LOCUS       NZ_DS362248            33474 bp    DNA     linear   CON 22-APR-2024
DEFINITION  Bacteroides uniformis ATCC 8492 Scfld_3.0.1_31, whole genome
            shotgun sequence.
ACCESSION   NZ_DS362248 REGION: 13508..46981
VERSION     NZ_DS362248.1
DBLINK      BioProject: PRJNA224116
            BioSample: SAMN00627060
            Assembly: GCF_000154205.1
KEYWORDS    WGS; RefSeq.
SOURCE      Bacteroides uniformis ATCC 8492
  ORGANISM  Bacteroides uniformis ATCC 8492
            Bacteria; Pseudomonadati; Bacteroidota; Bacteroidia; Bacteroidales;
            Bacteroidaceae; Bacteroides.
REFERENCE   1  (bases 1 to 33474)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides uniformis (ATCC 8492)
  JOURNAL   Unpublished
REFERENCE   2  (bases 1 to 33474)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides uniformis (ATCC 8492)
  JOURNAL   Unpublished
REFERENCE   3  (bases 1 to 33474)
  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 (29-JUN-2007) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
REFERENCE   4  (bases 1 to 33474)
  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 (29-JUN-2007) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
REFERENCE   5  (bases 1 to 33474)
  AUTHORS   Fulton,L., Clifton,S., Fulton,B., Xu,J., Minx,P., Mardis,E.R. and
            Wilson,R.K.
  TITLE     Direct Submission
  JOURNAL   Submitted (14-MAR-2007) 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
            DS362248.1.
            Bacteroides uniformis (GenBank Accession Number for 16S rDNA gene:
            L16486) 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, 0.718% of all 16S rDNA sequences and 1.506% of the
            sequences in its division (Eckburg et. al. (2005)). The sequenced
            strain was obtained from ATCC (ATCC 8492).
            
            We have collected 8.1X 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 uniformis (GenBank Accession Number for 16S rDNA gene:
            L16486) 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, 0.718% of all 16S rDNA sequences and 1.506% of the
            sequences in its division (Eckburg et. al. (2005)). The sequenced
            strain was obtained from ATCC (ATCC 8492).
            
            We have collected 8.1X 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.
            
            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/
            
            ##Genome-Annotation-Data-START##
            Annotation Provider               :: NCBI RefSeq
            Annotation Name                   :: GCF_000154205.1-RS_2024_04_22
            Annotation Date                   :: 04/22/2024 00:57:13
            Annotation Pipeline               :: NCBI Prokaryotic Genome
                                                 Annotation Pipeline (PGAP)
            Annotation Method                 :: Best-placed reference protein
                                                 set; GeneMarkS-2+
            Annotation Software revision      :: 6.7
            Features Annotated                :: Gene; CDS; rRNA; tRNA; ncRNA
            Genes (total)                     :: 3,865
            CDSs (total)                      :: 3,795
            Genes (coding)                    :: 3,691
            CDSs (with protein)               :: 3,691
            Genes (RNA)                       :: 70
            rRNAs                             :: 4, 4, 4 (5S, 16S, 23S)
            complete rRNAs                    :: 4, 4, 1 (5S, 16S, 23S)
            partial rRNAs                     :: 3 (23S)
            tRNAs                             :: 56
            ncRNAs                            :: 2
            Pseudo Genes (total)              :: 104
            CDSs (without protein)            :: 104
            Pseudo Genes (ambiguous residues) :: 0 of 104
            Pseudo Genes (frameshifted)       :: 54 of 104
            Pseudo Genes (incomplete)         :: 57 of 104
            Pseudo Genes (internal stop)      :: 17 of 104
            Pseudo Genes (multiple problems)  :: 21 of 104
            ##Genome-Annotation-Data-END##
FEATURES             Location/Qualifiers
     source          1..33474
                     /organism="Bacteroides uniformis ATCC 8492"
                     /mol_type="genomic DNA"
                     /strain="ATCC 8492"
                     /isolation_source="biological product [ENVO:02000043]"
                     /host="Homo sapiens"
                     /type_material="type strain of Bacteroides uniformis"
                     /db_xref="ATCC:8492"
                     /db_xref="taxon:411479"
     gene            1..1104
                     /locus_tag="BACUNI_RS15325"
                     /old_locus_tag="BACUNI_03795"
     CDS             1..1104
                     /locus_tag="BACUNI_RS15325"
                     /old_locus_tag="BACUNI_03795"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005834653.1"
                     /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_005830266.1"
                     /translation="MKHTLFTLALVLLTLLSASCGDKKKVVYQNPLPMAFGDPFLLKA
                     SDGKFYMYGTGGVQNGFKVYSSDDLVTWKDEGPVYQGGTSDSWGTDCFWAPEVYERDG
                     KYYLWFSANWKENPTQEQENFRIGVAVADKPTGPFKDLSDRPVFDPGYPIIDANILFD
                     DASGKTYLYYSRCCYKHAVESEVSAWAKTKGWFDEIEESWIYGVELKPDFSGVIGEPV
                     ALLCPPKTMDDPQAKWENRSVTTHEVNRRWTEGSYMVKHGNLYYMLYSANFFGGKNYA
                     VGYATSQSPLGPFTKAANNPVLQKNTEQGGIVTGTGHCMLIDIHNRLYCVYHGRTETT
                     GDERMVFIDLIDIQPDGKLVVHGPNTDLQKITY"
     gene            complement(1186..3183)
                     /locus_tag="BACUNI_RS15330"
                     /old_locus_tag="BACUNI_03796"
     CDS             complement(1186..3183)
                     /locus_tag="BACUNI_RS15330"
                     /old_locus_tag="BACUNI_03796"
                     /EC_number="3.2.1.-"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005830268.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycoside hydrolase family 2 protein"
                     /protein_id="WP_005830268.1"
                     /translation="MNRFIILFLFSLGILSTCVFAVEVIPLNEGWNFHRGFQAPASEI
                     VKVTLPHTWNAGDGMFGNADYYRGLCNYSRKLSVPAHYRGKRFFLKVMAAQTVADIFI
                     DHHFVMQHKGGYTAFVAELTDFLVPGTESVLEIRVSNAQTMDVAPICGDFNMFGGLYR
                     GVELLVTEDVCIEPAYYASSGVFFTQSDVSEKKAHLKIEALLSARETTVTGCEVEFRL
                     YDKEKLLCRVASAEVGEDKKVMMDIVLERPHLWDGVKNPYLYKGVVILRKDGKEIDRR
                     EEEIGFRYFHADAEKGFFLNGKPYRLNGVNRHQDRAERASAFYPQDHDEDLDLMQEMG
                     CNAVRLCHYPQAKYMHQQMDKRGLVAWAEIPFVNVYVNNPAYDENLRLQLKELILQNY
                     NHPCILFWGLFNEINSGWLDRPSRMAAELHALARQLDPSRPTMGASNQDDDFNGFTDL
                     IAFNKYFGWYGDNMDDMGRWIDREHAAHPERKMGISEYGAGACVFQQEDSLRHPEPWG
                     QWHPENWQTYYHVENWKQLQEREFLWCNFIWCMFDFSAAGRREGSIMGRNDKGLVTYD
                     RKIKKDAFYFYKANWNQEDKFVYIAGKRLVNRTRKTVDVQVFSNSGAAKLYINGKAYG
                     TAKPDSVNVLEWKGIVLDTGENRIEVRNKYGADCCVWICPF"
     gene            3428..7438
                     /locus_tag="BACUNI_RS15335"
                     /old_locus_tag="BACUNI_03798"
     CDS             3428..7438
                     /locus_tag="BACUNI_RS15335"
                     /old_locus_tag="BACUNI_03798"
                     /EC_number="2.7.13.3"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_016272474.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="hybrid sensor histidine kinase/response
                     regulator transcription factor"
                     /protein_id="WP_005830273.1"
                     /translation="MSFTNYLHKLVFPLIILLLAYLPLAGQTPYVFRHLKVENGLSNN
                     NVKTILKDCEGFLWIGTANGLNRYDGYSFKVYQPKEKDIHSLLSNDIWNLQEDGLGNL
                     WIGSEARYCIYDRDKDNFITDIPSYLLKIGIQINGTYKVHVDKRHNLWVLQGQNAFYF
                     NFSHKTLKTFKIDNFPEETPELSISDDGENLYLLWNSTLLKLENNAKKCKRVDNISLP
                     SNSIIEKHIYIDYHGGIWLYSYTDEQIFYKKNIKSEWNQINLHSKIETKSNAVRSILD
                     DSNGHVWIGTDHKGVFIYDYVNDNLVNLLNTPMSSTSLASNRINTIYRDDSGVIWLGN
                     FKKGVSYYHESFHEFIDTQHKECGDIASILEDKAGNIWLGTDGNGLYVKEKQKGFAIR
                     KLSIPDIAIISLLEDHKGRIWAGSYQDGLFCYENNSIRHFTPENSQLPYSGVWSMKED
                     RYGNLWIGYVLETLVCFNPDANTATSYLLPDGNNINVLNICYDYGDKMYIGTTYGLCV
                     MDIVTRKPEMIYANRKETQPFKQLFISTVFKDDRDILWLAHKQGLTAWDLKNDSLHWF
                     DVNNGLCDNLINSITQDNHGNMWLATSNGLSILEVTPDTQEGVDFSFKNLSTRDGLPE
                     NHFNSHSACKLSSGDLLLGGTSGYTSINPNKLTEKSRPLAKVYFTNLTIGNQHIEVDS
                     IYEGRKLLTTVLGRTPSLSVRYDDYLISIEFAAGDLLNADKIRYAYKLEGLNTQWYYT
                     NENKVAFTTLPPGNYKLLIKACNSDGIWNDEASELNITVSSPIYLCNVAIILYILFAI
                     GIISYVIYRFKKHHNIRLEQQRAKLEQEQKLLLNEMKLKFFTNISHDLRTPLTLIISP
                     LQMLLSETLDDGIRKKLNTINKNAQQLLTSINSLLDFRKLDVGAETAHYKSGDIVNFI
                     REICSTFQEYALDHTISFCFMCEVENLNMSFDPVKIKKVMNNLLSNAFKYTPDKGEIN
                     VHLYREDDNVCICVADNGQGIIDKDKKHIFERFYQVQQTSEKTGSGIGLHIANEYVHL
                     HKGTISVTDNFPKGSVFTVKLPIVTYASEKEELLPELLNNDKAPNELPVPNAEELRYT
                     ILLVDDNKDFCSFMSEYLSDEYAIQVAYNGAEALKILEKNSVNIVISDIMMPVMNGTE
                     LCRQIKTNMQWSHIPVILLTARMAEEYKSEGFEQGADDYIVKPFDFKLLKLRIRKFIE
                     WTEKSHRKFSQKIEVTPNEITITPLDEQFIEKAIKIVEERMSDSDFSVEMLGAELGLS
                     RSHLYKKLMCITGKGPAEFIRIIRLKRSKQLLKESQKQIAEIAYEVGFSSPKRFTVNF
                     KNEFGISPSDYIRSLK"
     gene            7558..10734
                     /locus_tag="BACUNI_RS15340"
                     /old_locus_tag="BACUNI_03799"
     CDS             7558..10734
                     /locus_tag="BACUNI_RS15340"
                     /old_locus_tag="BACUNI_03799"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005834643.1"
                     /GO_component="GO:0009279 - cell outer membrane [Evidence
                     IEA]; GO:0016020 - membrane [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_005830275.1"
                     /translation="MKLHANVCSQWEWTKLRQLLVIVLLGLGIVSTYGQTKTVSGIVK
                     SESGGEPLVGATVKVKETNTGGITDIDGRYTIQANLGQTLIVSYIGYRTKEVKVERTI
                     RIDILLQEDNEMLDEVVVVGYGTMKRSDLTGSVVSVTGDELKKSVVTSLDQALQGRAA
                     GVQVTQNSGTPGGGISVSIRGINSLNGNEPLYVIDGVAISGNNTSNSSVLSSINPADI
                     VSMEVLKDASATAIYGSRASNGVVLITTRQGEEGKTKVSYEGYYALQQLPKKLETLTL
                     PEYAVYQNLRAATIGFGAREEFKDPSLLSRGTDWQNEIFRTAPMHNHQINISGGSKSM
                     KYSLSGGYMQQDGIVFGSDFERFSFRVNMDNDINKWLTTGLRASVARTQQTNNVDGSG
                     AIYNALNQLPEVPARNPDGSFGMQTENMYGTYFSNPLSDLIQNENYSRNTQVYVNAFA
                     DIKLWKGLVFRTEYAANFNYSNDYKFTPSYDYEHFKQQSSASRGAGNGSNWTLKTYFT
                     YNNTFGKHGLSAMLGHEAQENKYESLSGSRTNFLFNSVHELDAGDATTAKANSSRGSS
                     AIESYFGRLNYNYNDRYLLTATLRADGSSSFAKESRWGWFPSVALAWKVNNEAFLKDV
                     EAINSLKLRLGWGVVGNQWAGSYAYGVTMASAASIWGTGFYAGNYPNRELKWEETNSF
                     NVGLDLALFNNRIEFIADAYYKKTDNLLMQASLPTYVSGLIRAPWVNAGAMTNKGVEF
                     TLNTHNIQTRDFTWTSGLTFSINHNEVTKLYSESSAISGINGSETLTYTMVGEPVGQF
                     YGYKVIGMFKEEGDFYKKGADGNFLLDETGNRIQVAIPKDQTIGKSGIWVGDYIYEDR
                     DNNGVIDEKDRTFLGNPAPKFTFGFNNYLSYKGFDLNIFLNGSVGNKAINLIRRTFTD
                     PMRNSNLLKEATGIAQIAMHDPEVGDEVLSNVYVANADAAKVQRITTSSANDNNRISD
                     RFVEDASYLRIKNISLGYTFPQKWLRRLQIDHLRLYVNIQNLCTITGYKGYDPEIGAL
                     NYNVLLRGVDDARYPSQRIYTFGLNFNF"
     gene            10778..12400
                     /locus_tag="BACUNI_RS15345"
                     /old_locus_tag="BACUNI_03800"
     CDS             10778..12400
                     /locus_tag="BACUNI_RS15345"
                     /old_locus_tag="BACUNI_03800"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005830278.1"
                     /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_005830278.1"
                     /translation="MKHRFLTLISSLLLLTACSDSFLERAPEGNYVDVTYYTSDDALE
                     QATAPLYNRAWFDLNSRAIVPLGSNRANDNFSRWGAPEFTNFKVTALSENLANAWTGF
                     YSVITMANAVISDVQTKCSNSVSERAKRTAIAEARLMRACAYFYMVRLWGPVIIIEDN
                     DKVVANPMQPLHREEDVLELVIRDLTYAVENLPEVATAKGRVNAWGAKGMLAKVYLAR
                     SGWKGGTRDNADLEKAKELAADVINNSGISLYENYEDLFKYKHNNNPESLIAMQWVPL
                     GDWGVCNTLLADLAGNSKMTGGVNVWSSYQASIDMLQQYELGDTIRRNATFCTPGTYY
                     SYICIADGGYTYDGATSCIKKGVPGGPDDDNDGYIQSMNSPLNTYILRLADVYLTYAE
                     ACLGNSEELAGGPGLEALNQVRDRARIPRKERVTFEDIIRERRVEFSMEYCNWYDMVS
                     WYHWKPDYMLNYFQNQHRGYTVDLIVKDEDGYLHFGKKEGDTFLEGIENWQEPGENIE
                     IHHGNILMPYPESDVIQNPLLNEEPVAYEFSE"
     gene            12441..13898
                     /locus_tag="BACUNI_RS15350"
                     /old_locus_tag="BACUNI_03801"
     CDS             12441..13898
                     /locus_tag="BACUNI_RS15350"
                     /old_locus_tag="BACUNI_03801"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_008662752.1"
                     /GO_function="GO:0030247 - polysaccharide binding
                     [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycan-binding surface protein"
                     /protein_id="WP_034525954.1"
                     /translation="MKYIHFPFVLLTILLACNLFTACNDDEGGGVPVIHHIRLVDPEK
                     ADSTFTDVNPGTMIVVIGENLNDVRKVFINEQEVSFNSNYGTSTSLILTIPGELQLTG
                     ANPELKGELRIETSHGIATYSMHVLSPAPYITRVATTFPVETGTPLRIVGGNFYEIQR
                     VYFTTAVDDITNAPVSVEVTDYTVNKNFDEISFNAPAGLIDEGSLVVECYTASAFTPF
                     RRTALPPSISKVSSMMPITGTTVTVLGQNFMDIVSITMGNRSVDLSTVTVSEANDMLT
                     FTMPRAPQGTCSLAITTMGGTAEVPGFYPLENIVLNYDNIGWFSWGGQAVPVTADGTA
                     APFFSDGKCYSISGELSAWNYWWGQLQNGAVWGIDTAFLPTDTPTSELALQFECFVAV
                     EYGEGPVFRIYLKGNEAHNYTNYRPVSDFTGKTEVGQWMQCSIPLSELVDETTWGEFQ
                     KRDGDELALQMTNPSENGPYNIEMYFDNFRVVKIQ"
     gene            14029..15462
                     /locus_tag="BACUNI_RS15355"
                     /old_locus_tag="BACUNI_03803"
     CDS             14029..15462
                     /locus_tag="BACUNI_RS15355"
                     /old_locus_tag="BACUNI_03803"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005830286.1"
                     /GO_function="GO:0004553 - hydrolase activity, hydrolyzing
                     O-glycosyl compounds [Evidence IEA]"
                     /GO_process="GO:0071704 - organic substance metabolic
                     process [Evidence IEA]"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="cellulase family glycosylhydrolase"
                     /protein_id="WP_005830286.1"
                     /translation="MTQIFKKTLLTSLVLFLMTACSDDKKELKIIVEPTSFHFEQTGG
                     SKKFGITPNEPATFQSSEAWCKVTSESSTPVQAIYNITVEPNTTPDVRNAIITVSVKE
                     HIQEINVEQAAYIQSDEPEKYTVRENLTTHQLINEMGLGINLGNTLDAVGDWIDPSNI
                     LNYEQAWGSPIITQEIIEGYAKAGYSSLRIPVSWGNLLSDDFKVHPDLMDRVEKILNW
                     TLDCGMVAIINIHHENEWIKQVPTDSKAKEKFTSIWKQICERFEKYGDHLLFEPMNEI
                     GYDEIWTPWGGSEADKAKALGYVNDLNQLFVDIVRNSGGNNAKRHLLVEIYNTNLEYA
                     YDPLFKMPNDPANRLALTVHYYTPANFAILGGGEVVDWGVGRESWGTEADFKELNDNM
                     DLLKKNCVDKGIPVIIGEYCADSRNRTKEVIRLFCVSVTEAIYSRGMCPMLWDTPGGQ
                     YNRQTCQFDDPLFLEEMMAIPVKYPRN"
     gene            15494..17566
                     /locus_tag="BACUNI_RS15360"
                     /old_locus_tag="BACUNI_03804"
     CDS             15494..17566
                     /locus_tag="BACUNI_RS15360"
                     /old_locus_tag="BACUNI_03804"
                     /EC_number="3.2.1.-"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005830289.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycoside hydrolase family 97 protein"
                     /protein_id="WP_005830289.1"
                     /translation="MNRISTCFASLLLSCALTAQAQQYQLNSPDGKLIVNIEAGKNLN
                     WAIAHDGTSVLLPSDIAMQCTEAEGKPIAFTFGKDVKVTKATRTSVDTSFPTPFYKKA
                     SVKDTYNQLTLKCRNGYSIQFRAYDDGAAYRFVSELRKPFCVKNEIAEFNFDRDYHAF
                     VPYINDNRAGERYCYSFESYYDEAPLSRMYKDSLAITPLMVELENGKKAVIMEAGLSN
                     YPGMFLTANPQMPHGVKAEFAPYPQETVIGGYDRLNLVPTKRADVISKPNNAPYFCPN
                     GRPTGKQTYPWRAVLVVTHDTQLANNDMMQRLAPECRIADTSWIKPGKVAWDWWNTCN
                     LTGVDFKAGMNTPTYKKYIDFAAENQLEYIIIDEGWSGKESLMEDISPEINLEELVAY
                     GNKKGVGIILWASWRNLTGGGDISPAVEQVISHYAQMGIKGFKIDFFDRDDQLAISST
                     EQLAACAAKHHMLLDLHGLKPFGIQRAYPNILNFEGVKGLENSKWEPIVNGAPLHDFP
                     RYDVTAPYLRQLAGPMDYTPGAMVNATRSLFRSVNDHPMSQGTRVHQMAMYTVFEAPL
                     QMLADSPSKYMKEQECTDFIAKVPTTFDETIALDGKIAEYITIARRKGNTWFVGSMTN
                     WTPRSCTIDLSFLSEGNYEAEIFADGINADREATDYKKEVRIVTAKDKLNVQLAPGGG
                     WTARITKK"
     gene            17563..21288
                     /locus_tag="BACUNI_RS15365"
                     /old_locus_tag="BACUNI_03805"
     CDS             17563..21288
                     /locus_tag="BACUNI_RS15365"
                     /old_locus_tag="BACUNI_03805"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005834636.1"
                     /GO_function="GO:0004553 - hydrolase activity, hydrolyzing
                     O-glycosyl compounds [Evidence IEA]"
                     /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 2 TIM barrel-domain
                     containing protein"
                     /protein_id="WP_229031903.1"
                     /translation="MNLRKLFLPLCSVALCLQSYAQDKSFLKDMLWYIDNPSVFEKGQ
                     EEGHAWHMPEKSMLLNGTWKFFWCDTPEGIPAHFFNPEFPDKQWGDIKVPSNWEMQGY
                     GDKLFRNVSAPFGVNPPHAPKEYNPTGLYRRTFKVPASWAAKDQIFLRFEKVASASFV
                     WVNGHEVGYNEGAQEPAEYNITPYLKPGENTLAVCVLKYSDGYYLEGQDYWRLAGIFD
                     DVWLYATPAVRIFDWQVITEFDNTYTDSQLSIQVKIKDYQKKPNENYGLKAYLKDKNG
                     KIICNFSAAPFEMDAAEKTIQLHTLVQEPRKWTAETPELYTLGLELSNPAGLQKDKIE
                     TVIGFKKTEIKDGVFYLNGIPLKVNAQNSHMQHPEEGHVMDEATIRKDFELLKQFNFN
                     AVRTSHYPPVNKYLELANEYGLYIIDEVGDEAHASEWISSLPEYEEMYRERCRRMVLR
                     DRNHPCVLFWSAGNESGEGINITHTIEEGKSLDPTRFWMYGGNAFSHPAEDIIGPRYP
                     TPMELEMQVGIGEDSRPSFMDEYLSVAGNAGGALDDYWEAIYRHPRLIGGAIWDFVSP
                     GLTERIRQVDDLSPFHTPAHLMGNARLVKEGKNTVLDLNGHDQWVEVYRADNVELNSN
                     ELTLTCRIYPRKLVSSCGSFITKGNYQFGLQQRGKDKLEFYIYTDKKHSVCASLPTDW
                     EYNWHQVTCVYDGQKMSIYIDGAEKASTQASGNIRNFPYPVNIGRNAETHGQETSVYI
                     CDAQMDEVGIFAKALTSSFHPEEAALWLDFEQETENGTFYSYGIGARTYGSIWPDRSV
                     QPEMWQMKKTGQPLSFSMSDVTEGVVELWNRNHYTNASRYAIRWELKEDDKVIQSGDL
                     ALSTAPLSQELVHIPYKKPALIPGKEYRLMLHAVLKKDELWAKAGHEVAWEELELPWS
                     LPCSSEEKAQGVPSYSLSEKELVVSGDGFKYVFNRTDGQLTSMVVQDMELLESPLRLN
                     LWRAPLANELDNWNASSARSSNWKEGYGYTVATEMYSAGIERLTHQPLSFSVSETTEG
                     VHIHIIDAELMGKGEKEKKDLYIEGVQNNGIINHYEYIINSEGTIEIRHVLKPEGKMP
                     LWFPRIGLTLTVSDALDQVKWYGRGPQENYPDRKTGYPMGIYASTVQAMYEPYLMPQD
                     YGLRTDVRWLQLTTDKGIGLQFKMNEWFNFNIYPYSTDNLTKAMYTYQLQKQKGMTLN
                     LDYATTGVGCTARGVFGAYKAMPQEYRRTISIRPMMK"
     gene            21315..23375
                     /locus_tag="BACUNI_RS15370"
                     /old_locus_tag="BACUNI_03806"
     CDS             21315..23375
                     /locus_tag="BACUNI_RS15370"
                     /old_locus_tag="BACUNI_03806"
                     /EC_number="3.2.1.23"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_016272471.1"
                     /GO_component="GO:0009341 - beta-galactosidase complex
                     [Evidence IEA]"
                     /GO_function="GO:0004565 - beta-galactosidase activity
                     [Evidence IEA]"
                     /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="beta-galactosidase"
                     /protein_id="WP_005830295.1"
                     /translation="MKNKNYFILLVLFLSALQIKAQYSFDNVLYGAAYYHEYMPYERL
                     DEDIRLMKRAGLTVVRVGESAWGVFEPQEGNFEFEWMDRILDKMHAAGIKVILGTPTY
                     SIPAWLAYKHPEVLAEHAKGNKAYYGIRQNMDFTNPTYQFYCERIIRKMLERYAQHPA
                     VIGYQVDNETEARGVNNRDYFFGFRNYIKQKFNNDLNLLAKEWGMNYWGMNINTWEEF
                     YPRDGVTSPSYKNEWERYNRKEVADFLNWQCDLVNEYKRKDQFVTHCFMPDFHNIDQV
                     ESFRQMQYPAINVYHDVQDKQDGQRIAYAGDFVRTVADNNYIVMETNAQGIGWDARTQ
                     FPPYDNQLRQNVYAHYASGANMVEYWHWSTLHYGQETYWRGVLGHDLQPNRIYKEFTT
                     TAKELERIGSHIVNLKKKNRVAILYSHDSYHALGFMPYTYKSNYPIDMVHKALYFQNI
                     ETDIIPCDKTTDFSGYDMLVIPPLYVATDQLLLAIDEFVQSGGHVVMMHKSGYCNEHS
                     AVRATLAPGPLRKACGFHYQEFSTIGDLSLKDNPFQLEGKNQISDWYEFLIPETATPL
                     AYAEHPFFGKWPVVTENKYGKGKLTYIGAYPSQELLNAIVRKAAIHAGIISSESDVFP
                     IIQRSGINKAGKAIRYFFNYSSESKEITHNYPTSKELISGKTVKEGDHVTLPPWGVLI
                     MEVY"
     gene            23398..26505
                     /locus_tag="BACUNI_RS15375"
                     /old_locus_tag="BACUNI_03807"
     CDS             23398..26505
                     /locus_tag="BACUNI_RS15375"
                     /old_locus_tag="BACUNI_03807"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_009037732.1"
                     /GO_function="GO:0004553 - hydrolase activity, hydrolyzing
                     O-glycosyl compounds [Evidence IEA]"
                     /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 2 TIM barrel-domain
                     containing protein"
                     /protein_id="WP_005830298.1"
                     /translation="MRKKIFAFLLLSALYAGAQEAPDWENPIVVGINKEPYHATLTLP
                     SQKVDCKEIISLNGKWRFQWSADPGKRPADFYKNDFNTDTWDTITVPGAWQLQGYGKP
                     IYSNVNYPFQKDAPRVTSEPPAEYYSYGHRNPTGSYVTTFEVTPDMKDKCLYLHFEGV
                     KSAMYVWVNGERVGYSQNSMSPAEFDITEFVKNGANRLAVEVYRWSDGSYLEDQDMWR
                     LSGILRPVELWVRPRTNIRDYRFSSDLSDDMRSATFGTEIWIRNQTDRKVKDLTVEIN
                     LVGKDNRGNKLDKKMVAPVGTIQAFSETSVTLSEMLREPQLWSAEKPHLYDIHIKLRR
                     KNELLESFEYHWGIRKIEIAGDVFKVNGKAVKLKGVNRHDFHPRMGFFVDSRTMERDI
                     RLIKQANINMIRTSHYPHLPLLYELCDKYGIYVMDEANHESHAYGLGNKVLGDNPQWT
                     LAHVDRAVAVVERDKNHPCILFWSLGNEGGSGANLRAMADTIRALDPTRPIYDDTDRT
                     VSDVYDEAYLHPNALKELGEKITDRPVFMREYAYAMGNSIGNLKEYWDVIEKDESIIG
                     AAIWCWVDQGIPKKLNGAPLSFGESPSSLPLLPDEFWAYGGDFGDYPNDGPTGINGLV
                     SPDRVPHPHYYEVQKVYQYIKFEKKGTQQIKLTNGYAFSDLDEFDYSYEWICNGKAVR
                     NGDLHLSEGNLLEVPSRPDKCGELCLNVYATLKESTTWAEKGFKVAKEQLTYHDYEFP
                     QLKDDGGKATFKETPEAVEIIAADALFTIEKGTGALVSWRVKGEELLHSALEPYFWKP
                     ANDIQVRNGYNERLSAWKNAEQKRIVKAYQATVNDGMVIVDASLSLPRIGAGYHLRYT
                     VDGKGRIQVEATYQPEKEDIPLMPKFGMRMRMPSALNRIAWYGRGKFENYPDRKSSAF
                     LGVYECGIHEFITNYIVPQDNANRCDTRWFMLGDSERWKIQVKGLQPLCFRIWPYGEE
                     DLEGKEHAHELPERDFINLNIDSNIHGVGGNDGWGAQTMKPYTIDGNRSYRYGFIMEY
                     MDKTE"
     gene            26563..28179
                     /locus_tag="BACUNI_RS15380"
                     /old_locus_tag="BACUNI_03808"
     CDS             26563..28179
                     /locus_tag="BACUNI_RS15380"
                     /old_locus_tag="BACUNI_03808"
                     /EC_number="3.2.1.51"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_008662740.1"
                     /GO_function="GO:0004560 - alpha-L-fucosidase activity
                     [Evidence IEA]"
                     /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="alpha-L-fucosidase"
                     /protein_id="WP_005830301.1"
                     /translation="MKRNIFKTILLSACILQGGSALAQQEKAEPGKFSPTWESLSQYE
                     VPEWFRNAKFGIWAHWGPQCQPEAGDWYGRGMYEEGGAAYKWHLEHYGHPSEFGFKDV
                     INEWKAEKWNPERLVALFKKTGARYFFAMGNHHDNMDLWDSKYQSWNSVNMGPKRNVL
                     GEWEKAARKNKLPFGVSIHSSHAWTWYETAQGADKKGPYAGISYDARVVTKEDGKGKW
                     WEGYDPQELYVQNHALSGHAWVAWDWPEGTSVPPQSYYDNFFDRTVDMINKYHPDLVY
                     FDDSILPFWPINDTGLKVVSHYYNQNMKLHKGNLNAVVFGKKLEAKHKEAIVWDVEKG
                     VPSECQDKAWQTCSCLGTWHYNRFAYEDNWYKSAETVIHMLIDIVSKNGNLLLSVPMK
                     GNGTIDDKEEKILEDIAAWMEVNGEGIFDTRPWCIYGEGPSTETAIPLDGAGFNEGKN
                     APYTSADIRFVKKGKYLYAHIMKWPSDRKIQIKSLATGSPYCKGEIEKVELLGGGKAK
                     FRRTSKGLLIDLPKDKTPNPISLVLKITNR"
     gene            28194..30584
                     /locus_tag="BACUNI_RS15385"
                     /old_locus_tag="BACUNI_03809"
     CDS             28194..30584
                     /locus_tag="BACUNI_RS15385"
                     /old_locus_tag="BACUNI_03809"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005830303.1"
                     /GO_function="GO:0004553 - hydrolase activity, hydrolyzing
                     O-glycosyl compounds [Evidence IEA]"
                     /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="TIM-barrel domain-containing protein"
                     /protein_id="WP_005830303.1"
                     /translation="MKKGFFLRLFVLLMLTFFIAEQGRAQTYQRTSQGIKSTVQGINI
                     DISFFSPVTVRILKSPDGWKYTKESLSVIGQPEKVKLSVSSKGGILTIKSHQLTVHLN
                     EETGQITFASSDGKSLLQEQNKGARFDDFNDAGTKTFSVYQSFTLEKDEAIYGLGQLQ
                     NGKMSQRNQTKRLIQDNLEDVIPFFQSVKGYGLFWDNYSPTIFKDNQEETSFLSEVGD
                     CIDYYFMYGENADGVVAQMRYLTGQVPMFPLWTYGFWQSRERYKSQKEIVGVVQKYRE
                     LGVPLDGIIQDWRYWGSNYLWNAMDFLNEEFSDPKKMMEDIHGMNAHIIISIWSAFGP
                     HTKPYRELDKGNMLFNFRTWPESGSEKWPPNMDYPSGARVYDAYHPQARDIYWKYLNE
                     NLRSVGIDGWWMDSTEPDHFHPIPEDFDTPTYLGSFRKVRNAYPLMSVGGVYDHQRAV
                     TSDKRVFILTRSAFAGQQRYGANTWTGDITASWEVLEKQIPAGLNFSLCGIPHWNSDI
                     GGFFLWQYPLMLDDPDYRELYARWIQFGTFCPMMRSHGEGAPREIYQFGKKGEPIYDA
                     IEKYIRLRYSLLPYIYTTAWEVTANQSSFMRALAMDFAHDRNVWNIHNQYMFGKSLLV
                     CPVTQPMYTQTVSDTIRVEDFSTVKSMRIYLPKNTEWYDFWTNQKHSGGQYIVKDTPI
                     DILPLYVKAGSILPIGPEVQYSTEKSWDNLEIKVYPGCNGEFTLYEDENDNYNYEKGM
                     YSTITMKWNDRTRMLTIENRKGEFSGMLKERKFNIVTADGAKKAVAYNGKKVTVKM"
     gene            30634..33474
                     /locus_tag="BACUNI_RS15390"
                     /old_locus_tag="BACUNI_03810"
     CDS             30634..33474
                     /locus_tag="BACUNI_RS15390"
                     /old_locus_tag="BACUNI_03810"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_016272467.1"
                     /GO_function="GO:0004553 - hydrolase activity, hydrolyzing
                     O-glycosyl compounds [Evidence IEA]"
                     /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_229031904.1"
                     /translation="MKKYHHYLTLLSLFMLLGILKLQAAIQLPAIFSNHMVLQRNSEL
                     TFWGWGIPGETISIAPEWMKGEIIKTQVNNTGKWSARVPSGEAGGPYEIRFSGSSEVT
                     LTDVMLGEVWLCSGQSNMEWSANHGIKNGDEETANAHCPNLRIFHVARIAAPFPQENC
                     FSQWTQCTPETMRSTSALAYFFGRNIQEELDVPVGIIVAAWGGTTAETWTPRECVMSD
                     PVLCDYPYESNPWFPAETGTLYNSMIYPVMPYGIAGCIWYQGEANQGRASSYARVMQR
                     LIGSWRTGFNKEFPFYLVQIAPFQYHSKDNGPALLREQQAMLPEMLDKVKMITVSDLV
                     DNVQDIHPRDKRSVGKRLANLALDDTYHIYAGPYKSPVFESACRKGNHVTISFKDIKN
                     GLAVHGKRIEGLMMAAAGQEWQEARARIDGGKLIVPVKGIESPVSIRYCFSDAAQGNL
                     FSTEGIPLAPFRADSIASSENIPVSTDSALEESFEFSPKFSTGNANPLLDFQYMADPT
                     AVVHDGRIYVYGTNDHQQYDVVGRNGKNTYQHIHSLTMVSSDDMVNWTYHGVINVKAL
                     APWGMASWAPSIASRKEADGKTHFYLYYSNSGSGVGMLTATSPVGPWTDPLGKCVVDG
                     NTPGLGKCKAPFDPGVVIDDKGIGWLSFGGGDSDDYIPGDARIVRLANDMKTLDSEIV
                     EIKAPYHFEANELNYLNGTWIYTYNTNWKNRDAWPHKDIDKPSRCCMSYMTSRTPLET
                     DSWTYRDNYFKNPGDYGMSDSNNHTHLVKFQGKYYLFYHSLGLQDSRDLKVGVRSICV
                     EEIEVDEKDLTIHMGTATAKGVSQIKPLDPFAQQQAETTAATRGVAFEPTGQTGNMSA
                     VGNKSGQAICVRGAEFPQSPQAIQMKIKGKGSIEIHMDSPDGPLLSTLTFDTDTWQTL
                     TKPLDKRIKGKHDIYFVFGNGKFLFDEWKFTK"
     gene            >33474
                     /locus_tag="BACUNI_RS20440"
                     /old_locus_tag="BACUNI_03811"
     CDS             >33474
                     /locus_tag="BACUNI_RS20440"
                     /old_locus_tag="BACUNI_03811"
                     /inference="COORDINATES: ab initio
                     prediction:GeneMarkS-2+"
                     /note="Derived by automated computational analysis using
                     gene prediction method: GeneMarkS-2+."
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /protein_id="WP_070100546.1"
                     /translation="MNPSAESAQYLFTLVMISLHNSSQHTTSQQVTLPAFCHHIGKVL
                     PCLWQSFANVVAKPCQLVGKKDKSNIAVRKEAEARPQYNSANGKETDWFH"
ORIGIN      
        1 atgaagcaca cccttttcac attggcactg gtcttattga ctctgctgtc agcatcatgc
       61 ggagataaga aaaaagtagt atatcagaac ccacttccca tggccttcgg agacccgttc
      121 ctcctgaaag cttccgacgg gaaattctat atgtacggga cggggggagt acagaacggc
      181 ttcaaagtat attcctccga tgacctggtg acatggaaag atgagggtcc cgtctatcaa
      241 ggcggcacat ccgactcatg gggcaccgac tgtttctggg cgcccgaagt gtatgagcgc
      301 gacggcaaat actacttatg gttcagcgcc aactggaagg aaaaccccac tcaggagcaa
      361 gagaacttcc gtatcggcgt agccgtagcc gataaaccca ccgggccttt caaagatttg
      421 tccgaccgcc cggtattcga tcccggctat cctatcatcg acgcaaacat actctttgac
      481 gatgcatccg gaaagaccta cctctactac tcccgctgct gctacaaaca tgccgtcgag
      541 agcgaagtct cagcatgggc caaaacaaag ggctggtttg acgagattga ggagagctgg
      601 atttacggcg tggagctgaa accggatttc tccggtgtca tcggagagcc ggtagcattg
      661 ctttgcccgc ccaaaacgat ggacgaccct caagcgaaat gggagaaccg ttcggtgact
      721 acacatgagg tcaacagacg ctggacagaa ggttcgtata tggtgaaaca cgggaatctc
      781 tattacatgc tttactctgc aaacttcttc ggaggaaaga attatgcggt gggctatgca
      841 acctcccaaa gtcctttagg cccattcaca aaggctgcca acaatccggt gctgcaaaag
      901 aacacagagc aaggcggcat cgtgaccgga accgggcatt gtatgctcat cgacattcac
      961 aatcgtctct actgtgtcta ccatggacgc accgaaacca ccggtgacga acgaatggta
     1021 ttcatcgacc tcatagacat ccaaccagac gggaaactgg tagtccacgg accgaatacg
     1081 gatttacaga aaatcacata ttaaagctat caggcgcaga ctgtacagca tttcacggtt
     1141 cattattccc cgtggctctc ctatacattc cgcgcctgat gaaaattaaa aaggacatat
     1201 ccatacacaa caatccgctc catatttgtt cctgacttca attctatttt caccggtatc
     1261 caatacaatg cctttccatt ccagtacatt tacggaatca ggttttgcag tcccatatgc
     1321 tttgccattg atatacaatt tggcagctcc gctattgctg aatacttgca catcaacggt
     1381 tttgcgggtt ctgtttacca atcgttttcc tgcgatatat acaaacttat cttcttgatt
     1441 ccagtttgcc ttataaaagt aaaaggcatc tttctttatt ttccggtcgt aagtcaccag
     1501 ccccttatcg ttgcgtccca taatggatcc ctccctacgg cctgccgccg aaaagtcgaa
     1561 catgcaccag atgaagttgc accacaagaa ttcgcgttcc tgaagctgtt tccaattctc
     1621 cacatgataa taagtctgcc agttttcggg atgccattgc ccccacggtt ccggatgcct
     1681 cagcgagtcc tcctgctgga atacgcatgc cccggcacca tactcgctga tgcccatctt
     1741 ccgctccgga tgtgctgcat gctcgcggtc tatccagcgc cccatgtcat ccatgttgtc
     1801 gccataccag ccgaaatact tgttgaaagc aatcaggtcg gtgaatccgt tgaagtcgtc
     1861 atcctgatta ctggctccca tagtgggacg gctcgggtcc aactgacggg ccaaagcatg
     1921 aagctctgcc gccatacgcg aaggacggtc cagccaaccg gaatttatct cattgaacag
     1981 cccccagaac aaaatgcagg ggtgattgta gttctgtaaa atcagttcct tcaattgcag
     2041 gcgcaagttt tcatcataag caggattatt cacataaaca ttgacaaaag gaatctcagc
     2101 ccatgccacc agtccccgct tgtccatctg ttgatgcatg tatttggctt gcggatagtg
     2161 acaaagacgc acggcattgc atcccatttc ctgcatcaag tccaaatctt catcatggtc
     2221 ttgcggataa aatgccgaag cgcgttctgc cctatcctga tgccggttca cgccattcaa
     2281 gcgataaggc tttccattca ggaagaaacc tttctccgca tcggcatgaa agtagcggaa
     2341 acctatctct tcttcgcggc ggtctatctc ttttccatcc ttacgcaata tcaccactcc
     2401 tttatataaa tagggattct tcactccatc ccacaaatga ggcctttcaa gcactatgtc
     2461 catcatcacc tttttatcct cacccacctc tgcactggca acacggcaaa gcaacttttc
     2521 cttgtcatat agtcgaaact ccacctcgca accggtcaca gtagtttccc ttgccgaaag
     2581 cagtgcttca attttcaaat gggccttttt ctccgataca tcggactgag tgaagaatac
     2641 acctgaagag gcataataag caggttctat gcagacatcc tccgtcacca gcagttccac
     2701 cccccgatac aacccaccaa acatattgaa gtcgccgcaa atgggagcga catccatagt
     2761 ctgagcattg ctgacacgaa tttccaatac actttctgtt cccgggacca ggaaatcagt
     2821 caattctgcc acaaatgccg tataaccacc cttatgttgc atcacaaaat gatggtcgat
     2881 aaaaatgtcg gcaaccgtct gtgcagccat cactttcaag aaaaaacgtt tgccccgata
     2941 atgggcagga acagacaact tacgactgta attgcataat cccctataat aatcggcatt
     3001 gccaaacatg ccatcgcccg cattccaagt gtgaggcaaa gtaaccttca ctatttccga
     3061 agcaggtgcc tgaaaacccc ggtggaaatt ccatccttca ttcagtggaa tcacctctac
     3121 ggcaaataca catgttgaca atattcccaa agagaataaa aataaaatga tgaatctgtt
     3181 cattttcgat aaagtattag aaggttaatc atattggcag gaaccagtcc ttccctgcaa
     3241 aggtatgaaa taaatgttga ataataaatg agaaaaacac ttcaagacac gcaagacaac
     3301 aaacggatgg catgtttaag acttatacga ccgcgatgca acattacaga cctattaatg
     3361 caacatattt acgtttattt aaataagata ttgctatctt tgagaattca atttcagatt
     3421 atatagtatg tcttttacaa actatttaca caaattagtg ttccccctca ttattctgtt
     3481 actggcttat ctgccgttag caggacaaac tccgtatgta tttcgccatc tgaaagtaga
     3541 aaacgggctt tcaaacaata acgtaaaaac catattgaaa gactgtgaag gctttttatg
     3601 gatagggacc gccaatggat tgaaccgata cgacggatat agctttaaag tgtatcaacc
     3661 caaagaaaaa gacatccatt ctttattgtc taacgacatc tggaacttac aggaagacgg
     3721 tttgggcaat ttgtggattg gaagcgaggc aagatattgt atatacgacc gagacaaaga
     3781 caacttcatt accgatattc cctcatacct ccttaaaata ggcatccaga taaatggtac
     3841 ctacaaagta catgttgata aaagacacaa tttatgggta ctgcaaggcc aaaatgcttt
     3901 ttacttcaat ttttctcata aaacccttaa aacattcaaa atagacaact ttccagaaga
     3961 aactccggaa ctgagtatca gcgatgatgg tgaaaaccta tatcttcttt ggaattcgac
     4021 cttattgaaa ctagagaaca acgcaaaaaa atgtaaacgg gtagataaca tcagcttacc
     4081 ctccaactct attatcgaaa agcacatata cattgattat catggaggca tctggctata
     4141 ttcatatacc gatgaacaaa tattctataa gaaaaacata aaatcggaat ggaaccaaat
     4201 caatctccat tctaaaatag agacaaaaag taatgcggta aggagcatac tggatgactc
     4261 gaacggacat gtctggatag gaacggacca taaaggagta ttcatttatg actacgtaaa
     4321 tgataacctt gtcaacctcc tgaatacccc tatgtcttcc acatcccttg cttccaacag
     4381 aataaataca atctaccgtg atgattcagg cgtcatttgg ttaggaaatt tcaaaaaagg
     4441 agtttcttat tatcacgaaa gcttccatga atttattgat acccagcata aagaatgtgg
     4501 tgatatagcc tccattttag aggataaggc cggaaacatt tggctgggaa cagatgggaa
     4561 cggactttat gtaaaagaaa agcaaaaagg atttgccatt cgcaaactat ccatccccga
     4621 catagccatc atcagtcttc tcgaagacca taaaggacgg atttgggcag gaagttatca
     4681 agacggattg ttctgctatg agaacaacag tattcgccat tttactccag agaacagcca
     4741 actgccatac agtggcgtat ggagtatgaa ggaagaccga tatggaaact tatggatagg
     4801 ttatgtactg gaaactttgg tttgttttaa tccggacgca aatactgcga caagttatct
     4861 actacctgat gggaataata tcaatgtact caatatctgt tatgactatg gagacaaaat
     4921 gtatattggg actacatacg gactctgtgt aatggacatc gtgacgagaa aacccgaaat
     4981 gatttatgcc aatcgaaaag agacacagcc attcaagcag ctcttcattt ccactgtatt
     5041 caaggacgac agagatatat tgtggttagc ccataaacaa ggattgactg cctgggactt
     5101 aaaaaatgat tcactacact ggttcgacgt aaacaacgga ttgtgtgaca atctcattaa
     5161 cagtataacc caagacaatc atggtaacat gtggcttgca acaagtaacg gattgtctat
     5221 attggaagta accccagaca cccaggaagg agtagacttt tctttcaaga atctttctac
     5281 cagagacgga ttgccagaaa atcatttcaa ctcccattcc gcttgtaaat tgtccagcgg
     5341 agatttactg ctgggaggca ccagtggcta tacatctata aatccgaaca agctgaccga
     5401 aaagagccga ccgctggcaa aggtgtattt tacaaatctg accattggca atcaacatat
     5461 agaagtagac tcaatatatg aagggcgtaa actattaaca actgtacttg gcagaacccc
     5521 atcattgtct gtcagatatg acgattattt aatctccatc gaatttgccg caggcgattt
     5581 gctgaatgct gataaaataa gatatgccta taaactggaa ggattaaata cccaatggta
     5641 ctatacaaac gagaacaaag tagctttcac cacccttcct cctggcaatt acaaactatt
     5701 gattaaagct tgtaacagtg acggtatatg gaatgacgaa gctagtgagt tgaatataac
     5761 cgtttcatct ccaatatatt tatgtaatgt tgctatcatc ttatacatat tgtttgccat
     5821 tggtataata tcctatgtaa tataccgatt caaaaagcat cacaacataa gactggagca
     5881 acaacgagca aaactggagc aagaacaaaa gttgctcctg aatgagatga agctaaagtt
     5941 ctttacaaat ataagccatg atttacgtac accactgacg cttatcatta gcccgttaca
     6001 aatgttattg tcagaaaccc tggatgacgg aatacgcaaa aaactaaata caatcaataa
     6061 aaatgcacaa caattactta catcgataaa ctctctgctt gatttccgga aactggatgt
     6121 aggagccgag acagctcatt acaaatcggg agatattgtc aactttatcc gcgagatttg
     6181 cagtactttt caagagtatg ctcttgacca taccatcagc ttctgtttca tgtgcgaagt
     6241 agaaaacctg aacatgtcct tcgatccggt taaaataaaa aaagtaatga acaacttgtt
     6301 gtccaatgcc ttcaaataca ctcctgataa aggagaaatc aatgtacatc tttatcgcga
     6361 agatgacaat gtatgcatct gtgtggcaga caacggacaa ggtatcatag acaaagacaa
     6421 gaaacatatc ttcgaacgtt tttatcaggt gcaacaaact tcggaaaaaa ccggcagtgg
     6481 aatcggcctg catattgcaa acgaatatgt acatctacac aaaggaacaa tctccgttac
     6541 agacaatttt cctaaaggtt ccgtatttac cgttaaattg cctatcgtca catatgccag
     6601 tgaaaaggag gaattacttc cggaactgct aaacaatgac aaagctccga atgaacttcc
     6661 cgttccaaat gcggaagaat tgcggtatac catcttgttg gtggacgaca acaaggattt
     6721 ctgtagtttc atgtctgaat acctgtccga tgaatacgcc atacaggttg cctacaatgg
     6781 agcagaggca ttgaagatat tagaaaaaaa cagtgtcaat attgtaataa gcgacatcat
     6841 gatgccagtg atgaatggaa cagagctatg tcggcaaatc aaaacaaaca tgcaatggtc
     6901 ccacattccc gttatattgc ttacagcccg tatggcagaa gaatacaaaa gtgaaggatt
     6961 tgagcaagga gccgatgact atatcgtaaa gccttttgac ttcaaattac taaagctgcg
     7021 catcaggaaa tttattgaat ggacagaaaa aagccatcgt aaattcagtc agaaaataga
     7081 agtgacacct aatgaaataa caatcactcc actagacgaa caatttattg aaaaagctat
     7141 caaaatagta gaagagcgca tgagtgattc cgacttctct gtggaaatgt taggagcaga
     7201 attggggttg agtcgtagcc atctctacaa aaagctgatg tgtatcaccg gtaaaggtcc
     7261 ggcagaattc atccggatta tccgtttgaa gcgcagtaag caacttctaa aggaaagcca
     7321 gaaacaaatt gcagaaattg cctatgaggt gggattcagt tctccaaaaa ggttcactgt
     7381 aaacttcaag aatgaatttg gaatatcacc atctgattac atccgcagtc taaaatgata
     7441 acttgaaaca taaaggtatg ttatttgaga catgatagac ctatgctatt atgataactt
     7501 tccatatttg cagtagcttt taataacagt tatttttaaa tcttaaatta aagtattatg
     7561 aagttacacg caaatgtatg ctctcaatgg gaatggacaa aattgagaca attgcttgtt
     7621 atcgtgttac taggtttggg tattgtttcc acgtatggac aaaccaaaac agtatccggt
     7681 atcgttaaat cagaatcggg cggtgagcca cttgtaggag ccaccgtcaa agtgaaagaa
     7741 accaatacgg gcggcattac cgacatcgac ggccgttaca ccatccaggc aaatctggga
     7801 caaacattga tagtctctta catcggctac cgcaccaaag aggtgaaagt agagcgcacc
     7861 atccgcatcg acatactgct gcaagaagac aatgagatgc tggacgaagt agtagtagtg
     7921 ggatacggta cgatgaaacg cagtgacctg accggttccg tagtcagcgt gacgggtgac
     7981 gaactgaaaa agtccgtagt cacctcgctc gaccaagctt tgcaaggacg tgccgccggt
     8041 gtgcaggtga cccagaattc cggaactccg ggtggcggta tctcggtcag catccgtggt
     8101 atcaactcct tgaacggcaa cgaaccgctc tacgttatcg acggtgtagc catctcaggc
     8161 aacaacacca gcaacagcag cgtgctcagt tccatcaacc ctgcagacat cgtttccatg
     8221 gaagtattga aagatgcatc ggccacagcc atctatggta gccgcgcctc caacggtgta
     8281 gtactcatca ccacccgtca gggcgaagag ggcaaaacga aggtctccta cgaaggttac
     8341 tatgccttgc aacagcttcc caagaaactg gaaacactga cactccccga atatgcagtt
     8401 taccagaacc tccgcgccgc caccatcggc ttcggtgcac gcgaagagtt caaagacccc
     8461 tcactcctca gccgcggtac cgactggcag aatgaaatct tccgcactgc cccgatgcac
     8521 aaccatcaga taaacatctc cggaggttcg aagagcatga aatactcgct ctccggcggc
     8581 tacatgcagc aagacggtat tgtattcggt tcggactttg agcgtttctc tttccgcgtc
     8641 aacatggaca acgacatcaa caagtggctc accaccggct tgcgcgcctc cgtagcccgt
     8701 acacagcaga ccaacaacgt agacggttcg ggtgccatct acaatgccct aaaccagctc
     8761 cccgaagtgc ctgcccgcaa cccggacggc agtttcggca tgcagacgga gaacatgtat
     8821 ggaacttact tctccaaccc cctctccgac cttatccaaa acgaaaacta tagtcgcaac
     8881 acacaagtct atgtcaacgc ctttgccgac atcaagctgt ggaaaggact cgtattccgc
     8941 acggaatatg ccgccaactt caattacagc aacgactata agtttacccc ctcctacgac
     9001 tacgagcact tcaagcagca gtcgtcagca agccgtggag ccggcaacgg aagcaactgg
     9061 acattgaaaa cttactttac ttataataat accttcggca aacacggcct ctctgccatg
     9121 ctgggacacg aagcgcaaga aaacaagtac gagtcgctga gcggcagccg taccaacttc
     9181 ctcttcaact ccgtacacga actggatgcg ggtgatgcca caacagcaaa agccaacagt
     9241 tcccgtggtt catccgccat cgaatcatac ttcggccgtc tgaactacaa ctacaacgac
     9301 cgctacttgc tgaccgctac gctccgtgcc gacggttcgt cttcgtttgc caaagaaagt
     9361 cgttggggtt ggttcccttc ggtagcattg gcttggaaag tcaacaacga agctttcctc
     9421 aaagatgtgg aagccatcaa ctcactgaaa ctccgcctgg gttggggtgt agtaggtaac
     9481 caatgggcgg gttcctatgc ctacggcgtc accatggctt cggcagcctc catctggggt
     9541 actggtttct atgcaggcaa ctatcctaat cgtgaactga agtgggaaga aacaaactcc
     9601 ttcaatgtag gactcgacct cgccctcttc aacaaccgca tagagttcat cgccgatgct
     9661 tattacaaga aaacggacaa tctgctgatg caagcttctc ttcctaccta cgtaagcggt
     9721 ctgattcgtg caccgtgggt caatgccggt gccatgacca acaaaggtgt agaatttacc
     9781 ctgaacacgc acaacatcca gacacgtgat ttcacctgga cctcaggact caccttctcc
     9841 atcaaccaca acgaagtgac gaagctctac tccgaatcat ccgctatttc gggaatcaac
     9901 ggttcggaaa cactgaccta caccatggtg ggcgaaccgg tcgggcagtt ctacggctat
     9961 aaagtaatcg gtatgttcaa ggaagaagga gatttctaca agaaaggtgc cgacggcaac
    10021 ttcctgctcg acgaaacggg caaccgcatc caagtagcca tcccgaaaga ccagaccatc
    10081 ggcaaatcgg gcatctgggt aggtgactac atctatgaag accgcgacaa caacggtgta
    10141 attgatgaga aagaccgcac gttcctcggc aatccggcac ccaaattcac gttcggcttc
    10201 aacaactacc tttcttataa aggatttgac ctcaacatct tcctgaacgg ctcggtgggc
    10261 aacaaggcta tcaacctgat tcgccgcacc ttcaccgatc ccatgcgtaa cagcaacctg
    10321 ctgaaagaag ctaccggcat tgcccaaatc gccatgcacg accccgaagt gggcgacgag
    10381 gtactttcca atgtttacgt ggccaacgcc gatgcagcca aagtacaacg catcactacc
    10441 agtagcgcca acgacaacaa ccgtatctcc gaccgctttg ttgaagacgc ttcctacctc
    10501 cgcataaaaa acatctcgct ggggtacacc ttcccacaga aatggttgcg ccgtttgcag
    10561 atagaccatc tgcgcctcta cgtcaacatc cagaacctct gtaccatcac aggctacaaa
    10621 ggctacgatc ccgaaatagg cgctttgaac tacaatgtat tgctacgtgg tgtggacgat
    10681 gcgcgctatc cttcgcaacg tatctataca tttggcctta acttcaattt ctaatgagcc
    10741 agacaaatca tttatcattt aaaatctcaa tatagttatg aaacacagat ttctaaccct
    10801 tatatcatcg ctccttctgc ttacggcatg cagcgactca tttttggaac gtgctcccga
    10861 aggaaactac gtagatgtga catactacac ttccgacgat gcactcgaac aagccactgc
    10921 accgctttac aaccgtgcat ggttcgacct caactcccgc gccatcgtgc cgctgggcag
    10981 taaccgtgcc aacgataact tcagtcgctg gggagctccc gagttcacca acttcaaggt
    11041 gacagccctg agcgaaaacc ttgccaatgc atggacaggt ttctactcgg tcattacaat
    11101 ggccaatgca gttatcagtg atgtgcagac caaatgtagc aacagcgtaa gcgaacgtgc
    11161 caagcgcaca gccattgccg aagcccgcct gatgcgtgct tgtgcctact tctacatggt
    11221 tcgcctctgg ggaccggtta tcatcatcga agacaacgac aaagtggttg ccaatcccat
    11281 gcaaccgctc caccgcgaag aagatgtgct ggaactcgtt attcgtgacc tcacttatgc
    11341 agtcgagaat cttcctgaag tggcaaccgc caaaggacgt gtcaacgcat ggggtgcaaa
    11401 aggcatgctt gccaaagtct acctcgcccg ctcaggctgg aaaggaggca cacgcgacaa
    11461 cgccgacctg gagaaagcca aggaactggc cgctgacgtg ataaacaaca gcggcatcag
    11521 cctttacgaa aactatgaag acctcttcaa gtataagcac aacaacaatc ccgaatcgct
    11581 cattgccatg cagtgggtgc cactgggtga ttggggcgta tgcaacactc tgcttgccga
    11641 cctcgccggc aacagcaaga tgaccggcgg tgtaaacgta tggagcagct atcaggcaag
    11701 tatagatatg ctccagcaat atgagttggg cgacactatc cgccgcaacg ccaccttctg
    11761 cacaccgggt acatactatt catacatctg cattgccgac ggtggttata cttacgacgg
    11821 cgccacctct tgcattaaaa aaggtgtacc gggcggtccg gacgacgaca acgacggtta
    11881 tatccagtcc atgaactctc cgctcaacac ctacatccta cgccttgccg atgtttacct
    11941 gacctatgcc gaagcttgtc tgggcaacag cgaagaactg gccggtggtc ccggcctgga
    12001 agcattgaac caagtgcgcg accgtgcacg tatcccccgc aaggaacgcg taaccttcga
    12061 agacatcatt cgcgaacgcc gcgtagagtt ctcgatggag tattgtaact ggtatgacat
    12121 ggtatcgtgg tatcactgga aacccgacta catgctgaat tacttccaga accaacaccg
    12181 cggctacaca gtagacctca tcgtgaaaga cgaagacggt tacctccact tcggcaagaa
    12241 agaaggcgac actttcctcg aaggcataga aaattggcag gaaccgggcg agaacatcga
    12301 aatccaccac ggcaacatcc tgatgcctta tccggaaagc gatgtcatcc agaatccgct
    12361 actgaacgaa gaaccggtag catacgaatt cagtgaataa accaagttat acattcatta
    12421 tctcaaataa cgactttaat atgaaatata tacattttcc ttttgtgttg ctcaccatcc
    12481 tgttggcatg caaccttttc accgcctgca acgatgacga gggcggcggt gttcccgtaa
    12541 tccaccacat ccgtcttgtc gacccagaga aggccgacag tacgttcacc gatgtaaatc
    12601 cgggcaccat gattgtagtc atcggcgaaa atctgaatga tgtgcggaaa gtgttcatca
    12661 acgaacaaga agtttcgttc aatagcaact acggcacttc caccagtctc atcctcacta
    12721 tccccggcga attgcaactg acgggtgcca accccgaact gaaaggcgaa ctgcgtatcg
    12781 agacctcgca cggcattgcc acgtactcca tgcatgtact ctcgcccgca ccctacatca
    12841 cccgtgtagc cacaaccttc cccgtggaga cgggcacgcc tctgcgcatc gtgggcggta
    12901 acttctacga aattcagcgc gtttatttca ccactgccgt ggacgacatc accaatgcac
    12961 ctgtttcggt agaagtaacg gactacacgg taaacaagaa ctttgacgaa atatcattca
    13021 atgctcccgc aggcctgatt gatgaaggca gtctggtagt ggagtgctat accgcatccg
    13081 catttactcc cttccgtcgc acagccctcc caccaagtat cagcaaggta agctccatga
    13141 tgcctatcac gggtaccaca gttaccgtac tgggacagaa ttttatggat atcgtctcca
    13201 tcacaatggg caatcgctcg gtagatctct ctactgttac cgtaagcgaa gctaacgata
    13261 tgcttacctt taccatgccg cgtgcaccgc aaggcacttg ctcactcgcc attaccacaa
    13321 tgggcggtac tgccgaagtt ccgggcttct atcctttgga gaatatagta ttgaactatg
    13381 acaacatcgg ttggttctcc tggggcgggc aagctgtacc cgtcactgcc gacggtacag
    13441 cagctccttt cttctcggat ggtaaatgct acagcatatc aggggaactt tcagcatgga
    13501 attactggtg gggccaattg cagaacggtg ccgtatgggg cattgacaca gccttcctgc
    13561 ctaccgatac accgacttcc gaactggctt tgcagttcga atgcttcgtg gcagtggaat
    13621 atggcgaagg tcctgtattc cgcatctacc tcaaagggaa tgaggctcac aactacacga
    13681 actatcgtcc ggtgagcgac ttcaccggaa aaaccgaagt aggccaatgg atgcagtgca
    13741 gcattccgct ctccgaactg gtagacgaaa ccacttgggg cgagttccaa aaacgtgacg
    13801 gtgacgagtt ggcactccag atgacaaacc ccagcgaaaa cggtccatac aacatcgaaa
    13861 tgtattttga taatttccga gttgtcaaga tacaataatt tgaattaaat tctggcacag
    13921 gattacacaa agtgacacct tcttttaaac tcttagacgc tgattcaatt gaatcagcgt
    13981 ctaaaaataa atacaccgaa attattaaaa cgaaatttta ccgataccat gacacaaatc
    14041 ttcaagaaaa ccttattaac cagcctggtt ctatttctga tgacagcttg ctctgacgat
    14101 aaaaaggagc tgaaaatcat cgtagagcct acttctttcc attttgaaca aacgggtggt
    14161 agcaagaaat tcggtatcac ccccaatgaa ccagccactt tccaaagttc ggaagcatgg
    14221 tgcaaagtaa cctcggaaag cagcactccc gtacaggcaa tctataacat aaccgtagaa
    14281 cccaacacta cgcccgacgt gcgcaacgcc atcatcaccg tcagcgtaaa ggagcatata
    14341 caagaaatca acgtggagca ggcggcctat atccaaagcg atgaaccgga aaaatacact
    14401 gtacgcgaga atctcacaac ccaccaactg attaacgaaa tgggactggg catcaaccta
    14461 ggcaacacgc tggatgccgt gggcgactgg atagacccaa gcaacattct caattacgaa
    14521 caagcatggg gaagccctat tatcacacaa gaaatcattg aaggatatgc caaagcgggc
    14581 tactcatctc tgcgcatacc ggtcagctgg ggcaatctgc tgtccgacga cttcaaagtg
    14641 catcctgacc tgatggaccg cgtagagaaa atcctaaact ggaccctcga ctgtggcatg
    14701 gtggctatca tcaatatcca ccacgaaaac gaatggatta aacaagtacc caccgacagc
    14761 aaagcaaaag aaaaattcac ttccatctgg aaacagatat gtgaacgctt cgaaaagtac
    14821 ggtgaccact tactgttcga gccaatgaat gaaatcggat acgatgagat ttggactccg
    14881 tggggcggta gtgaagccga caaggcaaag gcactgggat acgtgaacga cctcaaccag
    14941 ctctttgtcg acatagtaag aaacagtggc ggcaacaacg ccaaacgtca tctgttggtg
    15001 gaaatctaca acaccaactt ggagtatgct tacgacccct tgttcaagat gccgaatgat
    15061 cccgcaaacc gacttgctct tacagtgcat tactatactc ccgcaaactt tgccatactg
    15121 ggtggaggcg aggttgtcga ttggggtgta ggccgggaaa gctggggaac ggaagctgac
    15181 ttcaaggaac tgaacgacaa tatggaccta ctgaagaaga attgcgtaga caaaggaatc
    15241 cccgtcatca taggcgaata ttgcgccgac tccagaaaca gaacaaagga agtgataaga
    15301 ctcttctgtg tttccgtaac cgaagccatc tactcgcgcg gcatgtgccc aatgctatgg
    15361 gacactccgg ggggacaata caaccgacag acttgccagt tcgacgaccc tctcttctta
    15421 gaagaaatga tggctattcc ggttaaatat ccacggaatt aaacaaatat tcataatcaa
    15481 taatcaaata aaaatgaaca gaatcagcac ttgtttcgcc agcctattgc tttcttgtgc
    15541 attgacggca caagcacagc aatatcaact gaattcaccg gacggaaaac taattgtcaa
    15601 catcgaagcc gggaaaaacc tcaactgggc gattgcccac gacggtacca gcgttctttt
    15661 gccttcggac attgccatgc aatgcaccga agctgaggga aagcccattg ctttcacctt
    15721 cggcaaagat gtgaaggtga ccaaagctac ccgtacttcc gtcgacactt ccttccccac
    15781 tcctttctac aaaaaggcga gtgtgaagga cacttataac caactcacgc tgaaatgccg
    15841 taacggctac agcatacagt tccgtgccta cgacgacgga gccgcctatc gttttgtttc
    15901 cgaactgcgc aagcctttct gcgtgaagaa cgagattgcc gagttcaact tcgaccgcga
    15961 ttaccacgct ttcgtgccct atattaacga caatcgcgcc ggcgagcgtt actgctactc
    16021 cttcgagtcc tactacgatg aggcccccct ctctcgcatg tacaaagact cgcttgccat
    16081 tactccgctg atggtagaac tggagaacgg aaagaaagcc gtcattatgg aagccggatt
    16141 gtccaactat cccggcatgt tcctcactgc caacccacag atgccccacg gagtgaaggc
    16201 agaattcgcc ccctatccac aggaaacagt catcggaggc tatgaccgct tgaacctcgt
    16261 ccctaccaaa cgtgccgacg ttatcagcaa gcccaacaat gccccctact tctgccccaa
    16321 cgggcgtccc acagggaaac agacctatcc ttggcgtgcc gtgcttgttg ttacccacga
    16381 cacacaactc gccaacaacg acatgatgca acgcctcgca cccgaatgcc gcatcgctga
    16441 cacatcctgg attaaacccg gaaaagtggc atgggactgg tggaatactt gtaacctgac
    16501 cggcgtggac ttcaaggcag gcatgaatac gcccacctat aagaaataca tcgactttgc
    16561 cgccgaaaac cagctggagt atatcatcat cgacgaaggt tggagcggaa aggaatcatt
    16621 aatggaagac atcagtcccg aaatcaatct cgaagaactg gtggcatatg gcaacaaaaa
    16681 aggcgtaggt atcatcctct gggcaagctg gcgcaatctt acgggaggag gcgacatctc
    16741 ccctgccgtg gaacaagtta tcagccacta tgcacaaatg ggaatcaaag gtttcaaaat
    16801 tgatttcttc gaccgcgacg accaactcgc catctcttct accgaacaac tcgcagcatg
    16861 tgccgccaag catcacatgt tgcttgacct acacggactg aaacccttcg gcatccagcg
    16921 cgcctatccc aacatcctca actttgaagg tgtgaaagga ctggaaaaca gcaagtggga
    16981 gcccatcgtg aacggtgcac ccttgcatga cttcccgcgc tacgacgtta ccgcccccta
    17041 tctgcgccaa ctcgccggtc cgatggacta tacgccggga gctatggtaa atgccacccg
    17101 ttccctgttc cgctccgtca acgaccaccc catgagtcaa ggtacacgtg tacaccagat
    17161 ggctatgtac accgtcttcg aagcaccctt gcagatgctt gccgacagtc ctagcaaata
    17221 catgaaggaa caggaatgca ccgacttcat cgccaaggtt cccactacct ttgacgaaac
    17281 cattgctctt gatggtaaaa tagccgaata catcacgata gcacgccgca aaggaaacac
    17341 ttggtttgta ggcagcatga ccaactggac tccgcgtagc tgcaccatcg acctctcctt
    17401 cctcagcgaa ggcaactacg aagccgaaat ctttgccgac ggcatcaatg ccgaccgtga
    17461 agctaccgac tataaaaaag aagtacgcat cgtcactgcc aaagacaaac tcaatgtaca
    17521 actggcaccc ggcggtggat ggacagcacg aattacaaaa aaatgaatct gagaaaactg
    17581 tttctgccat tgtgttcagt agccttgtgc ctgcaatcct atgcacaaga caaatccttc
    17641 cttaaggata tgctctggta tatagacaac ccttctgtat ttgaaaaagg acaagaggaa
    17701 ggacacgctt ggcatatgcc cgaaaagagc atgctactga atgggacatg gaagtttttc
    17761 tggtgcgata caccggaagg gatacctgca cactttttta accccgaatt cccggataag
    17821 caatggggcg acatcaaagt tccctcaaac tgggaaatgc aaggttatgg tgacaagctg
    17881 ttcagaaatg tatctgctcc cttcggggtg aatccaccac atgctcccaa agagtataac
    17941 cctaccggac tataccggcg aacattcaag gtacctgcaa gttgggcagc aaaagaccag
    18001 atatttttaa ggttcgagaa agtggcatcc gcttcttttg tatgggtcaa cggtcatgaa
    18061 gtgggctaca atgaaggagc acaagaacct gccgaataca acatcactcc ttatttgaag
    18121 ccgggcgaaa acacgctggc tgtctgtgta ctaaagtatt cggacggcta ttacctggaa
    18181 ggacaagatt attggcgact ggccggaatc tttgacgacg tatggttgta cgccacacct
    18241 gctgtcagga tattcgactg gcaagtaatc acagagtttg ataatacgta taccgattcg
    18301 cagttaagta ttcaggtaaa aatcaaggac taccaaaaga agccaaatga gaattatgga
    18361 ttgaaagctt acttaaagga taaaaacggc aagattatct gtaacttttc cgcagctcca
    18421 tttgaaatgg acgctgcgga aaagacaata cagttgcata ccttggtaca agaaccccgg
    18481 aaatggacag ccgagacacc cgagctttat acgctcggtc tggaattatc caatccggcc
    18541 ggtctgcaga aagacaagat agaaacggtc atcggattca aaaagacgga aatcaaagac
    18601 ggtgtttttt atcttaacgg tatcccactg aaagtcaatg cacaaaattc gcacatgcag
    18661 catcccgaag agggacatgt catggacgaa gccaccatac gcaaggattt tgaattgttg
    18721 aaacagttta atttcaatgc cgtacgtacc tctcactatc ctccggtgaa taagtatttg
    18781 gaactggcca atgaatacgg gctttatatc atagacgagg tgggcgatga agcccatgcc
    18841 tcggaatgga tttcaagtct cccggaatac gaagagatgt atcgcgagcg atgccgcaga
    18901 atggtgttac gggacagaaa ccatccctgc gtcttgttct ggagcgcagg aaacgaaagc
    18961 ggtgaaggta tcaacattac ccacaccatt gaagaaggga aatcgctgga ccccacccgc
    19021 ttctggatgt atggcggaaa tgcattctcc catccggcag aagatattat cggaccccgt
    19081 taccctactc ctatggaact ggaaatgcag gtaggcatag gagaggattc ccgaccatcg
    19141 tttatggatg aatacttatc ggttgcaggc aatgccggcg gtgccctgga cgattattgg
    19201 gaagccatct accgacatcc ccgcctgata ggaggggcca tctgggattt tgtaagtccg
    19261 ggactgaccg aacggataag gcaagtggac gacctttcgc ccttccatac tcccgcccat
    19321 ctgatgggaa atgcccgctt ggtgaaggaa ggaaagaaca cggtgctgga cttgaacggt
    19381 cacgaccaat gggtagaggt ctatcgtgca gacaatgtgg agttgaacag taatgaactg
    19441 acactcactt gcagaatcta cccccggaaa ctggtaagca gttgcggctc attcatcaca
    19501 aaaggcaatt atcagttcgg gctgcaacaa cgcggtaaag acaaactgga attttatatc
    19561 tatactgata aaaagcattc cgtatgcgcc tccttgccta ctgactggga atacaactgg
    19621 catcaagtga cgtgcgtcta cgacggacag aaaatgtcca tctatataga cggagcagaa
    19681 aaggcctcca cacaagcatc gggcaatatc cggaacttcc cctaccccgt caacatcggt
    19741 cggaatgcag aaacacacgg ccaagagact tcggtctaca tctgcgatgc tcaaatggac
    19801 gaagtcggca ttttcgccaa ggcactgact tcctcttttc acccggaaga agccgctctg
    19861 tggctagatt ttgagcaaga gacggaaaat ggtacattct acagttacgg catcggtgca
    19921 cgtacgtacg gcagcatctg gcccgaccgt agcgtacagc ccgaaatgtg gcaaatgaag
    19981 aaaaccggac aacctctttc tttttccatg tcggatgtga cagagggagt cgttgagtta
    20041 tggaatcgca atcattatac aaatgcttcc cgatatgcca tacgatggga attgaaagaa
    20101 gatgacaagg ttattcaatc gggcgacttg gcactctcaa cagcgccgct tagccaagag
    20161 ctggtgcaca taccttataa gaagccagcc ctgattcccg gcaaagaata ccgcctgatg
    20221 cttcatgccg tcctgaaaaa agatgaattg tgggcaaaag ccggacatga ggtggcatgg
    20281 gaagaacttg aactgccttg gagcctgcca tgctcttcgg aagaaaaggc tcaaggcgta
    20341 ccttcctatt cactttcgga gaaagaattg gttgtctccg gagatggctt caaatatgta
    20401 ttcaaccgta ccgacggaca actgacgtcg atggttgttc aagatatgga actgctggaa
    20461 tcaccgctcc ggctgaatct ttggcgtgcc ccgctggcca atgagctgga caactggaat
    20521 gcctccagcg cccgctcctc caactggaaa gaaggttacg gatacacggt agccacagaa
    20581 atgtattctg cagggattga acgcctgaca catcagcccc tctctttttc ggtgtccgaa
    20641 accaccgaag gcgtacatat acacatcatt gatgcggaat tgatgggcaa aggagaaaaa
    20701 gagaaaaaag acctctacat cgaaggagta cagaacaacg gcatcatcaa ccactatgag
    20761 tatattatca atagtgaagg gacgatagag atacgccatg tattgaagcc tgaagggaaa
    20821 atgccgcttt ggtttcctcg cataggactt acgctgaccg taagcgatgc gctcgaccaa
    20881 gtgaaatggt acggccgagg accgcaagag aactatccgg accggaaaac cggctatccg
    20941 atggggatat atgcctctac cgtacaagct atgtacgagc cctatctaat gccacaagat
    21001 tacggattgc ggacagatgt acgctggctg caactgacca cggacaaagg catcggcctt
    21061 caattcaaga tgaacgaatg gttcaacttc aacatttatc cgtacagcac agacaatctg
    21121 acgaaagcga tgtataccta ccaattgcag aagcagaaag gcatgaccct gaatctcgat
    21181 tatgccacta ccggggtcgg ctgtacggcc cgcggtgtat tcggtgctta caaggcgatg
    21241 ccgcaggaat atcggagaac catcagcata agacctatga tgaaataaaa atattgtatc
    21301 ggactggtaa gattatgaaa aacaaaaatt actttattct attagtgttg tttttaagcg
    21361 ctttacaaat aaaagcgcag tattcattcg acaacgtgct ttatggtgca gcctactatc
    21421 atgaatatat gccctatgag cgactggatg aagatatccg gctgatgaaa agagccggcc
    21481 tgacagtagt gcgcgttgga gaatctgcct ggggagtatt tgagccgcaa gaaggaaatt
    21541 ttgaatttga atggatggac cgcattctgg acaagatgca tgcagcagga atcaaagtca
    21601 tcttgggaac tcccacctat tccattcctg catggctggc atacaaacac ccggaagtgc
    21661 tggcagaaca cgccaaagga aacaaagcct attatggaat cagacagaac atggatttta
    21721 caaacccgac ctaccaattc tattgcgaac ggattatccg caagatgctg gaaagatatg
    21781 cacagcatcc ggcagtcatc gggtatcaag tggacaacga aacagaagcg cgcggagtaa
    21841 acaacagaga ctatttcttc ggattcagga actacatcaa acagaaattc aacaatgacc
    21901 tgaatctgct tgccaaggaa tggggaatga actactgggg aatgaacatc aacacctggg
    21961 aagagttcta tccgcgcgat ggagtgacaa gcccctcgta caagaatgaa tgggaacgct
    22021 ataaccggaa ggaagtggcc gattttctga attggcagtg cgaccttgta aatgaataca
    22081 agcgtaaaga ccaatttgtc acccactgct ttatgcccga cttccataat atagaccaag
    22141 tggaaagttt caggcagatg caatatcctg ccatcaatgt ctatcacgat gtacaggata
    22201 aacaagacgg ccagcgcatc gcttatgccg gtgacttcgt gcgcaccgtg gccgacaaca
    22261 attacatcgt catggaaacc aacgcacaag gcatcggctg ggatgcccgc acccagtttc
    22321 ctccctacga caaccagttg cggcagaatg tgtacgcaca ttatgcttcc ggagccaata
    22381 tggtggaata ctggcactgg tctaccctgc actacgggca ggagacatac tggcgaggcg
    22441 tgctgggcca tgacctccag cccaaccgca tatacaagga attcaccacc accgccaaag
    22501 agttggaaag aataggcagc cacatcgtga acttgaaaaa gaaaaaccgg gtagctatcc
    22561 tctacagtca tgattcttat catgctctcg gcttcatgcc ctacacttac aagagcaatt
    22621 atcccattga tatggtgcat aaagccctct atttccaaaa catagaaacg gacatcatcc
    22681 cttgtgacaa gacaaccgat ttcagcggat atgacatgct tgtcattccc cctttgtatg
    22741 tggctaccga ccaattgcta ttagccattg atgaattcgt acagtccggc ggacacgtgg
    22801 taatgatgca caaaagcggt tactgcaatg agcactccgc agttcgggcc accttggctc
    22861 ccgggccgct acgcaaagcc tgcggcttcc attaccagga attctccact atcggtgact
    22921 tatcattaaa ggataacccc tttcaattag agggaaagaa ccagataagc gactggtatg
    22981 aattcctgat tcccgagaca gccaccccgt tggcttatgc agagcatccg ttcttcggca
    23041 aatggcccgt tgtcaccgaa aacaagtatg gcaaaggcaa actgacctac ataggagcct
    23101 acccttcgca ggaattgctg aatgccatcg tgcgaaaggc agccatccat gccggtatca
    23161 tctcttcaga gagcgacgtg ttccccatca tacagcgttc gggaataaac aaagccggaa
    23221 aagccatccg ttacttcttc aattacagca gcgagagtaa agaaatcact cataactatc
    23281 cgacatccaa agagctgatt tccggcaaga ctgtaaaaga aggagaccat gtaacattgc
    23341 ccccctgggg agttctcatc atggaagttt attgaccatc agaaaacatg agaaaaaatg
    23401 agaaaaaaga tatttgcctt tctattgcta agtgccctat atgccggcgc ccaagaagct
    23461 ccggactggg agaatcctat tgtagtcggc atcaacaaag agccgtatca tgccacactg
    23521 acattgcctt cgcaaaaagt cgattgcaaa gaaatcatat ccctgaacgg caagtggcga
    23581 ttccaatggt ctgccgaccc gggaaagcgc ccggccgact tctacaagaa tgatttcaat
    23641 accgacacat gggataccat cacagtgccg ggagcatggc aattgcaagg ttatgggaaa
    23701 cctatctatt ccaacgtaaa ctatcccttc cagaaggatg cacccagagt gacaagcgag
    23761 cctcccgccg aatattacag ttacgggcac agaaatccca caggctctta tgtcaccacg
    23821 ttcgaagtga cgcccgatat gaaagacaag tgcctatacc ttcactttga aggagtaaaa
    23881 tcggccatgt atgtctgggt aaacggagag cgggtaggct acagccagaa ttcgatgtcg
    23941 cctgccgagt ttgacataac cgaatttgtg aagaacggag ccaatcgtct ggcagtggaa
    24001 gtgtatcggt ggtcggacgg cagttatctg gaagaccagg acatgtggcg gcttagtgga
    24061 atactcaggc cggtagagct atgggtacgt ccccggacaa atatccggga ctataggttc
    24121 agcagcgact tgtcggacga catgcgttca gctacattcg gaaccgaaat ttggataaga
    24181 aaccagaccg accgtaaagt aaaagacctg accgtagaaa taaacctggt ggggaaagac
    24241 aacagaggaa ataaactcga caaaaaaatg gtggctcccg taggtactat tcaggccttt
    24301 tctgaaacga gcgtcacact gtccgaaatg ctccgggagc ctcaactatg gtctgccgaa
    24361 aaaccgcatc tatatgacat ccacatcaag cttcgcagga agaatgaact tttggaatcg
    24421 ttcgaatacc attggggcat acggaaaata gaaatcgcgg gagacgtctt caaagtcaac
    24481 gggaaagccg tcaagctgaa aggagtgaac cgtcacgact tccatccccg tatgggattc
    24541 tttgtcgaca gccggacgat ggagagagat atccggctga ttaaacaagc caacatcaac
    24601 atgatacgca cgtcccacta tccacatctg ccattgctgt acgagctatg tgacaagtat
    24661 ggaatctacg taatggacga agcgaaccac gaaagtcatg cctacggttt ggggaacaaa
    24721 gtattaggag acaaccctca atggacactg gcccatgtgg accgggcagt agccgtggtg
    24781 gaaagggaca agaaccatcc gtgcatccta ttctggtcat tgggcaacga gggtggaagc
    24841 ggtgccaatt tgcgagctat ggcagacaca atccgtgcct tagaccccac cagaccgata
    24901 tacgacgata cagaccgcac cgtatccgat gtctatgacg aagcttatct gcatcccaac
    24961 gctttgaagg aacttggcga gaaaataacc gaccgccccg tattcatgag agagtatgcc
    25021 tacgccatgg gaaattccat cggcaacctc aaggagtatt gggatgtgat tgaaaaggac
    25081 gaaagtatta tcggagctgc catttggtgc tgggtagacc aaggcattcc taaaaagctt
    25141 aacggtgcac cgttaagttt cggcgagagc ccctcgtcac tcccattact gcccgatgaa
    25201 ttctgggcgt atggaggaga tttcggggac tatcccaacg acggtcccac cggcattaac
    25261 gggctggtat ctcccgaccg ggtgcctcac ccccattact atgaagtaca aaaagtatat
    25321 caatacatca agtttgaaaa gaagggaaca cagcaaatca aattgaccaa cgggtatgcg
    25381 ttttccgatt tggatgaatt cgattacagc tatgagtgga tatgcaacgg aaaggctgta
    25441 cgcaacggcg acctccactt gtccgaaggg aatctgctgg aggtaccttc aagaccggat
    25501 aagtgtgggg aactttgcct caatgtatat gccacgttga aggaatccac gacgtgggca
    25561 gagaagggct tcaaagttgc caaggaacaa cttacgtatc atgactatga attcccacaa
    25621 ttgaaggatg acggcgggaa ggccacgttt aaggagacac ccgaagcggt ggaaattata
    25681 gccgccgatg ccttgttcac catagaaaaa ggtaccggtg ctttggtgag ttggcgagtc
    25741 aagggagaag agttgttgca cagtgccttg gaaccctatt tttggaaacc ggcaaatgac
    25801 attcaggtcc gcaacggcta caatgaacgt ttgagcgctt ggaaaaatgc agagcaaaaa
    25861 cgtatcgtaa aggcatacca agcaaccgta aacgatggta tggtgatagt ggatgccagt
    25921 ctctccctcc cccggatagg agccggttac catctccgct acactgtgga cggcaaaggc
    25981 cgcatacaag tagaagcaac ctatcagcct gaaaaggaag atattccgct gatgcccaaa
    26041 ttcggtatgc gcatgagaat gccctcggcg ctgaatcgga tagcctggta cggacgcggc
    26101 aagttcgaga actatcccga ccgcaagagc tccgctttcc tgggagtcta cgagtgtggc
    26161 atacacgaat ttatcacgaa ctacatcgta ccgcaagaca atgccaaccg gtgcgataca
    26221 cgctggttca tgctgggaga cagtgagcga tggaaaatac aagtcaaagg cctgcaaccc
    26281 ctatgtttcc gtatatggcc ctacggggaa gaagacctag aagggaaaga acatgcgcac
    26341 gaactgcccg aacgcgactt catcaacctg aatatcgact ccaacataca cggagtaggt
    26401 ggaaacgacg gatggggcgc acagaccatg aagccataca ccattgacgg caatcgctcc
    26461 taccgatatg ggtttatcat ggagtatatg gacaaaacag aataatccgt tcatcaatgt
    26521 attcaaaaag gaaataaaca ttttgtaaac aacaataaag gtatgaaaag aaacatcttt
    26581 aaaacaattc tcctatccgc ctgcatcctg caagggggca gtgcattggc acaacaagag
    26641 aaagcagaac cgggcaagtt ctcacctacc tgggagtcat tgtcccaata cgaagtgccc
    26701 gaatggttcc gcaacgccaa attcggcata tgggcacact ggggtccgca atgccaaccc
    26761 gaagccggcg actggtacgg tcgtggcatg tacgaagagg gcggtgctgc ctacaagtgg
    26821 cacttggagc attacggaca tccttcggaa ttcggcttca aggatgtaat caacgaatgg
    26881 aaagccgaaa aatggaaccc ggagaggctg gtagcccttt tcaagaaaac cggtgcccga
    26941 tatttctttg ccatgggcaa ccatcacgac aacatggact tgtgggacag taaataccag
    27001 tcatggaact ccgtcaacat gggccccaag cgaaacgtac tgggtgaatg ggagaaagcg
    27061 gctcgcaaaa acaaactgcc cttcggtgtc agcatccact cctcccatgc ttggacatgg
    27121 tatgaaactg cacaaggagc cgacaagaaa ggcccatacg caggaatctc ctacgatgcc
    27181 cgcgtagtga ctaaggaaga cggcaaggga aaatggtggg aaggctacga cccgcaagag
    27241 ctatacgtac agaatcatgc cctgagcgga catgcttggg tggcatggga ctggcccgaa
    27301 ggaacctctg tccccccgca gagctactac gacaacttct tcgaccgcac agtggacatg
    27361 ataaacaaat atcatcccga cctggtctat ttcgacgaca gcatactccc cttctggccc
    27421 atcaacgata cggggctgaa agtcgtgtcg cactactata accaaaacat gaagcttcac
    27481 aagggcaatc tcaatgccgt agtcttcgga aagaagctgg aagctaaaca taaagaggcc
    27541 atcgtatggg atgtagaaaa aggggttcca tcggaatgcc aggacaaggc gtggcaaacc
    27601 tgtagttgcc tcggtacttg gcactataac cgctttgctt acgaagacaa ctggtataaa
    27661 tcagccgaga ccgtcatcca catgctcatt gacatcgtca gtaaaaatgg caacctatta
    27721 ctaagcgtac caatgaaagg aaacggtacc atcgacgaca aggaagaaaa aattctggaa
    27781 gacatagccg cctggatgga ggtgaacgga gaaggaatat tcgacacacg tccctggtgt
    27841 atttatggtg aaggtccctc cacagaaaca gcaatacctt tggacggagc aggattcaac
    27901 gaaggcaaga acgcacccta cacttctgcc gacatccggt ttgtgaaaaa agggaaatac
    27961 ttgtatgccc atatcatgaa atggccctca gacagaaaaa tacagataaa atcactggct
    28021 accggcagtc cctactgcaa aggagaaatc gaaaaggtag aattattagg aggcggaaag
    28081 gcaaagttca gaagaacttc caaaggcttg cttattgacc ttcccaaaga caagactccc
    28141 aatcctattt ctttggtact gaaaatcact aaccgttaaa ctgctgatat tgtatgaaaa
    28201 agggattttt tttaagacta tttgtcctgc tgatgctgac atttttcata gcagaacaag
    28261 gcagagcaca aacctaccaa cgcacctcac aaggcattaa aagcactgtg caaggtataa
    28321 atatagatat tagcttcttc tctcctgtca cagtgagaat cttaaaatcg cctgacggct
    28381 ggaagtatac caaagaaagc ttgtcggtca tcgggcaacc ggaaaaagta aaactatccg
    28441 tctcttcgaa agggggcata ttgactatca aaagccatca gcttacagtc catctcaacg
    28501 aagagaccgg acaaataact tttgcctctt ccgatggaaa atcgctgttg caggaacaaa
    28561 ataaaggcgc acgttttgat gatttcaacg atgccggcac aaaaaccttc agcgtttatc
    28621 aatcgttcac cttagagaaa gacgaagcta tttatggatt gggacaattg caaaacggca
    28681 aaatgtcgca acgtaaccag accaaacgcc ttatccaaga caatcttgag gatgtgattc
    28741 ccttcttcca gtccgtcaaa ggctacggtc tcttttggga caactattcg ccaaccatct
    28801 tcaaagacaa tcaagaagag acatccttcc tttctgaagt cggcgactgc attgactact
    28861 acttcatgta cggcgaaaat gccgatggag tagttgccca gatgcgctac ctcacaggac
    28921 aagtgcccat gtttccatta tggacatatg gattctggca aagccgtgaa cgctacaaaa
    28981 gccaaaaaga gattgttggc gtagtgcaaa aataccgcga actgggtgtg cccctcgatg
    29041 gaattatcca ggattggaga tactggggaa gcaactacct gtggaacgca atggattttt
    29101 tgaacgaaga attctccgac cccaaaaaaa tgatggaaga catacacgga atgaacgccc
    29161 acattattat ctccatttgg tcagctttcg gaccacatac caaaccctat cgcgagttag
    29221 acaaagggaa catgctcttc aacttccgca catggcccga atccggttcc gagaagtggc
    29281 ctcccaatat ggactatcca tccggtgccc gcgtgtacga tgcctaccat ccgcaagcac
    29341 gcgacatcta ttggaagtac ctgaacgaga acctacgttc tgtgggtata gacggctggt
    29401 ggatggactc taccgaaccc gaccattttc accccattcc tgaagatttt gacacgccca
    29461 cctatttggg gtcattccgt aaagtacgca atgcctaccc tttaatgagt gtaggtggag
    29521 tgtacgacca ccagcgtgcc gtaacttcgg ataaacgcgt atttatcctt acccgctcag
    29581 cctttgccgg ccagcaacgt tatggtgcca atacatggac aggagatatc acagcatcat
    29641 gggaagtttt ggagaagcaa atacctgcgg gattaaactt ctcactatgc ggcattcccc
    29701 attggaacag cgatatcggc ggattcttcc tatggcaata tcccttgatg ctggatgacc
    29761 cggattatcg cgagctttat gcccgttgga tacagttcgg tacattctgt cccatgatgc
    29821 ggtcacatgg ggaaggtgct cccagagaaa tctatcaatt cggcaaaaaa ggcgagccaa
    29881 tatacgatgc gattgagaaa tacattcggt tacgctacag tttgttacca tacatctaca
    29941 caactgcctg ggaggtaact gccaatcagt ccagcttcat gcgtgccttg gcaatggatt
    30001 ttgcccacga tcgcaacgtg tggaacatcc acaatcagta tatgtttggc aaatccctat
    30061 tggtatgccc tgtaacccaa cccatgtata cccaaacagt ttcggacacc atccgtgtag
    30121 aagatttcag taccgttaag tctatgcgaa tatatctgcc taaaaatacg gaatggtatg
    30181 atttttggac caatcagaaa cactccggcg gacaatatat cgtgaaagat acccctattg
    30241 acattttacc actttatgtg aaagcaggtt ccatcctgcc aataggtccc gaagtgcagt
    30301 atagcaccga aaaatcatgg gacaacttgg agataaaagt gtatcccggt tgtaacggcg
    30361 aattcacact ttacgaagac gagaatgaca actacaatta tgaaaaagga atgtacagca
    30421 ccattacgat gaaatggaat gaccgtactc gcatgctcac tattgaaaat cggaaaggag
    30481 agttttccgg tatgttgaaa gaacggaaat tcaacatagt aactgctgat ggcgcaaaaa
    30541 aggcagtggc ttataatggg aaaaaagtaa cggttaaaat gtaatggttt ctaaaaacag
    30601 ctattaattt gcattatgga aataaatact cgtatgaaaa aatatcatca ttatcttacc
    30661 cttttaagtt tatttatgct gctcggcatc ctgaaattgc aagcagcgat acaactccct
    30721 gccatatttt ccaaccatat ggtgctacaa cgtaactcag aacttacttt ctggggatgg
    30781 ggtattccgg gagaaacaat ttccatcgcc cccgaatgga tgaaaggaga aataatcaaa
    30841 acccaagtca ataatacggg gaaatggtca gcccgtgtac cttccggcga agccggcgga
    30901 ccttatgaga ttcgtttcag cggctcgtca gaagtaacct tgaccgatgt catgctaggc
    30961 gaagtttggc tgtgcagcgg acaatccaat atggaatgga gcgccaacca cggcataaag
    31021 aacggagacg aggaaacggc aaatgcccat tgtcccaatc tccgaatttt tcacgtggcc
    31081 agaatagccg ccccgttccc tcaagaaaac tgtttctcgc aatggacaca gtgcacgccc
    31141 gaaacgatgc gcagcacgag tgccctggcc tacttcttcg gccgcaacat ccaggaagag
    31201 ctggacgtgc cggtaggaat catcgtagcc gcatggggcg gaaccaccgc cgagacatgg
    31261 acgccccgcg aatgcgtaat gagcgacccg gtcttgtgcg actatccgta tgaatccaat
    31321 ccttggtttc cggctgaaac aggcacgttg tacaacagca tgatttatcc cgtgatgccc
    31381 tacggcattg ccggatgcat ctggtatcag ggagaagcca accaaggccg tgccagctcc
    31441 tacgcccggg tgatgcagcg gctgataggc tcgtggcgta ccggatttaa caaggaattc
    31501 ccattctatc tggtccagat agcccccttc caataccact ccaaagacaa cggaccggca
    31561 ctgctacgcg agcagcaggc catgttgccc gaaatgctgg acaaggtcaa gatgattacc
    31621 gtgtcagatt tggtggacaa tgtgcaggac atccatccac gtgacaaaag aagcgtaggc
    31681 aaacgtctcg ccaatcttgc actggacgat acataccata tatatgcagg cccctataaa
    31741 agcccggtct ttgaaagcgc ctgccgcaaa ggcaaccatg tgacaatctc tttcaaagac
    31801 ataaagaacg gactggccgt acacgggaaa aggatagagg ggctgatgat ggccgcagcc
    31861 ggccaggaat ggcaagaggc ccgggccagg atagacgggg gaaagctgat tgtcccggta
    31921 aaaggaatcg aaagcccggt ttccattcgc tactgcttca gtgacgctgc tcaaggcaac
    31981 cttttttcaa cggaaggcat ccccttagcc cccttccggg cagacagcat tgcctcttct
    32041 gaaaacattc cggtttctac agacagcgct ttggaagaat cttttgaatt ctcgcccaag
    32101 ttctctaccg gcaatgccaa tccccttctc gacttccaat acatggccga ccccacagca
    32161 gtggtgcacg acggccgcat ttatgtgtac ggcactaacg accaccagca atatgatgta
    32221 gtgggccgta acgggaaaaa cacctatcag cacatccatt cgctgacgat ggtctcttct
    32281 gacgacatgg tgaactggac ttatcacgga gtaatcaatg taaaggctct ggctccctgg
    32341 ggaatggctt cgtgggcacc ttccatcgct tcgcgcaagg aggccgacgg caaaacccac
    32401 ttctatctgt actactccaa cagcggttcc ggtgtaggta tgctgactgc cacttccccc
    32461 gtggggccct ggacagaccc attgggcaaa tgtgtggtag acggtaatac tccaggactc
    32521 ggcaagtgta aagctccctt cgatccggga gtagtcatcg acgacaaggg catcggctgg
    32581 ctctcctttg gcgggggcga cagcgacgac tacattcccg gagacgcacg catcgtgcgg
    32641 ctggcaaatg acatgaagac gctggacagc gaaatagttg aaataaaagc gccataccac
    32701 tttgaagcaa acgaactgaa ctatctgaac ggcacttgga tttacaccta caacaccaac
    32761 tggaagaacc gggatgcatg gccccacaag gatatagaca agccgagccg gtgctgcatg
    32821 agctacatga cgagtcgcac gccacttgag acagacagct ggacctatcg ggacaactac
    32881 ttcaaaaatc ccggcgacta tggcatgtcc gacagcaaca accatacaca tctggtaaaa
    32941 tttcaaggga agtactatct cttctaccac tcactgggct tgcaggacag ccgcgacctc
    33001 aaagtgggtg tccgcagtat ctgcgtggaa gaaatagagg tggacgaaaa ggacctcact
    33061 atccacatgg gcacagccac agccaagggc gtttcacaaa tcaagcctct cgacccgttt
    33121 gcgcagcaac aggccgagac cacagccgcc acacgcggcg ttgcctttga acctaccgga
    33181 cagacaggca acatgtctgc cgtaggaaac aagagcggac aggccatctg tgtccgcggt
    33241 gcggaattcc cgcaatcacc tcaagccata cagatgaaga taaaagggaa aggctccatc
    33301 gaaatacaca tggacagtcc agacggtccg ctcctatcca ccttgacctt tgataccgat
    33361 acgtggcaaa cattgacaaa gccgttggac aaacggataa aaggcaaaca cgacatttac
    33421 ttcgtattcg ggaacggaaa gttcttattt gacgaatgga aattcacaaa ataa
//
