ataacggatg ttgggaatat tctctccagt
    14461 atgcggagac atcagttgat tgttgatata taaggcagtc agtaaaatgg agtgttccgg
    14521 ctgactcatg gcttgtattt cgggacggga tatgccgaac ccgtctgcac ctcccagata
    14581 gatatttcca tcttccggat caaacattag actggtgaaa cgtttatccg tcaggctttg
    14641 ctggcgggca tccattgttc tccggtcgat gatccaaagt ccgttagtgg tggaaaccca
    14701 gatgtgttct tttacagagg tcatagacag aatctcgtta ttgctgaaat tgccgaaaga
    14761 gatactttgc tgactcgagt ctttgggatt gatacgcatc acccctccgt gaaatcctac
    14821 ccaaagcatg ccgtcttcat cccgtaaaag gtagttcggg ctcttctcgc cacttaattc
    14881 atcggcaaac agctttgtca cttgccgcgt acgggcattg attttgtcta ttcctttgct
    14941 gttgtataac aatacccata cattaccttc cgcatcaggg acaatctgat taatgaacat
    15001 ccccgacagc ccattatgaa tggaataatt ttgatcggcc acatacgatc ttccggcaga
    15061 ttgtatcagt ttatgtttgt ccacaacaaa gatacctccg agacaggtgg cgatccaaag
    15121 cttcccgtca gtatcttcaa acaggtaata agcccagttg gtattataag ttcctgtact
    15181 gtctacgatg ttgtagtgta caaattgatg ggtattatag tcatagcggt tgatacttcc
    15241 gtctgtggct atccataact gctgttctct atcctcgtag atgtgtcgta tccggttgtg
    15301 ggataacgga tggtttttat cccccattct ataccagata gcatcgtgtt tattgcctgc
    15361 aggatgggtg aaccggatca ctccgtttgt acctccgaac caatagaatc ctttggaatc
    15421 ccggaacagg gaatagaact gatttccgtc tcctgtgcct gtgatttgag aaatcggtac
    15481 aaattgcagc gcactgttat agcgtgatag ggaaatgcca taatctgttc ccagccagat
    15541 attatgttcc tgatccgaga atatgttcca gataatattg ttggttagtg actggatatt
    15601 gcgtgaatcg tgaatgatat gctgcaaagg ttctttgtca ttctggtaca cataaagccc
    15661 gttgtctgta cctgccagca aattttcatc tccgtccagt gccagtgatt tgatggagtt
    15721 gttatgaaat acctctatcg ccttcatctc tcctatagtg ggattgtatt ggaagagata
    15781 accttccatc ccgatccaga tacattgtcg ggtggtgtct tccaacagag aattgacaaa
    15841 caaattgctg cctccccggt taacgggcaa aaggatgttt tcaaattttc cacttgcctg
    15901 cacatagcgg cataatccgt tgtaagtacc tatataaatt tgattatctt ttgtatgaat
    15961 gatggaatag atggtgttat gaggcaatcc ggtctgtttg ctgtcgaaat gattcagttg
    16021 acggcttttt aactgataag tatataatcc gttcaacgaa cctatccaca atgtatctcc
    16081 ctggagtacc atggtacgga catccgttgg aaaatcagta tccggttgct catatttgtc
    16141 tgttcgatag ttataaacaa gaatcccgtt atctgttccc agatataaat aagtgttatc
    16201 tgctataata ccgcagtaga tacgtgtgtt agtacgttct ccatacgtga aatgctgttg
    16261 tgtggaataa ccgtcataac tgaataaccc cttgttggaa cccacccata tcagtccctc
    16321 gctatcttgc aggaagcaac taatcaccga agcttcggcc ccgagataga tgttgtcgaa
    16381 ttgctgataa tttacttttt gcccatacac attgccactg ctacagtagg caaggatgag
    16441 aaaaagaatt gttgtaattc gttcgcgcat
//
