EMLSAG00000011709, EMLSAG00000011709-694475 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000011709
Unique NameEMLSAG00000011709-694475
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:Gyc76C "Guanylyl cyclase at 76C" species:7227 "Drosophila melanogaster" [GO:0004383 "guanylate cyclase activity" evidence=ISS;NAS;IDA] [GO:0004872 "receptor activity" evidence=ISS;NAS;IDA] [GO:0005886 "plasma membrane" evidence=ISS;NAS] [GO:0007165 "signal transduction" evidence=ISS] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0016199 "axon midline choice point recognition" evidence=IGI] [GO:0008045 "motor neuron axon guidance" evidence=IMP] [GO:0007428 "primary branching, open tracheal system" evidence=IMP] [GO:0005887 "integral component of plasma membrane" evidence=IDA] [GO:0001653 "peptide receptor activity" evidence=IPI] [GO:0009651 "response to salt stress" evidence=IMP] [GO:0007526 "larval somatic muscle development" evidence=IMP] [GO:0007435 "salivary gland morphogenesis" evidence=IGI;IMP] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0005524 GO:GO:0005887 GO:GO:0035556 GO:GO:0007435 eggNOG:COG0515 GO:GO:0009651 SUPFAM:SSF56112 GO:GO:0016199 GO:GO:0004672 GO:GO:0008045 Gene3D:3.30.70.1230 SUPFAM:SSF55073 GO:GO:0007526 InterPro:IPR028082 SUPFAM:SSF53822 OrthoDB:EOG7Z69BJ GO:GO:0004383 InterPro:IPR001828 GO:GO:0007428 GO:GO:0001653 EMBL:U23485 PIR:A56699 ProteinModelPortal:Q24051 SMR:Q24051 STRING:7227.FBpp0099508 PaxDb:Q24051 PRIDE:Q24051 FlyBase:FBgn0266136 InParanoid:Q24051 ChiTaRS:Gyc76C Uniprot:Q24051)

HSP 1 Score: 525.013 bits (1351), Expect = 1.872e-167
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:CG42637 species:7227 "Drosophila melanogaster" [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0016849 "phosphorus-oxygen lyase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0005524 EMBL:AE014296 GO:GO:0005887 GO:GO:0035556 GO:GO:0007435 GO:GO:0009651 SUPFAM:SSF56112 GO:GO:0016199 GO:GO:0004672 GO:GO:0008045 Gene3D:3.30.70.1230 SUPFAM:SSF55073 GO:GO:0007526 InterPro:IPR028082 SUPFAM:SSF53822 OrthoDB:EOG7Z69BJ GO:GO:0004383 InterPro:IPR001828 GO:GO:0007428 GeneTree:ENSGT00730000110520 GO:GO:0001653 FlyBase:FBgn0266136 ChiTaRS:Gyc76C EMBL:L35598 EMBL:BT011062 RefSeq:NP_001007096.1 RefSeq:NP_001007097.1 RefSeq:NP_001163473.1 RefSeq:NP_001163474.1 RefSeq:NP_001163475.1 RefSeq:NP_001262063.1 RefSeq:NP_524165.2 UniGene:Dm.2520 SMR:Q7JQ32 IntAct:Q7JQ32 EnsemblMetazoa:FBtr0302277 EnsemblMetazoa:FBtr0302278 EnsemblMetazoa:FBtr0302279 EnsemblMetazoa:FBtr0302280 EnsemblMetazoa:FBtr0302281 EnsemblMetazoa:FBtr0302282 EnsemblMetazoa:FBtr0333879 GeneID:40153 GeneID:8674026 KEGG:dme:Dmel_CG42636 KEGG:dme:Dmel_CG42637 CTD:8674026 FlyBase:FBgn0261360 InParanoid:Q7JQ32 OMA:ENDSIGE NextBio:817274 Uniprot:Q7JQ32)

HSP 1 Score: 525.013 bits (1351), Expect = 1.932e-167
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:CG10738 species:7227 "Drosophila melanogaster" [GO:0004872 "receptor activity" evidence=ISS] [GO:0004383 "guanylate cyclase activity" evidence=ISS] [GO:0005886 "plasma membrane" evidence=ISS] [GO:0007165 "signal transduction" evidence=ISS] [GO:0006182 "cGMP biosynthetic process" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IKR] [GO:0004672 "protein kinase activity" evidence=IKR] [GO:0007030 "Golgi organization" evidence=IMP] [GO:0045792 "negative regulation of cell size" evidence=IMP] [GO:0045931 "positive regulation of mitotic cell cycle" evidence=IMP] [GO:0008284 "positive regulation of cell proliferation" evidence=IMP] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR011645 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07701 Pfam:PF07714 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0016021 GO:GO:0005886 GO:GO:0005524 GO:GO:0007165 EMBL:AE014296 GO:GO:0035556 GO:GO:0045931 GO:GO:0008284 SUPFAM:SSF56112 GO:GO:0004872 GO:GO:0016772 Gene3D:3.30.70.1230 SUPFAM:SSF55073 GO:GO:0045792 GO:GO:0007030 InterPro:IPR028082 SUPFAM:SSF53822 GO:GO:0004383 InterPro:IPR001828 UniGene:Dm.27139 GeneID:39516 KEGG:dme:Dmel_CG10738 FlyBase:FBgn0036368 GenomeRNAi:39516 UCSC:CG10738-RA NextBio:814048 RefSeq:NP_729905.2 ProteinModelPortal:Q9VU79 PRIDE:Q9VU79 InParanoid:Q9VU79 OMA:PLKIHCS PhylomeDB:Q9VU79 Bgee:Q9VU79 Uniprot:Q9VU79)

HSP 1 Score: 437.187 bits (1123), Expect = 1.535e-136
Identity = 239/501 (47.70%), Postives = 323/501 (64.47%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRY-----SSKNEYDSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMSKKRSPRMSMVSGSDIRQSV-RDGSRHNPDSI-YQSISGLNH 493
            +I+LH+S +  HG L +SNC++ SRW +++TDFGL   +      S+  ++ S +    L+ APELLR   +  + GTQ+GD YSFGI+L+E++ R GP+G+T L+  + + +V  P       RP L  L      F+C   V + +++CWAE P++RP DF  IR +L+P+R GM+ NI D M+ M+EKY+NNLE LV +R  QL EEK+KT+ LLH MLP  VA +L  G  V+PE +  V+IYFSDIVGFT+M +E TPLQVV+FLN+LY+ FD II  +DVYKVETIGDAYMVVSGLP R  D HA  +A+++L LLS V  FKI HRP + L LRIGIH+GPV AGVVGL MPRYCLFGDTVNT+SRM         H S +C   L R GGY   +RG+++MKGKG+  TYWL+G  E  R  +R  + S+      L K + G    +QE + +   R S+   +  R S+ R  S  +P  + + + S L H
Sbjct:  685 VIYLHDSPIRFHGALCTSNCLVDSRWVVKLTDFGLFAFKQGIEDSSTDMQHMSAKCLKLLYRAPELLRQGPSSLVMGTQRGDAYSFGILLYEMHVRRGPFGETGLTPMQCLQKVLQPQDYLNPYRPSLQPL---ETAFDC---VSECLRECWAERPEDRP-DFKTIRTKLRPLRKGMRPNIFDNMMAMMEKYANNLEALVDDRTDQLQEEKKKTDALLHEMLPRCVADQLKKGHKVDPEHYEQVSIYFSDIVGFTAMSAECTPLQVVDFLNDLYTCFDSIIGHYDVYKVETIGDAYMVVSGLPLRNGDLHAAEIATMSLHLLSAVSEFKIRHRPTNRLLLRIGIHSGPVCAGVVGLKMPRYCLFGDTVNTASRMESSGVPLKIHCSWQCRQLLDRLGGYHFAERGVISMKGKGDQRTYWLLGEDEEAR-TRRTYERSQRRGSRALNKFIQGTIKQAQEQANEYGIRSSLKQKNLPRNSLTRSSSLESPKKLRFAAGSLLEH 1177          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:Gyc32E "Guanyl cyclase at 32E" species:7227 "Drosophila melanogaster" [GO:0004383 "guanylate cyclase activity" evidence=ISS;NAS] [GO:0005886 "plasma membrane" evidence=ISS] [GO:0004872 "receptor activity" evidence=ISS;NAS] [GO:0006182 "cGMP biosynthetic process" evidence=NAS] [GO:0007165 "signal transduction" evidence=ISS] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IKR] [GO:0006468 "protein phosphorylation" evidence=IKR] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0005525 GO:GO:0005524 GO:GO:0005887 EMBL:AE014134 GO:GO:0035556 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004872 GO:GO:0016772 Gene3D:3.30.70.1230 SUPFAM:SSF55073 InterPro:IPR028082 SUPFAM:SSF53822 OrthoDB:EOG7Z69BJ GO:GO:0004383 InterPro:IPR001828 EMBL:X72800 EMBL:X72801 PIR:S33525 ProteinModelPortal:Q07553 SMR:Q07553 IntAct:Q07553 STRING:7227.FBpp0111769 PaxDb:Q07553 FlyBase:FBgn0010197 InParanoid:Q07553 NextBio:789034 Uniprot:Q07553)

HSP 1 Score: 428.328 bits (1100), Expect = 7.385e-134
Identity = 222/417 (53.24%), Postives = 280/417 (67.15%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQ-ENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPS-INDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLP-ERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWL 414
            MI+LH+S++ISHG LRSSNC+I SRW  +I+DFGLHEL+   +    S+ E    L MAPELLR D   P +G+QKGD+YSFGI+L+E+ GR GP+GDT  S  EII  VK P  +  G  RP L +        + P Y+   +  CW E+P+ RP D  L+R  LK ++ G+K NI D M+ ++EKY+ NLE LV ER   LYEEK+KT+ LL++MLP  VA  L  G  VE E F  VTI FSDIVGFT +C+ STP +VV  LN+ Y+  D II  +DVYKVETIGDAYMVVSGLP +   +HAG +ASLAL LL  V + KI H+P +T++LRIG+H+GP  AGVVG  MPRYCLFGDTVNT+SRM         HIS   Y  L   G Y   +RGL ++KGKG++ TYWL
Sbjct:  639 MIYLHDSEIISHGNLRSSNCLIDSRWVCQISDFGLHELKAGQEEPNKSELELKRALCMAPELLR-DAYRPGRGSQKGDVYSFGILLYEMIGRKGPWGDTAYSKEEIIQFVKCPEMLQHGVFRPALTHT-----HLDIPDYIRKCLCQCWDEDPEVRP-DIRLVRMHLKELQAGLKPNIFDNMLSIMEKYAYNLEGLVQERTNLLYEEKKKTDMLLYQMLPRPVAELLKRGDPVEAECFDCVTILFSDIVGFTELCTTSTPFEVVEMLNDWYTCCDSIISNYDVYKVETIGDAYMVVSGLPLQNGSRHAGEIASLALHLLETVGNLKIRHKPTETVQLRIGVHSGPCAAGVVGQKMPRYCLFGDTVNTASRMESTGDSMRIHISEATYQLLQVIGSYVCIERGLTSIKGKGDMRTYWL 1048          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:NPR2 "Guanylate cyclase" species:9913 "Bos taurus" [GO:0004383 "guanylate cyclase activity" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR011645 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07701 Pfam:PF07714 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 GO:GO:0016021 GO:GO:0005524 GO:GO:0035556 SUPFAM:SSF56112 GO:GO:0004672 Gene3D:3.30.70.1230 SUPFAM:SSF55073 OrthoDB:EOG7Z69BJ TreeFam:TF106338 GO:GO:0004383 GeneTree:ENSGT00710000106571 EMBL:DAAA02023133 Ensembl:ENSBTAT00000065432 OMA:NIVWINE Uniprot:G3N2S3)

HSP 1 Score: 399.438 bits (1025), Expect = 3.357e-131
Identity = 215/424 (50.71%), Postives = 279/424 (65.80%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEG 420
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R +++ + DS   Y   LW APELL S N  P  G QK D+YSFGIIL EI  R+GP+      LS  EI+ +V+  +    + RP ++    N         ++ +M+ CWA++P  RP DF  I+  ++        +I+D ++  +E+Y+NNLE LV ER +   EEK+K E LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFT++ +ESTP+QVV  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R   +HA  +A +AL LL  V SF+I HRP+D LRLRIG+HTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G +Q++ RG V MKGKG++ TYWL+G  +G
Sbjct:    5 MAFLHNSIIASHGSLKSSNCVVDSRFVLKITDYGLASFRSTAEPD-DSHALYAKKLWTAPELL-SGNPLPTTGMQKADVYSFGIILQEIALRSGPFYLEGLDLSPKEIVQKVR--NGQRPYFRPSIDRTQLNE-------ELVLLMERCWAQDPAERP-DFGQIKGFIRRFNKEGGTSILDNLLLRMEQYANNLEKLVEERTQAYLEEKRKAEALLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTALSAESTPMQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSGLPGRNGQRHAPEIARMALALLDAVSSFRIRHRPHDQLRLRIGVHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGQALKIHVSSTTKDALDELGCFQLELRGDVEMKGKGKMRTYWLLGERKG 416          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:gcy-28 "Guanylate cyclase" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0004383 "guanylate cyclase activity" evidence=IEA;IDA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006182 "cGMP biosynthetic process" evidence=IEA;IDA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0006935 "chemotaxis" evidence=IMP] [GO:0007606 "sensory perception of chemical stimulus" evidence=IMP] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0016829 "lyase activity" evidence=IEA] [GO:0016849 "phosphorus-oxygen lyase activity" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0042048 "olfactory behavior" evidence=IMP] [GO:0043005 "neuron projection" evidence=IDA] [GO:0044297 "cell body" evidence=IDA] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001170 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PRINTS:PR00255 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0016021 GO:GO:0005524 GO:GO:0035556 GO:GO:0043005 SUPFAM:SSF56112 GO:GO:0004672 GO:GO:0006935 Gene3D:3.30.70.1230 SUPFAM:SSF55073 GO:GO:0042048 GO:GO:0007606 InterPro:IPR028082 SUPFAM:SSF53822 HOGENOM:HOG000293307 KO:K12323 GO:GO:0004383 InterPro:IPR001828 GeneTree:ENSGT00710000106571 GO:GO:0044297 EMBL:FO081694 UniGene:Cel.18007 GeneID:172051 KEGG:cel:CELE_T01A4.1 CTD:172051 UCSC:T01A4.1c NextBio:873815 RefSeq:NP_491379.3 ProteinModelPortal:Q965F8 SMR:Q965F8 PRIDE:Q965F8 EnsemblMetazoa:T01A4.1a WormBase:T01A4.1a ArrayExpress:Q965F8 Uniprot:Q965F8)

HSP 1 Score: 410.609 bits (1054), Expect = 7.022e-127
Identity = 211/424 (49.76%), Postives = 288/424 (67.92%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSK---NEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYG--DTYLSCSEIINEVKFPSINDGF-MRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPM-RNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            + FLHNS++ SHGRL+SSNCV+ SR+ L++TDFGLH L    +    E      Y   LW APELLR D+N P  GTQKGDIYSF IIL E+  R G +   +  LS +EI+  V+ P   D   +RP ++  G+   +      ++ +M  CW+E+P  RP + + +R  ++ + R+   +N++D +++ +E+Y+NNLE LV ER ++   EK+K E+LLH++LPP++A  L  G AV+ E++  VTIYFSDIVGFTS+ S+STP+QVV  LN+LY  FD ++  F VYKVETIGDAYMVVSGLPER D HA  +A ++L LL +VK+F I HRP++ L+LRIG+H+G VVAGVVG  MPRYCLFGDTVNTSSRM         H+S + Y  L++  G++++ RG V MKGKG   TYWL G
Sbjct:  782 LFFLHNSEIRSHGRLKSSNCVVDSRFVLKVTDFGLHRLHCLEEINLEEIGEHAYYKKMLWTAPELLR-DSNAPPMGTQKGDIYSFAIILHEMMFRKGVFALENEDLSPNEIVQRVRKPVSEDQEPLRPWVSETGEGEGDDALNDTLLSLMVACWSEDPHERP-EVSSVRKAVRSLNRDNETSNLVDNLLKRMEQYANNLEGLVEERTQEYLAEKKKVEELLHQLLPPAIADTLIAGRAVQAESYDCVTIYFSDIVGFTSLSSQSTPMQVVTLLNDLYLAFDGVVDNFKVYKVETIGDAYMVVSGLPERRDDHANQIAQMSLSLLHKVKNFVIRHRPHEQLKLRIGMHSGSVVAGVVGSKMPRYCLFGDTVNTSSRMESNGLPLKIHVSQQTYDILMQEAGFKLELRGSVEMKGKGMQTTYWLRG 1203          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:gcy-28 "Guanylate cyclase" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0004383 "guanylate cyclase activity" evidence=IEA;IDA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006182 "cGMP biosynthetic process" evidence=IEA;IDA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0006935 "chemotaxis" evidence=IMP] [GO:0007606 "sensory perception of chemical stimulus" evidence=IMP] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0016829 "lyase activity" evidence=IEA] [GO:0016849 "phosphorus-oxygen lyase activity" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0042048 "olfactory behavior" evidence=IMP] [GO:0043005 "neuron projection" evidence=IDA] [GO:0044297 "cell body" evidence=IDA] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001170 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PRINTS:PR00255 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0016021 GO:GO:0005524 GO:GO:0035556 GO:GO:0043005 SUPFAM:SSF56112 GO:GO:0004672 GO:GO:0006935 Gene3D:3.30.70.1230 SUPFAM:SSF55073 GO:GO:0042048 GO:GO:0007606 InterPro:IPR028082 SUPFAM:SSF53822 KO:K12323 OrthoDB:EOG7Z69BJ GO:GO:0004383 InterPro:IPR001828 GeneTree:ENSGT00710000106571 GO:GO:0044297 EMBL:FO081694 RefSeq:NP_001249628.1 UniGene:Cel.18007 ProteinModelPortal:H2L0J9 SMR:H2L0J9 EnsemblMetazoa:T01A4.1d GeneID:172051 KEGG:cel:CELE_T01A4.1 CTD:172051 WormBase:T01A4.1d OMA:EINSMTW ArrayExpress:H2L0J9 Uniprot:H2L0J9)

HSP 1 Score: 410.994 bits (1055), Expect = 7.701e-127
Identity = 211/424 (49.76%), Postives = 288/424 (67.92%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSK---NEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYG--DTYLSCSEIINEVKFPSINDGF-MRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPM-RNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            + FLHNS++ SHGRL+SSNCV+ SR+ L++TDFGLH L    +    E      Y   LW APELLR D+N P  GTQKGDIYSF IIL E+  R G +   +  LS +EI+  V+ P   D   +RP ++  G+   +      ++ +M  CW+E+P  RP + + +R  ++ + R+   +N++D +++ +E+Y+NNLE LV ER ++   EK+K E+LLH++LPP++A  L  G AV+ E++  VTIYFSDIVGFTS+ S+STP+QVV  LN+LY  FD ++  F VYKVETIGDAYMVVSGLPER D HA  +A ++L LL +VK+F I HRP++ L+LRIG+H+G VVAGVVG  MPRYCLFGDTVNTSSRM         H+S + Y  L++  G++++ RG V MKGKG   TYWL G
Sbjct:  803 LFFLHNSEIRSHGRLKSSNCVVDSRFVLKVTDFGLHRLHCLEEINLEEIGEHAYYKKMLWTAPELLR-DSNAPPMGTQKGDIYSFAIILHEMMFRKGVFALENEDLSPNEIVQRVRKPVSEDQEPLRPWVSETGEGEGDDALNDTLLSLMVACWSEDPHERP-EVSSVRKAVRSLNRDNETSNLVDNLLKRMEQYANNLEGLVEERTQEYLAEKKKVEELLHQLLPPAIADTLIAGRAVQAESYDCVTIYFSDIVGFTSLSSQSTPMQVVTLLNDLYLAFDGVVDNFKVYKVETIGDAYMVVSGLPERRDDHANQIAQMSLSLLHKVKNFVIRHRPHEQLKLRIGMHSGSVVAGVVGSKMPRYCLFGDTVNTSSRMESNGLPLKIHVSQQTYDILMQEAGFKLELRGSVEMKGKGMQTTYWLRG 1224          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:gcy-28 "Guanylate cyclase" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0004383 "guanylate cyclase activity" evidence=IEA;IDA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006182 "cGMP biosynthetic process" evidence=IEA;IDA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0006935 "chemotaxis" evidence=IMP] [GO:0007606 "sensory perception of chemical stimulus" evidence=IMP] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0016829 "lyase activity" evidence=IEA] [GO:0016849 "phosphorus-oxygen lyase activity" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0042048 "olfactory behavior" evidence=IMP] [GO:0043005 "neuron projection" evidence=IDA] [GO:0044297 "cell body" evidence=IDA] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001170 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PRINTS:PR00255 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0016021 GO:GO:0005524 GO:GO:0035556 GO:GO:0043005 SUPFAM:SSF56112 GO:GO:0004672 GO:GO:0006935 eggNOG:COG2114 Gene3D:3.30.70.1230 SUPFAM:SSF55073 GO:GO:0042048 GO:GO:0007606 InterPro:IPR028082 SUPFAM:SSF53822 HOGENOM:HOG000293307 KO:K12323 GO:GO:0004383 InterPro:IPR001828 GeneTree:ENSGT00710000106571 GO:GO:0044297 EMBL:FO081694 UniGene:Cel.18007 GeneID:172051 KEGG:cel:CELE_T01A4.1 CTD:172051 RefSeq:NP_001021600.1 ProteinModelPortal:Q86GV3 SMR:Q86GV3 PaxDb:Q86GV3 PRIDE:Q86GV3 EnsemblMetazoa:T01A4.1c UCSC:T01A4.1c WormBase:T01A4.1c InParanoid:Q86GV3 NextBio:873815 PRO:PR:Q86GV3 ArrayExpress:Q86GV3 Uniprot:Q86GV3)

HSP 1 Score: 411.379 bits (1056), Expect = 1.075e-126
Identity = 211/424 (49.76%), Postives = 288/424 (67.92%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSK---NEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYG--DTYLSCSEIINEVKFPSINDGF-MRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPM-RNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            + FLHNS++ SHGRL+SSNCV+ SR+ L++TDFGLH L    +    E      Y   LW APELLR D+N P  GTQKGDIYSF IIL E+  R G +   +  LS +EI+  V+ P   D   +RP ++  G+   +      ++ +M  CW+E+P  RP + + +R  ++ + R+   +N++D +++ +E+Y+NNLE LV ER ++   EK+K E+LLH++LPP++A  L  G AV+ E++  VTIYFSDIVGFTS+ S+STP+QVV  LN+LY  FD ++  F VYKVETIGDAYMVVSGLPER D HA  +A ++L LL +VK+F I HRP++ L+LRIG+H+G VVAGVVG  MPRYCLFGDTVNTSSRM         H+S + Y  L++  G++++ RG V MKGKG   TYWL G
Sbjct:  841 LFFLHNSEIRSHGRLKSSNCVVDSRFVLKVTDFGLHRLHCLEEINLEEIGEHAYYKKMLWTAPELLR-DSNAPPMGTQKGDIYSFAIILHEMMFRKGVFALENEDLSPNEIVQRVRKPVSEDQEPLRPWVSETGEGEGDDALNDTLLSLMVACWSEDPHERP-EVSSVRKAVRSLNRDNETSNLVDNLLKRMEQYANNLEGLVEERTQEYLAEKKKVEELLHQLLPPAIADTLIAGRAVQAESYDCVTIYFSDIVGFTSLSSQSTPMQVVTLLNDLYLAFDGVVDNFKVYKVETIGDAYMVVSGLPERRDDHANQIAQMSLSLLHKVKNFVIRHRPHEQLKLRIGMHSGSVVAGVVGSKMPRYCLFGDTVNTSSRMESNGLPLKIHVSQQTYDILMQEAGFKLELRGSVEMKGKGMQTTYWLRG 1262          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:si:ch211-132a5.3 "si:ch211-132a5.3" species:7955 "Danio rerio" [GO:0016849 "phosphorus-oxygen lyase activity" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0009190 "cyclic nucleotide biosynthetic process" evidence=IEA] [GO:0035556 "intracellular signal transduction" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0004383 "guanylate cyclase activity" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0006182 "cGMP biosynthetic process" evidence=IEA] [GO:0016829 "lyase activity" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001170 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PRINTS:PR00255 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 ZFIN:ZDB-GENE-030131-5414 GO:GO:0016021 GO:GO:0005524 GO:GO:0035556 SUPFAM:SSF56112 GO:GO:0004672 Gene3D:3.30.70.1230 SUPFAM:SSF55073 InterPro:IPR028082 SUPFAM:SSF53822 OrthoDB:EOG7Z69BJ TreeFam:TF106338 GO:GO:0004383 InterPro:IPR001828 GeneTree:ENSGT00710000106571 EMBL:CABZ01016424 EMBL:CABZ01016425 EMBL:CABZ01016426 EMBL:CABZ01016427 EMBL:CABZ01016428 EMBL:CABZ01016429 EMBL:CABZ01016430 EMBL:CABZ01016431 EMBL:CABZ01016432 ProteinModelPortal:F1R512 Ensembl:ENSDART00000019439 OMA:NSYFGCH Bgee:F1R512 Uniprot:F1R512)

HSP 1 Score: 402.519 bits (1033), Expect = 3.897e-125
Identity = 226/421 (53.68%), Postives = 284/421 (67.46%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY---GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDK-HAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M +LHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R S +NE DS   Y   LW APELL  D + P +GTQKGD+YSFGIIL EI  RNGP+   G      +EII +V+  +    + RP      DN+   +C    I +M+ CW+E+P  RP DF+ I+  +         +I++ +  M E+Y+NNLE+LV ER +   EEK+K E+LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFTSM +ESTPLQVV  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R  K HA  +A ++L LL +VK+FKI HRPND LRLRIGIHTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G ++++ RG V MKGKG++ TYWL+G
Sbjct:  631 MNYLHNSYIGSHGNLKSSNCVVDSRFVLKITDYGLASFRSSCENE-DSHALYAKKLWTAPELLIYDRHPP-QGTQKGDVYSFGIILQEIALRNGPFYVEGMDLSPKAEIIQKVR--NGQKPYFRPTT----DNSR--HCEELTI-LMEGCWSEDPAERP-DFSHIKVFIAKFNKEGSTSILNLLSRM-EQYANNLENLVEERTQAYLEEKRKAENLLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTSMSAESTPLQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSGLPVRNGKLHAREIAGMSLALLEQVKTFKIRHRPNDQLRLRIGIHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESTGEALRIHMSSATKEVLDEFGYFELQLRGDVEMKGKGKMRTYWLLG 1038          
BLAST of EMLSAG00000011709 vs. GO
Match: - (symbol:npr2 "Atrial natriuretic peptide receptor 2" species:7937 "Anguilla japonica" [GO:0016941 "natriuretic peptide receptor activity" evidence=ISS] InterPro:IPR000719 InterPro:IPR001054 InterPro:IPR001170 InterPro:IPR001245 InterPro:IPR011009 InterPro:IPR018297 Pfam:PF00211 Pfam:PF07714 PRINTS:PR00255 PROSITE:PS00452 PROSITE:PS50011 PROSITE:PS50125 SMART:SM00044 Pfam:PF01094 GO:GO:0005525 GO:GO:0016021 GO:GO:0005524 GO:GO:0006950 GO:GO:0035556 SUPFAM:SSF56112 GO:GO:0004672 Gene3D:3.30.70.1230 SUPFAM:SSF55073 InterPro:IPR028082 SUPFAM:SSF53822 GO:GO:0001503 HOVERGEN:HBG051862 GO:GO:0004383 GO:GO:0016941 InterPro:IPR001828 EMBL:D25417 PIR:S45636 ProteinModelPortal:P55202 PRIDE:P55202 Uniprot:P55202)

HSP 1 Score: 401.749 bits (1031), Expect = 7.640e-125
Identity = 222/421 (52.73%), Postives = 282/421 (66.98%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDV-MQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDK-HAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R S +NE DS   Y   LW APELL  D + P +GTQKGD+YSFGIIL EI  RNGP+      LS  EI+ +V+  +    + RP  +         +C S  + + M+ CWAE+P +RP DF+ I+  +  +      +I++ ++  +E+Y+NNLE+LV ER +   EEK+K E+LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFTSM +ESTPLQVV  LN+LY+ FD II  FDVYKVETIGDAYMVVS    R  K HA  +A ++L LL +VK+FKI HRPND LRLRIGIHTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G + ++ RG V MKGKG++ TYWL+G
Sbjct:  635 MNFLHNSYIGSHGNLKSSNCVVDSRFVLKITDYGLASFRSSCENE-DSHALYAKKLWTAPELLIYDRHPP-QGTQKGDVYSFGIILQEIALRNGPFYVDGMDLSPKEIVQKVR--NGQKPYFRPTTDT--------SCHSEELSILMEGCWAEDPADRP-DFSYIKIFVMKLNKEGSTSILNNLLSRMEQYANNLENLVEERTQAYLEEKRKAENLLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTSMSAESTPLQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSDSQSRNGKLHAREIAGMSLALLEQVKTFKIRHRPNDQLRLRIGIHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGEALKIHLSSATKEVLDEFGYFDLQLRGDVEMKGKGKMRTYWLLG 1042          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592935100|gb|GAXK01023453.1| (TSA: Calanus finmarchicus comp114817_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 624.394 bits (1609), Expect = 0.000e+0
Identity = 349/613 (56.93%), Postives = 426/613 (69.49%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQ--ENYTDLWMAPELLRS-DNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYL---SCSEIINEVKFPSINDGFMRPDLNYLGD--NNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDXXXXXXXXXXXXXXXXXXXXXQEMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSI-------SGLNHAVVSTMSPPLFEQDNEMFKFHTENI----VNGKHLEKPGQLXXXXXXXXXXXXXXVKIDENNRISNTSHGRTIESPLYIRKPRSLSGDRLYTSEPVQETVALLSN 594
            M+FLHNSD+ +HG LRSSNCV+TSRWTL++ DFGLHELR++S+ +   +   NY  LW APE+LR+  + G  +GTQKGDIY+FGIILFEIYGR GPYG+  L   S SEI+++V  P   +  MRP++  L D   + + + P Y++ +MQ+CWAE+PD RP DF  IRNR+KPMR GMKNNIMDQMVEMLEKYSNNLEDLV ER RQL EEKQKTEDLLHRMLPPSVA KLT GI VEPETF+  TIYFSDIVGFT+MCSESTPLQVVNFLNELYSKFD+IIQGFDVYKVETIGDAYMVVSGLPERT  HAGN+ASL++ELL  VK+F+ISHRP+DTL+LRIG+H+GPVVAGVVGLAMPRYCLFGDTVNTSSRM         H+S E  +EL   GGY  ++RG V MKGKGEVLTYWL+G    D+ +K+K+             KLG           +RSPRMSM+S +DIRQS R+ +   PDS   S        SG      +  S P   +D ++F F  + +    +  K L   G+          ++ S   I+ ++++S  S            +PRSLS DR   S+ + ETVALL+N
Sbjct:  113 MLFLHNSDMCTHGNLRSSNCVVTSRWTLQVADFGLHELRFASETQSGCEHTSNYKLLWKAPEMLRNLKDEG--RGTQKGDIYAFGIILFEIYGRQGPYGEEILEQMSISEILDQVLNPP-GEEIMRPNIELLRDISADLDSDLPEYILALMQECWAEDPDVRP-DFTTIRNRIKPMRQGMKNNIMDQMVEMLEKYSNNLEDLVMERTRQLCEEKQKTEDLLHRMLPPSVARKLTQGIGVEPETFNQCTIYFSDIVGFTAMCSESTPLQVVNFLNELYSKFDEIIQGFDVYKVETIGDAYMVVSGLPERTPYHAGNIASLSIELLGAVKNFRISHRPSDTLQLRIGVHSGPVVAGVVGLAMPRYCLFGDTVNTSSRMESNGLPLRIHMSKESNAELELLGGYVTEERGYVNMKGKGEVLTYWLIGT--NDQAIKKKKLDYSKLRPLFSLPKLGVANSIEISRRDRRSPRMSMIS-TDIRQSFRERNNGTPDSRRMSAAARVPHESGDREPCTTAESLP---EDLKVFNFEPKAVRDRAMAAKLLAGRGKSPRTSLRGPNHTGSSYTIN-SSQVSLASRK---------DRPRSLSEDR-RGSQDMFETVALLTN 1888          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592935101|gb|GAXK01023452.1| (TSA: Calanus finmarchicus comp114817_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 624.009 bits (1608), Expect = 0.000e+0
Identity = 349/613 (56.93%), Postives = 426/613 (69.49%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQ--ENYTDLWMAPELLRS-DNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYL---SCSEIINEVKFPSINDGFMRPDLNYLGD--NNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDXXXXXXXXXXXXXXXXXXXXXQEMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSI-------SGLNHAVVSTMSPPLFEQDNEMFKFHTENI----VNGKHLEKPGQLXXXXXXXXXXXXXXVKIDENNRISNTSHGRTIESPLYIRKPRSLSGDRLYTSEPVQETVALLSN 594
            M+FLHNSD+ +HG LRSSNCV+TSRWTL++ DFGLHELR++S+ +   +   NY  LW APE+LR+  + G  +GTQKGDIY+FGIILFEIYGR GPYG+  L   S SEI+++V  P   +  MRP++  L D   + + + P Y++ +MQ+CWAE+PD RP DF  IRNR+KPMR GMKNNIMDQMVEMLEKYSNNLEDLV ER RQL EEKQKTEDLLHRMLPPSVA KLT GI VEPETF+  TIYFSDIVGFT+MCSESTPLQVVNFLNELYSKFD+IIQGFDVYKVETIGDAYMVVSGLPERT  HAGN+ASL++ELL  VK+F+ISHRP+DTL+LRIG+H+GPVVAGVVGLAMPRYCLFGDTVNTSSRM         H+S E  +EL   GGY  ++RG V MKGKGEVLTYWL+G    D+ +K+K+             KLG           +RSPRMSM+S +DIRQS R+ +   PDS   S        SG      +  S P   +D ++F F  + +    +  K L   G+          ++ S   I+ ++++S  S            +PRSLS DR   S+ + ETVALL+N
Sbjct: 1022 MLFLHNSDMCTHGNLRSSNCVVTSRWTLQVADFGLHELRFASETQSGCEHTSNYKLLWKAPEMLRNLKDEG--RGTQKGDIYAFGIILFEIYGRQGPYGEEILEQMSISEILDQVLNPP-GEEIMRPNIELLRDISADLDSDLPEYILALMQECWAEDPDVRP-DFTTIRNRIKPMRQGMKNNIMDQMVEMLEKYSNNLEDLVMERTRQLCEEKQKTEDLLHRMLPPSVARKLTQGIGVEPETFNQCTIYFSDIVGFTAMCSESTPLQVVNFLNELYSKFDEIIQGFDVYKVETIGDAYMVVSGLPERTPYHAGNIASLSIELLGAVKNFRISHRPSDTLQLRIGVHSGPVVAGVVGLAMPRYCLFGDTVNTSSRMESNGLPLRIHMSKESNAELELLGGYVTEERGYVNMKGKGEVLTYWLIGT--NDQAIKKKKLDYSKLRPLFSLPKLGVANSIEISRRDRRSPRMSMIS-TDIRQSFRERNNGTPDSRRMSAAARVPHESGDREPCTTAESLP---EDLKVFNFEPKAVRDRAMAAKLLAGRGKSPRTSLRGPNHTGSSYTIN-SSQVSLASRK---------DRPRSLSEDR-RGSQDMFETVALLTN 2797          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592951196|gb|GAXK01007357.1| (TSA: Calanus finmarchicus comp1628002_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 438.728 bits (1127), Expect = 8.962e-139
Identity = 223/424 (52.59%), Postives = 300/424 (70.75%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNE--YDSQENYTD----LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDG-FMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTD-KHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M +LH S +  HG L+SSNC+I SRW L+I DFGL + +    ++  Y  QEN       L+ +PE LR+  N    G+QKGD+YSF +IL+E++GRNGP+GD  L+  EI+  V +P   DG  +RP L+ L       NC  +V + +  CW+E P++RP DF +IR++L+P+R GMK NI D M+ M+E Y+NNLE +V ER + L EEK+KT++LL+ MLP  VA +L  G  V+PE+F  VTIYFSDIVGFT M +++TPL+VV+FLN+LY+ FD II  +DVYKVETIGDAYMVVSGLP R + +HAG +AS+AL++L  VK FKI HRP++TL LRIG+H+G V AGVVG  MPRYCL+GDTVNT+SRM         H S  C + L + GGY++++RG V +KGKG ++TYWL+G
Sbjct: 1093 MCYLHESVIKCHGNLKSSNCLIDSRWVLKIADFGLRDFKDKKDDDPYYMLQENPLKCEDFLYRSPEHLRNPLNMLDNGSQKGDVYSFALILYEMHGRNGPFGDVGLTTPEILTRVIYP--GDGPILRPHLDKLE------NCMDFVKETLGVCWSEAPESRP-DFKVIRSKLRPLRKGMKANIFDNMISMMETYANNLETIVDERTKLLIEEKRKTDELLYEMLPKYVAEQLKMGEKVDPESFDCVTIYFSDIVGFTGMSADATPLEVVDFLNDLYTCFDSIIDSYDVYKVETIGDAYMVVSGLPVRNNIQHAGEIASMALQILESVKQFKIRHRPDETLMLRIGLHSGAVCAGVVGSKMPRYCLYGDTVNTASRMESTGQPLRIHASESCQNLLTQLGGYKLEERGEVNVKGKGTMMTYWLVG 2337          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592951197|gb|GAXK01007356.1| (TSA: Calanus finmarchicus comp1628002_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 438.728 bits (1127), Expect = 1.012e-138
Identity = 223/424 (52.59%), Postives = 300/424 (70.75%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNE--YDSQENYTD----LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDG-FMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTD-KHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M +LH S +  HG L+SSNC+I SRW L+I DFGL + +    ++  Y  QEN       L+ +PE LR+  N    G+QKGD+YSF +IL+E++GRNGP+GD  L+  EI+  V +P   DG  +RP L+ L       NC  +V + +  CW+E P++RP DF +IR++L+P+R GMK NI D M+ M+E Y+NNLE +V ER + L EEK+KT++LL+ MLP  VA +L  G  V+PE+F  VTIYFSDIVGFT M +++TPL+VV+FLN+LY+ FD II  +DVYKVETIGDAYMVVSGLP R + +HAG +AS+AL++L  VK FKI HRP++TL LRIG+H+G V AGVVG  MPRYCL+GDTVNT+SRM         H S  C + L + GGY++++RG V +KGKG ++TYWL+G
Sbjct: 1116 MCYLHESVIKCHGNLKSSNCLIDSRWVLKIADFGLRDFKDKKDDDPYYMLQENPLKCEDFLYRSPEHLRNPLNMLDNGSQKGDVYSFALILYEMHGRNGPFGDVGLTTPEILTRVIYP--GDGPILRPHLDKLE------NCMDFVKETLGVCWSEAPESRP-DFKVIRSKLRPLRKGMKANIFDNMISMMETYANNLETIVDERTKLLIEEKRKTDELLYEMLPKYVAEQLKMGEKVDPESFDCVTIYFSDIVGFTGMSADATPLEVVDFLNDLYTCFDSIIDSYDVYKVETIGDAYMVVSGLPVRNNIQHAGEIASMALQILESVKQFKIRHRPDETLMLRIGLHSGAVCAGVVGSKMPRYCLYGDTVNTASRMESTGQPLRIHASESCQNLLTQLGGYKLEERGEVNVKGKGTMMTYWLVG 2360          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592955050|gb|GAXK01003503.1| (TSA: Calanus finmarchicus comp2155099_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 384.415 bits (986), Expect = 2.345e-123
Identity = 201/419 (47.97%), Postives = 276/419 (65.87%), Query Frame = 0
Query:    3 FLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENY-TDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDT--YLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPM-RNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDK-HAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            +LH SD+  HG L+SSNCV+ SR+ L++TDFGLH LR    ++  S E + + LW APE+L  + N    G QK DIYS GIIL E+  RNG +G     L   EII  V       G+ RP ++ L  ++        +  VM  CWAE+P +RP D N ++  ++ + ++   +NI+D ++  +E+Y+NNLE LV ER +   EEK+K E+LLH +LPPSVA+KL     V  E+F  VTIYFSDIVGFT++  ESTP+++V  LN+LY+ FD IIQ +DVYKVETIGDAYMVVSGLP+   + HA  +A ++L +L +V  F+I HRP+D L++RIG+H+G  VAGVVG+ MPRYCLFGDTVNT+SR+         HIS E    L    G+ +++RG + +KGKG + TYWL+G
Sbjct:  362 YLHTSDMKFHGNLKSSNCVVDSRFVLKLTDFGLHMLRGRKDSDQGSYEFFKSKLWTAPEVL-CNRNKLTPGNQKADIYSLGIILHEVAERNGTWGVNVNLLEPKEIIERV-----TKGYFRPAISKLSMDD-------QLCSVMVKCWAEDPQDRP-DINTVKTAIRKINKDDKSSNILDNLLTRMEQYANNLETLVEERTQSYLEEKEKCENLLHELLPPSVANKLIQQETVAAESFPSVTIYFSDIVGFTNISVESTPMEIVGLLNDLYTCFDSIIQYYDVYKVETIGDAYMVVSGLPDPNGQNHAPEIARMSLTILEKVGLFRIRHRPDDQLKIRIGLHSGSCVAGVVGIKMPRYCLFGDTVNTASRLQTYGEPLKIHISSETAMALQSFEGFNVERRGELEIKGKGVLTTYWLIG 1576          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592793593|gb|GAXK01160975.1| (TSA: Calanus finmarchicus comp503251_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 372.474 bits (955), Expect = 4.533e-113
Identity = 205/444 (46.17%), Postives = 268/444 (60.36%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKN--EYDSQENYTDLWMAPELLRSD------------------NNGPIKGTQKGDIYSFGIILFEIYGRNGPYG------DTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGM-KNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTD-KHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M F+H S++  HG L+SSNCV+ SR+ L++TDFGLH++R  S N  +Y  Q     LW APELL+SD                  +  P+ GT K DIYSF IIL EI  R G +       D  +   +IIN    P +N+  M PD+                + ++  CW+++   R  +F  IR+ L+ +   +   NI+D ++  +E+Y+NNLE LV ER     EEK+K EDLL+ +LP SVA KL  G  V  ETF  VTIYFSDIVGFT++ S S PL+VV+ LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R    HA  +A +A+ +L  VK+FKI H+P   L++RIG+HTGP  AGVVG+ MPRYCLFGDTVNT+SRM         H S    + L   G + ++ RG V MKGKG++ TYWL G
Sbjct:  286 MAFIHGSEIKYHGNLKSSNCVVDSRFVLKLTDFGLHKIRSISNNVVKYSHQYYKNKLWTAPELLKSDQELYQFFTNPSNPIFLDEDADPVCGTPKADIYSFAIILHEILVRAGTWCTNIDFRDPEVIVGDIINCDARPVVNEKSMDPDM----------------LSILNKCWSQDIGER-MEFASIRSELRKINKDVGSGNILDNLLSRMERYANNLETLVEERTEDYLEEKKKCEDLLYELLPRSVASKLIKGEHVVAETFQSVTIYFSDIVGFTALSSSSAPLEVVDLLNDLYTLFDSIIPMFDVYKVETIGDAYMVVSGLPIRNGPNHAREIARMAISILQAVKTFKIKHKPGQQLKIRIGLHTGPCCAGVVGIKMPRYCLFGDTVNTASRMESNGLPLKIHCSERTQTALEPWGTFLMELRGEVEMKGKGKMKTYWLEG 1566          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592793594|gb|GAXK01160974.1| (TSA: Calanus finmarchicus comp503251_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 372.474 bits (955), Expect = 5.083e-113
Identity = 205/444 (46.17%), Postives = 268/444 (60.36%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKN--EYDSQENYTDLWMAPELLRSD------------------NNGPIKGTQKGDIYSFGIILFEIYGRNGPYG------DTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGM-KNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTD-KHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M F+H S++  HG L+SSNCV+ SR+ L++TDFGLH++R  S N  +Y  Q     LW APELL+SD                  +  P+ GT K DIYSF IIL EI  R G +       D  +   +IIN    P +N+  M PD+                + ++  CW+++   R  +F  IR+ L+ +   +   NI+D ++  +E+Y+NNLE LV ER     EEK+K EDLL+ +LP SVA KL  G  V  ETF  VTIYFSDIVGFT++ S S PL+VV+ LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R    HA  +A +A+ +L  VK+FKI H+P   L++RIG+HTGP  AGVVG+ MPRYCLFGDTVNT+SRM         H S    + L   G + ++ RG V MKGKG++ TYWL G
Sbjct:  313 MAFIHGSEIKYHGNLKSSNCVVDSRFVLKLTDFGLHKIRSISNNVVKYSHQYYKNKLWTAPELLKSDQELYQFFTNPSNPIFLDEDADPVCGTPKADIYSFAIILHEILVRAGTWCTNIDFRDPEVIVGDIINCDARPVVNEKSMDPDM----------------LSILNKCWSQDIGER-MEFASIRSELRKINKDVGSGNILDNLLSRMERYANNLETLVEERTEDYLEEKKKCEDLLYELLPRSVASKLIKGEHVVAETFQSVTIYFSDIVGFTALSSSSAPLEVVDLLNDLYTLFDSIIPMFDVYKVETIGDAYMVVSGLPIRNGPNHAREIARMAISILQAVKTFKIKHKPGQQLKIRIGLHTGPCCAGVVGIKMPRYCLFGDTVNTASRMESNGLPLKIHCSERTQTALEPWGTFLMELRGEVEMKGKGKMKTYWLEG 1593          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592935113|gb|GAXK01023440.1| (TSA: Calanus finmarchicus comp114817_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 344.739 bits (883), Expect = 2.795e-112
Identity = 172/262 (65.65%), Postives = 206/262 (78.63%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQE--NYTDLWMAPELLRS-DNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYL---SCSEIINEVKFPSINDGFMRPDLNYLGD--NNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCS 254
            M+FLHNSD+ +HG LRSSNCV+TSRWTL++ DFGLHELR++S+ +   +   NY  LW APE+LR+  + G  +GTQKGDIY+FGIILFEIYGR GPYG+  L   S SEI+++V  P   +  MRP++  L D   + + + P Y++ +MQ+CWAE+PD RP DF  IRNR+KPMR GMKNNIMDQMVEMLEKYSNNLEDLV ER RQL EEKQKTEDLLHRMLPPSVA KLT GI VEPETF+  TIYFSDIVGFT+MCS
Sbjct:    1 MLFLHNSDMCTHGNLRSSNCVVTSRWTLQVADFGLHELRFASETQSGCEHTSNYKLLWKAPEMLRNLKDEG--RGTQKGDIYAFGIILFEIYGRQGPYGEEILEQMSISEILDQVLNPP-GEEIMRPNIELLRDISADLDSDLPEYILALMQECWAEDPDVRP-DFTTIRNRIKPMRQGMKNNIMDQMVEMLEKYSNNLEDLVMERTRQLCEEKQKTEDLLHRMLPPSVARKLTQGIGVEPETFNQCTIYFSDIVGFTAMCS 774          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592935114|gb|GAXK01023439.1| (TSA: Calanus finmarchicus comp114817_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 344.739 bits (883), Expect = 2.795e-112
Identity = 172/262 (65.65%), Postives = 206/262 (78.63%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQE--NYTDLWMAPELLRS-DNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYL---SCSEIINEVKFPSINDGFMRPDLNYLGD--NNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCS 254
            M+FLHNSD+ +HG LRSSNCV+TSRWTL++ DFGLHELR++S+ +   +   NY  LW APE+LR+  + G  +GTQKGDIY+FGIILFEIYGR GPYG+  L   S SEI+++V  P   +  MRP++  L D   + + + P Y++ +MQ+CWAE+PD RP DF  IRNR+KPMR GMKNNIMDQMVEMLEKYSNNLEDLV ER RQL EEKQKTEDLLHRMLPPSVA KLT GI VEPETF+  TIYFSDIVGFT+MCS
Sbjct:    1 MLFLHNSDMCTHGNLRSSNCVVTSRWTLQVADFGLHELRFASETQSGCEHTSNYKLLWKAPEMLRNLKDEG--RGTQKGDIYAFGIILFEIYGRQGPYGEEILEQMSISEILDQVLNPP-GEEIMRPNIELLRDISADLDSDLPEYILALMQECWAEDPDVRP-DFTTIRNRIKPMRQGMKNNIMDQMVEMLEKYSNNLEDLVMERTRQLCEEKQKTEDLLHRMLPPSVARKLTQGIGVEPETFNQCTIYFSDIVGFTAMCS 774          
BLAST of EMLSAG00000011709 vs. C. finmarchicus
Match: gi|592935097|gb|GAXK01023456.1| (TSA: Calanus finmarchicus comp114817_c1_seq5 transcribed RNA sequence)

HSP 1 Score: 336.265 bits (861), Expect = 4.285e-109
Identity = 169/258 (65.50%), Postives = 202/258 (78.29%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQE--NYTDLWMAPELLRS-DNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYL---SCSEIINEVKFPSINDGFMRPDLNYLGD--NNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFT 250
            M+FLHNSD+ +HG LRSSNCV+TSRWTL++ DFGLHELR++S+ +   +   NY  LW APE+LR+  + G  +GTQKGDIY+FGIILFEIYGR GPYG+  L   S SEI+++V  P   +  MRP++  L D   + + + P Y++ +MQ+CWAE+PD RP DF  IRNR+KPMR GMKNNIMDQMVEMLEKYSNNLEDLV ER RQL EEKQKTEDLLHRMLPPSVA KLT GI VEPETF+  TIYFSDIVGFT
Sbjct:  106 MLFLHNSDMCTHGNLRSSNCVVTSRWTLQVADFGLHELRFASETQSGCEHTSNYKLLWKAPEMLRNLKDEG--RGTQKGDIYAFGIILFEIYGRQGPYGEEILEQMSISEILDQVLNPP-GEEIMRPNIELLRDISADLDSDLPEYILALMQECWAEDPDVRP-DFTTIRNRIKPMRQGMKNNIMDQMVEMLEKYSNNLEDLVMERTRQLCEEKQKTEDLLHRMLPPSVARKLTQGIGVEPETFNQCTIYFSDIVGFT 867          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000011709 (pep:novel supercontig:LSalAtl2s:LSalAtl2s813:244307:359079:1 gene:EMLSAG00000011709 transcript:EMLSAT00000011709 description:"augustus_masked-LSalAtl2s813-processed-gene-3.1")

HSP 1 Score: 1308.89 bits (3386), Expect = 0.000e+0
Identity = 642/642 (100.00%), Postives = 642/642 (100.00%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSISGLNHAVVSTMSPPLFEQDNEMFKFHTENIVNGKHLEKPGQLSDYYYDSKYNSNSDVKIDENNRISNTSHGRTIESPLYIRKPRSLSGDRLYTSEPVQETVALLSNNMTTIDNINNRIKINQKNNTQSIHHSLNMNEVEGKNCEKVINEEFNLV 642
            MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSISGLNHAVVSTMSPPLFEQDNEMFKFHTENIVNGKHLEKPGQLSDYYYDSKYNSNSDVKIDENNRISNTSHGRTIESPLYIRKPRSLSGDRLYTSEPVQETVALLSNNMTTIDNINNRIKINQKNNTQSIHHSLNMNEVEGKNCEKVINEEFNLV
Sbjct:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSISGLNHAVVSTMSPPLFEQDNEMFKFHTENIVNGKHLEKPGQLSDYYYDSKYNSNSDVKIDENNRISNTSHGRTIESPLYIRKPRSLSGDRLYTSEPVQETVALLSNNMTTIDNINNRIKINQKNNTQSIHHSLNMNEVEGKNCEKVINEEFNLV 642          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000012652 (pep:novel supercontig:LSalAtl2s:LSalAtl2s959:61035:88076:-1 gene:EMLSAG00000012652 transcript:EMLSAT00000012652 description:"maker-LSalAtl2s959-snap-gene-0.25")

HSP 1 Score: 251.136 bits (640), Expect = 5.836e-75
Identity = 125/227 (55.07%), Postives = 158/227 (69.60%), Query Frame = 0
Query:  195 VTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEG 420
            + ++ ++L  EK+K++ LL++MLPP+VA  L     V  ETF  VT+YFSDIVGF  + +ESTP+QVV  LN LY  FD  I  +DVYKVETI D+YMV SGLP R  DKHA  +A++AL+LL+   +F I HR  + L+LRIGIHTGPVVAGVVG  MPRYCLFGDTVNT+SRM         HIS E    L   G Y+ ++RGLV +KGKG + TYWL+G  +G
Sbjct:  250 LAKKAQELKLEKRKSDKLLYQMLPPTVAESLXANKPVTSETFESVTVYFSDIVGFNELAAESTPMQVVTLLNSLYKLFDARIDRYDVYKVETINDSYMVASGLPVRNGDKHAAEIATMALDLLTRSSTFIIPHRQGEKLQLRIGIHTGPVVAGVVGSKMPRYCLFGDTVNTASRMETNGEAMKIHISMETKLLLDTLGRYKTERRGLVEIKGKGLLDTYWLLGRDDG 476          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000002394 (pep:novel supercontig:LSalAtl2s:LSalAtl2s145:1095680:1163572:-1 gene:EMLSAG00000002394 transcript:EMLSAT00000002394 description:"maker-LSalAtl2s145-augustus-gene-11.6")

HSP 1 Score: 215.312 bits (547), Expect = 8.122e-63
Identity = 121/284 (42.61%), Postives = 156/284 (54.93%), Query Frame = 0
Query:  139 VIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTD-KHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGD 421
            ++ +M  CW+E+P +RP DF+ ++  +                                                 R L  SVA +L  G +V  ETF+ VTIYFSDIVGFT++ ++STPL++V+FLN+LY+ FD II+ FDVYKVETIGDAYMVVSGLP +    HA  +A ++L LL  VK+FKI HRP + ++LRIG+HTGP  AGVVG+ MPRYCLFGDTVNT+SRM         H                          GKG+V TYWL G  E D
Sbjct:   66 ILKMMTKCWSEDPLDRP-DFSTLKEAI-------------------------------------------------RKLNKSVASQLIQGQSVIAETFNSVTIYFSDIVGFTALSAQSTPLEIVDFLNDLYTCFDSIIENFDVYKVETIGDAYMVVSGLPVKNGLNHAREIARMSLRLLEAVKTFKIRHRPLEQMKLRIGLHTGPCCAGVVGVKMPRYCLFGDTVNTASRMESRGEPLMIH--------------------------GKGKVTTYWLKGEKEPD 273          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000011236 (pep:novel supercontig:LSalAtl2s:LSalAtl2s76:248241:250196:-1 gene:EMLSAG00000011236 transcript:EMLSAT00000011236 description:"augustus_masked-LSalAtl2s76-processed-gene-2.0")

HSP 1 Score: 178.333 bits (451), Expect = 5.332e-48
Identity = 92/228 (40.35%), Postives = 140/228 (61.40%), Query Frame = 0
Query:  195 VTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-----DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGV--VGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLM 415
            ++++ ++L  EK+K + LL ++LP  +A  LT+  +V  E    VT+  SD+VGF  M   +TP++ V FLN LY  FD     ++VYKVET+ D++MVVSG+P +      +KH   +A LAL+L +    F   +RP + L+LRIGIH+GP++AGV  VG  MP+Y LFG++VN ++ +         H+S E    L   GG+  +K G++ MK KG V T+WL+
Sbjct:  384 LSKKAQELKMEKKKADMLLFQILPQQIALNLTNKKSVFAERIESVTVLISDVVGFQEMVHTNTPVETVIFLNMLYKMFDTRTDKYEVYKVETVNDSFMVVSGVPAKIGQSLGNKHGSEIAXLALDLQASSVGFITPNRPKERLQLRIGIHSGPLIAGVQSVGNKMPKYRLFGESVNIAAHLNATGEAHRIHVSVEAKLLLDTLGGFHFEKSGMIEMKAKGLVETFWLV 611          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000009774 (pep:novel supercontig:LSalAtl2s:LSalAtl2s633:197084:200372:1 gene:EMLSAG00000009774 transcript:EMLSAT00000009774 description:"snap_masked-LSalAtl2s633-processed-gene-2.9")

HSP 1 Score: 172.94 bits (437), Expect = 4.233e-47
Identity = 91/225 (40.44%), Postives = 133/225 (59.11%), Query Frame = 0
Query:  195 VTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELL-RNGGYQIKKRGLVAMKGK-GEVLTYWLMG 416
            V E+ R+L  EK KTE   H  LP +V   L     V  E F  VT++F DI+GF  + S+ TP ++++F+N  Y+  D  I  F+VY V T+GD +MVVSG+P +  + H   VAS++L+LL+    F+I HRPN  L +R+GIH+GP    V G  +P YC+ GDT   +  +         H+S E   ELL + GG++ + RG++ M  K G++ TYWL+G
Sbjct:  230 VMEKVRELDAEKMKTEKAFHDFLPKTVVRDLKRK-RVLAENFDCVTVFFGDIIGFNDLTSDCTPSELIDFMNLFYASLDARIAKFNVYNVHTMGDEFMVVSGMPNKIGNHHVSEVASMSLDLLAASVVFQIPHRPNSRLHIRMGIHSGPACGVVAGSKIPNYCVMGDTTIVAHMVEKMGEGMKIHLS-EASKELLDKVGGFRCEYRGILDMGSKRGQMETYWLIG 452          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000007027 (pep:novel supercontig:LSalAtl2s:LSalAtl2s39:14509:15553:-1 gene:EMLSAG00000007027 transcript:EMLSAT00000007027 description:"maker-LSalAtl2s39-snap-gene-0.31")

HSP 1 Score: 158.688 bits (400), Expect = 1.154e-44
Identity = 80/172 (46.51%), Postives = 110/172 (63.95%), Query Frame = 0
Query:  245 DIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLM 415
            +++GF  +   +T +++VN LN ++   D+ I  +DVYKVETI D YMV SG+P R  D HAG +A +AL L   + +     +    L+++ GIHTGP VAG+VG  MPRYCLFGDTVNT+SRM         HIS E    L   GGY+++ RG + +KGKGE+ TYWL+
Sbjct:   11 ELIGFAGLGKTNTAMEIVNLLNRVHKVSDESISQYDVYKVETIRDQYMVSSGVPRRNGDDHAGEIAKMALTLNKTIHNMVSIKKLG--LQMQCGIHTGPCVAGIVGTKMPRYCLFGDTVNTASRMESRGQPGKIHISNETQIILTTIGGYKLELRGTIEVKGKGELETYWLI 180          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000010274 (pep:novel supercontig:LSalAtl2s:LSalAtl2s680:220109:223478:-1 gene:EMLSAG00000010274 transcript:EMLSAT00000010274 description:"maker-LSalAtl2s680-snap-gene-2.15")

HSP 1 Score: 165.236 bits (417), Expect = 8.613e-44
Identity = 86/224 (38.39%), Postives = 123/224 (54.91%), Query Frame = 0
Query:  194 LVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGL-VAMKGKGEVLTYWLMG 416
            L  E+     +EK++ E LL  +LP  +  ++  G+   P  FS VT++  DIVGFT + SEST  Q++ FLN LY+ FD  ++ +DVYKVETIGDAYMVV                          +F++ H+P   LR+R+GIH+G  V GVVG  +P Y +FG TV+ + ++          IS    S L ++G + I  RG  + +KG G V TYWL+G
Sbjct:  412 LYDEKVSIFRQEKRRNEKLLTELLPLPIIREMKRGLIPRPVAFSSVTVFLCDIVGFTKLASESTAQQIIQFLNSLYNLFDSRLENYDVYKVETIGDAYMVV--------------------------TFEVQHKPGYRLRIRVGIHSGDCVGGVVGSKIPHYSIFGSTVDIAGQLEALSKPMKIQISDSTKSLLEKDGTFTISSRGSPIHIKGFGSVHTYWLLG 609          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000009924 (pep:novel supercontig:LSalAtl2s:LSalAtl2s647:1118:4493:-1 gene:EMLSAG00000009924 transcript:EMLSAT00000009924 description:"augustus_masked-LSalAtl2s647-processed-gene-0.0")

HSP 1 Score: 158.688 bits (400), Expect = 1.327e-41
Identity = 84/228 (36.84%), Postives = 136/228 (59.65%), Query Frame = 0
Query:  194 LVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGI--AVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRP-----NDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWL 414
            L+    +++ EE ++++DLL +M+P  +  K+  GI      + F  VTI F+++ GF+ +C++   +++V  LN L+  FD +     VYKVET+ D+++ V+G PE+T+ HA  +A + L++   V+ F    RP     N+ +++ +G H+G VVAG++G   PRYCLFGD +NTSSRM         HIS     +L  +  Y  K+RG + +KGKG + TYWL
Sbjct:  365 LLEMSMKEIDEETKRSDDLLAQMIPKEIVEKVKAGINPVNTCQYFECVTIVFNNVHGFSDICAKCDGMEIVALLNNLFGMFDHLSDKHLVYKVETVKDSFVGVAGAPEKTEDHAERIADMLLDMKDSVE-FLPDPRPEYKNTNEHIKIGLGAHSGSVVAGIIGNKCPRYCLFGDAMNTSSRMMSSGEEQRIHISKSLQKKLPSD--YITKERGTIKVKGKGNMTTYWL 589          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000007490 (pep:novel supercontig:LSalAtl2s:LSalAtl2s430:123975:126323:1 gene:EMLSAG00000007490 transcript:EMLSAT00000007490 description:"maker-LSalAtl2s430-augustus-gene-1.20")

HSP 1 Score: 155.221 bits (391), Expect = 3.493e-40
Identity = 96/263 (36.50%), Postives = 139/263 (52.85%), Query Frame = 0
Query:  195 VTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGN------VASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGL--AMPRYCLFGDTVNTSSRMXXX--------------------XXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRD 429
            ++++  +L  E++K +DLL +MLP  VA  +       PE    V++ +SDI  FTSM   S+P++ V  LN LY  FD  I  +DVYKV  I D+YM+VSG+P +  K A +      +++LA++L+     F I H P + L +R  IH  P + GV+ +   MPRY LFGD+V  + ++                       XX    HIS EC   L   GG++ + RG++ +K KG V TYWLMG  EG    K  RD
Sbjct:  409 LSKKAFELKMERKKADDLLFQMLPKEVASTIQSKKRSMPEKMESVSVLYSDIQDFTSMVQTSSPIETVILLNSLYKMFDSRIDKYDVYKVNNINDSYMIVSGIPSKPGKMASSEYPAYELSTLAIDLIGGSSMFVIPHSPKERLLVRXXIHXXPAIGGVLTVRNKMPRYRLFGDSVYVAHQLNIQCERKLKYXXXXXXXXXXXXXXXAMKIHISLECKLLLDSLGGFRTEHRGMMNIKPKGMVDTYWLMGK-EGGILNKNNRD 670          
BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Match: EMLSAP00000011610 (pep:novel supercontig:LSalAtl2s:LSalAtl2s802:171192:182845:1 gene:EMLSAG00000011610 transcript:EMLSAT00000011610 description:"snap_masked-LSalAtl2s802-processed-gene-1.9")

HSP 1 Score: 152.525 bits (384), Expect = 5.677e-39
Identity = 83/222 (37.39%), Postives = 121/222 (54.50%), Query Frame = 0
Query:  194 LVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLP-ERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWL 414
            +  E+   L +E++KT+ LL ++LPP +  KL  G    P+ +   T++F DIVGFT++ + ST  Q + FLN+LY+ FD  I  FDVYKVE +GD Y+V SGLP     KHA  +A++AL+L+ +V+ FKISH+P   LR+R+GIH+G    G VG                                   S LL  G ++ + RG +     GE+ T+WL
Sbjct:  520 MFDEQAEILNKERRKTDGLLWQLLPPDIIAKLKAGDQPPPKLYESATVFFGDIVGFTNLTAMSTAGQTIQFLNDLYNMFDNYIDNFDVYKVEIVGDGYLVASGLPIPNGYKHATEIATMALQLMFQVEGFKISHKPTYKLRMRMGIHSG----GCVG-----------------------------------SRLLEKGKFETEVRGQIIAPRIGELTTHWL 702          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|74797781|sp|Q7JQ32.1|GC76C_DROME (RecName: Full=Receptor-type guanylate cyclase Gyc76C; AltName: Full=DrGC-1; Flags: Precursor)

HSP 1 Score: 525.013 bits (1351), Expect = 4.386e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|118063|sp|P16065.1|GCY_STRPU (RecName: Full=Speract receptor; AltName: Full=Guanylate cyclase; Flags: Precursor)

HSP 1 Score: 433.721 bits (1114), Expect = 9.065e-138
Identity = 213/420 (50.71%), Postives = 289/420 (68.81%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYT---DLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            +++LH+S++ SHG L+SSNCV+ +RW L+ITD+GL+E +   K + D  ++      LW +PE LR + + P  G+ +GDIYSF IIL E+Y R  P+ +  +  ++II  VK   +     RP LN +         P  V+  ++ CW E+P +RP +   +R  L P++ G+K NI+D M+ ++E+Y+NNLE+LV ER ++L +EK KTE LLHRMLPPS+A +L  GIAV PETF  V+I+FSDIVGFT++ + STP+QVVN LN+LY+ FD II  +DVYKVETIGDAYM+VSGLP R  D+HAG +AS A  LL  VK F + H+P   L+LRIGIH+G  VAGVVGL MPRYCLFGDTVNT+SRM         H+S  C   L + GGY+++ RGLV M GKGE+ T+WL+G
Sbjct:  680 IVYLHSSEIKSHGHLKSSNCVVDNRWVLQITDYGLNEFKKGQKQDVDLGDHAKLARQLWTSPEHLRQEGSMPTAGSPQGDIYSFAIILTELYSRQEPFHENEMDLADIIGRVKSGEVPP--YRPILNAVNAA-----APDCVLSAIRACWPEDPADRP-NIMAVRTMLAPLQKGLKPNILDNMIAIMERYTNNLEELVDERTQELQKEKTKTEQLLHRMLPPSIASQLIKGIAVLPETFEMVSIFFSDIVGFTALSAASTPIQVVNLLNDLYTLFDAIISNYDVYKVETIGDAYMLVSGLPLRNGDRHAGQIASTAHHLLESVKGFIVPHKPEVFLKLRIGIHSGSCVAGVVGLTMPRYCLFGDTVNTASRMESNGLALRIHVSPWCKQVLDKLGGYELEDRGLVPMNGKGEIHTFWLLG 1091          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|33302603|sp|Q07553.4|GCY3E_DROME (RecName: Full=Guanylate cyclase 32E; Flags: Precursor)

HSP 1 Score: 428.328 bits (1100), Expect = 2.045e-135
Identity = 222/417 (53.24%), Postives = 280/417 (67.15%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQ-ENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPS-INDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLP-ERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWL 414
            MI+LH+S++ISHG LRSSNC+I SRW  +I+DFGLHEL+   +    S+ E    L MAPELLR D   P +G+QKGD+YSFGI+L+E+ GR GP+GDT  S  EII  VK P  +  G  RP L +        + P Y+   +  CW E+P+ RP D  L+R  LK ++ G+K NI D M+ ++EKY+ NLE LV ER   LYEEK+KT+ LL++MLP  VA  L  G  VE E F  VTI FSDIVGFT +C+ STP +VV  LN+ Y+  D II  +DVYKVETIGDAYMVVSGLP +   +HAG +ASLAL LL  V + KI H+P +T++LRIG+H+GP  AGVVG  MPRYCLFGDTVNT+SRM         HIS   Y  L   G Y   +RGL ++KGKG++ TYWL
Sbjct:  639 MIYLHDSEIISHGNLRSSNCLIDSRWVCQISDFGLHELKAGQEEPNKSELELKRALCMAPELLR-DAYRPGRGSQKGDVYSFGILLYEMIGRKGPWGDTAYSKEEIIQFVKCPEMLQHGVFRPALTHT-----HLDIPDYIRKCLCQCWDEDPEVRP-DIRLVRMHLKELQAGLKPNIFDNMLSIMEKYAYNLEGLVQERTNLLYEEKKKTDMLLYQMLPRPVAELLKRGDPVEAECFDCVTILFSDIVGFTELCTTSTPFEVVEMLNDWYTCCDSIISNYDVYKVETIGDAYMVVSGLPLQNGSRHAGEIASLALHLLETVGNLKIRHKPTETVQLRIGVHSGPCAAGVVGQKMPRYCLFGDTVNTASRMESTGDSMRIHISEATYQLLQVIGSYVCIERGLTSIKGKGDMRTYWL 1048          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|75014037|sp|Q86GV3.1|GCY28_CAEEL (RecName: Full=Receptor-type guanylate cyclase gcy-28; AltName: Full=GCY-X1; Flags: Precursor)

HSP 1 Score: 411.379 bits (1056), Expect = 3.818e-128
Identity = 211/424 (49.76%), Postives = 288/424 (67.92%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSK---NEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYG--DTYLSCSEIINEVKFPSINDGF-MRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPM-RNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            + FLHNS++ SHGRL+SSNCV+ SR+ L++TDFGLH L    +    E      Y   LW APELLR D+N P  GTQKGDIYSF IIL E+  R G +   +  LS +EI+  V+ P   D   +RP ++  G+   +      ++ +M  CW+E+P  RP + + +R  ++ + R+   +N++D +++ +E+Y+NNLE LV ER ++   EK+K E+LLH++LPP++A  L  G AV+ E++  VTIYFSDIVGFTS+ S+STP+QVV  LN+LY  FD ++  F VYKVETIGDAYMVVSGLPER D HA  +A ++L LL +VK+F I HRP++ L+LRIG+H+G VVAGVVG  MPRYCLFGDTVNTSSRM         H+S + Y  L++  G++++ RG V MKGKG   TYWL G
Sbjct:  841 LFFLHNSEIRSHGRLKSSNCVVDSRFVLKVTDFGLHRLHCLEEINLEEIGEHAYYKKMLWTAPELLR-DSNAPPMGTQKGDIYSFAIILHEMMFRKGVFALENEDLSPNEIVQRVRKPVSEDQEPLRPWVSETGEGEGDDALNDTLLSLMVACWSEDPHERP-EVSSVRKAVRSLNRDNETSNLVDNLLKRMEQYANNLEGLVEERTQEYLAEKKKVEELLHQLLPPAIADTLIAGRAVQAESYDCVTIYFSDIVGFTSLSSQSTPMQVVTLLNDLYLAFDGVVDNFKVYKVETIGDAYMVVSGLPERRDDHANQIAQMSLSLLHKVKNFVIRHRPHEQLKLRIGMHSGSVVAGVVGSKMPRYCLFGDTVNTSSRMESNGLPLKIHVSQQTYDILMQEAGFKLELRGSVEMKGKGMQTTYWLRG 1262          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|1703312|sp|P55202.1|ANPRB_ANGJA (RecName: Full=Atrial natriuretic peptide receptor 2; AltName: Full=Atrial natriuretic peptide receptor type B; Short=ANP-B; Short=ANPR-B; Short=NPR-B; AltName: Full=Guanylate cyclase B; Short=GC-B; Flags: Precursor)

HSP 1 Score: 401.749 bits (1031), Expect = 2.224e-126
Identity = 222/421 (52.73%), Postives = 282/421 (66.98%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDV-MQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDK-HAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R S +NE DS   Y   LW APELL  D + P +GTQKGD+YSFGIIL EI  RNGP+      LS  EI+ +V+  +    + RP  +         +C S  + + M+ CWAE+P +RP DF+ I+  +  +      +I++ ++  +E+Y+NNLE+LV ER +   EEK+K E+LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFTSM +ESTPLQVV  LN+LY+ FD II  FDVYKVETIGDAYMVVS    R  K HA  +A ++L LL +VK+FKI HRPND LRLRIGIHTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G + ++ RG V MKGKG++ TYWL+G
Sbjct:  635 MNFLHNSYIGSHGNLKSSNCVVDSRFVLKITDYGLASFRSSCENE-DSHALYAKKLWTAPELLIYDRHPP-QGTQKGDVYSFGIILQEIALRNGPFYVDGMDLSPKEIVQKVR--NGQKPYFRPTTDT--------SCHSEELSILMEGCWAEDPADRP-DFSYIKIFVMKLNKEGSTSILNNLLSRMEQYANNLENLVEERTQAYLEEKRKAENLLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTSMSAESTPLQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSDSQSRNGKLHAREIAGMSLALLEQVKTFKIRHRPNDQLRLRIGIHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGEALKIHLSSATKEVLDEFGYFDLQLRGDVEMKGKGKMRTYWLLG 1042          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|113912|sp|P16066.1|ANPRA_HUMAN (RecName: Full=Atrial natriuretic peptide receptor 1; AltName: Full=Atrial natriuretic peptide receptor type A; Short=ANP-A; Short=ANPR-A; Short=NPR-A; AltName: Full=Guanylate cyclase A; Short=GC-A; Flags: Precursor)

HSP 1 Score: 397.897 bits (1021), Expect = 8.721e-125
Identity = 218/423 (51.54%), Postives = 276/423 (65.25%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYT----DLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCS--EIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDK-HAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            M+FLHN  + SHG L+SSNCV+  R+ L+ITD+GL   R     + D ++ +T     LW APELLR  +  P++G+Q GD+YSFGIIL EI  R+G +    L  S  EII  V          RP L  L  +  E         +MQ CWAE+P  RP  F  IR  L+       +NI+D ++  +E+Y+NNLE+LV ER +   EEK+K E LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFT++ +ESTP+QVV  LN+LY+ FD +I  FDVYKVETIGDAYMVVSGLP R  + HA  VA +AL LL  V+SF+I HRP + LRLRIGIHTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S E  + L   GG++++ RG V MKGKG+V TYWL+G
Sbjct:  647 MLFLHNGAICSHGNLKSSNCVVDGRFVLKITDYGLESFR-----DLDPEQGHTVYAKKLWTAPELLRMASP-PVRGSQAGDVYSFGIILQEIALRSGVFHVEGLDLSPKEIIERVT--RGEQPPFRPSLA-LQSHLEELGL------LMQRCWAEDPQERPP-FQQIRLTLRKFNRENSSNILDNLLSRMEQYANNLEELVEERTQAYLEEKRKAEALLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTALSAESTPMQVVTLLNDLYTCFDAVIDNFDVYKVETIGDAYMVVSGLPVRNGRLHACEVARMALALLDAVRSFRIRHRPQEQLRLRIGIHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGEALKIHLSSETKAVLEEFGGFELELRGDVEMKGKGKVRTYWLLG 1053          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|1168458|sp|P46197.1|ANPRB_BOVIN (RecName: Full=Atrial natriuretic peptide receptor 2; AltName: Full=Atrial natriuretic peptide receptor type B; Short=ANP-B; Short=ANPR-B; Short=NPR-B; AltName: Full=Guanylate cyclase B; Short=GC-B; Flags: Precursor)

HSP 1 Score: 396.741 bits (1018), Expect = 1.689e-124
Identity = 215/424 (50.71%), Postives = 279/424 (65.80%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEG 420
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R +++ + DS   Y   LW APELL S N  P  G QK D+YSFGIIL EI  R+GP+      LS  EI+ +V+  +    + RP ++    N         ++ +M+ CWA++P  RP DF  I+  ++        +I+D ++  +E+Y+NNLE LV ER +   EEK+K E LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFT++ +ESTP+QVV  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R   +HA  +A +AL LL  V SF+I HRP+D LRLRIG+HTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G +Q++ RG V MKGKG++ TYWL+G  +G
Sbjct:  631 MAFLHNSIIASHGSLKSSNCVVDSRFVLKITDYGLASFRSTAEPD-DSHALYAKKLWTAPELL-SGNPLPTTGMQKADVYSFGIILQEIALRSGPFYLEGLDLSPKEIVQKVR--NGQRPYFRPSIDRTQLNE-------ELVLLMERCWAQDPAERP-DFGQIKGFIRRFNKEGGTSILDNLLLRMEQYANNLEKLVEERTQAYLEEKRKAEALLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTALSAESTPMQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSGLPGRNGQRHAPEIARMALALLDAVSSFRIRHRPHDQLRLRIGVHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGQALKIHVSSTTKDALDELGCFQLELRGDVEMKGKGKMRTYWLLGERKG 1042          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|113916|sp|P20594.1|ANPRB_HUMAN (RecName: Full=Atrial natriuretic peptide receptor 2; AltName: Full=Atrial natriuretic peptide receptor type B; Short=ANP-B; Short=ANPR-B; Short=NPR-B; AltName: Full=Guanylate cyclase B; Short=GC-B; Flags: Precursor)

HSP 1 Score: 395.586 bits (1015), Expect = 4.080e-124
Identity = 215/424 (50.71%), Postives = 279/424 (65.80%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEG 420
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R +++ + DS   Y   LW APELL S N  P  G QK D+YSFGIIL EI  R+GP+      LS  EI+ +V+  +    + RP ++    N         ++ +M+ CWA++P  RP DF  I+  ++        +I+D ++  +E+Y+NNLE LV ER +   EEK+K E LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFT++ +ESTP+QVV  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R   +HA  +A +AL LL  V SF+I HRP+D LRLRIG+HTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G +Q++ RG V MKGKG++ TYWL+G  +G
Sbjct:  631 MAFLHNSIISSHGSLKSSNCVVDSRFVLKITDYGLASFRSTAEPD-DSHALYAKKLWTAPELL-SGNPLPTTGMQKADVYSFGIILQEIALRSGPFYLEGLDLSPKEIVQKVR--NGQRPYFRPSIDRTQLNE-------ELVLLMERCWAQDPAERP-DFGQIKGFIRRFNKEGGTSILDNLLLRMEQYANNLEKLVEERTQAYLEEKRKAEALLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTALSAESTPMQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSGLPGRNGQRHAPEIARMALALLDAVSSFRIRHRPHDQLRLRIGVHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGQALKIHVSSTTKDALDELGCFQLELRGDVEMKGKGKMRTYWLLGERKG 1042          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|113918|sp|P16067.1|ANPRB_RAT (RecName: Full=Atrial natriuretic peptide receptor 2; AltName: Full=Atrial natriuretic peptide receptor type B; Short=ANP-B; Short=ANPR-B; Short=NPR-B; AltName: Full=Guanylate cyclase B; Short=GC-B; Flags: Precursor)

HSP 1 Score: 394.43 bits (1012), Expect = 1.268e-123
Identity = 214/424 (50.47%), Postives = 278/424 (65.57%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEG 420
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R +++ + DS   Y   LW APELL S N  P  G QK D+YSF IIL EI  R+GP+      LS  EI+ +V+  +    + RP ++    N         ++ +M+ CWA++P  RP DF  I+  ++        +I+D ++  +E+Y+NNLE LV ER +   EEK+K E LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFT++ +ESTP+QVV  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R   +HA  +A +AL LL  V SF+I HRP+D LRLRIG+HTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G +Q++ RG V MKGKG++ TYWL+G  +G
Sbjct:  631 MAFLHNSIISSHGSLKSSNCVVDSRFVLKITDYGLASFRSTAEPD-DSHALYAKKLWTAPELL-SGNPLPTTGMQKADVYSFAIILQEIALRSGPFYLEGLDLSPKEIVQKVR--NGQRPYFRPSIDRTQLNE-------ELVLLMERCWAQDPTERP-DFGQIKGFIRRFNKEGGTSILDNLLLRMEQYANNLEKLVEERTQAYLEEKRKAEALLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTALSAESTPMQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSGLPGRNGQRHAPEIARMALALLDAVSSFRIRHRPHDQLRLRIGVHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGQALKIHVSSTTKDALDELGCFQLELRGDVEMKGKGKMRTYWLLGERKG 1042          
BLAST of EMLSAG00000011709 vs. SwissProt
Match: gi|341940221|sp|Q6VVW5.2|ANPRB_MOUSE (RecName: Full=Atrial natriuretic peptide receptor 2; AltName: Full=Atrial natriuretic peptide receptor type B; Short=ANP-B; Short=ANPR-B; Short=NPR-B; AltName: Full=Guanylate cyclase B; Short=GC-B; Flags: Precursor)

HSP 1 Score: 394.43 bits (1012), Expect = 1.453e-123
Identity = 214/424 (50.47%), Postives = 278/424 (65.57%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD-LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPY--GDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEG 420
            M FLHNS + SHG L+SSNCV+ SR+ L+ITD+GL   R +++ + DS   Y   LW APELL S N  P  G QK D+YSF IIL EI  R+GP+      LS  EI+ +V+  +    + RP ++    N         ++ +M+ CWA++P  RP DF  I+  ++        +I+D ++  +E+Y+NNLE LV ER +   EEK+K E LL+++LP SVA +L  G  V+ E F  VTIYFSDIVGFT++ +ESTP+QVV  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R   +HA  +A +AL LL  V SF+I HRP+D LRLRIG+HTGPV AGVVGL MPRYCLFGDTVNT+SRM         H+S      L   G +Q++ RG V MKGKG++ TYWL+G  +G
Sbjct:  631 MAFLHNSIISSHGSLKSSNCVVDSRFVLKITDYGLASFRSTAEPD-DSHALYAKKLWTAPELL-SGNPLPTTGMQKADVYSFAIILQEIALRSGPFYLEGLDLSPKEIVQKVR--NGQRPYFRPSIDRTQLNE-------ELVLLMERCWAQDPTERP-DFGQIKGFIRRFNKEGGTSILDNLLLRMEQYANNLEKLVEERTQAYLEEKRKAEALLYQILPHSVAEQLKRGETVQAEAFDSVTIYFSDIVGFTALSAESTPMQVVTLLNDLYTCFDAIIDNFDVYKVETIGDAYMVVSGLPGRNGQRHAPEIARMALALLDAVSSFRIRHRPHDQLRLRIGVHTGPVCAGVVGLKMPRYCLFGDTVNTASRMESNGQALKIHVSSTTKDALDELGCFQLELRGDVEMKGKGKMRTYWLLGEQKG 1042          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: EEB11232.1 (Guanylate cyclase 32E precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 550.051 bits (1416), Expect = 1.052e-180
Identity = 279/469 (59.49%), Postives = 342/469 (72.92%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-----------LGGLGCSSQEMS 454
            M+F+H+S L+ HG L+SSNCV+TSRW L++TDFGLHELR+ ++N+   +  Y     W APELLR ++  PIKG+QKGDIY+F IIL+EI GR GP+G       EII  VK +P+      RPDL+ L  +  E  CP YV   ++DCW+E P+ RP DF++IR RLK M++GMK NIMDQM+EM+EKY+NNLEDLVTER R L+EEKQKTEDLL+RMLP  VA +LT GI VEPE+F  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS++LELL  VK+ KI+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS            Y ++ RGLV MKGKGEV T+WL+G        KR+ D ++LPPLFC P+K            GG G SS+  S
Sbjct:  630 MMFIHSSALVCHGNLKSSNCVVTSRWVLQVTDFGLHELRHCAENDSIGEHQYYRNMFWKAPELLR-ESCSPIKGSQKGDIYAFAIILYEIIGRKGPFGGCRYEPKEIIELVKAYPAKGSEPFRPDLDLLRVS--EVGCPEYVASCIEDCWSEVPEMRP-DFSVIRTRLKKMKDGMKRNIMDQMMEMMEKYANNLEDLVTERTRLLFEEKQKTEDLLNRMLPAPVAERLTKGIGVEPESFDQVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPLKNGDRHAGEIASMSLELLEAVKNHKIAHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISLH----------YLVENRGLVYMKGKGEVNTFWLVGA-TAKAIQKREVDLAELPPLFCRPRKSPNLNSRQASICGGFGMSSRRQS 1083          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: XP_016766757.1 (PREDICTED: LOW QUALITY PROTEIN: guanylate cyclase 32E-like [Apis mellifera])

HSP 1 Score: 549.28 bits (1414), Expect = 3.987e-179
Identity = 278/477 (58.28%), Postives = 345/477 (72.33%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ ++++   +  Y     W APELLR + N PIKGTQ+GDIYSF IILFEI GR GPYG   L   EII+ VK FP   +   RP+++ L ++  E +C  Y++  + DCWAE+P+ RP DF +IR RLK M+ G   NIM QM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  ++HAG +AS++LELL+ VK   I+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKGEV TYWL G  E     KR+ D   LPPLFC P++             LGGLG  S+  S    P
Sbjct:  727 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESDSIGEHQYYRNLFWKAPELLR-NPNAPIKGTQEGDIYSFAIILFEIIGRKGPYGGVNLEPKEIIDRVKRFPEDGEPPFRPNIDILSES--EADCAEYIVSTITDCWAESPELRP-DFKMIRKRLKKMKAGKHRNIMTQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDLVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPLKNGNRHAGEIASMSLELLNAVKHHTITHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISEQCKDALDKVGGYIIEERGLVYMKGKGEVKTYWLTGATE-KAIQKREVDVGDLPPLFCRPRRSPKLNSDSRQASLLGGLGAGSRRQSNVPRP 1198          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: gb|EFA10586.2| (Guanylate cyclase 32E-like Protein [Tribolium castaneum])

HSP 1 Score: 538.495 bits (1386), Expect = 7.953e-175
Identity = 269/459 (58.61%), Postives = 341/459 (74.29%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENY--TDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSIN-DGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPER-TDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKR-DCSKLPPLFCLPKKLGGLGCSSQEMS 454
            M+++HNS L+ HG L+SSNCV+TSRW L++TDFGL E+R+ ++N+   +  Y  +  W APE+LR + +   +GTQKGD+Y+F IIL+EI GR GP+G T     EII  VK   I+ +   RPD++ L D   E  C  YV+  M+DCWAENP+ RP DF  IR+RLK M++G   NIMDQM++M+  Y+NNLE++VTER R LYEEK KTEDLLHRMLP  VA +LT+G  VEPE+F  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP R  D+HAG +AS+AL+LLS VK+  ISHRP + L+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKGEV T+WL+G    D+ ++R+  D   +PPLFC P++   L   S++ S
Sbjct:  762 MLYIHNSMLVCHGNLKSSNCVVTSRWVLQVTDFGLAEMRHCAENDSIGEHQYYRSLFWKAPEILR-NPSAYCRGTQKGDVYAFAIILYEILGRKGPFGMTGFEPKEIIELVKREPIDGEESFRPDIDLLLD--CEIGCDDYVLQCMKDCWAENPEARP-DFAAIRSRLKRMKDGKNKNIMDQMMDMMVTYANNLEEIVTERTRLLYEEKMKTEDLLHRMLPKPVAERLTNGSGVEPESFDSVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIKGYDVYKVETIGDAYMVVSGLPLRNKDRHAGEIASMALDLLSAVKNHSISHRPKEVLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLKIHISHQCKEVLDKLGGYIIEERGLVNMKGKGEVRTFWLIGAT--DQAIQRREVDLGDIPPLFCRPRRSPKLNNDSRQAS 1214          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: EAA00176.4 (AGAP012163-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 524.242 bits (1349), Expect = 1.415e-169
Identity = 277/494 (56.07%), Postives = 344/494 (69.64%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNE-YDSQENYTDL-WMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLP-ERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKL-PPLFCLPKKLGGLGCSSQEMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSIS 489
            MI++H+S L  HG L+SSNCV+TSRW L++TDFGLH+LR+ ++NE     ++Y +L W +PELLR  +   + GTQKGD+Y+F IILFEI GR GP+G T L   EII+ VK  P       RPD+  + +N    N   YVI+ ++DCW EN D RP DF  IRNRLK MR G   NIMDQM+EM+EKY+NNLE++V +R R L EEK+KTEDLLHRMLP  VA KLT G+ VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP    ++H G +AS+ALELL  V+S +I+HRPN+TL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L   GGY I +RGL+AMKGKGEV+TYWL    E     K   D   L PPLFC P++      S +     R P +  + G  +  +V     + P S  QS +
Sbjct:  674 MIYIHSSALNYHGNLKSSNCVVTSRWMLQVTDFGLHDLRHCAENESIGEHQHYRNLFWKSPELLRQPS---VYGTQKGDVYAFAIILFEIIGRRGPFGYTELEPKEIIDRVKALPEPGKDPFRPDIESVIENE---NVSDYVINCIRDCWDENADLRP-DFPNIRNRLKRMRGGKSKNIMDQMMEMMEKYANNLEEIVQDRTRLLCEEKRKTEDLLHRMLPQPVAEKLTKGLGVEPVSYDSVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIKGYDVYKVETIGDAYMVVSGLPITNGNRHVGEIASMALELLQAVRSHRIAHRPNETLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISQQCKDALDTLGGYVIVERGLIAMKGKGEVMTYWLEAATE-QAIQKIPVDVRDLPPPLFCRPRR------SPKMTYDSRHPSIIGLPGGGMITTVSGMGSYMPGSRRQSCA 1153          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: AGB94756.1 (guanylyl cyclase at 76C, isoform D [Drosophila melanogaster])

HSP 1 Score: 525.013 bits (1351), Expect = 2.126e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: ACZ94746.1 (guanylyl cyclase at 76C, isoform C [Drosophila melanogaster])

HSP 1 Score: 525.013 bits (1351), Expect = 2.126e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: ACZ94745.1 (guanylyl cyclase at 76C, isoform B [Drosophila melanogaster])

HSP 1 Score: 525.013 bits (1351), Expect = 2.126e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: ACZ94744.1 (guanylyl cyclase at 76C, isoform A [Drosophila melanogaster])

HSP 1 Score: 525.013 bits (1351), Expect = 2.126e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: AAV50029.1 (uncharacterized protein Dmel_CG42637, isoform B [Drosophila melanogaster])

HSP 1 Score: 525.013 bits (1351), Expect = 2.126e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Match: AAV50027.1 (uncharacterized protein Dmel_CG42637, isoform C [Drosophila melanogaster])

HSP 1 Score: 525.013 bits (1351), Expect = 2.126e-169
Identity = 267/459 (58.17%), Postives = 333/459 (72.55%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLR-NGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            MI++HNS L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++NE   + Q     LW APELLR+     I G+QKGD+Y+F II++EI+ R GP+G       EI++ VK  P   +   RP++  + +     +CP YV+  ++DCWAE+P+ RP +F++IRNRLK MR G   NIMDQM+EM+EKY+NNLED+VTER R L EEK KTEDLLHRMLP SVA KLT G  VEP ++  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS+ALELL  VK  +I+HRPN+TL+LRIG+HTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L +  GGY  +KRGLV MKGKG+V+T+WL G  E     K        PPLF  P+K   L   S++ S
Sbjct:  662 MIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWRAPELLRNH----IHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFRPEVESIIEAE---SCPDYVLACIRDCWAEDPEERP-EFSVIRNRLKKMRGGKTKNIMDQMMEMMEKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDRHAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAIQKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPS 1112          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|1035612840|ref|XP_016914130.1| (PREDICTED: speract receptor-like [Apis cerana])

HSP 1 Score: 548.125 bits (1411), Expect = 0.000e+0
Identity = 278/477 (58.28%), Postives = 345/477 (72.33%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ ++++   +  Y     W APELLR + N PI+GTQ+GDIYSF IILFEI GR GPYG   L   EII+ VK FP   +   RP+++ L ++  E +C  Y++  + DCWAE+P+ RP DF +IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  ++HAG +AS++LELL+ VK   I+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I+ RGLV MKGKGEV TYWL G  E     KR+ D   LPPLFC P++             LGGLG  S+  S    P
Sbjct:  202 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESDSIGEHQYYRNLFWKAPELLR-NPNAPIRGTQEGDIYSFAIILFEIIGRKGPYGGVNLEPKEIIDRVKRFPEDGEPPFRPNIDILSES--EADCAEYIVSTITDCWAESPELRP-DFKMIRTRLKKMKAGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDLVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIKNGNRHAGEIASMSLELLNAVKHHTITHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISEQCKDALDKVGGYIIEDRGLVYMKGKGEVKTYWLTGATE-KAIQKREVDVGDLPPLFCRPRRSPKLNSDSRQASLLGGLGAGSRRQSNVPRP 673          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|665791910|ref|XP_008543533.1| (PREDICTED: guanylate cyclase 32E [Microplitis demolitor])

HSP 1 Score: 557.755 bits (1436), Expect = 2.079e-179
Identity = 287/498 (57.63%), Postives = 358/498 (71.89%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEY--DSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSPRMSMVS----GSDIRQSVRDG 476
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ +++E   + Q N    W APELLR D N PI+GTQ+GDIYSF IILFEI GR GPYG   L   EII+ VK +P   +   RP++  L +++ +  CP YV++ + DCWAE P+ RP DF  IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  +KHAG +AS++LELL+ VK   I+HRP+DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKG+V TYWL+G  E     KR+ D + LPPLFC P++             LGGLG  S+  S    P    VS     S + ++VR G
Sbjct:  764 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESESIGEHQYNRNLFWKAPELLR-DPNAPIRGTQEGDIYSFAIILFEIVGRKGPYGGVSLEPKEIIDRVKKYPEDGEPPFRPNIEILSESDAD--CPDYVVNTITDCWAECPELRP-DFKTIRTRLKKMKAGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDSVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPLKNGNKHAGEIASMSLELLNAVKHHTIAHRPSDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESTGEPLRIHISAQCKDVLDKIGGYNIEERGLVHMKGKGDVKTYWLVGANE-KAIQKREVDINDLPPLFCRPRRSPKLNPDSRQPSLLGGLGAGSRRQSNVPRPTEDSVSQCGNSSPVPRAVRLG 1256          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|1058031853|gb|JAS19588.1| (hypothetical protein g.18180 [Clastoptera arizonana])

HSP 1 Score: 529.25 bits (1362), Expect = 1.215e-178
Identity = 274/452 (60.62%), Postives = 333/452 (73.67%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENY--TDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSE-----IINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLP-ERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKR-DCSKLPPLFCLPKK 442
            MI++H+S L+ HG L+SSNCV+TSRW L++TDFGLHELR  ++N+   +  Y  +  W APELLR D   PIKGTQK D+Y+F II+ EI  R GP+G    +C E     II +VK  P   +   RP+L  L D         Y++ V++DCWAENP++RP DF  IR RLK MR+  KN I+DQM++M+EKY+NNLEDLV +R  ++YEEK+KTEDLLHRMLP  VA KLT G  VEPE F  VTIYFSDIVGFTSM +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP    D HAG +AS++L+LL  VK  +I HRPNDTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C + LL+ GGY I +RGLV MKGKGEVLTYWL+G    D  VKR+  D  +LPPLFC P++
Sbjct:   14 MIYIHSSLLVCHGNLKSSNCVVTSRWVLQVTDFGLHELRQYAENDSIGEHQYYRSLFWKAPELLR-DIQAPIKGTQKADVYAFAIIMHEIISRRGPFG----ACGEDEPKEIIKKVKQVPGPGEPPFRPNLEQLMDCEV---GEEYILAVIRDCWAENPESRP-DFPTIRARLKHMRDKSKN-IVDQMMDMMEKYANNLEDLVNQRTLEVYEEKRKTEDLLHRMLPAPVASKLTRGFGVEPEWFDQVTIYFSDIVGFTSMSAESTPLQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIPNGDLHAGEIASMSLDLLDAVKHHRIQHRPNDTLQLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISNQCRAALLKIGGYDIVERGLVKMKGKGEVLTYWLVGAT--DSCVKRREVDLGELPPLFCRPRR 453          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|646699266|gb|KDR09972.1| (Guanylate cyclase 32E [Zootermopsis nevadensis])

HSP 1 Score: 552.747 bits (1423), Expect = 2.069e-178
Identity = 275/458 (60.04%), Postives = 341/458 (74.45%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGLGCSSQEMS 454
            M+++H S L  HG L+SSNCV+TSRW L+ITDFGLH+LR+ ++++   +  Y     W APELLR  N  P  G+QK D+Y+F IIL+EI GR GP+G T+    EI+N+V+  PS      RPDL  L D N E  CP Y++  MQDCWAENPD RP DF  IR+RLK M+ GM  NIMDQM++M+EKY+NNLEDLV+ER R L EEKQKTEDLL+RMLP  VA +LT GI VEPE+F  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP R  D+HAG +AS++L+LL  V++  I+HRPN+ L+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY +++RGLV MKGKG V T+WL+G  E     KR+ D ++LPPLFC P++   L   S++ S
Sbjct:  686 MLYIHGSILDFHGNLKSSNCVVTSRWVLQITDFGLHDLRHGAESDSIGEHQYYRNLFWKAPELLREPNITP-SGSQKADVYAFAIILYEIIGRRGPFGITHYEPKEIVNQVRQVPSPGQESFRPDLELLRDGNVE--CPEYILSCMQDCWAENPDMRP-DFVAIRSRLKKMKEGMHRNIMDQMMDMMEKYANNLEDLVSERTRLLIEEKQKTEDLLNRMLPAPVAQQLTKGIGVEPESFDLVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIRNGDRHAGEIASMSLDLLEAVRNHHIAHRPNEVLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLKIHISPQCRDALDKIGGYIMEERGLVQMKGKGAVNTFWLVGATE-KAIQKREVDLAELPPLFCRPRRSPKLNADSRQAS 1138          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|815900240|ref|XP_012236291.1| (PREDICTED: guanylate cyclase 32E-like isoform X2 [Bombus impatiens])

HSP 1 Score: 549.666 bits (1415), Expect = 2.420e-178
Identity = 277/477 (58.07%), Postives = 346/477 (72.54%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ ++++   +  Y     W APELLR + N PI+GTQ+GDIYSF IILFE+ GR GPYG   L   EII+ VK FP   +   RP++  L ++  E +C  Y++  + DCWAE+P+ RP DF +IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  ++HAG +AS++LELL+ VK   I+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKGEV TYWL+G  E     KR+ D   LPPLFC P++             LGGLG  S+  S    P
Sbjct:  544 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESDSIGEHQYYRNLFWKAPELLR-NPNAPIRGTQEGDIYSFAIILFEMIGRKGPYGGVNLEPKEIIDRVKRFPEDGEPPFRPNIEILSES--EADCAEYIVSTITDCWAESPELRP-DFKMIRTRLKKMKAGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDLVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIKNGNRHAGEIASMSLELLNAVKHHTIAHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISEQCKDALDKVGGYIIEERGLVYMKGKGEVKTYWLIGATE-KAIQKREVDVGDLPPLFCRPRRSPKLNSDSRHASLLGGLGAGSRRQSSVPRP 1015          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|1016162509|gb|KZC09671.1| (Guanylate cyclase 32E [Dufourea novaeangliae])

HSP 1 Score: 546.199 bits (1406), Expect = 2.453e-178
Identity = 276/477 (57.86%), Postives = 345/477 (72.33%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ ++++   +  Y     W APELLR + N PI+GTQ+GDIYSF IILFE+ GR GPYG   L   EII+ VK FP   +   RP++  L ++  E +C  Y++  + DCWAE+P+ RP DF +IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  ++HAG +AS++LELL+ VK   I+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKG+V TYWL G  E     KR+ D   LPPLFC P++             LGGLG  S+  S    P
Sbjct:  423 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESDSIGEHQYYRNLFWKAPELLR-NPNAPIRGTQEGDIYSFAIILFEMIGRKGPYGGVNLEPKEIIDRVKRFPEDGEPPFRPNIEILSES--EADCAEYIVSTITDCWAESPELRP-DFKMIRTRLKKMKAGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDLVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIKNGNRHAGEIASMSLELLNAVKHHTIAHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISEQCKDALDKIGGYIIEERGLVHMKGKGDVKTYWLTGATE-KAIQKREVDVGDLPPLFCRPRRSPKLNADSRQASLLGGLGAGSRRQSSVPRP 894          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|808117384|ref|XP_012176073.1| (PREDICTED: guanylate cyclase 32E-like isoform X2 [Bombus terrestris])

HSP 1 Score: 549.28 bits (1414), Expect = 3.784e-178
Identity = 277/477 (58.07%), Postives = 346/477 (72.54%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ ++++   +  Y     W APELLR + N PI+GTQ+GDIYSF IILFE+ GR GPYG   L   EII+ VK FP   +   RP++  L ++  E +C  Y++  + DCWAE+P+ RP DF +IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  ++HAG +AS++LELL+ VK   I+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKGEV TYWL+G  E     KR+ D   LPPLFC P++             LGGLG  S+  S    P
Sbjct:  544 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESDSIGEHQYYRNLFWKAPELLR-NPNAPIRGTQEGDIYSFAIILFEMIGRKGPYGGVNLEPKEIIDRVKRFPEDGEPPFRPNIEILSES--EADCAEYIVSTITDCWAESPELRP-DFKMIRTRLKKMKAGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDLVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIKNGNRHAGEIASMSLELLNAVKHHTIAHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISEQCKDALDKIGGYIIEERGLVYMKGKGEVKTYWLIGATE-KAIQKREVDVGDLPPLFCRPRRSPKLNSDSRQASLLGGLGAGSRRQSSVPRP 1015          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|817198687|ref|XP_012274997.1| (PREDICTED: guanylate cyclase 32E-like isoform X5 [Orussus abietinus] >gi|817198689|ref|XP_012274998.1| PREDICTED: guanylate cyclase 32E-like isoform X5 [Orussus abietinus] >gi|817198691|ref|XP_012274999.1| PREDICTED: guanylate cyclase 32E-like isoform X5 [Orussus abietinus])

HSP 1 Score: 543.888 bits (1400), Expect = 4.527e-178
Identity = 273/477 (57.23%), Postives = 348/477 (72.96%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R  ++++   +  Y     W APELLR + + P++GTQ+GD+YSF IIL+EI+GR GPYG   L  +EII+ VK FP  ++   RP+++ L ++  E +C  Y++  + DCWAE+P+ RP DF  IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  +KHAG VAS++L+LL+ VK   I+HRP++TL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HISG+C   L R GGY +++RG+V MKGKGEV TYWL G  E     KR+ D   LPPLF  P++             LGGLG  S+  S    P
Sbjct:  355 MMYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRQCAESDSIGEHQYYRNLFWKAPELLR-NLHAPLRGTQEGDVYSFAIILYEIFGRKGPYGGVNLEPNEIIDRVKRFPGDDEPPFRPNIDILSES--EVDCAEYIVGTITDCWAESPELRP-DFKSIRTRLKKMKVGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDSVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIKNGNKHAGEVASMSLDLLNAVKHHTIAHRPSETLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISGQCKDALERIGGYVVEERGMVYMKGKGEVKTYWLTGATE-KAIQKREVDVGDLPPLFSRPRRSPKLNSDSRQASLLGGLGSCSRRQSNVPRP 826          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|242006260|ref|XP_002423970.1| (Guanylate cyclase 32E precursor, putative [Pediculus humanus corporis] >gi|212507252|gb|EEB11232.1| Guanylate cyclase 32E precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 550.051 bits (1416), Expect = 5.147e-178
Identity = 279/469 (59.49%), Postives = 342/469 (72.92%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-----------LGGLGCSSQEMS 454
            M+F+H+S L+ HG L+SSNCV+TSRW L++TDFGLHELR+ ++N+   +  Y     W APELLR ++  PIKG+QKGDIY+F IIL+EI GR GP+G       EII  VK +P+      RPDL+ L  +  E  CP YV   ++DCW+E P+ RP DF++IR RLK M++GMK NIMDQM+EM+EKY+NNLEDLVTER R L+EEKQKTEDLL+RMLP  VA +LT GI VEPE+F  VTIYFSDIVGFT+M +ESTPLQVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  D+HAG +AS++LELL  VK+ KI+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS            Y ++ RGLV MKGKGEV T+WL+G        KR+ D ++LPPLFC P+K            GG G SS+  S
Sbjct:  630 MMFIHSSALVCHGNLKSSNCVVTSRWVLQVTDFGLHELRHCAENDSIGEHQYYRNMFWKAPELLR-ESCSPIKGSQKGDIYAFAIILYEIIGRKGPFGGCRYEPKEIIELVKAYPAKGSEPFRPDLDLLRVS--EVGCPEYVASCIEDCWSEVPEMRP-DFSVIRTRLKKMKDGMKRNIMDQMMEMMEKYANNLEDLVTERTRLLFEEKQKTEDLLNRMLPAPVAERLTKGIGVEPESFDQVTIYFSDIVGFTAMSAESTPLQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPLKNGDRHAGEIASMSLELLEAVKNHKIAHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEALKIHISLH----------YLVENRGLVYMKGKGEVNTFWLVGA-TAKAIQKREVDLAELPPLFCRPRKSPNLNSRQASICGGFGMSSRRQS 1083          
BLAST of EMLSAG00000011709 vs. nr
Match: gi|350402370|ref|XP_003486460.1| (PREDICTED: guanylate cyclase 32E-like isoform X1 [Bombus impatiens])

HSP 1 Score: 549.28 bits (1414), Expect = 1.185e-177
Identity = 277/477 (58.07%), Postives = 346/477 (72.54%), Query Frame = 0
Query:    1 MIFLHNSD-LISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTD--LWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVK-FPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKK-------------LGGLGCSSQEMSKKRSP 459
            M+++H S  L+ HG L+SSNCV+TSRW L+++DFGLH++R+ ++++   +  Y     W APELLR + N PI+GTQ+GDIYSF IILFE+ GR GPYG   L   EII+ VK FP   +   RP++  L ++  E +C  Y++  + DCWAE+P+ RP DF +IR RLK M+ G   NIMDQM++M+EKY+NNLEDLV+ER R L+EEKQKTEDLLHRMLP  VA+ LT+GI VEPE F  VTIYFSDIVGFT+M +ESTP QVVNFLN+LY+ FD+II+G+DVYKVETIGDAYMVVSGLP +  ++HAG +AS++LELL+ VK   I+HRP DTL+LRIGIHTGPVVAGVVGL MPRYCLFGDTVNT+SRM         HIS +C   L + GGY I++RGLV MKGKGEV TYWL+G  E     KR+ D   LPPLFC P++             LGGLG  S+  S    P
Sbjct:  601 MLYIHESSVLVCHGNLKSSNCVVTSRWVLQVSDFGLHDMRHCAESDSIGEHQYYRNLFWKAPELLR-NPNAPIRGTQEGDIYSFAIILFEMIGRKGPYGGVNLEPKEIIDRVKRFPEDGEPPFRPNIEILSES--EADCAEYIVSTITDCWAESPELRP-DFKMIRTRLKKMKAGRHRNIMDQMMDMMEKYANNLEDLVSERTRLLFEEKQKTEDLLHRMLPEPVANCLTNGIGVEPEAFDLVTIYFSDIVGFTAMSAESTPFQVVNFLNDLYTLFDRIIKGYDVYKVETIGDAYMVVSGLPIKNGNRHAGEIASMSLELLNAVKHHTIAHRPQDTLKLRIGIHTGPVVAGVVGLTMPRYCLFGDTVNTASRMESNGEPLRIHISEQCKDALDKVGGYIIEERGLVYMKGKGEVKTYWLIGATE-KAIQKREVDVGDLPPLFCRPRRSPKLNSDSRHASLLGGLGAGSRRQSSVPRP 1072          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold378_size191342-snap-gene-0.22 (protein:Tk03488 transcript:maker-scaffold378_size191342-snap-gene-0.22-mRNA-1 annotation:"guanylate cyclase 32e-like")

HSP 1 Score: 682.174 bits (1759), Expect = 0.000e+0
Identity = 373/629 (59.30%), Postives = 441/629 (70.11%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRY-----------SSKNEYDSQENYTDLWMAPELLRSDNNGPIKGTQKGDIYSFGIILFEIYGRNGPYGDTYLSCSEIINEVKFPSINDG--FMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPKKLGGL-------GCSSQ--EMSKKRSPRMSMVSGSDIRQSVRDGSRHNPDSIYQSISGLNHAVV------------STMSPPLFEQDNEMFKFHTENIVNGKHLEKPGQLSDYYYDSKYNSNSDVKIDENNRISNTSHGRTIESPLY-IRKPRSLSGDRLYTSEPVQETVALLSN 594
            MIFLH SD+++HG L+SSNCV+TSRWTL++TDFGLH+LR            S++      E ++ LW APELL +D + P++GTQKGDIYSFGIILFEIYGR GPYGDT L+ +EII +VK P   DG   MRPD+  L +   ++ CPSYV DVM DCW+E P+ RP DF  IRNR+K MRNGMK NIMDQMVEMLEKYSNNLEDLVTER RQL+EEKQKTEDLLHRMLPPSVA KLTHGIAVEPETF+GVTIYFSDIVGFTSMCSESTPLQVV FLNELYS+FD+IIQ FDVYKVETIGDAYMVVSGLPERTD+HAGNVASLALELLS VKSFKI HRPNDTL+LRIG+HTGPVVAGVVGLAMPR+CLFGDTVNTSSRM         HIS  C SEL R GGY  + RG V MKGKG V T+WL+   +     K+    + L PLF LPK +GG+       G SS   E  ++RSPR+SM SG D+R+      R+ PDSI +S + LN                 T +PP+ E++ + F+F  E++   K L  P         S  ++N    + +    S TS   T   P +   +PRSLS DR  +S  + E +AL+SN
Sbjct:  778 MIFLHGSDIVTHGNLKSSNCVVTSRWTLQVTDFGLHDLRRTADLSGDLEWGSTEEARADSEAFSLLWKAPELLNNDKS-PLRGTQKGDIYSFGIILFEIYGRQGPYGDTVLAATEIIEKVKNP---DGVTLMRPDMEMLDEAERDYTCPSYVKDVMIDCWSEIPEVRP-DFPTIRNRMKAMRNGMKANIMDQMVEMLEKYSNNLEDLVTERTRQLFEEKQKTEDLLHRMLPPSVARKLTHGIAVEPETFTGVTIYFSDIVGFTSMCSESTPLQVVKFLNELYSRFDEIIQSFDVYKVETIGDAYMVVSGLPERTDQHAGNVASLALELLSAVKSFKIDHRPNDTLKLRIGMHTGPVVAGVVGLAMPRFCLFGDTVNTSSRMESTGQPLKIHISPTCNSELQRLGGYVTESRGPVEMKGKGLVETFWLIASNDQCPVSKKVVTSAALKPLFRLPKNMGGMNNLTGPTGISSNTPEQLRRRSPRVSMASGFDVRR-----DRNTPDSIRKSFTQLNSGPSVNSDKNSGGGHHRTGTPPI-ERETDAFRFAREHLTARKLLHMPRSHRGSSPASSGSANLLPPLGD----SPTS---TQSRPTFKFTRPRSLSADRTKSSHDLFEKMALISN 1388          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold395_size185061-snap-gene-0.32 (protein:Tk08339 transcript:maker-scaffold395_size185061-snap-gene-0.32-mRNA-1 annotation:"guanylate cyclase 32e")

HSP 1 Score: 416.387 bits (1069), Expect = 1.429e-133
Identity = 223/469 (47.55%), Postives = 296/469 (63.11%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKNEYDSQENYTDL---------WMAPELLRSDNNGPIKGT----------QKGDIYSFGIILFEIYGR--------------NGPYGDTYLSCSEIINEVKFPSINDGFMRPDLNYLGDNNFEFNCPSYVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKNNIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYK-------VETIGDAYMVVSGLPER-TDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKR 428
            MIFLH+S L  HG L++ NC++ SRW L+++ FGL++   +  N  D   N   L         + APE LR  +   +  +          QK D+YSF ++LFEI+ R                P+GD  ++ +E++  V  P I    +RP ++ L       NC  +V   M+D W E+P  RP DF +IR RL+PMR GMK NI D M+ M+EKY+NNLE +V ER + L +EK+KTE LL+ MLP +VA +L  G  V+ E F  VTIYFSDIVGFT+MC+ES+PLQVV+FLN+LY+ FD  I+ +DVYK       VETIGDAYMVVSGLP R  D+HAG +AS+AL LL +VK F+I HRPND L LRIGIH+GPV AGVVG  MPR+CLFGDTVNT+SRM         H S  C   L + GGY++++RG +++KGKG+ LT+WL   L  D Y++ +R
Sbjct:  553 MIFLHDSQLRFHGNLKAGNCLVDSRWVLKLSGFGLNDFSPAWPNVLDVLTNAMQLEPSDCEELLYRAPEFLRLKDPSKLLDSRYLTASEAMLQKADVYSFAVLLFEIHFRPKTPLLAFTRNRVGTRPFGDLDMTPTEVLERVYNPHIQ---LRPQIDALE------NCLDFVKACMKDAWHESPIERP-DFKVIRARLRPMRRGMKANIFDNMLAMMEKYANNLEGIVDERTQLLIDEKRKTEALLYEMLPRTVAEQLKQGKRVDAENFDTVTIYFSDIVGFTNMCAESSPLQVVDFLNDLYTCFDSTIEIYDVYKSSYNCFQVETIGDAYMVVSGLPLRNADQHAGEIASMALNLLEKVKRFQIRHRPNDALMLRIGIHSGPVCAGVVGRKMPRFCLFGDTVNTASRMETMGVPHKIHCSFSCQQILSKLGGYELEERGFISLKGKGDQLTFWL---LSEDPYIREQR 1008          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold41_size498431-snap-gene-3.28 (protein:Tk00210 transcript:maker-scaffold41_size498431-snap-gene-3.28-mRNA-1 annotation:"atrial natriuretic peptide receptor 2-like")

HSP 1 Score: 293.123 bits (749), Expect = 3.286e-91
Identity = 155/324 (47.84%), Postives = 209/324 (64.51%), Query Frame = 0
Query:  104 EIINEVKFPSINDG-FMRPDLNYLGDNNF------EFNCPS--YVIDVMQDCWAENPDNRPTDFNLIRNRLKPMRNGMKN-NIMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            +I+ EVK P    G   RP    LG+ N       + N P    +  +M  CW E+   RP DF  +R ++K +  G ++ N++D +++ +E+Y+NNLE LV ER     EEK+K + +++ +LP +VA KL  G  V  ETF  VTIYFSDIVGFT + ++S PL++V  LN+LY+ FD II  FDVYKVETIGDAYMVVSGLP R  D HA  +A ++L+LL  VK+FK+ H+P+  L+LRIGIH+G   AGVVG+ MPRYCLFGDTVNT+SRM         H+S      L + G + ++ RG V MKGKG + TYWL+G
Sbjct:  135 DIVAEVKLPVPQSGEPFRPSTK-LGNGNISSPGPEDANAPKDDELTSLMTSCWDEDSGKRP-DFQALRAKIKKLNKGNESSNLLDNLLKRMEQYANNLEQLVEERTADYLEEKRKCQAVVYELLPKTVADKLIQGEIVVAETFDSVTIYFSDIVGFTHLSAQSNPLEIVALLNDLYTVFDSIIGDFDVYKVETIGDAYMVVSGLPTRNDDNHAPQIARMSLKLLERVKTFKVRHKPDYKLKLRIGIHSGTCCAGVVGVKMPRYCLFGDTVNTASRMESNGQPLKIHVSPFTRDILDKFGSFDLECRGEVEMKGKGSMKTYWLLG 456          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1403_size43014-snap-gene-0.13 (protein:Tk08422 transcript:maker-scaffold1403_size43014-snap-gene-0.13-mRNA-1 annotation:"atrial natriuretic peptide receptor a")

HSP 1 Score: 159.073 bits (401), Expect = 9.987e-43
Identity = 86/208 (41.35%), Postives = 120/208 (57.69%), Query Frame = 0
Query:  195 VTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERT-DKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLV 401
            V ++   +  +++K   L+++MLP  V  KL  G     ETF  VT+YF+ + GF  +   S  +QVV FLN LY+  D  +  FDVYKVETI D+Y+V SGLP +  DKHA  +  +AL L +         +   T+ ++ GIH+G +VAGVVG  MPRYCLFGDT+NT+SRM          IS E    L   GG+ ++ RG +
Sbjct:  230 VQQKALDMKRQERKRNRLIYKMLPKIVVDKLNSG-QDTAETFESVTLYFNSVSGFADIAKNSPAIQVVQFLNNLYTVMDAKMDEFDVYKVETISDSYLVASGLPHKNGDKHAIEICGMALTLRNAATLIIRPDKRPQTIEVKAGIHSGCIVAGVVGSKMPRYCLFGDTINTASRMQSRSIPGKIQISLETKMILDTVGGFIVENRGAI 436          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold861_size87375-snap-gene-0.22 (protein:Tk02189 transcript:maker-scaffold861_size87375-snap-gene-0.22-mRNA-1 annotation:"soluble guanylate cyclase 88e-like")

HSP 1 Score: 162.925 bits (411), Expect = 1.591e-42
Identity = 92/224 (41.07%), Postives = 135/224 (60.27%), Query Frame = 0
Query:  200 RQLYEEKQKTEDLLHRMLPPSVAHKLTHGI-AVEP-ETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFK-----ISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFG--DTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWL 414
            ++L EE +++++LL +M+P SVA K+  G+  VE  E F  VTI F+D+  F  +C++   +++V  LN ++  FD +     VYKVET+ D+++ VSG PER D HA  +  +AL++   V   K        +P   +R+R+G H+G VVAG+VG  MPRYCLFG  D +NTSSRM         HIS     E L    Y +K+RG V +KGKGE+ T+W+
Sbjct:  388 KRLDEEMRRSDELLSQMIPKSVAEKVKAGLNPVETCEVFDQVTIVFNDVPAFIDICTKCDGMKIVEMLNTMFGIFDLLSDRNGVYKVETVKDSFVGVSGAPERVDNHAEQIVDMALDMRDCVTFVKDPRPEFKDQPEAHVRIRLGTHSGMVVAGIVGNKMPRYCLFGTSDAMNTSSRMMSFGDEQMIHISS-ATKEFL-PPSYVLKERGKVNVKGKGEMTTFWV 609          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold140_size315649-snap-gene-0.10 (protein:Tk03568 transcript:maker-scaffold140_size315649-snap-gene-0.10-mRNA-1 annotation:"soluble guanylate cyclase 88e")

HSP 1 Score: 159.458 bits (402), Expect = 3.062e-42
Identity = 93/246 (37.80%), Postives = 138/246 (56.10%), Query Frame = 0
Query:  198 RXRQLYEEKQKTEDLLHRMLPPSVAHKLTHG--IAVEPETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMGVLEGDRYVKRKRDCSKLPPLFCLPK 441
            + ++L E +QKT++LL++M+P ++A +L  G       E F  VT+ FSDIVGFT++CS   P QVV FLN LY+ FD ++    VYKVETIGDAY++VSG P ++  HA  +  +A +++  +   K        + +RIG HTG VVAG+VG+ MPRYCLFG  V  + +          HIS  C   L     Y+ ++R    +  K   L  + +   +G +++K     + LP    LPK
Sbjct:  240 QLKKLDEIQQKTDELLYQMIPKTIADRLRKGEDTMSTCELFPSVTMLFSDIVGFTTICSRLQPAQVVVFLNNLYTLFDFLVDQNAVYKVETIGDAYLIVSGCPVKSTNHALKICDMAFDMMDGIAIMK-DPGTGSPVEMRIGCHTGSVVAGIVGVKMPRYCLFGLNVGLTEKFESNSQPMRIHISQPCKDLLPPQ--YKTEERDDPNVLTKVNGLKSYFLNTKDGRKHLKADVLKALLPTDAELPK 482          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold755_size101758-processed-gene-0.9 (protein:Tk12404 transcript:snap_masked-scaffold755_size101758-processed-gene-0.9-mRNA-1 annotation:"adenylate cyclase")

HSP 1 Score: 107.457 bits (267), Expect = 3.591e-24
Identity = 63/206 (30.58%), Postives = 109/206 (52.91%), Query Frame = 0
Query:  201 QLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEP----------ETFSGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIK 396
            ++ +E +K E LL  +LP  VA ++   + + P          +    V+I F+DIVGFT + S+ +  ++V  LNEL+ +FDQ+       +++ +GD Y  VSGLPE   KHA N   + L+++  +  F +    +  L +R+GIHTG V+ GV+GL   +Y ++ + V T++ M         H++      L   G Y+++
Sbjct:  235 EMEDENEKLERLLLSVLPQHVAVEMKQDL-ISPVSGQFHKIYIQRHENVSILFADIVGFTVLSSQCSAQELVRLLNELFGRFDQLANDNGCLRIKILGDCYYCVSGLPEPCPKHARNCVEMGLDMIDAI--FSVVEATDVKLNMRVGIHTGRVLCGVLGLRKWQYDVWSNDVTTANHMEANGEAGRVHVTQSTLEHL--RGEYEVE 435          

HSP 2 Score: 85.8853 bits (211), Expect = 2.038e-17
Identity = 55/147 (37.41%), Postives = 81/147 (55.10%), Query Frame = 0
Query:  281 VYKVETIGDAYMVVSGL-PE---RTDKHAGNVASLALELLSEVKSFKISHRPN---------DTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWL 414
            V K++TIG  YM   GL PE     DK  G ++  A+  L+++  F    R           +   LR+G++ GPVVAGV+G   P+Y ++G+TVN SSRM           + + Y E+L+N  Y+ + RG V +KGKGE+ TY+L
Sbjct:  849 VDKIKTIGSTYMAAVGLIPEFKIADDKDDGGLS--AITYLTQLIEFVFGMREKLQCINENSYNNFMLRVGVNIGPVVAGVIGARKPQYDIWGNTVNVSSRMDSTGVPNQTQCTEDLY-EILKNHAYEFQCRGKVKVKGKGEMTTYFL 992          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold161_size295871-snap-gene-1.29 (protein:Tk05103 transcript:maker-scaffold161_size295871-snap-gene-1.29-mRNA-1 annotation:"adenylate cyclase type")

HSP 1 Score: 101.679 bits (252), Expect = 2.216e-22
Identity = 54/151 (35.76%), Postives = 85/151 (56.29%), Query Frame = 0
Query:  237 SGVTIYFSDIVGFTSMCSESTPLQVVNFLNELYSKFDQIIQGFDVYKVETIGDAYMVVSGLPERTDKHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSEL 387
            S V+I F+DIVGFT M S  T  Q+V  LN+L+ +FD +       K+ T+GD Y  VSG PE    HA N   + L ++S +K F      ++++ +R+GIHTG V+ G+VG    ++ ++ + V+ +++M         HIS + Y  L
Sbjct:  350 SNVSILFADIVGFTKMSSNKTASQLVGLLNDLFGRFDFLCNKCGCEKISTLGDCYYCVSGCPEPKPNHALNCVEMGLAMISAIKDF--DEDRHESVNMRVGIHTGTVLCGIVGKRRFKFDVWSNDVSLANKMESTGKPGMVHISEKTYDFL 498          

HSP 2 Score: 87.8113 bits (216), Expect = 4.727e-18
Identity = 76/252 (30.16%), Postives = 123/252 (48.81%), Query Frame = 0
Query:  176 IMDQMVEMLEKYSNNLEDLVTERXRQLYEEKQKTEDLLHRMLPPSVAHKLTHGIAVEPETFSGVTIYFSDIVGFTSMCSES--TPLQVVNFLNELYSKFDQII---QGFDVYKVETIGDAYMVVSGL-----PERTDKHAG--NVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLM 415
            ++++  E+  + S +   L  +  R +   K + + LLH ++P  V+ +L   +    E    + + F+ +V F  +  ES     + +  LNEL S FD+I+   +  +V K++TIG  +M  SGL      E T ++     +    LEL + V  F  S    D L LRIGI+ G + AGV+G     Y ++GD VN +SRM          +S E   E+L+   Y  +KRG + +KGK  + TY L 
Sbjct: 1030 LLNREFEISYRLSFHCSLLSAKDRRAIQNLKNQADWLLHNIIPKYVSDQLKKTMQEYSENHLDIGVIFASLVNFNELYDESYMGGKEYLRVLNELISDFDEILDRPKFRNVEKIKTIGSTFMAASGLNPYIRKENTHQYEQLHELMEFVLELQNSVNEFNQSLIEFD-LILRIGINYGDITAGVIGTTKLYYDIWGDAVNIASRMESTGVEGRIQVS-EKSMEILKE-WYDFEKRGSIFVKGKDNMTTYLLF 1278          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1736_size29583-snap-gene-0.4 (protein:Tk12455 transcript:maker-scaffold1736_size29583-snap-gene-0.4-mRNA-1 annotation:"adenylate cyclase")

HSP 1 Score: 100.523 bits (249), Expect = 3.623e-22
Identity = 77/249 (30.92%), Postives = 130/249 (52.21%), Query Frame = 0
Query:  188 SNNLEDLVTERXRQLYEE----KQKTEDLLHRMLPPSVAHKLTHGIAVEPETF-----SGVTIYFSDIVGFTS-MCSEST--PLQVVNFLNELYSKFDQII--QGF-DVYKVETIGDAYMVVSGL-PERTD----KHAGNVASLALELLSEVKSFKISHRPNDTLRLRIGIHTGPVVAGVVGLAMPRYCLFGDTVNTSSRMXXXXXXXXXHISGECYSELLRNGGYQIKKRGLVAMKGKGEVLTYWLMG 416
            +++L+ L  ++ R+  EE    ++ T+ LLH +LP  VA      I  + E       S   + F+ I  F S   SE     ++ +  LNE+   FD+I+  + F  + K++TIG  YM  SG+ P   +     H  ++   A+E+  ++    I+    +   LRIGI  G +V GV+G   P + ++GDTVN +SRM          +S +  + +L+  GY IK+RG++ +KGKGE+LT +++G
Sbjct:  251 ASSLDFLWKQQARRELEEMREMRRHTDQLLHNILPSHVAKYFLE-IDRQAEDLYAQGRSNAGVLFASIPNFLSDFYSEDVNEGMECIRLLNEIIVDFDEILDDEKFRSIEKIKTIGSTYMAASGINPMEAESDEYAHLCDLVDFAIEMRHKLDD--INKHSFNRFELRIGISMGSLVCGVIGATKPVFDIWGDTVNEASRMDSTGTMGCIQVSQKT-AAILKERGYHIKERGVIEVKGKGEMLTSYVLG 495          
BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold41_size498431-snap-gene-3.29 (protein:Tk00209 transcript:maker-scaffold41_size498431-snap-gene-3.29-mRNA-1 annotation:"atrial natriuretic peptide receptor a")

HSP 1 Score: 95.5153 bits (236), Expect = 4.379e-22
Identity = 53/104 (50.96%), Postives = 68/104 (65.38%), Query Frame = 0
Query:    1 MIFLHNSDLISHGRLRSSNCVITSRWTLRITDFGLHELRYSSKN---EYDSQENYT----DLWMAPELLRSDNNGPIKG-TQKGDIYSFGIILFEIYGRNGPYG 96
            M FLH S L  HG L+SSNCV+ SR+ L+ITDFGLH LR  S +   E  + E ++     LW APE+LR  N  P+K  +QKGD+Y+FGII+ EI  RNG + 
Sbjct:  146 MQFLHQSRLQIHGNLKSSNCVVDSRFVLKITDFGLHHLRQMSPDVDLEAGTVEPFSYWKNQLWTAPEILRHPN--PMKALSQKGDVYAFGIIVQEILVRNGTFA 247          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000011709 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.872e-16758.17symbol:Gyc76C "Guanylyl cyclase at 76C" species:72... [more]
-1.932e-16758.17symbol:CG42637 species:7227 "Drosophila melanogast... [more]
-1.535e-13647.70symbol:CG10738 species:7227 "Drosophila melanogast... [more]
-7.385e-13453.24symbol:Gyc32E "Guanyl cyclase at 32E" species:7227... [more]
-3.357e-13150.71symbol:NPR2 "Guanylate cyclase" species:9913 "Bos ... [more]
-7.022e-12749.76symbol:gcy-28 "Guanylate cyclase" species:6239 "Ca... [more]
-7.701e-12749.76symbol:gcy-28 "Guanylate cyclase" species:6239 "Ca... [more]
-1.075e-12649.76symbol:gcy-28 "Guanylate cyclase" species:6239 "Ca... [more]
-3.897e-12553.68symbol:si:ch211-132a5.3 "si:ch211-132a5.3" species... [more]
-7.640e-12552.73symbol:npr2 "Atrial natriuretic peptide receptor 2... [more]

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BLAST of EMLSAG00000011709 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592935100|gb|GAXK01023453.1|0.000e+056.93TSA: Calanus finmarchicus comp114817_c1_seq2 trans... [more]
gi|592935101|gb|GAXK01023452.1|0.000e+056.93TSA: Calanus finmarchicus comp114817_c1_seq1 trans... [more]
gi|592951196|gb|GAXK01007357.1|8.962e-13952.59TSA: Calanus finmarchicus comp1628002_c0_seq2 tran... [more]
gi|592951197|gb|GAXK01007356.1|1.012e-13852.59TSA: Calanus finmarchicus comp1628002_c0_seq1 tran... [more]
gi|592955050|gb|GAXK01003503.1|2.345e-12347.97TSA: Calanus finmarchicus comp2155099_c0_seq1 tran... [more]
gi|592793593|gb|GAXK01160975.1|4.533e-11346.17TSA: Calanus finmarchicus comp503251_c0_seq2 trans... [more]
gi|592793594|gb|GAXK01160974.1|5.083e-11346.17TSA: Calanus finmarchicus comp503251_c0_seq1 trans... [more]
gi|592935113|gb|GAXK01023440.1|2.795e-11265.65TSA: Calanus finmarchicus comp114817_c0_seq5 trans... [more]
gi|592935114|gb|GAXK01023439.1|2.795e-11265.65TSA: Calanus finmarchicus comp114817_c0_seq4 trans... [more]
gi|592935097|gb|GAXK01023456.1|4.285e-10965.50TSA: Calanus finmarchicus comp114817_c1_seq5 trans... [more]

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BLAST of EMLSAG00000011709 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000117090.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s813:24430... [more]
EMLSAP000000126525.836e-7555.07pep:novel supercontig:LSalAtl2s:LSalAtl2s959:61035... [more]
EMLSAP000000023948.122e-6342.61pep:novel supercontig:LSalAtl2s:LSalAtl2s145:10956... [more]
EMLSAP000000112365.332e-4840.35pep:novel supercontig:LSalAtl2s:LSalAtl2s76:248241... [more]
EMLSAP000000097744.233e-4740.44pep:novel supercontig:LSalAtl2s:LSalAtl2s633:19708... [more]
EMLSAP000000070271.154e-4446.51pep:novel supercontig:LSalAtl2s:LSalAtl2s39:14509:... [more]
EMLSAP000000102748.613e-4438.39pep:novel supercontig:LSalAtl2s:LSalAtl2s680:22010... [more]
EMLSAP000000099241.327e-4136.84pep:novel supercontig:LSalAtl2s:LSalAtl2s647:1118:... [more]
EMLSAP000000074903.493e-4036.50pep:novel supercontig:LSalAtl2s:LSalAtl2s430:12397... [more]
EMLSAP000000116105.677e-3937.39pep:novel supercontig:LSalAtl2s:LSalAtl2s802:17119... [more]

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BLAST of EMLSAG00000011709 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|74797781|sp|Q7JQ32.1|GC76C_DROME4.386e-16958.17RecName: Full=Receptor-type guanylate cyclase Gyc7... [more]
gi|118063|sp|P16065.1|GCY_STRPU9.065e-13850.71RecName: Full=Speract receptor; AltName: Full=Guan... [more]
gi|33302603|sp|Q07553.4|GCY3E_DROME2.045e-13553.24RecName: Full=Guanylate cyclase 32E; Flags: Precur... [more]
gi|75014037|sp|Q86GV3.1|GCY28_CAEEL3.818e-12849.76RecName: Full=Receptor-type guanylate cyclase gcy-... [more]
gi|1703312|sp|P55202.1|ANPRB_ANGJA2.224e-12652.73RecName: Full=Atrial natriuretic peptide receptor ... [more]
gi|113912|sp|P16066.1|ANPRA_HUMAN8.721e-12551.54RecName: Full=Atrial natriuretic peptide receptor ... [more]
gi|1168458|sp|P46197.1|ANPRB_BOVIN1.689e-12450.71RecName: Full=Atrial natriuretic peptide receptor ... [more]
gi|113916|sp|P20594.1|ANPRB_HUMAN4.080e-12450.71RecName: Full=Atrial natriuretic peptide receptor ... [more]
gi|113918|sp|P16067.1|ANPRB_RAT1.268e-12350.47RecName: Full=Atrial natriuretic peptide receptor ... [more]
gi|341940221|sp|Q6VVW5.2|ANPRB_MOUSE1.453e-12350.47RecName: Full=Atrial natriuretic peptide receptor ... [more]

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BLAST of EMLSAG00000011709 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB11232.11.052e-18059.49Guanylate cyclase 32E precursor, putative [Pedicul... [more]
XP_016766757.13.987e-17958.28PREDICTED: LOW QUALITY PROTEIN: guanylate cyclase ... [more]
gb|EFA10586.2|7.953e-17558.61Guanylate cyclase 32E-like Protein [Tribolium cast... [more]
EAA00176.41.415e-16956.07AGAP012163-PA, partial [Anopheles gambiae str. PES... [more]
AGB94756.12.126e-16958.17guanylyl cyclase at 76C, isoform D [Drosophila mel... [more]
ACZ94746.12.126e-16958.17guanylyl cyclase at 76C, isoform C [Drosophila mel... [more]
ACZ94745.12.126e-16958.17guanylyl cyclase at 76C, isoform B [Drosophila mel... [more]
ACZ94744.12.126e-16958.17guanylyl cyclase at 76C, isoform A [Drosophila mel... [more]
AAV50029.12.126e-16958.17uncharacterized protein Dmel_CG42637, isoform B [D... [more]
AAV50027.12.126e-16958.17uncharacterized protein Dmel_CG42637, isoform C [D... [more]

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BLAST of EMLSAG00000011709 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1035612840|ref|XP_016914130.1|0.000e+058.28PREDICTED: speract receptor-like [Apis cerana][more]
gi|665791910|ref|XP_008543533.1|2.079e-17957.63PREDICTED: guanylate cyclase 32E [Microplitis demo... [more]
gi|1058031853|gb|JAS19588.1|1.215e-17860.62hypothetical protein g.18180 [Clastoptera arizonan... [more]
gi|646699266|gb|KDR09972.1|2.069e-17860.04Guanylate cyclase 32E [Zootermopsis nevadensis][more]
gi|815900240|ref|XP_012236291.1|2.420e-17858.07PREDICTED: guanylate cyclase 32E-like isoform X2 [... [more]
gi|1016162509|gb|KZC09671.1|2.453e-17857.86Guanylate cyclase 32E [Dufourea novaeangliae][more]
gi|808117384|ref|XP_012176073.1|3.784e-17858.07PREDICTED: guanylate cyclase 32E-like isoform X2 [... [more]
gi|817198687|ref|XP_012274997.1|4.527e-17857.23PREDICTED: guanylate cyclase 32E-like isoform X5 [... [more]
gi|242006260|ref|XP_002423970.1|5.147e-17859.49Guanylate cyclase 32E precursor, putative [Pedicul... [more]
gi|350402370|ref|XP_003486460.1|1.185e-17758.07PREDICTED: guanylate cyclase 32E-like isoform X1 [... [more]

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BLAST of EMLSAG00000011709 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 20
Match NameE-valueIdentityDescription
maker-scaffold378_size191342-snap-gene-0.220.000e+059.30protein:Tk03488 transcript:maker-scaffold378_size1... [more]
maker-scaffold395_size185061-snap-gene-0.321.429e-13347.55protein:Tk08339 transcript:maker-scaffold395_size1... [more]
maker-scaffold41_size498431-snap-gene-3.283.286e-9147.84protein:Tk00210 transcript:maker-scaffold41_size49... [more]
maker-scaffold1403_size43014-snap-gene-0.139.987e-4341.35protein:Tk08422 transcript:maker-scaffold1403_size... [more]
maker-scaffold861_size87375-snap-gene-0.221.591e-4241.07protein:Tk02189 transcript:maker-scaffold861_size8... [more]
maker-scaffold140_size315649-snap-gene-0.103.062e-4237.80protein:Tk03568 transcript:maker-scaffold140_size3... [more]
snap_masked-scaffold755_size101758-processed-gene-0.93.591e-2430.58protein:Tk12404 transcript:snap_masked-scaffold755... [more]
maker-scaffold161_size295871-snap-gene-1.292.216e-2235.76protein:Tk05103 transcript:maker-scaffold161_size2... [more]
maker-scaffold1736_size29583-snap-gene-0.43.623e-2230.92protein:Tk12455 transcript:maker-scaffold1736_size... [more]
maker-scaffold41_size498431-snap-gene-3.294.379e-2250.96protein:Tk00209 transcript:maker-scaffold41_size49... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s813supercontigLSalAtl2s813:244307..359079 +
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
Descriptionaugustus_masked-LSalAtl2s813-processed-gene-3.1
Biotypeprotein_coding
EvidenceIEA
NoteReceptor-type guanylate cyclase Gyc76C
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000011709 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000011709EMLSAT00000011709-707556Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s813:244307..359079+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000011709-694475 ID=EMLSAG00000011709-694475|Name=EMLSAG00000011709|organism=Lepeophtheirus salmonis|type=gene|length=114773bp|location=Sequence derived from alignment at LSalAtl2s813:244307..359079+ (Lepeophtheirus salmonis)
GAAAAAGAGACGAGAAAAATAAAAATAAACAACTTAGAGTAATTGAAAGA ACAAACGGCGTAAGAATTATGTCATATCTTTTAAGTTACTAAAATTTTGT GATAATCAAATTTTTTAAAATGAAAAAATACTCAAAATGGTAAGTGTTTA ATTAATCAATTTATCATAGATTCCAATATACTTATAGTAATTTCTATTCC TATTAAATAGTAATAAAGAACATTGTATTATAAACATCCTTTAATTAATT CTTTAAAGGTATATTAATATCACAATTGGACTCTTCATTCAAATAGATAC TAGAATTAAGATTACCAAGAGGTGGGGGGGGGGGAKGAATCCACTTCCAA AAATCTGTATGTAGTCTTCTATTCATAGATCTATATATTTTTTAAATTCC TTTTCGGATATTTATGGCTARTAATAATTCATTATTAGTTTTYCTTGAAG TGAGTTCTATAACCATGGATTGCTCAAGCGAAGTATAGAAATGATAAAAT ATTTTTCTGCAGGCTCTGCATTAGTCGTCATATCATTCCCTTATTCTTTT CTATAACAGAATGTACATAAACTGAAGATTAATTTTGGAGTAAGACAACC AAATATAATATACAAACTCCCTTGAATGTACTATGAAGAGAAAAGTTAAT TTATTTTTACGAATTGTTTGGCCCTTCAAATTTATTAAACTTGGGATTAT AATTTTGTGAGAATGCTAGATCATTGCCTCGAATGTAAACAGGTCACTTG GGTTATGAAAAAACAGAAAATATATTATGTTCACATAAGTTCCAGTGAAT CTCAATGAGATATATTAATTTATAATGGTTATAAAAAAAGCAAAAACCTA TTACTTATCCCTGAAATACCAAGATACTTCTAATGCTTAGTTCGTTAAAA CTTGTAAAAGAGGTTACCTCTCTGCACCATGATAAATCTTGGATGTATTA GTTATTTTCTAAAAAAATTATATGAAGAAATTTGGAAAAATGGTAACACT CCGAAAATTAATTGTTAATTTGGAAAGCCATCGGCCTACTTATACTTCTC AGGGCATGGAAGTGAAATACTTAATAAATATTACCAAATAATTTTTTTTA TGAGAAAAATTTTGTGACTGACAAAAATATCAAAATTGAATGGTGCATTG TGAATATTCTTAGTAATATATGAAAAATAAGTCATAATTTTATTTATTTA TGTTGTTTTCCCAGTTCATTTTAGTCATACATATTTGTTTATCTGTTACA AATCATTATCTTATTTCACGAACATTTTTCAAAATATTCAAATTTTGACA TTATATATTGAGTTTATGTTGTACAAGATTTTGATTATTTTTTATAGTGA TCTGTTTATATTTTATACAAAAAGTGAATTGACAAATATAATATTTAGTT GTTGATATACAAGATTTTAATATTTTGTATAATTATCTATAATATTTTGA ATATAACTTATTATTTTTTTATATATTCAGATGCCATTTTTTATTCTGTA ATAACTTAAGCACAATGTTACATATGTGAACTGAAAACAAGAAATTAATG TACGACTTATTCCTTAAAATTTAGATAACTTTAGTTTACTGTTCTACAAT GTCTATTGAAGAAATATCTGCATTTAGCCTGTCTAAAAAAATTAAGGTTA TTTATTATGAAAACATCCTACTATATAATAATTAAACTATAGTATTTGGC ATTGCTGAAATTAATGGGCAGTGGATCAGCTTTAAATACCAAGAAAAACT ATTTGTTGAAACTTGAATTTCACTTAAACTTCCTATTCATAGTTTATGTC CATGGATTGGTCTCATTCCTGAGTAGTGAACATCCATTCTTAAATAGATT CAATTATTTTCAAAACCTGATTGAACATTCGTGCGTGCTCATAAAAGACG GAGAGTAAACTTGAGGATTTGTTGCAGTGTTATAATTGTAAGTCTTTGTT GGACTCAGAGTAGAATTGGGATCGATATCGAAGTAATTCCTGTCAATGTC CTTGTTTATTTCCTTCTCCCCCTCTTCCCTTACCACAGTTGATTGTAGCT GATCTCCTCTAAAATATTCTTCAAATTTTCAGGGTTATCATCTTGATTTT CGTTTTTCATAACATGCCCATTATATACAAAATTTTTATCACTAAATATA ATACAGTTAAGGATATATTTACCAAAGTTTGTTTCCTAGTTCTCTGATCG TAATCCTGTATCGTATCTTCCAAGATAGATTATGTGGAATGATTTCATAT CTTATTTTTACCATTGAATATCAAATTCCAAACGTCTGGAAGCACTCTAT TCTATCATTTAAGATAACTTAACACGAATATTATTAATAAACATGGTTTT TTAATTTAGATAAATCAGCACTTCAAGTGGAGAAACAAAACTACAATGAA AACTCTATTCTGAGCTTCTATCTTCTATGAGATTTATATCTAATGGGATG CTTTATGGATTAAAAGACATTGCATTCCTTATAAATTTAAAATTAATATT TTGATTCATAGGTCTTGTATCTACTATTTGATGCTTGTCCTATTGGATAT TAGAAATTCAATTTAAAAATCGCTATTCACTATGTTTTTTCTTTCTGACT GATACATCTTCAGTCAAACTACCTGTGAAATATAATATCAGTTTCTTGAG TACTAGGTTCCATAAATTGATATTATTTGTGTTGTCCCTCATTAAATAAT TTATTAATAATTTAATAGTTATTAGATCTGTAATAGAGTTTCAAAGTCAA AGTGTCATGTGTCAGTCAAAGTGAAAAGACCAAAGTGCTGACTCCAAATA TATCTAATAGAAAAATAAATCTCGATGCCAACCCAAGTAAAACAGTATCG TTTACAATATAACTTTAACTTAAGTTACTCATTTATTTACGATTGAAGGA AGAGATATTGTTGTATATTATTAATATATAATGTATATTACATTGTGTGA AATTAGGTATGATAAAATATATCGTCGGTTAAATAGAGAAGTCAACCCCA TCATTACATAAATGCTTTAGTGTCTTTGCCGTAGCCTTAATATAGCTATG GTCCTGGGGTTTATTTTGAAGTATTTGGAGGGGGACTAAATGCTTTGGGA AGTGCCGGCGATAGTTTTAAACCTGCTTGCTAGCCTCCCATTACACAAAA CAAGTTTTGGTCCCCGGTTTCTAATTTTGTTAGTCAATGAATGGAAATTT TACCAATAACAATTTTCTCCAACAGCAATTTTTCCATAAACGATATTTAG GTATTGAACGATATTATTATGATATATTGATAATCAACATGCTCGATTTA TGTACAAAGATTGGAAATAAAAATGTCCTTGAGTATCCTTGATGCATATA ACGCAGAAGAATGACTAGTCTAGGTATGTTACATAAGGAAGCTTGAACAA CATTGATTGAGATTATGAGTTTTTATGAGATTAATTAGTTTGTAATTGCT AATCAATAGAGGATCTAATAAACTGCAGATTTGCTTGGCAGTTTGGGGCA AAAAATCACATCTGCCAGTTGACAAAAACACCTAACCAAGGTTAATAAGG TTTGGGCAAAAATGACTCTTCCAATTAATAGAGATTTTTTTCAAACGTAA GAAAGCTTGAACATTTTTTTATTCATTAGCGAAACAAATTCAAAAATTGA TTGAGAGCATCAGTTTTGATGATAATTTGAAATTTCTAGGCGCTTATAAA TTATGAGAGGAGTATCATGTTTGTGTTATGCTCATTCTTTTCAGGACACT GACACACCTAGGAAAGCGTAGGTTTTGTGATTCAAACTACGACAGTCCTA AAAGTAGAAAAGCCATAACTTGTGTGATATAATTATAACAAACTCCATGC GTCATATTAAATACCCTAGTCTTAAGAAACCAGTTCTTAGTACTTGCAAT TCAAGGAGAACACGGATTAAATTTTCGACCACGAATCTCCGGATTTCTGA GTGAATAGCCAATGGATTTTAATAATTGAGGCATTTATGGGAAGAGGCAC TCCATATACAACGTAAAAGTCCCTTTTCATATTCATATTTTGACTTTTTC AGACTTTGTAACATACCTAACTAGTCCCTATCACACTCACATCAATTTCA TTTAATATGCATGAATTCTTGCTGTAGTGTCTAAGTGAACAATTATACAT TTTCAATACTCGAAGCCTTAATCTTGATTTAATCGTACTTCCTAGTTTCT CATTTATGGAAAACAAAGGGAAGGCTATCTTAAACTCTCTTTTCTCTATA TATTTGGCTGCAAAATCATATTCTGTTCTGTTATTACGTGAATAATATGA ATCGTGAATCCTCTTCTAAATAACTAAATTGCTTGTCACCATATTAGAAT ATTCCACTAATGAAGACCTAGGATTTCCACACAAATTAACTAATTACAGA TAATAAATAAATGTTTTTCATAAGAGTCTGACAAATGGGAAATAATTTTT TTGAAAAAAACATATAGTAGTTTGCCTTCTGTAATTATTTTTATATTATT ATATAGGAATAAGTATTACGAGGGATGTTATATACATACGTTATGAAATA CATTAAATTAAATTCCTTGATTTATATAAATTTGTAGAAAAATTAAAATT AATGATATCAGCTGAAAATACACTCTTTCCTTCTTTATTTCAAAAAGCTA TTCGTGAATAAGACACAATAGAAGAAACGATTCAAGAAATTTAGAGAATG AGGTGGTGAGAAAGAATATCCTTTCAACACATGATATTAGCACTCTCAAG ATTTTATCGAAAGGAAGTTTTTATTTTCATTACAAAAAAAATGCAACAAT GCATCTTCCACTGATTCCTAGACCTTTAAGGATGTAGATGGATAATCAAA TATCATCAGATCCAATTAGTGTCTGGAAAAAAGATATAAATATTTCAAAA TTTGCCGAATATTTGAGACTATAGGATTTTTAATTCGTCTTAAAGTGGGT TACTAAATCTATAATGAGGTTAAACATAATACTTATATAGATTAAGCTTG TAAACGGAATTCAAAATTCGACAGCATTCCATTGAACGTGTGTTCAATAA ACAGAACACTTAATGGAACAGATTTTTTTTTTGGACGTACCAATGTTCCA ATAGTACTTACAAAAAAATCAAGAAATCAAAGTACATTTTTTTAGCCTTT TTTAAATATGATTTAAAGGGCTTATAAAGTTAAACCAATGCTTGGGAGAT CTWTTTTGKGGCAGRGGTTAAGGGAGGGGGGGGGGGCAGAGGGKGCACTT TTTAAAGATTTTATCGAAAATGAAAGTTTCTAGTACACTACCTTAACTTG AACATATGAACTTGAAGAGTCAATATTTCTTAATCATGGGACCAAAGTTC ATCATTTGGACGTAAATGTAAGGAACTAGACCAAAAAAATCCCTGATGAC TCCATGACGAAAGAACAAGAGTCATGTGCTAAGATAATTAGGTACTTTCC GATATTTACATAGTCTTTCTTGTTTTTTGGTTTTCGTATATATACAGTGT GCGACAGTAAGACGATACCTTCTAAAGTGGTGTCAGGAAAAAATGGCAAT ATAAAAAAAAGGAAAAATGTCTAAATGGAAAAAATGGCAAGATTCTTTTA AACTGATATAATATCAATCACCAATATAATATATAATAGGAAAAAGAAAA ATAAACAAACACGACAGCGGTTTGAATGAAAGGAGTGCTAATCACTTCAT TCTCCAGTATTAATTACAATATCATTAGACATGATGGAGTATTCATATTG GACAAGACTCTTGGATTCTACGGACAAGCATTTGCAAAATACTATGCAAG AGCAGCGATTTCTACTTCGTTATGATCCAGGATGTGTCAGAAGAAGAGTT GGTTGGCTGTGGAGCGACAAACCACTGAGAGGATTCGGGCAGGTAGTCAA AGGTCGAGTCGTGGGAGAGTGCGATGAAAACTGTAAAATTCAGTACAGTT GGAGCAATCTGAAATTGCAATAGAACGATGGTCATCATCACTTCATACAG GGTGTCCACGATCAATTGGAACTATCCTAAAATTCAACCTGCTGGATAAA AATGGAATTTGGAGTGTATTCGTTAATATGAAAAAGTTAGGCATGATATT AAACAATAAAGTTGTTCCCCATGTCCTCCCTCAGCAGCCACCATCTTCTC CATCCTGCCCCTCAAGGATTTGCATGCCCTGATGACTTCCGCGGAATCGA CAACATTCCACTCCCTCGTAATGGAGCCCTTCAGGGCCACGATGCTTTTG TGGCTGRCCYTGCACACCTCCCYCTCCAACTTCCCCTACCAGTAGTAATC ACACGGATGAGGTGCCAGGTGTTGCGATCCCAGAAAGTGATGTTGTGGGA GTTGAAGAGGTTAGTGGTCCTCATGGCGATGTGTGCGGGCGCTGAGTCTT GATGGAATATAAATTCCCTCCCAGCGGCCGTATCGTTCATCCAGGGGAGG ACGAACTTCTCCATGACTTCGCATTACCTTATCGTGTTAACCCTTTCCTT GGGATTAAAGAAGAAAGGAGGCATTACCTCACCAGTGCTGCAGATGACAC CCAGAGTCATCACAGAGGCCWGGAACTTTGTGGTGAAGACTGCAGGGACC TCTTCTCTCTCCTTGGCAAGCCACCTGTCATTCTGGACGTTGTAGCTTCT GTCGACAGTCCAGTTCTTCTCGTCGGAGAAGAAGATGATTCTTCCTCCAT GGCTCTTCAGGTCATTGAGGAGACGCTTACCATTGGTGAGCCTGTTGGCC TTCATGGATGCCATAAGGATGTGTTCTTTGGCCATTCAGTATGACCTGTA CCCAAGGTCCTCATTCACAGCCTTGGATACCAGCTGCTTGCTCACTCCAC GGTTCTTGGCCAACCTGGACAAGGAAGTCCCCGGCGAAGCCTTGATGGAC TTCCGGAGACCTTCAAGGAAGCGGGGAGTGCGGATTGGGTCACTTCTCAT GTCGTGGGTCTTGCGGCAGACCTTCCCCTCAACCTCCTGGGCATTGAAGA CCCTTTACACCGTGGTCTTGGGGTAGTTAAGAAGCTTGTAGATAGCAGAT GGCTTGTGYCCCGCGCGAGCCAATTCGAGGATGGCAGCTCTCCTTGCTTA TTCCATGATGACAATTGGTTGTTGTCAAAACAATATGGGTGGAAGTTATA GTGTATTGTTCACGCAACCTTTTATATTAGTATGATTTAACCCCGAATAT CCACATTATGGATCTGGATGAAGTTTAAAGTAGTTCCAATTTATCGTAGA AACCCTGTAAACCTCTATCTTCCCCAAAGAGAACAAAACAGGCTGCGTTA CGTAGTTATCTGAAGGACTCGAATTCTCGAAGTTGTTTATCTAGGACTTT AAATTCATACTTCCAATGTATCAAGCCAAGTATGAGAACCATCAAAAGTG ACTTATGGGCTCTTTCAACGAATTTTTATGTGCATTTTTCTAGTATGATA CTATGACATTTGAATATGTAACTACGTTTGTAATAAATAATAATGGTCTT CATTGATATTTATGAAAGAATATGAATATTATAACTCCATACATTCATTA ATTTCAATTTAGAATGAGAATCCAACTCCAACTTCATTAACTTGTATAAA AAATATTATTGTAAATTCCTTTGTCTATGTTGCTTCCATCAATTAATTTA TTTATTGAATAAATGTAAATACATACTTTATGACGATGAAAAGGGTCTAA AATGTTATTCCATACTTCTTTAATTACCTAATTTGGTTAATTTAGGTACG TAAAGTAAGAACCAACTCTATGGGAAGGTTTCAGGCCCTCAAAGGTTTCA GGTGCCTTATATTTCTCTTAACTATAATGTATTTTGAAAGTTTGGCATTT GTGAAACTGTTGTGTCTATTAAACTCAAGTTTACCTTTCCATTACAGAGA AATACAATCTTTTTTATTTCTTTTGATCATGGTGGGTATTAGGCCACTTC TGGTGATCATAAATACACTAATATTTTTTCAAAGGCCCTTAAAAAGTTAG TTTTATGAATAAAATATATTTCATCAAATTAGTAATTTCAATCGTTCTTT TCGGCTTATGGATGTTTAAAAAATGCGTACTTTCAAGTAATTTAGATCTT ATTTCATGGGGAAAAATCAATAAAAATATCATAAAAGTTACATTTATCTA TTTTTGATCAAATAAATATGTTTACTTAGGATTATCACAGTATGAATATG ATATATTAGTTATTATTTTAATGTTGAAACATATCAAAAATAATACACAC AAACAATTGGGTAAATGAAGCGACACATTTTTTATTAAGATGTGTTTTTC ATATGCTTAGATCGATCTTCATAAATTAAAGACAAAAATACTTCCATGTT CTCTAAGAATTAGTCCAAAAGAAGGGATCCGGGATACTCTATCCTCAACA GGAGATGCTTGAATTTTAAATTCTACGGGAATGATGGCACATTGAAACTT TAYCCGAAGAAGAAAACCAAACCAAGCTAAGCCTCAAAAGAGAAGAGTCG ACTCCTTCCTTGGANGAAATTGTATACAATAAGATAATTGTACAACCCCA CAAAATATAAGATCACTCAAGAAATAAAAAATCTTTAAAGATACATATTT TTTCTAAGTGGTTTGTCGCTCAACATCCAACCAACTCTTCTTCTGACACA TCTTGGATCATAACGAAGTGGAAATCGCTGCTCTTGCATAGTATTTTGCA AATGCTTGTCCGTAGAATCCAAGAGTCTTGTCCAGTATGAATAGTCCATC GTGTTTAAGGACATTGTAATTAATATCGGAGAATGAAGTGATTAGGACTC CTTTCATTCGAATCGCTGTCATGTTTGTTTATTTTTCTTTTTTCTTATTA TATGCTATATGGGTGATAGATATTATATCATTTAAAAAGAAGCCTGTCAT TTTTTCCATTTAGACATTCTTCCTTTTTTTTTATCTTACKATTTTTTCCT TGACATATTTTTCCGTTGCCATTTTTTCCCAAAATCTGTTAAAGTAGCTT ACGAAACATTGACTTCATCAAGAACAAAATAGTGTTAAACGATTGGGCTA TATATAATTAAAAAACAAAGAATATTTGTTAGTTATTTCTCGAAATGACC TCCATTTGCTGCCATCATTACCTCGATCCTGGGCCTGAAGACTGCGCACT CCTTGACAACGTGGCCCTCTCAGCGGAGGTTTTTAGCCTGTCGATACTGG GATGGGGGGCCACAGGTCCTACTTTCGACATAGCCATAGCCCTAGCTTTG TGCCCCGGACTGAGTAGTTCTGGAACGCATAGTTTTCCTCTGTTTAGTTG GACTTCACCCAGTGCAAGAACATCTCCTTGAAAATATTCTGGTACTCCTT AGCCCAGATTTTCAGACCTTTCTGGAACCAACAGGGTGGCATCTACTTCT CGTCCGATGCCACAATTACCAGCATCATTGCAGAGGCTGAAACCCTTGTC AAGTTGACCGGCAGAACCTTATGGTAGGGCTTGGTAGCGGKTGTTCCTGG RGTTTCTGTACTAGTCCACGATTTAGTTTTTCTTGCTCTGCTGGGTGCGA ATGAAATCGGCTAGACTTCACCTTTGGCCTCTATCTCAACAAGGAATGAA CTGGTTTTAGTCAGTTTTAGCCTATTTGAACATTAATATTCACTGAATTA TCGTGTTAAAAAATCTTGGAAGCAGTTTATCAAATGAGGACTCCCTGACA CTATCAAAGTGGAAGTCGCGATTTGCTGTTGTATAGTGTTTACGGTACTA ACTTATGATTGGAATACGGAATGGAACGGAAATAATGGCTGAACGATCAG CAGAAAACAAAATGAACAGAACACCAAAATAGTGGAACGCTTAGATGCCT CGATTTAATCATACTTGAGAAGAAATATAAAGTAGAGATTAGTTATGATA TCAATCATGCGCGTACACATGATACAAATATAGGCAATGTGTTTCTAAAA AATGTGCATTTTATAATTTTCAAACCCCACCCAACAACTCTTCCTTTCTA AATGAAGAGATTTTGGGATTTAAAATGTGTTTTATTTGTAGGAGTGAAAA TAACATGATAAATTAATTTTTGGAAACACGAAAATCACTAAGGTGGCATT TTCTTTCCCCCAAACAAGAAACATTTTAAATCACAGAATTTCTTTATAAA GAAAGGGAGAGTTGATGAAGTTTGAAGATTGTAATATGAAAAGTTCCTAG AAATAAATTACATGTACATGCTTGATAGATGTGGAAACCTACGTTAAGAA GGTTCGCATACTGAAAGAAATTCAGAGCTCAATTTCGGATATCTAATGTG TATTAGCTTAATATCCCGTGTAAGGATTGTAGCAAGACTTTTAATTCAAT TATTCATGCGTTTGTGAAATATATGTTATTAAATTTATTGAGATATTTCG TATTTTTGAACATTGGAGGTAATGTTTTGCCAAATACTACATGTTATGTT GAGTATCTAAAAAGGATAAAAACAAATCTCTCGAAACAAGTGCTACTCAT TATGTAGTCTTCATTTCAAAAGCTTATACTTTAACAGCTATTATTCTCAA TGTCTATATCGATTGGAAGGATGAGAGACCCAACTATATCGGCTAAWGCG AGGKAAGAGTGAAAATTGAAAGACATGATGAAGCTTTGTAAATTATTCGT TAGATTCCTGGGAACTCAGCGAGATACCCAAAAATTATTAACCATATCTG ATAATTTTTCTAAAGCAACTGGTTAAAAAAAGTAATTATTATTATTTTAG AGTTTCTTGATGTTTCCTTCGTAGTGACACATATAATTAATGTAGGTATA TAATGTAAAAAGTGGGATTGCTATGCACAATGCACCTATTTTATACCAAT ACGACGTAATTTGATTGATATTCTAGTGTTCTTTTGTATTCATTTGATTG ATTGTTTTGTATTTTAGCAAGAATTTGTGAATATTTTTATTTATATAAGT TAATTTTAAGCTTAAAAACGAAAGGATCTTTTATCTTTAAGTAATAAATA CACTATGTAACAGCATTTTTGTCCGCAGGCTAAACCCACATTTATTTCGA TTATATATTTTTTTATTCAGAGCCATATTTCGATTTAAAAGAGCTATATA GATGAAAACAAATGCTAAAATAAATTGATAAAAACATAGTAGCATATGAA CGATTAATTATGTTATTTTGATTACAATTCTAAAAAAATGTGTCTAATCC TGGAAAAATCTAGTAAAATGAAGGTTTTTATTCGGAAGATAATTTTTTTA ATATTTCTTTCTATGGCTTTATATTTTAGCTATAACTATAGAATAAATAT TATATTATAAAATAAAAAGGTTTGTCGTTAAAAAAAGGTCCTTTTAATTT GATTTTTCAGATTAACTTTTAATTTTATAATGGAATATTTAATTATAAGC AATGCAAGGCTGAAAAAAATTATTCCGAAATTAAATATAATTCAATTGAT TAATTGTAATATGTAATTAATATTTTAGAGGCAAGGGAATTTCCATGATA TTAATTAATTATTCAATCAAAGGTCACATTCCTGCATGGCATCTCTTGCT TGTACTTTTTGTTGTTTGCATTAGATTTTTAAATCTTCCGAAATCTCTCT CCTCTAATTAACAGAAACGACATATAAACACTTATAAAGCAACAACGTAT GCTAGGATATTAAGTAAAGCTATCATTCAAGAACAGAAATTTTTTGTTCA GAAGGACTTTGGGATTGGTTTTAATTATTCCTGCTCAAATTGTTAATGAA ACGCTTCCAAGTAACGTCTTTATAAAAATATAACTCAATTTTTTTTAGTT TTACTAGCTTTTATAATTTTCTCTGGTATTCATAGAAATTTAGATTACTA TTGTTAAGACATATATGTTATACGACTTATTAAATAATGAACAAAAAAGA AGAAAGAGCACAGGCAATTAAAATATTTATCCAATATTTTGGAACATGCC TTCAAACACAAAATTACACATATTATACTCCCCCCCCCCCCCCCCCCCCT GCCTAAACAATGTATAGTTCCATCAATTGTGAGATTTTCTAGCTGTTTAG TTTATTAAATTTAGAGATATTGACGTTTAAAGTTGAATAAAACATATTTT AGGTTTAATAAATAGTCTATGATATACGTGGATATGGGATATATGAGGAT TATGAGTTTATATATATACTTTATTCTACACCAGGAGAATCCAAAATGAC TCATATTAATATATTATTGTCAAAGTTGATAATTCTGTAGAGAAAATTCC CTGGACGAGAAGTTTGTTCCCCCTTCTGATTCTAAAACTTCAGGTATACC ATAATCAATGAAGAATCTCCCCATTACTTTGTTAATCACTCTTGATGTGC TTCCATTATGCTCAAAATAATGCAAAGCAGGATATCTAGAAACCAAAATT ATAAACCAAGAAATTCTTTCCACTTACAGAAAATATATCCACAGCTACTA CTTGAAATGTCCTCGTCATTTTCGGTCCTTTAAATTGATTCTCCATTAAT AAACTAGGTAATAACTTCTGGCATTCCTCAGACTTTCTCACCATATCTTT GATGTCCATATCTATYCCCAGCCAATAAATTATCTCTCTGGCACACTGCT TAGACTTCACTATGCCTTGATGAGATACATGCAGATGTTCCAATATTTCT TTCCGAGCTACTCTTGGTTTAACAATTATTTTATTATTGACGACGATCAA ACCTTCATAAATCGATAGACTATCTTTCAAATTCCAGTAAAGTTTTAATT CTTCAGGGAGATTTTTGATATTATTTCCAAACCGGTCTTTAATAAAATTT ATCAATTTTAGATAATTAACATCTCTTCGTGCTTGGTCTCTCAATTTTCT TAATCTTCGATCCTTGATCTCATTCGTATGAATTTTTTTTTACCACATAC AGCTCTTATTAATATTCTTCTTGCAACTTCATTCGTATGCACATCCTCCA ATATGTCGTCCTTCCTCGGATTCCAATAGGGATTTCTTGACAAATTATCA GCTCCTAACATTTTTCTTCCTGTTTCCTATGCAACAGTGAAGTTATAACG CATTTGTGTTTTTTTTATTTCTTTTTGTCTTGGATTCTCAATTTCGTCCA AAGTTTTCTTGTTGAGGATATTTACAATTGCCTGATGATCTTTTTCAATT TGAAAATGGGATAATCCTTGAAGATAAATATTGAATTTTCTTGTTGCCCA ATATATAACCATCATCTCAAGCGTTGTCATTCCATAATAATCTTCTGTTG CACTCGGCCATTTAGAATTTGCTTCAATAAGATGCCATTTTCCTTCACTG TCTTCTTGTCTATAGATATACACAATACCTTTTTTCTTAGAAGCATCAGT TTCTAATACAGTTTTTCTATTCGGAATGAAGTTACTCTTTTCAGGTAATT TAACCAAAGACTTCTCGACATCTTCAAATGTGCCATCCTGTTCTTTAGTC AATATGTACTAATTGTTGTTGGATAATAAAGGTATCAATGTGACAGATAA GTTGGTTATTTCCTTTTAAAACCTGCTCATTTGATTGACCATTCCCATAA ACGATCTCAATTCAGTTCTATTTTGAGGAGCTTGTATTTTTGAAAGGGCT TCTGTTTTTTTGGGATCGATATTAATTCCATGTTCTCCTACGATATAACC AATAAACTCAACCTTTGGCTTAGTAAATTGAAATTTTTCTTTATTGAGTG ATATTCCAAACTTCCTACTTCGATCAAGAAATTCTTTTAACATGTTCTTC AAATGTCTCATCATATTTTAAAATATCATCAAACAACTTCTTTGTATTTG GCAATTCCCCATAAGCTTAGTCCATCATAAGATTGAATACGCCACTTGTT GCATTTAATTCTAGTGGCCATCTTTTAAACTTGAATCTTCCCCACGGAGT TATGAACGTTGTTAAGTCTTGGCTCTGATGGTGTTAAGGGATCTGCCAAT ATCCTTTAATTGCATCAAACGTGGAAAAGTACTTATTTCCAGGTTGAATG TTTGAAATTATATCCTTGAGATTAATCATAGGATGTATAGGTCTTTTGAA AAACTTACTTAATTTTGTTAGATCCACTGTTAGTCTAACCGACTATTTTT CTTTCCCACCCAAACCATAGGGTGACACTATTCCGTAGGTTTTTTTCCAC AGCGGCTCAATTATTCCTTTTGTCAACAATTCTTCCAACTCCTTCTTCGT AGCTTCTCTATAAGCAAAGGGAATCGCCCTTGTTGGGTAGATTTTCCAAG GTTCTGCTCCTTCCGTTAAAGATATTTTTATCAGTGCACATTTCAACTTT CTTAATGGTTGATTTCCATCAATTAATACATCATGATACTCCTCCACAAG CTTGTCTCTCATGGCTTCATCGGAAATATATTTYATTTYCTTGATTCCAC GAGCACTAGGTCGTTTGGCTCTTTTCCATCTACCTCGCTAAATTCTACTT GGATAATCTTCTGGTAAAATTCTTAATTTTTACACAATACCCACAACATT AGAAATTTAACATTTTCCTTTCCACTGATAATTTCTTCCTTAATCTCCTC ATTTCCAAAACATACATTTAAAATTATGGACCCTAGTTGATTAAAAGTAG CTCCATTCACACGAGAATCTGAAGGTCTGATTAAATCTCTAAGTGGTATT CCAATTTCTTTAAAAAAATTATCATCTGCAATAGATACCTCACTACCAGA ATCCGGAATTGTATAACTATAATTACATAAGTATATTCCATCTAGAGAGT TTAATCGAACTTGTATTGCAGGTGAGGGACTAAATGTGGTCACGTTTCTT ACCGTGACTTTTCTGTTTCTTGCAATTTCATTTTTACAGGCCTTTGAATC TCTCAAATGACCAATTCTTTTACAATTTCTACATTCCTGTTTCCAAGCAG GACATTTATTTATAATATGGTCCCTTGAGCAGAATATACAATCCATTATT TTTCTTCCTGGAGGATTTTTCCTAAAACTATTTTTCTTTCAACTAAGGCT TTGATCCCTACATTTTCCTCTTGTTATTTTGTTGACTTTTAACGAATTCA ACTTTTTGTCATCCCTCTTCGACTTTTCCTCAGCTTGATATTTATCAATA ACTTTTTGAAGTGTACATTCCTTTTCTTCTATGGCCATAAGCTTTTTCCT CGTTTCTTCATCCCAAAGTCCCACAGTTAATTTAACTGTGATATTTTCTT CCAAACAGACTTTATTACCGCATCGTTCATTTAATTCGGCACGATTTGCA GTTCGAGTTACCTCTACGTAGAAGTCCTCGAATGACTGATCTTCTTTTTG ATACAAAGAATGGAATTTAACTTTGTCAAGAATTATATTATATTGGGAAC GAAAATATTTCTTCAATTCTTCTAAAATTTCAGGAATTGATAACTCTGTG TTTTCTTTAATCCCGATTGAGACTCCCTCATTTCTATAACCATGAACGAT CTTAAATTTGCTAGTTGTTTTGCGTGAGAGTAGCTATCAACTCATGCTAG TTGCCTGTAGTCTTAAAAACTGAGAATCCAGAATGACTCATATTAATATA TTATTATTCATAAAATACGCACGGAACATTTAAAAATAGGTCGCTAAACC TATAGGTATAAAGGTATATAACAGAGTCTGAAGATTTTCTATGTTAAATA CAAAAATAATGTGGCAAATGATATTAATTTAATGTTGATTTTTATGTTAT AAAAATATAAATTTTATTTAAGCTTGAATAAGTAATAAACAGTTGGTTTC CAAGCTTATTTTTTTATATCATAGTGTATTTACATATGCAGAGTCTGCGA AAATTTAAGTATAAACAGACAGCCACATAGAGTTGCGAAAAGATAAGGTG GATTTACAAATATAAAGAATTTAAGACGTTATGACAAATCCAATGGTTGA TCAATTGGAATTTCTGCAAAATTTATGATCCAATTTGGTTGACATCAAAT AAAATTTGAGGAGAAAATAAAATACGAAAACGTGGGAGGGTTAATTTGAT TTCAAAACTGGTGGAAGAAAATATTAATTGCAGAAATTCTTTTTAGTATT TGGAACAGACCTCAAGAACAACGAAGGGCTGGGCAGATTTTCGAGACACA TGGGCTTCAGTATTTGAATATCCCAGTTATGCAACAAAATAGTCTTCGAG TACTTTTACACTATATATAAAATATGTAACTCGATGAGAAGATGTGACTT TTTCCAAACCTGAAAAGGCTCTAAGTCTTTCAAATTACAGTTTCAGCCCG TCAAGATATAAATAAAAAGATGGGGAAAAATACATTGGATTGAAAGTGGT AATTCAGCTATCAATGTCAATGACGTACAGTTTTATAGTCTCTCCTTCGA ATTTTATGAGAAATTTGCAGAGGACATTTTCCCCCATACTGTCGATTTAT AAATTGATTTTCCAAAATGGTTATATGCTAGAGTTTATAGTAAAATTGTC ATAGTATGCTACAAGAAATAAAAATACTAACTTTAAATAAGAAATTACAA GCCAATTATGTTGTTTAATCCCTAATATAAAATATTAGTGGAACTCGTAA GCTAGGGATGGGCACCGTTCTTGATAAAGAGGACCAAATTTATTTCAGCA CTATTATTGGAGGGCCACATGACTACATACTACAAATAACTGGATATGGC AGACGCTACAAAWGATTTTCAATAAGAACACATATTATATGTATGTTTAT TGCCGCAACATACAAAGATTATCTGGATATAAATGCATTTTTAATCCTTA ATAATACTTAATAAGCAACAAAGACAAAACAGTTGCTTAAAGAAAGTGCA AAAAAGGAATTTTAACTCTCTCATATAAAAAAGTTTGCTCAAAAAAACTT AGTGGAAATAGCTCAAATTCATTAATAGTGACATTAATTGAACATAATTA GGAACCTGAGGGTTGGCATGCCGGCTCACAATGGATGGGATGTCGATACC GATTTTTTTGGTCCCAATGTGCATCAAATGAATCAGAGTTTGTTTCTGTT TCAGCTTGTTTCTCTCTTAGGATTTTATATGCGCTTCATGGTTGAAAAAC TGCTCTCACAAATGTAATTTCTCCCAAACACGCTAGCATATTGTTTGTGT ATGGCGCCCTCTATTGGTCAAAATGCTCCTTACACTTAAAAAAAGTTATT GGTCTATTTACGGACCGCACTGAGGGAGGATGAGGGCTGTTTGCGGCTCC TGGGGCGCCAGTTGCCCATTCCTGTCTTAAACCAAAGATAACTTAAATTT CTTCCAAATGTCCTTACCAGAAAGGACGTATAAAAGGGGAAAGGCTGCCT GTCGGAGGAACAAAAGTCTATGAGAGGAACATTTTTTGGAGATAAATTAA ACATCCTAGACTGGCTTGTTCTGCATTCGGGGAGGTATANNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCTCAATGTATAATTA GATAGATCATTGAATTATAGATACCTGGAATAATAATGTAATGATTGCTT ACAATCTCTAGTTTAATTTGAGTGAATTTTTTAGTAAAAGTTTATGTATC TGTGAAGCCAGTATGGCTTCTTWAATATAYCAAGTGYTTAATTTAATTGT AAGAATAAATATAAATTGATGTTGGTAGGATTAGGTTCTTAGCCGGTTGA TCTAAAATGACGTTTTCGTTTTTTTTAAATTATTCAATCCTTCGATTTCA TTATATTATAATTAGAGATAGGATTTGTGTAAGAGTGCGGTAGGKAAGAC ATATGGTATGCCTGAATTATGACTAGTGTTAATATCAGCTGCCTCTAATT GATTTTCGGAGGAGAAAATAAATTACTCCTATAAACAAATATTTTATGTT GTGAATTTTTTGTAGTTCTTGTAAACTTAAGATTTGTTTCTATTACTATC AGTGTCGTATCGAATTTTTTGGGACCATTTTGCAAACAAATTTTTAGAAC TCCCTTTATTTAAATCTACAAATCCGACATTACTTTAWTTMAAAAARTAA YTTTTTTGAAAACAACATTGAATTTGTTGCTGTGTNACCATTTTGCAAAC AAATTTTTAGAACTCCCTTTATTTAAATCTACAAATCCGACATTACTTTA TTTTAAAAATTAAGTTTTTTGAAAACAACATTGAATTTGTTGCTGTGTGA AAACAATTGGATAAAATAAATTTTTTTCTTGTAACTTTTCCATAAAAATT GAATTTTGCTAATACAAATTTTCTTAGTTCCAAAAAATTCTGACCTGATG GTGACAACTTCATCAACTCACTTGAGTTGCTTTAATGATAAAATAAATTA GCTAAATAAATTGTTAATTATTATATGTTATAATTTTCAGTATATGTTTA TATCCGTGAGCAAAAAACATTTATGGAAAAAAATAACTACTAAAACGAAG CAATAAGTTTGATGAATAAGCATGTCAAAAGTAATTTTCATTTTCCAATT TGGACTGATTCTTTTATATGTTCTACATGGATTTTATACAGAAGTTGATC CACTCTTGAAATGTTGTGGTAATGTACCTCTGAAGAAAAATCGTAGTATC ATAACATTAGGATATTTAACAGCTGTAAAAGGCAATATGCACAATAGGTA AGCAGGATATTTTTAGAAGTTTAACCCATGGGTGGCTTTTATACTTGTAC GAAAAAAAAAAGAAGAAAAAAATCAAAGAAAAAGTCACAATTTTTTTAAA AATAGTTTAGGATAAATATATATTTCGGAAAATATTATTTTATTCAATTT TATTTCCAATTTTTATAACTATTTGTAATCTGATTATTACATTTGGTAAG TATAAATTAAATAGCTTAAGAAAATAGCATTTCATTTATTCTATATTATT TTACCATCAACATAAAATGTACTTTGGACAAACAGAAAGAAAACAACTTG TTAAAGAATAGTATTTAAGTTGTTAATTTTTTGTCTTTGATATAGTTGCA TCAAACATAGTTAGATCTTGCATAAATTAAATTTACGATTGATGAAAATA ATTACAAAGAAAAATAATGTGTAACGATATAAAGTTTTTATACGATAAAG GATAAATATTTGTTTTTCTTTTTTTAAAGATTTATTGATCGGTTCATTGA TGAGTCAGGTAGGTTACTAATTTTGTTAGCGCTCTCTCACTCGTTATTTA AAACAATGAGCGCTTACCTTTCGCTCGTATAGGTGTATTTGAATTAAACA ACTCTATGATTGCAATTAAATTCAATATATTGGAAGTTCAAATGTGCCTT ACAATTTGTGGGCATCATACATTATTTTTAATAGTATATGATAATTCAAA TGATTACTTAATTAAAATAGGTGTGTTCAGAAATTTTTATGCGTTTTTTG GTGTGCCTTGGGTACAAAAAGTTTGGTCTTAGGGTACATGTATTTATAAG GTTTTGTGCACTATCATCCAGTTAATCCTGATAATTAGCTTGAGCTTGAA CAAAGGTTTCTCAAGTTTTTGAACTTATGCTTACCTGATTATTTGAGATC TTATATAAATTTACTACATAAAAGAATAAGATAATCGTATTTCAGTTGGG AAAACCGTTTAAAAATAATAAAGATATATGTTTCAACGGTATATTCTCAA AGGAAGGAAGTGGTGGGGTCTCTGTGGAACAGATATCTCATTATTTTTAA GGTTGCCAGTTACATGAGAGGTAAACTTGTCAACCAAAACCGAAGAGGGT AAGACGGGATTGTCCCAAAAGTGAGTAAAGTGCTCCTTACAGAAGTTCTG TGTCTTCGCAAGGCCATGTGACTAAGGCAACGTCTAAGGTACACACATAA TTGTTCTCAGGATACTTAGCCTTCGGCCAGTGCAATGTTTTCCACCTCAA GACCTTATAGTAGGCCTCAGCCCTGATTTTCTCATAGGGCTTGTAGAAGA AGGGATTCATCTTTTTCCCATTGGAAGCCAGTACTCCCAAGCACAGTGTT TGGGCCGGATGTTTTGTCATGTAGGTGGTTTGGACTTCCTCAGGTGATAC TGTATTAAATCTGTCGTTTCTGCGGTTCAAAACCTGGTCGACTATAAAGA TTTTCTTGTCTGAGAAGATCTTCATAGTCGACAGATGACTCTTTAACTGC ATAAGGACTTTTTTTTCATCCATCAAACCTTAATGCATTCATCCTGTCTG TGAGGAGATGTCTTGGATTCTTAACAAAGCTGTTAAGGCTAAGGTATCAT GAACTGTGCACCTTAGGGGGATCTCGTCCACGTTGAACTTGTCAGCCAAG CGGCACATTCATGCTGATAGATCTTCCTTGATCTGGTCCTTCAATGACTT GATAAATGTTTCTTCTCTTTTTAAACCATTTCCTCTACTTCCTTCCTTCT TTTGACCCCTTCCCCATTCTCTTTGGTCAATCTGATGTTCCGGATTGTTA TCATGGTCACACTGACAATGTCTGATTTTTTTAAGGATCAACATCTGAAC CCTTTTCTTTTTTTATTCCTGTTCCCTAATTTTTTATCCAATTTTAATCA AGTTAAATTAATGCACAAGGAAAACAATAAATGTATTGGGACATTGCTTG AGATGTAACCTTAAACCTTGATTAGAGGCAAAAATTATACATTAGAATTT CCCTGTCGCCCTCTATATTTAATGTAACTTTTCAATTTCTATCAAGTAAA ATTAAGGGAGGGTAGATAATATAAAAAATGGATGATACTTCATAAGATAA ATTATAGGTACAACTCTCAGAAGAAGTGAGGCATATAAATTTCCATTTAT TCCATTCTACAATAGATGGGAGTTCAAATTTTAAAAGAAAAACATATAAA ATATTTCTATAAATTGTTGGAAGAGAATATTCTGAAGGATTATGATGTTG CCTATCTCGTCATAACATCAATATGCCTTACGTGTAGCTTAGTTTGTCAC TTTCCTTACAGCCTAAAGCTCATTTCAATACTCATTGGACTGTCATGCAA GGACCTCATGACACTTTTATTCATTTCCTTATATGATGACAAATTGAAAT ACAAAAACACAAAAGTACTTCTATTGTAAACCCACATCTTGGATATTATG TCCCTACATATATTGCAGATGAATCCCAATTACTCTAGGAAGGGAAGATT CCTTTGATGTCAAACCTTTGTTGAGGAAAATAGGATGATTCTCCATTCTC TCAAAGGTTGTGTTAAATATACACTTAAATCGGCTTMTGAAGAAKCGTAC ACAACAATAAGGTAAGCCATCTTTATAGTCGATCAATATATTCTAGAAAT GTTTTCCAGGCAACAAACATGCATTTTGTTTATTGATATTGATTCAATTT TTTCCAATGTATAGCTAGGGGAGCATAAACAGTAAAGCATCTATTGGTTT AGCTCTTATACTACTTTTTCTACTTCTCTGCTTATGCTCTCCTAGCTATA CATTGGAAAAAATTGAATCAATATCAAAGATAATTTTCAAAAATTTTGGT ATCACAATGGCTGCGGGGAGAAGGAAGAAAATTATGGAATTGCAATCGTT AATTAAAAAAAATAAAAGTTGAATTTTTCAATATTGAGGATAAATTATTA GGTAGCGTCATCTGTATTGCGGACTTAGAGGCACATGCTATTGTTAGCGA TGCACGAGTATGGGCCACTAATGACTTAATCGAAAACCAACAAAGAACCC AGAGTCCATGTTTAGTATCGATGGTTCTACTCTTCAGGTAGTATTGCCAA TGTTGGTAACCTTGGAACTTTTAGAGAGACGTGCAAGATACATTATTCAC GTCATTTCAAATATTCCAAAAGGTGAAATGTATATTTCACTAAGAGTATG TTTGGAATTAAATATTTTCCTCACAAATTTTCCAATACCTATTGGCAGTA TTGCCCTTAATCAAAACATCAATAAAAAAGAAATTGAGAGGCATTCAATG AGGTATTTTGTACTAAAGGCTGACTTTAAAAAATGAAATTGCCTCCAATG AAGATTGAGTTAAGGGATGACGCGTAAAAATTTTCAATTTTGCTATCGTA ACCAAGTGAAGGAAACACTCGATGATATTATGAGGAATGTAGTTATCACT AAGGTCAAAAATGAAGAAACAAAATGGACAAATCCAATCGTAGTATTACA CAAATTGAAAGATTCAAATGACTGTAGATCTCAGAAAATTCAACAGTCTG ATAAAATGATTACTGCATCCTTTGGAGAGGGCAAAAGAAGTTATCTTTGA AATTAAATCTTAGTGTAAGTTTTTTTTTTTAGCATTGGATGCTGTTCATG GTTCATTGGCAAATAACTCTACGTTCAAATTCTTAATTGTAAAACATTTA TAATTGTTTACGCAAAATTATATTATCTAGACTCCCACTTGGCTTTATTC ATACTATGGTTGCTAAAATGAAAATATAGATATTGCTATAGAAATATTGA ATAACGTCCACAAAGTAATTTATGACATGCTTATCGACAATTCTCATCTG AAAAGTCATGTAAAAAAGTCTGAAAAATGTGTTACAACGATGTAGACCGT ATGGAATTACATTAAATACAGAGAAGTATAGATTCAAAAGTTGAATTTGT TGGTTATAAAGTCACCGAAAATGGAATTCTTGTAGACTAACGAAGACTGT ATACTATGAAAATAATTCCTACTAAAAAAATTTGTTCAGAACTTCTTTAA TTTATGGTTCTAATGAATTAGCTCGGTAGATTTTCCTCAGAAATAAGTAA AGCATCAGAATCACTCAGATCCAATTTTAAAAAGAAGAACGCCTTTTATG GACTTCTGAAGACACCAAATAATTCCAAGGTGCTAGAGAACAGCTCCAAT GTCCTCCAATATTCCCCTTGTTTATTTTTATAAATTTTTAAAGAAGTGAA CTTCTTTCTCCTAGCTCAATATGAACACAATTTTAATATATCTGGCTAGA TATAATAATAATGATGGAACTAAAATGGAAAATACGGTTATTCCTCGTCT TAGAATTAAAAGTAGTCTGAATCTTAGTGAATTTTATGAACAAAATGAAT TTATTATTCGTTGTAGATTTTCAAAAGAAATGGTATGATTTTGAATAGTA AAATTGAAAATAATGTCCATCATAGAAACGACAAGAATGGAACTGTTTCT CCTATTATATAAATCTTGACTTCGCTACATTTATATACAACCAGTTGCTA TCAGAGACAGGATGCAGATTTATTTATAATTCATAAATCTACTGTTTGTT GGATAATCGAAAGAGTGTCGTCTCCCATTGTCTCACTCAAGAAACAATAT ATTGAATTTAATCCCACATCAGAAACTGCATTCATTTCTTGAACGTACAT AATTTTCAAGTGTATTAGATGTAATTGATTGCATCTACATCAAATTCAAA ATCTTGGTATGGTATATGGAGAATTGTTTAGAAATGTTTCTATCATTGTA AAAGTTGAATGCAATTATAAAAATGAAATATATAAATGTTCCCTATAATT CTAAGGAATATTTACACTATAAAACTTGTGTTGAAGAGTATCAATGTGCA AAAATTAGGTACTTGAGTTAAAAGGAATATATTGATGAGGAAACTGACAA AAATTGAACTTAAAAAAACAAAAACAGTATAAGTTCTCACACTTTCTACC CATTCTATTATAATTTATTTTACGAAGTGAAAATCCAAAATAAGATAAAT ATATTTCTCAACTTAACTTTTTATAGTTACTGTTACAAATATTTCATATT AAATTGATAAATATGTACTTAGATACATTGTTTTTCATATTTTATTTTTT CTTAGCGTATTAATTCATTATTAATATAAAACTTTCACTTTGATTCCATA TTTTCAACAAATTTATATCTAATAACTACATTTTTAATAAAAATATGACA TTAATATATTGAATTTAGTTAATTTTTACTAGTTTTTCTTATATAACGTA TTTATCCCTTATACTACAAAACAAAGTTAACTACATAACTTGGGTTCGGC AATTGTACGTATTAAGCGATTCTAGTTTTATACATGATTCCAACAGTTAC TTTTTATTCGCAAGTAATGCAATAGTTTCTCCTGCAAGGATACATCATCA TAAACAAAAAAAAAAAAAAAAAAAATAAATAATACGTTTTTAATATTTTT GTAAGGTCCGAAGGAATCTGACTTCTTAATGAACAATTTCATTATATTAA ATGTATTATTTGTCTATCTTAAGAAGAATAAATGGAAAGTGCTTTTAGTT CAAAGTAGAAGACTAACTTTATAGTTTTTTTGGGATTAGCACTAAAGAAA TACACAGGTTAGTAAAGTTTAAAAGTTTATTAACGTTGTAGTAGCGCGTA CAATTGCTGATATAATATTAAAAAATACATAACAAAATATACTCATTTAT ACAGTATATTTTAAATTTCAAAATTATATAATACAAGATGAATCATGTAA GCGGATATCCTTGATGATTCACACCTATAAGCTTCTGATTCATCAATTTG TTGTAGAAGATTCTTTTAGCAAATATTATTTACTTCCTGTAAGTGAGGCC TCCTACCCTTTTTTTCAAATGATATTGAGATTTGTTTTGTAGTTAACGAC ACCCGCAATTTAGTTATAATTGATTTTCATTTGGTTTATCGTTTTGTTCT TCCAAAAGAACAATTTCGTCACGTTTAGGCATACGTTGTCGAACCTTGTA AATAATATAAGAAATATAAAAACATGAAATTACAATACCCGTGAAAGCTA GCATCAAAATTGTATCTTTCCAATTATATTTCTTTCCATATATGTATTTC TCTAAACTTGCATTTGATGGAGATACAGCTCTCCTTTTTCCAGTGATAAC TTCGGTTGTGTTCTTTATTTCATCTTCAGAATGGTCAAAAATATATTAAT CTTCATCATCTTTCCAATGTTCTAGTAATCGACTGATAGTACTTATGCTG GTAACTCCAATGTCCATAATTTCTCTTTTGCTAATCATTGGTGCATTAGC ATATTATTGTCTCTAATTTTCATATCGCATTGCGTTGGGAGATGCATTTT CCATGTACCCTTTTTGATAAGTATCTTCATTTCTTTGATCGTCCCGTTTT TTCTCCAGCGTAAGGAGAAATCAGTCTCTTTGACATGTATTGATTCATTC TTACGTTTTTTGAATGATGAATATATCGTTTACAATAAAGTATAATATTC TTTTCGTCAAGATGAAATAAAACTACTGGGCAAGCGTTCTGCCCAGTATG TAATATTCTCAACAGGTGGCATAACTTCAATTTACCAAATTGATAACATT CCACGAGATCATTTGCGTCTAATTCCACTAACGTGCCTTTAAACCTATCC TTTGCAAGGTGCATCTAGTCGATTGATTTGTATGATACCCATATACTGCT TGCTAATGATTTAACCATTTCTACGTAATGGGGCAATGTGAAGAGGTGTG CTGTGTTGTATATAGGTAGATCAATTATCTACTTCAATCCTCGGTGTGTT TTTCTAATCTGACTGGGAGACTATATAATATAGCTATCCTATCTTCCATT ACTGGATTGAGGTACGGAGAGGCTATCTTCTTTCAAATTGTATCCAATAC CCTTTTTTGATGTTGTATTGTGAAGATATCTGACCTGAGTCGTCCAGTGA ATGCTTCTTGAATTCCATTCACCCATATTAATAATTTCATTTTTTCCAGC ATGATCATCGTGCTCTCTGCATTCTCATTTTTTCATTAGATAGTTCGTTC GTCTGTCTTGAGCCAACATTTCTTTTTTCGACAGTTGCTAAGTGTCTCAA AGAACCTTGAAGACCTTCTACCTGTTCTTTGAGTCCTTTCTCATTCTCAA GCATCTCGAGATCGTAGGGATGGTCTCATCAATGTCCAAAGATTCCATCC ACTACATTTTTAAGTCCCCARCCTCCAAGAATKCCAATTCCTGCCACCAT TTGTAGTTAGGATCGTTTAATCCCGTTGAATCCAGCTATATCTATTAACT CGTTGAGTTATTACTTGGTTTCGCTAGCAATAGTAGTTGTTAATTTGATG GGAGTCTCTTCGGTTGAATCCAGGCCGTTTCATTCTTGATTGTGTGATTT CTAGTTACCTGATTCATTTTCTCAGCTTCTTCGACAATGACCAGGAATTG GATTTGTGACATGATCCGAATAATTGTCCAGCATTTTGCTATTTGTCCAT CTGGTTCGTAGTATGCTAAAGATTTCAGTGGCTCTATGCTTGTTCTGTGT TTGCAATTAGGGCGTTAACTGCAAGAAAAAGAATAATTATAGTTTGTCTC ATGTTAACGTTTGAAATCTTTGATTGTTGAAGAAGGAATGAATTATTNNC TTTATTGAACTCATTCGTATGTCTTTGGTAGGCTTTGGATTTTCAGGTGT GGCATTACTCTTCCTCTTTGTTGATTGCATTCTACGGGTTTTGCATTTGT CTTCGTCATCTGGTTCGAGGGGTCGTTTATGCTTCATGCGTTCCTTTTCA GTAACTGGTTTCTTGTCTTTCTTAAATATAATCGGTGTCTTGTTGTACCA GGGCTTCTTTAATTTTTCCATATTTCATGTATTTTGAGGATGATTGATCC TCCGTCATAATATGCTCATTTGTTTGTGATGTAGAAGTAGTAGTATTTTT AGAGACATTACCATTAGTTTCGTTGTCTATCATTTGATTACTTTTACCAT CACTATTGTTATAAATCGTAAGATAATTTTTTTAATTACTTGTACTTCGT CGAGTTCTTGGCTTTGAGACTTCATCGACATCGTCTTCACAATCAGTATC TTGGATTTTCTTATCACGTTGTATGGGCATATTCATTGGAATGGTTTCAC CCGAGATGGCATCAATATGAACAACTCTCAGGCCATCTCTAGCTATAATT TTGGTTGTATCATATATTTTTATTTTAATCTTACGGTTGTTGATTATTTC GATGACTTCATAAGGTCCTTAGAAATAAGTCCTAAGTTTTTCGATTCTCA GACGTTTGAGGGTCCCATAAGTAAACCATAGAACCAACTAGTAGCATATC ATCTTCTTGTTGTATACTTATCTATTCTTTAGATGACTTTCCAGTGGTTG AATATGTACCTTCTCTAGTGAGTCAGATATTGATTTGACAAGTTGAGAAG TTGTCCGTGGAGTGTATTTAAGGTTTGAATCCAATTACACATTGGGTACA ACAGGGTGTCCTCCTGTTTGTAAAAAGAATAAAGAATATCCAAGTCGTGG GATTATCAAAAATCGTGCTTGAGCGAGAGCTCTAGGGAAGCATAGATGCC CTTTGTTACCAGAATATCCTTTTTGTATTAGCAAACCACGTATTGATTGT TTCAAATCCTGATGTAAGCGTTCTACAGGATTTGTTGGAGGTTGATAAGC TTGAGTTTTTGTTTTGATAACTCCCAGTTCCCCAAATACTTGTTTAATTA TGATTGATACAAATAGACTTCCTCGGTCCGTGGCCAATTTCATACCTGTG CCATAACGTGGAAATAATTCTTTGACTTAAATATTAATTACTTTCTCAGC TGTCATGTCACGTAACAGATAAGCTTCGGTGAATTTAGAACACGCATCAA TTAATGTTAAAATATTCTTTGGGGCATTTGCATGTCTGTTGAACCTTGGG CCTACTATATCCATATAGAAGACTTGAAATCATTCTCTTATAGCCGTTGA TGTTTGACCCATAATTTCAGAAGGTTGTTGTTTTCTTACTTTCGCTTGCA TGCAAATATCACATCCTCTAATGGCATCTTCTATTTCTCTATCCATGTTA GGGCAGTTAAAATATTATTTGCCCTTTAACTATGACTCATTTCCGAGTGA GCTAGTAGAGGATGTACGTGTACTGAAGCTATTACCGTTTTTCTTGTTTT GCTGGTACACAAATACGAATATCTCCTGTAACATCGACTTTATGATATAA TTTAGATTCTACAGCACATAAATTATAGATAATGTTTAAAATATATCTTT TTATGCCTTTTATTAGAGATTTTGCATTATTAATCCGTATTTGTTTAATG TTGATACTTTGCTTAATATACTTCACTATTCTTTTGATCACTGTGTCCAT TCCTTGTTCTTGTAAGAAATTTAATTCGCTTGATTTGAGTTTTTTGAGCG TAGTTCCTTATTTCGTTGTTGGAGTGCTGTTCGTTATTACTTGATAATTT GGTTTGACTTGTCACTTTCATAGCGTTGATCTTAGGTCCTGGAAGTTTTA AATTACCTTTGGCCTCTTCTGTTAACCCGACTATATTATATATTTTTTCG TGATCAGGTCATCTAATGAGACATCAGCATTGTGATTCTTCCTTCCAGGC TTATAGATGATTTCAAAATCGTAGTCACCTAAGCGATCTTGCTATCTATG AAGCGTCCCAGAAAGTACCGTTGTTTTGATAAACCATTGAAAAGGTTGAT AATCAGTTTTGATCGTGAATTTTTGTGTGGCTAGAAAATATTTAAAATGA TCAATAAATGTAACTATAGCAAGTAACTCTTTCTTCGTTGCTGAATGAAT GCATTGACTTGTGTTGAGTTACTGGCTATCATAGGCAACGGGGKGKTCTT TTCCATCATTTCCACCTTGTGTAAGGACTACTCTAGTAGCAAAGTTAGAA GCGTCAATTTCTAAGATAAACTCTTTTTCAAAGTTAGGCGGTATTAATAT TGGTTGTTTTAACATTTTTCTTTGAGTTCTTCGTTTAATTCTTGTTGTTC TTTTTCCCAAATCCATTCAATTTATTTTTGTAGCAATTGCGTTAATGGCA CGGCAATCTTACTGTAATTAGACATAAATGTCCTATACTTAGTTGTTTTA CCCAAGAAGGTTTGAAGTTCTTAAACGCTTTAGGGTACTTGCCATATTTA AACTGCATGAGTGAGTCGTTTTGAGGGAGAAATATATCTGTTTGCAATTT TGTGTCCCAACTATGTCGTTTGGTTTGTTAATAGGTTAATTTTGGTTGGT AGATTGGCTTKTTYCGTTCTGAGTAAGGATTCAGTAAAGTGTGACAGTGT CTCTATAAACGTTTTACCGTAGATTAAGTTGTCGTCAATGAAACCTAATA GTCCTTTTCTGTCTACTTGAGGTCCATAAACTTGTTGTATAAGTCTTGCA TGCATTCCATTCTTGTAAACTTGTAAGTACCATATGGAGATACTATCGTT AGCTTGTCTTGATTGTCGTTGAAAGTAACGGGCTTCTCCTAACTGAGGAT CAGTTAGAAGCTTCATAGAGTGGGCAATATGGTTGTTGTCAGTTTTTGTA ATTTGATTAAGTTGTCGATAATCAGTAGTAAACCTACATGTACCATCTCT CTTCTTCAGTGGGACTAAAACAGAGCCCCATTCAGTGATGGTTCGTGCTA CTATTCCTTTGTTTTGTCATTGTTCAAGTTGTGTTTGTTTTGAAACATTC TCTAACCGTAGGATTGATTGACCTCTCTTTGGCTTTGACAGGACCATTGT TTCCAAAATTAACTTCAAATTCAAAAATTTCAGTTTCTCCAACATCGTTT GAGTCTTTCGAGGGAATATGATAAAACCGAAGTAATAGATATTCTACCAA CTGTCTTTTGTTTTATTCAGGTGTTCGTTGCTTTGTACTCTTCCTCCAAA CATTGTATCCATCTCTTTTCTTGTCTTTTTCTTGTTCTTGATAGGAAGAG TAGATCCCATTAAGAGTTTCTGTGCTTCTTCGTAGTTAGTTTTTAAATCG ATCCTTAAGAGGACGTTGCAAGGTGGATTGACTTTGATTGTTGAGTTCGA GATTGTAGCTAAGAAGCTACTCAGACTATATTGTTACATTGTATGAATTG ACCCAAATTTTATACGTTCCTTCATTGTTAAGGGTTCTTCTCCAATATTC GTCATAGCCAATTTAATTAGAATATTATCCTTGATTCATCTTACTTCAGC CATCTGAGGTTTAGAAGCAACCTACCAATTGTTTTTAGGAAGAGGATTGG ACCATGCAAGTGATTTAAGTTGCTTCTTCTGCGCTTGGTTGATTGGGACT TTTTCATAACAATAACTGTACAATCAATAGGCAGCGTTGTCTCCCTTTGA ATTGAAAGTTTAATTTTTTGGGGGTTGAGGCTGGACTTATGTGCATCTAT TCCAATTACATTGTTTGATCCTAAGAATGTTGTTTATTCCACTTCCTCGC TACAAGGACCAAATTTTCAATTACTTTATCTTGTAGAGGAATATTGACGT TCATTTCCCTAAGATATCCATAAAATATCATAAAAGGATATTCCAAATTT CCTACTATAATGGGACGTGTAGACCAGGGTTTTGTTACACCATCAATGTA GAGGTATACGTTCTTCTTTGGGCGTCCAATAATTTTGAGTTTATTGTTGC CTGCTCCTAATACCACTGTTGTTACTGGCATTAAGACTCGATTTGTTGAT GCTTTTAACCAAGTCTCTTCATCCATGGCGTCGATTCCTTGGAAACGTAT TGAACCCAGTGTGCCCCATACATAAATACGCTGTTGAGGCAGTGATTGTT CAATAGATGCAATATTGAATACGTTGGTATCGTTTTTGGAAGACTCTTCT TCATTCTCTCTCTTTTGTCTTCCAACGAATCTACTTCTAACGTGCTAGCT AGTTCGGATTTTTCAGATGGAGAGGAGGGTTCTCCTCCCTTAGGAGTTTC TTGGAGCTTTATTCCTTTCTCGTTGTGACTCAGAGTAGTTCCGGGTGATG TGCCTGAGCTTGTTACAGTTGTAACATTTCCTTAATGTTGGATCGCGTCT TACTTTTTATTTCTGTTTGAGATTGATTATTGTCCTTCACTCCTCTACTG ACTCATTTGCCCTTGTATGAATAGGACAAGTACTTCTTTTAGTTGTTGGG GGTTGACAGTGTGACGTTTGTTTCAACTATGGCTTGAATTACGTAGAAGG AACTTGGCGTGATTGAGGTGAAAGACTTGATCGAGATCTCTTTGCGTCGA TTTCCATTGGTTCTTTCTATCATTCTCGCCTTTGTGTAATGCTCGGAGCT CTTGTTGATTTTCAAGTCGTATGTCTGCCATGACTTATCGAGTATGAGCT CTTATCTGTTTCTTATAAATGAGGTTCTCTTCCTTGATGCTCTTGTCCAT AATGAGAGCAATGTTGCATACTTGGTTCGCCGTCATAGGTGTTTTTGTTT TCCTTACTTCGTATCGTGTGAAGTTGTTTAACTTTGCATACCACTGAGAA AGGCAGCGATTAACATTGCTTCTGGAGGATCTGCTGAATTCTTGAAGGCT TGCTTGCAAGTCATACAACAAGCCATGAGGAAAGTGTGGACGCTTTTGTG ATCCTTTTTGGTGCATTGTTTCTTACAATCTGGTGCTATCTAAATTCCCC AAAATGATTGAGTGCTTCGTCCAATCTTTCGAGTTGTTTTTTTTATGGTG CTAAGCGGACGTTTAGGATTCAAGCCATCTAGAGTCTTCATGTGGTAACT CACTACTTGCTTAGTTTGATATCTTGTTGCATTGTCCAACGAACTAAGGA CGGGAGAGGCTTKCTAGTTGAATGTTCCTCCTTGTAGTCTAAAGAGACAT TCAGATGTACTTCTCCAGCTGTTATAGTAGACATAGGGAGTAAGCATAGT AATCTTATCGCCTGAATGGGACTGTTGGACCTGTTTGACTTGTTGTTGAA CAGTTGCCTCGTTTTCAGCCATTTTTCTTGAAAGAGAGAAATATTTAGGA TTTCTATTTAATAATTTATTTCAAATGAATTGCATTAAATTTTGTCCATC TAAGCTTCTTTTATTGAGCTCCGGTATCTAGTAGTTTTATAAAAATCTCT AGTTACCCCTTAATTAATACTTTAAAAGAGATTGTGAGCTCTGTTCAGTC AGTCCTTCTAGTATATTGCTTATTCATGTTTAATTAATAATTTCAGAGAA TGTGAGAATGTATTTCTTGTATAAAAATGATGAATTGTAAATAGTAGTTA TAATTAATCCAAAGAACAAGATTTCTTGCATAGGAATTAATTATGATTAT TATTTAAATACAATACAGTTACGATTAAAGAATAAATTTTCTTAGATTAG AATAAATAATACCTTGACGTTCTTTAGAGAAATATTTAATGACTTATGAT TAAGTAGCTACAATTTCTCAGTCTGAAATAGAGAACTCAAATATCAGAAT ACGAAATTAAAACTAAATTGTCTCTTCATTCTTATATTTTCTTATCTGTC TATCAGTGCAATATTGAATTGCTTCTGCCGACTGCACTATTTTATAGTGT GGGATTTATGGATTATCATGAAGGCCTTTTAGTTACTTTGCAGTTGTTGA AGATCTAGACCACTACTACTANNNNNNNNNNNAAACACGTTTTTATATGT TTGCAGGGTCCAAAGGAATCTGATTTACTTAAAGAATAATCTTATTATAC AGGGTGTCCACGATAAATTGGAACTACTTTAAACTTCATCCAGATTCCAT AATGTGGATATTCGGGGTTAAATCATACTAATATAAAAGGTTGTGTGAAC AATACACTATAACTTCCACCACAATTGTTTTGACAACAAAAATATTCATC ATGGAACAAGCAAGAAGAGACGCCATCCTCGAATTGGCTCSCGCGGGYCA CAAYCCCRCTGCTATTTACAAGCTTCTTAACTACCCCAAGACCACGGTGT ACCGGGTCTTCAATGCCTGGGAGGTTGAGGGGAAGGTCTGCCACAAGGCC CAAAATATGAGAAGMGACCGAATCCGCACTCCCCGCTACCTTAAAGGCCT CTGGAAGTCCATCAAGGCTTCGCCAGGGACTTCCTACTCTAGGTTGGCCA AAAACCGTGGAGTGAGCAAGCAGTTGGGCTCCAAGGCTGTGAATGAGGAC CTCGGGTACAGGTCATACCGAATGGCCAAACAACACATCCTCATGGTATC CATGAAGGCCACCAGGCTCACCAATGGTAAGCGTCTCCTCAATGACCTGA AGAGCCATGGAGGAAGAATCATCTTCTTCTCCAACGAGAAGAAATGGACT GTCGACAGAAGCTATAAKGTCCAGAATGACAGGTGGCTTGCCAAGGAGAG AGAAGAGGTCCCTGCGGTCTTCGCCACAAAGTTCCTGGCCTCCGTGATGA CCCTGGGTGTCATCTGCAGCACTGGGGAGGGGATCCCTCCAACTCACCCG ACCTCAATCCGTGTGATTACNNGTAAGGGAAGTTGTAGAGAGAGGMATGC AAGGTCAGCCACAAGAGCATCGCGGCCCTGAAGGGCTCCATTACGAGGGA GTGGAATGCTGTCGATTCCGCGGAAGTCATCAGGGATGCAAATCCTTTAG GGGCAGGATGGAAAAGATGGTGGCTGCTGAGGNAGGYCATGTGGGYTAAA TTTATTGTTTWATATCATGTCTAACTTTTTCATATTAACAAATTCACTCC AAATTCCATTTTTATCAAGCAGGGTGAATTTTAAGATAGTTCCAATTTAT CGTGGACACCCTGTATTAAAAGTATTAATTTTCTATTTTATGAAGAATAA ATAGTAAAAGTTTTTAGTTCAAATTCGAAGACTAACCTAATTGATTCTTG GGATTAGTACTAAAGAAATACAAAGAAAAGTAGAGTTTAAATGTTTATTC ACGTTGCTCGTAGCACGTACAATTACGGATATAATATTAAAAAACTATAC TAATTTATATAGCATATTTTAAATAAAAAACAAATATATAATACAAGATG AATCATGTAAGCAGATATCCTTGATGATTCACAGCTATAAGCTTCTGACA TCAATTCGTTGTAGAAGATTCTTTAAACAATTTCATTTACTTCCTGTAAA TGAGGCCTCTTACCCTTTTTTAAAATAAATGATATTGAGATTCGTTTTGT AATTAGCAATACTACACTAAAGAATGAATTTTATGGAGGATTATATCAAT TCTCAATACGATGAGAATATCCTTCATGAACTTATTCTTAAAGTAGAGTT ATGCTAAATTTGGGAACAAAAATTCCTGTATTAATTATAAATGCATAGAG ATATAACACGGTATTACCTCGCTAAATCAAAAAATACCCTTTGTATTTTT TTGTGAGCAGTCGATTCTTTCATAACACTTGATTAATTTCGGGTATCATA TAAAAATTTATAGTTCTATGATGAATTAACATTCAATATTGAAATTACCT TGGCCCTCACAAGATCTAATACATCCTGGAACATGGTTGAACTATCCAAA TTCACATGATTGTAGGAAAAACATACGGTCCATACAATCTCATCACGGTA AGCCCTTACAAAATTTATAAAAAAAGAAAGTGTTGCGACTAGGGTCTTAT AAAAAGGGAAATTGAATTATTATTATTTTTTTCATCCTGGTTGATAAAAA AAAAGAACGTAAAGGGTCGTTCCATGACAGGAGTCCTTATTGGTCCTTTG GATGGATTTTTCCTTTGGTGCCCGTACATAATCAATATCTTAGATATTTA AATGGTTAACAACAAGAAAATCGTGATTTTGATCATCAAAACTTGAAGCT ATTTATAACCGATGTAACCGGTTATTGCATCAAGACGCGAAGAAATATAT GATACATGTTACTTGTGTTGCATACGGATTACATCGACTAGCAAAATTTA TGTTTACGTGCGTGATATCCAGAAGTTAATTCTCTAATCTCTGCGAGTAA GAATTTTTTTTTATAAAAGCAGGAAAAAAACTTAATTTGTGCTGTATACA AAGTTCCCTTGCCTCTTCATCTAATTGTCACTATATAAATGTCTTGTTTT AATGTAGGCTCTTACTACACCTAAATTTTTAGTATACTTCAAAACGTTAT AAGATCACTGATCAAAATGCTGAGACTATTAAATAAGTTAAGAAAATGTA TGAAAAATTTGTATTTTCATTAATAATTTTTTAAAACAAATATACATAAC CTTTACAGCGCTGGAGGAGATAAAACTTAAGTACCTTAAGTAAAAAGTGT ACATTTTGTTCAAAGTTTTCTTATAAGCATTGTTATAAGCCGCATTAAAA ATAAACTTTAGGAGATTGTAGATAAAACACAGGTTATCTTCATTTAAAAT CATCGATTTTCCATCAGTTCATCTCAAATTTTACGAATACACAAATAGTA AGTTGAGATACAGAGATATTGTTTTGTAAACTGTGAGACGTTAATACCAG CAAAGGATCTAATTTTCTGGAACAGCTTGTTAAAAATAGGCTTTTATTAC AATGGAATAGATGTTTGTATTAGGATGTGAATGTGTTATATATATATAAT TCTATAAAATGATAAGTGTAAATAAATACATTATTTTTCCAATATGTGAC TTTCGTAATGTATATCTTGTGTAGTATAAGTGTGAGTGGTATATGGTAAA TACTGTTAAAAAGATAAGATTTCGTACTAGAAAAACCTATATAGAAAGTT TTGAGATTATTTGAGCACGCATCAAAGATGTACACCAGCAAAGAGAAAAT ACTATATTTTTATAGTTTTTCTTTGATAGAGGAAAAAACGCAAGTCTGGT GGATGAAAAAAAGACTTCCATGTTCTCTAAAAATTAGGATAAAAGCAGAG ATTCGAGATACTTTATCCTCGACAAGAGATGAACGAATTCTGATATCTAG GGTGATGGTGACAGCATAAAAATTTAGTCAAAGAAGAAAACCAAATCAAG TCGACTCCTTCCTTGCTTGGGAATCTGTCCATCCATATACAACAATGAAT ATATTCAAGGGTTGATGCTATGTCGGGATTAATTTACTTTAAGTGTAAGA TAAAACATTCTGAATGTGAAATATAAAATAAAGATATGTGAATCACGTAT TACAACAATATGAACTTTTAACCATAAAACCAAAATATATAACAATTTGA AATTTAGATGTAATTTTAATTCAACATTTGCTGAGGCCTCAGATTATTCT TCATTGATTTAGCCCTAAAAAGTGGAAATGTATAATATCCAAGAGTTAGG AGTAAGATAGAGGGAACCGAAGGAAAATAGAAGGAACCAAAGGGAGATAC TTTTGAATTGATCATCCATCTAAAGAGATGCTCTTATTTGGAACTTCATT TAACTTGCCTTGCCCCTGGATTCCATAGATTGGCTGAATTTTGTCCTCAA CAATTTCCCCAATCTACATAATAATTTTTACTACTGAGGTGAAGAAAAAT TTCTTGCATTCTGGTGTCAGGAAACGTAATTTCAATGACTTCACTAAGGG TCTTAGTGAAAACAGCGCGTCCATTAACACTGCTCCGAATGTATTGAATA TGTATAGAATACTTATTTATCACAATGTTATTGAAATTCCATAAACTATT TAAGCAATAGAAGAAAGATTGCCTCTTTTTACAAGTTTAACTATAGCAGA AATTTGTAACGATATGTAACACTTGAGCCATTTTAAAGTAGGTTGTATGA TATCATAGAAAAAAAAAGAAGTGGTATACATAAAGTTGTGAGACATTGCA TCTGGAATAAGTAATAACAATACTATTTTTCTTAATTATAGAAATATTCT TATTTTTAATTGTGATTCCAAGATGGTATTCAGTATATCGAGGGATGTCA ACTCACCAAAGAGGTCAAATATGAGCTGTAAACATTTCAATGAGTTTTTA TTAATGTGTGGTGATCAGTGCAATGTATTATATAGTCCTTCTTATATACT AATAGTATTTATTATTATTAGATTCTTTCATGAGCATATATAAAGAGTTA GTTAGAAATACAAAGTCTTCTAGAATACTACACAGAGAGAAACGTCAATT TGAATGTCAGATCACTCTTCTGTGGAAGCTTTCCTAAGATTTTTGGATTT ATAAAAGTTATAAATATTGCTTCTTACTGTTCAGGGATACTTCTGGTTCC CTTTTGTCCTTTTGTTGAAAAACAAATGTATAAATTGTATAATATTTTTT AAACAAGATAAGGGTGTTGAGATTTCTGAAAAAAGACGGATCAACCGCCA AAAGGGTACTAACAAATTGAGTAAACTCCTGAATAAATAGTTGGTGACTA ATATTTTTTAAATGTTTAATTTTATTATTAAAGTATATTATCAATAAATA ATTCATTATAGGTATTTACTTGGTAGTTTCAGTTTCACTTTAATAAATTC ATGAAACAAACTTCTAATGCTCGCACCTTCCTAACTCCAGCTTGTGTTAT TCACAAATTATTTTACAGATTCCGAGACTTCTCAAATTTTCTATGCCTCC GTTTCCTCAAACTATCTTATCTGAGTTGAGTCTGATTCATTATAGTCACA ATACAAGTTTATTATAAAATTATTTTTGTGCAATAGCTACAGCAGTATTC AATTTCATCATAGCACTTCTTGGAGACGCTATCTATCACTTTACACACGA AAATATATCACTTTTTTCTCTCTCTCTATATATACAAATATCTATTCACA TACCTCTTCCAATGCATGCAATAGATCATTCTTGCCATTGCAGTCGCTCA GAGATCCTTCGKCGGCCATACCACATACCTTTTCTGGGTCCAAGTTCCCA TGTTCCGAGACCAAATGAGTTAAAGAGATGATATCACTGAGCTCAGTTGT CATCGAAATCGATGTAAGTACAAGTCCTCATGTTTCGAGACAAGTTCATG AAAGAATGAATTGAGAGACACATGCTATCATCTATCTGTCAATTAACTTA CAAATAATTCCTTCCACTGGTCATAGGTAGTTATAAATCATACCATCAAT TCTACTTCTACTTCATGGTCCTCCATAATTGAAATCAATGTCATTGATGA ATTAAAAATGAATGAATTTTACAAGCGCAATTTTAACTGCCGTAAAAAGT GTTATTGATTTTTTTCAGAATTCGAGAAACCCATTGGCTTAAAAATTAAT AGGGAAAAAACAGAACGGAAGAACTCTCTAAAGGTGATTTAGAAAAATAA TTCCCATACTTCCGATATGCCAATGTTTGCTCCCTTCTTGGCGTAATGAT ATCTTTGATTAGTCAAAAAATGCCGTAGAACATAAAAACAAAGTAACTAT GTAAAAGCTGTCTAAACAACTTAACACTTACTGGTCTCTGGAGTATTATT CAACTTAGGCTCTAATATACCAATCAACCATAAACTTTGATTTTATAAGG AAAGAAATATCACCTTTGTGGGAGAACTTTATAGGGGTTATAGAGGAATC AATAACTGGATCCTCCCGACAATAGTAGACATTTCCGATAGAGACATGAT TGACAAAGGATTTGTTCAATTTTCCATGGCAATTGGAATGGTGGAACATA AGAGAATCAAAGCTTCATTAATTGGAAGAAAAAATAAAATCTGTGTCTCC AAGTTTAGGGAAGAGACGATAGGAAAAGATAGGTGATATTTTACAAGAAA TATGTACTCAAACAATTCATAGCAACTACACAACTTGGTCACAAAAAGAG TTCCGATATAGACTAGTAACGTCTTCCATATATACAAACAAATCAAACAA AGAACACATTCTCTACTACTTTTGTAATACCTTATTAGAAAACTCCTTCC ATCTTCTGTACTGTTGTGAAAGAGTTTTTCGGATTATAAAAATGTTTGCC AATCTTATCTCAGAAAAGTATGTAAAGAAACCTTCGCCCACAGACTGGCT CSTCGCTCTCKCTATTGGAGGAAAAGTCCAAAAAAATGTAGAGTCAATAG TAGTTAAAATTATTTGGATAATCTAAACCTGAAGATCTAAAGAAATCTTT ATTCCGGTTGAACTAGAGGAAATAATCGTGAGTCTATGAACACTATAGAC TAATGAATTCTATTTTATAGCCTTTTACTTAAGTCTTAAAAAAAAAGGAA AATCAAATTTTTATCAAATTTTATATTAAATTGCAATCCTTTCATAGCAA ATGTTTGCCTGTTTTATTAAAGCGATAGCTTTTAGTTTTTTTATTGAATA AAATAAAATCAGAACAAATCCCTATTGAAAGTTCATTTCAATATTTCTTA GTAGATGAAATAAAATTCTAATAAAAAAAAGTTCAAGTGTCTGTTGAAAC ATGAAATCAACGTCTTCAAATTGAAAGACAACGTTCTGTAAGTACTTGAA TGAAGGAGTGATGCAACTAGAAAGCCTTGACGCAAAGAAAAAAACAACGC CACGCAGAATATGGAGGTCCAGAATCTAATCTAAATTGAWAACTTSGGTC AATGCTGGGTACRCCTAATGGTTRTTAAWATGCWAARCCTYYAAAAAAAA AAAAAAAAAATGCAGAAGANTGCAGAAGACCGAAAAANACAAGGCCTCAA ATATTTCATGAATTAATATTGGTACCAAATTTTTGCATGTAAAAAAATAA ATTGTCCTCTTTCTAGGTATTAAAATAAACTCTTAGCAAATGTAACAAAT ATTATATGTTTTGTTTATATATTTATGCCCTTAAAGGTTAAAATATGGTA TAAAATTTTTTGAAAATATATGTGATAATTTTATTTTTGCTTTAAAAAAA ATTAAATATCAAATAAAGATTTTTTTTTCTCCTTATAGACAGGGAAGAGC AATATCTGGTGCATTCTCTTATGCTATTGAGCAAATAAATAGCTGTGGAT GTATTTTGAGTGATGCTAAATTAAATTTTATATATAAGGACACTGAAGGA AAAGAAAATAAATCAACTGAAGCAATGGTGGATTTAATTTGCCAGTAAGT AAAATTGACAAATGTGTGTTATTATTTATATTTTCTAGTATGGGTAATTC CATATAAATTTTATAAAAAAATAAAAATTTTACACTGATCGATTAAATTA GAACTAATGTTATATTTTTATCTAATTATTTTTATTTTAATATTCCTCAT CCCTTTTTTTTAAAAACACTAATAGCGATAATCTCTTTGGGTGTAAAAAT TTATTTTTTGATTTAATAGAAAGAATAGATAAGCCAATCTACTTGCAAAA TTTGGTGCTGTAATTTTGTTAAATAAATATATTAGAATTTTAATTTAAAC AAGAATGTATTATGAATTATTGTAATTATTCTTCATTTTTTGAACAATTT TGAGCAGTGTTCAAAAACACCTCACAATCATCATAATATTGAGAGAACTG ATGGTTGATGATATCACTGATAAGTATAAATTTGTACATAACTACCAAAA AAAAAACACATAGAGCCGACAAGATGCACAAATGATTTAACTAAGACCGT AGCTGACATAAAGGGTATATGACATAACAGGTTATTAACTTCATTCATAT TACAATTCTAACTAGGGAAATAATATTTCACTCTGAATTACTTTGATAGT GTAATTAAAACTTAACTAAACTACTTCTGTTCTTCAGTTGAAAGATTTTA ATCTACTACAGCATTAACATGCCAAATTACCAATCGAAATCCATTTTGTG TCTCAATAGGGGATGTTTAACCCCTGTCACGACTTGTTTACAGATGCACG GCACCAGTATGGTGGCAAAACTCAATGAGACTTTAAACAATAATCGTGAT TGAAAGCATTATCAAATGTGAGATCCAGTCAGATTTTGTCTGGATAGACG CTCTTAAATATAATATTGAAAAAATTCAACATTGATCACGTTTATTAAAA TGCTAATATATATATCTAATCAAAAACTACAACGTCGAATTTTGTAAGTA AAATACCTAAGCATCTTCTTATTTGTATTAAAAAAATTTTATACCTAGAA GACTTTTGATATTAGTGCTTAAAAAGAGATCTCGGATTGGAATAATATTT ACTATTTGATTAAATACATTATTTCAGGACCATATCTTAAATTTTTTAAA TTATATATAGTCACTGTAGGCTCATACAAGTCATATTTGATTATATAATA TTGAATAATTTCAAAATAGAGTATTTGTAAAATCTGAACTAGGTTTTGGA GTACATATTAGGTACAAAATCCGGCCTTAATTTCTAATGCTCTTGCTGTG GATCAAGTTAAGCTCTGAAATTTTAAAATTAAGATATTTAGATAAATATG TTTATATTTCTATCAAGTTCTTAATTCATCCGGATGTAAAAAACTTCTTT TTTTTGTTAATATATTTATGGAATTACCCATATTATATTACTAGCAAAGG GTTACCCGGTGTTAATTGAGCCAAGGAGGAGTTACTTCTTTTTTATGTTT AGAACACTTCGCTACGGGCGAGCATTATAATATATGTAATATTATGAATT GAAATTACAAAATGGTGCTATAAAATTCAAGTAACAAAACAATATATATG CATACAAAAAATTGTAAAGAGAAACACAAGCATACCAAGATTTTTTTCGT ACTTGCAAAAACAAATGAGTTATGGAGAATAATGTTTTCTAAGAAATATC CCTCGATAACTGCTTTATTTTTGGAAATATCGCAAAAAATATTTTATTAA ATGTTCCGGCAATTGAAAATTCTATAAGATAAAAAGCCAGAAATAAATTA AAAAATTATTCAGAAAATGATAGATATTTCAGTTAAAAACCATTACGCCA TATGATAAACATATAAGAGAAAAAACAACATTASTAGATTACTTTTAAGT TTTATAATGATTCTTCGTTCCTCGTTTCATCCATCCAAAGAGAAAAGTAG AAGCATATTTGAAACATACAAATGGATTTCATTATATTTCATAATTAATT AATAATTATAAATCCATGTATTTATTTTAATTTTTAATAATAATTAATAA TATATTTATTTAATTTACAGATAAACCCTATTACTGTCCTGATCTCAAAT TAATGCAACGAACCATTGATTTATTAGACACTACTTTTTTTTATTTATCC ATGGTTTTAATTTAAAAAATATCATTTTTAATATGTTAAATAACTGTGTA ATAAATTTTACATTAGACTGTGTTCCAAAAGTAAAATTTTATTAAGCCAG GTGGTACATTATAGTCTGGACACTTTGAAATTGAAACTTCAACAAGACAT AATTTATTAATTAAAAATCGAATTTCAACAAAATTAATACTATAAATGGA TTTGTGTCTGAGCTCTCTTAGTTATTAATGTAGCCGCCTTTAGTGGCAAT GATGACTTCCAAGTGGTGGSTGYAGGCCTGGCGCCCATTGCAGATCTAGT CCTATATTATGGGATTCCAGTGCTGAGAGACAATGCCTTTGCTTCGTTTT TTTCTTTTTGGGAGTGTATCGGTGTTATAATAACAGACACTGCAAGCTTT CCCCTCGACATATATCCAAAAGGTGTAGTCAAGGGAGTTAGTATCAGGGC TATAGGACACCCAACTGCTTGGAGTGCGACAATGGAAATTCTTCGATCGC GTTCAAGTGTCATTTTATCGACTTGTATTTAAGCTAAAGAGCTCAGGTTT GTTTTGTTTTGTAACTAATAGGTTATGAAACATTAATTAATTTTAATCAC TCAACCTTAATTAATTAGTCATTTAGTAAGTCTTCAGATTTCAATGGGCC ACCCGGTATAAGGATGTATTTAAATTAATAAATTGATTTATGTAGAATAT TAATTATTCCATTTTATTATTTATTAAGTATGAGGGACATTTCATATCAA TTCATTAATTTTTATTCTATTTTGTAATCCTATCTCACAAAAGTATTTCA TAAGCGTGATACAACGCTAAAAACGCCCTTGCTAACACTCTGTCTCAATA TACATTCTTAATTGTTCTGTTCGTTATCATGCACTATATATTTTTTTTCT ATTCATATATGTTTGATCTATATTGGTTGAAAATTACATTTGTATTTAAT TTATATCGATTTTGACCTTTTAAGTTTTAATTTACTTAGTGCATTGATGA AAAATCATGTTTTTCTTTAATTATTTGATTTTTTCTTAACCCTGCGATAT TATCGTTCTTCTTCACCTACGTAAACCAAACCTACATTTTTTAATATATT GCAGTCTGTTTTTTTCAATTTTTAATATAATGCAGGGAAACATTTCCAAA TTTTGCGTTTAAAGAGTGACGTCATTCATTTTAATTTTGCATACGGTAAG AATAATGATCAAAATTACTTACAATATTCAATGGAATGATATTTAAAAAA AAAATCATTTACAGAGTTCTTAATTAACAATATTTTGGTATTCTAAATTG ATTATTCTACTCTGAAAAGTCATTATTTTATAGCGATTTGAAATGACAGT ACGTTTTCAGGCAGGAATTTTTACTTTTACCACACACTCAAATTTTCCCA TCTTTAAACGCTCATATCTCTGTGGTTAATGAAAAGATTGCCTTAAATTT TGCATATAGTCAAGTATTGTTAGTTTAAACACATGGTGTGAACATGAACA AAATCTGTTAGATAAGGTTACATGCATCTGATGAATTGACATGGAATGAA TAGAAAAGAGAAAGTTAATAGAAACACAATGTTATGCTATTATGTAATCG GGCTTGCCTTAATTTTCAATTTGATGTACTCTACCGACTGCTGGGACAGA ACATATATGACATCATAAAGCATAATAGCGATATTATAACATTAAAAGTC AAGGAAGGTGATATATAGCTACTCCTTGTAACAGTTATCCTCTTTGATGT CACCATTAAAAAGCGTGGTGGAAGTCAAACATTAGTCAGAAAAGGGTCAT GGAATAATCTTGTATTTCTATTAACCTTGCAGAAGTGAAATTGTCTACAT AAACCCTCGTGAGTGTAAATAAAAAAGAAAAGTATATGTAGCCATTTTTT TAACGACGTGTCTGCTGGCAGAGATTACTATAAAAAAATATAGTGCTTCT TGCTTACCGGTACGTTTGAACTTTTCAAAATAATGAGACATATTTAATAT GAGTGCTAATATCTTGCAAGTTARTAGCARAAATTWTTTTTAAATGTATG CTCACGAGGATCTCAAATTTTCAAATTCCTAGGAATTACCTATGAGTGAC GTATGACTATTGTCTAAATTGTGGTAACTGTAAAATTCACAATATTTTTT TAAAATGGTAACTTTGAGAGACCACACATCTGCTGACAGAAATCAATATA AAATATAGTGCTTCTTGCTCACTGATACGTTAGAATTTTCAAAATGGGAA AGAGTGATACATTATTATTCATATCCTTANNNNNNNNNNNNNNNNNACGT ATGACTATTGTCTAAATTGTCGGTAACTGTAAAATTCACAATATTTTTTT AAAATGGTAACTTTGAGAGACCACACATCTGCTGACAGAAATCAATATAA AATATAGTGCTTCTTGCTCACTGATACGTTAGAATTTTCAAAATGGGAAA GAGTGATACATTATTATTCATATCCTTACTTATGACCTTATAATATTTAA ATGAAATATTAAAAAAAAAATATTCAATCTATTTTGATTTTGTCACATAT GGACATTTAAATTTCTTAAATATTTAATTGTCTATTTGAAATTATGTTAT ATTTATTTTTCTAATAATATCCCTATATTGATTAATATACTTTACAAGAT TAAAATACTATTTATATTGTTATAATTGTGAAATCTTTTAAATTATAAAT AATAAATCATATTATTCTATTTAATGTAGTTTTATTTAAATAATTTTTTT TGTAAATTAAATTATTAATTCTTTGTAATAAAAAACATGGATAAATAAAA TGATGGGGCGTCTAATAAATCAATGGATTGTTGCATCCACCAGAAATTAT GGACTACTATGGCGTTTATCTGTAAATTAAATAATTATAATATTATACAA GAAATAAAATGAATTCATTCATACTTAAATTATTAATTAATTATGAAATG GATTGAAATCCTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAA GGGTAATGAAAACGTTCCTTTGATTCCTCAGCAAAAATCACAATTTTAAG AATTGAGTAATATTTTTGTATATCTTCTATGTTTATATTCAAGTGACGTA ATTGTCTTGTAATGATATTGTTGGAACTTGTGAGTAAATCACACTGAGTA GTATATTAAAACTGTGTAAATTTCATCTTTACCTCTTTTCTACTTCCACC TTTTCATTTTTTGCTTTTAATTTGTGAAAATCAAGGTTAATAAAAATGCA TGACGTGTTTACGACTGATGTTTGGCTTCCCTCACGCTTTTAATATTGAC GTCATAGTAGACGAGTGGTGCGAGTTTTTTCAAAATCTGCCTGTTTTGCG TAGCAGAAGGTACAATACATCAGATTAAAAATTCCACATTTTATTTATTT TCAATCCGGAAGGACATTGGTACACAATCACGGAGGAGTACTACTACATA TGGCTGCCCTCCGCTCCAGACACGAACTCATTGGAGCCCTATTTTCTCAC AAAACCTCTCGTTTTAATCTTAAATATTAAATTAACAATTTATAATTATG TAACTAAGCATCTATTCATTTTATATCCTATGTCTGTAACTTTTAGAAGC AATTTCTTGCACTAAAGAAGTGTTATTTTTAAATGGCTACATACATCTGA TTGAAAATTCTAATAAGCCCGATTACATGATGGGCTAAACTTGTATTTTT GTATTTCTATTAACCTTTGTGAAAATGAGCAAGTTCCATTTTAGACTAAC TTTCTAATACTCACATATTTTGGGAGTATTTTTTTTGGGAAGGGGGGGGG GGGAGGGGTTGAAGTTAAAATTGGGTTGAAAAAAAAAATAATATATATAT ATAACCTAAAAATTATGATTTGATCCCTAAATGCATATTTTTTAAACCTA TTTTTAAAATAATAAGGAAAAATTTGGATATATTGGGATTACTGAAAACT TTTTATAAAAAAATAAAGTTTTACTAACCTCCAACTTGACTAAAGTCAGT ATTAGAGATCAATCCAACATTTTATTACAAGTGGTTTAAGTAATAGAAGT TTATTAATGTTGAGTCATAATCCAATGCACACATAGCTACACACCCGATC ATAAGCAAAAGCTGTCAATGAAATAAGAAAAGAAATCAAAAATACATTTC GTAGAAAAATAATTTATTATTGCTGAAAGGTAACAAACTATTAAATACAA TATGTTCCTAAAACAAACCCCGTTAATTCTATGGTACGATAAACGTTTTG TATCCCTGTATTTGGTAAAAGAATAAACAAAAAATATATAAATCACATGT GAAAACATAAATTTCAGCAAATATGTTATTTTTTATTGAATAAGAAGTTT CAAATGCATTTTTATGAAAAGACCGGTATGATATGTCTAATTCTACTGCC CAATACTTTATTTTTCTGACGTGAAAGATTTATCTATCTCCAAAATTGCT GTCGATAATTTGGATTGTCATGAAAAAAAATTATAAGCGAATTCAAAATA ACTGACCATACTAGGGTATTTATAATAATGTAAATCGTGTAAATTTTTTA GCTGACCCATTTTTTTGTAATTGGTAATCTGAAGAATGCATTTTTTTTCC TTAATAGTTGTCATTAAGATTTAATTCCAGAGTAGTGAACTTCCCTTCCT AAATAGATTCAATTATATTCAAAACCTAGTTGAACATTATTGTGTGCTTA TAAAAGACGGAGAGTAACCTCGAGGATTTTCATTAAGTTAGGCTTGCAAT TTTTTATTTTGGAATCCATTAGTTGTGGCTAATTACAAACTAATTGATTT AAATTAATTCGATCACTTCTTTGAATATTATAATATTAGCGATGATTACG GTTAATGGTATCGACGTTATTTTTGATTTCCAGACTTTGCATACAATTTC GTAATTTATGAAGATTAAGTGCACCCGAAAACAGTTCTTCCAATATTTTA TTAGAAATGGATAGGGCTATATTTGAACCTAAGATTGAGAGTGACAATAA GAATTTAAATTCTAATATGTTGAATATCCAACTTATTGTTCGTTCATATT GTGTTTCCTGAAAATTTCACTCTCCATGTGTATTATAGTACTCTCTGAAT GCGTAGATGAGAAACTTATTTCTTCCCCTTATATTCATGTTGTTGTTGTT GATTTTTTTTGTCAGTCTGCTCTTTCGCACGAGTCCTTTAGACTTAGTAA GCTGATCAGAAGACAACATTCCCGACCTCAAAAATCATTTTCTCGAAACT AATAATCAAATAACCAACGAGATGAGTTGCTTACAGAAGCCTCCTTGAAG TGAGCTCCTTGGAGATATGAAGTTCCACTTAATAGAATGTGTAGAATTTA TTAACTTCGAGAGACGATTTTTTAAAAACAGAATCGACTAAAGTAGTTCC ATCTGAAATAAAAATAATCTGAACTCATTCTTTGTTAATCATCTGACGAA AGGCTTCTAACAACTTTAAAGTATCAATTGGGAGAACCAATTCAAAAGGA TTTGCTTGACTTTGGTCATATATAAAGAGACACATTATGACTTAACGGCG GAACCACCATATTTCACTAACATTTACTAACAATGATCAAATTCCTTACT GTATCCCAAAGTAGGCTATAAAAAAAAAGACAAATCTTCATATTCTTTCA GAAAACCTTGATCTTGTACGACACACATTAATTCTGCTTCCTTCAACTCT TTAGTAGTGAGAAAGCTTGAATTACGATTACCTTTGAAAAYCCMCCTCCG ATTCTACACGTAAAGGATTTAATTTCCAATATTTCGGAAACCATTCGAAG GTATCATTCCTGATATATGAAACAACATTTATAGTATTTTACACCATTCT TCTTGAACTAACTATATAGGGTTATAAGTAAAAGTGTTCGGTAGATATTG TCAATTGTTTGATGATCATGTGAAGTCCTGTGATACGATTTATTAGACAA TAATAGCGTTTTAAATTTAGATTAACTTCTCTTTCCGTTCAATACATTTT TTTAATGACTGCATTGATTATATTATCTTGCTTTCTAACGTAATATAATT AAAATCCCTTCTTTGAAATACATAGAACTTAAAATTATCATTTATAAGCT TAGCAACAGATTCATAAAGAGGTTTTACAGATTTACTATCTTATAGAAAA TGATAACTACACTTAATTTCAGTGCGGCAATAATAACACTTGCGATGTTC TTCCGCAAAAAAACTTGGATCTCACTTTGAGAGTGCCGGAGAGTACGCAA TATTTTGAACCACTTTTCTGGGAATGAAAACATAACATTTTTTAGAAAGT TAATAGCAAAAGCTGTTGGAAGATCTAAATTTCTTGTCTTCAAATAGTTG ATGAAAGGATTCGGTGTTGAGGCTTGGATAGTTCTTCTTAGGACTGGAGT CAAAGKTGTTGCCATAGGCATTTGAAAGGGAATGATAGGACTTGAAACAG GCTTATACTGTCTAACGCTCAAAAGCCATTCTGTTAAAGGACAACTTTGA ATGGACTGTTTTAGCAGCAAAATCTAGTCCAATTGTTTGAAATTTGGTTT TACCAATATCATTTTTGGTAGTAAATTCACAAACCAAGGTATTTTCAAAG CGTTAAATGATGTTTGCAGTACTATTTATCATTTCTTCATCAGCTTTGAG TACTTAAATAGGTTTTGTAGAACTTTTTAAGTCAGGAGTAAGGTTGTTCA GAGTAATTGCCGCCCGAAATTCCTGAAAGATAGACACTTAAATATTATTC TTCATTCCAGGCATGTAAAAAAATACAAATCTATAGATCTTTTAATTCAT CGAAGTCTAAGATTAATAAACCACAATATTTGAAAGGATTATGAAGTCAT TGAATGTAAATATTTTTTTTACGGATCATCAGAAAAGATAATTCGATAAC TCTAACATGCTCCGATTTTTTTTTCTCGAATAGCGTTATACAAAGAAAAT GAACTACGTTCAAGATAATATTAGTGTTCTTAGCTTTGATTTTGTCCCAA ACATTGAAATTTAAGAACTTACAAGTTATTTTTAATCTTGTCAGAATGCC CTCCAGGTTGTTTTGAGCACACCTAGCTCCAATCCAGGATGCAAATATTT TTATATTCTTAGATATTTTAAAATCTGGCTATGTTTTTCCCATGATAAAC TTTATCGCTTATTTTTTTGATTTTCTTAAGGGTGATCTTGAGACCTGAAT TGAGCGAAATTTCTTTAAGAAAACTCATTGTTTGCTTAAGAGATTTTATT GTTTGTAGTGGACTTTCTATAAAGTTAATCTTTAAATTGTATATATCACA AAGACATTTTAGGTGAGTATAAAGACTAGGGAAACCAACTATGGCGTCAT TCATATGAATTTGTTAATTCAAGTGATTAATACACGAAATAAAAATTAAA CTTATAAGGGTCTACTTCTTTAACTCTATTAACAAGGGTTATACTTTGAT TTACTAATAATCTTGGTGATGTAAGCATTGAAAAGGAAAAAGATTACTTC AAATTGAAATGGTAAGAAAAAACGTTGTGGAGGAAGATGGGATGGGTATA TGATGACGAGACTATGGATTGAGCATAAACAGAGACTATATTGAAGTTAA AAATACAGAAAAATCTACTCTTTTTTTTTACCATCGACTATAAAATAAAA ATATACATGCATATTAAAATATGTGTTCTCTTTTCAAAATTATATTTTGT GTTGCAATTAGTGTATCTGAGATATTCTTGAGTTCTTATTAGTGATTTTT CTAATCTTTTAACTCAAAATATAGTTGCTAAAGAGGATTTATAATGTGAT AAATGTTATATATATTAATAAGGGATAAAATAGATATGTTAAATTAGTCA ATGTCAAGTCATACGTACTAAACCAGACACTAAAATTCTAATTGAATAAA GTAAGAGACGGGTTGTGGCATATGCTTATTCAATGAATATTAAAACAATA TCTTATGATATTATTGGTTAATATGATAAAGTAGAATATTAGGTATTACA TAACTTTCATATGATATATAAGCTATTGTCATAAAATTTAAGTTTATTAA AAAATATCGTAAAAAGATATTTGAGTAAATGAAGAAACACATTTTAATTT AGAAGTGTTTTTCATTTGTTTAGATAGATCTTCGTTAATTTCAGAAATAA AGACTGCTATGTTTTCTAAGAATTGGGACTTAAGAAGACATTTGAGATAC TTTATCGAAACAGAAGATACTTTAATTACGATAACTACAGGAAGATGACA GTATGAAAATTTATCCAAAGAAGAGAACCAAACCAAACCAAAGCTCATAC GAGAGTAGTGACGAGTCTTTCCTTGGGTGGGAATCTATCCATCCATATAT AACAATGAATATGTTCAAGGTTTGAATCTATAACAGGATCAATTTAATTT CAGATTAGGATAGAATGGTCTGCATGTTAAATATAAAATAAAAATATGTT AATTAGGTACTACTAGATGCTGGAGTTGATGTGATGAAGATTAGGGGCAT TTTTAAGTGTTCTAGGAGCCTGGTTTTTAAGTTGGCCAAGATGAAAAAAA TTGAAAAGATCTCTCCAGGATACATTAAGTGGAGGGTATAATTTAAAGAG GGTTACAAAGTTCTTTTTAAGTTTGGAGAAGAATATAAAGAAGGATCCCA GTAAGTCGATGAATCAGGAGGGCTATAGAGCACAACTTGCGATTAGTTTC TTTCAAAAGGACCCCAGGCCACCTTCTGACAGAGGGCATGAAAGCCAGGA GACTCGAGAGATACAAGAAAATCTTCCCATGGATCAAGGCAAATGAGGCA ATTGTGAAAAGGTTCTCGGAAAAAAAGATTTTCACAGTAGATCAATTCCA TAACTGCCGGAACGACTGGTGACTTGTAGAAACAAAAGAAAAGGTCACAG GGGTTCACACCAAATATCGAGCCCAAACAATGATCCTCGGTGTTGTGGCC TCTGATGGAAAGGTGATACCTCCGTTCTTTCTCAAGAATGGACAGAAAAT TGTGTAAGAGGATTAGTATAAGTTACTTAGGTATGCCATCTTACCATAGC TGAAGACCAACAACTCCTAGGGAGACAACTTGTAGACTCAGGACGGTGCC CCTCTCACACGTTCGCTAAGTGCCAAAAGTTCTGCTTAGATAAAAAAGCT CGATTCTGGTTCAAAGAGTTATGACCCCTTACTCACCAGATTTGAAACCA ATGGACATTTCTATATGAGGTACTTTGAAGAGGGAAACCAACAGGACCTA ACACAAAAATATTGACTCACTGAATTACTCCATAGTGGTTGTATGGGACA ATTTGTCAGATGAGTTTGTCATCAACTTCTGCATGGCCTTCAGGCGACGT GTAAAGGGTTGTGATTGATAATGAAGGTGATGATATTGAGTGAAAGACAG TTTCGCAAAAACATTGCTTTGTTAACATTTTTTTTTGTTGCTTATTATTG AAAATATAAAATTTTGGATATATTTCTAAATACATCTCTCGAGTCCACGA TCTGCTAACCTTCCATGTATATGCAAACACAAATTTAGTATCGTAAAATG GCACAAAAGAGTAAAGCGTATATTTACATACTAAACACTGCATGGGTTAA AAAACGATGCTGTTGTGGGAAATTGAGAGTTGGCTCACTTAAAAGTGGGA AAGGGAGAATAAAAGATTAACAACACCACATATAGAACAATAAAATCGTT CCAGCATTGCTTTAATATCTTAATGACACTTATATAAAATGCTTAATCTT TTACCTCAAAATAATCTTCAGTTTCAGCTATAACGTCTTCAATGGAGGGA AATTTTTTAGTGGGTATTATTTTTTTTTTTTTTGCTGGTATGCTAACAGC TCTTTGTCGCTGGGAGACAAATCTGGAGAGTAAAGTATATATAGAAGCAA TTCAAAGTTCAACTGATGTAGTTTTACCATTGATTTGTGATTCTGCGTCA TCCTGGTGAAACATCCATTTCTTTGTCTTCAAAGGAAGCTGTTTTTCCGT GATCTTGTCTTTCAAACGCTCTAATAGCGCTATATAATATTCATTGTGGA TGATATTTCACTTTTGAAGGTAGTCTATTAGTACTATGCATGCAAATCCC AAAATACCAAGTCAATAACCTTTCCAGCTGATTGTTGTTCTTTTAGGCGC TTTGGACGAGGTTCACCAGTTGAAGTCCAATCAGATGATGATTGTTTTGA TTCTGGAGTGAAGTGATAGATCCATTTTTCAACCATTGTCACATACCGAT CAAGGAATTCCGGGCTGTTACGTTTAAACTTGGTCAAACACTGGTCATAA TTATCAGCACGTTTTTCTTTTTTGTCGGCATTGAGCGAACGCGGCACCCA CTTTGAACAGGGCTTTCTCATTCAGATATGTTCGTGCAATATAAGGCAAC ACGTTCTTTTGACATCTTTACGATGTCAGCTAGCTCACAATTTTACTTTC TATAATTCAAAAAACGATTTTGTGGATTTTTTTGAATGGTGTTGTTACCG TCTCAATTTTCACGTCCACTGCGTTTTACATCATTGGTATCTCTACAACC ACATTTGAAGTAGGAAACCCATCATTTAATATTTTTTCCTGATGGAGCTG TGTCTTTATTGCACTTTTCAAGCCATTGCTTAGCTTGAATGGTATTTTTT CCCATGAAGAAGCAGTGTAAAAAATTAATGCACGAAATTGTTTTTGATCC ATTTTTTTGGAAATACCAAAAGTAGTGTTACATTTAGCACAATAACTCAC AAACTAACTAACATGTTTTTATGACATTTTAACAGCTGTCTTTTGAAGGT TGGTACTAACTGAAAATGAACTAAATTAAGAAAAATAGCACCATCTCAGT ATGAAGCCAGGACTTTTCAATCCATATGCTATTTTAGGATTTAAGTAGAC ATATAAAAGAAAACAGAACTATAATAATTCGTAATATTGATTAGAAGTTG ACAAGTCTAAAAAAAATAGGAGTAGGCTATAGTATATCACTTTTTTATCA AACTGGACATAAAATATTTTATTCATTCTTTTTTTGACTTGGTACTTTCT TTCTGTCGCTATTCTTCGTTGTGTTTCCACAAATATAACATGTGTACTAA GAACCTAACAAACATAATTTCTAGAAAGTAAATGATTGGAGGGAGATGGA AAATAGTTAGTTTATACAACTTCTGTAGAAATGAGATAACAGTTGTCAAG TCGTTTGTCTCAATAAATGTGTTTTGGACCAAGTGCTAGAAAACTCGAAG AAGCTGTAAGAAAATGCAAAGAAAATTTTATATACAAGGAGCTTTCACTA TTTTCAGACTATTTTTATGTACAAGATAGTTGTCATGAGGCTTTCAGAAG AATCTAAGTACTCTATTGTATTTTATTTTACTAGTAGAGTAATTTGAAGA GTTAAACCTTCTATGATTAGAAAAAAATAATAATAATAAGGAAACAGAAA TAAAAATTAAAGTGTCGCTGAAAATTTTGTTCCAAAAAGGGACTGGGACC GGGTATTTTTATATCGAAACGACTAGAACTGATGTGCTTAAATTTGTTAC ACATGAGCTACTCATAAATCTGAGTATTTGTGCCAAAAAGTATTGAAATC TGAGAGTGTTGGGTCAAATGTCCTAGTTGATTTAATATAGAATAGCCCTA CCCCAACTTCAAAATAGCTCACTTTTGAGCTTTATAATAACAACCACACT TGTTTATACACACTAAACACACGAAATTTCTTTTATAACAATAATAAAAA AGTTTGAAGTGAAGACAAAGATGATTTTTTATTTGTTCATAACTGCAGAT GTTTATCCAAACATTGGAGGACTTACATCCATTCTTTCTACCCCTTCTCC ATTCCCCCCCCCCTTACGGATTAAAAGATCAATTCCTAAGGCCTAATAAA TCCTTCTTGCTTCTTAAAAGAAGGAAGATTTTACAACCAAAAATGAAAAG TTCTATGTTTTTCAACTTTTTTCAAATTTTGTATTACGGCTARTTCGAAA AAAWGTCACGTGGTTTAAAAATGACCAATGCAAAATTGTATTGTTCGTTT ATAGGTTTCCTATCTCGATCAAAGTTTGAAAAATAATTAGTTTAGTTTTA AATCGTTTTGATATATCTTTTTTTAACTTATAAAAAATATAAATGGAGTA TCTTTCTTATATCACCATACATGTAGAGCTAGCTTCTCATTAGATTAGAT ACGAGTAGCTATGATATATTGGAAATAAACACAGATCAACTCTGTATCTT GCAAGGACATAGGTGGCAATTTTCCCGATATCGAACTCAATTTTACTCAG AATTCAACAGGGACTTACATTTATTGTTCATTAACAATTCCTCAGCGTTA CTATCCGTTATTATGAACACATTATACACAAATATTATCTCTTCAAGAAT AAAATATTAGTGATAATATCGTTGAAAAAAAATCATGTTGCAACTAGTGT TGTGTCGGTCCTTATTTATTCTGTCCAGTATAGTCTTAGGACCAGTACTA TTGGTCCTTAGGACCGTCAGTCTTAGGGAGCGGTGTTTAAGACCATCGGT CCTTGGAATTTTTCATAAAAATAGCGACGATTTATTAAGCCAAATAAGAT ATATTAAATATTTATTAAGATTGTTGCACGTATCTTCAAAAAAATATTAC ATTTTTCATTATAATGCAATATAATATGATAATATTATGTTGCTACTTGG TTACATAATTTATTATTGTATAACGGAATAATTAAAAGGAGAAAAAAACC CTCATTGTCGTCATGAGGGATCGATTTTACCTTCTTTAAGGGCCGACAAG TGGTACTGGACTGAATGGGACCTGACTAGACTGGACTGCGGTCCTCGGTC CTAAATAAGGACTGACACAACACTATTTGTAACTACTAAAAGTATCGTGC TCATCTAAGGTCAAATTCTCTAAAACTATAATAATAATAAAAATAGGGTA AATATTTGCATACGAATATCAGGGAACCTACATTTACTCTACGTCATTCA TGGACACCTGTAATCGTGGTTACTTTATTTTTTGATGATATCTCCTCAAG AATTAAATAATAATAATAACAGATTTGGGAAACAATAAGACTTTTTCAGA TTTCCAGCTACAAGAAAAAAGTAAAAAACTCGCATACTAGAAAATCCAAC TCTAGACTAACCCTTGAAAAAACCATATTTAGAATCTCTAAAACGAAAAG CTTAATGATTCAGAATTATGCAAATGAACGAAAACAACCCTTCCATATAA TTCAATACAGTATAATTATATAATTATTGTCAAACATATTGAAAATATAG AACTTTTAGGCTTATACTGGTTCACCCTTTTCCCATTCATTCATTAAATT GTTCNATAATGTAAAAACTTTCTGTTTGCCGTTAAATCGTTCATAATGTA AAAAAATTCTGTTTGCCGTTAATTGGTTCATCTTTGAATTATTTATTTAT TCATTTAATATTTATGTAGTATAAAAAGTCCAATGTATAAAATACTCATT AGTTTTTTTATGTTTCATTACCTTTTTGTTTCTCAATACATATAAATGAG CCTCAAGGCCGTAGCTTGCTAAATGGAAAACCGATAATACCAGGGTCCTC AAATGATGTTCTTAATTTTTATAAAATGGTGTCAATTTATTAAAATAGTT TTTTAGCACCTCAAAATAGTCTCCAAGTTAGATTTTTGGGAAGCCTCGAA ATCTGTGTAAAGGCAGTACTATTATTCAAGGCAACCTCCAATTTATTTTC AACAGCCTCCCACTTTAAAAAACAGCTGAATATACCTATTTTTCTGATTA TCCTTATTTACTAGCAATGCCGATCTGTATCATAGACAATGTAGGGAAAT ATTGAAGGTMCCATTCATTCAGTGGGAGCCATAATTGGTTCGAAGAAAAA AAGGTGAGCCCGATCTTTACCAAACTTACATGTCGGGCTCAATTATTCCA ATATGATAGTTGGACCGATAACACTCGGGCCTAGTCGGGCTTTAATTTGT AATTGTTAAGCCTAGTCGGGCATTATTTATTTATTTTCTGGCTTAATTTT TTTGGAGATACCTTGATTGGTTTTTAATGGCTTTGCTGATTTTTTCAAAA CTCTGGAAATTCCTCCAGTGAGCTCATCTCCCATATACATATCCAATATA TAGCAGTCTTAGTTTGTCTATATTGCTAACTTGTCCAGACAGATTTCGTT TTTTTATGGTGAGATACATAAATGCAAGACTTTGGGGTGGAGGGTGATTC CTGTATGACAGAAGAAAATTAGTCTCTAATCCCTTACCTATAGTATGGCC TACAAACCAACCTAATTGTACTGCCACGACCAGTTTGCTTTTCTTAGTAT GAAAATAATTAGAGCATATCAACAGTATTCACTGAACATATATTCGTCCA GTGGTATTATTTATAATTTAATTGTAACACTTGTCTATAGTTTTCGTTTA TTAAATAGCTCAACTTGCACTGCATTGATTAAGGGTAAAAAAATAAAATT GTGTTGTAAGAAATGAAAAGAAACATAAAGTCTAGACATTAGCTCCATTG AGATACATTATTCTGTGTTAGCCACCATCAAAAATAATAATTATAATTTT ACCCATAATGCAGAAAAAAAGGTGTAGTAATCTACGGAAAAAATAGTCAA AAAGTGACCCCTTATAGAGAATAAGAAAATAAACGTCAAAATGAACACCG TTCATATTTTTCTCCCATACATCGTTCATTTTTTCCCCGTTTATCATCAT TCTTTCATTCAATCATATAATTTTTACAATTATATATAAATGTCTACTAA AATGACAATGAAAATAGAAAATTGATAATTTACTCCATTTTTCCTTTTTT TTAATCTACATTGTATAATTACAAATTTTGGAATAGATTTTATTTACTCC TACTATATTTCCTTATTATCAATTGTTCCAGTATTCTTTTAAAAAAAAAA AATTCAATATTGACATTAAATTTATGTATATTTTTATTCTAACTTCAATT TAAAAATGTCATACATAATTGTAAGTACGATTGTTTTAATAACTTCCATA AAGAAATATTGCAGCTTTCATTGGCCCGGAGGGACCGAATTGTAACACTG AAGCCATGGTGGCTGGTTCAAAAAATCGTGCTATGATCTCTTATAGATGT ACGGATGCCTTAGTTTCTGTCAAGGAAAAATATCCTACATTTACTCGAAT GGAACCACCCGATACTCAAGTTACAACATCTGTTTTATCATTATTAGAGT ACTACAAATGGAAAAAATTTTCTATTATTGCTCAAAATGGTCCTCAATGG ATAACTATTTCTGATGATCTCAATGTTCAGGTATATATTATTTTTTTATA ATGTATTCAGCGTTTGTTCTATTATTTAAAATGATAAGAAAAATTTAACT GATATAAGTTTACTATAACCAATTTATCGAATGGAATAGTCATCTCTAAC TGTTAAATTTTTACAACTTAATTGCTGTTATGGTAATAGCCATTACCTTC AACAAAAATTTAAGAACAATAAAATTGTGTTTTTTTTTGTTGAAGACTGT ATTTACGTTCTACATATATAAGGATATATTGCATAGTTAATGTGATTAAT TTAAATATGACATTTGTATCATTGTTTGGATATTAGTAAAGTTATAGTAA CATTTAAATACAATTTAATTAATTTTAAAAAGCAAGCTACCAGTGTTTTA TATGCCCTTTTGAAAAAACGCTGAGAATTTGAATAATATATAAGAGGATA GTAGCTTAGTTCTCATGACGTTTCATTAAAATTAACTACAATCAGCTATG AGAAAAAACAATAAACAAAAATATGACTCCGTTTTTAGTAAGAACTATTC TTCAATTCTACTTTGAGTTCAACAAGGACTTATACTTATAATTCCTCAAA AAATCATCAGTGTTACTCTGCATCTTTCAGGTTCAGATTGCCAATTACTA GAAATCTCATAAAATTTACAACTGTAGTTATATGTAGTCTGTGAATAAAA TTACCTCCCAATGTGATTAGGGCAAACCGCACTAAATACAATCAAACTAC CTATGTGAGTAAAAACGGAATTAAGTTCTGGAACATTATTGTTGGAAGAT ATAAGACATATAAAAATTGGGGATTAATTTTCCGTCTTTAAATGAAGCAT AATTTCATTTCATCATCTTAGTCTTAGTATTTACGCTTAAGGGTGTTACA GCAATATTCACATCTTTAGTAGTGACATGCTAAAATTAAAAAAATAATAT CATACCTATAATAATTAATAACAAAGCTACAATATTAGATATGAAGGATT TTTCACAAAACTTGGGAAGGTATCAAATATTTTATAAGATGAACCTTTGT AAAGCATATAATCAAATCCCTTTGGACCCTAATGACGCACACAAGACGGA TATTATAACTCCAGTGTGAGACTCTTCTAGAATACTTGGACACCACTTTT CATAAAAGAACGCGTCTCAGTTATTCCAGTGCTTTATGAACTCACTCTTC TGTGGTTTTTCAGGAGTCTTCGTCTACCTCGATTGCATTCTGGTAGCTTC TAAATCACTCGCAGGACATCGTCGCCTGCTATTCAGCGGACTCTTAAAAC TTCAGGAGGACGGACTTCGCATCTCCGGGGAAAGTGTCAATGTAGAAAAG CAAGCTTTAATTTGCTAGGACATGGAGTGGTTGCAGTAGGAATTTCTCTA TTGAAGGAACGAGTAGAAGCTATACGAGATTTTCCTTCTCCCAAGTCTCG AACGGAGCTCCAAGCAGCTCTTGTTATGGTCAATACTATTCCATAATTGT TTCCGACCTTGCAAAATGCAGAGCTCCATCTATTACTACCCAAGACGGCA GGCTTTCATTGGGACGACAAACTAGATCATGCCCTTCAAAATATAAAGAT TGTTCTCTTGCAGCAGACATTTTTAGCCTTTCGTATCTAAGTCTCTGAAT TTCACATGATTAAGATTCTTCGTGTTCATAGCAGAATTTCACTACCGGAT CCTTCTTAAGTAAGGGTAATCTAATTTTGTGGATGACACATAATCATTTA GATCCAGTCAATTTACGACATGCTAAATTATAACAAGGCTGCTTTTAGGA TTTGGTAATCTGGAAAACATTAGAATTACTAAATTTTCGAGAGATTGATG CTGAAGATTTTTTTAAACGTCTCATAGGCTTACACACTCTGAATTTAACT CGACTCTCTACGAAATAGCAAAGTCGTTCGCATGGCCACATTTGAGGCCT GATATTAAGCCTTGCACGACGTAATAATTGACCTGTCAAAAGAACAATCC TCAGTGCACACAAAATATTACAGTACAACACCTTTTGATTAGGATCCCCC TAGGCTAAACATGATCCTTGTCGATCTCGTTGGACTGCTACCTCCATCAA AGGGATATGGTTTCCTGGTAACTGTTTTCGATAAGATTACGAGATGTATA GAATCACTTCCGTTGTATCTCACTAAAACAGAAACGATAGTGAGCATTTT TATACCAGATAAGGTATCGAGATTTGGAGTCCTTCAGACCATACACTCAA ATAGGGGAGCTCAATTTACTTGTTGGCTTCAGAAATGCTTAGGGCAACTT GTAAGTTTTTCAAGATATTATACAAATGTACAATTCTATTAATTTACATT CTCATTTCGACCTATGATAAAAATAAAATAAAAGAAAATGTTGCTCATGA CAGACGGTATTATACGGACTGCATCAATTTATAGTGTCTTTTTTTATTCA AGTAAATGAAATCTTGGAAAATGCTACTACAAAAATAACTTATACCTATT TTTAGTNNAACGAATATATAATCGATATTTAATTAATATTTTTTCTTTGG AACATTTGAAGTTCTAAAAGAAAAAATCAGAATTATTAATGAAAATAAAT CGAATAAAACTTCTGAACTCATTTCTCCGATTGATCAGGTACGTTCGAGC ACAGAAAAGCCAACATAATAATTTTGCGTTACTCAAACGGACGTACTTAC TTTAAAAAAACACTGTAGACTCCAAACGGTGGGAGGAGGGCATGGTGGAA GAAAAAATACGAAGTGTCACTTATAAAACAGATGGACAGAAATCGTCCAC TTCTGAAGTGGAACAAAGCCCAAAGAAAGGGGGATCTACTGTGAAGAGTA GACGGAGAACAGCACAATCTTATCCCCGAGACTAAGGGGAGGAAGGGTCG GTCCCAAAAAGATATCTTAATAATGCCAGAAACTGACTCCCCAACCAACT CTACGAGTGCTCTTTCTGATAAAAATATTTAGCTCCTTGGGTCTAGATCC GATCCAAATGGGCATTGTCAATTTTAAAATCGTTCGCGCCCTGGTTATTT CTAGATAAAAAAATATACTTTATATCTATGGATTTCACCAAAAAGATTTT TAGGTTGGATGGAGTAATTGTAATACTATAATGTTTACTTATACTTAATC AGTGCAACTCCATCTAACAAATTAAAGAAACATTTAAAAAAAAAATTATT ATTAAGGTATCTTGTAACCTTTAGGTCATTACTTTTGATATTCTGGGAAT TTATGGCCCAAATTCAGACAACCCTGATTTTTATAGTAAAAAACAATTAC CGATATTGGCTCAAAGGCCACCAATTTGAGRGGGGATTTTAATATAAAAT TGGACATTAACAGGGACTCCACAAATCCTAATGGAAACACGAACGCCTTC GAAAAGAAAATACTTTACTCCATCATAAAATCATATGATCATTATGACGC AGCTGAAACCGGAAAAAAATTATAGCCATACTTAATTTTATTCTGAAAAA TCCTCCAAATCTGCGTCCCGAAGAATTGACTTATTTCGGTTAAGTGGTAT TCAAAAGCAATCAGTGTTATTGAATAAAGTAATTGATACTGAAATATCCA ATCATAAGGGACCCTACATTAAAATTAATTTCACACATTTCCCAAATAAA AAAGCTTGGAGAGTTTATTCATTGCTATTATATATACCCAAAGACAATCG TGGAAATAATTGAGAGCACAAAATACAATTTCAAAACAGGATACTAAAGT CTTCTATCAAGTACAAAAGATGCTATCAAAGATCAAAGCAATATGCAGAC AGGCTGGAGGCCGAGAAGAATAGGAAAATTGATATCATTGAAATTATAAA TATAGAGGACATTTCGGATCGTGAAAAGAAATTTAAACTGGATCAAATAT TCCGAGATTCTGACCTAGTATTTAGAACCAGATTAAAGATGAACAACATC GAATACTTATCTAAATCAAGACTACAATGTGGTATGATGGAGAAAAAAAG AAACAAAAGCAAGGATTTGCCAATCATACTAGCAAGTTCAGAAATATATG TAGATCCTACAGAAATATGTAAAGAAATAAAAACCATCTTCTTCGAGCTG TATCAATCCTTCGATTGTACAACACTTAAGAAATGTTCCAGATGTACCCA TCGATCTGCATACTTTTGCGAAGAACTGAGATGTAATGCGAACCGTAAAT TCAAAATTCCTCCGGACGATAATAATTTCATCGAGAAATATTTAGTGATA CAAGAAATCATAACGGTTGTGAGAGAAAACGCTAAATCTAATAAATGTCC TGGACTATCTGGTTTTGTTTTTGAATTTTACAAGAAATTTCTACTCCTAT TTTATTACAATTTTACGATAAGATAATGAGGGTCGAATATTTTCCTGAAT ATGTGTCTGGTGGAAATATACAGATTCCTAAAAAAAAAAAAAATGCAAAA TTAAAAAAAATAAATTAGGCCTCTTATTATGCGAAACTGTTTATACAAAT TTTTTGCATACATTATTTAAATCGCATAAACAACGTCTTGGATAAAAGTT TACATGAATCTCAGTATGGCTTCTTAAAACATAAGCTAAGGTACTATATT CCTTTCACTCTCCAAACGTTTATAGAAAGTGATCAAGAGCTGACGTTAAT GCTTGTGGATTTCGCCAAGGCCTATGATAGTTTATGATACGAATGTATTA CAAAAACGATGTACAGAAAGGGTTTTGGATAGTATATCATTCGATTTATT GGCGTAACCTTAGCAAGAAATAGAACAACCATAAGGTATGGAAACCAGTG CAATTATTTTGAGAATAAAAGGGGAGTCCGCAAGGGGGATCCACCGCCTG CAACAATTTTCATCATATGCTTAGACAAACTTATTCGTGATGTTCACTKA GAAGCCACGATAAAAGGATTTCAACTATATGCCATACCTTTAAAATATCT GTGCTTTGCAGACCACCTAACTATTGTGTTTTCAAGAAGTCCTATCAAAA CACTAAAATCAATTAAAATATTTATACGCATACTTAAAAGTTTTTCCGAC AAATCTGGTCTTTTTGTGAATGAAGAAAAATCGAAATTTTATGTCCTCAT GGACCCTAATATCCAAAGAGCGGCCACAATTTAGTTTTGAAAAAAAATCT CAAATTGTTAGGATCATGGGTTGGCCTAGATAGCATGTTGATGAATTATA AAGAAATCCTCAAAAAGATAAAAATAGCTTTAAGCAACTACTCTTACCTA AATTTATACACATTGTATAGAATTTGCGCATGGAACACGTAGATTGTACC CAAAATCACTCAATTGTTGCAAATATTTACATTCTGTCCAAATATAGCTT CTGAGGTTAATGTAATTGAAGATTATTTCTTTAAAATTTTAAAGAAGAAA AATATATCAACTCAAAGATTGCACAATCCATTAAAATATGGTGGCTTAAG CGTGATATCATTTGCTAAATTTTGGAATTGCCTCAACTCCTATTGGATCA CGAAATTGTGGGACATACAACACATTTGGAGCGTCCAATTGAACCCCTTC CTGGTTTCAAGAGGATTGAAATACACCCACTGTCCATTCTTGAGCCTAAT CTTAGTCTTTGAAAGACTGGGCAGATTCTTGGCTAGGCTCAAAAGATTTG GTGATGGGTCTTAGGTAGTAATCAAATAACTGGAAATCTCTTTGGGATGG GAAGTGCCTCTGAAAAATTGCTTAAGCTACAAGTTTTCTGGTGATTTTAC AATAGAAGTAGCCGCAGATTGAAAAGAGTCAAACTCTCCTGTAAATCAGA TGTTTTTTCCCCTCTATAGGTCAGTCTTAAGACAGTTTTTATTAGTACAA CTACCAATACTTCCTTTTAGAATCAAGATAAGTATTTCCTCCGCCTGGTA CCTGAGAAGATGTCCAACACAACCTACCCTTACTCCTTTAATTGCTTATT TAAGCCGTCGCAAAATCCCAAAACTCCACAGCCAAGCTATTAAAAATAAG TATCTAACCGCTCCTGAGAAATGGTTTAAGTACGGAGTACTTTTAGGTAC TCTTGAAACAGCCGGAAAATACTACAAAGACGGGCAAGCAGGCTGTTTTT TCTCTGGTTTAACAAGAGAAACAACTTACTACATACTGTGAGAATGCAGC GCAAAAAAAAATGATTTTTTAGCAACAGCAAACGACGGAGAAATCGATGC AATAATTACAAAGGGCCACTATATAATATACAAATTGTGAACTACAAGAG ACGATAACTTTGATGGCATTTTACCTATATTAAGATTGTATTTTAGGACA TAGAATGAGATTATTTTTTAATTATTATTTTATTTTCATGCAGCTATCGA CGGTTTTTGATGATTGAAAGGTAAATTTGGAAAGTAGTACATGATTACCA ATGGTGATTAGAATGAGCGCGTAGTTTTTTTAATGATATATTTTATTTGT TAAATTATTATATCAATGTAATCTGTATTAGAAAATTGTTGAATAAAAGT GCTATAGTGGACAAAAAAAATTTTTTTGTTTTCATTTGAAAAAAAGTTAT TTGGTACCTCTTGCTCTTCACAGCAGATTTCAGAACCTATCTCCACTCAG ACACGGAAACGTAAAAGATCCACTCGCAAAGTAACTACGTCTGTAAGGGT ATCATGTACAAATGAAGCTTATATTCAAACATAGTAAGCTTTTATTCATG AGGGATGTGTCATTGATTTGAAAAGTTTCTACGCAACTTGATACTGAAAC ACTTCCAAGTAACGTCCATTTAAAAATATAACTGAATACCTTTCTTCAGT TTTAGTTATCTCCCTCTACATATGCCAATTAAAATAATCAACTAATTGTT CATTATTTTTCTTACTCATTTGATGACACAAAAAAAGTTTATCCTATAAA CATAATGTAAATAATTTGTTCCTCTTGTGAGTGGAGAAAAGGAACAAGGA TTTGGGTTGGATTAGAAAAAAAATTATGCATATGAGGTGAAGACAAGGAA ACAGTGTAAGAATGTTTTTCCAAAAATGAGAATATACAAAATTTGTAATT TAAAACTTGGTCTTTTGCAAAAAATGCAATTGTACTTATGTATATATAAT ATCGATACATTAAATTTATTAACTATTTAATAAACCTCATCTGAGACCAA TCATTTTGAGCCACCAAAATGCAAGTAAATATATTGCTATCTCACATATT GACATGCATCTCCATTAATATATTTTATTAACAATACATTTGCAATCATG TTTTAAATAAAATACAAATATTATTTAAGTATTTACTAATAAAAATAAGA AATGAATGAATGTGTAGAAAATTGAACTCTTATTTAACTTAGAATATCTA TTTCATATATGACAATTCTATAGTCAAGTGATTTGCCAATGGTGTCCTGT GAGATATTTCATAAAAAGCAATCAATTTACATAATAACTGATAATTGTAC ACAAAAAATTAGACCCATAAGTTTTCAATATATATATTTTTTTAGGCACC CTCAAAGATAATAATAATCAAGAAAAAAAAATTCTAGTAATCTTTGGAAA AAATAGTAATAAGAAACAATAAAAACAAACGTCGTTAATTTTTATTTTCC CCATTTATCGTTCAAAAATTAATGGAATAGTTGGGAAACTTTCATTTTTC TCTTCAATCTCKAAGCCTGTCCTTTCAAAATATAAACAATCTATTTGGGA GATTATTCTGACTATAATTCAATTCAAGAATGAATAATTATTGATTCTTA AATTGAGAACGTATTCTCCAAACTTTGGTCCCTTGAATCCTTTCACGTTT TCCCAAATGATATATAGCTTATAAGCTTTTAGTAATATATGAGAATAATA CAGTTGAATTAGTCTATGTCTAGTATTTTTATAAGATTATAATCCAAATC AATTATCTTTAATAGGGATGATTCAAAAAAATATTAAAAGATCTTCTAGA TCTATGATACAAATATTTAGATTCCTGATAGACCTAAAGAATATATTAGC CCTAATATTAAAATACTTAAGCGAAAAATCATATAGTTTCCTTCTAAAAT ATTCCTTATTCTCCTTCTTAATTTAATTATCAGCTTTTTGAATCGTTTCT TTCTCAGGAGGACAATCTTCATGATTTAGCAGAGAATTGTTCCGATATTT GGGGGATTTTGTAAAAGTTGTCGCACTGGAGGTACAATTATAGCCCACAA AAGTCGGCATGTTCAATCTGGCACTATATATATCTTATTTAAATAACGTG GACGTGTAGTAATTATGTGGGGGATGATGTGATGTAATAACTAATGAGAT GCAAATTATGTCTTTAATTTGGAAAAAAAAATGTTAGTTCTTATATTGGA AAATACTATGTTTTCGAATGTTTTGATCAACTATCAATTTTCTNCTTGTC TGCTGTTGCAATGTCTTTGCATTACTCCGTATTGTCACTCTATGTATTTT ATCTTTATGGTAAATATAATACTAAAATATTTACTTATACTCAATTAATT AATTCCATCTCACCTATTAAAGGAACATTAAAAAATACGAAAAATATAAT GAATACTTGATTATTATACATTTTAGTCACACACATCTAACTTTAAATTT CCGGTATCTTGCCTCTTTGAAAGAGGTTGTGTTGAACAGCCGAAAGAACG TAGTAAGCAACGCTATTAGAACAAGATTAAGCAACAAGAAAATCTAGGGC AAATATAGCAGATTTATTAAGTAAATCTATCTCTTGAAGATTTAGTATAG AACTGAAATTATCAAGCAAACAATTGTAAATTTATTTATCATATATTTTA ATAATAAAATTAAATATTCGAAAGAAATCGGATACAAACTATTTATTCAA GAATTTATTCAGACAATTTCTTTATTCGTCTTTTGCCAGATGAATCATTG TCTGATCCGTATTTCTTAGAGCTCAACACGCTTATCAGACTATAAGATGT TTTTGTAATTGAAACATTTGTTTTCCGACAAAATTGAACGTGAAATAATC CCAGAAGAGAATAAAAATTGTTCTTAATTTCTCATAAATCTGACATAAAT TAAGAAATAATCATCATCCCAAAAAAAAGTCATGACATTAGGATTGACGT TTCTTTCTTAGTGATTTCTTAACTATTATTTGTACCAGTCACCTTTTCTT ACATCAATTTGATTACTTTGACTTCCATATTGCTAAATCTTATGGGAGAT TAATTTAAATTTTCTAATAATATCGTTGTATTTTAATTTCCTTAAGATTA TCTTTGTATTCTTGGCTGTTTTAACGATTCTCCGGCAAAGTGATCTAAGC ATAATGCAAAATGAAAGGAGGGCGTGATGTCCTTTCAACAACTAGCTTTT ATCCATTCATCCCAAATCTTTATTTACTATTAGTATACATTTATATTAGA AAATGAAACTTGAAATTGAATTGGGTGTTATGATTCAATCTAATCTTCAC TCGGATACCTAGAAAACTTATGGAAACTAAGTCCAGAAGAAGAATCTTGA TCTAAATGGGAGAAAAAAGTAATTAGCATAATATTTTACCATTTTAGTAA AAGTATAAAACTATCATTTATGAACAAATACTGATTATTAACTTTGTTGA TTGACCATCTTTAATCCGAAAAGGGGAAAGTATATTGAAATTTTATCGTG TATTAAAAAGTTGAACAATCAAATTCTTCCCTTTAACGGACGTTGAAAAT AGCATACACCTTCTTCATGCAGCAGTTCATTCTCGCAGACAGAAGATTTT AATCTACTMCCGCCTTGCTATGCCAAACTGCCAATAAAAATACTTTGTCC CTTATAAATTTCTTTCTCTGTGGTTATAATTAGTGGTGAAAATCCTGTGT ACAATGGGTATATTAAAAAGAAGTTACCGAAAATCAACATGGTAATCCTG ACAATTTGGAGAATGTTTTGGGCGAGAGATAAAATAACGCTGAGGAAGTT TCATTAGATCAGCTGTGACAAGGGAGGATGGACAAAAAGATATAAACAAA GAGATTTGTTAAAACTACTCTGATATCGATCCCCAATTCTACTCTGAGAT CAAGAAGGACTTACAATTATAACTCTGTGATAAATCCTCTGGGTTACTCT CTGTCTTTTATGAGCACACACGAATGTTCTATCAGGGTTTGAATAGAATT GAATCTAGTTACGAAAGGAAGTTCACTACTCAGGAATTAAGTAATAATGG CAACTGCTAAGGAAAATAAAATTCAATATTTCAGATAACAAATTAAAAAA AAAAAAAAATTGGCCGGCTAAAAAATGCATTGTATTTACATCACTAGTTT ATAATATANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCATGA ATAAGTTTTGGCTAATTATATACAAATGTATAGCTAATCGTTTAATAAAA TATTACCAAGTAATATTATAAAGCTGTATCGAATAAAATACTATGTAGAA TATTAGTATTGTGAAATATGTATATATATGTAAATCATTTTCAAAATTGT GAAAAATTATAAGGCAATGATAGTCTAGGCGTACTAAAAAGATAGATAAC AGTATGATTGTGGCTAACTACCAATTTATTTCTGTTACTTTCTAGAATAA AGGTGAAATGATACATTAAAAGTAATGGCGTTATAAATTTTACACAGTTT CTTTGTTTTCTTCACACCTTAAGACAATTAAAGAGAATGACTGTAAGAAT TTTATTTATGTAAGCACAAGAAGGAAACTAAATATATTATATTTTTGTTG CATTCCTATTGATATTTCTTTTTTTTAAATAATATAATTAAATTATGWTT TATTATTATGYAAGCCATTAAAATATTTAGTTTATTTTGATGAAGTAGAT AATTTCAAAGTTTTTCTTGAACTATTGTGAATAATGTTTCTTTGACTATT TTTTAATTTACTAATACGGAAAATAAAAAATTATGAAATAATTTAAAAAA TTTCAAGACATTGTCGTATATATTTTTCAATCGAATAACTATATGTTTTT TGTAAAAAAAATTAGCATTTTATATACAGCAGATTTATAAGTTATTGTTT CCTTTAATTTTTCGTTATAAACTTAGAAGAAACAAGTCGTAGATTTTTCG AATTTTTTAATAATTTCTTAGTAATATTATTATCCTCAATTAAATTTTAT ACACTATACATAAAAAATTGTAGTATATCAATGAGGTTGCAAGGACTAGT GAGTCTTTCTCTCGAAACCATATTCAAATAGTCTTTCTTATTATCAAATA TTTGTGGAATTGTTAATTTCATATAATATATCTTTTGAAATTAACATTTT TAGACAACTGGAACCCTTTTTTTAAAATACAGTGGAAAGTATATCTAAAN GGCAAAATATAAAAAAAAAAGTATCTCAAAAAACATGAAAATTGCATAAT ATTTCTTCCAAAAGTTCACATTCCGCTTTAATTTCTTCGCAAACCATGAT ATCTACTACTATTGTAGACAAGCTATAGTATTTGATTAAGTTATTATTAG GAATTATTTTTTCAGATTCAATAATTTGATGAACAGTAATATAAAAGTTG CATTTTGGTTTCTTTTTTTATTATCAAAAACAAGCTTCTAATGGATCAGA TTGTATCTGTCCAGTCATTTTTTTTTTCAGCACGTATTTTATCGATAATT TAGCTAGTGGGGAAGCACTATGTTCAATAACAAAATATTTTTCTTCTGAA AAATATGGAAAATAAATCTTCTGTCGACCAATCTTTTATCCATGTATATA TATTTTTTTAATACAAGATTTTATATCGAAGAAATATTTAGATTGGATCA TACTTCATAAAATTTTGCTCGTTAAGATAGGTGTTTGACATATTTGTGAT GAATTTGGTTTATGTTATATCTGACAAGGTGTAGTAGACAGAAACCATTA AAAGAGATCCAGAACGACCGAGAAAATAAAAGAGAGAATGCGTAAAGAAT AATGGACTGTATAATTCGGAAATCTACTTCGGTAACCTTGTGTATGATTA GCAACCCTCAACAATTAATATTATAAATATTATTCCCACAATAATAAATA CGACAATGTTTGTAATGAGAATAATCCTTACAGTAGCAACAAAATAGCAC TCACTGAAAAAAAGGGATTATATATTTATTCACAGTGAAAATCTCCTTTG TTGGCGTGCATTAACAGCGGGCCAAGTTAGAACTCTTTCTTTTTAATAGA CAAAAAGAGAAAATTGGAGAAGTTAGTTCAAATTTGTAACAATTATTGGA CAAGTTCAAACTTTTAATCATTTGTTATACTAACGTGGTTTGTATAATGC AAATTGTAATATTGAGCTAAACAGATAGATTTGTTGCGACACTCCCTCCA CGAGATGTTTAGCGATCTTAAGAGATATAAAGATCTCATAATGAAAGTCA AATTCATTTTATAGAATATGTGAATCCCTAAAGGTTTTTTAGTTAACGTG CGCATCGTTGCCCAGAGGTGGGATTATGTATTATTTCTTTAATTGGACCA ATGACGGTGTGTACTGGTAAGGCTTTGATAAAATTGTGCCGGTAGTTGCA AACTTTCCCACAAAGTTTTTACTCGGCACCCAACTGTATAAGTTCGGAAT ACAACTTGACCGCCTGCTTGTCTTGTAGCTTCTAGTATCCCGAGTTCCAA CCGGCGTTGAAATTCATTCAGCTTTACTCAAGATCAAGAAGTTTTATATT CCATGGGATCGTAAATCCCATATATAACCTCTGATCAGAGGGTTGTAATG CTTCTGGCTCTCAGCAAATCTGACTACAGCTTAGTTTTTCAACATGATTT AACTTTATCCTTGCGTTTCTGTCGGCTGTTCACGGATGAGAACTTTATGT CAGAATGAAAAGTTATGGGATAAAAAACCTCCTTGAGGGGAAAAAACAGG TAAAACTTCGAACGAAAAATGTGACCTAAGTTCCTTCTGAACCTAGTTCA TGGGTATTTATTAGATTTTTAATTCTATGTATATGAGGGAAAATTACTCA CAGTACTGAAAAAAAAACAAAAAACCTTTCCTTACTAATGATTTTATAAT AACCTGGGTGTTGTCTTCTCCTTCCTATCCCTTCAAGGCTTTCACTATTA GCAGAGTCTTTCTTTGAAAGTTCCTTAGTAAAGCCAGTAGAGTATTCATC AGCATCCTCTAAGCGCTTAGGTGATCTGAGAACAGACTCAGGAGAAGCAG TTATTCCCTCCTTGACTGGGTCAGTGTCATTGGTTTCTCCTTTATCAGAG TCCTGGACGGGTTCACCTCCAACGTAAGATCCGTCGATCCTTCCCTCAGG ATTAATCAATCCCTTCGTTTGGGTGACCTTCAACATCCACCGTCCGCTTC TGACACATTCATTATCTGAATTCAGATAACCCAATTTTTACACTTATCGT CCATCTCGACAGGAAATTACGAAGACTCAAGTAAAGCTACTTCCCTAAGG GATCTTATGATAACTGACATAGGTAGTTTTCCGAGGTGGTTGAAGCAACA CCTTAGTTACTGCTGTGGACATATTCGACTTTTCCAATTCTCCATTGAAT TTTCTCTAGGGTGTCGGGTTTAAGCATAACAACATTCCCTTGCTGGAGAT TTTTTCGGAGAGTAGATTGTTTAATCTACTTTGAAGCTATACTTAATTCT AGTAAGTGTTCCTTTTGCCATATGAACCAAACAAATTCAATATCCGTCTT TAAGGATTTTTATTTCATTAAAAAGCCTGGTTTTTTGTTCGAATTTAATT AAAAGAACTTCTGCCCATTCTGATTCTTCCCTAGATACGTTGAGGGATTG AATAGACTCTTTATGGCCCATCTCCTTATTCTACAACAAGATAGGCAGTG ACATCCATTCCTACTTTGGAGGTATCTCCAAAGACAGCAAGAACCTTGAT GCTTCCCCCGTTATAACGTGGGAAACAGAGATCTTTCATCAAAGGCATCT GTTTAACCCATTTAGTAAAGACCTTAACGGCCTATTTAGCAGCTTAGGTG TCTTTAAACTTAAGGTTTTCGCCCCACTGAAACTTGTTTTCATATAATAA AGGACGAATCAATTTAAATTGCATTATAAATGGTGAGACATAACCTTGTG TGTCAAAGACTTGACTAGCTACAATATCCCTTCTTGATAATGAAACACAA TAAGGATTAAATTTTTCAAATTTGCTTGCAAGATCAAATATAAGTTCATT TGTACATGTGTCCAACTTGAAACCAAGAACTGAAATCTCACCTCGTGGAG GAGCAATCTGTTGTAGCTCAATCTCTGAAAGAATTTCTAGATGTGAAGGT GAATTCTMCTGCCATAAAATTCTCCGTTTTCCAGAATTTTTAATATCTCT AAAGTAGTTTGGATGGTATCTTCCAGGGTATCCTGGGTAATGTGTATATC GTCCATATAGGTAATTTTATCTATAACTTTTGAAGCTAGTGGATATTTCT TTGATACTTTCTTTGCAGTTTCTTTAAGATACTACATTGAAATATATGGG ACTGAAAGTAGTCCAAAGACAATGACTTTGAACCTCATCAAACTGGATGG ATCTCTGGGCGTTCCCCAAACAGAGCGGAATATATCTTTATCAAGAGGGT CGGCAAGATTTATTGATAAGAACATCTCTTAAATATCTACAGTGACAAAA TCGTTCTTGCATTTAACCTTTAGAGTAAGTTCCATTTGTGGAAGCATATT CTTACCTGGTATTAGTGGCTCATTCAAAAATTTAGTTTTATGTTTGACAT CAGGTAAGGATGCATTTACCACGATCCTACATTTTGTAGAGTCATTTTCA AGACGAAAGACAGGACATAGCTGGGAGGTTTTGTAATTCTTTCATTAGAA GGAACTTCCTCAGCATAATCAAGATCAAGAAACTCTTGATAAGCCTCTTC AACTAAGTTCATATGTTCAGATTTGACCTTATCGTGAACTTGATGGCATT TTAATGAGCTACTCACCTATCGAAGACAGCAGTTCTTTGCATATGCAAAT TTGCCTGGAGCTCCAATGTGGTAAGTTCTGCAGTAATTGGTTCCTTAGGA TTTAGACTCATATTCTCCCTATTCCACAACTTAGTTAAGTTAAACTCGAG AGAACGATACATAGTATCAAGATCAAAGTCTTGATAATTTTAATTTGAGC AATAATTCCAGAATACAGAGAAGCCTTATTATCAATGGTAATTCGGTCTG AAATACCATCTGCTAATATAGTCAACTTAGTAACTGGGAATGTTATGTCA GTTTCTCCTGAACGTAGCAAAATCATCGTTTGTTCCTGAAGCATTATTGC GGAATAATAAGGTTCCGAAAGAAGAATTTGAAAATCTCTAACTAGTGTAT TAGTTAACTCTTCTGTGAACTTAGTGTTTGTAGTGTAATACCATTTCTTA GGATTAAATTGAATTGGATCTAAGGAATTACCAATTTTTGTTCACAAGTA ATTGCGACAATGAGTGCAATATAAGTAATATTCTTCAAATTTGCTAATTA AAAACAACTTGCTTTTCTTTATATAAATTTATTTCTCCCCCTGCAACAGT AATATCAATATGGATATTATCTCCTTTTAGTCCTAGAAATTTTGCTGTAG CAAATTCTATCATTGATTGGTTAGCTCTTGAATCAAGTAAAATGCGAACC TGACATGATTTTCTATTTACAGAATTAACAACCCAACAACCTAAAATAGC ACAAAATGATTTGTATTTAGGGATATTGTCAGATATTTTACTACTATTAA CTGACATCACTTCTAGAGCTCTTTCAAGAGGCTAAGTTTTTTGTTTTATC TTATTTTCTCCAAAGCATTTATGCTACTGATATTAATTTTATCTCTCTTA TTCAGAAGATGATGGTACTTTTCAGATACATTAACACATTTTCGAAGATT AAGATTACTAATTGAATATGCAAGTTCGAAACTATCCCAGTAATAGGGTT TGACATCGTAAATGAATCATAATTTTTCTGAGGTTCGTTGTTAAAATTAT TGTTAATAATTCTTAGCATATTATTCACACTTTCATTGTAATAATTAGAT TTGAATGTTTTACATGGAACAAAAAATAAAGAGTCATCTATTTAAGTTTT ACGTGAGTTTTTATTTCTACGATTAATATTTTTATAATTTTCTGTATCTT TTTGAGAATTTTTTCCCTCTGGAGATGTAATAAAACTTTTTAGGTGACTT CACACCAAACACCGAATTGGCTTCTTTTGAGTTCGTGAGGCGTTCGTTCA TCCATTATTCGAAAAATGGGATTTGACCTTAATAAGCCAACTCGGCAATC TGCAAACACCTTCTCATACTCGGAGTAATGAAATGCACATATTTTTTCAT GAGAACTCTAAGTGTGTACCTGATATAAAAGTCTCTTCAATGTTAATCGA AGCGAGTTTATCTCGCAAGAAGGGAGACCATAAGAAGGGATTTCGATCTG TCGAGAAATTGATATTTCCTTTTCTTAGAGGATTAATGAATTTAGAATTT AGGGTTATTCAAAATTCAAATGAGCTCAACCGAAATTCATCAGAAAAAAG TACAAATTAAAGACACAGGATGTTGGACTTACAGACTTAATTATTGCCCA TAAAATATCAGATTCGAATTCCTTGAAACGACAACTAGAGTTTCTAGCTC TTTTGAAAAGTGGAAGTGAATTCGGGAGTCAGGATTAGTAATCAAATCTC CAGGAAGCAAGATAGCCAATACATTATTCGAAAACAAGATGATGGACTTG CAGACTTAATTCCTGCTGATAAAATATCAGATTCGAATCATTTGAAAATA AAACTAGAATAAAAGAATTGGTATTCACAAGGAACCAACAGATAATCCAA AATAATCCTCAAATATTCTCTCAAGATATGGCTCGAAGGACCATGTAAAG ACTAATAGACAGAATAATTTTGTCTATTAGCACCCCTCAACAATTATATA AATATTATTACCTTAATAAATAAATACGATAATGTTGGTTATGAGAATAA CAATATTTTTTGAATAAAAATAACCAAATTAGACTTCTTTCTTACAATAG CACCCACTAAGAAAAAGGTATTATATATTTATTCACAATAAAGAACTCCT TTGTTGGCGTGCATTAATAGCGCACCAAGTTATAACTCTTTCTCTCTTGA GGCACTAATAGACACAATACGAAAATTGGACAAGTTCAAACTTTTAATTA TTAACTATGCTAACGTGGCTTGTTTAATACAAATTGCAATATTATGCTAA AATGATAGATTTGCCGCGACCACCTGGAAGCTTATATATATGTAGGACTT TTATTCGCTTTTATTTATTAATTTTAAGAAATTGGAAATACATCCAGTTT ATGTTGGTAAGTCTACGTGGCGTGTTCCTTCCTTGGTGACCCCGATTTTA ACTGCAAAATGTATTTTACCCATTTAAAGGATCTTCCCCTGAGCGTGATT GCCTCCTGATTTCCGAGCACAATCCTCCCACCATGGAGAACAATGGGGCA ACTCACCTCAACAAAGGGTAAGAAGAGCCATGGATTTTAGTTCGTTTTCA AGTTTTTGCACATTATATATATATTTATAAATATAAATATTCAATGCTTA CGGACTTACCAATATAAGGCTTCTTTATGACTTGAGATTTTACTTTCAAA TAAAGTCAATTCTTCGGTTCTTGTTTTACCTAAAAAGATCAATAATCTTT TCCTTGATATCTGAAGTATTGTTGGAGTTTTATAAAAAAATTCTCTGTTG AGATCGTTTAACCTTTCCTGATACATAGTGCTCCTTAAAAAAGTTTTTAT CCTTTTATGGTTGAAAAACAGAGTTGAGGCTCTGAAGTAGTCATGAGAAT TGTCAAGATAATTTTTTGGTTTAGTATTATACTTTTTCAAGAATTTCAGC TAAATTATTTTAATTTATAAACTTCGTTTATAAGACGTCAATTAACTTGC AATATGTGTGCATACCAAATCTGCTGTGGAATACTTGGGTTTCAGTTGCA AGTTTGTGTTTGTCAATCATAGGATGGGCCTCAGTGAATACATTAGTCTC TTCCATAGGAATGTTCTTCTTAAAATTAACAAAGCTTTCTTTGTTGAACA GTTTCACAGCTACCATTTGCTAGGTGGAAGAATATATCTCTGTTATGTTA ACACACAGACAGTCACATACTTCCTTTGCTTCAGCCATGAGTGTTTGTGT GAGATTATTAGAGTACTTTGAATTTCTTAGTGCTAAAATGTCACTTTTGA AGTTTATTACATACTCATGTACTTTTGACACATCAATTTCCAGAGATTGT TGTTGGTTATAAAATATTTATATTGAAGCATGATCTGACGAAAAAGCTAC AACCAAAACCTGAAATTCACATTATTCAAAGTGTGCAAAATACCTGTCGC TTCTGTTAGGGTTGTATTTTCATTCGCTGTATTTCCTCAATACAGTTTCT TAATAGCTAATACTATTAACAGAGGTATCTGAAAGTTCTACCTTGTGGTG GATTGGTGGAAAGTGGCTGGKCGTGTGTTTATTAAGAATGGATAAACGCA GTGGGGACCTTGAGAAAAATGCTGCTACTATGCCTGAAAGGTTAGAAAAA AACATATTTGATCCCCTTGTTATACTTGCCGCATTTTTTATAAGCAGATT TAGTTGGTGCATATCAGTGATGGAAATGAGCATTATTATTAACTAATTTA ATTTTAGCATTAACTCCACCCTTTTTACCTCGTATGAAACTTGCACCATC AAATGCTTGAGTTATCAATTACAAAATTTCCCGAGACATTGATTCGGCTT TTTTAACACTGAGTGATTTGTTGGCAGGAATGAGTTGAGATAGTTCATTA AGAAGCACTTGTTTGGATTCTGTACAACTTTGGATCAGTAATCTTTTAAA ATCCCTATATGGAGTACTATAGGAGATACACTTTTTGAGATGGTAGTCTT CTATCTTATACATAACTTTGTCAGGAATATCTCGTTATAGATGATTGAAC TTAGTCTTTTTGTTTGAAATCTTGGCTAGTTCAAATTGTGCTTCCGCTCT AAGAAAATTGCCAGTGGATCTGAAGGGAGTTATGTGAGGAAGTTTGATCG AAATGTGTGAAACCTTTTTCTATATGGTAGTTCCATTGTCGGCAGTGTAT CGTTTTTTCTCATTTGTATACACTTKCTTWTTCTGGGKCACCAATGTAGT ATTCGATCCGATATTGATTATGGTTTCACTTTCCTTCATTTTTTTTATAT TCTTTATTCATCTAACTTCAGGTTAACACTGATTTCAAAAAATACTTCTT TAAAAGGAATACGATAAACCAAAGGAGAACAATAATAAATGATGAATGGT ATAATCTGAAGATTGAAGTAATCTTCTCAATACATAGCTGAGTAATTTTG TAAGAAAATGTTTGAGGGATAAGTGGTTGGAGGTTGATGGACATATTTCA TTTTAGGCATTTTATTTTTATAGAAATTGTACAAAATTTATAATTAACAC ACTCCTTATAAATCGCTCTGATAAAGATCATTGTAAGCCAGATTATTGAA CCAACATGAAATTAGGATATTGTTATATGATGTAAAACAACTTTCAAAGG TGCCCTACCAATTCTGCTTAATTTCGTTCAATAATATTTATTTGTTAACG TTTCCTTATATCGGCAGKTGTTTGTGCATCCTTTACATATATAAAATATT GCTTAATACACTTTTAGTACCAGTAAAAAAATCAATGATATGATTGTCCG AAAATAATTTTAAATTGAAAACCTTTTATAACCGAATCAATCTAAAAATA TATTCCTATGATATATTTTGAGGGAATTAATTAGTTTTTTCACTGATACT TTCTCAATATTATGAATATTTAAGTAACCAACTATTTTTCATTTTTTATA GGCTGAGAAGCAGGGATTTGTTGTCAATCATTATAAAAAATTTGAAGATG AAAATCATTGTTGTATCCATATGCTCGGATGCTGTAATTCAGTAAGCAGA TAATTTTTACTAATACCGCTTTTTAATTAGCTATATTATAAAATATGCAT ATTTATTTGATAATCTGGGCTTAAAAATAAATAAATAATTTTAATTACCG GGGGCGGCGAAAAGATCTGTACACTTTGAATCTCGAACTTTATCAATATA TATTTCAGCAACCAGTTGTAAGAGGGTCTGTCAATAAAGCAAAAATGACT AATATGATATGTCTTGACTACCGTAATCACCCATNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNAAAAAAAGGCYCMCCGWAWTTCKTTRKTTASGT TCAGATGGCATATTYTTGGCTTCTGAAACAGTTAGGRGGGGNTAGTTTTT TTGGTTATTTTTAGTATTTGACAGGAACAGTTTTACTGTATGCACAAACA CCTTGATTTATGTACCAAAAACGAAGTTTAAAGGTTTTTTGGCCGCACCC GGTATATAAATAATTAGGAAAGGTCTTTTTTAGGGGTATTTAATTTACGG GAGGATAGTCTGGAAGTAATTAATATATTAATAGTAGTTGGTATAATTGA CACATTTGGCTAACAATCAACTAATTTCCGGCCTTTTTTATTTCTTTTCG GTGGAAAGGTTGTGTGGTAAGTAAAGGTAATGAAGTGATGAATGAATTGA ATTTCAACAGTATCAATAATTGAACTGTTATTTTTTCTGTAGGATGGCCA TCCCCTAAGCTATAAACGAATTTTTATTTAGTTTTGTTTCGTCACATTTC GTTTTGTTAAAATTTAGTCTGGTCTTTATTTCGTCAAGAAAAAAAAAATA TTTGTTTGAATCATACAAAAAATTTAACGAAAAGGTTTGGTGTTGTCTCG TAATTGTCATGCAAAAAAAATTAGTTGATAAATTAGTGTCCTTTGTCATA GCTGACGAAATTAACACTGCTATTGAGCAAGTGTCAAAAGGAAACCTACA AGATCAATTTTTGGTTTGAGGACTATGCAGGATTCATCCTTTATATAGCT ATATATATATATTTATAATTACTACGACTGGAAAAATTATTATTGTGATC AGATCCACAGTCATATAGATATAGGAGTATTTCTCTGCTTTATTTTTATG AATGATAAATACAAATAAAATAAAGATTTGGATATTGATTAATAATTCAA GCACAATAATAATAAAAGTAAAATGTTATAGTCGGATTCTTTAAAGTTCT ATGCTCACAAAATCTATGAATAATTCAAAAACTTACATTTTAAAATTTTG CTAATTCTTAGTTTATTAAAAAAATGAATAATTTTATGACATTATCATTG ATTTCCGTCAAAGCTTAATTATTTTTCTTTAATCTTTCTTAAAAAAATTA ACGATTTACAATTTAAAAAAAAGCCACCTTAGAAAAAAATTAGAATTTAA ATTTAAATTTAAAAATATGTATCACAGAAGTGAATGTATTTTATAAAATA AACAACATCATCCAGTCTCGATAAGAAAATTGTTTTTTTCTAGTTTTGTG AAATTTGATTAAAGTTGGGCCTTTTGAAAAGTTAGAGGTTAAAAATAACT AATTTTCCCAATAATTGAGTAATTATAATGAACATACTGTGGGTCCCAGC AAATCGTAAATGAAACTTCGGAAAGGTTTTATTTTTCGTTTAGGAGTACA ACTATATTTCAACATAATTATAATCTATTCAATGATATTAAATATTTAAC TTAACAAACAGGGAGACAAGGGAGTTCCGACACTTCTTAATTTANTAAAA AAATATTCTGAATTTTATTTAGGATAAAATTTATATTTTGTCCTAATGCT AATATAAATAACACAAAAATAATTTTGGTCTAAAAATCAAGTTGAGTTTT GATATTTGTTGAGTATCTGTATTGTTCCCGCAAAAAACAACAACAACCTT TTCTTCAATAGATTTTGCAATAGTACTACCAAAAGGGAGAGACCTCGTAA TAGATGATTGGTAGTTCAACAAATATAAGAAAAAATCAAACTCTACGTTT CGGAGGATCCTCAACGCATATATTGGCTTGGATTTTTAATGATTGTTYGA TCTTTATTTCAATCAACCTAAAGAAGTGTATTTTATTGTTTTCTGCCATC AGTAATTCCTGAATTATTTTTTCCTTTGTTCCTTTTACGTAATTATAAAA AACTGTATCTTGGGCTAAATGTTCACTTATAAAATCTTTTTTTTCTCAAA ATTTATTCCTTTCCCATTCTTCACAAAACGTAAAAAACTTGTTTTCATTA AAAAAAATTCCCACAAAATCTTGCCTTCTTCTAATTGATGGATTTGTCAT ATAATCAAGTCTTGTATTCACATCCACGGGTTCTTACTAGTCGATTGTTG CCCAAAAAATTTCATGAAATTTCATTATTAATGCTATCGTTTTCCGACAA AAACATACTTATCTTCTTATGGTTTTAAGTAACTAAATTGAACTTTTGAA TTTCAATTTCTCTACGTCTTGTTCATTTTTCTCCTTTTGTTTCATCTTCA GTAACTCTGACCATACAGAGCCCTCCTCAAAAATTATTCTCGCAATATCA TAAATAGAGGAATTTAAAACAAAAAAATCTTGTGAATTTTTTTATATCAG ACAAATAAATACTGAGATGGAGGGCTAATTAAATTGTGTTTTATCGATTC TTAATACAGTTAATTAATTAGGAGATCTCCCACATCTTTATGTGCTCAAA GAGTCTCATTTCTAGGATTAAAAAGCTGAAGTATCGTAACCAGAACCTTG ACAGGAAGCCTGGAAGTGTTGAACTGAAAAGTAGTATGAAAACAGCTCAC CCCGTTTTTGGTCCTGGTCTATGTGGTCTCCGTCATCACCAGACTGCAAC CCTCTTGTCTCGATAATCTGAGGTGTCATTGAGAGGAAGCCTGTGCTACT TCCAATGTGAATGTTGATGCTTTAATGATACCGTGGAGAAGGAATGCACT AACATGTCGTAGTGGAGACCAAGGCCGGTTACTTTGAGCTTTAATTGTTT ATATTTTATGTAAATAAATATTTTCTTGCTAATTGTGCTCTTTGAGAATG TTGATAAAGTTGAACTTGGTAAAATCTGTTCATGATTTGCAGGTACACAA TAAATAATCAATCGGTAATATCAAATCAAACGAGAAATTGAAAATTTCTT ATTATATTTTAATAAGCAGGATAATAACAATCAAAACACTAGGGAAGAAA TTATGTATCATGTACCGGCATAAAAAGGGAATCTGCCTGAAATCATGATT GGAAACAGTTCAGAAACTTTTATTTATATAGCGAATAATATATATAAATT ATTTAAAATTTTCTTGTGAAGTTGCATTTGAAGAAACATAATTAAGCACT ATTACTTAAAATTCATTGACAAGATTAAGGCTTACCAACATAGATACTCT AAACTTAAAACATTAACAAAATATGCATAAGATATTGACCTTCTAAAAAT TGACAAAATAAACAAAAAGGTATACATCAGTTATCAAACCAATTACAGTC CATTCAGGACAAAATAAATAAACAACGAGCAAGCAAATAAAATATCATTA TGTAGTAGTGAGAGGAAACCCATATTGTATTTATTTATTTTTCAACCAGT GGACTTTGAAAAAAAAGAAAAAATATCCAATTTGACGGGTTTTAGTACTA AAAAAGTCACCGAACAACTTGAATTTCATATAACACAGATTTTTCTTCTT CCCAAAAGGCGAGGACACCTGTATGACAAACTTTGTTGTAGCTCTAAGAA GATTTGTATTGCGAATAGGCAATACAAATATTATAGGGAGTGAGAATAGA AGAAATTTCGTTGGTACATCTATGGCGATATTCTAATTTATGTGCCAAAT AGAGTTCAAATATCAAGGATGTGTCATATTTTTGAATAACATGGAAGTTT ATTTCTTCAATGACTTTCAAGTCATGGTAGAAAATATGTCTCTCATCAAA AGTTGAAAAATATTTTGAATGAGCTATTTTTTCTTGCTCATATGTCTTGC GTCAATAGTCCAACTATTTCAAAATTTAATCCTAACGCCGAAGACACTGT TTTAACCCCATCTATATAGAATATTACTTCTATCAATTATRCTATACACT AGTGCAGATCGATAAGATAAGCCTTTACACCAAAATCATTATTTCATAAT GTTTTTAATTGATTGGTTGATTTTAGTTTGGTCTAGAATCTAGGAGGAGT GCACTGAAGGACCTCTTAGAGCTCTTTTTGTTTATATCAATAATATGTCT CATAGAAGGACTCTAACCAACCAGTTAAAGTAAGGTAACCAACCTGTGTA GACATCTTCCGAAATGCAAAAAAAAAATCGACTTTCTTTCTATTTTTGTC TTTTTATTTTAAATTGGTTTATTAATATAGATGGGAATTCACAGGGAGGG GGATTTTGCAGGTGGGAATTTTCTAAATACACATTTTACTAGATCGGTTT CCTTAGAGGGCGTCCTTTCCCCTATCCATTTCACGATCTTTTTCTCTAAT GCCAGGAGTGGGTGTCGATAATGAAGTTGTACTGACATCATAGGAGAAGA AACTTCCCAAAACTAAGAGGATGTTAATCAAGATGAAAAATGTCCTAAAT GGCTATTCAAAAAAAGATGTTATTGTGTTAAAGAGTCTTCGAGAAATTGC AAGAAGGTTTAACATCATTTTATTGCCTTTTGAATATGTTTAGGAAACAA TAGTTCCAAATTCAAGATTCATATAAGGGGACTTCAAAAGGATATGGAAA AGAGGTGCTGCAAGATAATTCGTAGAGAGGCCCTACGCTGTGGAGGGAAA GTCACAATACTAGGTCTAGAAAGTGCATTATGCATTTTGTGTCAAATATA AGACAAGTCGGTTTCATGGCTCTGAAACTTATAAAGGATGAAAATCCAAG TCTGAAAGTTCTTGATATTCTCCTGTAGTCCGGATCAGTTGAGTTATAAG TGGAAGATGAATCCACAAAATTTTGCGGTCAAGGGTCATGTTATTATGCT TTGCTTCAATTATGCGGGGGAAAAACTAATCCTGGAATTGGTTTAGATTT AACCATACCCTAACTGTTCTAAGGGGCAGGATTAAACTCTGTGATTATCA CACGTTTCTTTTTTATGTGTTATAGGGTAGGGGGAAAATAAGCAGGAATA TAAAGTCCTACACTCAAGTGGACGAGACCAGAATCAATCTGTTGTATATC TTGCAAGAGATTCTAATCACCTTACTTTAAATCTGAAATAAAATAAAGTA AAGAACAAACAACCCTTAAATGATCTTTGCGTTACGTTGGACACGTCTCT CTGGGAATAGCTACTCTTCCTGACCTTTCTTCTAAAAATAACTTTGAACC CTTTGTGAAGGATCAAACTCATTATAAAGAACAAAAAAACAACAACAAGA TTATCTGTAAATAACGTTGATGAAGTCTCTCTGGGAAAACTCCTCCTCCA GACCTTTCTTCTGAGAATAAATTTGACGTCCCTGCCAAATATCAAACTCA TTATACCTCTAGTACAAAATATAACCCTTACTCCTAACTCTTAGGTGGAC CCAAATATACATTTTCAATCTCTTAGTTTACGGGTGTCCCTTTTTCCATC AAGGGATGTTGCCCAAGATAGTTCAAAGCATACAGACCAACTTTGCTTTA TGACAGATGTTTTAATGAACCATCTGAGATAAACTAAGGATAAATTTAGA AAAAACAACAACACAATCCCATAAAAAAAAGAATCCAGATCGGGGATTGA GTAGTGTACAGATTTAAAAAAACAGAACAGCTCTTTAAAGAAATAGAATA TTTTTTTACATTCATTATGACTAGTCTGTTGACTATAACGTTAACTCAAT TTCGTCAAAATAAAAAAAATAGTTACTAAGAAGTCCTTTCACTTCTGCAC GTAATCATCTGAACGGATACAATAATTGATGATATTGGGAGCAAGTCAAA CAGCTTTCCCCCCATCACATACATTCTTATATCTTGAAGCTTCAAGAGCG CTATCCCATACATCCAGAGGTATTTTAATACTATTTAAAGATGCTCTAAA TCTATTATATTTAAAAGAAAAACAAAGCTAGGTAGAGAGATACATTCTAC AACGTGCATACTTGAGAGATTATATTTAGAGAGCAAATGTAAAAAATTTA ATACACATAGGTGCCAGACAAAGAGGCTAGTTATCTCCAGCCTATTCATA ATTACTATTAACAGTTTGTGGTAAAAAAATAGTTTAATAATCAATTGGAG TTCTAAAAAATGGAAACTGCCAGTTAAGGTCGGTACTGTTTGCTCATGAT CTTACCTTGTTGCTGAAAAGATCTGAGGAAGAAATTGTTCAGGTACTCAA AACCTCGTTTGAGACCATTAATAATTTGAAAGATGTATTGGGTCTCTCAA TAAATCTTAAAGAGACATAAATTCTTACAAATTTTAATCGTGAATTGAGG GTTTATTCTGTTTAATTATATATTACTTGTTGACATGTTGATGAAGATAA GATATGGTTTTGTATATGATAACTCTAACACATATATTTAACGAACCAGA GTAGAAACTTTTGTTCAAGGTTTCAGTCTTGTTTCCCTTTTTATTAATTC AGTGTGGAAGTCTTTGAACTTCTCTTCTCCTATAAACGATTTTTCCCAAT AAATATTTTTGAGCAACAAACTTTAAAAACATATTCTAAAAGATACGGGA CGGGGTTTTTTTCCCGAGTGAATTTCCAGGGTCTGTTGGAAAATGTGGAC ACTATTGAAACAATCAGGATTGTCTTGGCACTCAATATTGAACCTAGTTC CTTCCTCTACTGGGAATTTATTAACTTGACAATTTATATGGCAGGRTGAA TAGTAAGGACAGGTTTCTCAATGATTGTAGAATTACATCGTTTTGTCAAA TTTTAGGTTCACAGGAATGTTCAAATTTAAAAAAATATATATTATGTTTC GGAGCCAATTAGATAGTCTTTGCAACGAAATATGATGTTACACAACAGGG ATCCTACGAAGTAAGGTAATCCGTGGAACCTTGATGAAGGACCAGGATTA CAAAAGCTGCAGCACAAAATGCAGAGATAAGACTAAAGAGACTAAGGATT CAATATGAAGTTAATACTGCTGAATCTATAAATGATTATGAATAACCCGT TCACTATCTCAAACCAAAAAAAATTGTTCTATAGAATTGCCATATCTTCT CTTTATAATAATAAATCGAATTAGCACATATGACATTAGTGTAAATAGGA GGCGGAGTCGTCTTTCCATCTTCTCCTTTACTGCCCAAAAATACTTCACC TCATTGGAATAATAGATTGTATGATTCTTTCACCCTCTATTGTGGCATTT AGCCCCTTTTACTGGCTTATTGCAACATCACCTAAGCACCACGAGGCTTT TAAAATTGAGTTCCTAAGTGCGAAAATTTAAGCAATTTTGTATGAAGTTA AGGCTAGTGAAAGAAGAATTCGACTAGGCCTGGAGGCTCTTGTGTCCTAG TAGATARAAGCCATAATAGTTTCTCGAAAAACTAGATTATGCCAGGGCTT GTAAATTAATAATTATTGATGTTTATCTTAAGTCAGACTATAAAACTTGT TTACGACCGGCTCTCTCCCCCTCCTTTTAATATTCTTCATTACATTATGC AGACTATAATTACGTGTGTATATAGTGTGTAAAATAAAGGAAATAGTCAA TTGAGTATTTCAAATATATTTCCCCATTTACACGTGTGTGAAAGAAAGGA AAAAAGAAGAATAAGTACAATTAGGTGATGTCAATGCTTCGGTCTCGCTC TTATTTTACAAACGGCTGGSCTCCMTTCCTTTTTTCCATCTTCTTCTTGA CGTATACCATATTTCATAGATTATAAATATATTTAAATTAGTGCTCCTAA AAAGATTTACTAATGAGACTATTCACATTTAATAATAATTTAAAATGGTA TTTATAGAATTATAAAAAATTAAAAGTTAGATTTGTTTAATATATAAGAA ATATACATAAAATTTAAAAACAAAGTATTTTTTATTATTTATTAGGTCTC TAGCAATATCGGTATTGTATCATGAAACAATACTTAGGCATTAAATAATA TTATTAGTATTAATCGATTCTCTACACGCCCGATCTATGTACAAAGATTG ACATTTAAAAAATATCATATAATTCATAGGGCCAACGATTTCTTAGCGTA TTAATTTGATTATTGTCTATTATTACATTTGGTTTACTTTAATTATTTTA ATTCAGTTTGTAGAACATAAATATAAAATTTACAGACGGTATAACACAAC CAATTTATCAATCATCAATAAAATATGGTCTAGTATTGAGTAACTTATTC GCCTTATAGAAAAAAATTATAAAAACTACATGACAATAATTTTGCTATAT AAAATAATATACTTAAAAATTTGAAAAAAATAATTTCAGTTGCTTTATCA TAGTTCTTAAACAGATATATATAATTTTACGATTTTTTTAACACTTTATA GATGTGGCCTCATCCTATTTTAAAGGACACAAAGGATAATACGCGTATTT ATGTTTTTGTCGGGCAACGACAAATGTTGGTTAGGTTTATGAAACAGATG AAAGTTGAACAACTATTTGAAGAGGGAAAATATATGGTTGTTTATCTTTT CCCTGATACTCCAGTTCAAGAAGAACTTGGTTTTTTTTTATGGGACAAAG AAGGTAAATTATGTATGTAAGATAAAATATCATAAATATACTACTTTATG TTGTTTAAGAGTCCTTATCACCTCCACAACAGACATCAAGGATGTATGAG AACTGTGAAGAAATGGGTCTTTCTGCTCTTAGACAGTGGAAATCACTTAT TGTTGTTTCAGGATCTCCTTATAGGTAGTTAAATTTAGAATATTACGTTA ATTCAATGATTAGATTTTTTATTGAAAAATACAAATTATCGTTTTTAATG AAATTATTATATATGTGAGCGTATTTCCTTAAATTAAAAGCATAAAATAT TTTAACTATAATTTGGGACAAAATTGTTCAGTCCTTTTTCAAGTGAGAAA CATAAATCAAATTAAAATTACGATTAAATAGATAGGCAAAAGTGGTGTAT GATTTCAAAAATGTTTTTATAATATCTATATCTTGTTCTGAAATTGAAAT ATTTCTTTTTGTCCTTTTTTTTTTTTTTATTCAAAAATGATTGAGCCATT TTATTCCTGAATGAGTATAAATTCAATTAAAACCAGAACAATCAAACGAA AAGTAAAATAGCTCTTTACTCTGAGTATAAAGTTTAATTATATTAAGATC TCAAAGTATAGATAGATGAGGATATGTCATAGATAAGGATGTGATATGTC AACAAATGTTATAAGTGCTGCAATATCTAAATTTATTTTAAATATAATAA ATCAACTTAAATAACCATCAAATAGTCAACTGCTGTGATACTAGAATGTA TGTCAGACTATGACATATTTGAACAAATGTATAATACTTATTTTACTCAA GCATGCAAAGGCAAGGGGAATCACCCATGTCGAGGAGTTGCTCTACTCGT ACACAAAGGGCTGAATTTGAGGAAGCTGAAAGAACCAAACAATGGAAATA TGCTAGAGGTTGAGATTGATATCTTTGGTTGCAGTACTGTTGTAAAATCA GTATATGCACACTCGGGGAAAATCGTTTAAAAATCTCTTTAAAAAAGTAA CTCCTAAAGAAAACAACTCACATATAATTACTGGAGACTTTAATGTTTCT AGACTGGGAAAAGAGGAAACAAAAAACTATGCCAAAACCCACGCAAATAC GGATAACTTTGAAGCCTGGATACAAAACAACAGCATTATAGACATTGGAA AAGTTCAAAGAAATAAAGACCCTACCTATTTATACTACAGAAACTTAAAG AAAAATCATCATCAGCACGAATAGATTACATTCTATGCAAGGGAGAAATA GCATGTATGATAGAAAACTTAAAAGTAATTAAAAGGGGTGTATATCTGAT CACAAATTTCTACTTGCAAATATTAGAGAGCCAAAAAAGAAAAAATACCA ACGACGTTGGAAAATGAACAACAAATGCTAAAATCGTATAATGTATATTT AAGAATAGAGCAAATATTGGAAGAAATACATGAGGACATGTATGAAGGCG AGGAAATATCTAATGCAATTAAAAAAATAGTACCTAAAAACAAAATATGT ACTCACGGAGGAAGGGAAAAGAAAGGTGAAAGAAAAAAAATACATACAAA GAAAAAAATATTGAACTACTACATTCAGGAGATGGGAGCTCAGAAATTGA AATACGGGACATTATGGAGAGAGAAGATAAGTTGGCATTTATAAAAGTAA GCAAAATAAATCGAAATATTAATGAAAAAATACATCAACATAATCAAGAT GTACGAAGAAAAAGGTAGAAGCAACAAGTTATCCCTTTATGGTGAAGGAG GACAACTGAGAGACGATGAAGATACGCTGCAGAAAATTGTGCAAGATTAT TAAAACAAAATATTTGATGAATCTGAAATTGCTTATAAAAATTTAAAAAT TGATTTCAAGGTTAAATTATATATTAAACAGAAAAAAAACTTACCAAAAG GATTTACCATTAAAGAAGTACATGAATACACGAACAAATAATAAAAAAAT GGAAAATCTCTTGAGCCATCTGGAATAAGTGCAGAATTTTATAAAAAGTT TCCTCATACAATTCCTATTTTAACAAAATACTTTAATGAAATCTTACAAC AGCAATCTCTTCCCGAAGAAATGAAGTAAGGATTTATAGTGTTCTTTAAA AAAAAAACAAAAAAAAACACACACAAATTATATGCCTAATTAAAAATGAA CAAGTGCCGCTATCTCTGTTCAAGAATATAGATATAAGCTTACTTCCTTA TCAGTAAGATTAATATTRAAAAGTTAAGTATAACTGAYCCAGCCATAGCA CTACTGAAGTTGCAAATAAACTTGAGGTATAAAAATGAAGTAAGAAATAA TGGCAAAAATTATTTTAACCAATTAATGAGGGGTAAAATTTTGGAGGGAA GAGGAAGTGAAACAATTTTTTTGTACCTGTTAAAAAGCACTGGAATTGAG AGAGAAAAGCTGATAAATTTCTGCTATGGAATATATGACAAGGATCTAAC TTTGAGCCAAATGCTCAAAAGATATAAAAGTGCATCAGGATCATTCTATG TTGGAAACCTAGGAATCCAGGAAGGAAATATGTTCGAGTGTTTTGGATGT GGAGAAACGATAATAAAACAATTAGCCCCTTTCTAGGAGAATGTAAACGC ATTCAAACACACTTCACTTCACTTAAGAAGAGCGTGGAGGCCTTTATTGG GAAAAGCTATCAAATTAATTTTGGGCTAATAGTAGATAATGAAAGGTATG CATAAGCTAATAACGGCATTGTAAAATTTCATATGATGGTAGTTGCAGCG ATGGTTAAGCGAGTGAATATTAACAAAAGATTTGTGACGGTGACGAAGAA AGAGGTCAAAGAGATTGCCTCCAATGATTCGATTTCGACTTGATGCAATA ACACAACAACATGACGTAGTTTTATTGAACAAGAAAAAATATTTTGTTTT TTACTTAATACTTTAGTTTCTAGAACAATACTCACCCGTACAAAACCTAT TAATAAATTATTGTCACTGATGATACCCCATCGCTTCCATCGGTGTTTTT TTAGATATTAAAATTTAGGGAAATTGTTTGTTTCCTTTTTTTACATACAA CGTTAATATGTTGATGATATTTCTATTTACTGATAGCATTTACTTGTAAA GCTGGTACCTTGGAGGAAGAGAAAAGAGAAAAGATATGGCACTCGTATTG TTCTTTTTTGTTACATTGTAATAATTAATATTTATTTTGATTGGGTAAAC TATATCTAATAACTTCTNAGATGCAGTTTAATATTTAAAATAAAGGTTTT TACAAAAAAAAAAAATATATATATAATAATCATCAATCCTCCAGCGGTAG AGCTTCTTCCCTTCACGGACAACTCAGATAACTATATCTCAGAGGTTCTT GAGAATGCAAATGAATGCCCCCCTCCCGAACATTATGCTTCTAAAAGTGA TAACGAGCAGGATACCGAGAAGCTAAGGGCATCTCCTAGAAATATCTGGC ACTTCTTCCAATCAGAGGTGAGAAATACCGATAACACTATCCGAGATGAG GACTAATTTCTAGACTATGATGTTGTAGAGGTTTCAATCCACAAAATGGT TATTCCATTTTATAATATTTCCCATATCAATGCAGAAATGTGACCGGGCG AAGCAGTCATTGGTTCTAAAGACCCAATTGACATAGTTAAAATTTTTAAT GGCATTGTAATTCCCTTTATTTATAATCAAATGTCTATAGGCAAATAATT TTTAATCGACCTGAAAATATTAAAGAGTTCTCCTGGACAGAGCTTTTTTG CTCAAGTTCAAGGTCGTTGCGTTAAGATATATCATGAAGGCCTTTGAAGC AGAAATTGTCTCAAATCTTGAATTGTTTATTAAAAATGCTTATCGGTACG GTTAGACCCAAAAAAGTAGAGAAAAATATTATAGCTCATCCTGTGTTCAA AGATGAAGGTAGGGCATTGGGCACGAGAAACCTGCTCATTGAGATCCAAG GTGACCCAAAAACTATTCCTTCACTTCTTTTCATTAGAGGTAACGTAATT AAGCTCGAATTAGAGAGGGTGAGGAAACAAAGCTCTAAATGCTTCCGATT TGTTCATGTCAAGTCAAAACGTGAGACGAAAAAATATCAATCAAAGTATG TAAGGTTACTTTATTGAACAAAAACGCTTCAAATTAAGATATACACCCCT GACAACTTAAATCTAGACAAGAAGACAGTGCTTCAAGACAACTTCCCCTT GATAGAAAAAATAGAGGCCCCCAAAGATGGCGACTCTACAAACACTACAT CGGTTTTTCTGGACGTGAAGAATACTTCTACGTTAACCAATCAGATAACG ACAAAGCAAACATCATCTTCCGTTTGTATAATTAAACTCTAAGAATCAAA GACTGTGACATATGCAGAAGCAACACATAAGAGACCTAGGATAGGAGACA ATCAAACATCTTTTTTAGAAAGTAAAAATCGGGACATCAATACCACCATT GACATCTCCCAAACTACTGCATGGATGAAATAGATTAAGCTCCCCGTAAT CGACCTTGAAAGTCCCACCACGTCTCCCCAATCACTATGACGGAGCAATC CAACACACTTAGCTTGAGAAAAATTACGGGTAAGGCATGTAATATCACTG AAGTCCTTATGCAGACTAAAAAGACCCGTAACTCCAAAATACAGAAAAAA ATGAATATAATTGCGGAAAATAACAACTAAATATTGTTTGTACATTACAC ATTTTACAATAATATGTACACTTGCTCTGAGTAGATTTCTGATGGTTTTT TGTTATTTCCTATAACGTTAACTCGATAACCTCATACGGCAGAGCTGTCA AGGTCTTTAATTAGCGTAATTGTTTACAATTTCCGGTTATAGTAGTTCTA TGTGACTCAAGGTTGGTAGACAGTAAAAAATAATTAAACTTGTTCCGGAT TCCCTTGTAATGTTTATGTCTCAAGCTGTTGTGAAATCATCCCATCCCTC TAGGGGTGTCTTGMTTATCGTCAAATSCAGCCACTAACCTGTGATACAAA AATCGATGACAATGGTAATTATGTGGTTCTTGATCTGAGTATTTTTAAGA AGAAAACAAGGCTTTATGCAGCTTACAGCTCCAATCGGGATAAGACGGGC TGTTTCACGGAATTAATTGATGTGCATGATGATAAAAACATGTTCATTAT TATAGTAGGGACTTAAACATTACTGCATGTACTAGGAATGTAATTTGTGA TGCTGTAGAACATTAAGGTTCTAACAAAACTAAAAATAGAACTGAATTAG AATAAATCATATTAGAACTTTCACTTGATGATATTGGTCGGTTCGACCAA CCAAACAACCCTAAGATGACATTCTATTGTAATACATCGCAAGGGGGACT GAATTACATACTAATTCACAAGGAGCTTACTACACTTTTACTAGAATTCT CTACATTCCCACGACTAACATCAGATCACTCCCAGATATTTGCCAGATTC AGAACGCTTCCATCAAGCCGTAGTTTTTTTTTGTTTTTTTAAATTAAATG TAACCCACCTTGAATGTCTAAACACCTGTGAAAAAGTAGAAATAGTGATA GACAAAATAAATCATAAAATGAAATACCTATTATTCTCCCCTTATTATAC CTTGAAAAAATGGAAGCTACTTCAAAAGAGATCTGTTCAAAAGAGAAGTG TTGGTATAAAATTAACAAATAATAGAGAGAATAGAGAGTAAGATGAGACT TCAATCACTAAAGGAAAGTTCGGATGACTTGAACACGATGAATGGGGAAC TGAAATCTCTTCTGGAATACGAAAAAAAGGTTGTATGATTTGACTGAAGT GAAATTGATTGAGGCCACTTAACAACAAAAATGTCCTTTAAAAATCTGGA AACACAACATAAAATATTTTCAAAACTGATTGCCCTGAGAACAGACTACG GAAACATCTCAAATGATCCACAATATATTGCACAACCAGCTACGGAATAT TATTTTAAATTATATTCGTACCAAGGGTGTATTGATGATTAAATGTGCAC ATTACTTAGGGTTTCCAAATCGTTGGGAAAGAGATATACATAATCTAGCC TAAAGTAGATAGTAATATACAGTCCCACATATCGGAAGAAGAAATAAAAC CTATATCAATAGATACGATATAAAGTTTAAGTCACCTGGACCTTCATGTC TCCCCATTGAATTTTATAAAAAGTTTGTTTCACTGCTTAGTCCGGTATTG GAATTATGCTTCGACGAAACATTCCAAAAAAGCCACAACCCTTCGTTCAT CTTGGCCCTAGTACATAAAAAGGAAAATATAAATTTGTATTAAAAAAATA TAGCCTAATATCGTTTTTAAATACTTCTTTCAAGATACTTACAGAACATT TTAAATCAAAGACTGCTTAATGTTCTACAAGGATTCATCACTCAAAACCA GAAATGATTTGTAAAAAAAAGACTTGCCGAGGATATACCAAAATGCAATC AAGATGTTATTGTTGAATTAAACAACAGACCATGAAACTAAGCAAGGCTT CTAATAGATTTTGAAATGGCATTTGATAGCGTCTCGCACGAGTATATATT AAAACAGTTGGTGAAACATAAAATCCTACAAAATTTATTAACGTGATATC TTGTACGATGAGAAAAGCAACTTCCTGCATAAATGTACCTGTATGATACC TAAAATTTAATAAAAAATAAGAAGAGGAATTAGACAAGGTGACATACTTG CACCAACTCTTTTTATAATAGCTGTAAATAGCTTATAGGAACAAATTAGC TCCAATAAGTTGATAAATGGATATGAGGACCATAATTTAAACTTTAAATG CATGCTCTACGCCGATGACGTTTATAGTACTCTGAAAAAGTTGATTCACG AACTCCTTGAGACAGTGGATGAATTCTAAAAAGAATCTGGCCTATCGATT AATGTCGAAAAATACAATATAATTGCAACCACTGAAGATTCTGTTAGAGC AAATATATCAAAATTTCTTATATACGACCTCAACAAAGTTGCTAGGAATC CATAACTCCTTGACAGAAGGAGAAGGCATAAAAAAATTATCATTAAATTA TTTCACAAATAACTAAATATACAAAATTTTACTGTAAATTTGATTTCAAT TTCTTACACAAAGTTAATAAAAATAAAGGAAAGAAATAACACAAATCCTT CTACATACACATCAAGGACATATAGCGTGGAAATAATCGGGTGTTAATCA TCAATTCTACTCTAAGTCCAACAAGGAGAGATTTCTTGCTGCAGTTTTGT GTTCCGCAGAGTTTACGTGACTTCCAAATCCCTACCACCTTTATTTGCCA TTCACACGTAAGTGCCTGTTCTGCATTTATTGCACTAAGCTTCCGAAACA TCACGGTTGAGGCGAAAACACGAGTTTTTTTATTAATATTTTGNTCCGTG AACTTACTTTTACGTTTAAGTATGGATGCAGATGTAATGTGCTGTTGTAT CCATTAATATTCTTTTTTTTTTGCCAAATTACCACTTAAGTTAACCATTA ATATTATTAAAAATAACATTTTAAATTTTAATTAATGTACAATTTTATTT TTGCAATGTAAATAACTGCTTTACAAGTTGATAACTTTATAGTACATATA TGCTTCTCTAATTATAAAGGTTATCAACCAAGGTCGGGATATTTTGAATT AAGAAAATTTCAACTATTGATATAATAAAAAGTAGAAATGTCTCCATAAT TTGAATTAACATATCACTCTATAAAAAAGTGATATAAGTCATGCAATACA TTTTTTTTTTTTTTTCAGAACTGATACAACAGATTTTGCTAACAAAGTTC GATATTACAATCAACTTCCTCCATTCAATTTCACAAGGGCTGCGCTTGAT CTTTTCAATACTCACTTTAACATTCATATTTCAATATATGCGGCTCATTT ATATGACTCTGTCATGCTTTATGCTAAAGCATTAGATCGTTTAATTGAAG TAAGCATCTTAGAAAATATAAATTCATTAAATATATTTCTTTTTTTTTAC ATGCAGAAGTTATAGTACATATAATTGGGATAATATTTTGTTTTTGTAAA AGATAACCATGGTATTTAAAATAGTTAAGAAAGTTTAAAAGATAAAGATT AAAAGTTAAAAATTGGATAAAGATTAAAAGTTAAAAATTGGATAAAGATA ATGTGATGACGTTTTGAATAACTACTAATGAGTGACTGTACCAGGAAACA ACTGTTACGTTCTAATCTTTCATATATTAATGACAAATCATTCGACTTAA AACATTAAATAAAAAGTGTTTAACTTCAGGTTATCTGGTACCGCCAGGAC ATTTATGAATTATGTTTCTGTACCAGTTTATGTGATACCCTTGGTTTTCC TATAAGAATTTATTTAATAATGTAGTTAGGCTCTTGTACGAAATTTATAG ATCTTAGCTAAAGAAATGACACCTTCAGGTTTATAAGAATTTATTTCTCC AACACAGTTTTTTAACAAAAATGCATTTAAATAAATAAATGTTAAGAAAT GATGAAAAAAAAAACAAAAAAAACATATAGTATTTCGGTAAAATTGAAGA ATAACAATTNNNNATTCTTACTTATTAACTTTGCTTATTTGCTAGTACAT CCTCATTGAAGCTAGGATCACTCAAAAGTTGTATTTATCATACTTTTAAT TTGGCAATTGTCTTAATGTTGAAAAATGACTATGGACGTTAATATTCTCA AATTAATTTAATAGCAAATATTGTTTAAACCTGRTGCGTCATAGAAAAAC AGAGATCCTTTTTGGATTCAACACTCCAAGATTAATTCCATTGTTGGCTT CAATTAATTAGTAAAAAATTTGTGTGCCCTGGTGTTATGTATGAATCTCC TCTTTTATATCCTATTGTAACTATACTTTAATAATTATGTCTCTACTCCA TAATAATTTAAAAACAGTGTAAAAAATTAACTTCTCCCTGTTGGTATCCC GTATTTGCCGTTTATCCGCCAAATTTATGAGTTATATATTTCTAATTTTA GCTTCATCCAAGTAACACCTTATAAATTATAGTTTTGATTGTAAAGTTTT AATTTATAGATTGGTCCAATTAATTTTTTTTGTTTTTTAGGGATAGAACT AACGTCTCAGAGTCTTTCAAAGAATTTCTAATATATAAGCTCTGCTCCTT ATTCTTCAAGGAAGCAGATAAGCTTTATAAACATTTCCAAGGGTAATTTT CTGGACAATTATTCTTCGCCCAAAGAATTTTTAAGCTCGGCAGTTTCTTC TCCTGAAAGTATTGTGAGTTTTTGTTGCTAAGCGTCGGAAACCCGGTTGA GCCTTTCCGTCTTCATTTTGTGGAAAAGAAGGGTTTATATCAATAGGCCT TTGGATAGGGAAAGGAACTGGAGAGACGGGAAAGAAATGGAAGGAGATTT CCGTCTTAGGCACCCTTCGTACGGCCAAAAACAAGGATCTTCAGCTTTCT TCTACGGAGATTGATTATGGTCATAATGTTTACAGATATTTAAGAATAAT TAGATGCTATCGGAGCCAATTAACCCACTGTTTCTTGTTCAGAAGAGACC CTTAGGTTCATAATAAAGTAATTTTTCCTATGATATTAAGCTTCAGCGGA TCAGGGGAATTTTATAGGGTATCCTCTGGAGTAGAAAAAATGATGGAGAT TCATAAAGTTAATCCAGAATTGGGACAGCATAGTTATGGTCCAACTATTT CAAATATTATTGTGTACTTCGAAGCTATCAAAACTCTTGGCAACATGTCA GTTCCTAATGAAGATCTTACTTCCAAAGTTACATAGCTAGAAGTGCTAGG AGGGACAGTGACGGATAAATAATTCTAAAAATTGATTTCCAATTGTCTCA GACGTTCAAAACTGTCAGTTTCAATGAAAACAAGGCGTAAGAACACTCAA AAGTAGTTGCACGTAGTATATACTCTAGTGATTCAACATACTAGATACTT CTTTTGCTTCCGGTAGACGGAGATTTAATCTGCCGAAATGAAAGAACCAG KAAAGGATCGAGTATTGAATAGTGGTGCCACTAGAGTCCATGAAATGAGA TTATGTTTCAGAAACGAGGTATTGAAGGTTCTCTAGGAGCACACTCAAAA GACACAAGTCCTGGAGGCAAATGTGATTGGAAATTTTGCATTTTTTCAAA CAAAAAAGAGAAAAAATGACAACCCAGACTACGGGTGTTTACAATTCCTT TTTTTTTAAACAAACTATTTTCCCCCGTTTCTATAGTAGGGAGAACGGAA AATACCTTCTAGACGTTATAAGAGGATATAGTAGTGGTAAGTCATAATTG TAATACTCATTATACTTCGGTATTTATCTTATCTGGTCAAAATAGAACTT GATTTAAGGAATATTTTTCTATGGATATGCTGCTTGAGGCCATCTGGGTT TTAGATTTATTTTAATTTCCTTCCAATAAAATGTTAGTCTTCAAAGTTTA CAGATCAAACTAGCGTTGGCTTTGAAAATTGGGGCATTGTAACAAAAAAT AATTTCGTTCGTTATATTATTAAATGGTATTAAAACGTTCAATTCCTTTC AGGAAAGCCTAGATTTAATTATAATAAAAATAACCATCCTCTTTGTAAGG AGGCAGTAAAAGCCATCCATACTTATATTGTCAGGTTAAAAGGCACGTGA GCAATAGAACTAATTAGAAATATAAATCTGAATCAGCTGTGTCAGAATAA CAACAAATAAATTTATTTTTGGTATTTTGCAGTGAAAAAGAAAGATGTTG TTAGATTGATAATTAATTAGGAATCCCTTTACAAGTTTGTTGCTATCTCA AAGTTTATGCTTAGACTGACAATTCATTCAGATATTCGTTGGAGAGATAC TTTTTTACTTTTTTCAATTGATATCTCAGAGGTATACTATAAATTCTTGA TTAAAGAGGAGCATAGAAAATTTTGGAGATTTCAATGGATGGGAAAAATT TTCAATTTAAAGTTTTATTCTTTGGTCTCACATCAGTTCCTCAAATCTTA CCATATTAATGAAAACGGGCATTAATTTCATAATATTAGAACTTCATTGA AAAGGCCGCATTTATTTACATGATGTGTTATTATAGGCATGTGCTTCCAT GCAAGCTAACTTAAACTCATGAAAGTCGTACAGTATTAGCGTTTAGTAAT ACGCTTTTCTGCGGTTTGAATGTAAACCTGGACGAGAGCTCTTGGTCACC TAGCTAGATAAAATAACATTTAAGTGTCTTGTAGGACACTCATGCTCACG GTTGAACTACCTATTGATAATGTCCAAAAATTAAGAATAAGGTCATAACA ACTATCATTATGGAGAAGGTTGCAGTGGGAGATCTTTAGTAAGTGCTGCG AATACTGGAGAGTGTAAGACCCGGAGTAGAGTGTGTGCACCTGTTTTAAA GGGATTTACAATTTGATCTAGTTTGAGTAATTTCATCTTCCGTAAAAACT ATCTATTAGGTTGTTATCTCAGGATCTGAGTGACTTAAAATAGTAGTCAA ATTTTAAAAACTTTCGGTCTCCCAACCTCTGGGTATGCAATCCACTTCGG GAAATTCATACTTATCTTTCAACATCCAGGTTTTGAATTCTTTTTCGGAC GGAAGGTTTCATCAAGGAGGATTGTCTCCAGTGGATAAATAATTAAATAT CCATATGCTGGAAATGAAAGGGCTACTCCTTTGATAGGTGATACCCATAC ACAAGTATTAATCTATACAAGTAATAAAAAAATCTTTCTTTCCTCTTATG AAAAAGGGAGATTCAAGAGTGTAGGAACTTGTAAAAATGTAAAAACGGTT CGACATGGCTTAGTATGAAAATGAGATATATTTGGCCAAACACAGCTTTT TTGTTCCGTCATCGATTTTGAATCTATTAAAAACTAGGTGGTTCAACCTG AAGATATATGTACTATTTTGCCTCTCAAAGAGTTTCAGGTCTGAGAAAAT TATGTATCCTGCCCACTTGAGAAGCAAGTGATTGCTATTCACGTTTTTTC AGTAATATGAGACATAAGTCTAACAAGATTCAAGACTCAAGTAGTGTGTC ATGAGATAGTCATAAATACAAATTGGACAGGTGCTTGATGGTATCAGCTG TTATAACTCAAACCCATGGACAAAATAGAGGTAGGGCTGTCAAGGAAAGT GCCATGTTCTCAGAAACTGGAGTACATTCTGGAGCTGGGCTTGTTAGTTG ATTTGCTCATTTGACTTCCAAATTTAAACTGAAATAACTTTCAACTGAAG TTGTAGATAGGCGATTGAGTGTTGTCAGGCCCTCGATGAAAAACTTTTCT ACATTTAAAACTATTCACAATACTGAGTAGATAGTTAAAGTTATTAATAA TTGATAAAAAGCGTTTCATCATTGGAAAACCAATTTATTTATTAAGTTAT CTTGAATATCTCTTTACGCTTTGAATTAATTTATAAATAAAAGAATATAC GTATTATTTCCTTCCTTGTTATATAGAGGCAATGGAGGTAAGTCAAAAAA AATAAGGTAAAAAAATAACCAATTATTCCCATCGAACCCTTACTTTTGAT TTGCAGCTTAATTCCTTCCTATGTTTTTCTTTTTTACCTAAATATGGATA ATGAAAAATAAAGTTTTAAGTCTAGCTCTTCATGTGCACGTACTGGCCGC TTAATTAAATGTAAGGGCAGGAATAAGACCTGTAAATAAATATAGTATGT TTTTCTTGATTTTCTATTAAAGCATGAAATAAATCGTACTTTAAAGAATG GGAAGGAATAACAGCTGATAAAGGACAAAAATATTACTTTTTATTTTATA AGGAATTAATTTCTTATGAAGTACATGTACTTATTCTTCTACAAAATTGA TAATTTATAAATTACAAATATTTTTTCTTTTCTTTTTTGGTGTGTGATAT GCCAAAAACATTGATGGTGAAGTCTGACATCACATCTGTTACATCGAAAA AAAGAGGATCTTTTTGCCTATTTTCTATTTCTTTACAATATTTACAAACA GATTTTGTTTCAAGTACGTAAATAACGAAATGCCCCTCCTCCATCATAAC GTAAAGAAGTTACTGCATCAGGATGCAAAGATGTATTCATGGAAGGTCTT GAGCCTTCATGTCCATGAAGCAATTCCAATAATGAGACACAACTCTTTAT GAACTCTACTTGTGGCATTGTGGTTTGGCGTTTATCTTTTTTTAAATTTC TAACTTGTCTGTAATAGCACCAGGCCTGTGTCATTTGCACGTTTAGAAAC AAATTGTAAAACGCCCCATACCTAGTCTTCAAGGAAATCCTATAATTATC AATAAAATTATCGAGCAAGTCGACACCGCCCATATTTTCATTGTAAACGA TAATGGAATTAGGACATGGTATTGACAACTTCTTTCAATGCTTTTTGTTG TAATAGTTTGCTAAGCCAATGGCCTCCGAATCCAAATAGTTTGAACCAAT GTGGAGAGATCCGGAATCCTTCCTAGCAGTCACGCATAATTTATTCTCAA TATACACGGATATCATGTCTCCTTTGCTCATCTTATTCAGTTCAGTTTTT TTTGGGAGATTTAAATTATTGAGCCTAGTTTTTCTCAATGTCTCGACTAT CTCTAATATGTTCGTTCCTAAATAATCCATTACATACAACGAAGTAAAGA AATTATGAGAAACTATTTTGTAGCCTTTTTTTAGATCATCTTTTACTTTT GTTTTTTACCCCCATAAGGCAAACAATAGAGGAGCTCTCCAATCGGAGTA CATGCACACCAGATTTTAAAACCAAAACGTACTGGCTTTCTTCAGATAAA TTGTTTGAGGGGATGAGGTCCAAAATATTTCACCATTGATTCATCAACCA AAATATATTCAGATATCTCTACATACTTTTTTTGCTGTTTCATTTATGCA GTCTATCAACGGCTGTACTTTCCAAAAACGATTTTTCAGTATCTGGRTCG CTCTCGAAGTGGGTATTTCATAGTTGGATCTGGAGATTCATCTTTTTAAT ATGTTATTGGCCGTATCTTTTTTAGCCCCCTAGTACATCCTTTTGGAAGA TGCAGTCGTATAACCACTCAAATAAGCGTAGGGATGACTAGCCCTGATCA TATTTACGTCTACAGAAAGAACAAAATTAATGTCATTATTTATCATAGTT ATTTTTTCCGTCTCCTCAACCATTTTGTGGGGATTTTTTTTTTCTGTAAT GAAAAGGTTTAAATATCAAAGGGGTGTTTCATTTCTTCTTAATCAACTGG AATATTTTCATGTGTCTTAATATATTTAGAATCATATTGTCCAACTTTAA ATACAATCTGATTCTTGGTTCTTGATTGTTTCCGTTCAAAAAAATTTAAT CTTGGCAAATTATCTGAATGTCTAGCAACTTTGGCTTTGCCTTTGCTCCT TTTATTAACCATTTTAGGATTGTTTTTAACGTTAACATAAGCAAAGGTTT CATTTTCTCCATATTCCTTTACCTGAACATAACTCTACAATTCTGCAGGT TGACCAAGTATTTTTTTTGCGAATAGAGTTGGCATCTACAGCCCTGCCAA TCTCACATAGCTCATCGTCTTCATCACTGAGCTCAGCTTGTTCTTATGGT GGAAAAACCACAACATCGGTAAGATCACTAGGAGGTTAATCTTATAATAA ATCCAAAATTTCTAATGTACTAAGTCCAGTTCTTCTGAGTTAAGAAGAAA TAAGAAGATAATTTCATCTTTGTTATTTTTTCTATAAGCTTCTAAGACAA AGGATTTCATCGTAATATTCCTCTAAACTCACCCTTAAAACACGTACTTT AATGTACATAATGGGTTAAAGTATACACATGTGTATACACCTTTGAAAAA AAAAATACTACTTAATTATTGTGCATTAAACATAATTTGAAAGTAGACGT TTATGTCGTTATTGGACATATACTTTCTACAAAATTGGTCAATCATACAA AAATGAAGTAAAATTTAGGACCATATGTGCAAGTTGCATTTTTTCAATTG CTTTATATTATAGGTAAAACTAAAAATAAACTTCATATTTCAATTTCAAA AGATTTGCTGTCAAAAAAAAAATGTCGATTTGGATTTATTTTTTAGATTG AACTTTTAATTTTCTGATTTTTTATTAATAAATAAGTAAAAAGATATATA AAAATGCTTCTTATTCCTTCAAATCTATATTTTATCATCAATACTTTTCA GTATGCTCCTAAATTATTATATCTGTGTATATAGAGCTCAAATCATTATT TACCTAAATAATGCCTTGTGTAGGATTTAGTCGTAGATTTGGCTATTTTT AAACCAAGTTTTAGTGAATTTAATTAACTGTTCAACTTAAAAGGCGTTCC TTTGTTTTTCCTTTTGGTTTCTTGGATTTATTTTTTAACGATCTCTTTTA TGTCTTTCTTTAAGTATTTTTATCATTTTAATGGATATTTACGAGTGCAA AATGGGTGGAATAAAAAAATGCGCCAAAATTTAAATGACCTAATTATTGA AGTCGATCAACTGGGTTTATCATGAAACTAAATCAGTTTTATTTTTGAGG TTTCTTTTTGCCATAGTTCACTAACTGTATTATGAAAATGATGTTCACTA ATGTAGGGGTAATTAGAGTAGTAAAGAAATATTACTTGTCCATCTATTTC AAAAAAGTGATAATTAACGTCCTTATCCTGAAAATTTGAAAAATGTTTAT GCAGAAATTAACTTTGTTGTTAAGACGTTTCATTATAACAACTATAAGCA GCTATGAGAGGGCATTGATCAAAAATAAACCCATACACAGAATCTCACTC TGTATTTAGTAAAAGATATAGTAATCTTACAACTCTAGTCATTTGGTTGC AGATAAAACAATAGAAACTATACTTATCGGTGTTGTCGAGATATTTTTAG ACATCACAATTTTATTGAATGAATTATTATAAAAACTACAATGTTCAAAA AGAGGTATTTTCAGTAAGTAAATAAGCAACTTCTAATACGGTAAAGGCAT AAATACGTCTTAAAAAACAAATGGATATACAAAAATTTGCTAATTTAAAA CTTCCCATAGAATACAAACAACGTACATAAGGAAGATATTTTTTGATTGA TATCACAGACCTTAAAAATACTATATAGTAACTAAAGTTTTTAAATTGCA AGCCTACAAATGTATAGGAAGAGTGGAAGAAAATGATTGAATTAATATCT TGAAAATTTCTGTGGAAGACGTAAAAAAAGGAAGGTATGTTCGACCGGAA GTAAAAAGGGAAAGTCTTGCCATATATCCAGCCCTTAAGGAACAAGAAAA TGTTGTAAGGAGTAATTCAATCATATTTCAAGTGTCGAGTGACCCATCCA AAATCCCTTTGCTTCTTGCAATAAAAAGGCAAATAGTCAAATTGAACTTT AAGAAGATGAGAAAGCAGTGTTCCAATTGTTTCTGAAAAAATATACTGCA GAAAAGGTTAATATACTAGAATATCAGGATCACTTGTTTAACTCACAAGT AACGAGGGTAAAGGTTGATGGAGTGGCAAAACATATGTTCAAGCAGTATA GGAAAAGCACAAATTGTGATACGTAAACAAATTGTGTGTTGAAGTCATGA CTGATACATCTTTAAAAGGTAGGTCAAAGACGGTCTCGTATAAAGCTATA CAAAAATCCTGTACTGAACATCATAGAGAAATATCGACTAGTAATGTATC CATAATTGAAGAGTTTAATAACTCAACAAGGAGTAGTGCAGTACTAACCT TGGAGAAGGGATCCTTGAACGATGATACTGGATAGTATATGTCGAATATA AAATCAAAGAATAACGCACTTTCAAGTTCAATGATACCACTGGAAAAGGG AGTTGAGGAAGGTGATACTGAGTCTGTTAAGAGTTCAATTGTCTCGCTAG GTTGCATGAAAAGCAACACCAGTCTGCTACAGGAGTCGAATGTAGAGTAT CTACGTGATTGTCATCATCTTAACATCCATAGCAGTAAAGGCTCTGATGA GTGTTGTTCAAAGGAAATACTAATATTATCTAGAACAGGAGATACAACCT ATAAAAGACAAAGGTCTCCTACCTCTGCAAAAGGAACAATAAACGAGTTT CAAAAGTAATGGCACAGAACAAATAGAACAACAAAGTATTTGTTATTATC AGAAAGTGGAAATGGTGGTAGTTGTAGACGAAAAGCGTGAAAAAGGACTG TTGTTCAAGCTCTCAAGAATCCAAATGGAGTAAGTCCAGGCAGGGGGAGA CACACCCTCCCAAGGGACAAAAATAGATTTCCGACATAAATACAAAATTT ATAAAATCATAAACTTTAGAACCCGACGCCTACTCCATATCTCTTCAATA TGAAATATATTTCCAATGTACGACGGGTCACGAAAGTATTTAGTTATTTA TATTCAATCGGCTTCCCAAATATAATCTGCCTAATAGATGAAAGGAAATA AGTTATATGTACAATATTGAATTTAGTACCTAATACTCACTATATATCAA GAGTCACTGGAGTTAAAATATAACTTCAATCACACACCTAAAATGTCTTC GTTAATAACATTTAATGTCAATTCAATTTTATCGACGTTGAGTGCAATAA AAGTTGAACAACTTTTATTGGCCTCAACGTTATTTGAGTGCAATTAAAGG CCTCCCAAATAAAAAGCCATTTAAACGAGTCGATTTTTTTTTATTAAAAC AGTTATTCAAATTATATACATTATTTATTCGTAATAAAAGAACATGTGAA CATTAACGACTTACAATGTTAACTTCGTAGCCTCTTTAAGTAGAGATTCA AAAATAATAAAATACATAGGAGAAGTTTTGTTTCCTGACATAGTCACTCT AATTGATAGAAGGGGTAAAGATATAAATTACATTGGCCACCTTTTCCCGA AACTCATTCTTTCTTTTTCACAAAGGTAACAAGAAAGACAATCCATCCGC CGAGAGGAATAATTGTCGATATAAAAAAGTATCTTATTCTCTCAAGAAAA ACTACGTTATATGCGTTATACAGTATGTTCAAAAATTGAAGGTGGTATTA AAAATATCCATTTTATAGTTAAAAAAAAATATTTTTGCTCGGAATAAAAT GAACTTTGGCTGATACCATCATTAGTTAATATTGAATTTTTCTGATGCAA TAATTTTCGATGATTGCATCATACATTAGTATAAAAGGGCTCAGAAAACA CCACAGGATTTTAGTTGAAATTCAATATCCGAAATGGTGAGAGAACAGTT TTGGAGAACAGGGGCAAGGCTGTTGTCATAATAGAGGGTGGATCAAGTCA GACAGACGTTGCTCAAAGGTTACAGATTCCTCTCAGGGCCATTGAGAATT GATGTAACAAAAGGAAGGATGGACAACCCCTTGCAAATCAGAAGGGTCAT GTATGGAAGAAAAAAATTAGCAAAGTTCCCAAACTGGTGATTTCAAAATC TTTGAGGAAAAAGAGGCAATCCACAAGAAAACTTACAGCAAGATTGACTT CAAAGGGGTATCCAATCACCAAGTAATCTGTCAACAATTACCTGAGGCAC TCTTTGAATGACTTGCCATACAAACCCCAAACTTTCAGAAAACCAAAGGA AGACCTGGCTTCCATTCTGTCGTGAGGGGAAACACTGGACTGCAGATGAC TGAAAATGTATCCTCTTCATTCATGAAAGTCCATCTGAGCTATTTCATGC CCCAAATCTCCAAAGATGTGGAACCCACTCCAACTGTGAAATTTCTTCCG AAAATTCAGGATTGGGTCATTATCAGCCACCATGCAGTGTTAGATCTTGA CTTGACTCCACGAAACCAAACTGTGATGGCCGAGTACTACTTAACGGAGA YCCTCCGCAAGTCTCTGATGTAAGCTTTGTCTCGTACTAAAGAAACTGGA CTTCATTTAGAGAGGAAAATATCATTTGACAGATCACGAAACAAAAGACA CATTGACAAAAGACACAAAAGTGGTGTCCAGACAACTTGGATTCTTTCTT AGCAAAGGCACATGGCCTGCCAATAGTCCTGATTTGTCTGCCATTGAAAA TTTGTGAGTATTGGACCAGAGGGAACTCAATGAAAATGCMCCAGCAACTT CAGAGGATGAATTGAAAAAAAAAAAAAAAACTGACAAAAGCTTGGGAAAA AATTTATCCAGATACTTTGAATAATCTGTATGAAAGGATGCCAAAAGGCA TAAAAAATCTCTCCATCAACATTGAGAAGATTAGGATCTTTTCCAACTGT GACGACTATCTTAAAACTAATGTTGGTCTTAGCGAGTTATGTTTTGTTAA GTCTTTCTCGCTTCTAGTTATTTAAATTTCTTAGTGCAGTACCGATGCTG AGAGAAAAAATGAATAAATTTTTTATCCACTACTAAGAAAAGTGTCAGAT TTTTCAGTTATACTCAACTCACTAGATATGAAAAATTGAAGGCCTGGGAT ATCAATATCCTCCCAAAACATTCCATCCGACGAGATACGTTGCCTTTTTC AAAGAGGATATGTGAGAGCATATATCCATTAAGGAAATATTTAGTATGGG GGCATGCAAGAGCATACGTTTCAAGGTCGAGGATTAATGCTCCAACAACT CGCTTGGGTCTTGGTTTTACAAACCAATTCTATTTTTGTTTTATGTATTA AAGCTTGCAACGCATCGATACTTTCTGGATTTTTTTGCCTTCAATTCCTT TATTCGTTAAGTTACAGCTCAACCAAGAATGAGAGGTTTTTACATGCTCA TGCCTGTTATCCATGGTTGKGGGCAAGCTACGTGCATGCCCAMCTTCCAC AAATAACCATAATGGTGGACCAGCTATGTTACTTCTAACTCTACATTAAT ATTGATATAGAGAAAAATCTTAATAGGACTACTACGAAATCTATTATATC GTCGAATGCTTTTATATTATATAATCTTGATTAATTTCATTTTGTTAAAA ATTCATTTTTACTTCCAAGGATGAAGGGTTTTTCAAAAGATCTAATATAC TAACGAGAGAAATTGTTATTTTTGCCAAAAAGAAGTGGAGACCTCTTTTC ATTTATTCTACCAATATTTAAAAATTGCCCCGATCCTTAGGATGGTGGAG GAATAAGTTTGGGGAATTTTTCATTTGAGATTGAGTCCCTCGGATTGGCT CATTATAACATCCTCACGATATAAGGATAGGTGGAATATTGAGTGGCTCA TCTCCAACATTCAATGTTTAATTTATGCAATGAAGCACAAGTACCACGAG CTCCCTTCGTGGCTCCATGATTATGTTTATAAGGCAATAATAATCCTCAA TTCCTTTTTCATCGATGGGAAATACTAATACAAAATATTTTAGAATATTT ATTAACTATTTGTCAGAACTAACTCAAGATCCTCTCTTCATTATATGATT TATTTCCTTGTTTTTCTTTTTTGTCTTTTATTCTTGTGTCGTTGACTTAA TATTAATTAAACATGCAGTTATTGTTTCTTCATATTATATATTTTTTTAA ATCAGAACATGATAATAATGTTTCGTTTATTTTATTAATGTATTGTTTAA AATGAATAAATATATTTCACCNCTTAAAAAAAAAAGAAGAAAGAAGTCAC CTCTAATCCAAGGTTAATAGAAATACAATGCTAGACAATCATGTAATCGG GCTTGCTATAATTTTCAATATTATGTATTGTANNNNNNNNNNNNNNNNNN NNNNAGATTTTGACCAAACACGCAACCACTCATCTACTATGACGTCAATA TTCAAAGCGTGGTGGTAATCAAACATCAATCCTCTGCGCGTGACGGTATA ACCTTGTATGTCTATTAACCTTGCTGTAATCTAATATTTTNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNAAAAATAAGTAAATAAAATGACATCCCAAGTAGATATCTA TAATTTAAATGAAAAAAAGTGTTATAACTAATTAAAATTCTCCAAAATAT AAATTAGCACACTTTATATGAAATGCCCAAATAGCTTTGTTAACTTCATA ATTGTTTGTCAGAAATAAATACTCTATAAAAACCTACCCAATCTAATTTC TAGTTGATTAATACATATAAATATCAAATTAGTATTTTTCGTTCTTTAAG CCTTCAATTTTAATTTTAATTATTACATTTTAGCAAAAAAAAAAGTCGAA ACGAAAGTGTGAACATTGTAGAACTTTCGAGAGATGGTGCTGCAATTACA CGTACCATAATAGAGATAGGTAACTACCGCAGTATTTCTGGAAATGACAT AAGAATTGATCAAAACGGGGATTCAACAGGAAACTTTACAGTGTATGCTC TGAAACCCTTCAATTTTACTTTTACATCAAAAATTTCTGGAAAAGCTAAA TTTTCATGCTCATACTATCCAGTTAAAGTTGGAGAATTTCGGTCTAAAAT CTTATATGAAAAAATAAAACCACAAACAATAGTACCGGGTTCAAAAAATA CAAAAAATAATTATCCATCTGGGGAAAATAATGTTGTTGTCGATTATTTA TCTTTATCACCAATAGATTGGGTATCTGTTTATGGCAGACCTTTAGACGA GCCTCAATGTGGATACGACGGATCTCAATGTCCTAGAGTTAAAGGCCAAA TGGAAATAATTGCAGGAATACTTGGAGGTTTTATGGAGTTTTTATAGATT ATCATATATTTCAAAGTTGTATTATAGGTCTACTTTTATTTGCTGTTATT TTGACACTAAGTGTTTACCGTAAATGGAAGATTGAGCAAGAAATAGAAGG CCTGTTATGGAAAATCAATCCAGAGTCTCTACAGGGGTATAAGGGACTTT TATCTTATCCTTCAAAACAGAGTCTTTTAGGTTCTATGATTACTGGTGAA TCGCGTGCGTATGGGGCTCAATGTCAGACAGCAAGATTTCGGGGTTCTAC TGTAAGAATAAAAGAACTTCATTTCGACAGAAAAAAGGATATCCCGCGTA ATATTATGAAGGAAATGAAACTTATGAGAGAATTGAGACATGATAATATA AACTCTTTTATTGGAGCTTGTGTTGAACCGCAATTGATAACTATTATTAC GGATTATTGTGCCAAGGGATCTCTCCAAAATATTTTGGAGAACAGAGATA TAATGTTAGACCCCATGTTTGTGGCTTRAATTATATTTMATCTTATAAAA GGAATGATATTTTTACACAACTCTGACTTAATATCACATGGTAGATTAAG ATCCTCAAACTGTGTCATAACCAGTAGATGGACCCTCCGAATAACTGATT TTGGTTTACATGAACTGAGATATTCGTCTAAGAATGAATATGATTCTCAA GAAAATTATACAGATCTTTGGATGGCACCTGAACTACTACGCTCAGATAA CAATGGCCCAATCAAGGGCACACAAAAGGGTGATAGTTATATTATAATAA TAATCAAAATTATGTAACTCTCATATTTTATAGGCGATATATATTCCTTT GGAATTATTCTATTTGAAATATATGGAAGAAATGGACCTTATGGAGATAC ATATCTGTCATGTAGTGAAATTATAAATGAAGTAAAATTTCCTTCTATAA ATGACGGATTTATGCGCCCAGATTTAAACTACCTTGGAGACAATAATTTT GAATTTAACTGTCCAAGTTATGTAATTGACGTAATGCAAGATTGTTGGGC AGAGAATCCTGATAATCGTCCAACTGATTTCAATTTAATTCGTAATCGCT TAAAGCCTATGAGAAATGGAATGAAGAATAATATTATGGATCAAATGGTT GAAATGTTGGAAAAATATTCAAATAATTTAGAGGTTTGTTATATTTATAT AAAAATTTATTTGAGTCATTGAGTTATGAAGAAGGTGATTCTGATTACTT GTTTTTCTTTTTTATGTCGAATACAATATGGTAACCATAAGAAACAGTAT GTCCATTGATGATGTTTTAATCTAAAATAAAGGAGGAAAGACTTAGTTTG TTTTAAATATATACAACTTGTTACCAACGGACAAAGATTCTGGGGTACTC GGAGCTAGTTGAAAATCTGTCTTTTTAATAGNNNNNNNTTCATAAGTAGA TATTAAGTTTCAAATTTTAGTTTGATAAAATCAGTCGTNNGTGAAATGCA CATACATTATTGATTATCGAAAATTATTTATATTGAATCTCAATGAACTT TTAATGAAAGTGATTATCTTATTTGCTATAATTTACTAATTGTTGAAGGT GAACCCTTGAAATTGTGTACCCAACAATTTGAAGCNNNNNNNNNNNNNNN NNNNNNNNNNNAATGGCTGTTGGCAGKTAATGTCACAGATTTKGATAAAA WGAAAAAMTACTGTTATATACATAATCATTATTAGCTTAATTTAAAAATA TTAAAATATCCACAGCAGGAGTTATCAACATCTGAAATTTTCATATTTAT CCTATTAAGGGTTTGAATAAATACCTGATTTACTGGACAATATATATATA TTTTGAAAATTAGTTATAGTGATAATTATTATTGCTGTTCTGGTCTTTAT ATAGGATTCAAGACTGCATTCCCGTCCAATTCTGTTTTGTTCCCGTCCTG TTCAATTCTGCATAAGTCTTAAAAAGATATACGACCGGTCATAATACTGG ACTAGACCGAATAAATAAGGACCGATACAACACCTTATATTAAGATTAAT ATAAGTAAATTGAATTGAATAGCCCCATGGTAAAGTGTTTGTAAAATCAG AACTAGTTTTGAGACGAATCTATTCTTAATTTTCTATTTTCATAACTCTT ATTATGAATGAAGTTAATTCTTAAAATTTTAAATTATATATATATATATA AATTTATAATTCCAACCAAATCTGTACATTTGGCGTAATATTTTTTTTAA ATAAGAATTTTGATTGAATTTAGGTGATTAACCACATTTATCTTGCATCT ACAAATAATTTATCAATATGAACTTTGCAGATTATAATCTTCAAATTTCC AGAATGTGATCTGTATCAATAAAGAGGTTCTGTTATTAAAAATCCTTTTT TTTTTTTGAGGAGAGAAAATGCCACATTATTGTATTTCGCGCCTCCAAGT TCTTATTTATCACGGTTTTTTAACTCCTAAAAACCAGGCACATTTTAATC ACAAAAACACAGAATCTATAAGTTTTGAAAGAAAGAATTGTAGAGGTTTG AAGTTTTTAGTATACCAGGTTCTGTAAAAATTGTTTTTTATTAAGTTCAA AAATTATGCACCTATATGTGTACATGTATGATAGATGTTGTAATCTACGT TTTCTCATATATCAAATACAGTTATCATTTTATTATAAAAAATGAACTAA AAAAAATTTTAATATATATTTTGCAAGCTATTTTTTATCGGTTTAAAAAA AACCAATCATACGACTGGAAAATATTATGCCCATTTATAGAAATATTATT ATTTATGTGGTTAAAAATACGTGCAATAATTTTATTGACCAAAAATGAAC TTGAAAAAGATAGAATTTGTAATAAAAATAGGCCTGAGGCTCATTTTGAT CGTAAGTACGGGTTACCACATCTATCAAGCGTGTAAACTCTTTCTTTTTC GAAGAAATGTGCATATTAAAATCTTCAAACTGCAATAATTCTCCTAGTCA AAAATATAGAAGTAATGTGATTTAAAATATTTTTGTTTGAAGAAGAGGAA ATGTCATTTCAATAATTTTTGTACTTCCAAAATTTGTTTTATCATGTCCC ACAAACAAGAAAAATTTCAAATCACAAAACCTCTTCATTTTGATAGCCTG AGTTGTTGGGGTACGAATATTATAAAATGCAAAGTTTTGGGAATTATATT GTTTATACACGTACACGTATCATAGATCTGGTGATCTATCTGTGTATTCC TAAAAATGTAACATTGAATAATTAGCCTCGAATGAATCAATCAATTTTAT AAATAAATTTAAAACTATAAAAAGTGTATCTTTAATTTATTTTTATTTAA AAATTAGTGAAGTTACATACTTTATCTAATATTTACAATATTTAAGAGAT CTATTTTTTACTAGGAATTTTATCTTTCTCTGCCGATTCTAATTTGTATA CCTTAGTATGCAAAATATACCTCCTATTTTTTATTTCAGCAGAAAAAGTT ACTGTATCCAACATTTTTTAGTGAAAATTTTTCTTAAGCAAAGACCTTAC TTTATCTATTAAATAACTATATCATAAGCTTAGAGTAATTTTGAATTAAA AAAAGTGACTAACCTAAAATTAGACAAAATATCAAAGCAGAAATGTACCA ATTTGACTTTAAATCATCGATATTTATATATGACGCTTGTAATAACATAA TTTTTTGTTTGAAATGGTTCTCAAATTTTTTGAAGACTATTTAATGTTCC TTTATATCTTTATTTATAGATTTTGAAAATTTAAAATAAATATATATTGA CTTTTTTTGTGAGAATCGATATCTTATGTAAAATTTTCCAACTTCAATAA CTACTCGACAATTAAAGTTTAGAGAACTTTTTTTTAATTAAAAGTGCTGT ATATTATTATTTCTAACAGATCGTAAGGTATCAATAAAAAAAATGAGAAA TGTAAATTTAATTAAGGTTATAATGTGTATTTTCTTGGTGAAAGAGTTTG GTTTTTATTTTACTTTTTTTTTGTAACTTCCTTCTTACTAGAAAGAAAGT TTTTAAATGAAAAAAAAAAGATTTTGTGATACTTACTATCAGCTATTGAT ATTAATTATNNNNNNNNNNNNNNNGAATAGTTGAAAACAGAGCTGACAAA AAAAAGAGATTTGAAATTTATCGGTCCATTCTCAAGAATGGAAATAAAAA TTTATAAAAATGATTAAAAATGAAGGATTTTTACAAAAATGAGTTAAATG TCATATGAGAAAAATAACTCCTTTATTTATTTTCGCTAATTGGAAAGTTA TGTTGTTATATAGTTGGAATCTTTGGATATGTGTGCTCAATAGGGAGTAA ACGCAAATCGTCTACTTATTATTATTTTTTTTCATAAGAAGGATCCATTT TTGAGGAATAACATAAATATATTAATGCCAAATTATGTGTATTTATATAA AACGTAAACTTTCWTTCGKCTTRGTTMTWRTTTAKAAAAAAAAAAAAAAA AAAAAAACTTTNNNNNNCTTTAACTAAAAAAAAAAAAAAAAAAAAACTTT TAAAACAACAAAAGWACCAAATTTGGCCTTGATTGAACATACAATATCGA TTTTCTCAAAATATATATTTTGTAAAAATCGAGGAACATGAAAATAGTTT ACAAAAGTCTTGGAAAACATTTGGACAAAAAAAAAAGTCTTAATTTTACA AACGTTCTATATTAATTAAAGTAGTATTTCGAGTTCTATAACATATTCAA GTTGGGAGAAATTATTGTTGAGAAAACTTATATATTAAGTGAGAATGTCT CTGTGTGTGAGTGCTGGAATCATGGCCAAATCAGTATATGTATTTTCTTG AAAATTTTTATGTAGTTTTTTAAGGCTCAAGAGATGGTTTTTGTAACCAT TTTTTTTTGGCATTAAATAAGCATTTTTCTGAAAACGATTTTTTTTTCAC AAACAAACCAATATTTAAATAAAACAAAAAATAAAGATCGTAAATTTTAA GAATGATTCTCGCTTCATGTTGGTATTTATCTTTGAACACCTCTTTTAAA GAAGATTTTAAGATTTAGAGAAGAAAAAAAGAAGAAGAGAGAATAACACA ATGTATTCAGACAATAATATGAATGATGAACGAACGATGGTTCAACTTAA ATATTTTTTTCTTTTCTAAACCTTATAATCTTTTTTTTTTAACCAAAAGA GTTCAGAATTAATTTTTATTTCATAATGTCCCGGGAAACGGCGGACAACC CTTCTTTGTTTCCTTATAAAAAGGGTGCAAATATACATAGTAACACTAAA AAGCAGGGAGATTAATTCTTAAAATTCTTTATTTTTTTTTTTATATTTTG CAGAGGAATTCTTAATTTATTTTCATTTTTTAATGTCCCAGATAATGCCG TGCAAACCTAGTCTAGTATTAATGAAATATTGTATTCTTAGGATCTCGTT ACAGAAAGGKCCCGCCAATTATATGAAGAAAAGCAAAAAACAGAAGACTT ATTACATCGAATGCTTCCCCCTAGTGTTGCTCATAAACTAACACATGGAA TTGCTGTAGAACCTGAAACTTTTAGTGGAGTTACAATTTACTTTTCAGAT ATAGTTGGTTTTACGTCTATGTGCTCAGAATCAACTCCACTTCAAGTGGT TAATTTTTTAAACGAGCTCTATTCGAAGTTTGATCAAATTATTCAGGGCT TTGATGTATATAAAGTTGAAACAATAGGTGATGCATATATGGTTGTATCA GGACTACCAGAAAGAACTGATAAGCATGCAGGCAATGTTGCTTCACTTGC ATTAGAATTACTATCTGAAGTGAAATCTTTTAAAATAAGTCATAGGCCCA ATGATACATTACGATTAAGGATTGGAATACACACAGGTACAATGCCAAAT TATTTATCTTTGTATTAGTTTTGAAGGTTTTTTAAGGTCCTGTTGTTGCG GGAGTTGTAGGACTGGCGATGCCGCGATATTGTCTCTTTGGTGATACTGT AAATACATCGTCTCGTATGGNNNNNNNNNNNNNNNNNNNNNNNNNNCACA TTTCAGGTGAATGCTACTCAGAATTACTTAGAAATGGAGGTTATCAGATC AAAAAACGTGGGCTTGTCGCTATGAAAGGTAAAGGAGAAGTTTTAACCTA TTGGCTCATGGGAGTTTTGGAGGGAGATAGATACGTAAAACGTAAGCGTG ATTGTTCTAAATTACCACCACTTTTTTGTTTACCAAAGAAGCTAGGTGGT TTAGGATGTAGTAGTCAAGAGGTATCACATTACTCATATCACTTGATCAT TATATTTATATATATATATATTTTTTTTTAAGATGAGTAAAAAAAGAAGT CCACGTATGTCAATGGTATCAGGAAGTGATATTCGTCAATCTGTTAGGGA CGGATCAAGACACAATCCCGATTCTATTTATCAATCTATTAGTGGTTTAA ATCATGCTGTAGTATCAACAATGTCTCCACCATTGTTCGAACAAGACAAT GAAATGTTCAAGTAAGTGCTATTATAAGTAAATTATAGTTGTACAATATT TTTTTTCATTTCATTAAATTAGATTTCATACTGAAAATATTGTCAATGGT AAGCACTTAGAGAAACCAGGCCAGTTGTCTGATTACTATTATGATTCGAA GTATAATTCGAATTCTGATGTTAAAATTGACGAAAACAATCGTATATCCA ACACATCCCATGGAAGAACTATAGAAAGCCCATTATATATACGTAAGCCA AGGTCTTTATCTGGAGATAGACTTTACACATCAGAGCCAGTTCAAGAAAC AGTTGCTCTTTTATCTAACAATATGACTACAATAGATAACATAAATAATA GAATAAAAATTAATCAGAAGAACAACACACAATCAATTCATCATTCATTA AATATGAATGAAGTGGAAGGCAAAAACTGTGAAAAAGTTATAAATGAAGA ATTCAACTTAGTCTAAAATCAAGATTTAAGTATTCATTTATAACAGGACT TGTACATTTTACAAAGTTAAAACTGTTTTTGCTAATACTGTAAAAAGTTA CTACATATGTTTTGTTTCGTTTCTTTTTGTTTTGTTTTTAAATAGCGTAT TGTTAATGTGAAGGAGAAACTAAAATAAAAACAGATTGAGCAAATTGTAA TTTTACACATTATAAATATTAATAAGGATTTTTATTTATTTCTAATTGGC CATATGCGTTTTTCTTAATATTA
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