LOCUS       NZ_EQ973490            23343 bp    DNA     linear   CON 10-MAY-2022
DEFINITION  Bacteroides cellulosilyticus DSM 14838 Scfld4, whole genome shotgun
            sequence.
ACCESSION   NZ_EQ973490 REGION: 1329075..1352417
VERSION     NZ_EQ973490.1
DBLINK      BioProject: PRJNA224116
            BioSample: SAMN00008759
            Assembly: GCF_000158035.1
KEYWORDS    WGS; RefSeq.
SOURCE      Bacteroides cellulosilyticus DSM 14838
  ORGANISM  Bacteroides cellulosilyticus DSM 14838
            Bacteria; Bacteroidota; Bacteroidia; Bacteroidales; Bacteroidaceae;
            Bacteroides.
REFERENCE   1  (bases 1 to 23343)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides cellulosilyticus (DSM 14838)
  JOURNAL   Unpublished
REFERENCE   2  (bases 1 to 23343)
  AUTHORS   Fulton,L., Clifton,S., Fulton,B., Xu,J., Minx,P., Pepin,K.H.,
            Johnson,M., Bhonagiri,V., Nash,W.E., Mardis,E.R. and Wilson,R.K.
  TITLE     Direct Submission
  JOURNAL   Submitted (18-DEC-2008) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
COMMENT     REFSEQ INFORMATION: The reference sequence is identical to
            EQ973490.1.
            Bacteroides cellulosilyticus (GenBank Accession Number for 16S rDNA
            gene: AJ583243) is a member of the Bacteroidetes division of the
            domain bacteria and has been isolated from human feces. The
            sequenced strain was obtained from Deutsche Sammlung von
            Mikroorganismen und Zellkulturen GmbH (DSMZ) (DSM 14838).
            
            This is a Newbler assembly
            (http://www.454.com/enabling-technology/the-software.asp) comprised
            of one full plate FLX PE 454 Data with a Q20 coverage of 16.3X.
            
            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 cellulosilyticus (GenBank Accession Number for 16S rDNA
            gene: AJ583243) is a member of the Bacteroidetes division of the
            domain bacteria and has been isolated from human feces. The
            sequenced strain was obtained from Deutsche Sammlung von
            Mikroorganismen und Zellkulturen GmbH (DSMZ) (DSM 14838).
            
            This is a Newbler assembly
            (http://www.454.com/enabling-technology/the-software.asp) comprised
            of one full plate FLX PE 454 Data with a Q20 coverage of 16.3X.
            
            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 not spanned by GeneMark and Glimmer2 were
            blasted against NCBI's non-redundant (NR)  database and predictions
            generated based on protein alignments. tRNA genes were determined
            using tRNAscan-SE 1.23 and non-coding RNA genes by RNAmmer-1.2 and
            Rfam v8.0. Gene names are generated at the contig level and may not
            necessarily reflect any known order or orientation between contigs.
            
            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 March 2009
            
            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 June 2013.
            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/
            
            ##Genome-Annotation-Data-START##
            Annotation Provider               :: NCBI RefSeq
            Annotation Date                   :: 05/05/2022 02:16:44
            Annotation Pipeline               :: NCBI Prokaryotic Genome
                                                 Annotation Pipeline (PGAP)
            Annotation Method                 :: Best-placed reference protein
                                                 set; GeneMarkS-2+
            Annotation Software revision      :: 6.1
            Features Annotated                :: Gene; CDS; rRNA; tRNA; ncRNA;
                                                 repeat_region
            Genes (total)                     :: 5,175
            CDSs (total)                      :: 5,120
            Genes (coding)                    :: 4,851
            CDSs (with protein)               :: 4,851
            Genes (RNA)                       :: 55
            rRNAs                             :: 1, 1, 1 (5S, 16S, 23S)
            complete rRNAs                    :: 1, 1, 1 (5S, 16S, 23S)
            tRNAs                             :: 50
            ncRNAs                            :: 2
            Pseudo Genes (total)              :: 270
            CDSs (without protein)            :: 269
            Pseudo Genes (ambiguous residues) :: 0 of 270
            Pseudo Genes (frameshifted)       :: 97 of 270
            Pseudo Genes (incomplete)         :: 176 of 270
            Pseudo Genes (internal stop)      :: 16 of 270
            Pseudo Genes (multiple problems)  :: 15 of 270
            CRISPR Arrays                     :: 1
            ##Genome-Annotation-Data-END##
FEATURES             Location/Qualifiers
     source          1..23343
                     /organism="Bacteroides cellulosilyticus DSM 14838"
                     /mol_type="genomic DNA"
                     /submitter_seqid="Scfld4"
                     /strain="DSM 14838"
                     /isolation_source="biological product [ENVO:02000043]"
                     /host="Homo sapiens"
                     /culture_collection="DSM:14838"
                     /type_material="type strain of Bacteroides
                     cellulosilyticus"
                     /db_xref="taxon:537012"
     gene            complement(1..4095)
                     /locus_tag="BACCELL_RS09475"
                     /old_locus_tag="BACCELL_02140"
     CDS             complement(1..4095)
                     /locus_tag="BACCELL_RS09475"
                     /old_locus_tag="BACCELL_02140"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007661009.1"
                     /GO_process="GO:0000160 - phosphorelay signal transduction
                     system [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="two-component regulator propeller
                     domain-containing protein"
                     /protein_id="WP_149949311.1"
                     /translation="MKYTKTIALITTLLCFLQGQGLALAQDNPNQYNYLYLTIRNGLC
                     DNSIRTIHKDHNSFMWFGTSNGLDRYDGYELKHYSTAPRQPYQFIESNYINDIDEDDN
                     NYLWVASEAGIMSIDLLHENLNFYKEYSGKNNNVLYSPVQALLVDDFNNLWVGKSDGL
                     AYIILNEERQIKDIRILKKDVDIKTIVKHGSDIWAGGDKCLLHFTPSGKQDYSNIPVI
                     TNLDTSQLIFNRLFSYGDYLWIGTQSGLYCYNTQNQFCILYQHNPNNPHSISSNFITD
                     IDKNSSGDIIIGTRNGVNIYQRNDQFVTFSRGIQARSLNDNIVNRIFVDKNDNIWVGT
                     DFGGINIMAPQRITFNYSLQGYEKGVPNIISTVLEDKEGNILAGIVDGGLAIKRKGAD
                     SFSLFKHNPGDPHSLAHNNISDIIQDLHGNYWISTIGGGLDKLDKNNLSHPVFEHYNS
                     LNSSLTSDDIHDIALDSARNALWICSGSHINTLDFSTGAINRLKFYTQSKEPVHNMNT
                     IFIDSQSRLWIGGNGVYVIDLENSRNTYECIYYQHKLDDPESKINEKITCIFETKKGE
                     IYLGSLGNGIYLLEDNGNNEKYTFKNYAVRCGLSDTSISNILDDENGNLWISTLKGIY
                     FFDINTKRAFKFDEGDGLLVPQFYKRSGCKTINHNMLLGTIDGFVTFSPLVNLPKQKQ
                     RTITLTSVVCNGSQLIPYLNSDNLPVSISTTKELHLYPPQNSFEITFSCLDYIEQEKV
                     FYFHRIHELEEHWNTGLVKRNAKYTNLPPGKYTLEIRCTNHDNTWSTEATCLSIIVHP
                     PFYKTGWFYSLIAILIVSILLYIIYWYNARQQHIQKLLKEKIESMSEQMEAINKEKLS
                     YFTNLAHEFKTPLTLIQGPASQLVRQTTDPKEKEDLQIINRNAQYLLSLVNQLIDLRK
                     IDTQNLTLNYSQFNFSKFLNTTITDFSNLMKERNISFEKIYRLKSDHIYSDKENLHKI
                     LFNLLSNAIKHTPDKGKITLHANQFIDKSNKLMQFISVTNSGSIIAPDEIDKIFNRFY
                     RIPEQNKYTNYGQSSTGIGLHIVKELINLLDGTIKVKSSEKEGVSFRLYFPITLADAA
                     ENEIHEEYKEPVPVEDKIEPFIPIDRSKPTLLLVEDNPDMRHYIKNMLKEKYNIAEAN
                     NGEQGYKTAQNIVPDFIVSDLMMPICDGSDFCKRLREDKLLSHIPFLLLTANSSETAR
                     IESYENGVDGYITKPFEQSVLLAHIDSILKNRDLRQKKFVEQDLNPILLEVGQPDQQF
                     MNEVMNILEKNYADPQFGVKDLTERLNISYTVIYKKFVSLTGLPPVRFIQLYRLQIAK
                     KILESSTNNVIVSEIAYRVGFNDPKYFTRCFVKQYKQTPSSFFK"
     gene            complement(4115..5446)
                     /locus_tag="BACCELL_RS09480"
                     /old_locus_tag="BACCELL_02141"
     CDS             complement(4115..5446)
                     /locus_tag="BACCELL_RS09480"
                     /old_locus_tag="BACCELL_02141"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007661008.1"
                     /GO_process="GO:0005975 - carbohydrate metabolic process
                     [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="family 43 glycosylhydrolase"
                     /protein_id="WP_007211515.1"
                     /translation="MKNKRLFLLSAFLVIIGTLKAQNPIITDQFTADPTAKVFEGKMY
                     VYPSHDIPSPIERLKEWFCMADYHVFSSDNLIDWTDHGVILSQENVPWVAPDSYSMWA
                     PECVYKNGKYYFYFPSTPKGEGKRGFSIGVAIADKPYGPFTPQATPIEGVNGIDPCVL
                     IDKDGQAYIYWSGRGMSVAKLKDNMLELASEPMQIQGLPEGFKEGPFAFERNGKYYFT
                     FPWVKEKTEVLAYAMGDNPMGPFEFKGIIMDESPTDCWTNHHSLVEYKDQWYLFYHHN
                     DYSPEFDKNRSARVDSLFFNPDGTIQKVIPTLRGVGITDARKEIQLDRYSRLSNQGAA
                     IDYLNQANKFEGWKTLLSKNGAWVQYNRVNFGDSTPRKVKARVTSDNGGTLQIRINGT
                     NGPVISEIKVPKTDKWTNIESSVRSAQTGIHDLYVSLKGNGKVEIDWISFQ"
     gene            complement(5623..8280)
                     /locus_tag="BACCELL_RS09485"
                     /old_locus_tag="BACCELL_02142"
     CDS             complement(5623..8280)
                     /locus_tag="BACCELL_RS09485"
                     /old_locus_tag="BACCELL_02142"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007411427.1"
                     /GO_process="GO:0005975 - carbohydrate metabolic process
                     [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycoside hydrolase family 3 C-terminal
                     domain-containing protein"
                     /protein_id="WP_007211516.1"
                     /translation="MKKVLVTCGLLFSLSGWGQTLPYQNPELSPAERAKDLVKRLTLE
                     EKALLMCDDSEAIPRLGIKKFNWWSEALHGVANQGNVTVFPEPVGMAASFNDKLVFDI
                     FNAVSDEMRAKHNERVRNGLEDVRFHSLSVWTPNVNIFRDPRWGRGQETYGEDPYLTS
                     QMGIAVVKGLQGPENEKYRKLLACAKHYAVHSGPEWSRHTANLNNVSPRDLWETYLPA
                     FKALVQKADVREVMCAYQRLDDDPCCGNTRLLQQILRDEWGFKYLVVSDCGAIADFWT
                     SHKSSSDAVHAAVKGTMAGTDVECGYGYAYQKLPEAVSKGLITEEEVDKHVLRLMEGR
                     FELGEMDDPSLVNWTKIPMSVVNCKAHKDLSLNMSRQTMTLLQNKNNVLPLSKSIRKI
                     AVIGPNADDKPMLWGNYNGTPNQTITILDGFKSKLKKNQIVYMKGCDLVNDQTLESYL
                     DQCSIDGKPGIKATFWNNPERQGEPVSSLRTTQPINVTTYGLHTFGPGVNLEKFSAKY
                     ETVLTPKESGEILLNLEGCSYFELLVNGKSMTKHRTWRTTDTRTMLQVEKGKEYKIEI
                     LYAQVENWAANLKFNLGKEFPINYSESISKLKGIDVVVFVGGISPQLEGEEMPVNIPG
                     FKGGDRTDIELPAVQRNFLKALKDAGKQVVFVNCSGSSMALLPETESCDAILQAWYGG
                     ELGGYAVADVLFGDYNPSGKLPVTFYKSTKQLPDYEDYSMKGRTYRYMSDPLFPFGFG
                     LSYTDFAVGTASCNKTQLHTDESLTLTVPVSNTGKRSGTEVVQVYIRKTDDADGPLKS
                     LKAYARVELAAGAKQDVKIELPSESFECFDPSTNTMRVAPGEYELFYGTSSAARDLQS
                     VKVTLRDSNELNADNNLGADYADYTDFFL"
     gene            complement(8329..9387)
                     /locus_tag="BACCELL_RS09490"
                     /old_locus_tag="BACCELL_02143"
     CDS             complement(8329..9387)
                     /locus_tag="BACCELL_RS09490"
                     /old_locus_tag="BACCELL_02143"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007661006.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycoside hydrolase family 43 protein"
                     /protein_id="WP_007211517.1"
                     /translation="MKILFHFTITLFVLSLVACNQTKSPEPVKQYTFIGGKEGDKMDT
                     TSFDSLQLSDPFILADEETQMYYLVGSGGSLWKSTNLKMWTGPYQYITVDTTSWIGTA
                     PRIWAPELHKYKGKYYCFVTFTNPKIIVDTVPNRYNVQRRATHILTSDKAAGPYHPIS
                     GTDYLPEDWSTLDGSFWEEDGVPYMVFCHEWMQTVNGMINYIQLAPDLSESIGTATTL
                     FRASDAPWPREMKSIGELTFGMALEGYVADGPFLFRTGTGRLGMLWSSWSNSRCAQGV
                     AYSGSGKLAGPWIQCNTPLIPNNSGHGMLFRTFDGKLLMCLHHQSLDSENPGPRRPTL
                     FEADISGDEIKILGRYHP"
     gene            complement(9434..10588)
                     /locus_tag="BACCELL_RS09495"
                     /old_locus_tag="BACCELL_02144"
     CDS             complement(9434..10588)
                     /locus_tag="BACCELL_RS09495"
                     /old_locus_tag="BACCELL_02144"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007216414.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="alpha/beta hydrolase-fold protein"
                     /protein_id="WP_007211518.1"
                     /translation="MKLKSILYTTLIASLITGCAQKPKEKEATAPVSASTNILGISYP
                     VVNPDLSVTVRVNAPDADSVKLDLMKKYPMTKNADGIWEVTSDPQVPGFHYYFLEIDG
                     CSVADPSSELFYGCGRMSSGIEIPEEGVDYYLPQHVPHGEIRTQMYYSDITQAWRKCL
                     VYTPAGYDENNTQKYPVLYLQHGSGEDETGWSNQGKADNILDNLIASQKAVPMLVVMD
                     RGYATDPKEKETGQKGRFNFNTFERVVINELIPMIDKNYRTLPDREHRAIAGLSMGGF
                     QAVSIGLAHLDKFAHIGGFSGGGRMNSNELNTAYNGVFADAEAFNQKVKTLYISLGTE
                     EAARFKNVTEFHDVLTQANINHIYYESPGTAHEWLTWRRSLHQFAGLIFK"
     gene            complement(10596..11762)
                     /locus_tag="BACCELL_RS09500"
                     /old_locus_tag="BACCELL_02145"
     CDS             complement(10596..11762)
                     /locus_tag="BACCELL_RS09500"
                     /old_locus_tag="BACCELL_02145"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_008626297.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="alpha/beta hydrolase-fold protein"
                     /protein_id="WP_052309546.1"
                     /translation="MKRKKLSSAIIKTGSAMIFCSIITGTMWAQGIPSVTNIPNAQYP
                     MVNPDRTVTFKVKAPDAKSVQIVLDRPYEMQKGQDGTWELTSSPQVPGFHYYSVQIGG
                     LQVTDASTYSYFGMSRQASAFEVPEEKVDFYLPQKGVPQGALRSRRFYSKVCDEWRRM
                     YVYTPAEYEKNPDKRYPVLYLQHGGGEDERGWPNQGCIGAILDNLIASGKAKPMIVVM
                     NCGYAVYAGNKYPEQQPNARSSVDAFVAFEDMMIKDVIPLVDSTYRTLTDKENRAMAG
                     LSWGGKQTLETTLHHRDLFSYIGSFSGALPIDKNTDIDALYEGAFKDPVTFNKDFKFI
                     WLGIGEEEGPNAELLHAALSKKGINSLFYQSPGTAHEWLTWRRCLYQFTPLIFK"
     gene            complement(11999..14503)
                     /locus_tag="BACCELL_RS09510"
                     /old_locus_tag="BACCELL_02147"
     CDS             complement(11999..14503)
                     /locus_tag="BACCELL_RS09510"
                     /old_locus_tag="BACCELL_02147"
                     /inference="COORDINATES: protein motif:HMM:NF012961.2"
                     /GO_process="GO:0005975 - carbohydrate metabolic process
                     [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycoside hydrolase family 9 protein"
                     /protein_id="WP_081450809.1"
                     /translation="MKLKAIILCMGVVGCLIFTGCGKSTSFSRNSHLALNDSNYFETR
                     GLNFFVFSNLYDATFDDSKISAVEIIHHGIRTATNGDVRMNPTPGQWNKLPKFVERMP
                     DKEHNRIDVILEYPEYNFEYKLTGEARDGGFYLSVNVDKPLPEALHGIAGLNMEFMPP
                     VFFGHSYIIDGKHGLFPTSPADFMTTINGEVEPTPMATGKLIDIAPDEPLKHITIRTT
                     DDNNLSLFDGRNKQQNGNFVVRTLLPAGKTGKIAEWFITAETQSDWVRKPVVSYSQVG
                     YHPTQKKVAVVELDKNDKPLSTVSLYKVCSDGSLSKALSGTPKTWGMYTRYNYLQFDF
                     SSVTEPGIYMLEYGDQRTAPFPIATDVFQKAWFPTLDVFFPVQMDHMFVREAYRVWHG
                     AAHLDDALQAPVNRIHWDGWRQGPTTGNKYKPLEHIPGLNVGGWFDAGDFDIQTGSQH
                     AVVQAFALLWESFGVNRDETTINQKTRYTEIHVPDGKPDVLQQIEHGVLQLVAQVNAI
                     GYAIPGINESHLYQYRHLGDAVNKTDNLVYNPRLDSLQTDGRTSGTPDDRWAFTNRTP
                     HMNYGTAISLAAASRALKDYNPELSKEALRVARFIWDDEHNHQANPEEQTYSGRFSNP
                     EFMKSIECRAAFELWRSTDYEGYKTKMNELLPTLLEQFNRNASVIAQMIPFMDNAFKK
                     QVRPLVEAYAGELAEVDKENPYGVRISTAGWAGNRNIVQACITNYLLHRSYPELINPE
                     YIYRGLNYLYGCHPCHNLSFVSGVGAQPKKVAYGSNRADFSFIPGGVVPGIRILKPDF
                     PENREDYPFLWSENEYVIDLAASYIYLVNAVNSLLK"
     gene            complement(<14832..16566)
                     /locus_tag="BACCELL_RS09515"
                     /old_locus_tag="BACCELL_02148"
     CDS             complement(<14832..16566)
                     /locus_tag="BACCELL_RS09515"
                     /old_locus_tag="BACCELL_02148"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004292104.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="RagB/SusD family nutrient uptake outer membrane
                     protein"
                     /protein_id="WP_007211522.1"
                     /translation="MKKYIYSFAVCAALFCTSCDESRLNIEQKAVSSTENFYKTDQDA
                     VDAMTAAYAQFLDNVCSSAGIYQPQFTLLNYSADDVFSAGTNYADHMDMRVFDEFRYD
                     TGNAPLKELYQRYYKSIYASNLVITYVDPAASTVMARCVAEARVLRAYCHMMAALTFQ
                     RPPKVDKLLGADDKPTNVESQKSLLEWCASECEEAVNDLDSRKGPNDVEGAFKVTKGF
                     AYFVAGKSAVFAGDMARAERNLKPLVESPNYALVPGNRFRDLFHVEGNGCEEKIFEAN
                     CFGNIDKGFWGNIQRGRWMTNNVLNWRYDRLGSRASICGANDGWGGGAINWKFAEKMY
                     QNDGDGPRRKATFLTPDEFLYDSKLCGWETDFDADGNEMSLADKKKDPKRGIKSTEGL
                     FAHGVYMEVKNIESPNDRNMTISDTHNSASFRIARLGEAYLLYAEACLETGNLDEGKK
                     YLNAIQKRAEAPETELTTQTLRDEKQYELWFETCRFHDIVRWGIAKECQDAVVDQVPQ
                     LYDDFFIQGTPYYGKEHHLRAELTHPLSVDQNLPASSYGFVKGKHEYFPFPKDVIDLN
                     KELHQLNGWANN"
     gene            complement(16590..>17151)
                     /locus_tag="BACCELL_RS27335"
                     /old_locus_tag="BACCELL_02149"
                     /pseudo
     CDS             complement(16590..>17151)
                     /locus_tag="BACCELL_RS27335"
                     /old_locus_tag="BACCELL_02149"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_017141023.1"
                     /note="incomplete; too short partial abutting assembly
                     gap; missing N-terminus; Derived by automated
                     computational analysis using gene prediction method:
                     Protein Homology."
                     /pseudo
                     /codon_start=2
                     /transl_table=11
                     /product="SusC/RagA family TonB-linked outer membrane
                     protein"
     gene            complement(<17172..19741)
                     /locus_tag="BACCELL_RS09520"
                     /old_locus_tag="BACCELL_02150"
     CDS             complement(<17172..19741)
                     /locus_tag="BACCELL_RS09520"
                     /old_locus_tag="BACCELL_02150"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007216410.1"
                     /GO_component="GO:0045203 - integral component of cell
                     outer membrane [Evidence IEA]"
                     /GO_function="GO:0022857 - transmembrane transporter
                     activity [Evidence IEA]"
                     /GO_process="GO:0071702 - organic substance transport
                     [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="SusC/RagA family TonB-linked outer membrane
                     protein"
                     /protein_id="WP_007211524.1"
                     /translation="MMKNVVQKIQKIPFLFMLVLVFFTCISASAQIQIKGTVVSANDS
                     EPMIGVAILEEGTSNGRITDLNGNYSIQVSNSNATLTASFIGYKTQTVKVNGRSVINF
                     RLEEDTQVLDEVVVVGYGVQRKSDLTGAVASVNSKDLKGLATTDAAAALQGKAAGIQI
                     LNSSGAPGSGAEIRVRGYSSNSGNIGPLLIVDGLKVSSIQYLDPGLIESMEVLKDAAS
                     AAIYGSEAGNGVVLITTKNGGGKGTGKITYNVRYTMNQLGHVPQLLNAEEFKDWMGMQ
                     GYNVEAAMSDAIRDYNWDQNTDTNWFDEFMGTSWSKQHSLSFQGSNDKGQYFANLTYV
                     NQDGIVKGKNDYYERLTAQINADYKIKPWLQVGTNTSIEKWRRGSVSEYGYGSAFEML
                     LVMDPLTPTHWTDRSQYLAATGSVYDAVQNGTSDTNYRFYGDDRGMYATSYFNTELAG
                     GTPFAQRDKNANNKNGGINVHSTFFANLTPFKGFTFTSRFGTRITQGNTYSYAEPYYI
                     TGRVSDTKYSISQTTSNGLYYQWENFANYMTSIGKHSISAMAGMSYIQSESNGTTAGA
                     SGEELLSSYEENFRYLDCVLVSDKVSRTFSGTPGKSSSISYFGRLGYTYDDRYSLQAN
                     FRADAFDTSKLPADKRWGYFPSLSAGWTLSNEKFFKNLVPDNIVSFAKLRASWGRNGN
                     INVLSGYKYSSSIATGGQWYQYSNGTTVTNGSMPSGLANPNLTWETSDQLDFGLDLRL
                     FNDALTISMDYYKKTTKDLLVDAPCLPETGVSSQMINAGEVQNKGFEFEATYKGNIGR
                     LNYSVSGNFATLKNEVTYLDDRITRISGGSIVGANNTIYTNFEQGMPVWYMRGYKYIG
                     "
     gene            complement(20005..21456)
                     /locus_tag="BACCELL_RS09525"
                     /old_locus_tag="BACCELL_02152"
     CDS             complement(20005..21456)
                     /locus_tag="BACCELL_RS09525"
                     /old_locus_tag="BACCELL_02152"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004292093.1"
                     /GO_process="GO:0005975 - carbohydrate metabolic process
                     [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="family 43 glycosylhydrolase"
                     /protein_id="WP_044153754.1"
                     /translation="MKTKAILLGTAALMFVLTSEKAIAQIGTPYIHDPSTIMECDGKY
                     YTFGTGGGGLISEDGWTWNGGGVRPGGGAAPDAVKIGDRYLIAYSATGGGLGGGHSGK
                     VLTMWNKTLDPNSPDFKYTEPIEVASSVNDEDCDAIDAGLLLDPTDGRLWLSYGTYFG
                     FIRLVELDPATGKRMEGNKEIDIAIDCEATDLIYRDGWYYLLGTHGTCCDGPNSTYNI
                     VVGRSRKVTGPYVDNMGRKMLEGGGKMVIAAGNRQTGPGHFGLFKVADGVEKMSCHFE
                     ADFDRGGRSVLGIRPLLWKNGWPVAGEVFKEGTYEIESERRGYALELAVDFVRMEYTR
                     HRFWEKDDTPVVPLKSQTLEDVIGTWPQGKINVRIGDYMFRPHQKWTITAVPDGGGYL
                     GGPYYKIVIEGTNRALAATTDAEVVTVPEFTGAPEQLWRIDQLTDGTYRIMPKEVPGT
                     DKELVLVSVGDSTPSLGEFDMNSDNSKWNFRDH"
     gene            complement(21459..22157)
                     /locus_tag="BACCELL_RS09530"
                     /old_locus_tag="BACCELL_02153"
     CDS             complement(21459..22157)
                     /locus_tag="BACCELL_RS09530"
                     /old_locus_tag="BACCELL_02153"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004292094.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /protein_id="WP_007211527.1"
                     /translation="MNIFHRKSLLAACIAAMIGLHGYAQKNEASPRLSDYFSPATTNT
                     MSPDSEGFIQRWLLLEPIDKPNRSNTVFTDSYIREAFATEYFPNQFTVLPKDGDKVKV
                     GKQKLTWHALDSKLFNVKLFRFASGLKKQVYGVLFWAVTFIECPEDMENIRMSVGSNS
                     ASMWWLNGEEAVILSGDRRMVKDDCLSRRLTLKKGKNIIRGAIINGPGMSDFCVRFLN
                     ENGTPVNNITISYK"
     gene            complement(22186..23343)
                     /locus_tag="BACCELL_RS09535"
                     /old_locus_tag="BACCELL_02154"
     CDS             complement(22186..23343)
                     /locus_tag="BACCELL_RS09535"
                     /old_locus_tag="BACCELL_02154"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007216407.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="alpha/beta hydrolase-fold protein"
                     /protein_id="WP_044153756.1"
                     /translation="MKNVLKLIFSSLLVFPFTMNAQQQDFPVGTTPNEHNINGADYPR
                     IGEDRRVHFRIHAPNAQKVEISFRGEMTKEADGYWSLVSKEPEVIGFHYYQVIIDGVS
                     AADPNGKPFFGMGKWVSGIEIPEKGVDYYSIKNVPHGLISQSWYYSDIRKEWRRCIVY
                     TPAEYDKNPTKKYPVLYLQHGMGENETSWANQGKMNFIMDNLIAEGKAKPMIVVMDNG
                     NIEVFKTNPGETPDGARKRFGAEFPAILVNEIIPHIESNFRTLTDRDNRAMAGLSWGG
                     LLTFNTTLNNLDKFAYIGGFSGAGSIDLKQLDTVYGGVFKNRKAFNDKVHVFFLGIGS
                     EEHPERTKNLSDGLQAAGINTIYYESPGTAHEFLTWRRCLKEFVPLLFKTK"
ORIGIN      
        1 ctacttgaag aatgaactgg gcgtttgctt atattgtttc acaaagcaac gggtgaagta
       61 cttggggtca ttaaatccca cccggtaggc tatttctgat acaatgacgt tattggtgct
      121 actctctaat attttcttgg caatctgtag cctgtataat tggatgaaac gtaccggcgg
      181 aagtccggtg agtgatacga atttcttata aatcactgta taactgatgt tcagcctttc
      241 tgtcagatcc tttacaccga attgaggatc agcatagttc ttttccagaa tattcataac
      301 ttcgttcatg aactgctggt cgggttgtcc cacttccagc aggataggat tcaagtcttg
      361 ttctacgaat ttcttctgac gcaaatccct gttcttcaag atggagtcta tgtgggctaa
      421 taatacggat tgttcgaaag gcttggtgat atatccgtct actccgtttt catagctttc
      481 tattcgggca gtctcacttg aatttgccgt gagaagcagg aaaggaatgt gacttaaaag
      541 cttgtcctcg cgcagtcttt tgcagaagtc ggaaccatcg catatgggca tcattagatc
      601 ggatacaata aaatcgggca cgatattctg ggctgtctta tagccttgct caccgttgtt
      661 tgcttcagcg atattgtatt tttctttcag catattcttg atataatgac gcatatcggg
      721 attgtcttct accaataaca aagtcggctt gctcctgtct ataggaatga acggctcgat
      781 tttgtcttca acgggtacgg gctctttata ttcctcatga atttcatttt ccgctgcgtc
      841 cgccagcgta atggggaaat ataatctgaa agatacacct tctttttccg aactcttgac
      901 tttaatcgtt ccgtctaata ggttgataag ctcttttacg atgtgaagtc cgatgcccgt
      961 actgctctgt ccgtagtttg tatatttgtt ctgttcgggt atccggtaga aacggttgaa
     1021 tattttgtct atttcgtcag gagctattat gctgccactg ttggtgacgg agataaactg
     1081 catgagtttg ttcgatttgt cgatgaattg gttggcatgc aatgtgattt ttcctttatc
     1141 gggagtatgc ttgatggcgt tggataatag attgaacagt atcttatgca ggttttcctt
     1201 atcagaatag atatggtcac tcttcaggcg gtatatcttt tcaaagctga tgtttcgttc
     1261 tttcatcagg ttggaaaagt cggttattgt tgtgttcagg aacttgctga agttgaattg
     1321 agagtaattg agcgttaagt tctgggtatc gatcttgcgc aagtcaatca gttggttgac
     1381 cagtgaaagc aggtattgag cgttccggtt gataatctgt aagtcctctt tttctttggg
     1441 atcggtggtt tgcctgacaa gctggcttgc cggtccttgt atcagggtca ggggcgtctt
     1501 aaactcatgt gcgaggttgg tgaaatagga tagcttctct ttgttgatag cctccatctg
     1561 ctcggacatg ctttctatct tttctttcag aagtttctgg atatgttgtt gccttgcatt
     1621 ataccaatag atgatataaa gcagaatgga cactatcaat atagcgataa gtgagtagaa
     1681 ccatcctgtt ttatagaatg ggggatgtac aataatgctg agacaggtgg cttcggtaga
     1741 ccaggtgttg tcgtggttgg tgcatcgtat ttccagcgta tattttcccg gcggcagatt
     1801 ggtgtacttg gcgtttctct ttaccaatcc tgtgttccag tgctcctcca gttcatgaat
     1861 gcgatggaag tagaacacct tttcctgttc gatataatcc aggcagctga atgtgatttc
     1921 aaaggaattc tgtggtggat ataaatgcag ttccttggtt gttgagatac ttacgggcag
     1981 attgtcgctg ttcagataag gtatcagctg gctgccgtta cagacaacgc tggtgagggt
     2041 tatcgtccgc tgcttttgct tgggcaggtt taccagtggg ctgaatgtta cgaaaccatc
     2101 gatagttccc agtaacatat tgtgattgat ggtcttacaa ccggatcttt tatagaattg
     2161 gggtaccagt aacccgtctc cttcgtcgaa cttgaaggcc cgtttggtat tgatatcgaa
     2221 gaagtaaatg ccttttaggg tactgatcca taagttcccg ttctcatcgt ccagaatgtt
     2281 cgagatgctg gtgtccgaaa gaccgcagcg tacggcatag ttcttgaaag tatatttttc
     2341 gttgttaccg ttgtcttcca acaggtagat gccatttccg aggctaccca gataaatctc
     2401 ccctttttta gtttcgaata tacaagtgat cttttcattg attttgcttt cgggatcatc
     2461 cagtttgtgc tgatagtata tacattcgta ggtattcctg gaattttcca ggtcgatgac
     2521 gtacacgccg tttccaccaa tccataatct tgactgtgag tcgatgaaga ttgtattcat
     2581 gttatgaacg ggttctttgg actgtgtgta gaactttagc cgattgatag ctcccgtaga
     2641 gaaatcgagt gtattgatat ggctgccgct gcatatccac agtgcattcc gggcagagtc
     2701 cagggctatg tcatggatgt catcggaggt cagggaggaa ttcaaactgt tgtaatgttc
     2761 gaatacggga tgtgacagat tgtttttatc cagtttatcc agccctccgc ctattgttga
     2821 tatccagtaa ttgccatgca ggtcctgaat gatatccgag atgttgttgt gagccagtga
     2881 gtgcggatct cccgggttgt gtttgaagag cgaaaaggag tcagcacctt tcctcttaat
     2941 ggcaagtccg ccatctacaa ttcctgccag gatgtttccc tctttgtctt cgagcaccgt
     3001 gctgatgatg ttgggtactc ctttctcata cccttgcagt gaataattga aagttatgcg
     3061 ttgcggagcc atgatattaa ttccgccgaa gtcggtccct acccagatat tatcattctt
     3121 atcaacaaat atccggttga cgatattatc attcagggac cgggcttgta tgcctctgct
     3181 gaaagtaacg aattggtcat ttcgctggta tatgttcact ccgtttctgg ttccgataat
     3241 gatgtcgcct gatgaatttt tatcaatatc tgtgatgaag ttggaggaaa tgctgtgagg
     3301 attattggga ttatgctgat agagtatgca gaactgattc tgggtgttat agcagtataa
     3361 gccactttgg gtgccgatcc acagatagtc accatacgaa aacaggcggt tgaagattaa
     3421 ctgtgaagta tctaagtttg taattacggg gatattgctg taatcctgtt tgcccgaagg
     3481 agtgaaatgc aataaacact tgtcgcctcc cgcccagata tcactaccgt gttttacgat
     3541 ggttttgata tccacatctt tcttcaatat ccggatatct tttatctgcc tttcttcgtt
     3601 cagaatgatg taggccagtc cgtcactttt gcctacccag agattattga aatcgtcgac
     3661 aagcagggcc tgaacgggag agtaaagcac attattgttc ttaccggagt attccttata
     3721 gaagttgaga ttttcgtgaa ggagatcaat gctcatgatg ccggcttcgg aagctaccca
     3781 caaatagttg ttgtcgtctt cgtcaatgtc attgatgtaa ttactttcaa taaactgata
     3841 cggttgcctg ggagctgtgg agtagtgttt cagttcgtaa ccatcgtaac ggtcgagccc
     3901 gttggaggtt ccgaaccaca tgaatgagtt gtgatctttg tgtatggttc ggatagagtt
     3961 gtcgcataat ccgttccgga tagtaagata aaggtaattg tattggtttg gattatcctg
     4021 ggcaagcgct aaaccctgcc cttgcaggaa gcagagcagg gttgtgatta gtgctattgt
     4081 cttcgtatac ttcatatccg gcatggagat ttagttattg aaaactgatc cagtcgattt
     4141 caactttacc gtttcctttt agagacacgt ataaatcgtg gataccggtc tgagcggaac
     4201 gaaccgagga ttcaatattc gtccatttat cggttttggg aacttttatt tccgagataa
     4261 ccggaccgtt tgttccgttt atacgtattt gcagtgttcc tccgttgtcc gaggttactc
     4321 ttgctttcac tttccggggg gtgctatctc cgaagttcac ccggttgtac tgcacccatg
     4381 caccgttttt gctcaataag gttttccagc cttcgaattt gtttgcttgg ttcaggtaat
     4441 cgatggctgc tccctgattg cttaaccggc tgtaacgatc cagttgaatt tctttccggg
     4501 catctgttat gcccactccg cgcagggtgg ggattacttt ttggatagtg ccgtccgggt
     4561 tgaagaataa ggaatcgact cgtgccgatc tgtttttatc gaattcgggg gagtaatcgt
     4621 tgtggtgata gaacaggtac cactggtctt tgtattccac caatgagtgg tgattggtcc
     4681 agcaatcggt tggtgattca tccataatga tacccttgaa ctcaaaggga cccatgggat
     4741 tgtctcccat cgcataagcc agaacttccg ttttctcctt tacccagggg aatgtgaagt
     4801 aatattttcc gttgcgttca aaggcgaaag gtccttcttt gaatccttcg ggtaatcctt
     4861 gaatttgcat gggttctgag gcgagttcaa gcatattgtc tttcagtttt gctactgaca
     4921 ttccgcggcc tgaccagtat atgtaggctt gcccgtcttt atcaatgagc acgcaagggt
     4981 cgatgccatt gactccttca atgggagtgg cctgcggggt gaaagggccg taaggcttgt
     5041 cggctatggc aactccaatg ctgaaaccgc gtttgccttc gcctttaggg gtggatggga
     5101 agtagaaata atatttccca ttcttgtata cacattcggg ggcccacata gaataggagt
     5161 caggagctac ccaaggtaca ttttcctggc ttaggatcac tccgtggtct gtccagtcaa
     5221 tcagattgtc tgacgagaaa acatggtaat ctgccataca gaaccattct ttcagacgct
     5281 cgatggggct cggaatgtca tgtgaaggat agacatacat cttgccttca aaaactttgg
     5341 cggtgggatc ggcagtgaac tgatccgtaa taatggggtt ctgagctttt aatgtaccta
     5401 ttattaccag aaatgcggat aataaaaata gtcttttgtt tttcataagt tgactgtttt
     5461 taatgtgtac gggctttcta tttcttcatc cggacacaaa gataaaataa aaattcgttg
     5521 gcggaattaa tttctttctt ttcggttatg aatataattt taggcgcgga ttacgcggat
     5581 tacacggatt acacggatta aaggctgcgc tacaacattg tactacagaa aaaaatccgt
     5641 gtaatccgcg taatccgcgc ctaaattatt atcagcattt agttcattac tatcccgtaa
     5701 agtgactttg acagattgca gatcccgggc tgcggaactc gttccataga ataactcgta
     5761 ttcacccggt gccacacgca tggtatttgt agaaggatca aaacattcga atgattcgga
     5821 tggcaactct atcttgacat cctgtttggc tcctgctgcg agttctacac gtgcataggc
     5881 tttcagggac tttaatggtc cgtcagcatc atctgttttg cgtatgtaaa cctgtacgac
     5941 ttcagttcca gagcgcttgc ctgtgttgga gaccggtaca gtcaaggtca gcgactcatc
     6001 tgtatggagt tgggttttgt tgcaactggc tgtacctacg gcgaaatccg tgtaacttaa
     6061 tccgaatcca aatgggaaca gagggtcgga catataccgg tatgtacgtc ctttcatgga
     6121 gtaatcctca tagtcgggaa gttgtttcgt acttttgtag aaagtgacgg gcagcttgcc
     6181 ggagggatta taatcaccaa acagcacgtc ggctacagca tatccaccca gttctcctcc
     6241 ataccatgcc tggagaatag cgtcgcaact ttccgtttcg ggcagcaatg ccatagacga
     6301 tccggaacag ttgacaaata ctacttgttt tccggcatct ttcagagctt tcaggaagtt
     6361 tcgctgtaca gcgggtaatt ctatatccgt acggtcaccc cctttgaaac cgggaatatt
     6421 cacgggcatt tcttctcctt ccagttgtgg cgaaatgcca cctacgaaga ccactacatc
     6481 tatgccttta agtttcgaaa tgctttcact gtaattgatc gggaattctt tgccgaggtt
     6541 gaacttcagg tttgcagccc agttttctac ttgtgcatag agtatttcta tcttatactc
     6601 tttccctttc tccacttgta gcatggtgcg ggtatcggtg gttctccaag tgcggtgttt
     6661 agtcatcgac ttgccgttta ccaataattc aaagtaactg caaccttcga gattgaggag
     6721 aatttcgcct gattccttcg gagttaatac ggtttcgtat ttggctgaga acttttcaag
     6781 atttactccg gggccaaaag tatgtaatcc gtatgtagtc acgttgatgg gctgggtggt
     6841 acggagcgaa gaaacaggct ctccctggcg ttccggattg ttccagaatg tagcttttat
     6901 gccgggtttc ccatctatgc tgcattggtc aagataggat tccaatgttt ggtcattcac
     6961 caggtcacag cctttcatgt agacgatctg attctttttc agtttacttt tgaagccgtc
     7021 caggatggta atggtctgat tcggagttcc gttgtagttg ccccacagca taggtttgtc
     7081 atcggcgtta ggaccgataa ctgcaatctt gcggatggat ttacttaaag gcaatacatt
     7141 gtttttgttc tgtaagagtg tcattgtctg gcgtgacata ttcagtgaca aatctttgtg
     7201 agccttacag ttgactaccg acatcggtat ttttgtccag ttcactaatg acgggtcgtc
     7261 catttctccg agttcaaagc gtccttccat caggcgaagc acatgtttgt ctacttcttc
     7321 ttccgttatc aatcctttgg atacggcttc cggcagtttc tgataagcat atccgtatcc
     7381 acattccaca tctgtacctg ccatggttcc tttgacggct gcatgtacgg catcggagga
     7441 acttttgtgg gaagtccaga agtcggcaat ggctccacaa tcggagacta cgagatattt
     7501 gaatccccac tcatcacgga gtatctgttg aagcagacgg gtgtttccac aacaaggatc
     7561 atcgtccagg cgctggtagg cacacatcac ttcgcgtaca tcggcttttt gtaccagtgc
     7621 cttgaacgca ggcaggtaag tttcccacaa gtcgcgggga ctgacgttgt tcagattggc
     7681 ggtatgacgg ctccattccg gaccgctgtg tacggcataa tgtttggcac atgcaagcag
     7741 tttgcgatac ttctcatttt caggtccctg caatcctttt accactgcaa tacccatttg
     7801 tgaagtcagg taaggatctt ccccgtaagt ttcctgacca cgtccccaac ggggatcacg
     7861 gaagatgttt acgttgggag tccagacgga gagactgtgg aaacggacgt cctccagtcc
     7921 gttgcgtacg cgctcgttgt gcttggcacg catttcatcg gagactgcat tgaaaatgtc
     7981 gaataccagt ttgtcattga atgaagcggc cattcctacc ggttcgggga agactgttac
     8041 atttccctga ttggctaccc cgtgaagggc ttcactccac caattgaact tctttattcc
     8101 caggcgtgga atggcttccg aatcatcaca catcaagagc gctttctctt ctaaagtcaa
     8161 gcgtttcact aaatccttcg ctctttctgc cggacttagt tcgggattct gatacggcaa
     8221 tgtttgtccc caccccgata gggagaataa caaaccacag gttactaata cctttttcat
     8281 aataatgttg ttttcatggt ataaaattat gtttttattt cttggttgct aaggatgata
     8341 tctccccagt attttaattt catctcctga aatatcggct tcgaacagtg tgggtcttcg
     8401 tggacccggg ttctcggagt cgaggctttg gtgatgcagg cacatcagca actttccatc
     8461 gaatgtacgg aataacatac catgccctga attattaggt atcagaggag tattgcactg
     8521 aatccagggg ccggcaagtt tacccgaccc ggaataagcc actccctgcg cacaacggct
     8581 gttgctccaa ctggaccaca acattcctaa acgtcccgta cctgtccgga acaggaacgg
     8641 accatctgcc acatagcctt ccagtgccat gccgaaggtg agttcaccta tcgatttcat
     8701 ttctcttggc catggggcat cggatgctct gaaaagggta gtagcggtcc ctattgattc
     8761 tgacaggtcc ggagcaagct ggatgtagtt gatcattccg tttacggttt gcatccattc
     8821 gtgacaaaag accatataag gtactccgtc ttcttcccag aaactaccgt cgagtgtaga
     8881 ccagtcttcc ggcagatagt ctgtgccgct gatggggtgg tagggacctg ctgctttgtc
     8941 ggatgtaagg atatgggtgg cacgacgttg cacattgtat ctgttgggta cagtgtctac
     9001 tatgatcttg ggattggtaa aggtgacgaa acaatagtat ttacctttat atttatggag
     9061 ctccggggcc catatccttg gagcggttcc aatccaggaa gttgtatcca cagtaatgta
     9121 ttgataggga cctgtccaca tctttagatt cgtgcttttc cataaactgc cgccacttcc
     9181 aaccagataa tacatctgtg tttcttcatc ggccaggata aagggatcgc ttaactgcaa
     9241 agagtcaaag gaagtggtgt ccatcttatc tccttccttg ccgccgataa atgtatattg
     9301 ctttaccggt tccgggctct tagtctgatt acaggcgacc agactaagaa cgaacagagt
     9361 tattgtgaag tgaaacagta tcttcatagt tgcaagtatt gttaaaacta catctgtatt
     9421 atctgaagca tcatcatttg aatattaagc ctgcaaattg atgcaatgaa cgccgccagg
     9481 tgagccattc gtgggctgta ccgggagact cgtaatagat atggttgatg tttgcttgag
     9541 ttagtacatc atggaattcc gttacatttt taaagcgtgc ggcttcttcg gttcccaagc
     9601 tgatatacag tgttttcact ttttgattga aggcttcggc atcagcaaaa acgccgttgt
     9661 aggctgtatt cagttcattg ctgttcatcc ttcctccgcc actgaatcca ccgatatgag
     9721 caaatttatc taaatgggcc agcccgatgc ttacagcctg gaaacctccc attgacaagc
     9781 cggctatggc acggtgttcc ctgtcgggca aagtacggta gtttttatca atcatgggta
     9841 tcagttcatt gataaccacc cgttcaaaag tattgaagtt gaacctgcct ttttgtcccg
     9901 tttctttttc tttggggtct gtagcatatc ctctgtccat gactaccagc atgggaacgg
     9961 ctttttggct ggcaatcagg ttatccagaa tgttgtctgc ctttccttgg ttggaccatc
    10021 cggtttcgtc ttctccgcta ccatgttgca gatataatac gggatacttc tgagtgttgt
    10081 tctcgtcata acctgcagga gtatatacga ggcactttct ccatgcctga gtgatgtcgg
    10141 agtagtacat ctgtgtgcgg atttcaccgt gtggaacgtg ctgaggtaaa tagtaatcca
    10201 ctccttcttc aggaatttca atgccgcttg acatccggcc acatccgtag aacaattcgc
    10261 tggaaggatc ggctacggaa cacccgtcta tctccaggaa ataatagtgg aaaccgggca
    10321 cttgcggatc ggaggttact tcccaaatac cgtctgcatt cttggtcatg ggatatttct
    10381 tcattaagtc cagttttacc gagtctgcat cgggagcatt taccctgacg gttactgata
    10441 agtccggatt taccaccgga taactgatac cgaggatatt ggtcgatgcc gataccgggg
    10501 cagttgcttc tttttctttg ggtttctgtg cacatccggt aatcagggaa gcgatcagag
    10561 ttgtatataa gatggatttc agtttcatag tctgattatt taaagataag aggtgtaaat
    10621 tgatagagac agcgccgcca ggtgagccat tcgtgggctg tgccgggtga ctgatagaat
    10681 aggctgttga ttcccttctt gctgagtgct gcatgcagaa gttcggcatt gggaccttct
    10741 tcttcaccga ttcccagcca gatgaacttg aaatctttat tgaatgtgac gggatctttg
    10801 aaagcgcctt cgtagagtgc gtctatatcc gtatttttgt ctatgggcaa tgctccgctg
    10861 aatgatccga tgtaagagaa taaatcccgg tggtgcagag tggtttccag agtttgttta
    10921 cctccccatg acaaacctgc catggcacgg ttctctttgt ccgtcaatgt gcggtaagtc
    10981 gaatctacaa gtggaattac atcttttatc atcatgtctt cgaaggcgac gaatgcgtct
    11041 accgatgagc gggcattcgg ctgttgttcg ggatatttgt ttcctgcata tacggcatat
    11101 ccgcagttca tcactacaat catcggtttg gcttttccgc tggctatcag gttgtcgagg
    11161 atggcaccga tacatccttg gttgggccaa cctctttcgt cttcgccacc tccatgctgc
    11221 aagtacagga cggggtaacg cttatccgga ttcttctcat actcggcagg ggtatatacg
    11281 tacattctgc gccattcgtc gcatactttc gagtagaatc tgcgggaacg gagtgctcct
    11341 tgcggtaccc ctttctgcgg taagtagaaa tctacttttt cctcgggcac ttcgaaggca
    11401 cttgcctggc ggctcatccc gaagtaggaa taggttgagg cgtcagttac ctgcaagcct
    11461 cctatttgta ccgagtaata gtggaaaccg ggcacttgcg gagaagaggt gagttcccac
    11521 gttccgtcct gtcctttttg catttcgtag ggacggtcga gaacgatttg tacgctcttt
    11581 gcatcgggag cttttacttt gaaagtcaca gttcggtcgg ggttcaccat aggatattgg
    11641 gcatttggaa tattggtaac tgagggtatt ccctgtgccc acatcgtccc tgtgataatg
    11701 gaacaaaata tcattgcgct tcccgtcttg ataattgcac ttgataattt ctttcttttc
    11761 attgttcgtc tttttatact tttcaaaaaa actattcaaa tattaatgat aactgcaaaa
    11821 gtagtatgta accctcttaa ggaggggtat aaaactgttt ttgaggagga cttttcttgc
    11881 tggcagggca tttatgtaac acttgtgtta catttgcagg acacaagtgt tctgtttgtt
    11941 caacacaagt gttctacaaa tgaaatgcaa gtggcctgta aatggaggac cggagacctt
    12001 atttcagcag gctgttgact gcattcacca ggtagatgta gcttgctgcc agatctatta
    12061 catactcatt ctcgctccaa agaaaaggat agtcctccct gttctcgggg aagtccggtt
    12121 tcaatatcct gatgcccggc accacacctc cggggatgaa actgaagtcg gcccggttgc
    12181 tcccgtaagc tacctttttg ggctgtgcgc ctactcccga aacaaaagac agattatggc
    12241 acggatggca accgtacaga tagttcaatc ctctgtatat gtattccggg tttatcagct
    12301 cgggatacga acgatggagc aggtagttcg taatacacgc ctgaacaatg tttctgttac
    12361 ctgcccatcc ggcagtgctg atccttactc catacggatt ttctttgtct acttcggcaa
    12421 gttctccggc ataagcttct accaagggcc ttacttgctt cttgaacgca ttatccatga
    12481 aaggaatcat ttgtgcaatg acagaggcat tccggttgaa ttgttccaaa agggtgggga
    12541 gcagttcgtt catttttgtc ttgtaacctt catagtccgt tgagcgccag agttcgaaag
    12601 cggctctgca ttcgatggat ttcatgaatt caggattgct gaatcgtccg ctatacgttt
    12661 gttcttcggg atttgcctgg tggttgtgtt cgtcgtccca gatgaagcga gctactcgca
    12721 gggcttcttt gctcagttcc ggattgtaat ccttcaatgc acgcgaagcg gctgccagcg
    12781 aaatggctgt gccataattc atgtgcggtg tccggttggt gaatgcccaa cggtcatcgg
    12841 gagtaccact tgtacgcccg tcggtttgca ggctatccag gcgagggtta taaaccaggt
    12901 tatccgtctt gtttaccgca tctcccaaat ggcggtactg atataaatga gactcgttga
    12961 ttcccggaat ggcatagcct atcgcattca cctgcgctac taattgcaga acgccgtgtt
    13021 caatctgttg caatacatcg ggtttgccgt cgggtacatg tatttccgta tagcgtgtct
    13081 tttgattaat ggtggtttca tcgcggttta ccccaaaact ctcccacaaa agggcgaaag
    13141 cctgtactac ggcatgttgt gatccggtct ggatatcgaa gtctcctgca tcgaaccatc
    13201 cgccgacgtt cagaccgggg atatgctcca gtggtttgta cttgttgccg gtggtcggtc
    13261 cttgtctcca accgtcccaa tggatacggt tgacgggagc ttgcagggca tcatccagat
    13321 gtgcggcgcc atgccatacg cgataggctt cgcggacaaa catatgatcc atctgtacag
    13381 ggaagaatac gtccagtgtc gggaaccatg ctttctgaaa cacatctgtt gcgatgggga
    13441 aaggtgctgt gcgctggtcg ccatattcca gcatatagat gcccggttct gtgacagagg
    13501 agaaatcaaa ttgaaggtaa ttgtagcgtg tgtacattcc ccaggttttg ggagtgccgg
    13561 acagggcttt gctgaggcta ccgtcactac acaccttata taaagagacg gtagagagtg
    13621 gcttgtcatt tttatccagt tccactacgg ccaccttctt ttgtgtgggg tggtaaccta
    13681 cttgtgagta gctcactacg ggcttgcgca cccagtcgga ttgggtctcc gctgtgataa
    13741 accattcggc tatcttgccg gtctttcctg ccggaagcag ggtacgcaca acgaagtttc
    13801 cgttctgttg tttgttcctt ccgtcaaaca atgacaggtt attgtcatcg gtggtgcgga
    13861 tggtgatgtg tttcaacggt tcgtccggtg caatgtctat cagtttgccg gtggccatgg
    13921 gagtgggttc cacttcaccg ttgatggtag tcataaagtc ggccggagaa gtggggaaca
    13981 gaccgtgctt gccgtctatt atgtaggaat gaccgaagaa gaccgggggc atgaattcca
    14041 tattcagtcc ggctatgcca tgcaatgctt cgggtaaagg tttgtctacg tttacgctaa
    14101 ggtagaaacc gccgtcacgg gcttctcctg tcaacttgta ttcgaagttg tattcgggat
    14161 attccagtat gacgtcgatc cggttatgtt ctttatccgg catacgctcg acgaactttg
    14221 gcaacttgtt ccattgtccg ggtgtcggat tcatgcggac atctccgttg gtagcggtgc
    14281 ggatgccgtg atgaatgatt tctacggcac tgatcttgga atcatcgaag gtagcatcgt
    14341 ataggttgct gaatacgaag aagttcaacc cgcgtgtttc gaagtagtta gagtcattta
    14401 atgccagatg gctgttgcgg gaaaaggagg tactttttcc gcaaccggtg aatatcaggc
    14461 atcccactac tcccatacaa agaatgattg cttttaattt catactattc attttcgtaa
    14521 tcggttcact tatcaaataa ttaatcatgc gaatcaggag ttgaattgat tcatatcnnn
    14581 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    14641 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    14701 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    14761 nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn nnnnnnnnnn
    14821 nnnnnnnnnn naattatttg cccatccgtt aagctgatga agttctttgt ttaagtctat
    14881 aacatctttt gggaatggga agtattcatg tttacccttt acgaagccat aagagcttgc
    14941 aggtaaattt tgatctactg ataaaggatg agtcaactca gcacgtagat gatgttcttt
    15001 tccatagtat ggtgtacctt ggatgaagaa gtcgtcatac agttgcggaa cctgatcaac
    15061 gacagcatcc tgacactctt tagcaatgcc ccaacgaacg atgtcgtgaa aacgacaagt
    15121 ctcgaaccaa agttcgtact gcttttcatc gcgaagagtc tgagttgtga gttctgtttc
    15181 aggagcttct gcacgtttct gaatagcatt cagatatttt ttaccttcat ccaaattacc
    15241 tgtttcaaga caagcctctg cataaagcag atacgcttct cccaatctgg cgatacggaa
    15301 tgatgcagag ttatgagtgt cgctaatagt catattgcgg tcgttaggag attctatatt
    15361 cttgacttcc atatatacgc catgtgcgaa caggccttct gtactcttga taccacgttt
    15421 tggatctttt ttcttgtcgg caagagacat ctcatttccg tcagcatcga aatccgtttc
    15481 ccaaccgcag agtttagagt cgtataagaa ctcgtccgga gtgaggaatg tagctttgcg
    15541 acgcggaccg tcaccatcat tttgatacat cttttcggca aacttccagt tgatggcacc
    15601 accgccccaa ccatcgttag cgccgcagat ggatgcgcga gagcctaagc ggtcataacg
    15661 ccagttcaat acgttgtttg tcatccaacg gccacgttgg atattacccc aaaaaccttt
    15721 atcaatgtta ccgaagcaat tagcctcgaa gattttttct tcgcagccat taccctctac
    15781 atggaatagg tcacggaaac gatttcccgg aacaagtgca tagttgggag attcaaccaa
    15841 aggcttaaga ttcctctctg cacgagccat atcgccggcg aatacggcag acttacccgc
    15901 tacgaaatat gcaaaacctt ttgttacttt aaaagcacct tctacatcat taggaccttt
    15961 acgtgagtca agatcattta cagcttcttc acactcggaa gcacaccact caagcagaga
    16021 tttctggctt tcgacatttg taggtttgtc atcggcaccc agcagtttgt cgacttttgg
    16081 aggacgttgg aatgtgagag ccgccatcat gtgacaataa gcgcgtaata cgcgagcctc
    16141 tgcgacacaa cgggccataa ccgtacttgc agccggatct acatatgtta taacaaggtt
    16201 acttgcataa atagacttat agtaacgctg atataattct ttaagaggag cgttgcctgt
    16261 atcatagcgg aactcatcga atacacgcat atccatgtgg tcagcataat ttgtaccggc
    16321 agagaaaaca tcatctgctg aataattgag taaagtgaac tgcggctgat agattccggc
    16381 agacgaacat acattgtcaa ggaactgcgc ataagcggca gtcatagcat caacagcatc
    16441 ttgatcggtt ttatagaagt tttcagtaga gctaacagcc ttctgttcga tgttcaaacg
    16501 actttcatcg caagatgtgc agaacagtgc ggcacatacc gcaaacgaat atatatattt
    16561 tttcattttc gtcagtatta atggttggtt tagaatgtta cattaagacc aaatgtcatc
    16621 ttgcgcattg taggatatgc accggcatca agacctacat tattaccact tcttgaagca
    16681 atttcagggt caagacccgg ataagatgta aatgtgaaga agtcatcaag tgacacgtaa
    16741 gcacgaaggt tctctataaa tacctttttt gtgatagact ttggcaatgt gtatcctaat
    16801 tgtaattgct taatcttgaa gtatgatccg tcaaatacaa gagcagaaga tgaccagtag
    16861 attttatcac ctgcaattgt gttaagactg ggcatattcc ccttcttggc ttcatcgtag
    16921 aaatgcttgg agatattgtt gtagcctgta cggtacatac cgtagtagac atcatttcct
    16981 accgtacctg taccgaatac cgagaagtcg aaacccttgt actcaagatt gattgtaatg
    17041 ccgtatgtaa gatcaggaat acctttaccg atattgaatt ggtcttcatc acccggagtt
    17101 aatgtctcat tgccttcttt gtcaagataa agaggctgtc cttctgaatt cnnnnnnnnn
    17161 nnnnnnnnnn nttacctata tatttgtaac cacgcatata ccataccggc atgccttgtt
    17221 cgaagttggt gtatatagta ttgtttgcac ctactatact tccacccgat atacgtgtga
    17281 tacggtcatc aaggtaagtt acttcattct tcaatgttgc aaagttgcct gatactgagt
    17341 aattcagcct gcctatgttg cctttataag ttgcttcaaa ctcaaaacct ttgttctgta
    17401 cctcacctgc attgatcatc tgtgaagata cacctgtctc aggcagacat ggagcgtcta
    17461 caagaaggtc tttggtcgtt ttcttatagt agtccatgct gattgtcaac gcatcgttga
    17521 ataaacgtaa gtcaagaccg aagtccagct gatcggaagt ttcccaagtg aggttaggat
    17581 tagctaaacc gcttggcatg gaaccatttg taacagttgt accattacta tattgatacc
    17641 actggccacc agttgcaata gaagaagaat atttatagcc gctaagtaca ttgatattac
    17701 cgttacgtcc ccaagatgca cgcagcttgg caaatgaaac aatgttatca ggaactaaat
    17761 ttttaaagaa cttctcatta ctgagtgtcc agcctgctga taatgatggg aagtaacccc
    17821 aacgtttatc tgctggaagt tttgaggtat cgaatgcgtc agcacggaaa ttggcttgca
    17881 ggctatagcg atcgtcataa gtatatccta aacggccgaa gtatgaaatg cttgaggact
    17941 tacccggtgt tccactgaat gtacgggaaa ctttatctga tacaagtaca caatccaagt
    18001 aacggaaatt ttcttcgtat gaagaaagca attcttcacc tgacgcacct gctgtcgtgc
    18061 cgttactttc gctttggatg tatgacatac ctgccattgc cgaaatactg tgcttgccga
    18121 ttgaagtcat gtagttggca aagttctccc actgatagta taggccgttg cttgtagtct
    18181 ggctgataga gtatttggta tcacttacac gaccggtgat atagtaaggt tctgcgtagc
    18241 tgtaagtatt gccctgagta atgcgagtac caaaacgaga agtaaatgta aagcccttga
    18301 atggggtcag gtttgcgaag aacgtactat gtacattgat gccgccattt ttattgttag
    18361 cattcttgtc acgctgtgca aatggagtgc caccggcaag ttctgtatta aagtatgaag
    18421 tagcatacat acccctatca tcgccgtaga aacgatagtt tgtatcagaa gttccattct
    18481 gaactgcgtc ataaacagaa cctgtggcag cgagatattg actgcggtct gtccagtgtg
    18541 taggagtcag aggatccatt acaagaagca tttcaaaagc ggagccgtaa ccatattctg
    18601 atacgctgcc tctacgccat ttctctatag aagtgttggt acctacctgc aaccagggtt
    18661 ttattttata atcagcatta atctgagcgg ttaagcgttc gtagtagtcg tttttgcctt
    18721 ttacgatgcc atcctgatta acgtatgtga ggtttgcaaa atactgccct ttgtcattgc
    18781 taccctggaa tgaaagagag tgctgcttgc tccaagaagt tcccataaac tcgtcgaacc
    18841 aatttgtatc agtattttga tcccaattat aatcgcgaat agcatccgac atggcagcct
    18901 cgacgttata tccttgcatg cccatccagt ccttgaactc ttccgcattc agtaattgtg
    18961 gaacatgtcc aagttggttc atagtataac gtacattata tgtgatcttg ccggtacctt
    19021 ttcctccccc attcttggtt gtgataagta ctacaccgtt acctgcttca gaaccataga
    19081 ttgctgcgga tgcggcatct ttcaatactt ccatagactc gatcaagcct ggatcaagat
    19141 actggatgct tgaaaccttc aaaccatcca caatcaagag aggaccaata tttccggaat
    19201 tggaggaata accacgtaca cggatttcag caccgctacc cggagcacct gatgaattca
    19261 agatttgaat acctgcggct ttaccttgaa gggcggcggc agcgtcggtt gttgccaagc
    19321 ctttaaggtc tttagagtta accgaggcaa cagcacctgt caggtcactc ttgcgctgaa
    19381 caccataacc tacaaccaca acctcatcaa gcacttgtgt atcttcttcc aaacgaaagt
    19441 tgattacgct acggccattg actttaacag tctgcgtttt gtagcctata aaagaagcgg
    19501 taagggtagc attactgtta cttacctgaa tagagtaatt accattgaga tcggtaatac
    19561 gaccgttgct ggttccttct tcaagaatag ccacaccgat cattggctca gaatcattgg
    19621 ctgagacaac agtacccttg atttggattt gcgctgatgc tgatatgcac gtaaaaaaca
    19681 caagcacaag cataaacaga aaaggaatct tctgaatttt ctggactaca tttttcatca
    19741 taattagttt aagaattaat aattgcgttt ttcattcatc attagctacc gctacaatgg
    19801 ttctctaacc atcatcatac atacattcca tagttttcaa ttatttaaga ttaacataaa
    19861 aagaaaggca attcattctt taattctgaa tcggcaaggc aactgctgag tcgcattatt
    19921 aattcaaatt ggttgcctga gccgattcgt tatttttgag tggaattacc cggtaatagt
    19981 actttagagt aatagggctt gttcctaatg atcgcggaaa ttccatttgg aattgtcgct
    20041 gttcatatcg aattcgccga gagaaggagt gctgtcacct acggatacca gaaccaattc
    20101 cttgtcagtt cccggcactt ctttgggcat gatccggtag gtgccgtctg tcaactggtc
    20161 gattcgccac agttgttcgg gggctcccgt gaactcagga actgtcacga cttccgcatc
    20221 tgtcgtggcg gccagtgcgc gattggttcc ttcaatcacg atcttgtaat aagggccgcc
    20281 caagtatccg cctccatcgg gcacggcagt aatggtccac ttctgatgag gacggaacat
    20341 ataatcacca attcttacgt tgatttttcc ttgtggccaa gtcccgatca catcttccaa
    20401 cgtctgcgat ttcaaaggta cgacgggcgt gtcgtctttt tcccagaagc ggtgtctggt
    20461 atattccata cgtacaaaat caacggcaag ttcaagggca taccctctac gttcggattc
    20521 aatctcatac gttccctctt tgaagacctc gccggcaacg ggccagccgt tcttccataa
    20581 aagcgggcgt atgcccagca cactgcggcc accccggtcg aaatcggctt caaagtggca
    20641 tgacatcttc tctactccgt cggctacttt gaaaagcccg aagtgtcccg gaccggtttg
    20701 gcggttacct gcggcaatca ccatcttgcc accgccttcc agcatttttc ttcccatatt
    20761 atcgacatat ggccccgtca ctttacgcga acggccgaca acaatattgt aggtagagtt
    20821 cgggccatcg cagcaagtgc cgtgtgttcc cagaagataa taccagccgt cacgatagat
    20881 cagatcggtt gcttcacagt caatggcgat gtcgatttct ttgttgccct ccatccgttt
    20941 gccggttgcg gggtcgagtt ctacaagcct gataaagccg aaatacgtgc cgtaagacaa
    21001 ccacaagcgt ccgtctgttg ggtcgagcag aagtccggca tcaatggcat cgcaatcttc
    21061 atcattcact gaggaggcaa cttctatagg ctccgtatat ttaaaatccg gagaattggg
    21121 gtctaaggtt ttattccaca tggttaatac tttaccgctg tgtcctccac cgagtcctcc
    21181 tcctgtggca ctgtaagcaa tcaggtagcg gtcaccgatt ttcacggcat cgggcgcggc
    21241 gcctccgccg ggtcttactc cgccaccgtt ccatgtccag ccgtcttcag atatcaatcc
    21301 gcctccacct gtgccgaaag tataatattt accatcgcac tccatgatag tggacgggtc
    21361 gtggatgtat ggagtgccga tttgtgcaat tgctttttca gatgtcaata caaacatcag
    21421 ggctgccgtg cccagaagta tagcttttgt tttcatgatc atttatagct gatagtaatg
    21481 ttgttaacgg gtgttccatt ctcattgagg aagcgaacac agaaatcact cattccggga
    21541 ccgttgatga tggctccgcg aatgatgttc ttgcccttct ttaaagtcag ccggcgcgag
    21601 aggcagtcat ccttgaccat acgccggtcg cccgaaagaa ttacggcttc ctcaccgttc
    21661 agccaccaca tggatgcgga gttggaacct actgacatcc ggatgttctc catgtcttcg
    21721 ggacattcta tgaatgtgac tgcccagaac agcacgccgt acacttgttt cttcaggccg
    21781 gaggcaaaac ggaagagctt cacgttgaac agcttgctgt cgagcgcgtg ccaggttagc
    21841 ttttgtttgc ctactttcac tttatccccg tctttgggca gaacggtgaa ttgattgggg
    21901 aaatattccg ttgcaaatgc ttcgcgaatg taactgtcgg taaagaccgt gttggaacgg
    21961 ttgggcttgt cgatgggttc cagcaacagc cagcgctgga taaagccctc actgtcgggt
    22021 gacatcgtat tcgtggttgc cggagaaaag tagtctgaca accgggggga cgcttcattc
    22081 ttttgagcat agccatgtaa accgatcata gccgcgatac aagccgccaa caatgatttt
    22141 cgatggaaga tattcatcgt tatagtctgt tttattgatt atacattatt tcgttttaaa
    22201 taatagagga acaaactctt tcagacatct gcgccaggtc aggaactcgt gggcagtgcc
    22261 cggagactca taatagattg tattgattcc cgcagcctgc aagccgtcac tgaggttctt
    22321 ggttctttcg ggatgttctt ccgaaccgat acccaggaag aagacgtgta ctttgtcgtt
    22381 gaatgcttta cggtttttga ataccccgcc gtacacggta tcgagttgct tcagatcgat
    22441 gctgcctgct ccgctgaatc cgccaatata ggcaaactta tccaagttgt tcagggtagt
    22501 gttgaaagta agaagtccgc cccaggaaag tccggccata gcacggttgt ccctatcagt
    22561 cagtgttcgg aaattggatt cgatatgagg aatgatttca ttcactaaga tagcaggaaa
    22621 ttctgcaccg aatctttttc ttgcaccgtc gggagtttca cccggattgg tcttaaacac
    22681 ctcgatattg ccattgtcca tgactacgat cattggtttg gctttacctt cggcaatcag
    22741 gttatccata atgaaattca tcttgccctg gtttgcccaa ctcgtttcgt tttctcccat
    22801 accgtgttgc aggtagagca ccggatactt cttggtaggg ttcttgtcat attccgccgg
    22861 agtatagacg atacatctgc gccattcttt gcggatatca gagtagtacc agctttggct
    22921 gatcagcccg tgaggcacgt tcttgatgga atagtagtcc acacctttct ccgggatttc
    22981 aataccgctt acccatttgc ccataccgaa gaacggtttg ccattgggat cggcggcact
    23041 tactccgtct attataacct gatagtagtg gaagcctatt acttcaggtt cttttgatac
    23101 gagcgaccaa tatccgtctg cctctttggt catttcacct cggaaactga tttctacttt
    23161 ctgggcgttg ggagcgtgta tcctgaagtg tacacgtctg tcctcaccta tgcggggata
    23221 atcagcccca ttgatgttat gctcattggg agtggttcct accggaaaat cttgttgctg
    23281 ggcattcata gtgaatggga acactaacaa agaagaaaaa ataagtttca atacattttt
    23341 cat
//
