LOCUS       Senecio graciliflorus            151189 bp    DNA     circular     07-MAR-2025
DEFINITION  Senecio graciliflorus chloroplast
ACCESSION   Senecio graciliflorus
SOURCE      chloroplast Senecio graciliflorus
  ORGANISM  Senecio graciliflorus
            Senecio graciliflorus;
REFERENCE   1  (bases 1 to 151189)
  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           Senecio graciliflorus
            Subjob        Senecio graciliflorus
            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 07:51:12 GMT
            Started       7 Mar 2025 07:51:16 GMT
            Finished      7 Mar 2025 07:52:30 GMT
FEATURES             Location/Qualifiers
     source          1..151189
                     /organism="Senecio graciliflorus"
                     /organelle="plastid:chloroplast"
                     /mol_type="genomic DNA"
     gene            join(complement(93560..93673),10942..11734)
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 92.2, coverage 30.65%, match 28.23%,
                     fragment match 92.11%; blatX_hit
                     rps12_Ptrichocarpa_GeSeq-SRS_v6, position 115 - 372, psl
                     score 91.1, coverage 69.35%, match 68.55%; merged"
                     /annotator="Chloe, blatX; merged"
                     /trans_splicing
     CDS             complement(join(121113..121139,121675..121905,
                     93560..93673))
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             join(complement(93560..93673),10942..11173,11709..11734)
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     gene            complement(join(121113..121905,93560..93673))
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 92.2, coverage 30.65%, match 28.23%,
                     fragment match 92.11%; blatX_hit
                     rps12_Ptrichocarpa_GeSeq-SRS_v6, position 115 - 372, psl
                     score 91.1, coverage 69.35%, match 68.55%; merged"
                     /annotator="Chloe, blatX; merged"
                     /trans_splicing
     CDS             join(complement(93560..93673),10942..11172,11708..11734)
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             complement(join(121113..121138,121674..121905,
                     93560..93673))
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNSQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     CDS             complement(1..514)
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            842..913
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            842..913
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            complement(1390..1463)
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(1390..1463)
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(1703..1823)
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 121, E-Value 6.9e-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(1703..1823)
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            complement(2075..2177)
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn4.5,
                     position 2 - 103, E-Value 4.2e-32, score 113.5; blatN_hit
                     rrn4.5_Vvinifera_GeSeq-SRS_v1, position 1 - 103, psl
                     score 100.0, coverage 100.00%, match 100.00%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(2075..2177)
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            complement(2276..4133)
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Rcommunis_GeSeq-SRS_v1, position
                     953 - 2810, psl score 99.2, coverage 66.12%, match
                     65.59%"
                     /annotator="blatN"
     rRNA            complement(2276..4133)
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            complement(2276..5082)
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3250.7; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            complement(2475..5082)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            complement(2475..5082)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          complement(2276..2474)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            complement(2276..5082)
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            complement(4134..5082)
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Rcommunis_GeSeq-SRS_v1,
                     position 1 - 949, psl score 99.0, coverage 33.77%, match
                     33.42%, fragment match 98.95%"
                     /annotator="blatN"
     rRNA            complement(4134..5082)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(5235..6128)
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(5235..5269,6091..6128))
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            complement(6091..6128)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(5270..6090)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(5235..5269)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            complement(6193..7041)
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(6193..6227,7005..7041))
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            complement(7005..7041)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(6228..7004)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(6193..6227)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(7334..8824)
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn16,
                     position 1 - 1491, E-Value 0, score 1737.3; blatN_hit
                     rrn16_Nundulata_GeSeq-SRS_v1, position 1 - 1491, psl
                     score 99.6, coverage 100.00%, match 99.60%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(7334..8824)
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            complement(9046..9117)
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(9046..9117)
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            10919..11195
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 114 - 348, E-Value
                     2.8e-77, score 261.8"
                     /annotator="HMMER"
     CDS             10919..11195
                     /gene="rps12"
                     /annotator="HMMER"
     exon            10942..11173
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            10942..11172
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     intron          11173..11707
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     intron          11174..11708
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     exon            11708..11734
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            11709..11734
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     gene            11788..12255
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 1.7e-146, score 490.0;
                     blatX_hit rps7_Vvinifera_GeSeq-SRS_v6, position 1 - 468,
                     psl score 98.1, coverage 100.00%, match 98.08%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             11788..12255
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTSEEKTAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAVKKIQQKTETNPLSVLRQAIHGVTPGIAVKARRVGGSTHQVPVEIGSTQGKALAIR
                     WLLAASRKRPGRNMAFKLSSELVDAAKGSGDAIRKREETHRMAEANRAFAHFR"
     gene            12545..14748
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Abelladonna_GeSeq-SRS_v6, position 1 - 1533, psl
                     score 97.5, coverage 100.00%, match 98.83%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(12545..13321,13993..14748)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit B"
                     /translation="MIWHVQNENFILDSTRIFMKAFHLLLFDGSLIFPECILIFGLIL
                     LLMIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREEPMISFSGNFQTNNFNEIFQF
                     LILLCSTLCIPLSVEYIECTEMAITEFLLFVLTATIGGMFLCGANDLITIFVAPECFS
                     LCSYLLSGYTKKDVRSNEATMKYLLMGGASSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNSPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSKVAA
                     SASATRIFDIPFYFSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQIGY
                     VIIGIIVGDSNDGYASMITYMLFYICMNLGTFACIVLFGLRTGTENIRDYAGLYTKDP
                     FLALSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYFLVLIGLLTSVVSIYYYLKI
                     IKLLMTGRNQEITPHVRNYRRSPLRSNNSIELSMIVCVIASTIPGISMNPIIAIAQDT
                     LF"
     exon            12545..13321
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          13322..13992
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            13993..14748
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            15332..15412
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            15332..15412
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(15842..22510)
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ycf2_Soleracea_GeSeq-SRS_v6, position 1 - 6396, psl score
                     93.6, coverage 104.27%, match 92.32%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(15842..22510)
                     /gene="ycf2"
                     /annotator="Chloe, blatX; merged"
                     /product="Ycf2 protein"
                     /translation="MTGHEFKSWILELREILREIKNSHYFLDSWTQFNSVGSFIHIFF
                     QQERFIKLFDSRIWSILLSHNSRGSTSNRYFTIKGVILFGVAVLIYRINNRNMVERKN
                     LYLIGLLPIPMNSIGPRNDTLEESVGSSNINRLIVSLLYLPKGKKIYESSFLNPKEST
                     WVLPITKKCSMPESNWGSRWWRDWIGKKSDSSCKISNETVAGIEILFKEKDLKYLEFF
                     FVYYRDDLMRKDHDWELFDRLSLRKRQNRINLNSGPLFEILVKHWICYLMSAFREKRP
                     TESDFLRNVSRENLIWLDNVWLVNKDRFFRKVRNVSSNIQYDSTRSSFVQVRDSSQLK
                     GSSDQSRDHFDSISNEDSEYHTLIHQREIQQLKERSILRDPSFLQTEGTEIESNRFPK
                     CLSGYSSMSRLFTEREKQMINHLLTEEIEEFLGNPTRSVRSFFSDRWSELHLGSNPTE
                     RSTRDQKLLKKQQDLSFLRRSENKEMVNLFKIITYLQNTVSIHPISSDSGCDMVPKDE
                     PDMDSSNKISFLNKNPFFYLFHLFHDRNRGGCTLNHDFELEERFQEMADLFTLSITEP
                     DLLYHKRFAFSIDSYGLDPKQFLNGVFNSRYEWKTTSLLVLLVLLPIFYEENESFYRR
                     IRKKGVRISCGNDLEEPKPKIVVFASNNIMEAVNQYRLIRNLIQIQHSTHRYIRNVLN
                     RFFLMNRSDRNFEYGIQRDQIGKDTLNHRTLMKYTINQHLSNLKKSQKRWFDPLIFFS
                     RTERSMNRDPDAYRYKWSTGSNNFQEHLEHFVSEQKSRFQVVFDRLRINPYSIDWSEV
                     INKKDLSKPLRFFLSKLLLFLSNSLPFLFVSFGNIPIQRSEIYIYELKGPNDPQFLES
                     IGLQIVHLKKLKPFLLDDHETCQKSKFLINGGTISPFLFNKIPKWMIDSFHTRNNRRK
                     SFDNTDSYFSMIFHDQYNWLNPVKSFHRSSLRSSFYKANQLRFLNNPHHFCFYCNKRF
                     PFYVEKARINNYDFTYGQFLNILFIRNKIFSLCVGKKKHAFWGRDTISAIESQVSNMF
                     ISKAFPQSGDETYNLYKYFHFPSRSNPFVRRAIYSIADISGTPLTEGQIVNFERTYCQ
                     PLSDMNLSDSEGKNLYQYLNFNSNMGLIHTPCSEKFLPSEKRKKRSLCLKKCVEKGQM
                     YRTFQRDSAYSTLSKWNLFQTYMPWFLTSTGYRYLKFLFLDTFSDLLPILSSSQKFVS
                     IFHDIMHGSDILWRILQKKLYLPQWNLISEISSKCFHNLLLSEEMIHRNNESPLISTH
                     LTNVREFLYAILFLLLVATYLVCTHLLFVFGTSSELQTEFEKVKSLMIPSSMIELRKL
                     LDRYPTSELNSFWLKNLFLVALKQLGDSLGGNMLLRGGPAYGVKSIRSKKKYLNINLI
                     DIIDLISIIPNPINRITFSRNTRHLSHTSKEIYSLIRKRKNVNGDWIDDKIESWVANS
                     DSIDDEKREFLVQFSTLTTEKRIDQILLSLTHSDHLSKNDSGYKMIEQPGAIYLRYLV
                     DIHKKSLMNYEFNTSSLAERRIFLAHYQTITYSQTSCGANSFHFPSHGKPFSLRLALS
                     LSRGILVIGSIGTGRSYLVKYLAKNSYLPFITVFLNKFLDNKSQGFDDIDIDDIDDID
                     DIDANDDIDASDDILDMELELITSMNALTMDMMPEDEDRLYIALQFELAKAMSPCIIW
                     IPNIHDLDVNESNYFSLGLLVNLLSRDYETRNILVIASTHIPQKVDPALIAPNKLNTC
                     IKIRRLLIPQQRKHFFTLSYTRGFHLEKKMFHTNGFGSITMGSNARDLVALTNEALSI
                     SITQKKSIIDTNTIRFALHRQIWDLRSQVRSVQDHGILFYQIGRAVAQNVLLSNCPID
                     PISIYMKKKSCNEVDYYLYNWYFELGTSMKKLTILLYLLSCSAGSVTQDLWSLPGPDE
                     KNGITPYGLVENDSGLVRGLLEVEGALVGSSRACSQFDKDRVTLLLRPEPRNPLDMMQ
                     NGSCSILDQRFLYEKDESEFEEGEGEGALDRQQIEEDLFNHIVWAPRIWRPWGFLFDC
                     IERPNELGFPYWSRSFRGKRIIYDQEDELQENDSEFLQSGTVQYQTRDRSSKEQGLFR
                     ISQFIWDPADPLFFLFKAQPFVSVFSHRELFADEEMSKGLLTPQTNPPTSLYKRWFIK
                     KTQEKHFELLINRQRWLRTNRSLSNGSFRSNTLFESYQYLSNLFLSNGTLLDQMTKAL
                     LRKRWLFPDEMQIGFMEQEKDFPFLSRKDMWP"
     gene            22622..22695
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            22622..22695
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            22861..23142
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl23_Vvinifera_GeSeq-SRS_v6, position 1 - 282, psl score
                     96.9, coverage 100.00%, match 96.81%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             22861..23142
                     /gene="rpl23"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L23"
                     /translation="MDGIRYAVFTDKSIRLLGKNQYTSNVESGSTRTEIKHWVELFFG
                     VKVIAMNSHRLRGKARRMGPIMGQTMHYRRMIITLQPGYSIPPLRKKRT"
     gene            23161..24650
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl2_Nundulata_GeSeq-SRS_v6, position 1 - 825, psl score
                     96.1, coverage 99.27%, match 97.94%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(23161..23545,24217..24650)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLYKTSTPSTRNGTSQVKSNPRNNLIYGQHHCGKGRNARGI
                     ITAGHRGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYRDGEKRYILH
                     PRGAIIGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLARAAGAVAKL
                     IAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVVRG
                     VVMNPVDHPHGGGEGRAPIGRKKPTTPWGYPALGKRSRKRNKYSDNLILRRRSK"
     exon            23161..23545
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          23546..24216
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            24217..24650
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            24705..24771
                     /gene="rps19-fragment"
                     /info="blatX_hit rps19-fragment_Rcommunis_GeSeq-SRS_v6,
                     position 1 - 67, psl score 92.6, coverage 24.01%, match
                     22.22%, fragment match 92.54%"
                     /annotator="blatX"
     CDS             24705..24771
                     /gene="rps19-fragment"
                     /annotator="blatX"
     gene            24705..24810
                     /gene="rps19"
                     /info="HMMER_hit rps19, position 1 - 86, E-Value 6.5e-08,
                     score 35.3"
                     /annotator="HMMER"
     CDS             24705..24810
                     /gene="rps19"
                     /annotator="HMMER"
     misc_feature    24766..108080
                     /note="large single copy (LSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            complement(24772..24846)
                     /gene="trnH-GUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(24772..24846)
                     /gene="trnH-GUG"
                     /annotator="Chloe"
                     /product="tRNA-His"
     gene            complement(25102..26163)
                     /gene="psbA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbA,
                     position 1 - 1062, E-Value 0, score 1169.9; blatX_hit
                     psbA_Abelladonna_GeSeq-SRS_v6, position 1 - 1062, psl
                     score 96.8, coverage 100.00%, match 96.70%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(25102..26163)
                     /gene="psbA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D1"
                     /translation="MTAILERRESESLWGRFCNWITSTENRLYIGWFGVLMIPTLLTA
                     TSVFIIAFIAAPPVDIDGIREPVSGSLLYGNNIISGAIIPTSAAIGLHFYPIWEAASV
                     DEWLYNGGPYELIVLHFLLGVACYMGREWELSFRLGMRPWIAVAYSAPVAAATAVFLI
                     YPIGQGSFSDGMPLGISGTFNFMIVFQAEHNILMHPFHMLGVAGVFGGSLFSAMHGSL
                     VTSSLIRETTENESANEGYRFGQEEETYNIVAAHGYFGRLIFQYASFNNSRSLHFFLA
                     AWPVVGIWFTALGISTMAFNLNGFNFNQSVVDSQGRVINTWADIINRANLGMEVMHER
                     NAHNFPLDLAAIEAPSTNG"
     gene            complement(26401..29031)
                     /gene="trnK-UUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(26401..26435,28995..29031))
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /product="tRNA-Lys"
     exon            complement(28995..29031)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(26436..28994)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(26401..26435)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(26730..28241)
                     /gene="matK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(26730..28241)
                     /gene="matK"
                     /annotator="Chloe"
                     /product="maturase K"
                     /translation="MDKSQIYLGLDRSQQHYFLYPLIFQEYIYVLAHDHGLNRSILLE
                     NAGYDNKCSLLIVKRLIIRMYQQNLFVNDSKQTPFVGHNKNFYSQVMSEVSSIIMEIP
                     LSLRLISSLERKAVVKSNNLRSIHSIFSFLEDNFSHLNYVLDILIPYPAHLEILVQAL
                     RYWIKDASSLHLLRFFLHECHNWDSLITSNSKKASSSFSKKNKRLFFFLYTSHVCEYE
                     SSFLFLRNQSSHLRSTSSGALIERIFFYGKMEHLAEVFARAFQANLWLFKDPFMHCVR
                     YQGKSIIASKGTFLLMNKWKYYFVNFWKSHFYLWSQPGRIYINQLSNHSLDFLGYRSS
                     VRLKPSMVRSQMLENAFIIDNAIKKFDTLVPIMPLIGSLAKSKFCNAVGRPIGKAIWA
                     DFSDSDIIERFGRIYRNLSHYHSGSSKKKSLYRVKYILRLSCARTLARKHKSTVRAFL
                     KRLGSELLEEFFTEEEQVFSLTFPRVSSISRRLSRGRIWYLDIICINDLANHE"
     gene            complement(29862..30962)
                     /gene="rps16"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps16_Stuberosum_GeSeq-SRS_v6, position 1 - 267, psl
                     score 83.2, coverage 100.00%, match 91.01%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(29862..30088,30923..30962))
                     /gene="rps16"
                     /annotator="Chloe"
                     /product="ribosomal protein S16"
                     /translation="MVKLRLKRCGRKQRAVYRIVAIDVRSRREGRDLRKVGFYDPIKN
                     QTYLNVPAILYFLERGAQPTGTVQDILKKAEVFKELYPNQTKYN"
     exon            complement(30923..30962)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(30089..30922)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(29862..30088)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(31920..31991)
                     /gene="trnQ-UUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(31920..31991)
                     /gene="trnQ-UUG"
                     /annotator="Chloe"
                     /product="tRNA-Gln"
     gene            32342..32521
                     /gene="psbK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbK,
                     position 1 - 186, E-Value 1.8e-43, score 150.7; blatX_hit
                     psbK_Soleracea_GeSeq-SRS_v6, position 1 - 180, psl score
                     92.8, coverage 100.00%, match 92.78%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             32342..32521
                     /gene="psbK"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit K"
                     /translation="MLNIFSLICLNSALYPSSLFFAKLPEAYAFLNPIVDFMPVIPLF
                     FFLLAFVWQAAVSFR"
     gene            32942..33052
                     /gene="psbI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbI,
                     position 1 - 111, E-Value 1.6e-29, score 105.4; blatX_hit
                     psbI_Slycopersicum_GeSeq-SRS_v6, position 1 - 111, psl
                     score 94.6, coverage 100.00%, match 94.59%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             32942..33052
                     /gene="psbI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit I"
                     /translation="MLTLKLFVYTVVIFFVSLFIFGFLSNDPGRNPGREE"
     gene            complement(33186..33273)
                     /gene="trnS-GCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(33186..33273)
                     /gene="trnS-GCU"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            34018..34088
                     /gene="trnC-GCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            34018..34088
                     /gene="trnC-GCA"
                     /annotator="Chloe"
                     /product="tRNA-Cys"
     gene            34891..34980
                     /gene="petN"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petN,
                     position 1 - 89, E-Value 2.2e-26, score 95.2; blatX_hit
                     petN_Rcommunis_GeSeq-SRS_v6, position 1 - 90, psl score
                     97.8, coverage 100.00%, match 97.78%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             34891..34980
                     /gene="petN"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit N"
                     /translation="MDIVSLAWAALMVVFTFSLSLVVWGRSGL"
     gene            complement(35499..35603)
                     /gene="psbM"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbM,
                     position 2 - 104, E-Value 2.2e-26, score 95.0; blatX_hit
                     psbM_Vvinifera_GeSeq-SRS_v6, position 1 - 105, psl score
                     94.3, coverage 100.00%, match 94.29%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(35499..35603)
                     /gene="psbM"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit M"
                     /translation="MEVNILAFIATALFILVPTAFLLIIYVKTVSQNN"
     gene            complement(36241..36314)
                     /gene="trnD-GUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(36241..36314)
                     /gene="trnD-GUC"
                     /annotator="Chloe"
                     /product="tRNA-Asp"
     gene            complement(36397..36480)
                     /gene="trnY-GUA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(36397..36480)
                     /gene="trnY-GUA"
                     /annotator="Chloe"
                     /product="tRNA-Tyr"
     gene            37757..40939
                     /gene="rpoB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             37757..40939
                     /gene="rpoB"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta"
                     /translation="MSTIPGFNQIQFEGFCRFIDRGLTEELSKFPKIEDTNQEIDFEL
                     FLERYQLVEPLIKERDAVYESLTYSSELYVSARLIWKNDRRRYIQEQTILIGKIPLMT
                     SLGAFIVNGIYRIVINQILQSPGIYYQSELNDNGISVYTGTIISDWGGRLELEIDRKA
                     RIWVRVSRQQKLSILVLLSAMGLNIREILENVCYPELFLSFLNDKKKIGSKENAILEF
                     YQQFACVEGDPVFSESLSKDLQKKFFQQRCELGGIGRRNMNRRLNLDIPQNNTFLLPR
                     DILAAADRLIRIKFGMGTLDDMNHLQNKRIRSVADLLQEQFGLALVRLENMARGNIYA
                     ALKHNWTPTPQNLVNSTPLTDTYKVFFRLHPLSQVLDRTNPLTQIVHGRKLSYLGPGG
                     LTARTATFPIRDIHPSHYGRICPIDTSEGINVGLIGSLAIHARIGRWGSIESPFYKIS
                     ERSKGTRMLYLSPGRDEYYMVAAGNSLALNQGIQEEQVVPARYRQEFLTIAWEQVHLR
                     SIFSFQYFSIGASLIPFIEHNDANRALMSSNMQRQAVPLSQSEKCIVGTGLEGQAALD
                     SGALAIAEHEGKIVYTDTGKILLSGNGDTLRIPLVMYQRSNKNTCMHQKPQVRRGKCI
                     KKGQILAYGAATIGGELALGKNVLVAYMPWEGYNFEDAVLISERLVYEDIYTSFHIRK
                     YEIQINQGPERVTNEIPHLEVHLLRNLDKNGIVMLGSWVETGDILVGKLTPQMVKESS
                     YAPEDRLLRTILGMRVYTSKETCLKLPIGGRGRVIDVRWVRSSKTDETEKTESIRVYI
                     LQKREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGRPVDMVFNPLGVPSRMNVGQI
                     FESSLGLAGDLLDRHYRIAPFDERYEQEASRKLVFSELYEASKQTANPWIFEPESPGK
                     SRIFDGRTGDPFEQPVIIGKPYILKLIHQVDDKIHGRSSGRYSRLTQQPLKGRAKKGG
                     QRVGEMEVWALEGFGVAYILQEMLTYKSDHIRARQEVLGTIIFGGRIPTPEDAPESFR
                     LFVRELRSLALELNHFLVSEKTFQLNRKEA"
     gene            40966..43790
                     /gene="rpoC1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(40966..41397,42153..43790)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;"
                     /translation="MIDRYTHQQLRIGLVSPQQISTWSKKILPNGEIVGEVTKPYTFH
                     YKTNKPEKDGLFCERIFGPIKSGICACGNYRVIGDEKEDPQFCEQCGVEFVDSRIRRY
                     QMGYIKLAYPVMHVWYLKRLPSYIVNLLDKPLNELEDLVYCGFYFARPIDKKPTFLRL
                     RGLLEYEIQPWKYRIPIFFTTRSFDTFRNREMSTGGGSIRQQLANLDLRSIIDYSLVE
                     WKELEEEEPTGNEWEDRKVGRRKDFLLRRMELAKHFIRTNIEPKWMVLCLLPVLPPEL
                     RPIYHIDEDKLVTSDINEIYRRIIYRNNTLTDLLTTSIATPEELIISQEKLLQEAVDA
                     LLDNGICGQPMRDDHNRVYKSLSDVIEGKEGRVRETLLGKRVDYSGRSVIVVGPSLSL
                     HRCGLPREIAIELFQAFVIRDLIRKHLASNIGVAKSQIRKKKPIVWEILQEILDDHPV
                     LLNRAPTLHRLGIQAFLPVLVEGRAICLHPLVCKGFNADFDGDQMAVHVPLSLEAQAE
                     ARLLMFSHMNLLSPTIGDPISAPTQDMLSGLYVLTSGNRRGICVNRYNPCNRRNYQNE
                     NNNYKYTKKKEPFFCNAYDAIGAYRQKRINLGSALWLRWRLDQRVIAAREAPIEIHYE
                     SLGTYYEIYGHYLIVRSIKREIIYIYIRTTLGHISLYREIEEAIQGFWQGCCNSMLPA
                     GIRVSPG"
     exon            40966..41397
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     intron          41398..42152
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     exon            42153..43790
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=2
     gene            43904..48034
                     /gene="rpoC2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             43904..48034
                     /gene="rpoC2"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;&apos;"
                     /translation="MAERPTQVFHNKVIDGTAMKRLISRFIDHYGIGYTSHILDQVKT
                     LGFRQATAASISLGIDDLLTIPSKRWLVQDAEQQSFILEKHHHYGNVHAVEKLRQSIE
                     IWYATSEYLRQEMNPNFRMTDPFNPVHIMSFSGARGNASQVHQLVGMRGLMSDPQGQM
                     IDLPIQSNLREGLSLTEYIISCYGARKGVVDTAIRTSDAGYLTRRLVEVVQHIVVRRT
                     DCGTVRGISVSPRNGMMADRIFIQTLIGRVLADDIYIGSRCIATRNQDIGIGLVNRFI
                     TFRAQPISIRTPFTCRSTSWICQLCYGRSPAHDDLVELGEAVGIIAGQSIGEPGTQLT
                     LRTFHTGGVFTGGTAEHVRAPSNGKIKFNEDLVHPTRTRHGHPAFLCSRDLYVTIESE
                     DIIHNVCIPPKSFLLVQNDQYVESEQVIAEIRARTSTLNLKEKVRKHIYSDSEGEMHW
                     NTDVYHAPEFTYGNIHLLPKTSHLWILLGEPWRSSLGPCSIHKDQDQMNAYSLSVKRR
                     YISNPSVTNNQARHKFFSSYFSGKNKKGDWIPDYSELNRMTCTGRCNPAILEGNSDLL
                     AKRRRNRVIIPLESLQEGENQLIPSSGISIEIPRNGILRRNSILAYFDDPRYIRKSSG
                     LTKYETRELNSIVNEEDLIEYRGVKVFWPKYQKEVNPFFFIPVEVHILAESSSIMVRH
                     NSIIGVDTQITLNRRSRVGGLVRVKKKAEKIKLIIFSGDIHFPGKTNKAFRLIPPGGG
                     KQNYKEYKKLKNWLYIQRMKLSRYEKKYFVLVQPVVPYKKTDGINLGRLFPPDLLQES
                     DNLQLRVVNYILYYDPILEIWDTSIQLVRTCLVLNWDQDKKIEKACASFVEIRTNGLI
                     RDFLRIDLAKSPISYTGKRNDLSGAGLISENGSDRANVNPFSSIHSYSKTSIQESVNP
                     NQGTIHTLLNQNKESQSLIILSSSNCFRIGPFNDVKSPNVIKESIKKDPLIPISNSLG
                     PLGTGFPISNLDLFSHLITHNQILLTNYLQLDNLKQSFQILKYYLLDEKGKIYNPYSC
                     SNIILNPFNLNWYFLHYNYCEETSTIVSLGQFLCENVCIAKKGPHLKSGQVLILQVDS
                     VVIRSAKPYLATPGATVHGHYGEILYEGDTLVTFIYEKSRSGDITQGLPKVEQVLEVR
                     SIDSISMNLEKRIETWNKCITRILGIPWTFLIGAELTIVQSRISLVNKVQKVYRSQGV
                     QIHNRHIEIIVRQITSKVLVSEDEMSNVFSPGELIELLRAERMGRALEEAICYQAVLL
                     GITKASMNTQSFISEASFQETARVLAKAALLGRIDWLKGLKENVVLGGMIPVGSGFKT
                     PSSEPNNIPNNIAFELKNKNLLEGEMKDILFYHRKLFDSCLSKNLHDTQDQSFFRI"
     gene            48255..48965
                     /gene="rps2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps2,
                     position 1 - 710, E-Value 8.5e-214, score 712.8;
                     blatX_hit rps2_Stuberosum_GeSeq-SRS_v6, position 1 - 711,
                     psl score 93.2, coverage 100.00%, match 93.11%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             48255..48965
                     /gene="rps2"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S2"
                     /translation="MTRRYWNINLEEMMEAGVHFGHGTRKWNPKMAPYISAKRKGIHI
                     TNLTRTARFLSEACDLVFDAASKGKQFLIVGTKNKEADSVAWAAIRARCHYVNKKWLG
                     GMLTNWSTTETRLHKFRDLRTEQKTGGLNRLPKRDAAMLKRQLSHLQTYLGGIKYMTG
                     LPDIVIIVDQHEEYTALQECITLGIPTICLIDTNCDPDLADISIPANDDAISSIRLIL
                     NKLVFAICEGRSGYIRNP"
     gene            49188..49931
                     /gene="atpI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpI,
                     position 1 - 743, E-Value 6.6e-223, score 742.7;
                     blatX_hit atpI_Nundulata_GeSeq-SRS_v6, position 1 - 744,
                     psl score 94.0, coverage 100.00%, match 93.95%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             49188..49931
                     /gene="atpI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit IV"
                     /translation="MNVLSCSINTLNGLYDLSGVEVGQHFYWKIGGFQVHGQVLITSW
                     VVIAILLGSATLAVRNPQTIPTAGQNFFEYVLEFIRDVSKTQIGEEYGPWVPFIGTMF
                     LFIFVSNWSGALLPWKIIQLPHGELAAPTNDINTTVALALLTSVAYFYAGLSKKGLGY
                     FGKYIQPTPILLPINILEDFTKPLSLSFRLFGNILADELVVVVLVSLVPSVVPIPVMF
                     LGLFTSGIQALIFATLAAAYIGESMEGHH"
     gene            51026..51271
                     /gene="atpH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpH,
                     position 1 - 246, E-Value 1.5e-72, score 245.7; blatX_hit
                     atpH_Vvinifera_GeSeq-SRS_v6, position 1 - 246, psl score
                     96.4, coverage 100.00%, match 96.34%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             51026..51271
                     /gene="atpH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit III"
                     /translation="MNPLISAASVIAAGLAVGLASIGPGVGQGTAAGQAVEGIARQPE
                     AEGKIRGTLLLSLAFMEALTIYGLVVALALLFANPFV"
     gene            51657..52915
                     /gene="atpF"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpF_Slycopersicum_GeSeq-SRS_v6, position 1 - 555, psl
                     score 86.7, coverage 100.00%, match 90.45%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(51657..51800,52505..52915)
                     /gene="atpF"
                     /annotator="blatX"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVSLGHWPSAGSFGFNTDIFATNLINLSVVLGVLIFF
                     GKGVLSDLLDNRKQRILNTIRNSEELREGAIEQLEKARARLRKVEIEADQFRVNGYSE
                     IEREKLNLIDSTYKTLEQLENYKNETINFEQQKASNQVRQRVFQQALQGALGTLNSCL
                     NSELHLRTISANIGILGAMKQITD"
     exon            51657..51800
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     gene            51657..51821
                     /gene="atpF"
                     /info="HMMER_hit atpF, position 1 - 145, E-Value 1.6e-38,
                     score 134.2"
                     /annotator="HMMER"
     CDS             join(51657..51801,52506..52915)
                     /gene="atpF"
                     /annotator="Chloe"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVSLGHWPSAGSFGFNTDIFATNLINLSVVLGVLIFF
                     GKGVLSDLLDNRKQRILNTIRNSEELREGAIEQLEKARARLRKVEIEADQFRVNGYSE
                     IEREKLNLIDSTYKTLEQLENYKNETINFEQQKASNQVRQRVFQQALQGALGTLNSCL
                     NSELHLRTISANIGILGAMKQITD"
     intron          51801..52504
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            51657..51801
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     intron          51802..52505
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     exon            52505..52915
                     /gene="atpF"
                     /annotator="blatX"
                     /number=2
     exon            52506..52915
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=2
     CDS             51657..51821
                     /gene="atpF"
                     /annotator="HMMER"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVSLGHWPSAGSFGFNTDIFATNLINLSVVLGVLIFF
                     GKGVCASCLFQ"
     gene            52996..54522
                     /gene="atpA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             52996..54522
                     /gene="atpA"
                     /annotator="Chloe"
                     /product="CF1 subunit alpha"
                     /translation="MVTIQADEISNIIRERIEQYNREVKIVNTGTVLQVGDGIARIHG
                     LDEVMAGELVEFQEGTIGIALNLESTNVGVVLMGDGLLIQEGSSVKATGKIAQIPVSE
                     AYLGRVINALAKPIDGRGEIISSEYRLIESAAPGIISRRSVYEPLQTGLIAIDSMIPI
                     GRGQRELIIGDRQTGKTAVATDTILNQQGKNVICVYVAIGQKASSVAQVVTNFQERGA
                     MEYTIVVAETADSPATLQYLAPYTGAALAEYFMYRERHTSIIYDDPSKQAQAYRQMSL
                     LLRRPPGREAYPGDVFYLHSRLLERAAKLSSLLGEGSMTALPIVETQSGDVSAYIPTN
                     VISITDGQIFLSADLFNAGIRPAINVGISVSRVGSAAQIKAMKQVAGKLKLELAQFAE
                     LEAFAQFASDLDKATQNQLARGQRLRELLKQSQSAPLGVEEQVLTIYTGTNGYLDSLE
                     IGQVRKFLVELRTYLKTNKPEFQDIISSTKTFTEEAEAILKEAIQEQRERFILQEQAA
                     "
     gene            complement(54646..54717)
                     /gene="trnR-UCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(54646..54717)
                     /gene="trnR-UCU"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(54921..55718)
                     /gene="trnG-UCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(54921..54968,55696..55718))
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     exon            complement(55696..55718)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(54969..55695)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(54921..54968)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=2
     gene            55883..55954
                     /gene="trnT-GGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            55883..55954
                     /gene="trnT-GGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            57165..58226
                     /gene="psbD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbD,
                     position 1 - 1062, E-Value 0, score 1134.8; blatX_hit
                     psbD_Nundulata_GeSeq-SRS_v6, position 1 - 1062, psl score
                     95.7, coverage 100.00%, match 95.67%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             57165..58226
                     /gene="psbD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D2"
                     /translation="MTIALGKYTKDENDLFDIMDDWLRRDRFVFVGWSGLLLFPCAYF
                     AVGGWFTGTTFVTSWYTHGLASSYLEGCNFLTAAVSTPANSLAHSLLLLWGPEAQGDF
                     TRWCQLGGLWTFVALHGAFGLIGFMLRQFELARSVQLRPYNAIAFSGPIAVFVSVFLI
                     YPLGQSGWFFAPSFGVAAIFRFILFFQGFHNWTLNPFHMMGVAGVLGAALLCAIHGAT
                     VENTLFEDGDGANTFRAFNPTQAEETYSMVTANRFWSQIFGVAFSNKRWLHFFMLFVP
                     VTGLWMSALGVVGLALNLRAYDFVSQEIRAAEDPEFETFYTKNILLNEGIRAWMAAQD
                     QPHENLIFPEEVLPRGNAL"
     gene            58210..59595
                     /gene="psbC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbC,
                     position 1 - 1385, E-Value 0, score 1491.5; blatX_hit
                     psbC_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 1386,
                     psl score 95.5, coverage 100.00%, match 95.45%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             58210..59595
                     /gene="psbC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 43 kDa protein"
                     /translation="VETLFNGTLALAGRDQETTGFAWWAGNARLINLSGKLLGAHVAH
                     AGLIVFWAGAMNLFEVAHFVPEKPMYEQGLILLPHLATLGWGVGPGGEVIDTFPYFVS
                     GVLHLISSAVLGFGGIYHALLGPETLEESFPFFGYVWKDRNKMTTILGIHLILLGIGA
                     FLLVFKALYFGGVYDTWAPGGGDVRKITNLTLSPSIIFGYLLKSPFGGEGWIVSVDDL
                     EDIIGGHVWLGSICILGGIWHILTKPFAWARRALVWSGEAYLSYSLAAISVFGFIACC
                     FVWFNNTAYPSEFYGPTGPEASQAQAFTFLVRDQRLGANVGSAQGPTGLGKYLMRSPT
                     GEVIFGGETMRFWDLRAPWLEPLRGPNGLDLSRLKKDIQPWQERRSAEYMTHAPLGSL
                     NSVGGVATEINAVNYVSPRSWLSTSHFVLGFFFFVGHLWHAGRARAAAAGFEKGIDRD
                     FEPVLSMTPLN"
     gene            complement(59824..59906)
                     /gene="trnS-UGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(59824..59906)
                     /gene="trnS-UGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            60245..60433
                     /gene="psbZ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbZ,
                     position 1 - 189, E-Value 2.5e-50, score 173.4; blatX_hit
                     psbZ_Stuberosum_GeSeq-SRS_v6, position 1 - 189, psl score
                     95.3, coverage 100.00%, match 95.24%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             60245..60433
                     /gene="psbZ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit Z"
                     /translation="MTLAFQLAVFALIATSSILLIGVPVVFASPDGWSSNKNVVFSGT
                     SLWIGLVFLVGILNSLIS"
     gene            60727..60797
                     /gene="trnG-GCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            60727..60797
                     /gene="trnG-GCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     gene            complement(61000..61073)
                     /gene="trnfM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(61000..61073)
                     /gene="trnfM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(61228..61530)
                     /gene="rps14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps14,
                     position 1 - 302, E-Value 1.7e-87, score 295.5; blatX_hit
                     rps14_Stuberosum_GeSeq-SRS_v6, position 1 - 303, psl
                     score 94.4, coverage 100.00%, match 94.39%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(61228..61530)
                     /gene="rps14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S14"
                     /translation="MAKKSLIQREKKRQKLEQKYHLIRRSSKKEISKVQSLSDKWEIY
                     GKLQSPPRNSAPTRLHRRCFSTGRPRANYRDFGLSGHILREMVHACLLPGATRSSW"
     gene            complement(61664..63868)
                     /gene="psaB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaB,
                     position 1 - 2204, E-Value 0, score 2364.3; blatX_hit
                     psaB_Nundulata_GeSeq-SRS_v6, position 1 - 2205, psl score
                     94.6, coverage 100.00%, match 94.51%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(61664..63868)
                     /gene="psaB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A2"
                     /translation="MALRFPRFSQGLAQDPTTRRIWFGIATAHDFESHDDITEERLYQ
                     NIFASHFGQLAIIFLWTSGNLFHVAWQGNFESWVQDPLHVRPIAHAIWDPHFGQPAVE
                     AFTRGGALGPVNIAYSGVYQWWYTIGLRTNEDLYTGALFLLFISAISLIAGWLHLQPK
                     WKPSVSWFKNAESRLNHHLSGLFGVSSLAWTGHLVHVAIPASRGEYVRWNNFLDVLPH
                     PQGLGPLFTGQWNLYAQNPDSSSHLFGTSQGAGTAILTLLGGFHPQTQSLWLTDMAHH
                     HLAIAFVFLIAGHMYRTNFGIGHSMKDLLDAHIPPGGRLGRGHKGLYDTINNSIHFQL
                     GLALASLGVITSLVAQHMYSLPAYAFIAQDFTTQAALYTHHQYIAGFIMTGAFAHGAI
                     FFIRDYNPEQNEDNVLARMLEHKEAIISHLSWASLFLGFHTLGLYVHNDVMLAFGTPE
                     KQILIEPIFAQWIQSAHGKTSYGFDILLSSTNGPAFNAGRSIWLPGWLNAINENSNSL
                     FLTIGPGDFLVHHAIALGLHTTTLILVKGALDARGSKLMPDKKDFGYSFPCDGPGRGG
                     TCDISAWDAFYLAVFWMLNTIGWVTFYWHWKHITLWQGNVSQFNESSTYLMGWLRDYL
                     WLNSSQLINGYNPFGMNSLSVWAWMFLFGHLVWATGFMFLISWRGYWQELIETLAWAH
                     ERTPLANLIRWRDKPVALSIVQARLVGLAHFSVGYIFTYAAFLIASTSGKFG"
     gene            complement(63894..66146)
                     /gene="psaA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaA,
                     position 1 - 2252, E-Value 0, score 2471.0; blatX_hit
                     psaA_Ntabacum_GeSeq-SRS_v6, position 1 - 2253, psl score
                     96.0, coverage 100.00%, match 95.92%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(63894..66146)
                     /gene="psaA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A1"
                     /translation="MIIRSPEPEVKILVDRDHIKTSFEEWARPGHFSRTIAKGPETTT
                     WIWNLHADAHDFDSHTSDLEEISRKVFSAHFGQLSIIFLWLSGMYFHGARFSNYEAWL
                     SDPTHIGPSAQVVWPIVGQEILNGDVGGGFRGIQITSGFFQIWRASGITSELQLYCTA
                     IGALVFAALMLFAGWFHYHKAAPKLAWFQDVESMLNHHLAGLLGLGSLSWAGHQVHVS
                     LPINQFLNAGVDPKEIPLPHEFILNRDLLAQLYPSFAEGATPFFTLNWSKYADFLTFR
                     GGLDPVTGGLWLSDTAHHHLAIAILFLIAGHMYRTNWGIGHGLKDILEAHKGPFTGQG
                     HKGLYEILTTSWHAQLSLNLAMLGSLTIVVAHHMYAMPPYPYLATDYGTQLSLFTHHM
                     WIGGFLIVGAAAHAAIFMVRDYDPTTRYNDLLDRVLRHRDAIISHLNWACIFLGFHSF
                     GLYIHNDTMSALGRPQDMFSDTAIQLQPVFAQWIQNTHALAPGATAPGATASTSLTWG
                     GGDLVAVGGKVALLPIPLGTADFLVHHIHAFTIHVTVLILLKGVLFARSSRLIPDKAN
                     LGFRFPCDGPGRGGTCQVSAWDHVFLGLFWMYNAISVVIFHFSWKMQSDVWGSISDQG
                     VVTHITGGNFAQSSITINGWLRDFLWAQASQVIQSYGSSLSAYGLFFLGAHFVWAFSL
                     MFLFSGRGYWQELIESIVWAHNKLKVAPATQPRALSIVQGRAVGVTHYLLGGIATTWA
                     FFLARIIAVG"
     gene            complement(66867..68810)
                     /gene="pafI"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     pafI_Vvinifera_GeSeq-SRS_v6, position 1 - 507, psl score
                     90.4, coverage 100.00%, match 95.46%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(66867..67021,67762..67987,68685..68810))
                     /gene="pafI"
                     /annotator="blatX"
                     /product="photosystem I assembly factor I"
                     /translation="MSRSRINGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAIALTPGNYIEAHNW
                     LKITRRFE"
     exon            complement(66867..67021)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=3
     CDS             complement(join(66867..67019,67760..67989,68687..68810))
                     /gene="pafI"
                     /annotator="Chloe"
                     /product="photosystem I assembly factor I"
                     /translation="MSRSRINGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAIALTPGNYIEAHNW
                     LKITRRFE"
     intron          complement(67022..67761)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     exon            complement(68687..68810)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=1
     exon            complement(67762..67987)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     intron          complement(67990..68686)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=1
     intron          complement(67988..68684)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=1
     exon            complement(67760..67989)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     intron          complement(67020..67759)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     exon            complement(68685..68810)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=1
     exon            complement(66867..67019)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=3
     gene            69717..69803
                     /gene="trnS-GGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            69717..69803
                     /gene="trnS-GGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            complement(70112..70717)
                     /gene="rps4"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps4,
                     position 1 - 605, E-Value 7.7e-177, score 590.5;
                     blatX_hit rps4_Nundulata_GeSeq-SRS_v6, position 1 - 606,
                     psl score 93.1, coverage 100.00%, match 93.07%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(70112..70717)
                     /gene="rps4"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S4"
                     /translation="MSRYRGPRFKKIRRLGALPGLTNKRPRAGSDLRNQSRSGKKSQY
                     RIRLEEKQKLRFHYGLTERQLLKYVRIAGKAKGSTGQVLLQLLEMRLDNILFRLGMAP
                     TIPGARQLVNHRHILVNGRIVDIPSYRCKPRDTIAARDEQKSKALIQNSLDSSPNEEL
                     PNHLTLQAFQYKGLVNQIIDSKWVGLKINELLVVEYYSRQT"
     gene            complement(71080..71152)
                     /gene="trnT-UGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(71080..71152)
                     /gene="trnT-UGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            71730..72251
                     /gene="trnL-UAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(71730..71764,72202..72251)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     exon            71730..71764
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     intron          71765..72201
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     exon            72202..72251
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=2
     gene            72600..72672
                     /gene="trnF-GAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            72600..72672
                     /gene="trnF-GAA"
                     /annotator="Chloe"
                     /product="tRNA-Phe"
     gene            complement(73366..73842)
                     /gene="ndhJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhJ,
                     position 2 - 477, E-Value 5.7e-142, score 474.8;
                     blatX_hit ndhJ_Ntomentosiformis_GeSeq-SRS_v6, position 1
                     - 477, psl score 94.2, coverage 100.00%, match 94.13%;
                     merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(73366..73842)
                     /gene="ndhJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit J"
                     /translation="MQGNLSAWLVKHGLIHRSLGFDYQGIETLQIKPGDWHSIAVILY
                     VYGYNYLRSQCAYDVAPGGLLASVYHLTRIEYGVDQPEEVCIKVFAPRGDPRIPSVFW
                     VWKSVDFQERESYDMLGISYDNHPRLKRILMPESWIGWPLRKDYIAPNFYEIQDAH"
     gene            complement(73948..74625)
                     /gene="ndhK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhK,
                     position 2 - 677, E-Value 1.4e-196, score 655.6;
                     blatX_hit ndhK_Ntabacum_GeSeq-SRS_v6, position 1 - 678,
                     psl score 92.5, coverage 100.00%, match 92.48%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(73948..74625)
                     /gene="ndhK"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MNSIEFPLFHRTTQNSVISTTLNDLSNWSRLSSLWPLLYGTSCC
                     FIEFASLIGSRFDFDRYGLVPRSSPRQADLILTAGTVTMKMAPSLVRLYEQMPEPKYV
                     IAMGACTITGGMFSTDSYSTVRGVDKLIPVDVYLPGCPPKPEAIIDAITKLRKKISRE
                     IYPDRILFQRENRCFTTNHKFQVGHSIHTGNYDQGFLYQPPSTSEIPPETFFKYKSSV
                     SSHELVN"
     gene            complement(74678..75040)
                     /gene="ndhC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhC,
                     position 1 - 362, E-Value 2.5e-97, score 328.0; blatX_hit
                     ndhC_Stuberosum_GeSeq-SRS_v6, position 1 - 363, psl score
                     94.3, coverage 100.00%, match 94.21%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(74678..75040)
                     /gene="ndhC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit C"
                     /translation="MFLLYEYDIFWAFLIISSLIPILVFFISGFLAPISKGPEKLSSY
                     ESGIEPIGDAWLQFRIRYYMFALVFVVFDVETVFLYPWAMSFDVLGVSVFVEALIFVL
                     ILIVGLVYAWRKGALEWS"
     gene            complement(75803..76449)
                     /gene="trnV-UAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(75803..75837,76412..76449))
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     exon            complement(76412..76449)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(75838..76411)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(75803..75837)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=2
     gene            76625..76697
                     /gene="trnM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            76625..76697
                     /gene="trnM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(76909..77310)
                     /gene="atpE"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpE_Vvinifera_GeSeq-SRS_v6, position 1 - 402, psl score
                     91.8, coverage 100.00%, match 91.79%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(76909..77310)
                     /gene="atpE"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit epsilon"
                     /translation="MTLNLCVLTPNRIVWDSEVKEIILCTNNGQIGVLPNHAPIATAV
                     DIGILRIRLNDQWLTMALMGGFARIGNNEITVLVNDAEKSDDIDPEEAQQTLEIAEDT
                     FRKAEGKRQTIEANLALRRARTRVEAINAVS"
     gene            complement(77307..78803)
                     /gene="atpB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpB,
                     position 1 - 1497, E-Value 0, score 1559.6; blatX_hit
                     atpB_Vvinifera_GeSeq-SRS_v6, position 1 - 1497, psl score
                     93.0, coverage 100.00%, match 92.99%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(77307..78803)
                     /gene="atpB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF1 subunit beta"
                     /translation="MRMNPTLSNSAVPTLDKTNIGRIAQIIGPVLDVSFPPGKMPNIY
                     NALVVKGRDTLGEPINVTCEVQQLLGNNRVRAVAMSATDGLTRGMDVINTGAPLSVPV
                     GGATLGRIFNVLGEPVDNLGPVDNSTKFPIHRSAPAFIQLDTKLSIFETGIKVVDLLA
                     PYRRGGKIGLFGGAGVGKTVLIMELINNIAKAHGGVSVFGGVGERTREGNDLYMEMKE
                     SGVINEKNIAESKVALVYGQMNEPPGARMRVGLTALTMAEYFRDVNEQDVLLFIDNIF
                     RFVQAGSEVSALLGRMPSAVGYQPTLSTEMGTLQERITSTKEGSITSIQAVYVPADDL
                     TDPAPATTFAHLDATTVLSRGLAAKGIYPAVDPLDSTSTMLQPRIVGEEHYETAQLVK
                     QTLQRYKELQDIIAILGLDELSEEDRLTVARARKIERFLSQPFFVAEVFTGSPGKYVG
                     LAETIRGFQLILSGELDSLPEQAFYLVGNIDEATAKAINLEMESNVKK"
     gene            79545..81002
                     /gene="rbcL"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             79545..81002
                     /gene="rbcL"
                     /annotator="Chloe"
                     /product="ribulose-1,5-bisphosphate carboxylase/oxygenase
                     large subunit"
                     /translation="MSPQTETKASVGFKAGVKDYKLTYYTPDYETKDTDILAAFRVTP
                     QPGVPPEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYGIEPVLGEENQFIAYVA
                     YPLDLFEEGSVTNMFTSIVGNVFGFKALRALRLEDLRIPTAYVKTFQGPPHGIQVERD
                     KLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRF
                     LFCAEAIYKSQAETGEIKGHYLNATAGTCEDMMKRAIFARELGVPIVMHDYLTGGFTA
                     NTTLAHYCRDNGLLLHIHRAMHAVIDRQKNHGMHFRVLAKALRMSGGDHIHAGTVVGK
                     LEGEREITLGFVDLLRDDFIEKDRSRGIYFTQDWVSLPGVLPVASGGIHVWHMPALTE
                     IFGDDSVLQFGGGTLGHPWGNAPGAVANRVALEACVQARNEGRDLATEGNEIIREATK
                     WSPELAAACEVWKEIKFEFQAMDTLDGDKDKDKKR"
     gene            81553..82998
                     /gene="accD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             81553..82998
                     /gene="accD"
                     /annotator="Chloe"
                     /product="acetyl-CoA carboxylase subunit beta"
                     /translation="MKRWWFNSMLFKKEFEHRCRLSKSTGSLGLIENASESKDPNRND
                     TEKNIRSSGGHENYSNVDLFFGVKDIWNFISDDTFLVKDSNGDSYSIYFDIENHIFEI
                     DNDHTFCSELESSFYRNSSYLNKGSTSKNSHQDRYMDDTQYTWNNHINSCIDSYLQSH
                     ICLDTYILSGSDNYSNNYISNYICGGSVNSSKNENARRKTIRKSSTDLDVTQKYRHLW
                     IQCESCFGLNYKKSFQSKMNLCEQCGYHLKMSSSDRIELLIDPGTWEPMDEDMVSLDP
                     IQFHSEEEPYKKRIDSYQRKTGLTEAVQTGIGQLNGITVSIAVMDFQFMGGSMGSVVG
                     EKITRLIEYATKEFLPLIIVCASGGARMQEGSLSLMQMAKISSALYDYQSNKKLFYVP
                     ILTSPTTGGVTASFGMLGDIIIAEPNAYIAFAGKRVIEQTLNKTVPDGSQASEYLFQK
                     GLFDLIVPRNPLKSVLSELFQLHTFFPLNQN"
     gene            83665..83775
                     /gene="psaI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaI,
                     position 1 - 110, E-Value 8e-26, score 91.6; blatX_hit
                     psaI_Vvinifera_GeSeq-SRS_v6, position 1 - 111, psl score
                     92.8, coverage 100.00%, match 92.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             83665..83775
                     /gene="psaI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit I"
                     /translation="MTTLNFPSVLVPLVGLVFPAIAMASLFLHVQKNKIV"
     gene            84168..84722
                     /gene="pafII"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pafII,
                     position 2 - 553, E-Value 4.4e-151, score 504.9;
                     blatX_hit pafII_Vvinifera_GeSeq-SRS_v6, position 1 - 561,
                     psl score 92.5, coverage 98.93%, match 91.44%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             84168..84722
                     /gene="pafII"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I assembly factor II"
                     /translation="MSCRSEHIWIEPITGARKTSNFCWAVILFLGSLGFLLVGTSSYL
                     GRNLISLFPSQQIVFFPQGIVMSFYGIAGLFISSYLWCTISWNVGSGYDRFDRKDGIV
                     CIFRWGFPGKNRRVFLRFFIKDIQSIRIEVKEGIYARRVLYMDIRGQGAIPLTRTDEN
                     FTPREMEQKAAELAYFLRVPIEVF"
     gene            85095..85784
                     /gene="cemA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     cemA_Vvinifera_GeSeq-SRS_v6, position 1 - 690, psl score
                     91.2, coverage 100.00%, match 91.16%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             85095..85784
                     /gene="cemA"
                     /annotator="Chloe, blatX; merged"
                     /product="envelope membrane carbon uptake protein"
                     /translation="MAKKKAFTSLLYLASIVFLPWWISLSFQKSLESWVTNWCNTRQS
                     ETFLNDIEEKSILEKFIELKELLLLEEMIKEYSETHLQNLGIGIHKETIQLIKIHNEG
                     RIHTILHFSTNIICFIILSGYSILGNKELFILNSWAQEFLYNLSDTIKAFSLLLLTDL
                     CIGFHSPHGWELLIGFVYKDFGFVHNDQIISGLVSTFPVIVDTIFKYWIFRYLNRVSP
                     SLVVIYHSMND"
     gene            86029..86991
                     /gene="petA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petA,
                     position 1 - 963, E-Value 4.1e-297, score 988.4;
                     blatX_hit petA_Vvinifera_GeSeq-SRS_v6, position 1 - 963,
                     psl score 93.4, coverage 100.00%, match 93.35%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             86029..86991
                     /gene="petA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome f"
                     /translation="MQTRNTFSWIKEQITRSISLSLMIYIITRTSISNAYPIFAQQGY
                     ENPREATGRIVCANCHLANKPVDIEVPQAVLPDTVFEAVVRIPYDMQLKQVLANGKKG
                     ALNVGAVLILPEGFELAPPDRISPEIKEKMGNLSFQSYRPNQKNILVIGPVPGQKYSE
                     ITFPILSPDPATNKDIHFLKYPIYVGGNRGRGQIYPDGSKSNNTVYNATASGIVSKIL
                     RKEKGGYEITIADTSDGRQVVDIIPRGPELLISEGESIKLDQPLTSNPNVGGFGQGDA
                     EIVLQDPLRVQGLLFFFASVILAQIFLVLKKKQFEKVQLSEMNF"
     gene            complement(87758..87880)
                     /gene="psbJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbJ,
                     position 1 - 122, E-Value 2.9e-32, score 114.1; blatX_hit
                     psbJ_Rcommunis_GeSeq-SRS_v6, position 1 - 123, psl score
                     96.0, coverage 100.00%, match 95.93%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(87758..87880)
                     /gene="psbJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit J"
                     /translation="MADTTGRIPLWIIGTVAGILVIGLVGVFFYGSYSGLGSSL"
     gene            complement(88023..88139)
                     /gene="psbL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbL,
                     position 1 - 116, E-Value 2.7e-31, score 111.0; blatX_hit
                     psbL_Stuberosum_GeSeq-SRS_v6, position 1 - 117, psl score
                     97.5, coverage 100.00%, match 97.44%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(88023..88139)
                     /gene="psbL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit L"
                     /translation="TTQSNPNEQNVELNRTSLYWGLLLIFVLAVLFSNYFFN"
     gene            complement(88162..88281)
                     /gene="psbF"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbF,
                     position 1 - 120, E-Value 1.6e-34, score 121.1; blatX_hit
                     psbF_Vvinifera_GeSeq-SRS_v6, position 1 - 120, psl score
                     98.4, coverage 100.00%, match 98.33%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(88162..88281)
                     /gene="psbF"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit beta"
                     /translation="MTIDRTYPIFTVRWLAVHGLAVPTVSFLGSISAMQFIQR"
     gene            complement(88291..88542)
                     /gene="psbE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbE,
                     position 1 - 252, E-Value 2.3e-76, score 258.4; blatX_hit
                     psbE_Vvinifera_GeSeq-SRS_v6, position 1 - 252, psl score
                     96.9, coverage 100.00%, match 96.83%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(88291..88542)
                     /gene="psbE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit alpha"
                     /translation="MSGSTGERSFADIITSIRYWVIHSITIPSLFIAGWLFVSTGLAY
                     DVFGSPRPNEYFTENRQGIPLITGRFDSLEQLDEFSRSF"
     gene            89775..89870
                     /gene="petL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petL,
                     position 1 - 96, E-Value 4.7e-26, score 94.4; blatX_hit
                     petL_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 96, psl
                     score 98.0, coverage 100.00%, match 97.92%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             89775..89870
                     /gene="petL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit L"
                     /translation="MPTITSYFGFLLTALTITSALFIGLSKIRLI"
     gene            90024..90137
                     /gene="petG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     petG_Stuberosum_GeSeq-SRS_v6, position 1 - 114, psl score
                     95.7, coverage 100.00%, match 95.61%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             90024..90137
                     /gene="petG"
                     /annotator="Chloe, blatX; merged"
                     /product="cytochrome b6/f subunit G"
                     /translation="MIEVSLFGIVLGLIPITLAGLFVTAYLQYRRGDQLDL"
     gene            complement(90255..90328)
                     /gene="trnW-CCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(90255..90328)
                     /gene="trnW-CCA"
                     /annotator="Chloe"
                     /product="tRNA-Trp"
     gene            complement(90510..90583)
                     /gene="trnP-UGG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(90510..90583)
                     /gene="trnP-UGG"
                     /annotator="Chloe"
                     /product="tRNA-Pro"
     gene            90898..91032
                     /gene="psaJ"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psaJ_Slycopersicum_GeSeq-SRS_v6, position 1 - 135, psl
                     score 92.6, coverage 100.00%, match 92.59%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             90898..91032
                     /gene="psaJ"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem I subunit J"
                     /translation="MRDLKTYLSVAPVLSTLWFGSLAGLLIEINRFFPDALTFPFFSF
                     "
     gene            91462..91662
                     /gene="rpl33"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl33,
                     position 1 - 201, E-Value 3.6e-50, score 172.9; blatX_hit
                     rpl33_Slycopersicum_GeSeq-SRS_v6, position 1 - 201, psl
                     score 88.6, coverage 100.00%, match 88.56%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             91462..91662
                     /gene="rpl33"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L33"
                     /translation="MAKGKDVRIPVLLECTACVRNGVNKESKGISRYITQKNRHNTPN
                     RLELLKFCPYCYKHTIHGEIKK"
     gene            91850..92155
                     /gene="rps18"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps18,
                     position 2 - 299, E-Value 8e-81, score 272.9; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             91850..92155
                     /gene="rps18"
                     /annotator="Chloe, HMMER; merged"
                     /product="ribosomal protein S18"
                     /translation="MDKSKRTFLKSKRSFRRRLPPIQSGDRIDYKNMSLISRFISEQG
                     KILSRRVNRLTLKQQRLITIAIKQARILSLLPFLNNEKQFERTESTTRTPNLRARKR"
     gene            complement(92452..92814)
                     /gene="rpl20"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(92452..92814)
                     /gene="rpl20"
                     /annotator="Chloe"
                     /product="ribosomal protein L20"
                     /translation="MTRIRRGYIARRRRTKIRLFASSFRGAHSRLTRTITQQKIRALV
                     SAHRDRDKQKINFRRLWITRINAAIRERGVCYSYSRLINDLYKRQLLLNRKILAQIAI
                     SNRNCLYMISNEIIKEVS"
     exon            complement(93560..93673)
                     /gene="rps12"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     gene            complement(93821..94086)
                     /gene="clpP1"
                     /info="HMMER_hit clpP1, position 363 - 594, E-Value
                     6.1e-55, score 187.9"
                     /annotator="HMMER"
     CDS             complement(93821..94086)
                     /gene="clpP1"
                     /annotator="HMMER"
     gene            complement(93838..95879)
                     /gene="clpP1"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     clpP1_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 591,
                     psl score 88.5, coverage 100.00%, match 92.72%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(93838..94065,94692..94983,95809..95879))
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /product="ATP-dependent Clp protease proteolytic subunit
                     1"
                     /translation="MPIGVPKVPFRSPGEEDASWVDIYNRLYRERLLFLGQEVDSEIS
                     NQLIGLIIYLSIEDETKDLYLFINSPGGWVIPGVALYDTMQFVKPDIHTICMGAAASM
                     GSFILVGGEITKRIAFPHARVMIHQPAGSFSEVATGEFILEVGELLKLRETLTRVYVQ
                     RTGKPIWAVTEDMERDIFMSATEAQAYGIVDLVAVE"
     exon            complement(95809..95879)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(94984..95808)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(94692..94983)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     intron          complement(94066..94691)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     exon            complement(93838..94065)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=3
     gene            96319..97845
                     /gene="psbB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbB,
                     position 1 - 1527, E-Value 0, score 1591.3; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             96319..97845
                     /gene="psbB"
                     /annotator="Chloe, HMMER; merged"
                     /product="photosystem II 47 kDa protein"
                     /translation="MGLPWYRVHTVVLNDPGRLLAVHIMHTALVAGWAGSMALYELAV
                     FDPSDPVLDPMWRQGMFVIPFMTRLGITNSWGGWSITGGTITNPGIWSYEGVAGAHIG
                     FSGLCFLAAIWHWVYWDLEIFTDERTGKPSLDLPKIFGIHLFLAGVACFGFGAFHVTG
                     LYGPGIWVSDPYGLTGKVQSVNPLWGVEGFDPFVPGGIASHHIAAGTLGILAGLFHLS
                     VRPPQRLYKGLRMGNIETVLSSSIAAVFFAAFVVAGTMWYGSATTPIELFGPTRYQWD
                     QGYFQQEIYRRVSAGLAENQSLSEAWSKIPEKLAFYDYIGNNPAKGGLFRAGSMDSGD
                     GIAVGWLGHPIFRDKEGHELFVRRMPTFFETFPVVLVDGDGIVRADVPFRRAESKYSV
                     EQVGVTVEFYGGELNGVSYSDPVTVKKYARRAQLGEIFELDRATLKSDGVFRSSPRGW
                     FTFGHASFALLFFFGHIWHGARTLFRDVFAGIDPDLDSQVEFGAFQKLGDPTTRRQVV
                     "
     gene            98024..98125
                     /gene="psbT"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psbT_Ljaponicus_GeSeq-SRS_v6, position 1 - 102, psl score
                     92.2, coverage 100.00%, match 92.16%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             98024..98125
                     /gene="psbT"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem II subunit T"
                     /translation="MEALVYTFLLVSTLGIIFFAIFFREPPKISTKK"
     gene            complement(98195..98326)
                     /gene="pbf1"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pbf1,
                     position 1 - 131, E-Value 8.8e-37, score 128.3; blatX_hit
                     pbf1_Stuberosum_GeSeq-SRS_v6, position 1 - 132, psl score
                     97.8, coverage 100.00%, match 97.73%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(98195..98326)
                     /gene="pbf1"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem biogenesis factor 1"
                     /translation="MEIATLVAIFISGLLVSFTGYALYTAFGQPSQQLRDPFEEHGD"
     gene            98429..98650
                     /gene="psbH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbH,
                     position 1 - 222, E-Value 3e-59, score 202.3; blatX_hit
                     psbH_Slycopersicum_GeSeq-SRS_v6, position 1 - 222, psl
                     score 93.3, coverage 100.00%, match 93.24%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             98429..98650
                     /gene="psbH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit H"
                     /translation="MATQTVENDSRSAPRRTNVGSLLKPLNSEYGKVAPGWGTTPLMG
                     VAMALFAVFLSIILEIYNSSVLLDGISMN"
     gene            98775..100179
                     /gene="petB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(98775..98780,99538..100179)
                     /gene="petB"
                     /annotator="Chloe"
                     /product="cytochrome b6"
                     /translation="MSKVYDWFEERLEIQAIADDITSKYVPPHVNIFYCLGGITLTCF
                     LVQVATGFAMTFYYRPTVTDAFASVQYIMTEANFGWLIRSVHRWSASMMVLMMILHVF
                     RVYLTGGFKKPRELTWVTGVVLAVLTASFGVTGYSLPRDQIGYWAVKIVTGVPDAIPV
                     IGSPLVELLRGSASVGQSTLTRFYSLHTFVLPLLTAVFMLMHFPMIRKQGISGPL"
     exon            98775..98780
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     intron          98781..99537
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     exon            99538..100179
                     /gene="petB"
                     /annotator="Chloe"
                     /number=2
     gene            100381..101579
                     /gene="petD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(100381..100388,101105..101579)
                     /gene="petD"
                     /annotator="Chloe"
                     /product="cytochrome b6/f subunit IV"
                     /translation="MGVTKKPDLNDPVLRAKLAKGMGHNYYGEPAWPNDLLYIFPVVI
                     LGTIACNVGLAVLEPSMIGEPADPFATPLEILPEWYFFPVFQILRTVPNKLLGVLLMV
                     SVPAGLLTVPFLENVNKFQNPFRRPVATTVFLIGTAVALWLGIGATLPIDKSLTLGLF
                     "
     exon            100381..100388
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     intron          100389..101104
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     exon            101105..101579
                     /gene="petD"
                     /annotator="Chloe"
                     /number=2
     gene            complement(101778..102785)
                     /gene="rpoA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpoA,
                     position 1 - 1011, E-Value 2e-274, score 913.7; blatX_hit
                     rpoA_Abelladonna_GeSeq-SRS_v6, position 1 - 1014, psl
                     score 89.9, coverage 99.41%, match 89.35%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(101778..102785)
                     /gene="rpoA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="RNA polymerase subunit alpha"
                     /translation="MVREKITVSTRTLQWKCVESAADSKRLFYGRFILSPLMKGQADT
                     IGIAMRRALLGEIEGTCITRAKSEKISHEYSTIMGIQESVHEILMNLKEIVLRSNLYG
                     TCEASICVRGPGYVTAQDIILPPYVEIVDNTQHIASLTEPIELVIGLQIEKNRGYLIK
                     APNTFQDGSYPIDPVFMPVRNANHSIHSYENGNKEILFLEIWTNGSLTPKEALHEASR
                     NLIDLLIPFLHTKEENLNLEDNQHMVPLPPFTFYDKLAKLTKNKKKMALKSIFIDQSE
                     LPPRIYNCLKRSNIYTLLDLLNNSQEDLMKMEHFRIEDVKQILGVLEKNFVIDLPKNK
                     F"
     gene            complement(102866..103276)
                     /gene="rps11"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps11,
                     position 1 - 416, E-Value 2.8e-118, score 396.6; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             complement(102866..103276)
                     /gene="rps11"
                     /annotator="Chloe, HMMER; merged"
                     /product="ribosomal protein S11"
                     /translation="MAKAIPKKGSRGRIGSRKSTRKIPKGVIHIQASFNNTIVTVTDV
                     RGRVVSWSSAGTCGFRGTRRGTPFAAQTAAASAIRAVVDQGMQRAEVMIKGPGLGRDA
                     ALRAIRRSGILLTFVRDVTPMPHNGCRPPKKRRV"
     gene            complement(103381..103494)
                     /gene="rpl36"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl36,
                     position 1 - 114, E-Value 4.3e-29, score 103.8; blatX_hit
                     rpl36_Nundulata_GeSeq-SRS_v6, position 1 - 114, psl score
                     95.7, coverage 100.00%, match 95.61%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(103381..103494)
                     /gene="rpl36"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L36"
                     /translation="MKIRASVRKICEKCRLIRRRGRIIVICSNPRHKQRQG"
     gene            complement(103610..103843)
                     /gene="infA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(103610..103843)
                     /gene="infA"
                     /annotator="Chloe"
                     /product="translational initiation factor 1"
                     /translation="MKEQKWIHEGLITESLPNGMFRVRLDNEDLILGYVSGKIRRSFI
                     RILPGDRVKIEVSRYDSSRGRIIYRLRNKDSKD"
     gene            complement(103970..104374)
                     /gene="rps8"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps8,
                     position 1 - 405, E-Value 2.5e-104, score 351.5;
                     blatX_hit rps8_Abelladonna_GeSeq-SRS_v6, position 1 - 405,
                     psl score 91.2, coverage 100.00%, match 91.11%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(103970..104374)
                     /gene="rps8"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S8"
                     /translation="MGSDTIADIITSIRNADMYRKSVVRVASTNISQSIVKILLREGF
                     IENVRKHRENNKSFLVLTLRHRRNRKRTYQNLLNLKRISRPGLRIYSNYQRIPRILGG
                     MGVVILSTSRGIMTDREARLERIGGEILCYIW"
     gene            complement(104554..104922)
                     /gene="rpl14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl14,
                     position 1 - 368, E-Value 5.9e-111, score 372.6;
                     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(104554..104922)
                     /gene="rpl14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L14"
                     /translation="MIQPQTHLNVADNSGARKLMCIRIIGASNRRYAHIGDVIVAVIK
                     DAVPNMPLERSEVVRAVIVRTCKELKRDNGMIIRYDDNAAVVIDQEGNPKGTRVFGAI
                     ARELRQFNFTKIVSLAPEVL"
     gene            complement(105040..106493)
                     /gene="rpl16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(105040..105438,106485..106493))
                     /gene="rpl16"
                     /annotator="Chloe"
                     /product="ribosomal protein L16"
                     /translation="MLSPKRTRFRKQHRGRMKGISSRGNAICFGKYALQALEPAWITS
                     RQIEAGRRAMTRNARRGGKIWVRIFPDKPVTVRPAETRMGSGKGSPEYWVAVVKPGRI
                     LYEMGGVTENIARRAISIAASKMPIRAQFIISG"
     exon            complement(106485..106493)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(105439..106484)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(105040..105438)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(106659..107315)
                     /gene="rps3"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps3,
                     position 1 - 656, E-Value 2.2e-173, score 578.8;
                     blatX_hit rps3_Nundulata_GeSeq-SRS_v6, position 1 - 657,
                     psl score 90.9, coverage 100.00%, match 90.87%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(106659..107315)
                     /gene="rps3"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S3"
                     /translation="MGQKINPIGFRLGTSQGHHSLWFAQPKNYSEGLQEDQKIRNYIK
                     NYVQKNMKTSSGVEGIARIEIQKRIDLIQIIIYMGFPKILIESRPRGIEELQMNLQKE
                     INSVNRKLNIAITRIEKPYGNPNILAEFIAGQLKNRVSFRKAMKKAIELTEQADTKGI
                     QVQIAGRIDGKEIARVEWIREGRVPLQTIRAKIDYCSYTVRTIYGVLGIKIWIFIDAE
                     "
     gene            complement(107300..107764)
                     /gene="rpl22"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl22_Stuberosum_GeSeq-SRS_v6, position 1 - 468, psl
                     score 87.9, coverage 99.36%, match 80.77%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(107300..107764)
                     /gene="rpl22"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L22"
                     /translation="MLNKRTTEVYALGQHISMSAHKARRVIDQIRGRSYEETLMILEL
                     MPYRACYPIFKLVYSAAANASFNMGSNEANLVISKAEVNEGTIVKRSKPRARGRSFAI
                     QKPTCHITVVMKDISLDEYIDTDSITWSQKKKKDTTMSYYDMYSNGGTWDKK"
     gene            complement(107391..107773)
                     /gene="rpl22"
                     /info="HMMER_hit rpl22, position 15 - 367, E-Value
                     4.4e-93, score 312.7"
                     /annotator="HMMER"
     CDS             complement(107391..107773)
                     /gene="rpl22"
                     /annotator="HMMER"
     gene            complement(107864..108142)
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps19,
                     position 1 - 278, E-Value 2.1e-71, score 242.7; blatX_hit
                     rps19_Rcommunis_GeSeq-SRS_v6, position 1 - 279, psl score
                     92.5, coverage 100.00%, match 92.47%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(107864..108142)
                     /gene="rps19"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVANNLLKKINKLNTKAEKEIIITWSRASTIIPIM
                     VGHTIAIHNGKEHLPIYITDRMVGHKLGEFAPTLNFRGHAKSDNRSRR"
     repeat_region   108081..132896
                     /note="inverted repeat B (IRB)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
     gene            complement(108197..109686)
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl2_Nundulata_GeSeq-SRS_v6, position 1 - 825, psl score
                     96.1, coverage 99.27%, match 97.94%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(108197..108630,109302..109686))
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLYKTSTPSTRNGTSQVKSNPRNNLIYGQHHCGKGRNARGI
                     ITAGHRGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYRDGEKRYILH
                     PRGAIIGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLARAAGAVAKL
                     IAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVVRG
                     VVMNPVDHPHGGGEGRAPIGRKKPTTPWGYPALGKRSRKRNKYSDNLILRRRSK"
     exon            complement(109302..109686)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(108631..109301)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(108197..108630)
                     /gene="rpl2"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            complement(109705..109986)
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl23_Vvinifera_GeSeq-SRS_v6, position 1 - 282, psl score
                     96.9, coverage 100.00%, match 96.81%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(109705..109986)
                     /gene="rpl23"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L23"
                     /translation="MDGIRYAVFTDKSIRLLGKNQYTSNVESGSTRTEIKHWVELFFG
                     VKVIAMNSHRLRGKARRMGPIMGQTMHYRRMIITLQPGYSIPPLRKKRT"
     gene            complement(110152..110225)
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(110152..110225)
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            110337..117005
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ycf2_Soleracea_GeSeq-SRS_v6, position 1 - 6396, psl score
                     93.6, coverage 104.27%, match 92.32%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             110337..117005
                     /gene="ycf2"
                     /annotator="Chloe, blatX; merged"
                     /product="Ycf2 protein"
                     /translation="MTGHEFKSWILELREILREIKNSHYFLDSWTQFNSVGSFIHIFF
                     QQERFIKLFDSRIWSILLSHNSRGSTSNRYFTIKGVILFGVAVLIYRINNRNMVERKN
                     LYLIGLLPIPMNSIGPRNDTLEESVGSSNINRLIVSLLYLPKGKKIYESSFLNPKEST
                     WVLPITKKCSMPESNWGSRWWRDWIGKKSDSSCKISNETVAGIEILFKEKDLKYLEFF
                     FVYYRDDLMRKDHDWELFDRLSLRKRQNRINLNSGPLFEILVKHWICYLMSAFREKRP
                     TESDFLRNVSRENLIWLDNVWLVNKDRFFRKVRNVSSNIQYDSTRSSFVQVRDSSQLK
                     GSSDQSRDHFDSISNEDSEYHTLIHQREIQQLKERSILRDPSFLQTEGTEIESNRFPK
                     CLSGYSSMSRLFTEREKQMINHLLTEEIEEFLGNPTRSVRSFFSDRWSELHLGSNPTE
                     RSTRDQKLLKKQQDLSFLRRSENKEMVNLFKIITYLQNTVSIHPISSDSGCDMVPKDE
                     PDMDSSNKISFLNKNPFFYLFHLFHDRNRGGCTLNHDFELEERFQEMADLFTLSITEP
                     DLLYHKRFAFSIDSYGLDPKQFLNGVFNSRYEWKTTSLLVLLVLLPIFYEENESFYRR
                     IRKKGVRISCGNDLEEPKPKIVVFASNNIMEAVNQYRLIRNLIQIQHSTHRYIRNVLN
                     RFFLMNRSDRNFEYGIQRDQIGKDTLNHRTLMKYTINQHLSNLKKSQKRWFDPLIFFS
                     RTERSMNRDPDAYRYKWSTGSNNFQEHLEHFVSEQKSRFQVVFDRLRINPYSIDWSEV
                     INKKDLSKPLRFFLSKLLLFLSNSLPFLFVSFGNIPIQRSEIYIYELKGPNDPQFLES
                     IGLQIVHLKKLKPFLLDDHETCQKSKFLINGGTISPFLFNKIPKWMIDSFHTRNNRRK
                     SFDNTDSYFSMIFHDQYNWLNPVKSFHRSSLRSSFYKANQLRFLNNPHHFCFYCNKRF
                     PFYVEKARINNYDFTYGQFLNILFIRNKIFSLCVGKKKHAFWGRDTISAIESQVSNMF
                     ISKAFPQSGDETYNLYKYFHFPSRSNPFVRRAIYSIADISGTPLTEGQIVNFERTYCQ
                     PLSDMNLSDSEGKNLYQYLNFNSNMGLIHTPCSEKFLPSEKRKKRSLCLKKCVEKGQM
                     YRTFQRDSAYSTLSKWNLFQTYMPWFLTSTGYRYLKFLFLDTFSDLLPILSSSQKFVS
                     IFHDIMHGSDILWRILQKKLYLPQWNLISEISSKCFHNLLLSEEMIHRNNESPLISTH
                     LTNVREFLYAILFLLLVATYLVCTHLLFVFGTSSELQTEFEKVKSLMIPSSMIELRKL
                     LDRYPTSELNSFWLKNLFLVALKQLGDSLGGNMLLRGGPAYGVKSIRSKKKYLNINLI
                     DIIDLISIIPNPINRITFSRNTRHLSHTSKEIYSLIRKRKNVNGDWIDDKIESWVANS
                     DSIDDEKREFLVQFSTLTTEKRIDQILLSLTHSDHLSKNDSGYKMIEQPGAIYLRYLV
                     DIHKKSLMNYEFNTSSLAERRIFLAHYQTITYSQTSCGANSFHFPSHGKPFSLRLALS
                     LSRGILVIGSIGTGRSYLVKYLAKNSYLPFITVFLNKFLDNKSQGFDDIDIDDIDDID
                     DIDANDDIDASDDILDMELELITSMNALTMDMMPEDEDRLYIALQFELAKAMSPCIIW
                     IPNIHDLDVNESNYFSLGLLVNLLSRDYETRNILVIASTHIPQKVDPALIAPNKLNTC
                     IKIRRLLIPQQRKHFFTLSYTRGFHLEKKMFHTNGFGSITMGSNARDLVALTNEALSI
                     SITQKKSIIDTNTIRFALHRQIWDLRSQVRSVQDHGILFYQIGRAVAQNVLLSNCPID
                     PISIYMKKKSCNEVDYYLYNWYFELGTSMKKLTILLYLLSCSAGSVTQDLWSLPGPDE
                     KNGITPYGLVENDSGLVRGLLEVEGALVGSSRACSQFDKDRVTLLLRPEPRNPLDMMQ
                     NGSCSILDQRFLYEKDESEFEEGEGEGALDRQQIEEDLFNHIVWAPRIWRPWGFLFDC
                     IERPNELGFPYWSRSFRGKRIIYDQEDELQENDSEFLQSGTVQYQTRDRSSKEQGLFR
                     ISQFIWDPADPLFFLFKAQPFVSVFSHRELFADEEMSKGLLTPQTNPPTSLYKRWFIK
                     KTQEKHFELLINRQRWLRTNRSLSNGSFRSNTLFESYQYLSNLFLSNGTLLDQMTKAL
                     LRKRWLFPDEMQIGFMEQEKDFPFLSRKDMWP"
     gene            complement(117435..117515)
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(117435..117515)
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(118099..120302)
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Abelladonna_GeSeq-SRS_v6, position 1 - 1533, psl
                     score 97.5, coverage 100.00%, match 98.83%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(118099..118854,119526..120302))
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit B"
                     /translation="MIWHVQNENFILDSTRIFMKAFHLLLFDGSLIFPECILIFGLIL
                     LLMIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREEPMISFSGNFQTNNFNEIFQF
                     LILLCSTLCIPLSVEYIECTEMAITEFLLFVLTATIGGMFLCGANDLITIFVAPECFS
                     LCSYLLSGYTKKDVRSNEATMKYLLMGGASSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNSPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSKVAA
                     SASATRIFDIPFYFSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQIGY
                     VIIGIIVGDSNDGYASMITYMLFYICMNLGTFACIVLFGLRTGTENIRDYAGLYTKDP
                     FLALSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYFLVLIGLLTSVVSIYYYLKI
                     IKLLMTGRNQEITPHVRNYRRSPLRSNNSIELSMIVCVIASTIPGISMNPIIAIAQDT
                     LF"
     exon            complement(119526..120302)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(118855..119525)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(118099..118854)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            complement(120592..121059)
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 1.7e-146, score 490.0;
                     blatX_hit rps7_Vvinifera_GeSeq-SRS_v6, position 1 - 468,
                     psl score 98.1, coverage 100.00%, match 98.08%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(120592..121059)
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTSEEKTAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAVKKIQQKTETNPLSVLRQAIHGVTPGIAVKARRVGGSTHQVPVEIGSTQGKALAIR
                     WLLAASRKRPGRNMAFKLSSELVDAAKGSGDAIRKREETHRMAEANRAFAHFR"
     exon            complement(121113..121139)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            complement(121113..121138)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     intron          complement(121139..121673)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     intron          complement(121140..121674)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     gene            complement(121652..121928)
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 114 - 348, E-Value
                     2.8e-77, score 261.8"
                     /annotator="HMMER"
     CDS             complement(121652..121928)
                     /gene="rps12"
                     /annotator="HMMER"
     exon            complement(121674..121905)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            complement(121675..121905)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     gene            123730..123801
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            123730..123801
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            124023..125513
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn16,
                     position 1 - 1491, E-Value 0, score 1737.3; blatN_hit
                     rrn16_Nundulata_GeSeq-SRS_v1, position 1 - 1491, psl
                     score 99.6, coverage 100.00%, match 99.60%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            124023..125513
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            125806..126654
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(125806..125842,126620..126654)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            125806..125842
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          125843..126619
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            126620..126654
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            126719..127612
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(126719..126756,127578..127612)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            126719..126756
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          126757..127577
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            127578..127612
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            127765..128713
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Rcommunis_GeSeq-SRS_v1,
                     position 1 - 949, psl score 99.0, coverage 33.77%, match
                     33.42%, fragment match 98.95%"
                     /annotator="blatN"
     rRNA            127765..128713
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            127765..130571
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3250.7; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            127765..130372
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            127765..130372
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          130373..130571
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            127765..130571
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            128714..130571
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Rcommunis_GeSeq-SRS_v1, position
                     953 - 2810, psl score 99.2, coverage 66.12%, match
                     65.59%"
                     /annotator="blatN"
     rRNA            128714..130571
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            130670..130772
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn4.5,
                     position 2 - 103, E-Value 4.2e-32, score 113.5; blatN_hit
                     rrn4.5_Vvinifera_GeSeq-SRS_v1, position 1 - 103, psl
                     score 100.0, coverage 100.00%, match 100.00%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            130670..130772
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            131024..131144
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 121, E-Value 6.9e-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            131024..131144
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            131384..131457
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            131384..131457
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(131934..132005)
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(131934..132005)
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            132333..137414
                     /gene="ycf1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             132333..137414
                     /gene="ycf1"
                     /annotator="Chloe"
                     /product="Ycf1 protein"
                     /translation="MILKSFQLGNLVSLCMKIINSVVVVGLYYGFLTTFSIGPSYLFL
                     LRAHVMEEGEEGTEKKVSATTGFITGQLIMFISIYYAPLHLALGRPHTITVLALPYLL
                     FHFFCNNHKHFFDYGSTTRNSMRNLSIQCVFLNNLIFQLFNHFILPSSMLARLVNIFM
                     FRCNSKMLFVTSSFVGWIIGHILFMKWIGLILVWIKQNRYIRKYIRSNNYLVSELTNS
                     MSMTSIFSIFLLVICVYYLGRIPSPIFSKKLNKLDKMEEEEEEEEEFDNTRPFAYMYG
                     NKENLKLKILEKNKKDEEKCFFLFEKPLLTFFFDYNRWNRPLRYIRKTNKKFKGSVRK
                     EASQYFFYTCQSDGKQRISFTYPPSLSTFGEMLARRISLSTLEKLSANELYTDWIYTN
                     QEKNNNLNNEFINRIEALETVFLSLNILETKTRLFNADTKNKKNFLLKLCNAETKNKN
                     NCLVKMYDPFLNGMYRGRMKKIFYSSIINETSIENCTETSELNKIHDILLPFPNSPEY
                     EQKIEGSEKKQVKIDSNNRLKFLLNAILTNSKREKKSIGINEISKKTPRWSYKLINEL
                     EQHFKKRRKEQGIMQGLDHQLRTRRFKRIAFLTRSRRSFKKSQFKNYNLYTKFNRDSG
                     FISYLEEPDFRRAVIKGSMRIQRRKMVIWGPSQGNPHSPLFLEKMEDFPFPISDLMKL
                     FFNIRNWLGKKSEFEILDQQFQIKKNNQEDAIEFWENIPYAQKSRSVLLLAQSIFRRY
                     IKLPLLIIVKNIGLILLRQSPEWYEDFQDWNREIYLKCNYNGLQFSKTEFPKNWLTEG
                     FQIKILYPFHLKPWNRSKLRLYDRDRKQQDDFDSCFLTVLGMETEYPFGPPRKTPSFF
                     EPILKDIDYKVEIRKLNFRVRRVLKKITKKEAKAFLFVKKKIKELLKGKKIPLFISRE
                     IYESSETQTKKDSIISNKIINESFSKNRSTGWTNFSKAEEEIKDRIDRRNTIRNQIEK
                     KKINKKNNGESLPKIWKILKIKNIELIVKFFIEKIYIDIFLCIINMRRIALQLFMESS
                     KKILEKYIHNNQTNQEGINKIKQKKIDLISPMTIKAFDNLRKNKRKSHIFFDLSYLSQ
                     KYVFFKLSQTQVINFNKLRSILQYNGPSFFIKNEIKDFFGRQGIFDSEIRHKKLQNYG
                     MNPWKNWLRGHYQYDLSQITWSRLVPQKWRNGINQCHTSQNKDLRKWYFYEKDQLFDY
                     KKKPNSKVYLLPNKEDNFQKNYRYDLLSYKYIHSETKKKSYIYRSFLETNKKQENSSR
                     NKEFNILKNIPIKNYLGKSDIIYMEKNKDRKYLSWKLNTNIQVEPNKDKIRDKIHIFY
                     LPIDSNSEINYKKVFFDWMGMSFDWMGMNEKFLILNRLISNPKNFLFPEFVILYHKYK
                     EKPWFIPSNLLLFNLNRNPNFSENQNIKRKQEENEDFLKFSPSNSKQYFELKNQNNIE
                     EYFLESIEKLKIFLKRDFPLQLRWTGRLNQLNQKMMNNIQIYGLLVSLINVRKITISY
                     IQRKEMNLDIMRRRLNLTQLTKKGILIMEPARLSVKNDGQFLMYQIIGISLVHKSKQQ
                     SNQRYRNPKNVAKNNFDESISRHKRKTLNVNKNNFYLLVPEKILSSRRRRELRILISF
                     NLNLKNQNAVHKNQLFCKENKIKNWSQFLDESKNFDRKKNELIQLKFFFWPNYRLEDL
                     ACMNRYWFDTNNGSRLSMLRIYMYP"
     misc_feature    132897..151139
                     /note="small single copy (SSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            137622..137891
                     /gene="rps15"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps15,
                     position 1 - 272, E-Value 8.2e-64, score 218.2; blatX_hit
                     rps15_Stuberosum_GeSeq-SRS_v6, position 1 - 264, psl
                     score 85.3, coverage 102.27%, match 87.88%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             137622..137891
                     /gene="rps15"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S15"
                     /translation="MVKNSFISIILQEQEENKGSVEFQVVSFTNKIRRLTSHLELHKK
                     DYLSQRGLRKILGKRQRLLAYLSKKDRPRYKELIGQLGIRERKTR"
     gene            137983..139161
                     /gene="ndhH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhH,
                     position 2 - 1181, E-Value 0, score 1167.3; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             137983..139161
                     /gene="ndhH"
                     /annotator="Chloe, HMMER; merged"
                     /product="NADH dehydrogenase subunit H"
                     /translation="MTVPARKDLMIVNMGPHHPSMHGVLRLIVTLDGEDVIDCEPILG
                     YLHRGMEKIAENRTIIQYLPYVTRWDYLATMFTEAITVNGPEQLGNIQVPKRASYIRV
                     IMLELSRIASHLLWLGPFMADIGAQTPFFYIFRERELIYDLFEAATGMRMMHNFFRIG
                     GVAADLPHGWIDKCLDFCDYFLTGIAEYQKLITRNPIFLERVEGNULLGIIGGEEAIN
                     WGLSGPMLRASGIQWDLRKVDHYECYDEFDWEVQWQKEGDSLARYLVRISEMTESIKI
                     IQQALEGNULLPGGPYENLEIRRFDRVKDTVWNEFDYRFISKKPSPTFELSKQELYTR
                     VEAPKGELGIFLIGDKGVFPWRYKIRPPGFINLQILPQLVKGMKLADIMTILGSIDII
                     MGEVDR"
     gene            139163..141354
                     /gene="ndhA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhA_Vvinifera_GeSeq-SRS_v6, position 1 - 1092, psl score
                     89.8, coverage 100.00%, match 93.13%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(139163..139713,140814..141354)
                     /gene="ndhA"
                     /annotator="blatX"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIIDTTEVQAINSFSRLESLKEVYGIIWMLIPIFTLVLGITIGV
                     LVIVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLLFKENLLPSRGDTRLFSIGP
                     SIAVISILLSYLVIPFGYHLVLADLSIGVFLWIAISSIAPVGLLMSGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTVDIVEAQSKYGFWGWNLWRQPIGFLVF
                     LISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYVASYLNLLVSSLFVTVLYL
                     GGWNLSIPYIFVPELFEITKKGRVFGTIIGIFITLAKTYLFLFISIATRWTLPRLRMD
                     QLLNLGWKFLLPISLGNLLLTTSSQLLSL"
     exon            139163..139713
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     CDS             join(139163..139715,140816..141354)
                     /gene="ndhA"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIIDTTEVQAINSFSRLESLKEVYGIIWMLIPIFTLVLGITIGV
                     LVIVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLLFKENLLPSRGDTRLFSIGP
                     SIAVISILLSYLVIPFGYHLVLADLSIGVFLWIAISSIAPVGLLMSGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTVDIVEAQSKYGFWGWNLWRQPIGFLVF
                     LISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYVASYLNLLVSSLFVTVLYL
                     GGWNLSIPYIFVPELFEITKKGRVFGTIIGIFITLAKTYLFLFISIATRWTLPRLRMD
                     QLLNLGWKFLLPISLGNLLLTTSSQLLSL"
     intron          139714..140813
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     exon            139163..139715
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     intron          139716..140815
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     exon            140816..141354
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=2
     exon            140814..141354
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=2
     gene            141433..141933
                     /gene="ndhI"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             141433..141933
                     /gene="ndhI"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit I"
                     /translation="MFPMVTEFMNYGQQTVRAARYIGQGFMITLSHANRLPVTIQYPY
                     EKLITSERFRGRIHFEFDKCIACEVCVRVCPIDLPVVDWKLETDIRKKRLLNYSIDFG
                     ICIFCGNCVEYCPTNCLSMTEEYELSTYDRHELNYNQIALGRLPMSVIDDYTIRTILN
                     LPEIKT"
     gene            142289..142819
                     /gene="ndhG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhG_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 531, psl
                     score 91.4, coverage 100.00%, match 91.34%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             142289..142819
                     /gene="ndhG"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit G"
                     /translation="MDLPGLIHDFLLVFLGLGLILGSLGVVLLPNPIYSAFSLGLVFV
                     CISLFYILSNSHFVAAAQLLIYVGAINVLIIFAVMFINGSEYSKDFQLWTVGDGVTSV
                     VCTSIFFSLITTIPDTSWYGIIWTTKANQIIEQDLISNSQQIGIHLSTDFFLPFEFIS
                     IILLVALIGAIAVARQ"
     gene            143048..143353
                     /gene="ndhE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhE,
                     position 1 - 305, E-Value 4e-81, score 274.5; blatX_hit
                     ndhE_Stuberosum_GeSeq-SRS_v6, position 1 - 306, psl score
                     92.2, coverage 100.00%, match 92.16%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             143048..143353
                     /gene="ndhE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit E"
                     /translation="MMLEHVLVLSAYLFSVGLYGLITSRNMVRALMCLELILNAVNLN
                     FVTFSDFFDSRQLKGAIFSIFVIAIAAAEAAIGLAIVSSIYRNRKSTRINQSNLLNK"
     gene            143596..143841
                     /gene="psaC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaC,
                     position 1 - 245, E-Value 2.3e-71, score 242.0; blatX_hit
                     psaC_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 246, psl
                     score 93.5, coverage 100.00%, match 93.50%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             143596..143841
                     /gene="psaC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit C"
                     /translation="MSHSVKIYDTCIGCTQCVRACPTDVLEMIPWDGCKAKQIASAPR
                     TEDCVGCKRCESACPTDFLSVRVYLWHETTRSMGIAY"
     gene            143957..145459
                     /gene="ndhD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhD,
                     position 1 - 1501, E-Value 0, score 1413.4; blatX_hit
                     ndhD_Nundulata_GeSeq-SRS_v6, position 1 - 1503, psl score
                     90.9, coverage 100.00%, match 90.82%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             143957..145459
                     /gene="ndhD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit D"
                     /translation="TNNFPWLTIIVVLPIFAGSLIFFLPHKGNRTIRWYTICICMLEL
                     LLTTYAFCYHFQFDDPLIQLVEDYKWISFFDFRWKLGIDGLSIGPVLLTGFITTLATL
                     AAWPVTRDSRLFHFLMLAMYSGQIGSFSSRDLLLFFIMWELELIPVYLLLCMWGGKKR
                     LYSATKFILYTAGGSIFLLMGVLGVGLYGSNEPTLNFETSVNQSYPVALEIIFYIGFF
                     IAFAVKLPILPLHTWLPDTHGEAHYSTCMLLAGILLKMGAYGLIRINMELLPHAHSIF
                     SPWLMIVGTIQIIYAASTSPGQRNLKKRIAYSSVSHMGFILIGIASITDTGLNGAILQ
                     IISHGFIGAALFFLAGTSYDRIRLVYLDEMGGVAIPMPKIFTMFSSFSMASLALPGMS
                     GFVAEVIVFLGIITSQKYLLMPKIAITFVMAIGMILTPIYLLSMSRQMFYGYKLFNTT
                     NSFVFDSGPRELFVSISIFLPVIGIGMYPDFVLSLSVDKVEGILSNYFYR"
     gene            complement(145720..146688)
                     /gene="ccsA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(145720..146688)
                     /gene="ccsA"
                     /annotator="Chloe"
                     /product="cytochrome c biogenesis protein"
                     /translation="MIFSTLEHILTHISFSIVSIVITIHLITLLGNEIIKPYDSSERG
                     MIATFLCLTGLLTTRWIYSGHFPLSDLYESLIFLSWSFSLIHIVPYFKKRKNYLTTIT
                     ASSTIFTQGFATSGLLNEIQKPAILVPALQSEWLIMHVSMMILSYAALLCGSLLSVAL
                     LVITFRNIFYSSKSNDLLKLNESFSFGEIQYKNERNNIFKRASFFSAKNYYKAQLIQQ
                     LDYWSYRVISLGFIFLTIGILSGAVWANEAWGSYWSWDPKETWAFITWIVFAIYLHTR
                     TNKNLQGANSAIVATLGFLIIWICYFGVNLLGIGLHSYGSFTLTSS"
     gene            complement(146802..146881)
                     /gene="trnL-UAG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(146802..146881)
                     /gene="trnL-UAG"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(147718..147882)
                     /gene="rpl32"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(147718..147882)
                     /gene="rpl32"
                     /annotator="Chloe"
                     /product="ribosomal protein L32"
                     /translation="MAVPKKRTSISKKRIRKNIWKRKGYLAALKALSLGKSLSTGNSK
                     SFFVRQTNKS"
     gene            148915..151140
                     /gene="ndhF"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             148915..151140
                     /gene="ndhF"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit F"
                     /translation="MEQIYQYAWIIPFLPLPVPMLIGLGLLLFPTATKSLRRMWAFQS
                     VLLLSIVMIFSMNLSIQQINSSSVYQYVWSWIINNDFSLEFGYLIDPLTSIMSILITT
                     VGIMVLIYSDNYMSHDHGYLRFFAYMSFFSTSMLGLVTSSNLIQIYIFWELVGICSYL
                     LIGFWFTRPVAAKACQKAFVTNRVGDFGLLLGILGFYWVTGSFEFRDLFQINNNLIYN
                     NEVNFLFVTLCAVLLFAGAIAKSAQFPLHVWLPDAMEGPTPISALIHAATMVAAGIFL
                     VARLMPLFIVIPHIMNFISLIGIITVFLGATLALAQKDIKRGLAYSTMSQLGYMMLAL
                     GMGSYRSALFHLITHAYSKALLFLGSGSVIHSMETLVGYCPKKSQNMVLMGGLTKHVP
                     ITKNSFLLGTLSLCGIPPFACFWSKDEILNDSWLYSPIFAIIAWSTAGLTAFYMFRIY
                     LLTFEGHLNVHFQNYSGKRNTPFYSISLWGKEGSKISNKNFRLVTLLKMKKKGGPSFF
                     SNKVSKFDENVRNMIQPVLSIPNFANIKTSLYPYESDNTMLFPILLLILFTLFVGFLG
                     IPFNEDMDILSKWLTPSINLLHKNSNNSIDWYEFCKDAVFSVSIASFGIFIAFFLYQP
                     VYSSFQNLDLINSFVKMGPKRNFSDKIKNAIYDWSYNRGYIDAFYGTFLIAGMRKLAE
                     FTHFFDRRIIDGIPNGVGLMSFFVAEVIKSVGGGRISSYLFFYFSYVLIFLLIYYFLN
                     L"
     repeat_region   151140..24765
                     /note="inverted repeat A (IRA)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
ORIGIN     
        1 TTGTTACAAA TAGCATCTTG CTGTTGCATC GAAACATAAA AATGTTTACT AATCTCGCTA
       61 ACATTGAACT TGGTAAAATG AAATGATTGA ATAATTGAAA AATGAGATTA TTCAGGAATA
      121 CACATTGAAT GCTGAGATTA CGCATTGAAT TTCTGGTAGT AGATCCATAA TCAAAGAAGT
      181 GTTTGTGATT ATTGCAGAAG AAATGAAACA AAAGATACGG TAGAGCTAGG ACAGTTATTG
      241 TATGAGGTCT ACCCAGTGCT AGATGCAGAG GCGCATAATA GATCGATATG AACATTATGA
      301 GCTGTCCCGT AATAAAACCA GTTGTTGCTG ATACCTTCTT CTCGGTTCCT TCTTCTCCTT
      361 CTTCCATAAC GTGAGCTCGG AGAAGGAAGA GATAGGAGGG TCCTATGGAG AATGTGGTCA
      421 GAAATCCATA ATAGAGTCCG ACCACAACGA CCGAATTGAT TATCTTCATG CATAAGGATA
      481 CTAGATTACC TAGTTGAAAA GATTTCAAAA TCATCACAAA CCTCCCTTTT TCTTTTCTAT
      541 TGCAATTTCT GGATTATTAT ATGATGATTT TGAAACTTTC CATATATAGA AAAGAAATAG
      601 AAAGAGATAG ACTAGAAATG ACATCTGTTA TGTTAATGAC ACCAAAAGGA TATTAAATGA
      661 ATGGAATTGG GATATGGATG GAATATAATG AAATAGAGCC ACTTTGAGGT TCCCTATGAA
      721 ATGAGGCATG GAAGGGAGCC ACTACGAAGA AATTCGGGGA GTTACGAAGG AAGCTTCGAG
      781 CTCATATTGG TCATGGGTTG AGAACGGGAA TGGAACTCTA TGAGATCGAA TCTCCCGTTG
      841 TTCCTCAGTA GCTCAGTGGT AGAGCGGTCG GCTGTTAACC GATTGGTCGT AGGTTCGAAT
      901 CCTACTTGAG GAGATTTTCA AATCACCGTC AACACCCCCG TGTAGGTCCG GGATACTCCT
      961 TTGTTCCATA GCCCTGGGGC TATTTACAAC TATCCAATTA AGAATTCTCA GATGTACTAG
     1021 TACTAGCAGT GCATCAAAGA TGCAGTCATC GATTCTCCCG AGAGGCCACA ATTGCCGCGA
     1081 GCAAACATAT TAATGATGAG GACGCATTTT TGTTATGCTA CTAATACTTG TACTTGTACT
     1141 TGCTCTGCTA TTCTGCCCCA TCCTGGCTGA GGAAGAGTTA CGGGCGCGTA AAACAAAAAA
     1201 ATACGCTGAT GGGGACGGGC ATACTATGTG TAATGTTTCA ATCATTTACG ATAAATATAA
     1261 ATAATAAATA AAAAGTCCAT TCCATTTCGA CAAAAGACCC ACACCCAAGT TCCATAGCTT
     1321 TCGGTCCGCT ATCCCGATCA TGATTTTCCT ACCCTCAGAG GGAAAGGCCC TTCCTTTTTG
     1381 GGCCGGTTGT GGGCGAGGAG GGATTCGAAC CCCCGACACC GTGGTTCGTA GCCACGTGCT
     1441 CTAATCCTCT GAGCTACAGG CCCCACTCCG TCTCCACTGG ATCTGTTCCC GGGAGTACCC
     1501 TCAAAAAAAG GAACCTTTGC TCTCCGCAGC CATTTCGGGT TAAGAAGATG TCAAAGCGCC
     1561 TTTATCTCTA TAAGAACGGC GCGTTCCGAG GTGTGAAGTG GGAGAGTGTC ATAATTGGGG
     1621 TTTTGAATAA GACGACCTTT TTCTTTTGCA TTTTTTTCAT ATTGAAAAAG TATGAAGAAC
     1681 GGGAGGTGTG AAGTTTTTTA TCATCCTGGC GTCGAGCTAT TTTTCCGCAG GACCTCCCCT
     1741 ACAGTATCGT CACCGCAGTA GAGTTTAACC ACCAAGTTCG GGATGGATTG GTGTGGTTCC
     1801 TCTACGCCTA GGACACCAGA ATATCGAACC ATGAACGAAG AAAGGCATGA GATAAAATAG
     1861 TGATTGCGAG GCCCCAATTC TTGACTGGGG GGGACACCAA AGGACTCTGC CCTTCCATCC
     1921 CTTGGATAGA TAGAGAGGGA GGGCAGAGCT TTTGGTTTTT CATGTTGTCA AAGAGTTGAA
     1981 CAATGGGTTT TTCATGTTGT TAAAGATAAA GAGTAGAACA ATGAAAATAG ATGGCGAGTG
     2041 CCCGATCGAA TTGATCGGGT CATGTAGGAA CAAGGTTCAA GTCTACCGGT CTGTTAGGAT
     2101 GCCTCAGCTG CATACATCAC TGCACTTCCA CTTGACACCT ATCGTAATGA TAAACGGCTC
     2161 GTCTCGCCGT GACCTTCTCT TGAATTCTCA AAACTTCTGT CGCTCCATCC CCGCAGGGGC
     2221 AGAGAACCCG TCGCTGTCTC GGTTGTGCTA CCGGAGGCTC TGGGGAAGTC GGAATAGGAG
     2281 AGCACTCATC TTGGGGTGGG CTTACTACTT AGATGCTTTC AGCAGTTATC CGCTCCGCAC
     2341 TTGGCTACCC AGCGTTTACC GTGGGCACGA TAACTGGTAC ACCAGAGGTG CGTCCTTCCC
     2401 GGTCCTCTCG TACTAGGGAA AGGTCCTCTC AATGCTCTAA CGCCCACACC GGATATGGAC
     2461 CGAACTGTCT CACGACGTTC TGAACCCAGC TCACGTACCG CTTTAATGGG CGAACAGCCC
     2521 AACCCTTGGA ACATACTACA GCCCCAGGTG GCGAAGAGCC GACATCGAGG TGCCAAACCT
     2581 TCCCGTCGAT GTGAGCTCTT GGGGAAGATC AGCCTGTTAT CCCTAGAGTA ACTTTTATCC
     2641 GTTGAGCGAC GGCCCTTCCA CTCGGCACCG TCGGATCACT AAGGCCGACT TTCGTCCCTG
     2701 CTCGACGGGT GGGTCTTGCA GTCAAGCTCC CTTCTGCCTT TGCACTCGAG GGCCAATCTC
     2761 CGTCCGGCCC GAGGAAACCT TTGCACGCCT CCGTTACCTT TTGGGAGGCC TACGCCCCAT
     2821 AGAAACTGTC TACCTGAGAC TGTCCCTTGG CCCGTACGTC CTGACACAAG GTTAGAATTC
     2881 TAGCTCTTCC AGAGTGGTAT CTCACTGATG GCTCGGACCC CCCCGGAAGG AGGCCTTCTT
     2941 CGCCTTCCAC CTAAGCTGCG CAGGAAAGGC CCAAAGCCAA TCCCAGGGAA CAGTGAAGCT
     3001 TCATAGGGTC TTTCTGTCCA GGTGCAGGTA GTCCGCATCT TCACAGACAT GTCTATTTCA
     3061 CCGAGCCTCT CTCCGAGACA GTGCCCAGAT CGTTACGCCT TTCGTGCGGG TCGGAACTTA
     3121 CCCGACAAGG AATTTCGCTA CCTTAGGACC GTTATAGTTA CGGCCGCCGT TCACCGGGGC
     3181 TTCGGTCGCC GGCTCCCCTG TCATCAGGTC ACCAACTTCC TTGACCTTCC GGCACTGGGC
     3241 AGGCGTCAGC CCCCATACAT GGTCTTACGA CTTTGCGGAG ACCTGTGTTT TTGGTAAACA
     3301 GTCGCCCGGG CCTGGTCACT GCGACCTCCT TTGTGAGGAG GCACCCCTTC TCCCGAAGTT
     3361 ACGGGGCTAT TTTGCCGAGT TCCTTAGAGA GAGTTGTCTC GCGCCCCTAG GTATTCTCTA
     3421 CCTACCCACC TGTGTCGGTT TCGGGTACAG GTACCCCTTT GTTGAAGGCC GTTCGAGCTT
     3481 TTCCTGGGAG TATGGCATGG GTTACTTCAG CGCCGTAGCG CCTGGTACTC GAACATTGGC
     3541 TCGAGGCATT TTCTCTACCT CTTCTTACCC TGAAAAAGCA GGGTCACCTT ACGTCCTTGA
     3601 ACCGATAACC ATCTTTCGGC TAACCTAGCC TCCTCCGTCC CTCGGGACCA ACAAGGGGTA
     3661 GTACAGGAAT ATTCACCTGT TGTCCATCGA CTACGCCTTT CGGCCTGATC TTAGGCCCTG
     3721 ACTCACCCTC CGTGGACGAA CCTTGCGGAG GAACCCTTAG GTTTTCGGGG CATTGGATTC
     3781 TCACCAATGT TTGCGTTACT CAAGCCGACA TTCTCGCTTC CGCTTCGTCC ACTACCGCTC
     3841 GCGCGGGTGC TTCACTCTAA GGCGGAACGC TCCCCTACCG ATGTATTTTT ACATCCCACA
     3901 GCTTCGGCAG ATCGCTTAGC CCCGTTCATC TTCGGCGCAA GAGCGCTCGA TCAGTGAGCT
     3961 ATTACGCACT CTTTCAAGGG TGGCTGCTTC TAGGCAAACC TCCTGGCTGT CTCTGCACCC
     4021 CTACCTCCTT TATCACTGAG CGATCATTTA GGGGCCTTAG CTGGTGATCC GGGCTGTTTC
     4081 CCTCTCGACG ATGAAGCTTA TCCCCCATCG TCTCACTGGC CGACCTTGAC CCCTATTTTG
     4141 AGGTCATATC TAGTATTCAG AGTTTGCCTC GATTTGGTAC CGCTCTCGCG GCCCGCACCG
     4201 AAACAGTGCT TTACCCCTAG ATGTCCAGTC AACTGCTGCG CCTCAACGCA TTTCGGGGAG
     4261 AACCAGCTAG CTCTGGGTTC GAGTGGCATT TCACCGCTAA CCACAACTCA TCCGCTGATT
     4321 CTTCAACATC AGTCGGTTCG GACCTCCACT TAGTTTCACC CAAGCTTCAT CCTGGTCATG
     4381 GATAGATCAC CCAGGTTCGG GTCCATAAGC AGTGACAATT GCCCTATGAA GACTCGCTTT
     4441 CGCTACGGCT CCGGTGGGTT CCCTTAACCA AGCCACTGCC TATGAGTCGC CGGCTCATTC
     4501 TTCAACAGGC ACGCGGTCAG AGCCCCAGGC TCCTCCCACT GCTTGGGAGC TTACGGTTTC
     4561 ATGTTCTATT TCACTCCCCG ATGGGGGTTC TTTTCACCCT TCCCTCACGG TACTACTTCG
     4621 CTATCGGTCA CCCAGGAGTA TTTAGCCTTG CAAGGTGGTC CTTGCTGATT CACACGGGAT
     4681 TCCACGTGCC CCATGCTACT CGGGTCAGAG CATAAGCTAG TGATGCTTTC GGCTACTGGA
     4741 CTTTCGCCAT CTAGGGTGCA GCATTCTACT GCTTCGCCTA GCAGCACGAC GCTTGTATTG
     4801 CTCTCCCACA ACCCCGTTTT CACGGTTTAG GCTGCTCCCA TTTCGCTCGC CGCTACTACG
     4861 GGAATCGCTT TTGCTTTCTT TTCCTCTGGC TACTAAGATG TTTCAGTTCG CCAGGTTGTC
     4921 TCTTGCCTGC CCATGGATTC AGCAGCAGTT TGAAAGGTTA ACCTATTCGG GAATCTCCGG
     4981 ATCTATGCTT ATTTTCAACT CCCCGAAGCA TTTCGTCGCT TACTACGCCC TTCCTCGTCT
     5041 CTGGGTGCCT AGGTATCCAC CGTAAGCCTT TCCTCGTTTG AACCTCGCCC TTAATTTTAA
     5101 GGCTATGCCA TCCTAAGGTG CTACTAAATG CATGGATCTT ATCAACGTCC ATGAATGATA
     5161 AATCATAGAT CGAACCGCCG AATCGGAAAA ATTGGGTGCT ATCATCTAGC TTTGTATCGG
     5221 CTAAGTTCAC GAGTTGGAGA TAAGCGGACT CGAACCGCTG ACATCCGCCG CAGGGTAAAC
     5281 CACCGCCTCT CAGGTCCCCC GACTGATTCT ACCATAGAGG CCAACGATAG ACAATAACTC
     5341 CCCCCCGAAC ACAGCTTACA ACTTTCGTCG TACTGTGCTC TCCAAAGAGC AACTCTTCTC
     5401 AAAATCTCAC TCAAAGGGTG CTGAGTTGGA ATCCCATTCT AATTCTAACT AAGGATTCTT
     5461 GTGGTTCCGG AGGATCCAGC TACAGGAGAA CCTGGAACGG AGAGCTTTCC CCCCTTTTCC
     5521 GCCGACTCTT TGGCCTTAAG AACGCTGATT TTAAGAATGA GTGATTGCCC TTCTCCGACC
     5581 CTTACTGCCC AACCTGAGAG TGGACAGCTA ATGCGTTCCA CTTATTGAAC AGGGTTCTAT
     5641 GGTCGGTCCG TGACCCCTGG ATGCCGAAGG CGTCCTTGGG GTAATCTCGT AGTTCCTACG
     5701 GGGTGGAGAT GATGGGGTCG GTCCATGGAT TTTCCTTCCT TTTGCCGCAT TTCGCTCAAA
     5761 GGGTTGAAGG GAGATAGTGC ATCAAGCTGT TCGCAAGGGC CAACTTGATC CTCTTCCCCA
     5821 GGGATCCCCG ATAAGGGAAC CCTAGGAGAG CCGCCGACTC CAACTAGCGT CCATGTACGA
     5881 TCCATACTAG ATCTGACCAA CTGCCCATCC TACCTCCTCT ACGTTCTTGA CGTTCTTGAC
     5941 AGCCCATCTT TGTCTCAGTA GAGTCTTTCA GTGGCATGTT TCGGTCCTCT TCCCCATTAC
     6001 TTAGAAAAAG TGAGCCACCG GTTCAGGTAC AAGATACTAT CATTACCGCC TGGACAATTA
     6061 GACATCCAAC CCGTAATCGC AACGACCCAA TTGCAAGAGC GGAGCTCTAC CAACTGAGCT
     6121 ATATCCCCCC GAGCCAAGTG GAGCATGCAT GAAGGAGTCA GACGCTTCTT CTATTCTTTT
     6181 CCCTGGCGCA GCTGGGCCAT CCTGGACTTG AACCAGAGAC CTCGCCCGTG AAGTAAATCA
     6241 TCGCACCTAC GGTCCAACCA ATTGGGAGAG AATCAATAGA TTCCTTTTCG GGAGCGATTC
     6301 ATCCTTCCCG AACGCAGCAT ACAACTCTCC GTTGTACTGC GCTCTCCAAG TGTGCCTGTT
     6361 CCCCCCTTCT TCCTTACCAT GGCAAGTCTT TGTGAAATAA CTCCGATGAG AAGAAAAAAG
     6421 AAGGCGTTAA GAGACCCCCC TGGCCCAACC CTAGACACTC TAAGATCCTT TTTCAAACCT
     6481 GCTCCCATTT CGAGTCAAGA GATAGATAAA TAGACACATC CCATTTGATT TCAGCTTTCT
     6541 CCAGACCTCG GGGAAAAGCA TGAAAAAAAA AGGCTCGAAT GGTATGATCC CTCCGTCACC
     6601 CCTGAATGAA AGGGGTGATC TCGTAGTTCT TGGTCTGTGA AGATGCGTTG TTAGGTGCTC
     6661 CATTTTTTCC CATTGAGGCC GAACCTAAAC CTGTGCTCGA GAGATAGCTG TCCATACACT
     6721 GATAAGGGAT GTATGGATTC TCGAGAAGAG AGGAGCCACG GTGGTCCCCC CCGGACCGCC
     6781 CGGATCCCAC GAGTGAATCG AAAGTTGGAT CTACATTGGA TCTCACCTGA ATCGCCCCAT
     6841 CTATCCTCCT GAGGAGAAGT TTGGTTTCAA ACCCCGGTTC GAACAGGAGG AGTACGCCAT
     6901 GCTAATGTGC CTTGGATGAT CCACATCTCA GGGTCAGGCG CCGATGAGCA CATTGAACTA
     6961 TCCATGTGGC TGAGAGCCCT CACAGCCCAG GCACAACGAC GCAATTATCA GGGGCGCGCT
     7021 CTACCACTGA GCTAATAGCC CGTCGTGCGA GCCCCCCACT GGGGGCCCAC TATGCCAAAA
     7081 GCGAGAGAAA CCCCATCCCT CTCTTTCCTT TTTTCGCCCC ATGCCCCCTG TGTGGCGACA
     7141 TGGGGGCGAA AAAAGGGGGA TCCTATCAAC TTGTTCCGAC CTGAGATAAT AAGCTCATGA
     7201 GCTTGGTCTT ACTTCACTGT CGAGAAACGA AAGAAGACTT CCATCTCCAA GTTTAACTCA
     7261 GACGTAGCTC CCTTCTTTTT GGGTGTGAAG CAGTGTCAAA CCAAAATACC CAACAAGCAT
     7321 TAGCTCTCCC TGAAAAGGAG GTGATCCAGC CGCACCTTCC AGTACGGCTA CCTTGTTACG
     7381 ACTTCACTCC AGTCACTAGC CCTGCCTTCG GCATCCCCCT CCTTGCGGTT AAGGTAACGA
     7441 CTTCGGGCAT GGCCAGCTCC CATAGTGTGA CGGGCGGTGT GTACAAGGCC CGGGAACGGA
     7501 TTCACCGCCG TATGGCTGAC CGGCGATTAC TAGCGATTCC GGCTTCATGC AGGCGAGTTG
     7561 CAGCCTGCAA TCCGAACTGA GGACGGGTTT TTGGAGTTAG CTCACCCTCG CGGGATCGCG
     7621 ACCCTTTGTC CCGGCCATTG TAGCACGTGT GTCGCCCAGG GCATAAGGGG CATGATGACT
     7681 TGACGTCATC CTCACCTTCC TCCGGCTTAT CACCGGCAGT CTGTTCAGGG TTCCAAACTC
     7741 AATGATGGCA ACTAAACACG AGGGTTGCGC TCGTTGCGGG ACTTAACCCA ACACCTTACG
     7801 GCACGAGCTG ACGACAGCCA TGCACCACCT GTGTCCGCGT TCCCGAAGGC ACCCCTCTCT
     7861 TTCAAGAGGA TTCGCGGCAT GTCAAGCCCT GGTAAGGTTC TTCGCTTTGC ATCGAATTAA
     7921 ACCACATGCT CCACCGCTTG TGCGGGCCCC CGTCAATTCC TTTGAGTTTC ATTCTTGCGA
     7981 ACGTACTCCC CAGGCGGGAT ACTTAACGCG TTAGCTACAG CACTGCACGG GTCGATACGC
     8041 ACAGCGCCTA GTATCCATCG TTTACGGCTA GGACTACTGG GGTATCTAAT CCCATTCGCT
     8101 CCCCTAGCTT TCGTCTCTCA GTGTCAGTGT CGGCCCAGCA GAGTGCTTTC GCCGTTGGTG
     8161 TTCTTTCCGA TCTCTACGCA TTTCACCGCT CCACCGGAAA TTCCCTCTGC CCCTACCGTA
     8221 CTCCAGCTTG GTAGTTTCCA CCGCCTGTCC AGAGTTGAGC CCTGGGATTT GACGGCGGAC
     8281 TTAAAAAGCC ACCTACAGAC GCTTTACGCC CAATCATTCC GGATAACGCT TGCATCCTCT
     8341 GTATTACCGC GGCTGCTGGC ACAGAGTTAG CCGATGCTTA TTCCCCAGAT ACCGTCATTG
     8401 CTTCTTCTCC GGGAAAAGAA GTTCATGACC CGTGGGCCTT CTACCTCCAC GCGGCATTGC
     8461 TCCGTCAGGC TTTCGCCCAT TGCGGAAAAT TCCCCACTGC TGCCTCCCGT AGGAGTCTGG
     8521 GCCGTGTCTC AGTCCCAGTG TGGCTGATCA TCCTCTCGGA CCAGCTACTG ATCATCGCCT
     8581 TGGTAAGCTA TTACCTCACC AACTAGCTAA TCAGACGCGA GCCCCTCCTC GGGCGGATTC
     8641 CTCCTTTTGC TCCTCAGCCT ACGGGGTATT AGCAGCCGTT TCCAGCTGTT GTTCCCCTCC
     8701 CAAGGGCAGG TTCTTACGCG TTACTCACCC GTCCGCCACT GGAAACACCA CTTCCCGTCC
     8761 GACTTGCATG TGTTAAGCAT GCCGCCAGCG TTCATCCTGA GCCAGGATCG AACTCTCCAT
     8821 GAGATTCATA GTTGCATTAC TTATAGCTTC CTTGTTCGTA GACAAAGCGG ATTCGGAATT
     8881 GTCTTTCATT CCAAGGCCTA ACTTGTATCC ATGCGCTTCA TATTCGCCCG GAGTTCGCTC
     8941 CCAGAAATAT AGCCATCCCT GCCCCCTCAC GTCAATCCCA CGAGCCTCTT ATCCACTCTC
     9001 ATTCAATCAC GGGGGGGTAT CAAAATGAAA AACTCGCATT GGGTTTAGGG ATAATCAGGC
     9061 TCGAACTGAT GACTTCCACC ACGTCAAGGT GACACTCTAC CGCTGAGTTA TATCCCTTCC
     9121 ATGCCCCCAT CGAGAAATAG AACTGACTAA TCCTAAGGCA AAGGGTCGAG AAACTCAACG
     9181 ACACTATTCT TGAACAACTT GGGGCCGGGC CTTCTTTTCG CACTATTACG GATATGAAAA
     9241 TAATGGGAAA AATCGGATTC AGTTGTCAAC TGTCCCTATC GGAAATAGGA TTGACTGCGT
     9301 ATTCGGCCCA TAGCACATGG TTTCATAAAA CCACACGATT TTACCGATCT AAATCAAGCA
     9361 GGTTTTACAT GAAGAAGATT TGGCTCAGCG TGTTCTATTC GATACGGGTA GGAGAAGAAC
     9421 CCGACCCGCT ATTATTAAAA AAAATAGAGG AAACAGAACC AAGTCAAGAT GATACGGATC
     9481 AACCCCTTTG CGCCAAAGAT CCTACCATTT CCGAAGGAAC TGGAGTTCCA TCTCTTTTCC
     9541 ATTTCCATTC AAGAGTTCTT ATGTGTTTCC ACGCTCCTTT GAGACCCCGA AAAATGGACA
     9601 AATTCCTTTT CTTAGGAACA CATAAAGGAT TCGTCACTAC AAAAAGGATA ACGGTAACCC
     9661 CACCATTAAC TACTTCATTT ATGAAATTCA TAGTAATAGA GATACATGTC CTACCGAGAC
     9721 AGAATTTGTA ACTTGCTATC CTCTTACCTA ACAGGCAAAG ATTTGCCTCC GTGGAAAGGA
     9781 TGATTCATTC GGATTGACAT GAGAGTCCAA CTACATTGCA TTGCCAGAAT CCATGTTGTA
     9841 TATTTGAAAG AGGTTGACCT GCTTGCTTTT CTCACGGTAC AATCCTCTTC CCGCCGAGCC
     9901 CCCTTTCTCC TCGTCCACAG AGACAAAATG TAGGACTGGC GCCAACAGTT CATCACGGAA
     9961 GAAAGGACTC ACTAAGTCGG GATCACTAAC TAAGACTAAT CTAATATGAA TTAAATAGAA
    10021 AATACTAATA TAATAGAAAA GAACTGTCTT TTCTGTATAC TTTCCGCGGT TCCACTGCTA
    10081 CCGCGGGCTT TACGCAATCG ATCGGATTAT ATAGATATCA ACACAACATA GGTCATCGAA
    10141 AGGATCTCGG AGACCCACCA AAGCACGAAA GCCAGGATCT TTCAGAAAAT GGATTCCTAT
    10201 TCGAAGAGTG CATAACCGCA TGGATAAGCT CACACTAACC CGTCAATTTA GGATCCAATT
    10261 CAAGATTTTC CTTGAGAGGT ATCGGGAAGG AATTGGAATA GAATAATATC GATTCAGACA
    10321 GAAGAAAAGG TTCTCGATTG ATTCAAACAC TGTACCTATG GGATAGAGGA AGAGGAAAAA
    10381 ACCGAATATT TCACATAGTG CTTTTAATCA ATCTGATTTA TTTCGTACCC TTCGCTCAAT
    10441 GAGAAAATGA GTCCAATTCT AAAGGATCAA ACCTATGGGA CTTAAGGAAT AATATAAAAA
    10501 AAGAGAGGGA AAAATATTCA TATTAAATAA AAATCAATAA AATAAGTAAA TAAAAATGAA
    10561 GTAGAAGAAC TCAGATTCCA AATGAACAAA TTCAAACTTG AAAAGAATCT TTCTGATTCT
    10621 CGAAGAATGA GGGGCAAGGG AATTGATCGA GAAAGATCTC TTGTTCTTAT TTCGTGATTG
    10681 GATCCACATA TGTTTGGTAA AGAGAATAAT CTTCTCCTTT GATAATAATC AAAAACGGAA
    10741 AGTGTTCAAT TAGAACATGA AAACGTGACT AAATTGGTCC TAGTTACTCT TCGGGACGGA
    10801 GTGGAAGAAG GGAGGGGATT CTCGAACGCG GAAAAGGATC CAATAACTTC GAAAGAATTG
    10861 AACGAGGAGC CGTATGAGGT GAAAATCTCA TGTACGGTTC TGTAGAGTGG CAGTAAGGGT
    10921 GACTTATCTG TCAACTTTTC CACTATCACC CCCAAAAAAC CAAACTCTGC CTTACGTAAA
    10981 GTTGCCAGAG TACGATTAAC CTCTGGATTT GAAATCACTG CTTATATACC CGGTATTGGC
    11041 CATAATTCAC AAGAACATTC TGTAGTCTTA GTAAGAGGGG GGAGGGTTAA GGATTTACCC
    11101 GGTGTGAGAT ATCACATTGT TCGAGGAACC CTAGATGCTG TCGGAGTAAA GGATCGTCAA
    11161 CAAGGGCGTT CTAGTGCGTT GTAGATTCTT ATCCAAGACT TGTATCATTT GATGATGCCA
    11221 TGTGAATCGC TAGAAACATG TGAAGTGTAT GGCTAACCCA ATAACGAAAG TTTCGTAAGG
    11281 GGACTGGAGC AGGCTACCAT GAGACAAAAG ATCTTCTTTC TAAAGAGATT CGATTCGGAA
    11341 CTATTATATG TCCAAGGTTC AATATTGAAA AAATTTCAGA GGTTTTCCCT GACTTTGTCC
    11401 GTGTCAACAA ACAATTCGAA ATACCTCGAC TTTTTAGAAC AGGTCCGAGT CAAATAGCAA
    11461 TGATTTGAAG CACTTCTTTT TACACTATTT CGGAAACCCA AGGACTCAAT CGTATGGATA
    11521 TGTAAAATAC AGGATTTCCA ATCCTAGCAG GAAAAGGAGG GAAACGGATA CTCAATTTAA
    11581 AGTGAGTAAA CAGAATTCCA TACTCGATCT CATAGATACA TATAGAATTC TGCGGAAAGC
    11641 CGTATTCGAT GAAAGTCGTA TGTACGGCTT GGAGGGAGAT CTTTCATATC TTTCGAGATC
    11701 CACCCTACAA TATGGGGTAA AAAAGCCAAA ATAAGTGATT TTAGCCCTTA TAAAAAGAAA
    11761 ACTGATTCTT GAACCCCTTT CACGCTCATG TCACGTCGAG GTACTTCAGA AGAAAAAACT
    11821 GCAAAATCCG ATCCAATTTA TCGTAATCGA TTAGTTAACA TGTTGGTTAA CCGTATTCTG
    11881 AAACACGGAA AAAAATCATT GGCTTATCAA ATTATCTATC GAGCCGTGAA AAAGATTCAA
    11941 CAAAAGACAG AAACAAATCC ACTATCTGTT TTACGTCAAG CAATACATGG AGTAACTCCG
    12001 GGTATAGCAG TAAAAGCAAG ACGTGTAGGT GGATCGACTC ATCAAGTTCC CGTTGAAATA
    12061 GGATCCACAC AAGGAAAAGC ACTTGCCATT CGTTGGTTAT TAGCGGCATC CCGAAAACGT
    12121 CCGGGTCGAA ATATGGCTTT CAAATTAAGT TCCGAATTAG TGGATGCTGC CAAAGGGAGT
    12181 GGCGATGCCA TACGCAAAAG GGAAGAGACT CATAGAATGG CAGAGGCAAA TAGAGCTTTT
    12241 GCACATTTTC GTTAATCCAT GAACAGGATC TATACATCTC GATCGGAAAA GAATCAAGAG
    12301 AAAAAGAAAG AATCGGAATT GATCGATATA TTTCTCGAAA CAAACGAAAA GGAAACGAAA
    12361 GATGAAACAT AAATCATGTA TCAACTAAGC CCTCTCGGGG ACTTTCTTAA GAATAAGAAA
    12421 GAAGAACCTC ATGTAAATAC CATGAAATAA GGTTTGATCC TATTCATGGA GATTCCATAA
    12481 ATATTCCATT CCAAAAATGG AAACAATTGG GATTTTTTTA TAAATTGAAT GCAGTTACTA
    12541 ATTCATGATC TGGCATGTAC AGAATGAAAA CTTCATTCTC GATTCTACGA GAATTTTTAT
    12601 GAAAGCCTTT CATTTGCTTC TCTTCGATGG AAGTTTGATT TTCCCAGAAT GTATCCTAAT
    12661 TTTTGGCCTA ATTCTTCTTC TGATGATCGA TTCAACCTCT GATCAAAAAG ATATACCTTG
    12721 GTTATATTTC ATCTCTTCAA CAAGTTTAGT AATGAGCATA ACGGCTCTAT TGTTCCGATG
    12781 GAGAGAGGAA CCTATGATTA GCTTTTCGGG AAATTTCCAA ACGAACAATT TCAACGAAAT
    12841 CTTTCAATTT CTTATTTTAC TATGTTCAAC TCTATGTATT CCTCTATCCG TAGAGTACAT
    12901 TGAATGTACA GAAATGGCTA TAACAGAGTT TCTCTTATTC GTATTAACAG CTACTATAGG
    12961 AGGAATGTTT TTATGCGGTG CTAACGATTT AATAACTATC TTTGTAGCTC CAGAATGTTT
    13021 CAGTTTATGC TCCTACCTAT TATCTGGATA TACCAAGAAA GATGTACGGT CTAATGAGGC
    13081 TACTATGAAA TATTTACTCA TGGGTGGGGC AAGCTCTTCT ATTCTGGTTC ATGGTTTCTC
    13141 TTGGCTATAT GGTTCATCCG GGGGAGAGAT CGAGCTTCAA GAAATAGTGA ATGGTCTTAT
    13201 CAATACACAA ATGTATAACT CCCCAGGAAT TTCAATTGCG CTCATATTCA TCACTGTAGG
    13261 AATTGGGTTC AAGCTTTCCC CAGCCCCTTC TCATCAATGG ACTCCTGACG TATACGAAGG
    13321 AGTGCGGTTC GTTCGATAAA TTCCTACCTC TCTATCTATC TCTGAGATGT TTGGATTTTT
    13381 CAAAACTCCA TGGACATGCA GGAGAGAAAT GCTATCCCCA CTCGGACCAA GACAGAACTT
    13441 TTACTTGTTC AAATAACAAT TAAGGTGAAG CAGGGTCAGG AACGACGAAT CTCTTTATGA
    13501 TAAACAGATC CGTTTTGCAA GTTCGTTATT ACGGGTAGTT CCTACAAAGG ATCAGACTAA
    13561 TGACGTATAC AATACTTGAA TTCTCGGTGT AGATGCTACA TAGTTGGTTC TCATCCTTCA
    13621 GAGACTACGA GTGTAATAGG AGCATCCGTC GACAAAAGGA TCACCCTAAG ATGATCATCT
    13681 CATGGCTATT GAGAACGAAT CAAATCAGAT GGTTCTACTT TCTGACTTGC TCCTACGGAA
    13741 CCAAGATCGA AAAGATTGAA AAAAATCAGT CATTCACAAC CACTGATGAA GGATTCCTCG
    13801 AAAAGTTAAG GATTAGTAAT CTTTTTTAGA AATCAAATGG ATTCGGTCTT ATACATACGC
    13861 GAGGAAGGTA ATCAAAAAAG AAAGAAGAGG AGTTCTTCTT TCTTTTATCA CTTAGGAGCC
    13921 GTGTGAGATG AAAGTCTCAT GCACGGTTTT GAATGAGAGA AAGAAGTGAG GAATCCTCTT
    13981 TTCGACTCTA ACTCTCCCAC TCCAGTCGTT GCTTTTCTTT CTGTTACTTC GAAAGTAGCT
    14041 GCTTCAGCTT CAGCCACTCG AATTTTCGAT ATTCCTTTTT ATTTCTCATC AAACGAATGG
    14101 CATCTTCTTC TGGAAATCCT AGCTATTCTT AGCATGATAT TGGGGAATCT CATTGCTATT
    14161 ACTCAAACAA GCATGAAACG TATGCTTGCA TATTCGTCCA TAGGTCAAAT CGGATATGTA
    14221 ATTATTGGAA TAATTGTTGG AGACTCAAAT GATGGATATG CAAGCATGAT AACTTATATG
    14281 CTGTTCTATA TCTGCATGAA TCTAGGAACT TTTGCTTGCA TTGTCTTATT TGGTCTACGT
    14341 ACCGGAACTG AGAACATTCG AGATTATGCA GGATTATACA CGAAAGATCC TTTTTTGGCT
    14401 CTCTCTTTAG CCCTATGTCT CTTATCCCTA GGAGGTCTTC CTCCACTAGC AGGTTTTTTC
    14461 GGAAAACTCT ATTTATTCTG GTGTGGGTGG CAGGCAGGCC TATATTTCTT GGTTTTAATA
    14521 GGACTCCTTA CAAGCGTTGT TTCTATCTAC TATTATCTAA AAATAATCAA GTTATTAATG
    14581 ACTGGACGAA ACCAAGAAAT AACCCCTCAC GTGCGAAATT ATAGAAGATC CCCTTTAAGA
    14641 TCAAACAATT CCATCGAATT GAGTATGATT GTATGTGTGA TAGCATCTAC TATACCAGGA
    14701 ATATCAATGA ATCCGATTAT TGCAATTGCT CAGGATACCC TTTTTTAGTT TCTAGGGTCT
    14761 ATTTCTTAGT TCAAGATCCC TCTTACTAAC TGGAATCAAA GAATTAGTAG ATCTGTTCCG
    14821 CCCAAAAAAA TGGTAATGGG CTTGGGTTAT GAACTTATAA TCTATAATCT GATGATCGAG
    14881 TCGATTCTAT GATTATAAGT TCATTTCATA CCGGACCAGA CCGTAATAGG GTTATATACA
    14941 TTCTCATTGT GAGAAGGGGT CATTTGAGCG TATCTAAATA GATACTATCT TTACATATGG
    15001 ATCCCTACGT CGTTACATTC CATTTAGGAT TAGGAATAGG CGTAATCGAC CTGCTTTTTA
    15061 CATATTTCTC GTTATTTGGA ACCCTATTCA CCTCTTTGGG CTTCTATTGA ATCGAGAAAT
    15121 AGGTTTGATT GTCCATCTTT TTGATATATT GGATATCTAT ATAAGGCATT CTCCGGATAA
    15181 TTCAAATCGA AGCAGTTGGA TGTTCAATTC GGGCCTATAT GACATGACTC ATCAATAGAA
    15241 ATACTCCAAC ACTCCACTTT TGTCATATAT TCCATACATC ACACTAGATA GATATCATAT
    15301 TCATGGAATA TGATTCACTT TCATTCAAGA TGCCTTGGTG GTGAAATGGT AGACACGCGA
    15361 GACTCAAAAT CTCGTGCTAA ACAGCGTGGA GGTTCGAGTC CTCTTCAAGG CATAATATTG
    15421 AGAATGCTCA TTGAATGAGC AATTGAATGA GCAATTCAAT AAGAGAGCTC GGATAGCAAT
    15481 ACCGATTCGA TCCGAGCTCT CTTGGAATAA GTTCGGCAGC GGATCACGAA ATCTTGGTCA
    15541 TCTTCTCTAT CTAATGAATG GGGAGTCTGC TTTAAAATTG AAAACCGTCC GCCCTGCACG
    15601 CACCCCCCGA GTATATGCTT CAACAGGAAT CACACAAGGG TAGATTATAA ACCTCTAGTA
    15661 AAACGACCGC CCGTAACCCC CAGCAGATAA AGTACATTAC ATAGCATTAC ATAGTCCGTT
    15721 TTAGGGATAG GCGACTTACC CATTCAGTGA CTTTGGCACT GGACGTTCCC CAAACGGGTA
    15781 CTGTTGGGTC GGGTGAATTC AATAATAGAC GCCTGTTGGC ATTCCAGCCT TCCTTCGCCT
    15841 TTCATGGCCA CATATCTTTC CGGCTAAGGA ATGGGAAATC CTTCTCCTGT TCCATGAATC
    15901 CAATTTGCAT TTCATCCGGG AAAAGCCATC TTTTTCTCAA CAATGCCTTT GTCATTTGAT
    15961 CCAATAGTGT TCCGTTAGAT AGGAACAGAT TTGATAAATA CTGATAACTC TCGAATAGAG
    16021 TATTAGAACG GAAAGATCCA TTAGATAATG AACGATTGGT TCTAAGCCAT CTCTGGCGAT
    16081 TAATCAACAA TTCGAAGTGC TTTTCTTGCG TCTTCTTGAT AAACCAGCGT TTATATAGAG
    16141 ATGTAGGAGG ATTTGTTTGG GGAGTAAGAA GCCCCTTTGA CATCTCTTCA TCTGCAAATA
    16201 ATTCTCGATG TGAAAACACA GAGACAAAGG GCTGAGCTTT GAATAGGAAA AAGAGTGGAT
    16261 CTGCAGGGTC CCAAATGAAT TGGCTTATTC GAAAAAGGCC TTGTTCTTTG GAAGATCTAT
    16321 CTCGTGTCTG GTACTGCACG GTTCCACTCT GCAAGAACTC CGAATCATTC TCTTGAAGCT
    16381 CATCCTCTTG ATCATAAATG ATCCGCTTGC CCCGAAATGA CCTGGACCAA TAGGGAAATC
    16441 CCAATTCATT GGGTCTTTCG ATACAATCAA ATAGAAAGCC CCAAGGGCGC CATATTCTAG
    16501 GAGCCCAAAC TATGTGATTG AATAAATCCT CCTCTATCTG TTGCCGGTCG AGGGCTCCTT
    16561 CTCCTTCCCC CTCTTCAAAC TCCGATTCGT CTTTTTCATA GAGAAATCTC TGATCAAGGA
    16621 TAGAACAAGA TCCATTTTGC ATCATATCTA AGGGATTCCT TGGTTCGGGT CGAAGAAGCA
    16681 ATGTCACTCG ATCCTTATCA AACTGACTGC ATGCCCGTGA GGATCCCACC AGAGCGCCTT
    16741 CCACTTCTAA TAGGCCACGA ACTAGACCAG AATCATTCTC AACGAGTCCA TAAGGAGTGA
    16801 TCCCATTTTT TTCATCGGGT CCGGGTAGAG ACCAAAGATC TTGAGTGACC GATCCGGCAG
    16861 AACAACTCAA AAGATAAAGA AGTATCGTTA ATTTCTTCAT GCTCGTTCCA AGTTCGAAGT
    16921 ACCAATTGTA CAAATAATAA TCCACTTCGT TACATGATTT CTTTTTCATA TAGATAGATA
    16981 TAGGATCTAT GGGGCAATTA CTTAAAAGTA CATTTTGTGC TACAGCCCTT CCTATCTGAT
    17041 AGAAAAGGAT CCCATGATCC TGGACCGATC TTACCTGGGA TCGCAAATCC CAAATTTGTC
    17101 TATGAAGAGC GAATCTAATT GTATTAGTAT CTATAATTGA TTTCTTCTGT GTAATACTAA
    17161 TCGATAGGGC CTCATTGGTA AGTGCTACAA GATCTCGTGC ATTGGAACCC ATTGTTATGG
    17221 ACCCGAATCC ATTAGTATGG AACATTTTCT TTTCCAAGTG AAATCCCCTA GTATATGAAA
    17281 GAGTGAAAAA GTGCTTTCGT TGTTGTGGAA TAAGAAGCCT TCGTATCTTA ATGCACGTAT
    17341 TTAATTTATT CGGAGCTATT AGAGCGGGAT CCACTTTTTG GGGAATATGA GTCGAAGCAA
    17401 TAACAAGAAT ATTTCTAGTT TCATAATCCC TGGAGAGAAG GTTCACTAAT AGACCTAGGG
    17461 AGAAGTAATT TGACTCATTC ACATCCAGAT CATGAATGTT TGGAATCCAT ATTATGCAAG
    17521 GAGACATTGC TTTTGCTAAT TCGAATTGAA GGGCTATATA AAGTCGGTCT TCATCTTCAG
    17581 GCATCATATC CATAGTTAGC GCATTCATGC TAGTTATTAG TTCCAGCTCC ATATCAAGGA
    17641 TATCGTCACT AGCATCAATA TCGTCATTAG CATCAATATC ATCAATATCG TCAATATCAT
    17701 CAATATCGAT ATCATCAAAA CCTTGAGACT TGTTATCCAG GAACTTGTTC AGAAATACCG
    17761 TAATGAAAGG AAGATAGGAG TTTTTCGCTA GGTATTTGAC CAAATAAGAT CGTCCAGTTC
    17821 CTATAGAACC TATCACTAAA ATACCCCTAG AGAGGGATAA GGCTAAGCGG AGCGAAAAGG
    17881 GTTTTCCATG AGATGGGAAA TGAAAACTAT TAGCCCCACA CGAAGTTTGT GAATAAGTGA
    17941 TTGTCTGATA ATGAGCAAGG AATATCCGTC TTTCTGCTAA AGAGGATGTA TTGAACTCAT
    18001 AATTCATTAG AGACTTTTTA TGAATGTCAA CTAAGTATCG TAAGTAAATT GCTCCTGGTT
    18061 GTTCAATCAT TTTATAACCA GAGTCATTCT TTGATAAATG ATCACTATGA GTCAGACTCA
    18121 ATAAAATTTG ATCAATCCTT TTTTCTGTCG TTAAGGTGGA GAACTGAACC AAGAATTCTC
    18181 TTTTTTCATC ATCAATCGAA TCACTGTTTG CAACCCAGGA TTCTATTTTA TCATCAATCC
    18241 AGTCCCCGTT CACGTTTTTT CTTTTTCTTA TCAATGAATA GATCTCTTTA CTTGTATGAC
    18301 TTAGATGTCT CGTATTTCTC GAAAAAGTGA TTCGATTGAT GGGATTTGGT ATGATACTTA
    18361 TGAGATCGAT GATATCGATG AGATTGATAT TCAAATATTT CTTCTTAGAG CGTATTGATT
    18421 TGACCCCATA AGCGGGACCA CCACGCAATA GCATGTTGCC ACCTAGAGAA TCTCCTAATT
    18481 GTTTCAGAGC AACTAGAAAG AGATTCTTTA ACCAGAAAGA ATTCAGTTCA GATGTAGGAT
    18541 ACCTATCCAG AAGTTTTCGC AACTCAATCA TAGATGATGG AATCATCAAA GATTTGACCT
    18601 TTTCGAACTC TGTCTGTAAC TCACTAGAGG TCCCGAAAAC AAAGAGAAGA TGTGTACAAA
    18661 CGAGATATGT AGCAACAAGA AGAAGGAAAA GGATTGCATA GAGGAACTCC CGAACATTTG
    18721 TCAGATGTGT CGATATCAAT GGTGACTCAT TATTTCGATG AATCATTTCT TCGGACAGAA
    18781 GAAGATTATG GAAACACTTA CTCGAAATCT CACTTATCAG ATTCCATTGT GGAAGATATA
    18841 ATTTTTTCTG AAGAATTCGC CATAATATAT CTGATCCATG CATAATATCA TGAAAAATGG
    18901 ATACAAATTT TTGACTGCTA CTTAGTATCG GCAATAGGTC TGAAAAAGTA TCTAAAAATA
    18961 AAAACTTTAG ATATCTGTAC CCTGTCGAAG TAAGGAACCA TGGCATATAT GTTTGGAATA
    19021 GATTCCATTT TGAGAGAGTT GAATAAGCAC TATCTCGTTG AAAAGTTCTA TACATCTGCC
    19081 CTTTCTCAAC GCATTTCTTT AGACAAAGAC TCCGTTTTTT CCTCTTTTCG GATGGTAAAA
    19141 ATTTCTCAGA ACATGGAGTG TGAATCAAAC CCATGTTTGA ATTGAAATTG AGATACTGAT
    19201 ACAAGTTCTT CCCTTCTGAA TCAGATAGAT TCATATCTGA AAGAGGTTGA CAATAAGTTC
    19261 TTTCAAAATT GACTATTTGT CCCTCTGTTA GAGGTGTTCC AGAAATGTCT GCGATCGAGT
    19321 AAATAGCTCT ACGAACGAAT GGATTGGATC GACTTGGAAA ATGGAAATAT TTGTACAAGT
    19381 TATACGTTTC GTCACCACTT TGTGGAAAAG CCTTAGATAT GAACATGTTA GATACCTGTG
    19441 ACTCGATTGC TGAAATAGTA TCTCTCCCCC AAAAAGCATG TTTTTTTTTA CCGACGCACA
    19501 AAGAAAATAT TTTGTTGCGA ATGAACAAGA TATTGAGGAA TTGCCCATAT GTAAAATCAT
    19561 AATTATTGAT ACGGGCCTTT TCCACATAAA AGGGGAATCT TTTGTTACAA TAGAAGCAGA
    19621 AGTGATGTGG ATTATTCAAG AATCGAAGTT GATTTGCTTT ATAAAAAGAA GATCTCAATG
    19681 AACTTCTATG AAATGATTTC ACGGGATTCA GCCAATTGTA TTGATCGTGG AATATCATTG
    19741 AGAAATAGGA ATCCGTGTTA TCAAAGGATT TCCTGCGATT ATTTCTAGTA TGGAATGAGT
    19801 CAATCATCCA CTTTGGTATC TTATTGAACA AAAATGGTGA TATTGTTCCT CCATTGATCA
    19861 AGAATTTCGA TTTTTGGCAA GTCTCATGAT CATCCAATAA GAAGGGTTTC AATTTTTTCA
    19921 AATGAACGAT TTGAAGACCT ATTGATTCTA AAAACTGTGG ATCATTCGGA CCTTTCAATT
    19981 CATAGATGTA GATCTCGGAC CTCTGAATGG GGATATTCCC GAAACTGACA AACAAAAAAG
    20041 GAAGTGAGTT AGACAAAAAA AGAAGCAACT TGGACAAAAA GAAACGAAGT GGCTTAGACA
    20101 AATCTTTTTT GTTGATAACC TCAGACCAAT CAATCGAATA TGGATTAATA CGTAATCGAT
    20161 CGAACACTAC TTGAAAACGG CTCTTCTGCT CAGAAACGAA ATGTTCCAAA TGTTCCTGGA
    20221 AATTATTGCT CCCAGTGGAC CATTTGTATC TATATGCATC AGGATCCCGA TTCATGGATC
    20281 TCTCGGTTCG AGAAAAAAAA ATAAGAGGGT CGAACCATCT CTTCTGACTC TTTTTCAAAT
    20341 TCGATAAATG TTGGTTGATC GTATATTTCA TTAGAGTTCG ATGATTCAGA GTATCCTTTC
    20401 CTATTTGATC CCTTTGAATT CCATATTCGA AGTTGCGATC GGATCTATTC ATTAAAAAGA
    20461 ATCGATTCAA TACATTTCTT ATGTACCTAT GGGTGCTATG TTGGATTTGA ATCAGATTTC
    20521 GGATCAATCT ATATTGATTG ACTGCCTCCA TTATGTTGTT GCTAGCAAAT ACCACTATTT
    20581 TTGGTTTTGG CTCTTCCAAA TCATTCCCGC AGGAGATCCG GACCCCTTTT TTTCTGATCC
    20641 TTCGATAAAA AGATTCATTC TCTTCATAAA AAATAGGAAG TAGAACCAAT AAAACCAATA
    20701 AAGATGTCGT TTTCCATTCA TACCTGGAGT TGAATACCCC ATTCAAGAAT TGTTTTGGAT
    20761 CCAATCCATA GGAATCAATA GAAAAGGCAA ATCTCTTATG ATACAACAGA TCCGGCTCGG
    20821 TTATTGATAG AGTGAATAAA TCTGCCATTT CTTGAAATCT CTCTTCTAAT TCAAAATCGT
    20881 GGTTTAACGT GCATCCTCCC CTGTTCCGGT CATGGAATAG ATGAAATAAA TAAAAAAATG
    20941 GATTTTTGTT CAAGAATGAA ATCTTGTTGG AACTGTCCAT ATCCGGTTCA TCCTTCGGAA
    21001 CCATATCACA TCCCGAATCT GATGAAATAG GATGAATTGA GACGGTATTT TGTAAATACG
    21061 TAATTATCTT GAATAGATTA ACCATTTCTT TATTTTCCGA TCGCCTGAGA AAAGAAAGAT
    21121 CTTGTTGTTT CTTCAACAAT TTCTGATCTC TAGTGGACCT CTCAGTAGGA TTCGAACCCA
    21181 GATGAAGTTC TGACCATCTG TCAGAGAAAA AAGAACGAAC GGATCTTGTA GGATTCCCAA
    21241 GAAATTCTTC GATTTCTTCC GTAAGCAGAT GATTAATCAT CTGCTTCTCA CGTTCCGTGA
    21301 ATAGCCGGGA CATTGAGGAA TATCCAGAAA GGCATTTCGG GAATCGGTTT GATTCTATCT
    21361 CTGTTCCTTC CGTTTGAAGA AAGGAAGGAT CCCGAAGAAT CGATCTTTCT TTTAGTTGTT
    21421 GAATCTCTCT TTGATGGATC AATGTGTGAT ATTCCGAATC CTCATTACTA ATGGAATCAA
    21481 AATGATCTCT GGATTGATCA GAAGATCCTT TCAATTGGCT AGAATCCCTT ACTTGAACGA
    21541 AACTAGATCT TGTGGAATCA TATTGAATAT TTGACGATAC ATTCCGCACC TTGCGAAAAA
    21601 ACCGATCCTT GTTTACCAAC CACACATTGT CTAACCAAAT CAAATTCTCT CTCGATACGT
    21661 TCCTCAAAAA ATCCGATTCG GTTGGTCTTT TTTCACGAAA AGCAGACATG AGATAACAAA
    21721 TCCAGTGTTT CACTAAGATT TCGAATAGTG GTCCCGAATT CAAGTTGATT CTATTTTGCC
    21781 TCTTCCTCAG AGAAAGACGA TCAAACAATT CCCAATCATG GTCCTTGCGC ATCAGATCAT
    21841 CCCTATAATA TACAAAGAAA AACTCCAGAT ATTTGAGATC TTTCTCTTTG AATAATATCT
    21901 CAATTCCGGC GACGGTTTCA TTAGATATCT TACAACTAGA ATCGCTCTTT TTTCCGATCC
    21961 AGTCCCTCCA CCACCGCGAA CCCCAGTTAG ATTCAGGCAT GCTACACTTT TTAGTTATTG
    22021 GGAGAACCCA AGTACTCTCT TTCGGATTCA GGAAAGAACT CTCATAGATC TTTTTTCCTT
    22081 TTGGAAGATA CAGGAGCGAA ACAATCAACC TATTGATATT GGAAGACCCA ACGGATTCTT
    22141 CCAATGTATC ATTTCTGGGT CCAATGGAAT TCATAGGTAT AGGAAGAAGC CCTATCAAAT
    22201 AGAGATTTTT TCTTTCGACC ATATTTCGAT TGTTAATACG ATATATAAGG ACCGCTACTC
    22261 CAAAGAGTAT TACACCCTTG ATCGTGAAAT ATCGATTGCT TGTTGAACCC CGTGAATTGT
    22321 GTGAAAGTAG GATACTCCAA ATTCGGGAGT CAAAAAGTTT TATAAAACGT TCTTGCTGGA
    22381 AAAAAATGTG AATGAAAGAT CCCACTGAAT TGAATTGGGT CCAGGAATCT AAGAAATAGT
    22441 GAGAATTCTT GATCTCTCTC AATATCTCTC TCAATTCTAA AATCCAGGAC TTGAATTCAT
    22501 GTCCTGTCAT TAAATTCCTC CTGATTTATT AGAACTAAAT GAATTCCATT TAAGCATCTC
    22561 ATTGCTTTAG TTGAAAGATT CCATTTGAAT TGGAATCTGG TCATTCACTA TGACCCGCTA
    22621 AGCATCCATG GCTGAATGGT TAAAGCACCC AACTCATAAT TGGCGAATTC GTAGGTTCAA
    22681 TTCCTACTGG ATGCACGCCA ATGGGACCCT CCAATAAGTC TATTGGAATT AGCTCTGTAT
    22741 CAATGAAATC TCATCATCCA TACATAACGA ATTGATGTGG TATATTCATA TCATACTATA
    22801 TGAACAGTAA GAATTAGTAG TCTTATTGAG ACTAGAACTC ATAGGGAATC AAATCTATTT
    22861 ATGGATGGAA TCAGGTATGC AGTATTTACA GACAAAAGTA TTCGGTTATT GGGGAAAAAT
    22921 CAATATACTT CTAATGTCGA ATCAGGATCA ACTAGGACAG AAATAAAGCA TTGGGTCGAA
    22981 CTCTTCTTTG GTGTCAAGGT AATCGCGATG AATAGTCATC GACTTCGGGG AAAGGCTAGA
    23041 AGAATGGGAC CCATTATGGG ACAGACAATG CATTACAGAC GTATGATCAT TACGCTTCAA
    23101 CCGGGTTATT CTATTCCACC TCTTAGAAAG AAAAGAACTT AAATCAAAAT ACTTAATAGC
    23161 ATGGCGATAC ATTTATACAA AACTTCTACC CCGAGCACAC GCAATGGAAC CAGTCAAGTG
    23221 AAATCCAATC CACGAAATAA TTTGATCTAT GGACAGCATC ATTGTGGTAA AGGTCGTAAT
    23281 GCCAGAGGAA TCATTACCGC AGGGCATAGA GGGGGAGGTC ATAAGCGTCT ATACCGTAAA
    23341 ATAGATTTTC GACGGAATGA AAAAGACATA TATGGTAGAA TCGTAACCAT AGAATACGAC
    23401 CCGAATCGAA ATGCATACAT TTGTCTCATA CACTATAGGG ATGGTGAGAA GAGATATATT
    23461 TTACATCCCA GGGGGGCTAT AATTGGAGAT ACCATTGTTT CTGGTACAGA AGTTCCTATA
    23521 AAAATGGGAA ATGCCCTACC TTTGAGTGCG GTTTGAACTA TTGATTTACG TAATTGGAAG
    23581 TAACCAATTA GGTTTACGAC GAAACCTAGA AATCGATCAC TGATCCAATT TGAGTACCTC
    23641 TACAGGATAG ACCTCAACAG AAAACTGAAG AGTAACGGCA GCAAGTGATT GAGTTCAGTA
    23701 GTTCCTCATA TAAAATTATT GACTTTAGAG ATATAGTAAT ATGGAGAAGA CAAAATTGTT
    23761 TCAAGCACCG ACAGAACCGG AAGCGCCCCT TCTTTCAAAG AGAAGAGGAC GGATTATTCA
    23821 CATTTCATTT GATGGTCAGA GGCGAATTGA AAGCTAAGCA GTGGTAATTC TAAAGATTCC
    23881 CGGGGGGAAA TATAGAGATG TCTCCTACGT TACCCATAAT ATGTGGAAGT ATCAACGTAA
    23941 TTTCATAGAG TCATTCGGTC TGAATGCTAC ATGAAGAACA TAAGCCAGAT GATGGAACGG
    24001 GAAGACCTAG GATGTAGAAG ATCATAACAT GAGTGATTCG GCAGATTTTG ATTCCTATAT
    24061 ATGCACGCAT GTGGTACTTC ATTATATTTA TACCATATAT ATAAGATCCA TCTGTATAGA
    24121 TATCACCATC TACATCCAGA AAGCCGTATG CTTTGGAAGA AGCTTGTACA GTTTGGGAAG
    24181 GGGTTTTGAT TGATAAAAAA GAAGAATCTA CTTCAACCGA TATGCCCTTA GGCACGGCCA
    24241 TACATAACAT AGAAATCACA CTTGGAAAGG GTGGACAATT AGCTAGAGCA GCGGGTGCTG
    24301 TAGCGAAACT GATTGCAAAA GAAGGGAAAT CGGCCACATT AAAATTACCT TCTGGGGAGG
    24361 TCCGTTTGAT ATCCAAAAAC TGCTCAGCAA CAGTTGGACA AGTGGGGAAT GTTGGGGTGA
    24421 ACCAGAAAAG TTTGGGTAGA GCCGGATCTA AGCGTTGGCT AGGTAAGCGC CCTGTAGTAA
    24481 GAGGAGTAGT TATGAACCCC GTAGACCATC CACATGGGGG TGGTGAAGGG AGGGCCCCAA
    24541 TTGGTAGAAA AAAACCCACA ACCCCTTGGG GTTATCCTGC ACTTGGAAAA AGAAGTAGAA
    24601 AAAGGAATAA ATATAGTGAT AATTTGATTC TTCGTCGCCG TAGTAAATAG GAGAGAAAAT
    24661 AGAATTTCTT TCTTCGTCTT TACAAAAAAA AATAGGAGGA AGCTGTGACA CGTTCACTAA
    24721 AAAAAAATCC TTTTGTAGCG AATAATTTAT TAAAAAAAAT AAATAAATTT GGGCGAACGA
    24781 CGGGAATTGA ACCCGCGCAT GGTGGATTCA CAATCCACTG CCTTGATCCA CTTGGCTACA
    24841 TCCGCCCCTC TCCTATTATT TATCTAGTAT AGTTATCTAG TATAATTACT AGATTTTTCC
    24901 ATTAACATAT AACATAAAAA AGCATAAAAT TTATTTATTT TTTATAAAAG CAAAGTAATA
    24961 AATAAACAAA ATTTTCGTTG TAAACAAATA GTACTAAATA AAAAAAAGGA GCAATAGCTT
    25021 CCCTCTTGTT TTATCAAGAG GCCGTTATTG CTCCTTTTTT TAGTTCAAAA ACTCCTATAC
    25081 AATCACAATC AGACCAAAGT CTTATCCATT TGTAGATGGA GCTTCAATAG CAGCTAAGTC
    25141 TAGAGGGAAA TTATGAGCAT TACGTTCATG CATAACTTCC ATACCAAGGT TAGCACGGTT
    25201 AATGATATCA GCCCAAGTGT TAATTACACG ACCTTGACTA TCAACTACTG ATTGGTTGAA
    25261 ATTGAAACCA TTTAGGTTGA AAGCCATAGT GCTGATACCT AAAGCAGTGA ACCAGATACC
    25321 TACTACAGGC CAAGCAGCTA GGAAGAAATG TAAAGAACGA GAGTTGTTGA AACTAGCATA
    25381 TTGGAAGATC AATCGGCCAA AATAACCATG AGCGGCTACG ATATTATAAG TTTCTTCTTC
    25441 TTGACCGAAT CTGTAACCTT CATTAGCAGA TTCATTTTCT GTTGTTTCCC TGATCAAACT
    25501 AGAGGTTACC AAGGAACCAT GCATAGCACT AAATAGGGAG CCGCCGAATA CACCAGCTAC
    25561 ACCTAGCATG TGAAATGGGT GCATAAGGAT GTTGTGCTCA GCCTGGAATA CAATCATGAA
    25621 GTTGAAAGTA CCAGAAATTC CTAGAGGCAT ACCATCAGAA AAGCTTCCTT GACCAATTGG
    25681 GTAGATCAAG AAAACAGCAG TTGCAGCTGC AACAGGAGCT GAATATGCAA CAGCAATCCA
    25741 AGGTCGCATA CCCAGACGGA AACTAAGCTC CCACTCACGA CCCATGTAAC AAGCTACACC
    25801 AAGTAAGAAG TGTAGAACAA TTAGTTCATA AGGACCACCA TTGTATAACC ATTCATCAAC
    25861 GGATGCTGCT TCCCAGATTG GGTAAAAATG CAAACCTATA GCTGCAGAAG TAGGAATAAT
    25921 GGCACCTGAA ATAATATTGT TTCCATAAAG TAGAGATCCA GAAACAGGTT CACGAATACC
    25981 ATCAATATCT ACTGGAGGAG CAGCAATGAA GGCGATAATA AATACAGAAG TTGCGGTCAA
    26041 TAAGGTAGGG ATCATCAAAA CACCAAACCA TCCAATGTAA AGACGGTTTT CGGTGCTGGT
    26101 TATCCAGTTA CAGAAGCGAC CCCATAGGCT TTCGCTTTCG CGTCTCTCTA AAATTGCAGT
    26161 CATGGTAAAA TCTCGGTTTA TTTAATTATC AGGGACTCCC AAGCGCATGA ATTTTCAAAT
    26221 GGAAAACTAA AGGCTTGTTA TTCAACAGTA TAACATGACG TATATGCCCG TGTCAACCAA
    26281 TATATATCTG GTTATATTAC AAATTTTTGT AAAGAAAAAG GGGTTTGCAA AAATAAAAAA
    26341 GGATTTCTAT CTATACACTA TACATATAAT AGAACTTAAC TATGACAATG GGTTGGACAA
    26401 TGGGTTGCCC GGGATTCGAA CCCGGAACTA GTCGGATGGA GTAGATAATT TCCTTGTTAA
    26461 ATAAGTAAAA ATCCCTCCCC AAGCCGTGCT TGCATTTTTC ATTGCACACG GCTTTCCCTC
    26521 TGTATACATC TAAAACCTCA GTCCTTCATT AGAAAAAGGT TGAATACTCA GTTGATTTAA
    26581 TCCTTACTAC CTCAACATTT CAGAATAGAA ATAAATAAAT TTTTTCCGCT CTTCATTATT
    26641 TAATTAATAT TATTTATTAT TATTAGATTC AAATTATTTA TTGATTTGAT CCAATTTTTA
    26701 TTTACAACGT TTCGTAGATT CATAACGAAT CATTCATGAT TGGCCAAATC ATTGATACAA
    26761 ATAATATCCA AATACCAAAT CCGCCCTCTA GATAACCTTC TCGAAATAGA AGAAACTCTT
    26821 GGAAAGGTCA AGGAAAAAAC TTGTTCTTCT TCCGTAAAGA ATTCTTCCAA TAATTCCGAA
    26881 CCTAATCTTT TCAAAAAAGC ACGTACAGTA CTTTTATGCT TACGAGCTAA AGTTCTAGCA
    26941 CAAGAAAGTC GAAGTATATA CTTTACGCGA TACAAACTCT TTTTTTTTGA AGATCCACTA
    27001 TGATAATGAG AAAGATTTCT GTATATACGC CCAAAGCGCT CAATAATATC AGAATCTGAG
    27061 AAATCGGCCC AAATCGCCTT ACCAATAGGA CGCCCCACTG CGTTACAAAA TTTAGATTTA
    27121 GCCAATGATC CAATCAGAGG CATAATTGGA ACAAGGGTAT CAAACTTCTT AATAGCATTA
    27181 TCAATTATAA ATGCATTTTC TAGCATTTGA CTGCGTACCA TTGAAGGCTT TAGCCGCACA
    27241 CTTGAACGAT AACCCAGAAA GTCAAGGGAA TGATTGGATA ATTGGTTTAT ATAAATCCTT
    27301 CCTGGTTGAG ACCACAGGTA AAAATGGGAT TTCCAGAAAT TGACAAAGTA ATATTTCCAT
    27361 TTATTCATCA AAAGAAACGT CCCTTTTGAA GCAATAATTG ATTTTCCTTG ATACCTAACA
    27421 CAATGCATGA AAGGATCTTT GAACAACCAT AAATTCGCTT GAAAAGCCCT GGCAAAGACT
    27481 TCTGCAAGAT GCTCCATTTT TCCATAGAAA AATATTCGTT CAATAAGGGC TCCAGAAGAT
    27541 GTTGATCGTA AGTGAGAAGA TTGGTTACGG AGAAATAGGA AGCTAGATTC ATATTCACAT
    27601 ACATGAGAAG TATATAGGAA GAAGAATAGT CTTTTATTTT TTTTTGAAAA AGAAGAACTG
    27661 GCTTTCTTTG AATTTGAAGT AATAAGACTA TCCCAATTAT GACACTCATG GAGAAAGAAT
    27721 CTTAATAAAT GCAAAGAGGA AGCATCTTTT ATCCAATAGC GAAGAGCCTG AACCAAGATT
    27781 TCCAGATGGG CTGGGTAAGG TATTAGTATA TCTAATACAT AATTTAAATG TGAAAAGTTG
    27841 TCCTCTAAAA AAGAAAATAT TGAATGAATT GATCGTAAAT TATTGGATTT AACTACCGCT
    27901 TTCCTTTCTA GGGAAGATAT TAATCGCAGA GACAATGGAA TTTCCATAAT GATTGAAGAA
    27961 ACCTCTGACA TTACTTGCGA ATAAAAATTT TTGTTGTGCC CCACAAATGG AGTCTGTTTA
    28021 GAATCATTAA CAAAAAGGTT CTGTTGATAC ATTCGAATGA TTAAACGTTT CACAATTAGT
    28081 AAGCTGCATT TATTGTCATA ACCTGCATTT TCCAACAAAA TAGATCTATT TAAACCATGA
    28141 TCATGAGCAA GTACATAAAT ATACTCCTGA AAGATAAGTG GATATAAGAA GTAGTGTTGT
    28201 TGAGATCTAT CTAGCCCTAA ATAGATTTGG GATTTATCCA TTTGAAATTC TATTTAAATG
    28261 AAAGGTAGAG GATTTTGGGA GTTATAAATG ATACATAGTG CGATACAGTC AAAACAAGGT
    28321 ATTATAGTAC AAACCAAATA GATACCTCGG ATACAGATAA ACTTATCAAC GGATTCTCTA
    28381 TCCTCTCTTT TTCCATTTAA AATTAAGTAT TTATGTTCGT TTTCATTATA GGATAACAAG
    28441 ATGATTAGAA ATCCTTTACT TTTTTTTTTT TCAACCCAAT CGCTCTTTTG ATTTTGGAAA
    28501 TTTTTTTATC AATATACTGT TTCTTATACA CATACATCTC CATTATGGAA TGGATAATGC
    28561 TAATATTTAG GATTCATTAA AAAATCAAGA ATACATTCCT GGGAGAAAGC CTTCCCGTAT
    28621 TGGGCACTAA TATTTTTTTA ACGTCTAATT AGATCGGGTA ATCATTCAAA TTAAGAACGG
    28681 AAGCTCGTTG CTTTTTTCTT TCCCTATAAT AAAAATGAAA TTAATTGAAG CCGTGGGGCC
    28741 CTATCCATTT ATTAATTCGA CCCAACTTAA AATTGACTTC GGTTTGCTCC CCTTCAATAA
    28801 TTTAAATTTA AAAAGTTAAA GAAGGCTTTG TGCCGAGCCG GAAAGAATAA AATATTCTCA
    28861 GAACTCTTAA TTGATACGAC ATGCTATTTT TTCCATTCAT TCCCTTTCAG GATCAGTCGT
    28921 GGTCTTCCAA ACTTTACCGA TGGTATGGAC GAATGTCTCG CTTCATCTAA ATGTGTAAAA
    28981 GATCCTAGCC GCACTTAAAA GCCGAGTACT CTACCGTTGA GTTAGCAACC CAAATAGAAA
    29041 AAGGATATGT AGATACAATC AGAATAAAAC AAAATGATTA AATCAAAGCA TTAATCTACG
    29101 AAATAAAAAA AGTATAAAAA TAAAAAATTT CTAATATATT TGGAACATAA AAATGACTAA
    29161 ATCAGATGAA AAAATAAAAA ATTTACTGAT CAAATAAAAA AAGAAATGTA AAAAATGCTA
    29221 GACCATCCCC TAATTTCTAT ATTATCCACT ATTCAATCAA AAATCTGGGT ATCAAATCTA
    29281 ATCCAACGAA CCCATCATTT GAATCAACAG GTAAAAAATA AAACCTATGG GACGGAAATA
    29341 AATAGAGCTG CTTATCACGA TGAATTATAT TTGTTCGATA CAATGTTGTC AATATAAAGG
    29401 TTAAGAAAAG AATACGCTGG AAAAAATACA AGAACTTAAA TTGAAATAAT AATAAAAAGG
    29461 AGACTTGTGT TGGATTGGCA CTGCATATGC ATATAAACTA AAAATTTTAT TTAGGTGGAG
    29521 AATAAATAAA GAAGAAGTAG AAAAAGGGTT TTCAATAGTA TATTGAATCC ATATATATAA
    29581 GTCGAATAAA GAACTTCATA AGTCGAATAA AGAACTTCGA TTCCTTGTTT CTTACTTGAT
    29641 ATTAAAGTTC GAATGAAAAC CACGCGATTG CAGGTAATGC CAGAATTTTT TATTTTGTAA
    29701 GGATCAATCA AATAGGTTTT CAAAATATTC TAAAAAAACA ATGATAAATA GATATGAATA
    29761 GAACAAGAAA AGAAGGAAAT AAAAAAACAT AGTATAGAAA AGATATCCAA AATGATATAG
    29821 AAATCACTAT CCTACCCTTA GTTTTTATTT CCTTAATTTA ATTAATTGTA TTTCGTTTGA
    29881 TTAGGGTAAA GTTCCTTAAA AACCTCTGCT TTTTTTAAAA TATCCTGAAC AGTTCCTGTA
    29941 GGCTGAGCGC CTCTTTCAAG GAAATAGAGA ATCGCGGGAA CGTTTAAATA AGTTTGATTC
    30001 TTGATAGGAT CATAAAAACC CACTTTCCGA AGATCTCTTC CTTCTCTTCG GGATCGAACA
    30061 TCAATTGCAA CGATTCGGTA GACGGCTCAT TGGGATAGAT GTAGATGAAA AAGAACCCCC
    30121 CCCTAGAACC GTATAGGAAG TTTTCGCCTC GTACGGCTCG AGAAAAAAAT GATTAGAAGT
    30181 TTTGTCTATG GATAAAATTA GAATAAATAG AAAAGGAATC CGTAAAATAA ATGAGTCTAT
    30241 AATTTAAAAT TTAACTCATA GTTATTTTTT TTGCTTCCTG AAAAAAATCA TTTGTACTCA
    30301 TAACTCAAGT TCAATAATTC TCAAATATCT TAAAGAAATT TAAGATATTT TTTTATTGAG
    30361 TGGTCTTTAA CCCCTCCTTT TTTGTCTCGT TTAAAATCTA TTTTGATTCT TTATTCGGAT
    30421 CCGTGAGACA ATTGAAGTGG TGTTTACTTG TTCTGGGATC CTTTATCTTT TTTTTTTAAT
    30481 CATTGGGTTT AGACATTACT TCGGTGCTTA TTAATCCTTT CAAAATGGTA GCAACATACC
    30541 CCTTTTGTGA TTTCTTTCTA TCAAAGAATC ATATGGTTGA TTCGTGCGCG ATACACTGTG
    30601 GATCGAAAAA GTTTTAACCC TTCCAACAAA AAAATTTTTT TTTTGCTCGA ATCGGATCCT
    30661 TTCGATTTAT ATATCGAAGA TATACTTACG AAGTTGTTCC AATTTATTGA TTGGCATTAA
    30721 CCCTAGATCG TTGCCCCTGA GAAATTAATA AATACTTTCT ACCCGAGCTC CATCATGCAC
    30781 TATTTACATT ACAACCCAAA AAAAAAGAGG GGTTCTAGTA GAATAGAACA AATGACGTCG
    30841 AGCCAAGAGC ACTTTCATTC CTATATAAAA TGGTGGATGT AAGAATAAGA ATCCACGGCG
    30901 GATCGTGTCC TTCAAGTCGC ACGTTGCTTT CTACCACATC GTTTTAAACG AAGTTTTACC
    30961 ATAACATTCC TCTAATTTGG AACCAGTATG GAATTGATTC AATTATATTA TGGAATCATG
    31021 AATAGTCATT GGTTCGCTCG GTACATAGAC ATAGTCATTT ATATTTTTTC TTATCTATCT
    31081 ACATAGATAA TAAAGATTTT TCTGAAGAAA TATTAGCAAG ACCCCGGCTT TTTTTGTATG
    31141 AATGGAACAT TTTTCTATAA GTATCGATCT CAAAAAAATA TCTAACAGAA ATTCCAGAAA
    31201 TCTAAATATA GAAATAACAT AACTAATAGA AATCACAGGA ATAAATAAAT TATATTTGAC
    31261 TCTGCCTCTT CAAGTGACTC AATAAGATAG ACTGAGCCAT TTCCACCTTC CCCAAGATTC
    31321 AATCCATAAG GAATCATTAC AAATCTTGCT ACTTGAAAAA GTTTCCTATT TCTGCATCAT
    31381 TATTTGAATC AAGTTTTGCA GTAAAAACTC CATTTTATTA TCATAATAAA AAATATTTTC
    31441 GAATGGAATT GTCAATGATG TAAAGCAAAT AAGCTAAATA GATCGAACAA AAAAAAGAAA
    31501 TATTTTTGTT AAATATTTCA ATTTTAATAT TTTAGGGATG CTCATTATTT TTCACAAAAA
    31561 TAGAAAGACT ATTGTGACTC AAATAGGATA ACAATACATA CCTATAAGCT AAGCACTTCC
    31621 TCTTTTATAT GTATTTTCAT ATTTTGTTTA GCCTGAGATT AAGTAATCTT TCTGCAACTG
    31681 TGATCTATGT CTCATCTTAT CTTTATCTGA ATCAGAAAAG GTTTCAGTTA TCAGTTACTT
    31741 TTGCATTTGA ATGCCATTTG AACTCGATTT AGTTCAGTTT GTGAAAAACT TAGATATGAT
    31801 TCCGAAAAGA ATCATTCAAA ATTAAAAAAA GAAAGAGGAA TAATATTCTA TCCAATATTA
    31861 GACCTTTAAA CAGAACCTTG TTGAACAAAA AACAAGTATT CAGATACAAC GGATATGCTC
    31921 TGGGACGGAA GGATTCGAAC CTCCGAATAG CGGGATCAAA ACCCGTTGCC TTACCGCTTG
    31981 GCTACGCCCC ATTTCTACTT TTATTGGATA CTAATAAAGA ATAATATTGG TAGTAAGTGT
    32041 TCGTCAATTC CAGGCCAAAC TATCTATAGA AAATCTTTAT TCTTTATAGA ATCTATTATA
    32101 GATTCGTGCT AGGATTTTGA CATGTGTATA TCTAGAATTC AACTGAATTT ATTGATCATT
    32161 ACATATAATT CAATTAAGAT ATTGTATGAA AGTATGATTT CTTCTATTCT CCTTTGAGAA
    32221 TTGGAGGATT TTTGATTGAA CGGAAAAAGA AGGATTTTTT TGTCTACCCT ACTTTCTTTA
    32281 TTTTTCCTTA TATCAATAAC TCAATCAAAA TGCAATTATC TCGACGAAAA AAATGTCTGT
    32341 TATGCTTAAT ATCTTTAGTT TGATCTGTCT TAATTCTGCC CTTTATCCGA GTAGTCTTTT
    32401 CTTCGCCAAA TTGCCCGAAG CCTATGCTTT TTTGAATCCA ATCGTAGATT TTATGCCAGT
    32461 CATACCCCTG TTCTTTTTTC TTTTAGCCTT TGTTTGGCAA GCTGCTGTAA GTTTTCGATA
    32521 AGATCTTTAA TACTATCCTA GAAAATTCAT GATTTATTCG ATAAAAATTA TAATAATTGA
    32581 TAAGATCAAA TAAGTCTGAC AGTATGAACC TTCGATTCAA ACATTGAAAT TATCGGATAG
    32641 CCGCGAGAAA CCCGGCTCGC CCCATTTCCC TATTTTAATC CTTTTTATGG TGAAAGACCT
    32701 TATTAGCTTA GGGCCCCTTA CAATAGCTAA TTATGGGTCT GAAAGTGATT TGTGGTAATT
    32761 AAAGACTCTT ATTATATTAC AAATTGAAAT TTCATTTCAA CTTCATTTGA ATTTCTGAAC
    32821 ATTCTTTTCT ATTTCTAGAA TTTATTTCTT GGTGTAAAAA TAGGATATGT GATATAAAAA
    32881 TGGAGGATCT ATTATCTTTT CTCGTTTTTC TTTTTCAAAA AATGATCTTG GAGGTTGTGT
    32941 AATGCTTACT CTCAAACTTT TCGTTTACAC AGTAGTAATA TTCTTTGTTT CTCTCTTCAT
    33001 CTTTGGATTC CTATCCAATG ATCCAGGACG TAATCCAGGA CGTGAAGAAT AAAATAAAAA
    33061 TTTAGTTTTT CTTGCTTGAT TTTACAATTT TCTTTCAATT TTTTTTAGCT ATTCCACACG
    33121 TTTAATTAGG AAAAAATAAT AAGAGGGTTT GCGAAAATTG AAAGAAAAAA ATAGAAAGTC
    33181 ATCAACGGAA AGAGAGGGAT TCGAACCCTC GGTACGAATA ACTCGTACAA CGGATTAGCA
    33241 ATCCGCCGCT TTCGTCCACT CAGCCATCTC TCCCAATTGA AAAAGATAAT TACTATGTTA
    33301 CATTACACAT CAAGTAAGGA TTAAAGAAAG TATTTCTTTC ACATTCTTTA TCGTTATTAT
    33361 ATAATTAGCA ATTCCATTTA GATGCTCGAA AGATCCAAAT AGAAAGATAA ATAAAGAAGA
    33421 CCTTCTTGCT TTTTTTTTTT GTTCGAGGTG CCTTTTGGGC CTGGCCCGGT CAATACCCAG
    33481 CCGGGCCTTT TTTTTGTTCC AACGAATTCC CTTTATTTAT AGGCAACATA CTCTAAATAC
    33541 TTGGTATCTG TGTAACAATT TCCGTTCTGG GGTTTACATA TACTTCTAAT TTTTGTTATA
    33601 ATGGAAATGG AGAATGGTTT TTGATTCAAA AGAATCAATT AAGGATGTAT CAATTTGTAT
    33661 TTTCTTATGT CATTAGGCAA ACCAAATTTT ATATTCAAAT CTAAGAATAA TTCACGAATT
    33721 CTCAGTCAAC GAATAGTTAA TGGTTCCTGT TTGTCATAAA TTTTAGCTTT TTTGAGTCAA
    33781 AATAAAATTT GATTTTTCAA TAGAAAAAGT GTAAGTTTTT CGGCATTGTT TGTTTTGAGA
    33841 TACTATACAA TTAATCAAAG GGCTAAATAA AACACAATCA AAAAGGGAAA AGGGGTTTCT
    33901 TTTATAATTT TTTATTTTAT ATTTATTTAG AAAAAGGATG AATAAAGGGG ATGCAAGTAC
    33961 AATAAACTAA AGTTTAGTAA TCCAACGGTA ATTTTTTATC CTGTTGTGTA TCGTTTTGGC
    34021 GGCATGGCCG AGTGGTAAGG CGGGGGACTG CAAATCCTTT TTCCCCAGTT CAAATCCGGG
    34081 TGCCGCCTCA TCAACAAATG AATAGAAATA TCTTATTCTG CTCTGCTGAT ATAACTAAAT
    34141 ATAATTTTCC CCAGCAAAAT AGAATAAGGG GACTGTTGAT ACTTGGTTGA TTCTAAACAT
    34201 CTATTCTGGT AATTTTGTAA AAGATTTCCA ATCTTTGAAT ATAAAAAATA AAGGTCGAAG
    34261 CAAGACTTTT TGATTCCCTT CTACTGCTAA TGTAATGTAT ACTCATTGGG TCTTAAATTA
    34321 CATCGGATAG CCGGGGGAGA ATTCAACTAC TAGTTAGGTA AAGTCCTTTC TATACTGTAA
    34381 TCTACATATA TAGACTCGCG AGAATCTCTG AGTGTTCAGG CATTCAATCA CTATTAGATT
    34441 GAGATTGGAT AGATTTTTTA TAAAAAAAAG TAAAAAAAAT AATTTTTTTT ACCCCCCGTC
    34501 AAGAGTATAA TATACTATCT CCCAACTCCT TCAGCTAGAC AATCGCGAAG GGGTACGCAT
    34561 TATATCAAAT AGGAAATAAA AGTATGTAAT AGATAACAAT TTATCTATTT TTACTTTGAA
    34621 GGGCAAGAAA AAAAAGAAAG GGCTCTCTTA TTTTATTACT GGACGTTCCA TTCCATTAGT
    34681 AACATTCCTT TGTAGTGTCA TTGTGTATTT TACTTGTGTT TAGTCTTTCC ACATTAGAAA
    34741 TCATATAGGA ATTTTTGAAA TGGCTTTATT TTATTGGTTC ATCAATAGTG TTTGGTCAGA
    34801 ATCCCTTTTT GACTCTGGAC CATTCATTCT ACTATTATTA GTGAGCAATA ATGGAATAAT
    34861 TCTATCATAG AGATAAGGGA CATAATTCAC ATGGATATAG TAAGTCTCGC TTGGGCTGCT
    34921 TTAATGGTAG TCTTTACATT TTCCCTTTCA CTCGTAGTAT GGGGAAGAAG TGGACTTTAA
    34981 AAGCACTCCT AATTTAGTTG AGGAATGAAA CGCTATCAAT TCTTTTATAG ATCGTTCCGT
    35041 AACGCATTTT TTATTTGAAT TGAAATAATT TTGAAATAAA AATATCTTCA TTTCAAAATT
    35101 CCATTGGATT CTAGTGGAGA AATGTATTCT ATAAGAGTAA AACGATTATT TCAGATTCAT
    35161 CGGAATAAAT AGATGTATCA AAGAAATAGA ATTGGGTCCT ACGTCAATTC TATATATGGA
    35221 TTAATAACTA CATATGGATT AATAACTACA TATATTGAAG ATAGAAGCTA ATAGAGTATA
    35281 CCAACTCTAT TTACAACTTT ATACACTACT ATAACATAAC ACTACTAGAG AGTATGGTAA
    35341 GTAAGAAATA AATTTCTTAC TTACCATACT CTCGGATCTC ATAGAATACC GCGGATTATA
    35401 GCCCCTTGAT TTCATTTAAG ACGCAAAAAT ATAATACTTT TCATTTGATT TCTTCAACTA
    35461 TTGATAAGAA TTCAGAAGTC AAGTTTCATT TAAAGTAATT AATTGTTTTG ACTGACTGTT
    35521 TTTACGTAAA TTATAAGTAG AAAAGCAGTA GGAACTAAAA TGAACAGTGC AGTAGCAATA
    35581 AATGCAAGAA TATTTACTTC CATAATTTCA TTGTTTTTTT TTTATTTCAC AATAACTCGG
    35641 GATTTAATCC CATAGAGATG ATAAATCTTT CACCTGTCAA TTCAATGAAT GCATTACCTA
    35701 TCGATGATCT TGAATCGGAT CAATATCATG AATAACAATA TCTGAGCTAT TAAATTAATT
    35761 TGTCGTCGAG AATTGAATAG TATAACATAT GAAGATCTTT TATCCATAGT GAATCCAATC
    35821 TTGGATTCCC GGACCAATAA AAAACACCTT TATTTCTCCT TATTTTCTGT TCTTTCTTTT
    35881 TAGGTCTTCC TTGTAGAACC ATCAAATGAA GTATCATCTA ACCACGCGTC TGTTTCCATT
    35941 AACTACAAAA CCCCAACAAA CAATACAAGC GAAGTGGAAA AAGAGAAGAA TTAGGTTCTA
    36001 AATTTTAATG ATCTAATTTT CTTTGAAAGA CGAAGAAGTA TGATAAAAAT GAGTCGCGGG
    36061 AGAAAAAATG GAATATTCTA TCAACTTCAC TATTTTAGTT ATTTTCATTT TTGTTTAGGG
    36121 TTTGTTCTTT CTTCGACAGA ATCCTGAAAA AAAGAGGGGA AACCCCTTCA GAATTCAATT
    36181 ATGCTCCCCT TCTTTTTCAC AGAAAATAAA GAGGCGAATT GATGTACTTA TTGGATCCGT
    36241 CGGGACTGAC GGGGCTCGAA CCCGTAACGT CCGCCTTGAC AGGGCGGTGC TCTAGCCTAT
    36301 TGAACTACAA TCCCATGGAA ATAAGAAGAG ATCTAGCAGA AAATTTGGAT AGGTATTTCT
    36361 TAGGCTCTAC CATCTGATAG TAGGTTGCCA AATTGTTGGG CCGAGCTGGA TTTGAACCAG
    36421 CGTAGACATA TTGTCAACGA ATTTACAGTC CGTCCCCATT AACCACTCGG GCATCGACCC
    36481 AACGCCTAAT TCATTTTAGA CGTTCCATAA TCAACTTCCT TTCATCTCCC AGGCAGACTT
    36541 GACAAATAAA TATAAATATC ATCAATCAAA TGATATAAAA TATGAAGTCC TTCTAAGTAG
    36601 ACTATTAGAA GGACTTGACA AACAGGGATC ACTTAATAGA AAATCCCACT CCTATTCCTA
    36661 TAGTCTTGAG TGTTGTTACA CCCCCAGAGG GACTTGAACC CTCGTTTTCT CCGTGAAAGA
    36721 GAGAGGTCGT AACCACTGGA CCATAGGGGC CTATGGCCAC CTTGAGCCAG AAATAAACTA
    36781 GAAACATAAA TACTAGGTCC CGGGGCCAAC CATCCTTAGG AAATAAAAAA GCAATATAAA
    36841 CACATATAGT AGAAACACGT AGAAACATAG AAATAGTATA GTAGAAATAG AATAGAAATA
    36901 TGTAACAAAA TAAGGTATAA TAAACCAAAA TAAGGAATAA GGGCGGCTTA ACTTAATATA
    36961 ACTCAAGGCG AAGGCCGCCT TTAGGATATG GATCAAACCG AAAAACTTGT TCATTATTCT
    37021 GGAGGTTAAT GGTAATCAAA CTTTACCATT AAACTTTAAA CTATACAACC TTGAAACTTT
    37081 ATTTCATTGG TCTTTCTCGT CTTTATCTCT ATGATTCACA AAGCTGGGTT GGATCCCCAA
    37141 GATCCTTTCC TTCGCATTGG ATTTTAGTTG CTTTACCAAA AGATTATTTA GCCGGTCAAA
    37201 TTATTCAAAT TCACCTAAGC CATATGAAAT TATATTGAGC CCTAAGTCAT ACGTCAATTG
    37261 ACGACAGTAG GACAATAAAA GAAGAGAGAA GAGGCAGATA TAGATTAGGT ATATCCGCAT
    37321 GTTAATGTTA ATAAATACAA CATTCATATA GTTTTCTGGT ATTCAATATT CAAGTCGATT
    37381 AGAATAGCAA TAGCGTTATA CATTATAATT ATAATATAAG AAACGGAATC AGTTTTTATT
    37441 CTATTCTAAA AGAATCCAAA AGCATGGTAA GCCTAAGCGG TAAAATTTTG TTTCTAGGAC
    37501 TGTTTTATCA ATTCCGTTCC GCTTGCATTT CTTAAAATTT CTTAAAAATG ACAATTTAAA
    37561 GTTCAGTATA AATTTTTATT CCACCTATCT CATAGATTCC AGTCAAAGAT TCATAGAAAA
    37621 AAATTCCATT TTTGCTAGAT CTATAGGATT TTATTTGATG GATAATGAGC CAGCCAAAAT
    37681 GGTATTTCTT TTTTTTTTTT TTTATTCAAA TGAATATAAA TAACTGACAA TTTCAAAATA
    37741 ATCCGGGATA GACGCAATGT CCACAATACC TGGATTTAAT CAGATACAAT TTGAAGGATT
    37801 TTGTAGGTTC ATTGATCGGG GTTTGACAGA AGAACTTTCT AAGTTTCCAA AAATTGAAGA
    37861 TACAAATCAA GAAATTGACT TTGAATTATT TTTGGAAAGA TATCAATTGG TAGAACCCCT
    37921 GATAAAGGAA AGAGATGCTG TGTATGAATC ACTCACGTAT TCTTCTGAAT TATATGTATC
    37981 CGCGAGACTC ATTTGGAAAA ATGATAGGCG TAGGTATATC CAAGAACAAA CAATTTTGAT
    38041 AGGAAAGATT CCTCTAATGA CTTCTCTGGG AGCTTTTATA GTAAATGGAA TATATAGAAT
    38101 TGTTATCAAT CAAATATTGC AAAGTCCCGG TATTTATTAC CAGTCAGAAT TGAACGATAA
    38161 CGGAATTTCG GTCTATACCG GCACCATAAT ATCAGATTGG GGAGGAAGAT TAGAATTAGA
    38221 GATTGATAGA AAAGCAAGGA TATGGGTTCG TGTGAGTAGG CAACAAAAAC TATCTATTCT
    38281 AGTTCTATTA TCAGCTATGG GGTTGAATAT AAGAGAAATT CTAGAGAATG TTTGTTATCC
    38341 TGAACTATTT TTGTCTTTTC TGAATGATAA AAAAAAAATA GGGTCAAAAG AAAATGCTAT
    38401 TTTGGAATTT TATCAACAAT TTGCTTGTGT AGAGGGAGAT CCGGTATTTT CTGAATCCTT
    38461 ATCTAAGGAT TTACAAAAAA AATTCTTTCA ACAAAGATGT GAATTGGGAG GGATTGGTCG
    38521 ACGAAATATG AATCGAAGGC TGAACCTTGA TATACCCCAA AATAATACAT TTTTGTTACC
    38581 GCGAGATATA TTGGCAGCCG CGGATCGTTT GATTCGAATA AAATTTGGAA TGGGTACACT
    38641 TGACGATATG AATCATTTGC AAAATAAACG CATTCGTTCT GTAGCGGATC TTTTACAAGA
    38701 GCAATTTGGA TTGGCCTTGG TTCGTTTAGA AAATATGGCG CGAGGAAACA TATATGCAGC
    38761 ACTTAAGCAT AACTGGACAC CAACTCCTCA GAACTTGGTA AATTCAACTC CATTAACAGA
    38821 TACTTATAAA GTTTTTTTTC GTTTACACCC ATTATCTCAA GTTTTGGATC GAACTAATCC
    38881 ATTGACACAA ATAGTTCATG GGAGAAAATT GAGTTATTTG GGCCCGGGGG GATTGACTGC
    38941 GCGAACTGCT ACTTTTCCAA TACGAGATAT TCATCCTAGT CACTATGGGC GTATTTGCCC
    39001 AATTGACACA TCTGAAGGAA TAAATGTTGG ACTTATTGGA TCCTTAGCAA TTCATGCGAG
    39061 GATTGGTCGT TGGGGGTCTA TAGAAAGTCC GTTTTATAAA ATTTCTGAGA GATCAAAAGG
    39121 GACACGGATG CTTTATTTAT CACCGGGTAG AGATGAATAC TATATGGTAG CGGCAGGAAA
    39181 TTCTTTAGCC TTGAATCAGG GTATTCAGGA AGAACAGGTT GTTCCAGCTC GATATCGTCA
    39241 AGAATTCCTG ACTATTGCAT GGGAACAGGT TCATCTTCGA AGTATTTTTT CCTTCCAATA
    39301 TTTTTCTATT GGAGCTTCCC TTATTCCTTT TATCGAGCAT AATGATGCGA ATCGGGCTTT
    39361 AATGAGTTCT AATATGCAAC GTCAAGCAGT CCCTCTTTCT CAGTCCGAGA AGTGCATTGT
    39421 GGGAACTGGA TTGGAAGGCC AAGCAGCTCT AGATTCAGGG GCTCTTGCTA TAGCCGAACA
    39481 CGAGGGAAAG ATTGTTTATA CCGATACTGG CAAGATCCTT TTATCAGGTA ATGGGGATAC
    39541 TCTAAGGATT CCATTAGTTA TGTATCAACG TTCCAACAAA AATACTTGTA TGCATCAAAA
    39601 ACCCCAGGTT CGGCGGGGTA AATGCATTAA AAAGGGGCAA ATTTTAGCGT ATGGTGCTGC
    39661 TACAATTGGT GGCGAACTCG CTTTGGGGAA AAACGTATTA GTAGCTTATA TGCCATGGGA
    39721 AGGTTACAAT TTTGAAGATG CAGTACTCAT TAGCGAGCGC TTAGTATATG AAGATATTTA
    39781 TACTTCGTTT CACATACGGA AATATGAAAT TCAGATTAAC CAAGGCCCCG AAAGGGTCAC
    39841 TAATGAAATA CCACATTTAG AAGTCCATTT ACTCCGAAAT TTAGACAAAA ATGGAATTGT
    39901 AATGCTGGGA TCTTGGGTGG AAACAGGTGA TATTTTAGTA GGTAAATTAA CGCCCCAAAT
    39961 GGTGAAAGAA TCATCGTATG CTCCGGAAGA TAGATTGTTA CGAACCATAC TTGGCATGCG
    40021 GGTATATACT TCAAAAGAAA CTTGTCTAAA ACTACCGATA GGTGGTAGGG GTCGGGTTAT
    40081 TGATGTGAGA TGGGTCCGGA GTTCTAAGAC AGATGAGACA GAGAAAACAG AAAGTATTCG
    40141 GGTATATATT TTACAGAAAC GTGAAATAAA AGTAGGCGAT AAAGTAGCTG GAAGACATGG
    40201 AAATAAGGGT ATCATTTCAA AAATTTTGCC TAGACAAGAT ATGCCTTATT TGCAAGATGG
    40261 AAGACCCGTT GATATGGTCT TCAACCCATT AGGAGTACCT TCACGAATGA ATGTAGGGCA
    40321 AATATTTGAA TCTTCGCTCG GGTTAGCGGG GGATTTGCTA GACAGACATT ATCGAATAGC
    40381 GCCTTTTGAT GAGAGATATG AACAAGAAGC TTCGAGAAAA CTGGTGTTTT CTGAATTATA
    40441 TGAAGCCAGT AAGCAAACAG CGAATCCATG GATATTTGAA CCCGAATCTC CAGGAAAAAG
    40501 CAGAATATTT GATGGAAGAA CGGGGGATCC TTTTGAACAA CCTGTTATAA TAGGAAAGCC
    40561 TTATATCTTG AAATTAATTC ATCAAGTTGA TGATAAAATC CATGGGCGTT CCAGTGGACG
    40621 TTATTCACGT CTTACACAAC AACCCCTTAA AGGAAGGGCC AAGAAAGGCG GACAGCGGGT
    40681 AGGAGAAATG GAGGTTTGGG CTTTAGAGGG GTTTGGCGTT GCTTATATTT TACAAGAGAT
    40741 GCTTACTTAT AAATCTGATC ATATTAGAGC TCGCCAGGAA GTACTTGGTA CTATAATCTT
    40801 TGGAGGAAGA ATACCAACTC CCGAAGATGC TCCAGAATCT TTTCGGTTGT TCGTTCGAGA
    40861 ACTACGATCT TTAGCTCTGG AACTGAATCA TTTTCTTGTA TCTGAGAAGA CTTTCCAGCT
    40921 TAATAGGAAG GAAGCTTAAT CGAAATGAAG CAGAAGTTTT CTTCTATGAT CGATCGATAT
    40981 ACACATCAAC AACTCCGAAT TGGATTAGTT TCTCCTCAAC AAATAAGTAC TTGGTCCAAA
    41041 AAAATCCTGC CTAATGGCGA GATAGTTGGA GAGGTGACAA AACCTTATAC CTTTCATTAC
    41101 AAAACCAATA AACCAGAAAA AGATGGATTA TTTTGTGAAA GAATTTTTGG GCCTATCAAA
    41161 AGTGGAATTT GTGCTTGTGG AAATTATCGA GTAATCGGAG ATGAAAAGGA AGACCCGCAA
    41221 TTTTGTGAAC AATGCGGAGT CGAATTTGTT GATTCTCGGA TACGAAGATA TCAAATGGGC
    41281 TACATCAAAC TCGCATACCC GGTAATGCAT GTGTGGTATT TGAAACGTCT TCCTAGTTAT
    41341 ATTGTGAATC TTTTAGATAA ACCTCTTAAC GAATTAGAAG ACCTAGTATA CTGCGGTGTG
    41401 TGATTTGATC GAAATTCTGA TTTTACAGAT TTGAAATGAT AAACTGTCAT CCCATTTAAT
    41461 CCAATCGGGA TGCCCTGTAT CTGACATGTT TCTTGGTAGG AGTAACATGA AGCTCAGAAT
    41521 TCGGGATGTA TTCAAGACAC TCCCCAAAAA AGGGAATTGA TCTATGGTCG ATTTCATAAG
    41581 AATTTATAGT TATACCTCGT AAAAAAAGAC TTTTTCTTTT GTGGAATTAA GCAGTTCTTT
    41641 TTTTTTTTTT TTTTAGAAGG AAATTCTGTT CAACTAAGCA AATAGAAAAG ATGTCATGGT
    41701 TACAAGAGTC TATTTATCGC ATATAGACTT TAGGGGCATC GTGGCCTAAC CGTCGAGGTG
    41761 AAGTCGGGAC CTAAAAGATC GAATGGAACA GTACATAGAC AAGCAAATTC CTTATGAATT
    41821 CCAAGGTACT CTCTTTAATT AAGAATTACA GGATTCATCA TTCGAGGGGA AGTAGACTAC
    41881 TCAAGAATTT CACATTTTAT TTATGTCATA ATTTTTTAAA TAAAATCTAA TCTAAATAAA
    41941 AATAATATCT AAATAAAAAT AATAAGGAAG ACGTAATCAA TGAAGTTTTG CTTGGTCTTC
    42001 ACTGGAAACT TGAGTAAGGA GTAGATCTTT TTTGGGTTTT CTAGAATTTG AAAGTTTGAA
    42061 AGGGAGAACT CTTTTCTTTT TTTGACCTAC TTGAGCCGGA TGAAAGGAAA CTTTCACGTC
    42121 CGATTTTGAG GGGGGGTAGA TCCTATCCCA ATTTTTATTT TGCTAGGCCC ATAGATAAAA
    42181 AACCCACTTT TTTACGATTA CGGGGTTTAT TGGAATATGA AATCCAACCC TGGAAATACA
    42241 GGATCCCCAT TTTTTTTACT ACCCGGAGCT TCGATACATT TCGAAATCGA GAGATGTCTA
    42301 CCGGGGGAGG TTCTATCAGA CAACAATTAG CCAATCTAGA TTTACGAAGT ATTATAGATT
    42361 ATTCATTGGT AGAATGGAAA GAATTGGAGG AAGAAGAACC CACGGGGAAC GAATGGGAAG
    42421 ATCGAAAAGT TGGAAGAAGA AAAGATTTTT TGCTTCGACG CATGGAATTG GCTAAGCATT
    42481 TTATTCGAAC AAATATAGAA CCAAAATGGA TGGTTTTGTG TCTATTACCA GTTCTTCCTC
    42541 CTGAGTTGAG ACCAATCTAT CATATAGATG AGGATAAACT AGTGACCTCG GATATTAATG
    42601 AAATCTATAG AAGAATTATA TATCGGAATA ATACTCTTAC AGATCTATTA ACAACAAGTA
    42661 TAGCTACGCC AGAAGAATTA ATAATATCTC AGGAAAAATT GCTACAAGAA GCCGTGGATG
    42721 CACTTCTTGA TAATGGAATC TGCGGACAAC CAATGAGGGA CGATCATAAT AGAGTTTACA
    42781 AGTCGCTTTC AGATGTAATT GAAGGCAAAG AAGGAAGAGT TCGCGAGACT CTGCTTGGTA
    42841 AACGGGTCGA TTATTCAGGA CGGTCTGTGA TTGTCGTGGG CCCTTCACTT TCCTTACATC
    42901 GATGTGGATT GCCTCGCGAA ATAGCAATAG AACTTTTCCA GGCATTTGTA ATTCGTGACC
    42961 TAATTAGAAA ACATCTTGCT TCGAACATAG GAGTTGCTAA GAGTCAAATT CGAAAAAAAA
    43021 AACCGATTGT ATGGGAAATA CTTCAGGAAA TTCTGGATGA CCATCCTGTA TTGCTGAATA
    43081 GAGCGCCTAC TCTGCATAGA TTAGGCATAC AGGCATTTCT CCCTGTTTTA GTGGAGGGAC
    43141 GTGCTATTTG TTTACATCCA TTAGTTTGTA AGGGCTTTAA TGCAGACTTT GACGGGGATC
    43201 AAATGGCTGT TCATGTGCCT TTATCTTTGG AGGCTCAAGC AGAGGCACGT TTACTTATGT
    43261 TTTCTCATAT GAATCTTTTG TCTCCAACTA TTGGAGATCC CATTTCTGCA CCAACTCAAG
    43321 ATATGCTTAG TGGACTCTAT GTCTTAACGA GTGGTAATCG TCGGGGTATT TGTGTAAATA
    43381 GGTATAATCC ATGTAATCGT AGAAACTATC AAAATGAAAA TAATAACTAT AAGTATACAA
    43441 AAAAAAAAGA ACCCTTTTTT TGTAATGCCT ATGATGCAAT TGGGGCTTAT CGGCAAAAAC
    43501 GAATCAATTT AGGTAGTGCT TTGTGGCTGC GGTGGCGACT AGATCAACGC GTTATTGCTG
    43561 CAAGAGAAGC TCCCATCGAA ATTCACTATG AATCTTTGGG TACCTATTAT GAGATTTATG
    43621 GACACTATCT AATAGTAAGA AGTATAAAAA GGGAAATTAT ATATATATAT ATTCGAACCA
    43681 CTCTTGGTCA TATTTCTCTT TATCGAGAAA TAGAAGAAGC CATACAGGGG TTTTGGCAGG
    43741 GCTGTTGTAA TTCTATGCTA CCGGCGGGAA TTCGAGTCTC GCCGGGTTAA CTAGGACCAT
    43801 AATTGCGGAA TTTATACGTG AATCAAGATC TAGAAAAGGA AGTTTTCCAA TCACTGACTC
    43861 AAACCCATTG TCAAATTCTA CTCAGCGCAA TATGGAGGTA CTGATGGCAG AACGGCCCAC
    43921 TCAGGTCTTT CACAATAAAG TGATAGACGG AACTGCCATG AAACGACTTA TTAGTCGATT
    43981 TATTGATCAC TATGGAATAG GATATACATC ACATATCCTG GATCAAGTAA AGACTCTGGG
    44041 TTTCCGACAA GCTACCGCCG CATCCATTTC ATTAGGAATT GATGATCTTT TAACAATACC
    44101 TTCTAAAAGA TGGTTAGTTC AAGACGCCGA ACAACAAAGT TTTATTTTGG AAAAACACCA
    44161 TCATTATGGG AATGTACACG CGGTAGAAAA ATTACGTCAA TCGATCGAGA TATGGTATGC
    44221 CACAAGTGAA TATTTGCGAC AAGAAATGAA TCCAAATTTT CGGATGACCG ATCCTTTTAA
    44281 TCCAGTTCAT ATAATGTCTT TTTCGGGAGC CAGAGGAAAT GCATCTCAGG TACATCAATT
    44341 AGTAGGTATG AGAGGATTAA TGTCGGATCC CCAAGGGCAA ATGATTGATT TACCCATTCA
    44401 AAGCAATTTA CGCGAAGGGC TCTCTTTAAC AGAATATATT ATTTCTTGCT ACGGAGCCCG
    44461 TAAAGGAGTT GTGGATACCG CTATCCGAAC ATCAGATGCA GGATATCTCA CGCGCAGACT
    44521 TGTTGAAGTA GTTCAACACA TTGTTGTACG TCGAACAGAT TGTGGCACCG TTCGAGGTAT
    44581 TTCTGTAAGT CCTCGAAATG GAATGATGGC AGACAGGATT TTTATCCAAA CATTAATTGG
    44641 GCGTGTATTA GCAGATGATA TATATATAGG TTCGCGATGC ATTGCTACTA GAAATCAAGA
    44701 TATTGGGATT GGGCTTGTCA ATAGATTCAT CACTTTTAGA GCACAACCAA TCTCTATTCG
    44761 AACCCCCTTT ACTTGTAGGA GTACATCTTG GATTTGTCAA TTATGTTATG GCCGGAGTCC
    44821 AGCTCATGAC GACCTGGTCG AATTGGGAGA AGCTGTAGGT ATTATTGCAG GTCAATCTAT
    44881 TGGAGAACCG GGCACTCAAT TAACATTAAG AACTTTTCAT ACCGGCGGAG TATTCACAGG
    44941 GGGTACTGCA GAACATGTGC GAGCCCCTTC TAATGGAAAA ATAAAATTCA ATGAGGATTT
    45001 AGTTCATCCG ACACGTACAC GTCATGGACA TCCTGCTTTT CTATGTTCTA GAGACTTGTA
    45061 TGTAACTATC GAGAGTGAAG ATATTATACA CAATGTGTGT ATTCCGCCCA AAAGTTTTCT
    45121 TTTAGTTCAA AACGATCAAT ATGTAGAATC AGAACAAGTC ATTGCTGAGA TTCGCGCGAG
    45181 AACATCCACT TTGAATTTGA AAGAGAAGGT TCGAAAACAT ATTTATTCTG ACTCAGAGGG
    45241 CGAAATGCAC TGGAATACCG ATGTGTACCA TGCACCTGAA TTTACATATG GTAATATTCA
    45301 TCTCTTACCA AAAACAAGTC ATTTATGGAT ATTATTAGGG GAGCCCTGGA GATCCAGTCT
    45361 AGGACCCTGT TCGATCCACA AGGATCAAGA TCAAATGAAC GCTTATTCTC TTTCTGTTAA
    45421 GCGAAGATAT ATTTCTAACC CCTCAGTAAC TAATAATCAA GCGAGACACA AATTTTTTAG
    45481 TTCGTATTTT TCTGGTAAAA ATAAAAAAGG AGATTGGATT CCCGATTATT CAGAACTTAA
    45541 TAGAATGACA TGTACTGGTC GTTGTAATCC GGCCATTCTC GAGGGGAATT CCGATTTATT
    45601 GGCGAAGAGG CGAAGAAATA GAGTCATCAT ACCACTCGAA TCGCTTCAAG AAGGCGAGAA
    45661 CCAACTAATA CCTTCTTCAG GTATCTCAAT TGAAATCCCC AGAAATGGTA TTCTGCGTAG
    45721 AAATAGTATT CTTGCTTATT TCGATGATCC TCGATATATA AGAAAGAGCT CGGGACTTAC
    45781 TAAATATGAG ACTAGAGAAC TTAATTCAAT CGTCAACGAA GAGGATTTGA TTGAGTATCG
    45841 AGGAGTCAAG GTATTTTGGC CAAAATACCA AAAGGAAGTA AATCCATTTT TTTTTATTCC
    45901 CGTGGAAGTT CACATTTTGG CCGAATCTTC GTCCATAATG GTACGGCACA ATAGTATTAT
    45961 TGGGGTAGAT ACGCAAATCA CTTTAAATAG AAGAAGTCGG GTAGGCGGAT TGGTTCGAGT
    46021 CAAGAAAAAA GCAGAAAAAA TTAAACTGAT AATCTTTTCC GGAGATATCC ATTTTCCTGG
    46081 AAAGACAAAT AAGGCATTCC GATTGATACC ACCAGGAGGC GGAAAACAAA ATTACAAAGA
    46141 ATACAAAAAA TTGAAAAATT GGCTCTATAT CCAACGAATG AAACTTTCCA GGTATGAAAA
    46201 AAAATATTTT GTTTTGGTTC AACCTGTAGT CCCATATAAA AAAACGGACG GTATAAATTT
    46261 AGGAAGACTT TTCCCGCCGG ATCTCTTGCA GGAAAGTGAT AATCTACAAC TTCGAGTTGT
    46321 CAATTATATC CTTTATTACG ACCCAATTCT TGAAATTTGG GACACAAGTA TTCAATTAGT
    46381 TCGGACTTGT TTAGTGTTGA ATTGGGACCA AGACAAAAAA ATCGAAAAGG CCTGTGCTTC
    46441 CTTTGTTGAA ATAAGGACAA ATGGTTTGAT TAGAGATTTT CTAAGAATCG ACTTAGCTAA
    46501 GTCACCTATT TCGTATACCG GAAAAAGGAA CGATCTGTCG GGTGCAGGAT TGATCTCTGA
    46561 GAATGGATCA GATCGCGCTA ATGTCAATCC GTTTTCTTCC ATTCATTCCT ATTCCAAGAC
    46621 AAGCATTCAA GAATCCGTTA ATCCAAATCA AGGGACTATT CATACGTTGT TGAATCAAAA
    46681 TAAGGAATCT CAATCTTTGA TAATTTTGTC ATCATCCAAT TGTTTTCGAA TAGGTCCATT
    46741 CAATGATGTA AAATCTCCCA ATGTAATAAA AGAATCAATC AAAAAGGACC CCCTAATTCC
    46801 AATTAGTAAT TCGTTGGGCC CCTTAGGAAC AGGCTTTCCA ATTTCTAATT TGGATTTATT
    46861 TTCCCATTTA ATAACCCATA ATCAGATCTT ACTAACGAAC TATTTGCAAC TTGACAATTT
    46921 AAAACAGAGT TTTCAAATAC TTAAATATTA TTTACTGGAT GAAAAAGGTA AAATTTATAA
    46981 TCCCTATTCA TGCAGTAACA TTATTTTGAA TCCATTCAAT TTGAATTGGT ATTTTCTCCA
    47041 TTACAATTAT TGTGAAGAGA CATCTACAAT TGTTAGTCTT GGGCAGTTTC TTTGTGAAAA
    47101 TGTATGTATA GCCAAAAAAG GACCGCATTT AAAATCGGGT CAAGTTCTAA TTCTTCAAGT
    47161 TGACTCTGTG GTAATACGAT CAGCTAAGCC TTATTTGGCT ACTCCAGGAG CAACCGTTCA
    47221 TGGACATTAT GGGGAAATCC TTTACGAAGG AGATACATTA GTTACATTTA TATATGAAAA
    47281 ATCAAGATCT GGTGATATAA CGCAAGGTCT TCCAAAAGTG GAACAGGTGT TAGAAGTGCG
    47341 TTCGATTGAT TCAATATCGA TGAATCTCGA AAAGAGGATT GAGACTTGGA ACAAATGTAT
    47401 AACAAGAATT CTTGGAATTC CTTGGACATT CTTGATTGGT GCTGAGCTAA CTATAGTGCA
    47461 AAGTCGTATC TCTTTGGTTA ATAAGGTCCA AAAGGTTTAT CGATCTCAGG GGGTGCAGAT
    47521 ACACAATAGG CATATAGAAA TTATTGTACG TCAAATAACA TCAAAAGTGT TGGTTTCAGA
    47581 AGATGAAATG TCTAATGTTT TTTCGCCCGG AGAACTAATT GAATTGTTGC GAGCGGAACG
    47641 AATGGGACGC GCTTTGGAAG AAGCGATCTG TTACCAAGCC GTCTTATTGG GAATAACAAA
    47701 AGCATCTATG AATACTCAAA GTTTCATATC CGAAGCGAGT TTTCAAGAAA CTGCTCGAGT
    47761 TTTAGCAAAA GCAGCTCTCC TAGGTCGTAT CGATTGGTTG AAAGGCCTGA AAGAAAACGT
    47821 TGTTTTGGGG GGGATGATAC CTGTTGGTAG CGGCTTCAAA ACACCTTCAA GCGAACCTAA
    47881 CAACATTCCT AACAACATTG CCTTTGAACT CAAAAATAAG AATCTATTAG AGGGGGAAAT
    47941 GAAAGATATT TTGTTCTACC ACAGAAAATT ATTTGATTCT TGCCTTTCAA AGAATTTACA
    48001 TGATACACAA GACCAATCCT TTTTTAGGAT TTAATGATCC CTAAGAGCAG ATTCACCCCT
    48061 TTCTTTTATC TTTTAAAAGG GTCTGTTGCC AGTCATTTGA TTTGGTAATA AAAAATAACA
    48121 AATAGAAAAG AATAATGGCT TGGGCCGCGT ATCTACGACA ATCTACGGTA GAAGAGAAGG
    48181 TTCCGTCGGA ACAATTATTT ATTTAAGGGT ACCTCTTTTC TTTTTTTCAA AAGGGGGAGG
    48241 CAGTGTGGGG AGAAATGACA AGAAGATATT GGAACATTAA TTTAGAAGAG ATGATGGAAG
    48301 CAGGAGTTCA TTTTGGCCAT GGTACTAGGA AATGGAATCC TAAAATGGCA CCTTATATCT
    48361 CTGCAAAACG TAAAGGTATT CATATTACAA ATCTTACTAG AACTGCTCGT TTTTTATCAG
    48421 AAGCTTGTGA TTTGGTTTTT GATGCAGCAA GTAAGGGAAA ACAATTCTTA ATTGTTGGCA
    48481 CTAAAAATAA AGAAGCTGAT TCAGTAGCAT GGGCTGCAAT AAGGGCTCGC TGTCATTATG
    48541 TTAATAAAAA ATGGCTCGGT GGTATGTTAA CAAATTGGTC CACTACAGAA ACGAGACTTC
    48601 ATAAGTTTAG AGACTTGAGA ACCGAACAAA AAACAGGGGG ACTCAACCGT CTTCCGAAAA
    48661 GAGATGCGGC TATGTTGAAA AGACAATTAT CTCATTTGCA AACATATCTA GGCGGGATTA
    48721 AATATATGAC AGGGTTACCC GATATTGTAA TCATCGTTGA TCAGCACGAA GAATATACGG
    48781 CCCTTCAAGA ATGTATCACA TTGGGAATTC CAACAATTTG TTTAATCGAT ACAAATTGTG
    48841 ACCCAGATCT TGCAGATATT TCGATTCCAG CAAATGATGA CGCTATATCT TCAATCCGAT
    48901 TAATTCTTAA CAAATTAGTA TTTGCAATTT GTGAGGGCCG TTCTGGCTAT ATAAGAAATC
    48961 CGTGATTAAT AATAATAATA AGATAAATTA CTTATTTCAT TTCGGAACTT TCATAGATTT
    49021 ATTGAATCGG TTACTATTTC TTAATCTCAA AAAAAGAGAG AAAAATAACA AGGAATAGAA
    49081 TTTGATTAGT TGGTATTCAA AATATACGAT TCAAGTAGTC AAGTCGAGAA AGAGATGGTT
    49141 GAATCAAAAT AATTTTGTTT AAAGTTCTAT TTTTGTCAGA GGGCAATATG AATGTTCTAT
    49201 CATGTTCCAT CAACACACTA AATGGGTTAT ATGATCTATC CGGTGTTGAA GTAGGCCAAC
    49261 ATTTTTATTG GAAAATCGGG GGTTTCCAAG TCCACGGCCA AGTACTTATT ACTTCTTGGG
    49321 TTGTAATTGC TATCTTATTA GGTTCAGCCA CTCTAGCCGT TCGGAACCCA CAAACCATTC
    49381 CGACCGCCGG TCAGAATTTC TTCGAATATG TCCTTGAATT TATTCGAGAT GTGAGTAAAA
    49441 CTCAAATTGG AGAAGAATAT GGTCCTTGGG TTCCTTTTAT TGGAACTATG TTTCTATTTA
    49501 TTTTTGTTTC TAATTGGTCA GGCGCCCTTT TACCTTGGAA AATAATACAA TTACCTCATG
    49561 GGGAGTTAGC CGCACCCACG AATGATATAA ATACTACTGT CGCTTTGGCC TTACTCACGT
    49621 CAGTGGCATA TTTCTATGCG GGTCTTAGCA AAAAAGGATT AGGTTATTTC GGGAAATATA
    49681 TTCAACCAAC TCCAATTCTT TTACCTATTA ACATTTTAGA AGATTTCACA AAGCCTTTAT
    49741 CACTTAGTTT TCGACTTTTC GGAAATATAT TAGCCGATGA ATTAGTAGTT GTTGTTCTTG
    49801 TTTCTTTAGT ACCTTCAGTG GTTCCTATCC CTGTAATGTT CCTTGGATTA TTTACAAGTG
    49861 GTATTCAAGC TCTTATTTTT GCAACTTTAG CCGCGGCTTA TATAGGTGAA TCCATGGAGG
    49921 GCCACCATTA ACTAGTTTTA TAAATAGTCT TTTTTTAGTT TAACCTAAGG CAATGTGTGC
    49981 GTGGCTAAAA AAAATTGACT TAGGCAATAG GCAATGAAAA TATACAAATA CACTATATAG
    50041 AATCTAGAGT AATAGAAAAA AAGATTCAAA TAAATATTCC AGTATTTATA TTAGAAAAAA
    50101 AGGAAAGAGA TCTCAAAGAT CTTTTTCCTA AAATTCCCTT TGGTCTATTT ATATCCTAAT
    50161 CATACTTTCT CCTCAATGAA TATTTGGTTT AGATTGGTCG TCGAATTCTA ATATTAACTA
    50221 TTCGGCGTCA GAATTTGACG AAGAAGTATT GTGGTATTAC GACGTGTTAT TAAAAAAAGA
    50281 TGTTCTATAG AATTATTCCC CTTTTCAGTT TATTTTATTC AACGATTGAC CAAACGAAAA
    50341 TATTAATAAA TAATAAATTG TATGAACTTA GATCAATAAA ATCCATTTCT ATGTAATGAT
    50401 TCGGCCCAAT CAATTTATCC ATTGATTATC TTATCGATTT AGGTAAAGGG GAAGGCAAAG
    50461 GATAATTTAT AAAAAAGGGG ATTCATAAAA GGTTCGTAGA GGGGAGTCGA ACTAAGTATA
    50521 TGGAATTGAA TGGCTATGTT AGAGCCATCC TTATCAAATC TGATTGAATT GAAGATGAAG
    50581 GAAGAGCCGG TTTACATTGT GGAAGAAAGT CATGTATATG TGATATTAGA TATTGACTAG
    50641 TTATATATGA GCTAAAGATA TATCTAATTT GCCCTACTAA TCGAATGTGA ATGTACATGG
    50701 GGATTCTTTA GAAGTCCTTC TGTCTCATCT GTGACTGTGA ATTGAATGAA TAAACGGATT
    50761 AAGTCAATAA AAAAATTGAA GAATTCAAAG AGCGGTTCGG GACAAAGAAA CGGAAAAACT
    50821 AAAGTTGTAT AGATTCACAA AGACTTTCTC GAGAGAAACT AAAAAAGAGA TATCAAAGTA
    50881 GTTTTGATGA TTCAAGAATG TTATTACTTG AATTCGAAGT TCGTAGTTAC TTCGACTGGA
    50941 TGAATCCTAG CAATGCAATA ATTAAGTCAT AGTTCATCGG TTGAATGTAT CATTAACCAT
    51001 TTTTTTTTGG TACGAGGAAC TTATCATGAA TCCACTGATT TCTGCCGCTT CCGTTATTGC
    51061 TGCTGGATTG GCTGTAGGGC TTGCTTCTAT TGGACCTGGA GTTGGTCAAG GTACTGCTGC
    51121 GGGTCAAGCT GTAGAAGGTA TCGCGAGACA GCCCGAGGCG GAGGGAAAAA TAAGAGGTAC
    51181 TTTGTTGCTT AGTCTAGCTT TTATGGAAGC TTTAACAATT TATGGCCTGG TTGTAGCATT
    51241 AGCACTTTTA TTTGCTAATC CTTTTGTTTA ATATTAGAAA TTTTAATAAA ATATGAAAAA
    51301 TTTTTATTTT TCATATTTTA TTGCCGTGGA CTTGTGCTTT GCTTTTTCGA ATTATATAAA
    51361 GATTTCATTC CTAGAATTAC TTATTCGTTG AGAAAATAAC CCGCGGGAAG GGCTGATTTG
    51421 CGGATGAGGA ATTAGCATAC CAACTCGCTT TCATCCTTCC CGTTCGTGTT CGTAGGCCTT
    51481 TTTTAGTTTT TAATTTAAGC GGGGTTGCAA TCAAGAAGAT AATTCATGAT TTCTAAATCG
    51541 AATAAATTCT GGATTCGATT TAGAAAGTAG GAAACTAGAA AAAAATATAT ATATATAAAG
    51601 GGCAAAGTAA AAAGAACTCT GTTCTATTTT TTAGTCTATC TATACGAGGA GATCATATGA
    51661 AAAATGTAAC CGATTCTTTC GTTTCTTTGG GCCACTGGCC ATCCGCCGGG AGTTTCGGGT
    51721 TTAATACCGA TATTTTTGCA ACAAATCTAA TAAATCTAAG TGTAGTGCTT GGGGTCTTGA
    51781 TCTTTTTTGG AAAGGGAGTG TGTGCGAGTT GTTTATTTCA AGAATAGGCT GGATCCAACC
    51841 AGATGTACTT TTTCTGTTAT AACTAGGAAA GTTATACATA AGAAAGAAGG GTGCATGATC
    51901 TCGCGAATTA CTTCTGAATA AATTCAGAAA TCATATGTAA GAACTATAGC ATTTCGTAAT
    51961 TTATTGGAAA ATACGCTTTG ATTCTCTATG AACCAATAAT GTGGGACCAT TAACATGGTT
    52021 AAAGCTAAAC TGTTTGAAGT CCAGACGCAG CATGGTACTC TTTCTACCAC TATGTTAATA
    52081 TATAGATGGT TTCAAAATAA ATTCAATATT TTATCAATAT AGAACACTCA TATTGATAAA
    52141 ATGATTTGAA CTACTTATTG GGGATTTTCT CCCCTTTTTT TATCCAATGC TGAATCGATG
    52201 ACCTATGTAT TGTGTATAAA ATAAGAAAAA CTTCTTGGAT TAAAAAAAGT AAACAACTTT
    52261 GCTGACAATT ACATATTTTT TGTTTGGTCA GAAGAGTCCT CCGAATATTT TGGTCTTGGA
    52321 TTAGTGATTC CTTTTGATAT TTTGTGGAAT ATGACAAGAG AATAGAGGAT AGGCTCATTA
    52381 CATTAACAAT AAAGATATGG GAATTTACAT TGAGCGTGAG AGCCAAATGA ATCGAAAGAT
    52441 TCATGTTTGG TTCGGGAAGG GATCATGGAA TTTTTGAAAT GAATGGAAAG ATAATCTACT
    52501 TTCATTAAGT GATTTATTAG ATAATCGAAA ACAGAGAATC TTGAATACTA TTAGAAATTC
    52561 AGAAGAATTG CGCGAGGGGG CCATCGAACA GCTGGAAAAA GCCCGAGCTC GTTTACGAAA
    52621 AGTAGAAATA GAAGCAGATC AATTTCGTGT GAATGGATAC TCTGAGATAG AGCGAGAAAA
    52681 ATTAAATTTG ATTGATTCAA CTTATAAGAC TTTGGAACAA CTAGAAAATT ACAAAAATGA
    52741 AACTATAAAT TTTGAACAAC AAAAGGCCAG TAATCAAGTC CGACAACGGG TTTTCCAACA
    52801 AGCCTTACAA GGAGCTCTAG GAACTCTGAA TAGTTGTTTA AACAGCGAGT TACATTTACG
    52861 TACTATCAGT GCCAATATTG GAATATTGGG GGCGATGAAA CAAATAACGG ATTAGTCCTT
    52921 CTACTTTAGT ACTTTAGGCA TTATTTTTGA TTTATTTTTT TTTTCAAAAA AAAAAAAAAG
    52981 AATTAAGAAA TACTCATGGT AACCATTCAA GCCGACGAAA TTAGTAATAT TATCCGCGAA
    53041 CGTATTGAGC AATATAATAG AGAAGTAAAG ATTGTAAATA CCGGTACCGT ACTTCAAGTA
    53101 GGTGACGGCA TTGCTCGTAT TCATGGTCTT GATGAAGTAA TGGCGGGTGA ATTAGTAGAA
    53161 TTTCAGGAGG GTACAATAGG TATTGCTCTT AATTTGGAAT CAACTAATGT TGGTGTTGTA
    53221 TTAATGGGTG ATGGTTTGCT GATACAAGAG GGGAGTTCTG TAAAAGCAAC AGGAAAAATT
    53281 GCTCAGATAC CAGTGAGTGA GGCCTATTTG GGTCGTGTTA TAAATGCCCT GGCTAAACCT
    53341 ATTGATGGTA GAGGTGAAAT TATATCTTCT GAATACAGGT TAATTGAATC AGCCGCCCCG
    53401 GGGATTATTT CTCGACGTTC TGTATATGAG CCTCTTCAAA CAGGGCTTAT TGCTATTGAT
    53461 TCAATGATTC CCATAGGACG TGGTCAGCGA GAATTAATTA TTGGGGACAG ACAGACCGGT
    53521 AAAACAGCAG TAGCAACAGA TACAATTCTA AATCAACAAG GCAAAAATGT AATATGCGTT
    53581 TATGTAGCTA TTGGTCAAAA AGCATCTTCT GTGGCTCAGG TAGTGACTAA TTTCCAGGAA
    53641 AGGGGCGCGA TGGAATATAC TATTGTGGTA GCCGAAACGG CGGATTCCCC TGCTACATTA
    53701 CAATACCTCG CTCCTTATAC AGGAGCAGCT CTGGCTGAAT ATTTTATGTA CCGTGAACGA
    53761 CACACTTCAA TCATTTATGA TGATCCCTCT AAACAAGCGC AAGCTTATCG CCAAATGTCT
    53821 CTTCTATTAC GAAGACCACC AGGGCGCGAA GCTTATCCAG GGGATGTTTT TTATTTACAT
    53881 TCACGCCTTT TGGAAAGAGC TGCTAAATTA AGTTCTCTTT TAGGTGAAGG AAGTATGACC
    53941 GCTTTACCAA TAGTTGAAAC CCAATCGGGA GATGTTTCGG CTTATATTCC TACTAATGTA
    54001 ATTTCGATTA CTGATGGACA AATATTCTTA TCTGCCGATC TATTCAATGC TGGAATCCGA
    54061 CCCGCTATTA ATGTGGGTAT CTCTGTTTCC AGAGTGGGGT CTGCAGCTCA AATTAAAGCT
    54121 ATGAAACAAG TAGCCGGTAA ATTAAAATTG GAACTGGCAC AATTCGCAGA ATTAGAAGCT
    54181 TTTGCACAAT TTGCTTCTGA TCTCGATAAA GCTACTCAGA ATCAATTGGC AAGAGGTCAA
    54241 CGATTACGTG AATTGCTTAA ACAATCCCAA TCCGCCCCTC TCGGGGTAGA AGAACAGGTA
    54301 CTTACTATTT ATACCGGAAC AAACGGTTAT CTCGATTCAT TAGAAATTGG ACAGGTAAGG
    54361 AAATTTCTGG TTGAGTTACG TACTTACTTA AAAACCAATA AACCAGAGTT TCAAGACATA
    54421 ATATCTTCTA CCAAGACATT CACCGAGGAA GCAGAAGCCA TTTTGAAAGA AGCTATTCAG
    54481 GAACAGAGGG AACGTTTTAT ACTTCAGGAA CAAGCAGCCT AAACAAATCA ATTCAATAAT
    54541 TTTTTTAAAT AAAATAAAAA GGCTACTCAA GCGTTTCGGA TTCAAATCAT TCAAAAAATT
    54601 TTTTTTTATT TTTATATTGA AATCTAAAAA AATCTGGAAA AAAATTGCGT CCAATAGGAT
    54661 TTGAACCTAT ACTAAAGGTT TAGAAGACCT CTGTCCTATC CATTAGACAA TGGACGCTTT
    54721 TTATTTTTGG ATATTTTTAC TTTCTGATCT TTTATTTGAA AAAAAGTAAG AATAGAATAT
    54781 AGTAGGATTT ATGTAAGAAA AAAATTTTTT TTTAATTGTA TATTCAATGA TGAACGATGT
    54841 ATTAATTAGA GTCTATTAGA GTATTGAAAA ATATAGAAAT ATAGTAAGAC AATAGAATAA
    54901 ATATATAAGA GAGGATATAG AGCGGGTAGC GGGAATCGAA CCCGCATCGT TAGCTTGGAA
    54961 GGCTAGGGGT TATAGTCGAC GTCGATTCAT CATTTTGAAC GTCTCTAATT CAAAACCGAA
    55021 CATGAAACTT TGGTTTCATT CGGCTCCTTT ATGGAAAATG GATAAATTGA TAGATTTAAT
    55081 ATGTGAACCA ACTTACAAAA AAATGATACC CATCTTAAAA AAAAGGATAC CCATAACATC
    55141 TATGTCAGCT TTTTGTTTGA ATATATTCAA AACGACTCGC TTTCTAGATG ATCCCTCTAG
    55201 AAGAAGGCGA TTCTAACAAT CTTTCTAGTT ANTTCGTTCT CTATTTCTAT TTGAGAGGGT
    55261 CCTAAGGAAA AGTATTTTAT TTCCACCGAG CTAAAATAAT ATGTCGATGT CTCTAGTAAA
    55321 CTAAAGACAT TATTTAATTA ATAGCTATTT TGCTTCAATT TATTCGCTAC AAATCAAAAC
    55381 AAAAATTGAA GATTTAGTTA CGATTAGAAA TTAGAAATCT ACTTGTCTAT CTTCATCCAT
    55441 GGATTCTTTA TTCATACTCA TTCAATTGGA AGTATTAATC CAATTTTAAA ATTTTGTTTC
    55501 GCAATTTCAT AATCCAAGTT TTCAGTTTTT AATTGACCTT TGGATAAAAA TCCCGAAAAT
    55561 TTCTAATTTT TCCTTGAATG TGTCATTGAA AGGTAAAGGA TTTAATCCTT TTAATGAAAT
    55621 AAAGTTTTTG ATCGGAATAT GAATCAAACC GAAAGACCCC TTAACTATTA AGGGGGTTAA
    55681 TAGAACGAAT CACACTTTTA CCACTAAACT ATACCCGCTA CAATCCAATT ATTATATATA
    55741 AATGGACCTT TTGTCGAGGC ACTTATATGT ATAGATGCGT TATATAAGAA GTAGGTATAT
    55801 ATCTTCTTAT ATAAGAAGAT CTACTACTAT TTTACTTACA TAGTATAGTG ACCCATCAGG
    55861 AATTCAATGA ACCAAGCACT TTTAACTCAT AACTCAGCGG TAGAGCACTC CTATGGTAAG
    55921 GCGTAAGCCC TCGGTTCAAA TCCGACAAGT GACTTTGTAT TTTTTTTAAG TCGTAGTATT
    55981 CATATGAAGA ATAGCGATAT TATTAATAGT CATAAAAAAG TAACCAACTG TATAATAGTA
    56041 TCATCTAATG AGTTATAGTA TATTAGTTAT AGTTAAGTTA TAAGTTATCA CGAATAATGA
    56101 TAAGCCATCT GTTGAATCAC CAACTATTCC TATTTTCAAT TAGGTGAATG AAATGAATTT
    56161 GTTGTAAAGA TTAGAAATCA ATAAAAGAAA AATAAGTGGA CCTGACCCAT TGAATCATGA
    56221 CTATATCCGC TATTCTGATA TTCAAATTCA ATAGAGATGA AATTGGAACA AGTTGACCCC
    56281 TTTTTTATTT ATTTTCATTT CTTTGGACTC CGCAAGAATT TGTCGATATT TCCAATTCAA
    56341 TCGTCTTGTT CCTAGATGTT CTATAGGAAT AAATTGTCAT TTTGTTTCTT CACAGAGAAC
    56401 CTTTTATTCT AAGTCACAAG ATAAGAAAAA TTTTCATGAT CTTTCTTTGA TTTTTGATTA
    56461 CAGGATCAAG ATTAATTTAT ATCTATTATC TATCTATATA ATATTATATT TCTATATTTA
    56521 GATTTATTTA TTATAGCTAT CAGACCGCGG CTTGATGTAC CAAAAATTTC CATTTCGTTG
    56581 CATCCAAATT TTTGTTCCGG CAAGAATGGA TGCGAGATAA ATACTCTCAT TTCTGGTCTC
    56641 CTATTTATTT ATTTTTGTAT TGAAGTGAAG TAAAAAATAG GAAAATCTCT CTTTTCTAAC
    56701 AGAGAAAAAG AAATAGAAAA AGATTAGTAA TTTAGTATTT AGTATACATA AAATAAAAAT
    56761 TAGAATATAA AGAGAGTTCT TTTTCTTAAT CTCATGAACA AGATCTAAGA ATCTAGTTAG
    56821 TTGATGGAAG AAGAGGGGCG GCAGGTCTGA GGATCAAGCG GTAGTGGGCG AGGGGATTGC
    56881 TTTTTCCTTG AACAGTTCTT TCAAAAAACG AATATATCCG ATTCATGAGT CATAAGAAGA
    56941 CAATTCATGA TTCAGATGCT TAATATTATA AATAATCAAA TTGAATTCAT GGATTTACCT
    57001 GGGTGGTCAA TTTATGGGCC AATAAAGGAT TTTTATCTTC GAAACCCATT GGAAGGGGTA
    57061 GTGCACGAGA AAAAAATCAT CCAGAAATGA TCGACTCTTT AGACGCCCCA AAAATACTAT
    57121 GAGGTGTTCG GAAATGGTCG AAGTAGTTGA ATAGGAGGAT TACGATGACT ATAGCCCTTG
    57181 GTAAATATAC CAAAGACGAA AATGATTTGT TTGATATTAT GGATGACTGG TTACGTAGGG
    57241 ACCGTTTCGT TTTTGTAGGC TGGTCCGGCC TATTGCTCTT TCCTTGTGCC TATTTCGCTG
    57301 TAGGGGGTTG GTTCACGGGT ACAACCTTTG TAACTTCATG GTATACGCAT GGATTGGCCA
    57361 GTTCCTACTT GGAAGGCTGC AACTTCTTAA CTGCCGCAGT TTCTACTCCT GCTAATAGTT
    57421 TAGCACATTC TTTGTTATTA TTATGGGGTC CTGAAGCACA AGGAGATTTT ACTCGTTGGT
    57481 GTCAATTAGG CGGTCTGTGG ACTTTTGTTG CTCTCCACGG TGCTTTTGGA CTAATAGGTT
    57541 TCATGTTACG TCAATTTGAA CTTGCTCGAT CTGTTCAATT GCGACCTTAT AACGCAATCG
    57601 CATTCTCTGG TCCAATTGCC GTTTTTGTTT CTGTATTCTT GATTTATCCA CTAGGTCAGT
    57661 CTGGTTGGTT CTTTGCGCCT AGTTTTGGTG TAGCAGCTAT ATTTCGATTT ATCCTCTTTT
    57721 TTCAAGGATT TCATAACTGG ACATTGAACC CCTTTCATAT GATGGGAGTT GCCGGTGTAT
    57781 TGGGGGCTGC TTTGCTATGC GCTATTCATG GTGCTACCGT AGAAAATACT TTATTTGAAG
    57841 ATGGTGATGG CGCAAATACA TTCCGTGCTT TTAACCCAAC TCAAGCTGAA GAAACTTATT
    57901 CAATGGTCAC CGCTAATCGC TTTTGGTCCC AAATCTTTGG GGTTGCTTTT TCCAATAAAC
    57961 GTTGGTTACA TTTCTTTATG TTATTTGTAC CAGTAACTGG TTTATGGATG AGTGCTCTTG
    58021 GAGTAGTCGG TTTGGCCTTG AACCTACGTG CCTATGACTT CGTTTCTCAG GAAATTCGCG
    58081 CGGCGGAAGA TCCTGAATTT GAGACTTTCT ACACCAAAAA TATTCTCTTA AACGAAGGTA
    58141 TTCGTGCTTG GATGGCGGCT CAAGATCAGC CTCATGAAAA CCTTATATTC CCTGAGGAGG
    58201 TTCTACCCCG TGGAAACGCT CTTTAATGGA ACTTTAGCTT TAGCTGGTCG TGACCAAGAA
    58261 ACCACCGGTT TCGCTTGGTG GGCCGGGAAT GCCCGGCTTA TCAATTTATC CGGTAAACTA
    58321 CTAGGGGCTC ATGTAGCCCA TGCCGGATTA ATCGTATTCT GGGCCGGAGC AATGAATCTA
    58381 TTTGAAGTGG CTCATTTCGT ACCAGAGAAG CCTATGTATG AACAAGGATT AATTTTACTT
    58441 CCCCACCTAG CTACTCTAGG TTGGGGGGTA GGTCCTGGTG GGGAAGTTAT AGATACTTTT
    58501 CCATACTTTG TATCTGGAGT ACTTCATTTA ATTTCCTCTG CAGTATTGGG CTTTGGCGGT
    58561 ATTTATCATG CACTTTTAGG ACCTGAGACG CTTGAAGAAT CTTTTCCATT CTTCGGTTAT
    58621 GTATGGAAAG ATAGAAATAA AATGACCACA ATTTTAGGTA TTCACTTAAT CTTGTTAGGT
    58681 ATAGGTGCTT TTCTTCTAGT ATTCAAAGCT CTTTATTTTG GGGGCGTATA TGATACTTGG
    58741 GCTCCGGGAG GAGGAGATGT AAGAAAAATC ACCAACTTGA CGCTTAGCCC AAGTATCATA
    58801 TTTGGTTATT TACTAAAATC GCCCTTTGGC GGGGAAGGAT GGATTGTTAG TGTAGACGAT
    58861 TTGGAAGATA TAATCGGAGG CCATGTATGG TTAGGTTCCA TTTGTATACT TGGTGGAATT
    58921 TGGCATATCC TAACCAAACC CTTCGCATGG GCTCGACGCG CACTTGTATG GTCTGGAGAG
    58981 GCTTACTTAT CTTATAGTTT AGCGGCTATA TCTGTCTTTG GTTTCATTGC TTGTTGTTTT
    59041 GTCTGGTTCA ATAATACGGC TTATCCTAGT GAGTTTTACG GACCCACTGG ACCAGAAGCT
    59101 TCTCAAGCTC AAGCATTTAC TTTTCTAGTT AGAGACCAAC GTCTTGGAGC TAACGTGGGA
    59161 TCCGCTCAAG GGCCTACTGG TTTAGGTAAA TATTTAATGC GTTCCCCCAC CGGAGAAGTC
    59221 ATTTTTGGAG GAGAAACTAT GCGTTTTTGG GATCTGCGTG CTCCTTGGTT AGAACCTCTA
    59281 AGGGGTCCAA ACGGGTTGGA CTTGAGTCGG CTGAAAAAAG ACATACAACC TTGGCAAGAA
    59341 CGCCGTTCCG CAGAATATAT GACTCATGCT CCTTTAGGTT CTTTAAATTC CGTGGGTGGA
    59401 GTAGCTACCG AGATCAATGC AGTCAATTAT GTGTCTCCTA GAAGTTGGTT ATCTACTTCT
    59461 CATTTTGTTC TAGGATTCTT CTTCTTCGTA GGGCATTTGT GGCACGCAGG AAGGGCTCGT
    59521 GCAGCTGCAG CAGGATTTGA AAAAGGAATT GATCGTGATT TTGAACCGGT TCTTTCCATG
    59581 ACTCCTCTTA ATTGAGACAG GAGATCAACG ACTTGAAATA GGAGTCACTT CGGTTCCCTC
    59641 ATAAGGGATC ATGTCATACA AAAAAATATA TATATTTTTT TTTCAACTCA TTTCTATTTA
    59701 ATTTAATCCA TTTTTCTGGC TTGGCTAGGC GGGATAGCCG AGCCACTTCC CTTTCTTTAT
    59761 GATAATGAAA CCATCCATTC AAAACCAATC CAATAAAGAA AAAATATATT CAACAAGCAA
    59821 AAAAGGAGAG AGAGGGATTC GAACCCTCGA TAGTAAACTA TACCGGTTTT CAAGACCGGG
    59881 GCTTTCAACC ACTCAGCCAT CTCTCCGAAA GACATTTTTA TTTTATTACT CCGAATAGAA
    59941 CATGGCCATA TGAGTGGATA CCGCCACTAT CAAAGATCTC GGGTGTGATG GTCAATCTAT
    60001 CTATCCCGAT ATATGAATAG ATATATGATC CAGTGCCCAC TTGTAAAAAA CACACACACA
    60061 CAAATTCCAT TCTCCCCCGA CTCCATGTAC GAATAAAGTG GTAAAGGGGC AGTAACATAA
    60121 TAAATCATAT AGAATCAATG GATTCGTGGT AAAATCCCTG TATGATGTAT TTTAGTAGAA
    60181 TTTTTGACTG ATATAGGGAT CAAATGGTAT AGTTCATTTG TTGGTAGCTT GGAGGATTAA
    60241 AAGCATGACT CTTGCTTTCC AATTGGCTGT TTTTGCATTA ATTGCCACTT CATCAATCTT
    60301 ATTGATTGGC GTACCCGTTG TATTTGCTTC TCCAGATGGT TGGTCAAGTA ACAAAAATGT
    60361 TGTATTTTCA GGTACATCAT TATGGATTGG ATTAGTCTTT TTGGTGGGTA TCCTTAATTC
    60421 TCTTATCTCT TGAACCTATT GTCCGAGATC AAAAACCAAA ATGACCCTCT GAATTATTCT
    60481 TGGTTGTGAG ACACATTCAC ATTCAATATA CGTTCCCAAA ATCCAAATAA ATATAAGAAA
    60541 AATTAGAAGG GGGGTCAAAC TTATTGTTCC TGAAAAAAAA AAATTAAAAT TAATAAAAAA
    60601 TTTTGGCTCA ATCTGAAGAG AGTCTCCGGT CCAGCACTGC ACAAATATGC TCCAGACATA
    60661 TATATCATAT ATGTGTGGAC ATATTGTGTA TTATGGACAT ATTGTGTATC AAGAACGAAA
    60721 CAAAAAGCGG ATATAGTCGA ATGGTAAAAT TTCTCTTTGC CAAGGAGAAG ACGCGGGTTC
    60781 GATTCCCGCT ATCCGCCCAA AAATGAAGTC ATTTATTTAA TATTAATTAA TTAATATTTA
    60841 AATTATAAAA TGAAAATGCT AAAGGATTTG GTATAGTTAG CCGTCATAGT GTAGTAATTC
    60901 TATCCTTCCA CCTTTTCCTT CTACCCCAAC CCAAAAGAAA AAGTGTTAAC TAATTAATAG
    60961 TTACCAGAGT AAAACATACT CTTTTTTTGA CAAAAAGTAT TGCGGAGACA GGATTTGAAC
    61021 CCGTGACCTC AAGGTTATGA GCCTTGCGAG CTACCAAACT GCTCTACCCC GCGCCGAAGA
    61081 AAAGAACTGA AAACAAATAG ATAAGCAAGG ATTGAATGCG CCCCTTTACC ATATCTGTAC
    61141 AAATAGAATA GCCTATTTAT ACAGAATGGT AAAGGGGCTG TCTATGATTG ATGATCATAG
    61201 AAATGAAATA AAGAGATATT TTAATCCTTA CCAACTCGAT CTTGTCGCCC CTGGCAACAA
    61261 ACATGCATGA ACCATTTCAC GAAGTATGTG TCCGGATAGT CCAAAGTCTC GATAGTTAGC
    61321 TCTTGGCCTT CCAGTTGAAA AACAACGTCG ATGAAGACGT GTAGGTGCAC TATTCCGCGG
    61381 TGGGGATTGT AACTTTCCAT AAATTTCCCA TTTGTCACTC AACGATTGAA CTTTGCTTAT
    61441 TTCTTTTTTT GAGGATCGAC GAATCAAATG ATATTTCTGT TCCAATTTTT GCCTCTTCTT
    61501 TTCCCTCTGA ATCAAACTTT TTTTTGCCAT ACTCGTTAAG TTCCTATTAG TATCCATGAT
    61561 ACAAGTCGGA TCCTAGATGT AGAAATATAA GATAAGAAGG CGGATCTCTT CTTCATCGAA
    61621 AGAAATGAGA TTATCGCCGA TACAAAACAT TCAATTTTAA AAATTAACCA AATTTCCCTG
    61681 ATGTAGAGGC AATCAAGAAA GCTGCATAAG TAAATATATA ACCTACAGAA AAGTGGGCTA
    61741 ATCCAACCAA TCTTGCTTGT ACAATTGAAA GTGCCACCGG TTTATCTCTC CAACGAATCA
    61801 AATTGGCCAA AGGTGTGCGT TCATGAGCCC ATGCTAAAGT TTCAATCAAT TCCTGCCAAT
    61861 ATCCACGCCA GGAAATTAAA AACATAAATC CAGTAGCCCA AACAAGATGT CCAAATAAAA
    61921 ACATCCATGC CCAGACTGAT AAGCTATTCA TACCAAAAGG ATTATATCCA TTAATAAGTT
    61981 GTGAAGAGTT TAACCATAAA TAATCTCTTA ACCAGCCCAT CAAATAAGTG GAAGATTCAT
    62041 TAAACTGCGA AACATTACCC TGCCATAATG TAATGTGTTT CCAATGCCAA TAAAAAGTAA
    62101 CCCATCCAAT GGTATTTAAC ATCCAAAAAA CTGCCAAATA AAATGCGTCC CAAGCCGAAA
    62161 TATCACAAGT ACCGCCTCGT CCTGGGCCAT CGCACGGAAA ACTATAACCA AAATCCTTTT
    62221 TATCTGGCAT TAACTTAGAA CCACGTGCAT CTAATGCACC TTTTACTAAG ATCAACGTAG
    62281 TTGTATGTAA ACCCAGAGCA ATAGCATGAT GAACCAAAAA GTCTCCAGGA CCTATTGTTA
    62341 AGAATAGTGA ATTACTATTC TCATTAATAG CATTTAACCA ACCTGGCAAC CATATGCTTC
    62401 GGCCCGCATT GAATGCCGGG CCATTCGTTG AAGATAAAAG TATATCGAAT CCATATGAAG
    62461 TTTTACCATG AGCAGATTGT ATCCATTGAG CAAATATAGG TTCGATTAAG ATTTGCTTCT
    62521 CCGGAGTACC AAAGGCAAGC ATGACATCAT TATGAACATA AAGTCCCAGG GTATGGAAAC
    62581 CCAAAAATAG GCTAGCCCAA CTTAAATGAG ATATTATAGC TTCTTTATGT TCTAACATTC
    62641 TTGCCAATAC ATTATCCTCA TTCTGTTCCG GATTGTAATC CCTAATAAAA AATATAGCTC
    62701 CATGAGCAAA AGCCCCTGTC ATGATGAATC CTGCGATATA TTGGTGATGA GTATATAACG
    62761 CAGCTTGAGT AGTAAAGTCT TGTGCTATAA ATGCATAAGC GGGTAAAGAG TACATGTGTT
    62821 GAGCTACCAA AGAAGTAATA ACCCCTAAAG AAGCTAGAGC AAGGCCTAAT TGAAAATGAA
    62881 TAGAATTATT AATTGTGTCA TAAAGGCCCT TATGCCCACG TCCCAAGCGC CCTCCCGGAG
    62941 GGATATGTGC ATCTAAAAGA TCTTTCATAC TGTGCCCAAT CCCAAAATTA GTTCTATACA
    63001 TATGCCCAGC AATGAGAAAA ACAAATGCAA TAGCTAAATG ATGATGAGCC ATATCAGTCA
    63061 GCCATAAACT TTGGGTTTGT GGATGGAATC CCCCGAGAAG GGTTAAAATG GCAGTTCCTG
    63121 CTCCTTGAGA GGTACCAAAT AAATGACTAC TTGAATCGGG ATTTTGAGCA TAAAGATTCC
    63181 ACTGACCTGT AAAAAGTGGG CCCAACCCTT GGGGATGTGG TAATACATCT AAGAAATTAT
    63241 TCCATCGAAC GTACTCCCCT CTGGATGCAG GAATAGCGAC ATGCACTAAA TGCCCTGTCC
    63301 AAGCCAAGGA ACTTACGCCG AAGAGTCCTG ATAAATGATG ATTTAGACGA GATTCAGCAT
    63361 TTTTGAACCA CGAAACACTC GGTTTCCATT TTGGTTGTAG GTGTAACCAA CCCGCTATTA
    63421 AAGATATGGC AGAAATAAAT AATAGAAAAA GAGCTCCAGT ATAGAGATCT TCATTAGTTC
    63481 GTAAACCTAT TGTATACCAC CACTGATAAA CACCGGAATA GGCAATATTC ACTGGGCCAA
    63541 GAGCACCCCC TCGAGTAAAA GCTTCTACAG CCGGTTGACC AAAATGAGGA TCCCAAATTG
    63601 CATGAGCAAT AGGTCTTACA TGTAAAGGGT CCTGTACCCA TGACTCAAAA TTTCCTTGCC
    63661 AAGCTACATG AAAGAGATTT CCGGAAGTCC ACAGAAAAAT TATTGCTAAT TGCCCGAAGT
    63721 GAGAAGCAAA AATATTCTGA TAAAGACGTT CCTCAGTAAT ATCATCATGA CTCTCGAAGT
    63781 CATGCGCGGT AGCAATACCA AACCAAATAC GACGAGTAGT GGGGTCCTGA GCTAAGCCTT
    63841 GGCTAAACCT TGGAAATCTT AATGCCATAA TGCCTTTCAA ATCCTCCTAG CCATTATCCT
    63901 ACTGCAATAA TTCTTGCTAA GAAGAACGCC CATGTTGTGG CAATTCCACC CAGAAGGTAA
    63961 TGGGTTACTC CTACAGCACG TCCTTGTACA ATGCTTAAGG CTCTCGGCTG GGTAGCAGGA
    64021 GCAACTTTTA ATTTATTATG AGCCCAAACG ATGGATTCAA TAAGTTCTTG CCAATAACCA
    64081 CGTCCACTGA ATAAAAACAT TAAACTAAAA GCCCATACAA AATGAGCACC TAGGAAAAAA
    64141 AGGCCATATG CGGATAATGA AGAACCATAA GACTGAATTA CCTGGGATGC CTGTGCCCAT
    64201 AAGAAATCGC GGAGCCACCC ATTAATAGTA ATAGAACTCT GCGCAAAGTT TCCTCCCGTG
    64261 ATATGAGTTA CTACTCCTTG ATCGCTTATA CTGCCCCAAA CATCTGACTG CATTTTCCAA
    64321 CTGAAATGAA ATATGACTAC TGAAATTGCA TTGTACATCC AGAATAGTCC TAAGAAGACA
    64381 TGGTCCCAAG CCGATACTTG ACATGTTCCC CCCCTTCCAG GTCCATCACA AGGAAAACGA
    64441 AACCCAAGAT TTGCTTTATC CGGTATCAAA CGGGAGCTAC GAGCAAATAG AACGCCTTTC
    64501 AGAAGTATCA ATACCGTCAC ATGAATGGTA AATGCATGAA TGTGATGTAC CAAAAAATCC
    64561 GCGGTTCCTA ATGGAATAGG TAACAAAGCT ACCTTGCCAC CCACTGCTAC TAAATCACCA
    64621 CCCCCCCAAG TTAAACTGGT GCTTGCTGTT GCACCAGGAG CCGTTGCACC AGGTGCTAAA
    64681 GCGTGGGTGT TTTGTATCCA TTGAGCAAAG ACGGGTTGTA ATTGGATAGC GGTATCTGAA
    64741 AACATATCTT GAGGACGCCC TAAAGCGCTC ATGGTATCAT TATGAATATA CAAACCAAAA
    64801 CTGTGAAAGC CTAAAAATAT ACATGCCCAG TTGAGATGTG ATATGATTGC ATCACGATGC
    64861 CTAAGAACAC GATCTAATAG ATCGTTGTAT CGAGTAGTTG GATCATAGTC TCTTACCATA
    64921 AAAATGGCTG CATGCGCAGC AGCCCCAACT ATGAGAAATC CACCAATCCA CATATGGTGT
    64981 GTGAACAATG ACAGTTGTGT ACCATAGTCA GTAGCTAAAT ATGGATAAGG CGGCATGGCA
    65041 TACATATGGT GAGCTACAAC AATGGTTAAA GAGCCTAACA TAGCTAGGTT AAGAGATAAT
    65101 TGAGCATGCC ATGACGTTGT TAGGATCTCA TATAGGCCTT TATGACCCTG GCCCGTAAAT
    65161 GGACCTTTAT GAGCTTCTAA AATATCTTTT AGACCATGAC CAATGCCCCA GTTGGTCCTA
    65221 TACATGTGAC CCGCTATCAG AAAAAGAATT GCAATAGCTA AATGATGGTG TGCAGTATCA
    65281 CTTAGCCATA GACCTCCAGT TACTGGGTCT AATCCTCCAC GAAAAGTAAG AAAGTCCGCA
    65341 TATTTTGACC AATTCAAGGT GAAAAATGGG GTTGCTCCCT CGGCAAAACT GGGATAAAGT
    65401 TGAGCCAAAA GATCCCGATT CAAGATAAAT TCATGAGGAA GTGGTATTTC TTTAGGATCT
    65461 ACTCCAGCGT TTAGAAATTG GTTAATCGGT AAAGATACAT GTACTTGATG CCCCGCCCAA
    65521 GAGAGAGACC CAAGCCCTAG TAGCCCCGCT AAATGGTGAT TCAACATAGA TTCTACATCT
    65581 TGAAACCAAG CCAGTTTTGG AGCAGCTTTA TGATAATGAA ACCAACCAGC AAAAAGCATT
    65641 AATGCTGCAA AGACCAATGC ACCAATTGCG GTACAATAGA GTTGTAATTC GCTAGTTATT
    65701 CCAGATGCTC GCCAAATCTG AAAAAAACCA GAGGTTATTT GTATTCCTCG GAAGCCCCCG
    65761 CCCACATCAC CATTCAATAT TTCTTGGCCC ACTATTGGCC AAACCACCTG GGCACTAGGC
    65821 CCAATGTGAG TTGGATCGCT TAGCCACGCT TCATAATTGG AAAAACGAGC ACCGTGGAAA
    65881 TACATGCCAC TCAGCCAAAG GAAGATGATG GAGAGTTGAC CGAAATGCGC ACTAAATACT
    65941 TTTCGAGAGA TCTCCTCCAA ATCACTGGTA TGGCTATCGA AATCGTGAGC ATCAGCATGT
    66001 AGGTTCCAGA TCCAAGTGGT AGTTTCAGGG CCTTTAGCTA TTGTTCTTGA GAAATGACCC
    66061 GGTCTAGCCC ATTCCTCGAA TGAAGTTTTT ATGTGATCCC TATCTACCAA AATTTTTACT
    66121 TCTGGTTCCG GCGAACGAAT AATCATTGAG TCCTCCTCTT TCCGGACAAC ACATACAAAG
    66181 AGACCCGCCA ACAGTCAAAT AATTAGTGAA TCTCGGAGAG ATATTTCTAT TATATAATTA
    66241 GTTTCTTTCT CTTCTAGTTT TCTATCTCCC ATCTATCTAT TTTCTTTAGT TATTCACTAG
    66301 AGCAATTAGG ATCTGGAAGT CGATCCGGGG CAAGTGTTCG GATCTATTAT GACATAGCCA
    66361 TGAGGCGCTC AACGGACCTT TTGGATCTTA TAAAAGCCTT TCTGACTTTA GATTTATACA
    66421 AAAACGACTT TTTGTGCAAC CTAGTATATT TCAGATCTCA ATTAAAAGTT CTTAAATGGA
    66481 ACTGCTTCAT TTAAATAGAT TACTATTACT CTATTCCAAA TCACGCGAGC AGACATTAGC
    66541 TATTACTAAT AAATTTTGAT ATATTCAGTG ATTCGAAGTC TTTCTTTTTC ATTAGTTTTA
    66601 ATAGTCTTTT TTTTTATAGA AAATAGAAAA AAAAAAAAAA GAAAGACAAG AAAAAATAGA
    66661 TTTTGTAAGT TATCCATGTA TCCTTTTGTA CTACAAAATA CCATATATAT GAAATAGAAT
    66721 AATAGAAGGG ATATAAAGAA ATTCTTTGGT TGGTTCTTCC CAAAGGAATG ATCTATTTTA
    66781 GTTGACTGAT GGAACCAACA AACAATTAAT TATAACAAAA ATAAAAAAAT ATCGAAAACA
    66841 CTCTAAATAA AATAAAGAAA AGTCTTTTAT TCGAAACGTC TAGTGATCTT CAACCAATTA
    66901 TGCGCTTCAA TATAATTACC AGGAGTAAGT GCTATAGCCT GTTTCCAATA CTCAGCGGCT
    66961 TGGTCGAACC AAGCCTCCGC AATTTCAGAA TCCCCCTGAC GAATGGCCTG TTCTCCGCGG
    67021 TCGGAATAGG TGGGTTAATT CCTTCCCTTA GAACCGTACT TGAGAGTTTC CTACCTCATA
    67081 CGGCTCGGCA GTCAACTCTT TTTTGTATCC CATTTGAATC TAGCATATCT AACTGAATAA
    67141 GATTTCTCGT AGATCTATCC CATTTTTCGG ATTAAGGAAA AGAAGTTAAT AAAATGAGTT
    67201 TCAAACTTAA ATCTTAAGTT TGGATTAAAA ATCCGGTTTA TTTTAGTTTT ATCTTTTCTC
    67261 CCACCTTCAG AAGAATAAAA CATAGACATT TCGGCTATCA TTAGAATTTT CTGAAAGGTA
    67321 ACTATCTCGG TTTCATATCA TATAGAAATT TATATAGAAT TTTTGAAAAA GACTTTCGAA
    67381 AGGAAAGACT TACTATCTTT GGGATCTGAT CCTACACCGC TGCTCAATAC CTTAGTGGAT
    67441 CGACTCTATT ACATAAGTGG ATTCCTAACG TTTGTCTCAC ATCATGACAT AAGTAAGCAG
    67501 TTATTATTGT ATCGGCCCAA AACCTCGCTA ATTGATCTTT ACGGTGCTTA CTCTATCAAT
    67561 TAGATCCTTT ACCCATAGAA TAAAAAGCTA GGCATATATA TTTCTTCATA TTTAAACTTC
    67621 TATGAAGTTT CTTTCTTTTC TACAGCTGAT AAAAATCGTT GTTTTAGACG ATGCATATGT
    67681 AGAAAGCCCT TTTTCTAGTA TTTACTAGCG AATTTGATCT TTCTTTACTT TTTTCTTTCT
    67741 ATAGTGGAGA TAGTCGCACG TAATGACAGA TCACGGCCAT ATTATTAAAA GCTTGTGGTA
    67801 AGAATGGGTT TCGTTCGAGG GCTCGAAAAT AATATTCTAA AGCTTTCGTG TGTTCTCCAT
    67861 TACTTGTGTG GATAAGTCCT ATGTTATAGA GTATATAACT TCGGTCATAG GGATCAATTT
    67921 CTAGTCGCAT AGCTTCATAA TAATTCTGTA AAGCTTCCGC ATAATTTCCT TCGGATTGAG
    67981 CTGACATCCG TTACGGTCGT CATTCAATTC AAAGAATCTC CGTTACAGAA CCGTACATGA
    68041 GATTTTCATC TCATACGGCT CCTCCCTTAT GTGCATAATG ATAAAATGAT AAAGAAGATT
    68101 TTCATCTTCT CATTATGAAC TGAGTAGGGC TAGTGTTTTT ACAAGAAATC TCTAGCCAAC
    68161 CTTCCTGCAA GAGATCTTTT CTTAACATCA AACGTATTGC TAATAGAGAG AAATGATAAC
    68221 TCCAGCAATT TCTTTGTTCT CAACGCTTCC CAATTTCCAG GAATTAGTCA CTTCAACAGC
    68281 CTTCGATGGT TATACGGGTA TCCAAAATAC AAACGAGATG GATGCTTGTT GTCCCAACCA
    68341 TTCTTTTAGT CCCAAGCTAA AGAAAGGGAT AATTTATAAC AAAGTTTTCA TGTTGTTGAT
    68401 TCCTAAGTGT AGTGCTTCTT CCCCTCTGCT GCCTATTGGT ACTAGTGGAC TAGGATTGAC
    68461 CTGTAATAGG GAACCTATAG GTATAACCTT TCGCTCAATA CTATAATCGA GAATTGAAAC
    68521 ATAGCATCTG AGGCTGCATT AATCGAGGAT ACACGACAGA AGGAATTGTT CTATTTCCAA
    68581 ACTTTACCTT CAACAAGCGT AGATTTTTTT TATTTTATTT TTTCCCGATC ACGAATCATG
    68641 TGTATTTCTC GTAAGACTGA GAGTAATAAA AAAAATCAAA TCGCACCATC TCTGTAATAG
    68701 GTAAATGCCT CTTTTTCTCC TGAAGTTGTC GGAATTATTC GTAATAAGAT ATTGGCTACA
    68761 ATTGAAAAAG TTTTATCAAT AAAATTTCCA TTTATCCGCG ATCTAGACAT AGGTAGCAAT
    68821 CCATTCTATC ATTGTTCTCA TTACTTCTCG CGGGAAAATG ATCCCACAAG GAAAAGAATT
    68881 CTACAGTACG AAATAACATA AAAACAGATT CATTATCATT AGATATGGTC CTTCTATTCA
    68941 ATTATTCAAT ATTTAAATTA AATATTCAAA TTGTTCTTTT TTACAGTTTT TTACATTATA
    69001 GGAATTGATA TTGATAAGAA CTAAGAAATA TATAGGGGAA CCAGATTCTA TTCCATCTTA
    69061 CTGGAATAGT CTAGCAATGA AAGAAACTAT TCTTATTTGA TTGAAGTTAC AGCTTAGAAT
    69121 AACCTCAGTT GATTGAATTA TAAAGAAGAA AAAGGATAGA ATAATCGTTG TATGATGAAA
    69181 ATAGAATAAC CGCCTATTTT TTGTGTTGTG TACTTAGCGG GTATACACTA TACAAAAAAA
    69241 AATTTTTTAG ATAGATGCGA TAAGGGTTTT TGTTGATAAC TCTAAAACTG GCCTATAAAA
    69301 AAGCAATTTC AGAATTCTTC TGATATGGAA TCGTAGTCTA AATAGAATCC TGATCTAAAG
    69361 ATATCCATTA ACCATAGTCT ACAAAATAGA AACCCCTCGC TCAGCCGATT CATTATAATT
    69421 TCTAATTTAT TGATTTAATC CGGTCGGTAT AGTATAAATA GATAATCAGA AAAAGAAGAG
    69481 ACGTTGTTTT TGCAAACATG AATAGAATTT TTTTAATAGT TTTTGTAAGA AAACAATTTT
    69541 CTCTTTATTC CCCCAGCCTA GAAGGAAAGA TCTTGCTTTT ACTTTTACTA TGATAAAAAA
    69601 TTTTCTTTTT TTATCGCTTT CTAGTTAGAA TTGCTTGCTT GTACCTACCC AATAATCTAA
    69661 TATGAACGAT TCACTATTCA CTCGATTTTC GGTTTTTTGA TCATAATCAT TATATAGGAG
    69721 AGATGGCCGA GTGGTTGAAG GCGTAGCATT GGAACTGCTA TGTAGGCTTT TGCTTACCGA
    69781 GGGTTCGAAT CCCTCTCTCT CCTTACCTTC ACCTAATTTA CCGATCTTAC TAATCACAAT
    69841 AGATCAAATA GCAATGGATA CGACTATTCC AACAGTTAGA CCTTTCTTTG ATATGGATTC
    69901 TCTATTCCTA ATGGCTGTGG TAGGGAAAAG ACTGTTAAAG AAAAGAGTAG ACAAGGAATG
    69961 AATGAAAATA TCCCTCTCGG TCTATGGCAC CTAAACGTAA GAAAAATCCG GATCAAATCC
    70021 TTATTTATCT TAACCTTTGG TTAATTTACT TCGCCGAAAG GCAGCAAAAT GGGGTCGAAC
    70081 CCTTATTATT ATTAGTTTAG TCTTTTTTTT TTTAAGTCTG ACGAGAATAA TATTCTACAA
    70141 CTAACAATTC ATTTATTTTC AAACCAACCC ACTTACTATC TATTATTTGA TTGACTAATC
    70201 CTTTATATTG GAATGCTTGA AGAGTCAAAT GGTTTGGCAA TTCCTCATTA GGGGATGAAT
    70261 CGAGAGAATT TTGAATTAGA GCTTTAGATT TTTGTTCATC CCTCGCCGCA ATAGTATCTC
    70321 GGGGTTTGCA GCGATAACTT GGTATATCTA CTATACGACC ATTGACTAAA ATATGTCTAT
    70381 GGTTAACTAA TTGGCGAGCT CCCGGAATAG TCGGAGCCAT ACCCAACCGA AAAAGGATGT
    70441 TATCCAGGCG CATTTCAAGC AATTGTAGTA AAACCTGACC TGTTGACCCC TTTGCCTTTC
    70501 CGGCGATACG AACGTATTTA AGTAATTGTC GTTCTGTAAG ACCATAATGA AAACGCAATT
    70561 TTTGTTTTTC TTCTAGGCGA ATACGATATT GGGATTTTTT CCCGGAACGC GATTGGTTTC
    70621 TAAGATCACT TCCAGCTCTG GGCCTTTTAT TAGTTAGTCC TGGTAAAGCC CCCAGGCGAC
    70681 GTATTTTTTT GAAACGAGGA CCTCGGTAAC GCGACATAAA GACTCCTTCT TCTTATTTAT
    70741 ATTTAATTAT TATTATTAAT TCTTATTGAT GAAATTTCAT TCTACAGAAT AAATCTAAAC
    70801 TAAAAATGAA CTAAATTCTA AATAAAGCCA AATTTACTGA AGTATTATTC TATTAAAGAA
    70861 TAATGAGATG GATGAGTTGG ATAAATATCC TTTTCTTTAT CTTTATATTC TATATATAGA
    70921 AAAAGAAAAG GATTCTTTTT ATGAGATAGT TGGAAATTCC TATAACATAA AAAAGAAAGG
    70981 CTTTTGCGAA AAGAGGAAGA CACTTTTTTT TTCAATATTC TTTGATTTCA AAAATGCATT
    71041 ATCAATCATG TAAAACATCG AATAAAATAA ATAGAGAAAA GCCGACTATC GGAATCGAAC
    71101 CGATGACCAT CGCATTACAA ATGCGATGCT CTAACCTCTG AGCTAAGCAG GCTCACATAA
    71161 CATAAATTCG ACATACATAA GAATTCACTC TCAGAATTTT GCTATTAACT ATTTAAATTC
    71221 TTGGCTATTC ATATTCGCTA TTATGATTAT GAAAATATTA ATTAATAATT TAAAGATTAA
    71281 AGAATAGAAT ATAGAATTTC AAATAACTGT TAAATATTAT ATTATAGAAC ATAACTATTA
    71341 ATGTAGCGAT ATATAATTTC AAATTTTTTA TCACAATTAA ATATTTTTTT TAATATTTTT
    71401 TATTATATTA TAAAAAAAAA AAAAGAATCG ACCGTTCAAG TATTTGAAAT TTTTTGAGGA
    71461 AAGGAGTGGA AGAGAGACAG ATGTTTAGGG TATGTATCCA CCTATATTGA ATTGCGGATA
    71521 CAGAGATGAT AAAATATTTT TTGATTGGAC CAAATATGAG CCTCCTATAG ATATAGAATA
    71581 TGAAAGAAGA TAGACAAGAA ATCAAAGACA AAGAGGAGAA AACACTTTTT CGAGACAGGA
    71641 ATCGCCATCT ATCTAATGAA TTCAACTGTT CCGCTATAAA TGAAAGAAAA AAGGGAACGA
    71701 GATCACAATG AGATTTTCAT CTCAAAAAGG GGGATATGGC GAAATCGGTA GACGCTACGG
    71761 ACTTAATTGA ATTGAGCCTT GGTATGGAAA CTTACTAAGT GATAACTTTC AAATTCAGAG
    71821 AAACCCTGGA ATTAATAAAA ATGGGTAATC CTGAGCCAAA TCACGTTTTC CGAAAACAAA
    71881 CAAAGGTTCA GAAAGCGAAA AGAAAAAAGG ATAGGTGCAG AGACTCGATG AAAGTTGTTC
    71941 TAACGAATGG AGTTGATTGT CTTACATTGG TAGAGGAATC CTTCTATCGA AACTTCAGAA
    72001 AAGATGAAGG ATAAACCTGT ATACATAATA CAGAAGAATT GGTATGAATC GATTCCATAT
    72061 TGAAGAAAGA ATCGAATATC CATTGATCAA ACCATTCACT CCATAATCTG ATAGATCTTT
    72121 TGAAGAACTG TCGGACGAGA ATAAAGATAG AGTCCCATTC TACATGTCAA TACCGGCAAC
    72181 AATGAAATTT ATAGTAAGAG GAAAATCCGT CGATTTCAAA AATCGTGAGG GTTCAAGTCC
    72241 CTCTATCCCC AAAAAGACCA TTTGACTCCC TAATTATTTA TCGTATCCTT TTTATTTATC
    72301 CTTTTTCGTT AGCGGTTCAA AACTCCTTAT CTTTCTCATT CACTACTCTT TATACAAATG
    72361 GATCTGAGCG GAAATACTGT TCTGTTATCA CATCACAATG GATATATGAT ACATGTACAA
    72421 ATGAACATAT TTGAGCAAGG AATCCCCATT TGAATGAGAT TTTTTTATTC AGACTGAAAC
    72481 TTACAAAGTT GTTTTTTTGA CAAATTATAG GACCTGCATG AGACTTTGTA ATACCCTTTC
    72541 AATTGACATA GAAGCATGTT CTCTAGTAAA ATGAAAATGA GGATGAGACA TCAGGAATAG
    72601 TTGGGATAGC TCAGTTGGTA GAGCAGAGGA CTGAAAATCC TCGTGTCACC AGTTCAAATC
    72661 TGGTTCCTGA CACATGATTA ATTTGTATGA GTCTCTATTC TACCAATTAA TTGATTTGAA
    72721 TACACATTCA TTAAGACTCT AGATAATAAT ACATATTATG CATCTCGGTC TTTAGAGATA
    72781 TACCCCTATC TTTTTTTATA GAGGGGTAAA GAGTGTATTA TTTTTATAAT TATATACAAA
    72841 GTATGTAAAA AAAAAATGAG ATTCTATTTT CTCTTCTTTT TTTTTCTCCT CTGATTCAAA
    72901 AAGAATGTTA ATACTTCATA CACATATACA TATTCGAAGG TTAAGGTTGA AAGATTCAAT
    72961 AGAGTAGGCG AAGGATGCGA ATAAAAAAGA TTCAGTTCAA TACTGTACAA ATAAAAAATT
    73021 TTTATTTCTT TTCAGTTATT TGTATTTTCT TTTATATTCC ATTTTTCATT TCCTCCTACA
    73081 TTACATGACT TTTTATATTT CCCCTAAGTG ATGTGTGCAG TGTTGATGCT GCAGAATTCA
    73141 TTTGGTTCCT CCTACCGACT TGGCTGATCC GAAATAAGTA TTTTCAAAAT TTGAGAATCC
    73201 CAACGAATCC CTAATTTTAT TGTATTTTTT TATTCTATAT ATAATAAAAA TACAAACCAT
    73261 AATACAAACG AGACTTCAAT TACTCTTTAC TCTGTTTAAT CTAGAATAGA ACCTTGAATC
    73321 TATAGAATTG TAGAATAGAA GAAGTGAAGA TTAGTTTTTT ATCATTCAAT GAGCATCTTG
    73381 TATTTCATAA AAATTGGGAG CAATATAATC CTTACGTAAA GGCCATCCTA TCCAACTTTC
    73441 AGGCATTAAG ATACGTTTTA AACGCGGATG ATTATCATAA GAGATTCCCA ACATATCATA
    73501 AGATTCCCGT TCTTGAAAAT CCACACTTTT CCAAACCCAG AAAACAGACG GAATTCTAGG
    73561 ATCCCCCCTC GGGGCAAATA CTTTTATGCA TACCTCTTCT GGTTGATCCA CGCCATACTC
    73621 TATTCTAGTA AGATGATACA CACTAGCTAA TAGTCCGCCT GGTGCTACAT CATAGGCACA
    73681 TTGTGAGCGG AGATAATTGT AACCATATAC ATATAAAATG ACAGCAATGG AATGCCAATC
    73741 CCCGGGTTTT ATTTGTAAAG TCTCTATTCC TTGGTAATCA AAGCCCAAAG ATCTATGAAT
    73801 TAGGCCATGC TTAACTAGCC AAGCAGACAA ATTGCCCTGC ATCTTTTTTT ATCTCTCCCG
    73861 CATTTTTTGT ATAAGTATTT CAGATTTACG ATGAATTTTC TGAAGATTGA GCCACAACTT
    73921 TTTATTCTGT GCAAAAAGAA ATCCTGTCTA ATTTACTAAT TCGTGAGAAG ATACTGAACT
    73981 TTTGTATTTG AAAAATGTTT CAGGAGGAAT CTCTGAGGTA GATGGCGGTT GATAAAGGAA
    74041 TCCTTGATCA TAATTTCCAG TATGAATACT ATGCCCAACC TGAAACTTGT GATTGGTAGT
    74101 AAAACACCGA TTCTCTCGCT GAAATAGAAT TCTATCTGGA TAGATTTCTC GAGATATTTT
    74161 CTTACGAAGT TTTGTTATAG CATCTATAAT TGCTTCTGGT TTAGGTGGAC AGCCCGGCAA
    74221 ATAGACATCC ACAGGAATTA GCTTATCGAC TCCACGAACA GTACTATAAG AATCGGTACT
    74281 GAACATCCCC CCTGTAATTG TACATGCTCC CATAGCAATA ACATATTTTG GTTCAGGCAT
    74341 TTGCTCGTAT AATCTCACTA AGGAGGGGGC CATTTTCATT GTTACTGTTC CGGCTGTTAA
    74401 AATAAGGTCC GCTTGTCTAG GACTCGATCT TGGTACTAGT CCATAACGAT CAAAGTCGAA
    74461 TCGTGAGCCT ATTAGTGAAG CAAATTCAAT GAAGCAACAA CTGGTACCAT AGAGAAGCGG
    74521 CCATAAACTA GAGAGTCTTG ACCAATTTGA AAGATCATTT AATGTAGTTG AAATAACTGA
    74581 ATTTTGTGTT GTTCGATGAA ATAAGGGAAA CTCAATGGAA TTCATAACTA TCTCAATTTT
    74641 TTCCTTTTTT TCTTTTTATT GTCTGAATAT TCAGGAGCTA AGACCATTCC AATGCCCCCT
    74701 TTCGCCATGC ATAAACTAAA CCAACAATTA AGATAAGCAC GAAAATTAAA GCTTCTACAA
    74761 ATACAGATAC ACCTAATACA TCGAAACTCA TTGCCCATGG ATAAAGAAAA ACCGTTTCAA
    74821 CATCAAAAAC AACAAAAACT AGAGCAAACA TATAATAGCG GATTCTAAAT TGTAACCAAG
    74881 CGTCGCCTAT TGGTTCTATA CCCGATTCAT AACTAGAAAG TTTCTCCGGC CCTTTGCTAA
    74941 TCGGAGCTAA AAATCCCGAA ATGAAAAATA CCAAAATAGG AATAAGACTT GATATTATCA
    75001 GAAATGCCCA AAAAATATCA TATTCGTAAA GCAGAAACAT AGATGCACTC CTATGAACGT
    75061 GGAAAATATA CCGGATTAAT CAATAGTCAA TTCGACTTGA AATTGTTAAG TCGTTCATAA
    75121 CTGTTTAGTT AAAGTAAGAA TTGCTTTTAG CCCGAACCAT CTAGTTTCTT TTTGCGGGGG
    75181 GGGTGTTTCC TTTCAAGATT CGTCGATTAG AATCCTATTT TTATTATATA GCCTTTTATT
    75241 TTATTTTTTA GTTATAGTTA AAACTAACTA TAACTATTGT TCTTATCCAA ATTCTCTTGT
    75301 TTTCATCTCA ATCTTACTGA GGATTCTCTC TAAAGAAAAG AGATTCTAAA TAGAATTCTC
    75361 ATTTTTTTTA TCTTGTGCAC AAATACCCCA CAATACCGAC GTAAATTACT ATTAGATATT
    75421 GGGGTTGGGT TAGTTGGAGT TTTTAAGCAT ACGCGTGCCG TGATACAAAA TTCACTAGAA
    75481 TTGGGTATAC CAAAAAAGGA GAGTATAATT AACTCGTTGA TTTCGGACAG GAAAAGAGGA
    75541 AAATTCCATA TAAATTTTTC CACGAAGAGT TATGAAGAAA AGTTAGTTTG TTTATCCACA
    75601 ACTGGAAAAA GATCAATTGG GTCCGTTGAA ATGAAATATT TTTTTGCTTT GATATTCTAT
    75661 TTAAAACGAT CCCCATGAAT GCGCTTATAG ACTTATAGGA ATGATTGTCT TTTGATGAAA
    75721 CAATCAGTCA GTTAAAAAAA TAACGAGGAA ATTCAAAATC AAAAAATGAT ACAATTTTTT
    75781 GTATTTGAAT TTTATAGGGC TCTAGGGCTA TACGGACTCG AACCGTAGAC CTTCTCGGTA
    75841 AAACAGATCA AACTTCTTAT TATCAAAATG ATCTGAACTG TTTCAAAGAC CCAACATGCA
    75901 TTTTTTGTGC ATTGGGCTCT TTCATTAACT GATAGAAATA TCAGCTAGTC CGCCATTTTT
    75961 ATTTTTGACA GAAAAATAAG GAGATGGCTC CATGTGCTCT GAGTCATTAT GTGGATTCAG
    76021 ACTCAGGAAC ACTACCAAAG TTTTTCAAGG GGGGTTATCT TGACGTAGGT CTGCTTCTGG
    76081 CCTATATTAA CCTAAGTGAA ATGAAGTCTC TATCGCTCTA CTTAAAAATC AAATATGAAA
    76141 CTTCATACAC CTTAAAGTTC ATAGGACGAA AAGAGATTTT TTGAGGCCCT GCTACTCAGC
    76201 CTAGCATTGA ATAGACTGGG TATTCACCTT ATCAATATAT CAAATCAACG ATGGGGTCTG
    76261 TTTGGCACCT AACTGGCACC TAAATCCGAC CGAATCCTTG TCAGGCTATT GTTCTCTTCT
    76321 TCTCTGAAAG TTATGGAGTA AGACATAGAT TTCTCAATAA GATCAAAATT TTTGATTGCA
    76381 TGATGTACTC CCCTGAAAAA CATTGGCGCG CGTGTAAACG AGGTGCTCTA CCAACTGAGC
    76441 TACAGCCCTT AGTGCTTGTA ATACATATTT TATTATGTAT ATAATTTCTT GTCAAGATGC
    76501 ATATTCTCAA GATGACTATT CCATGATCCA AGATCGTATT AATAAGTATT GCTTCTAAGT
    76561 AATATGATAT TTATAATTCA TCCATGGGAT GAGTCCCTTT TGGTTTTCTT TGTGAAGATA
    76621 AATGACCTAC TTAACTCAGC GGTTAGAGTA TCGCTTTCAT ACGGCGGGAG TCATTGGTTC
    76681 AAATCCAATA GTAGGTAGAA CTTATTAGAT ACCGCGGTCA ATGGTATCTA ATAAGTTTTT
    76741 ATACCCATTT TATTTTAGTA ATATTTATTT TGTATCTTTT CTATTTCTTT TTCGTTGCAT
    76801 CAAAATCTGA TTGCGCTTGA TTGTATTTAC TCGAAGAATC AAGTCAAACA AAACAACCAC
    76861 ATTTTTTTAG GGTATATAAA TCGATGATTA TTCGGACGCA CCGGCTGGTT ATGAAACGGC
    76921 ATTGATAGCC TCTACTCGTG TCCTAGCTCG TCGGAGAGCT AGATTTGCCT CAATTGTTTG
    76981 TCTCTTTCCT TCAGCTTTTC TAAAAGTATC TTCCGCTATT TCAAGAGTTT GCTGAGCTTC
    77041 TTCTGGATCA ATGTCATCAC TTTTCTCTGC ATCATTTACT AAAACAGTGA TCTCATTATT
    77101 ACCTATTCTA GCAAAACCAC CCATCAGAGC CATCGTTAGC CATTGGTCGT TAAGGCGTAT
    77161 TCTCAAAATA CCTATATCTA CTGCTGTGGC AATAGGAGCG TGATTTGGTA ATACGCCAAT
    77221 TTGTCCATTA TTAGTACATA AAATGATTTC TTTCACTTCC GAATCCCAAA CTATTCGATT
    77281 AGGGGTCAGT ACACAAAGAT TTAAGGTCAT TTCTTCACAT TGCTCTCCAT TTCTAAGTTA
    77341 ATAGCCTTCG CCGTAGCTTC ATCGATGTTA CCTACCAAAT AAAAGGCCTG TTCAGGAAGA
    77401 CTATCTAATT CTCCGGAAAG GATTAATTGA AAGCCTCTAA TTGTTTCTGC TAAACCAACA
    77461 TATTTTCCCG GAGAACCCGT AAATACTTCT GCTACGAAAA AAGGTTGTGA TAAAAAACGC
    77521 TCAATTTTTC GCGCTCTTGC TACGGTTAAA CGATCTTCTT CGGATAATTC GTCCAATCCA
    77581 AGAATAGCTA TAATATCTTG AAGTTCTTTG TAACGTTGTA AAGTTTGCTT AACCAGTTGT
    77641 GCAGTTTCAT AATGTTCTTC ACCAACGATC CGGGGTTGTA GCATAGTTGA CGTTGAATCT
    77701 AAAGGATCTA CTGCTGGATA GATACCTTTG GCGGCTAATC CTCTTGATAG TACGGTAGTA
    77761 GCGTCTAAAT GTGCAAATGT CGTAGCAGGA GCAGGGTCGG TCAAATCATC TGCAGGTACA
    77821 TAAACAGCTT GAATAGAAGT TATGGACCCC TCTTTGGTAG AAGTAATTCT TTCTTGTAAA
    77881 GTACCCATTT CGGTACTAAG GGTAGGTTGA TAACCCACAG CGGAAGGCAT TCTACCCAAC
    77941 AAGGCGGATA CTTCAGATCC TGCTTGGACA AAACGGAAGA TATTGTCAAT AAATAAAAGT
    78001 ACGTCTTGTT CATTAACATC TCGGAAATAT TCCGCCATAG TTAGGGCAGT CAAACCAACT
    78061 CTCATACGAG CTCCCGGTGG TTCATTCATC TGACCGTAAA CTAGAGCCAC TTTTGATTCT
    78121 GCAATATTTT TTTCATTAAT AACTCCAGAT TCTTTCATTT CCATGTAAAG ATCGTTTCCT
    78181 TCACGAGTCC GTTCACCGAC TCCGCCAAAT ACAGATACGC CTCCGTGAGC TTTGGCAATA
    78241 TTGTTAATCA ATTCCATAAT AAGTACTGTT TTACCCACGC CAGCTCCCCC GAATAGTCCG
    78301 ATTTTTCCTC CACGGCGATA AGGGGCTAAA AGATCTACTA CTTTAATTCC GGTTTCAAAA
    78361 ATAGATAATT TTGTATCTAA CTGTATAAAG GCAGGCGCAG ATCTATGAAT AGGAAATTTT
    78421 GTGCTATTAT CTACAGGACC CAAATTATCA ACAGGCTCGC CAAGCACGTT GAAAATTCGT
    78481 CCGAGAGTCG CTCCACCGAC CGGAACACTT AGCGGAGCTC CCGTATTAAT TACGTCCATT
    78541 CCTCTCGTTA GACCATCTGT AGCACTCATA GCTACGGCCC TAACTCGATT ATTTCCTAAT
    78601 AATTGCTGTA CCTCACAAGT CACATTAATT GGTTCACCAA GAGTATCTCG ACCCTTAACT
    78661 ACCAGAGCGT TATAAATATT AGGCATTTTG CCTGGCGGAA AAGATACATC TAGTACCGGA
    78721 CCAATGATTT GGGCGATACG CCCTATGTTT GTTTTGTCAA GCGTGGGAAC CGCAGAATTA
    78781 GAAAGAGTAG GATTCATTCT CATAATATAA TAATAAAGTA AAAAGTATCT AAATTTTTTG
    78841 CGAAAATTAT CACATTCAAA ATAAATGTCC GATGGCAAGT TGATCGGTTA ATTCAATAAG
    78901 AAATGGCGGT TAGCACACGA TTTTGTTAGT ACCATCCAAC CGAATCCAAT TTAATTGTTT
    78961 ACTTATTCAA TTTCAATGAG TGAATTTTCA AGTTCAACCA ACCCATTTTC AAAATATCAA
    79021 GTAGATGAAT AAGAATCTTG AGAAAATCTC TCATTTGTTT ATCATTATAG ACAATCCCAT
    79081 CTATATTATC TATGGAATCC GAACCTGAAC TCTATTTATG ATTCAGTATT TCTATATCAT
    79141 TGGCTCTTCT TATTTCTATT GATTTACGTC TAGCCGCTTG TTCTTTTTTT TTTTTTTTTT
    79201 TACCTTTTCA TAGAAAAATT ACAAACATTT TCACATCTAG GATTTACATA TACAACATAG
    79261 TAAAGAGGGA ATTTCTTAGT ATTTGAGTGA TTTTTAGGTA TTTCGAAAAA AAAAAATAAG
    79321 AATAGGGTTG CGCCATATAT ATGAAAGAGT ATACAATAAT GATGTATTTG CCGAATCAAA
    79381 TACCACGTTC TTAATAATAA AGCATTCTGA TTAGTTGATA ATTTTACTAT TAGTTGGGAA
    79441 TTTTGTGAAA GGTTCCTGTA AAAAGTTTCA TTAACGCCTA ATTTATGTCG AGTAGACCTT
    79501 GTTGTTGTGA GAATTCTTAA TTCATGAGTT GTAGGGAGGG ATTTATGTCA CCACAAACAG
    79561 AGACTAAAGC GAGTGTTGGA TTCAAGGCTG GTGTTAAAGA TTATAAATTG ACTTATTATA
    79621 CTCCTGACTA TGAAACCAAG GATACTGATA TCTTGGCAGC ATTTCGAGTA ACTCCTCAAC
    79681 CAGGAGTTCC GCCTGAAGAA GCAGGGGCCG CAGTAGCTGC CGAATCTTCT ACTGGTACAT
    79741 GGACAACTGT GTGGACCGAT GGACTTACGA GCCTTGATCG TTACAAAGGC CGATGCTATG
    79801 GAATCGAGCC TGTTCTTGGA GAAGAAAATC AATTTATTGC TTATGTAGCT TACCCATTAG
    79861 ACCTTTTTGA AGAAGGTTCT GTTACTAACA TGTTTACTTC CATTGTAGGT AATGTATTTG
    79921 GGTTCAAAGC CCTGCGTGCT CTACGTCTGG AAGATTTGCG AATCCCTACT GCGTATGTTA
    79981 AAACTTTCCA AGGTCCGCCT CACGGTATCC AAGTTGAGAG AGATAAATTG AACAAGTATG
    80041 GTCGTCCTCT ATTGGGATGT ACTATTAAAC CTAAATTGGG TCTATCCGCT AAAAACTACG
    80101 GTAGAGCTGT TTATGAGTGT CTTCGTGGTG GCCTTGATTT TACTAAAGAT GATGAAAACG
    80161 TGAACTCCCA ACCATTTATG CGTTGGAGAG ACCGTTTCTT ATTTTGTGCC GAAGCTATTT
    80221 ATAAATCACA AGCTGAAACA GGTGAAATCA AAGGGCATTA CTTGAATGCT ACTGCGGGTA
    80281 CATGCGAAGA TATGATGAAA AGGGCTATAT TTGCCAGAGA ATTGGGAGTT CCTATCGTAA
    80341 TGCACGACTA CCTAACAGGG GGATTCACTG CAAATACTAC CTTGGCTCAT TATTGCCGAG
    80401 ATAATGGCCT ACTTCTTCAC ATCCACCGCG CAATGCATGC AGTTATTGAT AGACAGAAGA
    80461 ATCATGGTAT GCACTTTCGT GTACTAGCTA AAGCGTTACG TATGTCTGGT GGAGATCATA
    80521 TTCATGCCGG TACCGTAGTA GGTAAACTTG AAGGGGAAAG AGAGATCACT TTGGGATTTG
    80581 TTGATTTACT ACGCGATGAT TTTATTGAAA AAGATAGAAG TCGCGGTATT TATTTCACCC
    80641 AAGATTGGGT CTCTTTACCA GGTGTTCTTC CAGTAGCTTC TGGTGGTATT CACGTTTGGC
    80701 ATATGCCTGC TCTGACCGAG ATCTTTGGGG ATGATTCCGT ACTACAGTTC GGTGGAGGAA
    80761 CTTTAGGGCA CCCTTGGGGT AATGCACCTG GTGCCGTAGC TAATCGAGTA GCTCTAGAAG
    80821 CATGTGTACA AGCTCGTAAT GAGGGACGTG ATCTTGCTAC TGAGGGTAAT GAAATTATCC
    80881 GTGAGGCTAC CAAATGGAGT CCTGAACTAG CTGCTGCTTG TGAAGTATGG AAGGAGATCA
    80941 AATTTGAGTT TCAGGCAATG GATACTTTGG ATGGGGATAA GGATAAAGAT AAGAAGAGAT
    81001 AATATTCGTT CTCTTAATTA AATTTCAATG AAACTCGGCC CAATCTTTTA CTAAAAGGAT
    81061 TGAGCCGAAT CCAATACAAC ATGCATATAT TTTAGATAGA TACATACTTA TATAGATATA
    81121 GAAAAAAAAC CGAAGACTAA ACAACTCAAA CCTTTCTATT TTAATGTTGG ATCCACAATT
    81181 AATCCTATGG ATCCTTAGGA TTGGGATATT CTTTTAGATC CTGTAGTTTC CCTGCATCGA
    81241 GACAGGTATA ACAACTCTTT CTACGAGACG GGTATCACAC CTCTTTCTAC CCATCCTGTA
    81301 TATTGTCCTT TTTGTTACGT ATTGTAATAG AAACTTAACT TATTATTAGA TTAGACGAGA
    81361 TTTTACGAAA AATTGTTCGT AGGAGAGAAC AAATATTTTT TTCATATTCA CACTCCTTAT
    81421 TAGTTTAAAA TCCTAGTGAT TGTATTTATA TGCTTATTCT GATCGGAAAT ACAAGATAAA
    81481 AATAAAAATT TTTTTCGTCG AATGACTATT CATCTATTGT ATTTTCATGC AAATATGGAG
    81541 CAAGAAAACT CTATGAAAAG ATGGTGGTTC AATTCGATGC TATTTAAGAA GGAGTTCGAA
    81601 CACAGATGTA GGCTAAGTAA ATCAACCGGC AGTCTTGGTC TTATTGAAAA TGCCAGTGAA
    81661 AGTAAAGATC CGAATAGAAA TGATACGGAG AAAAACATTC GGAGTTCGGG TGGTCATGAG
    81721 AATTACAGTA ATGTTGATCT TTTTTTTGGC GTCAAAGACA TTTGGAATTT CATCTCTGAT
    81781 GATACTTTTT TAGTTAAAGA TAGTAATGGG GACAGTTATT CTATATATTT TGATATTGAA
    81841 AATCATATTT TTGAGATTGA CAACGATCAT ACTTTTTGTA GTGAACTAGA AAGTTCTTTT
    81901 TATCGGAATT CCAGTTATCT GAATAAGGGA TCTACGAGTA AGAATTCCCA CCAAGATCGT
    81961 TACATGGATG ATACTCAGTA TACTTGGAAT AATCACATTA ATAGTTGCAT TGACAGTTAT
    82021 CTTCAGTCTC ACATCTGTCT TGATACTTAC ATTCTAAGTG GTAGTGACAA TTACAGTAAC
    82081 AATTACATTT CTAATTACAT TTGTGGTGGA AGTGTAAATA GTAGTAAAAA CGAGAATGCC
    82141 AGAAGGAAAA CTATACGAAA AAGTTCTACG GATCTGGATG TAACTCAAAA ATACAGGCAT
    82201 TTGTGGATTC AATGCGAAAG TTGTTTTGGA TTAAATTATA AGAAAAGTTT TCAATCAAAA
    82261 ATGAATCTTT GTGAACAATG TGGATATCAT TTGAAAATGA GTAGTTCAGA TAGAATTGAA
    82321 CTTTTGATCG ATCCGGGTAC TTGGGAGCCG ATGGATGAAG ACATGGTCTC TCTGGATCCC
    82381 ATTCAATTTC ATTCGGAGGA GGAGCCTTAT AAAAAACGTA TCGATTCTTA TCAAAGAAAA
    82441 ACAGGATTAA CCGAGGCTGT TCAAACAGGC ATAGGGCAAC TAAACGGTAT TACCGTATCA
    82501 ATTGCGGTTA TGGATTTTCA GTTTATGGGA GGTAGTATGG GATCCGTAGT GGGGGAGAAA
    82561 ATTACCCGTT TGATTGAATA CGCTACTAAA GAATTTCTAC CTCTTATTAT AGTGTGTGCT
    82621 TCTGGAGGGG CACGCATGCA AGAAGGAAGT TTGAGCTTGA TGCAAATGGC TAAAATATCT
    82681 TCTGCTTTAT ATGATTATCA ATCAAACAAA AAGTTATTCT ATGTACCAAT CCTTACATCT
    82741 CCTACTACTG GTGGGGTGAC AGCTAGTTTT GGTATGTTGG GGGATATCAT TATTGCCGAA
    82801 CCCAATGCCT ACATTGCCTT TGCGGGTAAA AGAGTAATTG AACAAACATT GAATAAAACA
    82861 GTACCCGACG GTTCACAAGC GTCTGAGTAT TTATTCCAGA AGGGCTTATT CGATCTAATC
    82921 GTACCACGTA ATCCTTTAAA AAGCGTTCTG AGTGAGTTAT TTCAACTCCA CACTTTCTTT
    82981 CCTTTGAATC AAAATTAGAT GAATAGGGTT GTCTTTGTTG ACATAAGATC TAATTCTATC
    83041 AAAGAATCAA AAGTCACAGA AAATAGAAAA TCTGCCCCTT TTTTCTATAT TTCTGATTAT
    83101 TGATCAAGAA GCCTCTATCA ACAAGATAAA AAATGAAATT ATTATTTTCG TGAAATTAGG
    83161 CAAATAAAAA ATATCTTCTT CTCATCATAT ATAATGAAAT TAAAATCTAA TCTATATTTT
    83221 ATAGAAAATA TAGAAGTTTT TATCTTTCTA TATCTTATGA TAATCTTATT TTTACTAAGA
    83281 ATCCCTGCTG TATGGCATTC TAACAAACCC TTCAATATAA AAAGAATCTA ATTTATTTTT
    83341 AAGTGCTTAG TAAATGAAAT TCGAAGCCAA GAGTAAAAAA TGAATAAAAT AATATCTCAT
    83401 CCATATTTTT TCAAATCTGT CATGTAGAAA GATGAAATGA AAAACTACAT TATATACTCA
    83461 CTTAGATATA TACTTATATC TATACTTAAT AGAATAGATA TTAAGTAAAG TAAAAAGTAA
    83521 TAATAATTAC AATTTAGAAT TATCAAATTA TAATAAGATA TCTTTATTCT TTATATATAA
    83581 TAAGATATCT TTATATTATA AATAATAAAT ATAAAATCTA AATAAAAATA ACAGGTACAA
    83641 ATAGTAAATC GAGGTACCCA TTCTATGACA ACTCTTAACT TTCCCTCTGT TTTGGTCCCT
    83701 TTAGTAGGCC TAGTATTTCC GGCAATCGCA ATGGCTTCTT TATTTCTTCA TGTTCAAAAA
    83761 AACAAGATTG TTTAGAGCCG ATGGCACAAA TTATCATCTA TTTTTTTTTT TCAAAATTTA
    83821 CGCTTGTATC ATAACACAGA TATCCATTTA GACAAATTGG TATAAGCGGC TTCCGCCGAA
    83881 AAACTCTTAT GTCTCCAGAA AATACTATAT TCTAGCGATT TTCAAATAGA CCCGAATCGG
    83941 CGGATGGCTG AACTGTAAAG TTGGTCTATC TATATGCATG TGGCTATCTT TAGTGAGATC
    84001 ATACGAAGGG TATGTTATTA GTTTAGATCT AACCAATTTA ATGAATTACT CCTAAAGGTT
    84061 CACATCAAAC TAGTACTAGT TGATGCGGGT TACTTCGGAA ACAAAAGGAC TAAAGTCAAA
    84121 TTCATTTGGG GTATTCTCTC AATAAAAAAA AAGCAACTGG ATAAAGTATG AGTTGTCGAT
    84181 CAGAACATAT ATGGATAGAA CCTATAACGG GGGCTCGAAA AACAAGTAAT TTCTGCTGGG
    84241 CTGTTATCCT TTTTTTAGGT TCATTAGGAT TCTTGTTGGT TGGAACCTCA AGTTATCTTG
    84301 GTAGAAATTT GATATCTTTA TTTCCGTCTC AGCAAATAGT TTTTTTTCCA CAAGGAATTG
    84361 TGATGTCTTT CTATGGGATC GCGGGTCTTT TTATTAGCTC CTATTTGTGG TGCACAATTT
    84421 CGTGGAATGT AGGTAGTGGT TATGATCGAT TTGATAGAAA AGACGGAATA GTTTGTATCT
    84481 TTCGTTGGGG ATTTCCTGGA AAAAATCGGA GGGTCTTCCT CCGATTTTTT ATAAAAGATA
    84541 TTCAGTCCAT CAGAATAGAA GTTAAAGAGG GTATTTATGC TCGGCGTGTC CTTTATATGG
    84601 ATATCAGAGG CCAGGGAGCC ATTCCATTGA CTCGTACTGA TGAGAATTTT ACTCCACGGG
    84661 AAATGGAACA AAAAGCTGCT GAATTGGCCT ATTTCTTGCG TGTACCAATT GAAGTATTTT
    84721 AAGAAATTAG CCGAGAAATA AATGCTTTCT CAGCAGAAGG GCAAAAACGC AAGAATCGTT
    84781 CTATAACATA TATAACATAA CTTAATCGAG GTTTCTTCAG AACATTCATT CGAGTCAAAG
    84841 CAGACATATA TGGAACAAGT ATAAAAAAAC TCTTTTGGGG ATCTTTTATA TGTATCGAAA
    84901 TATACACAAC TCAATTAAAA AAAAATAAGA AAAAATTGAA ATATCTCATA CATAATCAAC
    84961 CATTTCTAAA TAAGGAAATT CCCCCCCTTT TACTTGTTGG AATTGAGACT TTTAATAGAA
    85021 CTGATGCGTG AGAGAAATAT TAGATTACAT AGAGTCGACG AATGAGATGG GTTCATTAAC
    85081 AATTACAGTG AAAAATGGCA AAAAAGAAAG CATTCACTTC TCTTTTATAT CTTGCATCTA
    85141 TAGTATTTTT GCCCTGGTGG ATTTCTCTCT CATTTCAAAA AAGTCTGGAA TCTTGGGTTA
    85201 CTAATTGGTG TAATACTAGG CAATCCGAAA CTTTTTTGAA TGATATTGAA GAAAAGAGTA
    85261 TTCTAGAAAA ATTTATAGAA TTAAAGGAAC TTCTTTTGTT AGAGGAAATG ATCAAGGAAT
    85321 ACTCGGAGAC ACATCTACAA AACCTTGGTA TAGGAATTCA CAAAGAAACA ATCCAATTAA
    85381 TCAAGATACA CAACGAGGGT CGTATTCATA CGATTTTGCA CTTCTCGACA AATATAATCT
    85441 GTTTCATTAT TCTAAGTGGT TATTCTATTT TGGGTAATAA AGAACTTTTT ATTCTTAACT
    85501 CTTGGGCTCA GGAATTCCTA TATAACTTAA GTGACACAAT AAAAGCTTTT TCTCTTCTTT
    85561 TATTAACTGA TTTGTGTATC GGATTTCATT CGCCGCATGG TTGGGAACTG CTGATTGGCT
    85621 TTGTCTACAA GGATTTTGGA TTTGTTCATA ATGATCAAAT TATATCTGGC CTTGTTTCCA
    85681 CTTTTCCAGT CATTGTAGAT ACAATTTTCA AATATTGGAT TTTCCGTTAT TTAAATCGCG
    85741 TATCTCCGTC ACTTGTAGTG ATTTATCATT CAATGAATGA CTGAAAAATT ATCTACCTAA
    85801 TCCAATTAGA ATGTTTCTTA CTTTGCAGTT GTATATAAGC AAAGCGTTGA AAATCACTTT
    85861 ATATTTCTAG CCATCCCGCG GATTCCTCCT ATATTTCTAT AAAAATAGAA ATTAATTTCT
    85921 ATTAATCCAG TCAAATTATT CCAGTAAATA ACAGAATCGT GGATAGGAAA CTCCATTAGT
    85981 GACCTACCCC AATTTATTGT AGAAATTTTT GGGATCAATG CTTGGACCAT GCAAACTAGA
    86041 AATACTTTTT CTTGGATAAA GGAACAGATT ACTCGATCTA TTTCCTTATC GCTCATGATA
    86101 TATATCATAA CTCGTACATC CATTTCAAAT GCATATCCCA TTTTTGCACA GCAGGGTTAT
    86161 GAAAATCCAC GAGAAGCGAC TGGACGTATT GTATGCGCCA ATTGCCATTT AGCTAATAAA
    86221 CCGGTCGATA TTGAGGTTCC GCAAGCGGTA CTTCCCGATA CTGTATTTGA AGCAGTTGTT
    86281 CGAATTCCTT ATGATATGCA ACTGAAACAA GTTCTTGCTA ATGGTAAAAA GGGGGCTTTG
    86341 AATGTGGGAG CTGTTCTTAT TTTACCAGAG GGTTTTGAAT TAGCCCCTCC CGATCGTATT
    86401 TCCCCCGAGA TAAAAGAAAA GATGGGCAAT CTGTCTTTTC AGAGCTATCG CCCCAATCAA
    86461 AAAAATATTC TTGTCATAGG CCCTGTTCCT GGTCAGAAAT ATAGTGAAAT AACCTTTCCT
    86521 ATTCTTTCCC CCGACCCCGC TACTAATAAA GACATTCACT TCTTAAAATA TCCTATTTAC
    86581 GTAGGCGGAA ACAGGGGAAG GGGCCAGATT TATCCTGACG GGAGCAAGAG TAACAATACA
    86641 GTTTATAATG CTACAGCATC TGGTATAGTA AGCAAAATCC TACGAAAAGA AAAAGGGGGA
    86701 TACGAAATAA CCATAGCGGA TACATCGGAT GGACGTCAAG TGGTTGATAT TATCCCTCGG
    86761 GGGCCAGAAC TTCTTATTTC AGAAGGCGAA TCTATCAAAT TGGATCAACC GTTGACAAGT
    86821 AATCCTAATG TGGGCGGATT TGGTCAGGGA GATGCAGAAA TAGTACTTCA AGATCCATTA
    86881 CGTGTACAAG GCCTTTTGTT CTTCTTCGCA TCTGTTATTT TGGCACAAAT CTTTTTGGTT
    86941 CTTAAAAAGA AACAGTTCGA GAAGGTTCAA TTGTCCGAAA TGAATTTCTA GACTCGCGGA
    87001 TTTATCGACA TCAAATTTGT AAAAAGAACC AAATTCTTTT TAGTAATTAT TATATGATAT
    87061 GATTATCTCT GATAAAAAAT GAAATTTTAA AAAGCCTTTT GTTTGTTTAT ACTCTTTTTC
    87121 TATTCTACGA GATGCCGGGA ATTCCTTAGT ACCACATTCC TAGCCATAGT ATGTAGATTT
    87181 TGAAGAAGAC TATTTGACTT GACCCCTTCT TTTGTTGTTT TTTTATCAAA ATTGCGGTGA
    87241 TGTTATTATG TTGCTATTGT CAAATTGAAA TGTCATAAAA TACATTTTAT TCTACTAAAA
    87301 TTCACTTCGG CTAGATCCTA TCCAAAAGTA AACGTGAAAT AGAACGGATA AATATAAATG
    87361 AAGGGAACAA ATATTTCTGG GAGGGGTTAT TCGTCTTCCT AGTCTTCGAC ACAAGAAAAG
    87421 GGTGTGAAAA ATCCTTTTCT TGTGTCGAAA TAATATACTG TTCGTCAAAC ATTCCTGGGG
    87481 TTAGTTTTGA TTTTTTTACA GACGTATCAG AACGTTTTTT TAGAATTATT ACGTATTAGA
    87541 ATAATTAATT ACGTATACTA TAAATATAAA AAGTGGTGGA CAAACAAAAG AGGAGGGGGA
    87601 ATATTTGTTG AGTAAATAGA ACTTATTCAA TTAATTTATA AAAAATCTTA TAATTATTAA
    87661 GAACTCAACG GGACCTTCTC CCTCAAATCA GACAAACAAA GAAGGGAATC CGTTGAGTTC
    87721 TTACGCTTTC ATGTCTACAA CTTAATTCAT CCGATTACTA CAGGGATGAA CCCAATCCGG
    87781 AATATGAACC ATAAAAGAAA ACGCCTACTA AACCGATCAC AAGAATACCA GCTACAGTAC
    87841 CTATTATCCA AAGAGGAATT CTTCCAGTAG TATCGGCCAT TTACCCCACT TCCCTCCACA
    87901 TTTCATCAAG TGGTCATGCT AGAGACATAA ACAGTCATGT ATAATTATGA GATGAGATCC
    87961 TTCCGAATGG GCTAAGAGAG AGATAGAATG TTAGTCTATT ATTTTAGTTC TCTCTCGTTT
    88021 TCTTAATTGA AGAAATAATT GGAAAATAAA ACAGCAAGTA CAAAAATGAG TAATAACCCC
    88081 CAGTAGAGGC TAGTACGATT CAATTCAACA TTTTGTTCGT TTGGGTTTGA TTGTGTCGTA
    88141 GCTCTATAAT TCGGATTAGG TTTATCGTTG TATGAACTGC ATTGCTGATA TTGACCCCAA
    88201 AAAAGAAACG GTAGGTACAG CTAGGCCGTG AACAGCCAAC CATCGCACTG TAAAAATTGG
    88261 ATAGGTTCGA TCTATGGTCA TTGAGGCCTC CTAAAAAGAT CTACTAAATT CATCGAGTTG
    88321 TTCCAAAGAA TCAAAACGGC CGGTGATTAA TGGAATTCCT TGTCGGTTCT CTGTGAAATA
    88381 TTCGTTTGGC CGAGGGCTTC CAAACACATC GTAAGCTAAA CCAGTGCTGA CGAATAACCA
    88441 ACCCGCAATG AATAGGGAAG GTATAGTAAT GCTATGAATG ACCCAGTAGC GAATACTGGT
    88501 AATAATATCA GCAAAAGAAC GTTCTCCTGT GCTTCCAGAC ATGCTGAGCT CCACATATTC
    88561 TTGTACAGTC AAAAGGGGAT CGATTCCGTA AAAGATTGGA TCAGTAAATG GAAATTAACT
    88621 GAAAAAATCT TTGTGAGATC GTCAATATTG TACCGAGGGC GTCTTTAGAG TATACCGAAT
    88681 CAGTATAGCT ATCCTTCTTC TGACACAGCA ACGCACTTTC AATCAGTATT GTAAGGAGAT
    88741 ACTAAATAAT TTATTTCTTC CTTTACTTGT TGTTTGTCGA TGTAAAATAA TGTCGCATTC
    88801 AATAGAAAAT TTTAAAATTT TTAAAAATAT ATTTCTCGTT ATTATGAGTT TAGGGCTAGA
    88861 AACGGAGGAT CAGGTAAAAT CTGAATCTGA TAAGCAAGTT TCTAATAATT CATGAAATTT
    88921 ATTAGGATGT TCCCACAATT GTAAGTAGAT GTGAGATCTA TAAATCTTTG TTATTCTATA
    88981 AATCTTTGTT ATTCATAGTT GTAGAAGCAC TTTTTGTTGG AATCTTTTTT TCTTTTAAGG
    89041 AATTGGTTAG TCGTCCAGTA ACAAGTAAGA ATAGTCAATT CTATTTTATA AACGAAAAAG
    89101 AACAAAGAAT CAAACAAATA ATTGGAATCA CTAATGCATG CACTGTTGTA TTAAATCGAA
    89161 ATCTGAAGGT TCTTTCTTGA CCTAACTACA AAGATGTGGA TTTCTAATAT GGAAAGATAC
    89221 AAAATAGAAC TTCTAAAGCA AAATAAAATA GAAATGACTA GTCTTAGAAT ATAGTTGAAC
    89281 CAAAACACCT ATTTTTCAAG TGATCATGTG AGAACTTTTT GTTCTCATTC ATTCAAGATA
    89341 TTATATTATA TGAGTGAACC TATTACGGAA TCTAATTAGT TAAAATGAAA GTAAGGGTTT
    89401 TATTGTTCGC TCTAAAATAG AAAATAGATA AAAAAAAAAA AGAATAATTT TATAATTTGA
    89461 TTACATAATG ATTCAAAAAG AGTTTTATTT TAAAATGAAA TTACACGACC CATTTCTTCT
    89521 TATTCGTTTA TAAGTTGAGT TGAAAAATGA TGCAAGAATG CATTCGCTGA TTGCAAACGC
    89581 GGTATGCGTA GATGTTACAG ATGATGAATC CATTTTATAC AGTTGTGACT TTATCCTTGT
    89641 TAGTGCTGTC TATAATGATA TATGAATCAA TTTAATTGGT ATTTTTTTTA TCCAATTTTG
    89701 CAAAAAAGGA AACTCAGGTA AGTGCTTTTT TATAAACATA TGTATAAAAA GAACATATTT
    89761 CATTTAGCTC CTTGATGCCT ACTATAACTA GTTATTTCGG TTTTCTACTA ACGGCTTTAA
    89821 CTATAACCTC AGCTCTATTT ATTGGTCTGA GCAAGATACG ACTTATTTGA AATTAATTGC
    89881 ACAATTCCTT TCCGGGAACT TCTGCGTATT TCTATTTACT TACCGTGTTA ATTGTTAATT
    89941 GTTGGTCATT GAGATTCATT GTAATTCGGA TTAATATTTA GGTATAGATA TTACCTCTTT
    90001 TTTCTCCTTT CAAACAAATT GAAATGATTG AAGTTTCTCT ATTTGGAATC GTGTTAGGTC
    90061 TAATTCCTAT TACTTTGGCT GGATTATTTG TAACTGCATA TTTACAATAC AGGCGCGGCG
    90121 ATCAGTTGGA CCTTTGATTA ATTAACATCT CTTTTTTTGA TTGACCTCCT CCTTTCTTTA
    90181 ATATCCAGGA GGTCAAATTA AGATTGCTGT TCCAGTTAGT GTTTCAGTCG AATTCGATCG
    90241 AAGAAGATCC GAATCACGCT CTGTAGGATT TGAACCTACG ACATCGGGTT TTGGAGACCC
    90301 ACGTTCTACC GAACTGAACT AAGAGCGCTT TCTTATCATA ATCATAAAAG ATAAGATAAG
    90361 ACTGTAAAGA AAAGGATTAG CCCCAATACA TCTTGTATGC ATACACTATA CAATATCGTA
    90421 AGAATGGAAG ATGTAAGTTC TATATGATAT GTCCAATGTG AATTGATCTC AAAAAATCCC
    90481 TTGTTACTGC TCAAAGGAGC AGTAATAAGT AGGGATGACA GGATTTGAAC CCGTGACATT
    90541 TTGTACCCAA AACAAACGCG CTACCAAGCT GCGCTACATC CCTTCCATTG GTCTACAGTG
    90601 TCATTGTAGA GAATTCCTGT CTTGTTTTCC ACATCGTTAT CTCCTCTATT AAAATCTATA
    90661 ATTTTTATGT CCATTTCGTC TTTTTGGTCT CATTTAACAT ATAATAATAG TAAAATACTT
    90721 CTATCTATAT GAAATATGGA ATGGAACCCC TATGAAAAAT AAATGAGTAT TTTGGGGGAA
    90781 TATTGGGAAA TAAAAAGACG TTTTTTCTAT ATTTAACAAA AAGTTAATCT TATTTACTGG
    90841 ATGATTGTAC ATTTCAATAT GTCTTATGTA TTACAATAAA ATGAAGGAGA TTTTTCAATG
    90901 CGAGATCTAA AAACATATCT TTCCGTGGCA CCGGTACTAA GTACTCTATG GTTCGGTTCT
    90961 TTGGCAGGTT TATTGATAGA GATTAATCGT TTTTTCCCGG ATGCGTTGAC GTTCCCTTTT
    91021 TTTTCATTCT AGTTATTGGC GTGGGAAGGA ATAAAGAAAA TTAGAGATAC AATTAAATAG
    91081 CAGCCCCCCT TTTTCTCTTT TTTCCCTTTT TAGAATAAGG GAGGAAAGAG AAAGAATAAA
    91141 AGTGCATTCA ACAGCTGCTA GACTCGGTTT CCGCTTGCAA TTAAATTAAT ATGAAATTTC
    91201 TATGGAAGTC GAATACAAAC TGTGGTTCTA GGGAAAGAAT ATTATACAAG ATACTTATAT
    91261 GAAATACTGT ACTGTGATTT GAAATATAGT TTAGAAATCT TTCTATCTTA TTTCCTATAT
    91321 TGAATTTATA TTTATTGTAG TGAAATCTTG CATAAGAGGA TAGCAAGTTA CAAATTCTAT
    91381 TTTGTTTTTC CTTCCTTTTT TCTTTTTAGT TTCAGATTGA AAGAGGAAGA GTTGAGTAAA
    91441 TGAAAAATCC AAAGGAGGTT CATGGCCAAG GGTAAAGATG TGCGAATACC GGTTCTTTTG
    91501 GAATGTACCG CCTGTGTTCG AAACGGTGTT AATAAGGAAT CAAAGGGCAT TTCCAGATAT
    91561 ATTACTCAAA AGAACCGGCA CAATACGCCT AATCGATTGG AGTTGCTAAA ATTCTGTCCA
    91621 TATTGTTACA AGCATACGAT TCACGGGGAG ATAAAGAAAT AGATCGAACC GAGCACCTTC
    91681 GGTCCCTTAG CTTACAAAGA AAGGGAAAAA ATGACATTAT ATATATATAT TAACATAATA
    91741 TTTAACATAG TTAAAGATAA TTATAAACAA ACCAAATCCT ATTTATTTAT TCTAATTAGC
    91801 GATACGGCTG AAATAGGATT TTAGGGATAA GAAATAAACT AACCAAACCA TGGATAAATC
    91861 CAAGCGAACT TTTCTTAAAT CCAAGCGATC TTTTCGTAGG CGTTTGCCCC CGATCCAATC
    91921 GGGGGATCGA ATTGATTATA AAAACATGAG TTTAATTAGT CGATTTATTA GTGAACAGGG
    91981 AAAAATATTA TCTAGACGAG TGAATAGATT GACCTTGAAA CAACAACGAT TAATTACTAT
    92041 TGCTATAAAG CAAGCTCGTA TTTTATCTTT GTTACCTTTT CTTAATAATG AGAAACAATT
    92101 TGAAAGAACC GAGTCGACCA CTAGAACTCC TAATCTTAGA GCCAGAAAAA GATAGGTTTT
    92161 CTTTCTTCAC TTGAATTCAA ATCCCCACCG AACTTAAATG CGGATTGATA TTTTGTTGGA
    92221 AAAATCCAAG AATCCGGATT GAATTCTCGT GTCGTAAGAA AAAAAAAAAA AGAATTTTGG
    92281 AAAAATAAAA AAAATTTTTC TTTTATTGAA CGTGTTGATT CATATTTATT TTTACTACTT
    92341 TCTCATATAG ATTTTATCAT ATCATCATAT TCTATTCATT TTTATTTTAT TTTTATTCGA
    92401 CCCTCCCGGA GTTCATTCTC CGGGCAACTC CCTTTAAGCG GTGGATTCCT TTCAACTTAC
    92461 TTCTTTTATG ATCTCATTGG AAATCATATA AAGACAATTC CTATTTGATA TAGCTATTTG
    92521 TGCAAGTATT TTACGATTAA GAAGCAACTG TCTCTTGTAC AGATCATTTA TTAATCTACT
    92581 ATAACTATAG CATACCCCCC TTTCACGAAT TGCTGCATTT ATTCGAGTGA TCCACAAACG
    92641 ACGAAAATTG ATTTTTTGCT TATCCCTATC CCGATGAGCC GAAACCAAAG CTCTTATTTT
    92701 TTGTTGAGTA ATAGTTCGAG TAAGTCTTGA ATGAGCCCCC CGAAAGCTTG ATGCAAATAA
    92761 ACGAATTTTT GTTCTACGTC TCCGAGCGAT ATATCCCCGT CTAATTCTGG TCATTGAATA
    92821 AATGAAACTT TAATGAATAA CTAATAGATT TCCTTTCTTT TAGTTATTCT TTTGCCCCTT
    92881 TCCTAGTATA TTAATAACAA AACGGATTTT TCCAATGTAT AAACTAAAAA TTCCAATGGC
    92941 TTTGGCTACT ATAACCTTCC CAACCACTAT TTTTTATTTT TTCTAGGCAT TTCACCTCGA
    93001 AATACGAAAT TGTACTATAT ATACTAGGTA TTAAAAAAAT AGCACTGATA AAGAAATAGT
    93061 GGATTCCATC GTTTCTATGG TTACTTCTTA AACGGTGAGG TCTTCTCTAT ACACCGGAGC
    93121 CTTTACTTCA TTTAATCAAT GTTATTGCTA ACTTGTATAG TTCGCATTCT TCGGCTCTAC
    93181 CCATGAATTA TTCAGTAATA GGTCTTTCAC AACGAGCTCT ACCTATACAG TAACGGTATT
    93241 TAATTATGAA GGTTGGCTGG GTAGCTGACC CTGTTAGTCC GTTCTTACAA GAGGCGTCTA
    93301 TGTTAACTAA GATTTCCTCC GCTTAATGGA TAGCCATTTG CTACCAATGG AGAATTGCTT
    93361 CTCATCTTGA ATTGAGGTGA GTGGATTTAC ACCAATAGAA ACCATAAATT TCATACACAA
    93421 TAAAAGGGAT CTGATTCATT TTCTTATTTT TAGATAGGAA ATGTAGTTCG TTTTTCCCTT
    93481 CTATCCTATT TGATCATTGA TATTCGAACA TTGTTCTCTT TCCTTTGTTC TAGTTCATGA
    93541 TCTGATGAAC GAGTCGCACA TACACCCTAG TACATGTTCC TCGACGCTGA GGGCATCCCC
    93601 GAAGCGCGGG GGATTTTGTG ACATTTCTAA TTGGCTGTCT TGTATTTCTA ATAAGTTGTT
    93661 TAATCGTTGG CATGTTGAAT TATATACATA ATGGGCTGGT TTAGATCGAT CCTAACCGGA
    93721 TGATTTTGAA TTACTTTTAT TCAATAGATT CAATAGAAGA GTAAATAAAA GTCATAGAAT
    93781 ATTAAACTCG GCAGGGTTAA CTTCAAATCA CGAATTGACG CTAAATACAG GCTATTGTCA
    93841 TTCAACCGCT ACAAGATCAA CAATCCCATA AGCTTGGGCC TCTGTTGCTG ACATAAAAAT
    93901 ATCTCTTTCC ATGTCTTCGG TTACAGCCCA TATGGGTTTG CCCGTTCTTT GTACATAAAC
    93961 CCTTGTCAGG GTTTCACGCA GTTTCAGCAG TTCTCCCACT TCCAGGATGA ATTCTCCCGT
    94021 TGCTACTTCA GAAAAAGAAC CAGCAGGTTG ATGGATCATT ACCCTGATGA TATAAGATAA
    94081 TAAAAGGTTT CTCTATTTCG CATGATGAGG GGAAGATAAA AGAAACATAA AAGAATAACA
    94141 AGAAAAAAAA GATAGAATTG AACAACCGTA CGGGCATTTT GCATTGCATA CGGCTTTACA
    94201 ATAAAATTGA CCCTTACCAT TCATCAAAGA AATAAAAAAA TAGGATCGAT CAGACCCCGG
    94261 TCGGTAAATG ATCAACTTAC CACCCTTCCT TTCGGAGGAA TTCAAAAATA CTATGATGGC
    94321 TCCGTTGCTT TATATATTTA TTATATTTTT TTGTCTGTGA TTTGTCTGTC ATTCAGCAAT
    94381 CCCAAAGTTG CTTTTTTATT TGATCAAATA AACTAAGGAA AAAAGAATCT TATTTTTTTT
    94441 TTTCGCTCTA TAAATATTGT TAAGAGACCC CTGTTGTGAA AAAAATTTGT GACGCTGAAC
    94501 TGGACTTCCG ATAATAAAAT AGGAAATACC TTTTTCTCAT ATTACTCTCT CGATACATAA
    94561 TCTAATGTTT TGAAAACAAA ATTCCTTATA TCGAATTCAA AGTGCCATGC TATTATTACT
    94621 TAATATTCAT TTTTCATATG GCGAAGGCAT AGTCTTCTTT TTTCTCTCAA ATAAAAGCCT
    94681 CATTGGCGCC AAGCGTGAGG GAATGCTATA CGTTTGGTAA TCTCTCCTCC GACCAGGATA
    94741 AAAGATCCCA TTGAAGCGGC TGCTCCCATG CATATTGTAT GTATATCTGG TTTCACAAAT
    94801 TGCATAGTAT CATAAAGAGC CACCCCCGGT ATTACCCATC CGCCAGGAGA GTTTATAAAT
    94861 AAATACAGAT CTTTGGTCTC ATCCTCGATA CTGAGATATA TGATAAGACC AATAAGTTGA
    94921 TTTGAGATCT CGCTATCAAC CTCTTGACCT AAAAAAAGTA ATCGTTCTCG ATAAAGTCGG
    94981 TTGATTAGGG TAAAATTGTA TCCCTTCGGA ACCGTACAGG CGCCTTTTGA CGCATACGGT
    95041 TCAAAAAAAA TCAATGTGTA GATTTCAATT CTTTTTATTT TTTCATAGCA AGTTCCTTCT
    95101 AATTTATAAG AAAAGGATTT ATTTATTTTT TTTTACATTA TTTTTTTTTA CATTATAAGG
    95161 AAAGGAAGAC AAACTCTTGT TTAGTAAAAA AAAAAATAAA GAATTCATTA AACTTATCCA
    95221 ATTAACTTCT CATTGATGGA TAGTTTTATC GAGATTCAAT CCAAATCACG ATGTCATTTT
    95281 CTTGTTCTTA AACGAGCCTC TTTAATCTTT TTAGGTTTAT GCTCTACTCC GGGTAAAGAT
    95341 CCGCCCGATT TTGATTTGCA CATATAGTAC AAATGCTCCC ATTACCACTT CTTTTTGTTA
    95401 TCCCTTCTTT TTTTTTTTCA ATTCACGCAT TCCGTAAAAT AGTTGACGGC TTCATGCATA
    95461 TTACTCGATT GATTAATTGA TTAACATAAG AGTTTGAAAT AACTTCTACT TACAAAAAAA
    95521 GGATTTATAA AAAAAAAGAA TCCTTTATGA TATAAAATAG ATATATTATC ACTTGGTTTT
    95581 TTTTAACGGA GCCTGGATAC TTCAATGTAG TAGTCCAACT AAGCCAACCA TAAATTATTC
    95641 TAATTGATAA TAGTAATTAG AATCCCCCCC CAAAAATGGA TCTAATTGCA CTTCACGCTC
    95701 CAAATTTTTG ATGATTGAAT TAATCTTTCG TGGGCGAAAC AGAGGATATC TCGATTGGGG
    95761 AGAAAACGGG GAAATCCCAT ATGACCCAAT ATATCTGACA AGTCGCACTA TATGTCAACC
    95821 CAAGATGCAT CTTCCTCTCC AGGACTTCGA AAAGGTACTT TTGGAACACC AATAGGCATT
    95881 AAATGAAAGA AAAAAGAACT AAGTACTATA TTTTACTTTG ATGTGGAAAC GTAACAAAGC
    95941 CTTTTCTCTT TATAATATTG TACTTTATCC TAAAATCCTA CTCATATTTT TTTAGAAATT
    96001 TTTATAAAGA AAGTCAGAAA AAATAAGGGA AAATTATTAC GAATAGTGTC CTCTAATGAT
    96061 GAACAAGTAT GGGCACATTC GCTCATATAA AATGGCCTTA ACCTCCCCAT TGCGTATTGG
    96121 TACTTATCGA GTATAGAATA AATCTGCTTC TCTTTGTTCC TACGAACAAA ATTGTTCCAT
    96181 TATTACCAAC AGAATAGAAC AAATATGAAC CCTTGCGTTG AAATAATCCA CTAAATAGGG
    96241 GGTCCATAAC ATAGTCATAG TATATTCCAA TGCAATAAAG TTACGTAGTG TGTTTTTCTT
    96301 TCATAAAGGG GTATTTCCAT GGGTTTGCCT TGGTATCGTG TTCATACCGT TGTATTGAAT
    96361 GATCCCGGAC GGTTGCTTGC TGTTCATATA ATGCATACGG CTTTGGTTGC TGGTTGGGCC
    96421 GGTTCGATGG CCCTGTATGA ATTAGCAGTT TTTGATCCTT CTGACCCTGT TCTTGATCCA
    96481 ATGTGGAGAC AGGGTATGTT CGTTATACCC TTCATGACTC GTTTAGGAAT AACCAATTCA
    96541 TGGGGCGGTT GGAGTATCAC GGGGGGGACT ATAACGAATC CGGGTATTTG GAGTTACGAA
    96601 GGTGTGGCTG GAGCGCATAT TGGGTTTTCT GGGTTGTGCT TTTTGGCAGC TATCTGGCAT
    96661 TGGGTGTATT GGGATCTAGA AATATTTACT GATGAACGTA CAGGAAAACC TTCTTTGGAT
    96721 TTGCCCAAGA TCTTTGGAAT ACATTTATTT CTTGCAGGTG TGGCTTGCTT CGGTTTTGGT
    96781 GCATTTCATG TAACAGGCTT GTATGGTCCT GGCATATGGG TGTCCGATCC TTATGGGCTA
    96841 ACAGGAAAAG TACAATCTGT AAATCCATTG TGGGGTGTGG AGGGTTTTGA TCCTTTTGTT
    96901 CCGGGAGGAA TAGCCTCTCA TCATATTGCG GCAGGGACTT TGGGCATATT AGCGGGCTTA
    96961 TTCCATCTTA GCGTCCGGCC GCCCCAACGT CTATACAAAG GATTGCGTAT GGGCAATATT
    97021 GAAACTGTTC TTTCCAGTAG TATCGCTGCT GTCTTTTTTG CAGCTTTTGT TGTTGCCGGA
    97081 ACTATGTGGT ATGGTTCGGC GACTACCCCC ATCGAATTAT TTGGTCCTAC TCGTTATCAA
    97141 TGGGATCAAG GGTATTTCCA ACAAGAAATA TATAGAAGAG TTAGTGCTGG GTTAGCGGAA
    97201 AATCAAAGTT TATCAGAAGC TTGGTCTAAA ATTCCTGAAA AATTAGCCTT TTATGATTAC
    97261 ATCGGAAATA ATCCGGCAAA AGGGGGATTA TTCAGGGCGG GCTCAATGGA TAGCGGGGAT
    97321 GGAATAGCGG TTGGATGGTT AGGCCATCCA ATCTTTAGAG ATAAAGAAGG ACATGAACTT
    97381 TTTGTACGTC GTATGCCTAC CTTTTTTGAA ACATTTCCGG TCGTTTTGGT AGACGGAGAC
    97441 GGGATTGTTA GAGCCGATGT TCCTTTTCGA AGGGCAGAAT CTAAATATAG TGTCGAACAA
    97501 GTAGGTGTAA CTGTTGAGTT CTATGGTGGT GAACTCAATG GAGTCAGTTA TAGTGATCCT
    97561 GTTACTGTCA AAAAATATGC TAGACGCGCC CAATTGGGGG AAATTTTTGA ATTAGATCGT
    97621 GCTACTTTGA AATCCGACGG TGTTTTTCGT AGCAGTCCAA GGGGTTGGTT TACTTTTGGA
    97681 CATGCTTCAT TTGCTTTGCT CTTCTTCTTC GGACACATTT GGCATGGTGC TCGAACCTTG
    97741 TTTAGAGATG TTTTTGCTGG TATTGACCCA GATTTGGATT CTCAAGTAGA ATTTGGAGCA
    97801 TTCCAAAAAC TTGGAGATCC AACTACAAGA AGACAAGTAG TCTGATACAA CATTTCTTTG
    97861 GTTTCTTTCA AATCTATTTT CTTTTTATGA TATAGGGTAC CGAAGAAATA TTGATTTGAA
    97921 TTGTCATTTT TTTTTGTTAC TCTTGCTCTT TCTTTATCCG GGATATAATC CCCCCAAAAA
    97981 TAAACAGGTA TGGAAGCTAT AATTGTAAAC CACGATCGAA TCTATGGAAG CATTGGTTTA
    98041 TACATTCCTC TTAGTCTCGA CTCTAGGGAT AATTTTTTTC GCTATCTTTT TTAGAGAACC
    98101 CCCGAAAATT TCAACTAAAA AATAAAAAAA ATAAATTTTC ATTATCGCAA TTGAAGTAAT
    98161 GAGCCTCCCA ATATTGGGAG GCTCGTTACT TCAATTAGTC CCCATGTTCC TCGAATGGAT
    98221 CTCTTAGTTG TTGAGAAGGT TGCCCAAAAG CGGTATATAA GGCGTACCCA GTAAAACTTA
    98281 CAAGTAAACC AGATATAAAG ATGGCGACTA GGGTTGCTAT TTCCATTATT ATAAAATTTC
    98341 AAGACCACAA TGGATCTATG ATAAGATCGT TTATTTACAA TGGGATAGTA TACAAAGTCA
    98401 ACAGATTTCA ATGAATACAA TAGGATTTAT GGCTACACAA ACTGTTGAGA ACGATTCTAG
    98461 ATCTGCTCCA AGACGAACTA ACGTAGGGAG TTTATTAAAA CCCTTGAATT CGGAATATGG
    98521 TAAAGTAGCT CCTGGGTGGG GAACGACCCC TTTGATGGGT GTCGCAATGG CTCTATTTGC
    98581 GGTATTTCTA TCTATTATTT TGGAGATTTA TAATTCTTCC GTTTTATTGG ATGGAATTTC
    98641 TATGAATTAG ATCTATAAGA ACTCGCAAGT CCTAGCTTTT CAATAAAAAA TGAATCCTTT
    98701 ATAGCTCGGA TTTCTAGCTC ATTTTATTTT GGTAGTTCGA CCGTGGAATT TCTTTGTTTC
    98761 TGTATTTCTG GAATATGAGT GTGTGACTTG TTATAATTGA TCCTATTGAT AGTACAGAGA
    98821 ATGGGTCTGT CATCTTGATA GAGATGGTTC TACTTCGTCG GATATTGATT CTAGTATCTG
    98881 TAACACGGAA TATATCAAAT AGATTAAGAA ATATTTGAAC TATGATTCAT ACTTAATATT
    98941 CAAACCTCGC GGCCGGACTC CAAAAAAATT TCCAAGAATT TAGAAATCTA AATTGTTTGT
    99001 TCTTTCAAAT GCCTGTTTAT TCTTATTTTT TTGACTCAAG GACAAATCTT TCTTCGGATT
    99061 TTTGGTGATT ATCTATTCGT GGAATAAGTG ATGATCCAAT GGTTCTTACT CAGGGAATCT
    99121 TTGGGCTTAA CAACTTAGTA TTTTTATTGA ATGATCGTGG TTGTAATATG AATCTGCGGT
    99181 TTTAATCGAT TCATAGGGTC TTAACAAGAG AATTCCTATC CTATCAATAA TAAATAAAAC
    99241 AAATAATAAA CATTATACAA ATAAAAGAAA TAAATAGGGA AGAGAGGATT CAAGAGGCCC
    99301 GTAAGTATCA AGATAAAGAC GACTGAGCCG ACTTGATATT TTGGTATTAT CGCCACAAAG
    99361 AAGAACTTTC GGATGTTTTT ATTCGTATCT TCAGAGCAGA TTGAATTGGA AAGTAAGAAG
    99421 TTTCAAACTT TATATTACAT ATCCGTTCCA ATCAGTATTT GGGTGTTTTT GTTTGAGCTG
    99481 TACGAGATGA AAGTCTCATA TACAGTTCTC GGAGGGGGGG ATCGCGCCTA TCTCAATAAA
    99541 GTCTATGATT GGTTTGAAGA GCGTCTCGAG ATTCAGGCGA TTGCAGATGA TATAACTAGT
    99601 AAATATGTTC CTCCTCACGT AAACATATTT TATTGTCTGG GGGGAATTAC GCTTACTTGT
    99661 TTTTTAGTAC AAGTAGCTAC AGGATTTGCT ATGACCTTTT ACTATCGTCC GACCGTTACT
    99721 GATGCTTTTG CTTCTGTTCA ATACATAATG ACTGAAGCTA ATTTTGGTTG GTTAATCCGA
    99781 TCAGTTCATC GATGGTCGGC AAGTATGATG GTCCTAATGA TGATACTACA TGTATTTCGT
    99841 GTATATCTTA CCGGTGGATT TAAAAAACCT CGCGAATTAA CTTGGGTTAC AGGTGTAGTT
    99901 CTGGCTGTAT TGACTGCATC TTTTGGTGTA ACTGGTTATT CCTTACCTCG GGACCAAATT
    99961 GGTTATTGGG CAGTGAAAAT TGTAACAGGT GTACCTGACG CTATTCCTGT AATAGGATCA
   100021 CCTTTGGTAG AATTATTGCG CGGAAGTGCT AGTGTGGGGC AATCCACCTT GACTCGTTTT
   100081 TATAGTTTAC ATACTTTTGT ATTGCCGCTT CTTACTGCCG TATTTATGTT AATGCACTTC
   100141 CCAATGATAC GTAAACAAGG TATTTCTGGT CCTTTATAGA GAAGATATAG CATAGATATT
   100201 TTGAATTCAT CTTTTATCAT TTTATCAATG GGGTAGGAAC GATAGTATTT TATTGCTACA
   100261 AGTATGGATT ATTAAAAATA ATAATAATAA GACATGTATT TGGATATTTC CCTTGAACTC
   100321 CGCAATATTT TTGATTTGTC ATCAATAGTT GAAGGGAATT TTCCGAAGAG AAAATGGATT
   100381 ATGGGAGTGT GTGACTTGAA CTATTGATTG GTCTGTGCAG ATATGTGCTT TTATTTATCT
   100441 GCCACATTTG AATTAACAAA CAAATGTGTC TTTGTTCCAA CCATCACGTA AGCCCATACA
   100501 GAGGATAGGC TGGTTCGCTT GAAGAGAATC TTTTCTATGA TCAAAAGCAT GTCATACATG
   100561 AGCAGGCTCC GTAAGATCTA GTTCATTTAA CTTCAGATTG AATTGAATTT AATAGTATAC
   100621 AAATGCATTC ATTTCCTCTG CATTGACGCA ATCTACGATA CTATCGGAGT GAAAAAAGGG
   100681 TCTAAAGAAG AACAGAGACT AGGCTATATT AGTAACAAGT AAATCCTTTG TGTGTGTTTA
   100741 TTTTATAATA AAAGGTCTCT AAAAATTTTG GGGATAAACA CCAATCATAA GGTCCGAGAC
   100801 GACCCAGAAA GCAATTGATC ATATCACGAT CTATTTTATA AGCCTACTTG GGTATTGAGT
   100861 ATTTATTTGT AAGAACTTAA ATTTTTTTGA ACTTGATAAT TTCAACTCCA GAAAAAAGAA
   100921 TCCATTAAAA TAAAAATTTT ACTTACATAA AACCATTCAT CTATCGTATA TGTGGGTGTC
   100981 TAGATAACAT ATATTTTATA TGGATTCCAT TGGTTCTTTT TATTCTTGCT CGAGCCGGAT
   101041 GATGAAAAAT TATCATGTCC GGTTCCTAGG GGGGATGGAT CTATAAGAAT TCACCTATCC
   101101 CAATAACAAA AAAACCTGAC TTGAATGATC CTGTATTAAG AGCTAAATTG GCTAAAGGTA
   101161 TGGGTCATAA TTATTACGGG GAGCCCGCAT GGCCCAATGA TCTTTTATAT ATTTTTCCAG
   101221 TAGTAATTCT AGGTACTATT GCATGTAACG TAGGCTTAGC GGTTCTAGAA CCATCAATGA
   101281 TTGGTGAACC GGCAGATCCT TTTGCAACTC CTTTGGAAAT ATTACCCGAA TGGTATTTCT
   101341 TTCCCGTATT TCAAATACTT CGTACAGTAC CCAATAAATT ATTGGGTGTT CTTTTAATGG
   101401 TTTCAGTACC CGCGGGATTA TTAACAGTAC CTTTTTTAGA GAATGTTAAT AAATTCCAAA
   101461 ATCCGTTTCG TCGTCCAGTA GCGACAACCG TATTTTTGAT TGGTACCGCA GTGGCCCTTT
   101521 GGTTGGGTAT TGGTGCAACA TTACCTATTG ATAAATCCCT AACTTTGGGT CTTTTTTAAA
   101581 TTGATTCAAT TGTAAAATAA AATATCACGA CGTATGTATC TAGGGAACAG TCGCTTCAAA
   101641 GTGAATTCTC CCTAGATACA TCTATTCAAT TAAATTATGA ATCTATGCCG ATTCCGAGTA
   101701 TATAAATTGT CCTAAAGATT CAAAACCTCT TTTGGCCTTT TTCTAAAAAA AAAAAAGATG
   101761 AAAAAAATCC AATGGATTTA AAACTTATTT TTCGGTAAAT CGATTACGAA ATTTTTTTCT
   101821 AGAACCCCTA AAATTTGTTT GACATCTTCT ATGCGAAAAT GCTCCATTTT CATAAGATCT
   101881 TCTTGACTGT TATTCAAAAG GTCCAATAAT GTATATATAT TGGACCTTTT GAGGCAATTA
   101941 TAGATCCTGG GGGGCAATTC TGATTGGTCA ATAAAAATCG ATTTCAACGC CATTTTTTTT
   102001 TTATTTTTTG TTAGTTTAGC CAATTTATCA TAAAAGGTAA AAGGGGGTAA AGGAACCATG
   102061 TGTTGATTGT CCTCTAAATT TAAATTTTCT TCTTTGGTAT GTAAAAAGGG AATCAATAAA
   102121 TCAATCAAAT TCCGGGAGGC TTCATGAAGT GCTTCTTTAG GAGTTAAACT TCCATTTGTC
   102181 CATATTTCGA GAAATAGTAT TTCTTTGTTA CCATTTTCAT AAGAATGAAT ACTATGATTC
   102241 GCATTTCGAA CAGGCATGAA TACAGGATCT ATAGGATAAC TTCCATCTTG AAAGGTATTT
   102301 GGCGCTTTTA TAAGATATCC GCGATTCTTC TCTATTTGTA ATCCAATAAC CAACTCAATG
   102361 GGTTCCGTCA AACTAGCTAT ATGCTGTGTA TTATCGACGA TTTCTACATA AGGCGGTAAT
   102421 ATTATATCTT GAGCAGTTAC ATATCCAGGG CCCCTGACAC AAATAGACGC CTCACAAGTT
   102481 CCATAGAGAT TACTTCTCAA TACGATTTCT TTCAAATTCA TTAAAATTTC ATGTACTGAT
   102541 TCTTGAATAC CCATTATCGT AGAATATTCG TGTGATATTT TCTCAGATTT TGCGCGTGTG
   102601 ATACATGTTC CTTCGATTTC TCCAAGCAAA GCTCTTCGCA TCGCAATGCC TATTGTGTCT
   102661 GCTTGACCTT TCATAAGCGG AGACAGAATA AAGCGCCCAT AAAAAAGACG CTTACTGTCT
   102721 GCTGCTGATT CAACACACTT CCACTGTAGT GTCCGAGTAG ATACTGTTAT TTTCTCTCGA
   102781 ACCATAATAA TATTATTTGA TCAGATCGTT GAATCATTTA TTTCTCTTGT TTCTCTTGCT
   102841 ATTGAAATAC CTTCAATTTT TATTTCTACA CACGTCTTTT TTTCGGGGGT CTACAGCCAT
   102901 TATGTGGCAT AGGGGTTACA TCCCGTACGA AAGTTAATAG TATACCACTT CTGCGAATAG
   102961 CTCGTAATGC TGCGTCTCTT CCGAGACCGG GACCTTTAAT CATGACTTCT GCTCGTTGCA
   103021 TACCTTGATC TACTACTGCA CGAATAGCAC TTGCCGCTGC GGTTTGAGCA GCAAATGGCG
   103081 TCCCTCTTCT TGTACCTCGG AAGCCACAAG TACCGGCGGA GGACCAAGAA ACCACTCGCC
   103141 CCCGTACATC TGTAACAGTC ACAATGGTAT TATTGAAACT TGCTTGAATA TGAATAACCC
   103201 CCTTTGGTAT TTTACGTGTA CTCTTACGTG AACCAATACG TCCACGTGAA CCCTTTTTTG
   103261 GTATAGCTTT TGCCATATTT TATCATCTCA TAAGTTTGAG TCAGTATATA TGGATATATC
   103321 CATTTCATGT CAAAACAGAT CCCCCTTCTT ATTTGTATAG CGGGTCTTTA ACGAGTCTGA
   103381 TTATCCTTGT CTTTGTTTAT GTCTTGGGTT GGAACAAATT ACTATAATTC GTCCCCGACG
   103441 ACGGATTAGT CGACATTTTT CACAAATTTT ACGAACAGAA GCTCTTATTT TCATATTTGC
   103501 CACTCCTTAC TTTAATTTTG AATCCACTTC TTCGAATAAA AGAAGTTTCT TGAAATTTTC
   103561 AATTTTGAAT CGTATTCCTA CGAACGAACT AGTGAAGTTA AAAAAACACC TAATCTTTTG
   103621 AATCTTTATT GCGGAGTCGA TAAATTATAC GACCTCTGCT TGAATCATAA CGACTTACTT
   103681 CAATTTTGAC TCTATCTCCT GGCAGTATCC GTATAAAACT ACGTCGGATC TTTCCTGAAA
   103741 CATAACCTAG AATCAGATCT TCATTATCTA AACGAACCCG GAACATACCG TTGGGAAGCG
   103801 ATTCAGTAAT TAAACCTTCA TGAATCCATT TTTGTTCTTT CATTCTAGGT AAAACCCCCT
   103861 TGAAGTATCA ACTCGTGGAG GAAGAACCTT ATTAGACAAG TCACCTCTTC TCTTTTCTTT
   103921 TCTTTTTCAC AAATAAGAAG TTTCATATTC AATTTGGATA TTAGAAAGAT TACCATATAT
   103981 AACACAAAAT TTCTCCGCCT ATTCTTTCTA GTCGAGCCTC TCGGTCTGTC ATTATACCGC
   104041 GAGAGGTAGA AAGAATTACA ACCCCCATCC CACCTAAAAT TCTAGGAATT CTTTGATAGT
   104101 TAGAATAGAT TCGTAGACCC GGCCGACTGA TTCGTTTTAA ATTTAAAAGA TTTTGATAAG
   104161 TCCTTTTCCT ATTCCTTCTA TGTCGTAGGG TTAAAACCAA AAAAGATTTG TTGTTTTCTC
   104221 GATGTTTTCT CACGTTTTCG ATAAAACCCT CTCGTAAAAG TATTTTAACA ATACTTTGGC
   104281 TGATATTAGT CGATGCTACT CGAACCACGC TTTTTCTATA CATATCGGCA TTTCGTATAG
   104341 AGGTTATTAT GTCAGCAATA GTATCACTAC CCATGATTAA TTAAAATTAT TGGTGCCTCC
   104401 AAATTTGGAT ATAATCAACA TGTTTTTTTT TTTTTTTACG TATTTGTTTA TGAATATTAA
   104461 TTTTGAAAGG TATATACGTG AGACAAAATC TACTAAATTA ATCTTAATCT ATTTCTTTTA
   104521 AATACCCTAC TATAAGCATA TCGCAGTCTC ATTTTATAAT ACCTCGGGAG CTAATGAAAC
   104581 TATTTTAGTA AAATTGAACT GTCTCAATTC TCGCGCAATC GCACCAAAAA CTCGAGTTCC
   104641 TTTTGGATTT CCTTCTTGAT CAATCACAAC TGCAGCATTG TCATCATATC GTATTATCAT
   104701 ACCGTTGTCA CGTTTAAGTT CTTTACAAGT ACGGACAATT ACAGCTCTGA CCACTTCTGA
   104761 TCTTTCTAGA GGCATGTTTG GAACTGCGTC TTTGATCACA GCAACAATAA CGTCACCAAT
   104821 ATGAGCATAT CGACGATTGC TAGCTCCTAT GATTCGAATA CACATCAATT TTCGAGCCCC
   104881 GCTGTTATCT GCTACATTCA AATGGGTCTG AGGTTGAATC ATATCATTTT TTTTTATCTG
   104941 TTTTTTACAA TACAAAGGTC GAAGAAAAAA AAGAAATATT TTTTGTCAAA AAAAAAAAAA
   105001 AGAAACCTGC ACCCGTGATT TTTAAGGCCT ATTTCTTTTT TATCCCGAAA TGATGAATTG
   105061 AGCTCGTATA GGCATTTTGG ACGCTGCTAT TGAAATAGCC CTTCTGGCTA TATTTTCTGT
   105121 TACTCCACCC ATTTCATAAA GGATTCGACC TGGTTTAACA ACAGCTACCC AATATTCGGG
   105181 AGAGCCTTTA CCTGAACCCA TACGTGTTTC TGCGGGTCTT ACTGTAACCG GTTTATCCGG
   105241 AAATATACGG ACCCATATTT TTCCACCGCG ACGTGCATTT CGTGTCATTG CTCGTCGACC
   105301 TGCTTCTATT TGTCTAGATG TGATCCAAGC GGGTTCAAGT GCCTGAAGAG CGTATTTACC
   105361 AAAACAAATA GCATTACCTC GAGAGGATAT TCCCTTCATT CTTCCTCTAT GTTGTTTACG
   105421 GAATCTGGTT CTTTTGGGGT TATAGTTGAT GGTTTTTTTT GAATTCCATC TCTACTACAG
   105481 AACCGGACGT GAGAGTTTCT TCTCATCCAG CTCCTCGCGA ATAAAATCAA TTCAAATTAA
   105541 AGATTTTGAA TTCAATTCAG ATATAATATA ATTTGAAGTA AGATATACAT GTATTTAAGT
   105601 AAGTAATATA TGGAATCATG GATTTCATTT AATCTAGATC AAATCTATCT ATTATATATA
   105661 ACTATTATAT ATAAATTTGT ATATCTTGTT TGTATTTGTA TAGATAACTA ATAACTAAAT
   105721 ATATAAAATA ACTCTTTTTT CTTATATTTA TCTATTTTAG AATGTTAAAA CGAATCTTTC
   105781 TTTTGTTTTA TTCTTTATCC TATTGGATTG ACCCAAATTT AGCAATCCAA GAAAATAAAG
   105841 TTTTCGCGGG CGAATATTTA CTCTTTCCAT TTCTATTTCA GTTCTATCAT TAGTTCATAA
   105901 CTTTTCCGAA TAGATAAATT GGTCTCTGGG CGGTTCCGCC ATCCCGATCA ATGAATCATT
   105961 CGAATGAATT TTCACTAGAA TCTTTTGAAT TCACAGGTTC CATCGTTCCC ATCGCTTCTT
   106021 ACTTAATGGT TAGGTCTGAA TTATACAATG GAGCTATTAG TTCTTGAGTC AATATTCTTA
   106081 GTCTTTATTG GCTCGAAGCT CTTTATTTTT TGTTCGATGA GCAGATCCAT TTAATGAGGA
   106141 ATCCGTATTG ATGCTTTATT ACACAGAATT TTTCTGAGAT GATCATAGAC CTTACATATT
   106201 GGAATTATAT ATCATTAATA TACTTTTTCT TTCTTTCTCT CATCCTTCCT TTTATCCATA
   106261 TCCTTTCTTT TTTATTTCGA TTGACGACTT ATAAGCAGAA TTTTTTAATA AAAAAAGATT
   106321 TCAGTTGCTA CAACAATATG AACAATATAT CATATCTTGA CTGGTTCTTT GGATCCAGAT
   106381 AATACGAAGT GATGAGTTGG TTATTACTTC TATAGTTATT TATTTATATT ATTATTATGG
   106441 GGCTTATTTT TATACTAACC CTAAAAAAAA CCAACGAGTC ACACACTAAG CATAGCAATT
   106501 TTATCAAAAG ATTAATTTAA TTTTTATTAA ACCCTATAGA ATTATAATTG TTCATTTTTT
   106561 TTTATTGAAC AGATATTGAA CAGAAAAGAA AAATAAGAAA TGAATTTCTT ATTTTTTGTT
   106621 CCATCGCTGG ATAGAATGCA AAAGTAAATT AAGGTTTATT ATTCCGCGTC TATAAATATC
   106681 CAAATTTTTA TGCCTAATAC CCCATAGATT GTTCGAACTG TATAGGAACA ATAATCAATT
   106741 TTAGCTCGAA TGGTTTGTAG TGGAACCCTA CCTTCTCTGA TCCATTCAAC ACGCGCAATT
   106801 TCTTTTCCGT CGATACGTCC TGCAATTTGC ACTTGAATTC CCTTTGTATC CGCTTGTTCA
   106861 GTTAATTCTA TAGCCTTTTT CATTGCTTTG CGAAAAGAAA CTCTATTTTT TAATTGGCCA
   106921 GCTATAAATT CTGCAAGAAT ATTAGGGTTT CCATAAGGTT TTTCAATTCG TGTGATAGCA
   106981 ATGTTAAGTT TTCTATTTAC AGAATTAATT TCTTTTTGTA AATTCATCTG TAATTCTTCG
   107041 ATTCCTCGGG GTCGACTTTC TATTAATATT TTTGGAAATC CCATATAGAT TATGATTTGG
   107101 ATCAGGTCGA TTCGTTTTTG AATCTCTATA CGTGCAATTC CCTCGACGCC AGAAGATGTT
   107161 TTCATATTTT TTTGTACATA ATTCTTGATA TAATTTCTTA TTTTTTGATC TTCTTGCAGA
   107221 CCCTCAGAAT AATTTTTTGG TTGTGCGAAC CAAAGGGAAT GATGACCTTG GCTTGTACCA
   107281 AGTCTGAAAC CTATTGGATT TATTTTTTGT CCCATGTTCC CCCATTACTA TACATATCAT
   107341 AATACGACAT AGTTGTATCC TTTTTTTTCT TTTGTGACCA TGTAATAGAG TCGGTATCTA
   107401 TATATTCATC TAAGGATATA TCTTTCATTA CAACAGTTAT ATGGCAGGTA GGTTTTTGTA
   107461 TCGCAAAACT ACGCCCTCGA GCGCGGGGTT TTGATCTCTT CACGATAGTA CCTTCATTTA
   107521 CTTCGGCTTT ACTAATGACT AAATTTGCTT CATTCGAGCC CATATTGAAA CTAGCATTTG
   107581 CTGCTGCAGA ATAAACTAAT TTAAAAATGG GATAACATGC TCGATAAGGC ATGAGTTCTA
   107641 ATATCATAAG TGTTTCTTCG TAGGAACGCC CACGAATTTG ATCAATTACT CTTCGCGCTT
   107701 TGTGAGCAGA CATAGATATA TGTTGACCTA AAGCGTATAC TTCTGTTGTT CTCTTATTTA
   107761 ACATAAAGTT CGTCTCCTAC TAATCAATGA TAAATATCTA TCTATATTAT TATTATAAAT
   107821 AAATAAACAA AATATATTAT TATTATACAT AAACAAACGG TTTTTAACGG CGAGATCTAT
   107881 TATCGCTTTT TGCATGTCCT CGGAAATTTA AAGTAGGCGC AAATTCTCCC AATTTGTGTC
   107941 CTACCATACG ATCCGTTATA TAAATAGGTA AATGTTCCTT TCCATTATGG ATAGCAATAG
   108001 TATGGCCGAC CATTATGGGT ATAATCGTAG ATGCCCTCGA CCAGGTTATT ATTATTTCTT
   108061 TTTCTGCTTT TGTGTTAAGC TTATTTATTT TTTTTAATAA ATTATTCGCT ACAAAAGGAT
   108121 TTTTTTTTAG TGAACGTGTC ACAGCTTCCT CCTATTTTTT TTTGTAAAGA CGAAGAAAGA
   108181 AATTCTATTT TCTCTCCTAT TTACTACGGC GACGAAGAAT CAAATTATCA CTATATTTAT
   108241 TCCTTTTTCT ACTTCTTTTT CCAAGTGCAG GATAACCCCA AGGGGTTGTG GGTTTTTTTC
   108301 TACCAATTGG GGCCCTCCCT TCACCACCCC CATGTGGATG GTCTACGGGG TTCATAACTA
   108361 CTCCTCTTAC TACAGGGCGC TTACCTAGCC AACGCTTAGA TCCGGCTCTA CCCAAACTTT
   108421 TCTGGTTCAC CCCAACATTC CCCACTTGTC CAACTGTTGC TGAGCAGTTT TTGGATATCA
   108481 AACGGACCTC CCCAGAAGGT AATTTTAATG TGGCCGATTT CCCTTCTTTT GCAATCAGTT
   108541 TCGCTACAGC ACCCGCTGCT CTAGCTAATT GTCCACCCTT TCCAAGTGTG ATTTCTATGT
   108601 TATGTATGGC CGTGCCTAAG GGCATATCGG TTGAAGTAGA TTCTTCTTTT TTATCAATCA
   108661 AAACCCCTTC CCAAACTGTA CAAGCTTCTT CCAAAGCATA CGGCTTTCTG GATGTAGATG
   108721 GTGATATCTA TACAGATGGA TCTTATATAT ATGGTATAAA TATAATGAAG TACCACATGC
   108781 GTGCATATAT AGGAATCAAA ATCTGCCGAA TCACTCATGT TATGATCTTC TACATCCTAG
   108841 GTCTTCCCGT TCCATCATCT GGCTTATGTT CTTCATGTAG CATTCAGACC GAATGACTCT
   108901 ATGAAATTAC GTTGATACTT CCACATATTA TGGGTAACGT AGGAGACATC TCTATATTTC
   108961 CCCCCGGGAA TCTTTAGAAT TACCACTGCT TAGCTTTCAA TTCGCCTCTG ACCATCAAAT
   109021 GAAATGTGAA TAATCCGTCC TCTTCTCTTT GAAAGAAGGG GCGCTTCCGG TTCTGTCGGT
   109081 GCTTGAAACA ATTTTGTCTT CTCCATATTA CTATATCTCT AAAGTCAATA ATTTTATATG
   109141 AGGAACTACT GAACTCAATC ACTTGCTGCC GTTACTCTTC AGTTTTCTGT TGAGGTCTAT
   109201 CCTGTAGAGG TACTCAAATT GGATCAGTGA TCGATTTCTA GGTTTCGTCG TAAACCTAAT
   109261 TGGTTACTTC CAATTACGTA AATCAATAGT TCAAACCGCA CTCAAAGGTA GGGCATTTCC
   109321 CATTTTTATA GGAACTTCTG TACCAGAAAC AATGGTATCT CCAATTATAG CCCCCCTGGG
   109381 ATGTAAAATA TATCTCTTCT CACCATCCCT ATAGTGTATG AGACAAATGT ATGCATTTCG
   109441 ATTCGGGTCG TATTCTATGG TTACGATTCT ACCATATATG TCTTTTTCAT TCCGTCGAAA
   109501 ATCTATTTTA CGGTATAGAC GCTTATGACC TCCCCCTCTA TGCCCTGCGG TAATGATTCC
   109561 TCTGGCATTA CGACCTTTAC CACAATGATG CTGTCCATAG ATCAAATTAT TTCGTGGATT
   109621 GGATTTCACT TGACTGGTTC CATTGCGTGT GCTCGGGGTA GAAGTTTTGT ATAAATGTAT
   109681 CGCCATGCTA TTAAGTATTT TGATTTAAGT TCTTTTCTTT CTAAGAGGTG GAATAGAATA
   109741 ACCCGGTTGA AGCGTAATGA TCATACGTCT GTAATGCATT GTCTGTCCCA TAATGGGTCC
   109801 CATTCTTCTA GCCTTTCCCC GAAGTCGATG ACTATTCATC GCGATTACCT TGACACCAAA
   109861 GAAGAGTTCG ACCCAATGCT TTATTTCTGT CCTAGTTGAT CCTGATTCGA CATTAGAAGT
   109921 ATATTGATTT TTCCCCAATA ACCGAATACT TTTGTCTGTA AATACTGCAT ACCTGATTCC
   109981 ATCCATAAAT AGATTTGATT CCCTATGAGT TCTAGTCTCA ATAAGACTAC TAATTCTTAC
   110041 TGTTCATATA GTATGATATG AATATACCAC ATCAATTCGT TATGTATGGA TGATGAGATT
   110101 TCATTGATAC AGAGCTAATT CCAATAGACT TATTGGAGGG TCCCATTGGC GTGCATCCAG
   110161 TAGGAATTGA ACCTACGAAT TCGCCAATTA TGAGTTGGGT GCTTTAACCA TTCAGCCATG
   110221 GATGCTTAGC GGGTCATAGT GAATGACCAG ATTCCAATTC AAATGGAATC TTTCAACTAA
   110281 AGCAATGAGA TGCTTAAATG GAATTCATTT AGTTCTAATA AATCAGGAGG AATTTAATGA
   110341 CAGGACATGA ATTCAAGTCC TGGATTTTAG AATTGAGAGA GATATTGAGA GAGATCAAGA
   110401 ATTCTCACTA TTTCTTAGAT TCCTGGACCC AATTCAATTC AGTGGGATCT TTCATTCACA
   110461 TTTTTTTCCA GCAAGAACGT TTTATAAAAC TTTTTGACTC CCGAATTTGG AGTATCCTAC
   110521 TTTCACACAA TTCACGGGGT TCAACAAGCA ATCGATATTT CACGATCAAG GGTGTAATAC
   110581 TCTTTGGAGT AGCGGTCCTT ATATATCGTA TTAACAATCG AAATATGGTC GAAAGAAAAA
   110641 ATCTCTATTT GATAGGGCTT CTTCCTATAC CTATGAATTC CATTGGACCC AGAAATGATA
   110701 CATTGGAAGA ATCCGTTGGG TCTTCCAATA TCAATAGGTT GATTGTTTCG CTCCTGTATC
   110761 TTCCAAAAGG AAAAAAGATC TATGAGAGTT CTTTCCTGAA TCCGAAAGAG AGTACTTGGG
   110821 TTCTCCCAAT AACTAAAAAG TGTAGCATGC CTGAATCTAA CTGGGGTTCG CGGTGGTGGA
   110881 GGGACTGGAT CGGAAAAAAG AGCGATTCTA GTTGTAAGAT ATCTAATGAA ACCGTCGCCG
   110941 GAATTGAGAT ATTATTCAAA GAGAAAGATC TCAAATATCT GGAGTTTTTC TTTGTATATT
   111001 ATAGGGATGA TCTGATGCGC AAGGACCATG ATTGGGAATT GTTTGATCGT CTTTCTCTGA
   111061 GGAAGAGGCA AAATAGAATC AACTTGAATT CGGGACCACT ATTCGAAATC TTAGTGAAAC
   111121 ACTGGATTTG TTATCTCATG TCTGCTTTTC GTGAAAAAAG ACCAACCGAA TCGGATTTTT
   111181 TGAGGAACGT ATCGAGAGAG AATTTGATTT GGTTAGACAA TGTGTGGTTG GTAAACAAGG
   111241 ATCGGTTTTT TCGCAAGGTG CGGAATGTAT CGTCAAATAT TCAATATGAT TCCACAAGAT
   111301 CTAGTTTCGT TCAAGTAAGG GATTCTAGCC AATTGAAAGG ATCTTCTGAT CAATCCAGAG
   111361 ATCATTTTGA TTCCATTAGT AATGAGGATT CGGAATATCA CACATTGATC CATCAAAGAG
   111421 AGATTCAACA ACTAAAAGAA AGATCGATTC TTCGGGATCC TTCCTTTCTT CAAACGGAAG
   111481 GAACAGAGAT AGAATCAAAC CGATTCCCGA AATGCCTTTC TGGATATTCC TCAATGTCCC
   111541 GGCTATTCAC GGAACGTGAG AAGCAGATGA TTAATCATCT GCTTACGGAA GAAATCGAAG
   111601 AATTTCTTGG GAATCCTACA AGATCCGTTC GTTCTTTTTT CTCTGACAGA TGGTCAGAAC
   111661 TTCATCTGGG TTCGAATCCT ACTGAGAGGT CCACTAGAGA TCAGAAATTG TTGAAGAAAC
   111721 AACAAGATCT TTCTTTTCTC AGGCGATCGG AAAATAAAGA AATGGTTAAT CTATTCAAGA
   111781 TAATTACGTA TTTACAAAAT ACCGTCTCAA TTCATCCTAT TTCATCAGAT TCGGGATGTG
   111841 ATATGGTTCC GAAGGATGAA CCGGATATGG ACAGTTCCAA CAAGATTTCA TTCTTGAACA
   111901 AAAATCCATT TTTTTATTTA TTTCATCTAT TCCATGACCG GAACAGGGGA GGATGCACGT
   111961 TAAACCACGA TTTTGAATTA GAAGAGAGAT TTCAAGAAAT GGCAGATTTA TTCACTCTAT
   112021 CAATAACCGA GCCGGATCTG TTGTATCATA AGAGATTTGC CTTTTCTATT GATTCCTATG
   112081 GATTGGATCC AAAACAATTC TTGAATGGGG TATTCAACTC CAGGTATGAA TGGAAAACGA
   112141 CATCTTTATT GGTTTTATTG GTTCTACTTC CTATTTTTTA TGAAGAGAAT GAATCTTTTT
   112201 ATCGAAGGAT CAGAAAAAAA GGGGTCCGGA TCTCCTGCGG GAATGATTTG GAAGAGCCAA
   112261 AACCAAAAAT AGTGGTATTT GCTAGCAACA ACATAATGGA GGCAGTCAAT CAATATAGAT
   112321 TGATCCGAAA TCTGATTCAA ATCCAACATA GCACCCATAG GTACATAAGA AATGTATTGA
   112381 ATCGATTCTT TTTAATGAAT AGATCCGATC GCAACTTCGA ATATGGAATT CAAAGGGATC
   112441 AAATAGGAAA GGATACTCTG AATCATCGAA CTCTAATGAA ATATACGATC AACCAACATT
   112501 TATCGAATTT GAAAAAGAGT CAGAAGAGAT GGTTCGACCC TCTTATTTTT TTTTCTCGAA
   112561 CCGAGAGATC CATGAATCGG GATCCTGATG CATATAGATA CAAATGGTCC ACTGGGAGCA
   112621 ATAATTTCCA GGAACATTTG GAACATTTCG TTTCTGAGCA GAAGAGCCGT TTTCAAGTAG
   112681 TGTTCGATCG ATTACGTATT AATCCATATT CGATTGATTG GTCTGAGGTT ATCAACAAAA
   112741 AAGATTTGTC TAAGCCACTT CGTTTCTTTT TGTCCAAGTT GCTTCTTTTT TTGTCTAACT
   112801 CACTTCCTTT TTTGTTTGTC AGTTTCGGGA ATATCCCCAT TCAGAGGTCC GAGATCTACA
   112861 TCTATGAATT GAAAGGTCCG AATGATCCAC AGTTTTTAGA ATCAATAGGT CTTCAAATCG
   112921 TTCATTTGAA AAAATTGAAA CCCTTCTTAT TGGATGATCA TGAGACTTGC CAAAAATCGA
   112981 AATTCTTGAT CAATGGAGGA ACAATATCAC CATTTTTGTT CAATAAGATA CCAAAGTGGA
   113041 TGATTGACTC ATTCCATACT AGAAATAATC GCAGGAAATC CTTTGATAAC ACGGATTCCT
   113101 ATTTCTCAAT GATATTCCAC GATCAATACA ATTGGCTGAA TCCCGTGAAA TCATTTCATA
   113161 GAAGTTCATT GAGATCTTCT TTTTATAAAG CAAATCAACT TCGATTCTTG AATAATCCAC
   113221 ATCACTTCTG CTTCTATTGT AACAAAAGAT TCCCCTTTTA TGTGGAAAAG GCCCGTATCA
   113281 ATAATTATGA TTTTACATAT GGGCAATTCC TCAATATCTT GTTCATTCGC AACAAAATAT
   113341 TTTCTTTGTG CGTCGGTAAA AAAAAACATG CTTTTTGGGG GAGAGATACT ATTTCAGCAA
   113401 TCGAGTCACA GGTATCTAAC ATGTTCATAT CTAAGGCTTT TCCACAAAGT GGTGACGAAA
   113461 CGTATAACTT GTACAAATAT TTCCATTTTC CAAGTCGATC CAATCCATTC GTTCGTAGAG
   113521 CTATTTACTC GATCGCAGAC ATTTCTGGAA CACCTCTAAC AGAGGGACAA ATAGTCAATT
   113581 TTGAAAGAAC TTATTGTCAA CCTCTTTCAG ATATGAATCT ATCTGATTCA GAAGGGAAGA
   113641 ACTTGTATCA GTATCTCAAT TTCAATTCAA ACATGGGTTT GATTCACACT CCATGTTCTG
   113701 AGAAATTTTT ACCATCCGAA AAGAGGAAAA AACGGAGTCT TTGTCTAAAG AAATGCGTTG
   113761 AGAAAGGGCA GATGTATAGA ACTTTTCAAC GAGATAGTGC TTATTCAACT CTCTCAAAAT
   113821 GGAATCTATT CCAAACATAT ATGCCATGGT TCCTTACTTC GACAGGGTAC AGATATCTAA
   113881 AGTTTTTATT TTTAGATACT TTTTCAGACC TATTGCCGAT ACTAAGTAGC AGTCAAAAAT
   113941 TTGTATCCAT TTTTCATGAT ATTATGCATG GATCAGATAT ATTATGGCGA ATTCTTCAGA
   114001 AAAAATTATA TCTTCCACAA TGGAATCTGA TAAGTGAGAT TTCGAGTAAG TGTTTCCATA
   114061 ATCTTCTTCT GTCCGAAGAA ATGATTCATC GAAATAATGA GTCACCATTG ATATCGACAC
   114121 ATCTGACAAA TGTTCGGGAG TTCCTCTATG CAATCCTTTT CCTTCTTCTT GTTGCTACAT
   114181 ATCTCGTTTG TACACATCTT CTCTTTGTTT TCGGGACCTC TAGTGAGTTA CAGACAGAGT
   114241 TCGAAAAGGT CAAATCTTTG ATGATTCCAT CATCTATGAT TGAGTTGCGA AAACTTCTGG
   114301 ATAGGTATCC TACATCTGAA CTGAATTCTT TCTGGTTAAA GAATCTCTTT CTAGTTGCTC
   114361 TGAAACAATT AGGAGATTCT CTAGGTGGCA ACATGCTATT GCGTGGTGGT CCCGCTTATG
   114421 GGGTCAAATC AATACGCTCT AAGAAGAAAT ATTTGAATAT CAATCTCATC GATATCATCG
   114481 ATCTCATAAG TATCATACCA AATCCCATCA ATCGAATCAC TTTTTCGAGA AATACGAGAC
   114541 ATCTAAGTCA TACAAGTAAA GAGATCTATT CATTGATAAG AAAAAGAAAA AACGTGAACG
   114601 GGGACTGGAT TGATGATAAA ATAGAATCCT GGGTTGCAAA CAGTGATTCG ATTGATGATG
   114661 AAAAAAGAGA ATTCTTGGTT CAGTTCTCCA CCTTAACGAC AGAAAAAAGG ATTGATCAAA
   114721 TTTTATTGAG TCTGACTCAT AGTGATCATT TATCAAAGAA TGACTCTGGT TATAAAATGA
   114781 TTGAACAACC AGGAGCAATT TACTTACGAT ACTTAGTTGA CATTCATAAA AAGTCTCTAA
   114841 TGAATTATGA GTTCAATACA TCCTCTTTAG CAGAAAGACG GATATTCCTT GCTCATTATC
   114901 AGACAATCAC TTATTCACAA ACTTCGTGTG GGGCTAATAG TTTTCATTTC CCATCTCATG
   114961 GAAAACCCTT TTCGCTCCGC TTAGCCTTAT CCCTCTCTAG GGGTATTTTA GTGATAGGTT
   115021 CTATAGGAAC TGGACGATCT TATTTGGTCA AATACCTAGC GAAAAACTCC TATCTTCCTT
   115081 TCATTACGGT ATTTCTGAAC AAGTTCCTGG ATAACAAGTC TCAAGGTTTT GATGATATCG
   115141 ATATTGATGA TATTGACGAT ATTGATGATA TTGATGCTAA TGACGATATT GATGCTAGTG
   115201 ACGATATCCT TGATATGGAG CTGGAACTAA TAACTAGCAT GAATGCGCTA ACTATGGATA
   115261 TGATGCCTGA AGATGAAGAC CGACTTTATA TAGCCCTTCA ATTCGAATTA GCAAAAGCAA
   115321 TGTCTCCTTG CATAATATGG ATTCCAAACA TTCATGATCT GGATGTGAAT GAGTCAAATT
   115381 ACTTCTCCCT AGGTCTATTA GTGAACCTTC TCTCCAGGGA TTATGAAACT AGAAATATTC
   115441 TTGTTATTGC TTCGACTCAT ATTCCCCAAA AAGTGGATCC CGCTCTAATA GCTCCGAATA
   115501 AATTAAATAC GTGCATTAAG ATACGAAGGC TTCTTATTCC ACAACAACGA AAGCACTTTT
   115561 TCACTCTTTC ATATACTAGG GGATTTCACT TGGAAAAGAA AATGTTCCAT ACTAATGGAT
   115621 TCGGGTCCAT AACAATGGGT TCCAATGCAC GAGATCTTGT AGCACTTACC AATGAGGCCC
   115681 TATCGATTAG TATTACACAG AAGAAATCAA TTATAGATAC TAATACAATT AGATTCGCTC
   115741 TTCATAGACA AATTTGGGAT TTGCGATCCC AGGTAAGATC GGTCCAGGAT CATGGGATCC
   115801 TTTTCTATCA GATAGGAAGG GCTGTAGCAC AAAATGTACT TTTAAGTAAT TGCCCCATAG
   115861 ATCCTATATC TATCTATATG AAAAAGAAAT CATGTAACGA AGTGGATTAT TATTTGTACA
   115921 ATTGGTACTT CGAACTTGGA ACGAGCATGA AGAAATTAAC GATACTTCTT TATCTTTTGA
   115981 GTTGTTCTGC CGGATCGGTC ACTCAAGATC TTTGGTCTCT ACCCGGACCC GATGAAAAAA
   116041 ATGGGATCAC TCCTTATGGA CTCGTTGAGA ATGATTCTGG TCTAGTTCGT GGCCTATTAG
   116101 AAGTGGAAGG CGCTCTGGTG GGATCCTCAC GGGCATGCAG TCAGTTTGAT AAGGATCGAG
   116161 TGACATTGCT TCTTCGACCC GAACCAAGGA ATCCCTTAGA TATGATGCAA AATGGATCTT
   116221 GTTCTATCCT TGATCAGAGA TTTCTCTATG AAAAAGACGA ATCGGAGTTT GAAGAGGGGG
   116281 AAGGAGAAGG AGCCCTCGAC CGGCAACAGA TAGAGGAGGA TTTATTCAAT CACATAGTTT
   116341 GGGCTCCTAG AATATGGCGC CCTTGGGGCT TTCTATTTGA TTGTATCGAA AGACCCAATG
   116401 AATTGGGATT TCCCTATTGG TCCAGGTCAT TTCGGGGCAA GCGGATCATT TATGATCAAG
   116461 AGGATGAGCT TCAAGAGAAT GATTCGGAGT TCTTGCAGAG TGGAACCGTG CAGTACCAGA
   116521 CACGAGATAG ATCTTCCAAA GAACAAGGCC TTTTTCGAAT AAGCCAATTC ATTTGGGACC
   116581 CTGCAGATCC ACTCTTTTTC CTATTCAAAG CTCAGCCCTT TGTCTCTGTG TTTTCACATC
   116641 GAGAATTATT TGCAGATGAA GAGATGTCAA AGGGGCTTCT TACTCCCCAA ACAAATCCTC
   116701 CTACATCTCT ATATAAACGC TGGTTTATCA AGAAGACGCA AGAAAAGCAC TTCGAATTGT
   116761 TGATTAATCG CCAGAGATGG CTTAGAACCA ATCGTTCATT ATCTAATGGA TCTTTCCGTT
   116821 CTAATACTCT ATTCGAGAGT TATCAGTATT TATCAAATCT GTTCCTATCT AACGGAACAC
   116881 TATTGGATCA AATGACAAAG GCATTGTTGA GAAAAAGATG GCTTTTCCCG GATGAAATGC
   116941 AAATTGGATT CATGGAACAG GAGAAGGATT TCCCATTCCT TAGCCGGAAA GATATGTGGC
   117001 CATGAAAGGC GAAGGAAGGC TGGAATGCCA ACAGGCGTCT ATTATTGAAT TCACCCGACC
   117061 CAACAGTACC CGTTTGGGGA ACGTCCAGTG CCAAAGTCAC TGAATGGGTA AGTCGCCTAT
   117121 CCCTAAAACG GACTATGTAA TGCTATGTAA TGTACTTTAT CTGCTGGGGG TTACGGGCGG
   117181 TCGTTTTACT AGAGGTTTAT AATCTACCCT TGTGTGATTC CTGTTGAAGC ATATACTCGG
   117241 GGGGTGCGTG CAGGGCGGAC GGTTTTCAAT TTTAAAGCAG ACTCCCCATT CATTAGATAG
   117301 AGAAGATGAC CAAGATTTCG TGATCCGCTG CCGAACTTAT TCCAAGAGAG CTCGGATCGA
   117361 ATCGGTATTG CTATCCGAGC TCTCTTATTG AATTGCTCAT TCAATTGCTC ATTCAATGAG
   117421 CATTCTCAAT ATTATGCCTT GAAGAGGACT CGAACCTCCA CGCTGTTTAG CACGAGATTT
   117481 TGAGTCTCGC GTGTCTACCA TTTCACCACC AAGGCATCTT GAATGAAAGT GAATCATATT
   117541 CCATGAATAT GATATCTATC TAGTGTGATG TATGGAATAT ATGACAAAAG TGGAGTGTTG
   117601 GAGTATTTCT ATTGATGAGT CATGTCATAT AGGCCCGAAT TGAACATCCA ACTGCTTCGA
   117661 TTTGAATTAT CCGGAGAATG CCTTATATAG ATATCCAATA TATCAAAAAG ATGGACAATC
   117721 AAACCTATTT CTCGATTCAA TAGAAGCCCA AAGAGGTGAA TAGGGTTCCA AATAACGAGA
   117781 AATATGTAAA AAGCAGGTCG ATTACGCCTA TTCCTAATCC TAAATGGAAT GTAACGACGT
   117841 AGGGATCCAT ATGTAAAGAT AGTATCTATT TAGATACGCT CAAATGACCC CTTCTCACAA
   117901 TGAGAATGTA TATAACCCTA TTACGGTCTG GTCCGGTATG AAATGAACTT ATAATCATAG
   117961 AATCGACTCG ATCATCAGAT TATAGATTAT AAGTTCATAA CCCAAGCCCA TTACCATTTT
   118021 TTTGGGCGGA ACAGATCTAC TAATTCTTTG ATTCCAGTTA GTAAGAGGGA TCTTGAACTA
   118081 AGAAATAGAC CCTAGAAACT AAAAAAGGGT ATCCTGAGCA ATTGCAATAA TCGGATTCAT
   118141 TGATATTCCT GGTATAGTAG ATGCTATCAC ACATACAATC ATACTCAATT CGATGGAATT
   118201 GTTTGATCTT AAAGGGGATC TTCTATAATT TCGCACGTGA GGGGTTATTT CTTGGTTTCG
   118261 TCCAGTCATT AATAACTTGA TTATTTTTAG ATAATAGTAG ATAGAAACAA CGCTTGTAAG
   118321 GAGTCCTATT AAAACCAAGA AATATAGGCC TGCCTGCCAC CCACACCAGA ATAAATAGAG
   118381 TTTTCCGAAA AAACCTGCTA GTGGAGGAAG ACCTCCTAGG GATAAGAGAC ATAGGGCTAA
   118441 AGAGAGAGCC AAAAAAGGAT CTTTCGTGTA TAATCCTGCA TAATCTCGAA TGTTCTCAGT
   118501 TCCGGTACGT AGACCAAATA AGACAATGCA AGCAAAAGTT CCTAGATTCA TGCAGATATA
   118561 GAACAGCATA TAAGTTATCA TGCTTGCATA TCCATCATTT GAGTCTCCAA CAATTATTCC
   118621 AATAATTACA TATCCGATTT GACCTATGGA CGAATATGCA AGCATACGTT TCATGCTTGT
   118681 TTGAGTAATA GCAATGAGAT TCCCCAATAT CATGCTAAGA ATAGCTAGGA TTTCCAGAAG
   118741 AAGATGCCAT TCGTTTGATG AGAAATAAAA AGGAATATCG AAAATTCGAG TGGCTGAAGC
   118801 TGAAGCAGCT ACTTTCGAAG TAACAGAAAG AAAAGCAACG ACTGGAGTGG GAGAGTTAGA
   118861 GTCGAAAAGA GGATTCCTCA CTTCTTTCTC TCATTCAAAA CCGTGCATGA GACTTTCATC
   118921 TCACACGGCT CCTAAGTGAT AAAAGAAAGA AGAACTCCTC TTCTTTCTTT TTTGATTACC
   118981 TTCCTCGCGT ATGTATAAGA CCGAATCCAT TTGATTTCTA AAAAAGATTA CTAATCCTTA
   119041 ACTTTTCGAG GAATCCTTCA TCAGTGGTTG TGAATGACTG ATTTTTTTCA ATCTTTTCGA
   119101 TCTTGGTTCC GTAGGAGCAA GTCAGAAAGT AGAACCATCT GATTTGATTC GTTCTCAATA
   119161 GCCATGAGAT GATCATCTTA GGGTGATCCT TTTGTCGACG GATGCTCCTA TTACACTCGT
   119221 AGTCTCTGAA GGATGAGAAC CAACTATGTA GCATCTACAC CGAGAATTCA AGTATTGTAT
   119281 ACGTCATTAG TCTGATCCTT TGTAGGAACT ACCCGTAATA ACGAACTTGC AAAACGGATC
   119341 TGTTTATCAT AAAGAGATTC GTCGTTCCTG ACCCTGCTTC ACCTTAATTG TTATTTGAAC
   119401 AAGTAAAAGT TCTGTCTTGG TCCGAGTGGG GATAGCATTT CTCTCCTGCA TGTCCATGGA
   119461 GTTTTGAAAA ATCCAAACAT CTCAGAGATA GATAGAGAGG TAGGAATTTA TCGAACGAAC
   119521 CGCACTCCTT CGTATACGTC AGGAGTCCAT TGATGAGAAG GGGCTGGGGA AAGCTTGAAC
   119581 CCAATTCCTA CAGTGATGAA TATGAGCGCA ATTGAAATTC CTGGGGAGTT ATACATTTGT
   119641 GTATTGATAA GACCATTCAC TATTTCTTGA AGCTCGATCT CTCCCCCGGA TGAACCATAT
   119701 AGCCAAGAGA AACCATGAAC CAGAATAGAA GAGCTTGCCC CACCCATGAG TAAATATTTC
   119761 ATAGTAGCCT CATTAGACCG TACATCTTTC TTGGTATATC CAGATAATAG GTAGGAGCAT
   119821 AAACTGAAAC ATTCTGGAGC TACAAAGATA GTTATTAAAT CGTTAGCACC GCATAAAAAC
   119881 ATTCCTCCTA TAGTAGCTGT TAATACGAAT AAGAGAAACT CTGTTATAGC CATTTCTGTA
   119941 CATTCAATGT ACTCTACGGA TAGAGGAATA CATAGAGTTG AACATAGTAA AATAAGAAAT
   120001 TGAAAGATTT CGTTGAAATT GTTCGTTTGG AAATTTCCCG AAAAGCTAAT CATAGGTTCC
   120061 TCTCTCCATC GGAACAATAG AGCCGTTATG CTCATTACTA AACTTGTTGA AGAGATGAAA
   120121 TATAACCAAG GTATATCTTT TTGATCAGAG GTTGAATCGA TCATCAGAAG AAGAATTAGG
   120181 CCAAAAATTA GGATACATTC TGGGAAAATC AAACTTCCAT CGAAGAGAAG CAAATGAAAG
   120241 GCTTTCATAA AAATTCTCGT AGAATCGAGA ATGAAGTTTT CATTCTGTAC ATGCCAGATC
   120301 ATGAATTAGT AACTGCATTC AATTTATAAA AAAATCCCAA TTGTTTCCAT TTTTGGAATG
   120361 GAATATTTAT GGAATCTCCA TGAATAGGAT CAAACCTTAT TTCATGGTAT TTACATGAGG
   120421 TTCTTCTTTC TTATTCTTAA GAAAGTCCCC GAGAGGGCTT AGTTGATACA TGATTTATGT
   120481 TTCATCTTTC GTTTCCTTTT CGTTTGTTTC GAGAAATATA TCGATCAATT CCGATTCTTT
   120541 CTTTTTCTCT TGATTCTTTT CCGATCGAGA TGTATAGATC CTGTTCATGG ATTAACGAAA
   120601 ATGTGCAAAA GCTCTATTTG CCTCTGCCAT TCTATGAGTC TCTTCCCTTT TGCGTATGGC
   120661 ATCGCCACTC CCTTTGGCAG CATCCACTAA TTCGGAACTT AATTTGAAAG CCATATTTCG
   120721 ACCCGGACGT TTTCGGGATG CCGCTAATAA CCAACGAATG GCAAGTGCTT TTCCTTGTGT
   120781 GGATCCTATT TCAACGGGAA CTTGATGAGT CGATCCACCT ACACGTCTTG CTTTTACTGC
   120841 TATACCCGGA GTTACTCCAT GTATTGCTTG ACGTAAAACA GATAGTGGAT TTGTTTCTGT
   120901 CTTTTGTTGA ATCTTTTTCA CGGCTCGATA GATAATTTGA TAAGCCAATG ATTTTTTTCC
   120961 GTGTTTCAGA ATACGGTTAA CCAACATGTT AACTAATCGA TTACGATAAA TTGGATCGGA
   121021 TTTTGCAGTT TTTTCTTCTG AAGTACCTCG ACGTGACATG AGCGTGAAAG GGGTTCAAGA
   121081 ATCAGTTTTC TTTTTATAAG GGCTAAAATC ACTTATTTTG GCTTTTTTAC CCCATATTGT
   121141 AGGGTGGATC TCGAAAGATA TGAAAGATCT CCCTCCAAGC CGTACATACG ACTTTCATCG
   121201 AATACGGCTT TCCGCAGAAT TCTATATGTA TCTATGAGAT CGAGTATGGA ATTCTGTTTA
   121261 CTCACTTTAA ATTGAGTATC CGTTTCCCTC CTTTTCCTGC TAGGATTGGA AATCCTGTAT
   121321 TTTACATATC CATACGATTG AGTCCTTGGG TTTCCGAAAT AGTGTAAAAA GAAGTGCTTC
   121381 AAATCATTGC TATTTGACTC GGACCTGTTC TAAAAAGTCG AGGTATTTCG AATTGTTTGT
   121441 TGACACGGAC AAAGTCAGGG AAAACCTCTG AAATTTTTTC AATATTGAAC CTTGGACATA
   121501 TAATAGTTCC GAATCGAATC TCTTTAGAAA GAAGATCTTT TGTCTCATGG TAGCCTGCTC
   121561 CAGTCCCCTT ACGAAACTTT CGTTATTGGG TTAGCCATAC ACTTCACATG TTTCTAGCGA
   121621 TTCACATGGC ATCATCAAAT GATACAAGTC TTGGATAAGA ATCTACAACG CACTAGAACG
   121681 CCCTTGTTGA CGATCCTTTA CTCCGACAGC ATCTAGGGTT CCTCGAACAA TGTGATATCT
   121741 CACACCGGGT AAATCCTTAA CCCTCCCCCC TCTTACTAAG ACTACAGAAT GTTCTTGTGA
   121801 ATTATGGCCA ATACCGGGTA TATAAGCAGT GATTTCAAAT CCAGAGGTTA ATCGTACTCT
   121861 GGCAACTTTA CGTAAGGCAG AGTTTGGTTT TTTGGGGGTG ATAGTGGAAA AGTTGACAGA
   121921 TAAGTCACCC TTACTGCCAC TCTACAGAAC CGTACATGAG ATTTTCACCT CATACGGCTC
   121981 CTCGTTCAAT TCTTTCGAAG TTATTGGATC CTTTTCCGCG TTCGAGAATC CCCTCCCTTC
   122041 TTCCACTCCG TCCCGAAGAG TAACTAGGAC CAATTTAGTC ACGTTTTCAT GTTCTAATTG
   122101 AACACTTTCC GTTTTTGATT ATTATCAAAG GAGAAGATTA TTCTCTTTAC CAAACATATG
   122161 TGGATCCAAT CACGAAATAA GAACAAGAGA TCTTTCTCGA TCAATTCCCT TGCCCCTCAT
   122221 TCTTCGAGAA TCAGAAAGAT TCTTTTCAAG TTTGAATTTG TTCATTTGGA ATCTGAGTTC
   122281 TTCTACTTCA TTTTTATTTA CTTATTTTAT TGATTTTTAT TTAATATGAA TATTTTTCCC
   122341 TCTCTTTTTT TATATTATTC CTTAAGTCCC ATAGGTTTGA TCCTTTAGAA TTGGACTCAT
   122401 TTTCTCATTG AGCGAAGGGT ACGAAATAAA TCAGATTGAT TAAAAGCACT ATGTGAAATA
   122461 TTCGGTTTTT TCCTCTTCCT CTATCCCATA GGTACAGTGT TTGAATCAAT CGAGAACCTT
   122521 TTCTTCTGTC TGAATCGATA TTATTCTATT CCAATTCCTT CCCGATACCT CTCAAGGAAA
   122581 ATCTTGAATT GGATCCTAAA TTGACGGGTT AGTGTGAGCT TATCCATGCG GTTATGCACT
   122641 CTTCGAATAG GAATCCATTT TCTGAAAGAT CCTGGCTTTC GTGCTTTGGT GGGTCTCCGA
   122701 GATCCTTTCG ATGACCTATG TTGTGTTGAT ATCTATATAA TCCGATCGAT TGCGTAAAGC
   122761 CCGCGGTAGC AGTGGAACCG CGGAAAGTAT ACAGAAAAGA CAGTTCTTTT CTATTATATT
   122821 AGTATTTTCT ATTTAATTCA TATTAGATTA GTCTTAGTTA GTGATCCCGA CTTAGTGAGT
   122881 CCTTTCTTCC GTGATGAACT GTTGGCGCCA GTCCTACATT TTGTCTCTGT GGACGAGGAG
   122941 AAAGGGGGCT CGGCGGGAAG AGGATTGTAC CGTGAGAAAA GCAAGCAGGT CAACCTCTTT
   123001 CAAATATACA ACATGGATTC TGGCAATGCA ATGTAGTTGG ACTCTCATGT CAATCCGAAT
   123061 GAATCATCCT TTCCACGGAG GCAAATCTTT GCCTGTTAGG TAAGAGGATA GCAAGTTACA
   123121 AATTCTGTCT CGGTAGGACA TGTATCTCTA TTACTATGAA TTTCATAAAT GAAGTAGTTA
   123181 ATGGTGGGGT TACCGTTATC CTTTTTGTAG TGACGAATCC TTTATGTGTT CCTAAGAAAA
   123241 GGAATTTGTC CATTTTTCGG GGTCTCAAAG GAGCGTGGAA ACACATAAGA ACTCTTGAAT
   123301 GGAAATGGAA AAGAGATGGA ACTCCAGTTC CTTCGGAAAT GGTAGGATCT TTGGCGCAAA
   123361 GGGGTTGATC CGTATCATCT TGACTTGGTT CTGTTTCCTC TATTTTTTTT AATAATAGCG
   123421 GGTCGGGTTC TTCTCCTACC CGTATCGAAT AGAACACGCT GAGCCAAATC TTCTTCATGT
   123481 AAAACCTGCT TGATTTAGAT CGGTAAAATC GTGTGGTTTT ATGAAACCAT GTGCTATGGG
   123541 CCGAATACGC AGTCAATCCT ATTTCCGATA GGGACAGTTG ACAACTGAAT CCGATTTTTC
   123601 CCATTATTTT CATATCCGTA ATAGTGCGAA AAGAAGGCCC GGCCCCAAGT TGTTCAAGAA
   123661 TAGTGTCGTT GAGTTTCTCG ACCCTTTGCC TTAGGATTAG TCAGTTCTAT TTCTCGATGG
   123721 GGGCATGGAA GGGATATAAC TCAGCGGTAG AGTGTCACCT TGACGTGGTG GAAGTCATCA
   123781 GTTCGAGCCT GATTATCCCT AAACCCAATG CGAGTTTTTC ATTTTGATAC CCCCCCGTGA
   123841 TTGAATGAGA GTGGATAAGA GGCTCGTGGG ATTGACGTGA GGGGGCAGGG ATGGCTATAT
   123901 TTCTGGGAGC GAACTCCGGG CGAATATGAA GCGCATGGAT ACAAGTTAGG CCTTGGAATG
   123961 AAAGACAATT CCGAATCCGC TTTGTCTACG AACAAGGAAG CTATAAGTAA TGCAACTATG
   124021 AATCTCATGG AGAGTTCGAT CCTGGCTCAG GATGAACGCT GGCGGCATGC TTAACACATG
   124081 CAAGTCGGAC GGGAAGTGGT GTTTCCAGTG GCGGACGGGT GAGTAACGCG TAAGAACCTG
   124141 CCCTTGGGAG GGGAACAACA GCTGGAAACG GCTGCTAATA CCCCGTAGGC TGAGGAGCAA
   124201 AAGGAGGAAT CCGCCCGAGG AGGGGCTCGC GTCTGATTAG CTAGTTGGTG AGGTAATAGC
   124261 TTACCAAGGC GATGATCAGT AGCTGGTCCG AGAGGATGAT CAGCCACACT GGGACTGAGA
   124321 CACGGCCCAG ACTCCTACGG GAGGCAGCAG TGGGGAATTT TCCGCAATGG GCGAAAGCCT
   124381 GACGGAGCAA TGCCGCGTGG AGGTAGAAGG CCCACGGGTC ATGAACTTCT TTTCCCGGAG
   124441 AAGAAGCAAT GACGGTATCT GGGGAATAAG CATCGGCTAA CTCTGTGCCA GCAGCCGCGG
   124501 TAATACAGAG GATGCAAGCG TTATCCGGAA TGATTGGGCG TAAAGCGTCT GTAGGTGGCT
   124561 TTTTAAGTCC GCCGTCAAAT CCCAGGGCTC AACTCTGGAC AGGCGGTGGA AACTACCAAG
   124621 CTGGAGTACG GTAGGGGCAG AGGGAATTTC CGGTGGAGCG GTGAAATGCG TAGAGATCGG
   124681 AAAGAACACC AACGGCGAAA GCACTCTGCT GGGCCGACAC TGACACTGAG AGACGAAAGC
   124741 TAGGGGAGCG AATGGGATTA GATACCCCAG TAGTCCTAGC CGTAAACGAT GGATACTAGG
   124801 CGCTGTGCGT ATCGACCCGT GCAGTGCTGT AGCTAACGCG TTAAGTATCC CGCCTGGGGA
   124861 GTACGTTCGC AAGAATGAAA CTCAAAGGAA TTGACGGGGG CCCGCACAAG CGGTGGAGCA
   124921 TGTGGTTTAA TTCGATGCAA AGCGAAGAAC CTTACCAGGG CTTGACATGC CGCGAATCCT
   124981 CTTGAAAGAG AGGGGTGCCT TCGGGAACGC GGACACAGGT GGTGCATGGC TGTCGTCAGC
   125041 TCGTGCCGTA AGGTGTTGGG TTAAGTCCCG CAACGAGCGC AACCCTCGTG TTTAGTTGCC
   125101 ATCATTGAGT TTGGAACCCT GAACAGACTG CCGGTGATAA GCCGGAGGAA GGTGAGGATG
   125161 ACGTCAAGTC ATCATGCCCC TTATGCCCTG GGCGACACAC GTGCTACAAT GGCCGGGACA
   125221 AAGGGTCGCG ATCCCGCGAG GGTGAGCTAA CTCCAAAAAC CCGTCCTCAG TTCGGATTGC
   125281 AGGCTGCAAC TCGCCTGCAT GAAGCCGGAA TCGCTAGTAA TCGCCGGTCA GCCATACGGC
   125341 GGTGAATCCG TTCCCGGGCC TTGTACACAC CGCCCGTCAC ACTATGGGAG CTGGCCATGC
   125401 CCGAAGTCGT TACCTTAACC GCAAGGAGGG GGATGCCGAA GGCAGGGCTA GTGACTGGAG
   125461 TGAAGTCGTA ACAAGGTAGC CGTACTGGAA GGTGCGGCTG GATCACCTCC TTTTCAGGGA
   125521 GAGCTAATGC TTGTTGGGTA TTTTGGTTTG ACACTGCTTC ACACCCAAAA AGAAGGGAGC
   125581 TACGTCTGAG TTAAACTTGG AGATGGAANT CTTCTTTCGT TTCTCGACAG TGAAGTAAGA
   125641 CCAAGCTCAT GAGCTTATTA TCTCAGGTCG GAACAAGTTG ATAGGATCCC CCTTTTTTCG
   125701 CCCCCATGTC GCCACACAGG GGGCATGGGG CGAAAAAAGG AAAGAGAGGG ATGGGGTTTC
   125761 TCTCGCTTTT GGCATAGTGG GCCCCCAGTG GGGGGCTCGC ACGACGGGCT ATTAGCTCAG
   125821 TGGTAGAGCG CGCCCCTGAT AATTGCGTCG TTGTGCCTGG GCTGTGAGGG CTCTCAGCCA
   125881 CATGGATAGT TCAATGTGCT CATCGGCGCC TGACCCTGAG ATGTGGATCA TCCAAGGCAC
   125941 ATTAGCATGG CGTACTCCTC CTGTTCGAAC CGGGGTTTGA AACCAAACTT CTCCTCAGGA
   126001 GGATAGATGG GGCGATTCAG GTGAGATCCA ATGTAGATCC AACTTTCGAT TCACTCGTGG
   126061 GATCCGGGCG GTCCGGGGGG GACCACCGTG GCTCCTCTCT TCTCGAGAAT CCATACATCC
   126121 CTTATCAGTG TATGGACAGC TATCTCTCGA GCACAGGTTT AGGTTCGGCC TCAATGGGAA
   126181 AAAATGGAGC ACCTAACAAC GCATCTTCAC AGACCAAGAA CTACGAGATC ACCCCTTTCA
   126241 TTCAGGGGTG ACGGAGGGAT CATACCATTC GAGCCTTTTT TTTTCATGCT TTTCCCCGAG
   126301 GTCTGGAGAA AGCTGAAATC AAATGGGATG TGTCTATTTA TCTATCTCTT GACTCGAAAT
   126361 GGGAGCAGGT TTGAAAAAGG ATCTTAGAGT GTCTAGGGTT GGGCCAGGGG GGTCTCTTAA
   126421 CGCCTTCTTT TTTCTTCTCA TCGGAGTTAT TTCACAAAGA CTTGCCATGG TAAGGAAGAA
   126481 GGGGGGAACA GGCACACTTG GAGAGCGCAG TACAACGGAG AGTTGTATGC TGCGTTCGGG
   126541 AAGGATGAAT CGCTCCCGAA AAGGAATCTA TTGATTCTCT CCCAATTGGT TGGACCGTAG
   126601 GTGCGATGAT TTACTTCACG GGCGAGGTCT CTGGTTCAAG TCCAGGATGG CCCAGCTGCG
   126661 CCAGGGAAAA GAATAGAAGA AGCGTCTGAC TCCTTCATGC ATGCTCCACT TGGCTCGGGG
   126721 GGATATAGCT CAGTTGGTAG AGCTCCGCTC TTGCAATTGG GTCGTTGCGA TTACGGGTTG
   126781 GATGTCTAAT TGTCCAGGCG GTAATGATAG TATCTTGTAC CTGAACCGGT GGCTCACTTT
   126841 TTCTAAGTAA TGGGGAAGAG GACCGAAACA TGCCACTGAA AGACTCTACT GAGACAAAGA
   126901 TGGGCTGTCA AGAACGTCAA GAACGTAGAG GAGGTAGGAT GGGCAGTTGG TCAGATCTAG
   126961 TATGGATCGT ACATGGACGC TAGTTGGAGT CGGCGGCTCT CCTAGGGTTC CCTTATCGGG
   127021 GATCCCTGGG GAAGAGGATC AAGTTGGCCC TTGCGAACAG CTTGATGCAC TATCTCCCTT
   127081 CAACCCTTTG AGCGAAATGC GGCAAAAGGA AGGAAAATCC ATGGACCGAC CCCATCATCT
   127141 CCACCCCGTA GGAACTACGA GATTACCCCA AGGACGCCTT CGGCATCCAG GGGTCACGGA
   127201 CCGACCATAG AACCCTGTTC AATAAGTGGA ACGCATTAGC TGTCCACTCT CAGGTTGGGC
   127261 AGTAAGGGTC GGAGAAGGGC AATCACTCAT TCTTAAAATC AGCGTTCTTA AGGCCAAAGA
   127321 GTCGGCGGAA AAGGGGGGAA AGCTCTCCGT TCCAGGTTCT CCTGTAGCTG GATCCTCCGG
   127381 AACCACAAGA ATCCTTAGTT AGAATTAGAA TGGGATTCCA ACTCAGCACC CTTTGAGTGA
   127441 GATTTTGAGA AGAGTTGCTC TTTGGAGAGC ACAGTACGAC GAAAGTTGTA AGCTGTGTTC
   127501 GGGGGGGAGT TATTGTCTAT CGTTGGCCTC TATGGTAGAA TCAGTCGGGG GACCTGAGAG
   127561 GCGGTGGTTT ACCCTGCGGC GGATGTCAGC GGTTCGAGTC CGCTTATCTC CAACTCGTGA
   127621 ACTTAGCCGA TACAAAGCTA GATGATAGCA CCCAATTTTT CCGATTCGGC GGTTCGATCT
   127681 ATGATTTATC ATTCATGGAC GTTGATAAGA TCCATGCATT TAGTAGCACC TTAGGATGGC
   127741 ATAGCCTTAA AATTAAGGGC GAGGTTCAAA CGAGGAAAGG CTTACGGTGG ATACCTAGGC
   127801 ACCCAGAGAC GAGGAAGGGC GTAGTAAGCG ACGAAATGCT TCGGGGAGTT GAAAATAAGC
   127861 ATAGATCCGG AGATTCCCGA ATAGGTTAAC CTTTCAAACT GCTGCTGAAT CCATGGGCAG
   127921 GCAAGAGACA ACCTGGCGAA CTGAAACATC TTAGTAGCCA GAGGAAAAGA AAGCAAAAGC
   127981 GATTCCCGTA GTAGCGGCGA GCGAAATGGG AGCAGCCTAA ACCGTGAAAA CGGGGTTGTG
   128041 GGAGAGCAAT ACAAGCGTCG TGCTGCTAGG CGAAGCAGTA GAATGCTGCA CCCTAGATGG
   128101 CGAAAGTCCA GTAGCCGAAA GCATCACTAG CTTATGCTCT GACCCGAGTA GCATGGGGCA
   128161 CGTGGAATCC CGTGTGAATC AGCAAGGACC ACCTTGCAAG GCTAAATACT CCTGGGTGAC
   128221 CGATAGCGAA GTAGTACCGT GAGGGAAGGG TGAAAAGAAC CCCCATCGGG GAGTGAAATA
   128281 GAACATGAAA CCGTAAGCTC CCAAGCAGTG GGAGGAGCCT GGGGCTCTGA CCGCGTGCCT
   128341 GTTGAAGAAT GAGCCGGCGA CTCATAGGCA GTGGCTTGGT TAAGGGAACC CACCGGAGCC
   128401 GTAGCGAAAG CGAGTCTTCA TAGGGCAATT GTCACTGCTT ATGGACCCGA ACCTGGGTGA
   128461 TCTATCCATG ACCAGGATGA AGCTTGGGTG AAACTAAGTG GAGGTCCGAA CCGACTGATG
   128521 TTGAAGAATC AGCGGATGAG TTGTGGTTAG CGGTGAAATG CCACTCGAAC CCAGAGCTAG
   128581 CTGGTTCTCC CCGAAATGCG TTGAGGCGCA GCAGTTGACT GGACATCTAG GGGTAAAGCA
   128641 CTGTTTCGGT GCGGGCCGCG AGAGCGGTAC CAAATCGAGG CAAACTCTGA ATACTAGATA
   128701 TGACCTCAAA ATAGGGGTCA AGGTCGGCCA GTGAGACGAT GGGGGATAAG CTTCATCGTC
   128761 GAGAGGGAAA CAGCCCGGAT CACCAGCTAA GGCCCCTAAA TGATCGCTCA GTGATAAAGG
   128821 AGGTAGGGGT GCAGAGACAG CCAGGAGGTT TGCCTAGAAG CAGCCACCCT TGAAAGAGTG
   128881 CGTAATAGCT CACTGATCGA GCGCTCTTGC GCCGAAGATG AACGGGGCTA AGCGATCTGC
   128941 CGAAGCTGTG GGATGTAAAA ATACATCGGT AGGGGAGCGT TCCGCCTTAG AGTGAAGCAC
   129001 CCGCGCGAGC GGTAGTGGAC GAAGCGGAAG CGAGAATGTC GGCTTGAGTA ACGCAAACAT
   129061 TGGTGAGAAT CCAATGCCCC GAAAACCTAA GGGTTCCTCC GCAAGGTTCG TCCACGGAGG
   129121 GTGAGTCAGG GCCTAAGATC AGGCCGAAAG GCGTAGTCGA TGGACAACAG GTGAATATTC
   129181 CTGTACTACC CCTTGTTGGT CCCGAGGGAC GGAGGAGGCT AGGTTAGCCG AAAGATGGTT
   129241 ATCGGTTCAA GGACGTAAGG TGACCCTGCT TTTTCAGGGT AAGAAGAGGT AGAGAAAATG
   129301 CCTCGAGCCA ATGTTCGAGT ACCAGGCGCT ACGGCGCTGA AGTAACCCAT GCCATACTCC
   129361 CAGGAAAAGC TCGAACGGCC TTCAACAAAG GGGTACCTGT ACCCGAAACC GACACAGGTG
   129421 GGTAGGTAGA GAATACCTAG GGGCGCGAGA CAACTCTCTC TAAGGAACTC GGCAAAATAG
   129481 CCCCGTAACT TCGGGAGAAG GGGTGCCTCC TCACAAAGGA GGTCGCAGTG ACCAGGCCCG
   129541 GGCGACTGTT TACCAAAAAC ACAGGTCTCC GCAAAGTCGT AAGACCATGT ATGGGGGCTG
   129601 ACGCCTGCCC AGTGCCGGAA GGTCAAGGAA GTTGGTGACC TGATGACAGG GGAGCCGGCG
   129661 ACCGAAGCCC CGGTGAACGG CGGCCGTAAC TATAACGGTC CTAAGGTAGC GAAATTCCTT
   129721 GTCGGGTAAG TTCCGACCCG CACGAAAGGC GTAACGATCT GGGCACTGTC TCGGAGAGAG
   129781 GCTCGGTGAA ATAGACATGT CTGTGAAGAT GCGGACTACC TGCACCTGGA CAGAAAGACC
   129841 CTATGAAGCT TCACTGTTCC CTGGGATTGG CTTTGGGCCT TTCCTGCGCA GCTTAGGTGG
   129901 AAGGCGAAGA AGGCCTCCTT CCGGGGGGGT CCGAGCCATC AGTGAGATAC CACTCTGGAA
   129961 GAGCTAGAAT TCTAACCTTG TGTCAGGACG TACGGGCCAA GGGACAGTCT CAGGTAGACA
   130021 GTTTCTATGG GGCGTAGGCC TCCCAAAAGG TAACGGAGGC GTGCAAAGGT TTCCTCGGGC
   130081 CGGACGGAGA TTGGCCCTCG AGTGCAAAGG CAGAAGGGAG CTTGACTGCA AGACCCACCC
   130141 GTCGAGCAGG GACGAAAGTC GGCCTTAGTG ATCCGACGGT GCCGAGTGGA AGGGCCGTCG
   130201 CTCAACGGAT AAAAGTTACT CTAGGGATAA CAGGCTGATC TTCCCCAAGA GCTCACATCG
   130261 ACGGGAAGGT TTGGCACCTC GATGTCGGCT CTTCGCCACC TGGGGCTGTA GTATGTTCCA
   130321 AGGGTTGGGC TGTTCGCCCA TTAAAGCGGT ACGTGAGCTG GGTTCAGAAC GTCGTGAGAC
   130381 AGTTCGGTCC ATATCCGGTG TGGGCGTTAG AGCATTGAGA GGACCTTTCC CTAGTACGAG
   130441 AGGACCGGGA AGGACGCACC TCTGGTGTAC CAGTTATCGT GCCCACGGTA AACGCTGGGT
   130501 AGCCAAGTGC GGAGCGGATA ACTGCTGAAA GCATCTAAGT AGTAAGCCCA CCCCAAGATG
   130561 AGTGCTCTCC TATTCCGACT TCCCCAGAGC CTCCGGTAGC ACAACCGAGA CAGCGACGGG
   130621 TTCTCTGCCC CTGCGGGGAT GGAGCGACAG AAGTTTTGAG AATTCAAGAG AAGGTCACGG
   130681 CGAGACGAGC CGTTTATCAT TACGATAGGT GTCAAGTGGA AGTGCAGTGA TGTATGCAGC
   130741 TGAGGCATCC TAACAGACCG GTAGACTTGA ACCTTGTTCC TACATGACCC GATCAATTCG
   130801 ATCGGGCACT CGCCATCTAT TTTCATTGTT CTACTCTTTA TCTTTAACAA CATGAAAAAC
   130861 CCATTGTTCA ACTCTTTGAC AACATGAAAA ACCAAAAGCT CTGCCCTCCC TCTCTATCTA
   130921 TCCAAGGGAT GGAAGGGCAG AGTCCTTTGG TGTCCCCCCC AGTCAAGAAT TGGGGCCTCG
   130981 CAATCACTAT TTTATCTCAT GCCTTTCTTC GTTCATGGTT CGATATTCTG GTGTCCTAGG
   131041 CGTAGAGGAA CCACACCAAT CCATCCCGAA CTTGGTGGTT AAACTCTACT GCGGTGACGA
   131101 TACTGTAGGG GAGGTCCTGC GGAAAAATAG CTCGACGCCA GGATGATAAA AAACTTCACA
   131161 CCTCCCGTTC TTCATACTTT TTCAATATGA AAAAAATGCA AAAGAAAAAG GTCGTCTTAT
   131221 TCAAAACCCC AATTATGACA CTCTCCCACT TCACACCTCG GAACGCGCCG TTCTTATAGA
   131281 GATAAAGGCG CTTTGACATC TTCTTAACCC GAAATGGCTG CGGAGAGCAA AGGTTCCTTT
   131341 TTTTGAGGGT ACTCCCGGGA ACAGATCCAG TGGAGACGGA GTGGGGCCTG TAGCTCAGAG
   131401 GATTAGAGCA CGTGGCTACG AACCACGGTG TCGGGGGTTC GAATCCCTCC TCGCCCACAA
   131461 CCGGCCCAAA AAGGAAGGGC CTTTCCCTCT GAGGGTAGGA AAATCATGAT CGGGATAGCG
   131521 GACCGAAAGC TATGGAACTT GGGTGTGGGT CTTTTGTCGA AATGGAATGG ACTTTTTATT
   131581 TATTATTTAT ATTTATCGTA AATGATTGAA ACATTACACA TAGTATGCCC GTCCCCATCA
   131641 GCGTATTTTT TTGTTTTACG CGCCCGTAAC TCTTCCTCAG CCAGGATGGG GCAGAATAGC
   131701 AGAGCAAGTA CAAGTACAAG TATTAGTAGC ATAACAAAAA TGCGTCCTCA TCATTAATAT
   131761 GTTTGCTCGC GGCAATTGTG GCCTCTCGGG AGAATCGATG ACTGCATCTT TGATGCACTG
   131821 CTAGTACTAG TACATCTGAG AATTCTTAAT TGGATAGTTG TAAATAGCCC CAGGGCTATG
   131881 GAACAAAGGA GTATCCCGGA CCTACACGGG GGTGTTGACG GTGATTTGAA AATCTCCTCA
   131941 AGTAGGATTC GAACCTACGA CCAATCGGTT AACAGCCGAC CGCTCTACCA CTGAGCTACT
   132001 GAGGAACAAC GGGAGATTCG ATCTCATAGA GTTCCATTCC CGTTCTCAAC CCATGACCAA
   132061 TATGAGCTCG AAGCTTCCTT CGTAACTCCC CGAATTTCTT CGTAGTGGCT CCCTTCCATG
   132121 CCTCATTTCA TAGGGAACCT CAAAGTGGCT CTATTTCATT ATATTCCATC CATATCCCAA
   132181 TTCCATTCAT TTAATATCCT TTTGGTGTCA TTAACATAAC AGATGTCATT TCTAGTCTAT
   132241 CTCTTTCTAT TTCTTTTCTA TATATGGAAA GTTTCAAAAT CATCATATAA TAATCCAGAA
   132301 ATTGCAATAG AAAAGAAAAA GGGAGGTTTG TGATGATTTT GAAATCTTTT CAACTAGGTA
   132361 ATCTAGTATC CTTATGCATG AAGATAATCA ATTCGGTCGT TGTGGTCGGA CTCTATTATG
   132421 GATTTCTGAC CACATTCTCC ATAGGACCCT CCTATCTCTT CCTTCTCCGA GCTCACGTTA
   132481 TGGAAGAAGG AGAAGAAGGA ACCGAGAAGA AGGTATCAGC AACAACTGGT TTTATTACGG
   132541 GACAGCTCAT AATGTTCATA TCGATCTATT ATGCGCCTCT GCATCTAGCA CTGGGTAGAC
   132601 CTCATACAAT AACTGTCCTA GCTCTACCGT ATCTTTTGTT TCATTTCTTC TGCAATAATC
   132661 ACAAACACTT CTTTGATTAT GGATCTACTA CCAGAAATTC AATGCGTAAT CTCAGCATTC
   132721 AATGTGTATT CCTGAATAAT CTCATTTTTC AATTATTCAA TCATTTCATT TTACCAAGTT
   132781 CAATGTTAGC GAGATTAGTA AACATTTTTA TGTTTCGATG CAACAGCAAG ATGCTATTTG
   132841 TAACAAGTAG TTTTGTTGGT TGGATAATTG GTCACATTTT ATTCATGAAA TGGATTGGAT
   132901 TGATTTTAGT TTGGATAAAG CAAAATCGAT ATATTCGTAA GTACATTCGA TCTAATAATT
   132961 ACCTTGTGTC AGAATTGACA AATTCTATGT CTATGACCAG TATCTTTAGT ATTTTCTTAT
   133021 TAGTTATCTG TGTGTACTAT TTAGGTAGAA TACCGTCACC CATTTTTAGT AAGAAACTGA
   133081 ACAAACTCGA CAAAATGGAA GAAGAGGAAG AAGAAGAAGA AGAATTTGAT AACACTAGAC
   133141 CTTTTGCTTA TATGTATGGA AATAAAGAAA ATTTAAAGTT AAAAATACTT GAAAAAAATA
   133201 AAAAAGATGA AGAAAAATGC TTTTTTTTGT TTGAAAAACC TCTTCTGACC TTTTTTTTCG
   133261 ATTATAACCG ATGGAATCGT CCATTAAGAT ACATAAGAAA GACAAATAAA AAATTTAAAG
   133321 GCTCTGTAAG AAAAGAAGCC TCACAATATT TTTTTTATAC ATGCCAAAGT GATGGAAAAC
   133381 AAAGAATATC CTTTACCTAT CCTCCCAGTT TGTCAACTTT TGGGGAAATG CTAGCAAGAA
   133441 GGATATCATT GTCTACATTA GAAAAACTCT CCGCTAATGA ACTATACACC GATTGGATTT
   133501 ATACCAATCA AGAAAAAAAT AACAACTTAA ATAATGAATT TATAAATAGA ATTGAGGCTT
   133561 TAGAGACAGT ATTTCTTTCT CTAAATATAC TTGAAACAAA AACTAGATTG TTTAATGCTG
   133621 ATACTAAAAA CAAAAAGAAT TTCCTACTTA AATTGTGTAA TGCTGAGACT AAAAATAAAA
   133681 ATAATTGCCT AGTTAAAATG TATGACCCCT TTTTGAATGG GATGTATCGT GGAAGAATGA
   133741 AGAAAATTTT TTATTCTTCA ATCATAAATG AAACTTCGAT AGAAAATTGC ACAGAAACAT
   133801 CTGAACTAAA TAAAATTCAT GATATCCTTC TTCCCTTTCC TAATTCTCCA GAATATGAAC
   133861 AGAAAATCGA AGGATCAGAA AAAAAACAAG TAAAAATTGA TTCAAATAAT AGATTAAAGT
   133921 TTTTATTGAA CGCAATTCTA ACTAACTCCA AGCGTGAAAA AAAATCTATT GGAATAAATG
   133981 AAATAAGTAA AAAAACCCCT CGATGGTCAT ACAAATTAAT CAACGAGTTG GAACAACATT
   134041 TTAAAAAACG ACGAAAAGAA CAAGGCATAA TGCAAGGGCT CGATCACCAG CTTCGAACAA
   134101 GAAGATTTAA ACGTATAGCT TTTTTAACTC GTTCCAGACG AAGTTTTAAG AAGTCTCAAT
   134161 TCAAGAATTA TAATCTTTAT ACAAAATTTA ATAGAGATTC GGGTTTTATA AGTTATTTGG
   134221 AAGAACCAGA TTTTCGTCGA GCCGTAATCA AAGGATCTAT GCGCATTCAA AGGCGTAAAA
   134281 TGGTTATTTG GGGACCGTCT CAAGGAAATC CCCATTCCCC CCTTTTTTTG GAAAAAATGG
   134341 AAGATTTTCC TTTTCCTATA TCCGACTTAA TGAAACTTTT TTTTAATATT AGAAACTGGT
   134401 TGGGTAAAAA ATCGGAATTC GAAATTTTAG ATCAACAATT CCAAATAAAA AAAAACAACC
   134461 AAGAAGACGC AATAGAATTC TGGGAGAACA TTCCATATGC ACAAAAATCA AGAAGTGTTC
   134521 TGTTACTAGC TCAATCAATT TTTAGAAGAT ATATTAAATT ACCCTTATTG ATAATAGTTA
   134581 AGAATATTGG CCTTATTTTA TTACGGCAAT CTCCGGAATG GTATGAGGAT TTCCAAGATT
   134641 GGAATAGAGA AATTTATCTA AAGTGCAACT ATAATGGTCT TCAATTCTCC AAAACAGAAT
   134701 TTCCTAAAAA TTGGTTAACA GAGGGTTTTC AGATAAAAAT ACTATATCCT TTTCATTTGA
   134761 AACCTTGGAA CAGATCTAAG CTACGACTTT ATGATAGAGA TCGAAAGCAA CAAGATGATT
   134821 TTGATTCTTG TTTTTTAACC GTTTTAGGAA TGGAAACGGA ATATCCTTTT GGTCCTCCTC
   134881 GAAAAACACC TTCCTTTTTT GAACCCATTT TAAAAGATAT AGACTATAAA GTCGAAATCA
   134941 GAAAATTAAA TTTTCGAGTT CGAAGAGTTT TAAAAAAAAT AACAAAGAAA GAAGCAAAAG
   135001 CCTTTTTGTT TGTAAAAAAA AAAATAAAAG AACTTTTAAA AGGAAAGAAA ATTCCATTAT
   135061 TTATATCGAG AGAAATATAT GAATCAAGTG AAACTCAAAC GAAAAAGGAT TCTATAATCA
   135121 GCAATAAAAT AATTAATGAA TCATTTAGTA AAAATAGATC TACAGGTTGG ACAAATTTTT
   135181 CAAAGGCAGA AGAAGAAATA AAAGATAGAA TTGATAGAAG AAACACAATT AGAAATCAAA
   135241 TAGAAAAAAA AAAAATAAAT AAAAAGAATA ATGGAGAATC ACTCCCAAAA ATTTGGAAAA
   135301 TATTAAAAAT AAAAAATATT GAATTAATAG TTAAATTTTT CATTGAAAAA ATATACATAG
   135361 ATATATTTCT ATGTATCATT AATATGCGCA GAATAGCTCT ACAACTTTTT ATGGAATCAA
   135421 GCAAAAAAAT TCTTGAGAAA TACATTCACA ACAATCAAAC AAATCAAGAA GGGATTAATA
   135481 AAATAAAACA AAAGAAAATT GACTTGATTT CGCCTATGAC TATAAAGGCT TTTGATAATC
   135541 TTAGAAAAAA TAAGCGGAAG TCACATATTT TTTTTGATTT ATCTTACTTG TCACAAAAAT
   135601 ATGTATTTTT TAAATTATCA CAAACCCAAG TTATTAACTT CAATAAGTTA AGATCTATTC
   135661 TTCAATATAA TGGACCATCT TTTTTTATTA AGAATGAAAT TAAGGATTTT TTTGGAAGAC
   135721 AAGGAATATT TGATTCCGAA ATAAGACATA AGAAACTTCA AAATTATGGA ATGAATCCAT
   135781 GGAAAAACTG GTTAAGAGGT CATTATCAAT ACGATTTATC TCAGATTACA TGGTCTAGAT
   135841 TAGTTCCACA AAAATGGCGA AATGGAATAA ATCAATGCCA TACGTCTCAA AATAAGGATT
   135901 TAAGGAAATG GTATTTCTAT GAAAAGGACC AATTATTTGA TTACAAAAAA AAACCAAATT
   135961 CAAAAGTATA TTTATTACCA AATAAAGAGG ATAATTTTCA AAAAAACTAT AGATATGATC
   136021 TTTTATCATA TAAATATATT CATTCTGAAA CTAAGAAGAA ATCCTATATT TATAGATCAT
   136081 TTTTAGAAAC AAATAAGAAG CAAGAAAATT CCAGCAGAAA TAAAGAATTT AACATACTCA
   136141 AGAATATTCC TATCAAGAAT TATCTAGGAA AAAGTGATAT TATATATATG GAAAAAAATA
   136201 AAGATAGAAA ATATTTGAGT TGGAAATTGA ATACAAATAT TCAAGTTGAA CCTAATAAGG
   136261 ACAAAATAAG GGATAAAATT CATATTTTTT ATCTTCCAAT TGATTCAAAT TCCGAAATCA
   136321 ATTACAAAAA GGTCTTTTTT GATTGGATGG GAATGTCTTT TGATTGGATG GGAATGAATG
   136381 AAAAATTCTT AATCTTAAAT CGCCTCATAT CGAATCCGAA AAATTTTTTA TTTCCAGAGT
   136441 TTGTGATACT TTATCATAAA TATAAAGAGA AACCTTGGTT TATCCCAAGC AACTTACTTC
   136501 TTTTTAATTT GAATAGAAAT CCAAATTTTA GTGAAAATCA AAATATCAAG AGAAAGCAAG
   136561 AGGAGAATGA GGATTTTTTA AAATTTAGCC CATCAAATTC AAAACAATAT TTTGAATTAA
   136621 AGAATCAAAA CAATATCGAA GAATATTTTT TAGAATCCAT TGAAAAACTA AAAATATTCC
   136681 TTAAAAGAGA TTTTCCTTTG CAATTAAGAT GGACTGGACG TTTGAATCAA TTGAATCAAA
   136741 AAATGATGAA TAATATCCAG ATATATGGCC TCCTGGTTAG CCTCATAAAT GTAAGAAAAA
   136801 TTACTATATC CTATATTCAA AGGAAAGAAA TGAATCTGGA TATAATGAGG AGGCGTTTAA
   136861 ATCTTACACA ATTAACGAAA AAGGGAATAT TAATTATGGA ACCTGCCCGT CTATCTGTAA
   136921 AAAATGACGG ACAGTTTCTT ATGTATCAAA TCATAGGTAT TTCATTGGTT CATAAAAGTA
   136981 AGCAACAGAG TAATCAAAGA TACCGAAACC CCAAAAACGT TGCTAAGAAT AATTTTGATG
   137041 AATCCATTTC AAGACATAAA AGAAAAACTT TAAATGTAAA CAAAAATAAT TTTTATTTGC
   137101 TTGTTCCTGA AAAAATTTTA TCGTCTAGAC GTCGTAGAGA ATTGAGAATT CTAATTTCTT
   137161 TCAATTTGAA TTTAAAGAAT CAGAATGCTG TGCATAAAAA TCAATTATTT TGCAAGGAGA
   137221 ACAAGATAAA AAACTGGAGT CAATTTTTGG ATGAAAGTAA AAATTTTGAT AGAAAAAAAA
   137281 ATGAATTAAT TCAATTAAAG TTCTTTTTTT GGCCTAATTA TCGATTAGAA GATTTAGCTT
   137341 GTATGAATCG CTATTGGTTT GATACGAATA ATGGGAGCCG TTTGAGTATG TTAAGGATAT
   137401 ATATGTATCC CTGATTTAAA ATTTTGATTT TCCTATATAT TCTGTTGTTC TATTCTATCA
   137461 ATCATATTTT TTTCATTTTT CTATTGATTA ATGTTAATTG ATAAAATAAG GAATATATAA
   137521 AGAAATTATG ATTATTGTGT ATACTACATT AAAATTTCTG ACATTATTAT TACTGATCAA
   137581 TAAAATAAAT ATCTGTAAAA AGGGGAGTGT GAAATTCTTT TATGGTAAAA AATTCATTTA
   137641 TTTCAATTAT TTTGCAAGAA CAAGAAGAAA ACAAAGGATC TGTTGAATTT CAAGTAGTAA
   137701 GTTTCACCAA TAAGATACGG AGACTTACTT CACATTTGGA ATTGCACAAA AAAGACTATT
   137761 TATCTCAGAG AGGTCTGCGG AAAATTCTGG GAAAACGTCA ACGCTTGTTG GCTTATTTGT
   137821 CAAAAAAAGA TAGACCGCGT TATAAAGAAT TAATAGGGCA GTTGGGTATT CGAGAAAGAA
   137881 AAACTCGTTA ATTTGAAGAG TTAGTTTTAA TTATTCGCTT AAAGTTTGAT TAACTTCTTT
   137941 TCGCTTTCAG CAATTCATGG AAGAATGAAT CAGGAAAAAC CTATGACTGT ACCAGCTAGA
   138001 AAAGACCTCA TGATAGTCAA TATGGGACCT CACCACCCAT CAATGCATGG TGTTCTTCGA
   138061 CTCATTGTTA CTCTAGATGG TGAAGATGTT ATTGACTGTG AACCAATATT GGGTTATTTA
   138121 CACAGAGGTA TGGAAAAAAT TGCGGAAAAT CGAACAATTA TACAATATTT GCCTTATGTA
   138181 ACACGTTGGG ATTATTTAGC TACTATGTTC ACAGAAGCAA TAACTGTAAA TGGGCCAGAG
   138241 CAATTAGGCA ATATTCAAGT CCCTAAAAGG GCCAGTTATA TCAGAGTCAT TATGTTGGAG
   138301 TTAAGTCGTA TAGCTTCGCA TTTGTTATGG CTTGGCCCTT TTATGGCAGA TATTGGGGCA
   138361 CAGACTCCCT TCTTCTATAT TTTTCGAGAA AGAGAATTGA TATATGATCT ATTCGAAGCT
   138421 GCCACCGGTA TGCGAATGAT GCACAATTTT TTTCGTATTG GCGGAGTCGC TGCTGATTTA
   138481 CCTCATGGCT GGATAGATAA ATGTTTGGAT TTTTGCGATT ATTTTTTAAC AGGAATTGCT
   138541 GAATATCAAA AGCTTATTAC ACGGAATCCC ATTTTTTTAG AACGAGTTGA AGGANTAGGC
   138601 ATTATTGGTG GAGAGGAAGC AATAAATTGG GGTTTGTCGG GACCAATGCT ACGAGCTTCC
   138661 GGAATACAAT GGGATCTTCG TAAAGTTGAT CATTATGAGT GTTACGACGA ATTTGATTGG
   138721 GAAGTCCAAT GGCAAAAAGA GGGGGATTCA TTAGCTCGTT ATTTAGTACG AATCAGTGAA
   138781 ATGACAGAAT CCATAAAAAT TATTCAACAG GCCCTAGAAG GAANNCCTGG AGGGCCCTAT
   138841 GAAAATTTAG AAATACGCCG CTTTGATAGA GTAAAAGATA CTGTATGGAA TGAGTTTGAC
   138901 TATCGATTCA TTAGTAAAAA ACCTTCTCCG ACTTTTGAAT TGTCGAAGCA AGAACTTTAT
   138961 ACGAGAGTCG AAGCACCAAA GGGAGAATTG GGAATTTTTC TGATCGGAGA TAAGGGTGTT
   139021 TTTCCTTGGC GATATAAAAT TCGTCCCCCG GGGTTTATTA ATTTGCAAAT TCTTCCTCAG
   139081 TTAGTTAAAG GAATGAAATT GGCTGATATT ATGACGATAC TAGGTAGTAT AGATATCATT
   139141 ATGGGAGAAG TTGATCGTTA AAATGATAAT TGATACAACA GAAGTACAAG CTATCAATTC
   139201 TTTTTCTAGA TTGGAATCCT TAAAAGAGGT CTATGGGATC ATATGGATGC TTATCCCTAT
   139261 TTTTACTCTT GTATTAGGAA TCACAATAGG TGTACTAGTA ATTGTTTGGT TAGAAAGAGA
   139321 AATATCTGCG GGTATACAAC AACGTATTGG TCCTGAATAC GCAGGACCAT TGGGAATTCT
   139381 CCAAGCTCTA GCAGATGGTA CCAAATTACT TTTCAAAGAG AATCTTCTTC CATCTAGAGG
   139441 AGATACTCGT TTATTCAGTA TTGGACCATC TATAGCAGTC ATATCAATTT TATTAAGTTA
   139501 TTTAGTAATT CCTTTTGGTT ATCACCTTGT TCTAGCCGAT CTCAGTATCG GTGTTTTTTT
   139561 ATGGATTGCT ATTTCAAGTA TTGCTCCTGT CGGCCTTCTT ATGTCAGGAT ATGGCTCAAA
   139621 TAATAAATAT TCTTTTTTAG GTGGTCTACG AGCTGCTGCT CAATCAATTA GTTATGAAAT
   139681 ACCATTAACT CTATGTGTGT TATCAATATC TCTACGTGTG ATTCGTTAAG ACATAAATTT
   139741 CCGCCTACTT CTTTTCTTTC TAGGAAGGAA GTGTCATGAG TTGAATATAT ATTTTATTTT
   139801 TTTTTTTCAT TATTAGCGGG TTGATGAAGA AAACCAGATA GTTATATGAG TGAAAGAAAC
   139861 GGCTTAGAAA TTTGCAGTAA CAGATTGAAT CTCATTTCCT ATGTACAAGA GTTAAGAAAA
   139921 GTAAACATAA GTATTAGAGA CTGTTTACCC CAAGATTGAT TGATTAGTCA TCATTACTTG
   139981 AAGCGGGTTC AAAAGATCAA CTTTATGAGG TTTTTACTAT CTATTAATAA TTAATTAATA
   140041 ATAATTAATT AGCATATTTA CCCGAAAGTA GATTTATAAA AATGAGTGGA TAGCTAGGAA
   140101 CACTAAGGTA CACAAAGGAT TCGTAATAGA GATTATGTAA GTGTATTTTT CTGTGTATAA
   140161 AAAGAATTTT AATTGGGACT TTAAATTGGT AGAAATTATC AAGGAGTACT TCCCAAGATT
   140221 CCGATCCAGA GTATACTAAT ATTCACCTAT TAAGTAAATA ACTATCAAGA ACGAAGTAAT
   140281 CCTTTAACTT TGTTTAAGGT CCCCTTTTTT TGAGAAAGGA GAATAGGAAC GAAAAAAATT
   140341 GAAAGACTGA ATGGAATTGC ACTAGAAAAA AATATATATA TTTTTTTCTT TCTCTATATA
   140401 GAGATAGAAT TCTTGTCATG GTTAGTGAAC TAATGCAACG TCTAATTGGA TTTCGTAATT
   140461 GAAAACGTTA GGTTGAAATA TCTATTGATA TTGTTACAAG AAACATTTTA TTCAAGGATT
   140521 GAGTTATTAC TAAACAAAGA AGAATTTAAA TTATTAAAAG ATAAGATGAA TTCAGAAGCA
   140581 CTTTATTATT ATAAATAAAT ATATATAGCA GACAGAATTC CAGTGTCTAA TGGGGACCTT
   140641 ACAATGGATT AAATTTTATC TCTATCTATC CTACAAACAT AAAACATATT AAGAAAAAAA
   140701 ATAATGGACG GGTCCTTAGA TTTATTTGTG ACCTTTGAGG AGCCGTATGA GATGAAAATC
   140761 TCATGTACGG TTCTGCAATA GGGATGGGAA CAGTGATGTT ATTATCCACT ATGATTATCT
   140821 AACAGTTCAA GTACAGTTGA TATAGTTGAA GCGCAGTCAA AATATGGTTT TTGGGGATGG
   140881 AATTTGTGGC GTCAACCTAT AGGGTTTCTG GTTTTTCTAA TTTCTTCCCT AGCCGAGTGT
   140941 GAACGATTAC CTTTTGATTT ACCAGAAGCA GAAGAAGAAT TAGTAGCAGG TTATCAAACC
   141001 GAATATTCCG GTATCAAATT CGGTTTATTT TACGTTGCTT CATACTTAAA TCTACTAGTT
   141061 TCTTCATTAT TTGTAACAGT TCTTTACTTG GGGGGTTGGA ATCTTTCTAT TCCGTACATA
   141121 TTTGTTCCTG AGCTTTTTGA AATTACTAAA AAGGGTAGAG TCTTTGGAAC AATAATTGGT
   141181 ATCTTTATTA CATTAGCTAA AACTTATTTG TTCTTGTTCA TTTCTATCGC AACAAGATGG
   141241 ACTTTACCGA GGCTGAGAAT GGACCAATTA TTAAATCTTG GATGGAAATT TCTTTTACCT
   141301 ATTTCTCTAG GTAATTTATT ATTAACAACT TCTTCCCAAC TTCTTTCACT GTAAAAAAAT
   141361 ACTTCTATAT TCATGACTTG TCTCAAACAA GAGAAAGAAA CAAGTATCCT ATTTTTTATA
   141421 AATATTCACG ATATGTTCCC TATGGTAACG GAGTTCATGA ATTATGGACA ACAAACAGTA
   141481 CGAGCCGCAA GGTATATTGG TCAAGGTTTC ATGATTACCT TATCACACGC GAATCGTTTA
   141541 CCTGTAACTA TTCAATACCC CTACGAAAAA TTGATTACAT CCGAGCGTTT CCGCGGCCGA
   141601 ATCCACTTTG AATTTGATAA ATGCATTGCT TGTGAAGTAT GTGTTCGTGT ATGTCCTATA
   141661 GATTTGCCCG TTGTTGATTG GAAATTGGAA ACTGATATTA GAAAGAAACG ATTGCTTAAT
   141721 TACAGTATTG ATTTTGGAAT ATGTATATTT TGTGGTAATT GCGTTGAGTA TTGTCCAACA
   141781 AATTGTTTAT CAATGACTGA AGAATATGAA CTTTCTACTT ATGATCGTCA CGAATTGAAT
   141841 TATAATCAAA TTGCTTTGGG TCGTTTACCA ATGTCAGTAA TTGACGATTA CACAATTCGA
   141901 ACAATTTTAA ATTTGCCTGA AATAAAAACT TAAGAACTCA TTTTGATCTA AAGGAATTCC
   141961 TATTTTTGTT TGTTGAATAA CTACAATTCT ATTCAGAATT CTATTTATCT ATTTATTAGG
   142021 CGACGAGAAT CCCGTTGTAA TATATTTTAT ATTAAAATTT AAAATATATT TCGATAGTTT
   142081 ATATTGAATT GATAATTTAT AGATTCAAAT TATTCTTTCG AGAGATTAGG CCAATATCCA
   142141 TCAATCCATA TCCATGAAAA TGGAATTTAT TTAATTTAAT AATTAATTTT AAGAACTATT
   142201 GTAACAAAGT AGAGTTACTT ATTTTTTCCT GACCGGGTCA ATAAAGTTAT GAAAGATTTT
   142261 GATTTATTTA TTTCTTATTT TATATATAAT GGATTTACCT GGACTAATAC ATGATTTTCT
   142321 TTTAGTCTTT CTGGGATTGG GTCTTATATT AGGGAGTCTG GGAGTAGTAT TACTTCCCAA
   142381 TCCTATTTAT TCTGCCTTTT CATTGGGATT GGTTTTTGTT TGTATATCTT TATTCTATAT
   142441 TCTATCGAAC TCGCATTTTG TAGCTGCTGC GCAGCTCCTT ATTTACGTAG GAGCCATAAA
   142501 TGTTTTAATC ATTTTTGCTG TGATGTTCAT AAATGGTTCA GAATATTCCA AAGATTTCCA
   142561 GCTTTGGACC GTGGGAGATG GAGTAACTTC CGTAGTCTGT ACAAGTATTT TTTTTTCACT
   142621 AATTACTACT ATTCCAGATA CGTCATGGTA CGGTATTATT TGGACTACAA AAGCAAACCA
   142681 GATTATAGAG CAAGATCTGA TAAGTAATAG TCAACAAATT GGGATTCATT TATCAACAGA
   142741 TTTTTTTCTT CCGTTTGAAT TCATTTCAAT AATTCTTTTA GTTGCGTTAA TTGGCGCAAT
   142801 TGCTGTAGCT CGTCAATAAT AACTCTTTAG AACTCGAAAA AAATAACTCT TTAGAATTGG
   142861 AAAAATCTTG TTATGAGCTA TCACATGTAT TTTCTTTTTT CTATTTGACT TTGTATATAA
   142921 TTATTAGTTC GATATATTCC CAATATATTC CCTTATTGCA TCGCATTACT CGTTATATTC
   142981 TAGTCAATCC AATTGGTTAA ATTGTTGTTC ATATTGAAAT GAATCGAGAT TGATAAGGAG
   143041 TTGGTTAATG ATGCTCGAAC ATGTACTTGT TTTGAGTGCC TATTTATTTT CTGTCGGTCT
   143101 ATATGGATTG ATTACAAGTC GAAATATGGT TAGGGCTCTT ATGTGTCTTG AACTTATATT
   143161 AAATGCGGTT AATCTCAATT TTGTAACATT TTCCGATTTT TTTGATAGTC GTCAATTAAA
   143221 AGGAGCCATT TTCTCCATTT TTGTTATAGC TATTGCAGCT GCTGAAGCCG CTATTGGACT
   143281 CGCTATTGTT TCATCAATTT ATCGTAACAG AAAATCAACT CGTATAAATC AATCAAATTT
   143341 GTTGAATAAG TAATAGTATC ATAGAAATTA GAATTTGAAT AAATTTATTC AAATTAGCAT
   143401 GTCTGCCACG TAAGGTATGA TCATGTTATC ACAAATATAA GAAATCAAAG TATTTTGGCA
   143461 CTGTCAATCC AGAAGTAGAT TAATAAAAAA ATTCAGGGAA CTCATCGATT CATCTAGTAC
   143521 TAGTATTTAA ATATATAATT CATTTATAAA TTTACTAGAT TGAAACTTTA TCACGTTCAA
   143581 AAATGGATAG ATCCAATGTC GCATTCAGTA AAGATTTATG ATACATGTAT TGGGTGTACT
   143641 CAATGTGTCC GAGCCTGTCC CACGGATGTA TTAGAAATGA TACCATGGGA CGGATGTAAA
   143701 GCCAAACAAA TAGCTTCTGC TCCAAGAACA GAGGATTGTG TCGGTTGTAA GAGATGTGAA
   143761 TCCGCCTGCC CAACGGATTT CTTGAGTGTT CGAGTTTATT TATGGCATGA AACCACCCGC
   143821 AGCATGGGTA TAGCTTATTA ATACGTTACA GAAACCCCTA CTTGAGTCCA TTTTTTTTTA
   143881 CCGCCAAAAC CTGTGCCCAA AAATACCTTA TTTTTGGGCA CAGGTTTTTC TGGTCCAAGT
   143941 GTATCTTGTC TTTACCACGA ACAACTTTCC TTGGTTAACA ATAATTGTAG TTTTACCAAT
   144001 ATTTGCGGGT TCCTTAATTT TCTTTCTTCC ACATAAAGGA AATAGGACAA TTAGATGGTA
   144061 TACTATATGC ATATGTATGT TAGAACTTCT TCTAACAACC TATGCATTCT GTTATCATTT
   144121 TCAATTTGAC GATCCATTAA TACAATTAGT AGAGGACTAT AAATGGATCA GTTTTTTCGA
   144181 TTTCCGTTGG AAATTGGGAA TAGATGGACT GTCTATAGGA CCCGTTTTAT TAACAGGATT
   144241 TATCACTACT TTAGCGACTT TAGCGGCCTG GCCTGTTACT CGGGATTCTC GATTATTCCA
   144301 TTTCTTGATG TTAGCAATGT ACAGTGGTCA AATAGGATCA TTTTCTTCTC GGGACCTTTT
   144361 ACTTTTTTTC ATCATGTGGG AATTAGAATT AATTCCGGTT TATCTACTTC TATGCATGTG
   144421 GGGAGGAAAG AAACGTCTCT ACTCAGCCAC AAAATTTATT TTGTACACGG CGGGAGGTTC
   144481 CATTTTTCTT TTAATGGGAG TTCTGGGTGT CGGGTTATAT GGTTCTAATG AACCAACATT
   144541 AAATTTTGAA ACATCAGTTA ATCAGTCATA TCCTGTGGCT TTGGAAATAA TATTCTATAT
   144601 TGGATTTTTT ATTGCTTTTG CTGTCAAATT ACCTATTCTA CCCCTACATA CATGGTTACC
   144661 AGATACCCAC GGAGAGGCAC ATTACAGTAC TTGTATGCTT CTAGCCGGAA TTTTATTAAA
   144721 AATGGGAGCG TATGGATTGA TTCGGATTAA TATGGAATTA TTACCACACG CTCATTCTAT
   144781 ATTTTCTCCT TGGTTGATGA TAGTAGGCAC AATACAAATA ATCTATGCAG CTTCAACATC
   144841 TCCCGGCCAA CGTAATTTAA AAAAAAGAAT AGCCTATTCC TCGGTATCTC ATATGGGTTT
   144901 CATACTTATA GGAATTGCTT CTATAACCGA TACGGGACTC AATGGAGCTA TTTTACAAAT
   144961 AATATCTCAT GGCTTTATTG GTGCTGCACT TTTTTTCTTA GCAGGAACAA GTTATGATAG
   145021 AATACGTCTT GTTTATCTCG ACGAAATGGG CGGAGTAGCT ATCCCCATGC CAAAAATATT
   145081 TACGATGTTC AGTAGCTTTT CCATGGCTTC CCTTGCATTA CCGGGTATGA GTGGTTTTGT
   145141 TGCAGAAGTG ATAGTCTTTT TAGGAATAAT TACCAGCCAA AAGTATCTTT TAATGCCCAA
   145201 AATTGCCATC ACTTTTGTAA TGGCAATTGG AATGATATTA ACTCCTATTT ATTTATTATC
   145261 TATGTCACGT CAGATGTTCT ATGGATACAA GTTATTTAAT ACTACAAACT CTTTTGTTTT
   145321 TGATTCTGGA CCGCGCGAGT TATTTGTTTC CATCTCCATT TTTCTACCAG TAATAGGTAT
   145381 TGGTATGTAT CCCGATTTTG TTCTTTCACT ATCAGTTGAC AAGGTTGAAG GTATTCTATC
   145441 TAATTATTTT TATAGATAGT TTTCTTATAT GATTTTTAAG AGTTGGTTGG CTAATGAAAA
   145501 AAATAATAAG GATTTAGATT CTCTTAATTT TTAAATAAAG TAAAAACAAA ATATGAATTT
   145561 GAATTTTCGC CCAATATACT TGGTCTTTGC GAGAACCATG TGAATCAAGT AGTGTAGTGA
   145621 TTCACGTGGT TCTCGCCGGT TGACACAAGG TGTTTTATAT ACTTTATATA CACCGTATTG
   145681 TATGTACTCT GTTTGTATTC GTAAGAACTT TTATTGAATT TAACTAGAGG TTAACGTAAA
   145741 TGAACCATAA CTATGTAGGC CTATTCCTAA TAGATTGACC CCAAAATAGC ATATCCAAAT
   145801 TATAAGAAAG CCTAGAGTCG CCACAATTGC GGAATTTGCC CCCTGCAAAT TTTTATTTGT
   145861 TCGAGTATGC AAATAAATAG CGAATACGAT CCAAGTAATA AAGGCCCAAG TTTCCTTTGG
   145921 ATCCCAACTC CAATACGAGC CCCATGCTTC ATTAGCCCAT ACTGCTCCTG AAAGAATACC
   145981 TATAGTTAAA AAGATAAACC CTAGGCTAAT CACACGATAA CTCCAATAAT CTAATTGTTG
   146041 AATCAATTGG GCCTTATAAT AATTCTTAGC AGAAAAAAAA GAAGCTCGTT TAAAAATATT
   146101 GTTTCTTTCA TTCTTGTATT GGATTTCACC AAATGAAAAT GACTCATTTA ATTTTAATAA
   146161 ATCATTACTT TTAGAACTAT AAAAAATATT TCGAAATGTA ATGACTAGAA GTGCTACTGA
   146221 TAATAATGAT CCACAAAGCA GAGCCGCATA GCTTAATATC ATCATACTTA CGTGCATTAT
   146281 TAACCACTCC GATTGTAGAG CGGGTACTAA TATTGCGGGT TTTTGTATTT CATTTAAAAG
   146341 ACCTGAAGTA GCAAAGCCTT GGGTAAAAAT AGTACTTGAG GCAGTTATTG TGGTTAAATA
   146401 ATTTTTTCTT TTTTTGAAAT AAGGCACTAT GTGAATCAGG GAGAAACTCC ATGAAAGAAA
   146461 AATTAATGAT TCATATAAAT CACTTAGTGG GAAATGGCCC GAATAAATCC AACGAGTGGT
   146521 TAATAATCCT GTTAGACATA AAAAAGTAGC TATCATCCCC CTTTCTGACG AATCATATGG
   146581 TTTTATGATT TCATTGCCCA ATAAGGTTAT CAAATGAATT GTAATTACAA TTGAAACAAT
   146641 AGAAAAGGAA ATATGAGTTA GTATATGCTC TAAAGTTGAA AATATCATAA AAATGAAAAA
   146701 AAAAAATAAG AGGGAATCCC CTATATTAAT TAAGAAATAT AAAATGGGAA TTTTATTTAT
   146761 TTTTATTATA GGATCTATTG GATCTCTTTT AGAAGATGGC ATGCCGCCAC TCGGACTCGA
   146821 ACCGAGATGC TCTAGCACTG CTTCCTAAGA GCAGCGTGTC TACCGATTTC ACCATAGCGG
   146881 CTTGCTCGAA CTCATAATAG CCTATTTATA TTCAATAGTC GAGATTGAAC AAGTCAATTC
   146941 AATCAAATAA GTTTTTTTAG TAAATATTCA AATTGATAAA AAAACAAGTT CAAAAGTCAA
   147001 TTTGAAGGTT CATTAGTTTC ATTTATTTTC CTTTAGGGTG TCCGGTTTAT TTATTTTAAG
   147061 GCTTTGACCT AGTTTATCCT ATTCTAAAAA AACTCTTGCA ACTAGATAAT TCTTTAGATA
   147121 GAATAGATAG AATAATTTTT TTTTACTTTT ATGTCATTAT TTCTGGTTTA TCTGATTTCA
   147181 AAATTTGAGA CAAAAATAAA TTTTCTAAAT GAATCCAAAA TAGGCATATT TTGGATTACT
   147241 CCAAATTGAC GCATTATTTG TACATAATAT CTCAACAATT AAGTTCTTTT TATGTTAAAT
   147301 ACATTACATA ATACATATAG TAAATACAAT AAAGTAAGAA GTCAGAAAGT TATCCAAAAA
   147361 TTTTTAACAT GAAATCCATT AGTTTCAACA ATTAATTAAT TTGAACTAAA AATCTTATAT
   147421 CTGCCCTTAC CGAGAAAGAT AAAAAATTAT TTTTATTTTT GTAAAGGTCG ATGGGGAAAA
   147481 AAAGACTCCC CACCACACCA CCAAAATCTG AGTGAAAATA TACTAAAAAA AGAAAAAATA
   147541 ATTTTTTTAG AATTAAGAAA ACGTAATAAT TCCTCTTTTA GACATCTTAT AATCTTATAA
   147601 TAATCTTATA TCTTATAATA ATCTTATAAT TAAGAGTCTA TTTCATATTG ATTAGAATAG
   147661 GGACTAACAA TTGTTAATTT TATATTAACT TTGAAATTCA CAAATTATTC CAATATTTTA
   147721 GGACTTATTT GTTTGTCGTA CAAAAAAACT TTTTGAATTC CCGGTAGAAA GGGATTTCCC
   147781 TAATGACAAA GCTTTTAACG CTGCCAAATA TCCTTTCCTT TTCCAAATAT TTTTACGGAT
   147841 ACGCTTTTTT GATATCGAAG TACGTTTTTT TGGAACCGCC ATTTTAAAAT GAAGAAGTTA
   147901 CTCATTGTTA TAGTTGGATG TGAAAGACAT CTATTGTTCA AAACAAATTC TTATTTCTTA
   147961 TTCATTATCT ATTTTTTCTC TAAATAAGAT TCAAAATAAA TATAGATATG TCAAAGATCC
   148021 GTGAAAATTG GATCAAAAAT TACTCGAAAT AACAAAATTT TGATTCCAGA CACTATTCGT
   148081 AAAACCTAAA TTTTTTCATT TGGAACTTTT AGTTCTCATT GTTTATCTCT CAAAGTTATA
   148141 TCTTTAGAAT CTGCTATGGC ATAGAAATCA AAATAAAATC AATAAAAAAC CTAAAAGACT
   148201 TTTCTTTTTG TTATTCTATA CTTTATGTAC ATGTAAATGT AATAAAATAC TTCAAAGGCT
   148261 TGTAAACTTT TGCCTAATAA ATTGAGTTTT TTAGTTTTGA TAAAAAATAC ACCTAAATTC
   148321 AATTTTAAAA TTCGAGTGAG ACTAGTAATA AATCTGTTAA AGGATACGTG GTTTGATAAA
   148381 AAATATCTCA GTCATTTTTT ATCCTTTCTC GATAAAAAAG TTCATTTTAG ATCTATAATC
   148441 TTCTAAAATT TACTAATAAA TTGAAATGGA AAACAATGAA TCCCATAATG AATTAGTTAA
   148501 TGAGTAAAAA TAAACTAACT AATTTTTATT TCATTAGATT TCATTAGACC GATGACCTTA
   148561 GTTAATCCTA TAATTCATAT CAGCATCAAG TACTCTTTTT AGCCCAAATT TTTATTCTTG
   148621 CTCTACAAAT AGAAATTCTT ATTATTATTA TGATAATTTA TCGTAATAAT TTCTATTTTC
   148681 ATTTTCCTAT AATAAGTATT GTTTTTATGT TTTTATATGT CGCTTGGTCA TATCATTTGA
   148741 CCAATTATAA CTTCTTGTTT TGAATATTTG AACGATTTTG AAAAGACTCA GAATAAATAC
   148801 TAATCTAAAA TTATTAAATA AGTTAGTGCA TATATTGATT TTTTATTGAC TTTTTCGAAA
   148861 GAGGTAAAAT CCGGTGAATC GGAAACAATT AATTAAGAAT AAAAAACTTT TTTTATGGAA
   148921 CAGATATATC AATATGCGTG GATAATACCT TTTCTTCCAC TTCCAGTTCC TATGTTAATA
   148981 GGGTTGGGAC TTCTTCTTTT TCCGACGGCA ACAAAAAGTC TTCGTCGTAT GTGGGCTTTT
   149041 CAAAGCGTTT TATTGTTAAG TATAGTCATG ATTTTTTCCA TGAATCTTTC TATTCAGCAA
   149101 ATAAATAGCA GTTCTGTCTA TCAATATGTA TGGTCTTGGA TTATCAATAA TGATTTTTCT
   149161 TTAGAATTCG GATACTTGAT TGATCCACTT ACTTCTATTA TGTCAATATT AATCACTACT
   149221 GTTGGAATTA TGGTTCTTAT TTATAGTGAT AATTATATGT CTCATGATCA CGGATATTTG
   149281 AGATTTTTTG CTTATATGAG TTTTTTCAGT ACTTCCATGT TGGGATTAGT TACTAGTTCA
   149341 AATTTGATAC AAATTTATAT TTTTTGGGAA TTAGTTGGGA TATGTTCGTA TCTATTAATA
   149401 GGGTTTTGGT TCACACGACC TGTTGCAGCA AAGGCTTGTC AAAAAGCGTT TGTAACTAAT
   149461 CGTGTGGGCG ATTTTGGGTT ATTATTAGGC ATTTTAGGGT TTTATTGGGT AACGGGGAGT
   149521 TTCGAATTTC GTGATTTATT CCAAATAAAT AATAACTTGA TTTATAATAA TGAAGTAAAT
   149581 TTTTTATTTG TTACTTTGTG CGCTGTTCTA TTATTTGCTG GTGCCATTGC TAAATCTGCA
   149641 CAATTTCCCC TTCATGTATG GTTACCTGAT GCAATGGAAG GGCCGACTCC TATTTCCGCT
   149701 CTTATACATG CTGCTACGAT GGTAGCAGCG GGAATTTTTC TTGTAGCTCG ACTTATGCCT
   149761 CTTTTCATAG TCATACCCCA CATAATGAAT TTTATCTCTT TGATAGGGAT AATAACAGTT
   149821 TTTTTAGGAG CCACTTTAGC TCTTGCTCAA AAAGACATTA AGAGGGGTTT AGCCTATTCC
   149881 ACAATGTCTC AATTGGGTTA TATGATGTTA GCTCTAGGTA TGGGGTCGTA TCGCAGTGCT
   149941 TTATTTCATT TGATTACTCA TGCTTATTCT AAAGCATTAT TGTTTTTAGG ATCGGGATCC
   150001 GTTATTCATT CAATGGAAAC TCTTGTTGGA TATTGTCCAA AAAAAAGTCA GAATATGGTG
   150061 CTTATGGGAG GTTTAACAAA ACATGTACCA ATTACTAAAA ATTCTTTTTT ATTAGGTACA
   150121 CTTTCTCTTT GCGGTATTCC ACCCTTTGCT TGTTTTTGGT CCAAAGATGA AATTCTTAAT
   150181 GATAGTTGGT TGTATTCACC TATTTTTGCA ATAATAGCTT GGTCTACGGC GGGATTAACC
   150241 GCATTTTATA TGTTTCGGAT CTATTTACTT ACTTTTGAAG GACATTTAAA CGTTCATTTT
   150301 CAAAATTACA GTGGAAAAAG GAATACCCCC TTTTATTCAA TATCTCTATG GGGTAAAGAA
   150361 GGTTCAAAAA TAAGTAACAA AAACTTTCGT TTGGTAACTT TATTAAAAAT GAAGAAAAAA
   150421 GGAGGTCCTT CTTTTTTTTC AAATAAAGTA TCTAAATTTG ATGAGAATGT AAGAAATATG
   150481 ATCCAACCTG TTCTTTCTAT TCCTAATTTT GCCAATATAA AAACTTCTTT GTATCCTTAT
   150541 GAATCGGATA ATACTATGTT ATTTCCAATA CTTTTATTAA TTCTATTTAC TTTGTTTGTT
   150601 GGATTCTTAG GAATTCCTTT CAATGAAGAC ATGGATATAT TATCCAAATG GTTAACCCCT
   150661 TCTATAAATC TTTTACATAA AAATTCAAAC AATTCAATAG ATTGGTATGA ATTTTGTAAA
   150721 GATGCAGTTT TTTCGGTTAG TATAGCCTCT TTCGGAATAT TTATAGCATT TTTTTTATAT
   150781 CAACCTGTTT ATTCATCTTT TCAAAATTTG GACTTAATTA ATTCATTTGT TAAAATGGGT
   150841 CCTAAGAGAA ATTTTTCTGA CAAAATAAAA AATGCTATAT ATGATTGGTC ATATAATCGA
   150901 GGTTACATAG ATGCCTTTTA TGGAACATTC TTAATTGCGG GGATGAGAAA ATTGGCCGAA
   150961 TTCACTCATT TTTTTGATAG ACGAATAATT GATGGAATTC CAAATGGAGT TGGTCTTATG
   151021 AGTTTCTTTG TAGCAGAGGT TATTAAATCA GTAGGCGGTG GTCGTATTTC TTCTTATCTG
   151081 TTCTTTTATT TTTCTTATGT ATTAATTTTC TTATTAATTT ACTATTTTTT GAATCTTTAA
   151141 ATCCATTTCA TGAATAAAAT GTGACCAATT ATCCAACCAA CAAAACTAC
//

