LOCUS       Rhododendron lepidotum            131597 bp    DNA     circular     07-MAR-2025
DEFINITION  Rhododendron lepidotum chloroplast
ACCESSION   Rhododendron lepidotum
SOURCE      chloroplast Rhododendron lepidotum
  ORGANISM  Rhododendron lepidotum
            Rhododendron lepidotum;
REFERENCE   1  (bases 1 to 131597)
  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           Rhododendron lepidotumon
            Subjob        Rhododendron lepidotumon
            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 07:45:26 GMT
            Started       7 Mar 2025 07:45:29 GMT
            Finished      7 Mar 2025 07:46:47 GMT
FEATURES             Location/Qualifiers
     source          1..131597
                     /organism="Rhododendron lepidotum"
                     /organelle="plastid:chloroplast"
                     /mol_type="genomic DNA"
     CDS             complement(1..185)
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            951..2477
                     /gene="psbB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbB,
                     position 1 - 1526, E-Value 0, score 1610.7; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             951..2477
                     /gene="psbB"
                     /annotator="Chloe, HMMER; merged"
                     /product="photosystem II 47 kDa protein"
                     /translation="MGLPWYRVHTVVLNDPGRLLSVHIMHTALVAGWAGSMALYELAV
                     FDPSDPVLDPMWRQGMFVIPFMTRLGITNSWGGWSITGGTVTNPGIWSYEGVAGAHIV
                     FSGLCFLAAIWHWVYWDLEIFCDERTGKPSLDLPKIFGIHLFLSGVACFGFGAFHVTG
                     LYGPGIWVSDPYGLTGKIQPVNPAWGVEGFDPFVPGGIASHHIAAGTLGILAGLFHLS
                     VRPPQRLYKGLRMGNIETVLSSSIAAVFFAAFVVAGTMWYGSATTPIELFGPTRYQWD
                     QGYFQQEIYRRVGAELAENKSLSEAWSKIPEKLAFYDYIGNNPAKGGLFRAGSMDNGD
                     GIAVGWLGHPIFRDIEGRELFVRRMPTFFETFPVVLVDGDGIVRADVPFRRAESKYSV
                     EQVGVTLEFYGGELNGVSYSDPATVKKYARRAQLGEIFELDRATLKSDGVFRSSPRGW
                     FTFGHASFALLFFFGHIWHGARTLFRDVFAGIDPDLDAQVEFGAFQKLGDPSTRRQVV
                     "
     gene            2657..2764
                     /gene="psbT"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     psbT_Vvinifera_GeSeq-SRS_v6, position 1 - 108, psl score
                     97.3, coverage 100.00%, match 97.22%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             2657..2764
                     /gene="psbT"
                     /annotator="Chloe, blatX; merged"
                     /product="photosystem II subunit T"
                     /translation="MEALVYTFLLVSTLGIIFFAIFFREPPKVLTKKMK"
     gene            complement(2825..2956)
                     /gene="pbf1"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pbf1,
                     position 1 - 131, E-Value 9e-36, score 124.9; blatX_hit
                     pbf1_Stuberosum_GeSeq-SRS_v6, position 1 - 132, psl score
                     95.5, coverage 100.00%, match 95.45%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(2825..2956)
                     /gene="pbf1"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem biogenesis factor 1"
                     /translation="METATLVAIFISGFLVSFTGYAVYTAFGQPSQQLRDPFEEHGD"
     gene            3059..3280
                     /gene="psbH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbH,
                     position 1 - 221, E-Value 1e-58, score 200.4; blatX_hit
                     psbH_Abelladonna_GeSeq-SRS_v6, position 1 - 222, psl
                     score 92.8, coverage 100.00%, match 92.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             3059..3280
                     /gene="psbH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit H"
                     /translation="MATQTVENSSRSGPRRTTVGSLLKPLNSEYGKVAPGWGTTPLMG
                     VAMALFAIFLSIILEIYNSSVLLDGISMN"
     gene            3404..4818
                     /gene="petB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(3404..3409,4177..4818)
                     /gene="petB"
                     /annotator="Chloe"
                     /product="cytochrome b6"
                     /translation="MSKVYDWFEERLEIQAIADDITSKYVPPHVNIFYCLGGITLTCF
                     LVQVATGFAMTFYYRPTVTEAFASVQYIMTEANFGWLIRSVHRWSASMMVLMMILHVF
                     RVYLTGGFKKPRELTWVTGVVLGVLTASFGVTGYSLPWDQIGYWAVKIVTGVPEAIPG
                     IGSPLVELLRGSASVGQSTLTRFYSLHTFVLPLLTAVFMLMHFPMIRKQGISGPL"
     exon            3404..3409
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     intron          3410..4176
                     /gene="petB"
                     /annotator="Chloe"
                     /number=1
     exon            4177..4818
                     /gene="petB"
                     /annotator="Chloe"
                     /number=2
     gene            5014..6273
                     /gene="petD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(5014..5021,5799..6273)
                     /gene="petD"
                     /annotator="Chloe"
                     /product="cytochrome b6/f subunit IV"
                     /translation="MGVTKKPDLNDPVLRAKLAKGMGHNYYGEPAWPNDLLYIFPVVI
                     LGTIACNVGLAVLEPSMIGEPADPFATPLEILPEWYFFPVFQILRTVPNKLLGVLLMV
                     SVPAGLLTVPFLENVNKFQNPFRRPVATSVFLIGTAVALWLGIGATLPIDKSLTLGLF
                     "
     exon            5014..5021
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     intron          5022..5798
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     exon            5799..6273
                     /gene="petD"
                     /annotator="Chloe"
                     /number=2
     gene            complement(7280..7471)
                     /gene="clpP1"
                     /info="HMMER_hit clpP1, position 431 - 582, E-Value
                     1.1e-12, score 48.3"
                     /annotator="HMMER"
     CDS             complement(7280..7471)
                     /gene="clpP1"
                     /annotator="HMMER"
     gene            complement(7308..7412)
                     /gene="clpP1"
                     /info="blatX_hit clpP1_Hbrasiliensis_GeSeq-SRS_v6,
                     position 467 - 571, psl score 67.7, coverage 17.86%,
                     match 12.07%"
                     /annotator="blatX"
     CDS             complement(7308..7412)
                     /gene="clpP1"
                     /annotator="blatX"
     gene            8264..8382
                     /gene="rpl22"
                     /info="HMMER_hit rpl22, position 288 - 368, E-Value
                     6.2e-13, score 49.5"
                     /annotator="HMMER"
     CDS             8264..8382
                     /gene="rpl22"
                     /annotator="HMMER"
     gene            8285..8383
                     /gene="rpl22-fragment"
                     /info="blatX_hit rpl22-fragment_Ptrichocarpa_GeSeq-SRS_v6,
                     position 286 - 384, psl score 78.8, coverage 24.81%,
                     match 19.55%, fragment match 78.79%"
                     /annotator="blatX"
     CDS             8285..8383
                     /gene="rpl22-fragment"
                     /annotator="blatX"
     gene            8426..8560
                     /gene="rpl22"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             8426..8560
                     /gene="rpl22"
                     /annotator="Chloe"
                     /product="ribosomal protein L22"
                     /translation="MIYHDMDSSGGVWDKKEIHLVSDWVQPKISIPFGLNNQKTIRKV
                     "
     gene            8461..8673
                     /gene="rps3"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             8461..8673
                     /gene="rps3"
                     /annotator="Chloe"
                     /product="ribosomal protein S3"
                     /translation="MGQKRNPLGFRLGTTQDQHSLWFEQPKNYSEGLEEDQKIRDSIK
                     NYVQKIYKRMYKRIGESPLASRELRV"
     CDS             9005..10701
                     /gene="ycf1"
                     /annotator="HMMER"
     CDS             9010..10000
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            9119..12161
                     /gene="ycf1"
                     /info="blatX_hit ycf1_Ntomentosiformis_GeSeq-SRS_v6,
                     position 2895 - 5678, psl score 80.8, coverage 33.32%,
                     match 15.13%"
                     /annotator="blatX"
     CDS             join(9119..10388,11010..11127,11658..12161)
                     /gene="ycf1"
                     /annotator="blatX"
     exon            9119..10388
                     /gene="ycf1"
                     /annotator="blatX"
                     /number=1
     intron          10389..11009
                     /gene="ycf1"
                     /annotator="blatX"
                     /number=1
     exon            11010..11127
                     /gene="ycf1"
                     /annotator="blatX"
                     /number=2
     intron          11128..11657
                     /gene="ycf1"
                     /annotator="blatX"
                     /number=2
     exon            11658..12161
                     /gene="ycf1"
                     /annotator="blatX"
                     /number=3
     CDS             10708..12162
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            12710..13027
                     /gene="atpB"
                     /info="HMMER_hit atpB, position 7 - 294, E-Value 4.5e-43,
                     score 147.9"
                     /annotator="HMMER"
     CDS             12710..13027
                     /gene="atpB"
                     /annotator="HMMER"
     gene            12757..13005
                     /gene="atpB-fragment"
                     /info="blatX_hit atpB-fragment_Vvinifera_GeSeq-SRS_v6,
                     position 49 - 292, psl score 80.0, coverage 16.63%, match
                     11.62%, fragment match 71.31%"
                     /annotator="blatX"
     CDS             12757..13005
                     /gene="atpB-fragment"
                     /annotator="blatX"
     gene            13367..13645
                     /gene="rps15"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             13367..13645
                     /gene="rps15"
                     /annotator="Chloe"
                     /product="ribosomal protein S15"
                     /translation="MVKNSFISVISQKEKEENQGSVEFQVFRFTNKIRRLSLHLELHK
                     KDYLSQRGLRKIVGKRQRLLAYLSKKNKVRYKELIGQLNIREKTKPLI"
     gene            13733..14914
                     /gene="ndhH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhH,
                     position 1 - 1181, E-Value 0, score 1172.2; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             13733..14914
                     /gene="ndhH"
                     /annotator="Chloe, HMMER; merged"
                     /product="NADH dehydrogenase subunit H"
                     /translation="MTAPVTRKNLMIVNMGPHHPSMHGVLRLIVTLDGEDVIDCEPIL
                     GYLHRGMEKIAENRTIIQYLPYVTRWDYLATMFTEAITINAPEQLGNIQVPKRASYIR
                     VIILELSRIASHLLWLGPFMADIGTQTPFFYIFRERELIYDLFEAATGMRMMHNYFRI
                     GGIAADLPHGWIDKCLDFCDYFLRGVAEYQKLITRNPIFLERVEGAGVIGGEEAINWG
                     LSGPMLRASGIQWDLRKVDHYECYDEFDWEVKWQKEGDSLARYLVRIGEMTESIKIIQ
                     QALEGIPGGPYENLEIRRFDRVRNAEWNDFEYRFISKKPSPTFEFSKQELYVRVEAPK
                     GELGIFLIGDQNVFPWRWKIRPPGFVNLQVLPQLVKRMKLADILTILGSIDIIMGEVD
                     R"
     gene            14916..17102
                     /gene="ndhA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhA_Vvinifera_GeSeq-SRS_v6, position 1 - 1092, psl score
                     90.3, coverage 100.00%, match 92.31%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(14916..15466,16562..17102)
                     /gene="ndhA"
                     /annotator="blatX"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIINTTKVQAINSFSRLESLKEVYGIIWMFVPILTPVLGITIGV
                     LVIVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLIFKENLLPSRGDTRLFRIGP
                     SIAVISILLSYSVIPFSYRLILADLSIGVFLWIAVSSIAPVGLLMSGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTVDIVEAQSKYGFWGWNLWRQPIGFIIF
                     LISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYIASYLNLLVSSLFVTVLYL
                     GGWNLSIPYIFVPELFEINKARRVFGTIMGIFITLAKTYLFLFISITTRWTLPRLRMD
                     QLLNLGWKFLLPISLGNLLLTTSSQLLSL"
     exon            14916..15466
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     CDS             join(14916..15468,16564..17102)
                     /gene="ndhA"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit A"
                     /translation="MIINTTKVQAINSFSRLESLKEVYGIIWMFVPILTPVLGITIGV
                     LVIVWLEREISAGIQQRIGPEYAGPLGILQALADGTKLIFKENLLPSRGDTRLFRIGP
                     SIAVISILLSYSVIPFSYRLILADLSIGVFLWIAVSSIAPVGLLMSGYGSNNKYSFLG
                     GLRAAAQSISYEIPLTLCVLSISLLSNSSSTVDIVEAQSKYGFWGWNLWRQPIGFIIF
                     LISSLAECERLPFDLPEAEEELVAGYQTEYSGIKFGLFYIASYLNLLVSSLFVTVLYL
                     GGWNLSIPYIFVPELFEINKARRVFGTIMGIFITLAKTYLFLFISITTRWTLPRLRMD
                     QLLNLGWKFLLPISLGNLLLTTSSQLLSL"
     intron          15467..16561
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=1
     exon            14916..15468
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     intron          15469..16563
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=1
     exon            16562..17102
                     /gene="ndhA"
                     /annotator="blatX"
                     /number=2
     exon            16564..17102
                     /gene="ndhA"
                     /annotator="Chloe"
                     /number=2
     gene            17202..17834
                     /gene="ndhI"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             17202..17834
                     /gene="ndhI"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit I"
                     /translation="MFPMVTGFMNYGQQTVRTARYIGQSFMITLSHVNRFPVTIQYPY
                     EKLITSERFRGRIHFEFDKCIACEVCVRVCPIDLPVVDWKLETDIQKKRLFNYSIDFG
                     ICIFCGNCVEYCPTNCLSMTEEYELSTYDRHELNYNQIALGRLPLSVIDDYTIRTILN
                     SPHHKTGVPSLFHFYSRVLMCFHAPLRPRKMDKFLFLRTHTRCVTTWSTL"
     gene            complement(17941..18014)
                     /gene="trnH-GUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(17941..18014)
                     /gene="trnH-GUG"
                     /annotator="Chloe"
                     /product="tRNA-His"
     gene            complement(18365..19426)
                     /gene="psbA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbA,
                     position 1 - 1062, E-Value 0, score 1142.3; blatX_hit
                     psbA_Vvinifera_GeSeq-SRS_v6, position 1 - 1062, psl score
                     95.0, coverage 100.00%, match 94.92%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(18365..19426)
                     /gene="psbA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D1"
                     /translation="MTAILERRESESLWGRFCNWITSTENRLYIGWFGVLMIPTLLTA
                     TSVFIIAFIAAPPVDIDGIREPVSGSLLYGNNIISGAIIPTSAAIGLHFYPIWEAASV
                     DEWLYNGGPYELIVLHFLLGVACYMGREWELSFRLGMRPWIAVAYSAPVAAATAVFLI
                     YPIGQGSFSDGMPLGISGTFNFMIVFQAEHNILMHPFHMLGVAGVFGGSLFSAMHGSL
                     VTSSLIRETTENESANEGYRFGQEEETYNIVAAHGYFGRLIFQYASFNNSRSLHFFLA
                     AWPVVGIWFTALGISTMAFNLNGFNFNQSVVDSQGRVINTWADIINRANLGMEVMHER
                     NAHNFPLDLASIEAPSTTG"
     gene            complement(19642..22222)
                     /gene="trnK-UUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(19642..19676,22186..22222))
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /product="tRNA-Lys"
     exon            complement(22186..22222)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(19677..22185)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(19642..19676)
                     /gene="trnK-UUU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(19952..21472)
                     /gene="matK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(19952..21472)
                     /gene="matK"
                     /annotator="Chloe"
                     /product="maturase K"
                     /translation="MEEFKRNLELDRSQQHDFIYPLIFQEYIYALAHDRGLNRSIFLE
                     NTGYENKSSLLIVKRLITHLITQMYQQNHFLFSGNDSNQKKFLGYNTNLYSQMIFEGF
                     AVVVEIPFYLRLLSFLEGKERVKSHNLRSIHSIFPFLEDKFSHLVYVLDILISHPIHL
                     EIVIQTLRYWVKDASSLHLLRFFLHEYPIWNSLITPKKSSFSFSIRNQRFFLFLHNFH
                     VCEYESIFVFLRNQSSHLRSISSETFLERISFYRKIELEVFTKDFKSIIWVFKEPFLH
                     YVRYRGKAILASKGTSLLMNKWKYYLVNFWQCYFYMWSQPRRIHINQLSNHSLDFLGY
                     LSTVRLKPLMVRSQMIENSFIIENASKKFDTLMPITPMIGSLSKAKFCNVLGHPMSKP
                     VWAALSDSDIIERFGRIYRNLSHYYSGSLKKMSLYRIKYILRLSCARTLARKHKSTVR
                     AFLKRLGVGLLEEFFTEEEQVFYLTFAKASSNSGELYRRRVWYLDIICINDLANYE"
     gene            complement(22856..23159)
                     /gene="atpB"
                     /info="HMMER_hit atpB, position 8 - 287, E-Value 1e-21,
                     score 77.2"
                     /annotator="HMMER"
     CDS             complement(22856..23159)
                     /gene="atpB"
                     /annotator="HMMER"
     gene            complement(23882..24021)
                     /gene="rpl23"
                     /info="HMMER_hit rpl23, position 151 - 256, E-Value 4e-16,
                     score 62.0"
                     /annotator="HMMER"
     CDS             complement(23882..24021)
                     /gene="rpl23"
                     /annotator="HMMER"
     gene            complement(23902..23995)
                     /gene="rpl23-fragment"
                     /info="blatX_hit rpl23-fragment_Vvinifera_GeSeq-SRS_v6,
                     position 162 - 255, psl score 89.4, coverage 33.33%,
                     match 29.79%, fragment match 89.36%"
                     /annotator="blatX"
     CDS             complement(23902..23995)
                     /gene="rpl23-fragment"
                     /annotator="blatX"
     gene            24586..24658
                     /gene="trnM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            24586..24658
                     /gene="trnM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(24882..25283)
                     /gene="atpE"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpE_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 402, psl
                     score 93.1, coverage 100.00%, match 93.03%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(24882..25283)
                     /gene="atpE"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit epsilon"
                     /translation="MTLNLCVLTPNRIVWDSKVKEIILSTNSGQIGVLPNHAPIATAV
                     DIGILRIRFNDQWLTMALMSGFARIGNNAITVLVNDAEKSSDIDPQEAQQTLEIAEAN
                     LKKAEGKRQIIEANLALRRARTRVEAINVIY"
     gene            complement(25280..26776)
                     /gene="atpB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpB,
                     position 1 - 1497, E-Value 0, score 1564.1; blatX_hit
                     atpB_Vvinifera_GeSeq-SRS_v6, position 1 - 1497, psl score
                     94.0, coverage 100.00%, match 93.92%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(25280..26776)
                     /gene="atpB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF1 subunit beta"
                     /translation="MRIDPTPSGPGDSGLEKKKMGRIVQIIGPVLDVAFPSGKMPNIY
                     NALVVQGRDTVGQPINVTCEVQQLVGNNRVRAVAMSATDGLTRGMEVIDTGAPLSVPV
                     GGATLGRIFNVLGEPVDNLGPLDTRTTSPIHRSAPAFIELETKLSIFETGIKVVDLLA
                     PYRRGGKIGLFGGAGVGKTVLIMELINNIAKAHGGVSVFGGVGERTREGNDLYKEMKE
                     TGVINEQNIAESKVALVYGQMNEPPGARMRVGLTALTMAEYFRDVNKQDVLLFIDNIF
                     RFVQAGSEVSALLGRIPSAVGYQPTLSTEMGSLQERITSTKKGSITSIQAVYVPADDL
                     TDPAPATTFAHLDATTVLSRGLAAKGIYPAVDPLDSTSTMLQPRIVGDKHYKIAQRVK
                     QTLQRYKELQDIIAILGLDELSEEDRLTVSRARKIERFLSQPFVVAEVFTGSGGKYVG
                     LAETIRGFQLILSGELDGLPEQAFYLVGNIDEATAKAMNLEMESNLKK"
     gene            27562..28989
                     /gene="rbcL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rbcL,
                     position 1 - 1427, E-Value 0, score 1510.1; blatX_hit
                     rbcL_Vvinifera_GeSeq-SRS_v6, position 1 - 1428, psl score
                     93.4, coverage 100.00%, match 93.35%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             27562..28989
                     /gene="rbcL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribulose-1,5-bisphosphate carboxylase/oxygenase
                     large subunit"
                     /translation="MSPQTETKASVGFKAGVKDYKLTYYTPNYETKDTDILAAFRVTP
                     QPGVPPEEAGAAVAAESSTGTWTTVWTDGLTSLDRYKGRCYHIEPVPGDENQYIAYVA
                     YPLDLFEEGSVTNMFTSIVGNVFGFKALRALRLEDLRIPAAYAKTFQGPPHGIQVERD
                     KLNKYGRPLLGCTIKPKLGLSAKNYGRAVYECLRGGLDFTKDDENVNSQPFMRWRDRF
                     LFCAEAIYKAQAETGEIKGHYLNATAGTCEEMIKRAVFARELGVPIVMHDYLTGGFTA
                     NTSLAEYCRDNGLLLHIHRAMHAVIDRQKNHGIHFRVLAKALRMSGGDHIHSGTVVGK
                     LEGEREITLGFVDLLRDDYIEKDRGRGIYFSQDWVSLPGVLPVASGGIHVWHMPALTE
                     IFGDDSVLQFGGGTLGHPWGNAPGAVANRVALEACVQARNEGRDLAREGNEIIREAGQ
                     WSNELSAACAIWKEIKFEFPAMDTL"
     gene            29204..29865
                     /gene="trnV-UAC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            join(29204..29242,29831..29865)
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /product="tRNA-Val"
     exon            29204..29242
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     intron          29243..29830
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=1
     exon            29831..29865
                     /gene="trnV-UAC"
                     /annotator="Chloe"
                     /number=2
     gene            30336..30698
                     /gene="ndhC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhC,
                     position 1 - 362, E-Value 6e-101, score 339.6; blatX_hit
                     ndhC_Stuberosum_GeSeq-SRS_v6, position 1 - 363, psl score
                     94.8, coverage 100.00%, match 94.77%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             30336..30698
                     /gene="ndhC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit C"
                     /translation="MFLLYEYDIFWAFLLISSLIPILAFFISGVLAPISKGPEKLSIY
                     ESGIEPMGDAWLQFQIRYYMFALVFVVFDVETVFLYPWAMSFDVLGVSVFIEAFIFVL
                     ILIVGLVYAWRKGALEWS"
     gene            30741..31430
                     /gene="ndhK"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             30741..31430
                     /gene="ndhK"
                     /annotator="Chloe"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MKTVMNSIEFPVLDRITQNSVISTTLNDLSNWSRLSSLWPLLYG
                     TSCCFIEFASLIGSRFDFDRYGLVPRSSPRQADLILTAGTVTMKMAPSLVRLYEQMPE
                     PKYVIAMGACTITGGMFSTDSYSTVRGVDKLIPVDVYLPGCPPKPEAVIDAITKLRKK
                     ISREIYEDRIRSQQENRCFTINHKFDVGHSMNTGNYNQGLLYQPPSTFEIPREIFFKY
                     KSSVSSDEFGN"
     gene            30753..31430
                     /gene="ndhK"
                     /info="HMMER_hit ndhK, position 2 - 677, E-Value 5e-196,
                     score 653.6; blatX_hit ndhK_Vvinifera_GeSeq-SRS_v6,
                     position 1 - 678, psl score 92.8, coverage 100.00%, match
                     92.77%; merged"
                     /annotator="HMMER, blatX; merged"
     CDS             30753..31430
                     /gene="ndhK"
                     /annotator="HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit K"
                     /translation="MNSIEFPVLDRITQNSVISTTLNDLSNWSRLSSLWPLLYGTSCC
                     FIEFASLIGSRFDFDRYGLVPRSSPRQADLILTAGTVTMKMAPSLVRLYEQMPEPKYV
                     IAMGACTITGGMFSTDSYSTVRGVDKLIPVDVYLPGCPPKPEAVIDAITKLRKKISRE
                     IYEDRIRSQQENRCFTINHKFDVGHSMNTGNYNQGLLYQPPSTFEIPREIFFKYKSSV
                     SSDEFGN"
     gene            31534..32010
                     /gene="ndhJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhJ,
                     position 2 - 477, E-Value 2.7e-136, score 456.0;
                     blatX_hit ndhJ_Abelladonna_GeSeq-SRS_v6, position 1 - 477,
                     psl score 92.1, coverage 100.00%, match 92.03%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             31534..32010
                     /gene="ndhJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit J"
                     /translation="MQGHLSVWLVKHGIIHRSLGFDYQGIETLQIKPEDWHSIAIILY
                     VYGYNYLRSQCAYDVVPGGQLASVYHLTRIEYGVDQPEEVRIKVFAPRSNPRIPSVFW
                     VWKSVDFQERESYDMLGVSYDNHPRLKRILMPESWIGWPLRKDYIAPNFYEIQDAR"
     gene            complement(32535..32607)
                     /gene="trnF-GAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(32535..32607)
                     /gene="trnF-GAA"
                     /annotator="Chloe"
                     /product="tRNA-Phe"
     gene            complement(32984..33578)
                     /gene="trnL-UAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(32984..33033,33544..33578))
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     exon            complement(33544..33578)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     intron          complement(33034..33543)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=1
     exon            complement(32984..33033)
                     /gene="trnL-UAA"
                     /annotator="Chloe"
                     /number=2
     gene            34421..34493
                     /gene="trnT-UGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            34421..34493
                     /gene="trnT-UGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     gene            34884..35510
                     /gene="rps4"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps4,
                     position 1 - 605, E-Value 5e-158, score 528.3; blatX_hit
                     rps4_Ntabacum_GeSeq-SRS_v6, position 1 - 606, psl score
                     88.3, coverage 103.47%, match 88.78%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             34884..35510
                     /gene="rps4"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S4"
                     /translation="MSRYRGPRFKKIRRLRALPGLTNKRPKPRNARRTQSRFVKRKKS
                     KYCIRLQEKQKLRFHYGLTERQLLKYVRIAGKAKGPTGQVLLQLLEMRLDNTLFRLGM
                     ALTIPGARQLVNHRHVLVNGRIIDIPSYRCKPRDIITARDERKSRSLIQNSFDSLHSR
                     KKLKFKLPNHLTLYRTQYKGLVNQIIDSKWVGLKINEMRVVEYYSRQT"
     gene            complement(35799..35885)
                     /gene="trnS-GGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(35799..35885)
                     /gene="trnS-GGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            36220..38181
                     /gene="pafI"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     pafI_Nundulata_GeSeq-SRS_v6, position 1 - 507, psl score
                     89.6, coverage 100.00%, match 94.67%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             join(36220..36343,37057..37285,38028..38181)
                     /gene="pafI"
                     /annotator="blatX"
                     /product="photosystem I assembly factor I"
                     /translation="MPRSRMNGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSFILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSAIAEAWFDQAAQYWKQAIALTPDNYIEAHNW
                     LKITRRFE"
     CDS             join(36220..36343,37057..37286,38029..38181)
                     /gene="pafI"
                     /annotator="Chloe"
                     /product="photosystem I assembly factor I"
                     /translation="MPRSRMNGNFIDKTFSIVANILLRIIPTTSGEKEAFTYYRDGMS
                     AQSEGNYAEALQNYYEAMRLEIDPYDRSFILYNIGLIHTSNGEHTKALEYYFRALERN
                     PFLPQAFNNMAVICHYRGEQAIRQGDSAIAEAWFDQAAQYWKQAIALTPDNYIEAHNW
                     LKITRRFE"
     exon            36220..36343
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            37057..37285
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     intron          36344..37056
                     /gene="pafI"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            37057..37286
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     intron          37286..38027
                     /gene="pafI"
                     /annotator="blatX"
                     /number=2
     intron          37287..38028
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=2
     exon            38028..38181
                     /gene="pafI"
                     /annotator="blatX"
                     /number=3
     exon            38029..38181
                     /gene="pafI"
                     /annotator="Chloe"
                     /number=3
     gene            39101..39211
                     /gene="psaI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaI,
                     position 1 - 109, E-Value 7.7e-24, score 85.1; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             39101..39211
                     /gene="psaI"
                     /annotator="Chloe, HMMER; merged"
                     /product="photosystem I subunit I"
                     /translation="MITFNFPCIFVPLVGLVFPAIAMASLSLHIQKNKIV"
     gene            39638..40192
                     /gene="pafII"
                     /info="annotated by Chloe v0.1.0; HMMER_hit pafII,
                     position 2 - 555, E-Value 1.8e-153, score 512.5;
                     blatX_hit pafII_Nundulata_GeSeq-SRS_v6, position 1 - 555,
                     psl score 92.1, coverage 100.00%, match 92.07%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             39638..40192
                     /gene="pafII"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I assembly factor II"
                     /translation="MGWRSEHIWIELIKGARKTSNFCWAFILFLGSLGFLLVGTTSYL
                     GRNLISLFPPQQIIFFPQGLVMSFYGIAGLFISAYLWCTILWNVGSGYDRFDRKEGIV
                     CLFRWGFPGKNRRVFLRFLIKDIQSVRIEVKDGIYARRVLYMEIRGQVAIPLTRTDEN
                     FTPREVEQKAAELAYFLRVPIEVF"
     gene            40414..41103
                     /gene="cemA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     cemA_Vvinifera_GeSeq-SRS_v6, position 1 - 690, psl score
                     89.9, coverage 100.00%, match 89.86%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             40414..41103
                     /gene="cemA"
                     /annotator="Chloe, blatX; merged"
                     /product="envelope membrane carbon uptake protein"
                     /translation="MPKKKAFTPLLYLASIVFLPWWISLSFNKCLESWVINWWNTSQS
                     ETFLNDIQEKDILEKFIELEELVLLDEMIKEYSETHLQKIGIGIHKETIQLIKIYNED
                     RIHTILHFSTNLICFIILSGYSILRNEELVILNSWAHEFLYNLSDTIKAFSILFLIDL
                     CTGYHSTHGWELMIGSVYNDFGFFHNDQILSVLVSILPPIVDAIFKYSIFSYLSRVSP
                     SLVVIYNSMNE"
     gene            41332..42294
                     /gene="petA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petA,
                     position 1 - 963, E-Value 3.4e-296, score 985.2;
                     blatX_hit petA_Vvinifera_GeSeq-SRS_v6, position 1 - 963,
                     psl score 93.7, coverage 100.00%, match 93.67%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             41332..42294
                     /gene="petA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome f"
                     /translation="MQTRNTFSWIKEQITRSISILLMISIITRTSISSAYPVFAQQDY
                     ENPREATGRIVCANCHLANKPVDIEVPQAVLPDTVFEALVRIPYDMQLKQVLSNGKKG
                     ALNVGAVLILPEGFELAPPDRISPEMKEKIGNLSFQSYRPNQKNILVIGPVPGQKYSE
                     ITFPILSPDPATKKDVYFLKYPIYVGGNRGRGQIYPDGNKSNNTVYNAPAAGIVSKII
                     RKEKGGYEITIADASDGRQVIDIIPPGPELLVSEGESIKFDQPLTSNPNVGGFGQGDA
                     EIVLQDPLRLQGLLFFLASVVLAQIFLVLKKKQFEKVQLSEMNF"
     gene            42335..42513
                     /gene="ndhI"
                     /info="HMMER_hit ndhI, position 356 - 493, E-Value
                     8.1e-33, score 115.3"
                     /annotator="HMMER"
     CDS             42335..42513
                     /gene="ndhI"
                     /annotator="HMMER"
     gene            42356..42487
                     /gene="ndhI-fragment"
                     /info="blatX_hit ndhI-fragment_Vvinifera_GeSeq-SRS_v6,
                     position 357 - 488, psl score 97.0, coverage 26.19%,
                     match 25.40%, fragment match 96.97%"
                     /annotator="blatX"
     CDS             42356..42487
                     /gene="ndhI-fragment"
                     /annotator="blatX"
     gene            complement(42488..42889)
                     /gene="rpl22"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(42488..42889)
                     /gene="rpl22"
                     /annotator="Chloe"
                     /product="ribosomal protein L22"
                     /translation="MLKKRKTEVHALGHISMSAHKARRVIDQIRGRSYEETLMILNVM
                     PYQASYPILKMVLNAGANASYTRGSNKTNLIISKAEVNEGTAVKKWKPRARGRSYPIK
                     RPTCHISIVVKDISLDKYIETFPWLKKPRFL"
     gene            complement(42518..42895)
                     /gene="rpl22"
                     /info="HMMER_hit rpl22, position 11 - 367, E-Value
                     3.2e-78, score 263.8"
                     /annotator="HMMER"
     CDS             complement(42518..42895)
                     /gene="rpl22"
                     /annotator="HMMER"
     gene            complement(42935..43213)
                     /gene="rps19"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps19,
                     position 1 - 278, E-Value 2.1e-67, score 229.4; blatX_hit
                     rps19_Stuberosum_GeSeq-SRS_v6, position 1 - 279, psl
                     score 88.6, coverage 100.00%, match 88.53%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(42935..43213)
                     /gene="rps19"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S19"
                     /translation="VTRSLKKNPFVATHLLRKIDKLKTKEEKEIIKTWSRASTIIPAM
                     IGHIIAIHNGKEHLPIYITDGMVGHKLGEFAPTSNFLKHTKVDKRSRR"
     gene            complement(43266..44069)
                     /gene="rpl2"
                     /info="HMMER_hit rpl2, position 1 - 822, E-Value 3.9e-225,
                     score 750.0; blatX_hit rpl2_Nundulata_GeSeq-SRS_v6,
                     position 1 - 825, psl score 92.7, coverage 97.45%, match
                     90.30%; merged"
                     /annotator="HMMER, blatX; merged"
     gene            complement(43266..44090)
                     /gene="rpl2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(43700..44090)
                     /gene="rpl2"
                     /annotator="Chloe"
     exon            complement(43700..44090)
                     /gene="rpl2"
                     /annotator="Chloe"
                     /number=1
     intron          complement(43266..43699)
                     /gene="rpl2"
                     /annotator="Chloe"
                     /number=1
     CDS             complement(43266..44069)
                     /gene="rpl2"
                     /annotator="HMMER, blatX; merged"
                     /product="ribosomal protein L2"
                     /translation="MVIHLYKTSNPSTRNGTVARNNLTYGKHRCGKGRNARGIITAGH
                     RGGGHKRLYRKIDFRRNEKNIYGKIITREYDPNRNASICLIHYGDGEKRYILHAKGTE
                     IGNTIVSGTGVPIKIGNALPLTHMPLGTSIHNIEITPGKGGQLVRAAGTLAKLIAKEG
                     KSATLKLPSGEVRLISQNCSATVGQVGNAGVNQKSLGRAGSKRWLGKRPVVRGVVMNP
                     VDHPHGGGTGKSSIGRNKPTTPWGYPTLGRRSRKKHKYSDNLILRRRSK"
     gene            complement(44074..44361)
                     /gene="rpl23"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(44074..44361)
                     /gene="rpl23"
                     /annotator="Chloe"
                     /product="ribosomal protein L23"
                     /translation="MDGIKYAVFTNKSIRLFEKNQYTFNVESGLTKTEIKRWVELFFG
                     VKVIAMNSHRLPGKGKRRGRIMEHTMHYRRIIITLQRGYSILPLKKINLNT"
     gene            complement(44734..44807)
                     /gene="trnI-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(44734..44807)
                     /gene="trnI-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     gene            44930..45257
                     /gene="ycf2"
                     /info="HMMER_hit ycf2, position 14 - 320, E-Value 1.6e-58,
                     score 195.3"
                     /annotator="HMMER"
     CDS             44930..45257
                     /gene="ycf2"
                     /annotator="HMMER"
     gene            47234..47314
                     /gene="ycf2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             47234..47314
                     /gene="ycf2"
                     /annotator="Chloe"
                     /product="Ycf2 protein"
                     /translation="MLNGFCSILNHRFVYESYESEDGEVL"
     gene            complement(48723..48803)
                     /gene="trnL-CAA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(48723..48803)
                     /gene="trnL-CAA"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(49360..51577)
                     /gene="ndhB"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     ndhB_Vvinifera_GeSeq-SRS_v6, position 1 - 1533, psl score
                     95.4, coverage 100.00%, match 96.67%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             complement(join(49360..50115,50801..51577))
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /translation="MI*HVQNENVILDSTRIFMKAFHLLLFDGSFIFPECILIFGLIL
                     LLMIDSTSDQKDIPWLYFISSTSLVMSITALLFRWREEPIISFSGNFQTNNFNEIFQF
                     FILLCSILCIPLSVEYVECTEMAITEFLLFILTATLGGMFLCGANDLITIFVAPECFS
                     LCSYLLAGYTKKDVRSNEATMKYLLMGGASSSILVHGFSWLYGSSGGEIELQEIVNGL
                     INTQMYNSPGISIALIFITVGIGFKLSPAPSHQWTPDVYEGSPTPVVAFLSVTSKVAA
                     SALATRIFDIPFYFSSNEWHLLLEILAILSMILGNLIAITQTSMKRMLAYSSIGQIGY
                     VIIGIIVGDLNDGYASMIIYMLFYISMNLGTFACIVLFGLRTGTDNIRDYAGLYTKDP
                     FLTLSLALCLLSLGGLPPLAGFFGKLYLFWCGWQAGLYFLVLIGLLTSVLSIYYYLKI
                     IKLLMIGRNQEITPYVRNYRRSPLRSTNSIELSMIVCVIASTILGISMNPIISIAQDT
                     LF"
     exon            complement(50801..51577)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          complement(50116..50800)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            complement(49360..50115)
                     /gene="ndhB"
                     /annotator="Chloe, blatX; merged"
                     /number=2
     gene            complement(51596..51640)
                     /gene="rpl22-fragment"
                     /info="blatX_hit rpl22-fragment_Ptrichocarpa_GeSeq-SRS_v6,
                     position 313 - 357, psl score 86.7, coverage 11.28%,
                     match 9.77%, fragment match 86.67%"
                     /annotator="blatX"
     CDS             complement(51596..51640)
                     /gene="rpl22-fragment"
                     /annotator="blatX"
     gene            complement(52417..52884)
                     /gene="rps7"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps7,
                     position 1 - 467, E-Value 6.5e-129, score 432.0;
                     blatX_hit rps7_Stuberosum_GeSeq-SRS_v6, position 1 - 468,
                     psl score 91.1, coverage 100.00%, match 91.03%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(52417..52884)
                     /gene="rps7"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S7"
                     /translation="MPRRGTAKKKTAKSDPIYRNRLVHMLVNRILKHGKKSLAYQILY
                     RALKKIQQKTEKNPLLVLRQAIRRITPKIGVKVKRKRRSTRQVPIEIKPLQGKVLAIR
                     WLLAASRKRTGRNMAFKLSSELVDAAKGRGGAIRKKEETHRMAEANRALAHFR"
     gene            complement(52938..103180)
                     /gene="rps12"
                     /info="blatX_hit rps12_Nundulata_GeSeq-SRS_v6, position 1
                     - 372, psl score 85.3, coverage 100.00%, match 94.35%"
                     /annotator="blatX"
     CDS             complement(join(52938..52962,53499..53731,
                     103067..103180))
                     /gene="rps12"
                     /annotator="blatX"
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNARQPIRNVSKSPALRGCPQREGTCTRVYTITPKK
                     PNSAFRKVARVKLTSGFVITAYIPGIGHTLQEHSVVLVRGGRVKDLPGVRYHIVRGAL
                     DAVPVKDRQQGRSRYGVKKPK"
     exon            complement(52938..52962)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=3
     exon            complement(52938..52963)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=3
     intron          complement(52963..53498)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     exon            complement(53499..53731)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=2
     intron          complement(53732..103066)
                     /gene="rps12"
                     /annotator="blatX"
                     /number=1
     intron          complement(52964..53499)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=1
     exon            complement(53500..53731)
                     /gene="rps12"
                     /annotator="Chloe"
                     /number=2
     gene            complement(54879..55638)
                     /gene="petD"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(55631..55638)
                     /gene="petD"
                     /annotator="Chloe"
     exon            complement(55631..55638)
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     intron          complement(54879..55630)
                     /gene="petD"
                     /annotator="Chloe"
                     /number=1
     CDS             54888..55402
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            55851..56384
                     /gene="ndhG"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhG,
                     position 1 - 530, E-Value 1.3e-133, score 447.5; merged"
                     /annotator="Chloe, HMMER; merged"
     CDS             55851..56384
                     /gene="ndhG"
                     /annotator="Chloe, HMMER; merged"
                     /product="NADH dehydrogenase subunit G"
                     /translation="MDLSGPIHDFLLVFLGLGLILGSLGVILLPNPIYSAFSLGLVFF
                     SISLFYILSNSHFVAAAQILIYVGALNVLIIFAVMFMNGSEYYKDFSLWTVGDGITSL
                     VCTSIFVSLITTILDTSWYGIIWATRSNQILEQDLISNSQQIGIHLSTDFFLPFELIS
                     IILLIALIGAITVARQY"
     gene            56611..56916
                     /gene="ndhE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhE,
                     position 1 - 305, E-Value 4.7e-82, score 277.3; blatX_hit
                     ndhE_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 306, psl
                     score 93.8, coverage 100.00%, match 93.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             56611..56916
                     /gene="ndhE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit E"
                     /translation="MMLEHVLVLSAYLFSIGIYGLITSRNMVRALMCLELILNAVNIN
                     FVTFSDFFDNRQLKGAIFSIFVIAIAAAEAAIGLAIVSSICRNRKSTRINQSNLLNK"
     gene            57161..57406
                     /gene="psaC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaC,
                     position 1 - 246, E-Value 4.2e-74, score 250.7; blatX_hit
                     psaC_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 246, psl
                     score 96.4, coverage 100.00%, match 96.34%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             57161..57406
                     /gene="psaC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I subunit C"
                     /translation="MSHSVKIYDTCIGCTQCVRACPTDVLEMIPWDGCKAKQIASAPR
                     TEDCVGCKRCESACPTDFLSVRVYLWHETTRSMGLAY"
     gene            57536..59038
                     /gene="ndhD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit ndhD,
                     position 1 - 1501, E-Value 0, score 1413.2; blatX_hit
                     ndhD_Vvinifera_GeSeq-SRS_v6, position 1 - 1503, psl score
                     90.7, coverage 100.00%, match 90.69%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             57536..59038
                     /gene="ndhD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="NADH dehydrogenase subunit D"
                     /translation="TNFFPWLTIIVVLPIFAGFLIVFLPHRGNRAIRWYTLSTCILEL
                     LLTTYAFSYHFQSDDPLIQLVEDYKWIHFFYFHWRLGIDGLSIGPILLTGFITTLATL
                     AAWPVTRDSRLFHFLMLAMYSGQIGSFSSRDLLLFFIMWELELIPVYLLLSMWGGKKR
                     LYSATKFILYTAGGSVFLLIGVLGVGLYSSNEPTFNFETLANQSYPVALEIIFYIGFF
                     IAFAVKLPIIPLHTWLPDTHGEAHYSTCMLLAGILLKMGAYGLVRVNMELLPHAHSIF
                     SPWLMIVGTMQIIYAASTSPGQRNLKKRIAYSSVSHMGFLIIGIASITDTGLNGAILQ
                     IISHGFIGAALFFLAGTSYDRIRLAYLDEIGGIAIPMPKIFMMFISFSMASLALPGMS
                     GFVTELTIFFGIITSQKYLLMPKILMTFVMAIGMILTPIYLLSMLRQMFYGYKLFNVP
                     NSSFFDSGPRELFVSISIFLPVIGIGIYPDFVLSLSVDKVEIILSHFFSR"
     gene            complement(59286..60248)
                     /gene="ccsA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(59286..60248)
                     /gene="ccsA"
                     /annotator="Chloe"
                     /product="cytochrome c biogenesis protein"
                     /translation="MIFLTFEHILTHISFSIVSIVITIHLITLLVDEIVKLYDSSEKG
                     LIATFFCITGLLVTRWIYSGHFPLSNLYESLIFLSWTFSIIHIVPYFKKKNYFSAITA
                     PSVIFTQGFTTSGLLTEIHQSAILVPALQSEWLIMHVSMMVLAYAALLCGSLVSVALL
                     VITFRKDIKIFYKSNCLVNESFSFDEIQYMNERSNVFGNTYFFSAKNYYRSQLIQQLD
                     HWSYRLISIGFIFLTIGLLSGAVWANEAWGSYWNWDPKESWAFITWTVFAIYLHTRTN
                     TKGLPGYSAIVASIGFIIIWICYFGVNLLGIGLHSYGSFPLTSK"
     gene            complement(60345..60424)
                     /gene="trnL-UAG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(60345..60424)
                     /gene="trnL-UAG"
                     /annotator="Chloe"
                     /product="tRNA-Leu"
     gene            complement(61270..61473)
                     /gene="rpl32"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(61270..61473)
                     /gene="rpl32"
                     /annotator="Chloe"
                     /product="ribosomal protein L32"
                     /translation="MGVPKKRTSISKKRIRKNIWKRKGYWAALKAFSLGKSLSTGNSK
                     SFCVGQKNSTENAKGFGVRQRTK"
     gene            62050..65918
                     /gene="rpoB"
                     /info="blatX_hit rpoB_Vvinifera_GeSeq-SRS_v6, position 1
                     - 3213, psl score 90.6, coverage 99.81%, match 90.94%"
                     /annotator="blatX"
     CDS             join(62050..65240,65903..65918)
                     /gene="rpoB"
                     /annotator="blatX"
                     /product="RNA polymerase subunit beta"
                     /translation="MLWDGNEGMSTIPGFNQIQFEGFCRFIDQGLREELYKFRKIEDP
                     DEEMEFQLFAETYQLVDPLIKERDAVYESLTYSSQLYVSAGFICKSSLAMQEQTIFIG
                     NIPLMNSLGTSIVNGIYRIVINQILQSPGIYYRSKLNHNGILAYTGTIISDWGGRLEL
                     AIDRKARIWARVSRKQKISILILSSAMGSNLKEILENLCYPEIFLSFLNDNDKIEIGS
                     KENAILEFYQQFTCVGEDLVFSESLCEYLQKKFFQQRCELGRIGRRNMNRRLNLNIPQ
                     NNIFLLPRDILAAVDHLIGIKFGMVTLDDMNHLKNKRIRSVADLLQDQLGLALVRLEN
                     VVEESICGAIRHKLIPTPQNLVTSTPLTTTYESFFGLHPLSQVFDRTNPLTQIVHGRK
                     FSYLGPGGLTGRTASFRIRNIHPSYYGRICPIDTSEGINVGLIGSLSIHARVGHWGFL
                     ESPFFEISEKSKKGRMLYLSPVIDEYYMVASGNSLSLSQDSQEEEVVPARYRQEFLTI
                     AWERVHLRSIFPFQYFSIGVSLIPFMEHNDATRALMSSNMQRQAVPLVRSEKCIVGTG
                     LERQAALDSGALVIAEHEGKIIYTDTDKIVLSGNGDTLSIPLVMYQRSNKNTCMHQKP
                     QVPQGRCIKKGQILADGAATVDGELALGKNLLVAYMPWEGYNSEDAVLINERLVYGAI
                     YTSFQIWKYEIQVYVTNEGPERVTNEIPHLEAHKLRNLDKNGIVMLGSWVKTDDILVG
                     KLTPQMVKEESLYAPEDRLLRAVLDIQVSTFKETCLRLPTGVRGRVIDVRWIESSIDN
                     PETIRVYILQKREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGRPVDMVFNPLGVP
                     SRMNVGQIFECSLGLAGSLLDRHYRIAPFDERYEQEASRKLVFSELYEASKQTANPWV
                     FEPEYPGKSRLFNGRTGDSFEQPVIIGKSYILKLIHQVDDKIHARSFGPHALVTQQPL
                     RGRAKKGGQRVGEMEVWALEGFGVAHILQEMLTYKSDHTRTRRKVYGTMLSGGIMPNP
                     KGAPESFQLLVRELRSLALELKHFLISEKNFQINRKEA"
     exon            62050..65240
                     /gene="rpoB"
                     /annotator="blatX"
                     /number=1
     intron          65241..65902
                     /gene="rpoB"
                     /annotator="blatX"
                     /number=1
     exon            65903..65918
                     /gene="rpoB"
                     /annotator="blatX"
                     /number=2
     gene            62050..65271
                     /gene="rpoB"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             62050..65271
                     /gene="rpoB"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta"
                     /translation="MLWDGNEGMSTIPGFNQIQFEGFCRFIDQGLREELYKFRKIEDP
                     DEEMEFQLFAETYQLVDPLIKERDAVYESLTYSSQLYVSAGFICKSSLAMQEQTIFIG
                     NIPLMNSLGTSIVNGIYRIVINQILQSPGIYYRSKLNHNGILAYTGTIISDWGGRLEL
                     AIDRKARIWARVSRKQKISILILSSAMGSNLKEILENLCYPEIFLSFLNDNDKIEIGS
                     KENAILEFYQQFTCVGEDLVFSESLCEYLQKKFFQQRCELGRIGRRNMNRRLNLNIPQ
                     NNIFLLPRDILAAVDHLIGIKFGMVTLDDMNHLKNKRIRSVADLLQDQLGLALVRLEN
                     VVEESICGAIRHKLIPTPQNLVTSTPLTTTYESFFGLHPLSQVFDRTNPLTQIVHGRK
                     FSYLGPGGLTGRTASFRIRNIHPSYYGRICPIDTSEGINVGLIGSLSIHARVGHWGFL
                     ESPFFEISEKSKKGRMLYLSPVIDEYYMVASGNSLSLSQDSQEEEVVPARYRQEFLTI
                     AWERVHLRSIFPFQYFSIGVSLIPFMEHNDATRALMSSNMQRQAVPLVRSEKCIVGTG
                     LERQAALDSGALVIAEHEGKIIYTDTDKIVLSGNGDTLSIPLVMYQRSNKNTCMHQKP
                     QVPQGRCIKKGQILADGAATVDGELALGKNLLVAYMPWEGYNSEDAVLINERLVYGAI
                     YTSFQIWKYEIQVYVTNEGPERVTNEIPHLEAHKLRNLDKNGIVMLGSWVKTDDILVG
                     KLTPQMVKEESLYAPEDRLLRAVLDIQVSTFKETCLRLPTGVRGRVIDVRWIESSIDN
                     PETIRVYILQKREIKVGDKVAGRHGNKGIISKILPRQDMPYLQDGRPVDMVFNPLGVP
                     SRMNVGQIFECSLGLAGSLLDRHYRIAPFDERYEQEASRKLVFSELYEASKQTANPWV
                     FEPEYPGKSRLFNGRTGDSFEQPVIIGKSYILKLIHQVDDKIHARSFGPHALVTQQPL
                     RGRAKKGGQRVGEMEVWALEGFGVAHILQEMLTYKSDHTRTRRKVYGTMLSGGIMPNP
                     KGAPESFQLLVRELRSLALELKHFLISEKNFQIKQIGRKRNQN"
     gene            65765..65819
                     /gene="rps18-fragment"
                     /info="blatX_hit rps18-fragment_Vvinifera_GeSeq-SRS_v6,
                     position 184 - 238, psl score 81.9, coverage 17.97%,
                     match 14.71%, fragment match 81.82%"
                     /annotator="blatX"
     CDS             65765..65819
                     /gene="rps18-fragment"
                     /annotator="blatX"
     gene            65945..68002
                     /gene="rpoC1"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpoC1,
                     position 1 - 2041, E-Value 0, score 1863.3; blatX_hit
                     rpoC1_Vvinifera_GeSeq-SRS_v6, position 1 - 2049, psl
                     score 89.0, coverage 100.44%, match 88.53%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             65945..68002
                     /gene="rpoC1"
                     /annotator="HMMER, blatX; merged"
                     /product="RNA polymerase subunit beta&apos;"
                     /translation="MIDRYKHQQLRIGLVSPEQISTWAEKILPNGEIVGEVKKPYTFH
                     YKTNKPEKDGLFCERIFGPIKSKICACGNSRGIGDKKENLRFCEQCGVEFVTSWTRRY
                     QMGYIKLARPVTHVWYLKRLPSSIANLLDKPLKELEGLVYCDFSFAKPIAKKPTFLRL
                     RGSFEYEIQSCKESIPLFFTRFTKLKEVLYRFRDREISTGAGAIHEQLADLDLRIILD
                     SSLVEWKELEEDGPTGKKSKDRKIARRKAFLVRRMQLTKHLIQTNIEPEWMVLSLLPV
                     LPPELRPMIQIDGGKLMSSDINELYRRVIFRNNYLTTLLTNKYTPVELIMCQEKLVQQ
                     AVDTLLDNGIRGQPIRDGHNKVYKSFSDLIQGKEGRFRETMLGKRVDYSGRSVIVVGP
                     SLSLHQCGLPHEIAIELFQAFVIRALIIQQLALSSAVAKRQIVENKPIVWEMLQEVMQ
                     GHPVLLNRAPTLHKLGIQAFQPILVEGSAICLHPLVCKGFNADFDGDQMAVHVPLSLE
                     AQAEARLLMFSNMNLLSPAIGDPICVPTQDMLMGLYILTSGNRRGICVNRYNPYNRKN
                     YQNERIEDNNKYIKEKEPLFCTSYDAIGAYRQKRINLDSPLWLRWRRDQRVISSREAP
                     LEVHYESLGTYYEIYEYYRIARNIKKETLSIYIRTTVGHLSLYREIEEAIQGFCRTCS
                     YST"
     gene            68173..72285
                     /gene="rpoC2"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             68173..72285
                     /gene="rpoC2"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit beta&apos;&apos;"
                     /translation="MAKGANLVFHNKVIDGTAMKQLISRLIDHFGMAYTSHILDQVKT
                     LGFQQATATSISLGIDDLLTIPSKGWLVQDAEIQSFLLEKHHHYGNVHAVEKLRQSID
                     IWYATSEYLRQEMNQNFRMTDPFNPVHIMSFSGARGNASQVHQLVGMRGLMSDPQGQM
                     IDLPIQSNLREGLSLTEYIVSCYGARKGVVDTAVRTADAGYLTRRLVEVVQHIVVRRT
                     DCGTVRGISVSPPNGRMPESIFIQTLIGRVLSDDIYTGPRCIATRNQDIGVGLINRFI
                     TFRAQPISIRTPFTCKSTSWICQLCYGRSTTHGDLVELGEAVGIIAGQSIGEPGTQLT
                     LRTFHTGGVFTGGTAEHVRAPSNGKIKFNENLVHPTRTRHGYPAFLCSIDLYVTIESE
                     DILHNVTIPSKSFLLVQNDQYVESEQIIAEIRAGTSTLNLKERVLKHIYSASGGEMHW
                     STDVYHAPKFPYGNVHLLPKTSHLWILSGGPCRFSIASFSLHKDQDQMNAHSLSVKRT
                     DILNPSLTNDQERHKLFSSGFSGKKENRIPDYSELNRIAGTGHYNLIYPAILHDNLDL
                     LAKRRRDRLIIPLQSIQEREKELMSSSGISIDVPINGIFRRNSILAYFDDPRYRRKSS
                     GIAFTKYETLEVHSIVKKEDFIEYEYQEVTEFRAKDQMKVDRFFFIPEEVHRLPLSSS
                     IMIRNNSIIGVDTQITLNTRSRVGGLVRVERKKKRIELQIFSGDIHFPGETDKISQHS
                     GVLIPPGIGKTDFKVSKKLQNWIYVQQITPTNKKYFILVRPVITYEIMDCINFTIPFP
                     PDMLQERDNVQLEVVNYIRYGNVKPIRVISDTSIQLVRTCLVLNWDQDKKNSSIEEAH
                     ASFVEIRTNGLIRDFLRIDLVKSSISYTEKRNDPSGSEWISDNGSDRTNINPFFSTFF
                     YSKEKIQIQQSLNQNEGTIHTLLNRNKECQSFIILSSSNCSRMGPFNDGKSSNVIKES
                     ILKNPLMPIRNLLGPLGTAFKIANFFSFYYLITYNQIWVTNYLQLDNFKETFQVLKYY
                     LMDEKGKIYNANPCSNIILNPFNLNWYFLYHNYCEKTSIKMSLGQFICENVYIAKNGP
                     HLKSGQVLIVQVDSVIIRSAKPYLATPGTTINGHYGEILYEGDTLLTFLYEKSRSSDI
                     TQGLPKVEKMFEVRSIDSISMNLEKRVEAWNECITKILGIPWGFLIGAELTIVQSRIS
                     LVNKIQEVYRSQGVQIHNRHIELIVRQITSKVLVSEDGMSNVFLPGELIGLLRAERMG
                     RALEEAIHYRAVLLGITRASLNTQSFISEASFQETARVLAKAALRGRIDWLKGLKENV
                     VLGGMIPIGTGFKGLIPPLRQHNNIPLETKKKNRFKGEMKDILFDPIKII"
     gene            72553..73260
                     /gene="rps2"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps2,
                     position 1 - 710, E-Value 2.6e-190, score 635.1;
                     blatX_hit rps2_Vvinifera_GeSeq-SRS_v6, position 1 - 711,
                     psl score 88.2, coverage 99.58%, match 87.76%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             72553..73260
                     /gene="rps2"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S2"
                     /translation="MTRRYWNINLEEMMEARVHFGHRIKKWNPKMAPYIWAKRKGMHI
                     TNLALTTRFLSEACDLVFDAARRRKRILIVGTKKRVADSVARAAIKARCHYVNKKWLG
                     GMLTNWSTTERRLCKFKKLRLELKMVRRNLLKRDAARLKRKLSHLQTYLGGIKYMTAI
                     PDIVIIIDQHKEYTALRECIILGIPTICLIDTNCDPDLVDFPIPANDDTRASIRFILT
                     KLIFAICEGRSSNKIKP"
     gene            73468..74211
                     /gene="atpI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpI,
                     position 1 - 743, E-Value 2.4e-225, score 750.6;
                     blatX_hit atpI_Nundulata_GeSeq-SRS_v6, position 1 - 744,
                     psl score 93.9, coverage 100.00%, match 93.82%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             73468..74211
                     /gene="atpI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit IV"
                     /translation="MNVLSCSINTLKGFYEISGVEVGQHFYWKIGGFQVHGQVLITSW
                     VVIAILLGSATIGVRNPQTIPTDGQNFFEYVLEFIRDVSKTQIGEEYGPWVPFIGTMF
                     LFIFVSNWSGALLPWKIIQLPHGELAAPTNDINTTVALALLTSVAYFYAGLSKKGLAY
                     FGKYIQPTPILLPINILEDFTKPLSLSFRLFGNILADELVVVVLVSLVPLVVPIPVMF
                     LGLFTSGIQALIFATLAAAYIGESMEGHH"
     gene            75120..75365
                     /gene="atpH"
                     /info="annotated by Chloe v0.1.0; HMMER_hit atpH,
                     position 1 - 246, E-Value 6.4e-72, score 243.5; blatX_hit
                     atpH_Vvinifera_GeSeq-SRS_v6, position 1 - 246, psl score
                     95.6, coverage 100.00%, match 95.53%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             75120..75365
                     /gene="atpH"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="CF0 subunit III"
                     /translation="MNPLISAASVIAAGLAVGLASIGPGIGQGTAAGQAVEGIARQPE
                     AEGKIRGTLLLSLAFMEALTIYGLVVALALLFANPFV"
     gene            75743..75907
                     /gene="atpF"
                     /info="HMMER_hit atpF, position 1 - 145, E-Value 4.8e-36,
                     score 125.9"
                     /annotator="HMMER"
     gene            75743..77009
                     /gene="atpF"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             join(75743..75887,76600..77009)
                     /gene="atpF"
                     /annotator="Chloe"
                     /product="CF0 subunit I"
                     /translation="MKIVTDSFISLGYWPYAGSFGFNTDILATNPINLSVVLGGLIFF
                     GKGVLSDLLDNRKQRIFNTIRNSEELRGGVIEQLEKARAHLRKVEMEADQYRVNGYSE
                     IEQKILSLRTSASTTLEQLENNKNETILFEQQRAINQVRQRVFQQALQGALGTLNSCL
                     NTELHLRIISANIGMFGAMKEITD"
     exon            75743..75887
                     /gene="atpF"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     intron          75888..76599
                     /gene="atpF"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     exon            76600..77009
                     /gene="atpF"
                     /annotator="Chloe"
                     /number=2
     CDS             75743..75907
                     /gene="atpF"
                     /annotator="HMMER"
                     /product="CF0 subunit I"
                     /translation="MKIVTDSFISLGYWPYAGSFGFNTDILATNPINLSVVLGGLIFF
                     GKGVCASCLFQ"
     gene            77077..78600
                     /gene="atpA"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     atpA_Vvinifera_GeSeq-SRS_v6, position 1 - 1524, psl score
                     91.2, coverage 100.00%, match 91.14%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             77077..78600
                     /gene="atpA"
                     /annotator="Chloe, blatX; merged"
                     /product="CF1 subunit alpha"
                     /translation="MGTIRADEISNTIRQRIKQYNRKVKIVNTGTVLKVGDGIARIHG
                     LDEVMSGELVEFEEGTIGIALNLESTNVGAVLMGDGLMIQEGSSVKATGKIAQIPVSE
                     AYLGRVINALAKPIDGRGEISSSESRLIESPAPDIISRRSVYEPLQTGLIAIDSMIPI
                     GRGQRELIIGDRQTGKTAVATDTILNQQGQNVICVYVAIGQKASSVAQVVTTFQEQRA
                     MEYTIVVAEMADSPAALQYLAPYTGAALAEYFMYREQHTLIIYDDLSKQAQAYRQMSL
                     LLRRPPGREAYPGDVFYLHSRLLERAAKLSSRLGEGSMTALPIVETQSGDVSAYIPTN
                     VISITDGQIFLSADLFNAGIRPAISVGISVSRVGSAAQIKAMKQVAGKLKLDLAQLGE
                     LEAFAQFASDIDKGTQNQLARGRRLRELLKQSQSEPLTVEDQIMTIYTGTNGYLDSLE
                     IGKVAKFLDDLRKSLKSKKPQFQEIISSTKTFTEEAEALLKEAIQEQVKSFIFEEEA"
     gene            complement(78720..78791)
                     /gene="trnR-UCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(78720..78791)
                     /gene="trnR-UCU"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(79042..79796)
                     /gene="trnG-UCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(79042..79089,79774..79796))
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     exon            complement(79774..79796)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(79090..79773)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(79042..79089)
                     /gene="trnG-UCC"
                     /annotator="Chloe"
                     /number=2
     gene            80472..80559
                     /gene="trnS-GCU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            80472..80559
                     /gene="trnS-GCU"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            complement(80699..80809)
                     /gene="psbI"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbI,
                     position 1 - 111, E-Value 1.2e-27, score 99.2; blatX_hit
                     psbI_Oelata_GeSeq-SRS_v6, position 1 - 111, psl score
                     92.8, coverage 100.00%, match 92.79%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(80699..80809)
                     /gene="psbI"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit I"
                     /translation="MLTLKLFVSTVVVFFISLFVFGFLSNDPGRNPGREE"
     gene            complement(81193..81378)
                     /gene="psbK"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbK,
                     position 1 - 186, E-Value 1.9e-42, score 147.2; blatX_hit
                     psbK_Vvinifera_GeSeq-SRS_v6, position 1 - 186, psl score
                     92.5, coverage 100.00%, match 92.47%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(81193..81378)
                     /gene="psbK"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit K"
                     /translation="MLNIFSLIFICINSALYSTSFFFSKLPEAYAFLNPIVDVMPVIP
                     VLFFLLAFVWQAAVSFR"
     gene            81760..81831
                     /gene="trnQ-UUG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            81760..81831
                     /gene="trnQ-UUG"
                     /annotator="Chloe"
                     /product="tRNA-Gln"
     gene            83835..86087
                     /gene="psaA"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaA,
                     position 1 - 2252, E-Value 0, score 2441.5; blatX_hit
                     psaA_Vvinifera_GeSeq-SRS_v6, position 1 - 2253, psl score
                     94.9, coverage 100.00%, match 94.85%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             83835..86087
                     /gene="psaA"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A1"
                     /translation="MIIRSPEPEVKILVDRDPVKTSFEEWARPGHFSRTIAKGPDTTT
                     WIWNLHADAHDFDSHTSDLEEISRKVFSAHFGQLSIIFLWLSGMYFHGARFSNYEAWL
                     SDPTHIAPSAQVVWAIVGQEILNGDVGGGFRGIQITSGFFQIWRASGITSELQLYCTA
                     IGALIFAALMLFAGWFHYHKAAPKLAWFQDVESMLNHHLAGLLGLGSLSWAGHQVHVS
                     LPINQFLNVGVDPKEIPLPHEFILNRDLLAQLYPSFAEGATPFFTLNWSKYAEFLTFR
                     GGLDPVTGGLWLTDIAHHHLAIAILFLIAGHMYRTNWGIGHGLKDILEAHKGPFTGQG
                     HKGLYEILTTSWHAQLSLNLAMLGSLTIVVAQHMYSMPPYPYLATDYGTQLSLFTHHM
                     WIGGFLIVGAAAHAAIFMVRDYDPTTRYNDLLDRVLRHRDAIISHLNWVCIFLGFHSF
                     GLYIHNDTMSALGRPQDMFSDTAIQLQPVFSQWIQNTHALAPGATAPGATTSTSLTWG
                     GNDLIVVGGKVALLPIPLGTADFLVHHIHAFTIHVTVLILLKGVLFARSSRLIPDKAN
                     LGFRFPCDGPGRGGTCQVSAWDHVFLGLFWMYNAISVVIFHFSWKMQSDVWGRISDQG
                     IVTHITGGNFAQSSITINGWLRDFLWAQASQVIQSYGSSLSAYGLFFLGAHFVWAFSL
                     MFLFSGRGYWQELIESIVWAHNKLKVAPATQPRALSIVQGRAVGVTHYLLGGIATTWA
                     FFLARIIAVG"
     gene            86113..88317
                     /gene="psaB"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psaB,
                     position 1 - 2204, E-Value 0, score 2381.4; blatX_hit
                     psaB_Vvinifera_GeSeq-SRS_v6, position 1 - 2205, psl score
                     95.3, coverage 100.00%, match 95.28%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             86113..88317
                     /gene="psaB"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem I P700 apoprotein A2"
                     /translation="MALRFPRFSQGLAQDPTTRRIWFGIATAHDFESHDDITEERLYQ
                     NIFASHFGQLAIIFLWTSGNLFHVAWQGNFESWVQDPLHVRPIAHAIWDPHFGQPAVE
                     AFTRGGALGPVNIAYSGVYQWWYTIGLRTNEDLYTGALFLLFLSAISLIAGWLHLQPK
                     WKPSLSWFKNAESRLNHHLTGLFGISSLAWTGHLVHVAIPGSRGEYVRWNNFLDVLPH
                     PQGLGPLFTGQWNLYAQNTDSSSHLFGTSQGAGTAILTLLGGFHPQTQSLWLTDIAHH
                     HLAIAFFFLVAGHMYRTNFGIGHSMKDLLDAHIPPGGRLGRGHKGLYDTINNSIHFQL
                     GLALASLGVITSLVAQHMYSLPAYAFIAQDFTTQAALYTHHQYIAGFIMTGAFAHGAI
                     FFIRDYNPEQNEDNVLARMLDHKEAIISHLSWASLFLGFHTLGLYVHNDVMLAFGTPE
                     KQILIEPIFAQWIQSAHGKTSYGFDVLLSSTSGPAFNAGRSIWLPGWLNAVNENSNSL
                     FLTIGPGDFLVHHAIALGLHTTTLILVKGALDARGSKLMPDKKDFGYSFPCDGPGRGG
                     TCDISAWDAFYLAVFWMLNTIGWVTFYWHWKHITLWQGNVSQFNESSTYLMGWLRDYL
                     WLNSSQLINGYNPFGMNSLSVWAWMFLFGHLVWATGFMFLISWRGYWQELIETLAWAH
                     ERTPLANLIRWRDKPVALSIVQARLVGLAHFSVGYIFTYAAFLIASTSGKFG"
     gene            88470..88772
                     /gene="rps14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps14,
                     position 1 - 302, E-Value 5.8e-83, score 280.4; blatX_hit
                     rps14_Ntomentosiformis_GeSeq-SRS_v6, position 1 - 303,
                     psl score 92.1, coverage 100.00%, match 92.08%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             88470..88772
                     /gene="rps14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S14"
                     /translation="MARKSLIQREEKREKLAQKYDLIRRSLKKKISKVHSVSDYLEIH
                     GKLQSPPRNSAPTRLRRRCFLTGRARANYRDFGLSGHILREMVHACLLPGATRSSW"
     gene            88928..89001
                     /gene="trnfM-CAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            88928..89001
                     /gene="trnfM-CAU"
                     /annotator="Chloe"
                     /product="tRNA-Met"
     gene            complement(89153..89223)
                     /gene="trnG-GCC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(89153..89223)
                     /gene="trnG-GCC"
                     /annotator="Chloe"
                     /product="tRNA-Gly"
     gene            complement(89494..89682)
                     /gene="psbZ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbZ,
                     position 1 - 188, E-Value 8.4e-50, score 171.5; blatX_hit
                     psbZ_Stuberosum_GeSeq-SRS_v6, position 1 - 189, psl score
                     95.8, coverage 100.00%, match 95.77%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(89494..89682)
                     /gene="psbZ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit Z"
                     /translation="MTVAFQLAVFALIATSSILLISVPVVFASPDGWSSNKNVVFSGT
                     SLWIGLVFLVGILNSLIS"
     gene            90026..90118
                     /gene="trnS-UGA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            90026..90118
                     /gene="trnS-UGA"
                     /annotator="Chloe"
                     /product="tRNA-Ser"
     gene            complement(90352..91737)
                     /gene="psbC"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbC,
                     position 1 - 1385, E-Value 0, score 1483.9; blatX_hit
                     psbC_Vvinifera_GeSeq-SRS_v6, position 1 - 1386, psl score
                     95.1, coverage 100.00%, match 95.09%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(90352..91737)
                     /gene="psbC"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II 43 kDa protein"
                     /translation="VETLFNGTLALAGRDQETTGFAWWAGNARLINLSGKLLGAHVAH
                     AGLIVFWAGAMNLFEVAHFLPEKPMYEQGLILLPHLATLGWGVGPGGEVIDTFPYFVS
                     GVLHLISSAVLGFGGIYHALLGPETLEESFPFFGYVWKDRNKMTTILGIHLILLGIGA
                     FLLVFKALYFGGLYDTWAPGGGDVRKITNLTLRPSILFGYLLKSPFGGEGWIVSVDDL
                     EDIIGGHVWLGSICILGGIWHILTKPFAWARRALVWSGEAYLSYSLAALSVCGFIACC
                     FVWFNNTAYPSEFYGPTGPEASQAQAFTFLVRDQRLGANVGSAQGPTGLGKYLMRSPT
                     GEVIFGGETMRFWDLRAPWLEPLRGPNGLDLSRLKNDIQPWQERRSAEYMTHAPLGSL
                     NSVGGVATEINAVNYVSPRSWLATSHFVLAFFLFVGHLWHAGRARAAAAGFEKGIDRD
                     FEPVLSMTPLN"
     gene            complement(91721..92782)
                     /gene="psbD"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbD,
                     position 1 - 1062, E-Value 0, score 1137.9; blatX_hit
                     psbD_Ntabacum_GeSeq-SRS_v6, position 1 - 1062, psl score
                     96.1, coverage 100.00%, match 96.05%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(91721..92782)
                     /gene="psbD"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II protein D2"
                     /translation="MTIALGKFTKDENDLFDIMDDWLRRDRFVFVGWSGLLLFPCAYF
                     ALGGWFTGTTFVTSWYTHGLASSYLEGCNFLTAAVSTPANSLAHSLLLLWGPEAQGDF
                     TRWCQLGGLWTFVALHGAFGLIGFMLRQFELARSVQLRPYNAIAFSGPIAVFVSVFLI
                     YPLGQSGWFFAPSFGVSAIFRFILFFQGFHNWTLNPFHMMGVAGVLGAALLCAIHGAT
                     VENTLFEDGDGANTFRAFNPTQAEETYSMVTANRFWSQIFGVAFSNKRWLHFFMLFVP
                     VTGLWMSALGVVGLALNLRAYDFVSQEIRAAEDPEFETFYTKNILLNEGIRAWMAAQD
                     QPHENLIFPEEVLPRGNAL"
     gene            complement(94241..94312)
                     /gene="trnT-GGU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(94241..94312)
                     /gene="trnT-GGU"
                     /annotator="Chloe"
                     /product="tRNA-Thr"
     CDS             95521..96033
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            complement(97020..97142)
                     /gene="psbJ"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbJ,
                     position 1 - 123, E-Value 2.2e-32, score 114.4; blatX_hit
                     psbJ_Vvinifera_GeSeq-SRS_v6, position 1 - 123, psl score
                     96.8, coverage 100.00%, match 96.75%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(97020..97142)
                     /gene="psbJ"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit J"
                     /translation="MADTTGRIPLWLIGTVTGILVIGLLGLFFYGSYSGLGSSL"
     gene            complement(97273..97389)
                     /gene="psbL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbL,
                     position 1 - 116, E-Value 7.6e-32, score 112.6; blatX_hit
                     psbL_Rcommunis_GeSeq-SRS_v6, position 1 - 117, psl score
                     97.5, coverage 100.00%, match 97.44%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(97273..97389)
                     /gene="psbL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit L"
                     /translation="MTQSNPNEQNVELNRTSLYWGLLLIFVLAVLFSNYFFN"
     gene            complement(97412..97531)
                     /gene="psbF"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbF,
                     position 1 - 120, E-Value 9.7e-33, score 115.2; blatX_hit
                     psbF_Vvinifera_GeSeq-SRS_v6, position 1 - 120, psl score
                     95.9, coverage 100.00%, match 95.83%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(97412..97531)
                     /gene="psbF"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit beta"
                     /translation="MTIDRTYPIFTVRWLAVHGLAVPTVSFLGSISAMQFIQR"
     gene            complement(97541..97792)
                     /gene="psbE"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbE,
                     position 1 - 252, E-Value 6.3e-77, score 260.1; blatX_hit
                     psbE_Vvinifera_GeSeq-SRS_v6, position 1 - 252, psl score
                     96.5, coverage 100.00%, match 96.43%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(97541..97792)
                     /gene="psbE"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b559 subunit alpha"
                     /translation="MSGSTGERSFADIITSIRYWVIHSITIPSLFIAGWLFVSTGLAY
                     DVFGSPRPNEYFTESRQGIPLITGRFDPLEQLDEFSRSF"
     gene            99075..99170
                     /gene="petL"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petL,
                     position 1 - 96, E-Value 5e-25, score 90.9; blatX_hit
                     petL_Hbrasiliensis_GeSeq-SRS_v6, position 1 - 96, psl
                     score 95.9, coverage 100.00%, match 95.83%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             99075..99170
                     /gene="petL"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit L"
                     /translation="MPIITSYFGFLLAALTITSALFIGLSKIRLI"
     gene            99348..99461
                     /gene="petG"
                     /info="annotated by Chloe v0.1.0; blatX_hit
                     petG_Vvinifera_GeSeq-SRS_v6, position 1 - 114, psl score
                     96.5, coverage 100.00%, match 96.49%; merged"
                     /annotator="Chloe, blatX; merged"
     CDS             99348..99461
                     /gene="petG"
                     /annotator="Chloe, blatX; merged"
                     /product="cytochrome b6/f subunit G"
                     /translation="MIEVFLFGIVLGLIPITLAGLFVTAYLQYIRGDQLDL"
     gene            complement(99585..99658)
                     /gene="trnW-CCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(99585..99658)
                     /gene="trnW-CCA"
                     /annotator="Chloe"
                     /product="tRNA-Trp"
     gene            complement(99838..99911)
                     /gene="trnP-UGG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(99838..99911)
                     /gene="trnP-UGG"
                     /annotator="Chloe"
                     /product="tRNA-Pro"
     gene            100318..100458
                     /gene="psaJ"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             100318..100458
                     /gene="psaJ"
                     /annotator="Chloe"
                     /product="photosystem I subunit J"
                     /translation="MRDLKTYLSAAPVLSTLWFVSLAGLLIEINRFFPDALTFSFFHS
                     SY"
     gene            100922..101140
                     /gene="rpl33"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl33,
                     position 1 - 201, E-Value 7.3e-40, score 139.3; blatX_hit
                     rpl33_Rcommunis_GeSeq-SRS_v6, position 1 - 201, psl score
                     82.8, coverage 108.96%, match 83.58%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             100922..101140
                     /gene="rpl33"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L33"
                     /translation="MDKGKDVRVRVILECTNCVRTSVKRNGLNVNVNKGINRYITQKN
                     RHTTPKRLELRKFCPYCYKHTIHGEITK"
     gene            101316..101654
                     /gene="rps18"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             101316..101654
                     /gene="rps18"
                     /annotator="Chloe"
                     /product="ribosomal protein S18"
                     /translation="MDKSKRRFFKSKRPFRRRLPPIQSGDRIDYRNMSLISRFISQQG
                     KILSRRVNRLTLKQQRLITIAIKQARILSSLPFLNNEKLFKMKKRTKSTARTKGKGKG
                     KGLRTGKKKK"
     gene            complement(101943..102284)
                     /gene="rpl20"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(101943..102284)
                     /gene="rpl20"
                     /annotator="Chloe"
                     /product="ribosomal protein L20"
                     /translation="MTRTCRGYIARRRRTKMRSFAIGWARALTGTSLQYQIKALYSAH
                     RDRGRQKRNFRCLWITRINALIRKMWVSNSYSRFIHDLYKRGAFLNRKTLSQVATFHQ
                     NCFYLISKKNI"
     gene            complement(join(52938..53731,103067..103180))
                     /gene="rps12"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
                     /trans_splicing
     CDS             complement(join(52938..52963,53500..53731,
                     103067..103180))
                     /gene="rps12"
                     /annotator="Chloe"
                     /trans_splicing
                     /product="ribosomal protein S12"
                     /translation="MPTIKQLIRNARQPIRNVSKSPALRGCPQREGTCTRVYTITPKK
                     PNSAFRKVARVKLTSGFVITAYIPGIGHTLQEHSVVLVRGGRVKDLPGVRYHIVRGAL
                     DAVPVKDRQQGRSKYGVKKPK"
     exon            complement(103067..103180)
                     /gene="rps12"
                     /annotator="Chloe, blatX; merged"
                     /number=1
     gene            complement(103391..103582)
                     /gene="rpoA"
                     /info="HMMER_hit rpoA, position 829 - 965, E-Value
                     2.5e-05, score 23.6"
                     /annotator="HMMER"
     CDS             complement(103391..103582)
                     /gene="rpoA"
                     /annotator="HMMER"
     gene            complement(104033..104254)
                     /gene="rpoA"
                     /info="HMMER_hit rpoA, position 798 - 961, E-Value
                     2.2e-08, score 33.7"
                     /annotator="HMMER"
     CDS             complement(104033..104254)
                     /gene="rpoA"
                     /annotator="HMMER"
     gene            105554..105624
                     /gene="trnC-GCA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            105554..105624
                     /gene="trnC-GCA"
                     /annotator="Chloe"
                     /product="tRNA-Cys"
     gene            106477..106566
                     /gene="petN"
                     /info="annotated by Chloe v0.1.0; HMMER_hit petN,
                     position 1 - 90, E-Value 1.3e-26, score 95.7; blatX_hit
                     petN_Vvinifera_GeSeq-SRS_v6, position 1 - 90, psl score
                     100.0, coverage 100.00%, match 100.00%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             106477..106566
                     /gene="petN"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="cytochrome b6/f subunit N"
                     /translation="MDIVSLAWAALMVVFTFSLSLVVWGRSGL"
     gene            complement(107721..107825)
                     /gene="psbM"
                     /info="annotated by Chloe v0.1.0; HMMER_hit psbM,
                     position 2 - 104, E-Value 3.3e-26, score 94.3; blatX_hit
                     psbM_Stuberosum_GeSeq-SRS_v6, position 1 - 105, psl score
                     95.3, coverage 100.00%, match 95.24%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(107721..107825)
                     /gene="psbM"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="photosystem II subunit M"
                     /translation="MEVNILAFIATALFILIPTAFLLIIYVKTVSQND"
     gene            complement(108977..109050)
                     /gene="trnD-GUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(108977..109050)
                     /gene="trnD-GUC"
                     /annotator="Chloe"
                     /product="tRNA-Asp"
     gene            complement(109159..109242)
                     /gene="trnY-GUA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(109159..109242)
                     /gene="trnY-GUA"
                     /annotator="Chloe"
                     /product="tRNA-Tyr"
     gene            complement(109302..109374)
                     /gene="trnE-UUC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(109302..109374)
                     /gene="trnE-UUC"
                     /annotator="Chloe"
                     /product="tRNA-Glu"
     gene            110728..110742
                     /gene="rpl16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             110728..110742
                     /gene="rpl16"
                     /annotator="Chloe"
                     /product="ribosomal protein L16"
                     /translation="MLSV"
     gene            complement(111790..111995)
                     /gene="rps19-fragment"
                     /info="blatX_hit rps19-fragment_Stuberosum_GeSeq-SRS_v6,
                     position 74 - 279, psl score 87.9, coverage 73.84%, match
                     64.87%, fragment match 87.86%"
                     /annotator="blatX"
     CDS             complement(111790..111995)
                     /gene="rps19-fragment"
                     /annotator="blatX"
     gene            complement(111790..112017)
                     /gene="rps19"
                     /info="HMMER_hit rps19, position 73 - 278, E-Value
                     1.3e-49, score 171.3"
                     /annotator="HMMER"
     CDS             complement(111790..112017)
                     /gene="rps19"
                     /annotator="HMMER"
     gene            complement(112113..112766)
                     /gene="accD"
                     /info="HMMER_hit accD, position 872 - 1476, E-Value
                     1.9e-151, score 505.5"
                     /annotator="HMMER"
     CDS             complement(112113..112766)
                     /gene="accD"
                     /annotator="HMMER"
     gene            complement(112187..113285)
                     /gene="accD"
                     /info="blatX_hit accD_Gbiloba_GeSeq-SRS_v6, position 233
                     - 878, psl score 71.5, coverage 59.88%, match 44.75%"
                     /annotator="blatX"
     CDS             complement(join(112187..112687,113205..113285))
                     /gene="accD"
                     /annotator="blatX"
     exon            complement(112187..112687)
                     /gene="accD"
                     /annotator="blatX"
                     /number=2
     intron          complement(112688..113204)
                     /gene="accD"
                     /annotator="blatX"
                     /number=1
     exon            complement(113205..113285)
                     /gene="accD"
                     /annotator="blatX"
                     /number=1
     CDS             complement(112878..114062)
                     /gene="ycf1"
                     /annotator="HMMER"
     gene            complement(112888..113534)
                     /gene="accD"
                     /info="HMMER_hit accD, position 632 - 911, E-Value
                     2.6e-53, score 180.5"
                     /annotator="HMMER"
     CDS             complement(112888..113534)
                     /gene="accD"
                     /annotator="HMMER"
     gene            complement(114332..115464)
                     /gene="rps16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(join(114332..114555,115425..115464))
                     /gene="rps16"
                     /annotator="Chloe"
                     /product="ribosomal protein S16"
                     /translation="MVKLRLKRYGRKQRAVYRIVAIDVRSRREGRDLGKVGFYDPITN
                     QTYLNVPAILYFLEKGAQPTETVQDILKKAEILKEFLPKLNKI"
     exon            complement(115425..115464)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(114556..115424)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=1
     exon            complement(114332..114555)
                     /gene="rps16"
                     /annotator="Chloe"
                     /number=2
     gene            complement(115673..115787)
                     /gene="rps18"
                     /info="HMMER_hit rps18, position 145 - 238, E-Value
                     1.5e-20, score 75.5"
                     /annotator="HMMER"
     CDS             complement(115673..115787)
                     /gene="rps18"
                     /annotator="HMMER"
     gene            complement(115776..115853)
                     /gene="rps18"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(115776..115853)
                     /gene="rps18"
                     /annotator="Chloe"
                     /product="ribosomal protein S18"
                     /translation="MSVINRFISQQGKILSRRVNRLIDE"
     gene            complement(115785..115929)
                     /gene="rps18"
                     /info="HMMER_hit rps18, position 38 - 163, E-Value
                     1.2e-31, score 111.9"
                     /annotator="HMMER"
     CDS             complement(115785..115929)
                     /gene="rps18"
                     /annotator="HMMER"
     gene            complement(116092..116384)
                     /gene="atpB"
                     /info="HMMER_hit atpB, position 36 - 288, E-Value 6.8e-19,
                     score 67.8"
                     /annotator="HMMER"
     CDS             complement(116092..116384)
                     /gene="atpB"
                     /annotator="HMMER"
     gene            complement(116522..116569)
                     /gene="rps14"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(116522..116569)
                     /gene="rps14"
                     /annotator="Chloe"
                     /product="ribosomal protein S14"
                     /translation="MVHACLLPGATRSSW"
     gene            complement(116907..117247)
                     /gene="atpB"
                     /info="HMMER_hit atpB, position 9 - 309, E-Value 5e-20,
                     score 71.6"
                     /annotator="HMMER"
     CDS             complement(116907..117247)
                     /gene="atpB"
                     /annotator="HMMER"
     gene            complement(117461..117607)
                     /gene="rpl22-fragment"
                     /info="blatX_hit rpl22-fragment_Ptrichocarpa_GeSeq-SRS_v6,
                     position 238 - 384, psl score 81.0, coverage 36.84%,
                     match 29.82%, fragment match 80.95%"
                     /annotator="blatX"
     CDS             complement(117461..117607)
                     /gene="rpl22-fragment"
                     /annotator="blatX"
     gene            complement(117461..117627)
                     /gene="rpl22"
                     /info="HMMER_hit rpl22, position 241 - 366, E-Value
                     3.3e-25, score 89.8"
                     /annotator="HMMER"
     CDS             complement(117461..117627)
                     /gene="rpl22"
                     /annotator="HMMER"
     gene            117875..117946
                     /gene="trnN-GUU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            117875..117946
                     /gene="trnN-GUU"
                     /annotator="Chloe"
                     /product="tRNA-Asn"
     gene            complement(118558..118631)
                     /gene="trnR-ACG"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(118558..118631)
                     /gene="trnR-ACG"
                     /annotator="Chloe"
                     /product="tRNA-Arg"
     gene            complement(118888..118967)
                     /gene="rrn5"
                     /info="blatN_hit rrn5_Zmays_GeSeq-SRS_v1, position 42 -
                     121, psl score 96.3, coverage 66.12%, match 63.64%"
                     /annotator="blatN"
     rRNA            complement(118888..118967)
                     /gene="rrn5"
                     /annotator="blatN"
                     /product="5S ribosomal RNA"
     gene            complement(118888..119005)
                     /gene="rrn5"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn5,
                     position 1 - 120, E-Value 2.4e-31, score 110.8; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            complement(118888..119005)
                     /gene="rrn5"
                     /annotator="Chloe, HMMER; merged"
                     /product="5S ribosomal RNA"
     gene            complement(118971..119005)
                     /gene="rrn5-fragment"
                     /info="blatN_hit rrn5-fragment_Zmays_GeSeq-SRS_v1,
                     position 1 - 35, psl score 97.2, coverage 28.93%, match
                     28.10%, fragment match 97.14%"
                     /annotator="blatN"
     rRNA            complement(118971..119005)
                     /gene="rrn5-fragment"
                     /annotator="blatN"
     gene            complement(119256..119304)
                     /gene="rrn4.5-fragment"
                     /info="blatN_hit rrn4.5-fragment_Vvinifera_GeSeq-SRS_v1,
                     position 55 - 103, psl score 93.9, coverage 47.57%, match
                     44.66%, fragment match 93.88%"
                     /annotator="blatN"
     rRNA            complement(119256..119304)
                     /gene="rrn4.5-fragment"
                     /annotator="blatN"
     gene            complement(119256..119336)
                     /gene="rrn4.5"
                     /info="HMMER_hit rrn4.5, position 45 - 103, E-Value
                     5.4e-11, score 45.6"
                     /annotator="HMMER"
     rRNA            complement(119256..119336)
                     /gene="rrn4.5"
                     /annotator="HMMER"
                     /product="4.5S ribosomal RNA"
     gene            complement(119313..119415)
                     /gene="rrn4.5"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     rRNA            complement(119313..119415)
                     /gene="rrn4.5"
                     /annotator="Chloe"
                     /product="4.5S ribosomal RNA"
     gene            complement(119353..119415)
                     /gene="rrn4.5"
                     /info="HMMER_hit rrn4.5, position 3 - 53, E-Value 5.6e-12,
                     score 48.8"
                     /annotator="HMMER"
     rRNA            complement(119353..119415)
                     /gene="rrn4.5"
                     /annotator="HMMER"
                     /product="4.5S ribosomal RNA"
     gene            complement(119363..119415)
                     /gene="rrn4.5"
                     /info="blatN_hit rrn4.5_Vvinifera_GeSeq-SRS_v1, position
                     1 - 53, psl score 98.2, coverage 51.46%, match 50.49%"
                     /annotator="blatN"
     rRNA            complement(119363..119415)
                     /gene="rrn4.5"
                     /annotator="blatN"
                     /product="4.5S ribosomal RNA"
     gene            complement(119516..122326)
                     /gene="rrn23"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rrn23,
                     position 1 - 2811, E-Value 0, score 3154.7; merged"
                     /annotator="Chloe, HMMER; merged"
     rRNA            complement(119715..122326)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /product="23S ribosomal RNA"
     exon            complement(119715..122326)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     intron          complement(119516..119714)
                     /gene="rrn23"
                     /annotator="Chloe"
                     /number=1
     rRNA            complement(119516..122326)
                     /gene="rrn23"
                     /annotator="HMMER"
                     /product="23S ribosomal RNA"
     gene            complement(119517..120570)
                     /gene="rrn23"
                     /info="blatN_hit rrn23_Vvinifera_GeSeq-SRS_v1, position
                     1758 - 2811, psl score 98.2, coverage 37.48%, match
                     36.81%"
                     /annotator="blatN"
     rRNA            complement(119517..120570)
                     /gene="rrn23"
                     /annotator="blatN"
                     /product="23S ribosomal RNA"
     gene            complement(121128..121566)
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Vvinifera_GeSeq-SRS_v1,
                     position 765 - 1186, psl score 96.5, coverage 15.61%,
                     match 14.83%, fragment match 98.82%"
                     /annotator="blatN"
     rRNA            complement(121128..121566)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(121571..122326)
                     /gene="rrn23-fragment"
                     /info="blatN_hit rrn23-fragment_Vvinifera_GeSeq-SRS_v1,
                     position 1 - 755, psl score 98.2, coverage 26.88%, match
                     26.46%, fragment match 98.54%"
                     /annotator="blatN"
     rRNA            complement(121571..122326)
                     /gene="rrn23-fragment"
                     /annotator="blatN"
     gene            complement(122479..123358)
                     /gene="trnA-UGC"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(122479..122513,123321..123358))
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /product="tRNA-Ala"
     exon            complement(123321..123358)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     intron          complement(122514..123320)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=1
     exon            complement(122479..122513)
                     /gene="trnA-UGC"
                     /annotator="Chloe"
                     /number=2
     gene            complement(123426..124439)
                     /gene="trnI-GAU"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     tRNA            complement(join(123426..123460,124403..124439))
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /product="tRNA-Ile"
     exon            complement(124403..124439)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     intron          complement(123461..124402)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=1
     exon            complement(123426..123460)
                     /gene="trnI-GAU"
                     /annotator="Chloe"
                     /number=2
     gene            complement(124728..124837)
                     /gene="rrn16"
                     /info="HMMER_hit rrn16, position 1385 - 1491, E-Value
                     1.5e-21, score 76.4"
                     /annotator="HMMER"
     rRNA            complement(124728..124837)
                     /gene="rrn16"
                     /annotator="HMMER"
                     /product="16S ribosomal RNA"
     gene            complement(124728..126259)
                     /gene="rrn16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     rRNA            complement(124728..126259)
                     /gene="rrn16"
                     /annotator="Chloe"
                     /product="16S ribosomal RNA"
     gene            complement(124833..126260)
                     /gene="rrn16"
                     /info="HMMER_hit rrn16, position 1 - 1421, E-Value 0,
                     score 1613.2"
                     /annotator="HMMER"
     rRNA            complement(124833..126260)
                     /gene="rrn16"
                     /annotator="HMMER"
                     /product="16S ribosomal RNA"
     gene            complement(124860..126260)
                     /gene="rrn16"
                     /info="blatN_hit rrn16_Nundulata_GeSeq-SRS_v1, position 1
                     - 1400, psl score 98.5, coverage 93.96%, match 92.62%"
                     /annotator="blatN"
     rRNA            complement(124860..126260)
                     /gene="rrn16"
                     /annotator="blatN"
                     /product="16S ribosomal RNA"
     gene            complement(126917..127762)
                     /gene="rpoA"
                     /info="blatX_hit rpoA_Vvinifera_GeSeq-SRS_v6, position 20
                     - 864, psl score 81.4, coverage 84.94%, match 67.47%"
                     /annotator="blatX"
     CDS             complement(126917..127762)
                     /gene="rpoA"
                     /annotator="blatX"
     gene            complement(126957..127781)
                     /gene="rpoA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(126957..127781)
                     /gene="rpoA"
                     /annotator="Chloe"
                     /product="RNA polymerase subunit alpha"
                     /translation="MSQKNRRVFPRRLQWKCVESRVDSKRLYYGRFSLFPLRRGEAET
                     LGIAMRRALLGEIEGTCITRAKFGRVRVTHEYSSIAGIQESVNEILMNLKEIILKSNL
                     YGPCSGLIWVQGPRDVTARDIMVAPYVEIIDNTQHIASLTKRIDLYMKLEIQKNRGYQ
                     IKSPKNTLQDGSYPTDAVFMPVRNANYNIYSYLDRVAREEILFFEIWTNGSLTPKEAL
                     HEASRKLVDLFSPFLNTEEENVHLDENQHKINLPLFTFHENVEKCKKKKRLSFDFD"
     gene            complement(127884..128300)
                     /gene="rps11"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps11,
                     position 1 - 416, E-Value 3.3e-107, score 360.0;
                     blatX_hit rps11_Vvinifera_GeSeq-SRS_v6, position 1 - 417,
                     psl score 85.7, coverage 100.00%, match 85.61%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(127884..128300)
                     /gene="rps11"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S11"
                     /translation="MPKTIRRIDFRTNRRISSRKNTRKLTKGVIHIQASFHNTIVTVT
                     DVRGRVVSWSSAGTCRFRAKRRGTPFAAQTTVVNAIRPVVDQGLKRAKVMIKGPGRGR
                     DAALRTIRKNGIRLTCIRDVTPMPHNGCRPPKKRRV"
     gene            complement(128413..128526)
                     /gene="rpl36"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl36,
                     position 1 - 114, E-Value 6.8e-28, score 99.8; blatX_hit
                     rpl36_Nundulata_GeSeq-SRS_v6, position 1 - 114, psl score
                     93.9, coverage 100.00%, match 93.86%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(128413..128526)
                     /gene="rpl36"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L36"
                     /translation="MKIRASVRKICEKCRIIRRRGRIRLICSNPKHKQRQG"
     gene            complement(128631..128884)
                     /gene="infA"
                     /info="HMMER_hit infA, position 3 - 238, E-Value 2.6e-42,
                     score 147.3"
                     /annotator="HMMER"
     CDS             complement(128631..128884)
                     /gene="infA"
                     /annotator="HMMER"
     gene            complement(128642..128887)
                     /gene="infA"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(128642..128887)
                     /gene="infA"
                     /annotator="Chloe"
                     /product="translational initiation factor 1"
                     /translation="MSKKEEKRIFEGLITESLPNAMFRVLLDKDNRVILGCISGKIRR
                     GSIRILPGDRVKIELSQYDDARGRIIFRLPPKKPSEN"
     gene            complement(129039..129437)
                     /gene="rps8"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rps8,
                     position 3 - 405, E-Value 1.3e-100, score 339.0;
                     blatX_hit rps8_Ntomentosiformis_GeSeq-SRS_v6, position 1
                     - 405, psl score 89.9, coverage 98.52%, match 88.15%;
                     merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(129039..129437)
                     /gene="rps8"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein S8"
                     /translation="MNRDTIAEILTSIRNADMNRKRVVRVASTNITETIVKILLQEGF
                     IENVRKHRESNQSFLVSTLRYRRNRESINILNLKRISRPGLRIYSNYQRIPRILGGMG
                     IVILSTSRGIMTDREARLKKIGGEILCYIW"
     gene            complement(129644..130042)
                     /gene="rpl14"
                     /info="annotated by Chloe v0.1.0; HMMER_hit rpl14,
                     position 1 - 368, E-Value 5.3e-99, score 333.2; blatX_hit
                     rpl14_Abelladonna_GeSeq-SRS_v6, position 1 - 369, psl
                     score 88.8, coverage 108.13%, match 91.06%; merged"
                     /annotator="Chloe, HMMER, blatX; merged"
     CDS             complement(129644..130042)
                     /gene="rpl14"
                     /annotator="Chloe, HMMER, blatX; merged"
                     /product="ribosomal protein L14"
                     /translation="MIQPQTYLNVADNSEAQELMCIRIIGASNRRYAHIGDVIVAVIK
                     EAVPPNKSLKKSKKHVPLKKSEVVRAVIVRTCKELKRGNGMIIRYDDNAAVVIDQKGN
                     PKGSRVFGPIALELRHLNFTKIVSLAPEVL"
     gene            complement(130170..130566)
                     /gene="rpl16"
                     /info="blatX_hit rpl16_Abelladonna_GeSeq-SRS_v6, position
                     6 - 402, psl score 92.2, coverage 98.02%, match 90.37%"
                     /annotator="blatX"
     CDS             complement(130170..130566)
                     /gene="rpl16"
                     /annotator="blatX"
     gene            130523..130563
                     /gene="rpl16"
                     /info="annotated by Chloe v0.1.0"
                     /annotator="Chloe"
     CDS             complement(130164..130523)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /product="ribosomal protein L16"
                     /translation="MKGISYRGNHICFGKYALQALEPAWITSRQIEAGRRAMTRNARR
                     GGKIWVRIFPDKPVTIRTTGTRMGSGKGSPEYWVAVVKPGRILYEMGGITENIARKAI
                     SIAASKMPIRTQFIISG"
     exon            complement(130164..130523)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
     intron          complement(19..130563)
                     /gene="rpl16"
                     /annotator="Chloe"
                     /number=1
ORIGIN     
        1 ATCATAGATC GATGTGAACA TCACGAACTG TCCCATAAGA AAACCAGTCA TTGCTGCTAC
       61 CCGTTTCTGG ATGTCTTTTT TGAAGAAGCT GGATACAACG AAGAAATATC CGAGACCTAC
      121 GGTGGATGCG GTTATAAATC CACAAAAAAG TCCGGACCCC ATAACAGAAT TGAATATTGT
      181 GTTAAGTAGT TTATAAATAA ATGCTTTTAT CATAATTCCT CCGATGATGG TGGCAAAGTT
      241 ATTTTCATGA GTTTAGAAGT TGAAAAGTAG TAATGCACTC TTAATAGAAC AAGAGGTTCT
      301 TGATCCCTTA ACTTAATTAG TTTATTTTCG ATTTTTCTTT TTTTTTATAA AAATTTATTA
      361 ACATAATATA TAAGAGAAAG AAATGGGCGT TGTCAAGTGC ATGATCCACA ATATATCTAC
      421 TTTGAAAGAT CAAAGCTATA TAAATTCAAA ATGAATACAA AAACTCGATT TCAAGATATT
      481 CTATAATATT ATTAATTATG TATTTTAATT TGATGTGGAA ACGTAACAAT GGTTTTATTG
      541 TCTTTATAAG ATTGGTCCTT CTGAATCATA ATCAATCATA TTTTAGATTC TAAAAATTCA
      601 TCTATCTAGA CTAATATATA ATAGAAAGGA AGACAGAATG AATAAAGGAA AATTATTACG
      661 AATAGGTCCT TCTAATGATG AAGGAGTATC GGCGCATTCC TTCATAGAAA ATAGTACCAA
      721 CCCCCATTGC GTATTGGTAC TTATCGAGTA TAGAATAAAT TTGCTTCTCT TTGTTCTACG
      781 AACAGAATTG TTCTATTATT GTCAACAAAA TAGAACAAAT CTTAATATGA ATCCTTGCTC
      841 CAAGATAATG CACTGAACAA GGGAAATCCA TAGCATATTC ATAGTATAGT CTTTTTCAAT
      901 GCAATAAAGT TACGTGGTAT CCATTTTTCT TTGATATAAG GGGTATTTCC ATGGGTTTGC
      961 CTTGGTATCG TGTTCATACC GTTGTATTGA ATGATCCCGG TCGGTTGCTT TCTGTCCATA
     1021 TAATGCATAC AGCTTTGGTT GCTGGTTGGG CCGGTTCAAT GGCTCTGTAT GAATTAGCGG
     1081 TTTTTGATCC CTCTGACCCT GTTCTTGATC CAATGTGGAG ACAGGGTATG TTCGTTATAC
     1141 CTTTCATGAC TCGTTTAGGA ATAACCAATT CATGGGGCGG TTGGAGTATC ACAGGGGGGA
     1201 CTGTCACGAA TCCGGGGATT TGGAGTTACG AAGGTGTGGC CGGGGCACAT ATTGTCTTTT
     1261 CTGGCTTGTG CTTCTTGGCA GCTATCTGGC ATTGGGTGTA TTGGGATCTA GAAATATTTT
     1321 GTGATGAACG TACAGGAAAG CCTTCTTTGG ATTTGCCCAA GATCTTTGGA ATTCATTTAT
     1381 TTCTCTCAGG GGTGGCTTGC TTTGGTTTTG GCGCATTTCA TGTAACAGGC TTATATGGTC
     1441 CTGGAATATG GGTGTCCGAT CCTTATGGAC TAACAGGAAA AATACAACCT GTAAATCCAG
     1501 CGTGGGGGGT CGAAGGTTTT GATCCTTTTG TTCCGGGAGG AATAGCCTCT CATCATATTG
     1561 CAGCAGGGAC GTTGGGCATA TTAGCAGGTT TATTCCATCT TAGCGTCCGC CCGCCCCAAC
     1621 GTCTGTACAA AGGATTGCGT ATGGGTAATA TTGAAACCGT CCTTTCTAGT AGTATTGCTG
     1681 CTGTCTTTTT TGCGGCTTTT GTTGTTGCCG GAACTATGTG GTATGGTTCA GCAACTACCC
     1741 CGATCGAATT ATTTGGGCCC ACTCGTTATC AATGGGATCA GGGGTACTTC CAACAAGAGA
     1801 TATATCGAAG AGTTGGTGCT GAACTAGCCG AAAATAAAAG TTTATCAGAA GCTTGGTCTA
     1861 AAATTCCTGA AAAATTAGCT TTTTATGATT ACATCGGTAA TAATCCGGCA AAAGGGGGAT
     1921 TATTCAGGGC GGGTTCAATG GATAACGGGG ATGGAATAGC GGTTGGATGG TTAGGACACC
     1981 CTATTTTTAG AGATATAGAA GGGCGCGAAC TTTTTGTACG TCGTATGCCT ACTTTTTTTG
     2041 AAACATTTCC AGTTGTTTTG GTAGACGGCG ACGGAATTGT TAGAGCCGAC GTTCCTTTTC
     2101 GAAGAGCAGA ATCGAAGTAT AGTGTCGAAC AAGTAGGTGT AACTCTTGAG TTCTATGGCG
     2161 GCGAACTCAA TGGAGTCAGT TATAGTGACC CTGCTACTGT GAAAAAATAT GCTAGACGCG
     2221 CTCAATTGGG TGAAATTTTT GAATTAGATC GTGCTACTTT GAAATCCGAT GGTGTTTTTC
     2281 GTAGTAGTCC AAGGGGTTGG TTTACTTTTG GGCATGCTTC ATTTGCTTTG CTCTTCTTCT
     2341 TCGGGCACAT TTGGCATGGT GCTAGAACCC TGTTCAGAGA TGTTTTTGCA GGTATTGACC
     2401 CCGATTTGGA TGCTCAAGTT GAATTTGGAG CATTCCAAAA ACTTGGAGAT CCAAGTACAA
     2461 GAAGACAAGT AGTTTGATAC AACATTGCTT TGGTATCTTT CGCGTCTATT TTCTTTTGGT
     2521 GATTTGACAT ATAATACCAG AGAAATCTTG ATTTGAATCA CTGCTTTTCT TTGACTCTTT
     2581 CTTTATCCAT AAGAGATGAT CCCCAATAAA AAAAAAATAG GTATGGAAGC TATAATTGTA
     2641 AACCACGATC GAATCTATGG AAGCTTTGGT TTATACATTC CTCTTAGTCT CGACTCTAGG
     2701 GATAATTTTT TTCGCTATCT TTTTTCGAGA ACCGCCTAAA GTTCTAACTA AAAAGATGAA
     2761 ATGATTTTTC ATTATCTCAA TTGAAGTAAT GAGCCTCCCA ATATTGGGAG GCTCATTACT
     2821 TCAATTAGTC CCCATGTTCC TCGAATGGAT CTCTTAGTTG TTGAGAAGGT TGCCCAAAAG
     2881 CGGTATATAC GGCGTACCCA GTAAAACTTA CAAGGAAACC AGATATAAAG ATGGCAACTA
     2941 AGGTTGCTGT TTCCATTATT AGATAATTTC AAAACCCCAA TGAATCTAGA ATAAGATCTT
     3001 TTATTTACAA CGGAATAGTA TACAAAGTCA ACAGATCTCA ATGAATACAA TAGGATTTAT
     3061 GGCTACACAA ACTGTTGAGA ACAGTTCTAG ATCAGGTCCA AGGCGAACTA CTGTAGGGAG
     3121 TTTATTGAAA CCATTGAATT CGGAATATGG TAAAGTCGCT CCTGGATGGG GAACGACTCC
     3181 TTTGATGGGT GTTGCAATGG CTTTATTTGC AATATTTCTA TCTATTATTT TGGAGATTTA
     3241 TAATTCTTCT GTTTTATTGG ATGGAATTTC CATGAATTAG ATTTATAAGA ACCGTAAAGT
     3301 ACCAACTTTC AATAAAAAAT GAATCATTTA GAGCTAGGAT TTCGAGCCCA TTCTATTTTG
     3361 GTAGTTCTAC CGCGGAATTT CTTTGTTTCT TTATTTCCGG AATATGAGTG TGTGATTTGT
     3421 TATAATTGAT CCTATTGATA GTATAGAATG GGTCTATCAT CTTGATAGAG ATGGTTTTAC
     3481 TTCGTCGGAT ATTTATTCTA GTATCTGCAA CACGAAATAT ATGAAATAGA TTAAGAAATA
     3541 TTTTAACTAT GATTCATACT TAATATTCAG ATCTTGCGGC CGGATTCAAA AAAAAATTAA
     3601 AAAATTATAT AAATCGAAAA TTTATTCTTC TTTCAAAACC CTACCCTATA TTATGCTTAT
     3661 TTTGACCAAA AGACAAAGGT TTTGTTGGAT TTTTAGTCAT TATATCTATT CATGGAATAA
     3721 GTGATGATCC AAAGGTTCGT ACTCATGGAA TTCTTAGGCT TAGTTTAGGA TTTTATTAAA
     3781 TCATCGTGGT TTTCTAGTAT GAATCTGAGG TTTTAATCGA TTCATAGGGT CTTAACAAGA
     3841 GAATTCCTAT CAATAAATAG TAAATAAAAT AAAAAATAGT AAAGCCACAT TACACACAAA
     3901 CAAACCCAAA TCAAAGAAAA AGAAATAGGA AAAAGAGGAT TCAAGAGGCC TGTAAGGATC
     3961 AAGATAAAGA CAATTGAGCC AATTTGATAT TATAGCATTA TCGCCACAAA GAAAAGCTTT
     4021 CGGATTTTTC TTACTTCATA TCTTTAGAGA TTAAGAAGTT TCAAACTTTC TATTACATAT
     4081 CCGTTGCACC TAGTATTTGG GTGTTTTTCT GCTTGAGCTG TACGAGATGA AATTCTCATA
     4141 TACCGTTCTG GGAGGGGGAG TCTTACCTAT CTCAATAAAG TCTATGATTG GTTCGAAGAA
     4201 CGCCTCGAAA TTCAGGCGAT TGCAGATGAT ATAACTAGTA AATACGTTCC TCCCCATGTC
     4261 AACATATTTT ATTGTCTAGG AGGAATTACG CTTACTTGTT TTTTAGTACA AGTAGCTACA
     4321 GGGTTTGCTA TGACTTTTTA CTATCGTCCA ACCGTTACTG AGGCTTTTGC TTCTGTTCAA
     4381 TATATAATGA CTGAAGCTAA CTTTGGTTGG TTAATCCGAT CAGTTCATAG ATGGTCAGCA
     4441 AGTATGATGG TTCTAATGAT GATCCTCCAT GTATTTCGTG TGTATCTCAC CGGTGGATTT
     4501 AAAAAACCTC GCGAATTAAC TTGGGTTACA GGTGTGGTTC TAGGTGTCTT GACCGCATCT
     4561 TTTGGCGTAA CTGGTTATTC CTTACCTTGG GACCAAATTG GTTATTGGGC AGTAAAAATT
     4621 GTAACAGGTG TACCTGAGGC TATTCCTGGA ATAGGATCGC CTTTGGTAGA ATTATTGCGA
     4681 GGAAGTGCTA GTGTGGGACA ATCCACTTTG ACTCGTTTTT ATAGTTTACA CACTTTTGTC
     4741 TTGCCTCTTC TTACGGCTGT ATTTATGTTA ATGCACTTCC CAATGATACG TAAACAAGGC
     4801 ATTTCTGGTC CTTTATAGAG AAGATATGTC ATAGATCTTT GTAATCAATC TAATCTCATT
     4861 TATCATTTGG GAGAGCAACA ATCCTATTTC ATTGCTACAA GTATGGATTA TTGAAAAGAA
     4921 TAAGACATGG ATTTGGATAT TTCCCTTCAA CCCCGCAATA TTACTTATTC GACATGAATA
     4981 ATTGAAGGAA ATTCTACGAA GAGAAAATGG ATTATGGGAG TGTCTGACTT GAACGATTGA
     5041 TTGGTCCGTG CAGATATATG CCTTTATCTA TCTGCCACAT TGAAATTAAC AATCCAATGT
     5101 GTCTTTGTTC CAACCACCGT GCAAGCGCCA TACAAAGGAT AGGCTGGTTC ACTTGAAGAG
     5161 AATCTTTTCT ATGATCAGAT CCGAATCATG TCGTACATGA GCAGGCTCCG TAAGATCCAG
     5221 TCGAATAAGT GAAATAGAAT AAAGCTTTAT CTATTTATCT TATTTAATTT AAGATATCTC
     5281 ACTTATTTAA TAAGATTATT GAATAGTATG GAAATGCGTG CATTTCCTAT GCATTGACAC
     5341 GATCTATGAT ACTATCGGAG TGAAACACGG GATCTAAAGA AGAACCGCGG ATAGACTATA
     5401 TTAGTAACAA GTAAACCCTT TGTGTGTATG TAAAAAGTAT TCCAATATTT TTGGAATAAA
     5461 CATCAATAAC AAGGTCTGAG GCGACCCAGA AAGCGCTTGA TCATGATAGT TTCATAAGCC
     5521 TACGTGGGTA TTGAGTAGTT ACTTGTAAGA ACTTAAGTCT TTGCAATAGA TAGTTGCAAC
     5581 TACGGAAAGG GGAATCTGGT AAAATGTTTC TTACATAGAA AGATGCTTCT ATAAATGTGC
     5641 ATATATGGGG GGATATAGAT ACCATATTAT AGGTTATACC CTATGGGTTT TAGATGAATC
     5701 CCCTTGGTTC TTGTGATTCT TGCTTGAGCC GGATGATGAA AAATTATCAT GTCCGGTTCC
     5761 TTCGGAGGAT GGATCTATAA GAATTCACCT ATCCCAATAA CAAAAAAACC TGACTTGAAT
     5821 GATCCTGTAT TAAGAGCTAA ATTGGCTAAA GGAATGGGTC ATAATTATTA CGGAGAGCCT
     5881 GCATGGCCCA ACGATCTTTT ATATATTTTT CCAGTAGTCA TTCTAGGTAC TATTGCATGT
     5941 AACGTAGGTT TAGCGGTTTT AGAACCATCA ATGATTGGTG AACCAGCAGA TCCATTTGCA
     6001 ACCCCCTTGG AAATATTACC TGAATGGTAT TTCTTTCCCG TATTTCAAAT ACTTCGAACA
     6061 GTACCCAATA AATTATTGGG TGTTCTTTTA ATGGTTTCAG TACCTGCGGG ATTATTAACA
     6121 GTACCTTTTT TAGAGAATGT TAATAAATTT CAAAATCCAT TTCGTCGTCC AGTAGCGACA
     6181 AGCGTCTTTT TGATTGGTAC GGCAGTGGCC CTTTGGTTGG GTATTGGTGC AACATTACCG
     6241 ATTGATAAAT CCCTAACTTT AGGTCTTTTT TAATTTGATT CATCAATTGT GAAATAAAAT
     6301 ATTACGACGT ATGTATCTAG GGAATAGTCG CTTCAAAGTG AATTCTCCCT AGATACATCT
     6361 ATTTAATTTA ATTCTGGATC GATCCAGAAT CTATGTATTG TGCTAAAAAT CTAAAAAAAA
     6421 CATTTTCTAT TTTTTGAAAA AAAAAATAAA GATGAAAATA GAATTATCCG CTGCCAACAA
     6481 AGAAAACCCT ATTCTTCGTA TTTTGACTTT GATTCTGCTA AACCAATTAC TTGTTGACTA
     6541 CAAATTTTCT ATATCTGTAA TACCATCTAG AGTTTTGTCG AACTTTAATA AAGATTCAAT
     6601 AAACAGAGAC AAAGAAGTAA ACGCCAAATC TGGCGAAACT AGGTTTTATG TCGGATTTTC
     6661 ATTATCCAGA ATCTCATCTA GAAATTGATC TAGACCGTCT TCTGGAATAT CCGCTAGATT
     6721 TGTGTTACAT TGCAACAAAG ATTTCATAAA CAAAGCTTTA ATCAATAAAG GAACAAATTC
     6781 AACCCCTTTC GAAAGTCGAT TTCGTCCGAA CGAAAGTCTA GATGAAAATC TATATTTTCA
     6841 TGGGGATTTT CATAGCGCCT TTCACCCTTC AACAAACTAT TACTATTATA GCATTATAGC
     6901 ACTGCATAAT CGGAGTTTTA AACTCAAACA TCCCAACTAG ATTCTTGAAT TCTAACAAAT
     6961 TTGGATCTCA ATTTTTCTTT CGATTTTCTT CTGGAAAATC TTCTAGACTT TTGTTGAATT
     7021 CGAACACATA GTTAAGAAGC AAAGAAGTAA ATTCTTCTTC CACCCAAACT AGGGTTTCTT
     7081 CCGAATTTGC ATCCGTTATC CAATCTATAA TAAACAACTT TAAATAATAT TTAAAAAACC
     7141 AAAAAGTAAA CCCCAAACCC GGCGGGACTA GATTTTTTTT CTGGATTAGC ATCTATATTT
     7201 TTGTCGAACT TTGACAAAGA TTTAATTAAT AAACAAAGAA GTAAACTCAA TACCCACCGG
     7261 AACTAGATTT TCTTCTAGTA GGAGAATATC ATCCACCGTC ATAATACGAT CAATAATTCC
     7321 ATAATGTTGG GCTTCTTTTG CTGACATCAA CCGCGTTCTC GTCAGGTCTT GTTGTATAAT
     7381 GTCGTAGGAT TGCCCCGTTT TTTCTACATA AATCTTGTGG ATGTAGTCCT CAATATGACA
     7441 AAACTCGCCC GTGGAGTCCG GATGCCCGGG CGTATGGGCT AACGCCCATA CTTTTCATTT
     7501 CTAATTTAGG TCTATGAATC AGACCCAAAG TACTAGATTT TAGAAAGATA TTAAAAGGTA
     7561 AAGCAAACAA ATCTCTTTGT TGGATAAATT CATCAATTTT ATCTCACAAA CACAAAAAAG
     7621 AAAACATATT GCGGTTACTT TGCAACTCCA TATAACTAAA AAATAGCTCT TTTTAAAAAG
     7681 CATAAAAGTG TCTTAAGTGT CATTTTTGTC ACTTCTTCCT ATAGTGAGAA AAAAATTGTA
     7741 TAGTCCTATT CCTGGGTAGG AGATAGAACT AAAAAGATAG TTAGTTAAAC TAACTAGTAA
     7801 AAAAAAAAGT TCTATCTGAA AAACGATGAG TTGTCAAGTT GATACAATTT TGATGAAATT
     7861 CGTTTGAACC TCGCCTTTTG TTCAGTCGTT ACCAAGAAAT TTTACCAAGA ATTCCCCTTC
     7921 ATTATTGTAT AATTATTTTC AGTTGTTTAT ACCTTAAAAA AACTCTATTC CTATTATAGG
     7981 ACAACAAAAC ATATTTTTCT AATATTGAAA ATAGAATCAA AATCCCAATG TCCTTGGCTA
     8041 CTCTAACCTT CCCGACCACA ATATTTTTCT TTTTTCAAGG TACAGGGAAA ATGCCTTGAA
     8101 AAAAGAAATT GTATTCTACT CGTTTTTTTA TAATTAAAAA TAGAAAAATT AGATAAATAC
     8161 CATAAAAAAA AAAGAAATTT TGTACTCTAT CTGTCTATCT TTTATCCCTA CGAAATACCA
     8221 GACGAAAATA GAACGCTCCT AGAAGAGATA TAATGAAATT TGTCGAGGGG TTTTGACTCC
     8281 TTTTCCTCGA GCTAGAGGAC GTAGTTATCC GATAAAAAGA CCTACTTGTC ATATAAGTAT
     8341 TGTAGTGAAA GATATATCTT TAGATAAATA TATAGAGACT TTCCCATGGT TAAAAAAACC
     8401 TAGATGGAAA AATAAGGATA CAAATATGAT ATATCATGAT ATGGATAGTA GTGGGGGAGT
     8461 ATGGGACAAA AAAGAAATCC ACTTGGTTTC AGACTGGGTA CAACCCAAGA TCAGCATTCC
     8521 CTTTGGTTTG AACAACCAAA AAACTATTCG GAAGGTCTAG AAGAAGATCA AAAAATACGA
     8581 GATTCTATTA AAAATTATGT ACAAAAAATA TACAAAAGAA TGTACAAAAG AATAGGAGAA
     8641 TCGCCTCTGG CCTCTCGGGA ATTGCGCGTA TAGAGATTCA AAAAAGAATC GATCTGATCC
     8701 AGGTCCGAAT CTATCTGGCA TTCCCAAAAT TCTTAAAAGA AAGTCCAATG GCAGCATTAC
     8761 AGATGAATCT ACAAAAAGAA TTTCATTGTG TAAATCGAAA ACTCAACATT GCTACTACAA
     8821 GAATTGCAAA ACCTTATGGA AACCCTATTA TTCTTGCACA ATATATAGCC GGACAATTAA
     8881 AACATAGAGT TCCGTTTCGA AAAGCAATGA AAAGGGCTAT TGAAAAAACG AAAAAAGCAA
     8941 AGACAAAAAG TGACAAAGAA AAGACCAAAA TGGATGAAAT GGATTAAATG GACAACTCGT
     9001 AGAAAGAAAG GGAAAAAAGT CACAAATAAA AGACTAAAAG AAAAAGATCC TTTTTTTTAA
     9061 GAGTTGTTGG ACTGGAATCT GAACGTCCCT TTGGTGCTAT GCGCAGGCCA AAAGTTCTCT
     9121 TTTTGAAACC CATTTTTAGG GAACTCAATA AAAAAATTAG AAAAAGGAAA AAGGGAAAAT
     9181 ATATTTGGGA ATTCGAAAAG GTTTCAAAGT TTTCAAAGAA GGAACAAAAT TCTTTATAAA
     9241 AATCTCAAAA AAACAATAAA AAGGACTATC AAAAAGATTA GGAAAGTCAT TCCAGTTTTA
     9301 AAAAGAAAAA AACAAACTCT TATTCTTTAG AGATAGAGAT AGATTGAGAG ATTTTTTATT
     9361 TAGAGAGAAA TTGATAGAAA GATATAAATC AAGCGAAACT AAAAAAGAAA ACGATTCTAT
     9421 AAACCTCCAT GAGATAATTC TTGAATCTCC GACAGAAAAA AATATGAATG ATAGAACAAG
     9481 CACAATCAGA AATCACAAAT AAATAATTCA AAAATCGAAA CAAAAAATGA CTGCAGAAAT
     9541 AAATGTTATT TAGAATAAAA ATAATAAAAC AAGTTCGAAT CCTAAAAGAT TCGAATCACT
     9601 AAAAAAGATT TGGCAAATAT TAAAAGGAAG ATATATTTAA TTAATATTAA TCCGTAAATT
     9661 ATATCTTTTT ATAAGATTTT TCACTCAAAA AATATACATA AAAGTCCTTC TACCTTTCTT
     9721 TCTTATTGTC ATAAAAAGGA TAGAACAAAA GGTAATGGAA AAGGTAATTG TTCTTGAATC
     9781 AATAATCAAA ATTTTGGATA AATTGATTTC CATTTCCAAG AAAAAAAGAA ATAAAAAAAA
     9841 AAGACTTTAT TTCTACTATC AAAAAATCAC TTTATAATCT TTTGAATAAA AATGCAAAGC
     9901 AGAATTTTTG TGACTTATCC TCTTTGTCAC AAGCATATGT GTTTTACAAA TTATCATAAA
     9961 CCCAAGTTCT TAATTTATCT AAATTAATAT CTAGTATCTA TCTTCAATAT CACGGAACAT
    10021 CTTTTTTTCT TAAGACTTCA ATAAAAGATT ATTTTGGAAC ACAAGGAATA ATTCATTCTA
    10081 AATTAAGACA TAAGAAACTT AGGAATTCTG GACTAAATCA ATGGAAAAAC TGGTTAAGAG
    10141 GTCATTATCA ATACGATTTA TCTAAGAGTG AGGGGTCTAG ATTAAGAGTA CAAAAATGGC
    10201 GAAATCAATG TCGTACAATT CAAAATCAAG ATTTGACCAA AGCAGATTCA TATGAAAAAG
    10261 ACCAACTAAT TCATTATTAA AAACAAAATG ATTACGAAGT ATATTCATTA TCAAATCAAG
    10321 AAGATAATTT TCAAAAAAAC GACTATAGAT ATAATCTTTT ATCTTATCGA TCTATTTATT
    10381 ATGAAAATAA GAGGGACCCA TATATTTTAT TTATGGATCA CCATTCGAAA CAAATAAGAA
    10441 TCTAAAACTT TATTTTCATT ACGTTTTTTT TGATATACTA GACGGAGTAT TTTTGGTACC
    10501 TATCTATGAT TTACTAGAAG AGGTTGTCCC TGATTATACT CTAGGAAAAA CTAAGATTAT
    10561 GGATATGAAA GAAACTCCGT ATAAAAGAAG TACGGACAGA AGATATTTCG ATTGGGAGAT
    10621 TATCAATTTA TCTTTTTAAA AGGAACTCTA TATTCAGGCC TGGATCAACG GAGATATTCC
    10681 TATCGATATA GAAGAGTATC GAATATTCGA GTTTCACAGA GAGACGGACT ATATAAAACC
    10741 AAGCGCGGAT AGCAAATATC GTGGGCATTT TGGATTTATC TGTTCAAAAA AAACCGATCT
    10801 TGAGGCCTGG ATCAAGGACG ATTTCAACAA TTTCAACAAT AATAAAAATG CTAAGACCGG
    10861 AACTAATAAT TATCAATTAA TTGATAGAAA AAGTTTTTTT TATCCTAAGA TTTGTCAAGA
    10921 TCAAAACCTC AATTATATTG CGTTTTCGGA ATCTAAATCG AAACCGATGG TTTTAAATTC
    10981 ACACAAAGCA AAACACAACT TTTGGTGGGA TTGGATGGAA ATGAATGAAG ATACTCCTAT
    11041 ATCGAATCTG GAACCTTGGT TCTTCCCACA ATTGGTACTA TTTTTTAATG CATATAAACC
    11101 TAAGTCGTGG TTTATACCAA GCAAATTGCT TTTCTTGACT TTTCCTTTTT ATAGAAACAA
    11161 AAGGGGATCT TATAGAAAAA CGAAATATAA AAATCTAAAA AAGAGAAAGA AAGAGGAAGA
    11221 AAAAACGAAA AAGGAAAAAC CACTAGCGGG GGACGCTACG TTTTTTTCCT TCATGCGTAG
    11281 GTCAAGAAAT TCTATAAAGG AAACCGAATA CGATAAATAT ACTCGAAAAT TTCTTAGAGA
    11341 AAGTTTAAAT GATGTACCAA ACCCCCAAAA ATTTGCTGAT AAGTACAGGT ACAAGATAGG
    11401 CCGAGAGAAC TTGAAAAGGA AAGAGATCCT GCAAGAGTTG TTCTTTTTTC AAAGGCACCC
    11461 AACTGTTCTC GAGGAATACG TAGGGCTAAG AACTATGTTC GCATATAATA CGCTGTTTAA
    11521 GCTGAAAGAT CCACTGGACT TTTTTTCATA CGCTATTGAA AGGAAAAAAA TCAATGTGAA
    11581 GGGACTAACG CGACCGCAGA GCGAGGGTAT TAAAATCTGG AGTAAGCGGG GGCTGATGTG
    11641 TGTCGAACCC CTTCGTCTGT CTGTAACAAA TAATAGCCAG TTTATTATGT ATCAAATCAT
    11701 AGCTAGTTAA TTACTTCATA GGAGTAAGCG GCAAACTAAT GAAAGATACC AAGAGAAACC
    11761 ATATTATTCC GATGACTCGA ATGATTTGTA TTATTTGAAG AAGATAATTA AATGCCGTTA
    11821 TCGAAGACAA ACTGGGAATC TCTACATCAA TCATTATGAT TTGCTTATTC CTGAAAATTT
    11881 TTTATCGTCT AGACGTCGTA GAGAATTGAG AATTCGAAAT TGTTTCTATT TAAAAACTGG
    11941 GCTGGGTATA GTGTGGATAG AAATCTAATA TTTAGCAATG AGAGCAAGGG AGAATATTGT
    12001 GGTCAATATA GAGATCAAGT CCTAAAATGA AAATTTTTTC TTTGGCCTAA TTATCGATTC
    12061 GAAAATTTAG CTTATATGAA TCGCTATTGG TTTGATACTA ATAATGGCAG TCGGTTCAGT
    12121 ATGGTTAGGA TATACATGTA ACCACGATTG AAAATTAGTT GATGATACAT TTTTCCTATA
    12181 TATCCTGTAC CATATCTGGT ATCTGAAAGC AAACAGATGT ACATATGACT TGTCTTACAT
    12241 CTGATTCTAA TATAGGAGAC TAATCCAATG ACGTATCAAT TAGATCTAAA AATGAATCAA
    12301 GAAAATCTTC TTCATTTTCG ATTCCAATTT TTAGCTTTTG AAAATGAAAA AATGGACTAT
    12361 TCTTTTGTAT CCCTATCCGA ATCCAATTGA AAATTGGATT GATTCATTTT ATCACATAAA
    12421 ATTAGGATTC CACTAGAATC GGCAGTATTC AATCCGATCT GATAGTATGG TAGAAAGAAA
    12481 TATATGAATC GTTTTTTCTA CCATACTCTC TATTAGTATA GTATTATTAG AAAATATTCT
    12541 ATTATTATTC TAAAAGATTC CAAAATTTGT GTATACCAAA TAAAAATAAT TGGCATCTTA
    12601 ATTTGGAATC GTGTGGCAAT TACTTTGACG TTAAAATCAT GACATAATCA TCCGGTTAAG
    12661 ATCGATCTAA ACCATCGTAT TATGTATACG ATTCAACATG TTATGGATAA AATTCGCAAA
    12721 AAGCCTATTC CTTCTGGTCC TGGGGATTCT GTGCTTGAAA AAAACCAGGG TCATCTCGTT
    12781 CAAATCATTG ATCCGGTACT AGATGTAGCC TTTCCGGCGG ACAAGATGCC TAAGGTTTAT
    12841 AACGTTCTGT TAGTTCAAGG TCGAGATACT GTCGGTCAAC CAATTAATGT GCGTTGTGAA
    12901 GTACTGGCAT TACTAGGAGA CAATCTCTAG CTATACCTAG AGCTAGATTG TCTTCATATC
    12961 GTCGTCTAAT GATAGGAATG AAAGTATTTG ACACGGGAGC TCCTCTATAT ACTGAGCAGC
    13021 AGATAGAAGA GGCTATTGTG AAAAAGAAAT GAAAATGACA GTAGTACAGC TTAAACCCCC
    13081 TTATTTCGGT TTCGATGACA GCGTATTCAT CAAGCCGTCG TCGTGTGTAG CGAGTAAGGC
    13141 AATAAGGTTT CTGTTAGTGC TATACTTTGT CGTTCATAGT AAGGTTTAGA AGATAATCCG
    13201 AATCGAATAA TTCAAAAAAA TCTTATAATA ATATTGTATA ATTTATACAA TATTATTTAT
    13261 TATACGAACA TTCTATTCTC TTCATTTTGT CTTAATTCTA TAGGGTTCAA TAATCGATTA
    13321 AATACATTAT TCTAAATAAA TACATATTTG TAAAAAAAGG GGGTTTATGG TAAAAAATTC
    13381 ATTTATTTCC GTTATTTCAC AAAAAGAAAA GGAAGAAAAC CAGGGATCTG TTGAATTTCA
    13441 AGTATTCCGT TTTACCAATA AGATACGAAG ACTTTCCTTA CATCTGGAAT TGCACAAAAA
    13501 GGACTATTTA TCTCAGAGAG GTCTGCGAAA AATTGTGGGA AAACGTCAAC GTCTGCTAGC
    13561 TTATTTGTCA AAAAAAAATA AAGTACGGTA CAAAGAATTA ATAGGTCAGT TGAATATTCG
    13621 AGAGAAAACA AAGCCGTTAA TTTGAAAAGT CATTTTGAAT TATTCACTTA AATTTTGATA
    13681 AACCTCTTTT CGCTTTCAGT AATTCATGGA AGAATGAATC GGGAAAAACC CTATGACCGC
    13741 ACCAGTTACA AGAAAAAATC TCATGATAGT AAATATGGGT CCTCACCACC CATCAATGCA
    13801 TGGCGTTCTT CGACTCATCG TTACTCTAGA TGGTGAAGAT GTTATTGACT GTGAACCAAT
    13861 ATTGGGTTAT TTACACAGAG GGATGGAAAA AATTGCAGAA AACCGAACAA TTATACAATA
    13921 TTTGCCTTAT GTAACACGTT GGGATTATTT AGCTACTATG TTTACAGAAG CCATAACCAT
    13981 AAATGCACCA GAGCAGTTGG GAAATATTCA AGTACCTAAA CGGGCGAGCT ATATCAGAGT
    14041 AATTATCTTG GAATTGAGTC GTATAGCTTC TCATTTATTA TGGCTTGGAC CTTTTATGGC
    14101 AGATATTGGT ACACAAACTC CCTTCTTCTA TATTTTTCGT GAAAGAGAAT TGATATATGA
    14161 TTTATTCGAA GCTGCCACCG GTATGCGAAT GATGCATAAT TATTTTCGTA TTGGAGGAAT
    14221 AGCTGCGGAT CTACCTCATG GCTGGATAGA TAAATGTTTG GATTTTTGCG ATTATTTTTT
    14281 AAGAGGGGTT GCTGAATATC AAAAGCTTAT TACACGGAAT CCTATTTTTT TAGAACGAGT
    14341 TGAAGGGGCA GGCGTTATTG GTGGAGAGGA AGCAATAAAT TGGGGTTTAT CAGGACCAAT
    14401 GCTACGAGCT TCCGGAATAC AATGGGATCT TCGTAAAGTT GATCATTATG AGTGTTATGA
    14461 CGAATTTGAC TGGGAAGTCA AATGGCAAAA AGAGGGGGAT TCATTAGCTC GTTATTTAGT
    14521 ACGAATCGGT GAAATGACAG AATCTATAAA AATTATTCAA CAGGCTCTGG AAGGAATTCC
    14581 GGGAGGACCC TATGAGAATT TAGAAATCCG GCGCTTTGAT AGAGTAAGGA ATGCCGAATG
    14641 GAATGATTTT GAATACCGAT TCATTAGTAA AAAACCTTCT CCAACTTTTG AATTTTCGAA
    14701 GCAAGAACTT TATGTAAGAG TTGAAGCTCC AAAAGGAGAA TTGGGAATTT TTTTGATAGG
    14761 AGATCAGAAT GTTTTTCCTT GGAGATGGAA AATTCGACCG CCGGGTTTTG TCAATTTGCA
    14821 AGTTCTTCCT CAATTAGTTA AAAGAATGAA ATTGGCTGAT ATTCTGACGA TACTTGGTAG
    14881 CATAGATATC ATTATGGGAG AAGTTGATCG TTGAAATGAT TATTAATACA ACAAAAGTAC
    14941 AAGCTATCAA TTCTTTTTCT AGATTGGAAT CCTTAAAAGA AGTCTATGGG ATCATATGGA
    15001 TGTTTGTTCC TATTTTGACT CCTGTATTAG GAATCACAAT AGGTGTCCTA GTAATTGTTT
    15061 GGTTAGAAAG AGAAATATCC GCAGGGATAC AACAACGTAT TGGCCCTGAA TACGCTGGCC
    15121 CTTTGGGAAT TCTTCAAGCT CTAGCAGATG GGACAAAATT GATTTTCAAA GAGAATCTTC
    15181 TTCCATCTAG AGGAGATACT CGTTTATTCA GGATTGGGCC ATCCATAGCA GTTATATCCA
    15241 TTTTATTAAG TTATTCAGTA ATTCCTTTTA GTTATCGTCT TATTCTAGCC GATCTCAGTA
    15301 TCGGTGTTTT TTTATGGATT GCCGTTTCAA GCATTGCTCC CGTTGGACTT CTTATGTCAG
    15361 GATATGGATC AAATAATAAA TATTCCTTTT TAGGTGGTCT ACGAGCTGCT GCTCAATCAA
    15421 TTAGTTATGA AATACCATTA ACTTTATGTG TCTTATCAAT ATCTCTACGT GTGATTCGCT
    15481 GAAAGATAAA CTTTCTCTTA TTTCCCTTTT GACAGAAGTG AAATGAATTC AATATTCTAT
    15541 TTTCATTTTT TTATTCATCA TTCGGGTTGA TGAACTAAAC CAAATAGTTA TATGAGTGAA
    15601 AGAAAACGAC TTATAAATTC GCAGTAAAAA GATTGAGTCT CATTTCCTAT GTACAAGAGT
    15661 TAAGTGAAAA GTAAACATAA ACAATATAGA CTGTTTACCC CAAGATTGAT TAATCATCAT
    15721 GACTTGAAGC GGGTTTAAAA GATCAACTCT ATGCTATGGA GTTTTGACTA TCTATTACCA
    15781 TACTTGTATT ACCATATCTG TATTACCATA ACAGAGGATT CATCAAAAAG AGTGGATGGT
    15841 TAGGAACACG AAGATACAAA AAGGATTAGT AATGGAAATT TGGAAAGTTA GCCAACTGGA
    15901 TATTTCTACA AAAAAAGAAT TCGAATTGGG GCTTTAAATT AGTAGAAATG ATCAAGCAGT
    15961 ACTCCCCATG ATTTCGATCC AGAGTATGCT ACTATCCACC GATTAAGTAA ATAACTATCA
    16021 GGAACGAAAG AATCTTTTAC CTTTTTTAAG TCTCCCCTTT TCTGAGAAAG GAGAATAGGA
    16081 ACGAAAAAAA TCAACTAGAA AGAATGGAAT AGAAAAAAGG GAGAGCTTTT TATTCTTTCT
    16141 TTTTTATATA CAACTTTAGA GAGATAGAAT TTTTGTCCTG ATTCATGAAC TAATGGAATG
    16201 TCTAATTTTT GTAATCAAAA ATGATAGGTT GACATATCTA TTAATTACTA CAAAAAAGAT
    16261 TTTATTAAAA GATTAAGTTA TTACTAAACA AAGAAAAAAA TTCTAAAAAA AAAAATTAGA
    16321 TCAATTCAGA AGCACTTTTC TTTTTTTTTT TATTAAAAAG AGAGCAGACA GAATTCCATT
    16381 GGTCGAATTC GGGACCTTAC GATAGATTTT GACTTTATGT ATACTACAAA CAAATCAAGA
    16441 TAAAAAAAAT ATCGAACAGA TCCTTAAATT TATTTGGGAC CCGCGAGGAG CCGTATGAGG
    16501 TGAAAATCTC ATGTACGGTT CTGTAATAGA GATGGTATCA GTGATGTTAT CACCGACTAT
    16561 GATTATCTAA CAGTTCAAGT ACCGTTGATA TAGTTGAAGC GCAATCAAAA TATGGTTTTT
    16621 GGGGATGGAA TTTGTGGCGT CAACCTATAG GGTTTATCAT TTTTCTAATT TCTTCCTTAG
    16681 CCGAGTGTGA GAGATTACCT TTTGATTTAC CAGAAGCAGA AGAAGAATTA GTAGCAGGTT
    16741 ATCAAACTGA ATATTCAGGT ATCAAATTTG GTTTATTTTA CATTGCTTCG TATTTAAATC
    16801 TCCTAGTTTC TTCATTATTT GTAACAGTTC TTTACTTGGG CGGTTGGAAT CTTTCTATTC
    16861 CGTACATATT CGTTCCTGAG CTTTTTGAAA TAAATAAAGC AAGAAGAGTC TTTGGAACAA
    16921 TAATGGGTAT CTTTATTACA TTAGCTAAAA CTTATTTGTT CTTGTTCATT TCTATCACAA
    16981 CAAGATGGAC TTTACCAAGG CTGAGAATGG ACCAACTATT AAATCTTGGA TGGAAATTTC
    17041 TTTTACCTAT TTCTCTAGGT AATCTATTAT TAACAACTTC TTCCCAACTT CTTTCGCTGT
    17101 AAAGAAATAC TATATTCTAT TTTATATTCA CGATTTGTCT CAAACATCAC ATCAAACAAG
    17161 AGAAAGAAAG AAATAGAATC CATTTTTTAG ATATTTACAA TATGTTCCCT ATGGTAACTG
    17221 GGTTCATGAA TTACGGTCAA CAAACAGTAC GAACTGCAAG GTACATTGGT CAAAGTTTCA
    17281 TGATTACCTT ATCCCACGTC AATCGTTTCC CTGTAACTAT TCAATACCCT TATGAAAAAT
    17341 TGATCACATC CGAGCGATTC CGGGGTCGAA TCCACTTTGA ATTTGATAAA TGCATTGCTT
    17401 GTGAAGTATG TGTTCGTGTA TGTCCTATAG ATCTACCCGT TGTAGATTGG AAATTGGAAA
    17461 CCGATATTCA AAAGAAACGG TTGTTTAATT ACAGTATTGA TTTCGGAATC TGTATATTTT
    17521 GCGGCAATTG CGTTGAGTAT TGTCCAACAA ATTGTTTATC AATGACTGAA GAATATGAAC
    17581 TTTCTACTTA TGATCGTCAC GAATTGAATT ATAATCAAAT TGCTTTGGGT CGTTTACCAC
    17641 TGTCAGTAAT TGACGATTAC ACAATTCGAA CAATTTTGAA TTCGCCTCAT CATAAAACTG
    17701 GAGTTCCGTC TCTTTTCCAT TTCTATTCAA GAGTTCTTAT GTGTTTTCAC GCCCCTTTGA
    17761 GACCCCGAAA AATGGACAAA TTCCTTTTCT TAAGAACGCA TACAAGATGC GTCACTACTT
    17821 GGTCCACATT ATGATATTTT GAATTAGAAT ATTCTCTTAA GAACTAGTAA GAACTAGAAT
    17881 TAAAATGGAG ACGAAAACTC ATAGGTAACA AAATGGATTG TCCCTCTTTC TTTCAGAGTG
    17941 GGCGAACGAC GGGGTTCGAA CCCGCGCGTG ATGAATTCAC AATCCACTGC CTTAACCACT
    18001 TGGCTACATC CGCCCCCTTT CAATTTCAAA CATTCATCAT TATTTCTTTC TTATTTCGGA
    18061 GATGGAAATT TTTAGTCGTA AGCAAATTTT ATCTTTTCTT TTCGATGAAA AAAAAAAATT
    18121 TTCACAAAGC AAAGGCATAT AAATTCAAAA TGAATACAAA ACAAAAAGAA AAAAAGAGAC
    18181 TCAATCATGA ATCAAACCAT ATAAATTTTT TCTTGTAGCG AAAAACGATC TGTAAATAAA
    18241 AAAATACTAC TCTAGTCGTA AAAAAAAAAA GAAACGGAAA GGAGCAATGC CCTCTTGATA
    18301 GAACAAGAGG TGATTGCTCC CTTACTTTTA CTTTCAAAAA CTCCTATAGA CTAGGAATAA
    18361 AGTCTTATCC GGTTGTAGAT GGAGCTTCAA TAGAAGCTAA GTCTAGAGGG AAATTATGAG
    18421 CATTACGTTC ATGCATAACT TCCATACCAA GGTTAGCGCG GTTAATAATA TCCGCCCAAG
    18481 TATTAATTAC ACGGCCTTGA CTATCAACTA CAGATTGGTT GAAATTGAAA CCGTTTAAAT
    18541 TAAAAGCCAT AGTACTGATA CCTAAAGCAG TGAACCAGAT ACCTACTACA GGCCAAGCAG
    18601 CTAGGAAAAA ATGTAAAGAA CGAGAGTTGT TGAAACTAGC ATATTGGAAG ATCAATCGGC
    18661 CAAAATAACC ATGAGCAGCT ACAATATTAT AAGTTTCCTC CTCTTGACCA AATCTATAAC
    18721 CTTCATTAGC AGATTCATTT TCGGTGGTTT CCCTGATCAA ACTAGAAGTT ACCAAGGAAC
    18781 CATGCATAGC ACTGAATAGA GAGCCGCCGA ATACACCAGC TACACCTAAC ATGTGAAATG
    18841 GGTGCATAAG GATATTGTGC TCAGCCTGGA ATACGATCAT GAAGTTGAAA GTACCAGAGA
    18901 TTCCTAGAGG CATCCCATCA GAAAAACTTC CTTGACCGAT TGGATAGATC AAGAAAACAG
    18961 CAGTAGCGGC TGCAACAGGA GCTGAATATG CAACAGCAAT CCAAGGTCGC ATACCCAAAC
    19021 GGAAACTAAG TTCCCACTCA CGACCCATAT AACAAGCTAC ACCAAGTAAG AAGTGTAGAA
    19081 CAATTAGCTC ATAAGGACCG CCATTGTATA ACCATTCATC AACGGATGCC GCTTCCCATA
    19141 TCGGGTAAAA GTGCAAGCCT ATAGCTGCAG AAGTAGGAAT AATGGCACCT GAGATAATAT
    19201 TGTTTCCATA AAGTAGAGAT CCAGAAACAG GTTCACGAAT ACCATCAATA TCGACTGGAG
    19261 GAGCAGCAAT GAAGGCAATA ATAAATACAG AAGTTGCGGT TAATAAGGTA GGGATCATCA
    19321 AAACACCAAA CCATCCAATG TAAAGACGGT TTTCAGTGCT AGTTATCCAG TTACAGAAGC
    19381 GACCCCATAG GCTTTCGCTT TCGCGTCTCT CTAAAATTGC AGTCATGGTA AAATCTTGGT
    19441 TTATTTAATC ATCGGGGACT CCCAAGCACA CGAATTTTCA TAAACAGAAA TAGAAAAATA
    19501 GAAAGCTTGT TATTCAACAG TATAACATGA CTTATATGCC TGTGTCAACC AATATCTATC
    19561 TAGATGTTTC ATAATTTTTA GTGAAAGAAT AAAGTGGAAA AGAGAATACG GATTTACATA
    19621 CATATGATTT CAATATGACA ATGGGTTGCC CGGGATTCGA ACCCGGAACT AGTCGGATGG
    19681 AGTAGATGAT TTCCTTGTTA AACAAGCAAA AACCCCTCCC CAAGCCGTGC TTGCATTTTT
    19741 CATTGCACAC GGCTTTCCCT ATGTATCCAT CTAAAACTCA GTTCTTTCTC TAGACAAGAC
    19801 TTTAAAAGGG TTGAATACTC AGTTGATTTA AGGCTTACTA CATCCTACAT GAACATTTCA
    19861 GAATAGAAAT AACTGCTTTT TTTTGTGATC TCTTCATCAT TTCGATTATT TAGAGAAAAT
    19921 TTCCCTTTAT AAGATAAGGT CTCAAAACAA ATCATTCATA ATTTGCCAGA TCATTGATAC
    19981 AAATAATATC TAAATACCAA ACCCGCCTTC GATATAACTC CCCTGAATTA GAAGAAGCTT
    20041 TTGCGAAGGT CAAATAAAAA ACTTGCTCTT CCTCCGTAAA AAATTCTTCC AATAATCCCA
    20101 CTCCTAATCT TTTCAAAAAA GCACGTACCG TACTTTTGTG TTTACGAGCC AAAGTTCTAG
    20161 CACAAGAAAG TCGAAGTATA TACTTTATTC GATACAAACT CATTTTTTTT AATGATCCGC
    20221 TATAATAATG AGAAAGATTT CTATATATAC GCCCGAATCG TTCAATAATA TCAGAATCGG
    20281 ATAAAGCGGC CCAAACTGGC TTACTCATGG GATGTCCTAA CACGTTACAA AATTTCGCTT
    20341 TAGACAATGA TCCAATCATC GGAGTAATTG GCATTAGAGT ATCGAACTTC TTACTAGCAT
    20401 TCTCTATTAT AAATGAATTT TCTATCATTT GACTCCGTAC CATTAAAGGC TTTAATCGCA
    20461 CAGTTGAAAG ATAGCCCAGA AAGTCGAGGG AATGGTTGGA TAATTGGTTT ATATGGATCC
    20521 TTCTTGGTTG AGACCACATG TAAAAATAAC ATTGCCAGAA ATTGACAAGG TAATATTTCC
    20581 ATTTATTCAT CAAAAGAGAC GTCCCTTTTG AAGCCAAAAT GGCTTTTCCT CGATACCTAA
    20641 CATAATGCAG GAAAGGCTCT TTAAACACCC ATATAATGGA TTTAAAATCC TTAGTAAAGA
    20701 CTTCTAATTC TATTTTTCTA TAGAAAGAAA TTCGTTCTAG AAAGGTTTCA GAAGATATTG
    20761 AGCGTAAATG AGAAGATTGG TTGCGGAGAA AAACAAAGAT AGATTCGTAT TCACATACAT
    20821 GAAAATTATG TAGGAACAAG AAGAATCTTT GATTTCTTAT TGAAAAAGAA AAACTAGATT
    20881 TCTTTGGAGT AATAAGACTA TTCCAAATAG GATACTCGTG TAGAAAAAAT CGTAATAAAT
    20941 GCAAAGAAGA GGCATCTTTT ACCCAGTATC GAAGAGTTTG AATCACGATT TCAAGATGGA
    21001 TGGGGTGGGA TATTAGTATA TCTAATACAT ATACTAAATG TGAAAATTTG TCCTCTAAAA
    21061 ACGGAAATAT TGAATGAATT GATCGTAAAT TATGAGATTT CACTCTTTCT TTACCTTCTA
    21121 GGAAAGATAG TAATCGTAGA TAAAATGGAA TTTCCACAAC GACTGCAAAT CCTTCGAATA
    21181 TCATTTGAGA ATACAAATTT GTATTGTACC CCAAAAATTT TTTTTGGTTA GAATCATTAC
    21241 CAGAAAAAAG AAAATGATTC TGTTGATACA TTTGAGTAAT TAAATGAGTG ATTAAACGTT
    21301 TCACAATTAG TAAGCTAGAT TTATTTTCAT AACCTGTATT TTCCAAAAAA ATAGATCTAT
    21361 TTAAACCACG ATCATGAGCA AGTGCATAAA TATACTCCTG AAAGATAAGC GGATATATGA
    21421 AGTCATGTTG CTGAGATCTG TCTAGTTCTA AATTTCTTTT GAATTCCTCC ATTTTCAATT
    21481 TTTATTGAGG CAAGGGTAGA GGATTTTTGG GGTTATCAAA TGATACATAG TGCGATACAG
    21541 TCAAAACAAG GTATTGGTAG TAAGAAAAGA ATAGCTACCT CGATAAACTT ATCAACAGAT
    21601 TCTCTAGCCT CTCACTTTCC ATTTAATTGG TTTATGTTTG TTATAGGATA AGAAGACGAT
    21661 TAGAAATCCT TTATTTTTTC AACCCAATCG CTCTTTTGAT TTTGGAAAAA AAAAAAATTC
    21721 TTTATCAATA TGCTGCTTCT TCTACACATC CATCTCCATT TCATAATGGA GAGTCACAAT
    21781 AGTTAGGATT CATTAAAAAA TCAATAATCC ACGGATGGGA AAAGCCTTTC CCGCAACCGG
    21841 CACTAATCTA TTTTTAACCT AAAATTAGAG CGGGGAATCA TTCAAATTAA GAACTAAAGC
    21901 TCGTTTCTTT TTCTTACCTA GAAAAATTGA AGCCATAGGG CTCTATCCAT TTATTCATTC
    21961 AACCCAATTT AAAATGGAAT TTCTTTTGTT CCGGTTCAAA AATTCAAAAA GGTTTTTTTT
    22021 GTATCGATCC GGTAAGAATG AGATATTCTT ACAATGCTCC ATTGATACGA CATGCTGTTT
    22081 TTTCCATTCA TTCCTCTTCA GGATCAGTCG TGGTCTTACA AACTTTACCG ATGGTATGGA
    22141 CGAATCCCTT GCTTCATCCA AATGTGTAAA AGATCCTAGC CGCACTTAAA AGCCGAATAC
    22201 TCTGCCGTTG AGTTAGCAAC CCGAATCGAA TAAAAAGGTT TGTAGATACA ATCAAAAAAA
    22261 AGAAATATAT TAATTTATAT ATACGAGAAA ATAAAAAGAG TAAACTAGCA AAACTAGAAA
    22321 AAATTTTAAT TAATGAAAAT GAAGAGATCG GATGAAAATA CATGAAATTT GCAAATAAAA
    22381 GAAAAATATA GATAAATATC AAAATTCATA GACCATACCA AAAAAGATTT CTTGTCTGAA
    22441 AATGAATCCA ACGAACCGAC TATTTACTTC AAGTAAACTA AAAAACCAAA ACTATGGGAC
    22501 CGAAATAACT AGAACTAGAT AGACTTAACT ACGATGAATT ATATTTTGTC GATAGACTGT
    22561 TGTCAATATA ATAGGAGTTT TCGAAAAGAA TACAATGAAA AAAAAAAGAA AATTAATTGA
    22621 AATAATATTC TAGTTTTTTA ATAAAAAAAA GGACTTGTCT TAGATTGGCA TAGATATTGT
    22681 AAAATTTTTA AACCTTTTTT TATTATAAGA TTTTTTTATT ATTTGATTCG GATTATCGTC
    22741 GTCTAAAGAA CTGTATGGCA TAGTGCAGAG TGCGTGGTCG TCGAAATCGA AATAAGGGGT
    22801 TGTACCCTTT CCTTTAACTA CGATCAGGAG CATTTCTTCG TGAATAGCCT CTATTAGCCC
    22861 CTCCTCATTA AAGAAAGCTA TTTCCATATC AAATACTTTC ATTCCCGCCC TTATATGACG
    22921 ATATGAAAAA GTATAAGCTC GAACTCGATT AGTGTCTTTT AGGAATCCTA CTACTTCATA
    22981 ACGCACACTA ATTGGTAAAC CGCTACTATC TATACTTTCA ACTACTAATA AAGCTTTGGC
    23041 ATCGTGCCCA GCGGAAAGGC TACATCTAGG ACCAGACGAA TGATTTGAAC GATATGTCCC
    23101 AGGTTTTTTC AATTCCAGAA TCACCAGGAC TAGAAGGAAG CGGGTTTTTA CAAATTATAT
    23161 TCATATATTA AGTATATCCA TATATATTAA GTATAAATTA AATGAAAATC AATCTAAAAC
    23221 TGAACTAGTC TATTTCTAAT TTGAAGCCGG TATGGAATCA TGAAAAATCA TTTGTTCAGT
    23281 CGGTAGGAAC AAGTTTTACC CAAAATTCCC TTTGATTATT ATATAACTAT TCCGGCGATT
    23341 CTTGATTGTC TTTCGAATCA AGAAAATCGT GTATTTTTCT GACAATTTCG TCTCTATCTT
    23401 TCTCCTCCAA ACCTTGAGGT CCTCGCGAGT GTAGATTACG ATCATTATAA GATCGTGTAT
    23461 TGTATAATTG TATATATGCT GTCTTTTATA AGTAAAATAG TGACTTTTCG AGACAAGCCT
    23521 AGCTCTAGAA TATACAATAG ACATGGATCT CTCCTTATGT ATAGCACGAT ATACCACTCC
    23581 GGTAGAAATT TGAATTTATG AGAATTAGAA AAAAAAAACT CCGTTAAAGT GTCCGAATTA
    23641 TTAATAAATG GGTGCACTTT TCTAACAATT TCGTCTCTAT CTTTTTTTTT TCAAAGCTTC
    23701 TATTTCTAGA GGGTCCTCGG GAATGTAGAT TACAATTATT ATGAGATCGT GCAGAATATA
    23761 TATGTCTTGG TTAAGGAGTA ACTTAATGAC TCTTCAAGAC AAGAATAATT CTTCAGCAAG
    23821 AAGTAGAGCT TTCGGGTCAT TTTTTTCGAT TCTCATAGAA CCTCCCTTTT TCTTTATATA
    23881 TATATATTTT TCGACGATAA AAATAGAATA ACCCGATTGA AGGGTAATGA TCATACGTCT
    23941 GTAATACATT GTATGTTCCA TAATGCGTCC TCTTCTTTTA CCCTTTCCCG GAAGTGACTA
    24001 TTTTTATTAT TAGAATTATG AAATGATAAA TTTAGATAGA TTCTAGATAT TGAATCTGTA
    24061 TATTAATATT TCAATTTTTA TGTGGTCTAA CTTTCTCGAC CACAATATTT TTATTTTTTT
    24121 TTTTCAAAAA AATATGAAAA TAATAAGTTG TCAAGTTCAT TATTGTATAA TTATTCTGTC
    24181 GATTTTCAGT TGGTTATAGG CGAAAAAAAC TCTATCTCTA TTATAGGACA ATAAAACATA
    24241 TTTTGCCAAT ATTGATTGAA AATAGAATCA AAATTAGAAT GTCGTTGGAT ACTCTAACCT
    24301 TCCTGACCAC AATATTTTTC TTTTTTCAAG GTACAGGGAA AATGCCTTGA AAAAAGAAAT
    24361 TGTATTCTAC TCGTTTTTTT ATAATTAAAA ATAGAAAAAT TAGATAAATA CCATAAAAAA
    24421 AAAAAAAAGA AATTTTGTAC TCTATCTGTC TATCTTTTAT CCCTACGAAA TACCAGACGA
    24481 AAATAGAACG CTCCTAGAAG AGATATAATG AAATTTGTCG AGGGGTTTTG ACTCCTTTTA
    24541 TACGATAGGT CCCGTTTGGT TTGGTTCTCT TTGGGATGAG AAATGGCCTA CTTAACTCAG
    24601 TGGTTAGAGT ATTGCTTTCA TACGGCGGGA GTCATTGGTT CAAATCCAAT AGTAGGTAGA
    24661 ACTTATTAGA TACCATTGAC CCTGGTATCT AATAAGTTTT TCTATCCACC TTATTTTTTA
    24721 TTGATTTTTT ATTTTTTTTT TCGTTGCATT AAAATCGGAT TCCGTGTGAT TGTATTTAAT
    24781 TGTATTAAAT TGTATTTCAT ACAAGAGAAT CAAATCAAAA TCGGGTGTAT TAAGTATAAA
    24841 CAGAACTTCT TTAGATTATT CCAATGCAAA AACTAGACTA GTTAGTAAAT CACATTGATA
    24901 GCTTCGACTC GTGTCCTAGC TCGTCTGAGA GCTAGATTTG CTTCAATTAT TTGTCTCTTA
    24961 CCTTCCGCTT TCTTCAAATT AGCTTCTGCT ATTTCAAGAG TTTGCTGAGC TTCTTGTGGA
    25021 TCAATGTCAC TACTCTTCTC CGCATCATTT ACTAAAACAG TGATCGCGTT ATTGCCTATT
    25081 CGAGCAAAAC CACTCATCAG AGCCATCGTT AACCATTGAT CGTTAAAGCG TATTCTCAAA
    25141 ATACCTATAT CTACAGCTGT GGCAATAGGT GCATGATTTG GTAATACGCC AATTTGGCCA
    25201 CTATTAGTAG ATAAAATGAT TTCTTTCACT TTGGAATCCC AAACAATTCG ATTAGGGGTC
    25261 AGTACACAAA GATTTAAGGT CATTTCTTCA AATTGCTCTC CATTTCTAAA TTCATAGCCT
    25321 TCGCGGTAGC TTCATCAATG TTACCTACCA AATAAAAGGC CTGTTCAGGA AGACCATCTA
    25381 ATTCTCCGGA AAGGATCAAT TGAAAGCCTC TAATTGTTTC TGCTAGACCA ACATATTTCC
    25441 CCCCAGAACC GGTAAATACT TCTGCTACGA CAAAAGGTTG TGATAAAAAA CGCTCAATTT
    25501 TTCGTGCTCT TGATACGGTT AAACGATCCT CTTCAGATAA TTCGTCCAAC CCAAGGATAG
    25561 CGATAATGTC CTGAAGTTCT TTGTAACGTT GTAAAGTTTG CTTAACTCTT TGCGCAATTT
    25621 TATAATGTTT GTCACCAACG ATCCGGGGTT GAAGCATAGT TGACGTTGAA TCTAAAGGAT
    25681 CTACTGCTGG ATAGATACCT TTTGCAGCTA ATCCTCTTGA TAGTACGGTA GTAGCATCTA
    25741 AATGTGCAAA TGTCGTAGCA GGAGCAGGGT CGGTCAAATC GTCTGCAGGT ACATAAACTG
    25801 CTTGAATAGA AGTTATGGAC CCTTTCTTAG TAGAAGTAAT TCTTTCTTGT AAAGAACCCA
    25861 TTTCGGTACT AAGGGTGGGT TGATAACCCA CAGCAGAAGG AATTCTACCT AATAAGGCGG
    25921 ATACTTCGGA TCCCGCTTGG ACAAAACGGA AGATATTGTC GATAAATAGA AGTACGTCTT
    25981 GTTTATTAAC ATCTCGGAAA TATTCCGCCA TAGTTAGGGC AGTCAAACCA ACTCTCATAC
    26041 GAGCTCCCGG TGGTTCATTC ATCTGACCGT AAACTAGAGC CACTTTTGAT TCTGCAATAT
    26101 TTTGTTCATT AATCACTCCA GTTTCTTTCA TTTCCTTGTA AAGATCATTT CCTTCACGGG
    26161 TACGTTCGCC TACTCCGCCA AATACAGATA CACCTCCATG AGCTTTGGCA ATATTGTTAA
    26221 TCAATTCCAT AATGAGTACT GTTTTACCCA CTCCAGCCCC TCCGAATAAT CCGATTTTTC
    26281 CCCCACGGCG ATAAGGGGCT AAAAGATCTA CTACTTTAAT TCCTGTTTCA AAAATCGATA
    26341 ATTTTGTCTC TAACTCTATA AAGGCGGGTG CAGATCTATG AATAGGAGAT GTTGTGCGAG
    26401 TATCTAGAGG ACCTAAATTA TCAACAGGCT CTCCAAGCAC GTTGAAAATT CGTCCGAGAG
    26461 TCGCTCCACC GACTGGAACA CTTAGAGGAG CTCCCGTGTC AATCACTTCC ATTCCTCTCG
    26521 TTAGACCATC TGTAGCACTC ATAGCTACAG CTCTAACTCG ATTGTTTCCT ACTAATTGCT
    26581 GTACCTCACA AGTCACATTA ATTGGTTGAC CAACAGTATC TCGACCTTGA ACTACCAAAG
    26641 CGTTATAAAT ATTAGGCATC TTCCCTGACG GAAAGGCGAC ATCTAGGACC GGACCAATGA
    26701 TTTGAACGAT ACGCCCCATC TTTTTTTTTT CAAGCCCAGA ATCCCCAGGA CCAGAAGGAG
    26761 TAGGATCTAT TCTCATAATT ATAAATATTA AAAAAAGTAA ATATTTGGGC GAAATTTTTT
    26821 CGCTAAAATT ATCGAATTCA AAAAAAAATG TCCGATAGCA AGTTGATCGG TTAATTCAAT
    26881 AAGAAATGGG AATTAGTACT CAATTTTGTT GGTACCATCC AACTGAATCG AATTCAATTG
    26941 TTTACTTATT CAATTATTCA ATAAAATAAG TGAATTTGAA AATTATTCAA CCAACCCGTT
    27001 TTCAAAATAT CAATCAAGTG AATGAATAAG AATCTTGAGA AAGTCTTTCA TTTTTCTATT
    27061 ATTATAGAAT TGATAATCCC ATCCATATTA ATAGGATTTC GAACCTGAAC TCGATTTAAG
    27121 ATTTATTATT TCTATCTCAT TGGCGCTTTT TATTTCATTC TATCCATTTC CGCCTAGCCT
    27181 ATTCTTTTCT TTCTTTTCTT TTTTCATTTT TTTTTATACC TTTTCATTTT CATAGACGAA
    27241 TTCTGCATAT TTTCACATAT AGGATTTACA TATACAACAT ATATCACTGT CAAGAAGGAA
    27301 TTTCTTATTA TTTAGGTATT TCGATTCAAA AAAAAGGGGC GAATAAGATT TGGGTTGCGC
    27361 CATATATATG AAAGAGTATA CAATAATGAT GTATTTGGAG AATCAAATAC CACGGTCAGC
    27421 TAATAAAGCA CTCTGCTTAG CTAATAATAT TAGTATTAAT TAATACTTTT TCCTGTGAAA
    27481 AGGCTCATTA ACGCCTAATT CGTGTCGAGT AGACCCTGCT GTTGTGAGAA TTATTAATTC
    27541 ATGAATTGTA GGGAGGGGTT TATGTCACCA CAAACAGAGA CTAAAGCAAG TGTTGGATTC
    27601 AAAGCTGGTG TTAAAGATTA CAAATTGACT TATTATACTC CTAACTATGA AACCAAAGAT
    27661 ACTGATATCT TGGCAGCATT CCGAGTAACT CCTCAACCGG GAGTTCCACC TGAAGAAGCA
    27721 GGGGCCGCGG TAGCTGCGGA ATCTTCTACT GGTACATGGA CAACAGTGTG GACTGATGGA
    27781 CTTACTAGCC TTGATCGTTA CAAAGGGCGA TGCTACCACA TCGAGCCTGT TCCTGGAGAC
    27841 GAAAATCAAT ATATTGCTTA TGTGGCTTAT CCTTTAGACC TTTTTGAAGA AGGTTCTGTT
    27901 ACTAACATGT TTACTTCCAT TGTGGGTAAT GTATTTGGGT TCAAAGCCCT GCGCGCTCTA
    27961 CGTCTGGAAG ATCTACGAAT CCCTGCAGCG TATGCTAAAA CGTTCCAAGG ACCGCCTCAT
    28021 GGTATCCAAG TTGAAAGAGA TAAATTGAAC AAGTACGGTC GTCCCCTGTT GGGATGTACT
    28081 ATTAAACCTA AATTGGGGTT ATCTGCTAAA AACTATGGGA GAGCTGTTTA TGAATGTCTC
    28141 CGCGGTGGAC TTGATTTTAC CAAAGATGAT GAGAACGTGA ACTCCCAACC ATTTATGCGT
    28201 TGGAGAGACC GTTTCTTATT TTGTGCCGAA GCAATTTATA AAGCACAGGC GGAAACAGGC
    28261 GAAATCAAAG GGCATTACTT AAATGCTACT GCAGGTACAT GCGAGGAAAT GATCAAAAGA
    28321 GCTGTATTTG CCAGAGAATT AGGAGTTCCT ATCGTAATGC ATGACTATTT AACAGGGGGA
    28381 TTCACTGCAA ATACTAGCTT GGCTGAGTAT TGCCGAGATA ATGGCCTACT TCTTCACATC
    28441 CATCGTGCAA TGCATGCAGT TATTGATAGA CAGAAGAATC ATGGTATACA TTTTCGTGTA
    28501 CTAGCTAAAG CGTTACGTAT GTCTGGGGGA GATCATATTC ACTCGGGTAC TGTAGTAGGT
    28561 AAACTTGAAG GCGAAAGGGA AATCACTTTG GGCTTTGTTG ATTTACTGCG TGATGATTAT
    28621 ATTGAAAAAG ATCGAGGCCG CGGTATTTAT TTTTCTCAAG ATTGGGTCTC TCTACCAGGT
    28681 GTTCTACCCG TGGCTTCAGG GGGTATTCAC GTTTGGCATA TGCCTGCTCT GACCGAGATC
    28741 TTTGGGGATG ATTCTGTACT ACAATTCGGA GGAGGAACTT TAGGACACCC TTGGGGAAAT
    28801 GCACCGGGTG CCGTAGCTAA TCGAGTTGCT CTAGAAGCAT GTGTGCAAGC TCGTAATGAG
    28861 GGACGTGATC TTGCTCGTGA GGGTAATGAA ATTATCCGTG AGGCTGGCCA ATGGAGTAAT
    28921 GAACTATCTG CTGCTTGTGC GATATGGAAG GAGATCAAAT TTGAATTCCC AGCAATGGAT
    28981 ACTTTGTAAT TCAGTAATTA TCGTTCGTCT TTCTTAATTG AATTGCAATT AACCTCGGCC
    29041 CAATCTTATA GTAAAAGGAT TGAGCCGAAT AAAAGAAAAA AGTCTATTGT ATCTATTTTA
    29101 GTAGATAAAT ATATAGTTAT ATAGATATAT CTTGGATCGT GAAATAGTCA TCTTGACAAG
    29161 AAATTATCTT CACGATATGA TAAAATATCT ATCACAAACA CGAAGGGCTA TAGCTCAGTT
    29221 AGGTAGAGCA CCTCGTTTAC ACGTGCGCCA ATGTTTTTCA AAGGAGTCCA TCATGCAATC
    29281 AAAAGAATTG ATCTTATTGA AAAATCGATG TCTTACTCCA TAACTTTGAG GGAACAAGAG
    29341 AACAATAGCC TGACAAATGG TCTGATCTGA TTCACGTGCC CATTCAATTT AGGTGCTAAA
    29401 CAGAACTCAT CATTGATTTG AGATATTGAT AAGGTGAATA CCCAGTCTAT TCAATGCTAG
    29461 GCATAATGAG TCTAAGGGCC TCAAAAGAAT ATCTTCTCGT CCTATGAACC TTACGGTGTA
    29521 TAAAGTTTCA TATTTTATTT TTAGGCAGAA CGATAGAGAC TTTATTTAAC CTAGTTTGCT
    29581 CTAGGCCAGA GGCAGACCTA CGTCAAGATA ACTCTTTTTT GAAACACTTT GGTAGTGCTC
    29641 TTGGATCAAA ATCCAAATAA TGAATCAGAG CACGGGGAGC CATCTCCTTA TTTTTCGTTC
    29701 AATAAAAAAT ATGGCGGACT GGCTGATATT TATATCAGTT AATGAATGAG CCCAATGCAA
    29761 AAAAAAATGC ATGTTGGGTC TTTGAAACAG TTCGGATCAT TTTGATAATA ATCAGTTTGA
    29821 TCTGTTTTAC CGAGAAGGTC TACGGTTCGA GTCCGTATAG CCCTAATACG TACGTATTAT
    29881 TTAATACGTA CTTATTAAAT ATGAATAAGT ATAAATTCAC TTCAAAATAG CTCAAATATA
    29941 TAATAAAAAA TATATATATT TGAATATATA TAGAATTCTC TTCAATCAAA ACAAAAAAAA
    30001 AAGCTCTTTA TTCTTATTCT ATAGGGTTGA ATAAAACTTC AATTGAATAA AATAGAGGAA
    30061 CCTCTTATGC CTTTAAGTAC CAACGCAGCA AAAGTGTGTC TTTTTTTACT GCTCACTCTC
    30121 AGAGAATTCG CGATACTCTC TTTCTTGGTT TTTTATCGAA AGTATTTTGG CACTGAATCT
    30181 TGAAACGGGA CATGCCCCAG AGTAAACAAA CAAAACTAGC CGGTTCGATC AAAATGAATT
    30241 CTTGCTTGTT TTGACTAAAC AATTATGGAT GACTTGACAA TTTTAATTCA AATCAACTAA
    30301 TCCGGTATAT TTTCCACATT CATAGGAGTG CGTCTATGTT TCTGCTTTAC GAATATGATA
    30361 TTTTTTGGGC ATTTCTACTA ATATCAAGCC TTATTCCTAT TTTGGCATTT TTTATTTCCG
    30421 GAGTTTTAGC CCCGATTAGC AAAGGACCAG AGAAACTCTC TATTTATGAA TCGGGTATAG
    30481 AACCCATGGG CGACGCTTGG TTACAATTTC AAATTCGTTA TTATATGTTT GCTCTAGTTT
    30541 TTGTTGTTTT TGATGTTGAA ACGGTTTTTC TTTATCCATG GGCAATGAGT TTCGATGTAT
    30601 TGGGTGTATC TGTATTTATT GAAGCTTTCA TTTTCGTGCT TATCTTAATT GTTGGTTTAG
    30661 TTTATGCATG GCGAAAAGGG GCATTGGAAT GGTCTTAGCT CCTGAATATT CAGACAATAA
    30721 AAAGAAAAAA AAAAAAAAAG ATGAAAACAG TTATGAATTC CATTGAGTTT CCCGTACTTG
    30781 ATCGAATAAC CCAAAATTCT GTTATTTCAA CTACATTAAA TGATCTTTCA AATTGGTCAA
    30841 GACTCTCTAG TTTATGGCCC CTTCTCTATG GTACTAGTTG TTGCTTCATT GAATTTGCTT
    30901 CACTAATAGG TTCACGATTC GACTTTGATC GTTATGGGCT GGTACCAAGA TCGAGTCCTA
    30961 GACAAGCAGA CCTAATTTTA ACAGCTGGAA CAGTAACCAT GAAAATGGCT CCTTCTTTAG
    31021 TGAGATTATA TGAGCAAATG CCTGAACCAA AATATGTTAT TGCTATGGGA GCATGTACAA
    31081 TTACAGGGGG GATGTTCAGT ACCGATTCTT ATAGTACTGT TCGGGGAGTC GATAAGCTAA
    31141 TTCCTGTGGA TGTTTATTTG CCAGGCTGTC CACCTAAACC GGAAGCAGTT ATAGATGCTA
    31201 TAACAAAACT TCGTAAAAAA ATATCTCGAG AAATCTATGA AGATAGAATT AGGTCTCAAC
    31261 AAGAGAATCG GTGTTTTACT ATCAATCACA AATTTGATGT TGGGCACAGT ATGAATACTG
    31321 GAAATTATAA TCAAGGATTA CTTTATCAAC CCCCATCTAC TTTCGAGATC CCTCGTGAAA
    31381 TATTTTTCAA ATACAAAAGT TCAGTATCCT CCGATGAATT TGGGAATTAG ACAGAATAGT
    31441 TTTGTCCAGA ATAACAAATA GCAGATCAAT CTTCATAAAT TTCATCGTAA ATCGGAAATA
    31501 CTTATACAAA AAAATGCGGG AGAGATAAAA AAGATGCAGG GTCATTTGTC TGTTTGGTTA
    31561 GTCAAGCACG GGATAATTCA TAGATCTTTG GGCTTTGATT ACCAAGGAAT AGAAACTTTA
    31621 CAAATAAAGC CCGAGGATTG GCATTCTATT GCTATCATTT TATATGTATA TGGTTACAAT
    31681 TATCTACGTT CCCAATGTGC CTATGATGTA GTACCTGGCG GCCAATTAGC TAGTGTCTAT
    31741 CATCTTACGA GAATAGAGTA TGGTGTAGAT CAACCAGAAG AGGTGCGCAT AAAAGTATTT
    31801 GCTCCAAGGA GCAATCCTAG AATTCCGTCT GTTTTCTGGG TTTGGAAAAG TGTGGATTTT
    31861 CAAGAGCGGG AATCTTATGA TATGTTGGGA GTTTCTTATG ATAATCATCC GCGTTTGAAA
    31921 CGTATCTTAA TGCCTGAAAG TTGGATAGGG TGGCCCTTAC GTAAAGATTA TATTGCCCCT
    31981 AATTTTTATG AAATACAAGA TGCTCGTTGA ATGATAAGAA ACTAATCTTT CCTTCGAAAA
    32041 TTCCAGAATT TTTGATATTT AAGGATTGTA TGTTCTGTTC TAGATTAAAC AAAGTCATTG
    32101 ATAAATTAAT TCAAATGGAA TCTGTCTTAG GGTATGGATG GGCTAACAAC AAAGGAAAAT
    32161 TTGGAAGAGA TACTTATTTC GGATGATCCG AGTTCATAAG ATGAACCAAA CGAGTTCTGC
    32221 ATCATGAACT TTGTACTGCG CATATCATTT AGACGGGTTC TATAAATTCA TCATCTAGTA
    32281 GGGAATGAAG AAATAGAATA GGAACGAAAA TACAAAGAAA TGTAAAAAGA AGAGGAAATA
    32341 CAGTCTAAAT TTTTACTTAC CTTTCTAGAA TCTATTCTTT ACCCATCTAA AAAATAGATG
    32401 GGGTATATCT CTATTTCTAA ACAGCTAGAT GGATAAAAAT ATGGAGTCTA ATCTAAATCT
    32461 AGATTCTTAA AAAATAGGTA TGTCGATACA TATCAATGAA TTTGTCGAAT TGCTCCTCAT
    32521 ACAAATTAAT CCTGCGTCAG GAACCAGATT TGAACTGGCG ACACGAGAAT TTTCAGTCCT
    32581 CTGCTCTACC AGCTGAGCTA TCCTGACCAT TCCCGATGCA TCATTCTCAT TTTACTAGTG
    32641 ATTTGGGTCT ATGTCAATTA AAAGAATGAA AAGGTTATTC CAAAGTCTTA TACAGGCCCT
    32701 GGAATTTCTT GGATTTGCAA AAAGAAAACT TTTTTTGAGT TTCAGTCCGA ATTCCGAATA
    32761 ATGATATAGA TCATGAATCA TTCAAATGGA GATTCGTTGC TCAAAGATGT TTATGTTATT
    32821 TGTACGTGTA TCATATATCA CAAGACTTGT GATCAGAGAA AAGTATTTCC GCTGCGATTC
    32881 CTTTGTTTTG TGAAAGAGTC GAGTGAATGA AAAAGATAAC GAATTTGGAA CGGCTAACTA
    32941 AAAAAGGATA TAGGATAAAT AGTTAAGGAG TCAAACGGGC TTTTGGGGAT AGAGGGACTT
    33001 GAACCCTCAC GATTTCAAAA GTCGACGGAT TTTCCTCTTA CAATAAATTT CATTGTTGTC
    33061 GGTATTGACA TGTAGAATGG GACTCTATCT TTATTCTCAT CCGATTCATC AGATCTTCAA
    33121 AAGATCTAGT AGACGATGGA GTAAATGATT TGATCCAAAA ATATGCAATT TTTTATTCAA
    33181 TGTGAAATAA ATTCACGATA ATTGGTCCAT TTTTATTATA AAAAAAATAG GGATACAGAT
    33241 TTTGGTCGTT ATTAATCATT TGATATAGTA TTTCAGTGCC TATACGTATG TATATATAAT
    33301 TATCTTTCAT TTTTTCGTAA GTTTTGATAG AAGGATTTCT ATTCCTCTAC CAACGCAGTC
    33361 AACTCCATTT GTTAGAACAG CTTCCATTGA GTCTCTGCAC CTATCCTTTT TTTTAGCTTT
    33421 CGGAATCTTT GTTTGTTTGC GAAAAAAGGA TTTGGCTCAG GATTGCCCAT TTTTTTTTCC
    33481 GGGGTTTCTC TGAATTTGAA AGTTATCACT TAGTAGGTTT CCATACCAAG GCTCAATCCA
    33541 ATTAAGTCCG TAGCGTCTAC CAATTTCGCC ATATCCCCGT TGAGATTAGG ATCTCATTTG
    33601 GATGTCGTTC CCTTTTTCTT TCGTTTATTT ATACTGGAAT CGTTGAATTC ATTAGATACC
    33661 GATTCCTCTC TCTAAAAGTT GTTTTTCTTC TTTGATTTCT TTGCTATCTT CTTTGATCTT
    33721 CCTTCTATAG GAGACCCACG TTTAGTTCAA TTAAAAATGA TTCTAGCATT TATGTATAAG
    33781 CAATTCAATA TATATACCAC ATATTTCTGA TGTAGTTTAA AATACTTTAA TGGTTACATC
    33841 TTTTTTTTTT TTTTCGTCTT AACTTACACC TTTATGAATG CAAGCGGAGG AGTCGCTCAT
    33901 TCATTCGAAT TATTCGAATT CGAATGAGTT GTTAATTAAA TTAAATAGAT TCAACTGATC
    33961 TTAGATCACA TTTATGATGG AATATAAAAA TTTAATCAAA ACAAAATTTA TTATAGAAAA
    34021 AAATAAATAT GTAAATGTAT ATAGATTAGA GAAATCGATT GAATTATATA TATAATATAA
    34081 AAAATAAATT ATTATCTTTT TATTAAGATA AAAAAATTGA ATAATTAGAT ATCTCTGATA
    34141 TGCAAAAAAA TATTGAAATA AAAAAAGAAT TTTAAATGAA TTTAAAAACG AAAAAATGTC
    34201 TATTAACATT TTCTATCTAA TAAATCTAAA TAATTATATA ATAGATCGTA TCGTTATTTA
    34261 TATTAATTGT TATGTTCTAT AACATTTATT TGTTATTCTT TTCTATTCTA TAGTCATATG
    34321 AATTCGGAAT TGAATAGATA AGAATGAAAA GAATAGAGTT AATAGGGACG ATTCTAATAG
    34381 TTTATTAAAT TCCTATGCAT GTCAAATTTC TCTTATGTGA GCCCGCTTAG CTCAGAGGTT
    34441 AGAGCATCGC ATTTGTAATG CGATGGTCAT CGGTTCGATT CCGATAGCCG GCTTTTCTCT
    34501 ATTTATATTC GATTTTTTAC ATGATTGATG ATAATATCGT TTTTTGAAAT CAAACGAATA
    34561 TTCAAAAAAC GTTTCTCCTT TTCCAAAAAT TACGGATTTT TTTAATTATG TTATAGGAAT
    34621 TTCCAACTAT GTCAAGAAAA GCTTTTTCTA TATATATATA TAATTTTATA ATAAAAAAAA
    34681 ATAGAAAGGT TTTTGGATAT AATAAAAAAA AATATATAAT AGAAATTTTG TATATTTCTA
    34741 TAATTCATCT TATTATTCTT TATAGTACAA AACTTCCGTC GATTTGGCTT CATTTATCAT
    34801 TTAGTTCAAT TTGAGTTTAG GTTTATTCTT GAAAATGAAA TTTCAAAAAA AAAATCAATA
    34861 TAAATAAAGT ATAAGGAGTC TTTATGTCGC GTTACCGAGG ACCTCGTTTC AAAAAAATAC
    34921 GCCGTCTAAG AGCTTTACCA GGACTAACTA ATAAAAGACC TAAACCCAGA AATGCTCGTA
    34981 GAACCCAATC GCGTTTCGTG AAAAGGAAAA AATCTAAATA TTGTATTCGT CTACAAGAAA
    35041 AACAAAAATT GCGTTTTCAT TATGGTCTTA CAGAACGACA ATTACTTAAA TACGTTCGTA
    35101 TCGCCGGGAA GGCCAAGGGG CCAACGGGTC AAGTTTTATT ACAATTACTT GAAATGCGTT
    35161 TGGATAACAC CCTTTTTCGA TTGGGTATGG CTTTGACTAT TCCCGGAGCC CGACAATTAG
    35221 TTAACCATAG ACATGTTTTA GTTAATGGTC GTATAATAGA TATACCAAGT TATCGTTGCA
    35281 AACCCCGAGA TATTATTACA GCAAGGGATG AACGAAAATC CAGATCTTTG ATTCAGAATT
    35341 CGTTTGATTC ACTCCATAGT CGTAAGAAAT TGAAGTTCAA ATTGCCAAAC CATTTAACTC
    35401 TTTACCGAAC CCAATATAAA GGATTAGTTA ATCAAATAAT AGATAGTAAA TGGGTCGGTT
    35461 TGAAAATAAA CGAAATGCGA GTCGTAGAAT ATTACTCTCG TCAGACTTAA ACCTAACTCC
    35521 TAACTAAAGG GTCCGACAAT TTTACTACCT TTCAGCGAAG TAAATTGACC TAAGGTTAAG
    35581 ATAAATAAGG TTTTGATTCG AATTTTTCTC TCATTTATGT ATCATAGACC AGCAGAGAGA
    35641 TTTTCATTCC TTGTCTACCC TTTACAGTTC CAGTATTTTC CGTGCCACAG CAATTCGAAA
    35701 TAGAGAATCT ATATCAAAAA GTCTAACTGT TGGAATAATG TTATCTATTG CTATTTGATA
    35761 CATTATGGTC ATTAACATTG GTCCATTAGC TAAAGGTACG GAAAGAGAGG GATTCGAACC
    35821 CTCGGTAAAC AAAAGCCTAC ATAGCAGTTC CAATGCTACG CCTTGAACCA CTCGGCCATC
    35881 TCTCCTACAT AATGATTATG ACCCAAAAAC GGAGTGAATA GCGAGTCATT CCAATTATAT
    35941 TATTATTATT GGATAGGTAT AACCAATCAA TTCGAACTAG AAAGAAAGTT TTCAGTAAAG
    36001 AAAGATCTTT CTTTCGGGGC TTGGGGGCTA AAGATACAAA TTTTTCTTCG GAAAAACTGT
    36061 TCAAAAAAAA GGTTTCTTTA TATTTGCGAA GACGATGTCC CCCCTTTTTT TTTGAAATGA
    36121 ATCTCTTTTT ATGTTATTTC GTACGGTACA ATTCTTTTCT TTGTGGGATC ATTTTACCAC
    36181 GAGAGGTAAT GAGAAGAATT AGAGAATGGA TTGCTACTTA TGCCTAGATC TCGAATGAAT
    36241 GGAAATTTTA TTGATAAGAC CTTTTCAATT GTAGCCAATA TCTTATTACG AATAATTCCG
    36301 ACAACTTCCG GAGAAAAAGA GGCATTTACT TATTATAGAG ATGGTGCGAT TTGATTTTTT
    36361 TTGATTGCTC TCAGTCTTAC GAGAAAGACA CAGGATTCGG GATAAAAAGA AAATTTTTGA
    36421 ACTAAATCTA CGCTTGTTGA AGGTGAAGTT TGTAAAGAAA CCAATTCCTT CTGTCGTATA
    36481 TCCTCGATTA ATGCAGCCTC AGATGCTATA CTTCAACTGC GGATTCAGGT ATTAAGCGAA
    36541 AGGTTACACC TAGCGGTTTG TATTCCAGCT CAATCCGACT CTACTAGTAC CAATAGGTGG
    36601 CATAGAGGAA GAAGCACTAC ACCTAGGAAT CAACAACTCG AAAACTTTGT TATAAATTAC
    36661 CCCCTTACTT ATCGGGCTCG GGATTAACAA GAATGGTTGG GACAACAAAC GTCCATCTCG
    36721 TTCGTATTTT GGATACTCAT ATAACCATCG AAGGCTGTTG AAGTGACTCA TTCCTAGAAA
    36781 TTCAGAGGCG TTGAGAACAA AGAAATTGTT GGAATTATCA TTTCTATCTA GCACCAACAC
    36841 GTTTGATGTT AAGAAAAGAG CTCTTGCAGG AAGGTTGGTT AGAGATTTCT TGTAAAAACA
    36901 CTAGCCCTGC TCAGTTAATA ATGAGAATAT TTTCATATTT TTTTTTTGAT TCCATGTATT
    36961 TTTTTCATTA TACACAGAAA GGAGGAGCCG TATGAGATGA AAATCTCACG TACGGTTCTG
    37021 GAACGGAGAT TCTTTGACTT AAATGACGAC CGTAACGGAT GTCAGCTCAA TCCGAAGGAA
    37081 ATTATGCAGA AGCTTTACAG AATTATTATG AAGCTATGCG ACTAGAAATT GATCCCTATG
    37141 ATCGAAGTTT TATACTCTAT AACATAGGCC TTATCCACAC AAGTAACGGA GAACATACAA
    37201 AAGCTTTGGA ATATTATTTT CGAGCACTCG AACGAAATCC ATTCTTACCC CAAGCTTTTA
    37261 ATAATATGGC CGTGATCTGT CATTACGTGC GACTATCTCC ACTATAGGAA GAAAAAAGGA
    37321 AAGAAAGAAA AAATCTGCTA GTAAATACTA GAAACAAAAA AGGATTTCTA CATATGTATC
    37381 GTCTATAACA ACGATTTTTA TGAGCTGTAG CAAAGAAATA AACTTCATAG AAGCCGAAAT
    37441 ATGAAGAAAT AGAGATGCCT CTTTTATTCT ATGGATAAAA AAGGATCTAA TTGATAGAGG
    37501 AAGCACTGTA AAGATCAATT AGCGAGGTTT TAGGCCAATA CAATAATAAC TGCTTACTTA
    37561 TGTCATGATG TGATATAAAA GTTCCGAATC GACTTATGTA ATAAGGTCGA GCCACGAAGG
    37621 TAGTGAGCAG CAGTGTAGGA TCAGATCCCA ACGATAGTCA GTCTTTTCTT TTTTAGATTA
    37681 TAGGAAGGGA AGTCTTTTTC AAAGACTCTA TAGAAATATC TATATGAAAC CGAGATAGTT
    37741 ACCTTTCAAA AAATTCTAAG GGTAAGGGGA AATGCCTATT CTTTATTCTT ATGAAGGTGG
    37801 GAGAAAAGAT AAAACGAAAA CCGATTATTC ATCCAAATTC AAGTTTGAAA CTCATATAAT
    37861 TAACCTCTTT TGTTTAGCCC GAAAAATGGG CTATATCTAG GAGGAATCTC ATTCAGTTAG
    37921 ATATGGTAGA TTAAAATGCG ATATCAAAAG AATTGATGGC TGAGCCGTAT GAGATAGGAA
    37981 ACTCTCAAGT ACGGTTCTAA GGGAAGGGGT TGACCGGCCT ATTCCGCCCG GGGGGAACAG
    38041 GCCATTCGAC AGGGAGATTC TGCAATTGCA GAGGCTTGGT TCGATCAAGC CGCTCAGTAT
    38101 TGGAAACAGG CTATAGCGCT TACTCCCGAT AATTATATTG AAGCACATAA TTGGTTGAAG
    38161 ATCACTAGAC GCTTCGAATA AATAGCAAAG AAGACTCTGT TTACTTAACA CTTTTTTTTT
    38221 TTTCAAAAAA TTGTTTATTA AATGAATTGT TTATTAACTC CATCAGTCAA ATAAAAGGAG
    38281 TCAAAACCCC TCGACAAATT TCATTATATC TCTTCTAGGA GCGTTCTATT TTCGTCTGGT
    38341 ATTTCGTAGG GATAAAAGAT AGACAGATAG AGTACAAAAT TTCTTTTTTT TTTTTTAGGC
    38401 TTAGGATTCA AAAAAGATTC CCCATAGTAT GAACTAATAA CTATAGAACT AATAACCAAC
    38461 TCATCACTTC GCATTATCTG GATCCAAAAA ACCAGTCAAG ATAGGATATG TTGAGCATAT
    38521 CATTGTAGCA ACGGAAATCT GTTTTGCATA AACAAAAGAA AAACCAATTG GATTTTAAGC
    38581 TGTGAAGCAA AATATAGATT TTTGTCTCTT TTTATATCTC CCGAGAATCC CGTTTTTACT
    38641 AAGAATACCT GTTGGATCGG ATTCTAACAA ATCTTTCGGT AAGTTGTAAA AAACGTCTTC
    38701 TTTATTAAAT TAGAAGACAA GAACAAAAGA AGCAGAAAAG ACGAACAAAA GAATAAGAAA
    38761 ATTTATTATT ATAGATATCT TGTCTTTCAT GCGGAAAGAA AATAAAAATA AGTAGATTTT
    38821 TTTAGTTCTA CATTCCTTGA GTCCTTGCAC TTAGTAGTCC TTAGCACTTA GTATATATAC
    38881 TAAGTTATAT ATATATACTT AAATCTATAT TAATTTTAAT TACAATTAAT AAATTATCAA
    38941 ATGAAATAAT TTGAATATTA ATTTCATAAT TAATTCGATT TTATATTATT CGATATTAAT
    39001 TTCAAATTAT TAATTCTAAT ATTATAATTA TTACAAGATA TTTTTATAAC AATATATAAA
    39061 TTAAGTATAA TACAATATAG TAAATCGAGA TATTCATTCT ATGATAACTT TCAACTTTCC
    39121 CTGTATTTTT GTGCCTTTAG TAGGCCTAGT ATTTCCGGCA ATAGCAATGG CTTCTTTATC
    39181 TCTTCATATT CAAAAAAACA AGATTGTTTA AATTCGATAG GACAAAATCT CATCTTTTTT
    39241 TTTTCAAAAC TTAGACTTGT ATCCTAACAC TAATATCTAT TTAGTGGAAT ATGATATACC
    39301 ATGTGACTGC GGCTTTTGCC GCACCCTAAA TGAAAGAGTT CTTATGCTTA TGCATCGAGA
    39361 AAATTATATA TGGGGAAATG CATTCGAGCT ATTTTCAAAT AGACTCAAAT TGGCGGATGG
    39421 AAGTCTCTGT ATCCATATGT ATATCGATAT CTCTAGTTAG GATCATATGA AGGGGATGTT
    39481 CTTTTTTTAG ATATAACCAA TTAATTTGAT GAATTATTCC TAAAGGCTCA CATCAAAATA
    39541 GTGCTAGTTG ATGAGAGCTA TTTCGGAAAC AAAAAGAGTA AAGTCAAATT CATTTGGGCT
    39601 ATTTTCTCAA TTCCAATAAA ATGCAATCAA ATCAAGTATG GGTTGGCGAT CAGAACATAT
    39661 ATGGATAGAA CTTATAAAGG GGGCTCGAAA AACAAGTAAT TTTTGCTGGG CCTTTATCCT
    39721 TTTTTTAGGT TCATTAGGAT TCTTATTGGT TGGAACTACC AGTTATCTTG GTAGAAATTT
    39781 GATATCTTTA TTTCCGCCTC AACAAATCAT TTTTTTTCCA CAAGGGCTCG TAATGTCTTT
    39841 CTATGGGATC GCGGGTCTAT TTATTAGCGC CTATTTGTGG TGCACAATTT TGTGGAATGT
    39901 AGGTAGTGGT TATGATCGAT TCGATCGAAA AGAAGGAATA GTGTGTCTTT TTCGTTGGGG
    39961 ATTTCCTGGA AAAAATCGTC GTGTCTTCCT CCGATTTCTT ATAAAAGATA TTCAGTCCGT
    40021 CAGAATAGAA GTTAAAGACG GTATTTATGC TCGTCGTGTT CTTTATATGG AAATCCGAGG
    40081 CCAAGTGGCC ATTCCCTTGA CTCGTACTGA TGAGAATTTT ACTCCACGCG AAGTTGAACA
    40141 AAAAGCTGCT GAATTGGCCT ATTTCTTGCG TGTACCGATT GAAGTTTTTT GATAAAAATG
    40201 AACTAAAGAA TGAAGACTTT CTCAGTAGGA GAGAAAAAAG TAAAGAATCC TCTTTTTTCT
    40261 ATAACATAAC TTAACTGAAC TTTCTTCCGA ACGTTCACTC GAGCCCAAGC AGACGACGTA
    40321 TACGGAACAA CCCTAAAACG AAACTCTTTT TGTGGTCTTT TATGCGTATG AAAATCCACT
    40381 CAATTGAGTA ACAAAACAAT TCAAAAATAA AAAATGCCAA AAAAAAAAGC ATTCACTCCT
    40441 CTTCTCTATC TCGCATCTAT AGTATTTTTG CCCTGGTGGA TTTCTCTCTC ATTTAATAAA
    40501 TGTCTGGAAT CTTGGGTTAT TAATTGGTGG AATACCAGTC AATCCGAAAC TTTTTTGAAT
    40561 GATATTCAAG AAAAGGATAT TTTAGAAAAA TTCATAGAAT TAGAGGAACT CGTCCTCTTG
    40621 GACGAAATGA TCAAGGAATA TTCGGAGACA CATCTACAAA AGATTGGTAT AGGAATCCAC
    40681 AAAGAAACGA TCCAATTAAT CAAGATATAC AATGAGGATC GTATCCATAC GATTTTGCAC
    40741 TTCTCGACAA ATCTAATCTG TTTCATTATT CTAAGTGGCT ATTCTATTCT ACGTAATGAA
    40801 GAACTTGTTA TTCTTAACTC TTGGGCTCAC GAATTCCTAT ATAACTTAAG CGATACAATA
    40861 AAAGCTTTTT CTATTCTTTT CTTAATTGAT TTATGTACCG GATACCATTC GACCCATGGG
    40921 TGGGAACTAA TGATTGGCTC TGTCTACAAC GATTTTGGAT TTTTTCATAA CGATCAAATT
    40981 CTATCTGTTC TTGTTTCCAT CCTTCCACCC ATTGTAGATG CAATTTTTAA ATATTCGATT
    41041 TTCTCTTATT TAAGTCGTGT ATCTCCGTCA CTTGTAGTGA TTTATAATTC AATGAATGAG
    41101 TGACAAACAA TCCACTGATA TTTATCCAAT TATAATCTTT ATTACTTTCT AGTTGTACAT
    41161 AAGAAAAGCA TTTTAAATAG TCCTTACTCT TTCTATTTCT AGCCATTCCG AGGATTCATC
    41221 CTATATTATT CCAGTAAAAT TTTTCCAGTA AATAGCAGAA TCGTGGATAG GGAACTATAC
    41281 TAGCGACCTA CCCAATTTAT TGTAGAAATT TTCGGGATCA ATGGTTGGAC CATGCAAACT
    41341 AGAAATACTT TTTCTTGGAT AAAGGAACAG ATTACTCGAT CCATTTCCAT ATTGCTCATG
    41401 ATATCTATCA TAACTCGGAC ATCTATTTCA AGTGCATATC CCGTTTTTGC ACAGCAGGAT
    41461 TATGAAAATC CACGAGAAGC GACTGGGCGT ATTGTATGTG CCAATTGCCA TTTAGCTAAT
    41521 AAGCCCGTGG ATATTGAGGT TCCACAAGCG GTACTTCCTG ATACTGTATT TGAAGCACTT
    41581 GTTCGAATTC CTTATGATAT GCAATTGAAA CAAGTTCTTT CTAATGGTAA AAAGGGGGCT
    41641 TTGAATGTGG GGGCTGTTCT TATTTTACCT GAAGGTTTTG AATTAGCCCC TCCTGATCGT
    41701 ATTTCCCCCG AGATGAAAGA AAAGATAGGC AATCTGTCTT TTCAGAGCTA TCGCCCCAAT
    41761 CAAAAAAATA TTCTTGTGAT AGGCCCCGTT CCGGGTCAGA AATATAGTGA AATCACCTTT
    41821 CCTATTCTTT CCCCGGACCC CGCCACTAAG AAAGATGTTT ACTTCTTAAA ATATCCTATA
    41881 TACGTAGGCG GAAATAGGGG AAGGGGGCAG ATTTATCCCG ACGGGAACAA GAGTAACAAT
    41941 ACAGTTTATA ATGCTCCAGC AGCGGGTATA GTAAGCAAAA TCATACGAAA AGAAAAAGGG
    42001 GGGTACGAAA TAACCATAGC GGATGCATCC GATGGACGTC AAGTGATTGA TATTATCCCT
    42061 CCAGGACCGG AACTTCTTGT TTCCGAAGGG GAATCTATCA AATTTGATCA ACCATTAACG
    42121 AGTAATCCTA ATGTAGGCGG ATTTGGTCAG GGAGATGCAG AAATAGTACT TCAAGATCCA
    42181 TTACGTCTTC AAGGCCTTTT ATTCTTCTTA GCATCTGTTG TTTTGGCACA AATCTTTTTG
    42241 GTTCTTAAAA AGAAACAGTT CGAGAAGGTT CAATTGTCCG AAATGAATTT CTAGACTCGC
    42301 GAATTTATCA ACATCAAGTT TGTAAAAAGA ACCTAATTCG GATTATGTAT AATCAATCAA
    42361 TGACTGAAGA ATAGGAACTT TCTACTTATG ATCGTCACGA ATTGAATTAT AATCAAATTG
    42421 CTTTGGGTCG TTTACCACTG TCAGTAATTG ACGATTACAC AATTCGAACA ATTTTGAATT
    42481 CGCCTCATCA TAAAAATCTA GGTTTTTTTA ACCATGGGAA AGTCTCTATA TATTTATCTA
    42541 AAGATATATC TTTCACTACA ATACTTATAT GACAAGTAGG TCTTTTTATC GGATAACTAC
    42601 GTCCTCTAGC TCGAGGCTTC CATTTCTTCA CGGCAGTACC CTCGTTGACT TCGGCTTTAC
    42661 TAATTATTAA ATTAGTTTTA TTGGAACCTC TAGTGTAACT AGCATTTGCT CCGGCATTTA
    42721 AAACCATTTT TAAAATGGGA TAAGATGCTT GATAAGGCAT GACGTTTAGT ATCATAAGTG
    42781 TTTCTTCGTA AGAACGCCCG CGAATTTGAT CAATTACTCT TCGCGCTTTA TGAGCGGACA
    42841 TGGATATATG ACCTAAAGCG TGTACTTCTG TTTTTCTTTT CTTTAGCATA AGGGTCGCCT
    42901 CCTACTAATG AATTATAAGT ATCTATATTT TGTATTAACG ACGAGATCGC TTATCGACTT
    42961 TCGTATGTTT TAGGAAATTC GAAGTAGGTG CAAATTCTCC CAACTTGTGA CCTACCATAC
    43021 CATCTGTTAT ATAAATAGGT AAATGTTCTT TTCCATTATG GATAGCAATA ATATGGCCGA
    43081 TCATTGCGGG TATAATGGTA GATGCCCGGG ACCAAGTTTT TATTATTTCT TTTTCTTCTT
    43141 TTGTTTTAAG CTTATCAATT TTTCTTAATA AATGAGTAGC TACAAAAGGA TTTTTTTTTA
    43201 GTGATCGTGT CACAGCTTCC TCCTTTTTCT TTTTTAAAGA CGAAGAGAGA AATGGAATTT
    43261 CTCTCCTATT TACTACGTCG ACGAAGAATT AAATTATCAC TATATTTATG CTTTTTTCTA
    43321 CTTCGTCTTC CAAGTGTAGG ATAACCCCAA GGGGTTGTGG GTTTGTTTCT ACCAATTGAG
    43381 GACTTCCCTG TACCACCCCC ATGGGGATGG TCTACAGGGT TCATAACCAC TCCTCTTACT
    43441 ACAGGACGCT TACCTAGCCA ACGTTTAGAT CCAGCTCTAC CCAAACTTTT CTGGTTCACC
    43501 CCAGCATTCC CCACTTGTCC GACTGTTGCT GAGCAGTTTT GGGATATCAA ACGGACTTCT
    43561 CCAGAAGGTA ATTTTAATGT GGCTGATTTC CCCTCTTTTG CAATCAGTTT CGCTAGAGTC
    43621 CCTGCTGCTC TAACTAATTG TCCACCCTTT CCAGGCGTGA TTTCTATGTT ATGTATGGAC
    43681 GTGCCTAAGG GCATATGGGT CAAAGGTAGG GCATTTCCTA TTTTTATAGG AACTCCTGTA
    43741 CCAGAAACAA TGGTATTTCC AATTTCAGTC CCTTTGGCAT GTAAAATATA TCTCTTCTCA
    43801 CCATCCCCAT AGTGTATGAG ACAAATAGAT GCATTTCTAT TAGGGTCATA TTCTCTGGTT
    43861 ATGATTTTAC CATATATGTT TTTTTCATTA CGGCGAAAAT CTATTTTACG GTAGAGACGC
    43921 TTATGACCTC CCCCTCTATG ACCTGCGGTA ATGATTCCTC TGGCATTACG ACCTTTACCA
    43981 CACCGATGCT TCCCATAGGT CAAATTATTT CGTGCAACGG TTCCATTGCG TGTGCTCGGG
    44041 TTAGAAGTTT TGTATAAATG TATCACCATG CTATTAAGTA TTTAGATTTA TCTTTTTAAG
    44101 AGGTAGAATA GAATAACCCC GTTGAAGGGT AATGATTATA CGTCTGTAAT GCATTGTATG
    44161 TTCCATAATG CGTCCTCTTC TTTTACCCTT TCCCGGAAGT CGATGACTAT TCATAGCTAT
    44221 TACCTTGACA CCAAAAAAGA GTTCGACCCA ACGCTTTATT TCTGTCTTAG TTAATCCTGA
    44281 TTCGACATTA AAAGTATATT GATTTTTCTC AAATAACCGA ATACTTTTGT TTGTAAATAC
    44341 TGCATATTTG ATTCCATCCA TGGTACATTG CTCCTTTACT ATTTTTTTTA TTATAATTAT
    44401 AAAATATAAA ATTATGGATT TCCATAGATT CTAGATATTG CGTCTGTATA TTACTATTAC
    44461 ATTCGAATCA ATATTATTCT ATAATAACAC ATAGAGTGGA TCATGCACTT GAGAATTACA
    44521 CTAAATTGAG AATGGATATA GAAGAATGTG CATAGATTGA ATCACTTGAC AATTACGAAT
    44581 CCGCTTTATC TACGAACAAG GAAGCTATAA GTAATGCAGA GCAAGTAAGT TAGAGCAAGG
    44641 CAAGATTCAT TCCATTACAA TATTAATCTA TATATATACA ATAAGATAGA GAATCAGATA
    44701 TTTCTATAGA CGTAGTAGAG GGTCCCATTA GCATGTATCC AGTAGGAATT GCACTTACGA
    44761 ACTCTCCAAT TATGAGTTGG GCGCTTTAAC CATTTAGCCA TGGATGCTTA GTAGAGATCC
    44821 TCGTACATGG TGAATAAGCA AATTCCAATT GAAATGCAAT TTGTAGTCTA AATCAATCCA
    44881 ATTAACATAA CATTTATTTA TTTTTTTTAT TTTGGCGGGA GGTACAAATG CTAAAAAGAT
    44941 ATCAATTAAA ATTAAGATTC TGAATTTTCG AATTGAGAGA GATATTGAGC GCGATCCAAA
    45001 ATTTTCGTTA TGTGTCAGAG TGATGGACCG AATTCAATTT AGTGGGATCT TTCATTCACG
    45061 TTTTTTCCAC CAAGAACGTT TTATAAAACT CTTTGACCCC TGAATTTTGA GTATCCTATT
    45121 TTCATGCAAT TCACAAGGTT CAACAAACAA TTGAATTGAT ATCTCGGTGT AATACTCTTT
    45181 GTAGTATCGT TCCTTATCTA TTCTATCGTA TTAACAATCG AAATATGGTC GAAAGAAAAA
    45241 ATATCTATTT GCCTGGTTAA TGAATCTCTT TCTATTATAA TTGTTCTGGA CCTATTAGAC
    45301 GAAATATGCG AGTTTGGCGT CGATATGCTA TTGAGTAATG ATGAGGTTCC CGCTGATGGG
    45361 TTCAAATCAA TACGTTTGCA TAAGAAATAT TGGAATATGC TTCTCAATAA CCTTCTCATC
    45421 GATATCAGCG ATTTCATAAG TACCATACCA AATCCCATTA ATCGAATCAC CTTTTCGAGA
    45481 AATACGAGAC ATCTAAGTCA TACAAGTAAA GAGATCTCTT CATTTCATTG ATAACAAAAG
    45541 GAAAAGACCT GGATGAAGAT TTTTTGATAA AAAACGGAAT CCTGGTTCCT GAACAGTCAG
    45601 TTCATTGAAA CTGATGACAT AGACTTCTTG ATGTAATTCT ACACCTTTAC GACATAAAAA
    45661 GGGGTTGGTT CACTTCTATT GAGTCTGACT CATAATGATC ATTTCTCAAA CAATGACTCT
    45721 GCTTTTCTAA TGCTGGAACA ACCGGGAGCA AGTTACTTAC GATACTTAGT TGACATTCAT
    45781 AGAAAGTCGC TAATGAATTC TGTGAAGTAT GAGTTCAATA CATCCTGTTT AGCAGAAAGA
    45841 CGGATATCCC TTGTTAATTA TGAGACAATC ATTAAAAAAA ACCTTGTGTG GGGCTAATCG
    45901 TTTTGATTTA CCATCTCTTG AAAAACCAAA ACTCTTTTCG CTCTGCTTAG CCTTATATTA
    45961 GTCTACGGAT ATTTTAGTGA TAAATTCGAT AGGAATTGGA CGATCCTATT TGGTCAAATC
    46021 CCTGTTGACA AACTCCTGTC TTCCTTTCAT TAGCTTATTT GGGAATACCT TCCAGAATCC
    46081 CAGAGGTTTT TTTATGATTA TAGTATTGAC GAGGAGACTG AGGACATAGA TGCTGAGATT
    46141 CCTCATGTTG ATCCTGCTGA GGGTGTTCGC TAAATTGTTA AGAGTAAGGA TCGGGGAGAT
    46201 CCTGTCCTTT TTGAGACAGA GCTGGAGCAG CTACCTTGGC GTATAGCATA GGGACAAACT
    46261 CTGGAGATGG TTACGATTTC GAAAATAGAT CGATTTGATA TCAATCTTCA ATTCGAATTA
    46321 GCAAAAGCAA TCTCTCCTTT GTTTTCTTGC ATAATAATAA ATAATAATAT GGATTCCAAA
    46381 CATTCATGAT ACGCATGTGA GGAAGTCGAA GGACTTCTTA TCCTTCGGTA TATTATCGAA
    46441 GCATCTCTCC AGGGATTAAT AAAGTAGAAA TATTCTTGTT ATTGCTTCGA CTCATCTTCC
    46501 CGACAAAGTG GATCCCGCTC TAATAGCTCC GAATAAATTC AATACGTGCA TTAAGGTACG
    46561 AAGGCTTCTT ATTCCACAAG AACGAAAGTA CTTTTTCACT CGTGCATCTA CTACATTTGG
    46621 AAAAGAAAAT GTTCCATACT AATGTAATGG AGTCGGGTCT ATAATCATGG ATTCCGATGC
    46681 ACGAGATCTT GTAGCACTTA CCGATGAGGC CCTATCAATT AGTATTTCAC AGAAGAAATC
    46741 AATCATAGAC ACTAATACAA TTAGACTCGC TCTTCATAGA CAAACTTAGG ATTTGCGAGC
    46801 CCGTGTAAAT CGGTGTTAGG GGGTCTTTTT CTATCAGATA GGAAGGGCTG TTGTATAAAG
    46861 TGTACTTCTA AGTAATGGCC TCATAGAGCC TATCTATCTA TATCGAGATG AAATTATATC
    46921 AGGCAGTGGA GCCTTAATAT GTTCAAATGG TGCTTCGAAC TTGCAACGAA TATCAAGCAA
    46981 TTAACGAGAC TTCTTTATCT TTTGAGTTGT TCTGCTGGAT CAGTCGCTCA AGATCTTTTG
    47041 GGACACAAGG AAAAAATGGG ATTATGGTGG GAGACTCGTT GAGAATGATT TTGAGCCAAT
    47101 TGATGGCCTA TTAGAAGTCG AAATAGCTCT CGTGGGACCC TCACCGACAG AAAAAGATTG
    47161 CAGCCCATTT GAATTTTATA ATGATCAATT GATATTGCTT CATCGGCCCA AACCAAGGAA
    47221 TCCCTTAGAT ATAATGCTAA ACGGATTTTG TTCTATCCTT AATCACCGAT TTGTCTATGA
    47281 AAGCTATGAA TCGGAGGACG GGGAAGTCCT TTGAGGGGAA AGGGGAGTTA GCCAATCACA
    47341 TAGTTTTGGC TCCTAGAATA CGGCAACCTT GGAGCTTTCT ATTTGATTGG ATCGAAAGGT
    47401 CCAATGAATT GGGATTTCCC TCTTGGTTCA GGTCATTTTG GGGCAAGCGG GGCATTTCTG
    47461 ATGAAGAGGA TGAGCTTAAA GAGGCTGAGC TTGAAGCGGA TGATGATGAA CTTGAAGAGG
    47521 ATGAGATGAA GAGTTGGATT TGTTTGGGAG TGACCCCATG CCATACCAGC CACGAGATAG
    47581 ATCTTTCAAG AACAAGGCCT TTTTCGAACA AGCCAATCCA TTTCGGACCC TGCAGATCCA
    47641 CTCTATTTTC TATTCAAGTA TGTTCCTGTA TTTTCATGAC ACTTCTTTCT AGCTGAAGAG
    47701 ATAGTAAAGG GGGGGTTCTT CCTACACACA TCAAAAAGAT CCTTTTCAAT CTATAGCTAA
    47761 TAACTTGTTT TTGAATACTA CGCAAGAAAA GTACTTCGAC TGGTTGATTA ATCGCTAGAG
    47821 ATGGGTTAGA CCCAATAGTT CATCATCTCA CGGATCTTTC CGTTCTAATA CTCTATCCCA
    47881 GAGTTCTCAG TATTTATGAA ATTTATTCCT ATCTAACGAA AGGCTATGCC ATCACATCAT
    47941 AAAGACTTTG TTGAGAAAAA GAAAAAGATG GCTTTTCCCG GATTAACTGA AAGATGAAAT
    48001 GAAAATGGTA TTCATGGAAC AGGAGAAAGA TTTCCCATTC CTTAGCCGGA AAGATATGTA
    48061 GCCATGAAAG AGGGATTAAG TGGAATAGAA TTGACTGGGT GGTAGAGTCA TGGAAACACT
    48121 TCTTTATTCC CTATTTTTTA GCTCCATGGA ACAATATGCT ACTGCTGAAA CATGGAATGG
    48181 AATGAAGTGA AATCTGAGAT CAAAACACTA TGTATGGATG GTATGAATTG TTTAAACAAG
    48241 AATTCTTGAA CAGCGAACTT CAGATATTCA CGACCAAGAA GTATTGGATT CTCTTTCAGA
    48301 TAGGCTTGGA AAGGCGAAGG AAGGCTGAAA TGCCAACAGG CGTCTATTAT TGAATTCACC
    48361 CCACCCTAGA GTACCTATTT TTGGAACGTT CAGTGCCTAA GTCACTGAAT GGGTAAGTCA
    48421 CCAATCCTTA AAACAGACTA TGTAATGTAC TTTAGCTGCT GGGTTACGAA AAGGCATTTT
    48481 ACCAGAGGTT TCTTTCTAAT TTACATTCTT GTTGAAACAT ATACTCAGGG GGGTGGGTGC
    48541 AGGGCGGACG GTTTTAAAGC AGACTCCCCA TTCATTCGAT ATGGAAGATC ACCAAGATCT
    48601 CGTGATCCGC TGCTGAACTT ATTCCAATTC CAAGAGCTCG GATCGAATCG GTATTGATAT
    48661 ACCGACTCGA TCTGAGCTCT CTTATTGATG AATTGTTCAT TCAATGAGCA TTCTCAATAT
    48721 TATGCCTTGA AGAGGATTCG AACCTCCACG CTTTTTAGCA CGAGATTTTG AGTCTCGCGT
    48781 GTCTACCATT TCACCATCAA GGCATCTTGG AAGTGAAGCG TATTCCATGA ATATGATATC
    48841 TATTTAGTGT GATGTATGGA ATATATGACA AAGGTGCGGT GTTGGATTAT TGCTATTGAT
    48901 CGGTCATGTC ATATAGGCCC AAGTCGGACA CCCAATTGCT TCGATTTGCA TTATACGAAG
    48961 GATGCTTTAA TATATCAAAT AAGGTGAACA ATCAAATCTA TTTCTCGATT CAATAGAAGC
    49021 CCAAAGAGGT GAATAGGGTC CCAAATAAGG AAAAATTTGT AAAAAGCAAA TCCGATTATG
    49081 TCTCTTCTTA ATCCTAAATG AAATGTACGA ATCCATAAAG AAACATAGTA TCTATTTCGA
    49141 TACGCTCGAC TAACCCCTTC TCATAATGAG AATGTATATC TCTATTCCCA TCTGGTCCGT
    49201 TAGGGAATGA ACTTATAATC ATGAAATCAA CTCGATCATC AGATTATAGA TTATAAGTTC
    49261 ATAAACCTAG CCCATTCCCA TTTTGGACGG AACAGATCTA CTAATTCTTT GATTCCAGTT
    49321 AGTAAGACGG ATCTTGAACT AAGAAATAGA ACCTAGAAGC TAAAAAAGGG TATCCTGAGC
    49381 AATTGAAATA ATCGGGTTCA TTGATATTCC TAGTATAGTA GATGCTATCA CACATACAAT
    49441 CATACTCAAT TCGATGGAAT TCGTTGATCT TAAAGGAGAT CGTCGATAAT TTCGCACGTA
    49501 AGGGGTTATT TCTTGGTTTC GTCCAATCAT TAATAACTTG ATTATTTTTA GATAATAGTA
    49561 GATAGAAAGA ACGCTTGTAA GGAGTCCTAT TAAAACCAAG AAATATAGAC CTGCCTGCCA
    49621 TCCACACCAG AATAAATAGA GTTTTCCGAA AAACCCTGCT AGTGGAGGAA GACCCCCTAG
    49681 GGATAAGAGA CATAGGGCTA AAGAGAGAGT CAAAAAAGGA TCTTTCGTGT ATAATCCTGC
    49741 ATAATCTCGA ATGTTATCAG TTCCGGTACG TAGACCAAAT AATACAATGC AAGCAAAAGT
    49801 TCCTAAATTC ATGGAGATAT AGAACAGCAT ATAAATTATC ATGCTTGCAT ATCCATCATT
    49861 TAAGTCTCCA ACAATTATGC CAATAATTAC ATATCCGATT TGACCTATGG ATGAATATGC
    49921 AAGCATACGT TTCATGCTTG TTTGAGTAAT AGCAATGAGG TTTCCCAATA TCATGCTAAG
    49981 AATAGCTAAG ATTTCGAGAA GAAGATGCCA TTCGTTTGAT GAGAAATAAA AGGGAATATC
    50041 GAAAATTCGA GTGGCTAAAG CTGAAGCAGC TACTTTCGAA GTAACAGAAA GAAAGGCAAC
    50101 GACTGGAGTG GGAGAGTCAG AGTCGAAAAG AGGATTCTTC ACTTCTTTAC TCTCATGCAA
    50161 AACCGTGCAT GAGACTTTCA TCTCACACGG CTCCTAAGTG ATAAAAGAAA GAAGAATTCA
    50221 TCTTCTTTCG TTTTTGATTT GATTACCTTC CTCGCGTATG TATAAGACCG AATCCATTGG
    50281 ATTTCTAAAA AGGATTACTA ATCCTTAACT TTTCGAGGAA TCCTTCATCA GTGATTGGGA
    50341 ATGACTGACT TTTTCAATCT TTTCGACCTT GGTTTCGTAG AAGCAAGTCA GAAAGATTGA
    50401 GAAATCGAAC CATCTGGTTT GATTCGTTCT CAATAGTCAT GAGATAATCA TATTAGGGTG
    50461 ATCCTTTTGG CGACGGATGC TCCTATTATA CTTTTAGTCT CAGAAGGATG AGAACCAACT
    50521 ATGTAGCATC TACATCGAAA ATTCAAGTAT TGTATACGTC ATTAGTCCGA TCCTTTGTAG
    50581 GAACTACCCG TAATAACGAA CTTGCAAAAT GGATCTCTTT ATCATAAAGA GATTCGTCGT
    50641 TCCTGACTCT GCTTCACCTT AATTGTTAGT TGAACAAATC AAAGATCTGT CTTGGTCCGA
    50701 GTGGGGATAG TCTTTCTCTT CTGCATGTCC ATGGAGTTTT GAAAAATCCA AACATCTCAG
    50761 AGATAGATAG AGAGTTAGGA ATTTCTCGAA CGAACCGCAC TCCTTCGTAT ACGTCAGGAG
    50821 TCCATTGATG AGAAGGTGCT GGGGAAAGCT TGAACCCAAT TCCTACAGTG ATGAATATTA
    50881 GCGCAATTGA AATTCCTGGG GAGTTATACA TTTGTGTATT GATAAGACCA TTCACTATTT
    50941 CTTGAAGCTC GATCTCTCCC CCGGATGAAC CATATAGCCA AGAGAAACCA TGAACCAGAA
    51001 TAGAAGAGCT TGCCCCACCC ATGAGTAAAT ATTTCATGGT AGCCTCATTA GACCGTACAT
    51061 CTTTCTTGGT ATATCCAGCT AATAGGTAGG AGCATAAACT GAAACATTCT GGAGCTACAA
    51121 AGATAGTTAT TAAATCGTTA GCCCCGCATA AAAACATTCC TCCTAGAGTA GCTGTTAATA
    51181 TGAATAAGAG AAACTCTGTT ATAGCCATTT CTGTACATTC AACGTACTCT ACGGATAGAG
    51241 GAATACATAG AATTGAACAT AGTAAGATAA AAAATTGAAA GATTTCGTTG AAATTGTTTG
    51301 TTTGGAAATT TCCAGAAAAG CTAATTATAG GTTCTTCTCT CCATCGGAAC AATAGGGCCG
    51361 TTATGCTCAT TACTAAACTT GTTGAAGAGA TGAAATACAA CCAAGGTATA TCTTTTTGAT
    51421 CAGAGGTTGA ATCGATCATC AGAAGAAGAA TTAGGCCAAA AATTAGGATA CACTCTGGGA
    51481 AAATAAAACT TCCATCGAAG AGAAGCAAAT GAAAGGCTTT CATAAAAATT CTCGTAGAAT
    51541 CGAGAATGAC GTTTTCATTC TGTACATGTC AGATCATGAA TTAGTAATTT TCCTATATAT
    51601 CTTTCACTAC AATACTTATA TGACAAGTAG GTCTTTTTAT TTTATCGGAT AATTTCGAAT
    51661 AAATTAAATA TTACATTATT AGAAAAGATA AAGTATACAA CTATGTAAAT AAAATGTAAG
    51721 AACAAACTAG TGAAAAAAAG TGGTTGTATT TTATAGAATA TATCCTCCAG GTCGAAATTT
    51781 GTGCCGAGCA ATAGCAAATT AATAGTCACG ACAAAAATCT TTCCGGTTAG TACGCGACTC
    51841 CACACGGCTA TAGTCTATAG GGGTTTTACG ATAACTTTTT TAATTAGGGG AGTCATTCGG
    51901 TAAATCCTTC ATCTTCATTT TATTATTATT TAACCTTATA GAATTAAGAA AAAATTACTG
    51961 TATACATGTT AATCGGACTC TCTATCTTAT TGTATATAAT ATTTCAATTT CTATATGCTC
    52021 TAACCTTCCC GACCACAATT TTTTCTTTTT TCCAGGCATT TTACCTGTTC TGTACATCCC
    52081 AGATCATGAA TTAGTAACTG TATCCAATTT TCAAAAAATC CCAATTGGTT CGAACTTTCT
    52141 ATTTTTGGAA TGGAATAGTT ACGGAATCGC CATGAATAGG ATCAAACCTT AGTCCATGGT
    52201 ATTTCCATGA GGTTCCTCTT TCTTATTCTT AAGCAAGTCC CCGAGAGGGC TCAGTTCATC
    52261 CATAATTTCT CTTTCATCTT TCGTTTCCTT TTTGTTTGTT TCGAGAAATA GATCGACCAA
    52321 TTCCGATTCT TTCTTTTTCT ATTGATTCTT TTCCCATCGA GATGGATGAA TCCATCCATC
    52381 TATGTGTCTA TATATAATAT AGATCCTGTT TATGGATTAA CGAAAATGGG CCAAAGCTCT
    52441 ATTTGCCTCT GCCATTCTAT GAGTCTCTTC CTTTTTACGT ATGGCCCCGC CTCTCCCTTT
    52501 GGCAGCATCC ACTAATTCGG AACTTAATTT GAAAGCCATA TTTCGACCCG TACGTTTTCG
    52561 CGATGCCGCT AATAACCAAC GAATGGCAAG TACTTTTCCT TGTAGAGGTT TTATTTCAAT
    52621 GGGAACTTGC CGAGTCGATC GCCTTTTACG TTTTACTTTT ACTCCTATCT TGGGAGTTAT
    52681 TCGACGTATT GCTTGACGTA AAACAAGTAG TGGATTTTTT TCTGTCTTTT GTTGAATCTT
    52741 TTTCAGTGCT CGATAGAGAA TTTGATAAGC CAATGATTTT TTTCCGTGTT TCAGAATACG
    52801 GTTAACCAAC ATATGAACTA ATCGATTACG ATAAATTGGA TCCGATTTTG CTGTTTTTTT
    52861 TTTTGCAGTA CCTCGACGTG GCATGAGCGT GAAAGAGGTT CAAGAATCCG TTTTTTTTTT
    52921 ATAAAGGCTA AAATCACTTA TTTTGGCTTT TTTACCCCAT ATTGTAGGGT GGATCTCGAA
    52981 AGATATGAAA GATCTCCCTC CAAGCCGTAC ATACGACTTT CATCGAATAC GGCTTTCCAC
    53041 AGAATTCTAT ATGTTTCTAT GAGATCGAGT ATGGAATTCT GTTTACTCAC TTTAAATTGA
    53101 GTATCCGTTT CCCTCCTTTT CCTGCTAGGG TTGGAAATCC TGTATTTTAC ATATCCATAC
    53161 GATTGAGTCC TTGGGTTTTC GAAATAGTGT AAAAAGAAGT GCTTCGAATC ATTGCTATTT
    53221 GACTCAGACC TGTTCTAAAA AAGTCGAGAT ATTTCGAATT CTTTGTTGAC ACGGACAAAG
    53281 TCAGGGAAAA CCTCTGAAAT TATTTCAATA TTGGACCTTG GACATATAAT AGTTCTGAAT
    53341 CGAATTTCTT TAGAAAGAAG ATCTTTTGTC TCGTGGTAGC CTGCTCCAGT TCCCTTACGA
    53401 AACTTTCGTT ATTGGGTTAG CCATACACTT CACATGTTTC TAGCGATTCA CATGGCATCA
    53461 TCAAATGATA CAAGTCTTGG ATAAGAATCT ACAACGCACT AGAACGCCCT TGTTGACGAT
    53521 CCTTTACTGG TACAGCATCT AGGGCTCCTC GAACAATGTG ATATCTCACA CCGGGTAAAT
    53581 CCTTAACCCT TCCCCCTCTT ACTAAGACTA CAGAATGTTC TTGTAAAGTA TGGCCAATAC
    53641 CAGGTATATA AGCAGTGATA ACAAATCCAG AGGTTAATTT TACTCTGGCA ACTTTACGGA
    53701 AGGCAGAGTT TGGTTTTTTA GGGGTGATAG TGGAAAAGTT GACAGATAAG TCACCCTTAC
    53761 TGCCACTCTA CAGAACCGTA CATGAGATTT TCACCTCATA CGGCTCCTCG TTCAATTTTT
    53821 TAGAAGTCAT TGGTCCTCGT TCGGGAATCG TCTCCTTTCT TTCACTCCGT TCCGAAGAGT
    53881 AACTAGGGCC AATTTAGTCA CGTTTTCATG TTCCATTTCA TGTTCCAATT GCACACGTTC
    53941 CATTTTTATT TTTGATTTTT ATCAAAGGAG AAGATTATTC TCTTTACCAA ACATATTTGG
    54001 GTCCAATCAC GATCTTATAA TAAAAAAATC AGAAAGATCT TTTTCAAGTT TGAATCAATA
    54061 TAGAATAGAG AACCTTTTCT TCTGTATGAA TTGATATTAT TACATTCCAA TTCCTTTCCG
    54121 ACACCTACCA AAGAAATAAA ATCTTGAATT GGATCTCAAA TTGACGGGTT AGCGTGAGCT
    54181 TATCCATGCG GTTATGCATT CTTGGAATTC ATTTTCTGAT CTGTCTTTCG TGCTTTGCTG
    54241 GGTCTCCGAG ATCTTTTCGA GAACCTATAT TTGTTGAAGG GATATCTATA TAATCCGATT
    54301 GGTTGCGTAA AGCCCGTGGT AGCAACGTAA CCGGGGAAAG TATACATAAA AGACATTTCT
    54361 ATTACTATTT TCTATTAGAT TAGTATTCGT TAGTGATCTC GACTTAGTGA ATTCTTTCTT
    54421 ACGTGATGAA CTGTTGGCAT CAGCCCTACA TTTTGTCTCT GTGAACCGAG GAGAAGAGGG
    54481 TTTCGTTGGG AAGATCGTTA TACCATATAC CATAAAAGAA GCAAGAGGGT CAACCTCTTT
    54541 CAAATATACA ACATGGATTC TGGCAATGCA ATGTAGTTCA ATTCTCATGT CAATCTGAAT
    54601 TAATCATCCT TTCTATGAAG GTAAGTCTTT GTCTCTTAGG CAAGAAGATA GCAAGTTATA
    54661 AATTTGGTCT CGGTAGGATA TATATTTCGA TTACTATGAA ATACATAAAT AAATTTGTTA
    54721 ATAGCGGGGT TCCCATTATC TTTTTTGTAG TGACGCATCT TGTATGCGTT CTTAAGAAAA
    54781 GGAATTTGTC CATTTTTCGG GGTCTCAAAG GGGCGTGAAA ACACATAAGA ACTCTTGAAT
    54841 AGAAATGGAA AAGAGACGGA ACTCCAGCGT AGGTCTCGGA TATTTCTTCG TTGTATCCAG
    54901 CTTCTTCAAA AAAGACATCC AGAAACGGGT AGCAGCAATG ACTGGTTTTC TTATGGGACA
    54961 GTTCGTGATG TTCACATCGA TCTATGATGG GCCGCTACAT CAAGTATTGG TTCAACCTCA
    55021 TAACCTAATT ATGCTATTTC TAAGCTCGTT TTTCGTTCAG CTCTTCTGGA CCAATCTAAA
    55081 AACTTTGCGC AACACGGAGT TTTTGCATCC TGAAGATGCT ATCATTAAAA GAAGGCGCGT
    55141 TCTCCGCCTT CAATTGGAAT TTATGCTGAA TTTCTTTGTG CAATTATGCA ACCCCTACCT
    55201 TGAACCTGAT TCAATGGTAC CCAGATTAGT CAGCATTTTT CTCTACAACA ACGAGAATAA
    55261 GATCTTATTT GTAATATATA GTTTTGTTGG TTGGTTAATT GGTCACGTTT TCTTCATGAT
    55321 TTTTTTCATG AAATTGTTAC AATTCATAAT AGATTGGGTA CGTAATCATT TTTTTGAATC
    55381 TTAAATAAAA TAAGTGAAAT AGAGAAAGGT TTCTCTATTT CACTTATTCG ACTGGATCTT
    55441 ACGGAGCCTG CTCATGTACG ACACGATTCG GATCTGATCA TAGAAAAGAT TCTCTTCAAG
    55501 TGAACCAGCC TATCCTTTGT ATGGCGCTTC CACGATGGTT GGAACAAAGA CACATTGGAT
    55561 TGTTAATTCC AATGTGGCAG ATAGATAAAG GCATCTATCT GCACGGACCA ATCAATCGTT
    55621 CAAGTCAGAC ACTCCCATAA TCCATTTTCT CTTCGTAGAA TTTCTTTCAA CTATTCATGG
    55681 CGAATAAGTA ATATTGCGGG GTTGAAGCGA AATATCCAAA TCCATGTCTT ATTCTTTTCA
    55741 ATAATCCATA CTTGTCAAAT CATCATAAAA AAAGAAAGTA ACTTCTTTTT TCCTGTTCAG
    55801 ATCAACAAAG TCATGATATT TCTATTTATT TATTTCTTAG TTTACATCTA ATGGATTTAT
    55861 CTGGACCAAT ACATGATTTT CTTTTAGTCT TCCTGGGATT GGGTCTTATA TTAGGAAGTC
    55921 TAGGAGTGAT ATTACTTCCC AATCCAATTT ATTCTGCCTT TTCATTGGGA TTGGTTTTTT
    55981 TTTCTATATC CTTATTTTAT ATTCTATCGA ACTCCCATTT TGTAGCTGCT GCGCAGATCC
    56041 TTATTTATGT AGGAGCTCTA AATGTTTTAA TCATATTTGC TGTGATGTTC ATGAATGGTT
    56101 CAGAATATTA CAAAGATTTT TCTCTTTGGA CCGTTGGAGA TGGAATTACT TCGCTGGTTT
    56161 GTACAAGTAT TTTTGTTTCA CTAATTACTA CTATTCTAGA TACGTCATGG TACGGGATTA
    56221 TTTGGGCTAC AAGATCCAAC CAGATTCTAG AGCAAGATTT GATAAGTAAT AGTCAACAAA
    56281 TTGGTATTCA TTTATCAACA GATTTTTTTC TTCCATTTGA GCTCATTTCA ATAATTCTTT
    56341 TAATTGCTTT AATAGGTGCA ATCACTGTAG CTCGTCAATA CTAAATCTTT AGAACGAGAA
    56401 ATCCAAATCA AACTTTGTTC TAGATTATCA AATTCCTTTC TCTTCCATTC TATTTGAATT
    56461 CATGTCTAAA ATCAAAATGT TTTTAGTTCA ATCTATTACC AATCTATTCT TTTGTTCCGT
    56521 ACTTATTCTA TTTTAGTCAG TTTTAGTCAA TGTAATCAGT TGAATTGTTG TTCATATTGA
    56581 AATGAATTGA GATTAATAAG GAGTTGGTTA ATGATGCTGG AACATGTACT TGTTTTGAGT
    56641 GCCTATTTAT TTTCTATCGG CATTTATGGA TTGATCACGA GTCGAAATAT GGTTCGAGCC
    56701 CTTATGTGTC TTGAACTTAT ATTGAATGCA GTTAATATCA ATTTTGTAAC ATTTTCTGAT
    56761 TTTTTTGATA ATCGTCAATT AAAAGGAGCT ATTTTCTCCA TTTTTGTTAT AGCAATTGCA
    56821 GCCGCTGAAG CGGCTATTGG ACTGGCTATT GTTTCCTCAA TTTGTCGTAA CAGAAAATCA
    56881 ACTCGTATTA ACCAATCAAA TTTGTTGAAT AAATAGCATT TATATAAATT CTAATATTCA
    56941 TCAATTAATT CCAATTAGTC TATTTGCCGC GTAAGATATG ATGATGTTTA CAAAAACATA
    57001 AAAAATCAAA GTATCTTGGC CCTCTCTCCT AAGTCAATCC CGAAATAGAT TGATTCGAAA
    57061 AAATTCTCGT AACTCATTGA TTCGTCTAGT AACTAAATAG GATTCATTTA TTAAGTTTAC
    57121 TAAATCGAAA ATTTATCACA TTCAAAAATG TATAGACCCA ATGTCACATT CAGTAAAAAT
    57181 TTATGATACA TGTATAGGGT GTACTCAATG TGTCCGAGCC TGCCCCACAG ATGTATTAGA
    57241 AATGATACCT TGGGACGGGT GTAAAGCTAA GCAAATAGCT TCTGCTCCAA GAACAGAGGA
    57301 TTGTGTCGGT TGTAAGAGAT GTGAATCTGC CTGTCCAACG GATTTCTTGA GTGTTCGAGT
    57361 TTATTTATGG CATGAAACAA CTCGCAGCAT GGGTCTAGCT TATTGATATG TTCCAGAAAA
    57421 CTCCACTTGA ATTTATTTGA TTTTTTTTAT CGAAAAAAAC CCGTGCTCGA GAATAACATA
    57481 TTTTTTTTTT TTTCGAGTAC GGGTTTTTCT GGTCTAAGTG TATCTTGTCT TTACCACGAA
    57541 TTTTTTTCCT TGGTTAACAA TAATTGTAGT TTTGCCAATA TTTGCGGGTT TTTTAATTGT
    57601 CTTTCTTCCC CATAGAGGAA ATCGGGCAAT TCGTTGGTAT ACTTTATCTA CATGTATACT
    57661 AGAACTCCTT CTAACGACCT ATGCATTCTC TTATCATTTT CAATCGGACG ATCCATTAAT
    57721 CCAACTAGTC GAAGATTATA AATGGATCCA TTTTTTTTAT TTCCACTGGA GATTAGGAAT
    57781 AGATGGACTT TCGATAGGAC CCATTTTACT GACGGGATTC ATCACTACTT TAGCAACTTT
    57841 AGCGGCTTGG CCAGTTACTC GAGATTCTCG ATTATTCCAT TTCCTGATGT TAGCAATGTA
    57901 CAGTGGTCAA ATAGGATCAT TTTCTTCTCG CGACCTTTTA CTCTTTTTCA TCATGTGGGA
    57961 GTTAGAATTA ATTCCCGTTT ATTTACTTCT ATCCATGTGG GGAGGGAAGA AACGTCTGTA
    58021 CTCTGCTACA AAATTTATTT TATACACTGC GGGAGGTTCT GTTTTTCTCT TAATCGGAGT
    58081 TCTGGGTGTC GGTTTATATA GTTCTAATGA ACCAACATTC AATTTTGAAA CATTAGCCAA
    58141 TCAATCGTAT CCTGTGGCAT TGGAAATAAT ATTCTATATT GGATTTTTTA TTGCTTTTGC
    58201 TGTCAAATTG CCGATTATAC CCTTACATAC ATGGTTACCA GATACCCATG GAGAAGCGCA
    58261 TTACAGTACT TGTATGCTTC TGGCTGGAAT CTTATTAAAA ATGGGAGCGT ATGGGTTGGT
    58321 TCGGGTCAAT ATGGAATTAT TACCGCACGC TCATTCTATA TTTTCTCCTT GGTTAATGAT
    58381 AGTAGGCACA ATGCAAATAA TCTATGCAGC TTCAACATCT CCTGGTCAAC GGAATTTAAA
    58441 AAAAAGAATA GCATATTCCT CTGTATCTCA TATGGGTTTT CTAATTATAG GAATTGCTTC
    58501 TATAACCGAT ACAGGACTCA ACGGAGCCAT TTTACAAATA ATCTCTCATG GCTTTATTGG
    58561 TGCTGCACTT TTTTTCTTGG CAGGAACGAG TTATGATAGA ATCCGTCTTG CTTATCTCGA
    58621 CGAAATAGGC GGAATAGCTA TCCCAATGCC AAAAATATTC ATGATGTTCA TTAGCTTTTC
    58681 AATGGCTTCT CTTGCGTTAC CGGGTATGAG TGGTTTTGTT ACAGAATTAA CAATCTTTTT
    58741 TGGAATAATT ACCAGCCAAA AATATCTTTT AATGCCAAAA ATACTAATGA CTTTTGTAAT
    58801 GGCAATTGGA ATGATATTAA CTCCTATTTA TTTATTATCT ATGTTACGCC AGATGTTCTA
    58861 TGGATACAAG TTATTTAATG TTCCAAACTC TTCTTTTTTT GATTCTGGAC CGCGAGAATT
    58921 ATTTGTTTCG ATCTCTATTT TTTTACCGGT AATAGGTATT GGTATTTACC CTGATTTTGT
    58981 TCTTTCATTA TCCGTTGACA AGGTCGAAAT TATTCTCTCT CATTTTTTTT CTAGATAGTT
    59041 TTCATGAATA AAAAAAACGA ATCCTATGAT TTTTGTAAAT TGTTTGTTGT ACAATGAAAA
    59101 AAAGAAGTCT TTTTTTCTTC TCTTAAACTT AAATAAGCAA AAAACTTTTT AACCAGATAT
    59161 GTTTGGTCTT TCTGAGAACC ATGTGAATCA CTCCAATACT TGATTCAAAT GGTTCTCACC
    59221 GACTTACACG AAGTTTTTTT ATATACCTTC TATTTTGTTT AGATTCGTCA AAGACTTTCT
    59281 TGAATTCACT TAGACGTTAA TGGAAATGAA CCATAACTAT GTAGCCCGAT TCCTAAAAGA
    59341 TTGACCCCAA AATAGCATAT CCAAATTATA ATAAAGCCTA TAGAAGCCAC AATTGCAGAA
    59401 TATCCAGGGA GCCCTTTTGT ATTTGTTCGA GTATGTAAAT AAATCGCGAA TACGGTCCAA
    59461 GTAATAAATG CCCAACTTTC CTTTGGGTCC CAATTCCAAT ATGATCCCCA TGCTTCATTA
    59521 GCCCATACTG CTCCCGAAAG AAGACCTATG GTTAAAAAGA TAAACCCTAT ACTAATAAGA
    59581 CGATAACTCC AATGATCCAA TTGTTGAATC AATTGGGATC TGTAATAATT CTTAGCAGAA
    59641 AAAAAATAAG TATTTCCAAA AACATTGCTT CTTTCATTCA TGTATTGGAT TTCGTCAAAG
    59701 GAAAAAGACT CATTTACTAA ACAATTGCTT TTATAAAAAA TCTTTATGTC TTTTCGAAAT
    59761 GTAATGACTA GAAGGGCTAC TGATACTAAT GATCCGCATA AGAGAGCTGC ATAAGCCAAT
    59821 ACCATCATAC TTACGTGCAT TATTAACCAC TCGGATTGGA GAGCAGGTAC TAATATTGCG
    59881 GATTGATGTA TTTCAGTTAA AAGACCCGAA GTAGTAAAGC CTTGTGTAAA AATAACACTT
    59941 GGCGCGGTTA TTGCACTGAA ATAATTTTTT TTTTTGAAAT ACGGAACGAT ATGAATAATG
    60001 GAGAAAGTCC ATGAAAGGAA GATTAGTGAT TCATATAAAT TACTTAATGG GAAATGCCCC
    60061 GAATAAATCC AACGAGTGAC TAATAATCCT GTTATACAGA AAAAAGTAGC TATCAGGCCC
    60121 TTCTCTGACG AATCGTATAG TTTTACGATT TCATCGACTA ATAAGGTTAT TAAATGAATT
    60181 GTAATTACAA TTGAAACGAT TGAAAAAGAA ATATGAGTTA ATATATGTTC GAAAGTTAAA
    60241 AATATCATAA AAAAAATATA AATAAAGGAA TCCCTTAATT ACGGGATACA AATCATAAAT
    60301 TGAATTCATT ATAGGATCTA TTCTATCTTT TTTAGAAGAT GGCATGCCGC CACTCGGACT
    60361 CGAACCGAGA TGCTCTAGCA CTGCTTCCTA AGAGCAGCGT GTCTACCAAT TTCACCATGG
    60421 CGGCTTGCTG CTAAAACTGA TAATATCCTA TTCATATTCA ATCGTCCAGA TTGAAGAAGT
    60481 AAACTCAATC TAGTATTTTT TAGGAAAGAT TCAAATTGAT GAATAATAAT TCATAGGGAT
    60541 TTGAAGGTTC ATTATTTTCG TTTATAGGGT ATCCCTTTTA CTTAACTTCA ACCTTTCGTG
    60601 TAGTTTATGA TCTTCTGGAA TTGAATTGTT GTAACTGGAT AGTTCTACCC CCTATCCAGG
    60661 GATAGAACTA AAAAAAATGT CCTTTCTCAT TCTCATTTTT TAATGATTCA TTTCTCATTT
    60721 ATCGGATTTC AAAAATATGA AACAAAAAAA TGCATTTTCT CAACGATCAT AAAATAGGAT
    60781 CTATTTTGAA TCATTATAAT TTGACACATT TTTCATAGTT CATATCCCGA TTAACAACTT
    60841 TTATAGATTG GGTTGAAAGC GAGAGATATA GAGCAGTATC TATATAGTAA TTCAGAGAAA
    60901 TAAATAGTAA TTCAGAGAAA TAATAATTCA GAAAATGACA AAAAGTTTGA AACTTAATCA
    60961 ATTAGTTTCA ACGATTCATT AATTTTAACT AAAGATCTTA TATCTGCTCT TTTCGAGAAA
    61021 TAGAGAAAAA ATAAAAACTT TTCTTCGAAA AAAGAATAAA CAGAAGATAC AAGAAGAAAA
    61081 GTTTTTATTT TAGAATTCAG TAAACAGAAG AGTTCTTATT CTCCAAATCA TAAGAGCGAG
    61141 GAGAATTGAA TTTCATATTG ATTAGTCCAA ACCAGTAGGT AATGGAAATT TCGAATTTTC
    61201 TATTCGAAAT GAAATTCGAA AAGTTGAAAC TTTTTGAGTC AAGTCGATTC AGATTATTAC
    61261 AACTTTTGAT TACTTAGTTC TTTGTCGCAC ACCAAAACCT TTTGCATTTT CGGTCGAATT
    61321 TTTTTGTCCC ACACAAAAAC TTTTTGAATT TCCGGTCGAA AGAGATTTCC CCAATGAAAA
    61381 AGCTTTTAAG GCTGCCCAAT ATCCTTTCCG TTTCCAAATA TTTTTACGAA TACGCTTTTT
    61441 TGAGATAGAA GTACGTTTTT TTGGAACTCC CATTTTAAAA TACAGAGGTT ACTCATTATT
    61501 CGAGTTGGAT GTGAAAGACA TCTATTATTC AAAAAGAATC ATTCTTTTCT TTACTATTCA
    61561 TTATCTATTT GTTTTTTAAA TAGCATTCTC TTTATAAAAA GAAGTAGAAA ACAAAAAAAA
    61621 ACTATAGATA TGTTAAAATC GCAGTTAAAT ATTATTCGAA ATCGAATAAA ACATTACTAT
    61681 AAATATAAAA AAGGAATATG TTAGGTGATA TGTGATTTTT TATATTAATT GGTCAAGATC
    61741 GAGGAAAGAA TACACCTAAT TGAAATTTTC TAATTCGAAA AAAAAACGAG TAATTAAATA
    61801 AAGTATACAA AGATTGAGAA ACTCAATTTT TGTAAATTTT TTAGAAATTT TCTATATTTT
    61861 TCCATTTGAA AAGATTTCTT TCCACTACTC AATTCCCTGT ATATCTTGTA TATATAAGGA
    61921 GTTGAGAAAA ATTTCATGTG ATTCAGTAAA GAGAATAGAA ATTCCATTAT GACTAGTGAC
    61981 TAGATCATCT ATATGATTCA ATGAAGAATG AACCAATAAT GGTATTTTGA GATAAATGGG
    62041 AAATTCAAAA TGCTCTGGGA TGGAAATGAA GGAATGTCGA CAATACCTGG GTTTAATCAG
    62101 ATACAATTTG AAGGCTTTTG TAGGTTCATT GATCAGGGCT TGAGGGAAGA ACTTTATAAG
    62161 TTTCGAAAAA TTGAAGATCC AGATGAAGAA ATGGAATTTC AATTATTTGC GGAAACATAT
    62221 CAATTAGTAG ACCCCTTGAT AAAAGAAAGA GATGCTGTGT ATGAATCACT CACATATTCT
    62281 TCTCAATTAT ATGTATCCGC GGGATTTATT TGTAAAAGCA GTCTTGCCAT GCAAGAACAA
    62341 ACAATTTTTA TTGGAAACAT TCCTCTAATG AATTCTTTGG GAACTTCTAT AGTAAATGGA
    62401 ATATACAGAA TTGTGATCAA TCAAATATTG CAAAGCCCCG GTATTTATTA TCGGTCAAAA
    62461 TTGAACCATA ACGGAATTTT GGCCTATACC GGCACGATAA TATCAGATTG GGGAGGAAGA
    62521 TTAGAATTAG CGATTGATAG AAAAGCAAGG ATATGGGCTC GTGTGAGTAG GAAACAAAAA
    62581 ATATCTATTC TAATTCTATC ATCGGCTATG GGTTCGAATC TAAAAGAAAT TCTAGAGAAT
    62641 CTTTGCTATC CTGAAATTTT TTTGTCTTTT CTGAACGATA ATGATAAAAT AGAAATTGGG
    62701 TCAAAAGAGA ATGCTATTTT GGAGTTTTAT CAACAATTTA CTTGTGTAGG CGAGGATTTG
    62761 GTATTTTCTG AATCCTTATG TGAGTACTTA CAAAAGAAAT TCTTTCAACA AAGATGTGAA
    62821 TTAGGAAGGA TTGGTCGACG AAATATGAAC CGAAGGCTGA ACCTTAATAT ACCCCAGAAC
    62881 AATATCTTTT TGTTACCGAG AGATATATTG GCAGCCGTGG ATCATTTGAT TGGAATTAAA
    62941 TTTGGAATGG TTACACTTGA CGATATGAAT CATTTGAAAA ATAAACGTAT TCGTTCTGTA
    63001 GCGGATCTTT TACAAGATCA ACTCGGCTTG GCTTTAGTTC GTTTAGAAAA TGTGGTTGAA
    63061 GAAAGTATAT GTGGAGCAAT TAGGCATAAA TTAATACCGA CTCCTCAAAA TTTGGTAACT
    63121 TCAACTCCAT TAACAACTAC TTATGAGTCT TTTTTTGGCT TACACCCATT ATCTCAAGTT
    63181 TTTGATCGAA CTAATCCATT GACACAAATA GTTCATGGGA GAAAATTTAG TTATTTGGGC
    63241 CCGGGAGGAT TGACAGGGCG AACTGCTAGT TTTAGGATAC GAAATATCCA TCCTAGTTAC
    63301 TATGGGCGTA TTTGCCCAAT TGACACATCT GAAGGAATCA ATGTTGGACT TATTGGATCC
    63361 TTATCAATTC ATGCGAGGGT TGGTCATTGG GGCTTTCTAG AAAGCCCGTT TTTTGAAATT
    63421 TCGGAGAAAT CAAAAAAGGG ACGGATGCTT TATTTATCAC CAGTTATAGA TGAATACTAT
    63481 ATGGTAGCGT CAGGAAATTC TTTGTCATTG AGTCAGGATA GTCAGGAAGA AGAGGTTGTT
    63541 CCAGCTCGAT ACCGTCAAGA ATTCCTGACT ATTGCATGGG AACGGGTTCA TCTTCGAAGT
    63601 ATTTTTCCCT TCCAATATTT TTCGATTGGA GTTTCTCTCA TTCCTTTTAT GGAGCATAAT
    63661 GATGCGACTC GGGCTTTAAT GAGTTCAAAT ATGCAACGTC AAGCAGTTCC GCTTGTTAGG
    63721 TCCGAGAAGT GCATTGTTGG AACTGGCTTG GAACGTCAAG CGGCTTTAGA TTCAGGGGCT
    63781 CTTGTTATAG CGGAACACGA GGGAAAGATC ATTTATACCG ATACTGACAA GATCGTTTTA
    63841 TCAGGTAATG GAGATACTCT AAGCATTCCA TTAGTTATGT ATCAACGTTC CAACAAAAAT
    63901 ACTTGTATGC ATCAAAAACC CCAGGTTCCG CAGGGTAGAT GCATTAAAAA AGGACAAATT
    63961 TTAGCGGACG GTGCCGCTAC AGTTGATGGC GAACTCGCTT TGGGAAAAAA TCTATTAGTA
    64021 GCTTATATGC CATGGGAAGG TTACAACTCT GAAGATGCAG TACTCATTAA CGAGCGCTTG
    64081 GTATATGGAG CTATATATAC TTCTTTTCAG ATATGGAAAT ATGAAATTCA GGTTTATGTG
    64141 ACAAACGAAG GCCCTGAAAG GGTCACTAAT GAGATACCGC ATTTAGAAGC CCATAAATTA
    64201 CGCAATTTAG ACAAAAATGG AATTGTGATG CTGGGATCTT GGGTCAAGAC GGATGATATT
    64261 TTAGTAGGTA AATTAACGCC CCAGATGGTG AAAGAAGAAT CGTTGTATGC TCCGGAAGAT
    64321 AGATTATTAC GAGCCGTACT TGATATTCAG GTATCTACCT TTAAAGAAAC TTGCCTAAGA
    64381 CTACCTACAG GTGTTAGGGG TCGAGTTATT GATGTGAGAT GGATCGAGAG TTCTATTGAT
    64441 AATCCAGAAA CGATTCGTGT ATATATTTTA CAGAAACGTG AAATCAAAGT AGGCGATAAA
    64501 GTAGCCGGAA GGCATGGAAA TAAAGGTATT ATTTCCAAAA TTTTACCTAG ACAAGATATG
    64561 CCCTATTTGC AAGATGGAAG GCCAGTCGAT ATGGTCTTCA ACCCATTAGG CGTACCTTCA
    64621 CGAATGAATG TAGGCCAGAT ATTTGAATGT TCGCTCGGAT TAGCGGGGAG TCTGCTAGAC
    64681 CGACATTATC GAATAGCGCC TTTTGATGAG AGATATGAAC AAGAAGCTTC GCGAAAACTA
    64741 GTGTTTTCTG AATTATATGA AGCCAGTAAG CAAACAGCGA ATCCATGGGT ATTTGAACCC
    64801 GAATATCCAG GAAAAAGTAG ACTGTTTAAT GGAAGAACGG GGGATTCTTT TGAACAACCT
    64861 GTTATAATAG GAAAGTCTTA TATCTTGAAA TTAATTCATC AAGTTGATGA TAAAATCCAT
    64921 GCACGTTCCT TTGGGCCTCA TGCACTTGTT ACACAACAAC CCCTTAGAGG AAGGGCCAAG
    64981 AAAGGGGGAC AACGGGTAGG AGAAATGGAG GTTTGGGCTC TAGAGGGATT TGGTGTTGCT
    65041 CATATTTTAC AAGAGATGCT TACTTATAAA TCTGATCATA CTAGAACTCG CCGTAAAGTA
    65101 TATGGTACTA TGCTCAGTGG AGGAATAATG CCTAATCCTA AGGGGGCTCC AGAATCTTTT
    65161 CAATTGCTCG TTCGAGAACT ACGATCTTTG GCTCTGGAAC TGAAGCATTT CCTTATATCT
    65221 GAGAAGAACT TCCAGATTAA ACAAATAGGA AGAAAGCGTA ATCAGAATTA ATCAAAACTT
    65281 TTCTTGTATA ATCAATGGAA CCAAAGTATT ATGTGACTCT CATTAATAGG CGTGCCTCCG
    65341 AGAATTTAGA ATTGCCTCAA AAGAGCGGAG ATGGACCTAT TATTCGATCT TTTGATTGCG
    65401 GATCCCGAAG ACCTTCCGAG ACCCGAACAT TTTGAAAATA GGTATCTAAA AGAGATCTAC
    65461 AGAAAAATAG GCGTTTTTAG TTGCAAGTAC TTTCACGAAA ACGAAAAAGA ATGGAAATAT
    65521 TATGTGGCTC TCATTCAGGA ATTCGGAGAA TTGGCTCTGA GAATCTATAA TTTGCCTCAG
    65581 AAAATAGAAT ATGAAGATAT TATTCGCTTT ACTCACAACT CCCAAAAACC TTCTGAAAAT
    65641 CGAGGGTTTT CAGAAAGAGT ATATAGAGTA TATAAGAGAG ATATACCTAC ATATAGGTAT
    65701 TTTTACCTGC GCTTACTTTC AGCAAAGGGA AAGTTGAAAT CTGCTTGATT ATTGTTCGAA
    65761 CTGGATATTG ATAGGCAAAA AACAAGCTCG TATTTTATCT TCGCTACCTT TTCTTAATCT
    65821 TCTCGATTGC TCGTTCGAGA ACTACGACTT TAGCTCTGGA ACTGAATCAT TTCCTTATAC
    65881 CTGAGAAGAA CTTCCAGATT AATAGGAAGG AAGCTTAATC GGAATTAATC AAAACTTTTC
    65941 TTCTATGATC GACCGGTATA AACATCAACA ACTCCGAATT GGATTAGTTT CTCCTGAACA
    66001 AATAAGTACT TGGGCCGAAA AAATCCTACC TAATGGAGAG ATAGTTGGAG AGGTGAAAAA
    66061 ACCCTATACT TTTCATTACA AAACCAATAA ACCGGAAAAA GATGGATTAT TTTGTGAAAG
    66121 AATTTTTGGG CCTATAAAAA GTAAAATTTG TGCTTGTGGA AATTCTAGAG GAATCGGAGA
    66181 TAAAAAAGAA AACCTGCGAT TTTGTGAACA ATGTGGGGTT GAATTTGTAA CTTCTTGGAC
    66241 ACGAAGATAT CAAATGGGCT ACATCAAACT AGCACGTCCA GTAACCCATG TGTGGTATTT
    66301 GAAACGTCTT CCTAGTTCGA TTGCGAATCT TTTAGATAAA CCTCTTAAAG AATTAGAGGG
    66361 CCTAGTATAC TGCGATTTTT CTTTTGCTAA GCCCATAGCT AAAAAACCTA CTTTCTTACG
    66421 ATTACGAGGT TCATTCGAAT ATGAAATCCA ATCCTGTAAA GAAAGCATCC CACTTTTTTT
    66481 TACTCGATTT ACTAAACTTA AAGAGGTCTT ATATAGATTT CGAGATCGAG AGATCTCTAC
    66541 TGGAGCAGGT GCGATTCACG AACAATTAGC CGATCTAGAT TTACGAATTA TTCTAGATTC
    66601 TTCATTGGTA GAATGGAAAG AATTAGAGGA AGATGGGCCC ACAGGGAAAA AATCGAAAGA
    66661 TCGAAAAATT GCAAGAAGAA AGGCTTTTTT GGTTAGACGC ATGCAATTAA CTAAGCATTT
    66721 AATTCAAACA AATATAGAAC CAGAATGGAT GGTTTTGTCT CTATTACCAG TTCTTCCTCC
    66781 CGAGTTAAGA CCGATGATTC AAATAGATGG GGGTAAGCTA ATGAGCTCGG ATATTAATGA
    66841 ACTCTATAGA AGAGTTATCT TTCGTAACAA CTATCTTACG ACTCTATTAA CAAATAAATA
    66901 TACGCCGGTA GAGCTCATAA TGTGCCAGGA GAAATTGGTA CAACAAGCCG TGGATACACT
    66961 TCTTGATAAT GGAATCCGCG GACAACCAAT CAGGGATGGT CATAATAAAG TTTACAAGTC
    67021 ATTTTCCGAT TTGATTCAAG GAAAAGAGGG AAGATTTCGT GAGACTATGC TTGGCAAACG
    67081 GGTCGATTAT TCGGGGCGTT CCGTCATTGT CGTGGGTCCT TCACTTTCAT TACATCAATG
    67141 TGGATTGCCC CACGAAATAG CAATAGAGCT TTTCCAGGCA TTTGTAATTC GTGCTCTAAT
    67201 TATACAACAA CTTGCTTTGA GCTCAGCAGT TGCGAAGAGA CAAATTGTAG AAAACAAACC
    67261 CATTGTATGG GAAATGCTGC AGGAAGTTAT GCAGGGGCAT CCTGTTTTGT TGAATAGAGC
    67321 ACCCACTTTG CATAAATTGG GCATACAGGC ATTCCAGCCC ATTTTAGTGG AAGGAAGCGC
    67381 TATTTGTTTA CATCCATTAG TTTGTAAGGG ATTCAATGCA GACTTTGATG GAGATCAAAT
    67441 GGCTGTTCAT GTACCTTTAT CTTTGGAGGC TCAAGCAGAG GCTCGTTTAC TTATGTTTTC
    67501 TAATATGAAT CTTTTGTCTC CCGCTATTGG GGATCCCATT TGCGTACCAA CTCAAGATAT
    67561 GCTTATGGGA CTCTATATAT TAACGAGTGG AAATCGTCGA GGTATTTGTG TAAATAGATA
    67621 TAATCCATAT AATCGCAAAA ACTATCAAAA TGAAAGAATT GAAGATAATA ATAAGTATAT
    67681 AAAAGAAAAA GAACCTCTTT TTTGTACTTC CTATGATGCA ATTGGAGCTT ATCGACAGAA
    67741 ACGAATCAAT TTAGATAGCC CGCTGTGGCT CCGGTGGCGA CGAGATCAAC GCGTTATTTC
    67801 TTCAAGAGAA GCTCCCCTCG AGGTTCACTA TGAATCTTTG GGTACTTATT ATGAGATTTA
    67861 TGAGTACTAT CGAATAGCAA GAAATATAAA AAAAGAAACT CTTTCTATAT ATATTCGAAC
    67921 CACTGTTGGT CATCTTTCTC TTTATCGAGA AATCGAAGAA GCCATACAAG GGTTTTGCCG
    67981 GACCTGTTCA TATAGTACCT AATCAGACGG TACCTAAGAT TCTATGAGAC CCGTTGGAAT
    68041 TCGGGTCTCT CCGGTTTAAC TAGGATCCTA GTTCCGGAAT TTCTACGCGA ATTAAGATCT
    68101 AGAAAAGGAA GTTTTTCAAT CACTGACTTA AACCCATTGT CGAATCCTAC TCAGCGGAAT
    68161 ATGGAGGTAC TTATGGCAAA AGGGGCCAAT TTGGTCTTTC ACAATAAGGT GATAGACGGA
    68221 ACTGCCATGA AACAACTTAT TAGTCGATTA ATAGATCACT TCGGAATGGC ATATACATCA
    68281 CACATCCTGG ATCAAGTAAA GACTCTGGGT TTCCAGCAAG CCACTGCTAC ATCCATTTCA
    68341 TTAGGAATTG ATGATCTTTT AACAATACCG TCGAAAGGAT GGCTAGTTCA AGATGCTGAA
    68401 ATCCAAAGTT TTCTTTTGGA AAAACACCAC CATTATGGCA ATGTACACGC GGTAGAAAAG
    68461 TTACGTCAAT CCATTGACAT ATGGTATGCT ACAAGTGAAT ATTTGCGACA AGAAATGAAT
    68521 CAAAATTTTA GGATGACTGA TCCTTTTAAT CCAGTCCATA TAATGTCTTT TTCGGGAGCT
    68581 AGAGGAAATG CATCTCAGGT ACATCAATTA GTAGGTATGA GAGGATTAAT GTCGGATCCC
    68641 CAAGGACAAA TGATTGATTT ACCCATTCAA AGCAATTTAC GTGAGGGACT CTCTTTAACA
    68701 GAATATATCG TTTCTTGCTA CGGAGCCCGC AAAGGGGTTG TGGATACTGC TGTACGAACA
    68761 GCCGATGCTG GATATCTCAC GCGCAGACTT GTTGAAGTAG TTCAACATAT TGTTGTACGT
    68821 CGAACAGATT GTGGCACTGT CCGGGGTATT TCTGTGAGTC CTCCAAATGG GAGGATGCCG
    68881 GAAAGCATTT TTATCCAAAC ATTAATCGGC CGTGTATTAT CGGATGATAT ATATACGGGT
    68941 CCACGATGCA TTGCCACTCG AAATCAAGAT ATTGGGGTTG GACTTATCAA TCGATTCATA
    69001 ACCTTTCGAG CACAACCAAT ATCGATTCGA ACGCCCTTTA CTTGTAAAAG TACATCTTGG
    69061 ATCTGTCAAT TATGTTATGG CCGGAGTACT ACTCATGGTG ACTTAGTCGA ATTGGGAGAA
    69121 GCTGTAGGTA TTATTGCAGG TCAATCTATT GGCGAACCCG GTACTCAATT AACATTAAGA
    69181 ACTTTTCATA CCGGCGGAGT ATTTACAGGG GGTACTGCAG AACATGTACG AGCCCCTTCT
    69241 AATGGAAAAA TAAAATTCAA TGAAAATTTG GTTCATCCAA CACGTACACG TCATGGATAT
    69301 CCTGCTTTTC TATGTTCTAT AGATTTGTAT GTAACTATTG AGAGTGAAGA TATTCTACAT
    69361 AATGTGACTA TTCCATCAAA AAGTTTTCTT TTAGTTCAAA ATGATCAATA TGTAGAATCC
    69421 GAACAAATAA TTGCTGAGAT TCGTGCGGGA ACATCCACTT TGAATTTGAA AGAGCGAGTT
    69481 CTAAAACATA TTTATTCTGC TTCAGGCGGA GAAATGCACT GGAGTACCGA TGTGTATCAT
    69541 GCACCTAAAT TTCCATATGG TAATGTTCAT CTCTTACCAA AAACAAGTCA TTTATGGATA
    69601 TTATCAGGAG GGCCATGCAG ATTCAGTATA GCCTCCTTTT CGCTCCACAA GGACCAAGAT
    69661 CAAATGAACG CTCATTCTCT TTCTGTCAAG CGAACAGATA TTTTGAATCC CTCATTGACT
    69721 AATGATCAAG AGAGACACAA ATTATTTAGT TCAGGTTTTT CTGGTAAAAA AGAAAATAGG
    69781 ATTCCTGATT ATTCAGAACT TAATCGAATC GCAGGCACGG GTCATTATAA TCTTATATAT
    69841 CCTGCCATTC TACACGATAA TTTAGATTTA TTGGCAAAGA GACGAAGAGA TAGATTGATT
    69901 ATTCCACTCC AATCGATTCA AGAACGAGAG AAAGAACTAA TGTCTTCTTC AGGTATTTCA
    69961 ATTGACGTAC CCATAAATGG TATTTTCCGT AGAAATAGTA TTCTTGCTTA TTTTGATGAT
    70021 CCTCGATACA GAAGAAAGAG TTCGGGAATT GCTTTTACTA AATATGAGAC TCTAGAAGTG
    70081 CATTCAATCG TTAAAAAAGA GGATTTTATT GAGTATGAGT ATCAAGAAGT CACGGAATTT
    70141 AGGGCAAAAG ACCAAATGAA AGTAGATCGA TTTTTTTTCA TTCCCGAGGA AGTGCATCGC
    70201 TTACCTCTAT CTTCTTCCAT AATGATACGG AATAATAGTA TCATTGGGGT AGATACACAA
    70261 ATCACTTTAA ATACAAGAAG CCGAGTAGGC GGGTTAGTCC GAGTGGAAAG AAAAAAAAAA
    70321 AGAATTGAAC TTCAAATCTT TTCTGGAGAT ATCCATTTTC CTGGAGAGAC AGATAAGATA
    70381 TCCCAACACA GCGGCGTCTT AATACCACCT GGAATAGGAA AAACGGATTT CAAAGTATCT
    70441 AAAAAATTGC AAAATTGGAT CTATGTCCAA CAGATCACAC CCACCAATAA AAAGTATTTT
    70501 ATTTTGGTTC GACCTGTAAT CACATATGAA ATAATGGACT GTATAAATTT TACAATACCT
    70561 TTCCCCCCGG ATATGCTGCA AGAAAGGGAT AATGTGCAAC TTGAAGTTGT TAATTATATC
    70621 CGTTATGGAA ATGTCAAACC AATTCGGGTA ATTTCTGACA CAAGTATTCA ATTAGTTCGG
    70681 ACTTGTTTAG TCTTGAATTG GGACCAAGAC AAAAAAAATT CTTCGATCGA AGAGGCCCAT
    70741 GCTTCCTTTG TTGAAATAAG AACAAATGGT TTGATTCGAG ATTTCCTAAG AATTGACTTA
    70801 GTGAAATCCT CCATTTCATA TACTGAAAAA AGAAATGATC CATCGGGTTC AGAATGGATC
    70861 TCTGATAATG GATCAGATCG GACCAATATC AATCCGTTTT TTTCCACTTT TTTCTATTCC
    70921 AAGGAAAAGA TTCAAATTCA ACAATCCCTT AACCAAAATG AAGGAACTAT TCATACGTTG
    70981 TTGAATAGAA ATAAGGAATG CCAATCTTTC ATAATTTTGT CATCATCCAA CTGTTCTCGA
    71041 ATGGGTCCAT TCAATGATGG AAAATCGTCC AATGTGATAA AAGAATCAAT TCTAAAAAAT
    71101 CCGCTAATGC CAATTAGGAA TTTGTTGGGC CCTTTAGGGA CAGCTTTTAA AATTGCGAAT
    71161 TTTTTTTCAT TTTACTATTT AATAACCTAT AATCAGATCT GGGTAACTAA CTATTTACAA
    71221 CTTGACAATT TCAAAGAGAC TTTTCAAGTA CTTAAATACT ATTTAATGGA TGAAAAGGGG
    71281 AAAATTTATA ATGCCAATCC TTGCAGTAAT ATCATTTTGA ATCCATTCAA TTTGAATTGG
    71341 TATTTTCTCT ATCACAATTA TTGTGAAAAG ACATCTATAA AAATGAGCCT CGGACAGTTT
    71401 ATTTGTGAAA ATGTATATAT AGCCAAAAAC GGGCCACACC TAAAATCAGG TCAAGTTCTA
    71461 ATTGTTCAAG TTGACTCTGT AATAATACGA TCAGCTAAGC CCTATTTGGC CACTCCAGGA
    71521 ACAACTATTA ATGGTCATTA TGGGGAAATC CTTTACGAAG GAGATACATT ACTTACATTT
    71581 CTATATGAAA AATCGAGATC TAGTGATATA ACGCAAGGTC TTCCAAAAGT GGAAAAAATG
    71641 TTCGAAGTGC GTTCGATTGA TTCAATATCG ATGAATCTAG AAAAGAGGGT TGAGGCTTGG
    71701 AACGAATGTA TAACAAAAAT TCTTGGAATT CCTTGGGGAT TTTTGATTGG TGCTGAACTA
    71761 ACTATAGTGC AAAGTCGTAT CTCTTTGGTT AATAAGATCC AAGAGGTTTA TCGATCCCAG
    71821 GGGGTGCAGA TCCATAATAG GCATATCGAA CTTATTGTAC GTCAAATAAC ATCAAAAGTG
    71881 TTGGTTTCAG AAGATGGAAT GTCTAATGTT TTCTTACCCG GAGAACTAAT TGGATTGTTG
    71941 CGAGCGGAAC GAATGGGGCG TGCTTTGGAA GAAGCGATCC ATTACCGAGC TGTCTTATTG
    72001 GGAATAACAA GAGCATCTCT GAACACTCAA AGTTTCATAT CTGAAGCGAG TTTTCAAGAA
    72061 ACTGCTCGAG TTTTAGCAAA AGCTGCTCTC CGGGGTCGTA TCGATTGGTT GAAAGGCTTG
    72121 AAAGAGAATG TTGTTCTGGG GGGAATGATA CCCATTGGTA CCGGATTCAA AGGATTAATT
    72181 CCCCCTTTAA GACAACATAA CAACATTCCT TTGGAAACCA AAAAGAAGAA TCGATTCAAA
    72241 GGAGAAATGA AAGATATTTT GTTCGACCCC ATAAAAATTA TTTGATTCTT TTCTTTCAAA
    72301 GAATTTCCAT GATACATCCG AATAATCATT TCTAGAATTA AACGATTCCG AAGAGCAGAT
    72361 TCATCCTTTT AACTATCTGT ATTGTATATG TATATATGAT TTGGTAATAA AGAAAAAATA
    72421 ACGAATAGAA AAGAATAACG GCTTGGGTCG TGTATCTACG GCCAATCTAC AAAGGTTCCA
    72481 TCGGAACAAT TATTTCGTTT TCAAGGTACC TCGTCTCTTT TTTTTGAAAA GGGAGGGTAA
    72541 ACGGAGGGAA AAATGACAAG AAGGTATTGG AACATCAATT TGGAAGAGAT GATGGAGGCA
    72601 AGAGTTCATT TTGGCCATCG TATTAAAAAA TGGAACCCTA AAATGGCACC TTATATCTGG
    72661 GCAAAGCGTA AAGGTATGCA TATTACAAAT CTTGCTCTAA CTACTCGTTT TTTATCAGAA
    72721 GCTTGTGATT TGGTTTTTGA TGCAGCACGT AGGCGAAAGC GAATCTTAAT TGTTGGTACC
    72781 AAAAAGAGAG TAGCTGATTC AGTAGCACGG GCTGCAATAA AGGCTCGATG TCATTATGTT
    72841 AATAAAAAAT GGCTCGGTGG TATGTTAACA AATTGGTCCA CTACCGAAAG GAGACTTTGT
    72901 AAGTTCAAAA AATTGAGACT GGAACTAAAA ATGGTCAGAC GCAATCTTCT GAAAAGAGAT
    72961 GCAGCTAGGT TGAAAAGAAA ATTATCTCAC TTGCAAACAT ATCTGGGCGG GATTAAATAT
    73021 ATGACGGCCA TACCCGATAT TGTAATCATT ATTGATCAGC ACAAAGAATA TACAGCTCTT
    73081 CGAGAATGTA TTATTTTGGG AATTCCAACA ATTTGTTTAA TCGATACAAA TTGTGACCCC
    73141 GATCTTGTAG ATTTTCCGAT TCCAGCGAAC GATGACACTA GAGCTTCAAT CCGATTCATT
    73201 CTTACCAAAT TAATATTCGC AATTTGTGAG GGTCGTTCTA GCAATAAAAT AAAGCCTTGA
    73261 TTAATAATAA GCTAAATAAA TTACTTAGGA AACTACATAG ATTTAAAGAA TTGATTACTA
    73321 TATTGTGAAC CTCAAAAAAG GAATAAAACT GGAAATATTC TGTGATTAAT TGGTATTCAA
    73381 AATATACGAT TCAAGTAGGC AAGTCGAGAA AGAGATGGTT GAATCAAAAT AATTTTGTTT
    73441 AAAATTCTAT TTCTCTCCGA GGGCAATATG AATGTTCTGT CCTGTTCCAT CAATACACTA
    73501 AAAGGTTTCT ACGAGATATC TGGTGTGGAG GTAGGTCAAC ATTTCTATTG GAAAATAGGA
    73561 GGTTTCCAAG TCCATGGCCA AGTACTTATT ACTTCGTGGG TTGTAATTGC TATCTTATTA
    73621 GGTTCCGCCA CTATAGGTGT TCGGAACCCA CAAACCATTC CGACTGACGG TCAGAATTTC
    73681 TTCGAATACG TCCTTGAATT CATTCGAGAT GTGAGTAAAA CCCAAATTGG GGAAGAATAT
    73741 GGTCCTTGGG TTCCCTTTAT TGGAACTATG TTTCTATTTA TTTTTGTTTC GAATTGGTCA
    73801 GGAGCTCTTT TACCTTGGAA AATCATACAA TTACCTCATG GGGAGTTAGC CGCACCTACG
    73861 AATGATATAA ATACTACTGT TGCTTTGGCT TTACTCACGT CAGTGGCATA CTTCTATGCG
    73921 GGTCTTAGCA AAAAAGGCTT GGCTTATTTT GGGAAATACA TTCAACCAAC CCCAATCCTT
    73981 TTACCCATTA ACATCTTAGA AGATTTCACA AAACCTTTAT CACTTAGTTT TCGACTTTTC
    74041 GGGAATATAT TAGCCGATGA GTTAGTAGTT GTTGTTCTTG TTTCTTTAGT ACCTTTAGTG
    74101 GTTCCTATAC CTGTCATGTT CCTTGGATTA TTTACAAGTG GTATTCAAGC TCTTATTTTT
    74161 GCAACTTTAG CCGCGGCTTA TATAGGTGAA TCCATGGAGG GCCATCATTG ACTAGTTTTC
    74221 GAAATAGTCT TTTTTTTCAT CTAGTCCAAG GCAATGTATG CGTAGCTCAA GATAATAGAC
    74281 GTAGAGAATA TAAATATAGG AACTATAAAT ATATAAAGAC GTTAGATACG ATCTAGAATA
    74341 ATAACAAAAA GATTCCAATT CGAATCAAAA AAAGAAAAGA AATCGAAAAG ATCTTTTTCC
    74401 GAAAATTCCT GTTTGGTCGA GTTATACCTC TCCTCAATGA ATATTATGAA TATTCTATTT
    74461 CTATTGTTCA GTCAATCCTT AAATATTAGG AGTCATAATT TGAATAAAAA TTCTTCTTGC
    74521 CCATTTCGAT TCTATCCATG TGCAATAATG ATAAAGAAAA GGGGGAGAAG AATTAAAAAA
    74581 ATGGAATTTC TAAAACTCAG GAGAGGAAGA GTCGAGCTAG GTCTATGTAA TTGAATGGCC
    74641 ATAAGTCAAC TCTTATGGAT CTTTTGATGA ATTATTCGAG AATCCGATTG AATCTACGAG
    74701 AGGAATAGTT GGTTTACGTT ATGTAAGAAA GACTTGTATA TGGGATATTA GATATTCGTA
    74761 TAGTTATATA TACGAACTAA AGTTATATCT AACTGTGAAT TTAGATGGGG ATTCCAATAG
    74821 AAGTGCTTCC GTCTCGTTTG TAACTGTGAG TTGAATGAAT AAAGAGAGGA AATTCAGAAA
    74881 AAGATAGAAA AATTTAAAGA ACGTTTTGGA ACAAAGAAAT GGAAGAACGA AAGTCGTATG
    74941 GATTCACAAG GACTCTGTGG ATAGAAGATA TCCAAGTAAT TCTGAGGATT CAATAATATT
    75001 TCCAATTCGA AGTTCTTAGT TAACATGAAT TTTAGTGATG GAATAATTCC ATCATCATTC
    75061 ATTGGTTGAT CGTATCATTA ACTATTTCTT TTTTTTTTTT TTGGTGCGAG GAACTTCTCA
    75121 TGAATCCACT GATTTCTGCC GCTTCCGTTA TTGCTGCTGG ATTGGCCGTA GGACTTGCTT
    75181 CTATTGGACC TGGAATTGGT CAAGGGACTG CTGCGGGCCA AGCTGTCGAA GGGATCGCGA
    75241 GGCAGCCCGA GGCGGAGGGA AAAATACGAG GTACTTTATT GCTTAGTTTA GCTTTTATGG
    75301 AAGCTTTAAC AATTTATGGA CTGGTTGTAG CATTAGCACT TTTATTTGCT AATCCTTTTG
    75361 TTTAAGCCTA GAAATCTGAA AAATACGTAT TTTTCAGATT TTATTGCCCT GAACCTGTCC
    75421 TTTGGTTTTT CAAATTCTAT AAAGATTTCA CTCTTATAAC TAAATTACTT ATTCGTTTTC
    75481 GTTGAGAAAA TAACCCATGG GAAGGACTGA TTTGAGGATG AGGAATTAGC ATACCGATTC
    75541 ACTTTTGTCC TTCCCTTCTT AGTCCAAGGG AAGAGGGAAG GGTTGCAACA AACAAGGTAG
    75601 TTCAGAATTT CGAAGTCAAA TCTATTTTTG ACTCTTTTTT GTTTAAAAAT AGTAAAATAT
    75661 ATAAATTATA AAGAAAAGGG GCGAAGCGAG AAAAAAAAAG AACTCTGTTC TGTTTTTGAA
    75721 TCTATCTATA AGAGGAGATC CTATGAAAAT TGTAACCGAT TCTTTCATTT CTTTGGGCTA
    75781 TTGGCCATAC GCCGGGAGTT TCGGGTTTAA TACCGATATT TTAGCAACAA ATCCAATAAA
    75841 TCTAAGTGTA GTACTTGGTG GATTGATCTT TTTTGGAAAG GGAGTGTGTG CGAGTTGTTT
    75901 ATTTCAAGAA TAGGCTGGAC CCAACCAGCT GTACTTTTTT CCTTTCTAAT TAGGAAAGAA
    75961 GGGGTGCATG ATCTCACGAA TTACTTCTGA ATAAATTAAG AAATTATATG TAAGAACTAT
    76021 AGCATTTCGT GATTCATTGG TAAATCAACT TTGATTCTCT ATGAACCAGT AATGCGGGAC
    76081 TGTTAACATG GTTAAAGCTA AATTGTTTGA AGTCCAGACG CAGCATGGTA CTCTTTCTAC
    76141 CACTATGTTA ATACAGAGAT GGTTTCAAAA TAATTTTTTT GATATAGAAC ACTCGTATTG
    76201 ATAAAATGAT TTGAACTATT TTTGGAAAAA TGGGTATTTC ATCCTTTTTT CATCCAATGC
    76261 TGAATCGACA ACCTATGCAT TAGGTTATGT ATAAAGTAAG AAGAATTTGT TGGATTTAAA
    76321 GAAAAAAAGA AACAACTTTG CTGACAATTA TATATTTTTT GGTTAGTCAG AAGAGTCCTC
    76381 CGAATATTTT GGTCTTGTAT TAGTAATCAA TTTCGATATT TAAATGTTGG AATATGACCA
    76441 GAGAAGAGAG GATAGGCTCA TTACATAAAA AAAAGATAGG GTAATTTGCC ATAAATTAAG
    76501 TGATTGAGCA TGAGAGCCAA ATGAATCGAA AGATTCATGT TTGGTTCGGG AAGAGATCAT
    76561 GGACGTTTTG AAATGAATGG AAAGATAATC TACTTTCATT AAGCGATTTA TTAGATAATC
    76621 GAAAACAGAG GATCTTCAAT ACTATTCGAA ATTCAGAAGA ACTACGCGGG GGGGTCATTG
    76681 AACAACTAGA AAAAGCCCGG GCTCACTTAC GGAAAGTGGA AATGGAAGCA GATCAGTATA
    76741 GAGTAAATGG GTACTCGGAG ATAGAGCAAA AAATTTTATC TTTGAGGACT TCAGCTTCTA
    76801 CGACTTTGGA ACAATTAGAA AATAATAAAA ATGAAACCAT TCTTTTTGAA CAACAAAGGG
    76861 CGATTAATCA AGTCCGACAA CGAGTTTTCC AACAAGCCTT ACAAGGAGCT CTAGGAACTC
    76921 TGAATAGTTG TTTGAACACC GAATTACATT TACGTATCAT CAGTGCCAAT ATTGGTATGT
    76981 TTGGGGCGAT GAAAGAAATA ACCGATTAGG CCTTCTACTC TATCTACCGT AAGGCATTAT
    77041 TTTTTTTCAA AGAAAAAAAA GAATTAAGAA AGACTCATGG GAACCATTCG AGCCGACGAA
    77101 ATTAGTAATA CTATTCGTCA ACGTATTAAG CAATATAATA GAAAAGTAAA AATTGTAAAT
    77161 ACCGGTACTG TGCTTAAAGT AGGCGATGGT ATTGCTCGTA TTCATGGTCT TGATGAAGTA
    77221 ATGTCAGGTG AATTAGTAGA ATTTGAAGAG GGTACAATTG GCATTGCTCT GAATCTGGAA
    77281 TCAACTAATG TTGGTGCTGT ATTAATGGGT GACGGTTTGA TGATACAAGA AGGAAGTTCT
    77341 GTAAAGGCAA CAGGAAAAAT TGCTCAGATA CCCGTGAGTG AGGCCTATCT GGGTCGTGTT
    77401 ATAAATGCCC TGGCTAAACC TATTGATGGT AGAGGTGAAA TTTCATCTTC TGAATCTCGG
    77461 TTAATTGAAT CTCCCGCTCC GGATATTATT TCTCGACGTT CCGTATATGA GCCGCTTCAA
    77521 ACGGGACTTA TTGCTATTGA TTCGATGATT CCTATAGGAC GTGGTCAACG AGAATTAATT
    77581 ATTGGGGACA GACAGACCGG TAAAACAGCA GTAGCCACAG ATACGATTCT CAATCAACAA
    77641 GGACAAAATG TAATATGTGT TTATGTAGCT ATTGGTCAAA AAGCATCTTC GGTGGCTCAG
    77701 GTCGTGACTA CTTTTCAGGA ACAACGCGCG ATGGAATACA CTATTGTAGT AGCTGAAATG
    77761 GCGGATTCCC CTGCTGCATT ACAATACCTC GCTCCTTATA CAGGAGCAGC TTTGGCTGAA
    77821 TATTTTATGT ACCGTGAACA ACATACTTTA ATCATTTATG ATGACCTCTC CAAACAAGCA
    77881 CAAGCTTATC GCCAAATGTC TCTTCTATTA CGAAGACCGC CCGGTCGCGA AGCTTATCCA
    77941 GGTGATGTTT TTTATTTGCA TTCACGCCTT TTGGAAAGAG CCGCTAAATT AAGTTCTCGT
    78001 TTAGGTGAAG GAAGTATGAC CGCTTTACCA ATAGTTGAGA CTCAATCGGG AGATGTTTCG
    78061 GCTTATATTC CTACTAATGT AATTTCCATT ACTGATGGAC AAATATTCTT ATCCGCTGAT
    78121 TTATTCAATG CTGGAATCAG ACCTGCTATT AGTGTGGGTA TCTCTGTTTC CAGAGTAGGG
    78181 TCTGCGGCTC AAATTAAAGC TATGAAACAA GTAGCCGGTA AATTAAAATT GGACCTGGCA
    78241 CAATTGGGAG AATTAGAAGC CTTTGCACAA TTCGCTTCTG ATATCGATAA AGGTACTCAG
    78301 AATCAATTGG CAAGAGGTCG ACGATTGCGC GAATTGCTCA AACAATCCCA ATCAGAACCT
    78361 CTTACAGTGG AAGACCAGAT AATGACTATT TATACCGGAA CAAATGGTTA TCTTGATTCA
    78421 TTAGAAATTG GAAAGGTAGC GAAATTTCTT GACGACTTAC GGAAGTCATT AAAAAGTAAG
    78481 AAACCTCAGT TCCAAGAAAT CATATCTTCT ACCAAAACAT TCACCGAGGA AGCAGAAGCC
    78541 CTTTTGAAAG AAGCTATTCA GGAACAGGTG AAATCTTTTA TATTTGAGGA AGAGGCATAA
    78601 AAAAATTGAT CCCTTTTTTA TCTTAAAAAA AGGCAGTAAT GAAGCCTCTC TGATTCAAAT
    78661 CATTCAAAAT GTCTTTTTTT TTTTGACATA GAAATATAAA AAAAAATATA TAGAAAAATT
    78721 GCGTCCAATA GGATTTGAAC CTATACCAAA GGTTTAGAAG ACCTCTGTCC TATCCATTAG
    78781 ACAATGGACG CTTTTCATTT ATTCCGATTC TTTTCACATT TTGACTTTCC TGCCTCTTAT
    78841 TTGTTTTTGG AAAAAAAAAA AAAAAGAATC GGATTGTATG CGAGAGATTT TCGGGAATTG
    78901 TATATTTAAT TCCAACGATC TATTAATTCT CTCTAATTAA CTCTCTCTAT CTTAATTAAG
    78961 ATAGAAAGAA TTAATATAGA GAGTATATAA GAATTTATAT CTGAATTCAT ATAGAGAGTA
    79021 GCTGACTAAG AGAGGATCTA GAGCGGGTAG CGGGAATCGA ACCCGCATCG TTAGCTTGGA
    79081 AGGCTAGGGG TTATAGTCGA CGTCGATTCA GCATTTTGAA CGTCTCTAAT TCAAAACCGA
    79141 ACATGAAACT TTGGTTTCAT TCGGCTCCTT TATGGAAGAT GGAAAAAGTC TTAGATCTAA
    79201 GATGTGAACG AAATTACAAA AAAAATTCTA CCTATAACAC CTATGTTAGC TTTTTGTCTG
    79261 AATACATTCA AAACGACTCG CTTTCTAGAT GATCCCTCTA GAAGAAGAGG CGTCTAACAA
    79321 TCTTTCTAGT TCCTTCGTTC TCTAGTTCTA TTTGAAAGAA TCCGAAGGAA AAGGACTTTG
    79381 TTTCCACCGA GCTAAAACAA TATGTCGATG TCTCTAGTAA ACCAAAGTCA TCGTTTAATA
    79441 GCTATTTTGC TTCAATTTCT TTTCTACAAA TCCAAAATTG AAGATTTAGT TACGATTGGA
    79501 AATCTACTTT TCTATCTTCA TCCATGGATC CTTGACCTAT TCAATTGGAA GTATTAATCC
    79561 AATTCCAAAA TTTTGTTTCG CAATTTAATA ATCCAATTTA TCAATTTATA ATTGACCTTT
    79621 GGATAGAAAT CACGAGAATC TATGTTTTTC CTCGATTCGG TCATTGAGGG GTAAAGGATT
    79681 TAATCCTTTT AAGAAAAAAA GTTTTTGATC GGAATATGAA TTAAACCGAA AGACCCTTTA
    79741 ACTATTAAAG GGGGTTAATA GAACGAATCA CACTTTTACC ACTAAACTAT ACCCGCTACA
    79801 ATGTGATTAT TGTATAATCA TAGATCTTTT GTCAAACAAG GGAATTGGGC GTAATCAAGA
    79861 TAGGATCCTA AAAGAATCAT GAAAATTCGA GTGTTAACTT TTTTAGTGGG AGTTTAATGA
    79921 GATTAGGAAA AGAGGATTCA TTTAAATAAG AGGTTCTTTT TTTTCTTTTC CTGGAGGAAT
    79981 TTTGATAGAT ACGGTTCGAT AAAAACATCG AAATCATAAG ATAAAAATGC ATTGTCTAAG
    80041 AATCCATAGT TTCATTTTTT ATTCCCGTTA TTATTCCACT ATGTATTAAA CTACTTAAAA
    80101 AAAGTAAAAA AGAAGAAAGA ATAATAAGAA ATCACACTTT CTTCTTGCTT TAATAGCAAG
    80161 TATTTTTGGT TTAGATAAAT CGTTTTATCT ATGATTCGTT GGAACAAAAA AAGGGCCCGG
    80221 CTAGTTACTA ACCTAGCCCG ACCGGAGGAA TAAAAAGAAA AAGACCCTTT CGTACAAAAT
    80281 TAAAGCAAAA AATTCTTCTT TATTTTTGTT TCTATTGGAT CTTTCCAGCC CTAACTTAAT
    80341 CGAAATGGAA TTGCTGATAA AAATTGTACG TACATATCTA TATAATAAAG ATAAAGAGAG
    80401 AAAGAAAGAA TTTTTTGAAT CCTTACTTTC CGTGTAATGT AATACAGTAA TTATCTTTTT
    80461 TTTGTCAATT GGGAGAGATG GCTGAGTGGA CTAAAGCGGC GGATTGCTAA TCCGTTGTAC
    80521 GAATTATTTG TACCGAGGGT TCGAATCCCT CTCTTTCCCT TTGCTTTTAT GACTTGATAT
    80581 TTCATTTATC TTTCAAATTT TGCAAACCCC TTTTCTTTTT TCGTAGTTAA ACGTGTGAAA
    80641 TAGAAAAAAT CGTAAGAAAT TTGAAAAATA AAACAAGGAA AACGAAAAAC CGTTTATTTT
    80701 ATTCTTCACG TCCTGGATTA CGTCCTGGAT CATTAGATAG GAATCCGAAG ACGAAGAGAG
    80761 AAATAAAGAA TACCACTACT GTGGAAACAA AAAGTTTGAG AGTAAGCATT ACACAATCTC
    80821 CAAGATCATT TTTTGAAAAA AAAAAGAGAA TAGATCGTCT ATTTTTATAC TACATATTTT
    80881 GATACTAAGA AAAAAAAGCT TTCTAGAAAG AAAACCATTT TCAGAAATTC ATTTTACGAG
    80941 TCTTTCATTA CTAAAAATTT ATTTCATAAC CAGAATTAGA TATTTTAGAG GACCCTCATT
    81001 ATTGTCTTTC ACTGGAAAAG AAAGCGGGTC AGAATAGGGA AATGGGGTGA TTCTGATTTT
    81061 TTGCGTCTAT CCAACCAAAC CAAGAATTTC AATCTTTGAA TTGAGGGTTC ATCTTGTAAT
    81121 ACTTATCTGA CCTTCTTAAT TGTAAGAATT TATGGAATCA ATCATGAATT TTCTAGGATA
    81181 GTATTAAAGA TCTCATCGAA AACTCACAGC AGCTTGCCAA ACAAAGGCTA AGAGAAAAAA
    81241 AAGCACAGGT ATGACTGGCA TAACATCTAC AATTGGATTC AAAAAAGCAT AGGCCTCGGG
    81301 CAATTTGGAG AAGAAAAAAC TAGTCGAATA AAGAGCAGAA TTAATACAGA TAAATATCAA
    81361 ACTAAAGATA TTAAGCATAA CAGACATTTT TTTTCTTGGA GATAATTGCA TTTTCATTGA
    81421 GTTATTGATA ATTGATATTA AGTAAAAACG AAGAAAGTAA GGTAGACAAA AATCCGTTAT
    81481 TTTGATTGAA TTCACCCAAG CAAAAACTCT TCCTTTTGTT TGAATTCACC CAATCAAAAA
    81541 TCCTCCCATT CTCCAAGGAG AATCGAAGAA ATTAGACTTT CATAAAATAT TTTAATTGAA
    81601 TTATATGGAA TGATCAATAA ATTCAATTGA ATTCTATATC TATACGTGCC AAAACCCTAG
    81661 CAAATATCGA ATCGATTCTA TAAATTTGAT ATTTGCACTA AAATTGACGA CCTATCAATA
    81721 CCAACATTAT TCTTTAGTAG TATCAAATAT AAATTGAAAT GGGGCGTGGC CAAGTGGTAA
    81781 GGCAACGGGT TTTGGTCCTG TTATTCGGAG GTTCGAATCC TCCCGTCCCA GAGCATATTC
    81841 GAATAAAGAT GGTTTTTTTA ACAACTTTCT GTTTCAAGAT CCAATATAAT AATTGGATAG
    81901 AATGTGATTT TTCTTTTTAC TTTTTAATGA TTCTTCTTTG ATCTTTACTT GAACTGACTC
    81961 GAGTTCAAAT GACACGCAGA TGTAACTGAA TCCATTTGTA ATTCAGGTAA GATAGAACAT
    82021 AGATTACAAA GATTTTCATT CAAAAAAATC AGCCGGGCTT TTCAGCATGT GTTTATTCTC
    82081 TTCATATTAA TTTATTGTCT TCATATTAAT ATTCAAGGGA AGTTAGGTAC TGAGAAAAAT
    82141 CTTACGCCTC CTATTCAATT TTCAACGATG CATGTTGAAT CGCCATGCGA AAGAACCTAT
    82201 ATTTCCGATC TCTTATTCCC TATTTATTCT TTAAATGAAA GAGTCCAATT ATTATATTAT
    82261 ATATATATAT GTGATCTCGG AACTTCGAAA CAAGAGGAAG TTCTTGGTAC TAAAAAAATG
    82321 GAATTCAATT AAATTGAGGG GTTAAGTCTT TTCTTACGAC TGGGTTAGGG TAAAATAAAA
    82381 AAAGGAGTAA AGGGCTTAAT CTATATCTAT ACTTGTTTGG CTTTGTACCT CGATAAGATA
    82441 GTCAGCATCC CAAAAAACAA AAAGGACTCC TTTTTATTTG ATTTATGATT GCCATCGAAT
    82501 TTGGGGAATA GATAGAAGTT AATCAGCAAC GAAAGATATT AAAGTTCAAT ATCTGCGGCT
    82561 GTCCGAATCT TATTAATAAA CAATTAAGTT ACATATGTAA TCAATGTATT TTATTTTCAT
    82621 TCCATTTTTA GATATTTCAT GTTTGGCTCT AATCAAAAAT TTTAAATCTA TGTAAGAATT
    82681 GAGACAGGGG TGATTCATCC ATTTGATTCA CTTTACTTTT TTTTTTTGAC AAGATTCTAG
    82741 AAAGATTACT GAACTCAAGT CAAACAAAAT ACGTATATAA AATGAGGAAA TGCATATCCT
    82801 ATGTATATAC TGTTTTCGCT CAATTTGAGT GCCAATACTT TTTCTTTGTG AAAAATTTTT
    82861 GATCTCTTAA ATTTTTTAAT TAAAATATTT ACCATAGAAT TTATATCTAT AAGAGTGACA
    82921 TTTGTTCAGT CTATCTGATA GATCGGAAAA CCCCTATTTT TCGTCGAATT CATAAAATCA
    82981 GAATTGGAAG AGAATAATAA GGACTTAAAT CTTCCCTTAG ATCAGTCTTT TTTATCCATC
    83041 TCATAAGAAA AAAAGAAATT TTTTTTTTAT CTATCCGCTT TAAATCATTG ATGATTCTAT
    83101 TCCAAAAGAA ATATAAATTT CTATCTTTTA TGATGATTAA ATGCGGGTCT TGCTGTTAAA
    83161 TTTTATTCAA ATAATGATGT CTAAAGTAGG AAACTGAATT AAGAATTCAA TATTTCTTAT
    83221 GATTTCTTAT AAGTTGAATA TTTGATGCTT AAAAAAGTGT GAAATTTTAA AATCTATCCT
    83281 ATTGAATTAC TTGAAGATGC AGATATTCAA AAAGAACTCA TTTCTTCGTC TTTTTCTTTG
    83341 TAATAAAACG ATTAAAACGA GTAAAAGAGA CCAGACCTTT CAATGACTAA ATATAGAGAA
    83401 CATACCGGGG GATGTCTCTT AGTAATGGCG AATGGTTGCT CGCATAATTT CGAATTTGGA
    83461 TTTGCAAAAA AAGAATAATA TGTCCTATGT AAAACATGAC GCATCTCCAT CTCCTTCTAA
    83521 GCACTTCTAA TTGAAATAGG AATAGACACT AGGTTGCACA AAAAGTCGTT TTTTATCAAT
    83581 TCAAAGACCA AAAAGGGATT TTAAAAGATT TAAAGGGTCC GTTGAGCGCC TCATGGCTAT
    83641 GTCATAATAG CTTCGAACAC TTGCCCCGGA TCGACTTCCA AATCCTAATT GCTCTAGTGA
    83701 ATACCTAAAG AAAAAAAATG GGAAAGAGAA ATAGAAAAAA AAAGATACTA ATTCTATAAA
    83761 AATCTCTCAG AGGTTCACTA ATTATTTAGT TGGCAGGTCT CTTTGTATGT GTTGTCCGGA
    83821 AATAGGAGGA CTCAATGATT ATTCGTTCAC CGGAACCAGA AGTCAAAATT TTGGTAGATA
    83881 GGGATCCAGT AAAAACTTCT TTCGAGGAAT GGGCCAGACC GGGCCATTTC TCAAGAACAA
    83941 TAGCTAAAGG CCCGGATACT ACCACTTGGA TCTGGAACCT ACATGCTGAT GCTCACGATT
    84001 TTGATAGCCA TACCAGTGAT TTGGAGGAGA TCTCGCGAAA AGTATTTAGT GCCCATTTTG
    84061 GTCAACTCTC CATCATCTTT CTTTGGCTGA GTGGCATGTA TTTCCACGGT GCTCGTTTTT
    84121 CCAACTATGA AGCATGGTTA AGCGATCCTA CTCACATTGC GCCTAGTGCC CAAGTGGTTT
    84181 GGGCAATCGT GGGCCAAGAA ATATTAAATG GTGATGTGGG CGGGGGTTTC CGCGGAATAC
    84241 AAATAACCTC CGGTTTTTTT CAGATTTGGC GAGCGTCTGG AATAACTAGT GAATTACAAC
    84301 TCTATTGTAC TGCAATTGGT GCATTGATCT TTGCAGCATT AATGCTTTTT GCTGGTTGGT
    84361 TCCATTATCA TAAAGCTGCT CCAAAATTGG CTTGGTTTCA AGATGTCGAA TCTATGTTGA
    84421 ATCACCATTT AGCGGGTCTA CTAGGACTTG GGTCTCTTTC TTGGGCGGGA CATCAAGTAC
    84481 ATGTATCTTT ACCGATTAAC CAATTTCTAA ACGTTGGAGT AGATCCTAAA GAGATACCGC
    84541 TTCCTCATGA ATTTATCTTG AATCGGGATC TTTTGGCTCA ACTTTATCCC AGTTTTGCCG
    84601 AGGGAGCAAC CCCATTTTTC ACCTTGAATT GGTCAAAATA TGCGGAATTT CTTACTTTTC
    84661 GGGGAGGATT AGATCCAGTA ACTGGGGGTC TATGGTTGAC TGATATTGCA CACCATCATT
    84721 TAGCTATTGC AATTCTTTTC CTGATAGCAG GTCACATGTA TAGGACTAAC TGGGGCATCG
    84781 GTCATGGCCT AAAAGATATT TTAGAAGCGC ATAAAGGTCC ATTTACAGGC CAGGGCCATA
    84841 AAGGACTATA TGAGATCCTA ACAACGTCAT GGCATGCTCA ATTATCTCTT AACCTAGCTA
    84901 TGTTAGGCTC TTTAACCATT GTTGTAGCTC AACATATGTA TTCCATGCCC CCTTATCCCT
    84961 ATCTAGCTAC TGACTATGGT ACACAACTGT CATTGTTCAC ACATCACATG TGGATTGGTG
    85021 GATTTCTCAT AGTTGGTGCT GCTGCACATG CAGCCATTTT TATGGTAAGA GACTATGATC
    85081 CAACTACTCG ATACAACGAT CTGTTAGATC GTGTCCTTAG ACATCGCGAT GCAATCATAT
    85141 CACACCTCAA CTGGGTATGT ATATTTTTAG GCTTTCACAG TTTTGGTTTG TATATTCATA
    85201 ATGATACCAT GAGCGCTTTA GGGCGTCCCC AAGATATGTT TTCAGATACC GCTATACAAT
    85261 TACAACCCGT CTTTTCTCAA TGGATACAAA ACACTCATGC TTTGGCACCT GGTGCAACGG
    85321 CTCCTGGTGC AACAACAAGC ACCAGTTTAA CTTGGGGGGG TAATGATTTA ATAGTGGTGG
    85381 GCGGCAAAGT AGCTTTGTTA CCTATTCCAT TAGGAACCGC AGATTTTTTG GTCCATCACA
    85441 TTCATGCATT TACGATTCAT GTAACGGTAT TGATACTCCT GAAAGGTGTT CTATTTGCTC
    85501 GTAGCTCCCG TTTGATACCG GATAAAGCAA ATCTTGGTTT TCGTTTTCCT TGTGATGGAC
    85561 CTGGAAGAGG GGGAACATGT CAGGTATCGG CTTGGGATCA TGTCTTCTTA GGCCTATTCT
    85621 GGATGTACAA TGCTATTTCA GTAGTCATTT TCCATTTCAG TTGGAAAATG CAGTCAGATG
    85681 TTTGGGGCCG TATAAGTGAT CAGGGAATAG TAACCCATAT CACAGGAGGA AACTTTGCGC
    85741 AGAGTTCCAT TACTATTAAT GGGTGGCTGC GCGATTTCTT ATGGGCACAG GCATCCCAGG
    85801 TAATTCAGTC TTATGGTTCT TCATTATCTG CATATGGCCT TTTTTTCCTA GGCGCTCATT
    85861 TTGTATGGGC GTTTAGTTTA ATGTTTCTAT TCAGCGGACG TGGTTATTGG CAAGAACTTA
    85921 TTGAATCCAT CGTTTGGGCT CATAATAAAT TAAAAGTTGC TCCTGCTACT CAGCCCAGAG
    85981 CCTTGAGCAT TGTACAAGGA CGTGCTGTAG GAGTAACTCA TTACCTTCTG GGCGGAATTG
    86041 CCACAACATG GGCGTTCTTC TTAGCAAGAA TTATTGCAGT AGGATAATGG CTAGGAGGAT
    86101 TTGAAAAGCA TTATGGCATT AAGATTTCCA AGGTTTAGCC AAGGCTTAGC TCAGGACCCC
    86161 ACTACTCGTC GTATTTGGTT TGGTATTGCT ACCGCACATG ACTTCGAGAG TCATGATGAT
    86221 ATTACTGAGG AACGTCTTTA TCAGAATATT TTTGCTTCTC ACTTTGGGCA ATTAGCAATA
    86281 ATTTTTCTGT GGACTTCTGG AAATCTGTTT CATGTAGCTT GGCAAGGAAA TTTTGAGTCA
    86341 TGGGTACAGG ACCCTTTACA CGTAAGGCCT ATTGCTCATG CAATTTGGGA TCCTCATTTT
    86401 GGTCAACCGG CTGTCGAAGC TTTTACTCGA GGGGGTGCTC TTGGCCCAGT GAATATCGCC
    86461 TATTCTGGTG TTTATCAGTG GTGGTATACA ATTGGGTTAC GCACTAATGA AGATCTTTAT
    86521 ACTGGAGCCC TTTTTCTATT ATTTCTTTCT GCCATATCTT TAATAGCGGG TTGGTTACAC
    86581 CTACAACCGA AATGGAAACC GAGTCTTTCC TGGTTCAAAA ATGCCGAATC TCGTCTCAAT
    86641 CATCATTTGA CAGGACTCTT CGGAATAAGT TCCTTAGCTT GGACGGGACA TTTAGTACAC
    86701 GTCGCTATTC CTGGATCCAG AGGAGAGTAC GTCCGATGGA ATAATTTCTT AGATGTATTA
    86761 CCGCATCCCC AAGGGTTAGG TCCACTGTTT ACAGGTCAGT GGAATCTTTA TGCTCAAAAC
    86821 ACCGATTCAA GTAGTCATTT ATTTGGTACT TCCCAAGGAG CAGGAACTGC TATTTTAACC
    86881 CTTCTCGGGG GATTCCATCC ACAAACGCAA AGTTTATGGC TGACTGATAT TGCTCATCAT
    86941 CATTTAGCTA TTGCATTTTT TTTTCTTGTT GCTGGTCATA TGTATAGAAC AAACTTCGGA
    87001 ATTGGGCACA GCATGAAAGA TCTTTTAGAT GCACATATTC CTCCGGGGGG ACGATTGGGG
    87061 CGTGGCCATA AGGGTCTTTA TGACACAATC AATAATTCAA TTCATTTTCA ATTAGGTCTT
    87121 GCTCTAGCTT CTTTAGGGGT TATTACTTCC TTGGTAGCTC AACACATGTA CTCTTTACCT
    87181 GCTTATGCAT TCATAGCACA AGACTTTACT ACTCAAGCTG CGTTATATAC GCATCACCAA
    87241 TACATCGCAG GGTTCATCAT GACAGGAGCT TTTGCTCACG GAGCTATATT TTTCATTAGA
    87301 GATTATAATC CAGAACAGAA TGAGGATAAT GTATTGGCAA GAATGTTAGA CCATAAAGAA
    87361 GCTATCATAT CCCATTTAAG TTGGGCCAGC CTCTTTCTGG GGTTCCATAC CTTGGGACTT
    87421 TATGTTCATA ATGATGTCAT GCTTGCCTTT GGTACTCCGG AGAAACAAAT CTTGATCGAA
    87481 CCTATATTTG CTCAATGGAT ACAATCCGCT CATGGTAAAA CTTCATATGG GTTTGATGTA
    87541 CTTTTATCTT CAACGAGTGG CCCGGCATTC AATGCAGGCC GAAGCATATG GTTGCCCGGT
    87601 TGGTTAAATG CAGTTAATGA GAATAGTAAT TCACTATTCT TAACAATAGG TCCGGGAGAC
    87661 TTTTTAGTTC ATCATGCTAT TGCTCTAGGT TTACATACAA CTACATTGAT CTTAGTAAAA
    87721 GGTGCTTTAG ATGCGCGCGG TTCCAAGTTA ATGCCAGATA AAAAGGATTT CGGTTATAGT
    87781 TTTCCTTGCG ATGGCCCGGG ACGGGGTGGT ACTTGTGATA TTTCGGCTTG GGATGCATTT
    87841 TATTTGGCGG TTTTCTGGAT GTTAAATACC ATTGGATGGG TTACTTTTTA TTGGCATTGG
    87901 AAGCACATCA CATTATGGCA GGGTAACGTT TCGCAGTTTA ATGAATCTTC CACTTATTTG
    87961 ATGGGATGGT TAAGAGATTA TTTATGGTTA AACTCTTCCC AACTTATCAA TGGATATAAC
    88021 CCTTTTGGTA TGAATAGTTT ATCGGTTTGG GCGTGGATGT TCTTATTTGG ACATCTTGTT
    88081 TGGGCTACTG GATTTATGTT CTTAATTTCC TGGCGAGGAT ATTGGCAGGA ATTGATTGAA
    88141 ACTTTAGCAT GGGCTCATGA ACGTACACCT TTGGCCAATT TGATTCGATG GAGAGATAAA
    88201 CCAGTGGCAC TTTCCATTGT GCAAGCAAGA TTGGTTGGAT TAGCCCACTT TTCTGTAGGT
    88261 TATATATTCA CTTATGCGGC TTTCTTGATT GCCTCTACAT CGGGTAAATT TGGTTAATTT
    88321 TTTTTTAGTT TAGTGTCGTA TCGTATATAA TGTGGTATAT AATATACACG ATAATCCCAT
    88381 TTCTTTTGAT GGGAAGAAGG TCCATCTTCT TATATTTCTA CATCTAGGAT TTGACTTGTA
    88441 TCATAGATAC TGATAGGAAC TGAAACATTA TGGCAAGGAA AAGTTTGATT CAGAGGGAGG
    88501 AGAAAAGGGA AAAATTGGCA CAGAAATATG ATTTGATTCG TCGATCCTTA AAAAAAAAAA
    88561 TAAGCAAAGT TCATTCGGTT AGTGACTACT TAGAAATTCA TGGAAAGTTA CAATCCCCAC
    88621 CACGGAATAG TGCACCTACA CGCCTTCGTC GACGTTGTTT TTTGACCGGA AGAGCGAGAG
    88681 CTAACTATCG AGACTTTGGA CTATCCGGAC ACATACTTCG TGAAATGGTT CACGCATGTT
    88741 TGTTGCCAGG GGCAACAAGA TCAAGTTGGT AAGGATTAAA ATATCCCTTC ATTTCTATGA
    88801 TCATCGATCA TAGAGGGCCC CTTGACTATG TCTGTATAAA TGGGTTATAT TCTATTTGTA
    88861 CAGATTAATA GGAAAGGGGC GCATTCAATC CTTGTTTTGG ATTACTTTTT AGTTCTTCTC
    88921 TTCAGAGTGG GGAGTAGAGT AGTTTGGTAG CTCGCAAGGC TCATAACCTT GAGGTCGCGG
    88981 GTTCAAATCC CGCCTCCCCT TTTTTTATTA TATTAGATTT AACTCTGTTA ACAGGTAATT
    89041 AATTACCTAT TTCATTTTCG AATAGGATAA AAAGAGGTGG GTAGAACCAC TACACTATCA
    89101 CGGCCAACTA TAACAAATCC TTTATCATAG TAAATAAATT ACTTCACTCT GGGGCGGATA
    89161 GCGGGAATCG AACCCGCATC TTCTCCTTGG CAAAGAGAAA TTTTACCATT CAACCATATC
    89221 CGCATTTTTT TGTTTTTGAT ACGCAATATG TCCACACATA TATGATATAT CTGCCTGGAT
    89281 TCTATTTGTG TAGTGCCGGG TCAGAGACTT TCTTCAGGGC AACTAGTTTA TTCATTTTTT
    89341 CTTTTTTTTT TTCATTTTAA AATAAAAGTT TGACCCCCCT CGAATTGTTT TCTTTCATTT
    89401 TCATTTAGGG GATTTATATT CAATTTGAAT GTGTCTCACA ACCGAAAAGA ATTCAGGGGG
    89461 GTCATTTCGT TTTTGGAGCT GAGATGAATA GGTTCACGAG ATGAGAGAAT TAAGGATACC
    89521 CACCAGAAAA ACTAATCCAA TCCATAAGGA TGTACCTGAA AATACAACAT TTTTATTACT
    89581 TGACCAACCA TCAGGAGAAG CAAATACAAC GGGTACGCTA ATCAATAAGA TTGATGAAGT
    89641 AGCAATTAAT GCAAAAACAG CCAGTTGGAA AGCAACAGTC ATTCTTTGAA TCCTCCAAAC
    89701 TACCAACAAA TGAGCTATAC CATTTGATCC CTCTATCAGC CAAAAAGTTG TAATAAACTC
    89761 CATCATGGGG GGATTTTTCG ATGAATACAT TGACTCTATA TAACTTCTAA AATTATACTA
    89821 AAATTATACT AATTTTTTAC CATTTTATTC GAAGATGGAG TCGAGGGGAA TGGAATTTTT
    89881 TTTACTTCCC AAATGGACAT GCTGGATCAT CCGTCCATTT ATATGGATAG ATAGATGGAC
    89941 CTGTAGATTC ACACTTGATA TCTTTCTACC GATAGTGATC TACTCATACG GCTATGTTCT
    90001 AGGAATAAAA GAAAAATTGT CTTTCGGAGA GATGGCTGAG TGGTTGATAG CCCCGGTCTT
    90061 GAAAACCGGT ATAGTTCTGA ACAAAGAACT ATCGAGGGTT CGAATCCCTC TCTCTCCTTT
    90121 TTCTCGTTGA AGAGAGTTGT TTTTTTATTA GTTTTTATCG GACCGGTATG ATAAAGAAAG
    90181 GGGAATGGCT CGGCTATCCC ACCTAGCCAA GCCATAAAAA ATAGATTAGA AAAAACAAAT
    90241 TAGATAGAAA TGAGTTGAAA AAAAAAAGAA AGGAAATACT TTTTCAATAT GACATAATCC
    90301 CAATATGTAT GATGGAATCA AATTCCTCCT TCAAACATTG AATCTCCTAT CTCAATTAAG
    90361 AGGAGTCATG GAAAGAACAG GCTCAAAATC ACGATCAATT CCTTTTTCAA ATCCTGCAGC
    90421 AGCTGCACGA GCCCTTCCCG CGTGCCACAA ATGACCTACG AATAAGAAGA ATGCTAGAAC
    90481 AAAATGAGAG GTAGCTAACC AACTTCTAGG AGAGACATAA TTGACTGCAT TGATCTCGGT
    90541 AGCTACGCCA CCCACGGAAT TTAAAGAACC TAAAGGAGCA TGCGTCATAT ATTCTGCGGA
    90601 ACGCCGTTCT TGCCAAGGTT GTATGTCGTT TTTCAGCCTA CTCAAGTCCA ATCCATTTGG
    90661 ACCCCTTAGA GGTTCTAACC ATGGAGCACG CAAATCCCAA AAACGCATAG TTTCGCCTCC
    90721 AAAAATGACT TCTCCAGTCG GGGAACGCAT TAGATATTTA CCTAAACCGG TAGGTCCTTG
    90781 GGCAGATCCC ACGTTAGCCC CAAGACGTTG GTCTCTAACT AGAAAAGTAA ATGCTTGAGC
    90841 TTGAGAGGCT TCTGGTCCAG TAGGTCCGTA AAACTCACTA GGATAAGCGG TATTATTGAA
    90901 CCAGACAAAA CAACACGCAA TGAAACCACA AACAGATAAA GCAGCTAAAC TATAAGACAA
    90961 GTAAGCCTCT CCAGACCATA CAAGCGCGCG TCGAGCCCAC GCGAAGGGTT TGGTTAAGAT
    91021 ATGCCAGATT CCACCAAGTA TACAAATGGA ACCTAACCAT ACATGTCCTC CTATTATATC
    91081 TTCCAAATCG TCTACACTAA CAATCCATCC TTCTCCCCCA AAGGGAGATT TTAGTAAATA
    91141 ACCAAATAGA ATACTTGGTC TAAGGGTCAA GTTGGTAATT TTTCTTACAT CTCCCCCTCC
    91201 GGGAGCCCAG GTATCATATA GGCCCCCAAA ATAAAGAGCC TTGAATACTA GAAGAAAAGC
    91261 ACCTATACCT AACAGGATTA AGTGAATACC TAAAATTGTG GTCATTTTAT TTCTATCTTT
    91321 CCATACATAA CCGAAGAAAG GAAAAGATTC TTCAAGAGTC TCAGGTCCCA GAAGTGCATG
    91381 ATAAATACCG CCAAAGCCCA ATACTGCAGA GGAAATTAAG TGCAGTACTC CAGATACAAA
    91441 GTACGGAAAG GTGTCTATAA CTTCTCCACC AGGACCTACC CCCCACCCGA GAGTAGCTAG
    91501 GTGCGGAAGT AAAATTAACC CTTGTTCATA CATAGGCTTC TCGGGTAGAA AATGAGCCAC
    91561 TTCAAATAGG TTCATCGCTC CAGCCCAGAA TACAATTAAT CCGGCATGGG CTACATGAGC
    91621 CCCTAGTAGT TTACCGGATA AATTGATAAG TCGGGCATTT CCGGCCCACC AAGCGAAACC
    91681 TGTGGTTTCT TGGTCACGGC CAGCTAAAGC TAAAGTTCCA TTAAAGAGCG TTTCCACGGG
    91741 GTAGAACCTC CTCAGGGAAT ATAAGGTTTT CATGAGGCTG ATCTTGAGCC GCCATCCAAG
    91801 CACGAATACC CTCGTTTAAG AGAATGTTTT TGGTGTAGAA AGTCTCAAAT TCAGGATCTT
    91861 CCGCTGCGCG AATTTCCTGA GAAACGAAGT CATAGGCACG TAGGTTCAGG GCTAGACCGA
    91921 CTACTCCAAG AGCACTCATC CATAAACCGG TTACTGGTAC AAATAACATA AAGAAATGTA
    91981 ACCAACGTTT ATTGGAAAAA GCAACCCCAA AGATTTGGGA CCAAAAGCGG TTGGCGGTGA
    92041 CCATTGAATA AGTTTCTTCG GCTTGAGTTG GGTTAAAAGC ACGGAATGTA TTTGCACCAT
    92101 CACCATCTTC AAATAAAGTA TTTTCCACGG TAGCACCATG AATAGCGCAT AGCAAAGCCG
    92161 CGCCTAATAC ACCGGCAACT CCCATCATAT GAAATGGGTT CAACGTCCAA TTATGAAACC
    92221 CTTGAAAAAA AAGGATGAAT CGAAATATAG CTGATACGCC AAAGCTAGGC GCAAAAAACC
    92281 AACCAGACTG ACCTAGTGGA TAAATCAGGA ATACGGAAAC AAAAACAGCA ATTGGGCCAG
    92341 AGAATGCAAT TGCATTATAA GGTCGTAATT GAACAGATCG AGCAAGTTCG AATTGACGTA
    92401 ACATGAAACC TATTAGTCCG AAAGCGCCAT GGAGAGCAAC AAAAGTCCAC AGACCACCTA
    92461 GTTGACACCA ACGAGTAAAA TCTCCTTGTG CTTCAGGACC CCATAGTAAC AACAAAGAAT
    92521 GTGCTAAACT ATTAGCCGGA GTAGAAACTG CGGCTGTTAA GAAATTGCAG CCTTCTAAAT
    92581 AGGAACTGGC CAATCCATGA GTATACCATG AAGTTACAAA GGTTGTACCT GTAAACCAAC
    92641 CCCCTAAAGC GAAATAGGCA CAAGGAAAGA GCAATAAACC AGACCAGCCT ACAAAAACGA
    92701 AACGGTCCCT CCGTAACCAG TCATCCATAA TATCAAATAA ATCATTTTCG TCTTTGGTAA
    92761 ATTTACCAAG GGCTATAGTC ATAGTAATCC TCCTATTCAA CTACTTCGAC CATTTCCGAG
    92821 CACCTCATAG CATTCGAAGG GCGTCTAAAG ATTTAATCAT TTATCTATGA TTTCTCACGC
    92881 ACTGCCCCTT GGAATGAATG AGTTTCGAAG ATAAAAATCT ATAACCTGAT CTAGGTAAAT
    92941 CCACGAACTC AATTCGATTA TTCTTTATTA TTCTGACTAA GCCTAAGCAT CTAAACTATG
    93001 AATTGCCTTC TTATAAGCTA TCAATCAGAT AGATGAATCT TTTGAAAGAA CTGTTCAAGG
    93061 AACAAGCGGC TCCCTCTCTC GCTACCAGTT GATCCTCAGA CCTATCCCCT TGTTCCATCA
    93121 ACTAATCTTA ATCTTATTCT TGGATCTTGT TCGGGATATT GAAAAATAAA TCTTTTTATC
    93181 GATTCTTTGA ATTTCTATGT ATACTAAACG ACTACAGTAT CAGAATTTGA TTAATTAATT
    93241 TACTTTTTTT TTTCATTTTC TTTTAGTGTC GTCTTTGTTA TGTTTCCTTT TTTTTTCAAA
    93301 TGAATCTAAA ACTCCAAAAT ATATCTTTCC ACGGATCGAA GAAGGATACT TCGAATATTT
    93361 TTCTATTTTA TCTGTTCGAA AAAGAGAGAA TTTTCTATTT TTTCATGAAA TTGAATACAA
    93421 TATTCAATAA AAAAGGAGAC TGGAAACGAA AGTCTCTTTC TCCCATCCAC TCTCCATCTC
    93481 ATTGTCAGAA CAAAAATTTC GGATGGATTG ATATGGAAAT GTTTGGTACA TGAAACCACA
    93541 ATCTGATAGA TATACATTGA AATAGGTAAA TCTTATAGAG ATAGAAATGA ATTGAATTTT
    93601 CAATTCATTT ATTAATTTAA TTGCATTAAT TTATATTTAT TATATAATAT AAATCTTTGA
    93661 TCTGGAATCA AAAAAAGATA TTAATAAAAA GGTATTTTAT GTTGTGACTT GGAATAAACG
    93721 AAACCTTTTT CCGCGGAGAA ACGGAATAAC AATTTATTGC TATGGAACAT CTAGTAATAG
    93781 GTATATTTAA TCAGAAATAT CGGCAAATTC TTGTGGATTC CAAAGAAATA AAAAGAAAAA
    93841 AAAGGATCAA CGGGTCCAAT TTCATCTCTA TCGAATTTGA ATATCAGAAT AGTGGATAGA
    93901 GTCGTTATTC AATGGGTCAG GTCCACTTAC TTTTTATGTT TGTTGTTTTC TAATTTTTAG
    93961 AATGGATTTG ATTTAATGGA AAGTAGGAAT ATTTGTCGAT TCAAGAGACG ACTTATTTAA
    94021 TATTATTGAT TATAATTACA ATTTACTGAA CAAATTTTCG ACTTTCGAAC TACTATACTA
    94081 TTATTATAAT ATACTCTAAT TGAGTAGAAT AATAACTTAT TCTACATTAT ATTCTACATT
    94141 ATAATGTTGG TTACTTTTTT TATTAAAAAA TTTTAAGAAT ATTTCCATCC TCCCTTACAT
    94201 AATAAACATT ATGACTGGAG TTTTATGAAA AAAGGGCCAA AGCCCCTTAT CGGATTTGAA
    94261 CCGATGGCTT ACGCCTTACC ATGGCGTTAC TCTACCACTG AGTTAAAAGG GCCTATTTGA
    94321 GTTCATTCTT GAATGAGTCA CTACTCACTA TGTGGATAAA ATAGATCTCA TCGATTATAT
    94381 ACATACGTAT ACGTAGTAGA TTCATAGTGG CTAGTTAGTG CCTCATTCTT GAATAAGAAC
    94441 ATTAATTTCC CTATCGAGTC TAGAAAAATG CAATGAATTG CTTTTCTTTT GTTAACTTGA
    94501 TTTTTTTCCT GTCAGAACTA AATTCACTTG ATTGATCCAT GTACACCTAC CAATTCGACA
    94561 CAGATTCAAG CTATTTTCTA GAATCATAGA TTCTACTTGT CCCTTGAACT AAATTCTTCT
    94621 TATTAGAGAA AAAATTTCTC TACCTTCTTG ATCCCTCTTG CCGGATTTAT CCTTTATTAA
    94681 TTTCCTAGCT TAATGTAACA TAGAGATTAG GTATATCTTA ACAACGAATG AGTGAAAGTG
    94741 GACAAAATGG AATTGAAACT CCCTTCTTTT TCTTTTCTGA CGGACAAGTC ACTCCCGGAA
    94801 AGAATCCTAT CTTTCGTATT ATTTCTATTT TTTTATTCCA ATTTAATAGA ATAATAGATT
    94861 TTCGTAGATT CTAGATATGA AATCTGTATA TTAATATTTC TATAGGGCGA TTAGATTCGA
    94921 ATCCATATTA TTTAAGAATC GATTATAATA AGATATATGA TCGATTATAT ACTTGACAAT
    94981 CACTATATAA AAAGGTTAAA ATATATAAAT AAAAAAAGAA AAACAGGAGG AAAACCATCA
    95041 TGAAGAGGAA AACCATCATG CAACTTTTAG TTTTACAAAA GCATCAATTA GTTTTACAAA
    95101 GGTATGTTTT ACAAAGGCAT CAAGTCTCAC ATATTTTGAT TCTTGTGGCT TGTTTCTGTT
    95161 TTTTCCATAT AAAGTGGGTT GCAATAAAGA AAAAAATTTG CCGTCTTCTT TTGTTCGAAA
    95221 AAGGGGATCC ACGATATATG CTTGTCCGCA AATTCGGCTT ATCTAAAAGA GTAGTTGATG
    95281 TAATTTTTGA TGAAGAAAGA CTTATTTTTC TTAATCAATT AATCATAAAT TAATCATAAT
    95341 AGGAATCTAC ACTCGCGAGC ACCTCCTAGA AATAGAAGAT TTGGAGGAGA AAGATAAAGA
    95401 GGAAATTGTC AGAAAAATAG ACGAATTTGT TAATAATTCG TGGGCTTTAA CGGCCTTATT
    95461 CTATTGTAAC TTTGAGAAAC TGAAAGTGAA ACCATGGTGG CGTAGGTCTC GGATATTTCT
    95521 TCGTTGTATC CAGCTTCTTC AAAAAAGACA TCCAGAAACG GGTAGCAGCA ATGACTGGTT
    95581 TTCTTATGGG ACAGTTCGTG ATGTTCACAT CGATCTATGA TCGGCCGCTA CATCAAGTAT
    95641 TGGTTCAACC TCATAACCTA ATTATGCTAT TTCTAAGCTC GTTTTTCGTT CAGCTCTTCT
    95701 GGACCAATCG AAAAATTTTG CGCAACATGG AGTTTTTGCA TCCTGAAGAT GCTATCATTA
    95761 AAAGAAGGCG CGTTCTCCGC CTTCAATTGG AATTTATGCT GAATTTCTTT GTACAATTAT
    95821 GCAACCCCTA TCTTGAACCT GATTCAATGG TACCCAGATT AGTCAGCATT TTTCTCTACA
    95881 ACAACGAAAA TAAGATCTTA TTTGTAATAT CGAGTTTTGT TGGTTGGTTA ATTGGTCACG
    95941 TTTTCTTCAT GATTTTGTTT ATGAAATTGT TACAATTCAT AATAGATTGG GTACGTAATC
    96001 ATTTTTTTAA ATCTTAAATA AAATAAGTGA AATAGAGAAA GCTTTCTCTA TTTCACTTAT
    96061 TTCTCTATTT CACTTATTCG ACTGGATCTT ACGGAGCCTG CTCATGTACG ACATGATTCG
    96121 GATCTGATCA TAGAAAAGAT TCTCTTCAAC TGAACCAGCC TATCCTTTGT ATGGCGCTTG
    96181 CACGGTGGTT GGAACAAAGA CACATTGGAT TGTTAATTCC AATGTGGCAG ATAGATAAAG
    96241 GCATCTATCT GCACGGACGA ATCAATCGTT CAAGTCATAA TCAAAAAATG AAATTATGAA
    96301 AAACCCTTTG CTTGGTTATA TTCTTTTTCT ACGAGATGGC GGAAATTCCT TCTACCGACC
    96361 GCATTCCTAG TCATAGTATG TAGATTGTGA AGAAGACTAT TTGAATTTAA ACCTTCTTTG
    96421 TTTTTTTACC AAAAATTGGG GTGGTGTGAC TATGTAACTC GTGTCAGATT TAAATGACAT
    96481 AAAATGCATC AATAGTTTTT TATTACGATA GAATCAAATT CGACTAGATA CTAAACATAA
    96541 ATAAGCGGAA AATAGAAAGG ATAAATATGG GGAACAAATA ATTCTAGGAG GGATTATTCG
    96601 TCTTCCTAGT CTTCCGCATA AGAAAAGGAA TTTGCCACAT TCCTTTCTTG TGTCGAGATA
    96661 ATAACGATTC CAGATTCCCT TTGGGAAAGA TTCCCATTCT TAGTTTCTAT TTTTTCCAGA
    96721 TGTATTAGAA CTCCTTTCTA TATGTATTAG AATATATAAT AATATAATAT AAAACTAGTG
    96781 GACAAACAAA AAAAAATAGG GAAATTATTT AAGTAAATAG AACTTCTTCA CTGAAGTTCG
    96841 AAAAAAAAAA TTAAAATTTG ATGAGATATT AATAAATAGA GTAAAGTTCT ATTACTATAG
    96901 AAAAAAATAT TCTCATTATT CTTAAGAACT CAACGGGTCC TTCCCCCTTG AATCAGATAA
    96961 AGAAAGAAGG GAATCCCATT GAGCTCTTTT TCATGTTTAC AACTCAATTC ATCCGATTAC
    97021 TACAGGGATG AACCCAATCC GGAATATGAA CCATAAAAGA AAAGACCTAG TAAACCGATC
    97081 ACAAGAATAC CAGTTACAGT ACCTATTAGC CAAAGAGGAA TCCTTCCAGT AGTATCGGCC
    97141 ATTTAACCCA CTTCCCTCCA CATTTCATCA AATGGTCATG CTAGAGACAT AAACAGTCAT
    97201 AGATAATTAT GCGATGAGAC CCTTCCGAAT GGGCTAAGAG AATTACTAGA GTTATTATTC
    97261 TCTTTTGTTT GCTTAATTGA AGAAATAATT GGAAAATAAA ACAGCAAGTA CAAAAATGAG
    97321 CAATAACCCC CAGTAGAGAC TGGTACGATT CAATTCAACA TTTTGTTCGT TTGGGTTTGA
    97381 TTGTGTCATA GTTCTCTAAT TCGGATTAGG TTTATCGTTG GATAAATTGC ATTGCTGATA
    97441 TTGACCCTAA AAAAGAAACT GTAGGTACAG CAAGTCCGTG AACAGCCAAC CATCGCACTG
    97501 TAAAAATTGG ATAGGTTCGA TCTATGGTCA TTGGGACCTC CTAAAAGGAT CTACTAAATT
    97561 CATCGAGTTG TTCCAAAGGA TCAAAACGGC CAGTTATTAA TGGAATTCCT TGTCGACTCT
    97621 CTGTGAAATA TTCGTTTGGC CGAGGGCTTC CAAACACATC GTAAGCTAAG CCCGTGCTGA
    97681 CGAATAACCA ACCCGCAATG AATAGGGAAG GTATCGTAAT ACTATGAATG ACCCAGTATC
    97741 GAATACTGGT AATAATATCA GCAAAAGAAC GTTCTCCTGT GCTTCCAGAC ATGCTGAGCT
    97801 CCACATATTC TTGTACAGTC AAAAGGGGGC CGATTCCGTA AAAGATGGGA TCAGTAAATG
    97861 AAAATTTACT GAAAGGTAAT CTTTGTGAGA TCATCAATAT AGTACCGAGG GTATCTTTAG
    97921 AGTATACCCA ATTAGTATAG CTATCCTTCT TCTGACACAG CAAGGCAATT TTAATCAGAA
    97981 AGTGATAGAT AATTTCGTTC TTCCTTTACT TGTTACTTGT CGATCTAAAA GGATGTCCCA
    98041 CTCAATAGAA AATTCTTAAA AATTGTCTAT TTTTCTCCAT TATTAGTTTC ACGCTAGAAA
    98101 CGGAAGATAA AAAAAAAAGT GAATCTGACA AGTCGGTTTC TAATACGAGA TTATTCTATT
    98161 CCATTCCCAC AATTTAAGTA GGATGCGAGA CCTAGAAATC TTCTTTTGGT AGTAGAAGCG
    98221 TTTTTTGTTT TGTTGTAATC CTTTTTCGTT TTAAGGAATT GGTTAGTCAT CCAGTAACAA
    98281 GTAAGATCAG TAAGAAACAA CAATAGTAGA TAGTATTAGA GGAAAGAAAG AGAACAAAGA
    98341 ATAAAAAAAT TGTAATCAAT ATTCGTGATG CATCTATTGT TGGATTAGAT CGAGATTCAA
    98401 AGGCTCTTTC TTGACCTAAC TACAAAGATC AGGCTTTATA ATATCGAACG AGAAATGTAG
    98461 AACCTATAAA AAAGGAAAAG ATAATAGGAA TTACTAGTCT TGAAATCAAG TTTTAGACCA
    98521 ATTTCGAATG ATCGCGGAAT AACCTTTTTC TTCTCATTCA TTCAAGAGAT TATGTGAATG
    98581 AACCTACTAT TGAATTGAAT GAGTTAAAAT TAACATAAAA TCAAAAGTTT TATAAAGTCA
    98641 CTGTTTATTT TCAAATCGAA AATGGATTCG ACCCAATTCT AAAAAAAAAA AGAAATGATT
    98701 AAACAAAATA GAAAGAATTT TCCAATTTTA TAGCGATTCC AAAAGAATTT CATTTTTGAA
    98761 TAAAGTTACA TTCACTACAC TTATTCTTAT TTTCTAGGTT AATCAAAAGT TGTTCAAATC
    98821 TGTTTATTGG AATTTAAGGT CATAGGTAGA TGTCATAAAT GCTGAATCAA TTTCTTTTTA
    98881 TACCCCTGCC ACTTTATCTT TTCTTTTTTA ATGCTGTCTA TACAGATAGA GAAATCAAAA
    98941 ATGTTAAATT GCACTTTTTT TTTTCAATGG GTCTTTTTGA TTATCATCTC CTATCTTGCA
    99001 AAAATGGAAA CTAACTTAGG TAAGTGCTTT AGAAACATAT GCATAATAAC GAATATATTT
    99061 CAGTTAGCTC CTTCATGCCT ATTATAACTA GTTATTTCGG TTTTTTATTA GCGGCTTTAA
    99121 CTATAACCTC AGCTCTATTT ATTGGTCTGA GCAAGATACG ACTTATTTGA AATTCATCTT
    99181 TGAAATCAAC AATTCATAAA AAGAAATCTT TATGGGGTCT TCCGCGTATT CTATAGTTAC
    99241 TTACCGTATC AATTGCCAAT TCTTGATCAT TGCGATTCGT GGCAATTCGT ATTACTATTT
    99301 AGGTATAGAT ATTCCCGCGT TTTTTCTTTT TAAACAAATT AATAAAAATG ATTGAAGTTT
    99361 TTCTATTTGG AATCGTGTTA GGTCTAATTC CTATTACTTT GGCTGGATTA TTCGTAACTG
    99421 CATATTTACA ATACATACGC GGTGATCAGT TGGATCTTTG ATTAATTAAC ATCTCTTTTT
    99481 TTGATTGACC TCCTCTTTTC TTTAAGCCAC AGGAGGTCAA ATTCAGATTG CTGTTCAAGT
    99541 TAATGAAGTT TTTTCATTCT AAAAAAACCT ATGAAGAAGG GAATCGCGCT CTGTAGGATT
    99601 TGAACCTACG ACATCGGGTT TTGGAGACCC ACGTTCTGCC GAGCTGAACT AAGAGCGCTT
    99661 TCTTATCAGA ATAGATAAGA CTGGAAAAAA AAAGATTCTT TTTGGAACGT CAATTCATCT
    99721 TGTATATATA TACATATATA TACATATATA TATTATTGTA GTATCATAAA AATGATATAT
    99781 TATGTATGTC CAATATGAAT CTGATCCCTC GCTGCTTTTC AAAGGCGAAG TAATAGGTAG
    99841 GGATGACAGG ATTTGAACCC GCGACATTTT GTACCCAAAA CAAACGCGCT ACCAAACTGC
    99901 GCCACATCCC TTTAATTGAT CTACAGTGTC ATTGTAGAAA ATTCCTGTTT TGTTTTCCAC
    99961 ACCCTTATTT CCTCCATTAA TATACATAAT TTAGCTTGCC ATTTCTTCTT TATTGCTCTC
   100021 ATATAACACA TAAAAATAGT CAAAGGAAAA GCCTTATATA CATTATATAT AATACACATA
   100081 GGAAAGACGA AATTTACCGT AAGTAAAAAA AATAATATTT TTCGGGAATG CTTGAGAAGA
   100141 AAGGGACTTT TTTTCTATAA AAAAAAATAC TCTCTACCGG ATCATTCTAG ATTTCAATTT
   100201 GAATTCGAGA TTCTGTGTAC AACTACAAGT GTCCCTTAAC TACATATGCA TTGTATCATA
   100261 TATGTATTTA TTACCATTCT GTATTACATT ACAATAAAAT AAAGAAGGGG GTTTTTAATG
   100321 CGAGATTTAA AAACATATCT CTCTGCGGCA CCGGTACTAA GTACTCTATG GTTCGTGTCT
   100381 TTAGCGGGGC TATTAATAGA GATTAATCGT TTTTTTCCAG ATGCGTTGAC ATTCTCCTTT
   100441 TTTCATTCTA GTTATTGACA CGGCAAGGAA TGAAGAAGAT TTGAAATCCA ATCCAATATT
   100501 TGTGTGACTA ATCCCTCTCC CTTTCTTTTC TCGTTTTTCC TTTTTTTAGA ATATGAAGGA
   100561 GGAAAGAATA AAAGTGTATT CGACATTTTC GAAACTCGGA TTCACGTTCG AATAAAATTC
   100621 AAATTAATAA ATAATAGAGG AATAGGGATA GAGCGTCAAA TTTGGCTCTA GGGCAAGAGT
   100681 ATTATACAAG ATACTTAAAT CAAATATTGT ACTAGGATTT GAAATATAGT TTCGAAATCA
   100741 TTGTATTACT TAATATTTAA TATTATTGGT TGTAATGAAA TCTTTCCTAA TTCGATTTCG
   100801 AATTAGTAAC TTCTACCTTT TTCCTTCCTT TCTTCTTCTT CGTTTCGGAT CAAAATATAG
   100861 AAGAAGAGTT GAGGAAAAAA ATATAGAAGA AGAGTTGAGG AAAAAAATCC AAAGGAGGTT
   100921 CATGGACAAG GGTAAAGATG TCCGAGTAAG AGTTATTTTG GAATGTACCA ATTGTGTCCG
   100981 AACCAGTGTT AAACGAAACG GTCTTAATGT AAATGTAAAT AAGGGCATTA ACAGATACAT
   101041 TACTCAAAAG AATCGACACA CGACGCCTAA GCGATTAGAA TTGAGAAAAT TCTGTCCCTA
   101101 TTGTTACAAA CATACAATTC ATGGGGAGAT AACGAAATAG ATCGAACTGA GCACCTACGT
   101161 GTCATCTTTC CAAATGAGGA GAAAAATAAT ATACTATCAT ATATATCATA ATATTTAATA
   101221 AAAAATGGAA TAAACAAATC CTATTTAGTA ATTCTAATTC ATTTTAGATC TGAACGAAAT
   101281 AGGACTTTCG CGCTAAGGAA TAAACTAAAC AAACCATGGA TAAATCCAAA CGACGTTTTT
   101341 TTAAATCCAA ACGACCTTTT CGTAGGCGTT TACCCCCGAT CCAATCGGGG GATCGAATTG
   101401 ATTATAGAAA CATGAGTTTA ATTAGTCGAT TTATTAGTCA ACAAGGAAAA ATATTATCTA
   101461 GACGAGTGAA TAGATTGACC TTGAAACAAC AACGATTAAT TACTATTGCT ATAAAACAAG
   101521 CTCGTATTTT ATCTTCCTTA CCTTTTCTTA ATAATGAAAA ACTATTTAAA ATGAAAAAAA
   101581 GAACCAAGTC GACCGCTAGA ACTAAGGGTA AGGGTAAGGG TAAGGGTCTT AGAACCGGAA
   101641 AGAAAAAAAA ATAGGCTTAC TTTTTTTCTT CAATTGAATC AAAATTTCAA TCAGAATTCA
   101701 AACCCATTTT GTTCCAAAAA TCCGAGAATC CAGATTTGAT TATCGTGTCG TAAAAATAAG
   101761 AAAAAATCGG GGAAAACCAA AAAATCTCTT TTTTGAAGGT TTTCATTCAT TTTGACTACT
   101821 TTATCATATT TTAGAATATG AGTTTCTACT TTAGCTTCCC CGGGTTCATT CTCCGGGGAA
   101881 CTTTATTTAA ATTATTCCGT TGTAGTTCGT ACAATCTACT TCTTTTATGA TTTCGTTGGA
   101941 AATCATATAT TCTTCTTAGA AATTAGATAA AAACAATTCT GATGAAAGGT AGCTACTTGC
   102001 GAAAGCGTTT TACGATTAAG AAACGCCCCT CTCTTGTACA GATCGTGTAT AAATCTACTA
   102061 TAACTATTAG ATACCCACAT TTTGCGAATT AACGCGTTTA TACGAGTGAT CCACAAACAA
   102121 CGAAAATTTC TCTTTTGCCT ACCTCTATCC CGATGAGCCG AATACAAAGC TTTTATTTGA
   102181 TATTGAAGAC TAGTTCCAGT AAGAGCCCGA GCCCATCCTA TTGCAAATGA ACGCATTTTT
   102241 GTTCTACGTC TCCGAGCTAT ATATCCCCGG CAAGTTCTGG TCATTGAATA AATGAAACTT
   102301 TGAGGAATAA CTAATGGATT TCCTTTCGTT TGGTTATTCT TTTACCCCTT CTTAGTCTAT
   102361 TAATAACAAA ACGGATTTTT CCAATGTATA AAATCAAAAT TCCAATGGCG TTGGCTACTC
   102421 TAACCTTCCC GACCACAATT TTTTCCTTTT TTCAAAGTAC AGGTAAAATG CCTAGAAAAA
   102481 AGGAAATTGT ATTCGACTAG GTATCAAAAA CATACTAAAT ATAAAAGTAG TCAATGGATA
   102541 AATAAATTGT GGGTTCCATC GTTTCTATGG TTACTTCTTA AACGGTGAGG TCTTCTCTAT
   102601 ACACCGGAGC CTCTTACTTC ATTTTTCTTG GTAACTTGTA CAGTTACCGC TCTTTGGCTC
   102661 TACCAATGAA TTATCCAGTA ATAGGTCTTT CACAACGAGA TCTACCTATA CAGTAACGGT
   102721 ATTTAATTAT GAAGGTTAGC TGGGTAGCTG ACCCTGTTAG TCCGTTCTTG CAAGAGAGGG
   102781 AGTCTAATCT TTCTGTTTTT TTTTTTAACA TAGGATTTTC CCCGCTTAAT GGATAACCAT
   102841 TTAATACCAA TGGGGAATTG TTTCTCATCT TAAATTGAGG TGATTGGATT GGCACCAATG
   102901 GAAACCATAA ATTTCCTACA CACTAGAGGA ATATGCTAGA TTTTATCATT TTTCTATAGT
   102961 GAATGGGCTT ATTCCATTTT ATCCTATTTA GTGGTACTGA TCATTGAGAA TGGAAAAATG
   103021 GTTTTCTTTC TTTTTTGTCC CATCCCATGA TCTAAACGAG TCGCACATAC ACCCTAGTAC
   103081 ATGTTCCTTC ACGCTGAGGG CATCCCCTAA GAGCGGGGGA TTTACTGACA TTTCTGATTG
   103141 GCTGTCTTGC ATTTCTAATA AGTTGTTTAA TCGTTGGCAT GTTGAATCGT ATACATAATA
   103201 GGATGGTTTA GATCGATCTT AACCGGATGA TTATGTCATC ATTTTAACGT CAAAGTAGTT
   103261 GACACATGAC TAGAAAATTA AGGAAATTAT CAACGGCAAA GAGTCCCTTT AAATGGTAAA
   103321 ACGAGATCGT TTAGAAAGCA TTTTGTTTGT ATTTCAAAAA ACGAAAGCGT AGTTTTCGCC
   103381 GAACGACGAA GTAGTTCTGA TAAAAATGGT CGAGTTTTAC GTGGATCTTT TCTAGATCTT
   103441 CTTTCCCTAA ACCTGTGATC TGCAGAAGGT TGTCGGGATT TCCGAGTGCG ATTATAAGAT
   103501 CCTGTTAGGT ATATATATTT GCTCTAATGA GGGAAGCATA CATTCTCGTA GAGAATCATA
   103561 ATATTTTAAT CCTCAACAAA CAATATCTAA TGTCTTGGTG GTGTCTAACC ATTTCATTTC
   103621 GTTTCGTTAT TCTTTTAACT TTCCTTAATC TATTATTATT AATAACAAAA CGGATTTTTC
   103681 CAATGTTTAA AATAAAAATT CCAATGGCGT TGGCTACTCT AACCCTTCCA ACCACAATTT
   103741 TTTCTTTTTT CAAGGTATGG GTAAAATGTC TAGAAACAAA GAAAATATAT TCTACTAGTT
   103801 TTTCTATAAT TATAGATATA TCAATAAATT ATATAAATAC CAGAAAAAAA GATATTTTGT
   103861 ACTCTATCTG TCTATTTTTT ATTCCTACGA AATACCAGAC CAAATAGAAC GATCCTAGAA
   103921 AGAGATATAA TGAAATTTTT GGAGTGGGTT TTCCCCCTTT TAGTTGATTG AATAAACAAG
   103981 ACAATTTCGA TTGTATTTCA AAAACGGTAG TTTTCACCGA AGTATTTCTG ATTAAAAAGG
   104041 TGTAGTTTTA TGCGGATCTC TTCTAGATCT TCTTTCCCCA AACCTGTGAT TTGCAGAAGG
   104101 TTGTCGGGAT TTCCGATTGC TATTATAAGA TCTTGTAAGG TATATATATT TTCTCTACTG
   104161 AGGCAAGTAT ATATTCGAGG AGCCAGTTCT AAGCCCGCAA TGCTCAATGC CAGATAGTCA
   104221 AAGTCAAGTT TTTTCATACT CCAAATTAAA TTTTGTTTCC TTTTTTTTAC ACAATATGAT
   104281 GGTTTAGATC TATCTTAACC GTATGATTAT GTCATCATTT TAACATCAAA ATAGTTGACA
   104341 CACGACTAGA AAATGAAGGA AATTATCAAC GGCAAAGAGT TCCCTAAAAT GGTAAAACGG
   104401 GATCGTTTAT AAACAATTTC GATAACAAAC CAAGAAAGAG AACATCGAGA ACTCTCTAAG
   104461 AGCGAGCCGG AAAAAAGACA CACTTTTGCC GCGTTGGTAC TTAACCGTAA AAGCGGTTCC
   104521 TCCATTTTAT TTATTCAATT ATTCAACCCT ATAGTATAGA ATTAAGAGCT TTTTTTTTTA
   104581 TTGAAGAGAA TTCTTTTTAT TTTTACATTT TATATTATTC CATATCCGAA TCTGCTTGAC
   104641 TACCAGAAAA AAACGGATTC AGTATTTGAT CTTTTCACTG ATATAAAACC ATAAAAAAAA
   104701 TAAGAAACAA TATATAGTCG ATTTTTTTGC ACTTAACCCC TTTCGTGGAT TCCATTCTTC
   104761 AAAAAAAAAT TCGCAGAGAA GAAAGGTATT TTACCTATTT TTTAGTCGAA TTTGTAAAAT
   104821 ACGATTGTGA GGTATAGAAG AGGGGTTGTA TTTATTAAAC ATGTGTAGAT ATAGCTATCG
   104881 ATATAGATCC TTCTTCCTAC TTATTGTCGT TCTATTCGGG GCAGTGGGGG TCGTGCTCTA
   104941 TCCAAATTTC TATTTTTTAT TCAATGTCAA TTTTTTTAAT GAAAAAAAGA AGCATGATAA
   105001 TTGCTGGAGA ATTCTCTATA GCCAACATAT AGAAAAAAAT ATCCCATGTA GATATCTTTG
   105061 TAACAATTTC TATTTTCGGG TTTACATAAA CTTATGTTTA CATATACTCA TAATTGCTGT
   105121 TATAATTGCA ATTCCGAAGG ACTTTTTATT TTATTGAAAA GAATCCATAT TGATGAGTTC
   105181 TATATCAATA TCAATTTGTA TTTTCTTATG TCAGTAGGAA AACAAAAATG GAGATTCAAA
   105241 TCCAAGAATC GCTGCTGAAT TAACAGTCAG CAGTCAATAG TTAATGGTTC AAATTTTTCG
   105301 TGAATTTAGG TTTTTGTGAC TTAAAATCCA CATTTTTTTC AATAGAAAAG GGAGGAGAAG
   105361 TTTTTAGGCA TTGTGTGTTT TGAGATACTA TACAATCAAT CGAAGGAGTG AATCAAATCC
   105421 AATCAAAAAA AAGAAGGATT TCTGTTAGGA AAGGGATTAA GTAAAACTGG ATACAAAATG
   105481 CAAGTACAAT AAAAAAAGAA GTTCACTACT TTAACCCAAA GGGGGAAAGA TTTTATCTAT
   105541 TTTATATCCT TTTGGCGACA TGGCCGAGTG GTAAGGCGGG GGACTGCAAA TCCTTTTTCC
   105601 TCAGTTCAAA TCTGGGTGTC GCCTAATCAA CAAAAGACTC GAAATTTCTT ATTCTGTTCT
   105661 GCTAATATAA CTAGCCCAAT TATTCCCCAG CAGAAGCAGA GAAAAAGGAC TGTTGATACT
   105721 TGTTTGATTC TAAGCATCAG GTTTGATGGG GGTTTTTAAA AGGATTGTAA ATCCACGAAT
   105781 CCTAGATGCA AGGAAAGATT CTAGGGAGAG AAGGGCTGCA ATTTATATAC AGACTCAGCA
   105841 CAGTCTCTGA ATACTTAGGC ATCCAAGCAA TATTTGATTG GATGGATAAT TGATTGTTTT
   105901 TAAGTACAAA AATAAATTGT TTTCAACAAA CCCCCAGTCA AGAAAAGAAC ATAATCAACT
   105961 TCCGCCCGAC TCTTTCATAT AGACAATTGG GAGATCGATC AAATGGGAAA TAGAGGTATG
   106021 GAATAGATAG TGATCTATCT TTTTATGCTT TTTCTTTATA TAAATTATAA TAAAGGTCGA
   106081 CAAAAAAAAA GAATAGGAAG AAATTAGTCT ATTCCTACAT CTTCGATTAG TAACATTCCT
   106141 TTGAAATGTC ACCCTCTATT TTGATTGTTG TGTTTAATCT TTCCCGATTC GAAATCATAT
   106201 AGGAACAAGA GGTTATTGCT CCCTTATTTC ATTATTTATT TCATTATTAC TTTCTCTTTC
   106261 ATTTTCACGA TTATTTGTAT CATCCAACAT ATATTTTATT AGCGATATTA TTTTATAATA
   106321 ACACAAAGAT TTTTTATAAA TGGGTTTATT GGATTGGTTC ATCAAGAGTG TTGGGTCCGA
   106381 ATTCCTTTTT GACTCTGACC CATCAATTCT ACTATTATTA GTGAGTAATA ATGTAAAAAT
   106441 TATTTAATAC TGATCGAAAT AGGGGACATA ATTCACATGG ATATAGTAAG TCTCGCTTGG
   106501 GCTGCTTTAA TGGTAGTCTT TACATTTTCT CTTTCACTCG TAGTATGGGG AAGAAGTGGA
   106561 CTCTAGAAGT ACTACTAATT TAATTGAGTT GATGACAAAA ACTGTATCAA TTGTTTTTTA
   106621 GATCGTTCTG CAAAGCATTT TTAACGATTT AAAACCAAAT CAAAATAGCG TCATTTTGAA
   106681 ATTTCATTGG ATTCTAGTGT AATTAATGTA TTATATGAAT AATACTTTTT CAATCAAAGA
   106741 GATATTTCAA TGATTCCCAT GTTTGTATTT TGAAAGGGGA TACAGATGAT AGGAAATTTA
   106801 TTCCAACCAA ATTCTTCCTA AATTTTCTAT TTCAACGAAT GGGCTCTTAC CAGAAGTATA
   106861 AATGTACAAT GAGGAAGACC GGACCCCTTT TTATTTCTTT CCCTCCTTAC TGTTCAAAGA
   106921 AGAAGTTGTT CTGTTAAGTG TATACAAACT TTCTATGAGA AACGATATAG AAATAGTGGT
   106981 TGTTTAACGA GATAGTATAA TAAGATCTTG CCTTGGGAGA GTCGCATATT GTGCATTTCT
   107041 CACTTGTTTT ATTATTTTTC AAATTTGAGT TAGGCTTTAT CGACTCATTT CATCTCATGG
   107101 TTCAAGCGTT AAAACTCTGT TAAAAATGGA TAAGATTTAC TATTCTTTTT CGAAATTATT
   107161 CGAAGAAGCT CCCGTAGAAG CCCTGTCAAT GGCTCAATCA ATTACTTCTT GGAAATGCTA
   107221 AACGAAAAAA CCACTTTCTT CTTATTTTAT TATTAAGAAA CTTTCCTTGA TTGATTATTT
   107281 CAATAGATAC GGAGATTCAT GTTGGAAATA ATAAGAAATC GAAGAATTAG AAACATAAGA
   107341 GTAAAAGCCC TCTTTCAATT ATTTCAGATT GATCGGAACA AATAGATGTA GAAAAGAAAT
   107401 GGAATTGGGT TCTATGTCCA TTCCATATAT GGAATAGATA TCTGCATATC ATATATGCAG
   107461 ATAATATTGG AGAGTGATCC ATATTAAACT TTGATTATCG AGTATACACT CTAAAAATAC
   107521 CATAATAGAG AGTATGGTAG AAAGAACGAT TCATATATTT CTTTCTACCA TACTATCAGA
   107581 TCGCATTGAA TACTGCCGAT TTGAGTCCGC TCATTTCATT TAAGACACGA AATTGGAATT
   107641 CTTTTCATTT TCTTTCTTCA ATCATTGATA AGAACTCAAA AGTCGCGTTT CATTCAAATT
   107701 TTTTTAATGA ATAGGAATTT TTAATCATTT TGACTGACTG TTTTTACATA AATGATAAGT
   107761 AGAAAAGCTG TAGGAATTAG AATGAACAGT GCAGTAGCAA TAAATGCAAG AATATTTACT
   107821 TCCATAATCT CAGTGTTTTT TACCTCACAA TACAATAACT CGGGATTTAA TCCCATAGAG
   107881 ATGATAAAAC TTTCGCCTCT AAATTCAATG GATGAATTAA CTCTCGATGA TATTATTAAA
   107941 TTGGATCAAT ATCATGAACA ATATCAGACC TATCAAATCA ATTCATTGTC GAGAATTGAA
   108001 TAGTATACCA TAGGAAGATC TTTTATCCAG ACCTAATACA AAATAGGATT CCTGATCCAA
   108061 TCAAGAATTC TTTTCTTTAT CATTCTGTTC CATTCTTTTT TTCTATAACC TACCCCACCC
   108121 CTTCCTTGTA TCATTATCAG ATGAAGTATC TTCTGACCAT CGTTCGACTT CTATTATTCA
   108181 CAAACCCAAA TAAACAATAG AAGTGAGTGA AAGGGAAAAA GAAAGAAGTT AAGTTCTAAA
   108241 CTACGTTTTT TAATGATATA ATTTTCTTGG AATACAAAGA ATTGTGATAA AGATGAATCT
   108301 CGGTAGAAAG CATCTAATAT TCCATCAATT TTTGGGTTTC GATGAAACTC GTAAAATAAA
   108361 TGGAAAATAG GAAGGAAAAA ATTCTGCATT CCCTCACTAA GAGGGGTGAA GTCTTTGGTT
   108421 GATCTTTAGC TTTCTTTTAT CTTTCTTCCT TAGATTATTA GTACTAGGAC AGATATATCA
   108481 AAAGCTCAGT ATGCAATTTG CATGAAATTT TTTTTTTTCA AATTCAAATT AGTAATTGAG
   108541 GTTACACAAA ATCAGAGCCA GAAAAGAAGA TAGTTGAATC TAGAAAAGAA AAGTAGTCCA
   108601 GGGGGGAGAT TTCGATTAAA TTCATTTTGG GCTGTACAAT AAACGAATTC TATTTGTGTA
   108661 TGTGCTCCCG GGAAATATAT GGTACTCTAT TCCATATTCT GTTCCCTGGA TCGGGAGCAA
   108721 TCGAAAAATC AGACCCAGTA TCTCTATCTC TTGGAATACT GAATATAATG CTACCAAGAA
   108781 TTGTACTAAT CCACGTATGT CTTTCTCCCA TCAATCGGTT TCTAGTTGAA GTAATTCAAA
   108841 TTTTCATCTA TTTGTTTGAT GAGAAATCGG AAAGAAAAAA AAGATCCCCT TTGGGAATGA
   108901 AATCTGGCTG TGTCCTCTGT ACCAGCTTTC ATAGAAAAGA GGGAGTTGAA TTGATGTATT
   108961 GATTGATTGG ATCCGTCGGG ACTGACGGGG CTCGAACCCG CAGCTTCCGC CTTGACAGGG
   109021 CGGTGCTCTG ACCAATTGAA CTACAATCCC AGGGAAATAA GGGATATATC CGAAAATTAG
   109081 ATTCTTTTTT ATTCCTCTGT ATCAGGTATT TCTGAAGGGC AAGGGTTTAT ACCATCTCAT
   109141 GGTAGATTGC CAAATTTTTG GGCCGAGCTG GATTTGAACC AGCGTAGACA TATTGCCAAC
   109201 GAATTTACAG TCCGTCCCCA TTAACCGCTC GGGCATCGAC CCAGGAAGAA TCCTGTTTAG
   109261 GCTTATTGGT AATCCATGAT CAACTTCCTT TCGTAGTACC CTACCCCCAG GGGAAGTCGA
   109321 ATCCCCGCTG CCTCCTTGAA AGAGAGATGT CCTGAACCAC TAGACGATGG GGGCATACTT
   109381 GTTTGACTGC CATCATACTA TGATCATAGT ATGAACAGTT TTTTGAAATT GTCAATATAA
   109441 TGGAATGAAA TGGTATGATT AGGTCCAAGG CCTCTTTCCA TTTTTCATAA CTACGAATGC
   109501 GGTAGAAGGA ATTTCCCCCA TCTCGTAGAA AAAGAATATA ACCAAGCAAA AGGTTTTTCA
   109561 TAATTTCATT TTTTGATTAT GACTTGAACG ATTGATTCGT CCGTGCAGAT AGATGCCTTT
   109621 ATCTATCTGC CACATTGGAA TTAACAATCC AATGTGTCTT TTGTTCCAAC CACCGTGCAA
   109681 GCGCCATACA AAGGATAGGC TGGTTCAGTT GAAGAAAATC TTTTCTATGA TCAGATCCGA
   109741 ATCATGTCGT ACATGAGCAG GCTCCGTAAG ATCCAGTCGA ATAAGTGAAA TAGAGAAATA
   109801 AGTGAAATAG AGAAATAAGT GAAATAGAGA AATAAGTGAA ATAGAGAAAT AAGTGAAATA
   109861 GAGAAATAAG TGAAATAGAG AAATAAGTGA AATAGAGAAA TACTGGATAG AACGCGAGAC
   109921 TTCCAAAAAG TTTCTATTCG TAGAAAAGGA GTTTGCTATA TTGGACCAAT ACCGGGATTG
   109981 GTTCCAAAAA TCGCTAATTT TGATTCAAGA TGAACATCCG AATCAAAATC TCGAGGAAAT
   110041 GCAGACCGCT GCCGCTGCGG GTGACCTACT AGGCTATGTC ACAGCCCTTC GGCATCTGAC
   110101 TCGTTACGAC TGTATAGCGG GGCATGTACG AAATGCAAAC GACCCGGATA CTTCTGAAAT
   110161 GGAAAAACTA CTTTCGATGG GAGCTGCATA TATTCAGCTC TTTACGAAAG CCTTTTTCAT
   110221 TGTCGCCATT TGGAGACAAA AATGGGCGGG CCTAAAGCTA CAGTCTATAC GGAAGGACGT
   110281 TTTAAATCAA TTCATTACTG AGCTCTTCAC CAGCCCAACT CCCGGGCAGA TACTACTTCC
   110341 AGACGAATTA AAGTCGTCTG CCGCTCTTAG CGAATTTATC GATATCTTAT TCAGATTCGA
   110401 TGAACGTCTC GATTTTTAGA AGTAAATCCT ACTTCCAAGG TCTTTGGAAG TAGGATTTTC
   110461 GAAAGTATAT AAGAGGGATC TACCCAAATA TATGCAGTTT TTTTCTAAGG GATACTTTTC
   110521 CCTTAGAATA AGGGAATTTA AATCCGATTG ATCGTTGTTC GAATTAGATA AGAACAATAA
   110581 TCTAATTGAA TTTTTCTATT CAAAAAAAAA TAATAAGAAA CCTTTCTTTG TCTCTTTCAT
   110641 TTTTTTCTCT TCAATCAAAA CAAACAAATA AGCTCTTAAT TCTATAGGGT TGAATAAAAA
   110701 TTCGATTGAC TTTTTGATAT AATTGCTATG CTTAGTGTGT GACTCGTTGG TTTTTTTAGG
   110761 CTTAGGATTC AAAAAAGATT CCCCATAGTA TGAACTAATA ACTATAGAAC TAATAACCAA
   110821 CTCATCACTT CGCATTATCT GGATCCAAAA AACCAGTCAA GATAGGATAT GTTGATCGGA
   110881 TGTTCATCTT GAATCAAAAT TAGCGATTTT TGGAACCAAT CCCGGTATTG GTCCAATATA
   110941 GCAAACTCCT TTTCTACGAA TAGAAACTTT TTGGAAGTCT CGCGTTCTAT CCAGTAAAAG
   111001 ATGAACATCC GCAAATAATG CGGAAAATAC GGAAAATTCT TGAGGGAATT TTGCGTAGAA
   111061 TCGGGTTTTA TGAGTTTCTC TTGCAAAACC GGATCAATTT CGGATTTCCT ATTATTTAGA
   111121 ACGTTTTCGA AATGATCTAC CATTTTTTTC CATTTTTCTA AATGATTATT CCAACTGTCG
   111181 TCGTTATTTT GGGCCGGGTG GCTCTCATAG CCATTTATTT GGCTCATAAA GACTCCTTAT
   111241 ACTTAGATTT ATTATTATTA TTTATACTTA TTTGATTGAT GATTTTGTTT TAAAAAATAG
   111301 TTAGTGATAT TATTTCGATT ATTTAGTTAT AAAATAAGTG ATTCCATTTA TCTTTTTGCT
   111361 CATCTATATT ATTTCGATTA TCAAATAAGT GATTCGATTT CACTTTTTAA AAGATAGAAC
   111421 AAAACAATAA GCGTTTCGAT TAATAAGTGA TTCGATTTCT CTTTCTATCT TTCTAAAAGA
   111481 TAGAATAGAA CAATAAGTGT TTAGATAAGT GGTTACATAA GTATTTCGAT TTTTCGAATT
   111541 TCTCATCATT ATTCGAATTT TCTTCATTTT CGAAATCTTC AGGATTGCCC TCAGATTCGT
   111601 TCAAACAATT TCTTAAACAA ATAATGGTTC GATTGCCCGG GATGGAGTTA GACTTTGTAT
   111661 ATTGCACCTT TACCACAGCG GTGGTGGTGG TAAATAGTGT GTAGCTACTG AAACTTAAAA
   111721 CGCGAACTTT TTTTTTCTTA GCATAAGGGT CGCCTCCTAC TAATGAATTA TAAGTATCTA
   111781 TATTTTGTAT TAACGACGAG ATCGCTTATC GACTTTTGTA TGTTTTCGGA AATTCGAAGT
   111841 AGGTGCAAAT TCTCCCAATT TGTGACCTAC CATACCATCT GTTATATAAA TAGGTAAATA
   111901 TTCTTTTCCA TTATGGATAG CAATAATATG GCCGATCATT GCGGGTATAA TGGTAGATGC
   111961 CCGGGACCAA GTTTTTATTA TTTCTTTTTC TTCTATATAG ATTTCGAATT TATTTTTCTA
   112021 TGGAATTTTT ATATTAATAT TCCAATTAAT ATAGGGTCTA ACCTTCCCGA CCACAATTTT
   112081 TAAAGGCATT TTACCAATTA CTTGTTGACT TGGTTGAATC CAATTCATCA ATCAAACAAA
   112141 GAAAAGAGTG TAATTGTTTA ACAGATATAT CAAATGGAGA ATTCTTTTTA AATAAAAACG
   112201 TGGGAGGATT AGATCGAATG CTCCCTGCGC GAATAAAAAT TCGGTCTGTT GGACACCTTC
   112261 CGGGACTTCT ATATTCAACG TTTGTTCAAT TACTCTTTTA CCCGCAAATG CAATGGTGGC
   112321 CTCGGGTTCG GCAATAACGA CCTTCCCCAA CATACCAAAA CTAGCTGTTA CCCCACCAGT
   112381 AGTAGGAGAT GCGAGGATTG ATATATAAAA TCGTTTGGCA TCTAATTTAT AATTATATAA
   112441 CGCACAAGCT ATTTTACCCA TTTGCATCAA GCTGAAACTT CCTTCGTGGA TACGTGCACC
   112501 CCCAGAAGCA CACACTATAA TAAGAGGTAG AAATTCTCGG GTAGCATACT CGATCAAACG
   112561 CGTAATTTTT TCTCCGACTG CGGATCCCAT AGTCCCCGCT ATAAACTGAA AATCAAGAAC
   112621 TCCAAGTGCT AAGGGAAGAC CATTTAGTTC GCCTATGCCT GTTTGAATAG CCTCCGGTAA
   112681 TCCTGTCTCG CTTTGATTAG AATTGAGACG TTCTTGATAA GTCTGGTCGT CTTCTTCTGA
   112741 ATCGAGACGA TCTTGATCAG TCTTCTCTTT TTCTTCGGAA GATATTTTCT CTTTTTCTTC
   112801 GGAAGATATT TTCTCTTTTT CTTCGGAAGA TATTTTCTCT TCTTCTTCTA AATCGAGACG
   112861 ATCTAGATAA GTCTGTTCGT CTTTTTCTGA ATCGAGAAGA TCTTGATCAG TCTTCTCTTT
   112921 TTCTTCGGAA GAGATCTTCT CTTCTTCTTC TAAATCGCGA CGATCTAGAT AAGTCTGGTC
   112981 GTCTTCTTCT GAATAGAGAA GATCTTGTTT TTCTGAATCG AGACGATCTT GATCAGTCTT
   113041 CTCTTTTTCT TCTGAATCGA GACGCTCTTG ATCAGCCTTT TCTTTTTCTT TTTTTAATTG
   113101 TATTCGCAAT TCTAGTTCTA TGTACACTCT TTTGAGTTCA GCTTCCCATT CACTGAGGTC
   113161 CAGTTCAAAA GGCTCCTCTT TTTCTTCGAA ATCCCATTCA ATGGCCAGAG AGACCATGTC
   113221 TTCATCCATA GGAACCCAAG TGTCTGGATC AATCAAAAGG TCAATTCTAT CCGAACTATT
   113281 CATTTCCACA TGATAGTCGC AACATTCACA AATATACATT TTTGAATTAA AAAGTGGCTT
   113341 ATAATTTAAA CCATAACAAA CGTCGCATTG AACCCACAAA TGCCTATATT TGTGGAATCC
   113401 ACCAGGATTA TTATCATTTT CTTTTTCATT TTTACTTTCA TGATCATCGT CATCACCGGC
   113461 ATGCCACCCA CAGTCATCCC ACCTAGGGTC TTCCTGAGCA TCCCACCCTT CGGGATTATC
   113521 CCAATTATCG AAATTCACGG AGATTCTTGT ATCCCTCGAT TTCATACGTT TTTTGCAACC
   113581 TAATAAAATA GAAAAACGAA GGAAGGGAGC CATGGTAAAG AAATTACCAA GCGCGGTCTT
   113641 ATCAATGGCA CTGAATTTGA ATTTCGTCCC ATAAGTATTA GGTAAATAAA CGAATTTTTT
   113701 GTTTTGCATA TCGGATGTTC ATCTTGAATC AAAATTAGCG ATTTTTGGAA CCAATCCCGG
   113761 TATTGGTCCA ATATAGCAAA CTCCTTTTCT ACGAATAGAA ACTTTTTGGA AGTCTCGCGT
   113821 TCTATCCAGT AGAAGATGAA CATCCGCAAA TAATGCGGAA AATGCGGAAA ATTCTTGAGG
   113881 GAATTTTGCG TAAAATCGGG TTTTATGAGT TTCTCTTGGA AAACAGGATC AATTTCGGAT
   113941 TTCCTATTAT TTAGAACATT TTCGAAACGA TCTACCATTT TTTTCCATTT TTCTAAATGC
   114001 TTATTCCAAT TGTTGTCGTT ATTTATACTT ATTTGGTCGT TATTTATACT TATTTGGTCG
   114061 TTATTTTGGT CCGGGTGGCT CTGATATCCA TTGATAGGGT TCATGTTCAT AAAGATTATT
   114121 TGATTTATAA TTTTTTTTTA ATAGTTAGTG ATATTATTTC GATTATTTAG TTATAAAATA
   114181 AGTGATTCCA TTTATCTTTT TGCTCATCTA TATTATTTCG ATTATCAAAT AAGTGATTCG
   114241 ATTTCTCTTT TTAAAAGATA GAACAAAACA AAAGAGGAAA TACAAAAAGT ATAGAATATA
   114301 GAAACTTTCT TTACTTTTTG TATTTCCTTA ATTAAATTTT GTTTAATTTA GGGAGAAATT
   114361 CTTTTAAAAT CTCCGCCTTT TTTAAAATAT CCTGAACAGT TTCTGTAGGT TGAGCACCCT
   114421 TTTCAAGGAA ATATAGAATA GCAGGAACAT TTAAATAAGT TTGATTCGTT ATCGGATCAT
   114481 AAAAACCCAC TTTCCCAAGA TCTCTTCCTT CTCTTCGAGA TCGAACATCA ATTGCAACGA
   114541 TTCGATAGAC GGCTCATTGG GATAGATGTA GATGAATAAT ACCCCCCCTA GAAACGTATA
   114601 GGAAGTTTTC GCCTCGTACG GCTCGAGAAA AAATGATTCC TAGTTCTATT TTTGTATAAA
   114661 ATAAAAATGG CAAATTGGTC TATAAAACGA TCAAATCAAT TAGATTATGA TTGAAGTCCT
   114721 TTTTTATTCT TCGTTCCTGA AAACTAAAAA AACCATTCGT ACTCATAACT CAAGTTGAAT
   114781 AACTCTCAAA TAGCTCAAAG GAAAATCTTT AGGCATTTCA TTTTTTGAGT GGTCTTTAAA
   114841 CCCCTTTCCT TTTTGTTTGT CTCGTTTACA AATCTATTTG TATTGGATTT TTTTCTGGTC
   114901 TAGTTATTGA GACAATTGAA AGGGTGTTTC CTTGTTCTGG GATCCTTTAT CTTTTCTTTG
   114961 TTTTAAATCA TTGGGTTTAC ACATAACTTC GGTGATTTTT AATCCTTTCA AAATGGCAGC
   115021 AACCTACCCT TTTTTGTGAT TTCTTTCTAT CTTTTATCAA AGAATCATAC AAACGGTTGA
   115081 TTTCCACGCG ATACATTTTG TATCGAAAGA GTTTTGTCAA TTCTAAGAAA CTTTCCTTTT
   115141 CGATTGGAAC CCTTTCCATA TCGAAAATAT ACTTACGAAG TTGTTCCAAT TTATTGATTG
   115201 GCATTAACCC TAGATCCTTG CCCCTGAGAA ATGAATCAAT ACTTTCTACT CGAGCTTTAT
   115261 CATAGACTAT TTACATTACA ACCCCCCCCC AAAAAAAAAA AAAAATAAAT AAAGGAGAGG
   115321 TTCTAGTGGA ACAGAACAAC CGATGTCGAG CCAAGAGCAC CTTCATTCTT TTATAAAGTG
   115381 GTGGGTGTAA AAATCCACAA CGGACCGTGT CCTTCAAGTC GCACGTTGCT TTCTACCATA
   115441 TCGTTTCAAA CGAAGTTTTA CCATAACATT TCTCTAATTT GAAGCCGGTA TGGAATCATG
   115501 AATAATCATT TGTTCAGTCG GTAGGAACAA GTTTTACCCA GAATTCCCCT TGATTATTGT
   115561 ATAACTATTC CGGCTATTCT TGATTGTCTT TCGAATCAAG AAAATCGTGT ATTTTTCTGA
   115621 CAATTTCGTC TTTATCTTTC TGAGAGTTAG AATAAAAAGA AAATAACTCC GTTAGAGTGT
   115681 CCGACCAAAA TTTTCATTAT AAGTTAAGGA AGATAAAATA CGAGCTTGTT TTATAGCAAT
   115741 AGTAATTAAT CGTTGTTGTT TCAAGGTCAA TCTATTCACT CGTCTATCAA TCTATTCACT
   115801 CGTCTAGATA ATATTTTTCC TTGTTGACTA ATAAATCGAT TAATTACACT CATGTTTCTA
   115861 TAATCAATTC GATCCCCCGA TTGAATCGGG GGTAAACGCC TACGAAACCG AATTTCGGAT
   115921 TAGTGGCGTC TAACGGACTG GATCAAGTAG TAGAGAAATA ACGTCCACCA GATTATCCGA
   115981 CCTTCAACAC CCGGAATCGG TCTGCCTAAT ACACGGTTAT CGAAATTGTA ATAAGGGGGT
   116041 GTACCCTTTA CTACGGTCAG GAGCATTGCT TCGTCAATAG ACCCTACTGC CTTCTCTTCA
   116101 TTATAATTAC AAGTTTCCGT GTCAATTGCT TTCATTCCCA CCCTTATATG ACCATATGAA
   116161 CAAGCATTAG CTAGAACTCG ATTAGTGTGT TTTAGGAATG ATATTACCTC GCATCGCACA
   116221 GTAATTGGTA ACCCGTTATT ATCTATACCT TCAACTACCA GAGCGTTATA AAGCTTTGGC
   116281 CTCTTGCCCG ACGGAAATTC GATTTCTATG GCTGGCCCAA TCATTTTAAC CACGTATCCG
   116341 ACGTTTTTTT CTACTCTTAC AGAATTTTGG GAACTATTTT GCGTCATAAA AACCTCGCTT
   116401 TTTATTTTTT TCGGTTGAAC AACCATTCTA AATTTAATTA ATTAAATAAC TCATTTATAC
   116461 AGACATAGTC AAGGGGCCCT CTATGATCGA TGATCATAGA AATGAAGGGA TATTTTAATA
   116521 CTTACCAACT TGATCTTGTT GCCCCTGGCA ACAAACATGC GTGAACCATT TCACGAAGTA
   116581 TGTGTCTGGA TAGTCCAAAG TCTCGATAGT TAGCTCTCGC TCTTCCGGTC GAAAAACAAC
   116641 GTCGACGAAG GCGTGTAGGT GCACTATTCC GCGGTGGGGA TTGTAACTTT CCATGAATTT
   116701 CGAATTGTTT ACTTACCGGT AGAAAGAGTT TCTATTATTC TATTTTTTGC TAAATTGGGT
   116761 AATTTCAATT ATGGTATTCC CCTTTTACAG AATAGGACAA ACAATTGAGC CAAAAAGAAG
   116821 ATAATGAAAA ATTTGTAACC CAGTGGTTTT GTTTCCCAAT TAACCAAACT CGGATGGCCA
   116881 ATCTGGCCAA TGTATATGCT TTGGCCACCT TCAAACGTTT CAGTTCTACC TTTCAGAGCA
   116941 CTTAGAGGCC CTTTTGTATC TAACACTTCC GTCCCTTCCC TTAAAGTACT TTTCCCGTTA
   117001 CACATTAACA TTAACGCGAG AACTCGATTA TTCTCAAGGA TATACTGGAC TTCGCAAATG
   117061 ATATAAGTAT AACCTACCCC ACCAGGGTAG CTCTCCTTTA TAATTAAGGC GTTCAAAAGC
   117121 TTAGGCATCT TGTCTGGCGG AAAAGCGATA TCCAAAACAG CATCAATTTG TTGAAGAAGT
   117181 TTTCCTTCTT TTTTTTCTTC AATACCAGAA TCGCCAGGAA CACAACTAAT TGGATTTTTA
   117241 GTATCCATGT TTTATTTCTT TTTTTGATTC TCAAAATACC ATTATTGGTT CATTCTTCAT
   117301 TGAATCATAT AGATGATCTA GTCATAATGG AATTTCTATT CTCTTTACTG AATCACATGA
   117361 AATTTTTCTC AACTCCTTAT ATATACAAGA TATACAGGGA ATTGAGTAGT GGAAAGAAAT
   117421 CTTTTCAAAT GGAAAAATAT CTAGGTTTTT TTAACCATGG GAAAGTCTCT ATATATTTAT
   117481 CTAAAGATAT ATCTTTCACT ACAATACTTA TATGACAAGT AGGTCTTTTT ATCGGATAAC
   117541 TACGTCCTCT AGCTCGAGGT TTCCATTTCT TCACAGTAGT ACCCTCGTTG ACTTCGGCTT
   117601 TACTAATTTT GATGATTTTA AAACTTTCCC TATAAAGAGA TAGACTCGAA ACGACATCCG
   117661 TTATGTCAAT GACACCAAAG GGATATTAAA TGAATGGAAT TGGGATAAGG ATGGAATATA
   117721 ATGAAATAGA GCCGCTTTGA GGTTCCCTAT GAAATGAGGC ATGGAAGGGA GCCACTACGA
   117781 AGAAGTTCCG GGAGTTACGA AGGAAGCTTC GAGCTCATAT TGGTCATGGG TTGAGAACGG
   117841 GAATTGAACT CTATGAGATC TAATCTGCCG TTGTTCCTCA GTAGCTCAGT GGTAGAGCGG
   117901 TCGGCTGTTA ACTGATTGGT CGTAGGTTCG AATCCTACTT GGGGAGATTT GATTCATTGT
   117961 GAATTCTTTA ATTCAGAATG AAAGAGCTCG CTTTGACCGT TAAGAGTCGG TAACCCCTTC
   118021 CCTGTCTTTG TTTCTATTGC ATTCTATCTC ATCGTATCAC ATTCTGTTCT GCGAAATTTG
   118081 AGAATCACCG TCAATACCTC GGTGTAGGTT CGGGATAATC CTTTGTTCCA TAGCCCTGGG
   118141 GCTATTTACA ACTAGCCAAT TAAGAATTCT CATATGTACT AGTACTAGTA GTGCATCAAA
   118201 GATGCAGTCA TCGATTCTCC CGAGAGGCCA CAATTACCGC GAGCAAACAT ATTAATGATT
   118261 AATGACGAGG AAGAAATTTT TGTTATGCTA CTAATACTTG TACTTGCTTT GCTATTCTGC
   118321 CCAAGCCTGG CTGAGGCAGA GTTACGGGGC GTAAAACAAA AAAACGCGGA TGGGCCGTGG
   118381 AGACTTTGTT TAAAGATTCT ACCATTAACG AAAAATAAGA AATCAAAAGA AAAAGTAAGG
   118441 CCATTCCATT TCGACAAAAG ACCCACACCC AAGTTCCATA GCTTTTGGTC CGCTATCCCG
   118501 ATCATGATTT TCCTACTCCC ACCCCCAGAG GGAAAGGTCC TTCCTTTTTG GAAAGGTTGG
   118561 GCGAGGAGGG ATTCGAACCC CCGACACCGT GGTTCGTAGC CACGTGCTCT AATCCTCTGA
   118621 GCTACAGGCC CCACACCGTC TCCACTGGAT CTGTTCCCGG GAGTAGACTC AAAAAAGGGA
   118681 ACCTTTCCTC CCCTGAGCCA TTTCATTTCG GGTTAAGAAG ATGGGAAAGC GCCTTTCTCT
   118741 CTATAAGAAC GGTGCGTTCC GAGGTGTGAA GTGGGAGAGA AGGGATGTCA TGATTGGGGT
   118801 TTTGAATAAG ACGACCTTTT CATTTTTCAT TTTTTTCTTT TTCATATTGA AAAAGTAATA
   118861 AGAATGAGGG GTGTTAAGCT TTTTAACATG CTGGCATCGA GCTATTTTTC CGCAGGACCT
   118921 CCCCTCCAGT ATCGTCACCG CAGTAGAGTT TAACCACCAA ATTCGGGGGA TGGTGTGGTT
   118981 CCTCTACGCC TAGGACACCA AAATATCGAA CCATGAACGA AGAAAGGCAT GAGAGAAAAG
   119041 CATATTGGCT AGTGATTATG AGGCCCCAAA TCTTGACTGG GGGGGACACC AAAGGCCTCT
   119101 GCCCTTCCAT ACCTTGGATA GATAGAGAGG GAGGGCAGAG CTTTTGGTTT TTTCATGTTG
   119161 TCAAGAACAA TGGTTTTTTC GTGTTGTCAA AGAGTTGAAC AATGAAAATA GATGGCGAGT
   119221 GCCTGATCGA ATTGATCGGG TCATGTAGGA ACAAGGTTCA AGTCTCCCGG TCTGTTAGGA
   119281 TGCCTCAGCT GCGTACATTA CTGCCACCTT CCACTTTTTT TTTGTTGAAG GCGACCTTCC
   119341 ACTTTTTTTT GTTGAAGGCC ATCTTCCACT TGACACCTAT CGTAATGATA AACGGCTCGT
   119401 CTCGCCGTGA CCTCCAATCT TGAATTCTCA ATACTTCTGT CGCTCCATCC CCGCAGGGGC
   119461 AGAGAACCCG TCGCTGTCTC GGCTGTGCTA CCGGAGGCTC TGGGGAAGTC GGAATCGGAG
   119521 AGCACTCATC TTGGGGTGGG CTTACTACTT AGATGCTTTC AGCAGTTATC CGCTCCGCAC
   119581 TTGGCTACCC AGCGTTTACC GTGGGCACGA TAACTGGTAC ACCAGAGGTG CGTCCTTCCC
   119641 GGTCCTCTCG TACTAGGGAA AGGTCCTCTC AATGCTCGAA CGCCCACACC GGATAGGGAC
   119701 CGAACTGTCT CACGACGTTC TGAACCCAGC TCACGTACCG CTTTAATGGG CGAACAGCCC
   119761 AACCCTTGGA ACATACTACA GCCCCAGGTG GCGAAGAGCC GACATCGAGG TGCCAAACCT
   119821 TCCCGTCGAT GTGAGCTCTT GGGGAAGATC AGCCTGTTAT CCCTAGAGTA ACTTTTATCC
   119881 GTTGAGCGAC GGCCCTTCCA CTCGGCACCG TCGGATCACT AAGGCCGACT TTCGTCCCTG
   119941 CTCGACGGGT GGGTCTTGCA GTCAAGCTCC CTTCTGCCTT TACACTCGCG GCCCGATCTC
   120001 CGTCCGAACC GAGGAAACCT TTGCACACCT CCGTTACCTT TTGGGAGGTC TACGCCCCAT
   120061 AGAAACTGTC TACCTGAGAC TGTCCCTTGG CCCGTAGGTC CTGGCACAAG GTTAGAATTC
   120121 TAGCTCTTCC AGAGTGGTAT CTCACTGATG GCTCGGGCCC CCCCGGAAGG GGGCCTTCTT
   120181 CGCCCTCCAC CTAAGCTGCG CAGGAAAGGC CCAAAGCCAA TCCCAGGGAA CAGTAAAGCT
   120241 TCATAGGGTC TTTTTGTCCA GGTGCAGGTA GTCCGCATCT TCACAGACAT GTCTATTTCA
   120301 CCGAGCCTCT CTCCGAGACA GTGCCCAGAT CGTTACGCCT TTCGTGCAGG TCGGAACTTA
   120361 CCCGACAATA AATTTCGCTA CCTTAGGACC GTTATAGTTA CGGCCGCCGT TCACCGGGGC
   120421 TTCGGTCGCC GGCTCCCCTG TCATCAGGTC ACCAACTTCC TTGACCTTCC GGCACTGGGC
   120481 AGGCATCAGC CCCCGTACAT GGTCTTACGA CTTTGCGGAG ACCTGTGTTT TTGGTAAACA
   120541 GTCGCCCGGG CCTGGTCACT GCGACCCCCT AACAAAGTGC TAGGAGGCAC CCCTTCTCCC
   120601 GAAGTTACGG GGCTATTTTG CCGAGTTCCT TAGAGAGAGT TGTCTCGCGC CCCTAGGTAT
   120661 TCTCTACCTA CCCACCTGTG TCGGTTTCGG GTACAGGTAC CCTTTTGTTG AAGGTCGTTC
   120721 GAGCTTTTCC TGGGAGTATG GCATGGGTTA CTTCAGCGCT GTAGCGCCTG GTACTCGAAC
   120781 ATTGGCTCGA GGCATTTTCT CTACCCCTTC TTACAGGGTC ACCTTACGTC CTTGAACCGA
   120841 TAACCATCTT TCGGCTAACC TAGCCTCCTC CGTCCCTCGG GACCAACAAG GGGTAGTACA
   120901 GGAATATTCA CCTGTTGTCC ATCGACTACG CCTTTCGGCC TGATCTTAGG CCCTGACTCA
   120961 CCCTCCGTGG ACGAACCTTG CGGAGGAACC CTTAGGTTTT CGGGGCATTG GATTCTCACC
   121021 AATGTTTACG TTACTCAAGC CGACATTCTC GCTTCCGCTT CGTCCACCAC TGCTCGCGCG
   121081 GGTGCTTCCA TCTAAGGCGG AACGCTCCCC TACCGATGTA TTTTTACATC CCACAGCTTC
   121141 GGCAGATCGC TTAGCCCCGT TCATCTTCGG CGCAAGAGCG CTCGATCAGT GAGCTATTAC
   121201 GCACTCTTTC AAGGGTGGCT GCTTCTAGGC ACACCTCCTG GCTGTCTCTG CACCCCTACC
   121261 TCCTTTATCA CTGAGCGGTC ATTTAGGGGC CTTAGCTGGT GATCCGGGCT GTTTCCCTCT
   121321 CGACGATGAA GCTTATCCCC CATCGTCTCA CTGGCCGACC TTGACCCCCT GGTATTTTGG
   121381 GTATTTTGAG GTCATATCTA GTATTCATAG TTTGCCTCGA TTTGGTACCG CTCTCGCGGC
   121441 CCGCACCGAA ACAGTGCTTT ACCCCTAGAT GTCCAGTCAA CTGCTGCGCC TCAACGCATT
   121501 TCGGGGAGAA CCAGCTAGCT CTGGGTTCGA GTGGCATTTC ACCCCTAACC ACAACTCATC
   121561 CGCTGAGATG ATCAGTCGGT TCGGACCTCC ACTTAGTTTC ATCCAAGCTT CATCCTGGTC
   121621 ATGGATAGAT CACCCAGGTT CGGGTCCATA AGCAGTGACA ATTGCCCTAT GAAGACTCGC
   121681 TTTCGCTACG GCTCCGGTGG GTTCCCTTAA CCAAGCCACT GCCTATGAGT CGCCGGCTCA
   121741 TTCTTCAACA GGCACGCGGT CAGAGCCCCG GGCTCCTCCC ACTGCTTGGG AGCTTACGGT
   121801 TTCATGTTCT ATTTCACTCC CCGATGGGGG TTCTTTTCAC CCTTCCCTCA CGGTACTACT
   121861 TCGCTATCGG TCACCCAGGA GTATTTAGCC TTGCAAGGTG GTCCTTGCTG ATTCACACGG
   121921 GATTCCACGT GTCCCATGCT ACTCGGGACA GAGCGTAAGC TAGTGATGCT TTCGGCTACT
   121981 GGACTTTAGC CATCTAGGGT GCAGCATTCC ACCGCTTCGC CTAGCAGCAC CGACGCTTGT
   122041 ATTGCTCTCC CACAACCCCG TTTTCGCGGT TTAGGCTGCT CCCATTTCGC TCGCCGCTAC
   122101 TACGGGAATC GCTTTTGCTT TCTTTTCCTC TGGCTACTAA GATGTTTCAG TTCGCCAGGT
   122161 TGTCTCTTGT CTGCCCATGG ATTCAGCAGC AGTTCGAAAG GTTGACCTAT TCGGGAATCT
   122221 CCGGATCTAT GCTTATTTTC AACTCCCCGA AGCATTTCGT CGCTTACTAC GCCCTTCCTC
   122281 GTCTCTGGGT GCCTAGGTAT CCACCGTAAG CCTTTCCTCG TTTGAACCTC GCCCTTCACT
   122341 TTAAGGCTAT GCCATCCTAA GGTGCTGCTA AATGGAAGGA TCTTATCAAC GTCCATGAAT
   122401 GATAAATCAT AGATCGAACC GCCGAATCGG AAAAATTCGG TGCTATCATA TAGCTTTGTA
   122461 TCGGCTAAGT TCACGAGTTG GAGATAAGCG GACTCGAACC GCTGACATCC GCCGCAGGGT
   122521 AAACCACCGC CTCTCAGGTC CCCCGACTGA TTCTACCATA GAGGCCAACG ATAGACAATA
   122581 ACTCCCCCCC GAACACAGCT TACAACTTTC ATCGTACTGT GCTCTCCAAA GAGCAACTCT
   122641 TCTCAAAATC TCACTCAAGG GGTGCTGAGT TGGAATCCCA TTCTAACTAA GGATTCTTAT
   122701 GGTTCCGGAG GATCCAGCTA CAGGAGAACC AGGAACGGAG AGCTTTCCCC CCCTTTCCGC
   122761 CCGACTCTTT GGTCTTAAGA ACGCTGGTTT TAAGAATGAG TGATTGCCCT TCTCCGACCC
   122821 TTACTGCCCA ACCTGAGAGC GGACAGCTAA TGCGTTCCAC TTATTGAGCA GGGTTCTATG
   122881 GTCGGTCCGT GACCCCTGGA TGCCGAAGGC GTCCTTGGGG TGATCTCGTA GTTCCTACGG
   122941 GGTGGAGATG ATGGGGTTGG TCCATGGATT TTCCTTCCTT TTGCCGCATT TCGCTCAAAG
   123001 GGTTGAAGGG AGATAGTGCA TCAAGCTGTT CGCAAGGGCC AACTTGATCC TCTTCCCCAG
   123061 GGATCCCAGA TGAAGGAACC CTAGGAGAGC CGCTGACTCC AACTACCGTC CATGTATGAT
   123121 CCATACTAGA TCTGACCAAC TGCCCATCCT ACCTCCTCTA CGTTCTTGAC AGCCCATCTT
   123181 TGTCTCAGTA GAGTCTGTCA GTGGCATGTT TCGGTCCTCT TCCCCATTAC TTAGAAAAAG
   123241 TGAGCCACCG GTTCAGGTAC AAGATACTAT CATTACCGCC TGGACAATTA GACATCCAAC
   123301 CCGTAATCGC AACGACCCAA TTGCAAGAGC GGAGCTCTAC CAACTGAGCT ATATCCCCCC
   123361 GAGCCAAGTG GAGCATGCAT GAAGAAGAAG TCCGATGCTT CTTCTATTCT TTTCCCTGGC
   123421 GCAGCTGGGC CATCCTGGAC TTGAACCAGA GACCTCGCCC GTGAAGTAAA TCATCGCACC
   123481 TACGGTCCAA CCAATTGGCA GAGAATCAAT AGATTCCTTT TCGGGAGCGA TTCATCCTTC
   123541 CCGAACGCAG CATACAACTC TCCGTTGTAC TGCGCTCTCC AAGTGTGCTT GTTCCCCCCT
   123601 TCTTCCTTAC CATGGCAAGT CTTTGTGAAA GAACTCCGAT GAGAAGAAAA AAGAAGGCGT
   123661 GAAGAGACCC TCCTGGCCCA ACCCTAGACA CTCTAAGATC CTTTTTCAAA CCTGCTTCCA
   123721 TTTCGAGTCA AGAGATAGAT AAATAGACAC ATCCCATTGC ACTAATCGGG GGCGTTCGTA
   123781 GTGACTGAGG GGGTCGAAGA CCAAGAAGTG AGTTATTTAT ACCAAGCATT CTTCTTACGG
   123841 CTAGATCCAA TCTCCTGGTC CCTGCGGAAA GGAAAAATAA TTTCACGCTC TTCCTTTCGG
   123901 GAAGGGAGGA TTAGCGAAAT CCTATTGATT GCAGCTTTCT CCAGACCTCC GGGAAAAGCA
   123961 TGAAAAAAAA CGGCTCGAAT GGTACGATCC CTCCGTCACC CCAGAATGAA AGGGTGATCT
   124021 CGTAGTTCTT GGTCTGTGAA GATGCGTTGG CAGGTGCTCC ATTTTTCCCA TTGAGGCCGA
   124081 ACCTAAACCT GTGCTCGAGA GATAGCTGTC CATACACTGA TAAGGGATGT ATGGATTCTC
   124141 GAAAAGAGAG GAGCCGCGGT GGTCCCCCCC GGACCGCCCG GATCCCACGA GTGAATTGAA
   124201 AGTTGGATCT ACATTGGATC TCACCTGAAT CGCCCCATCT ATCCTCCTGA GGAGGAGTTT
   124261 GGTTTCAAAC CCCGGTTCGA ACAGGAGGAG TACGCCATGC TAATGTGCCT TGGATGATCC
   124321 ACATCTCAGG GTCAGGCGCT GATGAGCACA TTGAACTATC CATGTGGCTG AGAGCCCTCA
   124381 CAGCCCAGGC ACAACGACGC AATTATCAGG GGCGCGCTCT ACCACTGAGC TAATAGCCCG
   124441 TCGTGCGAGC CCCCCACTGG GGGCCCGCTA TGCCAAAAGC GAGAGAAACC CCATCCCTCT
   124501 CTTTCCTTTT TTCGCCCCCA TGCCCCCCCG TGTGGCGACA TGGGGACGTA AAAAGGGGGA
   124561 TCCTATCAAC TTGTTCCGAC CTAGGATAAT AAGCTCATGA GCTTGGTCTT ACTTCACCGT
   124621 CGAGAAACGA AAGAAGACTT CCATCTCCAA GTTTCACTCA GACGTAGCTC CTTTGGGTGT
   124681 GAAGCAGTGT CAAACCAAAA TACCCAACAA GCATTAGCTC TCCCTGAAAA GGAGGTGATC
   124741 CAGCCGCACC TTCCAGTACG GCTACCTTGT TACGACTTCA CTGCGGTCAC TAACCCTGCC
   124801 TTAGGCATAC CCCTCCGACG GTGAAGGTAA CGAACGACTT CGGCATCCCC CTACGACCGG
   124861 CGGTTAAGGT AACGACTTCG GGCATGGCCA GCTTCCATAG TGTGACGGGC GGTGTGTACA
   124921 AGGCCCGGGA ACGAATTCAC CGCCGTATGG CTGACCGGCG ATTACTAGCG ATTCCGGCTT
   124981 CATGCAGGCG AGTTGCAGCC TGCAATCCGA ACTGAGGACG GGTTTTTGGA GTTAGCTAAC
   125041 CCTCGCGGGA TCGCGACCCT TTGTCCCGGC CATTGTAGCA CGTGTGTCGC CCAGGGCATA
   125101 AGGGGCATGA TGACTTGACG TCATCCTCAC CTTCCTCCGG CTTATCACCG GCAGTCTGTT
   125161 CAGGGTTCCA AACTCAATGA TGGCAACTAA ACACGAGGGT TGCGCTCGTT GCGGGACTTA
   125221 ACCCAACACC TTACGGCACG AGCTGACGAC AGCCATGCAC CACCTGTGTC CGCGTTCCCG
   125281 AAGGCGCCCC TCTCTTTCAA GAGGGTTCGC GGCATGTCAA GCCCTGGTAA GGTTCTTCGC
   125341 TTTGCATCGA ATTAAACCAC ATGCTCCACC GCTTGTGCGG GCCCCCGTCA ATTCCTTTGA
   125401 GTTTCATTCT TGCGAACGTA CTCCCCAGGC GGGATACTTA ACGCGTTAGC TACAGCACTG
   125461 CACGGGTGGA TACGCACAGC ACCTAGTATC CATCGTTTAC GGCTAGGACT ACTGGGGTCT
   125521 CTAATCCCGC TCGCTCCCCT AGCTTTCGTC TCTCAGTGTC AGTGTCGGCC CAGCAGAGTG
   125581 CTTTCGCCGT TGGTGTTCTT TCCGATCTCT ACGCATTTCA CCGCTCCACC GGAAATTCCC
   125641 TCTGCCCCTA CCGTACTCCA GCTTGGTAGT TTCCACCGCC TGTCCAGGGT TGAGCCCTGG
   125701 GATTTGACGG CGGACTTAAA AAGCCACCTA CAGACGCTTT ACGCCCAATC ATTCCGGATA
   125761 ACGCTTGCAT CCTCTGTCTT ACCGCGGCTG CTGGCACAGA GTTAGCCGAT GCTTATTCCC
   125821 CAGATAACGT CATTGCTTCT TCTCCGGGAA AAGAAGTTTA CGACCCGTGG GCCTTCTACC
   125881 TCCACGCGGC ATTACTCCGT CAGGCTTTCG CCCATTGCGG AAGATTCCCC ACTGCTGCCT
   125941 CCCGTAGGAG TCTGGGCCGT GTCTCAGTCC CAGTGTGGCT GATCATCCTC TCGGACCAGC
   126001 TACTGATCAT AGCCTTGGTA AGCTATTGCC TCACCAACTA GCTAATCAGA CGCGAGCCCC
   126061 TCCTCGGGCG GATTCCTCCT TTTTGCTCCT CAGCCTACGG GGTATTAGCA GCCGTTTCCA
   126121 GCTGTTGTTC CCCTCCCAAG GGCAGGTTCT TACGCGTTAC TCACCCGTCC GCCACTGGAA
   126181 ACACCACTTC CCGTCCGACT TGCATGTGTC AAGCATGCCG CCAGCGTTCA TCCTGAGCCA
   126241 GGATCGAACT CTCCGTGAGA TTCATAGTTG CATTACTTAT AGCTTCCTTG TTCGTAGACA
   126301 AAGCGGATTC GGAATTCTCT TTCATTCCAA GGCATAACCT GTATCCATGC GCTTCATATT
   126361 CGCCCGGAGT TCGCTCCCAG AAATATACCC ATCCCTGCCC CCTCACGTCA ATCCCACGAG
   126421 CCTCTTATTC ATTCTCATTC AATCTTAGAA GTCGACTTCT TTTTGTTCCA AGTCAATTTG
   126481 TTCTTGTTCT TTGTGTAAGT AAGTCAGTTC TTTCCATTAC ATTTTCGAAA ATAGAAAATA
   126541 TATTCCATAG TAAATAAAAT GTAGGACCAA ACTTGTGCAA AAAAGTGGTC CTAATCTATA
   126601 GAATATGTCT TCCATTTCGA ACTTATCACA GTACAATACC AAATTTATAG ATATAAGAAA
   126661 AGTTGTCAGG ATTAGTGCGC GACTCCAGAG GGCTATATCC CCAAGGAATC CCAATATTTC
   126721 CTTTTGGTTG ATTTTGATCC AGCAGGCGAT AGCCTGCAGC ATTTTGCCAA TTTTTGGCAT
   126781 ACTTACCCCC ATTGGTTTTT AGGATAAAAT TTTTGAGTTC TAGTCCCATA GAACTCAAAA
   126841 ACTAGATTCT TATTATTATA TATAATTCAA AAGATCGTTA ACGATACGAT GATACTGTAT
   126901 AAGGAAAATT TTTTCTTTTG AAGCAATTAT AGATTCTAGG AGGCAATCCT AATTCGTCAA
   126961 TCAAAATCAA ATGAAAGTCT TTTTTTTTTT TTGCATTTCT CTACGTTTTC ATGAAAGGTA
   127021 AAAAGTGGTA AATTAATCTT GTGTTGATTT TCGTCTAAAT GGACGTTTTC TTCTTCTGTA
   127081 TTTAAAAAGG GACTAAATAA ATCAACCAAC TTCCGTGAAG CTTCATGAAG TGCTTCTTTA
   127141 GGAGTTAAAC TTCCATTTGT CCATATTTCA AAAAAAAGTA TCTCTTCTCT TGCAACCCTA
   127201 TCCAAATAAG AATAAATATT ATAATTGGCA TTTCGAACAG GCATGAATAC AGCATCTGTA
   127261 GGATAACTTC CATCTTGTAA GGTATTTTTT GGACTTTTTA TTTGATAACC GCGGTTTTTC
   127321 TGAATTTCTA ATTTCATATA TAAATCAATT CTTTTCGTCA AGCTAGCTAT ATGTTGTGTA
   127381 TTATCAATGA TTTCCACATA AGGAGCTACC ATGATATCAC GAGCAGTTAC ATCTCTAGGA
   127441 CCTTGTACCC AAATCAACCC GCTACAAGGT CCATATAGAT TGCTTTTCAA TATAATTTCT
   127501 TTCAAATTCA TTAAAATTTC ATTGACGGAT TCTTGAATAC CCGCTATGGA AGAATATTCG
   127561 TGTGTTACTC TTACTCTACC GAATTTTGCG CGTGTGATAC ATGTTCCTTC TATTTCTCCA
   127621 AGCAAAGCTC TTCGCATAGC AATGCCTAAG GTTTCGGCTT CACCTCTCCT AAGTGGAAAC
   127681 AAGCTAAAGC GCCCATAATA AAGACGTTTA CTGTCTACCC TTGATTCAAC ACACTTCCAC
   127741 TGCAATCTCC GAGGAAATAC TCTTCTGTTT TTTTGACTCA TAGTAATATA TAGTTGATTA
   127801 GGTTATTGAA TTTTTTCTCT TGTTTGATTG GATTTTTTAT ATTGAATCGT TTCTTTCTGT
   127861 TGAAATTTGT GCAATGTTTA TTTTTACACA CGTCTTTTTT TAGGAGGTCT ACAGCCATTA
   127921 TGTGGCATAG GGGTTACATC CCGTATGCAA GTTAATCGTA TACCGTTTTT ACGAATAGTT
   127981 CGTAATGCTG CGTCTCTTCC TCGACCGGGC CCTTTTATCA TGACTTTTGC TCGTTTCAGA
   128041 CCTTGATCCA CTACTGGACG AATAGCATTT ACCACTGTGG TTTGAGCAGC AAAAGGGGTC
   128101 CCTCTTCTTT TAGCTCTAAA TCTACAAGTA CCGGCAGAGG ACCAAGAAAC CACTCGACCT
   128161 CTTACATCTG TAACAGTCAC AATGGTATTA TGGAAACTTG CTTGAATATG AATAACTCCT
   128221 TTTGTTAGTT TACGTGTATT CTTACGTGAA CTAATACGTC GATTCGTACG GAAATCGATT
   128281 CTACGTATAG TTTTTGGCAT GTTTTATCAT TTCATAAATA TAAGTTAGAA ATATATGGAT
   128341 ATATCCATTT CCTATCAAAC TGGATCCTTT TTTTTATTTG TAGATTGGGT CTTTTAGAGA
   128401 GTTTCTTTTA GATTATCCCT GTCTTTGTTT ATGTTTGGGG TTGGAACAAA TTAGTCTAAT
   128461 TCGCCCCCGC CTACGGATTA TTCGACATTT TTCACAAATT TTACGAACAG AAGCTCTTAT
   128521 TTTCATATTT GCCATTCCTT ACCGCAATTT AGAATCTACT TCTTGGAAGA AAAAAAGTTT
   128581 AGTGAAATTT TGAATCTTGA ATCGTATTCC CATCAAAGGA ATGTTAGGGT TGACAAACCG
   128641 CCTAATTCTC TGAAGGCTTC TTGGGAGGGA GTCGAAAAAT TATACGTCCT CGTGCGTCAT
   128701 CATATTGACT TAATTCAATT TTGACTCTAT CTCCTGGTAA TATCCGTATA GAACCACGTC
   128761 GGATTTTTCC TGAAATACAA CCTAAAATAA CTCTATTATC TTTATCTAAA AGAACCCGGA
   128821 ACATAGCATT GGGAAGCGAT TCAGTAATTA AACCTTCAAA AATGCGTTTT TCCTCTTTCT
   128881 TGCTCATTTT ATTTTATATA AAATCCTCCT AAAAATCCTT CTAAGGGTAT TAATTAATAA
   128941 AAGGAGATAA ATTAATCTCC TCTTGTTCTT TTTTTGAAAA AACAGATATT CCATATCCAA
   129001 GTTAAATATA AAAGGTATTA TTATTAATAT TATTATTATT ACCATATATA ACATAAAATT
   129061 TCTCCTCCTA TTTTTTTTAG TCGAGCCTCT CGATCTGTCA TTATACCTCG AGAAGTAGAA
   129121 AGAATTACAA TTCCCATTCC ACCTAAAATT CTAGGAATTC GTTGATAATT AGAATAAATT
   129181 CGTAGACCTG GTCGACTGAT CCGTTTTAAA TTTAAAATGT TTATGCTTTC CCTATTCCTT
   129241 CTATATCGCA GGGTTGAAAC CAAAAAAGAT TGGTTGCTTT CTCGATGTTT CCTCACGTTT
   129301 TCGATAAAAC CTTCTTGTAA AAGGATTTTC ACAATGGTTT CGGTAATATT AGTAGATGCT
   129361 ACTCGAACTA CTCTTTTTCT ATTCATGTCA GCATTTCGTA TAGACGTTAG TATTTCAGCA
   129421 ATAGTGTCTC TATTCATGAT GGATTAAAAT TATTGGTGCC TTACAATTTG GATATAATCA
   129481 ACATGTTTTC CTTTTTTTAC GTTTTTTATT TGTTTGTGAA TTCTTAAAGG TATATGCGTG
   129541 AGACACAATC TACTAATTAA TCTTAATCTA TTTCTTTCCA ATACCCTAGC TACAACTATA
   129601 TCATGGTCTT ATAGTGTATT ACTATTCTAT ATTATATATA GAATTATAAT ACCTCGGGAG
   129661 CCAATGAAAC TATTTTTGTA AAATTTAAAT GTCTCAATTC CAGGGCGATC GGACCAAAAA
   129721 CTCGACTTCC TTTTGGATTT CCCTTTTGAT CAATGACAAC TGCAGCATTG TCATCATATC
   129781 GTATTATCAT ACCATTGCCA CGTTTAAGTT CTTTACAGGT ACGTACAATT ACAGCTCTGA
   129841 CTACTTCAGA TTTTTTTAGG GGCACGTGTT TTTTTGATTT TTTTAGGGAC TTATTTGGTG
   129901 GTACTGCTTC TTTAATCACA GCAACAATAA CGTCACCAAT ATGAGCATAT CGGCGATTGC
   129961 TAGCTCCTAT GATTCGAATA CACATTAATT CTTGAGCCTC ACTGTTATCC GCTACATTCA
   130021 AATAGGTCTG GGGTTGAATC ATTTTTTTTA TCTGTTCTTT CAATGCAAAG AGCGAAGAAA
   130081 AAAAAAAAAG AAATATTCTT TGTTCAAAAA AAGAAACCTG TGATTTTTTC ATTCCCAAGC
   130141 CCTATTCCTT TGGTTTGACA TTCTTATCCT GAAATAATAA ATTGAGTTCG TATAGGCATT
   130201 TTGGATGCCG CTATCGAAAT AGCTTTTCTG GCTATATTTT CTGTGATTCC CCCCATTTCA
   130261 TAAAGTATTC GACCTGGTTT AACAACAGCT ACCCAATATT CAGGAGATCC TTTACCCGAA
   130321 CCCATACGTG TTCCTGTCGT TCTTATTGTA ACTGGTTTAT CGGGAAATAT ACGTACCCAT
   130381 ATTTTTCCAC CACGACGTGC ATTTCGTGTC ATTGCTCGTC GCCCTGCTTC TATTTGTCTA
   130441 GAGGTGATCC AAGCGGGTTC AAGTGCTTGA AGAGCATATT TACCAAAACA TATATGATTC
   130501 CCTCGATAAG ATATTCCCTT CATTCTTCCT CTATGTTGTT TACGGAATCT GGTTCTTTTG
   130561 GGGTTATAGT TGATGGTTAT GTCTGAATTC CATCTCTACT ACAGAACCGG ACGTGAGAGT
   130621 TTCTTCTCAT CCAGCTCCTC GCGAATAAAA GGATTTCAAA TCTTTAATTT GAATTAAAAT
   130681 ATACATGTTT AATGAATATT CGATTCAATC AATCGATTAA ACAATAGATT AAATCCCGAG
   130741 ATTCTTTGAG ATTTCATTTA ATCTTTGTAT ACCTTGTTTG GATATTTTGC ATTTATAATT
   130801 ATATTATACA TATAGATATA TGTATATCTA TAAATTTATA TTTATTTTAT ATATATATAT
   130861 AGTTTACAGA TAATATTGTT TTTCATAACA TAACCCCTTT TTTCCTTTTC TCGTATAAGA
   130921 TTGTCCAAAA TTTCGTAATC CAAGAGAATA AAGTTTTCGC GGGCGAATAT TTACTCTATA
   130981 TCTATTTGAG TTGTAGGGTT AGTTCATGAC TTCTCAGAAT ACATGAATTT ATTCTCGGTT
   131041 ACTTCCGCCA TCCCAACCAA TGAATCATTA GGATTCGTTT TCAATAGAAT TTTCTGCATT
   131101 CACGGATTCC ATCGTTCCCA TCGCTTCTTG TTTAATGGTT AGGTCTGCAT TCAACAATGG
   131161 AGCTCTTAAT GAAATTTGTT CTTGAGTCAA TCTTCTCAGT CTTTATTGGC TCGAGTCTCT
   131221 TGATTTTTTT TGTTCTATTC TATGGACAGA TTCATTTCAT TATGGATGAA TAAGTCTTGA
   131281 TGCTTTCTTA CATTGCCTTT TATGAGATGA CTCATAGACC TTACATACTG GAATTCTATA
   131341 TCATTGATAT TCTTTTTCTC TCTTTCTCTC CCCCTTCTAT CCACACCTTT TTTCTATATT
   131401 TTGCTTCACA GCTTAGAATC CAATTGGTTT TTCTTTTGTT TATGCAAAAC AGATTTCCGT
   131461 TGCTACAATG ATATGATCAA CATATCCTAT CTTGACTGGT TTTTTGGATC CAGATAATGC
   131521 GAAGTGATGA GTTGGTTATT AGTTCTATAG TTATTAGTTC ATACTATGGG GAATCTTTTT
   131581 TGAATCCTAA GCCTAAA
//

