##gff-version 3
##sequence-region SAMN00792015_a1_ct451 1 167220
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	1	1839	210.8	+	0	ID=SAMN00792015_a1_ct451_CDS_0001;transl_table=11;phrog=5989;top_hit=NC_018861_p56;locus_tag=SAMN00792015_a1_ct451_CDS_0001;function=head and packaging;product=terminase large subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	1873	3846	259.8	+	0	ID=SAMN00792015_a1_ct451_CDS_0002;transl_table=11;phrog=38392;top_hit=MF001355_p127;locus_tag=SAMN00792015_a1_ct451_CDS_0002;function=tail;product=tail sheath
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	3974	4465	74.9	+	0	ID=SAMN00792015_a1_ct451_CDS_0003;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0003;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	4570	6138	214.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0004;transl_table=11;phrog=213;top_hit=NC_019401_p248;locus_tag=SAMN00792015_a1_ct451_CDS_0004;function=head and packaging;product=portal protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	6138	6359	41.2	+	0	ID=SAMN00792015_a1_ct451_CDS_0005;transl_table=11;phrog=1064;top_hit=NC_014660_p180;locus_tag=SAMN00792015_a1_ct451_CDS_0005;function=head and packaging;product=prohead
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	6359	6784	55.3	+	0	ID=SAMN00792015_a1_ct451_CDS_0006;transl_table=11;phrog=1049;top_hit=NC_019505_p170;locus_tag=SAMN00792015_a1_ct451_CDS_0006;function=head and packaging;product=head scaffolding protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	6784	7434	90.6	+	0	ID=SAMN00792015_a1_ct451_CDS_0007;transl_table=11;phrog=207;top_hit=KU873925_p107;locus_tag=SAMN00792015_a1_ct451_CDS_0007;function=head and packaging;product=head maturation protease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	7467	8279	165.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0008;transl_table=11;phrog=237;top_hit=KJ019165_p100;locus_tag=SAMN00792015_a1_ct451_CDS_0008;function=head and packaging;product=head scaffolding protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	8300	9859	277.8	+	0	ID=SAMN00792015_a1_ct451_CDS_0009;transl_table=11;phrog=138;top_hit=KX349228_p120;locus_tag=SAMN00792015_a1_ct451_CDS_0009;function=head and packaging;product=major head protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	9941	11221	213.4	+	0	ID=SAMN00792015_a1_ct451_CDS_0010;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0010;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	11253	11801	20.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0011;transl_table=11;phrog=768;top_hit=NC_031043_p89;locus_tag=SAMN00792015_a1_ct451_CDS_0011;function=DNA, RNA and nucleotide metabolism;product=DprA-like DNA recombination-mediator protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	11801	12808	170.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0012;transl_table=11;phrog=548;top_hit=NC_028887_p254;locus_tag=SAMN00792015_a1_ct451_CDS_0012;function=DNA, RNA and nucleotide metabolism;product=RNA ligase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	12819	13076	36.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0013;transl_table=11;phrog=3012;top_hit=p314959 VI_00554;locus_tag=SAMN00792015_a1_ct451_CDS_0013;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	13190	13516	37.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0014;transl_table=11;phrog=7636;top_hit=NC_026607_p169;locus_tag=SAMN00792015_a1_ct451_CDS_0014;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	13516	13743	17.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0015;transl_table=11;phrog=1566;top_hit=NC_025425_p170;locus_tag=SAMN00792015_a1_ct451_CDS_0015;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	13822	15228	233.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0016;transl_table=11;phrog=1149;top_hit=NC_028957_p194;locus_tag=SAMN00792015_a1_ct451_CDS_0016;function=head and packaging;product=Hoc-like head decoration
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	15238	16032	126.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0017;transl_table=11;phrog=1051;top_hit=MG250483_p229;locus_tag=SAMN00792015_a1_ct451_CDS_0017;function=head and packaging;product=minor head protein inhibitor of protease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	16091	17593	177.1	+	0	ID=SAMN00792015_a1_ct451_CDS_0018;transl_table=11;phrog=9690;top_hit=MF001355_p164;locus_tag=SAMN00792015_a1_ct451_CDS_0018;function=DNA, RNA and nucleotide metabolism;product=DNA helicase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	17590	17832	41.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0019;transl_table=11;phrog=1143;top_hit=NC_031057_p220;locus_tag=SAMN00792015_a1_ct451_CDS_0019;function=DNA, RNA and nucleotide metabolism;product=DNA helicase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	17892	18059	10.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0020;transl_table=11;phrog=1043;top_hit=NC_031057_p219;locus_tag=SAMN00792015_a1_ct451_CDS_0020;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	18090	18506	51.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0021;transl_table=11;phrog=231;top_hit=NC_031922_p115;locus_tag=SAMN00792015_a1_ct451_CDS_0021;function=DNA, RNA and nucleotide metabolism;product=UvsY-like recombination mediator
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	18548	18958	10.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0022;transl_table=11;phrog=261;top_hit=KU686208_p77;locus_tag=SAMN00792015_a1_ct451_CDS_0022;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	18955	19584	60.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0023;transl_table=11;phrog=150;top_hit=NC_029000_p129;locus_tag=SAMN00792015_a1_ct451_CDS_0023;function=tail;product=baseplate hub
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	19636	20394	52.4	+	0	ID=SAMN00792015_a1_ct451_CDS_0024;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0024;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	20391	21533	100.6	+	0	ID=SAMN00792015_a1_ct451_CDS_0025;transl_table=11;phrog=1135;top_hit=NC_028894_p202;locus_tag=SAMN00792015_a1_ct451_CDS_0025;function=tail;product=baseplate hub
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	21505	22032	29.7	+	0	ID=SAMN00792015_a1_ct451_CDS_0026;transl_table=11;phrog=1140;top_hit=NC_025449_p188;locus_tag=SAMN00792015_a1_ct451_CDS_0026;function=tail;product=baseplate hub distal subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	22029	23762	260.6	+	0	ID=SAMN00792015_a1_ct451_CDS_0027;transl_table=11;phrog=1283;top_hit=KY290958_p182;locus_tag=SAMN00792015_a1_ct451_CDS_0027;function=tail;product=baseplate hub subunit and tail length
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	23772	24824	100.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0028;transl_table=11;phrog=230;top_hit=NC_014636_p330;locus_tag=SAMN00792015_a1_ct451_CDS_0028;function=tail;product=baseplate tail tube cap
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	24824	25750	104.5	+	0	ID=SAMN00792015_a1_ct451_CDS_0029;transl_table=11;phrog=45;top_hit=KY290955_p113;locus_tag=SAMN00792015_a1_ct451_CDS_0029;function=tail;product=tail tube
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	25772	26050	41.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0030;transl_table=11;phrog=1739;top_hit=NC_025449_p192;locus_tag=SAMN00792015_a1_ct451_CDS_0030;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	26114	28240	307.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0031;transl_table=11;phrog=802;top_hit=NC_005260_p260;locus_tag=SAMN00792015_a1_ct451_CDS_0031;function=moron, auxiliary metabolic gene and host takeover;product=Alt-like RNA polymerase ADP-ribosyltransferase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	28292	28471	21.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0032;transl_table=11;phrog=1976;top_hit=NC_031065_p187;locus_tag=SAMN00792015_a1_ct451_CDS_0032;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	28468	29940	200.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0033;transl_table=11;phrog=114;top_hit=NC_019913_p32;locus_tag=SAMN00792015_a1_ct451_CDS_0033;function=DNA, RNA and nucleotide metabolism;product=ATP-dependent DNA ligase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	29940	30146	21.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0034;transl_table=11;phrog=2054;top_hit=NC_012635_p200;locus_tag=SAMN00792015_a1_ct451_CDS_0034;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	30188	31030	114.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0035;transl_table=11;phrog=420;top_hit=AP018399_p172;locus_tag=SAMN00792015_a1_ct451_CDS_0035;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	31214	31414	3.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0036;transl_table=11;phrog=1690;top_hit=NC_031934_p203;locus_tag=SAMN00792015_a1_ct451_CDS_0036;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	31411	31581	14.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0037;transl_table=11;phrog=5769;top_hit=MF036690_p207;locus_tag=SAMN00792015_a1_ct451_CDS_0037;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	31592	31870	34.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0038;transl_table=11;phrog=2153;top_hit=NC_031934_p204;locus_tag=SAMN00792015_a1_ct451_CDS_0038;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	31883	32371	59.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0039;transl_table=11;phrog=8920;top_hit=NC_023561_p222;locus_tag=SAMN00792015_a1_ct451_CDS_0039;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	32411	32770	38.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0040;transl_table=11;phrog=1582;top_hit=NC_031934_p205;locus_tag=SAMN00792015_a1_ct451_CDS_0040;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	32864	33373	32.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0041;transl_table=11;phrog=5804;top_hit=NC_028925_p232;locus_tag=SAMN00792015_a1_ct451_CDS_0041;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	33415	33783	52.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0042;transl_table=11;phrog=1507;top_hit=NC_031934_p206;locus_tag=SAMN00792015_a1_ct451_CDS_0042;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	33905	34111	27.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0043;transl_table=11;phrog=1427;top_hit=NC_019543_p174;locus_tag=SAMN00792015_a1_ct451_CDS_0043;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	34448	34696	26.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0044;transl_table=11;phrog=1457;top_hit=NC_012635_p209;locus_tag=SAMN00792015_a1_ct451_CDS_0044;function=lysis;product=lysis inhibition; accessory protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	34812	35135	41.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0045;transl_table=11;phrog=931;top_hit=NC_019543_p175;locus_tag=SAMN00792015_a1_ct451_CDS_0045;function=head and packaging;product=head morphogenesis
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	35193	35501	33.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0046;transl_table=11;phrog=1086;top_hit=NC_025419_p209;locus_tag=SAMN00792015_a1_ct451_CDS_0046;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	35498	35698	0.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0047;transl_table=11;phrog=2010;top_hit=NC_031050_p2;locus_tag=SAMN00792015_a1_ct451_CDS_0047;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	35698	36267	41.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0048;transl_table=11;phrog=174;top_hit=MH001459_p30;locus_tag=SAMN00792015_a1_ct451_CDS_0048;function=DNA, RNA and nucleotide metabolism;product=dCMP deaminase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	36268	36612	52.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0049;transl_table=11;phrog=2063;top_hit=MG250484_p240;locus_tag=SAMN00792015_a1_ct451_CDS_0049;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	36612	36848	3.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0050;transl_table=11;phrog=1504;top_hit=NC_028925_p231;locus_tag=SAMN00792015_a1_ct451_CDS_0050;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	36838	37122	26.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0051;transl_table=11;phrog=1695;top_hit=NC_031095_p171;locus_tag=SAMN00792015_a1_ct451_CDS_0051;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	37134	38027	129.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0052;transl_table=11;phrog=505;top_hit=NC_008194_p89;locus_tag=SAMN00792015_a1_ct451_CDS_0052;function=other;product=polynucleotide kinase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	38027	38239	5.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0053;transl_table=11;phrog=2347;top_hit=MG976803_p53;locus_tag=SAMN00792015_a1_ct451_CDS_0053;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	38239	38724	53.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0054;transl_table=11;phrog=4482;top_hit=NC_023561_p240;locus_tag=SAMN00792015_a1_ct451_CDS_0054;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	38745	39032	37.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0055;transl_table=11;phrog=812;top_hit=KY290975_p220;locus_tag=SAMN00792015_a1_ct451_CDS_0055;function=lysis;product=Rz-like spanin
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	39029	39382	39.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0056;transl_table=11;phrog=739;top_hit=NC_019398_p69;locus_tag=SAMN00792015_a1_ct451_CDS_0056;function=lysis;product=Rz-like spanin
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	39370	39879	61.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0057;transl_table=11;phrog=1253;top_hit=MF327008_p75;locus_tag=SAMN00792015_a1_ct451_CDS_0057;function=transcription regulation;product=inhibitor of host transcription
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	39942	41093	132.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0058;transl_table=11;phrog=562;top_hit=MF403008_p261;locus_tag=SAMN00792015_a1_ct451_CDS_0058;function=tail;product=RNA ligase and tail fiber protein attachment catalyst
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	41087	41503	32.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0059;transl_table=11;phrog=1111;top_hit=NC_012635_p226;locus_tag=SAMN00792015_a1_ct451_CDS_0059;function=DNA, RNA and nucleotide metabolism;product=endonuclease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	41531	42673	127.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0060;transl_table=11;phrog=10582;top_hit=MF001354_p123;locus_tag=SAMN00792015_a1_ct451_CDS_0060;function=DNA, RNA and nucleotide metabolism;product=ribonucleotide reductase class Ia beta subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	42730	44976	240.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0061;transl_table=11;phrog=3844;top_hit=KX507046_p55;locus_tag=SAMN00792015_a1_ct451_CDS_0061;function=moron, auxiliary metabolic gene and host takeover;product=NrdA-like aerobic NDP reductase large subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	44967	45272	-1.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0062;transl_table=11;phrog=464;top_hit=NC_012635_p229;locus_tag=SAMN00792015_a1_ct451_CDS_0062;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	45269	45475	14.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0063;transl_table=11;phrog=2458;top_hit=NC_012635_p230;locus_tag=SAMN00792015_a1_ct451_CDS_0063;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	45472	46347	97.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0064;transl_table=11;phrog=160;top_hit=MF001354_p129;locus_tag=SAMN00792015_a1_ct451_CDS_0064;function=DNA, RNA and nucleotide metabolism;product=thymidylate synthase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	46340	46657	39.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0065;transl_table=11;phrog=1928;top_hit=MF957259_p225;locus_tag=SAMN00792015_a1_ct451_CDS_0065;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	46641	47240	77.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0066;transl_table=11;phrog=316;top_hit=NC_014662_p240;locus_tag=SAMN00792015_a1_ct451_CDS_0066;function=DNA, RNA and nucleotide metabolism;product=dihydrofolate reductase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	47248	47412	12.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0067;transl_table=11;phrog=25128;top_hit=MG751100_p225;locus_tag=SAMN00792015_a1_ct451_CDS_0067;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	47495	47815	33.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0068;transl_table=11;phrog=3566;top_hit=NC_014662_p244;locus_tag=SAMN00792015_a1_ct451_CDS_0068;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	47894	48172	38.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0069;transl_table=11;phrog=1254;top_hit=KY290955_p232;locus_tag=SAMN00792015_a1_ct451_CDS_0069;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	48229	48594	31.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0070;transl_table=11;phrog=622;top_hit=NC_025449_p235;locus_tag=SAMN00792015_a1_ct451_CDS_0070;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	48598	48819	22.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0071;transl_table=11;phrog=1764;top_hit=NC_010105_p231;locus_tag=SAMN00792015_a1_ct451_CDS_0071;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	48861	49118	54.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0072;transl_table=11;phrog=5922;top_hit=NC_014662_p247;locus_tag=SAMN00792015_a1_ct451_CDS_0072;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	49245	50162	133.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0073;transl_table=11;phrog=224;top_hit=KX349247_p3;locus_tag=SAMN00792015_a1_ct451_CDS_0073;function=DNA, RNA and nucleotide metabolism;product=single strand DNA binding protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	50231	50893	61.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0074;transl_table=11;phrog=269;top_hit=KX349247_p1;locus_tag=SAMN00792015_a1_ct451_CDS_0074;function=DNA, RNA and nucleotide metabolism;product=DNA helicase loader
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	50890	51189	22.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0075;transl_table=11;phrog=254;top_hit=NC_031095_p150;locus_tag=SAMN00792015_a1_ct451_CDS_0075;function=transcription regulation;product=late promoter transcriptional regulator
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	51170	51442	43.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0076;transl_table=11;phrog=639;top_hit=NC_023568_p222;locus_tag=SAMN00792015_a1_ct451_CDS_0076;function=transcription regulation;product=transcriptional regulator
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	51453	52379	147.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0077;transl_table=11;phrog=107;top_hit=NC_019402_p42;locus_tag=SAMN00792015_a1_ct451_CDS_0077;function=DNA, RNA and nucleotide metabolism;product=exonuclease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	52455	56300	582.9	+	0	ID=SAMN00792015_a1_ct451_CDS_0078;transl_table=11;phrog=972;top_hit=KM607003_p246;locus_tag=SAMN00792015_a1_ct451_CDS_0078;function=tail;product=tail fiber protein proximal subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	56300	57436	112.5	+	0	ID=SAMN00792015_a1_ct451_CDS_0079;transl_table=11;phrog=1154;top_hit=NC_000866_p250;locus_tag=SAMN00792015_a1_ct451_CDS_0079;function=tail;product=long tail fiber protein proximal connector
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	57494	58186	105.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0080;transl_table=11;phrog=1425;top_hit=NC_000866_p251;locus_tag=SAMN00792015_a1_ct451_CDS_0080;function=tail;product=hinge connector of long tail fiber protein distal connector
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	58196	62848	634.4	+	0	ID=SAMN00792015_a1_ct451_CDS_0081;transl_table=11;phrog=10316;top_hit=NC_014036_p249;locus_tag=SAMN00792015_a1_ct451_CDS_0081;function=tail;product=tail fiber protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	62886	63413	30.2	+	0	ID=SAMN00792015_a1_ct451_CDS_0082;transl_table=11;phrog=1121;top_hit=NC_028755_p271;locus_tag=SAMN00792015_a1_ct451_CDS_0082;function=tail;product=tail fiber adhesin
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	63455	64111	39.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0083;transl_table=11;phrog=860;top_hit=KY677846_p95;locus_tag=SAMN00792015_a1_ct451_CDS_0083;function=lysis;product=holin
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	64112	64384	35.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0084;transl_table=11;phrog=1166;top_hit=NC_028894_p264;locus_tag=SAMN00792015_a1_ct451_CDS_0084;function=moron, auxiliary metabolic gene and host takeover;product=anti-sigma factor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	64452	64718	22.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0085;transl_table=11;phrog=7272;top_hit=NC_028686_p244;locus_tag=SAMN00792015_a1_ct451_CDS_0085;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	64715	65041	33.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0086;transl_table=11;phrog=20033;top_hit=NC_028686_p245;locus_tag=SAMN00792015_a1_ct451_CDS_0086;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	65038	65316	29.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0087;transl_table=11;phrog=20757;top_hit=NC_028686_p246;locus_tag=SAMN00792015_a1_ct451_CDS_0087;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	65300	65425	12.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0088;transl_table=11;phrog=1359;top_hit=NC_024121_p261;locus_tag=SAMN00792015_a1_ct451_CDS_0088;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	65609	65911	37.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0089;transl_table=11;phrog=1844;top_hit=NC_028820_p257;locus_tag=SAMN00792015_a1_ct451_CDS_0089;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	65911	66273	31.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0090;transl_table=11;phrog=839;top_hit=NC_020079_p128;locus_tag=SAMN00792015_a1_ct451_CDS_0090;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	66261	66440	14.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0091;transl_table=11;phrog=8683;top_hit=NC_024794_p211;locus_tag=SAMN00792015_a1_ct451_CDS_0091;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	66437	66778	36.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0092;transl_table=11;phrog=1594;top_hit=NC_031065_p246;locus_tag=SAMN00792015_a1_ct451_CDS_0092;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	66778	67422	77.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0093;transl_table=11;phrog=1345;top_hit=NC_019505_p258;locus_tag=SAMN00792015_a1_ct451_CDS_0093;function=transcription regulation;product=MotA-like activator of middle period transcription
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	67547	67810	31.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0094;transl_table=11;phrog=19824;top_hit=NC_031087_p266;locus_tag=SAMN00792015_a1_ct451_CDS_0094;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	68038	69426	175.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0095;transl_table=11;phrog=551;top_hit=KT895374_p106;locus_tag=SAMN00792015_a1_ct451_CDS_0095;function=DNA, RNA and nucleotide metabolism;product=DNA topoisomerase II
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	69432	69572	3.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0096;transl_table=11;phrog=3595;top_hit=NC_023561_p286;locus_tag=SAMN00792015_a1_ct451_CDS_0096;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	69742	70197	64.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0097;transl_table=11;phrog=1102;top_hit=KY290957_p241;locus_tag=SAMN00792015_a1_ct451_CDS_0097;function=DNA, RNA and nucleotide metabolism;product=Ndd-like nucleoid disruption protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	70342	70533	6.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0098;transl_table=11;phrog=2401;top_hit=AP014715_p292;locus_tag=SAMN00792015_a1_ct451_CDS_0098;function=other;product=periplasmic protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	70721	70960	19.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0099;transl_table=11;phrog=4535;top_hit=NC_019503_p264;locus_tag=SAMN00792015_a1_ct451_CDS_0099;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	71025	71603	24.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0100;transl_table=11;phrog=1360;top_hit=NC_005135_p250;locus_tag=SAMN00792015_a1_ct451_CDS_0100;function=DNA, RNA and nucleotide metabolism;product=DenB-like DNA endonuclease IV
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	71545	71841	13.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0101;transl_table=11;phrog=2237;top_hit=NC_010105_p264;locus_tag=SAMN00792015_a1_ct451_CDS_0101;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	71884	72795	127.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0102;transl_table=11;phrog=609;top_hit=MG696114_p269;locus_tag=SAMN00792015_a1_ct451_CDS_0102;function=lysis;product=RIIB lysis inhibitor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	72796	74964	334.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0103;transl_table=11;phrog=612;top_hit=NC_019400_p1;locus_tag=SAMN00792015_a1_ct451_CDS_0103;function=lysis;product=RIIA lysis inhibitor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	74975	75184	22.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0104;transl_table=11;phrog=1683;top_hit=NC_029091_p27;locus_tag=SAMN00792015_a1_ct451_CDS_0104;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	75178	75582	6.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0105;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0105;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	75660	77498	307.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0106;transl_table=11;phrog=543;top_hit=p46685 VI_00032;locus_tag=SAMN00792015_a1_ct451_CDS_0106;function=DNA, RNA and nucleotide metabolism;product=DNA topoisomerase II large subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	77529	77897	35.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0107;transl_table=11;phrog=7749;top_hit=NC_028686_p268;locus_tag=SAMN00792015_a1_ct451_CDS_0107;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	77976	78224	8.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0108;transl_table=11;phrog=902;top_hit=NC_025423_p214;locus_tag=SAMN00792015_a1_ct451_CDS_0108;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	78310	78486	8.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0109;transl_table=11;phrog=1076;top_hit=NC_028881_p7;locus_tag=SAMN00792015_a1_ct451_CDS_0109;function=transcription regulation;product=FmdB-like transcriptional regulator
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	78473	78808	24.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0110;transl_table=11;phrog=1247;top_hit=MG603697_p4;locus_tag=SAMN00792015_a1_ct451_CDS_0110;function=other;product=MazG-like pyrophosphatase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	78802	79167	55.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0111;transl_table=11;phrog=622;top_hit=NC_025449_p235;locus_tag=SAMN00792015_a1_ct451_CDS_0111;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	79167	79382	28.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0112;transl_table=11;phrog=1354;top_hit=NC_028762_p13;locus_tag=SAMN00792015_a1_ct451_CDS_0112;function=moron, auxiliary metabolic gene and host takeover;product=cef modifier of supressor tRNAs
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	79446	79853	46.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0113;transl_table=11;phrog=7007;top_hit=NC_031065_p11;locus_tag=SAMN00792015_a1_ct451_CDS_0113;function=transcription regulation;product=MotB-like transcriptional regulator
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	79917	80084	-3.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0114;transl_table=11;phrog=16912;top_hit=MG746602_p124;locus_tag=SAMN00792015_a1_ct451_CDS_0114;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	80084	80773	75.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0115;transl_table=11;phrog=255;top_hit=NC_023557_p65;locus_tag=SAMN00792015_a1_ct451_CDS_0115;function=DNA, RNA and nucleotide metabolism;product=exonuclease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	80766	81020	37.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0116;transl_table=11;phrog=5263;top_hit=NC_028857_p16;locus_tag=SAMN00792015_a1_ct451_CDS_0116;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	81027	82358	151.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0117;transl_table=11;phrog=325;top_hit=MF360957_p200;locus_tag=SAMN00792015_a1_ct451_CDS_0117;function=DNA, RNA and nucleotide metabolism;product=Dda-like helicase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	82355	82669	38.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0118;transl_table=11;phrog=1079;top_hit=MF479730_p125;locus_tag=SAMN00792015_a1_ct451_CDS_0118;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	82669	83424	89.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0119;transl_table=11;phrog=1400;top_hit=NC_028857_p19;locus_tag=SAMN00792015_a1_ct451_CDS_0119;function=moron, auxiliary metabolic gene and host takeover;product=Srd anti-sigma factor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	83505	84194	48.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0120;transl_table=11;phrog=832;top_hit=NC_031128_p61;locus_tag=SAMN00792015_a1_ct451_CDS_0120;function=DNA, RNA and nucleotide metabolism;product=RNA polymerase ADP-ribosylase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	84265	84453	2.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0121;transl_table=11;phrog=1647;top_hit=KY000080_p44;locus_tag=SAMN00792015_a1_ct451_CDS_0121;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	84453	84962	48.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0122;transl_table=11;phrog=1234;top_hit=NC_014595_p23;locus_tag=SAMN00792015_a1_ct451_CDS_0122;function=transcription regulation;product=Mrh transcription modulator under heat shock
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	84940	85131	14.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0123;transl_table=11;phrog=5790;top_hit=NC_031090_p39;locus_tag=SAMN00792015_a1_ct451_CDS_0123;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	85210	85437	41.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0124;transl_table=11;phrog=1715;top_hit=NC_028940_p25;locus_tag=SAMN00792015_a1_ct451_CDS_0124;function=head and packaging;product=virion structural protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	85605	86126	80.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0125;transl_table=11;phrog=173;top_hit=KX961631_p3;locus_tag=SAMN00792015_a1_ct451_CDS_0125;function=DNA, RNA and nucleotide metabolism;product=nucleoside triphosphate pyrophosphohydrolase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	86193	86384	19.5	+	0	ID=SAMN00792015_a1_ct451_CDS_0126;transl_table=11;phrog=2024;top_hit=NC_028940_p30;locus_tag=SAMN00792015_a1_ct451_CDS_0126;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	86403	87425	91.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0127;transl_table=11;phrog=47;top_hit=KX925554_p102;locus_tag=SAMN00792015_a1_ct451_CDS_0127;function=DNA, RNA and nucleotide metabolism;product=DNA primase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	87464	87628	26.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0128;transl_table=11;phrog=1823;top_hit=KY290958_p31;locus_tag=SAMN00792015_a1_ct451_CDS_0128;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	87644	87853	11.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0129;transl_table=11;phrog=6794;top_hit=NC_028683_p32;locus_tag=SAMN00792015_a1_ct451_CDS_0129;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	87850	88143	32.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0130;transl_table=11;phrog=1586;top_hit=KY593455_p39;locus_tag=SAMN00792015_a1_ct451_CDS_0130;function=other;product=spackle periplasmic
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	88154	88432	41.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0131;transl_table=11;phrog=27384;top_hit=NC_023561_p34;locus_tag=SAMN00792015_a1_ct451_CDS_0131;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	88498	88731	0.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0132;transl_table=11;phrog=5421;top_hit=NC_028755_p121;locus_tag=SAMN00792015_a1_ct451_CDS_0132;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	88741	90180	199.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0133;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0133;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	90190	90540	25.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0134;transl_table=11;phrog=999;top_hit=NC_020879_p34;locus_tag=SAMN00792015_a1_ct451_CDS_0134;function=head and packaging;product=head vertex assembly chaperone
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	90530	91705	158.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0135;transl_table=11;phrog=8337;top_hit=NC_028762_p33;locus_tag=SAMN00792015_a1_ct451_CDS_0135;function=DNA, RNA and nucleotide metabolism;product=DNA repair protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	91788	92009	4.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0136;transl_table=11;phrog=11273;top_hit=NC_028686_p20;locus_tag=SAMN00792015_a1_ct451_CDS_0136;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	92036	92872	107.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0137;transl_table=11;phrog=842;top_hit=p354994 VI_11372;locus_tag=SAMN00792015_a1_ct451_CDS_0137;function=other;product=beta-glucosyl-HMC-alpha-glucosyltransferase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	92869	93603	85.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0138;transl_table=11;phrog=160;top_hit=MF001354_p129;locus_tag=SAMN00792015_a1_ct451_CDS_0138;function=DNA, RNA and nucleotide metabolism;product=thymidylate synthase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	93612	93818	4.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0139;transl_table=11;phrog=1039;top_hit=NC_024786_p28;locus_tag=SAMN00792015_a1_ct451_CDS_0139;function=moron, auxiliary metabolic gene and host takeover;product=immunity to superinfection
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	93829	94272	55.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0140;transl_table=11;phrog=18344;top_hit=NC_031087_p44;locus_tag=SAMN00792015_a1_ct451_CDS_0140;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	94340	97048	359.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0141;transl_table=11;phrog=262;top_hit=KX349252_p160;locus_tag=SAMN00792015_a1_ct451_CDS_0141;function=DNA, RNA and nucleotide metabolism;product=DNA polymerase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	97141	97503	38.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0142;transl_table=11;phrog=242;top_hit=NC_025422_p134;locus_tag=SAMN00792015_a1_ct451_CDS_0142;function=other;product=translation repressor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	97506	98072	64.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0143;transl_table=11;phrog=225;top_hit=KX879627_p166;locus_tag=SAMN00792015_a1_ct451_CDS_0143;function=DNA, RNA and nucleotide metabolism;product=clamp loader of DNA polymerase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	98072	99034	127.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0144;transl_table=11;phrog=168;top_hit=p26368 VI_12322;locus_tag=SAMN00792015_a1_ct451_CDS_0144;function=DNA, RNA and nucleotide metabolism;product=clamp loader of DNA polymerase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	99083	99784	92.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0145;transl_table=11;phrog=223;top_hit=NC_015464_p42;locus_tag=SAMN00792015_a1_ct451_CDS_0145;function=DNA, RNA and nucleotide metabolism;product=DNA polymerase processivity factor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	99820	100197	59.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0146;transl_table=11;phrog=1285;top_hit=NC_008208_p46;locus_tag=SAMN00792015_a1_ct451_CDS_0146;function=DNA, RNA and nucleotide metabolism;product=RNA polymerase binding
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	100208	100402	0.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0147;transl_table=11;phrog=1045;top_hit=MF479730_p149;locus_tag=SAMN00792015_a1_ct451_CDS_0147;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	100399	102081	175.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0148;transl_table=11;phrog=77;top_hit=p104273 VI_00628;locus_tag=SAMN00792015_a1_ct451_CDS_0148;function=DNA, RNA and nucleotide metabolism;product=SbcC-like subunit of palindrome specific endonuclease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	102078	103100	125.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0149;transl_table=11;phrog=100;top_hit=NC_031107_p32;locus_tag=SAMN00792015_a1_ct451_CDS_0149;function=DNA, RNA and nucleotide metabolism;product=SbcD-like subunit of palindrome specific endonuclease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	103170	104366	91.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0150;transl_table=11;phrog=2888;top_hit=NC_028780_p195;locus_tag=SAMN00792015_a1_ct451_CDS_0150;function=other;product=alpha-glucosyltransferase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	104436	104693	15.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0151;transl_table=11;phrog=10481;top_hit=MG751100_p35;locus_tag=SAMN00792015_a1_ct451_CDS_0151;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	104767	104964	12.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0152;transl_table=11;phrog=1648;top_hit=NC_028686_p37;locus_tag=SAMN00792015_a1_ct451_CDS_0152;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	104942	105244	43.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0153;transl_table=11;phrog=951;top_hit=NC_021344_p54;locus_tag=SAMN00792015_a1_ct451_CDS_0153;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	105246	105476	20.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0154;transl_table=11;phrog=1169;top_hit=NC_028686_p39;locus_tag=SAMN00792015_a1_ct451_CDS_0154;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	105460	106008	42.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0155;transl_table=11;phrog=34068;top_hit=NC_019909_p68;locus_tag=SAMN00792015_a1_ct451_CDS_0155;function=transcription regulation;product=RNA polymerase sigma factor
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	106075	106320	25.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0156;transl_table=11;phrog=18776;top_hit=NC_028686_p41;locus_tag=SAMN00792015_a1_ct451_CDS_0156;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	106317	106595	29.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0157;transl_table=11;phrog=1822;top_hit=MG250484_p67;locus_tag=SAMN00792015_a1_ct451_CDS_0157;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	106583	106807	39.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0158;transl_table=11;phrog=1662;top_hit=KY979109_p93;locus_tag=SAMN00792015_a1_ct451_CDS_0158;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	106800	107084	16.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0159;transl_table=11;phrog=21565;top_hit=KY000080_p86;locus_tag=SAMN00792015_a1_ct451_CDS_0159;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	107077	107334	1.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0160;transl_table=11;phrog=5589;top_hit=NC_028857_p69;locus_tag=SAMN00792015_a1_ct451_CDS_0160;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	107331	107663	50.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0161;transl_table=11;phrog=1475;top_hit=MF327008_p196;locus_tag=SAMN00792015_a1_ct451_CDS_0161;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	107728	107970	5.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0162;transl_table=11;phrog=3215;top_hit=MG751100_p46;locus_tag=SAMN00792015_a1_ct451_CDS_0162;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	107967	108155	16.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0163;transl_table=11;phrog=3474;top_hit=NC_028808_p133;locus_tag=SAMN00792015_a1_ct451_CDS_0163;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	108341	108643	30.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0164;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0164;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	108640	108981	27.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0165;transl_table=11;phrog=11904;top_hit=MF957259_p63;locus_tag=SAMN00792015_a1_ct451_CDS_0165;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	108978	109190	29.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0166;transl_table=11;phrog=1930;top_hit=NC_014792_p79;locus_tag=SAMN00792015_a1_ct451_CDS_0166;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	109308	109778	25.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0167;transl_table=11;phrog=626;top_hit=NC_029009_p70;locus_tag=SAMN00792015_a1_ct451_CDS_0167;function=DNA, RNA and nucleotide metabolism;product=anaerobic ribonucleotide reductase small subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	109750	109983	10.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0168;transl_table=11;phrog=3954;top_hit=p242376 VI_09647;locus_tag=SAMN00792015_a1_ct451_CDS_0168;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	109955	111793	241.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0169;transl_table=11;phrog=487;top_hit=NC_027360_p78;locus_tag=SAMN00792015_a1_ct451_CDS_0169;function=moron, auxiliary metabolic gene and host takeover;product=NrdD-like anaerobic ribonucleotide reductase large subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	111790	112263	33.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0170;transl_table=11;phrog=423;top_hit=NC_028672_p63;locus_tag=SAMN00792015_a1_ct451_CDS_0170;function=DNA, RNA and nucleotide metabolism;product=endonuclease VII
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	112301	112609	26.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0171;transl_table=11;phrog=23745;top_hit=MG751100_p55;locus_tag=SAMN00792015_a1_ct451_CDS_0171;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	112602	113054	56.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0172;transl_table=11;phrog=2167;top_hit=MF036690_p74;locus_tag=SAMN00792015_a1_ct451_CDS_0172;function=other;product=inhibitor of host Lon protease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	113038	113196	11.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0173;transl_table=11;phrog=2382;top_hit=NC_014662_p72;locus_tag=SAMN00792015_a1_ct451_CDS_0173;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	113175	113564	61.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0174;transl_table=11;phrog=2294;top_hit=KY883644_p30;locus_tag=SAMN00792015_a1_ct451_CDS_0174;function=DNA, RNA and nucleotide metabolism;product=ribonucleotide reductase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	113566	113736	17.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0175;transl_table=11;phrog=3402;top_hit=NC_031095_p76;locus_tag=SAMN00792015_a1_ct451_CDS_0175;function=moron, auxiliary metabolic gene and host takeover;product=antitoxin from a toxin-antitoxin system
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	113755	113967	12.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0176;transl_table=11;phrog=2112;top_hit=NC_022968_p162;locus_tag=SAMN00792015_a1_ct451_CDS_0176;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	113936	114205	14.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0177;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0177;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	114168	114458	18.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0178;transl_table=11;phrog=2052;top_hit=NC_031087_p81;locus_tag=SAMN00792015_a1_ct451_CDS_0178;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	114448	114621	2.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0179;transl_table=11;phrog=21284;top_hit=NC_026607_p80;locus_tag=SAMN00792015_a1_ct451_CDS_0179;function=other;product=hydrolase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	114614	115126	77.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0180;transl_table=11;phrog=3806;top_hit=KX431560_p264;locus_tag=SAMN00792015_a1_ct451_CDS_0180;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	115123	115455	50.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0181;transl_table=11;phrog=4254;top_hit=NC_031087_p84;locus_tag=SAMN00792015_a1_ct451_CDS_0181;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	115452	115766	44.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0182;transl_table=11;phrog=5899;top_hit=MG250484_p86;locus_tag=SAMN00792015_a1_ct451_CDS_0182;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	115763	116023	6.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0183;transl_table=11;phrog=1474;top_hit=NC_019909_p84;locus_tag=SAMN00792015_a1_ct451_CDS_0183;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	116020	116994	93.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0184;transl_table=11;phrog=23608;top_hit=NC_028686_p70;locus_tag=SAMN00792015_a1_ct451_CDS_0184;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	117065	117853	96.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0185;transl_table=11;phrog=4750;top_hit=MG250484_p89;locus_tag=SAMN00792015_a1_ct451_CDS_0185;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	117911	118177	8.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0186;transl_table=11;phrog=4887;top_hit=KT887557_p61;locus_tag=SAMN00792015_a1_ct451_CDS_0186;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	118174	118338	23.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0187;transl_table=11;phrog=6888;top_hit=MF001354_p261;locus_tag=SAMN00792015_a1_ct451_CDS_0187;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	118702	118899	5.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0188;transl_table=11;phrog=18440;top_hit=MG751100_p72;locus_tag=SAMN00792015_a1_ct451_CDS_0188;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	118902	119222	41.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0189;transl_table=11;phrog=19641;top_hit=MG751100_p73;locus_tag=SAMN00792015_a1_ct451_CDS_0189;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	119219	119554	56.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0190;transl_table=11;phrog=5370;top_hit=NC_027344_p151;locus_tag=SAMN00792015_a1_ct451_CDS_0190;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	119551	119976	49.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0191;transl_table=11;phrog=3576;top_hit=NC_027331_p97;locus_tag=SAMN00792015_a1_ct451_CDS_0191;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	119973	120119	22.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0192;transl_table=11;phrog=1871;top_hit=NC_028750_p146;locus_tag=SAMN00792015_a1_ct451_CDS_0192;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	120162	121139	136.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0193;transl_table=11;phrog=1250;top_hit=NC_019500_p40;locus_tag=SAMN00792015_a1_ct451_CDS_0193;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	121217	121432	30.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0194;transl_table=11;phrog=6496;top_hit=AP014715_p261;locus_tag=SAMN00792015_a1_ct451_CDS_0194;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	121983	122993	128.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0195;transl_table=11;phrog=388;top_hit=NC_031245_p308;locus_tag=SAMN00792015_a1_ct451_CDS_0195;function=DNA, RNA and nucleotide metabolism;product=nucleotidyltransferase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	122990	123412	39.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0196;transl_table=11;phrog=7981;top_hit=NC_031065_p91;locus_tag=SAMN00792015_a1_ct451_CDS_0196;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	123394	123615	8.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0197;transl_table=11;phrog=6285;top_hit=NC_023561_p101;locus_tag=SAMN00792015_a1_ct451_CDS_0197;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	123605	124186	45.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0198;transl_table=11;phrog=10164;top_hit=NC_023561_p100;locus_tag=SAMN00792015_a1_ct451_CDS_0198;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	124183	124674	37.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0199;transl_table=11;phrog=944;top_hit=KU574722_p506;locus_tag=SAMN00792015_a1_ct451_CDS_0199;function=moron, auxiliary metabolic gene and host takeover;product=membrane protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	124677	124898	34.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0200;transl_table=11;phrog=7763;top_hit=MF036690_p103;locus_tag=SAMN00792015_a1_ct451_CDS_0200;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	124888	125079	19.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0201;transl_table=11;phrog=14777;top_hit=NC_028686_p89;locus_tag=SAMN00792015_a1_ct451_CDS_0201;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	125082	125348	20.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0202;transl_table=11;phrog=54;top_hit=MF490239_p53;locus_tag=SAMN00792015_a1_ct451_CDS_0202;function=other;product=DksA-like zinc-finger protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	125452	125937	53.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0203;transl_table=11;phrog=2978;top_hit=MF036690_p108;locus_tag=SAMN00792015_a1_ct451_CDS_0203;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	126042	126428	22.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0204;transl_table=11;phrog=858;top_hit=NC_027364_p55;locus_tag=SAMN00792015_a1_ct451_CDS_0204;function=transcription regulation;product=starvation-inducible transcriptional regulator
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	126415	126702	17.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0205;transl_table=11;phrog=1246;top_hit=NC_031103_p106;locus_tag=SAMN00792015_a1_ct451_CDS_0205;function=lysis;product=lysis inhibition
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	126714	126926	26.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0206;transl_table=11;phrog=1826;top_hit=NC_024125_p110;locus_tag=SAMN00792015_a1_ct451_CDS_0206;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	126973	127356	39.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0207;transl_table=11;phrog=7708;top_hit=MF036690_p112;locus_tag=SAMN00792015_a1_ct451_CDS_0207;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	127641	127805	-3.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0208;transl_table=11;phrog=16177;top_hit=NC_028857_p116;locus_tag=SAMN00792015_a1_ct451_CDS_0208;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	127816	128415	89.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0209;transl_table=11;phrog=592;top_hit=NC_009760_p97;locus_tag=SAMN00792015_a1_ct451_CDS_0209;function=other;product=thymidine kinase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	128415	128582	22.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0210;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0210;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	128607	129074	69.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0211;transl_table=11;phrog=335;top_hit=MF490236_p17;locus_tag=SAMN00792015_a1_ct451_CDS_0211;function=other;product=phosphatase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	129083	129475	24.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0212;transl_table=11;phrog=4957;top_hit=NC_014660_p140;locus_tag=SAMN00792015_a1_ct451_CDS_0212;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	129472	129792	11.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0213;transl_table=11;phrog=1256;top_hit=NC_025425_p94;locus_tag=SAMN00792015_a1_ct451_CDS_0213;function=DNA, RNA and nucleotide metabolism;product=valyl tRNA synthetase modifier
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	129792	130337	39.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0214;transl_table=11;phrog=600;top_hit=NC_029013_p55;locus_tag=SAMN00792015_a1_ct451_CDS_0214;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	130345	130803	55.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0215;transl_table=11;phrog=1323;top_hit=MF001355_p76;locus_tag=SAMN00792015_a1_ct451_CDS_0215;function=DNA, RNA and nucleotide metabolism;product=endoribonuclease
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	130867	131142	41.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0216;transl_table=11;phrog=717;top_hit=MF036690_p120;locus_tag=SAMN00792015_a1_ct451_CDS_0216;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	131142	131504	35.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0217;transl_table=11;phrog=1209;top_hit=KR233165_p16;locus_tag=SAMN00792015_a1_ct451_CDS_0217;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	131513	132004	63.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0218;transl_table=11;phrog=17468;top_hit=NC_031087_p122;locus_tag=SAMN00792015_a1_ct451_CDS_0218;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	131986	132294	24.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0219;transl_table=11;phrog=2049;top_hit=KR233165_p15;locus_tag=SAMN00792015_a1_ct451_CDS_0219;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	132294	132827	5.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0220;transl_table=11;phrog=1488;top_hit=KR233165_p14;locus_tag=SAMN00792015_a1_ct451_CDS_0220;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	132906	133274	40.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0221;transl_table=11;phrog=2667;top_hit=NC_026607_p129;locus_tag=SAMN00792015_a1_ct451_CDS_0221;function=head and packaging;product=internal head protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	133411	133890	67.9	-	0	ID=SAMN00792015_a1_ct451_CDS_0222;transl_table=11;phrog=3155;top_hit=KR233165_p13;locus_tag=SAMN00792015_a1_ct451_CDS_0222;function=head and packaging;product=internal virion protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	133891	134385	96.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0223;transl_table=11;phrog=33534;top_hit=p192930 VI_05576;locus_tag=SAMN00792015_a1_ct451_CDS_0223;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	134415	134723	15.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0224;transl_table=11;phrog=22510;top_hit=NC_031087_p127;locus_tag=SAMN00792015_a1_ct451_CDS_0224;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	134731	135177	24.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0225;transl_table=11;phrog=1185;top_hit=NC_015457_p124;locus_tag=SAMN00792015_a1_ct451_CDS_0225;function=other;product=nudix hydrolase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	135174	135410	31.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0226;transl_table=11;phrog=2900;top_hit=MF036690_p128;locus_tag=SAMN00792015_a1_ct451_CDS_0226;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	135410	135736	19.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0227;transl_table=11;phrog=9350;top_hit=MF036690_p129;locus_tag=SAMN00792015_a1_ct451_CDS_0227;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	135733	136029	6.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0228;transl_table=11;phrog=21248;top_hit=MG751100_p115;locus_tag=SAMN00792015_a1_ct451_CDS_0228;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	136026	136388	19.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0229;transl_table=11;phrog=2604;top_hit=NC_028925_p144;locus_tag=SAMN00792015_a1_ct451_CDS_0229;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	136385	136945	31.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0230;transl_table=11;phrog=13418;top_hit=NC_028686_p120;locus_tag=SAMN00792015_a1_ct451_CDS_0230;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	137015	137608	86.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0231;transl_table=11;phrog=1203;top_hit=MG428991_p175;locus_tag=SAMN00792015_a1_ct451_CDS_0231;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	137638	137865	37.7	-	0	ID=SAMN00792015_a1_ct451_CDS_0232;transl_table=11;phrog=18841;top_hit=KY000080_p165;locus_tag=SAMN00792015_a1_ct451_CDS_0232;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	137852	138115	42.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0233;transl_table=11;phrog=13919;top_hit=NC_028683_p145;locus_tag=SAMN00792015_a1_ct451_CDS_0233;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	138134	138424	46.8	-	0	ID=SAMN00792015_a1_ct451_CDS_0234;transl_table=11;phrog=3720;top_hit=MF957259_p119;locus_tag=SAMN00792015_a1_ct451_CDS_0234;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	138869	138941	78.1	-	.	ID=SAMN00792015_a1_ct451_tRNA_0001;transl_table=11;trna=tRNA-Thr(TGT);isotype=Thr;anticodon=TGT;locus_tag=SAMN00792015_a1_ct451_tRNA_0001
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	139045	139126	60.9	-	.	ID=SAMN00792015_a1_ct451_tRNA_0002;transl_table=11;trna=tRNA-Leu(TAA);isotype=Leu;anticodon=TAA;locus_tag=SAMN00792015_a1_ct451_tRNA_0002
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	139134	139207	80.1	-	.	ID=SAMN00792015_a1_ct451_tRNA_0003;transl_table=11;trna=tRNA-Arg(TCT);isotype=Arg;anticodon=TCT;locus_tag=SAMN00792015_a1_ct451_tRNA_0003
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	139350	139799	25.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0235;transl_table=11;phrog=652;top_hit=MF893340_p127;locus_tag=SAMN00792015_a1_ct451_CDS_0235;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	139800	140357	79.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0236;transl_table=11;phrog=2290;top_hit=KY000080_p169;locus_tag=SAMN00792015_a1_ct451_CDS_0236;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	140357	140536	3.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0237;transl_table=11;phrog=31031;top_hit=MG751100_p125;locus_tag=SAMN00792015_a1_ct451_CDS_0237;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	140557	140630	54.6	-	.	ID=SAMN00792015_a1_ct451_tRNA_0004;transl_table=11;trna=tRNA-Met(CAT);isotype=Met;anticodon=CAT;locus_tag=SAMN00792015_a1_ct451_tRNA_0004
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	140709	140933	33.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0238;transl_table=11;phrog=5980;top_hit=KY000080_p171;locus_tag=SAMN00792015_a1_ct451_CDS_0238;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	140988	141221	31.0	-	0	ID=SAMN00792015_a1_ct451_CDS_0239;transl_table=11;phrog=3358;top_hit=KY000080_p172;locus_tag=SAMN00792015_a1_ct451_CDS_0239;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	141205	141573	45.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0240;transl_table=11;phrog=3355;top_hit=KY000080_p173;locus_tag=SAMN00792015_a1_ct451_CDS_0240;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	141901	141974	66.2	-	.	ID=SAMN00792015_a1_ct451_tRNA_0005;transl_table=11;trna=tRNA-Pro(TGG);isotype=Pro;anticodon=TGG;locus_tag=SAMN00792015_a1_ct451_tRNA_0005
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	141980	142054	53.1	-	.	ID=SAMN00792015_a1_ct451_tRNA_0006;transl_table=11;trna=tRNA-Gly(TCC);isotype=Gly;anticodon=TCC;locus_tag=SAMN00792015_a1_ct451_tRNA_0006
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	142063	142134	50.2	-	.	ID=SAMN00792015_a1_ct451_tRNA_0007;transl_table=11;trna=tRNA-Trp(CCA);isotype=Trp;anticodon=CCA;locus_tag=SAMN00792015_a1_ct451_tRNA_0007
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	142144	142216	65.8	-	.	ID=SAMN00792015_a1_ct451_tRNA_0008;transl_table=11;trna=tRNA-Ile(GAT);isotype=Ile;anticodon=GAT;locus_tag=SAMN00792015_a1_ct451_tRNA_0008
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	pseudogene	142286	142367	31.5	-	.	ID=SAMN00792015_a1_ct451_tRNA_0009;transl_table=11;trna=tRNA-Ser(TGA);isotype=Ser;anticodon=TGA;locus_tag=SAMN00792015_a1_ct451_tRNA_0009
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	142464	142539	66.9	-	.	ID=SAMN00792015_a1_ct451_tRNA_0010;transl_table=11;trna=tRNA-His(GTG);isotype=His;anticodon=GTG;locus_tag=SAMN00792015_a1_ct451_tRNA_0010
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	142639	142710	51.0	-	.	ID=SAMN00792015_a1_ct451_tRNA_0011;transl_table=11;trna=tRNA-Gln(TTG);isotype=Gln;anticodon=TTG;locus_tag=SAMN00792015_a1_ct451_tRNA_0011
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	142715	142792	47.5	-	.	ID=SAMN00792015_a1_ct451_tRNA_0012;transl_table=11;trna=tRNA-Met(CAT);isotype=Met;anticodon=CAT;locus_tag=SAMN00792015_a1_ct451_tRNA_0012
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	142957	143029	57.2	-	.	ID=SAMN00792015_a1_ct451_tRNA_0013;transl_table=11;trna=tRNA-Asp(GTC);isotype=Asp;anticodon=GTC;locus_tag=SAMN00792015_a1_ct451_tRNA_0013
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	143286	143367	52.1	-	.	ID=SAMN00792015_a1_ct451_tRNA_0014;transl_table=11;trna=tRNA-Asn(GTT);isotype=Asn;anticodon=GTT;locus_tag=SAMN00792015_a1_ct451_tRNA_0014
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	143376	143449	73.9	-	.	ID=SAMN00792015_a1_ct451_tRNA_0015;transl_table=11;trna=tRNA-Lys(TTT);isotype=Lys;anticodon=TTT;locus_tag=SAMN00792015_a1_ct451_tRNA_0015
SAMN00792015_a1_ct451	tRNAscan-SE_2.0.12	tRNA	143459	143542	46.5	-	.	ID=SAMN00792015_a1_ct451_tRNA_0016;transl_table=11;trna=tRNA-Tyr(GTA);isotype=Tyr;anticodon=GTA;locus_tag=SAMN00792015_a1_ct451_tRNA_0016
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	143625	143975	21.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0241;transl_table=11;phrog=8247;top_hit=NC_031087_p149;locus_tag=SAMN00792015_a1_ct451_CDS_0241;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	143992	144177	2.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0242;transl_table=11;phrog=1411;top_hit=NC_028672_p21;locus_tag=SAMN00792015_a1_ct451_CDS_0242;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	144177	144356	4.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0243;transl_table=11;phrog=7300;top_hit=NC_026607_p126;locus_tag=SAMN00792015_a1_ct451_CDS_0243;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	144343	144522	6.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0244;transl_table=11;phrog=1692;top_hit=NC_031011_p233;locus_tag=SAMN00792015_a1_ct451_CDS_0244;function=unknown function;product=unknown function
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	144583	144807	35.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0245;transl_table=11;phrog=8765;top_hit=KY979109_p10;locus_tag=SAMN00792015_a1_ct451_CDS_0245;function=head and packaging;product=internal virion protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	144894	145349	31.4	-	0	ID=SAMN00792015_a1_ct451_CDS_0246;transl_table=11;phrog=755;top_hit=NC_016571_p61;locus_tag=SAMN00792015_a1_ct451_CDS_0246;function=DNA, RNA and nucleotide metabolism;product=RNA ligase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	145349	145585	45.1	-	0	ID=SAMN00792015_a1_ct451_CDS_0247;transl_table=11;phrog=1002;top_hit=NC_025425_p129;locus_tag=SAMN00792015_a1_ct451_CDS_0247;function=tail;product=tail fiber chaperone
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	145582	146319	95.3	-	0	ID=SAMN00792015_a1_ct451_CDS_0248;transl_table=11;phrog=139;top_hit=KX507046_p83;locus_tag=SAMN00792015_a1_ct451_CDS_0248;function=other;product=deoxynucleoside monophosphate kinase
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	146324	146926	52.2	-	0	ID=SAMN00792015_a1_ct451_CDS_0249;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=SAMN00792015_a1_ct451_CDS_0249;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	146926	147753	91.6	-	0	ID=SAMN00792015_a1_ct451_CDS_0250;transl_table=11;phrog=429;top_hit=NC_015251_p115;locus_tag=SAMN00792015_a1_ct451_CDS_0250;function=DNA, RNA and nucleotide metabolism;product=DNA end protector
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	147753	148202	47.5	-	0	ID=SAMN00792015_a1_ct451_CDS_0251;transl_table=11;phrog=14892;top_hit=NC_028820_p147;locus_tag=SAMN00792015_a1_ct451_CDS_0251;function=connector;product=head closure
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	148252	148890	76.8	+	0	ID=SAMN00792015_a1_ct451_CDS_0252;transl_table=11;phrog=232;top_hit=NC_027132_p2;locus_tag=SAMN00792015_a1_ct451_CDS_0252;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	148887	150617	262.7	+	0	ID=SAMN00792015_a1_ct451_CDS_0253;transl_table=11;phrog=430;top_hit=KY979132_p49;locus_tag=SAMN00792015_a1_ct451_CDS_0253;function=tail;product=baseplate hub subunit and tail lysozyme
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	150620	151123	43.5	+	0	ID=SAMN00792015_a1_ct451_CDS_0254;transl_table=11;phrog=1168;top_hit=NC_005083_p334;locus_tag=SAMN00792015_a1_ct451_CDS_0254;function=unknown function;product=hypothetical protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	151124	151417	15.7	+	0	ID=SAMN00792015_a1_ct451_CDS_0255;transl_table=11;phrog=281;top_hit=NC_027331_p171;locus_tag=SAMN00792015_a1_ct451_CDS_0255;function=moron, auxiliary metabolic gene and host takeover;product=PAAR motif of membran proteins
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	151417	153384	239.6	+	0	ID=SAMN00792015_a1_ct451_CDS_0256;transl_table=11;phrog=219;top_hit=KU686208_p78;locus_tag=SAMN00792015_a1_ct451_CDS_0256;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	153381	156479	331.9	+	0	ID=SAMN00792015_a1_ct451_CDS_0257;transl_table=11;phrog=964;top_hit=NC_029013_p5;locus_tag=SAMN00792015_a1_ct451_CDS_0257;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	156472	157497	103.9	+	0	ID=SAMN00792015_a1_ct451_CDS_0258;transl_table=11;phrog=977;top_hit=NC_025414_p202;locus_tag=SAMN00792015_a1_ct451_CDS_0258;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	157565	158476	103.6	+	0	ID=SAMN00792015_a1_ct451_CDS_0259;transl_table=11;phrog=967;top_hit=NC_023568_p198;locus_tag=SAMN00792015_a1_ct451_CDS_0259;function=tail;product=baseplate wedge tail fiber protein connector
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	158476	160299	246.8	+	0	ID=SAMN00792015_a1_ct451_CDS_0260;transl_table=11;phrog=958;top_hit=MF479730_p1;locus_tag=SAMN00792015_a1_ct451_CDS_0260;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	160301	160972	77.4	+	0	ID=SAMN00792015_a1_ct451_CDS_0261;transl_table=11;phrog=963;top_hit=KY290955_p95;locus_tag=SAMN00792015_a1_ct451_CDS_0261;function=tail;product=baseplate wedge subunit
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	160972	162318	166.0	+	0	ID=SAMN00792015_a1_ct451_CDS_0262;transl_table=11;phrog=910;top_hit=NC_031020_p154;locus_tag=SAMN00792015_a1_ct451_CDS_0262;function=tail;product=tail collar fiber protein
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	162327	164093	266.3	+	0	ID=SAMN00792015_a1_ct451_CDS_0263;transl_table=11;phrog=1056;top_hit=NC_019398_p200;locus_tag=SAMN00792015_a1_ct451_CDS_0263;function=tail;product=fibritin neck whisker
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	164150	165091	132.1	+	0	ID=SAMN00792015_a1_ct451_CDS_0264;transl_table=11;phrog=211;top_hit=FR823450_p149;locus_tag=SAMN00792015_a1_ct451_CDS_0264;function=connector;product=head-tail adaptor Ad2
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	165095	165871	81.5	+	0	ID=SAMN00792015_a1_ct451_CDS_0265;transl_table=11;phrog=679;top_hit=FR823450_p102;locus_tag=SAMN00792015_a1_ct451_CDS_0265;function=connector;product=head closure Hc2
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	165913	166737	80.3	+	0	ID=SAMN00792015_a1_ct451_CDS_0266;transl_table=11;phrog=227;top_hit=NC_020845_p15;locus_tag=SAMN00792015_a1_ct451_CDS_0266;function=tail;product=tail sheath stabilizer
SAMN00792015_a1_ct451	Pyrodigal-gv_0.3.2	CDS	166734	167219	87.9	+	0	ID=SAMN00792015_a1_ct451_CDS_0267;transl_table=11;phrog=735;top_hit=MF327009_p19;locus_tag=SAMN00792015_a1_ct451_CDS_0267;function=head and packaging;product=terminase small subunit
##FASTA
>SAMN00792015_a1_ct451 rotated=True rotated_gene=terL
ATGGAACAGACTCAACCGTTTAACGTTCTGAGCGATGCCCATCCTTTAAATGACGGGAAA
CTGACGGTTATTCGTCACCCGTCTGAAATGGAAACGAAAATTGAAAACGGAGTTCGTTTC
TTTAAATCGCAATGGGATGATAAGTGGTATCCTGAGAAGTTTGAAGACTATCTTAAGTTG
CATGGGATAGTTAAAATTCGCCTGCAAGGTGAAGACCCAGCGCATTTTCAAACGTTTAAG
GATAAAAATAATAAGCGCACTCGTTATATGGGATTGCCTAACCTTAAACGAGCAAACATT
AAAATGCAACTAACCCGTGAAATAGTTGCAGAATGGAAGAAATGCCGAGACGATATTGTG
TACTTCGCAGAGACCTACTGTGCAATTACACATATTGACTATGGTACTATCAAAGTCCAG
CTCCGTGATTACCAGAGGGACATGCTGGAAATCATGGCGGCTAAACGTATGACTTGTTGT
AACCTTAGTCGTCAGCTTGGTAAAACAACTGTAGTAGCAATCTTCCTTGCGCACTTCGTG
TGTTTTAATAAGGATAAAGCAGTAGGTATTCTTGCACATAAAGGCTCAATGTCTGCGGAA
GTTCTCGACCGTACTAAGCAAGCAATTGAATTACTTCCTGACTTTCTTCAGCCTGGTATT
GTTGAATGGAACAAAGGCTCAATCGAATTAGATAATGGCTCATCTATTGGGGCATACGCT
TCGAGTCCTGATGCCGTTCGTGGTAACTCATTTGCAATGATTTACATTGACGAATGTGCG
TTTATTCCAAACTTCATCGATGCATGGCTTGCTATCCAACCTGTTATTTCATCGGGTCGT
CGTTCTAAAATTATTATCACGACTACACCGAGTGGATTAAACCACTTTTATGATATTTGG
ACTGCAGCTGTTGAAGGTAAATCCGGCTTTACTCCTTATACTGCAATTTGGAACTCGGTT
AAAGAACGTCTATATAACGACGAAGATATGTTTGATGATGGGTGGCAATGGTCACTTCAA
ACTATCAGTGCTTCTTCTCTTGAACAGTTTAAACAAGAGCACTGTGCGGAATTTCATGGC
ACATCCGGTACTCTCATTTCCGGTATGAAACTTGCCAATATGGATTGGATTGAAGTTACT
CCTGACTCGCACGGGTTTTATAAATTTAAAGAAGCGGAAGCAGACCACAAATATATTGCA
ACTCTTGACTCTGCTGAAGGACGCGGTCAGGATTACCATGCACTAAATATTATTGACGTG
ACTACATCTGAATGGGAACAAGTTGGAGTATTACATTCTAATACAATTTCTCACTTAATC
CTCCCGGATATAGTTATTAAATATCTAATGGAGTACAACGAAGCTCCGATCTATATAGAA
CTTAACTCTACAGGTGTTTCTGTGGCGAAGAGTCTTTATATGGATTTAGAATATGAGAAT
GTCATTTGCGATTCAATGGTTGACTTAGGAATGAAGCAGACGAAAAGGTCAAAGGCCGTC
GGATGTTCTGCACTAAAAGACCTTATTGAAAAAGATAAACTCATTATTCATCATCGTGCT
ACTGTTCAAGAATTTCGTACTTTCTCTGAGAAAGGAGTGTCATGGGCAGCAGAAGATGGA
TATCATGACGATTTAATTATGTCACTCGTAATTTTCGCATGGTTAACAACACAGCAAAAA
TTTGCTGATTTCGTGGATAAAGATGAAATGCGATTAGCATCTGAAGTTTTTAAACGCGAA
TTAGAAGATATGAACGACGATTACGCTCCTGTAGTGTTCGTTGACGCCGTGAATAGCGCA
GAATATGCGCCTCAAGAACATGGTCTTTCATTTGTATAAATAATAAAAAGCAAACAACAT
TGAGGATATATCATGCCTTTAGTCTCTCCTGGAATTGAGCTCAAAGAAACGAGCGTACAG
AGCACGGTAGTACTTAACGCTACAGGTCGTGCCGCAATTGTCGGGAAGTTCCAATGGGGT
CCTGCATATCAAGTTACCCAAATCACTAACGAAGTTGAACTGGTTGATATGTTTGGTGGT
CCTAATAACCAAACTGCTGATTACTTTATGTCAGCAATGAACTTTCTGCAATATGGTAAT
GATCTACGCACCGTCCGTGTAGTTAACCGTGAAGCTGCTAAAAACGCATCTCCACTGGTT
GATAATATTGAGTGGGAAATCACGACAGCTGGTAGTAACTATGAAGTTGGTGATAAAATT
ACGGTTAAATATGCAGACCAAACCGTAGATGACACTGGTTCAGTTACTGAAGTAGATAGT
GACGGAAAAATTAAGTCGGTGTTCATTCCGACTTCGAAGATTATTGCATATGCAAAAAGC
ATTAATCAGTACCCAGATTTAGGGTCTTCGTGGACAACTACTATTACTTCACAGAGTTCT
GGTGTTTCCGCTGTTATTACTCTGGGCAAAATTATTTCTGATTCAACAGTTCTGTTAACT
GAACCTGAAACTGCTCATGAAGAAATGACCAAAACCGAATTCCAGACTGCTCTTGCTAAG
TATAAAATGCCTGGAATTGTAGCTGCGTATCCTGGCGAGCTCGGAAACCAACTGGAAATT
GAAATTGTATCAAAAGCCGCTTTTGATAAAGGCGAACAACTGACGATTTATCCGAGTGGT
GGACAACGTGCATCAACCGCAAAAGCCGTATTTGGATATGGTCCTCAGACCGATACTCAG
TACGCTATCATTGTTCGTAGAGATGGCGCGGTAGTTGAATCAACTGTGTTATCAACAAGT
CGTCAAGATAAAGACATCTACGGAAATAACATCTTTATGGACGATTATTTCTCCAAGGGT
TCTTCACGCTATATATTTGCCACTGCGCAAGGATGGCCTGAAGGCTTTGCTGGCGTTATT
CGTCTGGGTGGTGGGGTTTCAGCTAATGAATCAGTTACGGCTGGCGATTTAATTCAAGGC
TGGGATTTATTTGGTGACCGTGAAGCACTGCGGGTAAACCTTCTGATTGCTGGTGCTTGT
GCTGGTGAAACGGATGAAATCGCAAGTACAGTGCAAAAACATGTGTCGTCTATTGCAGAT
GAACGTCAAGATTGTTTAGCACTCATTTCACCACCAAGGTCAACGATTGTAAATATTCCT
CTGACCCGTGCTGTTGATAATTTAATTGATTGGCGTCAAGGTGAAGGAAGCTACGACTCT
GCAAACATGAACATCAATACTACGTACGCAGCAATTGATGGCAACTATAAATATCAGTAT
GATAAATATAACGACGTAAACCGTTGGGTTCCGTTAGCTGCTGATATTGCAGGCCTGTGT
GCTCGTACAGATGATGTTGCTCAACCTTGGATGTCACCGGCTGGTTATCGTCGTGGTCAG
ATTCTGAACTGCATTAAACTTGCGATTGAACCTCGTCAAGCACATCGTGACCGTATGTAT
CAAGCAGGTATTAACCCGGTAACGGGTCAAGGTACCGGTGATGGTTTCATTCTGTTTGGT
GATAAGACTGCAACTACTGTTCCAACGCCGTTTGACCGAATTAACGTTCGTCGTCTGTTT
AACATGCTGAAGAACAATATCGGTGATTCTTCTAAGTGGCAGCTGTTCGAGTTAAACGAT
AACTTTACCCGTTCTTCTTTCCGTATGGAAACAAGCCAATACTTGGCGGGTATTAAAGCT
CTGGGTGGTGTATATGACTTCCGAGTTGTATGTGATACCACGAACAACACCCCTGCTGTT
ATCGATCGCAACGAGTTTGTAGCGAGCTTCTACATCAAGCCGGCACGTTCAATTAACTAC
ATCACTCTGAACTTCGTTGCTACGGCAACTGGTGCAGATTTCGATGAGTTAATCGGACCA
CAGTAATATGAACCCCAGGACATTCTGGGGTCATCTAACCTTTAGATGATAAATTATATT
ACCGCACACTTTAATAGCCTCTACGATGATGTAGTCAATCGAGAGGCTATATAAATATCT
ATAGGAAACAACGATGGAATTAACAGACATCACCCGTGCGTTTGAATCTGGTGACTTTGC
ACGTCCTAACCTGTTTGAGGTAGAAATTCCTTATCTGGGTCGTAACTTCAGTTTCAAATG
TAAAGCAGCACCGATGCCGGCAGGTATCGTAGAAAAAGTTCCAGTTGGGTACATGAACCG
TAAGATTAACGTCGCTGGTGACCGTACTTATGACGACTGGACTGTTACCATCTATAACGA
TGATAAACATGAAGTACGTAAGGCAATTATTGCTTGGCAGGCTCAGGCCCACGCTCAAGG
CAATGATATCTCTGGTATGACTCCAGCTGATTACAAAAAAGTTGCTACTGTACGCCAGTT
TAGTCGTGATGGCAAAACTATCACAAATGAACACACCATTACTGGTCTGTGGCCAACTAA
CGTTGGTGAAGTACAGATGGACTGGGATTCGAATAATGAGGTAGAAACGTTCGAAACTAC
CTTTGCTATTGACTGGTGGGAATAATGTTATGGGGCTTCGGCCCCGTATCGAAGTTCTGT
GAGTTATTTGCTTAAATATCTGACAAAACTTCGATATAAATATACTTATAGATAATTTCG
GAGACTCCAATGGCCTTTCATATTTTGGACTTATTCGCTCCGTGGGAAAAACGCGACGAA
GCTGAATATAAGCAACAAATCAACAATGACCTAGAGTCAATCACTGCTCCAAAATTTGAT
GATGGAGCTCGTGAAGTTGAATCAAACGAAAACGAAATCCAGTACAATTCATTCAACCAA
ATGATGTTTGGTTCCAATGAACCTGGAATGAAAACAACCGCTGATTTAATCAACACTTAT
CGCAGTTTAATGAATAACTACGAAGTTGACAATGCTGTTGAAGAAATAGTTTCTGACGCG
GTTGTATACGAAGACGGTCACCCAGTAGTTTCTCTTGATTTAGATTCTACCGATTTCAGT
CAAGCAATTAAAGACCGTATTCTTGAAGAATTTAATACAGTTTTAACATGCCTTAATTTC
GAGAGAAAGGGCGCTGACCATTTCCGCCGTTGGTATGTTGACTCAAGAATATTCTTCCAT
AAAATCGTCAACACCAAGAAAATGAAAGACGGAATTCAGGAACTGAGACGTCTTGACCCG
CGCAACTTACAATTCATTCGCGAAATCGTTACTGCTGATGACGCTGGTACTAAAATCGTT
AAGGGGTACAAAGAGTATTTCATTTACGATACTGGCAAAGAAAGTTATTACGCAGATGGT
AGATTATATTCCGCCGGAACGAAAATTAAAATTCCACGCGATGCTATAGTATATGCACAT
TCTGGGCTAGTTGATTGCTCAGGTCAAAACATCATTGGTTATTTACACCGAGCCGTTAAA
CCTGCCAACCAGTTAAAGCTATTAGAAGATGCGTTGGTAATTTATCGTATTACTCGTGCT
CCTGACCGTCGTGTGTTTTACATCGACACTGGTAATATGCCTTCTCGTAAAGCGGCAGCA
CACATGCAGCATATTATGAACACGATGAAAAACCGTGTTGTATATGATGCGTCAACTGGT
AAGATTAAAAACCAACAGCATAATATGTCAATGACAGAAGACTATTGGTTGCAGCGTAGA
GATGGTAAAGCGGTTACTGAAGTAGATACTCTTCCTGGTATGTCCGGTATGAGTGATATG
GATGATGTCCGTTACTTTAGAACAGCATTATACATGGCATTGCGAGTTCCTCTTTCACGC
ATGCCGGATGCAAATAATCAAGGCGGTGTGCAGTTTGATGCTGGCACAACAATTACTCGT
GATGAACTTGATTTTGCCAAATTTATTCGTAGATTACAGCATAAATTCGAAGAGATTATG
CTTGATCCACTTCGCACTAATCTAATTCTTAAAAAAGTTTTGTCTAAAGATGAGTGGGAA
GACGAAATAAATAATATTAAGATTGTGTTCCATAAAGATTCATATTTCACCGAGTTGAAA
GATGCTGAAGTTATGGAGCGTAGAATCAATATGCTCACAATGGCTGAGCCGTTTATCGGC
AAGTATATTTCTCACAAGACAGCAATGAAAGATTTCCTTCAGATGTCTGATGAAGAAATT
GAACAAGAAGCCAAGCAAATTGAATTAGAGTCTAAAGAGGCTCGCTTCCAAGACCAAGAA
AATGAAGAGGATTTCTAATGGAAAATTATATTTCCGCAATTGAATCCAGAGACCTCGTAG
CAGCCAAAAAAGCTTTTGGTGCAATTATGGCTGAACGGACATCTGGTTTAATTGAAGAGC
GCAAAAAATTTATCGCAGCGTCTGTCATGATTGAGGGTGAAGAGCCCGTTGACGATGAAG
ATGAAGACGACGAAGATGAAGATAAGTCTGAGAAAGACGACGACGAAGAGGACGAGTAAT
GCTTATACTGCCTGAAAATCATGAATTAGTTATCGACGCTGTCGAAGCTTTTCTTCCTGA
AGCACAGGCACGTTTTGATAAGTTGTCCGCAGCGCTTTCTAAAGATGATATAAATAAAAT
TGTAGAGAACATGGTTACTTCTGAGCCTGATTTAGCAATTGCTTTAGGTTCAATTAACGA
ATCTCTACAATTAAATGAATTTATCGTTAAGCACGTTGATTCTAAAGGTACTATTACCCG
TACCAAAGATCGTAAAACACGTGAGCGTAACGCGTTTCAAACAACCGGACTTTCTAAAGC
TAAACGCCGCCAAATCGCGCGTAAAGCAGTAAAATCAAAACGTGCTAATCCATCGGCTCA
AACTCGTGGATTACGTAAACGTAAGAAAGCACTTAAACGCCGTCAGGCTCTGGGGCTAAG
TTAATGGAAAACCTCAATGAACAACTTTTAATTGAGCATTGGGGTCAACCGGGCGATGTA
ATTGATGGTAAACCCATGCTGGAATCTATTATCGTTGAAGGCGAAAATGAATCTGGCTTA
AAACCTGGTCTGTATATCGAAGGTGTTTTTATGCAGGCAGAAGTAGTAAACCGTAATAAA
CGTCTTTATCCAAAACGCATTCTTGAGACTGCGGTAAGCCGTTATATTAAGGAACAGGTT
GCTACTCGTCAGGCTCTAGGAGAATTAAACCATCCACCTCGTGCAAATGTTGACCCGATG
CAAGCCGCAATCATTATTGAAGATATGTGGTGGAAAGGCAACGATGTTTATGGGCGAGCA
AGAATCATCGAAGGAGACCACGGTCCAGGTGATAAATTAGCCGCTAACATTCGTGCTGGT
TGGATTCCTGGTGTATCAAGTCGTGGACTTGGTTCTTTGAAAGACTCAGGAAAAGGATAT
AACATCGTACAAGAAGGCTTTCGCCTGACTGTTGGTGTAGACGCAGTTTGGGGTCCTAGT
GCTCCGGATGCATGGGTACAACCGAAACAAATTTCGGAAAATACCTCGGCACAAGTTGCC
AATAGTGCTGATGATGCTTTTATGGCTCTCGCAGAGAAGTTAAAAGCGTTATAAATAATT
ATGTAACTTAACACAGGACATCAAAAATGCTTAAAGAACTTTTAATGACCGAAGCTAAAA
CTATCGATGCTTCCGTCGCTCTTGACAGTATTTTCGAATCAGTTCAGCTTTCTCCGGAAG
CTAAAGCTAACTTCAGCACTGTATTCGAAGCAACAGTCAAAAAACACGCCGTAGCTCTGG
CAGAATCTCATATTGAAAAGATTGCTGAGAAAGCAGAAGAAAAAGTTGAAGAAGAAAAAG
AAAAAGCTAAAGAAGAAGCTCGCGAAGAGCTGAAAGAAGCTGCTTCTAAATACTTTGACC
ATATCGCTGCCGAATGGATGGCGGAAAATCAGCTGGCGGTTGACCGCGGTATTAAGGCTG
AACTGTTTGAATCCATGTTTAGCGGTATGAAAGAACTGTTTGTTGAGCACAATGTTGTAA
TTCCTGAAGAATCAGTAGACGTAGTCGCTGAAATGGAAGAAGAACTTGCTGAGCAAAAAG
AAGAAACTGCTCGTTTATTTGAAGAAGTTTCTAAGCGTGATGCTTATATCAATTACACCC
AACGCGAGTATGCTATTCAAGAAGCAACCCGTGAATTGACTGATACTCAAAAAGAGAAAG
TAGTTTCTCTGACAGAGGGTATGGATTATTCTGACTCGTTTTCAACTAAGCTGAAAGCTA
TTGTTGAAATGGTGCAGGGTTCTGTAGAGCAGTCTGTAACGGAATCTGCCGATATAAATA
CTATCGACAAAGAAGCAGACGGTTTAAACTTCACAACTGAAGCAGTCGAAGAAACTCCTG
CGACTAAAACCCCATCCGTTATGGATGCTTATGTAGCCCAAGCGGCTCGTCTTTCTTAAT
TTAAAAGGTTATACAACACATGAAAAAGAATAAACTTATCGAAAAATGGCAGCCGCTGCT
TGAGAACGAAGCTCTGCCGGAAATTGTTGGCGCTAGCAAAAAAGCTCTGATCGCTAAGAT
TTTTGAAAACCAGGAAGCTGATATTAATCAGGCTCCGGAATACCGCGATGAAAAAATCGC
TGAAGCATTTGGTTCTTTCCTGTCTGAAGCAGAAATTGGCGGTGACCACGGTTATGATGC
ACAGAACATCGCAGCTGGTCAGACCTCTGGTGCTGTAACCCAGATTGGACCGGCAGTTAT
GGGTATGGTTCGTCGTGCTATCCCTAACCTGATTGCTTTCGATATCTGTGGTGTACAGCC
GATGTCTAACCCAACCGGTCAGGTATTCGCTCTCCGCGCTGTTTACGGCAAAGACCCGCT
GGCTGCTGGTGCTAAAGAAGCTTTCCATCCGATGTACGCTCCGGATGCAATGTTCTCTGG
TCAGGGTGCAACCGAGAAATTTGAAGCAGTTAAAGCTGGTGCTTCTCTGGATGTTGGTGA
TATCGTAGTTCATGATTTCGCACAGACTGGTCGTGCTCACCTGCAGGTTGTAACAGCCTT
TACAGTTGATGCTGCTGCTACTGATGCTGCTAAACTGGATGCTGAAGTCACTAAGCGTCT
GGAAGCTGGCGAAGTAGTTGAAATCGCCGAAGGTATGGCTACTTCCGTTGCTGAACTGCA
AGAAGCATTTAACGGTTCTAAAGATAACCCGTGGAATGAAATGGGCTTCCGTATCGATAA
ACAAACTATCGAAGCGAAATCTCGTCAGCTGAAAGCACAGTATTCAATCGAACTGGCTCA
GGACCTCCGCGCTGTTCACGGTATGGACGCTGATGCTGAACTGAGTTCAATCCTGGCTAC
TGAAATTATGCTGGAAATCAACCGTGAAGTTGTTGACTGGATTAACTACTCCGCTCAGGT
TGGTAAATCTGGTATGACCCAGACTATTGGTTCTAAAGCCGGTGTATTCGACTTCCAAGA
CCCGATTGATATCCGCGGTGCTCGTTGGGCAGGTGAAAGCTTTAAAGCTCTGCTGTTCCA
GATTGACAAAGAATCCGCTGAAATCGCTCGTCAGACCGGTCGCGGTGAAGGTAACTTCAT
TATCGCTTCCCGTAACGTAGTTAACGTACTGGCAGCTGTTGATACTAACGTATCTCCGGC
AGCTCAGGGTCTGGGTCGTGGTTATAACACCGACACCACTAAAGCAGTATTTGCTGGTGT
TCTGGGTGGTCGCTACCGTGTATACATCGACCAGTATGCTCGTCAGGATTACTTCACCAT
CGGTTATAAAGGTGCTAACGAAATGGATGCTGGTATCTACTATGCTCCGTATGTTGCACT
GACCCCGCTGCGTGGTTCCGATCCGAAGAACTTCCAACCGGTCATGGGGTTCAAAACCCG
TTACGGTATCGGTATTAACCCGTTCGCCGATTCTGCTGCTCAACAGCCGAAAGGTCGTAT
TACCTCTGGTATGCCTTCTATCGTCAACTCTGTTGGTAAGAATGCTTACTTCCGTCGTGT
ATGGGTTAAAGGTATCTAATACCAATAAGGGAGCCTTCGGGCTCCCTTTAGTTGTTTTAA
TGGATATAAATAAACTTATAAATCCACAGAGGAAAGCGCAATGGCTAAAATCAACGAACT
TCTGCGCGAGTCAACTACAACGAGTAGCAACTTAATTGGTCGCCCTAATCTCGTTGCATT
AACGCGCGCAACCACTAAATTAATCTATACTGACCTCGTTGCTACACAGCGTACTAAACA
GCCTGTAGCAGCACTGTATGGTATTAAATATCTTAACCCAAATGGTGATTTGACATTTGC
AACAGGTGCAACCTATGCAGGTCAAATCGGTGCCCCGGAACGTGAGTCAATTGAAGAACT
CACTATGGCGAATAAAGATTCTTTTAATAAAGATGACATGTTTAAGTACCAGAACGTAGT
CTTTAAAGTGCTTAAAGACGGGCCGTTTACTGGTACAGCTGAAACCGACGAATTTGGAAT
TGTATCTGAAGCAGTAGCAGCTAATAATATTCGTATGGTGTCAGATGCTGCAGTCACTGA
AAAATTCGAAGGACCTGATTCAGACCCAATCACCGAAGCCAGTTTTAAAATTGATAAATG
GCAAACAGCTGTTAAATCGCGTAAGCTTAAAACGGATTTAACTGTAGAATTAGCTCAAGA
CTTAGAAGCTAACGGGTTCGATGCTCCAGAGCTTATTGATGATTTACTTGCTACTGAAAT
GGCAGAAGACATTAATAAAGACATCCTGCAATCATTGATTACGGTTTCTTCTCGGTTTAA
AGTAACTGGTGTATCCGATAAAGGTGTATTAGATTTAACTAAGCAGGATTCTGCTCCGGA
ACAAGGTCGTACTCTGTATCGTTTCATTTGTGAAATGAATTCAGCAGTTCAACGTAATAC
TTCTTATTCTGGTACCTATGCAGTAGCATCTACTCGTTGCGCAGCGGTGCTGGCAGCTTC
TGGTTGGTTAATGCAGAAGAACGATGGGACTATTCCAGAAAACGCATATGGCATTCTGAA
TAACGGCCTTCCACTGTATTGTGATACTAACAGTCCGATTGATTACGTTATTGTTGGTGT
TAAGGCAGAATTTGGTGGGAAGGAAACTGTAGGTTCATTATTCTATGCGCCGTATACCGA
AGGTCTTGATTTAGACGACCCTGAGCATGTTGGTGCATTTAAAGTTATTGTTGACCCAGC
TAGCTTGCAGCCTTCTGTAGCTTTACTGGTTCGTTACGCGCTGTCGGTTAACCCATATAC
TGTAGGATTGGACGAGGACGAAGCTCGTGTGATTAATGCTGCGGATATGGATAAGATGGC
AGGAAGAAGTCAGATGTCTGTTATGCTCGGTGTTAAGTTACCTAAGCTGATTGCGGACTA
ATTTATGGGAGCCTTCGGGCTCCCCTTTTTTGCTATAAACTAAATATGTCAAACCTCGGG
GAGTATTCCTCCTCGAGGGATTTAAACACTTTCTTATCATATAGATTAACACATTCTATC
CCGTGCCTGCGAGCTATATCAACAGCTACTCTCGTCCCTCCAGATACACTCCCGCATCTT
TTCTCAGGCGCCCAATATAATACCTTATCTACAGGCTCAGTGCATTCTAGGCCCAATACC
TGCATAGAATTCCGTGCAAATAATGTCTGCACTATTTTCGAGCATTCGTCCCAGTACGAC
GTAACTTCTCTCGCCTTAATGATGCTTTTGATTTTGGCTTCGTTTGATAATTCAGACCAT
ACAACAACACCTGTACCAGGAACATGGCCACAAAAGCCAGAATAAGGAATAATCCTACAA
GAATTTGACCTATCGTATTTCGCCAACCACGCTTCATCTGAACCCGGAGCTCCACCTGAA
TATGAAAAATGCCCCTCTTCCGAGAGGCGTTGACCTATTGTAGTCATTAGACTCAGAACT
CTGCGTGGCGCTTCTCGTGAACCAATAAGCGCCAATCTCATTATTCTAAAACCTCATGCC
ATTTACTACGAATAGTGTTTTGAATTAAAGTAGTGATTTCTTTCTTAATAGCAGAAGGGT
TATCAGCGAATAGCATATCATGACCTTCACGAGCTGCTTCGTTAATGATATCTTTCATAG
TCAGACCCATAACACGACCGAAATCTTTAGCTGTTACAGTACCAATATGAGACAGAACGT
TACTTACCCGGTTCCAGGTTACATATTCGGAAAAGATTTCCAGAACACGCTTATCATTCT
CGGTGAGTTCAACCTTCGCTTTAATAGGCTTATCGGATTTAGCCTTCTCGCTGAACTTAG
AGTTCTTACACTTAATAGCAACACGAGTACCATTATTGAAGAACTTAGGATGAACCGGCT
TAAGAACATAGCCTTCAGCTACGCCAGTTTCAGAAGAAGCCTGTGGACCGAACACATGTT
TATTTGCATGTTCAAGGTCAGTCGTGTCAACAAGCTCATTATAGTAATTGACAATAGATT
TAAAGTCATTCACATACTGAGACAACTCGGCAAATGAACCTCGACCAAGAAGTGGAGCCA
ATTTAAGACCAAGACCAGTAGCAAACGATTCTACTACATAATCGTCCCAATAAACTTTTT
CGTTACCGGAATCCGACAGGATATCAAATACGTAGAAATCTTTCTCACCATAATCTACGC
CTTTCTGAATACCACCGCCAGCAAATTCGCCGAAGATTTGAACAGATACTAAATCCATGG
CGTTCAGCATGTTCTGCATCTTAACGAAAGAATCCTTATACTTCTTCATGATAATATCAT
GACCAAAGAAACTTTCACTTTCTAAAATAGGTCCAGTACGCTTAGCCGGAACGATTTCGG
TAGGAGTAATAATCACACTAAAGTTAGTGCCATGAATCTTCTCACGAGCCACCCACTCAA
CAGTATGCATATCAAAACCAGCACCACGAATCTTCTCGATGAACTTACCGTTGTAATGAT
TCTCAAGACTAGAATATTTTGCAAACATTATAATTTCCTTAGAATGTGATTTTCATAAAG
TCAGTATCACCGTTACGCTGGGAACTGGTATAATTTGTAACAAATCCTTCATCATGCAAA
TAATTAAGAACACTTGTAATGTGTTTCTTAACTAGACTACTTGGATACATAATTAGCTCA
CGCTTACCCGCTAAAGCGGTTTTCTCAATCTGAGTTAATACTTCTTCTTTTGCTGCTGAT
AATTCTTCTGTGGCTACGTTAATAGCAGTATTAGCCATTCTATCGGCAAGGTTCATAATT
TTTCTCTCAATAAATAAAATAAAACCAGGAGTCCATCTATTTTGGACAAGGGTAATGGTA
TCAGAGGATTTCCCCTGAGCCCATTATACCACATCGATTTTTAAAGCAATTAATATCCGC
TTGGAACAAAGCGATACATTAATTTGTCATGTTTATTTCGCATGATTTCAAACTGGTTTT
TAGGTCCAACTTCTAATACTAACGGAACATTTACATCCATTAGCATCCAATCAATTTTTC
CATACCGTTCTTTAATCAAATCTGAGATTTTGCGTGCGCCATTTTTATAATAAGTGCTAT
CGAATATTCGAGCCATCATATTATCAACAAATCTTGATGCAGAACGCCAATCATTAATAT
TGCTCGCCGCAGGAGCAAACTTGCGCTCTAGGAACATCTCAAGTTTCTCTTCTACCTTTT
TATCTACTTTAGACATTATAAAGTCCTCATGTGTTTAACAAGTTTCTTATGACGAGATTT
TATATCAACGTTTGTTAAGCGTTTTCGATATACAACTTTCTCTTTTTGTTTAAACCGCTC
ATGTGCTTTCTCAACAGAGACCCACAGCTTAGCGGCTTCGGCTGGAGTGATATCTAACGC
TCTTGCAATTTCTTGAAAATCTTTTCCGCTTTCATGCATCAAGTGAGCTTGTAATGCTTT
CATAATAACCTCATCTATGTGACGAGGACATAATAAACCAATCCGTGAATAGCAAAAAGG
GAGCCCGAAGGCTCCCGAATATTAAGGATAGATAATACCTGCTTCCAGCGCAGTACGATG
AACAATGTATCCATTTCTAGATTCTTGTACATCGACTTCTGGATAATCATCTAGCATTTT
AGCCAGAGTATACCGATGCAGGTAATAATCGCTATCAGGGTCGTCGAGTTTCCAATCTTT
GCCCTCAACAGTCATTCGCTGGATTTCATCCATTACCCACCATCCACACCAGATATAGGC
TGTTCCGCGGAACGGTAGAGGATGAATATACGGAAGTTCTCCGTCTGGCTCCGGGGCTAC
CCTTTTAGTAATGGTTACATCGCCAGTTTTAGTGACTGTAATCGGGGTGTAATCTTCTGC
GGAAACCTCAACAGAAACCTCAATCACTTGAGACCCTATATCAGACGTGTCAATCACTAA
CGTGCTTGTTGAGCCTTCTACAGGAGAACCGTCTTTGGTCCAAGAATAAACCCCAGTTGC
ACCTTCTGGAGCACCGATAACGTTGGCTTTAAAAGATGCTTCAGACCCTTGTTCGGTCGT
AATAGACTCAGGAGTCAAAGTAACAGAAACACCGCTCATGGTCTTTTTGGTAATAGTTAC
ATTACCAGTTTTAGTAACTGTAACAGGTTTATAATCTGGAGCAGAAACAACAGCCGAAAC
CTCAATTACTTGAGACCCGATAGTGGATGTATCAATTTCTAGAGTGCTTGTTGAACCATC
AACAGGTGAACCGTCTTTGGTCCATGAATAAGCTACAGATGCTCCTGCGGGCGCTCCAGT
AACAGCAGCTGTAAAAGATGCTTCTGCTCCTTTTTCAGCGGTAATTGAACTAGGCGTCAG
AGTAACAGAAACACCGCTCATGGTCTTTTTAGTAAAAGCGACAGCGATGCCTTTAGTTGC
AGTTCCATTATTATAGTCTGGGGCAGAAACTGCTACTTCGCAATTCAGTGTGTAGCTAGT
TTCCGTTGACTCGGTTAAGGTAATTGTTTTACCCGTTTGGCCAGAAATAACAGAAGAGCC
ACGTTTCCAAACATAAGCAATGCTTGCTCCTGACGGGGCGCCAGTAACATCAGCTGTGAC
TACTTGGGATTGACCAATTTCTTTAGAAACAGAAGTTGGGCTCAAAGTTAAAGTAATTGC
AGGCATAGTTTTGTTATTAACGGTAAGAGTTGTTTCTGCTTCAGCCGTTTCAGGATCGCC
TTCAGCCGGAGTAACAGTAGCAACTACTTTAACGGTCTTACTACCTGCAGGTCCTGCAGC
AACATAATTCATAGCTGCGGTAACAGAAGATTGTTTTACACCATTTACTGTCCATACAAA
CGTTTCTGTGCCTTCAGCTGCGGCTCCAGAAGTTGTTGCAGTAAAATTGGTTGTTGCTCC
AATGACTGCCGAAGCAGCCAAAGGAGCAATAGATACGCTATAAGCCATAGGTGTTCCTTA
TTTTAAAGTTACAAATGAAGAATTACGTGTTTCACGAATCATAACAGACCCGTTTCTTTT
GATGTAATAGATTAAACTAAACAGTGTCTGGTGTGCTGATGGGTGTTCAAACGACGTTGG
CCGAGATTTCCAGTCCGGGTTATCTTTAATCCATTGGTAAATCCACCATGGAAGAGTAAT
ATATCCTGGGTTCTTACCTAGCAATTGCATGTTTGGACTAAAGTTTTTAGGAAGCTCAAT
GGTTTCATCAGTTTTAACAATTTTAACTACTTTGTCCATTGCTTTGGAGAATTCTTCAGG
GTCCGTAGTACTAATTGGAATGTTTGTAAGTTTTCCTTCATCATCGATATGGATAATGCT
ATCTCCAATAGGAGCTTCAGCATAAAATCCTTTATCATTGATAGAAGGAGTTTTTACTTC
AAATCCAGGGTCATTTACTTTAGGTGTTTCTTTATAAAAATCTGGGTCAATATCATGAAT
TTTAACACCTGCACTTACTGGAGCATCAAACAGTAGTTTTGCTTCATCAGACGCTTCATC
ATTGAAAAGCGCTTTGCCTTCAATTTCATCATCTGCTTGGATTAAATCAGCAATTGATAG
ACCATCGTTGTCTTCTGGCATAGGCTCATCGGCCAATTTAGCCAGTTCTTTTTCCAAATC
AGCAACCATATTGTCAAATGAGCGGGTCTTCTTCAGTTTAATACCGAAGGTTTGGGCATA
CTCATCGAGCTTGTCTTTAGCTTCTTTTTTATCGAGTGCCTGAATTTCTTTAATATAGTC
TTTATCTAGCATTGGGTGTGCCTCATGTAATGTATAAATATGATTGTATTTATAAACTGA
GGATAGTACAGTGCACGACATCCAAGTCAAATTTAAAGATTTTAGTCATGTTCATATTGA
GTGTGATGACTCAATTTTCTATGAACTCAGAGACTATTTTAGCTTCGAAGCCGATGGATA
CAGATTCAACCCGAAATATCGTTATGGGCATTGGGATGGACGAATTCGTCTGCTAGATTA
TAATCGTCTCTTACCGTTTGGTCTTGTTGGCCAAATTAGAAAATTCGCTGACCAATTCGG
ATATAAAGTTTATTTCGATCCAACTATATTCGAGCAAGAAACTCTTTCACGGGAGGATTT
TGACAATTGGTTATCGACTAAAGAAATTTATTCAGGATTAACTAAGATTGAGCCACACTG
GTACCAGAAAGATGCTGTATATGAAGGTCTAGTTAATCGACGTAGAATTCTTAATCTTCC
AACGTCTGCCGGTAAGTCTCTTATTCAGGCATTACTTGCTCGTTATTATGTAGAAAATTA
CGAAGGCAAAATTCTTATCATCGTTCCTACTACAGCGTTAGTTGACCAGATGATTGATGA
TTTTTGTGATTATCGTTTATTTCCTCGCAATGCTATGTTGGGTATTCGAGGTGGTACTGC
TCGTGATTCGAATGCATTAGTTTATGTATCTACATGGCAGACCGCTGTTAAGCAGCCTAA
AGAATGGTTTTCTCAATTCGGCATGATGATGAATGATGAATGCCATCTTGCAACGGGTAA
GTCAATTTCAACAATCATTGCGGGTCTCACCAATTGCATGTTTAAGTACGGACTGTCTGG
TTCTCTTAAAGACGGCAAAGCTAATATCATGCAATATGTTGGCATGTTTGGTGAAATCTT
CCGTCCGGTATCAACTTCTAAGTTAATGGAAGACGGACAAGTAACTGAGCTTAAAATTAA
TACAATCTTCTTAAGATATCCAGATGCAGCCGCAAATGCTTTAAAAGGAAAAACGTATCA
AGAAGAAATTAAATTCATCACCAATGTTAAGAAAAGAAACCGTTGGGTTGCTAATCTAGC
TGCTAAGCTAGCATCGCGTGATGAAAACGCTTTTGTGATGTTTAAACATGTAGCTCATGG
TAAAGAGCTATTCGAGATGATTAAAGCTACTGGTCATGAGCAAGTTTATTACGTATCAGG
TGAAGTTAATACTGAAACACGTAATGCTTTAAAGGCTATGGCAGAAAACGGAAAGGGAAT
TATTATCGTCGCAAGTTACGGTGTATTCTCTACAGGTATTTCTGTAAAAAACCTGCATCA
TGTAATTTTAGCTCATCCCGTTAAATCGAAGATTATCGTTCTCCAAACAATTGGTCGTGT
TCTTCGTAAACACAAAGATAAATCTTTAGCTACTGTCTGGGATATCATCGACGACCTCGG
TGTAAAGCCGAAATCCGCCAATGCTAAAAAGAAATACACGCATTTGAACTATTGCTTAAA
ACATGCATTAGAGCGTATTCAACGATATGCTGATGAAAAATTTAACTACGTAATGAAAAC
GGTAAATCTATGATTAAATTTGAAGATATTTATGAAGCCACAATTCGTGAGGCTACTATC
GATAACTTCATGAGTAAAATTAATGCTTGCCAGACCTTAGATGGTCTGGAAGAACTCGAG
AAGTATTACGATAAGCGCTCTAAAGAAACTACTCTTGCTGATTCTGATGACATCATTGTG
CGGGATGCTTTGGCGGGGCGTAGACAGGCTCTTGAAGCCGATTCTGAAGATGAAGATGAC
GAAGACTTCTAATACAAAAAAGCCCCAACCGAAAGGAAGGGGCAAAGCCAATTGGCTACA
TCAACACTAGACTAAATTAAAAGCTGCGTTTCTTGTAATTGCTCTTCTGTGTCTTCAGTG
ACAGGCAATTCAATCGCATAATTATAGCAAGCTCCGGGATGAACCGGGCCTTTGTCTGTG
TGGACAACCAATGCTTCATCGATTGGTCCTTTACAGACGACACATACCGTATTCGACATG
ATTGTCTCCTTAGTTTACAGGTTTATTTATTACGCGCCAGCTTCAAACTGACGAAGGTCA
ATAATGTGCTTAATGCTAAAACCTCGTGACTTGATAGCATCCATTGCATCACTACAGAAC
TCCAAAAGAATTCCCCAATATTGCAATTTAGTATCTACACCCAAGATTTCTTTATCAGCG
CTTAAAACAGTTTTCATTTCTGATTTTTCATATACATCCATGCATACTTCACCACCAACC
TCGCCACGGCCAGTGTAATAATCCAATCGTGCTTTAAGATTTTGCTTTTTGAGGGCATCT
AATCTTAACATCTCTTTTCGACAAGTCGAGTGCTTACGCACCCATTTACCATACAGAACG
GGGTTATTAGCCGCTTCATACTGTAGTTTAGTCTGGTCGATAATCAAATCATTATCCAAT
TCATCCTGTAATTCTTCTAATCTCATTCTATCTCCACTCTACTGTTTCTTTGGAAGGACT
AGTCCCATTATACTCTACTGCTAGAGTTAGCATTACTACGCATCTGTATGCGTATACGTT
CTAGCGTATCAGGGTCGTCTACTATAGAAAACTGCACGGTGACAATTATAGCGTTATCGT
CATATAGCGGAAGCACATCAACCGATAGACGATTAATCCTAGGCTCATAATTACGCACGG
CAGAGACTATATTACGCTTTATCGTATCACCAGTTAATGGAGTCATGTTTTCAAATAATT
CGTTTGTGATATCACAACCAAACGCTGGGTCAAATGGCCGAGACCCCTTTCTTGTGGTTA
TTATTCCAAGAAGGCTATTTTTAACTGATCGAGCTCCTACTGTTTTTGACACATCGGTAT
CCCAAGCAAGTCGCATCTCTGGGTCAAGGTCGGAATATAGTTTATCGATATTGCTCATGA
CATAATCTTAAAGAATTCTTTAAGCCCCTTAATTACATGAATGTGAGAAATTCCGCATTC
ACAAGTAATGGGAACTGCCAATTGAACCTGTGGCTTCAATAGCATATTTTTGATGTTAAC
TACATCTTCGGTTGTAATAGCAGAATATAAATCATCGATTTCTGCATCGTTTAAATCATT
AAAGTAAATCTGCTCATTTCCAACCACGATATAATCTATGCATTTTGATATCATCATTGG
AATGTCTGAATCGTCAAAAAGATTCGGATACTTGAACTTTATTTTAAATCCCTTTAAGTC
ATACCAGAGGTCTTCTGGAGGATCGATTTGCGCATGTGTATAATTTAATGGCACAGGAAT
TTTACGCCCACAGGTGCAATTCCAGGTCACCTCATGATTAACCTCGCCTATACTGTGAGC
CCAAAGTATAACTATAAGTAATTCCGATTCTTGTTTGTTTAACCCAGTAGCATTGGTGCA
TTCTCTGAGCAATGCTTTAACGCATTCATCGATTGTACCGTTTTTCTTCGCTGCAATTAA
ATTAGCGTATTCTTCTAGTGTAAAAGCTCGGCACTGGATATTCTTGCCATTTATTCTTGT
TTCAAATTTATATGTGATGTTCATATCCACTCCTCTTATTCAATTATTTATAAATAGTAT
AAAGAGGATTACCTTATGGCCAACATAGTTAGATGCGAATTACCAGATGGTGTCCAACGT
TTTAAGCCATTTACCGTAGAAGATTATAGAGACCTTTTATTGGTTAGAAACGACATGAAC
ACCAAGTCTGAAGAAGACCAAAAACAGCTTATAGCAGAATTAATGGATGATTATTTTCAT
GACCATCCTGTCGAGTATCGTCCTTATATATTTCTTAAAGTATTTTTGTCAAGTATTGGT
AAAACTAAAATACCAGTAAGAATGAAGTGCCCAAAATGCGGAAAATACAAGCAGTATCTT
TTTAATCTTAATCAGCCTCCGTTGACAAATCCGAAAGTAGAGGTTGCAGGATTAACGCTT
AAGTTCAAAAAACCTATAGAAATAATTGATGATACAGGTAAAATGATTTTAGACAACATT
ATATCTGTGAAGGATTCATCTGGGGAATACCAGTGGAATGAATTAAGCGATAGTAATAAA
TTGACAGTTATCGATGCTATAGATGTTGAAACCTTGGAAAGGATTTTATCGCAGATGAAG
CCGTTTAACTTTGAGCTAAAGACGTCATGCTGTGATACCACGACAGTATTAAAATATGAT
AACATTGTTGATATCTTTAAGCTATTGCTACATCCTGACGAGATTTTCACATTTTACCAA
ATTAACCATAGATTGGTTTCTCAAGGTAAATATGACTTGAACTCTATAATGAAGATGCTG
CCTATTGAGCGTGGCATAACCTTATCGCTTATTGAAAAGGACCTTAAATCATGACAACAC
AAAGATTAGGATATCCTAATATAAGCATAAAATTATATTCTGGATATGATGCATGGCTAG
CTAATAGATTTGTTGAATTAGCTGCTACATTTATTACATTAACAATGAGGGATTCATTAC
GCGGGACTAATGAAGGATTGCTTCAATTTTATGACGCAAAAAACATGCACACGCGTATGA
ATGGCGATGAACTAGTTCAAATATCTGTTGCAAATAGCAACACATCGAGAACACAAACCC
GAATTTATGGGATTAAACACTTTACAGTTGGTGTTGATGATAAAGGTGATAGCATTATTA
CTCTTCAGCTTGGAACGCTGCATGACATAATGAATCTCAAGTTCAGCAGAGCGTTTTTTA
GTTCTGCATATGAAACTATAAAGGAAATGATAGGTGCAATGTATGTTGACCAACCATTGA
TTGCTCCTCCTATCAACGGAATTAACGCTTACGTCCCACGGGTTCCCTGGACTAGTACCC
TCAAAGATTACTTACGATATGTTAGAAATGTAGGCATTTCTACAGACAACGATCAATTTA
TTTTTGCGTGGGAAGATATCACCGGAATTAACATGATGGATTATGAATCAATGATATCCC
AGGATCCAAATGTATTCATGTTCGGGGCTCCTCAAACAATAGGTCAGTTTGCTGCGGGAT
TAAAATATCCATTAGCATGGGATTTTGAATGGCTTGTTAAATCAAATAGATATAATAGAA
ATCCCATGAAAAATGCAACGTTTTATGCACACTCATTTGTTGACAAAGATGTTACCCGAA
TTATTAATGGAGAAGGCCAAAACAGCGTATTCATTAATAGATCAGGCGGATATTCTGACA
TGATTTTTAGGAATGGCTATGAAGAAGCACTACGCATTTCTACGATGGCTCAATACGACG
GGTATGCTCAAACTAAATGTTACGGTAATTTTGAACTAACTCCTGGTATGAAAATCAATT
TTGTTGATTTAAAGGACCAGTTCAGAACTGACTTTTATATAGATGAAGTTATCCATGAAA
TATCAAATAACACATCTATAACTAACTTATATATGTTCACAAATGGCTCTGCCCTTGAAC
CTGTAGATTTGATTAAGGTGAAAAATGAACTTAAACGTGATTCTTCCTATTAAGAAAATA
GTAATAAACGAAAAGACGATATCAATTCCAAAACTTGGATTAAAGCACCATAATCTGATG
AAAGATGTTAAGGGTCCAGATGAAAACATGAATCTTCTTTTAGATTCAATTTGTCCAGGA
TTAACAGCAGCCGAATCCGATATCGTTGTACTACATTTATTAGCATTTAACAACCGAATA
AAAGAAACAGTTGTTAAAGATGATTTTACCTACGATTTGAATAAAGTTTACATTTGCCAA
CGATTAACTCAACGGTTAGATGGTAAAGAATTCAAATTCAGAGCTCCTCCTCGTTATTCC
AAACTAGGTTCAGTAGATTCAATTTTGAGCGAATTTCTTGAATCAGTAGATGGAAAACCA
ATGGATATAAACTTTATGAAGCTTCCAGCTTTTGTGACAAAGTGGGCTGATGACTTAGTA
AACACTATAGCCATTGATGGACCTGAAGGACCAATCAAAGGCATGCTTAACGTAATGGAA
ATATTTGAATGACTAAGAAATCAGAAATGAATTCAATGCGTAGAAGAGTTATTGCTGACT
CGGCTCCACAGAAAAAGGCTGAGTCTCAAGCTGATGCTCAAATTAATACGCTAGAAGATA
TTGGTCGTCGTTTAGACGACCAACAAGCATCTACTGATTTAATTTCGGATGTAATAGAAA
CTAAATCAAACGAAATTATCAAATCAGTAGAAGATGTTTCAGCTGGTGTCGAATTGACCG
CAGAAGCTTCAGAACGCACAACAGATGCTGTCTCGAAACTAAATGATACTGCATCATTAA
TTAATGATAAACTCACGAAGCTTGCTGACTTGTTATCTAAAAAGCATGATGTTCAGCAAG
ATGTCCAAAAAACTGGTACTGGAACATCATTAGAAACGATAACAGAACAAGTCCCGGATG
CTCCTACTCAGCAGCCATTGGAGGAATTACTTGAAAGACTTATTCCTCCTCAGGATGGCA
GACGTCCTGACGCGGATTTCTTTCCTAGCACAGAAGAGCAAGAGGAAAAAGCTGAGCCTA
AAAAGGAAACTGAGGACAAGAATAAAAAGTTTCTTGACTTGAAATTTGGAGAATTAATTA
AAAGCGTTAAATCTGGTTTTGGAAAAACCATTTCATTAACAGATAAAATTAGCAGTATGC
TGTTTAGTTATACTGTTAGCGCTTTGGCCCAAATGGCGAAAACTGCCGCCATGGTTTTGG
GTGTGATAATGCTTATAGATTTAATTAAAGTTCATTTTAATTATTGGACTAAACTGTTCG
AAAAGAACTTTGTTGAATTTAACAAACAGGCTAAAGAATGGGGTCCGCTATTAACTGCAA
TAAGCGAGATGTCGAATGAAATAGTAAAATCATTCGTCAAGGGAGATTGGGGCGGATTAG
CTAAAGCCATAGGTTCTGGCTTGGTTGATGTAATTGACAAGCTCGGAGAAACTATTATGC
TCGGAATGAGTAAGCTTCTTGCTGGAATGTTACGCGCATTAGGATTCAATGATTCGGCCG
ATAACATTGAAGGCGCTGCTTTAGACAGATTTCAAACTGTTACTGGGGCAGAGCTTGATG
AAGAAGATGCTAAAATGAGAGCAAAATATGTTGACCGTCAAGAAAGAGAATATGACGAAC
AACCTGAATGGAAAAGAAAGCTTTCTGCTAAGTTCCAAAAATTCACCGGTCAGATTGATG
ACGATGAATATAACAAACTGCTGAGCGGAGAGAAAAAGCAGTCAGCGTATGCAGACTTGT
CAGAAGACGAACGCCTCAAAATCATCACAGCTCGTAATAATGCTGAAGCAGAAATGAAGC
GTACAAAAGCATATGTTGAAAAAACTGACGCATCTGATTCCACTCGATTAGACTCTGCTA
AGGATGCAGTACAAAGCACAACCACCAGATATAAAGAATTGGAGAAATTATCTCCAGAAG
TTGCAAAAGATTTAAAGGTTGAATTAGACCAATTGCAAAAGCTTCTTGATTCTAAAATAT
CAGAACCTGCTCCAACTGCCGAAGCTATACCTGCAGCAGAACAACCTGAGGTTAAACAGT
CTGCTTCTATTAAAGCCGCCGCGGATAGTCGTGAAGCTGCTCGTACACGTGAATCTAATA
CACAGTCACAACCTATCCAGGTTAATACTGCTGTAAATAAGAATAGCACACATGTTTATA
GAATGCCTCCACAGACTTCGACAGCTGCTCCTGGAATGCAAGGCGCTATGAAAACCTCTT
AAGGAAAAATAATGATTTTTGAAGAACTGGCCGATGGCCTTGAAAACATCAAAAAATCAG
GAACTCGAATTTCCCAAGGTAAATCTAAACTGACGAATGCGCCAACCACTAAGGTGGCGC
AGTTCCCAGCTGAACGTTCAGCTGGGAATGATTCCGCCCAAGATATGAGAGTACATGACT
TATATCGCAATGGGTTATTATTCACAGCATATGATTTTAAAGGAAGAACTACTCCTGATT
TGCGTTCATTTAGACGAGATGTAATGTTATCGTCTGTATTCGATTCACCAATGTCAGCAT
TGGCTAATTCATCAAGCTCTACCACTAGTACTGCACCAGTAGCTAATATTCTATTACCGC
GGTCTAAGTCAGACGTTGATTCAGTTAGCCATAAATTTAATGATGTTGGGGATTCTCTTG
TTACGCGTGGCGGCGGTACTGCTACCGGTGTATTAAGCAACGTGGCTTCTACTGCGGTGT
TTGGGTCGATAGAATCTTTAACACAGGGATTAATGGCCGATAATGGTGAGCAAATTTATA
ACACTGCCCGTAGTATGTATGCCGGGCCTGATAATAGAACGAAAGTGTTTACTTGGGATT
TAACTCCTAGGTCTGCAGATGACCTTATACAAATTATTCGCATCTATGAAATTTTTAACT
ACTATTCTTACGGTGTGACGGGAAATTCATCATACGCAAAAGAAGTTAAAGCTGCTATTG
ATGAATGGTATAAAGGAACTCTTAAATCCGCAGCTCCAGATGGGGCTAAAGTAGAAAACA
CAGTGTTTGAGCAAATAACATCGTTTTTAAGTAATGTTATTGTAGTTTCTAACCCAACTA
TTTGGACTGTTCGCAATTTTGGATATTCTACATCAATGGATGGTAGAGAGGATATATTTG
GTCCATGCCAAATTCAGAGTATCCGTTTTGATAAAACGCCGAACGGACATTTCAACGGTT
TAGCAATTGCTCCTAACCTTCCAAGCACATTTACGCTTGAAATTACTATGCGTGAAATAC
TTACTCTTAATAGAGGAAACGTTTATATCGGAGGTATTGAATAATGTTTACTCTCGAAGA
ATTTAAGAGTCAAGCTGCTGATATCGATTTCCAGAGAACTAACATGTTCTCTGTTGTATT
CGCTACTGTACCCTCTAGTAAAACCCAGGCTCTTCTAAACGACTTTGGCGGAGAGCTGTA
TAATAATATGGGTTTAGATGGAAATTGGCTTGGATTGACACCAGGTGAATTCAATCAGGG
TATAACAACTATAGTGACACAAGGAACTCGGCAAGTTGTTCGTAAATCAGGTGTGAATAC
ATTTATGATTGGCGCAATGACTCAACGTGTGGTGCAGTCATTATTAGGAGAATTTACGGT
AGGTACTTATCTGCTCGATTTCTTTAATATGGCATTTCCAACAGCAGGATTGATGGTTTA
TTCTGCTAAAATACCAGAGAACAGATTATCATATGAAATGGATAAGTTCCATAACGCTCC
TAATATAAAAATCACAGGAAGAGATATGGAACCGCTGGTTCTTTCATTTAGGATGGACCC
AGAAGCAAGCAACTACCGGGCAATGCAAGATTGGGTAAATGCTGTTGAAGACCCAGTGAC
TGGTCTGCGAGGATTGCCACAAGACGTAGAATGTGATATCCAAGTTAACCTTCATGCTAG
AAATGGATTACCACATACTGTATGCCTGTTCTCGGGGGCTATGCCTGTAGCATGTGGAGC
TCCCGAATTTACATATGATGGAGAAAACACGATAGCAGTGTTTGATGTCACGTTTGCTTA
CCGTAGCATGCAAACAGGTTCGGTTGGAAAACAAGCTGCTATGGATTGGTTGGAAGATAA
GGCTATTCAGAAAATTGAGACGATTAATCCAAATCAAAGCTTAAGTGCTTCTGCTTCAAG
ACTATCGCGTTTAGGAGGTGCAGGCGGAGGACTTTCTAATATCACTACTACAACAAGTAG
AATAATTTAGGGGCCGTAAGGCCCCTTTGTTTTATGCAATGCAGCCAATAAACCCTGGCT
CAGTGCGAAGAAGTTTCATTTCGTTTGTGGTCCAAACTACTTTAACAGGAATGATACCTT
CTGCTTTACCGTTTAGAACCGCTTCAACAAACGATGGTTCAGTTGGCTTACGGAAGATAT
CTTGAATAAGAACCGTCGGAGTACCTTCGTTAAACCCTTCAAGCATGATAAGAACTTCTT
CGTTGAACTTCTCTGCATCTTTAACATCAGCAGACCATTCAATACCATTAAAGCGGAATA
CGTGTTTCATATCAATTTCCTCATTGGTTTGTGTAAGTCTATAGTATCACGTCCTTGTGA
TAAGTAAACAACTTTATGCAAGTTTTTCTGGGATACCATCCAGGTTGATAGCACCAGCCA
GTAGCTCCATGGTACGTGTGTAGCTAACCTTATCTGTAGAACGGTCTGGAGAGAAATAAA
TCTCGTTTAAAAAGCCTTTGAACTTGCTTTCTTCAAGAGGTTCCACTTTGCCTTGTTCCA
TCAAGATGTCACCATCATAGAGATGAACCGATTCATCGATTTGCTCTGGCGGAACTACCG
TCATTTCTACCATGAATGTCTTGTTATTCGCTACACCAACTCCATTTCTAAAAGGAGTTC
CCCATACTTTGTTGACTTTCATTGCCAACCCGCGAGGAAGAATAACTTCAGCCTCATCGC
TAAAGCTTGACAAGACACCTGGGATAACTACCTTAATTTTATCAGCACCGTGAATAATGA
ACCCAAACTTAAACTCATCACCATAGGCGACTTCCTCGCCTCTATCAACTCTTTCCAAGT
TGTCTGTTCCAATAACAGAAGATACTGCATCGATAGTTGTTTCTTTGTTTTCTAAATCAG
AACTAGGTGCGTCCGGCATTAATGAATCACCAGCATTTGAATAAGCACCAAAGATAATTG
GACTTAACGAAGTAGAAACATAGTTCTGGAAATAAAACATTTTAGACTCAATGTTATCTT
TAAAGTCTTCATATTTTCCTCGCTGACCACGATACAAAAGAGTGCCTGGTTCAAGACGCA
AGCCTTTTTCAAAGGCAGAATCGAGCGGACGAATTTTCTTGTCAATAATCGGATCACCTA
AGCTTTCCATACCAATAAGATAGTTATTAACAAATGAATAACCAGAACCGCAGTAATGGT
GTATTGCATCTCTTTCTTCTTCGCTTAAACGAGATTGCATTTCACGGTTATATTCAATTG
CTTTGGATATAGAATCGCCAACAATTGACACATAAGCGGATATCATATAATTGACAAGAT
TTTGGTATTGACGTAAAGCTCCGAAATCGTCAGCTGGAGGCATATCAAATCCACGAGTAG
CTACTTCAACGATTTTACGCATTGTTTCCATAGATGCCGGATTTTTAGCTTGAGCAATAA
CATCAGCAACGTCTGAAATTCGTTGTTCAGCGATTTTCATTTTGTCTGAACCTGAAGGAA
TGAAAACCTTCCAGTCGTCATGCATTCTCGACATTTGGCCTACAAATAATCTCTCAACTG
CATCGCCAAAATTACTTCCATATCCGCCACGAACACGATAGTGCTTGATATCATCAACAT
AAAAAGGAATTGATTTTTCTAACCCGGATTTAATATCCTTTTGGAGGTCTACCGTATCGC
CTTCTGCGTTTAGTACTGGAGTGTTAGTAGTTAATTCGTACCAGCGTTCACGTTTATTTT
CTGGCCAATCTTCATCAACATATGAAACAAATTTGCCGTACTGTGCTCGGATTAAATCTT
TTCGAGACACTTTCATTTTACTCATTACAGCGAGTTCAGATTTCTTGTCTTCTTTTTCGC
CAATGGAATTAGCCAATGCTTCGGCTTTGGTAACGTTCTCACCGGTTTCTTTAGACACAT
AAACTTCGCCTACTTTGGAATCTACTTTGGTATAAAGTTCTTCTGAAATTTCAGGAATTC
CTTCAATCTCTTCAAGTTTCTTACCTTTACGAACCATAATAGAATAAGCATACTTACCTT
TGTAGTAAGCCATATCTTTCATTAGATTGAAACGACCACCGGTGCGAGTAGTAATCAACC
GAGCAAGAATACGCTGGATAGCTTTATCTTGTCCTTGCATTTTCTTTGGATTAAAGCGGA
ACATTACCGCATCAGCTTTAATTTGCTTAACTACTTTGTTGACGGTCTCAAAAATGGTAT
TGATAGCACCAATCGGGTCTTGGCCTAAACCACCTTTAAGCGCACCGATGTTACCTTTTT
CGGATACAGAGAAAACATAGACCTGGATGAATTTATCACCCATCTTAATGTTCTTAACTG
CATCACCTTGACCTGACCCTTGTACTAACCGAATCATTAAATTGTTATTACCTGGCACCT
TAATCAAAAAGACCTGTGGCACCTTAAGTTTTGGCTTAACGTTCTCGACAGGATAGATTT
TACTATTCTCTTCATCGAAAACTTCATTTAAAAGTTCCATGACATATCCTCGTTTGTTTA
TTCTATTTATACGAAAAAAGGCCCGAAGGCCTTAATTAATTATTGTTACTGTACGCCAAA
CTTGTAGTCCATTTACAGACTCATACTCTTCAATGTTTTCTTTGAAGTTTCTTAATGTGT
TAATGTTATTAAACTCAAGAACTTCTGTGTGAACAGAAATACCCCCACGTCCGTCAAGAG
ATTTAGCAATCACTTCGTATAAAACTTTCATTTTATTCCTGTTGCCTCAGTAAAGTTAAC
ACCAAACGCGGCTTCGAATGTATTAGCCACTTCTTTATCATATCTACGCTGTTTAATGAT
AGGTAAGAATAACCCTACTGTACCATCATCACGGCCTTCAGCAGTTACCCAACCATTGCA
TTCAAGTTCCCAGATAGTTCCTGGAAGAGAATCTCTGTTTTTCCATAGATGAGTACGGTC
AAGCTCGTGCAGTTCTTCGGGCTTATCTTTAAGACCTGACCCAGCGTTAACACGAATACG
ACCACATTCTGATGCGAACATTAACCCACCCATTTTACCGGGTTGTTTCCTATGCTCATA
TGAACCAACACACTTCAAATCGACAGTGATAACCTCTTTAAATTTAACGAGGTTCTTAGA
ACGCTTATCTTCCCAATAAGCACCGATATTCTTAAGGATAATACCTTCGAGACCTTGGTC
TACGTATGTCTTATAGATAGCCCGAGCTTCATGGATGTTATGTACGACATGGTTTTCAAT
TAGAATAACCTTGTCATAGCCTTTGCTCATCATTTCCAGTGCACGGAAGCGTACATCATA
AGCAAATCCAGGAACTTTACCTTCTGAATATACTACATCAAGCGGAACATAATCCCAAAC
TTGGAATCTCATACCTTCCGCTTCTTCAGCAGAGATTGTTCCTTTGATTGCTTTATTAGC
CAATCCGTTTGATTCCGTGCGAGCCGTCTGTTGGAATTCCTTAGCTTTACTTAGCTCAGG
AAGCTCAGGCTCTTTAAACATGTCAAACAGGTCGTTTGTTTCTTCTTTCACTTCGACATG
ATACACCAACTCGCCATCAATCATCACACCATTAGGATGGCGTTCGCGGGCTTCTTTGGT
CATCTCGATAAGTTGGCGCTTGAGTTTATCTAGACCTAGGTATTCATTACCGGAACGAGT
AAGAAGAGTCACATCATCTAAATCATCTCCGCGGATTTCAGCGAAGCATCGGGCTCCATC
AGCTTTAAGCTGAGCAAACGCAGGGAACTTAATATACGATAGCGCTTTCTCAGAATAAGC
TGATGCTAACATCTGTGGCATCTCAGGAATTAACTTCTTCCATACCTTATTAGCAATAGA
ACCTGAAGCGCCACACCGCATATCCTTAAGAAGGACACGGACTAGTACACTAGCATCACC
CTCGTTCATCTTAGAGAGCAAATCTACTAGCCCCTGGATTGCCATATTACCAGTAAGTAC
TCGTGCTGCCAGAATGTCTTGGAGGTAATCTAGACCATCAGAAAATGTCTTTGAAGGAAC
ATTTGGATATTTAACGGGAGTATATTCTGGAACTTTCTTAATAAAGAATTTAAATCGCCC
GGAATACGTCAGCAGATAAGCTCGTTTTAAATCAACGTTATCTTTATTGTCAATGAGAAT
TTGGGTTTTGGCTTTAGAACCCTTAGCATCTTCAATTGCTTTGATGATATCAAAAATCAT
TATTCACCTAATTCTTCTGAAAGTTCGCTTACGCTACGATGATAAGTTAATCCATCGATA
TAAACAAACCCGTTATTGATGCATTCATTCCAAATCGGGCACGACTTTGCTTCACGCCAA
ATTGGATTCCAACGATAAAACTGATTAACATGACCATAATCACATGATAACCAGCGTTTA
CCCACCTTAGTATGAACTACAAACATATTTCCTCCTAGGGTATGGCTATTATACCATACC
CAGATTGTTAGCAATTAATTTGGTGGTTATCACATGTAATACGACCGTTATTCCACCAGT
CATTTCCAGGAGGAACGTGCGGACCAGGACTAAACGGAATGATAGGTTGTTTCCACCAAT
CTCCTGGAACTTGTCGTGGAGGCCAATTAAAAGGATGTTGCTCTTTACGAATTTGGTCTT
TGATAGCTTCTTCCCACAATCCAGAAAGAGACTTCTGAGGTTTCTTAACGGATTTCAGAG
ATTCCAGGCAAGTTACAATTTGATGCCAATCTTCAACCATAATTCCAGGAGCAGTCACTG
AACCTTCTCGCTCACCACGAGGCATATAGAACACACGGGTTTCAGTGTCTTCAAAGACTT
TGCTAGCCGCAGCAATATGTTTAGGCAAATCGTCAACATAACACACAATGCGATCGCCGT
ATTTTACTTTAGCCTTTTCCAGTAAAGCATCTTTAGATTCATCATAATCGCAGACCATGA
TTTCTGTAAATGCATCAGGGAACAAAGCATTCAGATTGAAACGACGATTAAGGTTAGCAT
CTACTGAATTACCAAGAGCCGTGATAGCGACAAAATCGTATTTTTCTTTGAGCTTATTAA
CTGTAGCTAAAGCATCAGCATACGGAGCAAGATAACGAATAAAATCGCTGTTGTTATACT
TCAGAAGCAGCTTAACAGCCAGTTCTTCTTCACAATCAAACAGCTCAGCGGGTTTAATAA
ATTTTTCAGTAGTCATCATATCAAGGATATGCTCTACCGGAAGGTTATATTTTTGGGCAA
AGTAAGGCAGACCACTTTGCCACTTAACGATGATTCCATCAACATCGGTTGCGATTACTG
GCTTTGACATTCGGGGAAATTCCTCAATGCTTGTTTAAATTTGGCGACGCTATTTGCGGC
ACCGGTGAAATTGAACCAGATTAACCCTGGAGTGTCCGAGGGTTCTATATCAATTAATTC
TATATTATAATACTCAGCAGTCTTTAGCATTTCCCTGGTGATACGTCGGGCAACCATATG
ACCGAAATGAGGATTAATAGACATCGTCGTTAGCAGCCCTTAACTGAGTAATCGGATAAA
GCTCAGATTCCGCATGAATTGAACGATTGCCATCAACCCAATTAACTTCATACCACGGTT
CAACTGAGTAGGCTTTAATGGATGGAGCCGTATCACATACAACTCCAGGAATTCCATTTG
CTAATCTTACTGTACTGAAGATATGATATTTCATGCATCAAGTCTCACTGCCCATTCGGG
CAATTCAAAGAAATCCGGAGCATCAATTTCATACTCAACGGTGTGTTGTTTAACATCAGC
TGACATGATATCAACCATTGGGTGGTTTTTCAAACTGCAAGAAAAAATACCAGCTTTAGA
TTTAGGCACGGATACAATCATGATGATTTCCTCAAAATTTAGTTATGAATTTTTCTTTCG
GCATTTTGGCATTTGAGCCATCACTGTCAGAATACCCAATTGGCATAGTTGCATTAATGA
ATTCAATTTTAGCATTTATAACATTAATGCTCAGAGAATCTACGCCATCAACCATACGAA
ATTCAGGAGGGCAATATTTATCAATGTATGCTTTCACGCCATTTTTATTAGCAGGTGTAC
CATCGCGAGTATCGCTGATAATGGTTTCAACTTTTTTCTTTCGTGAATCATAGAAAGCTG
ATACAATCATTTCAATTTCCTCTTAAAACGGACGAATATTAACGTGAACCACAGGGACAG
CAAAAGGTTGCATGATTACAACTTTTGTGTCTTTAGTTGCATTCAGGCGTTGTACTTTTG
CAAGATTAACAGCTTCTTCCTTTGTCAATCCACCTTTGTAGGTATCATTTCCTTTATTTG
AGGTCCAAACACCCCAATCATTGCTTCCATCATCGGTCTTCGGTTCAGGTTCAGGTTCTT
TGTAGATGGTTTCTTCAAAATAATGCTGAAACTCTTGATTAGTAAGAATACACCACATGT
GAGAAAAGCGAACTTCATCTACACTAACGCGTTTATATTCCCCATCTGGCTTAATGATTT
CAAATTCAACTAATCCGGTATTTTCCGCATATTTAAAGGTTCTGGTAATTTTAATCGGAT
TATTACCGATTTGCTCAAAAACACCCTTGATAAGAGCGCCTGGAGACAAGATTGGAGTCT
TTTTAAGCTTATAGAATTTACCTTTTTCCATTATCATTTCCTCAATAGTGGGGCCGAAGC
CCCGAGTTAGTTAAAACTTGATTTCGTTTGAAACGATATCCCAGATTGCTTCACGTTGTT
CTTCAGTTGTTTTACGACCGAGGATGTGGCGCAGATAAATTTTAACAAGCAGCTGACGAT
TTGTGTTCCAAGACGGATGTGTAGATAAATCACGTTTACGAACTTCATCATGGAATCCAA
CTTTGATTTCAGAACCATTGAACTGAATATCCAGAGTAGGACCGTTTTCAAAGCTGAAGA
ATACGTAGTTATCTTCCCAGTACATATCAATTTGAGCTACTGTGCCATTGTTGTGTTCCC
AAAGCAAAGTAGTAGATACGTCCCAAGCATTGTTCTGTACGTATTTGCGGTTGAAGTTAG
TGAAGTTCATTTTTATTCTCCGTAGTTTGTTTATCTGTTTGGGTGGTACAGGTCTATAGT
AACCCAGACCACCCAAGAAGTAAACAACTTTTATTCAAAAACTTCAGACATTTTTCACCT
CTACAGTTTTAACAGTTTTAACTTCTGCTAAGCCACAAGTTTTGAACAGCTCATACTTGG
TAGTTTCTGGAACAATGCCAGTCCATTCAAGGATGATTTCCTTAGCTTCTTCCAGAGTAA
AGATGCTTCTTCCGTCCTTAACGACCGGTGCTGGTTTAATAGCAGCTGATACTTCAAAAA
CCACGTAGCGGTCAGTAGTACTTTGGTTTTCAAACGCTCCTATTTGCACAACCTTTCCTT
CTTCTAACTCGTGAGAAGAAAATAAACATGACAGAGACCGGTCATATTCATCTCCTATGG
TTTTTGCCGAAATGATTTTACCAGTTTCGGTTTTAATCTTAACAACCCGACCCAGCGAAT
CAAGTTCTAACGGCGTCCAGCCTTGAACTCCAACAACAGTGGCAATGAGATAGTTAATTG
TGTTCTTAGCGTCTTTCCATCTACGGTAAGTTTCTGGGGAAATGCAATATACTCGGTTTT
TGCTGTAATTCATTTTGATATCCTCAAAGATGGGGCCGAAGCCCCCAGTCAAGATTACTG
TTTAGTCCAATTATCCATGTTTAATTTACCGACCTTTTTCATTTGCTCAATTAAAGCATC
GGCACGATTACGACCATTTTCATACCAGGTTACATCTTCTGAGTAACCGTCTTCTTCATC
TGTGTAAGTTTCAGAACGAATACGACCAACAACTGGAGTGTTCAGAACATATACAGAACC
TGTGAACCAATTAGTTAGCGTGATATGCCAGCAGAAATCATCTGACGGTCCGTCCGGTGT
CATGCATGGAACGATATCACCTTGAACTTTAGACAAAATCCACATTTTCTCATGGACAGT
CTGAGCTTTGTAACCGTCATGGTCTTTAGTCTTGATAGTTGCGTTCAGGTTGATGGTATT
CATTTTATTCTCCGTTGTCCGTTTGGGTGGTACAGGTCTATAGTAACCTTGTTGAGCCTA
GAAGTAAACAACTTTTTTCATTCTGCGGAAAATAAAAAAGGGACTCCCGAAGGAGTCCCT
GAACTTATGCTTTCGGCTTACCAAAACGAGAAGCATCATCGCGAAGAACCGCACGAGCCC
GACGCATGATTTTCTCAACCGTCTGATTGATACGCTTGTTCGACCCACGCTTGTAGCCAG
CGCGTTTAGAGGTACCAACAACTTCTTTTACTGCAGTTTTTGCTTTAGCTTGTTTAGCCA
TTTTATCATCTTCCATTTTGGAGAAATACATGGGAGCACGTTCTTCCGAGGTTCAACTTC
TTTCGACAGTTCTTTCGGTTGTAGCTCCCGCAAGCCCCTAAGGGTACGATTAAACTCTTA
TCTGTTGCACACCGTTAGCTTAAAGGTTCCGGGTCTGATTTCTCAGGGATAAGATATACA
CCGATGGATGTATAGGCCTTGAGGCGTACTCCCGATTGGCCATCGCCTCGGGGTAGCATG
CACTTGCCGTTTATTTCTAGCTGCACTTTGGTAGCAAATCACCGATGGTTTCGGATGTTT
TACGTGGGGATAACCAACAACGTCCACATCATACGTTACCCATGCGTACACATGGTGGGC
GTACAAATTACTTCAGCGTTACCACAAAGTGGCGAACAGCTTTGCGAGCAGCAGAACCAA
GATGCTTAGCATACTTCAGTTCATCCATCGCTTCTAAAGTATCACGAAATTCAGCTTGAG
CTGGGTTCAGATGTTTAAAACCTTTCAGAACTTCCAGTGCTTCTGCATAGATATCGATTG
AAGCACCGTAGTTTTCGTGACCGGAATTCCATGCATTACGTTGGAGTTCCAGGGCTTTAG
TAAGTTGTTTGTTCATTGAAACATTCCTCAAATGAGGTTAAAATTTGGTGGACGGTAACC
GAGGTTTAGCTCGGGCATCCACCGCGTAGAATTGCTCGGGTAACTAATTGTCCGACGCCC
AATTCATATTATTATTTATACACACAAGCTAGGGACTTATAATGACAAGTCACAAACTTC
TGTTTAATTTCTTTAGGTTTCTTCACACCTGCCGCTACCAATGGATGCGGTACATTTCTA
ATATTACCAACAGGCAGTGGAGTCAAATCACCGACTTCAACAAAACCTTTCGGTACATCA
TCACCGATAGAATAGATTTCACACATATCCGGCAGTTGTCCTTGTTCTTCTTTTCCAAGA
ATAATACCGGAAGGAGAAACAATTTCATCACCTTGCTGTGCAGGTTCAGACACGAGAATT
ACATACTCGCCTAGAGCTTTAATTGGAAGTTCCATGTGTTACCTTTATTGTTTGACCATG
TAGTTATATTAACATGGTCAGTTTAAAGCAAATTACTTACCGATCATCTGCAGCAGATGC
TCAACTTTCATACCATTTACCGAGATCAGTTTATCAAAGGTAAATGAGCGCCAACCTTCT
TTCTCGGTATCATATACCGGAAGTGAAGTAGTGCTTTCTGTTCGTGCAGATTTAGTAGTA
CTTTCTACCAAATCAGATGGAATAATGTCTTTATCACGAGTACAGCGCAGAGTACGAATA
GTGCCATCAGCTTTTTCAAACACAATCTGGGATTCACCCATGCTCAGCACAGCTTTAAGT
GTTTCACGGATATGGATGTTTTGTTCAGTAGTCAGTTTCATTTTGATGTCTCTTTAATAG
TTTTGATAATTACAGATTTGCGCTTGGATAATTCTTTTAATAATCGAACTGCTTGATCTT
CAAATTTAAATGTTGCTAATGGTTTCCATTTAAACCAACACCGGCGTTCTACTGAGTATG
ATATAACAACATCACCGCTTAGGTTAAGTTTATTAATTTCAACAATTCTAAGTTTCATTA
TTCAATTCCACAGAATTCTTTAATGTTATACCAATTCAACTTATCCAAATTACGTTTTGG
AACATTGAACACCTCGATTCCAGCAGAACGAAGAATATCGTCCCAACCGGGTTCGTTCTT
GTCGTATGTTTCGCAGTATACTAATTTTTTAATACCAGACTGAGCGATGGCTTTTGCGCA
ATCTGGACATGGAGACAGTGTGACATACATTGTTGCTCCATCAATACTACTGCCGTTCCG
GGCAGCAAAAAGAATAGCATTAAGCTCAGCATGGATTTCATTGACTTTAGACCATGCAGA
GTGGGCTGCCCGGTGTTCTTTGAGCAATCCGACTTTTTTGACTTGGAATCCGTCTTGACG
CAATCCCGTAGATTTGTAAGGAATTTCACCAATCCAACCTTGTTCTGCTGCATGGTCACA
ACAGTTCACACCACCAGAAGGTGAACCGTTATAGCCAGTAGAAATAATTCGTCCATTCTT
TTCAATTACTGCGCCGACTTTCCACGAGCAGCATTTTGACTCTTGAGATACGAGATACGC
AATTTGTAGTACTGTCGACGCTTTCATTTAAATCACCAGATAAGTTGTGTTATTTGTTTT
AACCAATTTTAACTCGTCGGTAGGAGAAGCAAAACTCTCTACTCGAGAAGTACGAATGCC
TGTACCATCTGGAAACGGATGATTTCCTCGTTCAAGAACATCGGAAAAGACATAGCCATA
AAGAGGTTGGCCTTCCTTAACATCAACGTTACTGTACAAAATAGCATCATATTCTTCGCG
TGGAATTGACCAAACACCTTGGTCAGAACCAATAACAGCATTAATTAGACGAATACCATT
TTGGCTAATTTCTGCTTTAATGCCACGAGCATGTTCAACTAAAAGAGCTTCTACCGCTTC
ACGTAAAGTCATTAGATATGTCCTAAAATGTTAGTCATTTCAACTTGGCCTGTTCCGGTT
AAAGCCAATTGAGTGTGTTGATTGCTCTTTCCATTATTAACTGTAATGATATAAGCATCA
ACATAGTTAAAGGATGACTCTCGTCGGAGAGTCACTTTACTTCCAGGAACCCGGTTTGCT
ACTTCCTGTGCGAAGATTTTAACCTTCGAAATAAATTCGTCATGTGAAAATTTAGCGTCA
GACAACATAAGTCATAACCTGTTGGGTTTCAAAATTAGCAATAATTCCAACGATAAACCA
ATCGTGTTCACCTTCGCCACAAGAAATTTTAACTTCAGATGAACCGCCTGACCGGTCAAT
AGAAAATTTAATAACTTCGCCGTTTGGAATAAGTGCATTCATGGCAGATAAAAACTCTGC
ATGCATTTTGGCTACTTCAGATGGAGTAAACTCATCTGTTAAATGATTAGCAACAACTTG
CGTAAATGATACTTTTACTACTTCGGAATACTTTGGAAACATTATACTTTCCTCTAAAAA
TCACCGTGGGCTACTTGCCAGCATTCAACACCAATACGACGCCACATTTCAACTACCTGC
ACCCTGTCATCTACTGCAAGTTTTACATTATAACGATCAGCAATTCGGTCCCAGAAGATT
TCTTCTTTTACCACATCGTCTTTGCGTGAATCGCCTTGCTTACGTTGGAAGTGTTCGCCT
GTTTCGCCAACATGGTCCAACAACCATTTCTTCGTAATGCGTTGATAAACAGTAGGGTCT
TCTTTAGTACCAGACTCTCTGCCGGAAACAGTAAGAATTTTATATCCTTTGTTACGAAGC
ATTTTAAGAAATTCAATTACCATTTCCTTTGGATGGTCTTTACCGCATTTGGCCAAGTCA
TAAGGAGAACGATGATTGTTATCTGCTAACGTTCCGTCAAGGTCAAAGATAACTGCTTTT
GGCAGTGATTCGTCTGGAATGTACAAATCATATGGGTGCATCTTAGAATAGAAGCTACGA
AGCACTTCAATAGGAACTGCATTCGCGCCACGATAGAGGTTACGATTAAGCAATTCAGTC
CAAGGAACGTCAAAGCGTTTAATTTCCCACTTGACACCATCAATTTCGTATGCCAACTCT
TGCCACTTCTTGATAGTCGTTGGATTAAGGTTAGTATCAGCAATGATGACACCTTTGGTG
GTTTCCATCTCAAGCAGAGTCTTCGCCATAGAAAACTGACATACAGATACGGACTTCTCA
CGAAGCTTAGAATATTTGTAATCATTACGTTTATCAAGGCCAAAGATGCCTTCACGCAAA
TCATCACGAGACAAAACATACCAACCTGGATTAGATGCTACGTATTCGTTAGCCCAGGTT
GTTTTACCAGAGCCTGGAGCTCCTTGTGTCAAAACCAATTTTTTCATTATACATCCTTAA
GAGTGTCAATAAAATCATGAAGAGCCTTAGACTTTTCACCCCAATTAGCACGATATTTTT
CTTTAATTGCTCGCAATGGCTTATTCATTGACAGTATATCATTTTTGTCATAATTTTCAG
CTGCGCGTCCAAACACGATGCACGCCAATTCATTTTCAGCAATTAACCCTTTAAGTGTTT
CATACTGTTCTTGGTTCACTACATCACCATTTTAGAAAGATTGCGATGCGCCAATGAGCG
ACGCTTTCCATGTTTCTTCAAAAAATTGTTAACTTCATCTTGCTCTACACCGCCACTTTC
TACAAATTGGAGTGCCTTACCGAATTCAATTGAGGCATCTTCCAATTCAGAAATTGCTTC
CTTCAGTGCCTCTTTACGCTGAACAAACTCCAAAAAATCGGGATACATAAATTCTGTCAT
GAATAGTTTAAACCACACGTCAAACGAAATTCGTGTTTGGTCATTAAGCTCAAACACTCT
TTCTTTTAAAGCTCCAGGCACACTAACACGGACTGTATAAACATATCCATTAGAAATATT
TTCTGGTACAGCAATAGCTTTCTTAACGAGAGGAGTTAACTGACACGAACCAACAGCTAG
CATATTCCTAAGTTGTGTCTTTTTAATCGATAAAAGATGTGATGCGTCTTTTACGAAGTA
AGAATGAAGGTGTGACGGTTCCATAATATTTTCCTCTTATTAGTTTACTTAACGCAACGA
GGTTCTTTAAGGTCAGAACGATAATAACATATCATTCCGTTAGCATCTTTAGTATAACGT
AAAATGTCATTCATCCAGATGCGATACTCTTGCGACTCTTCAAATGGCATACCTACCCAG
GCTTTACCGTCAATTACTTTTACTTCCCAATGTCCTTCCCATTTTTGAATTGGGTCTGGC
CAATCAGGATGCAAAACCGGGACATCCGGTGCACTAGAAGAACATCCAACAAGTAGGCTG
ATAATACCCATAGCTAATAGACTTCGTTTCATCTGGTAGCCTCCTGGATATCTTCTGCAA
ACTTATTGAAGCTTGCGTTAATCTGTTTTTCAACCAATCCAGGTTTAGCTGCGACTACAT
TTCCACGCTTAGAATCTTTATTCATTTTAGCGTTGGAAGTATCACGCGCAGCTCGATTTT
CCTGATAGCCTTTATAGGTTGTCTGCAGATTTTTTATAGAAACACCAATGTTTTCTATTT
CTTTTGCTTGTCGATCAGATTCGTCTTGAACAACTTTGAGGTCAGCTTTAAGATTTTCTA
CCCGCCACGAAAGATATTTCAATCCACCGGCGGATAACGCTAACACACCAATCAACAACC
AAGTTGTGTTTATTTTGAGCATAGTTTGAGGATAACCTCTACAATATCATCACGGGATAA
ACCCGAAATAAGGATATGACGATCAGAGCTTTCTGAAGGAGAACACTTGAAGCAAGCTTC
TACGTATTCTGCCATTTCAGAATAATTCAACTCGCGATGCATAATACCAAGACGATGCTT
GCCATAAATCGGGTCAACGATTACATAACATTTGCATCCGTTAGCATGAACGTTTGGCTG
GGTGATGTTCTTGAACACCTCTGCACCATACTTCGCGAGATGATTATCTAGGAAATCAAT
CATTTCATCTACGGCTTCAGGAAGGGCTTCGGCACGCTGCTCGTTCACACGATTAGTGTA
CTCTTTTTGCTTCTTACGAGCAGCTTCCTTGCGCGCCATGTGCGTCCGTAGGTCAGTGAC
AAATCCCACTTTCTTGGTACCATTCCACACAAAAATCCCATCAGAATGAGTACCATATTT
GTTAACAACCATATCTAAAGTAATTGCTTGCATATCCATTTCAATATCCTCATCAGTTGA
TATAAGTCTATAGTATCACACTCTGATGAGGATGTAAACAACTATTCTTCAGAAATTTCA
ATTTCTTTTTCGTACTCTTTTGGAACATATCCTGCCCAGTACTTCAAGAACACTCTTTCG
AGGTCTTTAAGCAGTTTATCTACATCTACAGTTCCTTCGTACATGTTCATGATAACACCA
AAAAGATGACGCTGATTAACCGTTGCTTTCTGAGCAGCAATAGCGTAGTCTTTACGAGCA
CGGCCTCTGTACTCATCATAAAATGACTGGCATAGTTCAAGTGACTTTCCGAGGTAATCT
AGATAAGCTTGCTCAAACGCAGAAATTTTCTTAATTGCGTATTCATCTCCAGCAAAAAGA
GAACGCAAGTCATCAGAGTTTGCTGATACAACAGACGCAAACAATCTTTCATTTGACGTT
ATTGAGTCTTTAGTGTGATGAAGAGCCGAGTACCATTCGGTCTTAACCTTAAATCTCTGC
CCAGTGTTTAGAACTGCAATGTATCCTTCTACGCCTTCAAGCGCACGAACTCCTTCAACC
CAGGTAGTAGGGTCAGAAATTCCGTAAGCATTAATTAAATAAGGACGAATTTTAGCATTA
GCGTACAAATCATCATACTTAACATACTCGCCGGTTGTGTTATCACGGACGTTTAACACA
AACAGCTGTGGATCCTGATATGCTAAAACAACACGATTATTAGGTGAAACAAATTCCATG
TTTACCGTATAACCATCTAGCGCTAGCTCAAGAATAACCTGATGAAGCAAAGAATATTCT
TCACTGTTAAGCAAAGCTGAAGCTTGTCTTGCCTGGTCACTGTAGAGAGATGTTTTTGAC
TTAAGGTATAGATACCCATCATCGACATAAGATGATACTAGAGAGCCATCAGCCTTATCC
ATAATGTATTCTACATCGCTAATATCAATTCCCATCGTCATTGGGTTTTCATTCAAGTTA
AAGAATTTTTCCATTGGACGAGAAGCAATTCGAATTGGAGTATCACCATCCATTTCAAAC
ATGATGCCCCGGCACTCAAGAGCATCTGGTTTTAACCACTCACTGTAGCTTGCATAATGG
TATGAAAACACTCTGAACTTACCATCCATAGGACCGGTAAAATCTTTATAAAAGAATTTT
GCAACTTCTGAGCTTTCACACAGATTCATTAAATTTTTATATAGCTCTAACATTTCTTTA
CCTTATGTTGTGTGTTCCATGGAGGATTGAACTTTTTAATAAACATCGGTTCTTCCAAGT
CCATAGTAGATATTGACATCTCGCCAAGTTCATTATTAATCAAAAGATTAAAACACTGAC
GAGCATAGAACTCTACTTTTTTGCCAGCCATTAGTGCTTCAAAAATCTTGGCAGATTTAG
CCGAATCAGAGGTTTGGTCTTTCCGATTAATAGCAGTTCTATAATAATTTATACGTTTAC
GAAGATTTTTAGTCTTACCAATGTAAACTAGTTCATCATCAACTGCGATGGCATAAACTA
CATTCAACTTGTTTGCTATCAAAATTGGTTTGATGGTAAAATCTGGTTCTAACTCAAGTT
GAACATATTTTATAAAAGAAAACTCGTTAGCAATATCATTCATAATAAAGAGGGGCCGAA
GCCCCTTTCCTTATAAGTACTTTTTAAATCCAATTAGAACATCATCAGTGACATCATTGT
CAATCTGAGCTACCAGATAAGAACTTATCTCAACTTCCTGAGGAGCAGATTGGACTGCGT
CAGAGTTAAGATATTCGCGAATCCAAGGAATAGGATGACGAGTTGGTGCATCAGTGATTG
GGCACGGCAGCCCACAGCTACGCATGCGAGATACAGTCAGATAGTCAATGAAATCATGAA
GAATTTTAACGTTCAGTCCCGGAAGACCACCGTTGCGGAAAAGATGGATAGCCCAATCTT
TTTCTTGGCGGTTAACTTCCATGAAGATTTTAATTGCTTCTTGTTCACACTCTTTAGCAA
TCTCAACCCATTCTTCGCCATCAGTGCCAGTTTGAAGCTGACGCAGAATGTACTGTGTGC
CCTTCAAATGAAGTTGTTCATCACGAGCAATGAACTTCATGATTTTAGCATTACCTTCCA
TGATTTCCATATTTTTATGGAAGTTGAAGGTACATGCAAAACTAACATAGAAACGAATAG
CTTCTAGCGCGTTAATAACATGTAAGCAAAGATAAAGAGATTTCATTAAATCACGTTTAG
CTTCTTTAATTTCGATATTATCTTGATTAAAGCAGCGATTTTTGGCATTTTCCCATGCGC
GAGTCTTCGCTATAACATCATCATAGTAAACACCAATTGACTCAGCGCGTTTCATGATTG
CTTCATCAAGAACGATTTCATCAAAGATTTTAGCTGGGTCTACATATAGGTTACGCATGA
TATGCGTGTACGAACGGCTGTGAATAGTTTCACTGAACGTCCAAGTCTGGTTCCAAGTAT
CTAGGCTTGGGTCAGAAATAAGTGCAGATAAAACTGCTGCTGGAGCTCGTCCTTGAATTG
AATCAAGAAGAGATTGGTACTTCAAGTTATCAGTGAAGATATTACGCTGATGTTCTGGGA
GTTTTTCAAACTGACCACGGTCCATCATAACGTTAACTTCTTCAGGACGCCAAAAGAAAC
TCAATTGTTTCTCAATGAGTTCCTCGAATACTTTATGACGCTGAATATCATAGCGTGCAA
TTCCTAGACCAGAACCAAAGAACATCGGTTCAGTCATGATATCTACTTGCTTGGTATTAA
AAACTGTACTCATTCTATTTCCTATTCTGTGGTGTTAACCATCCGTGGTCTAATTATAAT
TCCCTTTTATTAAAGCTTACAGGCCGCGCAGTCAGCAGAGTCTTGAATCATATCATCGTT
ACCGGAACCATCACGGGTGTTATGATAGTAAAGAGTCTTACCGCCAAAGTACCAGAAATA
AAGCAAGTCGTCCATCATTACCGACATTTCAACTTTTCCTTTAGGGAAATTCGCCGGGTC
GTAATAAGTATTAGCAGAGATGCTTTGGTCTACAAATTTCTGCATAATCAGAACCTGGTT
CAGATAAGGCTTATTACCCTGTTTCGCGAGCTGCCAGGCATAATCATAAAGGGAAGCATT
GTGTTCAACATTTGGAACGACTTGGTTGAAGCTTCCTTCTTTTGATTCTTTAACTGACAC
TGGTCCACGTGGTGGTTCAATACCATTGGTAGAGTTTGATACCTGGCTAGACGATTCGCA
TGGCATAAGCGCAGATAACGTTGAATTTCGGATACCGTATCGCTTGAGGTCTTCTCGCAG
GAGTTCCCAGTCACAGACATAGTTTGGAGCTGCGAGTTGGTCAATTCTTTCGTTGTACCA
GTCAATAGGCAGTTCACCACGTCCGTATCGTGTTTCTTTGTAAAGCGTGCATGGACCTTT
TTCGCTAGCAAGTTTAACAGAGGCTTTGATGAGTGCATATTGAATACGTTCCATCATTTC
GTGAGTAATATCATTAGCATCTGCGTATGAAGCAAAGTTGCTTGCTAACCAAGCTGCATA
GTTAGTAATGCCAACACCTAGTGCTCGACGGTCTTTAGCTTTTAACGCTTTGTCTACAGG
ATAGTCTTGGTAATCCAAAAGGTTATCCAAAGCCCTTACCATTACTTCTGCGATTTCGTT
GACTTCTTCTTGGTCTTGCCAGTTGAAGTTGTCGAGCACGAATGCTGCGAGTGTGCATAG
CGCGATTTCGCCATCTTCTTGGCCAACATCCGAAGTTGGTAACGCAATTTCGAGGCAGAG
GTTTGATTGCTTAACCGTAGCCACATCACGAATAAAAGGACCATATTCACCAACGTTATC
TACCATGTACGGGTAAATTCGAGCAGTACCAGCACGTTCAGTAAGGAACAACTCAAACAG
TTCACGAGCTTTAATACGTTTCTTTCTTATATCTGGGTTCTTTTCCAGTTCTTCATATAA
TGTACGGAACGCTTGAGCATCACGGAAGTATTCTGTGTACAGCGTGCCAAGACATACATC
GGGACTGAACAATGTGATGTAATCATTCTTAATCAAGCGTTCAATCATTAGGTTATTAAT
CTGAACACCATAATCCAAATGACGAATACGGTTTTCATCTACACCTTTGTTGTTCTTAAG
TACGAGGAGGTTTTCAACTTCCAAGTGCCAGATTGGATAGTACAGTGTCGCCGCGCCACC
ACGGACTCCACCTTGGGAGCAGGATTTAACTGCTGTTTGGAAGTGTTTCCAGAAAGGAAT
AACTCCAGTATGTTTGACTTCACCGAATCCAATTTTTGAACCTTCTGCACGAATCATGCC
TGCATTAATACCAATACCTGCACGCTTACTGATGTATTTCGTAATTGATGCAGCAGCTTC
GTTAATTGAATTAAGACTATCACCGCCTTCAATAACCACACATGAACTAAACTGACGTGT
CGGAGTACGAACACCAGACATAATTGGAGTTGGCAATGAAATCTTTTTAGTAGAAACTGC
ATCATAAAAACGAATAACGTTTGCTAAACGGTTTTCGCCATCATCTTGGTGCAAGCACAT
GCCGATCAACATAAAGGCAAACTGCGGTGTTTCATACAATTCACCAGTGTGACGGTCTTT
TACGAGATACTTCTCGATAAGCTGCATTGTTCCTGCGTAAGTCATAGTGAAATCACGCTC
ATGCTTAATATAAGAATCAAGCAAAGTAATTTCTTCTGCTGACCATTTGCTCAGGATTTC
TTTATCATACTTATTTGCGTTAACACAACGAGAAATGTGGTCAATAAATGCAGGTGGTTC
AAACTGGCCATAAACACGTTTACGGATTTCAAACATTGCTGCATTGGATGCTACATATTG
ATAATCTGGCTCATCAATAGAAATGCTATTCGCCGCTACCTTAACGATAGTCTTTTGGAT
ATCTGCAGTGCTCATGCCATCACGCAGATGGGATTTAATAATTTCATATAACTCGTATGG
GTCTACTTTGGTTCCTTCGCACGCCCATTCGAGGACTTTAATGATTTTCTGCATGTCAAA
TTCTTGACTAACACCTGAGCTCTTAATTACTTGCATAAGTCCTCTAATTCAAATGTATCT
TTAAAAAGTTTATTCACTACAAGAGCTATTATATCACCATGGCAAGGAAGCGGTTTGCAG
GTGCATCCTAATCTCATTCCTCTTAAAGTTTCTAAGTGCTCTCGCTTTATTTCTCCGTTC
CGAATCTTAGCAATAAAATCGTCCTTAAACGCAGCAATAGCATCAGGACGATTATCGCAA
TCTTTACCGACGTAATTTCCCCACATTGTTCCGCGTTGGATATTTACATCGAAGTCGGAA
TGGTATTTATTAACCACCCGACATATCTTCATGTTATATCAACTTCAAACCAACAGATTA
ATTGTGTTTTGCCTATAGACCATTCATATGATTTAATGACAGATAAAACACGTTGTTCAG
TCCCGTCAAAAACTATTGTGTCATTAACATCAGGTAAATCGCCTGAGTATGCGTCCTGCA
TTTCTCCTAATACGGTTTTAGACTGGTGTCCTTTACGAACAAATCGAATATTCATATCGC
CATCTTTCCTTTAATTGTTGGGTGAGATTCATATCCTTTAAGAACAAAGTCAGATGGTTT
CATCATTCCTGTAACCCAAGCTAATTGTTCTTCTGTTGCTAATTCATGAAATTCTTTATC
TTTTACTGGAGGCCAATAATTAATTTCAAGTTCACACAGCTCTTTTGGCTCTCGACGCAA
GATTTCTTTACACTGTTCAATATGGTTCAGATAAATGTGAGTGTTACCACCAGTGAATAC
CAAATGCCCAGGTTTAAGATTGGTCATTTTAGCAATGATATGAACTAGTGCTGCATATGA
CGCAATATTAAAGGGTAGACCAAGGAATACATCTACAGAACGCTGATACCACTGGAGGTC
CAAATATCCGTTACGAACGTTGAACTGATAAAGCAGATGACATGGTGGTAATGCCATTTT
GTCCAAATCAATCGGGTTCCAAGCAGTTACAATCTGACGACGATCAGTTGGCAATTGCTT
AATACGGTCAATGACTAGTTTTAGTTGGTCAACGCCCATGAAATCACGCCATTGCTTTCC
GTACACGGGTCCTAGCTCACCACCGGAATACCCCATGTCTTTTGCCTGGTTTTCGTAGTT
GTCGTCCCAAACAGTTTTACCTTCCAGTAATGAACCATGCTGAATAAGACGCAATTCATG
GACATTAGTAGACCCTTGCAAGAACCAAATCAGCTCTGCAATACACGCTTTCCATGCAAG
ACGCTTGGTAGTTACAGCAGGAAACCCTTTTTGTAAATCAAAACGTAACTGAGTACCAAA
CTTCGCAATAGTGCCGGTACCAGTTCGGTCATCCGTCTCATAACCGTTTTCAAAAATGTC
TTTAATTAATTCTTGGTATTCACGCATTAAATTTTTCCTGAAGAGGTGTAAAGAAAAGCT
GATTACCACGCTTTTCAAATCGCCCAATAATAGACACTACATCATCTTTGACCATCACAT
TGCCATGTGACATTCCGATGAACATCTTCTTATAATCACGTTCAATTTCAATAGGTATAT
TTCCATTTCGGTTATATACTGTAGTTGAACCGTTATAAGTGCTAAGACCATTATAACTAA
AAACTAGAAGATGAATACCATGCTTAAATGGAAATCCTTTCCACTTCTTTTGGACTTTGT
CTTCTGATAGCTGAGTGATATCATAGTTTGCGCTCATAGACCACCTCTGAAATGTTAGTC
ACTTCATCAATATGATACCAATGATTTTCTTTAGTAATGAATCCTGATTCTGGACAAGTA
GGAGCTGCTACAAATTCAGCAGGTAGAGTGACATCAGAATTCACTCTATGACTTTTTCTG
ATGGTTGTTTGGATAACCCTATCTGCATATGGATATGCCTTCTGGATGATTCCGGCACCA
CCTATGATAGAATAATTAAGGTCTCTATTAAAAGTGATAGTACTGTTGTAAGAAGTATGA
GCGGCCATAATGTCACCACCCAAGAAACCGATAAATTCTAATTCACTTACATAAGCATCT
GCAAAGAAGCCATTTTTAGCAGTTGCCAACGCACGACTCATGTCTTGGACAACGATTGTC
TTACGACCAGGAAGAGGTTTAGGAAAACTCATAAAAGTCTTTGCTCCGCAAATCAAGATA
GTATCTCGAGTACGATTAGCAAAGTTTTTCATATCCTGGGAAATATGTTTCCAAGGAAGA
CCATCGCCTAAACCAAAAGCATTTTCGTTTTTGCCGTCTACGGTTTTTGTAGGAGCAAAT
GCATAAACTATTTGAATCATTTAAACCTCAGCAAAATTCAACTCGTTCAACACTGCCGTC
TTCCCACTTCTGTTGAAGCTCTTGTAGGCGTTTAATTGCACTGTCGACATTGGACATTGC
GCAGATAGTTACCCATTCACGGCCGTCCCACCAAATCAAATCATCGTAATCATCTACTGC
GAAATTTTCCATTAACCTTGCCTCATTCCACACTTAAAACACCGGCCACCTAATTGCCAT
AGGCTACCACCACAGTACTTACAATCCCAGTCAGTTAAAATCCACATGACTTGTACCCAC
TAGCTTTAATCATGTTCTGAAGAGTTTTAAATCCTTCTTTTATGGCTTCTGAAATTTCCT
CAAATACTTCCTTTTTCAGAATGTACAACGAACCCGCTTGATTGCCAGAAAGAGCTGAAA
TAATCACCTGGTCATTAATTAAAAACTCACCATATGCTGAATCAATTTTACCTGAAACTT
GATTGCCTCGGGAATGAGGGTCAAATACGAGCTCAATATGAGTTACTCCAGGAATTTCAT
CAAACTGGCAGCGAATATTAACGCGAGGATATCCCGTTACACTAAATTTAGACATATAAA
AATAATCCTAATATAATGCCGCTAATAAAAGCGGCAGTAACAGAAATTAGCAAAACTACT
AATTCAGCCTCAATCATTTCTTGGCCTTAGCAAGTTTAAATGCTTTTTTGAATTCTTCAA
CATCTTCAACAGGAATCCAGAAGCCTGAGCCATACCCATCTTCATAGCATGGGCAGTTAT
CACAGTAATCATTCCAATAGACAGTTTCACCACCCATAGTGAATGGAGCTTCCATTTGGC
ACAGTACTTCTTCAACACGCTCTAATTCTTCTGGGTTTTTATCGCAAATGCAGAAATTCC
ATTTACCACGATATTCAGAACCAAGTTTGATGCTTTGACGTTGAAGTTTCATTTTTATTC
TCCAGTAGATTATGGAGCTATACTATCACAAGCATAGCTCCTTGTAAACTACTTTTTGAA
AACTTTTTTGATCAAGTCAATCATTTCTTCTGCATTTTCTGAGGTAACGATCAAGTCCAA
GCGAGTAGGACCAGGTTTGATTGCACTACCAATTTCATATACTGGTTCGAAGTATTTGAA
TTCATAATCAGCGATTTCAAAGTATGCGTCTCCAAATCCTTCGGCATCAGCAGTTGTTCC
ATCTTTAAATTTTACTTCTGTGATGAAAATATTATCTTCATCGAGCATTTTAGTAGGAAA
GAACGAACCACCATGCTCTTCAATCATCAAGCGCATCCGGCGATTTCCGCTAGATGAAAG
GTCCCACTCGGCAGCAAGACTTGGGATAATGCGGTATTCTGTGTTCAGTTTCATAATTTA
CCCGCTAAAAGTCGTTAATGTATCTTCACGGCATTCATCATCCATGCCAGGAAAATATTC
TTGTTCAAGCCATAACCATAGAGTAGGAGTATCACCTTCTACTGTGATTTCGTTTCCTCC
CCATGGGGCAGACTTGTTACTAACTTCAATCAAACCGTATTTTTCAATGGTTTCAATGAA
GTGTTCATAATCATATATTTCTACAGTAACCTGTGCCATTATCATTTCCTCAAAGTGGGG
ACCGAAGTCCCCAAAGGTAATTACTCTTTCCAGTCTTCCATCATCAAATCAATATCTTCC
CACTCGTTTGCTTCTAACCAAGCACGAACTGCTTCTTTAGAACCACGGAGGTCAATATTT
GGCCAACCACCACCAGGGCCTTCTTTAATAACTAAATCGAAATCAATACCATGATCAGTG
TCATAAAAACGTGAACCATCTTCAAAAATCAAATCAGTACAAAATCCTGATTTATTGATG
TAAGGTTCTGCCACGATATCAATGTTTAATTTACCCATGATGTTTTCCTCTACTCGTTTT
GTTTCGATGTAGATATAGTATCACTCATCAACTGGATTGTAAACAATTTTGTGAAAATAT
TTTTTGGAGGGATAAAGAAAAAGGGACCCGAAGGTCCCTTTATATTAGAGGTCGTTCAGA
ATATCATTCAGATCGTCATCGCCAACACTGTCACCAGCATCGCCCATGATATCGTCTGCG
GAACGAGAAGAGGTCGGTTTGGATTCAAAATCAGACAGGTCTTTGTCAAAGGAATCCAGG
TCATCACCAATTTTATCGGCTTGAGCTGCTGCTTTTGCCGCGGCACCACCAAGAGCTGCT
GTACCCATAATCTGTTTAAATTTGGCTTCGTTAACTTCAAACGATTTAAACTGAGATGGA
GCCACAATTTCGCTGAGGTCAGCCATATTTTCGGTCAGGAATTTCTGAGTTTCTTCATCA
TTGATGTTTGCAATCTCGGACTGACCAAGGAATTTACATTCATCATAGTTCTGGAAACCA
CCGACTTTCTTAACTTTCATGACGAAGTTTGCACCTTCATACACACAAGTTACATCAACC
GGAGTTTCACCCATATCAACATCGACTTCAACCATCGCGTTGATTTTGTCCATAATTTTC
TGACCGAAACGGAATTTGAATACTTTACCTTCGTTTTCTGGGTTAGCCGGGTCTTTAATA
ACCAGGATGTTAGACCAGAAAGAGGTTTTACGTTTCAGAAGCTTATATTCAGCCGGGTTG
CTGTTATAAGAATCGTTTTTACTCAGATGAGCACAAACCGGGCAAGAATCAAAATCGCCG
TGGGTAGAAGTACAATTTTCGATGTACCATTTACCAGCGTGTTTGAAACCGTGATTGATC
AGTTTTACAAACGGCAGAGAGTTTTCATCTTTACCAGGCAGGAAGCGAATTACTGCTTGA
CCATTACCAGCATTATCGGTCTTCAGTTTCCATTCGTTTTTGTCTTCGTTAGAGAAAGAA
GAACCACCTTTCAGACCAGCCAGTTGTTGTTGAAGTTGAGCAGGATTTTTACGCTTAAAC
ATATGATTACCTTTTTAAATTTAACAGTTGTTGTTGCAACATGGGTCCTTGCAACTGGAC
GATAGATTAATTATATACTAATTTCTTTACAAGATTTGATTATGCTAATAAAGAGTTTCT
TAGCTTCAGCACCGTCAACGTTTAAAAGTTTCTTATAAGCTTTTAATTTAGTAGAGTAAT
TACTCCAAACTAAGTTATCCGTTGCAGTATCATGTGTATTTATTATATCTAAAAACGAGT
CAAGCATGATGAATGTCTCGAAAGATATAACGTTTGACTGCAGAAGTTTGAACACATAAG
ATGTTCCGACTTTCTCATTATATTCAAAAATATCATGAAGCTTATCTACATTAACTTTCT
TGGCAAAATAGTAAATGTTCTTTACATCTTCAGAGAACGTTGTTTTAATCTGCTTCAATT
TACCTATATATTCACGATAAAACACGAGGGCATCAGCATCACTGATATCGCCAATCCATG
CATCTTGGTTAGCTACGAGGTTACTCATGAATATCAGTGTTAACTCTTTTAATGTATATT
TCTCAGCGAGTTTCTCAAAGAAATATTTGTCTCTACGCTTTTGATAAGCTTTATCAGAGA
CCCGCATAACCCAGTTATACTTAACAACGTCATATCGACCGGCAAAGTGTTGTTTGAGCA
TTAAATATAAAAGATAAACGCTCTTACCGTTAACGTATCTGTTATTATTTCCAGGCATGC
GGAGACGAATCATAATAAAAAGTCCAGACTATTCGTTTTATGTGTTTGACTAAATGATGG
ACGAAGCATATTTTCTTCCAATGCTTCTGACATAATTTTTTCTATGATTGCTGGAGGAAT
ATATCTATTGAAGTTTCCCTCAGGAATAGAATTTTCTTCTAACCACTGAGTTGTTGCTTC
AAGATACCCCATTCCAAGTTCTGTTACCATAGATTCAATGGTAAATCCATTAGCTTGCTT
ATCTAACAACTGATTAATGGATTCAGAGGGGGAGGTATCCCCCTCGTCTTTAAGCGAAAA
TAGAGTCATAAGCTTCTACCACTTCATCTTTTTCAGTTTCAAAACGATCGCGTGTACCTT
TGTGGAACAGAGCAAGCAGTTGATTAAACAGTTTACCTTCTACGCCAAGTTCTTTCTTGG
CGCGGTCTTTAATGTCTTTGTTAAGCTCAAGATAGCTTTCTGCTTTCAGCTTATTACCTG
AGGCTTCCTTAATCATATCTCGCAGAGCCTGTCCGTGTACCGCTTCATCAAATACTACTT
GCTCTTTTTCTTTCTTAGCCATTATATTCACCTTAAAAGTTATTAATTTCTTTCATTAAT
TTAGACAGACCGGATTTAACAAAGTAGCTATAAATTTTACCACGACCCGGTAGTTGATAG
TTATTATAACAATCTAAAATGTTAGCAACAATGTCTTCGCGGATGTAATCAAAATCGATT
AACACACGGTTTTCCAAGAAACGCTTATACTGTTCTTCAGTAAGCAAATCTTTAATGTTT
TCGCCAGCATCAAGACATTCTTCAACAAATGTCATTTTCGTTGAAGGAGTACGCTCACCA
TCAACATGAGTGTACCAAAAATCTGAACGAACTTTAATAGAAGCAACGTTATCTTTCTTG
TCACCTTTAATAATTTTAACCATACAATCTAAAGCAGGAGAACCCGTTTTAGATTTCACC
AATTTCTTCTGCATTGGTGACCATTGCTTAACATTAGGATACTTATGCAATTGAGTAAAG
TCACCATCAGAAGAAACAATCATAACAGGATGACCTTCGAGACTGAACTTTTTGGTCAGT
ACAGCAATACTATCATCAGCTTCTGCTTTATCAATATCAATGACGTAATAAGGCATATAC
TGCTTAAATTCATCAATTACAGTACGAAGACCTTCAAAGTAACCTTCCCAGTCCCAATTG
GATTCTTCACGGGCTTTAGCACGGTTCTTTTTATAATAATATGCTACATCCCGGCGCCAG
TATCCGTTGATTGCATTATCAACACAAATGACAATTTTTGTGTATCCATCTTTCTTCCAC
TTAAAAGCGTTAAATTTTAAAGTAGAAAGAATAAGATGACGAACCATAGGAGTGGTTAGT
TTATCGCCTTCTTTATACGTATGAAGAATTGTCGCCATTGCGATTTGCGACAAGTCAATC
AGAATGACGCCTTCTTTTACTTGGTCTTCTTCGGCGAATAAGCAATTTAAATCAGACATT
TGAACCTCGTTCAATTAGTTAGTACAGCCATTATAAATACTTCTATAATGAAGCATAACC
CCATAGGAGACTCTATGAGCGATTTACTGAAACAACATTTCCGTGCAACGAACGGCTTGG
ACGCAGGCGGAAATAAAGTTATAAATGTGGCACTAGCTGACCGCAACGTTAAAACCGACG
GCGTCTCCGTCGAGTACGTTATTCAAGAAAACACTATCCAAAAATATGACCCGACACGTG
GGTATCTCACTGATTTTGCTGTGACTTATGGACGTCGTATCTGGATTGCAAATAAAGATA
TTCCAAAGCCTGCTGGAGATTTTAACCAGGCGAATTGGACTTCTTTACGCGTTGACCCGA
ACTGGATTTATACCGTCCGTAAAGGAGAGTTTGAAATTCAATCTGGTCAGTTCATCAACG
TTGACTCTAACGCTGCAGGTAATGCTACATTACTGCTTCCGTTAGCACCAGACGAAGGTG
ATACCATTGTAGTTCGTGATATCGGTGGACGCCCTGGATATAACGGAATTCTTATTAAAG
CGCAAGATACTGGTGCATCTATTGTCTTCGGCGAATCACGCTTACGTGAAGTAAGACTTA
CTCGTCCGTATTCACAAATTATGCTTACGTTTAGTAATGGTGCATGGCGTGCAAGTTTAA
CCGATTTTGGCGATACTGCTAAAATGGTAGTTCCGAACGGGATTGTTCCAACCCAGGTAC
AATCAGGTGATAACGTAGTTCGTCGTTATACTTCCAACTCAGAGATTTTTATTACTCTTC
CGTTGTTCGCTAATTCAAACGATATCATCAATTTTACTGACCTTGATGGTACATCGCCGA
TTAACCATATGACTGTGCGTACGTTTGACCCAACTATCTCAATTGGGACTCCTGGACAAA
CAGAGGTTCAAGTACGTACTTCAGGCACCGGATTTTTGGTATATGACTCGATTGACAAAA
TCTGGCGTATTTTTGAAAATGATTTACGCACCCGAGTAAGAATAATTACTTCTGACGTTA
CTTTAATGCCTAATGAGCATATTTCTGTATTTGGCGCAGATAACAATACCGTTAAAACAA
TTAACGTTACTTTGCCTACAGACGTAGCTGTTGGGGATACTGTTACAATCGCGATGAATT
ATATGCGTAAAGGGCAGACTGTAGTAATTAAAGCATCTGACGGTGATACCATCGCAAGTA
ATTTGAATTTACTACAATTTCCAAAACGTTCAGAGTATCCACCCGATGCAGCATGGGTGC
AATCAAGTTCAATTACCTTTAACGGAACTACATCGTATGTTCCTGTTCTTGGGCTTGCAT
ATATTGAAGATAAAGCATCCGGAAAAAGCTATTGGATTGTAACTGAATCTGACCCTACCG
TAGAACGAGTTGATGCTAAAGACAATACAACTAGAGCTCGATTAGGTGTTATTGCTCTTG
CCACGCAAGCTCAAGCTAATGCGGAGTCAAATCCAGAAAAAGAATTAGCAATTACGCCAG
AAACCTTAAATGGACGTCGTTCTACTGAAACCCAAACTGGTATAGCAAGAATTGCAACTT
CTAGTGAAGTTAATCAGTCAACAACTGCTTCTTACTTGGATAATGTAATCGTTACTCCTA
AAAAGCTTAACGAAAGAGCTGCTACTGAAACTCGTAGAGGTTTAGCTGAAATTGCGTCTA
ACGCTAAAATGGATGCAGGAACAGACGATTTTACAATTGTTACTCCTAAGAAGTTGCTTT
ATCGTACTACATCAGATTCACGATTAGGTGTTATTCAATTAGTAAAAACTGGTGGTGCTC
CTAACACAACTAACGATCGTTCTTCTGCTGGCACCGGTATATTCGATCATTCTGATTACA
AAAATGCAGTTACTCCAAAAACTCTTCGCGAGTATAAAGCTACTGTAAATCAGTCAGGAA
TAGTTTGGTTAGCAACTGATAGCGAAGTTAGAAACGGAACTCCGGCTTCTTCAAATATTC
CTACAGTCGTTACACCAGAAGCTTTGCATAAAAAAGTTGCTACTGACGGAGCAATTGGAT
TAATCCAAATAGCTACGCAGACGGAAGTTAATGCTGGCGGCGTGACTAATAAAGCAGTTA
CACCTAAAACATTAAATGACCGTACAGCAACTAACGATCGTACTGGTATTGCTCGCTTCG
CGACACCTGGTGCCCAGGGTGAATTTGAAGCTGGTACTTCAAGTACAGTAATGGTAAACC
CTAAATTACTGTTCGATAAATTTGCTAATACCGATCGTATCCAAGTTAATACTAGTTCTG
GCTTAACTATTACTGGGAACCTCTGGGACCATTATACCATCAACATACAGGAAGCAAGTA
CTTCTCAAAGAGGTACAACCACTCTTGCTACTGCTGCTGAGGTTAGAACTGGAACCGACG
CCAAGAAAATAGTTACTGCTGCCACGCTACATGCTAAAACAGCAACTGAAGGAGCTATCG
GTCTTGCTCAGTATGCTACACAGGCACAAGTTGATGCAGGCACATTAAGTGATAGAATTG
TTCCTCCTGCTTACTTGAAACAGACTATTCAGGTAACAGAGTCATGGCAAGCTACAGACA
GCGTTAGAGGGACCGTGAGGCTATCTACAGGCGATGGAACGTGGAAAGGTAATGATACCA
ATGGCTCAACTCTTCCGGATAACGGGTATGCCTCTAAGGGCGTCGCAGTGTCTCCGTATG
AATTGAACCTTACGTTGAAACATTACTTACCTCGTCTTGGTAAAGCGTATGACACCGGAA
TGCTTGGTGGTCAAACCCCAGACAAATATGCTCGTCGCGATATAGCGCAGACTATTTCAG
GAGCCTGGACATTTAGCCAGGATACTGCGTTTAATAACAACATTTCTGTCCAGAATATTT
TATACGCTAATGGTGGTGAAGTAAAAATTTCTCCAACTGCTGACACTGGAAATGCGCATG
TTCGTTTTCAAAATAGAGATGGAACTGAACGTGGTATAATTTATGCTGAGCCTCAAACAG
CTTCAGCCGGAAACTTAAAAGTTCGTGTAAAAAACGGAACAGGAACTACTGCTGCAAGCC
AGACCTACACATTTGGTGGAAACGGCACGCTGGATGTTCCTAATGAAGTATCAACTAAAA
CTTTGAGGTCTTCTGGAAATGCAGTAGTTGGCGGAACTGTTATGGTAAAAGATACGGTTC
TATTAACTATTGAAACCCAAAATGCTATTATGGGTGCTAGGTCTCACTCTGCGTTTATTG
ATACTCGTGACGCTGATACGCAAATTTTTGCTCGAGATAACACTAACTCGTATCCGATTT
TAACTACCAAAAACTACGCAAGATTAGCTGATGGTCGTTATGTCAAGAAAGCTGGTGATA
CAATGACCGGCAATCTTAACATAAGCGGTTCTGCTATCGTCATTACGGGTTCTGAATCCT
GGTATGTGCCAACGAATGAAACTGTAATAAGACAAGGTTCTTGGACTGCTGAAATTAAAG
ACGCTACTAAGTTAAAAGGCCTTCGTGGTTATATGGTTCCGATCAGAACACCGATTGACC
CTGGTAATCCAAGCACTTTAGTAGTAACCGGATATGAAGAAAAGACTGCCGCCGGTGGTG
TTTTAACTCAGGTTGGTGTAACTACAAACAATACTTATCAACTTTGGACTCCTTACCCGC
CGTCAACTGAAACTGCTGATAAGCGTTTCGCGCATACAGTGTGGATGAGAATTTATAATC
CAAATCTTAATAAGTTTGATGAGTGGATGCGAGTGTTTACGTCTGCTACTCCTCCGACTG
CAGCTGATATTGGTGCTCCGAGCTCAGTATCAACTCAGGTTAAAACCCTTGAAGTCCTGG
AATGGATTAAGCTTGGACCAGTTAAAATCTGGCCAGACCGTCCAAACCAAACTCTCAAAT
TTGAATGGGTAGGTGATTAATGGCTGAACCAATTTTAATGGCAGCCTTTGGTGAGGATTT
CGTGGAAACACGAATCCTCTCTGAGGCAAACTCTGTGAAGTATTGGCTAAAAGCTTATGC
TACACATTCTAATGCTGTTCCGAATAAGCCAGAATTGAATATTAACGGTGCCTTTGATAT
GACCTCCTCCTTACGGAGGGGGATTAATGTTGTTCAAGTCAATGGTGACAGATTTATTAA
TTTTAAAACATTTGATGTTACCACCGATGACAACAACGCTAATAACAAAGCATTTATAGA
ATATGCAAATGGATTAAGTTCAGGATTGTATATTATAATGACACATGAACGATTTCAATC
CAGTCCGTTAATAGACAGATGGTTTAAAAATAAGTGGTCTGCTTCTTGGCCAGGTTCTGA
CTTTTCTAAATCATTTCCAAACTCTGCCTATGTTGGAGTGCTTGGAGCAGCAAAAGGACG
TATATTAATTGAGTCATTTTACGGAAATGATGGTGTAGTTAAAGAAGATTCCAGAGCTAA
AGTCGATACAGTGTATGATAACGTTGGCGATGTAGGATATACAGGCTGCCCTTATCGTTC
CATTGAAGACACTAATGAGTACTCGGATTCTACTGGATATGAATATAAGCGATATCCAGT
ACAAAATGAATCTATAAGCAAAATCGCTGATTATGGATTATCTCCCGGGGATTCAGTGTT
TTTAGTGTGTGATATGTATGCATCTAAAAGCCTTCTTGATGCTGGTTCTACTACTAGAGC
TAGCTTGCGATGGTTCAAGGGTACATCTTTATTATCTTCAAGCGTATCATTAGAAATTCC
AAAAAATGGAGCTGACAGATGGCTAAGATTTGAAAGATTTACCGCTGTTCCTACAGACGC
TGATGGATTTACTATCGTGGTATCACGATATCCAAAAACGTCTGTAGTTGGTGACTCTAA
AATCAAAAACCTTGTATTTGTTCAAACCTCTCATAGCGAAAAACTGAATAGCGTTGTTCA
AGAATTTGGTGTGAATGGTATAAGAATGAATAAAGGCGTTGAAGGAGGAACCACTATGAT
TATGGAACTTCCAAATTCAAAAGTCGATCCGAGCGGTGTTATTCCAGTTCAATCGTTCAG
AGAAACATCAGACTAAGGAAGCCTTCGGGCTTCCTTTTTTCGTATAAATAGAAAATATAT
AAGAGGATAAACTATGGCCGATTTAAAAGCAGGTTCAACAGTTGGTGGAAATCCTATTTG
GCACGCAGGTACTTTTCCTCTTGTGCCGGCAGGAAACTCCCTAACTTATAGAGGTAAAAA
GGTTTATACTGAGATAGATAAACCTCAAGCAAATGACAATGACTTCGTATCTAAAGCTAA
CGGTGGCACAGGTTCTCAAGGTTTCCAACAAGAAGTCGAATTTAAAGCTGGCGTTAAGAT
TTCCGCAACGTTTTCTGGTGGTTCAAACCTGAACGGGTTGTATTCTGGTAACGGAGATGG
AGATACCAGAGAAAAATCTAACATGGATTTGCGTTCATGGTACGGCATCGGTATTTGGAA
CTCATGTACAAGCGATGGGGTCCAGGGGCGTACAATCTGGTTCAGTGCTAGGCGTGGTAC
TATCGGAACAGTTGGTGATATTGTTTCAGGTTCCCAAGTTATTGCTAATGCTTCTACTCC
AACAGCCGCTCAGCATTTAACGCGTAAAGATTATGTCGATGGACGAATAAATACTGTTAG
CAACGTAGCTAACGCAGCAGTCAGGAAAGCTGGTGATACCATGACCGGTGTACTTAGAGC
TGAAGCTGGCGTAGTTATAGTAAATAAAGCAACATCCGGTGAATATGCTCCTAGATTAGA
TCAGGTTATTTCACGCGGGGTAACAATAGATTTTGGCACATACTAAGAGGTAGCCATGGC
CGATCAAAACTTAAAACAAATACAATTTAAAAGAACTAGCACAGAGAATAAAGCACCAGG
TGCAGATATCGTAGCCCGTGGCGAAATAGTGTTGAATACACATGGGCGTACTCTTGCCAT
TTACACTAAAGATGAAGCCGATAATGTTGTTCAGCTTGCAGGTAAAGGGGTTCCTTTCTT
AGATACTTCAGGTAATCTTAATGTTGATGGAACTACTACGTTAAAAGACAATGTAACCAT
TTCTCCGAATAAAGCGATCAATTTTGAAGCTTCTGATTTAAGCGGAGCATTAGTACGTCA
TATCACCGGTAAGTGCGCTAATAATGATGGCTGGTACATTGGAGCTGGCGGTGCATCTGA
CCAGGGATTTCTTGAAATTGGCACGTATGATAACGGAAATGAACCGATTTATTTTGTTCA
AAGAACTGGTGGAACGGCGCAGGCCGAGGTTCGTCGTTTAGCTCTATTAGACGGATTGGG
CGATACATCTATACCTGGGGACTTGCGCTTAACTAGTAAAACGGTAAAAATTTCAAACGG
AAGCACTCTTACTTTGGAAATGGGCGTAGGAGCTAACGATGCCTATATTAAAAACTTGAG
AGGCTCGGGTGTTCTTCAATTAACCAATGATAGTAACCTGACGTTCAGAAATTCCCAGGT
TTATTACGCCATGAACGGAAGAGGTCCTGGCAAATCCGGTACTCTTCTGACGAATGTAGA
AAACAACCGTCAGGCATGGCAATACGTAATTTCTGCTGCAACCGCTGGAACTCCGCGCTG
GGTTAAAGTAGCTACAATAAAGCATCCAGGAGATGCGTCTTCACAGTTAGATTTAATGAT
TACCGGTGGCATTGATTCTGGACACGGAAGACATTATGTTGATTTTATCACGCTATCTGG
TCGCAATTTAACATCCTGGAGCACTAGCAATTTAGATAACTGGGTTGAATGGCGCAGGGT
TGGTTCTCCTAATAGAGGAAACGCTCCAGAATATTACGTTGTTAAAAATGATGCTGCTAC
AGATTCAGAGGCTTCATTTGATTTTTACGCTAAAGTTCCTCGATACGGCAATGGGCTTTA
TGTCACAGTGCTGAACACTGCTGGATACAACGGCCAGGATAGTGGTAAAGTAATTATCTA
CGAAACAGGCCAAGATACTGGTGCTACTACACCATCTGGAAGCATTCTTGTTTCAATGAA
ACAGATTTTTGATAGTATCGCAAAACCAGATTTCAGTGATACTACCGGTACTCTTCCGGT
TAACCGCGGTGGTACAGGTGCTACTAACGTAGGAGACGCTCGAAATAACCTGGGTCTTAG
AACTGCGGCTGTTCGTGATGTCGGTGAATCTAGCGGAAATGTGATGGAAGTCGGCGCTTT
TGGTGTTGGCGGCGGCGGAAAATCAATTGTTGATATTACATCCGATGTCGATTTAATGAA
TCGCCTTAAAGCTATTGGTGGTACAACATTTAGGGCTAACGTTAAGACAGTAAATGGGAA
AGCTGAGTATACCGGGTCTCCTTATTATTCGCATGGAGCAGGATTCTTTTCTAGAACCGG
CGATACAATGGCTGCCCTTAATATCGATTATTCATCCGGTAATGTCAGAGTATTTGCTAT
AAATGACCGCGGATTGGAAGATGGTAAAGTAAGCTATAACATGCTTTACGGAACGTCAAA
TAAACCTAATGCCGATGATAACGACTTCGTATCTAAATCCCGTGGCGGTACTTTTGGAGC
TGATGTTACAGTCAGTGGTGATATTACTGCTAATACCGTCAGTGGTAGGGTGTTAAAACT
ATCCGGTGGCGGTGCAGCGTATGTTCCACCTTCTCAAGGTGCATACATATCTTGGAACAA
AGAAAACGGGTCAGGTCGTACTGATTTTATTAACCATCGTTCAAATACTTCAACAGTTCC
TGGCGGATTTGATTTTTGGAACTATGAAGGTAATACTAGCAACATGCGTCATCTGGCGCA
AATTAGAAACACTGGGGATTTAGTATTATTCCCTTCTGACATATCTAAAGCTGTGACATT
CCAGACTGATGGAAACATTGTTGGTGGTACTTTATTCGGTGGAAACTTAAACAATTATTT
AAGTAATTTAACCGGAACTGCTAATAGCAAAGTATCCAAATCGGGTGACACCATGACCGG
TAGATTAAACGTCTACCAATCTGATACAAATGCTGGAGCCCAGGCTATATACATTAAAGG
CGTTCAGCATACACCGGTAGTTCTTGAAAGAAATACCGATGCAAACTTATCAATAGCGTT
CAGATTAACTGGTGTTAATCCAATTCTTCAACGTAAACTTGGTTTAGCTAAAGATGGAAC
TCTTCGTTGGGGAACCGGTGATAACCAGACGGATAATGCTTTAGTATTTGATCAAAACAG
CATTGGAATGGTTAGAGTTAACATGACTGGAGGTTATCTTGGACAAGAAGTTGCTGAAGA
CATTGGCGGAAGAACGTTGTCTATTGATGATCTTTTCTTGAATTCATCCGACGTTGGTAC
TCGTAGGGTTTATTCATGCTTAGCTCAAGGTCCTGGAGCAAATATTACTGGAATGCCTCC
TGCGTTAACTAATCTGCAAGGTGATTTCATTCTTATCGTTGAAAAGATGAGATCAGCAGC
TGGTGTAGATTTCCGTAATAAACAAACATTTATATCTGGACGTAATAATAAAACCTACTT
TAGATATGGTGCTGGAACAGGAACTACTTCCGCGCCGGCGGTCAATTGGACGCCGTGGGA
AGAAGTAATAACTACATCAAACACTAACGGTATTTTACCAATTTCGTCTGGCGGTACTGG
AGCTAATACTGCCGCCGATGCTCGTAACAATTTTAACTTAGGTTTAGGGCAAACTGCGAC
GTTTGGTGGATTAATTGTTAATGGTGTTGGAAATAATGATCCAGTAGTCACGTTTAAGAA
TGGTGCTGTAATTCGCGAGGCCCAAGGTGGTAGTATTGGCGCATTAATTATGTCAGCTTC
TACTACAGCACCAGCAGCCGCGAAATATATTGCTTTTCGTCCTTACGGCGATACATCTAA
TTCTGAGATTAGAGTCAAAGCATATGGCAATAACGAGACGATGCTTGAATGGGCGCAAGG
CCCTGCTGTTCGTTCAAACACTGCAGGTGCTTTTGTAATCTATGCAAAAGCAGGCCAAGC
GATTCATTTAAGACCGAATGGCGATACTGCAAGCCAATCAACTGTTATTGACCAAACTGG
TAAAATGACAGTCGGCGGTGAGTTCGAGGCCCAGAACTCGAAAATCACAGGCAACTTGAA
CGTTTCTGAAGATAACAGAATGATCGTTCTTGGCAAAAACTCTGATATTGGTTTAGTCAA
GAAAAACGGTATGCCAGGAAAAATGGCTATCGGTAAATCTAACTCATTTACCGTTATGGT
ATCTGCAAATACCAACAACCAAATTAATCCTGCTGACACGTTTAGCGATATATTCAAAGT
TGATGCTAGCGGAAACCAAACTGTTTACGGAAATGCCCAAATTAACAGGCAGCTTACAGT
AACAAGTAATACTAACTTGAACTCAGACTTGATAGTTAAAGGCAATTCCCGCTTCAGCGG
TGTGATTAATGCTGATGGAAACATCAACGTCGCTTCTGGTAAGTTTGTTATTGCAGGTCA
AGCTCCTACTGATAACTCGCACCTAACCAACAAGAAATATGTTGATGATAAGGTTGCTTC
TGCTATTAGTAATGCTGGTGATACTTATCTTCCGTTAGCGGGTGGTACTGTAACCGGTAA
CCTTGACGTAACTGGCACCAGATTAAAAACCTGGCAGTTAGAAGTTGATAGCAAAAGTAC
TCTGAGAGGCGGGTTAGATGTTAGTAGCAGTCTTAAAGTTTCTAGCGGAAACTTAGTCGC
CGCTGACACAACCAACGCTGGTGGTCTTTTTGCTAAAAATGGTAATGTTTACTGCGATGC
CGGTTCAGCTGGTACAAACTCTAACTACTGGTTCCGAGATTCAGCGGGTAACACCAGAGG
TGTTATTTGGTCTAACGGACAAAACGGCGACATGATTATCCGTAACCAAAGTGGTCGAGA
GCTTGTATTCAGAAATGATGGATATCTGCAATTAGCCCACTTAGCACCAGGAAACACAGA
TACTGCAAACACTGTAAATGGAATACGTTTACAGCGCGGTGATACGGTTTTCGATAGCTT
TAACGCATGGCAGTCGGGTGAATATGTTCGCGCTGGGTGGCATTTCTATAACGCCTCTGG
AGTTGACCAGTGGTTAGCACTTACAGATACTGGGGTAAAAATCTGGGGTAGTGCTGCTAA
TCTACGCGTTGAAGGTGTTGGTAATTTCTGGGACGTTGAAATTCGTTCTGACCGTCGTGT
GAAATCAAATATTGCTAAGATTGATAACGCTCTTGATAAAGTGTCGAAGCTATCTGGTAA
TGTTTATGATTTACAGCTTCCAAATGGTGATACTAAACCATCGGCTGGCCTTATCGCGCA
AGAAGTGCAGGAAGTTCTTCCTGAAGCAGTTACAACAGATAACGATAAAGATGCATTACT
TCGTTTAAACTATAATGCAGTAATTGCGTTATTAGTCGAATCTGTTAAAGAACTTAAAGC
AGAAATTGAAGAACTTAAATCTAAATAATGTTATGGGGCTTCGGCCCCATCTTTAAGGAG
ATATCATGGCAGTAACGGGTCCTAATGTAGGAAGTTCAGCCAAGGCTGTAACAGGAGAAT
CTTCAATGATTGCAGCTGGAGCAAAATTAAGGTTGGGAACACCATTTATGATGTCTAGTA
TGATCGGAAGAAACGTCTGGAACGCTAGCATAACTATTTCTGGTAACAACCCTGCGACAG
GACCTAAGGTTCGTGGCGCTTGGATTGATAAGAACAGTGCTTCGTGGAACGTATTACTTG
ATTCTCGTGGGTCCTTATCAGGTATATGGGAAACAGGCTTTAATTTGGTTGTTTTTGGGC
TAGCAGAGCCTAGTAAATGGGACGGTTATAATGATGCCATCGTTTTAGAAGGCAGTGGGA
ATTTTAATGTAAATTGGCGCGTTGATATTGAAGATGGAAGTCAGTTCCATTTTAACAGCT
CTAGAGATTATAGAGGAAGACGATGCTATAATTGTACAGACCCAAATGCTTTTTGGAACT
GGCTTTACGCCAATGATGGACGAACTTTCCAACTGTCGTTTACAGCATATTAAGCATATG
CTAGAGCAATAAATAGCTCTGTAAGGAGAGCAATATGGCAAGCAAACAATCAATACCATT
TTTTGATATGTTTCTTGGGTTGCTCGAGCTATTATTCAAAGATGGAGCCACGGGAAGAGT
TCTCTTTTCCCGTGTTTTCGTTGTCGTACTTTTAGCACTGTTGGCGTTTGCTGGATATAA
GTCTGATAGTCTTATTACCGCTTACGTCGACAGTACTTATGACAAGTATGATAAACTGGT
TCAAAAGGATAGAGATTCCCGATTTGATAATACAGCACTCGAACAACTCCAGATAGTACA
TATCTCAAGCGGTGCAGATTTTTCTGCGGTCTTTACGTTCAGACCTAAAAACTTGAACTA
CTTCGTAGACTTAATTGCTTATGAGGGGACTTTACCTAGCACGGTAGATTCTAAAAACTT
GGGAGGATATCCAATCGACAAAACAACTGCTGAATATAGCACGCATTTATCGGGTAGATA
TTTTTGGACGGATAAGGAATTTGTTTTCTTACCAACAAAAAGAAAACCGCCTGAAATATC
GTATATGTTTAGCTGTCCATATTTCAATTTAGACAATGTTTATGCTGGAACTGTTGAAAT
GTACTGGTACAATTCCAAACCTGCATTATCTAACGAAAGACTAACATCGATATGTGGTCA
GGCGGTTAGAGCTCTTGGAAGAGCTAAGTGATTACTTATTACTATGCATAGCCATTGTTC
GATAGATAGACTCAAATCCCTCGTTGTATTCTTCAACGAGAATTCTCTTCTCTTCGTCAG
TTAACTCAGAAACCATTTTACGAAAGTTGCTCTGATTTAACTGACGCCCCTGCTCATTCT
TGATTCCAATTTCATTCAAGAACGCAATAAATTCATCTCGCTTCTCCATGATATGTTCAG
CATTGAACTTGGTCAGAATAGAAGCAACAGTAACAATTTCTTGGACAATTTCAAACTTAG
TCATTATTTTTCCTACAACATAATGGATTATGTGATTATAGTATCATCTTGATACCGCGT
TGTAAACCAGTTTATGCCAATTCCCAACGAGAATTCAAATCTTCCTTAGTAGTGATATAC
TCAGCACCTGAGGACATCCAGAGCCCGTAGCGACCATCTTTTACTCTAGCCGTTAAATAC
CATTCCTTTCCAATTGGACGAACCCTACGATTCATCCAGTGACATACGTCAATTGCCTCT
TGAAAGGACAAGTCAATCAGACTTCCAAGCGCGATTTTATTCATTAACGCTTCAAGATAT
CTTTGTGATTCAACGACAGATTCTAAGTTATGACTCATGCTAAAACCACCTCTCCGCGAT
TACCTAAAATGCTTTCGATATACTCAACTCCACTTATAATGTCACCTCTATCCTTTGCTT
TAATAGTAATAATTCCATACGTGTAAAAGTCGGCTGACAAACTGAATGGCTTAGAAGTGT
CCTGGTTAAACGTAAACATTACTGCTTGCTCTAAATGTTTTACTTCTAAGTCATTAGCCC
AAGAGTTAAGAACTTTAAGCCTAACTTGTAAGGTGTATTCTACTTTAATTGCTGAAAGCA
ATTCAACGCGTTTATGATATGCCTTGGCTTCATCTTCTCTGCGTAAAGCTTCAGTATTCA
TAGATAATCTCCAATGTCATAAGCATCAACACATTTCTGAAATTGTTCAATAACTTCTTC
AGGTTCAACATTAGCGATAATAGCTACAGTAAAGGTACCATTATTCCAATCGTGTACCAT
CCAGTCTCCATAGCCAGCATTCTGGAGGTCTTCCATTAGTTCAGAATGGATATCTGCTAC
TAATCCAGAATGGTCCCCTAATTTCTTGTGGAGAGCTTCTAGGTCATCACAAATAATAGT
TAAAGTAGTACATTTGGAATTATTCAGAATGCGCATTGTCTTTACCTTTATGTTTTTGCT
TGCGTTTTGATTCTTTGGCAGCACGCTTTTTATCTTTATGCGCGCCTCCTTTGTTAAAGT
CATTCTTCGCTACTGGGTTGTACATGTGTAATTACCTCATTTAAGCAGTTGCGTGTAATA
TCAAAACGCTTAGCAATACCACATTCTTGGATATGTGCTTTTAAATCTCCGGCGTGCACA
TATCCCAATTCCAAGATAAACCGTTTAATTTGAGCCTTTTCTGAACGATTTAAGCTGTTG
AAGTAATCTGCCTTGGCGCTTATTGTTCTCACGCTTTATCTTCCTTGCATTCAAGTTCCT
TGATGTAATAGTCAATATCTTTAATCATTTCTTCTGTCATTACTTTGTACATTTCAGCAA
GAAACGGTTTAGCGCCGCCATTAAATGGATGACTAAACGGACAGATGTATTCCTTATCCA
TGAGAGTTTTCATGAATTTGCTGTCTGCCATTTTAAACCCGGCTTCATTGGTATATGTAC
CCCAATTATTGTCCATCATTTCTAATGAGCGCTGAAGCGATTTACGTTGAATTTTTAAAA
GCGTAATGTTATTCTTTAATGTACTAATCATTAGTATAAATCCTCTGAGAATAATTCATT
GGCTGGTCCTGATTTAGGACGAACTGTATTAACTTGACCTGCATGTGTAGCGATGATTAG
TGCTTCTTCACGCGTGAAGTACTCGCCCCATTGGTCAACAAATCCTTGATTGTCTCCATG
GACATGATCAGAAACCAATTTGTCGCGGAACATATCTAAAACGTTCGCCATATCAACAGA
ATAATGGCGAGTGCCTGGAACTACAATTGTTCCACCAGTTTTCAATTCAAAACGATTTGC
TGCACAAACGATACGACGTTGAAGTAATCGTCCATCCCACCAATCAGCTACTTTAAAGCA
GATTTCTGGAATTTCGCTATTTACATTACACATTTGACCAACTTCTCGTTAAAGGTTTTA
ATAACTTCACGGCCATGGTCTGCACCTTTCTTACAGTCTGCAATTGTCCATGCTTCACCG
TTTTGGTATTTGTGAAGAGCCCGGGTATTAATATCTTTCACAAGATTCATAATCAAATCA
TTAATTTCTTGTTCAGTCATTTAAAGAATCCTTTAATTTTCTGCCACAAACTTTTCTTTT
CACGAATACCGATTTGACGAATAACAGGTTCACCCTGCATTTTCTCTAACCATTCCATTG
AGTTAACAGCTTCCGCCATTGGAACAAATTTAGCAAGGGCCTTTTGGTAGTTATCTACAT
CCATGATATGTTTACCATCTGCATTGTAGATAGCATAGCATTTTGCGAATTTCTTATCAA
TGTATCCGATAAAGTGCCCACGGAACCATACATCCCAACAATCAGTTGGGATATTCGCAT
TCAAGTTAACCTTTTCAACACAACGCTGCAGTTCATTCATTACTTTAAACTTGTTCATTA
CAGTTCCTTGATAGAGCGGATGATGGTTTCAATGTTTTCAGCAGTACGAGCGATATCTAA
GTAAGTATTGCCCGTTGCAGCTACACGACAAGACATTCCGAGATCGGTGAAGTGTTTCTG
ATGCTCTTCAGAAATCTTGTAACCGAAGATGCGGAAAGTGCCTTTGTTGTTAACTTCAAG
ACTACGGATACCAAAGGTACGTTTTTCCAGAACTGCAATGTAGTTGCTGCGGTAAACAGT
CAGTTCTTTCAGAGGTAAGATATCTTCCATCTCACCAAGAAGTTTCATCATCAAGTCTTT
GTGTTCATTCATGTCTTCAGTCAGAGGACGAGCCTTGCGGGTGTTACGTTTTTTCAGAAG
TTCAGGTTTATTTTCTTCTGCATAGATAACTGCTGCTTTAGAGATGATGTCCTGTGCTTC
ACCTGTGATGATTAGACCGTCACCAGATTTCTCGATAAAACCTTTCTTAATCAGAACACC
AATGTTTGAGTTTACAGAACTTGCGTTCATGGTTTCTTCAAGGATTTCACGCAGTTCAGA
AGAAGTGATGAAATCCTTTTTAGCTACCTGAACCAGGATAGCAGCAGTTTTTTCATTCAG
AGCATCTTCGGAAGCTTTGATGATGTAAGTTACTTTAGACATTGTGATTCTCCATTCTGT
TTTGTTCAATTTGTTTGGTATGAGACTATAATATCATCTGCTAACCAGCTTGTAAACCAT
TTTATTCTGCTCTCTGAAAAATTTTCTTCAAAGAGCAGTAAAAATGTTATACGTTAAAGA
TCAAGAACTTATCACCATTCTCAAGTTTAAGCACCCAGAAATCATCATATACACAAAGAA
CGACTTGATACTCTTCACCGTCTTCATAGTTACTCGCTTGAATTACCTGGCGCATAGGAT
ACTCGCGATTAACTTCGAACACATCAAGCACCACAATGTTACCTTTGACATAGTGGCTCA
GTCGAGTGCCATCGGCTTGAGTGGAAATATAAAGAATGTTTTTGATATCAGATTTTAATG
ATGTAATCATTTTGTTTTACTCCGTGTTGTTTTGATATTGCTATAATACCACAACCGAGT
AAGCATGTAAACAACTTTGTGAAAATAATTTGGGGCATTCTAAGGAGGGATTTTGGAGGG
ATATAGATTTATATGGAAGGACCTGGAGATGACCTCCAGGTTCCCTAGATTAACTGAGGA
GCAATAAAACTAGACCTAATACGGCAATTACAGAACCTATAATTAAATAAAATTCTATCA
TAGTTCTTCCAGGTCTTTCAGATACTCGGCTTCAGGCGTTGTCTTTTCCCAGTACTTAAC
CTCTTGTGCTAGGCGTTTTGCCTCCTGAGCAAGTTTCTTCGCTTCATCATCAGTGATGTG
ATAGATGTTCATTGAAACGAGTTTTTCAGAATGGTCTTTGAATAGTTCATTTTGTTCAAT
TTCTTTAGTCAGTTGCTTGCGAGTTTTACCTTGGATAACGATGTTACCTGCGATAACCTC
TTTGATAAATTGAGCTTTTGCCTGAGCAAGATTAAACGCCTGCTTAGTTTCAGCGATTTT
ATGCTCGATTCGTTTGGCAGTGAATGTCTTACGGACTTCTACGAAATGACGAATCAGCTC
ACCTGAAGTTTTGAACTTATCGTTCAGTTTACCGTTCTCGTCGATGACTACTATGTACTG
ACTCATTTTCTCAATGAGTTTAAAATCCTTCATGATTTTAGCATGACGCTGCTCTGGGTC
ATCGCTTAAAGCATAGTCTTTACGGAATTTCACCTTAAAGCCAAAACCAGTCTTAGAACA
GTCATCATCATAAGTGATGTATCCTGCATCTTCCAGAGGATCGAGTACTTTCTCTACATA
AGAAGCACGTTCAAACTTGTATGGAATTTCACTGATATAGATCGAGTTCCGTGAAGTTTC
TTTATACACGCCGTGCAGTTCAACAGAGCCATCTTCGGTTTTAATAATTTTCCCAGTAAA
TTTAGGAAACTGTACTTCAGGTTCCATCATTTCGCCACGAAGTGCTGCTTTAGTGCATTC
TAAAACAGATTCAAAACTATGCGGAAGAATAGAAGTTGAATATCCTGTTGCAATACCGCG
AACGCCATTCAGAAGAACAGTCGGAATTACCGGAAGATAATACGCAGGTGGAACATGTTC
TTTGTCTTTATGCACCGGAGCGATTTCTGTGTCTTTGTAGATTTTACGGAAGTTGTCAGA
AATCCGGCAGAAAATATAACGACTTGCCGCAGCAGATTGAACCAGACGCGAACCGAAGTT
GCCTTGCCCATCTAATAGAGGATAGTTGTTATTCCATGTGTTTGCCATCAGTGCACCAGC
ATCTTGGGCAGACGTTTCACCATGATGATATCCTAAATCAGCTACACCACCGGCGACAGA
CGCAAGCTTATGGAATTTTTCTTTATTACCGCGAGCTAAATCAAGAGCCCGAGCAATAAC
AAACCGTTGTACAGGTTTAAACCCATCAATTAAGTTCGGAATAGCGCGGTTTTCTACAGT
GTAAATCGCATACTCTTTTGCTTCATTATCAATGATAGATTTCAAATCGCGATGACGAAG
ATTTGACGCCTTAGCCAAATCATCAATAGAACCTGCTTGTTTTAATAGAGTGTCAAAAAT
ATCCATTGTACCTACCAAATTAGTGAGCCGATTTGTACTATAACATCGGAAATGAAAAGC
ACAATATAAATCATTCCGTAAATCATTCCATAGTACATAACTAATAGAAAGGCGGCAGCA
ATAGCTGCCACAATTAGGAGTTTCTTAATCATTTGTAAACTCCTACAATTTTACAAATGC
GCTCAAACATAATAAATGCTGCGGTGAACGCAATACTTCCGATTACTTTAGTGGTAGGCA
CAAGGCCATACCACATGAATGTTCCTGAGCAAATCATTAAGGCCATCAGAAACACATAGC
CCATCACGAAGAAGGTTCTCATTAGTATTTCTGCAAAGTAAAGATGAAGTTATCATTCAG
AATACGATTCAGCTCAGAGTAGGTCTGCGCGTCACTTGAATGCTGACGAGTAAACGCCAA
TGCAAGCTGACCTTTGCCATAACCAGTAGTGAGTGGTTTCATTTTATTGGCAGGAATCCA
GAACACACCGTAGGTCATGCAATTCGAGCGCAGAGTACGACCCAACTGAGAACGTCCAGA
ACGGATATGAGAAAGAACACTTTCAAATCCTGCCTTTGAACGCTGTTTAGCTACAAAGAA
ACGAGCAGATGCACCGATATAACCTGCTTTGCCATCATTGAACATCAAAAAATAAAATCC
TTCGCGCTCAGTAATTTCACGAGATGGAGCACCTGCTGCCCAATCACCGTTACGAATAGA
ACCGATCAGTTCTGCGCCAGCGTTATCGAGATCAGCAAAAGTCATAATATTACGCATGTT
AATTTCCTCAGTTGATTAAAGTTTATTCTCCGATGAGGGGCCGAAGCCCCTTCTACTACC
AAAAATATACTACTGCCGTTACACCACCAACCCAAAACACAAGAAGACCTAAAGCAAGCA
GACGATACACGATGTGTCGTTTCATTTTTGACCTTCCCATACGGTTTCTACTAAGGATTT
AAGGCCATCAGTTTGAATAATATCAATCGCATTAATGGCAAAATAAATTCCGAATCCGAA
CACGGCGACAATTCCAAGCGCTACCGCAACGATAAAGGACAGAACAACAGTTCTCATTAA
GTTAAAGCGACGATCAAAACTACTACGAATCATTATATTTTCCTCAGATGAAAGCATTAA
TCCAAACGTTAACTAAATCCCATGCGAAAACACAAATGAAAGTAACGATAAGGCAGAATA
CTACAAAGGTGTTCTTCAAAATCGTAAGTAACTTTTTCATTTTGTTCTCCAGTTTAGCTA
ACAGGATTATAGTATCACTGAAGAACAGTAAAGTAAACCGTTAAATGCACAAGTTACGAA
TTTTTTCTTCTAAGGCTTTAACTTTATCTATATGCTCATCGCGAGCTGCAGCGGCTCCAT
TGGGATACAATCCGCCGTAAGTTGAATCGCCATTATCACAAGCAATGATAGTATAATGCC
AATTCATAGATTCGAGAATCCTATACTCTTTCAAAAGTTCAGCTTTAATAGAAGCATTTC
CGCGTTTAGCTCGAAGTGATTTTAGCTCTAAGTAACTCATGTTTTACTCCCGTTCAGTTT
GTAAGGCCATAGTATCATGGCCAATCCCGGAAGTAAACAACTTTTTAAAATTTGTGCATG
ATATACCCGCCAGCTCCAACTCGTGAAGGTTTTACTACTTCCATGAGGTGATCGATACCG
CCGGCAAACATTGGTGTGTACCGTATGACATTCTGGGACACTTCTTCTGCAACGAATATA
ATTATACAGTCTGCGACTTTATGTTTAAACATGGGCCCTAGATTTATTCCACTTCCATCT
GGGAATGGACCGTCTTTACCAGTTGTAACATTAATCCATGGCTTATGATTTGCTCGGTCA
TGAACAAAGTGTGTTTTAACTTCAACTCTAACACCTTGGTAGTGTGGATGAGCTAATACG
TCCCATGCCCATTCGTATGGATCGTTGTTATTATGGTCAACAACTTGATCGTTTACGTAT
CCATCAAGAAAATCCGCTACCACATACTCTGCCGGTATAGCAATTCTACATCTTTTAAGA
ACATCAATTCTATCTTGAGATGGATCGATATCTAAGCTATATCTAGCAGTATCAATGATT
TTTACTTTTGCTTCACCCCTTAGCTTATTCAAATCTAGGGTAAATGTCCGGAGTTGGTTC
AATCTCTGCAGGGCTTTGTTCATCAATGCCATAAATTCCTCTGATATGTAATTCACCAAA
ATAAACACGATCGTCGTGGTTACATGTGTCTGGTTCCACAACAAAGTCATCACCAAGTTC
TACGAGTTCATCACAGTGCAACCAAGCATAGTGAACATCACCTTCATGTTTAACTACATG
ATGGCAAAACACCGTAGCCGCATGATGAGTACCACGAAGATTAACAACTTTAGAATGAGA
TACGTTAAATGGATTAATCATGTTTCACCCATAATAAAAGAGGAGCCCGAAGGCTCCTTA
TAATTAGCGAAGTTCTGAACCCCAACGATCGGTTACATCTTCAAGTACTACATAACCACA
TGTACGCATTTTAGCATCGTTGTAATCAACCGGGATAGATACTACATCACGCGGATGAAC
TTTAACTGAAACGATACGATCGGAACCACTACCGAAGTGACCGATATAAGATTTAGAGCA
GACATGCAGACCTGCTGAACAAGTACGCTGATCGTCTTCATCTACCTGGTTACGCGGCAT
TGTAACAGTTTTACCCGGAGAGTTATCAAATGTGTTTGAAGCACAATCCATATAAGTGGA
ACGAACTACTTTCCAACCAATGAAGTGACCATCATCGGTGATATCGATATCGTTTGCATT
CAGGAAATCAAACAGACGATAAACTGCACGACGAGACGGGTTCAGCATCAGGTTTTCCAG
GAAAGGCAGATAACGTTTAAAGTCTTCGCCATCTTCCATAGCTCGAACGATACGCTCAGT
CAGACCAGATTTCAGCTCGATATCTTTATAGAATAAAGTACCATCTTCAATTCGGACGTT
ACCCTGAACGAATTTCTTGATGCCTTGTTCCAGGTTAATGTGGTCAATAGCACCAGCGAT
ATCACCATCTACAAGTTTCTGCAATGCAGATTTAAATCCAGGATGTTGGCTATCAGCGTT
ATAAGTAGTACGGCCTTCAGTAATTGAAATGAATTTGGAACTTGCTGCCCATTTAAATTC
GCGCTCAACAGGAGCTTCTACTTTAGCAGGAACCGCGGCCGCGGCAGCTCGAGCTTCACG
CTCTTTAAACACACGCCGAATAGTGTCACGAGAAACACCATAATTCTCGGCGAGCTCTTT
CTTAGTGTACAGACCGTTTTTGAAGTTTTTAACGATTGCATCTTTTTGGATTTCAGACAG
ACAGGTAACAGCCATTTATTCACCTTTATTTTCAGAATTTTGAGTAGAAGCTCCGTCAAG
GAGCTCCATGATTTTTACAATATCATCGACGAGTTTGCTGTCAGTCCGCCAAGTATCCAA
GACACTTGCGATGACAGGATAATCATCTTTAAACTGTTCAATCTTTTTATAGAAGATTGT
CTCAGCATCACCAGACAGTTTATTATAAATTTTATTACATAAAGCTAAATCATCGTTTTC
ATCTTTGATTTTACTGGTACGGCAAACCTTAGCGATTTTGTTTAATTTTGTCAGGAACGG
ATTTTTCATTCCAGACGCTGTAAACTTACTCGACAAGAAATTCAATTTATCGTAATGCGC
AATATTTCCACAGATACGGTTTCCAGTAGCATTTGACGGCATGTACTGGTCGTAGTCTAC
CTTATCAATACACTTGATGTATTGGTCAATAATAAGTCGGTCAAATGAAAGCAATCCATC
AGCTTTTGCCGCGGCTTTCATAGCACCCGGACGAATTGCATAGAATTTCTTAATTCCACA
CGCTTCTGCCAGAGACCGCATGCTCGCAATGTTCATATTCCACCACCAAACATTATCTGG
GAAAGTGTGGATTTCATCACGATTGCGACCGATAGCATAGCCTTCAAGTTCAGCAATTTC
AGATGATACTAAAGTCTGACGGTCTTCTTCCCAATACCCGTCTTTATCAATCCAATGTAA
TGACACATTAGGAGATTTCGGACGTTTCTCTTTTGGACCAGTGTCATAATCAGGAAGAGC
TTTTCTTTGGGCTTCAAGTTCAGACACACGGAATACTACAACCTCATCAGTATCCATGAT
TTTCTTCAGCTCATCAATGACATGCAATTCATCTTCATTGTCTTTGATTACAGTAATGTG
TGCCCAGATTGGAACTAATCCAGATTTACACAGAGCTCGAACTGTAGCGATGCGTTTACC
GGCTTTATCATCAATAAGAACAAACGCTTTAGTTCTATCAACCCCACAAATATCAGAAAT
GCTTACTTGATTATGGCGGTGCCATGAGCTGTTTGATACTTTACGACGAGCAGGCTCATC
ACATGAAACATAAACCGACACTTCGTTATCAACATAATATGAACGAATTTTATCGAGATT
GTACTTCGCAACTACTTGTTTAATATCGCGGTTCCCAATGGTAATACCACGGCTCTGAAG
AATAGAGCGTTCCTTAGAACTCAGCTTATTGAACTCACGCAGGAATTCACGATCAGATTC
ATACGCTTCAAACGCTTTAATATCTGCAGTAATTACCTCTTCTTCAAGAGCATTCACACG
CTTCTGGATATTGGCAATTGTTTCTTCATCAAGAGAAAGCTCTTCACGAGATGGAGTAAT
GTCTAATTCGCCAAGAGGGAAATGAACATAAACCTTACCATAGCGATTAAGCAACCAATC
TGCCTTAACATCTACACCGCTGATCGGATATACGATTTTTCCATAAACTGCGTACAGACC
ATAGCTTTCATACGAACTATTAACGCTAAACCAATCAGTTTTATCTACTGGGAAATATTC
AATTTCACGGCGAAGAGAATCTACCTTTGGAGGTACAGCACCAAAGGTACGCAAAATATA
TGCGATTTCATAGTGCCAGGTATCAATATCTTCTACTTTAACCGGAACAGTGATTTCAAG
ACCAGTTTCTTCGTCTTCTTTCATATCATCGACAAACATCGGACGAATAGTAGGTTCACC
ACGGTTTTTCATGACAGTATAACCGGTGGCTTTACCATTATGATATGATACTACGTTAAA
TGTGCTAGTATAACTCAAAGGAGATTTAGAACCAAGACCAAGGGCACCAATGAAATCATT
ACTGTTATTCTTTGTGGATTCAAAGAACGTTTTATACATCGTCATCATGTCATTATGATT
AAGACCTGGACCATAATCACGAATTACAAATCGTGGGTCAAGACGAGTAGGAGCCTTGAT
ATAAAATGGACGATTTTCATTACCGTTCAGTTTATGAGCATCATCGCAGTTAGTAGAAAG
TTCACGAACAACAGCACGAACTTTATACTTATAGAGTTTATTTGACAAGATGTCAAAAGC
TTTACCTGAAGCTTTAATGGTAAACGTTGAATCGTCAGCGTCAGAAGAACCAATAATTAC
TTCATCATCACATTTAATTTTCATTTTATTCCTATCAATTGTGTCGTTTAATGATTTCTG
CTACTTCAAGTAACTCTTCAGCAGTAGCGGTGTTAGTTGTAAAAATTTTATCACTGATTT
GTTTAAAGCGGTCTTTGAATTCCTCTGCTGCTTGGATATCAAAGAAACGTTGGATGATAC
GATACTCTCGGTATATAGCATCATCAAATAATTCTTTATTCGGAACGTAGATTTTCTTTA
GCATTTTACTGCTCCTGATGATTTAATCACTTTGACCATGTCGGCAATTTTAATATCAGG
ACGCAAAAAGCGTATCACTTTCATAGCAAAAAGACTGTGATTAATAGGGACACTCTGATT
ACTTTCTAATCGGTCAGCTATAGAGTTTAATAACCGCTTGATTAAAAGTTCTTGGTATTC
ATTGGAGGGGTCGACTGAGTATTTTAGTGCCTCAGTGCGGAGTATTGAAATGATAGTTGA
CTTCATAATAATTTCCTCAGAAAAGAGGGGCCGAAGCCCCTCGGGATTAATGCACTCTGC
TAACGCGGCCATACACCTCATGTTTAGAACCGTCCGAGTTTTCCACCCAGATAGTAACCC
AAGTGCCAGGGAGAGGTTTCTTTTCGGCAAACATGTATCCATAATCGCCTGAGACCAAAG
TAATCCAATAACGTTGCATAGTAATTCCTTCTATAGCAGGGCAATATTACCCGTACTATT
TATTCACTCATCCAGGTCTTACGTGGTGCAGCATCATTACCCATAATTAATTCAAACAGT
TCTTTCCAGTTTTCAGGAAGAGATACTACATCATAAACCGGGTCTTGAATAACACGTTCA
TATTCATCTTCTTCAAGAGAGCCAAGACCTTTAATATAACGAAGTTTCCAACCTTTGAAA
TCATCTTTATGGTCTTCATATTCACCAAGAGAATAGAACCAACGTTGTTCTTTACCTTTG
GTGAGAATAATAACCGGAGTTTTCACAAAGCGGATTCTACCCTGTTCAAACAGTTCAGGC
CAATTACTGAAAAACGCTAAAAGACTTGGGAAAATTGAACCAACACCATCAACATCCGCA
TCGGTCATGATAGCAATATTTCGGTAGTTAGTATTTTCAGCAGGCTCACCAATCGTCAAA
CCGGTGATTGCACAAATGTCAAATACTTCCTTGTTCTTCATAGCATCTGCAGCAGACATT
CCCCATGTATTCATGAACTTACCACGTAGAGGATATCCACCATGAAGTTCACGGTCACGG
GTTGTGAGCAGATAACCAATCGCAGAATCACCCTCGGTTAAGAATAAAGTGGTGTCAGCA
TCTTTGCCATATTTGTTTGCCTTAATGTGCTTAGCTACTTTAGCTTTCTGCGCTTTCTTG
GCGGCTTTAGTTTCTGCAGCTTTCTCTGCAGCAAGTTTACGAGCTAACATTGCCTCAATA
ATAGGCATATGAATATCTTCGGATTTCATAATAGCGTTAGCAAGTTTCTTATAATCAATA
TCAATATGGCTACGAATTTCTCCCCAAGGAGAAGTCAAACGCTCTTTAGTCTGAGAATCA
AATCGCATGTTAGACATATCACGAATAAACATGATGACAGTCAGACATTCTTTAATTCGT
GCTTTATTAACTTCTAGTTTGTACTTACGTTTTAATGCTGGAATGAGTTCATTGCTCAGT
TCATCGAGAACTAGGTCAACGTGAGTACCACCATTTTTGGTGTGAATGTTATTAACATAT
GAAAGTTGACGGAACCCGTCATCCGAACGACCAATAGCAATAGCACAAGTATCAGAATCC
TGCACTACCGCATTTTCATCATACATCTGGGCGTAAGCTTTAAACTTACCTTGAACACGT
TTACCCATGAATTTGAATTCAATATCAGGATAAACTACTGCTAATGTCATCAGACGATCG
TGAATGATTGATTGGTCAACATCAGTCAATCCTGTGCTTTCAAAGTGACTGAAATCTGGA
ATGAATGATACTACAGTACCAGTCTTATCTTTGATGAATTCTTTATCTTTTGCTGGGTGT
TCTTCCCAGGAGATATTTTCTGAGCCGTTAGAACAACGAACGATGATTTCATTTTTACCA
TCGCATGTTGCACCAGTAAAAGATACTGAAAAGATGTTAGTTAACGCAGAACCGACACCA
TTCATACCACCAGTTTTACGCTCAGCATCATCGCCAAAGTTACCACCCGCGCGAGGACGA
GTCCATGCAGCTACTGGTCCTGGAATAGTTTCTCCTTCAGGTGTTACTACAGGAGCCTGC
GGAAGACCACGACCGTTATCTGTTACAATAATTTTGTTGCCTTTAATGTCAACTGAAATC
TTATTCGCGTGTTTGAAATTAGTACGAATAGCTTCATCAACAGAGTTATCAATGATTTCA
TCAATAAGTTTGATAATACCAGGAACATACTTTACTGATTGGAATTTACCAAAAAGAAAA
CGGTCATGCGCTTCAAACGCAGAACTACCAATGTACATTCCGCTACGCTTAATGATATGT
TCTCGGTCACTCAGAATTTTAATTTCGTTCTTAATCATTACATTTCCTCGGTTAGTGAAG
GAATTATATCAACTATTAATTATAGCAAGTAATTCTTCTTTGATATACATCAATTTACCA
AGAACCTCATGGCCTCCTTTAACCGCTTTATACTCTGGGTATCGGGGCCGTTGTCGTTCA
AACATAGTCCATTGAGCATCACTAACGTTAGCGTATGCATATCGAGAATTTCCGTAGTAC
TGTTCAATCCGGTACTCGTTGTTTTCATTAAGTGAAATCCATTCTTCACAGACTTCATAA
TATTTCTGCATCCAAATAGTACGACCATTCACGTCATTGATTGGCCACCAAGCAAACCTG
TATTTTCCAATAGCCCGCTCTACTATTTTTAAATGCCGTTTAGCACGCCTTTGTGCAGTT
GTCATTCCAATAATCATAATATTCTCCTCTGGCCAACAAGACTATAATACCAAAACATGG
TGTCCATGTAAACAACTAAATGACCCGAAGGCCATTTATTCATAACGAATTGTGCTGTTC
TTGAGAAAAAGTCCTGAGCACACCGTTCCGTTAACAGGTTTTCCTGTTGGCCCAATAGCC
GTAAAGCCTGTGTGCTGAAAATCATCCTCTGAGCAAGAAAAGAACTTATATCCGGTGATT
TTGATATCAGTAAATCCCGCGTTATCTAACACGCGAGTTGCGTTATCAGCGTCAGTGCAT
CCAATCATCATGAAGGCAAGCGCTGTAATTAAAATCTTTTTCATTTTAATTTAACCCTAT
AAGTTATATTACCTACTTTAATAACCCGGATTTCTCCGGGTTTCATGGTAATGCGTGCTT
TAGTTCCCATCAATAATCACCGCTCTTTAATCCATCGTAGTGAACTGCCGGAGCAGAAAC
CACTCGCTTCATTTGGCCTTCACACTTAGGGTTAAAGCAGTTAACAGTATAGTCACGATG
GGAAATTTTACGCATAATTTCTATCTTTTTTCCACAGACTTCACACTTGTAATCATACAT
TGGCATTAACAGCATCCTTCCATTTTTGTGTTTTGACCATGATTTGCTCATTCAGTGCAC
GAGTAACCATCATGGAGATTTCATCATCTGATACATGGGTATCATTTTTATGACGATTTC
TGAAATGCAGCCAAAGTGCATCCACTACACAGTTAATAACATCTGCGCACTCGCCTTCAA
ATTCTTCTTTCTGCCGCCATGGACGATTAATCCAATCACACATTTCTCCAGTTTCTGAAG
AAAGTTGCAACATGACATTCCCAATGCTACGGTTAGGAATAGGATAAGACAGTTTTGATG
CTTCAAAAATAGGAGCTAAATTTAACATTGATATGCACTCTGCAGTGCTGCAATAGCAGC
GATTGCTTGACCACGGTTATGAATAGAAAGATTCATAACCAAATCGGTTGGAATTACATT
CGCGGAAGTTCCAACTTCAGTAAAGTATTTGAATTCGCTATCAAAAATTACAAGGTCTTC
ACCGCCGACTTCATCACATTCTGTGCCATTAGCCCACGTAATTCCTGATACTCTATTATT
TTGGCGGTCAACTTTAGTAACAGTAAAACTCCCGCCATTTTCATAGAGTTCATACACAAA
GTCTTCATTAACCTCATAGCGTGAAGAAAATTCTTCTTCAGCTTCATCATTGACGAATTT
GTACTGTACGCCTTCTTTAAAATTCATTACACAATCTCCATGTATTCTGGGCCATCAACT
GTGATTACACGAGCAAAGGTACGAACTGGGACGATATCACCATGGTTCGCGAATACATAC
AACCAAGTCCAGTGCTCTTCTTTACCGAAGGTTTTCTCTTTCTGAACAACGATTAAGTCC
GGGTTGAACAGAACATCTTCAAAAGCTTCAGCAGTAATTTTTACGGTATTTTCAGTTTTC
ATGTTATTCTCCTCAGTAGTTGATAAAATAATAGTACCACATCCTTGTGGCAAAGTAAAC
AACTTTTATACTAAACCTTGACGCTGTGATTCTGTCGGCTCTACATCAGCTTTAGGCAGA
ACTGCATAGTTTCCTTGAAACACTACGTTTACTAAGGTTTTACCGTCTTCTTCCCACTCA
TCAGTGACAAGAACATTTTTATGCAGCGACAGATTAGTGGCTGAATTAGTAGAACTCACA
GATTGGGTAATAACATTGTCAAGTGAATTCACGTGTACCCACTTGCGTAGATAGCTTTCA
CTAGATTCAACGAATTTTTTCAAGCAGTGGATGTAATCACCAAAATCTTCACGGTAAATC
TTATACCCAGATTTACCGTCATTACGATTAACTACTTTAACGATTACACCATTGTGACCA
ACCCACTTACCACCAATTACTTTAACGTTTTCGCCTACAACTAAATCTTTCATCGTGTTT
CTCTCAGTTTGTTAATGTAGAGCCATTATATAACGGCTCTTTCATAAAGTAAATAGCTAT
CGGTGAGAAATTTCACACCCAACATCTACGCCGAACATATACCCTGCATCCCAGCCTTTA
GCCATCAAAGCCTTGGCTACCAGAACCATCGTTGGAGAGATTTCTGGGAGGATTTCCCGG
TTGAACCACTCTTCGAAGTTTTCATCGAACTCAAACTCTTCCATTAGCCACGCCCCTTAG
GTAAACTCAGTGGATCGGTATCTTCTGGACTTGGTGCTTCGCTTAGGCCTAGAGCATAGC
GTTGAGCATATTTAAGCATTAGAATATCTTTGGCACAGTCATGGATACTATCATGCGCGA
TAAATCCATCGAGCGTACCCTTTGGAAGAGGGGTAGTTGTCAGCCCACGAGTCAGAAGCA
GCGATTCAATTGCAGTACGAATGTCACGCTGATTCCAGAACTTGCATGGTTCTTCTTTAA
ATGTATCAATTTCTTCTTCGGAAATTCCTTGGGCTCGTTGAACATCACGAAGACAATCAA
CAAAAATCGGAAAGTCAAAGCTCTGTCCACGACACCAGCCAAAGGAATCCCATGGGTGAA
TTCCATTATCAATCAGATATTGCTGAGCTTCTTTAATTCCAGCAATTACTGATAAATCGT
CAGGCGTTGAGGCCAGGTTAGCACGGGCTTCAGCTGATTGTTTCTTCCACCACTCAAGAG
TAGATTTGCCAAACAATCGATGGCCTTTCTGGGATTTAAGGTCAAACTTGATGCGATGAC
CACGTTTAACCAATTCATCGAAGCTTTCCAAAACTTCGGGGTCAGAATCAAAGGTGATTA
GAGCAAGGTCAATCACAGAAGAGCTTGACACATTTCCGAATGTTTCAAAATCAATAATAA
AGTCTTTAGCCATTTTGAGCCTCTAGCATAAATTTAATTTCGCGTAACTGGCAACCAATA
TATTCGCTCAGATACACCTTTGGGTCATATCCTGTAAACCAAGTGATAGCATTAGCGTTA
TCCACTATATCACGAAGCTCATTCAGAACTGTATCAATTTTAATGTTAATAGCACGCTTA
ACATTATCCGGTGCTTCAAACTTAGATTCTTGTAAGCCAACAATCATTGTTTGAAGGTCT
TCTAATTTCAATTCAAACATATTACCTCACACATAGAATACATCATAACGACCACGAGTA
GTACCAACATATAATAACTGTTGCGCGAGAGAAGCATCTGCCATGTGAATGCATGGAGTA
TAAATGAAGCTTCTGTCAATTGAGATGCCCTGGGCCTTATGGAAAGTCGAAGCTGGTAAT
GCTTTCACTTTATGAAACTTACGCTTAGCATCCCAGAACTCAGACCAAGGAGCTTTACCT
CCTTTATTCCAATTCTTATATGTATCTGCAGTTTTTGCCAAAAAGAATTGAAACTTATTC
ATTTCTTCTTCAGATGAGATGACACAGATTTTCTCTCTAGCGTACTCTTCATCGTCGCCA
TAGGTTTCAATATCTAATACCCAATGACGAACCAGATATTCACCTGGAACACCTCTGGCA
CCCAAAAATGTGGTGGTTTCAACTGCATCCAATATGCGAACAAACTGACCATTATTGAAA
AGAATTTCGCTGAATTTCTTCCCTTCAAATTTAAGTTCCTTGGTAAGAGGTTCTTGCATA
ACAACAATCTCACCTACTACGAATGGTCGTTCAGTTTCGTATATTCTTCGTCTGATTATT
TCATTCAATTTATCCACAGATTTATTAGTGAACGCAAGCATTCGGTTTTCAAATAAATCT
TCTGGTGTTTTAACTAAATTAAAATAATTTAGCATAAAATCTTTAAGGGCAGTTCCTTTT
GTAAAACCACGGACGCCATGACCATCAACTACACAGTCACGAATCCATCCACCGTTTCTA
ATTTCGGTAGCGACTTCAATGATTGGGGCATTACTCCGCATCACCTCGGTCAAATGAAGT
TGTAAGAAATCTTTATGAGTGAAGAATGGACTCAGTGCAGGTTCATTACTTCCAGGTTCT
ACCGGACGTATCTGAGCCTTATCACCAATGGCAATGACAATACACCATGCAGGAATAGTT
GCCATCAAAATCTTAAACAGCTTACGGTCATACATTGAAGCTTCATCACAGATAAGAACT
CGAATAGATGCCATATCCGGAACTTTCTTTTGTTCAAACAGAACGTTTTCTTCATATGTC
GTCGGGTTAATTTTCAGAAGACTATGAATAGTACTGGCCTGCATTCCGCTGAGATTAGAT
AAAACCTTTTTGGCCCCATGCGTAGGTGCTGCCAACGCAATGCCAGAGATACCCTGAGAA
ATCAAAGCATCAATGATAAATTTGGTTAAAGTTGTTTTACCTGTACCGGCAGGTCCATTA
ATTGTAATGTGTTGTCCTTTAGCTCCTAGTTTGACCATTTCAATGACTTTATTAAAAATC
GCTTTTTGACTTTCTTTTAATTGGTCAAACGTAATCATGCCACTTTTACCCTCACTACAT
GTAGATTTTTAATTTTTGCTTCGAGTTTTTCACGCTCAACATCACTAAGTGGTTCATACA
CTAGCTCAGTAGTTTTCCACCAAAGCATTCCTTTGGTTTTGCTTTTCCCAGTAAAATTCC
CTTTTGCTAATTTGTCTGTTAAAACCGACATTGTACGAATCCGTGCTTTATTGGCTGATT
CTTCATTAGTGAAGACTACACATCGTTCTCCATCATACATATCAGTTGTGACTGGATGGT
CAAATCCGTCTTTATCCTTATACGCTACTACATATCCATAGTGTTGCATTACATTTTACC
TCTCAAAAGTTGGAAGAAGGACGCAGTCAATGGAAGACCTTTTTTCAATTTTAACTTATC
TAACATTGAGCATTCTTCTAACCGACGAAGTGAGTTAACAATTAACCGTATTGATTGTAC
ACGGATTTCAGCATCTGACGGACGATTCGGAACTGACGCTAAAATAGCAGATAACTTACG
CTCAACTTTAGCTAATTCAGACTTACCACCGCTGATACGAGTTCTCAATGCATTAATAAG
TTCTAAATCTGCCGAGGTTGCAGTTCCATTCTTTTCTTTTTGCACAAATTGAGAAAGATG
ATTTTCGCGATTACGTAAGTTAGTTTTAATTGATGTGATAGTTTTTTCATACTCACGAAT
CTTTTCCAAACGAGAAGCTTCTTTATCACTTGTTGGCTTAACAGAATCTGAAGAACGAAC
TATGCGTGCTGCGATTTCATTCGCTTTTCGCTCAAGTCCTTCAATAGTGTTATTTCCACG
TAAAGTATTATACTTTTGCTTGACAGGAATAACATTCCCCACTACATATCCTAAATCATT
ATTCCAGCGTTCAAGAGTCATGCTGTCAGGATGGTTTCCTTTAACAGTTCCAAACTTTTC
ACCTGAGTATGCGCAATGAGTCTGTTGCATGATGTTAAACAGATACTCGGGAGTAAGATT
GAACTCCTTGTGCCGACGTTGGGCAGAACCTAAAGTTGTAATCAGACGAGTATAAACTTT
AGCAGTTTCAGCAGTGAATTTCATTATGTTTTCCTCAAAAATGCTTTCGTCTTACGGACG
GTATAATGGGTCTAGGTCCCTAGTTCTAGATAATCACTAGTTGACTAAGCTATAATAACA
CTAAAGTAGTCCATAAGTAAACCAGATTTTTCAACTTTGTTATGACCCACCACTTTGAAC
TTAGTTCCCATCGGTAGCATCCTTTCTTGTTCTTTATCAATCATCTCGATGTCAGCGCTT
CTGCGCTGAGCAATGTTATCAATCACGTCATTTGGTCGCATGAATTCAGAATCTGGTGCA
GTAATTAAAAGCGATTTCATGTTGGTATGATAATCAAATGATTGATGGCAATTATTGACT
TCAATGACTACAAAGGTCGAGTAATGCCATTTGCCTGCAAACTCTCGGGCGATCGTTTCA
TCTGTTGTGAATGACGCCACCTTTCCAAAGTCAAATTGCTCTCCTTTAATAAGAGCTTCA
TAAAAGGCTTTAGCCTCACGGCATGATAGACCTCTATAGAGAGTGTCTCTGTTATCAATT
TGATGACGCCTAACGATAGAGTCAAGTTTCTTATGAAATTCTTCGCCAATCTTATTGTTC
ATGCACTGCCACAGAATTGACTGTTCTTTGCAGTCAAAACGATTGGCTAATGCTTCCCAC
ACGCTTAAATCATATAAAGGTAATCCTTTGCTTTCTCGCGCGAAGTTAAGAACATCAATG
GAACGAATGGGTTCTTCGATAGGAATAACCTTTGATAATTTTACTGAAATAGATGGGTTT
AATGAAATAGCCATGATATTCTCCATTTTGGTTACGAGAGGTATCATATCATGGCTTTTT
AGAAGAGTAAACTACTTTATGAAATTATTTTGCCCACGGAGACCAGGGCGGCGGGTCAGA
CCAGATTGAAGCTAGTTCATCTAGAAGAGCTTCTGGGGCTTTAATACCATACTTCTGTAT
AATTATACGGTATTCGTCTTTGATGTCCTTAGAAATCACTGGATGAACTTGAACCTCTTC
CTGAGGCTCTTCCATCATTTCAAACAAATCCATCACATGAACCACTCAGTATTGCGATAC
AGACAACCACTGTTGTTATATCCATCAGCCGCTTTTTGCAACAACGGGCTTGGAGCAAGT
TTGATAAAATCTGCGCCCATATATAACCAAACTAACTTAGTAAATTCTATTAGAGAATCT
GTGCTATCAATGATAATCTTTTTGCCTCTTGAAATTATGTCATTTTCGTATTCATATAAG
CTAGTTTCATGACATACATTGGTGTATCCTTTCAAGTGGAGAGCATGCAGTATAGAAACA
GGACTTCCTGGAACTGTATCTACGTCAAAGACATGAGCAGTCTTAATAATGCCATAATCT
TCAGAAGGACACCAACCAAACGCCTCGAATTTATTAATTAAATCTTTGAAATCTTTGTCG
AACGTACTGTATAGAGCAACAGTAAAAATTCTATCTTGGTCTAGACGCAAAGCTCCTTTT
GCATCACTTCTTGATTGAACTGCACGTTGTAAACTTACTTTATAGATTTTTGCGTTTGCC
ACAAAGAGCTCCTTCAGTCATGTTATTGTCTTCAAACCACTTATCATTTGCTTTAATTAA
AGCAGGCGCAGCTTTTAGTAATAACGCTGCAGCTCTTACACCTCTGTACCAACAATCAAA
ATGAGACTTCTTTAATGGTGATTGATACCAGGGCTTAGTATAACATATCATTTTCTTCTC
CTCAGTTAGTAGGAATAATATACTATTCCCAGTATAGCATAAAAGGACTCCCGGAGGAGT
CCTTAATTTTTATACTTCTGCACTAGCTTCAAACATTTTAGCGTTGGTGGTTGCCCAAGT
TGCAGCATCATCAACTACTGTTGAATAAGCAGCTTTTTCAGATGGGAAAATCTGATACTG
TGCGTTAGCAATGCGATGTGAATCAGAATACACCTTAAAAGCTACAGATACTTCAGTACC
TTTAACTTCGCCATCAGCAGTGGTATGGTCAAAAGTTTTGATATTTACGTAAGCCATTTT
AATCTCCTATTTAGTTTACAGGAGTATTTATATAGCTGCGGTAAGCACCTTTAATATTTC
TTTATCAATTTCTCGAGTGATTTCTTCTCGAAGGGCCAATACTAAGGCCCTTTCTTTTTG
CTTTCTGATAATTTTTAAACGACGCTTAGATATTCTTTTAGCCATTAGTAGCCTGCATCT
TGACGAGCAAAGTTCTCAGCGTTTTTCAGATAATACAGTTTAAAGATTTCTTCAGAATCC
AGACCAAGCGCCATAAACATATTCAGAACAAAGTGCAGGATATCAATCATTTCAAATTTG
ATTTCAAGCTGGTCTTTATCAGACAGGTCTTTGATATAAGTTTCCTGCATCTTGACGTGG
TCGGCTTTCCACGGTTTCCACACAGCACTAGCTGCCTTTTCACCATTACTCATACCGCCA
AGAGACGTCAGCAGTTCGCGGAATTCGTCATCAATGTAATCTTTTTGATTACGCAGCCAC
TGCACGATATCACCGGCTTGAGCCAATTCATCAGGATGCATGTTAGTACCAGGCTTGTCA
TTTGCAAGACGAACCTGAAGAGATTTTTGCATATCAAGCATTACTTGCAGAGGGTCACCA
CCAACTTTGCGTACGATACCTGCGTATCGAGCTTCAGCTTTATCTGCACCAGCGATCAGT
TGACTACATTCGTTAAAGTGTGCCATTATTTTATTCCTTTCAATTAAATTAGATAAATAT
TATATCACTTAACATAAATAGCAGGAGGATTCATGTCTGAAGTGAAACAAGAATGTAAAG
ACAAAGGAGGATTTGGAAGATATCTTTACGTCGGAATCGCCACTGCTGCTTTAGCTGCAT
GGAATTATGTGGTAGTTCCATTAGCTAGCACACACGGGCTAGTTCTTCCTCCAATGCCGT
TAGAAAAAGTTGTGTCGTTTATTATGACTGGAGGATTGCTTTAATTTAAGGGGCTTTGGC
CCCTATACCTTCGCATATTTGTCAAGACGTAATTTAGCCATTAAACCTTGCGATATATTT
TGATTAATATAATCCGTTATTTCAGAAGCAGTTGCCCCCTCTTTCATAATCATATCATTT
ATATCTTTGCTTTTCCAAGGCGACTTATCCCAGAAAACTACCCTTTCACCCGCGTCTACT
AAACGCTTCATACGCTTAATCGTATCAGGATGACGAGGTTCATGGTCCATAATCCATGCT
CGGTTATCATGACATGGAACTTGAGCTAAATCTAAAGACCCACCGGTAATTGCAATAGCA
TTATCAATGAACAACGAATCTATTGGTCCTTCCATGACGAATACGAGTTTTGACTCATCA
ATAGTGTCGAGACCATAAATTTTGGTCGCGTGTTCATGGGCTTTGATTGTGATGTATTTT
TGTGGAGCATTCTTTCGTAGTGCTCGTCCTTGAAACGACTCAATCTCTCCTTTCTTGTTG
AAGATAGGAATAACCAAACGTGGTTCGTTCGTCTCATTCTTATAGGTTCCTGGATTAACG
GAGTTAACAAGAGAAGGCCATTGGTTAGTAAACCATAACCTTTTCCAAGAAGTGCTTGGA
ATACATCTGGCAGTCACGTATTTAACTATCGGATGTTCCTTAGGAAGTCTATCTAATCGC
TCGCAGAAATTAAGTTTTTCTATTACGGGGAGTTTTGCATTAATTTTCTCAGACGGTTCT
ACAGTCTTTGGCTTATCAAAGACCTGCTCCTTTCTTTTCTCAAGAAGATACTCTCGATAG
AGGTCGGGTTCATTATCTTTAAGATACTGCGATAGCCACTTGTTATACTCACAGTTGAAG
CAATGACAGCGTAATCCTTGACCTGCATCAAAAATCCAGAATCGGGCTTTATTGATATCT
TTCTGTGAGTCACCACAAATTGGGCAACGGCAGTTTAACTTGAATGTTGAAGATGTAGTA
ACGTGTCTAAATTTAGGTAGGTGAGATATTGCACGAATTGCATACTCGTTATCAACCCAA
GACATAATATTTCCTCTGGCCTTAAACTAATAAGGCCATTTTATCACTTTTTCTTGGCAG
CGTCTTTATCCGCTTTTCGTTTCTTTGGAAGGGTTTCGGGTCCTTTATTGACGATGTCCC
CGGAAGTGGTACCTGATGCAATATTCTGTGGATTGCCGCCCGCATCACCTGCGACCATCT
CAGTAACAAACTCTTTGTATGTTTTCATAGAGCCTCCTACTATTTATTCATGCGTAATAC
GTAAGCATTTATATGTAGGATACAGCGTCGGAGACATTGATTTTGGATTGTCTTTGATAA
GCATAAACTGCTTGCCTGTATCTTCACACTTTTGCTTAATCACGGCTTCATCTTTGCCAG
TGAATGCCATCTTTTCAGTAGACATTCCACCTGAACCAGTAGATAGCGCCATTATTAAAA
CGTACGTAATCATCCTAAAATCCACTTAACAATGTTGAAGTTATCAAACTGAGCATCACA
GTAAAGAACATAGTTCAGCTTAAGTGCTGCGCCGTCGTCTTTAAGTTCTGCTTGCACTTC
TGATTGTTTACTTGGGTCTACGTTTTCCACAATATGACCAACATCTGCACGAATCTGCTG
AGCTACTTCAGATTCATCTGCGGTCATTGACCACTCACATAAGTCTTTGTCATAGTTGGC
CATAGCAGGAACTGCAGAGCAACTTGATACTGCGAACACTAAAGCAAGTACAATCTTTTT
CATTTTGGTTTCCTCAAGCAGCTTGTACGTTAAGAGCAGAAATCAGGCGATAATCACCGT
TTGCGTATACTAACATTGACACATTGCCATCAGTGTTTTTGAATGGCTCAACAACTACTA
AAATGGTATCGCCTTCATCTAATGCTTTTCGTACTACGCCATCACAACGCAGATTAGCAT
GTGGAGATTTAACTACTTTGCTTCCAACTACCATACCACAATGCGGTACAGTTTCCGCTG
ATTCATCTTTACTCTTAAAGACTACGTCTAATGCTTTTTCAATTGTCCACATGATGTTTT
CCTCTACTCGTTTTGTTTCAGTAAGGCCATAGTATCATGGCCTTTGAAGAAAGTAAACTA
CCTTTTGAACAATTTTTTCAACAAAATGTCAGAGGTCAGATTCTTGGTGGGTAGATATGT
TGCCGAGTTGACCCAGATGCCATCGCTGTTATACACCTTGACCTCTCCATAGTCGCATAC
AGATAGGTCTGCTTTGTTATATGCCTCAATGCCTCGATGAATGGTATCTGTGGCTGTTAC
GACAAAAGAGTGACCTGATTGGTCACGGACCGCGCTAAACACAAAAATCATAAAATTTAC
CTAGAATTTTAACTCTTCTGCCAGAGCATCAAGCTTAGAACGTGATACTCGTTCTTGACG
ATTAGATTCGGCTACACGGTTCTGTGCACCTGCACCTTCTCGGACGGTATTGCTTGGATT
AGGCTTAGTTGGGTCGTTTTGCTGCTCAATTTCTACCCAACGCTGATTAGCCTTATGTAC
ACCCATAGAGAACTTATTGTTGATGTTCTTATCACCGTAACGTGATTTAATCTGCTTAAT
TAATTGTTGCTTCATCTGAGCAAGTTCAGGGGTTTCAATCACAGCCAGCATAAAGTCTGC
CGTAGCAGGTAGACCCGCAGATTCTGCAATATCACTCATGTCCATATCAGAAGCATCCCA
CGCTGAACGACCTACCTGAGCCGCGGTCCAAAGAACAGTTTCAGATTCTACAGCCAATGC
GCGAAGTTCTTCTGCGATAGCTTTAACTAACGTGTAACTGTTTTCAGTATATTGACGAAT
ACGACAAGAAGCACAAATACCAAGATAGTCAATGATGATAACAGTCGGTTTAAAGTTCTT
CTTGAGTTTCAATTCATTTAGAAGAGCTCGGAATGTATTAGCGTTAGCACCGCCAGTCGG
ATACTGTTTAATGATTAAACGACCAAGAGTACTAGAACTACGCCATTTTTCCATTTTTCC
TTTATATTCGGCGTATGATACACAGCCATCATCAATATCATCAAGTGATACATCGAGCAA
ATTAGCATCAATACGTTTAGCACAAACTTCTTCGGCCATTTCCATGGAAATATAAAGGAC
ATTATGCCCCATCTGAAGATAGTCTGCAGCCAATGAACACAATCCTAACGATTTACCAAC
GTTGACGCCAGCCATCAATACGTTCAGTGTACCAGTCTCGGCACCACCTTTAGTAATTTT
GTTCAGAATGCTAAGTTTAAACGGAACTTTACGAGCTTTATTCTGGTATGATAACCAACG
AGCTTCGTAATCTTCCATCCAATCATGACCAATATAGCTATCAAACGATACTGATAACGC
TTCGCGCATGATATCAGGAATAGCTCCCATATCAGGAAGACGCTTATCTCGCTTATTTGG
CTCAAGCTGGGCATTAGCCTGAATTTCAATAATTCGAGACGTAGCGTTATACATAGCCTT
TTCTTGAACGTACTTTTCAGTTTCCTTAACTAACCAATTCAAATCTTCAGGAGCATCAGA
TAACTTATCAATAAGTTTCTTTGCGCCTTCATGTTCCGTTTCAGTTATAGACGAATTATC
CAGTGCTACACATAACGCAGTCTTTGAAGGAATTGCTGTGTATTCATTAACGTGTTTCTT
AATTATGTTAAACACCGTCTGAGCAGGTCCTTGCTCGAAGTACTCTTTGTCCATATATGG
CCAAACCTTCGTAAAGAAAGCCTGGTTGTAAATCAGATTAGCTAAGATTGTTTCTACCAC
TTTAACCTCTTAAAAGATTTTCCATAATGATTTTTTCTTGGTCTTTAATGCACTCTGGAT
TTGTTGTTTAACACAAGCTTCCACATGAGGATAAAGTTCATCCTTATGAGCTTCAGATGG
AGTACTAAACTCAATAGTTACTTCCCCCGAAGGAGAAATATTTAATTTATGAACATAAAC
CAAGTGTGATTGACCATTTAATTTTATCACAATTTCTTGGATAACAGTCTTCATAGCTTC
TTGGATTATTTCATGGCTTTTCTTGAACACTCGTTCTTGACGCTCGAAGTCTCCCTCTTC
CGAGGGAGATTCTTGTTCAAATTTCTCGAGTTCAGATTCTAAATCAAACTCAGTCTTCAT
TCATGAAGTTCTCTAATTCATCTTCAACTTCAGCAGCTGATACTGAACCACTCTCAGGGA
GTTTAACACCATCAACCTTAGTTGAAACTTTTGAGTTAATCATTTCTGCTACCGCTTCAT
CAACCGCAGCGTTTGAATCAATAGCACCCAACTGATAGCGAGCTTTGATAGCGTCACGGA
ATGGCTCGTGCTTAAACAGAGGACCCCAAAATTCCGTACTGCTCGTATCTTTTGCCCGCC
AGGATTTTTCTTCACGAATCATCTCACCGGTTTCAACGTCCAGGAATTCTCGTGCGTACC
ATCCATTTTTCGGTTTAACAACAAATCCGATATCCAGAGCCATATCAAGCAGACCACTGT
ACGGATCGATACCACCATCGAATTTAACATCAATGAAGAACTTACTTTTCTCTTTGACAG
TACGTGATTTCTCGGCGTTCAGGACAAACTGATATCCCTCAAGCTCAGTACCATCTTTAA
TTTGACGTTTACCGATGATGAACACAGTATCCGCAGAATACATAGGACCTGTACCACCAG
TCATTACCGTCTTACTGAACATCTCGATAGTCTCGATTGTGTGGTTAACCGCGACACAAG
GAATGTTCTTAATAGAGAAGTAAGGAGTTACGATACGGAAGAGAGACTTCAGACTTTTCG
CACGAGTCATATCTGCTACAGATTTCTCGTTCAGTGCATCTTCGGTTTCCTTTTTAGACG
CCATGTTACCAATAGAGTCGATAAACACGATGACTTTTTCACCACGCTCAATAGCTTCAA
GCTGGTTAACCATATCGATTTTTAATTGTTCAACCGACTGAACCGGTGTATGAATTACAC
GGTCAGGGTCAACACCCATAGATTTCAGATAAGCTGGAGTGATACCAAATTCTGAATCAT
AGAACAAACAGACTGCATCAGGATACTTATTAAGATAAGCACTAACCATTGTCAGAGACA
TGTTAGATTTGAAGTGTTTAGATGGACCTGCGAAGATAGTCAACCCGGACTGCATACCAC
CATCCAACGCTCCACTGATTGCGATATTAAGCATCGGAATTTTAGTTCTAACTACATCTT
TCTCGTTAAAGAATTTTGATTTAGTCAGTTCTGCTGTCATTTTAGAAGTGGATGCTTTAA
TCAGGCGAGATTTTAAGTCAGACATTCATTATATTCCATAAGTCTCCATTATATTTTTCT
CACAGGTTAAAGGATAGAGTAATTATATTACTTTGTTCTTGAAGCTATTAACAGAAGTTC
CATTTCTTCTTGGTGTTATAAACCACTGTTTCCGTATCTATTTCATAGTGTATTTTACAT
CCAACGCACATGCCATGCCACCAGCAATGCATTCCATCTGAGCCAGTAGTTCCTTCATGA
ACAAACTCATCAGATTTACATACGAAGCATCTGAATTCTTCAGCCTTGAATATGTTACCA
GATACATCAGATTTATTATAGATGTTCATAAGAGGTCCTTGGAGGGCTTTCGCCCTCACA
GATATGGTTCTACCTTACCAAACTCATGGAAGGCCTGAGATTTCACTCGAGTGTTAATAC
ACATACGAATTGATTTTAGAGGTTCGTCATCACCGAATAAACCACGCCTTTCACCGTCTT
TAGATTTCCAACGGGCTTGATTTGGGAAAGCAGCATGTAGCTGTTCAAGGGCTCTATTCT
GACGAGCAGTATCACGCTGAGTAGAGCAACCGCCAGGAGACTGCACTTTGCCGGATTTAA
CGAGATACTTAAACAGAGCCAGATGAGGATGACCCATGTTAATCAATTTTAGAAAAGCAT
AAGCATCTTCGTTAAGGTCAATAACTCCGTAACCAATATCTTCTGCGGTGAGTTTAGTCA
AATCGTAGAAAGTATTGGTAAACCCAAAGCTGTTCTCGCGATAATGACCCCAGCTTGATG
TGATTTTGAAAATCGGCAAGCGAGCATGACCGTGATAATAACCACAATCCATAGCAGTCT
CGACATATTTGACCATATCATCAAATACTTCTTGGCTCATTGCCTCGCCGACACCAAGCG
GAACACGGCGATCGTCGCGTTCACGAATTTCAGTCAGATGAATTGTCGTATCATCATCAA
GCATCCAAATTCGCTGCCCTGCATACATTTCAGTAATTAGACGGCGAGTTCCTGCAATTC
CATCGACATCATCGGGAATAGTAACAATTTTAGCAGCATGACCATGCCAGGTTTCGTATG
CTTCTTTTTCTGATTCACGTACTACAAGATGTGGAACATAACCTTCAGGAAACATAGTCA
GGGCAGTAACTGCCCCGGCGCGCTTATAACTTGGAATTACAAACTGAATCATTTCCATTC
ACCTTTATAATCTTTCTTTGCAATGTGGGTTTCACCCGTGTGAGCATAATTATCTACGAG
ATAGAAATGTCGAGAATATACGTGCAAAGACCCGACGTTCCAAATAATGTCACCAACCGA
ATAGTTTTTACCTGATGCATTCAGAAGTTTGGTTAACTGTTCCAAAACATAGAGCTGCCA
CGCATAGTCATTACGATATCCAAAGACGACATCGTTAGAGCGCATATTTACCACAGCGTG
AACTTTATTGTCACGAATAAGATATTGTACATTGTTAGTACACATGAAATCACTCATACC
ATCACGCTCAAAATCATACTGCATTTGAGGTCGTGTATAAATCATAATTCCGCGGCGAGA
ATCAGGATTACTGATAAGTTCTTTTGCACAGTTAGCAAACTGTGAATAGTTTTGTGTTGA
CCAAACTGCCCAGCCATAGTTAGAATTAATCTCACCATGTTTGGATGCAATTGCTTTCCA
AATAGCTGGAGTTTCACCAGGAATATCTTTAACGAATAAACTTTGAGATTTATACCACTC
AAGTTCCCGAGCAATATATCCATCATTAACTGCGCCAAAAATTAGGTTTTCATCTGCAAT
AAATGATGCACCTACGATTTCAATAGTCTTCACACCCGTCTTATCAATCACAAATTCTTT
GTTGAGCAAAGCATCAGCGAATTCTTGACGGATATCTTGTACTGTCATTGGAGTTACAAT
CATGAGACCTCTTATTTAACTTGCTGGATAATAATTGTATTCTGCTGTGCGTTAGAAGCA
GACCAAATCAGCGCAATTAACCAACCGATAATGGACCAACCGAACACGAGATTTGTAATG
AAGATTCCGCCACGAGATTTATGCTTACGGCTGCAAGCTACAAAAGTCGGCAGAAAATAG
ATAAAGATAAGAATGATTAAGCCAAATATTGCTTCCATTTTAATTTCCTCAGTTAGACAT
GCATTTGTTGTAGATGTGGTTTTGGAGAGATTTTAACTGCTCCATACGTTGTTTATGCTC
ATTATAACTTAATCCGCCATTAGCAAAATCAGTTAAACGAATCTGATCATTCACCGCTGC
AGCTTTAGCAGTGCACGTACGTTCTTTTTGGGTTTTACGCAGGCGCTTGATTTCTTCCAG
TTCATGCTTATTCTGCTCAATCATGTCAAGTTCCATCGCAGATAGCTGGCGATTAGGATT
AGCTTTTTCTTTCGCCAACCGACGCTCAACCGCGAGCGATTCAGCAGAGACCTGGTTGCT
AGCACGATAGTATCCTACAGTACCGCCAATTGCTCGCACCTGTCCAACAGAAGAAGCAGG
GACAATATCACCTTGTGGCATTTGACAACCAGTCAGCGTGAGAGCAACAATAACAGCAAG
TAACGATTTCATTGTAATCTCCTCAGTATGTTATTTCGAGAGCTATAGTACCACATCCTT
GTGGTAAAGTAAACAACTTTTAAAAGTCAAACATATCAAGAAGAGACGATTTCTCTTCGT
AGTCTAACCCTGCCGCTTCAGACATACCCGTCAGAGGTTTAACGAACGATTTTTGGAACA
GAACACTGTGGTCAAGCCACACTAGAACTTCCTGTCGGATTTCTTGTGGCAGCTCAGTGC
CCGATGGCCATGCCATGCATTTCTCGCCGTACGGGTTACCTTCACGCAGCGGGATGACCA
TCACCTTCTCGCCTTCCATGATTGGTGTTATACCTTCAAATCCTGCGGTTGCTCGGTTAT
ATGCCAAAGCACCTTTAACGTGATATGGTGTACCTTTATCTGGATATCCTGCGCCGTCAT
CATACTTACCGATGTTGTTGGCAGTCTTAACTTCGGCGATTACTTTATAATCAAGTTCAC
GATATTCAGACTCAAACTGCTTATAATATTGCTGTAAAGATTCTTCACCTTCTTGCAGCA
TACGACGAATAGATTCTTCCAATGCGTTCTGAACAGCAGTTGGTGTAGAACTTTGCTGAG
TTTCCATACCCATGATTTTCAGATGCGGTTCTGCATAACGTGTACCTTCCATATCATACA
CGTTCAGAGCATATCGTTTCTTCGCTTTCCAAAATCCACCAATGCCGTTTGAACCCAACG
GAGGACAAGAAATAGCTTCACGGTCCATGAACATTAAATGTTCTTTGTTGTTCATGTATT
CACACATCTCACGATATGATTGGTCAATCCAAGGTTCCATTTTCTTCTTACCAAATTGGT
TCAGGAATTCTACCAAATCGTTAGTTTCTTTGAAACGCTCAAGACCTACTTTCTCAATAA
CCTTATCAACACAAACGTAAATTGAGTCAGTATCACCGGCTACTACAAACGAATGTCCTT
CAGTACCGCATACCTTGTTGAGGTATTCATTAACTTTACGTTCAATCCATTGGATTGCCA
TTTGACCAAACAAGGTGATTGCTGATGCGTTACGTAAATCATAATAACGGAAGTAAATGT
TACCCAATGCACCATAAAGGGAGTTGATCAGAATCTTACGGTTTAACTGATTAGTATTAC
CCAAGATTTCAGCATGTTTACATTCAAACATCAGTTTGTCAAGGCACTCTTCGGTATATG
TCAGCAGTTCTGCTTTCATATCATCAGAGAAATCTTCATAGACATTAACTTCTGCGAATT
TATCGATAGTTCCAAACTTCTTATCATTCAGAACCTTTTTAATCAGTTCTTGATTTCGTT
TGGCACCCATCATTTTATTTTTCCACTCTTTACGCTGATAAAATACCTTCGCGATTTCAA
CTGGAATGACACCATCTACATCTTTACGATACATCCAACCATTTGGTGAACATGAATATT
CATCAGACGGACGAGGAGCAGTCTTGTTAATGTACTCACCCAACGGATGAAGTTTAAACT
GTCCAACGATGGTTTCTGGTGAAATATTAACTTGTCGGATGATTGACGGATACAGAGATG
TCAAGTCAAACGACATGATATAACGGTATGCAGCAGGAACTGGTTCCTTAACATACGCAC
CAGGATACGACTGTTTAACATGAGAACGACTTTGTGGAATAACTTTGTCTTGTTCTTTCA
GACTGTTAAAGATGATAGCGTCCCAGGTTTTAATCGGACTCATTACACCTTGATATGGCA
TCTTCGCATAATAAGACATCGAGATAGCTAGGTCAATAAATCCACGAACAGCATCAATCG
CTTGTACTGATTCAACGTCGATGATGTTATACGAAATATACCGTTGGTGGTTAGTTTCAC
GCAATTTATTGATCGGACCATCATATGCTAATTTACCTTTCTTGGTTTCATAATAAGCAA
TGAAATCCAACTTATACGTTGGTTGGTTCGTGAAACTAAATTTCTTATACAAATCCATAT
AATCAAGAATAGTCACACCCATGATAGAATAAATTTCTTTATCACCATACATGTTTGTGA
TAATCTTAGATGAAACTTTATTCAGAGGAGAGAACCGTTTCATCGTACGCTCACCAAGAA
TCTGTTTCACACGATTCATGATGTACGGAATATCAAATCCTTCAATGTTCCATCCAGTAA
AGATTGCTGGGCATTTCTGTTCCCAAAGATTGATGTACTCAAGCATCATTTCTTTTTCTG
AATTGAACGGCATATATACTACGCGGTCAAGAATATGTTGTGGAACTTCATCACCGCCTT
CAGAATCTAAACGAGCAGCAAGTTTCTTGTCCCACTCGGAAACAGAACCATAAAGAGAAT
GCAGTAAATCAAACACATAGAACTTATCATCAACTGAATCATAGTGAGTGATAGCATCAA
TTTCGTATTCTGCTTTCATCGGGTCTGGGAATTGGGATGCCGTAACCTCGATGTCACAGT
TCGCAATTCGAATGAATTTTTTATTGTATACGATTTCTGAGCCGTATGTATCGCTGATAT
AAGCAAGTTTGAAATCATCCATACCCATTGCTTCCATTCCCATGTCTTCCATACGACGCA
TCCAATCACGGGCATCTTTCATAGTTGGGAATGTGTTCTTCTTGCAATACTTGCCATAGA
TATCTTTGTACTTCGTTTCTTCCATGCAATGACTAAACATAACAGGAGAATACGGAACAC
GACGCATGCGTTCCTCACCAGTAGAATCGATATAACGTTCTACAATGTCATTGCCTAGAG
ATTCAACGCTAATATAAAATTCTTTCATGAGTTTCCTTTGTTTATAGACCGAGTTATTAG
TCTTTAGGTGGGATAATTATACTCCAATTTTTATAAAGTAAAAGGCCCGAAGGCCTTTTC
TTATGCACCAATCGTATACTTAGATTTTAAGGTCCATTCATGTTTCTGCTTGAATGTAAT
TACTCGGAAGTTATTCTGCATCTGGGCAAGAGTTTGACCACGATTAATACTTAATAGACC
CCAATCTGCAAGCAGTTGGGCAATTGAATCTCGACGGATTTCATCTTCCAGGTCAATAAT
AACAGGACGGCCGTCAAGCTTCAACATTTCTTTAAAATGTACAATATAGTAACGACCTTG
TTTCTGGAGAATGTGGCAGCTTTGATATAGTACCTTATCTTTGTTATTAGCAATTCCCAT
ACGAGTCAGAGTTTCTTTAACTTTCAGGAAGTCTTCAGGTTTCTTCAGTGTAATTTCAAT
CATCTTTACCATTCCAATGCTGTTTTCTTAAGAGTTTTTTGTTCTTTCAGGTTTTTCGTG
ATTGTCTTGAGCAATTCATCAGTCACAAGACCTTTCATTTTCTTGAGAGCAGGTTTAAGT
TTATTTTTGGCTTCCAGAGTCTCTCTATACATCCTAGCATCAATTGCATTGACTTTGTAA
TATGACATTATAACTTGAAGAATCAATGCATCCAGAGTGTTCTCTGTTAACTTAGCCCAT
TTGCCATACCGACGACCTCTAGGAACAGAGGCCATCATATAGTTATAGTGTGCTTGGTCA
GACAGTCCTTGACCAACAAGGTTCATAACATAAACAGCAGGCATACAGTCGGCATGCTGA
GAAAGAGCGTTTTCAACCATGAATTTTGAATAATCCATAGTCGAGATGTTCAAATGCTCT
TTCTTTTCATTAATAGAACCGATAATCTCGAAGAATTGATTTTCTGCCTTTTCTTTATAT
GAATCAGATAATTCCTGGACTTTCGCCCAGTCTTTACCTAACCACGCGATTTGGTGTTCA
TTATACTGATCATCATCTTCAAATAAACTCATCATTTCCACTGCATCTCTACAACAAGTT
GAATAAGCATATAAACCAAATGTAATTCAATCGAAGCTGCTACACCATGATACTGGTTAT
TTTCACCGATGATTTCATACATTCGGATAATGCTTGGGCCAGTAACCATTGTATACAGTT
CCGAAGAAAGTTTATCTACGAACCAAGTATAGTCTGCAGCATATTTCGGAGCAAGAGCAC
GGAGTTCTTTGATGTTCTTGGTTTTAATAGCTTCAATGACATCTTCAATTGAGCCGCGGT
CATTTAGAACAATAGACAAGATACCTGCATCAATCACACCCTTAGAAGAATAATGATCAA
GCATGTTGATGGTCTTACGGAATTCTGGGAAATTCTTTTTGACCAAAGCAGCTACAACTT
TCTTATCTTCAACTACCACGCCTTCATTTTCACAAATTGCGAGACAACGTTTGAGCATCT
CGATTTGCATTGGCTTAACATCAGATGGAGATGGTTTACCAAAATTAATTACACGGCAAC
GAGACTGAAGAGGTTTAATGATACCATCAAGGTTGTTTGCAGTAATGATAATAGTACAGT
TTGTGCTATACGCTTCCATGAATGAACGCAGATGCCGTTGAGATTCTGCAAGACCTGCTC
GGTCGAATTCATCAATCACGATAATTTTCTGCTTACCTGCAATGGATGCAGAACTTGCGA
ATGCAGTTAACGGTCCACGAACGAAATCAATTTTACAATCAGAACCATTCACGAACATCA
TTTCAGCATTAATGTCATTACATAATGCTTTAGCTACTGTGGTCTTACCGGTGCCTGGAG
AAGTACTATGGAGAATTAAATGAGGAATTTTTCCTTTAGCTACTAAAGCCGAAAAAATTT
CTTTATCTTCAGCAGGCAATACACACTCAGAAATAGTACCTGGACGATATTTCTGTTCCC
ACATAAAGTCTGCTTCGTTTACTGTCAATTTCATTTATATTTCCTCATTCAGATTAAAGA
TGGGGCCGAAGCCCCGAAGTTATTACTCAAAGTCAAAGGTACTATCTGCTTCCATTGCTA
CCACATAAGAGGCTGATGCACCTTCAAATTTTGCTGCAGTCTGTTTCTTAGCACCGTTCA
TTTTTGCCCACAGCATCAGTTTGTAATCACCAACAGTCATTTTCATATTGCTCATGTTGA
TGATGAAGTTGAAGTTACCTTCGCCATCATAATCACCGAGCGTCAGAGAATACTTCGGAC
GAGTCAATGCAGCGTCTTCTACTTTATTATAACCACGCAGAACAATTTTACCATCAACGT
TGGTGATAGCAATTGTGTCAATCTGCATGCCACGAGATACTCGCATCAGCTGTTGCAGGT
CTTCACCTTTAAAATCGATAATTACGTTTGCCACCGGGAATGGGATTGGTTTAGTCGGAA
ACACGATTGTGCTCGGGTCAGCTGCTGGCCAGAAGATAGTTGAGCGAGCATCTTTAATTG
CCAGATTACCATCTTCCTGCATGATAATATCTGCATCGTCACCAACCAGAGACAGAATGC
TCAGGAAACTGTTCAGGTCATAAATTGCTACATCAGTATCGATAGTATCAGAGATTGTGG
CTTCAGCATAAGTCGTACCGTTAACAGCACGAGTCATGATAAAATTGCCAGGTTTCAGCA
TGATACCAGAGTTGATGGTGGAGAAGTTTTTCAGAATGTTCAGAGTTTCTTTAGAGAATT
TCATTTCAATACCTTTTAATTAAGTTCAGGATAATTATATCAAGCTGCGAATGTAGCAGT
TAATTCTTCTGCAACAATCTGACCTGCCGCAACGAGTTGCTCATCAGCATCTACGCAGTA
ATCATTTTCTAGACGTTCGCCACCATGACGGTCAGTAACAATTTTAGCACCAGCCTTGAT
TGATTCGTTGTAATGCTTACGCATCAATTCAATCCATTTTTCTGCAACTTCGTCGTCAAT
AGATTTATAGAAAGCAAAGCGAGCTTCAGAATCTTTAATCTTATCTTTAATAGCTGCTTT
AGTTTCTTCAGTTAGAGCCAGAACCCAAGATTTACGAATACGATTTTGGTTATTCGGGTT
GGAGTCTGCACGTACGTTTTTAACCTGGATATCTTTCACATCAACAAAATTAATCATTAT
ATTTACCTTAATCGTAATAATCTTCAACCATCCAACCGGGATTCCTGCTGGACATGACTC
TATTATATTCATTTCCTGTAAAAGCATCTCGTAACATTTCTTCTGTTACTAAGTGCTTTT
CATCAGAAAACAAATTAGTTAACACATATCGCTTTACTTCAGGAAAGGCCAGCAGATGCT
GGCCAGTTGTAAACTCATTCATTCCATCACCGTAAATCGTCCTACTTTCTTCATTTGAAG
ATGTTGGCCGTATGCCTGTGGGTCATGGTCACGGTGAGAAATAATAAACACATTAGCATC
TACCATCTTATTCAGAATAGCAGTTATTGCCTTAACACCTTCTGCGTCGGTAGCCGAGTC
GTAGACTTCGTCAAGGAACAGACAGTTTATTTTAACACCAGAAACCTTTTCAGCAATATC
ACGCCATGTGAATAGTAATGCTATATCGATTCGAGCTTTTTCACCTTGACTAAACGAGGC
ATAACTAAACTCTTCTCGTCCACGCGATTTAATCGTTTCAGAGAACTCTTCGTTCAGTGT
GAACGAATAATCAGCTTCCATAATTTTTAGGTAGCTGTTAATTTGCTTATTGAACATCGG
GATGTACTTCTTGATGATAGCTCCTTTAATACCGGAGTCTTTCAGCATTTCAGTTAAAAT
ACCTCGACGATATTTTTCCATAACCAAATTAGTTTTGACGAGGATAATTTTATCTAATTC
TTCTTGTAGCAGTTCAATCTTGTCAGAGTTATCAATGAACTCCTGTGATGCTTTATCAAT
TGCTGCTTTAATACGACGTGCTTTATCAACTGCAGTTAAAGTCATCTGCTTCAAATTACT
CATTTGATTTTTGATGTCTCTTGCACGCGTACGAATAGTATTATACTCGCGAGCTAGTTC
ATCCAGTTCACTCTGGCGCGTCTTTAACTCGCCAAGAATGGTATTACATTCTTCAACATG
ATGATTAATCTTAGTGATTAGAGTGTCATTAGAATGCAAATCCTGTAAGCACGTTGGGCA
ATGACCACCTTTATCATACAACCCAAGAACCTTTGAGTATGATTCAATTTTAGAACGAAT
CTTAAAGGTTTTACCTTGAACTTCTTGAATTGACTCTGCTGGGTCATCACCAATCACAAG
TTCAAGCAGTTCGCTTTGAAGAGTTTCTAATTCTGCTTTATATCCTCGTGCCTCTTTCAC
TTGCTCATCATACATCGCCTGCAGGCGAGCTACGTTATCACCAGAAAGTTTCTTCTGCTT
TTCTGCGTACTCATGATGAGTTTTAATTTCATTGGTTAATGCTTCACGACGAACATCATT
AACTTGAATTTGCTGGTTAATTTCTCTGATTTGGGTTTTATTCAGTTTGTCCATATCAGC
CAGGAGAGACACCTCAAGCAAGTCTTCAACGAGCTTACGTCTATTCCCAGTGGACAATCC
CATGAATGGAGTATATCCAGCAGTTCCTAGCACAACAATTTGCTTAAATGATGAGTATGA
CATTCCGATGAGGCTTTCAAAGTATGATTGGAAATCCTTTGAACTTGCAGCCTCATCAAG
CTTGTTTCCGTCTCGTAAAATTTCAAAGACGTTTGGTTTCTGTCCTCGCTTTATGTAGAA
ACTATGGCCGTCATACTCCATCCATAATTCTACTACAGAGTCCTTCTTATTAAAGGAGTT
AATTAATTGACCTTTCTTAATATCGCGAAATGGTTTTCCAAATAGAGCAAAGGTGATGGC
TTCAAGCATAGTACTTTTACCTCCACCATTCTTGCCCGTGATTAAGGTCTTTTGACATTT
ATCAAGTTGAATGTCAATAGCCGCCTGACCAACTGACATTATATTCTTATATTTGACACG
ATTTAGTTTAAAAGTCTTCACTGATTTTGTGCCTCAATATATAACTGTTTAGACATAACT
TTTAAGGCCTTGATGTCATCTTTGGACAGGTCTTCAAGTGCTTGGATATATTCTTCCATT
AAATCCAATAAGCTTTTAACTTCTACTTCTTCACCGTCTTCAGACTCGACCGAGTTATCT
ACCTTAGAAACAGTTCTTAATTCATGGACTACTTTTTCGAGTTCGGATTCAAACTTTGGA
AGATTTTCATCTACTGCAGTAACAATAATTCGCACTGCAAGATTTCTGAACTCTTCAAAA
TCAACTTGCCCTGTGACAGGATAAATTAATTTTCTATGCCATGTGATTTCATTAGGGACG
AAATCAAAGGTTGATAATCCAGTGTCTTGAACCCAGAATCCGCGTGGGTCGTTCTCATCA
CCCGCAGTAAGCGTCCAAGGCGTTCCGATGTACTTAACGTTTGCTGCGCTTGAGATGGTG
TGGAAGTGTCCAGACCAAACTTGCTTGTACTTTTTGAGGAAATCTGGTTCCAACCCATGA
GATTTCATACCTTTATAAAAATAGAAGCCATTAAGCTCCCAGTGACCAATGCAGTATTCA
GCAGACGATTCTTTGATATGCTTCATAATTTCCGATGCGTTCTCTTCACACATCCATGGG
CACAAGTCAATCAAAGTCCCATCAAAATCCATAGTCGTAGGTTTATCAATCACCGTGATA
TGGTCATACTTACCAAGAATTTCAGTTGATGCATTGGGTGTCAACGTATTCTTGTAGTGC
ATATCATGGTTGCCTACAATAGTGATTAAATTAATTCCTTCTCCTTCAAGGGATTCAGCA
ATTTCACGAGCAAATTCCATTGTCTTATGAGTAATGGCTTTACGAACGTCAAAAATATCA
CCATACTGAATCCAAGTAGTGATTTCATTTTCTTTTGAGTATTCAATCGCCTGTTGAATT
CCATGACGTTGAACGTCTTGAACCCACGGGTCATCGTTACGGACACCTAAGTGCCAATCG
CCAGTATGTAGAATTTTCATATAACCTCTCTAGTAGAGTTTAATTTTATATTATCCCATG
AATAGCAAAAAGGGCCCGAAGGCCCTTACTTATTTTGTCATTAACTCAAATTGTTCTTTA
AAGCAATGCTCAGAATCTTGGTGTTCTACCAGGAATTCATATGCTTTATTTCGCTCTTTA
TCATAGAGCTTCCGGTCAGATGACAGATGTTTCATTCGTTCAAAGACTTCATTTTTATTT
TCATCATTCAGCCACAAAATGCCAGAATCATGAGAAGTCAATGGCTTTCCATCAACTCGG
AATTTCAAAGCATCACCTGTGGCTTTATGGAACACGGGAATAGTTCCGCAAGCACCTAGT
TCTAAGTGAGTGTATTCCAGCGAACGCTCAAGAAATTTATCCGGAAGACGTGACAGCTGA
TAGCCAAATCCAGATTGAGACATACGCTCAAGCATTTCGGAGTTAACATATCGGTCAAGA
ACTTGAGGATTCAAACCTGGGCCAGTTTTAACCTGATGATAATGACGGCAATAATCGATT
TCATAGCGTTCTTTGATGTTAATAAACGCAGGACTGCGTTCTAAACCTTCCAAGATAGTC
GTTTTACCTGCAGGACGCAGATGACTTTCATGGAAATCAAACATCAAGAAATAGCCTTTC
CATGTAGTAGTACGACCAATCCAACGGTGGATATCAAAATCAATGGCAGAGAAATCTTTC
CAATACTTATCACGGATTGTTTTGATGTTCATGGCTGGTTGAAAGTTATAAACCGGAGGC
GCTGAATCAGAATCATCAAAGAAGCTCAATCCGCCGCTTGGAAAATATTCTTCCATTAGC
ACGGTGTTAAAATCACCGTTGGAGCTATGACTAAACAGAACATCGGCGCGCTTAACAGTT
TCTTCAAGACCAGCGTTTCTACGCAGTGACAACGCTCTATGGTCATGCTGATACACGACT
ACCCGAACTTCAGGTTTAATGTTCTCTACGAGCTTCTTATAGTTATCAATCGCTGCTTCT
GGCGCGTTAATAGCCGGTACTGAGTTAATGATAAGAATATCACAAGCATTGAGTAAAGAC
AGTGTCTTGTCATAGTCATCTGCTAAAGACACTGGAATAGTTACATCTTTGTAGTTATGC
GCTCTATTACGTGTAAACGCTTTATCTTTAGCGTAAATGATATTTACTTCATGGCCATGT
TTTACTAACCACTCACGGTGCTCGAGACTGAACTTGGTTACACCGCAGCCCTCAAGTCCG
CGAGCCATTAAAATATTAATCTTCATATGTTGACCTTTGTTGTTAATTTTGAATATTTTA
CCATTCCCGTAATAAAGCAAAAGGGCCGAAGCCCTTTAAATTTTCTTGTATACAACATAA
CCCGCTGCTTCACATATACGCTTAGCTTCTTCAAAGCGTCTAAGCATATCTACCTTAGCA
TTATGAATCGCTTCATAATCGGGAGCAGGTGCTTCTCTCCGAGCAGTATCACATTTATAA
CAGAAGTAACTACGCTTTGGTCCTGTATAACGTTCTGAACAATTACTGCACCGGCATGTA
TAATTTCCTTCCGGCCAATCATGCCCAGGGTTAGAACCCATCAAATTCGTCATACATCCC
AATTCTCTTCACTAGTAATAAAATCAGGGTGTTCATCTAAATCAATGAATCCCCAGTTCT
CTTCGTTTACCATTCATACCACCGTTTAACCTGGAAGGTGTCAGCCCAGACAAGAGAGTT
CTTATCAATTAGCTTACATCCTTCGGTAGAGCCTAACACGCGATATTGATTATCTGCTAC
CTTTACTGCCATCGTACCAGTCGCAGTGTTTAAAGTAAATCCTGCGTCTTTACGAACACG
TTTAAATTTTACTTGTACCAGCATTTAGAATGTCCCAAACAGATTTACGAGAGGTATTCC
AGCAAGTCAGAATAATCTCATCATTAAAAGGTTGTTTTAAAATAGTACGCAGTTTTTCAA
TAGCATACTTGTAAGCAGGGAAATTATTGTCTAATACCGCGTCTCCAGCATGAGCTTTTA
ATCGCTCAAGTTCACGACGGTTTTTACGAACAATTTTGTTGGCTCGAGCAATAGCTTGTT
CTTCTGCCGCTTCCATTAGTTTCTGTTGAAGTTCGTCGCGCTCTTCCTGGGTAATGTTGT
TCATGTTATTCCTTTGGATGGTAATTTATTTCAAATGTGAATTCAGTATCAGTCCAATTA
TAACTATGTTCAATTATAGCAGAATCTGACCTGAAATCAGCGTCATGTGGATTTTTCGGG
TCAATGTGAATATCAAGATCAAGCACCTCCCTTAAATACATCTTTAGCAAATAAGGGATA
GCGTCTAGGTCTTGCACATCTTCTAAAAACCCGTCGAGGTTAATCTTCAGCCTCATATAA
AAATTCCAGATTAGGTCCATCGCTTGTAGGTTCGCTCTTTTTAGCAGACCCTGGCGCCTT
ATAAGCGGTGGATTCATACTGCGTCATTTTGTCGTAGATGTCCTGAATAAAGGTTTCATC
TGCTAACGCAACCATATCATCGTCCCGTGAATCATACACGTTGTGGACAAAATAGCTGTA
TTTCTTTGCCATTTCTTTGCGTTCTTTTTTGATACGCTGAACGAATGCATTGAAACAAGC
TTGGGTTATATACGCATGCGGGTTATCATACTTAGTTTCATCGAAGTTGATTAAGCCTTT
AATTGCGGCTTCAATCCCGTCTGAAATCATTTCTTGCTTCCAGGATTGGGTGTATCCTGA
AAAGTTGAAACGCTTACTCAGACCTTCTGCGATCAGCATAATAGCAAGGCCGATCGTATC
GTTCTGTTTTACTACTCGAGGACCGCCAGCAGCTTCAGACTCCCGACACTTCTCTTTCCA
CGCACAGATTGATTTATACAGTTCCTTGTTATTTACATAATTACTCATATTGCCTCTTCG
CTTCAATTAATAATATCTATTATAACAAATTTGGGAAGCGAGAGGATTAAAGCATTACTT
AATCAATTCAGAGAACGCAATCAGTTTCATCATGATACGATAAAAATCGTTATACGTGAA
ATCTAATGGAACATCAATGACGGCTTCAAAATCTTCAAATACACGCTCCATTCCATAACC
AGCGATATCATCTGATTCAGCATACCAGTACGTTCCATCTTGTGCAAAAGTTATTTGGCT
ATTTTCAAGACAGAACACACCTTTAATATTTTCATGTGTAAGAGTCAATTGAATTTTCAT
AGTTCACCCTTCATGATACGATAACATTGGAACAGCTGTTCCATGATACGTTTGAACTCA
ACCAAACTAAGTTCAAACCAATCAGATTCATCTACTTCATGCATCATTTCCATGAATGAA
GAGTATAAACTTTCATAATGAGTTTCATTTAACATAGAGGCATGCGTTTCCCAATACATG
CCCTCTTCATTGTCAAACCAAACACCCATATAAGAATCTATAGTAAATCCGCCAATGCCT
TCTACTACAATCATAATTTGGTTTACTTTAGCCATGCTTTCACCGAGTCAATAGCATCTT
CAAATTTAGAGAAAGCATCTACAGATGTGTATTCATTCTCACCAGAGCGTTCATAAATCC
AAAACGCGTCAAAATCTTCTTCAATGATGAATTCCCCGTTAGGAGTTTCAATCGTGTTTC
TGCCATCAGGCGTTTTAGATATAAACCATCCAAGCAAACCAACTTCTACAATTTGTTCTT
CAGTCATTTAGAATTTCCACCAATTGATTATAGTTTAATGCCTTTCCAGAAGAAATCATA
ACATTACAAAATCTGTATAATGCTTCTTTTGATACTTTATACACATAATCAGAAGTTGTT
ATAATGTATGAAATACGTACAAATGTTGGGGATTTTTCTGCCAATTCATACGCCAGTTTT
CTAGCTCTGCCAATATCATCGGCAAACTTGGTATCAGCAAGCAAAATACTATCAAATACC
CAACGGTTAGTAAAAATTTCTGTGTATAGAATAACCTTACGCATCAAGATACTCTCGCAG
TTCCTGCTCGTTTAACCCTTCTTGCCACATCTCTGACGGAGATGGAAGTTGGCTGTCTAG
AGTGGATGAATCAATTGGAAATACTCTGATAATTACGCTAGTATCTTCATCCCATTGATT
TGTGAGTATCCGTTTAGCTTGACTAATATCAGGCTCAGAATGAGCCCGGATATACTTAAT
CCTTCTATGCCATACACCGGTAGGAATAGATGCGCACACGATATATGAAATCATTTCGCC
GCCTTAACCGCTTTAACATCGCGGAAGCCTTTCTTACGTTGATTCTTCATCTTACGAATA
GTGCTTTCAGAAATTTCACCGATACCCGGAGTGATTGGTTCTACACCAAAGGCTTTGATG
CCAAATTCAGACAGAAGATAAGCAACCACTAATTCACGGATGCGGGCTTTACCAATTTTT
TGGCCTTCTTCTTTCATCGTACCGTGAAGCTCAACTTCCCACTGATCAAGCAAAGACGGA
GTTACACAACGTCCTTCTTCCAGCATTGCAGATACTTTATCATAAGCAAAAGAGTTCAGT
ACGTTTTTGATTGCTTGGGACATATTAATTTCCTCAGTAACGATTGTTTTGACAGAGGAG
ATTCTAAATCAAATCTCCTGTAGCAAATCAATCTTTGAGAGATTTTAGCTCTTCGAGCAT
ATCGTAGTATTCTTTACTAGCAACCGGAGCTACAGTACAGTGGTAGCTATTGAATTCATG
ATATTTCACGAAGCGTTCAAGTTGCCACTCAATCAGATTGTTAATTCGGTGAAGCAGAAC
CCCCTCTGAACCGACGTAGACAACTACTTCAAATTGAAACCCATCCCAAATTCTGGTACG
GACGATATCACCTACATTAAATGTTTTCATACGACATACCAATGTTCGTTTTGCCAAGGC
TCACCTTTATACCAGCGAGTCATATCATATCCGTTCTCGTCACAGATGACATTGTTCTTC
ATCAAGAAGTATTCGTCATCAGTAAAATGCACATGCTTTACTTTACAGCCTTTACTCATA
GCTTCTAGAGCTTCTTGCCAATTTAACCAATTCATATTTTCCTCTCGAGTTAAACGGTAT
GCTGTTATCCGTTGATAGAGCTATAGTATCACTCATCAACTGGCTTGTAAACAACTTTGT
GAAAGTAGTTTAGAATAAAAGAGAGGTCCCATAGGAACCTCTAAATGAAGGGTATAGAAA
TATACAGAAGGTGGTCAAGATGACCTTAGAAAGGAACTGGCTAATCTTCTATGATATCTG
GATCGTATCCAGCAGCAATAAGATTGGCTTTAAATGTTGGAATGTCATACTGCTTAACGT
TATCCATAAAAATGACAGGATATCGAATAGCAAGCGATGGATAGCACCCGATGCGTTTAG
CAAGTGACTCAATCAACGGACGGTCATAAACCGGCTGACCGTCAACCTCGTTGATTACGT
TATAGAACTCATACGGAAGTTGCAGCTTATCGAGCAAGTCACGAACTGCTTTACATCCAG
GGCATCTCCAAACTTCTTCAGGGATGCCATAGATTTCTATCATAGTTCAGCCTTAATCTC
AGAAATCAATCTTTCAATTAATTCAAGCTTATCAGCTGTAGTCATAGGATAAATTTTGTC
GACAGTAGCTTCTTCGAGATAGCAACGGTCAGCATCATTAAGTATACACCACTGATCAAA
ATCATCAGCATCTATGCTAACGCCGTTGAAGGTCTTAACTCGTTCAACAGACCCGTCCTG
TGTCAGAGCTGTTACCAAAAATGGCTTAAACTTGAGCATGTTGTAGAATTCAACATCCTT
TGACGACGCGTTATTTAGCCATTTATCAACAGAGTCTTCTTTAAACTTGTACCACTTATC
GCAACAAAATAATTCTATCATTTCATGACCTGTTGAAGTTTGGCAGTCAGAGTATTAACA
CGCTTCTGAAATTCTTCATTAGACAGTTTTTCATCTTTCTTGGTAGGATTAATCCAATCT
GCGATGATAATAAGAACAATAAACGGAATTGCTACGAAAGCACCTGCGGTTAACGCAACC
AGTGCAATAACATTAGAAATAAATTTACGAATAGCATTAATGAATTTCATAATTTTCCTT
AAATAGTTAAGATGAATGCTGTCATAGCCAGAAATTCTGGTCCAAACAGTTCAGTAGCCA
TGTGGTTCAGAGTAAACATAATTTTGTAAGTCAGCATATAAATTTCCTCAATCATGTATC
CAGGTAGAACCGTTTCTTACCCAGAGTCTTTGGTTATCAGAACCACGCCAATTTTTAGTG
GTTGGCAGTGATTGCTCGTATTTCCCATCAATTATAACATCAATGTGTTGTAGCAAATCT
AAGTCTTTAATATCTTCAAATTTATATCCTGTCCACATCCAGATATCTTTCTCCGGAAAT
CTTGCTTTAACCCAAGAAACTAAATTTGAAATCTCTTCCCGGTTCTGTGGATAAAGCGGG
TCTCCACCAGTTAAGGTAAGACCTTGGATATACGATTTGCTTAAATGGGATGCAAGCTCT
TTAACAGTATTCATAGTGAATAACTGGCCGTTTCTAGCATTCCAAGTAGATTTATTATAA
CACCCTTCGCATTTATGCAAACACCCGGTGACAAAAAGAACGACCCTGCATCCAGGGCCA
TTCACAAAGTCAGAAGGGTAGATTCTGTCGAAATTCATTGAACCTTACCTCATTACGTGC
TTCTACTTCTGCATCATATTTCCAGGGTTCATCAGTTTGAATAGCCCCAGCCGATAATCC
ACTTTCAGGGTCACGGGTTATAGCAATTCCCAACGGATGCAGAACCTCTTTGTTGATTTT
CCAAATCAATCCCCACTCACTAAGTTGGTTCCAATCAACTTGCTTCATTGGTTTCTCTAA
CATGTTTTACCCTATGCATAATTTCTTTGTTCTTACCAAGATTAAACCCACGCTCAGAAG
GATTACCAAGATAGCCACAAGTCCTACGAATTGTATTCATCTTCTTTGGATCAGTTTCAC
CACAAATTGAACACGTGAATCCGTTTTCAGTAGGTGTCATCTCATGAGTAGAACCACAAG
AAAGACATTTATCTACTGGCATATTAACACCAAAATAATCCAACTTCTCGATAGCATAGT
CCCATACCGCTTCAAGACCTTCAAGGTTGCGCTTCATGTCAGGAAGTTCAACATAAGAAA
TATGACCACCTTTAGCAATAGAATGATATGGTGCTTCACGGTCAATTTTTTCAAAAGGCG
ACAGGTTTTCTTCTACTGACACATGGAAACTATTAGTGTACCAGCCTTTATCAGTTACGC
CCTTAACATCACCAAACTTAGCTTGGTCAATCTTACAGAAACGATAGCACAGACTTTCAG
CCGGAGTTGAGTACAGACTAAAGGCATAGCCGGTTTCTTCCGTCCACTTGTTTAGCTTAG
TGTTGATGTACTTCAGGACGAGTTTACCGCTTCCTTTAAAAGTAAGCATATCAAATTCGT
GGATGCCAATATATCCTAATGAAATTGAACTACGTCCATTTTTGAATAGCTCAAGAATTT
CATCATCAGGTTTCATACGCACACCAAAAGCACCTTCCTGGTAAAGAATAGGAGCAACTG
ATGCAGTAACACCTTCAAGGGATTTAATTCTAGTTAAAAGAGCTTCTTTACAAATATCAA
GGCGTTCATCCAGTAGTTTGAACAGTTTATTACTGTCATCCGAACTTTTATAATTTGCAT
CCAGAGCTATCCTAGGGAGGTTCAGTGTTACTACCCCTAGATTATTACGGCCATCAAGAA
CGGGTTTGCCAGAAGAGTCTCTCCAAGCACCAAGGAAACTTCTACAGCCCATTGGAGATA
CAGGAGTTTCTGAACCGGTAATTGCTCTATTGTTTCGAGCACTGATGATATCAGGATACA
TGCGTTTAGCTGCACATTCTAATGCAAGCTGCTTAATATCATAGTTCGGGTCTTCTTTAC
GTAGATTAATGCCTTCTTCTACAAACATCACAAGCTTTGGAAAGATTGGAGTAATTCCAT
CGCGTCCTAATCCACGAATACGATTATCAAGAATAGCTCGTTGAATTAATTTTTCTTCCC
ATGACGTGCCCATACCAAATGTGATAGTCACAAACGGAGTTTGGCCATTTGAACTAAACA
AAGTATTCACTTCATATTCATATGCCTGGAAAGCATCAAATACATCTTTTTCTGTTTTTG
AAATAGCATAATCTTTTACTAATGCTACTTGATATTTGCGTGCATCACGTACATGTTTAG
CGAATGTCTTCTCCACATAAGGAGCCAATACTAAATCGACGTTAGCAAACGTAGTTCCAC
CATACTGGTGAGATGCTACTTGCGCAGTGATTTGCGCCATGATAGCGGTAGCTACTCCAA
TACTCTTAGGAGTTTCAATTTGAGCGTTACCAAGTTTAAAGCCGTTCTGCAACATACCCT
TCAAATCTACCAAACAGCAGTTAGTGAAAGGCAAAGCTGGACTATAGTCCATATCATGAA
AATGGATAACACCTTCTTTGTGTGCTTCCATTACAGAGGCAGGAATGACCTGATTAGCGA
TATGTTTAGATACGATACCAGCCATCAGGTCACGTTGGGTAGGAAAAACGCGAGAATCTT
TGTTAGCATTCTCGTTTAAGAGGTCCTTGTTGGTTTTATTAATAAGTCCCTGGATTTCTA
ATTCGATATTCATTTTAAACTCTTACGAAGCTGCTTCTTGTATTTTGAAGCAAGTTGTGA
TTTTCCATCACTTTCCTCGTATGTAAACCCATGCAATTCCATTTCAGCAATCATCTCAGG
TTTACCAAGACGTGAAAAGCGTTTAGCCATATCGGCAACATATTGCGGGTGAATATTACT
GTCTTTACGATTCTGGCGGAGATAGACCAGCAAATTCTCTAGCCATTCGAGGTAGTCAAT
ATCTTGACCCTTTAAACCAGAACGGTTGAACTTATGCTTCATTTGGCCTTCTGCCGCATT
GCACAGGTTACAGAGCAAGCCTCTGACCTTTCCTGCATTGTCACCTTCTAACGCATGGTC
ATGGTCGAGGTGGTTCTTTTGAATATCCTCATCTAAAGGACGTTTGCAGCAAGGACATAA
GCCGTTCTGTGCCTTATATAGTTTTTCTTTTTCTTCTTTATATAACTTACCTGTTAATAA
CATTACTCTTACCTCAGCGATTAGATAAGAGTATTTATAGTTAAATTAACGAGTAGCTAC
CATACATATTTTTAGATGATTCTTTAATACAATATGAGGTGCAGAACGCAAAAATTCCAA
CGATATTATCTGCATGATAACTATAGACTTCATTACTATTCGCATCTACAAGTTTGACGC
TTTTCCATGCCATGGCATCGATATCATCTTCATAATAGCCATCTGAAAATTCAATGATAT
CTCCAACTTTAATTCCATGGTCTTTAAAGACGTTTTTAATCTGGCGATGCAGCTCAGACA
GGTCTAGGAGTTTAACCTTAATTGATTTAGAAATGCAAGTATTAGACATGGCGAACTCCA
AGACGTTGTTCAAGTGCGACAATGTAATCCGCAGCTTTTTGCATTAAATCATACTCTTCT
GAATCACAATTTTCCTGTCCAGCAAAGGCGTAAAGAGCTCTGGTAATTGGAACGATTGCA
CCTTGGAAATGATTAAGTTTAATTTCAGAAATCAGCGGAACATCTTCACCTTGGCCAATT
TCTTTAATTTGGTGCATAGTATCTTCGCTGTAGAAGCACCAGAACCAGGATTCGCCGAAT
GGCGTTGGGTCTTTGACTGTGATGATTTTATTTGTCAGTAAATCAATAACTGCAGTGATT
CCTACCAGTTCAAGGTCGTCTTCATTATCTGCAGAAATAACTTGAAACTTAAATCCCGGA
ATGAACATAGGAAATTGTTCGCTCAGTTCATCATCATTCTCAATAACTTCAAACTGCTTA
CCAATAAGTCCCATTCACTTTGTCCTCATAATCAAGCAATTCATTTATGGTAGGTTCAGA
GGTATTATAATCCTCTTCAGGAATAGCATCTTCCTCTGGCTCGACAGTTTCCCAACGAGC
CGCATACCAGGGTTTTAGACCTTTGCTACTTTGCATGGTGTTGGTTCAGAATCATTAACA
GAATCATGTTCAATACGCCATTCAACTTCAGTGCGAGTAACCACTTTTTCATGACGAGTA
ACGATATCTACTTCAGGAGGACTATAATACCAATCAGTATGATATGAACCTGAACGGGAT
TCTGATACCATGAAATGAACACCACGAGCAGGATAATACCAAATTTGAGTACGGTCTTGA
TACTTATGCTCTTGTGTCCAGTCTCCATCTTCTACTAAAACAAAGATTTCTTCTGCATCG
TCATCTGGAGCATTTGGCGGATATTCAAAATCATAGTTGTCGTCCCAACCACCAGTGACG
CCAGCGATATGCTTGATTTCTTTTACTAATTCAGCGTTAGTCATTTTAACCTCGCAGCTT
CTGTAAGTCTTCATCATCAATCCAGCTTTCTAAACCGGATGGAAGCGAACATTCAATTTC
CCACAACAATTCTTCAATTGCTTGCAGGCGTTCAAGCTCTTCTGCTGAAATAGTTACCAT
GCGTGGAGCTTTTAAATCACCGATATCATAACTCATAGTTCTTCCTCATGTTAATCATAA
TTTAACCATGCACTCGCCGTATTTCCATTTAGACATAACTTTAACTCCATTAGAGTAAGT
TACCTCTACCTTTGCTCGATGATTTTTAATTTGTTTAATCTCGCCGGTTTCTAATCCACC
ATAGCCATAATAAAGAGCTACAATATCACCCTCCCGAAGGAGGGTTCCACGATAATCATG
CATTGAATTTGAATTTACGGAGTTCATCAAAACCGCCGATATGTGTGCCGTCAGGAGCAA
AAATCTGAGGCATAGTTAATCCAACTTGCGATTCACGTCCTAAACGGCGAAGCAAATCAC
TGATAACCACTTCATCAAATACACCTTTTTCTGGCATTACATTGATGAATGCATATTCTT
GTTTCTTAACATCAAGCAAACGCTTTGCATTATCGCAAAATACACACTTATGAATGCTGC
TGTCGTAACCAAAAACCGTGAACATCTTCTTCTATTTCCTTAAATACTTGAGCTTGAACT
TGGTTCCAACTCGGGTGTTTATACGCTTTATAAACGTTAATCATTCCAAGGCGCTTCGTG
ACTTCGCCATCAATTGCAGCTTGGGCAAAATTTCTTCCACGGGTCATAGCTCCTTTAAGA
TTGGAACTGTTAGCAATTTGACCAGTCTCATTATAATAAACCGAATACATGAGTAGCATT
ACTCGTTCGGCTTCTTCCATATATCGTTTACGAGCCATTTTCAGCCTTAGTAGTTATAAC
TAATGTTTTACCATCTAACGCATCGAGAATATCTTTGATGCAATTATCTGGCATTGGTTG
AACGCTAGCTAATTGCTTGGCAATATCATCAGGAATTCCCATACGTGGTATATTTAATTT
GCTAAAATCAATTTTATCCATTAGCAGTTACCGGGAAGTGTTCTGCCAATTTAGCAGCAA
TGGCAGCGTTAATTTGATCAGCGAAATTCTTATTCATTGCGTTAACAATGATTTCTTGAA
TTCGGAGATTAGCTCTTTCAATAGACATCTTAATACGACCTTCAGCTTGCTTAACAGCGT
CATCAATAGTTTGACGAACCATATCATCAATAGCATTTTTAGCGCATGATTGGGCAGCGT
TACGCATCATCTGTGACATTTCTTCTTTAGCAGACATATCATTCCAACCGCGAGTATGGA
ACATCTGCTGAACTTGCTTCTTAACTTCTGCTCGGACATCTGGAATAGTCACAGCAGCAA
TATTAACTTCAGATTGTACTGCTTGTTTTAGTTTATTCTGGGAATCTTTTAACACCATTT
CTTTAACGATGTTATTGATTACTGACTGTTGCAGTTGAGCACGGGCTGCTGTACCTTCTG
GGAATAACTGGCGTACTGCATAAGTATCTAATTTAATGTCAATCATTTTACCTTTTTCAC
TCCAGGAATATTAGAGATAGTTTCAAATACTTCGTCAAAGTTATCTTTATCAACAGTGAC
TACCATAGTGCGAGCGGTCTGTTTCTTTTTCCAACGTTTAAAGAAAGTTGCAAGACTCAA
ATCATGGGAAGTGAAGAAATCATCGGTTTTGTAAACATATCCGCTTTCAATTTTTACTAC
CGCATCAGGTGAAGGGTCTTCATACTCTTCTACTTCAACATCATCAAAGAATATTAACGT
GTCATCGTGATAATAGCCTTCCCAGAAGGCTTCATCGTTATAAAATTCTTTCCAAAGTGC
GCCAGTTGTTTTCATTTAATCACCTTCTTCCAAGCTTCGTGAGCAGCGCATGCTAATACT
TCATCATCAGTCAAATTGAACTTGCCTTCATTACGACGAGCAATCATTTCATTGAATTCA
GTATCAGTTCTAAGCATCATGTTAAGAACTGTAAAATCCATTGTCGCTCGAAGATATTCT
TTAAGCTGCATAGGGTCGATGCCACTTTCGTATGCGTCAAGAATCATATCTGCAATGATG
TTATCAAAGTTTTTGTCTTTTATGAGGTTATTAGCATACTCGACAAAAAACTTAGTATTA
GCACCAGTAATAGTTTTAGTAATCATTTTAATTTTCTCTCAAATCTGTGTTTACACGTCC
GGCATTTCATTTTCAGAATATCGGTTGTCCAATCAACAAGCTGTACTTGAATACTACCAC
ATTTTTCGCAAGGCACAACTTGTTTAGCTGCAGCTTCTCGACGGTCTACCATTTCAAGAC
AGGCATCCCAGTCAATTTTGAATTCAGGTACAGGTGGATACTCAAACTCGATTTCAAGGT
CGTTATCATCAACGACCATGTCTTCTTTTAATTGATTTTTCACAGTAAGCTCCGGGCATA
CTCGAGAGATTCATACCGCTCTTTGTACTCATTAAGCGATTTGACTAAATCTGCCATCAT
CAGTTCATGCTTACTTAATTCAGCTTCTTTTGTATCAATAAACCGCTTAACCGATTCCAT
TTCGGCAGTAATACTATTCTTAGCGATTTCAATATGATTTACTGGTGTTAACGGAAGAGG
CTTAACAACATTGAGATACATATGTGCTACATCTTCATCAATAACTGGGGTGGTGCTCAA
TGTTTTAGGAAAAATCTTAAATGGGTCCAAATGCACTTCAAGAACAGATGAGTTTTCACC
TTGCTGTTTGCAACATGATTTTTTAACTACATCCATATGCTCTAAAGCAGTACGAACTTG
CGCTAAAAGCGCCCGAGCCGGATACTTTCCGCTGGACAAATGGCTATTAATATGAATTCG
TACAGTTACATTGTCAAGCTCTTCGGCACGAATGAATGAAACACCCTTAGGATTTCTAGA
ACTAGTAGAAGATACCTGGTATTTCACACGGTCATCGCCTTTAAGTAAGCAAATTGAACG
ATTAAGAATACGACGCAGGTTTGCATTAAATTCAGAGCAGAAGATTTGGGCAGCGCTACG
GTCATGTCTTTCTTCAGTTTTAAACGCCCCTGCCGCAAAGCTATAACGCTGACCGTAAAT
TTTAGCATTGCCGATAGCAAACTTTTTGAGCTGTTTCTCTGCTGACATTGCGCCTAACCA
GCGAGAACGACGAATGTTTTCTACAACAAAACCAGCATAATTGGCTTCATGCGCTGCCAT
GCTATTTAACACACGCCGAGCTACATTACCAGCAATTGCTACGTTATAAGCAGCTGGATT
TAAATCATGTAAAGCTGCCAAAACCTTTACGTGCTTCTCACGCTTTGACAGTCCTTTTCT
GTTATGCTTATCAAATTCACCGGCTACAAACATCTTTAATTCATTCTTATTCATTATCTT
TTCCTCTATTTTGGACTGGGCTCAAAGAGTATCTCAAAATCTCCCTGAACCCATTATACA
ACAATTATTCCTCAAGCATTATAACTTTGCTTGGGCGCTTATAGAAAGCATGAGTTTTAT
CATCTTTAGCTAATTCAAATGTAGCAGTAAACTGTACTTTGCCTCTGTATTCAAACGGAA
TACTTTTTGGAAGGGAGCCGTAAACCGTAGCTCCATTCTCAAGTACAACCATCATCTTAC
ATTGTACGCCGTAATAGTCTTCATAAACTTTTACTGACGTTACGGTACCGGAGACAGTCA
CTCGTCCTTCTGGTGCATCCCCTTTATTCTTATTCAGCTCATTGAATATATTATCAAAGA
CCTGTTTTGAATGTTCCTGGATAGCCTCTAAGATGCTCTTATGGGCTCTAACTTCTGCCA
TAACAACATCCGTTCCGTCTTGCAATTTCCACTCTTTATATGGAATGCGTACTTCAAGAG
GATAACCATACTCGCGAAGTTCTTTGTACTCCGCTTGAGTTAAGCGGAGTTTCCACCAAC
CGTGGTCACCTGTATACTCAGGCTTATCCAGCGAATCCAATTCTGTAACATACGGCAAGT
AACTGCCTGCGTGATAAGCTTCAACTTCACCTAATTCATTTTCCCAAAGATAACCATCAA
AGGGAGCATGAGGGCGATCATCTTTGCCCCAAGTAGGAGCTACAACTTTATCAAAGTATT
CACGACCGAAGCGGGTCTTCGCCCATCCAGCATTCAACTCCTCGGCGCGTTTTTCAACTT
TCGCTCGGTGTGCTTGGCGGGCTACACGATTTTCTTCAACAAGTGCAGAGATAATCTCGG
TTAAAGTTTTCATTTTATTCTCCAGTTTGGTTGACGAGACCATCTTATCAACAGCCTCGC
CGAAAGTAAACTACTTTGTGAAAAATTTTCTCCAAAGCAGAACTGCGTCTCTACGAGATA
CTTCTACTGCTCCTAGAGCAACTGCTTGCTTGCGACGAACATCGCGCAAATCATAGTGTG
GAACTCGCTTATCCTGGAACCAAGAACGTTTCATTCCGATGGCTTCTGCCATAGCGTGCA
ACTCATCAAGGTTGTCGCTAAACATATGACAATTCTTTACTTGATGACCTCTCATTTTCC
AGCCATGATTCATCAAGACATCTACGTATACTGTCATTTCTGATTCTCGATGTAAGTTTC
AATGATGAACTGTGCTAAACACAGAAGATTATCTTCTGAAGGAGAATCTACTAAATTCTC
AACCATTTCAGAAATAGTTCCAAAAGCTTCTTCAGTATTGAACATTTCTTGAAGTTCGTT
CCAAGTAGGTGCTTTCATTTCAATCTCCTCATTAGTTAACGAAGCTATCTTATCATGGCT
TTTCTAAGATGTAAACAACAAAAGGGCCCGAAGGCCCTTAAAAAGATCGGAAATCACTGT
TAAACCATGGCGACTGGTGTTGTCGCCGCTTAAGCAATTTCAGTTGGTATTTCCTATTGT
CTTCTATAATCATCTTAGAGGCTTTTAGCTCTTCAGCCAATGAGACCTGTTTACGGTCCA
TCAAGATGAGGTTCTGGGTCTTCTGGGCAAACGTCTGAATACCTTTGAGACATTCCACAG
ATTCCTCCATCCCTCGTTTATACTTAGTTCGGGCAGCATTTAACTGCCCTTCGTAATACG
CATGTATAAGACACTATAGTACTAAACACCTTTTACCTCAATAACATCTAAGATAATATC
TTCAACGTCTTGCTCAGGGAATGCCACGCCATTGGTCTGCCCATGCTGAAATACTGCTTG
GTACGCTGACGGTGCAGAAATTCGGGTTGAACGTTCTTTATTGTCATAGCATTTGCCATC
AATAAAGCGTTTAAATTTAACTTCATAGGTTTTTAACATTATTACACCTTAGCATAATTG
ACAATTTGTTCACGATCAGCGGGCCAATTTAAATCAGAACGTTTCTTGTTTGACCACGCA
ATATTTTCTTCAGCCCAATGAAGTTTAGCCGATACGCTCTTTTGGACTTCTCTGATTGCT
TCTTCAAGATAAATGCCTAAATCTCTCGGGTTAGTTCCTTGAGTTTTAAATGCATTGAGC
AAAATATTTCTTACGACTTCTTTAAATTGATTTTCAACTTCCGGATGAATGAATTCACGA
TAACCGTTGCACGGATATCCAAAAGCATCTACCATACGAGCAGTACTAAATTCTTTGTTC
ATAATCCGAGAGCCTCGCGTTCATCAGGATTTAATTTAGCCAAAGCGGCTTCTTTAATTT
TTTCCAACCGTTTACGCTTAGCTTCAGGTGTTTCTTCCTGGACGGTGATAGCAGCCTTTT
TAGGGAATGTCCATGATTCACCATTTTCATCGGTGAATGTAATTAGTTCTGTTGGCTTAC
GATTAACTGTACCATCTGAGCCCCACCAAGACTGCCCCTTAACTGCTTCTTCGGCAACGC
AATATGAACCATAATAACCAAACAACTCACTACGGCGATCGTCTGGTGAAACATACGCTG
CATAGGCTTCACTTTCTGTCATTACCCATTTCATTTTAACACCTCATAGCGAATAAGTTC
AATACGATTTTTAAGCTCTTGGTATGATTTACGCCAAGGCTTATAATAAGCATTTAAATC
TTGGTGTTGTTTATGCATTTCGTCTAAATGCTTTACTGCATCCTGTACATTTGCAAGGAA
AGTATCAAATACTTTATTAGCGTATTCTTTCCTGAGCTCAATGAATGGAGGAGCACGAAA
TACGTTTACCATTACACGTAGTTCATGATAAGAAGAATGGACTTCAGCTAATACATTTTT
CTTATCGCCAAAATTAAACTTATAAAGTTTTTCACAGATTGCTTCACAGGCTTTCTCTGC
TTTACCCTTGGGTTTACCCGCAAAGATATGACCAGGCGGATATACTTTAATATCGTTTAA
CCAACATTCAATATCTTTAATAGCTGCTAAACTCATTGTACCCACGCTCCATTTTCATCA
ATGTAATTAATCCACTCGTTAATAGTCCAGGAAGAGGTATCACCTTTAGGAGTATCAACG
ATATACATTCCGCCTTTAAACAAAACACGTTTTACATCATTAGAAATTAAAGTAGCCATT
ATATTTTCCTCAGTTAGGGAGGATTTCTCCTCCCGTTTAAATTATTTCAGCATTGTTACT
TCAGCAATTTCACGCCAGTTTTTACGGTCAGTCGCGACGAAATCACCAATATAAAGAGCA
GTACGGAGAGATACGTTACGCAGACGATTTACGTTATCTTTCATAAATTCCAAAACTTCA
ATAACTTCGGAATTTCTTAACCCACGGTTCTGTAACATAGAAGTAGTCATTATTACATCT
TGAACTCGGACCATAATCTCTTCATTAGTGTGAACACCAAGGTCAAGATAAACCGAACGT
GATACCAGAGCTTGAAGATGCGGAGCAAGTTTAGAACCGCGCTCTAATTCACGGTCAATA
TCAACGTTAGTGATAAAGACCACAGTACCTTCAAACTCAAACTCATTAGGAATTCCTTTA
TCTTCCAAGAAAGAAGATGCAGTACTCCAGCAAACCTTACGTTTCTCCCCTGAATCTAAT
GCAGCTTTCAGAAGGTTCAAAATATCCATATCAGAGAATACATCCACATCATCAATAAGC
AGAACCGAATTTGCTTCACGTGATTCCCAGAGACGGCAGTACAAACCAATTCCTGAGATT
TTACCGTTCACTGATTTATAATCAATAGCGTTAGTATCATGAGCATGTTGTAATGCTTTG
TCCAAAGAGTAAGTCTTACCGATACCTGCTGCTCCGGAGATAATCAGAGAACGAATATTC
CCATGAATTAAACCGTTAGTCATTAATCCCATGACGTTAAAGCGTTTCTTGATACGCTCT
TTCATTTCATCAACGGATTCAACAACTTCAATTTTAGCAGCTACTCCGTCAATTGTGATA
TCATCTTTGAATACCCAAACACCACGCTTTTTGCCATTCAGTTCAACAAAGACTTTACCA
TCACCCTGGCGAGAATCTTCAGCACTTAAGCTATCCGGGAACCACTCACCGAGTAACTCA
TACGTACCTGAAATCTCTTTGCCGAAGTAAATCCCTTTCTTGATGGTGATAGTTGACATT
TTATTCTCCGTTACTCTGTTTTGTTTTGATGGAGTTATAGTATCATTCTACAACTCCAAA
GTAAACTACTTTTTAATTATTTTTCTAAAATTTCATTGATATAGTAAGGACGGACCTTTG
AGTTAAGATAGAAGTCATCTACAAAATCAATCAAGTTGTCAGTTTCACCACGGATGATAG
CAAGTTTAGAGAACGCTTCCCCTACCATCATTGGTTCAAATTCTACGCCGTGAGCTTCAG
CAGCTTTAAAAGCTTTATCAATGTTGTTTACGACGATTTCTAAAGTTTTCATTTTATTCT
CCAATATTTTATCTGTTTGGGTGGTACAGGTCTATAGTATCACCAGCTCGCGAGCTTGTA
TACTACTTTATGCATTCTTTTGAAACAAAAAGAGGAGCCCGAAGGCTCCTCAGTTATGCG
TGCTTGTTGATAGCGTTTTCTGCTATACGTTTTGGAAGTTTACCTGCCCAGCGGAAGAAC
ATGATAATCGCTCCAACAATAAAAGCAGGGAACCAAAAGATGAGATAGAACCAATACTCT
CCTACCTTCTCAATAGTTCCGTTTTTGATTAGATGTTTGCAGACAGACCAACCCACGATA
AAGTAAATTATTGCAACAACGATTGGCACTACTATGCTCCAAAGTAAAATCATATTTCAG
CCCAGTAAAGTGATAACCGGAGAGTTTCTCCGGCCCATGACATAAAACGATGTACTTGTT
TTCGAGTAGGTCGAGCAGAGAACTTAGCATTCTCTCTACGACCAGTCTCTCTACAAACTG
CTTCCAAGTACCACCGTCTACCTTTATGAGGTCTTCCATAATTCAAGAAGACCTTCATTG
TATCATTTGTAGTAAGAATTGTGGTTTTCAAGATAAACCTTCTCGACGAAATCGTCCCAG
AACTTCATGTCTACTTTCTTAGGCAGTCCGTTCTTCTCGGCTTGATGAGCAAGACGCTCT
ACTGCATCAACGGTCGTTTCCAAAATATCCTGAACTTCTTTGAACGGTAACTCACCCGCT
TTGATTTTCTTAATCAAGGGAGCCTGCGCTAGAGGATATTTAAGGTCACCGGTGGAATAA
ATTTCCTGTAACTGAAGACCACCGCGAAGGGCATGACTTAGTGCTTTCCAATCTACGCCT
TCGTTAGCTTCTGCCTTACGAGCACGTTCGCCATATTCAGCATCAAGCTTCTCAAGTGAA
TACTTCATTTCTTTAACAGTGATAGTTGTCTGGAATTTACGACCTAACACGTTATAGAAA
TACTGCTGACCTGATTTATGGTCTGTAAAGGTTGTCCACTCAAGGAATTCACCAACAGGA
AGACGATCGGCGATGTCCTTAACTTTCCAACGCTCGTTGATACCTTTTTGTTGAGGGCGA
TCGTCATATTTCCATTCAGGAACGTCTCGGATAACATCCAGGACTTTATGTAAATCTGCT
AAACGAGAACCCTTAACACCATACTTACCAGCCTGCTTACGAACATATCCGAGATAAGCT
TTCATATCAGTAGTATAGAAACGAGCTCGGTTGTCTTGAATGAATTTCCATACTTCAGGA
AGGTCAGATGCAACTACCAATTCCGATGGAGTATGAAGCATGTCCAACGCTACAGTTTCA
CCATCAGCAGCGAGCTTGAAGAAATACTTTAAGCTGAACAGCTCATGGTCAATGTCATCT
TTAGTATTTTTGGTTGCACTGTTATTCGTATTACGGTTAGTATGATTCATCGCTTGACAC
ATCAGAATATCACGCGGATGAGGAACAAAGATTTCTTTGAAATCCACATCTGATTCAGGA
GTTGAAGTACCGTATAGATGCGAACCAAAATAAGATTTTACGATTGTTTTCATAAGTAGA
TATGATTCCCTTTAGCGAATTTAACTAATGCATTAGAACGCTTGACGGCTTCTTCTGCTC
GAGCTTTATCAGTAGTTCTTTTTGATGTACGGTAAACATTACCAATTTTTTGACTAGTGT
AATAATACACTACTTCATGTGTATGGTACTCTTGTCCATCAGGATGCTGTTCACGACATG
TTTCTTCACGCAGTGTGGTTTCATACATAGGAACTAATGCCCAATCAATTCCTGTGCTAA
TGATTGCCACCTGGATGTCAAGTCTGTTCCAGCGAAACGCATTGATATATCCTAGGACCC
GTGATTCTGGGTCCATCATTGCGAATTTAATGTTTTCGGCTGAAGCCAGAGGCATCTGTT
TTACAATACTCATACTAAGTTTTTTCTTAGTAGTTACGATTTCAATTTCCATACCCCGCC
TTCATAATATATGTCTAAATCAATATTATCTTTGCCGCTGTACTTGCCAGTCAAAGGAAT
AAATTTAACAGTAATCTTTTCGCCGTCATCAAAAGTAAATTCAGCAATAGGATATGTAGA
AATTATACCACGTTCGGTTTTAGCACGAAAGACGGCCCGAAGGCCGTTCACGATATAAAC
TTGATCATTCTTCACTAGGTTCACCTACTGTAATATCAAGCATAGATTTAACGAGCGAGA
TGTCATTTGTACTAAACACGTGAGCTTTTCCTTTATCGTTCTGGCAAAACATGCTTCCAT
CTGCTGCAATTGCTAGTACTTCGTAGCAGTTATTAGTTGTAGAGAATTTATCACCAACTG
CAAGAGGAACATTAACTTTACACTTCTCATAAACTGTGTATTTAAGGCTGCTAAGATTAA
CTACCGATTTAGAACTACCCGGTAAAAGTTTGCAGATATAAAATCCATCGTCTGCTGATT
CATTTAGGTAATCATCGATATACATTCCACGGTAGCCGTCTTTTGGATATACTACAGTAG
TTGTTTCTCGGCTGCTATGGTCGTAATATACTACGATTTTGGTGTCTTTACTTTTAAAGA
AAATCGATACTGTATGCGCTGAGCTACATTTGAACGTAGAAATAAATTCAACTTCAAGCT
CAAGCCGATTGCTTTGGTTATCAAACCCAATTTCTACTTTATCACCTACCTTTAACGGCT
TTTCAACAAGGCTTTCTTCAAATTTCGTGCGAATAAAACGTTTCATTTATCACCTTCTAC
ATAATCAATCATTGGGCAGACTTTCTGCTTACGAGCTTTTAAATACTGGATGAACACCAA
AGGTTCGGCTTCTGCCGGAAGACCAGCTTTTACCCGAGCGAGTTTCTTGGTATACTTTTT
CTGGATACGGTAATGTTTAAATTTTTCTAAACCAAAAATAAATCCAAAAGCTATAGCTGC
AAACAAAAGCATAAATGCTGCTATAACCGCTGCGCCAACTGGTACTGCTATAACATTTAA
CCAAAACGCGGATAAACTAATACCCATCCAAGCGAGAATTCCTGTCTCTGCCACAATCGG
CCAACCGAACATCCATGCAACAGAACCGATGAATGTAATAATCGCCGAAGAAAACACAAC
ATGAAGAACTGTTGTCCAAAAGTATCCGCACAGTGTTTTTGGCATTTTCCACATGTTGTC
AGATTTAAACCACAGGTTCATTTTGAAATGCCAAGAGTTTTTATTAATATTCATTATCAG
TCCTTCATAGTCGGAATCATAGTTACAAGATATTTTACGAGCTGTTCAGCATCGGATTTA
TCAATCATCAGGATAGTACCGTTGCGCTCAATTTCAATAAGTGTAGAACCGTATAGCTCT
ACGGTAGTCAGATGCAAATCATTAATGTATGGACTTTCGTCCTCAATTACTGCATCGCCT
TTACGGGATTTTCCGTCCCATACTAATTTACTCGCCATCTTTTGCCTCTATCAAGAATTT
AATTAATGAATCAATTTGTTTAGTATCAAGATGAATTATATCATTGCCTTGTTTTAGCAC
GATACGACTCAACTTTTTAGTGAAATACGAATTCACAACCTTTACATGCACATCGCTGTA
CGGATTATCTAAATTGGTACTATCAAGAATACTTTCCATAATTACCTCAATTGTGAATCT
TTTGAACCACGACGATTATAAGCAGAAGTCATTACACTGTCCCACTTTCCTTGACATTCT
ACACACCGTTGGCAGCCTTTAACAAGAAGGCGACGAGCCATTGGAATTTCCTCATCACAG
TCAACGCAAAACTCTTCGGATTCACGTTGTTCTTGAAGCTGTTTCTGGAGACGGGCCCAT
TCAATCCCGTCTGCTATAGTGGCTTCACGAGTTGCGAAGCCATCATCCGATGGACCCCAT
CCGTTCATTTCAAACTCGCTATAATTAAATCAAGCAAATCGTTGACAAAGTTGTAAGTAA
ACATCGGATATTGATATTGAACTACCATGTATAAAATAATCAAGATGTTTTTCATTTTTC
GTCATCAAAGTCGTAGTAATCGTAATCACAAGAGTCAAGGTAAGAATCCATAAATTCTTT
CTGACGACGGAAGTCTTCAATAGGAGTTAATCTGTCAGCGTATGCTTGGTCATCTGGATC
GCTGAACTTATCTTCTTGCAGTTCTTTAATGAACTGTTCAGCTTCTTCACGCGTCCAAAA
CCCACGATTAAGATTATGAACCGAACGTTTTTCACCTGGCTTGAATACGCCCATATCATG
AGCAGAACGCTCAGTTGAATAACTTTCAGTTTGGCCAGCATAGTTTTCATATTCGCAAAT
CACCTGGAAGAAAGGAGATTTTCGCGAATATACACCACGAAGACCAAGTTCAACATCATA
CGTGCCTGATGCAACAATGTAACGCGAAATAGAACCAGACTTGGTTTCAGTGCGATTAAC
ACCACACACGTGATAAAAGATTTTTCCAGGTTGAAGCTCGGTAGTTAACTTAATCATAAT
GTTTTTCTCGTTTGGTTGTTGATATGTCTATAGTATCATGTAATGAAGGGAAGTAAACAA
CTTTTTGAAAAGAAAATGCCTCCCGAAGGAGGCGGAGGGTATTACTGCAATGATAACAAA
TACTTAGTCTTGTAGCATAGACCTGTAATGTCATCCAGAACACTTTGGAGGGCGGCAGGA
ACTGACTTGTAGATACCATCGGCCTTAGCCAGAATGAGGTCTAGCATTTCAATGGTGTCC
TTTGGCAGCTCTTTCTGTGATGGTAAAGCCGGTGTATAACTCTTACCTGAGAATCCTAAC
CACTGCTCACCAAAAGCATCTATCAAATCTGGAATCTCGTTAAAGAAAACTTCATACGCT
TTATGTCTGGCATACGATTTGGTATCAAAATGCGCTGAATGAAAATACGCCTGAGACGCC
ATAAGTAAACCGATGAATTCATCTTGTGGAGTAAGTTTACCGTCCTTTACAAAATCATTG
AACTTCATTATCGAGTTGTATCCTCATGCGGTTAGCATATTCTTCACCTGCTGAACGTCC
TAAAGAATCACAATCTTTAGAACAAGACTCGCTCTTCCATTTACTTTGTATGAAAGAATA
GAACTGTTCAGACTCTTGCTTACTAGGCTCCTTAAATTTAGCATAAACTTGTAGAGCTCC
CTCAACATACGAGTTATAATCCGAAATGTCGTCGTGTGATGCAGCTGGGAATGAAATCCC
GCAGCCCAACACCAGGGCTAAGCAAATTGGTTTAAAGGCCATACGGCCTCCTATTATTTT
TGTCCAGTATTACGTTTGTGCTGAAGTACAGCCTTAACTTCTTTGAGGTATTTTTCCAGC
TTACGTTTACGGGTATAATCTGCTTTTGAACTGTGCTGACGAATTTCTTCCTGAAGGTGC
GAAATACCATGCCCAATCTCACGACGAAGTTCGTCCAGTTGTTCTACAGTAAGATTACGA
AGTTGCTTTTCACTTAAATGCTGCATATACACCTCATCAGTTAGTAATAGTATTTATATA
AGTATGTGTTACTTAATCCCAAAGCCATTCGCAGATGCCTTGCTCAATAGTTCTAGCACC
AGCTTCGTCCCAGTTATATTCTTCGTCATACTTCAATGCGCGTTTAATTTCGGCTTTATG
AAATAGACGTGGGATCGGCATAGCATAACGGGTCCAACGTAGAGTTTTCCAGAATCCATC
GCGCTTTGATTTAGCAATCAGTTTCTTGGCCTCTAGCGGTCTTTCCCGATTTTCAGAAAT
ACGCAGTTCAACATATTTCTGTTGGGTTTCTTTATCTTTCTGAGTTTTAACGTATTCGTT
ATAGCTTTTAATATAAGCAAATTCGTTATTATTCTGATCGTTCCATTTGGAAGATTTTAC
TACATGCCAGCCTTTACGGCGAATTGTTCTAGACATTATTACCTCGTTAAGTTAAAGTAC
CTCAACGATAGTAAAATCCTGATTTAAAAAATTTAATATTCATGAATAGATTACCTTACA
TTTACATTTGGGGCATTCAGGTTCTTTATTCTTAAGACGCTTGGTAGCTGTCTTTGGAGC
AGTGTTGTAATCATATACATGAAGACAACGGTAGCACATCACATATTTTTTCATATTAAA
CCATCAACGAAAGCAATATTACGTACAGCAAGAATCCAATTATGAGTACTAGTACTATAC
CACTTGCTATGGCAAATAAGCTACTCATGTTTAATATAACACCCATTCATATTAGCAATA
AAGTCTTTACCTTGTGCTAATACTTTACAGCTAGAATCAAGACGATTTTGTGCTTCTTCT
CGTCTGTCGCTTTGCACAGACGCTGCTGCAGCAATCCAAATGAATAGCATACCTACGATT
AGCATCAGGATAGTGTTATACGTTCTTGGCTTCATTATAAACACCAATTAGTTCAAACCA
ATGCTTACGGCAAAGAGAAACATACTTATCTTCACCACCAAGTTCTACTACTTCACCATC
GGTAATGGCATTTCCGTTTTCATCAATACGAGCAACCATAGTAGCTTTACGGCCGCAATG
GCAAACCCCCTTAAGCTCGACCAGTTTATCAGCCACGGCCAAAAGTGCTTTAGAACCTTC
GAATAACTCTCCGCGAAAATCAGTGCGAAGACCATATGCCATTACCGGAACATCATATAA
GTCAACAATCTTACACAGTTGAACAACATGTGCAGTAGTTAAAAATTGGGCTTCATCAAC
GAACACACAATGAATATCACGTTGTGTTTGTGCCCACTTGAAAAACTCAAGGATATCAAT
AGATTCATCTACTGTATTAGCTTCATGACGAAGACCAATACGTGATGTTACCTCGGTGGC
AGAATCTCGAGTATCAATGGCAGGTTTAAGAATGAGAGTTCCCATTCCTCGTTCTTTGTA
ATTATGCGCGGCAGTAAGAAGATTAGCTGATTTGCCTGCATTCATGCTCGCGTAGTTGAA
ATAAAGCTGTGCCATTAAAGTGTCTCCATAAAATCAGAAATAGCATTCTTAGAACGAATG
AGTTCATCGTATTCTTCAGGTAGACCATTTCCGTAAATGGCACTAATAGCTACTACTTGC
TCAGCACCTGCATAATCGTCAATCAACTGCCACAGTTTAGTTTTTTGCTCTTCAGTAATC
ATCTATTTACCTCTAACAAGACGGATTTAGCTTTTAGCTTCTTCATATTCTACCACCATA
ATGTCAATATCAGGTGTTGCTAAATTGATTAATTTCTCAATTAGTTCCCAATCACCGCCA
GCAATACCAGCTCCAATTTTTGGAATGTATAGAGGACGATTATAAACAATACGGCCAGAA
TTTAGTTCATGGAATGCATTAAAAATTGCGCCGTAATCAACATTTGGACCTGGAGCATAC
TGAGTATACAAATTATAGCAATATGCAGTGCCTTTTTTGTGAATGGCTCGAGTATGAGTT
CCAAGCTTAGCTAAATTGTTGTCATAATAACGGTCTTCATCGATGTCAATATCGAGAATT
GGAGGATATGCTTTAGCAAGTTGTCCTGCTACACCAGCACCCATTGTAGTAAAGCAATTA
CACCCATGAGCGATATCGCATTCATGCTTCATGAATAATTCTACAATATTACCCTTAATA
TATCCAGTAATCATTTATTCACCTATGGAATTTTATATGTTGCATATTCATTAAGATTAT
TGTATACTCTTAAAAATATAGCATTGTTACAATTAAGGATAGGGTTCAGCACTCCTTGTT
CTTTAGGATGCATTACTCCATCAACAGAAACACCGTCACTCTGCATTCCACATCCGCGAG
CATTATACTCAACATGTGGAACTATCACCTGGTCATCTTTATCTTGATAATTATAAAATG
ACATTAGCAGTTTTCTACTACTAGGCACAAATGCTATTTCAATATTGTTCTTGAATGGAC
CGTTGCTTTCTATTTTAGTCCCCTGCGCCGCTAGTACAGGTTCAGGATAGCCTGGGAGCT
TTTCCCAGGCATTAACTGAAAATGCACAGCATAATAAAATAGCTGCTTTTTTCATTTTGA
CGATAGTCCTGACATATAACGAGCCATTAATTGGTCACGATACATTAAACATATATTTTC
GTTAGGAGCATTGACACATAAATCTTTCATGCTCTTAGCCTTACGATTTATTAGTGTTGT
CCACTGAGCCGGGCTGCGTGAATCTTTTACTCCATCGCTGAATGCTGAATCTAATTCAAG
CGCTAATATATCAACACATTCAGAATTCGTATTACAAAATGTTTTAGCAATACGAAGTGA
ATCCGACATTGAATTTTCAGCATTAACAGAGAATGCCAATACTAATCCAAGAAGCGCGGC
GTACTTTATCATTATTCCACCTTTATATGTAGCATTTTATGTTTCTTTAAGAAATGAGCT
TTCTCTAGGACATCTGACGCATAAGAGTTTCCTCTTTTGACATTCCATCCTGCGTTATAA
CTAGCAAGAGCTTTTCGCATATTGCCGTTATGTATATTTAACCAATATGAAAGCTCAATA
TATGCCCACTCCGCAGAATTCCGTCTGGATTTAAGCATTTTTCTTATTTCAGAATCACTA
AGGTTTTTACCTTCCAGTTTAGCTCTGGCTTTAACCGTAGGCAAGTAATTTTGAAATACC
CCATAAGAATGATGCCCCTTTCCTGCTTTTAAATTGGCTCCTGCCGAAGATTCTTTCCAT
GATATAGCAGCCATTATATATCCCAAGCCGTTATTATCGTATCGGTTATGCGGAGATTTT
TCCTTTCCGGATTTTTGATATTGTTCACCAAAATTATATGCGTAATGCAAGTTGTCAAGT
TGAACATTACTGAAAGTTGGCTCAGACCCAAAGGCCGTTGAACACAAGGCCATTAGACCG
ATAAGCGCTTTTTTCATGTTTACCTCAATTAATATGTATAACTTTTGTGCTGATTTTACC
TTTCAAACGTTTATCATTAACGAATGCCATACGACACTTTATACTAGGTCCTTTTCCTGG
TCTTGGAATATCCATGGTAAATCCTAGCCACAGATTTCCATCCGTAATTTCTAACCGCAT
GGGTTTATACTCGATATTTTCATCAATGTCTTTTGGGTCAATTGGAAGCCAAGGCATTGC
TAAAAATTCATTAATTTCTTTAAGATGATTAGGAATTTTGGAAAGAACAGAGAATACATA
CTCTTCATCAATTTCACGTTGGATAGCACGGTCCAACAAATGATCAGAGTACTTAGTGAA
GAAAGGCTCTTTGCCCTCAGCCTTAGCTCGGGCACGAACTGATAAATTCAAAGAGCGAAA
AGCTTCCTCAAACTTACGACGCAGTTTAGTTCTGCGAATGAATACTTCTGGGTTAGTTGA
CATAGTTCATTCTCCTTTATTTGTAGGGCCATAGTATCATGGCCCGTAAGGAAAGTAAAC
TACTTTTTAATATTTTTCTTCTGGACAGAACACTGCACGGCAAGCCCACATAGAAGCTTC
CTTCAGTTTCTGTTTTGCTGTACGAATCTGGGCAATACGTTCGTATGCTTCATCGAGTAC
CTGCTTGGGTTCATTGACTGACACTTGGTAATTAATTAATGCCTCTTCTTCAAGAGCAGT
AAAGATAAGACCAAGACGAGTCTCAGCGTCTTTGATAGCATTCACTTTACCAATTTTTTC
ATTGGTATGTGGCTTGTATCCTTTAATATCTTCGATTGACATTATAGTGCCTCTGTGAAA
GTACGAGCGATAACGTCGCGCTGCTGTTCCGGAGTCAGGGAGTTGAAGCGTACCGCATAG
CCGGAAACACGAATAGTCAGCTGCGGATATTTTTCCGGATGCTCAACCGCGTCCAGCAGG
GTTTCGCGACGCAGCACGTTAACGTTCAGGTGCTGACCGCCTTCAATTTTTACCGTTGGC
TGGTATTCAATTTCTACTTCACGAGCCTTGTAGCCATAAAAAGTTTCAGCATCCGTAATA
GTATCTTCTTTAAGAACTTTTGAAACGATTACTCGTGCGTCATCGCCATCTTCGATGTAA
ATGGTGCCTTTAAGTTCACCTTCAAGAATTTGATATGCTTTCATATTTCCTCTTAATTAG
ATTCTTTATTCCAACCATGCATGTATGCGGTAATTACGTCCATAGTATTCCACTCAGTAG
AATGAAACTTGGATGCAGCTTGTAAGTACGAGATTTTACCCTCTGGCATCAATTTTACCC
GTGCTAAACGTTCAGAAATAGCAGCGTCTTTCCACGTAGCAAAACCCGTTGGTCCTTTTA
ATTCTTCTTTAAGACGAATAACTTCTGCTTCTAATTCAGATTCTCGCCATAAACGTTCTC
TGGTATCATTAGCATAAAGTATTTCTTCATCAGTTTCTTTATCGTACTCTACAATTTCAA
TAGGCTCGTCAACTCCATATCCGCGAGTGCCTATATACGTTGTAGCTTCTTCCCATTGTT
TTGTGGTTTCATTCCAAGTTCCATTCTGATGGGCTTCATAGAAATCTTGCTCGCCAGAAT
TACTGAACCAATCACAGAAGCTTTCAACTAAATGTGGAGGACACTTTATAACAATTTCAG
CCATTGCATTGTTTTCTCTTGAATGCGTTGGTCATATGTGATTAAGCTTGAACTAATCAC
GCCTTTGAGCTTGCCAGATATAAACTCAATTCTAAAATTAGGATAGCGATTCATCCACTT
CGTGTTAGGAGCGTTAGAAATGAATTCTGCACCTTTAAACGGACCAGACAGAAACTTGTA
GCGCTTGTACTCAAGCAGGTTTCCAGCCGTAACCATTGTTATTAATTGCTTCATATCGGA
AAATCCTGTATTTTCCATTACTGTAATCATATCAACAATTTCTGTCTGTGTCATCATTGC
ATTCCTATCACGAAAAATAAAGGTAAGGTATCATTAGGCATAGACCATCTGATAGCTTCC
TGGTACATATCATAGAACTTCATCATATCGGGAACTTTCATTGGTTCTTCAATGATAATT
AATGCTCTTCCAAACTTTCTTCCCCTAAACTTGTAGGAGGAATCATTGGATAGAAATTCC
CTGATTGTCATCGGAACAATTGATTTAGCTATCTCGTTAGCCGGTAATTTATTAATTAAA
TGCGATGAATTATATTCTCGTAGAATACCTTCCATCAATTCAGATGATTGTGTGTATCGA
GTAGATAAGATTATAACCGAACCATCTTCAAGCAACCAATCGGTAGCGAATTGACATAAG
GCTGCAGTCTTTCCGGTTTGTCTTCCACCGTCTAGACGAAGGGTACCGTACTCTCGCATA
AGGCAAGACGGTTCATAAAAACTGTAGTTGGGATTATTCAATCGTCTGTCTGCAGCGTCT
CTGAAAGCATGCATCAGGGTCAAATAAATGGGAGTTAAGTGTTTCATTTTAGATTCCAGT
TAAAGGGGCCATTCCTTGGCGCGTGCTTAGTCCGTATAATATTTTGATAAGTATAGACAA
TAAGTCTAAACGTATTCCCGGCCTCCCTTAAGGGTGTTCATTCGTACTTTGGCTTGATCG
CCGTCACGGCTTAAATCATAAGCACGCATTACACCCCAGGACTTTTTAATTTTAGCCAAA
GAACCTTTAGATACAGTAATAATAAAATTATCACTGCCTTTGGTCCATTCAACTGAATCT
ACTTGCACGCCTTCCTTACGAAGATTTGACACAATAGCATCGACGAATTCTTTATCCAAA
TGTCCTTGTGTACAGATCTGGAATACTTTTGGCTCTTTTTGAGTTTTTGCTTCAGTGATA
AATTCTTTATAAGTTTTCATTTTATATCCTAGGATAGTAAGTTTTAAATTAAATGGGGCC
ATTCCTTGGCACATGTTTAATCCATCGACACACTATGTAAACCCCTTACCGCACTTGGGC
TCGACCTTATTACAGGTAGGAAAAGCTACTTCACTCAGAGGACTCGACGTTCATGAGGAG
AGGTCGTGTTCGGCTTTATTAGGAAATTGCTTACTTAATTGATTTAGCGTAACGAATAGC
GCCGCGATCGTTTACGAACGCAATTTTGCCATTACGCATGTACATGGTAACAGTACGTTG
GTAACCGTTAGAAGTTTTGCCAGACTGATAACCTACTAATGCAAAGTTATCTTCACCAGG
TTTGTTCTGCTTAGACTTAATACGCTCATGACCAAATGCCATTAAGGAGCGTGCATCGCC
AGATGCTACTGCTTTGCGAGAAGACTCATCTTCAATAGAAGAGGTGAAATCATCAAATGA
ATCAAACTTGGCATGGCTCTTATTATATAACTTGCCGTCTACTACGTAGTTATATCCAAC
AACGTCCATTTCAATTTCTGTACCATCTTCTAGCGTGGCTGTCATCTTCTGACCTTTTTT
AAATTTCAGAAGATTACTTCCAACAGATTCAGTCATTACGCCAACTGTTGCTAAACGGGA
TTCATTTAAAAATTCTTTATAAGTTTTCATTTATTTTCCTTGATAAGCGGCCCAAGTTCC
GGTCCGCATAGTTTCAATTACACGACGAGCACGATTAGGTGTCTGACGATACCAACGTGA
ATTTGCCAGTTCTTTGGCAGCAGCATCCCATTTTTTAGCAGCTAAAAGCTTCATGGAAGC
AGGGAATCCAGCGACACCACCTACACCCATTTGGAATACCATGTTAATTAGAGCTGCTCT
ACGAACATCATCTAATATATTATATACCGGACTTAATGTAGCATTAGCTACAATGCCCTT
AATTGCTTTTTCAACATCCTTTGCAAAAATTACTTCTGCCTCAGCCTGAGTAATTTGACC
ACCAGTAGAACGACCTACAAGTTTGTCCAGGTTAGAAATAGCCAAAGATTTTGACGGGTC
TTTAGTCAGTAAGTGGCCAATACCAATGGTCCAATACCCTTCGGTATCTTTATAAATTTT
GCTGTCATATCCTTCATCGATACGCAACATGCCAAAAATATCCATAAGGACCTCCTATTA
AATTATAGGAGTATTTATTTGGCCCTACACTTGGCTATAAACATCTCAATGCTGCAATTT
TCATACGGCGTCCATTTATCTTTCCACCATACATAATCTCTTTTATCGTCCTCGGGCAAT
TCACTAAATCCCGGATATAGCCTTTCTGCTATATAATATGCTGATTTTGTATACTCGCCG
TCACCGAAGACATATCGTGATTTCAATAGTATACGCGACATTTTATCTCTAGGATGAAAT
ATGCTAACCCATTTTCCATCGTGAATAAATCGTAGCTCATGCTTATAAATGTGTGGAATG
CCTAATTCAACGGCTTCTTCCATAGTAACCTCACTGGGCTGTGCTATACATTTGTGTCAT
GATTTTGTATAAACTTGGGCTCATTACATATTTCCACTGGCTTGGTTTAATTAAAGCAAA
TGCGTCGATTTCAGGAAAATTAATTCCATTTTCATCTTTATGGTAAGCTGTGCAGTGGCA
ATTTCTGAACATTTCTGGGCTCACAGGGAGCGTATATCCAAACAGATGGATATCCTTATT
GCTGGCATAATCATGTCGTCCAAGGTCATATAAGAGGTCCTGGTCAAACTCAGTAAATCC
AGTCTCTTCCTGGCATTCGCGAATAGCAGCTTCTTTTGGTGTTTCACCTGGCTCAACATG
GCCTTTTGGAATATCCCAGCGGGAACCCTTGCCTTGAACATAGGTATTTGTCATACGACC
CATGAAAAGCCGTTTGTCTGTGGTAAAGAATAAAATTCCTGCACTTAGCTCTTTCATTGG
CATTCATTCCAGCTTTCTTCAAGAATATCTTCCATGGCAGTATAGACCATAGACTCTAGT
ACACCATCACAGTTATATGAACCTTCTACCGAGAAATCACATATAGGTCCATTAATACCA
AGCAGTTCTTCTTTAAGTGAAATCTCGATACCGCTCAGTGATTCGTTATCACTGTAACAC
AGAAGGCGAGTATCACCATTTTCAAATTTTACATGCACTGCAACAGCCATTATTTCATCT
CCTTAATCCAGGATAAAGTTTCATTACGAGAATCATCTTTAGATTTTTCTTTCTTTACTT
TGGGCTTATCAAATACACCCCGCTGTCGCTGGGAAACGAATTGCAACCAACGAGCAAGCA
TTGCAAACCAAGTTCCAACACCTGACATCCAACCTAAATAGAACAAAGTATCTCCAAAGA
TTGGTGAAAAGAAGTAAAAACCCCAAAAAGTCCCAAATCCAACAAAAGCTGAAAATGAAA
ACCAGATAAGCAGAAATAGGAAAAAATACCCAGGCTCATCGTCTTTAATCATTCCACGAT
AACAAGTTTTAATCATTTTCTGCAGCTCCTAATCCAGGTGTTGAAATCTTCTTTTTCTTT
CCACTTCTTGTATTTCATACGGTAAGCTAAAAATGTGCAGCAATTAATCAACGCGATAAT
TAGCATCCACATGAGGCTGAATGCGAAAACACCTAAAAATAAAAGCATAATCATAAACTC
TGAGACGTTCAATCCAAAGAATGTCCCTCCAACAATTACAAAAGCACAATATAAAATCCA
TGTCACGATTCCAAAAGCTGGCGCCAGCCCATCTTGGTTCCAAAACCCGTCAGGTTTACA
TTCATTCATTTTCTTCTCACCTCTTTAATAAACTCAAACGACTTTTTGCGGTTCCATTCA
AGAGTTAAATTCTTGCACTGTTCTTTCCATTCAGCCTTTCGTTCACAGTTATGCTTAACA
TACTTTACCCAACGAAATAGTTCAATTAATCCTAGACCAAGTAAACCTATTAATCCCCAT
GTAAGTAATATTACATTCACTAATGATGTACTGCTAATTTCAGCCAAATTCATTACGTCG
ATTATGATAAGCGTTATCATAGTTCCAGCAGCACAGACCATCCCCGGAATTAGAACATAA
TCAGTTTGGTCAAATTTATAGACATAATTATAAACGGGAGGTTCACTTGGCAGATATAAA
TTACTCATTTCTGCACCCTCTTACGGCAATATTTGATAAATTCATCAATGATTAATTGTT
TGCCTACCATGTTGTTAGAGTCAAACATACCCATGACTTTTTGGGGCAATTCATTGACAC
AGTAATTTAAATAATTGCTATAATCATCCTGAGATGTCACGTATTTAACCATGTTAATAC
CGAGACGATAACTAGTTTTATTATAGATAATCTCGATAACTACTGTATATGTTGTGGAGC
TAGAGGTAAAATATCCATCGGCATTAGCACGAGCTGATGTTAGATTTGACGGAGAATCGT
TGAAAGAATAAATTCCGTACCGAAGCGCAAAGATATCTACAAGCTTAACTCCATCGGAAA
TAGACGAAATACTGGAAATTAAGTTTTTCAGCTTGTAATAGTCTTTAAGAACGATAGCCC
GTGGCAAAACTGTGGTGTTATACCCGTTATAGCGAGTTTTCCAATTTTCAGGCCGAGTAT
CAGGATAAGCAAATTTTTCGAGAACATCAGTGATTTCTGTTGGGAATCCTGCTGCAATTA
ATTCTTTAATTTGAGGTGTTGCCATTGGAATATCTCCAGCGCATTCATATAACATTTTAT
TATCCAAGTTAGGGGCCCGAAGGCCCCGGTAAAATTACTTCAGACTTTCCAGATATTCCT
GGACATCAGCAGTGGTGGTTTCAATACCAGGCTGAGTACCGCTGAAGGTTTCAACTTTCA
TCATGATGTCTTGTACATCTACTTTAGCGAGTTCCGCGATTTCAATCACGTCATCAGCAG
AGGTAATACCCAGAGCAGAAGCATTACGGGTCTCACGGATGTATTCGAGTTTCACTGCCA
AATCAAGACGCTGGTCATCAAGCTTAACTACAGTTTCTTCAATTTGGGCCCGCATTTCTT
TATATTCGGCAGCTTTATCACGTAAAGCCTTAGCAGTACGACGATACAGAAGACCCAGTT
TAGCATGGGTTTCTACATTCATACCTTCTGCCATCAAGCGACGAATTTCGCGCTCTTTGG
AAGCACCTGCCTGGTCTTTTTCGTCAGCAAGTTTCAGCAGACGCTTTTCTTCATTTACTG
ATTTAACATGCGTGGTACGCAGTTTAGTGATTTCATCAATAATACGATTTGCTGCAGTGG
TGTACTGGTCTTCAACAGAAGTGTTCTGTGCAACGAAGGTACCGAATTTAGAACGGATGA
ATTCAACAAGTTTTTTCAGAATAGACATTTTATTTCCTTTCAATAGTTATGGTGGTTTTA
TTCGTACGGATTAATCCAATCATAAACATATGGTTTAATGATTAGACCCTGTTCATTTTT
GCTGCGCTCGAATATCTCGATGTAATCAGTAACATATGATTCTAATCCGAGAATAAGTAC
AGACTCTTTGCCTTCTTCTACTGTTGCTTTAATTAAACGCTCGATGGCTATTTTAGCTTC
AAGACGAATATCAGCAAGAGTTTTTGGAACCTCATTTGTATGCATTAATGAGTTCCTCCA
TTTTGTCCAAAACTGCGATATCAACAAGACGATTAACCGCCGGGTCATCGGCAAACTCAT
TGTAAGTTGAAATCACCAGGTTCTCAATAGTTTTCAGAGCAGCCATTCGTTCTTCACCGG
ATGGAAAATTTGGAGTTTCACCAAACAGCCTAGCAAAAGATTTAAAATAAGTTTGCGCTA
CTAATCTCAACTTATCCTGATACATATCAATTTCCTCAGTAGGTGGGGAGTTCATTATAA
CTCCCCAAAATTATTAGCAGTTAATTACCGCTTCAATTCGTTTAACCAAAGCAGGAACGG
TTTTAGCAAACTTGATAGCCATTTGAACCGTAGCAGCTTCTTCATGGTAAACTCGAACGT
AGTACTCTTCAACAGCAGGCCAATCTTTGCGAACATGCTTAATCAAATCTTTCAGTTCAC
GGGTTTCTGCTACGTTGAATACTGCATTCTCATGTTCACCTTTAATCCAAACTGCACGAT
AACGATCAGGAGTACCATATTGATTATAACCACGTTCAATTTGGATAAAGTTGAATTTAG
ACATTTTATTCTCCGTTACTCTGTTTTGTTTCGATGTAGCTATAGTAACCTAGTTGACTA
CTGATGTAAACAACTTTGTGCACAAATTTTCAAATAATTTTAGGGAATCTGGAAGGATTT
TCTAGAGAGTAGAATGGATTTATACAGCTGGGGATATAGAAATGCCCAGACGACCTCTAG
AAGGTATCTGGGCTATAATTGCGGTATTATTGTATACTAAAAAGCCCCGTCCGAAGACAG
GGCTCTGAGAATCGACAGCATCACCTACTGGCAGATGACCTGCTAAATTCATTCCTTTGA
ACTCGGAGGCATCAGTCTCATCCAAAGGAGTATAGCGTCAGGAGGTTATGCTTGCGACAG
GGAACAACCGACTAGCGGCAATGGACGAACCATTCTCTTCTATCTGACGACTCAACGAGG
GCATACGCAAGTTTCCCTTCGAATTTGGTGCCGATTGCAGGAGTCGAACCCGCGACATCT
TCATTACAAGTGAAGCGCTCTACCAGCTGAGCTAAATCGGCATAAGACGGAAATAAGGAT
TCGAACCTTATGTAGTTGCACAGACGTATCTGCCGTTGAATTCCTCACTAAGTTTAAGCA
ACTATTCACGGGGTCTTAATTTGGTGCACCGAGAGGGATTCGAACCCTCAATCCTTGCGG
CGTAGCATTTTAAGTGCTATGTGTATACCAGTTCCACCATCGATGCGAAATGGTCGAGGC
AGAAGGATTCGAACCTTCGACCTGCGGATTAGAAGTCCGCTGCTCTATCCAACTGAGCTA
TGCCCCGAGATTGTTCAGGCAGGACTTGAACCTGCACGACTGATTCCGTCAGCGATTTAC
CACCGTCGCCAGCATATGATGCAATATGCGAGCTCAAAAGGTGTCCGTCACCATGTCTAC
CGATTTCAACACTGAACAAGATAATTATATTACTGATTATTTATAGCATTTCTTAAACGA
TAAAGTTGATTACAGAATTCGCGTTCAGTCAAAATCGTTTCAGAAATTTTATTTTTACCC
ATACTGTGAGTGAGCGTAGCATTCCGGGTAGCAGCCAAAGCTTTTCTGAATCCTTCATTT
TTACTAAGTGCATCGTATGCTCCTGTCAGTAAATTCTGATACGCTTCTGAAGCACGATGG
ATTGGCACGCCTTTCCAATAAAGTGTTTGAGTTGGCCACCACCGTTTCTTTTTACCTTTG
AACTTAGCCGATTTACCAACTAATGTACATACATGCGCTTGCATTTCAGGCGAAGAAAAT
TTGAGGGACTGCAAGAATCCCTCCATTGAGGCACATTCTACGCCATCATAGATAAATTTA
TGAGGAGCAAAGTTGCTCAAAGCACATGATGGATATGAACTACCTGAACCAATATCCATT
TACTTTTCCTTCACGTATTTCAACCAATCAACTTTTAACGGGCTTTCTTTTTGTTTATAC
GTAATTCCAACATGGAATGCAACCGGGGCGTCAGGAATACGGATTTCTTCTTTAATATCG
AAGATTTCTACTTTCTCAAATACCCGCATGAAATCATAGTCGTATTCAATCGGATTACCT
AGCCAAGCCTGAATAGCATACATAACTTCATTTGAACAAGAATAATGATTATCTAAATAA
GCATCAAACTCTTCGTCTGAGCAATCATATGCAGGAACATCAACACCAAAGAATTTCTTG
GAAAATTCAGGAGTTACATACTTCTGTTCAGTATGAAGCTTTTCAAGAATTGCTTCATGG
TTGTAATCATTATTTCCAAGGTATTCACCACGCCGACCATTAGAAGAGAACCATTCAAGA
ACGTGAATTACTTGATTAATCTCTTCTTTTTCTAAGCCATAAACCATTTGGGTAGAATAT
CGGTCGGCATCATTTTCCCAAGTGGTAATTGCCATTGCTAAGCCTTTAGGAATAACTTGT
CCAAATTTAACTTTCATTATACATTCCTCATATCTATTCGTTCTAAGGTATATTCTTTAA
GAACAATCTGTTGACCACTTTTCAACAAGAATAATTGAATAGGATTTAATCCAAACCCGT
GTTCTAAATCATGGTCAGTTAAATTTCTGTCACAATAATTGAAATACATGTCAATTCTAA
CGAGAATGGTTTTCATAACTCCTCACACGAATTTGGTGACCCTGGCAAAGACTCGAACAT
GCAACCAATCCCTTATGAGGGGAACGCTCTACCAATTGAGCTACAGGGCCTTTATAGAAA
TCTTATGACTTTTATAAAAGCCCTCCGAAGAGGGCGCCTTGTCGGGCTTATCCACCTGCT
AGGCAGAATTACTCACACATAAAATCAGCTACTTCCCAGAAGTCATTTTTAACTGCTACT
TTAACCACCGGAGAAATTTCAGATGTTTTAATAGAAACAATTACATCACCTGCGACAGTT
TCTACCAGACCAACGATTTTCTCACTGCGAGCAACAAATTTACTCACCGGATGAAATTTA
CCGGTAGCAGCGAACATAGCTTCTTGGTCAACAATCAGTGCGATACGTTTCATTCTTTTT
CCTTGTTTGTTTTGATGTAGTAATAATAACAGGTTATTCTTGTAGCATTAAATCTCGAAA
ATCGTTCCGTTTTCCCACATTGTTGCGAACATAGGAGAAACCTTAACGAATGATTTGCTT
CGCATTGCAACGTAGTCGTTATCTACTTTAGCCAATCCTGAAGCAATATCAGTAATACGG
CCACACTTCATAGAACCGCGACCACCTTTATTGTATGTGCGTTCTCCGTAGAAAACGATA
TCACCAACTTGTACTTCTCGACCTTTAGAATCTTTCATCATATTTCGCCTGGCAAATTTG
TTTAAAATCTAATACAAGTTGCTCTACATTAGTATCAGCGGTTAACGGAGTAACTTGCCG
CAGTTTATTAATTTTACACCCAGAGTGATAAGCAATAATTTCTTGAATATCACGTTCACT
AAAGTACTCATATTTGAGTAATGTGTCGTATCGATATTTAATCCAAACCCACATACCTTT
GCGTTCATCAAATGCATATGCAAAGTCAGCGTTAATCATTAAATCCCGTTTAGCACAAGA
TGAAAGCCCTAATGCTAAATTAACCGGTCCATCCAAAGACAGCTTCACCGTAATAGCATT
TACGTCATTTGATACACCAATAAAAATATTCATTCTATTTCCTTCGCTTGTTTTTGGCCT
TCTTGTCGTGCACGAGAACGTCCTGCTTTATGCAGTGATTCGTAATATGCTCGACGTCTA
TCAATGTTTTCTGTACGATATGCTTTCCCGAAATGGGATGTTTTGAAGCCGTAATATTTC
ATAATATAATTCTCAATGGCAAGTGATTGGACGGTATGCCCGGCCTCGAACCGAGTCACA
TTGACTTTGCAGAATCCATGTGTTTAATATATCACCCATACTCAATAGCATATCTGAACG
AGACTGCAATCCCGCTACTCAGCTTACACCATCTTGTATTGTGTCATACCGTTAATTTGG
TCTCCATAGAATGACTCGAACATTCGACCTTTCCATCCCAAATGGAACGCTCTACCAGAC
TGAGCTATACGGAGTAATTTGGAGCATCCAAGGAGAATCGAACTCCTATCTTCTGGGTGG
AAGCCAGACATAATATCCGCTATACGATGGATGCAAATTTGGCAGGCCCTGAAGGAATCG
AACCCTCATCACTGGGTTTGGAGCCCAGCATAATAGCCGTTATACTAAGAACCTGTTATT
TGGTGGGAGTAACTGGACTCGAACCAGTCACCGCTCGATTATCGGTCGAGAGCTCTACCA
AATGAGCTATACTCCCATGGAAAGCTAATCATCTAATTGTTGATGTACCACTGCTATGGG
CAGCGTTTAACTTTCATAAATTTGGCGGAGAGTAAAGGAGTTGAACCCTCACCGTTTCCG
ATGGCCCGGATTTCAAGTCCGGTTTGCTACCACTAGCGCTACTCTCCATTAATTGGTGAA
GGAAGTGCCATATAGACACAATTCGCTTAGCGACAGCCACAGCGTTTTGCGGGCCGTGTA
TTTTTCCACCATTCCTTCATTGTTGGGGTGACCGATGGGAGTTGAACCCATGACTACGAG
AATCACAATCTCGAGTTCTACCAACTGAACTACGGCCACATCAATATTCACTCCATCCAT
CATGAGGACTTCATACGAAATTAAGAGAAGAATGATCAGTTCAACCCCTGTAGACGCGTT
GAATGAATATTAATTTGGCTGGACTATCTGGATTCGAACCAGAGATACCGGAGTCAAAGG
CCGGTGACTTAACCGCTTGTCTATAGTCCAATTGTTGGAGGCGGAGGCAGGACTCGAACC
TGCGCGTGTCGGGATATGAGCCCAACATTCTACCAACTGAAGTTACCCCGCATTTATCCG
GGTTCTTGAAGTACTAACAAGTAGCTTGATGTAGAACACGCTAAAGATATAATCTTACGA
ATATAGAGCTTATTCCGTGGGAACAAACCGCTTCGTCCTCGGCATTATCTTACAGGACTC
AAACTCATCTTCAAGAACTGCCACGTTCTTATTTGGCGGACCTAACGGAATTCGAATCCG
TGACTCTCGCGTGACAGGCGAGTATTTTAACCGCTGAAACTATAGGTCCATAATTCGCTT
TCAGAGATACTCTGGCACGATGCCGAAGCAAAGGGGAACAGGACTCTCATCACCTTGGTA
CCAGATGAATCTTGTTTAGCACTCTGTTCTAAGATGTATCCCTGAAAGCGAACTTTCAAC
GCCGTAAGAAATTATAACATGAACAAGCATTAAGCAGGATGAAATCATACTCCTTAATAC
AAACGCCATGCCAGGGAATTCTATGCCGACGATTTATCAGAACGTCTTCTGACTTCTTCA
TTTGGCGGGCCGTGCAGGTATCGAACCTGCCTAGTCATTTCTGACACGGATTAACAGTCC
GTCGCTTACCCTCTCAGCCAACGACCCGAATTTGGTGGGACACCGAAGACTCGAACTTCG
GACACCCGGATTAAAAGTCCGGTGCTCTAACCAACTGAGCTAGTATCCCTAAATTTGGTG
GGGAGTAATGGAGTCGAACCACTCGAGCCTTTTGAGCAACAGATTTACAGTCTGTCCCGC
TACCCCTACGGTCTAACTCCCCAATGGGTAATTTTATTTATACTGCCCTAAAATTAATCA
GAGCAGTTGATAGATTAATAATAACAAAGAAAACCTAAAGCATATTACACAATCGGTGAG
CTCTTTGATTTAACCAGGAATACCCGATGTGGTGAATCCATATGAGAGAGCAATACCCGG
TGCTCAGGAATTGGACTTGTATGGAAAGGAACAACACGATAACCTTTAGGAGTAAATCCT
AGCAAAATACCAACGCTTGCTGCAGAAAGTGACCCGCCACAATAGTATGATACTAAATCA
CCAGGCTGGATTTCATTGTCAAGAGAATCGGTTTTGGTATGCTTAGGCGTAACTAAATCA
TTAGGAATTGGAACGCCTTGTGCATCATAGTATTCATGGGCAAGAAGCTTATAATTCTCT
TGATAGAAAGTATTAAATGCAGCTCTGATATTCATCACAATTTCCTCACAATTAATCTTT
GTATGCTTCAGTTGAACCTTTAGCAACGGTTTCAAATCGGGAATTCAGTATCTCAAAATA
GTCTTGATACGTTCCCTGGAGGGCTTCATAGCATTCTTCTACTGTAGAGTAGACACCTCT
GATTTGGTCAGAGCCAGGAGCAGGATAATAATTAGACCAAGTTAAAAGTGCATACATTAC
TTACGTTTCCAGCTGTAGTGAGCCAAAATAAGAAGCACTGCAATAGCAAGTAGTGATGAA
TGCAGTGCTGCCAGTAGTGCACCTAGTCCTACACCCAAAGTAACATAATCATACTTAGTT
ACTTCTTCACGGTTTAAATCATAGTTTTTGATGAACCACTGCTTAATCTTTTTCATGTGC
TATTTTATCCATTATGAAAGAAATGATACCCATTAGAAATGCAACGCTTAATACTGATAC
TGTTTCAGGAAGAGACATAAAGGCTGCACCGATAATGCCAAAACCTAATGCTCCCATGCA
GATTGTTGATGCAACATTTCTAATTAATTCACAACGTTTCATTTTATTCTCCTCAAGTTG
ATAGGGTTATAGTATCACTACTACAACCCGTTGTAAACAACTTTATTCAGCGCCAGCGGC
TTTTAAAAGCTTTTTAAGATTAGCAGAACCTCGGGCTGAAAAAGTTACCTTACCATCTTT
TTCACCGATGCTGCCAGTCAATTTAGAAAGTTTATCACTAGGAACTTTTTTAAAATCGGC
TAATGTCCCGTCAACGGTTTTTGTAACAATCGGCAGTTCATCATCCTGTCTTTTAGCTTC
TGTAATAAATTCTTGGTACGTTTTCATGTTGCTTCCGTTTGGTTAGTTTGTTTTTGATGG
AGCTATAGTATCACCACTAGGACCGGTTGTAAACAACTTTGTGAAATAAATTTCTATTTC
AAATCTTCTGACCAGTTCAGTTTTAGTGGCTCTTGGTACTCTCTATCAAGCACTACAGGT
ACTTGAACTTCACCCTCGAAGTGAGCTGGACCGACATTGTAGCTGAGAGTAATGTGCGGT
GAGTAATCTGGGAAATCATGAGTTGCTCCCAGAGCTCTTGCATATTGGTGACGGAATTTT
AAGTATTCTGAATCTAGTTTAAGAACTAGTGTACGTCCGTCTTGTGTGTCCCATACTTCA
AGTTTACCTGATGTAGCAACTTCAAAACTTCCTGAAGCACAAACGTATGGAACATGAACT
CTTGAATAGCATATCGTCGTATGAATCTTATGACGAGGTACAGGATTAGGAACCTTCAAC
TCACGCTGAAGGTCCTCAATAGCATCAAGAGTTTTCTCAGAGAATTTAGCAGCTACATAT
AGACCAGTGCTAAAATCGCTGAAGTTCATTAGGCATCAGCTTCTTCAGTAGTTTCTTCTG
CGAACTGTGCTTCGATTTTTGCAACCAGGTCATCAAGTTTAACCTGACCATCTTCACTGA
TTTCAACGCCGGATACAGCAATCAGTTTCTGCAGTACTTCTTCATACTGTGCACGCAGAG
CGGACAGACCTTGGATGGTTTCAGACAGGTCAAATACACGAACTTTCAGAGTATCGACTT
GGGCTTGCAGTTGTTCAGTAGTCATTTTTGAATTCCTAATATAGTGTTGATTTTTGAATA
AAGTTCTTCTAGAGAACCGTCGTTAGTTATTACGATATCGCCTTCGCGAATCGGAAGTCC
ACGCTCTGTGACGTGAGTATCTTTTTTAGAACCTTCTTGCTCAGGACGAACTACATGAAT
AACTGTAGCACCCATCGCCCTGGCTACATCAAGTTCATGGTCTTGGCGGGTATCTGGGAC
AATGAAATAATCATAATCACCAAAAGTATCAGCCATAACCAAAGTGAATCGTTTTACCCA
ATACATGCGATCGAGCTTATCACAGACAATGTCAGTCCCAAGGGTCTGCATGAGACGACG
AATTGACCATGGCTCAACAGGTTTATTTATTACAACTTGACGGATGACTTCCATCGTATC
GCCGTCAAGAATTTTACGCTTGCTATCATAAACCACCCCAGGTAAAGGCAAATCATGATG
GACATATTCAATGGCATTCGCCATAATACGAATCACGTCTTTAGTAGACAGATTTAAATC
CTGCTCACGATCGTAATCAATACCTTCAATCATTGACCGAGTAATGCGAGGAAACTGACG
TGATGTATCGCGATACCACTCAGTAAGCATTGCATCAGCCAACGCATCTTTAATTGGACC
TGCTAACTGATGCTTTGTTGCGTTATAGTTATCCATAATGTAGTCAGCAGTTGTATCTTT
GCCACTACGTTTTTTACCAATCAAAAATAAAAGCTTCAAATTATTACCTCATAGAAGGAT
GCATTCCCATAACTTTCTGTTGATACTGGGATTCGCGAGTATCATTGACAGAAGGTCTAC
CAGTAATTATTATACCATCTTTTTCAACTTCAATGTATTTGTACTGCAAAGTTGCTACAC
ATACCATTGCTGGGTCGGATTCTTCGGTTAAAGAATACTCAATTTCAGATAAATCACTCA
CCCAACCTCCGATGTAGCGGACAGTTAATACTATATCATGTTTATCGTTATCAAGAACAT
GCATTAAAACTGCACCAGGAAATCCTTCACCGCCGTTATTCCATCCAGACTTGTCTCGGT
CAATGTAGTTTTGACAGCTTAACATCCATTTGTACATTTGTACCCATGAATCAAGATTTT
CATCTACTAAAAATCTAACAGGAACAGCGTCAAACTCAAAAGTAGACCCAGGCAATTTAG
CACGATGCATGCCTTGAGGCGAACCTACAGTATCAGTAGCAGGAATATGAATTCCAGGAA
CTACAGCTGTTTGAAGATTAGCTTTAAACGCTTGGGTGAGGCCCCCATCAGGGACCTCTA
ATATAAAGTTAGTTGTGTTAGTTTGATTAAACAGTCCAGTAGACATTATGATTTCCATAC
AGAAGTAGCAGAGTAGCGTTTGCCTTTCGACATGAACTGCTGCAGTGGTAACATGACTAC
ATTCGCCCAATCAGCCGGTTTTATCTCAATTAAAGCACCCTTTATGTTACCAGGAATATA
TGCTTTAATCATTTTGTCAGCGCCAGCAAATCCTTTAACTTGGCTCCAGTTTATCTTTAA
TCTGGTCTTATTAGATATCACTGGCGTATTAGCATACTGTTTAAGAAGTTCTTCTAAAAA
CTGCTGACGAGCCTTTGGCGGAATGTAGTGAAGGTTTAACCCATACATCAATGTGGTTGT
ACCTTGCTTTCCAAGACCAAGATAAACTATCAAAGGAAATTTATCCCAGAATGGAAGAGT
GTCTTTGTGCTTAGCGTCATACATGTAAGCATATAGCTTTCCAGGTTGAGGCTTGGTTAC
AGAATGACCACGTATATTTTTCTTTATAGTTTCTGCAAACCATTTAGCAGATTTATTGTT
TACTGCTGCGCCTTCATTACGAATTTTATCTTTGACAGAGCTTCGAAATGAATTTACCAT
CACAAGAGCACGCTCTTGTTTGGTCATTTTGTTAGCAGGTTTTTTCTCAATTTCTGCTAC
TTTAATTGCCGTTTTAATTCTTGATGCATGACGAGCCATTGCTTTACTGAACGTAGCAGG
ATTTATTCCTTTGCTTTCAGCGAATGATTTAGACGTCATGCCTTTTTTACGAGCAGCAGA
GTATTCAACTCCTAATGCTACCCATTGATTTTCACTACGGGATTTAGCTTTAGGCGATTC
TGCAGCTTCAGTGATAAATTCAAATATAGCCATCAGCCTTTCCATCCTAATTTTTTAAGT
GAATCTTCGGTAATTAACCTAAATTCTATACCCATTTTACTGGCAGTAGCTTGAGCTGCT
TTCCACTTATCAACGTTTACAGACCAAGTGTAAATTTCATCAATGTACCGTTTCTTCGCT
GATGTCGTCAACTTTGTGGGTTTGACCGGAGGTCTAGTTTCTTTCTTCGGCTTAACTTCA
AAAAAGAACTGTTGACCATTAGAAAACTTAGCCCAGAAATCCATGAAATACCGGCGTTTC
TTTCCATCTGCATTACTAAAGTATGGAATGACTACTTCTTCGCTATTCCATTGGACTACA
TCTGGATGATTGTCAAGCCAACGCATCATGTACTGTTCCCATGTAGAACGATAAGTAATC
TTTCTAAAGTCGCCTTTATATTTGTGGAGATTCTGTGGCATGAATTTGCCAGAATATGCC
ATAGTGGCCTCCTTATAAATACTGTTATTAATATTTATAAGAGGATAAACTATGCTCTTC
TCATTTTTTAGTCCGATAGATTATTCTGCAAAGACCGTAAAAGGTGCTAAGGCAAAAGCT
ATCCCAACCGCTGACATATTTCGTAATTATCGCAAATATTTCGACACTGTAGCAGAAAAC
TATCTTTTACAAACATATTACATAAGTGGAGCTCCTAGACCAGAAGAATTAGCATATATT
CTTTATGGAAATAGTCAGCTGTACTGGATTCTTTTAATGTGTAATAACGTATATGACCCG
TTTAGAGATTGGATTAAAACCCAGGATGCATGCTATCAATTTGCGCAACAAAAATATGCA
GATGTAGGTGGAGACCAAATACTCTATCACGTGGATGCAAACGGCAATCGTTATTATAAC
CTAGAGCAATATCCTGAAAATTCAGGCATTTGGTATGATAAAGGGGACTTTAATCACCAG
TACCCTCAATATACTGGGGCTTTAGCTGGTGTTGACATTTATGAAGACTCTATTATAGAA
AATGAAAAACTGCGCCAAATAAACATTATCAATCCTAGTGATATTGAAGCATTTCTTTCT
GATATTATACGAGAAATGGAAAAGGCTCCTGACAGTGAATATGAATCAGGTCGATATAAA
TCCCAGACTACAATTGGAGAAGTTGTATGATTGAAATGAATGATTCGTTGAAATGGTTTA
CCGGTGTTGTTGAAGACAGACAAGACCCGTTGAAACAAGGAAGAGTGCGAGTACGTGTTT
ATGGGCTTCATCCATTTGAAAAGGTGCAAGGGGCTATAACCGGTCTTCCTACTGAAGACC
TTCCCTGGATGTCAGTGATTCAGCCTACCAACTCAGCTGGGATTTCTGGAGTTGGCTCAT
CTATAACCGGAATGGTAGAAGGAACATCAGTGTTTGGATTATGGCTTGATGAATTCAAAA
CAGCAGGATTAGTAATAGGAACATATTCTGCTCATAGAAAAACAAAGCCAAACTACATGG
AAGGCTTTTCTGATCCTACAGGTCAATATCCTAGACAGGTGGGATCAGATACTAACCCGT
TAGTTCAAGGCGATGAAACTGGGTATAGTGCTGTACCAAATATCATCCAGGACAGAAATT
TAGACATTGGCATTAATCCTGATGACGCTGACTTAAGTGATATTCCTGAAGACCCAAATC
CTGCAATTACAATAACAGATATGCTTAATAGGGATGAAGGTCTTAGATTGAAGGTCTATT
GGGACACAGAAGGATATCCTACTATAGGTATTGGGCATCTTATCATGGCGCAAAAAGTAC
GTGATATGTCTGTCATCAATAAAACATTATCAAATCAGGTTGGTCGTACCGTTACAGGAA
ATCCTGGTATCATTACAATGGACGAAGCAGTTGCACTATTTAAGAAAGACCGTGATAAAA
TGCTTTCTGACATTAAAACAAATTCACGGGTAGGACCTGTATATGCTAAAGTCAACAAGT
CAAGGCAGATGGCTTTAGAAAATATGAGCTTTCAAATGGGTGTAGGTGGTTTAGCAAAAT
TTGGTAAAATGCTTGATGCCATGTTCATTGGTGATTGGAAAACCGCTTATACAGAAGCAA
GAAACTCTGTTTGGTTTAATCAGACAAAAGGTCGTGCTTCTCGTGTTTCCATGATTATTC
TAACGGGTAATATGGAATCATATGGAGTTCCTGCTCCAAAGCCAGAAGGAAAAAACCTGT
CTGCTGCTTACGTAGAACCAAAGTCTGGAGGGAATCCTGAAGACCCATGGACTCCGGAAG
ATTCAAGAATTCTTTTCAAAGAACCTGAGTCTTCATATAATGGTCAGTATCCATATGTTC
ACACAATGGAAACAGAATCAGGTCATATCCAAGAGTTTGATGATACACCTGGCTATGAAC
GCTATCGTATTGTTCACCCAACAGGTTCATACGAAGAAGTAGCTCCCGATGGACGCCGTA
CCAGAAAAACTGTAGCTGATTTATATGACATGACTCAGGGCGATGGAAATATTTTAATCT
CTGGGGATAAGAAGGTTAACGTTGGAGGGAACGAGACCTATTATAACATGTATAATCGTC
GACAGCAAATTGATGGCGATAACACGCTTTATGTACGTGGAAATGAAACTAAAACTATTG
AAGGCGATGGTACTATTTTTGTCAAGGGTAACATTAAGATAGTCGTTGAAGGAAATGCTG
ATATCCAAGTCAACGGTGATGCCACTACTAAAGTAGATGGCAACCACGACGTAACCGTCG
GTGGTAACTTAACTTGGCAAGTAGCAGGTACTGTGAATTGGAATGTTGGTGGGGCTTGGA
CTGAGACAATGGCTTCTATGAGCTCAATCGCCCAAGGCCAATACACTGTTGATGGTTCAC
GAATTGATGTAGGTTAATCATGGCTGATATACTTCCTATTAATACCACGTTACGCGAAGT
AATAGAAGGTGAATACGTTGAGCAGTACTTTACTGCTCAATTATCTACCAACGAAACATT
AAAATCAATAAATATTATCGACTATCAACCAGTATCTGATATCTCTGTGTCTGAAACCTA
TTATAAAGGTAATTATAACTCAGTTTTTACTTTTGGAAACGATGTGCTTAAATACCGTGA
AGGCGATGAGCTGAAGTCCGCTTCAGCGTGGGAGGATTTACCTAATCCCAAAACTGCTGA
TTTATATCTGTGGAAAGCCCCCAGAACACTAGAGAAGACATTTACCTATACAGTTGAGAT
AATATATACAGTGACAGAAGAATCGTCTGGAGGTTCATCCGGAGGTTCTAGTGCTCCAAT
CGTAACAGAATATAAAAAGCAAAAGGTTTACTCTCAAACCGTTAAAGGTAACTGGAGCAG
ATGGGGCGACCAACTTCGTGCTTACGTATATGCGGGGAATTAAATGGCTGGTCTTTCATA
TGATAAATGCGTAACTGCCGGGCATAGTGCGTATCCTCCGACAGAAGTAAATGCTACACA
AAGTAAAGTATTCACTGGTGGAATAGTGGTATTAGTTGATGGTGACTCAATTACACCGCA
CACCAAGACGGTTGACCCTCATGATACGCATGGAGGGGTTGTTCAACCTCGCACATCCAA
GGTATTTGTAACAGGCAAAAAAGCTGTTCAAATGGCCGATCCAATTTCTTGCGGCGACAC
TGTCGCGCAATCAAGCTCAAAGGTATTCATACACTAATGGCTATTAAAGAACCTTTAAAT
TATCAGTTAACGCGTACTGCAAACGCTATCCCAGACGCATTTACTGGAGCAACATTCGAC
GAAATTAAAAATCAGCTTATTAACTGGCTTAGTGGTCAAAAAGAGTTCCAAGATTTTGAT
TTTGCGGGTTCGCGCTTAAATGTGCTATTAGATTTATTAGCATATAACACTCTCTATATA
CAGCAATTCGGCAATACTGCTTTATACGAAAGCTTTATTGGAACAGCTAACTTGAGAAGT
TCTGTTGTTCAAGCAGCTCAACAGAACGGGTATTTGCCAAGTTCCAAATCAGCGGCTACT
GCGTCTATTATGCTTGAGGTAACTCATCCAAATCCAGAGCCAGCAATAAAAATACCTCGT
GGAACTAAGTTTTTGGCATATGCGCGGGATTCATCAGTAGACCCATACAACTTCGTTGTT
ACCGAAAATGTTATTGCTTTAAGAGATACTTCAGCACCAGAAGGAGTTAATAGGTATCTT
CCTATTGTCAATTTGGCACAAGGACGTATTATTCGTACTCAATTGTCATATGACCCGAAG
AAACCTATTGTTATTCGTGATCAGTCGATTGACCGTAAGCAGGTTAAGCTGTGGGTTGAT
GGCGCTGAATGGACTAACTGGACAGACAGGTCAATGGTTCATGCTTCATCCATTTCAACA
ATTTATTATATGCGTGAAACTGTCGACGGAAATACCGAATTCTTCTTTGGTGAAGGCGTG
GCAGAAGCCTCTGTAGCAGGAGGAGTTCTTGAAAGTAATTTCATTGGTGGATTAAAACCT
ACTAAGGGCGCGCAGGTAGTTATTGAATATATTCGTACTGATGGTGAATCTGCGAATGGC
GCAACTGATTTCAGCTATGCTGATACTCTGCAATATATTGTAGTAAACAAAATCATCGAA
AACTGGTCGGATTCTCCTGACTACGTTGGAGCTGATGGTGGTGGGGAACCTGAAGACATT
GAACGTATTCGCGAATTAGCACAAATTAAGCGTGAATCTCAAATGCGTTGCGTGTCTAAA
ACTGACTATGAGTCATTCGTTAGCTCGCGATTTGGTTCTATTGTGCAGGCAGTACAGTGC
TTTACCGACCAAGATAAGCCAGGGTATGCGTTTATTGCAATTAAGCCAAAATCTGGACTG
CAGTTAACCGCTGTTCAAAGAGAAGACATCCAAGATTATCTTCGTCCATTCTGTCTTGCT
CCCATTACCCCTTCGGTAATGAGTCCAGACTACTTGTTCATCCGTCACAATATTAAAGCC
TCTTACGCGCTGAATAAGTTACAGGAATCTGAGCAGTGGTTACAGTCAAAAATTATAGAC
TCAATTAATAGATATTATGTTGATGAAGTTGAAATGTTTAACAAAAATTTCAGTAAATCT
AAATTATTGACCTATATTGATGATACTGACCATTCAATCATCGGTTCTTCTGTTGATATT
CAGATGGTTCGTGAAATTGTCAACTATTTCACTCTTCCTAGCGCAGGTATTAAATACTAT
AATACTATTACTCCGCGGACGTTACGTTCTGGTGATTTGGTCTTTACTGTCACTCCAACT
GCAGATTCATATCCAGTTAATATCGTTGGAACTGACCCAGATAAAAATGGTAAAGGAAAT
ATGGTCATTGGACCATTTAAACCAGGTGATATTAAAGAGAATACTCATATTCAGCCATAT
ACTGAAGACGATTTTGATAGAACTACTAATGGAGAAAGAACTCGTTGGTACAAAATCGGT
GAAGTAGATTATTATGGCGATAATATTTACTGGAGCCTTGGAGCTATTGGAGCCGATCCT
CTTCAGTTTGAAGACCAAAGTATTGAGCTTTATTCTACTCCTACCCAGGATATCGTCTTC
GCCCGCGATGGAACACTTATCGTATTTGAGAATGACCTTCGTCCTCAATACACAACTATT
AAATTGGAGCCTATTACTCAATGACAATTGCACCGTTCGTCACCAGCTTACGAATTCATA
AGCTATCTGCGAATCAGGTCAATATTCGTTGGGATGACGTTGGTGCAAACTTCTACTATT
TTGTAGAACTGGCCGAAACTCGAAACAGAGCGGGGGAAGTTATCCCCGCTGATAACTTGA
GTTGGTCTTCACTGGGTTATACCGCGGATAATGATTGGTTCGAACAAAATCGTATTGAAC
CGCTTACTTATTATAAAATGCGTGTTCAAACTACGTCAGCAGGGTTTGAGCCGTCTGAAT
GGGTTGAAACAGAAGAGTTCCAAACTTTCGAAGAAAACGCATACACATTTGAGCATATGC
AAGAATTCAGTTTAGTGAAAGAATTCATTAAACAGAAGTTTTCTTTAAACAACATGTCGT
ATGTTAACTTCAACACATCTGCCATGATGGCGTCTTTGATGACTGAGTCTTTTCAGTTTA
GTCCTGAATATTCTCATTTATCAGCTATTGAAAACTTCGTTGTAGGTGAATCTGGATATC
ATGAAATTCAGGGACCTATTGAAGCTGTGTGTGTTGATAAAAATAGAACTATGCTGGGAG
AAATAGACGGAATTTTGTATCTGTTTGAAAGATTCCAACATATGGTTAAAGTATCAAACG
ATAAAGGACAGAACTGGCAATATGTTCAGTTATTTAATGACCGTGTCGGAAATCCGGTTT
CTAGAGTGGTAATTTATCAATCTAAAACTACTTCTTATGTTTTAGGATATGATAAAATCT
TTTACGGAAGGAAATCATCTGACGTACGTTGGTCATCGAATGAAGTTAAGTTTAGCGATA
ACGAAGTTACATTTGCTAAATTGGGAGACCAGTTAAAGCTTGGCTTTGAAGTAGAGTTAT
TCGGAACGTATGCGTCATTGCCCGCTGACGTTACCAAATATGCTGAAGCGTTTACATGTA
ATGATGACTATTTGTATGTTGTTGCAAAAGACACTGTCCGTAAAGTTAAATTAAAAGATG
CTCCAATAGATACTGACCCTTTAAGTCCTACATTTGGTGAAAAGGTGTTTGAAAAGGAAG
TATCTCATATAACAGGCAATCCTAAATCTGTATGCTTTAAAATGGATTCCGTTGGAGGCA
AAATCTTTGCCCTTATTACCGGGGAAGTTAAAACCTTAGGATTAGACCCAACAGACCCAA
GGAACGTTGTGGATTCTGCAACTAAAGGCGTCTATGTTTACCAGGAAGGCACAAATACTT
GGAAGCGTGTATTTGGTAATACCGATGAAGAAAAACGTCGTATAGAGCATTTATGGACTT
CTATGTCAACTGACGGAAAGGAAATATTCTTTTCATCAGCTAATTTTAAGACAACAGAGT
ACGCTCAGGATATTGAGCTTGAGACGAAATATCCAGAACTAATTTCTACCGCAGTTAAAA
ATGTTAATCCAATTCAGTATCACTCTGATAAGCATTATCACATGATGAGTTTCAGAGCAG
ATGAATTTTCAAGATGGGAAACATTTGTTCCTGGACCTATGAGGTTTTATGCTGAACCTT
GGTTTGTCTGGATGGCTCGTGAAGGAAACAGATGCTGGATAAGTACAGCTGACAATGCTG
TAGTCGTGTATAATGATATTCTTTATCAGAAAAGAGTAGATACAGCAGCACAGGGAACTA
CCGAGCGCATTCTTTCGGAAGTGTGGGATAAAGGCGACGCAACGTTTTATTGCCCTCCAG
TTTCATTTAATGGATTTTTGCAGTATGCTTCTGGCATCATGTTTCACGAACCAGACGGAA
AACTGATAGGCTATTACGCATTTGACTACCGTGTTCGTGACCAGGTAACGCTTAACTGGA
AACCAACTGATGTAATGTTTAAGGCGTTTCTGCAGAACCAAACACGGGAAGAAGACTGGA
CACCTGAACATACTCCAGGCTTACGCGACCCAGATTTGCGTCCGTATCTTACTAAAATGA
TGCCGGATAGTTATTTGCTACAAGATAGTAATTTTGAGCACTTTTGTAAGTACTATCTCC
AATTCCTTTCAGATGGAAATGGAACACATTACAACAGTCTCGTTAATCTTGTTAAGAACA
AATATCCTCGCGAAGAAAATGCATGGGAATATCTGTGGTCAGAAGTTTATAAACGCAACA
TTTATCTGAGTAAAGACGCTCGTGACGCTGTCGTCCGTTTCTTTGAAGCACGCAAGAATG
ATTTCTATGCTACTAAAGGAATTGAAGACTCATATAAGTTCCTGTTTAAACTTCTTTATA
ACGAAGACGTCGAAATCGATATTGAGTCAAAGAACACTACCGAATATGACATTATTGTTG
AAAGCACAAATATTTCTGACGATTTAGTTGGTCGTACGATTTATACTGCTTCCGGTCGTA
GTAATGTGACTTATATCGAGAGAGAATACCGGGATGGTCGTCTGTTATGGCGTATTACTA
TTCATAACTTATCAGGACGGTTCATTGAAGGCCAGGAAATTAAATCAGAGCGTACGGACT
TTGAGGGTATTATAGTTCAAGGTGTCCGTGGAAAGGATATGCTGAGTAATAACATTGATT
ATATAAACCGCAGCCGTTCTTACTATGTTATGAAAATTAAGTCTCAGCTTCCTACTTCTC
GGTTCCGCGACGATGTATTAAGGTTTGTTCATCCGGTAGGTTTCGGTTTCATTGGTATAA
CATTGCTGACAATGTTTATCAATAGTGGCTTAAATATGAAGCATGTTGAGACTATCATAA
ATAAACTCAAGAACTATAAATGGGATGCAGGACTGCCATCAGTTTATCCTGATAGAGTTG
CTATTATCGCTTCAGATGATACAATAGAAAGAGACCCAATAACCAATGAGCCTAGGTATT
CTTCACGGACTCAAGCTGGTGAACCTTTCCCGTTACCTGCTAACTATAATCAAGAAAATA
ACAATAGTGTTATCGCTGGACAAAACCCTGGACAACGACGTAAGCCGTTAAGTCCTACGT
TTGACCAATCAGCAGTAACGTTTGCTAATTATCGCGATTTAGTTAACCAACGTCTTAAAG
ACGATGCAGGTAATCCTCGCGATCCTGAAAATCCGACACAGGTAAAAATTGATGAGTAAT
TCAACAAGAGCAAGTTCAACGCGTAGCACGATTTATCGTGCTATCATTACATCTAAGTTT
AGAACTGAAAAGATGTACACATTTTATAAATCAATTGGTCCGGGAACGGACCAAAACACA
TTGTATGTTTCATTTGGAAAAAGCACTCCATGGTCAGATAACGAATCTGAACCCGGATTT
GCACCTCCATACCCCGCTGATAATGGAGATGGGGTAGTTGATGTTTGGACAAATATGATG
GGTGCAGTCAAAATTGAATCATCTATGCTTGACTGTGTTGTTCCAAGAAGAGACTGGGGA
GATACAAGATATCCTAACCCGCGCACATTTCTAATTGGCGATATCGTTGTTGCTAACTCT
GCGCCATATAACAGAACTGATGCTGGATTTGGATGGATGGTATATAGATGTATTGATGTT
CCAAAGGATGGAATGTGTTCAATTGGCAATCTTACAAGCAAAGAAGAATGTATTAAGCTT
GGGGGTAAATGGACACCATCAACTATTTCAGGTTCAGCTCCTCGAGGTCGTGGTGATGCA
AATGGTACCGTCGATTTGGGTGATGGATATCTTTGGGAATATCTATATGAAATTCCAGCC
GACGTATCAATTAACAGATGCACAAATGAATATATCGTAGTTCCTTGGCCAGAAGAGATT
GAAGAATCTCCAGCTCGTTGGGGATTTCAAAATAACTTAACTTGGCAACAAAACGACTTT
AACCTAATCTATCGTATGAAGTGTAATACAATTAGATTTAAAGCATACCTTGATGCAATT
TATTTTCCGGAGTTTAGTCTTCCAGGAAATACTGGGTTTAGACAGTTGTCAATTATAACT
AATCCGCTTGAAGCTAAGCCAATGCCAAATTCTCCTAACATTAAGGCTGAAAAAGGTTGG
TATAGCGCTTCTGGTCTTGAAAGACAGTCAGGTGAAATGATTTACATGGAAAATCGGCAA
CCTATTATACGTTCAATGGACCAAACAGAAGAGTTAAATTTAATTTTCGAGTTTTAATTA
TGGGGAGCCAAAGGCTCCCCATTTTTATATAAATAGGACTATACTTTGATAAGAGGTTAC
TACTATGTATGTAGATGAAGGTAAAAAAGTTATTGACGTTGGTGAAGTAGGTAATGCTTC
TACGGGCGACATTTTGTATGCTGGCGGTGTTAAAATAAATCAAAACTATGACGCCATTTA
TAACGCATTTGGAGATCAAAGGCTATTTGCTGCAGGATCTGGAGAAGGAAGTCAAAAAAT
TCATGCAACGAGTTATTATCAAAAGGTAAAATTTGGTGATGCTAACTCGGCAGGGACGGT
TCCAATGGGAGCATGCTTAGACGCAGATTGTTCAGAAGGAGCAGTTCAGATTCGTCTTTC
AAAAGGTAAAGCGGGAGAAGCTGTATTCATCGTAAATAGTAATGGATCAGCATCAAAAGC
TAGACCCATAAAAATAACAACAAACGGCGAAGGTGTAGCAGATGCATTTAAAGATGGATC
GCGAGAGTTGATTATCAACACGCCAAGATGTAGAATTGAATTGTGGTGTGTTGAAGTCAA
AGCTAACGGTGCTGCAGTTTGGGATTATTCAATTTCAAGTATGTTTGGCAGCACATATTC
GCCGTTAGAAGCTACATATAATTTAACGAGTTCTCCTATTAATATTCGGCTTGGATATAA
CGATGATTACTCTACTGTTAAATTGTTATTAAGCTTCAGCGCAAATCCAGGTGGTCAAAC
CATCAAAAGGCAATCATCTGAAGTCATGCTTATGATTGACCCGACTATTACTTCATCAGC
GCCAAACGGAAGAGTATTTGACACTGAATATGCAGTGTTAAGAAGCGGTGAATCATCTGA
AAATGAAAAGATGTATTCTATTTCATACTCCATTAACGCGCAGAAAGATTTAATATGCAC
AGCTTCAACATCTTATGGAAACGCACGTTTGGCAGTTAAAGTTATTGCTACACAGACCGT
AGGGGTATCTCAATAATGAAACAAAATTTGATAGTAGGCCAATCAGTAGATGATGGGTCT
GGTGATTACCTCCGTAAAGGTGGTCTTAAAATTAATAACAACTTTGATGATTTATATTCA
GAGTTAGGTGATGGTTCAGTTCCATTCGCAGCAGGTGCATGGAAAACTTTTAAAGCTAGC
CCTACTGGAACTACTTTAAATGCTAAGTTTGGTCAGGCCTTTGCTATTAATACCCAGGCA
GCAAGAGTTAACGTTCAGCTTCCAAAGGGTACAGCCAACGACTATAACAAAGTTATTAAA
CTTCGTGATGTTTGGTCAACCTGGCGATTAAGCCCAATCACAGTTATTCCTGCTCAAGGC
GATACATTAAAGGGTTCAGCTTCTCCTAAAATTTTCAATACTAACTTCCAAGATTTGGAA
TTGGTTTATTGCGCCCCTGGCCGCTGGGAATATATTGAAAATAAAACTGTAGATAAGCTA
ACTAATGGTAACTTAAGTACTGTAGCGAAAAAATCAATTATTGCTACTGCGGGTCAGACT
GACTTTCTTAACATTTTTGATGGCGTAGAATATAACGAAGACTCGCTTAATGTATATCGT
CGTGGTAATATTTTATATTACGGTGAAACCAGCTTTATGGATAAAGCCAACGCTGATTAC
GGTTCTCCTGGAACAGTAGCAGGTCAATTGGTAGAATTAAACGGTAAAGACATTCGTTTA
AAAGTTCCATGTGTTGAAGGGGAAGTAATAACATTTGAAACCTTCCTAGATGGAATTGGT
GTTTATCGGTCTTCATACAACAAGTTGGCTATCCAGATACGAGATTCAGCCCAGACTACA
TCCCAGACGATTCCTGGGTCAATGATAGTAGATAACCTTGCTACTCTCCGCAGAATCACT
CTGGATGACATGGGTGTACTTCCAGGCGTAGGGGTAAATCCTAACTCGCTTGAAATTTCA
TTGAACGGAAAGGAATTACTTGAAGCTGGAACTGCTGGTCTTCCTTTATTTTATTGTGAA
GGCGCGGAAGGCGGATACGCAGAAGACTGTATAAACAATGGTGGTCAATGGGTAAATTCT
AACCAAGACTATAGACTGGAATTTGACTCAACTGGTACTAACGTCGAAGCTATTATTTTT
GGTGAGGCGTTTGAAGATAAAGACCTTCTTACCGTCCGTTGGTTCAATAATAACATCGGT
ACTACTATGGATATTGACGATATCATGGCAGAAACCGACAAAGTGTATATGAATGCTGAG
CAATTAGTAACTCTAAAAAATCGCATTGAATACACAAATTATGATGAACCTAATCAGAAA
AATATGCGTCCTGTTGCTGACGATGTTATGATTAAAGTCAATAATATTGCAGCGTTTTTT
GACGTAATTTATCCGATTGGCACGATTTATGAAAACGCTCACAACCACGCAAACCCTGCT
GACTATATGGGATTTGGGGTGTGGAAGCTTTATTCACAAGGCCGTGTTACTGCTGGTTGG
AATAATGATTCATCTGATCCTTATTTTTCGCGTAACAACAATAACTTAAACGAAAATGGT
CAGCCATCATTAACAGCAGGTGGAACGGTTGGAGATTTGACATTTACGTTAGGAAAAGAA
CACATTCCTGAACTAATGTCAAGAGATAAAGTTCTAATTTCAGACCCTGAACATGGAAGC
GTAGTTATCGGTGGATGTCAATTAGACCCAGACGCGCAGGGACCAGGTTATTCTAAATAC
CGTGAAGACACTGTTGCGGTAAACAACGGTGTAGTTCCAAATGACATCACTAAAATTCAG
CCAACAATCACCGTTTATCGTTGGATTAGGGTAGGTTAAAATGACGATTGAAACTAAAAC
TCGTGAAGGAGCTAAAGTTAATTCAAGATTAGCTGCTTTTTCAGAATATCGCGTTGACCC
GCAAAATATTGCGGTAGGAAATACGGCTCCTATAGGGAGCCTAACCTTTGAACAAATGGA
TTTGGGGGTTTGGTATCCAAATACTGAAGCTGCTATTAATGATTTGATGTCATTGCAGTC
AGCAGAAATTGGAACTATTATTTGCAATGACACTGGAATATCTCCACAGCCCGCACAGCA
AATTACGCGTGCTACTTTTTCAGGTGTCGTTGCGTTAGAGCCAAAAGAAGACGGCTCTGT
CGGTGACCCAGTAATAATTCATATTCTTGGCTTACCAATTAGAATTGCAAACGGTGATGA
CTTTGCAGCAGTAGCAACACGTTGGTATGATAAAGTAAAAGAATTAGAAGCTGTTGGAAA
GGTTGTTCAACAGGTTACTCAATCGCCGGCAACACCCCAGTATGTTGATATTATTCATTT
AGATTATCAGAACCATAATTTTGAAACATATAAAAAGTATGGTTTAACTGTTGAATTTAC
TATTACTTCACCAGCTAAAGCAGGTTATGGGCAATGGGATGCTATCGGCAACGAATCTAA
AACCTTCGGCGCGAACACATTTACTTTCCACTATTTTAGAAGGATGGGATAATGGCCCAG
AATAACTATAATCACTACAGTGATTTGGCCAAATATACGATATTTGACCCAACAAATACA
CAATGGCCTGTTGCTATAAAAGACGTCCAATCAGCGTTAGAGCTGATTGGTAGCTGGGCA
AGAACTGATACCGGATTACCTGTAGCATCTCCTACAGTAGCCGGCGTAATTCGCACAGCA
ACGCAGGCTGAAGTTGATGCTGGAACTATTGGTAATGCTGCGGTAACTCCTGCTACATTA
AAATCCACAGTTACCCGTCCTGAAGCAACTACAGCAGTTCTTGGCTTAACACGGTATGCT
ACTAATACTGAAGCCGCAGCATTAACCGCAGGAAATAGAACTATTACCGCGGCGGCTCTC
GGTCATGTGTTTAAAACTGTGAAAGCACAAGAAAACGTAGATGGAACTGTTAGGTTAACT
ACTGCGGCTCAAGCGCAAGCAGGAACTGACGAAACTACCGCAGTAACTCCTAAGCGTGTT
GTAGAAATGATTGGAAAGTTCAGTGTCAGTCCTCCTAGTTATACCTCTGCAACAGAAAGC
AACTTGGGATTAGTTCGTGTCGCAACCCAAGCTCAGGTAGCAGCAGGTGCTGTTCACGAT
GGATACGCAGTAACTCCAAAAACCTTCATGGCATCAAAAGCGTCTGACAGTGTATTTGGT
ATAGTAAAATTTGCTAAAGACTCGGATGTGGCTTCAGCTACTTCTAACAATTTGGCTGTT
ACTCCAAAAAGTCTTCAAGCGCTAAAATCCACCAAGGATAAATATGGATTAACCAGATTA
TCAGGTTCTCCAACTACTGATGCTTCATTGGCAGCGGCTGCAACGGATGCAGTCTTTAAA
ACCCGTAGAATAAACGGAAAAACTCTTGATAATGACATAACAATTACTAATAATGATATT
AATTGTTATACAAGACAAGAATCTGACGGGCGTTACATGCCAGCTGGAACCAGAGTAGGT
AATGTTACTTGGGTTGAAGGACAATCTTGGATTAGTCGAGGTGCAACGTTTACATGTAAT
GCACCATGGGAAGCTTCTAGTAGATTAGCTCTAAATGTTAATGTAAAATTTGAGCGTAAC
AACGACGGATATGACAATCGTATTTTCAGATTTGTTGTAATAGTTAACGGTTCCCAATGG
GGCGGTGAACTTACTCTTAACATCGAAAATACTAAAGGCGGACGAAATGGTCATTCATGG
AGATTTGAAGCTTACGCATCTAGCAACTTTTTCTTCAATAACATTCCTCCAAATGCCACT
GTTCAAATAAGACCAACAGAAGACAGTCGTATTATATTTTATGACTGCATGCTTACATTC
TGTACAAATAGACCGTAAGGAATAATATGACCAAACTAGTAGATTCGCTTCCGTTTGTAG
ACGGAATTCCAGACGATTTTCAACAGAGAATTAACTGGATAAAAAATACAGAGCCTCTTA
ATGGGGCTTCAACCCGCTATGGAAATGATGGAGAACTGAATAGAGCTTCTGTGCAGATTC
AGAAAAATGTGGTTCAGGTACATAACGATTTGAACAACGTTGGAACTGCTGTAGAAAATA
TTCAAGTAGATGTAGACCAAATCAAAAAATCGTTAGAAATTACAGGTTCTTCTGATGCCA
TTGAGCAGGTTTATATCAATAAAAAGAATATTGAAAAGCATGATGGACAAATTCTTAAAT
TAGAAGAAGACACCGAAAAACTTCGAACTGACCTTGATTTTCTCGAAGAGGATGTAGGTG
TTTATGATTCTAGTAAAGATGACTATTACAGAACAGTTCGTGATAATATAGTTTGGGTTA
AACGTGAAATTGGTGCGTATCCTGGGCAAGATATTAACGGACAGCCGAAGCAAGACTCTC
CGGGTTCTGGTATGAAATACCGAATCATCAATAATGCGTCAGCTATAGTAAAACATGACG
AGCGTATTCAGGCGCTAGAGGATGCATACAATGATTCAGACGTAGGTTCTCTGACTATTG
AAGTAAACGACCTGCGTAAAGAAGTTGGTCCTAAATCCGGAGCCACTTCAGCTTCAATTT
ATGCAAGGCTTGTGAATAACGCTGATGCTATTTCCGCAGCTAATAATGAAATCTTTGCTA
TTAACCAAGCCATTGATTTTACCAATCCAGTAAAAATTGGAGCTCGTACTACTAGATTAG
AAAACGATTATCGTATAGTTGACGCAACACTTAACTCTGCACAAACCGGGTTAGTTCCTC
GTGTCAATAATATTGATGCTCGTTTGGGGTCTTCTGATAAGCCTGATACTATTGAAGGAA
AAATTAGTTCTCTTTCAACTGACCAAGGGTACATTTCTGATGTTGTAGGACGTGATACTT
CATCAGGACTTCAGGGGCAAGTAGCATGGATAAATCAGCAAGTTGGTATTGTTCCTGGCG
GACAGCCGATTCCTCCGGGGTCAATTTTAGCGAGAATGACCAATGTTGAAGGGATGCAAA
ACTCTCAGCAGTCTGCTATCCAGGACATTCAAGTAGAACTTGGCAATAACAGCGAAGGGT
TAAAAGGTTCTGTATTTACGTTACAGACTCAAATGAATGGTGACTTTTCGTCAGAAAATC
CGGTTCAGCGGGATGGTGTGTATGCCACTGTAGTAGAATTGCAAGATAAATTCGTGACTG
CAGTTACTGACGTAGAACAAGATGGAGCATACCTCCGTAAACGGGGCGAATGGTTTAAGA
AGCCTTCATCAATAGGTGAATTCAGTAAAGAAGATTTCACTGTTGATTTAAGTTCTGATG
CATTGGTAAATCCTAACTCATTGGTCGCTGCTTCATTTAATGCTGGCATTCGTATTGTTG
ATGATATTATTGTTGATGACGATGGCGTATTTTGCGTAGAAACTGATACAGTTATCGAAG
CTTCTGATTCAGATAAAGCGGTTAAGATTGTAGTTCTCGTTAATAACATTGAGGTGTTTA
CTTATAGCCTAGGTGTTAAAGCAGTAACCGGCGAGCAACTGTTGAAAACCAAGAAACTTA
TTAAGTTTTCGTCTGGTGATGCAATCAAAATTGTGTATAGAGCTGCTTCAGAAGAATCAA
AAGTTCCTGTTAGTATTAAATCATTGGATATTACTATTCATCCAGCAGTATAATGAAAGG
GACCTTCGGGTCCCTTTTTCGTATAAATAGAATATAAAGAGGAGCTTATATGTCATACAA
CACATACAACCCAAAAACGCTTAAAGACGCTATACTTCGACGTCTAGGAGCGCCGGTAAT
TAATGTCGAAGTAACTGAAGACCAAATTTATGATTGTATTCAACGAGCATTAGAGTTGTA
TGGTGAATACCACTTTAACGGATTGAATAAAGGCTATCAAGTTTTTTATATTGGAAAAGA
TGAAGCTGACAACGCAAGATTTTTAAATGGCGTGTTTGATTTGCGTGGTCGTAATGTATT
TGCTGTCACTCAAATCGTTAGAACAAATGTAGGTTCATTAACTTCAATGGATGGTAATGC
TACCTATCCGTGGTTTACTGACTTTTTAATGGGAATGGCCGGAATTAATGGCGGAATGGG
GTCAAGCTGTAATAAGAGTTATGGACCAAACGCTTTCGGTGCTGACCTGGGCTATTTTAC
TCAATTAATGACTTATTGGTCAATGATGCAGGATTTGCTTGCCCCACTTCCAGACTATTG
GTATAACTCTGATAATGAAATGCTTAAAGTAATGGGCAACTTCATGAAGGGAGACATCAT
TGTTTGTGAATGCTGGACTAAATCATTTATGAATACCGACATGATGGTAGGTAATACTGC
AGGTTACGGCTTCGCTGGTGAACAAACTTCCGACCATTGGGGCTTAGGAGATAGGTATCA
GAATCCTAACCTTCGTAATAACGGCCAATATGCAGGTGAAGGTAATACAAATAGAGAAGG
TGCTTATAATAATCGTTGGGTAAAAGATTATGCTACAGCACTGACTAAAAAATTGTGGGG
TGAAATTCTGTTTAAACACCAAGGGCTACAATTAGCCGGCGGCGTTACAGTTGATGGTCA
AACACTTAAAGTAGAGGCCCAAGAAGAAATCGAGAGGCTCCGAGAGGAACTTGATTTACT
TGACCCGGGTTGTCCTATTCTATTGGGGTAAAAGATGACTACATTTAATTCTAGTTTATT
CGCTCGCCTTGAGGATTACCGAGGATACAATAAAACTAATGAGACAGAAATTCTCAATCC
TTATGTGAATTTTTATAATCACAGAAATAGCCAAACGTTAGCAGATGTTTTATCAGCTGA
GGCTATTCAAATGAGAGGAATTGAGTTTTATTTCCTTCCTCGCGAATATAACAATCCGGA
TTTGCTTTTCGGAGAAGACCCATCAAGTAAATTCACCAAGGCTTGGAAATTTGCTGCTTA
CTTAGACTCTTTTGACGGTTATTCTGGTGATAACACGTTCTTCAGTAAATTTGGTATGAT
GGTTAATGATGAAGTCAATTTGACTATTAATCCTAATTTGTTCAAGCATCAGACCAATAA
TTCAGAACCAAAGGCAGGTGACCTGATTTATTTCCCGATGGATAATTCGCTGTTTGAAAT
TAATTGGGTTCAACCATATGATCCATTTTATCAGTTAGGTCAAAATGTTCAACGTAAGAT
TACTGCGCAGAAATACATTTATTCCGGTGAGCAGCTTCAACCAGAATTGCAGCGCAATGA
AGGAATTATCATTCCTGAGTTCTCTGAACTTGATTTAGAACCAATCAAAAACATTGATTC
TCTTGCTGATATTTCTGACGTACAATACGCAGAAAGCGATGCAATTAATAAAGAAGCCTC
TGAATATGTTCATCCGTATTATGTTAATAACGGAAGAGGACTTGAGTCTCCTCCTAAAGC
AGATTCGTTTGATGACGGATTTTTTGAATAAATAAAATAAAGATGGGACCTTTGGGTCCC
TTAGGAGAAATCATGTTTGGACATTGGTATAATTCGTCCTTGCGCCGATACATTGTATTG
CTGGGAGATTTATTTTCTCATATACAAATTGCTCGCTGGCGTGAAGACACTGGACTAAAA
TATATTAAAGTACCTATAACTTATGCTTCAAAGGAAAAATTCCTTTCTCAACTTGGGAAA
TGGACTGCTGTTCAGTCTACCGAGAATAAAGCAAAGATAGAAACTGTTTTGCCAAGAATG
AATTTGCACTTGGTTGATATGCAGTACAATGCGATGTATAAAACATCACAGTTGAATAGA
ACCAAATCATATAAAACCCCTTCAAAAATTACATCTCAGTATAATCCTACTCCGATTAAG
ATGATTTTTGAGTTGGGGATTTATACACGGAACCAAGATGATATGTATCAAATCATCGAG
CAAATCGTTCCTTATTTTCAGCCGCATTTTAACACGACTATAACTGAACTTTACGACAAA
GACACGAGCTTTAACCGTGATGTTAGAATTGTATTACAATCATTTTCTCCGGATGAAGCT
GTTGACGGAGATAATATTACTCGTCGTAGATTAGAATGGTCATTGATGTTTGAAGTCAAT
GGATGGCTATATCCTCCTGTTGCCGAGGTTGACGGCGAAATTAGAACCATTTATTTGGAT
TTCTTCGCTAATAGTAAAGAATTAACACCAGAAGGAAATTTTGAATCTGTGGATAGCGAA
GTTACTCCACGTGATGTCCAGCAAGAAAACTGGGATGGTTCTAGCAAACAGACGTATTCT
CACGATATTCCTATTCCGGTAAATCCGGAGGCTCCTGGACCGAGAGGTGAAAAATGAGTG
AATTACAATTAGATATGGCTAAATTATTAGACATCGAAGGAATTCCTGGAATAGAAGGAC
AAGAAATTCCAGTTTATGAAAAACTTGAATTAGTTGAAGTTAAATCTAATCCAAATGACC
GTAAACCTGACCTCGAAGACGACTATTCTGTCGTTCGTAAGAATATGCACTTCCAACAAC
AGATGTTAATGGACGCAGCTAAAATATTTTTGGAAACTGCTAAGAATGCTGACTCTCCTA
GACATATGGAAGTATTTGCAACTCTTATGGGTCAGATGACTACAACCAACAAAGAAATTC
TTAAGCTTCATAAAGAAATGAAAGACATTACTTCTGAGCAGGTTGGCACCGGAAAGGGAG
CTAATCCTCAACAAGGAATGAATATTCAAAACGCAACAGTCTTTGTAGGTTCTACTGCCG
ATATGATGGATGAGTTTGGAGACGCCTATGAAGCACAAGAAGCTCGAGAGAAAATAGTAA