LOCUS       Silene nepalensis            150166 bp    DNA     circular     07-MAR-2025
DEFINITION  Silene nepalensis chloroplast
ACCESSION   Silene nepalensis
SOURCE      chloroplast Silene nepalensis
  ORGANISM  Silene nepalensis
            Silene nepalensis;
REFERENCE   1  (bases 1 to 150166)
  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           Silene nepalensis
            Subjob        Silene nepalensis
            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 07:54:38 GMT
            Started       7 Mar 2025 07:54:44 GMT
            Finished      7 Mar 2025 07:55:55 GMT
FEATURES             Location/Qualifiers
     source          1..150166
                     /organism="Silene nepalensis"
                     /organelle="plastid:chloroplast"
                     /mol_type="genomic DNA"
     gene            join(complement(93209..93322),11754..12547)
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 95.7, coverage 30.65%, match 29.30%,
                     fragment match 95.61%; 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(120206..120232,120769..120999,
                     93209..93322))
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             join(complement(93209..93322),11754..11985,12522..12547)
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     gene            complement(join(120206..120999,93209..93322))
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 95.7, coverage 30.65%, match 29.30%,
                     fragment match 95.61%; 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(93209..93322),11754..11984,12521..12547)
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             complement(join(120206..120231,120768..120999,
                     93209..93322))
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRQPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     CDS             complement(1..1820)
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            2143..2214
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            2143..2214
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            complement(2806..2879)
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(2806..2879)
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(3137..3257)
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 121, E-Value 1.3e-37, score 131.1; blatN_hit
                     rrn5_Vvinifera_GeSeq-SRS_v1, position 1 - 121, psl score
                     99.2, coverage 100.00%, match 99.17%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(3137..3257)
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            complement(3513..3615)
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn4.5,
                     position 2 - 103, E-Value 4.3e-32, score 113.4; blatN_hit
                     rrn4.5_Vvinifera_GeSeq-SRS_v1, position 1 - 103, psl
                     score 99.1, coverage 100.00%, match 99.03%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            complement(3513..3615)
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            complement(3714..5268)
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Soleracea_GeSeq-SRS_v1, position
                     1255 - 2809, psl score 99.5, coverage 55.36%, match
                     55.04%"
                     /annotator="blatN"
     rRNA            complement(3714..5268)
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            complement(3714..6527)
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3229.7; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            complement(3913..6527)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            complement(3913..6527)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          complement(3714..3912)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            complement(3714..6527)
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            complement(5300..5960)
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Soleracea_GeSeq-SRS_v1,
                     position 563 - 1223, psl score 99.9, coverage 23.53%,
                     match 23.50%, fragment match 99.85%"
                     /annotator="blatN"
     rRNA            complement(5300..5960)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(5977..6527)
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Soleracea_GeSeq-SRS_v1,
                     position 1 - 551, psl score 97.5, coverage 19.62%, match
                     19.12%, fragment match 97.46%"
                     /annotator="blatN"
     rRNA            complement(5977..6527)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(6703..7584)
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(6703..6737,7547..7584))
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            complement(7547..7584)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(6738..7546)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(6703..6737)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            complement(7655..8667)
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(7655..7689,8631..8667))
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            complement(8631..8667)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(7690..8630)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(7655..7689)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(8966..10000)
                     /gene="rrn16"
                     /info="HMMER_hit rrn16, position 457 - 1491, E-Value 0,
                     score 1199.5"
                     /annotator="HMMER"
     gene            complement(8966..10456)
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn16,
                     position 1 - 1491, E-Value 0, score 1734.4; 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(8966..10000)
                     /gene="rrn16"
                     /annotator="HMMER"
                     /product="16S ribosomal RNA"
     rRNA            complement(8966..10456)
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            complement(10684..10755)
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(10684..10755)
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            11731..12007
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 114 - 348, E-Value
                     1.2e-77, score 263.0"
                     /annotator="HMMER"
     CDS             11731..12007
                     /gene="rps12"
                     /annotator="HMMER"
     exon            11754..11985
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            11754..11984
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     intron          11985..12520
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     intron          11986..12521
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     exon            12521..12547
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            12522..12547
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     gene            12601..13068
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 2.4e-148, score 496.1;
                     blatX_hit rps7_Soleracea_GeSeq-SRS_v6, position 1 - 468,
                     psl score 99.0, coverage 100.00%, match 98.93%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             12601..13068
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTVEEKTAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAVKKIQQKTETNPLSVLRQAIRGVTPDIAVKARRVGGSTHQVPIEIGSTQGKALAIR
                     WLLGAARKRPGRNMAFKLSSELVDAAKGSGDAIRKKEETHRMAEANRAFAHFR"
     gene            13396..15596
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Soleracea_GeSeq-SRS_v6, position 1 - 1533, psl score
                     97.2, coverage 100.00%, match 98.43%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(13396..14172,14841..15596)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit B"
                     /translation="MIWHVQNENFILDSTRIFMKAFHLLLFDGSFIFPECILIFGLIL
                     LLIIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREDPMISFSGNFQTNNFNEIFQF
                     LILLCSTLCIPLSVEYIECTEMALTEFLLFVLTATLGGMFLCGANDLITIFVAPECFS
                     LCSYLLSGYTKKDVRSNEATTKYLLMGGTSSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNNULLPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSK
                     VAASASATRIFDIPFYFSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQ
                     IGYVIIGIIVGDSNDGYASMITYMLFYISMNLGTFACIVLFGLRTGTDNIRDYAGLYT
                     KDPFLALSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYLLVLIGLLTSVLSIYYY
                     LKIIKLLMTGRNQEITPHVRNYRRSPLRSKNSIELSMIVCVIASTIPGISMNPIIAIA
                     QDTLF"
     exon            13396..14172
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          14173..14840
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            14841..15596
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            15945..16025
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            15945..16025
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(16983..23669)
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(16983..23669)
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MKGHQFKFWIFELREIKNSHYFSDSWTQFNSVGSFIHIFFHQER
                     FIKLFDPRIWSILLSPNSRGSTSNRYFTIKGVILFVVVFLLYRINNRNMVERKNIYLI
                     GLLPIPMNSIGPRNDTLEKPFWSSNINRLIVSLLYLPKGKNISASCFLDPKESTSTWF
                     LPITKKCIMPESNRGSRWWRNWIGKKRDSSCKISNETVAGIEISFKEKDIKYLEFLFV
                     YYMDDPISKDHDWELFDRLSLRRRRNIINLNSGQLFEILVKHWICYLMSAFREKRPIE
                     VEGFFKQQGAGSTIQSNDIEHVSHLFSRNKWAISLQNCAQFHMWQFHQDLVVSWGKNP
                     YESDLLRNVSRENWIWLDNVWLVNKDRFFNKVRNVSSNIQYDSTRSSFVQVTDSSQLK
                     GSSDQSRDRWDSISNADSEYHTLINKREIQQLKERSILRDPSFLQTEEIEELLENPTR
                     SIRSFFSGRCSELHLGSNPTEKPTRDQKLLKKHLVVSFAPSRRSENKEMINIFKIITY
                     LQNSVSIHPISPDPGCDRVPKDEPDMDSSDKISFLNKNAFFYLFNLFHDRNSGGYTLH
                     HDFESEERFQEMADLFTLSITKPDLVYHKGFAFSIDSCGLDQKQFLNEVFNSRDESKK
                     KSLLILPPIFYEENAFFYRRIQKKWVRISCGNYLEDRKQKRVVFASNNKMEAVNKNKY
                     ILIRNLIQIQYSTYGYIRNVLNRFFLMNRSDRSFEYGIKRDQIGNDTLNHRTIRKYTI
                     NQHLSNLKKSQKKRFDPLIFLSRTERFMNQDPDAYRYKWFNGSKNFQEHLVSEQRSRF
                     QVVFGRLRINKYSIDWSEVIDKKDLSKSLRFFLSKSLLFLSKLLLFVSNSLPFFFVSF
                     GNIPIHRSEIHISELKGPNDQLYNPLLESIGLQIVHLKKLKAFLLNDHDTFQKSKLLI
                     NGRTISPFLFNKIPKWMIDSFDTRNNHRNGNTDSYFSMISHDQNNWLNPVKPFHRSSL
                     ISSFYKANRLRFLNNPHHFGFYCNKKFPFYMEKARINNYDFTYRQFLDILFIRNKIFA
                     LCVGKKKHAFLERDTISPIESQVSNIFIPNDFTIRSDLFVRRTIDSITDISGTPLTEG
                     QIVHFERTFYQPLSDMNLSDSERKNLHQYLNFNSNVGLIYTPCSDKYLPSEKRKKRSL
                     CLKKCVEKGQMYRTFQRDSAFSTLSKWNLFQTYMPWFLTSTGYKYLNFLFFDTFSDLL
                     PILSQKFVSIFHDIMHGSYISWLILQKKVCLPQWNLISEISNKCLHNLLLSEEMIHRN
                     NESPLIWTHLGSPNVREFFYSILFLLLVVGYLVRTHLLFVFRASSELQTEFEEVKSLM
                     TPSYMIELRKLLDRYPTSESNFFWLKNLFLVALEQLGDSLEEIWGSASGGNMPLGGGP
                     AYGVKSIRSNKKDFNINLIDLISIIPNPINRITFSRNTRHLSHTSKEIYSLIRKRKRV
                     NGDWIEDKIESWVASSDSIDEEEREFLVQFSTLTTEKRIDQILLSLTHSDRLLKNDSG
                     YQMIEQPGAIYLRYLVDIHKKYLMNYEFNTSCLAERRVFLAHYQTITYSQTSCGANRF
                     HFPSHGKPFSLRLALSLSRGILVIGSIGTGRSYLVKYLATNSYVPFITVFLNKFLDNK
                     LKGFLIDASDDIDVSDDIDASDDIDVSDDIDRDLDTELELLTMMNALTMDMMPEIGQF
                     YITLQFELAKAMSPCIIWIPNIHDLDVNESNYLSLGLLVNYLSRDCERWSTRNILVIA
                     STHIPQKVDPALIAPNKLNTCIKIRRLLIPQQRKHFFTLSYTRGFHLENKMFHTNGFG
                     SITMGSNVRDLVALNNEVLSISITQKKSIIDTNTIRSALHRQTWDFRSQVKSVQDHGI
                     FFYQIGRAVAQNVLLSNCPIDPISIYMKKKSCNEGDSSLYKWYFELGTSMKKLTILLY
                     LLSCSAGSVAQDLWSLPGPDGKKGITSYGLVENDSNLVHGLLKVEGALVGSSRTEKDC
                     SQFDNDRVTLFLRPELRNPLDMMQNGSCSILDHRFLYEKYKSELEKGEGALDPQQIEE
                     DLFNPIVWAPRIWTPWSFLFYCIERPNSLGFPYWAGSLRGKRIIYDEEDELQENDSEF
                     LQSGTMQYQTRDRSSKEQGFFRISQFIWDPADPLFFLSKDQPFVSVFSHREFFADEEM
                     PKGLLTTQKSTPTSIYKRWFIKNTQEKHFELLINRQRWLRTNSSLSNGSFRSNTLSES
                     YQYLSNLFLSNGTLLDQMTKTLLRKRWLFPDEMKIGFM"
     gene            23758..23831
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            23758..23831
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            24135..25112
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             24135..25112
                     /gene="rpl23"
                     /annotator="Chloe"
                     /product="ribosomal protein L23"
                     /translation="MNSHRLLRKGRRMGPIMEHTMHYRRMIITLQSGYSIPPLRKKIT
                     SIKILNNMAIHLYKTSTPSTRNGAVDNQVKSNPRNNLIYGQRRCGKGRNARGIITARH
                     RGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYGDGEKRYILHPRGAI
                     IGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLARAAGAVAKLIAKEG
                     KSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVVRGVVMNP
                     VDHPHGGGEGRAPIGRKNPTTPWGYPALGKRSRKRNKYSDNFIIRRRSK"
     gene            24288..25112
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl2,
                     position 1 - 823, E-Value 7.3e-257, score 855.0;
                     blatX_hit rpl2_Stuberosum_GeSeq-SRS_v6, position 1 - 825,
                     psl score 97.9, coverage 100.00%, match 97.82%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             24288..25112
                     /gene="rpl2"
                     /annotator="HMMER, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLYKTSTPSTRNGAVDNQVKSNPRNNLIYGQRRCGKGRNAR
                     GIITARHRGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYGDGEKRYI
                     LHPRGAIIGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLARAAGAVA
                     KLIAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVV
                     RGVVMNPVDHPHGGGEGRAPIGRKNPTTPWGYPALGKRSRKRNKYSDNFIIRRRSK"
     gene            25162..25344
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             25162..25344
                     /gene="rps19"
                     /annotator="Chloe"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVANHLLRKIDKLNTKAEKEIIVTWSRASTIIPTM
                     IGHTIAIHNGRANDGN"
     gene            complement(25326..25400)
                     /gene="trnH-GUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(25326..25400)
                     /gene="trnH-GUG"
                     /annotator="Chloe"
                     /product="tRNA-His"
     misc_feature    25327..107425
                     /note="large single copy (LSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            complement(25675..26736)
                     /gene="psbA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbA,
                     position 1 - 1062, E-Value 0, score 1151.9; blatX_hit
                     psbA_Soleracea_GeSeq-SRS_v6, position 1 - 1062, psl score
                     96.8, coverage 100.00%, match 96.70%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(25675..26736)
                     /gene="psbA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D1"
                     /translation="MTAILERRESESLWGRFCNWITSTENRLYIGWFGVLMIPTLLTA
                     TSVFIIAFIAAPPVDIDGIREPVSGSLLYGNNIISGAIIPTSAAIGLHFYPIWEAASV
                     DEWLYNGGPYELIVLHFLLGVACYMGREWELSFRLGMRPWIAVAYSAPVAAATAVFLI
                     YPIGQGSFSDGMPLGISGTFNFMIVFQAEHNILMHPFHMLGVAGVFGGSLFSAMHGSL
                     VTSSLIRETTENESANEGYRFGQEEETYNIVAAHGYFGRLIFQYASFNNSRSLHFFLA
                     AWPVVGIWFTALGISTMAFNLNGFNFNQSVVDSQGRVINTWADIINRANLGMEVMHER
                     NAHNFPLDLAAVEVPSTNG"
     gene            complement(26958..29526)
                     /gene="trnK-UUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(26958..26992,29490..29526))
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /product="tRNA-Lys"
     exon            complement(29490..29526)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(26993..29489)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(26958..26992)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(27267..28784)
                     /gene="matK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(27267..28784)
                     /gene="matK"
                     /annotator="Chloe"
                     /product="maturase K"
                     /translation="MEEFQGYIELEGSWQHNFFYPLSFQEYIFSFAYGHDLNKSILLE
                     TSGNRKYSLLIVKRLITRMYQHNHYHLILSSNDSNQNDFWGHKRNFYSQMISEGFSVI
                     VEIPFYLLLIASPEKQKIVKSHNLRSIHSIFPFLEDKFLHLNSVLDILLPYPAHLEIL
                     VQTLRYWIRDASSLHLLRLFLYEYHNWNSLFIPKKSIYFFLKRNQRLFLFLYNFHVCE
                     YESILFFICNQASHLLATSYGALLERTFFYGKLEYLVKLFTKDFAGILWLFKDPSPHS
                     VRYKGKSILASKGTFFLMHKWKFYLIHFWQCNFSVWSHPRRIYINRLSTHCLDFIGFL
                     SSVQLTSSVVRSQILENAFLIDNTIKRFDPKIPISTLIGSLAKAQFCNRLGHPISKSV
                     WIDLSDSDIIDRFGRICRNLSHYYSGSSRKKSLYRLKYILKISCARTLARKHKSAVRA
                     FLKRLGSEFLEEFFTEQEKVLSLILPKNGSNLRGFYGGSIWYLDIICIHNLANDE"
     gene            complement(30130..31235)
                     /gene="rps16"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps16_Soleracea_GeSeq-SRS_v6, position 1 - 267, psl score
                     86.9, coverage 100.00%, match 94.76%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(30130..30356,31196..31235))
                     /gene="rps16"
                     /annotator="Chloe"
                     /product="ribosomal protein S16"
                     /translation="MVKLRLKRCGRKQRAVYRIVAIDVRSRREGRDLQKVGFYDPIKN
                     QTYLNVPAILDFIQKGAQPTETVYDILKRAEVLKEFRFKQTKFN"
     exon            complement(31196..31235)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(30357..31195)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(30130..30356)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(31951..32022)
                     /gene="trnQ-UUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(31951..32022)
                     /gene="trnQ-UUG"
                     /annotator="Chloe"
                     /product="tRNA-Gln"
     gene            32328..32507
                     /gene="psbK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbK,
                     position 1 - 186, E-Value 4.8e-39, score 136.3; blatX_hit
                     psbK_Soleracea_GeSeq-SRS_v6, position 1 - 180, psl score
                     91.2, coverage 100.00%, match 91.11%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             32328..32507
                     /gene="psbK"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit K"
                     /translation="MLNIFSSIGLNSALYSSSCFFAKLPEAYAFLSPIVDFMPVIPLL
                     FFLLAFVWQAAVSFR"
     gene            32956..33066
                     /gene="psbI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbI,
                     position 1 - 111, E-Value 3.4e-28, score 101.2; blatX_hit
                     psbI_Soleracea_GeSeq-SRS_v6, position 1 - 111, psl score
                     92.8, coverage 100.00%, match 92.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             32956..33066
                     /gene="psbI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit I"
                     /translation="MLTLKLFVYTVVIFFVSLFIFGFLSNDPGRNPGRED"
     gene            complement(33199..33286)
                     /gene="trnS-GCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(33199..33286)
                     /gene="trnS-GCU"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            33738..34499
                     /gene="trnG-UCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(33738..33760,34452..34499)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     exon            33738..33760
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     intron          33761..34451
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     exon            34452..34499
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=2
     gene            34649..34720
                     /gene="trnR-UCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            34649..34720
                     /gene="trnR-UCU"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(34846..36369)
                     /gene="atpA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpA_Soleracea_GeSeq-SRS_v6, position 1 - 1524, psl score
                     92.8, coverage 100.00%, match 92.72%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(34846..36369)
                     /gene="atpA"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit alpha"
                     /translation="MVTIRADEISNIIRERIEKYNREVKVVNTGTVLQVGDGIARIHG
                     LDEVMAGELVEFEERTIGIALNLESNNVGVVLMGDGLLIQEGSSVKATGRIAQIPVSD
                     AYLGRVINALAKPIDGRGEISTSESRLIESPAPGIISRRSVYEPLQTGLIAIDSMIPI
                     GRGQRELIIGDRQTGKTAVATDTILNQQGQSVICVYVAIGQKASSVAQVVNMFQERGA
                     MEYTIVVAETADSPATLQYLAPYTGAALAEYFMYRERHTLIIYDDLSKQAQAYRQMSL
                     LLRRPPGREAYPGDVFYLHSRLLERAAKSSSFLGEGSMTALPIVETQSGDVSAYIPTN
                     VISITDGQIFLSADLFNAGIRPAINVGISVSRVGSAAQIKAMKQVAGKLKLELAQFAE
                     LEAFAQFASDLDKATQNQLARGQRLRELLKQPQSAPLTVEEQIMTIYTGTNGYLDSLE
                     IGQVRKFIVELRTYLKTNKSQFQEIISSTKTFTEEAEALLKEAIQEQMERFLLQEQA"
     gene            complement(36429..37656)
                     /gene="atpF"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpF_Soleracea_GeSeq-SRS_v6, position 1 - 555, psl score
                     89.6, coverage 100.00%, match 93.33%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(36429..36839,37513..37656))
                     /gene="atpF"
                     /annotator="blatX"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVLLGHWSSAESFGVNTDILATNLINLSVVIGVLIFF
                     GKGVLSDLLDNRKQRILNTIRNSEELRGRAIEQLEKARVRLRKIEIEADQFRVNGYSE
                     IEREKMNLINSTYKTLEQLENYKNETIHFEQQRAINQVRQRVFQQALQGALGTLNSCL
                     NNELHLRTINANIGMFGALNEKTD"
     exon            complement(36429..36839)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=2
     CDS             complement(join(36429..36838,37512..37656))
                     /gene="atpF"
                     /annotator="Chloe"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVLLGHWSSAESFGVNTDILATNLINLSVVIGVLIFF
                     GKGVLSDLLDNRKQRILNTIRNSEELRGRAIEQLEKARVRLRKIEIEADQFRVNGYSE
                     IEREKMNLINSTYKTLEQLENYKNETIHFEQQRAINQVRQRVFQQALQGALGTLNSCL
                     NNELHLRTINANIGMFGALNEKTD"
     intron          complement(36840..37512)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            complement(37512..37656)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     intron          complement(36839..37511)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     exon            complement(37513..37656)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            complement(36429..36838)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=2
     gene            complement(37492..37656)
                     /gene="atpF"
                     /info="HMMER_hit atpF, position 1 - 145, E-Value 2.2e-35,
                     score 123.8"
                     /annotator="HMMER"
     CDS             complement(37492..37656)
                     /gene="atpF"
                     /annotator="HMMER"
                     /product="CF0 subunit I"
                     /translation="MKNVTDSFVLLGHWSSAESFGVNTDILATNLINLSVVIGVLIFF
                     GKGVCAGCLFQ"
     gene            complement(38105..38350)
                     /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_Soleracea_GeSeq-SRS_v6, position 1 - 246, psl score
                     96.0, coverage 100.00%, match 95.93%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(38105..38350)
                     /gene="atpH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit III"
                     /translation="MNPLISAASVIAAGLAVGLASIGPGVGQGTAAGQAVEGIARQPE
                     AEGKIRGTLLLSLAFMEALTIYGLVVALALLFANPFV"
     gene            complement(38916..39662)
                     /gene="atpI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpI,
                     position 1 - 743, E-Value 2.1e-221, score 737.7; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             complement(38916..39662)
                     /gene="atpI"
                     /annotator="Chloe, HMMER; merged"
                     /product="CF0 subunit IV"
                     /translation="MNILSYSINTLKKGLYDMSGVEVGQHFYWQIGGFQIHGQVLITS
                     WVVIAILLGSAAIAARNPQTIPTGGQNFLEYVLEFIRDVSKTQIGEEYRPWVPFIGTM
                     FLFIFVSNWSGALFPWKIIQLPHGELAAPTNDINTTVALALLTSVAYFYAGLTKKGLG
                     YFGKYIQPTPILLPINILEDFTKPLSLSFRLFGNILADELVVVVLVSLVPLVVPIPVM
                     FLGLFTSGIQALIFATLAAAYIGESMEGHH"
     gene            complement(39889..40599)
                     /gene="rps2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps2,
                     position 1 - 710, E-Value 3.5e-205, score 684.4;
                     blatX_hit rps2_Soleracea_GeSeq-SRS_v6, position 1 - 711,
                     psl score 92.9, coverage 100.00%, match 92.83%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(39889..40599)
                     /gene="rps2"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S2"
                     /translation="MTRRYWNINLEEMMEAGVHFGHGTRKWNPRMSPYISAKCKGIHI
                     INLTRTARFLSEACDLVFDAASRGKQFLIVGTKNKAADSVAWAAIRARCHYVNKKWLG
                     GMLTNWSTTETRLHKFRDLRMEQKAGRLACLPKRDAAVVKRQLSHLQTYLGGIKYMTE
                     LPDIVIIVDQQKEYTALRECITLGIPTICLIDTNCDPDLADISIPANDDAISSIRLIL
                     TKLVFAICEGRSSYVRNT"
     gene            complement(40853..44974)
                     /gene="rpoC2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(40853..44974)
                     /gene="rpoC2"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;&apos;"
                     /translation="MAERANLVFHNKSIDGTAMKRLISRLIDHFGMAYTAHILDQVKT
                     LGFQQATATSISLGIDDLLTIPSKGWLVQDAEQQSLILEKHHHYGNVHAVEKLRQSIE
                     IWYSTSEYLRQEMNPNFRMTDPYNPVHIMSFSGARGNVSQVHQLVGMRGLMSDPQGQM
                     IDLPIQSNLREGLSLTEYIISCYGARKGVVDTAVRTSDAGYLTRRLVEVVQHIVVRRT
                     DCGTIRGISVSPRNGRMPERIFTQILIGRVLADDIYLGSRCIATRNQDIGVGLVNRFI
                     TFRTQPIAIRTPFTCRSTSWICRLCYGRSPTHGDLVELGEAVGIIAGQSIGEPGTQLT
                     LRTFHTGGVFTGGTAEHVRAPYNGKIKFNEELVHPTRTRHGHPAFLCYIDLYVTIESE
                     DSLHNVNIPPKSFLLVQNDQYVESEQVIAEIRAGASTLNFKEKVRKHIYSDSEGEMHW
                     STDVYHAPEFTYGNVHLLPKASRLWILSGRPYRSSVVSFSFHKDQDQTTGNSLSFEQI
                     IYNLSMTNDQVQNKFLDPYIKKSSKKEHRSPNYSELNGIGHCNHIYPAKNSDLLAKRR
                     KNRLIIPFQFQLSQEREKELMSLSNGISIEIPINGIFRRNSIFSYFNDPRYRTKSSGI
                     TKYETIEMHSSVKNEDLIEYRGVKEFRPKYQMKVDRFFFISQEVHILPGSSSIMVRNN
                     SIIGVDTKITLNTRSRVGGVVRVERKKKKIELKIFSGDIYFPGETDNISRHSGILIPP
                     GKTNYKESKNLKNWLYVQQITPTKKKYFVLVRPVVTYEITDGINLATLFPQDLLQERG
                     NVQLRVFNYILYGNGKVTRGIYDTSIQLVRTCLVLNWNQDKKDSSIEEARASFVEVRT
                     NGIIRYFLKIGLVNTALSYIGKRKNPPPFSDDGLKYTNMNPFFSVYSKPKLQQAFNPN
                     QGTVRMLVGKNKECQSFIILSSSNCFRMGPFTLNGVKYPKESIKKDRLILIKNSFGPL
                     GTVLNFANFFFFYHLITHNQILVNNYLQLDNLKQTCQVLKYQYYLMDENGIIYNPNFC
                     SNIILNPFNLHWDFLHYNFCDETSTKMRLGQFICENICIKKNGLHLKPGQIIIVQFDS
                     VVIRSAKPCLATPGATVHGHYGEIIYEGDTLVTFIYEKSRSGDITQGLPKVEQVLEVR
                     SVESISMNLEKRINGWNERIKKILGIPWGFLVGAELTIAQSRISLVNKIQKVYRSQGV
                     QIHDRHIEIIVRQITSKVLVSEDGMSNIFLPGELIGLFRAERTGRALEEAICYRTILL
                     GITRASLNTQSFISEASFQETARVLAKAALRGRIDWLKGLKENVVLGGVIPVGTGFKG
                     FVHRSNQHKSISIPLKKKNKNRLEGETRDILFYHRELLDSCFLKNLGDRSKQQ"
     gene            complement(45132..47914)
                     /gene="rpoC1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(45132..46754,47483..47914))
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;"
                     /translation="MIDQYKHQQLRIGLVSPKQISAWATKILPNREIVGEVTKPYTFH
                     YKTNKPEKDGLFCERIFGPIKSGICACGNYRVIRNEKEEPKFCEQCGVEFVDSRIRRY
                     QMGYIKLACPVTHVWYLKRLPSYIANFLDKPLKELEGLVYCDFSFARPIAKKPTFLRL
                     RGLFEYEIQSWKYSIPLFFTTQGFDAFRNREISTGAGAIREQLADLDLRTIIDYSFAE
                     WKELGEEDPTGNEWEDRKVGRRKDFLVRRMELAKHFIRTNIEPEWMVLCLLPVLPPEL
                     RPIIQIDGGKLMSSDINELYRRVIYRNNTLTDLLTTSRSTPGELVMCQEKLVQEAVDT
                     LLDNGIRGQPMRDGHNKVYKSFSDVIEGKEGRFRETLLGKRVDYSGRSVIVVGPSLSL
                     HRCGLPREIAIELFQTFIIRGLIRQHLASNIGVAKSKIREKEPIIWKILQEVMQGHPI
                     LLNRAPTLHRLGIQAFQPILVEGRAICLHPLVCKGFNADFDGDQMAVHVPLSLEAQTE
                     ARLLMFSHMNLLSPAIGDPISVPTQDMLIGLYILTSGTRRGICANRYNPWNRKNDQNE
                     RIDDKNYKYMEEPFFCNSYDAIGAYCQKRINLDSPLWLRWRLDQRIIASREAPVEVHY
                     ESLGTYHEIYAHYLIIRNKKKEIIFVYIRTTVGHIYLYREIEEAIQGFSRACSYGKTI
                     LK"
     exon            complement(47483..47914)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     intron          complement(46755..47482)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     exon            complement(45132..46754)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=2
     gene            complement(47941..51153)
                     /gene="rpoB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpoB,
                     position 2 - 3212, E-Value 0, score 3171.8; blatX_hit
                     rpoB_Soleracea_GeSeq-SRS_v6, position 1 - 3213, psl score
                     93.1, coverage 100.00%, match 93.03%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(47941..51153)
                     /gene="rpoB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="RNA polymerase subunit beta"
                     /translation="MLREGNELMSTIPGFNQIQFEGFCQFIDQGLPEELYKFPKIEDT
                     DQEIEFQLFVETYQLAEPVIKEKDAVYKSLTYSSELYVSAGLIWKTGREMKEQTILIG
                     NIPLMNSLGTFLVNGIYRIVINQILQSPGIYYRSELDHNGISVYTGTIISDWGGRSEL
                     EIDRKARIWARVSRKQKISILVLSSAMGSNLKEILDNVCYPEIFLSFLNDKDKKNFGS
                     KENAILEFYQQFACVGGDPVFSESLCKELQKKFFQQKCELGRIGRRNMNHRLNLDIPQ
                     NNTFLLPRDILAATDHLIGIKFGMGTLDDMNHLKNKRIRSVADLLQDQFGLALVRLEN
                     VVRGTICGAIRHKLIPTPQNLVTSTPLTTTYESFFGLHPLSQVLDRTNPLTQTVHGRK
                     LSYLGPGGLTGRTASFRIRDIHPSHYGRICPIDTSEGINVGLIGSLAIHARIGLLGSL
                     ESPFYKISERSAMVQMLFLSPSIDEYYMVSTGNSLALNQGIQEEQVVPARYRQEFLTI
                     AWEQVHLRSIFPFQYFSIGASLIPFIEHNDANRALMSSNMQRQAVPLYQSEKCIVGTG
                     LERQAALDSGVLAIAEHEGKIIYTDTDKIIFSGNGDIQSIPLVMYQRSNKNTCMHQNP
                     RIPRGKCIKKGQILADGAATVGGELALGKNILVAYMPWEGYNFEDAVLISERLVYEDI
                     YTSFHIRKYEIQTYVTSQGPERVTSEIPHLEAHLLRNLDKNGIVRLGSWVETGDILVG
                     KLTPHMAKESSHAPEDRLLRAILGIQVSTSKETCLKLPIGGRGRVIDVRCIQKKGGSS
                     YNPETIHVYILQKREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGRPVDMVFNPLG
                     VPSRMNVGQIFECSLGLAGGLLDRHYRIAPFDERYEQEASRKLVFSELYQASKQTSEP
                     WIFEPEYPGKSRIFDGRTGDLFEQPVIIGNPYILKLIHQVDDKIHGRSSGHYALVTQQ
                     PLRGRAKQGGQRVGEMEVWALEGFGVAHILQEMLTYKSDHIKARQDVLGTTIIGGTIP
                     NPEDAPESFRLLVRELRSLALELNHFLVSEKTFQINRMEA"
     gene            52085..52156
                     /gene="trnC-GCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            52085..52156
                     /gene="trnC-GCA"
                     /annotator="Chloe"
                     /product="tRNA-Cys"
     gene            52655..52744
                     /gene="petN"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petN,
                     position 1 - 90, E-Value 4.3e-25, score 91.0; blatX_hit
                     petN_Soleracea_GeSeq-SRS_v6, position 1 - 90, psl score
                     100.0, coverage 100.00%, match 100.00%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             52655..52744
                     /gene="petN"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit N"
                     /translation="MDIVSLAWAALMVVFTFSLSLVVWGRSGL"
     gene            complement(53306..53410)
                     /gene="psbM"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbM,
                     position 1 - 104, E-Value 3e-26, score 94.6; blatX_hit
                     psbM_Soleracea_GeSeq-SRS_v6, position 1 - 105, psl score
                     91.5, coverage 100.00%, match 91.43%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(53306..53410)
                     /gene="psbM"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit M"
                     /translation="MEVNILAFIATALFILVPTAFLLIIYVKTVSQND"
     gene            complement(53948..54021)
                     /gene="trnD-GUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(53948..54021)
                     /gene="trnD-GUC"
                     /annotator="Chloe"
                     /product="tRNA-Asp"
     gene            complement(54345..54428)
                     /gene="trnY-GUA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(54345..54428)
                     /gene="trnY-GUA"
                     /annotator="Chloe"
                     /product="tRNA-Tyr"
     gene            complement(54506..54578)
                     /gene="trnE-UUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(54506..54578)
                     /gene="trnE-UUC"
                     /annotator="Chloe"
                     /product="tRNA-Glu"
     gene            55161..55232
                     /gene="trnT-GGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            55161..55232
                     /gene="trnT-GGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            56324..57385
                     /gene="psbD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbD,
                     position 1 - 1062, E-Value 0, score 1124.8; blatX_hit
                     psbD_Soleracea_GeSeq-SRS_v6, position 1 - 1062, psl score
                     96.0, coverage 100.00%, match 95.95%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             56324..57385
                     /gene="psbD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D2"
                     /translation="MTIAVGKFTKDEKDLFDIMDDWLRRDRFVFVGWSGLLLFPCAYF
                     AVGGWFTGTTFVTSWYTHGLASSYLEGCNFLTAAVSTPANSLAHSLLLLWGPEAQGDF
                     TRWCQLGGLWTFVALHGAFGLIGFMLRQFELARSVQLRPYNAIAFSGPIAVFVSVFLI
                     YPLGQSGWFFAPSFGVAAIFRFILFFQGFHNWTLNPFHMMGVAGVLGAALLCAIHGAT
                     VENTLFEDGDGANTFRAFNPTQAEETYSMVTANRFWSQIFGVAFSNKRWLHFFMLFVP
                     VTGLWMSALGVVGLALNLRAYDFVSQEIRAAEDPEFETFYTKNILLNEGIRAWMAAQD
                     QPHENLIFPEEVLPRGNAL"
     gene            57369..58754
                     /gene="psbC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbC,
                     position 1 - 1385, E-Value 0, score 1458.3; blatX_hit
                     psbC_Soleracea_GeSeq-SRS_v6, position 1 - 1386, psl score
                     94.7, coverage 100.00%, match 94.66%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             57369..58754
                     /gene="psbC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 43 kDa protein"
                     /translation="VETLFNGTLALAGRDQETTGFAWWAGNARLINLSGKLLGAHVAH
                     AGLIVFWAGAMNLFEVAHFVPEKPMYEQGLILLPHLATLGWGVGPGGEVIDTFPYFVS
                     GVLHLISSAVLGFGGIYHALLGPETLEESFPFFGYVWKDRNKMTTILGIHLILLGIGA
                     FLLVFKALYFGGVYDTWAPGGGDVRKITNITLSPSIILGYLLKSPFGGEGWIVSVDDL
                     EDIIGGHVWIGSICILGGIWHILTKPFAWARRALVWSGEAYLSYSLGALSVFGFIACC
                     FVWFNNTAYPSEFYGPTGPEASQAQAFTFLVRDQRLGANVGSAQGPTGLGKYLMRSPT
                     GEVIFGGETMRFWDLRAPWLEPLRGPNGLDLSRLKKDIQPWQERRSAEYMTHAPLGSL
                     NSVGGVATEINAVNYVSPRSWLATSHFVLGFFLFVGHLWHAGRARAAAAGFEKGIDRD
                     FEPVLSMTPLN"
     gene            complement(58996..59088)
                     /gene="trnS-UGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(58996..59088)
                     /gene="trnS-UGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            59399..59587
                     /gene="psbZ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbZ,
                     position 1 - 189, E-Value 1.3e-47, score 164.6; blatX_hit
                     psbZ_Soleracea_GeSeq-SRS_v6, position 1 - 189, psl score
                     94.2, coverage 100.00%, match 94.18%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             59399..59587
                     /gene="psbZ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit Z"
                     /translation="MTIAFQLAVFALIATSSILLISVPVVFASPDGWSSNKNILFSGT
                     SLWIGLVFLVGILNSLIS"
     gene            59867..59937
                     /gene="trnG-GCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            59867..59937
                     /gene="trnG-GCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     gene            complement(60128..60201)
                     /gene="trnfM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(60128..60201)
                     /gene="trnfM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(60360..60662)
                     /gene="rps14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps14,
                     position 1 - 302, E-Value 2.1e-84, score 285.3; blatX_hit
                     rps14_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 303, psl
                     score 90.8, coverage 100.00%, match 90.76%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(60360..60662)
                     /gene="rps14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S14"
                     /translation="MAKKSLIQREKKRQKLEKKYHLIRRSSKKEISKVSSLSDKWEIH
                     GKLQSLPRNSAPTRLHRRCFLTGRPRANYRDFGLSGHILREMVNTCLLPGATRSSW"
     gene            complement(60784..62988)
                     /gene="psaB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaB,
                     position 1 - 2204, E-Value 0, score 2340.6; blatX_hit
                     psaB_Soleracea_GeSeq-SRS_v6, position 1 - 2205, psl score
                     94.7, coverage 100.00%, match 94.65%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(60784..62988)
                     /gene="psaB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A2"
                     /translation="MALRFPRFSQGLAQDPTTRRIWFGIATAHDFESHDDITEERLYQ
                     NIFASHFGQLAIIFLWTSGNLFHVAWQGNFESWVQDPLHVRPIAHAIWDPHFGQPAVE
                     AFTRGGALGPVNIAYSGVYQWWYTIGLRTNEDLYTGALFLLFLSVISLLGGWLHLQPK
                     WKPSVSWFKNAESRLNHHLSGLFGVSSLAWTGHLVHVAIPGARGEYVRWNNFLDVLPH
                     PQGLGPLFTGQWNLYAQNPDSSSHLFGTSQGAGTAILTLLGGFHPQTQSLWLTDIAHH
                     HLAIAFIFLVAGHMYRTNFGIGHSMKDLLEAHIPPGGRLGRGHKGLYDTINNSIHFQL
                     GLALASLGVITSLVAQHMYSLPSYAFIAQDFTTQAALYTHHQYIAGFIMTGAFAHGAI
                     FFIRDYNPEQNEDNVLARMLDHKEAIISHLSWASLFLGFHTLGLYVHNDVMLAFGTPE
                     KQILIEPIFAQWIQSAHGKTSYGFDVLLSSTSGPAFNAGRNIWLPGWLNAINENSNSL
                     FLTIGPGDFLVHHAIALGLHTTTLILVKGALDARGSKLMPDKKDFGYSFPCDGPGRGG
                     TCDISAWDAFYLAVFWMLNTIGWVTFYWHWKHITLWQGNVSQFNESSTYLMGWLRDYL
                     WLNSSQLINGYNPFGMNSLSVWAWMFLFGHLVWATGFMFLISWRGYWQELIETLAWAH
                     ERTPLANLIRWRDKPVALSIVQARLVGLAHFSVGYIFTYAAFLIASTSGKFG"
     gene            complement(63014..65266)
                     /gene="psaA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaA,
                     position 1 - 2252, E-Value 0, score 2423.6; blatX_hit
                     psaA_Soleracea_GeSeq-SRS_v6, position 1 - 2253, psl score
                     95.1, coverage 100.00%, match 95.03%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(63014..65266)
                     /gene="psaA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A1"
                     /translation="MIIRSPEPEVKILVDRDPVKTSFEEWARPGHFSRTIAKGPETTT
                     WIWNLHADAHDFDSHTSDLEEISRKIFSAHFGQLSIIFLWLSGMYFHGARFSNYEAWL
                     SDPTHIGPSAQVVWPIVGQEILNGDVGGGFRGIQITSGFFQIWRASGITSELQLYCTA
                     IGALVFAALMLFAGWFHYHKAAPKLAWFQDVESMLNHHLAGLLGLGSLSWAGHQVHVS
                     LPINQFLNAGVDPKEIPLPHEFILNRDLLAQLYPSFAEGATPFFTLNWSKYAEFLTFR
                     GGLDPVTGGLWLTDIAHHHLAIAILFLIAGHMYRTNWGIGHSLKDILEAHKGPFTGQG
                     HKGLYEILTTSWHAQLSLNLAMLGSLTIVVAHHMYAMPPYPYLATDYGTQLSLFTHHM
                     WIGGFLIVGAAAHAAIFMVRDYDPTTRYNDLLDRVLRHRDAIISHLNWVCIFLGFHSF
                     GLYIHNDTMSALGRPQDMFSDTAIQLQPVFAQWIQNIHAVAPSATAPGATAGTSLTWG
                     GGDLVAVGGKVALLPIPLGTADFLVHHIHAFTIHVTVLILLKGVLFARSSRLIPDKAN
                     LGFRFPCDGPGRGGTCQVSAWDHVFLGLFWMYNAISVVIFHFSWKMQSDVWGSISDQG
                     VVTHITGGNFAQSSITINGWLRDFLWAQASQVIQSYGSSLSAYGLFFLGAHFVWAFSL
                     MFLFSGRGYWQELIESIVWAHNKLKVAPATQPRALSIVQGRAVGVTHYLLGGIATTWA
                     FFLARIIAVG"
     gene            complement(66337..68421)
                     /gene="pafI"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(66337..66489,67310..67539,68298..68421))
                     /gene="pafI"
                     /annotator="Chloe"
                     /product="photosystem I assembly factor I"
                     /translation="MSRSRINGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAITLTPGNYIEAHNW
                     LKITGRFE"
     exon            complement(68298..68421)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=1
     intron          complement(67540..68297)
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(67310..67539)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     intron          complement(66490..67309)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     exon            complement(66337..66489)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=3
     gene            69141..69227
                     /gene="trnS-GGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            69141..69227
                     /gene="trnS-GGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            complement(69442..70047)
                     /gene="rps4"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps4,
                     position 1 - 605, E-Value 4.3e-169, score 565.0;
                     blatX_hit rps4_Soleracea_GeSeq-SRS_v6, position 1 - 606,
                     psl score 92.8, coverage 100.00%, match 92.74%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(69442..70047)
                     /gene="rps4"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S4"
                     /translation="MSRYRGPRFKKIRRLGALPGLTNKRPRNGSDLRAQSRSGKKSQY
                     RIRLEEKQKLRFHYGITERQLLKYVRIARKAKGSTGQVLLQLLEMRLDNILFRLGMAP
                     TIPGARQLVNHRHILVNGRIVDIPSYRCKPQDTITAKDEQKSRTLIQNLIDSSPPEEL
                     PKHLTLDPFPYKGLINQIIDSKWVGLKINELLVVEYYSRQT"
     gene            complement(70449..70521)
                     /gene="trnT-UGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(70449..70521)
                     /gene="trnT-UGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            71275..71914
                     /gene="trnL-UAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(71275..71309,71865..71914)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     exon            71275..71309
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     intron          71310..71864
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     exon            71865..71914
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=2
     gene            72325..72397
                     /gene="trnF-GAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            72325..72397
                     /gene="trnF-GAA"
                     /annotator="Chloe"
                     /product="tRNA-Phe"
     gene            complement(72981..73457)
                     /gene="ndhJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhJ,
                     position 2 - 475, E-Value 9.2e-139, score 464.3;
                     blatX_hit ndhJ_Soleracea_GeSeq-SRS_v6, position 1 - 477,
                     psl score 92.1, coverage 100.00%, match 92.03%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(72981..73457)
                     /gene="ndhJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit J"
                     /translation="MQGRLSAWLAKHGLVHRSLGFDYQGIETLQIKPEDWHSIAVILY
                     VYGYNYLRSQCAYDVAPGGLLSSVYHLTRLEYGADQPEEVCIKVFAPRSNPRIPSVFW
                     VWKSADFQERESYDMLGISYDNHPRLKRILMPESWVGWPLRKDYIVPNFYEIQDAY"
     gene            complement(73552..74235)
                     /gene="ndhK"
                     /info="HMMER_hit ndhK, position 2 - 677, E-Value 1.1e-189,
                     score 632.9; blatX_hit ndhK_Soleracea_GeSeq-SRS_v6,
                     position 1 - 684, psl score 92.0, coverage 100.00%, match
                     91.81%; merged"
                     /annotator="HMMER, blatX; merged"
     CDS             complement(73552..74235)
                     /gene="ndhK"
                     /annotator="HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MNSIEFPLLNQITQNSVISTTSNDFSNWSRLSSLWPLLYGTSCC
                     FIEFASLIGSRFDFDRYGLVPRSSPRQADLILTAGTVTMKMAPSLVRLYNULLQMPEP
                     KYVIAMGACTITGGMFSTDSYSTVRGVDKLIPVDIYLPGCPPKPEAVIDAITKLRKKI
                     SREIYQDRIKSQQKNRCFTINHKFRVGRSIHTGNYDQGLLYKYKSPFTSEILPETFFK
                     YKNSVSSQELVN"
     gene            complement(73552..74247)
                     /gene="ndhK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(73552..74247)
                     /gene="ndhK"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MEIVMNSIEFPLLNQITQNSVISTTSNDFSNWSRLSSLWPLLYG
                     TSCCFIEFASLIGSRFDFDRYGLVPRSSPRQADLILTAGTVTMKMAPSLVRLYNULLQ
                     MPEPKYVIAMGACTITGGMFSTDSYSTVRGVDKLIPVDIYLPGCPPKPEAVIDAITKL
                     RKKISREIYQDRIKSQQKNRCFTINHKFRVGRSIHTGNYDQGLLYKYKSPFTSEILPE
                     TFFKYKNSVSSQELVN"
     gene            complement(74288..74650)
                     /gene="ndhC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhC,
                     position 1 - 362, E-Value 1.3e-97, score 328.9; blatX_hit
                     ndhC_Soleracea_GeSeq-SRS_v6, position 1 - 363, psl score
                     97.0, coverage 100.00%, match 96.97%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(74288..74650)
                     /gene="ndhC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit C"
                     /translation="MFILYEYDIFWAFLIISSVIPILAFLFSGILAPSSKGPEKLSSY
                     ESGIEPMGDAWLQFRIRYYMFALVFVVFDVETVFLYPWAMSFDILGVSVFIEALIFVL
                     ILIVGLVYAWRKGALEWS"
     gene            complement(75715..76373)
                     /gene="trnV-UAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(75715..75749,76335..76373))
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     exon            complement(76335..76373)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(75750..76334)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(75715..75749)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=2
     gene            76536..76608
                     /gene="trnM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            76536..76608
                     /gene="trnM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(76809..77210)
                     /gene="atpE"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpE_Vvinifera_GeSeq-SRS_v6, position 1 - 402, psl score
                     94.6, coverage 100.00%, match 94.53%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(76809..77210)
                     /gene="atpE"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit epsilon"
                     /translation="MTLNLCVLTPNRIVWNSEVKEIILSTNSGQIGVLPNHAPIATAV
                     DIGILRIRLNDQWLTMALMGGFARIGNNEITVLVNDAEKGSDIDPQEAQQTLEIAEAN
                     LKKAEGKRQIIEANLALRRARTRVESINPIS"
     gene            complement(77231..78703)
                     /gene="atpB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(77231..78703)
                     /gene="atpB"
                     /annotator="Chloe"
                     /product="CF1 subunit beta"
                     /translation="MIINPTASGPGVSTREKKNLGRIAQIIGPVLDVAFPPGKMPNIY
                     NALVVKGRDTASQPINVTCEVQQLLGNNRVRAVAMSATDGLTRGMEVIDTGAPLSVPV
                     GGATLGRIFNVLGEPVDNLGPVGTHTTSPIHRSAPAFTQLDTKLSIFETGIKVVDLLA
                     PYRRGGKIGLFGGAGVGKTVLIMELINNIAKAHGGVSVFGGVGERTREGNDLYMEMKE
                     SGVINEQNIAESKVALVYGQMNEPPGARMRVGLTALTMAEYFRDVNEQDVLLFIDNIF
                     RFVQAGSEVSALLGRMPSAVGYQPTLSTEMGSLQERITSTKEGSITSIQAVYVPADDL
                     TDPAPATTFAHLDATTVLSRGLAAKGIYPAVDPLDSTSTMLQPRIVGEEHYEIAQRVK
                     QTLQRYKELQDIIAILGLDELSEEDRLTVARARKIERFLSQPFFVAEVFTGSPGKYVG
                     LAETIRGFQLILSGELDGLPEQAFYLVGNIDEATAKAMNL"
     gene            79500..80927
                     /gene="rbcL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rbcL,
                     position 1 - 1425, E-Value 0, score 1503.0; blatX_hit
                     rbcL_Soleracea_GeSeq-SRS_v6, position 1 - 1428, psl score
                     94.0, coverage 100.00%, match 93.84%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             79500..80927
                     /gene="rbcL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribulose-1,5-bisphosphate carboxylase/oxygenase
                     large subunit"
                     /translation="MSPQTETKASVGFKAGVKDYKLTYYTPEYETLDTDILAAFRVTP
                     QPGVPPEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYHIEPVAGEENQYICYVA
                     YPLDLFEEGSVTNMFTSIVGNVFGFKALRALRLEDLRIPVAYVKTFLGPPHGIQVERD
                     KLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRF
                     LFCAEAIYKAQAETGEIKGHYLNATAGTCEEMIKRAVFARELGVPIVMHDYLTGGFTA
                     NTSLAHYCRDNGLLLHIHRAMHAVIDRQKNHGMHFRVLAKALRLSGGDHIHAGTVVGK
                     LEGEREITLGFVDLLRDDFTEKDRSRGIYFTQSWVSTPGVLPVASGGIHVWHMPALTE
                     IFGDDSVLQFGGGTLGHPWGNAPGAVANRVALEACVQARNEGNULLDLAREGNTIIRE
                     ACKWSPELAAACEVWKEIKFEFQAMDTI"
     gene            81652..83082
                     /gene="accD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             81652..83082
                     /gene="accD"
                     /annotator="Chloe"
                     /product="acetyl-CoA carboxylase subunit beta"
                     /translation="MKKWRFNSMLSKKELKQGCGLSKSTDSLSPIENTRKREDSSVND
                     RKKKSQSWRNSYPFSYSNVDQLFRVTDIRNLNSDDTFLVIDSKGDSYSIYFDIENNIF
                     EIDNDHAFYTFWDSDFLNSRSKSDDTYNNHYTYDTKYNWNNHINNSIDNYLYSQIRVG
                     SSILSGSDNYIDNSILSYILSEGRNLRTITNDRNLTKRENLDVTQKKRDLWVQCDNCY
                     FLNFKKLFTNIHLNICEQCGYHLKMSSSDRIELLIDPGTWNPMDEDMVSVDPLEFHSE
                     EEPYKDRINSYQRQTGLTEAVQTGIGQLYGIPVAIGVMDFEFMGGSMGSVVGEKITRL
                     IEYASNKLLPLIIVCASGGARMQEGSLSLMQMAKIASVLYDYQSNKRLFYVSILTSPT
                     TGGVTASFGMLGDIIIAEPNAYIAFAGKRVIEQTLNKTVPEGSQAAEYLFHKGLFDPI
                     VPRNLLKGVLSELFQLHAFFPVKKNK"
     gene            83344..83454
                     /gene="psaI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaI,
                     position 1 - 109, E-Value 4.3e-24, score 86.1; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             83344..83454
                     /gene="psaI"
                     /annotator="Chloe, HMMER; merged"
                     /product="photosystem I subunit I"
                     /translation="MTTINFPSILVPLVGLVFPAIAMSSLFLHVQKNKIV"
     gene            83789..84343
                     /gene="pafII"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pafII,
                     position 2 - 555, E-Value 6.2e-150, score 501.1;
                     blatX_hit pafII_Soleracea_GeSeq-SRS_v6, position 1 - 555,
                     psl score 90.9, coverage 100.00%, match 90.81%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             83789..84343
                     /gene="pafII"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I assembly factor II"
                     /translation="MNCRSERIWIELITGSRKISNLGWAIILFIGSLGFVLVGISSYL
                     GRNFISLFPPQQILFFPQGIVMSFYGIAGLFISSYLWCTISLNVGSGYDFFDKKEGIV
                     CIFRWGFPGKNRRICLRFLIKDIQSIRIEFKEGIYTRRVLYLEIRGQGAIPLTRTDEN
                     LTPREIEQKAAELAYFLRVPIEVF"
     gene            84526..85224
                     /gene="cemA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             84526..85224
                     /gene="cemA"
                     /annotator="Chloe"
                     /product="envelope membrane carbon uptake protein"
                     /translation="MKNLEKNKKFITFLYLVSIVFLPCWIALSCQKSLESWVTNWWNT
                     KKLETFLNDIQEKSFLEKFMELEELRLLDEMVKEYPETHLQKPRIGIHNETIQFIKMY
                     NEDCIRMIFQFSTNIICFFILSSFSILANKELILINSWVQEFLYNLSDTIKAFSILLL
                     TDLCIGFHSPHGWELMIGSIYKDFGFAHNDQIISGLVSTFPVILDTIFKYLIFHYLNR
                     VSPSLVVIYHSLND"
     gene            85512..86474
                     /gene="petA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petA,
                     position 1 - 963, E-Value 4.4e-282, score 938.7;
                     blatX_hit petA_Soleracea_GeSeq-SRS_v6, position 1 - 963,
                     psl score 91.1, coverage 100.00%, match 91.07%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             85512..86474
                     /gene="petA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome f"
                     /translation="MQTIKTFSWIKEQITRFISVSLMIYIMTKPFSSNAYPIFAQQGY
                     ENPREATGRIVCANCHLANKPVDIEVPQAIIPDTVFEAVVRIPYDMQLKQVLANGKKG
                     GLNVGAVLILPEGFELAPADRISPEMKEKVGNLSFQSYRPNKKNIIVIGPVTGQKYSE
                     ITFPILSPDPATKKDIYFLKYPIYVGGNRGRGQIYPDGSKSNNTVYNATATGIVKKIL
                     RKEKGGYEISIADALDGREVVDIIPPGPELLVSEGESIKLDQPLTSNPNVGGFGQGDA
                     EIVLQDPLRVQGLLFFFASVILAQIFLVLKKKQFEKVQLSEMNF"
     gene            complement(87443..87565)
                     /gene="psbJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbJ,
                     position 1 - 122, E-Value 5e-32, score 113.4; blatX_hit
                     psbJ_Soleracea_GeSeq-SRS_v6, position 1 - 123, psl score
                     96.0, coverage 100.00%, match 95.93%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(87443..87565)
                     /gene="psbJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit J"
                     /translation="MADTTGRIPLWIIGTVAGILVIGLIGIFFYGSYSGLGSSL"
     gene            complement(87725..87841)
                     /gene="psbL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbL,
                     position 1 - 116, E-Value 2.9e-30, score 107.7; blatX_hit
                     psbL_Eguineensis_GeSeq-SRS_v6, position 1 - 117, psl
                     score 97.5, coverage 100.00%, match 97.44%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(87725..87841)
                     /gene="psbL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit L"
                     /translation="TTQSNPNEQNVELNRTSLYWGLLLIFVLAVLFSNYFFN"
     gene            complement(87869..87988)
                     /gene="psbF"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbF,
                     position 1 - 120, E-Value 6.1e-35, score 122.4; blatX_hit
                     psbF_Vvinifera_GeSeq-SRS_v6, position 1 - 120, psl score
                     97.5, coverage 100.00%, match 97.50%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(87869..87988)
                     /gene="psbF"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit beta"
                     /translation="MTIDRTYPIFTVRWLAVHGLAVPTVFFLGSISAMQFIQR"
     gene            complement(87997..88248)
                     /gene="psbE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbE,
                     position 1 - 252, E-Value 2.7e-76, score 258.2; blatX_hit
                     psbE_Soleracea_GeSeq-SRS_v6, position 1 - 252, psl score
                     96.5, coverage 100.00%, match 96.43%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(87997..88248)
                     /gene="psbE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit alpha"
                     /translation="MSGSTGERSFADIITSIRYWVIHSITIPSLFIAGWLFVSTGLAY
                     DVFGSPRPNEYFTENRQGIPLITGRFDSLEQLDEFSRSF"
     gene            89384..89479
                     /gene="petL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petL,
                     position 1 - 96, E-Value 3.6e-23, score 85.2; blatX_hit
                     petL_Soleracea_GeSeq-SRS_v6, position 1 - 96, psl score
                     94.8, coverage 100.00%, match 94.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             89384..89479
                     /gene="petL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit L"
                     /translation="MPTLTSYFGFLLAALTITSVLFIGLNKIRLI"
     gene            89658..89771
                     /gene="petG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     petG_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 114, psl
                     score 97.4, coverage 100.00%, match 97.37%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             89658..89771
                     /gene="petG"
                     /annotator="Chloe, blatX; merged"
                     /product="cytochrome b6/f subunit G"
                     /translation="MIEVFLFGIVLGLIPITLAGLFVTAYLQYRRGDQLDF"
     gene            complement(89882..89955)
                     /gene="trnW-CCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(89882..89955)
                     /gene="trnW-CCA"
                     /annotator="Chloe"
                     /product="tRNA-Trp"
     gene            complement(90111..90184)
                     /gene="trnP-UGG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(90111..90184)
                     /gene="trnP-UGG"
                     /annotator="Chloe"
                     /product="tRNA-Pro"
     gene            90434..90568
                     /gene="psaJ"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psaJ_Soleracea_GeSeq-SRS_v6, position 1 - 135, psl score
                     91.9, coverage 100.00%, match 91.85%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             90434..90568
                     /gene="psaJ"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem I subunit J"
                     /translation="MRDLKTYLSVAPVLSTLWFGSLAGLLIEINRFFPDALTFPFFSF
                     "
     gene            91026..91226
                     /gene="rpl33"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl33,
                     position 1 - 200, E-Value 2.1e-49, score 170.4; blatX_hit
                     rpl33_Soleracea_GeSeq-SRS_v6, position 1 - 201, psl score
                     93.6, coverage 100.00%, match 93.53%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             91026..91226
                     /gene="rpl33"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L33"
                     /translation="MAKGKDVRVKVILECNSCVRKSVNKESRGVSRYITQKNRHNTPN
                     RLEFRKFCPYCYKHTIHGEIKK"
     gene            91462..91767
                     /gene="rps18"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps18_Soleracea_GeSeq-SRS_v6, position 1 - 306, psl score
                     94.2, coverage 100.00%, match 94.12%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             91462..91767
                     /gene="rps18"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein S18"
                     /translation="MDKSKRPFIKSKRSFRRRLPPIQPGDRIDYRNMSLISRFISEQG
                     KILSRRVNRLTLKQQRLITIAIKQARILSLLPFLNNEKQFERNESTTRTNSFRTKKK"
     gene            complement(92036..92422)
                     /gene="rpl20"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl20_Soleracea_GeSeq-SRS_v6, position 1 - 387, psl score
                     90.0, coverage 100.00%, match 89.92%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(92036..92422)
                     /gene="rpl20"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L20"
                     /translation="MTRVTRGYIARRRRTKMRLFASTFRGAHSRLTRTIAQQKIRALV
                     SAHRDRGRQKRDFRRLWITRINAVIRENRVCYNYSKFINDLSKRQLLLNRKVLAQIAI
                     LNINCLYMISNEIIKKEDWKECPENV"
     exon            complement(93209..93322)
                     /gene="rps12"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     gene            complement(93459..95458)
                     /gene="clpP1"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     clpP1_Soleracea_GeSeq-SRS_v6, position 1 - 591, psl score
                     90.4, coverage 100.00%, match 94.59%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(93459..93686,94302..94593,95388..95458))
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /product="ATP-dependent Clp protease proteolytic subunit
                     1"
                     /translation="MPVGVPKVPFRSPGEEDASWVDVYNRLYRERLLFLGQEVDSEIS
                     NQLIGLMVYLSIEDDTKDLYLFINSPGGWVISGVAIYDTMQFVRPDVHTICMGLAASM
                     GSFILVGGEITKRLAFPHARVMIHQPASSFYEAQTGEFILEAEELLKLRETLTRVYVQ
                     RTGKPIWVVSEDMERDVFMSAAEAQAHGIVDLVGVD"
     exon            complement(95388..95458)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(94594..95387)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(94302..94593)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     intron          complement(93687..94301)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     exon            complement(93459..93686)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=3
     gene            95905..97431
                     /gene="psbB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbB,
                     position 1 - 1526, E-Value 0, score 1581.8; blatX_hit
                     psbB_Soleracea_GeSeq-SRS_v6, position 1 - 1527, psl score
                     94.0, coverage 100.00%, match 93.91%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             95905..97431
                     /gene="psbB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 47 kDa protein"
                     /translation="MGLPWYRVHTVVLNDPGRLISVHIMHTALVAGWAGSMALYELAV
                     FDPSDPVLDPMWRQGMFVIPFMTRLGITNSWGGWSITGGTITDPGIWSYEGVAGAHIV
                     FSGLCFLAAIWHWVYWDLEIFSDERTGKPSLDLPKIFGIHLFLSGVACFGFGAFHVTG
                     LYGPGIWVSDPYGLTGKVQPISPAWGVEGFDPFVPGGIASHHIAAGTLGILAGLFHLS
                     VRPPQRLYKGLRMGNIETVLSSSIAAVFFAAFVVAGTMWYGSATTPIELFGPTRYQWD
                     QGYFQQEIYRRVSAGLSENQSLSEAWAKIPEKLAFYDYIGNNPAKGGLFRAGSMDNGD
                     GIAVGWLGHPIFRDKDGRELFVRRMPTFFETFPVVLIDGDGIVRADVPFRRAESKYSV
                     EQVGVTVEFYGGELNGVSYSDPATVKKYARRAQLGEIFELDRATLKSDGVFRSSPRGW
                     FTFGHASFALLFFFGHIWHGARTLFRDVFAGIDPDLDAQVEFGAFQKLGDPTTRRQGV
                     "
     gene            97594..97701
                     /gene="psbT"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psbT_Vvinifera_GeSeq-SRS_v6, position 1 - 108, psl score
                     92.6, coverage 100.00%, match 92.59%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             97594..97701
                     /gene="psbT"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem II subunit T"
                     /translation="MEALVYTFLLVSTLGIIFFAIFFREPPKVPTKKVK"
     gene            complement(97773..97904)
                     /gene="pbf1"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pbf1,
                     position 1 - 132, E-Value 1.8e-37, score 130.5; blatX_hit
                     pbf1_Soleracea_GeSeq-SRS_v6, position 1 - 132, psl score
                     97.8, coverage 100.00%, match 97.73%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(97773..97904)
                     /gene="pbf1"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem biogenesis factor 1"
                     /translation="METATLVAIFISGLLVSFTGYALYTAFGQPSQQLRDPFEEHGD"
     gene            98007..98228
                     /gene="psbH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbH,
                     position 1 - 220, E-Value 3.8e-58, score 198.7; blatX_hit
                     psbH_Soleracea_GeSeq-SRS_v6, position 1 - 222, psl score
                     94.2, coverage 100.00%, match 94.14%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             98007..98228
                     /gene="psbH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit H"
                     /translation="MATQTIEGSSRSRPKPTTVGVLLKPLNSEYGKVAPGWGTTPLMG
                     VAMALFAIFLCIILEIYNSSVLLDGISMN"
     gene            98338..99738
                     /gene="petB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(98338..98343,99097..99738)
                     /gene="petB"
                     /annotator="Chloe"
                     /product="cytochrome b6"
                     /translation="MSKVYDWFEERLEIQAIADDITSKYVPPHVNIFYCLGGITLTCF
                     LVQVATGFAMTFYYRPTVTEAFASVQYIMTEANFGWLIRSVHRWSASMMVLMMILHVF
                     RVYLTGGFKKPRELTWVTGVVLAVLTASFGVTGYSLPRDQIGYWAVKIVTGVPDAIPV
                     VGSPLVELLRGSASVGQSTLTRFYSLHTFVLPLLTAVFMLMHFLMIRKQGISGPL"
     exon            98338..98343
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     intron          98344..99096
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     exon            99097..99738
                     /gene="petB"
                     /annotator="Chloe"
                     /number=2
     gene            99951..101234
                     /gene="petD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(99951..99958,100760..101234)
                     /gene="petD"
                     /annotator="Chloe"
                     /product="cytochrome b6/f subunit IV"
                     /translation="MGVTKKPDLNDPVLRAKLAKGMGHNYYGEPAWPNDLLYIFPVVI
                     FGTIACNVGLAVLEPSMIGEPADPFATPLEILPEWYFFPVFQILRTVPNKLLGVLLMV
                     SVPAGLLTVPFLENVNKFQNPFRRPVATTVFLVGTAVALWLGIGATLPIDKSLTLGLF
                     "
     exon            99951..99958
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     intron          99959..100759
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     exon            100760..101234
                     /gene="petD"
                     /annotator="Chloe"
                     /number=2
     gene            complement(101618..102412)
                     /gene="rpoA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(101618..102412)
                     /gene="rpoA"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit alpha"
                     /translation="MVREKIRVSTRTLQWKCVESRTDSKCLYYGRFILSPLLKGQADT
                     IGIAMRRALLGEMEGTFITRAKSEKIPHEYSTIVGIKESVHDILMNLKEIILRSNLYG
                     TCEASICVRGPRCVTAQDIILPPYVEIVDNTQHIASLTEPIDLCIGLQLERNRGYHIK
                     APNNFQDGSYPIDALFMPVRNVNHSIHSYGNGNEKQEILFLEIWTNGSLTPKEALYEA
                     SRNLIDLLIPFLHEEEENLHLADNKKKVSLPLLTFHDRLTQLIKKK"
     gene            complement(102474..102890)
                     /gene="rps11"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps11,
                     position 1 - 416, E-Value 4.6e-117, score 392.6;
                     blatX_hit rps11_Soleracea_GeSeq-SRS_v6, position 1 - 417,
                     psl score 90.9, coverage 100.00%, match 90.89%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(102474..102890)
                     /gene="rps11"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S11"
                     /translation="MAKPIPKISSRRNGRISSRKSARKIPKGIIHVQASFNNTIITVT
                     DVRGRVVSWASAGTCGFKGTKRGTPFAAQTAAGNAIRTVVEQGMQRAEVMIKGPGLGR
                     DAALRAIRRSGILLSFVRDVTPMPHNGCRPPKKRRV"
     gene            complement(103017..103130)
                     /gene="rpl36"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl36,
                     position 1 - 114, E-Value 2e-28, score 101.7; blatX_hit
                     rpl36_Soleracea_GeSeq-SRS_v6, position 1 - 114, psl score
                     94.8, coverage 100.00%, match 94.74%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(103017..103130)
                     /gene="rpl36"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L36"
                     /translation="MKIRASVRKICEKCRLIRRRGRIIVICSNPKHKQRQG"
     gene            complement(103378..103446)
                     /gene="infA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(103378..103446)
                     /gene="infA"
                     /annotator="Chloe"
                     /product="translational initiation factor 1"
                     /translation="MFCIRLDNEDRIIIINYFFFIS"
     gene            complement(103595..103999)
                     /gene="rps8"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps8,
                     position 1 - 405, E-Value 7.7e-106, score 356.4;
                     blatX_hit rps8_Soleracea_GeSeq-SRS_v6, position 1 - 405,
                     psl score 92.4, coverage 100.00%, match 92.35%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(103595..103999)
                     /gene="rps8"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S8"
                     /translation="MGRDTIADIITSIRNADMNRKGTVRIASTNITENIVKILLREGF
                     IENVRKHQEGNKYFLVLTLRHRRNRKGPYRNTLYLKRVSRPGLRIYSNSQGIPRILGG
                     IGIVILSTSRGIMTDREARREGVGGEILCYIW"
     gene            complement(104168..104533)
                     /gene="rpl14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl14,
                     position 1 - 368, E-Value 7.7e-103, score 345.9;
                     blatX_hit rpl14_Soleracea_GeSeq-SRS_v6, position 1 - 366,
                     psl score 92.4, coverage 100.00%, match 92.35%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(104168..104533)
                     /gene="rpl14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L14"
                     /translation="MIQPQTYLTVADNSGAKKLMCIRIIGASNRRYARIGDVIVAVIK
                     EAIPNSPLERSEVIRAVIVRTCKELKRDNGMIIRYDDNAAVIIDQEGNPKGTRVFGAI
                     ARELRQNFTKIVSLAPEVL"
     gene            complement(104633..105946)
                     /gene="rpl16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(104633..105031,105938..105946))
                     /gene="rpl16"
                     /annotator="Chloe"
                     /product="ribosomal protein L16"
                     /translation="MLSPKRTRFRKQHRGRLKGISYRGNKISFGRYALQALEPSWITS
                     RQIEAGRRAMTRNARRGGKIWVRIFPDKPVTLRPAETRMGSGKGSPEYWVAVVKPGRI
                     LYEISGVAENIARRAISIAASKMPIRTQFIISG"
     exon            complement(105938..105946)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(105032..105937)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(104633..105031)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(106102..106758)
                     /gene="rps3"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps3,
                     position 1 - 655, E-Value 1.6e-167, score 559.4;
                     blatX_hit rps3_Soleracea_GeSeq-SRS_v6, position 1 - 657,
                     psl score 90.6, coverage 100.00%, match 90.56%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(106102..106758)
                     /gene="rps3"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S3"
                     /translation="MGQKINPLGFRLGTTQSHYSLWFAQPKNYSEGLQEDQKIRDYIK
                     IFVQKNTRASSGVEGIARIEIQKRIDLIQVIIYMGFPKLLIENRPRGIEDLKINLQKE
                     LNCVSRKLNIAISRIAKPYGHPNILAEFIAGQLKNRVSFRKAMKKAIELTEQADTKGI
                     QIQIAGRIDGKEIARVEWIREGRVPLQTIRAKIDYCAYTVRTIYGVLGIKIWIFIDAK
                     "
     gene            complement(106779..107234)
                     /gene="rpl22"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(106779..107234)
                     /gene="rpl22"
                     /annotator="Chloe"
                     /product="ribosomal protein L22"
                     /translation="MKRKKRKDDVYALGQYISMSAHKARRVIDQIRGRSYEETLMILE
                     LMPYRACYPIFKLIYSAASNASHNKGFNKADLVIFKAEVNKGTTMKKLKPQARGRSYL
                     IKRPTCHITIVLKDITYYGDIEECIRSLSKTNQHKVLLNPAFVEYLDFF"
     gene            complement(107313..107591)
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps19,
                     position 1 - 278, E-Value 1.6e-73, score 249.6; blatX_hit
                     rps19_Soleracea_GeSeq-SRS_v6, position 1 - 279, psl score
                     91.1, coverage 100.00%, match 91.04%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(107313..107591)
                     /gene="rps19"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVANHLLRKIDKLNTKAEKEIIVTWSRASTIIPTM
                     IGHTIAIHNGREHLPIYITDRMVGHKLGEFAPTLNFRGHAKNDNKSRR"
     repeat_region   107426..132802
                     /note="inverted repeat B (IRB)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
     gene            complement(107641..108465)
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl2,
                     position 1 - 823, E-Value 7.3e-257, score 855.0;
                     blatX_hit rpl2_Stuberosum_GeSeq-SRS_v6, position 1 - 825,
                     psl score 97.9, coverage 100.00%, match 97.82%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(107641..108465)
                     /gene="rpl2"
                     /annotator="HMMER, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLYKTSTPSTRNGAVDNQVKSNPRNNLIYGQRRCGKGRNAR
                     GIITARHRGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYGDGEKRYI
                     LHPRGAIIGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLARAAGAVA
                     KLIAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVV
                     RGVVMNPVDHPHGGGEGRAPIGRKNPTTPWGYPALGKRSRKRNKYSDNFIIRRRSK"
     gene            complement(107641..108618)
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(107641..108618)
                     /gene="rpl23"
                     /annotator="Chloe"
                     /product="ribosomal protein L23"
                     /translation="MNSHRLLRKGRRMGPIMEHTMHYRRMIITLQSGYSIPPLRKKIT
                     SIKILNNMAIHLYKTSTPSTRNGAVDNQVKSNPRNNLIYGQRRCGKGRNARGIITARH
                     RGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYGDGEKRYILHPRGAI
                     IGDTIVSGTEVPIKMGNALPLTDMPLGTAIHNIEITLGKGGQLARAAGAVAKLIAKEG
                     KSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVVRGVVMNP
                     VDHPHGGGEGRAPIGRKNPTTPWGYPALGKRSRKRNKYSDNFIIRRRSK"
     gene            complement(108922..108995)
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(108922..108995)
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            109084..115770
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             109084..115770
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MKGHQFKFWIFELREIKNSHYFSDSWTQFNSVGSFIHIFFHQER
                     FIKLFDPRIWSILLSPNSRGSTSNRYFTIKGVILFVVVFLLYRINNRNMVERKNIYLI
                     GLLPIPMNSIGPRNDTLEKPFWSSNINRLIVSLLYLPKGKNISASCFLDPKESTSTWF
                     LPITKKCIMPESNRGSRWWRNWIGKKRDSSCKISNETVAGIEISFKEKDIKYLEFLFV
                     YYMDDPISKDHDWELFDRLSLRRRRNIINLNSGQLFEILVKHWICYLMSAFREKRPIE
                     VEGFFKQQGAGSTIQSNDIEHVSHLFSRNKWAISLQNCAQFHMWQFHQDLVVSWGKNP
                     YESDLLRNVSRENWIWLDNVWLVNKDRFFNKVRNVSSNIQYDSTRSSFVQVTDSSQLK
                     GSSDQSRDRWDSISNADSEYHTLINKREIQQLKERSILRDPSFLQTEEIEELLENPTR
                     SIRSFFSGRCSELHLGSNPTEKPTRDQKLLKKHLVVSFAPSRRSENKEMINIFKIITY
                     LQNSVSIHPISPDPGCDRVPKDEPDMDSSDKISFLNKNAFFYLFNLFHDRNSGGYTLH
                     HDFESEERFQEMADLFTLSITKPDLVYHKGFAFSIDSCGLDQKQFLNEVFNSRDESKK
                     KSLLILPPIFYEENAFFYRRIQKKWVRISCGNYLEDRKQKRVVFASNNKMEAVNKNKY
                     ILIRNLIQIQYSTYGYIRNVLNRFFLMNRSDRSFEYGIKRDQIGNDTLNHRTIRKYTI
                     NQHLSNLKKSQKKRFDPLIFLSRTERFMNQDPDAYRYKWFNGSKNFQEHLVSEQRSRF
                     QVVFGRLRINKYSIDWSEVIDKKDLSKSLRFFLSKSLLFLSKLLLFVSNSLPFFFVSF
                     GNIPIHRSEIHISELKGPNDQLYNPLLESIGLQIVHLKKLKAFLLNDHDTFQKSKLLI
                     NGRTISPFLFNKIPKWMIDSFDTRNNHRNGNTDSYFSMISHDQNNWLNPVKPFHRSSL
                     ISSFYKANRLRFLNNPHHFGFYCNKKFPFYMEKARINNYDFTYRQFLDILFIRNKIFA
                     LCVGKKKHAFLERDTISPIESQVSNIFIPNDFTIRSDLFVRRTIDSITDISGTPLTEG
                     QIVHFERTFYQPLSDMNLSDSERKNLHQYLNFNSNVGLIYTPCSDKYLPSEKRKKRSL
                     CLKKCVEKGQMYRTFQRDSAFSTLSKWNLFQTYMPWFLTSTGYKYLNFLFFDTFSDLL
                     PILSQKFVSIFHDIMHGSYISWLILQKKVCLPQWNLISEISNKCLHNLLLSEEMIHRN
                     NESPLIWTHLGSPNVREFFYSILFLLLVVGYLVRTHLLFVFRASSELQTEFEEVKSLM
                     TPSYMIELRKLLDRYPTSESNFFWLKNLFLVALEQLGDSLEEIWGSASGGNMPLGGGP
                     AYGVKSIRSNKKDFNINLIDLISIIPNPINRITFSRNTRHLSHTSKEIYSLIRKRKRV
                     NGDWIEDKIESWVASSDSIDEEEREFLVQFSTLTTEKRIDQILLSLTHSDRLLKNDSG
                     YQMIEQPGAIYLRYLVDIHKKYLMNYEFNTSCLAERRVFLAHYQTITYSQTSCGANRF
                     HFPSHGKPFSLRLALSLSRGILVIGSIGTGRSYLVKYLATNSYVPFITVFLNKFLDNK
                     LKGFLIDASDDIDVSDDIDASDDIDVSDDIDRDLDTELELLTMMNALTMDMMPEIGQF
                     YITLQFELAKAMSPCIIWIPNIHDLDVNESNYLSLGLLVNYLSRDCERWSTRNILVIA
                     STHIPQKVDPALIAPNKLNTCIKIRRLLIPQQRKHFFTLSYTRGFHLENKMFHTNGFG
                     SITMGSNVRDLVALNNEVLSISITQKKSIIDTNTIRSALHRQTWDFRSQVKSVQDHGI
                     FFYQIGRAVAQNVLLSNCPIDPISIYMKKKSCNEGDSSLYKWYFELGTSMKKLTILLY
                     LLSCSAGSVAQDLWSLPGPDGKKGITSYGLVENDSNLVHGLLKVEGALVGSSRTEKDC
                     SQFDNDRVTLFLRPELRNPLDMMQNGSCSILDHRFLYEKYKSELEKGEGALDPQQIEE
                     DLFNPIVWAPRIWTPWSFLFYCIERPNSLGFPYWAGSLRGKRIIYDEEDELQENDSEF
                     LQSGTMQYQTRDRSSKEQGFFRISQFIWDPADPLFFLSKDQPFVSVFSHREFFADEEM
                     PKGLLTTQKSTPTSIYKRWFIKNTQEKHFELLINRQRWLRTNSSLSNGSFRSNTLSES
                     YQYLSNLFLSNGTLLDQMTKTLLRKRWLFPDEMKIGFM"
     gene            complement(116728..116808)
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(116728..116808)
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(117157..119357)
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Soleracea_GeSeq-SRS_v6, position 1 - 1533, psl score
                     97.2, coverage 100.00%, match 98.43%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(117157..117912,118581..119357))
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit B"
                     /translation="MIWHVQNENFILDSTRIFMKAFHLLLFDGSFIFPECILIFGLIL
                     LLIIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREDPMISFSGNFQTNNFNEIFQF
                     LILLCSTLCIPLSVEYIECTEMALTEFLLFVLTATLGGMFLCGANDLITIFVAPECFS
                     LCSYLLSGYTKKDVRSNEATTKYLLMGGTSSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNNULLPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSK
                     VAASASATRIFDIPFYFSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQ
                     IGYVIIGIIVGDSNDGYASMITYMLFYISMNLGTFACIVLFGLRTGTDNIRDYAGLYT
                     KDPFLALSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYLLVLIGLLTSVLSIYYY
                     LKIIKLLMTGRNQEITPHVRNYRRSPLRSKNSIELSMIVCVIASTIPGISMNPIIAIA
                     QDTLF"
     exon            complement(118581..119357)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(117913..118580)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(117157..117912)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            complement(119685..120152)
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 2.4e-148, score 496.1;
                     blatX_hit rps7_Vvinifera_GeSeq-SRS_v6, position 1 - 468,
                     psl score 99.0, coverage 100.00%, match 98.93%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(119685..120152)
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTVEEKTAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAVKKIQQKTETNPLSVLRQAIRGVTPDIAVKARRVGGSTHQVPIEIGSTQGKALAIR
                     WLLGAARKRPGRNMAFKLSSELVDAAKGSGDAIRKKEETHRMAEANRAFAHFR"
     exon            complement(120206..120232)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            complement(120206..120231)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     intron          complement(120232..120767)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     intron          complement(120233..120768)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     gene            complement(120746..121022)
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 114 - 348, E-Value
                     1.2e-77, score 263.0"
                     /annotator="HMMER"
     CDS             complement(120746..121022)
                     /gene="rps12"
                     /annotator="HMMER"
     exon            complement(120768..120999)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            complement(120769..120999)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     gene            121998..122069
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            121998..122069
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            122297..123787
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn16,
                     position 1 - 1491, E-Value 0, score 1734.4; 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            122297..123787
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            124086..125098
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(124086..124122,125064..125098)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            124086..124122
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          124123..125063
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            125064..125098
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            125169..126050
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(125169..125206,126016..126050)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            125169..125206
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          125207..126015
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            126016..126050
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            126226..126776
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Soleracea_GeSeq-SRS_v1,
                     position 1 - 551, psl score 97.5, coverage 19.62%, match
                     19.12%, fragment match 97.46%"
                     /annotator="blatN"
     rRNA            126226..126776
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            126226..129039
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3229.7; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            126226..128840
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            126226..128840
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          128841..129039
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            126226..129039
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            126793..127453
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Soleracea_GeSeq-SRS_v1,
                     position 563 - 1223, psl score 99.9, coverage 23.53%,
                     match 23.50%, fragment match 99.85%"
                     /annotator="blatN"
     rRNA            126793..127453
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            127485..129039
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Soleracea_GeSeq-SRS_v1, position
                     1255 - 2809, psl score 99.5, coverage 55.36%, match
                     55.04%"
                     /annotator="blatN"
     rRNA            127485..129039
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            129138..129240
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn4.5,
                     position 2 - 103, E-Value 4.3e-32, score 113.4; blatN_hit
                     rrn4.5_Vvinifera_GeSeq-SRS_v1, position 1 - 103, psl
                     score 99.1, coverage 100.00%, match 99.03%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            129138..129240
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            129496..129616
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 121, E-Value 1.3e-37, score 131.1; blatN_hit
                     rrn5_Vvinifera_GeSeq-SRS_v1, position 1 - 121, psl score
                     99.2, coverage 100.00%, match 99.17%; merged"
                     /annotator="Chloe, HMMER, blatN; merged"
     rRNA            129496..129616
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            129874..129947
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            129874..129947
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(130539..130610)
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(130539..130610)
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     CDS             130933..132864
                     /gene="ycf1"
                     /annotator="Chloe"
                     /product="Ycf1 protein"
                     /translation="MIFQSFLLGNLVSLCMKIINSVVVVGLYYGFLTTFSIGPSYLFL
                     LRAQVMEEGEEGTEKKVSATTGFIMGQLVMFISIYYTPLHLALGRPHTITVLALPYLL
                     FHFFWNNHKRFFDYGSTSRNSMRNLSIQCVFLNNLIFQLFNHFILPSSMLARLVNIYM
                     FRCNNKMLFVTSSFVGWLIGHILFMKWVGLVLVWIQQNHSIRSNVLIRSNKYLVSELK
                     NSMARIFSILLFITCVYYLGRMPSPIFTKKLKETSETKESEDETDVEIEKKSETKETK
                     QEEEGFTEEDPSPSLFSEKKEDPDPDKIDETEKIRVNGKDKTKDEFHLHLKEAYYKNS
                     PTSYSGNQDISKLEILKEEKKNLFWFEKPLLSLLFDYKRWNRPTRYIKNNRFENAVRN
                     EMSQYFFYTCQNDGKKRISFTYPPSLSIFWEMIQRKISLSTTEKLLYDELYNYWIYTN
                     EQKKNSLSNEFANRIAVLDKGLFYIDGLDKKTQLCNEKTKKEYLPKINDPFLNGPYRG
                     IIKKCFSPSIINETVVQNWIDGIFINKIHSILRNDYNYHEFEQKKDTLKKKSISKEIR
                     HFMPLMSPFSGESTFNRKGIHLLLEEEQISSEDQEQFLKFLVDAIIGLKINNKKIKKC
                     RHKINTKKDMRICDPLLYI"
     gene            complement(132764..135004)
                     /gene="ndhF"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(132764..135004)
                     /gene="ndhF"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit F"
                     /translation="MEHIYQYAWIIPFIPLPAPFLIGVGLLLFPTATKSIRRVWAFCS
                     ISLLTIAMIFSTTLAIQQINSNSIYQYVWSWTINNDFSFEFGYLLDPLTSIMLVLITT
                     VAILVLIYSDNYMCHDQGYLRFFVYMSFFNTSMLGLVTSSNLIQIYICWELVGMCSYL
                     LIGFWFTRPIAANACQKAFVTNRVGDFGLLLGILGLYWVTGSFDFRDLFEIFTNLIKT
                     HEVNILFCIFCTLFLFSGAVAKSAQFPLHVWLPDAMEGPTPISALIHAATMVAAGIFL
                     VARLFPLFIVIPYIMYVIAFIGIITLFLGATLALAQKDIKRSLAYSTMSQLGYMMLAL
                     GMGSYRAALFHLITHAYSKALLFLGSGSLIHSMETLVGYSPDKNQNMVLMGGLTKHVP
                     ITKTAFLIGTLSLCGIPPLACFWSKDEILNDSWFYSPIFAIIAYFTAGLTAFYMFRIY
                     FLTFDGHLNLYCKNSSGKKNISLYSMSLWGKDGLKKINKNLSLVTLLTRNANRAETSV
                     FRKNPYKIYRHFLKIMRSFITITFTENKKMSAYPPESDNTMLFPLIVLIVFTFFIELI
                     GIPFNQEGIGLDILTKWLTPPVNPLHSPLNNYVDWYEFTINATLSVSIACWGIFIAFF
                     LYKPIYSSLKNFYLINSFDKRGPKRPFWDNITIFFYNWSSNRGYIDDFYTTYFIKGVR
                     GLVELVSFIDRRIIDGIPNGFGITSFFVAESIKYIGGGRISSYLFLYLFYVCIFLFFY
                     YLFLVL"
     misc_feature    132803..150116
                     /note="small single copy (SSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            135713..135886
                     /gene="rpl32"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl32_Soleracea_GeSeq-SRS_v6, position 1 - 174, psl score
                     89.7, coverage 100.00%, match 89.66%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             135713..135886
                     /gene="rpl32"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L32"
                     /translation="MAVPKKRTSISKKRIRKNFWKKKGYWAALKAFSLAKSLYTGNSK
                     SFFVLKKSTQNLE"
     gene            136716..136795
                     /gene="trnL-UAG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            136716..136795
                     /gene="trnL-UAG"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            136942..137895
                     /gene="ccsA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             136942..137895
                     /gene="ccsA"
                     /annotator="Chloe"
                     /product="cytochrome c biogenesis protein"
                     /translation="MIFSTLERILTHISFSTVSVVITLHLITLVVNEKVRLYNSLEKG
                     MIVTFLSLTGLLITRWVYWKHFPLSDLYESLIFLSWSFYIIHMIPYFKNQKNNLSAIT
                     APSAIFTQGFATSGLLTEMRQSSILVPALQSHWLMMHVSMMVLGYAALLCGSLLSVAL
                     LIILFQKAKITLFDKRKHLLNESLLFSKIPHMNEKDNILESVSAFSVKNYYRSQLIDQ
                     LDRWSYRVISLGFILLTIGILSGAVWANEAWGSYWNWDPKETWAFITWTVFAIYLHIR
                     TNKNFQGANSAIVAFIGFLIIWICYFGVNLLGIGLHSYGSF"
     gene            complement(138076..139596)
                     /gene="ndhD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(138076..139596)
                     /gene="ndhD"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit D"
                     /translation="TNSFPWLTTIVVLPIFAGSLMLILPHRGNKATRWYTIGISTIEL
                     LLTTYAFCYHFQPDDPLIQLAEDYKWINFFDFHWKLGVDGLSIGPVLLTGFITTLATL
                     AAFPVTRDSRLFHFLMLAMYSGQMGSFSSRDLLLFFIMWELELIPVYLLLSMWGGKKR
                     LYSATKFILYTAGGSIFLLMGVLGVGLYGSIEPTLNWETLVNQSYTLALEIIFYIVFF
                     IAFAVKLPIIPLHTWLPDTHGEAHYSTCMLLAGILLKMGAYGLVRINMELLPHAHSIF
                     SPWLIIIGTVQIIYAALTSPGQRNLKKRIAYSSVSHMGFIIIGISSITETGLNGAILQ
                     IISHGFIGAALFFLAGTSYDRTRLVYLDEMGGIAIPMPKIFTLFSSFSMASLALPGMS
                     GFIAELIVFFGIITSQKLLLMPKILISFGMAIGMILTPIYSLSMLRQMFYGYKLFNIT
                     NSYFFDSGPREFFVSTSIFLPVLGVGVYPDFVLSLSAEKVEAILSNFFLDKFHLMK"
     gene            complement(139726..139971)
                     /gene="psaC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaC,
                     position 1 - 246, E-Value 2.5e-72, score 245.1; blatX_hit
                     psaC_Soleracea_GeSeq-SRS_v6, position 1 - 246, psl score
                     93.5, coverage 100.00%, match 93.50%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(139726..139971)
                     /gene="psaC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit C"
                     /translation="MSHSVKIYDTCIGCTQCVRACPTDVLEMIPWDGCKAKQIASAPR
                     TEDCVGCKRCESACPTDFLSVRVYLWHETTRSMGLAY"
     gene            complement(140322..140627)
                     /gene="ndhE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhE,
                     position 1 - 305, E-Value 2.4e-79, score 268.6; blatX_hit
                     ndhE_Soleracea_GeSeq-SRS_v6, position 1 - 306, psl score
                     93.2, coverage 100.00%, match 93.14%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(140322..140627)
                     /gene="ndhE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit E"
                     /translation="MMLEHVLVLSAYLFSIGIYGLVTSRNLVRALMCLELILNAVNLN
                     FVTFSDFFDSRQLKGNIFSIFVIAIAAAEAAIGLAIVSSIYRNRKSTRINQSNLLNK"
     gene            complement(140873..141403)
                     /gene="ndhG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhG_Soleracea_GeSeq-SRS_v6, position 1 - 531, psl score
                     88.9, coverage 100.00%, match 88.89%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(140873..141403)
                     /gene="ndhG"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit G"
                     /translation="MDLPGSIHDFLLVFLGTGLILGGLGVVLFNNTIFSAFSLGLVLV
                     CISLFYILANSQFVASAQLLIYVGAINVLIIFAVMFMNGPEYDTNLRLWTVGDNITSL
                     ICTSLFFSLIFSTLNTSWYGIIWTTKSNQILEQDLITTSQQIGIHLSTDFFLPFELIS
                     IILLVALIGAIAIARQ"
     gene            complement(141804..142301)
                     /gene="ndhI"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(141804..142301)
                     /gene="ndhI"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit I"
                     /translation="MFPMVTGFINYGQQTVRAARYIGQGFMITLSHANRLPVTIQYPY
                     EKLITSERFRGRIHFEFDKCIACEVCVRVCPIDLPVVDWKLEKDIRKKRLLNYSIDFG
                     ICIFCGNCVEYCPTNCLSMTEEYELSTYDRHELNYNQIALGRLPIPITDDYTIRTILN
                     SPQTK"
     gene            complement(142395..144529)
                     /gene="ndhA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhA_Soleracea_GeSeq-SRS_v6, position 1 - 1098, psl score
                     90.3, coverage 99.45%, match 91.80%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(142395..142934,143978..144529))
                     /gene="ndhA"
                     /annotator="blatX"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIIDTTKIQNINSFYRLESLKEIYGTIWILFPILILVLGITIGV
                     LVTVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLIFKENLLPSRGDTRLFSIGP
                     SIAVISILLSYSVIPFGYHLVLADLGIGVFLWIAISSIAPIGLLISGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTVDIVEAQSKYGILGWNLWRQPIGFIVF
                     IISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYVASYLNLLISSLFVTVLYL
                     GGWDFSIPNIFIPEFFEIHKTEGVFGTTFSIFITLMKTFLFLFIPIATRWTLPRLRMD
                     QLLNLGWKFLLPISLGNLLLTTSSQLLSL"
     exon            complement(142395..142934)
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=2
     CDS             complement(join(142395..142933,143977..144529))
                     /gene="ndhA"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIIDTTKIQNINSFYRLESLKEIYGTIWILFPILILVLGITIGV
                     LVTVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLIFKENLLPSRGDTRLFSIGP
                     SIAVISILLSYSVIPFGYHLVLADLGIGVFLWIAISSIAPIGLLISGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTVDIVEAQSKYGILGWNLWRQPIGFIVF
                     IISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYVASYLNLLISSLFVTVLYL
                     GGWDFSIPNIFIPEFFEIHKTEGVFGTTFSIFITLMKTFLFLFIPIATRWTLPRLRMD
                     QLLNLGWKFLLPISLGNLLLTTSSQLLSL"
     intron          complement(142935..143977)
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     exon            complement(143977..144529)
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     intron          complement(142934..143976)
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     exon            complement(142395..142933)
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=2
     exon            complement(143978..144529)
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     gene            complement(144531..145712)
                     /gene="ndhH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhH,
                     position 1 - 1182, E-Value 0, score 1158.5; blatX_hit
                     ndhH_Soleracea_GeSeq-SRS_v6, position 1 - 1182, psl score
                     91.3, coverage 100.00%, match 91.20%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(144531..145712)
                     /gene="ndhH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit H"
                     /translation="MTVPTTRKDLMIVNMGPHHPSMHGVLRLIVTLDGEDVIDCEPIL
                     GYLHRGMEKIAENRTIIQYLPYVTRWDYLATMFTEAITVNGPEQLGNIQVPKRASYIR
                     VIMLELSRIASHLLWLGPFMADIGAQTPFFYIFRERELVYDLFEAATGMRMMHNFFRI
                     GGIAADLPYGWIDKCLDFCDYFLTGLAEYQQLITRNPIFLERVEGVGFISEEAAINWG
                     LSGPMLRSSGIEWDLRKVDHYECYDEFDWDVQWQKEGDSLARYLVRIGEMAESIKIIQ
                     QALEGIPGGPYENLEIRRFDRIKDPEWNDFDYRFISKKPSPTFELSKQELYVRVEAPK
                     GELGIFLIGDQSVFPWRWKIRPPGFINLQILPQLVKKMKLADIMTILGSIDIIMGEVD
                     R"
     gene            complement(145821..146093)
                     /gene="rps15"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps15,
                     position 2 - 272, E-Value 1e-57, score 198.3; blatX_hit
                     rps15_Soleracea_GeSeq-SRS_v6, position 1 - 273, psl score
                     87.6, coverage 100.00%, match 87.55%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(145821..146093)
                     /gene="rps15"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S15"
                     /translation="MNKNAFISSISHEKKEENRGSIEFQVFCFTTKIRRLTLHLELHK
                     KDYSSQRGLRKILGKRQHLLVYLSKKNRVRYKELISELNIRELKTR"
     repeat_region   150117..25326
                     /note="inverted repeat A (IRA)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
ORIGIN     
        1 AAAAATTTTA AAAATTGTTC TTGATCTTCT GAACTAATTT GTTCTTCTTC TAGAAGTAAA
       61 TGAATTCCTT TCCGATTGAA TGTTGATTCC CCAGAAAATG GACTCATTAA AGGCATGAAA
      121 TGCCTAATTT CTTTTGATAT TGATTTTTTT TTTAATGTAT CTTTTTTCTG TTCAAATTCG
      181 TGGTAATTAT AATCATTACG AAGAATACTA TGAATCTTAT TTATAAAAAT TCCATCTATC
      241 CAATTTTGGA CTACAGTTTC ATTTATAATA GAGGGTGAAA AGCATTTTTT TATTATTCCA
      301 CGATAGGGTC CATTTAAGAA AGGATCATTT ATTTTTGGCA AATATTCCTT TTTAGTTTTC
      361 TCATTGCATA ATTGAGTTTT TTTATCGAGT CCATCTATAT AAAAAAGTCC TTTGTCTAGA
      421 ACTGCAATTC TATTAGCAAA TTCATTGCTT AAGCTGTTTT TTTTTTGTTC ATTGGTATAA
      481 ATCCAATAAT TGTATAGTTC ATCGTATAAT AATTTTTCTG TTGTAGACAA AGAAATCTTT
      541 CTTTGTATCA TTTCCCAGAA AATTGATAAA CTGGGTGGAT ATGTAAAAGA AATTCTTTTT
      601 TTTCCATCGT TTTGACATGT ATAAAAAAAA TATTGTGACA TTTCATTTCT TACCGCATTT
      661 TCAAATCGAT TGTTTTTTAT ATATCGCGTT GGACGATTCC AACGTTTATA GTCGAAAAGA
      721 AGAGAAAGAA GGGGTTTTTC AAACCAGAAT AGGTTTTTCT TTTCTTCTTT AAGTATTTCT
      781 AACTTCGAAA TATCTTGATT GCCAGAATAA GAAGTTGGGC TATTTTTATA GTATGCTTCT
      841 TTTAAGTGCA AGTGGAATTC ATCCTTTGTT TTGTCCTTTC CATTCACTCG GATCTTTTCC
      901 GTTTCATCAA TTTTGTCCGG ATCCGGATCC TCCTTTTTTT CCGAAAAAAG GGAAGGAGAA
      961 GGATCTTCTT CGGTGAATCC CTCTTCTTCC TGTTTAGTCT CCTTCGTTTC GGACTTTTTT
     1021 TCTATTTCTA CATCTGTTTC GTCCTCACTT TCTTTCGTTT CTGAGGTTTC TTTCAGTTTC
     1081 TTAGTAAAAA TGGGTGACGG CATTCGGCCT AAATAGTAGA CACAGGTAAT AAATAAGAGA
     1141 ATACTAAAGA TTCGAGCCAT AGAATTTTTT AATTCTGACA CCAGATACTT ATTAGATCGA
     1201 ATAAGTACAT TAGATCTAAT AGAATGATTT TGCTGTATCC AAACTAATAC CAACCCAACC
     1261 CATTTCATGA ATAAAATGTG ACCAATTAAC CAACCAACAA AACTACTTGT TACAAATAAC
     1321 ATCTTGTTGT TGCATCGAAA CATATAAATG TTTACTAATC TGGCTAACAT TGAACTTGGT
     1381 AAAATGAAAT GGTTGAATAA TTGAAAAATG AGATTATTCA GGAATACACA TTGAATGCTG
     1441 AGATTACGCA TTGAATTTCT GCTAGTAGAT CCATAATCAA AAAAGCGTTT GTGATTGTTC
     1501 CAGAAGAAAT GAAACAAAAG GTAGGGTAGA GCTAGGACAG TTATTGTATG AGGTCTACCC
     1561 AATGCTAGAT GCAGAGGCGT ATAATAGATC GATATGAACA TCACGAGCTG TCCCATAATA
     1621 AAACCAGTTG TTGCTGATAC CTTCTTCTCG GTTCCTTCTT CTCCTTCTTC CATAACCTGA
     1681 GCTCGGAGAA GGAAGAGATA AGAGGGCCCT ATGGAGAATG TGGTCAGAAA TCCATAATAA
     1741 AGTCCGACCA CAACGACCGA ATTGATTATC TTCATGCATA AGGATACTAG ATTACCTAGT
     1801 AGAAAAGATT GAAAAATCAT CACAAACCTC CCTTTTTCTT TTGTATTGCA ATTTCTGGAT
     1861 TATTATATGA TGATTTTTTA ACTTTCCATA TCTAGAAATA GAAAGAGATA GACTAGAAAC
     1921 GACATCTCTT ATGTCGATGA CACAAAAGGG ATATTAAATG ATTGGAATTG GGATATGGAT
     1981 GGAATATAAT GAAATAGAGC CACTTTCAGG TTCTCTATGA AATGAGGCAT GGAAGGGAGC
     2041 CATTACGAAT AAGTTCCGGG AGTTACGAAG GAAGCTTCGA GCTCATATTG ATCATGGGTT
     2101 GAGACCGGTA ATTTAATTCT ATGAGATCGA GTCTGGCGTT GTTCCTCAGT AGCTCAGTGG
     2161 TAGAGCGGTC GGCTGTTAAC TGATTGGTCG TAGGTTCGAA TCCTACTTGG GGAGATTTTA
     2221 TGAATTCTTC ATTCTTTAAT TCATAATGAA GAGGCTCGCT TTGACCGTTA AGAGTAGGTA
     2281 AGTGGTCTTC CCTGTCTTTT TTTCTATCTC GTCGTATCGT ATCACATTCT CATTCTGTTC
     2341 TGCGCTATTT GATAATCTCC GTCAATACCT CGGTGTAGGT CCGGGATAAT CTTTTGTTCC
     2401 AAAGTCCTGG GGCTATTTAC AACTAGCCAA TTAATAATTC TCGGATGTAC TAGCAGTGCA
     2461 TCAAAGATGC AGTCATTGAT TCTCCCGAGA GGCTACAATT ACCGCGAGCA AACATAAAAA
     2521 ATATTAATGA CATGACGAGG AACGCATTTT TGCTATGCTA CTAATACTTG TACTTGCTCT
     2581 GCTATTCTCT GGCTGAGGAA GAGTTATGGA GCGTAAAAAA AATATGCCGT CGGAATACTA
     2641 TAAGTAATTA TAAGTGCATG ATAACACGTA ACAATAAAAA AAAAATAAGG CCCATTCCAC
     2701 TTTGACAAAA GACCCACACC CAAGTTCCAT AGCTTTAGCT CCGCTATCCC AATCATGATT
     2761 TTCCTACTCC CAAAAGGGAA AGGCCCTTCC CTTCGGGGTC GGTTTTGGGC GAGGAGGGAT
     2821 TCGAACCCCC GACACCGTGG TTCGTAGCCA CGTGCTCTAA TCCTCTGAGC TACAGGCCCC
     2881 ACCCCGCCTC CACTGTATAT GCTCCCGGTA GTATCCTCAA AAAAAGGAAA CTTTCCTCTC
     2941 CCCAGCCATT TCATTTCGGG TTAAGAAGAT ATGAAAGCGC GTTTCTCTCT ATAAGAATAA
     3001 GAACGGTGCA TTCCGAGGTG TGAAGTGGGA GAGAAGGAAT GTCATAATTG GGTTTTTGAA
     3061 TAAGACGACC TTTTCATTCT TATTATTTTT TCAATATGAA AAAGTAATAA GAATGATAGG
     3121 TGTTAAGCTT TTTATCATCC TGGCGTCGAG CTATTTTCCC GCAGGACCTC CCCTACAGTA
     3181 TCGTCACCGC AGTAGAGTTT AACCACCAAG TTCGGGATGG ATTGGTGTGG TTCCTCTACG
     3241 CCTAGGACAC CAGAATATCG AACCACGAAC TAAGAAAGGC ATGAGAAAAA GGCATATTGG
     3301 CTAGTGATTG TGAGGCCCCA ATTCGTGACT GGAGGGGACA CCAAAGGCCT CCGCCCTTCC
     3361 ATCCCTTGGA TAGATAGAGA GGGAGGGCAG GGCTTTTGGT TTTTTCATGT TGTCAAAGAG
     3421 TTTACCAATG GTTTTTCGTG TTGTCAAAGA ATTGAACAAT GAAAATAGAT GGCGAATGCC
     3481 TGATCGAATT GATCGGGTCA TGTAGGAACA AGGTTCAAGT CTATCGGTCT GTTAGGATGC
     3541 CTCAGCTGCA TACATCACTG CACTTCCACT TGACACCTAT CGTAATGATA AACGGCTCGT
     3601 CTCGCCGTGA CCTTCTCTTG AATTCTCAAA ACTTCTGTCG CTCCATCCCC GCAGGGGCAG
     3661 AGAACCCGTC GCCGTCTCGG CTATGCTATC GGCGGCTCTG GGGAAGTCGG AATAGGAGAG
     3721 CACTCATCTT GGGGTGGGCT TACTACTTAG ATGCTTTCAG CAGTTATCCG CTCCGCACTT
     3781 GGCTACCCAG CGTTTACCGT GGGCACGATA ACTGGTACAC CAGAGGTGCG TCCTTCCCGG
     3841 TCCTCTCGTA CTAGGGAAAG GTCCTCTCAA TGCTCTAACG CCCACACCGG ATATGGACCG
     3901 AACTGTCTCA CGACGTTCTG AACCCAGCTC ACGTACCGCT TTAATGGGCG AACAGCCCAA
     3961 CCCTTGGAAC ATACTACAGC CCCAGGTGGC GAAGAGCCGA CATCGAGGTG CCAAACCTTC
     4021 CCGTCGATGT GAACTCTTGG GGAAGATCAG CCTGTTATCC CTAGAGTAAC TTTTATCCGT
     4081 TGAGCGACGG CCCTTCCACT CGGCACCGTC GGATCACTAA GGCCGACTTT CGTCCCTGCT
     4141 CGACTGGTAG GTCTTGCAGT CAAGCTCCCT TCTGCCTTTG CACTCGAGGG CCAATCTCCG
     4201 TCCGGCCCGA GGAAACCTTT GCACGCCTCC GTTACCTTTT GGGAGGCCTA CGCCCCATAG
     4261 AAACTGTCTA CCTGAGACTG TCCCTTGGCC CGTAGGTCCT GACACAAGGT TAGAATTCTA
     4321 GCTCTTCCAG AGTGGTATCT CACTGATGGC TCGGGCCCCC CCGGAAGGGG GCCTTCTTCG
     4381 CCTTCCACCT AAGCTGCGCA GGAAAGGCCC AAAGCCAATC CCAGGGAACA GTAAAGCTTC
     4441 ATAGGGTCTT TCTGTCCAGG TGCAGGTAGT CCGCATCTTC ACAGACATGT CTATTTCACC
     4501 GAGCCTCTCT CCGAGACAGT GCCCAGATCG TTACGCCTTT CGTGCGGGTC GGAACTTACC
     4561 CGACAAGGAA TTTCGCTACC TTAGGACCGT TATAGTTACG GCCGCCGTTC ACCGGGGCTT
     4621 CGGTCGCCGG CTCCCCTGTC ATCAGGTCAC CAACTTCCTT GACCTTCCGG CACTGGGCAG
     4681 GCGTCAGCCC CCATACATGG TCTTACGACT TTGCGGAGAC CTGTGTTTTT GGTAAACAGT
     4741 CGCCCGGGCC TGGTCACTTC GACCCCCTTT GTGAGGGGGC ACCCCTTCTC CCGAAGTTAC
     4801 GGGGCTATTT TGCCGAGTTC CTTAGAGAGA GTTGTCTCGC GCCCCTAGGT ATTCTCTACC
     4861 TACCTACCTG TGTCGGTTTC GGGTACAGGT ACCCTTTTGT TGAAGGTCGT TCGAGCTTTT
     4921 CCTGGGAGTA TGGCATGGGT TACTTCAGCG CCGTAGCGCC TGGTACTCGA ACATTGGCTC
     4981 GAGGCATTTT CTCTACCCCT TCTTACCCTG AAAAACAGGG TCACCTTGTG TCCTTGAACC
     5041 GATAACCATC TTTCGGCTAA CCTAGCCTCC TCCGTCCCTC GGGACCAACA AGGGGTAGTA
     5101 CAGGAATCTT TACCTGTTGT CCATCGACTA CGCCTTTCGG CCTGATCTTA GGCCCTGACT
     5161 CACCCTCCGT GGACGAACCT TGCGAAGGAA CCCTTAGGTT TTCGGGGCAT TGGATTCTCA
     5221 CCAATGTTTG CGTTACTCAA GCCGACATTC TCGCTTCCGC TTCGTCCATC ACCGGCTCGC
     5281 GCCGGTACTT CCCTCTAGGC GGAACGCTCC CCTACCGATG TTTTTTTACA TCCCACAGCT
     5341 TCGGCAGATC GCTTAGCCCC GTTCATCTTC GGCGCAAGAG CGCTCGATCA GTGAGCTATT
     5401 ACGCACTCTT TCAAGGGTGG CTGCTTCTAG GCAAACCTCC TGGCTGTCTC TGCACCCCTA
     5461 CCTCCTTTAT CACTGAGCGG TCATTTAGGG GCCTTAGCTG GTGATCCGGG CTGTTTCCCT
     5521 CTCGACGATG AAGCTTATCC CCCATCGTCT CACTGGCCGA CCTTGACCCC TGTTATTTGG
     5581 AGGTCATATC TAGTATTCAG AGTTTGCCTC GATTTGGTAC CGCTCTCGCG GCCCGCACCG
     5641 AAACAGTGCT TTACCCCTAG ATGTCCAGTC AACTGCTGCG CCTCAACGCA TTTCGGGGAG
     5701 AACCAGCTAG CTCTGGGTTC GAGTGGCATT TCACCCCTAA CCACAACTCA TCCGCTGATT
     5761 CTTCAACATC AGTCGGTTCG GACCTCCACT TAGTTTCACC CAAGCTTCAT CCTGGTCATG
     5821 GATAGATCAC CCAGGTTCGG GTCCATAAGC AGTGACAATT GCCCTATGAA GACTCGCTTT
     5881 CGCTACGGCT CCGGTGGGTT CCCTTAACCA AGCCACTGCC TATGAGTCGC CGGCTCATTC
     5941 TTCAACAGGC ACGCGGTCAG AGCTTCCACG GCGCCTCCTC CCACTGCTTG AGAGCTTACG
     6001 GTTTCATGTT CTATTTCACT CCCCGATGGG GGTTCTTTTC ACCCTTCCCT CACGGTACTA
     6061 CTTCGCTATC GGTCACCCAG GAGTATTTAG CCTTGCAAGG TGGTCCTTGC TGATTCACAC
     6121 GGGATTCCAC GTGCCCCATG CTACTCGGGT CAGAGCATAA GCTAGTGATG CTTTCGGCTA
     6181 CTGGACTCTA GCCATCTAGG GTGCGGTACT CCACCGCTTC GCCTAGCAGC ACGACGCTTG
     6241 TATTGCTCTC CCACAACCCC GTTTTCACGG TTTAGGCTGT TCCCATTTCG CTCGCCGCTA
     6301 CTACGGGAAT CGCTTTTGCT TTCTTTTCCT CTGGCTAGTA AGATGTTTCA GTTCGCCAGG
     6361 TTGTCTCTTG CCTGCCCATG GATTCAGCAG CAGTTCGAAA GGTTGACCTA TTCGGGAATC
     6421 TCCGGATCTA TGCTTATTTT CAACTCCCCG AAGCATTTCG TCGATTAATA CGCCCTTCTT
     6481 CGTCTCTGGG TGCCTAGGTA TCCACCATAA GCCTTTCCTC GTTTGAACCT CGCCCTTACC
     6541 TTAACTTTAA GGTTATGCCA TCCTAAGGTG CTGCTAAATG TAAATGGAAG GATCTTATCA
     6601 ACGTCCATGA ATGATAAATA ATAGATCGAA CGGCCGAATT GGAAAAATTG GGTGCTATCA
     6661 TATAATATAG CTTTTAGCTT TGTATCGGCT AAGTTCACGA GTTGGAGATA AGCGGACTCG
     6721 AACCGCTGAC ATCCGCCACA GGGTAAACCA CCGTCTCTCA GGCCCCCGAC TGACTGATTC
     6781 TACCATAGAG GCCAACGATA GACAATAACT CCCCCCCGAA CACAGCTTAC AACTTTCATC
     6841 GTACTGTGCT CTCCGAAGAG CAACTCTTCT CAAAATCTCA ATGAGTTGGA ATACAATTCT
     6901 AACTAAGGAT TCGTGTGGTT CCGGAGGATC CAGCTACAGG AGAACCAGGA ACAGAGAGCT
     6961 TTCCCCCCTT TTCCGTCCGA CTCTGTGGTC TTAAGAATGC TTGTTTTAAG AATGAGTGAT
     7021 TGCCCTTCTC CGACCCTTAC TGCCCAACCT GGGAGCGGAC AGCTAATGCG TTCCACTTAT
     7081 TGAATTGAAC AGGGTTCTAT GGTCGGCCCG TGACCCCTGG ATGCCGAAGG CGTCCTTGGG
     7141 GTGATCTCGT AGTTCCTACG GGGTGGAGAC GATGGGGTCG GTCCATGGAT TTTCCTTCCT
     7201 TTATGCCGCA TTTCGCTCAA AGGGTTGAAG GGAGATAGTG CATCAAGCTG TTCGCAAGGA
     7261 CCAACTTGAT CCTCTTCCCC AGGATCCAAG ATTAGGGAAC CCTAGGAGAG CCGCCGACTC
     7321 CAACTACTGT CCATGTACGA TCCATACTAG ATCTGACCAA CTGCCCATCC TACCTCCTCT
     7381 ACGTTCTTGA CAGCCCATCT TCGTTTTGTC TCAGTAGAGT CTTTCAGTGG CATGTTTCGG
     7441 TCCTCTTCCC CATTACTTAG AAAAAGTAAG CCACCGGTTC AGGTACAAGA TACTATCATT
     7501 ACCGCCTGGA CAATTAGACA TCCAACCCGT AATCGCAACG ACCCAATTGC AAGAGCGGAG
     7561 CTCTACCAAC TGAGCTATAT CCCCCCGAGC CAAGTGGAGC ATGCATGAAG GAGTCAGACG
     7621 CTTCTTCTAT TATTATTCTT TTCCCTGGCG CAGCTGGGCC ATCCTGGACT TGAACCAGAG
     7681 ACCTCGCCCG TGAAGTAAAT CATCGCACCT ACGGTCCAAT CAATTTGGGG AGAATCAATA
     7741 GATTCCTTTT CGGGAGCGAT TCATCCTTCC CGAACGCAGC ATACAACTCT CCGTTGTACT
     7801 GCGCTCTCCA AGTGTACTTG TTCCCCCCTT CTTCCTTCTT ACCATGGCAA GTCTTTGTGA
     7861 AATAACTCCG ATGAGAAGAA AAAAGAAGGC ATTAAGAGAC CCTCCTGGCC CAACCCTAGA
     7921 CACTCTAAGA TCCTTTTTCA AACCTGCTCC CATTTCGAGT CAAGAGATAG ATAAATAGAC
     7981 ACATCCCATT CCACTGATCG GGGGGCGTTC GTCGTGACTG AGGGGGTCGA AGACCAAGAA
     8041 GTGAGTTATT TATACCAAGC ATTCTTCTTA CGGCTAGATC CAATCTCCTG GTCCCTGCGG
     8101 AAAGGAAAAA GAATTTCACG TTCTTCCTTT CGGGAAGGGA GGATTAGGGA AATCCTATTG
     8161 ATTGCAGCTT TCTCCAGACC TCTGGGAAAG CATGAAAAAA AGGCTCGAAT GGTACGATCC
     8221 TTCCGTCACC CCATTCATTC TGGGGTGATC TCGTAGTTCT TGGTCTGTGA AGATGCGTTG
     8281 TTAGGTGCTC CATTTCCATT GAGGCCGAAC CTAAACCTGT GCTCGAGAGA TAGCTGTCCA
     8341 TACACTGATA AGGGATGTAT GGATTCTCGA GAAGAGAGGA GCCGTAGTGG TCCCCCCCGG
     8401 ACCGCCCGGA TCCCACGAGT GAATCAAAAG TTGGATCTAC ATTGGATCTC ACCTGAATCG
     8461 CCCCATCTAT CCTCCTGAGG AGAAGTTTGG TTTCAAACCC CGGTTCGAAC AGGAGGAGTA
     8521 CGCCATGCTA ATGTGCCTTG GATGATCCAC ATCTCAAGGT CAGGCGCTGA TGGGCACATT
     8581 GAACTATCCA TGTGGTTGAG AGCCCTCACA GCCCAGGCAC AACGACGCAA TTATCAGGGG
     8641 CGCGCTCTAC CACTGAGCTA ATAGCCCGTC GTGCGAGCCC CCGGAGGGAG GCCCGCAATG
     8701 CAAAAAGCGA GAGAAACCCC ATCCCTCTCT TTCCTTTTTT TGCCCCCATG TCGCCACACA
     8761 GGGGGACATG GGGACGTAAA AAGGGGATCC TATCAACTTG TTTTGTTCCG ACCTAGGATA
     8821 ATAAGCCCAT GAGCTTGGTC TTACTTCACC GCCGAGAAAC GAAAGAAGAC TTCCATCTCC
     8881 AAGTTTAACT CAGACGTAGC TTGCTTCTTT TGGGGTGTGA AGCAGTGTCA AACCAAAATA
     8941 CCCAACAAGC ATTAGCTCTC CCTGAAAAGG AGGTGATCCA GCCGCACCTT CCAGTACGGC
     9001 TACCTTGTTA CGACTTCACT CCAGTCACTA GCCCTGCCTT CGGCATCCCC CTCCTTGCGG
     9061 TTAAGGTAAC GACTTCGGGC ATGGCCAGCT CCCATAGTGT GACGGGCGGT GTGTACAAGG
     9121 CCCGGGAACG AATTCACCGC CGTATGGCTG ACCGGCGATT ACTAGCGATT CCGGCTTCAT
     9181 GCAGGCGAGT TGCAGCCTGC AATCCGAACT GAGGACGGGT TTTTGGGGTT AGCTCACCCT
     9241 CGCGGGATCG CGACCCTTTG TCCCGGCCAT TGTAGCACGT GTGTCGCCCA GGGCATAAGG
     9301 GGCATGATGA CTTGACGTCA TCCTCACCTT CCTCCGGCTT ATCACCGGCA GTCTGTTCAG
     9361 GGTTCCAAAC TCAACGTTGG CAACTAAACA CGAGGGTTGC GCTCGTTGCG GGACTTAACC
     9421 CAACACCTTA CGGCACGAGC TGACGACAGC CATGCACCAC CTGTGTCCGC GTTCCCGAAG
     9481 GCACCCCTCT CTTTCAAGAG GATTCGCGGC ATGTCAAGCC CTGGTAAGGT TCTTCGCTTT
     9541 GCATCGAATT AAACCACATG CTCCACCGCT TGTGCGGGCC CCCGTCAATT CCTTTGAGTT
     9601 TCATTCTTGC GAACGTACTC CCCAGGCGGG ATACTTAATG CGTTAGCTAC AACACTGCAC
     9661 GGGTCGATAC GCACAGCGCC TAGTATCCAT CGTTTACGGC TAGGACTACT GGGGTATCTA
     9721 ATCCCATTCG CTCCCCTAGC TTTCGTCTCT CAGTGTCAGT GTCGGCCCAG CAGAGTGCTT
     9781 TCGCCGTTGG TGTTCTTTCC GATCTCTACG CATTTCACCG CTCCACCGGA AATTCCCTCT
     9841 GCCCCTACCG TACTCCAGCT TGGTAGTTTC CACCGCCTGT CCAGGGTTGA GCCCTGGGAT
     9901 TTGACGGCGG ACTTAAAAAG CCACCTACAG ACGCTTTACG CCCAATCATT CCGGATAACG
     9961 CTTGCATCCT CTGTCTTACC GCGGCTGCTG GCACAGAGTT AGCCGATGCT TATTCCCCAG
    10021 ATACCGTCAT TGCTTCTTCT CCGGGAAAAG AAGTTCACGA CCCGTGGGCC TTCGACCTCC
    10081 ACGCGGCATT GCTCCGTCAG GCTTTCGCCC ATTGCGGAAA ATTCCCCACT GCTGCCTCCC
    10141 GTAGGAGTCT GGGCCGTGTC TCAGTCCCAG TGTGGCTGAT CATCCTCTCG GACCAGCTAC
    10201 TGATCATCGC CTTGGTAAGC TATTGCCTCA CCAACTAGCT AATCAGACGC GAGCCCCTCC
    10261 TTGGGCGGAT TCCTCCTTTT GCTCCTCAGC CTACGGGGTA TTAGCAGCCG TTTCCAGCTG
    10321 TTGTTCCCCT CCCAAGGGCA GGTTCTTACG CGTTACTCAC CCGTCCGCCA CTGGAAACAC
    10381 CACTTCCCGT CCGACTTGCA TGTGTTAAGC ATGCCGCCAG CGTTCATCCT GAGCCAGGAT
    10441 CGAACTCTCC ATGAGATTCA TAGTTGCATT ACTTATAGCT TCCTTGTTCG TAGACAAAGC
    10501 GGATTCGGAA TTATCTTTCA TTCCAAGGCC TAACTTGTAT CCATGCGCTT CATATTTGCC
    10561 TGGAGTTTGC TCCTAGAAAT ATAGCCATCC CTACCCCCTC ACGTCAATCC CACGAGCCTC
    10621 TTATCCATTC TCATTCAATC ACGGCGGGGG AGCAAGTTAA AATAGAAAAA CTCACATTGG
    10681 GTTTAGGGAT AATCAGGCTC GAACTGATGA CTTCCACCAC GTCAAGGTGA CACTCTACCA
    10741 CTGAGTTATA TCCCTTCCCT GCCCCCATCG AGAAATAGAA ATGACTAATC CTAAGGCAAA
    10801 TGGTCGAGAA ACTCAACGCC ACTATTATTT TAGTCTTGAA CAACCTTGCC TAGTAGGCAA
    10861 AGATTGACCC CTGCGGAAAG GATGATTCAT TCCATTCGGA TCGACATGAG AGTCCAACTC
    10921 CATTGCATTG TCAGTATCTG TGTTGTATAT TTGAAAGAGG TTGACCTCCT TGCCTCTCTC
    10981 ATCGTACAAT CCTCTTCCTG ACGAGCCCCC CTTCTCCTCG GCCCACAGAG ACAAAAAAAA
    11041 TGGAGGGCTT GGTGCCAACA GTTCATCACG AAATCATCAC GAAAGAAGGG ACTCACTGAG
    11101 CCGGGATCCG GGATCACTAA CTAATACTAA TCTAATACTA ATCTAATAGA AAAAAATACT
    11161 AATATAATAT AAAAGAACTG TCTTTTCTGT ATACTTTCCC CGGTTCTCTT GCTACCGCGG
    11221 GTTTTACTTT ACGCAATCGA TCGGATCATA TAGATATCCC TTCAACACAA CATAGGTCAT
    11281 CGAAAGGATC TCGGAGACCC ACCAAAGCAC GAAAGCCAGG ATCTTTCAGA AAATGGATTC
    11341 CTATTCGAAG AGTGCATAAC CGCATGGATA AGCTCACACT AACCCGTCAA TTTGGGATGA
    11401 TCCAATTCGG GATTTTCCTT GGGAGGTATC GGGAAGGAAT TGGAATGTAA TCGATTCATG
    11461 CAAAAGAAAA GGTTCTCTAT TGATTCAAAC GCTCTACCTA TGGGATAGAG GAAGAGGAAA
    11521 ACCGAAGATT TTACATAGTA CTTTTGATCG AAAATAAATC TGATTTATTT CGTACCCTTC
    11581 GCTCAATGAG AAAGTGGGTC ATATTCTACA GGATCAAACC TATGGGACTT AAAGAATTAT
    11641 GGAAGGAATC TCCAATTGCT TCGAAAGAAT TGAGCGAGGA GCCGTATGAG GTGAAAATCT
    11701 CATGTACGGT TCTGTAGAGT GGCAGTAAGG GTGACTTATC TGTCAACTTT TCCACTATCA
    11761 CCCCCAAAAA ACCAAACTCT GCCTTACGTA AAGTTGCCAG AGTACGATTA ACCTCTGGAT
    11821 TTGAAATCAC TGCTTATATA CCCGGTATTG GCCATAATTT ACAAGAACAT TCTGTAGTCT
    11881 TAGTAAGAGG GGGAAGGGTT AAGGATTTAC CCGGTGTGAG ATATCACATT GTTCGAGGAA
    11941 CCCTAGATGC TGTTGGAGTA AAGGATCGTC AACAAGGGCG TTCTAGTGCG TTGTAGATTC
    12001 TTATCCAAGA CTTGTATCAT TTGATGATGC CATGTGAATT GCTAGAAACA TGTGAAGTGT
    12061 ATGGCTAACC CAATAACGAA AGTTTCGTAA GGGGACTGGA GCAGGCTACT ATGAGACAAA
    12121 AGATCTTCTT TCTAAAGAGA TTCGATTCGG AACTATTATA TGTCCAAGGT CCAATATTGA
    12181 AATAATTTCA GAGGTTTTTC CTGACTTTAT TCGTGTCAAC AAACAATTCG AAATACCTCG
    12241 ACTTTCTTAG AACAAGTCTG AGTCAAATAG CAATGATTCG AAGCACTTCA TTTTACACTA
    12301 TTTCGGAAAC CCAAGGACTC AATCGTATGG ATAGGGAAAA TACAGGATTT CCAATCCTAG
    12361 CAGGAAAAGG AGGGAAACGG ATACTCAATT AAAAGTGAGT AAACAGAATT CCATACTCGA
    12421 TCTCATAGAT ACATATCAAA TTCTGTGGAA AGCCGTATTC GACGAAAGTC GTATGTACGG
    12481 CTTGGAGGGA GATCTTTCAT ATCTTTCGAG ATCCACCCTA CAATATGGGG TCAAAAAGCC
    12541 AAAATAAGTG ATTTTAGCCC TTATAAAAAG AAAACTGACT CTTGAACCCC TTTCACGCTC
    12601 ATGTCACGTC GAGGTACTGT AGAAGAAAAA ACTGCAAAAT CCGATCCAAT TTATCGTAAT
    12661 CGATTAGTTA ACATGTTGGT TAACCGTATT CTGAAACACG GAAAAAAATC ATTGGCTTAT
    12721 CAAATTATCT ATCGAGCCGT GAAAAAGATT CAACAAAAAA CAGAAACAAA TCCACTATCT
    12781 GTTTTACGTC AAGCAATACG TGGGGTAACT CCCGATATAG CAGTAAAAGC AAGACGTGTA
    12841 GGCGGATCGA CTCATCAAGT TCCCATTGAA ATAGGATCCA CACAAGGAAA AGCACTTGCC
    12901 ATTCGTTGGT TATTAGGGGC AGCCCGAAAA CGTCCGGGTC GAAATATGGC TTTCAAATTA
    12961 AGTTCCGAAT TAGTGGATGC TGCCAAAGGG AGTGGCGATG CCATACGCAA AAAGGAAGAG
    13021 ACTCATAGAA TGGCAGAGGC AAATAGAGCT TTTGCACATT TTCGTTAATC CATGAACAGT
    13081 ATCTATATAG ACACCTAGAT CCATGGATCC ATACATCTCG ACCAGAAAAG AATCAATAGA
    13141 AAAAAGAAAG AATCGGAATT GATCAATATC TTTCTTTTCT CGAAACAAAT GAAAGAGAAA
    13201 TCATGGATCA ACTAAGCCCT CTCGGGAACT CACTTAAGAA TAAGAAAGAG GAATCTCATG
    13261 TAAATACCAT ACCATGGAAT AAGGTTTGAT CCTATTCATG GCTATTCCGT AAATAGAAAT
    13321 ATTCCATTTC AAAAATAGAA AGTTCGAAAC GAAACAATTG GGATTTTTTT GGAGATTGGA
    13381 TGCAGTTACT AATTCATGAT TTGGCATGTA CAGAATGAAA ACTTCATTCT CGATTCTACG
    13441 AGAATTTTTA TGAAAGCCTT TCATTTGCTT CTCTTTGATG GAAGTTTTAT TTTTCCAGAA
    13501 TGTATCCTAA TTTTTGGCCT AATTCTTCTT CTGATAATCG ATTCAACCTC TGATCAAAAA
    13561 GATATACCTT GGTTATATTT CATCTCTTCA ACAAGTTTAG TAATGAGCAT AACAGCCCTG
    13621 TTGTTCCGAT GGAGAGAAGA CCCTATGATT AGCTTTTCGG GAAATTTCCA AACGAACAAT
    13681 TTCAACGAAA TCTTTCAATT TCTTATTTTA CTATGTTCAA CTCTATGTAT TCCTCTATCC
    13741 GTAGAGTACA TTGAATGTAC AGAAATGGCT CTCACAGAGT TTCTGTTATT TGTATTAACA
    13801 GCTACTCTAG GAGGAATGTT TTTATGCGGT GCTAACGATT TAATAACTAT CTTTGTAGCT
    13861 CCAGAATGTT TCAGTTTATG CTCCTACCTA TTATCTGGAT ATACCAAGAA AGATGTACGG
    13921 TCTAATGAGG CTACTACGAA ATATTTACTC ATGGGTGGGA CAAGCTCTTC TATTCTGGTT
    13981 CATGGTTTCT CTTGGCTATA TGGTTCATCC GGTGGAGAGA TCGAGCTTCA AGAAATAGTG
    14041 AACGGTCTTA TCAATACACA AATGTATAAC TNCCCGGGAA TTTCAATTGC GCTTATATTC
    14101 ATCACTGTAG GAATTGGGTT CAAGCTTTCC CCAGCCCCTT CTCATCAATG GACTCCTGAC
    14161 GTATACGAAG GAGTGCGATT CGTTCGAGAA ATTCCTACCT CTCTATCTAT CTCTGAGATG
    14221 TTTGGATTTT TCAAAACTCC ATGGACATGC AGAAGAGAAA TGCTATCCCC ACTCGGGCCA
    14281 AGACATAACT TTTACTTGTT CAAATAACAA TTAAGGTGAA GCAGGGTCAG GAACAACGAA
    14341 TCTCTTTATG ATATCCATTT TGCAAGTTCG TTATTACGGG TAGTTCCTAC AAAGGATCGG
    14401 ACTAATGACG TATACTTGAA TTCTCGACGT AGATGCTACA TAGTGGGTTC TCATCCTTCA
    14461 GAGACTACGA GTGTAATAGG AGCATCCGTC GACAAAAGGA TCACCCTAAG ATGATCATCT
    14521 CATGGCTATT GAGAACGAAT CAAATCAGAT GGTTCTATTT ATCAATCTTT CTGACTTGCT
    14581 TCTACGGAAC CCAGATCGAA AAGATTGAAA AAATCAGCCA TTCGCAACCA CTGATCAAGG
    14641 ATTCCTCGAA AAGTTAAGGA TTAGTAATCT TTTTTATAAA TCGAACGGAT TCGGTCTTAT
    14701 ACATACGCGA GGAAGGTAAT CAAAAAAGAA AGAAGAACTC ATCTTCTTTC TTTTATCACT
    14761 TAGGAGCCGT GCGAGATGAA AGTCTCATGC ACGGTTTTGA ATGAGAGAAA GAAGTGAGGA
    14821 ATCCTCTTTT CGACTCTGAC TCTCCCACTC CAGTCGTTGC TTTTCTTTCT GTTACTTCGA
    14881 AAGTAGCTGC TTCAGCTTCA GCCACTCGAA TTTTCGATAT TCCTTTTTAT TTCTCATCAA
    14941 ACGAATGGCA TCTTCTTCTC GAAATACTAG CTATTCTTAG CATGATATTG GGGAATCTGA
    15001 TTGCTATTAC TCAAACAAGC ATGAAACGTA TGCTTGCATA TTCGTCCATA GGTCAAATCG
    15061 GATATGTAAT TATTGGAATA ATTGTTGGAG ACTCAAATGA TGGATATGCA AGCATGATAA
    15121 CTTATATGCT GTTCTATATC TCCATGAATC TAGGAACTTT TGCTTGCATT GTATTATTTG
    15181 GTCTACGTAC CGGAACTGAT AACATTCGAG ATTATGCAGG ATTATACACG AAAGATCCTT
    15241 TTTTGGCTCT CTCTTTAGCC CTATGTCTCT TATCCCTAGG CGGTCTTCCT CCACTAGCAG
    15301 GTTTTTTCGG AAAACTCTAT TTATTCTGGT GTGGGTGGCA GGCAGGCCTA TATTTATTGG
    15361 TTTTAATAGG ACTCCTTACG AGCGTTCTTT CTATCTACTA TTATCTAAAA ATAATCAAGT
    15421 TATTAATGAC TGGACGAAAC CAAGAAATAA CCCCTCACGT GCGAAATTAT AGAAGATCCC
    15481 CTTTAAGATC AAAGAATTCC ATCGAATTGA GTATGATTGT ATGTGTGATA GCATCTACTA
    15541 TACCAGGAAT ATCAATGAAC CCGATTATTG CAATTGCTCA GGATACCCTT TTTTAGCTTC
    15601 TAAAGTCTAT TTCTTAGTTC AAGATCCCTC TTACTAACTG GAATCAAAGA ATTAGTAGAT
    15661 CTGTTCCTCC GCCAAAAATG GGAATGGGCT AGGTTTATGA ACTTATAATC TAGAATCTGA
    15721 TGATCGAGTC GATTCCACGA TTATAAGTTC ATTCCATACC GGACCAGAAT AGGGTTCTAT
    15781 ACATGCTCAT TATGAGAAGG GGTCCTTCGA GCGTATCTAA ATAGATACTA TGTTTACATT
    15841 ATGACCGATC AATATAAATA CTCCAACACT CCACCTTTAT CATATATTCC ATACATCACA
    15901 CTAGATAGAT ATCATATTCA TGGAATACGA ATCACTTTCA AGATGCCTTG GTGGTGAAAT
    15961 GGTAGACACG CGAGACTCAA AATCTCGTGC TAAAGAGCGT GGAGGTTCGA GTCCTCTTCA
    16021 AGGCATAAAA TCGAGAATGC TGATTGAATT CCAAGATCTC GGATCGATAT TGATATACCG
    16081 ATCCGAGATC TTGGAATTAG AATAAGTTCG GCATAAGTTC GGCAGCGGAT CACGAAATCT
    16141 TGGCGATCTT TTCTATCTAA TGACTAATGA AGGGGGAGTC CGCTTTGAAA TCATCCGCCC
    16201 TGCACCCACC CCCCCGAGTA TATGCTTCAA CAGAAATTGG ACAAGGGGAG ATTGATAGAA
    16261 TAGAAACCTC TGAAAAAATG CCTGCCCGTA ACGTAACTCA GCAGATAAAT TACATAGTCC
    16321 GTTTTAGGGA TTGGCGACTT ACCCATTCAG TGACTTTGGC ACTGTACGTT TTCAAAATAG
    16381 GCACTATCGG GTCGGATGAA TTCCATAATA GACATTCCAG CCTTCCTTCT ACTTTCAGGG
    16441 CCTATCCGAA AGAGAATCCA GTACTTCTTG GTCGTGAATA TCTGAATGAA TAGGACGAAC
    16501 CGCCCCGTGG ATATCTTTGC TTCGGCACAA AACAATTAAA ATTAGGCTCG GTCAACTGGA
    16561 ATGTGTATTA TCCATATAGG GTATTTTATT TCGATTTTAT TTAGTTATTC AGTCAAACCA
    16621 ACGATTCGTT ATTGGAGCAG ATAGCAACAA CCATTTCAAC GGACATGCGT CTTTTTTATT
    16681 TTCCAATGGA TTTACATCTT TCATTAATGG AAATTTATTG ATGTAGTGGG TAATAGGCTC
    16741 TGGTTGTTCG CTGTTCACGA ATTCTTGTTT AGGCAGTTCA TACCACCCAT ACATAGTGTT
    16801 TTGATCTAAG ATTTCAATTC TTCCATGTTT CAGCAGTAGC ATATTATTCC ATGGAGCTAA
    16861 GGTACGAAAT ATGGAAAAAC AAGTGTTTCC ACGCCTCTAC CACCCAGTCA ATTCTGTTCC
    16921 ACTTAATCCC CCTTTCATGG CCACATATCT TTCCGGCTAA GGAATGATAA AGATTTCTCC
    16981 TCTTACATGA ATCCAATTTT CATTTCATCC GGGAAAAGCC ATCTTTTTCT CAACAATGTC
    17041 TTTGTCATTT GATCCAATAG TGTTCCATTA GATAGGAACA GATTTGATAA ATACTGATAA
    17101 CTCTCGGATA GAGTATTAGA ACGGAAAGAT CCATTTGATA ATGAACTATT GGTTCTAAGC
    17161 CATCTCTGGC GATTAATCAA CAATTCAAAG TGCTTTTCTT GCGTATTCTT GATAAACCAG
    17221 CGTTTATATA TAGATGTAGG AGTAGACTTT TGGGTAGTAA GAAGCCCCTT TGGCATCTCT
    17281 TCATCTGCAA AGAATTCTCG ATGTGAAAAC ACAGATACAA AGGGCTGATC TTTGGATAGG
    17341 AAAAAGAGTG GATCTGCAGG GTCCCAAATG AATTGGCTTA TTCGAAAAAA GCCCTGCTCT
    17401 TTGGAAGATC TATCTCGTGT CTGGTACTGC ATGGTTCCAC TCTGCAAGAA CTCCGAATCA
    17461 TTCTCTTGAA GCTCATCCTC TTCATCATAA ATGATACGCT TGCCCCGCAA TGACCCGGCC
    17521 CAATAAGGAA ATCCCAATGA ATTGGGCCTT TCGATACAAT AAAATAGAAA GCTCCAGGGG
    17581 GTCCATATTC TAGGAGCCCA AACTATGGGA TTGAATAAAT CCTCCTCTAT CTGTTGCGGA
    17641 TCGAGGGCTC CCTCCCCTTT TTCCAATTCT GATTTGTATT TTTCATAGAG AAATCTATGA
    17701 TCAAGGATAG AACAAGATCC ATTTTGCATC ATATCTAAGG GATTCCTTAG TTCGGGCCGA
    17761 AGAAACAATG TCACTCGATC ATTATCAAAC TGACTGCAAT CTTTTTCTGT CCGTGAGGAT
    17821 CCCACCAGAG CGCCTTCTAC TTTTAATAGA CCATGAACTA GATTAGAATC ATTCTCAACG
    17881 AGTCCATAAG AAGTGATCCC CTTTTTTCCA TCGGGTCCGG GTAGAGACCA AAGATCTTGA
    17941 GCGACCGATC CGGCAGAACA ACTCAAAAGA TAAAGAAGTA TCGTTAATTT CTTCATGCTC
    18001 GTTCCAAGTT CGAAGTACCA TTTGTACAAA GAAGAATCCC CTTCGTTACA TGATTTCTTC
    18061 TTCATATAGA TAGATATAGG ATCTATAGGG CAATTACTTA GAAGTACATT TTGTGCAACA
    18121 GCCCTTCCTA TCTGATAGAA AAAGATCCCA TGATCCTGAA CCGATTTTAC CTGGGATCGA
    18181 AAATCCCAAG TTTGTCTATG AAGAGCGGAT CTAATTGTAT TAGTGTCTAT AATTGATTTC
    18241 TTCTGTGTAA TACTAATCGA TAGGACCTCA TTATTAAGTG CTACAAGATC TCGTACATTG
    18301 GAACCCATGG TTATGGACCC GAATCCATTA GTATGGAACA TTTTGTTTTC CAAGTGAAAT
    18361 CCCCTAGTAT ATGAAAGAGT GAAAAAGTGC TTTCGTTGTT GTGGAATAAG AAGCCTTCGT
    18421 ATCTTAATAC ATGTATTTAA TTTATTCGGG GCTATTAGAG CGGGATCCAC TTTTTGAGGA
    18481 ATATGAGTCG AAGCAATAAC AAGAATATTT CTAGTGGACC ATCTTTCACA ATCCCTGGAG
    18541 AGATAGTTCA CTAATAGGCC GAGGGATAAG TAATTCGACT CATTCACATC CAGATCATGA
    18601 ATGTTTGGAA TCCATATTAT GCAAGGAGAC ATTGCTTTTG CTAATTCGAA TTGAAGGGTG
    18661 ATATAAAATT GGCCGATTTC CGGCATCATA TCCATAGTTA GCGCATTCAT CATAGTTAGC
    18721 AGCTCCAGCT CCGTATCAAG GTCACGATCA ATATCGTCAC TAACATCAAT ATCGTCACTA
    18781 GCATCAATAT CGTCACTAAC ATCAATATCG TCACTAGCAT CAATAAGAAA ACCTTTAAGC
    18841 TTGTTATCCA AGAACTTGTT CAAAAATACC GTAATAAAAG GAACATAGGA GTTTGTCGCT
    18901 AGGTATTTGA CCAAATAGGA TCGTCCAGTT CCTATAGAAC CTATCACTAA AATACCCCTA
    18961 GAGAGGGATA AGGCTAAGCG GAGCGAAAAG GGTTTTCCAT GAGATGGGAA ATGAAACCTA
    19021 TTAGCCCCAC ACGAGGTTTG TGAATAAGTG ATTGTCTGAT AATGAGCAAG GAATACCCGT
    19081 CTTTCTGCTA AACAAGATGT ATTGAACTCA TAATTCATTA GATACTTTTT ATGAATGTCA
    19141 ACTAAGTATC GTAAGTAAAT TGCTCCCGGT TGTTCAATCA TTTGATAACC AGAGTCATTC
    19201 TTTAATAAAC GATCACTATG AGTCAGACTC AATAGAATTT GATCAATCCT TTTTTCTGTC
    19261 GTTAAAGTGG AGAACTGAAC CAAAAATTCT CTTTCTTCTT CATCAATCGA ATCACTGCTC
    19321 GCGACCCAGG ATTCTATTTT ATCCTCAATC CAATCACCGT TCACCCTTTT TCTTTTTCTT
    19381 ATCAATGAAT AGATCTCTTT ACTTGTATGA CTTAGATGTC TCGTATTTCT CGAAAAAGTG
    19441 ATTCGATTGA TGGGATTTGG TATGATACTT ATGAGATCGA TGAGATTAAT ATTAAAATCT
    19501 TTTTTATTAG AACGTATTGA TTTGACCCCA TAAGCGGGAC CACCACCCAA TGGCATGTTG
    19561 CCACCAGAAG CAGAACCCCA TATTTCTTCT AGGGAATCTC CTAATTGTTC CAGAGCAACC
    19621 AGAAAGAGAT TCTTTAACCA GAAGAAATTT GATTCCGATG TAGGATACCT ATCCAGAAGT
    19681 TTTCGCAACT CAATCATGTA TGATGGAGTC ATCAAAGATT TGACCTCTTC GAACTCTGTC
    19741 TGTAACTCAC TAGAGGCTCG GAAAACAAAG AGAAGATGTG TACGAACGAG ATATCCAACA
    19801 ACAAGAAGAA GAAAAAGGAT TGAATAGAAG AACTCCCGAA CATTTGGCGA TCCCAGATGT
    19861 GTCCATATCA ATGGTGACTC ATTATTTCGA TGAATCATTT CTTCGGACAG AAGAAGATTA
    19921 TGTAAACACT TGTTCGAAAT CTCACTTATC AAATTCCATT GTGGAAGACA CACTTTTTTC
    19981 TGAAGAATTA GCCATGATAT ATATGATCCG TGCATAATAT CATGAAAAAT AGATACAAAT
    20041 TTTTGACTTA GTATCGGCAA TAGGTCTGAA AAAGTATCGA AAAATAGAAA ATTTAGATAT
    20101 TTGTACCCTG TCGAAGTAAG GAACCATGGC ATATATGTTT GGAATAGATT CCATTTTGAG
    20161 AGAGTTGAAA AAGCGCTATC TCGTTGAAAG GTTCTATACA TCTGCCCTTT CTCAACGCAT
    20221 TTCTTTAGAC AAAGACTCCG TTTTTTCCTC TTTTCCGATG GTAAATATTT ATCAGAACAT
    20281 GGAGTGTAAA TCAAACCCAC GTTTGAATTG AAATTGAGAT ACTGATGCAA GTTTTTCCTT
    20341 TCTGAATCAG ATAGATTCAT ATCTGAAAGA GGTTGATAAA ACGTTCTTTC AAAATGGACT
    20401 ATTTGTCCCT CTGTTAGAGG TGTTCCAGAA ATGTCTGTGA TCGAGTCAAT AGTTCTACGA
    20461 ACGAATAGAT CGGATCGAAT TGTAAAATCG TTAGGTATGA ATATGTTAGA TACCTGTGAC
    20521 TCGATTGGTG AAATAGTATC TCTCTCCAAA AAAGCATGTT TTTTTTTACC GACACACAAA
    20581 GCAAATATTT TGTTGCGAAT GAACAAGATA TCGAGGAATT GTCTATACGT AAAATCATAA
    20641 TTATTGATAC GGGCCTTTTC CATATAAAAA GGGAATTTTT TGTTACAATA GAAGCCGAAG
    20701 TGATGTGGAT TATTCAAGAA TCGAAGTCGA TTTGCTTTAT AAAAAGAAGA TATCAATGAA
    20761 CTTCTATGAA ATGGTTTTAC GGGATTCAGC CAATTGTTTT GATCGTGGGA TATCATTGAG
    20821 AAATAGGAAT CCGTGTTACC ATTCCTGTGA TTATTTCTAG TATCGAATGA GTCAATCATC
    20881 CACTTTGGTA TCTTATTGAA CAAAAATGGT GATATTGTTC TTCCATTGAT CAATAATTTA
    20941 GATTTTTGGA AAGTATCATG ATCATTCAAT AAGAAGGCTT TTAATTTTTT CAAATGAACG
    21001 ATTTGAAGAC CTATTGATTC TAACAACGGA TTGTAGAGTT GATCATTCGG ACCTTTCAAT
    21061 TCAGAAATGT GGATCTCGGA CCTATGAATG GGGATATTCC CGAAACTCAC AAAGAAAAAG
    21121 GGAAGTGAGT TAGACACAAA GAGAAGCAAC TTGGACAAAA AAAGAAGTGA CTTGGACAAA
    21181 AAGAAACGAA GTGACTTAGA CAAATCTTTT TTGTCGATAA CCTCAGACCA ATCAATCGAA
    21241 TATTTATTAA TACGTAATCG ACCGAACACT ACTTGAAAAC GGCTCCTCTG CTCAGAAACT
    21301 AAATGTTCCT GGAAATTCTT GCTCCCATTG AACCATTTGT ATCTATATGC ATCAGGATCC
    21361 TGATTCATGA ATCTCTCGGT TCGAGAAAGA AAAATAAGAG GATCGAACCT TTTCTTCTGG
    21421 CTCTTTTTCA AATTCGATAA ATGTTGGTTG ATCGTATATT TCCTTATAGT TCTATGATTC
    21481 AGAGTATCGT TTCCTATTTG ATCCCTTTTA ATTCCATATT CGAAGCTGCG ATCGGATCGA
    21541 TTCATTAAAA AGAATCGATT CAATACATTT CTTATGTACC CATAGGTGCT ATATTGGATT
    21601 TGAATCAGAT TTCGGATCAA TATATATTTA TTTTTATTGA CTGCCTCCAT TTTGTTGTTA
    21661 CTAGCAAATA CCACTCTTTT TTGTTTTCTA TCTTCCAAAT AATTCCCGCA AGAGATCCGA
    21721 ACCCATTTTT TTTGGATCCT TCGATAAAAA AATGCATTCT CTTCATAAAA AATAGGAGGT
    21781 AGAATCAATA AAGATTTCTT TTTCGATTCA TCCCTGGAGT TGAATACCTC ATTCAAGAAT
    21841 TGTTTTTGAT CCAATCCGCA GGAATCAATA GAAAAGGCAA ATCCCTTATG ATACACCAGA
    21901 TCCGGCTTGG TTATTGATAG AGTGAATAGA TCTGCCATTT CTTGAAATCT CTCTTCAGAT
    21961 TCAAAATCGT GGTGTAATGT GTATCCCCCA CTGTTTCGAT CATGGAATAG ATTAAATAAG
    22021 TAAAAAAATG CATTTTTGTT CAAGAATGAA ATCTTATCGG AACTGTCCAT ATCCGGTTCA
    22081 TCCTTCGGAA CCCTATCACA TCCCGGATCT GGTGAAATAG GATGAATTGA GACGCTATTT
    22141 TGTAAATACG TAATTATCTT GAATATATTA ATCATTTCTT TATTTTCCGA TCGCCTGGAA
    22201 GGGGCAAAAG AAACAACAAG ATGTTTCTTC AACAATTTCT GATCTCTAGT GGGCTTCTCA
    22261 GTAGGATTTG AACCCAGATG AAGTTCTGAA CATCTGCCAG AGAAAAAAGA ACGAATGGAT
    22321 CTTGTAGGAT TCTCAAGAAG TTCTTCGATT TCTTCCGTTT GAAGAAAGGA AGGATCCCGA
    22381 AGAATCGATC TTTCTTTTAG TTGTTGAATC TCTCTTTTAT TGATTAATGT GTGATATTCC
    22441 GAATCCGCAT TACTAATGGA ATCCCAACGA TCTCTAGATT GATCAGAAGA TCCTTTCAAT
    22501 TGGCTAGAAT CCGTTACTTG AACGAAACTA GATCTTGTGG AATCATATTG AATATTTGAC
    22561 GATACATTCC GTACCTTGTT AAAAAACCGA TCCTTGTTTA CCAACCACAC ATTGTCTAGC
    22621 CAAATCCAAT TCTCTCTCGA TACGTTCCTC AATAAATCCG ATTCGTACGG ATTCTTCCCC
    22681 CAACTAACGA CGAGATCTTG GTGGAATTGC CACATATGAA ATTGAGCACA ATTTTGCAAA
    22741 GAAATAGCCC ACTTGTTTCT CGAGAAAAGA TGGGAAACAT GCTCTATATC ATTTGATTGA
    22801 ATAGTTGACC CAGCCCCTTG TTGTTTGAAG AAACCCTCCA CTTCAATTGG TCTTTTTTCA
    22861 CGAAAAGCAG ACATGAGATA ACAAATCCAG TGCTTCACTA AGATTTCGAA AAGCTGTCCC
    22921 GAATTCAAGT TAATTATGTT TCGCCTCCTC CTCAGAGAAA GACGATCAAA CAATTCCCAA
    22981 TCATGGTCCT TGCTGATCGG ATCATCCATA TAATATACAA AGAGAAACTC CAGATATTTT
    23041 ATATCTTTCT CTTTGAATGA GATCTCAATT CCAGCGACGG TTTCATTAGA TATCTTACAA
    23101 CTAGAATCCC TCTTTTTTCC GATCCAGTTC CTCCACCACC GCGAACCCCG GTTAGATTCA
    23161 GGCATGATAC ACTTTTTAGT TATTGGAAGA AACCAAGTAC TAGTACTCTC TTTCGGATCC
    23221 AGGAAACAAC TCGCCGAAAT ATTTTTTCCT TTTGGAAGAT AGAGGAGCGA AACAATCAGC
    23281 CTATTGATAT TGGAAGACCA AAAGGGTTTT TCCAATGTAT CATTTCTGGG TCCAATGGAA
    23341 TTCATAGGTA TAGGAAGAAG CCCTATCAAA TAGATATTTT TTCTTTCGAC CATATTTCGA
    23401 TTGTTAATAC GATATAGAAG GAACACTACT ACAAAGAGTA TTACACCCTT GATCGTGAAA
    23461 TATCGATTGC TTGTTGAACC CCGTGAATTG GGTGAAAGTA GGATACTCCA AATTCGGGGG
    23521 TCAAAGAGTT TTATAAAACG TTCTTGGTGG AAAAAAATGT GAATGAAAGA TCCCACTGAA
    23581 TTGAATTGGG TCCATGAATC TGAGAAATAG TGAGAATTTT TAATCTCTCT CAATTCGAAA
    23641 ATCCAGAATT TGAATTGATG TCCTTTCATT GATTCCTCCT AAATTGCATT GATTTATCCT
    23701 AAAGATTTCA TTTCAATTGG AATTTGGTTA TTCACCATGT ACGAGGATCC CCGCTAAGCA
    23761 TCCATGGCTG AATGGTTAAA GCGCCCAACT CATAATTGGC GAATTCGTAG GTTCAATTCC
    23821 TACTGGATGC ACGCCAATGG GACCCTCCAA TAAGTCTGGC TCTGTATCAA TGGAATCTCA
    23881 TCATCCATAC ATAAGGAATT GGTGTGGTAT ATTCATATCA TAACATATGA ACAGTAAAAA
    23941 CTAGCATTCT TATTGAGACT CGAACTCATA GGGAAGAAAT TTTATTTATG GATGGAATCA
    24001 AATAGGCAGT ATTTACAGAC AAAAGTATTC GGTTATTGGG GAAAAAGCAA TATACTTCTA
    24061 ATGTCGAATT CGAATCAACT AGGACGGAAA TAAAGTATTG GGTCGAACTC TTCTTTGGTG
    24121 TCAAGGTAAT AGTTATGAAT AGTCATCGAC TCCTCCGAAA GGGTAGAAGA ATGGGACCTA
    24181 TTATGGAACA TACAATGCAT TACAGACGTA TGATCATTAC GCTTCAATCG GGTTATTCTA
    24241 TTCCACCTCT TAGAAAGAAA ATAACTTCAA TAAAAATACT TAATAACATG GCGATACATT
    24301 TATACAAAAC TTCTACCCCG AGCACACGCA ATGGAGCCGT AGACAATCAA GTGAAATCCA
    24361 ATCCACGAAA TAATTTGATC TATGGACAGC GTCGTTGTGG TAAAGGCCGT AATGCCAGAG
    24421 GAATCATTAC CGCAAGGCAT AGGGGGGGAG GTCATAAGCG TCTATACCGT AAAATAGATT
    24481 TTCGGCGGAA TGAAAAAGAC ATATATGGTA GAATCGTAAC CATAGAATAT GACCCTAATC
    24541 GAAATGCATA CATTTGTCTC ATACACTATG GGGATGGTGA AAAAAGATAT ATTTTACATC
    24601 CCAGAGGGGC TATAATTGGA GATACCATTG TTTCTGGTAC AGAAGTTCCT ATAAAAATGG
    24661 GAAATGCCCT ACCTTTGACC GATATGCCCT TAGGCACGGC CATACATAAC ATAGAAATCA
    24721 CACTTGGAAA GGGTGGACAA TTAGCTAGAG CAGCGGGTGC TGTAGCGAAA CTGATTGCAA
    24781 AAGAGGGGAA ATCGGCCACA TTAAAATTAC CTTCTGGGGA GGTCCGTTTG ATATCCAAAA
    24841 ACTGCTCAGC AACAGTCGGA CAAGTGGGGA ATGTTGGAGT GAACCAGAAA AGTTTGGGTA
    24901 GAGCCGGATC TAAGCGTTGG CTAGGTAAGC GTCCTGTAGT AAGAGGAGTC GTTATGAACC
    24961 CTGTAGACCA TCCCCATGGG GGTGGTGAAG GGAGGGCTCC AATTGGTAGA AAAAACCCCA
    25021 CAACCCCTTG GGGTTATCCT GCACTTGGAA AAAGAAGTAG AAAAAGGAAT AAATATAGTG
    25081 ATAATTTTAT TATTCGTCGA CGTAGTAAAT AGAATTAGTC TCTTCGTCTT TACATAAAAA
    25141 AAATTTTAGG AGTAATTAAC TGTGACACGT TCACTAAAAA AAAACCCTTT TGTAGCCAAT
    25201 CATTTATTAC GAAAAATTGA TAAGCTTAAC ACAAAAGCGG AAAAAGAAAT AATAGTAACT
    25261 TGGTCTCGGG CATCTACCAT TATACCCACC ATGATTGGAC ATACAATCGC TATCCATAAT
    25321 GGTAGGGCGA ACGACGGGAA TTGAACCCGC GCATGGTGGA TTCACAATCC ACTGCCTTGA
    25381 TCCACTTGGC TACATCCGCC CCCTTTTATA GTTACGTAAA AAAACAACTT CTTAATCTTA
    25441 ATTAAAGAAC AAGAAAAGAC GATTTGTAAA ATTGACATAA TAAGACTGTC GTTTTATTTT
    25501 TTTTATTTAA GGATTTATAG TAAAGAAATA AAAAAAATAA ATTATATAAA AAAAATAATA
    25561 ATAACTAGTA AAGGGGCAAT AAAAAATTTC TTGTTCGATC AAGAAACTAG TATTGCCCCT
    25621 TTACTTTCAA CTTTCAAAAA AAAAACTCGT ATATACTAAA CTAAAAAATA AATTTTATCC
    25681 ATTTGTAGAT GGAACTTCAA CAGCAGCTAA GTCTAGAGGG AAGTTATGAG CATTACGTTC
    25741 ATGCATAACT TCCATACCAA GGTTAGCGCG GTTAATGATA TCAGCCCAAG TATTAATTAC
    25801 ACGACCTTGA CTATCAACTA CAGATTGGTT GAAATTGAAA CCATTTAAGT TGAACGCCAT
    25861 AGTGCTAATA CCTAAAGCAG TAAACCAAAT ACCTACTACC GGCCAAGCAG CTAAGAAGAA
    25921 GTGTAAAGAA CGAGAATTAT TGAAACTAGC ATATTGGAAG ATTAATCGAC CAAAATAACC
    25981 ATGAGCAGCT ACGATATTAT AAGTTTCTTC CTCTTGACCG AATCTGTAAC CTTCATTAGC
    26041 AGATTCATTT TCTGTGGTTT CCCTGATCAA ACTAGAAGTT ACCAAGGAAC CATGCATAGC
    26101 ACTAAATAGG GAGCCGCCGA ATACACCAGC TACACCCAAC ATGTGAAATG GGTGCATAAG
    26161 GATGTTGTGC TCAGCCTGGA ATACAATCAT GAAGTTGAAA GTACCAGAAA TTCCTAGAGG
    26221 CATACCATCA GAAAAGCTTC CTTGACCGAT TGGGTAGATC AAGAAAACCG CAGTAGCCGC
    26281 CGCAACCGGA GCTGAATATG CAACAGCAAT CCAAGGACGC ATACCCAGAC GGAAACTAAG
    26341 TTCCCACTCA CGACCCATAT AACAAGCTAC ACCAAGTAAG AAGTGTAGAA CAATTAGCTC
    26401 ATAAGGACCA CCATTGTATA ACCACTCATC AACAGATGCT GCTTCCCATA TTGGATAAAA
    26461 GTGCAACCCG ATAGCTGCAG AAGTAGGAAT AATGGCACCA GAAATAATAT TGTTTCCGTA
    26521 AAGTAGAGAT CCAGAAACAG GTTCACGAAT ACCATCAATA TCTACTGGAG GAGCAGCAAT
    26581 AAAGGCTATA ATAAATACAG AAGTTGCAGT CAATAATGTA GGGATCATCA AAACACCAAA
    26641 CCACCCGATG TAAAGGCGGT TTTCGGTGCT GGTTATCCAG TTACAGAAGC GACCCCATAG
    26701 GCTTTCGCTT TCGCGTCTCT CTAAAATTGC AGTCATGGTA AAATCTTGGT TTATTTAATT
    26761 TAAATCATCA GGGACTCCCA AGCACACAAA TTATCTATAA ATGGATAATT GAAAGCTTGT
    26821 TATTCAACAG TATAACATGC CTTATATGCC CGTGTCAACC AATAATTGAG ATGCACCCGA
    26881 ATTCGTTATG AATACAGGAA GCTAATTTTT AAAATTAATA TACATTGAAT ATAGAATATA
    26941 ATTTCAATAT GAAAAGTTGG GTTGCCCGGG ACTCGAACCC GGAACTAGTC GGATGGAGTA
    27001 GAAAATTTCC TTATTAAAAT TAATAAAAGA AAAATCTCTC CCCAAACCGT GCTTGCATTT
    27061 TTCATTGCAC ACGGCTTTCC CTATGTATAT ATCTAAAACT CAGTTCCCTT AAGGAACTCT
    27121 AAGGGAGTAG AATACTCAAT TAATTCAATC CTTAAACTGT ATAAGGATAA ACATTTCAGT
    27181 ATAGAAATGA ATGCATTTTT TTTTTATTTC TCCACCCATT TCAGTATAAT TTCAATTTCA
    27241 TTTATATTAG ATCGTTTAAT AAACAATCAT TCATCATTAG CCAAATTATG AATACAAATA
    27301 ATATCCAAAT ACCAAATAGA CCCTCCATAG AATCCCCGCA AGTTAGAGCC GTTTTTTGGT
    27361 AAGATCAAGG AAAGCACTTT TTCTTGCTCC GTAAAGAATT CTTCTAAAAA TTCTGAACCT
    27421 AATCTTTTCA AAAAAGCACG CACAGCACTT TTGTGTTTAC GAGCCAAAGT TCTAGCACAA
    27481 GAAATTTTAA GTATATACTT TAATCGATAC AAACTCTTTT TTCTTGAAGA GCCACTATAA
    27541 TAATGAGAAA GATTTCTGCA TATGCGCCCA AATCGATCAA TAATATCCGA ATCCGATAAA
    27601 TCGATCCAGA CCGACTTACT AATAGGATGT CCTAATCGGT TACAAAATTG CGCTTTAGCT
    27661 AACGATCCAA TCAGAGTACT AATTGGGATT TTCGGATCGA ACCTCTTAAT CGTATTATCT
    27721 ATTAGAAATG CATTTTCTAA TATTTGACTC CGTACCACTG AAGAAGTGAG TTGTACACTT
    27781 GAAAGAAAAC CAATAAAGTC AAGACAATGG GTTGATAATC GATTAATATA GATTCTTCTT
    27841 GGGTGAGACC ACACAGAAAA ATTACATTGC CAGAAATGAA TAAGGTAAAA TTTCCATTTA
    27901 TGCATCAAAA AGAATGTCCC TTTTGAGGCC AGAATGGATT TTCCTTTATA CCTAACAGAA
    27961 TGCGGGGAAG GATCCTTGAA AAGCCATAGG ATACCGGCAA AATCCTTAGT AAAAAGTTTT
    28021 ACTAAGTATT CTAATTTTCC GTAGAAAAAA GTGCGTTCAA GAAGGGCTCC ATAAGATGTT
    28081 GCTAATAAAT GAGAGGCTTG GTTGCAAATA AAAAATAAAA TCGATTCGTA TTCACATACA
    28141 TGGAAATTAT ATAAGAACAA GAATAATCTT TGATTCCGTT TTAAAAAAAA ATAAATGGAT
    28201 TTTTTTGGAA TAAAAAGACT ATTCCAATTA TGATACTCAT AAAGAAATAA TCGTAATAAA
    28261 TGCAAAGACG AGGCATCTCT TATCCAGTAC CGAAGTGTTT GAACTAAGAT TTCTAGATGG
    28321 GCAGGGTAAG GTAGTAATAT ATCTAACACA GAATTTAAAT GTAAAAATTT GTCCTCTAAA
    28381 AAAGGAAATA TTGAATGAAT TGATCGCAAA TTATGAGATT TGACTATTTT TTGTTTCTCT
    28441 GGAGAAGCTA TTAATAAAAG ATAAAATGGA ATTTCCACAA TGACTGAAAA TCCTTCTGAT
    28501 ATCATTTGCG AATAAAAATT GCGTTTGTGC CCCCAAAAGT CATTTTGGTT AGAATCGTTA
    28561 GACGAAAGAA TCAAATGATA ATGATTATGT TGATACATTC GAGTAATTAA ACGTTTCACA
    28621 ATTAGTAAAC TATATTTCCT ATTACCTGAA GTTTCCAACA AAATAGATTT ATTTAAATCA
    28681 TGACCATATG CAAACGAAAA AATATATTCC TGAAAGCTAA GTGGATAGAA AAAGTTGTGT
    28741 TGCCAAGAAC CCTCTAGTTC TATATACCCT TGGAATTCTT CCATTTAAAA CCAGACCTAA
    28801 AACTCAAAGT AAAAAAATGG GGGGTTCTTA AGTTATCAAA TGATACATAG TGCGATACAG
    28861 TCAAAACAAG GTATTTTTTT TTAATAGATA CCTCGGTAAA TTCATCAACG GACTCTCAAT
    28921 TTTTTCCATC TAATTTGTTT TTTTGTTATT AGGAAATAAC ATAAAACGTT GGTTAGAAAT
    28981 CCTTTATTTT TTCAACCCAA CCGCTCTTTT GATTTTGGAA AATCTTTATC AACATACTGT
    29041 TTCTTCTACA CATTCATGTC CATCTTCATA TGGAGAATGG GGAGTTTAAT AGTTAGGATT
    29101 CACTAAAAAA GAAAATCCAC ACGTGGGATA ATCCTTTCCC GCATCAGGCA CTAAGTTTTT
    29161 TTAACGTCTA ATTAGATCGG GTAATCATTC AAATTACGAA GATAAGCTCG TTGCTTATTC
    29221 TTTCCACAAA ATTAGAACCC ATAAGGATAG GGTTCGATCC ATTTATTTAA TCGACCCAAC
    29281 AGTGAATTCA TTGCATTTCC TTCCAAGAAA TCAAATGGAG TTTTGTACTG CTTTGATAAG
    29341 AATGAAATAG GTTCCAAATT CTCTATTGAT ACGACATGCT CTTTTTTCCA TAAATTTCCT
    29401 TTCCGGATCA GTCGTGGTCG TATAAACTCT ACCGATGGTG TAGACGAATT CCTTACTTCA
    29461 TCCAAATATG TAAAAGATCT TAGTCGCACT TAAAAGCCGA GTACTCTACC GTTGAGTTAG
    29521 CAACCCCCAA AATAGCTATG TTATGTAGAT ACAATCGAAA TCAATAAAAT CGGATTGGAA
    29581 TCAAAACGTT GAATTAGCAA GAAATATAAA AAAATTTTTT GAGTTGATTC CCGTTACAAA
    29641 CATAAAAACA AACACCAAAG AGATTATTGA ATAAAAAATT TGCTAGACAA ATAATCTACA
    29701 TTTTTTAGAT CCAATATTTT GATTTTATAT CTAAAAAAAT TTAACGAATC CTTGAATCAA
    29761 AATATTGGGC AGAAGACATA AAAAACCATT TAATTTTTTT ATTTCACAAT TTAATTATAT
    29821 TTGTTCAATA CATTCTTGTC AATATGAATG AAAAATAAAA TATAATTACA AGAAATTCCA
    29881 TTTTATTTTT TATCTTACTT TCAATTGAAT AATAATGTAC TAAAATTCAA ATAAAATCTA
    29941 ATTCTATTAT TATATGATAA ATATAATAGA AATTGTGAAC TCTAAATAGA AAACAAAGAA
    30001 AAAAAATATA TAGAGGAAAA CTTTTGTTGG ATTGGCACTA CAAAAAAAGT ACAGGGCTAA
    30061 AAAAATTCTA CCAAATTACA ACCTCATTAT CTTTCGTTTT TATAAAAAAA ATTCTTATTA
    30121 TTCATTACAT TAATTGAACT TCGTTTGCTT AAATCGAAAT TCTTTTAAAA CCTCCGCCCT
    30181 CTTTAAAATA TCATAAACAG TTTCCGTAGG TTGAGCGCCT TTTTGAATAA AATCTAGAAT
    30241 AGCAGGAACA TTTAAATAAG TTTGATTTTT TATCGGATCA TAAAAACCTA CTTTCTGCAG
    30301 ATCTCTTCCC TCTCTTCGGG ACCGAACATC AATTGCAACG ATTCGATAGA CGGCTCATTG
    30361 GGATAGATTT AACCCCCCTT GGAAACGTAT AGGAAGTTTT CTCCTCGTAC GGCTCGAGAA
    30421 AAAATGATTA AAAAAAATGT ATGTATAAAT TAGAATGACC AATAAAAGAG TCTATAAAAT
    30481 CCTCAATCCT CAAATGAATT AAAATTAAGC CCTTTCTTTA CTTTACTCAA AAAAAATCAT
    30541 TTGTATACTC ATAACTCAAG TTGGATAGGT TTCACGGAGC CCAAAATAAA AAAATCCTTT
    30601 AGTTTAGCAT TTCTCATTTA TTGAGTAGTC TAAAATACCC TTTGTTTTGT CTCATTTAAC
    30661 ATCGATTTGA ATTGATCCCA ATCAATTGTT GCGACAATTA AAAAGAGTCT TTCCTTGTTC
    30721 CGGAAGCCTT TATCATCTTT TTTTTTTTGA ATCATTGGGT TTAGACATTA CTTCGTTGAT
    30781 TTTTAATCCT TTCAAAAATG GGAGCAACAT ACCTTTTTGT TATTTATTTC TATCAAAGAA
    30841 TCTAATAATA TGAACGAGGG ATTTTCGCAC GATATATATA AATCAAATTA ATTAAAAAGG
    30901 TTTATCAAAA TGTCCTGGGG GATTCAAAAT TTGCTTTATT TCGATCCTTT CAATTTTTTT
    30961 GTCAAAGATA ACTTACGAAG TTGTTCCAAC TTATTCTTTT GATTGACACT AACCCTAGAC
    31021 CCCTCTCCCT TGAGAAATAG CTCAATACTT TCTACTCGAG CTCCATCATA TTCCATTACA
    31081 CCCCAACAAA CCGGGTTCGA GTGAAACAGA AAAAAAGATG TCGAGTTAAG AGCATCCTTT
    31141 ATTATAGAAT GATGGATATA AGAATCCACA ACAGATCATG TCCTTCAAGT CGCACGTTGC
    31201 TTTCTACCAC ATCGTTTCAA ACGAAGTTTT ACCATAACAT TCCTCGAATT TGGAACCGGG
    31261 TTCCGGTTGA TTCAATTATC AAATCATGAA TAGTCGTTGG TTCACAGTTA AGACAGTTGT
    31321 TATATGGATT AGATACGTAA TATATCTTAC ACTTTTTTAG TACTGTTCTT TTTTCTAATT
    31381 TTTTTATTTC TTAATTAACA TTTTTTATAC AAATTACAAA CAATTAAAAT TGACAATAAG
    31441 ACGATATCCC TAAGAGATAA GCTAAGAGAG TTTTAAACTC AACCTTTAAA TATATTAATT
    31501 TTATTCATAA TTCATATTCA TTTATATATA AAAATATAAT AATAATAATA TATATAAAAA
    31561 TAAAATAATA GTAAAAAACA ATTAGTTTTC TGGGGATGAA CAAAAAAGAA CTAACTTACT
    31621 TCTATAATTT TAGATGAATA TTTTTTCTAT ATTATATATT CCCATATCAT ATATAGATAT
    31681 AGAGGATGGA TATAGAATAG GTAAAGGCAC AACTTTTTTA TAATTCAAAT TTCTGTAATC
    31741 TATAACCCCA TCGTGCCTCA ATACCCAATG GGTGCGCCTT TCGTTGCGTG GAATTTGAGC
    31801 TCGTATCGTT GTGAAATATG TGAAAAAGAT CTAAATTTTT TTATTCTAAT CATCAGCCAA
    31861 AAGAGTAAAA CTCTAGCCAA TCTTACACCT TAGAAACTTT ATAAAAATAA AAAAGTTTTT
    31921 TTTTTATTAT TAACTAAAAT TACATAGGCT CTGGGACGGA AGGATTCGAA CCTCCGAATA
    31981 GCGGGACCAA AACCCGATGC CTTACCGCTT GGCCACGCCC CACTTCGATT TCTATACTAA
    32041 TAAACACTAA TATTGTTGTT GATTGTTCGT CAATTCCAGC CCAACTGTCG AAAGAATCGA
    32101 GTAGATTCTG TTGGTTAGTA TTTTAACTTC GACACATGTA GACATAGAAA AAATGAATTT
    32161 ATTGATCATT ACCAAAAATT CCATTAAGAT ATTATATGAA AGTAGAATTT CTTCTATTCT
    32221 CTATTGAGAA TGGAAGGTTT TTTGATTGAG TGAGTAAGTT CAAAAAACGA AAAATTTTTT
    32281 CTATTAATAA CTCAATCAAA ATACAATTTT TTTAAAAACA ATCTGTTATG CTTAATATCT
    32341 TTAGTTCGAT CGGTCTTAAT TCTGCTCTTT ATTCGAGTAG TTGTTTCTTT GCCAAATTAC
    32401 CGGAGGCCTA TGCTTTTTTG AGTCCAATTG TCGATTTTAT GCCAGTCATA CCTCTACTTT
    32461 TTTTTCTCTT AGCCTTCGTT TGGCAAGCTG CTGTAAGTTT TCGATAAGAT CTTTCATCTT
    32521 ATCCTATAAA AATGAATGCT TTTTTTCGAG AAAGAGGATT CTATTCTAAT ATTCTAATAC
    32581 TCAAACATTA AAAAAAAGTC TTACAATATG AGCCTTAAAA TATTTAAAAA TATTTAAAAT
    32641 ATTAAAGAAA AATTCTTGGA TCGACACAAT CCACATTATC TCGTTTTCCA TTCTAACTAT
    32701 TTTTTTGATA ACTGAACAAA CCTTATTGTG ATCCTCCACA ATATCAACAA GTAGGTATAA
    32761 AAAATTATTT CTAAATAAGA AGATAATAGA TAAGATAATA ATAACTTTCT TTTTTATTTC
    32821 TTATTTATAT ATATTACAAA ATATAAAACA AATGCCTTTC GGCGTCAAAC CAAATATAAA
    32881 AAAAATTATG GGATATGCGG TATAAAAATA GGTAATTTAT TATCTTTTCA AAAAAAAAAC
    32941 TCTTGGAGAT TTTTAATGCT TACTCTCAAA CTCTTTGTTT ACACAGTAGT GATATTCTTT
    33001 GTTTCTCTCT TTATTTTCGG ATTCTTATCT AATGATCCGG GGCGTAATCC TGGGCGCGAA
    33061 GATTAACAAA AGGCTTTTTT GCTTGATTTT TAATCTATTT TTTTTTTCTA GGTTAAAATT
    33121 TTAACTTCGA AAAAAAAAAA TAGATTCGAA CGAAAAAAAG ATATATAATA ATGATCAATG
    33181 TAAAATGTAA CTGGAACACG GAAAGAGAGG GGTTCGAACC CTCGGTACGA ATAAATCGTA
    33241 CAACGGATTA GCAATCCGAC GCTTTCATCC ACTCAGCCAT CTCTCCCGCT TGCAAATAAA
    33301 TATTAAATAA ATTAGAAGAT TTTTTTATGT AAAAAAAAAA TATTTAATGT AATAAAATCG
    33361 AATTTAAAAT AACTAAAAAA TTCTTATATT TATATAATAT AACATAACAA TAACGTTTAT
    33421 ATAATGTTAA TATATAACAA TAATATATGT ATACAAAATA TACAAGTTGT TATTGTGTCA
    33481 TACAAGAGTA CAACAGTACA ACAGCAAGTA CAAGTTTTAG ATGAAATTCC AATCAGTTGT
    33541 ATAAAGACAA AAAATAAAGA TTCAATTTGA CTATAATATA TAATTATTAT TATATTATAT
    33601 ATACAGAAAG ACCCGAAAAA TTTAATTTTT TTATTCCCGC GGCCTGGCCT AATCAGTACT
    33661 TCGCCAGGCC TTTTTTTTTT TTTAACTTTA TTCGGTGTTC GACAAAAGTG ATATTTCGAT
    33721 ACAATAATTG AACTGTAGCG GGTATAGTTT AGTGGTAAAA GTGTGATTCG TTCTATATAA
    33781 CCCTTTAATA GTTAAGGGGT CCCCCGGTTT GATTAGTATT CTGGCCATAA ACTTTATTTC
    33841 GAAAAAGGAA TTAATCCCTT ACCTTCAATG CCAAATTTGA AGACAATTAT ACATTCTCGT
    33901 GATTTGTATC CAAAAGTCAA TTAAAATAAA ACTCTAAATT TTGGATTATG AAATTACGAA
    33961 ACATGAATTT TTTGTAATTG GACCACTATT TCCAATTGAA TGAGTATAAG TAAGAAATCC
    34021 ATGGATAAAG ATATAAAAAG GGTTTCTAAT CGTAACTAAA TCTTCCTCCT TTTTTATAAG
    34081 GAAAGCGAGG CAAAATGGCT ATTAAATGAT GACTTTAGTT TACTAGAGGC TTTAATATTT
    34141 CTTGTAGCTC GGTGGAAACA AAAAACTTTT CCTTAAGATT CTCTCAACTA GAAATAGAGA
    34201 ACGAAGTAAC TAGAAAGATT GTTTGAATCT CTTCTTCTAG AAGGATCATC TAGAAAGCAA
    34261 GTTTTTTTGA ATTGAACCCA TTCATACAAA AAGCTGACAT AGATGTTATG GGTGAATTTT
    34321 TTTTAGTTCC CGCCTAAAAT TTTGATATGG GAATTCCTCC ATTTTCCATA AAGGAGCTGA
    34381 ATGAAACCAA AGTTTCATGT TCGGTTTTGA ATTAGAGACG CTTAAAATTA AAAACCAGCG
    34441 TCGACTATAA CCCCTAGCCT TCCAAGCTAA CGATGCGGGT TCGATTCCCG CTACCCGCTC
    34501 CGCTCTATTC TATAATAATT AATAGGTCGT CGAATATACA ATTAAAAATA AAATATCATC
    34561 TTACATACAA TCCGATTCTT TTTTCAGAAC AAGAAAATAG TCAAAGTCAA AAACTAAAAA
    34621 AATAGGAATG GTCGGAATGA AATGAAAAGC GTCCATTGTC TAATGGATAG GACAGAGGTC
    34681 TTCTAAACCT TTGGTATAGG TTCAAATCCT ATTGGACGCA ATTTTTTCCA TATGTTTTTT
    34741 TAGGAAGAAA GGTCGTTTTT TTCATATATA TTATATATTT TTTATATATA AATATAATAT
    34801 AATGTATAAA TTTTACAATA CATTATTAAA TAGGGATCAA TTTCTTTATG CTTGTTCCTG
    34861 AAGTAGAAAG CGTTCCATCT GTTCTTGAAT AGCTTCTTTT AAAAGGGCTT CTGCCTCCTC
    34921 AGTAAATGTT TTGGTAGAAG AGATAATTTC TTGGAATTGT GATTTGTTCG TTTTTAAGTA
    34981 AGTACGTAAT TCAACAATAA ATTTCCTTAC CTGCCCAATT TCTAATGAAT CAAGATAACC
    35041 GTTCGTTCCG GTATAAATAG TCATTATCTG TTCTTCTACC GTAAGAGGGG CAGATTGAGG
    35101 TTGTTTGAGC AATTCACGTA ATCGTTGACC TCGTGCCAAT TGATTCTGAG TAGCTTTATC
    35161 AAGATCAGAA GCAAATTGTG CAAAGGCTTC TAATTCTGCG AATTGTGCCA GTTCTAATTT
    35221 TAATTTACCA GCTACTTGTT TCATGGCTTT AATTTGAGCC GCGGACCCTA CTCTAGAAAC
    35281 AGAAATACCC ACATTAATGG CTGGTCTGAT TCCAGCATTG AATAGATCAG CGGATAAAAA
    35341 TATTTGTCCA TCTGTAATGG AAATTACATT AGTAGGAATA TAGGCCGAAA CATCCCCTGA
    35401 TTGGGTTTCG ACTATTGGTA AAGCAGTCAT ACTTCCTTCA CCTAAAAAAG AACTTGATTT
    35461 AGCAGCTCTT TCCAAAAGTC TTGAATGCAA ATAAAAAACA TCTCCTGGGT ACGCTTCACG
    35521 GCCCGGCGGT CTTCGTAATA GAAGAGACAT TTGTCGATAA GCTTGTGCTT GTTTGGAAAG
    35581 ATCATCATAA ATTATTAAAG TGTGTCGCTC ACGGTACATA AAATATTCCG CCAGTGCCGC
    35641 TCCGGTATAA GGGGCGAGGT ACTGTAATGT AGCGGGGGAA TCTGCCGTTT CGGCTACCAC
    35701 AATAGTGTAT TCCATTGCTC CCCTTTCCTG GAACATATTA ACTACCTGCG CCACAGAAGA
    35761 TGCTTTTTGA CCAATAGCTA CATATACACA TATTACACTT TGCCCTTGTT GATTGAGAAT
    35821 CGTATCTGTA GCTACGGCTG TTTTACCCGT CTGTCTATCC CCAATAATTA ATTCTCGCTG
    35881 ACCTCGTCCT ATAGGAATCA TTGAATCAAT AGCAATAAGC CCGGTTTGAA GAGGCTCATA
    35941 GACAGAACGT CTCGAAATAA TACCGGGAGC GGGAGATTCA ATTAACCGAG ATTCAGAAGT
    36001 TGAAATTTCA CCTCTACCAT CAATAGGTTT AGCTAAGGCA TTTATAACAC GACCTAGATA
    36061 AGCATCACTC ACGGGTATCT GAGCAATTCT TCCTGTTGCT TTTACAGAAC TTCCTTCTTG
    36121 TATCAGCAAA CCATCACCCA TTAATACAAC ACCAACATTA TTTGATTCTA AATTCAGAGC
    36181 AATACCTATT GTCCTCTCTT CAAATTCAAC TAATTCACCG GCCATTACTT CATCAAGACC
    36241 GTGAATACGA GCAATGCCGT CACCCACTTG AAGTACGGTA CCGGTATTTA CAACTTTTAC
    36301 TTCTCGATTA TATTTTTCAA TACGTTCACG GATAATATTG CTAATTTCGT CGGCTCGAAT
    36361 GGTTACCATG AGTCTTTTTT AATTTTTTGT GTAAACAAAA AAATAATACC TACAGCGGAA
    36421 GAAAAGGACT AATCAGTTTT TTCGTTCAGC GCTCCAAACA TTCCAATATT AGCATTGATG
    36481 GTACGTAAAT GTAACTCGTT GTTCAAACAA CTATTCAGAG TTCCTAAAGC TCCCTGTAAA
    36541 GCTTGTTGGA ACACCCGTTG TCGGACTTGA TTAATAGCTC TTTGTTGTTC AAAATGAATG
    36601 GTTTCATTTT TGTAATTTTC TAATTGTTCT AAAGTTTTAT AAGTTGAATT AATCAAATTC
    36661 ATTTTTTCTC GTTCTATTTC CGAATATCCA TTCACTCGAA ACTGATCCGC TTCTATTTCT
    36721 ATTTTCCTTA AGCGAACCCG GGCTTTTTCC AATTGTTCAA TGGCCCTTCC ACGCAGTTCT
    36781 TCTGAATTTC TAATAGTATT CAAGATCCTC TGTTTTCGAT TATCTAATAA ATCACTTAAT
    36841 GAAAGTAGAT TATCTTTCCA TTCATTTAAA AATGTTCATG ATCCCTTCCC GAACCAAACT
    36901 TGATTTTTTC AATTCATTTG GCTCTCACGC TCAATTACGT CAATCATAAA TTTACATATC
    36961 TTTTTTGAAT GTAATGAACC TATCCTCTCT TCTCTGTTGA TATTAACAAA ATTGAAACAG
    37021 ATCCCTAATC AATCAAAACT AGAATATTCG GAGGACTCTT CTGACCAAAC AAAAAATGAA
    37081 TTGTCAGCAA AATTGTTTTT TTCTTCAAAT CCAAAAAAGT TTCTTTTTTT ATATGTAGGT
    37141 CGTCGACTCA GCCTTTTTGG CATTAATATA AAAAAATAAT AATAATTTTA TCGCCATGAG
    37201 TGCTCCATAT CGATAAATTT CTAACTTTTT TTTAACTGTC TCGGTATTAA CATAGTGGTA
    37261 GAAAGAATAC GCTGCTGCAC CTGGACTTCA AACCGTTTAG TTTTAACCAT GTTAATGGGC
    37321 TCACATTATT GGTTGATAGA GAATCAAAGT ATATTTACCA ACAACTCGCG AAATGCTATG
    37381 GTTCTTACAT ATAAATTTTT CTTTATTCAG AAGTAATTCG CGAAATCATG CACCTTTCGT
    37441 CCTTAGTTCT AAAGAAAATT AAAGGTACAG CTGGTTGAAT CCAACCTATT CTTGAAATAA
    37501 ACAACCCGCA CACACTCCCT TTCCAAAAAA GATCAATACA CCAATAACTA CGCTGAGATT
    37561 TATTAGATTT GTTGCTAAAA TATCGGTATT AACCCCGAAA CTCTCGGCGG ATGACCAGTG
    37621 ACCCAATAAA ACGAAAGAAT CGGTTACATT TTTCATAAGA TCTCCTTTTA TAGATAAACT
    37681 CAAAAAATCA TTATATTGCT TCACTTATTT ATTACTTCTA AAAAGAAAAT AGGTTCAAAA
    37741 AAAATTTCAT GAATTTCCGT TTTTCAATTG AGATTTCCAA TAGCAATAAT ACTTAAATTA
    37801 TTATTTATTC GAATAAATTC AAATAAAATA GAATTAGGTA CTAGGTTTCA TGTGAATTGC
    37861 GAAATAGCTC CTTTGTTGGG GAACTTATGC TTTGGACTAC GGAAAGGGAA GGAAGGAAGA
    37921 AAACGAGTGG GTAACACTAA TTCTTCATCT TCAAATCAGT CCTTCCCTTG GGTTATTTTC
    37981 TGAATGAATA AGTATAAGTA ATTGTGTAGG GACGAAATTA TAATTATAAT ATAATGTGAA
    38041 AAAACAACCT GCACGTCCAA GACCCTAAAA GAAATATGAG AAATATATAT TTCTTTTTCT
    38101 CGGATTAAAC AAAAGGATTT GCAAATAAAA GGGCTAATGC TACAACCAAT CCATAAATTG
    38161 TTAAAGCTTC CATAAAAGCT AAACTAAGTA ATAAAGTACC TCGGATTTTT CCCTCCGCCT
    38221 CGGGCTGTCT CGCAATACCT TCTACAGCTT GGCCTGCAGC AGTACCTTGA CCAACTCCAG
    38281 GTCCAATAGA AGCAAGCCCT ACAGCCAATC CAGCAGCAAT AACGGAAGCG GCAGAAATCA
    38341 GTGGATTCAT GATAGATAAG TTCCTCACAC AAAAAAAAGA AATGGTTAAT GATACAATGA
    38401 ACCAATGAAT TAGAACTTAA TTATTCCATT GGAATATCCA TCCAGTAGAA AGAATTAAAA
    38461 ACGCCAAATT TTAATTAATA TATTATTAGA TCATTAGTTA GATCATTAGA AATTTTTAGT
    38521 TACTAATCGG AGAGTCTTTC TGACTACATA CAACGGCTCA CATCTCTAGC CAAATTCAAA
    38581 TAGTGCAAAT TACGTTCATA TATAACTTAA CTTGTCAATA TATAATATAA AATATACATA
    38641 TGTTTCTTAC ATAACGTAAA CCGCCTATAT ATCTCTTAAA TTCAATCAGA TTTTCTAATA
    38701 ATTCTTCGAA ACATCTAATC GAAAAATTTT TAACTTCAAA ATATGAACCT ATAAGCATTA
    38761 GATTCTACAT ATCTGGTGCA ACCGCTCTCT ACTAACCAAC TAAGTTTTTT CAAGAGACTC
    38821 TATTACCATT AGATTCTATC TTGATAGAAT CTAATGGTAA TAGAGTCTCT TGAGCCACAC
    38881 ATGATTGGAT CTAAACTAAA TCTTCCTAAG ACTAATCAAT GATGACCCTC CATGGATTCG
    38941 CCTATATAAG CCGCGGCTAA AGTTGCAAAA ATAAGAGCCT GAATCCCACT TGTAAATAAT
    39001 CCGAGGAACA TGACAGGTAT AGGAACCACT AAGGGTACTA AAGAAACAAG AACAACAACT
    39061 ACTAATTCAT CCGCTAATAT ATTTCCAAAA AGTCGAAAAC TAAGTGATAG AGGTTTTGTG
    39121 AAATCTTCTA AAATGTTAAT GGGTAAAAGA ATTGGGGTTG GTTGAATGTA TTTACCAAAA
    39181 TAACCTAACC CTTTTTTTGT AAGACCCGCA TAGAAATAGG CTACTGATGT GAGTAAAGCT
    39241 AAAGCAACAG TAGTATTTAT ATCATTCGTG GGTGCGGCTA ACTCCCCGTG AGGTAACTGT
    39301 ATGATTTTCC ACGGGAAAAG GGCCCCTGAC CAATTAGAAA CAAAAATAAA TAGAAACATA
    39361 GTTCCAATAA AGGGAACCCA AGGGCGATAT TCTTCTCCAA TTTGTGTTTT ACTCACGTCT
    39421 CGAATAAATT CAAGGACATA TTCCAAGAAA TTCTGACCCC CTGTCGGAAT GGTTTGTGGA
    39481 TTACGAGCAG CTATAGCAGC TGAACCTAGT AAGATAGCAA TTACAACCCA AGAAGTTATA
    39541 AGTACTTGAC CGTGGATTTG GAAACCCCCT ATTTGCCAAT AAAAATGTTG ACCTACTTCC
    39601 ACACCAGACA TATCATATAA CCCCTTCTTT AGTGTGTTGA TTGAATATGA TAGAATATTC
    39661 ATATTGTCCT CTGACAGAAA TAAAACTTAA AAAAATTTAT TTTGATTCAA TCATCTCTTT
    39721 CTCGACTTGT CTACTTTTTT TTGATTTTTA TTTAGGATAC CAATTAATCA AATCACATAA
    39781 TATCACCAGC CCTTTCCCTT TAATTTATTA TATAGTTTTT GATATTCAGG AACATTAACC
    39841 AATTCTATTA TAAATTATAG GAATTGAAGT GTTGATTTCA TAAAAAAATC AAGTATTTCT
    39901 TACATAGCTA GAACGACCTT CACAAATTGC AAATACTAAC TTGGTAAGAA TTAATCGGAT
    39961 TGAAGATATA GCATCATCGT TTGCCGGAAT CGAAATATCG GCGAGATCCG GGTCACAGTT
    40021 TGTATCGATT AAACAAATCG TTGGAATTCC CAAAGTAATA CATTCTCGAA GAGCTGTATA
    40081 TTCTTTTTGT TGATCAACAA TGATTACAAT ATCAGGTAAT TCTGTCATAT ATTTAATCCC
    40141 GCCCAGATAT GTTTGCAAGT GAGATAATTG TCTCTTTACC ACCGCGGCAT CTCTCTTCGG
    40201 AAGACACGCG AGTCGCCCCG CCTTTTGTTC CATTCGTAAG TCCCTGAATT TATGAAGTCT
    40261 TGTTTCTGTA GTGGACCAAT TCGTTAACAT ACCCCCAAGC CACTTTTTAT TAACATAATG
    40321 ACATCGAGCC CTTATTGCAG CCCATGCTAC TGAATCAGCT GCTTTATTTT TTGTCCCAAC
    40381 AATTAAAAAT TGTTTTCCCC TACTTGCTGC GTCAAAAACT AAATCACAAG CCTCTGATAA
    40441 AAAACGAGCA GTTCTGGTAA GATTTATAAT ATGAATACCC TTACATTTTG CAGAGATATA
    40501 AGGTGACATT CGGGGATTCC ATTTTCGAGT ACCATGCCCA AAATGAACTC CCGCCTCCAT
    40561 CATCTCTTCC AAATTGATGT TCCAATATCT TCTTGTCATT TCTCCACACA CTTTAACTCT
    40621 TTTTTGAATA AAGAGATGAG GTATCCTGAA ATAAAAATTT GTTCCAACGG AACCTTCTTT
    40681 TTTAACCTGG ATATTGATAC ACAACCCAAA CTAAAAATTC CTGTCTATTT TTATCTTTTT
    40741 TTTTAGTGAA CGTATTTTAT TACATTACTA AGATACTAAA TTAATTAATT AAATAACAAT
    40801 AATCAATAAT AAAGATAAAA AAAGATGAAT CTCTTCTGTT AAATCCCCCC AATCATTGTT
    40861 GTTTTGATCT ATCACCTAAA TTCTTTAAAA AACAAGAATC CAACAATTCT CTGTGGTAAA
    40921 ACAAAATATC TCTCGTTTCT CCCTCGAGTC TATTCTTGTT TTTTTTTTTC AAAGGAATGC
    40981 TAATGCTCTT ATGTTGATTT GATCGGTGTA CGAATCCCTT GAATCCAGTA CCAACGGGTA
    41041 TCACCCCCCC CAGAACAACG TTTTCTTTTA ATCCTTTCAA CCAATCAATA CGGCCTCGAA
    41101 GAGCAGCTTT TGCTAAAACT CGGGCAGTTT CTTGAAAACT TGCTTCGGAT ATAAAACTTT
    41161 GAGTATTCAG GGATGCTCTC GTTATTCCCA ATAAGATCGT TCGGTAACAG ATCGCTTCTT
    41221 CCAAAGCGCG CCCCGTTCGT TCTGCTCGAA ACAATCCAAT TAGTTCTCCG GGCAAAAAAA
    41281 TATTAGACAT TCCATCCTCT GAAACCAAGA CTTTAGATGT TATTTGCCGT ACAATAATTT
    41341 CGATATGCCG ATCATGAATC TGCACCCCCT GGGATCGATA AACCTTTTGG ATCTTATTAA
    41401 CCAAAGAGAT ACGACTTTGT GCTATAGTTA GCTCAGCCCC AACCAAGAAT CCCCACGGAA
    41461 TTCCAAGAAT TTTTTTTATA CGTTCGTTCC AACCATTAAT CCTCTTTTCG AGATTCATGG
    41521 ATATTGACTC AACCGAACGA ACTTCTAAGA CTTGTTCCAC TTTTGGCAGA CCTTGCGTTA
    41581 TATCACCAGA CCTCGATTTT TCATATATAA ATGTAACTAG GGTATCCCCT TCATAAATGA
    41641 TTTCTCCATA ATGCCCATGA ACTGTTGCTC CTGGGGTAGC TAAACAGGGC TTAGCCGATC
    41701 TTATTACTAC CGAATCAAAT TGAACAATTA TAATTTGACC CGGTTTTAAG TGCAGTCCAT
    41761 TTTTTTTTAT ACATATATTT TCACAAATAA ATTGTCCAAG ACGCATTTTT GTAGATGTCT
    41821 CGTCACAAAA ATTGTAATGA AGAAAATCCC AATGCAAATT GAATGGATTC AAAATTATAT
    41881 TACTACAAAA ATTGGGATTA TAAATTATTC CATTTTCATC CATTAAATAA TATTGATATT
    41941 TAAGGACTTG ACAGGTTTGT TTTAAATTGT CCAGTTGTAA ATAATTATTT ACCAAGATCT
    42001 GATTATGAGT TATTAAATGG TAAAAAAAAA AAAAATTCGC AAAATTAAGG ACTGTTCCTA
    42061 AAGGACCGAA TGAATTCTTA ATTAGAATTA GGCGATCTTT TTTAATGGAT TCTTTGGGAT
    42121 ATTTTACACC GTTGAGTGTG AATGGACCCA TTCGAAAACA ATTGGATGAT GACAAAATTA
    42181 TAAAAGACTG ACATTCCTTA TTTTTACCCA CCAACATACG AACAGTTCCT TGATTTGGGT
    42241 TAAATGCTTG TTGAAGTTTG GGCTTTGAAT AAACGGAAAA AAACGGATTC ATATTGGTAT
    42301 ACTTTAAGCC ATCATCAGAA AAAGGGGGGG GATTCTTTCT TTTACCGATA TACGAAAGAG
    42361 CCGTATTCAC TAAACCGATC TTTAGGAAAT ATCGAATTAT ACCATTTGTC CTTACTTCAA
    42421 CAAATGAAGC ACGGGCCTCT TCGATAGAAG AATCTTTTTT GTCTTGGTTC CAATTCAATA
    42481 CTAAACAAGT ACGTACTAAT TGAATACTTG TGTCATAAAT TCCCCGGGTG ACTTTGCCAT
    42541 TTCCATAAAG GATATAATTG AAAACTCGAA GTTGCACATT ACCCCTTTCT TGCAACAGAT
    42601 CCTGAGGGAA AAGTGTTGCT AAATTGATAC CGTCCGTGAT TTCATATGTG ACTACGGGTC
    42661 GAACCAAAAC AAAATACTTT TTCTTAGTAG GGGTGATCTG TTGAACATAG AGCCAATTTT
    42721 TTAAATTTTT TGATTCCTTG TAATTTGTCT TTCCTGGTGG TATCAAAATG CCGCTGTGTC
    42781 GGGATATATT ATCTGTTTCC CCAGGAAAAT AGATATCTCC AGAAAAAATT TTAAGTTCAA
    42841 TCTTTTTTTT TTTCCTCTCC ACCCGAACCA CTCCGCCTAC GCGGCTTCTT GTATTTAAAG
    42901 TAATTTTTGT ATCTACTCCA ATGATACTAT TGTTCCGTAC CATTATCGAA GAAGATCCGG
    42961 GTAAAATATG TACTTCCTGG GAAATGAAAA AAAACCGATC GACTTTCATT TGGTATTTTG
    43021 GTCGAAATTC TTTGACTCCT CGATACTCAA TCAAGTCCTC GTTTTTAACG CTGGAATGCA
    43081 TTTCTATAGT TTCATATTTA GTAATTCCCG AACTCTTTGT TCGGTATCGA GGATCATTGA
    43141 AATAAGAAAA AATACTATTT CTACGGAAAA TACCATTTAT GGGTATTTCA ATCGAGATAC
    43201 CGTTGGAAAG GGACATTAAT TCTTTTTCTC GTTCTTGACT CAATTGAAAT TGAAATGGAA
    43261 TGATTAATCT ATTTTTTCGC CTCTTTGCCA ATAAATCGGA GTTTTTTGCA GGATATATGT
    43321 GATTACAATG ACCTATCCCA TTAAGTTCTG AATAATTCGG ACTCCTATGT TCTTTTTTAC
    43381 TAGATTTTTT AATATAAGGA TCCAAAAATT TATTTTGTAC TTGATCATTA GTCATTGATA
    43441 AGTTATAAAT TATTTGTTCG AAAGAAAGAG AATTCCCGGT TGTTTGATCT TGATCCTTGT
    43501 GGAATGAAAA GGAGACTACA CTGGATCTGT ATGGTCTTCC CGACAATATC CATAAACGGC
    43561 TTGCTTTTGG TAAGAGATGA ACATTACCAT ATGTAAATTC GGGTGCATGA TACACATCGG
    43621 TACTCCAGTG CATTTCTCCT TCTGAATCAG AATAAATATG TTTTCGAACT TTTTCCTTAA
    43681 AATTCAGAGT TGATGCCCCC GCACGAATTT CAGCAATAAC TTGTTCGGAT TCAACATATT
    43741 GATCATTTTG AACTAAAAGA AAACTTTTTG GAGGAATATT CACATTATGT AGACTATCTT
    43801 CGCTCTCAAT AGTGACATAC AAGTCTATAT AACATAGAAA GGCAGGGTGT CCATGACGTG
    43861 TACGTGTGGG ATGCACCAAC TCCTCATTAA ATTTAATTTT GCCATTATAA GGAGCTCGTA
    43921 CATGTTCTGC AGTACCCCCT GTGAATACTC CGCCCGTATG AAAAGTTCTT AATGTTAGTT
    43981 GAGTACCGGG CTCCCCAATG GATTGACCTG CAATAATACC TACAGCTTCT CCTAATTCGA
    44041 CCAGGTCGCC GTGAGTAGGA CTTCGGCCAT AACATAATCG ACAAATCCAA GACGTACTCC
    44101 TACAAGTAAA AGGAGTTCGA ATGGCTATTG GTTGGGTTCG AAAGGTTATG AATCTATTTA
    44161 CAAGCCCAAC CCCGATATCT TGATTGCGAG TCGCAATGCA TCGCGAACCT AGATATATAT
    44221 CGTCTGCTAA TACGCGACCT ATTAATATTT GGGTAAAAAT TCTTTCCGGC ATCCTGCCGT
    44281 TTCTAGGACT TACAGAAATA CCCCGAATGG TGCCACAATC TGTCCTACGT ACAACAATAT
    44341 GTTGAACTAC TTCGACAAGC CTGCGCGTAA GATATCCCGC ATCTGATGTT CGTACAGCGG
    44401 TATCCACAAC CCCTTTGCGG GCTCCGTAGC AAGAAATTAT ATATTCTGTT AAAGAGAGTC
    44461 CTTCGCGTAA ATTGCTTTGA ATAGGTAAAT CAATCATTTG TCCTTGTGGA TCGGACATTA
    44521 ATCCTCTCAT ACCTACTAAT TGATGTACTT GAGACACATT TCCTCTAGCT CCCGAAAAAG
    44581 ACATTATATG GACTGGATTA TAAGGGTCAG TCATCCTAAA ATTAGGATTC ATTTCTTGTC
    44641 GCAAATATTC ACTTGTAGAA TACCATATCT CGATGGATTG GCGTAATTTT TCTACTGCAT
    44701 GGACATTTCC ATAATGATGG TGTTTTTCTA AAATCAAACT TTGCTGTTCA GCATCTTGAA
    44761 CTAGCCATCC CTTAGAAGGT ATTGTTAAAA GATCATCAAT TCCTAATGAA ATGGATGTAG
    44821 CAGTGGCTTG CTGGAAACCC AAAGTCTTTA CTTGATCCAG TATGTGTGCT GTATATGCCA
    44881 TTCCAAAGTG ATCTATTAAT CTGCTAATAA GTCGTTTCAT GGCAGTTCCA TCTATCGATT
    44941 TATTGTGAAA GACCAAATTG GCCCGTTCTG CCATAAGTAC CTCCGTATTC CGCTTAAGTA
    45001 GAATTACACA ATGAATGGTT TTGAGTTAAT GATTAGAAAA CTTCCTTTTC TGAATCTTAA
    45061 TTCACCTAAA AATTGATGAA TTGTGATCCT AGTTGAACCC AAAAGACTCG AATTACACGG
    45121 ATATCATAGA ATTACTTAAG TATGGTCTTA CCATATGAGC AGGCTCGAGA AAATCCTTGT
    45181 ATAGCTTCTT CAATCTCTCG ATAAAGATAA ATATGACCAA CAGTAGTTCG AATATATACA
    45241 AAAATAATTT CTTTTTTTTT ATTTCTTATT ATTAGATAGT GTGCATAAAT CTCATGATAG
    45301 GTGCCCAAGG ATTCATAGTG AACTTCGACA GGAGCTTCTC TTGAAGCAAT AATACGTTGA
    45361 TCTAGTCGCC ACCGGAGCCA CAAAGGACTG TCTAAATTGA TTCTTTTCTG ACAATAAGCT
    45421 CCAATTGCAT CATAGGAATT ACAAAAAAAG GGTTCTTCCA TATACTTATA ATTCTTATCG
    45481 TCAATTCTTT CATTTTGGTC GTTTTTGCGA TTCCATGGAT TATATCTATT TGCACAAATA
    45541 CCTCGACGAG TCCCACTTGT TAATATATAG AGTCCAATAA GCATATCTTG CGTTGGTACG
    45601 GAAATAGGAT CCCCAATAGC TGGCGACAAA AGATTCATAT GAGAAAACAT AAGTAAACGA
    45661 GCCTCTGTTT GAGCCTCTAA GGATAAAGGT ACATGAACCG CCATTTGATC CCCATCAAAG
    45721 TCTGCGTTGA ATCCTTTACA AACTAATGGA TGTAAACAAA TCGCGCGCCC TTCTACTAAA
    45781 ATGGGTTGGA ACGCCTGTAT GCCTAATCGA TGCAGAGTAG GCGCGCGATT TAACAATATA
    45841 GGATGCCCCT GCATAACTTC CTGAAGTATT TTCCATATAA TCGGTTCTTT TTCCCGAATT
    45901 TTACTTTTAG CAACTCCTAT GTTCGAAGCA AGATGTTGTC TAATTAGACC ACGAATTATA
    45961 AATGTCTGGA AGAGCTCTAT TGCAATTTCA CGAGGCAATC CACACCGATG TAATGAAAGC
    46021 GAAGGGCCTA CGACAATGAC GGAACGACCG GAATAATCGA CCCGTTTACC AAGTAAAGTC
    46081 TCGCGAAATC GTCCCTCTTT ACCTTCAATT ACATCCGAAA ATGACTTGTA AACTTTATTA
    46141 TGACCGTCCC TCATTGGTTG CCCGCGAATT CCATTATCAA GAAGTGTATC CACGGCTTCT
    46201 TGTACCAATT TCTCTTGACA CATTACTAAT TCTCCGGGCG TAGATCTACT TGTTGTTAAT
    46261 AGATCGGTAA GAGTATTATT CCGATAGATG ACTCTTCTAT AGAGTTCATT AATATCCGAA
    46321 CTCATTAATT TTCCTCCATC TATCTGAATG ATTGGTCGCA ATTCGGGAGG AAGAACTGGT
    46381 AATAGACATA AAACCATCCA TTCTGGTTCT ATATTTGTTC GAATAAAATG CTTAGCTAAT
    46441 TCCATTCGTC TAACTAAAAA ATCTTTTCTT CTTCCAACTT TTCTGTCTTC CCATTCATTC
    46501 CCTGTGGGGT CTTCTTCTCC TAACTCTTTC CATTCTGCGA ATGAATAATC TATAATAGTT
    46561 CGCAAATCCA AATCTGCTAA TTGTTCTCGA ATAGCACCTG CTCCAGTAGA TATTTCTCTA
    46621 TTTCGAAATG CATCAAAACC TTGGGTAGTA AAAAAAAGAG GGATGCTGTA TTTCCAAGAT
    46681 TGGATTTCAT ATTCGAATAA ACCTCGTAAT CGTAAAAAAG TAGGTTTTTT TGCTATGGGC
    46741 CTAGCAAATG AAAAATTGGG ATAGGATCCT ATAGGATCTC CTCCTTCAAA ACTGAACGTG
    46801 AAAGTTTCCT CTCGCCCGGC TCAAGTAGTT ACAGCAAACA AATTAAAGAA AGGAATTCTC
    46861 ACTTTCAAAA AAAATTCGAA AATTATATAG CATCTCCAAA ATAAAAGATC TACTCTTTAC
    46921 TCAAGTTTCC TTGAAGACTA AGCATCATTG CCTTGATTCA TTCTTTTTTT TTTCAATTAA
    46981 ATTACAACAA AAATAAATTA TGAAATTCTT GAGTAGTCTA CCCCCCTTCG AATGATCAAT
    47041 CCCCTAAATT GGAATTCAAA AGGAATTTAC CTGTCTATGT ATTGTTCCGT TTGATCTTTT
    47101 AGGTCACGAC TTCACCTCGA CGGTTATACC ACGTCCCTTT AAATTAAAGC CTATATGCGA
    47161 CGGATAGCCT CTTGTAACCA TACCTTATTT GCTTGCTTAC GTGAACATAA TTTTTTTATA
    47221 TTTATAAATG AACCAGAATG GTTAATTTCG AAAAACAAAA AAAGAAGTCT TTTTTTACGA
    47281 GGTACAACTA TAAATTAATA TTTTGTTGTT ACGAAATCGA CCATGGATCA ATTCCCCCTT
    47341 TAATTAGAAG TATTCAATAC ACCCATAATT CTGAGCTTCA TGTTACTCCT CCCAAGAGAC
    47401 ATGTCAGAGC CAGGGCATCC CCTAATGGGA TGACAGTTTT TCATTCCAAA TCTGTAAAAT
    47461 CATAATTTTG ATCAAGTCAC ACATCGCAGT ATACTAGGCC TTCTAATTCT TTAAGAGGTT
    47521 TATCTAAAAA ATTCGCGATA TAACTAGGAA GACGTTTCAA ATACCACACG TGAGTTACGG
    47581 GGCATGCCAA TTTAATATAT CCCATTTGAT ACCTTCGTAT TCGAGAATCA ACAAATTCGA
    47641 CTCCGCATTG TTCACAAAAT TTTGGTTCTT CTTTTTCATT TCTGATTACT CGATAATTTC
    47701 CACAAGCACA AATTCCGCTT TTTATCGGCC CAAAAATTCT TTCACAAAAT AATCCATCCT
    47761 TTTCGGGTTT ATTGGTTTTG TAATGAAAAG TATAAGGTTT TGTCACCTCT CCAACTATCT
    47821 CTCTATTAGG TAGGATTTTT GTGGCCCAAG CACTTATTTG TTTAGGCGAA ACTAACCCAA
    47881 TTCTGAGTTG TTGATGTTTA TACTGATCGA TCATAGAAGA AAAATTATAA TTTATTCCGA
    47941 TTAAGCTTCC ATCCTATTAA TCTGGAAGGT TTTCTCAGAT ACAAGGAAAT GGTTCAGTTC
    48001 CAGAGCCAAA GATCGTAGTT CTCGAACGAG CAGTCGAAAA GATTCTGGAG CATCCTCGGG
    48061 GTTAGGTATT GTTCCCCCAA TGATCGTAGT ACCAAGTACG TCCTGGCGAG CTTTAATATG
    48121 ATCCGATTTA TAAGTAAGCA TCTCTTGTAA AATATGTGCA ACACCAAATC CTTCTAGAGC
    48181 CCAAACTTCC ATTTCTCCTA CGCGTTGTCC TCCTTGCTTG GCTCTTCCTC GAAGGGGTTG
    48241 CTGTGTAACA AGTGCATAAT GTCCACTCGA ACGTCCATGG ATTTTATCAT CAACTTGATG
    48301 AATTAATTTC AATATATAAG GATTTCCTAT TATAACAGGT TGCTCAAAAA GATCCCCTGT
    48361 TCTTCCATCA AATATTCGAC TCTTTCCCGG ATACTCGGGT TCAAAGATCC ACGGCTCCGA
    48421 TGTTTGTTTA CTGGCTTGAT ATAATTCAGA AAACACTAGT TTTCTCGAAG CCTCTTGTTC
    48481 ATATCTCTCA TCAAAAGGTG CGATTCGATA ATGTCTATCT AGCAGACCTC CCGCTAACCC
    48541 GAGCGAACAT TCAAATATCT GTCCTACATT CATTCGTGAA GGTACTCCTA ATGGGTTAAA
    48601 GACCATATCA ACGGGTCTTC CATCTTGCAA ATAAGGCATA TCTTGTCTAG GCAAAATTTT
    48661 TGAAATGATA CCCTTATTTC CATGTCTTCC GGCTACTTTA TCACCAACTT TTATTTCACG
    48721 TTTCTGTAAA ATATATACAT GAATTGTTTC TGGGTTATAA CTAGAGCCCC CCTTTTTCTG
    48781 GATGCATCTC ACATCAATAA CTCGACCCCT ACCACCTATA GGGAGTTTTA GACAAGTTTC
    48841 TTTGGATGTG GATACCTGAA TGCCAAGTAT GGCTCGTAAT AATCTATCTT CGGGGGCATG
    48901 CGAAGATTCT TTTGCCATAT GGGGTGTTAA TTTACCTACT AAAATATCAC CCGTTTCTAC
    48961 CCATGATCCC AACCTCACAA TTCCATTTTT GTCTAAATTG CGGAGTAAAT GGGCTTCTAA
    49021 GTGCGGTATT TCGCTCGTGA CCCTTTCGGG TCCTTGACTT GTCACATAAG TCTGAATTTC
    49081 ATATTTCCGT ATGTGAAAAG AAGTATAAAT ATCTTCATAT ACAAGACGCT CACTAATGAG
    49141 TACCGCATCT TCAAAATTGT AGCCTTCCCA CGGCATATAA GCCACTAATA TGTTTTTTCC
    49201 CAAAGCTAGT TCGCCCCCAA CTGTAGCGGC ACCATCTGCT AAAATTTGTC CCTTTTTAAT
    49261 GCATTTACCC CGCGGAATCC GGGGGTTTTG GTGCATACAA GTATTTTTAT TGGAACGTTG
    49321 ATACATTACT AATGGAATGC TTTGAATATC CCCATTACCT GAAAAAATGA TCTTATCAGT
    49381 ATCGGTATAA ATGATCTTTC CCTCATGTTC GGCTATAGCG AGAACCCCAG AATCTAGGGC
    49441 CGCTTGGCGT TCCAACCCGG TTCCAACAAT GCATTTCTCG GACTGATAAA GCGGAACTGC
    49501 TTGACGTTGC ATATTAGAAC TCATTAAAGC TCGATTTGCA TCGTTGTGCT CGATAAAAGG
    49561 AATGAGGGAA GCTCCAATAG AAAAATATTG GAAGGGAAAA ATACTTCGAA GATGAACCTG
    49621 TTCCCACGCA ATAGTCAGGA ATTCCTGACG GTATCGAGCC GGAACAACCT GTTCTTCCTG
    49681 AATACCTTGA TTCAGTGCCA AGGAATTCCC CGTAGATACC ATATAGTATT CATCTATACT
    49741 TGGTGATAAA AAAAGCATCT GTACCATTGC CGATCTCTCA GAAATTTTAT AAAAAGGGCT
    49801 TTCTAGAGAC CCCAAAAGAC CAATTCTTGC ATGAATTGCT AAGGATCCAA TAAGTCCAAC
    49861 ATTAATTCCT TCAGATGTGT CAATTGGGCA AATACGCCCG TAGTGACTAG GGTGAATATC
    49921 GCGTATCCGA AAACTAGCCG TTCGCCCTGT CAATCCCCCG GGGCCCAAAT AACTCAATTT
    49981 TCGTCCATGA ACTGTTTGTG TCAATGGATT AGTTCGATCC AAAACTTGAG ATAATGGGTG
    50041 TAATCCAAAA AAAGATTCAT AAGTCGTTGT TAATGGAGTT GAAGTTACCA AATTCTGAGG
    50101 AGTCGGTATT AATTTATGCC GAATTGCTCC ACATATAGTT CCTCGAACCA CATTTTCTAA
    50161 ACGAACCAGA GCCAATCCGA ATTGATCTTG TAAGAGATCT GCTACAGAGC GAATACGTTT
    50221 ATTTTTCAAA TGATTCATAT CATCAAGTGT ACCCATTCCA AATTTAATTC CAATCAAGTG
    50281 ATCCGTAGCT GCCAATATAT CACGCGGTAA CAAAAACGTA TTGTTTTGGG GTATATCAAG
    50341 ATTCAGTCGA TGGTTCATAT TTCGTCGACC AATCCTTCCT AATTCGCATT TTTGCTGAAA
    50401 GAATTTTTTT TGTAATTCTT TACATAAAGA TTCCGAAAAT ACCGGGTCCC CCCCTACACA
    50461 AGCAAATTGT TGATAAAACT CCAAAATGGC ATTTTCCTTT GACCCAAAAT TTTTTTTATC
    50521 TTTATCATTC AAGAAAGACA AGAAAATTTC CGGGTAACAA ACATTATCCA GAATTTCTTT
    50581 TAGATTCGAA CCCATAGCTG ATGATAGAAC TAGAATAGAT ATTTTCTGTT TCCTACTTAC
    50641 ACGAGCCCAT ATCCTTGCTT TTCTATCAAT CTCTAATTCT GATCTTCCTC CCCAATCTGA
    50701 TATTATGGTG CCGGTATAGA CCGAAATTCC ATTATGGTCC AATTCCGACC GGTAATAAAT
    50761 ACCGGGGCTT TGCAATATTT GATTGATCAC AATTCTGTAT ATTCCATTTA CTAGAAAAGT
    50821 TCCCAGGGAA TTCATTAGAG GGATGTTTCC AATCAAAATT GTTTGTTCTT TCATCTCCCG
    50881 GCCGGTTTTC CAAATTAATC CTGCGGATAC ATATAATTCA GAAGAATATG TAAGTGATTT
    50941 ATACACAGCA TCCTTTTCTT TTATCACGGG TTCTGCCAAT TGATATGTTT CCACAAATAA
    51001 TTGAAATTCA ATTTCTTGAT CTGTATCTTC AATTTTTGGA AACTTATAAA GCTCTTCAGG
    51061 TAAGCCCTGA TCAATGAACT GACAAAATCC TTCAAATTGT ATCTGATTAA ACCCGGGTAT
    51121 TGTAGACATC AGTTCATTTC CCTCTCGTAA CATTTTAACC CAATTCCTCA TTTGTTTAAA
    51181 AATCCCACTT TTTAATCATT CTTTATTGAA TACTAAAGAT CGATCTAGCT CGGATGGAAT
    51241 TTATATTCTG TTTACTAAAT CACATAAAAT TTTACACATA CATTCCATAT ATATGGAATG
    51301 TATTAAATAC GTATCAAAGG AGGAATAGAT AAAATTTGCT ATTCATACCC AAATTGAAAT
    51361 TTTCAACGGA TACAAGAGTA AAGAGGTTGA TAAAACATTC TGTTTAAAAG AATTATGCTG
    51421 CTTAATTCGA TTTCTTTAAT TCGATTCCAT TTTTACCATT ATTATAATAT TACTCTGATT
    51481 GGATAAAGAG ATGACAGGAT TTGATCCCTT TACCGAGATA AGAATAATCA GAAACAATAT
    51541 AGAGTTTTTT TTTACTTAAT AGGTTTTTGT TAAAAAAACC CATTTGCGGA GACAAGATCT
    51601 ATTTTAGTAC TATTTCGTAA AATTTTTAAT CTTAATTCTT AATATTCTTA ATATAGGCTT
    51661 ATTTATATTG TAAAGCAAAG CGTTAAATTT AGATCCGTGC CCTAATATCT TCTATATATC
    51721 ATATATAAGA TACGCTCTGT GTAATTTCTG TTATGGTTCC GGGGTTTACA TATAGGCATA
    51781 ATTGTTGTTA TAATCGAAAT TGAGAAAAAG AAAATTTTTT TTTTTGAAAA GACACAATAA
    51841 TAATTATTAG TTACTGCTTA GATTTTCTTA TGTCATTAGG GAAACACGAT TTGAAGTCAG
    51901 AATCCAAGAC TCGTTCATGA ATTCCAAAAT AGTTAATGGT TCCAATTTCT TATGACTTTT
    51961 TACTTTTTGG AAAGTTGGGG GGTATGGAAA AAAAGCTTTT TGTTAGTAGG AAGGGAATTA
    52021 AGGAAATGGG ATTCAAAACG CAAGTACAAT ACAAAAGGAA ATCTTTTCAT ATATATTTTG
    52081 TTTTGGCGGC ATGGCCGAGT GGTAAGGCGG AGGACTGCAA ATCCTTTATT CCCCAGTTCA
    52141 AATCCGGGTG TCGCCTGATT CGAAAAAAAA AAACAGAAAT ATCCTAATCC CTTAGGGTCT
    52201 TTTGATACGT ACTTGATTCT AAGCATCTAG TGGGCTCTAA AGCTTTGTAT CTCGAATTCA
    52261 AGGAATTTTT TATTAAATAA TAAGCATTAG GAGTATATTA GGGCTATCAA AACGTCTCGA
    52321 TTCCCTTATA CTCCTATTGG AGCCACTTCG GTGCGAGGTA ATATACTAAC TAAATTAGTA
    52381 ATTGGTAATG GCAGAAAAGC GAGATATAAT TTGTACACAA ACTAAAAAAA ATATCTTAGT
    52441 ACTTAGGTAT TCAATTATTA CAAAACCCCT TTTCAGTAAC CGGGTAAAAA TTATGTAGTC
    52501 ATTTTTTATA TGTACGTGAA TTTTTTGGGT TGGTTCATTA AATTAAGAAA TAGTTCTAAA
    52561 AAATTTTTGA CTCTGTACCC TTGATTTCAC TATTATTAGT AAACAATAAT GGAATAATTT
    52621 CTTCATATTC ATAGAAATAA GGGACAAAAT TCACATGGAT ATTGTAAGTC TCGCTTGGGC
    52681 TGCTTTAATG GTAGTCTTTA CATTTTCTCT TTCACTTGTA GTATGGGGAA GAAGTGGACT
    52741 CTAGAAATAC TACTTAACTT AGCTAATTTT AACTAATTGA GTTTTTAGTT GGGGAATCAA
    52801 ACCTTATCAA TTGTTTTTTA GATCACTCCA TAAAGTATTT TTAAAGATAC TAATGTTAAT
    52861 CAAACAGATA TTTTTTACAT GTTTCTTTCT TTGATTCTTT CCCTAGTATT TTTTTTTTTT
    52921 TTATTTGAAA TATAATAATT TGAGCTGTAA AATAAAAGTC AGAGTTGCCT TTCGATTATT
    52981 TTAGATTGAT CAGAATCACT ATCAATACAA ATCGATCAAA TAGATGTAGC AAAACAATAG
    53041 AATTAGGATC AATATGTACA TAACATATAT AGGATACAAT ATAGATTAGT CAATATTCAA
    53101 AATTTTAAAT CTGTAGTATA GTACAACTTT TTTATACACG ACAAAAAAAC TAAAAATATT
    53161 AATATATAAT ATTAACTAAA AAATCGTAAA AATAGTATGG TAGAAAGAAA TAAAATTTTA
    53221 TTTCTACCAT ACTACTACCA AATCGAATCA AATACTGATG ATTCTAGCCT GCGATAAAGA
    53281 ACGAAGAAGT CAATTTTCAG TCAAACTAAT CATTTTGGCT GACCGTTTTT ACATAAATGA
    53341 TAAGTAGAAA AGCAGTAGGA ACGAGAATGA AGAGCGCAGT AGCAATAAAT GCAAGAATAT
    53401 TTACTTCCAT AATTTCATCG TTTTTTTAGT TCGCAATAAC TCGGGATTTA ATCCCCTAGA
    53461 GATGATCAAA ATGTCACCAT TTATATGGAA TATATGTATT CCATTTTGAT GATATTGAAT
    53521 AGGATTAATA TCATGAATAA CAATATATGA ACTATCATAT CAATTCGCCG TCGCAAATTG
    53581 AATAGTATAA CATAGGATAA TCTTTTATCC ATACTGAAAA AAATATATTA TAGAATTCGT
    53641 GATCGAATCA AGATATCATT CTTTTAAAAT ATTTTCGTTG TACAATCAAT CATCTAACGA
    53701 AGTCTGACCA CGTTTCTTTT TCTTTTAGAC TTCCATTGGT TACAAAAAAA AATAATATAT
    53761 GAAAAACAGA CTACAAGGGG TTAAGTTCTA AAATACCTTT CTTTTTTTTG TCATTTTTTT
    53821 TTTAGTTTTT GCTCTTTTTT TGATAGAACT TAAATTCTAG TCTAAATTAA ATTTTTTTAT
    53881 TATTACATTA CACGGGGTCT AAAAAGAAAC ATGAGATACT TGTTTGATCT TTGGTTATTG
    53941 AATCCGTCGG GACTGACGGG GCTCGAACCC GCAGCTTCCG CCTTGACAGG GCGGTGCTCT
    54001 AACCAATTGA ACTACAATCC CAAGGAACTA AGGTATACAA TATCCTTTTT TATGATTTGA
    54061 TTCAAATCAT TTAGAGTTCG AATTTTTGTC TTATAATATA GAAGGGAGTT ATTAGTGATA
    54121 TACGGATCTC TGTATGAATA TGTACTTGAG TGAGAACAAC ACGAATTACT AGTCAATTTT
    54181 CTTTAGTTTA AATTATCCCA TAGGATGAAT CTAGATAATG ATCTAGATCA TTATTTAAAT
    54241 TTCCCGTAAC AAATGAAAAA CAGAAAAATC AACTCTTTTA TTCCGCATGT CGGCCGTTTC
    54301 GGGAGGACAA ATATCTTCAT CTAAATAGTG GATGAGAGAG CTTTTGGGCC GAGCTGGATT
    54361 TGAACCAGCG TAGACATATT GCCAACGAAT TTACAGTCCG TCCCCATTAA CCGCTCGGGC
    54421 ATCGACCCAG GAAGAATCTA TTCAATTATA GGTTTATTGA TTAGGCTTAT TGATAATCCA
    54481 CGAGCAACTC CCTTTCGTAG TACCCTACCC CCAGGGGAAG TCGAATCCCC GCTGCCTCCT
    54541 TGAAAGAGAG ATGTCCTGAA CCGCTAGACG ATGGGGGCAT ACGTACCCAA CTGCCATCAT
    54601 ACTATGTTCA TAGTATGAAC ATTTTTTTGA AATTGTCAAT ATAATCGAAT CTAATATATA
    54661 TTATTATTAA AATTTAAATA ACAATAATTA GATTCTTAGA TTCAAGGGGT CTTTCCGTCT
    54721 TACATGATTA CATCCAATTT TTTTTCATTT CATTTTTTTA ATAATTCATT CAAACCATTC
    54781 GATATTAAAT CTATAAACTA GAAAACTATA AAAAATCCGT TCTAATTTAT TTATTCTTAA
    54841 TATAAAAGAT TAAATTTATT AAATTAGCAG AGGAAATCTA AATAATAGAT AATTCAAAGG
    54901 ATCCGTTCAG GACGTGCTTT AGCTACTCAA AAAAAGGAGG TTTAAGGTAA ACAAACCCCA
    54961 TATATCGCAT TTAGAAACGA GCGGCTAGCT GCCTACTTAT GTATATATCT ATTCTATAAT
    55021 ATAGAATAGA ATATAATAAC TTAATTAAAT ATATTTTCTA TGTATATTAT ATTTCTATTA
    55081 TAGAATAGAT ATAAGTGGTG ACTCAGCCAA GAATTAACTA TATATAATAT TTAATATATA
    55141 TATTTTAAAT ATATATAAGG GCCCTTTTAA CTCAGTGGTA GAGTAACGCC ATGGTAAGGC
    55201 GTAAGTCATC GGTTCAAATC CGATAAGGGG CTTTTTTGAG GTGTTTCAAA AAAAAAACAC
    55261 CATCATATTT GCACGCGGAA TAGAGTTTTT GTTGATATCT AATATATAAT TATATTATAA
    55321 AGTTGAACTA ATCTTCATTA TAATGACTAA ATAATAATAA TCGTATAAGT GGTCTGTTGA
    55381 ATCATTAAAT ATTTAGATTT TAAAATTTAG ATTTTAAATT ATTTTTTTAT TTCAATAAAA
    55441 TTGTTTAGAA TAACAAAATT ATAAATCAAC AAATGAAAAA ATAAGTGGAC CTGACCTATT
    55501 GAATCATGAC TCTACCCGCT ATTCTGATAT TAAAATGTGA TTGAGATTAA AATGAAACAA
    55561 TTTACCTTTT TTTCTTTAAA CTCTGCATGA ATTTGTCGAT ATTTCCTACT AATTCTTTGT
    55621 GTTCCTAGTT ATTCCGATTC CGCATTAAAA AATTGGCTAT TATCTTCCTC ATAATCATAA
    55681 AGAGGATAAA ACTTTTATTA AATTACAAAT CACAGCATAA AAAAAGCCAT TTTCAATATC
    55741 TATTTTTTCT TTGATTCCCA AATGGAAGTA AGTTCGACCT TATCTATTGA AATCTTATTC
    55801 GATATAGCGC GACTTCATGT ACAAACAATT TCTATATCCA TGCACCCCCA TATTTTTGTT
    55861 CCGACAATTA AATATTTAAT GGAGAATGCA TCCGGGAAGG AAACTTGAAA TAAAAGTTTC
    55921 CTTTTATTTT ATTGAATGAA TATCATATTC AATTTAATTT TAATTAAGTA AAAATAGGAA
    55981 TTCTCTCTTT TTCTAACAGA ATAAAATGTA AATAAAAAAA TAGTCGAAGT ACCTTTCTTA
    56041 CCTTAACCCG CGAAAATGAA AAGATATACT CTGAAATTTC CGACGGCAGT GAGGGAGGAG
    56101 ATAAGTTAAA ATTAATAAAT ATAAATAATT GAATTTAGTT TAACCTAAGT TCATTTATGA
    56161 ACCGCTAAAG GATTTCTTTT TCGAAACCCT ATCGCTAAAC TAAGGTCCGT GGACGAGAAA
    56221 TCAAAAAATA CAAAAAGGAA ATAAAAAAAT TCTCGAACTC CAGAAAATGC TAATGCTATA
    56281 AGGTGCTCGG AAATGGTTGA AGTAGTTGAA TAGGAGGATC ACTATGACTA TAGCCGTTGG
    56341 TAAATTTACC AAAGACGAAA AAGATTTGTT TGATATTATG GATGACTGGT TACGTAGAGA
    56401 CCGTTTCGTT TTTGTAGGTT GGTCTGGTCT ATTGCTCTTT CCTTGTGCTT ATTTCGCTGT
    56461 AGGGGGTTGG TTTACGGGTA CGACGTTTGT AACGTCATGG TATACCCATG GGTTGGCCAG
    56521 TTCCTATTTG GAAGGCTGCA ATTTCTTAAC CGCAGCCGTT TCTACTCCTG CTAATAGTTT
    56581 AGCACACTCT TTGTTGTTGC TGTGGGGTCC TGAAGCACAA GGAGATTTTA CTCGTTGGTG
    56641 TCAATTAGGC GGCCTGTGGA CTTTTGTTGC TCTTCATGGC GCTTTCGGAC TAATAGGTTT
    56701 TATGTTACGC CAATTCGAAC TTGCTCGATC TGTTCAATTG CGCCCTTATA ATGCAATCGC
    56761 ATTCTCTGGC CCAATTGCTG TTTTTGTTTC TGTATTCCTA ATTTATCCAC TAGGCCAGTC
    56821 TGGTTGGTTC TTTGCGCCTA GTTTTGGTGT AGCAGCCATA TTCCGATTCA TCCTCTTTTT
    56881 TCAAGGGTTT CATAATTGGA CGCTGAACCC TTTTCATATG ATGGGGGTTG CTGGTGTATT
    56941 GGGCGCCGCT CTGCTATGCG CTATTCATGG TGCTACCGTA GAAAATACTT TATTTGAAGA
    57001 TGGTGATGGG GCAAATACAT TCCGGGCTTT TAACCCAACC CAAGCTGAGG AAACTTATTC
    57061 AATGGTCACC GCTAACCGTT TTTGGTCCCA AATCTTTGGG GTTGCTTTTT CCAATAAACG
    57121 TTGGTTACAT TTCTTTATGT TATTTGTACC AGTAACCGGT TTATGGATGA GTGCTCTTGG
    57181 GGTAGTCGGT CTGGCCTTGA ACCTACGTGC CTATGACTTC GTTTCCCAGG AAATCCGTGC
    57241 AGCCGAAGAT CCCGAATTTG AGACTTTCTA CACCAAAAAT ATTCTCTTAA ACGAAGGTAT
    57301 TCGTGCTTGG ATGGCGGCTC AAGATCAGCC TCATGAAAAC CTTATATTCC CTGAGGAGGT
    57361 TCTACCCCGT GGAAACGCTC TTTAATGGAA CTTTAGCTTT AGCCGGTCGT GACCAGGAAA
    57421 CAACCGGTTT CGCTTGGTGG GCCGGGAACG CTCGACTTAT AAATTTATCC GGTAAACTAC
    57481 TTGGAGCTCA TGTCGCCCAT GCCGGATTAA TCGTATTCTG GGCCGGAGCA ATGAATCTCT
    57541 TTGAAGTGGC TCATTTCGTA CCAGAGAAGC CGATGTATGA ACAAGGATTA ATTTTACTTC
    57601 CCCACCTAGC TACTCTAGGA TGGGGGGTAG GCCCCGGCGG GGAAGTTATA GACACCTTTC
    57661 CATACTTTGT ATCTGGAGTA CTTCACTTAA TTTCTTCGGC AGTATTGGGC TTTGGTGGTA
    57721 TTTATCATGC ACTTCTGGGA CCTGAAACTC TTGAAGAATC TTTTCCATTC TTTGGTTATG
    57781 TGTGGAAAGA TAGAAATAAA ATGACCACAA TTTTGGGCAT TCACTTAATC TTGTTAGGTA
    57841 TAGGCGCTTT TCTTCTAGTA TTCAAAGCGC TTTATTTTGG GGGCGTATAT GATACCTGGG
    57901 CTCCGGGAGG GGGGGATGTA AGAAAAATTA CCAACATAAC CCTTAGTCCA AGTATTATAT
    57961 TGGGTTATTT ACTAAAATCG CCTTTTGGAG GAGAAGGGTG GATTGTTAGT GTAGACGATC
    58021 TGGAAGATAT AATCGGGGGG CACGTATGGA TAGGTTCCAT TTGTATACTT GGTGGAATTT
    58081 GGCATATCTT AACTAAACCT TTTGCATGGG CTCGTCGCGC ACTTGTTTGG TCGGGAGAAG
    58141 CTTATTTGTC TTATAGTTTA GGTGCTTTAT CCGTCTTTGG TTTCATTGCT TGTTGCTTTG
    58201 TCTGGTTCAA TAATACTGCT TATCCTAGTG AATTTTACGG ACCCACTGGA CCAGAAGCTT
    58261 CTCAAGCCCA AGCATTTACT TTTTTAGTTA GAGACCAACG TCTTGGCGCT AACGTGGGAT
    58321 CCGCTCAAGG ACCAACTGGT TTAGGTAAGT ATCTAATGCG TTCTCCGACT GGAGAAGTTA
    58381 TTTTTGGGGG AGAAACTATG CGTTTTTGGG ATTTGCGCGC TCCCTGGTTA GAACCCCTTA
    58441 GGGGTCCAAA TGGTTTGGAC TTGAGTCGGC TGAAAAAAGA CATACAACCT TGGCAAGAAC
    58501 GACGTTCAGC TGAATATATG ACTCACGCTC CTTTAGGTTC TTTAAATTCT GTGGGTGGTG
    58561 TAGCTACCGA GATCAATGCG GTCAACTATG TCTCTCCTAG AAGTTGGTTA GCCACTTCGC
    58621 ATTTTGTTTT AGGATTCTTC CTATTTGTAG GCCATTTGTG GCATGCGGGA AGGGCTCGTG
    58681 CAGCTGCAGC AGGATTTGAA AAAGGAATTG ATCGTGATTT TGAACCTGTT CTTTCGATGA
    58741 CCCCTCTTAA TTGATTAATT GAGACAATAA ATTCAATGTT TTAATGTTTT CTTTAATGTT
    58801 TCCAAAGTAG GAATACGTTT TATTACATCA TACAGATTGG AATCCGATCA TACATAAAAA
    58861 GTCTTTTTTT TTAATTCATT TATAGATTAT AGATTTCTTT TATTTAGTTT TAATTTTATG
    58921 GCTCGGCTAG GCGAGATGGC CGAGCCATTC CCCTTTTTTC CCGGTCTGGT AAAAAAAATC
    58981 TCTTGAACGA TCAAAAGGAG AGAGAGGGAT TCGAACCCTC GATAGTTCTG AACAAAGAAC
    59041 CATGCCGGTT TTCAAGACCG GAGCTATCAA CCACTCAGCC ATCTCTCCAA CATAATTCCA
    59101 TTTTCATTTT ATTCTTATTC CCCCGAATAG AACATGGTCA TATGAGTTTT GATATCATCA
    59161 CGAGTAAAAG GATTAGATGG ATATAAGTTG ATAGGGGCTA TCCATCCATT TATATGTATA
    59221 ATCTATGACT AATTAAAGAC TAATTAAAAA TTTCTTGCGC GTTCCATTAA AGTGGTAAAT
    59281 ATCAAAAAAA TGGATTCCCG TAGTATAAAA TCCCTCTGCG ATACATTTTT TTTACAATGA
    59341 CTGATTAGGG GGATCAAATG GTATAGTTCG TTTGTTGGTA ACGTGGAGGA TTATAATTAT
    59401 GACTATAGCT TTCCAATTGG CTGTTTTTGC ATTAATCGCT ACTTCATCAA TCTTACTGAT
    59461 TAGCGTACCC GTTGTATTTG CTTCTCCTGA TGGTTGGTCA AGTAACAAAA ATATTTTATT
    59521 TTCCGGCACA TCATTATGGA TTGGGTTAGT TTTTCTGGTG GGGATCCTTA ATTCTCTCAT
    59581 TTCTTGAACC TATTTGTTAC AGATCCAAAA ATAACCCCTC CCCCGGATTA TAATTATTTC
    59641 CGGTTGTGAG ACACAGTAAA ATTTAATCAA TATAACAGAT AAGCCCCCCC CAAAAAAAAA
    59701 AAGAAAAATT TAGAGGGAGG GGTCAAACTT CAACTTCTTG AATGAATTGA AAAAAAATGG
    59761 AATTGACTTG ACGAGAGTAT CGGGCCACAC TCTACCCAAA TATGATCCAG ATATTTTATA
    59821 TATTAATATT AGGTGAGAAC ATATTCCTTC TCAAGAAGGA AAACATGCGG ATATAGTCGA
    59881 ATGGTAAAAT TTCTCTTTGC CAAGGAGAAG ACGCGGGTTC GATTCCCGCT ATCCGCTCAA
    59941 TAAAAATTTA TCTTTACTAT GATAAAGATA AAAAATTATA TTTTAATATA GTTAGAGTTG
    60001 ATCACGATAG TGTAGTGATT CTATACTTCG CATTCTTTTT TTCTATCACC TCAAAACAAA
    60061 AGAAAAAACT GTAGGTTTGA ATTAGTTAAC TAATTCAAAC CTACAGTTTT TTGACAAAAG
    60121 AAACATTTTG CGGAGACAGG ATTTGAACCC GTGACCTCAA GGTTATGAGC CTTGCGAGCT
    60181 ACCAAGCTGC TCTACCCCGC GCTGAAGAAA AGAACTGGGA ACGAATGGAC GAATACTTTT
    60241 TGTTTGTACC CCTTTACCAT ATCTTTATCT TTATAAATAG AATAACCCAT TTATACAGAA
    60301 TGGTAAAGGG GCTCTCTATG ATCGATGATG ATCATAGAAA TTAAAATAGC TTTTTATCTT
    60361 TACCAACTTG ATCTTGTTGC CCCCGGCAAC AAACATGTGT TAACCATTTC ACGAAGTATG
    60421 TGTCCGGATA ACCCAAAGTC GCGATAGTTC GCTCTCGGCC TTCCGGTTAA AAAACAACGT
    60481 CGATGAAGAC GCGTAGGTGC GCTATTACGC GGCAGAGACT GTAACTTTCC ATGAATTTCC
    60541 CATTTATCAC TCAACGACGA AACTTTGCTT ATTTCTTTTT TTGAGGATCG ACGAATCAAA
    60601 TGATATTTTT TTTCCAATTT TTGCCTTTTC TTCTCCCTTT GAATTAAACT TTTCTTTGCC
    60661 ATAATGGTTC AGTTCCTATT AGTATCAATG ATACAAGTCG GATCCTAGAT GTAAAAGTGT
    60721 ATAAGAAAGG AGGTTCCCTT CTCTATCGAA ATAAATGAGA TTTTCGCGAA GACAAAACAA
    60781 AAATTAACCA AATTTGCCCG ATGTAGAAGC AATCAAGAAA GCCGCATAGG TGAATATATA
    60841 ACCTACGGAG AAGTGGGCTA ATCCAACTAA TCTTGCTTGC ACAATGGAAA GAGCCACCGG
    60901 TTTATCTCTC CAGCGAATCA AATTGGCCAA AGGTGTCCGT TCATGAGCCC ATGCTAAAGT
    60961 TTCAATCAAC TCCTGCCAAT ATCCACGCCA GGAAATTAAG AACATAAATC CCGTAGCCCA
    61021 AACAAGATGC CCAAATAAAA ACATCCACGC CCAAACCGAT AAACTATTCA TCCCAAAAGG
    61081 GTTATATCCA TTGATAAGTT GTGAAGAATT TAACCATAGA TAATCTCTTA ACCATCCCAT
    61141 CAAATAAGTG GAAGATTCAT TAAATTGTGA AACATTACCC TGCCATAATG TGATGTGCTT
    61201 CCAATGCCAA TAAAAAGTAA CCCATCCAAT AGTATTTAAC ATCCAAAAAA CCGCCAAATA
    61261 AAAAGCGTCC CAAGCCGAAA TATCACAAGT ACCGCCCCGC CCCGGACCAT CGCAAGGAAA
    61321 ACTATAACCG AAATCCTTTT TATCTGGCAT TAACTTGGAG CCTCGGGCAT CTAAAGCACC
    61381 TTTTACTAAG ATCAATGTAG TTGTATGTAA ACCTAGAGCA ATAGCATGAT GAACTAAAAA
    61441 GTCTCCGGGC CCTATTGTTA AGAATAAAGA ATTACTATTC TCATTAATAG CATTTAACCA
    61501 GCCAGGTAAC CATATATTTC GACCTGCATT GAATGCCGGG CCGCTTGTTG AGGATAAAAG
    61561 TACGTCGAAC CCATATGAAG TTTTACCATG AGCGGATTGT ATCCATTGAG CAAATATAGG
    61621 TTCGATCAAA ATTTGTTTTT CTGGAGTCCC AAAAGCAAGC ATGACATCGT TATGAACATA
    61681 AAGACCTAAA GTATGGAACC CTAAAAAGAG ACTGGCCCAA CTTAAATGAG ATATGATAGC
    61741 TTCTTTATGG TCTAACATTC TTGCCAATAC ATTATCCTCA TTCTGTTCCG GATTGTAATC
    61801 TCGAATGAAA AATATAGCTC CATGAGCAAA AGCTCCGGTC ATGATGAATC CTGCGATGTA
    61861 TTGATGATGC GTATATAATG CAGCTTGAGT AGTAAAGTCT TGTGCTATGA ACGCATACGA
    61921 AGGTAAAGAA TACATGTGTT GGGCTACCAA AGAAGTTATA ACTCCTAAAG AAGCTAGAGC
    61981 AAGTCCTAAT TGAAAATGAA TCGAATTGTT GATTGTGTCA TAAAGACCCT TATGTCCCCG
    62041 CCCTAGCCGC CCTCCTGGAG GAATATGTGC TTCTAAAAGA TCTTTCATAC TGTGCCCAAT
    62101 CCCAAAGTTC GTTCTATACA TATGACCAGC AACAAGAAAA ATAAATGCAA TAGCTAAATG
    62161 ATGATGAGCA ATATCAGTTA ACCATAAACT TTGCGTTTGT GGATGGAATC CCCCAAGAAG
    62221 GGTTAGAATA GCCGTTCCCG CTCCTTGGGA GGTACCAAAC AAATGACTGC TTGAGTCGGG
    62281 ATTTTGAGCA TAAAGATTCC ACTGACCTGT AAAAAGGGGG CCTAATCCTT GAGGATGTGG
    62341 TAATACGTCT AAGAAATTAT TCCATCGAAC GTACTCGCCC CTGGCTCCGG GAATAGCGAC
    62401 ATGAACTAAA TGTCCTGTCC AAGCCAAGGA GCTTACTCCG AAGAGTCCGG ATAAGTGATG
    62461 ATTGAGGCGG GATTCGGCAT TTTTGAACCA CGAAACGCTA GGTTTCCATT TCGGTTGTAG
    62521 ATGTAACCAA CCCCCCAGTA AAGATATAAC AGAAAGAAAT AATAGAAAAA GAGCTCCAGT
    62581 ATAAAGATCC TCATTAGTGC GTAACCCGAT TGTATACCAC CACTGATAAA CACCAGAATA
    62641 AGCGATATTC ACTGGGCCAA GAGCACCCCC CCGCGTAAAG GCTTCCACAG CCGGTTGACC
    62701 AAAATGAGGG TCCCAAATTG CATGAGCAAT AGGTCTTACA TGTAAAGGGT CCTGTACCCA
    62761 TGACTCAAAA TTTCCTTGCC AAGCTACATG AAACAGATTC CCGGAAGTCC ACAGAAAAAT
    62821 TATTGCTAAT TGTCCAAAGT GAGAAGCAAA AATATTCTGA TAAAGACGTT CTTCGGTAAT
    62881 ATCATCATGA CTCTCGAAAT CATGTGCGGT AGCAATACCA AACCAAATAC GACGCGTAGT
    62941 GGGGTCCTGA GCTAAGCCTT GGCTAAACCT TGGAAATCTT AATGCCATAA TGCCTTTCAA
    63001 ATCCTCCTAG CCATTATCCT ACTGCAATAA TTCTTGCTAA GAAGAACGCC CATGTTGTGG
    63061 CAATTCCACC CAGAAGGTAG TGGGTTACTC CTACAGCACG TCCTTGTACA ATGCTCAAGG
    63121 CTCTAGGCTG AGTAGCAGGA GCAACTTTTA ATTTATTATG AGCCCAAACG ATGGATTCAA
    63181 TAAGTTCTTG CCAATAACCA CGCCCGCTAA ATAGAAACAT TAAACTAAAA GCCCATACAA
    63241 AATGAGCACC TAGGAAAAAG AGGCCATATG CAGATAATGA AGAACCATAA GACTGAATTA
    63301 CCTGGGATGC CTGTGCCCAT AAGAAATCAC GAAGCCATCC ATTAATAGTA ATGGAACTTT
    63361 GCGCAAAGTT TCCTCCTGTG ATATGAGTTA CCACCCCCTG ATCGCTTATA CTACCCCAAA
    63421 CATCTGACTG CATTTTCCAA CTAAAATGAA ATATTACTAC CGAAATTGCG TTGTACATCC
    63481 AGAACAGCCC TAAGAATACA TGATCCCACG CGGATACTTG GCATGTTCCC CCTCTTCCAG
    63541 GCCCATCACA AGGGAAACGA AACCCAAGAT TAGCTTTATC CGGTATCAAA CGAGAGCTAC
    63601 GAGCAAATAG AACACCTTTT AAAAGTATCA GTACCGTTAC ATGAATTGTA AAAGCATGAA
    63661 TGTGGTGGAC CAAAAAATCT GCGGTCCCTA AAGGAATGGG TAACAAAGCT ACTTTGCCAC
    63721 CCACTGCTAC TAAATCACCA CCCCCCCAAG TCAAACTAGT GCCCGCTGTT GCGCCTGGAG
    63781 CCGTTGCGCT AGGCGCAACA GCATGAATGT TTTGTATCCA TTGAGCGAAG ACGGGTTGTA
    63841 ATTGTATCGC GGTATCTGAA AACATATCTT GGGGACGCCC TAAAGCGCTC ATGGTATCAT
    63901 TATGAATATA TAAACCAAAA CTGTGAAATC CTAGAAATAT ACATACCCAG TTGAGATGTG
    63961 ATATGATTGC ATCACGGTGT CTAAGAACAC GATCTAATAG ATCGTTATAT CGAGTAGTTG
    64021 GATCATAATC TCTTACCATA AAAATGGCTG CATGCGCAGC AGCACCAACT ATGAGAAATC
    64081 CACCAATCCA CATATGATGT GTAAACAATG AAAGTTGGGT ACCATAGTCA GTAGCTAGAT
    64141 ATGGATAAGG GGGCATCGCA TACATATGGT GAGCTACAAC AATGGTTAAC GAGCCTAACA
    64201 TAGCTAGATT AAGAGATAAT TGAGCATGCC ATGACGTTGT TAGAATCTCA TATAGGCCTT
    64261 TATGCCCCTG GCCTGTAAAT GGACCTTTAT GAGCCTCTAA AATATCTTTT AGGCTATGAC
    64321 CAATGCCCCA ATTCGTTCTA TACATGTGAC CCGCTATCAG GAAAAGAATT GCAATAGCTA
    64381 AATGATGGTG TGCAATATCG GTCAGCCACA GACCCCCAGT TACTGGATCT AATCCTCCAC
    64441 GAAAAGTAAG AAATTCCGCA TATTTTGACC AATTCAAGGT GAAAAAGGGG GTTGCTCCTT
    64501 CGGCAAAACT GGGATAAAGT TGCGCCAAAA GATCCCGATT CAAGATAAAT TCATGGGGAA
    64561 GTGGTATCTC TTTAGGATCT ACCCCAGCAT TTAGAAATTG GTTAATCGGT AAGGATACAT
    64621 GTACTTGATG CCCCGCCCAA GAAAGAGACC CAAGTCCTAG TAGTCCTGCT AAATGGTGAT
    64681 TCAACATAGA TTCCACATCT TGGAACCAAG CCAATTTTGG AGCAGCTTTG TGATAATGAA
    64741 ACCAACCAGC AAAAAGCATT AATGCTGCAA AGACTAATGC ACCAATTGCA GTACAATAAA
    64801 GTTGTAATTC ACTAGTTATT CCGGATGCTC GCCAAATCTG AAAAAACCCG GAGGTTATTT
    64861 GTATTCCTCG GAAACCTCCG CCTACATCAC CGTTCAATAT TTCTTGGCCT ACAATTGGCC
    64921 AAACTACTTG GGCACTAGGT CCAATGTGAG TAGGATCGCT TAGCCATGCT TCATAATTGG
    64981 AAAAACGAGC ACCGTGGAAA TACATACCAC TCAGCCAAAG AAAGATGATG GAGAGTTGAC
    65041 CAAAATGGGC ACTAAAAATT TTTCGCGAAA TCTCCTCCAA ATCGCTGGTA TGGCTATCAA
    65101 AATCGTGAGC ATCAGCATGT AGGTTCCAGA TCCAAGTAGT AGTTTCAGGG CCTTTAGCTA
    65161 TTGTTCTTGA AAAATGGCCG GGTCTGGCCC ATTCCTCAAA AGACGTTTTT ACGGGATCCC
    65221 TATCTACCAA AATTTTGACT TCTGGTTCCG GCGAACGAAT AATCATTGAG TCCTCCTCTT
    65281 TCCGGACAAG ACATACAAAG AGACCTGCCA ATATTTAAAT AATTGGTGAA CCTCTGAGAG
    65341 ATATTTAAAA TGAATTTATT TTATATTTTA CTTGTATCTC CCATCTCTCT ATTTTTTTTA
    65401 GTTATTTACT AGAGCAATTA TGATCTGGAA GTTGATCCAG GGCAAGTGTT CGGATCTATT
    65461 ATGACATAGA TGTTTGGCGC CCAACGGACC TTTTTGGGGG TTTAAGATTC TAATTCTAAA
    65521 TCCCTTTTGA ATTAAGTTAA AAACTTTTTT GTTGTGCAGA TTCCTATCGC AATTCTAAAA
    65581 TATTATATAG AGATCCTAAA TATTTTACTA TACAATATCC ATCCAATGTA TTTATTTTAT
    65641 ATTAATTAAT ATAATTATTA TTATTATTTT TTTAATTCTA ATATAATAAT AATAAGTAAT
    65701 ACTCTCATCC TAACTATTTA GGATAGCACT AACAATCGTT TAGTCATTAC TAAAGAAATA
    65761 CCCAAATTTT TAGTCATTCA AATTATATAG TTTAAAATTA TAATAATTTT TCCATTTATA
    65821 AAAACGACTA AGCCCAAATG ACGTATTTTT GGAAATACTG TTATAAGTTC TATACATATA
    65881 CATTCTGATC AACAATTTTA AAATTAAAAG ACGACACCAA AGTAATTGCA CTTTACTTAC
    65941 TTTGTTATGT TTCCGACGTA ACTCTCATCA ACTAGTATCG AATATTTAGA TTTTTTTTAA
    66001 TAGCAATATT TATTTCATTT TTAATTTAAA ATGAAATAAA TAAATCGATG AATAAAATAA
    66061 TATTAAGAAT TAAGAGTTTA TTGAATTGAA ATATTTATAA ATATTATATA AAAATCTTAT
    66121 TAAATTAAAA TAAAAATCTT ATTAAATTAA AGAATTTAAT ATTTAAAATA GACGAAACGA
    66181 AATAAAAAAA TTCTGTACTG TATCTGTGTA TTCGTTATCC TTACGAAATC TCAGATAAAC
    66241 TGGAACGATT TGATAAGGGA TATAATGAAA TTCTTTAATT AGTTTTTCCC AGAATAAAAA
    66301 TGTAATTTTA ATTTTATTAA TGGACCAAAA AAAATGTTAT TCGAAACGTC CCGTGATCTT
    66361 CAACCAATTA TGCGCTTCAA TATAATTCCC AGGAGTAAGT GTTATAGCTT GTTTCCAATA
    66421 CTCGGCGGCT TGATCAAACC AAGCCTCTGC AATTTCAGAA TCTCCCTGTC GGATGGCCTG
    66481 TTCTCCCCGG TCGGAATAGG CGGGTCAATT CCTTCCCTTA GAACCGTACT TGAGACTTTC
    66541 CTACCTCATA CGGCTCCTCA GTCAATTCTT TTGGTGTCCT TTTTTTAACT ATAAAAAGGA
    66601 AAACAAGGAA TGAGATTTCT CATAGATCTC TCCCACTCTT CGAGATAACC AAAAGGGGTT
    66661 AATCAGATGA GTTTCAAACT TTTTTTTTTA TTTAATTAAA AATATTTTAT TTATTTTTTG
    66721 ATTAATAATA AGTTTTATTT TAGTTTTATC TTTTCTCCCA CCCGCAGAAG AATAAAGTAT
    66781 AGGTATTTAC TCCTATTGTT AGTATTTTCG GCAAGGTAAC TATCTCGATT TCATATCGAA
    66841 ATTTATATAG AATCTTTGAG AAAGACTTTC CTTTCTAAAA AAAGTACTAA AGAAAAGACT
    66901 TACTATCTTT GGGATCTGAT CCTACACCGC CGCTCAATAC CTTAGTGGAT CAACTCTATT
    66961 ACAGAAATTA ATTACTCACT TTTATATATC TTATTATTCT TATATATAGG CATAAATAAG
    67021 CAGTTCTTTT CTTAATGTAT TGGCCCAAAA CCTCGTTAAT TGATCTTTAC GGTGCTTCCT
    67081 CTCTATCAAT TAAAAATTTT TATCCATAGA CGACATTAAA AAAAGTATCT AGGCATATCT
    67141 TATTTCGTCA TATTTTCATT CCCATTTCTA TGAAGTGTAT TTCTTTCCTA CAGCTCAAAA
    67201 AATCGGCGTT TTAGACGATG TATATGTAGT GAGCCTATAT TTTTTTTAGT ATTTACTAAA
    67261 AAAATAGGGG AGGTNTTCCT TTTTCCTTCT ATAGTGGAGA TAGTCGCACG TAATGACAGA
    67321 TCACTGCCAT ATTATTAAAA GCTTGGGGTA AGAATGGGTT TCGTTCTAGT GCCCGGAAAT
    67381 AATATTCTAA GGCTTTCGTA TGTTCCCCAT TACTTGTGTG AATAAGGCCT ATATTATAGA
    67441 GTATATAACT TCGATCGTAG GGGTCGATTT CTAGTCGCAT AGCTTCATAA TAATTCTGTA
    67501 AAGCTTCCGC ATAATTTCCT TCGGATTGAG CTGACATCCG TTACGGTCGT CATTCGATTC
    67561 AAAGAATCTC CGTTCCAGAA CCGTACGTGA AATTTTCATC TCATACGGCT CCTCCTTTAA
    67621 ATACGCATAA TGAGCATAAA AAATACATAG AATAATAAAC AGGGTTTAAT CTCATTATGA
    67681 ACTGAGTGGG GCTAGTGTTA AAAAAAAAAT ATCTAGCCAA CCTTCTTGCG CAAGAACTTG
    67741 TACTAACATC AAATGCCTTG ATACTAATAT AGAAAAGATA ACTCGAACAA TTACTTTGTT
    67801 CTCAACGCCT CCTAATTTCC AGGAAATAGT CACTTCAACA GTCTTTGATG GTTATACGGG
    67861 TATCCAAAGT ACCAACGAGA TGGATGTTTG TTATCCCAAC CATTCTTGTT AGGCCCAATC
    67921 CAGATAATAA AAGGGAGTTA GTAAGTCATT TTAAACAAAG CTTTTGTGTT GTCGATTGCT
    67981 AGGTGTAGTG CTTTTTCCCC TATGCCGCCT ATTGGAACTT TATTACTAAA AAGCCGGACT
    68041 GACCTGTAAT ACAGAACACA CAGGTGTAAC CTTCCGCTCA ATACTAATAC TCAAATTGAG
    68101 ACTTGAAGCA TAGTATTTGA GGCTGCATCA ATCGGGGATA CACGACAGAA GGAATTGTTC
    68161 TATTTCTAAA CTTCACCTTC AACAAGCGTA GACTTTTTTC TAATTAAGAA TATAAGACTA
    68221 TTTCTTCTTT ATATTTCGAA TCGTGTGTCT TTCTCATCAA CCTAGAAACA GAAAAGAAAA
    68281 AAATAATCAA ATCACACCAT CTCTATAATA AGTAAATGCC TCTTTTTCTC CCGAAGTTGT
    68341 CGGAATGATT CGTAATAAAA TATTGGCCAC AATTGAAAAG GTCTTATCAA TAAAATTTCC
    68401 ATTTATTCGC GATCTAGACA TAGGTATCAA TCCATTCTAT AATTAGTCTC AGTACCTCTT
    68461 GTGGAAAAAA GATTTCCCAA GCAAAGGATT TGTACAGTAC GAAATAACAT AAAAACAGAT
    68521 TCAGTTCCAA AAAAAATAAA ATAAAGATAA AAAACTTCTA CTTAGATTAT ATATTATTAT
    68581 ATATTTTTTT TTTACTTATT TATTCAAGAA TTAATAAGAA ATAGGGGAAT TCCATTCGAA
    68641 TTCATCCGAA TAAAATGTAG TAATGGAGGA ACTATTCCTC GAAAAGGCAT TTTTTTTAAG
    68701 TTACGGAATT CTAGTATATA AATCTAAATA TAAATTGAAC CGCGGTCGAA GAGTATCCAT
    68761 TAATCATACA TAGTCTAAAT CATCAATCAG TTAATTTGTT CCAATTTGGT GATTTAATCA
    68821 AGTAGGTATT AGATATATTC AGATATTTAT CTATACGATT TGATTTATAA TTAAAGTAAA
    68881 GGGTAGGAAC ATCATATGAA CAAATATGAA TCAATCATTC AATATATTAT CTATTTTTAT
    68941 ACTTTCACAA GAAAAAACAT GTTTTTAAAT TGAATCCTTC GAGCAAAGCT TTTTTATAAA
    69001 AACTTATCTA TCTATTAGTT ATAGAATATA TAGAATTCTC TGGTTGGTCA TACCTATCCA
    69061 AGTAAAAATA GAATATAGTA TTAATCTTTA ATTTTAATGT CTCGTTATTT TTTCGGTTTT
    69121 TGAGTCATAA TAAAATAATA GGAAAGATGG CCGAGTGGTT CAAGGCGTAG CATTGGAACT
    69181 GCTATGTAGG CTTTTGTTTA CCGAGGGTTC GAATCCCTCT CTTTCCGTAC TTGAAAAACC
    69241 TAATTTACCA ACATTCCTAA CTGTAAGATA TCAAACAACA AGAAATTAAA TACCATTATT
    69301 AGAACATAAC AGTTAGATTC GAGATCGGAA AGAATATTAT GAGTGGGATA AAATTCCTAT
    69361 CAAACACCTG ACTTTAATCC TTAAGTCAAT TTGAAAGGGG CCGGGTTGTT CGAACCCTTT
    69421 CGCTTTGTTT TTTAGTTAGG GCTAAGTCTG ACGAGAATAA TATTCTACCA CTAGCAATTC
    69481 ATTTATTTTC AAACCGACCC ACTTACTATC TATTATTTGA TTGATTAATC CTTTATACGG
    69541 AAATGGGTCA AGAGTCAAAT GTTTGGGCAA TTCCTCAGGG GGGGATGAAT CAATCAAATT
    69601 TTGAATTAGA GTTCTGGATT TTTGTTCATC CTTTGCCGTA ATAGTATCTT GGGGTTTACA
    69661 ACGATAACTC GGTATATCGA CTATACGGCC ATTAACTAAA ATATGTCGAT GATTAACTAA
    69721 TTGGCGGGCT CCCGGAATAG TCGGAGCCAT GCCCAATCGA AAAAGGATGT TATCCAAACG
    69781 CATTTCAAGT AATTGTAGTA AAACCTGCCC TGTTGACCCT TTGGCTTTTC TTGCGATACG
    69841 AACGTATTTA AGTAATTGTC GTTCTGTAAT ACCGTAATGA AAACGCAATT TTTGTTTTTC
    69901 TTCTAGACGA ATACGATATT GAGATTTTTT CCCAGAACGT GATTGGGCTC TAAGATCACT
    69961 TCCGTTTCTA GGCCTTTTAT TTGTTAGTCC AGGCAAAGCC CCTAAACGTC GTATTTTTTT
    70021 GAAACGAGGT CCTCGGTAAC GCGACATAAA GACTCCTTTC TTTATTTATT ATTAAATTAA
    70081 TTTTATATAT TTATATTTCA TTTTACAAAA AAACCTAAAT TAAAACTAAA TGATAAATGA
    70141 AAAGAAATCT CCTGAATTAT TATATTACAA TGAATAATAA GATAAGATGT ATTATATATA
    70201 TGATATACAA ATCCATTTAT ATATTCTATA TTTTGTATTA ATCTATGGAA GTATAAGTAA
    70261 ATATAAAGAG TCTTTTTCAT TATTTGTTAT GCCAAGGCTC AACCCTTTGC CTTTCCTTTT
    70321 ATTTATAATT GGGAATTTCT ACCACAACCA CATAATAGAT CAATAACCTT TTGACGAAAG
    70381 GGCACCCTTT TTATTATTAT TTTTATTATT ATTATTTGTT CTTTGATAAA GAAAAAAAAA
    70441 TAAGAAAAAG CCGGCTATCG GAATCGAACC GATGACCATC GCATTACAAA TGCGATGCTC
    70501 TAACCTCTGA GCTAAGCGGG CTCATAGAAA TTCTACATAC ATAAAAACTA TATCTTAGTT
    70561 TAAGCTTATT CATTTTTATT CTTTTATGAT ATAAATTATC TAAATATAAA AAATTTTTTA
    70621 AAGAAAAAAA GGAAATATAA AATTGAGTTT ATTTCTATAG ATTTATTATT TTTCATCTAG
    70681 AACAATTTTA TTCTATTATA TAATTTTAAT TATATAATTC TATTGAAATC ATTATTATTA
    70741 TTATATCTAC TAAACTAATA TATAAATTAG ATTATAATGA GAAATGAGGG CTAGTAATTG
    70801 AAAAAAAAAT GCATTATGAA AATTTTCATT ATAGCTATAA TGAATAGATA TTTTTTGAGT
    70861 TATGTTATTT TAGGGGTCTG CCCCAAGAAA ACCTAAAAAA AATAGAAATA AATCAAGAAA
    70921 AATGAAATCC AGATTATAGA TTATAATAAT ATAAAAAATA ATATTCTATT TTCATTCAGA
    70981 GACGAAGACG AAAAACAAAG AATCGATCCT TTGAGTATTA CAAACTGCAT AAAGGAAAGA
    71041 AGCGTATATA TGCTCTCTAT TCATCTATAT TGAATTGTAC CTACAGAAAT GATAGAATCA
    71101 TTTCGGATTA GACCAAAGCA AGTTTCAAAT TTATAGTCTT TCCAATAGAA ATTCACTAGA
    71161 AAAAAAAAAG AAGAAAAAAC TTTTCGGTAT ATTAATCTGT ATAAAATCTA AAAAATGCGA
    71221 GAGATACGGA AGGGGGAAAC ATCCCATTGG GGTCCTAATT TTATAAAATA TAACGGGGAT
    71281 ATGGCGAAAT CGGTAGACGC TACGGACTTA ATTGGCTTGA GCCTTAGTAT GGAAACCTAC
    71341 TAAGTGAAAA CTTTCAAATT CAGAGAAACC CTGGAATTAA AAAAAGGGCA ATCCTGAGCC
    71401 AACTCCTTTT TTCAAAAGCA AAAAAAAGTA TTAAGAAAGA AAAAAAGGAT AGGTGCAGAG
    71461 ACTCAAAGGG AGCTGTTCTA ACAAATGGGG TTGACTGTGT TGTTATAAGT CTAAGACTTC
    71521 TTCCCCCTAA ATTCCAAACC AAGAAAAAGG GTGAAGAATA TACGTACTGA AATGATTAAT
    71581 GACAACCCAA ATCTGTTCTG TATTTTTTTT CTAATTTTGA GATATATAAA ATAATATATA
    71641 TTTTCTATAT TTATAGTAGA GATTTATAAT AGGAAATTTA AAATGCAAGA ATTGTTGTGA
    71701 ATCGATTCCA AGTTAAAAGT GGAATCCATA TTTATTCATC AAAACATTCA CACTCACTCT
    71761 ATAGTCTGAT AGATCTTGTG AAGAACTGAT TAATCGGATG AGAATAAAGA TAGAGTCCCA
    71821 TTCTACATGT CAATACTGAC AACAATGAAA TTTATAGTAA GAGGAAAATC CGTCGACTTT
    71881 TAAAATCGTG AGGGTTCAAG TCCCTCTATC CCCAAAAACT TTTTTCACTC CTTAACAAAT
    71941 TATCTTTTTT TGCATTACCG TTTTAAAGTT AAAGATGATT ATGTTCCGAT ATATATTTTT
    72001 TTTGTGATCT TATCACAAGT CTTATAATAT ATATGATAGG AGGACAAAAA AATATCTTTT
    72061 ATTTGAACAG GCAGTACTCC GTTGAGTAAT TCATAATCCA TATTTTTACA GTTTTATATA
    72121 TTATTATTAA TATAAAACTT ATATAAAATT ATATTAAAAC TTATGTAAAA TTATATACAG
    72181 AGTTCCTCTT TTTGAAGACC CCAAAAATTC CGGTACCTGT ATAATTGTAA TACTTTTCAT
    72241 CCTTTTAATT GATTGACTAA TTGACACAAA CCCAAGTTAT CTCGTAAAAT AAAATGGGGA
    72301 GATGATGCAC CAGAAAAAGG AATGGTCGGG ATAGCTCAGC TGGTAGAGCA GAGGACTGAA
    72361 AATCCTCGTG TCACCAGTTC AAATCTGGTT CCTGGCACAT TTGTGTTTTT TTTTTATTCT
    72421 ATACCTAGAA ATTGACGACT ATGAGTCGAT ATACAAGTCG AGATCATGAC ACATAAGTAA
    72481 GTTATTTAGC TAGTTATCGT GCGAAATACC CCATCTATCT AAAAACTGGA TGGGTAGATA
    72541 GTTTAAAAAA GAAACCCTTT TTTTAGGGTT TTAAATTTTT TGCTGCTATT GGGTTTCCTC
    72601 TTATGTACAA TACATTTTAA TATAATACTT CATATATATT CGAATCGGAT TACCTTTCAT
    72661 TTTAATATAG ATTTATGTAT GGATTTATAT TTTTTCCTTT CCTCATACAT CCTATGACTT
    72721 TACGTAACCC GTCTAAGTAA GTGTAAGTTA TTAATGTATG CGCGGTACAA AGTTCAGGAT
    72781 ACAGAACTTT TTAGTTCATT CTATTGGCTC TTAGCTTATT CAAAATAAAA TTTTTGAGAT
    72841 TCTCAAAAAA TTTTTAATTT GTCTTTTCTT TTTTCTCCAT CCATAATACC AGTGGGAAAT
    72901 CTATTATTCT GTTTGATCTA GAACATACAA ACAGTCTTTA GCTACCTCAT ACTGTAGAAG
    72961 TTAAATTAGT TTTTTATCGT TTAATACGCA TCTTGTATTT CGTAAAAATT GGGTACAATA
    73021 TAATCCTTAC GTAAAGGCCA TCCTACCCAA CTCTCGGGCA TTAAAATACG TTTTAGGCGC
    73081 GGATGGTTAT CATATGAAAT TCCCAACATA TCATAAGATT CCCTTTCTTG AAAATCCGCG
    73141 CTTTTCCAAA CCCAGAACAC AGACGGAATT CTAGGATTAC TCCTTGGAGC AAATACTTTT
    73201 ATGCATACCT CTTCCGGTTG ATCCGCACCA TACTCTAATC TCGTAAGATG ATACACACTA
    73261 GATAACAGCC CTCCCGGGGC TACGTCATAG GCACATTGAG AACGTAGATA ATTGTAACCA
    73321 TATACATATA AAATAACAGC AATGGAATGC CAATCTTCGG GCTTAATTTG TAAAGTCTCT
    73381 ATTCCTTGGT AATCGAAGCC TAAAGATCTA TGAACTAGCC CATGTTTGGC TAGCCAAGCA
    73441 GACAAACGAC CCTGCATCTT GTTTATATCT CCCACATTCT TTTTTTTTTT AGATTTTAGA
    73501 TTAAAATGAA TCCGCCGCTT ATGTTTACAA TTACACAAAA GTGAATCCCA TTTAATTCAC
    73561 TAATTCCTGG GAAGATACTG AATTTTTGTA TTTGAAAAAT GTTTCGGGAA GAATCTCTGA
    73621 AGTAAATGGA GATTTATATT TATAAAGTAA TCCTTGATCA TAATTTCCCG TATGAATACT
    73681 CCGCCCAACC CGAAACTTGT GATTGATAGT AAAACATCGA TTCTTCTGTT GAGACTTAAT
    73741 CCTATCTTGA TAAATTTCCC TAGATATTTT CTTACGAAGC TTTGTTATAG CATCTATAAC
    73801 TGCTTCCGGT TTTGGAGGAC AGCCCGGCAA ATAGATATCC ACGGGAATTA GTTTATCGAC
    73861 CCCCCGAACA GTACTGTAGG AATCGGTACT GAACATCCCC CCGGTAATTG TACACGCTCC
    73921 CATAGCAATA ACATATTTAG GTTCGGGCAT TTGNTCATAT AATCTCACTA AAGAAGGCGC
    73981 CATTTTCATT GTTACTGTAC CGGCTGTTAA AATTAGGTCC GCTTGTCTAG GGCTCGATCT
    74041 TGGTACCAGC CCATAACGAT CAAAGTCGAA TCGCGAGCCT ATTAATGAAG CAAATTCAAT
    74101 GAAACAACAG CTGGTCCCAT AGAGAAGCGG CCATAAACTA GAGAGTCTTG ACCAATTTGA
    74161 AAAATCATTT GATGTAGTTG AAATAACTGA GTTTTGGGTT ATTTGATTAA GTAGTGGAAA
    74221 CTCAATAGAA TTCATAACTA TTTCCATCTT TTTTTTTTAC TTTTTTTATT GTATAAATTT
    74281 TCGGGGATTA AGACCATTCC AATGCTCCTT TTCGCCATGC ATAAACTAAA CCAACAATTA
    74341 GGATAAGCAC GAAAATTAAA GCTTCTATAA ATACGGATAC GCCCAATATA TCGAAACTCA
    74401 TTGCCCATGG ATAAAGAAAA ACCGTTTCAA CATCAAAAAC AACAAAAACT AGAGCAAACA
    74461 TATAATAACG GATTCGAAAT TGTAACCAAG CATCCCCCAT CGGTTCTATA CCCGATTCGT
    74521 AGCTAGAAAG TTTCTCTGGA CCTTTGCTAC TAGGCGCTAA AATTCCGGAA AATAGAAATG
    74581 CTAAAATAGG AATAACGCTT GATATTATTA AAAATGCCCA GAAAATGTCA TATTCATAAA
    74641 GTATAAACAT AGACAGACTC CTCACGAATT TGGAAAATAT TTTTAATTGG TTGATTCCGA
    74701 ATTAGAATTG TCAAGTTATC CATAACTCCT TAGTCAAAAC AACAATTAAT TTTGAGCGAA
    74761 CGACTTCTTT ATTATAAAAA TTTTATTATA AAAAAAAGTT TCATTTGTTG TGTCTCATCT
    74821 CAAACGTGAT TGACTTGAAT ATTTTTTTCT CTTTTGTTCT CCATTCCACC GCATTTTTTT
    74881 ATAATTATCT CTTTATATTC TATATATAAA TAGAATATAA ATAGAGATTA TTCTTATTCG
    74941 CTTTCACCTA GGTTTTACCT AAATAAACAA AGAAAATAAA TTCAAACAAG GACTTCTCAT
    75001 TTTTTTTTCG TAGATAGAGA TAATTCACAT GTAAGAGGAT GTTTATAAAG TTAGATTTCA
    75061 GAATGAGTTA GAATGACGTT AGTAATTAGT ATATTCTATT TAATTTAATC TGAATTCGGG
    75121 CCAAGTAGCT TTTCTTTTAT TGATTGTATA AGTAAAGAAA TACTTGTTTT GCACTTTTGT
    75181 AGGCACGGTC TATTAAACTA CAAAGTTTCT TTGACAAGGT TGCCAATGAA ATTGACCAAA
    75241 GATCCTTTTG AAACCCGGGC TTAAAAAAAA TGAGAATTTT TTGCTAGAGA ATGTAGGGTA
    75301 TTCCTAAACC TATTTCTTAT AGTCAACTGT AGTTGGTTCA TTGGGCTGAA ATGAAATGTT
    75361 TAATAGTCAA TTTATCCCTA GGGTTTTGCT TCTAACAATT AAAGTTAGAG TTAGGTATAA
    75421 TATACCTATT AAAGGTGGTA ATATAATAAA TTATTTGATT GGGTAGGAAC GATAAAAATA
    75481 AGATTCCTAT AAAATTTTGT ACTTATACTT ACAAAAGAAA ATAAAATTAA GGGTTGGTTA
    75541 TCCTAGATTG GATCCAGTGA AATACATTTT ATTTTTTTTT CTCCGCCATA AATGATACTC
    75601 ATTAATAAGT TTAATGCCAT TTTGTTTTAT TTGATGAGAG ACAAACGATG GGTTATAAAA
    75661 GCAATCAACT AATACTTAAA TTTATAATAT AAATTCATAT AGTATATATA TTTTTAGGGC
    75721 TATACGGATT CGAACCGTAG ACCTTCTCGG TAAAACAAAT CAAACTTTTT CTTTTATTAT
    75781 CAAAATGATT TGAACTGTTT CAAAGACCCA ACATGCAGTT TTTTGCATTG GGCTTTTTCA
    75841 TTAACTGATA TAAATATCAG CTATTCTACC ATAATTTTTC TTGATAGAAA GAAAATGGTT
    75901 CCATGTGCTG TGATTCATTA TTTATTTGAA CTTTGATTCA GAAGCACTAC CAAAGTGTTT
    75961 CAAAAAAGAG TTATAGTGAC GTAGGTCTGC TTTTGGCCTA GAGAAATTTT AAAATTAAAT
    76021 GGAGTCTCTA TCGTTCTGCT TAAAGAATAT AATATGAAAC TTCATACACC TTAAAGTTCA
    76081 TAGGACGAAA AGAGATTTTT TGAGACTCTG ATACTCATTA AGCCTAGCAT TCAATAGGCT
    76141 GGGTATTCAC CTTATCAATA TTAAAAAAAT GGGTTCTATT TGGGGACACC TGAATCATAC
    76201 CAAATTAGAA CTAATTGTCA GGCTATTGTT CTCTTGTTTT GTTTCCTCAA AATCATAGAG
    76261 TAAGACATCG ATTTATCAAA AAGATTAATT AATCTAATTT CGTTGATTGC ATGATCTGAA
    76321 AAACATTGGC GCGCGTGTAA ACGAGGTGCT CTACCGAACT GAGCTATAGC CCTTTACTTG
    76381 TGCTACATAA CCTATTTTAA CATGTAGCTA ATTTCTTGTC AAGATGAACA TTCGCGATCA
    76441 AAGATCATAG CTCTTTGATT GATATTGCTT ATAAACAATA TTGGATTTAT AATACATCTA
    76501 TGTAACTTTT GAGTTTTCTT TAGTAATGCA AAATAACCTA CTTAACTCAG CGGTTAGAGT
    76561 ATTGCTTTCA TACGGCGGGA GTCATTGGTT CAAATCCAAT AGTAGGTAAG GTAAAACTTA
    76621 TTAGATACCC TTGACTCTGG TATCTAATAA GTTTTTATAT TCACTCTCTA AATTATTAAA
    76681 AGACTTTTTT TTTTATTATA TAAATTGTTA TATCCTATAT TTTGTGTATG TTATCTTGTA
    76741 TATACGGATT CTTTCTTTTT TATAGGGTGT ATTTTATTCT AATTATAAGT ATTACGCACA
    76801 CTAACCAGTT ATGAAATCGG ATTGATAGAC TCTACTCGTG TCCTAGCTCG TCTGAGAGCT
    76861 AGATTTGCTT CAATTATTTG TCTCTTTCCT TCAGCTTTCT TCAAATTAGC TTCTGCTATT
    76921 TCAAGAGTTT GCTGAGCTTC TTGTGGATCA ATGTCACTAC CCTTCTCAGC ATCATTTACT
    76981 AAAACAGTGA TCTCATTATT GCCTATTCTA GCAAAACCGC CCATCAGAGC CATTGTTAAC
    77041 CATTGGTCGT TAAGCCGTAT TCTCAAAATA CCTATATCTA CAGCTGTGGC AATAGGGGCG
    77101 TGGTTTGGCA ATACGCCGAT TTGACCACTA TTAGTAGATA AAATGATTTC TTTTACTTCT
    77161 GAATTCCAAA CAATTCGATT AGGGGTCAGT ACACAAAGAT TTAAGGTCAT TTCTTCAATT
    77221 TGCTCTCCAT TTATAAGTTC ATAGCTTTCG CGGTAGCTTC ATCGATGTTA CCTACTAAAT
    77281 AAAAGGCTTG CTCAGGAAGA CCGTCCAATT CTCCGGAAAG GATCAATTGA AATCCTCTAA
    77341 TTGTTTCTGC TAGACCAACA TATTTTCCTG GGGATCCTGT AAATACTTCT GCTACGAAAA
    77401 ACGGTTGTGA TAAGAAACGC TCAATTTTTC GCGCTCTTGC TACGGTTAAC CGGTCTTCTT
    77461 CAGATAATTC ATCCAACCCA AGGATAGCTA TAATGTCCTG AAGTTCTTTG TAACGTTGTA
    77521 AGGTTTGCTT AACTCTTTGC GCAATTTCAT AATGCTCTTC GCCAACGATC CGAGGTTGGA
    77581 GCATGGTTGA TGTTGAATCT AACGGATCCA CTGCTGGATA GATCCCTTTG GCGGCTAATC
    77641 CTCTTGATAG TACAGTAGTA GCGTCTAAAT GTGCAAATGT CGTAGCAGGA GCGGGATCGG
    77701 TCAAATCGTC TGCAGGTACA TAAACTGCTT GAATCGAAGT TATGGACCCT TCCTTTGTAG
    77761 AAGTAATTCT TTCTTGTAAA GAACCCATTT CAGTACTAAG AGTAGGTTGA TAGCCTACAG
    77821 CGGAAGGCAT TCTACCCAAC AAGGCAGATA CTTCAGATCC TGCTTGAACG AAACGAAAAA
    77881 TATTGTCGAT AAATAGAAGT ACGTCTTGTT CATTAACATC TCGGAAATAT TCCGCCATAG
    77941 TTAGGGCAGT CAAACCAACC CTCATACGTG CCCCCGGAGG TTCATTCATT TGACCGTAGA
    78001 CTAGAGCCAC TTTTGATTCT GCAATATTTT GTTCATTGAT AACTCCAGAT TCTTTCATTT
    78061 CCATGTAAAG ATCATTTCCT TCACGAGTAC GTTCACCTAC TCCACCAAAT ACGGATACGC
    78121 CCCCATGAGC TTTTGCAATA TTGTTGATCA ATTCCATAAT GAGTACTGTT TTACCCACTC
    78181 CAGCTCCGCC GAAGAGTCCT ATTTTTCCTC CACGGCGATA AGGGGCTAAA AGATCTACCA
    78241 CTTTAATTCC TGTTTCAAAA ATAGATAATT TTGTATCTAA CTGAGTAAAG GCGGGCGCAG
    78301 ATCTATGAAT AGGGGATGTT GTATGAGTCC CTACGGGCCC TAAATTATCA ACGGGCTCCC
    78361 CAAGCACGTT AAAAATTCGT CCAAGAGTTG CTCCACCAAC TGGAACGCTT AGGGGAGCTC
    78421 CTGTATCAAT AACTTCCATT CCTCGCGTTA GACCATCTGT AGCACTCATA GCTACAGCTC
    78481 TAACTCGATT ATTTCCTAAT AATTGTTGTA CCTCACAAGT CACGTTAATT GGTTGGCTAG
    78541 CAGTATCGCG ACCCTTAACT ACCAGAGCGT TGTAAATATT TGGCATTTTG CCTGGAGGAA
    78601 AAGCTACGTC CAGTACGGGA CCAATAATTT GAGCGATACG CCCCAGGTTT TTTTTTTCAC
    78661 GTGTGGAAAC ACCAGGACCA GAAGCAGTAG GATTGATTAT CATAATATTT AAAGTAAAAT
    78721 ATGTCGAAAT TTTGGCGAAA ATTAAAATTA TCGAAAAAAG GGATGTCCGA TAGCAAGTTG
    78781 ATCAATTAAT TAAATCAGAA TCAGAATAAG AATATAGGAG TTAGCAATCA ATTTTGTTGG
    78841 TATCATCCAA ACGAATCCAA TTCATTCAAT TATTTATTTA ATTAGTCTAT TTATATTCAA
    78901 CCTCAATGTG TTAAATTTCA AGTTCAACCA ATCTATTTGC AAATAAATGG ATGATGAAAA
    78961 AAATCGTGAG AAAGTCTTTT ATTTTTCTAT CAATATAGAC AATCCTTTAC TCTATTATTT
    79021 ACAGAAATCG AACCCGAACT CTAAACTATA TTTAAATTAT GATTCATTAG CACCGCAACG
    79081 TAGTTCTTTT TTAGTATATT AAATTATGCC CGGCCTATTC TTTCTTTTCA TGATGGAATT
    79141 CGGCCTATTT TCACATCTAG GATATACATA TACCCCATGT TTCATTGTCA AGAGTTCATT
    79201 TCTAATTATT TAGTTCTTTC AATCCAAACG GGGGTGGGGT AAGAAATTAT AAACTTGAAA
    79261 ACAACGGTAG GGTTGCGACA TATATATGAA AGAGTATACA ATAATGATGT ATTTGTCGAA
    79321 TCAAATACAT TACGCGGTCT AATAATGAAC CATTTTGATT AGTTGATAAT ATTTGTTGAG
    79381 AATTGGACGA CAGATTCCTT TATTTGTATT TTTTTTTTAG GGTTAAGGCC TAATTTATGT
    79441 CGAGTAGACC TTGTTGCTTT GTTGTACAAA TTTTTAATTA AAGTTGTAGG GAGGGACTTA
    79501 TGTCACCACA AACAGAGACT AAAGCAAGTG TTGGATTTAA AGCTGGTGTT AAAGATTACA
    79561 AATTGACTTA TTATACTCCT GAGTATGAAA CCCTAGATAC TGATATCTTG GCAGCATTCC
    79621 GAGTAACTCC TCAACCCGGA GTTCCACCCG AAGAAGCAGG GGCCGCAGTA GCCGCCGAAT
    79681 CTTCTACGGG TACATGGACA ACTGTATGGA CCGACGGACT TACCAGTCTT GATCGTTACA
    79741 AAGGACGATG CTACCACATC GAGCCTGTTG CTGGAGAAGA AAATCAATAT ATTTGTTATG
    79801 TAGCTTACCC CTTAGACCTT TTTGAGGAAG GCTCCGTTAC TAACATGTTT ACTTCCATTG
    79861 TGGGTAATGT ATTTGGGTTC AAAGCCTTGC GTGCTCTACG TTTGGAGGAT TTGCGAATCC
    79921 CTGTTGCTTA TGTAAAAACT TTCCTAGGCC CGCCTCACGG TATCCAAGTT GAAAGAGATA
    79981 AATTGAACAA GTATGGCCGT CCCCTATTGG GATGCACTAT TAAACCTAAA TTGGGGTTAT
    80041 CCGCTAAAAA CTATGGTCGA GCAGTTTATG AATGTCTTCG CGGTGGACTT GATTTTACCA
    80101 AAGATGATGA AAACGTGAAC TCCCAACCAT TTATGCGTTG GAGAGACCGC TTCTTGTTTT
    80161 GTGCCGAAGC AATTTATAAA GCACAGGCTG AAACAGGTGA AATCAAAGGA CATTACTTGA
    80221 ATGCCACTGC GGGTACATGT GAAGAAATGA TCAAAAGGGC TGTATTTGCC AGAGAATTGG
    80281 GAGTTCCTAT CGTAATGCAT GACTACTTAA CAGGTGGATT CACTGCAAAT ACTAGCTTGG
    80341 CCCATTATTG CCGAGATAAT GGTCTACTTC TTCACATCCA CCGTGCAATG CACGCCGTTA
    80401 TTGATAGACA GAAAAATCAT GGTATGCACT TCCGTGTACT AGCTAAAGCG TTACGTCTGT
    80461 CTGGTGGAGA TCATATTCAT GCCGGTACCG TAGTAGGTAA GCTTGAAGGG GAAAGAGAAA
    80521 TCACCTTAGG CTTTGTGGAT TTACTACGTG ATGATTTTAC TGAAAAAGAC AGAAGTCGCG
    80581 GTATTTATTT CACTCAATCG TGGGTTTCTA CACCAGGTGT TTTGCCCGTT GCTTCGGGAG
    80641 GTATTCACGT TTGGCATATG CCCGCTCTAA CCGAGATCTT TGGAGATGAT TCCGTACTAC
    80701 AGTTTGGTGG AGGAACCCTA GGACACCCTT GGGGTAATGC GCCAGGTGCT GTAGCGAATC
    80761 GAGTAGCCCT AGAAGCATGT GTACAAGCTC GTAATGAAGG ACNTGATCTT GCTCGCGAGG
    80821 GTAATACTAT TATTCGCGAG GCTTGCAAAT GGAGTCCTGA GCTAGCTGCT GCTTGTGAAG
    80881 TATGGAAGGA AATTAAATTT GAATTCCAAG CAATGGATAC AATCTAAACT AAGTAATCAC
    80941 CGTTCGTCTC CTTAATTTAA TTGTAAATAA AAAAACTCGG CCCAATCTTT TATTAAAAGG
    81001 ATTGAGCCGA ATAAAACTAT TCCATTTATA TGTTTATTGT ATCGCTCTCT ATTTATAGAG
    81061 ACGCATTTAG ATATATAAGC AAGATCTTAA AAAAAAATTA ATAATAAACA ACCCAAACTT
    81121 TTTATTATTG TGTTGGATCC CCAATTAATC CTACGGATCC CTAGGATTGG CAGAATTGGC
    81181 ATATTCTTAT ATATATTTCG TCGATTCGGA CCATGACGGT AGATATCACG TCAAGTATAA
    81241 GAACTCCTTC TATCCATCTT GTATATTGTC CTTTTCGTTC CGTATTGGAA TAGAATTATT
    81301 CATTTCGTAT ATTAGATTAT TCTATGAAAA AATTTTCGTC ATTTCAAAAA ACTAAAGGAG
    81361 ACACTACACT CTATTTATAG TTCCTTATTT TTTCTTTTGA TGATGATGTA AATTTGACAC
    81421 AGCGCGGGAA ACTCTGACCT TTTATAAAGG TCTATCATAT TCAATGAATG GACTGAGACC
    81481 ATGGATTTTT ACAAAATGGA AAACAATATA ATACTCACTC ATTATTTAGT TAATAATCCG
    81541 AATGATTTAA TTTATATCCT TTATTATGAT TCTGATAGAA ATGAAATTTA TTTTCATCAA
    81601 ATGACTATTC ATCTATTTTA GTTTCATGCG AATAGGGGGC AAGAAAGCTC TATGAAAAAA
    81661 TGGCGGTTCA ATTCAATGTT GTCTAAAAAA GAGTTAAAAC AGGGGTGTGG ATTAAGTAAA
    81721 TCAACGGACA GTCTGAGTCC TATTGAAAAT ACCAGGAAAA GAGAAGATTC GAGTGTAAAT
    81781 GATAGAAAGA AAAAGAGTCA GAGTTGGAGA AATAGTTACC CGTTTAGTTA CAGTAATGTT
    81841 GATCAGTTAT TTCGGGTCAC GGACATTAGA AATTTGAACT CTGATGATAC TTTTTTAGTT
    81901 ATAGATAGTA AGGGGGACAG TTATTCCATA TATTTTGATA TTGAAAATAA CATTTTTGAG
    81961 ATTGACAATG ACCATGCTTT TTATACTTTT TGGGATTCAG ATTTTCTGAA CTCAAGATCT
    82021 AAGAGTGACG ATACCTATAA TAATCATTAC ACGTATGATA CTAAATATAA TTGGAATAAT
    82081 CACATTAATA ATTCCATCGA CAATTATCTT TATTCTCAAA TCCGTGTTGG GAGTTCCATT
    82141 CTAAGCGGTA GTGATAATTA CATTGATAAT TCCATTTTGA GTTACATTTT AAGTGAAGGT
    82201 AGAAATCTAA GAACTATCAC AAATGATAGG AATTTAACTA AAAGAGAAAA TCTTGATGTA
    82261 ACTCAAAAAA AGAGGGATTT GTGGGTTCAA TGCGACAATT GTTATTTCTT AAATTTTAAA
    82321 AAATTGTTCA CAAATATCCA CCTTAATATT TGTGAACAAT GTGGATATCA TTTGAAAATG
    82381 AGTAGTTCAG ATAGAATTGA ACTTCTGATT GATCCGGGGA CTTGGAATCC TATGGATGAA
    82441 GATATGGTTT CTGTGGATCC CCTCGAATTT CATTCGGAGG AGGAACCTTA TAAGGATCGT
    82501 ATTAATTCTT ATCAAAGACA GACAGGGTTA ACTGAAGCTG TTCAAACAGG TATAGGTCAA
    82561 CTATACGGTA TTCCCGTAGC AATTGGGGTT ATGGATTTTG AGTTTATGGG AGGTAGTATG
    82621 GGATCGGTAG TCGGGGAAAA AATAACCCGG TTGATTGAAT ATGCTAGTAA TAAATTACTA
    82681 CCCCTTATTA TAGTATGTGC GTCTGGAGGA GCACGCATGC AAGAAGGAAG CTTGAGCTTA
    82741 ATGCAAATGG CTAAAATAGC ATCTGTTTTA TATGATTATC AATCAAATAA AAGGTTATTC
    82801 TATGTATCAA TTCTTACATC TCCTACGACA GGTGGGGTAA CAGCCAGTTT TGGGATGTTG
    82861 GGGGATATCA TTATTGCCGA ACCCAACGCC TACATTGCAT TTGCGGGTAA AAGAGTAATT
    82921 GAACAAACAT TGAATAAGAC AGTACCTGAG GGTTCACAAG CAGCCGAATA TTTATTCCAT
    82981 AAGGGTTTAT TTGATCCAAT CGTACCACGC AATCTTTTAA AAGGCGTTCT AAGTGAGTTA
    83041 TTTCAGCTGC ACGCCTTTTT TCCTGTAAAA AAAAATAAAT AAAGTCGAGA ATTAAAGTCA
    83101 ATTCTTTGCT TTGTCCAAAA GTTTTTTATT AGAATAAAAA AAATGCGATT TTTAGATTAA
    83161 TATAGCTATA TGTAGAAAGC TTCTTTTTTT TACTTCTACA TTCTTTGCAC TTTTTATATA
    83221 CTATATTCAC TAGATATATT AATTAATTAA TTAGAATTCT AATTAATTAA TTAATATAAT
    83281 AACATAATAA CAACAAAAAT ATAACAAACA GGTACAATTA TAGTAGATCG AGGTACCCAT
    83341 TCTATGACAA CTATTAACTT TCCCTCTATT CTTGTGCCTT TAGTAGGCCT AGTATTTCCG
    83401 GCAATTGCAA TGTCTTCTTT ATTTCTTCAT GTTCAAAAAA ATAAGATTGT TTAAGCCCTG
    83461 TGGCCAAAAT CTATGTTTTA AAAACTTAGG CTTGAATCCT AACACATATA TCTATTTAGC
    83521 AGAATCATAT CATATACTAC ATGATTTTTT ACGAGCATAA CAGAAAGAGC CCTTATACAT
    83581 GTGGAAACAT AGTATATAGG GGTAGAGTTT TTCTAACTAA TTGGGTGAAT TACTGGTAAA
    83641 CTAAAAAAAA AAGATAAAAA AAGGTAAAGT TTCACATCAG ATTATAATAC TAGTTGATGA
    83701 GAGTTACATC GAAAACACAA AAAAGTAAGG AAAGTGCACT TACTTTGGTG TCTTCTTTTA
    83761 ATTTTAATTA AATGGAATCA GATCTATTAT GAATTGTCGA TCAGAACGTA TATGGATAGA
    83821 ACTTATAACA GGATCTCGAA AAATAAGTAA TTTAGGCTGG GCCATTATCC TTTTTATAGG
    83881 TTCATTAGGA TTCGTATTGG TTGGAATTTC TAGTTATCTC GGTAGGAATT TTATATCCTT
    83941 ATTTCCCCCC CAGCAAATTC TTTTTTTTCC ACAAGGGATC GTGATGTCTT TCTATGGAAT
    84001 CGCCGGCCTC TTTATTAGCT CCTATTTGTG GTGTACAATT TCGTTGAATG TAGGTAGTGG
    84061 TTATGATTTT TTCGATAAAA AAGAAGGAAT AGTATGTATT TTTCGTTGGG GATTTCCTGG
    84121 AAAAAACCGC CGCATCTGTC TCCGATTTCT TATAAAAGAT ATTCAGTCTA TTAGAATAGA
    84181 ATTTAAAGAG GGCATTTATA CTCGTCGTGT CCTTTATCTG GAAATAAGAG GCCAGGGGGC
    84241 CATTCCCTTG ACCCGTACGG ATGAAAATTT GACTCCACGA GAAATTGAAC AAAAAGCTGC
    84301 TGAATTGGCC TATTTCTTGC GTGTACCAAT TGAAGTATTT TGAAATGATA AATACTTTCT
    84361 TTCTTAACTC GGAGTAAAAT AAAAAATCTA CAATACTCTT TTTCAAACTA AAAAAAAAAG
    84421 AGACTAAATG CATGGATTAG CTACTTGTAA TAGACTTCAT GTTTGATAGA ACTACTAGAT
    84481 CTAGATAGAG TCGACGAATG CGACGAGTTC ATAAACAAAT TAGAGATGAA AAATTTGGAA
    84541 AAAAATAAAA AATTTATTAC TTTTCTATAT CTTGTATCTA TAGTCTTTTT ACCTTGTTGG
    84601 ATCGCGTTAT CATGTCAAAA AAGTCTGGAA TCCTGGGTTA CTAATTGGTG GAATACTAAG
    84661 AAATTGGAAA CTTTTTTGAA TGATATTCAA GAAAAGAGTT TTCTAGAAAA ATTCATGGAA
    84721 TTAGAAGAGC TGCGCTTGTT GGACGAAATG GTAAAGGAAT ACCCGGAAAC GCATCTACAA
    84781 AAACCTCGTA TCGGAATCCA CAACGAAACG ATTCAATTTA TCAAGATGTA TAATGAGGAT
    84841 TGTATCCGTA TGATTTTCCA ATTCTCGACA AATATAATAT GTTTCTTTAT TCTAAGCAGT
    84901 TTTTCTATTC TGGCGAATAA AGAACTTATT CTTATTAATT CTTGGGTTCA GGAATTCCTA
    84961 TATAACTTAA GTGACACAAT AAAAGCTTTT TCTATTCTGT TATTAACGGA TTTATGTATT
    85021 GGATTTCATT CGCCCCACGG TTGGGAACTA ATGATTGGCT CTATCTACAA AGATTTTGGA
    85081 TTTGCTCATA ATGATCAAAT TATATCGGGT CTTGTTTCCA CTTTTCCAGT CATTCTTGAT
    85141 ACAATTTTTA AATATTTGAT TTTCCACTAT TTAAATCGTG TATCCCCATC ACTTGTAGTG
    85201 ATTTATCATT CACTGAATGA CTGAAAAGAA AAAAGATAAT AAGAATAAGG ATATAAATAA
    85261 AATTCTAATT TTAAATTAGA ATGTTTCTTT TTTTTTACAT AAACATAAGC AAACCATTCA
    85321 AAATCATACT TTATCTTTCC ATTTTTAACC ATCCAAGGCG GGCCGATCTT TCTATATTCC
    85381 AGTAATATTA TTTCTTATTT CATTAAATTA AGTTTAAAGA AGTAAATAGC AGAATCGCGG
    85441 ATAGGAAACT ATACTAGCAA CCTACCCAAT TTATTGTAGA AATTTTCGGG ATAAATGATT
    85501 GGACCATGCA AATGCAAACT ATAAAGACTT TTTCTTGGAT AAAAGAACAG ATTACTCGAT
    85561 TCATTTCCGT CTCGCTCATG ATATATATAA TGACTAAGCC CTTCAGTTCA AATGCGTATC
    85621 CCATTTTTGC CCAGCAAGGC TATGAAAATC CGCGAGAAGC GACTGGGCGC ATTGTATGTG
    85681 CCAATTGCCA TTTAGCTAAC AAGCCCGTGG ATATTGAGGT TCCCCAAGCG ATTATTCCGG
    85741 ATACTGTATT TGAAGCAGTT GTTAGAATTC CTTATGATAT GCAATTAAAA CAAGTTCTTG
    85801 CTAACGGCAA GAAAGGGGGA TTGAATGTCG GGGCTGTTCT TATTTTACCT GAGGGATTTG
    85861 AATTAGCCCC AGCCGATCGT ATTTCTCCAG AGATGAAAGA AAAGGTCGGA AATCTTTCTT
    85921 TTCAGAGTTA CCGTCCTAAT AAAAAAAATA TTATTGTGAT AGGTCCTGTT ACTGGTCAAA
    85981 AATATAGTGA AATCACCTTT CCTATTCTTT CCCCGGACCC TGCTACTAAG AAAGATATTT
    86041 ACTTTTTAAA ATATCCGATA TATGTAGGTG GTAACAGAGG GAGGGGTCAG ATTTATCCTG
    86101 ACGGAAGCAA GAGTAATAAT ACAGTTTATA ATGCCACAGC AACAGGTATA GTAAAGAAAA
    86161 TTTTACGAAA AGAAAAAGGC GGATACGAAA TAAGCATAGC GGATGCCTTG GATGGACGTG
    86221 AAGTGGTTGA TATTATCCCT CCAGGACCAG AGCTTCTTGT TTCAGAGGGT GAATCTATCA
    86281 AACTTGATCA ACCATTAACG AGTAATCCTA ATGTGGGTGG ATTTGGTCAG GGAGACGCAG
    86341 AAATAGTCCT TCAAGACCCA TTACGCGTAC AAGGTCTTTT GTTCTTCTTT GCATCTGTTA
    86401 TTTTGGCACA AATTTTTTTG GTTCTTAAAA AGAAACAGTT TGAGAAAGTT CAATTGTCCG
    86461 AAATGAATTT CTAGATTCGT GGATTTATCA ACATAAAGAT CGTAACAAAA AGATAATTCG
    86521 TATTGACAAT TCTTTGACAA TTTGAGACGA CCAAAAAAAA ATTATTAAAA AGTTTATTTA
    86581 TATTTTTGTC TACATTTACA ATAAGTCTGA AATTTTTACT TTAATAATAC ATTACATTAT
    86641 TATTATTAGT TATAATATAA CTATCGCGGA GAAAACTATT TGACTTTTTC ACCCTTTTCA
    86701 ATCGAAAATC GAAATTGGAA TGATGTTACT ATTATCATCA TATATCATAT TTCAATGTCA
    86761 TAGAGTGGGT TTTTATTCCA GAATAAAATT CGACTAGATA CTAGCCTAAG CAGAGAATAT
    86821 AACGAAAAAA GAAAAATGAA AGGAAAATTT ATTCTAGGGG ATTCCTTGCC TTCCTGGTCT
    86881 TCGACACACG AGAAGTAAAG TATGCTTATT AATAAGCTTA AAATTAAAAT ACCTTGTCGT
    86941 GTGTCAAAAT AATAATGAGT AATGATTACA TTCGTCAAAG ATTTAGGAAT AATTTTTCTT
    87001 TTTTCGTTAT TTAACCTTTT TTAGATTTAT TAGTTATTTA TTATTATTGG TAAACGTATA
    87061 ATTGAAATTT AAAGGAGTGG ACAAATTGAG GAAATCAAAT TTATTGAACA AATGAAACTT
    87121 CTTGCAGTTT ATTTAATCTA TAAAAATAGA GAGTCTATTG TGTCATTGAC TAAATTAAAA
    87181 TATTCCCTTT TTTCGAACAA TTTACGAAGG GTCAATTACG TACTATCGAG GAATAGATGT
    87241 TCTGAATGAC CAAATCTATA TCTCTTAAAA AAAATAAAGG GGGCTCTTTT CTCATTTATA
    87301 CGAAAGTATT TTTTATGATT TATGATATTT TAATTCTTAA TTTAATGGGA CCTTCCCCTT
    87361 CGTTGTTTGT CTAAGTCGAG GGGGAAGGAA GGTCCCGTTG AGTTATTAGA CTTTCATATC
    87421 TATTCCTCGG TTCATCCAAT TACTATAGCG ATGAGCCCAA TCCAGAATAT GAACCATAAA
    87481 AGAAAATACC TATTAAACCG ATCACAAGAA TACCAGCTAC AGTACCTATT ATCCAAAGAG
    87541 GAATCCTTCC AGTAGTATCG GCCATTTAAC CCACTTCCCT CCACATTTCA TCAAGTGGTC
    87601 GTGCTAGAGA CATAAACAGT CATTGATAAT TATGAAACGA GGGCCTTCCG AATGAGATAA
    87661 GAGAGTTTCA ACTCTATTCT AATTCTATAT ATTTAATGTT GCTTTGGTTC TTTTTATTTA
    87721 ATTGTTAATT GAAAAAATAA TTGGAAAATA AAACAGCAAG TACAAAAATA AGTAATAATC
    87781 CCCAGTAAAG ACTGGTACGA TTCAATTCAA CATTTTGTTC ATTCGGGTTT GATTGTGTCG
    87841 TAGCTCTATA ATTAGAATTC GGTTTTGTTT ATCGTTGGAT GAACTGCATT GCGGATATTG
    87901 ATCCCAAAAA AAAAACGGTA GGTACAGCTA GTCCGTGAAC AGCCAACCAT CGCACTGTAA
    87961 AAATTGGATA GGTTCGATCT ATGGTCATTG TGCCTCCTAA AAGGATCTAC TAAATTCATC
    88021 GAGTTGTTCC AAAGAATCAA AACGGCCTGT TATTAATGGA ATTCCTTGTC GGTTCTCTGT
    88081 GAAATATTCG TTTGGCCGAG GGCTTCCAAA CACATCGTAA GCTAAACCTG TGCTGACAAA
    88141 TAACCAACCC GCAATGAATA GGGAAGGTAT AGTAATACTA TGAATGACCC AGTATCGAAT
    88201 ACTGGTAATA ATATCCGCAA AAGAACGTTC TCCTGTGCTT CCAGACATGC TGAGCTCCAC
    88261 ATATTTTTGT ACAGTTAAAG GCAAAAGATG AAACCAGTAA ATTTACATTT ATTTTACAGA
    88321 GAATCTACAT CTTTGTAAGA TTGCCAATAT TGTACCAAAG GTGTCTTTAG AGTATACCGA
    88381 ATCAGTATAG CTATCCTTCT TCTGACACAG CAAGCGAAGT ATGATATAAT TTTTATCTTC
    88441 TAAAAATTTT TTATATATAA AATTTATCAA ATACAAAAGT CTTTCTTTAT GATTGTATCA
    88501 ATTTCAGGTT ATAAAACGAG GATCTGGGGA AGTGAGACTC TGACAGTTGA ATAATTTGTG
    88561 AAAAATTCCG GAAGAATATT ATATCTATCA ATTAAATTAG ACGCAATAAG TCTCCTTTTC
    88621 ACCTTTATTT ATAGAATAGA AAAGTTTATC GGGAATTGTT TAATTTTAAG AAATTTTTAA
    88681 ATCCTAAAAA AAAAAAAAAA AAATTAATCA ATATTTGTGA TGCGTCCTTT TTTATTCTGG
    88741 TTCTTGCTTT ATATCCAAGG GTTTTTTACC TAACTATATA TAAATAAATA TAATATTTAT
    88801 AGGTAATGTA AAACGTATAA CGGTAAAGAT AATAACAATT ACTAGTCTTA GAATCGAGTT
    88861 GGGCGAAATA AAGATTTTAT AATCTAATAG CTTTTTTGTT ATTCTAAATA TTTTTTAGAT
    88921 GGATAAACTC CATTGCTGAG TCTAATGAGT TCCATTTTCA TTTAAAAGCG TTATCTAAAA
    88981 AAAGAACAAA CTCGAAATGA TTTTTCCAAT TTATTCTCCG TATAGTGAAA GCAATTTTAA
    89041 GTGTCATTTG TAAATTAAAT TCTATGCCAA AGTTCTTATT TTTTTACTAT TAGATAGATT
    89101 AGTTTATTGA AGAATTTTTC AATAAATCTG TTGATTCAAA ATCACGAGAT GTGTAGATGT
    89161 CACAATAAGC CGTTTCTTTT TTTTTAGACC GCCCTTACTT TCTACGTATT TAATGTAATA
    89221 GTTGATGAAT TCAAAACTTT CAATTGAACT TATTATTAAA ATATAAAAAA TATAAATTTT
    89281 AACTATACTT TTTTTTCGTC AAACCTCTCA AAATAAAATA TAATCTTAGG TAAGTACTTT
    89341 ATAAACATAT GCATAAAAAG AACATATTCC TTTTAGTTCC TTCATGCCTA CTCTAACTAG
    89401 TTATTTCGGG TTTTTACTAG CGGCTTTAAC TATAACTTCC GTTCTATTTA TAGGTCTGAA
    89461 CAAGATACGA CTTATTTGAA ATTAAGTGAA TGAACAACTC ACAAAATATT TCCGTCGGAT
    89521 TCTTTTATAA CTTATTATAA CTGGCAATTA TAACTGGCAA TTGACATTTT TTGGTTAGTG
    89581 AGATTCCTGG GCAATTCCGA TTAATATTTA GGGATAGATA TTACCTTTAT TATTATTTTT
    89641 TTTTCAAATG AATTGAAATG ATTGAAGTTT TTCTATTTGG AATCGTTTTA GGTCTAATTC
    89701 CTATTACTTT GGCGGGATTA TTTGTAACTG CATATTTACA ATACAGACGT GGTGATCAGT
    89761 TGGACTTTTG ATTAAAAAAA AAAAATTTTT ATTAACCTCC CGTGGATTCG AGAAAATGGG
    89821 TCAATTTTTT ATTCCTGTTT ATTTTTTTCA GGCTAATTAT GAATTCAAAC AAGAATAGAA
    89881 TCACGCTCTG TAGGATTTGA ACCTACGACA TCGGGTTTTG GAGACCCACG TTCTACCGAA
    89941 CTGAACTAAG AGCGCTTTCT TATCACAATA GATTTTTTTG TAACCTAAAA CTCTATCTAC
    90001 GCCCTGTATG CATATGATAT TGATTATATC GAGTGTCATA AAAAACGAGA GATTTCATAT
    90061 GTCCAATTTC AATAAATTCC TCCTTACTTC TTAGAGTAAA AGTAATTAGG TAGGGATGAC
    90121 AGGATTTGAA CCCGTGACAT TTTGTACCCA AAACAAACGC GCTACCAAGC TGCGCTACAT
    90181 CCCTTTCAAT TCAATTGGTT CCAATAGTCT AATTCTAAAG AATCCTTGTC TTGTTTTCCA
    90241 TATCCTTATT TTTTTTTACC ATAAAATTAC ATGATTGCCA GTCCATGTCT TGTTTTTTGC
    90301 CATTTTTTTT TATTTAACTT AGTGCATTTC GTTTAAAAAC CCAAGTGATC CTTGACTATC
    90361 TATATATACA TCTGCTCATA GATTAGATCT GTATTATCTT TAAAAATTTT AAATTTAAGA
    90421 AGGAGGGTTT TCAATGCGAG ATCTAAAAAC ATATCTTTCC GTAGCACCGG TACTAAGTAC
    90481 TCTATGGTTT GGGTCTTTAG CTGGTTTATT AATAGAAATC AATCGCTTTT TCCCCGATGC
    90541 GTTGACATTT CCTTTTTTTT CATTCTAGTT ATTAACACGG TAACGGGGTA ATGAAGATTA
    90601 GAGAAAGAAG CCATTTTCTG TGACTAATAC CCCCTTATTT TTTTTCCTTC GAGTCTGAAC
    90661 TCAGGTTGGG GTGAAGTTGA ATCTACTTTT CTTCTTTAAT TGCCCTTTTA TTTTAAAATA
    90721 AAAGGGCAAT TAAAAGGGGG GGATACAAAT AACAAGGTGG GTTTAGCATA AGAGTATTAT
    90781 ACACGAGACT TTAAAAAAAT ACTGTGAGTA GAAATATAGT TAGAAAATTT TTGAGTTTGA
    90841 TTACATACTA TCTATTTCTT AATTTATATA CTCTTTATTA TTACTCTATT GATTGCAATG
    90901 AACTCGTTTT AATTGTATTT TGAGTTAGCA ACATCTATAT CTATATTTTT TATTTCCTTT
    90961 CTTCTTCACT TCGGGTCGAA AAAAATTTGT TTGAATTTAA AATCCCAAAA ATAAAAAGGA
    91021 GGTTCATGGC TAAGGGGAAA GATGTCCGAG TAAAAGTTAT TTTGGAATGT AATAGTTGTG
    91081 TTCGAAAGAG TGTTAATAAG GAATCAAGGG GCGTTTCCAG ATATATTACT CAAAAGAATC
    91141 GACACAATAC ACCTAATCGG TTAGAATTTA GAAAATTCTG TCCCTATTGT TACAAACATA
    91201 CAATTCATGG AGAGATAAAG AAATAAAAAA GATCGAACCG AACGTCTGGC TATCCTCCTT
    91261 TTAATTCAAT GAAGGGGACA AAACTTTTTT CATTATATAT ATTATTTACT ATTTTTTTAT
    91321 TTTTTTTATT TATATATAAG TATAAGAATT TAAAAATAAA TATAAAGATA AATAAACAAA
    91381 CCTAATCCTA TTTCGACTGG ACCTAAAAAA ATTTTTAATA CGAAGTAGGA TTTTTGGTAT
    91441 AAGGCAGAAA TTAAACAAAC TATGGATAAA TCCAAGCGAC CCTTTATTAA ATCTAAGCGA
    91501 TCTTTTCGTA GGCGTTTGCC CCCGATCCAA CCGGGGGATC GAATTGATTA TAGAAACATG
    91561 AGTTTAATTA GTCGATTTAT TAGTGAACAA GGAAAAATAT TATCCAGGCG AGTAAATAGA
    91621 TTAACCTTGA AACAACAACG ATTAATTACT ATTGCTATAA AACAAGCTCG TATTTTATCG
    91681 TTGTTACCTT TTCTTAATAA TGAGAAACAA TTTGAAAGAA ATGAGTCGAC TACTAGAACT
    91741 AATAGTTTTA GAACCAAAAA AAAATAAAAA TAATAAAATA ATATGCTTTT TCTTTATTTA
    91801 ATTGATAAAA ATTGAATTGA ATCAAAAAGG AATATGAACT CAAATATGGA TTGCGGCTTT
    91861 GTTATAAATT ATATAAAAAC CCGATACTCC TGATTTTTTA TCGTATCGTA ACGTAAAAAA
    91921 AATCGGAAAA ATCTTTTAAT TTTGAATGGA TTTGTTGATT TTTATTTATT TATCGTATTT
    91981 TATCAGACTA ATTTATACTC TATACTCCCG GAGAATAAAC TCCGGGGAAT TTCATTTAAA
    92041 CATTTTCGGG GCATTCTTTC CAATCTTCTT TTTTTATGAT TTCATTTGAA ATCATATAAA
    92101 GACAATTTAT ATTTAATATA GCTATTTGTG CAAGTACTTT ACGATTAAGA AGCAACTGTC
    92161 TCTTGGACAG ATCATTTATA AATTTGCTAT AATTATAGCA TACCCTGTTT TCGCGAATTA
    92221 CTGCGTTTAT CCGAGTGATC CATAAACGCC GAAAATCTCT CTTTTGCCTA CCTCTATCCC
    92281 TATGAGCCGA AACTAAAGCT CTTATTTTCT GCTGAGCAAT GGTTCGAGTA AGTCTTGAAT
    92341 GAGCTCCTCG AAAGGTTGAT GCAAACAAAC GCATTTTTGT TCTACGTCTC CGAGCTATAT
    92401 ATCCTCGTGT AACTCTAGTC ATTGAATAAA TGTAAATGAA ACTTTGATGA ATAACTAATT
    92461 GATTTTTTTT CGTTGAGTTA TTCTTTTCTA CCCTCCTGGG CTATTAATAA CAAAACGGAT
    92521 TGTTCCAATG TATAAAAAAA AATCCCAATG GCTTTTGCTG CTATAACCTT CCCGACCACT
    92581 TTTTTTCGAC ATTTCGTCTT GAAACAAGAC AAAAAACTAA AAATTTTTAT TAATGTATCA
    92641 AAGAAAAGTC AATAAATATA AATTTATAAT TCTATTTTAA TCTAGATAAA TAAAAAGGAA
    92701 TATAGTGGGT TCCTTCGTTT CTATGGTTCT TTCTTAAACG GTCAGGTCCT CTCTATACAC
    92761 CGGAGCTCCT TTACTTTAAC TTCATTTCTA TCTATTGATA ACTTGTACAG TTCAAACTTT
    92821 TTTTGGCTCT ACCCATGAAT TATCCAGTAA TGGGTCTTTC ACAATTAGAT TCACCTATAC
    92881 AGTAACGGTA TTTCATTTTG AAAGTTAGCT GGATAGCTGA CCCTAATAGT CCGTTCTTAC
    92941 AAATAAAGGG AACATTCTTT TTTTTTCTCT TAATAAAAGG GATTCCCCGC TAAATGGATA
    93001 ACGTTAACGC TACCAATGGG AAATTTTTTT GGCTTTACAC TAATATAAAC CATAAATTTC
    93061 ATACACAATA GATGAAAAGA TCTTTTTTTT TAGAGAGTCA CTTGAGTTTT TCCATTTTAT
    93121 CCTATTCATC CGTATGGATC ATTGATACTG GAAAAATTTT TGATTTTCAT TTGCTTTTGT
    93181 TCCAGGTCAT AATCTGAACG AGTCACACAT ACACCCTAGT ACATGTTCCT CGGCGCTGAG
    93241 GACATCCCCG AAGAGCGGGG GATTTCGTGA CATTTCTGAT TGGCTGTCTT GTGTTTCTAA
    93301 TAAGTTGTTT AATAGTTGGC ATGCTGAATT ATATACATAA TGAGCTGGTT TAGATTAATC
    93361 CTAACCGAAT GGATTTCTAG TTAATAGAAT CTTAAGATTA AGATAAACCC AGTGATAAGA
    93421 TAAAATTAAA AACTAAAAAA AATATTTAAC TATTTTATTT AGTCGACCCC TACAAGATCA
    93481 ACAATTCCAT GAGCTTGGGC TTCTGCTGCT GACATAAAAA CATCCCTTTC CATATCTTCG
    93541 GATACAACCC ATATGGGTTT GCCCGTTCTT TGTACATAAA CCCTTGTGAG TGTTTCGCGC
    93601 AATTTCAAAA GTTCTTCCGC TTCCAAGATA AATTCTCCCG TTTGAGCCTC GTAAAAAGAA
    93661 CTAGCAGGTT GATGAATCAT TACCCTGATG GTATGTATAC CTTAAAGGGA GTTCTTATAT
    93721 CTCGCGCGAC GAGAAAAATA GAAAAATCTA TTTTATTATT ATTATATTAT AGAATAGAAT
    93781 TGAACAACCG TACGTGCATT TTTTTCGCAT TGCATACGGC TTTACAATGG AATTTACTTT
    93841 TTCCGTTAAA GAAACAAAAA AAGGATCGAT CTGATTCCGA TCAGTAAATG ATCCAATTAC
    93901 CACCCTTCTT TTCGGAGGAG TTTTAAAATA CTACGGTGGC TCCGTTGCTT TATCTTTATT
    93961 TCGTCTATAA TTCAGCAATC CCAAAGTTTC TTTTTTATCC GAAAAAAAAA TAAAAAAAAC
    94021 AAGGAAAAAA GACTTTGAAA AAAGACTTTT TTGTACTCTT TCAAACTTTT TAAAAATTTT
    94081 TTATGAAAAA GGTTTGTGAC ACTGAAACGG ACTCCCAATA AAAAAAATAG GGAATATTAT
    94141 TCATCTCATA CTACCCCTTC GATACAGAAT CTAATGAGAA TAAAAAAGAG AAAATTTTTT
    94201 CTCATATCGA ATTCAAAGTG CCATGCTATT ATTACTTCAT TTTTAATATG GTGAAGGCAT
    94261 AGTATTCTTT TTTCTCTCAA ATAAAAAACT CATTGGCGCC AAGCGTGAGG GAATGCTAAA
    94321 CGTTTGGTAA TTTCTCCTCC GACCAGTATA AACGATCCCA TTGAAGCAGC TAACCCCATA
    94381 CATATTGTAT GTACATCTGG TCGCACAAAT TGCATAGTAT CATAAATAGC TACACCAGAT
    94441 ATTACCCAGC CGCCAGGAGA ATTAATAAAC AAATACAAAT CTTTGGTATC ATCCTCGATA
    94501 CTGAGATATA CCATAAGACC AATAAGTTGA TTCGAGATCT CGCTATCAAC CTCTTGGCCT
    94561 AAAAAAAGCA ATCTTTCTCG ATAAAGTCGG TTGATTAGGA TAAAATTTCA TCCCTTAGAA
    94621 ACCGTACATG CACCTTTTTA TGCATACGGT TCAAAAAAAT TGTGAAAAAA ATCAATGTGT
    94681 AGATTCGATT CGTTTTTAAT TTTGGTAGAG GTTTTCAAAA TTATAAAAAA CTCGACTAAA
    94741 AAAAATATAA TTTACTAAAC TTATCGAACT TCCTTTTCAT TGATGTATCA GTTCCTCGAG
    94801 ATCCAATCCT AATCACGATG TCATTTTCTT GTTCTTGAAT GGGCCTTTTT AATTAATTCT
    94861 TTTAGGTTTA TGCTCTACTC CGGGTAAAGA TCTCCCCGAT TTTGATTTGC ACATATAGGA
    94921 CAAATTTTTC CAATACCACA TTTGTTTTTT TATCTTTTCT TTCGTCAAAT TAAATATTCA
    94981 ACATATTTTA AAAATTTTTT TTTCGAGTGA TTAAGAAAAA AATACCATTT GCTTATTCTA
    95041 TAAATATTTT ATATTTAAAA TCAAAACAGT TAGTTCAAAG TTAACGTAAA TAAAATGTAT
    95101 AATACAAGTA ATAATCTTGA ATATATTCCC AATTTCAATT GGGTTTTTGA TAAACGGAGC
    95161 CTGGATACTT CATTTTTTTG TCCAACCGAG CCAACCATAA ATTATTCTAA TTGATAATGT
    95221 TAATCTGAAT CCTCCTAAAA CTCAAAACAG GATCGAATTG CCTTTCACGC TCCAAATTTA
    95281 TATTTATTAT GATTCAATCA ATCTTTCTTA GGCGAAAGGG AGGATATCTC AATCGGGAGA
    95341 GAGAACGGGG AAATCCCATA TGACCCAATA TATCTCACAA GTCACACTAT ACGTCAACCC
    95401 AAGATGCATC TTCCTCTCCA GGACTTCGAA AGGGAACTTT TGGAACACCA ACAGGCATTA
    95461 AATAAAATAA AAATTAAGTA TTATGGTTCA CTTTGATGTG GAAACGTAAT AATAGAATTA
    95521 TTATCTTCAT AATCTCAACC TTGATATCAT ATGTTATGTA TAGATCATAA AAGTTTAGTT
    95581 TAAAATGAAG ACAGAATAGA ATAAATAAGG GAAATTTCTT AGGAATATAA CCTTCCAATA
    95641 ATCATCAAGT AACAAAGTAT TTATGGATAC AAGATGGTAT CAACTTCCCA TTGCGTATTG
    95701 ATACTTATCG GATATAGAAT AGATTTGTTT CTCTTTGTTC CTACAAATAG AATTGTTCTA
    95761 TTATTACCAC CAAAATAGAA CAAATATGAA CCCTTGTTCC GAGATAATCC ATTGAACAAA
    95821 AGGGGTACAT TGCATAATCA CAGTCGTTTC TAATGCAATA AAGTTACATA GTGTCATTTT
    95881 TTTTTGAGTT AAAGGGGTAT TTACATGGGT TTGCCTTGGT ATCGTGTTCA TACTGTCGTA
    95941 TTGAATGATC CCGGCCGGTT GATTTCTGTC CATATAATGC ATACAGCTCT GGTTGCCGGT
    96001 TGGGCTGGTT CGATGGCTCT ATATGAATTA GCCGTTTTTG ATCCTTCTGA TCCCGTTCTT
    96061 GATCCAATGT GGAGACAGGG TATGTTCGTT ATACCTTTCA TGACTCGTTT AGGAATAACC
    96121 AATTCATGGG GCGGTTGGAG TATTACAGGA GGGACTATAA CGGATCCGGG TATTTGGAGT
    96181 TATGAAGGTG TGGCCGGAGC ACATATTGTG TTTTCTGGTT TGTGCTTTTT AGCAGCTATT
    96241 TGGCATTGGG TGTATTGGGA TCTAGAAATA TTTTCTGATG AACGTACAGG AAAACCTTCT
    96301 TTGGATTTGC CTAAGATTTT TGGAATTCAT TTATTTCTTT CCGGAGTGGC TTGTTTTGGT
    96361 TTTGGCGCAT TTCATGTAAC AGGCTTGTAT GGTCCCGGAA TCTGGGTATC CGACCCTTAT
    96421 GGACTAACTG GAAAAGTACA ACCTATAAGT CCGGCATGGG GTGTCGAAGG TTTTGATCCT
    96481 TTTGTTCCAG GAGGAATAGC CTCTCATCAT ATTGCAGCAG GGACATTAGG CATATTAGCA
    96541 GGTTTATTCC ATCTTAGTGT CCGTCCGCCT CAACGTCTAT ACAAAGGATT ACGTATGGGC
    96601 AATATTGAAA CCGTTCTTTC TAGTAGTATT GCTGCTGTCT TTTTTGCAGC TTTTGTTGTT
    96661 GCTGGAACTA TGTGGTATGG TTCAGCAACT ACTCCGATCG AATTATTTGG TCCCACTCGT
    96721 TATCAATGGG ATCAGGGATA CTTTCAGCAA GAAATATACC GAAGAGTAAG TGCTGGGCTA
    96781 TCGGAAAATC AAAGTTTATC TGAAGCTTGG GCAAAAATTC CTGAGAAATT AGCTTTTTAT
    96841 GATTACATCG GTAATAATCC GGCAAAAGGG GGATTATTTA GAGCGGGCTC CATGGACAAT
    96901 GGCGATGGAA TAGCTGTTGG ATGGTTAGGA CACCCCATTT TTAGAGATAA AGACGGACGT
    96961 GAACTTTTTG TACGCCGTAT GCCTACATTT TTTGAAACAT TTCCGGTCGT TTTGATAGAT
    97021 GGGGACGGAA TTGTTAGAGC TGACGTTCCT TTTCGAAGAG CGGAATCTAA GTATAGCGTT
    97081 GAACAAGTAG GTGTAACTGT TGAGTTCTAT GGTGGTGAAC TCAACGGAGT CAGTTATAGC
    97141 GATCCCGCTA CTGTCAAAAA ATATGCTAGG CGTGCTCAAT TGGGTGAAAT TTTCGAATTA
    97201 GACCGCGCTA CTTTGAAATC TGATGGTGTT TTTCGTAGTA GTCCAAGGGG TTGGTTTACT
    97261 TTTGGACATG CTTCTTTTGC CTTACTCTTC TTCTTTGGAC ACATTTGGCA TGGGGCTAGA
    97321 ACTTTGTTCA GAGATGTTTT TGCCGGTATT GACCCCGATT TGGATGCTCA GGTGGAATTT
    97381 GGAGCATTCC AAAAACTTGG GGATCCCACT ACAAGAAGAC AAGGAGTCTA ATAGAAGATT
    97441 TTTCCTATAT TTTTGGTGTG ATTTGATATA GGATACTAAA AAATCTTGAT TGAAATCGCC
    97501 GCCCTTTTTT TGTTTTGACT TTTTATCATT ATCGAGAAAA TAATCTCGAG TAAACAGGTA
    97561 TGGAAGCTAT AATTGTAAAC CACAATCAAA TCTATGGAAG CATTGGTTTA TACATTTTTA
    97621 TTAGTCTCGA CTCTAGGAAT CATTTTTTTC GCTATCTTTT TTCGGGAACC CCCTAAAGTT
    97681 CCAACTAAAA AGGTGAAATA ATTTTTCATT AGCTTAATTG AAGTAATGAG CCTTCTAATA
    97741 TTAATCTAAT ATTAGAAGGC TCATTACTTC AACTAGTCCC CGTGTTCCTC GAAAGGATCT
    97801 CTTAATTGTT GAGAGGGTTG CCCAAAAGCG GTATATAAGG CATACCCAGT AAAACTTACA
    97861 AGTAAACCAG ATATAAAGAT GGCGACTAGG GTTGCTGTTT CCATTATTAT ATAATTTAAA
    97921 GACCCCAATG GATCTATGAT AAAATCATTT ATTTACAATG GAATGGTATA CAAAGTCAAC
    97981 AGATCTCAAA AAAAAAAATA GGATTTATGG CTACACAAAC CATTGAGGGT AGTTCTAGAT
    98041 CTCGTCCAAA ACCAACTACC GTAGGGGTTT TATTGAAACC GTTGAATTCG GAATATGGTA
    98101 AAGTAGCTCC TGGATGGGGA ACTACTCCTT TGATGGGAGT TGCAATGGCT TTATTTGCAA
    98161 TATTCCTATG TATTATTTTG GAAATTTATA ACTCTTCCGT TTTATTGGAT GGAATTTCAA
    98221 TGAATTAAAT CCACTCAATA AAAAGTTCAT TTTATTTTTA GGGCTACGCT TTGTATTTTT
    98281 AACGCCCTTT TTTGGTAGTT CGATCGTGGA ATTTATTTCT TTCTGTATTT CCGGAATATG
    98341 AGTGTGTGAC TTGTTATAGT TGATCCTATT GATAGTACAG AGAAGGGGTC TGTCATCTTA
    98401 TCTTGATAGA GATGGTTCTC ATTCGTCGGA TATATTTTTT GTATCTGAAA CACGGAATAT
    98461 CTAAAATAGA TATAGATGAA GAAATCTTTA AACTATGATT CATATTTTTT TAATATTCAG
    98521 ACCTCGCGAT CGGATTCAAT CAAATTTTTG CTTTTCAAAA AAATTGAAAT ATTTTTATTC
    98581 TTTTTATTTA AAATAATAAA AAAATAAAGA ATAAACAGAA AATTTCTTTT TTTTTTTTTA
    98641 TACCTCTTCT ATTGATTGAA TAAGTGATGA TCCAATGGTT CTTACTCAAG GAATCTTTGG
    98701 GATTAGCTTT TAGGTTTTTC GGAGTCATCG TGGTTATAGT ATGAATCTGG GGTTTCAATC
    98761 AATTCATAGG GTCTTAACAA GAAAAATGCC TATCACTGAT AAAAAAGCCA CATAAAAATA
    98821 AAAAACAAAG ACAAAAAATA GGAAAAGAGA ATATTCAAGA GGCCAGTAGT AACAATTAAC
    98881 AGAAAGATGG ATGAGCCGAC TTGATATATT GGCATTATCG CCCCAAAAAC AAAAACTTTA
    98941 CTTTCAGATT TATATTTCTT CACATCTTCC GAAAATAAAA AATAAAGGGA TAAGAAGCTT
    99001 TAACCTTTAT TTGGGTGTGT TTGCTTGAGC CGTACGAGAT AAAATTCTCA TATACGGTTC
    99061 TTAGAGGGGG GCTTTTAGCG CTTTACCTAT CTCAATAAAG TCTATGATTG GTTCGAAGAA
    99121 CGCCTCGAGA TTCAGGCGAT TGCGGATGAT ATAACTAGTA AATATGTTCC TCCGCATGTA
    99181 AACATTTTTT ATTGTCTAGG AGGAATTACG CTTACTTGTT TTTTAGTACA AGTAGCTACG
    99241 GGGTTTGCTA TGACTTTTTA CTATCGCCCA ACTGTTACGG AGGCTTTCGC TTCTGTTCAA
    99301 TATATAATGA CGGAAGCTAA TTTTGGTTGG TTAATACGAT CAGTTCATCG GTGGTCGGCA
    99361 AGTATGATGG TTCTAATGAT GATCCTGCAT GTATTTCGTG TGTATCTTAC CGGTGGCTTT
    99421 AAAAAACCTC GCGAATTGAC TTGGGTTACA GGCGTGGTTC TGGCTGTATT GACCGCATCT
    99481 TTTGGTGTAA CTGGTTATTC CTTACCTCGG GACCAAATTG GTTATTGGGC AGTCAAAATT
    99541 GTAACAGGTG TACCTGACGC TATTCCTGTA GTAGGATCGC CTTTGGTAGA GTTATTGCGT
    99601 GGAAGTGCTA GTGTGGGACA ATCCACTTTG ACCCGTTTTT ATAGTTTACA TACTTTTGTA
    99661 TTGCCTCTTC TTACTGCCGT ATTTATGTTA ATGCATTTTT TAATGATACG TAAACAAGGT
    99721 ATTTCTGGTC CTTTATAGAA ACCTTTATAG AATAAAGGGG TATATCATAG ATATTTTTAA
    99781 TTTATCATTT TTTTGAGGGG GATAAGAACA GTATTTCATT GCTACATGTA TGGATTATTG
    99841 AAAACAATAA TCCATGTATT TGGACATTTT CCTTCAACTC CCTAATATTG TATTTAATTA
    99901 TTTAACATAC ACTAGTTGAA GGTAATTCTC CGAAAAAAAA AAAATGGATT ATGGGAGTGT
    99961 GTGACTTGAA CTATTGATTA GGCTGTGCAG GTATATGGCT CTTTACTGCC ACATTGTAAT
   100021 TCATAATCCA ATGTGTCTTT TGTCCAACCA CTGTATAAGT AAGTCCTATA CAGAGGATAG
   100081 GCTGGTTCGT GTGAAGAGAA TTTATTCTAT GATCAACCCT GAATCATGTC AGGCATGAAC
   100141 GGGCTCCGTA AGATCCAGTC GAATGTGTGA TTTTGGGTAA TATAATGAAA TTTTTTTCTC
   100201 TTTTTTCTTA ATTAAAGTAT ATATAATAAT AATATAACTA ATAACTAAAT TAAATGATTA
   100261 TTAATTATTT TTTATATTAA CTATTATATT ATTTGATTTA TATTAACTAT TATATTATTT
   100321 GAATAGTATT GAAATGCATC CATTTCTTCT GCATTGACCT GATCTATGAT ACTATCGGAG
   100381 TGAAACAAGG GATCTAAAGA ACAATAGAGG CTAGGCTATA TTAGTAACAA GTAAACCCTT
   100441 TATTTTTAAA TTTAAGATTT TATTATATAA TAAAATCTTA AAAAATTTTG GAGATAAAAA
   100501 CCAACCACAA GGGATGAGAC TACCCAGAAA GCATTTGATC ATGATGTAAG CCTACTTGGG
   100561 TCTTGAGCAT TTATTTGTAA GAACGGAAAT CCTTCCCAAA TAATAATTCA TATGGCTAAG
   100621 AAGAGATTTA TTTTGGATTC GTTCGTTTGT TTTTATTTTT GCTCGAGCCG GATGATGAAA
   100681 AATCAGCATG TCCGGCTCTT TCGGGGGATG AATTGAATAT CTATATATAA TAAAATAATA
   100741 ATGATTCACC TATCCTAATA ACAAAAAAAC CGGACTTGAA TGATCCCGTA TTAAGGGCTA
   100801 AATTGGCAAA AGGGATGGGT CATAATTATT ATGGAGAGCC CGCATGGCCT AATGATCTTT
   100861 TATATATTTT TCCCGTCGTA ATTTTCGGTA CTATTGCATG TAACGTAGGC TTAGCGGTTT
   100921 TAGAACCATC AATGATTGGT GAGCCAGCGG ATCCATTTGC AACCCCTTTG GAAATATTAC
   100981 CTGAATGGTA TTTTTTTCCC GTATTTCAAA TACTTCGTAC AGTACCAAAT AAGTTATTAG
   101041 GCGTTCTTTT AATGGTTTCA GTACCTGCGG GATTATTAAC AGTTCCTTTT TTAGAGAATG
   101101 TTAATAAATT CCAAAATCCA TTTCGTCGTC CAGTAGCTAC AACTGTCTTT TTGGTTGGTA
   101161 CCGCGGTGGC CCTTTGGTTA GGTATTGGAG CAACATTACC TATTGATAAA TCTCTAACTT
   101221 TAGGTCTTTT TTAAATTGAT TCAATTGTGA AATAGCACAA CATGTGTATC TAGGGAATAG
   101281 TCGCTTCAAG GTGAATTTTC CCTAGATACA TCTATCTATT CAATTAAATT CTTTATTTCT
   101341 TATGTAAAAT TCAATTCATT CTTATTTTTT TTTTATTGCA TCTTTTATTT TTCGTTTTTA
   101401 TTAAATGTAA ATCAATTCAA AAATGTTTTT CAAGAGTGTC CAATATTTTT TTTACGTCGT
   101461 CTATGTCAAA ATGTTCAATT TTAATAAGAT CTTCTTGACT GTTATTCAAA TATTCAAAAG
   101521 GTCTGCTAAT GTTTGTATAT ATGTATATTG GACTTTTTTA GGCAATTGTA GATCCTAGGT
   101581 GGCAATTCTA ACTGGTCAAT AAAAATATAT TTTAATACTA TTTTTTTTTT ATGAGTTGAG
   101641 TCAATCTATC GTGAAAGGTC AAAAGTGGTA AAGAAACTTT TTTTTTATTA TCCGCTAAAT
   101701 GTAAATTTTC TTCTTCCTCA TGTAGAAAAG GAATCAATAA ATCAATTAAA TTCCGGGAGG
   101761 CTTCATAAAG TGCTTCTTTC GGAGTTAAAC TGCCATTTGT CCATATTTCG AGAAAAAGTA
   101821 TTTCTTGTTT TTCATTCCCA TTCCCATAAG AATGAATACT ATGATTCACG TTTCGAACAG
   101881 GCATGAATAG AGCATCTATA GGATAACTTC CGTCTTGAAA GTTATTGGGC GCTTTAATAT
   101941 GATATCCTCG ATTTCGCTCG AGTTGTAATC CAATACACAA ATCAATTGGT TCCGTCAAGC
   102001 TAGCTATATG TTGTGTATTG TCAACTATTT CTACATACGG CGGCAAGATG ATATCTTGAG
   102061 CAGTTACGCA TCTAGGGCCT CTAACACAAA TGGATGCTTC ACAAGTTCCA TATAGATTAC
   102121 TTCTCAATAT GATTTCTTTC AAATTCATTA AAATGTCATG GACTGATTCT TTAATACCTA
   102181 CGATGGTAGA GTATTCATGT GGTATTTTCT CAGATTTTGC GCGTGTAATA AATGTTCCTT
   102241 CCATTTCTCC AAGTAAAGCT CTTCGCATTG CAATGCCGAT TGTGTCAGCT TGCCCTTTCA
   102301 GAAGTGGAGA GAGAATAAAG CGCCCATAAT AAAGACATTT ACTATCTGTT CTTGATTCAA
   102361 CACACTTCCA CTGCAGTGTC CGAGTCGATA CTCTTATTTT CTCTCGAACC ATAGGAATAT
   102421 TATAAATATC TTTGAATCGT TTATTTCTCT TGAAATTTCT TCAATGCTTT TTTTTACACA
   102481 CGTCTTTTTT TAGGAGGCCT ACAGCCATTA TGTGGCATAG GGGTTACGTC CCGCACGAAA
   102541 CTTAATAATA TACCGCTTCG ACGAATAGCT CGTAATGCTG CATCTCTTCC GAGACCGGGA
   102601 CCCTTTATCA TGACTTCTGC TCGTTGCATG CCCTGTTCCA CCACCGTACG AATAGCATTT
   102661 CCTGCCGCGG TTTGAGCCGC AAATGGCGTC CCCCTTTTTG TACCTTTAAA GCCACAAGTA
   102721 CCCGCGGAAG CCCAGGAAAC AACCCGACCC CGTACATCTG TAACAGTTAT AATCGTATTG
   102781 TTGAAACTTG CTTGAACATG GATAATGCCT TTTGGTATTT TACGTGCACT TTTACGTGAA
   102841 CTAATACGTC CATTTCTACG TGAACTAATT TTTGGTATAG GTTTTGCCAT ATTTTATCAT
   102901 TTCATAAATA TGCGTCAGAG ATATATGGAT ATATCCATTT CATGTCAAAA CAAATTCGTC
   102961 ATTTTTTTTA CATTATATTA CTCAAGACAG CACCTTTTAA TACTTTAATT AAAGTATTAT
   103021 CCCTGTCGTT GTTTATGTTT TGGGTTAGAA CAAATTACTA TAATTCGTCC CCGTCTGCGG
   103081 ATCAGACGAC ACTTTTCACA AATTTTACGA ACAGAAGCCC TTATTTTCAT ATTTGTCATT
   103141 CCTTACTTTT AATTTTGAAT CTAGTTCGTG GAAGAAAATA AGTTTCTTGA TATTTGAAAT
   103201 CTTGAATTGT ACTCTCGAGA GAAGGGGTGT TGAGGTTGAA AAACCACTTA ATCGTGTGAA
   103261 TCCTTAGTGC AGAGTTTTTT AAATTTATCT ATGACCTCTG GTTCAATCAT AAAGGCTTAT
   103321 TTCAATTTTA ACCCTACCAA GGGATAGGTT TTTCCATATA GAATTACGTC GTATCCTTTA
   103381 TGAAATGAAA AAAAAATAAT TTATAATTAT AATCCGATCT TCATTATCTA AACGAATGCA
   103441 GAACATACCG TTAGTGAGTG ATTTTGTTCT TTCATTCCAG GCAAAACCTC CTTAACGTAT
   103501 CAACTAATAG AGCAGAGATA TTAGATAACC TGTCTTTTGT CTTTTTTGTT CACAATTATA
   103561 GGCAATTTTT GATTTAATTT AGATATTAGA GGGATTACCA TATATAACAT AAAATTTCTC
   103621 CCCCAACTCC TTCTCGTCGA GCCTCCCGAT CTGTCATTAT ACCGCGAGAG GTAGAAAGAA
   103681 TTACAATTCC TATTCCGCCT AAAATTCTAG GAATTCCTTG AGAGTTAGAA TAGATTCGTA
   103741 GACCAGGTCG ACTGACTCTT TTTAAATATA AAGTATTTCG ATATGGGCCT TTCCTATTTC
   103801 TTCTATGTCG CAGAGTTAAA ACCAAAAAGT ATTTGTTTCC TTCTTGATGT TTTCTCACGT
   103861 TTTCAATAAA GCCTTCTCGT AAAAGTATTT TAACAATGTT TTCGGTGATG TTAGTCGATG
   103921 CTATTCGAAC TGTTCCTTTT CTATTCATGT CAGCATTTCG TATTGAGGTT ATTATATCAG
   103981 CAATAGTGTC CCTACCCATA ATGAACTAAA ATCCGCGGTG TCTCCAAAAT TTTATATAAT
   104041 CAACATGTTT TTTATTACTT TTTTCTTTTA TTTTCTGTTA TGAATTACAA AATGAAAAAT
   104101 TTTTAAACGA AAGATATATG CGTGATAGAT AGTCTACTAT CTCATTCAAA TATTCTATTT
   104161 CTTGTTCTTA TAATACCTCA GGAGCTAATG AAACTATTTT AGTAAAGTTT TGTCTCAATT
   104221 CCCGGGCAAT TGCGCCAAAA ACTCGAGTTC CTTTTGGATT TCCTTCTTGA TCAATGATAA
   104281 CTGCAGCGTT GTCATCATAT CTTATTATCA TACCGTTGTC CCGTTTGAGT TCTTTACAGG
   104341 TACGTACAAT TACAGCTCTT ATTACTTCTG ATCTTTCTAA GGGCGAATTG GGTATTGCTT
   104401 CTTTGATCAC AGCAACAATA ACATCGCCAA TACGAGCATA TCGGCGATTG CTAGCTCCTA
   104461 TGATTCGAAT ACACATCAAT TTTTTAGCTC CACTGTTGTC TGCTACAGTC AAATAGGTCT
   104521 GAGGTTGAAT CATATTTTTT TATCTGTTCT TTCAATGCAA AAATAACTGC AAAGGATTCA
   104581 AAATAAATAT TGTTTGTCAA AAATAAGATC GATTTCCTTT GGTTCTACAT TCCTATCCTG
   104641 AAATAATAAA TTGAGTTCGT ATAGGCATTT TAGATGCCGC TATTGAGATA GCCCTTCGGG
   104701 CTATATTTTC TGCTACCCCG CTTATTTCAT AAAGTATTCG ACCTGGTTTG ACAACAGCTA
   104761 CCCAATATTC GGGAGATCCT TTCCCCGAAC CCATACGGGT TTCCGCAGGC CTTAGTGTAA
   104821 CCGGTTTGTC TGGAAAAATA CGTACCCATA TTTTTCCCCC ACGGCGCGCA TTTCGTGTCA
   104881 TTGCTCGCCT CCCCGCTTCT ATTTGTCTAG ATGTGATCCA AGAGGGTTCG AGTGCCTGAA
   104941 GAGCATATCT TCCAAAACTA ATTTTATTTC CGCGATAAGA TATCCCCTTC AGTCTTCCTC
   105001 GATGTTGTTT GCGGAATCTG GTTCTTTTTG GGTTATAGTT GATGGTTATT TTAGTAATTC
   105061 CATCTCTACT ACAGAACTGG ACATGAGATT TTCTTCTCAT CCGGCTCCTC GCGAATGAAA
   105121 AATTATAAAT TAAGAAGAGA TATAATTATA CACGGAATAA TCCACTGAAT CAATGAATCA
   105181 AGCGATTCTT AGGGATTACT TTTAGTAAAT ATTTTATATA TATATGATCT AAAATATATT
   105241 TTCGCGGGCG AATATTTACT CTTTCAGTCT CTTTTTCAAT TGTAGAGTTA GTTTATAATT
   105301 TTTCAGAAAA TATGAATTGA TTTATGGTTC GTTCCGCCAT CCTTCCCACT GAATAATCAG
   105361 AATTCGTTTT CAATTTAATC TTATGTATTC ATGGGTTCCG TCGTTCCCAC CGCTTCTTGA
   105421 TTAATGCTTA GGACTGAATT CGACAACGGA GCTCTTACTG AAAGTAGTTC TTAAGCCAAC
   105481 CCTCCTAGTC TTTTTTGGCT TGAAGCTCAT ATGATTTTTA TTATTTTTCT ATGAAAAGAA
   105541 AGATTCATCT CATAGAATTA TTTGGGAATC TTTATTAATG CTTTATTACA TTATTGTCGT
   105601 TTATGAGATG TTTCAAAGAC CTTACATAAC ATATTATATC GGAATTATAT ATCTTTTATA
   105661 TTTATATTCC TTTTTTCTTT CTCTCACCTT TCCATTTATC CGTATCCCTT TTTTCTTAAA
   105721 ATTCATCAGA TTTTTTTTAT GCTAAAAAAA TTCAGTTGCT GCAATGATAG GATTAAAAAA
   105781 GCATATCTTG ACTGTTTCTT TGGATCCAGA TAATGTGATG CGATGAGTTG GTTATTAGTT
   105841 TTTATAGTTA ATTCAGTATT AATTATTAGT TTATACTTCA TATTATGGGT TCTTAGCTTA
   105901 TTTAGGCTTA ATTATAGTAA AAACCAACGA GTCACACACT AAGCATAGCA ATTTGATCAA
   105961 AAAAGGATGA ATTTAATTTT TATTTAACCT TGTGAAATTT GAAATTAGAA CTAGTTTGAT
   106021 GTAAAAAAAG GAAAAAGTTG TTATTTTGTG TTCCATTCTT AAATCTTAAA CCGAAAAAGA
   106081 AAGACAAGTA AAATCCTATT ATTATTTTGC GTCTATAAAT ATCCAAATTT TGATACCTAA
   106141 TACCCCATAA ATAGTTCGAA CGGTATAGGC ACAATAATCA ATTTTCGCGC GAATAGTTTG
   106201 TAGGGGAACT CTTCCCTCTC TTATCCATTC AACACGTGCA ATTTCTTTTC CATCGATCCG
   106261 GCCTGCTATT TGTATTTGAA TTCCTTTTGT ATCCGCTTGT TCGGTTAATT CGATAGCCTT
   106321 TTTCATGGCT TTTCTAAATG ATACCCTATT CTTTAATTGG CCAGCTATAA ATTCAGCAAG
   106381 AATATTAGGG TGCCCATAAG GTTTTGCAAT TCGTGAAATA GCAATGTTGA GTTTTCGGCT
   106441 CACACAATTT AATTCTTTTT GTAAATTTAT TTTTAGGTCT TCGATTCCTC GTGGTCTATT
   106501 TTCTATTAAT AACTTTGGGA ATCCCATATA GATTATTACC TGTATTAGAT CGATTCTTTT
   106561 TTGAATTTCT ATGCGTGCAA TTCCTTCGAC ACCTGACGAT GCTCTTGTAT TTTTTTGTAC
   106621 AAAAATTTTT ATATAATCCC GTATTTTTTG ATCTTCTTGT AGACCTTCAG AATAGTTTTT
   106681 TGGTTGTGCA AACCAAAGGG AATAATGACT TTGGGTTGTA CCAAGTCGGA AACCAAGTGG
   106741 ATTTATTTTT TGTCCCATAT TACCCCATCA TACTTACTTT AAAAAAAATC CAGGTATTCG
   106801 ACAAATGCTG GATTGAGCAA GACTTTGTGT TGATTAGTTT TAGATAAACT TCGTATACAT
   106861 TCTTCTATGT CTCCATAGTA GGTTATATCT TTTAATACAA TAGTTATGTG ACAAGTCGGT
   106921 CTTTTTATCA GATAACTACG TCCTCGGGCT TGAGGTTTTA ATTTTTTCAT GGTAGTTCCT
   106981 TTGTTAACTT CGGCTTTAAA AATGACTAAA TCAGCTTTGT TGAAACCTTT ATTGTGACTA
   107041 GCATTTGATG CTGCAGAATA AATCAATTTA AAAATGGGAT AACATGCACG ATAGGGCATG
   107101 AGTTCTAATA TCATAAGTGT TTCTTCGTAG GAACGCCCGC GGATCTGGTC AATTACTCTT
   107161 CTTGCTTTGT GAGCCGACAT AGATATATAT TGGCCTAAAG CATATACATC ATCTTTTCTC
   107221 TTTTTTCTTT TCATAAAGTT TACCTCCGAT TAAAAAATGA TAAGCGTTTA TTATATTATT
   107281 ATTATTTAAT TTTTTATTAA TAATTAATAA AATTAACGGC GAGATTTATT ATCGTTTTTT
   107341 GCATGTCCCC TAAAATTTAG AGTTGGTGCG AATTCTCCTA ATTTATGACC TACCATACGA
   107401 TCCGTTATGT AAATAGGTAA GTGTTCCCTA CCATTATGGA TAGCGATTGT ATGTCCAATC
   107461 ATGGTGGGTA TAATGGTAGA TGCCCGAGAC CAAGTTACTA TTATTTCTTT TTCCGCTTTT
   107521 GTGTTAAGCT TATCAATTTT TCGTAATAAA TGATTGGCTA CAAAAGGGTT TTTTTTTAGT
   107581 GAACGTGTCA CAGTTAATTA CTCCTAAAAT TTTTTTTATG TAAAGACGAA GAGACTAATT
   107641 CTATTTACTA CGTCGACGAA TAATAAAATT ATCACTATAT TTATTCCTTT TTCTACTTCT
   107701 TTTTCCAAGT GCAGGATAAC CCCAAGGGGT TGTGGGGTTT TTTCTACCAA TTGGAGCCCT
   107761 CCCTTCACCA CCCCCATGGG GATGGTCTAC AGGGTTCATA ACGACTCCTC TTACTACAGG
   107821 ACGCTTACCT AGCCAACGCT TAGATCCGGC TCTACCCAAA CTTTTCTGGT TCACTCCAAC
   107881 ATTCCCCACT TGTCCGACTG TTGCTGAGCA GTTTTTGGAT ATCAAACGGA CCTCCCCAGA
   107941 AGGTAATTTT AATGTGGCCG ATTTCCCCTC TTTTGCAATC AGTTTCGCTA CAGCACCCGC
   108001 TGCTCTAGCT AATTGTCCAC CCTTTCCAAG TGTGATTTCT ATGTTATGTA TGGCCGTGCC
   108061 TAAGGGCATA TCGGTCAAAG GTAGGGCATT TCCCATTTTT ATAGGAACTT CTGTACCAGA
   108121 AACAATGGTA TCTCCAATTA TAGCCCCTCT GGGATGTAAA ATATATCTTT TTTCACCATC
   108181 CCCATAGTGT ATGAGACAAA TGTATGCATT TCGATTAGGG TCATATTCTA TGGTTACGAT
   108241 TCTACCATAT ATGTCTTTTT CATTCCGCCG AAAATCTATT TTACGGTATA GACGCTTATG
   108301 ACCTCCCCCC CTATGCCTTG CGGTAATGAT TCCTCTGGCA TTACGGCCTT TACCACAACG
   108361 ACGCTGTCCA TAGATCAAAT TATTTCGTGG ATTGGATTTC ACTTGATTGT CTACGGCTCC
   108421 ATTGCGTGTG CTCGGGGTAG AAGTTTTGTA TAAATGTATC GCCATGTTAT TAAGTATTTT
   108481 TATTGAAGTT ATTTTCTTTC TAAGAGGTGG AATAGAATAA CCCGATTGAA GCGTAATGAT
   108541 CATACGTCTG TAATGCATTG TATGTTCCAT AATAGGTCCC ATTCTTCTAC CCTTTCGGAG
   108601 GAGTCGATGA CTATTCATAA CTATTACCTT GACACCAAAG AAGAGTTCGA CCCAATACTT
   108661 TATTTCCGTC CTAGTTGATT CGAATTCGAC ATTAGAAGTA TATTGCTTTT TCCCCAATAA
   108721 CCGAATACTT TTGTCTGTAA ATACTGCCTA TTTGATTCCA TCCATAAATA AAATTTCTTC
   108781 CCTATGAGTT CGAGTCTCAA TAAGAATGCT AGTTTTTACT GTTCATATGT TATGATATGA
   108841 ATATACCACA CCAATTCCTT ATGTATGGAT GATGAGATTC CATTGATACA GAGCCAGACT
   108901 TATTGGAGGG TCCCATTGGC GTGCATCCAG TAGGAATTGA ACCTACGAAT TCGCCAATTA
   108961 TGAGTTGGGC GCTTTAACCA TTCAGCCATG GATGCTTAGC GGGGATCCTC GTACATGGTG
   109021 AATAACCAAA TTCCAATTGA AATGAAATCT TTAGGATAAA TCAATGCAAT TTAGGAGGAA
   109081 TCAATGAAAG GACATCAATT CAAATTCTGG ATTTTCGAAT TGAGAGAGAT TAAAAATTCT
   109141 CACTATTTCT CAGATTCATG GACCCAATTC AATTCAGTGG GATCTTTCAT TCACATTTTT
   109201 TTCCACCAAG AACGTTTTAT AAAACTCTTT GACCCCCGAA TTTGGAGTAT CCTACTTTCA
   109261 CCCAATTCAC GGGGTTCAAC AAGCAATCGA TATTTCACGA TCAAGGGTGT AATACTCTTT
   109321 GTAGTAGTGT TCCTTCTATA TCGTATTAAC AATCGAAATA TGGTCGAAAG AAAAAATATC
   109381 TATTTGATAG GGCTTCTTCC TATACCTATG AATTCCATTG GACCCAGAAA TGATACATTG
   109441 GAAAAACCCT TTTGGTCTTC CAATATCAAT AGGCTGATTG TTTCGCTCCT CTATCTTCCA
   109501 AAAGGAAAAA ATATTTCGGC GAGTTGTTTC CTGGATCCGA AAGAGAGTAC TAGTACTTGG
   109561 TTTCTTCCAA TAACTAAAAA GTGTATCATG CCTGAATCTA ACCGGGGTTC GCGGTGGTGG
   109621 AGGAACTGGA TCGGAAAAAA GAGGGATTCT AGTTGTAAGA TATCTAATGA AACCGTCGCT
   109681 GGAATTGAGA TCTCATTCAA AGAGAAAGAT ATAAAATATC TGGAGTTTCT CTTTGTATAT
   109741 TATATGGATG ATCCGATCAG CAAGGACCAT GATTGGGAAT TGTTTGATCG TCTTTCTCTG
   109801 AGGAGGAGGC GAAACATAAT TAACTTGAAT TCGGGACAGC TTTTCGAAAT CTTAGTGAAG
   109861 CACTGGATTT GTTATCTCAT GTCTGCTTTT CGTGAAAAAA GACCAATTGA AGTGGAGGGT
   109921 TTCTTCAAAC AACAAGGGGC TGGGTCAACT ATTCAATCAA ATGATATAGA GCATGTTTCC
   109981 CATCTTTTCT CGAGAAACAA GTGGGCTATT TCTTTGCAAA ATTGTGCTCA ATTTCATATG
   110041 TGGCAATTCC ACCAAGATCT CGTCGTTAGT TGGGGGAAGA ATCCGTACGA ATCGGATTTA
   110101 TTGAGGAACG TATCGAGAGA GAATTGGATT TGGCTAGACA ATGTGTGGTT GGTAAACAAG
   110161 GATCGGTTTT TTAACAAGGT ACGGAATGTA TCGTCAAATA TTCAATATGA TTCCACAAGA
   110221 TCTAGTTTCG TTCAAGTAAC GGATTCTAGC CAATTGAAAG GATCTTCTGA TCAATCTAGA
   110281 GATCGTTGGG ATTCCATTAG TAATGCGGAT TCGGAATATC ACACATTAAT CAATAAAAGA
   110341 GAGATTCAAC AACTAAAAGA AAGATCGATT CTTCGGGATC CTTCCTTTCT TCAAACGGAA
   110401 GAAATCGAAG AACTTCTTGA GAATCCTACA AGATCCATTC GTTCTTTTTT CTCTGGCAGA
   110461 TGTTCAGAAC TTCATCTGGG TTCAAATCCT ACTGAGAAGC CCACTAGAGA TCAGAAATTG
   110521 TTGAAGAAAC ATCTTGTTGT TTCTTTTGCC CCTTCCAGGC GATCGGAAAA TAAAGAAATG
   110581 ATTAATATAT TCAAGATAAT TACGTATTTA CAAAATAGCG TCTCAATTCA TCCTATTTCA
   110641 CCAGATCCGG GATGTGATAG GGTTCCGAAG GATGAACCGG ATATGGACAG TTCCGATAAG
   110701 ATTTCATTCT TGAACAAAAA TGCATTTTTT TACTTATTTA ATCTATTCCA TGATCGAAAC
   110761 AGTGGGGGAT ACACATTACA CCACGATTTT GAATCTGAAG AGAGATTTCA AGAAATGGCA
   110821 GATCTATTCA CTCTATCAAT AACCAAGCCG GATCTGGTGT ATCATAAGGG ATTTGCCTTT
   110881 TCTATTGATT CCTGCGGATT GGATCAAAAA CAATTCTTGA ATGAGGTATT CAACTCCAGG
   110941 GATGAATCGA AAAAGAAATC TTTATTGATT CTACCTCCTA TTTTTTATGA AGAGAATGCA
   111001 TTTTTTTATC GAAGGATCCA AAAAAAATGG GTTCGGATCT CTTGCGGGAA TTATTTGGAA
   111061 GATAGAAAAC AAAAAAGAGT GGTATTTGCT AGTAACAACA AAATGGAGGC AGTCAATAAA
   111121 AATAAATATA TATTGATCCG AAATCTGATT CAAATCCAAT ATAGCACCTA TGGGTACATA
   111181 AGAAATGTAT TGAATCGATT CTTTTTAATG AATCGATCCG ATCGCAGCTT CGAATATGGA
   111241 ATTAAAAGGG ATCAAATAGG AAACGATACT CTGAATCATA GAACTATAAG GAAATATACG
   111301 ATCAACCAAC ATTTATCGAA TTTGAAAAAG AGCCAGAAGA AAAGGTTCGA TCCTCTTATT
   111361 TTTCTTTCTC GAACCGAGAG ATTCATGAAT CAGGATCCTG ATGCATATAG ATACAAATGG
   111421 TTCAATGGGA GCAAGAATTT CCAGGAACAT TTAGTTTCTG AGCAGAGGAG CCGTTTTCAA
   111481 GTAGTGTTCG GTCGATTACG TATTAATAAA TATTCGATTG ATTGGTCTGA GGTTATCGAC
   111541 AAAAAAGATT TGTCTAAGTC ACTTCGTTTC TTTTTGTCCA AGTCACTTCT TTTTTTGTCC
   111601 AAGTTGCTTC TCTTTGTGTC TAACTCACTT CCCTTTTTCT TTGTGAGTTT CGGGAATATC
   111661 CCCATTCATA GGTCCGAGAT CCACATTTCT GAATTGAAAG GTCCGAATGA TCAACTCTAC
   111721 AATCCGTTGT TAGAATCAAT AGGTCTTCAA ATCGTTCATT TGAAAAAATT AAAAGCCTTC
   111781 TTATTGAATG ATCATGATAC TTTCCAAAAA TCTAAATTAT TGATCAATGG AAGAACAATA
   111841 TCACCATTTT TGTTCAATAA GATACCAAAG TGGATGATTG ACTCATTCGA TACTAGAAAT
   111901 AATCACAGGA ATGGTAACAC GGATTCCTAT TTCTCAATGA TATCCCACGA TCAAAACAAT
   111961 TGGCTGAATC CCGTAAAACC ATTTCATAGA AGTTCATTGA TATCTTCTTT TTATAAAGCA
   112021 AATCGACTTC GATTCTTGAA TAATCCACAT CACTTCGGCT TCTATTGTAA CAAAAAATTC
   112081 CCTTTTTATA TGGAAAAGGC CCGTATCAAT AATTATGATT TTACGTATAG ACAATTCCTC
   112141 GATATCTTGT TCATTCGCAA CAAAATATTT GCTTTGTGTG TCGGTAAAAA AAAACATGCT
   112201 TTTTTGGAGA GAGATACTAT TTCACCAATC GAGTCACAGG TATCTAACAT ATTCATACCT
   112261 AACGATTTTA CAATTCGATC CGATCTATTC GTTCGTAGAA CTATTGACTC GATCACAGAC
   112321 ATTTCTGGAA CACCTCTAAC AGAGGGACAA ATAGTCCATT TTGAAAGAAC GTTTTATCAA
   112381 CCTCTTTCAG ATATGAATCT ATCTGATTCA GAAAGGAAAA ACTTGCATCA GTATCTCAAT
   112441 TTCAATTCAA ACGTGGGTTT GATTTACACT CCATGTTCTG ATAAATATTT ACCATCGGAA
   112501 AAGAGGAAAA AACGGAGTCT TTGTCTAAAG AAATGCGTTG AGAAAGGGCA GATGTATAGA
   112561 ACCTTTCAAC GAGATAGCGC TTTTTCAACT CTCTCAAAAT GGAATCTATT CCAAACATAT
   112621 ATGCCATGGT TCCTTACTTC GACAGGGTAC AAATATCTAA ATTTTCTATT TTTCGATACT
   112681 TTTTCAGACC TATTGCCGAT ACTAAGTCAA AAATTTGTAT CTATTTTTCA TGATATTATG
   112741 CACGGATCAT ATATATCATG GCTAATTCTT CAGAAAAAAG TGTGTCTTCC ACAATGGAAT
   112801 TTGATAAGTG AGATTTCGAA CAAGTGTTTA CATAATCTTC TTCTGTCCGA AGAAATGATT
   112861 CATCGAAATA ATGAGTCACC ATTGATATGG ACACATCTGG GATCGCCAAA TGTTCGGGAG
   112921 TTCTTCTATT CAATCCTTTT TCTTCTTCTT GTTGTTGGAT ATCTCGTTCG TACACATCTT
   112981 CTCTTTGTTT TCCGAGCCTC TAGTGAGTTA CAGACAGAGT TCGAAGAGGT CAAATCTTTG
   113041 ATGACTCCAT CATACATGAT TGAGTTGCGA AAACTTCTGG ATAGGTATCC TACATCGGAA
   113101 TCAAATTTCT TCTGGTTAAA GAATCTCTTT CTGGTTGCTC TGGAACAATT AGGAGATTCC
   113161 CTAGAAGAAA TATGGGGTTC TGCTTCTGGT GGCAACATGC CATTGGGTGG TGGTCCCGCT
   113221 TATGGGGTCA AATCAATACG TTCTAATAAA AAAGATTTTA ATATTAATCT CATCGATCTC
   113281 ATAAGTATCA TACCAAATCC CATCAATCGA ATCACTTTTT CGAGAAATAC GAGACATCTA
   113341 AGTCATACAA GTAAAGAGAT CTATTCATTG ATAAGAAAAA GAAAAAGGGT GAACGGTGAT
   113401 TGGATTGAGG ATAAAATAGA ATCCTGGGTC GCGAGCAGTG ATTCGATTGA TGAAGAAGAA
   113461 AGAGAATTTT TGGTTCAGTT CTCCACTTTA ACGACAGAAA AAAGGATTGA TCAAATTCTA
   113521 TTGAGTCTGA CTCATAGTGA TCGTTTATTA AAGAATGACT CTGGTTATCA AATGATTGAA
   113581 CAACCGGGAG CAATTTACTT ACGATACTTA GTTGACATTC ATAAAAAGTA TCTAATGAAT
   113641 TATGAGTTCA ATACATCTTG TTTAGCAGAA AGACGGGTAT TCCTTGCTCA TTATCAGACA
   113701 ATCACTTATT CACAAACCTC GTGTGGGGCT AATAGGTTTC ATTTCCCATC TCATGGAAAA
   113761 CCCTTTTCGC TCCGCTTAGC CTTATCCCTC TCTAGGGGTA TTTTAGTGAT AGGTTCTATA
   113821 GGAACTGGAC GATCCTATTT GGTCAAATAC CTAGCGACAA ACTCCTATGT TCCTTTTATT
   113881 ACGGTATTTT TGAACAAGTT CTTGGATAAC AAGCTTAAAG GTTTTCTTAT TGATGCTAGT
   113941 GACGATATTG ATGTTAGTGA CGATATTGAT GCTAGTGACG ATATTGATGT TAGTGACGAT
   114001 ATTGATCGTG ACCTTGATAC GGAGCTGGAG CTGCTAACTA TGATGAATGC GCTAACTATG
   114061 GATATGATGC CGGAAATCGG CCAATTTTAT ATCACCCTTC AATTCGAATT AGCAAAAGCA
   114121 ATGTCTCCTT GCATAATATG GATTCCAAAC ATTCATGATC TGGATGTGAA TGAGTCGAAT
   114181 TACTTATCCC TCGGCCTATT AGTGAACTAT CTCTCCAGGG ATTGTGAAAG ATGGTCCACT
   114241 AGAAATATTC TTGTTATTGC TTCGACTCAT ATTCCTCAAA AAGTGGATCC CGCTCTAATA
   114301 GCCCCGAATA AATTAAATAC ATGTATTAAG ATACGAAGGC TTCTTATTCC ACAACAACGA
   114361 AAGCACTTTT TCACTCTTTC ATATACTAGG GGATTTCACT TGGAAAACAA AATGTTCCAT
   114421 ACTAATGGAT TCGGGTCCAT AACCATGGGT TCCAATGTAC GAGATCTTGT AGCACTTAAT
   114481 AATGAGGTCC TATCGATTAG TATTACACAG AAGAAATCAA TTATAGACAC TAATACAATT
   114541 AGATCCGCTC TTCATAGACA AACTTGGGAT TTTCGATCCC AGGTAAAATC GGTTCAGGAT
   114601 CATGGGATCT TTTTCTATCA GATAGGAAGG GCTGTTGCAC AAAATGTACT TCTAAGTAAT
   114661 TGCCCTATAG ATCCTATATC TATCTATATG AAGAAGAAAT CATGTAACGA AGGGGATTCT
   114721 TCTTTGTACA AATGGTACTT CGAACTTGGA ACGAGCATGA AGAAATTAAC GATACTTCTT
   114781 TATCTTTTGA GTTGTTCTGC CGGATCGGTC GCTCAAGATC TTTGGTCTCT ACCCGGACCC
   114841 GATGGAAAAA AGGGGATCAC TTCTTATGGA CTCGTTGAGA ATGATTCTAA TCTAGTTCAT
   114901 GGTCTATTAA AAGTAGAAGG CGCTCTGGTG GGATCCTCAC GGACAGAAAA AGATTGCAGT
   114961 CAGTTTGATA ATGATCGAGT GACATTGTTT CTTCGGCCCG AACTAAGGAA TCCCTTAGAT
   115021 ATGATGCAAA ATGGATCTTG TTCTATCCTT GATCATAGAT TTCTCTATGA AAAATACAAA
   115081 TCAGAATTGG AAAAAGGGGA GGGAGCCCTC GATCCGCAAC AGATAGAGGA GGATTTATTC
   115141 AATCCCATAG TTTGGGCTCC TAGAATATGG ACCCCCTGGA GCTTTCTATT TTATTGTATC
   115201 GAAAGGCCCA ATTCATTGGG ATTTCCTTAT TGGGCCGGGT CATTGCGGGG CAAGCGTATC
   115261 ATTTATGATG AAGAGGATGA GCTTCAAGAG AATGATTCGG AGTTCTTGCA GAGTGGAACC
   115321 ATGCAGTACC AGACACGAGA TAGATCTTCC AAAGAGCAGG GCTTTTTTCG AATAAGCCAA
   115381 TTCATTTGGG ACCCTGCAGA TCCACTCTTT TTCCTATCCA AAGATCAGCC CTTTGTATCT
   115441 GTGTTTTCAC ATCGAGAATT CTTTGCAGAT GAAGAGATGC CAAAGGGGCT TCTTACTACC
   115501 CAAAAGTCTA CTCCTACATC TATATATAAA CGCTGGTTTA TCAAGAATAC GCAAGAAAAG
   115561 CACTTTGAAT TGTTGATTAA TCGCCAGAGA TGGCTTAGAA CCAATAGTTC ATTATCAAAT
   115621 GGATCTTTCC GTTCTAATAC TCTATCCGAG AGTTATCAGT ATTTATCAAA TCTGTTCCTA
   115681 TCTAATGGAA CACTATTGGA TCAAATGACA AAGACATTGT TGAGAAAAAG ATGGCTTTTC
   115741 CCGGATGAAA TGAAAATTGG ATTCATGTAA GAGGAGAAAT CTTTATCATT CCTTAGCCGG
   115801 AAAGATATGT GGCCATGAAA GGGGGATTAA GTGGAACAGA ATTGACTGGG TGGTAGAGGC
   115861 GTGGAAACAC TTGTTTTTCC ATATTTCGTA CCTTAGCTCC ATGGAATAAT ATGCTACTGC
   115921 TGAAACATGG AAGAATTGAA ATCTTAGATC AAAACACTAT GTATGGGTGG TATGAACTGC
   115981 CTAAACAAGA ATTCGTGAAC AGCGAACAAC CAGAGCCTAT TACCCACTAC ATCAATAAAT
   116041 TTCCATTAAT GAAAGATGTA AATCCATTGG AAAATAAAAA AGACGCATGT CCGTTGAAAT
   116101 GGTTGTTGCT ATCTGCTCCA ATAACGAATC GTTGGTTTGA CTGAATAACT AAATAAAATC
   116161 GAAATAAAAT ACCCTATATG GATAATACAC ATTCCAGTTG ACCGAGCCTA ATTTTAATTG
   116221 TTTTGTGCCG AAGCAAAGAT ATCCACGGGG CGGTTCGTCC TATTCATTCA GATATTCACG
   116281 ACCAAGAAGT ACTGGATTCT CTTTCGGATA GGCCCTGAAA GTAGAAGGAA GGCTGGAATG
   116341 TCTATTATGG AATTCATCCG ACCCGATAGT GCCTATTTTG AAAACGTACA GTGCCAAAGT
   116401 CACTGAATGG GTAAGTCGCC AATCCCTAAA ACGGACTATG TAATTTATCT GCTGAGTTAC
   116461 GTTACGGGCA GGCATTTTTT CAGAGGTTTC TATTCTATCA ATCTCCCCTT GTCCAATTTC
   116521 TGTTGAAGCA TATACTCGGG GGGGTGGGTG CAGGGCGGAT GATTTCAAAG CGGACTCCCC
   116581 CTTCATTAGT CATTAGATAG AAAAGATCGC CAAGATTTCG TGATCCGCTG CCGAACTTAT
   116641 GCCGAACTTA TTCTAATTCC AAGATCTCGG ATCGGTATAT CAATATCGAT CCGAGATCTT
   116701 GGAATTCAAT CAGCATTCTC GATTTTATGC CTTGAAGAGG ACTCGAACCT CCACGCTCTT
   116761 TAGCACGAGA TTTTGAGTCT CGCGTGTCTA CCATTTCACC ACCAAGGCAT CTTGAAAGTG
   116821 ATTCGTATTC CATGAATATG ATATCTATCT AGTGTGATGT ATGGAATATA TGATAAAGGT
   116881 GGAGTGTTGG AGTATTTATA TTGATCGGTC ATAATGTAAA CATAGTATCT ATTTAGATAC
   116941 GCTCGAAGGA CCCCTTCTCA TAATGAGCAT GTATAGAACC CTATTCTGGT CCGGTATGGA
   117001 ATGAACTTAT AATCGTGGAA TCGACTCGAT CATCAGATTC TAGATTATAA GTTCATAAAC
   117061 CTAGCCCATT CCCATTTTTG GCGGAGGAAC AGATCTACTA ATTCTTTGAT TCCAGTTAGT
   117121 AAGAGGGATC TTGAACTAAG AAATAGACTT TAGAAGCTAA AAAAGGGTAT CCTGAGCAAT
   117181 TGCAATAATC GGGTTCATTG ATATTCCTGG TATAGTAGAT GCTATCACAC ATACAATCAT
   117241 ACTCAATTCG ATGGAATTCT TTGATCTTAA AGGGGATCTT CTATAATTTC GCACGTGAGG
   117301 GGTTATTTCT TGGTTTCGTC CAGTCATTAA TAACTTGATT ATTTTTAGAT AATAGTAGAT
   117361 AGAAAGAACG CTCGTAAGGA GTCCTATTAA AACCAATAAA TATAGGCCTG CCTGCCACCC
   117421 ACACCAGAAT AAATAGAGTT TTCCGAAAAA ACCTGCTAGT GGAGGAAGAC CGCCTAGGGA
   117481 TAAGAGACAT AGGGCTAAAG AGAGAGCCAA AAAAGGATCT TTCGTGTATA ATCCTGCATA
   117541 ATCTCGAATG TTATCAGTTC CGGTACGTAG ACCAAATAAT ACAATGCAAG CAAAAGTTCC
   117601 TAGATTCATG GAGATATAGA ACAGCATATA AGTTATCATG CTTGCATATC CATCATTTGA
   117661 GTCTCCAACA ATTATTCCAA TAATTACATA TCCGATTTGA CCTATGGACG AATATGCAAG
   117721 CATACGTTTC ATGCTTGTTT GAGTAATAGC AATCAGATTC CCCAATATCA TGCTAAGAAT
   117781 AGCTAGTATT TCGAGAAGAA GATGCCATTC GTTTGATGAG AAATAAAAAG GAATATCGAA
   117841 AATTCGAGTG GCTGAAGCTG AAGCAGCTAC TTTCGAAGTA ACAGAAAGAA AAGCAACGAC
   117901 TGGAGTGGGA GAGTCAGAGT CGAAAAGAGG ATTCCTCACT TCTTTCTCTC ATTCAAAACC
   117961 GTGCATGAGA CTTTCATCTC GCACGGCTCC TAAGTGATAA AAGAAAGAAG ATGAGTTCTT
   118021 CTTTCTTTTT TGATTACCTT CCTCGCGTAT GTATAAGACC GAATCCGTTC GATTTATAAA
   118081 AAAGATTACT AATCCTTAAC TTTTCGAGGA ATCCTTGATC AGTGGTTGCG AATGGCTGAT
   118141 TTTTTCAATC TTTTCGATCT GGGTTCCGTA GAAGCAAGTC AGAAAGATTG ATAAATAGAA
   118201 CCATCTGATT TGATTCGTTC TCAATAGCCA TGAGATGATC ATCTTAGGGT GATCCTTTTG
   118261 TCGACGGATG CTCCTATTAC ACTCGTAGTC TCTGAAGGAT GAGAACCCAC TATGTAGCAT
   118321 CTACGTCGAG AATTCAAGTA TACGTCATTA GTCCGATCCT TTGTAGGAAC TACCCGTAAT
   118381 AACGAACTTG CAAAATGGAT ATCATAAAGA GATTCGTTGT TCCTGACCCT GCTTCACCTT
   118441 AATTGTTATT TGAACAAGTA AAAGTTATGT CTTGGCCCGA GTGGGGATAG CATTTCTCTT
   118501 CTGCATGTCC ATGGAGTTTT GAAAAATCCA AACATCTCAG AGATAGATAG AGAGGTAGGA
   118561 ATTTCTCGAA CGAATCGCAC TCCTTCGTAT ACGTCAGGAG TCCATTGATG AGAAGGGGCT
   118621 GGGGAAAGCT TGAACCCAAT TCCTACAGTG ATGAATATAA GCGCAATTGA AATTCCCGGG
   118681 NAGTTATACA TTTGTGTATT GATAAGACCG TTCACTATTT CTTGAAGCTC GATCTCTCCA
   118741 CCGGATGAAC CATATAGCCA AGAGAAACCA TGAACCAGAA TAGAAGAGCT TGTCCCACCC
   118801 ATGAGTAAAT ATTTCGTAGT AGCCTCATTA GACCGTACAT CTTTCTTGGT ATATCCAGAT
   118861 AATAGGTAGG AGCATAAACT GAAACATTCT GGAGCTACAA AGATAGTTAT TAAATCGTTA
   118921 GCACCGCATA AAAACATTCC TCCTAGAGTA GCTGTTAATA CAAATAACAG AAACTCTGTG
   118981 AGAGCCATTT CTGTACATTC AATGTACTCT ACGGATAGAG GAATACATAG AGTTGAACAT
   119041 AGTAAAATAA GAAATTGAAA GATTTCGTTG AAATTGTTCG TTTGGAAATT TCCCGAAAAG
   119101 CTAATCATAG GGTCTTCTCT CCATCGGAAC AACAGGGCTG TTATGCTCAT TACTAAACTT
   119161 GTTGAAGAGA TGAAATATAA CCAAGGTATA TCTTTTTGAT CAGAGGTTGA ATCGATTATC
   119221 AGAAGAAGAA TTAGGCCAAA AATTAGGATA CATTCTGGAA AAATAAAACT TCCATCAAAG
   119281 AGAAGCAAAT GAAAGGCTTT CATAAAAATT CTCGTAGAAT CGAGAATGAA GTTTTCATTC
   119341 TGTACATGCC AAATCATGAA TTAGTAACTG CATCCAATCT CCAAAAAAAT CCCAATTGTT
   119401 TCGTTTCGAA CTTTCTATTT TTGAAATGGA ATATTTCTAT TTACGGAATA GCCATGAATA
   119461 GGATCAAACC TTATTCCATG GTATGGTATT TACATGAGAT TCCTCTTTCT TATTCTTAAG
   119521 TGAGTTCCCG AGAGGGCTTA GTTGATCCAT GATTTCTCTT TCATTTGTTT CGAGAAAAGA
   119581 AAGATATTGA TCAATTCCGA TTCTTTCTTT TTTCTATTGA TTCTTTTCTG GTCGAGATGT
   119641 ATGGATCCAT GGATCTAGGT GTCTATATAG ATACTGTTCA TGGATTAACG AAAATGTGCA
   119701 AAAGCTCTAT TTGCCTCTGC CATTCTATGA GTCTCTTCCT TTTTGCGTAT GGCATCGCCA
   119761 CTCCCTTTGG CAGCATCCAC TAATTCGGAA CTTAATTTGA AAGCCATATT TCGACCCGGA
   119821 CGTTTTCGGG CTGCCCCTAA TAACCAACGA ATGGCAAGTG CTTTTCCTTG TGTGGATCCT
   119881 ATTTCAATGG GAACTTGATG AGTCGATCCG CCTACACGTC TTGCTTTTAC TGCTATATCG
   119941 GGAGTTACCC CACGTATTGC TTGACGTAAA ACAGATAGTG GATTTGTTTC TGTTTTTTGT
   120001 TGAATCTTTT TCACGGCTCG ATAGATAATT TGATAAGCCA ATGATTTTTT TCCGTGTTTC
   120061 AGAATACGGT TAACCAACAT GTTAACTAAT CGATTACGAT AAATTGGATC GGATTTTGCA
   120121 GTTTTTTCTT CTACAGTACC TCGACGTGAC ATGAGCGTGA AAGGGGTTCA AGAGTCAGTT
   120181 TTCTTTTTAT AAGGGCTAAA ATCACTTATT TTGGCTTTTT GACCCCATAT TGTAGGGTGG
   120241 ATCTCGAAAG ATATGAAAGA TCTCCCTCCA AGCCGTACAT ACGACTTTCG TCGAATACGG
   120301 CTTTCCACAG AATTTGATAT GTATCTATGA GATCGAGTAT GGAATTCTGT TTACTCACTT
   120361 TTAATTGAGT ATCCGTTTCC CTCCTTTTCC TGCTAGGATT GGAAATCCTG TATTTTCCCT
   120421 ATCCATACGA TTGAGTCCTT GGGTTTCCGA AATAGTGTAA AATGAAGTGC TTCGAATCAT
   120481 TGCTATTTGA CTCAGACTTG TTCTAAGAAA GTCGAGGTAT TTCGAATTGT TTGTTGACAC
   120541 GAATAAAGTC AGGAAAAACC TCTGAAATTA TTTCAATATT GGACCTTGGA CATATAATAG
   120601 TTCCGAATCG AATCTCTTTA GAAAGAAGAT CTTTTGTCTC ATAGTAGCCT GCTCCAGTCC
   120661 CCTTACGAAA CTTTCGTTAT TGGGTTAGCC ATACACTTCA CATGTTTCTA GCAATTCACA
   120721 TGGCATCATC AAATGATACA AGTCTTGGAT AAGAATCTAC AACGCACTAG AACGCCCTTG
   120781 TTGACGATCC TTTACTCCAA CAGCATCTAG GGTTCCTCGA ACAATGTGAT ATCTCACACC
   120841 GGGTAAATCC TTAACCCTTC CCCCTCTTAC TAAGACTACA GAATGTTCTT GTAAATTATG
   120901 GCCAATACCG GGTATATAAG CAGTGATTTC AAATCCAGAG GTTAATCGTA CTCTGGCAAC
   120961 TTTACGTAAG GCAGAGTTTG GTTTTTTGGG GGTGATAGTG GAAAAGTTGA CAGATAAGTC
   121021 ACCCTTACTG CCACTCTACA GAACCGTACA TGAGATTTTC ACCTCATACG GCTCCTCGCT
   121081 CAATTCTTTC GAAGCAATTG GAGATTCCTT CCATAATTCT TTAAGTCCCA TAGGTTTGAT
   121141 CCTGTAGAAT ATGACCCACT TTCTCATTGA GCGAAGGGTA CGAAATAAAT CAGATTTATT
   121201 TTCGATCAAA AGTACTATGT AAAATCTTCG GTTTTCCTCT TCCTCTATCC CATAGGTAGA
   121261 GCGTTTGAAT CAATAGAGAA CCTTTTCTTT TGCATGAATC GATTACATTC CAATTCCTTC
   121321 CCGATACCTC CCAAGGAAAA TCCCGAATTG GATCATCCCA AATTGACGGG TTAGTGTGAG
   121381 CTTATCCATG CGGTTATGCA CTCTTCGAAT AGGAATCCAT TTTCTGAAAG ATCCTGGCTT
   121441 TCGTGCTTTG GTGGGTCTCC GAGATCCTTT CGATGACCTA TGTTGTGTTG AAGGGATATC
   121501 TATATGATCC GATCGATTGC GTAAAGTAAA ACCCGCGGTA GCAAGAGAAC CGGGGAAAGT
   121561 ATACAGAAAA GACAGTTCTT TTATATTATA TTAGTATTTT TTTCTATTAG ATTAGTATTA
   121621 GATTAGTATT AGTTAGTGAT CCCGGATCCC GGCTCAGTGA GTCCCTTCTT TCGTGATGAT
   121681 TTCGTGATGA ACTGTTGGCA CCAAGCCCTC CATTTTTTTT GTCTCTGTGG GCCGAGGAGA
   121741 AGGGGGGCTC GTCAGGAAGA GGATTGTACG ATGAGAGAGG CAAGGAGGTC AACCTCTTTC
   121801 AAATATACAA CACAGATACT GACAATGCAA TGGAGTTGGA CTCTCATGTC GATCCGAATG
   121861 GAATGAATCA TCCTTTCCGC AGGGGTCAAT CTTTGCCTAC TAGGCAAGGT TGTTCAAGAC
   121921 TAAAATAATA GTGGCGTTGA GTTTCTCGAC CATTTGCCTT AGGATTAGTC ATTTCTATTT
   121981 CTCGATGGGG GCAGGGAAGG GATATAACTC AGTGGTAGAG TGTCACCTTG ACGTGGTGGA
   122041 AGTCATCAGT TCGAGCCTGA TTATCCCTAA ACCCAATGTG AGTTTTTCTA TTTTAACTTG
   122101 CTCCCCCGCC GTGATTGAAT GAGAATGGAT AAGAGGCTCG TGGGATTGAC GTGAGGGGGT
   122161 AGGGATGGCT ATATTTCTAG GAGCAAACTC CAGGCAAATA TGAAGCGCAT GGATACAAGT
   122221 TAGGCCTTGG AATGAAAGAT AATTCCGAAT CCGCTTTGTC TACGAACAAG GAAGCTATAA
   122281 GTAATGCAAC TATGAATCTC ATGGAGAGTT CGATCCTGGC TCAGGATGAA CGCTGGCGGC
   122341 ATGCTTAACA CATGCAAGTC GGACGGGAAG TGGTGTTTCC AGTGGCGGAC GGGTGAGTAA
   122401 CGCGTAAGAA CCTGCCCTTG GGAGGGGAAC AACAGCTGGA AACGGCTGCT AATACCCCGT
   122461 AGGCTGAGGA GCAAAAGGAG GAATCCGCCC AAGGAGGGGC TCGCGTCTGA TTAGCTAGTT
   122521 GGTGAGGCAA TAGCTTACCA AGGCGATGAT CAGTAGCTGG TCCGAGAGGA TGATCAGCCA
   122581 CACTGGGACT GAGACACGGC CCAGACTCCT ACGGGAGGCA GCAGTGGGGA ATTTTCCGCA
   122641 ATGGGCGAAA GCCTGACGGA GCAATGCCGC GTGGAGGTCG AAGGCCCACG GGTCGTGAAC
   122701 TTCTTTTCCC GGAGAAGAAG CAATGACGGT ATCTGGGGAA TAAGCATCGG CTAACTCTGT
   122761 GCCAGCAGCC GCGGTAAGAC AGAGGATGCA AGCGTTATCC GGAATGATTG GGCGTAAAGC
   122821 GTCTGTAGGT GGCTTTTTAA GTCCGCCGTC AAATCCCAGG GCTCAACCCT GGACAGGCGG
   122881 TGGAAACTAC CAAGCTGGAG TACGGTAGGG GCAGAGGGAA TTTCCGGTGG AGCGGTGAAA
   122941 TGCGTAGAGA TCGGAAAGAA CACCAACGGC GAAAGCACTC TGCTGGGCCG ACACTGACAC
   123001 TGAGAGACGA AAGCTAGGGG AGCGAATGGG ATTAGATACC CCAGTAGTCC TAGCCGTAAA
   123061 CGATGGATAC TAGGCGCTGT GCGTATCGAC CCGTGCAGTG TTGTAGCTAA CGCATTAAGT
   123121 ATCCCGCCTG GGGAGTACGT TCGCAAGAAT GAAACTCAAA GGAATTGACG GGGGCCCGCA
   123181 CAAGCGGTGG AGCATGTGGT TTAATTCGAT GCAAAGCGAA GAACCTTACC AGGGCTTGAC
   123241 ATGCCGCGAA TCCTCTTGAA AGAGAGGGGT GCCTTCGGGA ACGCGGACAC AGGTGGTGCA
   123301 TGGCTGTCGT CAGCTCGTGC CGTAAGGTGT TGGGTTAAGT CCCGCAACGA GCGCAACCCT
   123361 CGTGTTTAGT TGCCAACGTT GAGTTTGGAA CCCTGAACAG ACTGCCGGTG ATAAGCCGGA
   123421 GGAAGGTGAG GATGACGTCA AGTCATCATG CCCCTTATGC CCTGGGCGAC ACACGTGCTA
   123481 CAATGGCCGG GACAAAGGGT CGCGATCCCG CGAGGGTGAG CTAACCCCAA AAACCCGTCC
   123541 TCAGTTCGGA TTGCAGGCTG CAACTCGCCT GCATGAAGCC GGAATCGCTA GTAATCGCCG
   123601 GTCAGCCATA CGGCGGTGAA TTCGTTCCCG GGCCTTGTAC ACACCGCCCG TCACACTATG
   123661 GGAGCTGGCC ATGCCCGAAG TCGTTACCTT AACCGCAAGG AGGGGGATGC CGAAGGCAGG
   123721 GCTAGTGACT GGAGTGAAGT CGTAACAAGG TAGCCGTACT GGAAGGTGCG GCTGGATCAC
   123781 CTCCTTTTCA GGGAGAGCTA ATGCTTGTTG GGTATTTTGG TTTGACACTG CTTCACACCC
   123841 CAAAAGAAGC AAGCTACGTC TGAGTTAAAC TTGGAGATGG AAGTCTTCTT TCGTTTCTCG
   123901 GCGGTGAAGT AAGACCAAGC TCATGGGCTT ATTATCCTAG GTCGGAACAA AACAAGTTGA
   123961 TAGGATCCCC TTTTTACGTC CCCATGTCCC CCTGTGTGGC GACATGGGGG CAAAAAAAGG
   124021 AAAGAGAGGG ATGGGGTTTC TCTCGCTTTT TGCATTGCGG GCCTCCCTCC GGGGGCTCGC
   124081 ACGACGGGCT ATTAGCTCAG TGGTAGAGCG CGCCCCTGAT AATTGCGTCG TTGTGCCTGG
   124141 GCTGTGAGGG CTCTCAACCA CATGGATAGT TCAATGTGCC CATCAGCGCC TGACCTTGAG
   124201 ATGTGGATCA TCCAAGGCAC ATTAGCATGG CGTACTCCTC CTGTTCGAAC CGGGGTTTGA
   124261 AACCAAACTT CTCCTCAGGA GGATAGATGG GGCGATTCAG GTGAGATCCA ATGTAGATCC
   124321 AACTTTTGAT TCACTCGTGG GATCCGGGCG GTCCGGGGGG GACCACTACG GCTCCTCTCT
   124381 TCTCGAGAAT CCATACATCC CTTATCAGTG TATGGACAGC TATCTCTCGA GCACAGGTTT
   124441 AGGTTCGGCC TCAATGGAAA TGGAGCACCT AACAACGCAT CTTCACAGAC CAAGAACTAC
   124501 GAGATCACCC CAGAATGAAT GGGGTGACGG AAGGATCGTA CCATTCGAGC CTTTTTTTCA
   124561 TGCTTTCCCA GAGGTCTGGA GAAAGCTGCA ATCAATAGGA TTTCCCTAAT CCTCCCTTCC
   124621 CGAAAGGAAG AACGTGAAAT TCTTTTTCCT TTCCGCAGGG ACCAGGAGAT TGGATCTAGC
   124681 CGTAAGAAGA ATGCTTGGTA TAAATAACTC ACTTCTTGGT CTTCGACCCC CTCAGTCACG
   124741 ACGAACGCCC CCCGATCAGT GGAATGGGAT GTGTCTATTT ATCTATCTCT TGACTCGAAA
   124801 TGGGAGCAGG TTTGAAAAAG GATCTTAGAG TGTCTAGGGT TGGGCCAGGA GGGTCTCTTA
   124861 ATGCCTTCTT TTTTCTTCTC ATCGGAGTTA TTTCACAAAG ACTTGCCATG GTAAGAAGGA
   124921 AGAAGGGGGG AACAAGTACA CTTGGAGAGC GCAGTACAAC GGAGAGTTGT ATGCTGCGTT
   124981 CGGGAAGGAT GAATCGCTCC CGAAAAGGAA TCTATTGATT CTCCCCAAAT TGATTGGACC
   125041 GTAGGTGCGA TGATTTACTT CACGGGCGAG GTCTCTGGTT CAAGTCCAGG ATGGCCCAGC
   125101 TGCGCCAGGG AAAAGAATAA TAATAGAAGA AGCGTCTGAC TCCTTCATGC ATGCTCCACT
   125161 TGGCTCGGGG GGATATAGCT CAGTTGGTAG AGCTCCGCTC TTGCAATTGG GTCGTTGCGA
   125221 TTACGGGTTG GATGTCTAAT TGTCCAGGCG GTAATGATAG TATCTTGTAC CTGAACCGGT
   125281 GGCTTACTTT TTCTAAGTAA TGGGGAAGAG GACCGAAACA TGCCACTGAA AGACTCTACT
   125341 GAGACAAAAC GAAGATGGGC TGTCAAGAAC GTAGAGGAGG TAGGATGGGC AGTTGGTCAG
   125401 ATCTAGTATG GATCGTACAT GGACAGTAGT TGGAGTCGGC GGCTCTCCTA GGGTTCCCTA
   125461 ATCTTGGATC CTGGGGAAGA GGATCAAGTT GGTCCTTGCG AACAGCTTGA TGCACTATCT
   125521 CCCTTCAACC CTTTGAGCGA AATGCGGCAT AAAGGAAGGA AAATCCATGG ACCGACCCCA
   125581 TCGTCTCCAC CCCGTAGGAA CTACGAGATC ACCCCAAGGA CGCCTTCGGC ATCCAGGGGT
   125641 CACGGGCCGA CCATAGAACC CTGTTCAATT CAATAAGTGG AACGCATTAG CTGTCCGCTC
   125701 CCAGGTTGGG CAGTAAGGGT CGGAGAAGGG CAATCACTCA TTCTTAAAAC AAGCATTCTT
   125761 AAGACCACAG AGTCGGACGG AAAAGGGGGG AAAGCTCTCT GTTCCTGGTT CTCCTGTAGC
   125821 TGGATCCTCC GGAACCACAC GAATCCTTAG TTAGAATTGT ATTCCAACTC ATTGAGATTT
   125881 TGAGAAGAGT TGCTCTTCGG AGAGCACAGT ACGATGAAAG TTGTAAGCTG TGTTCGGGGG
   125941 GGAGTTATTG TCTATCGTTG GCCTCTATGG TAGAATCAGT CAGTCGGGGG CCTGAGAGAC
   126001 GGTGGTTTAC CCTGTGGCGG ATGTCAGCGG TTCGAGTCCG CTTATCTCCA ACTCGTGAAC
   126061 TTAGCCGATA CAAAGCTAAA AGCTATATTA TATGATAGCA CCCAATTTTT CCAATTCGGC
   126121 CGTTCGATCT ATTATTTATC ATTCATGGAC GTTGATAAGA TCCTTCCATT TACATTTAGC
   126181 AGCACCTTAG GATGGCATAA CCTTAAAGTT AAGGTAAGGG CGAGGTTCAA ACGAGGAAAG
   126241 GCTTATGGTG GATACCTAGG CACCCAGAGA CGAAGAAGGG CGTATTAATC GACGAAATGC
   126301 TTCGGGGAGT TGAAAATAAG CATAGATCCG GAGATTCCCG AATAGGTCAA CCTTTCGAAC
   126361 TGCTGCTGAA TCCATGGGCA GGCAAGAGAC AACCTGGCGA ACTGAAACAT CTTACTAGCC
   126421 AGAGGAAAAG AAAGCAAAAG CGATTCCCGT AGTAGCGGCG AGCGAAATGG GAACAGCCTA
   126481 AACCGTGAAA ACGGGGTTGT GGGAGAGCAA TACAAGCGTC GTGCTGCTAG GCGAAGCGGT
   126541 GGAGTACCGC ACCCTAGATG GCTAGAGTCC AGTAGCCGAA AGCATCACTA GCTTATGCTC
   126601 TGACCCGAGT AGCATGGGGC ACGTGGAATC CCGTGTGAAT CAGCAAGGAC CACCTTGCAA
   126661 GGCTAAATAC TCCTGGGTGA CCGATAGCGA AGTAGTACCG TGAGGGAAGG GTGAAAAGAA
   126721 CCCCCATCGG GGAGTGAAAT AGAACATGAA ACCGTAAGCT CTCAAGCAGT GGGAGGAGGC
   126781 GCCGTGGAAG CTCTGACCGC GTGCCTGTTG AAGAATGAGC CGGCGACTCA TAGGCAGTGG
   126841 CTTGGTTAAG GGAACCCACC GGAGCCGTAG CGAAAGCGAG TCTTCATAGG GCAATTGTCA
   126901 CTGCTTATGG ACCCGAACCT GGGTGATCTA TCCATGACCA GGATGAAGCT TGGGTGAAAC
   126961 TAAGTGGAGG TCCGAACCGA CTGATGTTGA AGAATCAGCG GATGAGTTGT GGTTAGGGGT
   127021 GAAATGCCAC TCGAACCCAG AGCTAGCTGG TTCTCCCCGA AATGCGTTGA GGCGCAGCAG
   127081 TTGACTGGAC ATCTAGGGGT AAAGCACTGT TTCGGTGCGG GCCGCGAGAG CGGTACCAAA
   127141 TCGAGGCAAA CTCTGAATAC TAGATATGAC CTCCAAATAA CAGGGGTCAA GGTCGGCCAG
   127201 TGAGACGATG GGGGATAAGC TTCATCGTCG AGAGGGAAAC AGCCCGGATC ACCAGCTAAG
   127261 GCCCCTAAAT GACCGCTCAG TGATAAAGGA GGTAGGGGTG CAGAGACAGC CAGGAGGTTT
   127321 GCCTAGAAGC AGCCACCCTT GAAAGAGTGC GTAATAGCTC ACTGATCGAG CGCTCTTGCG
   127381 CCGAAGATGA ACGGGGCTAA GCGATCTGCC GAAGCTGTGG GATGTAAAAA AACATCGGTA
   127441 GGGGAGCGTT CCGCCTAGAG GGAAGTACCG GCGCGAGCCG GTGATGGACG AAGCGGAAGC
   127501 GAGAATGTCG GCTTGAGTAA CGCAAACATT GGTGAGAATC CAATGCCCCG AAAACCTAAG
   127561 GGTTCCTTCG CAAGGTTCGT CCACGGAGGG TGAGTCAGGG CCTAAGATCA GGCCGAAAGG
   127621 CGTAGTCGAT GGACAACAGG TAAAGATTCC TGTACTACCC CTTGTTGGTC CCGAGGGACG
   127681 GAGGAGGCTA GGTTAGCCGA AAGATGGTTA TCGGTTCAAG GACACAAGGT GACCCTGTTT
   127741 TTCAGGGTAA GAAGGGGTAG AGAAAATGCC TCGAGCCAAT GTTCGAGTAC CAGGCGCTAC
   127801 GGCGCTGAAG TAACCCATGC CATACTCCCA GGAAAAGCTC GAACGACCTT CAACAAAAGG
   127861 GTACCTGTAC CCGAAACCGA CACAGGTAGG TAGGTAGAGA ATACCTAGGG GCGCGAGACA
   127921 ACTCTCTCTA AGGAACTCGG CAAAATAGCC CCGTAACTTC GGGAGAAGGG GTGCCCCCTC
   127981 ACAAAGGGGG TCGAAGTGAC CAGGCCCGGG CGACTGTTTA CCAAAAACAC AGGTCTCCGC
   128041 AAAGTCGTAA GACCATGTAT GGGGGCTGAC GCCTGCCCAG TGCCGGAAGG TCAAGGAAGT
   128101 TGGTGACCTG ATGACAGGGG AGCCGGCGAC CGAAGCCCCG GTGAACGGCG GCCGTAACTA
   128161 TAACGGTCCT AAGGTAGCGA AATTCCTTGT CGGGTAAGTT CCGACCCGCA CGAAAGGCGT
   128221 AACGATCTGG GCACTGTCTC GGAGAGAGGC TCGGTGAAAT AGACATGTCT GTGAAGATGC
   128281 GGACTACCTG CACCTGGACA GAAAGACCCT ATGAAGCTTT ACTGTTCCCT GGGATTGGCT
   128341 TTGGGCCTTT CCTGCGCAGC TTAGGTGGAA GGCGAAGAAG GCCCCCTTCC GGGGGGGCCC
   128401 GAGCCATCAG TGAGATACCA CTCTGGAAGA GCTAGAATTC TAACCTTGTG TCAGGACCTA
   128461 CGGGCCAAGG GACAGTCTCA GGTAGACAGT TTCTATGGGG CGTAGGCCTC CCAAAAGGTA
   128521 ACGGAGGCGT GCAAAGGTTT CCTCGGGCCG GACGGAGATT GGCCCTCGAG TGCAAAGGCA
   128581 GAAGGGAGCT TGACTGCAAG ACCTACCAGT CGAGCAGGGA CGAAAGTCGG CCTTAGTGAT
   128641 CCGACGGTGC CGAGTGGAAG GGCCGTCGCT CAACGGATAA AAGTTACTCT AGGGATAACA
   128701 GGCTGATCTT CCCCAAGAGT TCACATCGAC GGGAAGGTTT GGCACCTCGA TGTCGGCTCT
   128761 TCGCCACCTG GGGCTGTAGT ATGTTCCAAG GGTTGGGCTG TTCGCCCATT AAAGCGGTAC
   128821 GTGAGCTGGG TTCAGAACGT CGTGAGACAG TTCGGTCCAT ATCCGGTGTG GGCGTTAGAG
   128881 CATTGAGAGG ACCTTTCCCT AGTACGAGAG GACCGGGAAG GACGCACCTC TGGTGTACCA
   128941 GTTATCGTGC CCACGGTAAA CGCTGGGTAG CCAAGTGCGG AGCGGATAAC TGCTGAAAGC
   129001 ATCTAAGTAG TAAGCCCACC CCAAGATGAG TGCTCTCCTA TTCCGACTTC CCCAGAGCCG
   129061 CCGATAGCAT AGCCGAGACG GCGACGGGTT CTCTGCCCCT GCGGGGATGG AGCGACAGAA
   129121 GTTTTGAGAA TTCAAGAGAA GGTCACGGCG AGACGAGCCG TTTATCATTA CGATAGGTGT
   129181 CAAGTGGAAG TGCAGTGATG TATGCAGCTG AGGCATCCTA ACAGACCGAT AGACTTGAAC
   129241 CTTGTTCCTA CATGACCCGA TCAATTCGAT CAGGCATTCG CCATCTATTT TCATTGTTCA
   129301 ATTCTTTGAC AACACGAAAA ACCATTGGTA AACTCTTTGA CAACATGAAA AAACCAAAAG
   129361 CCCTGCCCTC CCTCTCTATC TATCCAAGGG ATGGAAGGGC GGAGGCCTTT GGTGTCCCCT
   129421 CCAGTCACGA ATTGGGGCCT CACAATCACT AGCCAATATG CCTTTTTCTC ATGCCTTTCT
   129481 TAGTTCGTGG TTCGATATTC TGGTGTCCTA GGCGTAGAGG AACCACACCA ATCCATCCCG
   129541 AACTTGGTGG TTAAACTCTA CTGCGGTGAC GATACTGTAG GGGAGGTCCT GCGGGAAAAT
   129601 AGCTCGACGC CAGGATGATA AAAAGCTTAA CACCTATCAT TCTTATTACT TTTTCATATT
   129661 GAAAAAATAA TAAGAATGAA AAGGTCGTCT TATTCAAAAA CCCAATTATG ACATTCCTTC
   129721 TCTCCCACTT CACACCTCGG AATGCACCGT TCTTATTCTT ATAGAGAGAA ACGCGCTTTC
   129781 ATATCTTCTT AACCCGAAAT GAAATGGCTG GGGAGAGGAA AGTTTCCTTT TTTTGAGGAT
   129841 ACTACCGGGA GCATATACAG TGGAGGCGGG GTGGGGCCTG TAGCTCAGAG GATTAGAGCA
   129901 CGTGGCTACG AACCACGGTG TCGGGGGTTC GAATCCCTCC TCGCCCAAAA CCGACCCCGA
   129961 AGGGAAGGGC CTTTCCCTTT TGGGAGTAGG AAAATCATGA TTGGGATAGC GGAGCTAAAG
   130021 CTATGGAACT TGGGTGTGGG TCTTTTGTCA AAGTGGAATG GGCCTTATTT TTTTTTTATT
   130081 GTTACGTGTT ATCATGCACT TATAATTACT TATAGTATTC CGACGGCATA TTTTTTTTAC
   130141 GCTCCATAAC TCTTCCTCAG CCAGAGAATA GCAGAGCAAG TACAAGTATT AGTAGCATAG
   130201 CAAAAATGCG TTCCTCGTCA TGTCATTAAT ATTTTTTATG TTTGCTCGCG GTAATTGTAG
   130261 CCTCTCGGGA GAATCAATGA CTGCATCTTT GATGCACTGC TAGTACATCC GAGAATTATT
   130321 AATTGGCTAG TTGTAAATAG CCCCAGGACT TTGGAACAAA AGATTATCCC GGACCTACAC
   130381 CGAGGTATTG ACGGAGATTA TCAAATAGCG CAGAACAGAA TGAGAATGTG ATACGATACG
   130441 ACGAGATAGA AAAAAAGACA GGGAAGACCA CTTACCTACT CTTAACGGTC AAAGCGAGCC
   130501 TCTTCATTAT GAATTAAAGA ATGAAGAATT CATAAAATCT CCCCAAGTAG GATTCGAACC
   130561 TACGACCAAT CAGTTAACAG CCGACCGCTC TACCACTGAG CTACTGAGGA ACAACGCCAG
   130621 ACTCGATCTC ATAGAATTAA ATTACCGGTC TCAACCCATG ATCAATATGA GCTCGAAGCT
   130681 TCCTTCGTAA CTCCCGGAAC TTATTCGTAA TGGCTCCCTT CCATGCCTCA TTTCATAGAG
   130741 AACCTGAAAG TGGCTCTATT TCATTATATT CCATCCATAT CCCAATTCCA ATCATTTAAT
   130801 ATCCCTTTTG TGTCATCGAC ATAAGAGATG TCGTTTCTAG TCTATCTCTT TCTATTTCTA
   130861 GATATGGAAA GTTAAAAAAT CATCATATAA TAATCCAGAA ATTGCAATAC AAAAGAAAAA
   130921 GGGAGGTTTG TGATGATTTT TCAATCTTTT CTACTAGGTA ATCTAGTATC CTTATGCATG
   130981 AAGATAATCA ATTCGGTCGT TGTGGTCGGA CTTTATTATG GATTTCTGAC CACATTCTCC
   131041 ATAGGGCCCT CTTATCTCTT CCTTCTCCGA GCTCAGGTTA TGGAAGAAGG AGAAGAAGGA
   131101 ACCGAGAAGA AGGTATCAGC AACAACTGGT TTTATTATGG GACAGCTCGT GATGTTCATA
   131161 TCGATCTATT ATACGCCTCT GCATCTAGCA TTGGGTAGAC CTCATACAAT AACTGTCCTA
   131221 GCTCTACCCT ACCTTTTGTT TCATTTCTTC TGGAACAATC ACAAACGCTT TTTTGATTAT
   131281 GGATCTACTA GCAGAAATTC AATGCGTAAT CTCAGCATTC AATGTGTATT CCTGAATAAT
   131341 CTCATTTTTC AATTATTCAA CCATTTCATT TTACCAAGTT CAATGTTAGC CAGATTAGTA
   131401 AACATTTATA TGTTTCGATG CAACAACAAG ATGTTATTTG TAACAAGTAG TTTTGTTGGT
   131461 TGGTTAATTG GTCACATTTT ATTCATGAAA TGGGTTGGGT TGGTATTAGT TTGGATACAG
   131521 CAAAATCATT CTATTAGATC TAATGTACTT ATTCGATCTA ATAAGTATCT GGTGTCAGAA
   131581 TTAAAAAATT CTATGGCTCG AATCTTTAGT ATTCTCTTAT TTATTACCTG TGTCTACTAT
   131641 TTAGGCCGAA TGCCGTCACC CATTTTTACT AAGAAACTGA AAGAAACCTC AGAAACGAAA
   131701 GAAAGTGAGG ACGAAACAGA TGTAGAAATA GAAAAAAAGT CCGAAACGAA GGAGACTAAA
   131761 CAGGAAGAAG AGGGATTCAC CGAAGAAGAT CCTTCTCCTT CCCTTTTTTC GGAAAAAAAG
   131821 GAGGATCCGG ATCCGGACAA AATTGATGAA ACGGAAAAGA TCCGAGTGAA TGGAAAGGAC
   131881 AAAACAAAGG ATGAATTCCA CTTGCACTTA AAAGAAGCAT ACTATAAAAA TAGCCCAACT
   131941 TCTTATTCTG GCAATCAAGA TATTTCGAAG TTAGAAATAC TTAAAGAAGA AAAGAAAAAC
   132001 CTATTCTGGT TTGAAAAACC CCTTCTTTCT CTTCTTTTCG ACTATAAACG TTGGAATCGT
   132061 CCAACGCGAT ATATAAAAAA CAATCGATTT GAAAATGCGG TAAGAAATGA AATGTCACAA
   132121 TATTTTTTTT ATACATGTCA AAACGATGGA AAAAAAAGAA TTTCTTTTAC ATATCCACCC
   132181 AGTTTATCAA TTTTCTGGGA AATGATACAA AGAAAGATTT CTTTGTCTAC AACAGAAAAA
   132241 TTATTATACG ATGAACTATA CAATTATTGG ATTTATACCA ATGAACAAAA AAAAAACAGC
   132301 TTAAGCAATG AATTTGCTAA TAGAATTGCA GTTCTAGACA AAGGACTTTT TTATATAGAT
   132361 GGACTCGATA AAAAAACTCA ATTATGCAAT GAGAAAACTA AAAAGGAATA TTTGCCAAAA
   132421 ATAAATGATC CTTTCTTAAA TGGACCCTAT CGTGGAATAA TAAAAAAATG CTTTTCACCC
   132481 TCTATTATAA ATGAAACTGT AGTCCAAAAT TGGATAGATG GAATTTTTAT AAATAAGATT
   132541 CATAGTATTC TTCGTAATGA TTATAATTAC CACGAATTTG AACAGAAAAA AGATACATTA
   132601 AAAAAAAAAT CAATATCAAA AGAAATTAGG CATTTCATGC CTTTAATGAG TCCATTTTCT
   132661 GGGGAATCAA CATTCAATCG GAAAGGAATT CATTTACTTC TAGAAGAAGA ACAAATTAGT
   132721 TCAGAAGATC AAGAACAATT TTTAAAATTT TTAGTTGATG CAATCATAGG ACTAAAAATA
   132781 AATAATAAAA AAATAAAAAA ATGCAGACAT AAAATAAATA CAAAAAAAGA TATGAGGATA
   132841 TGCGACCCCC TCCTATATAT TTAATACTTT CAGCTACAAA AAAACTTGTA ATACCAAATC
   132901 CATTCGGAAT TCCATCAATT ATTCGTCTAT CAATAAAAGA AACTAACTCG ACTAACCCTC
   132961 GTACACCCTT AATAAAATAT GTTGTATAAA AATCATCAAT ATAACCACGG TTCGAAGACC
   133021 AATTATAAAA AAAAATTGTT ATATTATCCC AAAAAGGTCT CTTTGGACCT CTTTTATCAA
   133081 ATGAATTTAT TAAATAAAAA TTTTTTAACG ATGAATAAAT AGGTTTATAT AAAAAAAAAG
   133141 CTATAAATAT TCCCCAACAA GCTATACTAA CTGATAAAGT TGCATTTATT GTAAATTCAT
   133201 ACCAATCAAC ATAATTATTC AAAGGTGAAT GTAAAGGATT TACGGGTGGA GTTAACCATT
   133261 TAGTTAATAT ATCCAATCCT ATTCCTTCTT GATTAAACGG AATTCCAATT AATTCAATGA
   133321 AAAAAGTAAA CACAATCAAT ACAATGAGAG GAAATAGCAT AGTATTGTCC GATTCAGGAG
   133381 GATATGCAGA CATTTTTTTA TTTTCAGTAA AAGTAATAGT AATAAAAGAT CGCATTATTT
   133441 TTAAAAAATG TCTGTAAATT TTATATGGGT TTTTCCTAAA AACGGAAGTC TCTGCTCGAT
   133501 TAGCATTCCT TGTTAATAAA GTAACTAAAG ATAAATTTTT ATTAATTTTT TTCAATCCGT
   133561 CTTTACCCCA CAGAGACATT GAATAGAGGG AAATGTTTTT TTTTCCACTA GAATTTTTAC
   133621 AATAAAGGTT TAAATGCCCG TCAAACGTAA GAAAATAGAT TCGAAACATA TAAAAAGCGG
   133681 TTAATCCGGC TGTGAAATAA GCTATTATTG CAAAAATTGG CGAATAAAAC CAACTATCAT
   133741 TAAGAATTTC ATCTTTGGAC CAAAAACAAG CAAGAGGCGG AATACCACAA AGAGAAAGCG
   133801 TACCTATTAA AAAAGCAGTT TTTGTAATTG GAACATGTTT TGTTAATCCT CCCATAAGAA
   133861 CCATATTTTG ATTTTTATCT GGAGAATATC CAACAAGCGT TTCCATTGAA TGAATAAGGG
   133921 ATCCGGATCC TAAAAACAAT AAAGCTTTTG AATAAGCATG AGTAATCAAA TGAAATAAAG
   133981 CAGCTCGATA AGAACCCATA CCTAGGGCTA ACATCATATA ACCCAATTGA GACATTGTAG
   134041 AATAAGCTAA ACTTCTCTTA ATATCTTTTT GAGCAAGAGC TAAAGTAGCT CCTAAAAATA
   134101 AAGTTATTAT ACCTATAAAA GCGATTACAT ACATTATATA AGGTATAACT ATGAAAAGAG
   134161 GAAAAAGACG AGCAACTAGA AAAATCCCGG CTGCGACCAT GGTCGCAGCA TGTATGAGAG
   134221 CTGAAATCGG AGTAGGCCCC TCCATAGCAT CGGGTAACCA TACATGAAGA GGAAATTGGG
   134281 CAGATTTTGC AACTGCACCA GAAAATAAGA ATAAAGTACA AAAAATACAA AATAAAATAT
   134341 TAACTTCATG AGTTTTAATT AAGTTAGTAA ATATTTCAAA TAAATCACGA AAATCGAAAC
   134401 TGCCTGTTAC CCAATAAAGA CCTAAAATTC CTAATAATAA GCCAAAATCT CCTACACGAT
   134461 TAGTCACAAA CGCTTTTTGA CAAGCATTCG CGGCAATGGG GCGTGTAAAC CAAAAACCTA
   134521 TTAATAGATA CGAACACATT CCAACTAATT CCCAACAAAT ATAAATTTGT ATTAAATTTG
   134581 AACTAGTAAC TAATCCTAAC ATGGAAGTAT TGAAAAAACT CATATAAACA AAAAATCTTA
   134641 AATATCCCTG ATCATGACAC ATATAATTAT CGCTATAAAT AAGAACCAAA ATTGCAACAG
   134701 TAGTTATTAA GACTAACATA ATAGAAGTAA GTGGATCGAG CAAATAGCCA AATTCAAAAG
   134761 AAAAATCATT ATTAATAGTC CAAGACCATA CATATTGATA AATGGAATTA CTATTTATTT
   134821 GTTGAATTGC CAGCGTCGTC GAAAAAATCA TAGCTATAGT TAATAAAGAA ATACTACAAA
   134881 AAGCCCACAC CCGTCGAATA CTTTTTGTTG CTGTTGGAAA AAGGAGAAGT CCCACTCCTA
   134941 TTAAGAAAGG AGCTGGGAGT GGAATGAAGG GTATGATCCA TGCATATTGG TATATATGTT
   135001 CCATAATATA ATATAAAATT TTTATTTCGA ATTTAATTTT TTTTAATAGT CATCTTTTGA
   135061 AAGAAATCCA TTAAAAATCA CGATATATAA TAACACTAAA TTAATATACA TAGATGTTGA
   135121 ATTTTTTTAA TATTCAAATC AAGAAATTCT TATTGGTCAA ATATAAAATT TGTTAATAAA
   135181 TAAGTAAATT TTAATATATA AGAGAAAGAA TATAAAAAAA CTTTCCTTTA TATTTAAAGC
   135241 ATTTCTAATC CGTCTATAGA CTATAAAAAT TAGTTATTAA AGCTCTAATA ATAAAAAAAT
   135301 TCTAAAATAA GTTCGGAATT CGGAATTATT AACCCGTTGT ACACAAAAAT TTTGAATTAT
   135361 TTTCCAGTCC AAAAAAATAT ATAAAAAGTC TATATGTTTT CAAAAAACTA AAGTCAAGTT
   135421 TTTAAATTAA GATTAAGTAA GAAGTACGTA GTGGGTTTTA AAATTTGAAT TTCATATGCA
   135481 TTTTTTTATG AATAGTCGCT GGATCATAAA AAAGTTTGTT TATACTAATC GCCCATATTA
   135541 TTATTTAATA CAAAATTTAT AATTTTGTTT TTCCATACAA AATTTGGTTA TCGCCTAGAA
   135601 TATAAATACA TAGATAATGA ATAAGAGATA ATGAATAAGA AACAAAGATT TTTTTAAACA
   135661 ACAGATGTCT TTCACATCCA ACTATAACAA TGAAGAATAA ATAAAATTTG AAATGGCAGT
   135721 TCCAAAAAAA CGCACTTCTA TTTCCAAAAA GCGTATTCGT AAAAATTTTT GGAAAAAGAA
   135781 GGGGTATTGG GCGGCGTTAA AAGCTTTTTC GTTAGCAAAA TCTCTTTATA CTGGGAATTC
   135841 AAAAAGTTTT TTTGTACTAA AAAAAAGTAC TCAAAACTTG GAATAATCAG AATGTACCTG
   135901 ATTCAAAAAA AATCTTAATA GAACAAATTA ACATCCTAAA TTATGATGAA ATTTCATTTT
   135961 TAATTTGAAA TTAAAAATGA AATAACTATT TTGTATTTAT TAATTTTTTA ATTAATATTT
   136021 ATAAAATTAT AAAAACGTGT GACTTTTTCT TATGATATGT AGAAAAAGAG CTCTTATATC
   136081 AACCAAAAAA GGGTCCTTAA AAAAAAAAAG ATATAATCAT CATCGTTTTT TTAGTTTATT
   136141 TTTGAATTTC TAAGATGGGG AGTTTTTCCC CATCAACCCT TTATGTTTTG TCACAATAAA
   136201 ATTATCAAAG TTTTTATAAA TAAAAAACGA ACAGCTTTTC TTATATGACA TGTTCAGTTC
   136261 AAATATAAAA TAACATATAA TACAAAAAAA ATTTACTTTG CTATTCTATA TGTTTAATTC
   136321 ATTTTTTGGA TATATAAAGT CTCCTTTTAA GAAAAAAGAG TTCGATGTCG TATTTCAAAT
   136381 GTGATCTAAA ACAGTAGATT TTTGGGGATT CATATTCATT TGTTATTTAC TAATTTAGAA
   136441 ATCAGATCAA AAATGATTAA TAAATGAAAA TAAAACAAGA AAAAAATTTT TTGTGGTCTA
   136501 CCCCGGAGTG AGAGACATAA TATTTTATTT ACAAAAGTTC CAAATCTAAA CGACACGAGA
   136561 GTCGATTGTC AAATCAAAGT AGTACTTTAA AATTTACTTA AATTAAAAGC ATTTTTAGAT
   136621 TTTCTAATTA TCTTTTATTT GTCAAATTTT TGTTTTATAC AAAAAAAATT ACTCTCGACG
   136681 ATTGAATAAA AAAAGACTAT TATGATTTCA AACAAGCCGC TATGGTGAAA TTGGTAGACA
   136741 CGTTGCTCTT AGGAAGCAGT GCGAGAGCAT CTCGGTTCGA GTCCGAGTGG CGGCATGGTA
   136801 TCTTAAAAAT TATCAAAAGA ATTCAACAGT TTTCTAGACC ATTATTAATA ATAATGATAA
   136861 ATAAAATTTC TTTCATATTT TTCATTTGAT AATTTTTAAT TGAAGTATTT CTTTTTTATC
   136921 TATGTATAGA TAGAGTTTTA TATGATATTT TCGACTTTAG AACGTATTTT GACTCATATT
   136981 TCGTTTTCAA CGGTTTCCGT TGTAATTACA CTCCATTTGA TAACTTTAGT AGTCAATGAA
   137041 AAAGTGCGGC TATATAATTC ATTAGAAAAA GGCATGATAG TTACTTTTTT ATCCCTAACG
   137101 GGATTATTAA TTACGCGTTG GGTTTATTGG AAACATTTCC CATTAAGTGA TCTATATGAA
   137161 TCATTAATCT TCCTTTCCTG GAGTTTTTAC ATTATTCATA TGATTCCATA TTTTAAAAAC
   137221 CAAAAAAATA ATTTAAGTGC AATAACTGCA CCAAGTGCTA TTTTTACCCA AGGGTTTGCT
   137281 ACTTCAGGCC TTTTAACGGA AATGCGCCAA TCTTCAATAT TAGTACCCGC TCTTCAATCC
   137341 CATTGGTTAA TGATGCACGT AAGTATGATG GTACTAGGTT ATGCCGCTCT TTTATGCGGA
   137401 TCATTGTTAT CAGTAGCACT TCTAATCATT CTATTTCAAA AAGCTAAAAT AACCCTTTTT
   137461 GATAAAAGAA AACATTTATT AAACGAGTCC CTTTTATTTA GTAAAATTCC ACACATGAAC
   137521 GAAAAAGACA ATATTTTAGA AAGCGTTTCA GCCTTTTCTG TTAAAAATTA CTATAGATCT
   137581 CAATTGATTG ACCAACTGGA TCGTTGGAGT TATCGTGTTA TTAGTTTAGG ATTTATCCTT
   137641 TTAACCATAG GTATTCTTTC AGGAGCAGTA TGGGCAAATG AGGCGTGGGG CTCATATTGG
   137701 AATTGGGACC CAAAGGAAAC TTGGGCATTT ATTACTTGGA CTGTATTTGC AATTTATTTA
   137761 CATATTAGAA CAAATAAAAA TTTTCAGGGT GCAAATTCTG CAATTGTAGC TTTTATAGGC
   137821 TTTCTTATAA TTTGGATATG CTATTTTGGA GTCAATCTCT TAGGAATAGG GCTACATAGT
   137881 TATGGTTCAT TCTAAATTAA ATTTAATTGA AGAAAAGACT TTACGAATAC AAACATAGGC
   137941 CAAGGTGTTT CTTATCAACT TATAAACAGG TGAGAACCAT TAAGATGGTT CTCACAAATG
   138001 TCTAAAATGT CCTAATTATA ATTACAATTC AGTCGTTCTT ATTACAAATA TACAAATAGA
   138061 AAGACGACTA CTTTTTCATT TCATTAAATG AAACTTATCT AGAAAAAAGT TTGATAAAAT
   138121 AGCTTCTACC TTCTCAGCGG ATAATGAAAG AACGAAATCT GGGTAAACGC CAACACCTAG
   138181 TACAGGTAGA AAGATAGAAG TCGAAACAAA AAATTCTCGT GGACCAGAAT CAAAAAAATA
   138241 AGAGTTTGTA ATATTAAATA ACTTATATCC ATAAAACATT TGACGTAACA TAGATAATGA
   138301 ATAAATAGGA GTTAATATCA TTCCAATTGC CATTCCAAAA GAAATTAGTA TCTTTGGCAT
   138361 TAAAAGTAAT TTTTGGCTTG TAATTATTCC AAAAAAGACT ATTAATTCGG CAATGAAACC
   138421 ACTCATGCCC GGTAATGCAA GGGATGCCAT GGAAAAACTA CTGAATAGTG TAAAAATTTT
   138481 TGGCATTGGA ATAGCTATTC CGCCCATTTC GTCGAGATAA ACAAGACGTG TTCTATCGTA
   138541 ACTAGTTCCC GCTAAGAAAA AAAGTGCAGC ACCAATAAAT CCATGAGAAA TTATTTGTAA
   138601 AATGGCTCCG TTAAGTCCCG TTTCAGTTAT AGAACTAATT CCTATAATTA TAAAACCCAT
   138661 GTGAGATACA GAGGAATAGG CTATTCTTTT TTTTAAATTG CGTTGTCCAG GAGATGTTAA
   138721 AGCTGCATAG ATTATTTGCA CTGTGCCTAT TATTATCAAC CAAGGCGAAA ATATCGAATG
   138781 AGCATGAGGT AATAATTCCA TATTGATCCG AACCAACCCA TACGCTCCCA TTTTTAATAA
   138841 GATTCCCGCT AGAAGCATAC AAGTACTGTA ATGAGCTTCC CCATGGGTAT CTGGTAACCA
   138901 TGTATGTAAA GGTATAATTG GTAATTTTAC AGCAAAAGCA ATAAAAAATA CAATATAGAA
   138961 TATTATTTCT AATGCCAGGG TATACGATTG ATTAACTAAT GTTTCCCAAT TTAAGGTAGG
   139021 TTCAATAGAA CCATATAAAC CAACACCCAA AACTCCCATT AATAGAAAAA TGGAACCCCC
   139081 GGCCGTATAC AAAATAAATT TAGTAGCTGA ATAGAGACGT TTCTTTCCTC CCCACATGGA
   139141 TAAAAGTAGA TAAACAGGAA TTAATTCTAA TTCCCACATT ATGAAAAAAA GTAAAAGATC
   139201 TCGGGATGAA AATGAACCCA TTTGACCACT GTACATTGCT AACATCAGAA AGTGGAATAA
   139261 TCGGGAATCC CGAGTAACCG GAAAAGCCGC TAAAGTAGCT AAAGTAGTGA TGAATCCCGT
   139321 CAGTAAAACG GGTCCTATCG AAAGTCCATC TACTCCTAAT TTCCAGTGGA AATCAAAAAA
   139381 GTTGATCCAT TTATAATCTT CGGCCAGTTG GATTAATGGG TCGTCCGGTT GGAAATGATA
   139441 ACAAAACGCA TAGGTTGTTA GAAGTAGCTC TATAGTAGAT ATGCCTATTG TATACCACCG
   139501 AGTTGCCTTA TTTCCTCTAT GAGGGAGAAT TAACATTAAA GAACCTGCAA ATATGGGTAA
   139561 AACGACAATT GTTGTTAACC AAGGAAAAGA ATTCGTGGTA AAGACAAGAT ACGCTTGGGC
   139621 CAAAAAAACC CGCACCCGAA AAGAAATTTC TTTTCGGGTG CGGGTTTTTT TCAGTAAAAA
   139681 ATCCAAATTG AATAAATGGA TTCAAATGCA ATTTTATGGG ACGTATCAAT AAGCTAGACC
   139741 CATACTCCGC GTTGTTTCAT GCCATAAATA AACTCGAACA CTTAAAAAAT CTGTTGGACA
   139801 AGCGGATTCG CATCTCTTAC AACCAACACA GTCCTCAGTT CTTGGGGCGG AAGCTATTTG
   139861 TTTAGCCTTA CATCCGTCCC AAGGTATCAT TTCTAATACA TCTGTGGGGC AAGCTCGAAC
   139921 ACATTGAGTA CACCCTATAC ATGTATCATA AATCTTTACT GAATGTGACA TAGGATCTTT
   139981 AATTTTTTTA ATTTCATTAA GTTTAATTTT CGATCTAGTT ATAGTAAAGT AAATGAAGTA
   140041 CATATTAAAA TACCAGACGA ATCAACGATT TACCAGAATT TTTTGAAGCT ATTTACTTCT
   140101 GGCTTGGATT GGCGACTTAC TAAAAAATAA ATAGAAAACG GGTCCAAAAT ACTTTGACTT
   140161 CTTACATTTT TAATTTATTT TTTACCTTAA AGTTCGATAC TTAATAATTT AAATGGAACT
   140221 TCAAATTAAA ATTTATATTT ATATAGAATA TAATAATAAT TTATATAGAA TATAATAATA
   140281 ATATTTAGAA TAAAAAATAT AGAGAATAAA AAAAAAAAAG ACTATTTATT CAATAAATTC
   140341 GATTGATTGA TACGAGTTGA TTTTCTGTTA CGATAAATTG AAGAAACAAT AGCAAGCCCA
   140401 ATTGCTGCTT CAGCGGCTGC AATAGCTATA ACAAAAATTG AGAAAATATT TCCTTTTAAT
   140461 TGGCGGCTAT CAAAAAAATC AGAAAATGTT ACAAAATTTA GATTAACTGC ATTCAATATA
   140521 AGTTCAAGAC ACATCAGAGC CCGTACTAAA TTTCGACTCG TGACTAATCC ATAGATTCCG
   140581 ATAGAAAATA AATAAGCACT CAAAACAAGT ACATGTTCGA GCATCATTGA TCAACTCCTT
   140641 ATCAATATAA ATTTAGATTT AATGCATTTC AATCTGAACA ACAATTAAAC CCATTTGATT
   140701 GACTAGAATA CCATAAGTTC AAATAAAATT GACAAAATTT AAAGCAAAAA AAAGATGTTG
   140761 GTAATAAGAA ATAAAACTAA AAGTTTATAA AGGAATCCGA ATAGAATTTA ATGTAAATGT
   140821 ATATGATGGA TATGATAAAA TACTCTTTTT TATTGCTAGT TTTAAAAATA AATTATTGAC
   140881 GCGCGATAGC AATTGCGCCT ATTAAAGCAA CTAAAAGAAT TATTGAAATG AGTTCAAAGG
   140941 GAAGAAAAAA ATCTGTTGAT AAATGAATTC CGATTTGTTG ACTAGTAGTT ATCAAATCTT
   141001 GTTCTAGAAT CTGGTTTGAT TTTGTAGTCC AAATAATACC ATACCATGAG GTATTTAGAG
   141061 TACTAAAAAT TAATGAAAAA AAAAGACTTG TACAAATCAA CGAAGTAATG TTATCCCCAA
   141121 CAGTCCACAG ACGTAAATTT GTGTCATATT CTGGCCCATT CATGAACATT ACAGCAAATA
   141181 TTATTAAAAC ATTTATAGCT CCCACATAAA TAAGGAGTTG TGCAGAAGCT ACAAACTGCG
   141241 AATTGGCGAG AATATAAAAT AAAGATATAC AAACAAGAAC CAACCCCAAC GAAAAGGCAG
   141301 AAAAAATTGT ATTGTTAAAT AATACTACTC CTAGACCTCC TAATATAAGA CCTGTTCCCA
   141361 GAAAGACTAA AAGAAAATCA TGTATTGATC CAGGTAAATC CATTATATAA AATATAAAAA
   141421 ATAAGAGATA AAAAATCAGA ATGTTTCATG ATCTTATTGA ATTGAACAGG AATAAAGATT
   141481 AGTGCCTTTA ACTAATTGTT AAATCCTAAT GTGTACGACT TTTTATGAGT AAAATTTTTG
   141541 TACCCATTGT ATTTTTTCTG TTTTTTTTTT TGTAATTAAA TTAAAGTAGT TCAAAATAAC
   141601 AACTATTTAA AACTATTACA GTAACCATAT TTTTAATACA CATTTTTATT TTCACCAATC
   141661 AATAGTCAAT AGAATAGCGA CTCATTATAT TTTTTAAATA TTGACCAAGA AAAAACTTTT
   141721 TGAATTTAAA TTCACTATTT AATTTAGTAT TTAAAAATAA AATAAAGGAG CGTTAAAAAT
   141781 TGAGTTATTT AATCCCTAGA TTTTTATTTT GTTTGAGGTG AATTTAAAAT AGTTCGAATT
   141841 GTGTAATCAT CAGTTATTGG TATTGGTAAA CGACCCAGAG CAATTTGATT ATAATTTAAT
   141901 TCATGACGAT CATAAGTAGA AAGCTCATAT TCTTCAGTCA TTGATAAACA ATTTGTTGGA
   141961 CAATACTCAA CACAATTACC ACAAAATATA CAGATTCCGA AATCAATGCT GTAATTAAGC
   142021 AATCGTTTTT TTCGAATATC TTTTTCTAAT TTCCAATCAA CAACAGGTAA ATCTATCGGA
   142081 CATACACGAA CACATACTTC ACAAGCAATA CATTTATCAA ACTCAAAGTG TATTCGACCA
   142141 CGAAACCGCT CTGAGGTTAT CAATTTTTCA TAAGGATATT GAATAGTTAC AGGTAAACGA
   142201 TTGGCATGAG ATAGGGTAAT CATAAAACCT TGACCTATAT ACCTTGCCGC TCGTACTGTT
   142261 TGTTGACCAT AATTGATGAA CCCGGTTACC ATAGGGAACA TATAGTAAAT ATCAAAATAA
   142321 AAAAGAAGAT TTTGTTTCGT TCTCTTGTTT CAGACAAATA ATAATTCTAG TGAGTATCAA
   142381 ATCTTATCGT TTTTTTATAA TGAAAGAAGT TGGGAAGAAG TTGTTAATAA TAGATTACCT
   142441 AAAGAAATAG GTAAAAGAAA TTTCCATCCA AGATTTAATA ATTGGTCCAT TCTCAGTCTA
   142501 GGTAAAGTCC ATCTTGTTGC GATAGGAATG AACAAGAACA AAAACGTTTT CATTAATGTA
   142561 ATAAAAATAC TAAATGTCGT TCCAAAGACT CCTTCCGTTT TATGTATTTC AAAAAACTCA
   142621 GGAATGAATA TATTTGGAAT AGAAAAATCC CAACCACCCA AGTAAAGAAC TGTTACAAAT
   142681 AATGAGGAGA TTAGTAGATT TAGATAGGAA GCAACATAAA ATAAACCAAA TTTAATACCT
   142741 GAATATTCGG TTTGATAACC TGCTACTAAT TCTTCTTCGG CTTCTGGTAA ATCAAAGGGT
   142801 AATCTCTCGC ATTCTGCTAG AGAAGAAATT ATAAAAACAA TAAATCCTAT AGGTTGCCGC
   142861 CACAAATTCC ACCCTAAAAT ACCATATTTT GACTGCGCCT CAACTATGTC AACTGTACTT
   142921 GAACTGTTAG ATAATCATAG TCGACGATAA GATTACTCTT GTCATCGCTA TTACAGAACC
   142981 GTACATAAGA TTTTCACCTC ATACGGCTCC TCGAGAGCCA TAAATAAATC TAAGGATTGA
   143041 TTCGATATTC TTTACGGATA TCGTTGTAGG ATATATAAAG TAAAAATAAA CCGAAAGCTC
   143101 CGGAATTAAA CCAATGGAAT TCTGTCTGCG ATAATAGAAA AGTGCTTCAG AATAGATCTC
   143161 ATCCTTTGAC TGACGCAATA CTTTTTGAGT AATAACTTAA TTCTTGAATA AGATACTCTT
   143221 TTAATATGAA TAAAAATAAA AAATTAACCT TATTTTTAAA AAAGATTTAA ACATTCATTC
   143281 ATGATTTATG CCATAACAAA AATGACATTT CCATGAATAT GGAATGTATA TCTAAAAAAA
   143341 GAGTTTGTTT ATTAAAAATT TTTCGTCTAT TTTTTTATTT CTTGTATTCT TTTTTTTTTT
   143401 TTTTTAGGCT TAAAAAAGTT AAAGGATTAC TTCGTTCCTG ATAGTTATTT ACTTAATGGG
   143461 TGGATAGGAG CATACTCTGG ATCGGAATTT TTGGGAGTAC TGCTTGATAA TTTCTACCAA
   143521 TTTAAAGCCT CAATTAGTAT TTCGTTTATG TAAACTTAGA ATAATTTAGA TAATCTCTAT
   143581 TACGAATCCT TTGTGTACTT TGGTGTTCCT AATCATCCAC TTCTTTTTAC TCAATCTATA
   143641 TCATAATATG GTTGTTTTTA TTTATAGTAA AAACTCCATA AAAATTTTTT CAACCCGCTT
   143701 CAAGTTATAA TTTTTAATTT ATCTTGGGGA TAAACAGTCT TGTCTGCTTA TGTTTATTTT
   143761 CGCTTAGCCT CTGTACATAG GAAATGAGAT TTTTTTTACG GCAAATTTAT AAGCTGTTTT
   143821 TTTTGCACTC ATCTAACTAT CTGGTTTAAT TTATCACCCC TAAGAAGTTA AAAAAATAAG
   143881 TGAATAAAAA ATTAGGAGAT CCATTTAATA CGTTGCGTAG AAATTCAACA TTTTTTCTTA
   143941 GAAGCCTAAA AAGACGTATG TCTTAACGAA TCACACGTAG AGATATTGAT AACACACATA
   144001 GAGTTAATGG TATTTCATAA CTAATTGATT GAGCAGCAGC CCGTAAACCA CCTAAAAAGG
   144061 AATATTTATT ATTTGATCCA TATCCTGAGA TAAGAAGCCC AATCGGAGCA ATACTTGAAA
   144121 TAGCGATCCA TAAAAAAACA CCAATACCGA GATCCGCTAG AACAAGATGA TACCCAAAAG
   144181 GAATTACTGA ATAACTTAGT AGAATTGATA TGACGGCTAT AGAGGGTCCG ATACTAAATA
   144241 AACGTGTATC CCCTCTAGAT GGAAGAAGGT TTTCTTTAAA AATAAGTTTT GTTCCGTCTG
   144301 CTAAAGCTTG AAGAATTCCC AAAGGACCCG CATATTCAGG TCCAATACGT TGTTGGATAC
   144361 CCGCGGATAT TTCTCTTTCT AACCATACAG TTACTAGTAC GCCTATTGTG ATTCCCAATA
   144421 CAAGAATCAA AATAGGGAAA AGTATCCATA TAGTCCCATA AATTTCTTTT AAGGATTCCA
   144481 ATCTGTAAAA AGAGTTGATA TTTTGTATTT TTGTTGTATC AATTATCATT TCAACGATCA
   144541 ACTTCTCCCA TAATGATATC TATGCTACCT AATATTGTCA TAATATCAGC CAATTTCATT
   144601 TTTTTAACTA ACTGAGGAAG AATTTGCAAA TTGATAAAAC CGGGTGGTCG AATTTTCCAT
   144661 CTCCAAGGAA AAACACTCTG ATCCCCTATC AAAAAAATCC CCAACTCCCC CTTTGGGGCT
   144721 TCGACTCTTA CATAAAGTTC TTGTTTCGAC AATTCAAAAG TAGGAGACGG TTTTTTACTA
   144781 ATGAATCGAT AGTCAAAATC ATTCCATTCA GGATCTTTTA TCCTATCAAA GCGTCTAATT
   144841 TCTAAATTCT CATAGGGACC CCCCGGAATT CCTTCTAGAG CTTGTTGAAT AATTTTGATG
   144901 GATTCTGCCA TTTCACCTAT TCGTACTAAA TACCGAGCTA ATGAATCCCC TTCTTTTTGC
   144961 CATTGGACGT CCCAATCAAA TTCATCATAA CACTCATAAT GATCAACTTT ACGAAGATCC
   145021 CATTCTATTC CGGAAGATCG TAGCATTGGT CCTGATAAGC CCCAGTTTAT TGCCGCTTCT
   145081 TCGGAAATAA AACCAACTCC TTCAACTCGT TCTAAAAAAA TAGGATTTCG CGTAATCAGT
   145141 TGCTGGTATT CAGCAAGTCC CGTTAAAAAA TAATCACAAA AGTCTAAACA TTTATCTATC
   145201 CACCCATAAG GTAGATCGGC AGCTATTCCG CCAATACGAA AAAAATTATG CATCATTCTC
   145261 ATACCGGTAG CAGCTTCAAA TAAATCATAT ACTAATTCTC TTTCTCTGAA AATATAGAAA
   145321 AAGGGGGTTT GCGCCCCAAT ATCTGCCATA AAAGGGCCGA GCCATAACAA ATGAGAAGCT
   145381 ATACGACTTA ATTCCAACAT AATAACTCTT ATATAGCTAG CTCTTTTAGG TACTTGAATA
   145441 TTGCCCAATT GCTCGGGTCC ATTTACCGTT ATTGCTTCTG TGAACATAGT AGCTAAATAA
   145501 TCCCAACGTG TTACATAAGG AAGATACTGT ATAATTGTTC GGTTTTCAGC AATTTTCTCC
   145561 ATCCCTCTGT GTAAATAACC CAATATAGGT TCACAGTCAA TAACATCTTC GCCGTCTAAA
   145621 GTAACAATAA GTCGTAGAAC GCCATGCATT GATGGGTGGT GAGGGCCCAT ATTAACTATC
   145681 ATGAGGTCTT TTCTTGTAGT TGGTACAGTC ATAGGTTTTG TCCCAATTAT TCTTTCCGGA
   145741 ATTCATTTTG ACATGGATTA AAAAAAGTTC ATAAAAATTC AAGATATAAT AAATCAAATA
   145801 ATTCAAAACA ACTCTTAAAA TTAACGGGTT TTTAGCTCTC TAATGTTCAA TTCACTGATT
   145861 AATTCTTTAT AACGTACTCT ATTTTTCTTT GATAAATAAA CCAGTAGGTG TTGACGTTTT
   145921 CCTAGAATTT TTCGTAGACC TCTCTGAGAT GAATAATCTT TTTTATGTAA TTCCAAATGT
   145981 AAAGTAAGTC TTCGTATCTT AGTGGTAAAA CAGAAAACTT GAAATTCAAT AGATCCCCTG
   146041 TTTTCCTCTT TTTTTTCATG TGAAATCGAG GATATAAATG CATTTTTATT CATAAATTCT
   146101 TAACCTTCCT TACTCCTAAA TATGAAATTT TATCAATCAG TAATAATAAT GCCAGCTTTT
   146161 TAAACTGGTA TATACATTTT CTTATTTTTT ATTAAAAACA ATTATGGTGA TTCCTTTATA
   146221 AATCTAATTG AATTGATACG TCATCAAATT ATTATCGTAT ATCAGAATTG AAGACAAGAC
   146281 GCGTAGGCAT CTCTTCTGAT ATATGATAAT AGTGAAGATA TAAAATTATC ATAAATGCAT
   146341 TTTAAATCGT GGATACATAC GTATTCTTAA TAGACTAAAA CGACTGCCGT TATTAGTATC
   146401 AAACCAATAA CGATTCATAC AGGCTAAATC TTCTAGTCGA TAATTAGGCC AAAGAAAGAC
   146461 TTTATACTTT ATAACTGTAT TGTTTTCGTG CCTAAGATCT TTGTTTTCAT CAAAAAATTG
   146521 ACTACAGTTT TGTATATGAT TCCTGTTATA AGCTACTGCA TTCCTATATA TACCATTATT
   146581 ATTGCTTGAA TTCAAACACA TTAGAATTCT CCATTTTCTA CGACGCCTAG GTGATAAAAT
   146641 AGTTTCAGGA ACAAGTAAAT CAAATTTATA CCTTGGAATC CATTCATCTG GATTCTTCTT
   146701 ATCAATACTG TCGATGTTTC TTTTTTTATT TTTTTGGTGT TTACTTTTAT GAATCAATGA
   146761 AATACCTATG GTTTGGTACA AAATAAATTG TCCGTTGCCC TTTACAGACA GGCGAATGGG
   146821 TTCAATACTA AATATCCCCC TTTTTATCAA TTGTGGAAGA GTTAAATCTT GCTGAATCAG
   146881 CATTATATTC AGACTCATTT CTCTTCTTTC AATCGAGGAT ATTGTAATTT CTCTGGGATT
   146941 TGTCAATCTA AGCAAGAGAC AGTAGACTTT GATATTATTG AGCAATTTTT GATTCAAAGA
   147001 ACCTTCCCAT CTCAATTGAA AAAGCAAATA TCTTTTAAGG AAGAAATCGA GTTCTGCTTC
   147061 TGTACTACTC TTGTTTTGTT TTTTTTTCCT ACGCCCTTTA ATATCTGATC CTATATAATT
   147121 TTCTTGAATA TCTTTTTGGT GCTTTGAGAT AACAAACTCA GAATTTTTTT GAACATCGGA
   147181 TCCGGAATCT CTTTGACTTA TGACTTCTTT TTCGCCTTGA TTCCTATTCT CTAATTCCAT
   147241 AGATTTTATT TCATTTAATA TTCTAGATGT TGTAAAAGGA TTTGTTTTTT TCGTTCTATT
   147301 GATGTTTTTC TTTTCGCTAA AATTATAAAT TACATTAAAA TTTGAAAAAA TTGAATTTAT
   147361 TGGTATAACC CACGGTTTCA TTTTATATGC ATTATAAAGC AATAAAAATT TTGGGAAGAG
   147421 CAAAAATTCC AGATTCGATA TAGGATGACT TAGTAATTCT TCATTCATTC CCATCCAATC
   147481 AAAAGATATT TTATTTTTAT GGGATTTTTT TATTTCTTGA TAAATTGTGC GGTAAAAAAG
   147541 ATCTTTCTTT TCAATTTTAT CAACAATTTT ATAATTTTTC GTTTCAGTCT TAGTATTTTC
   147601 AGTACTCCTG CTACTAATAT TGATCCAAGC CTCAATGTCC ATTTTTTTTC TAAGACAAAA
   147661 ATGGATAATT TTCCAATCAA AATATTTTCT ATTTGTATTT TTATCTATAT CCGGAATAAT
   147721 ATTTATTCCT AAATAATTAG TAATAGGGAT ACTCCACCAC ATATCAATTA ATTTGTTTGT
   147781 AGATATGTAA TAATTATAAG TATAAAATAA TTCTTGGTTT TTATTTACTT GTAATGGTTC
   147841 GCCATAACTA TATGAATCCT TCTTATCTTC ATAAAAAATG AAATTATATG CTAAAATATT
   147901 ATATTTATCG TTTTTTTTTA AATTATATTT TTGATCGAGC AATAAATAGT TTTCGGAATT
   147961 TTTTATATTT TTAGCATTAA GTAATTGGTC TTTTTTATCT GAATTCCTTT TGTTTTTTTG
   148021 TAAATTTTTC TTTTCAACCT CACAATATTC AGTGACTCGA TTGCGCCATT TTTGTAGTCC
   148081 TAATTGCGAC CATTTTTGCT GAGATAAATC ATATTGATAA TTACTTTTTA ATTTTAACCA
   148141 GTTTTTCCAT TGAGTCCGTC CATAATTTTG AAGTTTTTTA GGCTTTAACT TATTTAACTT
   148201 AGAAGAAGTT ATTACTTGTG TTACAAAATA ATTTTTTATT TCATTTTTTA GAAATAAAAA
   148261 CGTTCCGCGA TATTGAAAGA TAAACCTTAA CTTATATAAG TATAAGTTGA TAACTTCGGC
   148321 TTGTGATAAT TTATAAAATA CATATGCTTG TGACAAAAAA GAGAAATCCG AAAGAATCTT
   148381 TGAATTCTTA TTAATATGAC TAACAAAATA TAAAAGTGAT TTTATGAATT GAATTGTTTT
   148441 TTTATTTGTT TTCTCAACCT TTTCTTTAAT TTTTTCATTA TTGTCAAGGC GTTTTTCACT
   148501 CAAATTCTTT GTTGATTCAA GACAAAATTC TATATTAATT CGGGGAATAT TAATAATATA
   148561 TAGAAATAGA TCTACGAATA ACCTTTCCCT AAAAAATTTT TTAAAATAAT TTGATTTACG
   148621 AATTAATCGA GTATTTTTTC TTTTTAATAT CTGACCGAGA TTTTGGGGTG ATTCAAAATT
   148681 TTTAGTACCA TAATGTGTTT TGTTAGGCTG ACGAATTAAT TTTAGAGTTT TAAAATTTTT
   148741 TTCTTTTGAA AATTTTTCTA TTTTATTTTT TATTGTCCTT GTTCTATTAG CCAGATCCTT
   148801 TTTTTTTTGT TCTGATACTG AATCTGAATA ACTTGTCTGA TTCATGAATC CGTCTTGAAT
   148861 GGATGATTCA TGAACTATAT TATTATTGAT TGCCGAATCT TTTTTTATTT CAATGGGTTC
   148921 GTCTCTCAAT CCAAATACTC GAATTGGACT TACCCTTAAA TTTTTTTTTT TTTGAAAAAG
   148981 TAAAAGTAGA AGGCTTTTAA TAAAAATTTC ATTTGGAACA GTTAGCAAAA ATTTTAGTTT
   149041 TGCTTTGAAA AATTTTAAAA CTTGAACCCA TTTCTTTGTA AATTTTATAA TTTTTTTGTC
   149101 AAGTTCGGTA AAAATAGGTT GAAAAAAATG GGGTCGTTTT CGGGAGGAAC CGAAGGGAAG
   149161 TTCAGTTTCC ATTCCCCAAA CTGTTAAAAA ACAAAAATTA TCTGAATTAT CTGTTTGATT
   149221 TTGTTTTTTT ATTTTATATT GATAAGAAGG TCTTAGCATC GATCTATGCC AAGGCTTTAG
   149281 GCAAAAAGGA AATAGTATCT TTATCTGAAT ACCATCGTTT AACCAGTTTT TAGGAAATTC
   149341 TGTTTCTGAT AACTGAACAC CATTATAGGT ACATTTAACA TGTATTTCTT TCTTCCACTC
   149401 TTCGAAATCC TCAGACCACT CAGGGCGTTG GAGTAAGAAT AGACGACCTA TATTTTTTGC
   149461 TATTATGAGT ACAGGTAATC GAATATATTT TCGAAGAATT GATTGGGTTA CTAACATCAA
   149521 ACCTCTTATT ACTTGAGCAA ATGGAATGGT ATCCCAGGCT TCAGCTATTT CTATTCGTGT
   149581 TTTTTCTTTG CTTTTTTCTT CTTTGTATTC ATTTTCTCTT TGTTGCTCTT CTTCCTTTTT
   149641 TTTTTCTTCG GTATAATAAT CAGAAATTTT AAATTCTCTA TTTTTTTCTA TATAATTTTT
   149701 TAAAATCCGT TTAATTAATG TTGAAATATT AAAAGAAAAT AATGAGAAGT TTTCTATTCT
   149761 ATTTAAAAAA AGGGGTGAAT GTATATTTGC TTGAAATAAT TGCCAAATAA CTATTTTACG
   149821 TCTTTGAACC CGCATGGAAC CTTTTATTAT GTCTCGATGA AAATCAGATT GCTGTGAATA
   149881 ACGTAACAAA GCTACTTCTT CTATTTGATC AGACGTATTG GAATTGATGT TATCAATATC
   149941 GATATTATGT TCGTTAGCAT TAAAAATAAC GACATGTTTA GCTTTTCTTG AGCGAATTTG
   150001 ATGATCTGTT GGTACGTCGT CCTCATTTTT TTGTTCTTCC TGCTCTAAAT CATCAATTAA
   150061 TTTGTATGAC CAGCATGGAA CTTGTTTACT AATTTCTGTT ATTCCAATAG ATTTAGATTT
   150121 TTTTATTTTT TTATTATTTA TTTTTAGTCC TATGATTGCA TCAACT
//

