EMLSAG00000006985, EMLSAG00000006985-689751 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006985
Unique NameEMLSAG00000006985-689751
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:LOC100522926 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0000922 "spindle pole" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005513 "detection of calcium ion" evidence=IEA] [GO:0005813 "centrosome" evidence=IEA] [GO:0005876 "spindle microtubule" evidence=IEA] [GO:0010880 "regulation of release of sequestered calcium ion into cytosol by sarcoplasmic reticulum" evidence=IEA] [GO:0019904 "protein domain specific binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030801 "positive regulation of cyclic nucleotide metabolic process" evidence=IEA] [GO:0031432 "titin binding" evidence=IEA] [GO:0031996 "thioesterase binding" evidence=IEA] [GO:0031997 "N-terminal myristoylation domain binding" evidence=IEA] [GO:0032465 "regulation of cytokinesis" evidence=IEA] [GO:0032516 "positive regulation of phosphoprotein phosphatase activity" evidence=IEA] [GO:0034704 "calcium channel complex" evidence=IEA] [GO:0035307 "positive regulation of protein dephosphorylation" evidence=IEA] [GO:0043274 "phospholipase binding" evidence=IEA] [GO:0044325 "ion channel binding" evidence=IEA] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IEA] [GO:0055117 "regulation of cardiac muscle contraction" evidence=IEA] [GO:0060316 "positive regulation of ryanodine-sensitive calcium-release channel activity" evidence=IEA] [GO:0072542 "protein phosphatase activator activity" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0035307 GO:GO:0005813 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0030017 GO:GO:0055117 GO:GO:0032516 GO:GO:0034704 GO:GO:0060316 GO:GO:0010880 GO:GO:0002027 GO:GO:0000922 GO:GO:0032465 GO:GO:0005876 GO:GO:0005513 KO:K02183 OrthoDB:EOG7F7WBV TreeFam:TF300912 OMA:NEVDEMI CTD:801 CTD:808 GeneTree:ENSGT00690000101867 GO:GO:0072542 GO:GO:0030801 GO:GO:0051343 EMBL:FP325211 EMBL:CU855701 EMBL:CT827854 RefSeq:NP_001231138.1 RefSeq:NP_001231139.1 RefSeq:XP_003125211.1 UniGene:Ssc.11516 UniGene:Ssc.50156 UniGene:Ssc.54090 UniGene:Ssc.61001 ProteinModelPortal:F2Z5G3 SMR:F2Z5G3 PRIDE:F2Z5G3 Ensembl:ENSSSCT00000009234 Ensembl:ENSSSCT00000031940 Ensembl:ENSSSCT00000032084 GeneID:100154056 GeneID:100522926 GeneID:396838 KEGG:ssc:100154056 KEGG:ssc:100522926 KEGG:ssc:396838 ArrayExpress:F2Z5G3 Uniprot:F2Z5G3)

HSP 1 Score: 229.95 bits (585), Expect = 4.964e-76
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM1 "Calmodulin" species:9606 "Homo sapiens" [GO:0000922 "spindle pole" evidence=IDA] [GO:0001975 "response to amphetamine" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IMP] [GO:0002576 "platelet degranulation" evidence=TAS] [GO:0005509 "calcium ion binding" evidence=ISS;IDA] [GO:0005513 "detection of calcium ion" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0005576 "extracellular region" evidence=TAS] [GO:0005654 "nucleoplasm" evidence=TAS] [GO:0005737 "cytoplasm" evidence=TAS] [GO:0005813 "centrosome" evidence=IDA] [GO:0005829 "cytosol" evidence=TAS] [GO:0005876 "spindle microtubule" evidence=IDA] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0005975 "carbohydrate metabolic process" evidence=TAS] [GO:0005980 "glycogen catabolic process" evidence=TAS] [GO:0006006 "glucose metabolic process" evidence=TAS] [GO:0006936 "muscle contraction" evidence=TAS] [GO:0007165 "signal transduction" evidence=TAS] [GO:0007173 "epidermal growth factor receptor signaling pathway" evidence=TAS] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=TAS] [GO:0007190 "activation of adenylate cyclase activity" evidence=IEA] [GO:0007202 "activation of phospholipase C activity" evidence=TAS] [GO:0007268 "synaptic transmission" evidence=TAS] [GO:0007596 "blood coagulation" evidence=TAS] [GO:0007603 "phototransduction, visible light" evidence=TAS] [GO:0008179 "adenylate cyclase binding" evidence=IEA] [GO:0008543 "fibroblast growth factor receptor signaling pathway" evidence=TAS] [GO:0010880 "regulation of release of sequestered calcium ion into cytosol by sarcoplasmic reticulum" evidence=IDA] [GO:0010881 "regulation of cardiac muscle contraction by regulation of the release of sequestered calcium ion" evidence=IC] [GO:0016056 "rhodopsin mediated signaling pathway" evidence=TAS] [GO:0019904 "protein domain specific binding" evidence=IPI] [GO:0021762 "substantia nigra development" evidence=IEP] [GO:0022400 "regulation of rhodopsin mediated signaling pathway" evidence=TAS] [GO:0030017 "sarcomere" evidence=IDA] [GO:0030168 "platelet activation" evidence=TAS] [GO:0030235 "nitric-oxide synthase regulator activity" evidence=IEA] [GO:0030426 "growth cone" evidence=IEA] [GO:0030801 "positive regulation of cyclic nucleotide metabolic process" evidence=IDA] [GO:0031432 "titin binding" evidence=IPI] [GO:0031800 "type 3 metabotropic glutamate receptor binding" evidence=IEA] [GO:0031996 "thioesterase binding" evidence=IPI] [GO:0031997 "N-terminal myristoylation domain binding" evidence=IPI] [GO:0032465 "regulation of cytokinesis" evidence=IMP] [GO:0032516 "positive regulation of phosphoprotein phosphatase activity" evidence=IDA] [GO:0035307 "positive regulation of protein dephosphorylation" evidence=IDA] [GO:0038095 "Fc-epsilon receptor signaling pathway" evidence=TAS] [GO:0043274 "phospholipase binding" evidence=IPI] [GO:0043548 "phosphatidylinositol 3-kinase binding" evidence=IEA] [GO:0043647 "inositol phosphate metabolic process" evidence=TAS] [GO:0044281 "small molecule metabolic process" evidence=TAS] [GO:0044325 "ion channel binding" evidence=IPI] [GO:0045087 "innate immune response" evidence=TAS] [GO:0046209 "nitric oxide metabolic process" evidence=TAS] [GO:0048011 "neurotrophin TRK receptor signaling pathway" evidence=TAS] [GO:0048306 "calcium-dependent protein binding" evidence=IEA] [GO:0050998 "nitric-oxide synthase binding" evidence=IEA] [GO:0050999 "regulation of nitric-oxide synthase activity" evidence=TAS] [GO:0051000 "positive regulation of nitric-oxide synthase activity" evidence=IEA] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IDA] [GO:0051412 "response to corticosterone" evidence=IEA] [GO:0051592 "response to calcium ion" evidence=IDA] [GO:0055117 "regulation of cardiac muscle contraction" evidence=IMP] [GO:0060315 "negative regulation of ryanodine-sensitive calcium-release channel activity" evidence=ISS] [GO:0060316 "positive regulation of ryanodine-sensitive calcium-release channel activity" evidence=IDA] [GO:0061024 "membrane organization" evidence=TAS] [GO:0070062 "extracellular vesicular exosome" evidence=IDA] [GO:0072542 "protein phosphatase activator activity" evidence=IDA] [GO:1901841 "regulation of high voltage-gated calcium channel activity" evidence=IEA] [GO:1901844 "regulation of cell communication by electrical coupling involved in cardiac conduction" evidence=IC] [GO:0034704 "calcium channel complex" evidence=IDA] Reactome:REACT_13685 Reactome:REACT_604 Reactome:REACT_111217 Reactome:REACT_11123 InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005829 GO:GO:0005886 GO:GO:0070062 Reactome:REACT_111102 Reactome:REACT_116125 Reactome:REACT_6900 GO:GO:0007173 GO:GO:0038095 GO:GO:0008543 GO:GO:0045087 GO:GO:0048011 GO:GO:0021762 GO:GO:0005654 GO:GO:0030168 GO:GO:0035307 GO:GO:0005813 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0051412 GO:GO:0007268 GO:GO:0007202 DrugBank:DB01069 GO:GO:0051000 GO:GO:0030017 DrugBank:DB01429 GO:GO:0002576 GO:GO:0001975 GO:GO:0007190 GO:GO:0006006 GO:GO:0030426 GO:GO:0006936 Reactome:REACT_17044 DrugBank:DB00850 DrugBank:DB00925 GO:GO:0005980 GO:GO:0032516 GO:GO:0060316 GO:GO:0030235 GO:GO:0002027 GO:GO:0000922 GO:GO:0010881 GO:GO:0032465 GO:GO:0043647 GO:GO:0005876 GO:GO:0022400 GO:GO:0016056 GO:GO:0005513 DrugBank:DB01244 PDB:2KNE PDBsum:2KNE DrugBank:DB00753 DrugBank:DB01110 GO:GO:0050999 DrugBank:DB01023 eggNOG:COG5126 HOVERGEN:HBG012180 DrugBank:DB00836 PDB:3DVM PDBsum:3DVM PDB:3DVE PDB:3DVJ PDBsum:3DVE PDBsum:3DVJ PDB:2BE6 PDB:2F3Y PDB:2F3Z PDB:2LQC PDB:3G43 PDB:3OXQ PDBsum:2BE6 PDBsum:2F3Y PDBsum:2F3Z PDBsum:2LQC PDBsum:3G43 PDBsum:3OXQ PDB:3DVK PDBsum:3DVK DrugBank:DB04841 DrugBank:DB01100 PDB:2VAY PDBsum:2VAY KO:K02183 TreeFam:TF300912 OMA:NEVDEMI CTD:801 CTD:805 CTD:808 GO:GO:0072542 GO:GO:0060315 GO:GO:0030801 GO:GO:0051343 EMBL:J04046 EMBL:M19311 EMBL:M27319 EMBL:X52606 EMBL:X52607 EMBL:X52608 EMBL:U12022 EMBL:U11886 EMBL:D45887 EMBL:U94728 EMBL:U94725 EMBL:U94726 EMBL:BT006818 EMBL:BT006855 EMBL:BT009916 EMBL:CR541990 EMBL:CR542021 EMBL:AC006536 EMBL:AC073283 EMBL:BC000454 EMBL:BC003354 EMBL:BC005137 EMBL:BC006464 EMBL:BC008437 EMBL:BC008597 EMBL:BC011834 EMBL:BC017385 EMBL:BC018677 EMBL:BC026065 EMBL:BC047523 PIR:S48728 RefSeq:NP_001734.1 RefSeq:NP_005175.2 RefSeq:NP_008819.1 RefSeq:XP_005259336.1 UniGene:Hs.282410 UniGene:Hs.468442 UniGene:Hs.515487 PDB:1AJI PDB:1CDL PDB:1CLL PDB:1CTR PDB:1IWQ PDB:1J7O PDB:1J7P PDB:1K90 PDB:1K93 PDB:1L7Z PDB:1LVC PDB:1NKF PDB:1PK0 PDB:1S26 PDB:1SK6 PDB:1SW8 PDB:1WRZ PDB:1XFU PDB:1XFV PDB:1XFW PDB:1XFX PDB:1XFY PDB:1XFZ PDB:1Y6W PDB:1YR5 PDB:1YRT PDB:1YRU PDB:1ZOT PDB:1ZUZ PDB:2HF5 PDB:2I08 PDB:2JZI PDB:2K0E PDB:2K0F PDB:2K0J PDB:2K61 PDB:2KUG PDB:2KUH PDB:2L53 PDB:2L7L PDB:2LGF PDB:2LL6 PDB:2LL7 PDB:2LQP PDB:2LV6 PDB:2M0J PDB:2M0K PDB:2M55 PDB:2R28 PDB:2V01 PDB:2V02 PDB:2W73 PDB:2WEL PDB:2X0G PDB:2Y4V PDB:3BYA PDB:3EWT PDB:3EWV PDB:3HR4 PDB:3J41 PDB:3O77 PDB:3O78 PDB:3SUI PDB:3UCT PDB:3UCW PDB:3UCY PDB:4BW7 PDB:4BW8 PDB:4DCK PDB:4DJC PDB:4GOW PDB:4L79 PDBsum:1AJI PDBsum:1CDL PDBsum:1CLL PDBsum:1CTR PDBsum:1IWQ PDBsum:1J7O PDBsum:1J7P PDBsum:1K90 PDBsum:1K93 PDBsum:1L7Z PDBsum:1LVC PDBsum:1NKF PDBsum:1PK0 PDBsum:1S26 PDBsum:1SK6 PDBsum:1SW8 PDBsum:1WRZ PDBsum:1XFU PDBsum:1XFV PDBsum:1XFW PDBsum:1XFX PDBsum:1XFY PDBsum:1XFZ PDBsum:1Y6W PDBsum:1YR5 PDBsum:1YRT PDBsum:1YRU PDBsum:1ZOT PDBsum:1ZUZ PDBsum:2HF5 PDBsum:2I08 PDBsum:2JZI PDBsum:2K0E PDBsum:2K0F PDBsum:2K0J PDBsum:2K61 PDBsum:2KUG PDBsum:2KUH PDBsum:2L53 PDBsum:2L7L PDBsum:2LGF PDBsum:2LL6 PDBsum:2LL7 PDBsum:2LQP PDBsum:2LV6 PDBsum:2M0J PDBsum:2M0K PDBsum:2M55 PDBsum:2R28 PDBsum:2V01 PDBsum:2V02 PDBsum:2W73 PDBsum:2WEL PDBsum:2X0G PDBsum:2Y4V PDBsum:3BYA PDBsum:3EWT PDBsum:3EWV PDBsum:3HR4 PDBsum:3J41 PDBsum:3O77 PDBsum:3O78 PDBsum:3SUI PDBsum:3UCT PDBsum:3UCW PDBsum:3UCY PDBsum:4BW7 PDBsum:4BW8 PDBsum:4DCK PDBsum:4DJC PDBsum:4GOW PDBsum:4L79 ProteinModelPortal:P62158 SMR:P62158 BioGrid:107252 BioGrid:107256 BioGrid:107259 DIP:DIP-31794N IntAct:P62158 MINT:MINT-4999725 BindingDB:P62158 ChEMBL:CHEMBL6093 DrugBank:DB00527 DrugBank:DB00623 TCDB:9.C.15.1.1 PhosphoSite:P62158 DOSAC-COBS-2DPAGE:P62158 OGP:P02593 SWISS-2DPAGE:P62158 PaxDb:P62158 PRIDE:P62158 DNASU:801 DNASU:805 DNASU:808 Ensembl:ENST00000272298 Ensembl:ENST00000291295 Ensembl:ENST00000356978 Ensembl:ENST00000596362 GeneID:801 GeneID:805 GeneID:808 KEGG:hsa:801 KEGG:hsa:805 KEGG:hsa:808 UCSC:uc001xyl.2 GeneCards:GC02M047272 GeneCards:GC14P090863 GeneCards:GC19P047105 HGNC:HGNC:1442 HGNC:HGNC:1445 HGNC:HGNC:1449 HPA:CAB007790 HPA:CAB018558 MIM:114180 MIM:114182 MIM:114183 MIM:614916 neXtProt:NX_P62158 Orphanet:3286 Orphanet:768 PharmGKB:PA26042 InParanoid:P62158 BioCyc:MetaCyc:ENSG00000143933-MONOMER Reactome:REACT_118664 ChiTaRS:CALM1 ChiTaRS:CALM3 EvolutionaryTrace:P62158 GeneWiki:CALM2 GeneWiki:CALM3 GeneWiki:Calmodulin_1 NextBio:3264 PRO:PR:P62158 ArrayExpress:P62158 Bgee:P62158 CleanEx:HS_CALM1 CleanEx:HS_CALM2 Genevestigator:P62158 GO:GO:0046209 GO:GO:1901844 GO:GO:1901841 Uniprot:P62158)

HSP 1 Score: 229.95 bits (585), Expect = 4.964e-76
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM1 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0000922 "spindle pole" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005513 "detection of calcium ion" evidence=IEA] [GO:0005813 "centrosome" evidence=IEA] [GO:0005876 "spindle microtubule" evidence=IEA] [GO:0010880 "regulation of release of sequestered calcium ion into cytosol by sarcoplasmic reticulum" evidence=IEA] [GO:0019904 "protein domain specific binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030801 "positive regulation of cyclic nucleotide metabolic process" evidence=IEA] [GO:0031432 "titin binding" evidence=IEA] [GO:0031996 "thioesterase binding" evidence=IEA] [GO:0031997 "N-terminal myristoylation domain binding" evidence=IEA] [GO:0032465 "regulation of cytokinesis" evidence=IEA] [GO:0032516 "positive regulation of phosphoprotein phosphatase activity" evidence=IEA] [GO:0034704 "calcium channel complex" evidence=IEA] [GO:0035307 "positive regulation of protein dephosphorylation" evidence=IEA] [GO:0043274 "phospholipase binding" evidence=IEA] [GO:0044325 "ion channel binding" evidence=IEA] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IEA] [GO:0055117 "regulation of cardiac muscle contraction" evidence=IEA] [GO:0060316 "positive regulation of ryanodine-sensitive calcium-release channel activity" evidence=IEA] [GO:0072542 "protein phosphatase activator activity" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0035307 GO:GO:0005813 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0030017 GO:GO:0055117 GO:GO:0032516 GO:GO:0034704 GO:GO:0060316 GO:GO:0010880 GO:GO:0002027 GO:GO:0000922 GO:GO:0032465 GO:GO:0005876 GO:GO:0005513 KO:K02183 OrthoDB:EOG7F7WBV TreeFam:TF300912 OMA:NEVDEMI CTD:801 CTD:805 CTD:808 GeneTree:ENSGT00690000101867 GO:GO:0072542 GO:GO:0030801 GO:GO:0051343 EMBL:AAEX03000858 EMBL:AAEX03000859 EMBL:AAEX03005928 RefSeq:XP_533635.1 RefSeq:XP_537537.1 RefSeq:XP_864645.2 Ensembl:ENSCAFT00000027749 Ensembl:ENSCAFT00000049912 GeneID:474584 GeneID:476428 GeneID:480416 KEGG:cfa:474584 KEGG:cfa:476428 KEGG:cfa:480416 Uniprot:E2REK6)

HSP 1 Score: 229.95 bits (585), Expect = 4.964e-76
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM "Calmodulin" species:9913 "Bos taurus" [GO:0000922 "spindle pole" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IDA] [GO:0005513 "detection of calcium ion" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005813 "centrosome" evidence=IEA] [GO:0005829 "cytosol" evidence=TAS] [GO:0005876 "spindle microtubule" evidence=IEA] [GO:0010880 "regulation of release of sequestered calcium ion into cytosol by sarcoplasmic reticulum" evidence=IDA] [GO:0019904 "protein domain specific binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030801 "positive regulation of cyclic nucleotide metabolic process" evidence=IEA] [GO:0031432 "titin binding" evidence=IEA] [GO:0031996 "thioesterase binding" evidence=IEA] [GO:0031997 "N-terminal myristoylation domain binding" evidence=IEA] [GO:0032465 "regulation of cytokinesis" evidence=IEA] [GO:0032516 "positive regulation of phosphoprotein phosphatase activity" evidence=IEA] [GO:0034704 "calcium channel complex" evidence=IEA] [GO:0035307 "positive regulation of protein dephosphorylation" evidence=IEA] [GO:0043274 "phospholipase binding" evidence=IEA] [GO:0044325 "ion channel binding" evidence=IEA] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IEA] [GO:0055117 "regulation of cardiac muscle contraction" evidence=IEA] [GO:0060315 "negative regulation of ryanodine-sensitive calcium-release channel activity" evidence=IDA] [GO:0060316 "positive regulation of ryanodine-sensitive calcium-release channel activity" evidence=IDA] [GO:0072542 "protein phosphatase activator activity" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005829 GO:GO:0035307 GO:GO:0005813 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0030017 GO:GO:0055117 GO:GO:0032516 GO:GO:0034704 GO:GO:0060316 GO:GO:0010880 GO:GO:0002027 GO:GO:0000922 GO:GO:0032465 GO:GO:0005876 GO:GO:0005513 eggNOG:COG5126 HOVERGEN:HBG012180 KO:K02183 OrthoDB:EOG7F7WBV TreeFam:TF300912 OMA:YQEFVKM EMBL:AB099053 EMBL:BC105380 EMBL:BC120080 EMBL:BC123890 PIR:A90719 RefSeq:NP_001039714.1 RefSeq:NP_001229501.1 RefSeq:NP_001229516.1 UniGene:Bt.12896 UniGene:Bt.53264 UniGene:Bt.61778 UniGene:Bt.63542 PDB:1A29 PDB:1AK8 PDB:1CDM PDB:1CM1 PDB:1CM4 PDB:1CMF PDB:1CMG PDB:1DEG PDB:1FW4 PDB:1LIN PDB:1PRW PDB:1QIV PDB:1QIW PDB:1XA5 PDB:2CLN PDB:2F2O PDB:2F2P PDB:2FOT PDB:3IF7 PDBsum:1A29 PDBsum:1AK8 PDBsum:1CDM PDBsum:1CM1 PDBsum:1CM4 PDBsum:1CMF PDBsum:1CMG PDBsum:1DEG PDBsum:1FW4 PDBsum:1LIN PDBsum:1PRW PDBsum:1QIV PDBsum:1QIW PDBsum:1XA5 PDBsum:2CLN PDBsum:2F2O PDBsum:2F2P PDBsum:2FOT PDBsum:3IF7 ProteinModelPortal:P62157 SMR:P62157 BioGrid:176895 BioGrid:544691 DIP:DIP-36674N IntAct:P62157 MINT:MINT-1347941 BindingDB:P62157 ChEMBL:CHEMBL6092 PaxDb:P62157 PRIDE:P62157 Ensembl:ENSBTAT00000019411 Ensembl:ENSBTAT00000036194 GeneID:100297344 GeneID:520277 GeneID:617095 KEGG:bta:100297344 KEGG:bta:520277 KEGG:bta:617095 CTD:801 CTD:805 CTD:808 GeneTree:ENSGT00690000101867 InParanoid:P62157 EvolutionaryTrace:P62157 NextBio:20873068 GO:GO:0072542 GO:GO:0060315 GO:GO:0030801 GO:GO:0051343 Uniprot:P62157)

HSP 1 Score: 229.95 bits (585), Expect = 4.964e-76
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM "Calmodulin" species:9031 "Gallus gallus" [GO:0000922 "spindle pole" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005513 "detection of calcium ion" evidence=IEA] [GO:0005813 "centrosome" evidence=IEA] [GO:0005876 "spindle microtubule" evidence=IEA] [GO:0010880 "regulation of release of sequestered calcium ion into cytosol by sarcoplasmic reticulum" evidence=IEA] [GO:0017022 "myosin binding" evidence=IPI] [GO:0019904 "protein domain specific binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030801 "positive regulation of cyclic nucleotide metabolic process" evidence=IEA] [GO:0031432 "titin binding" evidence=IEA] [GO:0031996 "thioesterase binding" evidence=IEA] [GO:0031997 "N-terminal myristoylation domain binding" evidence=IEA] [GO:0032465 "regulation of cytokinesis" evidence=IEA] [GO:0032516 "positive regulation of phosphoprotein phosphatase activity" evidence=IEA] [GO:0034704 "calcium channel complex" evidence=IEA] [GO:0035307 "positive regulation of protein dephosphorylation" evidence=IEA] [GO:0043274 "phospholipase binding" evidence=IEA] [GO:0044325 "ion channel binding" evidence=IEA] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IEA] [GO:0055117 "regulation of cardiac muscle contraction" evidence=IEA] [GO:0060316 "positive regulation of ryanodine-sensitive calcium-release channel activity" evidence=IEA] [GO:0072542 "protein phosphatase activator activity" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0035307 GO:GO:0005813 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0030017 GO:GO:0055117 GO:GO:0032516 GO:GO:0034704 GO:GO:0060316 GO:GO:0010880 GO:GO:0002027 GO:GO:0000922 GO:GO:0032465 GO:GO:0005876 GO:GO:0005513 eggNOG:COG5126 HOVERGEN:HBG012180 OrthoDB:EOG7F7WBV TreeFam:TF300912 OMA:NEVDEMI GO:GO:0072542 GO:GO:0030801 GO:GO:0051343 EMBL:L00101 EMBL:L00096 EMBL:L00097 EMBL:L00098 EMBL:L00099 EMBL:L00100 EMBL:M36167 EMBL:AJ720728 PIR:A92394 UniGene:Gga.11685 PDB:1AHR PDB:1UP5 PDB:2BCX PDB:2BKI PDB:2KZ2 PDB:2M3S PDB:2O5G PDB:2O60 PDB:2VB6 PDB:3GOF PDB:3GP2 PDBsum:1AHR PDBsum:1UP5 PDBsum:2BCX PDBsum:2BKI PDBsum:2KZ2 PDBsum:2M3S PDBsum:2O5G PDBsum:2O60 PDBsum:2VB6 PDBsum:3GOF PDBsum:3GP2 ProteinModelPortal:P62149 SMR:P62149 DIP:DIP-29154N STRING:9031.ENSGALP00000037503 BindingDB:P62149 PaxDb:P62149 PRIDE:P62149 InParanoid:P62149 EvolutionaryTrace:P62149 ArrayExpress:P62149 Uniprot:P62149)

HSP 1 Score: 229.95 bits (585), Expect = 4.964e-76
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM1 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0000922 "spindle pole" evidence=IEA] [GO:0002027 "regulation of heart rate" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA] [GO:0005513 "detection of calcium ion" evidence=IEA] [GO:0005813 "centrosome" evidence=IEA] [GO:0005876 "spindle microtubule" evidence=IEA] [GO:0010880 "regulation of release of sequestered calcium ion into cytosol by sarcoplasmic reticulum" evidence=IEA] [GO:0019904 "protein domain specific binding" evidence=IEA] [GO:0030017 "sarcomere" evidence=IEA] [GO:0030801 "positive regulation of cyclic nucleotide metabolic process" evidence=IEA] [GO:0031432 "titin binding" evidence=IEA] [GO:0031996 "thioesterase binding" evidence=IEA] [GO:0031997 "N-terminal myristoylation domain binding" evidence=IEA] [GO:0032465 "regulation of cytokinesis" evidence=IEA] [GO:0032516 "positive regulation of phosphoprotein phosphatase activity" evidence=IEA] [GO:0034704 "calcium channel complex" evidence=IEA] [GO:0035307 "positive regulation of protein dephosphorylation" evidence=IEA] [GO:0043274 "phospholipase binding" evidence=IEA] [GO:0044325 "ion channel binding" evidence=IEA] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IEA] [GO:0055117 "regulation of cardiac muscle contraction" evidence=IEA] [GO:0060316 "positive regulation of ryanodine-sensitive calcium-release channel activity" evidence=IEA] [GO:0072542 "protein phosphatase activator activity" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0035307 GO:GO:0005813 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0030017 GO:GO:0055117 GO:GO:0032516 GO:GO:0034704 GO:GO:0060316 GO:GO:0010880 GO:GO:0002027 GO:GO:0000922 GO:GO:0032465 GO:GO:0005876 GO:GO:0005513 TreeFam:TF300912 OMA:NEVDEMI GeneTree:ENSGT00690000101867 GO:GO:0072542 GO:GO:0030801 GO:GO:0051343 EMBL:AADN03003154 EMBL:AADN03004523 ProteinModelPortal:F2Z4K8 PRIDE:F2Z4K8 Ensembl:ENSGALT00000016279 Ensembl:ENSGALT00000045488 ArrayExpress:F2Z4K8 Uniprot:F2Z4K8)

HSP 1 Score: 229.95 bits (585), Expect = 5.187e-76
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    2 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 148
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM2 "Calmodulin" species:9606 "Homo sapiens" [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 OMA:DEMIREP EMBL:AC073283 HGNC:HGNC:1445 ProteinModelPortal:H0Y7A7 PRIDE:H0Y7A7 Ensembl:ENST00000456319 NextBio:35520090 ArrayExpress:H0Y7A7 Bgee:H0Y7A7 Uniprot:H0Y7A7)

HSP 1 Score: 230.335 bits (586), Expect = 1.191e-75
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:   41 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 187
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM "Calmodulin" species:9913 "Bos taurus" [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 KO:K02183 OrthoDB:EOG7F7WBV TreeFam:TF300912 OMA:DEMIREP UniGene:Bt.12896 UniGene:Bt.63542 GeneTree:ENSGT00690000101867 EMBL:DAAA02049995 RefSeq:NP_001159980.1 ProteinModelPortal:F1MLH6 PRIDE:F1MLH6 Ensembl:ENSBTAT00000046448 GeneID:326597 KEGG:bta:326597 CTD:395855 NextBio:20809659 Uniprot:F1MLH6)

HSP 1 Score: 228.024 bits (580), Expect = 3.128e-75
Identity = 110/147 (74.83%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEF+EAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFQEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVHMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:CALM2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005509 "calcium ion binding" evidence=IEA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 Prosite:PS00018 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 OrthoDB:EOG7F7WBV TreeFam:TF300912 OMA:DEMIREP GeneTree:ENSGT00690000101867 EMBL:AAEX03006580 ProteinModelPortal:J9NWJ7 Ensembl:ENSCAFT00000027837 Uniprot:J9NWJ7)

HSP 1 Score: 227.254 bits (578), Expect = 6.489e-75
Identity = 109/147 (74.15%), Postives = 128/147 (87.07%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEA+LQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIRE D+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAKLQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREPDIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. GO
Match: - (symbol:calA "calmodulin" species:44689 "Dictyostelium discoideum" [GO:0044351 "macropinocytosis" evidence=RCA] [GO:0045861 "negative regulation of proteolysis" evidence=IDA] [GO:0005622 "intracellular" evidence=IDA] [GO:0005615 "extracellular space" evidence=RCA;IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0019901 "protein kinase binding" evidence=IPI] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0005634 "nucleus" evidence=IDA] [GO:0072666 "establishment of protein localization to vacuole" evidence=IDA] [GO:0050839 "cell adhesion molecule binding" evidence=IPI] [GO:0031012 "extracellular matrix" evidence=IDA] [GO:0000331 "contractile vacuole" evidence=IEA;IDA] [GO:0051301 "cell division" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] [GO:0007049 "cell cycle" evidence=IEA] [GO:0005773 "vacuole" evidence=IEA] [GO:0005509 "calcium ion binding" evidence=IEA;IDA] [GO:0061122 "positive regulation of positive chemotaxis to cAMP" evidence=IDA] [GO:0008285 "negative regulation of cell proliferation" evidence=IDA] [GO:0000281 "mitotic cytokinesis" evidence=IMP] [GO:0051343 "positive regulation of cyclic-nucleotide phosphodiesterase activity" evidence=IDA] [GO:0032781 "positive regulation of ATPase activity" evidence=IDA] [GO:0031013 "troponin I binding" evidence=IDA] [GO:0043549 "regulation of kinase activity" evidence=IDA] InterPro:IPR001125 InterPro:IPR002048 InterPro:IPR011992 Pfam:PF00036 Pfam:PF13499 PRINTS:PR00450 PROSITE:PS50222 SMART:SM00054 dictyBase:DDB_G0279407 Prosite:PS00018 GO:GO:0005634 GO:GO:0008285 GO:GO:0005615 GO:GO:0005509 Gene3D:1.10.238.10 InterPro:IPR018247 GO:GO:0045861 GO:GO:0000281 GO:GO:0000331 GO:GO:0031012 GO:GO:0032781 EMBL:AAFI02000031 GO:GO:0043549 eggNOG:COG5126 KO:K02183 OMA:NEVDEMI GO:GO:0051343 EMBL:M64089 EMBL:M13009 PIR:A03029 RefSeq:XP_641695.1 ProteinModelPortal:P02599 SMR:P02599 BioGrid:1247107 IntAct:P02599 MINT:MINT-8412918 STRING:44689.DDB_0214955 PRIDE:P02599 EnsemblProtists:DDB0214955 GeneID:8622104 KEGG:ddi:DDB_G0279407 ProtClustDB:PTZ00184 GO:GO:0031013 GO:GO:0072666 GO:GO:0061122 Uniprot:P02599)

HSP 1 Score: 224.172 bits (570), Expect = 1.280e-73
Identity = 109/148 (73.65%), Postives = 132/148 (89.19%), Query Frame = 0 
Query:    1 MATEE-LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
            MA++E LTEEQIAEFKEAF LFDKDGDG+ITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K++D ++  +I+EAF+VFD+DG+GYISA E   VM++LGE L++EE+DEMIREADLDGDG+V Y+EF  MM
Sbjct:    1 MASQESLTEEQIAEFKEAFSLFDKDGDGSITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGNIDFPEFLTMMARKMQDTDTEEEIREAFKVFDKDGNGYISAAELRHVMTSLGEKLTNEEVDEMIREADLDGDGQVNYDEFVKMM 148

HSP 2 Score: 68.9366 bits (167), Expect = 8.215e-14
Identity = 32/69 (46.38%), Postives = 47/69 (68.12%), Query Frame = 0 
Query:   82 ESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            E  ++ KEAF +FD+DGDG I+ +E   VM +LG+N +  E+ +MI E D DG+G + + EF TMM+ K
Sbjct:   10 EQIAEFKEAFSLFDKDGDGSITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGNIDFPEFLTMMARK 78
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592893784|gb|GAXK01064591.1| (TSA: Calanus finmarchicus comp584873_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 243.047 bits (619), Expect = 7.668e-80
Identity = 117/148 (79.05%), Postives = 135/148 (91.22%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
            LT+EQ+AEF+EAF LFDKDGDGTITTKELATVMRSLGQNPTEAELQ+MINEVD DGNGSI+F+EFL MM+ KVK+NE + DI+EAFRVFDRDGDG+I++EE + VMSTLGE LS EE+DEMIREADLDGDGKV + EFATMM+H+GG 
Sbjct:  207 LTDEQVAEFREAFSLFDKDGDGTITTKELATVMRSLGQNPTEAELQDMINEVDEDGNGSIDFDEFLTMMSVKVKENEDNEDIREAFRVFDRDGDGFITSEELNMVMSTLGEKLSKEEVDEMIREADLDGDGKVGFTEFATMMNHRGGP 650

HSP 2 Score: 68.5514 bits (166), Expect = 9.665e-14
Identity = 33/78 (42.31%), Postives = 52/78 (66.67%), Query Frame = 0 
Query:   73 MMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            M  + +  +E  ++ +EAF +FD+DGDG I+ +E   VM +LG+N +  E+ +MI E D DG+G + ++EF TMMS K
Sbjct:  435 MGGRALLTDEQVAEFREAFSLFDKDGDGTITTKELATVMRSLGQNPTEAELQDMINEVDEDGNGSIDFDEFLTMMSVK 668
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592779066|gb|GAXK01175502.1| (TSA: Calanus finmarchicus comp2010_c4_seq1 transcribed RNA sequence)

HSP 1 Score: 231.106 bits (588), Expect = 4.736e-76
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:   51 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 491
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592791700|gb|GAXK01162868.1| (TSA: Calanus finmarchicus comp784995_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 222.631 bits (566), Expect = 1.762e-73
Identity = 107/145 (73.79%), Postives = 127/145 (87.59%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I EAF+VFD+DG+G+ISA E   +M+ LGE L+ EE+DEMIREAD+DGDG++ YEEF TMM 
Sbjct:   22 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEILEAFKVFDKDGNGFISAAELRHIMTNLGEKLTDEEVDEMIREADIDGDGQINYEEFYTMMC 456

HSP 2 Score: 68.9366 bits (167), Expect = 3.004e-14
Identity = 32/69 (46.38%), Postives = 47/69 (68.12%), Query Frame = 0 
Query:   82 ESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            E  ++ KEAF +FD+DGDG I+ +E   VM +LG+N +  E+ +MI E D DG+G + + EF TMM+ K
Sbjct:   37 EQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARK 243
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592784785|gb|GAXK01169783.1| (TSA: Calanus finmarchicus comp484_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 230.72 bits (587), Expect = 8.288e-72
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:  264 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 704
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592943403|gb|GAXK01015150.1| (TSA: Calanus finmarchicus comp1556889_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 211.075 bits (536), Expect = 1.983e-67
Identity = 101/147 (68.71%), Postives = 124/147 (84.35%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            E L+EEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNP E EL +MINEVD+DGNG+I+F EFL MMA+K+KD ++  +++EAF+VFD DG+G+IS  E  QVM+ LGE L+ EE+D+MI+EAD+DGDG V YEEF +MM+ K
Sbjct:  231 ETLSEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPKEEELSDMINEVDSDGNGTIDFPEFLTMMARKMKDTDTEDELREAFKVFDDDGNGFISVSELRQVMTNLGERLTEEEVDQMIKEADIDGDGLVNYEEFVSMMTTK 671
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592790737|gb|GAXK01163831.1| (TSA: Calanus finmarchicus comp383913_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 207.223 bits (526), Expect = 5.307e-66
Identity = 101/145 (69.66%), Postives = 121/145 (83.45%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
             TEEQ+ EFKEAF LFD+DGDGTITTKEL TVMRSLGQNP E ELQ+MINEVD DGNG+I+FEEFL MM++K+KDN+S  +++EAF+VFD DG+G I+  E  QVMS LGE L+ EE++ MI+EADLDGDG V YEEF +MMS K
Sbjct:  196 FTEEQVLEFKEAFSLFDRDGDGTITTKELGTVMRSLGQNPKEDELQDMINEVDGDGNGTIDFEEFLIMMSRKMKDNDSEEELREAFKVFDSDGNGTINVAELKQVMSNLGERLADEEVEMMIKEADLDGDGLVNYEEFISMMSAK 630

HSP 2 Score: 66.6254 bits (161), Expect = 5.491e-13
Identity = 32/67 (47.76%), Postives = 46/67 (68.66%), Query Frame = 0 
Query:   13 EFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVK 79
            E +EAF +FD DG+GTI   EL  VM +LG+   + E++ MI E D DG+G + +EEF++MM+ K K
Sbjct:  190 ELREAFKVFDSDGNGTINVAELKQVMSNLGERLADEEVEMMIKEADLDGDGLVNYEEFISMMSAK*K 390
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592926706|gb|GAXK01031745.1| (TSA: Calanus finmarchicus comp21249_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 182.185 bits (461), Expect = 1.363e-56
Identity = 87/153 (56.86%), Postives = 120/153 (78.43%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSH----KGG 152
            E LT +++A FKEAF +FDK+ DGTITTKEL+TVMRSLGQNPT+AE+Q+MINEVD DG+G++EF EF  MM KK++++++ ++++EA+RVFD+D DG+ISA E   + + L E LS+EEIDEM+  AD DG G+  Y+EF  M+ H    +GG
Sbjct:   57 ESLTSDELATFKEAFTVFDKNQDGTITTKELSTVMRSLGQNPTDAEVQDMINEVDVDGSGAMEFPEFCVMMVKKMQESDTENEVREAYRVFDKDHDGFISASELRMIFAALPERLSAEEIDEMLEAADEDGSGRFEYDEFKQMLGHGNSQRGG 515

HSP 2 Score: 62.003 bits (149), Expect = 1.505e-11
Identity = 32/78 (41.03%), Postives = 50/78 (64.10%), Query Frame = 0 
Query:   76 KKVKDNESSSDI---KEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            KK+ ++ +S ++   KEAF VFD++ DG I+ +E   VM +LG+N +  E+ +MI E D+DG G + + EF  MM  K
Sbjct:   45 KKILESLTSDELATFKEAFTVFDKNQDGTITTKELSTVMRSLGQNPTDAEVQDMINEVDVDGSGAMEFPEFCVMMVKK 278
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592926707|gb|GAXK01031744.1| (TSA: Calanus finmarchicus comp21249_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 179.489 bits (454), Expect = 2.100e-55
Identity = 85/151 (56.29%), Postives = 117/151 (77.48%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSH----KGG 152
            LT E +A FKEAF ++DK+ DGTITTKEL+ VMRSLGQNPT+AE+Q+MINEVD DG+G++EF EF  MM KK++++++ ++++EA+RVFD+D DG+ISA E   + + L E LS+EEIDEM+  AD DG G+  Y+EF  M+ H    +GG
Sbjct:   66 LTAEDLATFKEAFTVYDKNNDGTITTKELSVVMRSLGQNPTDAEVQDMINEVDVDGSGAMEFPEFCVMMVKKMQESDTENEVREAYRVFDKDHDGFISASELRMIFAALPERLSAEEIDEMLEAADEDGSGRFEYDEFKQMLGHGNSQRGG 518

HSP 2 Score: 62.7734 bits (151), Expect = 7.582e-12
Identity = 31/78 (39.74%), Postives = 50/78 (64.10%), Query Frame = 0 
Query:   76 KKVKDNESSSDI---KEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            K++ D+ ++ D+   KEAF V+D++ DG I+ +E   VM +LG+N +  E+ +MI E D+DG G + + EF  MM  K
Sbjct:   48 KRILDSLTAEDLATFKEAFTVYDKNNDGTITTKELSVVMRSLGQNPTDAEVQDMINEVDVDGSGAMEFPEFCVMMVKK 281
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592800642|gb|GAXK01153926.1| (TSA: Calanus finmarchicus comp1331342_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 174.096 bits (440), Expect = 2.120e-53
Identity = 80/149 (53.69%), Postives = 109/149 (73.15%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ATE LTEE++ E+++ F  FD+DG G+I+T EL  VMR+ G NP+E ELQE+I+E+D DGNG+I F EF+ +M +++ DN+   +I+EAFRVFDR+G G+I   +   V+ TLGE LS EE  E+I EADLDGDG + YEEF  M+  K
Sbjct:   96 ATENLTEEKLIEYQQIFSFFDRDGGGSISTVELGQVMRTFGWNPSEMELQELISEIDQDGNGAISFNEFVWLMTREIHDNDIEEEIREAFRVFDREGHGFIKVPDLTHVLQTLGEKLSPEETQELISEADLDGDGNINYEEFVAMLFKK 542
[Close]
BLAST of EMLSAG00000006985 vs. C. finmarchicus
Match: gi|592800643|gb|GAXK01153925.1| (TSA: Calanus finmarchicus comp1331342_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 174.096 bits (440), Expect = 2.953e-53
Identity = 80/149 (53.69%), Postives = 109/149 (73.15%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ATE LTEE++ E+++ F  FD+DG G+I+T EL  VMR+ G NP+E ELQE+I+E+D DGNG+I F EF+ +M +++ DN+   +I+EAFRVFDR+G G+I   +   V+ TLGE LS EE  E+I EADLDGDG + YEEF  M+  K
Sbjct:  130 ATENLTEEKLIEYQQIFSFFDRDGGGSISTVELGQVMRTFGWNPSEMELQELISEIDQDGNGAISFNEFVWLMTREIHDNDIEEEIREAFRVFDREGHGFIKVPDLTHVLQTLGEKLSPEETQELISEADLDGDGNINYEEFVAMLFKK 576
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000006985 (pep:novel supercontig:LSalAtl2s:LSalAtl2s397:377196:491552:1 gene:EMLSAG00000006985 transcript:EMLSAT00000006985 description:"maker-LSalAtl2s397-snap-gene-5.15")

HSP 1 Score: 304.294 bits (778), Expect = 8.215e-107
Identity = 153/153 (100.00%), Postives = 153/153 (100.00%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
            MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA
Sbjct:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000002767 (pep:novel supercontig:LSalAtl2s:LSalAtl2s15:378667:382347:1 gene:EMLSAG00000002767 transcript:EMLSAT00000002767 description:"maker-LSalAtl2s15-augustus-gene-3.6")

HSP 1 Score: 201.83 bits (512), Expect = 3.520e-66
Identity = 104/159 (65.41%), Postives = 120/159 (75.47%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADG---------------------NGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYE 141
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADG                     NG+I+F EFL MMA K+K   S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YE
Sbjct:    2 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGEXPFPRQSPPMLYHSLSLYLCNGTIDFPEFLTMMAXKMKXTXSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYE 160
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000001152 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1190:33089:45311:1 gene:EMLSAG00000001152 transcript:EMLSAT00000001152 description:"maker-LSalAtl2s1190-augustus-gene-0.25")

HSP 1 Score: 159.073 bits (401), Expect = 1.020e-49
Identity = 79/142 (55.63%), Postives = 107/142 (75.35%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
            LTE Q AEFKEAF  FDKDG GTI+TKEL  VMRS+GQNPTE E+ EM+ E D +G+G+I+F EF+ MM KK  + + + D++EAFR+FD++  GYI A+E   V +T+G+ L+ EE++  ++EADLDGDGK+ Y EF  +M
Sbjct:    4 LTELQQAEFKEAFDEFDKDGSGTISTKELLLVMRSIGQNPTEDEILEMVMESDLNGDGTIDFLEFVEMMKKKSSETDQTEDLREAFRIFDKNKSGYIEAKEIISVTTTMGQVLTPEELETFMQEADLDGDGKLDYNEFVKIM 145

HSP 2 Score: 63.1586 bits (152), Expect = 2.139e-13
Identity = 31/66 (46.97%), Postives = 45/66 (68.18%), Query Frame = 0 
Query:   85 SDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++ KEAF  FD+DG G IS +E   VM ++G+N + +EI EM+ E+DL+GDG + + EF  MM  K
Sbjct:   10 AEFKEAFDEFDKDGSGTISTKELLLVMRSIGQNPTEDEILEMVMESDLNGDGTIDFLEFVEMMKKK 75
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000008774 (pep:novel supercontig:LSalAtl2s:LSalAtl2s545:134602:142913:1 gene:EMLSAG00000008774 transcript:EMLSAT00000008774 description:"augustus_masked-LSalAtl2s545-processed-gene-1.3")

HSP 1 Score: 154.836 bits (390), Expect = 6.993e-48
Identity = 76/148 (51.35%), Postives = 104/148 (70.27%), Query Frame = 0 
Query:    3 TEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
             ++L  +++  FK AF +FDK+ DGTI+TKEL   MR  GQNPTEAE+Q+MINEVD DG+G +EF EF  MM KK+ D +  +++KE FRVF +D  G I+AEE   V++ L   ++ +EIDEMIR  D +GDGK+ Y+EF  M+  K
Sbjct:    2 CDKLRPDELQAFKAAFDMFDKNQDGTISTKELHAAMRRAGQNPTEAEVQDMINEVDVDGSGYLEFPEFCMMMHKKLNDGDQENELKEVFRVFGKDETGCITAEELKFVLTHLPGKVTYKEIDEMIRTVDQNGDGKINYQEFRVMIGAK 149
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000007325 (pep:novel supercontig:LSalAtl2s:LSalAtl2s412:129788:148284:-1 gene:EMLSAG00000007325 transcript:EMLSAT00000007325 description:"maker-LSalAtl2s412-augustus-gene-1.21")

HSP 1 Score: 154.066 bits (388), Expect = 9.594e-48
Identity = 78/148 (52.70%), Postives = 101/148 (68.24%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
            MA  +LT EQ+AE +EAF  FD DG GTITT+EL   MR++G NPTE EL E+INE D DG+G IEF EF  MMA K         ++ AFRV DRDG G I++ E   +M+ +G+ LS+ E++ +I EAD DGDG + YEEF T+M+
Sbjct:    1 MAGIDLTREQVAELREAFNEFDDDGSGTITTQELGYAMRAMGMNPTEQELLELINEFDTDGSGQIEFPEFCNMMAMKTGQANDEEMVRMAFRVLDRDGSGTITSAEFRHLMTNIGDKLSATEVEMLIGEADKDGDGHLDYEEFVTLMT 148

HSP 2 Score: 56.9954 bits (136), Expect = 2.871e-11
Identity = 28/71 (39.44%), Postives = 43/71 (60.56%), Query Frame = 0 
Query:   82 ESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGG 152
            E  ++++EAF  FD DG G I+ +E    M  +G N + +E+ E+I E D DG G++ + EF  MM+ K G
Sbjct:    9 EQVAELREAFNEFDDDGSGTITTQELGYAMRAMGMNPTEQELLELINEFDTDGSGQIEFPEFCNMMAMKTG 79
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000011139 (pep:novel supercontig:LSalAtl2s:LSalAtl2s757:131231:140176:-1 gene:EMLSAG00000011139 transcript:EMLSAT00000011139 description:"maker-LSalAtl2s757-augustus-gene-1.16")

HSP 1 Score: 153.295 bits (386), Expect = 5.026e-46
Identity = 74/131 (56.49%), Postives = 98/131 (74.81%), Query Frame = 0 
Query:   13 EFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEF 143
            EF++AF  FD D DG IT+KEL  V+R +GQNPTEAELQ+M+NEVD DG GSI+F EFLAMMA K+ D  +  +I+EAF+VFD DG+G+I   E   ++  LGE ++ +EI E+I+EAD+D DG + Y EF
Sbjct:    1 EFQDAFCAFDTDHDGXITSKELGAVLRHIGQNPTEAELQDMVNEVDKDGTGSIDFPEFLAMMALKINDQNAEDEIREAFKVFDGDGNGFIDRRELSIMLRFLGEPMTEKEIQEIIQEADVDHDGVIDYTEF 131

HSP 2 Score: 119.013 bits (297), Expect = 5.965e-33
Identity = 63/142 (44.37%), Postives = 89/142 (62.68%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
            LT E++ EFKEAF LFDK+GDGTI + EL  VMR +G NPT+ E+QEMI++ D D                        + I + FRVFD+DG+G+IS  E   V S L    S++E++EM+ EADLDG+G++ ++EF ++M
Sbjct:  153 LTPEKLEEFKEAFALFDKNGDGTIDSHELVAVMRMMGYNPTDEEIQEMIDDADKD-----------------------IAYIFQIFRVFDKDGNGFISTAEIKHVTSRLYMQFSNDELNEMVYEADLDGNGQIGFDEFYSIM 271

HSP 3 Score: 91.6633 bits (226), Expect = 5.905e-23
Identity = 53/134 (39.55%), Postives = 78/134 (58.21%), Query Frame = 0 
Query:   13 EFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDN-------------ESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLD 133
            E +EAF +FD DG+G I  +EL+ ++R LG+  TE E+QE+I E D D +G I++ EF  +  +   ++             E   + KEAF +FD++GDG I + E   VM  +G N + EEI EMI +AD D
Sbjct:   74 EIREAFKVFDGDGNGFIDRRELSIMLRFLGEPMTEKEIQEIIQEADVDHDGVIDYTEFFMICTRMSTEDYFNEVEGLIRLTPEKLEEFKEAFALFDKNGDGTIDSHELVAVMRMMGYNPTDEEIQEMIDDADKD 207

HSP 4 Score: 50.8322 bits (120), Expect = 1.732e-8
Identity = 24/64 (37.50%), Postives = 39/64 (60.94%), Query Frame = 0 
Query:   87 IKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
             ++AF  FD D DG I+++E   V+  +G+N +  E+ +M+ E D DG G + + EF  MM+ K
Sbjct:    2 FQDAFCAFDTDHDGXITSKELGAVLRHIGQNPTEAELQDMVNEVDKDGTGSIDFPEFLAMMALK 65
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000007204 (pep:novel supercontig:LSalAtl2s:LSalAtl2s404:411131:411583:1 gene:EMLSAG00000007204 transcript:EMLSAT00000007204 description:"augustus_masked-LSalAtl2s404-processed-gene-4.7")

HSP 1 Score: 146.362 bits (368), Expect = 9.599e-45
Identity = 70/147 (47.62%), Postives = 102/147 (69.39%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
             +E +  E+I+ F EAF L+D D DG ITT +L  ++  LGQNPTEAELQ++   +D DG+G+I+  EF+  MAK++  N    +I EAF+VFD+DG+G IS+ E   VMS +GE L  +E++ +I+EAD+DGDG + Y EF T+ +
Sbjct:    3 VSELIPGEEISRFLEAFNLYDDDSDGVITTSQLGKILHYLGQNPTEAELQDLYLSMDTDGSGTIDLPEFIQSMAKRLARNNFEDEITEAFKVFDKDGNGLISSNELKCVMSNIGEILKDDEVEALIKEADVDGDGSINYAEFFTLFA 149
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000011516 (pep:novel supercontig:LSalAtl2s:LSalAtl2s799:170792:183309:-1 gene:EMLSAG00000011516 transcript:EMLSAT00000011516 description:"maker-LSalAtl2s799-snap-gene-1.13")

HSP 1 Score: 141.739 bits (356), Expect = 1.061e-42
Identity = 72/146 (49.32%), Postives = 98/146 (67.12%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDN-ESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            L E+++ E++E F  FD+DG GTIT+ EL                QEMINE+D DGNG I F EF+ +M K V D+ +   +I+EAFRVFDR+G G+I+  +  QV++TLG+ L+ +E  E+IREAD+DGDG V YEEF TM+ HK
Sbjct:   19 LPEDKLQEYREVFSFFDRDGGGTITSVELG---------------QEMINEIDQDGNGCISFNEFIYLMTKNVHDDGDIEEEIREAFRVFDREGHGFITVPDLTQVLTTLGDKLTEDESLELIREADIDGDGNVNYEEFVTMLLHK 149
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000000515 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1080:26983:29032:-1 gene:EMLSAG00000000515 transcript:EMLSAT00000000515 description:"maker-LSalAtl2s1080-augustus-gene-0.18")

HSP 1 Score: 108.227 bits (269), Expect = 5.425e-30
Identity = 57/143 (39.86%), Postives = 93/143 (65.03%), Query Frame = 0 
Query:    5 ELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
            EL +EQ  + +EAF LFD  G G +  K+L   +R+LG  P + E+++M+  ++ DG  ++ F+ FL +MA K+ + ++  DI +AF++FD D  G I+ +   ++ + LGEN++ EE+ EMI EAD DGDG+V  +EF  +M
Sbjct:   15 ELNDEQKKDIREAFDLFDSQGTGFMNAKDLKVAIRALGFEPQKDEMRKMLAGIEDDG--TLSFDHFLNIMASKMSEKDTKDDIIKAFKLFDEDDSGKITLKNLKKISAELGENMTDEELREMIDEADRDGDGEVNQDEFFKIM 155

HSP 2 Score: 58.151 bits (139), Expect = 1.582e-11
Identity = 29/61 (47.54%), Postives = 40/61 (65.57%), Query Frame = 0 
Query:   16 EAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAK 76
            +AF LFD+D  G IT K L  +   LG+N T+ EL+EMI+E D DG+G +  +EF  +M K
Sbjct:   97 KAFKLFDEDDSGKITLKNLKKISAELGENMTDEELREMIDEADRDGDGEVNQDEFFKIMKK 157
[Close]
BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Match: EMLSAP00000010319 (pep:novel supercontig:LSalAtl2s:LSalAtl2s683:131004:131643:-1 gene:EMLSAG00000010319 transcript:EMLSAT00000010319 description:"maker-LSalAtl2s683-snap-gene-1.56")

HSP 1 Score: 108.612 bits (270), Expect = 7.102e-30
Identity = 55/146 (37.67%), Postives = 93/146 (63.70%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMM----AKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
             +++QIAEF+EAF+LFD  GD  I   ++  V+R+LGQNPTEAE++ ++    A+G   + FE F+ ++    +K V D  +  D  E  R FD+DG+G+IS+ E   ++++LGE ++ ++++ +I   + D  G + YEEF  M+
Sbjct:   40 FSDDQIAEFQEAFMLFDTKGDVMIPANQVGEVLRALGQNPTEAEVKRLVQNQKAEGR--VTFETFIPILQAVSSKPVTD--TMEDFVEGLRHFDKDGNGFISSAELRHLLTSLGEKMTEDDVESLIHGQE-DSSGNINYEEFVKMV 180

HSP 2 Score: 45.8246 bits (107), Expect = 6.403e-7
Identity = 25/66 (37.88%), Postives = 42/66 (63.64%), Query Frame = 0 
Query:   13 EFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKV 78
            +F E    FDKDG+G I++ EL  ++ SLG+  TE +++ +I+    D +G+I +EEF+ M+   V
Sbjct:  120 DFVEGLRHFDKDGNGFISSAELRHLLTSLGEKMTEDDVESLIHG-QEDSSGNINYEEFVKMVLANV 184
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|122063218|sp|P21251.2|CALM_STIJA (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 232.646 bits (592), Expect = 1.218e-78
Identity = 112/147 (76.19%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|115509|sp|P02594.2|CALM_ELEEL (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 231.106 bits (588), Expect = 4.846e-78
Identity = 112/147 (76.19%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMAKK+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMAKKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|49035528|sp|Q8STF0.3|CALM_STRIE (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 231.106 bits (588), Expect = 5.135e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:   10 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 156
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|49037462|sp|P62145.2|CALM_APLCA (RecName: Full=Calmodulin; Short=CaM >gi|49037463|sp|P62147.2|CALM1_BRAFL RecName: Full=Calmodulin-1; Short=CaM 1 >gi|49037464|sp|P62148.2|CALM1_BRALA RecName: Full=Calmodulin-1; Short=CaM 1 >gi|49037468|sp|P62152.2|CALM_DROME RecName: Full=Calmodulin; Short=CaM >gi|49037469|sp|P62153.2|CALMA_HALRO RecName: Full=Calmodulin-A; Short=CaM A >gi|49037470|sp|P62154.2|CALM_LOCMI RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 230.72 bits (587), Expect = 5.712e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|55976211|sp|O16305.3|CALM_CAEEL (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 230.72 bits (587), Expect = 6.733e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTTK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|122063213|sp|P02595.2|CALM_PATSP (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 230.335 bits (586), Expect = 8.664e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADG+G+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DGDG+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGDGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGDGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|49037408|sp|P62161.2|CALM_RAT (RecName: Full=Calmodulin; Short=CaM >gi|49037461|sp|P62144.2|CALM_ANAPL RecName: Full=Calmodulin; Short=CaM >gi|49037465|sp|P62149.2|CALM_CHICK RecName: Full=Calmodulin; Short=CaM >gi|49037467|sp|P62151.2|CALM_TORCA RecName: Full=Calmodulin; Short=CaM >gi|49037471|sp|P62155.2|CALM_XENLA RecName: Full=Calmodulin; Short=CaM >gi|49037472|sp|P62156.2|CALM_ONCSP RecName: Full=Calmodulin; Short=CaM >gi|49037473|sp|P62157.2|CALM_BOVIN RecName: Full=Calmodulin; Short=CaM >gi|49037474|sp|P62158.2|CALM_HUMAN RecName: Full=Calmodulin; Short=CaM >gi|49037475|sp|P62160.2|CALM_RABIT RecName: Full=Calmodulin; Short=CaM >gi|49037483|sp|P62204.2|CALM_MOUSE RecName: Full=Calmodulin; Short=CaM >gi|52782718|sp|Q6PI52.3|CALM_DANRE RecName: Full=Calmodulin; Short=CaM >gi|62286510|sp|Q5RAD2.3|CALM_PONAB RecName: Full=Calmodulin; Short=CaM >gi|75072157|sp|Q6YNX6.3|CALM_SHEEP RecName: Full=Calmodulin; Short=CaM >gi|78099191|sp|Q6IT78.3|CALM_CTEID RecName: Full=Calmodulin; Short=CaM >gi|78099194|sp|Q71UH6.3|CALM_PERFV RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 229.95 bits (585), Expect = 1.067e-77
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|49035754|sp|Q9GRJ1.3|CALM_LUMRU (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 229.565 bits (584), Expect = 2.037e-77
Identity = 111/147 (75.51%), Postives = 129/147 (87.76%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM  K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMMSK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|49035514|sp|O02367.3|CALM_CIOIN (RecName: Full=Calmodulin; Short=CaM; AltName: Full=Ci-CaM)

HSP 1 Score: 229.18 bits (583), Expect = 2.622e-77
Identity = 110/147 (74.83%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM++K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADVDGDGQVNYEEFVNMMTNK 149
[Close]
BLAST of EMLSAG00000006985 vs. SwissProt
Match: gi|122063215|sp|P11121.2|CALM_PYUSP (RecName: Full=Calmodulin; Short=CaM)

HSP 1 Score: 228.794 bits (582), Expect = 4.020e-77
Identity = 110/147 (74.83%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADG+G+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGDGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: XP_006565317.1 (PREDICTED: calmodulin [Apis mellifera])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: gb|KFM82866.1| (Calmodulin, partial [Stegodyphus mimosarum])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: gb|KFM63817.1| (Calmodulin, partial [Stegodyphus mimosarum])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: EFX72807.1 (calmodulin [Daphnia pulex])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: gb|EEZ98710.1| (Calmodulin-like Protein [Tribolium castaneum])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: AHN56135.1 (calmodulin, isoform E [Drosophila melanogaster])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: AFH08031.1 (calmodulin, isoform D [Drosophila melanogaster])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: AFH08030.1 (calmodulin, isoform C [Drosophila melanogaster])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: AAF58543.1 (calmodulin, isoform B [Drosophila melanogaster])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Match: AAF58542.1 (calmodulin, isoform A [Drosophila melanogaster])

HSP 1 Score: 230.72 bits (587), Expect = 2.768e-78
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|290562365|gb|ADD38579.1| (Calmodulin [Lepeophtheirus salmonis])

HSP 1 Score: 304.294 bits (778), Expect = 1.291e-104
Identity = 152/153 (99.35%), Postives = 152/153 (99.35%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
            MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEE HQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA
Sbjct:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEELHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|225712812|gb|ACO12252.1| (Calmodulin [Lepeophtheirus salmonis])

HSP 1 Score: 303.908 bits (777), Expect = 1.959e-104
Identity = 151/153 (98.69%), Postives = 152/153 (99.35%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
            MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSD+KEAFRVFDRDGDGYISAEE HQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA
Sbjct:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDVKEAFRVFDRDGDGYISAEELHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|827548976|ref|XP_012546645.1| (PREDICTED: calmodulin isoform X1 [Bombyx mori])

HSP 1 Score: 234.572 bits (597), Expect = 5.231e-77
Identity = 113/150 (75.33%), Postives = 132/150 (88.00%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            MA ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    4 MAADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 153

HSP 2 Score: 70.0922 bits (170), Expect = 1.970e-12
Identity = 34/80 (42.50%), Postives = 51/80 (63.75%), Query Frame = 0 
Query:   71 LAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            + +MA      E  ++ KEAF +FD+DGDG I+ +E   VM +LG+N +  E+ +MI E D DG+G + + EF TMM+ K
Sbjct:    1 MVVMAADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARK 80
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|534286076|pdb|3WFN|B (Chain B, Crystal Structure Of Nav1.6 Iq Motif In Complex With Apo-cam >gi|534286077|pdb|3WFN|C Chain C, Crystal Structure Of Nav1.6 Iq Motif In Complex With Apo-cam >gi|534286078|pdb|3WFN|D Chain D, Crystal Structure Of Nav1.6 Iq Motif In Complex With Apo-cam >gi|534286079|pdb|3WFN|E Chain E, Crystal Structure Of Nav1.6 Iq Motif In Complex With Apo-cam)

HSP 1 Score: 234.187 bits (596), Expect = 1.752e-76
Identity = 113/150 (75.33%), Postives = 131/150 (87.33%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ KGG 
Sbjct:    9 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAKGGG 158
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|521028958|gb|EPQ10746.1| (Calmodulin [Myotis brandtii])

HSP 1 Score: 234.572 bits (597), Expect = 2.118e-76
Identity = 112/149 (75.17%), Postives = 130/149 (87.25%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            A ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:   43 AADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 191
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|751234258|ref|XP_011170849.1| (PREDICTED: calmodulin [Solenopsis invicta])

HSP 1 Score: 232.646 bits (592), Expect = 2.477e-76
Identity = 112/150 (74.67%), Postives = 131/150 (87.33%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            M  ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    1 MTADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 150
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|676260930|gb|KFO18269.1| (Calmodulin [Fukomys damarensis])

HSP 1 Score: 233.802 bits (595), Expect = 2.625e-76
Identity = 112/149 (75.17%), Postives = 130/149 (87.25%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            A ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:   31 AADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 179
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|122063218|sp|P21251.2|CALM_STIJA (RecName: Full=Calmodulin; Short=CaM >gi|313213583|emb|CBY40516.1| unnamed protein product [Oikopleura dioica] >gi|313226420|emb|CBY21565.1| unnamed protein product [Oikopleura dioica])

HSP 1 Score: 232.646 bits (592), Expect = 2.887e-76
Identity = 112/147 (76.19%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    3 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 149
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|913329565|ref|XP_013196268.1| (PREDICTED: calmodulin isoform X1 [Amyelois transitella])

HSP 1 Score: 232.646 bits (592), Expect = 3.447e-76
Identity = 112/149 (75.17%), Postives = 131/149 (87.92%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            A ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:    5 AADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 153
[Close]
BLAST of EMLSAG00000006985 vs. nr
Match: gi|332223528|ref|XP_003260925.1| (PREDICTED: calmodulin isoform X2 [Nomascus leucogenys] >gi|505830029|ref|XP_004610313.1| PREDICTED: calmodulin isoform X1 [Sorex araneus] >gi|555952975|ref|XP_005888667.1| PREDICTED: calmodulin isoform X2 [Bos mutus] >gi|578826144|ref|XP_006720321.1| PREDICTED: calmodulin isoform X1 [Homo sapiens] >gi|594035266|ref|XP_006042315.1| PREDICTED: calmodulin [Bubalus bubalis] >gi|602723620|ref|XP_007471949.1| PREDICTED: calmodulin isoform X1 [Lipotes vexillifer] >gi|617619285|ref|XP_007526894.1| PREDICTED: calmodulin isoform X1 [Erinaceus europaeus] >gi|675800841|ref|XP_008956435.1| PREDICTED: calmodulin isoform X1 [Pan paniscus] >gi|741941740|ref|XP_010807959.1| PREDICTED: calmodulin isoform X1 [Bos taurus] >gi|742145256|ref|XP_010843485.1| PREDICTED: calmodulin [Bison bison bison] >gi|440911961|gb|ELR61576.1| hypothetical protein M91_02182 [Bos mutus])

HSP 1 Score: 231.876 bits (590), Expect = 5.279e-76
Identity = 112/150 (74.67%), Postives = 130/150 (86.67%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            M  ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+GYISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF  MM+ K
Sbjct:    1 MQADQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVQMMTAK 150
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold415_size178368-snap-gene-0.27 (protein:Tk01168 transcript:maker-scaffold415_size178368-snap-gene-0.27-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 274.248 bits (700), Expect = 1.458e-96
Identity = 136/153 (88.89%), Postives = 141/153 (92.16%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGGA 153
            M  E LTEEQ+ EFKEAF LFDKDGDGTITTKELATVMRSLGQNPTEAELQ+MINEVD DGNGSIEFEEFL MM+KKVK+NESS+DIKEAFRVFDRDGDGYISAEE  QVM TLGENLS EEIDEMIREADLDGDGKVCYEEFATMMSHKG A
Sbjct:    1 MTDEPLTEEQVGEFKEAFQLFDKDGDGTITTKELATVMRSLGQNPTEAELQDMINEVDVDGNGSIEFEEFLTMMSKKVKENESSNDIKEAFRVFDRDGDGYISAEELGQVMQTLGENLSQEEIDEMIREADLDGDGKVCYEEFATMMSHKGSA 153
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1746_size29152-snap-gene-0.4 (protein:Tk04496 transcript:maker-scaffold1746_size29152-snap-gene-0.4-mRNA-1 annotation:"AT15141p")

HSP 1 Score: 232.261 bits (591), Expect = 7.466e-79
Identity = 111/147 (75.51%), Postives = 130/147 (88.44%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            ++LTEEQIAEFKEAF LFDKDGDGTITTKEL TVMRSLGQNPTEAELQ+MINEVDADGNG+I+F EFL MMA+K+KD +S  +I+EAFRVFD+DG+G+ISA E   VM+ LGE L+ EE+DEMIREAD+DGDG+V YEEF TMM+ K
Sbjct:   79 DQLTEEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMARKMKDTDSEEEIREAFRVFDKDGNGFISAAELRHVMTNLGEKLTDEEVDEMIREADIDGDGQVNYEEFVTMMTSK 225
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold324_size206069-processed-gene-1.14 (protein:Tk12297 transcript:snap_masked-scaffold324_size206069-processed-gene-1.14-mRNA-1 annotation:"PREDICTED: calmodulin-like")

HSP 1 Score: 176.407 bits (446), Expect = 2.669e-57
Identity = 86/143 (60.14%), Postives = 112/143 (78.32%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
            LT+EQI EFKE F +FDKDGDGTI T EL TVMRSLGQNP E E++EM++E D DG+GSI F EF+ +M KK +  ++  +IK+AFRVFD+DG+GY+S+ E   VMS LG N + +E+ EM+ EAD+DGDG+VC+EEF  MM+
Sbjct:   50 LTDEQILEFKECFQMFDKDGDGTIDTTELGTVMRSLGQNPDEEEIEEMVDEADEDGSGSINFPEFIGLMMKKQQGGQTKDEIKQAFRVFDKDGNGYVSSTELKFVMSRLGVNFTDDELQEMVLEADIDGDGQVCFEEFYNMMT 192

HSP 2 Score: 55.4546 bits (132), Expect = 2.533e-10
Identity = 32/70 (45.71%), Postives = 44/70 (62.86%), Query Frame = 0 
Query:   81 NESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            +E   + KE F++FD+DGDG I   E   VM +LG+N   EEI+EM+ EAD DG G + + EF  +M  K
Sbjct:   52 DEQILEFKECFQMFDKDGDGTIDTTELGTVMRSLGQNPDEEEIEEMVDEADEDGSGSINFPEFIGLMMKK 121
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1202_size55818-snap-gene-0.13 (protein:Tk09187 transcript:maker-scaffold1202_size55818-snap-gene-0.13-mRNA-1 annotation:"hypothetical protein EMIHUDRAFT_373343")

HSP 1 Score: 167.548 bits (423), Expect = 4.906e-54
Identity = 84/144 (58.33%), Postives = 113/144 (78.47%), Query Frame = 0 
Query:    4 EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
            E LT E++A FKEAF +FDK+ DGTITTKEL+TVMRSLGQNPT+AE+Q+MINEVD DG+G+IEF EF  MM KK++++++ ++I+EA+RVFD++  G I+  E   ++S L E LS EEI+EM+  AD DG+G   YEEF  M+
Sbjct:   23 ESLTSEELATFKEAFTVFDKNQDGTITTKELSTVMRSLGQNPTDAEVQDMINEVDVDGSGAIEFPEFCVMMVKKMQESDTENEIREAYRVFDKERSGVITLNEMRLILSNLPERLSEEEIEEMLHTADRDGNGGFSYEEFKLMI 166

HSP 2 Score: 63.1586 bits (152), Expect = 2.003e-13
Identity = 29/64 (45.31%), Postives = 41/64 (64.06%), Query Frame = 0 
Query:   87 IKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
             KEAF VFD++ DG I+ +E   VM +LG+N +  E+ +MI E D+DG G + + EF  MM  K
Sbjct:   33 FKEAFTVFDKNQDGTITTKELSTVMRSLGQNPTDAEVQDMINEVDVDGSGAIEFPEFCVMMVKK 96

HSP 3 Score: 47.3654 bits (111), Expect = 1.621e-7
Identity = 24/66 (36.36%), Postives = 41/66 (62.12%), Query Frame = 0 
Query:   13 EFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKV 78
            E +EA+ +FDK+  G IT  E+  ++ +L +  +E E++EM++  D DGNG   +EEF  M+   +
Sbjct:  105 EIREAYRVFDKERSGVITLNEMRLILSNLPERLSEEEIEEMLHTADRDGNGGFSYEEFKLMIGSTI 170
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold48_size466083-snap-gene-0.4 (protein:Tk05964 transcript:maker-scaffold48_size466083-snap-gene-0.4-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 161.77 bits (408), Expect = 8.154e-51
Identity = 80/148 (54.05%), Postives = 115/148 (77.70%), Query Frame = 0 
Query:    1 MAT-EELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMM 147
            MAT + L+E Q  EFKEAF  FDKDG GTI+TKEL  ++R++GQNPTE E+  ++ E D +G+G+I+FEEFL MM K+ KD + + +IKEAF++FDRDG+GYI A+E   V++ +GE L+++E +E ++EAD++GDGK+ Y+EF  MM
Sbjct:   13 MATAQNLSELQRLEFKEAFEEFDKDGSGTISTKELLPILRAIGQNPTEDEILNLVIEYDMNGDGTIDFEEFLEMMTKQSKDIDQTQEIKEAFKIFDRDGNGYIDAKELKMVVTRMGEALTADEAEEFMQEADINGDGKLDYDEFLKMM 160

HSP 2 Score: 61.6178 bits (148), Expect = 2.006e-12
Identity = 32/82 (39.02%), Postives = 49/82 (59.76%), Query Frame = 0 
Query:    9 EQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEA 90
            +Q  E KEAF +FD+DG+G I  KEL  V+  +G+  T  E +E + E D +G+G ++++EFL MM   V        ++EA
Sbjct:   95 DQTQEIKEAFKIFDRDGNGYIDAKELKMVVTRMGEALTADEAEEFMQEADINGDGKLDYDEFLKMMMLGVVSGGGRHQLQEA 176

HSP 3 Score: 56.225 bits (134), Expect = 1.916e-10
Identity = 26/63 (41.27%), Postives = 42/63 (66.67%), Query Frame = 0 
Query:   86 DIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
            + KEAF  FD+DG G IS +E   ++  +G+N + +EI  ++ E D++GDG + +EEF  MM+
Sbjct:   26 EFKEAFEEFDKDGSGTISTKELLPILRAIGQNPTEDEILNLVIEYDMNGDGTIDFEEFLEMMT 88
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1953_size24025-snap-gene-0.3 (protein:Tk10067 transcript:maker-scaffold1953_size24025-snap-gene-0.3-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 160.229 bits (404), Expect = 8.812e-51
Identity = 83/150 (55.33%), Postives = 108/150 (72.00%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVK-DNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
             T  L EE+I E++E F  FD+DG GTIT+ EL  VMR+ G  PTE +LQEMINE+D DGNG I F EF+ +M K V  D +   +I+EAFRVFDR+G G+I+  +  QV++TLG+ L+ EE +E+I EAD+DGDG V YEEF TM+ HK
Sbjct:   10 VTVMLPEEKIQEYREIFSFFDRDGGGTITSVELGQVMRTFGWTPTEGDLQEMINEIDQDGNGCISFNEFVYLMTKNVHEDGDIEEEIREAFRVFDREGHGFITVPDLCQVLTTLGDKLTEEESEELISEADIDGDGNVNYEEFVTMLLHK 159
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1160_size58366-snap-gene-0.9 (protein:Tk08356 transcript:maker-scaffold1160_size58366-snap-gene-0.9-mRNA-1 annotation:"hypothetical protein LOTGIDRAFT_216194")

HSP 1 Score: 153.295 bits (386), Expect = 2.922e-48
Identity = 75/148 (50.68%), Postives = 105/148 (70.95%), Query Frame = 0 
Query:    3 TEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            T++L  +++  F+ AF +FDK+ DGTI+TKEL   MR  GQNPTEAE+Q+MINEVD DG+G +EF EF  MM KK+ + +  +D+KE FRVF +D  G I+AEE   V++ L   ++ +EIDEMI+  D +GDGK+ Y+EF  M+  K
Sbjct:    2 TDKLRPDELEAFRSAFDMFDKNQDGTISTKELHAAMRRAGQNPTEAEVQDMINEVDVDGSGYLEFPEFCMMMHKKLNEGDQENDLKEVFRVFGKDETGCITAEELKFVLTHLPGKVTYKEIDEMIKTVDENGDGKINYQEFRVMIGAK 149
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold641_size121017-snap-gene-0.21 (protein:Tk06981 transcript:maker-scaffold641_size121017-snap-gene-0.21-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 152.14 bits (383), Expect = 3.639e-48
Identity = 78/149 (52.35%), Postives = 101/149 (67.79%), Query Frame = 0 
Query:    2 ATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            +  ELTEEQIAE K+AF  FD DG GTITTKEL   MR++G NPTE EL ++INE D DG+G IEF EF  MM+ K+  +     I+ AFRV D+ G G I++ E   +M+ +G+ +S EE D +I EAD DGDG + YEEF  +M+ K
Sbjct:    9 SPPELTEEQIAELKQAFNEFDNDGSGTITTKELGYAMRAMGMNPTEQELLDLINEFDTDGSGQIEFPEFCNMMSHKIGLDNDEELIRSAFRVMDKKGTGTITSAEFRFLMTNIGDKISHEEFDMLIGEADRDGDGYLDYEEFVQLMTSK 157

HSP 2 Score: 60.4622 bits (145), Expect = 1.815e-12
Identity = 29/71 (40.85%), Postives = 44/71 (61.97%), Query Frame = 0 
Query:   82 ESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHKGG 152
            E  +++K+AF  FD DG G I+ +E    M  +G N + +E+ ++I E D DG G++ + EF  MMSHK G
Sbjct:   16 EQIAELKQAFNEFDNDGSGTITTKELGYAMRAMGMNPTEQELLDLINEFDTDGSGQIEFPEFCNMMSHKIG 86
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold58_size443543-snap-gene-3.23 (protein:Tk00707 transcript:maker-scaffold58_size443543-snap-gene-3.23-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 149.058 bits (375), Expect = 1.565e-46
Identity = 91/188 (48.40%), Postives = 115/188 (61.17%), Query Frame = 0 
Query:    1 MATEELTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGY----------------------------------------ISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
            MATE LTEEQI +F++AF  FD D DG I +KEL  V++SLG NPTEAELQ+M+NEVD DG GSI+F EFLAMMA K+ +  +  +I+EAF+VFD DG+GY                                        IS +E   VM  LGE L++EEI+ MI EAD DGDG++ YEEF +MM+
Sbjct:    1 MATECLTEEQIGKFQDAFFDFDTDHDGVINSKELGQVLKSLGVNPTEAELQDMVNEVDKDGTGSIDFPEFLAMMALKINEQNAEDEIREAFKVFDGDGNGYIDRRELAIMLKFLGEPMLEEEISAIIEEADVDKDGDGNGFISRQELTVVMMNLGETLTTEEIEAMIEEADCDGDGQINYEEFYSMMT 188
[Close]
BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold246_size239296-snap-gene-1.31 (protein:Tk01937 transcript:maker-scaffold246_size239296-snap-gene-1.31-mRNA-1 annotation:"Calmodulin")

HSP 1 Score: 146.747 bits (369), Expect = 2.476e-46
Identity = 72/143 (50.35%), Postives = 102/143 (71.33%), Query Frame = 0 
Query:    6 LTEEQIAEFKEAFLLFDKDGDGTITTKELATVMRSLGQNPTEAELQEMINEVDADGNGSIEFEEFLAMMAKKVKDNESSSDIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMS 148
            L+E QI E  +AF   D D DG I   EL  V+R +GQNP+EA++Q+M+N  D+DG+GSIEF EFL MMAKK+ + ++  +I+EAF    RDG+G+IS +E   VM  +GE ++ EE ++++ EAD+DGDG++ YEEF  MMS
Sbjct:    5 LSESQIGEIIDAFRRVDSDEDGIIKPHELGEVLRVMGQNPSEADVQDMVNVADSDGSGSIEFPEFLIMMAKKISELQAEDEIREAF----RDGNGFISRQELKVVMMNIGERITDEECEQLVEEADIDGDGQINYEEFYAMMS 143

HSP 2 Score: 51.2174 bits (121), Expect = 3.401e-9
Identity = 25/65 (38.46%), Postives = 38/65 (58.46%), Query Frame = 0 
Query:   86 DIKEAFRVFDRDGDGYISAEEXHQVMSTLGENLSSEEIDEMIREADLDGDGKVCYEEFATMMSHK 150
            +I +AFR  D D DG I   E  +V+  +G+N S  ++ +M+  AD DG G + + EF  MM+ K
Sbjct:   12 EIIDAFRRVDSDEDGIIKPHELGEVLRVMGQNPSEADVQDMVNVADSDGSGSIEFPEFLIMMAKK 76
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006985 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-4.964e-7675.51symbol:LOC100522926 "Uncharacterized protein" spec... [more]
-4.964e-7675.51symbol:CALM1 "Calmodulin" species:9606 "Homo sapie... [more]
-4.964e-7675.51symbol:CALM1 "Uncharacterized protein" species:961... [more]
-4.964e-7675.51symbol:CALM "Calmodulin" species:9913 "Bos taurus"... [more]
-4.964e-7675.51symbol:CALM "Calmodulin" species:9031 "Gallus gall... [more]
-5.187e-7675.51symbol:CALM1 "Uncharacterized protein" species:903... [more]
-1.191e-7575.51symbol:CALM2 "Calmodulin" species:9606 "Homo sapie... [more]
-3.128e-7574.83symbol:CALM "Calmodulin" species:9913 "Bos taurus"... [more]
-6.489e-7574.15symbol:CALM2 "Uncharacterized protein" species:961... [more]
-1.280e-7373.65symbol:calA "calmodulin" species:44689 "Dictyostel... [more]

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BLAST of EMLSAG00000006985 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592893784|gb|GAXK01064591.1|7.668e-8079.05TSA: Calanus finmarchicus comp584873_c0_seq1 trans... [more]
gi|592779066|gb|GAXK01175502.1|4.736e-7675.51TSA: Calanus finmarchicus comp2010_c4_seq1 transcr... [more]
gi|592791700|gb|GAXK01162868.1|1.762e-7373.79TSA: Calanus finmarchicus comp784995_c0_seq1 trans... [more]
gi|592784785|gb|GAXK01169783.1|8.288e-7275.51TSA: Calanus finmarchicus comp484_c0_seq1 transcri... [more]
gi|592943403|gb|GAXK01015150.1|1.983e-6768.71TSA: Calanus finmarchicus comp1556889_c0_seq1 tran... [more]
gi|592790737|gb|GAXK01163831.1|5.307e-6669.66TSA: Calanus finmarchicus comp383913_c0_seq1 trans... [more]
gi|592926706|gb|GAXK01031745.1|1.363e-5656.86TSA: Calanus finmarchicus comp21249_c0_seq2 transc... [more]
gi|592926707|gb|GAXK01031744.1|2.100e-5556.29TSA: Calanus finmarchicus comp21249_c0_seq1 transc... [more]
gi|592800642|gb|GAXK01153926.1|2.120e-5353.69TSA: Calanus finmarchicus comp1331342_c0_seq2 tran... [more]
gi|592800643|gb|GAXK01153925.1|2.953e-5353.69TSA: Calanus finmarchicus comp1331342_c0_seq1 tran... [more]

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BLAST of EMLSAG00000006985 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000069858.215e-107100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s397:37719... [more]
EMLSAP000000027673.520e-6665.41pep:novel supercontig:LSalAtl2s:LSalAtl2s15:378667... [more]
EMLSAP000000011521.020e-4955.63pep:novel supercontig:LSalAtl2s:LSalAtl2s1190:3308... [more]
EMLSAP000000087746.993e-4851.35pep:novel supercontig:LSalAtl2s:LSalAtl2s545:13460... [more]
EMLSAP000000073259.594e-4852.70pep:novel supercontig:LSalAtl2s:LSalAtl2s412:12978... [more]
EMLSAP000000111395.026e-4656.49pep:novel supercontig:LSalAtl2s:LSalAtl2s757:13123... [more]
EMLSAP000000072049.599e-4547.62pep:novel supercontig:LSalAtl2s:LSalAtl2s404:41113... [more]
EMLSAP000000115161.061e-4249.32pep:novel supercontig:LSalAtl2s:LSalAtl2s799:17079... [more]
EMLSAP000000005155.425e-3039.86pep:novel supercontig:LSalAtl2s:LSalAtl2s1080:2698... [more]
EMLSAP000000103197.102e-3037.67pep:novel supercontig:LSalAtl2s:LSalAtl2s683:13100... [more]

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BLAST of EMLSAG00000006985 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|122063218|sp|P21251.2|CALM_STIJA1.218e-7876.19RecName: Full=Calmodulin; Short=CaM[more]
gi|115509|sp|P02594.2|CALM_ELEEL4.846e-7876.19RecName: Full=Calmodulin; Short=CaM[more]
gi|49035528|sp|Q8STF0.3|CALM_STRIE5.135e-7875.51RecName: Full=Calmodulin; Short=CaM[more]
gi|49037462|sp|P62145.2|CALM_APLCA5.712e-7875.51RecName: Full=Calmodulin; Short=CaM >gi|49037463|s... [more]
gi|55976211|sp|O16305.3|CALM_CAEEL6.733e-7875.51RecName: Full=Calmodulin; Short=CaM[more]
gi|122063213|sp|P02595.2|CALM_PATSP8.664e-7875.51RecName: Full=Calmodulin; Short=CaM[more]
gi|49037408|sp|P62161.2|CALM_RAT1.067e-7775.51RecName: Full=Calmodulin; Short=CaM >gi|49037461|s... [more]
gi|49035754|sp|Q9GRJ1.3|CALM_LUMRU2.037e-7775.51RecName: Full=Calmodulin; Short=CaM[more]
gi|49035514|sp|O02367.3|CALM_CIOIN2.622e-7774.83RecName: Full=Calmodulin; Short=CaM; AltName: Full... [more]
gi|122063215|sp|P11121.2|CALM_PYUSP4.020e-7774.83RecName: Full=Calmodulin; Short=CaM[more]

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BLAST of EMLSAG00000006985 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_006565317.12.768e-7875.51PREDICTED: calmodulin [Apis mellifera][more]
gb|KFM82866.1|2.768e-7875.51Calmodulin, partial [Stegodyphus mimosarum][more]
gb|KFM63817.1|2.768e-7875.51Calmodulin, partial [Stegodyphus mimosarum][more]
EFX72807.12.768e-7875.51calmodulin [Daphnia pulex][more]
gb|EEZ98710.1|2.768e-7875.51Calmodulin-like Protein [Tribolium castaneum][more]
AHN56135.12.768e-7875.51calmodulin, isoform E [Drosophila melanogaster][more]
AFH08031.12.768e-7875.51calmodulin, isoform D [Drosophila melanogaster][more]
AFH08030.12.768e-7875.51calmodulin, isoform C [Drosophila melanogaster][more]
AAF58543.12.768e-7875.51calmodulin, isoform B [Drosophila melanogaster][more]
AAF58542.12.768e-7875.51calmodulin, isoform A [Drosophila melanogaster][more]

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BLAST of EMLSAG00000006985 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|290562365|gb|ADD38579.1|1.291e-10499.35Calmodulin [Lepeophtheirus salmonis][more]
gi|225712812|gb|ACO12252.1|1.959e-10498.69Calmodulin [Lepeophtheirus salmonis][more]
gi|827548976|ref|XP_012546645.1|5.231e-7775.33PREDICTED: calmodulin isoform X1 [Bombyx mori][more]
gi|534286076|pdb|3WFN|B1.752e-7675.33Chain B, Crystal Structure Of Nav1.6 Iq Motif In C... [more]
gi|521028958|gb|EPQ10746.1|2.118e-7675.17Calmodulin [Myotis brandtii][more]
gi|751234258|ref|XP_011170849.1|2.477e-7674.67PREDICTED: calmodulin [Solenopsis invicta][more]
gi|676260930|gb|KFO18269.1|2.625e-7675.17Calmodulin [Fukomys damarensis][more]
gi|122063218|sp|P21251.2|CALM_STIJA2.887e-7676.19RecName: Full=Calmodulin; Short=CaM >gi|313213583|... [more]
gi|913329565|ref|XP_013196268.1|3.447e-7675.17PREDICTED: calmodulin isoform X1 [Amyelois transit... [more]
gi|332223528|ref|XP_003260925.1|5.279e-7674.67PREDICTED: calmodulin isoform X2 [Nomascus leucoge... [more]

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BLAST of EMLSAG00000006985 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold415_size178368-snap-gene-0.271.458e-9688.89protein:Tk01168 transcript:maker-scaffold415_size1... [more]
maker-scaffold1746_size29152-snap-gene-0.47.466e-7975.51protein:Tk04496 transcript:maker-scaffold1746_size... [more]
snap_masked-scaffold324_size206069-processed-gene-1.142.669e-5760.14protein:Tk12297 transcript:snap_masked-scaffold324... [more]
maker-scaffold1202_size55818-snap-gene-0.134.906e-5458.33protein:Tk09187 transcript:maker-scaffold1202_size... [more]
maker-scaffold48_size466083-snap-gene-0.48.154e-5154.05protein:Tk05964 transcript:maker-scaffold48_size46... [more]
maker-scaffold1953_size24025-snap-gene-0.38.812e-5155.33protein:Tk10067 transcript:maker-scaffold1953_size... [more]
maker-scaffold1160_size58366-snap-gene-0.92.922e-4850.68protein:Tk08356 transcript:maker-scaffold1160_size... [more]
maker-scaffold641_size121017-snap-gene-0.213.639e-4852.35protein:Tk06981 transcript:maker-scaffold641_size1... [more]
maker-scaffold58_size443543-snap-gene-3.231.565e-4648.40protein:Tk00707 transcript:maker-scaffold58_size44... [more]
maker-scaffold246_size239296-snap-gene-1.312.476e-4650.35protein:Tk01937 transcript:maker-scaffold246_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s397supercontigLSalAtl2s397:377196..491552 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s397-snap-gene-5.15
Biotypeprotein_coding
EvidenceIEA
NoteCalmodulin
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006985 (primary cross-reference)
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
EMLSAT00000006985EMLSAT00000006985-702832Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s397:377196..491552+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006985-689751 ID=EMLSAG00000006985-689751|Name=EMLSAG00000006985|organism=Lepeophtheirus salmonis|type=gene|length=114357bp|location=Sequence derived from alignment at LSalAtl2s397:377196..491552+ (Lepeophtheirus salmonis)
GCTTGCTAGCTAAAATGACGAGGATTCATGAGTAGTAGTAATGTTTATAA
CGTGCTTAATAGTTCTGTATTCAGGTGCTTTGTTACAACCAGCATCCATG
GATTCGGAAGGTAGGGCTTTGATTTTAATTTAGTTCACCTATTTTGAAGG
ATGTAAAGTCACTAAATGTTTATACTTCTATAATCTTTCTATAAGGCGGG
ATCCCTCCCATCGAAGTTAATGCTTCAGAGTGAGTTTACAATAAGATAAT
AATATGTATTTCTAAATTCTACCTAAGCTACACGGTCTTTCCCCTGACCA
TATCTTATATCAATCATTGAGCACTTAAAGCTCAATGTAGCCTAACTCCC
TTTTGTTAACACTATGCTCCTTTAGCTCTGAGAATGATTTTTCAAATAGT
GCACCGGACGAATTATAGACTATGGTTTAGAATTTTGGAATCAGTATTAG
CTCCATATTCATCCGTAATTAGTTTACTGAGCATTTCATTTCTATTTTTA
TATACTTTTGCATTATATGCGTCTAGCAATTCAGTACTTTCTCCCGTTAT
GGGTTGCTCAAGGCCAAAGGAGGTCTTCCCTCCTTTAGATACTATCGTGT
CTGGCTTCATTAGTACTCCATCGACCTCAAAAATTAGCTCAGAAATTACC
CTGCCCCCATTTTTGGTAAGGTAATGCTTTAGATAAGAAACTAATTTATC
TGATAAATGCAATGCGTCCTGACACATGACTGTTGAATATGGTCAAAAAT
TTTAACCCTACTACTGTACAATTTACACTTGTTACCCCCCACGTCATCTC
TAAACCTACTAACTTTAGACTTGGACATCCATTACTTTACAAGTGCGTCG
AAATTCATAATTCGACACAGAATGGTTTATCCGTGAGCCATTTCCTAAGG
CCCATTGTGGAGAGTATTTATGAATTTTGGAGTCAACTGATCCAATAAGA
TTTTTATGTTTCTCCTTCTCATAATCATCTTTATGTAGAACATTTTTATC
AAAATATTTGAGTCTAACTTTATTAAATAGTCCTGGGTTTAACTTTTTAA
GTACCATTATATATTTATTATCCAAACTGCTTAACGTATCAATTCTTGCA
TTGATCGAAAAGCAACATATTTTCAATAGATTCATTAGATCTAGTCCACC
CCTCTTTACTTTTCTTTCAAGTTATCTTCCTTACAAAACGTCTTAGTATG
GCTTGAGACTTGTTTWGGTCTGCATTTWTTACATTCCCATTTGTCTGAGC
ATACAGGTACCCTGCTAATAATATTTGATTAAGAATTTAAAAAAATTGTG
TATCAGTTAGGCATGCTTGGTTTAGCCTTTTTACTTTTATTTAAACGTCT
TCTGGTACTGACGGTGTTTGGATTCTTAAGGCCGAGTGTCGGATGCCTAG
ATATTTATATACTTCATTAGGTTGTTTGTTTATTATTAATCTGTTATGAC
ACCTTCAGCCAAGGAACACTAGAACTACTGGAGAGGAAACAAAAATATCG
TGCTCATACAATTCGTGTAACTACAAAAAGGAGAAATGACTCGTATGATA
CATAAACATTGATAAATTTATCCGACTATTTGTCACAATCTNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTAC
ATTAGTATAAAATAGTATTAATTTCGTATGTAATAATAGAAGTATAATGT
TTTTTGTTATTGTATTGATGATGGCAAATATTTTATCTTCATTAAGTAAC
GCAGAATTCTTCCCCACAACGTTGAAAAGTTTATTGATATTTTAGGAATA
TAGGTAGACAAACAGTGATTAAATTTGCAATTTGTTGATGGTTTTTCAAA
GGATATTGTATAAAATACAGGGTAAATACTCAATTACTATTACCTATTAA
AAACTACAATAATACCCTCAACTAAAAGTGAAGTGATTCTAGAATATGAC
TACACATAGTGTTAACAAAACTGTAGACATAATAGGAATCTCTGATCATT
GCTAAAAGACTTGAACGTATCTCACTTCTACATAAGTTTCTAAGAAGTTC
ATTTCTATTTGAAGGTATTATGATAACTAACGGTAGCTGAGTATTAACTA
TTTTTATTTTCCTGATTTAAGGTCATATCATATTTATATATTTTTAGAGA
TATGCAGACATAGCAAGTTTTTGGATAATGACTGTGATATATATTCGACA
ATATAAATTCTATTCCTTGCTGGTGTTGAAGATCCTCTTGAGAAAGTTAT
ATAGCAGGGAGATTTCCCCATAATGTTCTCAATTTGCATATCATATTGAT
CTACTTTTAGACATAGTCGATTTGATTTCATATATACTCAAATCAAGTTA
ATAATTTTAATTAAGGATCTCAATCTGATCTTTTCTCGGATTTCTTATTC
GATGGGAGATTCTAGTTATATGTGACAAAACAGAAATAAGGAGATAATCA
GACGAAGAAACTGGCCTCTCAACTTTATGAATCAAAGTAGTCTGGGCTGT
AAGCAGCAATGGACGAAGTTGTCCATTGAACAGTGCATAATTTAAATGTT
TTTTAATCAGTTCGGGTCCAGATTGCGAATATCCAATATCCTTATAACCA
AACTCATCTGTACTTACAGACCCTGTCTCGAACGTATCTTTCCATTCTCT
GAGAATAGAACCTCTGTTATTACTATTCTCACCAAGTGATGAGTACGTAC
CACCCAGAATTGTTTTAGCTGTACGAGCAAAATCATTTTGAGGTCCTCTT
GCGTCATTTTATATTTTAACTTCCTATTATTAATTTTCATTTCATTTGCC
CACTTCGTTAACACACTATTCATGCCTTGTTTCCCATTTCTTTTATCACC
ATCACTTGCGTGATCTAATCTTACTTCATATGGGGTCCTCGAACTAATTA
CTTTATTGCTCTTACTCAAACGTTCAAACGTGTCTGTGTGCCGACCTTTC
ATAGAATTTCTGTAGTTATTATGATTTTGGTTAATATTCATGTCCCCCAT
ATTTCGATTTCTTGATATGAAGGATGTTGCTCTTAATGTGCTTTTGTTTT
TTGCTATTTCTGCGTATGATTTGTTACCTCCTAATTTGCCCATCACAGTT
TTTCTCTGCTATTAGTCTTACTTGCCTGTTTTTATTCAGTTTATCGCGTA
AATCTAAGCTCTTTGTCTGCATGTTCTTCTGCATTCTTTCCTAGGGGTTT
CATTGTAGACCATAATTCCACTGTTCATTATTTCAGCTTCTTTTCTGGTT
GTTATTGAAGAGGGGTTTCCAGGATGTTATTTTTCCTTTGTGTAATTTGC
TAGTATAACAATTATTTCTAGATACACCCTTATATCTTTAGGCTTCAGAT
ATACGCATTGTTTTTTACAGCTGGAAAAAGGCTGTGTATATTTTTGATTA
ACATATCTCCCAAAGTAAATTTACCAACTGAATTACAAGCCCGAATAACG
TCAAGGTAATCATCTTCCAACACCTTATCCATCTGGCCCCCGATATTATG
GAGGATAAACCCTTTAAGAGAAAATGTCCAAAGAGGACTTAAACTTATAA
CTAACTCATCAACATTACTCGCCATTATTCATGAGCAAACATATTCGTGG
TTGCATTTTATTGCTTATACGTATCCTAAAGAATTTAAATTATAATGACA
ACACCTTTAGAAAACAAAACAAAAAAACAAAAACAGGTAGCAACTTCAAA
ACCTGGACCATGTTGCTATCAGGGGCGTCCGAAAAATTAAATATATTTTT
TTTTTCGGGGGGGGGGGGGGAATTTGTTATGGATATTTTTTGAAATTAAA
TCAAAAAAATTTAATTTAAAAAAAAAAAAATTTGAAATTCTTTTGGGAAA
AATATCAAAAGCCACTGTTATTCACAAAAAAAAAAATTCAAAGAAAAAAA
TCTAAAATTTACATCTATTCACATAAAATTCATTATTTGGGAAAAAATAT
TCATAAACTCAATTACAAATATGACATTTTTTCAAAAAAAAAAAAAAAAT
GGATCGGYGCTAKAACTGCTCCAGCCCKCCRCTCGMGAACGCCCCTGATT
ATAATATTATTTTCATCTTTGGTTGTTACTGTTGTGTTACTGATTGTTCC
GAATATGATCATTGCAGGAATTTATTCCAACTGTTATGTTACTTTCTTTT
CTCAAGCAAAAGTTGCAACCCTAAAGGTTGGGTACCACATCTATCATGCG
TACACAGGTATATACCAGTGATGTCTTATTATTGATCTTTTTGGGATGTC
TGGAAATCCATAATGTTTTAAGAATTATCAGGAATTATAGAAACAAATAA
GTTTTATATTTCCGTTTTTAAATCCTTTAAATTGACATTTGTTCGTAATA
ATAGCAAAACATGAACAGTATCATCTCCTGTTCGATTACAAAGCTGAGTA
GAGAAAGTACCTCCGTCCCGTCTCCTACAAATGAAGGAATTTTTTTATTT
AACTAGATGAAAACAGAATGAAAATTTTTTCGCTGAAAAATGAGTAATTT
TTTTTTTGAAAGATTTATTTTCTTAAAAATAAGTAATCCGGGAAAATTAT
GCAGCTGAACAAAAATTTAMTATTTGAAACTTTATTCTGAAGAATATAAT
TTTTTCTTAATAGCTGTAGATTTTTCAAATAAAAAAAAAATATATATATT
TGAATTCTTATTTGAAAAAATGTTATATTTGAAATTTTTATGAAAAAATG
TTATATTTGAATTTTTTTTTGTAAAAACTTTTATTTTTGAATATTCTTTT
CAAAAAGNTTAAAGTTTTTGTGAGTATCTATGTGTTATTTTTTGTTTTTT
TTTAAATCCTAAAACTAAGCCCCCCCCCACCCAAAAAAAAACTAATCTTG
GGGACGCCCCTGTTATAATACTAGGGATGAAGACAAGAGTCTATAAATTT
CCCGAGAATTGCTAAAAAATTATCGGAAATCGATTAAAAGAGTTGCTTAA
AATTCCTAGGAATAATTGAATCGATTATAATTCCTGGGAATCAACACTAG
AACTTTGCAAATACTAGTCTTCAAACCTCAATAAATCTCCCTTTCAAAAT
AACGAAGTTCTGTGGTTTAAAATGTTTTATTTTTAGAAAGGACTAAATAC
ATTTTGAAGGTATGAAAAAGACTAACATGGCAATTTCTCTCTTCCAAACA
ATAAACATTTTCAATTTTCTTATTTTTTTAAAAACGGGGATTACTAATTA
TCTCAGGAAAGTAACAAAAGTTTAAACCTTATTTTTTCATTAAAAAAATC
AATTTTAGGGTCTTTTTTAAATGAAAGACTTTATCAACTTTAATTCCCTT
TTTACTAATTTTTAATCTTATTATGTATACACATAAGTCCAGTGTCTCAA
AATTCAAATGAATATGTAATATGTTTGTATGAATAAAAACACGATTTTTC
TTTTTAACTTTTATAGAAAATAATTTTTTTCTCATTATTTTTTTAACGAA
TTATCTATTTTCTTTGACACTTTGGCATTTTATTCAGAATCAAACCATGT
ATTTTTGTAGATTTTTACACTCTTACTTTCTCCAAGATAACTAAAGATAA
GGTTTCATGAAGGAAAAAAAAAGGNAAAAAGATTATCTTTATTTATAAAA
TATAGTTTATTTGTGTATCTTTTATGGGTGCCCACACCGCTGGGCAATTG
TAGTTTTGGTTTTTTTTTTCAGGTGCCAATAAATTGGAATATTGGATTAG
TAGATAAAATAATGTGTGTAGAAATTTGTCTGAAAATTTGTTTGCATATA
AGTTTGACAAATAAAAATTGCTATTTATCTAATAAATCCGTCATTTTATC
AATAGCTTAGATACAAAGTTGTATGTCATATTTACACAATATATTAAAAA
TCCTCAAAATTTTATTTTCCATAGTCTCCATAGCAAGTTTAGTTATTTTC
TGCATTGTACGGCCACAGTCATTGATAAGATGAAATGGTATTTCCTCATC
TTCTTCACAGAGTCGACAGATTGGGTTCAGGGTTTTACTCATTTAAAAAC
AAAAATTCTATTAAGTTGTATGTGGCTGCTCAGGWTAGCCACTATACTTG
AGATTTGTTATCTCTTGTATTTGTAAACTTACGATCCGATGTACGGCTCG
ACGATAAACTGTTAAGATTTGCGACAGCTATCCAACACTTTCCAGATAGT
TCGCCTCTCATTCAAAGTGCTAGTAACATATGTTGAGCTAAAGATAACTT
AAATTTATCTTTATGATTGTTAATCTTAAGCATTTTTTGTCGTGCGAGTT
TTTATAATGTTTGTATTTTTTATTTTATTTTCCAAAGCTGTTATCATTAT
TTTTTTGTTATTCTTGAGAATAAAGTTTTATAAAGAGTGTGTGTGCTCAT
GAATGAAGGAAAGTAAGTGTGATGATTCTTTTTGGGAGTTAAAAGTGAAA
AGCCCAGTTGGGATCATTACAAAACAGATGGTCGAAAACGGTGTAATTTC
TTCCTACGTCCTAGTTAGATACAAAGTTTTTTTCTATCATTAATCTCATA
GCTACTTGAAGCGAATCTAATAAAACGTCATCACAGCTAAGATTATCACC
TACCCGAAATTATTCTTACTATTAGAATTCATCCTAATCTTTTAGAACCA
TTTTTGCGGAGATTTGGAAAAAAAAATATATCTTTGTGATTCAATGTCAA
TTTTATTTACTTTTTAAAATTAAAAGATAATAATTATCTATAAAGTAATT
TATTTGAAATGAATTATATTGTTATGATAAGTAGAAAACTATTGTTAGGC
TTAAAGCTAGAGTTGAAAATCCTAAGGTGTTTTTAGGGTGCGAGTTATTT
TGTTTTTGCCAATTTGAAGAGTGTTTTATTTATTTTCTAAGCTGTTATCA
TTATTAACTACGGAACATATAGGTATAAAGTGTAACAACGAGTGGATGAC
GGAAAGTAACGCTGAGGAGCTGTAAGACTTATTGTACTCGGACTAGAATT
AAGTATTGAAAACGGATAGTCCCAGCCTATGTTATTGCTTGGTACGGAAT
GAGGCTGGKATTGATTTCTTTACTCCCATAGCTATTTGCATATAATTTAA
TGGAAGTCATAACAGCTGTTCTTCTTCAAAAATTTCTTCAAATTGTCAAG
GTACCACGTTAATTTTCAGTTTTTTAAAACATATCGTAACTACTTAAGGT
TTATAAGCATTTTCATCTTTCTCACGGGAGGTCGGCCAGGTAGGGTAAAT
ACTTTTTATATATATTTTTTAAAAATTGACCGGGGAAACGAATAATTTGC
ACTTATTATAGACCACATTGGCAGCAACAATAGTTCTAATCAAATTAAAA
AGTCCTTAAACACAGCCTTGATTTAGGTCAGAGTTATTGTAGCCTATTGA
TTGTGATTTTTAGGGAATCAATATTTCGGTGACAAGGTCAACAGGCTTTC
TTCTCAATTTGCAGCCAGAATGCATAGACCAGRGGGTTGAAATYAGGTGG
TGTGGGGGGGGGGGGGGCTTACAWAAGCATAAATTTTTACAACAAAAAGG
GGCATATTATGAAATTGTTTCGTATACCTAGAAGGGAGCAGAAGATTATT
TCAACTTTTAATAGGAATGTGATGAATGCATACGACGAAGATACTCCAAA
AGGCAATGTAATTGTGAATCATAGTCACAACAAACAATTTCAATTTAAAG
CTTTACCTGATACTGAGTCACCAATCACGAATATTTCTAAGAATATTGAG
GATAAAAATAGTATTCGATGGAATGAATCTTATCATCCCTACAAACGTTT
TTAGTCCAGAGAGATAATAAAAAAAAGGCCAAAACTATTAGTTAATTAAT
ATTAATAAGGGGTTTAAGGGTTAACTAGAAATAGGTTGTATTTTTTTATT
TTTCGGTGTATAGTGTATATATTTGTTGTGATCATATGATTAAAAATAAA
TAAATATCCGAATTAAGAGTAATGAAGGTTTTCCTTATTTAGGGGATTGG
TTCATTCCTAATAATTTGGAGCGTATTTTACTAATGAGATGTTTTAATTA
TTCACAGGAGGATTGTTAAAGTTAGGATGATTTCCTTTTTATTTTTCATG
AGTTAGTAGGCATTTGAGACGAAAAAAAAGTAATATTTGATACCTAGAAC
CGGACAATTTTTGTTTTCTAATTGAACCTTCGATCTTTAAATATTTGGCC
TTAAAACCTGCAAAAGTAATAGTAAAGGCCTAGTGATCTCATTTTCTATC
TAAGCTACTCTAATTTCAATCAAGGGCCTTTAGTATATATAAACAAGATT
ATATTGTATAATAAATTTTTACAAAAGTTGGAAAAACTAAATAATTAATG
ATGCTTCAATGGTGTTTGAGGGCGAAAAAATTGACCAATGTTGAATGCAG
TGTCCACATGGACTGATATGTAAAAAATAATCTCAAATAAGATGTTTTGG
AGTCTTTATGTAACAGATGGAAAACAACAGTTTAAAAAAATATATATAAG
ATTATTTTTTTTGAAATTACACACATAAAAACCCGAATTTACCTTTGATT
TTCTTTGCATAAGCTTCAGAACTATAATTTTGGAGCGTTGTGAATTTTTT
TATCTATGAAAGAGTAATTCAATTGTTAGATGAAATTTTGGGGATCGGTA
CTTTCAATATTTCGGTTAGAAATGCGTTGTTATTATTTCATCAAAGTAGA
TTTATTCATATCTTTAAAAGTTATTTTTATGTTTTAGTTTTACTTTAAAA
TTTTCAGGTCGCATATTATTTTCAAACGAGCTATTCAAATATTTGTCTTG
TATCATGTTTAATGCAGTATTAATGTGTGGTGTATGTAAGTAATCTATCA
ATATATTTTAGCAAGGAAATATTTTTTTATTTATAAGTAGACCATATTGT
GTACATTTAAAAACCCTGGACATTGCAAATATTTTTTTATTTATAAATTA
ATGCTGACTGTACTTTGTTTTTATTATTTTGTTGTGCCTTAAATAAAATG
ATATAGGATTGTATAACAAGTACCAAGTAGTCCATTAAAATATGAACACT
TTGTATTCTAACATTCAACAAGATATAATCTATTAACTAACAGTAGAATC
TCACCAAATTTATACTATAAATAGATGTGGGTCTTAGCTCTCTTAATCAT
TAATTTAGCTTCATGTGCGGCAATGATGGCTTTCAGGCAGCGACTTAAGG
ACTGGTACCCCGTAGTCCTCTGTCACGTCGTCCCATTGCTGGCTGGCTGT
GTTTTGATGGCCTTGGTTTTTGGATGATAGCTGTAGTCGAGGGGGACGGC
ATCACCTCTGTAGGGGGCCAAAAGTATCAAAAAATATAACAAAATGACTC
AAAAGAGTTTTGAAGCGGAGGAGATGGGTTTCTTTCATTGGAGATGCCAA
TTTTGACMCCTCCACTCTCACAAGGCTCTTTCCATCCCCTTTTTTGATAG
ATTTCTGGACAGTCTGGTGTGAATCCTCGAGATATCTGGCTTGGGACCTC
ATGGACTTGTGAGGATTGGCTTGGGCTATTTTCTTTAAATCCTTTGGGTC
CAGTTTTGCCTTTTTTAACGGAGCATTTCTTCCTTTCCAACATTTCAGAC
TTGCTGAAGGCGTAGACGGTTGTCCTGGAGACACTCAACTGCTTGAAGTG
TGTTTACGCCAATCACATTCATGTGTCATTTTCTCGACTTGTATGTAAGC
TAGAGAGCTCTGGTTTGTCTTGTCTTTTTGTTTTTTTTAATAAAATCTTT
GTTTTAATATATCGAAATATGAATAAATTACTATCTCTCAACTATTATTA
ATTACACTGTCCAACAGGAAAAATGGTACAAAAACAGTATATGACCAACT
TAGTACCGTTTGATCCCTAATTCCAAATATGGCCTTACTTTTTCTCTCAT
AGGCTTAAAAAAAGGCCATAATTTTTTTGTTATTTTGGCTATTTTTATGA
TTCAAAGCTGTTTTACGCACTCGGTGTTGAAGATATGGATAAATTATGGT
AATATATTTTCAAGCCGAATGTTAAAAAATTCTAAAACCATTTTTAAAAT
GTCTGCATAATACTTTTAACTCGAGTTATCCTTGTTTAAAATGGAAAATA
GGTACTTTTTATTCAGAGGCTCATAGCTTCAAGACGAATAGATTCAAAAA
GTTTAAAAATATTACATTCAATAGCTAAAAACTTAAAAAAAAGAGCCTCC
CAAAAAACGCTCTATATCGTTGTCTATTTGAGATAAGGCCACGACAATAT
TGCAAGGGAATTGTTTCTAATTGTTTTTAATTTATCCCTATCTTCAACAC
CGTGGGCTTACAATAGCTTTGAATCTTAAAAAGAGCCAAAAATAGCAAAA
TAATCATGGCCTCTTTCTGAAGGCTATGGGAGAAAAAAGAAGGCCATATT
TTGAATCAGGGGATCAAACTGTACTAGGTTGAGCATATGCTGTTCTTATG
CATAAAAAAAGTGTGATTTTGTTGGATAGTGTTATTAAATTAGTTATAAG
TGTTCAGATTTCAATGGACCACTCGGTAGATATTCATGAAATTTGTCACC
GGACCAATACTTTTGTACTTTTCGTTACTTTTCGACTAAAAATCTATAAC
AAAAATATCGTTAGGGCAATTCACATGCACATACAGAGGTATTTGCAGGA
CATTTCTTTGGTTCGGACGGTTTTAAATGCGTCATTACCCCACTACCACA
ATAGTTAGGGTTGCTATACGCCAGTATTTTCGGTATGTAAAAAAAAAACA
CGAAAATTAACATAGTAAACCTTACATTTTGATTAATATTTGTAAGAAAA
GCTCCTCAGCTGTCATGACATTTCATTAAATTAGCTGCGAGCAGCTGCAA
GAAGAAATAAATAAACAAAAGTCCCACTCTGTATCAAACAAAGACATGGA
CAGGAATGACTCCGTTTTCAATCCTTAATTCTACTTGGAATAACAAGGAC
TTACACTTATAAGTAGTTCTACATATCTGGTGTATTATTTTGGTCGCCTA
CTTTTTTGGAGCTCGTAATCTGAAGAATCCATTTTTTTTTTACAGCTGTT
GTCATTATTATGAAATCAGTTATGGCAAGAAATTTTTTTGGTAAATGATT
ATGTTGTTTTTTAATATAACATAGAGTGTAAGGTCTTAAATAAGTTTATG
AACTTTTTTAAAATTAAACTCCTTTTTTTGCCAATTATAGCAAAAAAATT
AATGATGCACATACGCAATATTGGCAACACGGCATCATAAATTATTAATG
TTACTTATACTTTCTTTATTTGTTTAATTTTTGTCAATTCTATACATACA
TATCTCATATAATGAAATCAAAAAATCTATAAAAGACCATGATGATATAA
ATTCATACATTTTACTTTTAAAAGTACACTAAATTGTAAAGATAAGTATA
TTGTTTGACTATTACATACTTTACATCTTAGCCTTCTTTTATTTTCATCT
TCAATACTGAATTTTTTTTTTTATCAAATCGATATTTTGGTGTATTTAAA
GCCCTATAAATATTCTTGCCTTGAATTTTTTTTGGGGGTTGACCATAAGT
CGAATGATAGGGATTTACAATACAACGTGTGAATTTTAATAAATCTCCTT
CATATCCACCTTGACGAGTAAATAACCATGAATGATTGACACTTACATTC
AGTAAATTACAACATATAATAGGAAAGTMCCATTTCTTCCCACGTATTGC
TACTCTATAGTGTGAGATGTTTTCATCCATTCTGTCTACACCCCCCTCCC
CCATATGATTATTATATTCTTTAATTAGAGATGGTATACTTATATTAATT
CTCTTCTTATCCTTAGCAGGAAATCTTACAGCCTTTTTGATGGGTCTATT
TCCATGTTGATTAGATCCAACATGAACGAGACTATTGTAATTCTATATAG
TACTAAAATATTATTATAACTATCAAAGAAGTATTTCACATTCCCACTTT
AAGACTTTAAAAAAGTGTTTTACAGATGTGAATGGACAATTACCAATTCT
ATTTTTGAGATTGGTTCCGGTACCTCCATGTCCCCTGTTGATTCATTTCT
TCCAATTTGAGTTCAATAAAATTTTGCAGAGGACGGATCTTTGAAAATTT
GTCTTTTTTATCTCATTTGTGATTGTCTGAAGCGTGCAAATATCTCCTAA
TTTTTTCAAATTTATTTCTTCTCATTGAATTTTTGACAAGTAAATTAGAG
CAGTCCGGTTCATTTTCCCAATACATCCTTCTCCTTGAAACAGTATTGTT
GTAGCCTGATAGTAGTAGTATTCCAATGAATACCCTCATTTCGTCATCTG
GAAGGTCAAATCTATGATTCATCTTTTGACTTCCATAGATTACTGTATAT
TTTTTTAAATAATTGAATTTCTAAATTTCCAAAAAAACAATTCAAAAATT
TAGTGAGGCTTATGAAGAGTATCGCAATTTGTAGGGCCAAAACTTTTGTT
TAATTTAGTAGTTGGAATTTTTAAGTTTGTATGAGCCCAGTTGGATGAAT
TGTTTGACTTGCAATTGATAAAGGTTGAACTATACTAGATACTCAATTTT
GGACGTGGATTGGTGAGACCAATGTTGCGCTACATATCAAATGTACAAAC
TTTTAAAGTAAAAAATTCATATTTTCTTTTTTCTTTTGAATAAAAAAATA
AATATACTAATGAATAAATAGTACTGTAGTAGGTGTGTACAGAAAATATG
AACAATATGTATTTAATTATTTTTTTTTTCGAGAAGCCACAATTTCACTA
TAAAAGTTCATTTTTCAAGAACAAAGGGAATAATAAACCGGATTATCTCT
AGAAATGAAGTACTTTAAGGCATCAAAACAAATAACACTTTCTTTGTTAT
AGAAATGATCTAACAAAATGCATATAAATAATACGTAATTTATAGATTTT
TGAAAAATGGGATGATTGGATATTTCCATATATTTAGTGTAAAAAAAGAT
ATTTCCATGATAACAAACTCGTTTCGGACTTCGTTTTAAAGCGTTTGGTA
GTCGAAAAAAAATAGTGATCCAAACTTAAAAAAAAGATGCTTGTCATTGG
CATCTTACCGGCCATTTTTGAATAGTGTGTACCACTTGTAAATATTTTTT
TTACTTAGAAAATGGGCATAAATGGGGTAAACTCCTGTGTAGTAAATTAT
TTTTTCCAACGTCATTCAATTATATTCGTAACTTATTTGAACATTAGTGT
GTGCTCATAAAAGACAGACCTTGATGATTTATTGCAATTTTTTAATTGTA
AGTCCTTTTTGGACTCAGAGTAACATTGAGGATCGACATCGGAGTAATTC
TTGCCTATGATCTTGTTTTCGACTTCTCCCTCATCTCTCGTCACAGCTGA
TAGTAGCTGATCTTAAGAAACGTCATGACATCTCAACTGTTCTCTTTTAA
AATATTCTTTAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNCTTGATTAAAATTCATAATTTGATGTTTTTTCCTCAAGAAT
GAATGAATTACAATATCCAACAAAATCACACTTTTTTTATGCACAAGAAC
AGCGTATGCTTAACTTAGTAAAGTTTGGTCCCTTGATTCCATATATGCCC
TTTTATTATGCCCATATTTAGAATCAGGGGATCAAACTCTATTTAATAGA
GCATATACTGTTTTTGTACCATTTTTGCTGTTGGACAGTGTAATTAAAAT
TGATTTTAGTTTTTACAAATAACTCCAAGCAATGCCTCGTAAAATTGCTA
GTTCCTTATCAAAATAAACTTGAGTCTAAGTTTTTGAATATCTAACACAA
ATTCCAACTTTTTTTTGCTGGATTATTTGCTTATAAAAATTATATTTTGT
CTTATTTTTACAAGTTTAATATTATAATTAACATAACGGAAAAAAATATT
TGCTGTTTAAAAGCGTCCAGTACATTAAAGATCACAATTTATTTAATGAA
ATATATAAACGTGATTGATTATTCATATTGGAAAATGTTTTTGGCTGTTA
GTCTGCTGCTCATGCTTCAAATTTGATACATTTGCAATTGAAGGTTTAAA
GGGCATAATACTTCATACACGACTTACTAAAGTAAGTTGGATTTTTTTGG
TGCTCCTAAATGAGGAAATATAAGTTATGCATAGATATAGTAATGGAAAA
CGGGTGCATTTTTAGGTCCCGTTGTGTTGGAGTTTGTAAACTGAAGAATT
AATTTTCTTTTCCTAAGCTGTTGTCATTATAATTCAACTCCTGAGTAGTG
TACTTTCTTTTCTATAACATACAACAGATCATTTATACATACCAAACCAA
ATTATACGTTTATATATGCTTATAATGTTAGCCCTTACGATTTACGATTT
GTTTCATTGTTTTAATAGTATAGTGTCCTTGTTACTCTGAGTGGAATTGA
AGATCGATATCAGAGTCATTCTTGCCTATATATATATAATTATTTTCATC
TCCTTTCGTCACACATGCTTATGGTAGTTCTAATGGAATATCATGGCAGS
TAAGCTGATCTTCATCAAAACATTTTTCAAATTGTCAGAGTTACAATGGT
CATTTTAAATTTCTCTTTTTAAAATGGATTGAGCATCAAGTGGTAATTTG
AATTTTAACAAAAAAGACTACATTTTGTTAAATATTTCAACCATATACAT
ATAATCATTTTTTTTCTTATTTTTTTTTGACAACAACAACAGTCGTTTAC
ACGAAATATTAAAAATTTGGCAACAATATTTTATTCAAAAGTGAAGTCCA
CCACATCCCTCTGTAGTTACGAATCCGTATAGTCTATATATTTGACGCAC
ACTAATTGCAAATCAGTAATTAGTTTTCAAATTAACAATTTGGTCGATGA
GTATTTTTAATTTAATTTTCTTGGAGCAATTTTTTTATAAGGTTGGAGCT
AAATATGATTAAGAAAAAAATTATGAATCTAACTGAAAATAAATCATTTT
CTTGAAAAATTTAATACTGGCTCCAAATATAGGTTTATATTTCAAATAGG
ATTATAATCAATCCTGGGGAAAAAGCAGATAACAAAAAACTCCTTTTTTT
AATAAAGCGTTTGGTTTGGTAAAAATATAACCTTGGTTTTTCTCTTTCTT
TCAAAAGTAAAATAGGTTTATTTATAGCATAAGTAATTTAGCTTTTATTT
AAAAAATATATATATTTGATTTTTGGGGATCTATTTAATTAAACTAAAAT
AATATATCTATTAATAAGTATTTCTTACTTATCATGGATTTTTTTAATAA
ACTACTTCTATTATTTTTCTACATTTTGGAGAATTCCTCTTCCAGATGGT
GGTGCGTCTTTGACATCAAAATTATCAGAATATAAACCAAAATTGCACCT
GAATTACTGCTAAAGTATCATTACCATAAACACTATTCGGATTTGTAGCT
GTCTGGCTTGTTTTTTGCCTTTATCGAAGGAAAACTGTACAATATGGCGT
ATTTTCTCATTACTGGTGTTCATCATGACAACCGCTCAAACAATACTGAG
TAAAACAATTACATAATTGTTTAATAAGTTTTTTTAAGTACGTAATCTTA
TCTTTCTAACACCATCCTGCGTAAACCAATCATATTCATGCAACGCGAGA
TACACATTACTAAAGCTAAGTATTGGAAAAATAATGGACATCTTTATGCT
ACACATATTATTAATTCAATCTTATCACTGACAAAAACCTGGCGAAGTTG
ATGTAAATATTATATAAAAATTCACATTTATATTACAATTTATATATTTT
TGTTCTCAGGGCTTTTATTTGTGCCATTCATTTAATTACATTAAACTAAA
CATTAAATGCATTAAAACACAATACCTCAAAAATGACATCGATAGACAGG
CAAAAAACAAAACAAAACATAAACTCCAAAATTAGGGCATTAAAAATTCA
TTACAAAAATACACCATAAAATAATTTCAAAGAAAACACGATACAAAACA
TAAATACAATTTTTTGCAATAGACGCCACTCCATTAGTGTAAATTTTCCC
TTGCATTCTCATAGTATACAGCACATACTTGATTTTTACTAAAAAGACAT
TGACCTCTGCAATTAAAAAAGGTTGGAAAATCATCCCTATTAAGTCTACA
CCAAAGGGTATTCTCCAGCAAAAAATTCCACCCTCTACATGTTATTTAAA
TCAAACAGTTTTCTATATATGAACCATTTCTCTGCAGACATTAAAAAAGA
ATTCCTAAAAGTCATCCACCATTGAAATCCTCATTCTCAAGGAAATAATT
GGGTGCTTTACACTTTTCCACCAGGGACGACAGAGCAATGCAGCATCAGC
AGAAATGTCCAATCCTGTACTCTTTCCAGTGGATAAATACATTCTATTAA
TAGCATTCCCCACTCCTTTTTAGACGACAATTTATATTTGTCAATAATAT
ATTTCATGCATTTACATGGAGATATCTCACATTTCTTTTAAAAAAAAAAA
AAATCAACAACAACATTGTCAGCTGTCAAATTTCTGCTTCTTTTCCACAT
GTTGCTAGTTCTATCAAGGTTGACTGGTTAAATTCAAATTCGTTCTTGGT
AAACTCTTCAAAATTCCCAAAAAATATTAATTGTCAATATTGTTAATTTA
AAGTAAATATTCTAAAAGTGCCGGATTTTGTTGTTAAACGTTGTAGGTAA
TTTTATTAAACTAAATATTAAATACTTACTTATTAAAGAATCATTCGTCT
TAAAGTTTTTTTTTCAAGAGACTAACTTTAAACAAATAACATTTTTGTTT
GGAAAACACGAACATTCTATTTCACCAAATTTGTTCAATTTTAAGTCGTG
TTCTTTTGCTTTTATTATTTCCCTTTTTTTTTTTCAATTGAAGGTATCTG
CATTGTTACTAATGTAATATCAGCTGTTATTTTATATATCACACTCAACT
TTATCAATATTAATGAGTACAATTATTTTATCTATAATTTATAAAAAAAT
TATATAGTTGATTTTATATATTTTATTGTTTTCAATTTTTCAAGATTTAA
AGAATAAAAAAAACAGTTGTCTCTCCAGAAGACCTGGGCCTTAGCGGTGT
AATGAAACGAAACTCTGTTTTAAGATAAAACAAAGTTGTCCATGAACTTT
TCTTTGGCATAAGGTAGCACTTTCTTATCCAGAAGTTCGATATAAACATC
TGCATTGAGCCGTTCTTTCCTCTCCCCAAAATGTGAAGGCAGACTTCTCC
TGTGRTGGCCACTATATTTTTTGTTTTGAAGACATGTCTCACTGAAGCTG
AGACAATGTTTGGATATTCAGTTCTGATGTAGCGGTTGTTTTGCTTACTC
ATAATGGCATCAAGTCTGAAATTTTTTCACCAAAAAAGAGCAAAACTTTG
TCCGAATTTTTGTTGTTCTTTTGAATATTTAGAATCTTTTTTCCTCTTTC
TAACCGTCGCAGCTTCCTCTGTTCAGAGATAGTATGTATTGTTGTCTTCC
TCGCTGATTTATACCAATGTCATTCTGGATTGAAAATAATAATATGTGTA
ACACTAGATAATATCGACCCTGTGTATCTTGTTCATACTCCAAACTAACA
TTGTTAAGATTAATTAAAAACTAATAATGAATTTTTTCTCCTTCTATTAA
ACTCAAGTAAGTATTTTGTGCTAAATTTTAATTGATAAATACGAGTGCAA
AATCATAGAAATTAAAATAACGCAATTTTGAATCGTTGTCGATTATCTAT
GGTTCTATAAAATTCTTTAAAACTCAGACTAACTTTTCAACCTAGTAACT
AACTACGGTAAAAAAGGTTGTTCCCTAGTTAAGGTATAAATGAAAAAGTT
GAATTTCACAGTATTTATTATTTATTTACTTCGTGATCCCAATATTTCCC
TGAATCCTGCGACTTAAACAATTGATTTCAGCTATCCCCCTATAAGAAAA
TTTTCGGGTATGACCTGGCCCAAAATGGGATGTAACCTACTACCACTATT
TAATCATCCCCTTAGATCCCATCACAACCCCTCGTTTACACCTAAGTGAT
GGAGCAAAAATGGGATGAAACCTACTCCCACAACCTACATTTACCACCTA
TTTTACACAGAAAGGCCCCGGAAATTAGAGGTTGTTTCGGATTTCATCTT
GTTTCTGGAGTCGGTGGTACCCGAAAGCAGCCCCAACTTTCTGGATATAA
ATTGAGGTGTTGGGAGTGGCCTATGAAGGTGGCGAATCGGACGGTGATGG
GTATGGGTTTCATCCCTTTTTGGAACCCAGCAATACATGAAAAAATATCT
AATTTTGGGGTATAAACGAAGTGTCTTCAAGACGCTCACCTAATAATTCA
CATTTAAACATAATTAAATATATATAATAATAATTGCCTCTTCACTCGTT
CAGTATAAAAACACATCTCCTTTATTATTAGCAATACATGTATAAATAAA
TAATAAAAAGGATGAAGAAACATATCATCACAAAATGGTAAACTATAGAA
AGTTATATGATAAAAGACTAATAATTAATAATGATTATACGCGGCACATA
AGGGGCTATAAGTCTTGGTTWTGTTGGGGGGGGGGGGGTGAGTTAGGAAT
GTCTATTTTATATCTATCAGAAAATAATTGAAAAAATAAGAATATTAAAT
ATTTATTAACCTAATAACAACAATTTTTTGTTGAATTAATTGGGGGTAGT
GAGAGGGGCTTAAAAGTAATTTAATATTAACAGCAGTGAGTTTCATCTCA
TTTTTGGGCCCGGCGTTACCCGAAATGGTCCCAAATTTCGATTTATAAAC
GAGGTTTTGTGAGGTGCCTTACTGTTAGTTTATGTAGGGGTGGTGGGGTA
AATATCTTGGGTGGGAAATGTCTGGAGTGAAATGTCATAGAAACTGGTTT
TCATATTTTGAAATGTAATTTTTTCCGGTCGACATTGTGTCTAAAATCGA
TCTAGTGCATTTTTATTTAAATTTGTTATTGTATTCAGATAATCAAACTA
TAATGTGATAAGTATGACTAGCCGGACGTGTAGGATGTACTAGATCAGGG
ATTTTTAGCCTTGTAATAAAATGACCACATTGACACTTGAAATATTTTAA
TGGGCCAGATAATCTATTAAGTTAAATTTCTTGAAAAATGGCTATATAAA
ACAAATCTATTCAATCCAAATTTATTTCAATTTTAGACCAAATATAAATA
AAGGCCAAGTTTAATTTATCAAGCCAAAATTACTTTAAAAAAGTAATCTG
GCAACCCTGTTAGAGTCTCAGAAAATACAATATACCGTCAATTTTTTTTG
AATGAATGTACGTATTATGAGGGTTGTACGCGTTTTGATGATATTGGGAC
AATTTGGCTTAAAAATACTACTTTAAGTGAGAATAAGTAGTGGTCCTCAC
ATAAATAGTCCTATGGGCCGCAATGTTGACTCCGATCCATAGGTTAGACA
TCCCTGCACTAGATTATCAAATTGCTTGTATTCAAATTGTATTTTTATCA
AATCTTTAATGATCAAATTGCAGGCAATTAATTGTTTAATACTCACGATC
ATTTTACATGTAAATGAAGTTAAAATTACCATTGACCACTCTATTGGAAA
TTTTATGGATTACCTGGGCATTTTGCACATTGCCTGCTCTGACGGGGATT
TTCCACATTGCCCGTAACATATATGTTATGGGCAATGTGTAAAATGCCCA
TTAGAGCGGGAAATGTACAAAATGCAGTCTATAAAATTTCCAATAGAGTG
GTCAATTTACTTTTATGTACATTGTGAGGTAACATACTTTTAAAAAGTTG
GATTTTTATACAATTCACCTCACTAAATTTGTCTACCTGCGTCCTTTAAA
AACAAAAACTGCTAAGAAGGTTTCTCACCATTTACTTCATATCTTTAGTA
ACAAGGGAGCACTATAGATATTACAAAGTGACAATGGTAGGGAGTTTACT
AATATAACAATTATAGAACTGGTTACGATGTGGCCAGACTGCAAACTTGT
GCATGGAAAGCCCCGTCACTCACAATCTCAGGGATCCGTTGAGAGAGCCA
ATCGAGACATCCAGGACATTCTTATGATGGGACAGCGTGACAATATGACC
AATAAATGACCTGATGAATTCTGGCTTATGTAATATGCAAAGAATCGCCA
CTTTCKCTCCGGTATCGGGCGAACTCGATACAAAGCAATGTATGCCCATC
CAATACAGGTTACACTTGAGAGATTTCATTTATCAAAGGAGTGCAATATG
ACCATAGAAGAACAACTGTTAGAGATATGTGGAAATGAAGACAAGGAAAT
GCCCAAAGTGGAGGGCATAGAGAGAATACCAGATATTGACAATAAATTTG
TATTCTGTCAGCAGCTTGTTACTGGACAACAAAAGTGTTTCATCTGAGAC
TATAAATGCCACTCTTCAGTACCATACAGCGTTGCCCTGTGTGGAAATGA
CGATGATTTGACAAATATAAAGTGCTCGCATTGCCAATCTGCTGAAGAGC
TAAAAAAAAAATGAAGCTAATAACTAACATAAAGAGCAAGCTAACCAAAT
GATGCAACTCTCCTCACGGTGGTTAAAGGACGCTGAGGTAGGACAGTGTG
TCAAAGTCCCAGTTTCAAGCAAGGACAGTGGAAAAACAGATCCCGCATCG
TCTTGGGAGTTGTAATGAATGTAACAGAGACAGGATATTATAAATTAGGC
ACAAAATATGGCGTCTTAAAACAACTCTATATAAGAAACCAATTTGAGCC
ATGTAAGGAGTCATTCTCAAGTATTAATGAAGTTCAGAAAGAGAATAAAG
TCACTTGGCGACAGACCGCATCAAGGATGTAGGATGGAAATGGACGGACA
AGGATTTCAGCAGTACAATTGCACAAACTCCAGCCGTTGCAAAACAAATA
TGTGCATTTGACAAAAAAAAAAAAAAAAAAAAAAAGAAAAGGNAACCRCT
CTAGCAGCAAATGCCAWAAWAGCAATTCATGTTGCAAGGAATAGTTTATT
CCGTTATTGTTTAATGTTTACCATTGAAATGAAATATCTAAATAAAAAAA
TCTACATATCTTCAGAAAGATGATTTTAGAAATTATTATATTGGATGTTT
AAGATTATTTTGAAATAAGTTTTTGTTTTTGGAGTTTTGAAGAAAATAGT
AGTTGCTGTAGTAATCCTGATATGCCCACATTTTATCATTCATTCTATGC
CTGTTTGGAATATCTTATATTATTTAAAAATAAGTGTACCCTTCGGTTGT
GGGGAAGCTGCAAGAGGATCATTAACCACAACAAAAGTTTCACATATTTT
AATAGAGCCCTCTAAGTATAATAGCAAAATAATTAAGCCATGGTGTAATT
TAGAATAACAAGGGTACTTGGGAAGAGACGGCGGMGGYGTTTTTGGTGCA
AATTTTTTTTTTTTTTGTTAATTGTTATAAATATTTTAGAAAATGTGAGG
ACGCTTTGGAATATGTGTATGATTAAACAAAGAATTAAATATCTTTGTTT
TCAATCATTTTGCGTCATATTTATATATTTTTTTTAGTTTATTGTTATAT
ACATTTTAGAAAATGTGGTTTTTAAAGGGTCTTTGATGCTCAGGGAAGCA
GGGTGGTGGGTAATACCCCACCTTTTGATAATACATGAGTTTGATTGTCC
AAATACAGTATACATTTCAATGAAAATGCACACGACCATCAAATTGCTTG
CAATGAAATTGGATCCTTATCAAATCCTTAATGATCAAATTGCTTTCAAT
GAATTGTTTAATATTCCAAAAATTATTTTACCTGACAATGTAAATGAAAA
TAAATTGACCACTATTGGAAATTTTATAGATTGACCGGGCAATGTGCAAA
ATACCTGATTTTCCACATTGCCCGTAACATATATATATATATTAAACTGT
ACCGAGAAATGACAAAAGTTTGGAATTTGGTATCGCCTGATATTTTTTAT
TTTATTCCTCTAAACAACAAAATAACTATCTATCGTAAAAAAAAAAAAAG
GTCCTTCATCGATGCGTTTTCTTGAATATCTGTAAAATTTTGAAGAAATA
AAAAGAAATTTTGCTCTACTTTATTTTTTATTTTAATTCCAAGAATAGGA
GTATTTTAATTCCAGGAATGAATTTAAAATCTCTTTTGGTACCGCATATA
TTGCGAATTTGCTTTGACATTTCTCTTAATTTTTGTTGCTAAAATCTCAT
TTTTTGATATAAAGTGTCTGATATATTATTATCAAATATACTTTCGTTGT
TTATTTATGCTAAATAAGACACCCTATTTTACCAATTTTTAATTTTGGAC
TGCGAAAACCATCCATTACACTCTTAAAAATACGACCTTTCATTTATTAT
TTCTTAATTTCTAGTGTTGATTTGTTATTATTTAAGGATATTTTTATTTT
TATATTCTATAAGTTTATATTTTTCATTTATGATGAATATTGAATAGGTA
CAATAAACAAAAAGAGAATAATAATAGATGATAAACGTATTCATGTGCAG
ATAGGAGTCATATTCTCTATACTGCGCTACATATTTATATATTAAATTAA
AAATATAAATGTTATTGTGATTTTTAATGTTGCTCGGGATCAATTTTCAA
ATAACTTTATTTTATTTCTTATTGAAATTAGATAGTTAAAAATTTAACAA
CTTGTCAGTACTAATTAAGCATAATTATTTATTAGAATATATTGTTTTCT
TAGGAAATATCTCTCTGTTACAAAATTTTAGAGACATTTTCAAAGATATT
CAATTTTCTAAGGAAAAAGGGTAGAATATAGTTGAAAAAAGTAGGTTAGC
TTAAAATTTCAAATCTTATCTTAATCTCTTCTTATATCTAGATACTACTG
ATACTGGCGATAGGTTTATTGATTAACCTGCTTTTACCGTAACCCAGGTA
TCTTTTGAGATTTTGATAATTATTATTCTCCTATTTGAGTCATAGATAAT
TAAATTTATTCTTGAATTTTCTACAACTGTCTTAAATCACCTGTAATGGG
TTAAGAGAAGGATAACTAATGATAAAATAACATGTTTATTTTTTACCTGA
TGCTTTCTCCTTGATTTATTTCATATGTCAGTTGTACAAATAAAATAATA
ATCTCATTTATAAATAAAAAAAGGGATTWTTCTGGGACATTRTTMTTCAA
ATGGTAAATTTTMTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTT
TCAACATWTTTTTTTTTTTTTTTTTKKTWTAAMAATYTTYTYTTYTCTGC
TCMCTCTTATTTWTGTTTKTTKTACAACATAATATAATAGGTGTTTAAAA
AAACAATTATTTTTGATGGATAAAAAAAAAAAAATCTCCTTGGTAATCAA
AACAATGCTTATATGAAGGTCGGCCTCAATAATTTTACCCAAATTTTAAA
CGATTGGTCTTTCAATTTGATATCATAATTACCAGAACGGAATCGACGAT
CAAAAATACCGCGAGATTGGCTGSKACAATATCAGGACCATAAAAAAAAA
ATTTCAATAGCCTGACTTGAGTTTTTCCCTTATTGTAGGATAAACTGTAA
AATATTGCGTATTGTCTCTTTGACGACCTCTCAAACAATACTGAGTCAAA
AAATCAAATAACTATTCTAACAATTTTTAATATGAACTCTTATCTTCCTA
AAACCATTAAAGTAAATCAATTGTACAAATACAACGCGAGATACACAATG
AATGGCTTCATTGGATAAAAATGCGKCTTTTTTCTACATCTTATATAAAG
TTCCCTTTGTGCTTAACATCCAGAAATGAATTACTGTCTCTGTCCGCCAA
GATATTGGTCATGTTTTCAGATAGGCCGTCGAGCTTAGGGCATTAAAACT
TCGAGTAATAAAGTACCGGGATATCAGATTAGTAATTTTACAAGCCCTGG
TATGTACTTATATGATATAATTTTTTAAATGTATTGTTGCTGTATTATCT
ATTTAGAATGTGTTTAGCTGTTTAGAAAGGTGTTTTAAACCCTTTTGAAT
AACCTTTTTTTTTATTTTTTTTATTCTATTCACTTCTTCAATGTATTTGA
CGTCTTAAGAAGAAAGGTAAATGGAAAGAGTTTATTCAGACAATAGATGA
TGCTATTCTAATATTTCAATAAAAACACGGTGATTTATCAATGTCGGATA
TACAAACACATTACATTTATTTAATATATATATATATGTTCTATACATAC
AATAAAAGAATGATTAAATCTTTTAGTAGGGAAGACCTTGGACATATGTA
ACATATTTGGCTGAATTAATCTGAGCTAATATGAGTCAAACACGGATCAT
CCCAATTGAAATGATATATAAAAAAATAACGTTGTTCATTTGGTAAATCA
TGAAAATTCTTCGATTTTTTTTTCAAATTTGATACATATTTTAATAATAG
CTAAAAGCTCAAAAAAAAAAAAAAAATCAGCCATTTTTGTCTTTCAGCTA
AGGATTTAGATGCTTTTAAAGTTTTTGCCTCAAAGCCACCTACTCTGTCT
TTAAATTGATGTATTTTGAATGTTTTAAATTTGTACCCATCTACTTTAAA
AACTATTGAATAGATAATTAATTGTTTACTTCTTTTGTTGTGAGTTTTGG
CTCATTAGGTCACGAGGAGAATATTTTGATCTAAAAAAATAAAGCATGTC
GAATTTCAATTTCACTCAACTTTTTATACGTTAATTTGTAAATATCATAA
ACATGTACAATAAGTTTTTAAAGATGCATTCGATTACACCGAATTACTAC
ATGCTAAAAACCAAGTATATAAAACTTGAATATAATATTTATTATATATA
TTCAGAAATTTGCTCTACTACGTACATATTTTCATCTGTAAAGATAAAAA
CAATTATCTATAAAATGTGTCTTAAAGTTGATCGATATCTTCAAAAACAT
TCAAAATACATCAATTTAAAAATAAGGTGGGCAGCGTCGAAGTGGCGGAC
AAAAATGGCAGAAATTTTGGTTTATTGTGTTATTAACTAATATTAAAAAT
ATGTCTAAATTTGAAAAACAAACAAACTCAAAGATATTGCTGTTATTGAG
TAATTGATGTGGCTTGGAATGACTCACACGCTAAAATGGAGCACAACATT
AAAAAGTGTTACTTGTAATGGTTGAATCTATTAGCAAATTATACCAGTCA
ATAGTTTTCACATCAATTGATGTAGTTGTGAACTGTTAGCAGTCAGACCG
TTTGCAATGGTGGTCAAATGATCCAACGGTCACAATATGTAAAACCAATT
GGTATATTGATTTAAGAGTANAATTCAATTATTAAAAAAATCCGATACAT
ATTTATCAACAAATAATTTTGATTTTTCTGAATCAAAAAATACCTCTGCA
GATCATTCCAGGTATATATATATATTTTTTAGATTTCCATTTGTGTTATT
TAAGATTCCAAACCATTTTAAGTTCTAAGTTAAAAGAGACACAAAAGATT
TAGTTTTTAGAATAATTGGGTCCATCTCTTATTCCCTACCTCTTTGTTTA
GGCCCTTTTGGCGTGGGCGAGCATTATAATATATTACAAAATTTAAAAAA
AAAAAAAAAAAAAAAAAAAAAAAATGGMGTTCTAATRTTCCAAAAACTAT
CTGCATACATTTATGAAAAACTTTGTCAAAGTGAGAAAGTCATCTTTGTT
TGACAAAAAAAAGAAAAGAAATGCCAAATCGAGATTTGCAAAGAAAAATG
CAAAAAACTGTTTTGCACTAATTTTGCAAGAAAAAGAAAATAAAATTGAT
TGGTTTTGTAAAAAGGAACACAAGCCTACCAATATTTTTTGGTACCGATT
TGTATTAATGTTTGTATGATAATGAATGTGTTTCTTATCGGATTATATTT
TTTTTTAAATTTCTCTATTGAGTAATGAAGCCTATGTGTTTGAACATTTT
GGTACCCTAAATAGGGAAGATTGAAATTCATTGGAAGGCTGTTGGTAGTA
TTGGACTGCACAGTGATGTTTGTCATATTTGTAATGATCATTCTCAAGAA
TTGACCTCATTATCCATAAACACACACAAAAAAAAAAGAAGACTATTCAT
GTAACATTAAATTTTACCACTTTTAAATAGAAGTTCAAAAAACCGAAAAG
GAAACCATATTGCTTAGAATATCAAGGGTTGCTCTTATTCGGAACTCCGT
AAGAGAGTAGAGTCGACTCCTTTTTTGAGAAAAAGATTCCAGGATTGCAA
CATTGAAGAGATCCATTCAAGATGGATCAGGAATTTCAAATATAATTTGT
AATAACTTTCTTTGAGTTTGTACGAAGCGTGGCATTATATTGTGATATTA
AATATTAATATTTATTACATGGTATGACGTAATTACCGTTACATTGAAAT
AGTAAACTTTTTAGTTAAAAAGTTTTATAATATTATTAACTTTTATATTT
GCTCGTACACTCACATAAAGAAAAGGATCACTCAAAAAATACAAAATGGA
ACAAAAATCCATGAATATGCATATTTTTTAAATAAGGCATAGATTTTTTT
GTATAATATAAATTTAGATATTTCTTATCTCTATGAATTAACAATAAGTT
ATAGGGTCAAAAGAAGAGTGTCGCTTTTTATCATTTTTGAGCCTGAAAAT
GGAAATATGTCGAATTCAGGTTTCGAATATTTCTGAAACCTGATGGATGA
CCCCGATAAAAACTGAGATCAGTGAAGGATTTGGAGCTCAAAGATAAATT
ATATTCTAGGCTTAATTTCATTAGTAGAAATTTTGACCCTTTAATTGTTC
CCAGTTGTTATGGCTCTCGTAGCATACATAGCTATTTTTGATGCATTTGA
TGAAGTTTTTATCCAATTTCTTGCTGAAAATCATTCGCAGTTTTTGCCAA
ACGGCAGCTTCGGCGTAATTAGATCATTAATTACTATTATAATCAATAAA
GTTTTAATGTCTAGAAGATTTTTTTATACAACTACTTCTGTCTTCTTTAA
AGAATACACAACAATCATGCATTCTTTTTCTCCTGGAGTTGTACACGTAA
AAGATAGTTTTGCTTGGGCCTACAAGAGTTTTTTTTTATATAGAAAAACG
ATGGGACAGGCCGGTTACAGGAAGCTGATGGAAAGATCGTGAAGCTCTGT
AATCAAGAATGCCCTTCCAATTTGGGAACTAACTAACAGATCAGATTTAT
GGATCAGTTGAAAAATGACACTCCTAAGATTTCACCCCAGAATTTCCTTT
TACTTAGATAGATCAAAATGTATCATTCAAGATATTTTGGTACACCTCTC
CTATTTTACTTTGCCTAGAAGGTACATAGACTTCACGCAATCAGGAAAGA
ATCTGTAATATCTACTAAACTTTATCTGACTCCACTCTCCGTCTTGTCCG
AAACCGCTTTCTTCGCTTGGGTCATGAACCATTGAAGGAGGTTTTGATGC
ACTCTAGGTTACGTATATCTTCAAGTCTTCTAAAGAAAAATGTCTCGACT
ACCCCATGTCTACCTCATCCATTTCAATAATAAATCTGTGGAAGATGAAA
AGAAAAGGATGTGCTTCTATTCTTGCTCAGCAATCGAAAACTCGAGGCAT
TTATTTCATGATTGCCCCAGAGTCTCCCAGATTGTAGCTTTAGCCTCCAA
GTTGCGACAAGAAGCATATGGGTCTCCAATCTCTATAGATAAGTCGTTGA
TAATATCTTATCCCAGTCATGAAAAACACTTTACAATTTCAACATACCCA
TGGGTCTGGATAAACTCATAAGGAATTTCATTTTCGACACTCTTAAAAAT
GATGGCTCTCGCTGAGTTGGGATAGATCATACAAGCTGAACAGGGAGAGT
CTTATAGTCAAGAGAGATTCGAGACAGCTCTTCTTTGTTATGTTTAATTA
TATAAATGAGAAGAATTTTCGCGTCGACAATATGAGAATGATAGTCTGGG
ATTACATAAGAAATAAATAGTAGTGACTATGATTGACTTAATTAGCTAAC
TGCCAGGTGATTTCTTGCCCTTTTCGGTTTATTTTTGGTGAAAGGTTCCA
TGATACTATAAAGGTAACAACGMGGGAGAAACAAAAAAAAAAAAAATGAA
AAGAAAAGAAGAGGGAAAAATCGCAGTCGTCCAATATTAGAACAATATTT
GTACATGTCCAATGACATATTAAAGTACATATTGTTTTATAAAATAATTA
TATCAATAAGTATGTTAATTTAAAAAAAATATCTAAGAGTTCACAAACTC
TTTGTTTATGCTTATTTAAGCATGGAGTATTCTGATTATAGTATAACTTC
ACTAAAAATAATTCAAAATATATTAAATTATTAATTTTACTATAAAGTAT
TAAACCGTTTYTTCAAAATATTCTGAAAGTGTCATATAAATTTATGTNNN
NNNNNNNNCTGACTAATACATGTTTCAATTATAATGTGACTTAAGCAAAT
CAGTAAAGTTTTATTTTAAAAGCTGAAGCAATATAGCATAAAATGTACAG
TACTTATCAGTACCATCTGTAAGATATAACCAGGTGGAGGGAGAATTCAC
ATTTTGAACCTTCTAATTCTCCATTAAGAGCAGAATTCATACACATTTGT
TAACTCTCCTAAGTTTAAATATTCAATCAAAAGCTCACTCTAATAATGTT
AATTAATTGAACTCGGCGAGCTAAGTTTATATTTCACTCGTAATATAATT
TATGATTGATGTTAAGCGAATAGCCATATGAAATATCTCTATACGACTTG
AAATAATTTTTTTTTGCTAGATAAATGGTGCTAGGTACACCCATATTAGA
CCTTACAAGACTTGTTGTTATTCCTCGCATTAATAATAAAGGCACCTCCC
ATTATGTACAGCAGTACTGATTATTATCTGGATATTTTGATAATAATTAA
CTWTAATTKGCWATAWMWTATATTTTCTCCTTGTTATTTATTTTATTGAG
AAAAAAACATAATGGTAATGAGTATAAGGAATGTTTACTTTTTGCTATAA
ATTATTTTCTTCATTCGTGCAAATTATGCAGCAAAGCACCACATTTAACA
TTCGATTTTTTTTTTTCATTCAAATTAATTTTTTTGCTGCGGATTTTTTA
AATTTTTTTCAAAAACATTTCATATTTGAATTTTTTAATATTTAAAATTA
ACTTGAAAAAATTTCCGAAAAAATTTCATTTTCTCTGAAGGCAATTGGTT
TTTTGATTTTTTTTCCAAAAAATATATTTGATTTTTTTTTCTTTTTTAAT
AACTACAAATTTTTTAAAATGTTTTTTTCCCAAAAAAATAATATTTGAAA
TTTATCTTTTGAGATATTTTGAGAATAGTTTTTATTTAGTTTGGAAATTT
TTTTCGAAAAATTTTAATATTTGGATTTTTTTATAAAATTCAACTAAAAA
AAATCTTGTGTAAAAAAAATGTTTTTATAAATAAACATTTGTACCAAGTA
GAATTAATTTATAAAAACATTTACCAAGAAATTTAACCAAAAAATACTTG
ATACTAATTAATATCAATCAATCAAACAAATGGGTTGCAATGCACATTTC
ACCAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATAATTAATTAATAT
AACTTTTATGTAATATATGTACCACAAAACTATAATATTCATGATACTTA
TGATGATTTTTATTACCATTTATATAACATATAAGTACGGCGTTCCCTCA
CAAAAATAACAAAATTATTATGTAATTCTTGCCAACTGTCAATTTTCCTA
CTTTTCGGTCCCCTCTCTCAGTATTGTGAGCGTAGATTGATTGAACTAGC
TCATTTTATGCTGTGATTATATTTTTGATGTAACTTTCCAGAATTTTCTC
AATAATTACACAAGTCCTGAAATAAAATTCAATACTAATAGTTATTGACT
CCTTCATAACGAAACTCTAATGAGTTTTTCCGAATAAAATCTGGGTTTCA
AGATTTTTTAGTATAGATGTTGGAGTATTTGTACTCCCTTCATAGGTTTG
AGACAACTTTTGATAAAGAAAAAAAGTTATAGAACATTTATTTCACCTGC
CATATTGATTTTTTTTTCAACTTAAATAAGGAATAAAAATTAATATGATA
TTCATAAAATAATATGAAAAAAACCTTTATGGGTTACCAATTTAAATATT
TTTTATTTACTTTTTTATTCAATATCACGGGATTTTAAAAATGTCCAATC
CTAACCTCGATACATTTATGCTTCAAAAATAATGAATTCAAATCTTAATT
TGAGCTGAACTAGAATTCTAAGAAATAAATACTCTTCTTTTCAATGAAAC
CGTTATTATTTATGCTTCAAATATATTCTATTGGCGTAAAAACAATTGAT
AACCCAAGACGTTATACCTAATTTTGCAAAGAGTTAACCAGCTTACTGGG
TATTGATTTTTTTCTTTCTCACAAAACGTCTCGAACCGATAAAGAGGGTA
AAATATTCCAAAAATTCAAATCGAAAATTCTTTAAAACTAGATTTGATAC
TATAAAACTAATTAAAGATTCGTAGCCAACATGTGAAGTGCTAATATATT
TAAATATGGAGGAATTCAAAAGAATTTCAAAAAGTTAAAATTTGTTGAAT
TGTGTTATCTATGGAATAATATTTATATAGCTAGAATGGAAGAATGTTCT
AATTATCTGATTTTGGCCATTTTTTCTATTTATTTTAAGGAAGATGTTTG
CAAGATACAATGAAGGCAAAGAGGTGTAAAATAATTAGAAAAAAATATAA
AAAAACTTCTGGCTCTGTCTTAAACAATATTTCAAAACATTTTGGGATTC
ATAGAACTATTTTGAGATAAAAATAACTTTTATATTTTCGTTGGGGTTAG
GTTTAGTAAACTTAGAACAGTCGTAAGATTGTTAAATAATTTTTGATTCA
GAAGTTTGGTGCAATTTCCTTTGGGCATGTCTTGTCAAATAGCCAACAGG
AAATCATTTATGCTTAGGGGTGTGCACCAGTAAAANNNNGTACYCGGTGG
GTAATTAATTACCGACAAGTAATATTTAAAACATTGTTGAATTGGCATGT
TAGAAAAAAAGAAACCGAAAATCAACATGGTAACCCTAATAATTTGAAGA
ATGTTTTGGAATAGAGAAAGAATAATGCTCATAATGTTTATTATATCAGA
TTCAATCAGCTGTAACAAGAGATGAAGGAGGATAGAAACAATCTTCACTA
CTCAGGAATTAGATATTAATTACAACTACTAAGAAAAATAAAATTCCTTC
TCTATATTACCAATTACAAATTAATGGGACAGCTAAAAAACATATACTCT
TCATTCTTTGTATCTTCTTCCTTTCCATATTGTGATTGTTAAATATTTGT
TTTATCTATATGAGTCATAAGTACAAGATTGTAGACGTCAGATTGGTGTA
ATATTCCTTGTCTATAGAAGTAATGCCCATATCTTCTTCCTCCACAGCTT
CTCTTTCATTCTTCTGCAACTCTGGTTCTTCTTTGGATAGTTTGAATCAA
GTACTCTTGTCAGATATAACATTGGGGACGAGGATGGGATCCAAACAATG
TGATCTCCTTGCTGTGGGATAGTCGGCAAAGCTAGCCTTAGTGGACGTGG
TTAGCCCATTTTTGTCGACAGGGAGAATCTTWCTCAATCTCCGAAAGGGG
AGCAGTACTGTTTATGCCTCGTGGAGGATGATAATGGACTCTTTTCATTA
ACAAGAAACGAGCTGAGTATCCCTGTGAGAGATCACATCTATTAGTGGGG
TTTAATCTACAAGATTTATCATTCATACGCGTCTCTACTCTCCCTTTCAC
TCATGTGATTGGTGAATGTGTACAGGTGAAAAAAGTTATTTTCTCTAATC
TGGATGGGCAGATGGGTCGTAATCGTCCGCTAATGGATTATGGTAGTCTG
TTAGAGAAGGTTAAAACTTCGGCAAGGTGTGGATTTCTCTTATCTCTGTC
GTGTGTGCTGGGAGTACGGCAGGKCAGCGGAGATAAGGKAAACAGTCGCA
AGTATCGCTCGKAGGTGTCTTCCGATGTAATGGTCTTGCCGCTATGCAAG
TGAGTCAGACTACATTGTGTCCTTTAATTAATAGTTTTAAATGGTTCGTC
CGCGCCTATCTGTGGATGGAGTTCATCTACAGGATTCTCTTCGTGGAGCG
TAACGTAGTGAAGCATCTGGATAGGTTTGGTGCTTGAGGGGTGGTGTTAT
GTATTTTTTCTTGATCCTATTGATCTTCTTTACGTTATATGGGTATATCC
TAAGTTTTAATTAAGGTGCTTACAAGCTCAGATAAGTGCATAATTGTAGA
GATGCTTTTAATCCATTTCTTAACTATGGAATATATTTATAGAGAATGCA
GAGTTTTTGATGTATATTAAAAAAAAAAAAAATCAAACCGAATAAAAGGA
TGAACYCGAAAAGGTAATTTTTTTTCCTTTTATTCATCAGCAATTTTTAC
CCTTTATTTACGAGCTTATTAATTTAAACTCACAAATACACATTATTATT
CATATTTTCTTTATTCAAAGTTTTCGTTTGATTAATTTTCATTAAAAATA
CAAGGCCTTTTTAACCAAGCAAAATACTCAAAGTCAAATTTTTTGGGGTC
TGTGCTTTTTTTTACGTCCTTGGTATAATTTGAAATATTTTAATGCTCAA
AGCTCTGATAGTTACAAACAGTTTTAAAGTATATTAATAAAACAAAGTTT
GTCTCTATATCTAGATGTTGGAAAAACATCAATTTTGAGTGTGTGTTTAA
GATATTAAAATCTTCGTGACTATTTAATATCATTATAACAACTAGCGTGT
CATAGTTGAATTACCCAAAAATACGATTATACGTTAGGGGAAAATATATT
AAAAAGGTGGATTGAGCTTCAATCAACTTCCTGAAATTTTGCTGTTAGGA
TAGTTTAGATATTCTTAAACTGCTTACTTGTTTGTGATGATTTAAAGTAA
TAAGAGCTGTTTTATTTTTATCATAATTTATTCATAAATTTTGTGTCATT
ATATCGACAAATCATGATTTTTGAAAGATTTTCTTCTTTAAATTTTGCCT
TTTATCAGTTTTGCTAGTTTTAAGGATACCATAAGTAAAAACGACAACAT
TTGTTATAGGAATAAATTTAAAGTTGATAAGATCTTCAGGAGTCGTATTG
TTGGAAGGTATCCCAGTATCACAAACATGGGTTTTACGTCCAAACTTTTG
CATACACGGAAGTTGAGTATTTTGCAATTTGGGGCAAAATAATTTCTCAT
TTGTTGGAAGATTCAAGGGGGATAATTAAAAAGTAAATTTAATGCCAAAC
TTCTCATTCCTCTAATTGGCTGTTATCAGAATATGGCTCCCYCACATATC
CAAWCATGTAAWCGTAGCCCCGTTTGCATCATATGAAGTAAGGTTTTTGC
ATATAGATTTTCCCTCGAAAAAAATCATCAAAGAATCATAAAAAAATATT
GTGTAACATAACTAGAATCCAATTTTTCTCTATTTATTTCGTACCAGTTT
TCAAAAAAAAGGTAAAAGTGAGCAATTTTTTGAGCGATCACTCAGAAATC
CAAAGTCTACATATTACACATCCATAACCTATATTTCATTATCTAGGAGT
CACCGTGACCAAATCTTCCAGTATTAATGGGAAAATTAACATTATTTAGC
AGTCTACGCCCCTATATGTATTAAAATATCTGGATATATATCCGATTCTA
CCCGAGACTAAAGTTCAATTACACATACCTATTATTTTTTTTTTTTTAAA
TACTTGAAACTCGTTCCTACCAAATGGTAAAAAAGTTCGGGTTAGGACCG
AATTTCAAGACTACTAGACGTATAAATAATTATTTTGATTTAAGTCCAAT
AAAGAATTGATTTATTTTGTAGGTAGTGCCTAAGTAAACACGGATTCAAT
GTTCATTGTTAATATGTAAACGAATAATAAGAAGATAGTCAACATTAATA
AAGAAAAAAGAATTTGAGAAAGATATACATATGTATATATACAAAGAGGG
GGGCGTCCCCCTCTTCATTAATTTTTATTACCATAATAAAATAAAGATAA
ATCATCACCGATATTATATGTTCAATAAAAGAGATACGAATAAATGAGAA
AGGAAGAAAAATGCAGAAATCAAATTGTTTTTATTATATCTCGGTCCATT
CTCTCATTGATGACAGTATTGAAAGTGGGTGCCACAGTATATGTGAAGAC
TGAGCAAACTTTTAGCCGATATACAATTTGTCGATTGACATTTCCCCGAA
AGACAACTTGCCGAAAGTACATTTCACCGAAGGACTGTTTGTCGAACGTT
CATTTCCCCATAAGACCATTTGAGACATTAGACCCAAAAATGATACTTAA
TTTATTAAGACAAGGTTGATCTTAAGTAATGATTCACATTTTATTATTTG
CAATTTTTCAAAATTAAAATTTAAACGAGAGGTTTTCTGAGGACTTTTAT
TTTACAACACTATCTAAAAAAGTGATTTACACAACTTTTATTCAATAGTT
TAGATCTCTACTCTAATAAATACCTTAATTAGAGGCATAAAACACTTGCA
GACCTTGAATATGTAGTCAGACTCAAGTTTGGCCCACTTTTTTGCTCCTA
GATAGAGTGGTAGAAGGGGTTGGCGTCTGAAGAGGAGAGGTAATTGGCCA
ATTTATGAGTTTTTATTTCCTTAATAAATTTATACTTAGTTGTTCGTGAA
TATTAATTATTATAATTTTTGAAAAAAAAAAAAAGATCAAGTTAAATTAA
AGTAGTTTTATAAATAACAAATAAAAAAGAGAGTCATATAGAGTTTTACG
AGTTAAATGGTTTTTATTATAACAAAAAAAAAAAATATTATGGGATAATT
TCTTTAATTTTCTACAAATTTCATTATTTTTTTGATAATTTATACTAATA
TTCAGGCCCTTAATTCTTATAAATGTTCTTAGACGAGCGTGTTTTCTAAT
AATATCTTGATGGACATCTGGAGCTGAACTTTGAATAATTGATATTAAAG
TCTAATAACATTATGTTGGCTTGATATTTCCTGTCCATGATATGCTTTAA
AGATTGCATCAAATTTTTGTTATATGAGTGAAGAAGGAATTTGTAGGTTT
TGTCAGTCCTCCTTTGGATAATGCTGATTTCCACGGTGTCATATCTGAAT
CACAAAAAGGGTAATCTCTAGTCTTGAAACCGATTTCAGGATATTTCGAA
GAAAATTTATTGGCCAAGTATCCAGTGATATAACCTAATCCCTGAAGTCT
ACAGTCATAGGCTGAGCATGTAGGAATTTTACAGTGCTTTGAATTCCAGA
TCCGGATTTATAGCCAACTCGGTAGCTAAAAGTGAAGCATCTTCATATTC
TTCCTAATCTATTTCCGTTTCTTTATTTTCCGGTTATATTTCCTTAATTT
AACAACCAAGAAAGTTATCCATTGATGAGGTTTCTACCTCTTTTATTCGA
ACTGATGTTGACCCAATATGAAGTCGGTCGTCTTGGCCAAGCACAACTAG
CCTTAGTCCATTGATACAATAAACACTAGTTGGATACACCCAAGGTCCTC
AAGCACCGCAAAAAGGTTTCCTAGACAATCTTGATTTAACCTAGAAGTAA
GTATGTACTTGATTCTAGAAGCTTTCTTCGGGTAATTGAATAAGTTTTCC
AAAGAGGCAATGGAAATCAAAATTCCACGCTGGAAAGGAATAATTGTATT
CCTTTACCAATTCCTTGGATACATTTAATTGTATCTTTCATATCTTTAAG
AGCCTCTTCGTTCATATGATTACCAAATCCACACAAGTTTATTTTGGAGT
CAAAAGGCTTCCTACTATTGTAGACGTCGAACCATGAATCTACGGTTTTG
ATAAATCCGCTTGAGGCTTCTTTTCAGGAAATATATATTTCAGCGCAGAG
GCAGTTGTATGGCTCAGTAGTTGTGTTGCCAGATAAACACGTTGTCTTTG
ACTATTTCGGCATTCTAAATGAATATATTTAATCTTATAAGCCATTTTTA
GTTCGTTTGAATCTTTTGCCATCAATGCTTGTAAATCATTTTTTGTGATT
GTAGATCCGTCCAGCAAGATAGTTTGATGAGGTGAGGTGTATCATACAAG
ACGTAAATCTTTTTGGATGTGTTAAATGGATTCCAAAAGTAAGGAGATTC
TTTGGATATTCCCAATGTCTTTTGCAATCCCACATTTGAGGGACCTGTAT
CAGATACCATGGCCACTACAGATATTCCGCTTTCTTCTATTATTTTTTTT
AATAATACCGAATAGATTTTCAATAGTCATTGCTTTGTCAAAACAGGCAT
CTTCGAAGAATCACAAAAACCACGAATCATTACCACCTAAATCTTTTTGT
TTGAGCCAAACACTTAATAAAAAGATAAAGAATAGTCATAACTTTGTTTC
AACTCCATTTCATTGAAAGACAACACTCCAAGACGGCTTAAATGGACATC
CATTTGAGAGAGCTCTAAAAAGGAAACCAATCCAAAATTATTAATTATAA
TTAACCATAACAATAAGAAATTCCTATATTTACCATCCATTTGTTTATTT
AAAATGTCAAAAAGTTTGTATTGAATTTTGGAAAAAAATTTCCATGATAA
TTTTTTTTTCCTTCCCTCAATGAAGAAGCTGTTCATTACACATATCTGAC
TTTACTGACACATTTATGTTTTGTTGTGGTATTAAATGCTCTTCAATAGC
CCCCAAGGAGATATTCAAAGAAGGCTTGAAATATTCAAATGATACTTCCA
TAGCATCTTCAGGTGGCTTATCAACTTTCAAACTTCCTTAGTTTGGGNAG
TGAAAAGTTCATTGACATTTTTTTTGTATTCCTGGAGGAGAGCCTAGGAT
AAATATAAGGATGATCATGAATGTGTATCAAATAGATCTGCTTAATTTCT
TATGTATATAATCATTTATTCTATCAATTACCTTTTTGTTCTTTTAATAT
TTGATTTATGTCTCCTCAGCTGGAATAGAGCTTTCAGGAACCAAATATAA
AGTAGGAAAAAATTGATTTCAAAGTTTTTCGAACCTTGCTACTAGAAGTC
CTTCCGTAGTTAGACATGAGTTCGGCCTTTAGATTTATCTGTAAGCAGTC
TTCCTCAAAATGTCTAGAACAAACTCTGGTAGTTTAGGGATTGAATGGGT
ATTGTCCAAGAATAACCTTCGCGGGATTCACATGAGGGGAGTAGCAGACT
GACACAGCACAAGGTAAAAGATTTTTCTTCGGAGTGTTCATTTTGAAATG
ATGATAATATAAATATTAATTATATTTTGTAATTGTTCGTCTGTTATCAA
TTATTTTAAATCCAATGACGTCAGGGTGTCACGTCCTCTTTTCAACACCA
AATCAAAAACATTTCAGAAGAACATACCTGATTATATATACCTTGATTAA
TACGACTAAATTGTTATTTCTTAAATCAAAATATGTTTATTTTATACATC
ATGGAGCTTTATATACAGTGTACCCATTGACTTGTTTTCATATATACAGT
TATTCTCTGTATACCGACAGACTTCATTAAAATAAATTATAAAACAAAAA
TAATACTTTTCCAATTTATAAAACTTGATAATTGTGTTTTGTAGAAAGGA
TGTTTTGTTGTTATAATAAGCAAAAAATACTGACTCTAATCTATTGTATA
TACATATAACAATATTAGTTTTTTCATCATTTTTCAACAAGTTTACTTCA
TGCAGTTTTTTATCTACAGACTTTAATATCTTGTTTATATTCATTCAAGA
AAGTATTTAAAGTTTACCTCAGAATAAATTTCGAACTTGCTAAGGGCGTA
GACGATGCTCTTGAAGACCCTCAATTGCCTCGAGTGCACGAATGGAAATT
CGTCGATCACGTTAAGTGTCATTTTTTCGACTTGTGCGTAAGCTTAGATT
TGTTTTGTTTTGTAACGAATTGTTTTTACTTTATTATGCCGAAATATGAA
TTAATTCTAATCACTCAACCTTCATTATTTATTAAATTAGTAAGTGTTCA
GATTTGTATCGACCAACCGGTACCTCTGCAGTCATTATGGACAAATATAT
TATTTATTCCCTTTAACAGTATGTTCAGTTCTGTAAAAAGTATAGCCCGG
GATGTACCAGTCCTTATTCATTCGGTACAGTCTAAGGAGTGGTGCTTAAG
ATCATAGTTCCTTCGGACTGTCCTTACTGGAACTGTTCAAAAAAAAAGAA
AAGTGGATTGATGTCGTCAAGGACCGAACATTATCAGTGTAAGGACTGTT
ATGCAGGGCTTGGATGGACTTAAGGACCAACACAACATATGTAAAAATAC
AAAAAAATTGCATGTGATAATCCTCACAATTTGAAGAATGTTTGAAAGGA
GAGCAGCTTAGCTGTGATCCCATTTTATTAGATCAAGTGGAGGCATGCAT
GAGAAGAAGAGAATAAACACAAATCCAACTTCATGCTTCATATAATCATT
TTTTTTTTGGTATATCCATAGTTTCTGAGTTCTTAACAAATTCTGTAATA
TATAGTGTTTTTAATGAATGTTTTTTTTGTTTTTTTTTCTKCTGCTGCCA
TAAAGAAAAGACCCTTCGATATTTAAAATAGCATTAGTGCAAGTAAAATA
TTATATTTGTATTTAAATGCATAAATATTATTATTTTTTCAAATATTTCA
CGGATAGGCTGGAATTATTRATTAAAAGATAGATGAGCTCCAAATCAAAC
TTCAAAAATAAAAAAGAGCACACGCATCAAGTATTTTTCCTTTTATAATC
TCTAAAATGTAATGTTTCTCTACAAAAATCTCGCCCATATCCATAATTTT
AAGATAACATATCCTCAACTACAATCTACAAAATATAATATTATTTTCTC
CAACTAATATTTTAGATTATGAATTCACAGGCATAAAATATAATAATAAA
AAAGTATTCAATCTGTTCTCTCATGCTTATCCTTTGGCAAATGATACGTA
AATATTATTATTTTCAAATATTTTGAGCAATTTATTCTGAAAGAATATCT
TATGGATAKTCTATTCAAGATAAATAAACATATGCATATATTTTAAAATA
ATACCAATAAAACAATTTCCAGTATTAACTTATACCTCAGGAAAGTATTG
ATTGCACTTTTAATTAATCAAAAAGAGCTTAAATAAGATTTAAAGCACTT
CATGTTACAAAATGCCTATTTATGGTGCGACAAGAACTTGCTAAAGGCGT
GTACAGAAGCCTACAAGTGTTTTTAGGATATCCATAGAAATGCTGTAGTT
TCATTATTTTAATGGGAAATCAATTTGATTTCTTCTTTTTTTTTTTACTA
TTTTGCTTTGTTAAATCGCACCATCTACTGGAAAATGTGTCACCTCAAAA
TATCCTTCAAAATTACTGATGAGGTGTAATGGATTGAAAAAAAGTTATAA
TGGACGTTCGTAAATTTATTTATTTAGTGTCTTMTATAGTTTACAATTAA
TCTGTCGATGCTAATTAAATAAATTTTAACGCGACATTGGTTCCCTTAAT
CTTTATTACTGCGCAATACGAAAGTACTTTGTCTTATTATTATTTTTTTT
TTAATTGTAGATATTTAAACAACTTTTTCTCAATATCGTACTTTGAAATT
CGTCAAAATTTCATTCAATTCTTTTAATGTTTAAGAAAGTTATGTTATTA
TATTGAAATATTATATTGGATTAGAGATTTTGGTGTAGGTTATAACATAA
ACAGTAGGCGAAAAAAGCGATGATATTCAAAAATAAATTGGTCATAACTT
CTTTAATATTGAAGCTAAATGCATGGTTTTGGTATCAAAGTATCTTTTTT
ACCATTACCTATTAGATAAAATAGATTTAAAAGGAAAATACCAATATATA
TATGTATTCATTCTAAATTATACATATTTAAAACAACGAAAGAATAATAG
TCATGTTCTGGTTAAAAAACAAAACAAAGAAGAAACGACAATTTCATGTT
GAATTAAAATTCTAAAATGACTTATAATATAGTTCTGTATATTATATGAA
AACTTCAAATAACATATCAACATATTTTCTTGAAGATAGATCTTATTTAT
TTTTGTCGAAAAGTTGTCAAATCTTAATATGTAAAGAAAACTTCAAAAAA
AATATTTTTTGAAGTAATTTTGTAAAAAAGTAGTTTATAGCATTTATTAA
CATTTTAAAGAGAAACACAAACCCACCAATATTTTTTATTTATTTGCAAA
ACCAAAAAATAATTATAGAGAAGAATGTCTTTGGAAAAATAACCCTCTAC
ATATAACTGATTCATTTTTGTCAATATTGTAAAATTATATAATAAAATGT
TCTGGAAAATTACTATAATGGATTGATAAAAACTACAATATTGTTGTCAA
AATGCATCCTTTTGTTACAGTTTTACATACATTTTGATTATTTACGTTTG
ATTAAAAAAAAGAAAAAGGGAAAAAATGAAAAATTATTCAGAAAATGAAA
TATATCTTAAACATTAATTTTTATGTGTCAAATTTATCTTCAAACGAATC
TCTATTCAAATTTCTGAAAACTTACGTTATTCTTATAGCTGTCTTTTGAG
GCGCCAGTCACTTTTAGTCTCCTTGAGCTAAAAAACAACAATTTTTGTGT
TTTGGATATCGAAGCAGCTCTCCTTATATAGGGTGGTCCTTTGAAATATG
AACACTTACTAATTCAATAATTAATTATGATTGAGTTATTAAAATGAATT
CATATTTCCATATATTAAGGTACAAGCAATTAGGTAAAAATCGGCGAGAG
TTGTCTTTTGAAACGCCAATCATTTATTGATAAATAACACAACCCCTTAT
CTAGTCTCCTTGAGCTGGAAAAAAACGGTTTTTGGGTATAGCATAAGCCC
CCCCCCCCTTAAATGACCTCCCCAAAAGTCGACACCTTCTTCTTAGCCTG
TCCCAGCTCAAAAGAGGGACCCATGCAAAATTTTCAGCCTCCTAGGTTAA
ATGGAGGGGGGAACGTATAAGGAACATCTACACACACAATCTCTCTTATA
TATATATACAGATATAAGAATAAAGGTTTTGATTTTATTGAATCCATAAA
TCTAGACAAATGTTCTCTAAAGGGAGATGGTAGGAGGACAAGAAAGGAGA
ATATATAGTTTTATTTTGATTAGAAAGCTAACTTATAAAAAAAAATTTAA
CTATCCATATACTTCGAAATATTATCTAATACACTTATAGGATATACACT
ATATAGCAGTGGTTCTCATCTCTGAAAATGTCAAAATCTCTCATGTTATT
GACTTTATGACTATTAAGTCACACAAATTTTCATCCAAAAAGAATCAGAA
AAAGTCAATCATACCGAATATTATATATCTTTTACACATTCCCAGACTAT
CATTCTCATATTGTTAGTCCAGAATTTATAAAAATGAATAGCAAATACAT
AAAATATATTTCATAATATTGAAATACTACACAGTATTTTATTTGATACT
GTATTATTAAGTCATATGTTATAGAAAGCGCAGCTTCAAATTTTTTTACT
TATATAATGGCCAAAACTCTTTCGTATAAATATATTAGGTTAAGCAAGAA
GTTCTGAGAGTTTTTTACTAGATGTCTGTAGTGAGCTATATCTCACGATT
AATACATTGCATCAAAAAGACTTATAGATTGCCCATAGATTAGACGTACA
CTTACAAAAAGTTCAACAGTTTTATGTTTTGTGAAGCCCGTTGTGTGTTA
CAGTGTTCCAAAATGGAAGTAAAAAAAATAAAAAAAATTCGATACATTCT
TCAGAATCAATACGATCAAGGTTTTTTTTTTTTTTTTGGACACATTATAT
CATTCGGGCTCTATTTCTTCCCCTTCCTCCTAGTCAAGCTTCCACGTTCC
ACATAGAGGGAATTTATGTACCATAGTTTTCTGAACCTACTATTATTATT
CTTTAATTCTTGAAGAGAGGACATTTAAGTATAAAGTAATCAATATGGCG
TTTGTTCATGAAAGACGGATGATACTGGTGAGGATTAGTGAAGTAGTTAT
AGACTCTGAGTACTCCTTCTGGATCGACATCTTGGTAATGTCCTTGTTTA
TTTCCTTCTCCCTTGGTCTATGTATCAGGATTGTGGAGTCAGCAGATAAA
ATGCCCAACTTCGGCGTCAGTATTTTGGATGTCACCGACTCCTACTCCAA
CACACATAATTATTTTTAAATAATATGTTTTATAGCAATATTTATTTTAC
TATCAAGTCACTTGAGTCCTTAAATATAGATTTAATTTATAGCTATAGGT
AGTTGGTTATATGTAGAAAATAATTGTGCTATGTGTAAAGAAAATATTTG
GAGTATAAGATACTTAATTAAATGAACAAGAAATGAAATCTATCGATTGC
TAATACATTCATAAGTTTTGGAAAATAATTTATGTATTCGTAACCGAGGA
ACGACAATACATACAGAATTTCCGTGCAATGTTACTCTATTCTCTGATGA
AATGGACTATTTACATGCCTAGTTAATGAACTAGCACGGCTAGTGGCTAT
GATCGACCCAAAATAATAATTTAGGCTTTAGAAGTGTTTGGGAATTGTGA
TCGTCTGGACTATAGAGCACTTTTGAAAATTGTGAAGTAAACTTATAAAT
TAGTTAACATAATAAGTTCAAAAAATTCTTAGGACTTAATACCTATAATT
TTTAACCAATACGAAAATAACTTTACGAATACTAAATAAATATAAGCCTT
TGATTATAAATGAGTTTTGTTTACATAAATTATAATAATTTTTGTAGCCA
GAGTCCACCAAAAATGGTACTTACTCCGACTCAGCAGCCCTGCTAGATAT
AGACTAGATACGGCGTGGGATTTGTATTCATTTACTTCATCTCATAGCTG
CTCGCAGTTCATCTTATGAAATTTAATAGCAGCTTAGAAGCTTTTCTTTT
CAAAGCATAATTCAAATGGTCAAAACTACATTGTCATTTCGATTCTTTTT
TTAGCATACCTGCACGCCATATTTTCTACAACTTTGTGTGTATACTTTAT
GGTCATTGATACAAATATAAATTTTATGCTTTTTTTGCAAGTGTAAATAA
AAAGCTCGTCGCTGATTAATTGTGCGTGGTAATTTTCCCTTAAACTATTT
TGCATTAATATACATATAAACTGATCAGATTTGTATGTCACTATTGTTTA
TTGTTGGTTGAAATTGATATTTCATTTGAATTCTTTAATTAAAAAATAGT
TAGTATTCATGATTATAAATTGCATTAAATGTTTGTTTTCTATTGGAATA
ATGATGGAATGATGCTCTTGCCTCATATTATTCTTATTCATTAATCTATG
AGTCTATTCCATAGTGAATAATCATTTATATCAAATGATGATAAATAAGA
AAGAATAGATTAGCAATTTTCTTATCGAATAGTTGCCATATTTATTTATT
TTTCTTTTTACATTATAGTAATTTTATTATCTACTTTATTTCTAGTGGAA
ATTCATTACACAGTGAAATTTTGTTGGTATACGCTTTGAAATTTTGGGCA
TGATTCATTATTTGTCCAACAGAAAACAACCATTTAATTCCTTTTATTGT
AGTACACATTACATATTTTGATTTAAAATTCCTAGGGAACTTTAATTTTA
ATAAAAATCTAATTAATTTAAATGTTAAGCAAAATATACTTGAAAATCAT
GGCTGTAAGGCAAAATAGTTTAAGGCAAAATATTTGTACACCAAATTACC
TTGCAACTTTATCAATACGCTTGAATTTTCAAAATAGAGAATAATAATTT
ATAAGAACACAAATTTTTTGAAGGTTACCAATATATACTTTCTTGATAAA
TTTTAGGCTTGCCAAGATTTTGACATTTTTCACATCTCACACTATATGAA
TTAATATTATTAAAAATATATTTAAAAAAAAATATCTACGTTTGCTAAGA
TTCAAACTTTCTTGCGTTCGTTGAGAAGTTTTAATTATCTTTAACTGCAA
ACTGCTTTTTAATCTTAATTTGGTGAATAGTTTGCATATTTTGGGTTCTT
TAAGTGTTTACAAACGAAGCTATGAAGTCATTTGAAAACCTTAAACTCTG
ATAAAACATACCAAAATATACTATACTTTCAGTCGCTTCAAAAAAAAATT
AAAGTACACAAGAAAATTGGAAATATATTTTTGAGAACTTTATAGCAATT
CATCGACAATTTGCCTGCTTCATACAACATATCTTTGCTGTTTCTTAGAT
CTAGTTAGCCTCACACGAGTGGGAAGTAGTTTAGCTGCATGCTGTAAGAG
AGGTTCTGCACACAATTGTACCGAAGTCACTGGACCAAATTATGAAGTTT
ATACCATTAATTAATTACTTAGTTCAAAGAAGTTCTAATGGTTATTTTAT
CGAGGATGAAAAGTTGGTTCAAGATCAGTTATTTGCTTTTCTATTTGATA
TCATGATAGGTCGTCATCTTGGCTTCATCTGTTTTCTGGAAAAAATACTG
TTATCACAGCATTCATTCAGTTCCTGACTGTTTTGACATAATGATGAAGA
GTTTAAACGTTTATTGCTGCACATAAAAGTTGGACGAGTATTGAATTCTT
TGATAGATACAGTTGTTGATTTTGTCCAAGACTCTAATACTGGGCTCTGT
GATTAGATAAAAAATATCAAGGATGGCATTGCTTATTTAGGGTCTTCGGT
GTTGTTGTTTTGCTTCTTTCCAAGCAAAGGAATAAACTTAGAATCACTTA
ACGTGAGGATCTACGTCTCCTTTTAAGTCACCTTCAACTTAAATCGGGGA
AAAAATATCCCTAAACCAAATACACCCATTCCATTAGCAGAGATTCAAAG
AACCTATGGTTAATCTATTTTCCGAAGATATATATTTCTTCACGAAAAAT
AAAGTGTATTATATTTTCTAAATATAAATTTTCTTAAATGTAAATTTGGA
ATAATTTAAATGAATTATTTCTCTATTAAAAGTTATAATAGTTTTTTTGA
AGTTATTAATGATTTTTAAAGTAATTAATCAAAATATATAAATGAGTGTT
TAAAATTTTCCCTCTCTCAAAATCTTACTTTTATTAAATCAAGTTGGGAA
TTAATATTTTAAAATTCTATGTTACATTGTTTCAATGTTTAACACGAGTA
CTTCTCTCGATAGATTGGCATGTTTTCAAAATAAAAATTTATTTTCTTTT
CATAGTAGTCGCATATATGATTGCTCGACAAACATTTATGACTAKCCGCC
AAAATAACAAACCACGTCTTACCTACGCATATGTAGCTGTCATAGGTGCT
CAAAGTTCTTTGTTAAATAACGGTGGAACACTGTATGACAGTTTTTCATA
CATTCAGATATACAAATAAACTTTGATTTATTAATAAGATAAGTATGAGC
GAACCAAAATTGAATACCTTTTTATAATTATATTTTATACATGTGAATTG
ATAATCTAAAGTTCTAGATGGAGAAAAGATATTACATTTTTTAGACAGAA
TAAGTTACCTCCCACTCCCCTTTTCATAGTGATTGCTAAACACATTCTTT
GAAACCACGATAATGAATTTCAAAATTTGATAATAAGCCAGAGGCAATAT
CCCACTAAAAAAATTAAATAAATCATAAAGTTCTAACGGCTCATTAACAG
CTTTGAGAGCCTCTTTAGGAAGACAAGAAGTGGAGGACACAACTAGATTG
CCACTGAAGACTTCTTGAGTGAATCTTGATGGTTGATTCAAATCTTACTT
TTAAAAACAGTACGGGTTGCTTACACTAACAATATATTAAAAGTGATACT
AATCGGGAGCATTTTAGGCATGTTAAACATNAAAAAATGAAAATCAACAA
GGTAACCCTGGAAAATAAAAAAAATGTTTTGGAGGAGAGCAGCTTAGCTG
TCATCATGTTTCAATAAATCAGCTATTAACTGCTGTGATAAGGGAGGGGG
AGATGTCTAATACAAGATCACAGACAAGAATGACTCTAATATCGATCTTC
AATTCTACCCTGAGTACAACAAAAAGGTCTTACACCTACAACTCTGCCAC
ACATCTTCAGAGTTACTCTCCGTCTTGTAAAAGTCCACACAAATATTCAA
TCACTTTTCGTAGGTATCAATGATATGTTGTATTTAGTAGTAACAAGGAA
GTTTACTTCCCATGAATTATTATTATTATTATTTTTAACTATTTTACATA
GTTTATTCAATTATGTAATCATACATAGTTTAATGTTGCATTAATAATAA
AAATATTTTATATGGAAAATAGATAGATTTAAAATGATACCCATCAAAGT
GCAAACTTTCTAAATATGTATGCACTAAATAAGAATATTTACGTAGTAAT
GTAAGGAATTATAGTCCCTCGTTGTGGATAATGAAAATAATAAACTTCTC
AAGTTTAATGAAGTTTTTAGTTAAATTAATTAAATTATAATGACAACAGC
TTAGAAAAAGAAAATTGACCCTTCAATTTGCCAACAACAAAACAACGTGT
TATCTAAAAAAAACACCCAATTTTTACCACGTTATATTAAGAATTAATAT
AGAAGGTGGAGTTAAAATATGATACATAAATTTTTTACAATGATATTTCC
GTCTCGGGGGAGGGGGATAAACACACCATGGAATAAATAAAAGTATGCAT
TAGCCCCTCACTTTTGAAAGACAACCACAATGAAAAGTTGCCAAATTATA
TTGCTATTAATATTATGACATCATATGACAAACGGAATTCCCCTCCCCCC
TGCTTGAATTGGTTACGAAGACTACTTTGGTGATGAATGAGAAAACAGGA
AGTTAACAATTTATAATTATATGTCATATAATCGTAAGAATTTCTGGCGT
AGCTTTCAAGACGGATGATAACGTAAAACGAAAAATACGAATTACTTCGT
TTGCTCATTCATCACTCTTTTACATAAGTAGTGCTCGTAGAAAAAGGGAA
AGATTCGAAATAACCTTTCCATTTGATACGTAAATCTCACAGCTAACACA
AAAGTACCCTATGTATTTTGTTGTCAGCTGTCGATTCTCACGTCTCGCCC
GATACGTGACGGCTAATTCATAACTTATTCTTTTTGATAAATAACGAAGT
ATTAAGTTATTCGATACTTAGGGAAAGGTGAGGGAAGTTGATACACGTTT
TGGCTTTTKCGTCCACAAAAAGTTCACAACTATCTATTTTGGCTAATATT
TTGCAAGGTAGCCAAAAGGGTTACCTAACAAAATGTAATTATGTATATAT
ATATAATATTCTTTCTTATTTTTTCAATAATATAAAAGTTGGCAAATGTA
TCATCTTACCTCAGGGTAGGGGTAAGTTGATACATGTCATGGTGCAAGTT
GATACATGTAATTGAATGACTGATTAAGATAAGAAACAATTAAGAAAAAT
CGACATATTGATGATATGAAAATTATCATGTCTATTCAAATTTATTCCAT
AATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNGAATCATAGTTTAAATAATAGAGGATCCTTTTTATTCACATTTT
GGTCTTTTGTTTTTGTGAGAATAGAGCACGATACTTTGCAACTTCTATTC
TTGGATGGTCTTTGTTGGGCTATAGGTAGTTGGCATAATACTTTAGGAGA
TACTTCATTTATTGTTGACAATTTGCCATTTTGTATTGAACTACAAGAAT
TTTCTGAAGAGATGAATGGCAAAGATGATTTACTCTTGTTTGGCATTTCA
CATTCAGTAATTTCAGAAGCTACGTAATCTTCGAAAATATCATAGTTTAA
GGGGAATATACGGTACGGTACCACTCAGGAAGATATTTTTCATATGGACC
CGAGGGAATATGTAGAATGGTGGTATTTGTTATCCTTGGGCATTGACTCA
ACAACAAACTGTTACTAGTTCTCCTCTTTCAGCACTTTTAGTTGTACCAA
CTTGCTTTTTACCAAGTATACTCAACACCTTATCTGGCACCTGGACAAAA
AAAGCAGTTTCATCAATGTTGTACATTCGATCAGGGCTGAACTTATTTTC
AATTATTATTTCACTGANCTCAACAACAAACTGTTACTAGTTCTCCTCTT
TCTAGCACTTTTAGTTGTACCAACTTGCTTTTTACCAAGTATACTCAACA
CCTTATCTGGCACCTGGCAAAAAAAGCAGTTTCATCAATGTTGTACATTC
GATCAGGGCTGAACTTATTTTCAATTATTATTTCACTGAGTAATCCATAA
TACCTCTGAACTACTGGCTTMTTMAAGGCCATTTMGCAAGCAWGGGYTGT
ATCCTCTGGTTTTCCTTCKTAAAATTCTTGATCCATTCCTTCCCAGCAAT
TTCTTTATTTTTCCAAGGATCTTTAGTGTTGTCTGCTTTAGTAAAATCAA
ATGCTAACTTCCGATCCTTTACAGAAGAGAGTCCATGAAATCTATTATAC
AAATCTTTTATATGTTTGGACTGTTCATCCATCCTCTTGCTGGTTGTTGA
ATATTCTCAGCCATTCTAGTACCTTAGTAGTACTCTAGTATTCTTGGATT
GAGATGCCATATATCTTCTCAATATCATTTTGTCAACTTTAAATGATTTT
TCCGTGCTTCTAAGTGAGGATCCATTCTGGATGGCCGTAACTTCAACACT
TTTGCGTCTTTTCCATGGTTAGTTTTTCTTTGGTAATTCCTCACCATCTT
GATGAAANNNNNNNTATAAATTAGAGATTATTAAGTGTTTCAAGAATTAC
TTTACCACTTACTATTTCCAAAGCATCCACTATTAGCTACAAACGCACAA
ATATATGGACTCTGAAAGTAACTTATCTGTTGACATTGTAATTAATAAAC
TTTGTTGTACTCTCAGTACTTCATTTGGTATAGGTATTTGAATGTGGGAA
TGCTTTTCAAAATTTTCCGATCGACCAACTTGCATATATTCAAATGTTAT
GTTACCTCACCTTCCCCTACTGTTCGTGCATGCCGAAGAGGAGCATATTA
ATTGTTGATACATGTATCAACTTGTCCCTTACAAAGAGTATCAACTTGCC
CCTTACAAAGTGTCTGAAATTGCCCAACCCTATGCCATTCAGCTAAAAAG
TGATCAAAAAATAATGGAAAAAAAATATGCTCTAATTTATTTTTTCCAAT
CATTAACTAATGTCTAATGAACAATTCCAACAGGTGAAAATTAATAACCA
TTTAAGACACAGATATGAGCCAAAAACTGTAGTGACATCAAACATGTAAA
TTTGACAAATATATAAACTTTGAAGAGATGTTGCGTAATACAATAAAGGT
AAGAATGTGATATAAAGACATTAGTAAAGACTTTCTTCCGGTGCGTGTAA
AAAAATATAAAACAATAATAAACATTGAACAATCTGCATTATTTCATCAC
TCTAGATAGCGTTGACAATTGGTATAACAGTAAATAAGCGAAAAAACGTC
GGAAATATAGATTTTGTATTTTTGTTTTTAATTATACATACCGGGAATGT
ATATTTTTAAATACTAACAGGCATTACTTTGGACCTTTCCCTGTTTTGTT
TATAGAGATATTTTCGTTTTTGAACATAAGAAAAAAAAAAAATTACACTC
ATTTAGAATAAGCAGGCTGCCAACCGATAATATAATTATAATTTTACGAG
GAGAGGGATAAAGTTTTTATTTACTGCTCTTGCTATATATAGCGTGTCCC
AGCGAATTGTGAATGAAACTTTAAAATGGTTTTAATTGACTTACTTAATA
ATTTTTTCCCGCTATATCAACTGATAGAACAATAAAAAAATCTTGTGAAC
CAAATTTCTTCATCAGCCAAGAGTGTGTTGATAAATCGGAATAACATGTT
GAATAAGTCCTGCAAGGCCATCAGGCCTAAAATAGACGTCATGAAGATTT
AATTGTTTCAATAAAATAAAATATAAAAATAAAGTCTCATTGTCTTATTT
ATTGTACTTTTTGAGAATCATGACAAAGTTGAGCATGGGATAATACTTTC
CTGATTTGCAAGGACAAACTATCAAACTAAATTATTTGAAATTTTATTTA
TAGATAAAATGATAAAAAGCAGATTATTTATTTTGACATGTAAAGAACAC
AAAACGGTGTTAAAAATATCAAGAATATCGTTTTTATTTGACAAGTATAT
AGGCTCTTTATGCTTTTATAACCCCAATATCATAATTTGGTCATCATGGA
CATCGTGTACATCATAAATATTAGGCCTAGCCCACTTCTTATAATGCATC
ATCTTAACCTTAACCAAATAATCTATACAGTTTATCCCATCCATGTTTCC
ATCCAAATAAAGTCCTAAATACCAACAAAGTTCACCAGAAATGTCCCATG
TTATTGCCATAATGTCATTTTAGGATTAGGTATTGGAGTCTTGCTGTTCT
TTATTGACTTTTGATTCTTTTGCAGCTATAGAACCATAATTTTTCAGCTT
ATCTATTATCTTATCCTAAGTCAAAAGTTCTGTTGCTTCACATATTTCAT
CCAACATGGTGATGAGGTTATATATCACTGTGTATTCAGTCACTTTGTTC
ACTTAATACAGTCTGGGTCTAGCCAGCAAATCTCTCGGATAGGTCACTCG
CTGGTGCAAGATCTAAAAAATGGTCTCAAAAGCACTAATTACCTCCAAAG
GTTTTACTTCTAGTCCTGAAGTTAATAGACCACCATTTTCACATATTCAA
CAAGATTTCAGCGAAATCGTAAGGACTTTTCTTCTTTTTGATATCCCTTT
GTCCATTCAGTCTTTCTATGATATAATGCCTTTATTATTGTCATGACACT
CTGTTCAATTACTTTTGAGGTATAAAAGGTAAGCATGAGGTCATCTTTGA
TCCTCTTTACTTAAAAAATCTAATCGATTTTTGAGAAGATTGTGATGGAC
AAAAAAAAAAAAAAAAAAAAAAAAAGAGCTACGTATGTCTCAGAGTTCAT
ATTATTAGTTAGCAGATGTTCCTGTTGCTTAACTGCCAATTTWTGCGTAT
CATTTTCCTCTACGTCTACCAAGTATCCTCCCCCCCCCCCCCCTACATTA
TTGACTCACCCCTTCTGATTCCCCTCTGTTATATTCTACATGCACTAAGA
AGAAGATTGCTTAAGTGTGTGTCTACTGCTTTCCAAATATGTATATTGAA
TATACTTTGGTAAATTTCCTAAAACTTGGCAAAAAAAAAAAAGGATGTGG
AAGCTATAAAATGATAGTTCTTGCCATATTTATTAACTAAAATCGAATTT
AAACATTCCTAATTGTTTCTTAAAACATTATACGTTTAAAAATCCACCTG
ATAAAGTTTTTAGATTACACAGTTACTCATTATAGAAGCTGAGATGTAGA
TTGTACTATCACGAGTAAAAAAAGTGACACGGTCGTTTAAAATATGCTTG
CTCACCTTGGTTATGAGACCAATTCAATTTTTTTGTCATAATATGTTTAG
ATAAGGTATTTGGAAGCAAAAAAATCCAGCCTTAAATTAAAGTTTGTCTC
GTACAGCCCACATCTAATATAAACATTTTTTTTTTTCTTCTAATTCTACT
CATAAATGAGTTTATCCATGAGAAAATAATTGTATTGGTCTATTGGCAAA
ATGATTTAAATATTGAAAAAACATTTTTTTTTTTTCAAAAAATTTAATAA
TAAAAAAAATTAATATTATTTATACGATTTAAAAAATATATTATTTATTA
CTTGTGTATCAATAAATATTTTGCAAAAAACCAATTATTGTGTGTACATT
AGAATCATTACTATTTTTGCTTATTACTCATAATTGATTTCCATTTTAGT
CGATGGATAGTTATTACATAAAATGATACAAATTAAGTTTATCTGATTGA
ATTTTGTTAAAAGATTATGCATTAACTATTATTAAAATATCTTCAGTGGG
GGTGGGGGTAGAGGACTGACTGTCTTAATCAAGAAAAAGTTACTCTTTTT
TAAGTAAAAATATGTAATGGTAAAACAGGGTTAAAAAATTGATATGTAAT
GCATGAACAAAGTTATTTATAAGTTTTAAAGGTAATCTTTTACACTATAG
TTAATAACACAAAATGATATTTAAGAAAAAGTAAAAGTTATTATGAGGGT
TGCTTATAGAAATATTTTAATGGGTGCCGAGAACCTTTTAAATTAAAAGT
TCATAAAAAACGTCTTTAAGCAAAATTATTAAAACTTTAGGCAAAATATA
AAAAAAGTCAAAATAAATTTTTTCTAAACTAAACTGCTACGAAAAAAGGA
ATATCTGGTACCCCTGTTAGAGTCTAAGAAAATACGAGATCAACTCAAAT
ATTTTTCATTGTTTGTATGTATTATGCACGTTCAACACGTTTTGATGGCA
TTGTGCAATTTTTACTACAAAATACTACATGAAGATCATGGACAATATTA
TCTAAAAATTAGGTGATTCATAATGTGGCCCTCGGGCCACGTGTTGTATA
TCCCTGTTCTAAAATATATTTTTGACTTTATTTTTCAATATAAATATTGT
TATTAGCTGTCCGATTACATCCAATAAATGACCGGGAAAACGTGATGTAT
TTTTTCGGAATTTTCACCTAAGCTTCTACGATGTCATTGCAGAAATATAA
CAAATTTTGATTGGAACTACCCTTATTCCTTGACTCTATATAAGAGATCT
TGACTCGAAGGAGACCATATCGATTTCAACCAAAAATAGAACACTTTCTT
AAGTCATTCCTGAGATTGTCTACCTGTATGAATGGGAATTCCATCTTGCC
CAGGGATTTTTTTTAAATGCATTATTTATTATTTTTCAGTGAGGTATTCT
TAGTTTTTATTTCTGAGTTTAAAATTTATATTTTTAACGCATAAAGAATA
AATATATATAAGAAATACATTAGTCATACAATATGCGATGGTTCACTTAT
TCTATTCAATTAACTTATTACACTAGTTGATAAGATGCTTGAAAAGCAAT
CCCACATCTATTTTTATCAGGCTCTAGCAAGTAAAAAGTAGCCTTTTTTA
TCCATTTCTAATTCCAAGAGTTCTTGACAATATAATACTTTTCCCGATTG
ACGTCTTTTCCGTAGGCAACAGCTAGAACGCCGTGATCGAGTTCCGTTGA
CCTACATTCAGTTCGTTATGAATCCCATTTAAATAGAATTGTAGACTTTG
ATGAGAAACATCATTAGCAACAGAGATGGGTCCAATAGTGTCTATTTCTT
TTACGAGGTCTGATTCAGAACCACTTTTAACATTCACGTATCCGTGGTGC
TGAGGAATCTTATTTAAACAAAGAAAGGACTAGACGTTAAATTTTTGATC
CATATACCATTTTTTTCTCATCACTTTGAACAATGCAGACCTCAGCCTAC
AAATTTAATAAACCATTTTTTTGGACCTTTCTTTCTTTTGGTTTGTATAA
CCTCTGTGTGTTACTGACAATAAAGTAGCATAAAAGGTTTCGTCTTAAAG
TCATTCCAGATTTATGATGCCCATTTTGACAAGGATCTTTTACAGTACCG
ATGAATTTTTAGTTAAACCTTTTTTGTTGCACTGATTAAGTATAAGTAAA
CATCATTGTATTACATTTACTCCATCTGACCTAGGAATCTTCTTTGATGT
CCATATGCCTAAAATATTTTTTCTGCTCTAGGAACGAGCGGTACGCGAAC
TTACAAACATTGAGTTCAAGAGAATAATTTCTCCCGAGCGTGTTGTCCAT
TGATCTGCATAGTTCCTGTCCTTTTCGATTTTCATCCAGGTCCTTGCTGA
CCTTGTACAGCAACTTCTTGGATTGTCATCACATTTAATAGTATTACGTA
ACTTGCATATTCAAGACACCTAGGGTTCGACAAATTTACGACGGCATCTT
TCCTTCAACCATCTGACTTGATACATACATTAAACCATCATATAACCATC
ATAGATACATGATGAATGAATGTAAAAAAAATTGTTCAACCTTTATTTTA
TATATTTTGTTAGGATCGAGTCTTGAATTTGAACTAATCACATGGCAGAT
CGACAGATTCAGAGCTAAATAATTTCACACCGAAAATGAAACCTTTAAAT
AATATCAACAACCCTGTATTCAAAGGTTTCATGGATATAAAATATTATTT
CTATGTGTTAGATCAATTTTACTCTATAGGGTGGGTTAAAAATCTTTTAG
GTTGGTCGTAGATAATTAATCCAAAATGTTAAAATAATATCTTATATTCC
CTTCCAACTTATTCTGAATATTTCAAAGATTAGTACAAATATCACCATTA
ATTTGGATACTTGAAGGATCTAAGGATTTTTATTTTATTTTTTATATGTG
TGATTCCTATTTTTTTATTAAAATTAGTATAATTTCATTTGTATAACGAA
AATAATATAAATATATACAAATCACATAAATTTGAAGTCCTTTTATGTAT
TACATTTTTGGCTTTAATTACGTGAAAAGTCAAAAGTTAATCAAAATCAA
CATAAATCCCATAGATAAATAAAACGATGTTTTATAAAATTCATTACCCT
TATGTTGGTATCGACAAGCCMCGCTAGCCAGTGGGTTGTAAAAATCATCC
AGGCTAATGCTAGGTTGATTGTATATAGTACCTTCGTCTGCACCTTAAAC
CATTAGTGCCGATAAGCTGTTTAAACACCTCAATATTCAAACTAGTTTAA
GTATTAAATATTTCAATCTATATTTTTTTGCTAACACGCCTCATGATGAT
TTAAATATTATGGTAATAGTATCAAGCTCGACATTTGAAGCTTTATTATT
GGTAGATGGGATTTAAATAAAAACTGAATGCGTAAAAAATATTTTTATTT
TTTTCCATTATTTCATATTAAATATAAGTATATTTCAAATATTCAGCATA
ATGTTACACAAGAAGTTGAGTTAGAAAAGGACCAGCAATACCCAGTTGAA
GAACCAATAGTGCGACCTGAAGAGACCTTTAGATAATTCAAATTACTATT
TTGATGAATATGAGGCAAACAATGCAGCTTACATACCTCTAAATGATGAA
ACTTATAGCTTGCCTTCTATTGAAATTTTTTATCCTTTGATTGGTTAAAT
GGAGTTACACAGATTAAGTATAAGTAAATGTTACAGAATTACATTTACTT
TATTTATTTGTAGGAATCTTGTGTGAAGTCCATAGATACCTATAAAGTAT
ATTTCTTTCTCAAGGATTGACCTAGGCGCAAACATACGCACATTGAGTTC
AAGATAATAATTTCTCCCAAGAGCGTTGTCCATGAGCTACCTCAAGTCCA
TTAATAACTGTTGTATTAGAAGTTCAATGTTTACTTGTACTTTAAACTAA
GTCTAAATTGTGTTTCACAGAAAATATATTACCTTTTTTTTGTACTCTCA
AAAGTTAGCTTATTTTAAAAACAAAATTACCAATATACTAGCCTAAATAC
GATCCAATATTTGTAGTATTATGGGGTAGTCAATTTTCCACATGGTTTAA
AAAAAAAAAAAAATAGACTAGCCATGTTGGCTAGKGGATTWTTTTAACGM
CCGYCGAMCCCTGCCATAGKGTAAATAGGTCAAAAAATAAAAATAAATCA
ACATTTACAGTGTTTCTTACATTTTTATTTTTGACGAATTATCTTCGATT
TCTATCAACAAATACTTCTAATTAAATCTATGGAGCAAGGCTGCAAATTA
CATTTATTTAGCCAAATGGATTGCCACAATAAAATAATAAGAAACTAATT
GATATTATTTGAAAAGCCATATCGGATAATATAAATCTCTTAAATCAAAT
TAAGGTTTTAAACTATGGTATTAATTGATAAATCGATACTCAATGTTGTC
AATTTTCAAAAACACACTCAAATCAAATCACTCAAACAATTGTTAATTAA
CAACTGCACGTCAAAAATGGCTGAAAATTTTGGGAGCAAATGTCTACCGA
TGTAAGATAGATGTGGTTAACTTTTAGTTATGAGTGCTTCCATCTTCACG
TTTATAACCACCCTCGTAAATATAAAATAAAAAAATATATTGGGATTATT
TTTATTTCTTGTTTTTTGTTAGATATTGTTTCTATGTTGATGCACCACAT
AAGTTGATCACATCCATTTGCACTTTTTCTTCTTTTTTCCACTTCATGCT
GAGTATACTCATTTCCTATTATTATCAAGATCCAAGAAAGCTTTAATGAT
CTATGAATACACATACTCCATAGAGAAAAATGACCCTCAAACTAACAAAC
AAAGAAATAAACGTATCGGATTGAGGGGGAACAAACATAATCAATAATTG
AGCTCAACTCTTAGCAACTAAAAATAATTAAAAATTAAATTAGGATATTC
CTGTAAGCCTTCATTTATAAAATCCATCATTCAATAATAACTCCCTTTGA
ACAAAATATAGTATTATTACATTATGCCATATTTGAAAGAAAAAAAAAGA
AGTTATATAATTATCGTTTCTTCTGCGACTTGGAAGAATTTTTTTTTTTG
TTAAATTTATGTGAAGGAAAGATAGAATAGTCGGGATTTTGTGTAAAACA
AAGGGGAATCTTGATAATGTCATATTTTGAATAAATTAGCCCATTAGTAA
TGATGCAAAAAATAGGTCTTCTCGGTATAATTTTTAAGGACCTATTTGAG
AAAGGTAGAGTCCTATTAAGGAAAATGATTCCTAAAGACATTCATTAGAG
TCAATACTTTTTTTCATTTCCTAAATATAATCATAAAAGACCGAGATTCA
ATGTTCAATAAAAAAATAAACCAAAAATTAACGTGGTTACCATGACAATT
TCAAAAATGTTTGGAAGGAGAGCAGCTAAGCTGTCGTGGCATCTATTTAG
ATCAGCTGCAATCAGTCTTGAGAGGAAGGCAATAATAACATATACACAGG
AATATCATCAATATCAATCCATAATTACACTTTGAACCCAACAACAAGGA
TTTAAACTTTTAACTCCCGAGCAAAGCCTTATGGTTACTCTTCGTCTTTC
TTGAGCAATCTCGTTGGTAATTACTTATAATGAGATATTCTGTCTTCAAG
AATAAAAATATAATGATAGCATCTTTAGAACATAAGAAAGCCCTTTAAGA
TTGGTAACTAAAGAAGTCACTAACACTTTTAAGGACTTTTTTTTTACACC
TCTGCCCTTGAGAGTCGATGAAGTTGTTTAAATATCACAAATTTTTAAAA
CAGTTTCAATATTAAATATACTCATTAAATACTTTTTTATATTATTTAAC
TACATTCTGCATAAGAAGTGTCATTTGTCAAGAAATATGAGAACAACTTT
TTTATTTAAAAAAAAAAAAATCATTTGATTATAAAGATGATATCAATTTA
ATTCTTATTTAGACAAAAATTTAGAAACGCGTTTAATTTGTTTCCTAACA
ATTTATTCGTATATTAAGCAATTTTTAATTTAGTTTTAGTGAATTAAATT
AAGTTTTTTGAATTTTAATTTCTTGGAATTATCTTCTTTTTTTTTTTTCA
AGTATGAACAGAGTAGTACAAGCTATTTTTATAATTAGTACACGCAACCT
CTCTGAAACTAATGAGTACTAATTTGATTAACATACAGAATTGGGCACCA
AAACGTGTAAAATCCCATGTCGCGCTTCRTGAGCCTCCTGATGGTCCTAG
TAGCCGCGGAGAAGTAGTTGGCGAGACGATTCATCGATTTGTTGTGGCTT
TCCTTGATTTTCTTCTCTAAACCCTAAAATAACTCTGGATCCCCCATTAT
ATTGTGCCCTCTAATTCCTGCTTTCCTGGAGATGTATTCTTATCTACCAT
GAAAACCAGGCTCCTGGAGCACTTCACAATGTCCATAATCTTCGACACTT
AAACTTCAGTCTTTGGCTAATCTGAAATGCGCTGCCTTTTCTCTAAGTTA
TGGTGTAAAAATATTTGTAATACTACAAAAGATGGCAGAACCAGAATGTC
AAAAAATTATTGCGAAGCCTTCCTACATGGAAGATAAAATATTCATTAAT
TCATAATCCATTTGATTTTTTTTTATATAAAAAAAAGTTGTTAAAATTAT
TTTAAAATGAGGATTTGATTTTTTTTTTTGGATGTATTATTTAATTCAAG
TATTTTTAGGATTTTAATTCATATTTACAAGAGCAAAATGGATTGAATAG
TTACACAAAATTTAAATGATGTAATTATTAATGTCGTTCAACTGTTTATC
ATGTTAATAAATAGTTTTTATTTTTGGAGTACTTTTTTCACTAACTGTGT
TATGAAAAACATGTTTGTTTACTTACAGATGATTAAGCAACAATTATCTA
ATTCCAGTATTACTTGAGGCGCTGATTAAGACTCTTAATTAGTTTTTTTT
TTTTTTTTTCGTATCAAATTTGGTTTTCCAAATATTTTTTTATTTCCATT
GGTTCCAGCGCTCCTAATGATGAAGGAAAACGTGGGAAAACAATTTATAA
TTTTATGGGAGGTAATTATAAATATTTATTGTTGAGTTTTATAGACAAAA
GATCACTTGAAAAGATTAAAAGAATAAATAAATTCGAATACTAGTATATC
TAAACTATAACTGCATTCGGTCTGACAATAAGGTATTCAATATTTCAAAT
TATTTCCATTAAAAGATTTCATCAAAGAAAAGTAGTAATATTGTGATTCT
TGTACCAATACCCCTCAGAAAGTTGTATAACGTCATCATAAGTTTTAATT
TTGTATTACGATACTTTTAATTATCGAACATTCTGCAAGTTAATCTGTTA
TATGCCGGGTGGTCCATTGAAATATGAACACTTACTAATTCAATAATTAT
TGCAGACTGAGGGATTGAATTTAGCTCATATTGCGATAAATTAAAACATC
AGAATTTATTTGCGAAATAAAACAAACAAGTTACAAAATAACACTTGAAT
ATAATCGACGAATTTCCATTCGCACACTCCAAGCAGTTGGACGTATCCAG
GACCACCGTCTAGCCCTAAGCAAGTCTGAAAAGTTGGAGAGGAAGAAGGA
ATCTGTCAAAAAAGCACAAGCTCGATCTGAATGAGTATAAGAAAACAGCC
AAGGGCAATCCCCTCAAGTCATTGAGGGCCAATGCAAGAGATCTTGAAGT
GTCACATCCAGCTGTACAGAGAGCTATAAAAAAGTTAGTGGAAAGACCCT
AAAGTGAGAATAGAAGCTAATTTTTACATCAGCATTTTCATAATTGCAAA
ACTCTTTAAAATGAGTCTTTTGAGTTCTTTGAACTCTTTTTTGACACCCC
CCTTCAGCCCTGATGCCAATACTTTTGACTACACCTTTTGGGTAAGGGGA
AAGGGAAAGGCATGCAGTGTCCGTCATCCAAACACAGAGCTCATCAAAGC
CATTGTCAGCCAGCACTGGTGTGCCATAACAGAGGACTACATTCGCAGTG
GGTTCCTGTCCTTCTGCGGCTACCTGGAAGCTATAATTATAGTTAAGGGC
GGCTACATTAATGCACTAGCACTAAGTACTTTTCCCTTAAAATATTTAGC
CTTAGGACTTTTTGCCTTATAAAGCCATTTTGATTTAAGTATATGTCACC
TAAATACATACATAAATAAATAAAGATCATACGTCGTTAGTGTATATTTT
TTGTTAAAAATGATGTTTCCTTTGAATTTTTTAATCAAAATATGTAAATA
TTATTTCTATCAAAAGCATCGAATCGTTGTTTTCTGCTAGAAAAATGATG
GAATTATTCCACAAAATTTCAATGCATATATTCTACCAAAATCTCATTTT
GTTATTAGTTTGAACTAGAGGCAGAAGACTTAGTTACTTTTAGTTTATCT
GCTTTCTAAAATTATTTAACGTAGACAGATTATTTGACAATTATTCGGGG
TACACAGTATACCTCCAAAGTGCTAATTATCCGAATATTTCAATAAAGTC
AAAATATCTCTCCTCCTAATCCTATAATATATTCTTCAAGCGAAGTTATT
TCCTTATTATTTAAATGTTTCTATAATTGAAGTTCGACTTTCATCTGTCA
CTGTCTCCAATTTAGTGATAGAAAGAGAGAGTATGATGTGTAGGCAAATT
TAAACAATATACACATTATTCTTTCACCAAACCTTGAAAACTTTCGACTC
TCAAATTTTTTGGATAATTAAACATTTCTAATCATGATATCAAATCATAT
CATATTTTGAATTAAATACACGAGTCAACAGCATGCATACAAATAATACA
TCAAGTAATATATTTTTATTAGTGTTTGACACGCAGATCAATAATCTCTA
ATTAGTTTATTAGTATCAAACTTAGTTTTTGATAATATTCTATTAAAAAA
TTAGTATAGGCGATTTGTTGATGAGTGAGAAGGTGTAAACAAGTAGTTTA
TAACTCAATGTGATGTTGTTATAAATATTTTTTGCTGTGTCTTCAATACA
GATGTTGACTCACAAAAACGAGGTGGAGACTTGGACTCCAAGCTGTGCGA
CTAAACTAGGACATCAGTCCATATTTTGAAGACTTACAACTCGACTGCAC
ATTGGAAGGTCAAGAGCTTTTTCAACTTTTCCAATACGCTGGTTTTAAGC
ATTAAATATCATCACAAGCAATTTTTACTTATGTGCACACGTTACATGAA
TTAAGAGTTGATGAGTAAGGATGTGGAAGTTGTCTAAATCCTTGTGAATA
TAAATGAAATAGTAAAATTATATGTTGGGAACTTTGATAGACGACATATC
TGCTAAAAATTATCATTACTAAAACTTTGTGCTCCTTGTTTGCTAATTTA
TTTGAATTTTTAAAATAGAGAAATAGAGCTTCAAAAAGAATAGGAATAAT
CTTATTGTTTTTTTTTAATGTTAAAAATTAGATATTGATTTGTACTTAAT
ACATTAATTTTTTTGTTACAGTTTTATTTTCTAATTATGATTATTTAATC
ATGTCTAAATTTCGTACGTATATATACATATATAAATACGTTTTGAAATG
CACCCCAGAAATACCTTATTTTCTCTACATAGTTCTTCAAACGTTTTAAT
TTTTGAAATTTATCTAAAGCAACCTAAACATCAATTTAATTAACATCGAT
GTTGAAATTAATTATACTTAATAATTATAAAATTAAAAATTTGAATCTTC
AATAGATTATTTTGGTTTTGGAGAATGATCCTCTAGATGTGTCCGCAAGT
GTTAATGTAATTCCATTCGAAGATCCTTATGAGCAAACATATGAAAATAG
GAATAACGAAGAAGCTAGTAAAAAAGATAACAATTTTCTTCAAAAAGGTT
TGTTGAACTCCAGAACCGAGCTATGTATTCATCATCAAGATGATTTAGAC
GAAAAAGGAGATCCAATTTCGATGAAACTCAACCCATATTAGTAAAAATA
GACAAATAGAACGAGAACTCCATCTTTCAACTGATAGTCGAAAGCTAAAA
CGAATTAAAAAGTTATGTGAAGACAGTCCCCGTCCAAAGTAAAATTCCAC
CATATAAAAATTCAAAATTTAATAAAAATAAAAATTCAATTTGATACCGA
TTATACTACAACTACCTACGACTTCTTAAAATTATTGCTGTGTAGAAAAA
AATATAATTGGAGACGAAAGGATATGCCTGCCGCTCAAACAATCCAACTT
TTAGTAACAAGGTGAATATATTTGTGTGGATGATCGATGGCCAAGTACAT
TTTGACCATTCCATMCCATTTCCACCGTATTAAAAAATACGCCAAATCAA
AGCCACCACTATTTGGGTCTAAAATTTAGGTTTTAACTTCATCTTCCGGC
GAGCTTCTTCATGGCATTCCTTAKGAAGGAGCMAAGACATAATAAAATGG
TTATGAATTGGGACAAAAGAGGAATGTTGTTTATCGAATTATTGAAAAAG
AACAAATATCCAAAGGTTGTAACCTTTTTATTATTTTTGACCTCATGGAC
AACTTTCGAGGAAAAAGAATCCATGAAAATGAAAACAGAAGAAATGAAGT
GCTCTTTTAACGATAATGATAAAGTAATCATTGTTTGAAATGATGCGGGG
ACCGATTTATATTGCAAACAATTTTATTCAAAAAGATCCAATTGGAAAGT
GCAATCACTATTCCAGAGATCCCAAGAAAAAATCTTGAAGTAAATCAACT
TCATTTCTGCAAAATTTACAACAGCACTATGGATATACCTATAAGATTAT
ATGTTTTCTAACTATGCAATAAGTTTACGATGAAAAAAAATAGTATTGGT
TTGAAATGTGCAAATGGCTTCTTTTTAGAAATAGTAGTGTGATTTTAAAT
TCAAAGGAGAAACACAATATTTTAAAATTGATTTCACACGAGTATGTACA
AAATCCTAGGTAACTAATCGTGGTGAAAATATCCATGGCAATATTTTGCT
AAACTGAAAGCATAAAACAAATATTTGGTTGTACTTTACGACAATGTAAG
GCATCTTAATTGTCAAAACAAATAAACGAAATCTTTGTGCATCTTGTTTG
TCAAGATGCATACATAGATGCAAAAAATGTGACGTAGGTTTGTGTGCTAA
TTGTTTTGAAAAATTCTATATTCAACACTTGTAAATAATTCATATCCGAA
AATACTTTTTTATTATATTTATTTTAATAAAGTTGACTTGGAGAAAAATA
ATACGAAAAATAGTCATCACCCAATTTATTATCATACCATCTTTTGAATG
TATATTTATAAATATTTTTGTAGGAGATCTTCCCATGCGTACATAATATG
TTCGTTCCCACCAACGGACAAGTGGCACGTCTAATAAACAAAAATGATTC
TTACCTAATTCATTAAAACCTGCAATAATAATAATTTTCATTGACTTTGG
TTATTAGTCCTTTAAAGGTGATCACTTTTTAGGGGAGAGTTCTTTCGAAC
CCTTTTTTTCAATTCAATGAAAAAACTTAGAATGCTGAGGATCTACATAC
ATCTTCTTTTTTGTAAGTTTAAACCTTATAAGATTATATTGTTTCTGTTC
CTACACCAATATGTTCATTTGGGTAGAAAAACTAATGTGTTTTGGGGGTG
CTAGAAGTTTATATTAAAGCCAAGGGGCGGTACAGCCGGAAAAAATTTGG
GACACCCTGGAATAAAGTAATAACTAGTGTTTGAGCTCATAAAAACGCTG
AGTAACACAGATGATTTGTACAGGACAACTTCTTGGATTTAGACTAGAAT
TGAGGATCAGCATCGGAGTACTCCTACATAGGTATATAACACTATTCATC
ATTGCTATTGAAAGAGTAGTATATGTGTTTATTCCTTTTCTCCCATAGGA
GCTTGTAGCTAATCTAATTAAACTTAATGACAGCCAAACTTCTCTCCTCC
AAATTATTTTTCAAATTGTCAAGTTGAGTATTTTTTTTTTTTTTTTGGAT
CATTCTCAAAATACTATCAATTACCATCACTCTATGTAGTTCTGGTCTTT
GTGTAAGGCGTATCCATCTACAACAGATTTTTGCTATACTGGATAAATAT
TTTTTATCCCTTGCTATTTTTTCCCTATAAAAGTCATCATATAAAGCAGA
TTAAAAATGGAATGCATCAGTTTGCTTGCTACATACTAAATTAATAAAGA
CATGTTATACTTGTTCCAAGACAGTAGCATATTTAGTGATGAAAATCGGT
TATATTTTTTAGCTCTACCTTTTTTTTAAATTGATCGTCTAAGCTCCTGT
CATTATTAGTCAACCCTAGAGTTGTGAACTTGATTTTCTGCTACATTCAA
AACCTAATTGAACATTTTGTATGTGCTCATAAAAGATGGAGAGTAATCCT
GAGGACTTCATGGGGGAGTTGTTATTCTAAATATCGGATCTAGACAGAGT
AGAATGGAGGATCGATGTCGGAGTAATTCTTGTCATTGTTTTGTTTTGTT
TCCTTCTCCCCTTCCTCCCTCGTCACCGTTGCTTGTAGCTCATCTAATAA
AATACCATTCCAGATAAGGTACTCTTTTCGAAATCATTTTTAAAATTGTC
AAGGTTACCATGTTGATTTTCGGTTTCATTTATTTCAACATGCTCAAAAT
ACTACTGATAAGCATTACAGTATATATTTATGCCCTTTGTTTAAGACGGA
TCCATCTACAACAGATTTTCGCTAAAGTTTATTTTTGATCTCTCCCGTTC
TTTTGAATTCGATAGTCTGAAGAGTGAATACTCATGCTGCTGTCATTATT
ATTTATCCTTTTCTACTACATTCAATTGTATTCAAAACCAGTTGAACATT
CAGCTGTGCTTCACAAAAGAGGTAGAGTAACCTTGAGGATGTATTGCGGA
GTTATTGTTGTAAATCCTGGTTGGATTCAGTGTAGAATTGGGGATCGMCC
TTAGAGTTATTCTAACCAACCCCGAGCCAATGTATATATCTAGTTGGATA
TACCGACGGATCAAGAATAAATGGTTAAGCAGGTGCTAGATGGGCACAAC
ATGACACATTCATTGGGGAATGCTCATTAAGACTTAATGATACAAACCCA
AAAGTTGAAGCTATTAGAAATATAGGAAGTAATCTGTCATTTGACAAAAG
GAATGACAAGGGGACTTTAATATTAGCTGATATGTTAAGAAAATAAATTT
CTTGTTGTAAAAATGTCCTCAAGAATTCCAAGAGCAAAATCACAGTTGAA
TGGATTAAGAGTCATAAGAATGGCATAGGGAAAGAGTTTGCTAATGATTT
GGCTCCTGAGGGTACAAAAGGGGGTACACCAGTGTCTGTGTCTTTGAATG
AGTGGCGAACTATCATGCAATAGTTGGATAGTTGCCCCCCAATCTAAGCA
GTTAATAGTSGAGCCGTACATTAGAACAAACGTTTACAAATACTAGAGGC
ATCAAATGTCAAGTCTAATGGCTATGGTTAGTGGCCACATACACCTAAAA
TCATCTTTTTGAAATGGGTAAAAACCTGAGCCCAATCTGTCGCCTCTGTG
AAGAAGATGAGGAAACGCTATTTCAGCTCATCCTAAGATGATCTCCTCCA
AAACATCTTCAAGTGTCAGAGTGACAATATTGATTTTCATTTTGTTTTTT
TGTAACATACCCAAATACACACGATTAGCATCACTACCATTGAGTGCGAG
CAAACTACTAACTAATAAAACAAAGGCATTGTATTGAAGAATAAGAAGTA
TTCTTCACATACTGAATACAAATATATATATCAACTATCTTTAAGTATGT
ATGTATAATGAAGCGAGTAACATTTTGAACGAGAAAAATATATTCTGAGG
GACGTTCACAAAAAGAGCTGGGGNNNNNNNNNGGGGGGGGGGAGTAAAAA
AAAGTTGGAGAAGGAATGGTGTAGAAATTTACTTTTTTAAACATTTGCTT
TATATTACATTTTCTATTTTAGTTCGCTTCTGTGTGCCAGAGAGAACGAA
AGCAGAGAAGCAAGAGAGAGAGATTAAGAAAGTAAAAGGAATCTTATCAT
ACTTATTACTACCATTTTACAAAAAAAAAAAAAGAAAAGGATTTCGTCAA
GGTAGGTACACCTAAAATTTTTAGACAAATTACTAAAGCCATCAAAATAC
CAACTGGGTATTTGGACACACTTTTTAAGTTGGATATACTTATCCTTAGG
GTTCATTCATAGACTACATGGTTTTTTGGTTTTTTTTCATATAATCTGTA
CCCTCACCCCTGCCAAATGTGAACTTACTTTAGAAAAAAAAACACAAAAA
TATAAATTTTTGCTAGAATTTATTTTCTTTACCATACAACGTAACCATGT
GTTTTACTTTGTCCCATGGATCAATTTGGTTTTTTTTTAAATAATACAAT
CCCCTAGAAAGCCCTTTTTGTGGACTTTTTGAGATAATTTCATCATATAT
ATTTCCCAAAAAAAGGCCATTCTTTTTTTCAGCAAGTCGATTTATTTTTT
TTTTTTTTTTCTAATTTTAGTCTCCTATTAACAATCACGTTATTTATGCC
TCCTTGCCATATTAATCAGATCCAAATGTTATTATGCCTTACGGTCCTCC
TCCATAAATAACCATGTAGTTTGTGAATACMCCCTTATTGACCCTAGCCA
GTCATGTTTTTGTGACGGTGTTTGTATTAGGATATTTCTTTCAGGATCCC
TTTTGTGGGATTTATTGCAATTTTATAACTACAAAAAGTATTTCATTTAA
TTATTTTGGTTATGCACGAGCTATGTGTTTAAAAATCAGTCAACGACAAC
TTCTAACGAAAATTAGATCGTTCATCCATTAAGTCCCCCTTTAGCATAAT
TAACAAAGGAAATTCTGTGATAGGTATGAAAAAGTTGCAATAGTCAAGGG
GAAAATGGCAGGGKGGCGKCTGTTGTATGATAGAAAGTGACATCTCGTTT
TCTCGTAATATCCTGGAAAATCTAGCATTTATTTATTTCATAATATCTAC
TTCATTTATTTTGTAAACAATTTATAAAATTAAACGTTAAATACATATTC
AGATATGGTGATAGCGTAGTAGACTTTTAGCCTTTAAATTTAGCTTAAGT
ACTTTTTTTTTAGGTTTTAATTAATTTACAGAATACAAAACGACGACCCA
TACACTAACAGTGATAATGATTAAAAAAAAAGAACATAATAAGACTAGCT
TAAAATGGATAATTTCTTCTCAAAATATAAAAAAATAAATCCTATAATCT
CACAATATTTCCTGGGATACCGTAATTTAAAAATTGGTTTCCCAGGATCC
CGCTCATAGGCAATCTCTAAATGAAATAAAAAATCCCTATTTGTACCTCT
TGATATTATATGGCATATAGGTTTTTTATTTCTTCGTTTTAGTGATGTCA
CGGTATAAATATTTTAGTGAAGGGTTCCGTGACCTAAATAGTTATAAATA
TTTTAGTGAAGGGTTCCGTGACCTAAATAGTTATAAATATTTTTTTGGTT
CAAAATATTAAACGAAAATTCCGGTAAGAGTAATCTACATCCATTGACAA
CGACGTCAACAGGTTTTTTGTTTGGGTTGTAGTTGAATGAGGGACTTTTT
TATAAGGACTTTATTTTGAGTGAGGGAAACTTCAGAATTTGGAGGGTTTA
CTTTCGCGTTGTGTTAGTTTATAACCCTTCTATGAGTAAATACTAGATCC
AATATTAGTATAGTATGATACCGCTTTAACCGTGTCAGTACTCTGGTTCC
ATTGCAGTACCGATATACCAAATAGCCCTACCTAAGAATAATATTATATT
TTTACAAACACAAGTTTAAATCCCTAAATTAATTAAAGTCATATTTAAAC
AGAATAGAGGCTAACAATTTCAAACTTTTATTCCAATTAGCTTTAAAACC
TTTTTAGAGTGTTACCTCTTCAATAAGTAACTATTAGTAAATAACAAGAC
ACAAAACAAAGGCAATTCATTTGTTCTTTCAAAAGGAATCCGTTAATACA
TAAATATGTATGTAATCGACTTTAGTATAAATTAGGGGTATTAGGCGTCG
AAGAGCAGATACACTTTACTGTGATAATATAGAAAATACTTCCCCAACAA
ATCCTGGGTTGACTGTCCGTTTTTCATGAGCACACTTACAAGTAGCTCCT
CACTCAATACTTCAATATTCTCTCCTCAAGAATACGAGGGTCGTTTGAAA
AGTCCGTGCCAAGTCCAAGAAATGGGACTACTGGGGCGTATCGAGATTAT
GTTTATTTAGTAGCATATCTTGGAAGAATTCTGATAAACAACAGTATGAG
AACTCTTCACCTTCGATTAAAACAGTTTATAAGTGGTTTCAAAATTTTCG
GAATAGCCATATGGGCACAATTGATGTTCGGGATACCCTTTTGTGGTTAM
TACAACAGAAATAATCGATAAAAWCCATGATATGGTGATGGATGGCAGAA
GAGTGAAGGTGTGTGAGATTGGTAATGCCGTGGGAATCTCGATTTGGAGC
CCTATTTCCATTGGTGCATTGTCATGAAGGAAAATTTATTTTTTTGTAAG
CCTATCGTGGGCGTTTTTCTTGCAGCTCGGTTTTCAAACGGTCCATTAAC
GATGAATAATATGCCCCTGTAATAGTTTTACCCTTTTCCAGATAGTTCAT
GAGGAGTATTCTTTGCGAATCCAAAAAAAAAAAACATTTTTTAAATTTTA
TGAAGAGTACTTCCTATTTTGTATTTATTTTTTAATTTGAGTTGAACTAA
ATATTGGCAATTTTTTTTAGTAGTCTCTCTGTATGTTAACTCACTTTTTC
TTCTTTATATTGAATTGATATATATATATATAGTGACATAAATCATCAGT
ATTTTTTTATTTTTTATTTTTTGAATTGGTAATCTAAAAATAAATTTTCT
TTGCCCTTACTGTCGTCATTATTATTTAACTCCTGAGTAGTAAACTTCAT
TTTCTAATATATTGAACTATATTCAAAACCTGATTGAATATTCGTTTGTG
AAAGTAAAGGCGGGAGAGKAACCTTGAGAATTTGTTGTGGAATTATAGTT
ATTAGTCTTTATTGGACTCAGAGTTGAATCGAAGATCGAACTTGGAGTAA
TTCTTGCCAATGGTCATGTATATTTATTTTCCTATTCATCTCTTCTCACA
GCTGATCCAATGAAACGTCGTGACGTATAAGCTGCTCTCCTCCTTGTTAG
TATTATTATGCTGATTTTTGGTGTTTTTTTAACATGCCCAAAATACACCA
GATTTTCATTACTAAACATATTTATATCAGGGACCCCTATATACTGTACA
TCCTATATATACACACTGGATGTTACATGCTAAACGACTGTCACATTTAC
ATTAACTGCATTGTTATGTTAACGTACATTCATTAAACTTTGCTTATTAG
TATTACAAAATATAGACACAGGTGCTTGACATAGACATATGTACTTATAG
TAAATATTATATTATTTTTAGTGTTCAATTAGTTAGTCATAAAAAAATAA
ATAATTTTTTTTTCTAAACCTAAATTTATTCACCCAAACTACACATTATA
AAATAAAAGCAATTCCTAAATCATCCGACAATACTTCAACAAATAAAAAT
GTTGATAGGATCAATACGGAAAAAATAAATATATATATATATCAAATTTT
GACACTCTTACAACTATATTTAACCAGTATCCCGTTTTCATGAAAACTGT
CCATCATTTATATTGATATTAAGACCATCTTCTCCATCATTTTTATTAGT
GCGTTTGCGTACATTACTGACTGTATTTTTGATATCAAGGCTGCTATTTT
GAACTTTTCCGGATTGATTGATGCCTTTGACAATAGCCAATCACCCTTCG
TAATTCTGCAGTTCCATTTTTTCTGTACTATCTTCTCCACTCTATTAATA
AATGGCTGCTAGGATGGACATATGACGAAAATGTGTTGTAGATTTTCAAT
AACCACTGCACAGAAAGTGCAGTATTTATTCCCCAATGCTGATGTATTAG
TGTAGTATGAGGATGTAGTCATTTCATATGGGAACCACTTTTGTTCATTA
GAAATAAAATTGTTCCCGAATACTGTTTTGGGAAGCTCGTCCCTACCCAA
GGGGGAAGTAGGGTTCTTTCCCACGAGTCCGACATAAGATTCCAGAAGTA
TATATTATTTACTTTTTCATTTATTTTTGCTGAATAGGCTCCTTTAAATT
TGCATGAACATAATCATTCAACATCTTTAAATAAATATAACACGCAAATA
TTTGACTTATATAACGCTCTAATTTAAAAATATTTTTCAAGGAGTTATGT
AGTTTATTTTTTCAAAGGAAAAACTTCTTATAAATTTTATCTGAATGCCT
TTAAAAAATGTTATTTATAAATTTTTTTAAATCCTGATAATGGATGAATA
TAGACGCTTACAGTGTTGGATTTCGATTTGAAATTCTTAGATCGGTCTCA
GACCGTAGTAATTTGTGTAGGATAAAACTAACTAGGTCAAAGTTTGGTCT
GAACAAATCTTCTAGGATAATTCGGTATTCATTAAAAAAAATCAGTCTTG
AACGGTACCAAAAAATGTTTTCTTTAGATTTATGTTTCAAACATATGAGA
GGAAAAAATTAGATAATCAAGTGGCAGCACATACCGTTTCAGATTTTGCC
AATATCAAAGAATAAATCCGCTCTATACATCGTAATAGCTATAATAAAAA
TAACTCCAATATTTATCCAATAGATGGCTTACTAACGAATATAGAGTTGT
GTGATAGGTGAATGCTAGATGGCGTTAGAAAGATAATATTAAGCAAAACA
AAACTTTTTATATAGTTTTGTGATTGCTTGACTCAGTATGGGTTTCAAAG
ATGTACGCCAGCAAAGAGAAAATATGCCATATTTTACTTTTATTCTTCAA
TAATGGCGAAGAAATAGTGTTTATGGATTACAGCTATTCATGCTGTATTT
TAATACAGTCCATTCAGTTGCTTTAATTTTGATGGCAAGGATATAATAAC
AATCGTCTAAAATGCAGACAAAATAATGGTAATCATGGAGTCCAACCTTC
ATGTATGAATTGTTTTGATTGCCAAGGAGATGCAACATTTATAAAAAAAA
TCCATTAAAAATACAGGATTACTTTTTACTACATCTAATTTATGGATTAC
CCATAAATTAGACATGGACTCATTTTCCAATCTGCTGTTTTATGAATGTT
CTGTCAAAAAAGGGTTTGCTTCGTTTGCTAACTGATCTTAAGGGTACAAT
ATACTAAATATTCATTAGTAGATTTTATTCGGCTCTGAAATCTGACGGAT
CATTTTGGGATTCTATTAATTTAAAAACATGTTGCTCATTCATCTTGTTT
AGTAGTGTAAGCCAGAAAACCGTTTAAGAGTATAAGCGATTATAATAGAA
GATAAACTTACTATTCCTTTATAATATATCTAGAATGTATTACTTAATGC
TATGCCCAGAGAGGCGTTTAAGAAGTGTATAAGTCATAACAGATGCAATC
ATTCCTTAATCAAAGTATGAACATTGAGTACTCTTTATCTAAAACATTCC
TGGCTACAAAAAAAATGAACCACAAGTTATTTTCTAAATATCGAATTTTT
TAAGAATTTTTTTCAATTCTTACAAGATATATTTGACACAAATTAGGTTT
TTGATTTCAAKCATCAGCCCACGTCTGCCCAATGTCTAAATTTTAATACA
AAAAAAAAAAAAACATATCGKGGCTTTTCTTTCGTTGAATTCACTATCTT
TCTTAAAAATTTGTATAATAAGTATAATAATAAATGTCATCTGGAATCAA
TTAGACATGACATTAATTGAATTATAAATAAATATTTTTATGCCACAACA
TTTTTAGATTCCTTCGTCATACCAAAGATAAGATATCTTGTATGATATTA
CTACTATTTTCAGTATTTATACTGTAAGTATTGATAAAATACCTCGCGAG
ATGGAAATTCTAGTTATATTAAGTACATGAGAGACGTTTATCTAACTATT
TTATTCTTCTTTGTAAATAAAACTTCCTCTATAATATAAAATATGGTTAT
AAGAGGGAAACGAATTTGAATAAAATTAAATATATGTTATTATTGATAGT
GAGCCAAAATAAATTTTGAATCTGTAACTTAATCCAACTATGAGTTTTGA
GGCCTTTAGGATAAATGAATTAGCATTTTGATGAATATTTGATAAAACAA
AAATTTTAAATTTTTCAAAGTTTGAGTTCTTTCATTTTTTTAAGACTTTC
AACATATAAACATAGAACTTATACAATTTAAAAAAAGCAACAATTTTATA
ATGGAAAAACTATGAAAATAAAAGTAATGAAGTAATGGACGGATTTTAGA
AAATCATAACTTCATTCATATAGTTTAAAAATTAATGTTTCGTAGAAAAT
ATATTTACAAAAAAAAACTATATCAACGACGTAATGATTTATTAAAGCAC
ATTCAACAACCTTGTTTATTATTTATTTTGAATATATTTTGCATTTGTTA
CACGATATTTAGTGAATTTAATTAATTGTTAATTGTTTTTTGTTTTTTTA
ATGGGATGACTAAGGCATACAACAGTTCTTAAAAAACTATTGTATTGTTA
CTAATATTTTACCTAGTACATGCAATCTTATGAAAACTATTGTGTACTAA
TTTTATTCCCAAAATTTAGATAAGGTAATGAATGTTTGAAAGAAATTTTT
ATCAAACATATAACTCAATATTTTTACTGTCTATAAGAATAATAAAGTAT
ATTAAACTCAATTTGTTATGATTATTTATAAATTAGAATTTATTTCTTTG
TTTTCTATTTATATAATACTTCTTAAAATGTTAATTGATATTTACGCAAG
CAAAATGGATGAAATAGTTATAAAACTGATATAAAATTTAAATGATGTAA
TTATTAAGTAAAATATGAAGATTTGTGCGTTTTGAATTGGATTTATTTAG
TGAGTTATATCTCACAATTAATACATTGCATAAAAAAAGCTAAAAGTATG
CTTAAAAATTAAACGTACACTTTAAAAAAGTTCATTGACAGTTTTGTGTT
TGATGAAACCATCTGTGTGTTCCAGAGTTCCAAAATGGAGTAAAAAAAAA
GAAAATTTTATGCATTCTCCAGTATCACTACAATCAAGGTTAAAAAACCG
TTTGGTACCATCTAAAATGGATAATTCTAAAAATGATAATTTTATTGTCA
AAATATAAGAAAACGTTCAGAACTTATTACTTCACCTTTTATTATAATTG
TTCAACTGCTGATCAATAAAATATTATTATTTTTTGGGGATGAGGCATTT
TAGGCATTTAACTAACAACATTAAAAAGGACAGTTAAAAAATACCATTAG
TTTTTCAAAAAAAAGGAGGATCCTCATTTAAAAAAAACCTCAGATTTTTA
GTTATCTCTATCCACATTGGGATTGAGGCCTTGCACAATCCATTTTGCGT
ACGGTCTTTCAGTAGTTAAGACTGACTCGGTCGAAAAGTGCCAGAACTTT
TTCTAAAATATATCTAATTAATAGTGGGAATTCTTTTATTCACCAATATA
CAGCCGCAGAAGATGTGCTACTGCAGTCCAAAAATAAATATACATGTAGC
CAAGCCAAAAAAAATCGTAGAGATGAAAGAAAAATCTTTTTATTATATAT
TAAATTTTTTTCCGCTTATTTATATCTTTGTATATATATTACAAATATTC
TAAAGAAAGGAACTAATAATAGAAGCTATTTTTACACCTTTTCATCTTCT
AAAAATAGTTTTAGGATTGAAGGTAAAAAAGTGATTTTTTTTCTTGTCAC
GTTGCTACTTTTATTACCTCGCAACCCTTCCTCCAAAAATAAATATATAG
AAACTATGGAACTCTTATAGATTCTAATAATATTACTATGTTATGACGTC
ACAAGTTTTTGATACATAGATTTATTGAGGTAAATTTGATTAGAACGTAC
ATATTCATCTCCTCAAAAGAATGTTTTATTTAAAATATTCCTTATCGATA
TTCAGCACAATTTCATTTAAAATATATTCCCAACTCCATACCCAGTGACG
TCATCAAAATTATTATGTGTTTTTCTACTGCTCATACATTATTATGTAGC
ACCACACAAAAGTAAATTTTATATTTTGTTCTCAGCTGTAGATGTTTCTA
CATCTTTCCGTCTAATCAGTTTCTCAAATCCACGTTCGGCTGAACGTGGA
TTGGTTGAATTAAAATCCGGTTCTTTTCAGCTATAAAATTTTTAGTAATA
TTAAAAGATAATTTCATAGTTTATTTTCTGTTTCTGGATAAAATAACGTT
AACAACGTAATAGAACTTGAATAAAGTAACACATAATCAGAAAAATCGAT
AGCTGACAATTACATGGAGTGCAAAATTTTATTTTATTGAAGTAACACCA
CGCCATCTTGAGCTATAGCTAACACGCTCGTGCAATGAACAAATTAATCA
ATATCAGCAAACCTTGATTAAAAATTGCAAAATTTACAACAGCAAAGGTG
TATTTATTTGTATGGATGTACAGAAAACCCCAGTCCCCTAACTAAGGGTT
ATATTGTATTCTTTCATCCTAAATTATCAGCGATAATAGCTCAGTAAAAA
GAAAAAGCCAAGTACATACCCAGGTTTATTGGTAGGTAATATATTTTTGT
CAGATACTATTGATTTTTAAATCGTGGAATGTTAAGAATTATATTGTTTT
CTCTTTGTGTCTGTCAACATAATTTTTATTTATTCATATGTATATACAAT
GTAGATAGGAAATGAACATTCCTTGACAAACATATTATCTATGTATAAAT
TATATATAGATGTTATACAGTATATTAATGAATTATTATTGTCAAGTTAG
GCATTGGATACCCTGACTTAGTTGAGTACAACACATGTAACCTATTTCCA
ATTAAATGTTCTTATACCTCTAAGTAAATAAATCGTTACTTCTTCCATCA
ATAAATAATTCAAAGATATATTAAAGTCTCGAAATTTGAAAAAGCTATAA
TGAATCACGTACCAGCTCGTGCAAATGTTTGAGACTAAATGAACGAATGA
AACAATGATGTTCAGTGATCGGAATCAAATTTTCCCATCGATTTAATTGC
ATTTTAATGCATATTTTTCAAAGAGATTTTGTGGGATTTTTTTGATGATT
CAATTGAGCCTAAAATAAAGTCTGTTTGAAGTAGGTTTTGTTTTGAATCG
GCCTACAAATCAGTGAACTGCAGTCAAAATGGTTTGACGCACATATAGTC
CCAAAAAAATTGCAGCCGTCGTTGGGCTCAATATGACTGCAATATTCAGC
ATGCCAATAATATTGGCAAAACGACTTCCAGAGCTTTTGGAAATAGAGTT
CTGCGTCCAAATCTTAGCTGAATTATTTACCAAGGATATGCATAAATGCA
TCATCGTACCAATATTTAGATAACCTGAAGTCTACCATCTCCACGATCTG
AGTCACGTGTATACGAGTATAATTTTGGAATGGACCAATAGACAATTTAA
TCTTAAGAACTATGCATATTATAATCTTCAAATCTTCAACAATTTCACCT
TTCTAAATCAGAGGTTCTATAATGTGTTTAAAATGTGTTTTGATCGTATG
AAAGTCATGATCAATTCAGTTTTAAAAGTACGATTTTTTTTTTGTTTTCC
CCAAACAAAACAAATTTCAAATCAATAAAATTCATTATTTTGAAAGGGGT
AATTGTTGAAATAGAAAGATTATAATATGTAAAGTTCTAAGAATAAATTG
CCTGACCACAATATTAACCCACCTAAATATGATTTTAAAGTGATTCTAGC
TCCCTAAGAAGGGCCTTTTTTTCACATATCTACTCATTCGCATGTTTGTT
AAATTCAAGTAAATATAATTCCAATTTTATAAAATGAAATGTTTAATTAT
TTTGCCATGAATAGTAACTATTAAATGTTTATGAATTAATTAATATTTCT
GACTCTATACAAATTGTGTGTATTTTGGGCATGTTAAAGAAATGGTAACC
TTGACAATTTTAATAATGGTATAGAGATGAGCAGCTTAGGTATTATCAAG
TTTAATTAGATCAGCTATTATCAGCACCTTTGAGAAGGGAGGAGGGCGAA
GGAAGTAAACAAGGAAATTGACAAGAACTACTCAGATGTTGATCCTCAGT
TCTACTATGAGTCCTACAAGGATTACAATTATATTTCCTCAAGGTTACTC
TCTCTCTTTTATGAGTACACACGATTGTTCAATAAAATTTTGAATATCAT
TGAATTTAGTAGGAAAGGAAGTTCACTACAGAGGAGTAAAATAATATTGT
CATCAGCTAAGAAAAAGAAAATTAACTTTCTGATTACCAGTTCCAAAAAA
ACGGGTCAGCTTATAAATACACACGATTTACATCACTATCAAGATGTGTT
TGCCATTAGACGAAAGACTTACACTACACGAGATATACAAGTCCTTGCGA
AAAGCAATATTAAAATGTTCACCCAATAAATCCAAAGATCTGCAGCTGAC
GACAAAATACGTATTTTTGTGTTAGCGAGGTAACGACGTGATTTATAACA
CTCAAATATTGCAATTCGTGACAAATAGTTTGTCGATGTATCTCTTAAAA
TTGGAGACAAATGAATGATATTTAAATTTAAATAATATTGCATCATGAAT
CATTATTGGATTTTTTTTTTCAGCAAAGTGTCTTCCATCCAAAATATAAA
TATAAACTTTTAAGATGCCACATTAAGGTTTAGCCAGACACGTTCTCTTA
AACATTCATATTTTCTTAGTTAAAGTAGTCACGCAGTTCCAAAATGAGTA
CTCCGAAGACAAACATTGTTTTATATATAACATTTAATTAAGATATGGGC
TAATTTGAATGAAGATTGTTGAAACATTGTTTGATTTTAATAAATTATGT
TAAATATAGAAATATTTATGTTCCTAATAGTTAGGTCTTATATACTTTTT
TAAAGTAAATAAATTCCTATATATATCATATATATTCCATGTGATATGTA
AATGATGTCTTTTGTCTTTCACCCATTTACTTTCTTTGAAGGTTTTAGAA
ATACGGGTTTTATATAATAATAATAAAGAAAAATAATTTATATTCAAGGT
AGTAGTTTGGAATAGACAAATATTTGACTATATTGTTAACCCTTTATTAA
AGGGACAAACTAAGAAAGTTTTATTAGTATTTCATATATACAGGGTGAGA
CAAAAAAAAAAAATTCCAAAAGGGTATACAACAAGTTTGATAAATTTAAA
AACTATATTTGGAATTCATATTGTTTGTACAAATATACAGTTTTGCCTTA
CACAGTTTTAAATATCATATTACAAAGCTAACGTTCCACATTTCCCATAC
GCAAATTTTGGTATTTTAATACTAAGTAATTTTTTTAAATTTTTTGTTTA
TCTTTAAATAAATTCCATGAAGAGATTTTAAAATATGCTAAATTTGACAA
AAATAAATATTTTATCTTATAATTGAGGATGATTTGTTGATTAGATAATT
AATTAAAGGATTTCTTTCAAATTTCATGAAAATGTTGGTATTTTCAGTAT
ACCAATCTGGTTTTAATTTAAAGAATAGTATAAATTTATAATTTTGAAAA
ACATCAAATCTAAGGACATTAAATTTATTTCTCTATCATCATTATCCGTA
GAATTATTTGAGTTCAAAGAATTTTACAAGTTTTAAATTATTAAAAAATA
CCATGCTCATCCTGCAACTATTTTTAGAGTCTGATTGCCAAGCATTATAA
AGAAAAAGTTATGTTTTTAAGTTTAAGTTTTGTTTGTATATATCGTGCAC
AAGTTGCAACCAAAAAAGGACAAAAATAATTATAAATGAAGGATTCAGTG
TATGTGTAATTTCGATTTGAAAATATCTTAATATTTATTCAATGGGCGTT
ATGTGAATGTTGTTATTTTTGTATGAAAAATTTCATCGGGTAGAGCGCGA
AATTTTGACTCGAGACTTTACTACACAATTAGTGTTGGATTGGACCTAGA
ACTGATTTACTAATCTCCCCTCCCCTCCCCTTTCTGTCTTTTTTTTTATC
AGTGTGATATTACAAGCCATTTAATGATCATGAGGAACGATACGTCGGTC
TTTCAGTCCTAAAGTAATGCTATATATTTATTTTTTTCACTCTTAGCTTG
GGTTTAAGAATATTAAAACAAGGAGTATAATGAAATTTCAAGTTAACATT
AGTTCATAGCAGTGGTTGCGTGACTTTAATATTTTAATACTTAATCCAGA
CGAATGCTACTCAAAGATTAACGGGATTTATTAATATAACTGGTAGTTTG
TAGCTTTAAATCATCATTTGATTCGTTAGATTTAAAAAGTTCACATGCTA
TCGATGAAAATATATAACACATGAGTTGTTTTTAAAAATTAATCTCATTT
TCAGTTAGTACCAACTTTCAATCGTGTTTCTAAAAAATACTTGACGGGAA
AAAAATTATTGTAACAATGTTTGTTTAAATATCAATCAAAATCACGTGTC
TCACAAAGAAACAATAATAAAAAAATAAGGATCACCCATATATATAATAG
GTTTGAAAAGTATAATTTCGTATTTCAATATTTTAGAAGAAGTGTTACAA
TCATTCTATAAGTCAAGTAGGCTCTGTTCCCTTTCCATAACTTGTTGTCA
ACGAGAATCCAACTTCATAATGTCCTTCTAGTAAATCCCTTCTCCCTATT
GCCAAAAAACTCGTACAACCAATTTTCAAATGCCTCTATTGAGGGCAAGT
GTGTTGATCATAGACAGGAAGAGGCGGKAGCCACATGGKGACAGGTTCGT
ACGGAATTTTCCATCCGAGCTCTTGGAAATTCTAGTGCATCATCAATGAT
GTGTGTGATATGGTATTACCGTGATGAAGTCTTTTTGTCTCTTATTCTCT
AATGCTGACTGCTTCAGTTCGATCGCCGCTTCAAACAGTCGAGTGTTTCA
CAGTAGTTTCCCCAATCTAATATATAAATACAAAATAAGTCTTAATACAT
AAATGTTTCTCGTACATGAATAAGAGCTCGAGGTATTCATATTAATGTGG
AACTTTTTTTTTTTATCTTATATTTTACACTAGAACATTACAACAGTCCC
TCAGGGGAGCATTTTTCATGTTTATCTAGAACTTTCTTTCTATTGATGGA
GGATTCTACTTCATATCCTTTTTATATATAGTTTTAACACAGCTACCACA
CATTTCCCCCTTATTTGGAAAATAATATAATAACATATCTCTAGAGMGCC
GCAACACTTTTTATTTGCGAAGATACAATTAATATCTTGTTACATTTGTT
GTAGGTATATCCTCAAGGATAGTAACTCTTTTTCATCAATTTAAGGGTCG
TGTTGTAATATTTAAAAAAAAAACTCTCCTGACTATTCAAATGTAAGCTT
TTATGGAAAAACATTACACACAAGCCCCTTCGTCTAAAATGGAACACTCT
TTAAATTCTGCGCATTTGTCATATTGTGTTGTTTAACTCATTGTAAACAA
TTGTCTTAAGAAACTGTAAACAAAAAATTCAAACAAGAAATAAGAGTGTC
ATAACTAAAGACATGGAAAAATGCAGAGTAGTAATTATGTAGGTATACAT
AAATGTGTGGAAAATTACTATCAGAGAGGTGTAAATTGTTGTGTTGTAAC
CACTCTACTGGGTGACTGCAAGAGGAACATCAATAAGTTACGGCAATTAA
AGACACCGTTTAAGGCAAAAGAAGCAAGTGACCTTTCCCTATCATGCACA
GCTTGATGAAGCTTAATCCTCAATGCCTGCAACCTCGCCAGGGCTTGAAG
CCTTTGGATGACTCGGTGCAAAATCCTCCGCTAGAAAAGCAGGACATTTG
ACAACCCTACAGCCTTGACTTGTCCCCCCTGCACTTTGGTATTTTTGGGC
CCAAGCTTTAGGGAGTCCACTACACAACGAAGGACCAATTATTAGATTGT
CATCATCTCTGCTTCTGAGCTTGAGCTTTTACAAAGTTCTACGCCAGGCT
TGAACTGGTCATTAAGGCAAAAGGCGGTATTTTAGATGGATGAGCTTGTA
TATAAACTAATTGTATACAAGTTGTGATTCTGTACAAGTTTGAACTTCTA
TAAGCGAATTCTACAAGCTACAACCAACAAAGAAGATGAATAATTTTAAC
TAAATGACTCACAGTACTTTGGATTAAAGATATAACAGATCGACATTTTC
TCGTTTATAGTTTGATTCAAATCTGTAGACGTAAATAATTGAGTAAATTT
TGGGTACCCAAACTTTCGGATCCAGATCCAAAATCAAAACTAGACGTATA
CATGCCTCGAATTTTATGAGCATTTGATCCAAAGGTAAGATGTAAATAAA
ATAGGATTAAAGTTACATTTTTACGGAGTACTGATGCCGAAACAATGAAT
AACCCAACGGTATTAATATTAGAGCATAAATATTAGTTATTATTAGAATT
AGGGTTATAATCATATTGGACACTTCTATACCATTATTATATCTTGAAAC
CTCTCACCCATAGAAAAACATAAGGAAATCCCCAAATCAGGTGTTATCAA
CTATAAAACTATTATTAATTAATTATTGATAATTTTTCACAGCTTAATAA
AAACTAACTCAATGTTGGGAACACTTATTGGATGAAAAGAGCAAGAAAGA
ACTAAATACATTTTACATTTTGTTTTTAGTGAGGTAACGCCGTGTGGGCT
GTGAAGTAACCMCGCGATGTAATGCMGCCCCCCCCCCCCACACACACACA
CAATAAGGAATTTTTGTTTTTTACTTGTATTTTTTATTTTGGTTAGGATA
CAAAATCCCACTACCCCACCCCACAAATAAATATATATATATGTATATAT
AATTCGACGGACGCCCCTGGTTTGTGTATATGTGGCTCCGAGCACTTATT
AAGATAGTAGATAGAGATGCTACGTTTGATAAAGAATTGCATAACTAGAA
TTTAAGTACTAAGCATTACTATAAGATTTTTGAGATTTGGAAAATCCCTC
GGATTTATTTTATATGTAGTCAAAGTTTGAGTACCCGAAGATATTTTCAG
ATACTACCATTTTTTTTTAACTATAGCCCGGTACTTTGGATCCGACTCCT
AAGCCAGTTCTATCTTTACTTGGAGATAATGCAATAATTAAATCTTTGAG
GTACGATCGATTTAGTAATGGTGTAATTAAAATATGCATTTTGAAGATTA
AGAAATTGCAACTTTACAATGACCAAAAAACTATTACAAAAACTCTAACT
ATGCTCTTCTTTTCACTCACGTCATTGTTAGGTGTATGATTTTGTACCAA
ATAATTATAGTTTTATTACCCTCCACCTCAAAAAAAATCAAATTCCTCGT
AATATTTAGTTGAGGTTGTAAGAATGGGTAAATTTAGTTTGCACCCATTT
TTTTTTTTTTTTTAATTTGTTTAAAATATGRGGACGAGGGAGTGGGTTCC
AAAAGTGTTTTGTTTATTTGTTGTTGTTTTTTCTTCTTCATAGAATTGAT
ATCTTTTGTGCAGAAGACTAATCCAATTCACTCAATCGTAATGACTAGAT
CTCTCTACTGGACTATTGATTAAGTATTGATAATGATTAGTAATTCATCA
TTATGCTATGTTCACTGAAGCATAAAGATGAAACTAATATAAAATTGAGC
AGAATATATGGAAATTGTTTTTATTTTTTCAAAACTATTTGAACATCATT
GTGAGTAAACAAAAAAAATATTGGGTGTAGTAAAAAGAATTTCATCATTT
TTCCAATAGATTGCTCATAATGTGTACCTCGTGTTAAGTGATCGGTTTAG
ATTAGATGCGTTAGTAAGATAAGATTTTGTATTAATTTTTATTTTTTGAT
ATTTTTGTGACTGTGTATCTCAGTATTGTTTGAGTGCGCGTCAAAAATSC
ACATCATTAAAAAAATCCGCCATATTGTACTTAAGACGAAAATGCAAGCT
AGGAGGCTACAAATGAGCATGGAGTTTATGGTCCTAATTCTATAMCAGCC
AATCACGTGGTATTTTGATTTTCTTGGATTCCGTTCCAGTAATTTTGATG
TCAAAGATACACCAGGCACTAGAAGGCCAATTTTCAAAAATATGGATAAA
TAATGATAATCGTCGAGTTCGACCGTCATGTTAGCACTGTTTTGAATGCT
AGGAGATAAACATTTCTATTTTTACACCTTTAATGTTAAGCTTATGGTCA
AGACTGCAATTGATAGCCATAATTGACAATATTGAAAATAAATAAAGTTT
TACTGAATTGGTGAACCTCCAATATAAAGGCAATTTTCCTTAAATTTGGT
ATGGAATAGTCACTTATGGTATTACAAATTTCCCCTACACGCAATCCTGG
GTTTTTTCAACCCACTCATATATACATATTTCCCTATTGCCTAATACGCC
CTCTCCTCTTGGGACTTACATACTTATTTTCTTATAACTTTCATTTATTG
GAACAGATTCATTTTATATAACAAAACCTTTGTTATATAAAAAATATTAG
GGAGGGGAGATTAAAAAGTAAAAATCAATATTATTAATAAGCTTCTGTAG
TGTATGAGTGAAGCTTAACAGAGTAAGTCTTACAGGATTTATTGACATGG
GATTATTTTGTGATTCAATTATAATTTGAATAAAAGCAAGTCACATCTAT
GTAGCATCTGTTAAAAGTTACTCAACCAAGCTTCAGCCCTTTTGGACGTG
TAGTTGTTATATAACAGTTGTTTGTATGAGTTGATGTGAATGTTTTTGTG
AAATAAAAATTCGAAGTTTTGATTTTAAATTTCAACATAGTCTCCTTGTA
ACTCTTCACCCATTTCCAAACATAGTTACAAAGGGGATGGGTTACACAGA
TGAGAGCATCGCGGGGAGAAGTATGTTGAGTTACATATAGACTTCGTTGG
AAAAAATAATTCACATTTTTTTTTTATATAAAAAAACACACATCACCTCC
ACTCAAACGACAGTTACAAAGCAACTGCGAGTCCAAAATGTCTGAAACTT
TGGTAACTGTCAACAGATGCTAGTTAGATACAAAATCTTTTATTTAGGAG
CTCTGCCATCTTCACGTTGAGGTCGGAAACTTTTTAGACCACCTTCGTCA
TAATAATAATAATGGACTTCCCAATTGCTAGTAGAACCTATGTATTCCAA
TATGTCAACTTGAAGTATCAAGTAGCATTTACAAAAGTATAAAATATTCC
AATCTGTAGTATTAGTTTACATAACATGAATATAACCAATCCCATGTGTG
AGCGTTATTTAATCTTAATAACTAGTTATAAATATGGATTGACTAATCAT
ATTTATAAATTAACATATATTCTTGTTCTAATTTACTCTATTAATAAAGC
AAAGTTTGTCTGCCTGTAAGAATAACACTCACGCTATGTCCAAAATATAT
GTATATCATAAATATATTTTGATCTAAGAAATAAGAATTGTGTCGTATTA
ATAAATTAATACAGGCGACTGCACATAGCATCGAACGTGTATACAGAGTG
CACTGTATATAATGATCCCTGATGTATTTCATATAAATATATTGTCGATC
TAATAAATAGCAATATAGTCGTATAATGAAATATTGCAGGTGTCTGCATG
GAGCATTGGATGTAACTAGTGACCCCTGATGTATATCATATGCATCTTTT
TGATCTAAGAAATCATAATGTGTTCGTATTAATATAATAGCGGGTGCATG
TTATATCAAACATTCTGCACTATTTCTGTTTGTTATTTATATTTTTCTCT
ATGTACAGAGTGCTCCTGATAAATTGGGAAAATAATTAATCCTTTATAAC
GAATGAACTAGATGGGGTAGAACCATTTTTTTACTATTTTAAAGCTACAA
TGAATGACATTCAATTGTTTATAATTAGATTAACCTCTCTCGATAACCTT
GGCTACACGGCGCCAGAAGCCTTGGCAGGGCTGAGCAACCTCTTGCAGAT
CCAACTTTGCAACTGTACCGGTTCTGGTTTTGCACATTTAATTTACGTTA
CCTGGATGGATGAAGTAGCGCAATTACACCTTCCAACAAAGCAGTGGATC
TCCCCACAAGCCCAAAAAAAGTGAAGAAGGTCTTGGCCACCAAATGACAT
CACATTTGGAGCCCGTATTTTCGGCCTGAAAACATTCAGGACATAAACTT
ATGCTTTTTCTATCTCTGGGGAAGGATCGAGCATTAGGCCTGTCTAAGTA
TAATTCGTCTGTGGATGCCCTGAAAAAGTCCACTATCCTTATAATGACAA
AGCTGGATCCGCACGACTTCATCCGGGCTTGCCAAAGCTTCTAGGTTCAT
GTATCCAACGTTATCGTGAGAGGCAGATTTCGTTATAAATATTTGAATGT
TATTAAATTTAAGCCTCTTAACATATTCCAAATTTATCCGTTCCACCTTG
TGTACAGTACGTATATGTTAAGATTATAATAAAACCAGAAAAAGGAAACA
TATATATTTTTTCGATAATAAGTGGACTAAATTCGGATTTTTCTTAAATA
TAAATAATTTCAATTTTCGGATAATTACACAAAAAGTAAGTTGGAAACTC
CTAATTTTGAGGCGACCCACCCGCGTTTGATTAAAAACTCTTTTTGACCA
ATTATCGATGATTTTATTACCAAAAGTTTCTTAAAAGTAATAAGTATTTC
ATAGAGGTTTTTATAGAAAATAAAATTATAATCTTTCAACTATAATAATC
AAAACCTATATCTTGTTAATGCTAAAATCTAATGTTGTTACGATTAATTA
GCGTAATTTTTAATCTATGTCAACTCTATATCAAGAAATAAAATTTGCTT
ATCTGAGTTGATTAATACAAGTTTTGGTTCTCAGTGGAATAAAGACGGAG
GGTTTCTTTATTTTTTGTAATTTTAAACAGCTGTACAATTCTATACATTT
TGACAATGTTATTTTTAAAAAAAATATTATGTTCCCTTTTCAAATAGACT
ATAACTTGACAAAAGGTTTTACAATTTGCCACTCGCCATGGAAATTTAAA
AATTGGATACAAACTCAATACGAATTTTTTTAAGTGTAGTTCTTACTTAT
TTGCGGGCTTGGATCCGAATATACCAGATCAAAACCAGAGTTCTAAAACG
CCATGTGGTCTTTTTCAATTATTCTCAATTATAAAAAACTAAAATCATGT
TTTCAATAATGATACTGTCTCTATTTTATACATTTACCCTTCGAATGTAA
CGTAAATAGGCTGTCTATAAATATATGATGCATGTTTTGAGCTTCACGTC
AATTAAGACAGTTATTCATTTACTTTTATTTATTTATTTCTATTTTCTGC
ACACGAAAAGTTTTCCATCCACATCACTCAATAACATTTAGGATATATTT
TGTCTAAAAAAATTATACAATATAAATATTTGTAAGTATATAAACAAATG
AAAGTTGCTAGATTATCCCCAAAGATTAAATAGTCTTCATCAAATACTAA
AAGTGCAACAAAGCTTTCCATTCATTCATTTTTTCATTTTATTTATTTAT
ACAAAAGAATAAATATATATATATACATAAAAACCCACTATTTTTTTCTC
TTACCTTTTTACCAACTTAATGTTTCTTTTCTTCTCTTTCTCTACTACTA
GAGGAGTTATGAAATGAAAGAGACAATTAATTTAGTTCAACTCCTTCTTT
CGTTTCATAACTACTCTACTCTAAGAAAATAACCCTTAATTGTTCAAAAA
AAAGTATCCCTTGCTGTATGTAAATATCTGAAAAAAAACCTTTGACAAAG
TCAAAATATATTTAAATTGACAGGCTCATGCATAAGTTTGTGGAGATATG
TTTTAGTTTATAAATGCAATATAAAAATATATATTTGCTTAAAATTTTGT
GAAAATAATCCAATTTAAATATTAATTAATTAATTTTAAAAAAGTTGTTT
GAAATAGCCACCCTTTGTCCGGAAGAGGCACTGGGAAGAGTAGCACAAAG
ACTTTTTTCAGAGAAATTGGTCCATTCCTGTATAAGAGCTTGCTTCAGAG
TGTCATTGGTGGGGGTGGCTCTTAGTACAAGCCCTGGCCGGAAGAATGCA
TCACATAGCATTCTGGTCAGGGCTGCTAGGAGCTCACATATTCTTTACTC
AAAAGCCCTTGAAATTTGTTTTATACCATAATATATAAGACTGGTCATGA
CCATGACACTAGGAGGCTTCTGCCACTTGGTAACGATGCAGTGCTCCTAA
GAAATGTTTTCAATGACCTTGTCTAAAAAATCATTTTGTGCCTTGTAGAT
GGACTCAACGGTGAATTTTTTTTGTACATGCTGCCTCTTTGTCTCCTTAT
ATAATCTGGGCAAAGGGTGGCTATTTCGAACAACACATAAAATTAATTAA
TTAAATTACAATTTATTAATTAATAAATTTATATTGAATTTATAAACATG
AACTTCTTCCTCGACCTCTATAAAACTTGAATTATTCTACACATTAAGAA
ACAGGTTTTTATTGTGAAAATAATGAAAACTTATTCAATATAATTAAACA
GAGCTGGGAATTTTTTTAAGAATAATGCCATGATTTTTGAGATTTTAATA
AAAAATAACTAAATGATGACACATAATTAATTATTATTAACAAATTAGAT
TATATACATGTAGACAGTTCCACTATACATATGTATAATTTAGTTTAATA
GATTAAAAAAGAATGAAAGTATTAATAAATACATGTTAATCAAAATGACC
GTTTTATATGACGTACAATTGTAACTTGGACAGTTTGCAAAACAAGTTTT
AACTTGGACATTTTGCAAAACAAGTTGTAACTTGGACAGTTTGCAAAACA
AGTTGTCACTTCTACACAATATCTATATTAATAAGCAAAGCTTGTCGAGA
TATAGGCTGKAAAGTCATTTGAATGTGCGCTGAATATCTACTACGTGACT
ATTTGATTTAACAAATAACAATATATAGCAAGAAACGTGCTTAGCTAAAG
CGTAAGGCGTATGATTAAAAGAGAAAAGTAAAGGAGAGTACATATATTTC
GGTTTGTAAATACTACACATTTTTTATAAATTATAAAAAATGCTTAAGAT
TTTCAAGCCAACAACAGCATCAACAAAAAAAAACCGCAAAATTAATGTGT
GTGTTTTTTGTTGATGCTCTTGTTGACAACCTCAAGAATGTTTTTCTTGT
CCTAATCTGTTATTATTATTATTTAATTCTTGAGGAGAGAACTTTCAAGT
ATTGAGCATTTTCAACTTTTAATTATGATGTACCTAAAATGAAGTTTATA
TTGGTTTTCCATTTGAGGAAATATTCACAAATGTAACAATGATAAGTCTT
CTACGTCTAAGTCCAGAAAACATATTCAAATTAATTATTATAATTCAGTA
TTCATACTAATGAGTAAAGTTTGTCTGGTAAGATTTATATGTAATTTAGG
CTGAGCGTGTCATATTAAAAAGTAAATGGGAGTGCAAATACAAAAAGAAG
TAAATGATGGGATTTTAAAACGGGGTTATAACGAGCATGTGTAAGCTAAG
GATGTCATCTTAAAACAGAAAAGAAAAGGGGATTACATAAATATTGAGGG
TAATTTATCCTAAGCATTTCTTACCATTCGAGTTGTGTTGTTCTTGGTGG
CAACAGGAACCATGTCTTTTATTTTCTCAAGCTTTTACTACTATTCTTTC
ATTCCTGAGAAGATTACATCTATGTAATGAGGAACTACGTCTGATTTGGC
TCTTGGAACAGTGCAGAGTAACATTGAAGATTAGATGCAGGTCATCTTTT
CCAGGATGTAATCTCTATTTAACAACTAACACAATTTTTTTAAAGTGGGT
TTTCTTCTTCACCAATCATCAGATTTTAATATAAGCTAATCCCAAATGAA
AACGGAATAATAAAAAATTATTATTATTTAATATAACTATCTTTGGTGTC
AATAACGTCCTCGACATGACCTTAAAAACGGGAGCTGATCTTGATGACAG
TCTCCATTAGTAGATTATTGAATTCATCCCGGATCCTTGACATCTGCTCA
GATTTTATAATGCAAGAAGATCTGTTGGGGAATTGCTCAACTGCAGCTCA
CATGGGGATGGGGTCCGGTGAGCTTATAGAACAAATTTGCAATGCAATTT
AGATCCTTCTGACAGTCTGGCCTCATCTTGTGATCAGCACTCTTTGCTAT
AGATTCATAACCACCTCCCCACTCGTCGAATTCCTTTCTGATTCGCCAGA
CTAAGGACTTGACTGGATTAAGAAATTTGTACTCTCAACATTATCTAATC
TAGGCTGGATGACAACAAGGACAATCTACCTTTTCACCGAATCCAGATTA
AATACTTTGTTTATCAATGCCCTTTTTTTAAATGCCATCTAAACAAAAAA
CAACGTCTTACCTGTACATGAGCTCAAATTTCGTTGTTCAACAACAGCTG
TATATTATTAGAGCAAAGTGTGTCTGTTCTCGACGCCTAATAACTCAGGG
CAATTCCAGGTTGTTCATTATAAGGGAGAAACTTGTAGTTTAAATGACGT
AGCTACAATGTATCCCTTCATATACTTATCAAAATAGGAATTACATGCAC
CGTCCCTATTGTCAAATATTGCAATAAATGGATATATTTTGCGTTTGTTT
CTCGATTAAGTAAGGAAAATAAAGCATTAAACTATTATATACAAAACGTT
ATGAATGCTATAAGCTTTAAATGAGAATTCAATGCACGTATGAGTAGAGT
TATATTTATAAAGATAAATCTGCCTCATTGAGTTTAAATCACTTTCTTAG
AACTGTAGTAAATGCTCCTGGATGAATGGATAGGTAAGCATTTAATAAAA
AAGAATATATCGATTTGATTTTTCTTCTACTTTAATTTATTGGGCTATTA
CTTTATCAATAACATTAAATCCTGAATGMTTGAATTGAATCTACTTGATC
TCATTCGGAATCCCTTTAAACATCTTTTTATTTTTCTAGACATATGATAT
AAGACAATGAAATATTTAGAGCAGGGTTGTTAGACTCGATGCCCGGTAAT
TTTGCCTATTATTTCATCTGAATATATATATATAGATGAAATCAATACGT
CGTTATTATTTATTTTTGGTTGAACTTTATATTCCCTTTGAATTTTTTAA
ATATTTTTTGCAATATTCATTGTTATAAAATAAATTAAATGTTGTGGTTT
TTTTTTTCTGTTGGAATAATGATCCATCCGTCGGTTCTAGTGGGAATCAT
CCATCATCATGTCTTATAATAATTACTAATAGAGAAGTAATAAGTAATTA
TTCTATTCGAATCGTTGCTGTTTGTATTTCTTTTTCTTATTATATTAATT
TTATTACTTACTTTATCTCTCTTCCGGATTCATTACAATGTGAGATTTGT
TGGTCTGCGCATTCCATCATTTTCCCCTCAGAAAACTACAAACAAATGAG
TTTTAGAGTAATACACATTACATATTTTGATTAAAATTTCCTAAGGGAAC
ATCAAATTTAACCAAGGATAACAGAATCAACGTATTAATCTCAATTTATT
TATATATTAAGGAGAAATTCCTTGAGTCAAAATGTCCTGAGGGAAAATAG
TTTCAAGGCATAATTACCTAGCGTTAATTTTGAGTTAATGGCCGAACACA
GATTAATTTGATCTTAAACAGTCGGGCAAGTAAATAACATTGCAAATCCA
CATAAAACTAAATATAACTTTACTTTTATTTTCTTTGTATTAGTCACTAA
TACTAAATGTTAATTAGTTCAAAGAATAATAAATTATTTATTAACATATT
TATTAAATGAATTTTCCTTTTATTTTTCCACTCACCTCTATGAATATATA
TGAACTATCGATTTTTCACTTTTTTTCCTGTTTGACAAACACATTTCACT
AATAAGGTGCAAGGCTAGAGGAAAAGTTAATAATGCAATGGTAGTCAACA
GATCCCAAACAGACTCAAATGCTACAACCTACTGCTGTTAGTTCCGCCCA
GTGTTGCTTTCATTTTGTCTACGAGTACTAAAATACTTTGTGCCAAGTGG
ATAATATAGGAATCACAGATTGTACAGAAAATTACGATGATTTATGCAAA
TTTATCTCCTGAGCCGTACAAAAAACTCCAAGTGGGCCGGATTAGCCCTT
GGGTCGTATGTTTTACACCCTTTATTTAGAGGACAAGGTAAAATGTTGGA
ACATAATTAAGAATAATTAATGTTTGGCTTCTACGTAATCATTTCTGAGT
GTGCACTTAACATCTAAGAATTACGAATGTTGGGAAAAGTGAGTATAGCT
AAAGTTCAGGACATCTTATTTAAACAAAAAAATCAAAGCTATTGTAATAA
AGCGAGATTTGTTGGTCCATCTTTTTGTTTGCCGATGACTCATTTTTGAA
TATGTTCTTAAAATCTTTGTACTACATGATCTATTTAGCAAGGAACGAAT
GCAGTTTTTTTGCAGTCAGCCAACTGAAGAGTAAATTACATTTTTTAAAT
TGTTGTCATTATTAATTAATTTCTGAGGGGTGAAATTCCTTTTCTATTAA
ATAGATTTTGATACAAACCCAGAATAAACATTTATGTGTGCTTACAAAAT
ACGAATACATTGGAGGTTTTTTGATGAGTTATAATTGGCTGATTCTTGCT
AGAATCAGAGTAAAATCGAGGATCACATCAGAGTAATTTGTTCCTATATA
AGTATTTATTTTCTTATCCGCCTCCTCCCTTGTCAAAGCTGTTTGTAGCT
GATCTAATGGAAAAAAATTATAGCGAAGTTGTTCTTTTCAAAAAGTGTTT
TTCAAATTATCCGGGTTATCATACAAAATTTTCGTTTTCATACCCAAAAT
GCCTTCAATCAGCATCTCTAAACATTCATATCTATATTTGTCAAACAAAA
ATTGTTTGCGTCTGTTTGTTGTCGACACATAATAAATCCGAGCAATGCCA
CGTACTCACGTTATTATTTCATAATTTTGCCACATATTCTTCAAATGTCT
TTAGAATGAGTTCTAATACTTTCTGTAACATCTCCAATCAGACAACTTGT
TGTAGTGAAAAAGATCATTATTATTAAGGAATTCCTCTTGGTAAACTAAT
TTGTGCGTTGTACTGTTATAAAGCTTTAACATTTGTCGGAGCTGTAGTTT
TAAATCGAGAGGTATTTTAATCAACTCTTCAATCTACTAAAAAAAATTAT
TTAGTTAAAAATGATCAACTGACTAAATGAGCAAATAAAACTGAAAATGA
GTTGATATATATTAAAGTTTTTACTTAAATAAATGTTTGAATTAATTATT
AAACTGATGAATTTCCCTTTTAAAAATAAAATATAAACTTCAGTTTTTGT
TTGTACAAGATTCTTATGAAGTAAGTTTCATTCAAATAATTAATTAATAT
GGAGTATATATTTTAAAAAGTAAGGAGTTCAAAAGACCCATCAAAAAAAT
GATTTTAATTAATAAGCAGCTGCAACAACTTTTATAAATATGTAAGATAA
AAGTAGAAAAATTTACGCATGGTGTCGCATGTGAAAGTTTTCCCACTTCA
CTATGTCTGAGTCAAAACAGCTTCCGTTAAATGAACCCAAAAAAAAATGT
TTAACTGTTGCAACAATATACGCAGCAAACTTTATTATTTTTTACTAAAA
TAACCTCGAAACAGATTAAATAGTAGCTTAGCTATAGTAGTTATGGAACG
ACGTAGCTCAATGGACAAGGCACTCGTCAAAATTATTCCCTGTTCGTAGG
TTTGCGCCTCGGACGTTCCTAGAGAAGGAAATATATATTATATTTATGGA
CATCAAAAAATGTTTCTTGGGCAGTTGGAGTAATTGTAATACTATAATGT
TTATTTATAGTTAATCAATGTAACTCCATCAACCCAATTAGAGGAACATT
AGAAGAAAAAAAATAAAGTAAGAGCAGACATTTATATTGGTTTGTTGTGT
TAAAATTTGGTGGGTCTAAGTCAACCCAGCTTAGAGTTTCTTTGAAATTG
TTTTATAAGAAAGAGTGGATATCTGAAGGGAGGCAATATAAAGAATCTTT
CACAAAATCTTATGGTATAGCTCAGAAATATAATGAACCCTTCGTTAGTG
AACAAGGATTTTCGATACTCAAGGTTTTAAAAAAACTTTCTGTAATTCCA
TTTAAATGTCATTTATATTTTAAAAATGATAATAACAAATTATTTCTTAA
TTTTTAGGGAAACCTTTAGGGCACATTGTTTGAAAAAAATAGAATTTTCA
CTAAGGAGGGTTAATTATTAAATAAATACAAATAAAGTCAGAGTGGCAAA
GACTCGCCCGCTAACTTGCGTAGATTAATTGTCTTATTAATGTTTTTCCA
ATGCAAGATGCCACTTCATTATTTTTGTAATGAAGTATGCAACTTTCTTT
ACCTCCGCATAATTCATTATTATTTCAGTTAAATGAATATGTCGAGTTAA
AATTTGATGAGTCTAAAAGTGTGTTAATTGAAATGCTTACAAACTCAGTA
AGCCCGCATAATATTCCCTTTTTAGTATTATTAACCTTCAATTCCTTCAT
ACAGCAATAGCTTCTTTTATTCTTGAAGAACTCTTTGACAAAAGCACTCC
TTTTTTAATAATTTCAACTATTTTCTTATAATTTCTTTCTCTTCAATAAT
TGTGTTTAAATGTTCGAATCAGTTTGATTTACCCACAAGTTCGAACCGTA
TATTATAGGACAATAAAATACAATTGTGAGCTCTTTGCATTCTTAGTGTG
TCATTCCTATTTAATTGACTTAAATTGATATGTTTTGAACTTGAACTGAG
TAACTAAAACTGATTTGAACATTAAATAGTTGAAACCGTTTTAATATCAT
ACGCACCTTCTCTTTTCTCTAATTTCCATTTTTTTTCTTGAAGGAGAAGA
AATAATAAGAAAATACTTTTAATTATTGGCAAATGAGAGGTTTAGTCAAA
AGTTCCTCAAAAATAGAAAGGGTTATTCCTGTAAAGATGGACTGCGAGAT
AATAATATTAAATAAAAAAAGGGATAAACTATGCGTGCTAGATGATTGTG
TTCGCACTTCAGTGAACCAGCAATACAACTCGGAGTAATTTAACCAAAAA
GTCTTGAAATTGTCTTCAGTCTCCCCTACTAAAAAGAGTATAAAAAGCTT
TAAAATATATTAATTCATAATCTTTAATTTCTTTTGTAAAAGGTAACATA
TTTTCTTTATATAAAAAACCCTCAGATTTTATACATTAAAATATAAGTTT
ACGAGCACATTACTTTGATATAACAAAACATTATTTGATAGTTTCTTTCA
CTATTCAAATAATAAGTTGATTGCAGCGGTAACGTCAAGCTGAAGGAGGT
AAAAGCAAAGACATCTAACACTTACTTAAAATAAAGAAATAATATGATAG
ACTAAAAGAATATTCATTGTATAAGCTTTTATTTAACTTTCCGTTAATCA
GCCTTCTGTTTATTACGGGATTAGTGAACTTGGTAAAAAGTAAAAAAAAT
AAAATGTATTTAATTAGATTTATAGTACAACTATTATACCGGGCCAGCCA
TTATCATTTACCCATTTTAACACTCAAAGTGTTTTAGTACTTTTTTCACT
CGTAAATATCAATTAAATTGCTAAGAATTCTTGTATGTATATAAGACATT
CCGAGAAATAAGTATCTATTTAAAATCATCGTAACAGCCAAGGTTAATAG
AAATACAAGGTTCGACCATCATGTAATCGGGCTTACTGGAATTTTTGATT
TGATGTACCGTCCCGACTACTAGGCAAAACAGACAGATTTTGACGTCATT
GACTATAACAACTGTATTCAAATAGTGACAGTCAAGGAAGGCGATATATA
GGTACTCTTGATAACAGTTATACTCTATGATGCCACGATTAAAAAGTGTG
GTGGAAGTCAAACATCAGTCGGAAAAGCGTAATGGTATAACTTTGTATGT
ATATTAATCTTGGTAATAGCATGAGTTTCGGATTCAACAAGATATAATTT
GGTAACTTTAAGGTAAAAATATTAAATCTATATTTTTTATAGAAAAAATT
TATGGAATATTTATTACTTTATGCGAGTTTTGAGGAATAAATTTATACTC
GGACTTTTATGAGGCTGTATGTATGATGTAAAATAATAGCCACAATATTA
TAWTTTTGTASCTGCCGTTATACGCCACAATTCTTATATTGACGGAAAAG
AGAATCCAAGAAATCAAATTGAAAAATGCAGGAACAACGTTTAATCAAAA
AGGTTGATTAAATTCACGTAACCTCGATAAAAATGGCTTAATTTAGTAAC
GAATAAATAAGAAACAAAGTAATATGAGGTTAAATATAAAATTGAATATA
TTCTGATGGAATGTTCAGGAGCATACCCTAAACAGTAGATTGAAGGAAAT
AAGAAGAATTGCTTAAAGTCTCGGGTTGTATAAAATTCAAAATCCTAATG
TAGTGTTAACAAATGAAATTAATAAGACTCTACGCTAAAGGAGTCTTAAA
TATGATATTTTCTAATTATTCCAAATTAAATATTTTTTAACGTATCCAAC
CTTTCTTGGTTACGGGGGTAGCTGCAACATTTGACAAGTGGCATACAAAT
ACAATTTGTTCATCAACAAGGAGACAAAATTAAAATTATATTAGTTTTGC
GTATGGCAAGTATCGTAACCATATTGTTGTCAACCATAATTTGAATGCAG
GTCTTCTAAAAACACGTTGTAGCCTTGTCAATATMCCTCATTCCTGAAAA
ACTTTCCCTGCCATAGTCAGTAGTATTAAGCTTGTACCCTTTTTTAAAAT
AGATGAGTGGCATCGCCAGTTACACGGATACAAAAAATATCAATCTCATG
ACCGATGCTGCTGTATTATTCAGGGTGCAGTCCTCCTCATTTACTGGACC
ATAGATACGGTAACTGATGTCTTTGCGTTTGCTCACCTCTTTTAATCGCT
GAAGTTGATGATGCATCAAGCCTTCTGTACGTACTGTAGATTATTAAAGC
GATTGACAACAAACGAGGAAGTTCTATATAACATTTTTTGTCAATAACGG
ATCCTCGAACATCGTCAAACTCTTCCCTCACCTTTGTAATGATGAATTCT
TTGGTATGAGCTTGCAAGTTATTTTTTTTTTACTTTTTCGTGCAGTCTCC
ATGATGTAACCAGATTTATTTTGTGTTGGGCACCACTTCCAGACCTCCTT
TTGACACAAATCCTGTCATTAATGGTCTTCTTTACGTTGCAATGAGTCTG
CTGCTTGCCTTAGTCAAGCTTMGGATCACTGTTAGTGTGTATTCAACGCG
AAGTTGAGACACAATTTGGATTCTTTTGTCTCTTTGAGACCCCATTTATC
GATTGATTGTTTTATTTTTTTTGTGATGGGTGTCAATGGAACCTTATTCC
TCTCTTTTATAAGTTTCCAGATTTCAACTACGCACCCCGTATTCATATGC
AAAGTTTGTACGTAGGAATTTTGATAAAATGAGATCATTTTTTCCCTTAT
AAGAAAAAATGAATAGATATATGTATAATGTGTAATATTAGAAATGCAAA
ATCTAAAAATAAATATTTTAAATACTATAGAAAATAAATTATTTTTTGCC
ATATTTAATTTATACTACATACGTATATTTCACATCAAAAAAGTAAGAAA
TATTATATTTTACATACCATATACTTTACTATGTACATAAATAACGTTTA
TTTCATCAAATGTGAATAGCTTTAACCATTTACAGATGTACAGGGGTGGG
CATAAGTATCTAGATAACATTTTCAAGTAAGTTTAAATATTTGTGTGTGG
CATTTTAAGGCAAAAAGTGTATTAAATATGAAATCTAAATTGAACAATTA
TCTGTAGAATATAATCACTCTCGACATTGATCACCAATCATTACTGTCAA
TGGTGATCGATTATTTTGGACGGGAACTTGGTCTTCATCACAAGAGGAAC
ATTTCCTCTTGGGCCGTCCAACCGTCTTTCTTTGGATTGTCAGCAGCGTC
GAAGGTGAAGTTTGACTCATTACTGAATAGCTTTATGATGCCTGGATTTT
ATTTACAAACTTGGCGAAGTTATTTGCCTCTTTACAACCTGATGTATGTC
ATCTTCGTTCTAAGAAAGTGACGCCTTCCTATCTACTAGGACTTCAGGCC
AAGGTCGTCCTAGATGGCCCTGGCCACCGTATCCTTATAGATAGATATCC
TCCAAGCATAAGCAGTAATTGAAATTCAAGAATTTGCATTGATGGTCCTC
TTGAACACAGCCAGAAAGAGACTTGTCCGCTTTTTGTTTTTCTGTTAACC
TCATAATAAGAAATACCTTTGCCTTCTTTCAGTCGCTTTCGGACGTCATA
CAAACGAATTCTAACCTAATTTTGTAACTTTTGTTTGCTGGCCACAAACA
ATTAACTACTGACTTTACAGATGACCTCTTGCTACTTCATGGTGAAACTG
CACAGATTAAGTATAAAAACAAAAGTTGTAAAGTTGTTGTCTATGGACAG
TACTTTCGGTTGAAGTTAGAGATTAGCAAGAAAAACGCTCTGCATTTAAA
AAAATATCTATTAGAAATAGTCTGGATACTTTGCCGGCCCCTATATGAGT
CTAGCAAAAAGAAGTGACGAATCAGGGGAATCCTTTTTAACGTTTTGTTT
ATATATCTGTTTAATATCTACAATTATTATTCAAAATACAAAGCAATACA
AGCTTCCAATCAAGGCCTAAAGGACTTGCATAGTTTTAGTATATATGGTA
CTCCTCAGACATGTTGTTCCATTCCTTTGCAATGGAGGGTGTACACTATT
GACATTTTTATGATAAATGCAACAGGCTCTAGCTTCCACTTGCTGTCATA
TACTGAAGTCAAATGGATTCCAGTTTGGGGTGATGGTGGCCAAAACTTTT
TTCGAATTTCAATTTCTTTCTGTTCTTGTAAGGTAGTCAACATGTGGATA
TCGAACTTCCAAATGCCTTTTAAGCTCAAATATATCTTGAACAAGTTGCT
CATAGTCTTCTCAGTTATATATCTTGCAAGCCTCATTATTATTGTTGAAG
GATTAGATTAAATAATAGAGTTTATTTCCTTGATCTTGGGTTTGGTAAGG
CCTTTTCAGAGTTTTACACTGCCTGTTTCTAAAGTTCAAGTAACTTCAAA
TATATGTATAATGTTGTTATCAGTGTTCAATTAAACTCTTAAAGATCTTG
TCTATGTCAACAAATCTGTCTCCAGTACAAATCAACGTGTATATTTTTTA
TCATATTTCGGACATCCTAAGGACAGTTAAACAAGGGCCTTTTAAATTAA
TCCATATCAGTCCGAAAACTTAGTAAAATGTTGTCTTTCATGACGTCACT
CAACTATATTTCTTCTTTTTTTAAATCAGTTTTAGTACTAGTAGTCCAAA
GGACTAGTCCCAACCACTAAAAAGACAGGTACGAAAACTGGAATCAAGAG
AAAAAAATAAGAACTGAGACAACACTAGGTTTAAGAATCTAAACTGAAAA
AATATATCGGACAAATAAGCATTAAATTTTTTATGGGGGTATAAATGAAG
AAAGTGTGCCATAAAGCAGGATTTGATATATTCACCAACCTTTAAGGACC
GTAGCTAATACAGTACCAAAAAAAATCAGGTTATTTCACCCCGCTCACTC
CTTCTTAGGACAGTGAGAGTAATGATAATCACTGAAAACTTTGTGTGTGT
GTGTTTTGCTAAATACTGACATAACATATAATACACAAAACAGATGAGAA
GTTGAGTTTGCATATTATTATTTTTCTACCCCTTGCCCTATTCGAATACG
TATATTATATATCCATTAATTAAGAAATTATAATACATATTACCCAAATA
ATCATGAAGAAATACGATAACAATAACCAACTATCCGTATAAAAAATTAG
AATAAAAAAATAAAAAACACCACGAAAAATGTAAGAATTGAAAAGAATTA
AGAGACTGTTTTTATTTGAACTAATCTAAACTCTACTTCTGCTATTCTTT
GTTAATTGTTAACATTCTTATAGCACGCCGCAGAGATAAGTGTTAAGAGC
TTAGACATAACCATCGATGCCAAACTAAGTTTTTCGATGGTTACTTCGAA
GCCATATTGGTAGAGGTTCATGTGGATCAGGTTAATTCCAATATTCCCCG
TCAGACCAATCTGAATTTTCTTAATTATTCCTTTAACAGTCTTACACACA
GACTATGTGAGAAAATTCATTGATGGTAATCTCCACTATGTGATCGAGCA
TAATTAAAATGCCTCCCAATAAAGAGGACTCCTGACGATGTTCGATATTT
TCAATAAATTTCCGCTGAACTAAGGATTTGAGGCCATCAAAATGAAAAAA
ATCAGTATAAGGTTATTAAAAACGCTTCCTATAATGAGAAAACTACCCTC
AAATACCCAACCCCTGAAAAATTATCAGAAGACAAACAGACAGTGCTTCT
AGACAACATCCCCTCTGTAGAAAATACAGAGACCCATAAAGACGTTGGTA
CAATACGTAATATAACATCTGTTTCATAGAATGTGAAGAAGACTTCGAAG
GATATCAATCAAGATAACAACAAATCAAAATTAATCTTTTGTTTCTGAAA
TGAAACTCTTTGACTCAAGGACTGAGAGATATGCTGAAGCTTGTTCACAT
AAGAGTACGGGTAACTCATCAACCAGAACATAAAAGATACCTAGGATATG
GTACAATCAAACATCTCCAAGAGAAAGTGAAGATCATGACATCAATCCCA
CCATTGACCTCTAGTATGGACGAAATAGGTTACGCTCCCCAAAAGAGACC
TTGAAAGTCCCATCACATCGATCACGAGGAAAATGCAATCAATAATATTG
CGAGAGCTAATTCCTCAATGGAAACACTTTACCCTTTGCATAAGGATTGT
TATTTGATATGGGGGAACAAATATGTTTGCAAGCACCTCCTCCAACACTT
CAAAAAGTATATATATTGCTACTTGCAATAAATTAAGTTTTTGATAAGAT
ATCAAACTGTCCAAAATCATCTAATCGTTCATGTATGTATAGACTTGTAC
CTAGGGCTATGGTTCTAACTAACTCATCTCATCAATATGTAGAAGATGTA
CTATAGGAATTAAATAACTTTTATCTCAAAAAATATATATTTTACATGGA
GATATTATGTGTTAAGAAAAACTATTTATGTCTCGGTTATAAAGTTTGTT
TTTTTTTTTTTTTTGCTATATCAATAAAATCGTTATGCTATGTGTGTTCA
ATATATGCCTAGAAACCAAATTACCTATTTCCCTTAAAGCAAATGATATT
AAAATGGACATGTATGTACATATTTTTATTTTTTGAGTAGAAGCTAACAA
CGTACAAGTTTGACTGACATATGCTTAACATTTTATGTCTAAATAAGGAT
ATCTTTAGGATTGTAAATCTTAAGCTCTGTTGAGCATGTTATTTTTTGTT
GTAAATCCAACTTGAAAAGTTTTTTTATTTATTCACTAAAGCAATTATCC
TTATTGAGGCGAAAATATTTGATAATAAAGGTTCGACACGAGTGTGAGTG
TCATTGCAAGACGAAGAGTAACGCTGACGATTTGTTAAAAAGTTTAGTTC
CCTGTTGGACTCAGAGTTGAATGAATCCACATACATATATTTGCATGATA
CCCTCTAGGAATTGTGTTGATTTATTTTATGTCACAGCTGCTTGCAGCTA
CTTTAATTTAAAATCATAACATCTTAGCTGCTTTCCTCTCAAAAAAATTT
CAAATTGTTGAATGTCCATGCTTACTTTCNTTATTATTTATTTTACAAAC
AAAAACTGACTGCGATTTACCAGATGGTCCATTGAAATCAGATCACTTAC
TAATTCATTAAGTAATGTAGGTTGAGTGTTGTAAATAAATCCTCATTCCC
ATATGTTAAAGCAGAAACAATTAGTAACAAAACAAAATAAATGTGTACAA
CTTACGTACAAGTTGAGAAAATGACACTTGAACCTGATTGACGAATTTCT
ATTCCCACACTCTATGCAGTTGGGCATCTGCAGGACCACCGTCTAGACCG
TCAGCAAGTCTGAAACGTTGGAGACGAAGAAGATCTCTGTCAAAAAGGCT
ACACKGGMCCKGGAGGAGGWAAAGAAAACSGCCMAAGCCAATCCCCTTTA
GTTCACGAGGGCCTATACAAGAGATCACAAAAGATTTTATATTAGACTCT
CCATAGAGCTATAAAAAAAATGATGGGAAAGAGCCTTGCAAGGAAGGAGA
TACGCCCCTTGACACCAGCAATAAAATAAACGCATCTCCTCTGTTACAAG
GCTCTTTTTTTTTTTTGGTCCTCCCCCCCCCCTACAGCCCTGATCCCAAC
ACCCTCGACTTTTGAGTTCATGTCGAGGGGAAGGCCTGCAGAGTGTCCGT
CATCCAAACACCGAACCCCTCAAAGCCTCTTTTGCCAGCACTGGAACACC
ATGACAGAGGAATATATCCGCATCGGGTACCAGGTCTTCCACCGCCTCCT
GTAAGCCATCATTGTAGCTAAGGTCAGCTACATAAATGATTCAGAGAGTT
TAGACAAACATCTACTTATAGTATTAATTTTGTTGAAATTCTATTGTTAA
TTAATAAATTATATCTTTTTTAAGTTTAAAATTCAATGTGTTCATATTTT
AATGGACCATCCGATCCAATCTCAAGTATTGAATATGAATTTACAAATTG
GCAGTAGGCAATAATATGTGTATTAGCTACCTCATTTTTCTCAATTTTTT
CATTTTCTAATTAATCGATTCGGTTTGATGCTTAACAACTCGACTCGTCT
CAATGGAATCAGAATGACATAAACCTAGAATGGTTTCATATTAGGATAAC
ACAAAGCTATGAACTATTACGCAAAACAAAGACAAAATGATCAATATTTC
TCAAAATATAGTCGGCTACGTAACGACTTTTTAGTCCGCTAGGGTTCTTG
CGTATACTTTAATTATTTTCATCAACTCAATTTATGTATGTTCGATTCAC
GAACACTCCATAGGCCAAAAAATATGCATTAATTGTAAGGACTTCAATGG
CCCTGTCAGATGGAGTAAGGCTAATACTATAATCTTTATTTATACATAAT
CAGTGAAGCTCGATCTTATCAATAAAAGGAGCATTATAAAAAAATATTGT
TTTATAAATTATAATTCTGATAACATCAATTCAATAACCCAAAAACATAT
TTTAATTTTTTAAGATATTAATTACAGGATTGCTGTAAATCGATTCTCTC
TTATACTTAAGCGTTAAATATTTATAAAATAAAAAAAGGGATTGAGTTGC
AACAATTTATTAATAAATCTCTTAAGGAATTAATTAATATTGCGGATCTA
TTTATTATAAGTTAGAAGAGGTAAAAATATAATTTTTTCCATTTCCTAAT
CCATTAATATAAAGATTGTTTTAATTACATTCTTTCTTTCTTTTAATAAT
AATTCTACTTATTAAAAAAATGGCTCTTTTTTTTTTTTGTCAAAAAAAAA
AAAGKGATTAATTATTAAAATATAGCCTTTATATTAATATCCATGATAAA
TATTTATGATGCAACATATTTAACTTAAGTTTGGTATGTAGCATTATTGA
CAGTAGACCAACATAGAAATGAAGTTTTAGCTCTGTAAGTTAATCTAACT
CCAAGTTCTGCGGCTTTAAAGATGGCCTTAGTTTTTTAGCTTCCATTTTT
TTAAGTATTTGATTTTGTTAAATTGTATACATATATTTGAAGGTAAATTT
AAAAAAAACTGAGGAGTAGAAAGTTGATGGAATTAGAAATAAAAATCCAA
ACTTTATTTATATGCTTGGCATAAAAAATTGAAAAAAAAGTATTTTGATC
GAAAAATATATTAGACACATTTGTAATCAATTTCGATTATGAGTTTGGCA
TAGTAAGAGTGTTTAGTCTTTAGTCTACTGTAATAAATATTAGCTATGAA
AATGGAATTAACAGTATATCAGTAATACCCTGAGAGACAGTTAACTAGTC
AAAAGGGTAAATATGGAGAAAAATATGGAGCAGGGTACTCAAGCACTCCA
ATCACTGTTAAAAGTCTTCCGAATTCGAAAACAAAAGTTATTTTCTTAAT
ACMCTCCTTACAAGTACATCAATGGGATAGCCACTTCCCCTTGAAGCCAT
GGAAATCCCTAATTAAATGCAGAAACCAGTCTACTCCTAAGACTTGGATA
TATTTTGATTTTTTTTACTAACATTAATTTATAAAACTAAAGCAAGATCC
TAAAACATTCTATAAGAATAACAGCACCGATTTAAAAAAATGTCATTAAA
AAGGAAATTATTCTTTATAGCTTCAATGGAGATAACTTTTATTATTTATT
CAGCAGAATTTTCCATATYCCCCTCCCTTTMCTCTCCAAGCCATCACACT
CTGCCCATAAATGAATCTATAGCTCCAAACAGTCTGGATGATGCATCTTC
TACCAGTCCCAAGATCATTAAATGCTTCCTTAAGGGAATATAGCCTCTAA
TGAAGCCAATTATAATTCTTATAGATGATCGCCTTTTTAAAAAAAAAATT
CTATTCTGAACTAGGACCCTGAACTAGGCCCCTCCAAAAAAAAAAATTCT
TGTCGACACGTTGTTTCTTCTATCCATTCCTGTATTCATGTCATCCTTAT
GTACTAATCAATCTCAAATAATACGTACTTATGGGAGTTTTCACTTCAGA
TTCTTCAATCATAGTTCCACCATTCTTGGCAAGCGCATCATCATATTCAT
TCTTACATGTTGGTCAAATATTTTATACCAGTCTCTTGAGATCATAAATG
ATTGAAACTAATCAATAAATTTGAATTAAGAATTGTGGATTTCTAAATAA
GATGGATGAAAATTAGATGGAGACTTGATAAAAATGGAAAATTTATGTAT
TAATTTAGCAAATATGACGCAAAAACTTGTATTTTTATTCAGTTGTGTAC
TTTGGGCGTCATTAATTTTAAGTGCACATTATTTAATTATCGAGTAATAA
CCATGTCCAATTTCTCCCACTGTCCAATACCTCTCTGATATCTCTTTTAT
AAAGCTGTTTTAATCTTTTTGCATTCATTTATAATATAAATGGAGCAGAT
TACTTAATTTTGTATTTGCTTTAAGTTTTGAAACTTATTTCATGTTTAAT
ACGATTCTTTTCTACATATTTTAGGAAGAAAATTTAAAAAATGGCAACTG
AGGAATTAACTGAAGAGCAAATTGCTGAGTTCAAAGAAGCGTTTCTCCTT
TTTGACAAGGATGGTGATGGAACGATTACGACCAAAGTAAGTTTTTGACA
TGTTATTTGATATTTTATATAATTTTATAATACAGTTATGTATAATCCTT
TCTGAATAGATGAATGGAGAAAAATCGAAAATTCTCAATTATTAGAATAT
GTGGTAAAAAGGCAAAAATAAAGGAAAAGAGAAAATTTATTTTATTCATT
CATGTATAAAACATGGACGGTAAAGTCTCACCATCAACTCATAAATGGCA
ATTATTTTTTAAATTCACCTCATTTTCAGTTAGTACCGACTTTCAAAAGA
CTGCTGTCAAAATTTTGTGACAATTTGTCGTTTAGTGTGTGTCTAATTGT
GTTATGTGTGACGATAATTCTGTTATTTCCAAAACAATGAATTTTAAAAA
AAAATTGTGCTTTTATTTTACACTACTTCTTGATGGCAAAAAATACTTTA
CAAACTAAGCAATGGCTTCAAGAATATTATGGGGACTCTGCTCCTTAAAG
CAAATAATAATAGTTTAAAAAACCTATTTTGAATGAATAAAAAAAAGTGT
TTTCTTTGTTTTTCAGCACAAGTGTTACAAACAACCCCATGTTTCATATA
CATGTTTGAGTCAATTATAGGCCTATTATTGAAATAATTGTAGGATAAAT
TTCAATACCCCAAAATGTTACTATAGTTTGAAAATTTTATTTGATTGTAA
GAGGCATAAATAGAACTCAATATGGTCCGTTTCAAATAAAATATATAAAT
TTCTCATCCTTTTTTTGTTAAGACCTATTTTGGCTTCTTTAATTGCGATT
TGCAACGCTTCCAAAGGATTAAATAGAATAATTTGCTGATAGGAAGGGAC
GCTGATCACTCTTCAAAGAATACAAATGTAATACACTTCCTTTTGAGAAA
AATCCTTTCTAGCACGTTATTTTCTTTACGGGTCACATAAGAAATTTTAC
TTTTAAGTACCTTGAATCTACATACATTTTTAGTTGAGTAGTTCATCAGG
ATCAAAGGCAATGAGAGTACCATCAACAGAAATTTCCCAAGAAACTTCCA
TTCTATACCAACAATTACCCAATGTCTTTATAACTTTAAAAACTTCCTTC
GATACAGAAAATATATTATCTGAAAATCCATATCCAGTTATAAATATATT
AATTGAAATAGATAAATTCCTTTGCAAAAAAATATTAAAGAAATTACATG
GAATGACTTTTTAAATAGAAAAAAATCATGATAAGTAAATAGATTTATTT
CTTATCTTTTCGTCACGATAATGCAACCTGAGCACTTACCACCGACGCTT
AATTGTTTTTAAATAAATATATTTCATCGTAATCATGTTGGGTGTGTAAA
AAAAGAAACATGGTAATTTTGAAAATGATCGAAGTAGAGCAGCTTAGCTG
TCATGATGTTTCATTAGATTACCTGTTAACAACAATGTGAGTACAGAAAT
AAACATAAATTCAATTTCCTAATTAGCAACTCCCTAGGTTAGAAATATTC
AAATGTCGATCCTTAATTCTACTCTAAGTCCACAAATAACTTCTTAACCA
ATCCTCAGTATAAATAAACTATATTTCTTGATAGCAGCTTCAGAAAATAA
AAGCATTTCTTAGCCTATCAACAGCAAAAAAAAAAAAGTCGCACTCCAAA
AAAAGATTTGGATGTAAATTGGACAACCCTATGTATTTCAACTATAATGC
CTCCAAAATGTATGTTTGATTCAGGTGCAAGTATTAATTTACTAGCTTCA
TATGGGTTTGGATTTTCTGAAATTCCCTTTTTTATATATATTTTACACTA
TTGCGAAGGAACGATCCAACGCTACATTTTTTTAAAATTTTGTTAACTTT
ATTTAAAATTTTGAAACATTTCTTGGCAAATGAGTTGATTCCAAACTTTT
AATGAAAAAATAGAGCTCGTTCACTAATTTTGTTTGTTGAACACTTCTAG
GAAAAGATTTATTCGAAATATTACTTGAAACATGGCTAAATTTTATTTTT
TCTTATTTAATTTTTGCCAATTCTAATTGGGCTTCGGCTGKTATGGAATA
TTTTKATGGCCGCAAAGATGTAAAATTTTGCAATTTAATAGACACGTGGT
TTATGGCTCTTGGGTCAAATCTTTGTAGTGAATCGGGTATATTTTTTTAA
TAGTCATTAATAAATATTTTATTGACACATTTATTTATTTTGATATTAAT
TATAGGAGATCAGGAATAAATCTTCTTTAACACAAGTAGAATAAAATAAA
ATTGAACAAAAACTACAATAAATCCTAAAAAAATCTGAAAATATCTTAAC
AACATAGATTAATGAACTATATAAAGAATAATTTTTTATGAAAATATAAA
AAGATTGACTTGTCTTTTTTTCACAATGATCATTTGAAAAATAGAGAAAA
TTGTATTTTTAAAAGAACCTCCACAAATCAAATATGGACATTTAGGATTA
AAAAGGCTATAGAAAGCATTAAAAAACAAATAGAACCTTCCTTATATGTA
TAAGGTGTAGTAAAAAAAAATATCTTAGAACCTTTTCATTTTCAAAGGAG
TATCCATTAAAAATTAATCTATATCTCCTTGACAATCAAAAAAAGTTATT
ACATGAGGGTAGGATTCGACGATTTCAATCATTTTATCCATATTTTCGAC
AATTGGCCTTGCAGAGCGTCATGCATTTTTAACATCAAAATTAGCGGAAC
GTAATCCACTAAGCCAAAATTATACGTGATCAGCTATTAGAATATCAAGA
GCATAAACACTATTCATATTTTCAGCCTCCTGATTTGCATTTTCCACCCT
GTTGGAAGAAAAACTGTACAATATGGGATATTATTTCTTTGCCGGTGCCC
AACTTTGATGAATGCTCAAGCAATACAGGGTCAAACCAACACAAAACTGT
CAAAAAAGTTAACGTAGAAAATCTAATCTTTCAAACACCATCTAGAGTAT
ACTGATGACAGTTATGCAACACGAGATACACATTAAAAAGCCATCTATTT
AGTAAATACTTTGTTGTTGTTTTTACTAAACGTATTATATAAATTAAAAA
AGAAGAGCTTGTACTTTTATCTTTGATCCTGAAACCGACCTTGCCAACGT
TTTTTAGTATACAACGCAATATGTCACAATAGATAAATCTTTATATTATT
ACATATATAAAATATTAATACTACAGGTGTGCGCGTCTAAAACTGAACAC
TCCTTTAAATTTTACGCCATGCACATATTCGTGATTTTATTGAGTTGAAA
CCGGTTCATACTTCGAGGCAAGGGTCTTGACTAGTTATAAACAACACTCC
AGCTAAATCTAAATAGCAACAGAGAAACAACAGCCGATAATATGGGGAGA
GACTTCGAGTCGTAATTTTGGAGCTTTCCACGCGGGGAAAAACCCCCACT
GAAATTGCTGAGGTTATGAACTGCAACTGCACCACCGTTTACAGCATGGT
AGCCAAAGGACTTCTGAGGCGACCACAAGATCTAAGTCGAAGCCTCGAAG
GTTGGACGAAATGGTTGCTGTCGTGAAAAAGTCTGTCGAGGACAAGAGAG
GCAAGGTCACCGTCAGCGGCCTCTCCAGGGAGTTCAACGTCAGCAGAAGG
ACCATGGACCGGCTARTTAAGAAAGATCTTGGCCTTAAGGTCTACAARAG
AACCCCTCGTCAAGCCCTCAAGACGTAAAATTTAAAGGAGTGTTCAGTTT
TAGACGCCCACACCTGTATTTGTATGATCAGTTCACAACACTTGCTAAAA
CAAAAAGGCTTAAGAAACTTAGACTAGATTTTTTTTAGTTAAATGTATAC
TCAAAAAAATTCAGACCATTTGGGATCATAATTTGCTGAAATATTGCCAT
ATGGGAAAAAACTACAATTCAACTTTATAGGGGAAAAAAGAAACCAAAAA
TTACTATAATTGTTTCCAATATACTTTTAGTAATTACAATGGTTAAAACT
GTTGTTAACATTTTTTTAATAAACTATATAAAATATAGTCTATAAAGTTG
TGTGGTAATATTCAAAGCATTTTGTATGGAGATTCAAGTCACATTTTTTG
CACCTTACATTTCCTACATAGCTTTGCCTGGACACAGGAGCTCTTAGAAA
ACGTATTTTACCCCTGTAAGTTTGATTGTCCAAAAGAAATATAATAATGA
AATAATATTCTTTGAATAAACTCGTTGATTTTCTGTGGAGTTCATTGTTT
ACCAATACTCATTTCATTATATCTTTCAATTTTATAAGGAAAATATTCAT
TCTATGATCCACGGCTTCTTGTGCCTCACTTTTCCGTTCAATTGTCTCAA
CAAGTTACTGATGCAAGATACCCTCGGATCTTTGCTCGTAAAATAATTGT
TAAAAAATATCTTATGTCCATGATTTGCTCAATAATTTTTTCTTAATGTG
AATTATAAGTGTCTTCTATTTACCTTGCTCAGTCCTTTGTCTCTAGGGTG
TTATCATGACTGTGAAACTAGTATAAGATGTCCATAAATCAATGTCGTCT
CATATTATCTGAAAGGAGCTTTGGAACATAGTTTTGAGATGACTTGTATT
TTCTTTTATTGATTAAAGGGCATGTTGCAGAGAGAATTAATTCTCCTAGA
AAGACTTTCAATTGACTAATAAATGTATCGAGATTTTATTATTTTGAATT
GCATAAAGATTGTTTGAAAACAATTTGTGAAAGGAGTTCTTCACTAAAAA
AAAAATAATTCAAAAAATTCATGTCATTTACTGAATGACAATGGTACATT
AGATGTAAAAACTGGTTGAGAAATATGATATAATCTTTCAGCCAATGTCT
TCATCTTTGTCTTGTTTAATATGAGCTGGGGATTGTAAAAGAAGTCCACC
CAAACGATCCAAATATTATACGGCTTCTTCATCAGACTTGTCACTGTCGC
CATCAGATATATTATTGACATCTAAAAATGCCATGATAATATCATTATTT
GATATAGCTATATATCCAATATGTCAATGATTTCATCAATATTCAAACTT
CATAGTGATACTTCAGAATATAATGCTATAAAATATATAAGAATAAAATA
GACTATGACGCCGAAATGTAGAAATAGATTATGTCTAATTTGCATAAATC
CTTTATACAAAATAACTACTTAAGACTTCTAAAAATGATCTAAATAACGT
TCATAATCAGTTTAAATGCATGTAGAAAAATTTCAACTTTGGTACTAATG
CTTTAAGGCAAAAAAGAAACTAAATGGGATAAAAGTTCCACTTCACTACC
CATTACCCATTATTACACATCACTAAACAAATAAGATCCAAGTAATTGCA
ATTTTGTTTAATTCATATTTAAATAAACATTTCAGTTTATAATTAGGTCT
CTAGAAAAAAAGTTATACTAATGAAAACAGTTCTGATATTTGAGACATAA
TAACTAATGACTAATAAAATTACTCGATTAAAATGTATGTACATATTTTT
GAAATCCTTTAAAAAGATAAATTTAAAAGCACGGCTTTTATATTGAATAG
GAACTAAATTGTGAAATTAATTAAGCAACTAAAAACTATTAGAAAAAAAA
ATCAACAAATATGTGAAATTGTTTAATTTGAAACTTTCTAAAATTGCAAA
CCAATCGACACTTTAAACTTTTATCTGAACAAGAGGCATAATATCTTAAT
AGATCTCCAGCATAGTCCCATGAAGTTAAAACAATATTAGAAATCTAGAT
ATACAAGAATGAATATCTTGCTGCATCCGCAATTATTATTGTTAAAAGAT
TTTCTATTCTGATGGGCTTTACAATAGTTAATTTTTCTGCAATAAAGGTT
TTGTGGCTTKAAATAACATGGKGAAATATTCGATTCTTACCATTATGGTT
TTTCGAAGGGAGTCCAAACTTTGTTATTGGATACAAACAAGATATTTTTG
TAGAGTGCGAGGAAAAGCCGCCTAACAATTTTTGAAATTAGTTTGGTATG
ATTTTTTGAATTGTGCAATTTGTTTTTATCAGTGCTATGATGTAATCAAT
CGTATTCTCATGAAATTGGGAATTGTTAGCATTGTTCTAACTTAAGAGCC
ATCGGGCAGATTAAAAAATATGATTCATGTATGTCACCGTATAGTTCATT
AAGAAAAGAAAATAAGTTTTTTTGTTCCTCTGAGGTCATTATGACCTTAT
TTTTGACCGAAATAAAACATCATCTTTCCTTCTGTCTTTCTGTATCTCTC
TCCTTCTCTCTGTCTCTCCCCTATTCTCTTTTCCCTCTGTATCTTTACAC
ATCCCTCCCTCGGTCTCTTTTTTTCTACCCTTATTCTTTGTTAATATTCT
CCATTATTCAGCCCAGAAATGCGGGCATTCTCTCCTAGTATATTTATAAA
ATAACCCATTTATGCAAATATCTACATATATAACGTGTTTGATATTTTTG
GGGCGAAGCTCTTGATACCCAAACTACTAAAGGTTCAAACATACTCAAAG
TCACAAAATTAGTTTATCTAACAGTGATCCTTAGAGTTATATCAATTCAT
TATATGGGACTTAAAACTGGCCCCATCCGACGTACCTTCCCTGCAGTCAG
TCTTAGAAAATAAAACCAAATTTTAACGTGTTGTCTTCATTTTCCTTATT
AAAATGTTCTAGTCAAACTTTAAGGGTGTTTCATCTAAGAGAATAGTTTT
AGTTTTCCATGATAATTAATTCAGGCCGAATTGAAGTCTTTATTATCATT
TTAAATATTGAATCTTTGATAATTGAGATTGACTGATGATGGCCCTAAAC
TTATATCTGTAATTACGTTAGTGGGGCTGGAACCATAAGGAGCAAAGAGC
AATTGAATTCATCACCTTTTTTTTTAAATTTGGAAGTGATCTAAAAAAAT
AAATTGTGTTTACTCTAAAATAATTTAAATGTCATAATTTCAGGACTTTT
TTTTTAAATTATCATTTTTCTAAAAAAAGATTTATATCTTTATATTGTTC
ATGGATTATTTATTCTTCACAAAAAAAAATAGATCAAGCATATTTAACAT
AATGAAATAATACAGAAAGTAAGAGTAAGTTTGGAAGTAGATGTATATCA
TAAATTTAAAAGTTTAAAAATGATCCACCTCAGTTATTGCCACCATCCCC
ATTTGCATTCCTTTGAAGCACATAACATTGAAAAACAAATTTCACAAATG
ATTACTAAAAACATGTAAAGGCTACACCTAGTGTTGTGTCGATATTTTTT
TATTTGGTCCAGTTCAGTTCAGCCATAAGACCAGTCATTAAGAATGCCAA
TACCAGAACTGATTAAACAAAGAAGAAATAAAGTTGAATGACGTTATCAA
TTACCGAACTTGATAATTTTTGAGGACTGAACTCGAACGGACCATGCATA
TATACAATTCCAAAAAAATTAAATATAATTTTTTTGTTTCTTTTTAAAAA
AGTTCGGAAACCTTTTGTCAAAAAAGCCCAACAGTAATGTCCTTTGTCCC
CCCCCCAAAAAAAAAAATATATATAGCCTGCGTATACACTTGCAAATCCA
TTTCGGTGCTGATGGCTTACGTCTTATTTCAAAGATTGTACAGGGTGGTG
TAGATGAATTGGGAAAAATTTTAAAGGTTTATAACAAACGAACTAGATAA
GGTAGAATTTATTTTTTTATTATTTGAAACTTACTTTTAATGAAATTCAA
TTATTCATAATGAGAYCAGCCTCTCTTGATAACCTCAGCCTCACGAAAAC
ATGGTACATGCCTCATGATCAACCCTCTCTTGAGATTGAAATTGCAGGTT
GTTTGGATACCAAAAATTCGGGCTTCAGGACATTTTGTGGCAAATACTTT
CTACACTTTATGGCCTTGTGTGTTGGTGCACTGTCTTGCTGGAGGTTGTT
ATTTCTTCCTTGGGCTACTTCATCTAATCAGGGAATGTTAATTAAAAGTA
CMAAGCCAGTACCAGTACTATGGCAAAGTTGTATCCTTTGAGTATCAACT
TTGGCTTCCTTCAATATAAAAGGATGTTCAATTAAAAAAACTTTGGTGTA
TTTCATTATGTGACCATAAGATACCATTTTAAGATTCAATGACATAATAC
AGTTTGACTGAATTTAGTAAAATAGTAATAGTAATAGTTTAGTAAAAATC
TTACTCATTTTCTTGAAAAAGTCTTTAAAAAGTAACATTTATTCTACTTA
AGAGCCATCTAGCGATTAAAATATATTGTGTGAATTTTCATCTGGTGCAC
TGTATATAGTCATCCTTGACTCATATACCAATAAAGTATAAAGAAATAAA
ATGGGGTATGTTATACAGGGAGTACTTTATAAGATAGAAGAAATCTTGCA
GGCATTTAATTCAACTCAAATTAAATAAGAAAAAAAACAAAAACTGGGAA
GTACTTCTTATAAAATTAAAAAAAATGTATGTGAATTTTGAATAATAACA
TTTTTTCTTAAGCTATTATTACTATCTTTTTATTCGTCTGGTGAGAACGT
CTAACTATTGAGCGAGGAGCTATGTACGTGTGACAGTGCTAATGAAAAAC
AGAGTAACGCCAAGGATTTTTCGAGGAACTATTTTCTATCTTATTAACGC
AAAATGTGTCTGCTTATCGACTCCTAATAACTCAGAGCAATGTCGTGACC
TACCACTTGTTAAACTAATAATAAGTCATTCTGGAAAGAATTATTCGAGG
ACTTGTTTTCCCAAATTGAACAAATTTTGACATTTAAAATCTGCAAACTA
TTATGTATTCTATTTGCAAAAGAAGCAAGATTTAAAGAAAATCATGTTGA
ATGTCCCTTAATTAAAAAAAACCATACTTTTGTAACCAAGTAATTTTATC
TGCTTAATCCTGTTGGCAAAAAGTTGAAGAGGAGGGATAAAATAACATAT
ATATATATTTTTTTGTTTTGCAAATATCCATATATTTTTTTAATTAATTT
TCTTGTCTCCATAATACCAACTTTCATGCAACTATATTACAAATTATATT
AGATTAAATATATTTCTTCAGCAATCATATTAATTAAAGTACGTCCAATA
AAAGAAAATATCACAAATGAATTGTATTTCCATGTTTTTATTCCTTCATT
CATTCACTTTATACGAGTACTTTTCTGGGTTGTTAGGTCACCCAAACATT
AAAATGGATATTTTAGCAGTCATAAATCTTATTTATCCTTATATTAATTA
CACAGTGATGCTTAGAAGTGTATAAAAAATGTATCAGAAACCGGGAATTA
CTTTTTCTCGTTGGTTATCTGAACCTCCCTTTTTTTCCCAAGCTGTTATT
ATTATCATTTAATTATTGAAGACAGAACATGCATGCATAAAATAATAACT
AGCGCGTGTGCTCATGAAAACGAAGAGTAACAATGTAACTATGTTCAGGA
GGTAAAAAGGGCCGTTCTTGTTGTAATCAGAGTAGAAATGAGGATTGCCA
TGGAAGTAATGTCCTTACTATATAAGGAGTGGGATTTGTGTTTATGTATT
TTCTCTTTAGGTTGCTTGTAGCGGATCTAATGAAACGCCAATGCAGCTAG
GCTGCTCTACCCAAATATACTTCTTATGGTTAGGGTGACCACCTTAATTT
TCTGTTTCTATTATTTTTTTAAACCGGTAGGACATATATTATGGATTACT
AGTGATGCTATTCGGTTACACTCTGGGCATATTATAGAAAAAAAAGAAAC
ATTAAAAATCAAAATGATAAAACTAACAATTTGAAGAATGTTTTGGATGA
GAGTAGCCTGCCGTTTTATCAGATCAGCTACAAGTAGATGTCACGAGGGA
GCTGGAGGAGAAGGAAATAAACAAGGGCATATACAATAATTACACCGACT
TTGAGGCTTAATTCTCTAAGTCCAAGAAAGACCTAATTACTCTGAACACT
GTACCTTTAGTAATTTAGAAAGTCACACTCAAACGTTTGTACAACCGTTT
TGACTCCGAGTATAAGCACTAAAAGAAACCGTGCTTATACCGTAGTACTC
ATAGCACATGTTGAGATCGAAGCAGAATTATAAAAATAATAATTATTATT
CTAATAACAAGAATAAGTAATAATAACACATGATTTCTTCACATACTTTG
TGCAAATATAGAATTAAACAAAAATTCGTACATAAAGATATAATATCAAT
ATTTTCTCTGTACAAATGATATTTTGAGTGTAAAAGGTTATTTATTTTAT
TTCAGTGACTCATTTTCTTAACTCAAAATCATATAACAGGCAGCGAATAC
TATCAAGGGTCAGGGTTTAATAATAGTATATGTCTCGCACTTGCTTTATC
CAAGAGCTTTTTTTTTCTTAACACAAATGCCATCCTTACATATGGTACTA
TAAGCACCAATGAACAAATTGATTACTTTCATATATACTCTTTAACATTT
AATGTATGTTTTTCCTAACACTATTATAAATTATATCTTGTAGATGCTAG
AGGATATATTATTTCTAAACTAAAACAATATTATCATACAAAACATATCC
CACTCCTCTTCTATTTCTCTTTTCCTTAGTCAACGTGTGGGTAGATACAT
AATAAGTACACAATATCCTTTAAAAACATTAATTATTAACTTCATACTCT
GTAAATAACTCAGAAACTGATTTATTAGTATTATTCCAAAAAATGGTAGA
GGAAAATATATAATACACACAAAACATTAGAAGGATTATTAGTCTCTGGG
GTGTATAAAGACCCCAGAGACTAATAATCCTCCTAAGTAACGGAGGTTTA
TAAATATTTTAAATACATTATTATATAAGTAAAGGATAATTCTTTTTTGT
ATTGTTTTTTAGGAGCTTGCCACAGTGATGCGATCTCTGGGCCAAAACCC
CACAGAAGCTGAGCTTCAAGAAATGATAAATGAAGTGGATGCAGATGGAA
ATGGTTCCATTGAGTTTGAGGAGTTCCTTGCCATGATGGCCAAGAAAGTA
AAGGATAATGAAAGCTCGAGTGATATCAAAGAGGCTTTCAGAGTATTTGA
TAGAGATGGTGATGGCTACATCTCCGCTGAAGAGKTGCATCAAGTCATGT
CCACCCTTGGAGAGAATCTTTCAAGTGAGGAAATTGATGAAATGATTCGA
GAAGCAGATCTGGATGGGGATGGAAAGGTCTGCTATGAAGAGTTTGCAAC
GATGATGAGTCATAAAGGAGGTGCTTGAAGAGCTACTAGCATAATATAAG
CCCAGCTGACAACCAATGGGAAAAAGAATATGTACTTTGACAACGCAAAC
GTTCTTTCAGATCCAAATACATGACCTTATTCATTCTGAACTGCTCAAAT
AATATTGAATTAAAATTAATTAGTATTCATTTAACACTACGTCAAGACCA
AAAACATATTTTTCGTGTTTATATATTTGTTTGTTTTTTCTTATGTAGTT
AGTGAAATATTGTTATTTTTTTATAATTGCCTAACATTCGTAAATTGTAT
TTAGACGAATTGGAGTTACATCAGGACTGTATCCAACTTTAGTGTTCACT
AGTGTTTCTGTAATTATTTAATTATCAACATAAGATATTCATTCATTCAT
TTGTTTTTATGCTGTTCTTAGACACAAATATGCTTTCAAAATTATATTGA
TATATACGACAAATTGAAACTTTTTAAATATATGTATTTGTTACGCTATC
AGTGAGA
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