LOCUS       Caragana sukiensis            148755 bp    DNA     circular     07-MAR-2025
DEFINITION  Caragana sukiensis chloroplast
ACCESSION   Caragana sukiensis
SOURCE      chloroplast Caragana sukiensis
  ORGANISM  Caragana sukiensis
            Caragana sukiensis;
REFERENCE   1  (bases 1 to 148755)
  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           Caragana sukiensis
            Subjob        Caragana sukiensis
            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 07:27:38 GMT
            Started       7 Mar 2025 07:27:42 GMT
            Finished      7 Mar 2025 07:28:55 GMT
FEATURES             Location/Qualifiers
     source          1..148755
                     /organism="Caragana sukiensis"
                     /organelle="plastid:chloroplast"
                     /mol_type="genomic DNA"
     gene            complement(join(93534..94327,66938..67051))
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 93.9, coverage 30.65%, match 28.76%,
                     fragment match 93.86%; 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(93534..93560,94097..94327,66938..67051))
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRKPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     CDS             complement(join(93534..93559,94096..94327,66938..67051))
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRKPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     misc_feature    1..80792
                     /note="large single copy (LSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            complement(5..79)
                     /gene="trnH-GUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(5..79)
                     /gene="trnH-GUG"
                     /annotator="Chloe"
                     /product="tRNA-His"
     gene            join(148499..148755,1..103)
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(148499..148755,1..103)
                     /gene="rps19"
                     /annotator="Chloe"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVANHLLKKIDKLNTKAEKEIIVTWSRASTIIPTM
                     IGHTIAIHNGREHLPIYITDRMVGHKLGEFAPTLNFRGHAKKLGERRELNPRMVDSQS
                     TALIHLATSAPYNDNAN"
     gene            complement(279..1340)
                     /gene="psbA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbA,
                     position 1 - 1062, E-Value 0, score 1131.4; blatX_hit
                     psbA_Soleracea_GeSeq-SRS_v6, position 1 - 1062, psl score
                     95.8, coverage 100.00%, match 95.76%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(279..1340)
                     /gene="psbA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D1"
                     /translation="MTAILERRESESLWGRFCNWITSTENRLYIGWFGVLMIPTLLTA
                     TSVFIIAFIAAPPVDIDGIREPVSGSLLYGNNIISGAIIPTSAAIGLHFYPIWEAASV
                     DEWLYNGGPYELIVLHFLLGVACYMGREWELSFRLGMRPWIAVAYSAPVAAATAVFLI
                     YPIGQGSFSDGMPLGISGTFNFMIVFQAEHNILMHPFHMLGVAGVFGGSLFSAMHGSL
                     VTSSLIRETTENESANEGYRFGQEEETYNIVAAHGYFGRLIFQYASFNNSRSLHFFLA
                     AWPVVGIWFTALGISTMAFNLNGFNFNQSVVDSQGRVINTWADIINRANLGMEVMHER
                     NAHNFPLDLAAIEVPSING"
     gene            complement(1567..4103)
                     /gene="trnK-UUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(1567..1601,4067..4103))
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /product="tRNA-Lys"
     exon            complement(4067..4103)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(1602..4066)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(1567..1601)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(1851..3347)
                     /gene="matK"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     matK_Soleracea_GeSeq-SRS_v6, position 1 - 1518, psl score
                     84.2, coverage 98.62%, match 82.87%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(1851..3347)
                     /gene="matK"
                     /annotator="Chloe, blatX; merged"
                     /product="maturase K"
                     /translation="MEQFQRYIELEGFWQHNFFYPLIFQEYIFSFAYGHDLKKFILLE
                     TSGGRKFSLLVVKRLINRMYQQNFFILSANYSNQNDFLGHKYDFYSQMISEVFAVIVE
                     IPLSLASIEKKKKVKSRNLRSIHSIFPFLEDNVLHLNFVLDILIPYPVHLEILVQTLR
                     YWVKDASSLHLLRFFLYESHNCNSLIKKNIYFFIKRTQRFFLFLYNFHVCEHEFIFLF
                     LCNQSSHLRSTSYRSFLERIFFYGKLEYLVKLFTKDFDVILWLFKDPYPYSVRYKGQY
                     IMASKGTSLLMQKFKFYLTHFWQCHFSVWSQPRRIYINRLSTHFLDFIGFLSSVQLTS
                     LVVRSQMLENAFLIDNTIKKFDPKIPISSLILSLAKAKFCNGLGHPISKPTWIDLSDS
                     DIIDRFGLICQNLFHYYSGSSRKKSLYRLKYILKISCARTLARKHKSAVRAFLKRLGS
                     EFFGEFLTQEEKVLSLILTKNSSNLRRFYRGCIWYLDIFCIHNLANDE"
     gene            complement(4680..5751)
                     /gene="rps16"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps16_Soleracea_GeSeq-SRS_v6, position 1 - 267, psl score
                     83.9, coverage 100.00%, match 91.76%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(4680..4906,5712..5751))
                     /gene="rps16"
                     /annotator="Chloe"
                     /product="ribosomal protein S16"
                     /translation="MVKLRLKRCGRKQRAVYRIVAIDVRSRREGRDLQKVGFYDPIKK
                     KTYLNVPAILDFIQKGAQPTETVYDILKKAAVLKEFQFNQPKFN"
     exon            complement(5712..5751)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(4907..5711)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(4680..4906)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(6249..6320)
                     /gene="trnQ-UUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(6249..6320)
                     /gene="trnQ-UUG"
                     /annotator="Chloe"
                     /product="tRNA-Gln"
     gene            6664..6843
                     /gene="psbK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbK,
                     position 1 - 186, E-Value 1.9e-39, score 137.6; blatX_hit
                     psbK_Soleracea_GeSeq-SRS_v6, position 1 - 180, psl score
                     91.7, coverage 100.00%, match 91.67%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             6664..6843
                     /gene="psbK"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit K"
                     /translation="MLNIFNLICLNSALYSSSCFFAKLPEAYAFLSPIVDFMPVIPLL
                     FFLLAFVWQAAVSFR"
     gene            7273..7383
                     /gene="psbI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbI,
                     position 1 - 111, E-Value 6e-26, score 93.9; blatX_hit
                     psbI_Stuberosum_GeSeq-SRS_v6, position 1 - 111, psl score
                     91.0, coverage 100.00%, match 90.99%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             7273..7383
                     /gene="psbI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit I"
                     /translation="MFTLKLFVYTVVIFFISLFIFGFLSNDPGRNPGRED"
     gene            complement(7561..7648)
                     /gene="trnS-GCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(7561..7648)
                     /gene="trnS-GCU"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            8424..9194
                     /gene="trnG-UCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(8424..8446,9147..9194)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     exon            8424..8446
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     intron          8447..9146
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     exon            9147..9194
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=2
     gene            9334..9405
                     /gene="trnR-UCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            9334..9405
                     /gene="trnR-UCU"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(9535..11058)
                     /gene="atpA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpA_Soleracea_GeSeq-SRS_v6, position 1 - 1524, psl score
                     92.2, coverage 100.00%, match 92.13%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(9535..11058)
                     /gene="atpA"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit alpha"
                     /translation="MVTIRADEISNIIRERIEQYNREVKVVNTGTVLQVGDGIARIHG
                     LDEVMAGELVEFEEGTIGIALNLESNNVGVVLMGDGLMIQEGSSVKATGRIAQIPVSD
                     AYLGRVINALAKPIDGRGEISTSESRLIESPAPGIISRRSVYEPLQTGLIAIDSMIPI
                     GRGQRELIIGDRQTGKTAVATDTILNQQGQNVICVYVAIGQKASSVAQVVTTFQERGA
                     MEYTIVVAETADSPATLQYLAPYTGASLAEYFMYRERHTLIIYDDLSKQAQAYRQMSL
                     LLRRPPGREAYPGDVFYLHSRLLERAAKSSSFLGEGSMTALPIVETQSGDVSAYIPTN
                     VISITDGQIFLSADLFNSGIRPAINVGISVSRVGSAAQIKAMKQVAGKLKLELAQFAE
                     LEAFAQFASDLDKATQNQLARGQRLRELLKQPQAAPLTVEEQIMTIYTGTNGYLDSLE
                     IGQVRKFIVELRTYLKTNKSQFQDIISSTKTFTEEAEALLKEAIQEQMERFLLQEQA"
     gene            complement(11122..12420)
                     /gene="atpF"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpF_Soleracea_GeSeq-SRS_v6, position 1 - 555, psl score
                     88.9, coverage 100.00%, match 92.61%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(11122..11532,12277..12420))
                     /gene="atpF"
                     /annotator="blatX"
                     /product="CF0 subunit I"
                     /translation="MNNVTDSFVFLGHWPSAESFGVNTNILATNLINLSVVIGVLIFF
                     GKGVLSDLLDNRKQRILNTIRNSEELRGRAVEQLEKARARLRKIEIEADQFRVNGYSE
                     IEREKMNLINSTYKTLEQLENYKNETIYFEQQRTINQVRQRVFQQALQGALGTLNSCL
                     NNELHLRTINANIGMFGALNEITD"
     exon            complement(11122..11532)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=2
     CDS             complement(join(11122..11531,12276..12420))
                     /gene="atpF"
                     /annotator="Chloe"
                     /product="CF0 subunit I"
                     /translation="MNNVTDSFVFLGHWPSAESFGVNTNILATNLINLSVVIGVLIFF
                     GKGVLSDLLDNRKQRILNTIRNSEELRGRAVEQLEKARARLRKIEIEADQFRVNGYSE
                     IEREKMNLINSTYKTLEQLENYKNETIYFEQQRTINQVRQRVFQQALQGALGTLNSCL
                     NNELHLRTINANIGMFGALNEITD"
     intron          complement(11533..12276)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            complement(12276..12420)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     intron          complement(11532..12275)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=1
     exon            complement(12277..12420)
                     /gene="atpF"
                     /annotator="blatX"
                     /number=1
     exon            complement(11122..11531)
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=2
     gene            complement(12799..13044)
                     /gene="atpH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpH,
                     position 1 - 246, E-Value 6.8e-73, score 246.8; 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(12799..13044)
                     /gene="atpH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit III"
                     /translation="MNPLISAASVIAAGLAVGLASIGPGVGQGTAAGQAVEGIARQPE
                     AEGKIRGTLLLSLAFMEALTIYGLVVALALLFANPFV"
     gene            complement(13707..14450)
                     /gene="atpI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpI,
                     position 1 - 743, E-Value 9.2e-220, score 732.3;
                     blatX_hit atpI_Soleracea_GeSeq-SRS_v6, position 1 - 744,
                     psl score 93.7, coverage 100.00%, match 93.68%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(13707..14450)
                     /gene="atpI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit IV"
                     /translation="MNILSYSINTLKGFYDMSGVEVGQHFYWQIGGFQIHGQVLITSW
                     VVIGILLGSAAIAVRNPQTIPTGGQNFVEYVLEFIRDVSKTQIGEEYRPWVPFIGTMF
                     LFIFVSNWSGALLPWKILQLPQGELAAPTNDINTTVALALLTSVAYFYAGLTKKGFGY
                     FGKYIQPTPILLPINILEDFTKPLSLSFRLFGNILADELVVVVLVSLVPLVVPIPVML
                     LGLFTSGIQALIFATLAAAYIGESMEGHH"
     gene            complement(14661..15371)
                     /gene="rps2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps2,
                     position 1 - 710, E-Value 9.7e-204, score 679.6;
                     blatX_hit rps2_Soleracea_GeSeq-SRS_v6, position 1 - 711,
                     psl score 92.6, coverage 100.00%, match 92.55%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(14661..15371)
                     /gene="rps2"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S2"
                     /translation="MTRRYWNINLEEMMEAGVHFGHGTRKWNPRMSPYISAKCKGIHI
                     INLTRTARFLSEACNLVFEAASRGKNFLIVGTKNKAADSVAWAAIRARCHYVNKKWLG
                     GMLTNWSTTETRLHKFRDLRMEQKAGSLARLPKRDAAVLKRQLSHLQTYLGGIKYMTE
                     LPDIVIIVDQQEEHTALRECITLGIPTICLIDTNCDPDLADISIPANDDAISSIRLIL
                     TKLVFAICEGRSSYVRNP"
     gene            complement(15642..19766)
                     /gene="rpoC2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(15642..19766)
                     /gene="rpoC2"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;&apos;"
                     /translation="MAERACLIFHNKSIDGTAMKRLISRLIDHFGMAYTAHILDQLKT
                     LGFQQATVTSISLGIDDLLTIPSKGWLVQDAEQQSFILEKHHHYGNVHAVEKLRQSIE
                     IWYSTSEYLRQEMNPNFRMTDPYNPVHIMSFSGARGNVSQVHQLVGMRGLMSDPQGQM
                     IDLPIQSNLREGLSLTEYIISCYGARKGVVDTAVRTSDAGYLTRRLVEVVQHIIVRRA
                     DCGTIRGISVSPRNGMIPERIFTQTLIGRVLADDIYLGSRCIATRNQDIGVGLVNRFI
                     TFRIQPIVIRTPFTCRSASWICRLCYGRSPTHGDLVELGEAVGIIAGQSIGEPGTQLT
                     LRTFHTGGVFTGGTAEHVRAPYSGKIKFNEKLVHPTRTRHGHPAFLCYIDLYVTIESE
                     EILHNVNIPPKSFILVQNDQCVESEQVIAEIRAGASTLNFKEKVRKHIYSDSEGEMHW
                     STDVYHAPEFTYGNVHLLPKASRLWILSGRLYRSSAVSFLFHKDQDQTNTHSLSLEEI
                     DISNYSMTNDQVKDKFLDPSSINIRKSSKKEHRIPNYSEPNRMGHCNHIYPAKNTHLW
                     AKRRKNRFSIPFKFRSNQEREKELMSLSDGISIEIPINGLFRRNSIFAFFDDPQYRTK
                     SSGITKYGTIEMHSIVKKEDLIEYRGVKEFRPKYQIKVNRFFFISEEVHILPGSSSIM
                     VWNNSIIGVDTPITLNIRSQVGGVVWVERKKKKIELKIFSGDIHFPGETDKVSRHRGI
                     LVPPGKTNYQESKNLKKGLYVQRMTPTKKKYFVLVRPVVTYEITDGINLVTLFPQDLL
                     QERDNVQLRVFNYILYGNGKVTRGICGTSIQLVRTCLVLNWSQDKKSSFIEKVCTSFV
                     EVRTKGIIRDFLRIDLVKAALSYIGKRNDPPLFYYYGSEHKNMNLFLSISSNYSKTKL
                     QQSFNQNQGTVRTLLDKNKECLFFIILSSSNCFRMGPFTTNGVKYHKESIKKDRPIPI
                     KTPLGPLGTALQFANYFFFSHLITHNQILVNNYLQFYNLKLKQTFQVFKCKYYLIDEK
                     GRIYNPDFFSTIILNSFNLHWYFLHYLFCDETSTKMCLGQFLCENVCIIKNGLHLKSG
                     QVLIVQFDSVVIRSAKPRLATPGATVHGHYGKLIYEGDTLVTFIYEKSRSGDITQGLP
                     KVEQVLEVRSVDSISMNLEKRINGWNERIKKSLGIPWGFLVGAELIIAQSRISLVNKI
                     QKVYRSQGVQIHNRHIEIIVRQITSKVLVSEDGMSNVFLPGELIGLFRAERAGRALEE
                     AICYRTLLLGITRASLNTQSFISEASFQETARVLAKAALRGRIDWLKGLKENVVLGGM
                     IPVGTGFKGFVHRSKSISIPLKIKNKHLFAGEMGDILFYHRELLDSCFSKNSRS"
     gene            complement(19953..22669)
                     /gene="rpoC1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(19953..21563,22238..22669))
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;"
                     /translation="MIDQYKHQQLRIGSVSPKQISVWATKILPNREIVGEVTKPYTFH
                     YKTNKPEKDGLFCERIFGPIKSGICACGNYRVIRNEKEDPKFCEQCGVEFVDSRIRRY
                     QMGYIKLACPVTHVWYLKRLPSYIANFLDKPLKELEGLVYCDFSFARPIAKKPTFLRL
                     RGLFEYEIQSWKYSIPLFFTTQGFDAFRNREISTGAGAIREQLADLDLRTIIDYSFAE
                     WKELGDEGATGNEWEDRKVGRRKDFLVRRMELAKHFIRTNIEPEWMVLCLLPVLPPEL
                     RPIIQIDGGKLMSSDINELYRRVIYRNNTLTDLLTTSRSTPGELVMCQEKLVQEAVDT
                     LLDNGIRGQPMRDGHNKVYKSFSDVIEGKEGRFRETLLGKRVDYSGRSVIVVGPSLSL
                     HRCGLPREIAIELFQTFVIRGLIRQHLASNIGVAKSKIREKETIIWKILQEVMQGHPI
                     LLNRAPTLHRLGIQAFQPILVEGRAIYLHPLVCKGFNADFDGDQMAVHVPLSLEAQTE
                     ARLLMFSHMNLLSPAIGDPISVPTQDILIGLYILTSGTRRGICANRYNPWNRKNYRNE
                     RIDDKNFMYMEEPFFCNSYDAIGAYRQKKINLDSPLWLRWRLDQRIIASREAPVEVHY
                     ESLGTYHEIYAHYLIIRNIKKESILIYIRTTVGHIFLYREIEEAIQGFCRACSYGT"
     exon            complement(22238..22669)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     intron          complement(21564..22237)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=1
     exon            complement(19953..21563)
                     /gene="rpoC1"
                     /annotator="Chloe"
                     /number=2
     gene            complement(22696..25908)
                     /gene="rpoB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpoB,
                     position 2 - 3212, E-Value 0, score 3124.2; blatX_hit
                     rpoB_Soleracea_GeSeq-SRS_v6, position 1 - 3213, psl score
                     92.0, coverage 100.00%, match 91.94%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(22696..25908)
                     /gene="rpoB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="RNA polymerase subunit beta"
                     /translation="MLREENELMSTIPGFNQIQFEGFCRFMDQGLPEELYKFPKMEDT
                     DQEIEFQLFVETYQLVEPVIKEKAAVYKSLTYSSELYVSAGLIWKTCRDMQEQTILIG
                     SIPLMNSLGTFIVNGIYRIVINQILQSPGIYYRAELGHNGISVYTGTIISDWGGRSEL
                     EIDRKARLWARVSRKQKISILVLSSAMGSNLKEILDNVCYPEIFLSFLNDKDKKIFGL
                     KENAILEFYQQFACVGGDPVFSESLCKELQKKFFQQKCELGRIGRRNMNRRLNLDITQ
                     NNTFLLPRDILAATDHLIGMKFGMGTLDDMNHLKNKRIRSVSDLLQDQFGLALVRLEN
                     VVRGTICGVIRHKLIPTPQNLVTSTPLTTTYESFFGLHPLSQVLDRTNPLTQIVHGRK
                     LSYLGPGGVTGRTASFRIRDIHPSHYGRICPIDTSEGINVGLIGSLAIHARIGLLGSL
                     ESPFYKISERSTKVQMLFLSPSRDEYYKVSTENFLALNQGIQEEQVVPARYRQEFLTI
                     AWEQVRFRSIFPFQYFSIGASLIPFIEHNDANRALMSSNMQRQAVPLSQSEKCIVGTG
                     LERQAALDSGVLAIAEHEGKIFYTDTDKIIFSGNGKTQSIPLVMYQRSNKNTCMHQKP
                     RIPRGKCTKKGQILADGAATVGGELALGKNVLVAYMPWEGYNFEDAVLISERLVYEDI
                     YTSFHIRKYEIQTYVTSQGPERITGEIPHLEAYLLRNLDKNGIVKLGSWVETGDILVG
                     KLTPQMAKESSYAPEDRLLRAILGIQVSTSKETCLKLSIGGRGRVIDVRWIQKKGGSS
                     YNPETIHVYILQKREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGIPIDMVFNPLG
                     VPSRMNVGQIFECSLGLAGVLVDRHYRIAPFDERYEQEASRKLVFSELYKASKQTAKP
                     WIFEPEYPGKSRIFDGRTGDLFEQPVIIGNPYILKLIHQVDDKIHGRSSGHYALVTQQ
                     PLRGRAKQGGQRVGEMEVWALEGFGVAHILQEMLTYKSDHIKARQEVLGTMIVGGTIL
                     NPEDAPESFRLLVRELRSLALELNNFLVSEKTFQINRMEA"
     gene            26647..26718
                     /gene="trnC-GCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            26647..26718
                     /gene="trnC-GCA"
                     /annotator="Chloe"
                     /product="tRNA-Cys"
     gene            26907..26996
                     /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             26907..26996
                     /gene="petN"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit N"
                     /translation="MDIVSLAWAALMVVFTFSLSLVVWGRSGL"
     gene            complement(28036..28140)
                     /gene="psbM"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbM,
                     position 1 - 104, E-Value 2.2e-26, score 95.0; blatX_hit
                     psbM_Stuberosum_GeSeq-SRS_v6, position 1 - 105, psl score
                     92.4, coverage 100.00%, match 92.38%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(28036..28140)
                     /gene="psbM"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit M"
                     /translation="MEVNILAFIATALFILVPTAFLLIIYVKTVSQND"
     gene            complement(28693..28766)
                     /gene="trnD-GUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(28693..28766)
                     /gene="trnD-GUC"
                     /annotator="Chloe"
                     /product="tRNA-Asp"
     gene            complement(29154..29237)
                     /gene="trnY-GUA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(29154..29237)
                     /gene="trnY-GUA"
                     /annotator="Chloe"
                     /product="tRNA-Tyr"
     gene            complement(29315..29387)
                     /gene="trnE-UUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(29315..29387)
                     /gene="trnE-UUC"
                     /annotator="Chloe"
                     /product="tRNA-Glu"
     gene            29739..29810
                     /gene="trnT-GGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            29739..29810
                     /gene="trnT-GGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            30901..31962
                     /gene="psbD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbD,
                     position 1 - 1062, E-Value 0, score 1109.4; blatX_hit
                     psbD_Soleracea_GeSeq-SRS_v6, position 1 - 1062, psl score
                     95.0, coverage 100.00%, match 94.92%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             30901..31962
                     /gene="psbD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D2"
                     /translation="MTIAVGQFTKDEKDLFDIMDDWLRRDRFVFVGWSGLLLFPCAYF
                     ALGGWFTGTTFVTSWYTHGLASSYLEGCNFLTAAVSTPANSLSHSLLLLWGPEAQGDF
                     TRWCQLGGLWTFVALHGAFGLIGFMLRQFELARSVQLRPYNAIAFSGPIAVFVSVFLI
                     YPLGQSGWFFAPSFGVAAIFRFILFFQGFHNWTLNPFHMMGVAGVLGAALLCAIHGAT
                     VENTLFEDGDGANTFRAFNPTQAEETYSMVTANRFWSQIFGVAFSNKRWLHFFMLFVP
                     VTGLWMSALGVVGLALNLRAYDFVSQEIRAAEDPEFETFYTKNILLNEGIRAWMAAQD
                     QPHENLIFPEEVLPRGNAL"
     gene            31946..33331
                     /gene="psbC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbC,
                     position 1 - 1385, E-Value 0, score 1469.4; blatX_hit
                     psbC_Soleracea_GeSeq-SRS_v6, position 1 - 1386, psl score
                     94.9, coverage 100.00%, match 94.81%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             31946..33331
                     /gene="psbC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 43 kDa protein"
                     /translation="VETLFNGTLALAGRDQETTGFAWWAGNARLINLSGKLLGAHVAH
                     AGLIVFWAGAMNLFEVAHFVPEKPMYEQGLILLPHLATLGWGVGPGGEVIDTFPYFVS
                     GVLHLISSAVLGFGGIYHALLGPETLEESFPFFGYVWKDRNKMTTILGIHLILLGIGA
                     FLLVFKALYFGGVYDTWAPGGGDVRKITNVTLSPSIILGYLLKSPFGGEGWIVSVDDL
                     EDIIGGHVWIGSICILGGIWHILTKPFAWARRALVWSGEAYLSYSLGALSVFGFIACC
                     FVWFNNTAYPSEFYGPTGPEASQAQAFTFLVRDQRLGANVGSAQGPTGLGKYLMRSPT
                     GEVIFGGETMRFWDLRAPWLEPLRGPNGLDLSRLKKDIQPWQERRSAEYMTHAPLGSL
                     NSVGGVATEINAVNYVSPRSWLATSHFVLGFFLFVGHLWHAGRARAAAAGFEKGIDRD
                     FEPVLSMTPLN"
     gene            complement(33513..33605)
                     /gene="trnS-UGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(33513..33605)
                     /gene="trnS-UGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            33920..34108
                     /gene="psbZ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbZ,
                     position 1 - 189, E-Value 6.6e-49, score 168.7; blatX_hit
                     psbZ_Soleracea_GeSeq-SRS_v6, position 1 - 189, psl score
                     96.3, coverage 100.00%, match 96.30%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             33920..34108
                     /gene="psbZ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit Z"
                     /translation="MTIAFQLAVFALIVTSSILLISVPVVFASPDGWSSNKNIVFSGT
                     SLWIGLVFLVGILNSLIS"
     gene            34372..34442
                     /gene="trnG-GCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            34372..34442
                     /gene="trnG-GCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     gene            complement(34582..34655)
                     /gene="trnfM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(34582..34655)
                     /gene="trnfM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(34814..35116)
                     /gene="rps14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps14,
                     position 1 - 302, E-Value 8e-86, score 290.0; blatX_hit
                     rps14_Vvinifera_GeSeq-SRS_v6, position 1 - 303, psl score
                     91.5, coverage 100.00%, match 91.42%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(34814..35116)
                     /gene="rps14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S14"
                     /translation="MAKKSLIEREKKRQKLEKKYHLIRRSSKKEISKVSSLSNKWEIH
                     VKLQSLPRNSAPTRLHRRCFLTGRPRANYRDFGLSGHILREMVHTCLLPGATRSSW"
     gene            complement(35243..37447)
                     /gene="psaB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaB,
                     position 1 - 2204, E-Value 0, score 2332.0; blatX_hit
                     psaB_Soleracea_GeSeq-SRS_v6, position 1 - 2205, psl score
                     95.1, coverage 100.00%, match 95.06%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(35243..37447)
                     /gene="psaB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A2"
                     /translation="MALRFPRFSQGLAQDPTTRRIWFGIATAHDFESHDDITEERLYQ
                     NIFASHFGQLAIIFLWTSGNLFHVAWQGNFESWVQDPLHVRPIAHAIWDPHFGQPAVE
                     AFTRGGALGPVNIAYSGVYQWWYTIGLRTNEDLFTGALFLLFLSVISLLAGWLHLQPN
                     WKPSVSWFKNAESRLNHHLSGLFGVSSLAWTGHLVHVAIPGARGQSVRWNNFLDVLPH
                     PKGLGPLLTGQWNLYAQNPDSSSHLFGTSQGAGTAILTLLGGFHPQTQSLWLTDIAHH
                     HLAIAFIFLVAGHMYRTNFGIGHSMKDLLEAHIPPGGRLGRGHKGLYDTINNSIHFQL
                     GLALASLGVITSLVAQHMYSLPAYAFIAQDFTTQAALYTHHQYIAGFIMTGAFAHGAI
                     FFIRDYNPEQNEDNVLARMLDHKEAIISHLSWASLFLGFHTLGLYVHNDVMLAFGTPE
                     KQILIEPIFAQWIQSAHGKTSYGFDVLLSSTSGPAFNAGRNIWLPGWLNAINENSNSL
                     FLTIGPGDFLVHHAIALGLHTTTLILVKGALDARGSKLMPDKKDFGYSFPCDGPGRGG
                     TCDISAWDAFYLAVFWMLNTIGWVTFYWHWKHITLWQGNVSQFNESSTYLMGWLRDYL
                     WLNSSQLINGYNPFGMNSLSVWAWMFLFGHLVWATGFMFLISWRGYWQELIETLAWAH
                     ERTPLANLIRWRDKPVALSIVQARLVGLAHFSVGYIFTYAAFLIASTSGKFG"
     gene            complement(37473..39725)
                     /gene="psaA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaA,
                     position 1 - 2252, E-Value 0, score 2416.9; 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(37473..39725)
                     /gene="psaA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A1"
                     /translation="MIIRSPEPEVKILVDRDPVKTSFEEWARPGHFSRTIAKGPETTT
                     WIWNLHADAHDFDSHTSDLEEISRKIFSAHFGQLSIIFLWLSGMYFHGARFSNYEAWL
                     SDPTHIGPSAQVVWPIVGQEILNGDVGGGFRGIQITSGFFQIWRASGITSELQLYCTA
                     IGALVFAALMLFAGWFHYHKAAPKLAWFQDVESMLNHHLAGLLGLGSLSWAGHQVHVS
                     LPINQFLNAGVDPKEIPLPHEFILNRDLLAQLYPSFAEGATPFFTLNWSKYAEFLTFR
                     GGLDPVTGGLWLTDIAHHHLAIAILFLIAGHMYRTNWGIGHSLKDILEAHKGPFTGQG
                     HKGLYEILTTSWHAQLSLNLAMLGSLTIVVAHHMYSMPPYPYLATDYGTQLSLFTHHM
                     WIGGFLIVGAAAHAAIFMVRDYDPTTRYNDLLDRVLRHRDAIISHLNWVCIFLGFHSF
                     GLYIHNDTMSALGRPQDMFSDTAIQLQPVFAQWIQNIHAVAPSATAPVATASTSLTWG
                     GGDLVAVGGKVALLPIPLGTADFLIHHIHAFTIHVTVLILLKGVLFARSSRLIPDKAN
                     LGFRFPCDGPGRGGTCQVSAWDHVFLGLFWMYNAISVVIFHFSWKMQSDVWGSISDQG
                     VVTHITGGNFAQSSITINGWLRDFLWAQASQVIQSYGSSLSAYGLFFLGAHFVWAFSL
                     MFLFSGRGYWQELIESIVWAHNKLKVAPATQPRALSIVQGRAVGVTHYLLGGIATTWA
                     FFLARIIAVG"
     gene            complement(40698..42784)
                     /gene="pafI"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     pafI_Oelata_GeSeq-SRS_v6, position 1 - 507, psl score
                     87.2, coverage 100.00%, match 93.49%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(40698..40852,41653..41880,42661..42784))
                     /gene="pafI"
                     /annotator="blatX"
                     /product="photosystem I assembly factor I"
                     /translation="MSRSRINGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAITLTPGNYIEAHNW
                     LKITGRFE"
     exon            complement(40698..40852)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=3
     CDS             complement(join(40698..40850,41651..41880,42661..42784))
                     /gene="pafI"
                     /annotator="Chloe"
                     /product="photosystem I assembly factor I"
                     /translation="MSRSRINGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSYILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSEIAEAWFDQAAEYWKQAITLTPGNYIEAHNW
                     LKITGRFE"
     intron          complement(40853..41652)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     exon            complement(42661..42784)
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(41653..41880)
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     intron          complement(41881..42660)
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(41651..41880)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     intron          complement(40851..41650)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     exon            complement(40698..40850)
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=3
     gene            43042..43128
                     /gene="trnS-GGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            43042..43128
                     /gene="trnS-GGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            complement(43350..43955)
                     /gene="rps4"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps4,
                     position 1 - 605, E-Value 5.1e-169, score 564.8;
                     blatX_hit rps4_Soleracea_GeSeq-SRS_v6, position 1 - 606,
                     psl score 91.6, coverage 100.00%, match 91.58%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(43350..43955)
                     /gene="rps4"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S4"
                     /translation="MSRYRGPRFKKIRRLGALPGLTNKRPRAGSDLRAQSRSGKRSQY
                     RIRLEEKQKLRFHYGITERQLLKYVRIARKAKGSTGQVLLQLLEMRLDNILFRLGMAP
                     TIPGARQLVNHRHILVNGRLVDIPSYRCKPQDTITAKDEQKSRALIQNYLDSSPPEEL
                     AKHLTLHPFPYKGLVNQIIDSKWVGLKINELLVVEYYSRQT"
     gene            complement(44312..44384)
                     /gene="trnT-UGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(44312..44384)
                     /gene="trnT-UGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            44891..45502
                     /gene="trnL-UAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(44891..44925,45453..45502)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     exon            44891..44925
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     intron          44926..45452
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     exon            45453..45502
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=2
     gene            45879..45951
                     /gene="trnF-GAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            45879..45951
                     /gene="trnF-GAA"
                     /annotator="Chloe"
                     /product="tRNA-Phe"
     gene            complement(46439..46915)
                     /gene="ndhJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhJ,
                     position 2 - 477, E-Value 1.7e-138, score 463.4;
                     blatX_hit ndhJ_Soleracea_GeSeq-SRS_v6, position 1 - 477,
                     psl score 92.3, coverage 100.00%, match 92.24%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(46439..46915)
                     /gene="ndhJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit J"
                     /translation="MQGRLSAWLAKRGLVHRSLGFDYQGIETLQIKPEDWHSIAVILY
                     VYGYNYLRSQCAYDVAPGGLLSSVYHLTRLEYGADQPEEVCIKVFATRSNPRIPSVFW
                     VWKSTDFQERESYDMLGISYDKHPRLKRILMPESWVGWPLRKDYIVPNFYEIQDAY"
     gene            complement(47039..47722)
                     /gene="ndhK"
                     /info="HMMER_hit ndhK, position 2 - 677, E-Value 1.7e-189,
                     score 632.2; blatX_hit ndhK_Soleracea_GeSeq-SRS_v6,
                     position 1 - 684, psl score 91.0, coverage 100.00%, match
                     90.94%; merged"
                     /annotator="HMMER, blatX; merged"
     CDS             complement(47039..47722)
                     /gene="ndhK"
                     /annotator="HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MNSIEFPLVGRITQNSVISTTSNDFSNWSRLSSLWPLLYGTSCC
                     FIEFASLIGSRFDFDRYGLVPRSSPRQADLILTAGTVTMKMAPSLVRLYEQMPEPKYV
                     IAMGACTITGGMFSTDSYSTVRGVDKLIPVDIYLPGCPPKPEAVIDAITKLRKKISRE
                     IYEDRIKSQQRNRCFTINHKFRVGRSIHTGNYAQGLLYKSKSPFISETLPETFFKYKN
                     SVSSHELVN"
     gene            complement(47039..47800)
                     /gene="ndhK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(47039..47800)
                     /gene="ndhK"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MAKRSIGMVLIPEYFDKKNKMEREIVMNSIEFPLVGRITQNSVI
                     STTSNDFSNWSRLSSLWPLLYGTSCCFIEFASLIGSRFDFDRYGLVPRSSPRQADLIL
                     TAGTVTMKMAPSLVRLYEQMPEPKYVIAMGACTITGGMFSTDSYSTVRGVDKLIPVDI
                     YLPGCPPKPEAVIDAITKLRKKISREIYEDRIKSQQRNRCFTINHKFRVGRSIHTGNY
                     AQGLLYKSKSPFISETLPETFFKYKNSVSSHELVN"
     gene            complement(47770..48132)
                     /gene="ndhC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhC,
                     position 1 - 362, E-Value 2e-96, score 325.0; blatX_hit
                     ndhC_Soleracea_GeSeq-SRS_v6, position 1 - 363, psl score
                     96.2, coverage 100.00%, match 96.14%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(47770..48132)
                     /gene="ndhC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit C"
                     /translation="MFILYEYDIFWAFLIISSVIPILAFLFSKILAPISKGPEKLSSY
                     ESGIEPMGDAWLQFRIRYYMFALVFVVFDVETVFLYPWAMSFDVLGVSVFIEALIFVL
                     ILIVGLVYAWRKGALEWS"
     gene            complement(49277..49951)
                     /gene="trnV-UAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(49277..49311,49913..49951))
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     exon            complement(49913..49951)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(49312..49912)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(49277..49311)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=2
     gene            50112..50184
                     /gene="trnM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            50112..50184
                     /gene="trnM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(50423..50824)
                     /gene="atpE"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpE_Vvinifera_GeSeq-SRS_v6, position 1 - 402, psl score
                     94.1, coverage 100.00%, match 94.03%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(50423..50824)
                     /gene="atpE"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit epsilon"
                     /translation="MTLNLCVLTPNRIVWNSEVKEIILSTNSGQIGVLPNHAPIATAV
                     DIGILRIRLNDQWLTMALMGGFARIGNNEITVLVNDAEKGSDIDPQEAQQTLEIAEAN
                     LKKAEGKRQIIEANLALRRARTRLEAINTIS"
     gene            complement(50821..52317)
                     /gene="atpB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpB,
                     position 1 - 1497, E-Value 0, score 1552.2; blatX_hit
                     atpB_Soleracea_GeSeq-SRS_v6, position 1 - 1497, psl score
                     93.6, coverage 100.00%, match 93.52%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(50821..52317)
                     /gene="atpB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF1 subunit beta"
                     /translation="MIINPIASGSGVSTLEKKNLGRIAQIIGPVLDVAFPPGKMPNIY
                     NALVVKGRDTAGQPINVTCEVQQLLGNNRVRAVAMSATDGLTRGMEVIDTGAPLSVPV
                     GGATLGRIFNVLGEPVDNLGPVDTRTTSPIHRSAPAFTQLDTKLSIFETGIKVVDLLA
                     PYRRGGKIGLFGGAGVGKTVLIMELINNIAKAHGGVSVFGGVGERTREGNDLYMEMKE
                     SGVINEQNIAESKVALVYGQMNEPPGARMRVGLTALTMAEYFRDVNEQDVLLFIDNIF
                     RFVQAGSEVSALLGRMPSAVGYQPTLSTEMGSLQERITSTKEGSITSIQAVYVPADDL
                     TDPAPATTFAHLDATTVLSRGLAAKGIYPAVDPLDSTSTMLQPRIVGEEHYEIAQRVK
                     ETLQRYKELQDIIAILGLDELSEEDRLTVARARKIERFLSQPFFVAEVFTGSPGKYVG
                     LAETIRGFQLILSGELDGLPEQAFYLVGNIDEATAKAMNLEMESKLKK"
     gene            53051..54478
                     /gene="rbcL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rbcL,
                     position 1 - 1425, E-Value 0, score 1496.8; blatX_hit
                     rbcL_Soleracea_GeSeq-SRS_v6, position 1 - 1428, psl score
                     94.0, coverage 100.00%, match 93.98%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             53051..54478
                     /gene="rbcL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribulose-1,5-bisphosphate carboxylase/oxygenase
                     large subunit"
                     /translation="MSPQTETKASVGFKAGVKDYKLTYYTPEYETLDTDILAAFRVTP
                     QPGVPPEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYHIEPVAGEENQYICYVA
                     YPLDLFEEGSVTNMFTSIVGNVFGFKALRALRLEDLRIPVAYIKTFQGPPHGIQVERD
                     KLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRF
                     LFCAEAIYKAQAETGEIKGHYLNATAGTCEEMIKRAVFARELGVPIVMHDYITGGFTA
                     NTSLAHYCRDNGLLLHIHRAMHAVIDRQKNHGMHFRVLAKALRLSGGDHIHAGTVVGK
                     LEGEREITLGFVDLLRDDFTEKDRSRGIYFTQSWVSTPGVLPVASGGIHVWHMPALTE
                     IFGDDSVLQFGGGTLGHPWGNAPGAVANRVALEACVQARNEGRDLAREGNTIIREACK
                     WSPELAAACEVWKEIKFEFQAMDTI"
     gene            55124..56587
                     /gene="accD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             55124..56587
                     /gene="accD"
                     /annotator="Chloe"
                     /product="acetyl-CoA carboxylase subunit beta"
                     /translation="MKKGRFHSRLFKKELEHGCVVSKSTDTLGPIENISSSKRKDSSV
                     NDIEKKSQSWRNSYWFPYSNVDNLLRFMDIRFFFSDDMSLLIDSKGDSYSIYFDIENQ
                     YFEIDSDHSFRNELLNSFSNLWDASFLNSRPKSGDTYNDRYTYDTKYSWNNSIKNCID
                     NYLYSQIRIKNSGSDNSIFSYILSESESRSEGGSLRTITNDSNLTRRENLDVTQKNRD
                     LWVQCENCYFLNFKKLFTNIHLNICEQCGYHLKMSSSYRIELLIDPGTWNPMDEDMVS
                     MDPLEFHSEEEPYKDRIDSYQRQTGLTEAVQTGIGQLNGIPVAIGVMDFEFMGGSMGS
                     VVGEKITRLIEYASNKLLPLIIVCASGGARMQEGSLSLMQMAKISSVLYDYQSNKKLF
                     YVSILTSPTTGGVTASFGMLGDIIIAEPNAYIAFAGKRVIEQTLNKTVPEGSQAAEYL
                     FHKGLFDPIVPRNLLKGVLSELFQLHAFFTVKKKVDI"
     gene            56988..57098
                     /gene="psaI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaI,
                     position 1 - 109, E-Value 8.2e-25, score 88.4; blatX_hit
                     psaI_Vvinifera_GeSeq-SRS_v6, position 1 - 111, psl score
                     89.2, coverage 100.00%, match 89.19%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             56988..57098
                     /gene="psaI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit I"
                     /translation="MTTINFPSILVPLVGLVFPAIAMASLFLHVQKNKIV"
     gene            57417..57971
                     /gene="pafII"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pafII,
                     position 2 - 553, E-Value 1.3e-148, score 496.7;
                     blatX_hit pafII_Soleracea_GeSeq-SRS_v6, position 1 - 555,
                     psl score 91.4, coverage 100.00%, match 91.35%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             57417..57971
                     /gene="pafII"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I assembly factor II"
                     /translation="MNWRSECIWIELITGSRKISNFGWAFILLLGSLGFVLVGISSYL
                     GRNFISLFPPQQILFFPQGIVMSFYGIAGLFISSYLWCTISLNVGSGYDFFDKKEGIV
                     CIVRRGFPGKNRRICLRFLIKDIQSIRIELKEGIYTRRVLYMEIRGQGAIPLTRTDEN
                     LTPREIEQKAAELAYFLRVPIEVF"
     gene            58322..59011
                     /gene="cemA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             58322..59011
                     /gene="cemA"
                     /annotator="Chloe"
                     /product="envelope membrane carbon uptake protein"
                     /translation="MEKKKAFIAFLYLVAIVFFPWWIVLSFQKSLESWFTCWWNTKQS
                     ETFLNDIQEKSFLKKFIELEELRLLDEMVKEYSETHLQKLRIGIHNETIQLIKMDNKD
                     CMHMILQFSTNIICFLILSGYSILGNKELILLNSWVKEFLYNLSDTIKAFSILLLTDL
                     CIGFHSPHGWELMIGSIYQDFGFAHNHQIISGLVSTFPVILDTVLKYWIFHYLNRVSP
                     SLVVIYHSMND"
     gene            59213..60175
                     /gene="petA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petA,
                     position 1 - 963, E-Value 9.5e-283, score 940.9;
                     blatX_hit petA_Soleracea_GeSeq-SRS_v6, position 1 - 963,
                     psl score 90.4, coverage 100.00%, match 90.34%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             59213..60175
                     /gene="petA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome f"
                     /translation="MQTINTFSWIKEQITRSISASLMIYIMTRPSSSNGYPIFAQQGY
                     ENPREATGRIVCANCHLANKPVDIEVPQAILPDTVFEAVIRIPYDMKLKQVLANGKKG
                     GLNVGAVLILPEGFELAPPDRISPEMKEKIRNLSFQSYRPQKKNILVIGPVSGQKYSE
                     IAFPILSPDPATKKDTHFLKYPIYAGGNRGRGQIYPDGSKSNNTVYNATAAGIVKQIL
                     RKEKGGYEITTVDALDGREVVDIIPPGPELLVSEGEFIKLDQPLTSNPNVGGFGQGDA
                     EIVLQDPLRVQGLLFFFASVILAQIFLVLKKKQFEKVQLSEMNF"
     gene            complement(61075..61197)
                     /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(61075..61197)
                     /gene="psbJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit J"
                     /translation="MADTTGRIPLWIIGTVAGILVIGLIGIFFYGSYSGLGSSL"
     gene            complement(61347..61463)
                     /gene="psbL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbL,
                     position 1 - 116, E-Value 2.7e-30, score 107.8; 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(61347..61463)
                     /gene="psbL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit L"
                     /translation="TTQSNPNEQNVELNRTSLYWGLLLIFVLAVLFSNYFFN"
     gene            complement(61491..61610)
                     /gene="psbF"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbF,
                     position 1 - 120, E-Value 4.5e-34, score 119.6; blatX_hit
                     psbF_Vvinifera_GeSeq-SRS_v6, position 1 - 120, psl score
                     96.7, coverage 100.00%, match 96.67%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(61491..61610)
                     /gene="psbF"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit beta"
                     /translation="MTIDRTYPIFTVRWLAVHGLAIPTVFFLGSISAMQFIQR"
     gene            complement(61619..61870)
                     /gene="psbE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbE,
                     position 1 - 252, E-Value 4.5e-75, score 254.2; blatX_hit
                     psbE_Vvinifera_GeSeq-SRS_v6, position 1 - 252, psl score
                     95.3, coverage 100.00%, match 95.24%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(61619..61870)
                     /gene="psbE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit alpha"
                     /translation="MSGSTGERSFADIITSIRYWVIHSITIPSLFIAGWLFVSTGLAY
                     DVFGSPRPNEYFTENRQGIPLITGRFDSLEQLDEFSRSF"
     gene            63054..63149
                     /gene="petL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petL,
                     position 1 - 96, E-Value 2.3e-23, score 85.8; 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             63054..63149
                     /gene="petL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit L"
                     /translation="MPTLTSYFGFLLAALTITSVLFIGLNKIRLI"
     gene            63292..63405
                     /gene="petG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     petG_Eguineensis_GeSeq-SRS_v6, position 1 - 114, psl
                     score 98.3, coverage 100.00%, match 98.25%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             63292..63405
                     /gene="petG"
                     /annotator="Chloe, blatX; merged"
                     /product="cytochrome b6/f subunit G"
                     /translation="MIEVFLFGIVLGLIPITLAGLFVTAYLQYRRGDQLDF"
     gene            complement(63528..63601)
                     /gene="trnW-CCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(63528..63601)
                     /gene="trnW-CCA"
                     /annotator="Chloe"
                     /product="tRNA-Trp"
     gene            complement(63748..63821)
                     /gene="trnP-UGG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(63748..63821)
                     /gene="trnP-UGG"
                     /annotator="Chloe"
                     /product="tRNA-Pro"
     gene            64270..64398
                     /gene="psaJ"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             64270..64398
                     /gene="psaJ"
                     /annotator="Chloe"
                     /product="photosystem I subunit J"
                     /translation="MRDLKTYLSVAPVLSTLWFGSLAGLLIEINRFFPDALTFPFF"
     gene            64837..65037
                     /gene="rpl33"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl33,
                     position 1 - 200, E-Value 3.3e-49, score 169.7; blatX_hit
                     rpl33_Soleracea_GeSeq-SRS_v6, position 1 - 201, psl score
                     91.1, coverage 100.00%, match 91.04%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             64837..65037
                     /gene="rpl33"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L33"
                     /translation="MAKGKDVRVKVILECNSCVRKSVNKESRGVSRYITQKNRHNTPS
                     RLELRKFCSYCYKHTIHGEIKK"
     gene            65251..65556
                     /gene="rps18"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps18_Soleracea_GeSeq-SRS_v6, position 1 - 306, psl score
                     93.5, coverage 100.00%, match 93.46%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             65251..65556
                     /gene="rps18"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein S18"
                     /translation="MDKSKRPFIKSKRSFRRRLPPIQPGDRIDYRNMSLISRFISEQG
                     KILSRRVNRLTLKQQRLITIAIKQARILSLLPFLNNEKQFERTESTNRTYSLRTKNK"
     gene            complement(65787..66173)
                     /gene="rpl20"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl20_Soleracea_GeSeq-SRS_v6, position 1 - 387, psl score
                     90.7, coverage 100.00%, match 90.70%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(65787..66173)
                     /gene="rpl20"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L20"
                     /translation="MTRVKRGYIARRRRTKIRLFASTFRGAHSRLTRIIAQQKIKALV
                     SAHRDRDRQKRDFRRLWITRINAVIRERGVYYNYSIFIHNLYKKQLLLNRKVLAQIAI
                     LNRNCLYMISNEIIQKEDWKECPEII"
     gene            join(complement(66938..67051),135221..136014)
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rps12-fragment_Ptrichocarpa_GeSeq-SRS_v6, position 1 -
                     114, psl score 93.9, coverage 30.65%, match 28.76%,
                     fragment match 93.86%; 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(66938..67051),135221..135452,
                     135989..136014)
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRKPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSKYGVKKPK"
     gene            complement(66917..67051)
                     /gene="rps12"
                     /info="HMMER_hit rps12, position 1 - 115, E-Value 4.3e-26,
                     score 93.9"
                     /annotator="HMMER"
     CDS             complement(66917..67051)
                     /gene="rps12"
                     /annotator="HMMER"
     CDS             join(complement(66938..67051),135221..135451,
                     135988..136014)
                     /gene="rps12"
                     /annotator="blatX"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNTRKPIRNVTKSPALRGCPQRRGTCTRVYTITPKK
                     PNSALRKVARVRLTSGFEITAYIPGIGHNLQEHSVVLVRGGRVKDLPGVRYHIVRGTL
                     DAVGVKDRQQGRSQYGVKKPK"
     exon            complement(66938..67051)
                     /gene="rps12"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     gene            complement(67180..69239)
                     /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(67180..67407,67995..68286,69169..69239))
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /product="ATP-dependent Clp protease proteolytic subunit
                     1"
                     /translation="MPIGVPKVPFRSPGEEDASWVDVYNRLYRERLLFLGQEVDSEIS
                     NQLIGLMVYLSIEDDTKDLYLFINSPGGWVIPGVAIYDTMQFVRPDVHTICMGLAASM
                     GSFILVGGEITKRLAFPHARVMIHQPASSFYEAQTGEFILEAEELLKLRETLTRVYVQ
                     RTGKPLWVVSEDMERDIFMSATEAQAHGIVDLVAVE"
     exon            complement(69169..69239)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(68287..69168)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(67995..68286)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     intron          complement(67408..67994)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     exon            complement(67180..67407)
                     /gene="clpP1"
                     /annotator="Chloe, blatX; merged"
                     /number=3
     gene            69666..71192
                     /gene="psbB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbB,
                     position 1 - 1526, E-Value 0, score 1567.7; blatX_hit
                     psbB_Soleracea_GeSeq-SRS_v6, position 1 - 1527, psl score
                     93.2, coverage 100.00%, match 93.12%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             69666..71192
                     /gene="psbB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 47 kDa protein"
                     /translation="MGLPWYRVHTVVLNDPGRLISVHIMHTALVAGWAGSMALYELAV
                     FDPSDPVLDPMWRQGMFVIPFMTRLGITNSWGGWSITGGTINDPGIWSYEGVAGAHIM
                     FSGLCFLAAIWHWVYWDLEIFSDERTGKPSLDLPKIFGIHLFLSGVACFGFGAFHVTG
                     LYGPGIWVSDPYGLTGKVQPISPAWGVEGFDPFVPGGIASHHIAAGTLGILAGLFHLS
                     VRPPQRLYKGLRMGNIETVLSSSIAAVFFAAFVVAGTMWYGSATTPIELFGPTRYQWD
                     QGYFQQEIYRKVSAGLAENQSLAEAWSKIPEKLAFYDYIGNNPAKGGLFRAGSMDNGD
                     GIAVGWLGHPIFREKDGRELFVRRMPTFFETFPVVLIDGDGIVRADVPFRRAESKYSV
                     EQVGVTVEFYGGELNGISYSDPATVKKYARRAQLGEIFELDRATLKSDGVFRSSPRGW
                     FTFGHASFALLFFFGHIWHGARTLFRDVFAGIDPDLDAQVEFGTFQKLGDPTTRRQGV
                     "
     gene            71331..71435
                     /gene="psbT"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psbT_Stuberosum_GeSeq-SRS_v6, position 1 - 105, psl score
                     90.5, coverage 100.00%, match 90.48%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             71331..71435
                     /gene="psbT"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem II subunit T"
                     /translation="MEALVYTFLLVSTLGIIFFAIFFREPPKVPTKKG"
     gene            complement(71511..71642)
                     /gene="pbf1"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pbf1,
                     position 1 - 132, E-Value 1e-36, score 128.0; blatX_hit
                     pbf1_Soleracea_GeSeq-SRS_v6, position 1 - 132, psl score
                     97.0, coverage 100.00%, match 96.97%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(71511..71642)
                     /gene="pbf1"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem biogenesis factor 1"
                     /translation="METATLVAIFISGLLVSFTGYALYTAFGQPSQQLRDPFEEHGD"
     gene            71747..71968
                     /gene="psbH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbH,
                     position 1 - 220, E-Value 1.3e-56, score 193.7; 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             71747..71968
                     /gene="psbH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit H"
                     /translation="MATQTIEGSSRSRPKPTTIGVLLKPLNSEYGKVAPGWGTTPLMG
                     VAMSLFAIFLCIILEIYNSSVLLDGISMN"
     gene            72110..73541
                     /gene="petB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(72110..72115,72900..73541)
                     /gene="petB"
                     /annotator="Chloe"
                     /product="cytochrome b6"
                     /translation="MSKVYDWFEERLEIQSIADDITSKYVPPHVNIFYCLGGITLTCF
                     LVQVATGFAMTFYYRPTVTEAFASVQYIMTEANFGWLIRSVHRWSASMMVLMMILHVF
                     RVYLTGGFKKPRELTWVTGVVLAVLTASFGVTGYSLPRDQIGYWAVKIVTGVPDAIPV
                     VGSPLVELLRGSASVGQSTLTRFYSLHTFVLPLLTAVFMLMHFLMIRKQGISGPL"
     exon            72110..72115
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     intron          72116..72899
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     exon            72900..73541
                     /gene="petB"
                     /annotator="Chloe"
                     /number=2
     gene            73736..74926
                     /gene="petD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(73736..73743,74452..74926)
                     /gene="petD"
                     /annotator="Chloe"
                     /product="cytochrome b6/f subunit IV"
                     /translation="MGVTKKPDLNDPVLRAKLAKGMGHNYYGEPAWPNDLLYIFPVVI
                     LGTIACNVGLAVLEPSMIGEPADPFATPLEILPEWYFFPVFQILRTVPNKLLGVLLMV
                     SVPAGLLTVPFLENVNKFQNPFRRPVATTVFLVGTAVALWLGIGATLPIDKSLTLGLF
                     "
     exon            73736..73743
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     intron          73744..74451
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     exon            74452..74926
                     /gene="petD"
                     /annotator="Chloe"
                     /number=2
     gene            complement(75065..76054)
                     /gene="rpoA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(75065..76054)
                     /gene="rpoA"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit alpha"
                     /translation="MVREKIRVSTRTLQWKCIESRTDSQCLYYGRFILSPLMKGQADT
                     IGIAIRRALLGEMEGTCITRAKSDKIPHEYSTVIGIQESVHEILINLKEIILRSNLYG
                     ICEASICVRGPRCITAQDLILPAYVEIVDNTQHIASLTEPIYLCIGLQLERNRGYHIT
                     SPNNFENGSYPIDALFMPVRNVNHSIHSYGNGNEKQEILFLEIWTNGSLTPKEALYEA
                     SRNLIDLFIPFLHAEEENLHLGDNQYKVSLPLFTFHDRLAQLRKKKMAFKSIFIDQLE
                     LPPRIYNCLKKSNIHTLANLLSQEDLIKIEHFNIEDVNKIFDTLEKHLGIELH"
     gene            complement(76124..76540)
                     /gene="rps11"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps11,
                     position 1 - 416, E-Value 3.1e-119, score 399.7;
                     blatX_hit rps11_Soleracea_GeSeq-SRS_v6, position 1 - 417,
                     psl score 92.1, coverage 100.00%, match 92.09%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(76124..76540)
                     /gene="rps11"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S11"
                     /translation="MAKTIPKIGSRKNGRISSRKSARKIPKGIIHVQASFNNTIVTVT
                     DVRGRVVSWASAGTCGFRGTKRGTPFAAQTAAGNAIRTVVEQGMQRAEVMIKGPGLGR
                     DAALRAIRRSGILLSFVRDVTPMPHNGCRPPKKRRV"
     gene            complement(76679..76792)
                     /gene="rpl36"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl36,
                     position 1 - 114, E-Value 2.5e-27, score 98.1; blatX_hit
                     rpl36_Soleracea_GeSeq-SRS_v6, position 1 - 114, psl score
                     95.7, coverage 100.00%, match 95.61%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(76679..76792)
                     /gene="rpl36"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L36"
                     /translation="MKIRASVRKICEKCRLIRRRGRIIVICSNPKHKQRQG"
     gene            complement(76978..77118)
                     /gene="infA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(76978..77118)
                     /gene="infA"
                     /annotator="Chloe"
                     /product="translational initiation factor 1"
                     /translation="MKEQSGMFWVRLDNEDHILDYISLIKGYDGVLYVSEDRVKIEVV
                     YD"
     gene            complement(77172..77576)
                     /gene="rps8"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps8,
                     position 1 - 405, E-Value 1.9e-102, score 345.2;
                     blatX_hit rps8_Soleracea_GeSeq-SRS_v6, position 1 - 405,
                     psl score 90.7, coverage 100.00%, match 90.62%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(77172..77576)
                     /gene="rps8"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S8"
                     /translation="MGRDTIADIITSIRNADMNRKGTVRIASTNITENIVKILLREGF
                     IENVRKHQEGKKTFFVLTLRHRRNRKVLYRNTLYLKRVSRPGLRIYSNYQGIPRILGG
                     MGVVILSTSRGIMTDREARREGIGGEILCYIW"
     gene            complement(77702..78067)
                     /gene="rpl14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl14,
                     position 1 - 368, E-Value 8.5e-100, score 335.9;
                     blatX_hit rpl14_Soleracea_GeSeq-SRS_v6, position 1 - 366,
                     psl score 90.8, coverage 100.00%, match 90.71%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(77702..78067)
                     /gene="rpl14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L14"
                     /translation="MIQPQTYLTVADNSGAKKLMCIRIIGASNRRYARIGDVVVAVIK
                     EAIPNSPLERSEVIRAVIVRTCKELKRDNGIIIRYDDNAAVIVDQEGNPKGTRVFGAI
                     ARELRQNFTKIVSLAPEVL"
     gene            complement(78172..79437)
                     /gene="rpl16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(78172..78570,79429..79437))
                     /gene="rpl16"
                     /annotator="Chloe"
                     /product="ribosomal protein L16"
                     /translation="MLSPKRTRFRKQHRGRLKGISYRGNHMCFGRYALQALEPSWITS
                     RQIEAGRRAMTRNARRGGKIWVRIFPDKPITVRPAETRMGSGKGSPEYWVAVVKPGRI
                     LYEINGVSENIARRAISIAASKMPIRTQFIISG"
     exon            complement(79429..79437)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(78571..79428)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(78172..78570)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(79576..80232)
                     /gene="rps3"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps3,
                     position 1 - 655, E-Value 7.8e-164, score 547.2;
                     blatX_hit rps3_Soleracea_GeSeq-SRS_v6, position 1 - 657,
                     psl score 90.5, coverage 100.00%, match 90.41%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(79576..80232)
                     /gene="rps3"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S3"
                     /translation="MGQKINPLGFRLGTTQSHYSLWFAQPKNYSKGLQEDEKIRDYIK
                     NFVQKNTRTSSGVEGIGRIEIQKRIDLIQVIIYMGFPKLLIENRLRGIEDLKINVQKE
                     LNCVNRKLNIAISRIAKPYGHPNILAEFLAGQLKNRISFRKAMKKAIELTEQADTKGI
                     QIQIAGRIDGKEIARIEWIREGRVPLQTIRAKIDYCAYTVRTIYGVLGIKIWIFIDDK
                     "
     gene            complement(80234..80707)
                     /gene="rpl22"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(80234..80707)
                     /gene="rpl22"
                     /annotator="Chloe"
                     /product="ribosomal protein L22"
                     /translation="MKRKKRRDDVYALGQYISMSAHKARRVIDQIRGRSYEETLMILE
                     LMPYRACYPIFKLIYSAASNAGHNKGFNKADLIIFKAEVNKGTTMKKLKPQARGRSYM
                     IKRPTCHITIVLKDITYYGDIEEYIQSLSKTNQHKVFLNPAFVEYLEFFLLNTMR"
     gene            complement(80771..81049)
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps19,
                     position 1 - 278, E-Value 4.4e-75, score 254.7; blatX_hit
                     rps19_Soleracea_GeSeq-SRS_v6, position 1 - 279, psl score
                     93.2, coverage 100.00%, match 93.19%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(80771..81049)
                     /gene="rps19"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVANHLLKKIDKLNTKAEKEIIVTWSRASTIIPTM
                     IGHTIAIHNGREHLPIYITDRMVGHKLGEFAPTLNFRGHAKNDNKSRR"
     repeat_region   80793..106340
                     /note="inverted repeat B (IRB)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
     gene            complement(81108..81932)
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl2,
                     position 1 - 823, E-Value 8.9e-254, score 844.8;
                     blatX_hit rpl2_Stuberosum_GeSeq-SRS_v6, position 1 - 825,
                     psl score 96.9, coverage 100.00%, match 96.85%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(81108..81932)
                     /gene="rpl2"
                     /annotator="HMMER, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLFKTSPPSTRNGAVDNQVKSNPRNNLIYGQRRCGKGRNAR
                     GIITARHRGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYGDGEKRYI
                     LHPRGAIIGDTIVSGPEVPIKMGNALPLTDMPLGTAIHNIEITRGKGGQLARAAGAVA
                     KLIAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVV
                     RGVVMNPVDHPHGGGEGRAPIGRKNPTTPWGYPALGKRSRKRNKYSDNFIIRRRSK"
     gene            complement(82231..82304)
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(82231..82304)
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            82371..89051
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             82371..89051
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MTGYQFKSCIFELREILREIKNDHYFLDSWAQFNSVGSFIHIFV
                     HQERFRKLFDLRILSILLSRNSQGSTSNRYFTIKGVLLFVVVVLLYRINNRNMVERKN
                     LYLLGLLSIPINCIGPRNDTLEKSFWSSNINRLIVSLLYLPKGKKISASCFLDPKDST
                     STWFLPITKKCIMPESNRGSQWWRNWIGKKRDSSCKISNETVAGIEISFKEKDIKYLE
                     FFFVYYMDDPISKDHDWELFDGLSLKRRRNLNSGQLFEILVKHWICYLMSAFREKIPI
                     EVEGFFKQQGAGSTIQSNDIEHVSHLFSRNKWAISLQNCAQFHMWQFHQDLFVRWGKN
                     LYESDFLRNVSRENWIWLDNVWLVNKDPFFNKVRNVSSNIQSTRSSFVQVTDSSQLKG
                     SSDQSRDRLDSISNADSEYHTLINKREIQQLKESSILRDPSFLQTEGTEIESDRFSKC
                     LSGYSSMPQLFTEREKQVIIHLLPEEIEELLDNPTRSIRSFLSGRWSELHLGSNPTEK
                     PTRDQKLLKKHLVVSFVPSWRSENKEMINIFKIIMYLQNSVSIHPISSDPGWDMVPKD
                     EPDMGSSDKISFLFFYLFHLFHDRNSGGYTLHHDFESEERFQEMADLFTLSITKPDLV
                     YHKGFAFSIDSCGLDQKQFLNEVVNSRDESKKKSLLVLPPFFYEENAFFYRRIRKKWV
                     RISCGNYLEDRKQKRVVFASNNKMEAVNQNQYILIRNLIQIQYSTYGYIRNVLNRSDH
                     SFEYGIKRDQIGNDTLNHRTIRKYTINQHLSNLKKSQKKRFDPLIFFSRTERFMNRDP
                     DAYRYKWFNGSKNLQEHFVSEQRSRFQVVFDRLRINQYSIDWSEVIDKKDLSKSLRFF
                     LSKLLLFLSKLLLFVSNSLPFFFVSFGNIPIHRSEIHISELKGPKDQLYNPLLESIGL
                     QIVHLKKLKAFVLDDHDTFQKSKFFINGGTISPFLFNKIPKWMIDSFHTINNPRKSFG
                     NTDSYFSMISHDQNNWLNPVKPFHRSSLISSFYKANRLRFLNNPHHFCSKRFLFYMEK
                     ARINYYDFTSKQFRDILFIRFSLCVGKKKHAFLERDLISPIESEVSNIFIPNDFTIRS
                     DLFVRRTIYSITDVSGTPLTEGQIVHFERTFCQPLSDMNLSDSERKNLHQYLNLNSNM
                     GLIYTPCSEKYLPSEKRKKQSLCLKKCVEKGQMYRTFQRDSAFSTLSKWNLFQTYMPW
                     FLTSTGYKYLNFLFVDTFSDLLPILSSSQKFLSFFHDIMHGSYISWRILQKKVCLPQW
                     NLISEISNKCLHNLLLSEEMIHRNNESLLIWAHLGSPNVREFFYSIFFLLLVAGYLVR
                     THLLFVFRASSELQTEFEKVKSLMTPSYMIELRKLLDRYPTSESNSFWLKNLCLVALE
                     QLGDSLEEIRGSASGGNMPLGGGPAYGVKSIRSNKKDFNINLIDLLSIIPNPINRITF
                     SRNTRHLSHTSKEIYSLIRKRVNGDWIEDKIESWVASSDSIDEEERELLVQFSTLTRE
                     KRSDKILLSLTHSDHLLKNDSGYQMIEQPGAIYLRDLVDIHKKYLMNYEFNTSCLAER
                     RVFLAHYQTITYSQTSCGANRFHFPSHGKPFSLRLALSLSRGILVIGSIGTGLSYLVK
                     YLATNSYAPFITVFLNKFLDNKLKGFLIDASDDIDRDLDMELELLTMMNVLTMDMMPE
                     IDPFSITLQVELAKAMSPCIISISNIHDLDVNESNYLSLGLLVNYLYRDCERGSTRNI
                     LVIASTHIPQKVDSALLAPNNLNTCIKIRRLLIPQQRKHFFTLSYTRGFRLEKKMFHT
                     NGFGSITMGSNVRDLVALTNEALSISITQKKSIIYTNTIRSALHRQTWDLRSQVRSVQ
                     DHGIFFYQIGRAVAQNVLLSNCPIDPISIYMKKKSCNEGHSSLYKWYFELGTSMKKLM
                     ILLYLLSCSAGLVAQDLWSLPGPDEKNGITSYGLVENDSDLVHGLLKALVGSPRTEKD
                     CSQFDNDRVTLFLRPELRNPLDMMQNGSCSILDHRFLYEKYESELEKRGVALDPQQIE
                     EDLFNPIVWAPRIWNPRSFLFDCIERPNELGFPYWAGSLRGKRIIYDEEDELQENDSE
                     FLQSGTMQYQTRDRSSKEQGFLQFIWDPADPLFFLSKDQPFVSVFSHREFFADEEMSK
                     GLLTSQKDTPISIYKRWFIKNTQEKHFELLINRQRWLRTNSSLSNGSFRSNTLSESYQ
                     YLSNMFLSNGTLLDQMTKTLLRKRWLFPDEMKFGFM"
     gene            complement(89919..89999)
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(89919..89999)
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(90588..92784)
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Soleracea_GeSeq-SRS_v6, position 1 - 1533, psl score
                     97.4, coverage 100.00%, match 98.63%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(90588..91343,92008..92784))
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit B"
                     /translation="MIWHVQNENFILDSTRIFMKAFHLLLFDGSFIFPECILIFGLIL
                     LLMIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREEPMISFSGNFQTNNFNEIFQF
                     LILLCSTLCIPLSVEYIECTEMALTEFLLFVLTATLGGMFLCGANDLITIFVAPECFS
                     LCSYLLSGYTKKDVRSNEATTKYLLMGGTSSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNSPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSKVAA
                     SASATRIFDIPFYLSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQIGY
                     VIIGIIVGDSNDGYASMITYMLFYISMNLGTFACIVLFGLRTGTDNIRDYAGLYTKDP
                     FLALSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYFLVLIGLLTSILSIYYYLKI
                     IKLLMTGRNQEITPHVRNYRRSPLRSKNSIELSMIVCVIASTIPGISMNPIIAIAQDT
                     LF"
     exon            complement(92008..92784)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(91344..92007)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(90588..91343)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            complement(93013..93480)
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 3.3e-147, score 492.4;
                     blatX_hit rps7_Soleracea_GeSeq-SRS_v6, position 1 - 468,
                     psl score 98.6, coverage 100.00%, match 98.50%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(93013..93480)
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTVEEKMAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAVKKIQQKTETNPLSVLRQAIRGVTPDIAVKARRVGGSTNQVPIEIGSTQGKALAIR
                     WLLGAARKRPGRNMAFKLSSELVDAAKGSGDAIRKKEETHRMAEANRAFAHFR"
     exon            complement(93534..93560)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            complement(93534..93559)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     intron          complement(93560..94095)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     intron          complement(93561..94096)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     exon            complement(94096..94327)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     exon            complement(94097..94327)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     gene            95849..95920
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            95849..95920
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     gene            96145..97635
                     /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            96145..97635
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            97928..98940
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(97928..97964,98906..98940)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            97928..97964
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          97965..98905
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            98906..98940
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            99003..99875
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(99003..99040,99841..99875)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            99003..99040
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          99041..99840
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            99841..99875
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            100031..100581
                     /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            100031..100581
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            100031..102844
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3233.5; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            100031..102645
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            100031..102645
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          102646..102844
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            100031..102844
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            100598..101258
                     /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            100598..101258
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            101290..102844
                     /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            101290..102844
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            102947..103049
                     /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            102947..103049
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            103301..103421
                     /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            103301..103421
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            103652..103725
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            103652..103725
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(104082..104153)
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(104082..104153)
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            104474..109942
                     /gene="ycf1"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             104474..109942
                     /gene="ycf1"
                     /annotator="Chloe"
                     /product="Ycf1 protein"
                     /translation="MIFRSFLLGNLLSLCMKIINSVVVVGLYYGFLTTFSIGPSYLFL
                     LRARVMEEGEEGTEKKVSATTGFIMGQLMMFISIYYTPLHLALGRPHTITVLALPYLL
                     FHFFWNNHKNFFFFGSTSRNSMRNLSIQCVFLNNLIFQLFNHFILPSSMLARLVNIYM
                     FRCNNKILFVTSSFVGWLIGHILFMKWVGLLLVWIQQNHSIRSNVLIRSNKYLVSDSM
                     ARIFSILLFITCVYYLGRMPSPIFTKKLKENSERKEIEEEIDVEIEKTSETKETKQEE
                     EGFTEEDPPPSLFSDEKEDPDKMDETEKIRVNGKDKTKDEFNLHLKEACYKNSPTYYS
                     GNQDISKLEILKEEKKNLFWFEKPLLSLLFDYKRWNRPTRYIKNNRFENAVRNEMSQY
                     FFYTCKNDGKQRISFTYPPSLSIFWEMIQRKISLSTIEKFLYDELYNYWIYNNEQKKN
                     SLSNEFTNRIAVLDKGLFYIDGLDKKTRLCNEKTKKEYLPKINDPFLNGSYRGIIKKC
                     FSPSIINETAVKNRIDGIFINKIHSILSNDYNYHEFEQKKDAFNKKLKEIRHFMQLMS
                     QFYGESTFNLKGISLLPEEVKIGLEDQEKFCKFLVDAIIGLKINKKLIKKAIGIKDIS
                     KKVTCWSYKLIDDLEQQERKNEDDVPRDHQIRSRKAKRVVIFNNNEDNIKINNIDLKK
                     SNQEVALIRYSQQSDFRRNIIKGSMRVQRRKIHFLELFQANIHSPLFLDRIDKSYFSS
                     VNISKIIKQIFRNYKGKTREFQNSDYTEEEKKEEEKKKEYKINEEKRKEKTRIEIAEA
                     WDKIIFAQVIRGLMLVTQSIFRKYFLLPFLIIAKNMGRIVLFQLPEWSEDFEEWNKEM
                     HVKCTYNGVQLSETEFPKNWLKDGIQIKILFPFCIKPWHRSKLRPSYQEQMKKQTKKD
                     NFCFLTIWGLETEFPFGSSRKRPSFFKPIYKKFNKKIFQFTRKYFQVLKIVIVKEKIE
                     FFLKVPNEIKKNFSMVSQMVRQIRVFGFGEESSEIKKEKDLTMNNYMVHESSIQKSKP
                     FINWTNYSDSVTEQKTQNLANRTKTIINQIEKENRFQTIKFIIKPNKTPYDTQNLESP
                     QNLSKILKRRNTRLIRKSKIFKNFFRERISVDIFLYIINISQINIKLFLESTKNFSEK
                     PIDNNKKNQERINKINKKTIKFIKSLFYIINHIHKNLKIISNLSFLSQAYIFFKLLQA
                     EFINFYKLKLTSVLQYRGTQGKIPSKLKTENYGLNQWKNMLKFKSNYQYDLSQINWFQ
                     LGPKNWRNGVTEYCEIEKKNFQKTKRNSYKKNELLNYKNNSENLFFFLRDQKDNFQKN
                     YRYNILSYNFFFFEDKKDSYSYGEPLQVNKKKEFSYIYNYNISKDKFIYMWWSIPIDN
                     LLRKKMILDIETNTDRKYCDWKIIFFFLRNKIDIEAWINISNSTKNIKIEPKYKIVDK
                     MEKKDIFYRIIYQEIYQLNKKLLDWMGMNEEILSRPILNLEFLFFPEFFNAYKMKPWV
                     IPINSLFSNCNVSDNFCEKKKANTFTTSIISKKKLENRNQNEKELISQRKSGSDVQKN
                     YESLSSNRQKNIKENYIESYIKNRIKKKQDKSSPEAELNLFLKRFLFFQLKWDNSLNK
                     KLINNIKVYSLLLRLKNPREITISSIERREMSLNIMLIQKNLTLTQLIKGRIFIIEPI
                     RLSVKDDGEFLRYQTIGISFIHKSKHQNNQNIDNIDKSNSDEWIPRYQTAIKTRDKNY
                     FFLRVPAKVFSSRRRKELRILICLNSSNNNGSYRNTGSYNGNQIKKGSQFCDENNQKL
                     NVFFWPNYQLEDLAGMNRYWFNTNNGSRFSILRIHMYP"
     misc_feature    106341..123207
                     /note="small single copy (SSC)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
     gene            110209..110472
                     /gene="rps15"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             110209..110472
                     /gene="rps15"
                     /annotator="Chloe"
                     /product="ribosomal protein S15"
                     /translation="MNKNALISHEKKEENKGSVEFQVLCFTNKIRILTSHLELHKKDY
                     SSQRGLRQILGKRQRLLVYLSKKNRIRYKELISQLKIRELKTR"
     gene            110594..111775
                     /gene="ndhH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhH,
                     position 1 - 1182, E-Value 0, score 1142.2; blatX_hit
                     ndhH_Soleracea_GeSeq-SRS_v6, position 1 - 1182, psl score
                     91.2, coverage 100.00%, match 91.12%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             110594..111775
                     /gene="ndhH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit H"
                     /translation="MTVPITRKDLMIVNLGPHHPAMHGVLRLIVTLDGEEVIDCEPIL
                     GYLHRGMEKIAENRTIIQYLPYVTRWDYLATMFTEAITVNGPELLGNIQVPKRASYIR
                     VIMLELSRIASHLLWLGPFMADIGAQTPFFYIFRERELIYDLFEAATGMRMMHNFFRI
                     GGVAADLPYGWIDKCLDFCDYFLMGLAEYQQLITRNPIFLERVEGVGVIGEEEAINWG
                     LSGPMLRSSGILWDLRKVDHYECYDEFDWEVQWQKEGDSLARYLVRIGEMAESIKIIQ
                     QALEGIPGGPYENLEIRRFDRIKYPEWNDFEYRFISKKPSPTFELSKQELYVRVEAPK
                     GELGIFLIGNRSVFPWRWKIRPPGFINLQILPQLVKKMKLADIMTILGSIDIIMGEVD
                     R"
     gene            111777..113826
                     /gene="ndhA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhA_Soleracea_GeSeq-SRS_v6, position 1 - 1098, psl score
                     89.9, coverage 99.18%, match 91.17%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(111777..112328,113290..113826)
                     /gene="ndhA"
                     /annotator="blatX"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIIDTTKIQNINSFYRLESLKEIYVTIWILFPILILVLGITIGV
                     LVIVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLLFKENLLPSRGDIRLFSIGP
                     SIAVISILLSYSVIPFGYNFVLTDLSIGVFLWIAISSIAPIGLLMSGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTIDIVEAQSKYGILGWNLWRQPIGFIVF
                     IISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYVASYLNLLISSLFVTVLYL
                     GGWDFSIPDMFIPEFFELNKEGVFGTTLGILITLAKTFLFLFIPIATRWTLPRLRMDQ
                     LLNLGWKFLLPISLGNLLLTTSSQLLSL"
     exon            111777..112328
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     CDS             join(111777..112329,113291..113826)
                     /gene="ndhA"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIIDTTKIQNINSFYRLESLKEIYVTIWILFPILILVLGITIGV
                     LVIVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLLFKENLLPSRGDIRLFSIGP
                     SIAVISILLSYSVIPFGYNFVLTDLSIGVFLWIAISSIAPIGLLMSGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTIDIVEAQSKYGILGWNLWRQPIGFIVF
                     IISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYVASYLNLLISSLFVTVLYL
                     GGWDFSIPDMFIPEFFELNKEGVFGTTLGILITLAKTFLFLFIPIATRWTLPRLRMDQ
                     LLNLGWKFLLPISLGNLLLTTSSQLLSL"
     intron          112329..113289
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     exon            111777..112329
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     intron          112330..113290
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     exon            113290..113826
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=2
     exon            113291..113826
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=2
     gene            113916..114404
                     /gene="ndhI"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             113916..114404
                     /gene="ndhI"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit I"
                     /translation="MFPMVTGLINYGQQTVRAARYIGQGFMITLSHANRLPVTIQYPY
                     EKLIASERFRGRIHFEFDKCIACEVCVRVCPIDLPVVDWKLETDIRKKRLLNYSIDFG
                     ICIFCGNCVEYCPTNCLSMTEEYELSTYDRHELNYNQIALGRLPTSITDDYTIRTIMN
                     TP"
     gene            114789..115319
                     /gene="ndhG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhG_Soleracea_GeSeq-SRS_v6, position 1 - 531, psl score
                     89.1, coverage 100.00%, match 89.08%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             114789..115319
                     /gene="ndhG"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit G"
                     /translation="MDLPGPIHDFILVFLGTGLILGGLGVVLFNNPILSAFSLGLVLV
                     CISLFYILANSHFVASAQLLIYVGAINILIIFAVMFMNGPEYDTNLRLWTVGDNVTSL
                     ICTSLFGSLIITILNTSWYGIIWTTKSNQILEQDFITTSQQIGINLSTKFFLPFELIS
                     IILLVALIGAIAIARQ"
     gene            115552..115857
                     /gene="ndhE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhE,
                     position 1 - 305, E-Value 7.2e-82, score 276.9; blatX_hit
                     ndhE_Soleracea_GeSeq-SRS_v6, position 1 - 306, psl score
                     93.8, coverage 100.00%, match 93.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             115552..115857
                     /gene="ndhE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit E"
                     /translation="MMLEHVLVLSAYLFSIGIYGLVTSRNLVRALMCLELILNAVNLN
                     FVTFSDFFDSRQLKGNIFSIFVIAIAAAEAAIGLAIVSSIYRNRKSTRINQSNLLNK"
     gene            116212..116457
                     /gene="psaC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaC,
                     position 1 - 246, E-Value 1e-71, score 243.1; blatX_hit
                     psaC_Soleracea_GeSeq-SRS_v6, position 1 - 246, psl score
                     94.0, coverage 100.00%, match 93.90%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             116212..116457
                     /gene="psaC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit C"
                     /translation="MSHSVKIYDTCIGCTQCVRACPTDVLEMIPWDGCKAKQIASAPR
                     TEDCVGCKRCESACPTDFLSVRVYLWNETTRSMGLAY"
     gene            116588..118090
                     /gene="ndhD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhD,
                     position 1 - 1500, E-Value 0, score 1335.4; blatX_hit
                     ndhD_Soleracea_GeSeq-SRS_v6, position 1 - 1503, psl score
                     88.4, coverage 100.00%, match 88.36%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             116588..118090
                     /gene="ndhD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit D"
                     /translation="TNYFPWLTTIVVLPIFAGSLIFVLPHRGNKIIRWYTISIAAIEL
                     LITTYVFCYNFQPDDPLIQLAEDYKWINFFDFHWRLGIDGLSIGPVLLTGFITTLATL
                     AAFPVTRDCRLFHFLMLAMYSGQIGSFSSRDLLLFFIMWELELIPVYLLLSMWGGKKR
                     LYSSTKFILYTGGGSIFLLMGVLSIGLYGSTEPTLNLEMLVNQSYPLALEIMFYIGFF
                     IAFAVKLPIIPLHTWLPDTHGEAHYSTCMLLAGILLKMGAYGLVRINMELLSHAHSIF
                     SPWLIIIGTMQIIYAALISLGQRNLKKRIAYSSVSHMGFIIIGISSITETGLNGAFLQ
                     IISHGFIGATLFFLAGTSYDRIRLVYLDEMGGIAIPMPKIFTLFSSFSMASLALPGMS
                     GFVAELIVFFGIITSHKLLLMTKILITFGMAIGMILTPIYLLSMLRQMFYGYKLFNIK
                     NSAFLDSGPRELFVSTSIFIPVIGIGIYPDFVLSLSAEKVGAILSKFFYR"
     gene            complement(118267..119217)
                     /gene="ccsA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(118267..119217)
                     /gene="ccsA"
                     /annotator="Chloe"
                     /product="cytochrome c biogenesis protein"
                     /translation="MIFSTLEHILTHISFSTVSVVITLHLITLLVNEKVRLYNSLKKG
                     MLVTFLSITLLLVTRWVYCKHFPLSDLYESLIFLSWSFYIIHMIPYFKKQKGNLSAIT
                     APSAVFTQGFATSGLLTETPQSSLLVPALQSHWLMMHVSMMVLGYAALLCGSLLSVAL
                     IIVLFQKNITRFFEKKTFLLNEFFFFSEIQYMNEKGNILESFSVKNYYRSQLIEQLDH
                     WSYRVISLGFILLTVGILSGAVWANEAWGSYWNWDPKETWAFITWIVFAIYLHIRTNI
                     NFRDANSAIVAFIGFLIIWICYFGVNLLGIGLHSYGSFIN"
     gene            complement(119329..119408)
                     /gene="trnL-UAG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(119329..119408)
                     /gene="trnL-UAG"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(120188..120361)
                     /gene="rpl32"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     rpl32_Soleracea_GeSeq-SRS_v6, position 1 - 174, psl score
                     89.1, coverage 100.00%, match 89.08%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(120188..120361)
                     /gene="rpl32"
                     /annotator="Chloe, blatX; merged"
                     /product="ribosomal protein L32"
                     /translation="MAVPKKRTSISKKSIRKNIWKKKGYWAALKAFSLAKSIYTGNSK
                     SFFVRKISTKNLE"
     gene            121033..123264
                     /gene="ndhF"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             121033..123264
                     /gene="ndhF"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit F"
                     /translation="MEHIYQYACIISFITLPIPLLIGVGLLLFPRATKNLRRIWAFSS
                     IFLLTIAMLFWITLSIHQINSNSIYQYVWSWTINNDFSFEFGYLLDPLTSIMSVLITT
                     VAILVLIYSDNYMCHDQGYLRFFAYMSFFYTSMLGLVTSSNLIQIYLFWELVGMSSYL
                     LIGFWFTRPIAANACQKAFVTNRVGDFGLFLGILGLYWVTGSFDFRDLFEIFNNLIKN
                     NGVNLLFSIFCTFFLFFGAVAKSSQFPLHVWLPDAMEGPTPISALIHAATMVAAGIFL
                     VARLFPLFIVIPYIMYVITIIGIITVFLGATLALAQKDIKRSLAYSTMSQLGYMMLAL
                     GMGSYRAALFHFITHAYSKALLFLGSGSIIHSMETLVGYSPEKSQNMVLMGGLTKHVP
                     ITKNAFLIGTLSLCGIPPLACFWSKDEILNDSWLYSQIFAIIAYFTAGLTAFYMFRIY
                     LLTFGGHLNLYCKNYSGKKSSSLYSISLWGKEGFKTIKKNLSLFTLLTINNNNRESAA
                     VFMKKPYKISRNSLKIMRYFITLTDFDNNKISAYPSESDNTMLFPLIILILFIFFIGF
                     IGIPLNKEGIELDILTKWLTPPVNLLYSTSKNSMDLYEFTINAIFSVSIAYWGIFIAL
                     FFYKPIYSSFKNFNLINAFDKRGPNKIFGHKIKNYIYNWSYNRGYIDAFYATFFIKGV
                     RGLAELVSIIDRRIIDGIPNGIGITSFFVAESIKYIGGGRISSYLLFQLLFLLISYLF
                     LVL"
     repeat_region   123208..148755
                     /note="inverted repeat A (IRA)"
                     /info="annotated by OGDRAW v1.4"
                     /annotator="OGDRAW"
                     /rpt_type=inverted
     gene            125395..125466
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            125395..125466
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            complement(125823..125896)
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(125823..125896)
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(126127..126247)
                     /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(126127..126247)
                     /gene="rrn5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="5S ribosomal RNA"
     gene            complement(126499..126601)
                     /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(126499..126601)
                     /gene="rrn4.5"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="4.5S ribosomal RNA"
     gene            complement(126704..128258)
                     /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(126704..128258)
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            complement(126704..129517)
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2812, E-Value 0, score 3233.5; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            complement(126903..129517)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            complement(126903..129517)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          complement(126704..126902)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            complement(126704..129517)
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            complement(128290..128950)
                     /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(128290..128950)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(128967..129517)
                     /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(128967..129517)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(129673..130545)
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(129673..129707,130508..130545))
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            complement(130508..130545)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(129708..130507)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(129673..129707)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            complement(130608..131620)
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(130608..130642,131584..131620))
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            complement(131584..131620)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(130643..131583)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(130608..130642)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(131913..133403)
                     /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(131913..133403)
                     /gene="rrn16"
                     /annotator="Chloe, HMMER, blatN; merged"
                     /product="16S ribosomal RNA"
     gene            complement(133628..133699)
                     /gene="trnV-GAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(133628..133699)
                     /gene="trnV-GAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     exon            135221..135451
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     exon            135221..135452
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     intron          135452..135987
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     intron          135453..135988
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     exon            135988..136014
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            135989..136014
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     gene            136068..136535
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 3.3e-147, score 492.4;
                     blatX_hit rps7_Vvinifera_GeSeq-SRS_v6, position 1 - 468,
                     psl score 98.6, coverage 100.00%, match 98.50%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             136068..136535
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MSRRGTVEEKMAKSDPIYRNRLVNMLVNRILKHGKKSLAYQIIY
                     RAVKKIQQKTETNPLSVLRQAIRGVTPDIAVKARRVGGSTNQVPIEIGSTQGKALAIR
                     WLLGAARKRPGRNMAFKLSSELVDAAKGSGDAIRKKEETHRMAEANRAFAHFR"
     gene            136764..138960
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Soleracea_GeSeq-SRS_v6, position 1 - 1533, psl score
                     97.4, coverage 100.00%, match 98.63%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(136764..137540,138205..138960)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /product="NADH dehydrogenase subunit B"
                     /translation="MIWHVQNENFILDSTRIFMKAFHLLLFDGSFIFPECILIFGLIL
                     LLMIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREEPMISFSGNFQTNNFNEIFQF
                     LILLCSTLCIPLSVEYIECTEMALTEFLLFVLTATLGGMFLCGANDLITIFVAPECFS
                     LCSYLLSGYTKKDVRSNEATTKYLLMGGTSSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNSPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSKVAA
                     SASATRIFDIPFYLSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQIGY
                     VIIGIIVGDSNDGYASMITYMLFYISMNLGTFACIVLFGLRTGTDNIRDYAGLYTKDP
                     FLALSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYFLVLIGLLTSILSIYYYLKI
                     IKLLMTGRNQEITPHVRNYRRSPLRSKNSIELSMIVCVIASTIPGISMNPIIAIAQDT
                     LF"
     exon            136764..137540
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          137541..138204
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            138205..138960
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            139549..139629
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            139549..139629
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(140497..147177)
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(140497..147177)
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MTGYQFKSCIFELREILREIKNDHYFLDSWAQFNSVGSFIHIFV
                     HQERFRKLFDLRILSILLSRNSQGSTSNRYFTIKGVLLFVVVVLLYRINNRNMVERKN
                     LYLLGLLSIPINCIGPRNDTLEKSFWSSNINRLIVSLLYLPKGKKISASCFLDPKDST
                     STWFLPITKKCIMPESNRGSQWWRNWIGKKRDSSCKISNETVAGIEISFKEKDIKYLE
                     FFFVYYMDDPISKDHDWELFDGLSLKRRRNLNSGQLFEILVKHWICYLMSAFREKIPI
                     EVEGFFKQQGAGSTIQSNDIEHVSHLFSRNKWAISLQNCAQFHMWQFHQDLFVRWGKN
                     LYESDFLRNVSRENWIWLDNVWLVNKDPFFNKVRNVSSNIQSTRSSFVQVTDSSQLKG
                     SSDQSRDRLDSISNADSEYHTLINKREIQQLKESSILRDPSFLQTEGTEIESDRFSKC
                     LSGYSSMPQLFTEREKQVIIHLLPEEIEELLDNPTRSIRSFLSGRWSELHLGSNPTEK
                     PTRDQKLLKKHLVVSFVPSWRSENKEMINIFKIIMYLQNSVSIHPISSDPGWDMVPKD
                     EPDMGSSDKISFLFFYLFHLFHDRNSGGYTLHHDFESEERFQEMADLFTLSITKPDLV
                     YHKGFAFSIDSCGLDQKQFLNEVVNSRDESKKKSLLVLPPFFYEENAFFYRRIRKKWV
                     RISCGNYLEDRKQKRVVFASNNKMEAVNQNQYILIRNLIQIQYSTYGYIRNVLNRSDH
                     SFEYGIKRDQIGNDTLNHRTIRKYTINQHLSNLKKSQKKRFDPLIFFSRTERFMNRDP
                     DAYRYKWFNGSKNLQEHFVSEQRSRFQVVFDRLRINQYSIDWSEVIDKKDLSKSLRFF
                     LSKLLLFLSKLLLFVSNSLPFFFVSFGNIPIHRSEIHISELKGPKDQLYNPLLESIGL
                     QIVHLKKLKAFVLDDHDTFQKSKFFINGGTISPFLFNKIPKWMIDSFHTINNPRKSFG
                     NTDSYFSMISHDQNNWLNPVKPFHRSSLISSFYKANRLRFLNNPHHFCSKRFLFYMEK
                     ARINYYDFTSKQFRDILFIRFSLCVGKKKHAFLERDLISPIESEVSNIFIPNDFTIRS
                     DLFVRRTIYSITDVSGTPLTEGQIVHFERTFCQPLSDMNLSDSERKNLHQYLNLNSNM
                     GLIYTPCSEKYLPSEKRKKQSLCLKKCVEKGQMYRTFQRDSAFSTLSKWNLFQTYMPW
                     FLTSTGYKYLNFLFVDTFSDLLPILSSSQKFLSFFHDIMHGSYISWRILQKKVCLPQW
                     NLISEISNKCLHNLLLSEEMIHRNNESLLIWAHLGSPNVREFFYSIFFLLLVAGYLVR
                     THLLFVFRASSELQTEFEKVKSLMTPSYMIELRKLLDRYPTSESNSFWLKNLCLVALE
                     QLGDSLEEIRGSASGGNMPLGGGPAYGVKSIRSNKKDFNINLIDLLSIIPNPINRITF
                     SRNTRHLSHTSKEIYSLIRKRVNGDWIEDKIESWVASSDSIDEEERELLVQFSTLTRE
                     KRSDKILLSLTHSDHLLKNDSGYQMIEQPGAIYLRDLVDIHKKYLMNYEFNTSCLAER
                     RVFLAHYQTITYSQTSCGANRFHFPSHGKPFSLRLALSLSRGILVIGSIGTGLSYLVK
                     YLATNSYAPFITVFLNKFLDNKLKGFLIDASDDIDRDLDMELELLTMMNVLTMDMMPE
                     IDPFSITLQVELAKAMSPCIISISNIHDLDVNESNYLSLGLLVNYLYRDCERGSTRNI
                     LVIASTHIPQKVDSALLAPNNLNTCIKIRRLLIPQQRKHFFTLSYTRGFRLEKKMFHT
                     NGFGSITMGSNVRDLVALTNEALSISITQKKSIIYTNTIRSALHRQTWDLRSQVRSVQ
                     DHGIFFYQIGRAVAQNVLLSNCPIDPISIYMKKKSCNEGHSSLYKWYFELGTSMKKLM
                     ILLYLLSCSAGLVAQDLWSLPGPDEKNGITSYGLVENDSDLVHGLLKALVGSPRTEKD
                     CSQFDNDRVTLFLRPELRNPLDMMQNGSCSILDHRFLYEKYESELEKRGVALDPQQIE
                     EDLFNPIVWAPRIWNPRSFLFDCIERPNELGFPYWAGSLRGKRIIYDEEDELQENDSE
                     FLQSGTMQYQTRDRSSKEQGFLQFIWDPADPLFFLSKDQPFVSVFSHREFFADEEMSK
                     GLLTSQKDTPISIYKRWFIKNTQEKHFELLINRQRWLRTNSSLSNGSFRSNTLSESYQ
                     YLSNMFLSNGTLLDQMTKTLLRKRWLFPDEMKFGFM"
     gene            147244..147317
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            147244..147317
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            147616..148440
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl2,
                     position 1 - 823, E-Value 8.9e-254, score 844.8;
                     blatX_hit rpl2_Stuberosum_GeSeq-SRS_v6, position 1 - 825,
                     psl score 96.9, coverage 100.00%, match 96.85%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             147616..148440
                     /gene="rpl2"
                     /annotator="HMMER, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MAIHLFKTSPPSTRNGAVDNQVKSNPRNNLIYGQRRCGKGRNAR
                     GIITARHRGGGHKRLYRKIDFRRNEKDIYGRIVTIEYDPNRNAYICLIHYGDGEKRYI
                     LHPRGAIIGDTIVSGPEVPIKMGNALPLTDMPLGTAIHNIEITRGKGGQLARAAGAVA
                     KLIAKEGKSATLKLPSGEVRLISKNCSATVGQVGNVGVNQKSLGRAGSKRWLGKRPVV
                     RGVVMNPVDHPHGGGEGRAPIGRKNPTTPWGYPALGKRSRKRNKYSDNFIIRRRSK"
     gene            join(148499..148755,1..13)
                     /gene="rps19"
                     /info="HMMER_hit rps19, position 1 - 257, E-Value 4.7e-68,
                     score 231.8"
                     /annotator="HMMER"
     CDS             join(148499..148755,1..13)
                     /gene="rps19"
                     /annotator="HMMER"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVANHLLKKIDKLNTKAEKEIIVTWSRASTIIPTM
                     IGHTIAIHNGREHLPIYITDRMVGHKLGEFAPTLNFRGHAKKLGER"
ORIGIN     
        1 GTTGGGCGAA CGACGGGAAT TGAACCCGCG CATGGTGGAT TCACAATCCA CTGCCTTGAT
       61 CCACTTGGCT ACATCCGCCC CTTATAATGA TAATGCTAAT TAATAACAAA AAACTTGTTT
      121 AACTTTAATT CTTAATTAAG GAAAAAATTG GAGTAAAGAA ATAAAAAAAC TAATTAGTAA
      181 AGTAAAGGAG CAATACTAGT TTCTTGTTCT ATCAAGAAAC TAGTATTGCT CCTTTACTTT
      241 ACTAAAAAAA CCGTATATAC TAAACTAAAA AATATATTTT ATCCATTTAT AGATGGAACT
      301 TCAATAGCAG CTAGGTCTAG AGGGAAGTTA TGAGCATTAC GTTCATGCAT AACTTCCATA
      361 CCAAGGTTAG CACGGTTAAT GATATCAGCC CAGGTATTAA TTACACGACC TTGGCTATCA
      421 ACTACAGATT GGTTGAAGTT GAAACCATTT AAGTTGAACG CCATAGTACT AATACCTAAC
      481 GCAGTAAACC AAATACCTAC TACAGGCCAA GCAGCTAAGA AGAAGTGTAA AGAACGAGAA
      541 TTGTTGAAAC TAGCATATTG GAAGATCAAT CGACCAAAAT AACCATGAGC AGCTACGATA
      601 TTATAAGTTT CTTCCTCTTG ACCGAATCTG TAACCTTCAT TAGCAGATTC ATTTTCTGTG
      661 GTTTCCCTGA TCAAACTGGA AGTTACCAAG GAACCGTGCA TAGCACTAAA TAAAGAGCCG
      721 CCGAATACAC CAGCTACACC CAACATGTGA AATGGGTGCA TAAGAATGTT GTGCTCAGCC
      781 TGGAATACAA TCATGAAGTT GAAAGTACCA GAGATTCCTA GAGGCATACC GTCAGAAAAA
      841 CTCCCTTGAC CAATTGGGTA GATCAAGAAA ACAGCAGTAG CCGCTGCAAC CGGAGCAGAA
      901 TATGCAACAG CAATCCAAGG ACGCATACCC AGACGGAAAC TAAGTTCCCA CTCACGACCC
      961 ATATAACAAG CTACACCAAG TAAAAAGTGT AGAACAATTA ATTCATAAGG ACCACCATTG
     1021 TATAACCACT CATCAACAGA GGCTGCTTCC CATATTGGAT AAAAGTGCAA CCCTATAGCT
     1081 GCCGAAGTAG GAATAATCGC ACCAGAAATA ATATTGTTTC CGTAAAGTAG AGATCCAGAA
     1141 ACCGGTTCAC GAATACCATC AATATCTACT GGAGGAGCAG CAATGAAGGC TATAATAAAT
     1201 ACAGAAGTTG CAGTCAATAG TGTAGGGATC ATCAAAACAC CAAACCACCC AATATAAAGG
     1261 CGGTTTTCGG TGCTGGTTAT CCAGTTACAG AAACGACCCC AAAGGCTTTC GCTTTCGCGT
     1321 CTCTCTAAAA TTGCAGTCAT GGTAAAATCT TGGTTTATTT AATTTAAATC ATCAGGGACT
     1381 CCCAAGCACA CAAATTATCT ATAAATGTAT AATTTAAAGC TTGTTATTCA ACAGTATAAC
     1441 ATGCCTTATA TGCCCGTGTC AACCAATATC AATTGAGTTG CACCCGAATT TACTTTGCGA
     1501 ATAAAGTGAA TTACAAAAAT AGATAATGGA TTTCTATACA TTGAATAAAA ATTCAATATG
     1561 AAAAGGTGGG TTGCCCGGGA CTCGAACCCG GAACTGGTCG GATGGAGTAG ATAAATTCCT
     1621 TAAAAAAACG GAAAAACCCC TCCCCAAACC GTGCTTGCAT TTTTCATTGC ACACGGCTTT
     1681 CCCTACGTAT ATATCTATAA CTCCGTTCCC TTATACGAAG GGGACTCTCA AAAAGTTGAA
     1741 TACTTAGTTA ATTCAATCCT TAAACTGCAT AAACATTTCA GTATAGAAAT GAATTTTGTT
     1801 ATTTTATTTC TCCACTCATT TCGGTATAAT TTAAATAGTT TCATAACCAA TCATTCATCA
     1861 TTAGCCAAAT TATGAATACA AAAAATATCC AAATACCAAA TACACCCTCT ATAGAATCTT
     1921 CGCAAGTTAG AGGAATTTTT TGTTAAGATC AAAGAAAGAA CTTTTTCTTC CTGAGTTAAA
     1981 AACTCTCCAA AAAATTCTGA ACCTAATCTT TTCAAAAAAG CACGCACAGC GCTTTTGTGT
     2041 TTACGAGCCA AAGTTCTAGC ACAAGAAATT TTAAGTATAT ACTTTAGTCG ATACAAACTC
     2101 TTTTTTCTTG AAGAGCCACT ATAATAATGA AAAAGATTTT GGCATATAAG CCCAAATCGA
     2161 TCAATAATAT CAGAATCCGA TAAATCGATC CAAGTCGGCT TACTAATAGG ATGCCCTAAT
     2221 CCGTTACAAA ATTTCGCTTT CGCCAACGAT AGGATCAGAG AACTGATTGG AATTTTCGGA
     2281 TCAAACTTCT TAATCGTATT ATCTATTAGA AATGCATTTT CTAACATTTG ACTCCGTACC
     2341 ACTAAAGAAG TGAGTTGTAC ACTTGAAAGA AAACCAATAA AGTCAAGAAA ATGGGTTGAT
     2401 AATCGATTAA TATAGATTCT TCTTGGTTGA GACCACACAG AAAAATGACA CTGCCAGAAA
     2461 TGGGTAAGGT AAAATTTAAA TTTCTGCATC AAAAGGGATG TCCCTTTTGA GGCCATAATA
     2521 TATTGTCCTT TATACCTAAC AGAATACGGG TAGGGGTCTT TAAAAAGCCA TAAAATAACG
     2581 TCAAAATCCT TAGTAAAAAG TTTGACTAAA TATTCTAATT TTCCGTAGAA AAAAATGCGT
     2641 TCAAGAAAGG ATCTGTAAGA TGTTGATCGT AAATGAGAGG ATTGGTTGCA AAGAAACAAG
     2701 AAAATAAATT CGTGTTCACA TACATGGAAA TTATATAAGA ACAAAAAAAA TCTTTGAGTC
     2761 CTTTTTATAA AAAAATATAT ATTTTTTTTT ATAAGACTAT TGCAATTATG AGATTCATAA
     2821 AGAAAGAATC GTAATAGATG CAAAGACGAG GCATCTTTCA CCCAGTACCG AAGTGTTTGA
     2881 ACTAAGATTT CCAGATGGAC GGGGTAAGGT ATTAATATAT CTAACACAAA ATTTAAATGT
     2941 AAAACGTTGT CCTCTAAAAA AGGAAATATT GAATGAATTG ATCGCAAATT TCGAGATTTG
     3001 ACTTTTTTTT TTTTCTCTAT AGAAGCTAAG GAAAGTGGAA TTTCCACAAT GACTGCAAAT
     3061 ACTTCAGATA TCATTTGCGA ATAAAAATCA TATTTGTGCC CCAAAAAGTC GTTTTGGTTA
     3121 GAATAATTAG CCGAAAGAAT AAAAAAATTC TGTTGATACA TTCGATTTAT TAAACGTTTC
     3181 ACAACTAGTA AACTAAATTT CCTACCGCCT GAAGTTTCCA ACAAAATAAA TTTCTTTAAA
     3241 TCATGACCAT ATGCAAATGA AAAAATATAT TCCTGAAAGA TAAGTGGATA GAAAAAGTTG
     3301 TGTTGCCAAA AACCTTCTAG TTCTATATAT CTTTGGAATT GTTCCATTTA AAATTAGATT
     3361 TAAAATTTAA AGTAAAAAAA AGGGGATTTC TTAAGTTATC AAATGATACA TAGTGCGATA
     3421 CAGTCAAACC AAGATATATA TTTTTAGATA CCTCGGAAAT ACGTAAATTA ATCAGCAGAC
     3481 TCTCTTTTTT TTCATCTAAT TAGTTCTTTT TTATTAAAAA ATAACACGAT GGTTAGAAAT
     3541 CCCTTATTTT TTCAATCCAA TCGTTCTTCT GATAAAAGTA TCTTTATCAA TATACTGTTT
     3601 CTTCTACACA TTACATTCAT GGCCATCTCA ATATAGAGAA TGGATAGTCT CATAGTTAAA
     3661 TAGTTAGGAT TCACTAAAAA AGAAAATCCA CACGTGGGAG AATCCTTTCC CATATCAGGC
     3721 ACTAAGTTTT TTTAACGTCT AATTAGATGG GATAATAATT CAAATTACGA AGATAAGCTC
     3781 GTTGCTTATG CTTTCCACAA AATTGGAACC CATAAGGATA GGGTTCGATC CATTTATTCA
     3841 ATTGACCCAA TTTTGAATTC ATTGGATTTC CTCCCAAGAC TTCAAATCAA ATAATTTTAC
     3901 TTATTTGCTA AGAATGAAAT GAAATAGTCT ACAAATTCTC TATTGATACG ACATGCGCTT
     3961 TTTTCCATCC ATTCCCTTTC AGGATCAGTC GTGATCGTAT AAACTTTACC GATAGTGTAG
     4021 ACGAATCCCT TGCTTCATCC AAATATGTAA AAGACCCTAG TCGCACTTAA AAGCCGAGTA
     4081 CTCTACCGTT GAGTTAGCAA CCCCTATATG TTAGGTAGAT ATAACCGAGA TCAAAAAAAT
     4141 CGAGTTGGAA TCAAATAGCA AGAAATCTAA AAAAGTTTTC GAATTACGAA CATATATAAA
     4201 AACAAACACC AATATAAGAG ATTTTTAGAA AAAATTTGGA TAGACAAACA GTCTGATAGT
     4261 CTGCATTTTT TCGATCTAAA GATATTTTGT TTTTGTATCC GAACAAATTC AACGAATTCT
     4321 TGAATAAAAA TCTTGGGTAG TATAGAAGAC ATAAAAAACC ATTTAATTTT TTTATTTCAC
     4381 AATTGAATTA TATTTGTTCA ATACATTCTT GTCAATAAAA AAAAATACAA CTACAAGAGA
     4441 GAAAAAACTT CCTTTTTTTA TTGAAAAATC TACTCAAATT CAAATAAAAG AAAATATAAT
     4501 TATGAAAAAT ATATAAATAT GATAATTATA GAAGCAATAT TGTGAAATCT AAATATAAAA
     4561 ACCAAAGCGA AAAAAATTAT AGAGGAAAGC TTATGTTGGA TTGGCACTAA AAAAAAAAGA
     4621 CAGGAATAAT ACAAATTTTA CTCAATTACA ACCTCATTAT CTTTTGTTTA AATAATTCAT
     4681 TAATTAAATT TCGGTTGATT AAATTGAAAT TCTTTTAAAA CCGCCGCCTT CTTTAAAATA
     4741 TCATAAACAG TTTCTGTAGG TTGAGCGCCT TTTTGAATAA AATCGAGAAT AGCAGGAACA
     4801 TTTAAATAAG TTTTTTTTTT TATCGGGTCA TAAAAACCCA CTTTCTGCAA ATCTCTTCCT
     4861 TCTCTTCGTG ACCGAACATC AATTGCAACG ATTCGATAGA CGGCTCATTG GGATAGATTA
     4921 AACCCCCCTT TGAAACGTAT AGGAAGTTTT CTCTTCGTAC GGCTCGAGAA AATTGATTCA
     4981 TTTTTATTTT TTTATATAAA TTAGAATGAC CAATCAAATA AGTACAGAAA ATCATCAAAT
     5041 TAAAACGCAT TACACTAAGA ATTTAGCCCT TTCCTCAAAA AATCATTTGT ATACTCATAA
     5101 CTCAAGTAGA ATAACTTTCA AATAGCCCAA AAGATAAAAA AAATCTTTTG GCATTTATTG
     5161 AGCAGTCTCA AATACTCTTT GTTTTATTTC ATTTAGAATC AATTAAAATT GTTGCGACAA
     5221 AAAAAAGAAT ATTTCCTTGT TCCGGAAGCC TTTAATCATC TTGTTTTTTG AATCATTGGG
     5281 TTTAGACATT ACTTCGTTGA TTTTTAATCC TTTAAAAAAT GGTCGCAACA CACCTTTTTT
     5341 GTTATTTCTC TCAAAGAATA TAATTATATG GACGGTCGAT TTACGCACAA TATATAAAAA
     5401 TATATTTAAT CGAAAAGCTT TTATTAAAAT TTCCTTGGGG ATTTTAAAGT TGCTTTTTTT
     5461 GTTCCTTTCG AATTCTCTGT CAAAGATAAC TTACGAAGTC AACTTATTCT TTTGATTGAC
     5521 ACTAACCCTA GACCCCGCCC CTTTGATAAA TAGCTCAATG CTTTCTCCTC GAGCTCCATC
     5581 ATTCATATAC TATTACACCC TAACAAATCG GGTTCGCGTG GAACAGGGCA AATGATGTCG
     5641 AGTAAAGAGC ATCCTTATTA GAGAATGATG GATATAAGAA TCCACAACGG ATCATGTCCT
     5701 TCAAGTCGCA CGTTGCTTTC TACCACATCG TTTCAAACGA AGTTTTACCA TAACATTCCT
     5761 CGTCGAATTT GGAACCGGTC CGCAGTTGAT TCAATTATCG AATCATGAAT AGTCATTGGT
     5821 TCAGTTAAAA CAGTTGTTAC ATAGATTAGA TATGTAATAT ATCTTATACT TTATAGTAAA
     5881 AATAAAATTT ATTTTTTGGG GTATGAAAAA AAAAAGAATG CATTTCTTTC TATTTTCTAT
     5941 AATAATAATT AGAAATGACT ATTTATATTC ATATATCATA TTATTATAAG GGATGGATAT
     6001 ATGATAGGTT AAAGGCACAA CCTTTTTTTA TTCAAATTCA TGTAATCTAT ATTAAAGTAA
     6061 TCTTTCCTAA ATACCCTACG GGTTCGCCTG CATTTGCCTA TCATTTGAGC ACGTATCGTT
     6121 GTCAATTTTC AAAAATATGT GAAAAAATTA TTTTTATTCG CTAAAAGAGT CAAACTCTAG
     6181 CCACTATATA CACTTTATAA ACACAAAAGA AATCTTTATT TTTATTGTTA AAAATAATTA
     6241 ATAATACTCT GGGACGGAAG GATTCGAACC TCCGAATAGC GGGACCAAAA CCCGATGCCT
     6301 TACCACTTGG CCACGCCCCA CTTGGGTTTC TATTTGCCAT TAATAAACAC TAATATTAGT
     6361 GTTGATTTTT CGTCAATTCA AGCCCAACTA TCTATATTCT ATATATAAAG AATCAATTCT
     6421 ATTTTGTTGT TTAGTATTTT AACTCCGACA CATGTAGACA TAGAAAAAAA TTTTTTATTG
     6481 ATCATTAATG AAAATTCCAT TAAGATATTA TATGAAAGTA GAATTGCTTC TATTCTCCAT
     6541 TGAGAATGGA AGGTTTTTTG ATTGAGTGAG TAAGTTCAAA AAAACGCAAA TTTTGTTCTT
     6601 TTTTTTTCTT TCTATCAATA ACTCAATCAA AATACAAATT TTTTTTAAAA CAAAATGTCT
     6661 GTTATGCTTA ATATCTTTAA TTTGATCTGT CTTAATTCTG CTCTTTATTC GAGTAGTTGT
     6721 TTCTTTGCCA AATTACCAGA GGCCTATGCT TTTTTAAGCC CAATTGTTGA TTTTATGCCA
     6781 GTCATACCTC TACTTTTTTT TCTCTTAGCC TTTGTTTGGC AAGCTGCTGT AAGTTTTCGA
     6841 TGAGATCTTT CATCTTATCC TATAAAAATG AATGCTTTTT TCGAGAAAGA AGGTTATAAT
     6901 TCTAATCCAA TCTAATACTT TCTAATTTTC TAATATTAAA GAATTTCTAA AATAAAAAGT
     6961 CTTAAATTAA AATTATTAAA TAGACACAAC ACGCATTATC TAGTTTTCCA TTCTTTTTTT
     7021 TCTAGAAATG AACAAACCTT ATTGTGATAC TCCACAATAT CAACAGGTAG ACATAAAAAA
     7081 ATTATTGATA AGTAAGAAAA TAATAGATAA GATAATAATA ACTTAAAAAT TTTTCTATTA
     7141 AAATTACAAA AAAGTCGATT TTTAAATTTT CAAAAACGAC TTTCGGCGTC AAACCAAATA
     7201 TCAAATTATA GGATATGCGG TATAAAAATA GAGAATCTAT TCTCTAAAAA AAAAAGATCT
     7261 TGGAGATTTA TAATGTTTAC TCTCAAACTC TTTGTTTATA CAGTAGTGAT ATTTTTTATT
     7321 TCTCTCTTTA TTTTTGGATT CCTATCTAAT GATCCAGGGC GTAATCCTGG GCGCGAAGAC
     7381 TAAAATAAAG GGTTTTTGCG TGATTTTTTA TCTTTTTTTT CTAATCTAAT ATTGCATAAA
     7441 AATAAAAATT TAATATATTA AAAAAAGTTC GAATTCTAAT TAATAAAGAA AATGGAAATA
     7501 AAAAAATAAA ACGAATTTTA TATTAAGATT AAATCATCAA TGTAAAATGT AAATGGAACA
     7561 CGGAAAGAGA GGGATTCGAA CCCTCGGTAC GAATAACTCG TACAACGGAT TAGCAATCCG
     7621 ACGCTTTCGT CCACTCAGCC ATCTCTCCCT CTTGAAAATA AACTACTAAA TATTCAAATA
     7681 CAAATTTTAA TTAATTAAAT TATATATATT TAATCTATAA TAAATAAACT CGAATTTTAA
     7741 GAATAAAAAA ATATTTTCTA AATAGTATAA TAAGAATTAT ATTATTATAT AATAATAATA
     7801 TTAACATATA ACAATTAACA ATAATATATT ATGTAGACAA AAAAGACAAG TTATTAATAC
     7861 AACAGTTCAA CAACAAGTAC AAGTTTTATA TGAAATTCCA ATCCGTTGGA TAAAGACAAA
     7921 AAAAAGAAAG AATCCTTTTT AATATAGATA TATTATATTT TTTATATAAA AACAAAGAAT
     7981 CAAAAATAAT GATAGAATGA ATATTAATCG AAAAATACAC TATTAAATAT AAAAAGAAAT
     8041 ACCTTTTCGA CAGAAAAAAG GAATTTTGTG ATTCCCGCGG CCTGGCCTGA TCGGTACTTC
     8101 GCCAGGCCCT TTTTTTAATT TTTAATTAAT AAAATAATTA TTATCTTTAT ATCCGATTTA
     8161 TCTGATGATT ATAGTTATAG CGTTATCAAT TTTCTTGAAC CGTATCTTAC AACTCCTTCG
     8221 GGAAAAAGAA AAATGCGCAC TTATTTTTTT TAGTTTAAAA TTGAATGAAT TATTTCACTA
     8281 TCTTTTCATA ATCTCACTAA ATCTTCCTAC GAAAAAGCCA ATATTCTATA TCTCAAGATT
     8341 CTTTTATGAT CCCATCTTGA TTACATTATG TCAAGTTTCG GTGTTCGACA AAAGTTATAT
     8401 TTCAATACAA TAATCAAATT GTAGCGGGTA TAGTTTAGTG GTAAAAGTGT GATTCGTTCT
     8461 ATTACACCCT TAATAGTTAA GGGGTCTCCC GGTTTGATTA CTATTCCGAT AATAATACAT
     8521 TTTATTTCTA AAAAGGAATA AATCCCTTAC CTTCAATTAA AAATTGGAAG ACAATTATAC
     8581 ATTCTCGTGA GTTATATCCA AAGGTCAATT AAAAATGGAA TTTTTGGATT ATGAAATTAC
     8641 GAAACATGAA TTTTTTTGTA ATTGGACCAA ATTTCCAATT GAATGAGTAT AAGTAAAAAA
     8701 TCCATGGATA AAGATAAAAA AATGGGTTTC TAATCGTAAC TAAATCTTCA TATTTTTTGT
     8761 TTTTTTTTTT ATATAAAGAA AGCGCGTCAA AATGGCTATT AAATGATCAC TTTAGTTTAC
     8821 TAGAGGCCTC AATTTCTTTT AGCTCGGTGG AAACAAGAAA CTTTTCCTTA GGATTTTTTC
     8881 AACTAGAAAT AGAGAACGAA GTAACTAGAA AAATTGGTTG AATCTCCTCT TCTAGAAGGA
     8941 TCATCTAAAA AGCAAGTTGT TTTGAATTAA ATTGACTGCA TTCATACAAA AAGCTGACAT
     9001 AGATCTTATG GGTGAAAAAC ATTTTTTTGG TCCTGCCTTA AATTTTTATA AGGGAATTTT
     9061 TTCCTTTTCC ATAAAGAAGC CGAATGAACT CAACGTTTCA TGTTCGGTTT TGAATTAGAG
     9121 ACGTTAAACC TAGCGTCGAC TATAACCCCT AGCCTTCCAA GCTAACGATG CGGGTTCGAT
     9181 TCCCGCTACC CGCTCTTTTT TATAATAATA AATGCATCAT TTCATTATTT TATTGATTGA
     9241 GTTGAATATG CAATAAAATA ATTGTATCAT CGCACATAAA ACTTGATTCT TTTTTTAGAA
     9301 CACCAAACAC GAAAAATCAG AATGAAATGA AAAGCGTCCA TTGTCTAATG GATAGGACAG
     9361 AGGTCTTCTA AACCTTTGGT ATAGGTTCAA ATCCTATTGG ACGCAATTTT TTTCCATATA
     9421 ATTTTTTAGG TATCTGTAGG AAGAAAAGTC TTTTCTTTTT TATTCTATTT TATTCGATTT
     9481 TATTTTTCAT TATATTATAT TTTTAATATA AAAATTTAAG AGGGATCCAT TTCTTTATGC
     9541 TTGTTCCTGA AGTAGAAAAC GTTCCATCTG TTCTTGAATA GCTTCTTTTA AAAGGGCTTC
     9601 CGCTTCCTCA GTAAATGTTT TGGTAGAAGA GATGATGTCT TGGAACTGCG ATTTATTCGT
     9661 TTTTAAATAA GTGCGTAATT CAACAATAAA TTTCCTTACC TGTCCAATTT CTAATGAATC
     9721 AAGATAACCA TTCGTTCCGG TATAAATAGT CATTATCTGT TCTTCTACCG TAAGAGGGGC
     9781 AGCTTGGGGT TGTTTTAGCA ATTCACGTAA TCGTTGACCT CTTGCCAATT GATTCTGAGT
     9841 AGCTTTGTCA AGATCAGAAG CAAATTGTGC AAAGGCTTCT AGTTCTGCGA ATTGTGCCAG
     9901 TTCTAATTTT AATTTACCAG CTACTTGTTT CATGGCTTTA ATTTGAGCTG CGGATCCTAC
     9961 TCTAGATACA GAAATACCCA CATTAATGGC GGGTCTGATT CCAGAATTGA ATAGATCGGC
    10021 GGATAAAAAA ATTTGTCCAT CTGTAATGGA AATTACATTA GTAGGAATAT AGGCCGAAAC
    10081 ATCTCCGGAT TGGGTTTCGA CTATTGGTAA AGCGGTCATA CTTCCTTCAC CTAAAAAAGA
    10141 ACTTGATTTA GCAGCTCTTT CCAAAAGTCT TGAATGCAAA TAAAAAACAT CGCCTGGGTA
    10201 AGCTTCACGG CCCGGCGGTC TTCGTAATAG AAGAGACATT TGTCGATAAG CTTGTGCTTG
    10261 TTTAGAAAGA TCATCATAAA TGATTAAAGT GTGTCGTTCG CGGTACATAA AATATTCCGC
    10321 CAGTGACGCT CCGGTATAGG GGGCGAGGTA CTGTAATGTA GCAGGGGAAT CCGCTGTTTC
    10381 GGCTACCACA ATAGTGTATT CCATTGCCCC CCTTTCCTGG AAAGTAGTAA CTACCTGTGC
    10441 CACAGAAGAT GCTTTTTGAC CAATAGCCAC ATAAACACAT ATTACATTTT GCCCTTGTTG
    10501 ATTGAGAATC GTATCTGTAG CTACGGCTGT TTTACCCGTC TGTCTGTCCC CAATAATTAA
    10561 TTCTCGCTGC CCGCGTCCTA TAGGGATCAT TGAATCTATA GCAATAAGCC CGGTTTGAAG
    10621 AGGCTCATAT ACAGAACGTC TCGAAATAAT ACCGGGAGCG GGAGATTCAA TTAACCGAGA
    10681 TTCAGAAGTT GAAATCTCAC CTCTACCATC AATAGGTTTA GCAAGAGCAT TTATAACACG
    10741 ACCCAGATAA GCATCACTCA CGGGTATCTG AGCAATTCTT CCTGTTGCTT TTACAGAACT
    10801 TCCTTCTTGT ATCATCAAAC CATCACCCAT TAATACAACA CCAACATTAT TTGATTCCAA
    10861 ATTCAGAGCA ATACCTATTG TCCCCTCTTC AAATTCTACT AATTCACCGG CCATTACTTC
    10921 ATCAAGGCCG TGAATACGAG CAATACCGTC ACCTACTTGA AGTACGGTAC CGGTATTTAC
    10981 AACTTTAACT TCTCTATTAT ATTGTTCAAT ACGTTCACGG ATAATATTAC TAATTTCGTC
    11041 TGCTCGAATA GTTACCATGA GTCTTTCTTA ATTTTTTTTT GTGAAAACAA AAAAATAATA
    11101 CCTACATGTA GAAATAAAGG GCTAATCAGT TATTTCGTTC AGCGCCCCAA ACATGCCAAT
    11161 ATTAGCATTG ATAGTACGTA AATGTAACTC GTTGTTCAAA CAACTATTCA GAGTTCCTAA
    11221 AGCTCCTTGT AAAGCTTGTT GGAAAACCCG TTGTCGAACT TGATTAATCG TTCTTTGTTG
    11281 TTCAAAATAA ATGGTTTCAT TTTTGTAATT TTCTAATTGT TCTAAAGTTT TATAAGTTGA
    11341 ATTAATCAAA TTCATTTTTT CTCGTTCTAT TTCTGAATAT CCATTCACTC TAAACTGATC
    11401 CGCTTCTATT TCTATTTTCC TTAAGCGAGC CCGAGCTTTT TCCAATTGTT CAACAGCCCT
    11461 TCCACGCAAT TCTTCTGAAT TTCTAATAGT ATTCAAGATC CTCTGTTTTC GATTATCTAA
    11521 TAAATCACTT AATGAAAGTA GATTATCTTT TCACTCATTT CAAAATGTGT ATGATCCCTT
    11581 CCCGAACCAA ACTTGAATTT TTAAATTCAT TTGGCTCTCA CGCTCAATTA CTTCAATCAT
    11641 TTTATAGTAA ATTTCCATAT CTTTTTTTGA ATGTAATGAA CCTATCCTCT CTTCTCTGTT
    11701 CATATTAACT AAATTGAAAC AGATTACTAA TAAAAATAAA AACAATTTGG AGGACTCTTC
    11761 TAACCACACA AAAAAAGTAA TTGTCAGCAA AATTGTTTTT TTTCTTCAAA TCCAAAAAGG
    11821 TTTCTTATTT TATATGTAGG TCATCGACTC AGCCTTTAAA AAATTGGCAT TTTTTAATTA
    11881 AAATATTAAA ATATAATATA TATAATGAAA AATAAAATCG AATAAAAAAG GGATTCAAAT
    11941 AATCGCCATG AGTGCTCTAT ATCGATAAAT TTTGAACCTT TTTTTTTTAA ACTGTCTCGG
    12001 TATTGTATTA ACATAGCGGT AGAAAGAATA CCTTGCTGTG CCTGGACTTC AAACGGTTTA
    12061 GTTTTAACCA TGTTAATAGG CCCACATTAT TGGTTTATAG AGAATCAAAG TATATTTACC
    12121 AACAACTCGC GAAATGCTAT TGTTCTTACA TATAATTTCT TTTTTTTTTA TTCAGAAGTA
    12181 ATTCGCGAAA TCATGCACCT TTCGTCTCTA TTTATAAACA AAAAAGAGGT ACAGCTGGTT
    12241 AAATCCAACC GATTCTTGAA ATAAACAACC CGCACGCACT CCCTTTCCAA AAAAGATCAA
    12301 TACACCAATA ACTACACTGA GATTTATTAG ATTTGTTGCT AAAATATTGG TATTAACCCC
    12361 GAAACTCTCG GCAGATGGCC AGTGACCCAA AAAAACGAAA GAATCGGTTA CATTGTTCAT
    12421 ACGACCTCCT TTTTAAACTT ATAGATAAAC TCAAAAAATA ATTGTATTGC TTCACTTATT
    12481 TATATTTACT ACTTCTAATA AATCTAAATA GAAAATAAAT ATAGAATTAG TTACAATTAG
    12541 GTACTAGGTT TCCCGTGAAT TGCGAAATAG CTCCTTTATT GGAGCACTTC TGCCTTGCTT
    12601 TGGACTAAGT AAGGGGAAGG AAGAAAACGA GTGGGGTAAC ATTAATTCTT CATTTTCAAA
    12661 TCAGACCTTC CCTTGGATTA TTTTATGAAT GCATAAGTAA TTATGTCGAG ACGAAAATTA
    12721 TATTTAAAAT GTGAAAAAAC AACCTGCACG TCCACGACCA TAAAGGAAAT ACAAATTTAT
    12781 CGTATTTCTT TTCTTGGATT AAACAAAAGG ATTTGCAAAT AAAAGGGCTA ATGCTACAAC
    12841 CAATCCATAA ATTGTTAAAG CTTCCATAAA AGCTAAACTA AGTAATAAAG TACCTCGTAT
    12901 TTTTCCCTCG GCCTCGGGCT GTCTCGCAAT ACCTTCTACA GCTTGGCCTG CAGCAGTACC
    12961 TTGACCAACC CCAGGTCCAA TAGAAGCAAG CCCTACAGCC AATCCAGCAG CAATAACGGA
    13021 AGCGGCAGAA ATCAGTGGAT TCATGATAGA TAAGTTCCTC ACACAAAAAA AATAAATAGT
    13081 TAATGATACA ATCAACCAAA GAATTAGGAC TGAATTATTC CATTGTAATA TTCATTAGGG
    13141 TAGAAATAAT AAAAAAAGCC GAATTCTAAT TATAATATAT TAGAATTATT AATTTAATTA
    13201 ATTTAATATT TTTGAATCAT TAGTAAAGGC TTCATCTTTT TTACTAAATT GGAAAGTTTT
    13261 TTTTGAATCA ATTCAACTTA CTGCATTTCC TTTTTTTGAG CCTTCTTTGA TCTTTAGTTT
    13321 ATTTGTTTTA TTCACGGTTA GAAATGAAAC AAACCTAAAG ACCTCGGTTG GCAGCTCTAT
    13381 AAAAATTAAA GTAGTTCAAA TTAAATATTC GTACTTGCCA ATATCTAAAT ATCAAATATA
    13441 CATGTGTTTC TTACATAACG TAAACTGCCT ATATGTATCT TATGTATTTT TAATTCAATC
    13501 TAATTTTAGA ATGATTCTTC AAAACATCTA ATCTAAAAAA ATTAACCTAT AATCATTAGA
    13561 TTCCACCTAT CTGGCGCAAC CACTCTCTAT TGACCAACCC CTTTTTTACA CATCTCGTCA
    13621 TAATATATTT TTTCTATTAC CATTAGAGTC TCTTGAGCGA CACACGATTG GATATAAACT
    13681 TAAAAATCGA ATCTTCCTAA GACTAATCAA TGATGACCTT CCATGGATTC GCCTATATAA
    13741 GCTGCGGCTA AAGTTGCAAA AATAAGAGCC TGAATCCCGC TTGTAAATAA TCCGAGTAAC
    13801 ATGACAGGTA TAGGAACCAC TAAAGGTACT AAAGAAACAA GAACAACAAC TACTAATTCA
    13861 TCTGCTAATA TATTTCCAAA AAGTCGAAAA CTAAGTGATA GAGGTTTTGT GAAATCTTCT
    13921 AAAATGTTAA TGGGTAAAAG AATTGGAGTT GGTTGAATGT ATTTACCAAA ATAACCAAAT
    13981 CCTTTTTTTG TAAGACCCGC ATAAAAATAG GCTACTGACG TGAGTAAAGC TAAAGCAACA
    14041 GTAGTATTGA TATCATTCGT GGGTGCGGCT AACTCCCCCT GAGGTAACTG TAGGATTTTC
    14101 CAAGGCAAAA GGGCCCCTGA CCAATTAGAA ACAAAAATAA ATAGAAACAT AGTCCCAATA
    14161 AAAGGAACCC AAGGGCGATA TTCTTCGCCA ATTTGAGTTT TGCTCACGTC TCGAATGAAT
    14221 TCGAGGACAT ATTCAACGAA ATTCTGACCG CCTGTCGGAA TGGTTTGTGG ATTCCGAACA
    14281 GCTATAGCAG CCGACCCTAG TAAGATCCCA ATTACAACCC AAGAAGTTAT AAGTACCTGA
    14341 CCATGGATTT GGAAACCCCC TATTTGCCAA TAAAAATGTT GACCTACTTC CACACCAGAC
    14401 ATATCATAGA ACCCTTTTAG TGTGTTGATT GAATATGATA GAATATTCAT ATTGTCCTCT
    14461 GACAGAAATA TAACTAAAAA AATTATTTTG ATTCAACCGC CTCTTTCTCG ACTTGTATAC
    14521 TTTGTTTATT TAATTTATTT TGTTTAGGAT ACCTATTAAT AACATAATAT ACCCAGCCCT
    14581 TTATTGTTTT TGATATTCAG GATATCGTAA CCAATTCTAG TATAAATTAG GGGAATTTAA
    14641 TTGTGGATTT CATAAAAAAA TCAAGGATTT CTTACATAGC TAGAACGACC TTCACAAATT
    14701 GCAAATACTA ACTTGGTAAG AATTAATCGG ATTGAGGATA TAGCATCATC GTTTGCCGGA
    14761 ATCGAAATAT CGGCGAGGTC CGGGTCACAA TTTGTATCGA TTAAACAAAT TGTTGGAATT
    14821 CCCAAAGTAA TACATTCTCG AAGGGCCGTA TGTTCTTCTT GTTGATCAAC GATGATTACA
    14881 ATATCGGGTA ACTCTGTCAT ATATTTAATC CCGCCCAGAT ATGTTTGCAA GTGAGATAAT
    14941 TGTCTCTTCA ACACCGCGGC ATCTCTCTTC GGGAGACGGG CGAGGCTACC CGCCTTTTGT
    15001 TCCATTCTTA AATCCCTGAA TTTATGAAGT CTTGTTTCTG TAGTGGACCA ATTCGTTAAC
    15061 ATACCGCCAA GCCACTTTTT ATTAACATAA TGACATCGAG CCCTTATTGC CGCCCATGCT
    15121 ACTGAGTCAG CTGCTTTATT TTTTGTCCCA ACAATTAAAA AATTTTTTCC TCTACTTGCT
    15181 GCCTCAAAAA CTAAATTACA AGCCTCTGAT AAAAAACGAG CAGTTCTGGT AAGATTTATA
    15241 ATATGAATAC CCTTGCATTT TGCAGAGATA TAAGGTGACA TTCGAGGATT CCATTTTCGA
    15301 GTGCCGTGAC CAAAATGAAC TCCCGCCTCC ATCATCTCTT CCAAATTTAT GTTCCAATAT
    15361 CTTCTTGTCA TTTCTCCACA GACTTTGAAC TCTTTTTTTT AATAAAGAGA TGAGGTATCC
    15421 TGAAATAAAA CATTGTTCCA ACGGAACCTT CTTTTTTAAC GTGGGTTGAC CGTTGATGGC
    15481 CAAACCATAA ATTCTTTTCT ACTCGTTATA TATATTTTTT ACATTATTTT ATTTTATTCA
    15541 ATTAAACAAT TAATTATTAT TATTAATAAT TAAATGACAA AGATAAATAA AAAAAGGATT
    15601 AATCTCTTCT CTTAAATCCC CAAAATCATT GTTGTTTTAA TCTATGACCT AGAATTCTTT
    15661 GAAAAACACG AATCCAACAA TTCTCTGTGG TAAAACAAAA TATCTCCCAT TTCTCCCGCG
    15721 AATAGATGCT TGTTTTTTAT TTTCAAAGGA ATGCTAATGC TCTTTGAACG GTGGACGAAT
    15781 CCCTTGAATC CAGTACCGAC GGGTATCATC CCCCCCAGAA CAACGTTTTC TTTGAGTCCT
    15841 TTCAACCAAT CAATACGGCC TCGAAGAGCT GCTTTTGCTA AAACTCGAGC AGTTTCTTGA
    15901 AAACTTGCTT CGGATATAAA ACTTTGAGTA TTCAGAGATG CTCTCGTTAT TCCCAATAAG
    15961 AGAGTTCGGT AACAGATCGC TTCTTCCAAA GCGCGCCCCG CCCGTTCTGC TCGAAACAAT
    16021 CCAATAAGTT CTCCGGGCAA AAAAACATTA GACATCCCAT CCTCTGAAAC TAAGACTTTG
    16081 GATGTTATTT GCCGTACAAT AATTTCGATA TGCCTATTAT GGATCTGCAC CCCTTGGGAT
    16141 CGATAAACCT TTTGGATCTT ATTAACCAAA GAGATACGAC TTTGCGCTAT AATTAGCTCA
    16201 GCTCCAACTA AGAATCCCCA AGGAATTCCA AGACTTTTTT TTATACGCTC GTTCCAACCA
    16261 TTAATCCTCT TTTCTAGATT CATTGATATT GAATCAACCG AACGAACTTC TAAGACTTGT
    16321 TCCACTTTTG GCAGACCTTG CGTTATATCC CCAGACCGCG ATTTTTCATA TATAAATGTA
    16381 ACTAAAGTAT CCCCTTCATA AATGAGTTTT CCATAATGAC CATGAACTGT TGCTCCTGGG
    16441 GTAGCCAAAC GGGGCTTAGC CGATCTTATT ACTACAGAAT CAAACTGAAC AATTAGAACT
    16501 TGACCCGATT TTAAGTGCAG CCCATTTTTT ATTATACATA CATTTTCACA AAGAAATTGT
    16561 CCAAGACACA TTTTTGTAGA TGTCTCGTCA CAAAACAGGT AATGAAGAAA ATACCAATGT
    16621 AAATTGAATG AATTCAAAAT GATGGTACTA AAAAAATCGG GGTTATAAAT TCTTCCCTTT
    16681 TCATCTATTA AATAATATTT ACATTTAAAG ACTTGAAAGG TTTGTTTTAA TTTTAAATTG
    16741 TAAAATTGTA AATAATTATT TACCAAAATC TGATTATGAG TTATTAAATG GGAAAAAAAA
    16801 AAATAATTCG CAAATTGAAG GGCTGTTCCT AAAGGACCCA ATGGGGTCTT AATTGGAATT
    16861 GGGCGATCTT TTTTAATGGA TTCTTTGTGA TATTTTACAC CGTTGGTTGT GAATGGACCC
    16921 ATTCGAAAAC AATTAGATGA TGACAAAATT ATAAAAAACA GGCATTCCTT ATTTTTATCC
    16981 AACAACGTAC GAACAGTTCC TTGATTTTGG TTAAATGATT GTTGAAGTTT TGTCTTTGAA
    17041 TAATTTGAAG AAATGGACAA AAACAGATTC ATATTCTTAT GTTCTGATCC ATAATAATAA
    17101 AAAAGGGGGG GGTCATTCCT TTTCCCTATA TATGAAAGAG CCGCTTTCAC TAAATCGATC
    17161 CTTAGGAAAT CCCGAATTAT ACCTTTTGTC CTTACTTCAA CAAAAGAAGT GCAGACCTTT
    17221 TCGATAAAAG AACTTTTTTT GTCTTGGCTC CAATTCAATA CTAAACAAGT ACGTACTAAT
    17281 TGAATACTTG TGCCACAAAT TCCCCGAGTG ACTTTACCAT TTCCATAAAG GATATAATTG
    17341 AAAACTCGAA GTTGCACATT ATCCCTTTCT TGCAACAGAT CCTGAGGGAA AAGTGTTACT
    17401 AAATTGATAC CGTCCGTTAT TTCATATGTG ACTACGGGTC GAACCAAAAC AAAATACTTT
    17461 TTCTTAGTGG GGGTCATCCG TTGGACATAG AGCCCTTTTT TTAAATTTTT TGATTCTTGG
    17521 TAATTTGTCT TTCCTGGTGG TACCAAAATG CCCCTGTGTC GGGATACCTT ATCTGTCTCC
    17581 CCAGGAAAAT GAATATCTCC AGAAAAAATT TTTAGTTCAA TCTTTTTTTT TTTTCTCTCC
    17641 ACCCAAACTA CTCCGCCTAC TTGGCTTCTT ATATTTAAAG TAATTGGCGT GTCTACTCCA
    17701 ATGATACTAT TGTTCCATAC CATTATCGAA GAAGATCCGG GTAAGATATG TACTTCCTCG
    17761 GAAATGAAAA AAAACCTATT TACTTTAATT TGGTATTTTG GTCGAAATTC TTTGACTCCT
    17821 CGATACTCAA TCAAATCCTC TTTTTTAACG ATGGAATGCA TCTCTATAGT CCCGTATTTA
    17881 GTAATTCCCG AACTCTTTGT TCGGTATTGA GGATCATCGA AAAAAGCAAA AATACTATTT
    17941 CTACGGAAAA GACCATTTAT GGGTATTTCA ATCGAGATAC CGTCGGAAAG GGACATTAAT
    18001 TCTTTTTCTC GCTCTTGATT CGAGCGAAAT TTAAATGGAA TACTGAATCT ATTTTTTCTC
    18061 CTCTTTGCCC ATAAATGGGT GTTTTTTGCA GGGTATATGT GATTACAATG ACCCATTCGA
    18121 TTAGGTTCCG AATAATTCGG AATCCTATGT TCTTTTTTAC TTGATTTTCT AATATTTATA
    18181 CTAGAAGGAT CTAAAAATTT ATCTTTTACT TGATCATTAG TCATTGAGTA GTTAGAAATA
    18241 TCTATTTCTT CCAAAGAAAG AGAATGAGTG TTCGTTTGAT CTTGATCCTT GTGGAATAAA
    18301 AAAGAGACTG CACTGGATCT GTATAGCCTT CCTGATAATA TCCATAAACG GCTTGCTTTT
    18361 GGTAAGAGAT GAACATTACC GTACGTAAAT TCGGGTGCAT GATACACATC GGTACTCCAG
    18421 TGCATTTCTC CTTCTGAGTC AGAATAAATA TGTTTTCGAA CTTTTTCCTT AAAATTAAGA
    18481 GTCGATGCCC CCGCACGAAT TTCGGCAATC ACTTGTTCGG ATTCAACACA CTGATCATTT
    18541 TGAACTAAAA TAAAACTTTT TGGCGGAATA TTCACATTAT GTAGAATCTC TTCGCTCTCA
    18601 ATAGTGACAT ATAAGTCTAT ATAACATAGA AAGGCTGGGT GTCCGTGACG TGTACGTGTG
    18661 GGATGAACCA ACTTCTCATT AAATTTTATT TTTCCACTAT AAGGGGCTCG TACATGTTCT
    18721 GCAGTACCCC CTGTGAATAC TCCTCCCGTA TGAAAAGTTC TTAATGTTAG TTGAGTACCA
    18781 GGCTCCCCAA TGGATTGACC TGCAATAATA CCTACGGCTT CTCCCAATTC GACCAGGTCG
    18841 CCGTGAGTAG GACTTCGGCC ATAACATAAT CGACAGATCC AAGACGCACT CCTACAAGTA
    18901 AAAGGAGTTC GAATGACTAT TGGTTGGATT CGAAAGGTTA TGAATCGATT TACAAGCCCA
    18961 ACCCCAATGT CTTGATTTCG GGTTGCAATG CAGCGCGACC CCAGATATAT ATCGTCTGCT
    19021 AATACGCGCC CGATTAATGT TTGGGTAAAA ATTCTTTCCG GTATCATACC GTTTCGAGGA
    19081 CTTACAGAAA TACCCCGAAT GGTACCACAA TCTGCTCTAC GTACAATAAT ATGTTGAACT
    19141 ACTTCGACAA GCCTGCGTGT AAGATATCCC GCATCTGATG TTCGTACAGC CGTATCCACA
    19201 ACCCCTTTGC GCGCCCCGTA ACAAGAAATG ATATATTCTG TTAAAGAGAG TCCTTCGCGT
    19261 AAATTGCTTT GAATAGGTAA ATCAATCATT TGTCCTTGGG GATCTGACAT TAATCCTCTC
    19321 ATACCTACTA ATTGATGTAC TTGAGACACA TTTCCTCTAG CTCCCGAAAA AGACATTATA
    19381 TGAACTGGAT TATAAGGGTC AGTCATCCTA AAATTAGGAT TCATTTCTTG TCGCAAATAT
    19441 TCACTTGTAG AATACCATAT CTCAATAGAT TGGCGTAATT TTTCTACTGC ATGTACATTC
    19501 CCATAATGAT GGTGTTTTTC TAAAATAAAA CTTTGCTGTT CAGCATCTTG AACTAGCCAT
    19561 CCTTTAGAAG GTATTGTTAA AAGATCATCA ATTCCTAATG AAATGGATGT AACAGTCGCT
    19621 TGCTGGAAAC CCAGAGTCTT TAATTGATCC AGGATGTGTG CTGTATATGC CATTCCAAAG
    19681 TGATCTATTA ATCTGCTAAT AAGTCGTTTC ATGGCAGTTC CATCTATGGA TTTATTGTGA
    19741 AAGATCAAAC AGGCCCGTTC TGCCATAAGT ACCTCCATAT TCCGCTAAAT AGAATTAGAC
    19801 AATGAGTGGG TTTGAGTTAG TGATTAGAAA ACTTCCTTTT TTGAATCTTA CTTCAACGAA
    19861 AAATTCACTA ATTGTGATCC TAGTTGAACC CGAAAAACTC GAATTCCACA GATATCATAT
    19921 CATAGAATAT AATTACTTAA AGTGCGGTAT TATTAAGTAC CATATGAGCA AGCTCGACAA
    19981 AATCCTTGTA TAGCTTCTTC AATTTCTCGA TAAAGAAAAA TATGACCAAC AGTAGTTCGA
    20041 ATGTATATAA GAATGCTTTC TTTTTTTATA TTTCTTATTA TTAGATAGTG TGCATAAATC
    20101 TCATGATAGG TGCCCAAGGA TTCATAGTGA ACTTCGACGG GAGCTTCTCT TGAAGCAATA
    20161 ATACGTTGAT CTAGTCGCCA CCGGAGCCAC AAAGGACTAT CTAAATTTAT TTTTTTCTGA
    20221 CGATAAGCTC CAATTGCATC ATAGGAATTA CAAAAAAAGG GTTCTTCCAT ATACATAAAA
    20281 TTCTTATCGT CAATTCTTTC ATTTCGGTAG TTTTTGCGAT TCCATGGATT ATATCTATTT
    20341 GCACAAATAC CTCGACGAGT CCCACTTGTT AATATATAGA GTCCAATAAG TATATCTTGA
    20401 GTTGGTACGG AAATGGGATC CCCAATAGCT GGTGATAAAA GATTCATATG AGAAAACATA
    20461 AGTAAACGAG CCTCTGTTTG AGCCTCTAAG GATAAAGGTA CATGAACAGC CATTTGATCC
    20521 CCATCAAAGT CGGCGTTGAA TCCTTTACAA ACTAATGGAT GTAAATAAAT CGCGCGCCCT
    20581 TCTACTAAAA TGGGTTGGAA CGCCTGTATG CCTAATCTAT GCAGAGTGGG CGCTCTATTT
    20641 AACAATATAG GATGCCCCTG CATAACTTCC TGAAGTATTT TCCATATAAT CGTTTCTTTT
    20701 TCCCTAATTT TGCTTTTAGC AACTCCTATG TTCGAAGCAA GATGTTGTCT AATTAGACCA
    20761 CGAATGACAA ATGTCTGGAA GAGCTCTATT GCAATTTCAC GGGGCAATCC ACACCGATGT
    20821 AATGAAAGTG AAGGGCCTAC GACAATGACG GAACGACCGG AGTAATCGAC CCGTTTACCA
    20881 AGTAAAGTCT CACGAAATCG CCCTTCTTTA CCTTCAATTA CATCCGAAAA TGACTTGTAA
    20941 ACCTTATTAT GACCGTCCCT CATGGGTTGC CCGCGGATTC CATTATCAAG AAGTGTATCC
    21001 ACGGCTTCTT GTACCAATTT CTCTTGACAC ATTACTAATT CTCCGGGTGT AGATCTACTT
    21061 GTTGTTAATA GATCGGTAAG AGTATTATTC CGATAGATGA CTCTTCTATA GAGTTCATTA
    21121 ATATCCGAAC TCATTAATTT TCCTCCATCT ATCTGAATGA TTGGTCTCAA TTCAGGAGGA
    21181 AGAACTGGTA ATAGGCATAA AACCATCCAT TCTGGTTCTA TATTTGTTCG AATAAAATGC
    21241 TTAGCTAATT CCATGCGTCT AACTAAAAAA TCCTTTCTTC TTCCAACTTT GCGGTCTTCC
    21301 CATTCATTCC CTGTGGCACC CTCGTCTCCT AACTCTTTCC ATTCTGCGAA TGAATAATCT
    21361 ATAATCGTTC GCAAATCCAA ATCGGCTAAT TGTTCTCGAA TAGCACCTGC TCCGGTAGAT
    21421 ATTTCTCGAT TTCTAAATGC ATCAAAACCT TGGGTAGTAA AAAAAAGCGG GATACTATAT
    21481 TTCCAAGATT GGATTTCATA TTCAAATAAA CCTCGTAATC GTAAAAAAGT AGGTTTTTTT
    21541 GCTATGGGCC TAGCAAATGA AAAATTGGGA TAGGATCCTA TAGGATCTCC TCCTTCAAAA
    21601 CCGGACGTGA AAGTTTCCTC TCACCCGGCT CAAGTAAACA AATAAAGAAA AGAAAGGAAT
    21661 TCTCACTTTC AAAAAATTGT AAATTTTTAT AAAATCTCCA AAACAAAAGA TCTACTCCTT
    21721 ACTCAAGTTT CCTTGAAGAC TAAGCATCAG TGCCTTGATT CATTCTTCTT TTACTTTTTT
    21781 TCATTTTTTG TCAATTAAAT AAAAAAAACT ATTAAATTCT TGAGTAGTCT ACCCCCCCCT
    21841 AGAATGATCA ATCCCCTAAA AAAAATTGTA ATTCAAAAGA AATTTACTTG TCTATGTATT
    21901 GTTCCGTTCG ATCTTTTAGG TCACGACTTC ACCTCGACGG TTATACCACG TACCAAAGCC
    21961 TCTATGCGAT GGATAGGCTC TTGTAACCAT AACATATTTG CTTGCTTACG CGAACATAAA
    22021 AAAATTTTTT TACGAGGTAC AACTATGAAA TTAATATTTC GTTGTTACGA AATCAACCAT
    22081 GGATCAATTC CCCCAGTATT ACACCCATAA TTCTGAGCTT CATATTCCTC CTCTCAAGAG
    22141 ACATGTCAGA GCCAGGGCAC CCCCTTTGGT TTGGATTAAA TGGGATGACA GTTTCTCATT
    22201 CCGAATCTGT AAAATAATAA TTTCGATCAA ATCACACATC GCAGTATACT AGGCCTTCTA
    22261 ATTCTTTAAG AGGCTTATCT AAAAAATTCG CAATATAACT AGGAAGACGT TTCAAATACC
    22321 ACACGTGGGT TACCGGGCAT GCCAATTTAA TATAGCCCAT TTGATACCTT CGGATTCGAG
    22381 AATCAACAAA TTCGACCCCG CATTGTTCAC AAAATTTTGG GTCTTCTTTT TCATTTCTGA
    22441 TTACTCGATA ATTTCCACAA GCACAAATTC CACTTTTTAT CGGCCCAAAA ATTCTTTCAC
    22501 AAAATAATCC ATCTTTTTCT GGTTTATTGG TTTTGTAATG AAAAGTATAA GGTTTTGTCA
    22561 CCTCTCCAAC TATTTCTCTA TTAGGTAGAA TTTTTGTGGC CCAAACACTT ATTTGTTTAG
    22621 GCGAAACTGA TCCGATTCTG AGTTGTTGAT GTTTATACTG ATCGATCATA GAAGAAAAAT
    22681 TATAAATTAT TCCGATTAAG CTTCCATCCT ATTAATCTGG AAGGTTTTTT CAGATACAAG
    22741 GAAATTATTC AGTTCCAGAG CCAAAGATCG TAGTTCTCGA ACGAGTAGTC GAAAAGATTC
    22801 TGGAGCATCT TCGGGGTTAA GTATTGTTCC CCCAACGATC ATAGTCCCAA GTACTTCCTG
    22861 GCGAGCTTTA ATATGATCCG ATTTATAAGT AAGCATCTCT TGTAAAATAT GAGCAACACC
    22921 AAATCCTTCT AGAGCCCAAA CTTCCATTTC TCCTACTCGC TGTCCTCCTT GCTTGGCTCT
    22981 TCCTCGAAGA GGTTGTTGAG TAACAAGCGC ATAATGTCCA CTAGAACGTC CATGAATTTT
    23041 ATCATCAACT TGATGAATTA ATTTCAATAT ATAAGGATTT CCTATTATAA CAGGTTGTTC
    23101 AAAAAGATCC CCTGTTCTAC CATCAAATAT TCGACTCTTT CCCGGATACT CGGGTTCAAA
    23161 TATCCAGGGC TTCGCGGTTT GTTTACTGGC TTTATATAAT TCAGAAAACA CTAGTTTTCT
    23221 CGAAGCCTCT TGTTCATATC TCTCATCAAA TGGTGCTATT CGATAATGTC TATCTACCAG
    23281 AACTCCCGCT AACCCGAGCG AACATTCAAA TATCTGTCCT ACATTCATTC GTGAAGGTAC
    23341 TCCTAATGGG TTAAAGACCA TATCAATGGG TATTCCGTCT TGCAAATAAG GCATATCTTG
    23401 TCTAGGCAAA ATTTTGGAAA TGATACCCTT ATTTCCATGT CTTCCGGCTA CTTTATCGCC
    23461 AACTTTTATT TCACGTTTCT GTAAAATATA TACATGAATT GTTTCTGGAT TATAACTAGA
    23521 GCCCCCCTTT TTCTGGATCC ATCTCACATC AATAACTCGA CCCCTACCAC CTATAGAGAG
    23581 TTTTAGACAA GTTTCTTTAG ATGTAGATAC CTGAATTCCA AGTATGGCTC GTAATAATCT
    23641 ATCTTCAGGG GCATACGAAG ATTCTTTTGC CATCTGAGGT GTTAATTTAC CTACCAAAAT
    23701 ATCACCTGTT TCTACCCACG ACCCCAACTT CACAATCCCA TTTTTGTCTA AATTGCGGAG
    23761 TAAATAGGCT TCTAAATGGG GTATTTCACC AGTGATCCTT TCGGGTCCTT GACTTGTCAC
    23821 ATAAGTCTGA ATTTCATATT TCCGTATGTG AAAAGAAGTA TAAATATCTT CATATACAAG
    23881 ACGCTCACTA ATGAGTACCG CATCTTCAAA ATTGTAACCT TCCCACGGCA TATAAGCCAC
    23941 TAATACGTTT TTTCCCAAAG CTAGTTCGCC CCCAACGGTA GCAGCACCAT CTGCTAAAAT
    24001 TTGTCCCTTT TTAGTGCACT TACCCCGGGG AATCCGGGGT TTTTGGTGCA TACAAGTATT
    24061 TTTGTTGGAG CGTTGATACA TAACTAATGG AATGCTTTGA GTCTTACCAT TACCTGAAAA
    24121 AATGATCTTA TCAGTATCGG TATAAAAAAT CTTTCCCTCA TGTTCGGCTA TAGCGAGAAC
    24181 CCCCGAATCT AGGGCCGCTT GACGTTCCAA CCCAGTTCCA ACAATGCATT TCTCGGACTG
    24241 GGAAAGCGGA ACTGCTTGAC GTTGCATATT AGAACTCATT AAAGCGCGAT TTGCATCGTT
    24301 GTGCTCGATA AAAGGAATCA GGGAAGCTCC AATAGAAAAA TATTGGAACG GAAAAATACT
    24361 TCGAAAACGA ACCTGTTCCC ATGCAATAGT CAGGAATTCT TGACGGTATC GAGCCGGAAC
    24421 AACCTGTTCT TCCTGAATAC CTTGATTAAG TGCCAAAAAA TTTTCGGTGG ATACCTTATA
    24481 GTATTCATCC CGGCTTGGGG ATAAAAAAAG CATCTGTACC TTTGTTGATC TCTCAGAAAT
    24541 TTTATAAAAG GGGCTTTCTA GAGACCCCAA AAGACCTATT CTTGCATGAA TTGCTAAGGA
    24601 TCCAATCAGT CCAACATTAA TTCCTTCGGA CGTGTCAATT GGGCAAATAC GCCCGTAGTG
    24661 ACTAGGATGG ATATCTCGTA TCCGAAAACT AGCCGTACGC CCTGTCACTC CTCCAGGGCC
    24721 CAAATAACTC AATTTTCGAC CATGAACTAT TTGTGTCAAT GGATTAGTTC GATCCAAAAC
    24781 TTGGGATAAT GGGTGTAAAC CAAAAAAAGA TTCATAAGTC GTTGTTAATG GAGTTGAAGT
    24841 TACCAAATTC TGAGGAGTAG GTATTAATTT ATGCCGAATT ACTCCACATA TAGTTCCTCG
    24901 AACCACATTT TCTAAACGAA CCAGAGCCAA CCCGAATTGA TCTTGTAAGA GATCTGATAC
    24961 AGAGCGAATA CGTTTATTTT TCAAATGATT CATATCATCA AGTGTACCCA TTCCAAATTT
    25021 CATTCCAATC AAATGATCCG TGGCTGCCAA TATATCACGC GGCAACAAAA ACGTATTGTT
    25081 TTGGGTTATA TCAAGATTAA GTCGACGGTT CATATTTCGT CGACCAATCC TTCCTAATTC
    25141 GCATTTTTGT TGAAAAAATT TTTTTTGTAA TTCTTTACAT AAAGATTCCG AAAATACCGG
    25201 GTCTCCTCCT ACACAAGCAA ATTGTTGATA AAACTCCAAA ATAGCATTTT CCTTTAACCC
    25261 AAAAATTTTT TTATCTTTAT CATTCAAGAA AGACAAAAAA ATTTCCGGGT AGCAAACATT
    25321 ATCCAGAATT TCTTTTAGAT TCGAACCCAT AGCTGATGAT AGAACTAGAA TAGATATTTT
    25381 CTGTTTCCTA CTCACACGAG CCCATAGCCT TGCTTTTCTA TCAATCTCTA ATTCTGATCT
    25441 TCCTCCCCAA TCTGATATTA TGGTGCCAGT ATAGACCGAA ATTCCGTTAT GGCCCAATTC
    25501 TGCCCGATAA TAAATACCGG GGCTTTGCAA TATTTGATTG ATCACAATTC TGTATATTCC
    25561 ATTTACTATA AAAGTTCCCA GGGAATTCAT GAGAGGAATG CTTCCAATTA AAATTGTTTG
    25621 TTCTTGCATA TCCCGGCAGG TTTTCCAAAT TAATCCTGCG GATACATATA ACTCGGAAGA
    25681 ATATGTAAGT GATTTATACA CGGCAGCCTT TTCTTTTATC ACGGGTTCTA CCAATTGATA
    25741 TGTCTCCACA AATAATTGAA ATTCAATTTC TTGATCTGTA TCCTCCATTT TTGGAAACTT
    25801 ATAAAGCTCT TCCGGTAAGC CCTGATCCAT GAAGCGACAA AATCCTTCAA ATTGTATCTG
    25861 ATTAAACCCA GGTATTGTAG ACATCAGCTC ATTTTCCTCT CGTAACATTT GAACCCAATT
    25921 CCTCATTTGT TTAAAAATCC CAGTTTTGGA TAATTCTTTA TTGAATCATA TCGATATCGA
    25981 TCTAGCTCGG ATGGAATCTA TATTCTGTTT ACTAAATCAC ATAAAATTTT ACACTAAAAT
    26041 TCCATATATC ATGTATGAAA TACGTATGAA CGGAGGAATA CAGAAAAATT GCTATTTTGC
    26101 GGAGAAAAGA TCTATTTTAG TACTATTCTT AATATACGCC TGTATTGTAA AGCAAAGCGG
    26161 GTTCGAGTTT TAAATACGTG CCCCATCTAT ATTTCGTATA TAAGATACGC AATTGTCTGT
    26221 GTAATTTATG TTATGGTTCC GGGGTTTACA TATATGTATA ATTGTTGTTA TAATTGAAAC
    26281 TGATAAAAAG AAAAATGAAA ATCGAAATAA ATCTTTTTTT GAAAAGACGC AAAAATAATG
    26341 ATTTTTATCA TTTGAATTTT ATTATGTCAT TAGGGTGATT TGAAGTCAAA ATCTAAGACT
    26401 CGTTCATGAA TTCCAAAATA GTTAATGGGT CCAATTTCTT ATGAGTTTTT ACTTTTGGGA
    26461 CTGAAAGCCT ATATTTTTTT GTATGGATCG AATTTTAAAA AAGTAAAAGC TTTTTGTTAG
    26521 TAGGAAGGGA ATTAAGGGAA TGGGATATAT AAAGGATTAA TAAATATAAA GGATTAAAAA
    26581 CGCAAGTACA ATAAAAAAAA GTTAAAAAAT TCACCCCCAA AAGGTAATAT TTGCATATAT
    26641 ATTTTTGGCG GCATGGCCGA GTGGTAAGGC GGAGGACTGC AAATCCTTTA TTCCCCAGTT
    26701 CAAATCCGGG TGTCGCCTCT AAAAAAATGG AAATATCCTA ATCCCTTAGA TTCTAAGCAT
    26761 ATGGTGGGTG GTAAATCTTT GTATCTAAAA TGCAATAACA ATTTTTTTGA CTCTGTACCA
    26821 TTGATTTCAC TATTGATTTC ACTATTATTA GTAAAAAATA ATGGAAAAAT TCCTTCATAT
    26881 TCATAGAAAT AGGGGACAAA ATTTACATGG ATATTGTAAG TCTCGCTTGG GCTGCTTTAA
    26941 TGGTAGTCTT TACATTTTCT CTTTCACTTG TAGTATGGGG AAGAAGTGGA CTCTAGAAAA
    27001 ACGACTTACC TTAATTAGCT AATTTTAACT AACTAAATTG AGTTTTTAGT TTAGGAATAA
    27061 AATAAATTGA TCACTCCATA AAGTTTTTTA ATACTAATGT TAATTAAACA GATATTTCAA
    27121 AAAATCCCAT GTTAGGCTTT TTTTTTAGAA ATTTTAGATA ATAGGAAATT TATTTCAAAT
    27181 TTTTACTAAA TTTCAACATA AAAAAATGGC CAAGATATAA ATTTTATTAG TAGAATATTA
    27241 ATCAGATACA TACTTTGTAG AGGAAACAAC ATAGGCATAG TTGTTGTTCA ACAAAAATAG
    27301 ACACATAATA AGATCTTGGT TCCGACGAGT TACAGATTGG ATACTTAGTG CTTGTTTTCT
    27361 CATTTTATAA AATTTCTGCT TTATCGACCC ATTTCATATC CTGGTTTAAG TGTTAAATTA
    27421 AAATAATGTG CGATACTTTA TTTTCGAAAT TTGATGAAGT TTCCATACCA TAGAAATAGA
    27481 ATTGGGTTGA TCATATATCA ACCAGTCAAT TAATTTTAAA TTTTTTTCTT GGGTTGAGAA
    27541 TACTAAAAAA ATGAATAAAT TTATATTGAT ACAGACCTTT GTTTCTTTCT TTTATTCTTT
    27601 CGGTGGATAC TCCGATTTTT TGTAATAATT CGAAATCTAA TAATTTGAAT TGAACTGTAA
    27661 AATAAAAGTA AGAGTTGCCT TTAGATTATT TTGGATTGAT TTTGATCAAT CCAATAGATG
    27721 TAGTAAAAAA ATAGAATTAG GATATCTACA TAAAATATCT GGGGCTACAT ATTAGAGATT
    27781 AGTCAATCTT TAATTAAGTT TGTATCTTTA GTATATTCCA ATTTTATACA CGACAAAAAA
    27841 ACGAAAAATC TAATACTAAT AAATAGTATG GTAGAAAGAT ATATATCTTT CTACCATACT
    27901 TTAACTATAT ATAAAATCTA ATCAAATACT TATAATTTTA GCCTGCTCAT TTTTCAGTTA
    27961 ACAAAATAAA TTTGAATACG TTTTTTCCAT TTTCCAGTCG TTGATAAATA ACGAAGAAGT
    28021 CAAGTTTAAG TCAAACTAAT CATTTTGGCT GACTGTTTTT ACATAAATGA TAAGTAGAAA
    28081 AGCAGTAGGA ACTAGAATGA AGAGCGCAGT AGCAATAAAT GCAAGAATAT TGACTTCCAT
    28141 AATTTCATCG TTTTTTTAGT TCGTAATAAC TCGGGATTTG ATCCCATAGA GATGATAAAA
    28201 ATGTCACCTG TAAATTCAAT GGAATGAAGT CCATTTTGAT GATATTGAAT CGGATTAATA
    28261 TCATGAATAA CAATATCTGA ACTATCATAT TAATTCGCCG TCGCAAATTG AATAGTATAA
    28321 CAAATAGGTG AATCTTTTAT CCATACTGAA TAACAAAATA TATTATAAAA TTCGTGATTT
    28381 AATCCATTTT TGACCATAAA CGACAGTTTT CTTTGTATAA TCAATCATCT AACGAAGTCT
    28441 CATCTGACCA CTTTTCTTTT TATTTTACAT TTCCACTGGT TACAAAAAAA AAAAAAAGAA
    28501 GAAAAGCGCA CAAAAAGGAT AAGGGGTTAA GTTCTAAAAT ACCTTTATTT TTTTTTAGGT
    28561 TTTTGCTTTT TTTATAGATT CCAGTCTAAA TTATTTTTTT ATTTTCATTT ATAAAATAAA
    28621 AAAATATTCT TCATTATCTA AGGGGTATAA AAAAGGATAG TATCCTTCTT TGATCTTTCT
    28681 TATTGGATCC GTCGGGACTG ACGGGGCTCG AACCCGCAGC TTCCGCCTTG ACAGGGCGGT
    28741 GCTCTAACCA ATTGAACTAC AATCCCAAAG AACTAAGGTA TACAATATCT TTTTTTATCA
    28801 TTTGATTCAA AACATTTTTA GTTCTAATTT TTTAGTTGTA ACAGAGAGGG GAGAGTGATA
    28861 TATTGATCTC TGCAAGAATA TGTACTTGAG TGCGAACAAC ACGAATTACT AGATAAATAA
    28921 AAAAAGGGTA AAAAATTTTT AATTAAAACG AAAGAAAACC CGTTTTCTTT TTTTCAAATT
    28981 CTCAATATAG TATGAATGAA TCGAGATAAA AATTTTAAAT TCCCGGAAAA AATAAATTAA
    29041 ATAGAGTAAT AAAATAAATG AAAAACATAA AATTGGACTC TTTTATTACG CGTATCGTCT
    29101 GCTTGGGAAG GACTAATATC TTCATCTCAT AGTATAGTAG GTGAGAGAGT TTTTGGGCCG
    29161 AGCTGGATTT GAACCAGCGT AGACATATTG CCAACGAATT TACAGTCCGT CCCCATTAAC
    29221 CGCTCGGGCA TCGACCCAGG AAAAATCTAT TCTAATTTAG GTTTTTTGAT TAGACTTATT
    29281 GATCATCCAT GAGCAATTTA CTTTTGTAGT ACCCTACCCC CAGGGGAAGT CGAATCCCCG
    29341 CTGCCTCCTT GAAAGAGAGA TGTCCTGAAC CGCTAGACGA TGGGGGCATA CGTACCCAAC
    29401 TGCCATCATA CTATGTTCAT AGTATGAACA GTTTTTTGAA ATTGTCAATA TAATCTTAAA
    29461 ATTTTTATAT ATTAAATATT AATATAATAT TAATAATAAA TCTAAAAATA ATTAGACTCA
    29521 AAGGATCTTT CCGTCTTACA TAATTACATC AAATTTTTTG AATAATTCAT TCAAACCATT
    29581 CGATATTCAA TATTCAACCT ATAAACGATA AAAAAAATTC GCTCGTTTTA TTCATTTCGA
    29641 ATTTTCTTAT TATTATATAT AATATATAAG ATAAGATCAA GATTAACTTT AAACCATAAA
    29701 ATAAATATCA TAAAATAAAT ATCATAAAAT AAATAAGGGC CCTTTTAACT CAGTGGTAGA
    29761 GTAACGCCAT GGTAAGGCGT AAGTCATCGG TTCAAATCCG ATAAGGGGCT TTTACGGTTT
    29821 TTACGGTAAA AAAAAATTCC ATCATATTTA AACGGGGAAT GAGAGTACTT GTTGATATTT
    29881 ATTAAATTTT AAATTAATAT TTTTTTTTTT ATTTTTAAAG TTGAACTAAT CTTCATTATA
    29941 TTATAAATTA TAATATATAA TGACTAAATA ATAAAAATAG TATACTCTTG AATGAGTCAA
    30001 TAGTTTGATT TTCAATTATT TCAATCAAAT TGTTTGAAAA AAAAAAGAGA AATCAACAAA
    30061 TGCAAAAAGA AGTGGACCTG ACTTATTGAA TCATGACTAT ATCCGCTATT CTGATATTAA
    30121 AATGTGATCG AGATTAAAAA GGAACAATTT ACCCTTTAAT TTTCTTTAAA CTCTGCATGA
    30181 ACATGAATTT GTCGATATTT CCGACTAAAT CTTTGTGTTC CTAGCTATTA TCTTACTCAT
    30241 AAAGAGGATA AACCTTTTAT TACATTAAAA TCAAATAAAA AAAGCCATTT TCAATATCTT
    30301 TATTTTCTTT AATGGAAGGT CTTATCTATC GAAATCTTAT TAGATAGATT AGATATAGCG
    30361 TGTCTTCATG TACCAACTAC TTCTATATGT ATATGCATGT ATTCCCACCT AAATTTTATG
    30421 GAGAATCTAT GCGGGAAGGA AATTTTTATT TAAAGTTTCC TGTTATTTTA TTGAATATCA
    30481 TATTTAATTT CATTTTAATT AAGTATTCAG TAAATTAACT AAAAACGTAA AATTTATCTT
    30541 TTTATAACAG ACAAAAATGT AAATAGAAAA ATAGTCGAAG TACCTTGAAA ATGAAAAAAT
    30601 AGACTCTGAA ATTTCCTACG GCAGTAGATC CGGCTGGTAC TTGAAAAGTT CTTTCTTAAC
    30661 AAATAGTTAA TTGTTGAGTC TAATAAGTTA AAATTAATTA AGAATTGATT GAATTTAGTT
    30721 TAACATAAGT TAATTTATGA ACCGCTAAAA CATTTTTTTT TCGAAACCCT ATACGCTAAA
    30781 CTCGGGGTCA GTGTACGAGA AATCAAAAAA TAGAAAAAAG AAATTAACGA ATTCTCGAAC
    30841 TCCAGAAAAT GCTACAAGGT GCTCGAAAAT GGTTGAAAGT AGTTGAATAG GAGAATCACT
    30901 ATGACTATAG CTGTTGGTCA ATTTACCAAA GACGAAAAAG ATTTATTTGA TATTATGGAT
    30961 GACTGGTTAC GTAGAGACCG TTTCGTTTTT GTAGGTTGGT CTGGTCTATT GCTCTTTCCT
    31021 TGTGCTTATT TTGCTTTAGG GGGTTGGTTT ACAGGTACGA CGTTTGTAAC GTCATGGTAT
    31081 ACGCATGGGT TAGCCAGTTC CTATTTGGAA GGCTGCAATT TCTTAACCGC TGCCGTTTCT
    31141 ACTCCTGCTA ATAGTTTATC ACACTCTTTG TTGTTGCTGT GGGGTCCTGA AGCACAAGGC
    31201 GATTTTACTC GTTGGTGTCA ATTAGGCGGC CTATGGACTT TTGTTGCTCT TCATGGCGCT
    31261 TTCGGACTAA TAGGTTTTAT GTTACGCCAA TTCGAACTTG CTCGATCTGT TCAATTGCGC
    31321 CCTTATAATG CAATCGCATT CTCTGGCCCA ATTGCTGTTT TTGTTTCTGT ATTTCTAATT
    31381 TATCCACTAG GCCAGTCTGG TTGGTTCTTT GCGCCTAGTT TTGGTGTAGC AGCTATATTT
    31441 AGATTCATCC TCTTTTTTCA AGGATTTCAT AATTGGACGC TGAACCCCTT TCATATGATG
    31501 GGAGTTGCTG GTGTATTGGG CGCCGCTCTG CTCTGCGCTA TTCATGGTGC TACCGTAGAA
    31561 AATACTTTAT TTGAAGATGG TGATGGGGCA AATACATTCC GGGCTTTTAA CCCAACTCAA
    31621 GCTGAAGAAA CTTATTCAAT GGTCACCGCT AACCGTTTTT GGTCCCAAAT CTTTGGGGTT
    31681 GCTTTTTCCA ATAAACGTTG GTTACATTTC TTTATGTTAT TTGTACCAGT AACCGGTTTA
    31741 TGGATGAGTG CTCTTGGGGT AGTCGGTCTC GCCTTGAACC TACGTGCCTA TGACTTCGTT
    31801 TCACAGGAAA TCCGTGCAGC CGAAGATCCT GAATTTGAGA CTTTCTACAC CAAAAATATT
    31861 CTCTTAAACG AAGGTATTCG TGCTTGGATG GCGGCTCAAG ATCAGCCTCA TGAAAACCTT
    31921 ATATTCCCTG AGGAGGTTCT ACCCCGTGGA AACGCTCTTT AATGGAACTT TAGCTTTAGC
    31981 CGGTCGTGAC CAAGAAACCA CCGGTTTCGC TTGGTGGGCC GGGAACGCTC GACTTATCAA
    32041 TTTATCCGGT AAACTACTTG GAGCTCATGT AGCCCATGCC GGATTAATCG TATTCTGGGC
    32101 CGGAGCAATG AATCTATTTG AAGTGGCTCA TTTTGTACCA GAGAAGCCAA TGTATGAACA
    32161 AGGATTAATT TTACTTCCCC ACCTAGCTAC CCTAGGGTGG GGGGTAGGGC CCGGTGGGGA
    32221 AGTTATAGAC ACCTTTCCAT ACTTTGTATC TGGAGTACTT CACTTAATTT CTTCGGCAGT
    32281 TTTGGGCTTT GGTGGTATTT ATCATGCACT TCTGGGCCCT GAAACTCTTG AAGAGTCGTT
    32341 TCCATTCTTC GGTTATGTGT GGAAAGATAG AAATAAAATG ACTACAATTT TGGGCATTCA
    32401 CTTAATCTTG TTAGGTATAG GGGCTTTTCT GCTAGTATTC AAAGCTCTTT ATTTTGGGGG
    32461 CGTATATGAT ACCTGGGCTC CGGGGGGAGG AGATGTAAGA AAAATTACCA ACGTCACCCT
    32521 TAGTCCAAGT ATTATATTGG GTTATTTACT AAAATCTCCT TTTGGGGGAG AAGGGTGGAT
    32581 TGTTAGTGTG GACGATTTAG AAGATATAAT CGGGGGGCAC GTATGGATAG GTTCCATTTG
    32641 TATACTTGGT GGAATCTGGC ATATCTTAAC TAAACCTTTT GCATGGGCTC GTCGCGCACT
    32701 TGTCTGGTCG GGAGAGGCTT ATTTGTCTTA TAGTTTAGGT GCTTTATCCG TCTTTGGTTT
    32761 CATTGCTTGT TGCTTTGTCT GGTTCAATAA TACTGCTTAT CCTAGTGAGT TTTATGGACC
    32821 CACTGGACCA GAAGCTTCTC AAGCCCAAGC ATTTACTTTT TTAGTTAGAG ACCAACGTCT
    32881 TGGTGCTAAC GTGGGATCCG CTCAAGGACC TACTGGTTTA GGTAAGTATC TAATGCGTTC
    32941 TCCTACTGGA GAAGTTATTT TTGGGGGAGA AACTATGCGT TTTTGGGATT TGCGCGCTCC
    33001 CTGGTTAGAA CCTCTTAGGG GTCCAAATGG TTTGGACTTG AGTCGGCTGA AAAAAGACAT
    33061 ACAACCTTGG CAAGAACGAC GTTCCGCGGA ATATATGACT CATGCTCCTT TAGGTTCTTT
    33121 AAATTCTGTG GGTGGCGTAG CTACCGAGAT CAATGCAGTC AATTATGTCT CTCCTAGAAG
    33181 TTGGTTAGCC ACTTCTCATT TTGTTTTAGG ATTCTTCCTA TTTGTAGGCC ATTTGTGGCA
    33241 TGCGGGAAGG GCTCGTGCAG CTGCAGCAGG ATTTGAAAAA GGAATTGATC GTGATTTTGA
    33301 ACCTGTTCTT TCGATGACCC CTCTTAATTG AGACAAGAAA TCCAATGTTT TAAAAGTAGG
    33361 AATCCATTTT AATACATCAT ACATATATAA AGTTAAAGTC TTTTTTTCTG GCTCGGCTAG
    33421 TTGAGATAGC CGAGCCATTC CTTTTATTTT CCATTTTATT TTACTAGACC GGGCAAACAA
    33481 AAATAAGAAA AAAACTCTAT TGAACGATCA AAAGGAGAGA GAGGGATTCG AACCCTCGAT
    33541 AGTTCTGAAC AAAGAACCAT GACGGTTTTC AAGACCGGAG CTATCAACCA CTCAGCCATC
    33601 TCTCCAAAAT AATTCAATTT TTATTTTATT CTTATTCCCC CGAATGGAAC ACGGTCATAT
    33661 GCGTTTTGAT ACCATCACGA GTAAAAAGAC TAGACTAGGT GGACGTAAGT TGGTTGATAG
    33721 GGCCCTCCAT TTATATATGT ATACGGCTAA TTAAAAAAAG TCTTGCGCGT TCCATTAGCT
    33781 TAGAGTGGTC AATATTGAAA AAAAGGATTC CCATAGTTAT AGTATAAAAT CCCTCCGCGA
    33841 TACATTTTTT TTACAATGAC TGCATAGGGG GATCAAATGG TATAGTTCTT GGTAGCTTGG
    33901 AGGATTATTA TTTATAAGTA TGACTATAGC TTTCCAATTG GCTGTTTTTG CATTAATCGT
    33961 TACTTCATCA ATCTTACTTA TTAGCGTACC CGTTGTATTT GCTTCTCCCG ACGGTTGGTC
    34021 AAGTAACAAA AATATTGTAT TTTCCGGTAC ATCATTATGG ATTGGATTAG TTTTTCTGGT
    34081 GGGTATCCTT AATTCTCTCA TTTCTTGAAC CTGTTTTTTT GTTACAAATC CAAAAATGAC
    34141 CCCTCCCCTG GATTATAATT CTTTCGGGTT ATGAGACACA GTAAAATATA ATATCAATAT
    34201 AACAATATGA TAAGCCCCAA AAAAAAGAGA GGGAGGGGTC AAACTTAAAC TTCTTGAATG
    34261 AAAAATGGAA TTGACTTGAC GAGAGTCTCT GGACCCACTC TACACAAATA TGATTGAGAT
    34321 ATTATATATT ATAGTAGGTA GGAACATATT CCTTCTCAAG ACGGAAAACA TGCGGATATA
    34381 GTCGAATGGT AAAATTTCTC TTTGCCAAGG AGAAGACGCG GGTTCGATTC CCGCTATCCG
    34441 CTGAAGAAAA AACTAATTAC TATGATATAG TTATAGTTGA TCACGGTAGT GTAATTATTC
    34501 TATCCGTCTT ATTTTTTTTT ATAGCACTGC AAAATAAAAA CTAATTTAAT GATTCAAACC
    34561 TAATTTTTTT AACAAAAGAA TTTGCGGAGA CAGGATTTGA ACCCGTGACC TCAAGGTTAT
    34621 GAGCCTTGCG AGCTACCAAG CTGCTCTACC CCGCGCTGAA GAAAAGAACT GGGAATTGAA
    34681 TGGACGAATA ATTTTTGTTT GGGCCCTTTA CCACATCTGT ACAAATAGAA TAACCCATTT
    34741 ATACAGAATG GTAAAGGGGC TCTCTATGAT CGATGATGAT CATAGAAATA GAAATGAAAA
    34801 TATCTTTTTA TCCTTACCAA CTTGATCTTG TTGCCCCAGG CAACAAACAT GTGTGAACCA
    34861 TTTCACGAAG TATGTGTCCG GATAACCCAA AGTCACGATA GTTAGCTCTC GGCCTTCCGG
    34921 TCAAAAAACA ACGTCGATGA AGACGCGTAG GCGCACTATT ACGCGGTAAA GATTGTAACT
    34981 TTACATGAAT TTCCCATTTA TTACTCAACG ACGAAACTTT GCTTATTTCT TTTTTTGAGG
    35041 ATCGACGAAT CAAATGATAT TTTTTTTCCA ATTTTTGCCT TTTCTTCTCC CTCTCAATCA
    35101 AACTTTTTTT TGCCATAATG GTTCAGTTCC TTTTAGTATC AATGATACAA GTCGGATCCT
    35161 AGATGTAAAA GTGTATAAGA AAGGGGGTTC CCTTCTCTAT TCTATCGAAA TAAATGAAAT
    35221 TATCACGAAG ACAAAACAAA AATTAACCAA ATTTGCCCGA CGTAGAGGCA ATCAAGAAAG
    35281 CCGCATAGGT GAATATATAA CCTACGGAGA AGTGGGCTAA TCCAACTAAT CTTGCTTGCA
    35341 CAATGGAAAG AGCCACCGGT TTATCTCTCC ATCGAATCAA ATTGGCCAAA GGTGTCCGTT
    35401 CATGAGCCCA GGCTAAAGTT TCAATCAACT CCTGCCAATA TCCACGCCAG GAAATTAAGA
    35461 ACATAAATCC CGTAGCCCAA ACAAGATGTC CAAATAAGAA CATCCACGCC CAAACCGATA
    35521 AACTATTCAT CCCAAAAGGG TTATATCCAT TGATAAGTTG TGAAGAGTTT AACCAGAGAT
    35581 AATCTCTTAA CCATCCCATC AAATAAGTGG AAGATTCATT AAATTGTGAA ACATTACCCT
    35641 GCCATAATGT GATGTGCTTC CAATGCCAAT AAAAAGTAAC CCATCCAATA GTATTTAACA
    35701 TCCAAAAAAC GGCCAAATAA AATGCGTCCC AAGCCGAAAT ATCACAAGTA CCGCCTCGCC
    35761 CCGGACCATC GCAAGGAAAA CTATAACCGA AATCCTTTTT ATCTGGCATT AACTTGGAGC
    35821 CGCGTGCATC TAAAGCACCT TTTACTAAGA TCAATGTAGT TGTATGTAAA CCTAGAGCAA
    35881 TAGCATGATG AACTAAAAAG TCTCCGGGCC CTATTGTTAA GAATAGAGAA TTACTATTCT
    35941 CATTAATAGC ATTTAACCAG CCAGGCAACC ATATATTTCG ACCTGCATTG AATGCCGGTC
    36001 CACTTGTTGA GGATAAAAGT ACGTCGAACC CATATGAAGT TTTACCATGA GCAGATTGTA
    36061 TCCATTGAGC AAATATGGGT TCGATCAAAA TTTGTTTTTC TGGAGTCCCA AAAGCAAGCA
    36121 TGACATCATT ATGAACATAA AGACCTAAAG TATGGAATCC TAAAAAGAGA CTGGCCCAAC
    36181 TTAAATGGGA TATTATAGCT TCTTTATGGT CTAACATTCT TGCCAATACA TTATCTTCAT
    36241 TCTGTTCCGG ATTGTAATCT CGAATGAAAA AGATAGCTCC ATGAGCAAAA GCTCCTGTCA
    36301 TGATGAATCC GGCAATATAT TGGTGATGTG TATATAATGC AGCTTGAGTA GTAAAGTCTT
    36361 GGGCTATGAA CGCATAAGCA GGTAAAGAGT ACATGTGTTG GGCTACCAAG GAAGTTATAA
    36421 CTCCTAAAGA AGCTAGAGCA AGCCCTAATT GAAAATGAAT CGAATTGTTG ATTGTGTCAT
    36481 AAAGACCCTT ATGTCCACGC CCCAGCCGTC CTCCTGGAGG AATATGTGCT TCTAAAAGAT
    36541 CTTTCATACT GTGCCCAATT CCAAAGTTCG TTCTATACAT ATGACCAGCA ACAAGAAAAA
    36601 TAAATGCAAT AGCTAAATGA TGATGAGCAA TATCAGTTAG CCATAAACTT TGTGTTTGTG
    36661 GATGGAAACC CCCAAGAAGG GTTAGAATGG CCGTTCCCGC TCCTTGGGAG GTACCAAACA
    36721 AATGACTGCT TGAGTCTGGA TTTTGAGCAT AAAGATTCCA CTGACCTGTA AGAAGGGGTC
    36781 CTAATCCTTT AGGATGTGGT AATACGTCTA AGAAATTATT CCATCGAACG GACTGCCCTC
    36841 TGGCTCCGGG AATAGCGACA TGAACTAAAT GTCCTGTCCA AGCCAAGGAA CTTACTCCGA
    36901 AGAGTCCGGA TAAGTGATGA TTGAGGCGGG ATTCGGCATT TTTGAACCAC GAAACACTCG
    36961 GCTTCCAGTT CGGTTGTAGA TGTAACCAAC CCGCCAATAA AGATATAACA GAAAGAAATA
    37021 ATAGAAAAAG AGCTCCAGTA AAAAGATCTT CATTAGTACG TAAACCTATT GTATACCACC
    37081 ACTGATAAAC ACCAGAATAA GCTATATTCA CTGGGCCAAG AGCACCTCCC CGAGTAAAGG
    37141 CTTCTACCGC CGGTTGACCA AAATGAGGAT CCCAAATTGC ATGAGCAATC GGTCTTACAT
    37201 GTAACGGGTC CTGTACCCAT GACTCAAAAT TTCCTTGCCA AGCTACATGA AACAGATTCC
    37261 CGGAAGTCCA TAGAAAAATT ATCGCTAATT GGCCAAAGTG AGAAGCAAAA ATATTCTGAT
    37321 AAAGACGTTC TTCGGTAATA TCATCATGAC TCTCGAAATC ATGTGCGGTA GCAATACCAA
    37381 ACCAAATACG ACGCGTAGTG GGGTCCTGAG CTAAGCCTTG GCTAAACCTT GGAAATCTTA
    37441 ATGCCATAAT GCCTTTCAAA TCCTCCTAGC CATTATCCTA CTGCAATAAT TCTTGCTAAG
    37501 AAGAACGCCC ATGTTGTGGC AATTCCACCC AGAAGGTAAT GGGTTACTCC TACAGCACGT
    37561 CCTTGTACAA TACTTAAGGC TCTAGGCTGA GTAGCAGGAG CAACTTTTAA TTTATTATGA
    37621 GCCCAAACGA TGGATTCAAT AAGTTCTTGC CAATAACCAC GCCCGCTAAA TAGAAACATT
    37681 AAACTAAAAG CCCATACAAA ATGGGCACCC AGGAAAAATA GGCCATATGC AGATAATGAA
    37741 GAACCATAAG ACTGAATTAC CTGGGATGCC TGTGCCCATA AGAAATCACG GAGCCATCCA
    37801 TTAATAGTAA TGGAACTTTG TGCAAAGTTT CCTCCCGTGA TATGAGTTAC CACCCCTTGA
    37861 TCACTTATAC TACCCCAAAC ATCTGACTGC ATTTTCCAAC TGAAATGGAA TATTACAACC
    37921 GAAATTGCGT TGTACATCCA GAATAGACCT AAGAATACAT GATCCCACGC GGATACTTGG
    37981 CATGTTCCCC CCCTTCCAGG CCCATCACAA GGGAAACGAA ATCCAAGATT AGCTTTATCA
    38041 GGTATCAAAC GAGAGCTACG AGCAAATAGA ACACCCTTTA GAAGTATCAG TACCGTTACA
    38101 TGAATTGTAA AAGCATGAAT GTGGTGGATC AAAAAATCCG CGGTCCCTAA AGGAATGGGT
    38161 AACAAAGCTA CTTTGCCACC CACTGCTACT AAATCACCAC CCCCCCAAGT CAAACTGGTA
    38221 CTCGCTGTTG CAACTGGAGC CGTTGCGCTA GGCGCGACAG CATGGATGTT TTGGATCCAT
    38281 TGAGCGAAGA CGGGTTGTAA TTGTATAGCG GTATCTGAAA ACATATCTTG GGGACGCCCT
    38341 AAAGCGCTCA TGGTATCATT ATGAATATAT AAACCAAAAC TGTGAAATCC TAGAAATATA
    38401 CATACCCAGT TGAGATGTGA TATGATTGCA TCGCGATGTC TAAGAACACG ATCTAATAGA
    38461 TCGTTGTATC GAGTAGTTGG ATCATAATCT CTTACCATAA AAATGGCCGC ATGCGCAGCA
    38521 GCACCAACTA TGAGAAATCC ACCAATCCAC ATGTGATGGG TAAACAATGA AAGTTGGGTA
    38581 CCATAGTCAG TAGCTAGGTA CGGATAAGGG GGCATCGAAT ACATATGATG AGCTACAACA
    38641 ATGGTTAAAG AGCCTAACAT AGCTAGGTTA AGAGATAATT GAGCATGCCA TGACGTTGTT
    38701 AAAATCTCAT ATAGGCCTTT ATGTCCCTGA CCCGTAAATG GACCTTTATG AGCCTCTAAA
    38761 ATATCTTTTA GGCTATGACC AATGCCCCAG TTCGTTCTAT ACATGTGGCC CGCTATCAGG
    38821 AAAAGAATTG CAATAGCTAA ATGATGGTGT GCAATATCGG TCAGCCACAG ACCCCCAGTT
    38881 ACTGGATCTA ACCCTCCACG AAAAGTAAGA AATTCCGCAT ATTTTGACCA ATTCAAGGTG
    38941 AAAAAAGGGG TTGCTCCTTC GGCAAAACTG GGATAAAGTT GAGCCAAAAG ATCCCGATTC
    39001 AATATAAATT CATGGGGAAG CGGTATCTCT TTAGGATCTA CCCCAGCATT TAGAAATTGG
    39061 TTAATCGGTA AGGATACATG TACTTGATGC CCCGCCCAAG AAAGAGACCC AAGTCCTAGT
    39121 AGTCCTGCTA AATGGTGATT CAACATAGAT TCCACATCTT GGAACCAAGC CAATTTTGGA
    39181 GCAGCTTTGT GATAATGAAA CCAACCAGCA AAAAGCATTA ATGCTGCAAA GACTAATGCA
    39241 CCAATTGCGG TACAATAAAG TTGTAATTCA CTAGTTATTC CGGATGCTCG CCAAATCTGA
    39301 AAAAACCCGG AGGTTATTTG TATTCCTCGG AAACCTCCGC CTACATCACC ATTCAAAATT
    39361 TCTTGGCCTA CGATCGGCCA AACTACTTGG GCACTAGGTC CAATGTGAGT AGGATCGCTT
    39421 AGCCATGCTT CATAATTAGA AAAACGAGCA CCGTGGAAAT ACATACCACT CAGCCAAAGA
    39481 AAGATGATGG AGAGTTGCCC AAAATGGGCA CTAAAGATTT TTCGCGAGAT CTCCTCCAAA
    39541 TCACTAGTAT GGCTATCGAA ATCGTGAGCA TCAGCATGTA GGTTCCAGAT CCAAGTAGTA
    39601 GTTTCAGGGC CTTTAGCTAT TGTTCTTGAA AAATGACCAG GTCTGGCCCA TTCCTCAAAC
    39661 GACGTTTTTA CGGGATCTCT ATCTACCAAA ATTTTGACTT CTGGTTCCGG CGAACGAATA
    39721 ATCATTGAGT CCTCCTCTTT CCGGACAAGA CATACAAAGA GACCTGCCAA CATAAAAATA
    39781 ATTGGTGAAC CCCTGAGAGA TATTTAGAAT GCATTTATTT TACTTTTATC TCCCATCCCT
    39841 CTATTTTTGT AGTTATTTAC TAGATCAATT ATGATCTGGA AGTTAATCCA GGGCAAGTGT
    39901 TCGGATCTAT TATGACATAG ATGTATGGCG CCCAACGGAC CTATTAAGAT AAAAACTTTT
    39961 TTGCTGTGCA ACTTAGACGT TTCCTATCTC AATTCTAAAT TCTAAAGTAT TATATGGAGA
    40021 TCCTTAATAT TTTGCTATAG AATATTTCAT ATTAATTATT TAATTACTAT ATATTATAGT
    40081 CAGGAATATT CTCATTTTAA CTATAATTAA ATTAAAAATT TAAAATCGCA CTAACAGTCA
    40141 TTATGAATAA ATATCCAATT TTTTAGTCAT TCGAAGGGTT TGTTTTTCCA CTATTTTCTA
    40201 TTTTGTAATT CTATTTATAA AATAAAAAAA AAAACGATTA ACTAGCTAAC TAATACTAAG
    40261 AAATAATATA GGAAGGATAA CACCTAAGCC AAAATACTTA TTTTTCGAGA TCCTGTTATA
    40321 AGTTCTATCC ATATACATTC TGATCGCCAA TTCATAATAG ATCTGATTCC ATTTTAATTA
    40381 AAAGAATTTA AAAGAATACC CCCAAAGTAT TATTTCGACT TTCATTACTT TAGTTATGTT
    40441 TCCGGCTTAA CTCTCATCAA CTAGTATCGA ATAGTTCGAT TTTTCTATAT TTTTATTTCA
    40501 AAAAAATTAA ATAATTTAAT TATTACTAAT AATAGACGAA AAGAACGAAA GAAATGGATT
    40561 CTGTACTGTA TCTGTGTATT CTTTACCCTT AACGAAATAT CAGACAAACT AGAACGATCT
    40621 GATTAAGGGA TATAATGAAA TTCTTTGATT AGTTCTTCCC AGAAGAACAA TTCCATGAAC
    40681 CAAAAAAAAA ACTTTTTTTA TTCGAAACGT CCCGTGATCT TCAACCAATT ATGCGCTTCA
    40741 ATATAATTCC CTGGAGTAAG CGTTATAGCT TGTTTCCAAT ACTCAGCGGC TTGATCAAAC
    40801 CAAGCCTCCG CAATTTCAGA ATCTCCCTGT CGGATGGCCT GCTCTCCCCG GTCGGAATAG
    40861 GAGGCTCAAT TCCTTCCCTT AGAACCGTAC TTGAGACTTT CTTACCTCAT ACGGCTCCGC
    40921 AGTCAATTCT TTTGATGTCC TTTTTTTACC TAATGAGATT TCTCATAGAT CTCTTCGCGG
    40981 TAACCAAAAG AGGTTAATTG GATGAGTTTC AAACGTTCAT TTTTATAATA TATAAGAGTT
    41041 GATTTTATTA ATAATAAGTT TTATCTTTTC TCCCACCTGC TGAAGAATAT AGGTATTTAC
    41101 TCCTATCATT AGTCTTTTTG GCAAGGTAAC TATCTCGATT TCATATCGAA ATTTATATAG
    41161 AATCTTTGAT AAAGACTTCT CTTCATAAAA AAAGTAAGAA AGAAAAGACT TACTATCTTT
    41221 GGGATCTGAT CCTACACCGC CGCTCAATAC CTTAGTGGAT CAACTCTATT ACATAAGTTA
    41281 ATTCCTAACT TTTATCTATC TTATATAGGC ATAAATAAGC AGTTCTTTTC TTAATATATT
    41341 GGCCCAAAAC CTCATTAATT GATCTTTACG GTGCTTCCTC TCTATCAATT TAAATTTTTT
    41401 ATCCATAGAC GACATAGAAA AAGTATCTAG GCATCTCTTA TTTCTTCATA GTTCAATTTC
    41461 TATGAAGTTT TTTTCCTACA GCTCAAAAAA TCGTCGTTTT AGGCGATACA TATGTAGTGA
    41521 GCCCTTTAGT TTACTAATAT AGTTTACTAA TAAAGTTTAC TAATAAAGTT TTACTAATAA
    41581 AGTTTTACTA ATAAAGTTTT ACTAATAAAG GGGGTCTTCC TTTTTCCTTC TATAGTGGAG
    41641 ATAATCGCAC GTAATGACAG ATCACTGCCA TATTATTAAA AGCTTGGGGT AAGAACGGAT
    41701 TTCGTTCTAG TGCCCTGAAA TAATATTCTA AAGCTTTCGT ATGTTCCCCA TTACTTGTGT
    41761 GAATAAGGCC TATATTATAT AGTATATAAC TTCGATCGTA GGGATCGATT TCTAGTCGCA
    41821 TAGCTTCATA ATAATTCTGT AAAGCTTCTG CATAATTTCC TTCGGATTGA GCCGACATCC
    41881 GTTACGGTCG TCATTCGATT CAAAGAATCT CCGTTCCAGA ACCGTACGTG AAATTTTAAT
    41941 CTCATACGGC TCCTCCTTTA AATATGCATA ATGAGAATAT TTCAACCCCA TATTATTATT
    42001 CCATGTATTT TTTATTCTCA TTATGAACTG AGTGGGGCTA GTGTTTTTAC AAAAAATCGC
    42061 TAGCCAACCT TCTTGCGCAA GAACTTGTAC TAACATCTAA CGCCTTGATA CTAAAGCTCC
    42121 AACAATTACT TTGTCCTCAA CGCCTCCTAA TTTCCAGGAA ATAGTCACTT CAACAATCTT
    42181 CGACGGTTAT ACGGGTATCC AAAGTACCAA CGAGATGGAT GTTTGTTGTC CCGACCATTC
    42241 TTTTTAGTCC CAATCCAGAT AATAAAAGGG AGTAGTCATT TTTAACAAAG CTTTCGTGTT
    42301 GTCGATTGCT AGGTGTAGTG CTTTTTTCCC TATGCTGCCT TTTTGGGACT TTATTACTAG
    42361 GAAGTAGGAT TGACCTGTAA TACAGAACAC ACAGGTGTAA CCTTCCGCTC AATACTAAAA
    42421 AATACTCAAA TTGGAGCTAT AGTATTTGAG GCTGCATCAA TCGGGGATAC ACGACAGAAG
    42481 GGATTGTTCT ATTTATAAAC TTCACCTTCA ACAAGCGTAG ATTTTTTTGT TATTTTACTA
    42541 AATTACTAAA TATATAAATA TAATATAGAA ATATAATTTA AGAATATTTG TTCTTTCTGT
    42601 TTCGAATCCT GTGTCTTTCT CATCAAACTA AAAGCAGAAA AAAAAAGAAT CAAATCACAC
    42661 CATCTCTGTA ATAAGTAAAT GCCTCTTTTT CTCCCGAAGT TGTCGGAATT ATTCGTAATA
    42721 AGATATTGGC CACAATTGAA AAGGTCTTAT CAATAAAATT TCCATTTATT CGCGATCTAG
    42781 ACATAGGGAT CAATCCATTC TATAATTATT TTCATAACCT CTTGTGGGAA AATTATTCTC
    42841 CAAACAAAGG ATTTGTACAG TACGAAATAA CATAAAAACA GATTCAGTTC AAAAAAAAAA
    42901 AAAGATCGAA AACCTCTACT TATAGTTATA GAATATAATA AAATTCTTTG ATTGGTCATA
    42961 CCTAATCTAA AAAAAATGTA ATATTAATGC CTCGCTTTTT TTTTTTTTCA GTTTTTGATT
    43021 CATAATAATA ATAATTGTGT AGGAGAGATG GCCGAGTGGT TCAAGGCGTA GCATTGGAAC
    43081 TGCTATGTAG GCTTTTGTTT ACCGAGGGTT CGAATCCCTC TCTTTCCTTA TTTTAAACCA
    43141 ACATTCCTAA CTGTAAGATA TCAAACAACA AGAAATGAAA TACCAATATT AGAACATAAC
    43201 AGTTAGACCC GAGATGGGAA AGAATATGTG AGTGGGATAA AATTCAGATC AAACCTCTGA
    43261 CTTTTTACTT TAATCCTTAA AGCCTATTTA CTTTGACGAA AGAAAAAGGC CTGCTTGCCC
    43321 GAATCCTTTG CTTTGTAGTT TAGTTAGGAT TAAGTCTGGC GAGAATAGTA TTCTACCACT
    43381 AGCAATTCAT TTATTTTCAA ACCGACCCAC TTACTATCTA TTATTTGATT GACTAATCCT
    43441 TTATACGGAA ATGGGTGAAG AGTCAAATGT TTGGCCAATT CCTCCGGAGG GGATGAATCA
    43501 AGATAATTTT GAATTAGAGC TCTGGATTTT TGTTCATCCT TTGCCGTAAT AGTATCTTGG
    43561 GGTTTGCAAC GATAACTCGG TATATCTACT AGACGGCCAT TAACTAAAAT ATGTCGGTGA
    43621 TTAACTAATT GGCGGGCGCC AGGAATAGTT GGCGCCATAC CCAATCGAAA AAGGATGTTA
    43681 TCCAAACGCA TTTCAAGTAA TTGTAGTAAA ACCTGACCTG TTGACCCTTT GGCTTTTCGC
    43741 GCGATACGGA CGTATTTTAG CAATTGTCGT TCTGTAATAC CATAATGAAA ACGCAATTTT
    43801 TGTTTTTCTT CGAGACGAAT ACGATATTGA GATCTTTTTC CGGAACGGGA TTGGGCTCTA
    43861 AGATCACTTC CGGCCCTAGG CCTTTTATTT GTTAGTCCAG GCAACGCCCC TAAACGGCGT
    43921 ATTTTTTTGA AACGAGGTCC TCGGTAACGT GACATAAAGA CTCCTTTATC TTTATTTTAT
    43981 ATTTTACAAA TTAAAAGAAA TGAAACGAAA TCTTCGGCAG TATTCTATTA CATTGTATAT
    44041 ATGATATATC ATTTATATAT ATATGCATTC GATATTTTTT AATTAATCTA TGTTAAGTAT
    44101 AAGTCAAAAA AATAAAAATA ACATAAAGAT TCTTTTTCAT TATTTGTTAT ACCAAGATTC
    44161 AACTCTTTGT TTTTCCTTTT ATTGATATTT GGGAATTTAT ACGACATAAT AAATCATTAA
    44221 CCTTTTGACG GACGAAGGAT AAAAACACCC TTTAATTTTT TATTCTTTGA AAAAAAAGAC
    44281 TAAGAAAATA CAACAAATAA AAATAAAGAA AAGCCCACTA TCGGAATCGA ACCGATGACC
    44341 ATCGCATTAC AAATGCGATG CTCTAACCTC TGAGCTAAGC GGGCTCATAG AAATTATACA
    44401 TAAAACTCTA TTTTAGTTTA AGCTTTTTCA TTTTTTTCGA TTTATATTTT CGTCTAGACT
    44461 AGAAAAATTT TATTCTATTA AAATTTATTT ATTATATCTA TAATAATAAT AATAATTCTA
    44521 TAATTTCTAT AATATAATGA GGGCTATTAA TTTGAAAAAA AAAATTTTTA TTGAAACTAA
    44581 GACGAAAAAA AAAAAAGAAT CGACCCTTTG AGTATTACCA AGGAAAGTCG CATATCTATG
    44641 CTCTATATTC ATCTATATTG AATTGTACCT ACAGAAATGA TAGAATCATT TCGGATTTCG
    44701 GATTAGACCA AATCAAATTC AAAGCCAATT TCAAATTTAC GGGCTTCCCA ATAGAAATAA
    44761 AAAAAAAGAT TAAAGAAAAA AGGAGGAAAC ACTTTTCGGT ATATTAATTA AATCTGTAAA
    44821 AAATAGAAAA ATGCGAGAGG TGCGACAGGG GAGGACATCC CATTGGGATC CTAATTTTAT
    44881 AAAAGACAAC GGGGATATGG CGAAATCGGT AGACGCTACG GACTTAATAG GTTTGAGCCT
    44941 TAGTATGGAA ACCTGCTAAG TGAAAACTTT CAAATTCAGA GAAACCCTGG AAAAAAAAGG
    45001 GCAATCCTGA GCCAACTCCT TAATTGTCTC CTAAAAAAAA CGGATTCAAA AAGAATAAAA
    45061 AAGGATAGGT GCAGAGACTC AAAGGAAGCT GTTCTAAAAA AAATGGGGAC GTCCTGAAAT
    45121 GATTAATGAC AACCCGAATT TGTTCTGTAT TTTTTTTTAC TTAATTATAT TATATATTTA
    45181 TATTATAATT AATATTATAT ATAATATATA TATATAATCT CTAGAAATCC ATATTATAGG
    45241 ATAGATAGAT TTAAAATATG GAAAAATGCA AGAATTGTTA TGGATCGATT CTAAGTTGAA
    45301 AGCCGAATAA ATCTTTGAGT TATTCATAAA AACATTCATA CTAACCCCAT AGTCTGAAAG
    45361 ATCTTTTGAA GAAGGGATTA ATCGGATGAG AATAAAGATA GAGTCCCGTT CTACATGTCA
    45421 ATATTGACAA CAATTAAATT TATAGTAAGA GGAAAATCCG TCGACTTTAA AAATCGTGAG
    45481 GGTTCAAGTC CCTCTATCCC CATCACTCCC CAACTAGTTA TCCTTTCTTT TTGAAGCTAG
    45541 TTATGTTCCT CGGTTTTTCC AAATATAAAG CGTTTTTTTA TTATCACAAG GCTTGTTATA
    45601 TATATGATAG ACGGACAAAA GAATATCTTT GATTTGAGCA AGTAGTACTC AGTTGAGTAA
    45661 TTCACAATCC ATATTATTAA TTTATTACTT GTTTTATAAA TTATAAAATT AATAACTTAA
    45721 GTAAAATTAT ATTCAAAGTT ATTCTTTTTG AATACCGACA GTACCTATAT AAGACTTTAT
    45781 AATACTTTGT AATCCTTTTA ATTGATTGAC TAATTGACAC ATACTCCAGT TATCTCGTAA
    45841 GTAAATATAG GGAGATACTG CACCAGTAAA GGGTAATAGT CGGGATAGCT CAGTTGGTAG
    45901 AGCAGAGGAC TGAAAATCCT CGTGTCACCA GTTCAAATCT GGTTCCTGGC ACATGATTTA
    45961 TTTTTTTTAT GAGTATACTC TTTATTTTAT TTCTATAACT AGAAATTGAC ACATATGAAT
    46021 CGATATACAT ATTAATAGTG GACACATAAG TAAGTTATTT AGCTACTTAC TCGTGTGAAA
    46081 TACCCCATCT ACTTTTTAGA TAGATGGGTA GATAGTTTAA AAATTAAAGA TATTTTTTAT
    46141 CTTTTTTTGT TCATATTGTC TTTCCTCTTA TGCAAAATAC ATATTAATAC TTCATATATT
    46201 TCAAAGTGTT AAATAGGTAG AAGGCTCAAA TTCATCTTCG ATCCAGTAAA AATAAAATAG
    46261 GATTAACATT AATATAGATA GATTTAATGA TTTCTATTTT TTCCTTTCTT CATACATATA
    46321 TATACATGCT ATTACTTTAC AGAGCCCGTC TAAATAAGTG TAAGTGATTA ATGTATGCGC
    46381 GGTACAAAGT TCAGGATACA GAACTTTTGA GAATTTTATA AATTTGTTTT TTTATTATTC
    46441 AATATGCATC TTGTATTTCA TAAAAATTAG GTACAATATA ATCCTTACGT AAGGGCCAGC
    46501 CTACCCAACT TTCGGGCATT AAAATACGTT TTAAGCGTGG ATGCTTATCA TAAGAAATTC
    46561 CCAACATATC ATAAGATTCC CTTTCTTGAA AATCCGTACT TTTCCAAACC CAGAAAACGG
    46621 ACGGAATTCT GGGATTACTC CTTGTAGCAA ATACTTTTAT GCATACCTCT TCAGGTTGAT
    46681 CCGCACCGTA CTCTAGTCTC GTAAGATGAT ACACACTAGA TAACAGCCCT CCCGGCGCTA
    46741 CGTCATAGGC ACATTGAGAA CGTAGATAAT TGTAACCATA TACATATAAA ATGACAGCAA
    46801 TAGAATGCCA ATCTTCGGGT TTAATTTGTA AAGTCTCTAT TCCTTGGTAA TCAAAGCCCA
    46861 AAGATCTATG AACTAGCCCG CGTTTGGCTA GCCAAGCAGA CAAACGACCC TGCATCTTGT
    46921 TTATATCTCC CACATTTTTT TTATAAGTAT TTTAGGTTTA CTTTTCGATA TGATGAAATT
    46981 TCTGAAAATA AATCGGCTTT TTATGTTTAC ATTACAATTA CTAAAAAGTG AATCCTATTT
    47041 AATTGACTAA TTCGTGGGAA GATACTGAAT TTTTGTATTT GAAAAAGGTT TCCGGCAGAG
    47101 TCTCTGAAAT AAATGGCGAT TTAGATTTAT AGAGTAATCC TTGAGCATAA TTTCCAGTAT
    47161 GAATACTACG ACCAACACGA AACTTGTGAT TGATAGTAAA ACAGCGATTC CTCTGTTGAG
    47221 ACTTAATCCT ATCTTCATAA ATTTCCCTGG ATATTTTCTT ACGAAGCTTT GTTATAGCAT
    47281 CTATAACTGC TTCCGGTTTA GGAGGACAGC CCGGCAAATA GATATCCACG GGAATTAGTT
    47341 TATCGACCCC CCGAACAGTA CTATAGGAAT CGGTACTGAA CATCCCCCCG GTAATTGTAC
    47401 ACGCTCCCAT AGCAATAACA TATTTAGGTT CCGGCATTTG CTCATATAAT CTCACTAAAG
    47461 AAGGTGCCAT TTTCATTGTT ACTGTACCGG CTGTTAAAAT TAGGTCCGCT TGCCTAGGGC
    47521 TCGATCTTGG TACCAGTCCA TAACGATCAA AGTCGAATCG CGAGCCTATT AATGAAGCAA
    47581 ATTCAATGAA GCAACAGCTG GTCCCATAGA GAAGCGGCCA TAAACTTGAG AGTCTTGACC
    47641 AATTTGAAAA ATCATTTGAT GTCGTTGAAA TAACAGAATT TTGGGTTATT CGACCAACTA
    47701 GTGGAAACTC AATGGAATTC ATAACTATTT CCCTTTCCAT CTTATTTTTT TTGTCGAAAT
    47761 ATTCGGGGAT TAAGACCATT CCAATGCTCC TTTTCGCCAT GCATAAACTA AACCAACAAT
    47821 TAGGATAAGC ACGAAAATTA AAGCTTCTAT AAAGACGGAT ACACCCAATA CATCGAAACT
    47881 CATTGCCCAT GGATAAAGAA AAACCGTTTC AACATCAAAA ACAACAAAAA CTAGGGCAAA
    47941 CATATAATAA CGGATTCTAA ATTGTAACCA AGCATCCCCC ATAGGTTCTA TCCCCGACTC
    48001 ATAACTAGAC AGTTTCTCTG GTCCTTTGCT AATCGGCGCT AAAATTTTGG AAAATAGAAA
    48061 TGCTAAAATA GGAATAACAC TTGATATTAT TAAAAATGCC CAGAAAATGT CATATTCATA
    48121 AAGTATAAAC ATCGACAGAC TCCTTATCCA TGTGGAAAAT ATTTCGAATT AGTTGATTCC
    48181 GAATTGGAAT TGTCAAGTTA TCCATAACTC CTTAGTCAAA ACAACAATTC ATTTTGAGCG
    48241 AACGACTTAA ATCTTTTAAA AATAAAATTA TAAGATTAAG ATATAAAAAA AAGTTTCCTT
    48301 TGTTGTGTCT CGTTTCAAGA GTAATTGACT GGAATATTTT TTATCTTTTG TTTTCCATTC
    48361 CACTTATCCA CTTAAATTTT TTCTAATTAT CTAATTCTAA AAATATATTG TTCTTATCTT
    48421 TCATATATAA AAAAAACTTT TTTGCTTTCA ACTAGGTTTT CCCTAATCCC TAAATAAACA
    48481 AAGAAAATAA AGACAAAAAG GAAGGGGAAT TGGCCCCTTT ATTTTTCGTA GATAGAGCTA
    48541 ATTCAGATGT AAGAGAATGT TTAGACATTT ATTAGAATCA CGTTAGTATA TATCTTTTAT
    48601 TTTATTATTA TTTAATCTCG GTCCAAGTAG TTTCGATTGT ATAAGGAAAG AAAAGACTAC
    48661 TTGTTTTGCA TTTTTATAGG TACGTTATGA AACTGCAAAA TTTTTTTGAC AACGTTTCCA
    48721 ATGAAATTTA CCAAGGATCT TTAGGCCTGT TACAAATAAT AAAAAAATTA GAGCAATTTG
    48781 ATAGAGTTAG TATTAATTCA TTTAATATAG TTAACTGTAG GTGGTTGATT GGGCTAAAAT
    48841 CCAATTATTA ATATTTAAAT TATCCCTAGA GTTTTGCTTC TAAAAATTAA TTAACTAGGA
    48901 TTAGGTATAA TTGGGTATAT TTATATAAAA ATATAAAAAA GAGGGAATAT CCTAAATTCT
    48961 TTAATTGGGG TAGGGAGGAT AAAAATTCCT AAAATTCTTT TTTTTTTACT TACAAAATAC
    49021 TGACTAAGTT TAATGAAGAA AATAAAGTTT TTTTATCCTA GGTTGGATAA ATATTGCTTG
    49081 GATCTCGTGA AATGCATTTT TTTCCTTTTT TTGCTCCACC GTAAAGGATA CTCATTAGTA
    49141 AGTTTTTGGG AATTTTTTGA TGAGAGACAA CTGATGGGAT TTCAAAATAA ATTATAATTA
    49201 TAATAGAATA TTATTTAATA ATAAATAATT AAATTATTAA TATAAAATAG AATTCGTTTC
    49261 GTATAGTATA TATATTTAGG GCTATACGGA CTCGAACCGT AGACCTTCTC GGTAAAATAG
    49321 ATCAAACTTT CTTTTATTCT CAAAATGATT TGAACTGTTT CAAAGACCCA ACATGCATTT
    49381 TTTTGCATTG GGCTCTTTCA TTAACTGATA TAAATATCAG CTAGTCCACC ATGTTTTTCT
    49441 TGATAGAAAG AAGGAAGATG GTTCCATGTG CTGCGATTCA TTATTTATTT GAACTTTGAT
    49501 TCAGAAGCAC TACCAAGGTG TTTCAAAAAA GAGTTTTATT GACGTAGGTC TGCCTTTGGC
    49561 CTAGATAAAA TTAAAAATTA AATGGAGTCT CTATCGTTCT GCTTAAAGAA TTTAATATGA
    49621 AACTTCATAC ACCTTAAAGT TCATAGGACG AAAAGAGCTT TTTTGAGACC CTTAAATACT
    49681 CATTAAGCCT AGCATTTAAT AGGATGGGGT ATTAACCTTA TCAATATTTC AAATCAAAAA
    49741 CAGGTTCTAT TTGGTGACTA AAAGAACACC TGAATCAGAC CGAATTAGAA CTAATTAATT
    49801 GTCAGGCTGT TGTTCTCTTG TTTTGTTTCC TCAAAGTCAT AGAGTAAGAC ATCGATTTAT
    49861 CAAAAAGATT TTTTGATTGT ATGATGGACT CCCCTGAAAA GCATTGGCGC GCGTGTAAAC
    49921 GAGGTGCTCT ACCTAACTGA GCTATAGCCC TTGTTGCTAC ATAACATATT TTAACATGCC
    49981 CATAATGTCT TGTCAAGATG AACATTATAC AAGATCATAG CTCTTTGATT AATATTTGCT
    50041 TATAAACAAT ATTGGATTTA TAATCTATCT ATGTGATGTA ACTTTTTAGG TCTCTTTGGT
    50101 GATGTAAAAT AACCTACTTA ACTTAGTGGT TAGAGTATCG CTTTCATACG GCGGGAGTCA
    50161 TTGGTTCAAA TCCAATAGTA GGTAAAACTT ATTAGATACC ATTGATTCTG GTATCTAATA
    50221 AGTTTTTAGA CTCACCTTCT ATTCTAGATT ATTAAAAGAT TAAAAGTATT AATTAAAAGA
    50281 CTTTTTATAA AATTTTCCTA TAAAAAAAAT GACAAAAAAA AAGAATCTAT GTGTATACTA
    50341 TACGTCTATA TATGGATTCT TATAGGGTGT ATAAGCCGAA CTTTTTATTT ATTATTATGA
    50401 GTATTTAGGC GCATTTCACT GGTTATGAAA TCGTATTGAT AGCCTCTAAC CGTGTCCTAG
    50461 CTCGTCTAAG AGCTAGATTT GCTTCAATTA TTTGTCTCTT TCCTTCAGCT TTCTTCAAGT
    50521 TAGCCTCTGC TATTTCAAGA GTTTGCTGAG CTTCTTGTGG ATCAATGTCA CTACCCTTCT
    50581 CAGCATCATT TACTAAAACA GTGATTTCAT TATTGCCTAT TCTAGCAAAA CCGCCCATCA
    50641 GAGCCATTGT TAACCATTGG TCGTTAAGGC GTATTCTTAA AATCCCTATA TCTACAGCTG
    50701 TGGCAATAGG GGCGTGGTTT GGTAATACGC CGATTTGACC ACTATTAGTA GATAAAATGA
    50761 TTTCTTTTAC TTCTGAATTC CAAACAATTC GATTAGGAGT CAGTACACAA AGATTTAAGG
    50821 TCATTTCTTC AATTTGCTCT CCATTTCTAA GTTCATAGCT TTCGCGGTAG CTTCGTCGAT
    50881 GTTACCTACC AAATAAAAGG CCTGTTCAGG AAGACCATCT AATTCTCCGG AAAGAATCAA
    50941 TTGAAATCCT CTAATTGTTT CTGCTAGACC AACATATTTT CCTGGAGAGC CTGTAAATAC
    51001 TTCTGCTACG AAAAACGGTT GTGATAAGAA ACGCTCAATT TTTCTCGCTC TTGCTACGGT
    51061 TAACCGGTCT TCTTCGGATA ATTCATCCAA CCCAAGGATA GCTATAATGT CCTGAAGTTC
    51121 TTTGTAACGT TGTAAGGTTT CCTTAACTCT TTGCGCAATT TCATAATGTT CTTCGCCAAC
    51181 GATCCGAGGT TGGAGCATGG TTGATGTTGA ATCTAATGGA TCCACTGCTG GATAGATCCC
    51241 TTTGGCAGCT AATCCTCTTG ATAGTACAGT AGTAGCGTCT AAATGTGCAA ATGTCGTAGC
    51301 AGGAGCGGGA TCCGTCAAAT CGTCTGCAGG TACATAAACT GCTTGAATCG AAGTTATGGA
    51361 CCCTTCTTTT GTAGAAGTAA TTCTTTCCTG TAAAGAACCC ATTTCAGTAC TTAGAGTTGG
    51421 TTGATAGCCT ACAGCGGAAG GCATTCGACC CAATAAGGCA GATACTTCAG ATCCTGCTTG
    51481 AACAAAACGA AAAATATTGT CGATAAATAG AAGTACATCT TGTTCATTAA CATCTCGGAA
    51541 ATATTCCGCC ATAGTTAGGG CAGTCAACCC AACCCTCATA CGTGCTCCTG GTGGTTCATT
    51601 CATTTGACCG TAGACTAGAG CCACTTTTGA TTCGGCAATA TTTTGTTCAT TGATAACCCC
    51661 GGATTCTTTC ATTTCCATGT AAAGATCATT TCCTTCACGA GTACGTTCAC CTACTCCACC
    51721 AAATACGGAT ACGCCCCCAT GAGCTTTTGC AATATTGTTG ATCAATTCCA TAATGAGTAC
    51781 TGTTTTACCC ACCCCAGCTC CACCAAAAAG TCCTATTTTT CCTCCACGGC GATAGGGGGC
    51841 TAAAAGATCT ACCACTTTAA TTCCTGTTTC AAAAATCGAT AATTTTGTAT CTAACTGCGT
    51901 AAAGGCGGGC GCAGATCTAT GAATAGGGGA TGTTGTGCGA GTATCCACGG GCCCTAAATT
    51961 ATCAACGGGC TCCCCCAGTA CGTTAAAAAT TCGCCCAAGA GTCGCTCCAC CGACTGGAAC
    52021 GCTTAGAGGA GCTCCTGTGT CAATAACTTC CATTCCTCGC GTTAGACCAT CTGTAGCACT
    52081 CATAGCTACA GCCCTAACTC GATTATTTCC TAGTAATTGT TGTACCTCAC AAGTCACATT
    52141 AATAGGTTGG CCGGCAGTAT CTCGACCCTT AACTACTAGA GCGTTGTAAA TATTAGGCAT
    52201 TTTACCTGGA GGAAAAGCTA CGTCCAGTAC GGGACCAATA ATTTGAGCGA TACGACCCAG
    52261 GTTTTTTTTT TCAAGTGTGG AAACACCAGA ACCAGAAGCA ATAGGATTTA TTATCATAAT
    52321 ATATAGTTTT AAAGTATCGA AATTGTTTGC GAAAATGCAA ATTATCAAAA AAAAGATGTC
    52381 CGGTAGCAAG TTGATCAATT AATTAAATCA GAATATAGGA GTTCGCAATC CATTTTGTTG
    52441 ATACCACCCA AACGAATTCA ATTTTTTATT TAATTATTTC TATTCAATTT CAAGTTCAAT
    52501 CAACCTATTT ACAAAATCTT AAATGGATGA TGAACAAAAA TTGGGAGAAA GTCCTTTTTT
    52561 TGTCTATCAG TACAGACAAT CCTTGACTCT ATTATCTACA GAAATGTAAC CCGAACTCTA
    52621 AAATATTTAA TTTCTGATTC ATTAGCCCTA GAACTTAGTT CTTTGTTTAG TATATTAATT
    52681 TAATTTATGC CCAGCCTATT TATTTTTCGG CATATTTTCG CATCTAGGAT ATACATATAC
    52741 ACCACGTATC GCTGTCAAGA TTTAATTTAT AATTTTTTAG CTCTTTCAAT TCAAATGGAT
    52801 GTAAGAAATT CGAAACTTGA AAAACAATGG TTGGGTTGCG CCATATATAT GAAAGAGTAT
    52861 ACAATAATGA TGTATTTGTC GAATCAAATA CATTATACAT ATAATAACGA ACCATTTTTA
    52921 TTAGTTGATA ATATTAGGTG CGAATTTGAC GAAGGATTCC TGTAAAAAAA GGTTTAAGCC
    52981 CTATTTTATG TCGAGTAGAC CTTGTTGCTT TGTTGTACAA ATTTTTAATT AAAGTTGTAG
    53041 GGAGGGACTC ATGTCACCAC AAACAGAGAC TAAAGCAAGT GTTGGATTTA AAGCTGGTGT
    53101 TAAAGATTAC AAATTGACTT ATTATACTCC TGAGTATGAA ACCCTGGATA CGGATATCTT
    53161 GGCAGCATTC CGAGTAACTC CTCAACCCGG AGTTCCACCC GAAGAAGCAG GGGCCGCAGT
    53221 AGCCGCCGAA TCCTCGACTG GTACATGGAC AACTGTATGG ACCGACGGAC TTACCAGTCT
    53281 TGATCGTTAC AAAGGACGAT GCTACCACAT CGAACCCGTT GCTGGAGAAG AAAATCAATA
    53341 TATTTGTTAT GTAGCTTACC CCTTAGACCT TTTTGAGGAA GGCTCTGTTA CTAACATGTT
    53401 TACTTCTATT GTGGGTAATG TATTTGGGTT CAAAGCCTTG CGTGCGCTAC GCTTGGAAGA
    53461 TTTGCGAATT CCTGTTGCTT ATATAAAAAC TTTCCAAGGC CCGCCTCACG GTATCCAAGT
    53521 TGAAAGAGAT AAATTGAACA AGTATGGCCG TCCCCTATTG GGATGCACCA TTAAACCGAA
    53581 ATTAGGGTTA TCCGCTAAAA ACTATGGTCG AGCAGTTTAT GAATGTCTTC GCGGTGGACT
    53641 TGATTTTACC AAAGATGATG AAAACGTGAA CTCTCAACCA TTTATGCGCT GGAGAGACCG
    53701 CTTCTTATTT TGTGCCGAAG CCATTTATAA AGCACAAGCC GAAACAGGTG AAATCAAAGG
    53761 GCATTACTTG AATGCCACTG CGGGTACATG CGAAGAAATG ATCAAAAGAG CTGTATTTGC
    53821 CAGAGAGTTG GGAGTTCCTA TCGTAATGCA TGACTACATA ACAGGGGGAT TCACTGCAAA
    53881 TACCAGCTTG GCTCATTATT GCCGAGATAA TGGTCTACTT CTTCACATCC ACCGTGCAAT
    53941 GCACGCAGTT ATTGATAGAC AGAAGAATCA TGGTATGCAC TTCCGCGTAC TAGCTAAAGC
    54001 GTTACGTCTG TCCGGGGGAG ATCATATTCA TGCCGGTACT GTAGTAGGTA AGCTTGAAGG
    54061 GGAAAGAGAA ATCACCTTAG GCTTTGTTGA TTTACTACGT GACGATTTTA CTGAAAAAGA
    54121 CCGAAGTCGC GGTATTTATT TCACTCAATC TTGGGTTTCT ACACCAGGTG TTCTGCCTGT
    54181 TGCTTCGGGA GGTATTCACG TTTGGCATAT GCCTGCTCTA ACCGAGATCT TTGGCGATGA
    54241 TTCCGTACTA CAGTTTGGTG GAGGAACTCT AGGACACCCT TGGGGAAATG CACCGGGTGC
    54301 TGTAGCGAAT CGAGTAGCCC TAGAAGCATG TGTACAAGCC CGTAATGAAG GACGTGATCT
    54361 TGCTCGCGAA GGTAATACTA TTATTCGCGA GGCTTGTAAA TGGAGTCCTG AACTAGCTGC
    54421 TGCTTGTGAA GTATGGAAGG AAATTAAATT TGAATTCCAA GCAATGGATA CAATCTAAAC
    54481 TAAGTAATTA CTGTCCGTCC CATTGTAAAT AAAACAAACT CGGCCCAATC TTTTACTAAA
    54541 AGGATTGAGC CGAATATAAC TATTTTATTT ATATGTTTAT TGTCTCTCTC TATATTTATA
    54601 GATATTTAGA GAGACTTATT TAGATCTATA AGCAAGACCT TAAATAAAAA TGGAATACTA
    54661 AAAAACCCAA ACTTTGTATT ATTGTGTTGG ATCCACAATT AATCCTACGG ATCCCTTGGA
    54721 TTGGCAGAAT TGGTTCTTAA TACGGATTTC GTAGGTTCGG ACTATGAATG TAGATATCAC
    54781 GTCAAGTATA AGAACTCCTT CTACCCATCT TGTATATTGT CCCTTTCGTT CCGAGTTGGA
    54841 ATAGAAATAT TCATTTCGTC TATTTGATTA GACGCTATTC TACGCTAATA AAAGTCTTCA
    54901 TTTCATAATC ATAAAAAAAA AGGAGCCGCT ATATTTCTAG TTGCTTACTT TGTTCTTTTG
    54961 ATATCAATGG ATTCTTACAA AATATTAAAA CATACTCACT CATTATTTAG TTAATAATCC
    55021 GAACGATTGA ATTTATATAT TTCTGATAAT AATCAAATTG ATTTTCATCG AATGACTATT
    55081 CATCGATTTT AGTTTCATGC AAATTAGGGG GCGCGAAAGC TCTATGAAAA AGGGGCGGTT
    55141 CCATTCGAGG TTGTTTAAAA AAGAGTTAGA ACACGGGTGT GTAGTAAGTA AATCAACGGA
    55201 CACGCTGGGT CCTATTGAAA ATATCAGTAG TAGTAAAAGG AAAGATTCGA GTGTAAATGA
    55261 TATAGAAAAA AAGAGCCAGA GTTGGAGAAA TAGTTACTGG TTTCCTTACA GTAATGTTGA
    55321 TAATTTATTG CGTTTCATGG ATATTCGGTT TTTTTTCTCT GATGATATGT CTTTACTTAT
    55381 AGACAGTAAA GGGGACAGTT ATTCAATATA TTTTGATATT GAAAATCAAT ATTTTGAGAT
    55441 TGACAGCGAT CATTCTTTTC GAAATGAATT ACTCAATTCT TTTTCGAATT TGTGGGATGC
    55501 AAGTTTTCTG AACTCGCGAC CTAAGAGTGG CGATACCTAT AATGATCGTT ACACGTATGA
    55561 TACTAAATAT AGTTGGAATA ATAGCATAAA AAATTGTATT GACAATTATC TTTATTCTCA
    55621 AATACGTATT AAGAATTCCG GTAGTGATAA TTCCATTTTT AGTTACATTT TGAGTGAAAG
    55681 TGAAAGTAGG AGTGAAGGTG GAAGTCTAAG AACTATCACA AATGATAGTA ATTTAACTAG
    55741 AAGAGAAAAT CTTGATGTAA CTCAAAAAAA TAGGGATTTG TGGGTTCAAT GCGAAAATTG
    55801 TTATTTTTTA AATTTTAAAA AATTGTTCAC AAATATCCAC CTTAATATTT GTGAACAATG
    55861 TGGATATCAT TTGAAAATGA GTAGTTCATA TAGAATTGAA CTTCTGATTG ATCCGGGAAC
    55921 GTGGAATCCT ATGGATGAAG ATATGGTTTC TATGGATCCC CTTGAATTTC ATTCGGAGGA
    55981 GGAGCCTTAT AAAGATCGTA TTGATTCTTA TCAAAGACAG ACGGGTTTAA CTGAAGCTGT
    56041 TCAAACAGGT ATAGGTCAAC TAAATGGTAT TCCTGTAGCA ATTGGGGTTA TGGATTTTGA
    56101 GTTTATGGGA GGTAGTATGG GATCAGTAGT AGGGGAAAAA ATAACCCGGT TAATTGAATA
    56161 TGCTAGTAAT AAATTACTAC CCCTTATTAT AGTATGTGCT TCTGGAGGAG CACGTATGCA
    56221 AGAAGGAAGC TTGAGCTTAA TGCAAATGGC GAAAATATCA TCTGTTTTAT ATGATTATCA
    56281 ATCAAATAAA AAGTTATTCT ATGTATCAAT TCTTACATCT CCGACTACTG GGGGGGTAAC
    56341 AGCCAGTTTT GGTATGTTAG GGGATATTAT TATTGCCGAA CCCAACGCTT ACATTGCATT
    56401 TGCGGGTAAA AGAGTAATTG AACAAACATT GAATAAGACA GTACCCGAGG GTTCACAAGC
    56461 AGCCGAATAT TTATTCCATA AGGGTTTATT TGATCCAATC GTACCACGCA ATCTTTTAAA
    56521 AGGCGTTCTA AGTGAGTTAT TTCAGCTACA TGCTTTTTTT ACTGTAAAAA AAAAAGTCGA
    56581 TATTTAAAGT CAATTCTTTA TGCTCAAAAG TTTTTTTTAT CAGAATAAAA AAAAGCGGAA
    56641 GAATCGTATT TTTTTCTTGG TGACACCTTC ACTTTTGGAA GAGAATATAG AATAATTTAA
    56701 ATAATTCGAT CTCTTCTTTT TGACTGTTTA CTAATTAGCA AAACTCTATC ATCAATCAAC
    56761 AAGATAAAAG AAGTCTTCCT TTTCCTTCTA TGAAATTTGT CAACTAATTC GAAATTATTG
    56821 AATTCTGTAG AAACAAAAGA CGAAAGCTAA AAAATTCGAT TTAGTGGATT CTTATAGCTA
    56881 TGATGAAGAA TTAATTAGAA TTCTAATAAA TTAATTAATA TAATAACATA ATAACAACAA
    56941 AAAATATAAC AAACAGGTAC AATATAGTAG ATCGAGGTAC CCATTCTATG ACAACTATTA
    57001 ATTTTCCCTC TATTCTTGTG CCTTTAGTCG GCCTAGTCTT TCCGGCAATT GCAATGGCTT
    57061 CCTTATTTCT GCATGTTCAA AAAAACAAGA TTGTTTAAGT CCTGTAGTCC AAATTTTATT
    57121 TTTTAAACTT AGGCTTGAAC ATATAGCGAT TTAGCAAAAT GCTATATTAC ACGGTTTTTA
    57181 CGAACATAAC TGAGAGCCCT TATGCATGTG GAAACATGGC ATAGGGGTAT AATTTTTATA
    57241 ACTAATTTGA TGAATTAGAA TTACTCTTAA ACTAAAAAAA AGTTAAAGTC AAGCTTCACA
    57301 CCAGATATAT TACTTACTAG TTGATGAGAG TTACGCCGGA AACATAACTT AAAGTAATGA
    57361 AAGTCGAAAT AATACTTTGG GGGTATTCTT TTAATTAAAA TGGAATCAGA TCTATTATGA
    57421 ATTGGCGATC AGAATGTATA TGGATAGAAC TTATAACAGG ATCTCGAAAA ATAAGTAATT
    57481 TCGGCTGGGC CTTTATACTT TTGTTAGGTT CATTAGGATT TGTATTGGTT GGAATTTCTA
    57541 GCTATCTTGG TAGGAATTTT ATATCTTTAT TTCCCCCTCA GCAAATTCTT TTTTTTCCGC
    57601 AAGGGATCGT GATGTCTTTC TATGGAATCG CAGGCCTCTT TATTAGCTCC TATTTGTGGT
    57661 GTACAATTTC GTTGAATGTA GGTAGTGGTT ATGATTTTTT CGATAAAAAA GAAGGGATAG
    57721 TATGTATTGT TCGCCGGGGA TTTCCTGGAA AAAATCGTCG CATCTGCCTC CGATTTCTTA
    57781 TAAAAGATAT TCAGTCTATT AGAATAGAAC TTAAAGAGGG TATTTATACT CGTCGTGTAC
    57841 TTTATATGGA AATAAGAGGT CAGGGGGCCA TTCCCTTGAC CCGTACGGAT GAAAACTTGA
    57901 CTCCACGAGA AATTGAACAA AAAGCTGCTG AATTGGCCTA TTTCTTGCGT GTACCAATTG
    57961 AAGTCTTTTA AAATGATAAA TACTTTCTTA ACTCGGAGTA AAATAAAAAC TCTACAATAC
    58021 TCTTGACGGT ATACCTATCT TATCAGAATG GATTCTTTTT TTTCAGTGTT TAGAATTGAT
    58081 AGGTTAATAC AAAAAAATCA TGTCAATGTT TTATTTTTTA AAATCTTTTA TTTTATTCGC
    58141 TTTAATAACC AATTGAAGTT TTTATAATTA TAATGATTAT TTAAAGATTC AAAGACTAAA
    58201 AAAAAAAGAG AAAAAAATTA ATGGATTGGA TACTTATAAT AACTTCAGAT TTGATAAAAC
    58261 TATTAGATCG CATAGAGTCG ACGAATGCGA AGAGTTCATA AACAATTTAT AGATGAAAAA
    58321 AATGGAAAAA AAGAAAGCAT TTATTGCTTT TCTATATCTT GTGGCGATAG TATTTTTCCC
    58381 CTGGTGGATC GTGCTATCAT TTCAAAAAAG TCTGGAATCC TGGTTTACTT GTTGGTGGAA
    58441 TACTAAGCAA TCGGAAACTT TTTTGAACGA TATTCAAGAA AAGAGTTTTC TAAAAAAATT
    58501 TATTGAATTA GAAGAGCTAC GCTTGTTGGA CGAAATGGTA AAGGAATACT CAGAAACACA
    58561 TCTACAAAAA CTTCGTATAG GAATCCACAA CGAAACGATT CAATTGATCA AGATGGACAA
    58621 TAAGGACTGT ATGCATATGA TTTTGCAATT TTCGACAAAT ATAATATGTT TCCTTATTCT
    58681 AAGTGGTTAT TCTATTCTGG GAAATAAAGA ACTTATTCTT CTTAATTCTT GGGTTAAAGA
    58741 ATTCCTATAT AACTTAAGTG ACACAATAAA AGCTTTTTCT ATTCTGTTAT TAACCGATTT
    58801 ATGTATCGGA TTTCATTCGC CTCATGGTTG GGAACTAATG ATTGGCTCTA TCTACCAAGA
    58861 TTTTGGATTT GCTCATAATC ATCAAATTAT ATCAGGTCTT GTTTCTACGT TTCCAGTTAT
    58921 TCTAGATACA GTTTTGAAAT ATTGGATTTT CCACTATTTA AATCGTGTAT CCCCGTCACT
    58981 TGTAGTAATT TATCATTCAA TGAATGACTG AAAAGAAAAA AGATATATGG ATATAAATGC
    59041 AATTTTATAA GCACAGGGTT CAAAACCATA CTTTATCTTT TTATTTTTAC CCAGACAGTT
    59101 CTTTAATTTA AGTTTTAATA AAATAAATAG CAGAATAGCG GATAGGAAAC TATACTAGCA
    59161 ACCTACCCAA CTTATTGTAG AAATTTTCGG GATGAATGAT TGGACCATGC AAATGCAAAC
    59221 TATAAATACT TTTTCTTGGA TAAAAGAACA GATTACTCGA TCCATTTCCG CATCACTCAT
    59281 GATATATATA ATGACTCGGC CCTCAAGTTC AAATGGATAT CCCATTTTTG CGCAGCAAGG
    59341 TTATGAAAAT CCACGAGAAG CAACTGGGCG CATTGTATGT GCCAATTGCC ATTTAGCTAA
    59401 TAAGCCTGTG GATATTGAGG TTCCCCAAGC GATCCTTCCC GATACTGTAT TTGAAGCAGT
    59461 TATTCGAATT CCTTATGATA TGAAATTAAA ACAAGTTCTT GCTAATGGCA AGAAAGGGGG
    59521 GTTGAATGTA GGGGCTGTTC TCATTTTACC TGAGGGATTT GAATTAGCTC CGCCTGATCG
    59581 TATTTCTCCA GAGATGAAAG AAAAGATCAG AAATCTTTCT TTTCAGAGCT ACCGTCCCCA
    59641 AAAAAAAAAT ATTCTTGTGA TAGGTCCTGT TTCAGGGCAA AAATATAGCG AAATCGCCTT
    59701 TCCTATTCTT TCCCCGGACC CTGCTACTAA AAAAGATACT CACTTCTTAA AATATCCAAT
    59761 ATATGCAGGC GGTAACAGAG GAAGAGGTCA GATTTATCCT GACGGAAGTA AGAGTAATAA
    59821 TACAGTTTAT AATGCCACAG CAGCGGGTAT AGTAAAGCAA ATTTTACGAA AAGAAAAGGG
    59881 CGGATACGAA ATAACCACAG TGGATGCCTT AGATGGACGT GAAGTGGTTG ATATTATCCC
    59941 TCCAGGACCG GAACTTCTTG TTTCAGAGGG TGAATTTATC AAACTTGATC AACCATTAAC
    60001 AAGTAATCCT AATGTGGGTG GGTTTGGTCA GGGAGACGCA GAAATAGTCC TTCAAGACCC
    60061 ATTACGCGTA CAAGGTCTTT TGTTCTTCTT TGCATCTGTT ATTTTGGCAC AAATTTTTTT
    60121 GGTTCTTAAA AAGAAACAGT TCGAGAAGGT TCAATTGTCC GAAATGAATT TCTAGATTCG
    60181 TGGATTTATC AACATCAAAC TCGTAACAAG AACAAAAAAA GTCTTATTGC CAATTCTTTG
    60241 ACAATTTTAG ATGATCGATA AAAAAATTAT GAATATGAAA ATTTTTTCTT TTTCTACGTT
    60301 TACAAGAAGT CTGTAATGGC TTGTACTACG GCATTAGTTA TAATATAACT TTTGCGAAGA
    60361 AAACCTTTTC ACTTTTTTTC AATCTAAATT GGAATGATGT TACTGTTATC ATATTTCAAT
    60421 GTCCTAGAGT CTATCAAAAG TTTGTTATTT GAGAATAAAA TTCGACTATA TACTAGACTA
    60481 AGCGGGGAAT CTAACAAAAA AAGATAAATG AAAGGAACAA CGAATTCGGG GGGAAATTCC
    60541 TCGCTTTCCT GGTCTTTGAA ACACGACAAG GCATTTTACG CATACTTTAC TTGTCGTGTG
    60601 TCAAAAGAAT AATGAATCTT GATTCATTTA GTCAAAGACT TAGGCAGAAA TTAAAAATTT
    60661 TCGTTTTTTT TTAGATTTTC TTATTTTTAT ATTATTAAAC GTATAAAATA ATTCAAATTG
    60721 AAAGTAGTGG ACAAACCGAG AGAATAAAAT TTTTTGAACA AATGGAACTT CTTGCATTTG
    60781 ATCTAGAAAA AAAAGATAGA GTCTATTGTG TCATTTAATA AATCAAAAAA GCCCTTTAAC
    60841 AGGTCAATAA GTACTATCCA GAAATAGGTG TTCTGAATGA CCAAATCTAT ATTTTCAAAA
    60901 ACTAGAACAG GGTGTTCTTT TCTCATTTAT ACGAAAAAAA AGACAAAAAA TTATGATTAA
    60961 TGGGACCTCC CCCTTCTTTG GTTGTCTAAG TCGAGGGGGA AGGAAGGTCC CGTTGAGTTC
    61021 TTATACTTTC ATATATACAT AAAATATATA GCTAGCTCTC AGTTCATCCA ATTACTATAG
    61081 CGATGAGCCC AATCCAGAAT ATGAACCATA AAAGAAAATA CCTATTAAAC CGATCACAAG
    61141 AATACCAGCT ACAGTACCTA TTATCCAAAG AGGAATCCTT CCAGTAGTAT CGGCCATTTA
    61201 ACCCACTTCC CTCCACATTT CATCAAGCGG TCGTGCTAGA GACATAAACA GTCATTGATA
    61261 ATTATGAAAT GAGGTCCTTC CGAATGAGAT AAGAGAATTT CGACTATATT CTAATTCTAT
    61321 ATATTTAATT TTGCTTTCGT TAATTGTTAA TTGAAAAAAT AATTGGAAAA TAAAACAGCG
    61381 AGTACAAAAA TAAGTAATAA TCCCCAGTAA AGACTGGTAC GATTCAATTC AACATTTTGT
    61441 TCGTTCGGGT TTGATTGTGT CGTAGCTCTA TAATTTGAAT TAGGTTTTTT TTATCGTTGG
    61501 ATGAACTGCA TTGCGGATAT TGATCCCAAA AAAAAAACGG TAGGTATAGC TAGTCCGTGA
    61561 ACAGCCAACC ATCGCACTGT AAAAATTGGA TAGGTTCGAT CTATGGTCAT GGGGCCTCCT
    61621 AAAAAGATCT ACTAAATTCA TCGAGTTGTT CCAAAGAATC AAAGCGGCCT GTTATTAATG
    61681 GAATTCCTTG TCGATTCTCT GTGAAATATT CGTTTGGCCG AGGGCTTCCA AATACATCGT
    61741 AAGCTAAACC TGTGCTGACG AATAACCAAC CCGCAATGAA TAGGGAAGGT ATAGTAATAC
    61801 TATGAATGAC CCAGTATCGA ATACTGGTAA TAATATCCGC AAAAGAACGT TCTCCTGTGC
    61861 TTCCAGACAT GCTGAGCTCC ACATATTCTT GTACAGTTAA AGGCAAATCC GTATAAAGAT
    61921 AAAATCAGTA AATTTACATT TATTTTGCAG AGAATCCGCA TAATTGTAGG ATTGCCAATA
    61981 TTGTACCAAA GGTGTCTTTA GAGTATACCG AATCAGTATA GCTACCCTTC TTCTGACACA
    62041 GCAAGGCAGT TTCAATTAAT AGTAAAATGA CGTACGAGAT AATTCTTGTC TTCCTTTTTT
    62101 TCTTCTTTGT CCATATGGAA CTAGGCACCA TTAAATTTTT TTTATAAAAA ATTTATCAAA
    62161 TAAAAATAGT CTAGAGTTTT TATTTATGAT TGTATCGATT TTAGGCCATA AGCCGAGGGT
    62221 CGGTAGAAGT GAGACTCTGA CAGTTGAATA ATATTCGGGA ATAATTCTCC GACTTTAATT
    62281 AGACGCAAAA AATCTATAAG GGTCCTTTAT CGCCTTTCTT TATAGAAGAG GTTCTGAGGA
    62341 ATTCCCTATT TGAAGTTTAA GAAATGGGTT AATTGTCAAT CAAAATAAAA CACAAATATT
    62401 GATATTGATT AAAATTTATT TCTATATAAT CAATATTTGT GATTGTGATG TGGCCGTTTT
    62461 TATTCTGGTT CTTTCCTTAG ATCCAAACTT TTTTACCTAA GTATATATAA TAAATTGAAT
    62521 AAAGAATATT AATATTAATT AATATTAATA TGGAATATAA AACGTATTAA CGGCAAAGAT
    62581 AATAAGAATT ACTAGTCTTA GAATCCAGTT GGGCAAAAAA AAGATTTTAT TTTTTTTATT
    62641 CAAAATATTT TTTAGTTAGA TGGATGAAAA TGATTTTTCA ATTTTATTCT CGGTTATAGT
    62701 GAAAGCGATT AAAAATTTCA TTTTTAAATT AAATTCTATG GGAGAGTTCT TATTTTTTTA
    62761 ATATTAATTA GATTAGTTTA TAGTTTATTC AAGAGTTTTT CAAAAAATCT GTTGATTCAA
    62821 AATCACGCGC TGTGTAGATG TCACAGATAA TAAGTCATTT TTTTTATACC TTACTTTAAT
    62881 GTAATAATTG ATGAATCAAA AACTTTCAAT TGAACTGATT CTTCTTAAAA TATAAATTTT
    62941 AACTATTTAT TAATTTTTGT TTATTTTTCC TCAAACCTTT CGAAATTGAA ACTTAGGTAA
    63001 GTGCTTTATT CTATAAATAT GCATAAAAAG AACATATTCC ATTTAGCTCT TTCATGCCTA
    63061 CTCTAACAAG TTATTTCGGT TTTTTACTAG CGGCTTTAAC TATAACTTCC GTTCTATTTA
    63121 TAGGTCTGAA CAAGATACGA CTTATTTGAA AATGAACAAC TCAAGAAATC TTTATCTCGG
    63181 GTTCGTTTAG AGGTGGCAAT TTAAATTTTT TGGTTATTGG GATTCCTGGG CAATTCCTGT
    63241 TAATATTTAG GGATAGATAT TACCTTATAC TTTTTTTTCA AACGAATTGA AATGATTGAA
    63301 GTTTTTCTAT TTGGAATCGT TTTAGGCCTA ATTCCTATTA CTTTGGCTGG ATTATTTGTA
    63361 ACTGCATATT TACAATACAG ACGTGGTGAT CAGTTGGACT TTTGATTAAT TAAATTAATT
    63421 TTAATTTGAC CTCTTGTGGA GTGGAGATAA GGGGGGCCGT TTTTATATTC TTTTTTAATT
    63481 ATTTCAGTTT AATTCGCGAA TTCACTTCGA CCTAGCAAGA ATGGAAGCAC GCTCTGTAGG
    63541 ATTTGAACCT ACGACATCGG GTTTTGGAGA CCCGCGTTCT ACCGAACTGA ACTAAGAGCG
    63601 CTTTCTTATC ACAAAAAATG GATAAGACTG TTGTTTTTTG TAACCCAAAA CTCTATCTAC
    63661 ATCCTGTATG CATACGATAT TATATCTCGT ATCATAAAAA TATGTCTCAA TTTCAACAAA
    63721 TTCCTCCTTA CTTCGTAGAG TCAAAGGTAG GGATGACAGG ATTTGAACCT GTGACATTTT
    63781 GTACCCAAAA CAAACGCGCT ACCAAGCTGC GCTACATCCC TTTTAGTTCA ATTGGTTACA
    63841 ATAGTCTAAT TGTAAAGAAT CCTTGTCTTG TTTTCCATAT CCTTACTTAT TTATATTATT
    63901 ATTATATTAA TTATTTACCC TAAAATGACA TGATTTATCT TGCCATTCCA TTTCTTCTTT
    63961 TTAGTCTCAT ATCATATAAA AGCTTTTATC TATTTATGTC TATTATGTAT ATGAAAAAAA
    64021 CTTGTCATAA ACTTAAAAAA AGAAAAGACT TTTGTTGAAT GCTCCGTTTC GTAGGAAGTT
    64081 TATGCTTTTA TTTTTCTTAT CTTACTTATT CTTAATAAAT ATCTTATCTT TGTCCATTTT
    64141 TTTTTTAGCT TAGGCATTTC CTTTACAAAC CCAAAAAATC CTTGACTATC TATATATACA
    64201 TCTGTTCATA GATTAGATAT GTATTACCTT TATTTTATAC ATTACATAAA TTAATAAGGA
    64261 GGTTTTTCCA TGCGAGATCT AAAAACATAT CTTTCCGTAG CACCGGTACT AAGTACTCTA
    64321 TGGTTTGGGT CTTTAGCCGG TCTATTAATA GAAATCAATC GTTTTTTCCC AGATGCGTTG
    64381 ACATTCCCCT TTTTTTAATT CTAGTTATTA ACACGAGAAG GTTTTAATGG GGGTTAGAGA
    64441 TAGAATAGAT TTTCTGTGAC TAATACCCCT TTTTTACTTT TTTATTCGGA TCTGAACTCA
    64501 AGTTTTGATG ACGTTAAATC TACCTTTTCT TCTTTAATTG CCCCTTATTT TTTAGGGCAA
    64561 TTAAAGAAGA AAAGGTAGAG GGGTACAGAA TGGAAATAAA AAAAGTGGAT TTAGCATAAG
    64621 AGTATTATAT ATTATACAAG ATACTTAATT AAATAATGTG AGTAGACGTT TGAAACTTTT
    64681 TGAATTTGAT TACGTATATA TAATTGTTAA TTTTTATACT TTTTTATTAC TCTTTATAAT
    64741 TAGCCTATAT TTTTTCTTCT TCACTTCGGG TTGAAAAAAA AATATAAAAA TTGTTTGAAT
    64801 CAAAAATCAA AAATCCCAAA AATAAAAAGG AGGTTCATGG CTAAGGGGAA AGATGTCCGA
    64861 GTTAAAGTTA TTTTGGAATG TAATAGTTGT GTTCGAAAGA GTGTGAATAA GGAATCCCGG
    64921 GGCGTTTCCC GATATATTAC TCAAAAGAAT CGACACAATA CACCTAGTCG GTTAGAATTA
    64981 CGAAAATTCT GTTCCTATTG TTACAAACAT ACCATTCATG GAGAGATAAA GAAATAAAAA
    65041 CGCTATCATC CGTTCAACGA AGGGGGACAG GACTAAATTA TTATTATTTT AATTATATAT
    65101 TATTTACTAT TTTTTTCTAT TTATATATAT AAATATTTAT TTATAAAATA TAAATAAAAG
    65161 AAAAATAAAC AAACTAAATC CTATTTCGGC TGGACCTAAA AAAAATTATA ATTAAGAAGT
    65221 AGGATTTTCG GTACATAAAT TAAAGAAACT ATGGATAAAT CCAAGCGACC TTTTATTAAA
    65281 TCCAAGCGAT CTTTTCGGAG GCGTTTGCCC CCGATCCAAC CGGGGGATCG AATTGATTAT
    65341 AGAAACATGA GTTTAATTAG TCGATTTATT AGCGAACAAG GAAAAATATT ATCTAGGCGG
    65401 GTAAATAGAT TAACCTTGAA ACAACAACGA TTAATTACTA TTGCTATAAA ACAAGCCCGT
    65461 ATTTTATCTT TGTTACCTTT TCTTAATAAT GAGAAACAAT TTGAAAGAAC CGAGTCAACT
    65521 AATAGAACTT ATAGTTTGAG AACCAAAAAT AAATAAAAAA TGTGCTTTTA TATATTAGGA
    65581 ATTGAATCAA AAAAGGAATC TGAACTCAAA CATGGATTGC GTCTTGGTTC TAAAAAAACC
    65641 CCGAAACTCC CAATTTGATT GTTGTATCAT AATGTAAGAT AAAAAATCGG GAAAATCGTT
    65701 TTTATTTTGA ATATTTTTAT TTAGCATATT TTATCAGACT CTTTTCGATT CTATACTCCC
    65761 GGAGAATAAA CTCCGGGGAA TTTCATTTAA ATAATTTCGG GGCATTCTTT CCAATCTTCT
    65821 TTTTGTATGA TCTCATTTGA AATCATATAA AGACAGTTCC TATTTAATAT AGCTATTTGT
    65881 GCAAGTACTT TACGATTAAG AAGCAACTGT TTCTTATACA GATTGTGAAT AAATATACTA
    65941 TAATTATAGT ACACCCCCCT TTCGCGAATT ACTGCGTTTA TCCTAGTGAT CCATAAACGA
    66001 CGAAAATCTC TCTTTTGCCT ATCTCTATCC CTATGAGCCG AAACTAAAGC TTTTATTTTC
    66061 TGTTGAGCAA TGATTCGAGT AAGTCTTGAA TGAGCCCCGC GAAAGGTTGA TGCAAATAAA
    66121 CGGATTTTTG TTCTACGTCT GCGAGCTATA TATCCTCGTT TAACTCTAGT CATTGAATTG
    66181 AATAAATGAA ACTTTCATGA ATAACTAATT TATTTTCTTT CATTGAGTTA TTCTTTTCTC
    66241 CCCCCCTGGT CTATTAATAA CAAAACATAT TTTTCCAATG TATAAAAAAA ATCCCAATGG
    66301 CTTTTGCTGC TATAACCTTC CCGATCACTG TTTTTTTATT TTTTTTTTCA ACATTGCATC
    66361 TTGAAACAAG ACAAAATTTA TTTAAGTTAA TAATATGGAA ATTAAAAATT ATATTTTCAT
    66421 ATAGATAAAA AAATATAGTG GGGTTCCTTC GTTTCTATGG TTCCTTCTTA AACAGTGAGG
    66481 TCCTCTCTAT ACACCGGAGC CCCTTAACTT CATTTCTGTA TATTGAAAAC TTGTACAGTT
    66541 CAAACTTTTT TTGGCTCTAC CCCATGAATT ATCCAGTAAT AAATCTTTCA CAATTAATTA
    66601 GATCCACCTA TATAGTAACG GTATTTTTTT TTAAGGTTAG CTGGATAGCT GACCATGTTA
    66661 GTCCGTTCTT GCAAATTAAA GGGAGTATAC ATTTTTTCTC TTAAACAAAG GATTTCCCGC
    66721 TAAATGGATA ACGTTAACGC CACCAATGGG AAATTTTTTT TAGATTTACA CTAAAAAAAC
    66781 CATAAATTTC ATACATAATA GATGATATAG AACTTTTTTT AGAGAGTCAC ATGACTTTTT
    66841 CAATTTTACC CTATATCACC CGTACGGATC ATTGATACCG GAAAAATTTT TTATTTTCTT
    66901 TGCTTTTGTT CCAGCTCATA ATCTGAACGA GTCACACATA CACCCTAGTA CATGTTCCTC
    66961 GGCGCTGAGG ACATCCCCGA AGAGCGGGGG ATTTCGTGAC ATTTCTGATT GGCTTTCTTG
    67021 TGTTTCTAAT AAGTTGTTTG ATAGTTGGCA TGCTAAATTA TATACATAAT GAGCTGGTTT
    67081 AGATCAATCC TAACCGAATG CTTTTCTAGT TAATAGAACC TTAAGATAAA TCCAGTGACA
    67141 AGATAAAATG GAAAACTAAA ATGTTTAACT ATTTTTATTT TATTCGACCG CTACAAGATC
    67201 AACAATGCCA TGAGCTTGGG CTTCTGTTGC TGACATAAAA ATATCCCTTT CCATATCTTC
    67261 GGATACAACC CATAGGGGTT TGCCCGTTCT TTGTACATAA ACCCTTGTGA GGGTTTCACG
    67321 CAATTTCAAT AGTTCTTCCG CTTCCAAGAT AAATTCTCCC GTTTGAGCCT CGTAAAAAGA
    67381 GCTAGCAGGT TGATGAATCA TTACCCTGAT GATATACCTT AAAGGGGGGT TCTTCTATCG
    67441 CGCGCGAGGG GGTTAATAGA AAAAATTTAA AATATATAGA TTGAACAACC GTACGTGCAT
    67501 TTTTTTATCA TTGCATACGG CTTTACAATG GAATTTACTT TGATGTCTGT GAAAGAAATA
    67561 AAAAAAAAAA AATAGGATCC ATCAGATCCC GCTCAGTAAA TGATCCAATT ACCACCCTTC
    67621 TTTTCGGAGG AGTTTAAAAA TACTATGATG GCTCCGTTGC TTTATATTTA TTTCGTCTTC
    67681 TATAGGTTAG CAATCCCAAA GTTTCTTTTT GATTCGAAAA ATAAGGAAAA TCTTTTTTTG
    67741 TACTCTTTCA AACAGAAAGT ATTTTTTAGT ATGAAAAAAG TTTGTGACGC TGAAACGGAC
    67801 TCCCAATAAA AAAAATCGGG AATCTTATTC ATTTCATACT ACCCTTTCGA TACATAATCT
    67861 AATGTTTTGA AAATAAATAT AGAAAAAATT TTCTCATATC GAATTCAAAG TGCCATGCTA
    67921 TTATTACTTC ATTTTTAATA TGGTGAAGGC GAAGGCATAG TGTTTTTCTC TCAAAAAAAA
    67981 ACTCATTGGC GCCAAGCGTG AGGGAATGCT AAACGTTTGG TAATTTCTCC CCCAACCAGT
    68041 ATAAACGATC CCATTGAAGC AGCTAACCCC ATACATATTG TATGTACATC TGGTCGCACA
    68101 AATTGCATAG TATCATAAAT AGCTACTCCA GGTATTACCC AGCCGCCAGG AGAATTTATA
    68161 AACAAATACA AATCCTTGGT ATCATCCTCG ATACTGAGAT ATACCATAAG ACCAATAAGT
    68221 TGATTCGAGA TCTCGCTATC GACCTCTTGG CCTAAAAAAA GTAATCTTTC TCGATAAAGT
    68281 CGATTGATTA GGATAAAAAC CCTTAGAAAC CGTACATGCA CCTTTTTATG CACACGGTTC
    68341 AAAAAAATGT GAAAAAATCA ATGTGTAGGT TCGATTCTTT TTTCAGTTTT GTAGAGGTTT
    68401 TCACAATTAT AAGGTTATAA ATTATATTTT AATTTAGAAT TATTTTCTAT TATATTTTTC
    68461 AAGAAATATG CTTTTTTGCC CCTTATCCCA ATTACTAATA ATTATCCAAA ATATTATTAA
    68521 AATTAAAAAT TTAGACAAAA AAATATAATT TACTAAACTT ATCTAAGTTC CTTTTCATTG
    68581 ATGTATCAGT TCATCGAAAT CCAAATCACG ATGTCATTTT CTTGTTCTTG AATGGGACTT
    68641 TTGAATTCTT TTAGGTTTAT GCTCTACTCC GGGTAAAGAT CCGCCCGATT TTTTTTGCAC
    68701 ATATAGGACA AATTTTGACA ATACCACATA TGTTTTTTTT ATTCTTTATT TCGTCAAATT
    68761 TAATATTCCA CATATTCGTA ATATTGAAAT ACCGTTTGTT TATTCTATAA TTGTTTATAT
    68821 TTTAATTTAA AATAAAAACA GTTAGTTATT AGTTAAAAGT TAAAGTATAT ATTATTTAAT
    68881 ACTAGTAACT AGTAATCTTC AATATATTCC CAAAATGAAA TTGGGTTTTT GATAAACGGA
    68941 GCCCTGGTAC TTCATTTTTT TGGTCCTACC GAGCCAACCA TAAATTATTC TAAATTGATA
    69001 ATGTTAATCT GAATCCCCCT AAAACTCATA TTTATTAAAG GATCTAATTG CCTTTCGCGC
    69061 TCTAAATTTA TTATGATTCA ATCTTTCTCG GGCGAAAGGG GGGATATCTC AAATCGGGAG
    69121 AGAGAACGGG GAAATCCCAT ACGACCCAAT ATATCTGACA AGTCGCACTA TACGTCAACC
    69181 CAAGAAGCAT CTTCCTCTCC AGGACTTCGA AAGGGAACTT TTGGAACACC AATAGGCATT
    69241 AAATCCAAGA AAAATTAAGT ACTAAGGTTC ACTTTGATGT GGAAACGTAA TAATAGAGTT
    69301 ATTGTCTTCA TAATATCAAC CTTAATGTTA TGCATAGATT ATAAAAGTTT AGTTTAAAAT
    69361 GAAGACAGAA TAAAAAAAGA AAATTTCTTA GGAATATAAC AATCACCAAG TAGCAAAGTA
    69421 TTTACTGATA CAAGATGGTA TTAACTTCCC ATTGCATATT GATACTTATC GGATATAGAA
    69481 TAGATTTGTT TCTCTTTGTT CCTAACAAAC ATAAATGTTC TATTATTACC AACAGAATAG
    69541 AACAAATATT AACCCTTGTT CCGAGATAAT CCAGTGAACA AAAATAAGTT CATTGGATAA
    69601 TCATAGTCTT TTCTAATGCA ATAAAGTTAC ATAGTGCCAT TTTTCTTTGA TAAAGGGGGA
    69661 TTTCCATGGG TTTGCCTTGG TATCGTGTTC ATACTGTCGT ATTGAATGAT CCCGGCCGGT
    69721 TGATTTCTGT CCATATAATG CATACAGCGT TAGTTGCCGG TTGGGCTGGT TCGATGGCTC
    69781 TATATGAATT AGCGGTTTTT GACCCCTCTG ATCCCGTTCT TGATCCAATG TGGAGACAGG
    69841 GTATGTTCGT TATACCCTTC ATGACTCGTT TAGGAATAAC CAATTCATGG GGCGGTTGGA
    69901 GTATTACAGG GGGGACTATA AACGATCCGG GTATTTGGAG TTACGAAGGT GTGGCCGGAG
    69961 CACATATTAT GTTTTCTGGT TTGTGCTTTT TAGCAGCCAT TTGGCACTGG GTGTATTGGG
    70021 ATCTAGAAAT CTTTTCTGAT GAACGTACAG GAAAACCTTC GTTGGATTTG CCTAAGATTT
    70081 TTGGAATTCA TTTATTTCTT TCCGGAGTGG CTTGTTTTGG TTTTGGCGCA TTTCATGTAA
    70141 CAGGCTTGTA TGGTCCCGGA ATCTGGGTAT CCGACCCTTA TGGACTAACT GGAAAAGTAC
    70201 AACCTATAAG TCCAGCATGG GGTGTGGAAG GTTTTGATCC TTTTGTTCCA GGAGGAATCG
    70261 CCTCTCATCA TATTGCAGCA GGGACATTAG GCATATTAGC AGGTCTATTT CATCTTAGTG
    70321 TCCGTCCGCC TCAACGTCTA TACAAAGGAT TACGTATGGG CAATATTGAA ACCGTTCTTT
    70381 CGAGTAGTAT CGCTGCTGTC TTTTTTGCAG CTTTTGTTGT TGCCGGAACT ATGTGGTATG
    70441 GTTCAGCAAC TACTCCGATC GAATTATTTG GCCCCACTCG TTATCAATGG GATCAGGGAT
    70501 ACTTTCAGCA AGAAATATAC CGAAAAGTAA GCGCCGGGTT AGCGGAAAAT CAAAGTTTAG
    70561 CCGAAGCCTG GTCTAAAATT CCCGAGAAAT TAGCTTTTTA TGATTACATC GGCAATAATC
    70621 CGGCTAAGGG AGGGTTGTTT AGAGCGGGCT CAATGGACAA CGGCGATGGA ATAGCTGTTG
    70681 GATGGTTAGG ACACCCCATT TTTAGAGAGA AAGACGGGCG TGAACTTTTT GTACGCCGTA
    70741 TGCCTACCTT TTTTGAAACA TTTCCTGTCG TTTTGATAGA TGGGGATGGA ATTGTTAGAG
    70801 CTGACGTTCC TTTTAGAAGA GCAGAATCTA AGTATAGTGT TGAACAAGTA GGTGTAACTG
    70861 TTGAGTTCTA TGGCGGTGAA CTCAATGGAA TCAGTTATAG CGATCCTGCT ACTGTAAAAA
    70921 AATATGCTAG GCGTGCTCAA TTGGGTGAAA TTTTCGAATT GGACCGTGCT ACTTTGAAAT
    70981 CTGATGGTGT TTTTCGTAGT AGTCCAAGGG GCTGGTTTAC TTTTGGACAT GCTTCCTTTG
    71041 CCCTACTCTT CTTCTTTGGA CACATTTGGC ATGGGGCTAG AACCTTGTTC AGAGATGTTT
    71101 TTGCGGGTAT TGACCCCGAT TTAGATGCTC AGGTAGAATT TGGAACATTC CAAAAACTTG
    71161 GAGATCCAAC TACAAGAAGA CAAGGAGTCT AATAAAAAAT TGTTTCCTAT ATTTTTGTTG
    71221 TGATTTGACA TAGGATACAA ATCACCGTCC TTTTTCTTTT TATCATTTTC GGGAAAATAA
    71281 TCTCGAGTAA ACAGGTATGG AAGCTATAAT TGTAAACCAC AATCAAATCT ATGGAAGCAT
    71341 TGGTTTATAC ATTTTTATTA GTCTCGACCC TAGGGATAAT TTTTTTCGCT ATCTTTTTTC
    71401 GGGAACCCCC GAAAGTTCCA ACTAAAAAGG GTTAAATGAT TTCTCATTAT CTCAATTGAC
    71461 GTGATGCGCC TTCTGATATT GTAATGATAT CAGAAGGCGC ATCACGTCAA CTAGTCCCCG
    71521 TGTTCCTCGA AGGGATCTCT TAATTGTTGA GAGGGTTGCC CGAAAGCGGT ATATAAGGCA
    71581 TACCCAGTAA AACTTACAAG TAACCCAGAT ATAAAGATGG CGACTAGGGT TGCTGTTTCC
    71641 ATTATTATAT AATTTCAAGA CCTCAATGGA TCTATGATAA AATCATTTAT TTACAATGGA
    71701 ATGGTATACA AAGTCAACAG ATCTCAATAA AAAAAAAAGA GGATTTATGG CTACACAAAC
    71761 CATTGAGGGT AGTTCTAGAT CTCGTCCAAA ACCAACTACC ATAGGGGTTT TATTGAAACC
    71821 GTTGAATTCG GAATATGGTA AAGTAGCTCC TGGGTGGGGA ACTACTCCTT TGATGGGAGT
    71881 TGCAATGTCT TTATTTGCAA TATTCCTATG TATTATTTTG GAAATTTATA ATTCTTCCGT
    71941 TTTATTGGAT GGAATTTCAA TGAATTAAAT CTCCAAGATA AGGGGAATTA AAAAGAACCA
    72001 AGAAGTTCTA TCCTTCCAAT AAAAAATGCA TTTTTACGGC TACGCTTTCT ATTTTTAACG
    72061 CCCTTTTTTG GTAGTTCGAT CGCGGAATTT CTTTCTGTAT TTCCGGAATA TGAGTGTGTG
    72121 ACTTGTTATA ATTGATCCTA TTGAGAGTAC AGAGAACGAA TCTGTCATCT TATCCTGATA
    72181 GAGATGGTTC TACTTCGTCG GATATTTTTT TGTATCTGGA ACACGGAATA TCTAAAATGG
    72241 ATGAAGAAAT ATTTGAACTA TGATTCATAT TTATTTAATA TAAATATTCA GCCCTCGGGA
    72301 TCGGATTCAA TTAATTTTTT ATTTATCAAA TCAAAAAAGA ATTAGACATT ATAAATTGAA
    72361 AGATTTTTCT TCTTTCAAAC TCCTTAATGC TTATGTTCTT AACAGACAAA TTTTTTGGTA
    72421 TTTTTATTCA GTATACCTCT GTTATTGATT GAATAGGTGA TGATCCAATG GTTCTTACTC
    72481 AAGGAATCTT TGGGCTTAGC TTTTAGGTTT TACTGAGTCA TCGTGGTTAT AGTATGAATC
    72541 TAGGGTTTCA ATCAATTCAT AGGGTCTTAA CAAGAGAAAT TCCTATCACT GATAAAAAAA
    72601 GCCCCATTCT AAAAAAATAA CAAATCAAAG ACTAAAGAAT AAAATAGGAA AAGAGAATAT
    72661 TCAAGAAGCC CCCAGTAACA ATTAACAGAA AAATAGATGA GCTGACTTGA TATATTGGCA
    72721 TTATCACCGC AAATACAAAA ATTTTACTTT CGTATTTTTA TTCCTTCGAA TCTTGCGAAA
    72781 AGGAAAATAA ATTAAGAGGC TTTAATCTTT ATTTAGGTGT GTTTGCTTGA GCCGTATGAG
    72841 ATAAAATTCT CATATACGGT TCTTAGAGGG GGGGCTTTTA GCACTTTACC TATCTCAATA
    72901 AAGTCTATGA TTGGTTCGAA GAACGTCTCG AGATTCAGTC GATTGCAGAC GATATAACTA
    72961 GTAAATATGT TCCTCCTCAT GTCAACATTT TTTATTGTCT AGGGGGAATT ACGCTTACTT
    73021 GTTTTTTAGT ACAAGTAGCT ACGGGTTTTG CTATGACTTT TTACTATCGT CCAACCGTTA
    73081 CCGAGGCTTT CGCTTCTGTT CAATATATAA TGACGGAAGC TAACTTTGGT TGGTTAATAC
    73141 GATCAGTTCA TCGGTGGTCG GCAAGTATGA TGGTTCTAAT GATGATCCTG CATGTATTTC
    73201 GTGTGTATCT TACCGGGGGC TTTAAAAAAC CCCGTGAATT GACTTGGGTT ACGGGCGTCG
    73261 TTCTGGCTGT ATTGACCGCA TCTTTTGGTG TAACTGGTTA TTCCTTACCT CGGGATCAAA
    73321 TTGGTTATTG GGCAGTAAAA ATTGTAACAG GTGTACCTGA CGCTATTCCT GTAGTAGGAT
    73381 CGCCTTTGGT AGAGTTATTG CGTGGAAGTG CTAGTGTGGG ACAATCCACT TTGACTCGTT
    73441 TTTATAGTTT ACATACTTTT GTATTGCCTC TTCTTACTGC GGTATTTATG TTAATGCATT
    73501 TTTTAATGAT ACGTAAACAA GGTATTTCTG GTCCCTTATA GAATTTAATG GTATATCATA
    73561 GATATTTGTA ATCTCTCATT TTGCATTTGG GGGAAGAACA ATAGTGTTTC ATTGCTACGT
    73621 GTATGGATTA TTGAAAATAA TAATCCATGT ATTTGGACAT TTTCCTTCAA CTCTATTTAT
    73681 ATTTAGTTAT TTAACATCAC TAGTTGAAGG TAATTCTCCG AAAAAAAAAT GGATTATGGG
    73741 AGTGTGTGAC TTGAACTATT GATTAGGCTG TGCAGGTATA TGCCCCTTAA CTCTGCCACA
    73801 TTGAAATTCA TAATCCAATG TGTCTTTTGT CCAACCGCCG TATAAGTAAG TTCAGAGGAT
    73861 AGGCTGGTTC GTGTAAAGAG AATTTATTCT ATGATCAACC CTGAATCATG TCATACATGA
    73921 GCGGGCTCCG TAAGATCCAG TCGAATGTGT GATATTCTAA AATATAATAA AAAATTTTTA
    73981 TGTTTATTTC CTATTATTTT TATATTAATT TTAAAATCGT TTGATTTGAA TAGTATTGAA
    74041 ATGCATCCAT TTCCTCTGCA TTGACCTGAT CTATGATACT ATCGGAGTGA AACGGGGGAT
    74101 CTAAAGAACA GATAGAGGCT AGGCTATATT AGTAACAAGT AAACCCTTTG GTTTAAATTT
    74161 AAAATGGAAT TGGATATCCA AAAATGTTGG AGAAAAAAAC CAACCATAAG GTAGGAGACG
    74221 ACCCAGAAAG CATTTGATCG TGATCAACCC TGTAAGCCTA CTTGGGTGTT GAGCATTTAT
    74281 TTGTAAGAAC AATAACGTAA ATACTTCCTG AATAACCATT CATATCATAT TGAGCGGTTC
    74341 TTTCTTTTAA TTTGATTCTT GCTCGAGCCG GATGATGAAA AATCGGCGTG TCCGGCTCTT
    74401 TCGGGGGATG AATTTAATCT AATTATTGAA TATTTATTCA CCTATCCTAA TAACAAAAAA
    74461 ACCTGACTTG AATGATCCTG TATTAAGGGC TAAATTAGCA AAAGGGATGG GTCATAATTA
    74521 TTATGGGGAG CCCGCATGGC CTAATGATCT TTTATATATT TTTCCCGTCG TAATTCTCGG
    74581 TACTATTGCA TGTAACGTAG GCTTAGCGGT TTTAGAACCA TCAATGATTG GCGAGCCAGC
    74641 AGATCCGTTT GCAACTCCTT TGGAAATATT ACCTGAATGG TATTTTTTTC CAGTATTTCA
    74701 AATACTTCGT ACAGTACCCA ATAAGTTATT GGGCGTTCTT TTAATGGTTT CAGTACCCGC
    74761 GGGATTATTA ACAGTTCCTT TTTTAGAGAA TGTTAATAAA TTCCAAAATC CATTTCGTCG
    74821 TCCAGTAGCT ACAACCGTCT TTTTGGTCGG TACCGCAGTG GCCCTTTGGT TAGGTATTGG
    74881 AGCAACATTA CCTATTGATA AATCTCTAAC TTTAGGTCTT TTTTAAATAG ATTCAATTGT
    74941 GAAATAGCAC AACAGGTGTA TCTAGGTAAA AGTCACTTCA AGGTGACTTT TACCTAGATA
    75001 CATTATATCT ATTCAATTTA ATTCTTGATT TAGTCTGTCA AATTTCTGTA AAATTCAATT
    75061 TTTTTTAATG TAACTCAATT CCCAAATGTT TTTCTAGAGT GTCAAATATT TTATTTACGT
    75121 CTTCTATATT AAAATGTTCA ATTTTAATAA GATCTTCTTG ACTCAAAAGG TTCGCTAATG
    75181 TATGTATATT GGACTTTTTG AGGCAATTAT AGATCCTAGG TGGCAATTCT AATTGGTCAA
    75241 TAAAAATAGA TTTAAATGCC ATTTTTTTTT TTCTGAGTTG AGCCAATCTA TCATGAAAGG
    75301 TAAAAAGTGG TAACGAAACT TTATATTGAT TGTCCCCTAA ATGTAAGTTT TCTTCTTCCG
    75361 CATGGAGAAA AGGAATAAAT AAATCAATTA AATTTCGGGA GGCTTCATAA AGTGCTTCTT
    75421 TCGGAGTTAA ACTACCATTT GTCCATATTT CGAGAAAAAG TATTTCTTGT TTTTCATTCC
    75481 CATTACCATA AGAATGAATA CTATGATTCA CGTTTCGAAC AGGCATGAAT AGAGCATCTA
    75541 TAGGATAACT TCCGTTTTCA AAGTTATTGG GCGATGTTAT ATGATATCCG CGATTTCGCT
    75601 CGAGTTGTAA TCCAATACAC AAATAAATTG GTTCTGTTAA ACTAGCTATA TGTTGTGTAT
    75661 TGTCAACTAT TTCTACATAA GCCGGCAAAA TGAGATCTTG AGCAGTTATG CATCTAGGGC
    75721 CCCTAACACA AATAGACGCT TCACAAATTC CATATAGATT ACTTCTCAAT ATGATTTCTT
    75781 TCAAATTAAT TAAAATTTCA TGGACTGATT CTTGAATCCC TATGACGGTA GAGTATTCAT
    75841 GTGGTATTTT ATCTGATTTT GCACGTGTAA TACATGTTCC TTCCATTTCT CCAAGTAAAG
    75901 CTCTTCGTAT TGCAATGCCT ATTGTGTCAG CTTGACCTTT CATAAGTGGA GAAAGAATAA
    75961 AGCGTCCATA ATAAAGACAT TGACTATCTG TTCTTGATTC AATACACTTC CACTGCAGTG
    76021 TCCGAGTAGA TACTCGTATT TTCTCTCGAA CCATAGTAAT ATTAATATAT TATAAATATC
    76081 TTTGAATTGT TTATTTCTCT TGAAATATCT TCAATGCTTT TTTTTACACG CGCCTTTTTT
    76141 TAGGAGGCCT ACAGCCATTA TGTGGCATAG GGGTTACGTC CCGTACGAAA CTTAATAGTA
    76201 TACCGCTTCT ACGAATAGCG CGTAATGCTG CATCTCGTCC GAGACCAGGA CCCTTTATCA
    76261 TGACTTCTGC TCGTTGCATG CCCTGCTCCA CTACTGTACG AATAGCATTT CCTGCTGCGG
    76321 TTTGAGCCGC AAATGGTGTC CCTCTTTTTG TCCCTCTGAA TCCACAAGTA CCAGCGGAAG
    76381 CCCAAGAAAC AACCCGACCT CGTACATCTG TAACAGTCAC AATGGTATTG TTGAAACTTG
    76441 CTTGAACATG GATAATGCCC TTTGGGATTT TACGTGCACT TTTACGCGAA CTAATACGTC
    76501 CATTTTTACG CGAACCAATT TTTGGTATAG TTTTTGCCAT ATTTTATATT ATCATTTCAT
    76561 AAATATGAGT CAGAGATATA TGGATATATC CATTTCATGC CAAAACAAAT TCTTCATTTT
    76621 TTTACATTCC ATTACTCAAG AAAGTCGTCC TCTTTTAGTA TTTTGAGTTA TATTATAATT
    76681 ATCCTTGTCG TTGTTTATGT TTTGGGTTAG AACAAATTAC TATTATTCGT CCCCGTCTGC
    76741 GGATCAGACG ACATTTTTCA CAAATTTTAC GAACAGAAGC CCTTATTTTC ATATTTGTCG
    76801 TTCCTTAATT TTAATTCTTA ATCTAGTTTT TGGAAGAAAT AAAGTTTCTT GATATTTGAA
    76861 ATTTTGAATT GTATTCTCGC GAACAGGGGG TGTTGAAGTT ATAAAACCAT TTAATTTTAA
    76921 TCATTTGAAT CCTTAGTGCA GAGTCTATGT CTATAAATTG TATCTATGAC CTCTGGTTCA
    76981 ATCATAAACT ACTTCAATCT TAACCCTATC CTCTGATACG TATAGAACTC CGTCGTATCC
    77041 TTTAATTAAT GAAATATAAT CTAGAATATG ATCTTCATTA TCTAAACGAA CCCAGAACAT
    77101 ACCGCTTTGT TCTTTCATTC TAGGTAATTT TTGATCTAAT TCATATATTC GATGTTAGAG
    77161 GAATTACCAT ATTACCATAT ATAACATAAA ATTTCTCCTC CAATTCCTTC TCGTCGAGCC
    77221 TCGCGATCTG TCATTATACC GCGAGAGGTA GAAAGAATTA CAACCCCCAT TCCTCCTAAA
    77281 ATTCTAGGAA TTCCCTGATA GTTCGAATAG ATTCGTAGAC CCGGTCGACT GACTCTTTTT
    77341 AAATATAAAG TATTTCTATA TAGTACTTTC CTATTTCTTC TATGTCGAAG AGTTAAAACA
    77401 AAAAAAGTTT TCTTTCCTTC TTGATGTTTT CTCACGTTTT CAATAAAGCC TTCTCGTAAA
    77461 AGTATTTTAA CAATGTTTTC GGTGATGTTA GTTGATGCTA TTCGAACCGT CCCTTTTCTA
    77521 TTCATGTCAG CATTTCGTAT AGAGGTTATT ATATCAGCAA TAGTGTCCCT ACCCATGGTG
    77581 AACTAAAATC CGCGGTGTCT CCAAATTTTT TTATAATCAA CATGCTTTTT TCTTAGTTTT
    77641 TTTTTAGAAG GGTATATACG TGATATACAG TCTACTCATT CAAATATCCT ATTTCTTAGG
    77701 CTTATAATAC CTCAGGAGCT AATGACACTA TTTTAGTAAA GTTTTGTCTC AATTCCCGGG
    77761 CAATCGCACC AAAAACTCGA GTTCCTTTTG GATTTCCTTC TTGATCAACG ATAACCGCAG
    77821 CGTTGTCATC ATATCTTATT ATAATACCAT TGTCACGTTT GAGTTCTTTG CAGGTACGTA
    77881 CAATTACAGC TCTTATTACT TCTGATCTTT CTAAGGGAGA ATTTGGTATT GCTTCTTTGA
    77941 TCACAGCAAC AACAACATCG CCAATACGAG CATATCGACG GTTGCTAGCT CCTATGATTC
    78001 GAATACACAT CAATTTTTTA GCTCCGCTGT TGTCTGCTAC AGTCAAATAG GTCTGAGGTT
    78061 GAATCATATT TTTTTCTGTT CTTTCAATGC AAAAATAAAT ACTAAAGGAC TAATAAAGAA
    78121 ATATTATTTG TCAAAAAAAA AAAAAGATCT ATTTCCTTTG GTTCTACGTT TCTATCCTGA
    78181 AATAATGAAT TGAGTTCGTA TAGGCATTTT AGATGCTGCT ATTGAGATAG CCCTTCGGGC
    78241 TATATTTTCT GATACCCCAT TTATTTCATA AAGTATTCGA CCGGGTTTGA CAACAGCTAC
    78301 CCAATATTCG GGAGATCCTT TACCCGAACC CATACGTGTT TCCGCAGGTC TTACTGTAAT
    78361 TGGTTTGTCT GGAAAAATGC GTACCCATAT CTTTCCGCCG CGACGTGCAT TTCGTGTCAT
    78421 TGCTCGGCGG CCCGCTTCTA TTTGTCTAGA CGTGATCCAA GAGGGTTCAA GTGCCTGAAG
    78481 AGCATATCTT CCAAAACACA TATGATTTCC TCGATAAGAT ATTCCCTTCA GTCTTCCTCT
    78541 ATGTTGTTTA CGGAATCTGG TTCTTTTTGG GTTATAGTTG ATGGTTATTT ACGTAATTCC
    78601 ATCTCTACTA CAGAACTGGA CATGAGAGTT TCTTCTCATC CGGCTCCTCG CAAATTAAAA
    78661 ATTCAGAAGA GAATTAAGAT ATACATGCAA TAATCTATTG AATCAAGATA TTTATTTAAT
    78721 TTATTAATTA GATTGTTAAA AAAAAATTTT CGCGGGCGAA TATTTACTCT TTCAATCTCT
    78781 ATTTCAACTG TAGAGTTAGT TTATTATTTT TCAGGTTTAT TTCGGGTTCA TTCCGCCATC
    78841 CTTCCCACTG AATTATCAGG ATTCCTTTTC AACAGAATCT TTATGTATTC ACGGATTCCA
    78901 TCGTTCCCAC CGCTTCTTGA TTCATAGATA GTTAGACCTG AATTGGACAA CAGAGCTCCT
    78961 AATGAAATTA GTTCTTTAGC CAACCCCCTT AGTCTTTCTT GGCTTGAAGC TCATACGTTT
    79021 TTTACAGATT CATCTCATAT AATTATCCGA GAATCTTTAT TAATGCTTTA TTACATTGTT
    79081 GTTGTTTATG AAATGTTTCA AAGACCATAT ATATTATATT GGAATCCTAT ATCTTTTATA
    79141 TTGATTTTTT TCTTTCTCTC ATCTTTCCAT TTATCCGTAT CTTTTTTTTT CTATTTTAAT
    79201 TTTTTTTGCT TAAAAATGAA TTTTATATTT TTTTTTAGTT AGCATAAAAA AAATTCAGTT
    79261 GCTGCAACGA TAAGACTAAA AAAGCATATC TTGACTGTTT ATTTGGATTC GGATAATGTG
    79321 ATGCGATGAG TTGGTTATTA GTTCTATAGT TATTAGTTCA TATTTCATAT TATGGGTTCT
    79381 TACCATTTTA GACATAATAA AATTATAGCA AAAACCAACG AGTCACACAC TAAGCATAGC
    79441 AATTCTATCA AAAAAATATG AATAAAAATT TTATTTAAAC TTGTGGAATT TTAAATTATA
    79501 ATGGGTTTGA CGTAAAATAA AAAATGTTGT GTTCTCTTCT TAAACCGAAA TAGACAGACC
    79561 AAAGTCTTAT TCTTATTATT TATCGTCTAT AAAAATCCAA ATTTTAATAC CTAATACCCC
    79621 ATAAATCGTT CGAACGGTAT AGGCACAATA ATCAATTTTC GCGCGAATGG TTTGTAGGGG
    79681 AACCCTTCCC TCTCTTATCC ATTCTATACG TGCAATTTCT TTTCCGTCGA TACGGCCTGC
    79741 TATTTGTATT TGAATTCCTT TTGTATCAGC TTGCTCGGTT AATTCGATAG CTTTTTTCAT
    79801 TGCTTTTCTA AACGATATCC TATTCTTTAA TTGGCCGGCT AAAAATTCAG CAAGAATATT
    79861 TGGGTGTCCA TAAGGTTTTG CAATTCTTGA AATAGCAATG TTGAGTTTTC GGTTCACACA
    79921 ATTCAATTCT TTTTGTACAT TTATTTTTAG GTCTTCAATT CCTCGTAGCC TATTTTCTAT
    79981 TAATAACTTT GGGAATCCCA TATATATTAT TACCTGTATC AGGTCGATTC TTTTTTGAAT
    80041 TTCTATGCGT CCAATTCCTT CGACACCCGA AGATGTTCTT GTATTTTTTT GTACAAAATT
    80101 TTTTATATAA TCCCGTATTT TTTCATCTTC TTGTAGACCT TTAGAATAGT TTTTTGGTTG
    80161 TGCAAACCAA AGGGAATAAT GACTTTGGGT TGTACCAAGT CTGAAACCAA GTGGATTTAT
    80221 TTTTTGTCCC ATATTACCTC ATCGTATTTA ACAAAAAAAA TTCCAGGTAT TCGACAAATG
    80281 CTGGATTGAG AAAGACTTTA TGTTGATTAG TTTTAGATAA ACTTTGTATA TATTCTTCTA
    80341 TGTCTCCGTA GTAGGTTATA TCTTTTAATA CTATAGTTAT GTGACAAGTA GGTCTTTTTA
    80401 TCATATAACT ACGTCCTCGG GCTTGAGGTT TTAATTTTTT CATGGTAGTT CCTTTGTTAA
    80461 CTTCGGCTTT AAAAATAATT AAATCAGCTT TGTTAAAACC TTTATTGTGG CCAGCATTTG
    80521 ATGCTGCAGA ATAAATCAAT TTAAAAATGG GATAACATGC GCGATAGGGC ATGAGTTCTA
    80581 ATATCATAAG TGTTTCCTCG TAGGAACGCC CACGGATCTG ATCAATTACT CTTCGTGCTT
    80641 TGTGAGCCGA CATAGATATA TATTGGCCTA AAGCGTATAC ATCATCTCTT CTCTTTTTTC
    80701 TTTTCATAAA GTTTACCTCC CATTAAAAAA TGATAAGCAT TTATTATATT ACTTTTTTTT
    80761 ATTAATGAAA TTAACGACGA GATTTATTAT CATTTTTTGC GTGTCCCCTA AAATTGAGGG
    80821 TTGGTGCAAA TTCTCCTAAT TTATGACCTA CCATACGGTC TGTTATATAA ATAGGCAAGT
    80881 GTTCCCTTCC ATTATGGATA GCGATTGTAT GGCCAATCAT GGTGGGTATA ATGGTAGATG
    80941 CCCGAGACCA AGTTACTATT ATTTCTTTTT CCGCCTTTGT GTTAAGCTTA TCAATTTTTT
    81001 TTAATAAATG ATTCGCTACA AAAGGATTTT TTTTAAGTGA ACGTGTCACA GTTAATTACT
    81061 CCTAAAAATT TTTTATGTAA AGACGAAGAA ACTAATTAGA TTTTTTCCTA TTTACTACGT
    81121 CGACGAATAA TAAAATTATC ACTATATTTA TTCCTTTTTC TACTTCTTTT TCCAAGTGCA
    81181 GGATAACCCC AAGGGGTTGT GGGGTTTTTT CTACCAATTG GGGCCCTCCC TTCACCACCC
    81241 CCATGGGGAT GGTCTACAGG GTTCATAACG ACTCCTCTTA CTACAGGACG CTTACCTAGC
    81301 CAACGCTTAG ATCCGGCTCT ACCCAAACTT TTCTGGTTCA CTCCAACATT CCCCACTTGT
    81361 CCGACTGTTG CTGAGCAGTT TTTGGATATC AAACGGACCT CCCCAGAAGG TAATTTTAAT
    81421 GTGGCCGATT TCCCCTCTTT TGCAATAAGT TTCGCTACAG CACCCGCTGC TCTAGCTAAT
    81481 TGTCCACCCT TTCCACGTGT GATTTCTATG TTATGTATAG CCGTGCCTAA GGGCATATCG
    81541 GTCAAAGGTA GGGCATTTCC CATTTTTATA GGAACTTCTG GACCAGAAAC AATGGTATCT
    81601 CCAATTATAG CCCCTCTGGG ATGTAAAATA TATCTTTTTT CACCATCCCC ATAGTGTATG
    81661 AGACAAATGT ATGCATTTCG ATTAGGGTCG TATTCTATGG TTACGATTCT ACCATATATG
    81721 TCTTTTTCAT TCCGTCGAAA ATCTATTTTA CGGTATAGAC GCTTATGACC TCCCCCCCTA
    81781 TGCCTTGCAG TAATGATGCC TCTGGCATTA CGGCCTTTAC CGCAACGACG CTGTCCATAG
    81841 ATCAAATTAT TTCGTGGATT GGATTTCACT TGATTGTCTA CGGCTCCATT GCGTGTGCTC
    81901 GGTGGAGACG TTTTGAATAA ATGTATCGCC ATGCTATTAA GTATTTTGCT TTTCTTTCTA
    81961 AGAGGTGGAA TAGAATAACT CGATTGAAGC GTAATGATCA TACGTCTGTA ATGCATTGTA
    82021 TGTTCCATAC CATAATATGT CCCATTCTTC TACCCTTTCG GAGGAGTCGA CGACTATTTT
    82081 TACATATACT ATACCATTGC CTTGACACCA AAGAAGAGTT CGGCCCAATA CTTTTCTGTC
    82141 CTAGTTGGGT TGAATTCGAC AAGTATATTG ATTTTTACTA AATAACCTGA TACTTTTATC
    82201 TGTAAATACT ATATAAGGGT CCCATTGGCG TGCATCCAGT AGGAATTGAA CCTACGAATT
    82261 CGCCAATTAT GAGTTGGGCG CTTTAACCAT TCAGCCATGG ATGCTTAGCG GGGATCCTCG
    82321 CACATGGTGA AACCAACTTC TAATTGAAAT GAAATCTTTA GGAGAAATCA ATGACAGGAT
    82381 ATCAATTCAA ATCCTGTATT TTCGAATTGA GAGAGATATT GAGAGAGATT AAAAATGATC
    82441 ACTATTTCTT AGATTCGTGG GCCCAATTCA ATTCAGTGGG ATCTTTCATT CACATTTTTG
    82501 TCCACCAAGA ACGTTTTAGA AAACTCTTTG ATCTTCGAAT TTTGAGTATC CTATTGTCAC
    82561 GCAATTCACA GGGTTCAACA AGCAATCGAT ATTTCACGAT CAAGGGTGTA CTACTCTTTG
    82621 TAGTAGTGGT CCTTCTATAT CGTATTAACA ATCGAAATAT GGTCGAAAGA AAAAATCTCT
    82681 ATTTGCTAGG GCTTCTTTCT ATACCTATCA ATTGCATTGG ACCCAGAAAT GATACATTGG
    82741 AAAAATCCTT TTGGTCTTCC AATATCAATA GGCTGATTGT TTCGCTCCTC TATCTTCCAA
    82801 AAGGAAAAAA GATTTCTGCG AGTTGTTTCC TGGATCCGAA AGACAGTACT AGTACTTGGT
    82861 TTCTTCCAAT AACTAAAAAG TGTATCATGC CTGAATCTAA CCGGGGTTCG CAGTGGTGGA
    82921 GGAACTGGAT CGGAAAAAAG AGGGATTCTA GTTGTAAGAT ATCTAATGAA ACCGTCGCTG
    82981 GAATTGAGAT CTCATTCAAA GAGAAAGATA TAAAATATCT GGAGTTTTTC TTTGTATATT
    83041 ATATGGATGA TCCGATCAGC AAGGACCATG ATTGGGAATT GTTTGACGGT CTTTCTCTGA
    83101 AGAGGAGGCG AAACTTGAAT TCGGGACAGC TTTTCGAAAT CTTAGTGAAG CATTGGATTT
    83161 GTTATCTCAT GTCTGCTTTT CGTGAAAAAA TACCAATTGA AGTGGAGGGT TTCTTCAAAC
    83221 AACAAGGGGC TGGGTCAACT ATTCAATCAA ATGATATTGA GCATGTTTCC CATCTTTTCT
    83281 CGAGAAACAA GTGGGCTATT TCTTTGCAAA ATTGTGCTCA ATTTCATATG TGGCAATTCC
    83341 ACCAAGATCT CTTCGTTCGT TGGGGGAAGA ATCTGTACGA ATCGGATTTT TTGAGGAACG
    83401 TATCGAGAGA GAATTGGATT TGGCTAGACA ATGTGTGGTT GGTAAACAAG GATCCGTTTT
    83461 TTAACAAGGT ACGGAATGTA TCGTCAAATA TTCAATCCAC AAGATCTAGT TTCGTTCAAG
    83521 TAACGGATTC TAGCCAATTG AAAGGATCTT CTGATCAATC TAGAGATCGT TTGGATTCCA
    83581 TTAGTAATGC GGATTCGGAA TATCACACAT TAATCAATAA AAGAGAGATT CAACAACTAA
    83641 AAGAAAGCTC GATTCTTCGG GATCCTTCCT TTCTTCAAAC GGAAGGAACA GAGATAGAAT
    83701 CAGACCGATT CTCAAAATGC CTTTCTGGAT ATTCCTCAAT GCCTCAGCTA TTCACGGAAC
    83761 GTGAGAAGCA GGTGATTATT CATCTGCTTC CGGAAGAAAT CGAAGAACTT CTTGATAATC
    83821 CTACAAGATC CATTCGTTCT TTTTTATCTG GCAGATGGTC AGAACTTCAT CTGGGTTCAA
    83881 ATCCTACTGA GAAGCCCACT AGAGATCAGA AATTGTTGAA GAAACATCTT GTTGTCTCTT
    83941 TTGTCCCTTC CTGGCGATCG GAAAATAAAG AAATGATTAA TATATTCAAG ATAATTATGT
    84001 ATTTACAAAA TAGCGTCTCA ATTCATCCTA TTTCATCAGA TCCGGGATGG GATATGGTTC
    84061 CGAAGGATGA ACCGGATATG GGCAGTTCCG ATAAGATTTC ATTCTTGTTT TTTTACTTAT
    84121 TTCATCTATT CCATGATCGA AACAGTGGGG GATACACATT ACACCACGAT TTTGAATCTG
    84181 AAGAGAGATT TCAAGAAATG GCAGATCTAT TCACTCTATC AATAACCAAG CCGGATCTGG
    84241 TGTATCATAA GGGATTTGCC TTTTCTATTG ATTCCTGCGG ATTGGATCAA AAACAATTCT
    84301 TGAATGAGGT AGTCAACTCC AGGGATGAAT CGAAAAAGAA ATCTTTATTG GTTCTACCTC
    84361 CTTTTTTTTA TGAAGAGAAT GCATTTTTTT ATCGAAGGAT TCGAAAAAAA TGGGTTCGGA
    84421 TCTCTTGCGG GAATTATTTG GAAGATAGAA AACAAAAAAG AGTGGTATTT GCTAGCAACA
    84481 ACAAAATGGA GGCAGTCAAT CAAAATCAAT ATATATTGAT CCGAAATCTG ATTCAAATCC
    84541 AATATAGCAC CTATGGGTAC ATAAGAAATG TATTGAATCG ATCCGATCAC AGCTTCGAAT
    84601 ATGGAATTAA GAGGGATCAA ATAGGAAACG ATACTCTGAA TCATAGAACT ATAAGGAAAT
    84661 ATACGATCAA CCAACATTTA TCGAATTTGA AAAAGAGCCA GAAGAAAAGG TTCGATCCTC
    84721 TGATTTTTTT TTCTCGAACC GAGAGATTCA TGAATCGGGA TCCTGATGCA TATAGATACA
    84781 AATGGTTCAA TGGGAGCAAG AATTTACAGG AACATTTCGT TTCTGAGCAG AGGAGCCGTT
    84841 TTCAAGTAGT GTTCGATCGA TTACGTATTA ATCAATATTC GATTGATTGG TCTGAGGTTA
    84901 TCGACAAAAA AGATTTGTCT AAGTCACTTC GTTTCTTTTT GTCCAAGTTG CTTCTCTTTT
    84961 TGTCCAAGTT GCTTCTCTTT GTGTCTAACT CACTTCCTTT TTTCTTTGTG AGTTTCGGGA
    85021 ATATCCCCAT TCATAGGTCC GAGATCCACA TTTCTGAATT GAAAGGTCCG AAGGATCAAC
    85081 TCTACAATCC GTTGTTAGAA TCAATAGGTC TTCAAATCGT TCATTTGAAA AAATTAAAAG
    85141 CCTTCGTATT AGATGATCAT GATACTTTCC AAAAATCAAA ATTTTTTATC AATGGAGGAA
    85201 CAATATCACC ATTTTTGTTC AATAAGATAC CAAAGTGGAT GATTGACTCA TTCCATACTA
    85261 TAAATAATCC CAGGAAATCC TTTGGTAACA CGGATTCCTA TTTCTCAATG ATATCCCACG
    85321 ATCAAAACAA TTGGCTGAAT CCCGTAAAAC CATTTCATAG AAGTTCATTG ATATCTTCTT
    85381 TTTATAAAGC AAATCGACTT CGATTCTTGA ATAATCCACA TCACTTCTGT AGCAAAAGAT
    85441 TCCTTTTTTA TATGGAAAAG GCCCGTATCA ATTATTATGA TTTTACGTCT AAACAATTCC
    85501 GCGATATCTT GTTCATTCGC TTTTCTTTGT GTGTCGGTAA AAAAAAACAT GCTTTTTTGG
    85561 AGAGAGATTT GATTTCACCA ATCGAGTCAG AGGTATCTAA CATATTCATA CCTAACGATT
    85621 TTACAATTCG ATCCGATCTA TTCGTTCGTA GAACTATTTA CTCGATCACA GACGTTTCTG
    85681 GAACACCTCT AACAGAGGGA CAAATAGTCC ATTTTGAAAG AACTTTTTGT CAACCTCTTT
    85741 CAGATATGAA TCTATCTGAT TCAGAAAGGA AGAACTTGCA TCAGTATCTC AATTTAAATT
    85801 CAAACATGGG TTTGATTTAC ACTCCATGTT CTGAGAAATA TTTACCATCG GAAAAGAGGA
    85861 AAAAACAGAG TCTTTGTCTA AAGAAATGTG TTGAGAAAGG GCAGATGTAT AGAACCTTTC
    85921 AACGAGATAG CGCTTTTTCA ACTCTCTCAA AATGGAATCT ATTCCAAACA TATATGCCAT
    85981 GGTTCCTTAC TTCGACAGGG TACAAATATC TAAATTTTCT ATTTGTCGAT ACTTTTTCAG
    86041 ACCTATTGCC GATACTAAGT AGCAGTCAAA AATTTTTATC TTTTTTTCAT GATATTATGC
    86101 ACGGATCATA TATATCATGG CGAATTCTTC AGAAAAAAGT GTGTCTTCCA CAATGGAATC
    86161 TGATAAGTGA GATTTCGAAC AAGTGTTTAC ATAATCTTCT TCTGTCCGAA GAAATGATTC
    86221 ATCGAAATAA TGAGTCATTA TTGATATGGG CACATCTGGG ATCGCCAAAT GTTCGGGAGT
    86281 TCTTCTATTC AATCTTTTTT CTTCTTCTTG TTGCTGGATA TCTCGTTCGT ACACATCTTC
    86341 TCTTTGTTTT CCGAGCCTCT AGTGAGTTAC AGACAGAGTT CGAAAAGGTC AAATCTTTGA
    86401 TGACTCCATC ATACATGATT GAGTTGCGAA AACTTCTGGA TAGGTATCCT ACATCGGAAT
    86461 CTAATTCCTT CTGGTTAAAG AATCTCTGTC TGGTTGCTCT GGAACAATTA GGAGATTCCC
    86521 TAGAAGAAAT ACGGGGTTCT GCTTCTGGCG GCAACATGCC TTTGGGTGGT GGTCCCGCTT
    86581 ATGGGGTCAA ATCAATACGT TCTAATAAAA AAGATTTTAA TATTAATCTC ATCGATCTCC
    86641 TAAGTATCAT ACCAAATCCC ATCAATCGAA TTACTTTTTC GAGAAATACG AGACATCTAA
    86701 GTCATACAAG TAAAGAGATC TATTCATTGA TAAGAAAAAG GGTGAATGGT GATTGGATTG
    86761 AGGATAAAAT AGAATCCTGG GTCGCGAGCA GTGATTCGAT TGATGAAGAA GAAAGAGAAT
    86821 TATTGGTTCA GTTCTCCACT TTAACGAGAG AAAAAAGGAG TGATAAAATT CTATTGAGTC
    86881 TGACTCATAG TGATCATTTA TTAAAGAACG ACTCTGGTTA TCAAATGATT GAACAACCGG
    86941 GAGCAATTTA CTTACGAGAC TTAGTTGACA TTCATAAAAA GTATCTAATG AATTATGAGT
    87001 TCAATACATC TTGTTTAGCA GAAAGACGGG TATTCCTTGC TCATTATCAG ACAATCACTT
    87061 ATTCACAAAC CTCGTGTGGG GCTAATAGGT TTCATTTCCC ATCTCATGGA AAACCCTTTT
    87121 CGCTCCGCTT AGCCTTATCC CTCTCTAGGG GTATTTTAGT GATAGGTTCT ATAGGAACTG
    87181 GGCTATCCTA TTTGGTCAAA TACCTAGCGA CAAACTCCTA TGCTCCTTTT ATTACGGTAT
    87241 TTTTGAACAA GTTCCTGGAT AACAAGCTTA AAGGTTTTCT TATTGATGCT AGTGACGATA
    87301 TCGATCGTGA CCTTGATATG GAGCTGGAGC TGCTAACTAT GATGAATGTG CTAACTATGG
    87361 ATATGATGCC GGAAATCGAC CCATTTTCTA TCACCCTTCA AGTCGAATTA GCAAAAGCAA
    87421 TGTCTCCTTG CATAATATCG ATTTCAAACA TTCATGATCT GGATGTGAAT GAGTCGAATT
    87481 ACTTATCCCT CGGCCTATTA GTGAACTATC TCTACAGGGA TTGTGAAAGA GGGTCCACTA
    87541 GAAATATTCT TGTTATTGCT TCGACTCATA TTCCTCAAAA AGTGGATTCC GCTCTACTAG
    87601 CTCCGAATAA TTTAAATACA TGTATTAAGA TACGAAGGCT TCTTATTCCA CAACAACGAA
    87661 AGCACTTTTT CACTCTTTCA TATACTAGGG GATTTCGCTT GGAAAAGAAA ATGTTCCATA
    87721 CTAATGGATT CGGGTCCATA ACCATGGGTT CCAATGTACG AGATCTTGTA GCACTTACTA
    87781 ATGAGGCCCT ATCGATTAGT ATTACACAGA AGAAATCAAT TATATACACT AATACAATTA
    87841 GATCTGCTCT TCATAGACAA ACTTGGGATT TGCGATCCCA GGTAAGATCG GTTCAGGATC
    87901 ATGGGATCTT TTTCTATCAG ATAGGAAGGG CTGTTGCACA AAATGTACTT CTAAGTAATT
    87961 GCCCTATAGA TCCTATATCT ATCTATATGA AGAAGAAATC ATGTAACGAA GGGCATTCTT
    88021 CTTTGTACAA ATGGTACTTC GAACTTGGAA CGAGCATGAA GAAATTAATG ATACTTCTTT
    88081 ATCTTTTGAG TTGTTCTGCC GGATTGGTCG CTCAAGATCT TTGGTCTCTA CCCGGACCCG
    88141 ATGAAAAAAA TGGGATCACT TCTTATGGAC TCGTTGAGAA TGATTCTGAT CTAGTTCATG
    88201 GTCTATTAAA AGCTCTGGTG GGATCCCCAC GGACAGAAAA AGATTGCAGT CAGTTTGATA
    88261 ATGATCGAGT GACATTGTTT CTTCGGCCCG AACTAAGGAA TCCCTTAGAT ATGATGCAAA
    88321 ATGGATCTTG TTCTATCCTT GATCATAGAT TTCTCTATGA AAAATACGAA TCGGAATTGG
    88381 AAAAAAGGGG GGTAGCCCTC GATCCGCAAC AGATAGAGGA GGATTTATTC AATCCCATAG
    88441 TTTGGGCTCC TAGAATATGG AACCCCCGGA GCTTTCTATT TGATTGTATC GAAAGGCCCA
    88501 ATGAATTGGG ATTTCCTTAT TGGGCCGGGT CATTGCGGGG CAAGCGGATC ATTTATGATG
    88561 AAGAGGATGA GCTTCAAGAG AATGATTCGG AGTTCTTGCA GAGTGGAACC ATGCAGTATC
    88621 AGACACGAGA TAGATCTTCC AAAGAACAGG GCTTTTTGCA ATTCATTTGG GACCCTGCAG
    88681 ATCCACTCTT TTTCCTATCC AAAGATCAGC CCTTTGTATC TGTGTTTTCA CATCGAGAAT
    88741 TCTTTGCAGA TGAAGAGATG TCAAAGGGGC TTCTTACTTC TCAAAAGGAT ACTCCTATAT
    88801 CTATATATAA ACGCTGGTTT ATCAAGAATA CGCAAGAAAA GCACTTTGAA TTGTTGATTA
    88861 ATCGCCAGAG ATGGCTTAGA ACCAATAGTT CATTATCGAA TGGATCTTTC CGTTCTAATA
    88921 CTCTATCTGA GAGTTATCAG TATTTATCAA ATATGTTCCT ATCTAATGGA ACACTATTGG
    88981 ATCAAATGAC AAAGACATTG TTGAGAAAAA GGTGGCTTTT CCCGGATGAA ATGAAATTTG
    89041 GATTCATGTA AGAGGAGAAA GATTTCCCAT TCCTTAGCCG GAAAGATATG TGGCCATGAA
    89101 AGGGGGATTA AGTGGAACAG AATTGACTGG GTGGTAGAGG CGTGGAAACA CTTGTTTTTC
    89161 CATATTTAGG ACCTTAGCTC CACGGAACAC TATGCTACTG CTGAAACATG GAATAATTGA
    89221 AATCTTAGAT CAAAACACTA TATATGGATG GTATGAACTG CCTAAACAAG AATTCTTGAA
    89281 CAGCGAACAA CCAGATCCTA TTACTCACTA CATCAAAAAA TTTCCATTAT GTAAATCCAT
    89341 TGGAAAATAA AAAAGACGCA TGTCTGTTGA AATGGTTGTT GCTATCTGTT CCAATAACGA
    89401 ATCATTGGTT TGACTGAATA ACTAAAAAAA TCGAAATAAA ATACCCTATA TGGATAATAC
    89461 ACAGTCCCGT TGACCGAGCC TAAAGCCTAA TTTTAATTGT TTTGTTCCGA AGCAAAGATA
    89521 TCCACGGGGC GGCTCTCATT CAGATATTCA CGACCAAGAA GTACTGGATT CTCTTTCGGA
    89581 TAGGCCCTGA AAGGAAGTTT GGAATGCCAA GAGGTGTCTA TTATTGAATT CATCCGACCC
    89641 GATAGTGCCT ATTTTGGGAA CGTACAGTGC TGAAGGGGTA AGTCGCCAAT CCCTAAAACG
    89701 GACTTTGTAA TTTATATGCT GAGTTACGTT ATGGGCAGGC ATTTTACCAG AGGTTTCTAT
    89761 TGTATCAATC TCCCCTTGTG CGATTTTTGT TGAAGCATAT ACTCGGGGGG GTGCAGGGCG
    89821 GATGATTTCA AAGCGGACTC CCCCTTCATT AGATAGAGAA GATCACCAAG ATTTCGTGAT
    89881 CCGCTGCCGA ACTTATTCAA TGAGCATTCT CAATATTATG CCTTGAAGAG GACTCGAACC
    89941 TCCACGCTCT TTAGCACGAG ATTTTGAGTC TCGCGTGTCT ACCATTTCAC CACCAAGGCA
    90001 TCTTGAAAGT GATTCGTATT CCATGAATAT GATATCTATC TAGTGTGATG TATGGAATAT
    90061 ATGATAAAGG TGGAGTGTTG GAGTATTTCT ATTGATCGGT CATATAGGCC CGAGTCGGAC
    90121 ATCCAATTGC TTCGATTTGA ATTATCCGGA GGATGCCTTA TACTTAATTG ATTATATAAT
    90181 AAAAATAAAA TTATAATATA TCAAAAAGAT GGACAATCAA ACCGATTTTT CGACTCAATA
    90241 GAAGCCTAAA GAGATGAATA GGGTCCCACG AGAGATGTAA AAAGCAGGTC CGATTTCCCC
    90301 TATTCCTAAT CCTAGATGGG ATGGAACGAC GTGGGGATCC ATATATGTAA ACATAGTATC
    90361 TATTTAGATA CGCTCGAATG ACCCCCTCTC ATAATGAGCA TGTCTATAAC CCTATTCTGG
    90421 TCCGGTATGG AATGAACTTA TAATCGTGGA ATCGACTCGA TCATCAGATT CTAGATTATA
    90481 AGTTCATAAA CCTAGTCCAT TCCCATTTTT GGCGGAGGAA CAGATCTACT AATTCTTTGA
    90541 TTCCAGTTAG TAAGAGGGAT CTTGAACTAA GAAATAGACT TTAGAAGCTA AAAAAGGGTA
    90601 TCCTGAGCAA TTGCAATAAT CGGGTTCATT GATATTCCTG GTATAGTAGA TGCTATCACA
    90661 CATACAATCA TACTCAATTC GATGGAATTC TTTGATCTTA AAGGGGATCT TCTATAATTT
    90721 CGCACGTGAG GGGTTATTTC TTGGTTTCGT CCAGTCATTA ATAACTTGAT TATTTTTAGA
    90781 TAATAGTAGA TAGAAAGAAT GCTCGTAAGG AGTCCTATTA AAACCAAGAA ATATAGGCCT
    90841 GCCTGCCATC CACACCAGAA TAAATAGAGT TTTCCGAAAA AACCTGCTAG TGGAGGAAGA
    90901 CCGCCTAGGG ATAAGAGACA TAGGGCTAAA GAGAGAGCCA AAAAAGGATC TTTCGTGTAT
    90961 AATCCTGCAT AATCTCGAAT GTTATCCGTT CCGGTACGTA GACCAAATAA TACAATGCAA
    91021 GCAAAAGTTC CTAGATTCAT GGAGATATAG AACAGCATAT AAGTTATCAT GCTTGCATAT
    91081 CCATCATTTG AGTCTCCAAC AATTATTCCA ATAATTACAT ATCCGATTTG ACCTATGGAC
    91141 GAATATGCAA GCATACGTTT CATGCTTGTT TGAGTAATAG CAATGAGATT CCCCAATATC
    91201 ATGCTAAGAA TAGCTAGTAT TTCGAGAAGA AGATGCCATT CGTTTGATGA TAAATAAAAA
    91261 GGAATATCGA AAATTCGAGT GGCTGAAGCT GAAGCAGCTA CTTTCGAAGT AACAGAAAGA
    91321 AAAGCAACGA CTGGAGTGGG AGAGTCAGAG TCGAAAAGAG GATTCCTCAC TTCTTTCTCT
    91381 CATTCAAAAA CGTGCATGAG ACTTTCATCT CGCACGGCTC CTAAGTGATA AAAGAAAGAA
    91441 GATGAGTTCT TCTTTCTTTT TTGATTACCT TCCTCGCGTA TGTATAAGAC CGAATCCGTT
    91501 CGATTTCTAA AAAAGATTAC TAATCCTTAA CTTTTCGAGG AATCCTTCAT CAGTGGTTGC
    91561 GAATGACTTA TTTTTTCAAT CTTTTCGATC TGGGTTCCGT AGGAGCAAGT CAGAAAGATT
    91621 GAGAAATAGA ACCATCTGAT TTGATTCGTT CTCAATAGCC ATAAGATGAT CATCTTAGGG
    91681 TGATCTTTTT GTCGACGGAT GCTCCTATTA CACTCGTAGT CTCTGAAGGA TGAGAACCCA
    91741 CTATGTAGCA TCTACGTCGA GAATTCGAGT ATACATCATT AGTCCGATCC TTTGTAGGAA
    91801 CTACCCGTAA TAACGAACTT GCAAAATGGA TATCATAAAG AGATTCGTTG TTCCTGACCC
    91861 TGCTTCACCT TAATTGTTAT TTGAACAAGT AAAAGTTATG TCTTGGTCCG AGTGGGGATA
    91921 GCATTTCTCT TCTGCATGTC CATGGAGTTT TGAAAAATCC AAACATCTCA GAGATAGAGA
    91981 GGTAGGAATT TCTCGAACGA ATCGCACTCC TTCGTATACG TCAGGAGTCC ATTGATGAGA
    92041 AGGGGCTGGG GAAAGCTTGA ACCCAATTCC TACAGTGATG AATATAAGCG CAATTGAAAT
    92101 TCCCGGGGAG TTATACATTT GTGTATTGAT AAGACCGTTC ACTATTTCTT GAAGCTCGAT
    92161 CTCTCCACCG GATGAACCAT ATAGCCAAGA GAAACCATGA ACCAGAATAG AAGAGCTTGT
    92221 CCCACCCATG AGTAAATATT TCGTAGTAGC CTCATTAGAC CGTACATCTT TCTTGGTATA
    92281 TCCAGATAAT AGGTAGGAGC ATAAACTGAA ACATTCTGGA GCTACAAAGA TAGTTATTAA
    92341 ATCATTAGCA CCGCATAAAA ACATTCCTCC TAGAGTAGCT GTTAATACGA ATAACAGAAA
    92401 CTCTGTGAGA GCCATTTCTG TACATTCAAT GTACTCTACG GATAGAGGAA TACATAGAGT
    92461 TGAACATAGT AAAATAAGAA ATTGAAAGAT TTCGTTGAAA TTGTTCGTTT GGAAATTTCC
    92521 CGAAAAGCTA ATCATAGGTT CTTCTCTCCA TCGGAACAAC AGGGCTGTTA TGCTCATTAC
    92581 TAAACTTGTT GAAGAGATGA AATATAACCA AGGTATATCT TTTTGATCAG AGGTTGAATC
    92641 GATCATCAGA AGAAGAATTA GGCCAAAAAT TAGGATACAT TCTGGAAAAA TAAAACTTCC
    92701 ATCAAAGAGA AGCAAATGAA AGGCTTTCAT AAAAATTCTC GTAGAATCGA GAATGAAGTT
    92761 TTCATTCTGT ACATGCCAAA TCATGAATTA GTAACTGCAT CCAATCTCCA AAAAAAACCT
    92821 AATTGTTTCG TTTCGAACTT TCTATTTTTT AAATGGAATA TTTATATTTA CAGAATACCC
    92881 ATGAATAGGA TCAACCCTTA TTCCATGGTA TTTACATGAG ATTCCTCTTT CTTATTCTTA
    92941 AGTGAGTTCC CGAGAGGGCT TAGTTGATCC ATGATTTCTC TTTCATTTGT TTCGAGAAAA
    93001 GAAATATATG GATTAACGAA AATGTGCAAA AGCTCTATTT GCCTCTGCCA TTCTATGAGT
    93061 CTCTTCCTTT TTGCGTATGG CATCGCCACT CCCTTTGGCA GCATCCACTA ATTCGGAACT
    93121 TAATTTGAAA GCCATATTTC GACCCGGACG TTTTCGGGCT GCCCCTAATA ACCAACGAAT
    93181 GGCAAGTGCT TTTCCTTGTG TGGATCCTAT TTCAATGGGA ACTTGATTAG TCGATCCGCC
    93241 TACACGTCTT GCTTTTACTG CTATATCGGG AGTTACTCCA CGTATTGCTT GACGTAAAAC
    93301 AGATAGTGGA TTTGTTTCTG TCTTTTGTTG AATCTTTTTC ACGGCTCGAT AGATAATTTG
    93361 ATAAGCCAAT GATTTTTTTC CGTGTTTCAG AATACGGTTA ACTAACATGT TAACTAATCG
    93421 ATTACGATAA ATTGGATCGG ATTTTGCCAT TTTTTCTTCT ACAGTACCTC GACGTGACAT
    93481 GAGCGTGAAA GGGGTTCAAG AGTCAGTTTT CTTTTTATAA GGGCTAAAAT AACTTATTTT
    93541 GGCTTTTTGA CCCCATATTG TAGGGTGGAT CTCGAAAGAT ATGAAAGATC TCCCTCCAAG
    93601 CCGTACATAC GACTTTCGTC GAATACGGCT TTCCACAGAA TTCGATATGT ATCTATGAGA
    93661 TCGAGTATGG AATTCTGTTT ACTCACTTTA AATTGAGTAT CCGTTTCCCT CCTTTTCCTG
    93721 CTAGGATTGG AAATCCTGTA TTTTCCCTAT CCATACAATT GAGTCCTTGG GTTTCCGAAA
    93781 TAGTGTAAAA TGAAGTGCTT CGAATCATTG CTATTTGACT CAGACTTGTT CTAAGAAAGT
    93841 CGAGGTATTT CGAATTGTTT GTTGACACGA ACAAAGTCAG GAAAAACCTC TGAAATTATT
    93901 TCAATATTGG ACCTTGGACA TATAATAGTT CCGAATCGAA TCTCTTTAGA AAGAAGACCT
    93961 TTTGTCTCAT AGTAGCCTGC TCCAGTCCCC TTATGAAACT TTCGTTATTG GGTTAGCCAT
    94021 ACACTTCACA TGTTTCTAGC AATTCACATG GCATCATCAA ATGATACAAG TCTTGGATAA
    94081 GAATCTACAA CGCACTAGAA CGCCCTTGTT GACGATCCTT TACTCCAACA GCATCTAGGG
    94141 TTCCTCGAAC AATGTGATAT CTCACACCGG GTAAATCCTT AACCCTTCCC CCTCTTACTA
    94201 AGACTACAGA ATGTTCTTGT AAATTATGGC CAATACCGGG TATATAAGCA GTGATTTCAA
    94261 ATCCAGAGGT TAATCGTACT CTGGCAACTT TACGTAAGGC AGAGTTTGGT TTTTTGGGGG
    94321 TGATAGTGGA AAAGTTGACA GATAAGTCAC CCTTACTGCC ACTCTACAGA ACCGTACATG
    94381 AGATTTTAAC CTCATACGGC TCCTCGTTCA ATTCTTTCGA AGCAATTGGA TCCCTTCCAT
    94441 AATTCTTTAA GTCCCATAGG TTTGATCCTG TAGAATATGA CCCACTTTCT CATTGAGCGA
    94501 GGGGTACGAA AGAAATCAGA TTTTTTTTTA TTTTCGAGAG AGAATCAAAA GTACTATGTA
    94561 AAATCCTCGG GTTTCCTCTT CCTCTATCCC ATAGGTACAG TGTTTGAATC AATAGAGAAC
    94621 CTTTTCTTCT GCATGAATCG ATTACATTCC AATTACTTCC CGATACCGCC CAAGGAAAAT
    94681 CCCGAATTGG ATCATCCCAA ATTGACGGGT TAGTGTGAGC TTATCCATGC GGTTATGCAC
    94741 TCTTCGAATA GGAATCCTTT TTCTGAAAGA TCCTGGCTTT CGTGCTTTGG TGGGTCTCCG
    94801 AGATCCTTTC GATGACCTAT GTTGTGTTGA AGGGATATCT ATATGATCCG ATCGATTGCG
    94861 TAAAGTAAAA CCCGTGGTAG CAAGAGAACC GGGGAAAGTA TACAGAAAAG ACAGTTCTTT
    94921 TCTATTATAT TAGTATTGTT AGTGATCCTA GCTCAGTGAG TCCCTTCTTC CGTGATGAAC
    94981 TGTTGGCACC AAGCCCTCCT TTTTTTATTT TGTCTTTGTC TCTGTGGACC GAGGAGAAGG
    95041 GAGGCTCGTC AGGAAGAGGA TTGTACGATG AGAGAGGCAA GGAGGTCAAC CTCTTTCAAA
    95101 TATACAACAC AGATTCTGAC AATGCAATGG AGTTGGACTC TTATGTCGAT CCGAATGGAA
    95161 TGAATCATCC TTTCTTTCCA CAGGGGTAAA TCTTTGCCTG CTGGGCAAGA AAGAGGATAG
    95221 CAAGTTAAAA ATTCTGTCTC GGTAGGACAT GTATTTTTAT TACTATGAAT ATGAAATTCA
    95281 TAAATGAAGT GGTTAATGGT GGAGTTACCA TTATCCTTTT TGGAGTGACG AATGCTGTAT
    95341 GTGTTCCTAA GAAAAGGAAT TTGTCCCTTT TTCGGGGGGC GTGGAAACAC ATAAGAACTC
    95401 TTGAATGTAA ATGGAAAAGA GATGGAAGTT CCTTTGGAAA GGGTAAGATC TTTGGCACAA
    95461 AAGGGGTCGT ATCATCTTGA CTTGATTCTG CTTCTTCTAT AATATTCTTT TTTAATTTAA
    95521 TACCGAGTCG GGTTCTTCTC CTACCTATAT CGAATAGAAC ATGCCGAGCC AAATCTTCTT
    95581 CATGTAAAAC CTGCTTGATT TAGATCGGTA AAAGCGTACG CTTTTTTTTA TGAAAGCGTG
    95641 GGCTATGGCT CAAATACGTA GTCAATCCGA TTTCCGATAG GAGCAGTTGA TAATTGAATC
    95701 CAAATTGTCC TGTTATTTTC GTATCTGTAA TAGTGCGAAA AGAAGTCCCG GCTCCAAGTT
    95761 GTTCAAGACA AAAATGAATA GTGGCGTTGA GTTTCTAGAC CATTTGCCTT AGGATTAGTC
    95821 ATTTCTATTT CTCGAGGGGG GGCAGGGAAG GGATATAACT CAGAGGTAGA GTGTCACCTT
    95881 GACGTGGTGG AAGTCATCAG TTCGAGCCTG ATTATCCCTA AACCCAATGT GAGTTTTTCT
    95941 TGCTCCCCCG CCGTGATTTA ATGAGAATGG AATGGATAAG AGGCTCGTGG GATTGACGTG
    96001 AGGGGGTAGG GATGGCTATA TTTCTGGGAG CAAACTCCAG GCGAATATGA AGCGCATGGA
    96061 TACAAGTTTA GGCCTTGGAA TGAAATACAA TTCCGAATCC GCTTTGTCTA CGAACAAGGA
    96121 AGCTATAAGT AATGCAACTA TGAATCTCAT GGAGAGTTCG ATCCTGGCTC AGGATGAACG
    96181 CTGGCGGCAT GCTTAACACA TGCAAGTCGG ACGGGAAGTG GTGTTTCCAG TGGCGGACGG
    96241 GTGAGTAACG CGTAAGAACC TGCCCTTGGG AGGGGAACAA CAGCTGGAAA CGGCTGCTAA
    96301 TACCCCGTAG GCTGAGGAGC AAAAGGAGGA ATCCGCCCAA GGAGGGGCTC GCGTCTGATT
    96361 AGCTAGTTGG TGAGGCAATA GCTTACCAAG GCGATGATCA GTAGCTGGTC CGAGAGGATG
    96421 ATCAGCCACA CTGGGACTGA GACACGGCCC AGACTCCTAC GGGAGGCAGC AGTGGGGAAT
    96481 TTTCCGCAAT GGGCGAAAGC CTGACGGAGC AATGCCGCGT GGAGGTCGAA GGCCCACGGG
    96541 TCGTGAACTT CTTTTCCCGG AGAAGAAGCA ATGACGGTAT CTGGGGAATA AGCATCGGCT
    96601 AACTCTGTGC CAGCAGCCGC GGTAAGACAG AGGATGCAAG CGTTATCCGG AATGATTGGG
    96661 CGTAAAGCGT CTGTAGGTGG CTTTTTAAGT CCGCCGTCAA ATCCCAGGGC TCAACCCTGG
    96721 ACAGGCGGTG GAAACTACCA AGCTGGAGTA CGGTAGGGGC AGAGGGAATT TCCGGTGGAG
    96781 CGGTGAAATG CGTAGAGATC GGAAAGAACA CCAACGGCGA AAGCACTCTG CTGGGCCGAC
    96841 ACTGACACTG AGAGACGAAA GCTAGGGGAG CGAATGGGAT TAGATACCCC AGTAGTCCTA
    96901 GCCGTAAACG ATGGATACTA GGCGCTGTGC GTATCGACCC GTGCAGTGTT GTAGCTAACG
    96961 CATTAAGTAT CCCGCCTGGG GAGTACGTTC GCAAGAATGA AACTCAAAGG AATTGACGGG
    97021 GGCCCGCACA AGCGGTGGAG CATGTGGTTT AATTCGATGC AAAGCGAAGA ACCTTACCAG
    97081 GGCTTGACAT GCCGCGAATC CTCTTGAAAG AGAGGGGTGC CTTCGGGAAC GCGGACACAG
    97141 GTGGTGCATG GCTGTCGTCA GCTCGTGCCG TAAGGTGTTG GGTTAAGTCC CGCAACGAGC
    97201 GCAACCCTCG TGTTTAGTTG CCAACGTTGA GTTTGGAACC CTGAACAGAC TGCCGGTGAT
    97261 AAGCCGGAGG AAGGTGAGGA TGACGTCAAG TCATCATGCC CCTTATGCCC TGGGCGACAC
    97321 ACGTGCTACA ATGGCCGGGA CAAAGGGTCG CGATCCCGCG AGGGTGAGCT AACCCCAAAA
    97381 ACCCGTCCTC AGTTCGGATT GCAGGCTGCA ACTCGCCTGC ATGAAGCCGG AATCGCTAGT
    97441 AATCGCCGGT CAGCCATACG GCGGTGAATT CGTTCCCGGG CCTTGTACAC ACCGCCCGTC
    97501 ACACTATGGG AGCTGGCCAT GCCCGAAGTC GTTACCTTAA CCGCAAGGAG GGGGATGCCG
    97561 AAGGCAGGGC TAGTGACTGG AGTGAAGTCG TAACAAGGTA GCCGTACTGG AAGGTGCGGC
    97621 TGGATCACCT CCTTTTCAGG GAGAGCTAAT GCTTGTTGGG TATTTTGGTT TGACACTGCT
    97681 TCACACCCCA AAAGAAGCGA GCGACGTCTG AGTTAAACTT GGAGATGGAA GTCTTCTTTC
    97741 GTTTCTCGGC GGTGAAGTAA GACCAAGCTC ATGGGCTTAT TATCCTAGGT CGGAACAAGT
    97801 TGATAGGATC CCCTTTTTAC GTCCCCATGT CCCCTGTGTG GCGACATGGG GGCAAAAAAA
    97861 GGAAAGCGAG GGATGGGGTT TCTCTCACGT TTGGCATTGC GGGCCTCCCT CCGGGGGCCC
    97921 GCACGACGGG CTATTAGCTC AGTGGTAGAG CGCGCCCCTG ATAATTGCGT CGTTGTGCCT
    97981 GGGCTGTGAG GGCTCTCAAC CACATGGATA GTTCAATGTG CCCATCAGCG CCTGACCTTG
    98041 AGATGTGGAT CATCCAAGGC ACATTAGCAT GGCGTACTCC TCCTGTTCGA ACCGGGGTTT
    98101 GAAACCAAAC TTCTCCTCAG GAGGATAGAT GGGGCGATTC AGGTGAGATC CAATGTAGAT
    98161 CCAACTTTTT ATTCACTCGT GGGATCCGGG CGGTCCGGGG GGGACCACTA CGGCTCCTCT
    98221 CTTCTCGAGA ACCCATACAT CCCTTATCAG TGTATGGACA GCTATCTCTC GAGCACAGGT
    98281 TTAGGTTCGG CCTCAATGGA AATGGAGCAC CTAACAACGC ATCTTCACAG ACCAAGAACT
    98341 ACGAGATCAC CCCAGAATGA ATGGGGTGAC GGAAGGATCG TACCATTCGA GCCTTTTTTT
    98401 CATGCTTTCC CAGAGGTCTG GAGAAAGCTG CAATCAATAG GATTTCCCTA ATCCTCCCTT
    98461 CCCGAAAGGA AGAACGTGAA ATTCTTTTTC CTTTCCGCAG GGACCAGGAG ATTGGATCTA
    98521 GCCGTAAGAA GAATGCTTGG TATAAATAAC TCACTTCTTG GTCTTCGACC CCCTCAGTCA
    98581 CGACGAACGC CCCCCGACCG GTGGAATGGG ATGTGTCTAT TTATCTATCT CTTGACTCGA
    98641 AATGGGAGCA GGTTTGAAAA AGGATCTTAG AGTGTCTAGG GTTGGGCCAG GAGGTTCTAT
    98701 TAATGCCTTC TTTTTTCTTC TCATCGGGGT TATTTCACAA AGACTTGCCA TGGTAAGAAG
    98761 GAAGAAGGGG GGAACAAGTA CACTTGGAGA GCGCAGTACA ACGGAGAGTT GTATGCTGCG
    98821 TTCGGGAAGG ATGAATCGCT CCCGAAAAGT AATCTATTGA TTCTCTCCAA CTTGATTGGA
    98881 CCGTAGGTGC GATGATTTAC TTCACGGGCG AGGTCTCTGG TTCAAGTCCA GGATGGCCCA
    98941 GCTGCGCCAA AATAATAAGA ATAGAAGAAG CGTCTGACTC CTTCATGCTC CACTTGGCTC
    99001 GGGGGGATAT AGCTCAGTTG GTAGAGCTTC GCTCTTGCAA TTGGGTCGTT GCGATTACGG
    99061 GTTGGATGTC TAATTGTCCA GGCGGTAATG ATAGTATCTT GTACCTGAAC CGGTGGCTCA
    99121 CTTTTTCTAA GTAATGGGGA AGAGGACCGA AACATGCCAC TGAAAGACTC TACTGAGACA
    99181 AAACAAAGAT GGGCTGTCAA GAACGTAGAG GAGGTAGGAT GGGTAGTTGG TCAGATCTAG
    99241 TATGGATCGT ACATGGACAG TAGTTGGAGT CGGCGGCTCT CCTAGGGTTC CCTAATCTTG
    99301 GATCCTGGGG AAGAGGATCA AGTTGGTCCT TGCGAACAGC TTGATGCACT ATCTCCCTTC
    99361 AACCCTTTGA GCGAAATGCC GCATTAAAGG AAGGAAATCC ATGGACCGAC CCCATCGTCT
    99421 CCACCCCGTA GGAACTGCGA GATCACCCCA AGGACGCCTT CGGCATCCAG GGGTCACGGG
    99481 CCGACCATAG AACCCTGTTC AATTCAATAA GTGGAACGCA TTAGCTGTCC ACTCCCAGGT
    99541 TGGGCAGTAA GGGTCGGAGA AGGGCAATCA CTCATTCTTA AAACCGGCAT TCTTAAGACG
    99601 GGCGGAAAAG GGGGGAAAGC TCTCTGTTCC TGGTTCTCCT GTAGCTGAAT CCTCCGGAAC
    99661 CACACGAATC CTTAGTTAGA ATTGGATTCC ACCTCATTGA GATTTTGAGA AGAGTTGCTC
    99721 TTCGGAGAGC ACAGTACGAT GAAAGTTGTA AGCTGTGTTC GGGGGGGAGT TATTGTCTAT
    99781 CGTTGGCCTC TATGGTAGAA TCAGTCAGTC GGGGGCCTGA GAGACGGTGG TTTACCCTGT
    99841 GGCGGATGTC AGCGGTTCGA GTCCGCTTAT CTCCAACTCG TGAACTTAGC CGATACAAAG
    99901 CTATATGATA GCACCCAATT TTTCCGATTC GGCCGTTCGA TCTATGATTT TTCATTCATG
    99961 GACGTTGATA AGATCCTTCT ATTTACATTT AGCAGCACCT TAGGATGGCA TAGTTAAGGT
   100021 AAGGGCGAGG TTCAAACGAG GAAAGGCTTA TGGTGGATAC CTAGGCACCC AGAGACGAGG
   100081 AAGGGCGTAG TAATCGACGA AATGCTTCGG GGAGTTGAAA ATAAGCATAG ATCCGGAGAT
   100141 TCCCGAATAG GTCAACCTTT CGAACTGCTG CTGAATCCAT GGGCAGGCAA GAGACAACCT
   100201 GGCGAACTGA AACATCTTAC TAGCCAGAGG AAAAGAAAGC AAAAGCGATT CCCGTAGTAG
   100261 CGGCGAGCGA AATGGGAGCA GCCTAAACCG TGAAAACGGG GTTGTGGGAG AGCAATACAA
   100321 GCGTCGTGCT GCTAGGCGAA GCGGTGGAGT ACCGCACCCT AGATGGCTAG AGTCCAGTAG
   100381 CCGAAAGCAT CACTAGCTTA CGCTCTGACC CGAGTAGCAT GGGGCACGTG GAATCCCGTG
   100441 TGAATCAGCA AGGACCACCT TGCAAGGCTA AATACTCCTG GGTGACCGAT AGCGAAGTAG
   100501 TACCGTGAGG GAAGGGTGAA AAGAACCCCC ATCGGGGAGT GAAATAGAAC ATGAAACCGT
   100561 AAGCTCTCAA GCAGTGGGAG GAGGCGCAGT AGAAGCTCTG ACCGCGTGCC TGTTGAAGAA
   100621 TGAGCCGGCG ACTCATAGGC AGTGGCTTGG TTAAGGGAAC CCACCGGAGC CGTAGCGAAA
   100681 GCGAGTCTTC ATAGGGCAAT TGTCACTGCT TATGGACCCG AACCTGGGTG ATCTATCCAT
   100741 GACCAGGATG AAGCTTGGGT GAAACTAAGT GGAGGTCCGA ACCGACTGAT GTTGAAGAAT
   100801 CAGCGGATGA GTTGTGGTTA GGGGTGAAAT GCCACTCGAA CCCAGAGCTA GCTGGTTCTC
   100861 CCCGAAATGC GTTGAGGCGC AGCAGTTGAC TGGACATCTA GGGGTAAAGC ACTGTTTCGG
   100921 TGCGGGCCGC GAGAGCGGTA CCAAATCGAG GCAAACTCTG AATACTAGAT ATGACCTCCA
   100981 AATAACAGGG GTCAAGGTCG GCCAGTGAGA CGATGGGGGA TAAGCTTCAT CGTCGAGAGG
   101041 GAAACAGCCC GGATCACCAG CTAAGGCCCC TAAATGACCG CTCAGTGATA AAGGAGGTAG
   101101 GGGTGCAGAG ACAGCCAGGA GGTTTGCCTA GAAGCAGCCA CCCTTGAAAG AGTGCGTAAT
   101161 AGCTCACTGA TCGAGCGCTC TTGCGCCGAA GATGAACGGG GCTAAGCGAT CTGCCGAAGC
   101221 TGTGGGATGT AAAAAAACAT CGGTAGGGGA GCGTTCCGCC TAGAGGGAAG TACCGGCGCG
   101281 AGCCAGTGAT GGACGAAGCG GAAGCGAGAA TGTCGGCTTG AGTAACGCAA ACATTGGTGA
   101341 GAATCCAATG CCCCGAAAAC CTAAGGGTTC CTTCGCAAGG TTCGTCCACG GAGGGTGAGT
   101401 CAGGGCCTAA GATCAGGCCG AAAGGCGTAG TCGATGGACA ACAGGTAAAT ATTCCTGTAC
   101461 TACCCCTTGT TGGTCCCGAG GGACGGAGGA GGCTAGGTTA GCCGAAAGAT GGTTATCGGT
   101521 TCAAGGACAC ACGGTGACCC TGTTTTTCAG GGTAAGAAGG GGTAGAGAAA ATGCCTCGAG
   101581 CCAATGTTCG AGTACCAGGC GCTACGGCGC TGAAGTAACC CATGCCATAC TCCCAGGAAA
   101641 AGCTCGAACG ACCTTCAACA AAAGGGTACC TGTACCCGAA ACCGACACAG GTAGGTAGGT
   101701 AGAGAATACC TAGGGGCGCG AGACAACTCT CTCTAAGGAA CTCGGCAAAA TAGCCCCGTA
   101761 ACTTCGGGAG AAGGGGTACC CCCTCACAAA GGGGGTCGAA GTGACCAGGC CCGGGCGACT
   101821 GTTTACCAAA AACACAGGTC TCCGCAAAGT CGTAAGACCA TGTATGGGGG CTGACGCCTG
   101881 CCCAGTGCCG GAAGGTCAAG GAAGTTGGTG ACCTGATGAC AGGGGAGCCG GCGACCGAAG
   101941 CCCCGGTGAA CGGCGGCCGT AACTATAACG GTCCTAAGGT AGCGAAATTC CTTGTCGGGT
   102001 AAGTTCCGAC CCGCACGAAA GGCGTAACGA TCTGGGCACT GTCTCGGAGA GAGGCTCGGT
   102061 GAAATAGACA TGTCTGTGAA GATGCGGACT ACCTGCACCT GGACAGAAAG ACCCTATGAA
   102121 GCTTTACTGT TCCCTGGGAT TGGCTTTGGG CCTTTCCTGC GCAGCTTAGG TGGAAGGCGA
   102181 AGAAGGCCCC CTTCCGGGGG GGCCCGAGCC ATCAGTGAGA TACCACTCTG GAAGAGCTAG
   102241 AATTCTAACC TTGTGTCAGG ACCTACGGGC CAAGGGACAG TCTCAGGTAG ACAGTTTCTA
   102301 TGGGGCGTAG GCCTCCCAAA AGGTAACGGA GGCGTGCAAA GGTTTCCTCG GGCCGGACGG
   102361 AGATTGGCCC TCGAGTGCAA AGGCAGAAGG GAGCTTGACT GCAAGACCCA CCAGTCGAGC
   102421 AGGGACGAAA GTCGGCCTTA GTGATCCGAC GGTGCCGAGT GGAAGGGCCG TCGCTCAACG
   102481 GATAAAAGTT ACTCTAGGGA TAACAGGCTG ATCTTCCCCA AGAGTTCACA TCGACGGGAA
   102541 GGTTTGGCAC CTCGATGTCG GCTCTTCGCC ACCTGGGGCT GTAGTATGTT CCAAGGGTTG
   102601 GGCTGTTCGC CCATTAAAGC GGTACGTGAG CTGGGTTCAG AACGTCGTGA GACAGTTCGG
   102661 TCCATATCCG GTGTGGGCGT TAGAGCATTG AGAGGACCTT TCCCTAGTAC GAGAGGACCG
   102721 GGAAGGACGC ACCTCTGGTG TACCAGTTAT CGTGCCCACG GTAAACGCTG GGTAGCCAAG
   102781 TGCGGAGCGG ATAACTGCTG AAAGCATCTA AGTAGTAAGC CCACCCCAAG ATGAGTGCTC
   102841 TCCTATTCCG ACTTCTCCAG AGCCGCCGAT AGCACAGCCG AGACGGCGAC GGGTTCTCTG
   102901 CCCCTGCGGG GATGGAGCGA CAGAAGTTTT GAGAATTCAA TCAAGAGAAG GTCACGGCGA
   102961 GACGAGCCGT TTATCATTAC GATAGGTGTC AAGTGGAAGT GCAGTGATGT ATGCAGCTGA
   103021 GGCATCCTAA CAGACCGATA GACTTGAACC TTGTTCCTAC ATGACCCGAT CAATTCGATC
   103081 AGGCATTCGC CATCTATTTT CATTGTTCAA TTCTTTGACA ACACGAAAAA ACCATTGGTA
   103141 AACTCTTTGA CAACATGAAA AAACCAAAAG CCCTCCCTCT CTATCCATCC CTTGGATGGA
   103201 AGGGCGGGGG CCTTTGGTGT CCCCTCCAGT CACGAATTGG GGCCTCACAA TCACTAGCCA
   103261 ATATGCCTTT TTCTCATGCT TTTCTTAGTT CGCGGTTCGA TATTCTGGTG TCCTAGGCGT
   103321 AGAGGAACCA CACCAATCCA TCCCGAACTT GGTGGTTAAA CTCTACTGCG GTGACGATAC
   103381 TGTAGGGGAG GTCCTGCGGG AAAATAGCTC GACGCCAGGA TGATAAAAAG CTTAACACCT
   103441 ATCATTCTTA TTACTTTTTC GTAATAAGAA TGAAAAGGTC GTCTTATTCA AAAACCCAAT
   103501 TATGACATTC CTTCTCTCCC ACTTCACACC TCGTAATGCA CTGTTCTTAT AGAGAGAAAT
   103561 GCGCTCTCAT ATCTTCTTAA CCCGAGATGA AATGGCTGGG GAGAGAAAAG GTTCCGATAT
   103621 TCCCGGGAGC AGATCCAGTG GAGGCGGGGT GGGGCCTGTA GCTCAGAGGA TTAGAGCACG
   103681 TGGCTACGAA CCACGGTGTC GGGGGTTCGA ATCCCTCCTC GCCCAAAACC GACAAGGACC
   103741 TATCCCTTTT GGGAGTAGGA AAATCATGAT TGGGATAGCG GAGCTAGAGC TATGGAACTT
   103801 GGTTGTGGTT TGTCGAAGTG GAATGGGCCT TATCTTTTTT TTTATTACGT GTTATTGTGC
   103861 TTTTTTACTT ACAGTATGCA ACCGCACCAG GACTATGGAA TAAAAGATTA TCCCGGACCT
   103921 ACACCGAGGT ATTGACGGAG ATTCTCAAAT AGCGCAGAAC AGAATGAGAA TGTGATACGA
   103981 CGCGATAGAA AAAAAGACAG GGAAGAGGTT ACCCACTTAC CTACTCTTAA CGGTCAAAGC
   104041 GAGCCTCTTC ATTTCATTCT GAATTAAAGA ATGAATAAAA TCTCCCCAAG TAGGATTCGA
   104101 ACCTACGACC AATCAGTTAA CAGCCGACCG CTCTACCACT GAGCTACTGA GGAACGCCGG
   104161 GAGACTCGAT CTCATAGAAT TCAATTCTCG TTCTCAACCC ATGACCAATA TGAGCTCGAA
   104221 GCTTCCTTCG TAACTCCCGA AACTTCTTCG TAATGGCTCC CTTCCATGCC TCATTTCATA
   104281 GAGAACCTGA AAGTGGCTCT ATTTCATTAT ATTCCATCCA TATCCCAATT CCATTCATTT
   104341 AATATCCCTT TGGTGTCATC GACATAAGAG ATGTCGTTTC TAGTCTATCT CTTTCTATTT
   104401 ATATATGGAA AGTTAAAAAA TCATCATATA ATAATCCAGA AATTTCAATA CAAAAGAAAA
   104461 AGGGAGGTTT CTGATGATTT TTCGATCTTT TCTACTAGGT AATCTATTAT CCTTATGCAT
   104521 GAAGATAATC AATTCGGTCG TTGTGGTCGG ACTTTATTAT GGATTTCTGA CCACATTTTC
   104581 CATAGGGCCC TCTTATCTCT TCCTTCTCCG AGCTCGGGTT ATGGAAGAAG GAGAAGAAGG
   104641 AACCGAGAAG AAGGTATCAG CAACAACTGG TTTTATTATG GGACAGCTCA TGATGTTCAT
   104701 ATCGATCTAT TATACGCCTC TGCATCTAGC ATTGGGTAGA CCTCATACAA TAACTGTCCT
   104761 AGCTCTACCC TACCTTTTGT TTCATTTCTT CTGGAACAAT CACAAAAACT TTTTTTTTTT
   104821 TGGATCTACT AGCAGAAATT CAATGCGCAA TCTCAGCATT CAATGTGTAT TCCTGAATAA
   104881 TCTAATTTTT CAATTATTCA ACCATTTCAT TTTACCAAGT TCAATGTTAG CCAGATTAGT
   104941 AAACATTTAT ATGTTTCGAT GCAACAACAA GATATTATTT GTAACAAGTA GTTTTGTTGG
   105001 TTGGTTAATT GGTCACATTT TATTCATGAA ATGGGTTGGG TTGTTATTAG TTTGGATACA
   105061 GCAAAATCAT TCTATTAGAT CTAATGTACT TATTCGATCT AATAAGTATC TGGTGTCAGA
   105121 TTCTATGGCT CGAATCTTTA GTATTCTCTT ATTTATTACC TGTGTCTACT ATTTAGGCAG
   105181 AATGCCGTCA CCCATTTTTA CTAAGAAATT GAAAGAAAAC TCAGAAAGGA AAGAAATTGA
   105241 GGAAGAAATA GATGTAGAAA TAGAAAAAAC TTCCGAAACG AAGGAGACTA AACAGGAAGA
   105301 AGAGGGATTC ACCGAAGAAG ATCCTCCTCC TTCCCTTTTT TCGGACGAAA AGGAGGATCC
   105361 GGACAAAATG GATGAAACGG AAAAGATCCG AGTGAATGGA AAGGACAAAA CAAAGGATGA
   105421 ATTCAACTTG CACTTAAAAG AAGCGTGCTA TAAAAATAGC CCAACTTATT ATTCTGGCAA
   105481 TCAAGATATT TCGAAGTTAG AAATACTTAA AGAAGAAAAG AAAAACCTCT TCTGGTTTGA
   105541 AAAACCCCTT CTTTCTCTGC TTTTCGACTA TAAACGTTGG AATCGTCCAA CGCGATATAT
   105601 AAAAAACAAT CGATTTGAAA ATGCGGTAAG AAATGAAATG TCACAATATT TTTTTTATAC
   105661 ATGTAAAAAT GATGGAAAAC AAAGAATTTC TTTTACATAT CCACCCAGTT TATCCATTTT
   105721 CTGGGAAATG ATACAAAGAA AGATTTCTTT GTCTACAATA GAAAAATTCT TATACGATGA
   105781 ACTATACAAT TATTGGATTT ATAACAATGA ACAAAAAAAA AACAGCTTAA GCAATGAATT
   105841 TACTAATAGA ATTGCAGTTC TAGACAAAGG ACTTTTTTAT ATAGATGGAC TCGATAAAAA
   105901 AACTCGATTA TGTAATGAGA AAACGAAAAA GGAATATTTG CCAAAAATAA ATGATCCTTT
   105961 CTTAAATGGA TCCTATCGTG GAATAATTAA AAAATGCTTT TCACCCTCTA TTATAAATGA
   106021 AACTGCAGTC AAAAATAGGA TAGATGGCAT TTTTATAAAT AAGATTCATA GTATTCTTAG
   106081 TAATGATTAT AATTACCACG AATTTGAACA GAAAAAAGAT GCATTTAATA AAAAATTAAA
   106141 AGAAATTAGG CATTTCATGC AGTTAATGAG TCAATTTTAT GGGGAATCAA CATTCAATCT
   106201 CAAAGGAATT TCTTTACTTC CAGAAGAAGT AAAAATAGGT TTAGAAGATC AAGAAAAATT
   106261 TTGTAAATTT TTAGTTGATG CAATCATAGG ACTAAAAATA AATAAGAAAT TAATAAAAAA
   106321 AGCAATTGGA ATAAAAGATA TTAGTAAAAA AGTTACATGC TGGTCATACA AATTAATTGA
   106381 TGATTTAGAA CAGCAAGAAA GAAAAAATGA AGATGACGTA CCAAGAGATC ATCAAATTCG
   106441 CTCAAGGAAA GCTAAACGTG TAGTTATTTT TAATAATAAC GAGGATAATA TCAAGATTAA
   106501 TAACATCGAT CTAAAAAAAT CTAATCAAGA AGTAGCTTTG ATACGTTATT CACAACAATC
   106561 CGATTTTCGT CGAAACATAA TAAAAGGTTC TATGCGTGTT CAAAGACGTA AAATTCATTT
   106621 TTTGGAATTA TTTCAAGCAA ATATACATTC ACCACTTTTT TTAGACAGAA TAGATAAATC
   106681 TTATTTTTCT TCTGTTAACA TTTCAAAAAT TATTAAACAA ATTTTTAGAA ATTATAAAGG
   106741 AAAAACAAGA GAATTTCAAA ATTCGGATTA TACAGAAGAA GAAAAAAAGG AAGAAGAAAA
   106801 AAAAAAAGAA TACAAAATAA ATGAAGAAAA AAGAAAAGAA AAAACACGAA TAGAAATAGC
   106861 TGAAGCTTGG GATAAGATTA TATTTGCTCA AGTAATAAGA GGTTTGATGT TAGTAACTCA
   106921 GTCCATTTTT AGAAAATATT TTCTATTACC TTTTTTAATA ATTGCAAAAA ATATGGGTCG
   106981 TATAGTCTTA TTCCAACTTC CCGAGTGGTC TGAGGATTTC GAAGAGTGGA ATAAAGAAAT
   107041 GCATGTTAAA TGTACCTATA ATGGTGTTCA GTTATCAGAA ACAGAATTTC CTAAAAACTG
   107101 GTTAAAAGAT GGTATTCAGA TAAAGATACT ATTTCCTTTC TGTATAAAAC CTTGGCACCG
   107161 ATCAAAGCTA AGACCTTCTT ATCAAGAGCA AATGAAAAAA CAAACTAAAA AGGATAATTT
   107221 TTGTTTTTTA ACCATTTGGG GACTGGAAAC TGAATTTCCT TTCGGTTCCT CCCGAAAACG
   107281 ACCTTCTTTT TTTAAACCTA TTTATAAAAA ATTCAATAAA AAAATTTTTC AATTTACAAG
   107341 GAAATATTTT CAAGTTTTAA AAATTGTGAT TGTCAAAGAA AAAATAGAAT TTTTTCTAAA
   107401 GGTTCCGAAT GAAATAAAAA AAAATTTTTC AATGGTAAGC CAAATGGTAA GACAAATTCG
   107461 AGTATTTGGA TTTGGAGAAG AATCTAGTGA AATAAAAAAA GAAAAAGATT TGACAATGAA
   107521 TAATTATATG GTTCATGAAT CATCCATTCA AAAATCAAAA CCATTCATTA ATTGGACAAA
   107581 CTATTCAGAT TCTGTGACAG AACAAAAAAC ACAAAATCTC GCCAATAGAA CAAAAACAAT
   107641 AATAAATCAA ATAGAAAAAG AAAATAGATT CCAAACTATA AAATTTATTA TTAAGCCTAA
   107701 CAAAACACCT TATGATACTC AAAATTTAGA ATCACCCCAA AATTTGAGTA AGATATTAAA
   107761 AAGGAGAAAT ACTCGATTAA TTCGTAAATC AAAAATTTTT AAAAATTTTT TTAGGGAACG
   107821 AATATCCGTA GACATTTTTC TATATATTAT TAATATTTCC CAAATTAATA TAAAACTTTT
   107881 TCTTGAATCA ACAAAAAATT TTAGTGAAAA ACCCATTGAC AATAATAAAA AAAATCAAGA
   107941 AAGGATTAAT AAAATAAATA AAAAAACAAT TAAATTTATA AAATCACTTT TTTATATTAT
   108001 TAATCATATC CATAAGAATT TAAAAATTAT TTCCAATTTA TCTTTTTTGT CACAAGCCTA
   108061 TATATTTTTC AAATTATTAC AAGCCGAATT TATTAACTTT TATAAGTTAA AGTTAACTTC
   108121 TGTCCTTCAA TATCGCGGAA CACAAGGAAA AATTCCTTCT AAGTTAAAGA CTGAAAATTA
   108181 TGGACTGAAT CAATGGAAAA ACATGTTAAA ATTTAAAAGT AATTATCAAT ACGATTTATC
   108241 GCAGATAAAC TGGTTTCAAT TAGGACCAAA AAATTGGCGC AATGGAGTCA CTGAATATTG
   108301 TGAGATTGAA AAGAAAAATT TCCAAAAAAC AAAAAGGAAT TCATATAAAA AAAACGAATT
   108361 ACTTAATTAC AAAAATAATT CTGAAAACCT ATTTTTTTTT TTGCGGGATC AAAAAGATAA
   108421 TTTTCAAAAA AATTATAGAT ATAATATTTT ATCATATAAT TTTTTTTTTT TTGAAGATAA
   108481 GAAGGATTCA TATAGTTATG GAGAACCATT ACAAGTAAAT AAAAAGAAAG AATTCTCTTA
   108541 TATTTATAAT TACAACATAT CTAAAGACAA GTTCATTTAT ATGTGGTGGA GTATTCCTAT
   108601 CGACAATCTT TTAAGAAAAA AAATGATTCT GGATATAGAG ACAAATACAG ATAGAAAATA
   108661 TTGTGATTGG AAAATTATCT TTTTTTTTCT TAGAAACAAA ATCGACATTG AAGCTTGGAT
   108721 CAATATTAGC AATAGCACTA AAAATATTAA GATTGAACCT AAATATAAAA TTGTTGATAA
   108781 AATGGAAAAG AAAGATATTT TTTATCGCAT AATTTATCAA GAAATTTACC AATTAAACAA
   108841 AAAACTTTTA GATTGGATGG GTATGAATGA AGAAATACTA AGTCGTCCTA TATTAAATCT
   108901 AGAGTTTTTA TTCTTCCCCG AATTCTTTAA TGCATATAAA ATGAAACCTT GGGTTATACC
   108961 AATAAATTCC CTTTTTTCAA ATTGTAATGT AAGTGATAAT TTTTGCGAAA AGAAAAAAGC
   109021 GAATACTTTT ACAACATCTA TAATATCAAA AAAAAAATTA GAGAATAGGA ATCAAAACGA
   109081 AAAAGAGCTC ATAAGTCAAA GAAAAAGCGG ATCTGACGTT CAAAAAAATT ATGAGTCTCT
   109141 CAGCTCAAAT CGCCAAAAAA ATATTAAAGA AAATTATATA GAATCATATA TTAAAAATCG
   109201 TATAAAAAAA AAACAAGACA AGAGTAGTCC AGAAGCCGAA CTCAATTTAT TCCTTAAAAG
   109261 GTTTTTATTT TTTCAATTGA AATGGGACAA TTCTTTGAAT AAAAAATTGA TCAATAATAT
   109321 CAAAGTTTAC AGTCTCCTGC TTAGATTGAA AAATCCACGA GAAATTACAA TATCTTCGAT
   109381 TGAAAGAAGA GAAATGAGTC TGAATATAAT GCTGATTCAG AAAAATTTAA CTCTTACCCA
   109441 ATTGATAAAA GGGAGGATAT TTATTATTGA ACCTATTCGT CTGTCTGTAA AGGATGATGG
   109501 AGAATTTCTT CGGTATCAAA CCATAGGTAT TTCGTTCATT CATAAGAGTA AACACCAAAA
   109561 TAATCAAAAC ATCGACAATA TTGATAAGAG TAATTCGGAT GAATGGATTC CCAGATACCA
   109621 AACGGCGATC AAAACTAGAG ATAAAAACTA TTTTTTTTTA CGCGTTCCTG CAAAAGTTTT
   109681 TTCGTCCAGG CGCCGTAAAG AATTGAGAAT TCTAATTTGT TTGAATTCAA GTAATAACAA
   109741 TGGTAGTTAT AGGAATACGG GCTCTTACAA CGGGAATCAG ATAAAAAAGG GCAGTCAATT
   109801 TTGTGATGAA AACAATCAAA AATTAAACGT CTTTTTTTGG CCTAATTATC AACTAGAAGA
   109861 TTTAGCCGGT ATGAATCGTT ATTGGTTTAA TACTAATAAC GGTAGTCGTT TTAGTATATT
   109921 AAGAATACAT ATGTATCCGT GATTAAAAAT GCGTTTATAA TAAATTTATC TTATATATTC
   109981 CCTATCAATT ATCTGCTAGA TAAAAAAATG CCCACGGGTC TTGACTTCAA CTCTGATATA
   110041 TGATACGAAA TTGATAACAC AATAGATCTA TATAAAGAAT TACTATAATT TTTTTTATAA
   110101 GGAGAAGAAA TGTGTATACC AGGGTAAGTA AAAGGGCTGG TATTATTATT CCTGATCGAG
   110161 AAAATTTTGT ATTTGGGAAA TATAAAAAAT AAAGAAGGTT AATAATTTAT GAACAAAAAT
   110221 GCATTGATTT CACATGAAAA AAAAGAAGAA AATAAGGGAT CTGTTGAATT TCAAGTTTTA
   110281 TGTTTTACTA ATAAGATACG AATACTCACT TCACATTTGG AGTTGCATAA AAAAGATTAT
   110341 TCATCTCAGA GAGGTCTACG ACAAATTCTA GGAAAACGTC AACGACTACT GGTTTATTTA
   110401 TCAAAGAAAA ATAGAATACG TTATAAAGAA TTAATCAGTC AATTAAAGAT TAGAGAACTA
   110461 AAAACGCGTT AATTTTAAGC GTTGTTTTGA ATTATTTGAT TTATTCGATC TTGAATTTTG
   110521 ATGAACTTTT TTTTTGTTTT CGACAATTCA TGGAAAAATG AATTCATGCA AAGAATGAAT
   110581 CAGGGCAAAA CTTATGACTG TACCAATTAC AAGAAAAGAT CTCATGATAG TCAATTTGGG
   110641 CCCTCACCAC CCAGCAATGC ATGGCGTTCT CCGACTTATT GTTACTTTAG ATGGAGAAGA
   110701 GGTTATTGAC TGTGAACCAA TATTGGGGTA TTTACACAGG GGGATGGAGA AAATTGCAGA
   110761 AAACCGAACA ATTATACAGT ATTTGCCTTA TGTAACACGT TGGGATTATT TAGCTACTAT
   110821 GTTCACAGAA GCAATAACAG TAAATGGACC CGAACTATTG GGAAATATTC AAGTACCTAA
   110881 AAGGGCTAGC TATATTAGAG TTATTATGTT GGAGTTAAGT CGTATAGCTT CTCATTTGTT
   110941 ATGGCTCGGC CCTTTTATGG CCGATATTGG TGCGCAGACC CCCTTTTTTT ATATTTTCAG
   111001 AGAAAGAGAA TTAATATATG ATTTATTTGA AGCGGCCACT GGTATGAGAA TGATGCATAA
   111061 TTTTTTTCGT ATTGGAGGAG TAGCTGCCGA TCTACCTTAT GGGTGGATAG ATAAATGTTT
   111121 AGATTTTTGT GATTATTTTT TAATGGGACT TGCTGAATAC CAGCAACTGA TTACGCGAAA
   111181 TCCTATTTTT TTAGAACGGG TTGAGGGGGT AGGCGTTATT GGCGAAGAAG AGGCAATAAA
   111241 CTGGGGCTTA TCAGGACCAA TGCTACGCTC GTCTGGAATA CTTTGGGATC TTCGTAAAGT
   111301 TGACCATTAT GAGTGTTATG ACGAATTTGA TTGGGAAGTA CAATGGCAAA AGGAAGGGGA
   111361 TTCTTTAGCT CGTTATTTAG TACGAATAGG TGAAATGGCA GAATCCATAA AAATTATTCA
   111421 ACAAGCTCTA GAAGGAATTC CGGGAGGTCC CTACGAGAAT TTAGAAATTC GACGTTTTGA
   111481 TAGGATAAAA TATCCTGAAT GGAATGATTT TGAATATCGA TTCATTAGTA AAAAGCCGTC
   111541 TCCTACTTTT GAATTGTCGA AACAAGAACT TTATGTGAGA GTCGAAGCCC CAAAAGGGGA
   111601 GTTAGGGATT TTTTTGATAG GAAATCGGAG TGTTTTTCCT TGGAGATGGA AAATTCGCCC
   111661 GCCTGGTTTT ATCAATTTAC AAATTCTTCC TCAGTTAGTT AAAAAAATGA AATTGGCTGA
   111721 TATTATGACG ATATTAGGTA GCATAGATAT CATTATGGGA GAAGTTGATC GTTGAAATGA
   111781 TAATTGATAC AACAAAAATA CAAAATATCA ATTCTTTTTA CAGATTGGAA TCTTTAAAAG
   111841 AGATTTATGT AACTATATGG ATACTTTTCC CTATTTTGAT TCTCGTATTG GGAATCACAA
   111901 TAGGCGTACT AGTAATCGTA TGGTTAGAAA GAGAAATATC TGCGGGTATA CAACAACGTA
   111961 TTGGACCGGA ATATGCGGGT CCTTTGGGAA TTCTACAGGC TTTAGCAGAC GGAACAAAAC
   112021 TGCTTTTTAA AGAAAACCTT CTTCCATCTA GAGGGGATAT ACGTTTATTT AGTATCGGAC
   112081 CCTCTATAGC CGTCATATCA ATTCTACTAA GTTATTCAGT AATTCCTTTT GGTTATAACT
   112141 TTGTTCTAAC CGATCTTAGT ATTGGTGTTT TTTTATGGAT CGCTATTTCA AGTATTGCTC
   112201 CAATTGGGCT TCTTATGTCA GGATATGGAT CAAATAATAA ATATTCCTTT TTAGGTGGTC
   112261 TACGGGCTGC TGCCCAATCA ATTAGTTATG AAATACCACT AACTCTATGT GTCTTATCAA
   112321 TATCTCTACG TGTGATTCGT TAAGGTCTAC CTCTTCAATA TATAGATATT TTCATTTTTT
   112381 TATTGACCGA GAGGGTTGAT AAATTAAACC TGATAGTTAG ATGAGCAAAA AAAAAACAGC
   112441 TTATAAATTC GCAGTAAAAA AAACTCATTT CCTATGTACA AAGGTTAAAT AAACGAAAAT
   112501 AAATATAAGC AGTCAAGACT GTTTATCCCC AAGATTAATT AGTAATTATA ATAATAACTT
   112561 GAAGCGGGTT GAAAAAATTT TTATGGGGTT TTTATTTTAC TAAAATAAAA ACAACCGTAT
   112621 TGCGCTATTA AAAATAAGTG GATGATTAGG AACACCAAAG TACACAAAGG ATTCGTAATA
   112681 AAGATTAAAT TATCCTAAGT TTACATAAAA GAAATACTAA TTTGAGGCTT AAAATTGGTA
   112741 GAAATTATCA AGGAGTACTC CCACAAATTC CGATCCAGAG TATGCTCCTA TCCACCCATA
   112801 AATTGAATAA CTATCAGGAA CGAAATAATC CTTTAACTTT TTTTAGTTTT AGCCTAAAAT
   112861 AAACGAAATA AGATGGATTA AAAAAAAAAT AAAATTAAAT TTTAAAAAGC TCTTTTTTTC
   112921 GCTATACTAT AATTTTTTTC ATGGTATAAG TCATGAATGT TTAAGTCTAA AAAAAAATAA
   112981 GGTGGAGTTT ATTTATTTTT GAGTATTTTA TTCAAGGATT TAAGTTATTA CTCAACAAAA
   113041 ATGGAGTCAG TCAAAGGATG AGATAAATTC CGAAGCACTT TTATATAAAG TATTGCAGAC
   113101 AGAATTTCAT TGGTTTAATT CAAGATCGTT AGGTTTATTT TTACTTTATT TATCCTACAA
   113161 GTATATCAGT AAAGACTACC GAATCAATTC TTAGATTTAT TGACGGCTCT CGGGGAGCCG
   113221 TATGAGGTTA AAATCTCATG TACGGTTCTG TACTAGCGAT GACAAGAGTG ATCTGATCAT
   113281 CGACTATGAT TATCTAACAG TTCAAGTACA ATTGATATAG TTGAGGCGCA GTCAAAATAT
   113341 GGTATTTTGG GGTGGAATTT GTGGAGGCAA CCTATAGGAT TTATTGTTTT TATAATTTCT
   113401 TCTCTAGCAG AATGCGAGAG ATTACCCTTT GATTTACCAG AAGCAGAAGA AGAATTAGTA
   113461 GCAGGTTATC AAACCGAATA TTCAGGTATT AAATTTGGTT TATTTTACGT TGCTTCCTAT
   113521 CTAAATCTAC TCATATCGTC ATTATTTGTA ACAGTTCTTT ACTTGGGGGG TTGGGATTTT
   113581 TCTATTCCAG ACATGTTCAT TCCTGAGTTT TTTGAACTAA ATAAGGAAGG AGTCTTTGGA
   113641 ACAACTTTGG GTATTTTAAT TACATTAGCA AAAACTTTTT TGTTCTTGTT CATTCCTATC
   113701 GCAACAAGAT GGACTTTACC TAGACTGAGA ATGGACCAAT TATTAAATCT TGGGTGGAAA
   113761 TTTCTTTTAC CAATTTCTTT AGGTAATCTA TTATTAACAA CTTCTTCCCA ACTCCTTTCA
   113821 TTATAAAAAA ATATATATTT GATACTTACT AAAAATTAAA TTTTATCGCA AACAAGAGAA
   113881 AGAAACAAAA TCTTATTTTT TTATAGTTTT AGTATATGTT CCCTATGGTA ACTGGGTTAA
   113941 TCAATTATGG TCAACAAACA GTACGCGCGG CAAGGTACAT TGGTCAAGGT TTTATGATTA
   114001 CCCTCTCTCA TGCCAACCGT TTACCTGTAA CTATCCAGTA TCCTTATGAA AAATTGATCG
   114061 CCTCAGAGCG GTTTCGTGGT CGAATACACT TTGAGTTTGA TAAATGTATT GCTTGTGAAG
   114121 TATGTGTTCG TGTATGTCCT ATAGATTTGC CTGTTGTTGA TTGGAAATTG GAAACGGATA
   114181 TTCGAAAAAA ACGATTGCTT AATTATAGCA TTGATTTCGG AATCTGTATA TTTTGTGGTA
   114241 ATTGTGTTGA GTATTGTCCA ACAAATTGTT TATCAATGAC TGAAGAATAT GAGCTTTCCA
   114301 CTTATGATCG TCATGAATTA AATTATAATC AAATTGCTCT GGGTCGTTTA CCAACATCAA
   114361 TAACTGATGA TTACACAATT CGAACAATTA TGAATACACC TTAATTAAAT AACAGAAAAA
   114421 TCTTGTGATT AAAAAACACT TTATAATTAC TAAATGACTA AATAAAAAAA ATTTATAAAT
   114481 TATAGGAAAT TAAAAAAGTT TATTGTTTTC TTGATCAATA AAAATGCGAA CTATTGGCTA
   114541 TTCTATTGAT TGGTGAAAAT AAAAATTTTA GTTACTGTAA TGATTTTTAA TAGTTTTGAT
   114601 TTCGAACTAC TTAAATTATA AAAAAAAAAC ATAAAAAATG CAATAGGTCC AAAAATTTTA
   114661 CCCTTATTTT ATTAAATTTA TTAAAGTAAT ACACTTTAGG ATTTAACAAT TAGGAATGCA
   114721 CGAATCCCTT TTTCTGTTCA ATTCAATAAG ATCATGAAAC TTTTTTTATC TCTTTTTATT
   114781 TATATATAAT GGATTTACCT GGACCAATAC ACGATTTTAT TTTAGTCTTT CTGGGAACAG
   114841 GTCTTATATT AGGGGGTCTA GGAGTAGTAT TATTTAACAA TCCAATTCTT TCTGCCTTTT
   114901 CATTGGGATT GGTTCTTGTT TGTATATCTT TATTCTATAT TCTAGCCAAT TCGCATTTTG
   114961 TAGCTTCGGC ACAACTCCTT ATTTATGTGG GAGCTATAAA TATATTAATA ATATTTGCTG
   115021 TAATGTTCAT GAATGGGCCA GAATATGACA CAAATTTGCG TCTGTGGACT GTTGGGGATA
   115081 ACGTGACTTC GTTGATTTGT ACAAGTCTTT TTGGTTCATT AATTATTACT ATTCTAAATA
   115141 CGTCATGGTA TGGTATTATT TGGACTACAA AATCAAACCA GATTCTTGAA CAAGATTTTA
   115201 TAACTACTAG TCAACAAATA GGAATTAATT TATCAACAAA ATTTTTTCTT CCCTTTGAAC
   115261 TGATTTCAAT AATTCTTTTA GTTGCGTTAA TAGGGGCAAT TGCTATAGCA CGTCAATAAT
   115321 ATAATTTTAT TTTTATTTTA AAAACCAGCA ACAATTAAAG GGTATATTTT CTCATACACA
   115381 TTTATTTAAA TTAAATTCTA TTCAGATCAG ATTGGTTTAG AAACTTTTAG TTCGATTTAT
   115441 TATTACCAAC AGATTTTTTG CTTTTATATA TTTTTTTGAA CTTACGGTAT TCGAGACAAT
   115501 CAAGTGGGTT TAATTGTTGT TTATATTGAA ATATTCATAA GGAGTTGGTC AATGATGCTC
   115561 GAACATGTAC TTGTTTTGAG TGCTTATTTA TTTTCTATTG GAATCTATGG ATTAGTCACG
   115621 AGCCGAAATT TGGTTCGGGC TCTTATGTGT CTTGAACTTA TATTGAATGC AGTTAATCTA
   115681 AATTTTGTAA CATTTTCTGA TTTTTTTGAT AGCCGCCAAT TAAAGGGAAA CATTTTCTCA
   115741 ATTTTTGTTA TAGCTATTGC AGCCGCTGAA GCAGCTATTG GACTTGCTAT TGTTTCGTCA
   115801 ATTTATCGTA ACAGAAAATC CACTCGTATC AATCAATCCA ATTTATTGAA TAAATAGTCT
   115861 ATTTTTTTTT CTATACCTTA ATCCTTATTA TTATAAAAAA AAAAAAATAA TATAATATAT
   115921 AATAATTAAA TTTTTATTAT ATTTTGATTA TTATATCAAT ATAATATTGT AATTATAAGT
   115981 TCAATTTAGA TTAATAGATA TCGCACCTTT AAAGTAGAGC ATACTTTTAA TAAGAAGTGA
   116041 AAGTATTTTG GACCTCTTTT CTATTTATTT TGTAGTAAAT CTCCAATCCA AGCCAGAAGT
   116101 AGATTGATTC AAAAAATTCT GGTAAATCAT TGATTCGTCT GGTATTTTAA TATGTATTAC
   116161 TTTAGCAGAA CTAGATCGAA AATTAATGAA ATTTAAAAAA TAAAAGATCC TATGTCACAT
   116221 TCAGTAAAGA TTTATGATAC ATGTATAGGG TGTACTCAAT GTGTTCGAGC TTGCCCCACA
   116281 GATGTATTAG AAATGATACC TTGGGACGGG TGTAAAGCTA AACAAATAGC TTCTGCTCCA
   116341 AGAACGGAGG ACTGTGTTGG TTGTAAGAGA TGTGAATCCG CTTGTCCAAC AGATTTTTTA
   116401 AGTGTTCGAG TTTATTTATG GAATGAAACA ACGCGGAGCA TGGGTCTAGC TTATTGATAC
   116461 GTTCCAGAAC ATTTCATTTG AATCCATTTT TTCAATTTGG ATTTTTTTAC TGACAAAAAC
   116521 CCGTACCTGA AAAGAAATTT CTTTTCAGGT ACGGGTTTTT TTGGCTCAAT TGTATCTTGT
   116581 CTTTACCACG AATTATTTTC CTTGGTTAAC AACAATTGTA GTTTTACCCA TATTTGCAGG
   116641 TTCTTTAATT TTCGTTCTTC CTCATAGAGG AAATAAAATA ATTCGTTGGT ATACTATTAG
   116701 CATAGCTGCT ATAGAGTTAC TTATAACAAC CTATGTATTT TGTTATAATT TCCAACCGGA
   116761 CGATCCATTA ATACAACTAG CAGAAGATTA TAAATGGATA AATTTTTTTG ATTTCCACTG
   116821 GAGATTGGGA ATAGATGGAC TTTCGATAGG ACCCGTTTTA CTGACGGGAT TCATCACTAC
   116881 TTTAGCTACT TTAGCAGCTT TTCCAGTTAC TCGAGATTGC CGATTATTCC ATTTTCTGAT
   116941 GTTAGCTATG TACAGTGGTC AAATAGGATC ATTTTCGTCC CGAGACCTTT TACTTTTTTT
   117001 CATAATGTGG GAATTAGAAT TAATTCCTGT TTATCTACTT TTATCCATGT GGGGCGGAAA
   117061 GAAACGTCTC TACTCTTCTA CTAAATTTAT TTTGTATACG GGGGGGGGTT CCATTTTTTT
   117121 ATTAATGGGA GTTCTGAGTA TTGGTTTATA CGGTTCTACT GAACCTACCT TAAATTTGGA
   117181 AATGTTAGTT AATCAATCGT ATCCCCTAGC ATTAGAAATA ATGTTTTATA TTGGATTTTT
   117241 TATTGCTTTT GCTGTTAAAT TACCAATTAT ACCGTTACAT ACATGGTTAC CAGATACCCA
   117301 TGGGGAAGCC CATTATAGTA CTTGTATGCT TCTAGCGGGA ATCTTATTAA AAATGGGAGC
   117361 ATATGGGTTG GTTCGGATCA ATATGGAATT GTTGTCTCAT GCTCATTCGA TCTTTTCGCC
   117421 TTGGTTGATA ATAATCGGCA CAATGCAAAT AATCTATGCA GCTTTAATAT CTCTTGGACA
   117481 ACGCAATTTA AAAAAACGAA TAGCCTATTC TTCTGTATCG CACATGGGTT TTATAATTAT
   117541 AGGAATTAGT TCTATAACTG AAACGGGACT TAATGGAGCT TTTTTACAAA TAATCTCTCA
   117601 TGGATTTATT GGTGCTACAC TTTTTTTCTT AGCGGGAACC AGTTACGATA GAATACGTCT
   117661 TGTTTATCTT GACGAAATGG GCGGAATAGC TATTCCAATG CCAAAAATAT TTACACTATT
   117721 CAGTAGCTTT TCAATGGCAT CCCTTGCGTT ACCAGGCATG AGTGGTTTCG TTGCGGAATT
   117781 AATAGTCTTT TTCGGAATAA TTACTAGCCA CAAATTACTT TTAATGACAA AAATACTAAT
   117841 TACTTTTGGA ATGGCGATTG GAATGATATT AACTCCTATT TATTTATTAT CTATGTTACG
   117901 TCAAATGTTT TATGGATATA AGTTATTTAA TATAAAAAAC TCTGCTTTTT TGGATTCTGG
   117961 GCCACGAGAA TTATTTGTAT CGACTTCTAT CTTTATACCG GTAATTGGTA TTGGCATTTA
   118021 TCCAGATTTT GTTCTTTCAT TATCCGCCGA GAAGGTGGGA GCTATTCTAT CAAAATTTTT
   118081 TTATAGATAA GTTTCGTTTA ATGAAAAAGT AGTCTTCTTT ATATTTGTAA GAAGAATGAC
   118141 TAAATTGTAA TTCTAATCGT GCCTGTTTGG CGTTTGTGAG AACCATTAAA ATGGTTCTCA
   118201 CCTGTTTATA AGAACCACCT TGTCCTAGGT TTGTATTCTT ACGTAGGGTC CTCTCTTTAC
   118261 TTCAATTTAA TTAATGAATG AACCATAACT ATGTAGCCCT ATTCCTAAGA GATTGACTCC
   118321 AAAATAGCAT ATCCAAATTA TAAGAAAGCC TATAAAAGCT ACAATTGCAG AATTTGCATC
   118381 CCGAAAATTT ATATTTGTTC TAATATGTAA ATAAATTGCA AATACAATCC AAGTAATAAA
   118441 AGCCCAAGTT TCCTTTGGGT CCCAATTCCA ATATGATCCC CATGCTTCAT TGGCCCATAC
   118501 TGCTCCTGAA AGAATACCTA CGGTTAAAAG GATAAATCCT AAACTAATAA CACGATAACT
   118561 CCAATGATCC AGTTGTTCAA TCAATTGAGA TCTGTAATAA TTTTTAACTG AAAAGCTTTC
   118621 TAAAATATTG CCTTTTTCGT TCATGTATTG AATCTCACTG AAAAAAAAGA ATTCATTTAA
   118681 TAAAAAAGTT TTTTTTTCAA AAAACCTTGT TATATTTTTT TGAAATAGAA CTATTATAAG
   118741 TGCTACTGAT AATAAGGATC CACATAAAAG AGCTGCATAA CCCAGCACCA TCATACTTAC
   118801 ATGCATCATT AACCAGTGGG ATTGAAGAGC CGGTACTAAT AATGAAGATT GCGGCGTTTC
   118861 TGTTAAAAGG CCTGAAGTAG CAAACCCTTG AGTAAAAACA GCACTTGGCG CAGTTATTGC
   118921 GCTTAAATTC CCTTTTTGTT TTTTAAAATA TGGAATCATA TGAATAATGT AAAAACTCCA
   118981 GGAAAGAAAG ATTAATGATT CGTATAGATC ACTTAATGGG AAATGTTTAC AATAAACCCA
   119041 ACGAGTAACT AATAATAACG TTATAGATAA AAAAGTAACT AGCATGCCTT TTTTTAATGA
   119101 ATTGTAGAGT CGTACTTTTT CATTGACTAA TAAAGTTATC AAATGGAGTG TAATTACAAC
   119161 GGAAACCGTT GAAAAAGAAA TATGAGTCAA AATATGTTCT AAAGTCGAAA ATATCATATA
   119221 AAATTATATA TAAAGAAACT TCTCAATTAT AAATTATCAA ATGAAAATTC CTTAATTTTT
   119281 TTTACATAGA ACTTTTTATT TAATCTTTTG ATAAATTTTA AGATGCTATG CCGCCACTCG
   119341 GACTCGAACC GAGATGCTAT CGCACTGCTT CCTAAGAGCA GCGTGTCTAC CAATTTCACC
   119401 ATAGCGGCTT ATTTGAAATC ATAATAACCT TTTTTTATTC AATCGTCGAG ATTAATTGAA
   119461 TACAATATAT TTTTTATATT GGTAATTATA AATATAAATG CACTTTTTAT TTTATCTTAT
   119521 TGAAAAATTA GTAAATAAAA AAGACATCCT TTGAATATGA ATACATAAAA ATCAACCCTT
   119581 TCCTTATTGA AGCATAATTT CATTTCGGCA CCAAGGGCTT TTTTCTTAAA TGGATATTTT
   119641 GATATACAAA AAAATGACTT AAACAATAGA TAGACTATTT TCTTTGTATA TAGATTATTT
   119701 TTTGTTACAA CAAACCTATT TAATATTGAA CCCAACATGT AAAAAAAATT TTTTATGTTG
   119761 AAAAAAACTT CGCATATAAT CTTCATCTAA AAAAAAATCC TTTTAGATTG ATTGTAAACG
   119821 AACCCGTATA GAGCAATTCT GAAAGTTAAA AGGTTTACCT TTTTTTTCTT TTGTTGTAAT
   119881 TTATGATGGG GAAAAGCTCC CCATCTTAAA AATTAAAACA AAAGACTAAA AAAACCGTGG
   119941 CGATTCAAAA AATTTTTTTA AGATCATTTT TTTGGTTGAC ATAAGAGTTC TTATTCTACA
   120001 TATCATAAGA AAAAAGATAA ACCTTTTTCT AAACATTAAT AAATAATCGC AAAATTTTAA
   120061 TTTAAAATTT GAGTTTTGTA TTTAAAATAC AAAATTTTCA AATCAAAAAG CCAAAATTAA
   120121 ATTTATTCAG AATTTCTCAT GTTAATTTTT TATATTTAGG CTCTTTTTTT TTTCAGATAA
   120181 ATTATGATTA TTCCAAGTTT TTAGTACTTA TTTTTCGTAC AAAAAAACTT TTAGAATTTC
   120241 CGGTATAAAT AGATTTTGCT AACGAAAAAG CTTTTAACGC TGCCCAATAC CCCTTCTTTT
   120301 TCCAAATATT TTTACGAATA GACTTTTTGG AAATAGAAGT ACGCTTTTTT GGAACTGCCA
   120361 TTTAAAATTC AATGGATTCT TCATTATTAT AGTTGGATGT GAAAGACATC TATTATTCAA
   120421 ACAAATCTTT GTTTCTTATT CATTATCTAT GTATTTATAT TCTAGAAATC TTAATTAATT
   120481 TTCAATTAAA AAATTGTATT TTAGTAGAAA AAAACTATTT TATGATCCAT ATACTATGTT
   120541 TTAAAAAATT AAATTTTAAA TAAATGAATA TGAAATTTAA AAGTAATTAA AATTATTAAA
   120601 TCTTTTCTCT ATTTTATTGT GTTGTATTTA AATTTAATTT AAATAAATGT ACATAATAAA
   120661 CCACGCCGAT AAATTTTAAA ACCCAAAACT TATATTTAAT TTTAATTTAA AAACTTTACT
   120721 TTAGTTTTTT GAAAATATAT AAACTTTAAT ATATAAATTT TAGGGTGTAA AAAAAATTTT
   120781 TAGTAAAACA TGTTAATAAT TCTGAACAAA TTATAGAAGA AACTAAGTCG TTTGTATCAT
   120841 TATTAATTTT ATTAAAGCTT TAGTTAAGTA AATCTTATGA TTAAAGGTTT TTTCCTGAAA
   120901 TCTATATATG CATTATAAAT GATTTAAATG GAAAAGAAAG TGCCATTTTT TATCGTCCCG
   120961 CTCAACTTAA TTTAAAAAGG CAAGAACTGA TGAATACTAA AAAAATGCAA CCCGAAATAA
   121021 AAATTTTCTA TTATGGAACA TATATACCAA TATGCATGTA TCATATCCTT CATTACACTT
   121081 CCAATTCCTT TGTTAATAGG AGTGGGGCTT CTACTTTTTC CGAGAGCAAC AAAAAATCTT
   121141 CGTCGTATAT GGGCCTTTTC TAGTATTTTT TTGTTAACTA TAGCTATGCT TTTTTGGATC
   121201 ACGTTGTCGA TTCACCAAAT AAATAGTAAT TCCATTTATC AATATGTATG GTCTTGGACC
   121261 ATTAATAATG ATTTTTCGTT CGAATTTGGC TACTTGCTCG ATCCACTTAC TTCTATTATG
   121321 TCAGTCTTAA TTACCACTGT TGCAATTTTG GTTCTTATTT ATAGCGATAA TTATATGTGT
   121381 CATGACCAAG GATATTTAAG ATTTTTTGCT TATATGAGTT TTTTCTATAC TTCCATGTTA
   121441 GGATTAGTTA CTAGTTCAAA TTTGATACAA ATTTATCTTT TTTGGGAATT AGTTGGAATG
   121501 TCTTCGTATC TATTAATAGG TTTTTGGTTT ACAAGACCTA TTGCCGCGAA TGCTTGTCAA
   121561 AAGGCGTTTG TGACTAATCG TGTAGGGGAT TTTGGGTTGT TTTTGGGCAT TTTAGGTCTT
   121621 TATTGGGTAA CCGGCAGTTT TGATTTTCGT GATTTGTTTG AAATATTTAA TAACTTAATT
   121681 AAAAATAATG GGGTCAATCT TTTATTTTCT ATTTTTTGCA CTTTCTTCTT ATTTTTTGGC
   121741 GCAGTTGCAA AATCGTCCCA ATTTCCTCTT CATGTATGGT TACCCGATGC TATGGAGGGG
   121801 CCTACTCCTA TTTCAGCTCT CATACATGCT GCGACCATGG TGGCAGCGGG GATTTTTCTA
   121861 GTCGCTCGAC TTTTTCCTCT TTTTATAGTT ATACCTTATA TAATGTATGT AATAACTATT
   121921 ATAGGTATAA TAACTGTATT TTTAGGAGCT ACCTTAGCTC TTGCTCAAAA AGACATTAAG
   121981 AGAAGTTTAG CTTATTCTAC AATGTCTCAG TTGGGTTATA TGATGTTAGC TCTAGGTATG
   122041 GGTTCTTATC GAGCTGCTTT ATTTCATTTT ATTACTCATG CTTATTCAAA AGCATTATTG
   122101 TTTTTAGGAT CCGGATCTAT TATTCATTCA ATGGAAACGC TTGTTGGGTA TTCTCCAGAA
   122161 AAAAGTCAGA ATATGGTTCT TATGGGGGGA TTAACAAAAC ATGTTCCAAT TACAAAAAAT
   122221 GCTTTTTTAA TAGGTACCCT TTCTCTTTGT GGTATTCCGC CTCTTGCTTG TTTTTGGTCC
   122281 AAAGATGAAA TTCTTAATGA TAGTTGGTTG TATTCACAAA TTTTCGCAAT AATAGCTTAT
   122341 TTCACAGCCG GATTAACCGC ATTTTATATG TTTCGAATCT ATTTGCTTAC GTTTGGCGGA
   122401 CATTTAAACC TTTATTGTAA AAATTATAGT GGAAAAAAAA GTAGTTCCCT CTATTCAATA
   122461 TCTCTATGGG GTAAAGAAGG ATTTAAAACA ATTAAAAAAA ATTTATCTTT ATTTACTTTA
   122521 TTAACAATAA ATAATAATAA TAGAGAAAGT GCTGCGGTTT TTATGAAAAA ACCATATAAA
   122581 ATTTCGAGAA ATTCTTTGAA AATTATGCGA TATTTTATTA CTCTTACCGA TTTTGACAAT
   122641 AATAAAATTT CTGCATATCC TTCAGAATCG GACAATACTA TGTTATTTCC TCTCATTATA
   122701 TTGATTCTGT TTATTTTCTT CATTGGATTT ATAGGAATTC CATTAAATAA AGAAGGAATA
   122761 GAGTTGGATA TATTAACTAA ATGGTTAACT CCACCCGTAA ATCTTTTATA TTCAACTTCA
   122821 AAAAATTCTA TGGATTTGTA TGAATTTACA ATAAATGCAA TCTTTTCTGT TAGTATAGCT
   122881 TATTGGGGGA TATTTATAGC CTTATTTTTC TATAAACCTA TTTATTCATC GTTTAAAAAT
   122941 TTTAACTTAA TAAATGCATT TGATAAAAGA GGTCCTAATA AAATTTTCGG GCACAAAATA
   123001 AAAAATTATA TATATAATTG GTCTTATAAT CGTGGTTATA TCGATGCTTT TTATGCAACA
   123061 TTTTTTATTA AGGGGGTAAG AGGTTTGGCC GAACTGGTGT CTATTATTGA TAGACGAATA
   123121 ATTGATGGAA TTCCAAATGG AATTGGTATT ACAAGTTTTT TTGTCGCCGA AAGTATCAAG
   123181 TATATAGGAG GAGGTCGCAT CTCCTCGTAT CTTTTATTCC AATTGCTTTT TTTATTAATT
   123241 TCTTATTTAT TTTTAGTCCT ATGATTGCAT CAACTAAAAA TTTACAAAAT TTTTCTTGAT
   123301 CTTCTAAACC TATTTTTACT TCTTCTGGAA GTAAAGAAAT TCCTTTGAGA TTGAATGTTG
   123361 ATTCCCCATA AAATTGACTC ATTAACTGCA TGAAATGCCT AATTTCTTTT AATTTTTTAT
   123421 TAAATGCATC TTTTTTCTGT TCAAATTCGT GGTAATTATA ATCATTACTA AGAATACTAT
   123481 GAATCTTATT TATAAAAATG CCATCTATCC TATTTTTGAC TGCAGTTTCA TTTATAATAG
   123541 AGGGTGAAAA GCATTTTTTA ATTATTCCAC GATAGGATCC ATTTAAGAAA GGATCATTTA
   123601 TTTTTGGCAA ATATTCCTTT TTCGTTTTCT CATTACATAA TCGAGTTTTT TTATCGAGTC
   123661 CATCTATATA AAAAAGTCCT TTGTCTAGAA CTGCAATTCT ATTAGTAAAT TCATTGCTTA
   123721 AGCTGTTTTT TTTTTGTTCA TTGTTATAAA TCCAATAATT GTATAGTTCA TCGTATAAGA
   123781 ATTTTTCTAT TGTAGACAAA GAAATCTTTC TTTGTATCAT TTCCCAGAAA ATGGATAAAC
   123841 TGGGTGGATA TGTAAAAGAA ATTCTTTGTT TTCCATCATT TTTACATGTA TAAAAAAAAT
   123901 ATTGTGACAT TTCATTTCTT ACCGCATTTT CAAATCGATT GTTTTTTATA TATCGCGTTG
   123961 GACGATTCCA ACGTTTATAG TCGAAAAGCA GAGAAAGAAG GGGTTTTTCA AACCAGAAGA
   124021 GGTTTTTCTT TTCTTCTTTA AGTATTTCTA ACTTCGAAAT ATCTTGATTG CCAGAATAAT
   124081 AAGTTGGGCT ATTTTTATAG CACGCTTCTT TTAAGTGCAA GTTGAATTCA TCCTTTGTTT
   124141 TGTCCTTTCC ATTCACTCGG ATCTTTTCCG TTTCATCCAT TTTGTCCGGA TCCTCCTTTT
   124201 CGTCCGAAAA AAGGGAAGGA GGAGGATCTT CTTCGGTGAA TCCCTCTTCT TCCTGTTTAG
   124261 TCTCCTTCGT TTCGGAAGTT TTTTCTATTT CTACATCTAT TTCTTCCTCA ATTTCTTTCC
   124321 TTTCTGAGTT TTCTTTCAAT TTCTTAGTAA AAATGGGTGA CGGCATTCTG CCTAAATAGT
   124381 AGACACAGGT AATAAATAAG AGAATACTAA AGATTCGAGC CATAGAATCT GACACCAGAT
   124441 ACTTATTAGA TCGAATAAGT ACATTAGATC TAATAGAATG ATTTTGCTGT ATCCAAACTA
   124501 ATAACAACCC AACCCATTTC ATGAATAAAA TGTGACCAAT TAACCAACCA ACAAAACTAC
   124561 TTGTTACAAA TAATATCTTG TTGTTGCATC GAAACATATA AATGTTTACT AATCTGGCTA
   124621 ACATTGAACT TGGTAAAATG AAATGGTTGA ATAATTGAAA AATTAGATTA TTCAGGAATA
   124681 CACATTGAAT GCTGAGATTG CGCATTGAAT TTCTGCTAGT AGATCCAAAA AAAAAAAAGT
   124741 TTTTGTGATT GTTCCAGAAG AAATGAAACA AAAGGTAGGG TAGAGCTAGG ACAGTTATTG
   124801 TATGAGGTCT ACCCAATGCT AGATGCAGAG GCGTATAATA GATCGATATG AACATCATGA
   124861 GCTGTCCCAT AATAAAACCA GTTGTTGCTG ATACCTTCTT CTCGGTTCCT TCTTCTCCTT
   124921 CTTCCATAAC CCGAGCTCGG AGAAGGAAGA GATAAGAGGG CCCTATGGAA AATGTGGTCA
   124981 GAAATCCATA ATAAAGTCCG ACCACAACGA CCGAATTGAT TATCTTCATG CATAAGGATA
   125041 ATAGATTACC TAGTAGAAAA GATCGAAAAA TCATCAGAAA CCTCCCTTTT TCTTTTGTAT
   125101 TGAAATTTCT GGATTATTAT ATGATGATTT TTTAACTTTC CATATATAAA TAGAAAGAGA
   125161 TAGACTAGAA ACGACATCTC TTATGTCGAT GACACCAAAG GGATATTAAA TGAATGGAAT
   125221 TGGGATATGG ATGGAATATA ATGAAATAGA GCCACTTTCA GGTTCTCTAT GAAATGAGGC
   125281 ATGGAAGGGA GCCATTACGA AGAAGTTTCG GGAGTTACGA AGGAAGCTTC GAGCTCATAT
   125341 TGGTCATGGG TTGAGAACGA GAATTGAATT CTATGAGATC GAGTCTCCCG GCGTTCCTCA
   125401 GTAGCTCAGT GGTAGAGCGG TCGGCTGTTA ACTGATTGGT CGTAGGTTCG AATCCTACTT
   125461 GGGGAGATTT TATTCATTCT TTAATTCAGA ATGAAATGAA GAGGCTCGCT TTGACCGTTA
   125521 AGAGTAGGTA AGTGGGTAAC CTCTTCCCTG TCTTTTTTTC TATCGCGTCG TATCACATTC
   125581 TCATTCTGTT CTGCGCTATT TGAGAATCTC CGTCAATACC TCGGTGTAGG TCCGGGATAA
   125641 TCTTTTATTC CATAGTCCTG GTGCGGTTGC ATACTGTAAG TAAAAAAGCA CAATAACACG
   125701 TAATAAAAAA AAAGATAAGG CCCATTCCAC TTCGACAAAC CACAACCAAG TTCCATAGCT
   125761 CTAGCTCCGC TATCCCAATC ATGATTTTCC TACTCCCAAA AGGGATAGGT CCTTGTCGGT
   125821 TTTGGGCGAG GAGGGATTCG AACCCCCGAC ACCGTGGTTC GTAGCCACGT GCTCTAATCC
   125881 TCTGAGCTAC AGGCCCCACC CCGCCTCCAC TGGATCTGCT CCCGGGAATA TCGGAACCTT
   125941 TTCTCTCCCC AGCCATTTCA TCTCGGGTTA AGAAGATATG AGAGCGCATT TCTCTCTATA
   126001 AGAACAGTGC ATTACGAGGT GTGAAGTGGG AGAGAAGGAA TGTCATAATT GGGTTTTTGA
   126061 ATAAGACGAC CTTTTCATTC TTATTACGAA AAAGTAATAA GAATGATAGG TGTTAAGCTT
   126121 TTTATCATCC TGGCGTCGAG CTATTTTCCC GCAGGACCTC CCCTACAGTA TCGTCACCGC
   126181 AGTAGAGTTT AACCACCAAG TTCGGGATGG ATTGGTGTGG TTCCTCTACG CCTAGGACAC
   126241 CAGAATATCG AACCGCGAAC TAAGAAAAGC ATGAGAAAAA GGCATATTGG CTAGTGATTG
   126301 TGAGGCCCCA ATTCGTGACT GGAGGGGACA CCAAAGGCCC CCGCCCTTCC ATCCAAGGGA
   126361 TGGATAGAGA GGGAGGGCTT TTGGTTTTTT CATGTTGTCA AAGAGTTTAC CAATGGTTTT
   126421 TTCGTGTTGT CAAAGAATTG AACAATGAAA ATAGATGGCG AATGCCTGAT CGAATTGATC
   126481 GGGTCATGTA GGAACAAGGT TCAAGTCTAT CGGTCTGTTA GGATGCCTCA GCTGCATACA
   126541 TCACTGCACT TCCACTTGAC ACCTATCGTA ATGATAAACG GCTCGTCTCG CCGTGACCTT
   126601 CTCTTGATTG AATTCTCAAA ACTTCTGTCG CTCCATCCCC GCAGGGGCAG AGAACCCGTC
   126661 GCCGTCTCGG CTGTGCTATC GGCGGCTCTG GAGAAGTCGG AATAGGAGAG CACTCATCTT
   126721 GGGGTGGGCT TACTACTTAG ATGCTTTCAG CAGTTATCCG CTCCGCACTT GGCTACCCAG
   126781 CGTTTACCGT GGGCACGATA ACTGGTACAC CAGAGGTGCG TCCTTCCCGG TCCTCTCGTA
   126841 CTAGGGAAAG GTCCTCTCAA TGCTCTAACG CCCACACCGG ATATGGACCG AACTGTCTCA
   126901 CGACGTTCTG AACCCAGCTC ACGTACCGCT TTAATGGGCG AACAGCCCAA CCCTTGGAAC
   126961 ATACTACAGC CCCAGGTGGC GAAGAGCCGA CATCGAGGTG CCAAACCTTC CCGTCGATGT
   127021 GAACTCTTGG GGAAGATCAG CCTGTTATCC CTAGAGTAAC TTTTATCCGT TGAGCGACGG
   127081 CCCTTCCACT CGGCACCGTC GGATCACTAA GGCCGACTTT CGTCCCTGCT CGACTGGTGG
   127141 GTCTTGCAGT CAAGCTCCCT TCTGCCTTTG CACTCGAGGG CCAATCTCCG TCCGGCCCGA
   127201 GGAAACCTTT GCACGCCTCC GTTACCTTTT GGGAGGCCTA CGCCCCATAG AAACTGTCTA
   127261 CCTGAGACTG TCCCTTGGCC CGTAGGTCCT GACACAAGGT TAGAATTCTA GCTCTTCCAG
   127321 AGTGGTATCT CACTGATGGC TCGGGCCCCC CCGGAAGGGG GCCTTCTTCG CCTTCCACCT
   127381 AAGCTGCGCA GGAAAGGCCC AAAGCCAATC CCAGGGAACA GTAAAGCTTC ATAGGGTCTT
   127441 TCTGTCCAGG TGCAGGTAGT CCGCATCTTC ACAGACATGT CTATTTCACC GAGCCTCTCT
   127501 CCGAGACAGT GCCCAGATCG TTACGCCTTT CGTGCGGGTC GGAACTTACC CGACAAGGAA
   127561 TTTCGCTACC TTAGGACCGT TATAGTTACG GCCGCCGTTC ACCGGGGCTT CGGTCGCCGG
   127621 CTCCCCTGTC ATCAGGTCAC CAACTTCCTT GACCTTCCGG CACTGGGCAG GCGTCAGCCC
   127681 CCATACATGG TCTTACGACT TTGCGGAGAC CTGTGTTTTT GGTAAACAGT CGCCCGGGCC
   127741 TGGTCACTTC GACCCCCTTT GTGAGGGGGT ACCCCTTCTC CCGAAGTTAC GGGGCTATTT
   127801 TGCCGAGTTC CTTAGAGAGA GTTGTCTCGC GCCCCTAGGT ATTCTCTACC TACCTACCTG
   127861 TGTCGGTTTC GGGTACAGGT ACCCTTTTGT TGAAGGTCGT TCGAGCTTTT CCTGGGAGTA
   127921 TGGCATGGGT TACTTCAGCG CCGTAGCGCC TGGTACTCGA ACATTGGCTC GAGGCATTTT
   127981 CTCTACCCCT TCTTACCCTG AAAAACAGGG TCACCGTGTG TCCTTGAACC GATAACCATC
   128041 TTTCGGCTAA CCTAGCCTCC TCCGTCCCTC GGGACCAACA AGGGGTAGTA CAGGAATATT
   128101 TACCTGTTGT CCATCGACTA CGCCTTTCGG CCTGATCTTA GGCCCTGACT CACCCTCCGT
   128161 GGACGAACCT TGCGAAGGAA CCCTTAGGTT TTCGGGGCAT TGGATTCTCA CCAATGTTTG
   128221 CGTTACTCAA GCCGACATTC TCGCTTCCGC TTCGTCCATC ACTGGCTCGC GCCGGTACTT
   128281 CCCTCTAGGC GGAACGCTCC CCTACCGATG TTTTTTTACA TCCCACAGCT TCGGCAGATC
   128341 GCTTAGCCCC GTTCATCTTC GGCGCAAGAG CGCTCGATCA GTGAGCTATT ACGCACTCTT
   128401 TCAAGGGTGG CTGCTTCTAG GCAAACCTCC TGGCTGTCTC TGCACCCCTA CCTCCTTTAT
   128461 CACTGAGCGG TCATTTAGGG GCCTTAGCTG GTGATCCGGG CTGTTTCCCT CTCGACGATG
   128521 AAGCTTATCC CCCATCGTCT CACTGGCCGA CCTTGACCCC TGTTATTTGG AGGTCATATC
   128581 TAGTATTCAG AGTTTGCCTC GATTTGGTAC CGCTCTCGCG GCCCGCACCG AAACAGTGCT
   128641 TTACCCCTAG ATGTCCAGTC AACTGCTGCG CCTCAACGCA TTTCGGGGAG AACCAGCTAG
   128701 CTCTGGGTTC GAGTGGCATT TCACCCCTAA CCACAACTCA TCCGCTGATT CTTCAACATC
   128761 AGTCGGTTCG GACCTCCACT TAGTTTCACC CAAGCTTCAT CCTGGTCATG GATAGATCAC
   128821 CCAGGTTCGG GTCCATAAGC AGTGACAATT GCCCTATGAA GACTCGCTTT CGCTACGGCT
   128881 CCGGTGGGTT CCCTTAACCA AGCCACTGCC TATGAGTCGC CGGCTCATTC TTCAACAGGC
   128941 ACGCGGTCAG AGCTTCTACT GCGCCTCCTC CCACTGCTTG AGAGCTTACG GTTTCATGTT
   129001 CTATTTCACT CCCCGATGGG GGTTCTTTTC ACCCTTCCCT CACGGTACTA CTTCGCTATC
   129061 GGTCACCCAG GAGTATTTAG CCTTGCAAGG TGGTCCTTGC TGATTCACAC GGGATTCCAC
   129121 GTGCCCCATG CTACTCGGGT CAGAGCGTAA GCTAGTGATG CTTTCGGCTA CTGGACTCTA
   129181 GCCATCTAGG GTGCGGTACT CCACCGCTTC GCCTAGCAGC ACGACGCTTG TATTGCTCTC
   129241 CCACAACCCC GTTTTCACGG TTTAGGCTGC TCCCATTTCG CTCGCCGCTA CTACGGGAAT
   129301 CGCTTTTGCT TTCTTTTCCT CTGGCTAGTA AGATGTTTCA GTTCGCCAGG TTGTCTCTTG
   129361 CCTGCCCATG GATTCAGCAG CAGTTCGAAA GGTTGACCTA TTCGGGAATC TCCGGATCTA
   129421 TGCTTATTTT CAACTCCCCG AAGCATTTCG TCGATTACTA CGCCCTTCCT CGTCTCTGGG
   129481 TGCCTAGGTA TCCACCATAA GCCTTTCCTC GTTTGAACCT CGCCCTTACC TTAACTATGC
   129541 CATCCTAAGG TGCTGCTAAA TGTAAATAGA AGGATCTTAT CAACGTCCAT GAATGAAAAA
   129601 TCATAGATCG AACGGCCGAA TCGGAAAAAT TGGGTGCTAT CATATAGCTT TGTATCGGCT
   129661 AAGTTCACGA GTTGGAGATA AGCGGACTCG AACCGCTGAC ATCCGCCACA GGGTAAACCA
   129721 CCGTCTCTCA GGCCCCCGAC TGACTGATTC TACCATAGAG GCCAACGATA GACAATAACT
   129781 CCCCCCCGAA CACAGCTTAC AACTTTCATC GTACTGTGCT CTCCGAAGAG CAACTCTTCT
   129841 CAAAATCTCA ATGAGGTGGA ATCCAATTCT AACTAAGGAT TCGTGTGGTT CCGGAGGATT
   129901 CAGCTACAGG AGAACCAGGA ACAGAGAGCT TTCCCCCCTT TTCCGCCCGT CTTAAGAATG
   129961 CCGGTTTTAA GAATGAGTGA TTGCCCTTCT CCGACCCTTA CTGCCCAACC TGGGAGTGGA
   130021 CAGCTAATGC GTTCCACTTA TTGAATTGAA CAGGGTTCTA TGGTCGGCCC GTGACCCCTG
   130081 GATGCCGAAG GCGTCCTTGG GGTGATCTCG CAGTTCCTAC GGGGTGGAGA CGATGGGGTC
   130141 GGTCCATGGA TTTCCTTCCT TTAATGCGGC ATTTCGCTCA AAGGGTTGAA GGGAGATAGT
   130201 GCATCAAGCT GTTCGCAAGG ACCAACTTGA TCCTCTTCCC CAGGATCCAA GATTAGGGAA
   130261 CCCTAGGAGA GCCGCCGACT CCAACTACTG TCCATGTACG ATCCATACTA GATCTGACCA
   130321 ACTACCCATC CTACCTCCTC TACGTTCTTG ACAGCCCATC TTTGTTTTGT CTCAGTAGAG
   130381 TCTTTCAGTG GCATGTTTCG GTCCTCTTCC CCATTACTTA GAAAAAGTGA GCCACCGGTT
   130441 CAGGTACAAG ATACTATCAT TACCGCCTGG ACAATTAGAC ATCCAACCCG TAATCGCAAC
   130501 GACCCAATTG CAAGAGCGAA GCTCTACCAA CTGAGCTATA TCCCCCCGAG CCAAGTGGAG
   130561 CATGAAGGAG TCAGACGCTT CTTCTATTCT TATTATTTTG GCGCAGCTGG GCCATCCTGG
   130621 ACTTGAACCA GAGACCTCGC CCGTGAAGTA AATCATCGCA CCTACGGTCC AATCAAGTTG
   130681 GAGAGAATCA ATAGATTACT TTTCGGGAGC GATTCATCCT TCCCGAACGC AGCATACAAC
   130741 TCTCCGTTGT ACTGCGCTCT CCAAGTGTAC TTGTTCCCCC CTTCTTCCTT CTTACCATGG
   130801 CAAGTCTTTG TGAAATAACC CCGATGAGAA GAAAAAAGAA GGCATTAATA GAACCTCCTG
   130861 GCCCAACCCT AGACACTCTA AGATCCTTTT TCAAACCTGC TCCCATTTCG AGTCAAGAGA
   130921 TAGATAAATA GACACATCCC ATTCCACCGG TCGGGGGGCG TTCGTCGTGA CTGAGGGGGT
   130981 CGAAGACCAA GAAGTGAGTT ATTTATACCA AGCATTCTTC TTACGGCTAG ATCCAATCTC
   131041 CTGGTCCCTG CGGAAAGGAA AAAGAATTTC ACGTTCTTCC TTTCGGGAAG GGAGGATTAG
   131101 GGAAATCCTA TTGATTGCAG CTTTCTCCAG ACCTCTGGGA AAGCATGAAA AAAAGGCTCG
   131161 AATGGTACGA TCCTTCCGTC ACCCCATTCA TTCTGGGGTG ATCTCGTAGT TCTTGGTCTG
   131221 TGAAGATGCG TTGTTAGGTG CTCCATTTCC ATTGAGGCCG AACCTAAACC TGTGCTCGAG
   131281 AGATAGCTGT CCATACACTG ATAAGGGATG TATGGGTTCT CGAGAAGAGA GGAGCCGTAG
   131341 TGGTCCCCCC CGGACCGCCC GGATCCCACG AGTGAATAAA AAGTTGGATC TACATTGGAT
   131401 CTCACCTGAA TCGCCCCATC TATCCTCCTG AGGAGAAGTT TGGTTTCAAA CCCCGGTTCG
   131461 AACAGGAGGA GTACGCCATG CTAATGTGCC TTGGATGATC CACATCTCAA GGTCAGGCGC
   131521 TGATGGGCAC ATTGAACTAT CCATGTGGTT GAGAGCCCTC ACAGCCCAGG CACAACGACG
   131581 CAATTATCAG GGGCGCGCTC TACCACTGAG CTAATAGCCC GTCGTGCGGG CCCCCGGAGG
   131641 GAGGCCCGCA ATGCCAAACG TGAGAGAAAC CCCATCCCTC GCTTTCCTTT TTTTGCCCCC
   131701 ATGTCGCCAC ACAGGGGACA TGGGGACGTA AAAAGGGGAT CCTATCAACT TGTTCCGACC
   131761 TAGGATAATA AGCCCATGAG CTTGGTCTTA CTTCACCGCC GAGAAACGAA AGAAGACTTC
   131821 CATCTCCAAG TTTAACTCAG ACGTCGCTCG CTTCTTTTGG GGTGTGAAGC AGTGTCAAAC
   131881 CAAAATACCC AACAAGCATT AGCTCTCCCT GAAAAGGAGG TGATCCAGCC GCACCTTCCA
   131941 GTACGGCTAC CTTGTTACGA CTTCACTCCA GTCACTAGCC CTGCCTTCGG CATCCCCCTC
   132001 CTTGCGGTTA AGGTAACGAC TTCGGGCATG GCCAGCTCCC ATAGTGTGAC GGGCGGTGTG
   132061 TACAAGGCCC GGGAACGAAT TCACCGCCGT ATGGCTGACC GGCGATTACT AGCGATTCCG
   132121 GCTTCATGCA GGCGAGTTGC AGCCTGCAAT CCGAACTGAG GACGGGTTTT TGGGGTTAGC
   132181 TCACCCTCGC GGGATCGCGA CCCTTTGTCC CGGCCATTGT AGCACGTGTG TCGCCCAGGG
   132241 CATAAGGGGC ATGATGACTT GACGTCATCC TCACCTTCCT CCGGCTTATC ACCGGCAGTC
   132301 TGTTCAGGGT TCCAAACTCA ACGTTGGCAA CTAAACACGA GGGTTGCGCT CGTTGCGGGA
   132361 CTTAACCCAA CACCTTACGG CACGAGCTGA CGACAGCCAT GCACCACCTG TGTCCGCGTT
   132421 CCCGAAGGCA CCCCTCTCTT TCAAGAGGAT TCGCGGCATG TCAAGCCCTG GTAAGGTTCT
   132481 TCGCTTTGCA TCGAATTAAA CCACATGCTC CACCGCTTGT GCGGGCCCCC GTCAATTCCT
   132541 TTGAGTTTCA TTCTTGCGAA CGTACTCCCC AGGCGGGATA CTTAATGCGT TAGCTACAAC
   132601 ACTGCACGGG TCGATACGCA CAGCGCCTAG TATCCATCGT TTACGGCTAG GACTACTGGG
   132661 GTATCTAATC CCATTCGCTC CCCTAGCTTT CGTCTCTCAG TGTCAGTGTC GGCCCAGCAG
   132721 AGTGCTTTCG CCGTTGGTGT TCTTTCCGAT CTCTACGCAT TTCACCGCTC CACCGGAAAT
   132781 TCCCTCTGCC CCTACCGTAC TCCAGCTTGG TAGTTTCCAC CGCCTGTCCA GGGTTGAGCC
   132841 CTGGGATTTG ACGGCGGACT TAAAAAGCCA CCTACAGACG CTTTACGCCC AATCATTCCG
   132901 GATAACGCTT GCATCCTCTG TCTTACCGCG GCTGCTGGCA CAGAGTTAGC CGATGCTTAT
   132961 TCCCCAGATA CCGTCATTGC TTCTTCTCCG GGAAAAGAAG TTCACGACCC GTGGGCCTTC
   133021 GACCTCCACG CGGCATTGCT CCGTCAGGCT TTCGCCCATT GCGGAAAATT CCCCACTGCT
   133081 GCCTCCCGTA GGAGTCTGGG CCGTGTCTCA GTCCCAGTGT GGCTGATCAT CCTCTCGGAC
   133141 CAGCTACTGA TCATCGCCTT GGTAAGCTAT TGCCTCACCA ACTAGCTAAT CAGACGCGAG
   133201 CCCCTCCTTG GGCGGATTCC TCCTTTTGCT CCTCAGCCTA CGGGGTATTA GCAGCCGTTT
   133261 CCAGCTGTTG TTCCCCTCCC AAGGGCAGGT TCTTACGCGT TACTCACCCG TCCGCCACTG
   133321 GAAACACCAC TTCCCGTCCG ACTTGCATGT GTTAAGCATG CCGCCAGCGT TCATCCTGAG
   133381 CCAGGATCGA ACTCTCCATG AGATTCATAG TTGCATTACT TATAGCTTCC TTGTTCGTAG
   133441 ACAAAGCGGA TTCGGAATTG TATTTCATTC CAAGGCCTAA ACTTGTATCC ATGCGCTTCA
   133501 TATTCGCCTG GAGTTTGCTC CCAGAAATAT AGCCATCCCT ACCCCCTCAC GTCAATCCCA
   133561 CGAGCCTCTT ATCCATTCCA TTCTCATTAA ATCACGGCGG GGGAGCAAGA AAAACTCACA
   133621 TTGGGTTTAG GGATAATCAG GCTCGAACTG ATGACTTCCA CCACGTCAAG GTGACACTCT
   133681 ACCTCTGAGT TATATCCCTT CCCTGCCCCC CCTCGAGAAA TAGAAATGAC TAATCCTAAG
   133741 GCAAATGGTC TAGAAACTCA ACGCCACTAT TCATTTTTGT CTTGAACAAC TTGGAGCCGG
   133801 GACTTCTTTT CGCACTATTA CAGATACGAA AATAACAGGA CAATTTGGAT TCAATTATCA
   133861 ACTGCTCCTA TCGGAAATCG GATTGACTAC GTATTTGAGC CATAGCCCAC GCTTTCATAA
   133921 AAAAAAGCGT ACGCTTTTAC CGATCTAAAT CAAGCAGGTT TTACATGAAG AAGATTTGGC
   133981 TCGGCATGTT CTATTCGATA TAGGTAGGAG AAGAACCCGA CTCGGTATTA AATTAAAAAA
   134041 GAATATTATA GAAGAAGCAG AATCAAGTCA AGATGATACG ACCCCTTTTG TGCCAAAGAT
   134101 CTTACCCTTT CCAAAGGAAC TTCCATCTCT TTTCCATTTA CATTCAAGAG TTCTTATGTG
   134161 TTTCCACGCC CCCCGAAAAA GGGACAAATT CCTTTTCTTA GGAACACATA CAGCATTCGT
   134221 CACTCCAAAA AGGATAATGG TAACTCCACC ATTAACCACT TCATTTATGA ATTTCATATT
   134281 CATAGTAATA AAAATACATG TCCTACCGAG ACAGAATTTT TAACTTGCTA TCCTCTTTCT
   134341 TGCCCAGCAG GCAAAGATTT ACCCCTGTGG AAAGAAAGGA TGATTCATTC CATTCGGATC
   134401 GACATAAGAG TCCAACTCCA TTGCATTGTC AGAATCTGTG TTGTATATTT GAAAGAGGTT
   134461 GACCTCCTTG CCTCTCTCAT CGTACAATCC TCTTCCTGAC GAGCCTCCCT TCTCCTCGGT
   134521 CCACAGAGAC AAAGACAAAA TAAAAAAAGG AGGGCTTGGT GCCAACAGTT CATCACGGAA
   134581 GAAGGGACTC ACTGAGCTAG GATCACTAAC AATACTAATA TAATAGAAAA GAACTGTCTT
   134641 TTCTGTATAC TTTCCCCGGT TCTCTTGCTA CCACGGGTTT TACTTTACGC AATCGATCGG
   134701 ATCATATAGA TATCCCTTCA ACACAACATA GGTCATCGAA AGGATCTCGG AGACCCACCA
   134761 AAGCACGAAA GCCAGGATCT TTCAGAAAAA GGATTCCTAT TCGAAGAGTG CATAACCGCA
   134821 TGGATAAGCT CACACTAACC CGTCAATTTG GGATGATCCA ATTCGGGATT TTCCTTGGGC
   134881 GGTATCGGGA AGTAATTGGA ATGTAATCGA TTCATGCAGA AGAAAAGGTT CTCTATTGAT
   134941 TCAAACACTG TACCTATGGG ATAGAGGAAG AGGAAACCCG AGGATTTTAC ATAGTACTTT
   135001 TGATTCTCTC TCGAAAATAA AAAAAAATCT GATTTCTTTC GTACCCCTCG CTCAATGAGA
   135061 AAGTGGGTCA TATTCTACAG GATCAAACCT ATGGGACTTA AAGAATTATG GAAGGGATCC
   135121 AATTGCTTCG AAAGAATTGA ACGAGGAGCC GTATGAGGTT AAAATCTCAT GTACGGTTCT
   135181 GTAGAGTGGC AGTAAGGGTG ACTTATCTGT CAACTTTTCC ACTATCACCC CCAAAAAACC
   135241 AAACTCTGCC TTACGTAAAG TTGCCAGAGT ACGATTAACC TCTGGATTTG AAATCACTGC
   135301 TTATATACCC GGTATTGGCC ATAATTTACA AGAACATTCT GTAGTCTTAG TAAGAGGGGG
   135361 AAGGGTTAAG GATTTACCCG GTGTGAGATA TCACATTGTT CGAGGAACCC TAGATGCTGT
   135421 TGGAGTAAAG GATCGTCAAC AAGGGCGTTC TAGTGCGTTG TAGATTCTTA TCCAAGACTT
   135481 GTATCATTTG ATGATGCCAT GTGAATTGCT AGAAACATGT GAAGTGTATG GCTAACCCAA
   135541 TAACGAAAGT TTCATAAGGG GACTGGAGCA GGCTACTATG AGACAAAAGG TCTTCTTTCT
   135601 AAAGAGATTC GATTCGGAAC TATTATATGT CCAAGGTCCA ATATTGAAAT AATTTCAGAG
   135661 GTTTTTCCTG ACTTTGTTCG TGTCAACAAA CAATTCGAAA TACCTCGACT TTCTTAGAAC
   135721 AAGTCTGAGT CAAATAGCAA TGATTCGAAG CACTTCATTT TACACTATTT CGGAAACCCA
   135781 AGGACTCAAT TGTATGGATA GGGAAAATAC AGGATTTCCA ATCCTAGCAG GAAAAGGAGG
   135841 GAAACGGATA CTCAATTTAA AGTGAGTAAA CAGAATTCCA TACTCGATCT CATAGATACA
   135901 TATCGAATTC TGTGGAAAGC CGTATTCGAC GAAAGTCGTA TGTACGGCTT GGAGGGAGAT
   135961 CTTTCATATC TTTCGAGATC CACCCTACAA TATGGGGTCA AAAAGCCAAA ATAAGTTATT
   136021 TTAGCCCTTA TAAAAAGAAA ACTGACTCTT GAACCCCTTT CACGCTCATG TCACGTCGAG
   136081 GTACTGTAGA AGAAAAAATG GCAAAATCCG ATCCAATTTA TCGTAATCGA TTAGTTAACA
   136141 TGTTAGTTAA CCGTATTCTG AAACACGGAA AAAAATCATT GGCTTATCAA ATTATCTATC
   136201 GAGCCGTGAA AAAGATTCAA CAAAAGACAG AAACAAATCC ACTATCTGTT TTACGTCAAG
   136261 CAATACGTGG AGTAACTCCC GATATAGCAG TAAAAGCAAG ACGTGTAGGC GGATCGACTA
   136321 ATCAAGTTCC CATTGAAATA GGATCCACAC AAGGAAAAGC ACTTGCCATT CGTTGGTTAT
   136381 TAGGGGCAGC CCGAAAACGT CCGGGTCGAA ATATGGCTTT CAAATTAAGT TCCGAATTAG
   136441 TGGATGCTGC CAAAGGGAGT GGCGATGCCA TACGCAAAAA GGAAGAGACT CATAGAATGG
   136501 CAGAGGCAAA TAGAGCTTTT GCACATTTTC GTTAATCCAT ATATTTCTTT TCTCGAAACA
   136561 AATGAAAGAG AAATCATGGA TCAACTAAGC CCTCTCGGGA ACTCACTTAA GAATAAGAAA
   136621 GAGGAATCTC ATGTAAATAC CATGGAATAA GGGTTGATCC TATTCATGGG TATTCTGTAA
   136681 ATATAAATAT TCCATTTAAA AAATAGAAAG TTCGAAACGA AACAATTAGG TTTTTTTTGG
   136741 AGATTGGATG CAGTTACTAA TTCATGATTT GGCATGTACA GAATGAAAAC TTCATTCTCG
   136801 ATTCTACGAG AATTTTTATG AAAGCCTTTC ATTTGCTTCT CTTTGATGGA AGTTTTATTT
   136861 TTCCAGAATG TATCCTAATT TTTGGCCTAA TTCTTCTTCT GATGATCGAT TCAACCTCTG
   136921 ATCAAAAAGA TATACCTTGG TTATATTTCA TCTCTTCAAC AAGTTTAGTA ATGAGCATAA
   136981 CAGCCCTGTT GTTCCGATGG AGAGAAGAAC CTATGATTAG CTTTTCGGGA AATTTCCAAA
   137041 CGAACAATTT CAACGAAATC TTTCAATTTC TTATTTTACT ATGTTCAACT CTATGTATTC
   137101 CTCTATCCGT AGAGTACATT GAATGTACAG AAATGGCTCT CACAGAGTTT CTGTTATTCG
   137161 TATTAACAGC TACTCTAGGA GGAATGTTTT TATGCGGTGC TAATGATTTA ATAACTATCT
   137221 TTGTAGCTCC AGAATGTTTC AGTTTATGCT CCTACCTATT ATCTGGATAT ACCAAGAAAG
   137281 ATGTACGGTC TAATGAGGCT ACTACGAAAT ATTTACTCAT GGGTGGGACA AGCTCTTCTA
   137341 TTCTGGTTCA TGGTTTCTCT TGGCTATATG GTTCATCCGG TGGAGAGATC GAGCTTCAAG
   137401 AAATAGTGAA CGGTCTTATC AATACACAAA TGTATAACTC CCCGGGAATT TCAATTGCGC
   137461 TTATATTCAT CACTGTAGGA ATTGGGTTCA AGCTTTCCCC AGCCCCTTCT CATCAATGGA
   137521 CTCCTGACGT ATACGAAGGA GTGCGATTCG TTCGAGAAAT TCCTACCTCT CTATCTCTGA
   137581 GATGTTTGGA TTTTTCAAAA CTCCATGGAC ATGCAGAAGA GAAATGCTAT CCCCACTCGG
   137641 ACCAAGACAT AACTTTTACT TGTTCAAATA ACAATTAAGG TGAAGCAGGG TCAGGAACAA
   137701 CGAATCTCTT TATGATATCC ATTTTGCAAG TTCGTTATTA CGGGTAGTTC CTACAAAGGA
   137761 TCGGACTAAT GATGTATACT CGAATTCTCG ACGTAGATGC TACATAGTGG GTTCTCATCC
   137821 TTCAGAGACT ACGAGTGTAA TAGGAGCATC CGTCGACAAA AAGATCACCC TAAGATGATC
   137881 ATCTTATGGC TATTGAGAAC GAATCAAATC AGATGGTTCT ATTTCTCAAT CTTTCTGACT
   137941 TGCTCCTACG GAACCCAGAT CGAAAAGATT GAAAAAATAA GTCATTCGCA ACCACTGATG
   138001 AAGGATTCCT CGAAAAGTTA AGGATTAGTA ATCTTTTTTA GAAATCGAAC GGATTCGGTC
   138061 TTATACATAC GCGAGGAAGG TAATCAAAAA AGAAAGAAGA ACTCATCTTC TTTCTTTTAT
   138121 CACTTAGGAG CCGTGCGAGA TGAAAGTCTC ATGCACGTTT TTGAATGAGA GAAAGAAGTG
   138181 AGGAATCCTC TTTTCGACTC TGACTCTCCC ACTCCAGTCG TTGCTTTTCT TTCTGTTACT
   138241 TCGAAAGTAG CTGCTTCAGC TTCAGCCACT CGAATTTTCG ATATTCCTTT TTATTTATCA
   138301 TCAAACGAAT GGCATCTTCT TCTCGAAATA CTAGCTATTC TTAGCATGAT ATTGGGGAAT
   138361 CTCATTGCTA TTACTCAAAC AAGCATGAAA CGTATGCTTG CATATTCGTC CATAGGTCAA
   138421 ATCGGATATG TAATTATTGG AATAATTGTT GGAGACTCAA ATGATGGATA TGCAAGCATG
   138481 ATAACTTATA TGCTGTTCTA TATCTCCATG AATCTAGGAA CTTTTGCTTG CATTGTATTA
   138541 TTTGGTCTAC GTACCGGAAC GGATAACATT CGAGATTATG CAGGATTATA CACGAAAGAT
   138601 CCTTTTTTGG CTCTCTCTTT AGCCCTATGT CTCTTATCCC TAGGCGGTCT TCCTCCACTA
   138661 GCAGGTTTTT TCGGAAAACT CTATTTATTC TGGTGTGGAT GGCAGGCAGG CCTATATTTC
   138721 TTGGTTTTAA TAGGACTCCT TACGAGCATT CTTTCTATCT ACTATTATCT AAAAATAATC
   138781 AAGTTATTAA TGACTGGACG AAACCAAGAA ATAACCCCTC ACGTGCGAAA TTATAGAAGA
   138841 TCCCCTTTAA GATCAAAGAA TTCCATCGAA TTGAGTATGA TTGTATGTGT GATAGCATCT
   138901 ACTATACCAG GAATATCAAT GAACCCGATT ATTGCAATTG CTCAGGATAC CCTTTTTTAG
   138961 CTTCTAAAGT CTATTTCTTA GTTCAAGATC CCTCTTACTA ACTGGAATCA AAGAATTAGT
   139021 AGATCTGTTC CTCCGCCAAA AATGGGAATG GACTAGGTTT ATGAACTTAT AATCTAGAAT
   139081 CTGATGATCG AGTCGATTCC ACGATTATAA GTTCATTCCA TACCGGACCA GAATAGGGTT
   139141 ATAGACATGC TCATTATGAG AGGGGGTCAT TCGAGCGTAT CTAAATAGAT ACTATGTTTA
   139201 CATATATGGA TCCCCACGTC GTTCCATCCC ATCTAGGATT AGGAATAGGG GAAATCGGAC
   139261 CTGCTTTTTA CATCTCTCGT GGGACCCTAT TCATCTCTTT AGGCTTCTAT TGAGTCGAAA
   139321 AATCGGTTTG ATTGTCCATC TTTTTGATAT ATTATAATTT TATTTTTATT ATATAATCAA
   139381 TTAAGTATAA GGCATCCTCC GGATAATTCA AATCGAAGCA ATTGGATGTC CGACTCGGGC
   139441 CTATATGACC GATCAATAGA AATACTCCAA CACTCCACCT TTATCATATA TTCCATACAT
   139501 CACACTAGAT AGATATCATA TTCATGGAAT ACGAATCACT TTCAAGATGC CTTGGTGGTG
   139561 AAATGGTAGA CACGCGAGAC TCAAAATCTC GTGCTAAAGA GCGTGGAGGT TCGAGTCCTC
   139621 TTCAAGGCAT AATATTGAGA ATGCTCATTG AATAAGTTCG GCAGCGGATC ACGAAATCTT
   139681 GGTGATCTTC TCTATCTAAT GAAGGGGGAG TCCGCTTTGA AATCATCCGC CCTGCACCCC
   139741 CCCGAGTATA TGCTTCAACA AAAATCGCAC AAGGGGAGAT TGATACAATA GAAACCTCTG
   139801 GTAAAATGCC TGCCCATAAC GTAACTCAGC ATATAAATTA CAAAGTCCGT TTTAGGGATT
   139861 GGCGACTTAC CCCTTCAGCA CTGTACGTTC CCAAAATAGG CACTATCGGG TCGGATGAAT
   139921 TCAATAATAG ACACCTCTTG GCATTCCAAA CTTCCTTTCA GGGCCTATCC GAAAGAGAAT
   139981 CCAGTACTTC TTGGTCGTGA ATATCTGAAT GAGAGCCGCC CCGTGGATAT CTTTGCTTCG
   140041 GAACAAAACA ATTAAAATTA GGCTTTAGGC TCGGTCAACG GGACTGTGTA TTATCCATAT
   140101 AGGGTATTTT ATTTCGATTT TTTTAGTTAT TCAGTCAAAC CAATGATTCG TTATTGGAAC
   140161 AGATAGCAAC AACCATTTCA ACAGACATGC GTCTTTTTTA TTTTCCAATG GATTTACATA
   140221 ATGGAAATTT TTTGATGTAG TGAGTAATAG GATCTGGTTG TTCGCTGTTC AAGAATTCTT
   140281 GTTTAGGCAG TTCATACCAT CCATATATAG TGTTTTGATC TAAGATTTCA ATTATTCCAT
   140341 GTTTCAGCAG TAGCATAGTG TTCCGTGGAG CTAAGGTCCT AAATATGGAA AAACAAGTGT
   140401 TTCCACGCCT CTACCACCCA GTCAATTCTG TTCCACTTAA TCCCCCTTTC ATGGCCACAT
   140461 ATCTTTCCGG CTAAGGAATG GGAAATCTTT CTCCTCTTAC ATGAATCCAA ATTTCATTTC
   140521 ATCCGGGAAA AGCCACCTTT TTCTCAACAA TGTCTTTGTC ATTTGATCCA ATAGTGTTCC
   140581 ATTAGATAGG AACATATTTG ATAAATACTG ATAACTCTCA GATAGAGTAT TAGAACGGAA
   140641 AGATCCATTC GATAATGAAC TATTGGTTCT AAGCCATCTC TGGCGATTAA TCAACAATTC
   140701 AAAGTGCTTT TCTTGCGTAT TCTTGATAAA CCAGCGTTTA TATATAGATA TAGGAGTATC
   140761 CTTTTGAGAA GTAAGAAGCC CCTTTGACAT CTCTTCATCT GCAAAGAATT CTCGATGTGA
   140821 AAACACAGAT ACAAAGGGCT GATCTTTGGA TAGGAAAAAG AGTGGATCTG CAGGGTCCCA
   140881 AATGAATTGC AAAAAGCCCT GTTCTTTGGA AGATCTATCT CGTGTCTGAT ACTGCATGGT
   140941 TCCACTCTGC AAGAACTCCG AATCATTCTC TTGAAGCTCA TCCTCTTCAT CATAAATGAT
   141001 CCGCTTGCCC CGCAATGACC CGGCCCAATA AGGAAATCCC AATTCATTGG GCCTTTCGAT
   141061 ACAATCAAAT AGAAAGCTCC GGGGGTTCCA TATTCTAGGA GCCCAAACTA TGGGATTGAA
   141121 TAAATCCTCC TCTATCTGTT GCGGATCGAG GGCTACCCCC CTTTTTTCCA ATTCCGATTC
   141181 GTATTTTTCA TAGAGAAATC TATGATCAAG GATAGAACAA GATCCATTTT GCATCATATC
   141241 TAAGGGATTC CTTAGTTCGG GCCGAAGAAA CAATGTCACT CGATCATTAT CAAACTGACT
   141301 GCAATCTTTT TCTGTCCGTG GGGATCCCAC CAGAGCTTTT AATAGACCAT GAACTAGATC
   141361 AGAATCATTC TCAACGAGTC CATAAGAAGT GATCCCATTT TTTTCATCGG GTCCGGGTAG
   141421 AGACCAAAGA TCTTGAGCGA CCAATCCGGC AGAACAACTC AAAAGATAAA GAAGTATCAT
   141481 TAATTTCTTC ATGCTCGTTC CAAGTTCGAA GTACCATTTG TACAAAGAAG AATGCCCTTC
   141541 GTTACATGAT TTCTTCTTCA TATAGATAGA TATAGGATCT ATAGGGCAAT TACTTAGAAG
   141601 TACATTTTGT GCAACAGCCC TTCCTATCTG ATAGAAAAAG ATCCCATGAT CCTGAACCGA
   141661 TCTTACCTGG GATCGCAAAT CCCAAGTTTG TCTATGAAGA GCAGATCTAA TTGTATTAGT
   141721 GTATATAATT GATTTCTTCT GTGTAATACT AATCGATAGG GCCTCATTAG TAAGTGCTAC
   141781 AAGATCTCGT ACATTGGAAC CCATGGTTAT GGACCCGAAT CCATTAGTAT GGAACATTTT
   141841 CTTTTCCAAG CGAAATCCCC TAGTATATGA AAGAGTGAAA AAGTGCTTTC GTTGTTGTGG
   141901 AATAAGAAGC CTTCGTATCT TAATACATGT ATTTAAATTA TTCGGAGCTA GTAGAGCGGA
   141961 ATCCACTTTT TGAGGAATAT GAGTCGAAGC AATAACAAGA ATATTTCTAG TGGACCCTCT
   142021 TTCACAATCC CTGTAGAGAT AGTTCACTAA TAGGCCGAGG GATAAGTAAT TCGACTCATT
   142081 CACATCCAGA TCATGAATGT TTGAAATCGA TATTATGCAA GGAGACATTG CTTTTGCTAA
   142141 TTCGACTTGA AGGGTGATAG AAAATGGGTC GATTTCCGGC ATCATATCCA TAGTTAGCAC
   142201 ATTCATCATA GTTAGCAGCT CCAGCTCCAT ATCAAGGTCA CGATCGATAT CGTCACTAGC
   142261 ATCAATAAGA AAACCTTTAA GCTTGTTATC CAGGAACTTG TTCAAAAATA CCGTAATAAA
   142321 AGGAGCATAG GAGTTTGTCG CTAGGTATTT GACCAAATAG GATAGCCCAG TTCCTATAGA
   142381 ACCTATCACT AAAATACCCC TAGAGAGGGA TAAGGCTAAG CGGAGCGAAA AGGGTTTTCC
   142441 ATGAGATGGG AAATGAAACC TATTAGCCCC ACACGAGGTT TGTGAATAAG TGATTGTCTG
   142501 ATAATGAGCA AGGAATACCC GTCTTTCTGC TAAACAAGAT GTATTGAACT CATAATTCAT
   142561 TAGATACTTT TTATGAATGT CAACTAAGTC TCGTAAGTAA ATTGCTCCCG GTTGTTCAAT
   142621 CATTTGATAA CCAGAGTCGT TCTTTAATAA ATGATCACTA TGAGTCAGAC TCAATAGAAT
   142681 TTTATCACTC CTTTTTTCTC TCGTTAAAGT GGAGAACTGA ACCAATAATT CTCTTTCTTC
   142741 TTCATCAATC GAATCACTGC TCGCGACCCA GGATTCTATT TTATCCTCAA TCCAATCACC
   142801 ATTCACCCTT TTTCTTATCA ATGAATAGAT CTCTTTACTT GTATGACTTA GATGTCTCGT
   142861 ATTTCTCGAA AAAGTAATTC GATTGATGGG ATTTGGTATG ATACTTAGGA GATCGATGAG
   142921 ATTAATATTA AAATCTTTTT TATTAGAACG TATTGATTTG ACCCCATAAG CGGGACCACC
   142981 ACCCAAAGGC ATGTTGCCGC CAGAAGCAGA ACCCCGTATT TCTTCTAGGG AATCTCCTAA
   143041 TTGTTCCAGA GCAACCAGAC AGAGATTCTT TAACCAGAAG GAATTAGATT CCGATGTAGG
   143101 ATACCTATCC AGAAGTTTTC GCAACTCAAT CATGTATGAT GGAGTCATCA AAGATTTGAC
   143161 CTTTTCGAAC TCTGTCTGTA ACTCACTAGA GGCTCGGAAA ACAAAGAGAA GATGTGTACG
   143221 AACGAGATAT CCAGCAACAA GAAGAAGAAA AAAGATTGAA TAGAAGAACT CCCGAACATT
   143281 TGGCGATCCC AGATGTGCCC ATATCAATAA TGACTCATTA TTTCGATGAA TCATTTCTTC
   143341 GGACAGAAGA AGATTATGTA AACACTTGTT CGAAATCTCA CTTATCAGAT TCCATTGTGG
   143401 AAGACACACT TTTTTCTGAA GAATTCGCCA TGATATATAT GATCCGTGCA TAATATCATG
   143461 AAAAAAAGAT AAAAATTTTT GACTGCTACT TAGTATCGGC AATAGGTCTG AAAAAGTATC
   143521 GACAAATAGA AAATTTAGAT ATTTGTACCC TGTCGAAGTA AGGAACCATG GCATATATGT
   143581 TTGGAATAGA TTCCATTTTG AGAGAGTTGA AAAAGCGCTA TCTCGTTGAA AGGTTCTATA
   143641 CATCTGCCCT TTCTCAACAC ATTTCTTTAG ACAAAGACTC TGTTTTTTCC TCTTTTCCGA
   143701 TGGTAAATAT TTCTCAGAAC ATGGAGTGTA AATCAAACCC ATGTTTGAAT TTAAATTGAG
   143761 ATACTGATGC AAGTTCTTCC TTTCTGAATC AGATAGATTC ATATCTGAAA GAGGTTGACA
   143821 AAAAGTTCTT TCAAAATGGA CTATTTGTCC CTCTGTTAGA GGTGTTCCAG AAACGTCTGT
   143881 GATCGAGTAA ATAGTTCTAC GAACGAATAG ATCGGATCGA ATTGTAAAAT CGTTAGGTAT
   143941 GAATATGTTA GATACCTCTG ACTCGATTGG TGAAATCAAA TCTCTCTCCA AAAAAGCATG
   144001 TTTTTTTTTA CCGACACACA AAGAAAAGCG AATGAACAAG ATATCGCGGA ATTGTTTAGA
   144061 CGTAAAATCA TAATAATTGA TACGGGCCTT TTCCATATAA AAAAGGAATC TTTTGCTACA
   144121 GAAGTGATGT GGATTATTCA AGAATCGAAG TCGATTTGCT TTATAAAAAG AAGATATCAA
   144181 TGAACTTCTA TGAAATGGTT TTACGGGATT CAGCCAATTG TTTTGATCGT GGGATATCAT
   144241 TGAGAAATAG GAATCCGTGT TACCAAAGGA TTTCCTGGGA TTATTTATAG TATGGAATGA
   144301 GTCAATCATC CACTTTGGTA TCTTATTGAA CAAAAATGGT GATATTGTTC CTCCATTGAT
   144361 AAAAAATTTT GATTTTTGGA AAGTATCATG ATCATCTAAT ACGAAGGCTT TTAATTTTTT
   144421 CAAATGAACG ATTTGAAGAC CTATTGATTC TAACAACGGA TTGTAGAGTT GATCCTTCGG
   144481 ACCTTTCAAT TCAGAAATGT GGATCTCGGA CCTATGAATG GGGATATTCC CGAAACTCAC
   144541 AAAGAAAAAA GGAAGTGAGT TAGACACAAA GAGAAGCAAC TTGGACAAAA AGAGAAGCAA
   144601 CTTGGACAAA AAGAAACGAA GTGACTTAGA CAAATCTTTT TTGTCGATAA CCTCAGACCA
   144661 ATCAATCGAA TATTGATTAA TACGTAATCG ATCGAACACT ACTTGAAAAC GGCTCCTCTG
   144721 CTCAGAAACG AAATGTTCCT GTAAATTCTT GCTCCCATTG AACCATTTGT ATCTATATGC
   144781 ATCAGGATCC CGATTCATGA ATCTCTCGGT TCGAGAAAAA AAAATCAGAG GATCGAACCT
   144841 TTTCTTCTGG CTCTTTTTCA AATTCGATAA ATGTTGGTTG ATCGTATATT TCCTTATAGT
   144901 TCTATGATTC AGAGTATCGT TTCCTATTTG ATCCCTCTTA ATTCCATATT CGAAGCTGTG
   144961 ATCGGATCGA TTCAATACAT TTCTTATGTA CCCATAGGTG CTATATTGGA TTTGAATCAG
   145021 ATTTCGGATC AATATATATT GATTTTGATT GACTGCCTCC ATTTTGTTGT TGCTAGCAAA
   145081 TACCACTCTT TTTTGTTTTC TATCTTCCAA ATAATTCCCG CAAGAGATCC GAACCCATTT
   145141 TTTTCGAATC CTTCGATAAA AAAATGCATT CTCTTCATAA AAAAAAGGAG GTAGAACCAA
   145201 TAAAGATTTC TTTTTCGATT CATCCCTGGA GTTGACTACC TCATTCAAGA ATTGTTTTTG
   145261 ATCCAATCCG CAGGAATCAA TAGAAAAGGC AAATCCCTTA TGATACACCA GATCCGGCTT
   145321 GGTTATTGAT AGAGTGAATA GATCTGCCAT TTCTTGAAAT CTCTCTTCAG ATTCAAAATC
   145381 GTGGTGTAAT GTGTATCCCC CACTGTTTCG ATCATGGAAT AGATGAAATA AGTAAAAAAA
   145441 CAAGAATGAA ATCTTATCGG AACTGCCCAT ATCCGGTTCA TCCTTCGGAA CCATATCCCA
   145501 TCCCGGATCT GATGAAATAG GATGAATTGA GACGCTATTT TGTAAATACA TAATTATCTT
   145561 GAATATATTA ATCATTTCTT TATTTTCCGA TCGCCAGGAA GGGACAAAAG AGACAACAAG
   145621 ATGTTTCTTC AACAATTTCT GATCTCTAGT GGGCTTCTCA GTAGGATTTG AACCCAGATG
   145681 AAGTTCTGAC CATCTGCCAG ATAAAAAAGA ACGAATGGAT CTTGTAGGAT TATCAAGAAG
   145741 TTCTTCGATT TCTTCCGGAA GCAGATGAAT AATCACCTGC TTCTCACGTT CCGTGAATAG
   145801 CTGAGGCATT GAGGAATATC CAGAAAGGCA TTTTGAGAAT CGGTCTGATT CTATCTCTGT
   145861 TCCTTCCGTT TGAAGAAAGG AAGGATCCCG AAGAATCGAG CTTTCTTTTA GTTGTTGAAT
   145921 CTCTCTTTTA TTGATTAATG TGTGATATTC CGAATCCGCA TTACTAATGG AATCCAAACG
   145981 ATCTCTAGAT TGATCAGAAG ATCCTTTCAA TTGGCTAGAA TCCGTTACTT GAACGAAACT
   146041 AGATCTTGTG GATTGAATAT TTGACGATAC ATTCCGTACC TTGTTAAAAA ACGGATCCTT
   146101 GTTTACCAAC CACACATTGT CTAGCCAAAT CCAATTCTCT CTCGATACGT TCCTCAAAAA
   146161 ATCCGATTCG TACAGATTCT TCCCCCAACG AACGAAGAGA TCTTGGTGGA ATTGCCACAT
   146221 ATGAAATTGA GCACAATTTT GCAAAGAAAT AGCCCACTTG TTTCTCGAGA AAAGATGGGA
   146281 AACATGCTCA ATATCATTTG ATTGAATAGT TGACCCAGCC CCTTGTTGTT TGAAGAAACC
   146341 CTCCACTTCA ATTGGTATTT TTTCACGAAA AGCAGACATG AGATAACAAA TCCAATGCTT
   146401 CACTAAGATT TCGAAAAGCT GTCCCGAATT CAAGTTTCGC CTCCTCTTCA GAGAAAGACC
   146461 GTCAAACAAT TCCCAATCAT GGTCCTTGCT GATCGGATCA TCCATATAAT ATACAAAGAA
   146521 AAACTCCAGA TATTTTATAT CTTTCTCTTT GAATGAGATC TCAATTCCAG CGACGGTTTC
   146581 ATTAGATATC TTACAACTAG AATCCCTCTT TTTTCCGATC CAGTTCCTCC ACCACTGCGA
   146641 ACCCCGGTTA GATTCAGGCA TGATACACTT TTTAGTTATT GGAAGAAACC AAGTACTAGT
   146701 ACTGTCTTTC GGATCCAGGA AACAACTCGC AGAAATCTTT TTTCCTTTTG GAAGATAGAG
   146761 GAGCGAAACA ATCAGCCTAT TGATATTGGA AGACCAAAAG GATTTTTCCA ATGTATCATT
   146821 TCTGGGTCCA ATGCAATTGA TAGGTATAGA AAGAAGCCCT AGCAAATAGA GATTTTTTCT
   146881 TTCGACCATA TTTCGATTGT TAATACGATA TAGAAGGACC ACTACTACAA AGAGTAGTAC
   146941 ACCCTTGATC GTGAAATATC GATTGCTTGT TGAACCCTGT GAATTGCGTG ACAATAGGAT
   147001 ACTCAAAATT CGAAGATCAA AGAGTTTTCT AAAACGTTCT TGGTGGACAA AAATGTGAAT
   147061 GAAAGATCCC ACTGAATTGA ATTGGGCCCA CGAATCTAAG AAATAGTGAT CATTTTTAAT
   147121 CTCTCTCAAT ATCTCTCTCA ATTCGAAAAT ACAGGATTTG AATTGATATC CTGTCATTGA
   147181 TTTCTCCTAA AGATTTCATT TCAATTAGAA GTTGGTTTCA CCATGTGCGA GGATCCCCGC
   147241 TAAGCATCCA TGGCTGAATG GTTAAAGCGC CCAACTCATA ATTGGCGAAT TCGTAGGTTC
   147301 AATTCCTACT GGATGCACGC CAATGGGACC CTTATATAGT ATTTACAGAT AAAAGTATCA
   147361 GGTTATTTAG TAAAAATCAA TATACTTGTC GAATTCAACC CAACTAGGAC AGAAAAGTAT
   147421 TGGGCCGAAC TCTTCTTTGG TGTCAAGGCA ATGGTATAGT ATATGTAAAA ATAGTCGTCG
   147481 ACTCCTCCGA AAGGGTAGAA GAATGGGACA TATTATGGTA TGGAACATAC AATGCATTAC
   147541 AGACGTATGA TCATTACGCT TCAATCGAGT TATTCTATTC CACCTCTTAG AAAGAAAAGC
   147601 AAAATACTTA ATAGCATGGC GATACATTTA TTCAAAACGT CTCCACCGAG CACACGCAAT
   147661 GGAGCCGTAG ACAATCAAGT GAAATCCAAT CCACGAAATA ATTTGATCTA TGGACAGCGT
   147721 CGTTGCGGTA AAGGCCGTAA TGCCAGAGGC ATCATTACTG CAAGGCATAG GGGGGGAGGT
   147781 CATAAGCGTC TATACCGTAA AATAGATTTT CGACGGAATG AAAAAGACAT ATATGGTAGA
   147841 ATCGTAACCA TAGAATACGA CCCTAATCGA AATGCATACA TTTGTCTCAT ACACTATGGG
   147901 GATGGTGAAA AAAGATATAT TTTACATCCC AGAGGGGCTA TAATTGGAGA TACCATTGTT
   147961 TCTGGTCCAG AAGTTCCTAT AAAAATGGGA AATGCCCTAC CTTTGACCGA TATGCCCTTA
   148021 GGCACGGCTA TACATAACAT AGAAATCACA CGTGGAAAGG GTGGACAATT AGCTAGAGCA
   148081 GCGGGTGCTG TAGCGAAACT TATTGCAAAA GAGGGGAAAT CGGCCACATT AAAATTACCT
   148141 TCTGGGGAGG TCCGTTTGAT ATCCAAAAAC TGCTCAGCAA CAGTCGGACA AGTGGGGAAT
   148201 GTTGGAGTGA ACCAGAAAAG TTTGGGTAGA GCCGGATCTA AGCGTTGGCT AGGTAAGCGT
   148261 CCTGTAGTAA GAGGAGTCGT TATGAACCCT GTAGACCATC CCCATGGGGG TGGTGAAGGG
   148321 AGGGCCCCAA TTGGTAGAAA AAACCCCACA ACCCCTTGGG GTTATCCTGC ACTTGGAAAA
   148381 AGAAGTAGAA AAAGGAATAA ATATAGTGAT AATTTTATTA TTCGTCGACG TAGTAAATAG
   148441 GAAAAAATCT AATTAGTTTC TTCGTCTTTA CATAAAAAAT TTTTAGGAGT AATTAACTGT
   148501 GACACGTTCA CTTAAAAAAA ATCCTTTTGT AGCGAATCAT TTATTAAAAA AAATTGATAA
   148561 GCTTAACACA AAGGCGGAAA AAGAAATAAT AGTAACTTGG TCTCGGGCAT CTACCATTAT
   148621 ACCCACCATG ATTGGCCATA CAATCGCTAT CCATAATGGA AGGGAACACT TGCCTATTTA
   148681 TATAACAGAC CGTATGGTAG GTCATAAATT AGGAGAATTT GCACCAACCC TCAATTTTAG
   148741 GGGACACGCA AAAAA
//

