LOCUS       Euphrasia pectinata            144992 bp    DNA     circular     07-MAR-2025
DEFINITION  Euphrasia pectinata chloroplast
ACCESSION   Euphrasia pectinata
SOURCE      chloroplast Euphrasia pectinata
  ORGANISM  Euphrasia pectinata
            Euphrasia pectinata;
REFERENCE   1  (bases 1 to 144992)
  AUTHORS   Tillich,M., Lehwark,P., Pellizzer,T., Ulbricht-Jones, E.S.,
            Fischer, A., Bock, R. and Greiner,S.
  TITLE     GeSeq - versatile and accurate annotation of organelle genomes
  JOURNAL   Nucleic Acids Res. 45 (W1), W6-W11 (2017)
   PUBMED   28486635
COMMENT     GeSeq Version 2.03
            Job           Euphrasia pectinata
            Subjob        Euphrasia pectinata
            Creator       anonymous
            Program       BLAT v36x7
                          blatxcutoff=25                 blatncutoff=85
                          blatxmaxintron=750000          blatnmaxintron=0
                          annotate_ir=true               shortmatches=false
                          mpimpchlororefset=true
            Program       HMMER v3.3.1
                          ref=hmm_db_cp-ref5.5_cds_rrn
            Program       ARAGORN v1.2.38 disabled
            Program       ARWEN v1.2.3 disabled
            Program       MFannot v1.34 disabled
            Program       Chloë v0.1.0
                          annotate_trna=true             annotate_trna=true
                          annotate_cds=true              disable_dropping=false
            Program       tRNAscan-SE v1.3.1 disabled
            Program       tRNAscan-SE v2.0.6 disabled
            Program       RNA Editing disabled
            Submitted     7 Mar 2025 07:38:23 GMT
            Started       7 Mar 2025 07:38:31 GMT
            Finished      7 Mar 2025 07:39:31 GMT
FEATURES             Location/Qualifiers
     source          1..144992
                     /organism="Euphrasia pectinata"
                     /organelle="plastid:chloroplast"
                     /mol_type="genomic DNA"
     gene            join(complement(94554..94667),10941..11736)
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 89.5, coverage 30.65%, match 27.42%,
                     fragment match 89.47%; blatX_hit
                     rps12_Ptrichocarpa_GeSeq-SRS_v6, position 115 - 372, psl
                     score 90.4, coverage 69.35%, match 68.01%; merged"
                     /annotator="Chloe, blatX; merged"
                     /trans_splicing
     CDS             complement(join(122037..122063,122602..122832,
                     94554..94667))
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPVRNVTKSPALGGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSSVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             join(complement(94554..94667),10941..11172,11711..11736)
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPVRNVTKSPALGGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSSVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     gene            complement(join(122037..122832,94554..94667))
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 89.5, coverage 30.65%, match 27.42%,
                     fragment match 89.47%; blatX_hit
                     rps12_Ptrichocarpa_GeSeq-SRS_v6, position 115 - 372, psl
                     score 90.4, coverage 69.35%, match 68.01%; merged"
                     /annotator="Chloe, blatX; merged"
                     /trans_splicing
     CDS             join(complement(94554..94667),10941..11171,11710..11736)
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPVRNVTKSPALGGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSSVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             complement(join(122037..122062,122601..122832,
                     94554..94667))
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPVRNVTKSPALGGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSSVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     CDS             complement(1..464)
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            790..861
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            790..861
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            complement(1437..1510)
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(1437..1510)
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(1760..1880)
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 121, E-Value 6.7e-38, score 131.9; blatN_hit
                     rrn5_Vvinifera_GeSeq-SRS_v1, position 1 - 121, psl score
                     100.0, coverage 100.00%, match 100.00%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(1760..1880)
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            complement(2148..2250)
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn4.5,
                     position 2 - 103, E-Value 1.6e-31, score 111.5; blatN_hit
                     rrn4.5_Vvinifera_GeSeq-SRS_v1, position 1 - 103, psl
                     score 99.1, coverage 100.00%, match 99.03%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(2148..2250)
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            complement(2349..4601)
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Ljaponicus_GeSeq-SRS_v1, position
                     565 - 2816, psl score 98.0, coverage 80.01%, match
                     78.44%"
                     /annotator="blatN"
     rRNA            complement(2349..4601)
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            complement(2349..5160)
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3235.3; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            complement(2548..5160)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            complement(2548..5160)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          complement(2349..2547)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            complement(2349..5160)
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            complement(4849..5160)
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Ljaponicus_GeSeq-SRS_v1,
                     position 1 - 312, psl score 97.8, coverage 11.08%, match
                     10.83%, fragment match 97.76%"
                     /annotator="blatN"
     rRNA            complement(4849..5160)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(5327..6211)
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(5327..5361,6174..6211))
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            complement(6174..6211)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(5362..6173)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(5327..5361)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            complement(6276..7293)
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(6276..6310,7257..7293))
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            complement(7257..7293)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(6311..7256)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(6276..6310)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(7600..9090)
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn16,
                     position 1 - 1491, E-Value 0, score 1736.5; blatN_hit
                     rrn16_Nundulata_GeSeq-SRS_v1, position 1 - 1491, psl
                     score 99.8, coverage 100.00%, match 99.73%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(7600..9090)
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            complement(9324..9395)
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(9324..9395)
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            10918..11194
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 114 - 348, E-Value
                     1.5e-75, score 256.1"
                     /annotator="HMMER"
     CDS             10918..11194
                     /gene="rps12"
                     /annotator="HMMER"
     exon            10941..11172
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            10941..11171
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     intron          11172..11709
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     intron          11173..11710
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     exon            11710..11736
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            11711..11736
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     gene            11791..12258
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 1e-145, score 487.4; blatX_hit
                     rps7_Stuberosum_GeSeq-SRS_v6, position 1 - 468, psl score
                     97.3, coverage 100.00%, match 97.22%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             11791..12258
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTAEEKTAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAMKKIQQKTETNPLSVLRQAIRGVTPDIAVKARRVGGSTHQVPIEIGSTQGKALAIR
                     WLLAASRKRPGRDMAFKLSSELVDAAKGSGDAIRKKEETHKMAEANRAFAHFR"
     gene            12528..14744
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Vvinifera_GeSeq-SRS_v6, position 1 - 1533, psl score
                     96.1, coverage 100.07%, match 97.20%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(12528..13309,14133..14744)
                     /gene="ndhB"
                     /annotator="Chloe"
     exon            12528..13309
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          13310..13992
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            14133..14744
                     /gene="ndhB"
                     /annotator="Chloe"
                     /number=2
     gene            15299..15379
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            15299..15379
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(16004..22816)
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(16004..22816)
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MKEHPFKSWIFELREIKNSHYFLDSWTQFNSVGSFIHIFFHQER
                     FLKLLDPRILSILLSRNSQGSTSNRYFTIKGVILFVVAVLIYRINNRNMVERKNLYWR
                     GLLPMNSIGPRNDTLEESVGSSNINRLIVSLLYLPKGKKISDSCFLNPKESTWILPIT
                     KKCSMPESNWGSRWWRNWSGKKRDSSCKISNETVAEIEILFNEKDIKYLEFLFVYYMD
                     DPIRKDRDWELFDCLSLRKRRNRINLNSGSLFEILVKHWISYLMSAFREKIPIEVEGF
                     FKQQTAGSTIQSNDIEHVSHLFSRNKWAISLQNCAQFHMWQFRQDLFVSWGKNPHESD
                     FLRNISRENLIWLDNVWLVNKDPFFRKVRNVSSNIQYDSTRSRFVQVTDSSQPKGSSD
                     QSRDHLDSISNEDSEYHALINQREIQPLKERSILWDPSFLQTEGTEIESDRFPKSLSG
                     YSLMSRLFTEREKQMINHLLPEEIEEFLGNPTRSVRSFFSERWSELHLGSNPTERSTR
                     DQKFFKKQQDLSFVPSRRSKNKELVNIFKIITYLQNTVSIHPISPGCDRVLKDEPDMD
                     SSNKMSFLNKNPFFDLFHLFHDRNRGGYTLHHDFESEERFQEMADLFTLSITEPDLVY
                     HKGFTFSIDSSGLDQKQFLNEVRDESKKKSLLVLPPIFYEENESFSRRIRKKRARISC
                     GNDLEDPKPKMVVFASNKIMEAVNQYRLIRNLIQIQYYGYIRNVLNRFFLMNRSDRNF
                     EYGIQRDQIGKDTLNHRTIMKYTINQHFSNLKKSQKKWFDPLIFISRTERSMNRDPDA
                     YRYKWSNGSKNFQEHLEHFVSEHKSRFQIVFDRLRINQYSIDWSEVIDTKDLSKPLRF
                     FLSKSLLFLSKLLFFLSNSLPFFCVSFGNIPIHRSEIYIYELKGPNDQLCNQLLESIG
                     LQIVHLKKWKPFLLDDRDTYRKSKFLITGGRPFLFNKTPKCMIDSFHTRNNRRKSFDN
                     ADSYFSMIFHNQDNWLNPVKPFHRSSLISSFYKANRLRFLNNPHHFCFYCNTRFPFSV
                     EKARINNYDFTYRQFLNILFIRNKIFSLCVGKKKHAFGGRDTISPIESQVSNIFITND
                     FPQSGDETYNLSKSFHFPSRCDPFVRRTIYSIADISGTPLTEGQIVNFERTYCQPLSN
                     MNLSDSEGKNLHQYLNSNMGLIHTPCSEKYLPSEKRKKRSLCLKKCVEEGQVYRTFQR
                     DSAFSTLSKWNLFQTYMPWFLTSTGYKYLNLIFLDTFSELLPILSSSQKFVSIFHDIM
                     HGSGISWRILQKKWCLPQWNLISEISSKCLHNLLLSEEMIHRNNESPLISTHLRSPNV
                     REFLYSILFLLLVAGYLVRTHLLFVSRASSELQPEFERVKSLMIPSSMTELRKLLDRY
                     PTSAPNSFWLKNLFLVALEQLGDSLEEIRASGGNMLGPAYGVKSIRSKNKYFNSNLID
                     IIDLIPNPINRITFSRNTRYLSHTSKEIYSLIRKRKNVNGDWIDDKIESWVASSDSID
                     DEERDFLVQFSALTTEKRVDQILLSLTHSDHLSKNDSGYQMIEQPGAIYLRYLVDIHN
                     KYLLNYEFNTSCLAERRVFLAHYQTITYSQTSCGTNTLHFPSHGKPFSLRLALSPSRG
                     ILVLGSIGTGRAYLVKYLATNSYVPFITVFLNKFLDNKPKGFLFDNIDIDGSDDIDDI
                     DDSDNIDAIDDIDRDLDTELELLTMMNALTMDMMSGIGRFYITLQFELAKAMSPCIIW
                     IPNIHDLDVNESNYLSFGLLVNHLSERCSTRNILVIASTHIPPKVDPALIAPNKLNTC
                     IKIRRLLIPQQRKHFFTLSYTRGFHLEKKMFQTNGFGSITMGSNARDLVALTNEALSI
                     SITQKKSILDTNTIRSALHRQTWDLRSQVRSVQDHGILSYQIGRAVAQNLLLSNCPID
                     PISIYMKKKSCNEGDSYLYKWYFELGTSMKKLTILLYLLSCSAGSVAQDLWSLPGPDE
                     KNGITSYGLVENDSDLVHGLLEVEGALVRSSRTEKDCSPFENDRVTLLLRPEPRNPLD
                     MMQNGSCSIFDQRFLYEKYESEFEEGEGEGALDPQQIGEDLFNHIVWAPRIWRPWGFL
                     FDDCIERPNSLGFPYGSRSFRGKRIIYDEGDELEETDSEFLQSGTMQYQTRDRSSKEQ
                     GLFRISQFIWNPADPLFFLFKDQPPGSVFSHRELFADEEMSKGLLTSQTDPPTSIYKR
                     WFIKNTQEKHFELLINRQRWLRTNSSLSNGSFRSRSNTLSESYQYLSTLFLSNGTLLD
                     QMTKTLLRKRWLFPDEMQIGFM"
     gene            22905..22978
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            22905..22978
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            23144..23425
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl23_Vvinifera_GeSeq-SRS_v6, position 1 - 282, psl score
                     97.6, coverage 100.00%, match 97.52%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             23144..23425
                     /gene="rpl23"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L23"
                     /translation="MDGIKNAVFTDKSIRLLGKNQYTSNVESGSTRTELKHWVELFFG
                     VKVIAMNSHRLPGKGRRMGPIMGRTMHYRRMIITLQPGYSIPPLRKKRT"
     gene            23445..24941
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl2_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 825, psl
                     score 95.8, coverage 100.00%, match 98.30%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(23445..23835,24508..24941)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLYKTSTPSTRNGTVDSQVKSNPRNNLIYGQQHCGKGRNAR
                     GIITARHRGGGHKRLYRKIDFLRNEKDISGRIVTIEYDPNRNAYICLIHYGDGEKRYI
                     LHPRGAIIGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLVRAAGAVA
                     KLIAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKCLGRAGSKRWLGKRPVV
                     RGVVMNPVDHPHGGGEGRAPIGRKKPTTPWGYPALGRRSRKRKKYSDNLIVRRRNK"
     exon            23445..23835
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          23836..24507
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            24508..24941
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            25005..25094
                     /gene="rps19-fragment"
                     /info="blatX_hit rps19-fragment_Ntabacum_GeSeq-SRS_v6,
                     position 1 - 90, psl score 86.7, coverage 32.26%, match
                     27.96%, fragment match 86.67%"
                     /annotator="blatX"
     CDS             25005..25094
                     /gene="rps19-fragment"
                     /annotator="blatX"
     gene            25005..25153
                     /gene="rps19"
                     /info="HMMER_hit rps19, position 1 - 118, E-Value 8.1e-11,
                     score 44.7"
                     /annotator="HMMER"
     CDS             25005..25153
                     /gene="rps19"
                     /annotator="HMMER"
     misc_feature    25094..108678
                     /note="large single copy (LSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            complement(25098..25172)
                     /gene="trnH-GUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(25098..25172)
                     /gene="trnH-GUG"
                     /annotator="Chloe"
                     /product="tRNA-His"
     gene            complement(25494..26552)
                     /gene="psbA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbA,
                     position 1 - 1062, E-Value 0, score 1135.5; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             complement(25494..26552)
                     /gene="psbA"
                     /annotator="Chloe, HMMER; merged"
                     /product="photosystem II protein D1"
                     /translation="MTAILERRESESLWGRFCNWITSTENRLYIGWFGVLMIPTLLTA
                     TSVFIIAFIAAPPVDIDGIREPVSGSLLYGNNIISGAIIPTSAAIGLHFYPIWEAASV
                     DEWLYNGGPYELIVLHFLLGVACYMGREWELSFRLGMRPWIAVAYSAPVAAATAVFLI
                     YPIGQGSFSDGMPLGISGTFNFMIVFQAEHNILMHPFHMLGVAGVFGGSLFSAMHGSL
                     VTSSLIRETTENESANEGYKFGQEEETYNIVAAHGYFGRLIFQYASFNNSRSLHFFLA
                     AWPVVGIWFTALGISTMAFNLNGFNFNQSVVDSQGRVINTWADIINRANLGMEVMHER
                     NAHNFPLDLAAIEAPTNG"
     gene            complement(26804..29347)
                     /gene="trnK-UUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(26804..26838,29311..29347))
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /product="tRNA-Lys"
     exon            complement(29311..29347)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(26839..29310)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(26804..26838)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(27074..28606)
                     /gene="matK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit matK,
                     position 1 - 1511, E-Value 0, score 1062.1; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             complement(27074..28606)
                     /gene="matK"
                     /annotator="Chloe, HMMER; merged"
                     /product="maturase K"
                     /translation="MEQILRYLRRERSEQHDFLYPLIFQEYIYAFAHDRGFSRSILSE
                     NENPGYDNKSSLLVIKGLITRMYQPNACIISPNDSNQKNQFLTHNPNLYSQIIAGGFA
                     FIVEIPFSLRLISEGKYIYIVKSQNLRSIHSIFPFLEDNFSHLNFVLDILIPHPVHVE
                     IFIQTFRYWVKDASSLHLLRLFLNKYWNSLITPKKASSSFSTRNKRLFVFLYNSHVSE
                     YESSFVFLRNQSLHLGSTPFGVLLERIYFYGKIERLVNFFVNVKDFQANVWLVKEPCI
                     HYIRYQRKFILTSKGTSLCMNKWKCYLIAFWQWHFSLWFYPKRIYINQLSNHSFEFLG
                     YLSSLRMNPSVVRSQSLENAFLINNASKKVDTLVPIIPLIASLVKAKFCNVFGHPISK
                     PVWADLSDSNIIDRFGCICRNFSHYYSGSSKKKSLYRIKYILRLSCARTLARKHKSTV
                     RTFLKRLGSELLEEFLLSEEDVLFLTFPKASRSLQGIYRSRVWYLGIISICDLVDHKF
                     KF"
     gene            complement(30190..30416)
                     /gene="rps16"
                     /info="HMMER_hit rps16, position 37 - 251, E-Value
                     3.1e-47, score 163.5"
                     /annotator="HMMER"
     CDS             complement(30190..30416)
                     /gene="rps16"
                     /annotator="HMMER"
     gene            complement(30215..31287)
                     /gene="rps16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(30215..30408,31248..31287))
                     /gene="rps16"
                     /annotator="Chloe"
                     /product="ribosomal protein S16"
                     /translation="MVKLRLKRCGRKQRAIYRIVAIDVRSRREGKDLRKVGFYDPTKN
                     QTYLNVPAILYFLEKGAQPTRTVQNLLKTAELY"
     exon            complement(31248..31287)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(30409..31247)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(30215..30408)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(32365..32436)
                     /gene="trnQ-UUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(32365..32436)
                     /gene="trnQ-UUG"
                     /annotator="Chloe"
                     /product="tRNA-Gln"
     gene            32783..32962
                     /gene="psbK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbK,
                     position 1 - 186, E-Value 1.9e-39, score 137.6; blatX_hit
                     psbK_Soleracea_GeSeq-SRS_v6, position 1 - 180, psl score
                     90.0, coverage 100.00%, match 90.00%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             32783..32962
                     /gene="psbK"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit K"
                     /translation="MFNTVSLICINFDLSSSSFFFGKLPEAYAFLNPIVDFMPVIPLF
                     FFLLAFVWQAAVSFR"
     gene            33364..33474
                     /gene="psbI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbI,
                     position 1 - 111, E-Value 1.6e-27, score 98.9; blatX_hit
                     psbI_Slycopersicum_GeSeq-SRS_v6, position 1 - 111, psl
                     score 91.9, coverage 100.00%, match 91.89%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             33364..33474
                     /gene="psbI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit I"
                     /translation="MLTLKLFVYTVVIFFVSLFIFGFLSNDPGRNPGREE"
     gene            complement(33536..33623)
                     /gene="trnS-GCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(33536..33623)
                     /gene="trnS-GCU"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            34325..35058
                     /gene="trnG-UCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(34325..34347,35011..35058)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     exon            34325..34347
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     intron          34348..35010
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     exon            35011..35058
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=2
     gene            35238..35309
                     /gene="trnR-UCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            35238..35309
                     /gene="trnR-UCU"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(35428..36951)
                     /gene="atpA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpA_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 1524,
                     psl score 93.8, coverage 100.00%, match 93.70%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(35428..36951)
                     /gene="atpA"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit alpha"
                     /translation="MVTIRADEISNIIRERIEQYNREVKIINTGTVLQVGDGIARIHG
                     LDEVMAGELVEFEEGTIGIALNLESNNVGVVLMGDGLMIQEGSSVKATGRIAQIPVSA
                     AYLGRVINALAKPIDGRGEILASESRLIESPAPGIISRRSVYEPLQTGLIAIDSMIPI
                     GRGQRELIIGDRQTGKTAVATDTILNQQGKNVICVYVAIGQKASSVAQVVTNLQERGA
                     MEYTIVVAEMADSPATLQYLAPYTGAALAEYFMYRKQHTLIIYDDPSKQAQAYRQMSL
                     LLRRPPGREAYPGDVFYLHSRLLERAAKLSSSLGEGSMTALPIVETQSGDVSAYIPTN
                     VISITDGQIFLSADLFNAGIRPAINVGISVSRVGSAAQIKAMKQVAGKLKLELAQFAE
                     LEAFAQFASDLDKATQNQLARGQRLRELLKQSQSAPLTVEEQIMTIYTGTNGYLDSLE
                     IGQVRKFLVELRTYLKNNKPQFQEIISSTKIFTEEAEALLKEAIQEQTDRFLLQEQV"
     gene            complement(37029..38270)
                     /gene="atpF"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpF_Nundulata_GeSeq-SRS_v6, position 1 - 555, psl score
                     86.7, coverage 100.00%, match 90.45%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(37029..37439,38127..38270))
                     /gene="atpF"
                     /annotator="blatX"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVSLVRWPSAGSFGFNTNILATNPINLSVVVGVLIFF
                     GKGVLSDLLDNRKQRILNTIQNSEELRGGAVEQLEKSKARLRKVEMEAEQFRVNGYSE
                     IEREKLTLVNLTYKTLEQLENYKNETIQFGQQRAINQVRKQVFQQALQGALGTMNSCL
                     TTELHLRTISVNIDMLGAMKEITD"
     exon            complement(37029..37439)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=2
     CDS             complement(join(37029..37438,38126..38270))
                     /gene="atpF"
                     /annotator="Chloe"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVSLVRWPSAGSFGFNTNILATNPINLSVVVGVLIFF
                     GKGVLSDLLDNRKQRILNTIQNSEELRGGAVEQLEKSKARLRKVEMEAEQFRVNGYSE
                     IEREKLTLVNLTYKTLEQLENYKNETIQFGQQRAINQVRKQVFQQALQGALGTMNSCL
                     TTELHLRTISVNIDMLGAMKEITD"
     intron          complement(37440..38126)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            complement(38126..38270)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     intron          complement(37439..38125)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     exon            complement(38127..38270)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            complement(37029..37438)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=2
     gene            complement(38106..38270)
                     /gene="atpF"
                     /info="HMMER_hit atpF, position 1 - 145, E-Value 6.4e-37,
                     score 128.9"
                     /annotator="HMMER"
     CDS             complement(38106..38270)
                     /gene="atpF"
                     /annotator="HMMER"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVSLVRWPSAGSFGFNTNILATNPINLSVVVGVLIFF
                     GKGVCVSCLFQ"
     gene            complement(38623..38868)
                     /gene="atpH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpH,
                     position 1 - 246, E-Value 5.4e-71, score 240.6; blatX_hit
                     atpH_Nundulata_GeSeq-SRS_v6, position 1 - 246, psl score
                     94.8, coverage 100.00%, match 94.72%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(38623..38868)
                     /gene="atpH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit III"
                     /translation="MNPLISAASVIAAGLAVGLASIGPGIGQGTAAGQAVEGIARQPE
                     AEGKIRGTLLLSLAFMEALTIYGLVVALALLFANPFV"
     gene            complement(39824..40567)
                     /gene="atpI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpI,
                     position 1 - 743, E-Value 3e-216, score 720.7; blatX_hit
                     atpI_Stuberosum_GeSeq-SRS_v6, position 1 - 744, psl score
                     92.5, coverage 100.00%, match 92.47%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(39824..40567)
                     /gene="atpI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit IV"
                     /translation="MNVLSCSINTLKGLYDISGVEVGQHFYWQIGGFRVHGQVLITSW
                     VVIVILLGSATIAVRNPQTIPTGGQNFFEYVLEFIRDVSKTQIGEEYSSWVPFIGTMF
                     LFIFVSNWSGALLPWKIIELPHGELAAPTNDINTTVALALLTSMAYFYAGLNKKGLSY
                     FGKYIQPTPILLPINILEDFTKPLSLSFRLFGNILADELVVVVLVSLVPSVIPIPVMF
                     LGLFTSGIQALIFATLAAAYIGESIEGHH"
     gene            complement(40794..41504)
                     /gene="rps2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps2_Slycopersicum_GeSeq-SRS_v6, position 1 - 711, psl
                     score 91.3, coverage 100.00%, match 91.28%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(40794..41504)
                     /gene="rps2"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein S2"
                     /translation="MTRRYWNINLEELLEAGVHFGHGTRKWNPKMAPYISAKRKGIHI
                     TNLTRTARFLSEACDLVFDAASRGKQFLIVGTKNKAADSVVWAAIKARCHCVNKKWLG
                     GMLTNWSTTETRLHKFRDLRMEQKTGRLNRLPKRDAAVVKRQLSHLQTYLGGIKYMTG
                     LPDIVIIVDQHEEYTALRECITLGIPTICLIDTNCDPNLADISIPANDDAISSIRLIL
                     NKLVFAICEGRSSYLNNP"
     gene            complement(41731..45867)
                     /gene="rpoC2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(41731..45867)
                     /gene="rpoC2"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;&apos;"
                     /translation="MAERANLVFHNKVIDGTAMKRLISRFIDHFGMAYTAHILDQVKT
                     LGFQQATVTSISLGIDDLLTIPSKKWLVQDAEQQSFILEKHHHYGNVHAVEKLRQSIE
                     IWYATSEYLRQEMNPNFRMTDPFNPVHIMSFSGARGNASQVHQLVGMRGLMSDPQGQM
                     IDLPIQSNLREGLSLTEYIISCYGARKGVVDTAVRTSDAGYLTRRLVEVVQHVVVRRT
                     DCGTARGISVSPQDGMMPERIFIQTLIGRVLADDIYMSTRCIATRNQDIGIGLINRFL
                     TFRAQPVAIRTPFTCRSASWICRLCYGRSPTHGDLVELGEAVGIIAGQSIGEPGTQLT
                     LRTFHTGGVFTGGTAAHVRAPSNGKIKFNEDLVHPTRTRHGHPAFLCSINLYVTIESE
                     DIRHNVNIPPQSFLLVQNDQYVESEQVIAEIRAGTSTLSFKERVRKHIYSDSYGEMHW
                     STDVYHAPEFTYGNVHLLPKTSHLWILLGEPRRSSLVSLSLHKDQDEISAHSRSVKRR
                     SSSNLSGTNERAVNKSFTSDFWGQTEDRIRDYSDLNQRICTGCCNLIEPTSLYHNFAL
                     FSKRRRNRFIIRLQSIQERAHELMPPFGIAIEIPTNSIYRRNSILAYFDDPRYRRKSS
                     GITKYGTPEMHSIVKKEDLIEYRGSKEFRTKYQMQVDQFFFIPEEVHILPGSSSIMVR
                     NNSIIGVETPITLNIKSRVGGLVRVERKHKKIELKIFSGDIHFPGETDKISRYSGVLI
                     PTGIGKPKFKESKKWTNWIYVQRITTSKKKHFVLVRPAVTYEITDGITLAALFPPDLL
                     QERDNVQLQVVNYILYRTGKPIRGISDTNIQLVRTCLVLNWDQDNKSLSSQEGHASFV
                     EIRANGLIRHFLRLDLVHSSISYIGKRNDPAGSGLLSANGSDCTNINPFFSSYSKARI
                     QQPPNQNPRTSHTLLNRNTGFQPLLILSSSNCFQMGPLNDGKSHNVIKESIKITKDPL
                     ILIKNSLGPLGTAFLIANVYSFYCLITHNQILVNNYLQLDNLNLKQIFQVIKYYLIDE
                     NEKIYNSDSCSNIIFNLNWYFLHTNYCQERSTIMSLGQFICENICIAKNVPHLKSGQV
                     ILVQVDSVVIRAAKPYLATPGATVHGHYGEILYEGDTLITFIYEKSRSGDITQGLPKV
                     EQVLEVRSINSISMNLEKRVEGWNERIPRILGMPWTFLIGAELTIVQSRISVVNKIQK
                     VYRSQGVQIHNRHIEIIVRQITSKVLVSEEGMSNVFLPGELIGLLRAERMGRALEEAV
                     CYRALLLGITRASLNTQSFISEASFQETARVLAKAALRGRIDWLKGLKENVVLGGMIP
                     VGTGLKGLVLPSQEHNKSPLETKNNNLFEGEIGDILFYHRKFFDSLLSKNLHDKTNHF
                     "
     gene            complement(45969..48836)
                     /gene="rpoC1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(45969..47627,48405..48836))
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;"
                     /translation="MIDRYKHQQLRIGLVSPQQISAWATKILPNGEIVGEVTKPYTFH
                     YKTNKPEKDGLFCERIFGPIKSGICACGNYRVIRDEKEEPQFCEQCGVEFVDSRIRRY
                     QMGYIKLACPVTHVWYLKRLPSYIANLLDKPLKELEGLVYCDFSFARPITKKPTFLRL
                     RGLFEYEIQSWKYSIPLFFTIEGFDTFRNREISTGAGAIREQLADLDLSIILENSLVE
                     WKELGEEGPTGNEWEDRKVGRRKDFLVRRMELAKHFLRTSIEPEWMVLCLLPVLPPEL
                     RPIIQIDGGKLMSSDINELYRRVIYRNNTLIDLLTTSRSTPGELVMCQEKLVQEAVDT
                     LLDNGIRGQPTRDGHNKVYKSFSDVIEGKEGRFRETLLGKRVDYSGRSVIVVGPSLSL
                     HRCGLPREIAIELFQTFVIRGLIRQHLASNIGVAKSKIREKELIVWEILHEVMQGHPV
                     LLNRAPTLHKLGIQAFQPVLVEGRAICLHPLVCKGFNADFDGDQMAVHVPLSLEAQAE
                     ARLLMFSHMNLLSPAIGDPISVPTQDMLIGLYVLTVGNRGGICVNRYNPWNRRNYQNK
                     RSKYTKEPFFSNSYDAIGAYRQKRINLDSPLWLRWRLDQRVIASRETPIEVHYEALGP
                     YYEIYGHYLIVRSIKKEILFIYIRSTVGHISLYREIEEAIQGFSQACSYGTTRLRNST
                     IPVGIQISALQEVP"
     exon            complement(48405..48836)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     intron          complement(47628..48404)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     exon            complement(45969..47627)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=2
     gene            complement(48863..52075)
                     /gene="rpoB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpoB,
                     position 1 - 3212, E-Value 0, score 3155.5; blatX_hit
                     rpoB_Ntabacum_GeSeq-SRS_v6, position 1 - 3213, psl score
                     92.5, coverage 100.00%, match 92.47%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(48863..52075)
                     /gene="rpoB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="RNA polymerase subunit beta"
                     /translation="MLGDANEAMSTIPGFNQIQFEGFCRFIGRGLTEELSKFPKMEDT
                     DHEIEFQLFVERYQLVEPLLKERNAVYESLTYSSELYVSAGLIWKTSREMQEQTILIG
                     NIPLMNSLGTSIVNGIYRIVINQILQSPGIYYRSELDHNGISVYTGTIISDWGGRSEL
                     EIDRKARIWARVSRKQKISILVLSSAMGLNLREILDNVYYPEIFLSFLNDKERKKIGS
                     KENAILEFYQQFACVGGDPVFSESLCKELQKKFFQQKCELGRIGRRNMNRRLNLDIPQ
                     NNIFLLPRDILAAADHLIGLKFGMGTLDDMNHLKNKRIRSVADLLQDQFGLSLVRLEN
                     VVRGTICGAIRQKLIPTPQNLVTSTPLTTTYESFFGLHPLSQVLDRTNPLTQIVHGRK
                     LSYLGPGGLTGRTASFRIRDIHPSHYGRICPIDTSEGINVGLIGSLAIHARMGHWGSL
                     ESPFYEISERSTGLRLLYLSPGRDEYYMLAAGNSLGLNQDIQEEQVVPARYRQEFLTI
                     AWERVHLRSIFPFQYFSIGASLIPFIEHNDANRALMSSNMQRQAVPLSQSEKCIVGTG
                     LERQAALDSGALVIAECGGKIIYIDTDKILVAGNGDTLSIPLVMYQRSNKNTCMHQKP
                     QVPRDKCIKKGQIIADGAATVGGELALGKNVVVAYMPWEGYNFEDAVLISERLVYEDI
                     YTSFHIRKYEIQTHVTSQGPERITNEIPHLEAHLLRSLDKNGIVILGSWVETGDILVG
                     KLTPQMVKESSYAPEDRLLRAILGIQVSTSKETCLKLPIGGRGRVIDVRWIPKRGSSS
                     YKPETIRVYISQRREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGRPVDMVFNPLG
                     VPSRMNVGQIFECSLGLAGDLLDRHYRIAPFDERYEQEASRKLVFSELYENULLSKQT
                     ANPWVFEPEYPGKSRIFDGRAGNPFEQPVIIGKPYILKLIHQVDDKIHGRSSGHYALV
                     TQQPLRGRAKQGGQRVGEMEVWALEGFGVAHILQEMLTYKSDHIRARQEVLGTTIIGG
                     TIPNPEDAPESFRLLVRELRSLALELNHFLVSEKNFEINRKEA"
     gene            53190..53260
                     /gene="trnC-GCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            53190..53260
                     /gene="trnC-GCA"
                     /annotator="Chloe"
                     /product="tRNA-Cys"
     gene            54059..54148
                     /gene="petN"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petN,
                     position 1 - 89, E-Value 3.3e-26, score 94.6; blatX_hit
                     petN_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 90, psl
                     score 96.7, coverage 100.00%, match 96.67%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             54059..54148
                     /gene="petN"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit N"
                     /translation="MDIVSLAWAALMVVFTFSLSLVVWGRSGL"
     gene            complement(55108..55212)
                     /gene="psbM"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbM,
                     position 2 - 104, E-Value 2.4e-26, score 94.8; blatX_hit
                     psbM_Nundulata_GeSeq-SRS_v6, position 1 - 105, psl score
                     98.1, coverage 100.00%, match 98.10%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(55108..55212)
                     /gene="psbM"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit M"
                     /translation="MEVNILAFIATALFILVPTAFLLIIYVKTVSQND"
     gene            complement(55746..55819)
                     /gene="trnD-GUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(55746..55819)
                     /gene="trnD-GUC"
                     /annotator="Chloe"
                     /product="tRNA-Asp"
     gene            complement(55885..55968)
                     /gene="trnY-GUA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(55885..55968)
                     /gene="trnY-GUA"
                     /annotator="Chloe"
                     /product="tRNA-Tyr"
     gene            complement(56034..56106)
                     /gene="trnE-UUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(56034..56106)
                     /gene="trnE-UUC"
                     /annotator="Chloe"
                     /product="tRNA-Glu"
     gene            56694..56765
                     /gene="trnT-GGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            56694..56765
                     /gene="trnT-GGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            58053..59114
                     /gene="psbD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbD,
                     position 1 - 1062, E-Value 0, score 1121.3; blatX_hit
                     psbD_Ntabacum_GeSeq-SRS_v6, position 1 - 1062, psl score
                     94.7, coverage 100.00%, match 94.63%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             58053..59114
                     /gene="psbD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D2"
                     /translation="MTIALGKFTKDETDLFDIMDDWLRRDRFVFVGWSGLLLFPCAYF
                     ALGGWFTGTTFVTSWYTHGLASSYLEGCNFLTAAVSTPANSLAHSLLLLWGPEAQGDF
                     TRWCQLGGLWTFVALHGAFGLIGFMLRQFELARSVQLRPYNAIAFSGPIAVFVSVFLI
                     YPLGQSGWFFAPSFGVAAIFRFILFFQGFHNWTLNPFHMMGVAGVLGAALLCAIHGAT
                     VENTLFEDGDGANTFRAFNPTQAEETYSMVTANRFWSQIFGVAFSNKRWLHFFMLFVP
                     VTGLWMSALGVVGLALNLRAYDFVSQEIRAAEDPEFETFYTKNILLNEGIRAWMAAQD
                     QPHENLIFPEEVLPRGNAL"
     gene            59098..60483
                     /gene="psbC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbC,
                     position 1 - 1385, E-Value 0, score 1450.9; blatX_hit
                     psbC_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 1386,
                     psl score 93.6, coverage 100.00%, match 93.58%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             59098..60483
                     /gene="psbC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 43 kDa protein"
                     /translation="VETLFNGTLAVAGRDQETTGFAWWAGNARLINLSGKLLGAHVAH
                     AGLIVFWAGAMNLFEVAHFVPEKPMYEQGLILLPHLATLGWGIGPGGEVIDTFPYFVS
                     GVLHLISSAVLGFGGIYHALLGPETLEESFPFFGYVWKDRNKMTTILGIHLILLGLGA
                     FLLVFKALYFGGVYDTWAPGGGDVRKITNLTLSPSIIFGYLLKSPFGGEGWIVSVDDL
                     EDIIGGHVWLGSICILGGIWHILTKPFAWARRSLVWSGEAYLSYSLGALSVFGFIACC
                     FVWFNNTAYPSEFYGPTGPEASQAQAFTFLVRDQRLGANVGSAQGPTGLGKYLMRSPT
                     GEVIFGGETMRFWDLRAPWLEPLRGPNGLDLNRLKKDIQPWQERRSAEYMTHAPLGSL
                     NSVGGVATEINAVNYVSPRSWLATSHFVLGFFFFVGHLWHAGRARAAAAGFEKGIDRD
                     FEPVLSMTPLN"
     gene            complement(60713..60805)
                     /gene="trnS-UGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(60713..60805)
                     /gene="trnS-UGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            61110..61298
                     /gene="psbZ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbZ,
                     position 1 - 188, E-Value 2.8e-46, score 160.2; blatX_hit
                     psbZ_Stuberosum_GeSeq-SRS_v6, position 1 - 189, psl score
                     90.5, coverage 100.00%, match 90.48%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             61110..61298
                     /gene="psbZ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit Z"
                     /translation="MTLVFQLAVFALIATSSILVIGVPVVFASPDGWSSNKNIVFSGT
                     TLWIGLVFLVGILNSLIS"
     gene            61512..61582
                     /gene="trnG-GCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            61512..61582
                     /gene="trnG-GCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     gene            complement(61757..61830)
                     /gene="trnfM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(61757..61830)
                     /gene="trnfM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(61975..62277)
                     /gene="rps14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps14,
                     position 1 - 302, E-Value 2.4e-80, score 272.0; blatX_hit
                     rps14_Ntabacum_GeSeq-SRS_v6, position 1 - 303, psl score
                     90.8, coverage 100.00%, match 90.76%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(61975..62277)
                     /gene="rps14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S14"
                     /translation="MARKSLIQREKRRKTLEHKYHLIRRSSKKEISKVPSLSAKWEIY
                     RKLQAPPRNSAPTRLHRRCFSTGRSRANYRDFGLSGHILREMVHACLLPGATRSSW"
     gene            complement(62394..64598)
                     /gene="psaB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaB,
                     position 1 - 2204, E-Value 0, score 2344.5; blatX_hit
                     psaB_Nundulata_GeSeq-SRS_v6, position 1 - 2205, psl score
                     94.4, coverage 100.00%, match 94.38%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(62394..64598)
                     /gene="psaB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A2"
                     /translation="MALRFPRFSRGLAQDPTTRRIWFGIATAHDFESHDDITEERLYQ
                     NIFASHFGQLAIIFLWTSGNLFHVAWQGNFESWVQDPLHVRPIAHAIWDPHFGQPAVE
                     AFTRGGALGPVNIAYSGVYQWWYTIGLRTNEDLYIGALFLLFLSAISLIAGWLHLQPK
                     WKPSVSWFKNAESRLNHHLSGLFGVSSLAWTGHLVHVAIPASRGEYVRWNNFLDVLPH
                     PQGLGPLFTGQWNLYAQNPDSSSHLFGTSRGAGTAILTLLGGFHPQTQSLWLTDIAHH
                     HLAIAFIFLVAGHMYRTNFGIGHSIKDLLDAHIPPGGRLGRGHKGLYDTINNSLHFQL
                     GLALASLGVITSLVAQHMYSLPAYAFIAQDFTTQAALYTHHQYIAGFIMTGAFAHGAI
                     FFIRDYNPEQNEDNVLARMLDHKEAIISHLSWASLFLGFHTLGLYVHNDVMLAFGTPE
                     KQILIEPIFAQWIQSAHGKTSYGFDVLLSSTSGPAFNAGRSIWLPGWLNAINENTNSL
                     FLTIGPGDFLVHHAIALGLHTTTLILVKGALDARGSKLMPDKKDFGYSFPCDGPGRGG
                     TCDISAWDAFYLAVFWMLNTIGWVTFYWHWKHITLWQGNVSQFNESSTYLMGWLRDYL
                     WLNSSQLINGYNPFGMNSLSVWAWMFLFGHLVWATGFMFLISWRGYWQELIETLAWAH
                     ERTPLANLIRWRDKPVALSIVQARLVGLAHFSVGYIFTYAAFLIASTSGKFG"
     gene            complement(64624..66876)
                     /gene="psaA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaA,
                     position 1 - 2252, E-Value 0, score 2424.0; blatX_hit
                     psaA_Ntabacum_GeSeq-SRS_v6, position 1 - 2253, psl score
                     94.3, coverage 100.00%, match 94.27%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(64624..66876)
                     /gene="psaA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A1"
                     /translation="MIIRSPEPEVKILVDKDPVKTSFEEWAKPGHFSRTIAKGPETTT
                     WIWNLHADAHDFDSHTSDLEEISRKVFSAHFGQLSIIFLWLSGMYFHGARFSNYEAWL
                     SDPTHIGPSAQVVWPIVGQEILNGDVGGGFRGIQITSGFFQIWRASGITSELQLYCTA
                     IGALVFAALMLFAGWFHYHKAAPKLAWFQDVESMLNHHLAGLLGLGSLSWAGHQVHVS
                     LPINQFLNAGVDPKEIPLPHEFILNRDLLAQLYPSFAEGATPFFTLNWSKYAEFLTFR
                     GGLDPVTGGLWLTDIAHHHLAIAILFLIAGHMYRTNWGIGHGLKDILEAHKGPFTGQG
                     HKGLYEILTTSWHAQLSLNLAMLGSLTIVVAHHMYSMPPYPYLATDYATQLSLFTHHM
                     WIGGFLIVGAAAHAAIFMVRDYDPTTRYNDLLDRVLRHRDAIISHLNWACIFLGFHSF
                     GLYIHNDTMSALGRPQDMFSDTAIQLQPVFAQWIQNTHAVAPGATAPGATASTSLTWG
                     GGDLVAVGGKVALLPIPLGTADFLVHHIHAFTIHVTVLILLKGVLFARSSRLIPDKAN
                     LGFRFPCDGPGRGGTCQVSAWDHVFLGLFWMYNSISVVIFHFSWKMQSDVWGSISDQG
                     IVTHITGGNFAQSSITINGWLRDFLWAQASQVIQSYGSSLSAYGLFFLGAHFVWAFSL
                     MFLFSGRGYWQELIESIVWAHNKLKVAPATQPRALSIVQGRAVGVTHYLLGGIATTWA
                     FFLARIIAVG"
     gene            complement(67561..69479)
                     /gene="pafI"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     pafI_Abelladonna_GeSeq-SRS_v6, position 1 - 507, psl
                     score 88.4, coverage 100.00%, match 95.07%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(67561..67715,68421..68648,69356..69479))
                     /gene="pafI"
                     /annotator="blatX"
                     /product="photosystem I assembly factor I"
                     /translation="MPRSRINGNFIDKTFSIVANILLQIIPTTLGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAIALTPGNYIEAHNW
                     LKITRRFE"
     exon            complement(67561..67715)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=3
     CDS             complement(join(67561..67713,68419..68648,69356..69479))
                     /gene="pafI"
                     /annotator="Chloe"
                     /product="photosystem I assembly factor I"
                     /translation="MPRSRINGNFIDKTFSIVANILLQIIPTTLGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAIALTPGNYIEAHNW
                     LKITRRFE"
     intron          complement(67716..68420)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     exon            complement(69356..69479)
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(68421..68648)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     intron          complement(68649..69355)
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(68419..68648)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     intron          complement(67714..68418)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     exon            complement(67561..67713)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=3
     gene            70358..70445
                     /gene="trnS-GGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            70358..70445
                     /gene="trnS-GGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            complement(70700..71305)
                     /gene="rps4"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps4,
                     position 1 - 605, E-Value 7.2e-172, score 574.1;
                     blatX_hit rps4_Ntomentosiformis_GeSeq-SRS_v6, position 1
                     - 606, psl score 93.1, coverage 100.00%, match 93.07%;
                     merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(70700..71305)
                     /gene="rps4"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S4"
                     /translation="MSRYRGPRFKKIRRLGALPGLTNKRPKAVSDFRNQSRSGKKSQY
                     RIRLEEKQKLRFHYGLTERQLLKYVRIAGKAKGSTGRVLLQLLEMRLDNILFRLGMAS
                     TIPAARQLVNHRHVVVNGHIVDIPSYRCKPRDIITAKDEQQSRTLIQNSLNSSPHAEV
                     PTHLTLHPFQYKGLVNQIIDSKWVGLKINELLVVEYYSRQT"
     gene            complement(71633..71705)
                     /gene="trnT-UGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(71633..71705)
                     /gene="trnT-UGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            72469..73013
                     /gene="trnL-UAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(72469..72503,72964..73013)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     exon            72469..72503
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     intron          72504..72963
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     exon            72964..73013
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=2
     gene            73353..73425
                     /gene="trnF-GAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            73353..73425
                     /gene="trnF-GAA"
                     /annotator="Chloe"
                     /product="tRNA-Phe"
     gene            complement(74104..74289)
                     /gene="ndhJ"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(74104..74289)
                     /gene="ndhJ"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit J"
                     /translation="MVWINRKRYAYKVFAARRNPRTPPAFWVWKNADFQERESYDMLG
                     ISYDNDNHPCLKCILMP"
     gene            complement(74988..75011)
                     /gene="ndhK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(74988..75011)
                     /gene="ndhK"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MKMASPR"
     gene            complement(75223..75339)
                     /gene="ndhC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(75223..75339)
                     /gene="ndhC"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit C"
                     /translation="MFLLYEYDIFGAFLIISNLIPIFLFGISGILAPTRKGP"
     gene            complement(76236..76889)
                     /gene="trnV-UAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(76236..76270,76852..76889))
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     exon            complement(76852..76889)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(76271..76851)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(76236..76270)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=2
     gene            77076..77148
                     /gene="trnM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            77076..77148
                     /gene="trnM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(77360..77761)
                     /gene="atpE"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpE_Nundulata_GeSeq-SRS_v6, position 1 - 402, psl score
                     90.1, coverage 100.00%, match 90.05%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(77360..77761)
                     /gene="atpE"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit epsilon"
                     /translation="MTLNLCVLTPNRIVWDSEVKEIILSTNSGQIGVLPNHAPIATAV
                     DIGILRIRLKDQWVTMALMGGFARIRNNEITVLVNDAEKGSDIHLQDAQQTLQIAEAN
                     LIKAEGKRQIIEANLTLRRARTRVEAVNAIS"
     gene            complement(77758..79254)
                     /gene="atpB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpB,
                     position 1 - 1497, E-Value 0, score 1565.3; blatX_hit
                     atpB_Abelladonna_GeSeq-SRS_v6, position 1 - 1497, psl
                     score 93.0, coverage 100.00%, match 92.92%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(77758..79254)
                     /gene="atpB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF1 subunit beta"
                     /translation="MTINPTTSGPGVSTLEKKNPGHVVQIIGPVLDVAFPPGKMPNIY
                     NALVVKGRDTLGQPINVTCEVQQLLGNNRVRAVAMSATDGLMRGMEVIDTGAPLSVPV
                     GGATLGRIFNVLGEPVDNLGPVDTRTTFPIHRSAPAFIQLDTKLAIFETGIKVVDLLA
                     PYRRGGKIGLFGGAGVGKTVLIMELINNIAKAHGGVSVFGGVGERTREGNDLYMEMKE
                     SGVINEENIAESKVALVYGQMNEPPGARMRVGLTALTMAEYFRDVNEQDVLLFIDNIF
                     RFVQAGSEVSALLGRMPSAVGYQPTLSTEMGSLQERITSTKEGSITSIQAVYVPADDL
                     TDPAPATTFAHLDATTVLSRGLAAKGIYPAVDPLDSTSTMLQPRIVGEEHYETAQRVK
                     QTLQRYKELQDIIAILGLDELSEEDRLTVARARKIERFLSQPFFVAEVFTGSPGKYVG
                     LAETIRGFQLILSGELDGLPEQAFYLVGNIDEATAKALNLEMESNLKK"
     gene            80031..81482
                     /gene="rbcL"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             80031..81482
                     /gene="rbcL"
                     /annotator="Chloe"
                     /product="ribulose-1,5-bisphosphate carboxylase/oxygenase
                     large subunit"
                     /translation="MSPQTETKASVGFKAGVKEYKLTYYTPEYATKDTDILAAFRVTP
                     QPGVPPEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYHIEAVPGETDQYICYVA
                     YPLDLFEEGSVTNMFTSIVGNVFGFKALRALRLEDLRIPPAYVKTFQGPPHGIQVERD
                     KLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRF
                     LFCAEALYKAQAETGEIKGHYLNATAGTCEEMMKRAVFARELGVPIVMHDYLTGGFTA
                     NTSLAHYCRDNGLLLHIHRAMHAVIDRQKNHGIHFRVLAKALRMSGGDHIHSGTVVGK
                     LEGERDITLGFVDLLRDDFIKKDRSRGIYFPQDWVSLPGVIPVASGGIHVWHMPALTE
                     IFGDDSVLQFGGGTLGHPWGNAPGAVANRVALEACVQARNEGRDLAAEGNAIIREASK
                     WSPELAAACEVWKEIKFEFRAVDTLDKEEEDNK"
     gene            82183..83655
                     /gene="accD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit accD,
                     position 2 - 1482, E-Value 0, score 1167.0; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             82183..83655
                     /gene="accD"
                     /annotator="Chloe, HMMER; merged"
                     /product="acetyl-CoA carboxylase subunit beta"
                     /translation="MERWWFNLMVFQKELKHSYRITKSTNNLDPIENTSESEDTNRKG
                     QAKNIQNWGGRDNSSSTNVDHFFGVKDIRNFISDDTFLVSESNGESFYIYFDIENQIF
                     EIENDHSFLSELESSYRNFRYMTNGSTSQNSLYNHYMYDTQSSWNNHITSCIDGYLQS
                     QICIDTSIVIDSSDNYIAGCVFDKRRTSSESKGSRIQTRAKKSDLTLPESSNDLDATQ
                     KYKQLWIQCENCYGLNYKKFLKSKMNICEQCAYHLKISSSERIEVLIDPGTWDPRDED
                     MVSLDPIGFHSEEEPYQDRIHSYQRKTGLTEAVQTGIGQLNGLPVAIGVMDFQFMGGS
                     MGCVVGEKITRLIEYATNQFLPLIIVCASGGARMQEGNULLLSLMQMAKISSALYDYQ
                     ANKKLLYVSILTSPTTGGVTASFGMLGDIIIAEPNSYIAFAGKRVIEQTLNKTIPEGS
                     QVAEYLFQKGLFDLIVPRNLVKSVLSELFKLHAFFPLNSNSLE"
     gene            84303..84413
                     /gene="psaI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaI,
                     position 1 - 110, E-Value 4.1e-24, score 86.1; blatX_hit
                     psaI_Stuberosum_GeSeq-SRS_v6, position 1 - 111, psl score
                     92.8, coverage 100.00%, match 92.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             84303..84413
                     /gene="psaI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit I"
                     /translation="MTIFNFPSIFVPLVGLVFPAIAMASLFLHVQKNKIV"
     gene            84840..85394
                     /gene="pafII"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pafII,
                     position 2 - 554, E-Value 1.1e-143, score 480.5;
                     blatX_hit pafII_Nundulata_GeSeq-SRS_v6, position 1 - 555,
                     psl score 90.1, coverage 100.00%, match 90.09%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             84840..85394
                     /gene="pafII"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I assembly factor II"
                     /translation="MSWRSEHIWIELITGSRKLSNFYWAFIVFLGSLGFLLVGTSSYF
                     GRNLISFVPSQQIIFFPQGIVMSFYGIAGLFISSYLLCTISWNVGSGYDRFDKREGKV
                     CIFRWGFPGKNRRIFLRFLIKDIQSVRVEVKEGIYARRVLYIDIRGRGAIPLTRTDEN
                     LTPREIEQKATELAYFLRVPIQVF"
     gene            86182..86868
                     /gene="cemA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     cemA_Nundulata_GeSeq-SRS_v6, position 1 - 690, psl score
                     89.2, coverage 99.57%, match 87.68%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             86182..86868
                     /gene="cemA"
                     /annotator="Chloe, blatX; merged"
                     /product="envelope membrane carbon uptake protein"
                     /translation="MAKKKAFTPLLYLASIVFLPWWISLLFTKSIESWVTNSTNAAQS
                     EIFVNDIQEQSILEKFIELEEICFLDEMIKEYSETHLQIPKRIHKETIQLIKIHNEGR
                     IHTILHFSTNIICFIILSGYSLLGNEELVILNSWAQEFFSNLSDTIKAFLILLLTDLC
                     IGFHSPHGWELMIGYVYKDFGFVNNDQIISGLVSTFPVILDTILKYWIFRYLNRVSPS
                     LVVIYHSMNE"
     gene            87098..88060
                     /gene="petA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petA,
                     position 1 - 963, E-Value 1.2e-284, score 947.2;
                     blatX_hit petA_Vvinifera_GeSeq-SRS_v6, position 1 - 963,
                     psl score 90.6, coverage 100.00%, match 90.55%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             87098..88060
                     /gene="petA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome f"
                     /translation="MQTRKTFFLIKEQITRSISVSLMIYIITQSSVSGAYPIFAQQGY
                     ENPREATGRIVCANCHLASKPVAIEVPQAVLPDTVFEAVVRIPYDKQVKQVLANGKKG
                     GLNVGAVLILPEGFELAPAERISPELKEKIGNLSFQSYRPTKKNILVIGPVPGQKYSE
                     IAFPILSPDPTTKKDVHFLKYPIYVGGNRGRGQIYPDGSKSNNTVYNATGAGVVSKII
                     RKEKGGYEITITDPSDGRQVVDIIPPGPELLVSEGESIKFDQPVTSNPNVGGFGQGEA
                     EIVLQDPVRVEGLLFFLASVIFAQIFLVLKKKQFEKVQLAEMNF"
     gene            complement(88983..89105)
                     /gene="psbJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbJ,
                     position 1 - 122, E-Value 3.3e-31, score 110.7; blatX_hit
                     psbJ_Vvinifera_GeSeq-SRS_v6, position 1 - 123, psl score
                     94.4, coverage 100.00%, match 94.31%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(88983..89105)
                     /gene="psbJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit J"
                     /translation="MADTTGRIPLWIIGTVTGILVIGLIGIFFYGSYSGLGSSL"
     gene            complement(89237..89353)
                     /gene="psbL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbL,
                     position 1 - 116, E-Value 2.2e-32, score 114.5; blatX_hit
                     psbL_Rcommunis_GeSeq-SRS_v6, position 1 - 117, psl score
                     97.5, coverage 100.00%, match 97.44%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(89237..89353)
                     /gene="psbL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit L"
                     /translation="MTQSNPNDQNVELNRTSLYWGLLLIFVLAVLFSNYFFN"
     gene            complement(89377..89496)
                     /gene="psbF"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbF,
                     position 1 - 120, E-Value 4.9e-34, score 119.5; blatX_hit
                     psbF_Stuberosum_GeSeq-SRS_v6, position 1 - 120, psl score
                     97.5, coverage 100.00%, match 97.50%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(89377..89496)
                     /gene="psbF"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit beta"
                     /translation="MTIDRTYPIFTVRWLAIHGLAVPTVFFLGSISAMQFIQR"
     gene            complement(89511..89762)
                     /gene="psbE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbE,
                     position 1 - 252, E-Value 9.1e-75, score 253.2; blatX_hit
                     psbE_Ptrichocarpa_GeSeq-SRS_v6, position 1 - 252, psl
                     score 96.1, coverage 100.00%, match 96.03%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(89511..89762)
                     /gene="psbE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit alpha"
                     /translation="MSGSTGERSFADIITSIRYWVIHSITIPSLFIAGWLFVSTGLAY
                     DVFGSPRPNEYFTQSRQGIPLITGRFDSLEQLDEFSRSF"
     gene            90691..90786
                     /gene="petL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petL,
                     position 1 - 94, E-Value 4.7e-23, score 84.7; blatX_hit
                     petL_Stuberosum_GeSeq-SRS_v6, position 1 - 96, psl score
                     92.8, coverage 100.00%, match 92.71%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             90691..90786
                     /gene="petL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit L"
                     /translation="MLTITSYFGFLLVSLTITSALFIGLNKIRLI"
     gene            90973..91086
                     /gene="petG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     petG_Stuberosum_GeSeq-SRS_v6, position 1 - 114, psl score
                     96.5, coverage 100.00%, match 96.49%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             90973..91086
                     /gene="petG"
                     /annotator="Chloe, blatX; merged"
                     /product="cytochrome b6/f subunit G"
                     /translation="MIEVFLFGIVLGLIPITLAGLFVTAYLQYRRGDQLDL"
     gene            complement(91201..91274)
                     /gene="trnW-CCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(91201..91274)
                     /gene="trnW-CCA"
                     /annotator="Chloe"
                     /product="tRNA-Trp"
     gene            complement(91431..91504)
                     /gene="trnP-UGG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(91431..91504)
                     /gene="trnP-UGG"
                     /annotator="Chloe"
                     /product="tRNA-Pro"
     gene            91868..92002
                     /gene="psaJ"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psaJ_Slycopersicum_GeSeq-SRS_v6, position 1 - 135, psl
                     score 94.9, coverage 100.00%, match 94.81%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             91868..92002
                     /gene="psaJ"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem I subunit J"
                     /translation="MRDLKTYLSAAPVLSTLWFGALAGLLIEINRFFPDALTFPFFSF
                     "
     gene            92465..92665
                     /gene="rpl33"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl33,
                     position 1 - 201, E-Value 2.7e-48, score 166.8; blatX_hit
                     rpl33_Abelladonna_GeSeq-SRS_v6, position 1 - 201, psl
                     score 89.6, coverage 100.00%, match 89.55%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             92465..92665
                     /gene="rpl33"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L33"
                     /translation="MAKGKDARITVILECTNCIRNGVKKVPPGISRYITEKNRHNTPN
                     RLELIKFCPYCYKHMIHGEIKK"
     gene            92823..93128
                     /gene="rps18"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps18,
                     position 2 - 300, E-Value 1.9e-79, score 268.4; blatX_hit
                     rps18_Vvinifera_GeSeq-SRS_v6, position 1 - 306, psl score
                     94.5, coverage 100.00%, match 94.44%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             92823..93128
                     /gene="rps18"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S18"
                     /translation="MDKSKRPFLKSKRSFRRRLPPIQSGDRIDYRNISLISRFISEQG
                     KILSRRMNRLTLNQQRLITIAIKQARILSLLPFLNNEKQFERTEPATGATGLRTRNK"
     gene            complement(93359..93745)
                     /gene="rpl20"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl20_Abelladonna_GeSeq-SRS_v6, position 1 - 387, psl
                     score 91.5, coverage 100.00%, match 91.47%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(93359..93745)
                     /gene="rpl20"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L20"
                     /translation="MTRIKRGYIARRRRTKIRLFASSFRGAHSRLARTITQQKIRALF
                     SARRDRDKQKRNFRRLWIARINAVIRERRVSYSYSKLIHDLYKRQLLLNRKILAQIAI
                     SNRNCLYMISNEIIKETDRKEYTGII"
     exon            complement(94554..94667)
                     /gene="rps12"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     gene            complement(94801..95069)
                     /gene="clpP1"
                     /info="HMMER_hit clpP1, position 362 - 591, E-Value
                     1.8e-56, score 192.9"
                     /annotator="HMMER"
     CDS             complement(94801..95069)
                     /gene="clpP1"
                     /annotator="HMMER"
     gene            complement(94819..96764)
                     /gene="clpP1"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     clpP1_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 591,
                     psl score 86.0, coverage 100.00%, match 90.02%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(94819..95043,95671..95965,96694..96764))
                     /gene="clpP1"
                     /annotator="blatX"
                     /product="ATP-dependent Clp protease proteolytic subunit
                     1"
                     /translation="MPIGVPKVPYRIPGDGGSAWVDVYNRLYQERLLFLGQGIDSDTS
                     NQLIGLMVYLSIEDESKDLYLFINSPGGWVIPGVALYDTMQFVRPEVHTICMGIAASI
                     GSFLLVGGEITKRLAFPHAWVMIHQPASSFYMAQTGEFILEAEELLKLRETITRVYVQ
                     RTGKPLWVVSEDLERDVFMSATEAKAYGIIDLVAVE"
     exon            complement(94819..95043)
                     /gene="clpP1"
                     /annotator="blatX"
                     /number=3
     CDS             complement(join(94819..95046,95674..95965,96694..96764))
                     /gene="clpP1"
                     /annotator="Chloe"
                     /product="ATP-dependent Clp protease proteolytic subunit
                     1"
                     /translation="MPIGVPKVPYRIPGDGGSAWVDVYNRLYQERLLFLGQGIDSDTS
                     NQLIGLMVYLSIEDESKDLYLFINSPGGWVIPGVALYDTMQFVRPEVHTICMGIAASI
                     GSFLLVGGEITKRLAFPHARVMIHQPASSFYMAQTGEFILEAEELLKLRETITRVYVQ
                     RTGKPLWVVSEDLERDVFMSATEAKAYGIIDLVAVE"
     intron          complement(95044..95670)
                     /gene="clpP1"
                     /annotator="blatX"
                     /number=2
     exon            complement(96694..96764)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(95671..95965)
                     /gene="clpP1"
                     /annotator="blatX"
                     /number=2
     intron          complement(95966..96693)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(95674..95965)
                     /gene="clpP1"
                     /annotator="Chloe"
                     /number=2
     intron          complement(95047..95673)
                     /gene="clpP1"
                     /annotator="Chloe"
                     /number=2
     exon            complement(94819..95046)
                     /gene="clpP1"
                     /annotator="Chloe"
                     /number=3
     gene            97200..98726
                     /gene="psbB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbB,
                     position 1 - 1527, E-Value 0, score 1565.8; blatX_hit
                     psbB_Abelladonna_GeSeq-SRS_v6, position 1 - 1527, psl
                     score 92.8, coverage 100.00%, match 92.80%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             97200..98726
                     /gene="psbB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 47 kDa protein"
                     /translation="MGLPWYRVHTVVLNDPGRLLAVHIMHTALVAGWAGSMALYELAV
                     FDPSDPVLDPMWRQGMFVIPFMTRLGITNSWGGWSITGGAGTNPGIWSYEGVAGAHIV
                     FSGLCFLAAIWHWVYWDLAIFCDDRTGKPSLDLPKIFGIHLFLSGVACFGFGAFHVTG
                     LYGPGIWVSDPYGLTGKVQPVNPSWGVEGFDPFVPGGIASHHIAAGTLGILAGLFHLS
                     VRPPQRLYKGLRMGNIETVLSSSIAAVFFAAFVVAGTMWYGSATTPIELFGPTRYQWD
                     QGYFQQEVYRRVSLGLAENQSLSEAWSKIPEKLAFYDYIGNNPAKGGLFRAGSMDSGD
                     GIAVGWLGHPIFRDKEGHELFVRRMPTFFETFPVVLVDGDGIVRADVPFRRAESKYSV
                     EQVGVTVEFYGGELGGVSYSDPTTVKKYARRAQLGEIFELDRATLKSDGVFRSSPRGW
                     FTFGHASFALLFFFGHIWHGARTLFRDVFAGIDPDLDAQVEFGAFQKLGDPTTRRPAV
                     "
     gene            98917..99024
                     /gene="psbT"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psbT_Vvinifera_GeSeq-SRS_v6, position 1 - 108, psl score
                     96.3, coverage 100.00%, match 96.30%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             98917..99024
                     /gene="psbT"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem II subunit T"
                     /translation="MEALVYTFLLVSTLGIIFFAIFFREPPKVRTKKMK"
     gene            complement(99086..99217)
                     /gene="pbf1"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pbf1,
                     position 1 - 132, E-Value 4.3e-36, score 126.0; blatX_hit
                     pbf1_Stuberosum_GeSeq-SRS_v6, position 1 - 132, psl score
                     96.3, coverage 100.00%, match 96.21%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(99086..99217)
                     /gene="pbf1"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem biogenesis factor 1"
                     /translation="METATLVAIFISGLLVSFTGYALYTAFGQPSQQLRDPFEEHGD"
     gene            99324..99545
                     /gene="psbH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbH,
                     position 1 - 220, E-Value 8.1e-58, score 197.6; blatX_hit
                     psbH_Stuberosum_GeSeq-SRS_v6, position 1 - 222, psl score
                     88.8, coverage 100.00%, match 88.74%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             99324..99545
                     /gene="psbH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit H"
                     /translation="MATQTVENSSRARPRRTNAGGLLKPLNSEYGKVAPGWGTTPLMG
                     VAMALFAVFLSIILEIYNSSVLLDGISMN"
     gene            99671..101046
                     /gene="petB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(99671..99676,100405..101046)
                     /gene="petB"
                     /annotator="Chloe"
                     /product="cytochrome b6"
                     /translation="MSKVYDWFEERLEIQAIADDITSKYVPPHVNIFYCLGGITLTCF
                     LVQVATGFAMTFYYRPTVTEAFASVQYIMTEANFGWLIRSVHRWSASMMVLMMILHVF
                     RVYLTGGFKKPRELTWVTGVVLAVLTASFGVTGYSLPRDQIGYWAVKIVTGVPEAIPV
                     IGSPLVELLRGSANVGQSTLTRFYSLHTFVLPLLTAVFMLMHFLMIRKQGISGPL"
     exon            99671..99676
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     intron          99677..100404
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     exon            100405..101046
                     /gene="petB"
                     /annotator="Chloe"
                     /number=2
     gene            101252..102499
                     /gene="petD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(101252..101259,102025..102499)
                     /gene="petD"
                     /annotator="Chloe"
                     /product="cytochrome b6/f subunit IV"
                     /translation="MGVTKKPDLNDPVLRAKLAKGMGHNYYGEPAWPNDLLYIFPVVI
                     LGTIACNVGLAVLEPSMIGEPADPFATPLEILPEWYFFPVFQILRTVPNKLLGVLLMV
                     SVPTGLLTVPFLENVNKFQNPFRRPVATTVFLIGTVAALWLGIGATLPIDKSLTLGLF
                     "
     exon            101252..101259
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     intron          101260..102024
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     exon            102025..102499
                     /gene="petD"
                     /annotator="Chloe"
                     /number=2
     gene            complement(102671..103684)
                     /gene="rpoA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpoA,
                     position 1 - 1010, E-Value 7.1e-262, score 872.1;
                     blatX_hit rpoA_Ntomentosiformis_GeSeq-SRS_v6, position 1
                     - 1014, psl score 88.7, coverage 100.00%, match 88.66%;
                     merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(102671..103684)
                     /gene="rpoA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="RNA polymerase subunit alpha"
                     /translation="MVRETVTVSPRTLKWKCIESRADSKRLYYGRFILSPLMKGQADT
                     IGIAMRRALLGEIEGTCITRVKSENVPHEYATITGIQESVHEILMNLKEIVFRSTLYG
                     TSEASICVRGPGYVTAQDIILPPCVEIVDNIQHIASLTEPINLSIELEIERNRGYLIK
                     MPHNVQEGSYPINAVFMPVRNVNHSIHSYGNGNQQQEILFLEIWTNGSLTPKEALHEA
                     SRNLIDLFIPFLHQEEENLPFEENHHTVLLSPFTFYDQFDKLKKKTKKIALKSIFIDQ
                     CELCPRVYNYLKRSNIYTLLDLFNNSHEDLMKIEHFRREDVKKILGSLEKHFAIDLPN
                     NQF"
     gene            complement(103756..104172)
                     /gene="rps11"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps11,
                     position 1 - 416, E-Value 1.7e-119, score 400.5;
                     blatX_hit rps11_Nundulata_GeSeq-SRS_v6, position 1 - 417,
                     psl score 91.4, coverage 100.00%, match 91.37%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(103756..104172)
                     /gene="rps11"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S11"
                     /translation="MAKAIPRTGSRRNARLGSRKSARRIPKGVIHVQASFNNTIVTVT
                     DVRGRVVSWASAGTCGFKGTRRGTPFAAQTAAASAVRTVVDQGMQRAEVMIKGPGLGR
                     DAALRAIRRSGILLTFVRDVTPMPHNGCRPPKKRRV"
     gene            complement(104277..104390)
                     /gene="rpl36"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl36,
                     position 1 - 114, E-Value 2.3e-28, score 101.4; blatX_hit
                     rpl36_Nundulata_GeSeq-SRS_v6, position 1 - 114, psl score
                     94.8, coverage 100.00%, match 94.74%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(104277..104390)
                     /gene="rpl36"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L36"
                     /translation="MKIRASVRKICEKCRLIRRRGHIIVICSNPRHKQRQG"
     gene            complement(104488..104721)
                     /gene="infA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     infA_Eguineensis_GeSeq-SRS_v6, position 1 - 234, psl
                     score 91.1, coverage 100.00%, match 91.03%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(104488..104721)
                     /gene="infA"
                     /annotator="Chloe, blatX; merged"
                     /product="translational initiation factor 1"
                     /translation="MKEQKWIHEGLITESLPNGMFRVRLDNEDLILGYVSGKIRRSFI
                     RILPGDKVKIEVSRYDSTKGRIIYRLRNKDSKD"
     gene            complement(104837..105247)
                     /gene="rps8"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps8,
                     position 1 - 405, E-Value 5.6e-100, score 337.1;
                     blatX_hit rps8_Ntabacum_GeSeq-SRS_v6, position 1 - 405,
                     psl score 88.9, coverage 101.48%, match 90.62%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(104837..105247)
                     /gene="rps8"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S8"
                     /translation="MGRDTIAEIITSIRNADMDRKRVVRIASTNITENIVKLLFREGF
                     IENVRKHREKNKYFLVVTLRHRKNSKRPYRNRNFLNLKRISRPGLRIYSNSQRIPRIL
                     GGLGIVILSTSRGIMTDREARLEGIGGEILCYIW"
     gene            complement(105411..105779)
                     /gene="rpl14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl14,
                     position 1 - 368, E-Value 2.1e-105, score 354.3;
                     blatX_hit rpl14_Slycopersicum_GeSeq-SRS_v6, position 1 -
                     369, psl score 93.8, coverage 100.00%, match 93.77%;
                     merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(105411..105779)
                     /gene="rpl14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L14"
                     /translation="MIQPQTHLNVADNSGARKLMCIRIIGASNRRYAHVGDIIVAVIK
                     EAVPNMPLEKSEVVRAVIVRTCKELKRESGMIIRYDDNAAVVIDQEGNPKGTRIFGAI
                     PRELRQLNFTKIVSLAPEVL"
     gene            complement(105897..107169)
                     /gene="rpl16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(105897..106295,107161..107169))
                     /gene="rpl16"
                     /annotator="Chloe"
                     /product="ribosomal protein L16"
                     /translation="MLSPKRTRFRKQHRGRMKGISYRGNHICFGKYALQALEPAWITS
                     RQIEAGRRAMTRNARRGGKIWVRIFPDKPVTVRPAETRMGSGKGSPEYWVAVVKPGRI
                     LYEMGGVTENIARRAILIAASKMPIRTQFIISV"
     exon            complement(107161..107169)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(106296..107160)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(105897..106295)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(107308..107970)
                     /gene="rps3"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps3,
                     position 1 - 653, E-Value 1.7e-172, score 575.7; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             complement(107308..107970)
                     /gene="rps3"
                     /annotator="Chloe, HMMER; merged"
                     /product="ribosomal protein S3"
                     /translation="MGQKINPLGFRLGITQSHHSVWFAKPNNYSESLQEDQKIRDFIK
                     NYVQKNMGISSGAEGIARIEIQKRIDLIQVIIFMGFPKLLIERTPRGIEELQMNLEKE
                     FHYENRKLNIAITRITKPYRNPNILAEFIAGQLKNRVSFRKAMKKAIELTEQADTKGI
                     QVQISGRLDGKEIARVEWIREGRVPLQTIRAKIDYCSYTVRTIYGVLGIKIWIFIDTE
                     EE"
     gene            complement(107955..108419)
                     /gene="rpl22"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(107955..108419)
                     /gene="rpl22"
                     /annotator="Chloe"
                     /product="ribosomal protein L22"
                     /translation="MLRQRKKKTEVYALGRHISISADKARRIIDQIRGRSYEETLMIL
                     ELMPYRACYPIFKLVYSAAANAASNMGSNEANLVITKAEVNEGTIAKKFKPKARGRSY
                     AIKRTTCHITIVVKDISLDEYEEIYAFKNTRWKKTTMIFPDVYSSGVVWDKK"
     gene            complement(108040..108425)
                     /gene="rpl22"
                     /info="HMMER_hit rpl22, position 11 - 366, E-Value
                     2.8e-87, score 293.6"
                     /annotator="HMMER"
     CDS             complement(108040..108425)
                     /gene="rpl22"
                     /annotator="HMMER"
     gene            complement(108490..108768)
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps19,
                     position 1 - 278, E-Value 3.6e-70, score 238.6; blatX_hit
                     rps19_Ntabacum_GeSeq-SRS_v6, position 1 - 279, psl score
                     89.3, coverage 100.00%, match 89.25%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(108490..108768)
                     /gene="rps19"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S19"
                     /translation="VIRSLKKNPFVANHLLRKINKLNKKEEKEIIVTWSRASTIIPTM
                     IGHTIAIHNGKEHLPTYITDRMVGHKLGEFVPTLNFRGHAKSDNRSRR"
     repeat_region   108679..133822
                     /note="inverted repeat B (IRB)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
     gene            complement(108832..110328)
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl2_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 825, psl
                     score 95.8, coverage 100.00%, match 98.30%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(108832..109265,109938..110328))
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLYKTSTPSTRNGTVDSQVKSNPRNNLIYGQQHCGKGRNAR
                     GIITARHRGGGHKRLYRKIDFLRNEKDISGRIVTIEYDPNRNAYICLIHYGDGEKRYI
                     LHPRGAIIGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLVRAAGAVA
                     KLIAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKCLGRAGSKRWLGKRPVV
                     RGVVMNPVDHPHGGGEGRAPIGRKKPTTPWGYPALGRRSRKRKKYSDNLIVRRRNK"
     exon            complement(109938..110328)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(109266..109937)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(108832..109265)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            complement(110348..110629)
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl23_Vvinifera_GeSeq-SRS_v6, position 1 - 282, psl score
                     97.6, coverage 100.00%, match 97.52%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(110348..110629)
                     /gene="rpl23"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L23"
                     /translation="MDGIKNAVFTDKSIRLLGKNQYTSNVESGSTRTELKHWVELFFG
                     VKVIAMNSHRLPGKGRRMGPIMGRTMHYRRMIITLQPGYSIPPLRKKRT"
     gene            complement(110795..110868)
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(110795..110868)
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            110957..117769
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             110957..117769
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MKEHPFKSWIFELREIKNSHYFLDSWTQFNSVGSFIHIFFHQER
                     FLKLLDPRILSILLSRNSQGSTSNRYFTIKGVILFVVAVLIYRINNRNMVERKNLYWR
                     GLLPMNSIGPRNDTLEESVGSSNINRLIVSLLYLPKGKKISDSCFLNPKESTWILPIT
                     KKCSMPESNWGSRWWRNWSGKKRDSSCKISNETVAEIEILFNEKDIKYLEFLFVYYMD
                     DPIRKDRDWELFDCLSLRKRRNRINLNSGSLFEILVKHWISYLMSAFREKIPIEVEGF
                     FKQQTAGSTIQSNDIEHVSHLFSRNKWAISLQNCAQFHMWQFRQDLFVSWGKNPHESD
                     FLRNISRENLIWLDNVWLVNKDPFFRKVRNVSSNIQYDSTRSRFVQVTDSSQPKGSSD
                     QSRDHLDSISNEDSEYHALINQREIQPLKERSILWDPSFLQTEGTEIESDRFPKSLSG
                     YSLMSRLFTEREKQMINHLLPEEIEEFLGNPTRSVRSFFSERWSELHLGSNPTERSTR
                     DQKFFKKQQDLSFVPSRRSKNKELVNIFKIITYLQNTVSIHPISPGCDRVLKDEPDMD
                     SSNKMSFLNKNPFFDLFHLFHDRNRGGYTLHHDFESEERFQEMADLFTLSITEPDLVY
                     HKGFTFSIDSSGLDQKQFLNEVRDESKKKSLLVLPPIFYEENESFSRRIRKKRARISC
                     GNDLEDPKPKMVVFASNKIMEAVNQYRLIRNLIQIQYYGYIRNVLNRFFLMNRSDRNF
                     EYGIQRDQIGKDTLNHRTIMKYTINQHFSNLKKSQKKWFDPLIFISRTERSMNRDPDA
                     YRYKWSNGSKNFQEHLEHFVSEHKSRFQIVFDRLRINQYSIDWSEVIDTKDLSKPLRF
                     FLSKSLLFLSKLLFFLSNSLPFFCVSFGNIPIHRSEIYIYELKGPNDQLCNQLLESIG
                     LQIVHLKKWKPFLLDDRDTYRKSKFLITGGRPFLFNKTPKCMIDSFHTRNNRRKSFDN
                     ADSYFSMIFHNQDNWLNPVKPFHRSSLISSFYKANRLRFLNNPHHFCFYCNTRFPFSV
                     EKARINNYDFTYRQFLNILFIRNKIFSLCVGKKKHAFGGRDTISPIESQVSNIFITND
                     FPQSGDETYNLSKSFHFPSRCDPFVRRTIYSIADISGTPLTEGQIVNFERTYCQPLSN
                     MNLSDSEGKNLHQYLNSNMGLIHTPCSEKYLPSEKRKKRSLCLKKCVEEGQVYRTFQR
                     DSAFSTLSKWNLFQTYMPWFLTSTGYKYLNLIFLDTFSELLPILSSSQKFVSIFHDIM
                     HGSGISWRILQKKWCLPQWNLISEISSKCLHNLLLSEEMIHRNNESPLISTHLRSPNV
                     REFLYSILFLLLVAGYLVRTHLLFVSRASSELQPEFERVKSLMIPSSMTELRKLLDRY
                     PTSAPNSFWLKNLFLVALEQLGDSLEEIRASGGNMLGPAYGVKSIRSKNKYFNSNLID
                     IIDLIPNPINRITFSRNTRYLSHTSKEIYSLIRKRKNVNGDWIDDKIESWVASSDSID
                     DEERDFLVQFSALTTEKRVDQILLSLTHSDHLSKNDSGYQMIEQPGAIYLRYLVDIHN
                     KYLLNYEFNTSCLAERRVFLAHYQTITYSQTSCGTNTLHFPSHGKPFSLRLALSPSRG
                     ILVLGSIGTGRAYLVKYLATNSYVPFITVFLNKFLDNKPKGFLFDNIDIDGSDDIDDI
                     DDSDNIDAIDDIDRDLDTELELLTMMNALTMDMMSGIGRFYITLQFELAKAMSPCIIW
                     IPNIHDLDVNESNYLSFGLLVNHLSERCSTRNILVIASTHIPPKVDPALIAPNKLNTC
                     IKIRRLLIPQQRKHFFTLSYTRGFHLEKKMFQTNGFGSITMGSNARDLVALTNEALSI
                     SITQKKSILDTNTIRSALHRQTWDLRSQVRSVQDHGILSYQIGRAVAQNLLLSNCPID
                     PISIYMKKKSCNEGDSYLYKWYFELGTSMKKLTILLYLLSCSAGSVAQDLWSLPGPDE
                     KNGITSYGLVENDSDLVHGLLEVEGALVRSSRTEKDCSPFENDRVTLLLRPEPRNPLD
                     MMQNGSCSIFDQRFLYEKYESEFEEGEGEGALDPQQIGEDLFNHIVWAPRIWRPWGFL
                     FDDCIERPNSLGFPYGSRSFRGKRIIYDEGDELEETDSEFLQSGTMQYQTRDRSSKEQ
                     GLFRISQFIWNPADPLFFLFKDQPPGSVFSHRELFADEEMSKGLLTSQTDPPTSIYKR
                     WFIKNTQEKHFELLINRQRWLRTNSSLSNGSFRSRSNTLSESYQYLSTLFLSNGTLLD
                     QMTKTLLRKRWLFPDEMQIGFM"
     gene            complement(118394..118474)
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(118394..118474)
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(119029..121245)
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Vvinifera_GeSeq-SRS_v6, position 1 - 1533, psl score
                     96.1, coverage 100.07%, match 97.20%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(119029..119640,120464..121245))
                     /gene="ndhB"
                     /annotator="Chloe"
     exon            complement(120464..121245)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(119781..120463)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(119029..119640)
                     /gene="ndhB"
                     /annotator="Chloe"
                     /number=2
     gene            complement(121515..121982)
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 1e-145, score 487.4; blatX_hit
                     rps7_Stuberosum_GeSeq-SRS_v6, position 1 - 468, psl score
                     97.3, coverage 100.00%, match 97.22%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(121515..121982)
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTAEEKTAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAMKKIQQKTETNPLSVLRQAIRGVTPDIAVKARRVGGSTHQVPIEIGSTQGKALAIR
                     WLLAASRKRPGRDMAFKLSSELVDAAKGSGDAIRKKEETHKMAEANRAFAHFR"
     exon            complement(122037..122063)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            complement(122037..122062)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     intron          complement(122063..122600)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     intron          complement(122064..122601)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     gene            complement(122579..122855)
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 114 - 348, E-Value
                     1.5e-75, score 256.1"
                     /annotator="HMMER"
     CDS             complement(122579..122855)
                     /gene="rps12"
                     /annotator="HMMER"
     exon            complement(122601..122832)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            complement(122602..122832)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     gene            124378..124449
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            124378..124449
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            124683..126173
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn16,
                     position 1 - 1491, E-Value 0, score 1736.5; blatN_hit
                     rrn16_Nundulata_GeSeq-SRS_v1, position 1 - 1491, psl
                     score 99.8, coverage 100.00%, match 99.73%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            124683..126173
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            126480..127497
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(126480..126516,127463..127497)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            126480..126516
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          126517..127462
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            127463..127497
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            127562..128446
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(127562..127599,128412..128446)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            127562..127599
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          127600..128411
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            128412..128446
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            128613..128924
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Ljaponicus_GeSeq-SRS_v1,
                     position 1 - 312, psl score 97.8, coverage 11.08%, match
                     10.83%, fragment match 97.76%"
                     /annotator="blatN"
     rRNA            128613..128924
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            128613..131424
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3235.3; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            128613..131225
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            128613..131225
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          131226..131424
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            128613..131424
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            129172..131424
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Ljaponicus_GeSeq-SRS_v1, position
                     565 - 2816, psl score 98.0, coverage 80.01%, match
                     78.44%"
                     /annotator="blatN"
     rRNA            129172..131424
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            131523..131625
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn4.5,
                     position 2 - 103, E-Value 1.6e-31, score 111.5; blatN_hit
                     rrn4.5_Vvinifera_GeSeq-SRS_v1, position 1 - 103, psl
                     score 99.1, coverage 100.00%, match 99.03%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            131523..131625
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            131893..132013
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 121, E-Value 6.7e-38, score 131.9; blatN_hit
                     rrn5_Vvinifera_GeSeq-SRS_v1, position 1 - 121, psl score
                     100.0, coverage 100.00%, match 100.00%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            131893..132013
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            132263..132336
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            132263..132336
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(132912..132983)
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(132912..132983)
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            133309..138678
                     /gene="ycf1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             133309..138678
                     /gene="ycf1"
                     /annotator="Chloe"
                     /product="Ycf1 protein"
                     /translation="MIFQSFLLGNLVSLCMKIINSVVVVGLYYGFLTTFSIGPSYLFL
                     LQAQVMEEGTEKKVSATTGFITGQLMMFISSYYAPLHLALGRPHTITVLALPYLLFHF
                     FWNNHKYFFNYGSTTRNSMRNFSIQCVFLNNLIFQLFNHFILPSSMLARLVNIYMFRC
                     NNKMLFVTSSFVGWLIGHILFLKWLGLVLVWIRQNHSIRSKKYIRSNKYLVYELINSM
                     AGIFNILLFITCVYYLGRIPSPILTKKLKETPKTEQRGESEEERDVEIETASEMGGTN
                     QEHERSTEESYLLNINENKDNSQVKKENKKIKTKDPFFKKKRLVNLLFDSKRWNRPFR
                     YIKNIRFNDGNQIVRNEMSQYFFDICKSDGKESICFTYLPSLSIFFEIIKKRIPPPTC
                     EKSSTTKFSNSWVYTNNKKGKSFNNEFIYRIETLDKEFFSLNILETKTRLCNDDYTKE
                     YLSKKNDPFLSRSYRKTIDKNFSPVIVIFKKTLRKHFIEKLGINRIHGILLWDTNGQE
                     FEQKINRIYKKALSIEIVDLLTSISRLIQESEASDLNGKVISLFSEGKIGPQYFKYLL
                     TQIVTDGNDQKILRKSTRIKEISKKVLRWSYKLITQLEQQSGEYQEDVPIDYEIRSRK
                     GKNEVIFTGNKEGADLTIDTNTFDQTATDEVSLIRYSKKSDFRRGIIKGSMRSQRRKI
                     VISEVFQANVHSPLFLDRLKKKFFFSFDISGLIKLLFRNWLGKGETLKILEYTEEQTK
                     RNEKKEKNTRRASARIEIAEAWDRIRLAQIIRGCMLVTQSIFRKYILLPSVIIMKNIG
                     RILLFQLPEWSEDFEEWDREIHIKCTYNGVPLSEKEFPKKWLTDGIQIKILFPLSLKP
                     WNKSKLGYSQKDLQKKQKNDFCFLTVWGMATELPFGSPRKRLSFFKPIFRELKKKIRK
                     FKKKYFRILIIFKVKTKLLRKLSKEAKKWVIKSVILIKKKLKELSKINPILLFRREIY
                     KSSEFTEKKDSQINNQTISESANESAFPDWTNFSFKEKKMKDLVDQTNTILNQIERIS
                     KDKKKVITRINNLSSTKKTNYNGNRLEKWQILKSINARIICKLPFFFQFYIQRIYTDI
                     FVSSINIPKINTEIFLELIKKIIEKYIYNNPRKQEIKKKTHTISFISKSLNNNISNQR
                     TNSHSFYDLSDVSQAYVFYKLSQIHVSNSYKFRSVLHYQEIPFFLKSKIKDSFETQGV
                     IHSKSGGKKLSSDEITHWKNWLRTHYQYNFSQIKWSKLIPEKWRNTVRQGHSPKNAIW
                     LKWHSYKKDRLLGFKKQKQLKFYSLSNQKNNFQKDYRYNLLLYKFFNYENKTECFFYR
                     SSFQENNSQNISYTLKETLFNKLRNLSSNNYLDNNNNLRRVDTLYMEKLANRKYCDSK
                     IINVNRKEKVDSRTYITIDNNRDQNTQIITKKALYYLMSPEKNPPNFYKGFFDWMGMN
                     AQMLKHPISNLESWFFLEFVLLYSVYKKKPWFIPSKLLLFNLSRNANQNSSENKKINE
                     NERISRRDLGSILSEHKNIQESYVKSEMQQGKKKKQYKNKTEAVLYFFLKRYLLFQVR
                     WGDTLTQRMINNIKVYCLLLKLIDPRKITISSIHKREMSLDIMLIRKSLTYTELLKKG
                     VLIIEPIRLSGKKDGQFLMYQTLGISLIHKSKPQTNQKYQEQGYFSKNHFGKTILTHQ
                     KITENKDKKIFDLFVPETILSFRRRRKLRILICLNSKNRNGIDRNLVFSNEKNLKNST
                     QVSLDNKHLDRDKNKLMKLKLFLWPNYRLEDLTCMNRYWFDTNNGSRFSMLRVRLYPR
                     LKIYG"
     misc_feature    133823..144942
                     /note="small single copy (SSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            139091..139363
                     /gene="rps15"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps15,
                     position 1 - 272, E-Value 5.8e-60, score 205.6; blatX_hit
                     rps15_Stuberosum_GeSeq-SRS_v6, position 1 - 264, psl
                     score 80.7, coverage 103.41%, match 83.71%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             139091..139363
                     /gene="rps15"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S15"
                     /translation="MVKNSFISVISKKENEENRGAVEFQVCSFTNKIRTLTSHLELHK
                     KDSSSQRGLRKILGKRQRLLAYLSKSNRKRYKELIGELGIREIKTR"
     gene            139465..140058
                     /gene="ndhH"
                     /info="HMMER_hit ndhH, position 6 - 552, E-Value 6.3e-121,
                     score 406.0"
                     /annotator="HMMER"
     CDS             139465..140058
                     /gene="ndhH"
                     /annotator="HMMER"
     gene            139483..140019
                     /gene="ndhH"
                     /info="blatX_hit ndhH_Vvinifera_GeSeq-SRS_v6, position 19
                     - 546, psl score 82.5, coverage 45.43%, match 34.69%"
                     /annotator="blatX"
     CDS             139483..140019
                     /gene="ndhH"
                     /annotator="blatX"
     gene            139945..140121
                     /gene="ndhA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             139945..140121
                     /gene="ndhA"
                     /annotator="Chloe"
     gene            140004..140459
                     /gene="ndhA"
                     /info="HMMER_hit ndhA, position 85 - 542, E-Value 8.5e-83,
                     score 279.8"
                     /annotator="HMMER"
     CDS             140004..140459
                     /gene="ndhA"
                     /annotator="HMMER"
     gene            140029..140452
                     /gene="ndhA"
                     /info="blatX_hit ndhA_Abelladonna_GeSeq-SRS_v6, position
                     88 - 543, psl score 83.7, coverage 38.83%, match 28.02%"
                     /annotator="blatX"
     CDS             140029..140452
                     /gene="ndhA"
                     /annotator="blatX"
     gene            140755..141000
                     /gene="psaC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaC,
                     position 1 - 246, E-Value 4.5e-72, score 244.2; blatX_hit
                     psaC_Nundulata_GeSeq-SRS_v6, position 1 - 246, psl score
                     94.4, coverage 100.00%, match 94.31%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             140755..141000
                     /gene="psaC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit C"
                     /translation="MSHSVKIYDTCIGCTQCVRACPTDVLEMIPWDGCKAKQIASAPR
                     TEDCVGCKRCESACPTDFLSVRVYLWHETTRSMGLAY"
     gene            141807..141854
                     /gene="ndhD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             141807..141854
                     /gene="ndhD"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit D"
                     /translation="MLFAGILLKMGGRMD"
     gene            complement(142059..142375)
                     /gene="ndhD"
                     /info="HMMER_hit ndhD, position 1085 - 1380, E-Value
                     3.1e-48, score 164.7"
                     /annotator="HMMER"
     CDS             complement(142059..142375)
                     /gene="ndhD"
                     /annotator="HMMER"
     gene            142304..142416
                     /gene="ndhD"
                     /info="HMMER_hit ndhD, position 1418 - 1494, E-Value
                     0.014, score 13.5"
                     /annotator="HMMER"
     CDS             142304..142416
                     /gene="ndhD"
                     /annotator="HMMER"
     gene            complement(142571..143530)
                     /gene="ccsA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ccsA,
                     position 1 - 954, E-Value 1.3e-227, score 758.6; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             complement(142571..143530)
                     /gene="ccsA"
                     /annotator="Chloe, HMMER; merged"
                     /product="cytochrome c biogenesis protein"
                     /translation="MIFSTLEHILIHISFSIVSIIITIHLITFLVDELVKLYASSERG
                     RIMTFFCITVLLITRWIYLGHFPLSDLYESLICLSWSFSLIHIVPHLKKNNNLLSTII
                     GPSTIFTQGFATSGLLTEIRESTILVPALQSEWLIMHVSMMILGYAALLCGSLLSVSL
                     LVITCKKKRKFYSMSNHFLHESFFLGGVEYMNIRSNVFANSSFFSPRNYYRSQLIQQL
                     DYWSYRVISLGFIFLTIGILSGAVWANEAWGSYWSWDPKETWAFITWIVFAIYLHIRT
                     NIKWKGTSSAIVASVGFIIIWICYFGVNLLGIGIHSYGSFTFN"
     gene            complement(143642..143721)
                     /gene="trnL-UAG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(143642..143721)
                     /gene="trnL-UAG"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(144378..144539)
                     /gene="rpl32"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(144378..144539)
                     /gene="rpl32"
                     /annotator="Chloe"
                     /product="ribosomal protein L32"
                     /translation="MAVPKKRTSASKKRIHKNFWKRRGYWTALKALSLGKSLSTGNSK
                     SFLSDKQIK"
     repeat_region   144943..25093
                     /note="inverted repeat A (IRA)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
ORIGIN     
        1 ATGTTCACTA ATCTAGCTAA CATTGAACTT GGTAAAATGA AATGGTTGAA TAATTGAAAA
       61 ATGAGATTAT TCAGGAATAC ACATTGAATG CTGAAATTAC GCATTGAATT TCTGGTAGTA
      121 GACCCATAAT TAAAAAAGTA TTTATGATTG TTCCAGAAGA AATGAAACAA AAGATATGGT
      181 AGAGCTAGGA CAGTTATTGT ATGAGGTCTA CCCAATGCTA GATGCAGGGG CGCATAATAG
      241 CTCGATATGA ACATCATGAG CTGTCCCGTA ATAAAACCAG TTGTTGCTGA TACCTTCTTC
      301 TCGGTTCCTT CTTCCATAAC CTGAGCTTGG AGAAGGAAGA GATAAGAGGG CCCTATGGAG
      361 AATGTGGTCA GAAATCCATA ATAAAGTCCC ACCACAACGA CCGAATTGAT TATCTTCATG
      421 CATAAGGATA CTAGATTACC TAGTAGAAAA GATTGAAAAA TCATCACAAA CCTCCCTTAT
      481 TTCTTTTCTA TTTTAATTTC TGGATTATTA TATGATGATT TTTCAACTTT CCATATATAG
      541 AAAAAGATAG ACTAGAAACG ACATCTGTTA TGTCAATGAT CCAATTAAGG GGTATTAAAT
      601 CAATGCTATA GAATTAAGAT ATGGAGGGAA TATAATGAAA TAGAGCCACT TTGAAGGTTC
      661 CCTCTGAAAT GAGGCATGGA ACGGAGCCAC TACGAAGAAG TTCCGGGAGT TACGAAGGAG
      721 GGTTCCAGCT CATATTGGTC GTGGGTTGAG AACGGGAATT GAACTCTATG AGATCTAATC
      781 TACCGTTGTT CCTCAGTAGC TCAGTGGTAG AGCGGTCGGC TGTTAACCGA TTGGTCGTAG
      841 GTTCGAATCC TACTTGGGGA GATTTGATTC ATTCTGAATT AACGAATTCA GAATAAAATA
      901 AAGGGGCTCG CTTTGACCGT TAAGAGTAGG GAACCTGTTC CCTGTCTTTG TTTCTATCTC
      961 ATCGTATCCC ATTCTGTTCT TCGAGGTTGG AAAATGACCG CCAATACCTC GGTGTAGGTC
     1021 CTGGATAATC CTTTTCTCCA CAGCCCACGG GCTATTTACA ACCAGCCAAT TAAGAATTCT
     1081 CAGATGTATT ATATTAGCAC TGCATCTTTG ATGCAGTCAT CGATTCTCCC GAGAGTTCAC
     1141 AATTGCCGCG AGCAAACATA TTAATGACGA GGAAGGCAGT TTTGTTATGC TACTAAGACT
     1201 TGTACTTGCT CGCCTATTCT GCCCAAGCCT AGCTGAGGAA GAGTTTCGGG GCGTAAAACA
     1261 AAAAAATACG CTGATGGCCC GCGGGCATAC TATGTGTAAT TATTACTTCA TTCACAAGAA
     1321 AAAAAATGAA AGGCATTCCA AAGACCCACA CCCAAGTTCC ATAGCTTTTG GTCCGCTATC
     1381 CCGATCATGA TTTTCCTACC CCCAGAGGGA AAGGTACTTT CCTTTTTGGC CGGAAGTGGG
     1441 CGAGGAGGGA TTCGAACCCC CGACACCGTG GTTCGTAGCC ACGTGCTCTA ATCCTCTGAG
     1501 CTACAGGCCC CACCCCGTCT CCACTGGATC TGTTCCCGGG AGTACCCTCA AAAAAGGAAC
     1561 CTTTCCTCTC CCCAGCCATT TCGGGTTAAG AAGATGTGAA AGCGCGTTTA TCTCTATAAG
     1621 AACGGTACGT TCCGAGGTGT GAAGTGGGAG AGAAGGGATG TCATAACATA ATTGGGGTTT
     1681 TGAATAAGAC GAGCTTTTGG TTTTTCATTT TTTTTTCGTT TAAAAAGTCA TAAGAATGAG
     1741 AAGTGTTAAG CTTTTTATCA TCCTGGCGTC GAGCTATTTT TCCGCAGGAC CTCCCCTACA
     1801 GTATCGTCAC CGCAGTAGAG TTTAACCACC AAGTTCGGGA TGGATTGGTG TGGTTCCTCT
     1861 ACGCCTAGGA CACCAGAATA TCGAACCATG AACGAAGAAA GGCATGAGAG AAAAGCCTAT
     1921 TGGCTAGTGA TTGTGAGGCC CCAATTCTTG ACTGGAAGGG ACACCAAAGG CCTCTGCCCT
     1981 TCCATCCCTC GGATAGAGAG AGAGGGAGGG CAGGGCTTTT GGTTTTTTCA TTTTTCATGT
     2041 TGTCAAAGAA AAGAGTTGAA CAATGGTTTT TCGTGTTGTC AAAGATTTGA ACAATGAAAA
     2101 TAGATGGCGA GTGCCTGATC GAATTGATCA GGTCATGTAG GAACAAGGTT CAAGTCTACC
     2161 GGTCTGTTAG GATGCCTCAG CTACATACAT CACTGCACTT CCACTTGACA CCTATCGTAA
     2221 TGATAAACGG CTCGTCTCGC CGTGACCTTC TCTTGAATTC TCAAAACTTC TGTCGCTCCA
     2281 TGCCCGCAGG GACAGAGAAC CCGTCGCTGT CTCGGCTGTG CTACCGGAAG CTCTGGGGAA
     2341 GTCGGAATAG GAGAGCACTC ATCTTGGGGT GGGCTTACTA CTTAGATGCT TTCAGCAGTT
     2401 ATCCGCTCCG CACTTGGCTA CCCAGCGTTT ACCGTGGGCA CGATAACTGG TACACCAGAG
     2461 GTGCGTCCTT CCCGGTCCTC TCGTACTAGG GAAAGGTCCT CTCAATGCTC TAACGCCCAC
     2521 ACCGGATATG GACCGAACTG TCTCACGACG TTCTGAACCC AGCTCACGTA CCGCTTTAAT
     2581 GGGCGAACAG CCCAACCCTT GGAACATACT ACAGCCCCAG GTGGCGAAGA GCCGACATCG
     2641 AGGTGCCAAA CCTTCCCGTC GATGTGAGCT CTTGGGGAAG ATCAGCCTGT TATCCCTAGA
     2701 GTAACTTTTA TCCGTTGAGC GACGGCCCTT CCACTCGGCA CCGTCGGATC ACTAAGGCCG
     2761 ACTTTCGTCC CTGCTCGACG GGTGGGTCTT GCAGTCAAGC TCCCTTCTGC CTTTGCACTC
     2821 GAGGGCCAAT CTCCGTCCGG CCCGAGGAAA CCTTTGCACG CCTCCGTTAC CTTTTGGGAG
     2881 GCCTACGCCC CATAGAAACT GTCTACCTGA GACTGTCCCT CGGCCCGTAG GTCCTGACAC
     2941 AAGGTTAGAA TTCTAGCTCT TCCAGAGTGG TATCTCACTG ATGGCTCGGG CCCCCCCGGA
     3001 AGGAGGCCTT CTTCGCCTTC CACCTAAGCT GCGCAGGAAA GGCCCAAACC CAATCCCAGG
     3061 GAACAGTCAA GCTTCATAGG GTCTTTCTGT CCAGGTGCAG GTAGTCCGCA TCTTCACAGA
     3121 CATGTCTATT TCACCGAGCC TCTCTCCGAG ACAGTGCCCA GATCGTTACG CCTTTCGTGC
     3181 GGGTCGGAAC TTACCCGACA AGGAATTTCG CTACCTTAGG ACCGTTATAG TTACGGCCGC
     3241 CGTTCACCGG GGCTTCGGTC GCCGGCTCCC CTGTCATCAG GTCACCAACT TCCTTGACCT
     3301 TCCGGCACTG GGCAGGCGTC AGCCCCCATA CATGGTCTTA CGACTTTGCG GAGACCTGTG
     3361 TTTTTGGTAA ACAGTCGCCC GGGCCTGGTC ACTGCGACCC CCTTTGTGAG GAGGCACCCC
     3421 TTCTCCCGAA GTTACGGGGC TATTTTGCCG AGTTCCTTAG AGAGAGTTGT CTCGCGCCCC
     3481 TAGGTATTCT CTACCTACCC ACCTGTGTCG GTTTCGGGTA CAGGTACCCT TTTGTTTAAA
     3541 GGTCGTTCGA GCTTTTCCTG GGAGTATGGC GTGGGTTACT TCAGCGCCGT AGCGCCTGGT
     3601 GCTCGAACAT TGGCTCGAGG CATTTTCTCT ACCCCTTACT TACCCTGAAA AAACAGGGGC
     3661 ACCTTACGTT CTTGAACCGA TAACCATCTT TCGGCTAACC TAGCCTGCTC CGTCCCTCGG
     3721 GACCAACAAG GGGTAGTACA GGAATATTCA CCTGTTGTCC ATCGACTACG CCTTTCGGCC
     3781 TGATCTTAGG CCCTGACTCA CCCTCCGTGG ACGAACCTTG CGGAGGAACC CTTAGGTTTT
     3841 CGGGGCATTG GATTCTCACC AATGTTTGCG TTACTCAAGC CGACATTCTC GCTTCCGCTT
     3901 CGTCCACCGC CGCTCACGCG GTGGCTTCCC TCTAAGGCGG AACGCTCCCC TACCGATGTA
     3961 TTTTTACATC CCACAGCTTC GGCAGATCGC TTAGCCCCGT TCATCTTCGG CGCAAGAGCG
     4021 CTCGATCAGT GAGCTATTAC GCACTCTTTC AAGGGTGGCT GCTTCTAGGC AAACCTCCTG
     4081 GCTGTCTCTG CACCCCTACC TCCTTTATCA CTGAGCGATC ATTTAGGGGC CTTAGCTGGT
     4141 GATCCGGGCT GTTTCCCTCT CGACGATGAA GCTTATCCCC CATCGTCTCA CTGGCCGACC
     4201 TTGACCCCTG TAATTTGGAG GTCATATCTA GTATTCAGAG TTTGCCTCGA TTTGGTACCG
     4261 CTCTCGCGGC CCGCACCGAA ACAGTGCTTT ACCCCTAGAT GTCCAGTCAA CTGCTGCGCC
     4321 TCAACGCATT TCGGGGAGAA CCAGCTAGCT CTGGGTTCGA GTGGCATTTC ACCCCTAACC
     4381 ACAACTCATC CGCTGATTCT TCAACATCAG TCGGTTCGGA CCTCCACTTA GTTTCACCCA
     4441 AGCTTCATCC TGGTCATGGA TAGATCACCC AGGTTCGGGT CCATAAGCAG TGACAATTGC
     4501 CCTATGAAGA CTCGCTTTCG CTACGGCTCC GGTGGGTTCC CTTAACCAAG CCACTGCCTA
     4561 TGAGTCGCCG GCTCATTCTT CAACAGGCAC GCGGTCAGAG CTCTGGCTCC TCCCACTGCT
     4621 TGGGAGCTTA CGGTTTCATG TTCTATTTCA CTCCCCGATG GGGGTTCTTT TCACCCTTCC
     4681 CTCACGGTAC TACTTCGCTA TCGGTCACCC AGGAGTATTT AGCCTTACAA GGTGGTCCTT
     4741 GCTGATTCAC ACGGGATTCC ACGTGTCCCA TGCTACTCGG GTCAGAGCGT AAGCTAGTGA
     4801 TGCTTTCGGC TACTGGACTT TCGCCATCTA GGGTGCAGCA TTCAAGCTGC TTCGCCTAGC
     4861 AGCACGACGC TTGTATTGCT CTCCCACAAC CCCGTTTTCA CGGTTTAGGC TGCTCCCATT
     4921 TCGCTCGCCG CTACTACGGG AATCGCTTTT GCTTTCTTTT CCTCTGGCTA CTAAGATGTT
     4981 TCAGTTCGCC AGGTTGTCTC TTGCATGCCC ATGGATTCAG CAGCAGTTCG AAAGGTTGCC
     5041 CTATTCGGGA ATCTCCGGAT CTATGCTTAT TTTCAACTCC CCGAAGCATT TCGTCGATTA
     5101 CTACGCCCTT CCTCGTCTCT GGGTGCCTAG GTATCCACCG TAAGCCTTTC CTCGTTTGAA
     5161 CCTCGCCCTT ATTGCCCTTA CTTCTTATTA AGGCTATGCC ACCCTTAGGT GCTGCTAAAT
     5221 GGATGGATCT TATCAACGTC CATGAATGAT AAATCATAGA TCGAACCGCC GAATCGGCAA
     5281 AAATTGGATG CTATCATATA GCTTTGTATC GGCTAAGTTC ATGAGTTGGA GATAAGCGGA
     5341 CTCGAACCGC TGACATCCGC CGCAGGGTAA ACCACCGCCT CTCATGCCTC CCGACTGATT
     5401 CTACCATAGA GGCCAACGAT AGACAATAAC TCCCCCCCGA ACACAGCTTA CAACTTGCAT
     5461 CGTACTGTGC TCTCCAAAGA GCAACTCGTC TCAAAATCTC ACTCAAAAGG TGCTGAGTTG
     5521 GAATCCCATT CTAACTAAGG ATTCTTGTGG TTCCGGAGGT TCCAGCTACA GGAGAACCAG
     5581 GAACGGAGAG CTTCCCCCCC TTTTACACTT CCACCCGACT CTTTGGCCTT AAGAACGCTG
     5641 GTTTTAAGAA TGAGTGATTG CCCTTCTCCG ACCCTTACTG CCCAACCTGC GAACGGACAG
     5701 CTAATGCGTT CCACTTATTG AACAGGGTTC TATGGTCGGT CCGTGACCCC TGGATGCCGA
     5761 AGGCGCCCTT GGGGTGATCT CGTAGTTCCT ACGGGGTGGA GATGATGGGG TCGGTCCATG
     5821 GATTTTCCTT CCTTTTCTTT TGATGCCTTT CGCTCAAAGG GTTGAAGGGA GATAGTACAT
     5881 CAAGCTGTTC GCAAGGGCCA ACTTGATCCT CTTCCCCAGG GATCTCAGAT GAGGGACCCT
     5941 GGGAGAGCCG CCGACTCCAA CTACCGTCCA TGTATGATCC ATACTAGATC TGACCAACTG
     6001 CCCATCCTAC CTCCTCTACT GACAGCCCAT CTTTGTCTAA GTAGAGTCTT TCAGTGGCAT
     6061 GTTTTGGTCC TCTTCCCCAT TACTTAGAAA AAGTGAGCCA CCGGTTCAGG TACAAGATAC
     6121 TATCATTACT GCCTGGACAA TTAGACATCC AACCCGTAAT CGCAACGACC CAATTGCAAG
     6181 AGCGGAGCTC TACCAACTGA GCTATATCCC CCCGAGCCAA GTGGAGCATG CCTGAAGTAG
     6241 TCAGATGCTT CTTCTATTCT TTTCCCTGGC GCAGCTGGGC CATCCTGGAC TTGAACCAGA
     6301 GACCTCGCCC GTGAAGTAAA TCATCGCACC TACGGTCCAA CCAATTGGGA GAGAATCAAT
     6361 AGATTCCTTT TCGGGAGCGA TTCATCCTTC CCGAACGCAG CATACAACTC TCCGTTGTAC
     6421 TGCGCTCTCC AAGTGTGCTT GTCCCCCCCT TCTTCCTTAC CCTGGCAAGT CTTTGTGAAA
     6481 TAACTCCGAT GAGAAGAAAA AAGAAGGCGT TAAGAGACCC TCCTGGCCCA ACCCTAGACA
     6541 CTCTAAGATC CTTTTTCAAA CCTGCTCCCA TTTCGAGTCA AGAGATAGAT AAATAGACAC
     6601 ATCCCATTGC ACTGATCGGG GGCGTTCGTA GTGACTGAGG GGGTCGAAGA CCAAGAAGTG
     6661 AGTTATTTAT ACCAAGCATT CTTCTTACGG CTAGATCCAA TCTCCTGGTC CCTGCGGAAA
     6721 GGAAAAATAA TTTCACGCTC TTCCTTTCGG GAAGGGAGGA TTAGGGAAAT CCTATTGATT
     6781 GCAGCTTTCT CCAGACCTCC GGGAAAAGCA TGAAAAAAAC GGCTCGAATG GTACGATCCC
     6841 TCCGTCACCC CAGAATGAAG GGGGTGATCT CGTAGTTCTT GGTCTGTGAA GATGCGTTGT
     6901 TAGGTGCTCC ATTTTCTTTT CCCATTGAGG CCAAACCTAA ACCTGTGCTC GAGAGATAGC
     6961 TGTCCATACA CTGATAAGGG ATGTATGGAT TCTCGAGAAG AGAGGAGCCG TGGTGGTCCC
     7021 CCCCGGACCG CCCGGATCCC ACGAGTGAAT CGAAAGTTGG ATCTACATTG GATCTCACCC
     7081 AAATCGCCCC ATCTATCCTC CTGAGGAGAG GTTTGGTTTC AAACCTCGGT TCGAACAGGA
     7141 GGAGTACGCC ATGCTAATGT GCCTTGGATG ATCCACATCT CAGGGTCAGG CGCCGATGAG
     7201 CACATTGAAC TATCCATGTG GCTGAGAGCC CTCACAGCCC AGGCACAACG ACGCAATTAT
     7261 CAGGGGCGCG CTCTACCACT GAGCTAATAG CCCGTCGTGC GAGCCCCCCA CCGGGGGCCC
     7321 GCTATGCCAA AAGCGAGAGC AACCCCATCC CTCTCTTTCC TTTTTTTTTC GCCCCCATGT
     7381 CGCCCCACGG GGGACATGGG GACGTAACAA AGGGGATCCT ATCAACTTGT TCCGACCTAG
     7441 GATAATAAGC TCATGAGCTT GGTCTTACTT CACCGCCGAG AAACGAAAGA AGACTTCCAT
     7501 CTACAAGGTT CACTCAGACG TAGCTCCCTT CTTTTTGTTT TGGGTGTGAA GCAGTGTCAA
     7561 ACCAAAAGAC CCAACAAAAC AAGCATTAGC TCTCCCTGAA AAGGAGGTGA TCCAGCCGCA
     7621 CCTTCCAGTA CGGCTACCTT GTTACGACTT CACTCCAGTC ACTAGCCCTG CCTTCGGCAT
     7681 CCCCCTCCTT GCGGTTAAGG TAACGACTTC GGGCATGGCC AGCTCCCATA GTGTGACGGG
     7741 CGGTGTGTAC AAGGCCCGGG AACGAATTCA CCGCCGTATG GCTGACCGGC GATTACTAGC
     7801 GATTCCGGCT TCATGCAGGC GAGTTGCAGC CTGCAATCCG AACTGAGGAC GGGTTTTTGG
     7861 GGTTAGCTCA CCCTCGCGGG ATCGCGACCC TTTGTCCCGG CCATTGTAGC ACGTGTGTCG
     7921 CCCAGGGCAT AAGGGGCATG ATGACTTGAC GTCATCCTCA CCTTCCTCCG GCTTATCACC
     7981 GGCAGTCTGT TCAGGGTTCC AAATTCAACG ATGGCAACTA AACACGAGGG TTGCGCTCGT
     8041 TGCGGGACTT AACCCAACAC CTTACGGCAC GAGCTGACGA CAGCCATGCA CCACCTGTGT
     8101 CCGCGTTCCC GAAGGCACCC CTCTCTTTCA AGAGGATTCG CGGCATGTCA AGCCCTGGTA
     8161 AGGTTCTTCG CTTTGCATCG AATTAAACCA CATGCTCCAC CGCTTGTGCG GGCCCCCGTC
     8221 AATTCCTTTG AGTTTCATTC TTGCGAACGT ACTCCCCAGG CGGGATACTT AACGCGTTAG
     8281 CTACAGCACT GCACGGGTCG ATACGCACAG CGCCTAGTAT CCATCGTTTA CGGCTAGGAC
     8341 TACTGGGGTA TCTAATCCCA TTCGCTCCCC TAGCTTTCGT CTCTCAGTGT CAGTGTCGGC
     8401 CCAGCAGAGT GCTTTCGCCG TTGGTGTTCT TTCCGATCTC TACGCATTTC ACCGCTCCAC
     8461 CGGAAATTCC CTCTGCCCCT ACCGTACTCC AGCTTGGTAG TTTCCACCGC CTGTCCAGGG
     8521 TTGAGCCCTG GGATTTGACG GCGGACTTAA AAAGCCACCT ACAGACGCTT TACGCCCAAT
     8581 CATTCCGGAT AACGCTTGCA TCCTCTGTCT TACCGCGGCT GCTGGCACAG AGTTAGCCGA
     8641 TGCTTATTCC CCAGATACCG TCATTGCTTC TTCTCCGGGA AAAGAAGTTC ACGACCCGTG
     8701 GGCCTTCTAC CTCCACGCGG CATTGCTCCG TCAGGCTTTC GCCCATTGCG GAAAATTCCC
     8761 CACTGCTGCC TCCCGTAGGA GTCTGGGCCG TGTCTCAGTC CCAGTGTGGC TGATCATCCT
     8821 CTCGGACCAG CTACTGATCA TCGCCTTGGT AAGCTATTGC CTCACCAACT AGCTAATCAG
     8881 ACGCAAGCCC CTCCTCAGGC GGATTCCTCC TTTTGCTCCT CAGCCTACGG GGTATTAGCA
     8941 GCCGTTTCCA GCTGTTGTTC CCCTCCCAAG GGCAGGTTCT TACGCGTTAC TCACCCGTCC
     9001 GCCACTGGAA ACACCACTTC CCGTCCGACT TGCATGTGTT AAGCATGCCG CCAGCGTTCA
     9061 TCCTGAGCCA GGATCGAACT CTCCATGAGA TTCATAGTTG CATTACTTAT AGCTTCCTTG
     9121 TTCGTAGACA AAGCAGATTC GGAATTGTCT TCCATTCGAA GGCATAACTT GGATCCATGC
     9181 GCTTCATATT CGCCCGGAGT TCGCTCCCAG AAATATAGCC ATCCCTGCCC CCTCACGTCA
     9241 ATCCCACGAG CCTCTTATCC ATTCTCATTG AATCACGGCG GGGGGAGCAA ATCAAAATAG
     9301 AAAAACTCAC ATTGGGTTTA GTTTAGGGAT AATCAGGCTC GAACTGATGA CTTCCACCAC
     9361 GTCAAGGTGA CACTCTACCG CTGAGTTATA TCCCTTCCCT GCCCGATCGA GAAATAGAAC
     9421 TGACTAATCC TAAGTCAAAG GGTCGAGAGA CTCAACGCCA CTATTCTTGA ACAACTTAGG
     9481 GCCGGGTCTT CTTTTCGCAC TATTACGGAT ATGAAAATAA TGGTCCAAAT CGGATTCAAT
     9541 TGTCAACTGC CCCTATCGGA AATAGGATTG ACTGGCGATT CCGAAGGAAC TGGAGTTACA
     9601 TCCCTTTTCC ATTTCCATTC AAGATGTTTC CACGCCCCTT TGAGACCCCG AAAAATGGAC
     9661 AAATTCCTTT TCTTAAGAAC ACATACAAGA TTCGTCACTA CAAAAAGGAT AATGGTAACC
     9721 CCACTCATTT CTGAATTTCA TAGTAATAGA AATACGTGTC CTACCGAGAC AAAATTTGTA
     9781 ATTTGCTATC CTCTTGCCTA GCAGGCAAAG ATTTACCTAC GCCGAAAGGA TGATTCATTC
     9841 GGATCAACAT GAGAGTCCAA CTGCATTGCC CATGTTGTAT ATTTGAAACA GGTTGACCTC
     9901 CTTGCTTCTC TCATGTACAC GCCGAGCCCC TTTTCTCCCC GGCCCACAGA GACAAAATGT
     9961 AGGACTGGTG CCAACAGTTC ATCACGGAAA AAAGGACTCA CTAAGCCGGG ATCACTAACT
    10021 AATAATCTAA TATAATAGAA AATACTAATA TAATAGAAAA GAACTGTCTT TTCTGTATAC
    10081 TTTCCCCGGT CCCGTTGCTA TCACGGGCTT TACGCAATCG ATCGGATTAG ATATTAGATA
    10141 GATATCCCTT CAACACAACA TAGGTCATCG AAAGGATCTC GGAGACCCAC CAAAGTACGA
    10201 AAGCCAGGAT CTTTCATAAA ACGGATTCCT ATTCGAAGAG TGCATAACTG CATGGATAAG
    10261 CTCACACTAA CCCGTCAATT TGGGATCCAA TTCGATATTT TCCTTGGGAG GTATCGGGAA
    10321 GGAATTGGAA TGGAATAAGA TCGATTCATA CAGAAGAAAA GGTTCTCTAT TGATTCTGTA
    10381 CCTATGGGAT AGAGGAAGAG GAAAAAACCA AAGATTTCAC ATGATCGAAA AATGAATCTG
    10441 ATTGATTTCG TACCCTTCGT TCAATGGTCA AATTCTACAG GATCAAACCT ATGTAAGGAA
    10501 TGATATAAAA AAAGAAAGGG AAAAAAATTT ATATTAACTA AAAATGAAGT AGAATAACCC
    10561 AGATTCCAAA TGAACAAATT CAAACTTGAA AAGGACCTTC CTGATTCTCG AAGAATGAGG
    10621 GGCAAGGGGA TTGATCGAGA AAAATCTCTT GTTCTTATTA TATTATAGGA TCGTGGTTGG
    10681 ATCCGCATAT GTTTGGTAAA GAAAATAATC TTCTCCTTTG AGAATAATAA AAAATGGAAA
    10741 TTGTTCAATT GAAACATGAA AACGTGACTA AATTGGTCCT AGTTACTCTT CGGGACAGAG
    10801 TAGAAGAGGG GAGGGGATTC TCGAGCGCGG AAAGGGATCC AATGAATTCG AAAGAATTGA
    10861 ACGAGGAGCC GTATGAGGTG AAAATCTCAT GTACGGTTCT GTAGAGTGGC AGTAAGGGTG
    10921 ACTTATCTGT CAACTTTTCC ACTATCACCC CCAAAAAACC AAACTCTGCC TTACGTAAAG
    10981 TTGCCAGAGT ACGATTAACC TCTGGATTTG AAATCACTGC TTATATACCC GGTATTGGCC
    11041 ATAATTCACA AGAACATTCT TCAGTCTTAG TAAGAGGGGG AAGGGTTAAG GATTTACCCG
    11101 GTGTAAGATA TCACATTGTT CGAGGAACCC TAGATGCTGT CGGAGTAAAG GATCGTCAAC
    11161 AAGGGCGTTC TAGTGCGTTG TAGATTCTTA TCCAAGACTT GTATCATTTG ATGATGCCAT
    11221 GTGAATCGCT AGAAACATGT GAAGTGTATG GCTAACCCAA TAACGAAAGT TTCATAAGGG
    11281 GACTGGAGCA GGCTAGCATG AGACAAAAGA TCTTCTTTCT AAAGAGATTC GATCCGGAAC
    11341 TCTTATATGT CCAAGGTTCA ATATTGAAAT AATTTCAGAG GTTTTCCCTG ACTTTGTCCG
    11401 TGTGTCAACA AACAATTCGA AATACCTCGA CTTTTTTAGA ACAGGTCCGA GTCAAATAGC
    11461 AATGATTCGA AGCACTTCTT TTTACACTAT TTCGGAAACC CAAGGACTCA ATCGTATGGA
    11521 TATGTAAAAT ACAGGATTTC CAATCCTAGC AGGAAAGGGA GGGAAACGGA TACTCAATTT
    11581 AAAGTGAGTA AACAGAATTC CAGACTCGAT CTCATAGATA CATATAGAAT TCTGCGGAAA
    11641 GCCGTATTCG ATGAAAGTCG TATGTACGGC TTGGAGGGAG ATCTTTCATA TCTTTCGAGA
    11701 TCCACCCTAC AATATGGGGT AAAAAAGCCA AAATAAGTGA TTTTAGCCCT TATAAAAAGA
    11761 AAACTGATTC TTAAACCCCT TGTCACGCTC ATGTCACGTC GAGGTACTGC AGAAGAAAAA
    11821 ACAGCAAAAT CCGATCCAAT TTATCGTAAT CGATTAGTTA ACATGTTGGT TAACCGTATT
    11881 CTGAAACACG GAAAAAAATC ATTGGCTTAT CAAATTATCT ATCGAGCCAT GAAAAAAATT
    11941 CAACAAAAGA CAGAAACAAA TCCACTATCT GTTTTACGTC AAGCAATACG TGGAGTAACT
    12001 CCCGATATAG CAGTAAAAGC AAGGCGTGTG GGTGGATCGA CTCATCAAGT TCCGATTGAA
    12061 ATAGGATCCA CACAAGGAAA AGCACTTGCC ATTCGTTGGT TATTAGCGGC ATCCCGGAAA
    12121 CGTCCGGGTC GAGATATGGC TTTCAAATTA AGTTCTGAAT TAGTGGATGC TGCCAAAGGG
    12181 AGTGGCGATG CCATACGCAA AAAGGAAGAG ACTCATAAAA TGGCAGAAGC AAATAGAGCT
    12241 TTTGCACATT TTCGTTAATC CATGAACAGG ATCTATACAT CTCGATCGGA AAAGAATCAA
    12301 GAGAAAAAGA AAGAATCGGA ATTGATCGAT AGATTTCTCG AAACAAACGA GAAAAGGAAA
    12361 CGAAAGATGA AACATAAATC ATGGATCAAC TAAGCCTCTC GGGGACTTTC TTAAAGAGGA
    12421 ACCTCATGTA AATACCATGG AATAAGGTTT GATCTTGATC CTATTCCATT ACAAAAATGG
    12481 AAAACACAAT TGGGATTTTT TTGGAAATTG GATGCAGTTA CTAATTCATG ATCTGGCATG
    12541 TACAGAATGA AAACTTCATT CTCGATTCTA CGAGAATTTT TATGAAAGCC TTTCATTTGC
    12601 TTCTCTTCGA TGGAAGTTTG ATTGTCCCAG AATGTATCCT AATTTTTGGC CTAATTCTTC
    12661 TTCTGATGAT CGATTCAACC TCCGATCAAA AAGATATACC TTGGTTATAT TTCATCTCTT
    12721 CAACAAGTTT AGTAATGGGC ATAACGGCCC TATTGTTCCG ATGGAGAGAA GAACCTATGA
    12781 TTAGCTTTTC GGGAAATTTC CAAACGAACA ATTTCAACGA AATCTTTCAA TTTCTTATTT
    12841 TACTATGTTC AACTCTATGT ATTCCTCTAT CCGTAGAGTA CATTGAATGT ACAGAAATGG
    12901 CTATAACAGA GTTTCTCTTA TTCGTATTAA CAGCTACTCT AGGAGGAATG TTTTTATGCG
    12961 GTGCTAACGA TTTAATAACC ATCTTTGTAG CTCCAGAATG TTTCAGTTTA TGCTCCTACC
    13021 TATTATCTTA TCTGGATATA CCAAGAAAGA TGTACGGTCT AATGAGGCTA CTATGAAATA
    13081 TTTACTCATG GGTGGGGCAA GCTCTTCTAT TCTGGTTCAT GGTTTCTCTT GGCTATATGG
    13141 TTTATCCGGG GGAGAGATCG AGCTTCAAGA AATAGTGAAT GGTCTTATCA ATACACAAAT
    13201 GTATAACTCC CCAGGAATTT CAATTGCGCT CATATTCATC ACTGTAGGAA TTGGGTTCAA
    13261 ACTTTCCCCA GCCCCTTCTC ATCAACGGAC TCCTGACGTA TACGAAGGAG TGCGGTTCGT
    13321 TCGAGAAATT CCTACCTCTC TATCTATCTC TGAGATGTTT GGATTTTTCA AAACTCCACG
    13381 GACATGCAGA AGAGAAATGC TATCCCCACT CGGACCAAGA CAGAACTTTT ACTTGTTCAA
    13441 ATAACAATTA AGGTGAAGCA GGGTCAGGAA CGACGAATCT CTTTATGATA AACGGATCCA
    13501 TTTTGCAAGT TCGTTATTAC GGGTAGTTCC TACAAAGGAT CGGACTAATG ACGTATCCAA
    13561 TACTTGAATT TTCGATGTAG ATGCTACATA GTTGGTTCTC ATCCTTCAGA GACTACGAGT
    13621 GTAATAGGAG CATCCGTCGA CAAAAGGATC ACCCTAAGAT GATCATTTCA TGGCTATTGA
    13681 GAACGAATTA AACTAGATGG TTCTATTTCT CAATCTTTCT GACTTGCTCC TACGGAACCA
    13741 AGGTCGACAA GATTGAAAAA ATCAGTCATT CACAACCACT GATGAAGGAT GCCTCGAAAA
    13801 GTTAAGGATT AGTAATCTTT TTTAGAAATC GAATGGATTC GGTCTTATAC ATACGCGAGG
    13861 AAGGAAGGTA ATAAAAAAAG AAAGAAGATG CGTTCTTCTG TCTTTTATCA CTTAGGAGCC
    13921 GTGTGAGATG AAAGTCTCAT GCACGGTTTT GAATGAGAGA AAGAAGTGAG GAATCCTCTT
    13981 TTCGACTCTG ACTCTCCCAC TCCAGTCGTT GCTTTTCTTT CTGTTACTTC GAAAGTAGCT
    14041 GCTCCAGCTT CAGCCACTCG AATTTTCGAT ATTCCTTTTT ATTTCTCATC AAACGAATGG
    14101 CATCTTCTTC TGGAAATCCT AGCTATTCGT AGCATGATAT TCGGAAATAT CATTGCTATT
    14161 ACTCAAACAA GCATGAAACG TATGCTTGCA TATTCGTCCA TAGGTCAACA AATGTAATTA
    14221 TTGGAATAAG TGTTCGAGAC TCAAATGATG GATATGCAAG CACGATAACG TATATGCTGT
    14281 TCTATATCTC CATGAATCTA GGAACTTTTG CTTGCATTGT ATTATTTGGT CTACGTACCG
    14341 GAACTGATAA CATTCGCGAT TATGCAGGAT TATACACGAA AGATCCTTTT TTGGCTCTCT
    14401 CTTTAGCCCT ATGTCTCTTA TCCCTAGGAG GTCTTCCTCC ACTAGCAGGT TTTTTCGGAA
    14461 AACTCTATTT ATTCTGGTGT GGATGGCGGG CAGGCGTATA TTCCTTGGTT TTAATAGGAC
    14521 TCCTTACAAG CGTTCTTTCT ATCTACTATT ATCTAAAAAT AATCAAGTTA TTAATGACTG
    14581 GACGAAACCA AGAAATCACC CCTCACCCGC GAAATTATAG AAGATCTCCT TTAAGATCAA
    14641 ACAATTCCAT CGAATTGAGT ATGATTGTAT GTGTGATAGC ATCTACTATA CCAGGAATAT
    14701 CAATGAACCC GATTATTGCA ATTGCGCAGG ATACCCTTTT TTAGCTTCTA GGGTCTATTT
    14761 CGTAGTTCAA GATCCCTCTT ACTTAGGAAT CAAAGAATTA GTAGATCTGT TCCGACCAAA
    14821 AGGGGAATGG GCTAGGGTTA TGAACTTATA ATCTGATGAT CGAGTCGATT CCATGATTAT
    14881 AAGTTCATTC CATACCGGAC CAGGCCGAAT AGGGTTATAT ACATTCTCAA GGGGTCATTC
    14941 GAGCGTATCT AAATAGATAC TATGTTTACA TATGGATCCC TACGTCGTTC CATTCCATTT
    15001 AGGATTAGGC GTAGGCGTAA TCGGCCCTGC TTTTTCCACA TCTCTCGTTA TTTTTGGGAC
    15061 CCTATTCACC TCTTTGAGCT TCTATTGAAT CGAGAAATAA AATAGGCTTG ATTGGCCATC
    15121 TTTTTGATAT ATACATAAGG CATTCTCCGG ATAATTCAAA TCGAAGCAAT TGGATGTCCA
    15181 ACCCGGGCGA CCGATCAATA GAAATACTCC ACCTTTGTCA TATATTCCCT TTGTCATATA
    15241 TTCCATACAT CACACTAGCT AGATATCATA TTCATGGAAT AGGATGCACT TTCAAGATGC
    15301 CTTGGTGGTG AAATGGTAGA CACGCGAGAC TCAAAATCTC GTGCTAAAGA GCGTGGAGGT
    15361 TCGAGTCCTC TTCAAGGCAT AATCTTGGAA TTGGAATAAG TTTGGCAGCG GATCGCGAAA
    15421 TCTTGGTGAT CTTCTCTATC TAATGAACGG GGAGTTTGCT TTAAAATCGT CCGCCCTGCA
    15481 CCCACCCCAG AGTATATGCT TCAACAGGAA TCACACAAGG GTAGATTAGA AACCTCTGGT
    15541 AAAATGCCCG CCCGCCACCC AGCGGATAAA GTACATTACA TAGTCCAGGG ATTGGCGACT
    15601 TACCCATCCA GTGACTTTGG CACTGGACGT TCCCAAAACG GGTACTATCC GGTCGGGATT
    15661 CAATAATAGA CGCCTGTTGG CATTCCACCC TTCCTTCTCC TTTCGGGGCC TATCCGAAAG
    15721 AGAATCCAGT ACTTCTTGGT CGTGAATATC TGAACTGGTT GTTCGCTGTT CAAGAATTAT
    15781 TGTTTGGGCA GTTCATACCA CCCATACATA GTGTTTTGAT CTAAGATTTC AATTTTTCCG
    15841 TGTTTCAGCA GTAACATATT GTTCGGTGGA GCTAAGGTCC AAAATATGGA AGAAAGAAGC
    15901 GTTTCCACCA CTCTACCACC CAGCCAATTC TGTTCCACTT AATCCCTCTT TCATAGCAAC
    15961 ACATCTTTCC GGCTAAGGAG TGGGAAATCT TTCTCCTGTC CTGTTACATG AATCCAATTT
    16021 GCATTTCATC CGGGAAAAGC CATCTTTTTC TTAACAATGT CTTTGTCATT TGATCCAATA
    16081 GCGTTCCGTT AGATAGGAAC AGAGTTGATA AATACTGATA ACTCTCGGAT AGAGTATTAG
    16141 AACGGGAACG GAAAGATCCA TTAGATAATG AACTATTGGT TCTAAGCCAT CTCTGACGAT
    16201 TAATCAACAA CTCGAAGTGC TTTTCTTGTG TATTCTTGAT AAACCAGCGT TTATATATAG
    16261 ATGTAGGAGG ATCTGTTTGG GAAGTAAGAA GCCCCTTTGA CATCTCTTCA TCTGCAAATA
    16321 ATTCTCGATG TGAAAACACA GAGCCTGGGG GCTGATCTTT GAATAGGAAA AAGAGCGGAT
    16381 CTGCAGGGTT CCAAATGAAT TGACTTATTC GAAAAAGGCC TTGTTCTTTG GAAGATCTAT
    16441 CTCGTGTCTG GTACTGCATG GTTCCACTCT GCAAGAACTC CGAATCAGTC TCTTCAAGCT
    16501 CATCCCCTTC ATCGTAAATG ATCCTCTTGC CCCGAAATGA CCTGGACCCA TAGGGAAATC
    16561 CCAATGAATT GGGCCTTTCG ATACAATCAT CAAATAGAAA GCCCCAAGGG CGCCATATTC
    16621 TAGGAGCCCA AACTATGTGA TTGAATAAAT CCTCCCCGAT CTGTTGCGGG TCAAGAGCTC
    16681 CTTCCCCCTC CCCTTCTTCA AACTCCGATT CGTATTTTTC ATAGAGAAAT CTCTGATCAA
    16741 AGATAGAACA AGATCCATTT TGCATCATAT CTAAGGGATT CCTCGGTTCG GGCCGAAGAA
    16801 GCAATGTAAC TCGATCATTC TCAAACGGAC TGCAATCTTT TTCTGTCCGT GAAGATCTCA
    16861 CCAGAGCGCC TTCTACTTCT AATAGGCCAT GAACTAGATC CGAATCATTC TCAACAAGTC
    16921 CATAAGAAGT GATCCCGTTT TTTTCATCGG GTCCGGGTAG AGACCAAAGA TCTTGAGCGA
    16981 CCGATCCGGC AGAACAACTT AAAAGATAAA GAAGTATCGT TAATTTCTTC ATGCTCGTTC
    17041 CAAGTTCGAA GTACCATTTG TACAAATAAG AATCCCCTTC GTTACATGAT TTCTTCTTCA
    17101 TATAGATAGA TATAGGATCT ATGGGGCAAT TACTTAGAAG TAAATTTTGT GCTACAGCCC
    17161 TTCCTATCTG ATAGGAAAGG ATCCCATGAT CCTGAACCGA TCTTACCTGG GATCGCAAAT
    17221 CCCAAGTTTG TCTATGAAGA GCGGATCTAA TTGTATTAGT GTCTAGAATT GATTTCTTCT
    17281 GTGTAATACT AATCGATAGG GCTTCATTGG TAAGTGCTAC AAGATCTCTT GCATTGGAAC
    17341 CCATGGTTAT GGAACCGAAT CCGTTAGTCT GGAACATTTT CTTTTCCAAG TGAAATCCCC
    17401 TAGTATATGA AAGAGTGAAA AAGTGCTTTC GTTGTTGTGG AATAAGAAGC CTTCGTATCT
    17461 TAATGCACGT ATTTAATTTA TTCGGAGCTA TTAGAGCGGG ATCCACTTTT GGGGGAATAT
    17521 GAGTCGAAGC AATAACAAGA ATATTTCTAG TGGAACATCT TTCAGAGAGA TGGTTCACTA
    17581 ATAGACCGAA GGATAAGTAA TTCGACTCAT TCACATCCAG ATCATGGATG TTTGGAATCC
    17641 ATATTATGCA AGGAGACATT GCTTTTGCTA ATTCGAATTG AAGGGTGATA TAAAATCGGC
    17701 CTATTCCCGA CATCATATCC ATAGTTAGCG CATTCATCAT AGTTAGCAGT TCCAGCTCCG
    17761 TATCAAGGTC ACGATCGATA TCATCAATAG CATCAATATT GTCACTATCA TCAATATCAT
    17821 CAATATCGTC ACTACCATCA ATATCGATAT TATCAAAAAG AAAACCTTTA GGCTTGTTAT
    17881 CCAGGAACTT GTTCAGAAAT ACCGTAATGA AAGGAACATA GGAGTTTGTC GCTAGGTATT
    17941 TGACCAAATA GGCTCGTCCA GTTCCTATAG AACCTAGCAC TAAAATCCCC CTAGAGGGGG
    18001 ATAAGGCTAA GCGGAGCGAA AAAGGTTTTC CATGAGATGG GAAATGCAAA GTATTAGTCC
    18061 CACACGAAGT TTGTGAATAA GTGATTGTCT GATAATGAGC AAGGAATACC CGTCTTTCTG
    18121 CTAAACAGGA TGTATTGAAC TCATAATTCA ATAGATACTT GTTATGAATG TCAACTAAGT
    18181 ATCTTAAGTA AATTGCTCCC GGTTGTTCAA TCATTTGATA ACCAGAGTCA TTTTTTGATA
    18241 AATGATCACT ATGAGTCAGA CTCAATAGAA TTTGATCAAC CCTTTTTTCT GTCGTTAAGG
    18301 CGGAGAACTG AACCAAGAAG TCTCTTTCTT CATCATCAAT CGAATCACTG CTCGCGACCC
    18361 AGGATTCTAT TTTATCATCA ATCCAATCCC CATTCACGTT TTTTCTTTTT CTTATCAATG
    18421 AATAGATCTC TTTACTTGTA TGACTTAGAT ATCTCGTATT TCTCGAAAAA GTGATTCGAT
    18481 TGATGGGATT TGGTATGAGA TCGATGATAT CGATGAGATT GCTATTAAAA TATTTATTCT
    18541 TAGAACGTAT TGATTTGACC CCATAAGCGG GACCAAGCAT GTTGCCACCA GAAGCCCGTA
    18601 TTTCTTCTAA AGAATCTCCT AATTGTTCCA GAGCAACTAG AAAGAGATTC TTTAACCAGA
    18661 AAGAATTCGG TGCAGATGTA GGATACCTAT CCAGAAGTTT TCGCAACTCA GTCATAGATG
    18721 ATGGAATCAT CAAAGATTTG ACCCTTTCGA ACTCTGGCTG TAACTCACTA GAGGCCCGGG
    18781 AAACAAAGAG AAGATGTGTA CGAACGAGAT ATCCAGCAAC AAGAAGAAGG AAAAGGATTG
    18841 AATAGAGGAA CTCCCGAACA TTTGGCGATC TCAGGTGTGT CGATATCAAT GGTGACTCAT
    18901 TATTTCGATG AATCATTTCT TCGGACAGAA GAAGATTATG TAAACACTTA CTCGAAATCT
    18961 CACTTATCAG ATTCCATTGT GGAAGACACC ATTTTTTCTG AAGAATTCGC CATGATATAC
    19021 CTGATCCATG CATAATATCA TGAAAAATGG ATACAAATTT TTGACTGCTA CTTAGTATCG
    19081 GCAATAGTTC TGAAAAAGTA TCTAAAAATA TCAAATTTAG ATATTTGTAC CCTGTCGAAG
    19141 TAAGGAACCA CGGCATATAT GTTTGGAATA GATTCCATTT TGAGAGAGTT GAAAAAGCAC
    19201 TATCTCGTTG AAAGGTTCTA TACACCTGCC CTTCCTCAAC GCATTTCTTT AGACAAAGAC
    19261 TCCGTTTTTT CCTCTTTTCG GATGGTAAAT ATTTCTCAGA ACATGGAGTG TGAATCAAAC
    19321 CCATGTTTGA ATTGAGATAC TGATGCAAGT TCTTCCCTTC TGAATCAGAT AGATTCATAT
    19381 TTGAAAGAGG TTGACAATAA GTTCTTTCAA AATTGACTAT TTGTCCCTCT GTTAGAGGTG
    19441 TTCCAGAAAT GTCTGCGATC GAGTAAATAG TTCTACGAAC GAATGGATCG CATCGACTTG
    19501 GAAAATGGAA AGATTTGGAC AAGTTATACG TTTCGTCACC ACTTTGTGGA AAATCATTAG
    19561 TTATGAATAT GTTAGATACC TGTGACTCGA TTGGTGAAAT AGTATCTCTC CCCCCAAAAG
    19621 CATGTTTTTT TTTACCGACG CACAAAGAAA ATATTTTGTT GCGAATGAAC AAGATATTGA
    19681 GGAATTGTCG ATACGTAAAA TCATAATTAT TGATACGGGC CTTTTCCACA GAAAAGGGGA
    19741 ATCTTGTGTT ACAATAGAAG CAGAAGTGAT GTGGATTATT CAAGAATCGA AGTCGATTTG
    19801 CTTTATAAAA AGAAGATATC AATGAACTTC TATGAAATGG TTTCACGGGA TTCAGCCAAT
    19861 TGTCTTGATT GTGAAATATC ATTGAGAAAT AGGAATCCGC GTTATCAAAG GATTTCCTGC
    19921 GATTATTTCT AGTATGGAAT GAGTCAATCA TGCACTTTGG TGTCTTATTG AACAAAAAGG
    19981 GTCTTCCTCC AGTGATCAAG AATTTCGATT TTCGGTACGT ATCACGATCA TCCAATAAGA
    20041 AGGGTTTCCA TTTTTTCAAA TGAACAATTT GAAGACCTAT TGATTCTAAC AACTGATTGC
    20101 AGAGTTGATC ATTCGGACCT TTCAATTCAT AGATGTAGAT CTCGGACCTA TGAATGGGGA
    20161 TATTCCCAAA ACTCACACAG AAAAAAGGAA GTGAGTTAGA CAAAAAGAAA AGCAACTTGG
    20221 ACAAAAAAAG AAGTGACTTG GACAAAAAGA AACGAAGTGG CTTAGACAAA TCTTTTGTGT
    20281 CGATAACCTC AGACCAATCA ATCGAATATT GATTAATACG TAATCGATCG AACACTATTT
    20341 GAAAACGGCT CTTATGCTCA GAAACGAAAT GTTCCAAATG TTCCTGAAAA TTCTTGCTCC
    20401 CATTGGACCA TTTGTATCTA TATGCATCAG GATCCCGATT CATGGATCTC TCGGTTCGAG
    20461 AAATAAAGAT AAGAGGATCG AACCATTTCT TCTGACTCTT TTTCAAATTC GAAAAATGTT
    20521 GGTTGATCGT ATATTTCATT ATAGTTCTAT GATTCAGAGT ATCCTTTCCT ATTTGATCCC
    20581 TTTGAATTCC ATATTCGAAG TTGCGATCGG ATCTATTCAT TAAAAAGAAT CGATTCAATA
    20641 CATTTCTTAT GTATCCATAA TATTGGATTT GAATCAGATT TCGGATCAAT CTATATTGAT
    20701 TGACTGCCTC CATTATCTTG TTGCTAGCAA ATACCACCAT TTTTGGTTTT GGATCTTCCA
    20761 AATCATTCCC GCAGGAGATC CGGGCCCGTT TTTTTCGGAT CCTTCGAGAA AAAGATTCAT
    20821 TCTCTTCATA AAAAATAGGA GGTAGAACCA ATAAAGATTT CTTTTTCGAT TCATCCCTGA
    20881 CCTCATTCAA GAATTGTTTT TGATCCAATC CGGAGGAATC AATAGAAAAG GTAAATCCCT
    20941 TATGATACAC CAGATCTGGC TCGGTTATTG ATAGAGTGAA TAGATCTGCC ATTTCTTGAA
    21001 ATCTCTCTTC TGATTCAAAA TCGTGGTGTA AGGTGTATCC TCCCCTGTTC CGGTCATGGA
    21061 ATAGATGAAA TAAATCAAAA AATGGATTTT TGTTCAAGAA TGACATCTTA TTGGAACTGT
    21121 CCATATCCGG TTCATCCTTC AGAACCCTAT CACACCCCGG TGAAATGGGA TGAATTGAGA
    21181 CAGTATTTTG TAAATACGTA ATTATCTTGA ATATATTAAC CAGTTCTTTA TTTTTCGATC
    21241 GCCTGGAAGG GACAAACGAA AGATCTTGTT GTTTCTTGAA GAATTTCTGA TCTCTCGTGG
    21301 ACCTCTCAGT AGGATTCGAC CCCAGATGAA GTTCTGACCA TCTTTCAGAG AAAAAAGAAC
    21361 GAACCGATCT TGTAGGATTC CCAAGAAATT CTTCGATTTC TTCCGGAAGC AGATGATTAA
    21421 TCATCTGCTT CTCACGTTCC GTGAATAGCC GGGACATTAA GGAATATCCA GAAAGGGATT
    21481 TCGGGAATCG GTCGGATTCT ATCTCTGTTC CTTCCGTTTG AAGAAAGGAA GGATCCCAAA
    21541 GAATCGATCT TTCTTTTAGT GGTTGAATCT CTCTTTGATT GATCAATGCG TGATATTCCG
    21601 AATCCTCATT ACTAATGGAA TCCAAATGAT CTCTGGATTG ATCAGAAGAT CCTTTCGGTT
    21661 GGCTAGAATC CGTTACTTGA ACGAAACGGG ATCTTGTGGA ATCATATTGA ATATTTGACG
    21721 ATACATTCCG TACCTTTCTA AAAAACGGAT CCTTGTTTAC CAACCACACA TTGTCTAACC
    21781 AAATCAAATT CTCTCTCGAT ATGTTCCTCA AAAAATCCGA TTCGTGCGGA TTCTTCCCCC
    21841 AACTAACGAA GAGATCCTGG CGAAATTGCC ACATATGAAA TTGAGCACAA TTTTGCAAAG
    21901 AAATAGCCCA CTTGTTTCTC GAGAAGAGAT GAGAAACATG CTCAATATCA TTTGATTGAA
    21961 TAGTTGACCC GGCCGTTTGT TGTTTGAAGA AACCCTCCAC TTCAATTGGT ATTTTTTCAC
    22021 GAAAAGCAGA CATGAGATAA GAAATCCAGT GTTTCACTAA GATTTCGAAT AGCGATCCCG
    22081 AATTCAAGTT GATTCTATTT CGCCTCTTCC TCAGAGAAAG ACAATCAAAC AATTCCCAAT
    22141 CACGGTCCTT GCGGATCGGA TCATCCATAT AATATACAAA AAGAAACTCC AGATATTTGA
    22201 TATCTTTCTC ATTGAATAAG ATCTCAATTT CAGCGACGGT TTCATTAGAT ATCTTACAAC
    22261 TAGAATCCCT CTTTTTTCCG CTCCAGTTCC TCCACCACCG CGAACCCCAG TTAGATTCAG
    22321 GCATGCTACA CTTTTTAGTT ATTGGGAGAA TCCAAGTACT CTCTTTCGGA TTCAGGAAAC
    22381 AACTATCAGA GATCTTTTTT CCTTTTGGAA GATAGAGGAG CGAAACAATC AACCTATTGA
    22441 TATTGGAAGA CCCAACCGAT TCTTCCAATG TATCATTTCT GGGTCCAATG GAATTCATAG
    22501 GAAGAAGCCC CCTCCAATAG AGATTTTTTC TTTCGACCAT ATTTCGATTG TTAATACGAT
    22561 ATATAAGGAC CGCTACGACA AAGAGTATTA CACCCTTGAT CGTGAAATAT CGATTGCTTG
    22621 TTGAACCCTG TGAATTGCGT GAAAGTAGGA TACTCAAAAT TCGGGGGTCA AGGAGTTTTA
    22681 GAAAACGTTC TTGGTGGAAA AAAATGTGAA TGAAAGACCC TACGGAATTG AATTGAGTCC
    22741 ATGAATCTAA GAAATAGTGA GAATTCTTGA TCTCTCTCAA TTCGAAAATC CAGGATTTGA
    22801 ATGGATGTTC TTTCATTGAT TCCTCCTAAA TCGTATTGAT TTATCCTAAA GATTTCATTT
    22861 CAATTGGAAT TTGGTTATTC ACCATGTACG AGGATCCCCG CTAAGCATCC ATGGCTGAAT
    22921 GGTTAAAGCG CCCAACTCAT AATTGGCGAA TTCGTAGGTT CAATTCCTAC TGGATGCACG
    22981 CCAATGGGAC CCTCCAATAA GTCTATTGGA ATTGGCTCTG TATCAATGGA ATCTCATCAT
    23041 CCATACATAA TGAATCGGTG TGGTATATTC ATATCATAAT ATATGAACAG TAAGAAGTAG
    23101 CATTCTTATT GAGACTAGAA CTCATAGGGA AGAAAATCGA TTTATGGATG GAATCAAAAA
    23161 TGCAGTATTT ACAGACAAAA GTATTCGGTT ATTGGGGAAA AATCAATATA CTTCTAATGT
    23221 CGAATCCGGA TCAACTAGGA CAGAACTAAA GCATTGGGTC GAACTCTTCT TTGGTGTCAA
    23281 GGTAATAGCT ATGAATAGTC ATCGACTTCC GGGAAAGGGT CGAAGAATGG GACCGATTAT
    23341 GGGACGTACA ATGCATTACA GACGTATGAT CATTACGCTT CAACCGGGTT ATTCTATTCC
    23401 ACCTCTTAGA AAGAAAAGAA CTTAAATCAA AATACTTAAA TAGCATGGCG ATACATTTAT
    23461 ACAAAACTTC TACCCCGAGC ACACGCAATG GAACCGTAGA CAGTCAAGTG AAATCCAATC
    23521 CACGAAATAA TTTGATCTAT GGACAGCAGC ATTGTGGTAA AGGTCGTAAT GCCAGAGGAA
    23581 TCATTACCGC AAGGCATAGA GGGGGAGGTC ATAAGCGTCT ATACCGTAAA ATCGATTTTC
    23641 TACGGAATGA AAAAGACATA TCTGGTAGAA TCGTAACCAT AGAATACGAC CCTAATCGAA
    23701 ATGCATACAT TTGTCTCATA CACTATGGGG ATGGTGAGAA GAGATATATT TTACATCCCA
    23761 GAGGGGCTAT AATTGGAGAT ACCATTGTTT CTGGTACAGA AGTTCCTATA AAAATGGGAA
    23821 ATGCCCTACC TTTGAGTGCG GTTTGAACTA TTGATTTACG TAATTGGAAG TAACCAATTA
    23881 GGTTTACAAC GAAACCTAGA AATCGATCAC TGATCCAATT TGAGTACCTA ATACATACAG
    23941 GATAGACCTC AACAGAAAAC TGAAGAGTAA CGGCAGCAAG TGATTGAGTT CAGTAGTTCC
    24001 TCATATAAAA TTATTGACTC TAGAGATATA GTAATATGGA GAAGACAAAA TTGTTTCAAG
    24061 CACCGACAGA ACCGGAAGCG CCCCTTCTTT CAAAGAAAGG AGGATGGGTT ATTCACATTT
    24121 CATTTGATGG TCAGAGGCGA ATTGAAAGCT AAGCAGTGGG AATTATAAAG ATTCCCCGGG
    24181 GGAAAAATAG AGATGTCTCC TACGTTACCC ATAATATGTG GAAGTATCGA CGTAATTTCA
    24241 TAGAGTCATT CGGTCTGAAT GCTACATGAA GAACATAAGC CAGATGACGG AACGGGAAGA
    24301 CCTAGGATGT AGAAGATCAT ACCATGAGTG ATTCGGCAGA TTTGGATTCA TAGGGATATT
    24361 CACCCATGTG GTACTTCATT GTACGATATA TATAAAATCC ATCTGTATAG ATATCATCAT
    24421 CTACGTCCAG AAAGCCGTAT GCTTTGGAAG AAGCTTGTAC AGTTTGGGAA GGGGTTTTGA
    24481 TTGATCAAAA AGAGGAATCT ACTTCAACCG ATATGCCCTT AGGCACGGCC ATACATAACA
    24541 TAGAAATCAC ACTTGGAAAG GGTGGACAAT TAGTTAGAGC AGCGGGTGCT GTAGCGAAAC
    24601 TGATTGCAAA AGAGGGGAAA TCGGCCACAT TAAAATTACC TTCTGGGGAG GTCCGTTTGA
    24661 TATCCAAAAA CTGCTCAGCA ACAGTCGGAC AAGTGGGGAA TGTTGGGGTG AATCAGAAAT
    24721 GTTTGGGTAG AGCCGGATCC AAGCGTTGGC TAGGTAAGCG TCCTGTAGTA AGAGGAGTAG
    24781 TTATGAACCC TGTAGACCAT CCCCATGGGG GTGGTGAGGG GAGAGCCCCA ATTGGTAGAA
    24841 AAAAACCCAC AACCCCATGG GGTTATCCTG CACTCGGAAG AAGAAGTAGA AAAAGAAAGA
    24901 AATATAGTGA TAATTTGATT GTTCGTCGCC GTAATAAATA GGTGAAACAA TCGAATTTCT
    24961 TTCTTCGTCT TTACAATAAA AAAAGAAAAA ATTAGGAGTA AGCTGTGATA CGTTCACTAA
    25021 AAAAAAATCC TTTTGTAGCC AACCATCTGT TAAGAAAAAT TAACAAGCTA AATAAAAAAG
    25081 AAGAAAAAGA AATACCGGGC GAACGACGGG AATTGAACCC GCGCATGGTG GATTCACAAT
    25141 CCACTGCCTT GATCCACTTG GCTACATCCG CCCCTCTATG ATTAATTTAA TTCATTGTAC
    25201 AATAGACTTT TAAATATTTT AAATTCAAAA TAATCTTACT TACAGTGTGT TATATAATAT
    25261 AACACAGGCA AATAACTTCT TTCTAAGATA ATAATATCTT TTAAAGATAA AAAAACTTCT
    25321 ACATAACGAA AAAATGTTTT TTCGTTATTT TTCTGGAATG AAAATCAACT ATACAATTTA
    25381 GTACACTACT AAATTGAAAA GAAAAGATTA AGGAACAATA AACCCTTTTA CTTGTTCCTT
    25441 AATCTTTTCT TTTCAATTAT TCAATTTTCA CAACAATACA CTAAGAATAA GTCTTATCCA
    25501 TTTGTTGGAG CTTCGATAGC AGCTAGGTCT AAAGGAAAGT TATGAGCATT ACGTTCATGC
    25561 ATAACTTCCA TACCAAGGTT AGCCCGGTTG ATGATATCAG CCCACGTATT AATTACGCGG
    25621 CCTTGACTAT CAACTACGGA TTGGTTGAAA TTGAATCCGT TTAGATTGAA AGCCATAGTA
    25681 CTGATACCTA AAGCAGTGAA CCAGATACCC ACTACAGGCC ACGCAGCTAA GAAGAAGTGT
    25741 AACGAACGAG AGTTGTTGAA ACTAGCATAT TGGAAGATCA ATCGGCCAAA ATAACCATGA
    25801 GCGGCTACGA TATTATAAGT TTCTTCCTCT TGACCGAATT TGTAACCTTC ATTCGCAGAT
    25861 TCATTTTCTG TGGTTTCCCT GATCAAACTA GAAGTTACCA AGGAACCATG CATAGCACTG
    25921 AATAGGGAGC CGCCGAATAC ACCAGCTACG CCTAACATGT GAAATGGGTG CATAAGGATA
    25981 TTGTGCTCAG CCTGGAATAC AATCATGAAG TTGAAAGTAC CAGAAATTCC TAGAGGCATA
    26041 CCATCAGAAA AACTTCCTTG ACCAATTGGA TAGATCAAGA AAACCGCGGT AGCAGCTGCA
    26101 ACAGGAGCTG AATATGCAAC AGCAATCCAC GGGCGCATAC CAAGGCGGAA ACTAAGCTCC
    26161 CACTCACGAC CCATGTAACA AGCTACACCA AGTAAGAAGT GTAAAACAAT TAGTTCATAA
    26221 GGACCGCCGT TGTATAACCA TTCATCAACC GACGCTGCTT CCCAGATTGG GTAAAAATGC
    26281 AAACCGATAG CGGCAGAAGT AGGAATAATG GCACCCGAGA TAATATTGTT CCCATAAAGT
    26341 AAAGATCCAG AAACCGGTTC ACGAATACCA TCAATATCTA CTGGAGGAGC AGCAATGAAG
    26401 GCAATAATAA ATACAGAAGT TGCGGTCAAT AAGGTAGGGA TCATCAAAAC ACCAAACCAT
    26461 CCGATGTAAA GACGGTTTTC GGTGCTGGTT ATCCAATTAC AGAAACGACC CCATAGGCTT
    26521 TCACTTTCGC GTCTCTCTAA AATTGCAGTC ATGGTAAAAT CTTGGTTTAT TTAATCATCA
    26581 GGGACTCCCA AGCACACGGA TTTTCTATAC TATAACTCGA AATAGAAAAC GGAAGGCTTG
    26641 TTATTCAACA GTATAACATA ACTTATATGT TCGTGTCAAC CAATCCCAAT ACCTATCGAA
    26701 ATCGATTCGA ATTTCGTAGA ATTAAATCTA AATGAAGTAA ATTATAAAAA GAAAATAGAA
    26761 AATATGGATT GCTATGCTAT CCAGATAATT TAGATATGAT AAATGGGTTG CCCGGGATTC
    26821 GAACCCGGAA CTAGTCGGAT GGAGTAGATA ATTTCTTTGT TATGTTAATT AAAAAAAGAA
    26881 AAACCCCTCC CCAAACCGTG CTTGCATTTT TCATTGCACA CGGCTTTCCC TATGTATGCA
    26941 TCATTTCCTT TATTTATATT TAATAAATAA CTTTATTAAA AAAATTGAAT ACGCAGTTGA
    27001 TTTAACCCTT AGTTACATAC TACATCAACA TTTCAGAATA GTATAAATAC GTAAAAAATT
    27061 TTTTTCTAAG ATTTCAGAAT TTGAATTTGT GATCGACCAG ATCACAAATA GAAATAATAC
    27121 CCAAATACCA AACCCGACTT CTATATATTC CCTGCAAACT GCGAGAAGCT TTTGGGAACG
    27181 TTAAAAATAG AACGTCTTCT TCGGACAGAA GAAATTCTTC CAATAATTCC GATCCTAATC
    27241 TTTTCAAAAA AGTACGTACA GTACTCTTGT GTTTACGAGC CAAAGTTCTA GCACAAGAAA
    27301 GTCGAAGTAT ATACTTTATT CGATACAAAC TCTTTTTTTT AGACGATCCA CTATAATAGT
    27361 GAGAAAAATT TCTGCATATA CACCCAAATC GGTCAATAAT ATTCGAATCT GATAAATCAG
    27421 CCCAAACCGG CTTACTGATG GGATGCCCAA ATACGTTACA AAATTTCGCT TTAACCAATG
    27481 ACGCAATCAG AGGAATAATT GGAACAAGGG TATCGACTTT CTTGCTAGCA TTATTGATTA
    27541 GAAATGCATT TTCTAGACTT TGACTCCTTA CCACTGAGGG GTTCATTCGC AAACTTGAAA
    27601 GATAGCCTAA AAATTCAAAT GAATGATTGG ATAATTGATT TATATAAATC CTTTTTGGAT
    27661 AAAACCAGAG CGAAAAATGC CATTGCCAAA AAGCGATAAG GTAACATTTC CATTTATTCA
    27721 TGCAAAGAGA CGTCCCTTTT GAAGTTAGAA TAAATTTTCT TTGATACCTA ATATAATGGA
    27781 TGCAAGGCTC CTTGACCAAC CATACGTTCG CTTGGAAATC CTTAACGTTT ACAAAGAAAT
    27841 TCACAAGACG TTCTATTTTT CCATAGAAAT AAATTCGTTC CAGAAGAACA CCAAAAGGTG
    27901 TTGATCCTAA ATGCAAAGAT TGGTTACGTA AAAAGACGAA ACTGGATTCG TATTCACTTA
    27961 CATGAGAATT ATATAAGAAT ACGAACAATC TTTTATTTCT TGTTGAAAAG GAGGAACTGG
    28021 CTTTCTTTGG AGTAATAAGA CTATTCCAAT ACTTATTGAG AAATAATCGT AATAAATGTA
    28081 AAGAAGAAGC ATCTTTTACC CAATAGCGAA AAGTTTGAAT AAAGATTTCC ACATGCACAG
    28141 GGTGGGGTAT TAGTATATCT AATACAAAAT TTAAATGGGA AAAATTATCC TCTAAAAAAG
    28201 GAAATATTGA ATGAATTGAT CGTAAATTCT GAGATTTCAC TATATATATA TATTTTCCTT
    28261 CCGATATTAA TCTTAGGGAA AATGGAATTT CTACAATAAA AGCAAACCCC CCTGCTATGA
    28321 TTTGAGAATA CAAATTTGGG TTGTGCGTCA AAAATTGATT TTTTTGGTTA GAATCATTAG
    28381 GCGAAATAAT ACAAGCATTC GGTTGATACA TTCGAGTAAT TAACCCTTTG ATAACCAGTA
    28441 AACTAGATTT ATTGTCATAA CCCGGATTTT CATTTTCCGA CAAAATTGAT CTACTGAAAC
    28501 CACGGTCGTG GGCAAATGCA TAAATATACT CCTGAAAAAT AAGTGGATAT AGGAAGTCGT
    28561 GTTGTTCAGA TCTTTCTCGC CGTAAATATC TTAGGATTTG CTCCATTTAA AATTTTATTT
    28621 GAATCAAAAG TAGACGCTTG AGGGGGTTAT CAAATGATAC ATAGTGCGAT ACAGTCAAAA
    28681 CAAGCGAGTC TCGTAAGAAT AGATATCTCG GAAAGAGGTA AACTCATCAA CCAGACTCTC
    28741 TACCCCCTCT TTTTCCCATT CATTTCCTTT AATTCGTCTA TGTTATAGGA TAACAAGAGG
    28801 GTTAGAAATC TTTTATTTTT TAACCCTACA TCGCTCTTTT GATTTCGGAA AAAACTTTCT
    28861 TTATCAATAT ACTGCTTCTT TTACACCCAC ATCTTCATTC CATAATAGAG AAGGCTAATA
    28921 GTTAGGATTC AAAAATATAG AATATATTTG TGTGGGATAA GTCCTTCCCA TATCAGGCAC
    28981 TAATCCATTT TTAACCTCTA ATTAGATGGG GAAATTATTC AAATTACGAA CAGAAGCTGG
    29041 TTACTTTTTC TTTCTAATAA TTAATTGAAG CTCTAGGGCC CCTATCCATT TATTAATTCG
    29101 ACCCAACTTT ATTTTATGTT GTTCCAAGAA TTCGAACAAG ATTTTGTATC GATCCGAGAA
    29161 GAATAAAATA TCCTCAAAAC TCTCTATTGA TACGACATGC TATTTTTTCC ATTTATTCCC
    29221 TTTCAGGATC AGTCGCGGTC TTCCAAACTT TACCAATGGT ATGGACGAAT TGATCACTTC
    29281 ATGCAAATGT GTAAAAGATT CTAGCCGCAC TTAAAAGCCG AGTACTCTAC CGTTGAGTTA
    29341 GCAACCCGAA GAAAATAGAG GTTAAACTTC AACTTCTTCA ACTTAAAGTA AAGGGTGTAT
    29401 AGATCCAATC CGAATCAAAT TCAATTTAAA CAAACAGAAA GAAGATTATA TGAGCTAATC
    29461 AAACCGATGA GCTAACAAAT CGACAAAAAC AGATTTGAAA AAGGATTGGA AACATAAAAG
    29521 AAAAATAATT AAATGAAAAT AGAAGAAATT CTCAGATAAA AGAAAAAAAT ATACCGAATT
    29581 GGAGAAATTG ATAGAGAACT TCGTGTGTTA TCTACTTTTT TTCAATCAAA AAACCTATGG
    29641 GCCAGAACTA AATAGACCGG GTTCACTTAT TACGTTACGA TAAATTATAT TTGTTCAATA
    29701 CACTGTTGTC AACATCAATG GTGATAAAAG AATAGAGTGG AAAAAATTGG ATTGAAATTC
    29761 ACCACTGGAA TAATATTCCA AATTGTTTTG GATTGACACT ACACATTGAA TCTACATAGA
    29821 TAGAAAAAAG ATAAACGGAC GAATAAAAAA GCAGGAATTG AAATATATAT ATATCAGAAT
    29881 CATATTTTTT AGTGCCTAAT GTATTTCCGC AATGTAAGTG GAATAAGCAA AGTGGATTCC
    29941 CTGTTCGTTA ATCGAATCGA ATTATAATAA AACTCACCCA ATTGATGGGT GGAAATATAC
    30001 GAATTCGTAA TAAGATCGAA AAACTAAAAT TTTGTCGTTC TAGGCTATCG GATTTGACGG
    30061 AAACAATCTT AAAAAAATAT GAATACAGCA GAAAAGAAGA GGGGGGGGAT AAAAAAACCA
    30121 GTGGAGAAAA ATTATGCAAA GTTATATACA AGTTGCTACC CCCCTTAGTA TTTTATTTCG
    30181 TTACTTGAAT TTCATTTAAT TAGGCGGAAG TTCCTTAATA AAGTTCCGCT GTCTTTAACA
    30241 GATTCTGAAC AGTTCGTGTG GGTTGAGCAC CCTTTTCCAG GAAATATAGA ATAGCGGGAA
    30301 CATTTAAATA AGTTTGATTT TTGGTTGGAT CATAAAAGCC CACTTTTCTA AGATCTTTTC
    30361 CTTCTCTTCG GGATCTAACA TCAATTGCAA CGATTCGATA GATGGCTCAT TGGGATAGAT
    30421 GGAGATGAAC AATACCCCCC CTAGAACCGT ATAGGAAGTT TTCTCCTCGT ACGGCTCGAG
    30481 AAAAATGATT TGGAGTTTTG TCTATAGTAT GCAATTCGAA TAAATTAAAC GATAAATTGG
    30541 ACTATAAACT AAATTAGACT ATGATTTCAG TCTTTTTTTC TTCCGGAAAA GAAATCATTC
    30601 GTACTCATAA CTCAAGTTGG ATAATTCTTC AAATAGTTCA AAGGAAAAAT TTGTAGTCAA
    30661 TTTTTTTTAT TGAGTAGTCT TTCCCTCTTC TGTGTGTCTC ATCTAAAATT TTAGTTGGAT
    30721 TCTTTAGTCT GATCCAGCTA GTGAGACTCT CGAGACAATT CAAGTGGTGT TGCCTTGTTT
    30781 TTAGATCCTT TAAATCCTGA ATTTAAAATC ATTGGGTTTA GACATTACTT CGGTGCTTCT
    30841 TAATTTTTTC AAAATGGTAG CAACATACCC CTTTTTATTT CTTTCTAGCA AAGAATCCGA
    30901 TGGATAGTTA ATTCCCGTGT GATACACCTC GACTCAAAAA AGTTTGATGC AATTTCAACA
    30961 AGTTTTTGGA AACTTCCTCG AATTGGATCC TTTACTATTT CTATATCTAG CAAATCTATT
    31021 TACGAAGTTA TTCCAATTGA TTGGCATTAA CCCTAGATCC TTGTCCCTAA GAAATGAATT
    31081 ACTCCTTTCT ACTCGAGCTC CATCGTAGAC TAGTTACAAC CCAACAAAAA ACGAAGGGTT
    31141 CAAATGTAAC AGAACAAACA ATGTCGAGCC AAGAACACCC TCATTACTAG ACAAATTGAA
    31201 AGTGGTGGAT TTTTAATCCA CAACGGACCG CGTCCTGCAA GTCGCACGTT GCTTTCTACC
    31261 ACATCGTTTC AAACGAAGTT TTACCATAAC ATTAACATTC CTCAAATTCG GAACCGGTAT
    31321 GGAATTGATT CAATCATGGA ATCATGAATA GTCATTGGTT CGGCTGTTCA TAGCCATCGT
    31381 AATCTTAGGC TTTTTCTTCT ATATTATTAT ATTAATTAAT AATTAAATAT ATATATTAAT
    31441 TAATATTATG ATATGTGGAA CGATTTTTTT TGAAAAACGT ATTAGCAAGA GAGCATATTT
    31501 TTAACATAAA TAATAAATAA ATAATAAGAA AGATAATAGA AAGAAATATA TAAACAAATA
    31561 AAAAAAAGTC ACTTTTTGAA TCCGCATCTT CAAATAACTC AATAAGATAG ATTAAATAAT
    31621 TTCCTACTTT TTAAAAGATT CCATTTAGAA GAACTCATTC AAATTCAAAA TAGTTTGGAT
    31681 TGAAATTGAA AAAAGTTTCG TATTTATATA TTTAAGATTT ATTTAATTTG AAGAAAATTG
    31741 GACAAAAAAT ATCCCATTTG ACCTTCGTAA GAAAATAATT TTTTTTACTT TACTCCGCAC
    31801 TGATCTAGTT TCAAATAGAT CAAAGAAAAA AAGAAAGAAA TCCAATTTTT TCATGAAATG
    31861 TATAAAAAAT GATGCTAAGT TAAGATTTGA ATCTTTATTC TTTTTATCTA CGAAAATCAA
    31921 AATAAAAAAA TATTGTCCTT GAAATTAAGG AATAAAACGC TACATACCAT ATAAGCTAAA
    31981 TATTTCCTCA TATAAAATGA GGAAATGATT GATAGGTATT TTGTTTAACA TGGGATTGGG
    32041 TAATATTGCA ATAATCGACT CTTGTCAGTA AAGTGAATAA AATAATTAAA ACATATAGCC
    32101 TAAATCCCCC CTGCCATTAG ATAGATTACC AATTTTTAAT TATTTTCATT CGAGACAAAT
    32161 ATAAAATAGC TAAATACAAA TAAAACGAAA TTCAAAGAAA AAACATTGAA TTTACCACAT
    32221 ATTTCTATAT GAACAGGAAC TTGATCATTT GTTAATGAGA TTCGAATAGA TCCAGATAAA
    32281 TATGGATTAA ATTAACTTAA CTCCTATCAC TTCTCTAGCT TCCTTCTATG CGAATAATGG
    32341 AGCCTAAAAA ATGGATATGC GCGGCTGGGA CGGAAGGGTT CGAACCTCCG AATAGCGGGA
    32401 CCAAAACCCG TTGCCTTACC ACTTGGCCAC GCCCCATTCG AATTTCGAAT CGACGCCAAC
    32461 AAAGAATAAT ATTGGCATTG GTTGTTTGTC AACTCTAGTA CAAATATCTA TAGATACAAA
    32521 TATCTATAGA TTGGTAGTGA TATTTTACTA CACTATAGAT ATAGCATTCA ACTAAATTTA
    32581 TTGATCATTA CATAGAATTC AATTAAGATA TTGTATGAAA GTATGATTTC TTCTATTCTC
    32641 CTTTGAGAAT TGGAGGATTT TTGATTGGGT GGGTTCAAAG AAAAAGTAAG TATTTTGTGT
    32701 CTATCTTATT AACTTTCTTC CTTTTTACTT ATATCTAAAA CTCAATCAAA ATGCAATTAT
    32761 CTCCAAGAAC AAAATGTCTG TTATGTTTAA TACCGTTAGT TTGATCTGTA TTAATTTTGA
    32821 CCTTTCTTCA AGTAGTTTTT TCTTCGGCAA ATTGCCCGAA GCCTATGCTT TTTTGAATCC
    32881 AATCGTAGAT TTTATGCCAG TCATACCTTT GTTTTTTTTT CTCTTAGCTT TTGTTTGGCA
    32941 AGCTGCTGTA AGTTTTCGAT AAGATCCTCA ATTTAAAATT AAAAAATAAT ATACTAGAAA
    33001 ATGCATAATT TCCTCGAGAA AAAATGCTAA CAATTGATAA AATCAGAAAA GTTTATAGAG
    33061 TATAAGCCCC CGATTCGTAT ATTCAAATTC TTGGATAGTC GCCATAAATC CGGTTTGACC
    33121 CCCATTTTTT CATTTTTGAC CCTTTGTTCA AGACCCTAAC TCTATATTAT ATTTTTTATA
    33181 GGGTCTCCCA CAATATCGAA TTTGGTTTCA GATATAAAAA CTTTTTTCTG ATTCTAATAA
    33241 TGCATTTCTA GTTCTAGAAA AACTTCATTT CTTGGTGTCA AAATCAAATT ATAGAATATG
    33301 TGGTAGAAAA ATGGAAGATC TATTTTCTTT GTTTTTCCAA CAAATCCTCT TGGAGATTGT
    33361 GTAATGCTTA CTCTGAAACT CTTCGTTTAT ACCGTAGTGA TATTTTTTGT TTCTCTCTTT
    33421 ATCTTTGGAT TCTTATCTAA TGATCCGGGT CGTAACCCCG GACGTGAAGA ATAAAAAAAT
    33481 TATTCTCGGT TAATTTTCAA AATTTGAAAA AATTAAATCA AAACCAAATC ATCAACGGAA
    33541 AGAGAGGGAT TCGAACCCTC GGTACAAATA ACTCATACAA CGGATTAGCA ATCCGGCGCT
    33601 TTAGTCCACT CAGCCATCTC TCCCAATTGA AAAAGAGAAT TACTGCATTA TATATAATGT
    33661 AATATAAGGA GTCTTTCTTT CTCTCTCTTC TTTCTCTATT GTATTATAGA TAGAGAGAGA
    33721 TCCGCAAATC AGGAAGTTCC TTTATTTAAA TTAAAATTAT AAGGGGGCGT CAACAATAAA
    33781 ACTAAAAAAT AAAAAATAGG AAAACCCCCT AATCTATTAT TATTCCAAAG GCCCTTAATT
    33841 ATTCTAATAA CCCTGTTTGG CCAGTCCCCA CCCAGGCCTT TTTTTGTTCC AATGAATTAT
    33901 AGATAAATAA TGATTTATCT GAATATCCGA ATTGGAAAAA AATACTTTTT TATATTTTTA
    33961 GATTATTATA TATAATTGCC TATTATATAG ACAAGGAAGA ACAAAAGAAG AACAAAAAAA
    34021 TAAGGAATAT TTCGATTCAT TGTCTAAGTA TATTTTCATT TTCCGAAAAC TATTGATTCT
    34081 TCCCCAATGC ATTTTTCTGT TATGATTTTC CTGTTTTTTT ATCTGTATCT ATCAGCAAAA
    34141 AAAACTTGAT TTATTTAATA AAGCCTCTTT TCAGAATTGC AGTTTTAAAG TAGAATTTGG
    34201 ATCTCCCCCT GAAAAAGCTC AACACTCTCG GTTTGATGAT TCTTTTAAAA TCCTATCATA
    34261 ATTATATATC TATCAATTAT GGAGTTCGAC AAAAGATCTA TTTGTATATA CAATAAAAAT
    34321 TGTAGCGGGT ATAGTTTAGT GGTAAAAGTG TGATTCGTTC TATTAACCCC TTAATATAGT
    34381 TAAGGGGTCT TTCGGTTTTA TTCATATTCC GATCAAAAAA TTTATTTCTT AAAAGGATTT
    34441 AATCCTTTAC CTCGCAATGA AAAATTCGAG AAAAATACGT ATTCTCGTGA TTTGTATCCC
    34501 TGAATCACTT AAGAAAGTGC AAAATTGGAT TATGAAATTG CGAAACAGGA TTTTTGAATT
    34561 GGACCACGAC TTCCGATTGC ATAAGTATGA GTAAAGGATC CATGGAGGAA GATAGAAAGA
    34621 AAATTTCTAC TCGTAACTAA ATCTTCCATT TTTTTCGAGT TATAAAGAAA TAAATTGAAG
    34681 CAAACTAGCT ATTCAACGAT GTCTTTAGTT TACTAGAGAC ATGAATATAT TGTTTTAGCT
    34741 CGGTCGAAAC AAAACCCTTT TCCTTAGGAT CTTCTCAAAT AGAAATAGAG AACGAAGTAA
    34801 CTAGAAAGAT TGTTAGAATC AACTTCTTCT AGAAGGATCA TCTAGAAAGC GATTCGTTTT
    34861 GTTTGTATTC AGACAAAAAG CTGACATAGG TCTTATGGGT ATAATTTTGT TCATTTATGA
    34921 ATTTACTCAT CTTCCATAAA GGAGCCGTAT GAAACCAAAG TTTCATGTTC GGTTTTGAAT
    34981 TAGAGACGCT GAACCGACGT CGACTATAAC CCCTAGCCTT CCAAGCTAAC GATGCGGGTT
    35041 CGATTCCCGC TACCCGCTTC TTTCCCTTTT TTCTAAATAT TCTATTTTAG AATTATATTC
    35101 TAACATTAGA GAATAGAAAT AACATATTAT AATTAGCGAA CCATTGAATA TACAATTCCC
    35161 AAAATTATCA TTCCGATTTT TCGTTTTCAA TTCAAACACG AAGTAGAAAA ATAAAATACG
    35221 AAAAATCGGA ATGAACGGCG TCCATTGTCT AATGGATAGG ACAGAGGTCT TCTAAACCTT
    35281 TGGTATAGGT TCAAATCCTA TTGGACGCAA CTTATTTCCA TCTATTTTTT ATTTCGATAG
    35341 CAAGTAAAGG CTTTTTACAT AATTTCAATC CGAGATGCTT GATTACTTTA TTTAAATTGA
    35401 AAATAAAAAG TGAACAATTT CTTTATTTTA TACTTGTTCC TGAAGTAGAA ACCGGTCAGT
    35461 TTGTTCCTGA ATAGCTTCTT TCAAAAGGGC TTCTGCTTCC TCAGTAAATA TCTTAGTAGA
    35521 AGATATGATT TCTTGAAACT GAGGTTTATT ATTTTTTAAG TAAGTACGTA ATTCAACAAG
    35581 AAATTTCCGT ACCTGTCCGA TTTCTAATGA ATCAAGATAA CCATTTGTTC CGGTATAAAT
    35641 AGTCATTATT TGTTCTTCTA CTGTAAGAGG AGCAGATTGG GATTGTTTAA GCAATTCACG
    35701 CAATCGTTGA CCTCTTGCCA ATTGATTCTG AGTAGCTTTA TCAAGATCTG AAGCAAATTG
    35761 CGCAAAGGCT TCTAATTCAG CAAATTGGGC CAGTTCCAAT TTTAATTTAC CAGCTACTTG
    35821 TTTCATGGCT TTAATTTGAG CTGCAGACCC TACTCTGGAA ACGGAGATAC CTACATTAAT
    35881 AGCGGGTCTG ATTCCAGCAT TGAATAGATC GGCAGATAAA AATATTTGTC CGTCCGTAAT
    35941 GGAAATTACA TTAGTAGGAA TATAAGCCGA AACATCTCCC GATTGAGTTT CAACTATTGG
    36001 TAAGGCAGTC ATACTTCCTT CACCTAAACT AGAACTTAAT TTAGCGGCTC TTTCCAAAAG
    36061 GCGTGAATGC AAATAAAAAA CATCTCCTGG ATAAGCTTCA CGACCGGGTG GTCTTCGTAA
    36121 GAGAAGAGAC ATTTGACGAT AAGCTTGGGC TTGTTTTGAC GGATCATCAT AAATGATTAA
    36181 AGTGTGTTGT TTACGATACA TAAAATATTC AGCCAAAGCC GCTCCTGTAT AAGGGGCGAG
    36241 GTATTGTAAT GTAGCAGGGG AATCCGCCAT TTCGGCTACC ACAATAGTGT ATTCCATCGC
    36301 CCCTCTTTCC TGTAAATTAG TTACTACCTG CGCCACAGAA GATGCTTTTT GCCCAATAGC
    36361 TACATAAACA CATATTACAT TTTTACCTTG TTGATTCAGA ATCGTATCTG TGGCTACTGC
    36421 CGTTTTGCCA GTCTGTCTAT CTCCAATAAT TAATTCTCGC TGACCACGTC CTATAGGGAT
    36481 CATCGAATCA ATAGCAATAA GCCCGGTTTG AAGAGGTTCA TATACGGAAC GCCTGGAAAT
    36541 AATACCCGGT GCTGGAGATT CAATTAATCG AGATTCAGAA GCTAAAATTT CACCTCTACC
    36601 ATCAATGGGT TTAGCCAGCG CATTTATAAC ACGGCCCAAA TAAGCCGCAC TCACTGGTAT
    36661 CTGAGCAATT CTTCCTGTTG CTTTTACAGA GCTTCCTTCT TGTATCATCA AACCATCACC
    36721 CATTAATACA ACACCAACAT TATTTGATTC TAAATTCAAA GCAATACCTA TTGTACCTTC
    36781 TTCAAATTCG ACTAATTCAC CCGCCATTAC TTCATCAAGA CCGTGAATAC GAGCAATACC
    36841 ATCGCCTACT TGAAGTACGG TACCGGTATT TATAATCTTG ACTTCTCTAT TATATTGTTC
    36901 AATACGTTCA CGGATAATAT TACTAATTTC GTCGGCTCGA ATGGTTACCA TGAGTTTTTC
    36961 TTAATTATTT TTTGAAAAGA AAAAATAATG CCTAATAATC CCTTTCTTAT AGTAGAAAAG
    37021 TAGAAAGACT AATCAGTTAT TTCTTTCATC GCCCCCAGCA TGTCAATATT GACACTAATG
    37081 GTACGTAAAT GTAACTCGGT GGTCAAACAA CTATTCATAG TTCCTAGAGC TCCTTGTAAG
    37141 GCTTGTTGGA AAACCTGTTT TCGGACTTGA TTAATTGCCC TTTGCTGGCC AAACTGAATC
    37201 GTTTCATTTT TATAATTTTC TAATTGTTCC AACGTCTTAT ACGTTAAATT AACCAAAGTT
    37261 AATTTTTCTC GCTCTATCTC AGAGTATCCA TTCACCCGAA ACTGCTCGGC TTCCATTTCC
    37321 ACCTTCCGTA AGCGGGCTTT GGATTTTTCC AACTGCTCAA CGGCCCCTCC ACGCAATTCT
    37381 TCTGAATTTT GAATAGTATT CAAGATCCTC TGTTTTCGAT TATCTAATAA ATCACTTAAT
    37441 GAAAATAGAT TAGTTTTCTG TTCATTTTAA AACTGCCATA ATCCCTTCCC GAACCAAACA
    37501 TGAATCTTTC GATTCATTCG GCTCTCACGC TCAATGACTG AGAGTCAATT CTCATTTTTT
    37561 TATGAATGAA ATGAGCCTAT CCTATCTTCT TTCGAAAAAA TGAAAATATA TATATATAAT
    37621 GCAAAACCAA AATACTTAGA GGACTCTTCT GACAAAATAA AAATATGTAA TTGTCAGCAA
    37681 AGTTGTTTCT TTTTTTTTCT TCAGTTCAAA TCCAAAAAAT TCTTTTTACT TATACATCAA
    37741 GGCATAGGTC GTCGATTCCG TATTGGATAA ATGGGGGAAA ATGCATTTTT TACAATAAGT
    37801 TGTTCAAATC ATTTTATCGA GATGAGTGTT CTATATCGTT AAAATATTCA TTTTTAAACC
    37861 ATCTTTTTAT TAACATAGTG GTAGAAAGAG TACCATACTG CGCTTAGACT TCAAACAGTT
    37921 TGCTTTAACC ATCTTAACAG TCCCTCATTA TTGGTTCTAG AGAATCAAAG TAGATTTGCC
    37981 AATAAATCAC GAAATGCTAT GGTTCTTACA TATAATTTAT TAAGAAGTAA TTCGCGAGAT
    38041 CATGCACCTT ATCTTTCCTT GTTATAACAG AAAAAAGAGT ACAGCTGGTT CGATCCAACC
    38101 TATTCTTGAA ATAAACAACT CACACACACT CCCTTTCCAA AAAAGATCAA TACACCAACC
    38161 ACTACACTTA GATTTATTGG ATTTGTTGCT AAAATATTAG TATTAAATCC GAAACTCCCG
    38221 GCAGATGGCC AGCGGACCAA AGAAACGAAA GAATCGGTTA CATTTTTCAT ATAATATAAT
    38281 CTCCTCTTGA TTAAAAAATT GACCTGAGTT CTTTTTCTAT CACTTTGCCC CTGGGATTTA
    38341 TTCTTGTGTT TTTTTTGCAA TCAAGTCAAA AATTAAAATA TTCGGGTTAT GTTATCCAGA
    38401 TAAAGTATGA ACGACTCCTT AAGCAACACC TCATAAAAAG AGTTTCTCTT GACTGCGGAC
    38461 GGGAAAGATG AAAGAGAGTT AGTATGCTAA TTCCTCATCT GCAAATCAGC CCTTCCCGCA
    38521 AGTTATTTTC TCAACGAATT AAGGAATTGT AGGAGGGAGG TCTTGATTTC ATTTGAAAAA
    38581 GCAAACGACA ACAATAAAAA TAAAATATGT GTTTTTCTAA GATTAAACAA AAGGGTTCGC
    38641 AAATAAAAGT GCTAATGCTA CAACCAACCC ATAAATCGTT AAAGCTTCCA TAAAAGCTAG
    38701 ACTAAGTAAT AGAGTCCCCC GTATTTTTCC CTCTGCCTCG GGCTGTCTCG CGATACCCTC
    38761 TACGGCTTGA CCCGCAGCAG TCCCTTGACC AATTCCAGGT CCAATAGAAG CAAGCCCTAC
    38821 AGCCAATCCA GCAGCAATAA CGGAAGCAGC AGAAATCAGT GGATTCATGA TAAGTTCCTA
    38881 AAAAGAAAAA GAAATGGTTA ATGATACAAC CAGCCAATGA ATTATAACTT AATTATTCCA
    38941 TCCATAGAAT TCATACAGCC ACATTAACTA AGAACTTCGA ATTGAAGTAA GAATATTATT
    39001 GAATAATCCG ACCTACGTTT CTATCCACAA GGTTTTGGTG AATTCATATA ACTTTCGTTC
    39061 TTTCATTTCT TGGTTCCGAA CTCTTATTTC CATTCTTTCA TCTTTTCTTG ATTTCATCTC
    39121 TTTATTCAGT CAATTCACAG CCAGAACGAT ACGAAATCTA TTTGAACCCA CCCCCAAGCA
    39181 GTAGGGAAAA TAAACTATAT CTTATAGTTC ATATATAATT CGTTAATAGC TAATATCACA
    39241 TATACATGTC TTTCTTCCAT AACGGAAACC ATTATTGGAT TCGACAATCC ATTCATTTTG
    39301 CCCCTTTCTT TTTGGTAAAT TCTTTTCTCT CTTGCGTTTT CTTTATCATT ATTCCAACCG
    39361 AATACATTCT AAATGGCGTG ATTCGTGCGA ATTAGTGCAT TGCATAGACA TATCATTATT
    39421 TGCTCGATCT AATTTCATGC AATTTATTAT TTATAAATAT TTTTTTGGTC AATTGTTAAA
    39481 TAAAATTAAC TGTAAAGTCG AATCTTTTCT CCTGTTTTTT TATTTAATCA CACGTTAGAA
    39541 ACATATATCT TATTCAAATA ATAATTTGAA TAAGCAGCTT GGCTGACCGA CCAATATTAT
    39601 ATATAGTAAG GTCAATAGTC GTCGAAAAAG TAGCATGTTA TTAAGTGGAC AAAAGTAAAA
    39661 TTTGAGGAAA AAGATCTAAA AGATCTCTTT CCTTGTTTTT TGTTTACAAC TCTCTAATAT
    39721 CGTAATTTTT TATTTTTTTG TTCCTATTGA TCGTATATTA TATTCCTTAA ATAAATCATC
    39781 TTTAGCTGCA CATACTTTGC TTTGTGGTAA GTTAAAGACT ATGTCAATGA TGGCCCTCGA
    39841 TAGATTCGCC TATATAAGCC GCGGCTAAAG TTGCAAAAAT AAGAGCTTGA ATACCACTTG
    39901 TAAATAATCC AAGGAACATG ACAGGGATAG GAATCACTGA AGGTACTAAA GAAACAAGAA
    39961 CAACAACTAC TAATTCATCC GCTAAAATAT TTCCGAAAAG TCGAAAACTA AGTGACAAGG
    40021 GCTTTGTGAA ATCTTCTAAG ATATTAATGG GTAAAAGAAT TGGGGTTGGT TGAATATATT
    40081 TCCCAAAATA ACTTAATCCC TTTTTGTTAA GACCTGCATA AAAATATGCC ATTGACGTGA
    40141 GTAAAGCCAA AGCAACAGTA GTATTTATAT CATTTGTGGG TGCAGCTAAT TCTCCATGAG
    40201 GTAATTCTAT GATTTTCCAA GGTAAAAGAG CTCCGGACCA ATTAGAAACA AAAATAAATA
    40261 GAAACATAGT TCCAATAAAA GGAACCCAAG AGCTGTATTC TTCTCCAATT TGCGTTTTAC
    40321 TCACATCCCG AATGAATTCA AGAACATATT CGAAGAAATT CTGACCCCCA GTTGGAATGG
    40381 TTTGTGGGTT TCGAACAGCT ATAGTAGCTG AACCTAATAA GATAACAATT ACAACCCAAG
    40441 AGGTAATAAG TACTTGGCCA TGGACTCGGA AACCCCCTAT TTGCCAATAG AAATGTTGGC
    40501 CTACCTCCAC ACCGGATATA TCGTATAACC CTTTTAGTGT GTTAATGGAA CATGATAGCA
    40561 CATTCATATT ACCCTCTGAA AAAAATAGAA CTTTTAAAAA AATTATTTTG ATTCAACTAT
    40621 TTCTTTGTCT ACTTGAGTTG GATATTGAAA CTATCCAAAT TGGAATACTA ACTAATCACA
    40681 TAATATCACC CGCTATTTTT ATCTATCTAT TTTTAAATAA ATCTAGGTAA AAATAATAAC
    40741 CGATTCCCAA AATCTATCGT ATTTTCAAAA AAAGTTATTT ATCTTATTAT TAATCAAGGA
    40801 TTGTTTAGAT AGCTAGAACG GCCCTCACAA ATCGCGAATA CTAATTTGTT AAGAATTAAG
    40861 CGAATTGAAG ATATAGCGTC ATCATTAGCC GGAATCGAAA TATCGGCAAG ATTGGGGTCA
    40921 CAATTTGTAT CGATTAAACA AATTGTTGGA ATTCCCAAAG TAATACACTC TCGGAGAGCC
    40981 GTATATTCTT CATGCTGATC CACGATAATT ACAATATCGG GCAACCCTGT CATATATTTA
    41041 ATCCCGCCCA GATATGTTTG CAAGTGCGAT AATTGTCTTT TCACCACAGC CGCATCTCTT
    41101 TTAGGAAGTC GGTTGAGTCT TCCCGTTTTT TGTTCCATTC TCAAGTCCCT GAACTTATGA
    41161 AGTCTCGTTT CTGTGGTGGA CCAATTCGTT AACATCCCAC CGAGCCACTT TTTATTAACA
    41221 CAATGGCACC GCGCCTTTAT TGCAGCCCAT ACGACTGAAT CAGCTGCTTT ATTTTTTGTA
    41281 CCAACAATCA AGAATTGTTT TCCCCTACTT GCTGCATCAA AAACTAAATC GCAGGCTTCG
    41341 GATAAAAAAC GAGCAGTTCT CGTAAGATTT GTAATATGAA TACCTTTACG CTTTGCAGAA
    41401 ATATAAGGTG CCATTTTAGG ATTCCATTTC CTAGTCCCAT GACCAAAATG AACGCCTGCC
    41461 TCCAGCAGCT CTTCCAAGTT GATGTTCCAA TATCTTCTTG TCATTTCTCC CCAACCCCCC
    41521 CCTTCAAAAA AAAGAGACGA GGAACCCTGA AACTGAAATA AATAATTGTT CCGATGGAAC
    41581 CTTCTCTTTT AACGTAGATT GGTCGTAGAT AGACGAACAA GCCATTAGTC TTTTCTATTG
    41641 CTTACGATTT TCATTACCAA CTCAAATGAC TGCACGAAAT ACAGCTAGTT AAAATAAAAA
    41701 GAGAAATCGG CTTTTAGGCA TCATTAAATT CTAGAAATGA TTGGTCTTAT CGTGTAAATT
    41761 CTTTGAAAGC AAAGAATCAA AGAATTTTCT GTGGTAAAAC AAAATATCTC CGATTTCCCC
    41821 TTCGAATAGA TTGTTGTTTT TTGTTTCCAA AGGACTTTTG TTATGTTCTT GTGAAGGGAG
    41881 CACTAATCCT TTCAATCCGG TACCAACTGG TATCATACCC CCCAAAACAA CGTTCTCTTT
    41941 CAGGCCTTTC AACCAATCGA TTCGACCCCG GAGAGCCGCT TTTGCTAAAA CCCGAGCCGT
    42001 TTCTTGAAAA CTCGCTTCAG ATATGAAACT TTGAGTATTC AGAGATGCTC TTGTTATTCC
    42061 CAATAAGAGG GCTCGATAAC AAACCGCCTC TTCTAACGCG CGCCCCATTC GTTCCGCTCG
    42121 CAACAATCCA ATTAGTTCTC CGGGTAAAAA AACATTAGAC ATTCCTTCTT CTGAAACTAA
    42181 CACCTTCGAT GTTATTTGAC GTACAATAAT TTCTATATGC CTATTATGAA TCTGCACCCC
    42241 CTGGGATCGA TAAACCTTTT GGATCTTATT AACCACAGAG ATACGACTTT GCACGATAGT
    42301 TAGCTCAGCA CCAATCAAGA ACGTCCATGG CATTCCAAGA ATTCTTGGAA TACGCTCGTT
    42361 CCAGCCCTCA ACCCTCTTTT CTAGATTCAT CGATATTGAA TTAATCGAAC GCACTTCTAA
    42421 TACCTGTTCC ACTTTTGGAA GCCCCTGGGT TATATCACCA GATCTCGATT TTTCATAGAT
    42481 AAATGTAATT AAAGTATCTC CTTCGTACAG AATTTCTCCA TAATGGCCAT GAACAGTTGC
    42541 TCCTGGAGTG GCCAAATAAG GCTTAGCTGC TCGTATTACT ACAGAGTCAA CTTGAACAAG
    42601 TATAACTTGC CCCGATTTTA GGTGTGGTAC ATTTTTAGCT ATACATATAT TTTCACAAAT
    42661 AAACTGCCCA AGACTCATTA TTGTAGATCT TTCTTGACAA TAATTGGTAT GGAGAAAATA
    42721 CCAATTCAAA TTGAAAATAA TGTTACTGCA TGAGTCGGAG TTATAAATTT TTTCATTTTC
    42781 ATCGATTAAA TAATATTTAA TTACTTGAAA AATCTGTTTT AAATTTAAAT TGTCAAGTTG
    42841 CAAATAGTTA TTTACCAAGA TCTGGTTATG AGTTATTAAA CAGTAAAATG AATAAACATT
    42901 CGCAATTAGA AAGGCCGTTC CTAAAGGGCC CAGCGAATTC TTAATTAGAA TTAGAGGATC
    42961 TTTTGTAATT TTAATTGATT CTTTTATCAC ATTGTGAGAT TTTCCATCGT TTAATGGACC
    43021 CATTTGAAAA CAATTGGATG ATGACAAAAT TAGCAACGGT TGGAATCCCG TATTTCTATT
    43081 CAATAACGTA TGACTAGTTC TTGGATTTTG ATTCGGGGGT TGTTGAATTC TTGCCTTGGA
    43141 ATAACTGGAA AAAAACGGAT TGATATTGGT GCAATCCGAT CCATTAGCAG AGAGCAATCC
    43201 GGAGCCCGCC GGATCATTCC TTTTTCCGAT ATATGAAATA CTGGAGTGCA CCAAGTCTAG
    43261 TCTTAGGAAA TGTCGAATCA AACCATTTGC CCTTATTTCA ACAAAAGAAG CGTGGCCTTC
    43321 TTGACTAGAA AGACTTTTGT TGTCTTGGTC CCAATTCAAT ACTAAACAAG TTCGAACTAA
    43381 TTGAATATTT GTATCAGAAA TTCCTCGAAT TGGTTTACCA GTTCGATAAA GGATATAATT
    43441 GACAACTTGA AGTTGCACAT TATCTCTTTC CTGCAACAGA TCCGGGGGGA AAAGTGCTGC
    43501 TAAAGTTATA CCGTCCGTTA TTTCATATGT GACGGCAGGC CGAACCAAAA CAAAATGCTT
    43561 TTTCTTGCTA GTTGTGATCC GTTGAACATA GATCCAATTT GTCCATTTTT TTGATTCTTT
    43621 AAATTTAGGT TTTCCTATTC CTGTTGGTAT CAAAACGCCG CTATATCGGG ATATCTTATC
    43681 TGTCTCTCCA GGAAAATGGA TATCTCCCGA AAATATTTTA AGTTCAATTT TTTTGTGTTT
    43741 TCTCTCCACT CGGACCAACC CACCCACCCG GCTTTTTATA TTTAAAGTAA TTGGGGTTTC
    43801 TACCCCAATG ATACTATTGT TCCGTACCAT TATGGAAGAA GATCCGGGTA AGATATGCAC
    43861 TTCCTCGGGA ATGAAAAAAA ACTGATCTAC TTGCATTTGG TATTTTGTCC TAAATTCCTT
    43921 GCTTCCTCGA TACTCAATCA AATCTTCTTT TTTGACGATT GAATGCATTT CTGGAGTCCC
    43981 ATATTTAGTA ATGCCGGAAC TCTTTCTTCT GTATCGAGGA TCGTCGAAAT ACGCAAGAAT
    44041 ACTGTTTCTA CGGTAAATAC TATTGGTGGG GATTTCAATT GCGATACCGA AAGGGGGCAT
    44101 TAGCTCGTGC GCGCGTTCTT GAATCGATTG GAGTCGAATA ATGAATCTAT TTCTTCGTCT
    44161 CTTTGAGAAT AAAGCAAAAT TGTGGTAGAG ACTGGTCGGT TCTATGAGAT TACAACAACC
    44221 GGTACATATA CGTTGATTAA GGTCTGAATA ATCACGAATC CTATCTTCTG TTTGACCCCA
    44281 AAAATCCGAA GTAAAGGATT TGTTTACCGC CCGCTCGTTC GTTCCTGAGA GGTTAGAAGA
    44341 AGATCTTCTC TTGACAGAAC GAGAATGCGC ACTTATTTCA TCTTGATCCT TGTGGAGTGA
    44401 AAGTGAAACT AGACTGGATC TGCGCGGCTC TCCTAATAAT ATCCACAAAT GACTTGTTTT
    44461 TGGTAATAGA TGAACATTAC CATATGTAAA TTCGGGTGCA TGATACACGT CAGTGCTCCA
    44521 ATGCATCTCT CCGTACGAGT CAGAATAAAT ATGTTTTCGA ACCCTCTCTT TAAAACTCAA
    44581 AGTGGATGTT CCCGCGCGAA TCTCAGCAAT CACTTGTTCT GATTCTACAT ATTGATCATT
    44641 TTGAACTAAA AGAAAACTTT GGGGTGGAAT ATTTACATTA TGGCGAATAT CTTCACTTTC
    44701 AATAGTTACA TACAAATTTA TAGAACATAG AAACGCAGGA TGTCCGTGGC GCGTACGTGT
    44761 CGGATGAACC AAATCCTCAT TAAATTTTAT TTTTCCATTC GAAGGGGCGC GCACATGTGC
    44821 TGCAGTACCC CCCGTGAATA CTCCGCCGGT ATGAAAAGTT CTTAATGTTA ATTGAGTACC
    44881 CGGTTCTCCA ATCGATTGGC CTGCAATAAT ACCTACAGCT TCTCCCAACT CAACCAGGTC
    44941 GCCATGAGTA GGACTACGGC CATAACATAA TCGACAGATC CAAGATGCAC TCCTACAAGT
    45001 AAAAGGAGTT CGAATAGCTA CTGGTTGAGC TCGAAAGGTT AGGAATCGAT TGATAAGTCC
    45061 AATTCCAATG TCTTGATTTC TAGTAGCAAT ACAGCGTGTG CTCATATATA TATCATCGGC
    45121 TAATACACGA CCGATTAATG TTTGGATAAA AATCCTTTCT GGCATCATTC CATCCTGAGG
    45181 ACTCACAGAA ATACCACGGG CGGTGCCACA ATCTGTTCGA CGTACAACAA CGTGTTGAAC
    45241 TACTTCAACA AGTCTGCGTG TGAGATATCC AGCATCTGAT GTTCGGACAG CAGTATCCAC
    45301 AACCCCTTTA CGGGCTCCGT AACAAGAAAT TATATATTCT GTTAAAGAAA GCCCCTCGCG
    45361 TAAATTGCTT TGAATGGGTA AATCAATCAT TTGTCCTTGC GGGTCCGACA TTAGTCCTCT
    45421 CATACCTACT AATTGATGTA CCTGAGATGC ATTTCCTCTA GCTCCCGAAA AAGACATTAT
    45481 ATGAACTGGA TTAAAGGGGT CAGTCATCCT AAAATTAGGA TTCATTTCTT GTCGCAAATA
    45541 TTCACTTGTG GCATACCATA TTTCAATGGA TTGGCGTAAT TTTTCTACCG CATGTACATT
    45601 CCCATAATGA TGGTGTTTTT CCAAAATAAA ACTTTGTTGT TCAGCATCTT GAACTAGCCA
    45661 TTTCTTCGAG GGTATTGTTA AAAGATCATC AATTCCTAAT GAAATGGATG TAACAGTAGC
    45721 TTGTTGAAAA CCCAGAGTCT TTACTTGGTC TAGGATATGT GCTGTATATG CCATTCCGAA
    45781 GTGATCTATG AATCTACTAA TAAGTCGTTT CATGGCAGTT CCGTCTATCA CTTTATTGTG
    45841 AAATACCAGA TTAGCTCGTT CTGCCATAAG CACCTCCATA TTCTGCTGAG TACGATTCGA
    45901 CAATGGGTTT GAGTCAGTGA TTGGAAAACT TCCTTTTCTC GATCTTGATT CGCGTAGAAA
    45961 TTACGGAACT ATGGGACTTC TTGAAGTGCC GAGATCTGAA TTCCTACCGG TATCGTAGAA
    46021 TTCCTTAGCC TAGTTGTACC ATATGAACAG GCCTGAGAAA ACCCCTGTAT GGCTTCTTCG
    46081 ATTTCTCGAT AAAGAGAAAT ATGACCAACA GTGCTTCGGA TGTATATAAA AAGAATTTCT
    46141 TTTTTTATAC TCCTTACTAT TAGATAGTGT CCATAAATCT CATAATAAGG GCCTAAAGCT
    46201 TCATAGTGAA CTTCAATGGG AGTTTCTCGC GAAGCAATAA CCCGTTGATC TAGTCGCCAC
    46261 CGGAGCCACA AAGGACTATC TAAATTGATT CGTTTCTGCC GATAAGCTCC AATTGCATCA
    46321 TAGGAATTAG AAAAAAAGGG TTCTTTTGTA TATTTACTTC TTTTATTTTG ATAGTTTCTG
    46381 CGATTCCATG GATTATACCG ATTTACACAA ATACCGCCAC GATTCCCGAC CGTTAATACA
    46441 TAAAGTCCAA TAAGCATATC TTGGGTTGGT ACAGAAATGG GATCTCCAAT AGCTGGAGAC
    46501 AAAAGATTCA TATGAGAAAA CATAAGTAAA CGGGCCTCCG CTTGAGCCTC CAAAGATAAA
    46561 GGTACATGAA CAGCCATTTG ATCCCCATCA AAATCTGCAT TGAATCCCTT ACAAACTAAT
    46621 GGATGTAAAC AAATAGCACG CCCTTCTACC AAAACGGGCT GGAATGCCTG TATGCCCAAT
    46681 TTATGCAGAG TAGGTGCTCT ATTCAGCAAT ACAGGATGCC CCTGCATAAC TTCGTGAAGT
    46741 ATTTCCCATA CAATCAGTTC TTTTTCCCGA ATTTTACTCT TAGCAACTCC TATGTTTGAA
    46801 GCAAGATGTT GTCTAATTAG ACCACGAATT ACAAATGTTT GAAAAAGCTC TATTGCTATT
    46861 TCGCGCGGCA ATCCACACCG ATGTAATGAA AGTGAAGGAC CTACGACAAT GACGGAACGA
    46921 CCCGAATAAT CGACTCGTTT GCCGAGCAGA GTCTCACGAA ATCTTCCCTC TTTGCCTTCA
    46981 ATTACATCTG AAAATGACTT GTAAACTTTA TTATGACCGT CCCTCGTCGG TTGCCCGCGA
    47041 ATTCCATTAT CAAGAAGTGT ATCCACGGCT TCTTGTACTA ATTTCTCCTG ACACATTACT
    47101 AATTCTCCTG GCGTAGATCT GCTTGTTGTT AATAGATCGA TAAGAGTATT GTTCCGATAG
    47161 ATAACTCTTC TATAGAGTTC ATTAATATCC GAGCTCATTA ATTTACCCCC ATCTATCTGA
    47221 ATAATGGGTC TTAACTCAGG AGGAAGAACT GGTAATAGAC ACAAAACCAT CCACTCTGGT
    47281 TCGATACTTG TTCGAAGAAA ATGCTTAGCC AATTCCATTC GTCTAACCAA AAAATCCTTT
    47341 CTTCTTCCAA CCTTTCGATC TTCCCATTCA TTCCCCGTGG GTCCTTCTTC TCCTAATTCT
    47401 TTCCATTCTA CCAACGAATT CTCTAGAATA ATGGATAAAT CCAGATCAGC TAATTGTTCT
    47461 CGAATAGCAC CCGCCCCAGT AGAGATTTCT CGATTGCGAA ATGTATCAAA GCCCTCGATA
    47521 GTAAAAAAAA GTGGAATGCT GTATTTCCAA GATTGGATTT CATATTCGAA TAACCCTCGT
    47581 AATCGCAAGA AAGTGGGTTT TTTCGTTATG GGTCTAGCAA AAGAAAAATT GGGATAGGAT
    47641 CCTATAATAT AGGATCTCGC CCCCCCGCCA AAATCGGACG TGAAAGTTTC CTTTCATCCG
    47701 GCTCAAGTAG GTACAGATAA GGGGTTCTCG CTTTCAAATT CTATAAAACC CCAAAACAAA
    47761 AAGATCTACT CGTTACTCAA GTTACCAGTG AAAAACAAGC AAGATTTCAT CGATTCCGCT
    47821 TTATTTATAA AAAATCTTTC TATTTTCTTA ATTCGTTATT GAATTACGAC ATAAATAAAA
    47881 TGTGAAATTC TTGAGTAGTC TACTTCCCTT GGAATGATGA ATCCCTTAAT TCCTAATTAG
    47941 AATGAAATTA TAACTATCAA ATTAAAGAAG TATCTTGGAA TTCCGAATTC ATAAGGGATT
    48001 TATTTGTCTA TGTATTGTTT CATTCGATCT GTTAGGTCCC GACTTCACCT CGATGGTTAT
    48061 GCCATGATGC CCTTAACTTA AAGCCTATAC GCGATAGGTA GACTCCTGTA ACCATGACAT
    48121 ATTTGCTTAC TTGAACATAA TTTCTTTCCA AAAGAAATTA AATGATTAAT TCCACAAAAC
    48181 AAATTTTTTT TACGAGGCAG AAATCTAAAT TTTTAGTTTT GTGCCAAAAT CGACCATAGA
    48241 TCAATTCCCC TCTTGATTTG GGAGTATTGA CTACACTCCC AATTCTGAGC TTCACGGTAC
    48301 TCTTACCAAG TGGCATGTCA GATCCAGGGC ATCCCAATTG GATTGACTGG GAGGACAGTT
    48361 TCTCATTTCG AATCTGTAAA ATCATAATTT GGATCAAATC ACACATCGCA GTATACTAGG
    48421 CCTTCTAATT CTTTAAGAGG TTTATCTAAA AGATTCGCAA TATAACTCGG AAGACGTTTT
    48481 AAATACCACA CATGCGTTAC TGGGCATGCG AGTTTGATGT AGCCCATTTG ATATCTCCGT
    48541 ATCCGAGAAT CAACAAATTC GACCCCGCAT TGTTCACAAA ATTGCGGTTC TTCTTTTTCA
    48601 TCTCTAATTA CTCGATAATT GCCACAAGCA CAAATTCCAC TTTTGATAGG TCCAAAAATT
    48661 CTTTCACAAA ATAATCCATC TTTTTCCGGT TTATTAGTTT TGTAATGAAA AGTATAGGGT
    48721 TTTGTCACCT CTCCAACTAT CTCTCCATTA GGCAGGATTT TGGTGGCCCA GGCGCTTATT
    48781 TGTTGAGGGG AAACTAATCC AATTCGTAGC TGTTGATGTT TATACCGATC GATCATAGAA
    48841 GAAAAATTCT GATTTATTCC GATTAAGCTT CCTTCCTATT AATCTCGAAG TTTTTCTCAG
    48901 ATACAAGGAA ATGATTCAGT TCCAGAGCTA AAGATCGTAG TTCTCGAACG AGCAATCGAA
    48961 ATGATTCTGG AGCATCCTCA GGATTGGGTA TTGTTCCTCC AATGATCGTA GTACCAAGTA
    49021 CTTCTTGGCG CGCTCTAATA TGATCAGATT TATAAGTAAG CATCTCTTGT AAAATATGAG
    49081 CAACACCAAA TCCTTCTAGA GCCCAAACCT CCATTTCTCC GACACGCTGG CCCCCTTGTT
    49141 TTGCCCTTCC CCTAAGGGGT TGTTGTGTAA CAAGCGCATA ATGTCCACTG GAACGTCCAT
    49201 GGATTTTATC ATCAACTTGA TGAATTAATT TTAAGATATA AGGCTTTCCT ATTATAACGG
    49261 GTTGTTCAAA GGGATTCCCC GCCCTTCCGT CAAATATTCG GCTTTTTCCT GGGTACTCGG
    49321 GCTCAAATAC CCATGGATTC GCTGTTTGCT TACTGGNTTC ATATAATTCA GAAAACACTA
    49381 GTTTTCTGGA AGCTTCTTGT TCATATCTCT CATCAAAAGG GGCTATTCGA TAATGTCTAT
    49441 CTAGTAAATC CCCGGCTAAC CCCAGCGAAC ATTCAAATAT CTGTCCTACG TTCATTCGTG
    49501 AAGGTACTCC TAATGGATTG AAGACCATAT CAACAGGTCT TCCATCTTGC AGATAAGGCA
    49561 TATCTTGTCT AGGCAAAATT TTTGAAATGA TACCTTTATT TCCATGTCTT CCAGCTACTT
    49621 TATCGCCTAC TTTGATTTCA CGTCTCTGTG AAATATATAC ACGAATCGTT TCTGGCTTAT
    49681 AACTAGAACT CCCCCTTTTC GGGATCCACC TCACATCAAT AACCCGGCCC CTACCACCTA
    49741 TTGGTAGTTT TAAACAAGTT TCTTTTGAAG TAGATACCTG AATCCCAAGT ATGGCCCGTA
    49801 ACAATCTATC TTCGGGGGCA TATGACGATT CTTTCACCAT TTGAGGTGTT AATTTACCTA
    49861 CTAAAATATC ACCCGTCTCT ACCCAAGATC CCAATATCAC AATTCCATTT TTGTCTAAAC
    49921 TTCGGAGTAA ATGGGCTTCT AAATGTGGTA TTTCGTTAGT GATCCTTTCA GGGCCTTGGC
    49981 TTGTCACATG AGTCTGAATC TCATATTTCC GTATGTGAAA AGACGTATAA ATATCTTCAT
    50041 ATACCAAACG CTCACTAATG AGTACAGCAT CCTCAAAATT GTAACCTTCC CACGGCATAT
    50101 AAGCTACTAC TACATTTTTC CCCAAAGCAA GTTCACCCCC AACCGTAGCA GCACCATCTG
    50161 CTATAATTTG TCCCTTTTTA ATGCATTTAT CCCGTGGAAC CTGGGGTTTT TGATGCATAC
    50221 AAGTATTTTT ATTGGAACGT TGATACATAA CTAATGGAAT GCTTAGAGTA TCTCCATTCC
    50281 CCGCAACAAG GATCTTGTCA GTATCTATAT AAATGATCTT TCCCCCGCAT TCGGCTATAA
    50341 CAAGAGCCCC TGAATCTAGA GCTGCCTGTC GTTCTAACCC AGTCCCAACA ATACATTTCT
    50401 CGGACTGAGA AAGTGGAACT GCCTGGCGTT GCATATTCGA ACTCATTAAA GCCCTATTCG
    50461 CATCATTATG TTCAATAAAA GGAATGAGGG AAGCACCAAT AGAAAAATAT TGGAAGGGAA
    50521 AAATACTTCG AAGATGAACT CGTTCCCATG CAATAGTCAA AAATTCTTGA CGATATCGCG
    50581 CTGGAACAAC CTGTTCTTCC TGAATATCCT GATTCAATCC CAAAGAATTT CCGGCGGCTA
    50641 ACATATAGTA TTCATCTCTA CCTGGCGATA AATAAAGCAG TCGTAACCCC GTCGATCTCT
    50701 CCGAAATTTC ATAAAACGGG CTTTCTAGAG ATCCCCAATG ACCCATCCTC GCATGAATTG
    50761 CTAAGGATCC AATAAGTCCA ACATTGATTC CCTCAGATGT GTCAATTGGA CAAATACGAC
    50821 CATAGTGACT AGGATGAATA TCGCGTATCC GAAAACTAGC AGTTCGCCCT GTTAGTCCTC
    50881 CCGGACCTAA ATAACTCAAT TTTCTACCAT GAACTATTTG TGTCAATGGA TTAGTTCGAT
    50941 CTAAAACCTG AGATAAGGGG TGTAAACCAA AAAAAGATTC ATAAGTGGTT GTTAAAGGAG
    51001 TTGAAGTTAC CAAATTCTGA GGCGTCGGTA TCAATTTCTG CCGAATTGCT CCACATATAG
    51061 TTCCTCGAAC TACATTTTCT AAACGAACCA AAGACAATCC GAATTGATCT TGTAAAAGAT
    51121 CCGCTACAGA ACGAATGCGC TTATTTTTCA AATGATTCAT ATCGTCAAGT GTACCCATTC
    51181 CAAATTTCAG TCCAATCAAA TGATCAGCGG CTGCCAATAT GTCTCGTGGT AACAAAAATA
    51241 TATTGTTCTG GGGTATATCA AGGTTCAGTC TTCGGTTCAT ATTTCGCCGC CCAATCCTTC
    51301 CTAATTCACA TTTTTGTTGA AAGAACTTCT TTTGTAATTC CTTACATAAG GATTCAGAAA
    51361 ATACCGGATC TCCACCTACA CAAGCAAATT GTTGATAAAA CTCCAAAATG GCATTTTCTT
    51421 TTGATCCAAT TTTTTTTCTC TCCTTATCAT TCAGAAAAGA CAAAAAAATT TCAGGATAAT
    51481 AAACATTGTC TAGAATTTCT CTTAGATTCA AACCCATGGC TGATGATAGA ACTAGAATAG
    51541 AGATTTTTTG TTTCCTACTG ACACGAGCCC ATATCCTTGC CTTTCTATCA ATCTCTAATT
    51601 CTGATCTTCC CCCCCAATCT GATATTATGG TGCCGGTATA GACCGAAATT CCATTATGGT
    51661 CCAATTCTGA CCGGTAATAA ATACCAGGGC TTTGCAATAT TTGATTAATC ACAATTCTAT
    51721 ATATTCCATT TACTATAGAA GTTCCTAGGG AATTCATTAG AGGAATGTTT CCAATCAAAA
    51781 TAGTTTGTTC TTGCATCTCC CTACTAGTTT TCCAAATTAA TCCCGCGGAT ACATATAATT
    51841 CAGAAGAATA GGTGAGTGAT TCATACACAG CATTTCTTTC TTTTAGCAAA GGTTCTACTA
    51901 ATTGATATCT TTCCACAAAT AATTGAAATT CGATTTCGTG ATCGGTATCT TCCATTTTTG
    51961 GAAACTTAGA AAGTTCTTCT GTCAAACCCC GGCCGATGAA CCTACAAAAT CCTTCAAATT
    52021 GTATCTGATT AAATCCAGGT ATTGTCGACA TTGCCTCATT TGCATCCCCG AGCATTTTGA
    52081 ATTTCCCATT TCTCAAAAAA TCCATTCTAT ATATTAAGAT ATTTAAGTAC ATTTTTGATC
    52141 GAATTAGATC TACGATCTAG CACCGATGGA ATTGATATTC TGTTTACTGA ATCGCATGAA
    52201 ATTTTATCCA ACTCCCTATT TGGAATGAAA TGTATGAACA AAGGAAAAAG GGAATTTTAA
    52261 AAATGGGAAG TTGCAACAGA TCAAAATGGA AAGCAACTGA TAAAAAAATC CTAGAAAACG
    52321 AATTATGTCA CTTAGACTTA TTAAGGTCGT CAGGTTTTTT CTAGAATAGA AAAAGAAAAT
    52381 GATTAAAGTC ATACCATTCT TATGATATTA CATATTGGAA TTTGAGAAAA ATCAAAAGAT
    52441 TCGGTATTTG GGAGACAACA AACTCAGATA AAATACATTA ACCATGTTAG GGATTTTGGT
    52501 GTCAAAAAAA TGATTCGCAA AGAAGAGAGA TGTTTGTACT TTACTAATTT TGGAGTAGAA
    52561 TATAGTTTGA AGAAGGGTTG CGTTTATTAA ATACGCATGC AGATAGCTAT AATATCCAAC
    52621 TTCTCTTTTG TTGCCGATTT TAGTCAGGAC AGCCCGAGTC GTGTTCTATC AAAAGATAAT
    52681 TTCTATTTAC TGCAAAATTG AAGTGAAGTA GGATAATTTT ATGATAATTT CCTATCAAGA
    52741 ACATATCTAA AAATAGATAT ATGGTTAACA ATTTTTGTTC TGGGGTTTAC ATATACTCAT
    52801 ATGTTTTGTT ATAATTGAAA GTGAGAAGTA TTTTTTTTTC AAAAAAAAAT ACTGATTAGT
    52861 TCTGTCTCAA TTTGTATTTT CTTATGTCAT TAGGAAATTA GGAAAACACA ATTTGAATTT
    52921 TAAGATTTAA ATCCCAGACT CATTCATGAA TTCGAAGTTT CAATAGTTAA TGGTTCCAAT
    52981 TTGTCGACTA AAAATAGACA TTTGATTTCT CAATATAAAA GAATGTTTTT AGCATTGTGT
    53041 ATTTTCAGAT ACTATTCAAT GAACCGAAGG GCGGGCGCAA ATCCACTCAA AACAAGTTTT
    53101 TCTTTTAGGA ATTAGGATTA AGGAAAACAG GACAAGTACA ATAAAAATTC AGTAATCCAG
    53161 GAAAATTTGA ATCTCGTTTG TATCAGTTTG GCGGCATGGC CGAGTGGTAA GGCGGGGGAC
    53221 TGCAAATCCT TTTTCCCCAG TTCAAATCCG GGTGTCGCCT GATCAACATC AACAAAAAAC
    53281 TAGAAATATC TTCTTTTCTG CTGATATAAC TCGCAGAATT CTTACCTGGT AGAAGCATAG
    53341 GAAACATACC ATTGATACTT TATTTTTGTT TGATTCTAAG GATGTAGTCT CAAGGTTTGC
    53401 TAAAAGAAAA AAGTGTGAAT CCTCGTTCGG ATCTAGGATT CATTTAATCT ACTGGTACTG
    53461 GTAGTGGGCT AGCACTTATT AAGGGAGTGT CTAATGACTA GATCTTGAAT CAGATTATAG
    53521 CTCCTGAGGG GAAATTCAAT TAATAGTTTT GGGAGGGGAC AGAAATTCTT TATATACAAC
    53581 AGACTCGTGA GAATCTCTGG GTATTAAGGT ATCCAACCAG GATTGTATGA ATAATTTACT
    53641 TTGATAGATA TAGAAAGGGA GTAAAAAGAA AGAATTACTT GTTGGCAACC CCAAAGTCAA
    53701 GCCCCCTCTT TCACAAAGAT AATAGGGGGG GTACGGATTA GATCGACTGA GTAAATCGAG
    53761 GTCTATAATA GATAGTCATT TCTCTTTTGG AACTATTTTT CCCCTTAACT GTTTTGACTT
    53821 AGAAGGTCAA AATAGTCCCT TATTATTTAT TCTTATTCCT ACATGTTCCC CATCCCCTTG
    53881 GGATATTACT ACGCATTTTG CTTGTGTTTA ATCTTTCCTG ATTCAAAATA ATAATCGATT
    53941 TATTGGATTG GTTTCTCAAT AGTGTTTGGT CAGAATCCCT TTTTGACTCT GCACCGTTGA
    54001 TTCCGCTATT ATTAGTGAGG AATAATTCTT TCGTATTTAT AGAGATAGGG GACATAATAT
    54061 GGATATAGTA AGTCTCGCTT GGGCTGCTTT AATGGTAGTC TTTACATTTT CCCTTTCACT
    54121 CGTAGTGTGG GGAAGAAGTG GGCTCTAATA GTACTAATGG TTAGGAATCA AACCTTATCA
    54181 ATTGTTTTAT AGCTCGTTCG GCAACGCATT TTAAACTATT TCGAAATTCA AAATCTATGA
    54241 ATTTCGAATC CCGCCGGACT ACTTTGGAGG AATCTATGAT ATGAATCAGA CTCTTTCAAT
    54301 CAAAGAGATA TTTCAGCGAC TCCCGCGTTT ATATTTCAAA AAGAATGGTA TTCGGGGTAA
    54361 TTGGAAATTG ATTCCAACCT CAAATTCTTT ATTCTATTTC AATCAATGGG AAATGGACTC
    54421 CTACGATCTT TATAGGATGA ATTGACAAAG ACCGGACGGA CCTTTTTTTT ATTTCTTTGC
    54481 TTAAAGGCGT TTTGTTAAGT GTATGTGACC TTTCTAGGAA GAAAGGATAT AGAGCTAGTG
    54541 GTTGTCTAAC GATCGACTAT GCAATAATAA GATCTTGATT TGGACGAGTC ACATATTGGG
    54601 CAGTTTGGTT TCTAATTTTA GAAAAGCGAT TGATGTTTTA TCGACTTATT TCATATCATG
    54661 ATTCGGTCAT TAAAAATTAA GTAATAGAAA ACCTTACTTA AATTAGTGAA AGGAAAGGAA
    54721 TTTAGAATTC CTAAAATAAG AATAAGAATT ATTTCAGATT GATCAGAACA AATAGATATC
    54781 CCAAATTGGG TGTGATGTCA ACTCCATATA GTGTTATGGA ATTAATATAC CCATATATGA
    54841 AGGGAATATT CTCGATTTAT CTATAGAAAC TTAAACCTTT AATCTTTATT TTAGATTACA
    54901 ACTTTATATA TAGACTAAAG TATGGTAGAA AGATTCATCT ATGTTCTTTC TACCATACTA
    54961 CCTATCTCTT CTCTTAGAAT ACTGCCCCTT CTAATTAGAG TCCGCTCAGT TCGTTTAAGT
    55021 TAAGACGTGC AATTGGAATC TTTTTCATTT GACTTCGTCA ATTCAATTTT TTATAAGAAC
    55081 TCAGAAGGAA AGTTTCAGTC AAATGAATTA ATCATTTTGA CTGACTGTTT TTACGTAAAT
    55141 GATAAGTAGA AAAGCAGTAG GAACTAGAAT AAATAGTGCA GTAGCAATAA ATGCAAGAAT
    55201 ATTTACTTCC ATAATCTTAT CGGTTTTTTA CTTCGAAATA ATTCGGGATT TAATCCCCTC
    55261 GAAATGATAT GATAACTCTT TCGTCTGTAA ATTCAATGAA TGAATTACCT ATCGATGATC
    55321 TTGAATCAGA TCAATATCAT TAATAACAAT ATCGGATCTA TCAAACCAAC CCGCCGCCGC
    55381 GAGTTGAATA GTATAACATA ATAAGGTCGT TTATCCATAC TGAATAAAAA TTTTGATTCC
    55441 TGACCCAATC AATCCAAAAT TATTTTCTCT ACCAGCCGTT TATTTTTCGT TTTCTATAAC
    55501 CTATCCTTAC GCCTCCCTTG GACAATCTAT GAGAAAGGAT CATCAGATTT CCTTTTTGCA
    55561 TCGATGAATT GCATAGTTAA AAGTTAAAAA CCTAAACAAT CAAAACGAAA TGGAAAAAAT
    55621 AGTAAAGAAA AAAGAAATAA AGACTCATTT TTGGGGGTAA TGAAAGTATA CCCGCGACAC
    55681 CCTTTAACTA GTTATTACTG GTTCATAGCA AGAGAAAAAT GAATTTATGT ATTTATTGGA
    55741 TCCGTCGGGA CTGGCGGGGC TCGAACCCGC AGCTTCCGCC TTGACAGGGC GGTGCTCTGA
    55801 CCAATTGAAC TACAATCCCC GGGAAATTAA GGGATCTAAG CAGAAGGGAG GGTTATACCA
    55861 TCTCGTGGTA GATTGGCGAA TTATTGGGCC GAGCTGGATT TGAACCAGCG TAGACATATT
    55921 GCCAACGAAT TTACAGTCCG TCCCCATTAA CCGCTCGGGC ATCGACCCAG GAAGAATAAA
    55981 TTTTAGGTTT ATTGGTAATC TCCAATCATG ATCACCTTCC TTTGGCAGTA CCCTACCCCC
    56041 AGGGGAATTC GAATCCCCGC TGCCTCCTTG AAAGAGAGAT GTCCTAAACC ACTAGACGAT
    56101 GGGGGCTAAC TTACCCAACT GCCTTCATAC TATGATCATA GTATGATCAG TTTTTTGAAA
    56161 TTGTCAATAT AATAATAATG GAATGGTATG ATTAGAGCCT ATAGATCTTT CCGTAGATCT
    56221 TTCCGTTTTT ACGAATTGTA TAGAATTTAT GGCTTCGTCA TTCATATTCA TGAATCGTTC
    56281 ATTAGAATCG ACATTCTATA CAATTCTGTA TATAACTCGA ATAAAATAAA GCTAGAAAGC
    56341 CCGAGCCAGA AGTTATCTAA AATTTTAGTT TAAGGGGACA GGTAGAATCT CTTCATCACC
    56401 TGATTCGCTG AAATATCTTG AAATTTTTTT TATGTCGAAT TGGTACCTGT ACATGTATGT
    56461 TATGTATCAA TTGAGTGACT TTTAGGGATC AGAGCAATAA AAAATAAATT AGGGCTGGTC
    56521 TTGAATCATC TTACCCTAGA CGCGCTAGGC AAATGTATTT GCCTATTCAA AAAGTAGCCA
    56581 CTAACCAATA TGACTCTACT GCATATACTT AATATATATA TATATAATAA TATAGTACGT
    56641 CCATATAGAG AGTTTCTTTA TCTAGTGAGC CATCCGGGAA TTAAATAAAA GAAGCCCCTT
    56701 TAACTCAGCG GTAGAGTAAC GCCATGGTAA GGCGTAAGTC ATCGGTTCAA ATCCGATAAG
    56761 GGGCTTTTTT CATAAACGCC CAGTCCTACT ATTCAGAAAA TAGAAATATT TTGTATTTAT
    56821 TTGAAAGACA AAACAAAAGG AACTAACCGG ATAATACGTT ATTATTATAC TGAGTTCGTC
    56881 TAGAATAATA AAATGGAACA CTTCTTCGGT AAATTATTCA TTATTATGAA TAATCATAAG
    56941 CCGCCGTTAA AGATACCTAC ATATACCCAT TAAATCCACT TGAAAGATTC CAAATTAACA
    57001 AAACAAAAAG TAAGTGGACC TGACCCATTT AATTATGACC ATATCTGCTA TTCTGATATT
    57061 AAAATTCCAT AGAGATTCAA TTTGAATTAG AATGATTGAA CCATTTCCTT GAACTTTGAA
    57121 AGAATTTTTC GATATTTCCG ATTCAATCTT CTTGTTCCTA TATTTTCTAT GGGAATAAGT
    57181 TGTTACTCCC TTCCGGTACA GAGAAACCTT TCTTCCAAGT CACAAGATAA GAGACATTTT
    57241 CATTATCTTT CTTTGATTCC CAATGAAGAT GAATTTCGCT CTATCTAAAG TCTATTTAGA
    57301 TGTATAGCTA TCAGATCCTG GCTTCGCCGC ACCCGAAAGT TTTGTTTCGA CAGTGTAATG
    57361 TAGAATGGAT CCGATAAAGA AACTTTCATT TCCAGTCTTA TATTTTTTTA TTGAATTTCA
    57421 CGAAAAACAA GAAAAGTCGA CTTCCATTTT AAGAGATAAG ATTCAAAATA TTGGATTGGA
    57481 AGTGTATTTT TTGCTTTGAC TCACGAGTCT GAGTCTGGAG TATTCGATTT TTTCAAGGAA
    57541 AAAGAGATAT AACAAAGAAG ACACTTAACG AAAAGGAAAA ATAAATTAAT AAAATATCAA
    57601 ATTCATGGAA TTGGAATAGT TTAGTATACG TAGAAATTAG AACAATCTAG AAATATCTTT
    57661 CTTTTTCGTA ATCTCACGAA CAAGATCTAA GAATAACATT ATTTGATATT TAATTGAATC
    57721 AAAAAGAAGA TCCGGAGGAT CGGTTAGTCG TGAGAAGGGG GGTCGCCTGT TCCTTGAAAA
    57781 GTTCTTTCAA AAGATTCATA GATCTGATTG ATGAGTGATA AGAAAAGAAG GCAATTAACG
    57841 GTTTATATGT TTAGTAAAAA AGAATAAGCA AATTGAGTTC ATTGATTCGC CTAGGCGAGT
    57901 TTATGGGGCA ATTAAAGGAT TTTTCTCTTC GAAACCCGTT GGGAGGGGGC AGTGCAAAAG
    57961 AAATCATAGA GAAATGATCG AATCTTCAGA CGCCCCGAAA ATACTATCAG GTGCTCGGAA
    58021 ATGGTTAAAA TAGTTAATAT AGGAGGATCA CTATGACTAT AGCCCTTGGT AAATTTACCA
    58081 AAGACGAAAC TGATTTATTT GATATTATGG ATGACTGGTT GCGGCGGGAC CGTTTCGTTT
    58141 TTGTAGGCTG GTCCGGCTTG TTGCTCTTTC CTTGTGCTTA TTTCGCTTTA GGGGGTTGGT
    58201 TCACCGGTAC AACCTTTGTA ACTTCATGGT ATACTCATGG ATTAGCTAGT TCCTATTTGG
    58261 AAGGCTGTAA TTTCTTAACG GCAGCAGTTT CTACTCCTGC TAATAGTTTA GCACATTCTT
    58321 TGTTGTTACT ATGGGGTCCT GAAGCACAAG GAGATTTTAC CCGTTGGTGT CAATTAGGCG
    58381 GTCTGTGGAC TTTTGTTGCT CTGCATGGTG CTTTCGGACT AATAGGTTTC ATGTTACGTC
    58441 AATTTGAGCT TGCTCGATCT GTTCAATTGC GCCCTTATAA TGCAATCGCA TTCTCTGGCC
    58501 CAATCGCCGT TTTTGTTTCT GTATTCCTGA TTTATCCACT AGGGCAGTCT GGTTGGTTCT
    58561 TTGCACCTAG TTTTGGTGTC GCAGCTATAT TTCGATTCAT CCTCTTTTTT CAAGGATTTC
    58621 ATAATTGGAC ACTAAACCCA TTTCATATGA TGGGAGTTGC CGGTGTATTG GGTGCTGCTT
    58681 TACTATGCGC GATTCATGGT GCTACCGTAG AAAATACTTT ATTTGAAGAT GGTGATGGTG
    58741 CAAATACATT CCGTGCTTTT AACCCAACTC AAGCTGAAGA AACTTATTCC ATGGTCACCG
    58801 CTAACCGCTT TTGGTCCCAA ATCTTTGGGG TTGCTTTTTC CAATAAACGT TGGTTACATT
    58861 TCTTTATGTT ATTTGTACCA GTAACCGGTT TATGGATGAG TGCTCTTGGG GTAGTCGGTT
    58921 TGGCCCTGAA CTTACGTGCA TATGACTTCG TTTCTCAGGA AATTCGCGCA GCAGAAGATC
    58981 CGGAATTTGA GACTTTCTAC ACCAAAAATA TTCTATTAAA CGAGGGGATT CGTGCTTGGA
    59041 TGGCGGCTCA AGATCAGCCT CATGAAAACC TTATATTCCC TGAGGAGGTT CTACCACGTG
    59101 GAAACGCTCT TTAATGGAAC TTTAGCTGTA GCTGGTCGTG ACCAAGAAAC CACGGGTTTT
    59161 GCTTGGTGGG CCGGAAATGC TCGACTTATT AATTTATCCG GTAAATTACT AGGAGCTCAC
    59221 GTAGCTCATG CTGGGTTAAT CGTATTCTGG GCTGGAGCAA TGAACCTATT TGAAGTGGCT
    59281 CATTTTGTAC CCGAGAAGCC GATGTATGAA CAAGGATTAA TTTTACTTCC CCATCTAGCT
    59341 ACCCTAGGTT GGGGTATAGG TCCTGGGGGG GAAGTTATAG ATACCTTTCC ATACTTTGTA
    59401 TCCGGAGTAC TGCATTTAAT TTCCTCTGCA GTATTGGGCT TTGGCGGGAT TTATCATGCA
    59461 CTTCTGGGAC CCGAGACACT GGAAGAATCT TTTCCGTTCT TCGGTTATGT ATGGAAAGAT
    59521 AGAAATAAAA TGACCACAAT TTTGGGTATT CACTTAATCT TGTTGGGTCT AGGTGCTTTT
    59581 CTTCTAGTTT TCAAGGCTCT TTATTTCGGG GGCGTATATG ATACTTGGGC TCCGGGAGGG
    59641 GGAGATGTAC GAAAAATTAC CAACTTGACC CTTAGTCCAA GTATTATATT TGGTTATTTA
    59701 CTAAAATCTC CCTTCGGGGG GGAGGGGTGG ATTGTTAGTG TGGACGATTT AGAAGATATA
    59761 ATCGGAGGGC ATGTATGGTT AGGTTCCATT TGTATACTGG GCGGAATCTG GCATATCTTA
    59821 ACTAAACCCT TCGCGTGGGC TCGACGTTCC CTTGTATGGT CTGGGGAGGC TTACTTATCT
    59881 TATAGTTTAG GGGCTTTATC CGTCTTTGGG TTCATTGCTT GTTGTTTTGT CTGGTTCAAT
    59941 AATACCGCCT ATCCTAGCGA ATTTTACGGA CCTACTGGTC CAGAAGCTTC TCAGGCGCAA
    60001 GCATTTACTT TTCTCGTTAG AGACCAACGT CTGGGGGCTA ATGTAGGATC CGCTCAAGGA
    60061 CCGACCGGTT TAGGTAAATA TCTAATGCGT TCCCCCACCG GAGAAGTCAT TTTTGGGGGC
    60121 GAAACTATGC GTTTTTGGGA TCTGCGCGCT CCTTGGTTAG AACCTCTTAG AGGTCCAAAT
    60181 GGGTTAGACT TGAATAGGTT GAAAAAAGAC ATACAACCTT GGCAAGAACG GCGTTCCGCA
    60241 GAATATATGA CTCATGCTCC TTTAGGTTCT TTAAATTCTG TGGGTGGCGT AGCTACCGAA
    60301 ATTAATGCAG TCAATTATGT TTCTCCTAGA AGTTGGTTAG CTACCTCTCA TTTTGTTCTA
    60361 GGATTCTTCT TCTTCGTAGG TCATTTGTGG CATGCGGGAA GAGCTCGTGC AGCTGCAGCA
    60421 GGATTTGAAA AAGGAATTGA TCGTGATTTT GAACCTGTTC TTTCCATGAC CCCTCTTAAT
    60481 TGAGATGAGA CAGAAGATCC AAGGCTTGAA TTGAAGTCGG AATCAAAGCG ATTCCATCAC
    60541 CCATATTCGG ATCCGGTTAT ACTTAAAAAG TCTTCTTTTT TTTTTCAACT CTATCTAAGA
    60601 GATTTTGCTA TTTTTCGGGC TTGGCTAGGC GGGATAGCCT AGCCATTCCC CTTTCTTTAT
    60661 GATACTAATC CGTGCAAAAT CAATAGAAAA ATTCGATTCA ATGATAAAAC AAAGGAGAGA
    60721 GAGGGATTCG AACCCTCGAT AGTTCGTTGT TCAAAACTAT ACCGGTTTTC AAGACCGGGG
    60781 CTATTAACCA CTCAGCCATC TCTCCGAAAG ACCATTTTTT ATTTTATTCC TCCGAATATA
    60841 ACATAGCCAT AGGGGGTGGA TACCACTACT ATCGGTAGAA AAATTTTAGG TGTGAATCTA
    60901 CCGACCTATC TATCCTTATA TAGAATCCAG CATTCCTGTT TGTGAAATAA ACAATTCCAG
    60961 CCCCCCCGAC TCCCTGTACG AATAGAGCGG TCAAAGGGTT AGTAATAAGT ACAATCGATT
    61021 TTTGTTAAAC TAAAATCCCT CGAATTTTTG GTCTGATAGA GGGATGAAAT GGTATAGTGT
    61081 ATTTGTTGTT ATCTTGGAGG ATTAAACGCA TGACTCTTGT TTTCCAATTG GCTGTTTTTG
    61141 CATTAATTGC TACTTCATCA ATCTTAGTGA TTGGCGTACC TGTCGTATTT GCATCGCCTG
    61201 ATGGATGGTC AAGTAACAAA AATATTGTAT TTTCGGGCAC AACATTATGG ATTGGGTTAG
    61261 TCTTTCTGGT CGGTATCCTT AATTCTCTTA TTTCTTGAAC CTATTTGTCC CAGATCCCCA
    61321 AAAATGACCC CCCTCTAATT TTAATTTCCT GGGGGGGCAA AGAATAAAAA AATAAAATTA
    61381 ATTTAGGTTT TCGATTAATA AAATAATTGG AATCACTCTA AAAAGAGTCT CTGGCCCAAC
    61441 ATTGCACAAA TATGATCCGA GTATATATTA TCATATATGT GCAGATATAT TGTGTATCAC
    61501 GAACGAAAAA TGCGGGTATA GTCGAATGGT AAAATTTCTC TTTGCCAAGG AGAAGATGCG
    61561 GGTTCGATTC CCGCTATCCG CCGAAGATCA AGATAAAGTA ATCTTTTGAA TATCCTTAAA
    61621 GAATTGGTTT TTGTTGGTCA TGATAATGTA GTGAGTGGAG TGAGTCTATC CCTTACTTTT
    61681 TCCCTTTCCT ACTACCCCCG GAGTAGGAAT TAATTACATA GTTAACAGTC CAACTTTTGG
    61741 ATAAAATAAA AAGATGTTGC GGGGACAGGA TTTGAACCCG TGACCTCAAG GTTATGAGCC
    61801 TTGCGAGCTA CCAAACTGCT CTACCCCGCG CGGAAGAGAA GCATAGAAAT TATTAAAAAC
    61861 TACTAGACAA ACAAGGGTTA AATGTGCCCC TTTACCGTAT CTGTACAAAT AGAATAGTAC
    61921 ATTTATACAG AATGGTAAAG AGGCACACCG ATCGTAGAAA TTAAAGGTTA ATCCTTACCA
    61981 ACTTGATCTT GTTGCTCCTG GCAACAAACA TGCATGAACC ATTTCGCGAA GTATGTGTCC
    62041 AGATAGTCCA AAGTCTCGAT AGTTAGCTCT CGACCTCCCG GTCGAAAAAC AACGGCGATG
    62101 GAGGCGTGTA GGTGCACTAT TTCTTGGTGG AGCTTGTAAC TTCCTATAAA TTTCCCATTT
    62161 GGCACTCAAT GATGGAACTT TACTTATTTC TTTTTTTGAG GATCGGCGAA TCAAATGATA
    62221 TTTATGTTCC AACGTTTTCC TCCTCTTTTC CCTCTGAATC AAACTTTTTC TTGCCATAAT
    62281 GGTTCAGGTC CTATTAGTTG ATACAAGTCG AATCCTAGAT GTAGAAATAT AAAAAGGGGG
    62341 CTTTCTCTGC ATCGAAAGAA ATGAGATTAC CACGGATATA ACACATTCAA AAATTAGCCA
    62401 AATTTTCCCG ATGTCGAGGC AATCAAGAAA GCTGCATAAG TGAATATATA ACCTACAGAA
    62461 AAGTGGGCTA ATCCAACCAA TCTTGCTTGC ACAATGGAAA GAGCCACAGG TTTATCTCTC
    62521 CATCGAATCA AATTCGCCAA AGGTGTGCGT TCATGAGCCC ATGCTAAAGT TTCAATCAAT
    62581 TCCTGCCAAT ATCCACGCCA GGAGATTAAG AACATAAATC CAGTAGCCCA AACGAGATGT
    62641 CCAAATAAAA ACATCCACGC CCAGACCGAT AAACTATTCA TACCAAAAGG GTTATATCCA
    62701 TTGATAAGTT GTGAAGAGTT TAACCATAAA TAATCTCTTA ACCAGCCCAT CAAATAAGTG
    62761 GAGGATTCAT TAAACTGTGA AACGTTACCC TGCCATAATG TGATGTGTTT CCAATGCCAA
    62821 TAAAAAGTAA CCCATCCAAT AGTATTTAAC ATCCAAAAAA CTGCCAAATA AAATGCATCC
    62881 CATGCCGAAA TATCACAAGT ACCCCCCCGT CCCGGGCCAT CGCACGGAAA ACTATAACCG
    62941 AAATCCTTTT TATCTGGCAT TAACTTTGAA CCGCGTGCAT CTAAAGCACC TTTTACTAAG
    63001 ATCAATGTAG TTGTATGTAA ACCCAGAGCA ATAGCATGAT GAACTAAAAA GTCTCCAGGA
    63061 CCTATTGTTA AGAATAATGA ATTAGTATTT TCATTAATAG CATTTAACCA ACCGGGCAAC
    63121 CAAATGCTTC GACCCGCATT GAATGCCGGG CCGCTCGTTG AAGATAACAA TACATCGAAG
    63181 CCATATGAAG TTTTACCATG AGCCGATTGT ATCCATTGAG CAAATATAGG TTCGATCAAA
    63241 ATTTGCTTTT CCGGAGTACC AAAAGCAAGC ATGACATCAT TATGAACATA AAGTCCCAGG
    63301 GTATGGAATC CTAGAAAGAG GCTGGCCCAG CTTAAATGAG ATATAATAGC TTCCTTATGG
    63361 TCTAACATTC TTGCCAATAC ATTATCTTCA TTTTGTTCCG GGTTATAATC TCGAATGAAA
    63421 AATATTGCTC CGTGAGCAAA AGCTCCTGTC ATGATGAATC CTGCGATATA TTGGTGATGA
    63481 GTATATAATG CAGCTTGAGT AGTAAAGTCT TGTGCTATGA ATGCATAAGC AGGTAAAGAG
    63541 TACATGTGTT GAGCTACCAA GGAGGTAATA ACCCCTAAAG AAGCTAGAGC AAGACCTAAT
    63601 TGAAAATGAA GTGAATTATT GATTGTATCA TAAAGACCCT TATGCCCACG CCCCAATCGA
    63661 CCTCCCGGCG GAATATGTGC ATCTAAAAGA TCCTTGATAC TGTGTCCAAT TCCGAAATTA
    63721 GTTCTATACA TATGACCAGC AACAAGAAAA ATAAATGCAA TAGCTAAATG ATGATGAGCA
    63781 ATATCAGTCA ACCATAAACT TTGTGTTTGT GGATGGAATC CCCCAAGAAG GGTTAGAATG
    63841 GCAGTTCCTG CTCCCCGGGA GGTCCCAAAT AAATGACTAC TTGAATCAGG ATTTTGAGCA
    63901 TAAAGATTCC ACTGACCTGT AAAAAGTGGG CCTAACCCCT GGGGGTGCGG TAATACATCT
    63961 AAGAAATTAT TCCATCGAAC GTACTCCCCT CTGGATGCAG GAATAGCGAC ATGTACTAAA
    64021 TGGCCTGTCC AAGCCAAGGA ACTTACGCCG AAGAGTCCTG ACAAATGATG ATTCAAACGA
    64081 GATTCGGCAT TTTTGAACCA CGAAACGCTA GGTTTCCATT TCGGCTGTAA GTGTAGCCAA
    64141 CCCGCTATTA AGGATATGGC AGAAAGAAAT AATAAAAAAA GAGCTCCAAT ATAAAGATCT
    64201 TCATTAGTGC GTAACCCAAT TGTATACCAC CACTGATAAA CACCAGAATA CGCAATATTC
    64261 ACTGGTCCAA GAGCACCCCC TCGAGTAAAA GCTTCCACGG CCGGTTGACC AAAATGAGGA
    64321 TCCCAAATTG CATGAGCAAT AGGTCTTACG TGTAAAGGGT CCTGTACCCA TGATTCAAAA
    64381 TTTCCTTGCC AAGCTACATG AAACAGATTT CCGGAAGTCC ACAGAAAAAT GATTGCTAAT
    64441 TGACCGAAGT GAGAAGCAAA AATATTCTGA TAAAGACGTT CCTCAGTAAT ATCATCATGA
    64501 CTTTCAAAAT CATGTGCGGT AGCAATACCA AACCAAATAC GACGAGTAGT GGGGTCCTGA
    64561 GCTAACCCTC GGCTAAACCT TGGAAATCTT AATGCCATAA TGCCTTTCAA ATCCTCCTAG
    64621 CCATTATCCT ACTGCAATAA TTCTTGCTAA GAAGAACGCC CATGTTGTGG CAATTCCACC
    64681 CAGAAGGTAA TGGGTTACTC CTACAGCACG TCCTTGTACA ATACTCAAGG CTCTCGGCTG
    64741 AGTAGCAGGA GCAACTTTTA ATTTATTATG AGCCCAAACG ATTGATTCAA TAAGTTCTTG
    64801 CCAATAACCA CGCCCACTGA ATAGAAACAT TAAACTAAAA GCCCATACAA AATGAGCGCC
    64861 TAGGAAAAAA AGTCCATATG CAGATAATGA AGAACCATAA GACTGAATTA CCTGGGATGC
    64921 CTGTGCCCAT AAAAAATCCC GAAGCCACCC ATTAATAGTA ATAGAACTCT GCGCGAAGTT
    64981 TCCTCCCGTG ATATGAGTTA CTATCCCTTG ATCACTTATA CTACCCCAAA CATCTGATTG
    65041 CATTTTCCAA CTGAAATGGA ATATTACTAC CGAAATAGAA TTGTACATCC AGAATAGTCC
    65101 TAAGAAGACA TGATCCCAAG CAGATACTTG ACATGTACCC CCTCTTCCAG GTCCATCACA
    65161 AGGAAAACGA AAACCAAGAT TTGCTTTATC CGGTATCAAA CGGGAGCTAC GAGCAAATAG
    65221 AACACCTTTC AGGAGTATCA AAACTGTGAC ATGAATCGTA AATGCATGAA TATGATGTAC
    65281 CAAAAAATCC GCCGTTCCTA ACGGAATAGG TAACAAAGCC ACTTTGCCGC CCACTGCTAC
    65341 TAAATCACCA CCCCCCCAGG TTAAACTGGT GCTTGCCGTT GCACCAGGAG CCGTTGCACC
    65401 GGGGGCTACG GCGTGGGTAT TTTGTATCCA TTGAGCAAAA ACGGGTTGTA ATTGTATAGC
    65461 GGTATCGGAA AACATATCTT GCGGACGCCC TAAGGCGCTC ATGGTATCAT TATGAATATA
    65521 CAAACCAAAA CTGTGAAAGC CCAGAAATAT ACATGCCCAG TTGAGATGTG ATATTATTGC
    65581 ATCACGATGC CTAAGGACAC GATCTAATAG ATCGTTGTAT CGAGTAGTTG GATCATAATC
    65641 TCTTACCATA AAAATGGCTG CATGCGCAGC AGCACCAACT ATGAGAAATC CACCAATCCA
    65701 CATGTGATGT GTGAACAATG ACAATTGTGT AGCATAGTCA GTAGCTAAAT ATGGATAAGG
    65761 GGGCATGGAA TACATATGAT GGGCTACAAC AATGGTTAAA GATCCTAACA TGGCTAGGTT
    65821 AAGAGATAAT TGAGCATGCC ATGATGTTGT TAAGATTTCG TATAGGCCTT TATGACCCTG
    65881 GCCTGTAAAT GGGCCTTTAT GCGCCTCTAA AATATCTTTT AGGCCATGCC CAATGCCCCA
    65941 GTTGGTCCTA TACATGTGAC CTGCTATCAG GAATAGAATA GCAATAGCTA AATGATGGTG
    66001 TGCAATATCG GTCAACCACA AACCCCCAGT TACTGGATCT AATCCTCCAC GAAAAGTAAG
    66061 AAATTCCGCA TATTTTGACC AATTCAAGGT GAAAAATGGG GTTGCTCCCT CGGCAAAACT
    66121 TGGATAGAGT TGCGCCAAAA GATCGCGATT CAAGATAAAT TCATGAGGCA GCGGTATCTC
    66181 TTTCGGATCT ACTCCAGCGT TTAGAAATTG GTTAATCGGT AAAGATACAT GCACCTGATG
    66241 CCCCGCCCAA GAGAGCGACC CGAGTCCTAG TAGCCCCGCT AAATGGTGAT TCAACATAGA
    66301 TTCTACATCT TGAAACCAAG CCAATTTCGG AGCCGCTTTA TGATAATGAA ACCAACCAGC
    66361 GAAAAGCATT AAGGCTGCAA AGACCAATGC CCCAATTGCG GTACAATAGA GCTGTAATTC
    66421 ACTAGTTATT CCAGATGCTC GCCAAATCTG AAAAAAACCA GAGGTTATTT GTATTCCTCG
    66481 GAACCCCCCG CCCACATCAC CGTTCAATAT TTCTTGGCCC ACTATTGGCC AAACCACCTG
    66541 GGCACTTGGC CCGATGTGAG TTGGATCGCT TAGCCACGCT TCATAATTCG AAAAACGAGC
    66601 CCCGTGAAAA TACATGCCGC TTAGCCAAAG AAAGATGATG GAGAGTTGAC CGAAATGGGC
    66661 ACTAAATACT TTTCGAGAGA TCTCCTCCAA ATCACTAGTA TGGCTATCAA AATCGTGAGC
    66721 ATCGGCATGT AGGTTCCAGA TCCAAGTGGT AGTCTCGGGC CCTTTAGCTA TTGTTCTTGA
    66781 GAAATGGCCC GGTTTGGCCC ATTCCTCGAA AGAAGTTTTT ACGGGGTCCT TATCCACCAA
    66841 AATTTTTACT TCTGGTTCCG GCGAACGAAT AATCATTGAG TCCTCCTCTT TCCGGACAAC
    66901 ACATACAAAG AGACCTGCCA ACAATGAACT AATTAGTAAA CCTTTGAGAG AGATTTCTAG
    66961 AATTTAGTTT GTTTCTCTTC TATTTTTCTA TCTCCTAGTT AGCTATTTTC TTTAGTTCTT
    67021 TACTAGAGCA ATTATGATCT GGAAGTCGAT CCGGGGCAAG TGTTCGGATT TATTATGACA
    67081 TAGTCACGAG GCGCTCAATG GACCTTTTGA ATATCATAAA CCCTTTTTAT AGCTTTAGGT
    67141 TGATGCAAAA ACGATCTTTT TTACAACCCG GCGGTGTAAA TTACTATAAA TTCAAAATCA
    67201 CGCGAGCAGT CATTGCTAAG AAACATCATG GTATATATAT TATATTGAAA TAAATCCGAA
    67261 TGATTTAGTT GTTAATTTAG GTTCCTTTAA TATCATGAAA TTTGTTAAAA AAAAAGAAGT
    67321 CTATTTTGGA CTTTATCCCG TCTTTTTTCC GTCTGAAATT TAATTTGAAA TGAAATAGAA
    67381 TGTTTAGAAG GGATATAATA AAATTCTTTG GTTGGTTCTT TCCACAAAAC AAAAAGATGA
    67441 TGCATTTTTT ATTTGACTGG TGCGTCCAAA CCAAAAAATA ATTAATTATA ACAAATCAAT
    67501 CTAATATTCC AAACTAAACC CGAGAATATA ATTAATAAAT GAAATAAATG GCGCCTTCTT
    67561 TTATTCGAAA CGCCTTGTGA TCTTCAACCA ATTATGTGCT TCAATATAAT TACCGGGCGT
    67621 AAGCGCTATA GCCTGTTTCC AATACTCAGC GGCTTGATCA AACCAAGCCT CCGCAATTTC
    67681 AGAATCTCCC TGGCGAATGG CTTGTTCTCC CCGGTCGGAA TAGGTGGGTT AATTCCTTCC
    67741 CTTAGAACCG TACTTGAGAG TTTCCTAACT CATACGGCTC ATCAACTCTT TTGGTGTCTC
    67801 CTTACCATAC CTAACGAATG AGATTTCGAT CCTATTTTTA GGGTTAACCA AAGAAGTTTA
    67861 TTACATGAGT TTTAAACTGA AATTTGGATT CAATTTGTAA AAATAATCCG TTTTATTTCG
    67921 TTTTATCTTT TTTCCCACCT TTAGAAGAAA AAATACCCCC TCTAGAATTT TCTGAAAGGT
    67981 AACTATCTCG GTTTCGTATA GAAATTTATA TAGAAGCTTT GAAAAAACTT TCCTTCCTAA
    68041 GAAAGAAAAG ATTTACTATC TGTGGGATCT GATCCTACAC CGCTGCTCAA AATTTTAGTG
    68101 GATCTACTAT ATTACATAAG TGGATTCCTA ATTTTTATCT CACATCATGA AGTATATCTA
    68161 CCATCATGAC AGAAATACGC AGTTATTATT GTATCAGCCT ACAATCTCGC TAATTGATCT
    68221 TTACGGTGCT TCCTCTACCA ATTAGAGCCT TTTTTTATCC ATAGAAAAAA GTAGCTCGGT
    68281 ATACTTCATA TCCTATTTCA ACTTCTATGA AGTTTCTTTC TTTACTACAG CTGATAAAAA
    68341 TCGTTGTTTT AGACGATGTA TATGTAGAAA GCCCTTTTTG TTTTTCTTTT TCCACTTCTA
    68401 TAGTGAAGAT AGTCGCACGT AATGACAGAT CACGGCCATA TTATTAAAAG CTTGTGGTAA
    68461 GAATGGATTT CGTTCTAGTG CTCGAAAATA ATATTCCAAA GCTTTTGTAT GTTCTCCATT
    68521 ACTTGTATGG ATAAGACCTA TATTATAGAG GATATAACTT CGATCATAGG GATCAATTTC
    68581 GAGTCGCATA GCTTCATAAT AATTCTGTAA AGCTTCCGCA TAATTTCCTT CAGATTGAGC
    68641 TGACATCCGT TACGGTCGCT ATTCAATTAA ACGAACCTCC GTTCCAGAAC CGTACGTGAG
    68701 ATTTTCAGCT CATACGGCTC CTCCCTTAAT ATGCATAAAG CGAATAATAG ATGAAATCAA
    68761 AAAAGATGAA AATATTCTTA TTATGGACTG AGCAGAGCTA GTGTTTTTAC AAGAAATCTC
    68821 TAGCGAACCC TGCTGCAAGA GATCTTTTCT TAACATCAAA CGTGTTGGGA CTAGATAGAA
    68881 ATGAGAACTC CAACAATTTC TTTGTTTTCA ACGCCCCCGA ATTTCCAGGA ATTAGTCACT
    68941 TCAACAACCT TCGATGGTTA TATTGGTCTC CAAAGTACAA ACGAGATGGA TGTTTGTTGT
    69001 CCCAACCATT CTTTTAGTCC CGAGCCCAAT AAATAAGGAA GGGGATAATT TCTAACAAGG
    69061 TTTTCGTGTT GTTGATTCCT AGGTGTAGTG TTTCTTCCCT TATGCTACCC GTTGGTACTA
    69121 GTGGAGTAGG ATTGCTCCAT AATACAGAAC CTCTAGGTGT AACCTTTCGC TGAATACTAG
    69181 AGTCGCAAAT TGAAACATAG CATCTGAGGT TGCATTAATC GAGGATACAC GATAGAAGGG
    69241 ATTGTTCTAT TTCCAAACCT CACCTTCAAC AAGCGTAGAT TTCTTTCAAA AATTTTCCCG
    69301 AATCGTATGT CTTTTTCGTA AGACTGGGAG AAATGAAAAA AGAATCAAAT CACACCATCT
    69361 CTGTAATAGG TAAATGCCTC CTTTTCTCCT AAAGTTGTCG GAATTATTTG CAATAAGATA
    69421 TTGGCTACAA TTGAAAAGGT CTTATCAATA AAATTCCCAT TTATCCGCGA TCTAGGCATA
    69481 ACCAGGCCCA CCCATTCTAT AATTCTTCTG ATTCCCTCTC GCGGGAAAAC GATCCCACAA
    69541 AGAAAAGAAT TGTACAGTAC GAAATCACAT AAAAACAGAT TGATTTGAAA AAAAAATTAT
    69601 GTGCCTTCGT ATTTTTTTAT TTTATTATTC AGTTGATTCA TATTTGAATT GTTCCTTTTT
    69661 CACAGGAATC AATATGAAAT ATTTCAACCC GATTTGGTTA TATCCTAATG TAGTAGTATA
    69721 CCAACGAATG TCCGATTTCA TTATTTCATT GAAGTTACAG ATTCGAGGAA CTCGAGAAAT
    69781 TTTGATTGAA TTATGATACA AAGAAGAAAA AGATAGGCCA ATCATTCTAT GATGAAAATA
    69841 GAATAATCAC CTCTTTTTAT ATTGGGGACA TAACACGTAT ATAACCCACT ATATAAAAAT
    69901 TTTTTTTTTT ATTAATCTCG AATAGAGAGA GAGGGAGGGG ATTTGTTGTT GCCAACTCTA
    69961 AAATTGGAAA TCCATTTGAG ATGGGGTATG GAATCATAGT CTATGTAGAA TTATGATAGT
    70021 AAAGGTAGCC GTTAACCCAA AATCTAGATC TAACAACCAG TTGATTCGTT CTAATTCATC
    70081 CATTTAATTG ATTCAAAATA GTAGGAGTCA TTTTTGCAAA CCTGAGTCCC TACTTTTTTT
    70141 TAATTTAAAC AATTTTTTCG TAAGAAAATT ATTTTTTCTT GATCTTGGAA CCTATAAAGA
    70201 AAGATCTTTC TTTACTTTGA TGAAAAATTT TCTATTTTTA TTTGTTTGTA ATATATAGAT
    70261 AAACTGAATT GTTCGTACCT ATAGAATAAT CGAGAATCGC ATATGAATAA CTCGCTATTC
    70321 CCCGGGTTTT TGATGCATAA TCATTATACA TTATGTAGGA GAGATGGCCG AGCGGTTCAA
    70381 GGCGTAGCAT TGGAACTGCT ATGTAGGCTT TTTGTTTACC GAGGGTTCGA ATCCCTCTCT
    70441 TTCCGTACCT TCACTTAATA GATCCAATAA CGCCAGATCA AATAGCAATA AAGATCTTTA
    70501 TTCCACCAGT TAGACGGCGA TATAGATTCT CTATTCCGAA TTGCTAAACT AGGAAAAATA
    70561 CTGGAAAGAG TATTAAAATA GCCCCTTTCA TAAGTGAGAT AAAATTGGGA CCAAACCCGT
    70621 ATTTTTCTTA CTTAACCTTA GGTTAATTTG ATGAAAGAAA AGAAAACTGA CCAATTTTAT
    70681 TTGAATTTAG GTTTAAGGTT TAAGTCTGAC GAGAATAATA TTCTACGACT AGCAGTTCAT
    70741 TTATTTTCAA ACCGACCCAT TTACTATCTA TTATTTGATT GACTAATCCT TTATATTGGA
    70801 ATGGGTGAAG GGTCAAATGG GTTGGTACTT CCGCATGAGG GGAAGAGTTG AGAGAATTTT
    70861 GAATCAGAGT TCGGGATTGT TGTTCATCCT TCGCCGTAAT AATATCTCGG GGTTTACAGC
    70921 GATAACTTGG TATATCTACT ATATGTCCAT TCACTACAAC ATGTCTATGG TTAACTAATT
    70981 GGCGGGCTGC GGGAATAGTC GAAGCCATAC CCAATCGAAA AAGGATGTTA TCCAAGCGCA
    71041 TTTCAAGTAA TTGAAGTAAA ACCCGACCGG TCGATCCTTT GGCTTTTCCG GCGATACGAA
    71101 CGTATTTAAG TAATTGTCGT TCGGTAAGAC CATAATGAAA ACGTAATTTT TGTTTTTCTT
    71161 CTAGGCGAAT ACGATATTGC GATTTTTTCC CGGAACGTGA TTGGTTTCTA AAATCACTTA
    71221 CAGCTTTAGG CCTTTTATTA GTTAGTCCTG GTAAAGCCCC CAGGCGGCGT ATTTTTTTGA
    71281 AACGAGGTCC TCGGTAACGC GACATAATGA CTCCTTATTC TTTATTTAGA ATTCATTTCA
    71341 TTCTTTATTG TTTTTTATTT TCCCGAATAA ATCTAAATTA AAACTGAACT AAATGAAGCG
    71401 AAATTTGCTG AAGTAGTGTA CTATAAAGAA GAATAAAAAT AAATACGAGT GAGGCGGTTT
    71461 GGATAAATAT CCAAACTTTA TATTATATAT ATATAATATC CTTTTCCTGA CAGAGTTGGG
    71521 TGTTCTAATC AATCCGCGGA TTGTGAAAAA AGTGTTTTCC GCCTTTTTCA ATATTCTTTG
    71581 ATTTCAAAGG GAGATTATCA AGTTTTGATA AATTGAAGAA AATATAGGAA AAAGCCGGCT
    71641 ATCGGAATCG AACCGATGAC CATCGCATTA CAAATGCGAT ACTCTAACCT CTGAGCTAAG
    71701 CGGGCCCACA TAATAGAATA AGATAAATTA TCTCTGCGTA GGAATTCAAT ACACTATACT
    71761 ATTATAGTAA GTATATAGAG TGTCTCTAGA AATATAAATA AACAAAGAAT ATAATTTATA
    71821 ACTTTTAATA TAGTCTATAT TCTAGTCTAT ATTCTAGACT ATAATGATTT ATATAACGCT
    71881 ATAGAATTTC GATTTCTTGA TCACAACTGT AAATTCAAAT TGTATTCGAA TATTATTATA
    71941 TTCGAGAGTA AATATTAAAT ATTTTTCATT TTAGATAGTC AAATTGTATT TTTTAGTCAC
    72001 ATCGCATTTT AAATTATTTT TGTTACACTT TTATATTTTC TATCCTATGA TATTTATTAT
    72061 TCTATATTTC TATTTCTTTC TAATTCGATT TTCTATTAAT TACTTATTAA TTTAGTAAGT
    72121 AATCAGAAAT CAGACATTCC TTGGTTTTCA TCCGTAAATC CGTAAAGGGG GGAAGTTAAT
    72181 AATAAAAAAA AGAATAGACC GTTCAAGTAT TCCGCATTTA ATGGGTAAAA TTGCAGGGAA
    72241 AGAAAGATAT ATATGAGGTA TATATCAATC TATATTGAAT TGCCCATACA TAAATAATAA
    72301 AATCGAATTT AATTCGATCA AATGCGGGTT TCCTATTAGG TAAGAAAGAA AAAACTTTTT
    72361 CAAGATAGTA ATCGCTATCG CTATCTAATG AATTCAAAGG TTCCCGTATA AATGAAAGAA
    72421 AAAAAGGAAT CATATCGTAA TAAGATCCTA TTCTCAAAAC AAAAGCGGGG GGATATGGCG
    72481 AAATCGGTAG ACGCTACGGA CTTAATTGAA TTGAGCCTTG GTATGGAAAC CTACTAAGTG
    72541 ATAACTTTCA AATTCAGAGA AACCCCGGAA TTAAGAATAA TGGGCAATCC TGAGCCAAAT
    72601 CCTGTTTTTT CCAAACAAAG ATTCAGAAAA CGAAAAAAAG GATAGGTGCA GAGACTCTAT
    72661 GGAAGTTGTT CTAACAAATG GAGTTGATTA CGCTGGTAGC GGGATGAAAC TATTGACTAC
    72721 TATAATCAAT AGATTGATTA ATGAAATGAT GGCCCAGATC TGTATCTGTA TTTTTTTTTT
    72781 GAATACGCAA AATGGAAGAA TTGGTGTGAA TTGATTCCAT ATTGAAAAAA GAAGATTCAT
    72841 TGATCAAATA ATTCACTCCA TAGTCCGATC GATCGTTTAA AGAACTGATT AATCGGACGA
    72901 GAATAAAGAT AGAGTCCCAT TCTACATGTC AATACCGACA ACAATGAAAT TTATAGTAAG
    72961 AGGAAAATCC GTCGACTTTT AAAATCGTGA GGGTTCAAGT CCCTCTATCC CCCCCAAGAA
    73021 CCTATTGGAC TCCCAAAATA TTTATCCTAT CCCCTTTTTT CTTTTCGTTA TTCCTTAGCG
    73081 GTTCCAAATT CCTTTTCTTA TTTTTTTCCC AAACGTATTT GGGCGTAAAT GATTTTCTCT
    73141 CATCACATGT GCTATAGAAT CCACATCCAA ATTAAGCCAG GAATTCCTAT GTGAATGATT
    73201 CATAATCAAT AACATTACTC CTACTGAAAC TTTTTAAAGT CGTCTTTTTA AAGATCCAAG
    73261 AAATGACAGG GCTTAGAAAA ACTTTGTAAT TTCCCCTTGA CATAGACCCC AGTCATCTAA
    73321 TAAAATTAGC ATGGGATGCT ACACCGGGAA TGGTCGGGAT AGCTCAGCTG GTAGAGCAGA
    73381 GGACTGAAAA TCCTCGTGTC ACCAGTTCAA ATCTGGTTCC TGGCATATGT TTAATTTGTA
    73441 TGAGGTTTTT TCGAAATGAA TTGATATGAA GCGAGATACG TATTGATCTC TAAATCTGAA
    73501 TTATAATCTA TCGTGACGAG ATATACCCTT AGAGATGAGT AGGGTTTCTG AAATTGCATT
    73561 TGATATAGTA AATTCAATAA AATATCTAAA ATGCAATTAT ATTTTCGTGT TTTTTCTTTC
    73621 GTTGAAAACA ACGAATGTGA ATATTTCATA CATATTTGAA CTTGAAATAA TCAAGATTTG
    73681 GTTCAGATAC AAATAAATCC AATTTCTTGG TATTTTAGTT CCTATTGGAT TTCCTAATTT
    73741 GTCTCGACAT TCCTTTCTAG AACCGGTCTA AGCAATAAGC GCAGTACAAG GTTCATGATG
    73801 CCGAACTCCT TTGATTCATC CTATTGATTC GGCTCATACA AAATAAGTAT CTTTGTAAAA
    73861 AAAAATCCTA ATAAATACCC AATAATAAAT ACCCAATTCT GCCCTTTATT GTTAGGCTAT
    73921 CCACAACCCA CAATTCCCTA ATAAAAAATG GAATTATTTT GGTGAATCTA GAACACAATC
    73981 CTAGCATCTA TGAAATTATA TAAGTGGAAA TTACCTTCTT ATCATTCAAT GCAATGAGCA
    74041 TTTTGAATTT CATAAAAATT GGGGGCAATA TAATCCTTAC GTAAGGGCCA TCCTATACCA
    74101 CCTTTACGGC ATTAAGATAC ATTTCAAGCA CGGATGATTA TCATTATCAT AAGAGATTCC
    74161 CAACATATCA TAGGATTCTC GTTCTTGAAA ATCCGCGTTT TTCCAAACCC AGAAAGCAGG
    74221 CGGAGTTCTA GGATTCCTCC TTGCGGCAAA TACTTTATAT GCATACCTCT TCCGGTTGAT
    74281 CCACACCATA CTCTATTCTG CTAAGATGAT ACACACTAGC TAACAGTCCG CCAGGTGCTA
    74341 TATCATAGGC ACATTGGGAG CGTAAATAAT TGTAACCATA TATATACATA TAAAATAACA
    74401 GCAATGGAAT GGCAATTCCT CAAACTTTAG TGTCTCTATT TCTTGATAAT CAAAGCCCAA
    74461 AGATCTATGA ATTATCCCAT GCTTAACTAA CCAAGCAGAC AAACGACCCT GCATCTTTTT
    74521 TATCTCCCAC ACTTTCTATT TCGATTCTAG ATCAAATTGA TGAAGATGGA CCCGCTACTT
    74581 GTTATTCTGT ACTAACGCAG TCCTGCCTAA TTCGTGAAAA GATACTGAAC TTTACTTTTT
    74641 ATTTGAAAAA GGTTTCACGC TGAATTAGAT AGCGGTTGAT AGAGGAATCT TTGATCATAA
    74701 TTTCCCTTAT TCATACTGTG TCCAACCCGA AACTTGTGAG TGGTCTGAAA ACACCGATTT
    74761 GCTTGTTGAG ACCCCATTCT ATANTTCATA GATTTCTCGA GATATTTTTT TTGTTATAGT
    74821 ATTTATAATT GCTTTAGGTT TAGGGAAACA AACAACCTGC CAAATAGATA TCCACAGGTA
    74881 TTAGCTTATC GACTCCCCAA CAGTACTATA AACAATCGGT ACTGACCATC CCTCCTGTAA
    74941 TTGTACAGGT TCCCATAGCA ATAACATATT TTGGTTCGGG CATTTGCTCA TCTAGGGGAG
    75001 GCCATTTTCA TTGTTACTGT TCCGGCTGTT AAAATTAGAT CCGCTTGTCT AGGACTCGAT
    75061 CTTAGTACTC GTCCATAACG ATCAAAGTCA AACCGCGTAT TAGGGAATAG TGAAGCAAAT
    75121 TCAATAAAAC AACAAAAACT GGCGCAAACA TACAATAACG GATTCTAAAT TGTAACTAAG
    75181 CGCCGCCCAC TATACCCAAC CCAATTCATA ACTAGAGAGT TTCTACGGCC CTTTCCTCGT
    75241 CGGGGCTAAA ATCCCGGAAA TACCAAATAA AAATATAGGA ATGAGGTTTG ATATTATTAG
    75301 AAATGCCCCA AAAATATCAT ATTCATAAAG CAAAAACATA GATGCCCTCC TAGGTGAAAA
    75361 ATATACGGGA TTGGTCGATT CGAATTGAAG TTGTGTTGTA AAGTCACCCA TAATTGTTTA
    75421 GTCAAAACAC GAATGCATTT TGACGAAACC ATCTAGTTTC CTTTGATTAT TGCGGGGCAT
    75481 ATCTCATTTC CAGGTTTATC GACGACTGAC TTGGCGGGTA TTCTATTTCC AGATGTACTT
    75541 AATTTTTTTG ATAAAAATGC AATTTTAATT TTTAAAATAT ATATTCCTTT AGGAATATAA
    75601 TCGTGGAGTC TTTTTTTTTT TATTAGTGAT TTAGGTATAG AACAAATATG AAAATGGCAG
    75661 CAAATGGATA AGTATTTCTA TCTCATCGAA TATCTTAATC TTAGTGTTGG TATATTCCCG
    75721 TTATTAGAAG CTGGGTGGGG TTTTCTCTTG ATTGAATACA ATCATATATT GTTGACAAGG
    75781 AAATTTACTA AAGAGATTCC TTTTTCACCA AACTGTAGCT TGTCGACAAA TACATTGGCT
    75841 TATTCCCTAG ATATATGTGA ATAACGCCTT GTGGTTTTTC ACCAGGCTCG TGTCATGATT
    75901 TTGCCTTTTC AAATTAATTT GTATTTTAGT AAGGGTAAGT GAAAAGGAGT ATCACTAACT
    75961 TAACCCCTTT GATTGTGAAC CGGAAAATTC CATAGGAATG TCCTCCCCAA GATTAAGGAC
    76021 CGAAGTTTAT CCACGATTGG AAAAGGATCG ATTCGACCTC TTGCAATACA TTTTTCTTTC
    76081 AGTTTTTTGG TCTGCTTTAA ACGATGCCTA TGATATGAGT TAGTTTCGTT TCTAGGAAAA
    76141 ATTGGGTTTC GCTGAACCAA CCGGCGAGTT ACCAGCAACA AACAAGAATG AACAAATGAA
    76201 AATTATGAAA TTTTGTCTTT CCAATTTTCA TTTTCTAGGG CTATACGGAC TCGAACCGTA
    76261 GACCTTCTCG GTAAAACAGA TCAAACTTAT TATTATCAAA ATGATCTGAA CTGTTTCAAA
    76321 GACCCAACAT GCATTTTTTT TTGCATTGGG CTCTTTCATT AACTGATAGA AATATCAGCA
    76381 AATCTGCCAT ATTTTTTTCT TAACCGAAAA AAAAGATAAG GAGATGGCTC CGTGTGCTCT
    76441 GATTCATTAT TTGGGATTCA GATTCAGGAG CACTACCAAA GTGTTTCAGG GGGTGGGGTT
    76501 ATCTTGACAT AGGTCTGCCT CTGGCCTCGA TTGTTTTAAG TTAAATGAAG TCTCTATCGT
    76561 TCGGCTTAAA AAAAATTAAA TATGAAACTT CATACACCTT AAACTTCATA GGACGAAAAG
    76621 AGATTTTTTG AGGACCTTAT ACTCCTTATG CCTAGCATTG AATGTACTAG TATTCACCCT
    76681 ATCAATATCT CAAATCAACG CGGAGTCTGT TTGGTATCTA AATGCCAATA CAGGACTGAG
    76741 CCGTTTGTCA GGCTGTTGTT CCCTCAAAGT TATGGAGTAA GACATCGATT TCTCAAAAAG
    76801 ATCCATTTTG TGGATTGTAT GACGAATCCC CCCCGAAAAA CACTGGCGCG CGTGTAAACG
    76861 AGGTGCTCTA CCAACTGAGC TATAGCCCTT AGTGCTTGTG ATGCATATTT TATCATGTAT
    76921 ATAATTGGTT GTCAAGATGA ATATTCTATG ACTCAACATA CTAAACCCAA CAACCTACAT
    76981 TTTGAAGTTA TTATTGCTTA GATTATTATT GCTTATAAGC AATATGATAT TTATAATCCA
    77041 TCGACAGGGC GGGTTCCCTT GAGGGATGAT AAATGACCTA CTTAACTCAG TGGTTAGAGT
    77101 ATTGCTTTCA TACGGCAGTA GTCATTGGTT CAAATCCAAT AGTAGGTAGA ACTTATTAGA
    77161 TACCTGAGTC AATGGTATCT AATAAGTTTT TTGCCCCACC TTCCTCTATT TTAATAGATT
    77221 ATAGATTTTT TTGAATTGCG TTGTATCAAA ATTGGATTCT GCTTGATTGG ATTCACTCGA
    77281 CAGAATCGAA TTACATTTTA ATCCATAGGG TTTATTTTAT AAACAGAACT TCTTTTTATT
    77341 ATTCGAGCGT ATCAATTAGT TATGAAATCG CATTAACAGC CTCTACTCTT GTCCTAGCTC
    77401 GCCGTAGAGT TAGATTTGCC TCAATTATTT GTCTTTTTCC TTCAGCTTTT ATCAAATTAG
    77461 CTTCTGCTAT TTGAAGAGTT TGCTGAGCGT CTTGTAGATG AATATCACTA CCCTTTTCCG
    77521 CATCATTTAC TAAAACAGTG ATTTCATTAT TGCGTATTCT AGCAAAACCA CCCATCAGAG
    77581 CCATCGTTAC CCATTGGTCC TTAAGTCGTA TTCTCAAAAT CCCTATATCT ACAGCCGTAG
    77641 CAATAGGAGC ATGATTTGGT AATACGCCGA TTTGACCACT ATTCGTAGAT AAAATAATTT
    77701 CTTTCACTTC TGAATCCCAA ACAATTCGAT TAGGTGTCAG TACACAAAGA TTTAAGGTCA
    77761 TTTCTTCAAA TTGCTCTCCA TTTCTAAGTT CAGAGCCTTG GCGGTAGCTT CATCGATATT
    77821 TCCGACCAAA TAAAAGGCTT GTTCGGGAAG ACCATCTAAT TCTCCGGAAA GGATCAATTG
    77881 AAACCCCCTA ATGGTTTCTG CTAGACCAAC ATATTTCCCC GGAGAGCCGG TAAATACTTC
    77941 GGCTACAAAA AAGGGTTGTG ATAAGAAACG CTCAATTTTT CGCGCTCTTG CTACGGTTAA
    78001 ACGATCCTCC TCGGATAATT CGTCCAACCC AAGGATAGCT ATAATGTCCT GAAGCTCTTT
    78061 ATAACGTTGT AAAGTTTGCT TAACTCTTTG CGCAGTTTCA TAATGTTCCT CACCAACGAT
    78121 CCGAGGTTGA AGCATGGTTG AAGTTGAATC TAAAGGATCT ACTGCTGGAT AGATTCCTTT
    78181 GGCAGCTAAT CCTCTTGAGA GTACGGTAGT AGCATCTAAA TGTGCAAATG TCGTAGCAGG
    78241 AGCAGGATCC GTCAAATCGT CCGCAGGTAC ATAAACTGCT TGAATAGAAG TTATGGACCC
    78301 TTCTTTGGTA GAAGTAATTC GTTCTTGTAA AGAGCCCATT TCGGTACTCA GGGTGGGTTG
    78361 ATAACCAACG GCGGACGGCA TTCTACCCAA TAAGGCCGAT ACTTCGGATC CTGCTTGGAC
    78421 GAAACGGAAA ATATTGTCAA TAAAGAGAAG TACGTCTTGT TCATTAACAT CTCGGAAATA
    78481 TTCTGCCATC GTTAAGGCAG TCAAACCAAC TCTCATCCGA GCTCCTGGCG GTTCATTCAT
    78541 CTGGCCGTAA ACTAGAGCCA CTTTTGATTC TGCAATATTT TCTTCATTAA TCACCCCGGA
    78601 TTCTTTCATT TCCATGTAAA GATCATTTCC TTCACGAGTC CGTTCACCTA CCCCGCCAAA
    78661 TACAGATACG CCCCCATGGG CTTTGGCAAT ATTGTTAATC AATTCCATAA TGAGTACCGT
    78721 TTTACCAACT CCCGCTCCCC CAAATAGTCC TATTTTTCCC CCACGGCGAT AAGGTGCTAA
    78781 AAGATCTACG ACTTTAATTC CTGTTTCAAA AATCGCTAAT TTTGTATCTA ACTGTATAAA
    78841 GGCAGGTGCG GATCGATGGA TAGGAAATGT TGTACGAGTA TCTACAGGAC CTAAATTATC
    78901 AACAGGCTCT CCAAGCACGT TGAAAATTCG TCCCAGCGTC GCCCCACCGA CCGGAACACT
    78961 TAGAGGAGCT CCCGTATCAA TCACTTCCAT TCCTCTCATG AGACCATCTG TAGCACTCAT
    79021 AGCTACAGCC CTAACTCGAT TATTTCCTAA TAATTGCTGT ACTTCACAAG TCACATTAAT
    79081 TGGTTGACCA AGAGTATCTC GGCCTTTAAC TACCAGAGCA TTATAAATAT TAGGCATCTT
    79141 ACCCGGCGGA AAGGCTACAT CTAGTACCGG ACCGATGATT TGGACGACAT GCCCCGGGTT
    79201 TTTTTTTTCA AGCGTGGAAA CCCCAGGACC AGAAGTAGTA GGATTAATTG TCATAATAAA
    79261 TAATAATAAA TAAAAAAATA TGTCGAAATT TTTTTGTGAA AATTATCGAA TTCAAAATAA
    79321 ATGTCCGATA GCACGTTGAT CAGTTAATTC AATAAGATAA TGGGAGTTAG TACTCGATTT
    79381 CGTTGGTGCC GAATCTAATT CAATTGTTTA CTTATTCAAT GAGTGAATTT ATAAATTCAA
    79441 CCAAAGTATT TTGAAAATTT CAAGTGGGTG GATGAATTAA GCATCTTAAG AAATTTTTTC
    79501 ATTTGTCTAG CATTATAGAT AATCCCATTT ATATTATATA AAATATTCTA GGGAATTCGA
    79561 ACCCGAACTC TACTTATCAT TACGATTCAT TATTTCTACC TTATTGTATT GGTTCTGTTT
    79621 ATTTTTTATT TCAGCACATA TAACTAATAG CCGATATCTT GTCGTTTCGT TTTTTATTTT
    79681 TATACCGCGT CATATCATAG ATAAATTGCG TCTATTTTCA CAGCTCGGAT TTACATGTAC
    79741 AACATATACC ACTGTCAAGA GGCAATTTGT TATTAATTAG GTTAGGTATT TCGATTGTAA
    79801 AAAAAGGAAA AAAAAGGGGG GTTGCGCTAT ATATATGAAA GGGTATACAA TAATAATGTG
    79861 TTTGGTAAAT CAAATACCAT TAACATTTTG ATTAGTTGAT AATATTTAGT ATGGGTTGGG
    79921 AAGTTTATGA AAGATTCCTG GGACGGGTTT CAGTAACGCC CAATTCATCC GTGTCGAGTA
    79981 GACCTTGTTG TTGTTAGAAT TCTTAATTCA TGAGTTGTAG GGAGGGATTT ATGTCACCAC
    80041 AAACAGAGAC TAAAGCAAGT GTTGGATTCA AAGCGGGTGT TAAAGAGTAC AAATTGACTT
    80101 ATTATACTCC GGAATACGCA ACAAAAGATA CTGATATCTT GGCAGCATTC CGAGTAACTC
    80161 CTCAACCAGG AGTTCCGCCT GAAGAAGCGG GGGCTGCAGT GGCTGCAGAA TCTTCGACTG
    80221 GTACATGGAC AACGGTATGG ACCGATGGGC TTACCAGCCT TGATCGTTAC AAAGGACGAT
    80281 GCTACCACAT CGAGGCTGTT CCTGGAGAAA CAGATCAATA TATCTGTTAT GTAGCTTACC
    80341 CTTTAGACCT TTTTGAAGAA GGTTCTGTTA CTAACATGTT CACTTCGATT GTAGGAAACG
    80401 TATTTGGATT CAAAGCCCTG CGTGCGCTAC GTCTGGAAGA TCTGCGAATC CCCCCTGCTT
    80461 ATGTTAAAAC TTTCCAAGGA CCGCCTCACG GGATCCAAGT TGAGAGAGAT AAATTGAACA
    80521 AGTATGGTCG TCCACTGTTG GGGTGTACTA TTAAACCTAA ATTGGGGTTA TCTGCTAAAA
    80581 ACTATGGTAG AGCGGTTTAT GAATGTCTTC GCGGTGGACT TGATTTTACC AAAGATGATG
    80641 AAAACGTGAA CTCCCAGCCA TTTATGCGTT GGAGAGATCG TTTCTTATTT TGTGCCGAAG
    80701 CCCTTTATAA AGCACAGGCC GAAACAGGTG AAATCAAAGG TCATTACTTG AATGCTACTG
    80761 CAGGTACCTG CGAAGAAATG ATGAAAAGAG CTGTATTTGC TAGAGAATTG GGAGTTCCTA
    80821 TCGTAATGCA TGACTACTTA ACCGGAGGAT TCACCGCAAA TACTAGCTTG GCTCATTATT
    80881 GCCGAGATAA TGGCCTACTT CTTCACATTC ACCGTGCAAT GCACGCCGTT ATTGATAGAC
    80941 AGAAGAATCA CGGTATACAC TTCCGTGTAC TAGCTAAAGC GTTACGTATG TCTGGTGGAG
    81001 ATCATATTCA CTCTGGTACC GTAGTAGGGA AACTTGAAGG AGAAAGAGAT ATCACTTTGG
    81061 GCTTTGTTGA TTTACTGCGT GATGATTTTA TTAAAAAAGA TCGAAGTCGC GGTATTTATT
    81121 TCCCTCAAGA TTGGGTCTCT CTACCAGGTG TTATTCCCGT GGCTTCAGGG GGTATTCACG
    81181 TTTGGCATAT GCCTGCTCTG ACTGAAATTT TTGGGGATGA TTCGGTACTA CAGTTCGGTG
    81241 GAGGAACTTT AGGACACCCT TGGGGTAATG CACCGGGTGC CGTAGCTAAC CGAGTAGCTC
    81301 TAGAAGCATG CGTACAAGCT CGTAATGAAG GACGTGATCT TGCTGCTGAG GGTAATGCAA
    81361 TTATCCGCGA GGCTAGCAAA TGGAGTCCGG AACTAGCTGC CGCTTGTGAG GTATGGAAAG
    81421 AGATCAAATT TGAGTTTCGC GCAGTAGATA CTTTGGATAA GGAAGAGGAA GATAATAAAT
    81481 AATTAATTCC TCTCTGTTCT ATTAATCTTA ATAGAATTGC AATTAAACAA TTAAATTTGG
    81541 TCGGCTCAAT CCTTTTTTTA AGATTGAGCC GAATACAAAA GAGTTTAGAT AAATACATAT
    81601 ATAGATATAG AAGATTTGAA ATAGAAATAA TTTAAGACTC AAATGTTTAT AGTGTTGTCT
    81661 TCGATCCACA ATTAAACCTA TGGATCCTTA GGATTGGTAT TTTTTTATAT ATCCTGTAGT
    81721 TTGCCTGAAT TAAGTATTAA GTGATATGAA GTATTACAAA CCTTTCGACC CATCCTGTAT
    81781 ATTGTCTTTT TCGTTCCGTG TTGGAATAGA ACCTTAATTT ATTACTTGTT AGTTAGTTGG
    81841 TTCTTAGATG AAATTTTAGG AAAAACTTAT TTCTAGGCGC AAACAAATAT TTCTTTTTTT
    81901 ATTCGACGCG AAGACATAGG AAAAAACACC TTTTATCATT ATAACAACTA TTGGATTTAA
    81961 TTTCGAATGA AAGAGGATTT CATCATATTC CTATATGTAT GAATATATCT AGTGAAGTCT
    82021 TCTCCCCACA AAACAACGGA GAATCCTTTT TCACACTTCG TACTTAGTAG TGATTTGCTT
    82081 AGTCTGATCG GAAATAAGAT ATTCAAATCC AAATAAAGAA TTGTGGGGGG AATGACTATT
    82141 CATCTATTGT ATTTTTATGC AACTAGCAAG CAACAAAACT CTATGGAAAG ATGGTGGTTT
    82201 AATTTAATGG TGTTTCAGAA GGAATTAAAA CACAGTTATC GTATAACGAA ATCAACGAAC
    82261 AACCTTGATC CTATTGAAAA TACTAGTGAA AGTGAAGATA CGAATAGAAA AGGTCAGGCT
    82321 AAAAACATTC AAAATTGGGG GGGTCGTGAC AATTCTAGTT CCACTAATGT GGATCATTTT
    82381 TTTGGCGTCA AAGACATTCG GAATTTCATC TCTGATGATA CTTTTTTAGT TAGCGAGAGT
    82441 AATGGAGAAA GTTTTTATAT TTATTTTGAT ATTGAAAATC AGATTTTTGA GATTGAGAAC
    82501 GACCATTCTT TTCTGAGTGA ACTAGAAAGT TCTTATCGGA ATTTTCGTTA TATGACTAAT
    82561 GGATCGACGA GTCAAAATTC CTTATACAAT CATTACATGT ATGATACTCA ATCTAGTTGG
    82621 AATAATCACA TTACTAGTTG CATTGACGGT TATCTTCAGT CTCAAATCTG CATTGATACG
    82681 TCCATTGTAA TTGATAGTAG TGACAATTAC ATTGCAGGGT GCGTTTTTGA TAAACGCCGA
    82741 ACGAGTAGTG AAAGTAAGGG GTCCCGTATA CAAACCCGCG CGAAAAAGAG TGATTTAACT
    82801 CTACCAGAAA GTTCTAATGA TCTCGATGCA ACTCAAAAAT ACAAGCAGTT GTGGATTCAA
    82861 TGCGAAAATT GTTATGGATT AAATTATAAG AAATTTTTGA AATCAAAAAT GAATATTTGT
    82921 GAACAATGTG CATATCATTT GAAAATAAGT AGTTCAGAAA GAATTGAAGT GTTGATCGAC
    82981 CCCGGTACTT GGGATCCTAG GGATGAAGAC ATGGTCTCTC TGGATCCCAT TGGATTTCAT
    83041 TCGGAGGAGG AGCCTTATCA AGATCGTATT CATTCTTATC AAAGAAAGAC AGGATTAACT
    83101 GAGGCTGTTC AAACAGGCAT AGGTCAACTA AACGGTCTTC CAGTAGCAAT TGGAGTTATG
    83161 GATTTTCAGT TTATGGGGGG TAGTATGGGA TGTGTAGTGG GGGAGAAAAT CACTCGTTTG
    83221 ATTGAGTACG CTACCAATCA ATTTCTACCT CTTATTATAG TGTGTGCTTC GGGGGGGGCA
    83281 CGCATGCAAG AAGGAANTTT GAGCTTGATG CAAATGGCTA AAATATCGTC TGCCTTATAT
    83341 GATTATCAAG CAAATAAAAA GTTATTGTAT GTCTCAATTC TTACATCCCC TACTACTGGT
    83401 GGGGTAACAG CTAGTTTTGG TATGTTGGGA GATATCATTA TTGCCGAACC AAATTCCTAC
    83461 ATTGCATTTG CGGGTAAAAG AGTAATTGAA CAAACATTGA ATAAAACAAT ACCAGAGGGT
    83521 TCACAAGTGG CTGAATATTT ATTCCAGAAG GGCTTATTCG ACCTAATCGT ACCGCGTAAT
    83581 CTTGTAAAAA GCGTTCTGAG TGAGTTATTT AAGTTACACG CCTTCTTTCC TTTGAATTCC
    83641 AATTCACTCG AGTAGAATTA ACTAAAATTG ACTTATTTTA TTTGTATTGT AGTAAACACT
    83701 CGGATAACTC TATTTTTTTT TGCCTAGATT CCCGATTATT ACTTAAGTCT CTCTCATCAT
    83761 CAACAAGATA AAAGCGCGAG TTCTTCTTTT TTGTGAATTT AGGCAAATAA AACGAATTCC
    83821 GTCTTACGTA TATAATCCAA TTTAAATCTA CCAACAAATG GATATATAGT TTTGTATCTT
    83881 TCTCCATCTC CGGAAAACCC CATTTTACTA AAAATACTGG TTGTGGCGCA TTCTAACCAA
    83941 TCTTTGGATA ATTTGTAAGA AACTCTAATG AAATTAGAAG ACAAGAACAA AACACAAAGA
    84001 CATGAAGAAA AATAATAAAG TGGATTATCG TACATACCTT TCATGTAGAT AGATGAATAA
    84061 GTCCATTCAT TTAATTCTAC ATTCTTTGGC CGTATTTATT TTATCACTTA GATTATGTAG
    84121 ATACTTATTT CTCTATTATC TCGAATAAGA ATTTGCAAAT TAAATGAATT AGTTAACTAC
    84181 CACTTTATAA TAATTATAAT AACTACCACT TTATAATAAT TATTAATTAT AATCAATCTA
    84241 AATATAAAAT ATGATATTTA ATAAAAAACA GGTGCAAATA GGAAATCGAG GTACCCCACT
    84301 TTATGACAAT TTTCAATTTT CCTTCTATTT TTGTGCCTTT AGTAGGTCTA GTATTTCCGG
    84361 CAATTGCAAT GGCTTCTTTA TTTCTTCATG TTCAAAAAAA CAAGATTGTT TAGATCGATG
    84421 GGGCCCAACC TCATCTGTTT TTTTTTGAAA CTTAGGCCGG GAGCATAACA TCGATATTGA
    84481 TTTCGGGAAA TATGGTATAA CATGTGATTT CCGCCGAATA GGAAAAAGCT CTTATGCTTA
    84541 CCGAAAATTA TCGAAAATTA TATATGAGTA AATTAATTTT AATTAGTGTC AAATAGATCA
    84601 GGATCGTGGG ATCCCTAAAA TGTAAAGTTG GTGGATCTAT ATATATATCA ATAATGCTCC
    84661 TATAAGACGA GAGACGCGTA TGTTAGTATT TTAGATCTAA ACAATTTGAT GAATTACTCC
    84721 TAAAGGTTCC CATCAAACTA GTGCTAGGTG ATGAAAGTTC CTTCGGAAAC AAAATGAAAG
    84781 TAAAGTCAAA ATCATTTGGG GTATTATCTT AATTCCAATA AAATGCAATC GAATCAAGTA
    84841 TGAGTTGGCG ATCAGAACAT ATATGGATAG AACTTATAAC GGGGTCGCGA AAACTAAGTA
    84901 ATTTTTACTG GGCCTTTATC GTTTTTTTAG GTTCATTAGG ATTCTTATTG GTTGGAACGT
    84961 CTAGTTATTT TGGTAGAAAT TTGATATCTT TTGTTCCATC TCAGCAAATC ATTTTTTTTC
    85021 CGCAAGGGAT CGTCATGTCG TTCTACGGGA TCGCAGGTCT CTTTATTAGT TCCTATTTGT
    85081 TGTGCACAAT TTCCTGGAAT GTCGGTAGTG GTTATGATCG ATTCGATAAA AGGGAAGGAA
    85141 AAGTGTGTAT TTTTCGTTGG GGATTTCCTG GAAAAAATCG GCGTATATTC CTCCGATTCC
    85201 TTATAAAAGA TATTCAATCT GTTCGAGTAG AAGTTAAGGA GGGTATTTAT GCTCGTCGGG
    85261 TCCTTTATAT AGACATCAGA GGACGCGGGG CTATTCCGTT GACCCGTACT GATGAGAATT
    85321 TGACTCCACG AGAAATTGAA CAAAAAGCAA CCGAATTGGC CTATTTCTTG CGTGTACCAA
    85381 TTCAAGTCTT TTGAGAAAAG GAACTTCGAT TTCTCAGCAG AAGGGGGTAA AAATGCACGA
    85441 ATTCTTTACT ATAACATAAA GTTTCGTCAA AACCTTCAGT GCAGACAAAG TCGACGTATA
    85501 GGGAACAACC ATAAAACAAA ACCACTTCAT ATATTAAACG ATTTCCAAAG AAAGAAATTT
    85561 CTCTTTTCAA AAAAATATTT GTTGGAAGTG ATACTTTACG ATGCAGCTAA ATCCTATTAA
    85621 TTATTTCCTT TTTGTGAATT GACCCTTTGA TATTTTTTCC GCTCGTTTGG ATTCTTTACT
    85681 AAAAAAAATG GGTTTTATTA CTAAAAATAC CTGGCCCCAC CCCTGTCTTA TTTTTCGGCT
    85741 CAGTTTTGTG ATCATCACAA TATCTTTTTC TCAATTATTC TATTCTTGGA TATCAGGAAT
    85801 CATTCGGTTT TTTTGAAATA TTGGATATTT TGCTAGATTA AAGGCGTTCG TTCGTCTCAA
    85861 AATCTCAATA ATATTCATAT TCATTACTTA ACTTAAAAGT TAACTAAAGT AAAGTACTTC
    85921 TGTCGGTCCT TCATCAAAAG GAAACACTTG TGTGAAATTT GATCAATTGA GATATCTGGA
    85981 AACAAATTTT TGGTTGTTTC TTCATTTTAA TCCGAAGTCG AGTCTTAGTC TATTTCTGTA
    86041 TTCTTTCGAA ATTACAATAA AATCACAAAT AAAATAGATT CATAGATTTG ATACCGCGCC
    86101 TAGAACTCAT GTTTGAAAGA TATATTTGAT TGCATAGAGT CGACAAATGA AGTGGGTTAA
    86161 TTTTAAATTC ACAGGTGATA AATGGCAAAA AAGAAAGCCT TCACTCCTCT TTTGTATCTT
    86221 GCATCTATAG TATTTTTGCC CTGGTGGATT TCTCTCTTAT TTACTAAAAG TATCGAATCT
    86281 TGGGTTACTA ATTCGACGAA TGCTGCTCAA TCCGAAATTT TTGTGAATGA TATTCAAGAA
    86341 CAAAGTATTT TAGAAAAGTT CATAGAATTA GAGGAAATCT GCTTTTTGGA CGAAATGATC
    86401 AAAGAATACT CGGAGACACA TCTACAAATT CCTAAAAGAA TCCACAAAGA AACCATCCAA
    86461 TTAATCAAGA TACATAATGA GGGTCGTATC CATACGATTT TGCACTTCTC AACAAATATA
    86521 ATCTGTTTTA TTATTCTAAG TGGTTATTCT CTTTTAGGGA ATGAAGAACT TGTTATTCTT
    86581 AACTCGTGGG CTCAGGAATT CTTCTCCAAT TTAAGTGATA CAATCAAAGC TTTTTTGATT
    86641 CTTTTATTAA CCGATTTATG TATCGGATTT CATTCACCCC ACGGGTGGGA ACTAATGATT
    86701 GGTTATGTCT ATAAAGATTT TGGATTTGTT AATAATGATC AAATTATATC TGGCCTTGTT
    86761 TCCACTTTTC CAGTTATTCT CGATACTATT TTAAAATATT GGATTTTCCG TTATTTAAAT
    86821 CGCGTCTCTC CGTCACTTGT AGTTATTTAT CACTCAATGA ATGAGTGATA AATGATCTAC
    86881 CAATATTTAT TATTAATCTA ATCCAATTTA TTCGAATGTT TCTTACTTTG TAGTTCTACA
    86941 TAAACATTAA AAACTGCCTA TCCGGAGAAT TTTATTCGTT TTTAATCCTA TCGTATTCCA
    87001 GTCAAATGAT TCAAGTAAAT AGCAGAATCA TGGATAGGGA ACTATACTAG CGACCTACCC
    87061 AATTTATTGT AGAAATTTTC GGATCAATGA TTAGACCATG CAAACTAGAA AGACTTTTTT
    87121 TTTGATAAAG GAACAGATTA CTCGGTCTAT TTCCGTATCG CTCATGATAT ATATCATAAC
    87181 TCAATCATCC GTTTCAGGTG CATATCCCAT TTTTGCGCAG CAGGGTTATG AAAATCCACG
    87241 AGAGGCGACC GGGCGTATTG TATGTGCCAA TTGCCATTTA GCTAGTAAGC CGGTGGCTAT
    87301 TGAGGTTCCA CAAGCAGTAC TTCCCGATAC TGTCTTTGAA GCAGTTGTTC GAATTCCTTA
    87361 TGATAAGCAA GTAAAACAAG TTCTTGCTAA TGGTAAGAAG GGGGGTTTGA ATGTGGGTGC
    87421 GGTTCTTATT TTACCGGAGG GGTTTGAATT AGCGCCGGCG GAGCGTATTT CTCCCGAGCT
    87481 GAAAGAAAAG ATAGGCAATT TATCTTTTCA GAGCTACCGC CCTACTAAAA AAAATATTCT
    87541 TGTGATAGGA CCTGTACCCG GTCAGAAATA TAGTGAAATC GCCTTTCCTA TTCTTTCCCC
    87601 CGATCCCACT ACTAAGAAAG ATGTTCACTT CTTAAAATAT CCTATATATG TAGGAGGCAA
    87661 TAGGGGAAGG GGTCAGATTT ATCCCGATGG AAGCAAGAGT AACAATACAG TTTATAATGC
    87721 TACAGGGGCG GGCGTAGTAA GTAAAATCAT ACGAAAAGAA AAAGGGGGAT ATGAAATAAC
    87781 CATAACAGAT CCCTCGGATG GACGTCAAGT GGTTGATATT ATCCCCCCAG GACCAGAACT
    87841 TCTTGTTTCA GAGGGTGAAT CCATCAAATT TGATCAACCC GTAACGAGTA ATCCTAATGT
    87901 GGGTGGATTT GGTCAGGGAG AGGCAGAAAT AGTACTACAA GATCCAGTAC GTGTCGAAGG
    87961 TCTTTTGTTC TTTTTAGCAT CTGTTATTTT TGCACAAATC TTTTTGGTTC TTAAAAAGAA
    88021 ACAGTTTGAG AAGGTTCAAT TGGCTGAAAT GAATTTCTAG ACTCGCAGAT TTATCGACAT
    88081 CTATTTATGT ATGATCAAAA ATAAATCAAT TAGGAAAACC CTTGTTTTGA CTTGCTCTTT
    88141 TTCTACGAGT TCGGTTAATC CCCTTAGTAC CGTATTCCTA GTCATGTTGG TACATTTTAT
    88201 GACATTAAAC TCTGGCATAT GGTACCATAG TCGTACCAAT TTGATTCTAT TTCAAATAGA
    88261 ATAGATAGAT ATTAGCAATA AGTGAGCGGG TAATAGAACG ATCTGTAAGG GAACAACTAA
    88321 TTATATGAGG CATTTTTTGT CTTCCTAGTC TTCGACACAA GAAATCTTCG ACCCAAGCGT
    88381 AAGGGGTGTA GAAAATTCCC TTTACTTGGG TCGAAAGGGT GATGGTTTTC GGCTCGGTTC
    88441 GTCAAAAATT CCTAGTCTTG GTTTCGATAG ATGTATCCGA GCTTGTTTTT ATCTATTGCT
    88501 TACAAGAAAG TAATGGACAA ACAAAAAAGC TTATTCAATG AACTTATAAA AAATCGAAAT
    88561 TGTTATGAGA TAGAGATATT AAAATATATT TTCAAAATTT CAGGATAAAT CAGCTAAGAA
    88621 TATAGTATCG AAGATATTTG TACAATATCT AATCGACAGA AATATATATA ATATAGGAAA
    88681 TTAAGAAACT GAGCAATTCT CCCTTGTTAT AACTTGGCAA GTACCCATAG ATACTACCAA
    88741 GATCAAGGAA GAAATGTTCT GAATCAATCA TAAACGTTCA TTTTGCAAAA GCATCAAAAA
    88801 AATGGAGTTT TTTGAAACAA CAGAAAAAGA AATCCAACTT GTTATTTAGA TGAAAGAAAG
    88861 ACCTTGCTTT TTAAGAACAA GAACTCAACG GGCCCTCCCC CCCAATCAGA CAACGAAAGA
    88921 AGGGAATCCC GTTGAGTTCC TACTCCTACA CTTTCATGTC TAAAACTCAA TTCGTCCAAT
    88981 TACTATAGGG ATGAACCTAA TCCGGAATAT GACCCATAAA AGAAAATCCC TATTAAACCA
    89041 ATCACAAGAA TACCAGTTAC AGTACCTATT ATCCAAAGAG GAATCCTTCC AGTAGTATCG
    89101 GCCATTTACC CCACTTCCCT CCAATTTCAT CAAGTGGTCA TGCTAGAGAC ATAAACAGTC
    89161 GTGGATAATT ATAAGATGAG ATCCTTCCAA ATGGGCTAAG AAAATATCTA GAATTCTTAT
    89221 TTATTTTTTT GTTTTCCTAA TTGAAGAAAT AATTGGAAAA TAAAACAGCA AGTACAAAAA
    89281 TGAGTAATAA CCCCCAGTAG AGACTGGTAC GATTCAATTC AACATTTTGG TCGTTCGGGT
    89341 TTGATTGTGT CATAGCTCTA TAATTCGGGA TTAGGTTTAT CGTTGGATGA ACTGCATTGC
    89401 TGATATTGAC CCCAAAAAAA AGACGGTAGG TACAGCTAGC CCGTGAATAG CCAACCATCG
    89461 TACTGTAAAA ATTGGATAGG TTCGATCTAT AGTCATTTGA TTAGGGCCTC CTAAAACGAT
    89521 CTACTAAATT CATCGAGTTG TTCCAAAGAA TCAAAACGAC CAGTTATTAA GGGAATTCCT
    89581 TGTCGGCTCT GTGTGAAATA CTCATTTGGC CGAGGGCTTC CAAATACATC ATAAGCTAAA
    89641 CCGGTACTGA CGAATAACCA ACCTGCAATG AATAGGGAAG GTATAGTAAT GCTATGAATG
    89701 ACCCAATATC GAATACTGGT AATAATATCA GCAAAAGAAC GTTCTCCTGT GCTTCCAGAC
    89761 ATGCTTAGCT CCACATATTC TTGTACAGTC AAGGGGGGTC GATTCCGTAA AAGATAAGAT
    89821 CAGTAAAAAA AAGGAAATCA CTGAAATTGG ATCTTTGTAG GATCGTCAAT ATGGTACCGA
    89881 GGGCATCTTT AGAGTATACC GAATCAGTAT AGCTACCCTT CTTCTGACAC AGCAACGCAA
    89941 TGAGAATAAG TAGCGAAAGG GAGTACTAAA GAATTTATTT CTTCCTTTCC TTTACCTCTT
    90001 GATGTAAAAT GATGCTGTAT TTAATAGAAA ATTCTTACAA TTCAAGGAAT TATCCTATTT
    90061 CCATAATTTA AAGTAGATGA CAGATCTCGA AATTTCCTTT TCGTGATTGT AAAATTTCGT
    90121 GGTTGTAAAG ACAGTTTACC CCCTCTTTTT TTTTGAAGGA ATTGGTTAAT CGTCCAGTAA
    90181 TACGAGTAGT AATCCGAGTG GTAGATCCTA TGAAAGAAAG TGATGAAAGA ATAAAATAAT
    90241 TGGAATCAGT AGTTGTAATA AATTGTCGGA TTGGATTTCA ATCCCAATCT TGATCTAGCT
    90301 CCAGGGATGA GACTTTTTTT TAATATGGAA ATCAAAATGG ATGAATTTTA TTCAATAATA
    90361 ATTGAATTCA CAAATACGAA TTCAAAAAGA GTTTCATTTT TGAATGAAGT TATATGAGTT
    90421 CGTATTGTTA GTTTATGCTC AACAGCTCGG TCCATCGGAA TCGGGAGATG GCTAGATGTT
    90481 AGAAATGATC GAGTGGTTTC GTTTATATGC CTGTCACTTT ATCTTTGTTG GTGCCGTTTA
    90541 TAACGATAGA TTAATCAAAA ACTTTCAATC GAATTTATTC TTTCAATTGG TATTTTTTTA
    90601 TATCCTACTA TTTTCCAAAA ATCGAAACTT AGGTAAATGC TTTAGAAACA TATGTATAAA
    90661 AAAAAAGACC TTATTTCATT TAATCCCTTC ATGCTTACTA TAACTAGTTA TTTTGGTTTT
    90721 CTACTAGTGT CTTTAACTAT AACTTCAGCT CTATTTATTG GTCTGAACAA GATACGACTT
    90781 ATTTAGAATT TCTATATTTG AAAGAAACAA TTAAGAACGG AAATCTTTCT GTGAGATTCC
    90841 GTGTATTCTA TAGTTACTTA CTGGTCCAAT TGTAAATTCT TAGTCATTGA GATTCACGCG
    90901 GATTTGGATT AATATTTAGG TATCTATATG ATATTACCCC TTATTTTCTC CTTTTCAAAA
    90961 AAAAAAAGTG AAATGATTGA AGTTTTTTTA TTTGGAATCG TGTTAGGTCT AATTCCTATT
    91021 ACTTTGGCCG GATTATTCGT AACGGCATAT TTACAATACA GGCGTGGTGA TCAGTTGGAC
    91081 CTTTGATTAA TTAACATTTT AGCCTCTCCC TTTCTTTAAT CCACAGGAGG TTAAGTTATT
    91141 ATAATTATGT TTCAAGTGAC GCAATCCATT TCAGTCTAAT TTGATCTACG AAGAAAAAAT
    91201 CACGCTCTGT AGGATTTGAA CCTACGACAT TGGGTTTTGG AGACCCACGT TCTACCGAAC
    91261 TGAACTAAGA GCGCTGTCTT ATCAGAAGAG AAAAGACTCT AAAGATAAAG GATTCTTTGA
    91321 ATCTATTTTT TATTTTATAT GGATATAAGT TTCCTAAAAA TGGATGATTC TGTGCAACTT
    91381 GAATCCCTCT CACTAGATTC CTCGTTACTG CTCAACGGGG CAGTAATAGG TAGGGATGAC
    91441 AGGATTTGAA CCCGTGACAT TTTGTACCCA AAACAAACGC GCTACCAAAC TGCGCCACAT
    91501 CCCTTGAATT GTTCTACAGT GTCATTGTAG AGAATTCTTG TCTTGTTTTC CATATCCCTA
    91561 GTTCCTCCAT TCAGAAACAC AATTTCTGTT AATTTTTCAT ATAATAAAAT GAAACGACTT
    91621 ATTATATATA ATATATATCC GAAATCTATT ATACAAAAAT GAGTATTTTT TAGAAATACT
    91681 TGCTAAGAGG AGATGCATTT TTTCTGTTTT CATTTTAAGA CAAGGAAAAT CTTAGGATCC
    91741 TTGTACATTT CAATTTGAAT TAGGGATTCC GTGTACAACC CTAAGTGGCT CTTAACTACT
    91801 GATATGCATC TGATTATATA TACATTATTT TGATACATTA CAAGAAAAAA TAAAAGGAGG
    91861 TTTTTCAATG CGCGATCTAA AAACATATCT CTCCGCGGCC CCAGTACTAA GTACGTTATG
    91921 GTTCGGGGCT TTAGCAGGTC TATTGATAGA AATTAATCGT TTTTTCCCGG ATGCGTTGAC
    91981 ATTCCCCTTT TTTTCATTCT AATTATTGAT ATTAGAGATA CAATGAAATA TCTATGATGT
    92041 GACTAATTGC CCCTCCGCTT TAATTCTCTT TTTTCCCTTT TTTTTTAGTT CTTATTTTTA
    92101 GAATAAGGGA CGAAAGAGAA AGAATATTAA GTTAATTCAA CGTCTACGAG ACTGGTATTC
    92161 AATAATCTAA TTAAATGAAT ATTCATATGG GGATAGAATA GAGTAGTAAA ATGCAGATCT
    92221 AGGGGAAGAA TACAAGATCT TTAATTGAAA TAACGTCTTT CGAATTAAAA TATATATTAT
    92281 TTATAGGTTC GACATCATTA TCGTCCATAT TCGTTATTAT GGCTTTGATT ATTACTTTAG
    92341 TGATTTATTT TGATCTTTTA GGGTTGGATT TCAAATTAGT AACTTCTATT TTTTCTTCCT
    92401 TTCTTTTTCT TCGTTTCGAA TCAAAATAGA AGAGTTGAGT AAATAAAAAA CCCAACGGAG
    92461 GTTCATGGCC AAGGGAAAAG ATGCGCGAAT AACAGTTATT TTGGAATGTA CTAATTGTAT
    92521 CCGAAACGGT GTTAAGAAGG TACCACCGGG CATTTCCAGA TATATTACTG AAAAGAACCG
    92581 GCATAATACG CCTAATCGAT TAGAATTGAT AAAATTCTGT CCCTATTGTT ACAAACATAT
    92641 GATTCATGGG GAAATCAAGA AATAGAGCGA ACCAAGTATG TCTTATCCCT GAAAAGAGAA
    92701 AGATGACATT ATATAGAACA TATTTAAATT TAAATAAAAA AGAATCCTAT TGGGGGTGAA
    92761 GGTGAATATG ATAATTAATA AATAGGATTT TCGGGATAAG AAATAAACTA AACAAACAAA
    92821 CCATGGATAA ATCCAAGCGA CCTTTTCTTA AATCCAAGCG ATCTTTTCGT AGGCGTTTGC
    92881 CCCCGATTCA ATCGGGGGAT CGAATTGATT ATAGAAACAT AAGTTTAATT AGTCGATTTA
    92941 TTAGTGAACA AGGAAAAATA TTATCTCGAC GAATGAATAG ATTGACCTTG AACCAACAAC
    93001 GATTAATTAC TATTGCTATA AAACAAGCTC GTATTTTATC TTTGTTACCT TTTCTCAATA
    93061 ATGAGAAACA ATTTGAAAGA ACAGAGCCGG CCACTGGGGC TACGGGTCTT AGAACCAGAA
    93121 ATAAATAAGC TTATTCGTTG GTCACTTGAA GCAGAATTCC AATCCGAACC CAAACACGGA
    93181 TTGGTGTTTT GTTGGACAAA TCCGAGAATC CATATTTGAT TATCGTAAGA AAAAAACGAC
    93241 TCAAAAAAAT TTATGGAACG TGTTCATTCA TTTTGACTAC TTTAAAAAGC ATATATATAT
    93301 ATAGTATATA CTAATTTCGA CCCCACTCTC TTGGAGTTCA TTCTCGGGGG AACTCCATTT
    93361 AAATTATTCC GGTGTATTCT TTCCGATCTG TTTCTTTTAT GATTTCGTTC GAAATCATAT
    93421 AAAGACAATT CCTATTTGAT ATAGCTATTT GAGCTAGTAT TTTACGATTC AGAAGCAATT
    93481 GTCTTTTGTA TAGATCATGT ATTAATTTAC TATAACTATA GGATACTCTC CTTTCGCGGA
    93541 TTACTGCGTT TATCCGGGCG ATCCACAAAC GACGAAAATT TCTCTTTTGC TTATCCCGAT
    93601 CCCGCCGAGC CGAAAACAAA GCTCTTATTT TCTGTTGAGT AATAGTGCGA GCAAGTCTTG
    93661 AATGAGCCCC TCGAAAACTT GATGCAAATA AACGAATTTT TGTTCTACGT CTCCGAGCTA
    93721 TATAGCCGCG TTTAATTCTG GTCATTGAAT AAATAAAACT TTGACGAATA ACTAAATTGA
    93781 TTTATTTTCT TTCAGTTATC CTTTTGCCCG TCCTGGTCTA TTAATAACCA AACGGATTTT
    93841 TCCAATGTAT AAAATACAAA TTCCAATGGC TTCGGCTACT ATAACCTTCC CGACCACGAT
    93901 TGCTTTTAGG TATTTCGCTG TGAAATACAA AAGAAATGAG AAATTTTATT TTGCTAGGTG
    93961 CCAAAAAATA TAGTCAATAA AAAAAAATTA AATGGATAAA GAAATAGTGG GTTCCGTCGT
    94021 TTCTATGGTT ACTTCTTAAA CGGTGAGGTC TTTTCTATAC ACCGGAGCCT TAAAACTTCA
    94081 TTTAATTAAT TAATGTTTTT GGTAACTTGT ATAGTTCACA ACACACTCTT TGGCTCTACC
    94141 CCCCTAAATT ATCCAGTAAC AGGTCTGTCA CAACGAGACC CACCTAGACA GTAACGGTAT
    94201 TTAATTTTGA AAGTTAGCTG GATAACTGAC CCTCGTAGTC CGCCCTTGGC CGAGTGAGAA
    94261 CTTCATTTTT TTTGACCGAA AAATACGATT TCCTCCGCTT AATGGATAAT CATTTGCTAC
    94321 CAATGGAGAA TTGCTTCTCA TCTTAAATTC AAGTGATTGG ATTTGCACCG ATGAAAACCA
    94381 TAAACTTTAT CCATAATATT AAAATAAAAT ATTAAGACTC AATTTGCTTA TTTTTAGATA
    94441 ATGAATGAAG TCCGCTCTTC CATTCTATCT TATTCACGAG TATTGATCAT TCATACTGGA
    94501 AAGCGGTTTT CTTGCTTTTT TTTGTGTTAG CTGATGATCT AAACGAGTCG CACATACACC
    94561 CTAGTACATG TTCCTCGACG CTGAGGACAC CCCCCAAGAG CGGGGGATTT CGTGACATTT
    94621 CGAACCGGCT GTCTGGTATT TCTAATAAGT TGTTTAATAG TTGGCATGTT GAATCATCTA
    94681 CCTACAAAGG CTGGTTTAGA TTAATCCTAA CCGGATATTA TTATGAATTT TTTGTATTTA
    94741 ATAGCTTATA GTATTAATAT CTCGAGTAAA CTCGAAGATA AAATATAAAA TCACATCTTT
    94801 GCAAAAAATC CAATTTTTTC ATTCAACTGC TACAAGATCA ATAATTCCAT AAGCTTTGGC
    94861 TTCTGTTGCT GACATAAAAA CGTCTCTTTC CAGGTCTTCC GATACAACCC ATAAAGGTTT
    94921 GCCTGTCCTT TGTACATAAA CCCTTGTGAT GGTTTCGCGT AGTTTCAGCA ATTCTTCCGC
    94981 TTCCAGGATA AATTCTCCCG TTTGTGCCAT ATAAAAAGAA CTCGCGGGTT GATGGATCAT
    95041 TACCCTGATG GTAGAAGGGT TCTCTATCTG GTGTGATAAA ACGAATAGAA AAGAAAGATA
    95101 ACGAATAATA GGAAAAAAGA TAGAATTGAA CAACCGTACG GGCATTATCT TTTGTGCATT
    95161 GCATACGGCT CTACAATAAA ATTGACCCTT AAACCTTTCA TAAAGATAAA AATAGAATCT
    95221 ATCAACCCCA GATGGGTAAA TCGTCAAATT GCCACCCTTT CTTTCGAAGG AGTTAAAAAA
    95281 ATACTATGAT GGCTCCGTTG CTTTCTATTT TAAAACAGAT TCGTTATTTT GTCTTTGATG
    95341 CAGCAATCCC AAAGTTTCTT TTTGATCCAA CCAAAAAAAG GAAAAATCTT ATTTTTCGCA
    95401 CTCTTTTTTT TATAACATAA ATAGAGCCTG TGAGTATGAA AACAAAAAAA GTTTGTGACG
    95461 CTGAATTGGA CTTCCCGATA GATAAGATAA AATCGGAAAT ACCTTTAATC TCATACGACT
    95521 CTTTCGATAC ATAATCAAAC CATTTGAAAA AAAGAATACA TAATTTTTTT CTTTTATATC
    95581 GAATTCGAAG TGCCATGCTA TTATTACTTA ATATTCATAT GGCGAAGGCA TAGTTTGCTT
    95641 TTTTATCTCA AATAAAAAAC CTCATTGGCG CCAAGCGTGA GGGAATGCTA GACGTTTGGT
    95701 AATTTCTCCT CCAACCAATA GAAAAGATCC GATTGACGCA GCTATTCCCA TGCATATTGT
    95761 ATGGACCTCT GGTCGCACAA ATTGCATAGT ATCATAAAGA GCTACTCCAG GTATTACCCA
    95821 CCCGCCGGGA GAGTTTATAA ATAAATACAG ATCTTTGCTC TCATCCTCGA TACTGAGATA
    95881 TACCATAAGA CCAATAAGTT GATTCGAGGT ATCACTATCA ATCCCTTGTC CTAAAAAAAG
    95941 TAATCTTTCC TGATAAAGTC GGTTGAGTAG GGTAAAATTG TATCCCCTAG GAACCGTACA
    96001 CGCACCGTTT AATGCATACG GTTCAAAAAA ATTGCGAAAA TAAAGAATCA ATGGCTAGAT
    96061 TCGAGCCCTC TTTTTTTTCC TATTCTTTAT TTATATTTTA TAGCAGGTTT TTGCTAACTT
    96121 CTAATGAAAG GGCTTTTTAT TCGATTTTTC AATAAAGACG AATTTTTACT TCTTTTCTTT
    96181 CTTTTGTATA ATAGAAAAAA GTCGATAAAC TTATCGAAGT CACTTTTCGT TGATGTATTG
    96241 TTTCATCGAG ATTCAATCCA AATCCCGATT ATATTTTCTT GTTCCTCAAT GGGTCTTTTT
    96301 AATCTTTTTA GGTTTATGCT CTACTCCGGG TAAAGATCCG CCCGTTTTTA TTTGCACATA
    96361 TAGGACAAAT CTTCTCATCA CCATTTTTTT TGTTATGATT TTACAAATAA CAAACGGAAA
    96421 TCTTTTATGA TACGCGTAAT AATCATAGAT TTATTTATTA CTAATTGGGT TTTTTCTAAA
    96481 CGGAGCCTGG ATACTTGATT TTTTGAGTCC AACCAAAGCT AACCATAAAT TAGTCGAATT
    96541 GATAAAATTC CCCCAAACCT TGCATCTAAT TGCACTTCAC GCTCCAATTT TTGGATAATT
    96601 GAATTTATCT TTCTTGGGCG AAACAGAGGA TATCTCGCTC GGGGGAGAAA ACGGGGAAAT
    96661 CCCATATGAC ACAATATGTC TGACAAGTCG CACTATACGT CAACCCAAGC TGAACCGCCA
    96721 TCTCCAGGAA TTCTGTAAGG TACTTTTGGA ACACCAATAG GCATGAATTG AAAAAAAAAA
    96781 GAACTAAATA CTATAATTTC ACTTTGATCT GGAAACGTAA TAAGATGGTT TTACTGTCTT
    96841 TATAATATTG GCTCTATCAT ATTTTTCATT TTATCCCTAG ATTAGAAAAA TTAAGGAAGA
    96901 AAGACAAAAT CAATAATGGA AAATTTTTAT CGATGGTTTT TCTAATGATA AAGTAAGGAT
    96961 TTCCTCATAG AAAATGGCAT CAATCCCCCA TTGCGTATTG GTGCTTATCG AGTATAGAAT
    97021 AAATCTGCTT CTCTTTGTTC CTACGAACAG AACTCTTCCA TGATTATGAA CAGAATAAAT
    97081 ATGAATCTAA CCTTTGTTAG CAAATAATTT TCCGAATAAG GGGAGTCCAG AAGATAATCT
    97141 TAGTAGAGCT TTTCCAATGC AATAAAGTTA CGTAGTGTTT ATTTTTAGGG GTATTTTCCA
    97201 TGGGTTTGCC TTGGTACCGT GTTCATACCG TTGTATTGAA TGATCCCGGA CGGTTGCTTG
    97261 CTGTTCATAT AATGCATACA GCTCTTGTTG CTGGTTGGGC GGGCTCGATG GCTCTGTATG
    97321 AATTAGCTGT TTTTGATCCT TCTGACCCTG TTCTTGATCC AATGTGGAGA CAAGGTATGT
    97381 TTGTTATACC CTTCATGACT CGGTTAGGAA TAACTAATTC ATGGGGGGGT TGGAGTATTA
    97441 CAGGGGGGGC TGGAACAAAT CCGGGGATTT GGAGTTACGA AGGTGTAGCT GGGGCGCATA
    97501 TTGTGTTTTC TGGCTTATGC TTTTTGGCAG CTATCTGGCA TTGGGTCTAT TGGGATCTAG
    97561 CAATATTTTG TGATGACCGT ACAGGGAAAC CTTCTTTGGA TTTGCCCAAG ATCTTTGGAA
    97621 TTCATTTATT TCTATCCGGG GTGGCTTGCT TTGGTTTTGG TGCATTTCAT GTAACAGGCT
    97681 TGTACGGTCC TGGAATATGG GTATCCGATC CTTATGGACT AACGGGAAAA GTACAACCCG
    97741 TAAATCCGTC GTGGGGCGTG GAAGGCTTTG ATCCTTTTGT TCCGGGAGGA ATAGCTTCTC
    97801 ATCATATTGC CGCCGGTACG TTGGGCATAT TAGCAGGTTT ATTCCATCTT AGCGTCCGAC
    97861 CGCCACAACG TCTATACAAA GGATTGCGTA TGGGAAATAT TGAAACCGTA CTCTCTAGTA
    97921 GTATCGCAGC TGTCTTTTTT GCAGCTTTTG TTGTTGCTGG AACTATGTGG TATGGTTCAG
    97981 CAACGACCCC AATCGAATTA TTTGGTCCCA CTCGTTATCA GTGGGATCAA GGTTACTTCC
    98041 AGCAAGAGGT ATATCGAAGA GTTAGTCTCG GGCTAGCAGA AAATCAAAGT TTATCAGAAG
    98101 CCTGGTCGAA AATTCCTGAA AAATTAGCTT TTTATGATTA TATCGGCAAT AATCCAGCAA
    98161 AGGGCGGATT ATTCAGAGCA GGCTCAATGG ATAGCGGAGA TGGAATAGCA GTTGGATGGT
    98221 TAGGACACCC TATCTTTAGG GATAAAGAAG GGCATGAGCT TTTTGTACGT CGTATGCCTA
    98281 CATTTTTTGA AACATTTCCA GTCGTTTTGG TAGACGGCGA TGGGATTGTC AGAGCCGATG
    98341 TTCCTTTTCG AAGGGCAGAA TCGAAGTATA GTGTTGAACA AGTAGGTGTA ACCGTTGAGT
    98401 TCTATGGTGG CGAACTCGGT GGAGTCAGTT ATAGTGATCC CACTACTGTG AAAAAATATG
    98461 CTAGACGCGC TCAATTAGGG GAAATTTTTG AATTAGATCG TGCAACTTTG AAATCGGATG
    98521 GTGTTTTTCG TAGCAGTCCG AGGGGTTGGT TTACTTTTGG ACATGCTTCG TTTGCTTTGC
    98581 TCTTTTTCTT CGGACACATT TGGCATGGTG CTAGAACCTT GTTCCGAGAT GTTTTTGCTG
    98641 GTATTGACCC GGATTTGGAT GCTCAAGTCG AGTTTGGCGC ATTCCAAAAA CTCGGGGATC
    98701 CAACTACAAG AAGACCGGCA GTCTGATACA AGACCACTGC TTTGGTATCT TTCACCTCTA
    98761 TATTATAGAT TTTTAGAGAG GATTTTAGTA TAGAATAGAG TACTGGGGTG AATTTGAATC
    98821 CTTTTTGACT CTTGCTCTTT CAAGATGATT CCTCAAAATA AAAAAGAAAA AATAAACAGG
    98881 TTAGGGAAGC TATAATTGTA AACCGCGATC GAATTTATGG AAGCATTGGT TTATACATTC
    98941 CTTTTAGTCT CGACTCTAGG GATAATTTTT TTCGCTATCT TTTTTCGAGA ACCACCTAAA
    99001 GTTCGAACTA AAAAGATGAA ATGATTTTTG ATTATCTTAA TTGAAGTAAT GAGCCTCTCC
    99061 ATGTTGAAGA GGCTCATTAC TTCAACTAGT CCCCGTGTTC CTCGAATGGA TCTCGTAGTT
    99121 GTTGAGAAGG TTGCCCAAAA GCGGTATATA AGGCGTACCC GGTAAAACTT ACAAGTAAAC
    99181 CAGATATAAA GATAGCGACT AGGGTTGCTG TTTCCATTAT GATTATATAA TTTCAAGACC
    99241 CCAACGGATC TATCATCAGA TCGTTTATTT ACAATGTAAG GGTATACAAA GTCAACAGAT
    99301 TTCAATGAAT ACAATAGGAT TTTATGGCTA CACAAACTGT TGAGAACAGT TCTAGAGCGC
    99361 GCCCAAGACG CACTAATGCA GGGGGTTTAT TAAAACCATT GAATTCAGAA TATGGTAAAG
    99421 TAGCCCCGGG GTGGGGAACG ACTCCTCTAA TGGGTGTCGC AATGGCTCTA TTTGCAGTAT
    99481 TTCTATCGAT TATTTTGGAG ATTTATAATT CTTCTGTTTT GCTGGATGGA ATTTCAATGA
    99541 ATTAAATCTA TAAGAACCGC AAAGTACTAA CTTTTGAATA AAAAATAAAT AAGTTTAGAA
    99601 CGGAGATTTC TGGTCTATTC TATTTTGGTA GTTCGATCGT GGAATTTATT TCTTTCTGTA
    99661 TTTCCCGAAT ATGAGTGTGT GACTTGTGAG AATTGATTCT ATTGATAGTA ACATAGAATA
    99721 GGGAATAGGC CTGTCACCTT GGTTCAACTT CGTCGGATAT TTATTCGAGT ATCTGTAACA
    99781 CGAACTAGAT GAACTAGATT AAGAAATATT TGAACTATGA TTCATACTTA ATATTTGACC
    99841 TCGTGCCCGG CTCCAAAAAA ATTCCAAACA GTTTGAAAAA CTAAAAGAAA AATATTTATT
    99901 TTTGTTTTAG TCTAAAATTC ATGGAATACG TGATGATCCA ATGGTTCTTA CTCAGGGACT
    99961 CTTTGGCTTA ACTTATGATT TTTATTGAAT CATCGCGGTT CTAGTATGAA TCTGAGGTTT
   100021 TAATCGATTC ATAGGGTCTT AACAAGAGAA TTCCTATCAA TTCAATACTA AAGTAAAGAA
   100081 AGGAAAAAAG TAACATTATA ATTATAGACA AAAAAACAAA TATAAAGAAA AAGAAATAGG
   100141 TAAAGAGAGG ATTCAAGAGG CCTGTCAGGA TCAACATAAA GACGATTGAG CCGACTTGAT
   100201 ATTTTGGTAG TATCACCACA AAGAAAAGCT TTCAGATTTT TTCCTCTTTC GTACATTTGG
   100261 AAAAGATTTA TATCGGAGAT TCAGAAGTTT CAAACTTTCT ATTATATATC CGACTATTTG
   100321 TTTTATTTGG GTGTTTTTGC TTGAGCTGTA CGAGATGAAA GTCTCATATA CGGTTCTGAG
   100381 GGGGGGATTT GACCCTATCT CAATAAAGTC TATGATTGGT TCGAAGAACG TCTCGAGATT
   100441 CAGGCGATTG CGGATGATAT AACTAGTAAA TATGTTCCTC CCCATGTCAA TATATTTTAT
   100501 TGTTTAGGGG GAATTACGCT TACTTGTTTT TTAGTCCAAG TAGCTACGGG GTTTGCTATG
   100561 ACTTTTTATT ATCGCCCAAC CGTTACTGAA GCTTTTGCCT CTGTTCAATA CATAATGACA
   100621 GAAGCGAACT TTGGTTGGTT AATCCGATCA GTTCATCGAT GGTCGGCAAG TATGATGGTC
   100681 CTAATGATGA TTCTACATGT TTTTCGTGTG TATCTCACCG GTGGATTTAA AAAACCTCGC
   100741 GAATTGACTT GGGTTACAGG CGTGGTTCTG GCAGTATTGA CCGCATCTTT TGGCGTAACT
   100801 GGTTATTCCT TACCTCGGGA CCAAATTGGT TATTGGGCGG TAAAAATTGT CACAGGTGTA
   100861 CCTGAGGCTA TTCCTGTAAT AGGATCGCCT TTGGTAGAAT TATTGCGCGG CAGCGCTAAT
   100921 GTGGGACAAT CCACCTTGAC TCGTTTTTAT AGTTTACATA CTTTTGTATT GCCGCTTCTT
   100981 ACTGCTGTAT TTATGTTAAT GCACTTTCTA ATGATACGTA AACAGGGTAT TTCTGGTCCT
   101041 TTATAGAGAA GATATTTAAT AGATATGTAA TCAATTATCT ATCACTTCGA GGAGGAATAA
   101101 TAGGAGTTTA TTGCTATAAG TATGTATTAT TGAAACTAAT AAGACATGTT TTTGGATATT
   101161 TCCCTTTCAC TAATCGTGTC AAATATTCAA ATAAAAAATC ACTACTATTT TTTGTGAGGG
   101221 TGAGGGGAAT TTTCCGAAGA GAAAATAGAT TATGGGAGTG TGTGGCTTGA ACTATTGATT
   101281 GGTCTGTGTA GATATAGGTC TGCCACAGTG GAATTCACAA CCCAATGTGT CTTTATTTCA
   101341 ACTACCACGT AACCCCTTGA GCTGGTTTGA TTGAAGCGAA TCTTTTCTAT GATCAGACCC
   101401 GAATCGTGTT GTACATGAGC CGGCTCCGTA AGATCTAGTA TAAGTTAATG AAATACATAT
   101461 AGATAAAGAT TCGCTTTTAT TTTATCTATT TTACTTACTT AATTTCCTAC TTAATATGTA
   101521 AAATGAATTA ATATTAAAAT TAATCTATAG TATGGAAATG CATTCATTTC CTCTGCATTT
   101581 TCATTGATAT GATCGATAAT AGATCGATAA TACTATCGGA GTGAAATAAG AGATCTAAAG
   101641 AAAAAATTTT GTCTAGACAA AATTAGTAAC AAGTAAACCT TTTGTGTGTA TATCTCCAAC
   101701 TATTTTAGAG ATAAGATAGT AATCATAAAG TGTGAGACGA CCCAGAAAGC ACTTGATGAT
   101761 CTGATGATCA ACTTTGCAAG CCGACTTGGG TATTGAGTAG TTATGACTTA AAACCGAATT
   101821 CTTTGCAATA GATCATTGCA ATTCCGGAAA ACGAGTCCAA TTTTTCTTAC ATTAAATCAT
   101881 TCATATATGT GTCGATATAA CCAACACATC GATTTTTTAT GGATTCATTT AATTCTTTAT
   101941 GAGTCTTGCT CGAGCCGGAT GATAAAAAAT TATCATATCC GGTTCTTTGG GGGGATGGAT
   102001 CTATAAGAAT TCACCTATCC CAATAACAAA AAAACCTGAT TTGAACGATC CTGTATTAAG
   102061 AGCTAAATTG GCTAAAGGTA TGGGTCATAA TTATTACGGA GAACCCGCAT GGCCCAACGA
   102121 TCTTTTATAT ATTTTTCCAG TAGTAATTCT AGGTACTATT GCATGTAACG TGGGCTTGGC
   102181 GGTGCTAGAA CCATCAATGA TTGGTGAACC GGCAGATCCC TTTGCAACCC CTCTGGAAAT
   102241 ATTACCTGAA TGGTATTTCT TTCCCGTATT TCAAATACTT CGTACAGTGC CCAATAAATT
   102301 ATTGGGTGTT CTGTTAATGG TTTCAGTACC CACGGGATTA TTAACAGTAC CCTTTTTAGA
   102361 GAATGTTAAT AAATTCCAAA ATCCGTTTCG TCGTCCAGTA GCGACAACCG TCTTTTTGAT
   102421 TGGTACCGTA GCCGCTCTTT GGTTGGGTAT TGGTGCAACA TTACCTATTG ATAAATCCCT
   102481 AACTTTAGGT CTTTTTTAAT TTGATTCAAT TGTGAAATAA CAGGGTGTGT ATATCTAGGG
   102541 ATTAGTCGCT TTAAGGCGAA TTCTCCCTAG ATACATCTAT TCAATAAAAT CCGAAAGAAA
   102601 TTTAGAATAA TTGTGCTATA TATTCAAAAC CTATTTTCAT TTAAAAAAAT ATGAAAAAAA
   102661 TCCAATAGAT TTAAAATTGA TTGTTTGGTA AATCAATTGC GAAATGTTTT TCTAGACTGC
   102721 CCAATATTTT TTTTACATCT TCGCGCCGAA AATGTTCAAT TTTCATAAGA TCTTCGTGAC
   102781 TGTTATTGAA AAGGTCCAAT AATGTATATA TATTAGACCT TTTCAAGTAA TTATAGACCC
   102841 TGGGACACAA TTCGCATTGA TCAATAAAAA TCGATTTCAA TGCTATTTTT TTTGTTTTTT
   102901 TTTTTAGTTT ATCGAATTGA TCGTAAAAAG TAAAAGGGGA TAAAAGAACC GTGTGATGAT
   102961 TTTCTTCAAA AGGTAAATTT TCTTCTTCCT GATGTAAAAA GGGAATAAAT AAATCAATCA
   103021 AATTCCGGGA GGCTTCATGA AGTGCTTCTT TCGGAGTTAA ACTCCCGTTT GTCCATATTT
   103081 CGAGAAACAG TATTTCTTGT TGTTGATTCC CATTTCCATA GGAATGAATA CTATGATTCA
   103141 CATTTCGAAC AGGCATGAAT ACAGCATTTA TAGGATAACT CCCCTCTTGA ACGTTATGTG
   103201 GCATTTTTAT AAGATATCCG CGATTTCTTT CGATTTCTAA TTCAATAGAC AAATTAATCG
   103261 GTTCTGTCAA GCTAGCTATA TGTTGTATAT TGTCGACGAT TTCTACACAA GGCGGTAAGA
   103321 TGATATCTTG AGCAGTTACA TATCCAGGAC CTCTGACACA AATAGACGCC TCAGAAGTTC
   103381 CATATAGAGT ACTTCTGAAT ACAATTTCTT TTAAATTCAT TAAAATTTCG TGGACCGATT
   103441 CTTGAATACC CGTTATAGTA GCATATTCGT GGGGGACGTT CTCAGATTTT ACACGTGTGA
   103501 TACATGTTCC TTCTATTTCT CCAAGCAAAG CTCTTCGCAT TGCAATGCCT ATTGTGTCGG
   103561 CTTGGCCTTT CATAAGTGGA GACAGAATAA AGCGCCCATA ATAAAGACGT TTGCTATCTG
   103621 CTCTTGATTC AATACACTTC CACTTTAGTG TCCGAGGAGA TACTGTTACT GTCTCTCGAA
   103681 CCATAGTAAT ATTATATTAT TTTATTGAAT TGTTTATTTC TCTTGTTTCT TTTGAAATTT
   103741 TTTTATTGTT AATTTCTACA CGCGTCTTTT TTTCGGAGGT CTGCAGCCAT TATGTGGCAT
   103801 AGGGGTTACA TCCCGTACAA AAGTTAATAG TATACCACTT CTACGAATAG CTCGTAATGC
   103861 CGCGTCTCTT CCTAGACCGG GACCCTTTAT CATGACTTCT GCTCGTTGCA TACCTTGATC
   103921 TACTACTGTA CGAACAGCGC TTGCTGCTGC AGTTTGAGCG GCAAAGGGTG TCCCTCTTCT
   103981 TGTACCCTTG AATCCACAAG TACCGGCCGA GGCCCAAGAA ACCACCCGAC CACGCACATC
   104041 TGTAACCGTG ACGATGGTAT TATTGAAACT TGCTTGAACA TGAATAACCC CTTTTGGTAT
   104101 TCTACGTGCA CTCTTACGTG AACCAAGACG TGCATTCCTA CGCGAACCAG TTCTCGGTAT
   104161 AGCTTTTGCC ATATTGTATC ATCTCATAAA TATGCGTCAG AAATATATGG ATCTATCCAT
   104221 TTCCTGTCAA GACAGATTCT TTATTTGTAC ATTGAGCCTT TATATAGTGA GCCTGCTTAT
   104281 CCTTGTCGTT GTTTATGTCT CGGGTTGGAA CAAATTACTA TAATGTGTCC CCGCCTGCGA
   104341 ATTAGTCGAC ATTTTTCACA AATTTTACGA ACGGAAGCTC TTATTTTCAT ATTTGTTATC
   104401 CCTTATCTTA ATTCTATATC TATTTCATTG GTAGAAAATA AGTTTCTTGA CATTTTTCAT
   104461 CTCGCATCCT ATATGAATAA AAATCACCTA ATCTTTAGAA TCCTTGTTGC GTAGTCGATA
   104521 AATTATACGC CCTTTGGTTG AATCATAACG ACTTACTTCA ATTTTTACTT TATCTCCTGG
   104581 CAGTATCCGT ATAAAACTAC GCCGGATCTT TCCTGAAACA TAACCTAGAA TTAGATCTTC
   104641 ATTATCTAAC CGAACCCGGA ACATGCCATT GGGGAGCGAT TCAGTAATTA AACCTTCATG
   104701 TATCCATTTT TGTTCTTTCA TTCCAGGTCA AGCCTCTGAA CTAATGGAGG AGAAACGATA
   104761 TTAAATAACT CATCCCCTTG CTTTGTTTTT TTATAAATAG TACGAGTTTT CGGATCCGAT
   104821 TTCGCTATAA AAAGGATTAC CATATATAAC ACAAAATTTC TCCCCCGATT CCTTCTAGTC
   104881 GAGCCTCACG GTCTGTCATT ATACCTCTCG AGGTAGAAAG AATTACAATT CCCAGCCCTC
   104941 CTAAAATTCT AGGAATTCGT TGAGAGTTAG AATAGATGCG TAGTCCGGGT CGACTGATCC
   105001 GTTTTAAATT TAAAAAATTT CTATTTCTAT AGGGTCTTTT GCTATTCTTT CTATGTCGTA
   105061 GTGTTACAAC CAAAAAATAT TTGTTTTTTT CTCGGTGTTT TCTGACATTT TCGATAAAAC
   105121 CTTCTCGGAA AAGTAGTTTG ACAATATTTT CGGTAATATT AGTAGATGCT ATGCGAACAA
   105181 CTCTTTTTCT ATCCATATCA GCATTTCGTA TAGAGGTTAT TATCTCAGCA ATAGTGTCTC
   105241 TACCCATGAT AAACTAAATT TATTGGTTCC TCAAAATTTG ATATAATCAA CATGTTTTTT
   105301 CTTTTCTTTT TTTATGATAT AGTAATTTTT CAAGATATAT GCGTGAGACA CAACCTATGA
   105361 ATTAATCTAG TTCTTAATCT ATTTTTTTCA AATACCTCAA TTGCATTTTT TTATAATACT
   105421 TCGGGAGCTA ATGAAACGAT TTTAGTAAAA TTTAATTGTC TCAATTCTCG GGGGATTGCA
   105481 CCAAAAATTC GAGTGCCTTT TGGATTTCCT TCTTGATCAA TCACAACTGC AGCATTGTCA
   105541 TCATATCGTA TTATCATACC GCTCTCGCGT TTAAGTTCTT TACAGGTACG AACAATTACA
   105601 GCCCTCACTA CTTCTGATTT TTCTAGGGGC ATATTTGGTA CTGCTTCTTT GATCACAGCA
   105661 ACAATAATGT CACCAACATG AGCATATCGA CGATTACTAG CTCCTATGAT TCGAATACAC
   105721 ATCAATTTTC GAGCCCCGCT ATTATCGGCT ACATTTAAAT GGGTCTGGGG TTGAATCATA
   105781 TCAATTTTTT AGTCTAGTCT TTGAAATGAA TAAAATAAGA GAAATATTGT TTGTCTAAAA
   105841 AAAGAAACCC GTGGTTTTAG TTTATCCCAA GAATCGTTTC TGTTGGTTCT ACAGTTTTAT
   105901 ACCGAAATGA TAAATTGAGT TCGTATAGGC ATTTTGGATG CTGCTATTAA AATAGCCCGT
   105961 CTGGCTATAT TTTCGGTTAC TCCACCCATT TCGTATAGTA TTCGTCCCGG TTTAACAACA
   106021 GCTACCCAAT ATTCAGGGGA TCCTTTTCCC GAACCCATAC GTGTTTCAGC CGGTCTTACT
   106081 GTAACTGGTT TATCGGGAAA TATACGTACC CATATTTTTC CACCACGGCG GGCATTTCGT
   106141 GTCATTGCTC GCCGACCTGC TTCGATTTGT CTAGATGTGA TCCAAGCAGG TTCAAGTGCT
   106201 TGAAGCGCAT ATTTGCCGAA ACAAATATGA TTACCTCGAT AAGATATTCC CTTCATTCTT
   106261 CCTCTATGTT GTTTACGGAA TCTAGTTCTT TTGGGGTTAT AGTTGATGGT TATTTCGTAA
   106321 TTCCATCTCT ACTCCAAAAC TGGACGTGAG AATTTCTTCT CATCCAGCTC CTCGCGATTC
   106381 AAAATTGAAT TGTAATTCGT TTGAATAGAT CTTAATAATA TTTTTATAAA AAAGAGTTTT
   106441 TTATAACGTG TTAATAAATC TTTATTTTCT TTTGTCCTTT ATTTTCTTTT GTCCATTGTT
   106501 TATTAACTTC AAAAAAAAAG AACATTTTCG CGGGCGAATA TTTACTCTTC CCATCTCTAT
   106561 TTAAGCCGTA GGTTCTTGAT TTATCAGAAT AGATGAATTG AGTTACGGTT CATTTCGCCA
   106621 TCCCAACGAG TGAATCAGTA AGATTTAGTT GTTCAATAAA ATCTTGTGTC TTCACAGGTT
   106681 TCATCGTTCC CACCGCCTCG TACGTAATGA TTAGGTCAGA ATTCTACAAT GGAGCTCACA
   106741 ATCAAATTTA TTCTTGAGTC AACCTTCTTA GTCTTTATTG GCTCGAAGCT CTTGATTTTT
   106801 GTCTTCTATT ACATAGATTC ATTAAATATT TGATTATGTA TGAATCAATT TAGTATTGAT
   106861 GCTTTATTAC ACTGTCGTTT AGGAGATGAG TCATAGACCG TACATGTTGG AATTCTATAT
   106921 CAGTGATATT TTATTTTATC TTTCTCTCAT CCTTCCCTTT ATCCATACCT TATTTTATTC
   106981 TGTATTTTAC TTTAAAAGTT TATTCAAAAA AGTTTCAGTT GTTACAAAGA TATGACCGAT
   107041 TTAGCATATC TTGACTGGTT CTTTCAGTTC GGATAATACG AAGTGGTAAG TTGGTTTTTA
   107101 AATCGACTAC TGGGCTGGTC TTTTTTAATC CTAACCCTAA CAAAAACCAA CGAGTCACAC
   107161 ACTAAGCATA GCAATTATAT ACAAAGGTCA ATCGAATTTT TATTTTACCC TATAGAATTA
   107221 AAAATTTTAT TGGTCAAAAA ACGAATGAAC GAGTTTCACC CTTTTGAGTC TAGCCATAGA
   107281 GAGAAGGTAA AAACAATTAA AGTTTTTTTA TTCCTCTTCT GTGTCTATAA AAATCCAAAT
   107341 TTTGATGCCT AATACCCCAT AGATAGTCCG AACTGTATAG GAACAATAAT CAATTTTAGC
   107401 CCGGATGGTT TGTAGGGGAA CCCTACCCTC TCTAATCCAT TCGACACGTG CAATTTCTTT
   107461 TCCGTCGAGA CGTCCGGAAA TTTGTACTTG AATTCCTTTT GTATCTGCTT GTTCAGTTAA
   107521 TTCAATAGCC TTTTTCATTG CTTTTCGAAA TGAAACTCTA TTCTTTAATT GTCCTGCTAT
   107581 AAATTCTGCA AGAATATTGG GGTTTCTATA AGGCTTTGTA ATTCTTGTGA TAGCAATGTT
   107641 AAGTTTTCGG TTTTCATAAT GAAATTCTTT TTCTAGATTC ATCTGTAATT CTTCGATTCC
   107701 CCGCGGTGTT CTTTCGATTA ATAACTTTGG GAATCCCATA AAAATTATTA CTTGGATTAA
   107761 ATCGATTCTT TTTTGAATCT CGATACGAGC AATTCCCTCG GCGCCAGAGG ATATTCCCAT
   107821 ATTCTTTTGT ACATAATTTT TAATAAAATC TCTTATTTTT TGATCTTCTT GTAGACTCTC
   107881 AGAATAATTA TTTGGTTTTG CAAACCAAAC GGAATGATGA CTTTGGGTTA TACCAAGTCT
   107941 GAAACCAAGT GGATTTATTT TTTGTCCCAT ACTACCCCAC TACTATACAC ATCAGGAAAT
   108001 ATCATAGTTG TCTTCTTCCA TCTAGTATTT TTGAAAGCAT ATATTTCTTC ATATTCATCT
   108061 AAAGATATAT CTTTCACTAC AATAGTTATA TGACAGGTAG TTCTTTTTAT TGCATAACTA
   108121 CGCCCGCGAG CTTTAGGTTT GAATTTCTTT GCGATAGTAC CCTCATTAAC TTCAGCTTTA
   108181 GTAATTACTA AATTGGCTTC GTTCGAACCC ATATTGGAAG CAGCATTTGC TGCTGCAGAA
   108241 TAAACCAATT TAAAAATGGG ATAACATGCT CTATAGGGCA TGAGTTCGAG TATCATAAGT
   108301 GTTTCTTCAT AAGAACGTCC ACGAATTTGA TCAATTATTC TTCTTGCTTT GTCAGCAGAT
   108361 ATAGATATAT GTCGGCCTAA AGCGTATACT TCTGTTTTTT TCTTTCTCTG TCTTAGCATA
   108421 AGCATAAGGT TTCTCTCCTA CTAATGAATC ATAAGTACCT ATCTATATGT TTTTTAAAAT
   108481 AAAATAAGAT TAACGACGAG ATCTATTATC ACTTTTTGCG TGCCCTCGAA AGTTTAAAGT
   108541 AGGTACAAAT TCTCCTAATT TGTGACCTAC CATACGATCT GTTATATAAG TAGGCAAATG
   108601 CTCCTTCCCA TTATGAATAG CAATCGTATG TCCGATCATT GTGGGTATAA TGGTAGATGC
   108661 ACGGGACCAC GTTACTATTA TTTCTTTTTC TTCTTTTTTA TTTAGCTTGT TAATTTTTCT
   108721 TAACAGATGG TTGGCTACAA AAGGATTTTT TTTTAGTGAA CGTATCACAG CTTACTCCTA
   108781 ATTTTTTCTT TTTTTATTGT AAAGACGAAG AAAGAAATTC GATTGTTTCA CCTATTTATT
   108841 ACGGCGACGA ACAATCAAAT TATCACTATA TTTCTTTCTT TTTCTACTTC TTCTTCCGAG
   108901 TGCAGGATAA CCCCATGGGG TTGTGGGTTT TTTTCTACCA ATTGGGGCTC TCCCCTCACC
   108961 ACCCCCATGG GGATGGTCTA CAGGGTTCAT AACTACTCCT CTTACTACAG GACGCTTACC
   109021 TAGCCAACGC TTGGATCCGG CTCTACCCAA ACATTTCTGA TTCACCCCAA CATTCCCCAC
   109081 TTGTCCGACT GTTGCTGAGC AGTTTTTGGA TATCAAACGG ACCTCCCCAG AAGGTAATTT
   109141 TAATGTGGCC GATTTCCCCT CTTTTGCAAT CAGTTTCGCT ACAGCACCCG CTGCTCTAAC
   109201 TAATTGTCCA CCCTTTCCAA GTGTGATTTC TATGTTATGT ATGGCCGTGC CTAAGGGCAT
   109261 ATCGGTTGAA GTAGATTCCT CTTTTTGATC AATCAAAACC CCTTCCCAAA CTGTACAAGC
   109321 TTCTTCCAAA GCATACGGCT TTCTGGACGT AGATGATGAT ATCTATACAG ATGGATTTTA
   109381 TATATATCGT ACAATGAAGT ACCACATGGG TGAATATCCC TATGAATCCA AATCTGCCGA
   109441 ATCACTCATG GTATGATCTT CTACATCCTA GGTCTTCCCG TTCCGTCATC TGGCTTATGT
   109501 TCTTCATGTA GCATTCAGAC CGAATGACTC TATGAAATTA CGTCGATACT TCCACATATT
   109561 ATGGGTAACG TAGGAGACAT CTCTATTTTT CCCCCGGGGA ATCTTTATAA TTCCCACTGC
   109621 TTAGCTTTCA ATTCGCCTCT GACCATCAAA TGAAATGTGA ATAACCCATC CTCCTTTCTT
   109681 TGAAAGAAGG GGCGCTTCCG GTTCTGTCGG TGCTTGAAAC AATTTTGTCT TCTCCATATT
   109741 ACTATATCTC TAGAGTCAAT AATTTTATAT GAGGAACTAC TGAACTCAAT CACTTGCTGC
   109801 CGTTACTCTT CAGTTTTCTG TTGAGGTCTA TCCTGTATGT ATTAGGTACT CAAATTGGAT
   109861 CAGTGATCGA TTTCTAGGTT TCGTTGTAAA CCTAATTGGT TACTTCCAAT TACGTAAATC
   109921 AATAGTTCAA ACCGCACTCA AAGGTAGGGC ATTTCCCATT TTTATAGGAA CTTCTGTACC
   109981 AGAAACAATG GTATCTCCAA TTATAGCCCC TCTGGGATGT AAAATATATC TCTTCTCACC
   110041 ATCCCCATAG TGTATGAGAC AAATGTATGC ATTTCGATTA GGGTCGTATT CTATGGTTAC
   110101 GATTCTACCA GATATGTCTT TTTCATTCCG TAGAAAATCG ATTTTACGGT ATAGACGCTT
   110161 ATGACCTCCC CCTCTATGCC TTGCGGTAAT GATTCCTCTG GCATTACGAC CTTTACCACA
   110221 ATGCTGCTGT CCATAGATCA AATTATTTCG TGGATTGGAT TTCACTTGAC TGTCTACGGT
   110281 TCCATTGCGT GTGCTCGGGG TAGAAGTTTT GTATAAATGT ATCGCCATGC TATTTAAGTA
   110341 TTTTGATTTA AGTTCTTTTC TTTCTAAGAG GTGGAATAGA ATAACCCGGT TGAAGCGTAA
   110401 TGATCATACG TCTGTAATGC ATTGTACGTC CCATAATCGG TCCCATTCTT CGACCCTTTC
   110461 CCGGAAGTCG ATGACTATTC ATAGCTATTA CCTTGACACC AAAGAAGAGT TCGACCCAAT
   110521 GCTTTAGTTC TGTCCTAGTT GATCCGGATT CGACATTAGA AGTATATTGA TTTTTCCCCA
   110581 ATAACCGAAT ACTTTTGTCT GTAAATACTG CATTTTTGAT TCCATCCATA AATCGATTTT
   110641 CTTCCCTATG AGTTCTAGTC TCAATAAGAA TGCTACTTCT TACTGTTCAT ATATTATGAT
   110701 ATGAATATAC CACACCGATT CATTATGTAT GGATGATGAG ATTCCATTGA TACAGAGCCA
   110761 ATTCCAATAG ACTTATTGGA GGGTCCCATT GGCGTGCATC CAGTAGGAAT TGAACCTACG
   110821 AATTCGCCAA TTATGAGTTG GGCGCTTTAA CCATTCAGCC ATGGATGCTT AGCGGGGATC
   110881 CTCGTACATG GTGAATAACC AAATTCCAAT TGAAATGAAA TCTTTAGGAT AAATCAATAC
   110941 GATTTAGGAG GAATCAATGA AAGAACATCC ATTCAAATCC TGGATTTTCG AATTGAGAGA
   111001 GATCAAGAAT TCTCACTATT TCTTAGATTC ATGGACTCAA TTCAATTCCG TAGGGTCTTT
   111061 CATTCACATT TTTTTCCACC AAGAACGTTT TCTAAAACTC CTTGACCCCC GAATTTTGAG
   111121 TATCCTACTT TCACGCAATT CACAGGGTTC AACAAGCAAT CGATATTTCA CGATCAAGGG
   111181 TGTAATACTC TTTGTCGTAG CGGTCCTTAT ATATCGTATT AACAATCGAA ATATGGTCGA
   111241 AAGAAAAAAT CTCTATTGGA GGGGGCTTCT TCCTATGAAT TCCATTGGAC CCAGAAATGA
   111301 TACATTGGAA GAATCGGTTG GGTCTTCCAA TATCAATAGG TTGATTGTTT CGCTCCTCTA
   111361 TCTTCCAAAA GGAAAAAAGA TCTCTGATAG TTGTTTCCTG AATCCGAAAG AGAGTACTTG
   111421 GATTCTCCCA ATAACTAAAA AGTGTAGCAT GCCTGAATCT AACTGGGGTT CGCGGTGGTG
   111481 GAGGAACTGG AGCGGAAAAA AGAGGGATTC TAGTTGTAAG ATATCTAATG AAACCGTCGC
   111541 TGAAATTGAG ATCTTATTCA ATGAGAAAGA TATCAAATAT CTGGAGTTTC TTTTTGTATA
   111601 TTATATGGAT GATCCGATCC GCAAGGACCG TGATTGGGAA TTGTTTGATT GTCTTTCTCT
   111661 GAGGAAGAGG CGAAATAGAA TCAACTTGAA TTCGGGATCG CTATTCGAAA TCTTAGTGAA
   111721 ACACTGGATT TCTTATCTCA TGTCTGCTTT TCGTGAAAAA ATACCAATTG AAGTGGAGGG
   111781 TTTCTTCAAA CAACAAACGG CCGGGTCAAC TATTCAATCA AATGATATTG AGCATGTTTC
   111841 TCATCTCTTC TCGAGAAACA AGTGGGCTAT TTCTTTGCAA AATTGTGCTC AATTTCATAT
   111901 GTGGCAATTT CGCCAGGATC TCTTCGTTAG TTGGGGGAAG AATCCGCACG AATCGGATTT
   111961 TTTGAGGAAC ATATCGAGAG AGAATTTGAT TTGGTTAGAC AATGTGTGGT TGGTAAACAA
   112021 GGATCCGTTT TTTAGAAAGG TACGGAATGT ATCGTCAAAT ATTCAATATG ATTCCACAAG
   112081 ATCCCGTTTC GTTCAAGTAA CGGATTCTAG CCAACCGAAA GGATCTTCTG ATCAATCCAG
   112141 AGATCATTTG GATTCCATTA GTAATGAGGA TTCGGAATAT CACGCATTGA TCAATCAAAG
   112201 AGAGATTCAA CCACTAAAAG AAAGATCGAT TCTTTGGGAT CCTTCCTTTC TTCAAACGGA
   112261 AGGAACAGAG ATAGAATCCG ACCGATTCCC GAAATCCCTT TCTGGATATT CCTTAATGTC
   112321 CCGGCTATTC ACGGAACGTG AGAAGCAGAT GATTAATCAT CTGCTTCCGG AAGAAATCGA
   112381 AGAATTTCTT GGGAATCCTA CAAGATCGGT TCGTTCTTTT TTCTCTGAAA GATGGTCAGA
   112441 ACTTCATCTG GGGTCGAATC CTACTGAGAG GTCCACGAGA GATCAGAAAT TCTTCAAGAA
   112501 ACAACAAGAT CTTTCGTTTG TCCCTTCCAG GCGATCGAAA AATAAAGAAC TGGTTAATAT
   112561 ATTCAAGATA ATTACGTATT TACAAAATAC TGTCTCAATT CATCCCATTT CACCGGGGTG
   112621 TGATAGGGTT CTGAAGGATG AACCGGATAT GGACAGTTCC AATAAGATGT CATTCTTGAA
   112681 CAAAAATCCA TTTTTTGATT TATTTCATCT ATTCCATGAC CGGAACAGGG GAGGATACAC
   112741 CTTACACCAC GATTTTGAAT CAGAAGAGAG ATTTCAAGAA ATGGCAGATC TATTCACTCT
   112801 ATCAATAACC GAGCCAGATC TGGTGTATCA TAAGGGATTT ACCTTTTCTA TTGATTCCTC
   112861 CGGATTGGAT CAAAAACAAT TCTTGAATGA GGTCAGGGAT GAATCGAAAA AGAAATCTTT
   112921 ATTGGTTCTA CCTCCTATTT TTTATGAAGA GAATGAATCT TTTTCTCGAA GGATCCGAAA
   112981 AAAACGGGCC CGGATCTCCT GCGGGAATGA TTTGGAAGAT CCAAAACCAA AAATGGTGGT
   113041 ATTTGCTAGC AACAAGATAA TGGAGGCAGT CAATCAATAT AGATTGATCC GAAATCTGAT
   113101 TCAAATCCAA TATTATGGAT ACATAAGAAA TGTATTGAAT CGATTCTTTT TAATGAATAG
   113161 ATCCGATCGC AACTTCGAAT ATGGAATTCA AAGGGATCAA ATAGGAAAGG ATACTCTGAA
   113221 TCATAGAACT ATAATGAAAT ATACGATCAA CCAACATTTT TCGAATTTGA AAAAGAGTCA
   113281 GAAGAAATGG TTCGATCCTC TTATCTTTAT TTCTCGAACC GAGAGATCCA TGAATCGGGA
   113341 TCCTGATGCA TATAGATACA AATGGTCCAA TGGGAGCAAG AATTTTCAGG AACATTTGGA
   113401 ACATTTCGTT TCTGAGCATA AGAGCCGTTT TCAAATAGTG TTCGATCGAT TACGTATTAA
   113461 TCAATATTCG ATTGATTGGT CTGAGGTTAT CGACACAAAA GATTTGTCTA AGCCACTTCG
   113521 TTTCTTTTTG TCCAAGTCAC TTCTTTTTTT GTCCAAGTTG CTTTTCTTTT TGTCTAACTC
   113581 ACTTCCTTTT TTCTGTGTGA GTTTTGGGAA TATCCCCATT CATAGGTCCG AGATCTACAT
   113641 CTATGAATTG AAAGGTCCGA ATGATCAACT CTGCAATCAG TTGTTAGAAT CAATAGGTCT
   113701 TCAAATTGTT CATTTGAAAA AATGGAAACC CTTCTTATTG GATGATCGTG ATACGTACCG
   113761 AAAATCGAAA TTCTTGATCA CTGGAGGAAG ACCCTTTTTG TTCAATAAGA CACCAAAGTG
   113821 CATGATTGAC TCATTCCATA CTAGAAATAA TCGCAGGAAA TCCTTTGATA ACGCGGATTC
   113881 CTATTTCTCA ATGATATTTC ACAATCAAGA CAATTGGCTG AATCCCGTGA AACCATTTCA
   113941 TAGAAGTTCA TTGATATCTT CTTTTTATAA AGCAAATCGA CTTCGATTCT TGAATAATCC
   114001 ACATCACTTC TGCTTCTATT GTAACACAAG ATTCCCCTTT TCTGTGGAAA AGGCCCGTAT
   114061 CAATAATTAT GATTTTACGT ATCGACAATT CCTCAATATC TTGTTCATTC GCAACAAAAT
   114121 ATTTTCTTTG TGCGTCGGTA AAAAAAAACA TGCTTTTGGG GGGAGAGATA CTATTTCACC
   114181 AATCGAGTCA CAGGTATCTA ACATATTCAT AACTAATGAT TTTCCACAAA GTGGTGACGA
   114241 AACGTATAAC TTGTCCAAAT CTTTCCATTT TCCAAGTCGA TGCGATCCAT TCGTTCGTAG
   114301 AACTATTTAC TCGATCGCAG ACATTTCTGG AACACCTCTA ACAGAGGGAC AAATAGTCAA
   114361 TTTTGAAAGA ACTTATTGTC AACCTCTTTC AAATATGAAT CTATCTGATT CAGAAGGGAA
   114421 GAACTTGCAT CAGTATCTCA ATTCAAACAT GGGTTTGATT CACACTCCAT GTTCTGAGAA
   114481 ATATTTACCA TCCGAAAAGA GGAAAAAACG GAGTCTTTGT CTAAAGAAAT GCGTTGAGGA
   114541 AGGGCAGGTG TATAGAACCT TTCAACGAGA TAGTGCTTTT TCAACTCTCT CAAAATGGAA
   114601 TCTATTCCAA ACATATATGC CGTGGTTCCT TACTTCGACA GGGTACAAAT ATCTAAATTT
   114661 GATATTTTTA GATACTTTTT CAGAACTATT GCCGATACTA AGTAGCAGTC AAAAATTTGT
   114721 ATCCATTTTT CATGATATTA TGCATGGATC AGGTATATCA TGGCGAATTC TTCAGAAAAA
   114781 ATGGTGTCTT CCACAATGGA ATCTGATAAG TGAGATTTCG AGTAAGTGTT TACATAATCT
   114841 TCTTCTGTCC GAAGAAATGA TTCATCGAAA TAATGAGTCA CCATTGATAT CGACACACCT
   114901 GAGATCGCCA AATGTTCGGG AGTTCCTCTA TTCAATCCTT TTCCTTCTTC TTGTTGCTGG
   114961 ATATCTCGTT CGTACACATC TTCTCTTTGT TTCCCGGGCC TCTAGTGAGT TACAGCCAGA
   115021 GTTCGAAAGG GTCAAATCTT TGATGATTCC ATCATCTATG ACTGAGTTGC GAAAACTTCT
   115081 GGATAGGTAT CCTACATCTG CACCGAATTC TTTCTGGTTA AAGAATCTCT TTCTAGTTGC
   115141 TCTGGAACAA TTAGGAGATT CTTTAGAAGA AATACGGGCT TCTGGTGGCA ACATGCTTGG
   115201 TCCCGCTTAT GGGGTCAAAT CAATACGTTC TAAGAATAAA TATTTTAATA GCAATCTCAT
   115261 CGATATCATC GATCTCATAC CAAATCCCAT CAATCGAATC ACTTTTTCGA GAAATACGAG
   115321 ATATCTAAGT CATACAAGTA AAGAGATCTA TTCATTGATA AGAAAAAGAA AAAACGTGAA
   115381 TGGGGATTGG ATTGATGATA AAATAGAATC CTGGGTCGCG AGCAGTGATT CGATTGATGA
   115441 TGAAGAAAGA GACTTCTTGG TTCAGTTCTC CGCCTTAACG ACAGAAAAAA GGGTTGATCA
   115501 AATTCTATTG AGTCTGACTC ATAGTGATCA TTTATCAAAA AATGACTCTG GTTATCAAAT
   115561 GATTGAACAA CCGGGAGCAA TTTACTTAAG ATACTTAGTT GACATTCATA ACAAGTATCT
   115621 ATTGAATTAT GAGTTCAATA CATCCTGTTT AGCAGAAAGA CGGGTATTCC TTGCTCATTA
   115681 TCAGACAATC ACTTATTCAC AAACTTCGTG TGGGACTAAT ACTTTGCATT TCCCATCTCA
   115741 TGGAAAACCT TTTTCGCTCC GCTTAGCCTT ATCCCCCTCT AGGGGGATTT TAGTGCTAGG
   115801 TTCTATAGGA ACTGGACGAG CCTATTTGGT CAAATACCTA GCGACAAACT CCTATGTTCC
   115861 TTTCATTACG GTATTTCTGA ACAAGTTCCT GGATAACAAG CCTAAAGGTT TTCTTTTTGA
   115921 TAATATCGAT ATTGATGGTA GTGACGATAT TGATGATATT GATGATAGTG ACAATATTGA
   115981 TGCTATTGAT GATATCGATC GTGACCTTGA TACGGAGCTG GAACTGCTAA CTATGATGAA
   116041 TGCGCTAACT ATGGATATGA TGTCGGGAAT AGGCCGATTT TATATCACCC TTCAATTCGA
   116101 ATTAGCAAAA GCAATGTCTC CTTGCATAAT ATGGATTCCA AACATCCATG ATCTGGATGT
   116161 GAATGAGTCG AATTACTTAT CCTTCGGTCT ATTAGTGAAC CATCTCTCTG AAAGATGTTC
   116221 CACTAGAAAT ATTCTTGTTA TTGCTTCGAC TCATATTCCC CCAAAAGTGG ATCCCGCTCT
   116281 AATAGCTCCG AATAAATTAA ATACGTGCAT TAAGATACGA AGGCTTCTTA TTCCACAACA
   116341 ACGAAAGCAC TTTTTCACTC TTTCATATAC TAGGGGATTT CACTTGGAAA AGAAAATGTT
   116401 CCAGACTAAC GGATTCGGTT CCATAACCAT GGGTTCCAAT GCAAGAGATC TTGTAGCACT
   116461 TACCAATGAA GCCCTATCGA TTAGTATTAC ACAGAAGAAA TCAATTCTAG ACACTAATAC
   116521 AATTAGATCC GCTCTTCATA GACAAACTTG GGATTTGCGA TCCCAGGTAA GATCGGTTCA
   116581 GGATCATGGG ATCCTTTCCT ATCAGATAGG AAGGGCTGTA GCACAAAATT TACTTCTAAG
   116641 TAATTGCCCC ATAGATCCTA TATCTATCTA TATGAAGAAG AAATCATGTA ACGAAGGGGA
   116701 TTCTTATTTG TACAAATGGT ACTTCGAACT TGGAACGAGC ATGAAGAAAT TAACGATACT
   116761 TCTTTATCTT TTAAGTTGTT CTGCCGGATC GGTCGCTCAA GATCTTTGGT CTCTACCCGG
   116821 ACCCGATGAA AAAAACGGGA TCACTTCTTA TGGACTTGTT GAGAATGATT CGGATCTAGT
   116881 TCATGGCCTA TTAGAAGTAG AAGGCGCTCT GGTGAGATCT TCACGGACAG AAAAAGATTG
   116941 CAGTCCGTTT GAGAATGATC GAGTTACATT GCTTCTTCGG CCCGAACCGA GGAATCCCTT
   117001 AGATATGATG CAAAATGGAT CTTGTTCTAT CTTTGATCAG AGATTTCTCT ATGAAAAATA
   117061 CGAATCGGAG TTTGAAGAAG GGGAGGGGGA AGGAGCTCTT GACCCGCAAC AGATCGGGGA
   117121 GGATTTATTC AATCACATAG TTTGGGCTCC TAGAATATGG CGCCCTTGGG GCTTTCTATT
   117181 TGATGATTGT ATCGAAAGGC CCAATTCATT GGGATTTCCC TATGGGTCCA GGTCATTTCG
   117241 GGGCAAGAGG ATCATTTACG ATGAAGGGGA TGAGCTTGAA GAGACTGATT CGGAGTTCTT
   117301 GCAGAGTGGA ACCATGCAGT ACCAGACACG AGATAGATCT TCCAAAGAAC AAGGCCTTTT
   117361 TCGAATAAGT CAATTCATTT GGAACCCTGC AGATCCGCTC TTTTTCCTAT TCAAAGATCA
   117421 GCCCCCAGGC TCTGTGTTTT CACATCGAGA ATTATTTGCA GATGAAGAGA TGTCAAAGGG
   117481 GCTTCTTACT TCCCAAACAG ATCCTCCTAC ATCTATATAT AAACGCTGGT TTATCAAGAA
   117541 TACACAAGAA AAGCACTTCG AGTTGTTGAT TAATCGTCAG AGATGGCTTA GAACCAATAG
   117601 TTCATTATCT AATGGATCTT TCCGTTCCCG TTCTAATACT CTATCCGAGA GTTATCAGTA
   117661 TTTATCAACT CTGTTCCTAT CTAACGGAAC GCTATTGGAT CAAATGACAA AGACATTGTT
   117721 AAGAAAAAGA TGGCTTTTCC CGGATGAAAT GCAAATTGGA TTCATGTAAC AGGACAGGAG
   117781 AAAGATTTCC CACTCCTTAG CCGGAAAGAT GTGTTGCTAT GAAAGAGGGA TTAAGTGGAA
   117841 CAGAATTGGC TGGGTGGTAG AGTGGTGGAA ACGCTTCTTT CTTCCATATT TTGGACCTTA
   117901 GCTCCACCGA ACAATATGTT ACTGCTGAAA CACGGAAAAA TTGAAATCTT AGATCAAAAC
   117961 ACTATGTATG GGTGGTATGA ACTGCCCAAA CAATAATTCT TGAACAGCGA ACAACCAGTT
   118021 CAGATATTCA CGACCAAGAA GTACTGGATT CTCTTTCGGA TAGGCCCCGA AAGGAGAAGG
   118081 AAGGGTGGAA TGCCAACAGG CGTCTATTAT TGAATCCCGA CCGGATAGTA CCCGTTTTGG
   118141 GAACGTCCAG TGCCAAAGTC ACTGGATGGG TAAGTCGCCA ATCCCTGGAC TATGTAATGT
   118201 ACTTTATCCG CTGGGTGGCG GGCGGGCATT TTACCAGAGG TTTCTAATCT ACCCTTGTGT
   118261 GATTCCTGTT GAAGCATATA CTCTGGGGTG GGTGCAGGGC GGACGATTTT AAAGCAAACT
   118321 CCCCGTTCAT TAGATAGAGA AGATCACCAA GATTTCGCGA TCCGCTGCCA AACTTATTCC
   118381 AATTCCAAGA TTATGCCTTG AAGAGGACTC GAACCTCCAC GCTCTTTAGC ACGAGATTTT
   118441 GAGTCTCGCG TGTCTACCAT TTCACCACCA AGGCATCTTG AAAGTGCATC CTATTCCATG
   118501 AATATGATAT CTAGCTAGTG TGATGTATGG AATATATGAC AAAGGGAATA TATGACAAAG
   118561 GTGGAGTATT TCTATTGATC GGTCGCCCGG GTTGGACATC CAATTGCTTC GATTTGAATT
   118621 ATCCGGAGAA TGCCTTATGT ATATATCAAA AAGATGGCCA ATCAAGCCTA TTTTATTTCT
   118681 CGATTCAATA GAAGCTCAAA GAGGTGAATA GGGTCCCAAA AATAACGAGA GATGTGGAAA
   118741 AAGCAGGGCC GATTACGCCT ACGCCTAATC CTAAATGGAA TGGAACGACG TAGGGATCCA
   118801 TATGTAAACA TAGTATCTAT TTAGATACGC TCGAATGACC CCTTGAGAAT GTATATAACC
   118861 CTATTCGGCC TGGTCCGGTA TGGAATGAAC TTATAATCAT GGAATCGACT CGATCATCAG
   118921 ATTATAAGTT CATAACCCTA GCCCATTCCC CTTTTGGTCG GAACAGATCT ACTAATTCTT
   118981 TGATTCCTAA GTAAGAGGGA TCTTGAACTA CGAAATAGAC CCTAGAAGCT AAAAAAGGGT
   119041 ATCCTGCGCA ATTGCAATAA TCGGGTTCAT TGATATTCCT GGTATAGTAG ATGCTATCAC
   119101 ACATACAATC ATACTCAATT CGATGGAATT GTTTGATCTT AAAGGAGATC TTCTATAATT
   119161 TCGCGGGTGA GGGGTGATTT CTTGGTTTCG TCCAGTCATT AATAACTTGA TTATTTTTAG
   119221 ATAATAGTAG ATAGAAAGAA CGCTTGTAAG GAGTCCTATT AAAACCAAGG AATATACGCC
   119281 TGCCCGCCAT CCACACCAGA ATAAATAGAG TTTTCCGAAA AAACCTGCTA GTGGAGGAAG
   119341 ACCTCCTAGG GATAAGAGAC ATAGGGCTAA AGAGAGAGCC AAAAAAGGAT CTTTCGTGTA
   119401 TAATCCTGCA TAATCGCGAA TGTTATCAGT TCCGGTACGT AGACCAAATA ATACAATGCA
   119461 AGCAAAAGTT CCTAGATTCA TGGAGATATA GAACAGCATA TACGTTATCG TGCTTGCATA
   119521 TCCATCATTT GAGTCTCGAA CACTTATTCC AATAATTACA TTTGTTGACC TATGGACGAA
   119581 TATGCAAGCA TACGTTTCAT GCTTGTTTGA GTAATAGCAA TGATATTTCC GAATATCATG
   119641 CTACGAATAG CTAGGATTTC CAGAAGAAGA TGCCATTCGT TTGATGAGAA ATAAAAAGGA
   119701 ATATCGAAAA TTCGAGTGGC TGAAGCTGGA GCAGCTACTT TCGAAGTAAC AGAAAGAAAA
   119761 GCAACGACTG GAGTGGGAGA GTCAGAGTCG AAAAGAGGAT TCCTCACTTC TTTCTCTCAT
   119821 TCAAAACCGT GCATGAGACT TTCATCTCAC ACGGCTCCTA AGTGATAAAA GACAGAAGAA
   119881 CGCATCTTCT TTCTTTTTTT ATTACCTTCC TTCCTCGCGT ATGTATAAGA CCGAATCCAT
   119941 TCGATTTCTA AAAAAGATTA CTAATCCTTA ACTTTTCGAG GCATCCTTCA TCAGTGGTTG
   120001 TGAATGACTG ATTTTTTCAA TCTTGTCGAC CTTGGTTCCG TAGGAGCAAG TCAGAAAGAT
   120061 TGAGAAATAG AACCATCTAG TTTAATTCGT TCTCAATAGC CATGAAATGA TCATCTTAGG
   120121 GTGATCCTTT TGTCGACGGA TGCTCCTATT ACACTCGTAG TCTCTGAAGG ATGAGAACCA
   120181 ACTATGTAGC ATCTACATCG AAAATTCAAG TATTGGATAC GTCATTAGTC CGATCCTTTG
   120241 TAGGAACTAC CCGTAATAAC GAACTTGCAA AATGGATCCG TTTATCATAA AGAGATTCGT
   120301 CGTTCCTGAC CCTGCTTCAC CTTAATTGTT ATTTGAACAA GTAAAAGTTC TGTCTTGGTC
   120361 CGAGTGGGGA TAGCATTTCT CTTCTGCATG TCCGTGGAGT TTTGAAAAAT CCAAACATCT
   120421 CAGAGATAGA TAGAGAGGTA GGAATTTCTC GAACGAACCG CACTCCTTCG TATACGTCAG
   120481 GAGTCCGTTG ATGAGAAGGG GCTGGGGAAA GTTTGAACCC AATTCCTACA GTGATGAATA
   120541 TGAGCGCAAT TGAAATTCCT GGGGAGTTAT ACATTTGTGT ATTGATAAGA CCATTCACTA
   120601 TTTCTTGAAG CTCGATCTCT CCCCCGGATA AACCATATAG CCAAGAGAAA CCATGAACCA
   120661 GAATAGAAGA GCTTGCCCCA CCCATGAGTA AATATTTCAT AGTAGCCTCA TTAGACCGTA
   120721 CATCTTTCTT GGTATATCCA GATAAGATAA TAGGTAGGAG CATAAACTGA AACATTCTGG
   120781 AGCTACAAAG ATGGTTATTA AATCGTTAGC ACCGCATAAA AACATTCCTC CTAGAGTAGC
   120841 TGTTAATACG AATAAGAGAA ACTCTGTTAT AGCCATTTCT GTACATTCAA TGTACTCTAC
   120901 GGATAGAGGA ATACATAGAG TTGAACATAG TAAAATAAGA AATTGAAAGA TTTCGTTGAA
   120961 ATTGTTCGTT TGGAAATTTC CCGAAAAGCT AATCATAGGT TCTTCTCTCC ATCGGAACAA
   121021 TAGGGCCGTT ATGCCCATTA CTAAACTTGT TGAAGAGATG AAATATAACC AAGGTATATC
   121081 TTTTTGATCG GAGGTTGAAT CGATCATCAG AAGAAGAATT AGGCCAAAAA TTAGGATACA
   121141 TTCTGGGACA ATCAAACTTC CATCGAAGAG AAGCAAATGA AAGGCTTTCA TAAAAATTCT
   121201 CGTAGAATCG AGAATGAAGT TTTCATTCTG TACATGCCAG ATCATGAATT AGTAACTGCA
   121261 TCCAATTTCC AAAAAAATCC CAATTGTGTT TTCCATTTTT GTAATGGAAT AGGATCAAGA
   121321 TCAAACCTTA TTCCATGGTA TTTACATGAG GTTCCTCTTT AAGAAAGTCC CCGAGAGGCT
   121381 TAGTTGATCC ATGATTTATG TTTCATCTTT CGTTTCCTTT TCTCGTTTGT TTCGAGAAAT
   121441 CTATCGATCA ATTCCGATTC TTTCTTTTTC TCTTGATTCT TTTCCGATCG AGATGTATAG
   121501 ATCCTGTTCA TGGATTAACG AAAATGTGCA AAAGCTCTAT TTGCTTCTGC CATTTTATGA
   121561 GTCTCTTCCT TTTTGCGTAT GGCATCGCCA CTCCCTTTGG CAGCATCCAC TAATTCAGAA
   121621 CTTAATTTGA AAGCCATATC TCGACCCGGA CGTTTCCGGG ATGCCGCTAA TAACCAACGA
   121681 ATGGCAAGTG CTTTTCCTTG TGTGGATCCT ATTTCAATCG GAACTTGATG AGTCGATCCA
   121741 CCCACACGCC TTGCTTTTAC TGCTATATCG GGAGTTACTC CACGTATTGC TTGACGTAAA
   121801 ACAGATAGTG GATTTGTTTC TGTCTTTTGT TGAATTTTTT TCATGGCTCG ATAGATAATT
   121861 TGATAAGCCA ATGATTTTTT TCCGTGTTTC AGAATACGGT TAACCAACAT GTTAACTAAT
   121921 CGATTACGAT AAATTGGATC GGATTTTGCT GTTTTTTCTT CTGCAGTACC TCGACGTGAC
   121981 ATGAGCGTGA CAAGGGGTTT AAGAATCAGT TTTCTTTTTA TAAGGGCTAA AATCACTTAT
   122041 TTTGGCTTTT TTACCCCATA TTGTAGGGTG GATCTCGAAA GATATGAAAG ATCTCCCTCC
   122101 AAGCCGTACA TACGACTTTC ATCGAATACG GCTTTCCGCA GAATTCTATA TGTATCTATG
   122161 AGATCGAGTC TGGAATTCTG TTTACTCACT TTAAATTGAG TATCCGTTTC CCTCCCTTTC
   122221 CTGCTAGGAT TGGAAATCCT GTATTTTACA TATCCATACG ATTGAGTCCT TGGGTTTCCG
   122281 AAATAGTGTA AAAAGAAGTG CTTCGAATCA TTGCTATTTG ACTCGGACCT GTTCTAAAAA
   122341 AGTCGAGGTA TTTCGAATTG TTTGTTGACA CACGGACAAA GTCAGGGAAA ACCTCTGAAA
   122401 TTATTTCAAT ATTGAACCTT GGACATATAA GAGTTCCGGA TCGAATCTCT TTAGAAAGAA
   122461 GATCTTTTGT CTCATGCTAG CCTGCTCCAG TCCCCTTATG AAACTTTCGT TATTGGGTTA
   122521 GCCATACACT TCACATGTTT CTAGCGATTC ACATGGCATC ATCAAATGAT ACAAGTCTTG
   122581 GATAAGAATC TACAACGCAC TAGAACGCCC TTGTTGACGA TCCTTTACTC CGACAGCATC
   122641 TAGGGTTCCT CGAACAATGT GATATCTTAC ACCGGGTAAA TCCTTAACCC TTCCCCCTCT
   122701 TACTAAGACT GAAGAATGTT CTTGTGAATT ATGGCCAATA CCGGGTATAT AAGCAGTGAT
   122761 TTCAAATCCA GAGGTTAATC GTACTCTGGC AACTTTACGT AAGGCAGAGT TTGGTTTTTT
   122821 GGGGGTGATA GTGGAAAAGT TGACAGATAA GTCACCCTTA CTGCCACTCT ACAGAACCGT
   122881 ACATGAGATT TTCACCTCAT ACGGCTCCTC GTTCAATTCT TTCGAATTCA TTGGATCCCT
   122941 TTCCGCGCTC GAGAATCCCC TCCCCTCTTC TACTCTGTCC CGAAGAGTAA CTAGGACCAA
   123001 TTTAGTCACG TTTTCATGTT TCAATTGAAC AATTTCCATT TTTTATTATT CTCAAAGGAG
   123061 AAGATTATTT TCTTTACCAA ACATATGCGG ATCCAACCAC GATCCTATAA TATAATAAGA
   123121 ACAAGAGATT TTTCTCGATC AATCCCCTTG CCCCTCATTC TTCGAGAATC AGGAAGGTCC
   123181 TTTTCAAGTT TGAATTTGTT CATTTGGAAT CTGGGTTATT CTACTTCATT TTTAGTTAAT
   123241 ATAAATTTTT TTCCCTTTCT TTTTTTATAT CATTCCTTAC ATAGGTTTGA TCCTGTAGAA
   123301 TTTGACCATT GAACGAAGGG TACGAAATCA ATCAGATTCA TTTTTCGATC ATGTGAAATC
   123361 TTTGGTTTTT TCCTCTTCCT CTATCCCATA GGTACAGAAT CAATAGAGAA CCTTTTCTTC
   123421 TGTATGAATC GATCTTATTC CATTCCAATT CCTTCCCGAT ACCTCCCAAG GAAAATATCG
   123481 AATTGGATCC CAAATTGACG GGTTAGTGTG AGCTTATCCA TGCAGTTATG CACTCTTCGA
   123541 ATAGGAATCC GTTTTATGAA AGATCCTGGC TTTCGTACTT TGGTGGGTCT CCGAGATCCT
   123601 TTCGATGACC TATGTTGTGT TGAAGGGATA TCTATCTAAT ATCTAATCCG ATCGATTGCG
   123661 TAAAGCCCGT GATAGCAACG GGACCGGGGA AAGTATACAG AAAAGACAGT TCTTTTCTAT
   123721 TATATTAGTA TTTTCTATTA TATTAGATTA TTAGTTAGTG ATCCCGGCTT AGTGAGTCCT
   123781 TTTTTCCGTG ATGAACTGTT GGCACCAGTC CTACATTTTG TCTCTGTGGG CCGGGGAGAA
   123841 AAGGGGCTCG GCGTGTACAT GAGAGAAGCA AGGAGGTCAA CCTGTTTCAA ATATACAACA
   123901 TGGGCAATGC AGTTGGACTC TCATGTTGAT CCGAATGAAT CATCCTTTCG GCGTAGGTAA
   123961 ATCTTTGCCT GCTAGGCAAG AGGATAGCAA ATTACAAATT TTGTCTCGGT AGGACACGTA
   124021 TTTCTATTAC TATGAAATTC AGAAATGAGT GGGGTTACCA TTATCCTTTT TGTAGTGACG
   124081 AATCTTGTAT GTGTTCTTAA GAAAAGGAAT TTGTCCATTT TTCGGGGTCT CAAAGGGGCG
   124141 TGGAAACATC TTGAATGGAA ATGGAAAAGG GATGTAACTC CAGTTCCTTC GGAATCGCCA
   124201 GTCAATCCTA TTTCCGATAG GGGCAGTTGA CAATTGAATC CGATTTGGAC CATTATTTTC
   124261 ATATCCGTAA TAGTGCGAAA AGAAGACCCG GCCCTAAGTT GTTCAAGAAT AGTGGCGTTG
   124321 AGTCTCTCGA CCCTTTGACT TAGGATTAGT CAGTTCTATT TCTCGATCGG GCAGGGAAGG
   124381 GATATAACTC AGCGGTAGAG TGTCACCTTG ACGTGGTGGA AGTCATCAGT TCGAGCCTGA
   124441 TTATCCCTAA ACTAAACCCA ATGTGAGTTT TTCTATTTTG ATTTGCTCCC CCCGCCGTGA
   124501 TTCAATGAGA ATGGATAAGA GGCTCGTGGG ATTGACGTGA GGGGGCAGGG ATGGCTATAT
   124561 TTCTGGGAGC GAACTCCGGG CGAATATGAA GCGCATGGAT CCAAGTTATG CCTTCGAATG
   124621 GAAGACAATT CCGAATCTGC TTTGTCTACG AACAAGGAAG CTATAAGTAA TGCAACTATG
   124681 AATCTCATGG AGAGTTCGAT CCTGGCTCAG GATGAACGCT GGCGGCATGC TTAACACATG
   124741 CAAGTCGGAC GGGAAGTGGT GTTTCCAGTG GCGGACGGGT GAGTAACGCG TAAGAACCTG
   124801 CCCTTGGGAG GGGAACAACA GCTGGAAACG GCTGCTAATA CCCCGTAGGC TGAGGAGCAA
   124861 AAGGAGGAAT CCGCCTGAGG AGGGGCTTGC GTCTGATTAG CTAGTTGGTG AGGCAATAGC
   124921 TTACCAAGGC GATGATCAGT AGCTGGTCCG AGAGGATGAT CAGCCACACT GGGACTGAGA
   124981 CACGGCCCAG ACTCCTACGG GAGGCAGCAG TGGGGAATTT TCCGCAATGG GCGAAAGCCT
   125041 GACGGAGCAA TGCCGCGTGG AGGTAGAAGG CCCACGGGTC GTGAACTTCT TTTCCCGGAG
   125101 AAGAAGCAAT GACGGTATCT GGGGAATAAG CATCGGCTAA CTCTGTGCCA GCAGCCGCGG
   125161 TAAGACAGAG GATGCAAGCG TTATCCGGAA TGATTGGGCG TAAAGCGTCT GTAGGTGGCT
   125221 TTTTAAGTCC GCCGTCAAAT CCCAGGGCTC AACCCTGGAC AGGCGGTGGA AACTACCAAG
   125281 CTGGAGTACG GTAGGGGCAG AGGGAATTTC CGGTGGAGCG GTGAAATGCG TAGAGATCGG
   125341 AAAGAACACC AACGGCGAAA GCACTCTGCT GGGCCGACAC TGACACTGAG AGACGAAAGC
   125401 TAGGGGAGCG AATGGGATTA GATACCCCAG TAGTCCTAGC CGTAAACGAT GGATACTAGG
   125461 CGCTGTGCGT ATCGACCCGT GCAGTGCTGT AGCTAACGCG TTAAGTATCC CGCCTGGGGA
   125521 GTACGTTCGC AAGAATGAAA CTCAAAGGAA TTGACGGGGG CCCGCACAAG CGGTGGAGCA
   125581 TGTGGTTTAA TTCGATGCAA AGCGAAGAAC CTTACCAGGG CTTGACATGC CGCGAATCCT
   125641 CTTGAAAGAG AGGGGTGCCT TCGGGAACGC GGACACAGGT GGTGCATGGC TGTCGTCAGC
   125701 TCGTGCCGTA AGGTGTTGGG TTAAGTCCCG CAACGAGCGC AACCCTCGTG TTTAGTTGCC
   125761 ATCGTTGAAT TTGGAACCCT GAACAGACTG CCGGTGATAA GCCGGAGGAA GGTGAGGATG
   125821 ACGTCAAGTC ATCATGCCCC TTATGCCCTG GGCGACACAC GTGCTACAAT GGCCGGGACA
   125881 AAGGGTCGCG ATCCCGCGAG GGTGAGCTAA CCCCAAAAAC CCGTCCTCAG TTCGGATTGC
   125941 AGGCTGCAAC TCGCCTGCAT GAAGCCGGAA TCGCTAGTAA TCGCCGGTCA GCCATACGGC
   126001 GGTGAATTCG TTCCCGGGCC TTGTACACAC CGCCCGTCAC ACTATGGGAG CTGGCCATGC
   126061 CCGAAGTCGT TACCTTAACC GCAAGGAGGG GGATGCCGAA GGCAGGGCTA GTGACTGGAG
   126121 TGAAGTCGTA ACAAGGTAGC CGTACTGGAA GGTGCGGCTG GATCACCTCC TTTTCAGGGA
   126181 GAGCTAATGC TTGTTTTGTT GGGTCTTTTG GTTTGACACT GCTTCACACC CAAAACAAAA
   126241 AGAAGGGAGC TACGTCTGAG TGAACCTTGT AGATGGAAGT CTTCTTTCGT TTCTCGGCGG
   126301 TGAAGTAAGA CCAAGCTCAT GAGCTTATTA TCCTAGGTCG GAACAAGTTG ATAGGATCCC
   126361 CTTTGTTACG TCCCCATGTC CCCCGTGGGG CGACATGGGG GCGAAAAAAA AAGGAAAGAG
   126421 AGGGATGGGG TTGCTCTCGC TTTTGGCATA GCGGGCCCCC GGTGGGGGGC TCGCACGACG
   126481 GGCTATTAGC TCAGTGGTAG AGCGCGCCCC TGATAATTGC GTCGTTGTGC CTGGGCTGTG
   126541 AGGGCTCTCA GCCACATGGA TAGTTCAATG TGCTCATCGG CGCCTGACCC TGAGATGTGG
   126601 ATCATCCAAG GCACATTAGC ATGGCGTACT CCTCCTGTTC GAACCGAGGT TTGAAACCAA
   126661 ACCTCTCCTC AGGAGGATAG ATGGGGCGAT TTGGGTGAGA TCCAATGTAG ATCCAACTTT
   126721 CGATTCACTC GTGGGATCCG GGCGGTCCGG GGGGGACCAC CACGGCTCCT CTCTTCTCGA
   126781 GAATCCATAC ATCCCTTATC AGTGTATGGA CAGCTATCTC TCGAGCACAG GTTTAGGTTT
   126841 GGCCTCAATG GGAAAAGAAA ATGGAGCACC TAACAACGCA TCTTCACAGA CCAAGAACTA
   126901 CGAGATCACC CCCTTCATTC TGGGGTGACG GAGGGATCGT ACCATTCGAG CCGTTTTTTT
   126961 CATGCTTTTC CCGGAGGTCT GGAGAAAGCT GCAATCAATA GGATTTCCCT AATCCTCCCT
   127021 TCCCGAAAGG AAGAGCGTGA AATTATTTTT CCTTTCCGCA GGGACCAGGA GATTGGATCT
   127081 AGCCGTAAGA AGAATGCTTG GTATAAATAA CTCACTTCTT GGTCTTCGAC CCCCTCAGTC
   127141 ACTACGAACG CCCCCGATCA GTGCAATGGG ATGTGTCTAT TTATCTATCT CTTGACTCGA
   127201 AATGGGAGCA GGTTTGAAAA AGGATCTTAG AGTGTCTAGG GTTGGGCCAG GAGGGTCTCT
   127261 TAACGCCTTC TTTTTTCTTC TCATCGGAGT TATTTCACAA AGACTTGCCA GGGTAAGGAA
   127321 GAAGGGGGGG ACAAGCACAC TTGGAGAGCG CAGTACAACG GAGAGTTGTA TGCTGCGTTC
   127381 GGGAAGGATG AATCGCTCCC GAAAAGGAAT CTATTGATTC TCTCCCAATT GGTTGGACCG
   127441 TAGGTGCGAT GATTTACTTC ACGGGCGAGG TCTCTGGTTC AAGTCCAGGA TGGCCCAGCT
   127501 GCGCCAGGGA AAAGAATAGA AGAAGCATCT GACTACTTCA GGCATGCTCC ACTTGGCTCG
   127561 GGGGGATATA GCTCAGTTGG TAGAGCTCCG CTCTTGCAAT TGGGTCGTTG CGATTACGGG
   127621 TTGGATGTCT AATTGTCCAG GCAGTAATGA TAGTATCTTG TACCTGAACC GGTGGCTCAC
   127681 TTTTTCTAAG TAATGGGGAA GAGGACCAAA ACATGCCACT GAAAGACTCT ACTTAGACAA
   127741 AGATGGGCTG TCAGTAGAGG AGGTAGGATG GGCAGTTGGT CAGATCTAGT ATGGATCATA
   127801 CATGGACGGT AGTTGGAGTC GGCGGCTCTC CCAGGGTCCC TCATCTGAGA TCCCTGGGGA
   127861 AGAGGATCAA GTTGGCCCTT GCGAACAGCT TGATGTACTA TCTCCCTTCA ACCCTTTGAG
   127921 CGAAAGGCAT CAAAAGAAAA GGAAGGAAAA TCCATGGACC GACCCCATCA TCTCCACCCC
   127981 GTAGGAACTA CGAGATCACC CCAAGGGCGC CTTCGGCATC CAGGGGTCAC GGACCGACCA
   128041 TAGAACCCTG TTCAATAAGT GGAACGCATT AGCTGTCCGT TCGCAGGTTG GGCAGTAAGG
   128101 GTCGGAGAAG GGCAATCACT CATTCTTAAA ACCAGCGTTC TTAAGGCCAA AGAGTCGGGT
   128161 GGAAGTGTAA AAGGGGGGGA AGCTCTCCGT TCCTGGTTCT CCTGTAGCTG GAACCTCCGG
   128221 AACCACAAGA ATCCTTAGTT AGAATGGGAT TCCAACTCAG CACCTTTTGA GTGAGATTTT
   128281 GAGACGAGTT GCTCTTTGGA GAGCACAGTA CGATGCAAGT TGTAAGCTGT GTTCGGGGGG
   128341 GAGTTATTGT CTATCGTTGG CCTCTATGGT AGAATCAGTC GGGAGGCATG AGAGGCGGTG
   128401 GTTTACCCTG CGGCGGATGT CAGCGGTTCG AGTCCGCTTA TCTCCAACTC ATGAACTTAG
   128461 CCGATACAAA GCTATATGAT AGCATCCAAT TTTTGCCGAT TCGGCGGTTC GATCTATGAT
   128521 TTATCATTCA TGGACGTTGA TAAGATCCAT CCATTTAGCA GCACCTAAGG GTGGCATAGC
   128581 CTTAATAAGA AGTAAGGGCA ATAAGGGCGA GGTTCAAACG AGGAAAGGCT TACGGTGGAT
   128641 ACCTAGGCAC CCAGAGACGA GGAAGGGCGT AGTAATCGAC GAAATGCTTC GGGGAGTTGA
   128701 AAATAAGCAT AGATCCGGAG ATTCCCGAAT AGGGCAACCT TTCGAACTGC TGCTGAATCC
   128761 ATGGGCATGC AAGAGACAAC CTGGCGAACT GAAACATCTT AGTAGCCAGA GGAAAAGAAA
   128821 GCAAAAGCGA TTCCCGTAGT AGCGGCGAGC GAAATGGGAG CAGCCTAAAC CGTGAAAACG
   128881 GGGTTGTGGG AGAGCAATAC AAGCGTCGTG CTGCTAGGCG AAGCAGCTTG AATGCTGCAC
   128941 CCTAGATGGC GAAAGTCCAG TAGCCGAAAG CATCACTAGC TTACGCTCTG ACCCGAGTAG
   129001 CATGGGACAC GTGGAATCCC GTGTGAATCA GCAAGGACCA CCTTGTAAGG CTAAATACTC
   129061 CTGGGTGACC GATAGCGAAG TAGTACCGTG AGGGAAGGGT GAAAAGAACC CCCATCGGGG
   129121 AGTGAAATAG AACATGAAAC CGTAAGCTCC CAAGCAGTGG GAGGAGCCAG AGCTCTGACC
   129181 GCGTGCCTGT TGAAGAATGA GCCGGCGACT CATAGGCAGT GGCTTGGTTA AGGGAACCCA
   129241 CCGGAGCCGT AGCGAAAGCG AGTCTTCATA GGGCAATTGT CACTGCTTAT GGACCCGAAC
   129301 CTGGGTGATC TATCCATGAC CAGGATGAAG CTTGGGTGAA ACTAAGTGGA GGTCCGAACC
   129361 GACTGATGTT GAAGAATCAG CGGATGAGTT GTGGTTAGGG GTGAAATGCC ACTCGAACCC
   129421 AGAGCTAGCT GGTTCTCCCC GAAATGCGTT GAGGCGCAGC AGTTGACTGG ACATCTAGGG
   129481 GTAAAGCACT GTTTCGGTGC GGGCCGCGAG AGCGGTACCA AATCGAGGCA AACTCTGAAT
   129541 ACTAGATATG ACCTCCAAAT TACAGGGGTC AAGGTCGGCC AGTGAGACGA TGGGGGATAA
   129601 GCTTCATCGT CGAGAGGGAA ACAGCCCGGA TCACCAGCTA AGGCCCCTAA ATGATCGCTC
   129661 AGTGATAAAG GAGGTAGGGG TGCAGAGACA GCCAGGAGGT TTGCCTAGAA GCAGCCACCC
   129721 TTGAAAGAGT GCGTAATAGC TCACTGATCG AGCGCTCTTG CGCCGAAGAT GAACGGGGCT
   129781 AAGCGATCTG CCGAAGCTGT GGGATGTAAA AATACATCGG TAGGGGAGCG TTCCGCCTTA
   129841 GAGGGAAGCC ACCGCGTGAG CGGCGGTGGA CGAAGCGGAA GCGAGAATGT CGGCTTGAGT
   129901 AACGCAAACA TTGGTGAGAA TCCAATGCCC CGAAAACCTA AGGGTTCCTC CGCAAGGTTC
   129961 GTCCACGGAG GGTGAGTCAG GGCCTAAGAT CAGGCCGAAA GGCGTAGTCG ATGGACAACA
   130021 GGTGAATATT CCTGTACTAC CCCTTGTTGG TCCCGAGGGA CGGAGCAGGC TAGGTTAGCC
   130081 GAAAGATGGT TATCGGTTCA AGAACGTAAG GTGCCCCTGT TTTTTCAGGG TAAGTAAGGG
   130141 GTAGAGAAAA TGCCTCGAGC CAATGTTCGA GCACCAGGCG CTACGGCGCT GAAGTAACCC
   130201 ACGCCATACT CCCAGGAAAA GCTCGAACGA CCTTTAAACA AAAGGGTACC TGTACCCGAA
   130261 ACCGACACAG GTGGGTAGGT AGAGAATACC TAGGGGCGCG AGACAACTCT CTCTAAGGAA
   130321 CTCGGCAAAA TAGCCCCGTA ACTTCGGGAG AAGGGGTGCC TCCTCACAAA GGGGGTCGCA
   130381 GTGACCAGGC CCGGGCGACT GTTTACCAAA AACACAGGTC TCCGCAAAGT CGTAAGACCA
   130441 TGTATGGGGG CTGACGCCTG CCCAGTGCCG GAAGGTCAAG GAAGTTGGTG ACCTGATGAC
   130501 AGGGGAGCCG GCGACCGAAG CCCCGGTGAA CGGCGGCCGT AACTATAACG GTCCTAAGGT
   130561 AGCGAAATTC CTTGTCGGGT AAGTTCCGAC CCGCACGAAA GGCGTAACGA TCTGGGCACT
   130621 GTCTCGGAGA GAGGCTCGGT GAAATAGACA TGTCTGTGAA GATGCGGACT ACCTGCACCT
   130681 GGACAGAAAG ACCCTATGAA GCTTGACTGT TCCCTGGGAT TGGGTTTGGG CCTTTCCTGC
   130741 GCAGCTTAGG TGGAAGGCGA AGAAGGCCTC CTTCCGGGGG GGCCCGAGCC ATCAGTGAGA
   130801 TACCACTCTG GAAGAGCTAG AATTCTAACC TTGTGTCAGG ACCTACGGGC CGAGGGACAG
   130861 TCTCAGGTAG ACAGTTTCTA TGGGGCGTAG GCCTCCCAAA AGGTAACGGA GGCGTGCAAA
   130921 GGTTTCCTCG GGCCGGACGG AGATTGGCCC TCGAGTGCAA AGGCAGAAGG GAGCTTGACT
   130981 GCAAGACCCA CCCGTCGAGC AGGGACGAAA GTCGGCCTTA GTGATCCGAC GGTGCCGAGT
   131041 GGAAGGGCCG TCGCTCAACG GATAAAAGTT ACTCTAGGGA TAACAGGCTG ATCTTCCCCA
   131101 AGAGCTCACA TCGACGGGAA GGTTTGGCAC CTCGATGTCG GCTCTTCGCC ACCTGGGGCT
   131161 GTAGTATGTT CCAAGGGTTG GGCTGTTCGC CCATTAAAGC GGTACGTGAG CTGGGTTCAG
   131221 AACGTCGTGA GACAGTTCGG TCCATATCCG GTGTGGGCGT TAGAGCATTG AGAGGACCTT
   131281 TCCCTAGTAC GAGAGGACCG GGAAGGACGC ACCTCTGGTG TACCAGTTAT CGTGCCCACG
   131341 GTAAACGCTG GGTAGCCAAG TGCGGAGCGG ATAACTGCTG AAAGCATCTA AGTAGTAAGC
   131401 CCACCCCAAG ATGAGTGCTC TCCTATTCCG ACTTCCCCAG AGCTTCCGGT AGCACAGCCG
   131461 AGACAGCGAC GGGTTCTCTG TCCCTGCGGG CATGGAGCGA CAGAAGTTTT GAGAATTCAA
   131521 GAGAAGGTCA CGGCGAGACG AGCCGTTTAT CATTACGATA GGTGTCAAGT GGAAGTGCAG
   131581 TGATGTATGT AGCTGAGGCA TCCTAACAGA CCGGTAGACT TGAACCTTGT TCCTACATGA
   131641 CCTGATCAAT TCGATCAGGC ACTCGCCATC TATTTTCATT GTTCAAATCT TTGACAACAC
   131701 GAAAAACCAT TGTTCAACTC TTTTCTTTGA CAACATGAAA AATGAAAAAA CCAAAAGCCC
   131761 TGCCCTCCCT CTCTCTCTAT CCGAGGGATG GAAGGGCAGA GGCCTTTGGT GTCCCTTCCA
   131821 GTCAAGAATT GGGGCCTCAC AATCACTAGC CAATAGGCTT TTCTCTCATG CCTTTCTTCG
   131881 TTCATGGTTC GATATTCTGG TGTCCTAGGC GTAGAGGAAC CACACCAATC CATCCCGAAC
   131941 TTGGTGGTTA AACTCTACTG CGGTGACGAT ACTGTAGGGG AGGTCCTGCG GAAAAATAGC
   132001 TCGACGCCAG GATGATAAAA AGCTTAACAC TTCTCATTCT TATGACTTTT TAAACGAAAA
   132061 AAAAATGAAA AACCAAAAGC TCGTCTTATT CAAAACCCCA ATTATGTTAT GACATCCCTT
   132121 CTCTCCCACT TCACACCTCG GAACGTACCG TTCTTATAGA GATAAACGCG CTTTCACATC
   132181 TTCTTAACCC GAAATGGCTG GGGAGAGGAA AGGTTCCTTT TTTGAGGGTA CTCCCGGGAA
   132241 CAGATCCAGT GGAGACGGGG TGGGGCCTGT AGCTCAGAGG ATTAGAGCAC GTGGCTACGA
   132301 ACCACGGTGT CGGGGGTTCG AATCCCTCCT CGCCCACTTC CGGCCAAAAA GGAAAGTACC
   132361 TTTCCCTCTG GGGGTAGGAA AATCATGATC GGGATAGCGG ACCAAAAGCT ATGGAACTTG
   132421 GGTGTGGGTC TTTGGAATGC CTTTCATTTT TTTTCTTGTG AATGAAGTAA TAATTACACA
   132481 TAGTATGCCC GCGGGCCATC AGCGTATTTT TTTGTTTTAC GCCCCGAAAC TCTTCCTCAG
   132541 CTAGGCTTGG GCAGAATAGG CGAGCAAGTA CAAGTCTTAG TAGCATAACA AAACTGCCTT
   132601 CCTCGTCATT AATATGTTTG CTCGCGGCAA TTGTGAACTC TCGGGAGAAT CGATGACTGC
   132661 ATCAAAGATG CAGTGCTAAT ATAATACATC TGAGAATTCT TAATTGGCTG GTTGTAAATA
   132721 GCCCGTGGGC TGTGGAGAAA AGGATTATCC AGGACCTACA CCGAGGTATT GGCGGTCATT
   132781 TTCCAACCTC GAAGAACAGA ATGGGATACG ATGAGATAGA AACAAAGACA GGGAACAGGT
   132841 TCCCTACTCT TAACGGTCAA AGCGAGCCCC TTTATTTTAT TCTGAATTCG TTAATTCAGA
   132901 ATGAATCAAA TCTCCCCAAG TAGGATTCGA ACCTACGACC AATCGGTTAA CAGCCGACCG
   132961 CTCTACCACT GAGCTACTGA GGAACAACGG TAGATTAGAT CTCATAGAGT TCAATTCCCG
   133021 TTCTCAACCC ACGACCAATA TGAGCTGGAA CCCTCCTTCG TAACTCCCGG AACTTCTTCG
   133081 TAGTGGCTCC GTTCCATGCC TCATTTCAGA GGGAACCTTC AAAGTGGCTC TATTTCATTA
   133141 TATTCCCTCC ATATCTTAAT TCTATAGCAT TGATTTAATA CCCCTTAATT GGATCATTGA
   133201 CATAACAGAT GTCGTTTCTA GTCTATCTTT TTCTATATAT GGAAAGTTGA AAAATCATCA
   133261 TATAATAATC CAGAAATTAA AATAGAAAAG AAATAAGGGA GGTTTGTGAT GATTTTTCAA
   133321 TCTTTTCTAC TAGGTAATCT AGTATCCTTA TGCATGAAGA TAATCAATTC GGTCGTTGTG
   133381 GTGGGACTTT ATTATGGATT TCTGACCACA TTCTCCATAG GGCCCTCTTA TCTCTTCCTT
   133441 CTCCAAGCTC AGGTTATGGA AGAAGGAACC GAGAAGAAGG TATCAGCAAC AACTGGTTTT
   133501 ATTACGGGAC AGCTCATGAT GTTCATATCG AGCTATTATG CGCCCCTGCA TCTAGCATTG
   133561 GGTAGACCTC ATACAATAAC TGTCCTAGCT CTACCATATC TTTTGTTTCA TTTCTTCTGG
   133621 AACAATCATA AATACTTTTT TAATTATGGG TCTACTACCA GAAATTCAAT GCGTAATTTC
   133681 AGCATTCAAT GTGTATTCCT GAATAATCTC ATTTTTCAAT TATTCAACCA TTTCATTTTA
   133741 CCAAGTTCAA TGTTAGCTAG ATTAGTGAAC ATTTATATGT TTCGATGCAA CAACAAGATG
   133801 TTATTTGTAA CAAGTAGTTT TGTTGGTTGG TTAATTGGTC ACATTTTATT CCTGAAATGG
   133861 CTTGGATTGG TATTAGTCTG GATACGGCAA AATCATTCTA TTAGATCGAA GAAGTACATT
   133921 CGATCTAATA AGTACCTTGT ATACGAATTG ATAAATTCTA TGGCTGGAAT CTTTAATATT
   133981 CTCTTATTTA TTACCTGTGT CTACTATTTA GGCAGAATAC CGTCACCAAT TTTGACTAAG
   134041 AAATTGAAAG AAACCCCAAA AACGGAACAA AGGGGGGAAA GTGAGGAAGA AAGAGATGTA
   134101 GAAATAGAAA CAGCTTCCGA AATGGGGGGG ACTAACCAAG AACACGAGAG ATCCACCGAA
   134161 GAGTCTTATC TACTGAATAT CAATGAAAAT AAGGACAATT CACAAGTGAA AAAAGAAAAC
   134221 AAAAAAATTA AAACTAAGGA CCCTTTTTTC AAAAAAAAAC GTCTTGTGAA TCTTCTTTTC
   134281 GACTCAAAGC GATGGAATCG ACCATTTCGC TATATAAAAA ATATTCGCTT TAATGATGGG
   134341 AATCAAATAG TAAGAAATGA AATGTCACAA TATTTTTTTG ACATATGCAA AAGTGATGGA
   134401 AAAGAAAGCA TCTGTTTTAC ATATCTCCCC AGTTTATCCA TTTTTTTTGA AATAATAAAA
   134461 AAAAGAATAC CCCCCCCTAC ATGCGAAAAA TCTTCAACTA CTAAATTCTC CAATTCTTGG
   134521 GTTTATACCA ATAACAAAAA AGGGAAAAGT TTTAACAACG AGTTTATATA TCGAATTGAA
   134581 ACTCTAGACA AAGAGTTTTT TTCTTTGAAT ATACTTGAAA CAAAGACTCG ATTATGTAAT
   134641 GACGATTATA CAAAAGAATA CTTATCAAAA AAAAACGACC CTTTCCTGAG CAGATCATAT
   134701 CGGAAAACAA TCGACAAAAA CTTTTCACCC GTAATCGTAA TCTTTAAAAA AACTTTGAGA
   134761 AAACATTTCA TAGAGAAATT GGGAATAAAT CGAATTCATG GTATCCTTCT TTGGGATACT
   134821 AATGGTCAAG AATTTGAACA GAAAATAAAT AGGATTTATA AAAAAGCATT ATCAATAGAA
   134881 ATTGTTGATT TATTAACTTC CATCAGTAGA CTTATTCAAG AATCGGAAGC CAGCGATCTA
   134941 AATGGGAAAG TTATTTCTTT ATTTTCAGAA GGAAAAATAG GACCACAATA TTTTAAATAT
   135001 CTATTAACTC AAATCGTAAC TGATGGTAAT GATCAAAAAA TTCTCAGAAA ATCGACTAGA
   135061 ATAAAAGAAA TCAGTAAAAA AGTCCTTCGA TGGTCATATA AATTAATAAC TCAGTTAGAA
   135121 CAACAATCTG GCGAATATCA GGAAGACGTA CCTATCGATT ATGAAATTCG TTCAAGAAAA
   135181 GGGAAAAACG AAGTAATTTT TACTGGTAAC AAAGAGGGTG CTGATCTTAC TATAGATACT
   135241 AATACGTTCG ATCAAACAGC GACAGACGAG GTGTCCTTAA TACGCTATTC AAAAAAATCA
   135301 GACTTTCGGC GAGGTATAAT CAAGGGTTCT ATGCGATCTC AAAGGCGTAA AATAGTAATT
   135361 TCCGAAGTGT TTCAAGCAAA TGTGCACTCC CCTCTTTTTT TGGACAGACT AAAAAAAAAG
   135421 TTTTTTTTTT CTTTTGATAT CTCCGGTTTG ATTAAACTTC TTTTTCGAAA TTGGTTGGGT
   135481 AAAGGGGAAA CATTAAAAAT TTTAGAGTAT ACAGAAGAAC AAACAAAAAG AAACGAAAAA
   135541 AAAGAAAAGA ACACAAGAAG GGCCAGTGCC CGAATCGAAA TAGCAGAAGC CTGGGATAGG
   135601 ATTCGACTTG CACAAATAAT AAGAGGTTGT ATGTTAGTAA CTCAATCTAT TTTTAGAAAA
   135661 TATATTTTAT TACCTTCAGT CATAATTATG AAAAATATTG GACGTATACT TCTATTTCAA
   135721 CTTCCTGAAT GGTCTGAGGA TTTTGAGGAG TGGGATAGAG AGATACATAT TAAATGTACT
   135781 TATAACGGTG TTCCATTATC CGAAAAAGAA TTTCCGAAAA AGTGGTTGAC AGACGGTATT
   135841 CAGATAAAGA TATTATTTCC TTTATCTTTG AAACCTTGGA ACAAATCCAA ACTAGGATAC
   135901 TCTCAGAAAG ATTTACAAAA AAAACAAAAA AATGATTTTT GTTTTTTAAC AGTTTGGGGA
   135961 ATGGCAACCG AACTTCCTTT TGGTTCACCC CGAAAACGAC TTTCCTTTTT CAAACCCATT
   136021 TTTAGGGAAT TGAAAAAAAA AATTAGAAAA TTCAAAAAGA AGTATTTTCG CATTTTAATC
   136081 ATTTTCAAAG TAAAAACAAA ATTACTTAGA AAACTTTCAA AAGAAGCAAA AAAATGGGTT
   136141 ATCAAAAGTG TTATTTTGAT AAAAAAAAAA CTAAAAGAAC TTTCAAAAAT AAACCCAATT
   136201 CTATTATTTC GGCGTGAAAT ATATAAATCG AGCGAATTTA CAGAAAAAAA AGATTCTCAA
   136261 ATAAACAATC AAACAATTTC CGAATCGGCG AATGAAAGTG CATTTCCGGA TTGGACAAAT
   136321 TTTTCATTTA AAGAAAAAAA AATGAAGGAT CTGGTTGATC AAACAAATAC AATTCTAAAT
   136381 CAAATCGAAA GAATCTCAAA AGATAAAAAA AAAGTAATTA CAAGAATAAA TAATCTTAGC
   136441 AGTACTAAAA AAACAAATTA TAATGGTAAC AGATTAGAAA AATGGCAAAT ATTAAAAAGC
   136501 ATAAATGCTA GAATAATTTG TAAATTACCT TTTTTTTTTC AATTTTATAT TCAAAGAATA
   136561 TACACAGATA TTTTTGTATC TAGCATTAAT ATTCCGAAAA TAAATACAGA AATTTTTCTT
   136621 GAATTAATAA AAAAAATTAT TGAAAAATAC ATTTACAATA ATCCAAGAAA ACAAGAAATA
   136681 AAAAAAAAAA CACACACAAT TTCGTTTATT TCAAAGTCAC TTAATAATAA TATTAGTAAT
   136741 CAACGAACTA ATTCCCATAG TTTTTATGAC TTATCCGACG TATCACAAGC ATACGTCTTT
   136801 TATAAATTAT CACAAATCCA CGTTAGTAAT TCTTATAAAT TTAGATCTGT TCTTCACTAT
   136861 CAAGAAATCC CTTTTTTTCT TAAATCCAAA ATAAAGGATT CTTTTGAAAC ACAGGGAGTG
   136921 ATTCATTCGA AATCGGGGGG TAAGAAACTT TCGAGTGATG AAATAACTCA CTGGAAAAAC
   136981 TGGTTAAGAA CACATTATCA ATACAATTTC TCTCAGATAA AATGGTCTAA ATTAATACCA
   137041 GAAAAATGGC GAAATACGGT TCGTCAGGGT CATAGCCCTA AAAATGCCAT TTGGTTAAAA
   137101 TGGCATTCAT ATAAAAAAGA CCGATTACTT GGTTTCAAAA AACAAAAACA ATTGAAATTT
   137161 TATTCATTAT CTAATCAAAA AAATAATTTT CAAAAAGACT ATAGGTATAA TCTTTTATTA
   137221 TATAAATTTT TTAATTATGA AAATAAAACG GAATGCTTTT TTTATAGATC TTCGTTTCAA
   137281 GAAAATAACA GCCAAAATAT TTCTTACACG CTTAAAGAGA CTCTTTTTAA TAAGCTGAGA
   137341 AACCTCTCTA GTAATAATTA TCTAGATAAT AATAATAATC TAAGAAGGGT CGATACTCTA
   137401 TATATGGAAA AACTGGCGAA TAGAAAATAT TGTGATTCGA AAATTATCAA CGTTAATCGT
   137461 AAAGAAAAAG TTGATAGTAG GACCTATATC ACGATCGATA ACAACAGGGA TCAAAATACT
   137521 CAAATTATTA CTAAAAAAGC TCTTTATTAT CTTATGAGTC CAGAAAAAAA TCCACCAAAT
   137581 TTTTACAAAG GTTTTTTTGA TTGGATGGGA ATGAATGCAC AAATGTTAAA GCATCCCATA
   137641 TCAAATCTGG AATCTTGGTT CTTTCTAGAA TTTGTATTAC TTTATAGTGT ATATAAAAAA
   137701 AAACCTTGGT TTATACCAAG TAAATTACTT CTTTTTAATT TGAGTAGAAA TGCAAATCAA
   137761 AACAGTAGTG AAAATAAAAA GATCAATGAA AACGAACGCA TAAGTCGAAG AGATCTTGGA
   137821 TCCATTCTCT CAGAACACAA AAATATTCAA GAAAGTTATG TAAAGTCAGA GATGCAACAA
   137881 GGGAAAAAGA AAAAACAATA CAAAAACAAG ACGGAAGCAG TACTATATTT CTTCCTGAAA
   137941 CGCTATTTGC TTTTTCAAGT GAGATGGGGC GATACTTTAA CTCAAAGAAT GATCAATAAT
   138001 ATCAAGGTAT ATTGTCTCCT GCTTAAACTC ATAGATCCAA GAAAAATAAC TATATCCTCG
   138061 ATTCACAAGA GAGAAATGAG TTTGGATATA ATGCTAATTC GGAAGAGTTT AACTTATACA
   138121 GAATTGCTCA AAAAGGGAGT TCTAATTATA GAACCTATTC GTCTGTCTGG AAAAAAAGAT
   138181 GGACAATTTC TTATGTATCA AACCCTAGGT ATTTCGTTGA TTCATAAAAG TAAACCCCAA
   138241 ACTAATCAAA AATACCAAGA GCAAGGATAT TTTTCTAAAA ATCATTTTGG TAAAACTATT
   138301 TTAACACACC AAAAAATAAC TGAAAATAAA GATAAAAAAA TTTTTGATTT GTTTGTTCCC
   138361 GAAACTATTT TATCGTTTAG ACGTCGTAGA AAATTGAGAA TTTTAATTTG TTTGAATTCA
   138421 AAGAATAGAA ATGGTATAGA TAGAAATCTA GTATTTTCGA ATGAAAAGAA CCTAAAAAAT
   138481 AGCACCCAAG TTTCACTTGA CAATAAGCAC CTTGATAGAG ACAAAAATAA ATTAATGAAA
   138541 TTAAAGCTTT TTCTTTGGCC TAATTATCGA TTAGAAGATT TAACTTGTAT GAATCGTTAT
   138601 TGGTTTGATA CGAATAATGG CAGTCGTTTC AGTATGTTAA GAGTACGTCT GTATCCACGA
   138661 TTGAAAATTT ATGGATAATA CATTTTTGCT ATATATTATA TACGCTACGA TACCTATCTA
   138721 TTATAGTATT ATGGTATAGG AAGTATAGGA AAGCAAACAA ATATAAATAT ACGGATCATA
   138781 CGTCTTGTCT CCGATTTCAT TAATGTTTCA ATTGAATCTC AAAAGGAATT AACAGAACCT
   138841 TAGAACTTTC TCCATTTGCG GTCTAAATTA AAATGATTCG ATCGAAAAAC GAACCAATCC
   138901 TTTATCTATT CCTCTCTAAA GCCAATTTAA AATTGCATTA ATGTATTTTT TTTCAGAAAA
   138961 TTAGGAATTC ATATTCATAA CGAACTTCAG ATTATATTAT TGTATATACG ACAATTCAAA
   139021 TTAATGACAT TATTATTATT ACTGCTCGGT AAAATCCATA TCTGTAAATT AAGGGAAGGG
   139081 GATTTTTTGT ATGGTAAAAA ATTCATTCAT TTCGGTTATT TCTAAAAAAG AAAACGAAGA
   139141 AAACAGAGGG GCTGTTGAAT TTCAAGTATG TAGTTTCACC AATAAGATAA GGACACTGAC
   139201 TTCACATCTG GAATTGCACA AAAAAGACTC TTCATCCCAA AGAGGTTTGC GGAAAATTTT
   139261 GGGAAAACGT CAACGACTCC TAGCCTATTT GTCAAAAAGT AATAGAAAGC GCTATAAAGA
   139321 ATTAATTGGT GAGTTAGGTA TTCGCGAGAT CAAAACTCGT TAATTGAATT TGGAACGCGA
   139381 TAACATTTCA GCTTAATCGT TTAAATTTTG ATCAACGTTT TTTTACTTTC AGCAATGCAT
   139441 GGAAGAATTG CGCGAGAAAA ACTTTGGGTT GTACAAACTA TAAGAAAAGA CCTCATGTTA
   139501 ATCAATACGG GCCCTCACCA CCCCATCAAT ACACGGTGTT TTTCGACTGG TCATTACTCT
   139561 TGGTGGTGAA GCTGTTATTG ACTGTGAACC AATATTAGGT TATTTACATA GAGGGATGGA
   139621 AAAGATTTCG GACAATCGAA CAATTATACA ATATTTTCCT TATGTAACAC GTTGTGATTA
   139681 TTTAGTTATT ATGTTCACCG AAGCAATAAC CATAAATGGA CTCGGGCGGC TAGAAAATAT
   139741 CCAAGTACCT ATAAAGGACT AGCTAGAGCT ATTATGATGT TGGAATTGAG CCGTATCCCT
   139801 TCCGATTATA TTATGGCTCA TCCCTTTCAT TATGGCAGAT ATTGGGGTAC AGACCCCATT
   139861 CTTCTATATT TTGCGAGAAC GAGAATTAAT ATATGAAGTA TTCGAAACTG CACTGCTACC
   139921 GGTATGCGGA TAATGCACAA TTAGTTTCGT ATCGGAGGGG TTACTGCTGA TCTACCTCAT
   139981 GGTTGGGTAG ATAAATATTT GGATTGTTGC GATTATTTTA AAAGATGTTT AGTCCTATAT
   140041 TTAACGCTTG TATTAGGAAT CACACTAGGC GTATTAGTAA TTATTTGGTT AGAAAGAGAA
   140101 ATATCTGCGA CGCTACAATA ACATATTGGA CCCGAATACA CCGGGTCGTT GGGAATTCTT
   140161 CAAGCTATAG CAGACGGTAC AAAACAAAAC TACTTTTTAA AGAGAATCTT CTTCCATCTA
   140221 GAAGAGATAT TCGTTTAGTC AGTATCGGAC CATCCCTAGC AGTCATATCC ATTATTACTA
   140281 ACTTTTTTAG TAATCACTTT TAGCTATCGC TTTATTCTAG CTGATCTTAG TATTGATATT
   140341 TTTTTTTGAC TTCTTATGTC GCGATATGGC TCAAATAATA AATTAGGTGG ATATAAGGGC
   140401 TGCTGCTCAA TCAATTAGTT ATGAAATACC ATTAACTCTA CATGTATTAT CTGCGATTTG
   140461 GTAAGACACA AAATTGACCC CATAATTCTT TTTTTTTTTT TAAGTGAAAT TTGAATATTT
   140521 ATAAAAAATG TAAATTGGCG GGTTTGAAAC GGGGTAAGGT ATGATCGTGG TTGTAAAAAT
   140581 AACTATAAGA AATCAAAGTA TTTTGGCCCT CGCTCATAAA CCAATTAGGA AGAAAATTAA
   140641 TTCGGATTAC TCATTGATTC GTTTGGTATC TAAATAAAAA TCTAAGATCT AAGATCATTT
   140701 ATAAATTAGT TTACTAGACC GAAAACTTAT GACGTTCAAA AATGTATAGA TCCAATGTCA
   140761 CATTCAGTAA AGATTTATGA TACATGTATA GGATGTACTC AATGTGTCCG GGCGTGTCCC
   140821 ACCGATGTAT TAGAAATGAT ACCTTGGGAC GGCTGTAAAG CTAAACAAAT TGCTTCTGCT
   140881 CCAAGGACCG AGGACTGTGT TGGTTGTAAG AGATGTGAAT CTGCTTGTCC AACCGATTTC
   140941 TTGAGTGTTC GGGTTTATTT ATGGCATGAA ACAACTCGCA GTATGGGTCT AGCTTATTGA
   141001 TATTGATACC TTCCTTAAAA CTTTACTTGA ATACATTTTT TATCGACAAA ACCCGTGCTC
   141061 AACTTCAAAG TTTTGGGGCA CGGATTTTTA TGGCCCAAGT ATATCTTGTC TTTACCATGA
   141121 ACCAATTTCC TTGCTTAACA CTAACGGCAG TTTTCTTAAT ATTTGGGGGT TCTTTAATTT
   141181 AATTTTTTCC ACATAAAGGA AAAAGATTCC CCCGTTAGTA TACGATGTGT ATCAACGTCT
   141241 TCTAACGACT TATGCACTCT GCTATCATTT CCAATTAGAT GATCAACTAG TTGAAGATTA
   141301 TAAATCTTAT GGATACATTT TTTTATTTCG ATTGGAGATT AGGAATAGAT GGACTCTTGT
   141361 AACTACTTTG TAGTGTAGCT GCTTTAGCGG CTTGGCCAGT TACTTGAGAT TCTCGATTAT
   141421 TTCATTTCCT GGTGTTAGCA ACGTACAGTG GGCAAATAAT ATTATTTTCG TTTCGGTACT
   141481 TTTTACTTTT TTTCCTCGTG TGGGAGTTAT AATTAATTCC CGTTTATTTA CTTGTATCCA
   141541 TGGGGGGGAA CATTTGCACT GGGCTAAAAA ATTCATTTTG TATGTGGTAG GGTTTTCTTT
   141601 TAATGAGAGT TTATTACTAT TGGTTTATAT GATTCTACTG AACCAACATT CTATTTTGAA
   141661 ATATTAGCCC CGCAGTGCTC TCCCGCGGCC TTGGAAATAA AATTATATAT ATATATAATT
   141721 TTTTATGGTT CTTGCGGTCA AATTGCCAAC CATATCCCCT ATGGTTACCA GATTACGCAC
   141781 ATAGAAGCGC ATTTTATAGT ACTTGTATGC TTTTCGCTGG AATCTTATTA AAAATGGGGG
   141841 GGCGTATGGA TTAGTTCGAA TCAATATGGA ATTATCCCCC CACGCACATT TTATATTTTC
   141901 TCCCTGGTTG ATAATAATAA GTGCAATGCA AATAATTTAT GCAGCTTGAA TACCCTTGGG
   141961 CCCTCGAAAA AAAGAATCGC CTATATCTCC ATATCTCATA CGGGTTTTCT AATTATAGGA
   142021 ATCGATTGTA TTACTGATTT GGGACTCAAC GGAGCCCTTC TTACAAATCC TTACAAATCC
   142081 GGGGTCCATA ATCAAGGAAG AGTTTGAAAG ATTAAATATC TTGTATCCGT AGAACATTTG
   142141 GCGTAACATA GATAATAAAT AGGAGTTAAT ACCAATTGCC ATTACAAAAG TAACTTAGGG
   142201 CTTTTGTTAT TAAAAGAGAT TTTTGGATTC TAAAAAAGAC TATTAATTCG GCAACAAAAT
   142261 TACCCATACC CGGCAGTGCA TCAAGTGAAG CGATCAAAAA GCTACTCAAC ATCGTGAATA
   142321 TTTTTGGCAT TGGAATAGCT ATCCCCCCAT TTCGTTTTTT CACTATCAGC TGAAAAGATT
   142381 GAAGTGATTC TAACTAATTC TTTGTTTTTG TTATAGATAA TTTTTTCTTA TGGTAAGTAA
   142441 GAAAACAACT AATGTGGCGA GAACCTAGCG AATTACTACT AATACTGTAG TGATTCGCCA
   142501 GGTTCGCATC AGTTCACACA AGGTTTTTCT CTAATGGTAT AAACTTTTAT ATTTTGAATC
   142561 CTTTTTGAAT TCAATTAAAT GTAAATGACC CATAACTATG GATCCCTATT CCTAATAAAT
   142621 TCACTCCAAA ATAGCAGATC CAAATTATAA TAAATCCAAC AGATGCCACA ATTGCTGAAC
   142681 TTGTACCCTT CCACTTTATA TTTGTTCGAA TATGTAAATA AATCGCGAAT ACTATCCAAG
   142741 TAATAAAAGC CCAAGTTTCT TTTGGATCCC AACTCCAATA GGATCCCCAC GCTTCGTTAG
   142801 CCCATACGGC GCCCGAAAGA ATTCCTATGG TTAAAAAGAT AAACCCTAGA CTAATAACTC
   142861 GATAACTCCA ATAATCCAAT TGTTGAATCA ATTGCGATCT GTAATAATTC CTTGGAGAAA
   142921 AAAACGAGCT ATTTGCAAAA ACATTACTCC GTATATTCAT ATATTCGACC CCCCCCAAAA
   142981 AAAATGATTC ATGTAAAAAA TGATTACTCA TAGAGTAAAA CTTTCTTTTT TTTTTACATG
   143041 TAATGACTAG AAGAGATACT GATAATAATG ATCCACATAA AAGGGCTGCA TAGCCTAATA
   143101 TCATCATACT TACATGCATT ATTAGCCACT CGGATTGAAG GGCGGGTACT AATATTGTGG
   143161 ATTCTCGTAT TTCAGTTAAA AGACCTGAAG TAGCAAAGCC CTGGGTAAAA ATAGTACTTG
   143221 GGCCTATTAT TGTACTTAAA AGGTTGTTAT TTTTTTTTAA ATGTGGAACT ATATGAATAA
   143281 GGGAAAAACT CCAGGAAAGA CAGATTAACG ATTCATATAA ATCACTTAAG GGAAAATGAC
   143341 CTAAATAAAT CCAACGAGTA ATTAATAATA CTGTTATACA GAAAAAAGTC ATTATCCTGC
   143401 CTCTTTCGGA TGAAGCATAG AGTTTTACGA GTTCATCGAC TAAAAAAGTT ATCAAATGAA
   143461 TTGTAATTAT AATTGAAACG ATCGAAAAAG AAATATGAAT TAATATATGC TCTAAGGTTG
   143521 AAAATATCAT AAAAAAGGAA TCCCTAAATT AGAAAATAAA AATGCAATTT CCAATTGCAT
   143581 TCATTATTCA TTTATAGGAT TATTATTATA GGTCCCATTT ATTTTTTTTT AGTAAATTGA
   143641 ATGCCGCCAC TCGGACTCGA ACCGAGATGC TCTCGCACTG CTTCCTAAGA GCAGCGTGTC
   143701 TACCAATTTC ACCATAGCGG CTTGTCTTGG ATTCATAATA GCCTATGAAT AAGCAATCGT
   143761 CGAGATTTAA GAATGAAATC GGGTGTAATA GTTTTTAGGA AATATTCAAA TTGATGAATA
   143821 AAAATTTTAG GTATTTGAAG GTTCATTATT TTAATTTCAG GCTAGGGTCA TAATTTTATT
   143881 GTGTATTTTC TATTACTACT TTATCGTGAT TTGCACTTTT TTTGTAAAAC CATACAGTCT
   143941 ATGGGTTAGA ATCGCCTCAA AAAAATGGCT GTTTGCCTTT TTGACTTATT TAAAATTTCC
   144001 ACATATTTAT TCAGAAAACA CCTTAACTAA GTAAGTATTT TTGCGTAGAT TAATGCTGAT
   144061 ATATCTAGAA GGGGTCTATA TAGTAGATTA GCAAAGAAAG AAAGTTATAC AAAAACTAAA
   144121 ATTTAGTATC TTGTTTTTTT GTCAACAAGA CGGACGTCTT TTCTTTTTAT TTTTAATTCG
   144181 GAAAGGTAAT ATAGAAAAAT TCTTATTCTA AATTCTATTC TAAAATCCAA ATTATCGAAT
   144241 TCCATTTCGT AGTGAGTAAC ACTACGAAAT GGAATTCGAT AATTTGGATT TTATATTTGA
   144301 TAGGAAATGA CTCCAAAAAA GTGAGTCGAG TCTATTTAGA TTATTCAAAC ATGTTATGTT
   144361 TTAATATTTT TTTTTACTTA TTTTATTTGT TTGTCGCTCA AAAAACTTTT TGAATTTCCG
   144421 GTAGAAAGAG ATTTACCTAA GGAAAGCGCT TTTAATGCTG TCCAATACCC CCTCCTTTTC
   144481 CAAAAATTTT TATGAATACG CTTTTTTGAT GCAGAAGTAC GTTTTTTTGG AACTGCCATT
   144541 TAAATAAAAA TTAAAAAATT ACTCAGTGGT ATAACTGGAT GTGAAAGACA TCTATTGTTC
   144601 AAAAAAATCT AAACTCAAGG AGTAGATAAG ATGGGGTAAA AATATGGGAA AATCTCAAAA
   144661 AAAAATGACT AATTTCTAAA ATTAGAAATA AAGAAGAATG AAGAATATTG CTAGAAACAT
   144721 GTCAAACTTG GGAAAAATAT TTCTATATTT TACTTTAATT TTAAAAGTGA AAAGAGACTA
   144781 ATAATTTGTT TCTTTTTGTC ATTGGATTTG ACCAATTAGA ACTTTAGAAC TTCTTGGTTT
   144841 GAATATTTGA AGTATTTAAC AGAAACTCAG AAAGAATAAG TTAAAAAGAA ATACAAATTC
   144901 TATTTTAAGT TTGTGCATAT CTTCATTTTT TGTTTATTCA CTCAAAACTA CTTGTTACAA
   144961 ATAACATCTT GTTGTTGCAT CGAAACATAT AA
//

