LOCUS       NZ_DS362241            14533 bp    DNA     linear   CON 06-APR-2020
DEFINITION  Bacteroides uniformis ATCC 8492 Scfld_3.0.1_24, whole genome shotgun
            sequence.
ACCESSION   NZ_DS362241
VERSION     NZ_DS362241.1
DBLINK      BioProject: PRJNA224116
            BioSample: SAMN00627060
            Assembly: GCF_000154205.1
KEYWORDS    WGS; RefSeq.
SOURCE      Bacteroides uniformis ATCC 8492
  ORGANISM  Bacteroides uniformis ATCC 8492
            Bacteria; Bacteroidetes; Bacteroidia; Bacteroidales; Bacteroidaceae;
            Bacteroides.
REFERENCE   1  (bases 1 to 14533)
  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  JOURNAL   Unpublished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 14533)
  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  JOURNAL   Unpublished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 14533)
  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 14533)
  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 14533)
  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     ##Genome-Annotation-Data-START##
            Annotation Provider               :: NCBI RefSeq
            Annotation Date                   :: 04/04/2020 12:47:04
            Annotation Pipeline :: NCBI Prokaryotic Genome Annotation Pipeline
            (PGAP)
            Annotation Method :: Best-placed reference protein set; GeneMarkS-2+
            Annotation Software revision      :: 4.11
            Features Annotated :: Gene; CDS; rRNA; tRNA; ncRNA; repeat_region
            Genes (total)                     :: 3,910
            CDSs (total)                      :: 3,841
            Genes (coding)                    :: 3,701
            CDSs (with protein)               :: 3,701
            Genes (RNA)                       :: 69
            rRNAs                             :: 4, 4, 3 (5S, 16S, 23S)
            complete rRNAs                    :: 4, 4, 1 (5S, 16S, 23S)
            partial rRNAs                     :: 2 (23S)
            tRNAs                             :: 56
            ncRNAs                            :: 2
            Pseudo Genes (total)              :: 140
            CDSs (without protein)            :: 140
            Pseudo Genes (ambiguous residues) :: 0 of 140
            Pseudo Genes (frameshifted)       :: 86 of 140
            Pseudo Genes (incomplete)         :: 65 of 140
            Pseudo Genes (internal stop)      :: 23 of 140
            Pseudo Genes (multiple problems)  :: 30 of 140
            ##Genome-Annotation-Data-END##
            REFSEQ INFORMATION: The reference sequence was derived from
            DS362241.
            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/
FEATURES             Location/Qualifiers
     source          1..14533
                     /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            complement(1..2253)
                     /gene="bglX"
                     /locus_tag="BACUNI_RS07655"
                     /old_locus_tag="BACUNI_01484"
     CDS             complement(1..2253)
                     /gene="bglX"
                     /locus_tag="BACUNI_RS07655"
                     /old_locus_tag="BACUNI_01484"
                     /EC_number="3.2.1.21"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_002562026.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="CBM6|GH3"
                     /protein_id="WP_005826828.1"
                     /translation="MKTMKMLSACLLLLPFISCTQVQDTKNDAVIEQKIETLLSSMTLE
                     EKIGQMNQISSYGNIEDMSGLIKKGEVGSILNEVDPVRVNALQRVAMEESRLGIPLLMA
                     RDVIHGFKTIFPIPLGQAASFNPQVAKDGARVAAVEASAVGIRWTFAPMIDVARDPRWG
                     RMAEGCGEDTYLTSVMGVAMVEGFQGDSLNSPTSIAACPKHFVGYGAAEGGRDYNSTFI
                     PERRLRDVYLPPFEAVAKAGAATFMTSFNDNDGAPSTGNTFILKDVLRGEWGFDGIVVS
                     DWASVAEMMAHGFAADSKEAAMKAVNAGVDMEMVSYTFVKELPELIKEGKVKKSAIDDA
                     VRNILRIKFRLGLFDNPYVDEKRIEELYAPSHLEAAKQAAVESAILLKNEKETLPLQSS
                     VKTVAVVGPMANAPYDQLGTWIFDGDKTKTVTPLKAIKELVGDKVQVIYEPGLTYSRDK
                     NMAGVAKAAAAAARADVILAFVGEEAILSGEAHCLADLNLQGAQSELIAALAKTGKPVV
                     TVVMAGRPLTIGKEVELSSAVLYSFHPGTMGGPALADLLWGKAVPSGKTPVTFPKMVGQ
                     IPVYYAHNSSGRPATRNEVLLNDIPLEAGQTSLGCTSFYMDAGFDPLYPFGYGLSYTTF
                     KYDNVKLSSANLKKEDVLTVTFDLENTGKYEGTEVAQLYVQDKFASVTRPVKELKRFAR
                     VTLKPGEKKNVSFELPISELAFWNIDMVKTVEAGDFALWVAPDSQSGEEVFFKVVD"
     gene            complement(2256..3545)
                     /locus_tag="BACUNI_RS07660"
                     /old_locus_tag="BACUNI_01485"
     CDS             complement(2256..3545)
                     /locus_tag="BACUNI_RS07660"
                     /old_locus_tag="BACUNI_01485"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005826831.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="GH158"
                     /protein_id="WP_005826831.1"
                     /translation="MKKEKIFIFICLVLLSACSPSSLDGIVIEKAADGYKLSIDGRETY
                     IKGVGGTYRLDIAAQSGANAFRTWGGNVEEIKKNLALASEHNMYVMQGIGMTKDSIRYY
                     DDEYKNKMREEVRLLAETFKNDTSLLAWGIGNEIELGNANIAAAWNFVEELAQLIKSID
                     KRHLVSTVISYNPSALDSVAKYAPSLDYVGINVYGPMGEVQAVVDRSDYKGAFMITEWG
                     PTGWWETASTEWKAPIEQTSEEKRQVYEERYTQYISANTRCLGSFVFLWGQKEERTPTW
                     FSMFVEDKVDSLPLKGEKTPMVEAMQRVWTGKELDETAPIVRGMTIDGKSAIDNVRIKA
                     GTLFKAEVSVTDKENDSLAYVWEVLKEATVLGFGGSYEPRPERMGDVAVSDKNVYETMI
                     KVPGEYRLYVYVLDNTGFVSTANIPFQVID"
     gene            complement(3634..4995)
                     /locus_tag="BACUNI_RS07665"
                     /old_locus_tag="BACUNI_01486"
     CDS             complement(3634..4995)
                     /locus_tag="BACUNI_RS07665"
                     /old_locus_tag="BACUNI_01486"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005826833.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="GH16"
                     /protein_id="WP_005826833.1"
                     /translation="MKYYCLLSILLFSLIACGSSDDKEPQSEDVTIKCSPEKIEAVAQA
                     SQYVVNVVCSGKEWTAFASDDCSSWVKVNVMGSSSSQGTATVIVSAHTGTTSRTGTVVV
                     KSGATRVSIPLTQAAPLSVSQTELYSNSIGESFVLSVIASGEWNVKSNDSWISAEKNSG
                     EIVVTTLANDAKISRTGTVEVVAGAEKVTVTVIQESAEDLDINTPEGYRLVWHDEFNEG
                     TSLGNDWTHEVQGAGWVNNELQNYVNGSADGKRVTELVDGKLNINCFKGSDGKIYSGRV
                     YAKVNTGWEYGYFEARIMLPEGKGTWPAFWMMPVGNDWNTNPWPMCGEIDIMEEVGVVP
                     NEVSSSIHTQDYNHTIGTQKTHAMTIEQAEGEFHLYALEWTEDAITTYVDGKVQLAVTK
                     QQLGAGHNQWPFHYAFYPILNLAWGGDWGGMNGVDESALPVTMKVDYVRVFQKK"
     gene            complement(5134..6507)
                     /locus_tag="BACUNI_RS07670"
                     /old_locus_tag="BACUNI_01487"
     CDS             complement(5134..6507)
                     /locus_tag="BACUNI_RS07670"
                     /old_locus_tag="BACUNI_01487"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005826835.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /protein_id="WP_005826835.1"
                     /translation="MKNIFKYMAGVLVAGFAMTSCSPEDFTGANGNIPQASDYTDNFKV
                     TVDQTTNYANFEFTSAPGVSPIWIIDGAYQASYGFSKYYRKKGSYTVECKVKNANGISD
                     GSITKTFEIEKTIMNGFGGFVEDSEFNMFKGVTFNVASFYYAPGWGQIADPKYTYQNGA
                     FVVSLPEATTDQWQAQMHVELDKVIALSVDKTYDFSVIITSTTKHPGVTVKVQQKGDDN
                     TFINMQRVALDANEPKCIWFSNVPGVNITDLKFALDFGGNEANTDITLESFVLKDHAND
                     DGTEIPEVQEPEPSWVKVDSEDNLWNGATFTNTFFYANPDWSARPNPDLVVDGNAYTLT
                     FPDATEAQWQNQFSFVTDLSADTETAYDFCVTLNPSTDLKGVTVKLVQTDEPDVKHDDN
                     FFFAEQTDLLGNEDNKFWVANKKAPKDMHAISLVLDFGGNPADTKVTIKDIIFQTHRD"
     gene            complement(6539..8128)
                     /locus_tag="BACUNI_RS07675"
                     /old_locus_tag="BACUNI_01488"
     CDS             complement(6539..8128)
                     /locus_tag="BACUNI_RS07675"
                     /old_locus_tag="BACUNI_01488"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005826837.1"
                     /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_005826837.1"
                     /translation="MKTNKILAIGLLAAATVLTTGCSDSFLEVENPTGEPLEDYYTTDE
                     HIQEALIAAYDPLHWPDWGLGQYNALNIDGEIMGDNFWVGGATKTDMQNWHMLFNYEAN
                     ENNTLGSLWTVDYSGIKRCNDLLKYLDWGTDVTEANRKLYEMQARLLRVFYYNMLWHYF
                     GNVPFYLENLSEPPYTAPQYTADQVYAELIAELEAVIDSKVLPLKYYKTIKEGKEVDDE
                     GQLGRVTQAMAYMVYAEMVMYQNDESRFSKALGYMKELIDSPSFRLNPSFANIWETEGE
                     WCDESIWEINYEQTNNERGWGSPLAVGGTVLPTLISPNSFPGDDGWSKGNDGWGFMPMR
                     LETYQMFSEQDKRRDATCWVIAEDVEYTKRYQDTHIWLQKYRPYDKNFKQSSGDQNLNY
                     NNNYRYYRYAETLLNAAELSLRTGGSGTGEAKTWLNEVRTRAGLAGLANVTVDDVLTER
                     RLEFVGEGKRYFDLVRAEGISGASASNKATTALVPDEYGYRTNSWTAKKKYIPIAQGEL
                     DSDPALVQNAYK"
     gene            complement(8147..11350)
                     /locus_tag="BACUNI_RS07680"
                     /old_locus_tag="BACUNI_01489"
     CDS             complement(8147..11350)
                     /locus_tag="BACUNI_RS07680"
                     /old_locus_tag="BACUNI_01489"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_005826839.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="gnl|TC-DB|Q45780|1.B.14.6.1"
                     /protein_id="WP_005826839.1"
                     /translation="MKKLLSVLFLLSFTLASVYAQNIQVKGTVVSGSDNEPLPGVNVVV
                     KGTTNGGITDLDGNFTLSVPADATLSITYIGFKSQEVAVNGKNSLKIVLQEDSETLDEV
                     VVVGYGVQKKSVVTASIAKVSSEDLENKSPVRMDNALKGLAAGVDVTSASGQPGDSPRV
                     RVRGIGTINNSDPLYIVDGMPIGGGLDFVNPNDIESIEVLKDAASGAIYGARAANGVIL
                     VTTKKGKMGKAQINYNFSYGWQSAWKRRDVTSATDYAILQNEANVNGGQAPIYADPYNL
                     IDANGNSIKGFGTDWQDLVFYDNAPVVNHDVTVSGASEKVNYYLSLGYYSQDGIVGGNH
                     GHSNYDRLTIRSNTQYNLIDASKERGFLNKLDLGVNLAYMRTHSTGVGTNSEFGSILGS
                     ALYLSPILTPTLTGDAAEKMIETYKDFDLPRDANGDPYTVPGYGGAYQEMNNPLAMMTL
                     TPTKNWSHKFVPKFSIDLQLWDNLKYHFNYSADMGFWGNEGATKSKYYLSANNKATHTN
                     ASSFKAQNVTWQIENTLTYDKTIGKHTFGVVLGQSALKYKGDQLGGNRWNLVNPNKPSI
                     DYATGNVEYTKDADGNITGATVQYGVYGGPYTEHRMSSMFARLSYNYNERYMIQATIRR
                     DGSSRFGINNKYGTFPSVSVGWNVTNEEFMADTREWLSNLKVRASWGKNGNDNIAEFGY
                     TSLTAMGNNVLLGKDAIKWNGSKAQRLANPDLKWEESEQTDLGIDLGFFNNALTFSADY
                     YIKKTNGMIITMPIPSYVGETKPLGNVGDMENSGFEFELGYKWNIADAKFAVKGNATYL
                     KNELKNLGNDTGYMDLDGIQGFSGGGTRGSNGQPFPYFYGYKTDGVFQNMDEVRAYVNK
                     DGKMIMPDAVPGDTRFVDVNGDGSISADDRTNIGNGTPDWTYGLNLNADWKGFDFNIFF
                     QGVAGADVFDGTYRTDVASGNYPSWMLGRWTGEGTSNKYPRLAVGNATNWMVSDLYVCD
                     GSYLRLKNITLGYTLPKTLTRKLTIERLRVYVQAENLVTWTKYWGFDPEISSGATSLGV
                     DRGIYPQARTYTVGVNVSF"
     gene            complement(11642..14533)
                     /locus_tag="BACUNI_RS07685"
                     /old_locus_tag="BACUNI_01490"
     CDS             complement(11642..14533)
                     /locus_tag="BACUNI_RS07685"
                     /old_locus_tag="BACUNI_01490"
                     /inference="COORDINATES: similar to AA
                     sequence:RefSeq:WP_009036780.1"
                     /note="Derived by automated computational analysis using
                     gene prediction method: Protein Homology."
                     /codon_start=1
                     /transl_table=11
                     /product="STP|Y_Y_Y,STP|GerE"
                     /protein_id="WP_005826840.1"
                     /translation="MNKHILSFYLFFCLFLFPPLVEAIAGWNSFIVNFDKSVYGKGTQT
                     WQIAPYDDKWVYFANKNGMVQFDGNVWNVFPLNNASDVRSVLASATQKRIYVGGINEFG
                     YYEPDTDGSLAYHCMSDTLESSVRFLGNVWGIHETDNILYFQGDGCVVKYLNGKYTAIE
                     MNAKIDCSNMVNGILYIGTDRGVWLLVGNTFFPLQGADALASKRIRGIIPYKKGVLVVT
                     AYNGLYYCDGRTMEPFVTGAEEFMRENEVFCVAKKDDKIALGTIHKGLVLVDCSTMQLK
                     YFNENNGLRNNTVLSVSFDTTGNLWAGLDSGIDYVCLSSPFTNLYSYPYSYGTGYTAAV
                     EGGYLYLGTNRGLYYTSYPVQMNGDLPDIRPMPQSSGQVWNLCRIGDELFCLHDRGIFL
                     INGTSVKRVTDITGVWCCQLVAGRTDLMYVGVYNGIYLVGKKNGEWQVVGKIEGMNDSC
                     RLFEQESDKVIWVYNTDHVTRVDLDNDLTKAVRIKEYSAKDGFPVGRDMYIAKIEDRVY
                     FATPRGIYKHNPHKDVMEPCPDMNNLLNGTAAYSRILEYHDKLISLSPHEICIANLGTY
                     KRGANTSINPIQQSLIELVPGFETIIPLSDSLMVVPNEGGFALFSIPAVRERQDRSHSL
                     YIRNMYLSYPKDSLVYTANFLGEKPVPVIAYSMNSVRFDYALSFFSVGDDIRFQYRLNK
                     GGWSDFTTVRTKEYSNLSEGEYTFEVKAVFPDGTTSSDTIAFRILPPWYRSAAAYVCYI
                     ILALLALWYVYRWDDVRVKRKKQQAVIEKDKELHDMEREYEEEKARQEKQIMQLEKEKL
                     EYDLQHKSQEMANLMINFVRKNEMLTEIKSEILKVSALLKGEGAREGKQQLILINNKID
                     GNIQSDEVLKRIEDQFDLIHNNFMKRLHAKHPELSHNERMMCAYLKMNLSTKEIAPLLN
                     ISVRGVETIRYRLRKKFALEREDSLTDYLSNKL"
ORIGIN
        1 tcaatctact accttaaaga aaacttcttc tccactttgg ctatccggtg ccacccaaag
       61 agcaaagtct ccggcttcca ccgtcttcac catatctata ttccagaaag caagttcact
      121 tatcggaagt tcaaacgata catttttctt ctcacccggc ttcaatgtga cgcgagcaaa
      181 gcgtttcagc tctttcaccg gacgggtcac cgaagcaaac ttgtcctgca cgtaaagctg
      241 ggctacctcg gtaccttcat actttccggt attctcaagg tcgaaagtca cagtcagcac
      301 atcttccttc ttcagattgg ctgacgagag tttcacatta tcatatttga acgtcgtata
      361 cgacagaccg tagccaaaag gatacagcgg atcgaaacct gcatccatat agaaagaagt
      421 acatcccaac gaagtctgcc ccgcttccaa cggaatgtca ttcagcaaaa cctcattccg
      481 cgtagccgga cgtccggaac tgttatgagc ataataaacc ggtatctgtc ctaccatctt
      541 cgggaaagtc accggagtct tgccacttgg cacagcctta ccccacagca agtcggccaa
      601 tgccggtcct cccatggttc cgggatggaa cgaataaagt acagctgacg agagttcgac
      661 ttcctttcct atggtcaacg gacgccctgc cattacgaca gtaaccaccg gttttcctgt
      721 tttcgccaaa gcggcaatca gttcgctttg cgcaccttgc aggttcaggt cggccaggca
      781 atgcgcctct cctgaaagaa tagcctcttc gcctacaaac gccaaaataa catcagcacg
      841 tgcagcggca gcagcggctt tggcaacacc tgccatattc ttgtcacggc tataagtcag
      901 acccggctcg tatatcacct gcactttgtc ccccaccagt tccttgatag ccttcaacgg
      961 tgtcacggtt tttgtcttgt caccatcaaa tatccaggta cccaattggt cataaggtgc
     1021 atttgccatc ggacctacca cagcaaccgt ctttaccgaa gattgcaaag gcaatgtctc
     1081 cttttcgttc ttcaacaaga tggccgattc cacagcagct tgcttggcag cctccagatg
     1141 agaaggagca taaagttcct ctatccgttt ctcatccaca taaggattat caaacagtcc
     1201 caaccggaat ttgatacgca gaatattccg cacggcatcg tctatagcag acttcttgac
     1261 cttaccttct tttatcaatt ccggcaattc cttgacaaac gtatagctga ccatctccat
     1321 atccacacca gcattcaccg ccttcattgc tgcctcttta gaatcggcag caaagccatg
     1381 tgccatcatt tcggctaccg aagcccagtc tgacactact attccatcaa atccccattc
     1441 accacgaagc acatctttca aaataaaagt gtttccggta gacggtgctc cgtcattgtc
     1501 attaaacgaa gtcatgaaag tggctgcccc tgccttggcc acagcttcaa aaggaggaag
     1561 gtatacatcc ctcaaacgac gctccggaat gaaagtggaa ttataatcac gcccgccctc
     1621 ggcagcacca taacctacaa aatgtttagg acatgcggct atggaagtcg gactgttcag
     1681 cgaatctccc tggaaacctt caaccatagc aacacccatc actgaagtca aataagtatc
     1741 ttcgccacat ccttcggcca tacgccccca acggggatcg cgagccacat ctatcatcgg
     1801 cgcaaatgtc cagcggatac ccacggcaga agcctccaca gccgctaccc gtgcaccatc
     1861 cttagccacc tgcgggttga aagatgccgc ttgtcccaag ggaataggga atatggtctt
     1921 gaaaccatgg attacatcac gcgccatcag caaggggatg cccaagcggg actcctccat
     1981 tgccacacgc tgcaaggcat tgacacgcac cggatctact tcattcagga tagacccgac
     2041 ttcacctttc tttatcaatc cgctcatatc ctctatgttg ccataagaag aaatctggtt
     2101 catctgccct atcttttcct ccaatgtcat actggacaac agcgtttcta ttttctgctc
     2161 gatgactgcg tcattttttg tatcctgcac ttgagtacaa gatataaaag gaagcagcaa
     2221 taaacaagca gagagcattt tcattgtttt catctttaat ctattacttg aaatggaata
     2281 tttgctgttg agacaaagcc cgtattatca agtacatata cgtacaaacg atattccccg
     2341 ggaactttaa tcatagtctc atacacattc ttgtctgaca cggccacgtc acccattctt
     2401 tccggacgtg gctcataaga acctccaaaa cccaagactg tagcctcttt cagtacttcc
     2461 cacacataag ccaaagaatc gttctcctta tctgtgacgg aaacctccgc cttaaataaa
     2521 gtacctgctt tgatacggac attatcaatg gcacttttac catcgatagt catgccccga
     2581 actatcggag ccgtttcatc caattccttg ccggtccaca ctctttgcat ggcctccacc
     2641 ataggagttt tctctccttt caatggcagt gaatccacct tatcctctac aaacatactg
     2701 aaccaagtag gcgtacgttc ttctttttgt ccccacaaga atacaaaaga gcccaagcaa
     2761 cgggtattgg cagaaatata ttgcgtataa cgctcttcgt atacctgccg tttttcttca
     2821 ctggtctgct ctatgggtgc cttccactcg gttgacgctg tttcccacca accggtcggt
     2881 ccccactcgg taatcataaa tgcacccttg tagtccgacc ggtcaacaac agcctgcacc
     2941 tctcccatcg gaccatatac attgatgccc acataatcga gagacggagc atactttgcc
     3001 acagagtcca atgccgacgg attgtaggaa atcactgtcg aaaccagatg acgcttgtct
     3061 atcgacttaa tcagctgtgc cagttcttcc acaaaattcc atgcggcagc tatattagca
     3121 tttcccaact caatttcatt gccaataccc caagccagca aactcgtatc attcttgaac
     3181 gtttctgcca acaagcggac ttcttcgcgc atcttgttct tatattcatc atcgtaatag
     3241 cgtatagagt ctttggtcat gcctattccc tgcattacgt acatgttgtg ctccgaagcc
     3301 aatgccaggt ttttctttat ctcctccaca ttacctcccc aggttctgaa ggcattggca
     3361 ccactctggg cggcaatgtc caaccgatat gtgccgccta cgcctttaat ataggtttct
     3421 cttccgtcaa tggaaagttt ataaccgtct gccgctttct ctattacaat accgtctaga
     3481 gaagaaggag aacaggcaga caacaaaact aaacagataa aaataaatat tttttctttt
     3541 ttcattatca attgtcctaa agcataaggt atttatgtta taaataaaaa acattcagcc
     3601 ttcatattta aataaaattt aaatatgaag gctctatttt ttctgaaaca cgcgtacata
     3661 gtccaccttc atcgttacag gaagagcaga ctcatccaca ccgttcattc caccccaatc
     3721 accgccccaa gccagattca gaatgggata gaaagcataa tggaaaggcc attgattatg
     3781 accagctccc aattgttgct tggtaacagc caactgtacc ttgccatcca cgtatgtagt
     3841 gatggcatct tctgtccact ctaaagcata gagatgaaat tctccttctg cctgttctat
     3901 agtcatggca tgtgttttct gcgtacctat agtatgatta taatcttgcg tatggataga
     3961 cgaagagact tcgttgggta cgactcccac ttcctccata atgtctattt caccacacat
     4021 gggccatggg ttagtattcc agtcattacc aactggcatc atccaaaaag ccggccacgt
     4081 ccccttgcct tcaggcaaca tgatacgtgc ttcaaaatag ccatattccc aaccagtatt
     4141 cactttagca tacacacgac cagagtaaat tttaccatcg gagcctttga aacaattaat
     4201 attcaactta ccgtccacaa gttctgtcac acgctttccg tcagcagaac cattgacgta
     4261 attttgaagt tcattattta cccaccctgc tccttgaacc tcgtgtgtcc aatcattgcc
     4321 aagagatgtg ccctcattaa attcatcatg ccaaaccaac cgatacccct caggagtatt
     4381 gatatccaga tcttcagccg attcttgaat aactgttacc gttactttct ctgcaccagc
     4441 cacaacctca actgtacccg tacgggaaat ctttgcatca ttagctaaag tggtcacaac
     4501 aatttcccca ctattttttt ctgcgctaat ccaactatca ttggatttca cattccattc
     4561 gccagaagca ataacagata agacaaaaga ttctcctata gaattagaat acaactcagt
     4621 ctgtgacact gataaaggag ccgcttgcgt aagaggaata gatacacgag tagcaccaga
     4681 tttaaccacc accgtaccag tacgagaagt agtacccgta tgagcactga ctataactgt
     4741 cgctgtgcct tggctagaag aagaacccat tacatttact ttgacccatg aactgcaatc
     4801 atcagaggca aaagctgtcc actctttacc agaacaaacc acattcacca catattggct
     4861 agcttgtgca acagcctcta tcttttcagg agaacattta atggtaacat cctcggattg
     4921 cggttccttg tcatcgctac tgccacaagc aatcaacgaa aacaaaagaa tagataatag
     4981 acaatagtat ttcatatata tatatatttt acaacataag tagagaaaaa gggaaaggat
     5041 gaaactccag caattgccaa gataacccac atccttcccc ctttttatta ttcactgctt
     5101 ttagcagacc aatattctat ctaatactag ccatcaatct ctatgagtct ggaaaataat
     5161 atctttaata gtcacttttg tgtcagcagg atttccacca aaatccaaga ctaaagatat
     5221 agcatgcata tctttaggcg cctttttatt tgcaacccaa aatttattat cttcattacc
     5281 caacaaatcc gtctgttctg caaagaagaa gttatcatca tgtttgacat caggttcatc
     5341 agtctgaacc agttttactg ttaccccctt caaatcagta ctaggattta gagtgacaca
     5401 gaaatcatag gcagtttctg tatcggctga caaatctgta acaaacgaga actggttctg
     5461 ccattgtgct tcagtagcat cagggaaagt gagtgtataa gcatttccat ccaccactaa
     5521 atctggatta ggtctagcac tccaatccgg gtttgcatag aagaaagtat tggtaaaggt
     5581 tgccccgttc caaagattgt cttcactatc caccttcacc caagaaggtt caggctcttg
     5641 tacttcagga atttccgtac cgtcatcatt agcatggtct ttcaagacaa agctttccaa
     5701 agtaatatcc gtattagctt cattaccacc aaaatcaagt gcaaacttca aatcggtaat
     5761 attcacaccg ggtacgttac tgaaccatat acacttaggc tcattagcat ctaaagccac
     5821 acgctgcata ttgataaacg tattgtcatc acctttctgc tgtactttaa ccgtcacgcc
     5881 cggatgtttg gtagtagaag tgattatcac cgaaaaatca taggttttat ccactgacaa
     5941 agcaattacc ttatccaatt ccacatgcat ctgagcttgc cactgatcgg tagtagcttc
     6001 cggtaaggaa acaacaaatg caccattctg ataagtatat tttggatctg caatctgccc
     6061 ccatcctgga gcatagtaga aagatgccac attgaaagtt actcccttaa acatgttaaa
     6121 ttcactatct tccacaaaac caccaaaacc gttcataata gtcttctcta tttcaaaggt
     6181 tttggttatc gaaccatcac taatgccatt tgcgttcttt actttacatt ctactgtata
     6241 tgaacctttt ttacgataat atttggaaaa accatatgag gcttgataag cgccgtcaat
     6301 tatccaaata ggagacactc caggagcaga agtaaattca aagtttgcat aattggttgt
     6361 ctgatctaca gtaactttaa agttatcagt ataatccgat gcttgtggga tattgccatt
     6421 ggctcccgta aaatcttcag gcgaacatga agtcattgca aaaccagcaa ccaacacgcc
     6481 tgccatatat ttaaatatat ttttcatatc aattatttat taatggagtt atggtaaact
     6541 atttataagc attctgaacc aaagccggat cggaatccaa ctctccttgt gcaataggaa
     6601 tgtatttctt cttggcagtc caagaattag tacggtaacc atattcatcg gggaccagtg
     6661 cagtagtagc cttattgctg gctgatgctc cactgattcc ttcagcacgt accaaatcaa
     6721 aataacgctt gccttcacct acaaattcca aacgacgttc tgtaagtaca tcgtcaaccg
     6781 taacgtttgc aagtccagcc aaaccggcac gggtgcgaac ttcgttcaac catgtcttag
     6841 cctcacctgt accacttcca cctgtacgaa gagaaagttc tgcagcattt agtaatgtct
     6901 cagcataacg ataataacga taattgttat tatagttcaa attctggtca ccggaagact
     6961 gcttgaagtt cttatcatac ggacgatatt tttgtaacca aatatgagta tcttgataac
     7021 gtttcgtata ttctacatct tcggcaatca cccagcaagt tgcatcacga cgtttgtctt
     7081 gttcactaaa catttgataa gtttcaagac gcatgggcat aaatccccag ccatcattac
     7141 cctttgacca accatcatca cctgggaaag agttaggaga aatcagagta ggaagcactg
     7201 taccaccaac agctaacgga cttccccagc cacgttcgtt attagtttgc tcataattaa
     7261 tttcccagat agattcgtca caccattcac cttccgtttc ccagatgttg gcaaaactag
     7321 gattcaatct aaagctagga ctatcaataa gctccttcat ataacctaaa gcttttgaga
     7381 aacgactttc atcattctga tacattacca tttcagcata taccatataa gccatagctt
     7441 gagtgacacg tcccaactga ccttcgtcgt caacttcttt accttctttg attgttttat
     7501 aatatttcaa aggtaacacc ttagagtcaa ttacagcttc aagttctgcg atcaactcag
     7561 cataaacctg atcggcagta tattgcggag ccgtataagg aggttcggaa agattctcca
     7621 aatagaaagg tacattacca aaataatgcc acaacatatt ataatagaaa acacgtagta
     7681 aacgggcttg catctcatag agtttacgat tggcctcagt aacatcagta ccccaatcaa
     7741 gatatttcag taagtcatta caacgtttga taccagaata gtccactgtc caaagagagc
     7801 caagtgtatt attttcatta gcctcataat taaacaacat atgccaattc tgcatatcgg
     7861 tcttggttgc accacctacc caaaaattat cgcccataat ttcaccgtca atattcaagg
     7921 cattgtactg tcccaatccc caatctggcc aatggagagg gtcataggcg gcaatcagag
     7981 cttcctgaat atgctcatcc gtagtataat aatcttccaa tggttcacct gtcggatttt
     8041 ccacctcaag aaaactgtca ctgcaaccgg tagtcaacac tgtagcggca gcaagtaagc
     8101 ctattgctaa tattttattt gttttcatat agttcttatt tttagattag aaagaaacat
     8161 ttacacctac tgtatatgtg cgagcctgcg gataaatacc acggtcaaca ccaagagaag
     8221 ttgcacctga agaaatttca ggatcaaatc cccaatattt ggtccaagtc acaagatttt
     8281 cagcttgcac atacacacgc agacgttcaa tagtaagttt gcgagtaaga gtcttaggca
     8341 atgtatatcc caaagtaata ttcttaagac gaagatatga accatcacaa acataaagat
     8401 cagataccat ccagttcgtt gcattaccga cagccagacg aggatactta ttagaagtac
     8461 cttcaccagt ccaacgtccc aacatccaag aaggatagtt accagaagca acatctgtac
     8521 gataagtgcc atcaaacaca tcagcaccag ccacaccttg gaagaaaata ttaaaatcaa
     8581 agcctttcca atcagcattg agattcaaac cataagtcca atccggagta ccattaccaa
     8641 tgttagtacg gtcatctgcc gagatgctgc catcaccatt tacatccaca aaacgtgtat
     8701 caccaggaac cgcatccggc ataatcattt taccatcttt attgacataa gcacgaactt
     8761 catccatatt ctggaaaaca ccgtcagtct tgtaaccata gaaatagggg aaaggttgtc
     8821 cgttagagcc gcgtgtaccg ccgccagaga atccttgaat accatctaaa tccatatagc
     8881 cagtatcatt tcccaaattc ttcaattcat ttttaagata agtagcattt ccctttactg
     8941 caaatttagc atcagcaata ttccatttat agccaagttc aaactcaaaa ccactatttt
     9001 ccatatcacc tacgttacca agaggcttag tttcacctac ataactcggg ataggcatcg
     9061 taataatcat gccattggtt ttctttatgt aatagtcggc actgaatgtt aaagcattat
     9121 taaagaatcc caaatcaata cccaagtcag tttgttcact ctcttcccat ttcaaatcag
     9181 gatttgccaa acgttgtgct ttagaaccat tccatttgat ggcatctttg cccaaaagga
     9241 cattattacc catggctgtc aatgaagtat aaccaaattc ggctatgtta tcattaccat
     9301 tcttacccca actggcacga acctttaggt tagacaacca ttctcgcgta tcagccataa
     9361 attcctcatt tgtcacattc catcccacag atactgaagg gaatgtacca tatttattat
     9421 taataccaaa acgacttgaa ccatcacgac ggattgtagc ctgaatcata tagcgttcat
     9481 tatagttata actcaaacga gcaaacatag atgacattct atgttctgta taaggacctc
     9541 cataaacgcc atactgaact gtagcaccag taatattacc atctgcatcc tttgtatatt
     9601 caacattccc tgtagcataa tcaatagaag gtttattagg attcaccaga ttccaacggt
     9661 taccaccaag ttgatctccc ttatatttaa gggcagactg tcctaataca acaccaaatg
     9721 tatgtttgcc gatagtttta tcataagtca atgtattttc aatctgccat gtcacattct
     9781 gtgccttgaa tgaagatgca ttagtatgtg ttgccttatt attagctgag agataatact
     9841 tgctcttagt agccccttca ttaccccaaa atcccatatc agcactataa ttgaagtgat
     9901 acttcaaatt atcccacaat tgaagatcaa tagaaaactt tggaacaaac ttatgcgacc
     9961 aattctttgt aggagtcaat gtcatcatag ccagcggatt attcatttcc tgataagctc
    10021 ctccatagcc aggtactgta taaggatcac catttgcatc acgaggcaaa tcaaaatctt
    10081 tataagtttc aatcatcttt tcagctgcat caccagtcaa tgtaggggtc aaaataggag
    10141 acagataaag agccgatccc aaaattgaac cgaattcaga gttagtacca acacctgttg
    10201 aatgcgtacg catataagcc aaatttacac ctaaatccaa tttattaagg aaaccgcgtt
    10261 ctttagatgc atcaattaga ttatattgag tattggaacg aatagtcaaa cggtcataat
    10321 tagaatgtcc gtgattacca ccaacaatac catcttgtga ataatacccc aaagacaaat
    10381 aataatttac tttttccgat gcaccactaa ctgtcacatc atgattcact accggagcat
    10441 tgtcatagaa aacaagatct tgccaatcag tgccaaatcc tttgatagaa tttccattag
    10501 catcaatcaa attataagga tctgcataaa ttggagcctg accaccattc acattggctt
    10561 cattctgaag gatagcatag tctgtcgcac tagtcacatc acgtctcttc catgcactct
    10621 gccagccata agaaaaattg taattaattt gtgccttacc catcttacct tttttggtag
    10681 ttactagaat aacgccatta gcagcacgcg caccatagat agcaccagaa gcagcatctt
    10741 tcaacacttc gatagactcg atatcattag gatttacaaa atcaagacca cccccaatag
    10801 gcataccgtc tacaatgtag agcggatcac tattgttgat agtaccaata ccacgtacac
    10861 gtacacgagg agaatcaccc ggctgaccag aagctgaagt tacatccaca cctgcagcca
    10921 aacctttcaa tgcattatcc atacgcaccg gagatttgtt ttccaaatcc tcactactaa
    10981 ctttggcaat agatgctgtt accacacttt ttttctgaac accatacccc accactacta
    11041 cttcgtccag cgtttctgaa tcttcctgaa gaactatttt caaggaattt tttccattta
    11101 ccgctacttc ttgcgactta aaaccaatat aggtaataga aagtgttgcg tcggcaggaa
    11161 ccgacaatgt aaaattaccg tccaaatcag taattccacc attggtagtt cctttaacta
    11221 ccacatttac tccaggcaac ggttcattat ccgaaccgct taccactgta ccttttacct
    11281 gtatattttg ggcatataca gaagccaagg taaagcttaa cagaaataaa actgataata
    11341 actttttcat aagttttact aaattaagat taacgtttct cggttttgtt ctcaatcgaa
    11401 cagtgcaaac atagagtaaa atgcaataaa acaaataaaa aacaatcatt cttaaatacg
    11461 tcaaatctga aattcaaata cgttatcaat acgtcatcag caaataactt actaataatc
    11521 aataattaat atatactttt aagtattacg tcacaacatg ttatataaca caaaagggag
    11581 aaatttaaca ttcctccctt tcatactctt ccttctttta aaggaagtta atatctaaag
    11641 gctacagttt attgcttaaa taatccgtca aactatcctc tctctctaaa gcgaacttct
    11701 tacgaagacg ataacggatt gtttcaactc cacgaaccga aatgttcagc agaggtgcta
    11761 tttctttcgt ggaaagattc atctttagat aagcgcacat catgcgttcg ttgtgggaaa
    11821 gttcaggatg cttggcatga agacgtttca taaaattgtt atgtatcaaa tcgaactggt
    11881 cttcaatacg cttcaaaacc tcatcactct gtatattacc gtctatttta ttattaataa
    11941 gtatgagttg ctgttttcct tcccgagccc cctcaccctt cagcaaggcg gatactttaa
    12001 gtatctctga cttgatttca gtcagcattt cattcttacg gacaaagttt atcatcagat
    12061 tggccatttc ctgactctta tgttgcaaat cgtattccaa tttttctttc tccagctgca
    12121 taatctgctt ttcctgacgg gctttctcct cttcgtactc cctttccata tcgtgcaact
    12181 ctttatcttt ctcgattacc gcctgctgtt tcttccgttt cacacggaca tcatcccaac
    12241 gatagacata ccataaggca agcaaagcca agatgatata acaaacgtat gcagcagcac
    12301 tacgatacca cggtggaagt atacggaagg cgattgtatc cgatgatgtc gtaccgtcag
    12361 gaaagaccgc tttaacttca aacgtatatt caccttccga cagattacta tactccttgg
    12421 tgcgtaccgt tgtaaaatcg gaccagcctc ccttattcaa acgatattga aaacggatat
    12481 catcccctac cgaaaaaaaa gaaagggcat agtcaaaacg aacggaattc atggaataag
    12541 ctatcaccgg aaccggcttc tctcctaaaa agtttgcggt atataccaat gaatccttgg
    12601 gataagacag atacatgttc cttatatata aggagtggct acgatcctga cgctctctta
    12661 cggccgggat gctgaataaa gcgaaacctc cttcattagg aaccaccatc agcgaatctg
    12721 aaagaggaat aatcgtttca aaaccgggta ccagttcaat cagcgattgc tggatgggat
    12781 taatgcttgt attcgccccc cgcttatagg tacccagatt ggcaatacag atttcgtgag
    12841 ggctcaaact aatcaactta tcgtgatact ccaagatacg cgaataggcc gcggtgccat
    12901 tcaaaaggtt gttcatatcc ggacaaggct ccatgacatc tttatgagga ttatgcttat
    12961 agattccccg gggagtggca aaatacaccc ggtcttctat cttcgctata tacatatcac
    13021 gtcctaccgg aaaaccatcc ttcgcgctat attcctttat acggacagct tttgtcaaat
    13081 cattatccaa atccacacgg gtaacgtggt ctgtattgta cacccaaatc accttatcgc
    13141 tttcctgctc aaaaagacgg caagaatcgt tcataccctc aatcttgcca accacctgcc
    13201 attctccatt ctttttccca accaaataaa taccgttata taccccgaca tacataaggt
    13261 ccgtacgtcc tgccacaagt tggcaacacc agacgccggt aatgtccgtc acacgtttta
    13321 cggaagtacc attgataagg aaaataccac ggtcgtgcag acagaagagt tcatcaccta
    13381 tacggcaaag gttccagacc tgtccgctgg attggggcat cggacggata tccggcaaat
    13441 cgccgttcat ctgtaccgga taagaagtgt aatacagccc ccgattggtg cctaaataaa
    13501 gatagccgcc ttctaccgcc gccgtatatc ccgtgccgta agaataagga taggaataga
    13561 gattcgtaaa aggagaactc agacagacgt agtcaatgcc gctatccaga ccggcccaga
    13621 ggtttccggt cgtatcgaag gagacagaaa gcaccgtatt gttacgcaag ccgttgttct
    13681 cattgaaata tttcagttgc atggtgctgc aatccaccag taccaatcct ttatgaatgg
    13741 ttcccaaggc aatcttatca tcctttttgg ctacgcaaaa gacttcattc tcacgcataa
    13801 actcttcggc accggtgaca aacggttcca tcgtacgccc gtcacaatag taaagtccgt
    13861 tgtatgcagt caccaccaga acacctttct tataaggtat aatgccacga atacgcttgg
    13921 aagccaacgc atcggcaccc tgaagaggga aaaaagtgtt tccaaccaaa agccatacgc
    13981 ctctgtccgt accgatgtaa agaataccat tgaccatatt ggaacagtct atcttggcat
    14041 tcatttcaat ggcggtatat ttgccgttca ggtacttcac cacgcacccg tccccttgga
    14101 aatacaagat attgtctgtc tcatggatgc cccacacatt tccaagaaaa cgaacggaac
    14161 tctccaaagt atcggacatg caatgatagg ccaaagaacc gtccgtatcc ggttcataat
    14221 agccgaattc attgatgccc cccacataaa ttcttttttg ggtggcagaa gccagaacgg
    14281 aacgcacatc ggaagcattg ttcaatggaa acacattcca gacattgcca tcaaattgca
    14341 ccataccgtt cttgttggcg aaatataccc acttgtcatc atagggtgct atctgccaag
    14401 tctgggtccc cttaccataa acacttttat caaaattgac gataaagcta ttccagccgg
    14461 caattgcttc gaccaaaggg ggaaaaagaa aaaggcagaa aaaaaggtag aatgacaata
    14521 tgtgtttgtt cat
//
