EMLSAG00000011709, EMLSAG00000011709-694475 (gene) Lepeophtheirus salmonis

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

Nothing found

Homology
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
[Close]
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
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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
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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
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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
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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
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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
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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
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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
[Close]
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
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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
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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
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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
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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
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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
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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
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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
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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
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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
[Close]
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
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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
[Close]
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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