LOCUS       NZ_DS995531            15370 bp    DNA     linear   CON 06-OCT-2022
DEFINITION  Phocaeicola dorei DSM 17855 Scfld3, whole genome shotgun sequence.
ACCESSION   NZ_DS995531 REGION: 353357..368726
VERSION     NZ_DS995531.1
DBLINK      BioProject: PRJNA224116
            BioSample: SAMN00000029
            Assembly: GCF_000156075.1
KEYWORDS    WGS; RefSeq.
SOURCE      Phocaeicola dorei DSM 17855
  ORGANISM  Phocaeicola dorei DSM 17855
            Bacteria; Bacteroidota; Bacteroidia; Bacteroidales; Bacteroidaceae;
            Phocaeicola.
REFERENCE   1  (bases 1 to 15370)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides dorei (DSM 17855)
  JOURNAL   Unpublished
REFERENCE   2  (bases 1 to 15370)
  AUTHORS   Sudarsanam,P., Ley,R., Guruge,J., Turnbaugh,P.J., Mahowald,M.,
            Liep,D. and Gordon,J.
  TITLE     Draft genome sequence of Bacteroides dorei (DSM 17855)
  JOURNAL   Unpublished
REFERENCE   3  (bases 1 to 15370)
  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 (01-OCT-2008) Genome Sequencing Center, Washington
            University School of Medicine, 4444 Forest Park, St. Louis, MO
            63108, USA
REFERENCE   4  (bases 1 to 15370)
  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 (01-OCT-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
            DS995531.1.
            Bacteroides dorei (GenBank Accession Number for 16S rDNA gene:
            AB242142) 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 17855).
            
            This is a Newbler assembly
            (http://www.454.com/enabling-technology/the-software.asp)
            consisting of one full plate of a Roche 454 FLX fragment library
            and one full plate of a Roche 454 FLX paired end library run with a
            Q20 coverage of 38.4X.
            
            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 dorei (GenBank Accession Number for 16S rDNA gene:
            AB242142) 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 17855).
            
            This is a Newbler assembly
            (http://www.454.com/enabling-technology/the-software.asp)
            consisting of one full plate of a Roche 454 FLX fragment library
            and one full plate of a Roche 454 FLX paired end library run with a
            Q20 coverage of 38.4X.
            
            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 November 2008.
            
            This is a reference genome for the Human Microbiome Project. This
            project is co-owned with the Human Microbiome Project DACC.
            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                   :: 10/05/2022 08:53:52
            Annotation Pipeline               :: NCBI Prokaryotic Genome
                                                 Annotation Pipeline (PGAP)
            Annotation Method                 :: Best-placed reference protein
                                                 set; GeneMarkS-2+
            Annotation Software revision      :: 6.3
            Features Annotated                :: Gene; CDS; rRNA; tRNA; ncRNA;
                                                 repeat_region
            Genes (total)                     :: 4,532
            CDSs (total)                      :: 4,459
            Genes (coding)                    :: 4,340
            CDSs (with protein)               :: 4,340
            Genes (RNA)                       :: 73
            rRNAs                             :: 2, 1, 1 (5S, 16S, 23S)
            complete rRNAs                    :: 2, 1, 1 (5S, 16S, 23S)
            tRNAs                             :: 67
            ncRNAs                            :: 2
            Pseudo Genes (total)              :: 119
            CDSs (without protein)            :: 119
            Pseudo Genes (ambiguous residues) :: 0 of 119
            Pseudo Genes (frameshifted)       :: 41 of 119
            Pseudo Genes (incomplete)         :: 79 of 119
            Pseudo Genes (internal stop)      :: 27 of 119
            Pseudo Genes (multiple problems)  :: 23 of 119
            CRISPR Arrays                     :: 1
            ##Genome-Annotation-Data-END##
FEATURES             Location/Qualifiers
     source          1..15370
                     /organism="Phocaeicola dorei DSM 17855"
                     /mol_type="genomic DNA"
                     /submitter_seqid="Scfld3"
                     /strain="DSM 17855"
                     /isolation_source="biological product [ENVO:02000043]"
                     /host="Homo sapiens"
                     /type_material="type strain of Bacteroides dorei"
                     /db_xref="taxon:483217"
     gene            complement(1..3924)
                     /locus_tag="BACDOR_RS18975"
                     /old_locus_tag="BACDOR_00577"
     CDS             complement(1..3924)
                     /locus_tag="BACDOR_RS18975"
                     /old_locus_tag="BACDOR_00577"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_009038898.1"
                     /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_032935600.1"
                     /translation="MKKNLLLILMCFVCGLVYAHDGLNFRNLDVKSGISDNYVRSVLR
                     DQYGFMWFATLNGLNRYDGYQFKKYTTTQLGAYNNDIESIAEDAAGNIWIKGPVSYYI
                     YDREQDKLENKIQPVLNKYGITGEVSYLTVDKDYNLWCTVMDTLFHYDFAKSKLHTFQ
                     LPGKEKMQQVVCRRSCAYLLFSNGEIARIDSNFQHIRPETRRTLSSGLQYNLYIDTVD
                     RLWFYASHASGLQCYDTNQKQWIDYVGRQEVTDALITAVMDDGDGNLWIGTDDKGVYI
                     SYNQDKQLVRINKKSENPFSLADNHINCFFKDNQNTMWVGTGKQGVSFAALDKIAFNT
                     CFLPEQEDVKCLQEDKEGNLWMGFDGEGLIRQDAGKASYTRFKMKKHSIPSDLIICSC
                     LDAKSRLWFGTYGGGAFYEQGGTFIPLRNAAPASLKYIRRIAEDANGTIWFGTFMQGL
                     YAMDADGNFTAYTMDSSILQTNSIMDLAYSGGRNLYVGTSSGLYSMDIYTRKMVPLTG
                     NKAGTQSLPDSYITCLFYDSRGLLWIGTRTGMTVFDEKKDGMIHLSIEDGLSHQCIRA
                     VTEDKYKNIWVATDHGITNIWVAASPTGKSSSYLCYPYFEEDGIGDMTFNSHSITCTG
                     QGEILMGGIGGYLKITPRPTDFYNRSGNPVVFTDLLLANQKMEVGSRTSNGRILLPKN
                     IQLLEEITMDYSDSNFALEVSSMDYQNRHKQQFAYRLGEQEEWVKLEGNRIHFNRLSY
                     GTFRLQVKVYEPNGYDNPVSSLLIHVRPPFWLSLPAYGCYALMVIFLFLLILRNTQRK
                     HKRLMEQQKHEMEITQQHEMDEAKMRFFTNVSHDLRTPLALIITPLEKLLASESARNL
                     KADLELIHRNAVALLDEVNQLLDFRKLDKQKAQLSLSYGNLSDFVKETCDSFKELSLK
                     NGIQLELNLMDADISMSFDRNKMQRILLNLLSNAAKYNREDGSVVVTVDKIRVSEKEH
                     VRIQVADTGIGIKDENKEKVFDRFFQEQHAATTYVGSGIGLHIVKEYVTLHQGTIRIT
                     DNRPQGSIFVITLPVVGGTNEERQLCHGSQEEGISVLVVEDNDDFRRFLVGCLKEHYQ
                     VFEASNGKEALEILSQQSVQMVISDVMMPVMDGLELCHAVKTDIRFSHIPVILLTART
                     AEEHVLGGLREGADDYITKPFNLDILLLRIQKLLQWTQSNHEKFGKMEVSPSEITISS
                     LDEQLIEKAIRIVEENMDNSEFSVEELSAQIGISRSGLYKKLMSITGKSPLEFMRILR
                     LKRGKQLLEKSQLSISQIAYQVGLSPKQFAKYFKEEYGCLPSEYN"
     gene            4237..5433
                     /locus_tag="BACDOR_RS18965"
                     /old_locus_tag="BACDOR_00578"
     CDS             4237..5433
                     /locus_tag="BACDOR_RS18965"
                     /old_locus_tag="BACDOR_00578"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007568643.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="beta-mannosidase"
                     /protein_id="WP_227235709.1"
                     /translation="MFVRDGKPYKYIGANFWYGGILASEGEGGNRERLVQELDSLKSI
                     GIDNLRILVGSDGARGITSKVEPTLQTAPGVYNDTILAGLDFLLSEMKKRDMLAVLYL
                     NNSWEWSGGYSQYLEWAGKGKAPVPSIDGWPAFMDYVKEFPNNKKAKSLFADYVKDII
                     TRINRYTNISYVEDPTIMSWQIGNEPRAFSGENKEAFAIWMAEVSRFIKSLDRNHLVS
                     TGSEGKHGCEEDLALFERIHADKHIDYMNIHIWPYNWGWAPADSLSEKAEAAQLQSKQ
                     YIDEHLEIAQKYGKPLVLEEFGYPRDGFRFDKSATTQARDTYYQYIFSLITDRTAQSA
                     GLTGCNFWAWGGLAAPKHLYWQRGDDYTGDPAQEQQGLNSVFMSDSTTIAIIRTANQQ
                     LKQHSF"
     gene            5505..6734
                     /locus_tag="BACDOR_RS18960"
                     /old_locus_tag="BACDOR_00580"
     CDS             5505..6734
                     /locus_tag="BACDOR_RS18960"
                     /old_locus_tag="BACDOR_00580"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_018710037.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="acetylxylan esterase"
                     /protein_id="WP_235778214.1"
                     /translation="MFAQIRGNEIRVVVSPDHSDWTYRLKEKCTFTIQVYKAQNVLPD
                     VKVDYELGPEWYPTEKKDGVSLKDGKLTVSSSMNTPGFLRCKVKAYVGNKTYDGMATA
                     AYAPESIRAHAVNPSDFDNFWEGTLKEARQVPLSSTMELLPSRCTETVNVYQVSFQNI
                     RQGSRTFGILCMPKASGNYPALLRVPGAGVRPYYGDVETAAKGAITLEIGIHGIPVTM
                     QQSVYDELAYGALYNYQYQNDDNRNYSYYKRVFVGALRAVDFITSLPQYNGKALGVTG
                     SSQGGALSMVTAALDKRVTFYAAIHPAMCDHRAHLQKVAGGWPHYFYYFPTPTPQRIQ
                     TADYYDMVNFARRIMVPGWFSWGYNDDVCPPTSTYAAYNSITAPKELHPYLETGHYWY
                     QEQYEQWSQWLWAQMGL"
     gene            6769..10020
                     /locus_tag="BACDOR_RS18955"
                     /old_locus_tag="BACDOR_00581"
     CDS             6769..10020
                     /locus_tag="BACDOR_RS18955"
                     /old_locus_tag="BACDOR_00581"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004324119.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor"
                     /protein_id="WP_007831881.1"
                     /translation="MKRNLQKGILVTSACAAFLLGNVQQAYAVAADAIEIVQQNKKIA
                     GIVVDQNGEAVIGANVIQKGTTNGTITDIDGKFTLEVPAKAVLTVSFIGYQSQDVALK
                     GNETQLTVTLKDDTEVLDEVVVVGYGTMKKRDLSGAVSQIKSDDLMKGNPTDLSQGLA
                     GKVAGVQINAADGAPGGGVSIQVRGTNSFSTSSQPLFIVDGVPFDAGSTPASDANQNS
                     NNTSNPLSFINPHDIQSIEVLKDASATAIYGSRGANGVVIITTKRGEAGYEQVEFSSN
                     FSFSRIANKVKVLDAATYASYINEQDLNSYQYDGKPYAQLSYPGMWSYPSLPNGTLDY
                     ENGKYLPSPKDYRNPGYYTDEYGNQTWVGGADWQDLIYQNGFSQEYNLSVSGGSEKGW
                     HAFSGNFLNQDGIIKESGFTRYALRANIGRKMYKWLEMGMNMNFTHTETDFSKTNSND
                     YGVIRSSLIFPPNYDPTHMDQTTNDELSWLASNPYAYINDTKDHLKAINVFTSSYAEV
                     KLFPFLKFRQNLGISYTNHNRGTYFGQQTQEGSGQNGINGKAGQSDNWYMGITTESLF
                     TFDKTFGVHGINAVVGFTAEKTNWGSKSMSATGFPNDLTQDYDMSLGTKPGKLQSDRG
                     DAALASFLGRINYTLLDKYIFTASYRTDGSSKFTDANKWAGFLSGAFAWRMSEEKFIK
                     DLNIFSNLKFRASYGETGNQGIGSYRTLPMLSVANYPFAGGINSGFAQVDWRGPVADD
                     LRWETTAQYNVGLDMGFLNGRINLTVDYYHKKTRDLLQEVKIPLSTGFANMMVNSGYV
                     TNEGLEISGKFYLLQNTPLKWNIDANISFNKNQIGGLEADQFATRLWYKADEVFLQRN
                     GCPIGTIFGYVEDGFYDNLAEVMADPDPAVRAKGQKMIGEIKYRNFDDNPAITNADRV
                     IIGDTNPDFVYGITNNFSWKNFTLSFFFQGSQGNDIFNGNLMDVKMGNVANIPQAAYD
                     TRWTPETTAIAQWPKAVSSYERNMLISDRYVEDGSYLKLKNLNIGYNWANPFKGIKNL
                     NFYASATNLFTITDYSWFDPEVNAFGSDASRRGVDIYSYPSSRTYSIGMKVTF"
     gene            10066..11850
                     /locus_tag="BACDOR_RS18950"
                     /old_locus_tag="BACDOR_00582"
     CDS             10066..11850
                     /locus_tag="BACDOR_RS18950"
                     /old_locus_tag="BACDOR_00582"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_009038900.1"
                     /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_007831882.1"
                     /translation="MKFNHIFLSVALSAALMGSFTSCDDFLAEDPYAFVGPDQVGNDN
                     VAVNLWVTGVYSKWANDMFRWQNFPRVLEMDCDYTSGPDWAFSNLGAGNFQGDEVADA
                     VWKGCYSLINRANVALNYVNQITGADEKVKANAIGELKFNKAFAYFMLTKAYGDIPMF
                     NVAISEGASYEQPRRPIAEVYAEIIRLLEEAIPVMYKNTDVDFQEGHVAQGAAAGLLA
                     KVYVTMASGSMTAGEEMIVKTGASYEFNNGEKVLVLPTSKTFRKTQVAGYESFDTKDC
                     YTKAAQYAKDVMGGKYGSYDLLPYDELWKRSNYNKAEHMFMLQTLNNDEEYGNTIHRW
                     FSGTENAQGLIQQGQWIGNRYHWYTLFDSKDYRITKGVKHRFRYSYQTSDNYGFYYPN
                     TPEYKLMATGYDENGNKVADPVAPYNDGVQYTFNVSSSTLAYSTKYSDVTDPTVERSD
                     AYWPFLRYADIVLIYAEAMCELGSGVDSEAIKALNAIRTRSNANPAVTSGNGAIDSKV
                     ALRSAIFEERAKELALEGDRRWDLIRWGLYLDVMNSIGGTNEDGTKTNYDEASVNKHR
                     EAKHLLFPIPSAEISTNDAIDSNNPGWS"
     gene            11896..13068
                     /locus_tag="BACDOR_RS18945"
                     /old_locus_tag="BACDOR_00583"
     CDS             11896..13068
                     /locus_tag="BACDOR_RS18945"
                     /old_locus_tag="BACDOR_00583"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_004324115.1"
                     /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_007831884.1"
                     /translation="MKKLNIAVCGLMFAAATATLVSCQDIVTYNDGYDDGMTSNGAPS
                     ISAIYRADDTEMTAPLTGAAFEDMIKLTGENLSHARKVMLNDVEIALSEVYATAHAVY
                     FPIPRTIPGEVNNKLYYETELGNTSVDFTVQIPEVSISGLYNEFALPGSSIKVNGAYF
                     DLYGFGGGTESSTITMNGVALEVDSLTEQYMSIVIPENTSDNSTIVFSWESASGTKTV
                     SVPYRNTTGILWNLDTPDAYGFWAGTELITTGNGSNEPAPLNGSYFRVKGSYAAWSWN
                     SLLCGGCDIPAEAAANPSDYWFKFEVNSANGNPFYDSASVGYLIQLNGGQYAWNPSAN
                     GSFNTYGNWCTVRLELSEVATNGINAGWNNLFWIMQPNSDWNTDHSFANIRIEKKQ"
     gene            13072..14172
                     /locus_tag="BACDOR_RS18940"
                     /old_locus_tag="BACDOR_00584"
     CDS             13072..14172
                     /locus_tag="BACDOR_RS18940"
                     /old_locus_tag="BACDOR_00584"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_007564370.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycosyl hydrolase"
                     /protein_id="WP_007831886.1"
                     /translation="MMKDIRMMITIVVLAGGMLACTSPNTSSGRTPEAEQMLTELKEV
                     SRQNHFLFGHHDDPVYGIGWDGDENRSDVKSVCGDYPAMMSFDLGRIELGGDKNLDNV
                     PIERLRREIIAQYERGGMVSLSWHTDNPVTGKDAWDVSDSTVVASVLPGGAQHDKFMG
                     WMGTIADFMNSLTTSDGRKVPVLFRPWHEHTGSWFWWGQALCSATEYKALWRMTYEFM
                     QQKGVKHLLYAYSPGTEPNNTAEYLERYPGDDIIDLIGFDTYQFDRREYLNNMEKALT
                     ILTEVGQSHDKPTAVTETGYEAVPDSTWWTETLMPVISKYPISYVLVWRNARERPNHY
                     YAPYPGQASANDFVKFHADPRTLFVRDMKTKK"
     gene            14198..15370
                     /locus_tag="BACDOR_RS18935"
                     /old_locus_tag="BACDOR_00585"
     CDS             14198..15370
                     /locus_tag="BACDOR_RS18935"
                     /old_locus_tag="BACDOR_00585"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005785018.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="glycosidase"
                     /protein_id="WP_007831887.1"
                     /translation="MNFEDKVKQLFDEHEVLLSRRNEPQEKENGIITRYKHPILTAAH
                     TPVFWRYDLDEKTNPYLMERIGMNATLNSGAIKWNGKYVLVVRVEGADRKSFFAVAES
                     PNGIDNFRFWDYPVTMPEDVIPATNIYDMRLTAHEDGWIYGIFCAERHDPSAPAGDLS
                     SATATAAIARTKDLKNWERLPDLKTRSQQRNVVLHPEFVNGKYALYTRPQDGFIDAGS
                     GGGIGWALVDDMTQAEVTEETIIDQRHYHTIKEVKNGEGPHPIKTPQGWLHLAHGVRG
                     CAAGLRYVLYMYMTALDDPTRVIASPAGAFMVPEGEERVGDVSNVLFTNGWIADEDGK
                     VFIYYASSDTRMHVATSTVERLVDYCMNTPRDGFCSSASVETLKKQIEKNLRLMRE"
ORIGIN      
        1 ctaattatat tctgatggca gacatccata ttcttcctta aagtacttgg caaactgctt
       61 gggggacagc cccacctgat aagctatttg agagatactg agttgactct tctccaataa
      121 ttgttttccg cgtttaagac gtaagattct cataaactcc aaaggagact tccccgtaat
      181 agacatcaac ttcttatata gaccactccg gctaatacct atctgcgcgc tgagctcctc
      241 aacggaaaac tctgagttat ccatattttc ttccacaatg cgaatagcct tctctattaa
      301 ttgttcatcc agactgctaa tcgttatttc ggatggagat acctccatct tgccgaactt
      361 ttcatggttg ctctgtgtcc attgcagcaa cttctgaatc cgcaacaata ggatgtcgag
      421 gttgaaaggc ttggtgatgt agtcgtcggc tccttcgcgc aatccgccca acacatgttc
      481 ttcggcggtg cgggcggtca gcaggatgac ggggatgtgc gagaaccgga tgtccgtctt
      541 gacggcatgg cataattcca gcccgtccat gacaggcatc atcacgtcgc tgattaccat
      601 ttgtacagac tgctgcgaca ggatctcaag tgcttccttg ccgttggaag cctcgaacac
      661 ctgatagtgt tctttcaggc atcccactag gaaacggcgg aaatcgtcgt tgtcctccac
      721 cacaagaacc gatatgcctt cctcttggga gccgtggcaa agctgccttt cctcattcgt
      781 cccgcccacg acaggcaagg taatgacaaa gatgcttcct tgcggccgat tatcggttat
      841 ccggatggta ccttggtgca aggtcacgta ttctttaacg atatgcaatc cgatgccgct
      901 gcctacatac gttgtggcgg cgtgctgttc ctgaaagaaa cggtcgaaca ctttttcctt
      961 gttctcgtcc ttgatgccaa tgcctgtatc ggccacttgt atgcgtacat gttctttttc
     1021 cgacacacgt attttatcga ccgtaaccac cacgcttcca tcttcccgat tgtacttggc
     1081 ggcattggac agaaggttga gcaaaatgcg ttgcatcttg tttcggtcaa aggacatgct
     1141 gatatcggca tccatcaggt ttaactccaa ctgtatgccg tttttaagag acagttcctt
     1201 gaaggaatcg caagtctctt tgacaaaatc cgacaggtta ccgtatgaaa gagagagttg
     1261 ggctttctgc ttatccagtt ttcggaagtc aagcaactga ttgacctcgt ccagtaaagc
     1321 caccgcattg cgatgaatca gctccaagtc tgctttcagg tttcgggccg actccgaagc
     1381 cagcaacttt tcgagcggag tgataatcaa agccagcgga gtacgaaggt cgtgactgac
     1441 attggtgaag aaacgcatct tcgcctcatc catttcatgc tgttgcgtta tctccatctc
     1501 atgcttttgt tgttccatca agcgtttgtg ctttctttgg gtattcctta atatgagaag
     1561 gaaaagaaaa atgaccatca gcgcataaca cccatacgcc ggcaacgaaa gccaaaacgg
     1621 aggacggacg tgaataagta aagaagatac aggattgtcg tatccgttag gctcatacac
     1681 ttttacttgc aatcggaagg tcccgtaaga caaacggttg aaatgaatgc ggtttccctc
     1741 cagcttcacc cattcctcct gttctcccaa gcgataggca aattgctgct tgtgccgatt
     1801 ctgataatcc atggacgata cctccagcgc aaaattacta tcggaatagt ccatggttat
     1861 ctcctctaat agctgaatgt ttttggggag caggatgcgt ccgttggaag tacgggaacc
     1921 gacttccatt ttctgattcg ccaacagcaa gtcggtaaat acaacaggat tcccggaacg
     1981 attgtagaag tcggttggcc ggggagttat tttcaaatat ccgccaatgc ctcccatcag
     2041 gatttcccct tgcccggtgc aggtaatgga atgtgagtta aaagtcatat cgccaatacc
     2101 gtcttcttca aaataggggt aacacaagta ggatgaagac tttcccgtcg gagaggccgc
     2161 cacccaaata tttgttattc catgatcggt cgccacccaa atgttcttat acttgtcttc
     2221 cgtcacggca cgaatgcact ggtgcgacag cccgtcttct atagaaaggt gtatcattcc
     2281 atcctttttc tcgtcaaaaa cagtcattcc ggtacgagta ccaatccaca acaatccacg
     2341 actgtcataa aacagacagg tgatataaga atcgggcaag gactgagtcc cagctttatt
     2401 ccctgttagg ggaaccatct ttcgcgtata gatatccatg gaataaagtc cgctgctggt
     2461 tccgacatac aggttacgtc ctcccgaata agccagatcc atgatactgt tcgtttggag
     2521 gatggaagaa tccatcgtat aggcggtaaa gttcccatcg gcatccatgg catacaatcc
     2581 ttgcataaac gtaccgaacc aaatggttcc gttcgcatct tccgctatgc gtcggatgta
     2641 tttcaatgaa gcgggagcgg cattacgcaa gggaatgaac gttcctcctt gttcataaaa
     2701 agctcctcct ccataagttc cgaaccaaag cctgctcttg gcatccagac acgaacaaat
     2761 aatcaaatcg gaagggatgg agtgtttttt cattttaaag cgcgtataag aggccttgcc
     2821 cgcatcctgt cggattagcc cctctccatc gaaccccatc cacaggtttc cttccttgtc
     2881 ttcctgcaag catttcacgt cttcctgttc cggcaagaaa caagtgttga aggctatttt
     2941 atccaaagcg gcaaaagata ctccctgttt gcccgttcct acccacatgg tgttctgatt
     3001 gtctttgaaa aaacaattga tatgattgtc ggccaatgaa aaaggattct ctgatttctt
     3061 gtttatccgc accaattgct tgtcttgatt gtaactgata taaactcctt tgtcatccgt
     3121 tccaatccat aaattgccgt ccccgtcatc cattacggca gttatcaacg catctgtcac
     3181 ttcctgccta cccacgtaat ctatccattg tttttgattg gtatcataac attgcaagcc
     3241 cgaagcatgc gaagcgtaaa accaaagcct gtccaccgta tctatataaa ggttatattg
     3301 caaaccggaa gagagggttc ttcgtgtttc cggacggata tgttgaaagt ttgaatcgat
     3361 gcgggctatt tctccattcg agaagagcag ataggcacac gaacgccgac aaacaacctg
     3421 ttgcattttt tcctttccag gcagttgaaa ggtatgcaac ttactctttg caaaatcata
     3481 atggaacaac gtatccatca cggtacacca caggttgtaa tccttatcga cagtaagata
     3541 gctcacctct cccgttattc catatttatt taagacaggc tgtatcttgt tctccaattt
     3601 atcttgttcc cgatcgtaga tataataact gacgggacct tttatccaaa tattgcctgc
     3661 cgcatcttct gcgatagatt caatgtcatt gttgtaagcc cctaattggg tcgttgtgta
     3721 tttcttgaac tgataaccat cgtatctgtt cagaccgttg agcgtggcaa accacatgaa
     3781 gccatactgg tcgcgcagaa cagaccgtac ataattatcc gaaatcccgg acttcacatc
     3841 aagatttcta aagtttaatc cgtcgtgcgc atatacaagc ccacagacaa aacacatcaa
     3901 aatcaggagc aagttctttt tcatcatatc agtattaggt ttaacgctgc aaagttataa
     3961 aaatcaaatg ggataataga ggcaaacact atcccaaatg agtaaaaaca cttcccaaat
     4021 tgataaatac acaatacgga tagtctgata atcaattgaa gaagccgatc tatatctttc
     4081 ctcatacatt tgccagcaca aaaagaaccg aatttaaatt taatgaataa catgaagaac
     4141 acccttgtaa ccctatgtct ttccgcagta ctctgcggtg cgtgttgtac agaaacgcaa
     4201 cagcaggcat ctccctttgt acaagttgaa aagggaatgt ttgtccgtga tggcaaacct
     4261 tataaatata tcggtgccaa cttttggtat ggaggcattc ttgcttccga aggtgaagga
     4321 ggaaatcgtg aacgcttggt tcaggaactg gattccttaa agagtatagg tatagacaat
     4381 ttaagaatac tggtaggcag cgacggtgcc cgtggaatta cctcgaaagt agagcctacg
     4441 ctccagacag caccgggtgt ttacaacgat accattcttg ccgggctgga ctttcttctt
     4501 tctgaaatga aaaaaagaga catgctggca gttctctacc tgaacaattc ctgggaatgg
     4561 agcggcgggt atagccaata tctggaatgg gccggaaaag gaaaagcccc tgtcccaagc
     4621 atagacggat ggccggcatt catggattat gttaaggaat ttccaaacaa caagaaagca
     4681 aaatcacttt ttgccgacta tgtaaaggat atcattaccc gaatcaatag gtatacaaac
     4741 ataagttatg tggaagaccc cacaatcatg tcatggcaga taggcaacga acctcgtgcg
     4801 ttctcgggag aaaacaaaga ggctttcgct atctggatgg ctgaggttag tcgtttcatc
     4861 aagtcgctcg accggaatca tctggtctca acaggtagcg agggcaaaca tggctgtgag
     4921 gaagacctcg ccctgttcga gcgaatccat gccgacaagc acattgacta tatgaacatt
     4981 catatctggc cctacaactg gggatgggcg ccggcagaca gtttgtcaga aaaggcagag
     5041 gcagcgcagt tgcaatcgaa acaatacata gacgagcatc tggaaatagc acaaaaatat
     5101 ggcaaaccgt tggttttgga agaattcggt tatccaaggg acgggttccg gtttgacaaa
     5161 tcagctacaa cacaggcacg agatacctac tatcaataca tattcagcct gataaccgat
     5221 aggaccgcgc aatcagccgg actgactgga tgcaacttct gggcatgggg cggactggct
     5281 gcccccaagc acttatattg gcaaagagga gatgactata cgggcgatcc ggcgcaagag
     5341 cagcaaggcc tgaattcggt atttatgtcc gacagtacca ctatagccat tatccgtact
     5401 gccaaccaac aactgaaaca acattcattt taactattta taccatgaac agaaacagaa
     5461 aaatttggat tgccggcttc atgctgtacc tgtgtaccgc atccatgttt gcacaaatcc
     5521 gcggaaatga aatccgcgtg gtggtctcgc ccgatcattc ggactggaca taccgactga
     5581 aagagaaatg tactttcacc attcaggtgt acaaagcgca gaatgtattg cccgatgtga
     5641 aagtggacta tgaactaggc cctgagtggt atcccacaga aaagaaagat ggagtatcac
     5701 tgaaggatgg aaagctgact gtcagcagca gcatgaacac tcccggtttt cttcgttgca
     5761 aagtgaaggc gtacgttggc aacaagacat acgacggcat ggcaaccgcc gcatacgctc
     5821 cggaatccat ccgggcacat gccgtaaacc caagcgactt tgacaacttt tgggaaggca
     5881 ctttgaaaga agcccgccag gtacctttgt cttccaccat ggaactgcta ccgtcacgct
     5941 gcaccgaaac ggtcaatgtc tatcaggtca gtttccaaaa catccgtcaa ggctcgcgta
     6001 ctttcggtat tctctgcatg cctaaagctt ccggcaatta tccggcactg ctccgtgtac
     6061 ccggtgcggg agtgcgtccc tactacggcg atgtggaaac agctgccaaa ggtgccatta
     6121 ctttggaaat cggtattcat ggcattccgg taaccatgca gcagtctgtc tatgacgaac
     6181 tggcatacgg ggcactttac aattatcagt atcaaaatga tgacaatcgt aactacagtt
     6241 attacaagcg tgtatttgtg ggtgccctgc gggcggtcga tttcataacc tctcttcccc
     6301 aatacaacgg caaggccttg ggtgtaaccg gttccagcca gggcggtgcg ttgtctatgg
     6361 ttacagccgc attagacaaa cgggttacgt tctatgccgc cattcatcct gccatgtgcg
     6421 accatcgggc acacttgcag aaggtagccg gaggctggcc gcattatttt tactatttcc
     6481 cgactcctac cccgcaacga atccaaacgg cagattacta tgacatggtc aactttgccc
     6541 gccggattat ggtgcccggc tggttcagtt ggggatacaa cgacgatgtg tgcccaccta
     6601 cttccacata cgccgcttac aacagtatca ccgctcccaa ggaacttcac ccctatctgg
     6661 aaaccggaca ctactggtat caggaacaat acgagcaatg gagccaatgg ctgtgggcgc
     6721 aaatgggatt ataaacaaga aacatttaat tttatagaaa gacacaatat gaaaagaaat
     6781 cttcaaaaag gcatattagt caccagtgct tgtgccgcat ttttattggg caatgtacag
     6841 caggcttacg ccgttgcagc agatgccatc gagattgtac aacaaaacaa gaagattgcc
     6901 ggtatcgtgg ttgaccaaaa cggtgaagcg gtaatcggtg ccaatgtaat acagaaagga
     6961 acaaccaacg gaaccatcac cgacattgac ggtaagttca ccttggaagt gcctgcaaaa
     7021 gccgtactga ccgtcagctt tatcggatat caatcgcaag atgtagcttt aaaaggaaat
     7081 gaaactcaac ttacggttac gctcaaagat gatacagagg tattggatga agtggtagtg
     7141 gtgggatatg gtacgatgaa gaagagagat ttatccggtg cggtatctca gatcaagagc
     7201 gatgacctga tgaaaggaaa tccgactgac ttaagccaag gcttggccgg taaggtagct
     7261 ggtgtacaga tcaatgccgc cgatggtgct cccggtggtg gggtaagcat tcaggtacgc
     7321 ggaaccaact cgttctctac cagttcgcag cctttgttta ttgtggacgg agttcctttt
     7381 gacgccggtt ccactccggc cagcgatgcc aatcagaaca gcaataatac ttcaaaccct
     7441 ttgtcgttca tcaatccaca cgacattcaa agcattgaag tgttaaagga tgcttccgcc
     7501 acagccatct atggttcacg tggagccaat ggtgtggtga ttatcacaac caaacggggc
     7561 gaagccggtt atgagcaagt ggaattttca agtaattttt ctttttcacg catagccaac
     7621 aaagtgaagg tgcttgatgc tgcgacttac gccagctata taaacgaaca agacctgaac
     7681 agctaccaat acgatggcaa gccttatgcc caactgtctt atcccggaat gtggagctat
     7741 ccttcattgc ccaacggaac actggattat gaaaacggca aatacctgcc ttctcctaaa
     7801 gattaccgta atccgggtta ttataccgat gaatacggca accagacttg ggtgggagga
     7861 gccgactggc aagacctgat ttatcagaac ggcttttcgc aagaatacaa cttgagtgta
     7921 agcggcggtt cggaaaaagg atggcatgcc ttctccggta acttcctgaa tcaggatggt
     7981 attatcaaag agtccggttt tacccgttat gcactgcgtg ccaacatcgg tcgcaaaatg
     8041 tacaaatggc tggaaatggg aatgaacatg aactttaccc acactgaaac cgatttcagc
     8101 aaaacaaact ccaatgacta tggtgtgatt cgttcgtcat tgattttccc gcccaattac
     8161 gacccgacac acatggacca gacaaccaat gacgaattga gctggctggc atccaatcca
     8221 tacgcttaca tcaatgatac aaaggatcac ctgaaggcca tcaatgtatt cacgtcatcg
     8281 tatgcagaag tcaagttgtt ccctttcttg aaattccgtc agaatttagg tatcagttat
     8341 accaaccaca atcgcggtac ttacttcggt cagcaaaccc aagaaggatc gggacagaac
     8401 ggcatcaacg gtaaagcagg acaatcggac aattggtaca tgggaatcac gaccgaatct
     8461 ttgttcactt ttgacaagac tttcggagtg catggcatca atgccgtagt aggtttcacg
     8521 gcagaaaaga ccaattgggg cagcaagtca atgagcgcca ccggatttcc caatgacttg
     8581 acacaagact atgacatgag cctcggtacc aagcccggca agctgcaaag cgaccgtggc
     8641 gatgcggcat tggcttcttt cctcggccgt atcaattaca ccttgctgga caagtatatc
     8701 tttaccgcct cctaccgtac cgacggttcc agtaagttta ctgatgccaa caaatgggcc
     8761 ggtttccttt cgggtgcctt tgcatggcgc atgagtgagg agaagtttat caaggacttg
     8821 aacatcttca gcaatttaaa gttccgtgcc agctatggtg aaacgggtaa tcaaggtatc
     8881 ggcagctatc gtaccctgcc tatgctgagt gttgctaatt atccgtttgc cggtggcatc
     8941 aacagcggtt ttgcccaagt agactggcgt ggaccggtag ccgatgactt gcgttgggaa
     9001 acgactgcac aatacaatgt aggcctcgat atgggtttcc tgaatggacg catcaatctg
     9061 acggtggatt attaccacaa gaaaacccgc gacctgttgc aagaagtgaa gatccctttg
     9121 agtacaggtt ttgccaacat gatggtaaac agtggctatg taaccaatga aggtctggaa
     9181 atctcaggta aattctacct gttgcaaaac acaccgttga agtggaacat tgatgccaac
     9241 atctctttca acaagaacca gatcggcggt ctggaagccg accagttcgc tacccgcttg
     9301 tggtataagg ccgacgaggt gttcttgcaa cgcaacggtt gccccatcgg taccatattt
     9361 ggctatgtag aagatggctt ttatgacaat ctggctgaag tgatggccga ccccgatccc
     9421 gccgttcgcg ccaaaggaca gaaaatgata ggcgaaataa agtatcgcaa tttcgatgat
     9481 aatcctgcca tcaccaatgc cgaccgtgtt atcatcggcg acacgaatcc ggactttgta
     9541 tatggcatca ccaataactt ttcttggaag aacttcacat tgagtttctt cttccagggc
     9601 agccagggca acgacatttt caacggtaac ttgatggatg tgaaaatggg taatgtagcc
     9661 aacattccgc aagccgctta cgacacccgt tggactcctg aaacaaccgc aatcgcccaa
     9721 tggccgaaag ccgtatcaag ctacgaacgt aatatgctta tcagcgaccg gtatgtggaa
     9781 gacggctctt acctgaagtt gaagaacttg aacattggct ataactgggc caatcctttc
     9841 aagggtatca agaacttgaa cttttatgcc agtgccacca acctgtttac cattacggac
     9901 tatagctggt tcgaccccga agtaaacgcc ttcggttccg atgcttcccg tcgtggagtg
     9961 gatatctatt cttatccgag cagccggact tattccatcg gaatgaaggt cactttttga
    10021 ttgtgagata tcaatagcaa acaataactt aaaagaaaaa gaacaatgaa attcaaccat
    10081 atatttctca gtgtcgctct ttctgctgcc ttaatgggta gctttacatc ttgcgatgat
    10141 tttttggccg aagatccgta cgctttcgta ggtcccgacc aagtaggtaa tgacaatgtt
    10201 gccgtgaatc tttgggtgac aggcgtatat agtaaatggg ccaatgacat gttccgttgg
    10261 cagaacttcc cccgtgtcct cgaaatggac tgtgattata caagcggtcc cgattgggca
    10321 ttcagtaatc tgggagccgg caactttcaa ggagacgaag tggccgatgc cgtttggaaa
    10381 ggttgctaca gcttaatcaa ccgggccaat gtagctttaa actatgtgaa ccaaattacg
    10441 ggagcggatg aaaaggtcaa agccaacgcc atcggggaac tgaagttcaa caaggctttt
    10501 gcctacttca tgctcaccaa ggcatacggc gatattccga tgttcaatgt ggctatcagc
    10561 gaaggtgctt cttatgaaca gccccgccgc cctattgcag aggtatatgc cgaaatcatc
    10621 cgcttgcttg aagaagccat tcctgtgatg tacaagaata cagatgtcga tttccaggaa
    10681 gggcatgtag cacagggtgc cgcagccggt ctcttggcca aagtgtatgt cacgatggct
    10741 tccggttcca tgactgccgg cgaagaaatg atagtaaaga ccggtgccag ctatgagttc
    10801 aataacggtg agaaagtgct ggttctcccc acgagcaaga ctttcagaaa gacgcaagtc
    10861 gccggatatg aaagtttcga caccaaagac tgttacacca aagccgcaca atatgccaag
    10921 gacgtgatgg gtggaaagta cggcagctat gacttgcttc cttatgatga actgtggaaa
    10981 cgcagcaact ataacaaggc agagcacatg ttcatgctgc aaaccttgaa caacgacgaa
    11041 gagtatggca ataccattca ccgttggttt agtggaacgg aaaatgccca aggtctgatt
    11101 cagcaaggcc aatggattgg caaccgttat cattggtaca cgctgttcga cagcaaggat
    11161 tatcgtatca ccaaaggtgt gaaacaccgt tttcgctatt cttatcaaac cagcgacaat
    11221 tacggtttct attatcccaa tacgcctgaa tacaaactca tggcaaccgg ttatgatgaa
    11281 aacggaaaca aggtggcaga tcctgtggct ccctacaacg acggtgtgca atacaccttc
    11341 aatgtaagca gctccacatt ggcctacagc accaagtatt ccgatgtaac cgaccccacc
    11401 gtagagcgtt cggatgccta ctggccgttc ctgcgctatg ccgatattgt gctgatttat
    11461 gctgaggcta tgtgtgagtt gggcagcggt gttgatagcg aagccatcaa agccctgaat
    11521 gccatccgca cccgttcaaa tgccaatccg gctgtcactt cgggcaatgg tgccattgat
    11581 tcgaaagtcg ctttacgttc ggctatcttt gaagaacgtg ccaaggaact ggcattggaa
    11641 ggcgaccgtc gctgggactt gattcgctgg ggactgtatc tggatgtcat gaactccatt
    11701 ggcggaacca acgaagacgg tacgaaaacc aactacgatg aagcatcggt gaacaaacac
    11761 cgtgaagcca agcacttgct tttccccatc ccgtcggccg agatttcgac caacgatgcc
    11821 attgacagca acaacccggg ctggagctaa acacatagaa aaagaattgt cgtacaatca
    11881 aaaaataaac agaatatgaa aaagctgaat atagctgtct gcgggctgat gtttgccgct
    11941 gccacagcaa cgctggtttc ctgccaggat atagtgactt ataatgatgg atatgatgac
    12001 ggaatgactt caaacggtgc tccatccatc tccgccattt atcgtgccga cgatacggaa
    12061 atgactgctc cactcaccgg agcagccttt gaagacatga tcaagctgac cggcgagaat
    12121 ctgagccacg caagaaaggt gatgctgaat gatgtagaga tagcactgag cgaagtctat
    12181 gccaccgctc atgccgtcta ttttccgata ccccgcacca tccccggtga agtgaacaac
    12241 aagctttact atgaaacgga attgggaaac acctcggtag actttacggt ccagattccc
    12301 gaagtcagta tctcgggatt gtataatgag tttgccctgc cgggaagctc catcaaagta
    12361 aacggtgctt atttcgacct ctatggattc gggggcggca cggaatcctc caccatcacg
    12421 atgaacggag tggccttgga agtagattca ttgaccgaac aatatatgtc cattgtcata
    12481 cccgaaaata cttcggataa ctctacgatc gttttctctt gggaaagtgc aagcggaaca
    12541 aagacagtca gtgttcctta tcgcaataca accggtattc tttggaatct ggacactcct
    12601 gacgcctacg gcttttgggc gggaaccgaa ctgattacta ccggaaacgg atccaacgag
    12661 cccgctcctt tgaacggttc ttatttccgc gtcaaaggat cgtatgccgc atggagttgg
    12721 aacagcctgt tgtgcggagg atgtgacatc ccggccgaag ccgctgccaa tccttcggac
    12781 tattggttca agttcgaagt aaactccgcc aacggcaatc cgttctacga ttccgcttct
    12841 gtcggttatc tcattcagct gaacggaggg caatatgctt ggaatccctc tgctaacgga
    12901 agttttaata cttatggcaa ctggtgtacc gttcggctgg agctgtcgga agtggctacc
    12961 aatggaatca atgccggatg gaacaatctc ttctggatta tgcagcccaa ctcggactgg
    13021 aacacagatc atagttttgc caatatccga atcgagaaaa aacaataagc catgatgaaa
    13081 gatataagaa tgatgataac aatcgtggtg ctggcaggcg gaatgcttgc ctgcaccagc
    13141 ccaaacacgt cctcggggcg tactcccgaa gcggagcaga tgcttacgga actgaaagaa
    13201 gtctctcggc agaaccattt cctgtttggt catcacgacg accctgtata tggcatcggg
    13261 tgggatggag acgagaaccg cagcgatgtg aaaagcgtat gcggagatta ccccgccatg
    13321 atgtccttcg acttgggacg cattgaactg ggcggcgaca agaacctgga caatgttccc
    13381 atagaacgcc ttcgccgcga aatcatcgca cagtatgaac gcggcggcat ggtgtcgctc
    13441 agttggcata cggacaatcc tgttacaggg aaagacgctt gggatgtaag cgactctacc
    13501 gttgtggcct cggtgctgcc gggaggagcg caacatgata agttcatggg ctggatgggc
    13561 acaatagccg attttatgaa ctcgctcacc acaagcgacg gacggaaagt gcccgttctg
    13621 ttccgcccgt ggcacgaaca tacgggaagc tggttctggt ggggacaggc cctgtgcagc
    13681 gccaccgaat acaaagcctt gtggcgcatg acttatgaat tcatgcagca gaaaggtgtg
    13741 aagcatttgc tttatgccta ttcgccggga acggaaccga acaataccgc cgaatatctg
    13801 gaacgctatc ccggagacga catcatcgac ctgataggct tcgacacgta ccagttcgac
    13861 cgccgggaat atctgaacaa tatggaaaag gcgctgacca tactgacgga agtaggacaa
    13921 tcgcacgata agccgaccgc cgttaccgaa acgggatacg aagccgtgcc cgactctacc
    13981 tggtggacgg aaacgctgat gccggtcatt agcaagtatc ccataagcta cgtattggtg
    14041 tggcgcaacg cacgcgaacg ccccaaccat tactatgccc cttaccccgg acaagcttcg
    14101 gccaatgact tcgtgaagtt ccatgccgac ccgcgcacgc tgttcgtccg tgatatgaaa
    14161 acaaagaaat aacacccctt taaataaacg agaagatatg aatttcgaag ataaagtaaa
    14221 acaattgttc gatgagcatg aagtgttgct ctcacgtcgt aatgaaccgc aggaaaaaga
    14281 aaacggcatt atcacccgtt ataagcatcc gatactgacc gccgcacaca cgcccgtgtt
    14341 ttggcgttat gatttggacg agaagaccaa cccctacctg atggaacgca tcggaatgaa
    14401 tgctaccctg aattcgggag ccatcaagtg gaacggaaag tatgtattgg tggtgcgcgt
    14461 ggagggagcc gaccgcaagt ctttctttgc cgtggccgaa agccccaacg gcattgacaa
    14521 cttccgcttc tgggactatc ccgtcacgat gcccgaagat gtgattcccg ccaccaacat
    14581 ttacgacatg cgtctcacgg cgcacgaaga cggctggata tacggcattt tctgtgccga
    14641 acgccacgac ccctccgctc cggcaggcga tttgtcatcg gctaccgcca ccgccgccat
    14701 cgcccgtacc aaggacttga agaattggga gcgcctgccc gacctgaaga cgcgcagcca
    14761 acagcgcaac gtggtgctgc atcccgaatt cgtaaacggc aagtacgccc tatacacccg
    14821 tccgcaagac ggattcatcg atgcgggaag cggaggcgga atcggctggg cgttggtgga
    14881 tgacatgacg caagcggaag taaccgagga aaccatcatc gaccaacgcc attaccacac
    14941 catcaaggag gtgaagaacg gcgaaggacc tcatcccatc aagactcccc aaggctggct
    15001 gcatctggca cacggcgtgc gcggttgcgc cgcaggtttg cgctatgtgt tgtatatgta
    15061 catgaccgcc ttggatgatc ctacccgcgt gatagcctcg cccgcaggcg ctttcatggt
    15121 acccgaaggc gaggaacgcg tgggcgatgt atccaacgtg ctgttcacca acggatggat
    15181 tgcggacgag gatggaaaag tgttcatcta ttatgcttcc agcgataccc gtatgcatgt
    15241 ggcgacttct accgtggagc ggctggtgga ctattgcatg aacacgcccc gagacggatt
    15301 ctgttcatcg gcttcggtag agaccttgaa aaaacagata gaaaagaacc ttcggctgat
    15361 gcgggaatga
//
