EMLSAG00000011401, EMLSAG00000011401-694167 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000011401
Unique NameEMLSAG00000011401-694167
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:cdi "center divider" species:7227 "Drosophila melanogaster" [GO:0004674 "protein serine/threonine kinase activity" evidence=ISS;NAS] [GO:0001700 "embryonic development via the syncytial blastoderm" evidence=IMP] [GO:0006468 "protein phosphorylation" evidence=IEA;ISS;NAS] [GO:0004672 "protein kinase activity" evidence=NAS] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0045873 "negative regulation of sevenless signaling pathway" evidence=IGI] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0007015 "actin filament organization" evidence=IMP] [GO:0045177 "apical part of cell" evidence=IDA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF07714 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 GO:GO:0005524 GO:GO:0005737 GO:GO:0001700 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004674 GO:GO:0045177 GO:GO:0004713 GO:GO:0007015 GO:GO:0045873 FlyBase:FBgn0004876 EMBL:AF139812 ProteinModelPortal:Q9Y1A8 PRIDE:Q9Y1A8 InParanoid:Q9Y1A8 Bgee:Q9Y1A8 Uniprot:Q9Y1A8)

HSP 1 Score: 275.018 bits (702), Expect = 1.096e-77
Identity = 135/259 (52.12%), Postives = 170/259 (65.64%), Query Frame = 0
Query:    9 GYLLPSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKE-----------------------------EELPWSNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            G  LP       I   + +   SC AL+TAVS LY +DDF K+KIGSGFFS+VYKVTH+ TG++MVLKMN   +NR NML+EVQL+NKL H NIL F   CV EGQLHALTEY+NGGSLEQL+  KE                              +L   NVL++ L +++     AV+GDFGLA KIP      RL  VGSPYW+SPECL+GQ+YD+ +D FS+GII CE+I R +ADPD++PRT +FG+DY+AF+
Sbjct:   72 GNGLPPAPVTRTISSDRLVTGSSCRALRTAVSALYSVDDFVKEKIGSGFFSEVYKVTHRTTGQVMVLKMNQLRANRPNMLREVQLLNKLSHANILSFMGVCVQEGQLHALTEYINGGSLEQLLANKEVVLSATQKIRLALGIARGMSYVHDAGIFHRDLTSKNVLIRNLANDQ---YEAVVGDFGLAAKIPVKSRKSRLETVGSPYWVSPECLKGQWYDQTSDVFSFGIIQCEIIARIEADPDMMPRTASFGLDYLAFV 327          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:TESK1 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR015782 InterPro:IPR017441 Pfam:PF00069 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 GO:GO:0005524 GO:GO:0046872 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004713 GeneTree:ENSGT00530000063025 TreeFam:TF318014 CTD:7016 KO:K08841 OMA:KMECEGS OrthoDB:EOG7V7664 PANTHER:PTHR23257:SF10 EMBL:CU062658 RefSeq:XP_003122032.1 UniGene:Ssc.28477 Ensembl:ENSSSCT00000005848 GeneID:100155632 KEGG:ssc:100155632 Uniprot:F1SG05)

HSP 1 Score: 251.136 bits (640), Expect = 7.058e-72
Identity = 137/275 (49.82%), Postives = 172/275 (62.55%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDFH  +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   I       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF    R+L  ++             + L++ C   E S R P+
Sbjct:   45 ALRSAVSSLARVDDFHCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNRLPSNRGNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLRLALDIARGLRYLHAKGVFHRDLTSKNCLIRREDRGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAF----RTLVGDDC--------PLPFLLLAIHCCSMEPSTRAPF 306          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:TESK1 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR015782 InterPro:IPR017441 Pfam:PF00069 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 GO:GO:0005524 GO:GO:0046872 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004713 GeneTree:ENSGT00530000063025 TreeFam:TF318014 CTD:7016 KO:K08841 OMA:KMECEGS OrthoDB:EOG7V7664 PANTHER:PTHR23257:SF10 EMBL:DAAA02023131 RefSeq:NP_001165698.1 UniGene:Bt.3997 Ensembl:ENSBTAT00000015161 GeneID:527643 KEGG:bta:527643 NextBio:20874643 Uniprot:E1BPB5)

HSP 1 Score: 250.366 bits (638), Expect = 1.620e-71
Identity = 129/233 (55.36%), Postives = 157/233 (67.38%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            AL++AVS L R+DDFH  +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   I       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF
Sbjct:   43 ALRSAVSSLARVDDFHCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNRLPSNRGNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLRLALDIARGLRYLHAKGVFHRDLTSKNCLIRREDRGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAF 274          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:TESK1 "Dual specificity testis-specific protein kinase 1" species:9606 "Homo sapiens" [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0004712 "protein serine/threonine/tyrosine kinase activity" evidence=IEA] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005829 "cytosol" evidence=TAS] [GO:0007283 "spermatogenesis" evidence=IEA] [GO:0034329 "cell junction assembly" evidence=TAS] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR015782 InterPro:IPR017441 Pfam:PF00069 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 GO:GO:0005829 GO:GO:0005524 GO:GO:0046872 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004674 GO:GO:0007283 BRENDA:2.7.10.2 GO:GO:0004713 GO:GO:0004712 EMBL:CH471071 Reactome:REACT_111155 GO:GO:0034329 EMBL:AL357874 TreeFam:TF318014 EMBL:D50863 EMBL:BC038448 EMBL:BC067130 RefSeq:NP_006276.2 UniGene:Hs.708096 ProteinModelPortal:Q15569 SMR:Q15569 BioGrid:112875 IntAct:Q15569 MINT:MINT-210342 STRING:9606.ENSP00000338127 BindingDB:Q15569 ChEMBL:CHEMBL5604 GuidetoPHARMACOLOGY:2239 PhosphoSite:Q15569 DMDM:209572684 PaxDb:Q15569 PRIDE:Q15569 DNASU:7016 Ensembl:ENST00000336395 GeneID:7016 KEGG:hsa:7016 UCSC:uc003zxa.3 CTD:7016 GeneCards:GC09P035605 HGNC:HGNC:11731 HPA:HPA017064 MIM:601782 neXtProt:NX_Q15569 PharmGKB:PA36448 HOGENOM:HOG000231415 HOVERGEN:HBG058204 InParanoid:Q15569 KO:K08841 OMA:KMECEGS OrthoDB:EOG7V7664 PhylomeDB:Q15569 SignaLink:Q15569 ChiTaRS:TESK1 GeneWiki:TESK1 GenomeRNAi:7016 NextBio:27411 PRO:PR:Q15569 ArrayExpress:Q15569 Bgee:Q15569 CleanEx:HS_TESK1 Genevestigator:Q15569 PANTHER:PTHR23257:SF10 Uniprot:Q15569)

HSP 1 Score: 249.98 bits (637), Expect = 1.657e-71
Identity = 136/275 (49.45%), Postives = 172/275 (62.55%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDFH  +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF    R+L  ++             + L++ C   E S R P+
Sbjct:   43 ALRSAVSSLARVDDFHCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRGNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIARGLRYLHSKGVFHRDLTSKNCLVRREDRGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAF----RTLVGDDC--------PLPFLLLAIHCCNLEPSTRAPF 304          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:si:ch211-113e8.3 "si:ch211-113e8.3" species:7955 "Danio rerio" [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF07714 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 ZFIN:ZDB-GENE-090312-74 GO:GO:0005524 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004713 GeneTree:ENSGT00530000063025 TreeFam:TF318014 KO:K08841 OrthoDB:EOG7V7664 EMBL:AL953865 RefSeq:XP_683848.1 UniGene:Dr.113665 Ensembl:ENSDART00000112133 Ensembl:ENSDART00000146680 GeneID:556048 KEGG:dre:556048 OMA:RRSSPCH NextBio:20881293 Uniprot:F1RD31)

HSP 1 Score: 248.44 bits (633), Expect = 1.146e-70
Identity = 130/252 (51.59%), Postives = 161/252 (63.89%), Query Frame = 0
Query:   13 PSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQL------------------IQRKEEELPWSNVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            P E     +    RIR  S  AL++AVS L R+DDF  +KIGSGFFS+V+KV H++TG++M LKMN   SN+ NML+EVQLMN+L H NILRF   CVHEGQLHALTEY+NGG+LEQL                  I R  + L    +  + L S+   +       TAV+GDFGLA KIP          L  VGSPYWM+PE LRG+ Y+E+ D F+YGIILCE+I R +ADPDILPRTE+FG+D   F
Sbjct:    9 PCEPPLHALYGPNRIRPSSYRALRSAVSSLARIDDFFCEKIGSGFFSEVFKVQHRITGQVMALKMNTLASNKANMLREVQLMNRLCHPNILRFLGVCVHEGQLHALTEYINGGNLEQLLDSDIYLSWTVRIGLSLDIARGLQYLHSKGIFHRDLTSKNCLVRCENGAFTAVVGDFGLAEKIPDYSDGVEKQPLAVVGSPYWMAPEMLRGELYNEKVDVFAYGIILCEIIARIEADPDILPRTEDFGLDVDTF 260          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:Tesk1 "testis specific protein kinase 1" species:10090 "Mus musculus" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=ISO] [GO:0004712 "protein serine/threonine/tyrosine kinase activity" evidence=IEA] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=ISO] [GO:0016301 "kinase activity" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR015782 InterPro:IPR017441 Pfam:PF00069 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 MGI:MGI:1201675 GO:GO:0005524 GO:GO:0046872 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004674 GO:GO:0007283 BRENDA:2.7.10.2 GO:GO:0004713 GO:GO:0004712 EMBL:AL732506 GeneTree:ENSGT00530000063025 TreeFam:TF318014 CTD:7016 HOGENOM:HOG000231415 HOVERGEN:HBG058204 KO:K08841 OMA:KMECEGS OrthoDB:EOG7V7664 PANTHER:PTHR23257:SF10 EMBL:AB003493 EMBL:AB003494 EMBL:AK144302 EMBL:BC099699 PIR:JC6534 RefSeq:NP_035701.3 UniGene:Mm.485441 ProteinModelPortal:O70146 SMR:O70146 BioGrid:204120 PhosphoSite:O70146 PaxDb:O70146 PRIDE:O70146 Ensembl:ENSMUST00000060864 GeneID:21754 KEGG:mmu:21754 UCSC:uc008spq.2 InParanoid:O70146 NextBio:301059 PRO:PR:O70146 ArrayExpress:O70146 Bgee:O70146 CleanEx:MM_TESK1 Genevestigator:O70146 Uniprot:O70146)

HSP 1 Score: 247.284 bits (630), Expect = 1.807e-70
Identity = 135/278 (48.56%), Postives = 170/278 (61.15%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF---IGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDF   +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF   +G+   L                 + L++ C   E S R P+
Sbjct:   38 ALRSAVSSLARVDDFDCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRSNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIAQGLRYLHAKGVFHRDLTSKNCLVRREDRGFTAVVGDFGLAEKIPVYREGTRKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAFRTLVGNDCPLP---------------FLLLAIHCCSMEPSTRAPF 299          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:Tesk1 "Dual specificity testis-specific protein kinase 1" species:10116 "Rattus norvegicus" [GO:0004712 "protein serine/threonine/tyrosine kinase activity" evidence=IEA] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR015782 InterPro:IPR017441 Pfam:PF00069 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 RGD:62059 GO:GO:0005524 GO:GO:0046872 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004674 GO:GO:0007283 BRENDA:2.7.10.2 GO:GO:0004713 GO:GO:0004712 GeneTree:ENSGT00530000063025 TreeFam:TF318014 CTD:7016 HOGENOM:HOG000231415 HOVERGEN:HBG058204 KO:K08841 OMA:KMECEGS OrthoDB:EOG7V7664 PANTHER:PTHR23257:SF10 EMBL:D50864 EMBL:BC081773 RefSeq:NP_113766.1 UniGene:Rn.7006 ProteinModelPortal:Q63572 STRING:10116.ENSRNOP00000023694 PhosphoSite:Q63572 PRIDE:Q63572 Ensembl:ENSRNOT00000023695 GeneID:29460 KEGG:rno:29460 UCSC:RGD:62059 InParanoid:Q63572 NextBio:609252 PRO:PR:Q63572 Genevestigator:Q63572 Uniprot:Q63572)

HSP 1 Score: 247.284 bits (630), Expect = 2.017e-70
Identity = 135/278 (48.56%), Postives = 170/278 (61.15%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF---IGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDF   +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF   +G+   L                 + L++ C   E S R P+
Sbjct:   38 ALRSAVSSLARVDDFDCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRSNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIAQGLRYLHAKGVFHRDLTSKNCLVRREDGGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAFRTLVGNDCPLP---------------FLLLAIHCCSMEPSARAPF 299          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:Tesk1 "testis-specific kinase 1" species:10116 "Rattus norvegicus" [GO:0004674 "protein serine/threonine kinase activity" evidence=IMP] [GO:0004712 "protein serine/threonine/tyrosine kinase activity" evidence=IEA] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0007283 "spermatogenesis" evidence=IEP] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR015782 InterPro:IPR017441 Pfam:PF00069 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 RGD:62059 GO:GO:0005524 GO:GO:0046872 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004674 GO:GO:0007283 BRENDA:2.7.10.2 GO:GO:0004713 GO:GO:0004712 GeneTree:ENSGT00530000063025 TreeFam:TF318014 CTD:7016 HOGENOM:HOG000231415 HOVERGEN:HBG058204 KO:K08841 OMA:KMECEGS OrthoDB:EOG7V7664 PANTHER:PTHR23257:SF10 EMBL:D50864 EMBL:BC081773 RefSeq:NP_113766.1 UniGene:Rn.7006 ProteinModelPortal:Q63572 STRING:10116.ENSRNOP00000023694 PhosphoSite:Q63572 PRIDE:Q63572 Ensembl:ENSRNOT00000023695 GeneID:29460 KEGG:rno:29460 UCSC:RGD:62059 InParanoid:Q63572 NextBio:609252 PRO:PR:Q63572 Genevestigator:Q63572 Uniprot:Q63572)

HSP 1 Score: 247.284 bits (630), Expect = 2.017e-70
Identity = 135/278 (48.56%), Postives = 170/278 (61.15%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF---IGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDF   +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF   +G+   L                 + L++ C   E S R P+
Sbjct:   38 ALRSAVSSLARVDDFDCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRSNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIAQGLRYLHAKGVFHRDLTSKNCLVRREDGGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAFRTLVGNDCPLP---------------FLLLAIHCCSMEPSARAPF 299          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:si:dkeyp-75h12.2 "si:dkeyp-75h12.2" species:7955 "Danio rerio" [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF07714 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 ZFIN:ZDB-GENE-030131-7512 GO:GO:0005524 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004713 GeneTree:ENSGT00530000063025 TreeFam:TF318014 OrthoDB:EOG7V7664 EMBL:CR318672 RefSeq:XP_687879.2 UniGene:Dr.80937 Ensembl:ENSDART00000110301 Ensembl:ENSDART00000133022 GeneID:559449 KEGG:dre:559449 NextBio:20882973 Uniprot:E7FEW6)

HSP 1 Score: 247.284 bits (630), Expect = 3.164e-70
Identity = 129/240 (53.75%), Postives = 158/240 (65.83%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            R R  S  AL++AVS L RLDDF  +KIGSGFFS+V+KV H+ TG++M LKMN   SN+ NMLKEVQLMN+L+H NILRF   CVHEG LHALTEY+NGG+LEQL+   +  L WS                    +  + L S+   +       TAV+GDFGLA KIP    +     L  VGSPYWM+PE LRG+ Y+E+ D F+YGIILCE+IGR  ADPD LPRTE+FG+D  AF
Sbjct:   27 RPRPSSYRALRSAVSSLARLDDFICEKIGSGFFSEVFKVQHRSTGQVMALKMNTMASNKANMLKEVQLMNRLRHPNILRFVGVCVHEGHLHALTEYINGGNLEQLLN-SDVLLSWSVRINLSLDIARGLQYLHSKGIFHRDLTSKNCLVRWENGHCTAVVGDFGLAEKIPDHSEEAEKQSLAVVGSPYWMAPEVLRGERYNEKVDVFAYGIILCEIIGRIQADPDFLPRTEDFGLDVEAF 265          
BLAST of EMLSAG00000011401 vs. GO
Match: - (symbol:TESK2 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004713 "protein tyrosine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] InterPro:IPR000719 InterPro:IPR001245 InterPro:IPR008266 InterPro:IPR011009 InterPro:IPR017441 Pfam:PF07714 PRINTS:PR00109 PROSITE:PS00107 PROSITE:PS00109 PROSITE:PS50011 GO:GO:0005524 GO:GO:0005634 SUPFAM:SSF56112 GO:GO:0018108 GO:GO:0004713 GeneTree:ENSGT00530000063025 TreeFam:TF318014 OrthoDB:EOG7V7664 CTD:10420 KO:K08842 OMA:NVLDPYY EMBL:AAEX03009783 EMBL:AAEX03009782 RefSeq:XP_005629132.1 RefSeq:XP_850552.1 ProteinModelPortal:E2RGD8 Ensembl:ENSCAFT00000007414 GeneID:608657 KEGG:cfa:608657 NextBio:20894299 Uniprot:E2RGD8)

HSP 1 Score: 244.202 bits (622), Expect = 9.492e-70
Identity = 128/238 (53.78%), Postives = 157/238 (65.97%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPS-SRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            R+R  S  AL +A S L RLDDF  +KIGSGFFS+V+KV H+ +G++M LKMN   SNR NMLKEVQLMN+L H NILRF   CVH+GQLHALTEY+N G+LEQL+      LPW+                    +  + L S+   I       +AV+ DFGLA KIP  S  + +L  VGSP+WM+PE LR + Y+E+AD FSYGIILCE+I R  ADPD LPRTENFG+DY AF
Sbjct:   37 RVRPSSYRALISAFSRLTRLDDFTCEKIGSGFFSEVFKVRHRASGQVMALKMNTLSSNRANMLKEVQLMNRLSHPNILRFMGVCVHQGQLHALTEYINSGNLEQLLD-SNLHLPWTVRVKLAYDIAVGLSYLHFKGIFHRDLTSKNCLIKRDENGYSAVVADFGLAEKIPDVSMGNEKLAVVGSPFWMAPEVLRDEPYNEKADVFSYGIILCEIIARIQADPDYLPRTENFGLDYDAF 273          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592865047|gb|GAXK01092515.1| (TSA: Calanus finmarchicus comp77628_c0_seq6 transcribed RNA sequence)

HSP 1 Score: 301.212 bits (770), Expect = 1.078e-89
Identity = 161/307 (52.44%), Postives = 199/307 (64.82%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKII 303
            R R PSC ALK A+S LYRLDDF  +KIG+GFFS+V+KV HK TGK+MVLKMN + +N +NM KE+QLMN+L H NIL+FEA CVHEGQLHALTEY++GG+LE+LIQ    ++ WS                             NV +KK V      + A++GDFGLA +IP ++TD RLPQVGSPYWMSPECLRG+FYD+QAD FS GIILCE+IGR DADPDILPRT+NFGV+Y AF          E+    P +     +K +  C+       DP  RPS    +    L KL+E +KII
Sbjct: 1399 RGRTPSCEALKCALSDLYRLDDFESEKIGAGFFSEVFKVKHKTTGKVMVLKMNKHKANSMNMRKEIQLMNRLHHPNILKFEAVCVHEGQLHALTEYIDGGTLEELIQDLTVDIGWSQRMEIGLHISEGLQYLNSQGMFHRDLTSKNVFLKKSVKN----IFAIIGDFGLATEIP-NKTDQRLPQVGSPYWMSPECLRGEFYDKQADIFSLGIILCEMIGRVDADPDILPRTQNFGVEYKAF---------SELCPTCPPD----FLKTTFTCVS-----LDPNSRPS--AADLITELYKLKEQQKII 2244          

HSP 2 Score: 212.616 bits (540), Expect = 6.899e-58
Identity = 169/417 (40.53%), Postives = 231/417 (55.40%), Query Frame = 0
Query:  238 IGHKRSLSE-EEVIRRSPSEKARIHVK----LSVRCIGKEMSLRDPYY-RPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPXXXXXXXXXXXXXXXXXXXXXXXXINIPAPD-SSSSPLSRCFDDHLFQ---GRVQLLRKIYS-GGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTD---DCFLDTTRSVGSSLLTVSDLEEDLRAASLFLS---------NNGNNKRXXXXXXXXXXXXXXXXXXERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKT--PQQ-QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDK 628
            I  KR LSE E   +R PS+KAR+H +     + R +G+EM + DPYY  P+    NPFATLP+LR+G+KIIGS  +LFSSCF +  P RVA+P    ST         T S+P                ++       I    P+ S  S  S  F    +      V  LRK+YS GG V+QDDS + +              +FP++R GSCESG +S+  T+   +  + + RS+GSSLLTVSDLEEDLRAAS FLS         ++ ++  +       T   L +L+ + +  + +E DI+DIV+YFE+ C +      R+   ++ S EIA   RS KI+SLIK+V E +SR R   R    PQ  Q+C+GIVRSKL +FD A K   R+RL FDQ GFVKSR+A+FD+
Sbjct:  175 IALKRFLSEGESSKKRPPSDKARMHQRSFSDQTARSVGEEMCIIDPYYLEPTEDFLNPFATLPRLRKGRKIIGSNSELFSSCFEVHSP-RVASPMETPST------HNTTKSLP----------------NSPPNPHRGITQTDPEVSKDSDASFAFASSEYSFNFHHVPTLRKVYSTGGCVSQDDSSLGICSGHLPV-------AFPIRRCGSCESGFYSTSTTEWTSEGGMMSNRSLGSSLLTVSDLEEDLRAASAFLSSKRTSSIFTDSLDDLSSRLDDISCTGLTLRNLSFDNLKPQKYENDIRDIVDYFEKNCNINRGRVGRFDEDKRSSPEIA---RSQKIESLIKKVAENKSRARFNRRSNIQPQHLQVCDGIVRSKLPIFDKA-KRQSRNRLPFDQHGFVKSRLAMFDQ 1323          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592865048|gb|GAXK01092514.1| (TSA: Calanus finmarchicus comp77628_c0_seq5 transcribed RNA sequence)

HSP 1 Score: 301.212 bits (770), Expect = 5.068e-89
Identity = 161/307 (52.44%), Postives = 199/307 (64.82%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKII 303
            R R PSC ALK A+S LYRLDDF  +KIG+GFFS+V+KV HK TGK+MVLKMN + +N +NM KE+QLMN+L H NIL+FEA CVHEGQLHALTEY++GG+LE+LIQ    ++ WS                             NV +KK V      + A++GDFGLA +IP ++TD RLPQVGSPYWMSPECLRG+FYD+QAD FS GIILCE+IGR DADPDILPRT+NFGV+Y AF          E+    P +     +K +  C+       DP  RPS    +    L KL+E +KII
Sbjct: 1399 RGRTPSCEALKCALSDLYRLDDFESEKIGAGFFSEVFKVKHKTTGKVMVLKMNKHKANSMNMRKEIQLMNRLHHPNILKFEAVCVHEGQLHALTEYIDGGTLEELIQDLTVDIGWSQRMEIGLHISEGLQYLNSQGMFHRDLTSKNVFLKKSVKN----IFAIIGDFGLATEIP-NKTDQRLPQVGSPYWMSPECLRGEFYDKQADIFSLGIILCEMIGRVDADPDILPRTQNFGVEYKAF---------SELCPTCPPD----FLKTTFTCVS-----LDPNSRPS--AADLITELYKLKEQQKII 2244          

HSP 2 Score: 213.001 bits (541), Expect = 9.694e-58
Identity = 169/417 (40.53%), Postives = 231/417 (55.40%), Query Frame = 0
Query:  238 IGHKRSLSE-EEVIRRSPSEKARIHVK----LSVRCIGKEMSLRDPYY-RPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPXXXXXXXXXXXXXXXXXXXXXXXXINIPAPD-SSSSPLSRCFDDHLFQ---GRVQLLRKIYS-GGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTD---DCFLDTTRSVGSSLLTVSDLEEDLRAASLFLS---------NNGNNKRXXXXXXXXXXXXXXXXXXERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKT--PQQ-QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDK 628
            I  KR LSE E   +R PS+KAR+H +     + R +G+EM + DPYY  P+    NPFATLP+LR+G+KIIGS  +LFSSCF +  P RVA+P    ST         T S+P                ++       I    P+ S  S  S  F    +      V  LRK+YS GG V+QDDS + +              +FP++R GSCESG +S+  T+   +  + + RS+GSSLLTVSDLEEDLRAAS FLS         ++ ++  +       T   L +L+ + +  + +E DI+DIV+YFE+ C +      R+   ++ S EIA   RS KI+SLIK+V E +SR R   R    PQ  Q+C+GIVRSKL +FD A K   R+RL FDQ GFVKSR+A+FD+
Sbjct:  175 IALKRFLSEGESSKKRPPSDKARMHQRSFSDQTARSVGEEMCIIDPYYLEPTEDFLNPFATLPRLRKGRKIIGSNSELFSSCFEVHSP-RVASPMETPST------HNTTKSLP----------------NSPPNPHRGITQTDPEVSKDSDASFAFASSEYSFNFHHVPTLRKVYSTGGCVSQDDSSLGICSGHLPV-------AFPIRRCGSCESGFYSTSTTEWTSEGGMMSNRSLGSSLLTVSDLEEDLRAASAFLSSKRTSSIFTDSLDDLSSRLDDISCTGLTLRNLSFDNLKPQKYENDIRDIVDYFEKNCNINRGRVGRFDEDKRSSPEIA---RSQKIESLIKKVAENKSRARFNRRSNIQPQHLQVCDGIVRSKLPIFDKA-KRQSRNRLPFDQHGFVKSRLAMFDQ 1323          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592865049|gb|GAXK01092513.1| (TSA: Calanus finmarchicus comp77628_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 301.212 bits (770), Expect = 3.108e-88
Identity = 161/307 (52.44%), Postives = 199/307 (64.82%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKII 303
            R R PSC ALK A+S LYRLDDF  +KIG+GFFS+V+KV HK TGK+MVLKMN + +N +NM KE+QLMN+L H NIL+FEA CVHEGQLHALTEY++GG+LE+LIQ    ++ WS                             NV +KK V      + A++GDFGLA +IP ++TD RLPQVGSPYWMSPECLRG+FYD+QAD FS GIILCE+IGR DADPDILPRT+NFGV+Y AF          E+    P +     +K +  C+       DP  RPS    +    L KL+E +KII
Sbjct: 1974 RGRTPSCEALKCALSDLYRLDDFESEKIGAGFFSEVFKVKHKTTGKVMVLKMNKHKANSMNMRKEIQLMNRLHHPNILKFEAVCVHEGQLHALTEYIDGGTLEELIQDLTVDIGWSQRMEIGLHISEGLQYLNSQGMFHRDLTSKNVFLKKSVKN----IFAIIGDFGLATEIP-NKTDQRLPQVGSPYWMSPECLRGEFYDKQADIFSLGIILCEMIGRVDADPDILPRTQNFGVEYKAF---------SELCPTCPPD----FLKTTFTCVS-----LDPNSRPS--AADLITELYKLKEQQKII 2819          

HSP 2 Score: 213.772 bits (543), Expect = 8.423e-58
Identity = 165/414 (39.86%), Postives = 231/414 (55.80%), Query Frame = 0
Query:  238 IGHKRSLSE-EEVIRRSPSEKARIHVK----LSVRCIGKEMSLRDPYY-RPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPXXXXXXXXXXXXXXXXXXXXXXXXINIPAPDSSSSPLSRCFDDHLFQ-GRVQLLRKIYS-GGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTD---DCFLDTTRSVGSSLLTVSDLEEDLRAASLFLS---------NNGNNKRXXXXXXXXXXXXXXXXXXERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKT--PQQ-QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDK 628
            I  KR LSE E   +R PS+KAR+H +     + R +G+EM + DPYY  P+    NPFATLP+LR+G+KIIGS  +LFSSCF +  P RVA+P    ST         T S+P             +     +      +    + S +  +    ++ F    V  LRK+YS GG V+QDDS + +              +FP++R GSCESG +S+  T+   +  + + RS+GSSLLTVSDLEEDLRAAS FLS         ++ ++  +       T   L +L+ + +  + +E DI+DIV+YFE+ C +      R+   ++ S EIA   RS KI+SLIK+V E +SR R   R    PQ  Q+C+GIVRSKL +FD A K   R+RL FDQ GFVKSR+A+FD+
Sbjct:  750 IALKRFLSEGESSKKRPPSDKARMHQRSFSDQTARSVGEEMCIIDPYYLEPTEDFLNPFATLPRLRKGRKIIGSNSELFSSCFEVHSP-RVASPMETPST------HNTTKSLP-------------NSPPNPHRGITQTDPEVSNESDASFTFASSEYSFNFHHVPTLRKVYSTGGCVSQDDSSLGICSGHLPV-------AFPIRRCGSCESGFYSTSTTEWTSEGGMMSNRSLGSSLLTVSDLEEDLRAASAFLSSKRTSSIFTDSLDDLSSRLDDISCTGLTLRNLSFDNLKPQKYENDIRDIVDYFEKNCNINRGRVGRFDEDKRSSPEIA---RSQKIESLIKKVAENKSRARFNRRSNIQPQHLQVCDGIVRSKLPIFDKA-KRQSRNRLPFDQHGFVKSRLAMFDQ 1898          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592865050|gb|GAXK01092512.1| (TSA: Calanus finmarchicus comp77628_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 301.212 bits (770), Expect = 7.247e-88
Identity = 161/307 (52.44%), Postives = 199/307 (64.82%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKII 303
            R R PSC ALK A+S LYRLDDF  +KIG+GFFS+V+KV HK TGK+MVLKMN + +N +NM KE+QLMN+L H NIL+FEA CVHEGQLHALTEY++GG+LE+LIQ    ++ WS                             NV +KK V      + A++GDFGLA +IP ++TD RLPQVGSPYWMSPECLRG+FYD+QAD FS GIILCE+IGR DADPDILPRT+NFGV+Y AF          E+    P +     +K +  C+       DP  RPS    +    L KL+E +KII
Sbjct: 1974 RGRTPSCEALKCALSDLYRLDDFESEKIGAGFFSEVFKVKHKTTGKVMVLKMNKHKANSMNMRKEIQLMNRLHHPNILKFEAVCVHEGQLHALTEYIDGGTLEELIQDLTVDIGWSQRMEIGLHISEGLQYLNSQGMFHRDLTSKNVFLKKSVKN----IFAIIGDFGLATEIP-NKTDQRLPQVGSPYWMSPECLRGEFYDKQADIFSLGIILCEMIGRVDADPDILPRTQNFGVEYKAF---------SELCPTCPPD----FLKTTFTCVS-----LDPNSRPS--AADLITELYKLKEQQKII 2819          

HSP 2 Score: 214.157 bits (544), Expect = 1.177e-57
Identity = 165/414 (39.86%), Postives = 231/414 (55.80%), Query Frame = 0
Query:  238 IGHKRSLSE-EEVIRRSPSEKARIHVK----LSVRCIGKEMSLRDPYY-RPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPXXXXXXXXXXXXXXXXXXXXXXXXINIPAPDSSSSPLSRCFDDHLFQ-GRVQLLRKIYS-GGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTD---DCFLDTTRSVGSSLLTVSDLEEDLRAASLFLS---------NNGNNKRXXXXXXXXXXXXXXXXXXERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKT--PQQ-QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDK 628
            I  KR LSE E   +R PS+KAR+H +     + R +G+EM + DPYY  P+    NPFATLP+LR+G+KIIGS  +LFSSCF +  P RVA+P    ST         T S+P             +     +      +    + S +  +    ++ F    V  LRK+YS GG V+QDDS + +              +FP++R GSCESG +S+  T+   +  + + RS+GSSLLTVSDLEEDLRAAS FLS         ++ ++  +       T   L +L+ + +  + +E DI+DIV+YFE+ C +      R+   ++ S EIA   RS KI+SLIK+V E +SR R   R    PQ  Q+C+GIVRSKL +FD A K   R+RL FDQ GFVKSR+A+FD+
Sbjct:  750 IALKRFLSEGESSKKRPPSDKARMHQRSFSDQTARSVGEEMCIIDPYYLEPTEDFLNPFATLPRLRKGRKIIGSNSELFSSCFEVHSP-RVASPMETPST------HNTTKSLP-------------NSPPNPHRGITQTDPEVSNESDASFTFASSEYSFNFHHVPTLRKVYSTGGCVSQDDSSLGICSGHLPV-------AFPIRRCGSCESGFYSTSTTEWTSEGGMMSNRSLGSSLLTVSDLEEDLRAASAFLSSKRTSSIFTDSLDDLSSRLDDISCTGLTLRNLSFDNLKPQKYENDIRDIVDYFEKNCNINRGRVGRFDEDKRSSPEIA---RSQKIESLIKKVAENKSRARFNRRSNIQPQHLQVCDGIVRSKLPIFDKA-KRQSRNRLPFDQHGFVKSRLAMFDQ 1898          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592810672|gb|GAXK01143896.1| (TSA: Calanus finmarchicus comp480649_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 286.96 bits (733), Expect = 1.861e-82
Identity = 141/237 (59.49%), Postives = 172/237 (72.57%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSN-------------------VLVKKLVSE------KGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            R R PS  ALK AV+ LYRLDDF  +KIG+GFFS+V+KVTHK TG ++VLKMN + SN +N LKE+QLMNKLKH NIL+FEA CVHEGQLHALTEY++GG+LE+LIQ     + WS                    +  + L S+      K   + A++GDFGLA KIP  +T  RLPQVGSPYWMSPECL+G+FYD++AD FS+GII+CELI R DADPDILPRT+NFGV+Y AF
Sbjct:  232 RGRTPSYEALKGAVTDLYRLDDFESEKIGAGFFSEVFKVTHKTTGNVLVLKMNKHRSNSMNSLKEIQLMNKLKHPNILQFEAVCVHEGQLHALTEYIDGGTLEELIQDLTVSIRWSQRMEIGLHITQGLFYLNSKGMFHRDLTSKNIFLRRKNDSIFAIVGDFGLATKIPK-KTGSRLPQVGSPYWMSPECLKGEFYDQRADIFSFGIIMCELIARVDADPDILPRTQNFGVEYKAF 939          

HSP 2 Score: 218.779 bits (556), Expect = 5.012e-59
Identity = 180/424 (42.45%), Postives = 236/424 (55.66%), Query Frame = 0
Query:  241 KRSLSEEE-VIRRSPSEKARIHVKLSVR----CIGKEMSLRDPYYRPSP---KTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPXXXXXXXXXXXXXXXXXXXXXXXXINIPAPDSSSSPLSRCFDDHLFQGRVQLLRKIYSG-GWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTDDCFLD----TTRSVGSSLLTVSDLEEDLRAASLFLSNNGNNKRXXXXXXXXXXXXXXXXXX---ERILD------RTFEKDIQDIVEYFEQTCKVVALERRRYP---------TIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKTPQQ--QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDKPGP 631
            KR LSE + +IR+SPS+KAR+H K + R     +G+EM L DPYY   P      NPFATLP+LREG+KIIGST +LFSSCF +P P RV++PT    +         T S+P S  ++ + + +   +  D     S + P P  S        D H  +   +  + +YS    V+QDDS + +    +S +   S   FPL+R GSCESG +SS   DD   D    + RS+GSSLLTVSDLEEDLRAAS FLS    +   +    D +       +    +  LD        +EKDI+DIVEYFE+ CKV     RR P            + S EIAR   S KI+SLIK+V E +SR R   R  P+Q  Q+C+GIVRSKL LFD   K   R R+  DQ+GFVK+R+A+FDKP P
Sbjct: 1162 KRFLSEGDGLIRKSPSDKARLHPKSATRDSAKSVGEEMCLIDPYYEQPPTDFACLNPFATLPRLREGRKIIGSTLELFSSCFEVPSP-RVSSPTDTPPSY-------NTRSLPGSPPNNHRQMLEIFPDLPDTFAGPSCSTPRPKYS-------LDGHPHRNATR--KMLYSSRECVSQDDSQIGM----WSGL---SLFPFPLRRCGSCESGFYSS-SNDDWMWDGGFLSNRSIGSSLLTVSDLEEDLRAASAFLSQKRTSSVFTDSLDDLSYRLDDISSVGFGKEGLDFSQSKPEKYEKDIRDIVEYFERNCKV----DRRVPFKKEEENKEGEDRSSPEIAR---SQKIESLIKKVAENKSRARFNRRPAPKQHLQVCDGIVRSKLHLFD-QTKRQARGRMPADQQGFVKARLAMFDKPQP 2334          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592865045|gb|GAXK01092517.1| (TSA: Calanus finmarchicus comp77628_c0_seq8 transcribed RNA sequence)

HSP 1 Score: 147.902 bits (372), Expect = 1.338e-38
Identity = 107/246 (43.50%), Postives = 149/246 (60.57%), Query Frame = 0
Query:  399 LRKIYS-GGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTD---DCFLDTTRSVGSSLLTVSDLEEDLRAASLFLS---------NNGNNKRXXXXXXXXXXXXXXXXXXERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKT--PQQ-QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDK 628
            LRK+YS  G V+QDDS + +              +FP++R GSCESG +S+  T+   +  + + RS+GSSLLTVSDLEEDLRAAS FLS         ++ ++  +       T   L +L+ + +  + +E DI+DIV+YFE+ C +      R+   ++ S EIA   RS KI+SLIK+V E +SR R   R    PQ  Q+C+GIVRSKL +FD A K   R+RL FDQ GFVKSR+A+FD+
Sbjct:  175 LRKVYSTNGHVSQDDSSLGICSGHLPV-------AFPIRRCGSCESGFYSTSTTEWTSEGGMMSNRSLGSSLLTVSDLEEDLRAASAFLSSKRTSSIFTDSLDDLSSRLDDISCTGLTLRNLSFDNLKPQKYENDIRDIVDYFEKNCNINRGRVGRFDEDKRSSPEIA---RSQKIESLIKKVAENKSRARFNRRSNIQPQHLQVCDGIVRSKLPIFDKA-KRQSRNRLPFDQHGFVKSRLAMFDQ 879          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592865046|gb|GAXK01092516.1| (TSA: Calanus finmarchicus comp77628_c0_seq7 transcribed RNA sequence)

HSP 1 Score: 148.288 bits (373), Expect = 2.633e-37
Identity = 107/246 (43.50%), Postives = 149/246 (60.57%), Query Frame = 0
Query:  399 LRKIYS-GGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTD---DCFLDTTRSVGSSLLTVSDLEEDLRAASLFLS---------NNGNNKRXXXXXXXXXXXXXXXXXXERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKT--PQQ-QICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDK 628
            LRK+YS  G V+QDDS + +              +FP++R GSCESG +S+  T+   +  + + RS+GSSLLTVSDLEEDLRAAS FLS         ++ ++  +       T   L +L+ + +  + +E DI+DIV+YFE+ C +      R+   ++ S EIA   RS KI+SLIK+V E +SR R   R    PQ  Q+C+GIVRSKL +FD A K   R+RL FDQ GFVKSR+A+FD+
Sbjct:  750 LRKVYSTNGHVSQDDSSLGICSGHLPV-------AFPIRRCGSCESGFYSTSTTEWTSEGGMMSNRSLGSSLLTVSDLEEDLRAASAFLSSKRTSSIFTDSLDDLSSRLDDISCTGLTLRNLSFDNLKPQKYENDIRDIVDYFEKNCNINRGRVGRFDEDKRSSPEIA---RSQKIESLIKKVAENKSRARFNRRSNIQPQHLQVCDGIVRSKLPIFDKA-KRQSRNRLPFDQHGFVKSRLAMFDQ 1454          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592835186|gb|GAXK01122358.1| (TSA: Calanus finmarchicus comp106633_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 71.2478 bits (173), Expect = 6.779e-12
Identity = 60/211 (28.44%), Postives = 107/211 (50.71%), Query Frame = 0
Query:   35 LKTAVSHLYRLDDFHKDK-IGSGFFSDVY--KVTHK----VTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ--RKEEELP-----W--------------SNVLVKKLVSEKGTIMTA----VLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            L +A S    L  F+ DK IG G FS VY  K  H        K+ + +M ++ + R++ +KE+QL+ +L H N++++ A+ + + +L+ + E  + G L ++I+  +K++ L      W              S  ++ + +      +TA     LGD GL  +  SS+T      VG+PY+MSPE +    Y+ ++D +S G +L E+
Sbjct:  951 LTSADSPYGALTGFNIDKKIGKGQFSVVYRAKAIHDERTVALKKVQIFEMMDSKA-RLDCMKEIQLLQQLNHPNVIKYLASFIEDNELNIVLELADAGDLSRMIKHFKKQKRLIPERTIWKYFVQLCSALEHMHSKRVMHRDIKPANVFITAEGVVKLGDLGLG-RFFSSKTTAAHSLVGTPYYMSPERIHEHGYNFKSDIWSLGCLLYEM 1577          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592835187|gb|GAXK01122357.1| (TSA: Calanus finmarchicus comp106633_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 71.2478 bits (173), Expect = 7.028e-12
Identity = 60/211 (28.44%), Postives = 107/211 (50.71%), Query Frame = 0
Query:   35 LKTAVSHLYRLDDFHKDK-IGSGFFSDVY--KVTHK----VTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ--RKEEELP-----W--------------SNVLVKKLVSEKGTIMTA----VLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            L +A S    L  F+ DK IG G FS VY  K  H        K+ + +M ++ + R++ +KE+QL+ +L H N++++ A+ + + +L+ + E  + G L ++I+  +K++ L      W              S  ++ + +      +TA     LGD GL  +  SS+T      VG+PY+MSPE +    Y+ ++D +S G +L E+
Sbjct:  951 LTSADSPYGALTGFNIDKKIGKGQFSVVYRAKAIHDERTVALKKVQIFEMMDSKA-RLDCMKEIQLLQQLNHPNVIKYLASFIEDNELNIVLELADAGDLSRMIKHFKKQKRLIPERTIWKYFVQLCSALEHMHSKRVMHRDIKPANVFITAEGVVKLGDLGLG-RFFSSKTTAAHSLVGTPYYMSPERIHEHGYNFKSDIWSLGCLLYEM 1577          
BLAST of EMLSAG00000011401 vs. C. finmarchicus
Match: gi|592835188|gb|GAXK01122356.1| (TSA: Calanus finmarchicus comp106633_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 71.2478 bits (173), Expect = 7.086e-12
Identity = 60/211 (28.44%), Postives = 107/211 (50.71%), Query Frame = 0
Query:   35 LKTAVSHLYRLDDFHKDK-IGSGFFSDVY--KVTHK----VTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ--RKEEELP-----W--------------SNVLVKKLVSEKGTIMTA----VLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            L +A S    L  F+ DK IG G FS VY  K  H        K+ + +M ++ + R++ +KE+QL+ +L H N++++ A+ + + +L+ + E  + G L ++I+  +K++ L      W              S  ++ + +      +TA     LGD GL  +  SS+T      VG+PY+MSPE +    Y+ ++D +S G +L E+
Sbjct:  951 LTSADSPYGALTGFNIDKKIGKGQFSVVYRAKAIHDERTVALKKVQIFEMMDSKA-RLDCMKEIQLLQQLNHPNVIKYLASFIEDNELNIVLELADAGDLSRMIKHFKKQKRLIPERTIWKYFVQLCSALEHMHSKRVMHRDIKPANVFITAEGVVKLGDLGLG-RFFSSKTTAAHSLVGTPYYMSPERIHEHGYNFKSDIWSLGCLLYEM 1577          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000011401 (pep:novel supercontig:LSalAtl2s:LSalAtl2s788:296025:369884:-1 gene:EMLSAG00000011401 transcript:EMLSAT00000011401 description:"maker-LSalAtl2s788-snap-gene-3.48")

HSP 1 Score: 1406.35 bits (3639), Expect = 0.000e+0
Identity = 685/685 (100.00%), Postives = 685/685 (100.00%), Query Frame = 0
Query:    1 MNVDYFPRGYLLPSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPSRSHSLKSLDDHDDNDADYENDLSINIPAPDSSSSPLSRCFDDHLFQGRVQLLRKIYSGGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTDDCFLDTTRSVGSSLLTVSDLEEDLRAASLFLSNNGNNKRASSIFTDSTDDDLSSLADERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKTPQQQICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDKPGPPLKNNQIKLKLNTIQGGGTTSPSGPVKSSQTSSKSSSSSLNQIPTSTHYYNNNY 685
            MNVDYFPRGYLLPSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPSRSHSLKSLDDHDDNDADYENDLSINIPAPDSSSSPLSRCFDDHLFQGRVQLLRKIYSGGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTDDCFLDTTRSVGSSLLTVSDLEEDLRAASLFLSNNGNNKRASSIFTDSTDDDLSSLADERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKTPQQQICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDKPGPPLKNNQIKLKLNTIQGGGTTSPSGPVKSSQTSSKSSSSSLNQIPTSTHYYNNNY
Sbjct:    1 MNVDYFPRGYLLPSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPSRSHSLKSLDDHDDNDADYENDLSINIPAPDSSSSPLSRCFDDHLFQGRVQLLRKIYSGGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTDDCFLDTTRSVGSSLLTVSDLEEDLRAASLFLSNNGNNKRASSIFTDSTDDDLSSLADERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKTPQQQICEGIVRSKLSLFDPAIKPIRRSRLNFDQKGFVKSRMALFDKPGPPLKNNQIKLKLNTIQGGGTTSPSGPVKSSQTSSKSSSSSLNQIPTSTHYYNNNY 685          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000005433 (pep:novel supercontig:LSalAtl2s:LSalAtl2s292:565959:573639:1 gene:EMLSAG00000005433 transcript:EMLSAT00000005433 description:"maker-LSalAtl2s292-augustus-gene-5.11")

HSP 1 Score: 72.4034 bits (176), Expect = 6.012e-14
Identity = 57/202 (28.22%), Postives = 104/202 (51.49%), Query Frame = 0
Query:   44 RLDDFHKDK-IGSGFFSDVYKVTHKV------TGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLI---QRKEEELP----W--------------SNVLVKKLVSEKGTIMT----AVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            +L++F+ +K IG G FS VY+   KV        K+ +L+M ++ + R++ +KE+ L+ +L H N++R+ A+ +   +L+ + E  + G L  +I   ++  + LP    W              S  ++ + +      +T    A LGD GL  +  SS T      VG+PY+MSPE +  + Y+ ++D +S G +L E+
Sbjct:   18 KLENFNVEKRIGKGQFSVVYRAKCKVDKRTVALKKVQILEMMDSKA-RVDCVKEILLLQQLDHPNVVRYLASFIENNELNIVLELADAGDLSWMIKYFKKSRKLLPEKTIWKYFVQICSALDYMHSKRIMHRDIKPANVFITANGEAKLGDLGLG-RFFSSNTMAAHSLVGTPYYMSPERIHEEGYNFKSDIWSLGCLLYEM 217          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000010271 (pep:novel supercontig:LSalAtl2s:LSalAtl2s680:142787:148655:-1 gene:EMLSAG00000010271 transcript:EMLSAT00000010271 description:"maker-LSalAtl2s680-augustus-gene-1.23")

HSP 1 Score: 74.3294 bits (181), Expect = 7.087e-14
Identity = 46/173 (26.59%), Postives = 86/173 (49.71%), Query Frame = 0
Query:   64 VTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVS---------------EKGTIMTAVLG-----DFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGR 216
            +T KV   I  + ++N +  + ++L EVQ+M KL+H N++ F    + + +L  + +Y+NGG L  ++       P  + + K+++S               +   ++ +V G     DFG    +   R   R    G+PYWM+PE ++ Q Y +  D +S GI++ E++ R
Sbjct: 1032 LTEKVA--IKQIDLDNENIQKFHLLMEVQVMRKLEHPNLVAFLDLFLTDKELWVVMDYMNGGPLTDVVLHTILNEPQMSAISKEVLSGINYLHNHELIHRDIKSDNVLLSVKGDVKITDFGFTANVSGDR--MRKTFAGTPYWMAPEVVKKQTYGKSVDIWSLGILVIEMVDR 1200          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000010806 (pep:novel supercontig:LSalAtl2s:LSalAtl2s716:155313:159814:-1 gene:EMLSAG00000010806 transcript:EMLSAT00000010806 description:"maker-LSalAtl2s716-augustus-gene-1.11")

HSP 1 Score: 70.8626 bits (172), Expect = 7.335e-13
Identity = 55/200 (27.50%), Postives = 103/200 (51.50%), Query Frame = 0
Query:   44 RLDDFHKDK-IGSGFFSDVYKVTHKVTGKIMVLKMNN----NHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSL-----EQLIQRKEEE--------------LPWSNVLVKKL------VSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            +L  F K + +G G F +      ++ G  +++K  N    + S+R   L EV+++ K+ H NI+ +  +   +G L    EY +GG+L     ++ I+ KE+E              +   NVL + L      ++++G +    +GDFG++ K+ S+     +  +G+PY++SPE   G+ YDE++D ++ G IL E+
Sbjct:  196 KLKGFEKIRLVGKGAFGNAILYQRQIDGLFVIIKEINMLELSASDRALALNEVKVLAKMDHPNIVAYFDSFEVDGVLMIEMEYADGGNLADDLEKRTIRMKEQEVLDIFCQMVSAIRHMHSHNVLHRDLKTANIFLTKEGIVK---VGDFGIS-KVLSTHHGGAMTVLGTPYYISPEMCEGKIYDEKSDIWALGCILYEM 391          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000010649 (pep:novel supercontig:LSalAtl2s:LSalAtl2s705:571566:575516:-1 gene:EMLSAG00000010649 transcript:EMLSAT00000010649 description:"augustus_masked-LSalAtl2s705-processed-gene-4.19")

HSP 1 Score: 69.707 bits (169), Expect = 1.714e-12
Identity = 56/206 (27.18%), Postives = 94/206 (45.63%), Query Frame = 0
Query:   39 VSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRI------NMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVSEKGTIMTAV------------------------LGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELI 214
            + H  + D    +KIG+G +  V+K T K TG   V+ +   +   +      N++ E+ L+  LKH++I+           ++ + EY  GG L + I R ++ LP    +VKK + + G  +  +                        L DFG A KI  S+ +  +   GSP +M+PE L  + YD + D +S G+IL E +
Sbjct:  143 IVHSMKQDYSIGEKIGAGTYGTVFKATKK-TGPREVVAVKAIYKKGLVKKEVDNIISEITLLKTLKHQHIVEMVDFTWDTSYIYIIMEYCGGGDLSRFI-RLKKSLP--ECVVKKFLQQLGLALQFLRSKNISHMDLKPQNILITQSRVLKLADFGFAKKIKLSQKEMGIR--GSPLYMAPEMLLEKRYDAKVDIWSVGVILYECL 342          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000009799 (pep:novel supercontig:LSalAtl2s:LSalAtl2s638:66051:147255:-1 gene:EMLSAG00000009799 transcript:EMLSAT00000009799 description:"maker-LSalAtl2s638-snap-gene-1.21")

HSP 1 Score: 65.855 bits (159), Expect = 2.594e-11
Identity = 60/227 (26.43%), Postives = 98/227 (43.17%), Query Frame = 0
Query:   23 WRKRIRV---PSCTALKTAVSH-LYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLK----MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNV------------------LVKKLVSEKGTIMT-----AVLGDFGLAXKIPSSRTDF-RLPQ-VGSPYWMSPECLRGQFYD---EQADSFSYGIILCEL 213
            W++ +++   P   +L    SH L  L+D      G G F  VY   +  TG IM +K      NNH   + +  E+++   ++HK+I+      +H G++    EY   G+LE L+   E  L  S+V                  +V + +      +T       LGDFG A KI + +T    L + VG+  +M+PE       D     AD +S G ++ E+
Sbjct: 1145 WQRGVKIGEFPPTPSLPLKYSHDLNFLNDS-----GQGSFGKVYXAINNETGDIMAMKEIPLQPNNHKILMEIDDELRIFENIRHKHIINHYGVEIHRGEMLIFMEYCPEGTLEDLVTSTESGLVESSVRRYARQLLEAVTVLHENQIVHRDIKGANIFLTDEMQNIKLGDFGCAVKIKAQKTVVGELKEFVGTQAFMAPEVFTSNMKDGHGRAADIWSIGCVVVEM 1366          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000011184 (pep:novel supercontig:LSalAtl2s:LSalAtl2s760:424402:425388:1 gene:EMLSAG00000011184 transcript:EMLSAT00000011184 description:"augustus_masked-LSalAtl2s760-processed-gene-3.6")

HSP 1 Score: 63.5438 bits (153), Expect = 4.610e-11
Identity = 63/247 (25.51%), Postives = 113/247 (45.75%), Query Frame = 0
Query:   29 VPSCTALKTAVSHLYRLDDFHKDK-IGSGFFSDVYKVTHKVTGKIMVLK-MNNNHSNRIN----MLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQL-----IQRKEEELP--------------WSNVLVKK-------LVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCE-LIGR----CDADPDILPRTENFGVDYIAFI 238
            +P+    K +    + L+DF   + +G G F +VY    K +  I+ LK M  N   + N    + +E+++   L+H +ILR       E +++ + E+ + G L +L     ++R EE L                S  ++ +       L+  KG +  A   DFG +   PSSR   R    G+  ++SPE + G+ +DE+ D +S GI+  E L+G+     D   +   +  N  +++ +FI
Sbjct:   34 MPNNENGKNSSDKRWELNDFDIGRPLGKGKFGNVYLAREKKSKFIVALKVMFKNQLKKANVEHQLRREIEIQXHLRHPHILRLYGYFYDETRVYLILEFASKGELYKLLKNEPLKRFEETLAARYIYQMSGALDYLHSKKVIHRDIKPENLLLDSKGNLKIA---DFGWSVHAPSSR---RGTMCGTLDYLSPEMIEGRSHDEKVDLWSLGILCFEFLVGKPPFETDNQQETYKKITNVDIEWPSFI 274          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000009535 (pep:novel supercontig:LSalAtl2s:LSalAtl2s613:205707:209068:-1 gene:EMLSAG00000009535 transcript:EMLSAT00000009535 description:"maker-LSalAtl2s613-augustus-gene-1.23")

HSP 1 Score: 63.929 bits (154), Expect = 8.003e-11
Identity = 50/186 (26.88%), Postives = 82/186 (44.09%), Query Frame = 0
Query:   51 DKIGSGFFSDVYKVTHKVTGKIMVLKMNN--NHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ-----------------RKEEELPWSNVLVKKLVSEK---GTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELI 214
            +KIG G    VY      TG  + +K  N      +  ++ E+ +M   KH N++ F  A +   +L    EY+ GGSL  ++                  +  + L   +V+ + + S+    G      L DFG   +I SS  + R   VG+PYWM+P  +  + Y  + D +S GI+  E+I
Sbjct:  242 EKIGQGASGTVYXAIETATGMEVAIKQMNLQQQPKKELIINEIVVMKANKHPNVVNFLDAYLVGEELWVTMEYLPGGSLTDVVTETCMDEGQIAAVCREVLQALDFLHRGHVIHRDIKSDNILLGMDGEVKLTDFGFCAQI-SSEQNKRTTMVGTPYWMAPXVVTRKQYGPKVDMWSLGIMAIEMI 426          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000008169 (pep:novel supercontig:LSalAtl2s:LSalAtl2s490:223186:225761:-1 gene:EMLSAG00000008169 transcript:EMLSAT00000008169 description:"maker-LSalAtl2s490-snap-gene-2.28")

HSP 1 Score: 62.3882 bits (150), Expect = 2.262e-10
Identity = 63/254 (24.80%), Postives = 103/254 (40.55%), Query Frame = 0
Query:   52 KIGSGFFSDVYKVTHKVTG-KIMVLKMNNNHSNRINML-KEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKK------LVSEKGTIMTAV--------------LGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIG--KEMSLRDPYYR 281
            KIG G    V     K T  ++ + KM+     R  +L  EV +M    H NI++   + +   +L  + E++ GG+L  ++     +      + K+       +  +G I   +              L DFG   ++ S     R   VG+PYWMSPE +    Y  + D +S GI++ E++   D +P                  ++  L     IR  P  K R   K+S R +G   +M +RDP  R
Sbjct:  347 KIGQGSTGIVCIAVEKNTKERVAIKKMDLRKQQRRELLFNEVVIMRDYHHPNIVQMHDSFLVNDELWVVMEFLEGGALTDIVTHASMDEDQIATVCKQCLKALAYLHSQGVIHRDIKSDSILLGADGNVKLSDFGFCAQV-SPELPKRKSLVGTPYWMSPEIISRLPYGPEVDIWSLGIMVMEMV---DGEPPFF---------------NEPPLQAMRRIRDRPPPKLRNQSKVSPRLLGFLDKMLVRDPAQR 581          
BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Match: EMLSAP00000012370 (pep:novel supercontig:LSalAtl2s:LSalAtl2s905:198215:201197:-1 gene:EMLSAG00000012370 transcript:EMLSAT00000012370 description:"maker-LSalAtl2s905-augustus-gene-2.8")

HSP 1 Score: 59.6918 bits (143), Expect = 1.131e-9
Identity = 53/185 (28.65%), Postives = 84/185 (45.41%), Query Frame = 0
Query:   66 HKVTGKIMVLKMNNNHSNRINMLKEVQLMNKL-KHKNILRFEAACVHEGQLH---ALTEYVNGGSLEQLIQRK---------EEELPWSNVLVKK-------------------LVSEKGTIMTAVLGDFGLAXKIPSS-----RTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            H+V  K+  LK  +  S+ I+++KEV++M K+  H+N+L     C      H   A+ EY   G L+  +Q++         EE   +SN + K                    L+++K  I  A   DFG+A  +        R+  +LP      WM+PE     FY  Q+D +SYGI+L E+
Sbjct:   10 HEVAVKM--LKEGHTDSDVIDLVKEVEIMKKVGSHENVLSLVGVCTKPNGSHPLWAVVEYALHGCLKTHLQKRKNERLLLSSEEMYSFSNQISKGMNFLSKRKCVHRDLAARNILLADKNVIKIA---DFGMARDVNGKEYYRKRSGGKLPIK----WMAPEAFFQNFYSTQSDVWSYGILLWEI 185          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|209572684|sp|Q15569.2|TESK1_HUMAN (RecName: Full=Dual specificity testis-specific protein kinase 1; AltName: Full=Testicular protein kinase 1)

HSP 1 Score: 249.98 bits (637), Expect = 1.153e-72
Identity = 136/275 (49.45%), Postives = 172/275 (62.55%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDFH  +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF    R+L  ++             + L++ C   E S R P+
Sbjct:   43 ALRSAVSSLARVDDFHCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRGNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIARGLRYLHSKGVFHRDLTSKNCLVRREDRGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAF----RTLVGDDC--------PLPFLLLAIHCCNLEPSTRAPF 304          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|160369948|sp|O70146.3|TESK1_MOUSE (RecName: Full=Dual specificity testis-specific protein kinase 1; AltName: Full=Testicular protein kinase 1)

HSP 1 Score: 247.284 bits (630), Expect = 1.310e-71
Identity = 135/278 (48.56%), Postives = 170/278 (61.15%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF---IGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDF   +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF   +G+   L                 + L++ C   E S R P+
Sbjct:   38 ALRSAVSSLARVDDFDCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRSNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIAQGLRYLHAKGVFHRDLTSKNCLVRREDRGFTAVVGDFGLAEKIPVYREGTRKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAFRTLVGNDCPLP---------------FLLLAIHCCSMEPSTRAPF 299          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|2499661|sp|Q63572.1|TESK1_RAT (RecName: Full=Dual specificity testis-specific protein kinase 1; AltName: Full=Testicular protein kinase 1)

HSP 1 Score: 247.284 bits (630), Expect = 1.467e-71
Identity = 135/278 (48.56%), Postives = 170/278 (61.15%), Query Frame = 0
Query:   34 ALKTAVSHLYRLDDFH-KDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRTDFR---LPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF---IGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPY 279
            AL++AVS L R+DDF   +KIG+GFFS+VYKV H+ +G++MVLKMN   SNR N L+EVQLMN+L+H NILRF   CVH+GQLHALTEY+NGG+LEQL+    E L W                     V  + L S+   +       TAV+GDFGLA KIP  R   R   L  VGSPYWM+PE LRG+ YDE+AD F++GI+LCELI R  ADPD LPRTE+FG+D  AF   +G+   L                 + L++ C   E S R P+
Sbjct:   38 ALRSAVSSLARVDDFDCAEKIGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRSNTLREVQLMNRLRHPNILRFMGVCVHQGQLHALTEYMNGGTLEQLLS-SPEPLSWPVRLHLALDIAQGLRYLHAKGVFHRDLTSKNCLVRREDGGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVPADPDYLPRTEDFGLDVPAFRTLVGNDCPLP---------------FLLLAIHCCSMEPSARAPF 299          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|25009462|sp|Q96S53.1|TESK2_HUMAN (RecName: Full=Dual specificity testis-specific protein kinase 2; AltName: Full=Testicular protein kinase 2)

HSP 1 Score: 241.506 bits (615), Expect = 5.604e-70
Identity = 127/238 (53.36%), Postives = 155/238 (65.13%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIPS-SRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            R+   S  AL +A S L RLDDF  +KIGSGFFS+V+KV H+ +G++M LKMN   SNR NMLKEVQLMN+L H NILRF   CVH+GQLHALTEY+N G+LEQL+      LPW+                    +  + L S+   I       +AV+ DFGLA KIP  S    +L  VGSP+WM+PE LR + Y+E+AD FSYGIILCE+I R  ADPD LPRTENFG+DY AF
Sbjct:   37 RVWPSSYRALISAFSRLTRLDDFTCEKIGSGFFSEVFKVRHRASGQVMALKMNTLSSNRANMLKEVQLMNRLSHPNILRFMGVCVHQGQLHALTEYINSGNLEQLLD-SNLHLPWTVRVKLAYDIAVGLSYLHFKGIFHRDLTSKNCLIKRDENGYSAVVADFGLAEKIPDVSMGSEKLAVVGSPFWMAPEVLRDEPYNEKADVFSYGIILCEIIARIQADPDYLPRTENFGLDYDAF 273          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|25009455|sp|Q924U5.1|TESK2_RAT (RecName: Full=Dual specificity testis-specific protein kinase 2; AltName: Full=Testicular protein kinase 2)

HSP 1 Score: 237.654 bits (605), Expect = 1.436e-68
Identity = 132/284 (46.48%), Postives = 172/284 (60.56%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIP-SSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPS 283
            R+   S  A+ +A S L  LDDF ++KIGSGFFS+V+KV H+ +G++M LKMN   SNR N+LKE+QLMN+L H NILRF   CVH+GQLHALTEY+N G+LEQL+      LPW+                    +  + L S+   I       +AV+ DFGLA KIP +S    +L  VGSP+WM+PE LR + Y+E+AD FSYGIILCE+I R  ADPD LPRTENFG+DY AF         + ++   PS+     ++L+  C        DP  RPS
Sbjct:   37 RVSSSSYRAIISAFSRLTSLDDFTREKIGSGFFSEVFKVRHRASGQVMALKMNTLSSNRANLLKEMQLMNRLSHPNILRFMGVCVHQGQLHALTEYINSGNLEQLLD-SNLYLPWTVRVKLAYDIAVGLSYLHFKGIFHRDLTSKNCLIKRDENGYSAVVADFGLAEKIPDASIGSEKLAVVGSPFWMAPEVLRDEPYNEKADVFSYGIILCEIIARIQADPDYLPRTENFGLDYDAF---------QHMVGDCPSD----FLQLTFNCCNM-----DPKLRPS 301          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|25009458|sp|Q8VCT9.1|TESK2_MOUSE (RecName: Full=Dual specificity testis-specific protein kinase 2; AltName: Full=Testicular protein kinase 2)

HSP 1 Score: 237.654 bits (605), Expect = 1.575e-68
Identity = 132/284 (46.48%), Postives = 173/284 (60.92%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI------MTAVLGDFGLAXKIP-SSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPS 283
            R+   S  A+ +A S L  LDDF ++KIGSGFFS+V+KV H+ +G++M LKMN   SNR N+LKE+QLMN+L H NILRF   CVH+GQLHALTEY+N G+LEQL+   +  LPW+                    +  + L S+   I       +AV+ DFGLA KIP +S    +L  VGSP+WM+PE LR + Y+E+AD FSYGIILCE+I R  ADPD LPRTENFG+DY AF         + ++   PS+     ++L+  C        DP  RPS
Sbjct:   37 RVSSSSYRAIISAFSRLTSLDDFTREKIGSGFFSEVFKVRHRASGQVMALKMNTLSSNRANLLKEMQLMNRLSHPNILRFMGVCVHQGQLHALTEYINSGNLEQLLD-SDLYLPWTVRVKLAYDIAVGLSYLHFKGIFHRDLTSKNCLIKRDENGYSAVVADFGLAEKIPDASIGREKLAVVGSPFWMAPEVLRDEPYNEKADVFSYGIILCEIIARIQADPDYLPRTENFGLDYDAF---------QNMVGDCPSD----FLQLTFNCCNM-----DPKLRPS 301          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|82104583|sp|Q8QFP8.1|LIMK1_CHICK (RecName: Full=LIM domain kinase 1; Short=LIMK-1; Short=chLIMK1)

HSP 1 Score: 147.902 bits (372), Expect = 4.478e-36
Identity = 85/242 (35.12%), Postives = 129/242 (53.31%), Query Frame = 0
Query:   38 AVSHLYRL----DDFHKDKIGSGFFSDVYKVTHKVTGKIMVLK--MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI---MTAVLGDFGLAXKI------PSSRTDFRLPQ-------VGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
             VS  +R+    D  H + +G G F    KVTH+ TG++MV+K  +  +   +   LKEV++M  L+H N+L+F      E +L+ +TEY+ GG+L  LI+  +   PWS                   N++ + L S    +    + V+ DFGLA  +      P    + + P        VG+PYWM+PE + G+ YDE+ D FS+GI+LCE+IGR  ADPD LPRT +FG++   F+
Sbjct:  333 VVSRAHRIFRPSDLIHGEVLGKGCFGQAIKVTHRETGEVMVMKELIRFDEETQRTFLKEVKVMRCLEHPNVLKFIGVLYKEKRLNFITEYIKGGTLRGLIKSMDSHYPWSQRVSFAKDIAAGMAYLHSMNIIHRDLNSHNCLVRENKSVVVADFGLARLMVDEKNQPEHLQNLKKPDRKKRYTVVGNPYWMAPEMINGRSYDEKVDIFSFGIVLCEIIGRVSADPDYLPRTTDFGLNVRGFL 574          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|90185240|sp|P53667.3|LIMK1_HUMAN (RecName: Full=LIM domain kinase 1; Short=LIMK-1)

HSP 1 Score: 146.362 bits (368), Expect = 1.343e-35
Identity = 80/230 (34.78%), Postives = 124/230 (53.91%), Query Frame = 0
Query:   46 DDFHKDKIGSGFFSDVYKVTHKVTGKIMVLK--MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI---MTAVLGDFGLAXKIPSSRTD-------------FRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            D  H + +G G F    KVTH+ TG++MV+K  +  +   +   LKEV++M  L+H N+L+F      + +L+ +TEY+ GG+L  +I+  + + PWS                   N++ + L S    +      V+ DFGLA  +   +T               R   VG+PYWM+PE + G+ YDE+ D FS+GI+LCE+IGR +ADPD LPRT +FG++   F+
Sbjct:  338 DLIHGEVLGKGCFGQAIKVTHRETGEVMVMKELIRFDEETQRTFLKEVKVMRCLEHPNVLKFIGVLYKDKRLNFITEYIKGGTLRGIIKSMDSQYPWSQRVSFAKDIASGMAYLHSMNIIHRDLNSHNCLVRENKNVVVADFGLARLMVDEKTQPEGLRSLKKPDRKKRYTVVGNPYWMAPEMINGRSYDEKVDVFSFGIVLCEIIGRVNADPDYLPRTMDFGLNVRGFL 567          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|1708821|sp|P53668.1|LIMK1_MOUSE (RecName: Full=LIM domain kinase 1; Short=LIMK-1; AltName: Full=KIZ-1)

HSP 1 Score: 145.206 bits (365), Expect = 3.472e-35
Identity = 79/230 (34.35%), Postives = 123/230 (53.48%), Query Frame = 0
Query:   46 DDFHKDKIGSGFFSDVYKVTHKVTGKIMVLK--MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTIM---TAVLGDFGLAXKIPSSRTDF-------------RLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            D  H + +G G F    KVTH+ TG++MV+K  +  +   +   LKEV++M  L+H N+L+F      + +L+ +TEY+ GG+L  +I+  + + PWS                   N++ + L S    +      V+ DFGLA  +   +                R   VG+PYWM+PE + G+ YDE+ D FS+GI+LCE+IGR +ADPD LPRT +FG++   F+
Sbjct:  338 DLIHGEVLGKGCFGQAIKVTHRETGEVMVMKELIRFDEETQRTFLKEVKVMRCLEHPNVLKFIGVLYKDKRLNFITEYIKGGTLRGIIKNMDSQYPWSQRVSFAKDIASGMAYLHSMNIIHRDLNSHNCLVRENRNVVVADFGLARLMIDEKNQSEDLRSLKKPDRKKRYTVVGNPYWMAPEMINGRSYDEKVDVFSFGIVLCEIIGRVNADPDYLPRTMDFGLNVRGFL 567          
BLAST of EMLSAG00000011401 vs. SwissProt
Match: gi|1708822|sp|P53669.1|LIMK1_RAT (RecName: Full=LIM domain kinase 1; Short=LIMK-1)

HSP 1 Score: 144.821 bits (364), Expect = 4.791e-35
Identity = 80/232 (34.48%), Postives = 125/232 (53.88%), Query Frame = 0
Query:   46 DDFHKDKIGSGFFSDVYKVTHKVTGKIMVLK--MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTIM---TAVLGDFGLA---------------XKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            D  H + +G G F    KVTH+ TG++MV+K  +  +   +   LKEV++M  L+H N+L+F      + +L+ +TEY+ GG+L  +I+  + + PWS                   N++ + L S    +      V+ DFGLA                K P  +  + +  VG+PYWM+PE + G+ YDE+ D FS+GI+LCE+IGR +ADPD LPRT +FG++   F+
Sbjct:  338 DLIHGEVLGKGCFGQAIKVTHRETGEVMVMKELIRFDEETQRTFLKEVKVMRCLEHPNVLKFIGVLYKDKRLNFITEYIKGGTLRGIIKSMDSQYPWSQRVSFAKDIASGMAYLHSMNIIHRDLNSHNCLVRENRNVVVADFGLARLMIDEKGQSEDLRSLKKPDRKKRYTV--VGNPYWMAPEMINGRSYDEKVDVFSFGIVLCEIIGRVNADPDYLPRTMDFGLNVRGFL 567          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: EEB11791.1 (serine/threonine protein kinase, putative [Pediculus humanus corporis])

HSP 1 Score: 303.138 bits (775), Expect = 8.101e-89
Identity = 147/241 (61.00%), Postives = 179/241 (74.27%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPW-----------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            R+   SC ALK AVS L+RLDDF+ +KIGSGFFS+V+KVTHKVTG +MVLKMN   SNR NMLKEVQLMN+LKH+NIL F+  CVHEGQLHALTEY+NGGSLEQLIQ +  ELP+                              NVL+KK  S+ G++M AV+GDFGLA KIP  +  +RLP VGS YWMSPECL+GQ+Y+E++D FSYGI+LCE+I R +ADPD+LPRT+NFG+DY+AF
Sbjct:   34 RMTGSSCRALKGAVSTLHRLDDFNMEKIGSGFFSEVFKVTHKVTGNVMVLKMNLLRSNRPNMLKEVQLMNQLKHRNILNFQGVCVHEGQLHALTEYINGGSLEQLIQSRNIELPYLTRQELALDIACGMEYLHGKGVFHRDLTSKNVLIKK--SDDGSMM-AVVGDFGLAAKIPDPKCKYRLPTVGSAYWMSPECLKGQWYNEKSDIFSYGIVLCEMIARIEADPDVLPRTDNFGLDYLAF 271          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: gb|EEC17639.1| (tyrosine kinase, putative [Ixodes scapularis])

HSP 1 Score: 284.263 bits (726), Expect = 7.353e-88
Identity = 153/316 (48.42%), Postives = 195/316 (61.71%), Query Frame = 0
Query:   31 SCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRT-DFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFAT-----LPKLREGKKIIGSTQDLFS 311
            SC AL+ AV+ L RLDDF  +KIGSGFFS+VYKVTH+ TG++MVLKMN + SNR NML+EVQL+N+L H+NILRF   CVH+GQLHALTEY+NGGSLEQL+QR+ E L W                              NVL+K+  SE    +TAV+GD GLA +IPS+   + RLP VGSPYWM+PECL G +YD++AD FSYGI+L ELIGR DADPD+LPRT +FGVD++A  G              P +     ++L++ C   E S R  +     + +   A      LP  +     IGS Q +F 
Sbjct:  112 SCEALRHAVATLTRLDDFTSEKIGSGFFSEVYKVTHRTTGQVMVLKMNTSTSNRPNMLREVQLLNRLSHRNILRFLGVCVHQGQLHALTEYINGGSLEQLVQRRAEPLSWELRLRLALDIARGMAYLHSRGVFHRDLTSKNVLIKR--SEDS--LTAVVGDLGLAERIPSAGDHNLRLPVVGSPYWMAPECLHGAWYDQRADVFSYGIVLIELIGRLDADPDVLPRTADFGVDWLALRG------------LCPDDCPPAFLRLALSCCQVEPSSRPSFQGVVEQLEAMLAGDVDADLPSPKATDDSIGSVQAIFG 411          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: gb|EFA10019.2| (LIM domain kinase 1-like Protein [Tribolium castaneum])

HSP 1 Score: 287.73 bits (735), Expect = 1.020e-86
Identity = 142/236 (60.17%), Postives = 169/236 (71.61%), Query Frame = 0
Query:   31 SCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPW-----------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            SC ALK AV+ L+RLDDFHK+KIGSGFFS+V+KVTH+VTG++MVLKMN   SNR NMLKEVQLMNKL H NIL     CVHEGQLHALTEY+NGGSLEQLIQ +  +LP                               NVL+K+L S +   + AV+GDFGLA   P  +T  +L  VGSPYWMSPECL+GQ+YD+Q+D FSYGI+LCELI R +ADPD LPRT+NFG+DY+AF
Sbjct:   56 SCEALKHAVASLHRLDDFHKEKIGSGFFSEVFKVTHRVTGQVMVLKMNLLRSNRRNMLKEVQLMNKLSHPNILNLMGVCVHEGQLHALTEYINGGSLEQLIQNRNIDLPQPTRVSLARDISYGMSYLHSKDVFHRDLTSKNVLIKRLESGE---LQAVVGDFGLASSFPDGKT--KLCTVGSPYWMSPECLKGQYYDQQSDVFSYGIVLCELIARVEADPDQLPRTDNFGLDYLAF 286          

HSP 2 Score: 79.7221 bits (195), Expect = 1.398e-14
Identity = 112/380 (29.47%), Postives = 161/380 (42.37%), Query Frame = 0
Query:  238 IGHKRSLSEEE-----VIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTVSMPPSRSHSLKSLDDHDDNDADYENDLSINIPAPDSSSSPLSRCFDDHLFQGRVQLLRKIYSGGWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFG---TDDCFLDTTRSVGSSLLTVSDLE-EDLRAASLFLSNNGNNKRASSIFTDSTDDDLSSLADERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRK--TPQQQ------ICEGIVRSKLSLFD 600
            I H+RSLSE+       +  +PSEKAR H     R        +DP+Y+P  +T NPFA L + R  KK +G+    FSSC  LP P   +T +                S+P S + S K+                       SS SP    F  H F          + GG  T   +++EL       +     GS        CESG +SS G   +     D+  +V SSL ++ +LE  +L+A           KRASSI TDS+ +D+SSL           K+I  +V+YFE          R+  ++R        L  S++I +L K + ++ +   +      TPQ+       +CEG VRSKL LFD
Sbjct:  370 IVHRRSLSEDVSMLSLTMHATPSEKARRHALTMCR--------QDPHYKP--RTSNPFAALTQFRGVKKFLGN----FSSCCELPSPFIESTES--------------PKSLPGSPTASRKA-------------------ATTSSSRSP----FFVHPF----------FKGGSST---NLLELGTTEGPNITLRRRGS--------CESGFYSSVGECLSPSSLWDSGTAV-SSLRSLDELEPAELQALC---------KRASSICTDSS-EDISSLTGSEWTQDLKPKNISYMVDYFE----------RKGASLRHPGGVRGGLQLSSRIAALRKSLEKQGAAGAVNSNSLVTPQRHKYNRIVVCEGAVRSKLPLFD 656          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: XP_396830.4 (PREDICTED: uncharacterized protein LOC413385 [Apis mellifera])

HSP 1 Score: 285.804 bits (730), Expect = 2.596e-83
Identity = 140/242 (57.85%), Postives = 168/242 (69.42%), Query Frame = 0
Query:   25 KRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPW-----------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            KR    SC AL+ AV+ L RLDDF+ +KIG+GFFS+V+KVTHKVT ++MVLKMN   +NR NMLKEVQLMNKL H NILRF   CVHEGQLHALTEY+NGGSLEQLI  +   LP                               NVL+KK   E    MTAV+GDFGLA KIP   + +RL  VGSPYWMSPECL+GQ+YD ++D FS+GI++CELIGR  ADPD+LPR++NFG+DY+A 
Sbjct:  390 KRRTGASCQALRHAVASLNRLDDFYMEKIGAGFFSEVFKVTHKVTSQVMVLKMNQLPANRPNMLKEVQLMNKLSHPNILRFMGVCVHEGQLHALTEYINGGSLEQLIMSRHTSLPHLIRMNLAKDVARGMTYLHSRGLFHRDLTSKNVLIKK--DENTFEMTAVVGDFGLAAKIPDPSSGYRLSTVGSPYWMSPECLKGQWYDHRSDVFSFGIVVCELIGRVPADPDVLPRSDNFGLDYLAV 629          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: AFH06509.1 (center divider, isoform B [Drosophila melanogaster])

HSP 1 Score: 273.478 bits (698), Expect = 3.557e-79
Identity = 135/259 (52.12%), Postives = 172/259 (66.41%), Query Frame = 0
Query:    9 GYLLPSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKE-----------------------------EELPWSNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            G  LP       I   + +   SC AL+TAVS LY +DDF K+KIGSGFFS+VYKVTH+ TG++MVLKMN   +NR NML+EVQL+NKL H NIL F   CV EGQLHALTEY+NGGSLEQL+  KE                              +L   NVL++ L +++     AV+GDFGLA KIP  ++  RL  VGSPYW+SPECL+GQ+YD+ +D FS+GII CE+I R +ADPD++PRT +FG+DY+AF+
Sbjct:   72 GNGLPPAPVTRTISSDRLVTGSSCRALRTAVSALYSVDDFVKEKIGSGFFSEVYKVTHRTTGQVMVLKMNQLRANRPNMLREVQLLNKLSHANILSFMGVCVQEGQLHALTEYINGGSLEQLLANKEVVLSATQKIRLALGIARGMSYVHDAGIFHRDLTSKNVLIRNLANDQ---YEAVVGDFGLAAKIP-VKSKSRLETVGSPYWVSPECLKGQWYDQTSDVFSFGIIQCEIIARIEADPDMMPRTASFGLDYLAFV 326          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: AAF55630.1 (center divider, isoform A [Drosophila melanogaster])

HSP 1 Score: 275.018 bits (702), Expect = 1.547e-78
Identity = 135/259 (52.12%), Postives = 170/259 (65.64%), Query Frame = 0
Query:    9 GYLLPSEQEDEVIEWRKRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKE-----------------------------EELPWSNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            G  LP       I   + +   SC AL+TAVS LY +DDF K+KIGSGFFS+VYKVTH+ TG++MVLKMN   +NR NML+EVQL+NKL H NIL F   CV EGQLHALTEY+NGGSLEQL+  KE                              +L   NVL++ L +++     AV+GDFGLA KIP      RL  VGSPYW+SPECL+GQ+YD+ +D FS+GII CE+I R +ADPD++PRT +FG+DY+AF+
Sbjct:   72 GNGLPPAPVTRTISSDRLVTGSSCRALRTAVSALYSVDDFVKEKIGSGFFSEVYKVTHRTTGQVMVLKMNQLRANRPNMLREVQLLNKLSHANILSFMGVCVQEGQLHALTEYINGGSLEQLLANKEVVLSATQKIRLALGIARGMSYVHDAGIFHRDLTSKNVLIRNLANDQ---YEAVVGDFGLAAKIPVKSRKSRLETVGSPYWVSPECLKGQWYDQTSDVFSFGIIQCEIIARIEADPDMMPRTASFGLDYLAFV 327          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: EFX83290.1 (hypothetical protein DAPPUDRAFT_30877, partial [Daphnia pulex])

HSP 1 Score: 238.424 bits (607), Expect = 1.048e-72
Identity = 128/234 (54.70%), Postives = 155/234 (66.24%), Query Frame = 0
Query:   35 LKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILR--FEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVSEKGTIMTAVLG-----------------DFGLAXKIPSSRT------------DFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            L+ AVS+L RLDDF+ +KIG+GFFS+V+KVTH+ T ++MVLKMN   SNR NML EVQLMN+L H NILR  F   CVH GQLHALTEY+ GGSLEQLI    EE+PWS  +     + KG       G                 DF     +P S +             +RLP VGSPYWMSPECL+G++YDE++D FS+GI+LCELI R +ADPDILPRTENFG+DYIAF
Sbjct:    1 LRHAVSNLNRLDDFYCEKIGAGFFSEVFKVTHRTTNEVMVLKMNLLASNRKNMLHEVQLMNRLSHPNILRYGFIGVCVHGGQLHALTEYIKGGSLEQLIL-SAEEIPWSLRMKIACDTAKGMRYFHSKGLFHRDLTSKARSLSFSFDFCGFFYLPLSFSLECIHLLGSFSPVYRLPTVGSPYWMSPECLKGKWYDERSDVFSFGIVLCELIARIEADPDILPRTENFGLDYIAF 233          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: gb|KFM78248.1| (Dual specificity testis-specific protein kinase 2, partial [Stegodyphus mimosarum])

HSP 1 Score: 240.35 bits (612), Expect = 9.947e-69
Identity = 119/191 (62.30%), Postives = 137/191 (71.73%), Query Frame = 0
Query:   73 MVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSN-------------------VLVKKLVSEKGTI------MTAVLGDFGLAXKIPSSRT-DFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            MVLKMN + SNR NML+EVQLMN+L H+NILRF   CVHEGQLHALTEY+NGGSLEQL+Q K  ELPW                     V  + L S+   I      MTAV+GDFGLA KIP SR    RLP VGSPYWM+PECL+G++Y+E+AD FSYGIILCE+I R +ADPDILPRTENFGVDY+AF
Sbjct:    1 MVLKMNTSLSNRPNMLREVQLMNRLSHENILRFMGVCVHEGQLHALTEYINGGSLEQLLQNKHIELPWETRIKLSLDIARGMCYLHSRGVFHRDLTSKNVLIKINTDGMTAVVGDFGLAEKIPDSRDRSQRLPIVGSPYWMAPECLKGEWYNEKADVFSYGIILCEIIARVEADPDILPRTENFGVDYVAF 191          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: EAA08584.5 (AGAP004112-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 234.187 bits (596), Expect = 2.240e-64
Identity = 126/261 (48.28%), Postives = 152/261 (58.24%), Query Frame = 0
Query:   25 KRIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDV-------------------YKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELP--W---------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            + +  PSC AL+TAVS LY LDDFH++ IGSGFFS+V                   ++VTH+ TG +MVLKMN   +NR NML+EVQL+NKL H NILRF   CV EGQLHALTEY+  GSLEQLI  K + LP  W                            NVLVK+L      +  AV+GDFGLA  IP      RL  VGSPYWMSPECL+GQ+YD+ +D               +ADPDI+PRT+ FG+DYIAF
Sbjct:   21 RSVTGPSCRALRTAVSALYCLDDFHREHIGSGFFSEVSSRMVEKTAFTNYLHFCIYFQVTHRTTGDVMVLKMNQRRANRPNMLREVQLLNKLSHPNILRFMGVCVQEGQLHALTEYIEDGSLEQLIANKAQYLPALWKIRIALGIARGMQYVHDVGIFHRDLTSKNVLVKRL---PDGMFDAVVGDFGLAANIPRKCGKPRLDTVGSPYWMSPECLKGQWYDQTSD--------------IEADPDIMPRTDTFGLDYIAF 264          
BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Match: EEB13730.1 (LIM domain kinase, putative [Pediculus humanus corporis])

HSP 1 Score: 159.073 bits (401), Expect = 3.361e-40
Identity = 90/230 (39.13%), Postives = 129/230 (56.09%), Query Frame = 0
Query:   42 LYRLDDFHKDKI-GSGFFSDVYKVTHKVTGKIMVLK--MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI---MTAVLGDFGLAXKIPSSRTDF---------RLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            ++R  D  K ++ G GFF  VYKVTH+ TG++MVLK     +   + N LKEV ++  L H N+LRF      + +LH +TE+++GG+L+ LI    E LPW                    N++ + L S    +    T V+ DFGLA +I S  T           R   VG+PYWM+PE ++G  YDE+ D FS+GI+LCE+IGR  ADPD LPR+++FG++   F
Sbjct:  324 IFRASDLVKGELLGKGFFGQVYKVTHRETGEVMVLKELYRVDDEAQKNFLKEVAVLRSLHHCNVLRFIGVLCKDKKLHLVTEFISGGTLKDLIHDMNEPLPWEQRVNFAKNIASGMSYLHARNIIHRDLNSHNCLVREDKTVVVADFGLA-RIVSQNTGSGSKRCERKKRYTVVGNPYWMAPEMMKGYKYDEKVDIFSFGIVLCEIIGRVQADPDYLPRSKDFGLNQSVF 552          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|939675942|ref|XP_014283947.1| (PREDICTED: dual specificity testis-specific protein kinase 1-like [Halyomorpha halys])

HSP 1 Score: 305.449 bits (781), Expect = 4.624e-91
Identity = 243/671 (36.21%), Postives = 323/671 (48.14%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI------------------------GHKRSLSE-----EEVI--RRSPSEK-ARIHVKLS---------VRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKI-IGSTQDLFSSCFXLPRPARVATPTYYGSTSCLDYIRGGTV--SMPPSRSHSLKSLDD-------HDDNDADYENDLSINIPAPDSSSSPLSRCFDDHLFQGRVQL----LRKIYSG-GWVTQDDSVVELSEPRYSKMKYSSSGSFPLKRRGSCESGVFSSFGTDDCF-----------LDTTRSVGSSLLTVSDLEEDLRAASLFLSNNGNNKRASSIFTDSTDDDLSSLADERILDRTFEKDIQDIVEYFEQTCKVVALERRRYPTIRQQSSEIARLPRSAKIDSLIKRVVEKESRDRILFRKTPQQQICEGIVRSKLSLFD 600
            R+   SC ALK AV+ L RLDDF  +KIG+GFFS+V+KV HK T ++MVLKMN   SNR NM KEVQLMN+L H NILRF   CVHEGQLHALTEY+NGG LEQ+IQ +   L +S                             N+LV+   +E+   MTAV+GDFG A KIP  R  +RL  VGS YWMSPECL+G+FYDE +D FSYGI+LCELIGRC+ADPD+LPRTE+FG+DYIAF                           + S +E     E +I   ++PS K    H  LS         +R +G+ M+ +D +Y+PS   QNPF  +  L+ GKK+ + S+ D   +C  +     V        TS   ++ GG +  +  P +++ L  LD        H         D  +    P S +         H  Q         LR   SG    + +D V  L                  +RRGSCESG FSS G D C            L ++ +  S LL  +  EE +         N    RASS++T S++D   S   E+  ++   + I  +VEYFE+  K  + E R Y    + + +  R  R                  R+L        +CEG V SKL +FD
Sbjct:   18 RVTGSSCLALKNAVATLNRLDDFECEKIGNGFFSEVFKVCHKTTKQVMVLKMNLLRSNRPNMRKEVQLMNQLSHPNILRFMGVCVHEGQLHALTEYINGGRLEQIIQDRSISLSYSVRMKLALDIAKGMEYLHSKGVFHRDLTSKNILVR--TNEETGEMTAVVGDFGFAAKIP--RCGYRLATVGSAYWMSPECLKGEFYDELSDVFSYGIVLCELIGRCEADPDVLPRTESFGLDYIAFTRLCVADPPPPAFLRLAFTCCSYDPSKRPSFTEIVTTLESIIWNSKNPSSKDNNCHAMLSQLKPTSDERIRALGEAMAEQDVHYKPS--QQNPFTNI-ALKTGKKMPVDSSSDADDTCGRVVAEPVVKPSRLRSGTSTGPWLEGGLLLTTRRPVQAYGL--LDAILAGSCYHSPRQKGRGVDGGMPPSLPSSPTFARRAAATAHKPQSAPPTAGYRLRACSSGSNLASLEDHVTVL------------------RRRGSCESGFFSSVGDDFCIPGQELVASSVTLSSSSAASSLLLDSAAGEEKIGGGCGRWRGN----RASSVYTGSSED--ISFHSEQNEEKLRPQQIHKMVEYFER--KGSSTEPREYLRQLRSTCQARRGGRGVSA--------------RLL--------VCEGAVSSKLQIFD 631          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|1073708325|gb|JAT97219.1| (putative tyrosine kinase specific for activated gtp-bound, partial [Amblyomma aureolatum])

HSP 1 Score: 286.574 bits (732), Expect = 7.932e-87
Identity = 139/239 (58.16%), Postives = 170/239 (71.13%), Query Frame = 0
Query:   31 SCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGT--IMTAVLGDFGLAXKIPSSRT-DFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            SC AL+ AV+ L RLDDF  +KIGSGFFS+VYKVTH+ TG++ VLKMN + SNR NML+EVQL+N+L H+NILRF   CVH+GQLHALTEY+NGGSLEQLIQR+ E LPW+                             NVL+K+   E G    +TAV+GD GLA +IP +   DFRLP VGSPYWM+PECL G +YD++AD FSYGIILCE+I R +ADPD+LPRT +FGVD +A 
Sbjct:   48 SCQALRHAVAALTRLDDFTSEKIGSGFFSEVYKVTHRTTGQVCVLKMNTSSSNRPNMLREVQLLNRLSHRNILRFLGVCVHQGQLHALTEYINGGSLEQLIQRRSEPLPWALRLKLALDIARGMAYLHSRGVFHRDLTSKNVLIKRHQEEDGGAPTLTAVVGDLGLAERIPVADCRDFRLPVVGSPYWMAPECLHGAWYDQRADVFSYGIILCEMIVRLEADPDVLPRTADFGVDRLAL 286          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|1058245572|gb|JAT26281.1| (hypothetical protein g.23484 [Graphocephala atropunctata])

HSP 1 Score: 294.664 bits (753), Expect = 1.139e-86
Identity = 149/242 (61.57%), Postives = 175/242 (72.31%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPW-----------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            RI   SC AL+ AV+ L RLDDF  +KIGSGFFS+V+KVTH+VTG++MVLKMN   SNR NMLKEVQLMN+L HKNIL F   CVHEGQLHALTE++NGGSLEQLIQ +  EL +                              NVL+KK   E    M+AV+GDFGLA KIP  R+ +RLP VGSPYWMSPECL+GQ+YDE++D FSYGIILCELI R +ADPDILPRTENFG+DY+AF+
Sbjct:   43 RITGSSCRALRHAVASLNRLDDFILEKIGSGFFSEVFKVTHRVTGQVMVLKMNLLRSNRHNMLKEVQLMNQLCHKNILGFMGVCVHEGQLHALTEFINGGSLEQLIQARNIELSYRSRIKLALDIARGMEYLHSRDVFHRDLTSKNVLIKK--DEVTGDMSAVVGDFGLAAKIP--RSGYRLPTVGSPYWMSPECLKGQWYDERSDVFSYGIILCELIARVEADPDILPRTENFGLDYLAFV 280          

HSP 2 Score: 74.3294 bits (181), Expect = 3.111e-10
Identity = 42/93 (45.16%), Postives = 59/93 (63.44%), Query Frame = 0
Query:  238 IGHKRSLSEEEVI-----RRSPSEKARIHVKL---SVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQ--DLFSSCFXLPRPA 320
            + H+RSLSE+  +       +PSEKAR H+ L   S++ +G+ M+  DP+Y+P P   NPFA L + +  KKI+ ST   DLFSSCF LP P+
Sbjct:  362 VIHRRSLSEDVGMLVFPPHLAPSEKARCHLMLTRPSLKHLGETMAKNDPHYKPFPSKANPFAALSQFKGVKKILASTNSTDLFSSCFELPSPS 454          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|939273268|ref|XP_014256951.1| (PREDICTED: dual specificity testis-specific protein kinase 2 isoform X1 [Cimex lectularius])

HSP 1 Score: 294.664 bits (753), Expect = 1.252e-86
Identity = 171/369 (46.34%), Postives = 216/369 (58.54%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIG------------------------HKRSLSE-----EEVIRRSP---------------SEKARIHVKLS---------VRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQDLFSS 312
            R+   SC ALK+AV+ L RLDDF  +KIG+GFFS+V+KVTHKVTG++MVLKMN   SNR NMLKEVQLMN+L H NIL F   CVHEGQLHALTEY+NGG LEQ+IQ +   LP+S                             NVLVK   +E G  MTAV+GDFG A KIP +R  +RL  VGS YWMSPECL+G++YD+ +D FSYGIILCELI R +ADPDIL RTENFG+DYIAF                           + S +E     E ++  +                S+ A  H KL          +R +G+ M+ +D +Y+P+   QNPFA +P  + GKKI+ S+ +  +S
Sbjct:   10 RVTGSSCLALKSAVATLNRLDDFFCEKIGTGFFSEVFKVTHKVTGEVMVLKMNLLRSNRPNMLKEVQLMNQLSHPNILGFMGVCVHEGQLHALTEYINGGRLEQIIQNRSIPLPFSVRMKLALDIGKGMEYLHCKDIFHRDLTSKNVLVKT-NNETGE-MTAVVGDFGFAAKIP-NRCGYRLTTVGSAYWMSPECLKGEWYDQSSDVFSYGIILCELIARVEADPDILTRTENFGLDYIAFAKLCQAEQPPSAFLKLAFTCCNYEPRQRPSFAEIVPQLENIMWNAKGPHKSEADASCSTQFSKDASPHTKLGHRRSLSDDVIRVLGETMAQQDVHYKPA--AQNPFANIPAFKGGKKIVNSSTEATTS 373          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|242007402|ref|XP_002424529.1| (serine/threonine protein kinase, putative [Pediculus humanus corporis] >gi|212507962|gb|EEB11791.1| serine/threonine protein kinase, putative [Pediculus humanus corporis])

HSP 1 Score: 303.138 bits (775), Expect = 3.964e-86
Identity = 147/241 (61.00%), Postives = 179/241 (74.27%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPW-----------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            R+   SC ALK AVS L+RLDDF+ +KIGSGFFS+V+KVTHKVTG +MVLKMN   SNR NMLKEVQLMN+LKH+NIL F+  CVHEGQLHALTEY+NGGSLEQLIQ +  ELP+                              NVL+KK  S+ G++M AV+GDFGLA KIP  +  +RLP VGS YWMSPECL+GQ+Y+E++D FSYGI+LCE+I R +ADPD+LPRT+NFG+DY+AF
Sbjct:   34 RMTGSSCRALKGAVSTLHRLDDFNMEKIGSGFFSEVFKVTHKVTGNVMVLKMNLLRSNRPNMLKEVQLMNQLKHRNILNFQGVCVHEGQLHALTEYINGGSLEQLIQSRNIELPYLTRQELALDIACGMEYLHGKGVFHRDLTSKNVLIKK--SDDGSMM-AVVGDFGLAAKIPDPKCKYRLPTVGSAYWMSPECLKGQWYNEKSDIFSYGIVLCEMIARIEADPDVLPRTDNFGLDYLAF 271          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|939273270|ref|XP_014256952.1| (PREDICTED: dual specificity testis-specific protein kinase 2 isoform X2 [Cimex lectularius])

HSP 1 Score: 292.738 bits (748), Expect = 5.936e-86
Identity = 170/369 (46.07%), Postives = 215/369 (58.27%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIG------------------------HKRSLSE-----EEVIRRSP---------------SEKARIHVKLS---------VRCIGKEMSLRDPYYRPSPKTQNPFATLPKLREGKKIIGSTQDLFSS 312
            R+   SC ALK+AV+ L RLDDF  +KIG+GFFS+V+KVTHKVTG++MVLKMN   SNR NMLKEVQLMN+L H NIL F   CVHEGQLHALTEY+NGG LEQ+IQ +   LP+S                             NVLVK   +E G  MTAV+GDFG A KIP  +  +RL  VGS YWMSPECL+G++YD+ +D FSYGIILCELI R +ADPDIL RTENFG+DYIAF                           + S +E     E ++  +                S+ A  H KL          +R +G+ M+ +D +Y+P+   QNPFA +P  + GKKI+ S+ +  +S
Sbjct:   10 RVTGSSCLALKSAVATLNRLDDFFCEKIGTGFFSEVFKVTHKVTGEVMVLKMNLLRSNRPNMLKEVQLMNQLSHPNILGFMGVCVHEGQLHALTEYINGGRLEQIIQNRSIPLPFSVRMKLALDIGKGMEYLHCKDIFHRDLTSKNVLVKT-NNETGE-MTAVVGDFGFAAKIP--KCGYRLTTVGSAYWMSPECLKGEWYDQSSDVFSYGIILCELIARVEADPDILTRTENFGLDYIAFAKLCQAEQPPSAFLKLAFTCCNYEPRQRPSFAEIVPQLENIMWNAKGPHKSEADASCSTQFSKDASPHTKLGHRRSLSDDVIRVLGETMAQQDVHYKPA--AQNPFANIPAFKGGKKIVNSSTEATTS 372          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|926621767|ref|XP_013776236.1| (PREDICTED: dual specificity testis-specific protein kinase 2-like [Limulus polyphemus])

HSP 1 Score: 293.508 bits (750), Expect = 1.685e-85
Identity = 145/243 (59.67%), Postives = 173/243 (71.19%), Query Frame = 0
Query:   26 RIRVPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPW-----------------------------SNVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTD--FRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAF 237
            RI  PSC AL+ AV+ L RLDDF  +KIGSGFFS+V+KVTH+ TG++MVLKMN + SNR NML+EVQLMN+L H NILRF   CVHEGQLHALTEY+NGGSLEQL   K E LPW                              NVL+K+    + + MTAV+GDFGLA +IP   +D   RLP VGSPYWM+PECL+G++Y+E+AD FS+GIILCE+I R +ADPDILPRTENFGVDY AF
Sbjct:   54 RITGPSCQALRHAVAALNRLDDFTCEKIGSGFFSEVFKVTHRTTGQVMVLKMNTSLSNRQNMLREVQLMNRLSHPNILRFMGVCVHEGQLHALTEYINGGSLEQLNLNKNEPLPWPVRVKLALDIARGMAYLHSRGVFHRDLTSKNVLIKR----ESSGMTAVVGDFGLAERIPDITSDQTHRLPVVGSPYWMAPECLKGEWYNEKADIFSFGIILCEMIARIEADPDILPRTENFGVDYKAF 292          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|1069785427|ref|XP_018336450.1| (PREDICTED: dual specificity testis-specific protein kinase 2 [Agrilus planipennis])

HSP 1 Score: 291.197 bits (744), Expect = 2.682e-85
Identity = 142/234 (60.68%), Postives = 170/234 (72.65%), Query Frame = 0
Query:   31 SCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-------------------NVLVKKLVSEKGTI-------MTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFI 238
            SC ALK AVS L+R DDFH++KIGSGFFS+V+KVTH+VTG++M LKMN + SNR NMLKEVQLMNKL H NIL F   CVHEGQLHALTE++NGGSLEQLIQ  + +LP S                    V  + L S+   I       + AV+GDFGLA +IP  R   +L  VGSPYWMSPECL+GQ+YDE++D FSYGIILCELI R +ADPD+LPRT+NFG+DY+AFI
Sbjct:   58 SCQALKLAVSSLHRFDDFHQEKIGSGFFSEVFKVTHRVTGRVMALKMNLSDSNRRNMLKEVQLMNKLSHPNILGFMGVCVHEGQLHALTEFINGGSLEQLIQDPDIDLPQSVRVSLAKDVAKGMEYLHSKGVFHRDLTSKNVLIRRFDNGDLQAVVGDFGLAARIPDPRGSVKLSTVGSPYWMSPECLKGQYYDERSDIFSYGIILCELIARIEADPDMLPRTDNFGLDYLAFI 291          

HSP 2 Score: 65.855 bits (159), Expect = 1.615e-7
Identity = 67/179 (37.43%), Postives = 94/179 (52.51%), Query Frame = 0
Query:  435 LKRRGSCESGVFSSFG---TDDCFLDTTRSVGSSLLTVSDLE-EDLRAASLFLSNNGNNKRASSIFTDSTDDDLSSLADERILDRTFEKDIQDIVEYFEQTCKVVALERRRYP-TIRQQSSEIARLPRSAK------IDSLIKRVVEKESRDRILFR--KTPQQQICEGIVRSKLSLFD 600
            L+RRGSCESG +SS G   +     D+  +V SSL ++ +L+  DL A           KRASSI+TDS+ DD+SS+AD++   +    +I  IVEYFE+  K   L       +  Q SS IA L RS +       + L+ +     S+     +  K  +  +CEG VRSKL LFD
Sbjct:  497 LRRRGSCESGFYSSVGECLSPSSLWDSGTAV-SSLRSLDELDPNDLHALC---------KRASSIYTDSS-DDVSSVADQQ-QQQELRPNISSIVEYFER--KGTPLRNTGVTKSGLQLSSRIAALRRSLERQQGTGCNGLLSQGCTNGSQGACTQQRPKCSRLVVCEGAVRSKLPLFD 661          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|241747534|ref|XP_002414331.1| (tyrosine kinase, putative [Ixodes scapularis] >gi|215508185|gb|EEC17639.1| tyrosine kinase, putative [Ixodes scapularis])

HSP 1 Score: 284.263 bits (726), Expect = 3.598e-85
Identity = 153/316 (48.42%), Postives = 195/316 (61.71%), Query Frame = 0
Query:   31 SCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRT-DFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFAT-----LPKLREGKKIIGSTQDLFS 311
            SC AL+ AV+ L RLDDF  +KIGSGFFS+VYKVTH+ TG++MVLKMN + SNR NML+EVQL+N+L H+NILRF   CVH+GQLHALTEY+NGGSLEQL+QR+ E L W                              NVL+K+  SE    +TAV+GD GLA +IPS+   + RLP VGSPYWM+PECL G +YD++AD FSYGI+L ELIGR DADPD+LPRT +FGVD++A  G              P +     ++L++ C   E S R  +     + +   A      LP  +     IGS Q +F 
Sbjct:  112 SCEALRHAVATLTRLDDFTSEKIGSGFFSEVYKVTHRTTGQVMVLKMNTSTSNRPNMLREVQLLNRLSHRNILRFLGVCVHQGQLHALTEYINGGSLEQLVQRRAEPLSWELRLRLALDIARGMAYLHSRGVFHRDLTSKNVLIKR--SEDS--LTAVVGDLGLAERIPSAGDHNLRLPVVGSPYWMAPECLHGAWYDQRADVFSYGIVLIELIGRLDADPDVLPRTADFGVDWLALRG------------LCPDDCPPAFLRLALSCCQVEPSSRPSFQGVVEQLEAMLAGDVDADLPSPKATDDSIGSVQAIFG 411          
BLAST of EMLSAG00000011401 vs. nr
Match: gi|926619320|ref|XP_013774904.1| (PREDICTED: dual specificity testis-specific protein kinase 2-like [Limulus polyphemus])

HSP 1 Score: 292.352 bits (747), Expect = 8.835e-85
Identity = 155/287 (54.01%), Postives = 188/287 (65.51%), Query Frame = 0
Query:   31 SCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTD--FRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKT 286
            SC AL+ AV+ L RLDDF  +KIGSGFFS+V+KVTH+ TG++MVLKMN + SNR NML+EVQLMN+L H NILRF   CVHEGQLHALTEY+NGGSLEQL   K E LPW+                             NVL+K+    + T +TAV+GDFGLA +IP   +D   RLP VGSPYWM+PECL+G++Y+E+AD FSYGIILCELI R +ADPDILPRTENFGVDY AF          ++    P +     +KL++ C        DP YRPS K 
Sbjct:   55 SCQALRHAVAALNRLDDFTCEKIGSGFFSEVFKVTHRTTGQVMVLKMNTSFSNRQNMLREVQLMNRLSHPNILRFMGVCVHEGQLHALTEYINGGSLEQLNLNKNEILPWTIRLKIALDIARGMTYLHSRGVFHRDLTSKNVLIKR----EATNLTAVVGDFGLAERIPDEASDQAHRLPIVGSPYWMAPECLKGEWYNEKADIFSYGIILCELIARIEADPDILPRTENFGVDYKAF---------SKMCPDCPPD----FLKLALHCCRI-----DPKYRPSFKA 319          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold578_size132436-snap-gene-0.36 (protein:Tk11690 transcript:maker-scaffold578_size132436-snap-gene-0.36-mRNA-1 annotation:"probable serine threonine-protein kinase kiny isoform x3")

HSP 1 Score: 313.153 bits (801), Expect = 1.538e-98
Identity = 182/373 (48.79%), Postives = 218/373 (58.45%), Query Frame = 0
Query:   29 VPSCTALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWS-----------------------------NVLVKKLVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSE---------------------EEVI------RR----------------------SPSEKARIHV--KLSVRC---IGKEMSLRDPYYRPS--PKTQNPFATLPKLREGKKIIGSTQDLFSSCFXL 316
            V SC ALK+AVS LY L+DF ++KIG GFF +V+KVTHKV G I+VLK N N SNR +ML EVQLMNKL+H+NIL++EAACVHEGQLHALTE+V+GGSL++ IQ   ++LPWS                             N+L++   + K + +  V+ DFGLA KIP + TD  L QVGSPYWMSPECL G FYD ++D FS+GIILCE+I R DADPDILPRT+NFGVDYI F     S                        EE+I      RR                      SPSEKARIH    LS      IGKEMSL DP+Y PS  P   NPFA LP     K+ +   +DLF SCF L
Sbjct:  141 VSSCQALKSAVSSLYNLEDFEREKIGEGFFCEVFKVTHKVNGHILVLKKNKNRSNRWSMLNEVQLMNKLRHRNILKYEAACVHEGQLHALTEHVDGGSLDKWIQNPAKDLPWSLRMSLALDIAKGMAYLHSRGYFHRDLTSKNILIRLPQTPKDSFV-GVVADFGLASKIPKNETDV-LSQVGSPYWMSPECLHGNFYDAKSDVFSFGIILCEMIARIDADPDILPRTQNFGVDYITFCDQVASDCPPEFLKLAFQCVQMEPNSRPKFEEIIQDLQNLRRVKSSSVFPPIDVMPNPSNLAKVSPSEKARIHPLRPLSHNTYVQIGKEMSLLDPFYVPSPGPGAVNPFALLPIRLGSKEKVVEAKDLFCSCFEL 511          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold966_size75752-snap-gene-0.17 (protein:Tk02193 transcript:maker-scaffold966_size75752-snap-gene-0.17-mRNA-1 annotation:"serine threonine-protein kinase nek7")

HSP 1 Score: 74.7146 bits (182), Expect = 1.542e-14
Identity = 54/192 (28.12%), Postives = 96/192 (50.00%), Query Frame = 0
Query:   52 KIGSGFFSDVYKVTHKVTGKIMVLKMNN-----NHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ--RKEEEL-----PW--------------SNVLVKKLVSEKGTIMTA----VLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            KIG G FS VY+ T    G+ + LK        +   R++ +KE+QL+ +L H N++ + A+ + E +L+ + E  + G L ++I+  +K++ L      W              S  ++ + +      +T      LGD GL  +  SS+T   +  VG+PY+MSPE +    Y+ ++D +S G +L E+
Sbjct:   76 KIGKGQFSVVYRATCHTDGRTVALKKVQIFEMMDPKARLDCMKEIQLLQQLDHPNVIAYLASFIEENELNIVLELADAGDLSRMIKHFKKQKRLIPERTIWKYFVQLCSALEHMHSKRVMHRDIKPANVFITGEGVVKLGDLGLG-RFFSSKTTAAVSLVGTPYYMSPERIHEHGYNFKSDIWSLGCLLYEM 266          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold446_size168061-snap-gene-0.28 (protein:Tk08588 transcript:maker-scaffold446_size168061-snap-gene-0.28-mRNA-1 annotation:"serine threonine-protein kinase pak 3 isoform 1")

HSP 1 Score: 71.2478 bits (173), Expect = 5.310e-13
Identity = 52/186 (27.96%), Postives = 83/186 (44.62%), Query Frame = 0
Query:   51 DKIGSGFFSDVYKVTHKVTGKIMVLKMNN--NHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ-----------------RKEEELPWSNVLVKKLVSEK---GTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELI 214
            +KIG G    VY      TG  + +K  N      +  ++ E+ +M   KH N++ F  A +   +L    EY+ GGSL  ++                  +  + L   NV+ + + S+    G      L DFG   +I S +T  R   VG+PYWM+PE +  + Y  + D +S GI+  E+I
Sbjct:  339 EKIGQGASGTVYTAIETATGTEVAIKQMNLEQQPKKELIINEIVVMKANKHPNVVNFLDAYLVTKELWVTMEYLPGGSLTDVVTETCMDEGQIAAVCREVLQALDFLHKGNVIHRDIKSDNILLGMDGEVKLTDFGFCAQISSEQTK-RTTMVGTPYWMAPEVVTRKQYGPKVDIWSLGIMAIEMI 523          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold286_size222086-snap-gene-1.18 (protein:Tk07259 transcript:maker-scaffold286_size222086-snap-gene-1.18-mRNA-1 annotation:"hypothetical protein BRAFLDRAFT_124709")

HSP 1 Score: 69.707 bits (169), Expect = 2.052e-12
Identity = 70/284 (24.65%), Postives = 134/284 (47.18%), Query Frame = 0
Query:   44 RLDDFHKDKI-GSGFFSDVYKVTHKVTGKIMVLKMNN----NHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKE---EE----------------LPWSNVLVKKL------VSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIGKEMSLRDPYYRPSPKTQNPFATLPKLR 297
            +L+++ K +I G G F        K  G ++++K  N      S+R   L EV+++  + H NI+ +  +   +G L    E+ +GG+L   +Q+++   EE                +   NVL + L      ++++G +    +GDFG++ K+ +++       +G+PY++SPE   G+ YDE++D ++ G IL E+   C      L +T   G +  A +           I R      R +     + + +++  RDP +RPS  ++  F+ LP+L+
Sbjct:  211 KLENYEKLRIVGKGAFGQAVLFRRKADGLLVIIKEINMLDLAASDRQMALNEVKVLATMDHPNIIAYHDSFEKDGVLMIEMEFADGGNLADFLQKRKAPIEERDILDVFEQMVSAIRYMHAKNVLHRDLKTANIFLTKEGMVK---IGDFGIS-KLLTTQQGGAHTVLGTPYYISPEMCEGKVYDEKSDIWALGCILYEMA--C------LQKTFE-GSNLPALVNK---------IMRGQFSPIRGNYSYLFKQLVRDLLQRDPEFRPSA-SEVLFSKLPELQ 471          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold726_size105808-processed-gene-0.0 (protein:Tk01908 transcript:snap_masked-scaffold726_size105808-processed-gene-0.0-mRNA-1 annotation:"serine threonine-protein kinase pak 1-like")

HSP 1 Score: 66.6254 bits (161), Expect = 3.442e-12
Identity = 52/201 (25.87%), Postives = 95/201 (47.26%), Query Frame = 0
Query:   52 KIGSGFFSDVYKVTHKVTGKIMVLKMN--NNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQ-RKEEELPWSNV---------------LVKK-------LVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRT 227
            ++GSG    V++  H  T   + +K    N+   ++++L EVQ+M +L H N++ F    V + +L  + E+V+ G+L  ++      EL  +++               +V +       L+S KG +    + DFG A  +  +R   R    G+PYWM+PE +    Y  + D +S GI+  E++   D +P  +  T
Sbjct:   19 RLGSGSGGVVFQGVHNKTKDRVAIKTIDLNSGEKKVHLLMEVQVMRELVHPNLVSFLDIFVTDTELSVVMEFVDAGALTDIVLCTILSELQMASICREVLKGLGYLHEHEVVHRDIKSDNILLSLKGAVK---ITDFGFAANVAGNR--MRKTFAGTPYWMAPEIINKNTYSTKVDVWSTGILAMEML---DGNPPYMNET 211          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold726_size105808-snap-gene-0.29 (protein:Tk01916 transcript:maker-scaffold726_size105808-snap-gene-0.29-mRNA-1 annotation:"serine threonine-protein kinase pak 2-like")

HSP 1 Score: 68.1662 bits (165), Expect = 3.875e-12
Identity = 51/201 (25.37%), Postives = 92/201 (45.77%), Query Frame = 0
Query:   52 KIGSGFFSDVYKVTHKVTGKIMVLKMN--NNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLI----------------------QRKEEELPWSNVLVKK-LVSEKGTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRT 227
            ++GSG    V++  H  T   + +K    N+   ++++L EVQ+M +L H N++ F    V + +L  + E+V+ G+L  ++                         E E+   ++     L+S KG +    + DFG A  +  +R   R    G+PYWM+PE +    Y  + D +S GI+  E++   D +P  +  T
Sbjct:  293 RLGSGSGGVVFQGVHNKTKDRVAIKTIDLNSGEKKVHLLMEVQVMRELVHPNLVSFLDIFVTDTELSVVMEFVDAGALTDIVLCTILSELQMASICREVLKGLGYLHEHEVVHRDIKSDNILLSLKGAVK---ITDFGFAANVAGNR--MRKTFAGTPYWMAPEIINKNTYSTKVDVWSTGILAMEML---DGNPPYMNET 485          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold422_size175911-processed-gene-0.19 (protein:Tk09765 transcript:snap_masked-scaffold422_size175911-processed-gene-0.19-mRNA-1 annotation:"hypothetical protein BRAFLDRAFT_205444")

HSP 1 Score: 63.1586 bits (152), Expect = 1.722e-10
Identity = 47/202 (23.27%), Postives = 95/202 (47.03%), Query Frame = 0
Query:   45 LDDFHKDKI-GSGFFSDVYKVTHKVTGKIMVLK------MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEE-----------------LPWSNV----LVKKLVSEKGTIMTAVL-----GDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCEL 213
            +D++ + ++ G G F  VY       GK +++K      M  N  +R+  + EV+++  L H N++ +    + +  +  + ++  GG+L  LIQ    +                 LP + V    ++ + +  +   +T  L     GDFG++  + S    F +  VG+P ++SPE   G+ Y++++D ++ G IL E+
Sbjct:    1 MDNYQRIRVVGRGAFGTVYLCRRISDGKEVIIKEIPVEGMTKN--DRLATMNEVRILALLDHPNVIEYYENFIQDQAMMIVMDFAAGGTLHDLIQNHASQEQYLEESEIVHLFAQIVLPMNMVHSRQILHRDLKSQNIFLTKSLDHVKIGDFGISKVLTSKSKAFTV--VGTPCYISPELCEGKAYNQKSDVWALGCILYEM 198          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1268_size51707-snap-gene-0.13 (protein:Tk07210 transcript:maker-scaffold1268_size51707-snap-gene-0.13-mRNA-1 annotation:"serine threonine-protein kinase pak mbt")

HSP 1 Score: 63.1586 bits (152), Expect = 1.786e-10
Identity = 65/254 (25.59%), Postives = 108/254 (42.52%), Query Frame = 0
Query:   52 KIGSGFFSDVYKVTHKVTG-KIMVLKMNNNHSNRINML-KEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLI--QRKEEE---------------LPWSNVLVKKLVSEK---GTIMTAVLGDFGLAXKIPSSRTDFRLPQVGSPYWMSPECLRGQFYDEQADSFSYGIILCELIGRCDADPDILPRTENFGVDYIAFIGHKRSLSEEEVIRRSPSEKARIHVKLSVRCIG--KEMSLRDPYYR 281
            KIG G    V   + + +G ++ V +M+     R  +L  EV +M    H NI++   + + E +L  + E++ GG+L  ++   R +EE               L    V+ + + S+    G      L DFG   ++ S     R   VG+PYWMSPE +    Y  + D +S GI++ E++   D +P                  ++  L     IR  P  K +   K++ R  G   +M +RDP  R
Sbjct:  605 KIGEGSTGIVCIASDRRSGGQVAVKRMDLRKQQRRELLFNEVVIMRDYHHPNIVQMHDSFLVEDELWVVMEFLEGGALTDIVTHARMDEEQIATVCKQCLKALAYLHSQGVIHRDIKSDSILLGADGNVKLSDFGFCAQV-SPELPKRKSLVGTPYWMSPEVISRLPYGPEVDIWSLGIMVMEMV---DGEPPFF---------------NEPPLQAMRRIRDMPPPKLKNPQKVTPRMQGFLDKMLVRDPAQR 839          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1161_size58349-snap-gene-0.7 (protein:Tk11134 transcript:maker-scaffold1161_size58349-snap-gene-0.7-mRNA-1 annotation:"hypothetical protein CAPTEDRAFT_214311")

HSP 1 Score: 63.1586 bits (152), Expect = 2.417e-10
Identity = 51/200 (25.50%), Postives = 86/200 (43.00%), Query Frame = 0
Query:   51 DKIGSGFFSDVYKVTHKVTGKIMVLK----MNNNHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEELPWSNVLVKKLVSE------------------KGT-------IMTAVLGDFGLAXKIPSSRTDFRLPQ-----VGSPYWMSPECL---RGQFYDEQADSFSYGIILCEL 213
            +KIG G F  VY   +  TG IM +K      N+H    N+  E+++   + HK+++      VH  ++    EY   G+LE L+   E+ +    +L++K   +                  KG        + T  LGD+G + KI +  T   +P      VG+  +M+PE       + Y   AD +S G ++ E+
Sbjct: 1557 NKIGQGHFGKVYTAINNETGDIMAMKEIPLQPNDHKTLRNVADELRIFESIHHKHLINHYGVEVHREEMLIFMEYCPEGTLEDLVCTMEDGI--EEILLRKYTRQLLDAVACLHMHGVVHRDIKGANIFLADEMRTLKLGDYGCSVKIKAHTT---MPGELQGFVGTQAYMAPEVFTKNMNEGYGRAADIWSVGCVVIEM 1751          
BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold941_size78300-snap-gene-0.22 (protein:Tk00814 transcript:maker-scaffold941_size78300-snap-gene-0.22-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_45699")

HSP 1 Score: 62.7734 bits (151), Expect = 3.076e-10
Identity = 62/232 (26.72%), Postives = 104/232 (44.83%), Query Frame = 0
Query:   24 RKRIRVPSC---TALKTAVSHLYRLDDFHKDKIGSGFFSDVYKVTHKVTGKIMVLKMNN----NHSNRINMLKEVQLMNKLKHKNILRFEAACVHEGQLHALTEYVNGGSLEQLIQRKEEEL--PWSNVLVKKLVS-----------------------EKGTIMTAVLGDFGLAXKI-PSSRTDFRLPQVGSPYWMSPECLRGQFYDEQA-DSFSYGIILCELIGRCDADP 221
            R RI  P     T  K  ++ LY L++     +G G ++ V   +H  TG+ + +K+ +    + + +I ML+EVQLM  ++H +++R       + +L+ + EY +GG +   I + E  L    +    K++V+                       EK  I+   L DFG + +  P  R +      GS  + +PE L G  YD  A D +S G+IL  L+  C   P
Sbjct:    8 RNRIGGPPAALPTGSKRQIAGLYDLEE----TLGEGHYAVVKLASHVFTGEKVAVKVIDKTKLDAATKIQMLQEVQLMKLVQHPHVVRLYEVIDTQTKLYLVLEYADGGDMYDYIMKHEGGLVEEKARTYFKQIVTAIQYCHRLHVVHRDLKPENVVFFEKLGIVK--LTDFGFSNQFNPGQRLET---SCGSLAYSAPEILLGDAYDAPAVDIWSLGVILYMLV--CGTAP 228          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000011401 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-1.096e-7752.12symbol:cdi "center divider" species:7227 "Drosophi... [more]
-7.058e-7249.82symbol:TESK1 "Uncharacterized protein" species:982... [more]
-1.620e-7155.36symbol:TESK1 "Uncharacterized protein" species:991... [more]
-1.657e-7149.45symbol:TESK1 "Dual specificity testis-specific pro... [more]
-1.146e-7051.59symbol:si:ch211-113e8.3 "si:ch211-113e8.3" species... [more]
-1.807e-7048.56symbol:Tesk1 "testis specific protein kinase 1" sp... [more]
-2.017e-7048.56symbol:Tesk1 "Dual specificity testis-specific pro... [more]
-2.017e-7048.56symbol:Tesk1 "testis-specific kinase 1" species:10... [more]
-3.164e-7053.75symbol:si:dkeyp-75h12.2 "si:dkeyp-75h12.2" species... [more]
-9.492e-7053.78symbol:TESK2 "Uncharacterized protein" species:961... [more]

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BLAST of EMLSAG00000011401 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592865047|gb|GAXK01092515.1|1.078e-8952.44TSA: Calanus finmarchicus comp77628_c0_seq6 transc... [more]
gi|592865048|gb|GAXK01092514.1|5.068e-8952.44TSA: Calanus finmarchicus comp77628_c0_seq5 transc... [more]
gi|592865049|gb|GAXK01092513.1|3.108e-8852.44TSA: Calanus finmarchicus comp77628_c0_seq4 transc... [more]
gi|592865050|gb|GAXK01092512.1|7.247e-8852.44TSA: Calanus finmarchicus comp77628_c0_seq3 transc... [more]
gi|592810672|gb|GAXK01143896.1|1.861e-8259.49TSA: Calanus finmarchicus comp480649_c0_seq1 trans... [more]
gi|592865045|gb|GAXK01092517.1|1.338e-3843.50TSA: Calanus finmarchicus comp77628_c0_seq8 transc... [more]
gi|592865046|gb|GAXK01092516.1|2.633e-3743.50TSA: Calanus finmarchicus comp77628_c0_seq7 transc... [more]
gi|592835186|gb|GAXK01122358.1|6.779e-1228.44TSA: Calanus finmarchicus comp106633_c0_seq3 trans... [more]
gi|592835187|gb|GAXK01122357.1|7.028e-1228.44TSA: Calanus finmarchicus comp106633_c0_seq2 trans... [more]
gi|592835188|gb|GAXK01122356.1|7.086e-1228.44TSA: Calanus finmarchicus comp106633_c0_seq1 trans... [more]

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BLAST of EMLSAG00000011401 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 16
Match NameE-valueIdentityDescription
EMLSAP000000114010.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s788:29602... [more]
EMLSAP000000054336.012e-1428.22pep:novel supercontig:LSalAtl2s:LSalAtl2s292:56595... [more]
EMLSAP000000102717.087e-1426.59pep:novel supercontig:LSalAtl2s:LSalAtl2s680:14278... [more]
EMLSAP000000108067.335e-1327.50pep:novel supercontig:LSalAtl2s:LSalAtl2s716:15531... [more]
EMLSAP000000106491.714e-1227.18pep:novel supercontig:LSalAtl2s:LSalAtl2s705:57156... [more]
EMLSAP000000097992.594e-1126.43pep:novel supercontig:LSalAtl2s:LSalAtl2s638:66051... [more]
EMLSAP000000111844.610e-1125.51pep:novel supercontig:LSalAtl2s:LSalAtl2s760:42440... [more]
EMLSAP000000095358.003e-1126.88pep:novel supercontig:LSalAtl2s:LSalAtl2s613:20570... [more]
EMLSAP000000081692.262e-1024.80pep:novel supercontig:LSalAtl2s:LSalAtl2s490:22318... [more]
EMLSAP000000123701.131e-928.65pep:novel supercontig:LSalAtl2s:LSalAtl2s905:19821... [more]

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BLAST of EMLSAG00000011401 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|209572684|sp|Q15569.2|TESK1_HUMAN1.153e-7249.45RecName: Full=Dual specificity testis-specific pro... [more]
gi|160369948|sp|O70146.3|TESK1_MOUSE1.310e-7148.56RecName: Full=Dual specificity testis-specific pro... [more]
gi|2499661|sp|Q63572.1|TESK1_RAT1.467e-7148.56RecName: Full=Dual specificity testis-specific pro... [more]
gi|25009462|sp|Q96S53.1|TESK2_HUMAN5.604e-7053.36RecName: Full=Dual specificity testis-specific pro... [more]
gi|25009455|sp|Q924U5.1|TESK2_RAT1.436e-6846.48RecName: Full=Dual specificity testis-specific pro... [more]
gi|25009458|sp|Q8VCT9.1|TESK2_MOUSE1.575e-6846.48RecName: Full=Dual specificity testis-specific pro... [more]
gi|82104583|sp|Q8QFP8.1|LIMK1_CHICK4.478e-3635.12RecName: Full=LIM domain kinase 1; Short=LIMK-1; S... [more]
gi|90185240|sp|P53667.3|LIMK1_HUMAN1.343e-3534.78RecName: Full=LIM domain kinase 1; Short=LIMK-1[more]
gi|1708821|sp|P53668.1|LIMK1_MOUSE3.472e-3534.35RecName: Full=LIM domain kinase 1; Short=LIMK-1; A... [more]
gi|1708822|sp|P53669.1|LIMK1_RAT4.791e-3534.48RecName: Full=LIM domain kinase 1; Short=LIMK-1[more]

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BLAST of EMLSAG00000011401 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB11791.18.101e-8961.00serine/threonine protein kinase, putative [Pedicul... [more]
gb|EEC17639.1|7.353e-8848.42tyrosine kinase, putative [Ixodes scapularis][more]
gb|EFA10019.2|1.020e-8660.17LIM domain kinase 1-like Protein [Tribolium castan... [more]
XP_396830.42.596e-8357.85PREDICTED: uncharacterized protein LOC413385 [Apis... [more]
AFH06509.13.557e-7952.12center divider, isoform B [Drosophila melanogaster... [more]
AAF55630.11.547e-7852.12center divider, isoform A [Drosophila melanogaster... [more]
EFX83290.11.048e-7254.70hypothetical protein DAPPUDRAFT_30877, partial [Da... [more]
gb|KFM78248.1|9.947e-6962.30Dual specificity testis-specific protein kinase 2,... [more]
EAA08584.52.240e-6448.28AGAP004112-PA [Anopheles gambiae str. PEST][more]
EEB13730.13.361e-4039.13LIM domain kinase, putative [Pediculus humanus cor... [more]

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BLAST of EMLSAG00000011401 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|939675942|ref|XP_014283947.1|4.624e-9136.21PREDICTED: dual specificity testis-specific protei... [more]
gi|1073708325|gb|JAT97219.1|7.932e-8758.16putative tyrosine kinase specific for activated gt... [more]
gi|1058245572|gb|JAT26281.1|1.139e-8661.57hypothetical protein g.23484 [Graphocephala atropu... [more]
gi|939273268|ref|XP_014256951.1|1.252e-8646.34PREDICTED: dual specificity testis-specific protei... [more]
gi|242007402|ref|XP_002424529.1|3.964e-8661.00serine/threonine protein kinase, putative [Pedicul... [more]
gi|939273270|ref|XP_014256952.1|5.936e-8646.07PREDICTED: dual specificity testis-specific protei... [more]
gi|926621767|ref|XP_013776236.1|1.685e-8559.67PREDICTED: dual specificity testis-specific protei... [more]
gi|1069785427|ref|XP_018336450.1|2.682e-8560.68PREDICTED: dual specificity testis-specific protei... [more]
gi|241747534|ref|XP_002414331.1|3.598e-8548.42tyrosine kinase, putative [Ixodes scapularis] >gi|... [more]
gi|926619320|ref|XP_013774904.1|8.835e-8554.01PREDICTED: dual specificity testis-specific protei... [more]

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BLAST of EMLSAG00000011401 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 16
Match NameE-valueIdentityDescription
maker-scaffold578_size132436-snap-gene-0.361.538e-9848.79protein:Tk11690 transcript:maker-scaffold578_size1... [more]
maker-scaffold966_size75752-snap-gene-0.171.542e-1428.13protein:Tk02193 transcript:maker-scaffold966_size7... [more]
maker-scaffold446_size168061-snap-gene-0.285.310e-1327.96protein:Tk08588 transcript:maker-scaffold446_size1... [more]
maker-scaffold286_size222086-snap-gene-1.182.052e-1224.65protein:Tk07259 transcript:maker-scaffold286_size2... [more]
snap_masked-scaffold726_size105808-processed-gene-0.03.442e-1225.87protein:Tk01908 transcript:snap_masked-scaffold726... [more]
maker-scaffold726_size105808-snap-gene-0.293.875e-1225.37protein:Tk01916 transcript:maker-scaffold726_size1... [more]
snap_masked-scaffold422_size175911-processed-gene-0.191.722e-1023.27protein:Tk09765 transcript:snap_masked-scaffold422... [more]
maker-scaffold1268_size51707-snap-gene-0.131.786e-1025.59protein:Tk07210 transcript:maker-scaffold1268_size... [more]
maker-scaffold1161_size58349-snap-gene-0.72.417e-1025.50protein:Tk11134 transcript:maker-scaffold1161_size... [more]
maker-scaffold941_size78300-snap-gene-0.223.076e-1026.72protein:Tk00814 transcript:maker-scaffold941_size7... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s788supercontigLSalAtl2s788:296025..369884 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s788-snap-gene-3.48
Biotypeprotein_coding
EvidenceIEA
NoteDual specificity testis-specific protein kinase 1
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000011401 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000011401EMLSAT00000011401-707248Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s788:296025..369884-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000011401-694167 ID=EMLSAG00000011401-694167|Name=EMLSAG00000011401|organism=Lepeophtheirus salmonis|type=gene|length=73860bp|location=Sequence derived from alignment at LSalAtl2s788:296025..369884- (Lepeophtheirus salmonis)
ATGAATGTTGATTATTTTCCGAGGGGGTATCTCCTACCCTCGGAACAGGA AGATGAGGTCATTGAGTGGAGGAAACGGATACGAGTTCCTTCATGTACGG CTCTAAAAACCGCGGTGTCTCATTTATATCGGCTGGATGACTTTCACAAG GACAAAATCGGCTCCGGATTCTTCTCAGATGTGTATAAGGTAAAAAGAAA ACGTTGTTTAAAAGTCCTCCAATGATTGTTTGGTCCAACTTATCATATTA TGTATGAGTGAAGGTCTGAGTAAGGAAGGAGATTAAAGATACTATGAATA ACAAATATACACGTAACGAGAGAGAAGGGCTCTTAAAAGGCATCAAGTAT TGTACGTCCTTAAGGCTTTCCTTCACCTGATTCTCTGTTGGGTCTCTTTT TGATGTTCTTAAGACATGATAACTCTTCTCTGTACACTAATATTCCTCTT CTTTCCTTTGGAAAGAAGCCTTGCATCATTTTCTCAAGTAGTATTGCAAC ATGGAACGAACTGCCTTTGGTGGTGGTCAAATAATCGAACCTTTATTTAA GTCACACTTCTTCATTTACACATGGTGTCTAAGCAGATTACAAGTTGTTT TAATGTACGTTAAAAGTACATATAATTTATTGTTAATTTGTGTAACAAAG TATTCTCCTATCACAATTAGAAGAAAACAATTAGCATTTGCTGTTCCTAT AAAAAAAACTTTTTTTTCGGTTTCAAGTTTACAAGGATCACGATTTTGTT TTTTGTTCGAAATGGAAATTTATATAAATAAATACTTCAATTTTAAATAG TGTTTACACTTGCTTCCATCGATTATTCTAGTATTTACCTATACTTCAGT AAAGATCTAAGGGTCTAATGTACTTAAATACAGTATAACTTGGAGTATCA TTTTGAAGTCAGGGTTTGAAGGAATTGCATGATTTTCGTAAAATTCCTTG TTAATAGAGGCTCCATTTGTAAGACATTTTATTAAATCAAATACAATATT AAGTATGTGTGGGCCGTCAACATTAAATCAAGCTAAATTGATGGTTCTAA AAATTGAGTATGGATTACTTATGTAATTTTCCACGTACTATCCTCTATTT CTATCAACAAATTGTTCTTATTCACCCTTTGGGTATGTCGCAAATTACAC TTAAGTAGCCAAAATTCTTCGTCACAATAACAGAATGGATAAATAGATAT ATATTTTATGGTTGAAAGAGACCATATCGGGGTCAATATATGTCTTGTAA ATCAAATAATGATTTTAAACTCTAGGTAAAATTATTAGGTATCTTTACTT GTGTCATAAATTGGAGTACAAAGTCTATAATTGACTCAAATATGTCTATG AAATATTGGGCTTTATATATATATAATTGGGATTTTTCCTTTTTTGTTCC AAATTACTTTTATATTGACAGAGTACATTTATTTTGTCAAGNNNNNNNTC AGCTTTCATTAGTTTCTAAGACAATAACCATGTATAGTAAACCTACTTAT TTAAACAGGTTCTTCAGAAATGGTCAGTGTACATATATATATATATATAT ATATTTATAATATATGATGGTATCTCCTACTTTATTTTGCAATACGTAAC GAACAAAATGAATAAATGAATTGACAAGTTTTGTTTTGTTTTATTTTTTT GCAGTCCTTGTGTTAATGAATATATAATAGATGTTATATTGTGTTTTTCG AGAAACAGAGAACAAAAAAAAAAAAAATCATTTCTCATTTCGTGAATTTG TWTTTGAATATTTAATGATTTCACTATTGCTTATATATAAATTTATTTAA TTGTTTAGTTTGTCCTTTGAATTATCCTAGATTTCCATTTCCTTGGCTCT ATTCCCTTGATCATTAATTATTTAATTAAATGTGGACGATTATAGTGTGT TGATGTATTTATACATGACGATTTACTTGGCATTGAATGTGCACAAGTAA CATATTTCTGGATTACCCTCATATGTGATGAGTTAAACAGTAAAATAATC TTGAAAAAAAATCAGGAAATTTATAAACATCCTATTTATTATTAATTTAA TATCATATAATATACACAGAGCTCAATATTTTTGACATATTTCTGTCCAT TAAGAGCTTTGTATTCAAATACCTGGAATGAGTTGAAAAGTACAAGAATA TAGACTAAAATTTAGAACCCTCATTTGATTGATTTCATCCAGAGAATCTA TTAATTTAGAATTCTTTTATTGTAACGATGAATTTTTGCTACTCGTAAAC GGCACTTAAGTAATAAAAAAACCCTATTCTCCCAAGAACACTATTCTGGG TTATCTAAGTACGTGGCGAGTTAACTTAAAAAACAAACTTGAACATTAGT CTATCGGGTGATCCATTGAAATCTGAACACTTACTATTTCAATAATTAAT AAAGGTTGAGTGAGTAAAATTAATTCTTTTTTCGATATACTAAAGCATAT ACAATTAGCCTTCTACCGCTACCTGGAAGCCATCATTGCCTCTCAGGGCG GCTGCATTTATGATTAAGAGAGCTCAGACACACATCTATTTATAGCATTG ACTTTGTTAAAACTCTTTTGTTAATTAATAAATTATGTTGTTGAAGTTTA AGATTCGAAGTGTTCAGATTTTAATGTACTACTGGCTAAATATATATTTT TTATATTATTAATAAGTACAGCCCTAATAATTCATAGGCATATTTGAGTA AATTTGGAGTATTATAATCAAATTTTGGTTATTAGTTCCGATACCCTAAG ACCTTGACCATAGCTCAGAACCATTATTTTATATGTGATACCTTATTTGG GCCCGATATGGTCTCTCAAATATATACAATCTATCAATATTTAATTCCTA AATTGTGTTGATGAATTTTTACGATTTTAAGTGTAGTTAGGGGTATGCGT TGAGATAAATATATACATAAAATATATATTTCAATACTTATTATATATAT TTTGGTTAATTGTAGGTTTTGTATTCCATTTCTGTATTGACTTGAGTTAC TCAAAAATGTTTACTATAGTTCAGTAACTTTATTTTATTATGTGACCTAA TTTGGCCTCAATATTATGGCCTCTTTGAAATAAAATATATGAATTATATA ATTCTTTGAAAATGTAACAATGAATTTTTGATGCTTTAAGTAGTGCAATT TGTAGGGCCTCTAAAGGATTATTCATTACAGAATCGTAATCACGGTTTTT AAATTTTCTATTGGGAGGGGGTGTTGCTATCAGGAGTAAGTATAGATGAC GTCACCCAGAGCCTTTACTTGGATTTTGACAATTCTTTTTTGAATTTAGT ATATAAACTTTATTGGAATAATTTTTTCGGCAGCAATGGATATTGTTAAC TTTAAATTTTGTAAAAAAATTCCCAAAGTTTTGAATACTTTCATTCCACA AAAACTTTGTTTTTATTTTCAATAAATATGGAAAGATTTTAGTCAGGAGA GTTGTAGCGTACTTTAACACATKCCGCCATAGTCACGGGCCTGACGTCGC TATTAATAGGTCGATAAATATTGTTGTATAAAATATGAGCTAGAAAAAAC TTTTTTTAGTTGCAACCCGAACAGCTGTCATCATTATCATTTTATTCTTG AAGAAAGTACATATTATTTCAGTATGTACTAATCACAATTGCGTGAAAGA AGGAAGTAAACCTGGGGAATTGTTTTGCAGTTATAAGTGTAAGTCCTTGT TGGACNCTGAGTAGAATTGAGGATTACCATTAGTGTAATTTAAGCCTATA TGTCTTCTCTATATACGTAGTGGGGTCTTCTTTTATCTTTCTCTCACATC TGCTTGTGGCTGYTCAAATGTAATCTCATGACACCTAAACTGATTTCCTC TCAAACTTTCTTCAAATTGTCAGGATTACCACGTTCATTTTGGATTTTTT TAATTTTGAAATACCATAAGGGCATATGTCAACTAATACAACTATTGAAA ACATAATGGGGGGCCAGGCGTTTACTGCCTGCATTAGAATTATGTAATTT AAGCCTATATGACCTTGCTATATACTAGTGAGGGGATTATATGTCAGAAT CGGGAGTCGGTTAATAATATTTAATTTGCGATTCCGATTCTTATGTATCA TCATTTGGTACTGGTATTTAACGTTTTATTACTTTTCTAAGTTTTGAAAA AACTGTATATTAAATATATCCGTCAAGATGTAAAAAACGAACATGTGAAT TTGTTACTCAAGTCTTTTGATTTTAGAAAATATCGTAATAAGATCATTTA TGATAACTAATGATATTTAATTACATTTTTGATAACACAAACCTAAACGT GGACAAAAGAGTTCTAAACACTTGCGGTCGGTGCAAATATTGTTATTGTA TGAAGGTTTTATTTCTATTAACCTTGAGGGGAATAAGTTTTGTAAGGGGA TCTATGAAAGCTTACCTTTGCCATTTTTGCCTTTGGAAAGTTTGCTGTGG GGTTATTCGCCCTGGGAAAATTTGCATTGGAAATAGCTTCCGGGGAAGAG GAATTGCCTTTCATTATTTAATGGAAATATTATTTAAATTAAATAAAGGA AGGGAATTTATTTTTATAAATTTTAATTCTTAGAAATTTATAGCAAAATT GTATTTTTTTAACTATTAAGACATTAAAGAATCGGAATTTTTATAAATCG TACCATCACTCCTATAAACAGAGAGAAGGATATGTTTTTATTTGCTTCTT TTCATGGCTACACACATCCAATCTAATAACACACCATGACAGCTAAGCTG CTCTCCTCCTCAAACACTCGTCAAATTGTGTGGGTCTACAAAATGTAATT GTGTTTAAATTTGAGTGAAAAATGAATCTAAATTACTTTTGTGTTGAGGG GCCACATAGTATTGGATTTCAAAACCATAGTTTATGATATATCAATTTTT GGAATTTTTTTAATCAATTTTCCTTCTTTATTTCGTTTTTTTTTCCACGT ACATACATAAAAAGGTTTCTTCTTAGCACAAAGAAAGTGTTATTATATAA GCCTATGAATATAAAATGTATATTTATTATACGCATACATAATAATAANG GGCGAGTAATAAAAATTGCAAATTCTTCGTACTACCCTAACTCCTCATTC CTCATCACTCATAAGTCATCGTATTAKTATGTATAAATAATAACGTGCCT TCTATATGTATTTGTATTAGTGATTAGATTTGGTCCGATCCGAACTTTTT TACCGGTTCGGTCTTCTGTGATTTGGACCGAAATAGACGGTGAAAACTAA TTACGAGTTAATGAAATACTTCACGTGTATACTGTGTTACTTTAGTTACT ATTGTTGAGACTTGGTTCCAGACCGTAGTATTATTTTTCGGTTTTGGACT AATATTTTGGTCAAAACAGCGATTGAAAGCCGTGGACCAAAATTTTTCTT CCTAAAAAATCTTTCTTTATCTTTTCTACAGCAAAAACAGACATTTTCTT TGTGTAGAACTGACTCTCCTGTGATACCCGTCCAGAACATAGTTGGGCCG AATTGGTTAAGATCTAACTATCTAAGATTGTTTATAATTTTCACGACGAG TCCCAACACTAATATACTATATAATGTAACTAGTGTAGTGTCGACTAGAG TCTATTGCGTCGTTAAGGTTAGATTCGATTGGAGTGATTGGAAAATAGAA AGAGAGACAAAATGTACTTATGGACAAGTGTGCTTATTACTATTGAGACC TGATCTGATACGGGTATTTTATTTCCAGTTCGGTCTTAAGTTATATTATT TAAATCGATTTGGACAAATATTTTTGTCCAAACAGCAGTTGGATAGAGTC AACCTAAATTTTTCTTATCAAAGAAAGTCCCGTAACTCAATCTTTATCTT TTTTAAAACTGAAACTGTCAAAGATGACCAAAAATTATTTTTATTTAGGA CAGATTCTACTGCGATACACGTCTACAACGTAGTTGCACGGAATTAGTTA ATATTATAACGGTACAAGATTGTTTTAAAAATTTCATACCTAATTCCAAG ACTAATATATTGGTGTATTGTAACAAGTGTAGATCGATTGATCTATCAGG TGAGTCGTGAAGTATCGACTCAATCGATCAATTAGAAAAACAGAATAAAA AGTGAGAAAAAATAAGTGTACTTAGTGTCTGCCTTATTAGTGTTGAGACT CCATCCGCTATGGTTTTTTTTAAAGTTCGGTCTTAACTGATTTTTTTCTT GATCGATTTGGACCCCTTTTTTCCCGTCTATACTGCGCTCTTAGAGCGTA GACCGAAATTTGTTCTTAACAAGTTGAAGTACCTGGAGTTATTAGGGGTC GTCAAAGAGACATATATAGCTAAAAAATATAAAAGATATATCTACATCAA AGTTACTAACTGTGAGCACACTCAATACATAGATTTTCTCTTCCCAAGAA CAAAGTAATAAAAATAACAATTTGAGGGGGAAAAATAATTAATTTGACGT TTTGACTGATAAGTAATGAGCCAGTTTAGTCTCTATAATGCTACCTGGCT GAGCCTTACCTAAACACGCTCGAGGTTACATGCAAAACGTTTGCGAAGTT TCATAATATGACTATAGAGTTATTTTTTAAATCTTAATATGTATATGATA TACATGAGGGATCACTATATACACTGTACCATGTGTACACGCTCGATTCT TCATACAAAACGCCTGCATTATTTCATTAATATGACTACATTGTAATTTC TTAGATCAAAAATAACGGTTTTCCATTCCAACATACCATACATACAAACT TGGCTTTAATTGTATAGATATGACGTCACTATAGTAACGTTTGGAAGTAT ACATTGGGATTCATCTATAGAACCAATTTAGACCGAGTTTTAAATGAAAC TGATCTGGGTCAATTTTTTCTTTGGGACGGATCTAGACCTAATTTTAAAT AAGACCAATCCAGACAGTACTTCTTAAAAAGATCTAATTAGCTCGGTCCA TTCAATATGGTAACGGGCCCAGTCTAGCCTGTCAGTAATTTTCAGATCGA AATCTATTATATTGTAACTAGTTCCTTTTCCACTTGAATCGTGAAGGATT GATTCGAGTCGATTAGTTAGTATAGGAAAAAAAGCTGAAAAGTTGTGGGA GCTATAACTAGAAATAGAACGGATCAAGGGATTTTTTTGGATCTTAAAAA GCTGATAGTATTGTTTAATCCTAATTAAAATGAAATATACTCCATTTGGA ACCTAGCATCTCTTTTTATCTTGATTTGTGCTTGAAGTGACATTTAAATT TTTTAGTTGCATCTTTTAGTTTTTCCAATGTCATTATAACAATCATTCTA ATAATTATGTTCTAATAGTAATAACTATGGGGTTCTCGCCCTTTTCGTAA TTGCAACCTGCACAGGATTGACATTGATTCGGCGTCAGTAACTGATCAAA ATATAACTTGAATTTTTATTTAGGTCCTAACTATTAAAATTCGACACAAT TTTCTGTTAAATTTTCATTTTGTATCTAAAAACTCGGTTACTTAAAATTT ACTCAAATATTGGCGTCTAAAGATAATTGCATGTCTTTTTGTCCATGTAT TAATTTATATTCTATGAAATACTTTGAGTGCGTACTCACTGTATTAATGA CCTACTTTTCATGCATTATTGCGGCGATATGATTTATTTTTTTACTTAAT AAGCACTAATAAGCCAATGAGTTTTATTTTGTAACTGCTAAATGGTGCAA TTCCTTACAAAGCCATGGTATAAATGTCTATCCCCTCAGACATAAGAAAA CAATCATTAGAAATGATGATTGATAAGAAAATCACTTAGGGAAGACAGTG TCTGTAAACTTCGAACATAATTTGATGAGACGTAGTAATAAAAAAATAAA TCTTTTACTGAATTATTTAAAGCAATATATAATTCCATCATTTTTCCAAT AGAAAACAACCCCATTTAATGTTTTTTTATAGAAATAATTAGTAATGGGA CGATTAATCGGGATCGGGAATAAAAGAATCAGATGTTTTTTTTTGGAAAC TGAATCTGCATTGAGAAAGTAATATTTAATTTGTGATACCGATTCCTATT TATTACTGATATTGAACTATTAAAACATTTCTAAGTTATGAATCAAAAAT AGGATCCCCTCCCCAATGAAGGTATTTTTACTTTTTAAAAGAAAATTTAT TTAATTTTTCTTATTTTCTGTAAATAACTTATCTAATTTTGAACTTCGTT TTAAAAAAAAATTTGACATTTAAATTTGTTTTAAATTTTTTTTTATATTA GACATTTAATTTCTAAAATTTTTTTAAGAACAGCTGGTGATTTTGTAAAT TATTCTCTAAAATTTTTAGTTTTTTGAGAAACTTGGGTTCTTGATNNTTT TTTGTGAATAGTAATGAATTTTTGAAAGCATTTTAAATATCAAATTGTAT ATTGCATCAGAATCGGCATTGGAAATTTTTACTAGAATCAAATCCGCATC GTTTTTTTTGTTTTTGTTTTTTTAAATTGTCCCATCACTATTAATAATTA GTACATATTTGAATGTAACATTTCAAAGGGAACATCAATTGCAACCAATA ATATCAAATAAAGACGTATTATCCTCATTTATCTTTGACACTAAATGTCC AGAGGCAAAATTGTTTCAGGGGAAATACTAAGCGCCCTATTCTATAGATG AATTGTTGTATTTCCAAATGGTAAATATCGACCTTGAATAACGTTAAACG AAGTGAAATGTGTTGTATCAATCATTTTATTTGTACAGCTCATAAATCCC CGGACAGGAGAGAAATTGGTGTTCCATAGATGGAACTAATGGTAAACGAT TAAATATCGTTCTACGTTCTGGGATGAAATATGGATCCAAAGTGGTCTAG TCAAAACATAACTTAGGACCAAACCATCAGAAAAAATCAGTCTTTGACGA TGTCTCAACAATAATAAGTGATTCAAAAAATCAGTGAAGACCGAACCGAA AAAAGAATACTATTTGCAGACGCAACACTAATTCTTGTAACATAAGATGG AAGAAAGAATGACTTAGGTGTGTGACATTTTTCCAAGTTATTATTCTACA TATTTCTCTTATGATGTTGTACGAGGAATGATTTCATTTTTTGTTTTTTA ATGCGTCTTCGTGAGTCGTCATAAATACATATATTTGAGGCCTCATTGAA TGCTAAATGTGTCATTTGATATTATGTACTTACATAGGCATATGTATTTA GTTTCTAAGGTGGGTTTTGAATTTTGCGTATATCTTATAAAGAGTATTAT TGCATTAGGTTCGTGATTTGTTCTCTGTAATTTTATTATCTTAATACATC TGTTTTTGCAATTTGGGTATGCACTTGTGTGGAAATGGGTCAAAATGGGT AAAAGTCGTGTACTACAAATATACTTAGTAGTGTTGACACTCTGTTCAAA ACAGTTCTTTTTTATTTTCGGTATAAAGTGATTTTTTGTCTAACACGATT TGGACCAATATGTGGATCCGAACCGATAACTCAATTATTAGACCGAAATT TAATAGCTTTCAAATCGTGGACATATATGGATTGTATACCCCTGCAACTA AATAGTGACAGTGTATCTGAAGGAATGCAGCACTGCATTGTATATAGGAT TATTGAAGCCGCATATCATGGTTTTGCACTGATAAGATTAATAGCCAGTG AGGCTAATCGGTTTCATTTTGGAGTTGGCAAACTGAAGAGTGAATATTCT TTTCCCCAAGGGTTTGTCACTATTATTTCATTACAAAAGAGTGAAATTCC TTGTAACCTACATACAAACTTTATTTGATATATACGAAACCGGATTGAAC ATAGCGTCTGCTCATAAAAGACGGAGAGTTTACTACGGAGTTATAACTGT AAGTCCTTTCTAGACTAAGAGCAGAATTGAGGACCAACATTGCACAAAGT CTTGCCTATGTCCTTGTTTATTTCCATTTCCTCCTCCCCTTCGTCCCTGC TGCTTGTAGCTTATCTAATGACACGTCATGACAGTTAAGCTGCTCCAAAA CATTTTTCAAATGGTCAAGGTTATATTATCTTCCGCAACTTTTTTTATAC TCTTGTTTTAATCATTGTCAATTTTCAGTTTACTTTTTTTTAACATGCCC AAAATGCTTTCCTGCTCATAGCACATTGCAATTAGCATTAGTGTTGTGGC AGGSCTTATATATCGACCAGCTCAGTCCCGCATACCAGTCCTAAAACTGA AAAAGTTCGGTCCTTGATGGCGTCATTCAACTTTATTTCTTTTTAGAATA TAATTTCTACTTCTGACAATCCGAAGGATTGACTAAAAGTTTTAACACTA AATTTGGTATGTTGTGCCAATTAATATGTTTATTTGCACTAGGTCAAACA CATACTAATAGAATTATAATCTAGCACCACGGCTTCTGCGGGACTCTGAG AGCTACTATTATGTAGGTCCTTATTTAGGACAGAGGACCGCAGTAAAGTC CAGTCCAATTCCAGTGACACATGTTGGTCCTTAGAAAGGGTTAAATCGAT CCCTCGTGACGTTATTGAGGGGTATTTCCTTTTCTCAATTAATCCGTTAT ATAATAGAACCGATTATATTTTATAACTAAGTAAAAATAATATATATTCT TCTTATTTTATTGCCTTAGAATGAAAACATGAATATTTAAAAAAAAAAAA TCTCATATAGCTTAATAATCGKTCGAAATTTAAAATAAAAATCCGAGGAC CAATAGTTAATGAGCTGTTCCTAGGATCGACTATTTAACTGATTTTTTTT GGTCCATTGTTGTATCATTCCTTATTTAGGACTGATTATTGCAGTCCTGT CCAGTTCAATCCTGCAAATCAGTCCTAAAACTGATACATTTCGGTCTTGT GTGACGTCAATCAACTTTATTTCTTCTCTCTTTAATCAGTTCTTTTACTA ACAGTCCGAAGACCAAATGTCTTAAGGACCGATCCTATGACTGGACCGAA TAAATAAGGACATAAACATCACTACTTCGCTCCACTACAAAAGCATAGGG GTCTCAGACCGGTTTAGTATTATTTAGTCATATATACAATCCATTAAAAG AAGTATAAGAAAAGAATAATCTTGATATTATTTATTCGTCTCTCTGGCGC CATAGTCGACGACCCATTTCAATTACATTATATTATACAAAATACACATG TTTGTTACATATGTTTAAAAAAAAAAAGTATTAATACTAATGTATTTATG TATATGGAATGTGGCCCAACTCAAGAACCACTTCTTCTTCACTCACAAGT CCCAACTACCGTTTCAATTCTTCAACAACACATACTAAATATTTCTCATT CATTTTCCTCCTACTAAAATCACTAGGATGGAATGTAGATTCAAGTTCAT GGAGTTAGTAGTAGTAGTGGTGGGCCGGTACTTATTTATTCGGTCCAGTC CTGTCTCAGGAACGATCCTTTAAGTCCGTCGGTTATGAATTTTTCATAAA AATATCGATGGTATTAAGACGAAATATATATATAATAGGGTTCAAGATTA TTGCACATATCTTGCAAAAAATATTCTTTTTTTCATTACAATACTATCTA ATACTTACATCATTATATTGTTACTTAGTTAAATAATTTATTCTATTACA TAACGGAGTACTTAAAAACACCGTAAGTGACACAAGGGATCAATTTTACC TTCTTTAAGAACCGATAAGTTGGAATGGACTGGACTTAGATCCTCAGTCT TATATAAGGACAGACAAACCACTATTTAGTACGATAACGCATCATTACCT TGATTGTAAAACGCAAGGAGCAGAGGAAAAAAGGTACAAATTCAGTCGGT AGTCAATTCTGAGCCAATTCTTTCCAACTATGGTATTACGAGGGTGGTCT GAAAAGTTTCCGACCTAACAAAGATACAATGCATTTTTCATTACATTTGA TGTATGATGTATTTTTCAGTATAGTCTCTTTGTAACCCTACACACTTCAG GGGCGTCTGTAGGTTTATATTTGAGAGGAGGAGCTTGGTTTTTAGACTTT TTTTAAAAAAAAAATTTCAAAAAACCATAACTATTCACATAATAATTTGT AAATATTAAATTTGTTGAATTTTTTTTCTTCCAAAATCCATAGTTTTTCG CAAAAAATTTCTAAAATTACTTTTATAGACATATGGATAAGGGGTGGGGG GGGGGGGCATAGTAGGGACTATATAAGTCTRTTAAATCAAATAAAGATTT AAAACTTCAGCTAATATTCCTGAGTATCTTTCGTCATGCCACAAGTTTCA ATAATACCATTCTTATTGACTAAAATATGCCAATGAAATATTGACTGTAT GTACCTTGATCTAGTAAAAAAATAAATGTGGATTCTTTCCCATTGTTCAA GATTGTTTTTAGGATGACGCATCACATATGTAGCTGTGTGTGTGACTCAT GTCTCTGTTATGTGAAGAAATATGTATGTTCTATCTTGCGGCTTMTGAAT CCTCGTCCKAGAAGAAGAAGATATGTTTTTTCGTCTTTAATATTATGTGC TCAATATGTATTAAATATATAATAGTGTTGGATAGCAATCAATATTTCGT TCGAACTAGATTAAGTTTTTTTAATTATGTGTCGAGTCGAGTGAGGGCCG CGTTCCTATTGGAAGAGGTGGGGGGGGGGGGYTTAGGMAGAAAGGCTAGA CCACCTGACTAACATCTTCTACTTATTAATTTGTTTCTTCTCACATTTGA AAATTTATAATTTCTAAATGAAAGACCGTTCAAAAACATAATGTCAAAGT TTAGTTGAAAAGCAACCCTCCCTCTTCTAAAGATAGTGTGGTAATTGCCC TGAATCGAGTATGCATGCTAAATGTTTTGAATTATGCATTAAGTCGAATT TATTGGTGTTACGACAGGTTTTCAATGTTTGAGTACCATTGAGTTCGAGT TTTATGAAATTTCTTCGTGGAGTTTATGTGTTAGTGTTAAAACATTATTT CATATTGCGAGTTCTTTCGAGTTTGTTGAGTTCTGCGTCGATTCGAGTTA CTGTTAAGACAAAACAGTAATACTTAGAGATACAAGATCCTCAAGATGAG GTTTTTTAAAAAAATTCGAGATCGATTCCGAGCAAAAATTTGTATACGAG TGTTTTGAGACACGAACTGGATTCTGAACAAAAATTTGCATACAAGTTGT ACTTTTGAGATACCAGCTAGATTGTAATGTTGAAGTTTTTTTTTGTATGT TTTTTTTAATATGAACTGTTTGAGGGTTAGTGATGGTTTCAATATCCACG TCAGGGGCAATTTTTTAAATTTATTACTTATTGATAAATTGCTTTGACTC ACGAGCTCCGTCTAGGAACGATTATAACTCGGTATGTCGAAGGTATTATT TAATATGGATTTTCAAAATAGGTTGATTTTGGTTTTGAACAATATATATA TATTTTTCGAACTCGAGTTTTTGAATTCAGCGTGGAGTCTATGTGGTTGT GTTAGGACAATTTACAAGTTTCATTTTGGGTTTGCAAGAATTTCTACATG ATATGTAATGTGGTTGTTTCTTGATTTGAATAAGAAAAGAGCCTCGTCTG CCTGTAGTTTTTTACTCTCATTTTGAGTACTGATACTATAAATTTGACTT AACCTAACTATAATTCAAGTTCAACTAAAATTCAAATATTTCGGTCAGGT TCAGTAATTGTCTNGCTTTTATAAGTTCGATTAAAGCTCGAATCTAACAC TAGTAAAAAGTCATTGAGAAGGAGTGCTTTTTTTATCAGAATAATGTGTT ATTTGAATACATTTTTTAAATATTTGATTTTTTTGTTAATTTTTTTGCAA TCTCTCAGTGTGTGTGAGTGAATGATCAGTTTATCATTATTCTCATGCTC TTTTCATGATCAAAAATTCAATTGACATTTCTAATTTATGATCAATCATA GCTTCAAAATAATAATGTATTAATTAATAAAATCCCAATTCCGTTTGAAT TGATTTTCAATGGACGCTACTGTAGAATATCATACTTCAAATTGCAATGC CATGCTTTTGAGAGGCTAAATATTAATTGTTAAAGCGTTATTATGTAACG CGTCAGCATTGTTGATGTCGGCCATTTTTGGGGCCAATAGAACTGAGGTA TATAAGAACATAAATCATAATTGTATATTAATTTCTTATTAGAAATTATT TAATTAAATCTAACTGTCTATCATAAGTGTATCAATCTATTGTCTGATTG TATATCAGATCCTTATAGTTATTAAAAATATGTTATTTCATCGTTTTATA ATCTTATATACACTGTGCATAAATAAATTAACTATTTTATTCGAAAAAAA TCACATATTTTTCTCTAATTATACAACTTTTGTTGTCCCCAATTTTTTTT ATTAAAATCTAACCACTTAATAGGTATTTTTAGTACATATTAATTTGATT TAGTTGAAATATAAATATAACTGATTCAACTACAGGGTCAACCGTTATTA TTTACTCATCTATATTATGAATATTTTGAGGTGTTAAGAGTCATTTATTG AAATGTTTTTATAAGCAATGTTGTTCAACATATAATTTGGTGTCGATTGC TAAGAAAAACATCGTCATAGTCGCCACTATGAACACATATTACAAGAAGA GGATTGAGATCGTAGCGCTCATCCGTGCGGGATTGTCCCAGAAGGTCATC TGGGAGCATACTGGAGCCTCGAGGAAGACTATTTACAATGTATGCATGCG GTTGAAGGTCGGAGTGGACCTCAGACACTCTCCAGGAGCAGGAGGGAAAC CTTAAGGCTGATGAGTACATTAATCAAAGTTATCCCATTGATCAAATCCA TCGTTGGCAATCCCCTTTGGGTGTTCCAACAAGATGGAGGACCTGCCCAA ACCACAAAGAAACCCCAAGAGTGGCTGSAGACCAACAARTACTTCTGGGC AAAGGACTTCTGAGCGTAGACCTCATCCCTCTATACTAATCCATCTTTGC GCACGTAGAGTCCAAGGCCCAAAGGAGACGCCACAAATGCATCTGCGTCC TGAAGACCTCTCTCAACAATAAGCCCCGAGTACATCCAGAGGGTCTACAG TAGATTTTGTCACTGACTGGAGCTCACCATAAATTCTGAGTTCGGATACT TTGACTCAAACATGTTCTTTGGGGTTCCATTAATAATTAATGGTTTATAA ATTTGTTTCCTGCCATGGACTTCAATACTTTGTTTGTGAAAATGGGTAAC AGTTGAGCTGGTATTTCCAAAATTCTCAGTTTAAGAAAAATTCTAATTTG TAGTTTATCAAAATCTTGACATTGGTACTCTACTCTATTGGTTGTAGTGA TGAGGAAAATGGGTTGGAATAGAACCCGTCCCTACAACTTTTTGTTCATG TTTTGTTTCTTAAAAAATGTAGTTGGTTTATTCCGACAAATGAGATATAT CAGATATTTATTATGGACATTGCATATATTTTGCAAAAAGTATTCCTGTA TTTAATATAATGCAATATAATACCAACTTATTATATTTTCACTTAAATAT ACATTTATGTCCCGCCTACAAAGAAGTAGGCTAGAAGGATTTTTTTCATA ATTGACTGTGGATTGCATTTGCATTCTTTGACGAATTCTTGTCGATTTCT ATCAACAAGGATTATTATTCTTATTAACCCTTTGTGTGTGCCTTAAATTG TACTTTAAGTAGTCAAAATATTTGATAGACAATATCGGGACAATATAAGA CACAAAAATCAATTAAAGGTTCTAAAAATATACGATGAATTTTTTTTAGA TAATAATTGTTTTTATGTTGATGCACCCCAATGTATTATATTATACATAT GTTAGAATAACAAAAATACGGATAAATACCCTCAATTTCGTCAAGAGGTG CAAGTGAGACTGGTTGGGACCGTGTTTCTCGGTCGTAAATATGGAATAAC ACAATACTACCTTACCACAGATTAGAGAGAACTGACAAACTGTTTTAAGG TCTTTTTCTTTTCTTTTTGGGTTAGAAGAGGTTGAGTGATAAAATAATAA TACATTTTAATAATTAAATATCTGATATTATTTCTAAATAGAAAATATTT TATTGAATCACATTGATTGAAGCTTTTTCTGGGGCCACTTGCAAAAAATG TATTTGCGGAGTTACGTGGGCCGGTATTGGGCCCACGTCTTCTCCCGATC TAGTACAAAGGTAGAAAGGGGCACCTTAATGAATAAGAAGCAAAGATGAC AATTGAGCTATGCGTCATTAGGTTCATAAATAACATCACTATCAAGAACC GGTTACAAGAACTGAGATATACCATTGGTATAGCATAACCGTTGCAACTT GACATATCACATTCATTCCTTTGAATAAGTTTCCCTTTACAATGTAGTTG CAGTTGGATTAAGTTAGTGGATACTCAAAACAGAATCGAAATTAACAAAT GAATAATCCGGTATTTATTATATATATATAATTCTCAAAAATGATCCACG CTCACTCCAATTCTTTTATTAGATGTGTAGAAAGATGAATAAATCAAAGG AAGAATATGCCCACAAATATAAATTATAAAGCCTTTGGGTGTGTAAAAAA ACCCAAAAATAAACAACCGAAAGTCAACAAAGTAACCATTACAATGAGTA GGATAGTTCTCACGACATTTAATTGGATTAGCTACAAGCTAAGGTATACA CCAAGTGTTGAAAAAACCAGATGTTGTTTTTGACGTAATTGTTGATATTT ATAATATGAAGGAAAAGCAACAACTTGATTTGACATCTTTTAATTATTTG AATCATCGTCTTAATTAAATTTACAGGAAAATCCATTCAGCCCATTAAAT TTATAGCTGTTTTGGTTTTATTCATACATCAACAAATAACTAATCGGCAT AATAAAAAAGAAGNATTCAAACTGTTCAACTCATGGACTACGAGTTCTTT TCAAAATGTTGCATCTCTATTCAAATAAAATAGACACTTAAATCCAGAGG TGTCCGGGGGGGGGCAGGAGCGGCTGMACCCCTTWTAAAATGAATGATTT TTTTCTTTTTATTATAATTTTAATTCCAAAAAAATTAATATTTAAATTTT TTTGTAAATAGCTATGGATTTATGAATTTTTTTCAAAAAAATGTAAGATT TAATAAGTAATTTTTGAATTTTTTTTGTGAATAGAAATTGGAATTTTTTG AAATTTTTTCCAATAAATTCAATATTTGAAAGTTTTTTCCAAAATTTATT TTTTTCAGAATAAGTATGGAATTTTGGAAATTTTTACCAAAAAATTAAAT GTTTGAATTTTAATTTTTTTAAATATTTTTCCAAAAATATTATTTTTTTC CCTAAAAGCCTTATTTTCTCTGAATACTTATAGATTTTTTGAAAATAAAT TTAATTTTATTGTATAGCATAGGATTTTATCATTTTTTTATATAAAATAA AAAATTTTCGAGTTTTTTTCTAAAAAAAATCCAAGCCCCCAAAAATTTAA TCCTGCAGACACCCCTTGAAATCCCCCAAATTCTAATAAGATATCGAATA TATTCCTATGTCATACCAATTTAACAGCTGAAGTCAATGGAACAGCCTTT AGCATACCTCGTATATTTATATATGGTTTCAGTCATAATTATAATTTATA ATCCTATTAGGTTTTTGAAGCGATATAAAGAGCCTTGCATCAGTTAACAA GATGTGCCAAACTTTAAACAGCCCCTATATACCATAACTAGAGATAGGAT TTGTGTTCGAGCTTTAGGAGAAGGTGGAAGCGAGACATATTGTATTACTG AATTAATACCCTGATAAATATCAGCTGCCTATTATATGACTTTAGAGGGG AAAAATAAATTATTGCTATAAAGAGAAATTGGAAATAGTATTAATGCAGA GAAAATATTGTTATTATATTTAAATAACATATATTTTAATTTTTTTATAC ATTTTTAAAACAATTAACAGCACCCACGACGGATTAAATAATAAACAGAA AAGACGAAAGGGGAAACGTTTTTCCTTTTCTAATCTATTTACTTAGTTTA TTCTTTACATGAATCCCATCTTGACCACAATTAGCAGTACAGTCTCAATG AAGTAACATTTAATTAACAAGGTTGGAAAAGGGAAGAGATGTTGCATATG TCATGAAAATGAGTAAGTGACGTCATTTGTCTTATCATAACTAGTGTCAT CTTGCGTAGAAAATAAAACCACATAGACTTAAGATAAAAGGCGTGATCAC CACTTGTTCCATAGGTTTGTCCCCATGTACCTATGTGCAGAACAAAATAA ACACAATTCCACTTCGTATCTAGCAAAGGCACATGCAAGAAAGACTTCGT TGTCAATCCTTAATTTTAACACCACAATAAAAACTCAATATTACTCTTTA CTCTTTTGTTTACACACGGCTAAAAGTATATTTTTAACACTTCTAATTCT GTATGTATGTGCTTGGATATAAAAACAAAGACTCCATTTTTTATGGGTTT TTTTTCTAAAGACCATTAACGATTATTTGGGACTTAAAAAACCTATCACC AATTAATGAGTAGATTTGTTTTCTTTCAAATTAAGATCTTATTAATAATA GTGAAATTACATCCATCTATTTATAGTTTTTTCATTGTGGTATTTTGATA CTTTACTGAAATTTGCGGCAGAGTATAAGGATTGTTATTTATAATATGTT CATACAAAATCGTCCATAATTATTCGTCAAAGAATACAAATGTAATAACA TTAATCTATTTGATGAAAAAGAGTTCTAGTCTGTTTTTGTGTTGATAAAT TTTATGAATTAGACATTTTGTTGCAGAGCAGCTTAGATGTCATAACATTT TATTATATCAGCTGGATTTAGACAATTTTCATATCTTTGATTATTACTTA AGTGCTCCCTTTTCTAGGATTAAATAATAATGATAACAGCTTAAGAAAAT AGCTTCCACTTTCTAGGACATATTTTATACACATCATTAGGAGACAAATA TGTAGAGTTAATCCTGCTGTTTCATAATGATCCATTTCTTCTACTTCATT TTCTTAACAAAATACACATTCACTTGACCACAGCAGGGATGCAGTGCCAT ATGTCCATAGTGATGATCGTGGTCATTATTATATATCGTACTTTTTTATA ATAAATACTCTGTAGAAAGTTTTTGGAGTCAAGGACAAGGCAATCCTTTA TCGTTGTTATAGTTTCGCGGTGATCCATTCATTAGCTAGCAACAATATAA ATACACATATTATTTATTCACCAATGGAACCACAAAAAAGTTTTTATTAT AAGTTAAAGTGTAGAAAGACTTGTAAGTAGTATTGTGCCGTGTCAAGTCG CTCAGTTTCGACTSGAGCCGATAGATAACTCCAGGAAAAATGAAAGAGAA GAAATCAATTTACTTATTTCTATTCATTAAATTACTTTTAGTATCGTATA ATTCGTTATTAAAACATTGGTATATGTATAGTCCAGTGGTTCTCAAACTT GATAGAGTCTGAGGGTACTTAATATACTACATATACTTAACACTTATGCC GTAGTGTCTACAAAATAGGACTAATATCTAGTGATGGTAACCGGGAACAT TTTGGACATGTATAAAAACCGAAAATTCACATTTTAACCTAGACAATTTG AAGAATGTTCGAGCAGCTTAGCTGTCATGGCGTTTAATTAGATTAGCTTC AAGCAGCTTTGATGTTAATGAGATGGAAGTAAATAACTGCATACACAAGG ATTATTCCGATGACGATCCTCAATTCTACTCTGAGTGCATATATGTATAT TTGAGAAATAAAACAGTGCGCACCTAGTTAAGCTGTGGGGCACAGAGTTT GAGAATCACTGTCTCCTCAGACATTAAAATAACTTAATTAGAAATTGTAA TTAGTTAAAAAATCACTTAGAAGCAGCAACGCCATGAAAACTTTAATCAT GATGAGGTTTAGGGATAAAGATCCAGCCGACGCAATAATATAAATATGAA GACGGATCGATTTTTTTAAATTTGTAAATCTAGTCAAGTCGGGTCGAATC GAGTTGATGATGGTTCGAGCCGACACAACACTACTTTGAGATAAAGGGAT GTATATATGAAGGAGATATTAATTATTTGCAATGCTTTTCTTGGAATCCA TTCTCTACTTCCCCCCCGATCCTCCATGTATTATAAATTGTTTGTGTGGT CTATGCAATATTGCGTTTATTCTGCGTCTACATAAAAGCAATTTTGATCA ACATCAAGAAAAGTAGATATATTTTTTTTACTTCATAACTACAGACAGCC TAATATATGATTGGTATAATTGATTTAATTATAGCCTTCCTATCTAAATT TGTGGGTTAAGTTAAGATTACCCAAGCATTAAACTATAGATTAGGATTTT GATTTAATATAGAGGACTTGATTTATTAGTCTTAATTTGGCCTGACATAC CCCCTTTTCTACCTAAACTCAATCCATCAAACTTCTAATTATTTCATTGG GACGATATGTCCCTTGATGGCCAACTTTTGACACAACAGAGGACTAATCA GAAATTGACTCTCGAAGAATACAAAATATTCAATCCCAGATTCAATCTTT GAGAAAAGTAATTCTAGCATGCTTATGTGTAACCAAATGATGCTTTGGAC GAAAGTTTGTTCATTTTTTTATGTCGCCAACAGGACGTCACATACTGTAT ATCAAGCAGTCAAGACACTTACTACATGAAGTGAGTTAACACAAAAATTA AGATTTATGTCCAATGACATATTTATCATACATTTTTTTCAATCAATAAG AGCTTTGTATTCAAATTTATGCTATGAGTTAAGACACACAAGAATTCTAG CTAGGGTATTTTGATTTAAGATACTTTTAATAACATTGATATAGCCCCTT TTGTCATTCCTTTATTGCGACGATCAGTTTTGGCTAATTGAAGTACAATT TACGGTGGTTCCCAGAGGMTAAATAGAATAATTTACTAATCGAAATGGAC AATAATTCATCGAAAAATTCAAATTGAATAATTTGGCCGTGATATTATGG TAGCTTTTAACCATATATCAATTTCTAATATTTCATACTTTAAGTACTCA AATTTACAATGCCTTCGATCAATCAATTAGAGTATTCCTTGATGATTTAA ATTGAGCGCCGAATAATTCAAAATATGCAATACAGACTATTGTTGTGTCG GMCATTCTATAGAACAGATGACCGTGGTCCAATCCAGTACCATTTGTCGC TCAGTAAATAGGGTAAAATTGTTCCCTCATGATAACATAGAAGGGTATAT TTTTTATGGACAGGCGTAGAGTTTACTATTTTTGTCCGAAAAATTAAATT TTTTGAGAAAAGGTAAGTATTTTTTAAATTTATTGATAAATTTTTTTGAC AAAAATTTTTAAATATTCCATTTTTTTTTTGCAAAAAAATTTCAAAAATC AGCTCCTGCTACAAAAATTTATAATCCTACAGACTGCCTTGCAATTTTCA GAAGTATGATTCTAGCTTTTTTTTTTTTTTGTGTGTATACTGGTCACACA TACATTTTAATTGAAAATCTATATTTCATTGCTTTATTTTTCATTTCGTT TTCGTTCCAATAATGCTGTGCGAGTTTTTTGAATAATTATTTATTCGATA ATGACGCAGCAAATAGAGGGGGGGGGAAGAGATAATCAATTTAATTAATA TTAATTTGGACATGAATACTACTTTTTTCTTCATTTCAACAAGGATTTGT TCATAGGTATAATAATTGCATAATTGAAAGTAGACTCTTACACTAGTCGT ATGTGTCCGCATTAAAGCAGAAGAGCCAGCTTGTGAAATGATGAAACGTT TCAGTCTCGTTGCGTACCTACTACCCGCATTCCTTACATTCAGTCATTAA TAATTGGAATAACATATTTTTTCTTCTTTTCTATGTACTAGTCTTTTAAT CTAAGAAGGAAAATTTTTCTTTCAAAACAATCTTATAGTAGGGGAGACGA TTCCAACTTGGGATGGGGTTTCCGTTTAAACATTATAGACCGGCCGAAGA TGGTTATAATTCTATCTATTTCGGGACAACTTCGGTCTGGCTGCTAACGA ATTTAATATTTGNGTTAAATTTTGCAATTTTTTTAGTTTTCTATGAATAA TCATGGAAATTTTTSAATTTTTTTTTTTTGTGAATAGCAATGGATTTTTG AATTTTTTTCCAAAAAATTTAATGTTTGAAATTTAATTTTTCAATTTTCT ATGAATAGCTATGACTAATTGATTTTTTCTTTAAAAAAAAAACTTCATAT TTGAAATTATTTTTTACAAATTTAATTTTTTTTAAAATAAATATCGATTT TTCAAAAAAAAATTTCCAAAAAAATTAATATTTGAATGCTTTTCAAATGT TTTAATATTTGAAATTTTATTTTTAGTAAAAAAATATATATTCATATATA TATTTTTTTAAATTTAATTTTCTGTAAATAGCTATGAATATTTAACGATT TGGAAATCCCTCGGTCGCTATGATGTTTGAGGTCATGAATAAGACTCATA CAACGCTTAATACAGAATTGTTGATGCTTCTGAGTAAATAATGACCTCTA AAGCAAACTTCTTTGACTTCCTATATGTAATMCTGYCCAGCATTGACACA ATGCTYTTAKTTTCTWAMAAAAAAWTTAGCCAACWAATTRAAAACAARAA AAMCCGCCAGATGCTGTCAAATTTACCTCNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNGGAGAAACAGCAGCGGTATTGTGACAAAAAAAAACCAAAAAA CCAAATATGTTCAATTCTGTGTCCAACGTTCTTATGAGTAACTTATGGAA ATCTAACATTTAGTTTCATCATATTCATATTATGACTGTATTAATGTCTT TTCACCGTGTTTTATTTAATATACACATTTGGCTCAAAAAAAAAAAAAAC CCTTGTCATTGGRGTCACGGCCACATTTGGAAACACTCATTTTGTACAAA TGAATTCAAGCCAAAAAAGGAATTTTTTTATGTGTTTTGTTGATTCTTCA TCGTATATTGAACTCAATATACTTTATTTTTATATTTTATAATATATGGT ATGATATTTCTCACCACTAATGATTATGAATAAGTTATAAGGGTCTAAAT ATGATGATCGTTTTTCCACATTTTTCAGTCTAAAAATGAAAATATATCGA GTTCAGAACAAGATGATACAGTCTCAATAATAATACTTTTTAATAATGTA AAACACTTTTATATAAGTTTTATTAATCCTTCTTTTATTTTGGGGATTGT TTTTTATAGGTAAAAAATGACTCTGAACGATAATAGTCCCAAGTTACTAT AATCCCAGATATTTCAGAATTCAGATAACTGAGAGAAAAACGGAGATCCG TTTTAGATTTTGCACTCTTAGATCAATTTGATTATTGTCTTCAATTTATT TGTTCAAAATTATCCCTCCCCCCTAATTGTTCCCCTGGGGTATTACTATT TCCCTTAACACTTATGAAAGAAAGGGTTTCACTATTATAAAACATATTTG TTTATMCCTCTTTGAAAATGGCCGACATTAAAATATGCTCTATATATAGA ATAATTAAAAAGTATCAATAATACGAGGGATTTTACAACACTTGTTCCAA CTGACCTCTGTGTTTTGAGCGTTACAACATCTCAAAATACTTATCAATGA GGGATTTTTGAATCTATATGAACTCAACTCCATTTAAATTATGATGTGTT TTATTTTGTATGTTTTACACTTGGGCACCCATATGCAATAAGCTAACATA CTTTGGTATTTATCCTTGACTCCATGTGCTTCAGTTATTTTTTCAAGAGA AGGGGGAACAGACAAGGACAAGGACTCTTTCCTCTTAATGCAATATATTC AGAAATGAGCATAGCCCTTCCTCAAGGATATGCAATCATCATAATCACAT TATAAGAAATATGATATTCATATAACTGACACCTATTTATTCTATATTAT ATATCATGAACAGAAATCATGAACAGGAGAAAATTCAAATTAATTTATTT ACTTGATAGGTACATATATATTAAGTTAAGTAAATATTCTTCGCGTTTTT CTGGGTTTCATAGAAAATATTGATAAATTAATGGAAATTGTCGAGTTGGA CTGGGATGTGAGCACTTATTCTATTGCCCTGGAACTAAAAATTAGCCAGA ATACCCCGTTAGGAACCATATAAATCGAATAATTCTAATTATTTTAATTT TATTGTCAAAATAATGCGAAAAAAAGCTCAGAACTACATACTTCACCTAT TCGATRCTACCTAATAATTCATTAATATATTTGAGTCTTTTATGGGATTA TTATTCAAATTTGTTAGGTGATTTAAGATATCCAAGAGTTAATAGAAATT TTCATTGATGTCTATTTGATAGGGGTCGCACATTGTYTAGCCACATGTTT TAAGGATCCAACTCAAAAAAGATGAGGAACCAATGCTCTATGATAAATTT GTACATTTTATATAGTAAAAATATCCGAACTATGCCCCCCTAACTTGGTC GTCTCCTTTAACCATAATGCAATCAATGACGTCAGTAAAAACACTCTATA GAGTGTTTTTACTGAGTGTAGGATATTTTGTATGTAGTAAACTTTAAGAC ATAAAAATATCCATCTCATCAATTGGACAATTTTCTCCTTTCTTCTTGAT TTTTGTTCAAGATTATTTCTATGTTACCTCACCACCATATACATAATTTG AGGGTCATCTCTACATTTCATCTTTCATAAAAAATAGAAAAACACATAAC CAACAGATGTTTCAGATATTTTTATTTTAAATACATATATAGAATAGAGC CTCACTGTAACATGTAACATCGTTCTTTATTTTTAACAGAGAGGTAATAG AGAGGGGGATTTCATAACATCTAGATAGTTTTTCAACAAAAACAAAGTAT TTCACACTTTAAATCATAGTAAAGTTAAGTAAGCGTACATATTCTGATGT CTTGTTACATTTTCGTGTCATACTAAAAGTTGGAACGATTTAATTTTCAA CTTTTTTCGAATTTGGATTACGGTTACATTAGAAAAATTGTCGGATGGKA TGAGAATTACCTATGCACTATTGCATTGCCCTACAAGGTCATCTTTTGGT AGTACATTTCTTTAATTTGTCAAAAAAAAAATAATAATAATACCAAATCG AAATTAGTAAAGAATATAGCAAAACAACTGTTTTGTACCAATTTTCCAAA CCTACCGAGAGTTTTTTCATACTTGCAAAACCAAAAAAGCTATGGAGAAT AATGTCGTAGAAAAAATAAAGCCGAAAACTGGTTTATTTTTATAAATATT GCAAAAATTACGTAATGAAATGTTCCGGAAATTGGAAATTATATTAATTT ATGAGAAGGTTTGTAATTGTATGTCCAAAATACATCGTTTTGTGGCATTT CTTCCTTAAAATTGATGTTGGAAGAAAACAAGAAAAAAAAAATTGAAAAG TTATTCAGAATATGACAGATATTTGATTTAAATATCAATTTTGATATGTC AAATTTATATACAAACGAATCTCCAGACAAATTTCTACAAACTTTTTTGT ATCTAAAAATCCTTTATTCCGTTGATAATCTATTTATTTGTACCTGAAAA ACAAAAAGAAGAAAAAAAATAACCGCCATTTTAACCGATTTCTTATTTTA TTTTGAATAAATTTGGAAACCTTACTTTTTTGTGTAGTTGTTTGTTTTTA TCCGGTTCTCAATCTATGACCGATTTTTTGGTCTCATATTATGATAATTT TTTTTTTCCTACATCAACTGTCATTCATTTGTTTAAAAAAAATCTCAAAA GTACACGATAAATTCTACAACAAATACTGTATACAAATAGGAGACGGTGG GATCAAAATTAATAAGAGCTATCTTTGTTTAAAGTTCGTATAACGTCATT GTACTCGAAAAAATATAGGATGTCATGTTATAAACAATTTATCTGTAACT TCGGTCTAGTCCAATTTTTTTTTCGGACCGAAAAAGACTGAATTTTTCCT TTGGCCCATTCTAGAGCGAATTTTATATGATACCAGACCGACCTTTTTTG TTGGGCTGAACTAATTCGTAAATACCATGTACCCTGAAAAGACACAATCA CACATTCAATTTTATATATACTTGTATATAAGAATTGTACCATATACGAA CAGGAGAGAGGGGATTGGGACAAAATACCAATAAACTTGGTGCATGACCC TTAATGACGCAAATTACGGGCTTATGTCGTGTTGTAATTGAATTCGCCTG CTTACGTAATGAACTAGGATTAAGATAGAACGGAAATCCGTCATTAGAGG CGGCTTTATCATTACATATATATATATATAAATAATATTGATCATAATTA CATATTGTATAATTGTAAATTGACATAAAATTATTATTTTAAAACATATA TTTTCATCAGTCAATTACGTATATTATTTTCAATCTTTCTGTATTTAGTA TACGAGTAGTACTTTGATTTTGAAAGAAAATTTCGATGTTGAAATAGAAG ATTTTAAATGAGAATTGCTCAGTTTAATCACTTGTAAAGTAATTACCCTA CTTTTGAATGTTTAGATATTTAACAATACATTTTGTATTATAAATTAACC CGCTTACAAGTACAAGATCAGACCGGAGCAAAATTGTCACTATGAGCCGG TTGTCTCGGCTTAAAGTTATACACACATTAAGACATTATGAGAGAAATGT GATTCGTTTCGGTCTGTAAATCCTAGACTAGTCTGTAATTGTTATGTTTT TTAGTTGATAAAACTCATTCGGTCCTTTAAAGAAGTGTGGTCTATATCGG CCTCAAAGAAAAAATCACTCCAGACTTGTTTCATTTTAAATTCGGGCTGA ACCGATTCTATAGATAAATTGTTGATGATGTCAGTTGTTTTTTTAAAACT GTGAACTTGGATCTACAATAACGTTATATTAAGTTGTATGTGTTGATATA TTTGTACAGATTAAAAAGCAGGAGGGGGCCGAAAATCGGTCTAAAGATTG AGACAGAAAAAGTATTGATCTATATATTGAGACCAATAAAGTCGGTCCAC GATTTATAATTTATATTTATTGATACAATTTATTATATAACTGAATAATA GAAAAATGAAGAACAACTTGTTTTCATTAATCCCATAGCTGCTAACAGAA AGGTAATTGAAATGGTGGGCGGGACTGGATTGTAGTTTAAAATAAGATTG ATACAACATTATTCATGACAGTTTAGCTGAATTTTCCAAAGTGGTAACCA AACGTTAATTGACAGTTTCTATTATTTTACATGCTGGCTGATGATATTGT TTACAAATCCATCCATGGATCATGCCCGGTTGAACACTATAGATAATAAT TTGCAAAAAGTCAATACAAAACCATATTTTCATCAAATGAAAAAAAATAT ATATAAGCAAGCACTCTTTCTTTTTTTTTGCAGGTGACCCATAAAGTGAC TGGAAAGATCATGGTACTCAAAATGAATAATAATCACTCAAATCGAATCA ACATGCTCAAAGAAGTGCAATTAATGAATAAATTAAAGCACAAAAATATC CTCAGGTAAGAATAAAGTTATTTATTATCTTTGAATATCCTATATATTAT TTAGTACGTCAACATTAAAGTAATCTATAATAATTTCCCCCTTCATTATG GAAAAAAAATCCAGGTTTTCTTTTGTAACTGAAGGGCCTCAAACTCAATA TTTGAAAATAATTTGTATACATAACAAAACTTGTTAAGAGATTAAAAATC AAACATCATAGTATCATTGCTTATCGTTATATATTTGTATCAACACAAAA GCAAGCTATGAGGATTTTTTTTTAAATTGCGCTTGGACTACGTAACTATA TATTCTTTGATGAATTAATGTCCATTTCTAWCAAAAAATGATTYTTATTT AGGAACGKCCGCAGGGGGGGGGGGGTATAGCTCCTACCGCAAATCAAGGA ATTTTTCCTTTGTACTAGATATAGAATGAAATTTTTTTATGCAGAAATGG GAAAAAAAAGATCATTCGTCAAKTACTTAACCAGMAGAAMAAAAAAAAAA WWAAAAAAARAAAATCGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNAATTAAATAATTATATWAAAKATTAT ATTCCTGATGTTGATTCCGATTCCAGAGAAACACCCGACTCTATGATTCC GATTAATCGTCCCATCACTAATATATGTATATCCATTAAAAAAAGGGCTG CTTTAAGTAAATGAGATGGATATATAATTAGTTAAGGGTTTTGATCAATA CAGTTGGTAGTCATCATAATTAGAGATGGGAGGAGTAGAATATATTTCAA TAACATTCATTAAGAGAAACCTTTTAATACGCGGAAAGTTAATGACTTTT TCTTCTTACGTGTTTTTGAGGTTGGCATATTTTACATCTCCTCCTTTGAC CTTGTGCCTGATGCAAAAAGAAATAACGAACGAAAAAAAGAAAAGAAAAT AAGATATCTGAAAACTCGACCCTGGGAATTTCATATTCATTCATAATATT TATACTTCCAATTCACACTTAAAGCCAACTCTTCACCTCTTTGAAGTAGG CTATAACTTACTTTCTGCGTAAGCATAAATGTACTACTATATATTAAAAC TTATATAATTTCCAAACAAATTAACGTAGCTTTCAAGGATCAGTCTTTAC AACTTCCTTTTTAAGACATACAATTTTTGTTAACAAAGTCAGTTACGTGA ATTCGTCGAAAAAACGTAGAGGGCTTGATTTGCTCTGCACGGAAGTTCTT GTTAGTTTGGTGGTCAAGATTGTGGAAGTAAACAGCTTCACTATTTAAAA GGTGAAGACGTTCCCACTGTCAATGTCACCAAGCATCATTAATCTGTCAT GATGTTGAGCGTTGTGATCTTGTATGGAAAGATAATCCCCCGTTCTTATT CGAAAAGGACCTTAAGATCACTACCAAGGCTTACTTGTACGTAATGAAGA ACACCGTAAAGCCCTGGATTAAGGTCAGCTATCCGGAAGGCGGTTATGTG TGGCAGTAGGACTATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNAAGGCTTACTTGTACGTAATGAAGAACACCGTAAAGCCCTGGA TTAAGGTCAGCTATCCGGAAGGCGGTTATGTGTGGCAGTAGGACTATGCC CCGAYCTTCAATTCTAAGGTAATCCAAGTATAGTGTTGGGATAATTTATC CCATTTATGGCCCTGGAAATTGTGGCTTRCTTCCTCKCRAGATCTGAACC CAATTAAATATTMGATTTGGGSCGMCKTTGAGGSCAAGGCCNGGGCTGTC CCTAACATAAATATTGTTAAGCTAAATGCATCCGTTGAGTGGGAGGGGAT GGCCAGTGTCACCAAGCARCCTGCCTCTGTCATGATGTTGGGCGTCGTGG CCTCAGATGGAAAACGAATACCTGTTCTTCGAAAAGAGCCACAAGATTTG TACGAAGATGTAATGAAGAACACTGTAAACCCCTTGCTTGGGACCAAGTA TCCGTAGAACGATTATGTGTGGCAGTAGGACTCTGCCCTAGGCTAAAACT GGAAGGATATCCAAGCATGATGTAGAGATAATTTAGGCAATTTCTGGCCA TGGTCATTGTCGCCTCCAGGGATCTGATCCCACCTGAGACCCTGTACTGT CCACCACTGTTGAGCTGAATGCCACCATTGAGTGGGAGTGTCTGATGAGT ATGTCATCAGAGTATGGAAGGCCTCGTGTAGAGGCTGCAATTGAGAATAA AGGTGGATATTTTGAATTTTAAGAAACGAAGATATGTTTTTCACTATTGG ATAAATTTCAAGTTGATAAACTAAATAGCGTTTGAGCTCTTTAGGATTTT GTTGATATTGTCTGCTATAATACATTTTTGCTAACACAATCTCTATTATA TAAATAAATAATATTTTCCAATATTGACAGAATTAATAAGAATATGCGCC ATGTATCCTAGCCATGTGATTGGATAATATACTAATTTCNATCTGCTGTA TTTTTAAGAACCCAAATGAAATGTGCAATAACAAATATTCCTGCTTTTAA TTGGGAATAAACAGAATAGTTAACTTCTCAGGCAATTTAGTCGGAACTTT GACGTCTGAAGGACCACTATTTACCATTTTACAATTTGTCTTCGCAGCAT TCTTGGACTTCATTTGTGGTGTGGACAGGGAAAGTCTCCATGATCTTAGG CATCCAGGTATAACAAAATTCGAAAAGGACAATATCAGCTGAACAATAAT GAATGAAAATGTTTGGGATTCCTCATCATACCTCAGAAAAAAATCATAGA AAAAGTGTGTAAAAAATAAATCGACACTTGTCATTTATATATTTGTGATG TGCTTAATTTATGAGATAAGGGTAAAAAAAACCCTGAAAAACACGAAGAC AGGTGTCCATTTGACTCCATTATCATTTCATATTGTTGATAAATAATATA CGTATGTGTTCACGCGAAGCATGGATGTCATTTATTCATTACGAAAGGGG ATTCAATAGATATCTTCATGATATTGATTAGAATGAACTTGATATTATGT TATATTAAATTATATTTTCAATAAAAAAAGAGGTAACAAAGTTAGCACAC GCAAGTATTTTTTGCATATTAACAAGGCTGTGCCTAGTTCAAGTTCAGGA GCTCTATCGGTCCCGGTTTTTTCATTTCAACGGTTTCGGTCTCAGGTCAG TTTTATCGGTTTTGGTTCCAGTCTTAAGTGTTCAGATTTTAATGGACTAA ATACCAAAGGAATCTTAATAGGTTAAAATGAAATATTAGCATTTATGTGT AGTTGGAAATCGAAATGACGGATGCAGATGTTATGAATATTGTTGTGCCG GTCTTAATTTATTTGGTACGTTCCTAGGATCGGTCCTTGTTTTTTTTTTT TAAAGATCTCGTTGGCGTATTAAGCCAAATAAGAATTGCCAGAAATCTAT TAAGAGCATCATTCCACATATCTTGCTCAAAGTACTCCTGTTAATATTAT ATTTGGCAATATAATAATAACATATTATATTTCTACTTAATTATATAATA TATTAGCGGTAGTACGGTGCATTGCCCGGAGTAATTAGTAAAACTACTCC CTTAATAAATCATTTGCGTTACTCTCTGTTTACCATGAATACACTCATGT GTAGTTACTCCMTACCAAGATGTTCTCAGAATTAACCTAGATAAAGTGAA GTTAATTAACTTTTAGCCATTAATTATTTAAACAGCGTTATTTTAGCTTT AACTTAACTAGTTATTTTTTTATTTATCAAAATTAACTTTAAACTTAACT AGTTAATTTTTTAAATCTTACTTGCAAACTTTACTTGCATTTTTTGTTCT TGCTTTATGGATGAAAGTCCCACAAGACTTTTCAATCCATTGCTTAGCTT AAACGGTATCAAGAAGCAGTGTTAAATTGAATCCCAAATTTATTTTTGAT CCATTGTTTTGGAAATAACGAAAGTAGCGTCATACTTAGTACAATTACTC ACAAACTAGAGAGCAGATTGTTTTGAAATTTTGACAGCTGTCTTTTGAAA GTTGGTACTAACTGAAAAGTGAAGTAAAAAAATATAAAAATAGTGTTATC TATATTTGAAGCACATAACTTTAAAGGCTATGTGTTAAGTCTCTAGAGCG TTCTCTGTTACCAACTTAAATACATGCAAGACCTGGATTATGCCTACTGG AATTTAAAATTAATCAAACCTTAGGCTTGATTTATATCTTCCTTATTGTT TAATTATTAGAGTAAATAAATCAGCTAATTGTAGAAACATATGCTAAAGT CTAGACAACACTATTTGACCCTTTTTTTATATACGTATATTTGTTTATGT TAACATATTGTAGCTTGAGATATGTATGTTAGGCCGATTTGATTTTTAAC TTGTCTCGAATTTCGATTACGACCAGTGTGGAGAAGTTTGCATATGAAAA AAAAATTACCTATGTAAAATTGCATTAGCCTACGAGGTCATCTGTTGGTC GCACATCTCGATGAAATTATCTAAAAGGCTAAAGCTCTTTACTTATTAAA ATTTATATACTATAAGACATTTTTAGCTGTCTACTATAATATAATATTAT AGTTGTATTTTTTTTCAAAAACGCAGACATATATATACTTTTAGTTAAAA TAAAAGGTTTATAATTATGTGTTACGTACCTAAAGCAGGAATGGGTAAGT TAACTTATCTTTTTTACTAGTTAAGTTAGAGTAAATTATTATTTTATTTG TTTATAACTAGTTGAGTTAAAGAACACTGAGAAAATATCCTATTTATATA TTTGATATAGAATGACCCAGTTGAAAAGTTTAATAAAACAAATAGTGTCG ACACAGTGTTTAACTAAATTATTGGAGAACTAACTGTACTTAAAAGCTGT TTTAGTATTTCAACTAAGCATAAAAAAATAAATTTAGCTATAACTTATTA TCTTAATCAAGTTTAGTTCAAATTAAGATAGGACAGTTTAAAAAAATTTA CAAGTTAAGTTAAAAGTTATTTTGGATCAATTAAAAATTAATTAGTTAAG GGGAAGTTAAAATAACGCTGTTTAAATAATTAACTAGTTAAGTTAAAAGT TGATTAACTTAACATATCTCAGTAAAGTTGCATAAACTAGCCCAACTCTG TTTTATTCAGTTCAGACCAGATCCCTTGTGCCTGGAGGTTAAGTTTGTTT TGTTTTTTCGCAAATAAGTTAATTTTTTTTCATAAAACAAGATCGATTAC CTATTATTGTAATAACGGAAATGGGGAGAACGCATATTAAATACAAATAC AAAAAGGGAAATAGGAAGAGGATTAGATAGTTAGAAATGTTCTATGGATC GTCAATTTTTTTTTGGAAAAATTGACGATCCWTGTATTCATATCCATATT TTTACATTTTTCGAAAGGAAAGATCAGGATTTTCTATTGTAATTCTCCCT TATTGATCATTAGGTAGTTGTAGAAAGAAAGTCAATTAATCTATTTTATA AGTAAAAATAATCTCTATCATCATTAATTTATGCAAAATAAGGATTAATA AGATATTTTATTCCTTATTGACGAAACAAATAACTTTAGTGTCCTTTCCA ACTTTGAACAAGATATGCTACCTACAGAGGACTTTGTAGGACAATGCAAT TTTACGTAGGATATTTTCATACCATATGACAACTTATCGTAATCGAAATT CGAAAAAAAGTTGAAAAACAAACCCCCCTAATGTATATGTTTGTAACTTA TATATAAGAAGAATGTTGTGGGCGGGTCATGTTTGAGAAGATTGACATTT AAAAAGAAAACGATTTGTAGTTGTTAGTCAAATGAATTCCCCCACAAATT TTCCCCCTTCCTTGTTTAAAGTTCAATACACATTGTACACAGGAGTGTGT TTCTGCCATCAATATCTTGCTTTTGTATATTATACATATACGGGTTTTTA TTATATTTTGAGTTTGAGTGTGGTGTTTTTAGTTCCCACCCTGTAGACAA GTGCATTGATTTGCAATTGGGTTAAAAAAGATATTTTTCTTCATGTGTGC TGTTTGTATAAATAGTTTTCATGTGATGTCAGCCATCTTGGGAAAGGCAT ACAGAATAAGCTTTTTTGAAGAAAAATAAGCTCGGACAGAAGGCTTATCT AAGAAAATTATAGTACATATATTTTGCCATCCCCCCCCCCCCCCTCAATA ATTTTTCAATATTTAGCCTTAATAATAGGTGCGCAAGAGTCGAATTGTAG GCAAGACAAGAAAATTTAGAATAACATGAATAAAGCAAATTTAGTGTGTG TAGCCATAGCTCAGCGCGTTATCTTATTAAAAAAAAAAAAAGTACATATA TTTTGAAAGTGGCACGGTAACAGAAAGACTCGTTTTGAATAACGAGCGTG TGTAATCAAAGCTCAGCCCATTATATTATTACAAAGCAAGCATATGAGCA TTGTACTGGGCCTTCTTGTCAACACCAATCTGTTGGTGATATGGGTTTGA GGGTTCTCTGTGTGGAAAATTTACTTTTATGCGATTGTCCATCTTCTAGT GGTCGTATTGTATATAATTTTAATGAAATAATGTGAAATTTTTCTACTTC TTAGTCTTGCTGTAATTGTTACCATGGACTTACACTACCTCTATTTACAC CCATTTAAAAATAGGGAACACCTGGTATTTTAACACATTTATTTGTATAT ATTATAATCAGGCACCAAGATGATGTATACATTTATTTCATATACCAGTG TATTATATTGATTGGGGATGTTCTGTCAGAGGAAATTTAGAACTCTCTGT CATTGTAGAAGTAGCTATGTATTTCAAGCACCTGTTGCTGTCGTAATTTT TTTTAAAGAAACGAGAAATGTTACTGCAGCGAGATTCAAGACTTACAAGT CATGCTCCAACAAAGTTTGCCAGGCTGACGAGAATGACTCGCAAGACCAT TTACATTGTTAAGAAGTAGCTAGACCACAACGAGACCATAGAGAGGAAAG GGGGCTCCAGAAAATAACCATCTTTAATGGGGATGCCCTCAAGAACGCCC CTGATCTAGTTCCCAGAAAGTGACAGGCTACCTGAACCCATTTACATCAA CGTTTTTAAGGTCAAACTGCTACCCTGGATCCAGGCAAATTTCCACGACG GTAAATTTGTCTTTCAGCAAGATTGCACACATATTACAAAAATGATTCAT AACTTCTTGACTAACACCATCACTTTCCAGGAYAAGATAAGGTGGCCATC ATACATTCGGATGTCAATCCTTTGACTTTTATTTTTTATCACACATCCAG AGGAGGGTTTGTAGCGTCTACAACCTGAACATTGAAGCCATGAAGGACTC TGTCGACGAGGAGTGGTCTGCCATGGACATGAACTTCATTCGGAATACTT GCAACGCTTGTCGCCATCTGTGAGACCAATGGCAGTGAATAGAATAAATC AATCTGACATTAGCTATGTAACATAAAATGATTTCTAAGGATGTTAAATT TATGATCAAAGAATTGCAGGTTATTTTCTTTTTAATTTCCGAACGTGTAA GTTTCAAGTTTCCACCCGGTATAGTCAAGTATCAATATCTATAGAGGAAA CAAGATTGAACTATGACGTAATCCCATTTCCTATTTTTAGCCCCCTCTTC GCAAATTGTTTATTCCCTCCGCTCTATGTATTTTTTAAAACCTCAATTAT ATGTCACTTAATTGTAAATTAGAGTTGAGACCCACCGGTTCGAAACCGAT ATTTTTTGTTCAGTTCGGTGTAATATGATTTTTTTCTAAACTGACAGAGG GATATAGAGTGGGGACCCTTAACTTACTCTAGCACTTAATTACGTTTTTA TCCACCTTTTCATTAATGACAAGAATTTATTACATAAGGAAATTACAAGT GAAAAAAATAAACAAGTGTTTTTTAATCCCATGTCTCTAAGTGTAAAAAT GTCCAAGCAACAACAAAGAAGGGAACATGTGTGCAGTCTCTTTCGCGCCG TTATTAGTGCCTAGAAGGTTGCAGAGACCGCACTGTCTACATCAAGAAGT TCATACAGCCCTATACAACTAAGAAGATCGCTTACTTCTGCAGTTACAAT ATGGCGAACTTCTTGCTTGCCTCTATTTGACCCTTCTACAGCACTGATAT CAACCACCGGTACTTCACAGTTTATAACTTTTTTCTAAAAATGTCTCTTT CCAAATTTTTATTCGATGTGAGCTTAATAGTATGATAAAAATATGGATAA TTTTCCCAATCTTAATGTGGTGCTAAGAAATTTCATTCCCATAAATTAAT TCCCTGTCTTTTCGTTCCCAGTAAATTCAGTCCCTGTAAAATCCATTCCC CGACATTTGATTCACACCTTACAAATGGATATTTAGTGACGTAATATTGT TTGAATCCAAAGGTGAAATTAAAGTAAGTGAGTGTAAATGATCCTGCAGA AGGGTGCGAGGGGCACGATCAAATTTGTATTTGAGAAGAGAAAAAGTATG ATGCAATTGATGTGAGAGAGTATTGGTAATGATAGACGATCGCTGGGAAG AGTAATGACGTCATTTACTTCTACTTCCCTAAGTCTGAACAATATCCACG GATCGGGAATCCATTCCTACTCACAATTAAAGACTTAGGAGGGTGTCATT TCTAATCCATTAATACTTCATATCGGTGTCCCATCCATCACAAATCATCA GTCATCTCCAGTGCTAAATGCCCAGCCATCCCTACAAATATAAAAACAAC TAACTGGTTTTGACCGTATGCTGTTATTAAATATTAAAGTGGGAATGAAA TATCCGGGGATGAATTTTACAGGGAAGGAAATTAATAGGAATSATATATC ATATATCTTATTTGGCTTAATAAACCATCGACACTTATAGGGAAAATTCC AATGAGTAATAGTCGAAGACCAGTCACAAGGAGTTCTCTCCTCAAGAATG AAAGAATAATAATAATAAAAGGCTGGGAAAATAATAATAACGTGGTGACT GATGAGCCAGGGATTACTATAGTTTCTGGAGGGTTCACCAACAAAAACTA TGGACGATGATACATGGTAAACGATTTCAATATTTCATTAATACGACTAA ATCGTTKTTTCTMARATMAAAAATATAAATATGATKTATATCAGRAAGCC ATATTTACAGTTCAAACGGTATAAACGCTCCATGTTATATGCTAAATAAC TCGAGATCAACATTGACTTCATTGCTTTGTCTTAATTCAAAAATGCCTTC ATTTGGTTAAGAGGTGCATATATACAGACACACCTAGCTTTATTAAAATA CGTAGTAGCTCCCCTCTTATAGTTATATATATAATGCATTTGGTATCAAA GGGTTGCTGTTGTACCATTTGCAACACATAGCCTCAGCGATTGTGGGTAG GGCAAATCCTACAGCATGCAAGGGTGACATCTAACCTTGTATCAAACATT GTGGACCCGATTTCCTCCTCTAACTAATCCGTGGTGCATCGTCAAGGGCT CCACGTCCTTATCAAGGTCATTAAGAAATGTCCCCTTTGAAAATAAGTTT GTGGCAAAAATCCTAGATCCAAATATAGTGGAGAAACTCGCTGCACTCCA AAAAAATCGCCTTGGGTTCTGTTGTTCTGAAAAATTTAGGAATCTTTGTT TTTTTGGTGATTGAGTTGTACACACAATAAACTTCATATGACATCATTAT ACCGATGTTCTCAATTTGAAACAAAACTGCCGTCATCTACATTCATATGA AATAGTTATCCAATGTATGTAGGTTAATGAGACTGCCCCAAGATTGTCAC TAATTTTGTGTAGCTCATCCAGACAAAATTTAGTTTTTGAATTTTTTGTA AAAAATTCCAAAAACTAAGTCCCCCCTTGATCTCCAAGCGGTTTAGGGTT TCCAGATCGAAACTTAACACTATGTTCCCTACAACTCGGATTACAAAATA TCCTTTTATTTTTTTAAAAGAGATAGATTATAGAATACAATTTCAAACTC CTTTTTTTTAAAAGTGTGTGATGTAATTTGAACTTCTTACTGTTGTTGTT TCCAAGCATCAAATATATTGGGATTCCCTCCATTTCTTCATACAAAGAGA GAGATAATGTGTAGAAAAACATCATCAGAGTCACTAAGTAGTGACTCATC CTCACCTAGTAAGAAGTACTTTTCTCATAATTGAGTCTGGATTACTCATG TGTTCTTTAGCTGTATTGCAAAGTACATTTGAAGTAGCAAAAATTCATCG TCACAATGAAATTATTTTATTTTATTTGAATGGGGCCATATTGGAGGCGA ATGACGTCACATATATAATGCCGGTTCCTATTCTGAAATAATAGTGAAAA AATAACATTTTGTTATAAATATCAGCCCAGTGAGTCTCTCCCAAGGCGAA TTTTCCCAAGGGGAGTATTCCCACCTTAAACTTTCCTAAGGCAAATTTTG CTAGGGCGAGCTTTCCTAGATCCCTTAACAAAACTTATTCCTCTAAAATA ACAATATATGTACCGACTGCATGTATTTACGTCTAGTTTGTACTCAATTT CTTTCTTCTCATTTTTAGAGCATTTTTTATCATGAAGGATTTTATTAGGA TATTTTATAAAATTACAAGATTTAAGTTGCAAATTCAGAGGGTCGTTTTA TATATCTTGACATATATATATAGTATTTTTTTCCTACAACTTAAAAAAGT AATAAATAGTTAGGTACTTCTAAATAATGATAAATGAGAATCGAAATCGA AAATTAAACATTATTTTCTCGAAAAACACCTGATTCCGATCCCATCGCTA ATCTAAACTCAGTAATTTCAATGCATAGCCTATAATTAACTTATATTAAA AGTATATGTGATATTATACTGTAGTTATCATAATAATAGGCAAAGTAAAA AGCTCTGAGCTTTTTCCCGCCTTATTTTGACAATAAAGTTAACATATTTA GGATTATCCGATTTCAATAGTTCCAAACGGTTTTCTGGCAAATCTTTAGT TCCTGGGCAAGTGGCCGCCTGCTCCGTCTTTTCACCTTGATGGTAGTGAT ACTTTTGAATCTATTGAATTTTCTCCTTTTTTTTAAMCTTCCATTTTGGA MCGCTGTAACATACAACTGGCTYCMCCAGACAATAAAATCTTTTTATGTG TACGCTTAACCTTTAAACATACATTAAGCTTTTTTTTATGCAATGAATTT ATCGTGAGATAAAGCTCACTTTAGACATCTAGCAAACAACGCTCAGAACT TTTNNNNACTTTTGAATCTATTGAATTTTCTCCTTTTTTTTAAACTTCCA TTTTGGAACGCTGTAACATACAACTGGCTTCACCAGACAATAAATCTTTT TATGTGTACGCTTAACCTTTAAACATACATTAAGCTTTTTTTTATGCAAT GAATTTATCGTGAGATAAAGCTCACTTTAGACATCTAGCAAACAACGCTC AGAACTTTTTACTTGACTTAAAATGAAGTAAAAACATTATTTGGACATTA CTACATTTAAAATAGCATTAGTGCATAGAAAATATTGTAATTATATTTAA ATTCATATATATGTTTATTTTATTAGTCAATTTTGAACCAAAGATAGGTA ATAATGCATACTTTAGAGGACGGCCTATTAAATAATAAAAGTGCCCACCA AACAGTTATTAAAAGTAGTTTTTTATTTACAAACTACTCAACTCTACCTA TCAGAGTTCAAAGTGTTAATTTCTATCCCCACTGAAACATTGTATCACGC AATCCTTCCTTTGAGATATAAAAAAGTATAAAATAATTATTCAATCAGTG TAAATAATTTTTTACTCCTTAAAAATAACTAATTCCATCAATACCAACCA GACAGATCAGAACACTCATCAGGAGAAGGAACTTGAAACATCAACAGTGG ACAATGAAATACACTCTAGAATTTATGTTATTGATGTAACGCCGTGAAGA AACTCTTCTGATTTTATTACAATTAATGCTAGACCACGATATTTGACATT TATTTACTCATTATGTACATACATGCCTATTATATTGTAAGTGTCTTTTG CCAAACTACACTATCATTAAATGCAGGGAAAGAATTTGTTTAAATGCAAA TTTATACAGCATTATTTTCATCATTAGGTTCAGTATTAACTTCATTATTA AGGAAGAAAATATTACTATTCACATTTCCCCATTTCTTTTAAAAGTCAGG CCTACTACTCCTCATTACTCATTAGATAAGTATGTATGCGTTTAATTCAT ACTGAGTGCAAGCTAAAAATGTACACCGCTATTATTTTATTCATGAATGC TGTATACATTTGTTTATTTAATCCTCAGTGTTACTCTGCGTTTTTCATTA GGACACTCACCCGTAACTTCATATCAAGCATAATAATAAGAGCTTGAGGG AGGAAAAACAACAACTAAACTGATGAGTACTTAAGTCTGTAGTGTGCTCC CTAACAAAGACGATGCTACATATAAAATTACATACTTGCGATAATTAATT CATGTTTACGGGGTCAATCGATTCCATTTTTTCTCAAATTGTTGCAGATT TAAACGAGCTGTTTAACACAAAATAAATCAGGTGCCTAAGTAACCGTGTT TCCCTAAGAATGCACGCCAAAGTAGGGATATAGATAGTTAGCGCACCCTG TATATAAAAAAATATTTTATTACATCATACTTGGTGTTAATGTAGACAAA ACAAAAAAATATTTTTTTAGAGGTATGACGAATCTTAATCCAAAATTTTC ATAAATAATAATTAACTATGCAGTTGTTATTGTTTAAGTTTCCAGATTTA TCCACTCATTATTTTTGAGATGCAAGAATCCGATGTCAAAGTGTGCGACA TTAAACATTTTGTATATTTATTCATTTCGTTTAGCAAATATGCTTTCAAC ATGGCATGTCTTTTCGTTGATTATACAATTTGTGACGTCAGTTAAAAGCT ACATTTTTATTCCGTATCTCTCTCCACATTCCTTTGACACTGTTTCTCAT ATATACATACATTTATGAATATCAAATTATAATCTAATCTGTGTTACTGA AATTCACACATCATAAAATATGAATTTTTGTGATAATAATCAAAGAATTT CTTCTTATACTCGTAGTTCTTCATTTATCTTTGTTTTTTATCATTGATGT ACTGTATATAGCAGTGTTGTTGTGAGTTCGAACCGCTTTGCAAACCGGTT AACTGAGAAAAGTGTTGAAAAAATATGTAAAAGAACTGGATCTTCAAATG GAACCGGCTGCACATGACTATGGATTCTTACTGACCAACTAATAAAAAGT TATGTGTCCTCATTAATTTAGTATAACGGATCTTAAACTTGTTGGAGGTA CTGAAGCCCAACAGTTTGTGTGGACATTTATCTAATCCTTTTTAATTGGT CAAGTGGAATTGGCAAATTTTGAGTTGGATCTTGGTATCCAAACAAACCC CTGGGTTACGATCAATCCCAGGCTTAGAACTACTTCTAGTGGGTGTTCTC TAGTGTTATGATGGTCCATATTTTGGTTCGTGATTTATTCCAGTCAGGTC CTATCCAGTACAGTCTAACTCAAATATTTGGTCCTTAAAGAAGGTAGAAT TGATCTTTTGTGACGTTATAGAGGGTGTTTAACCTTTATCTTCTTTCATT TTCTCTATTATATAATAGATAGAATTACACAAGCATAACCTAGTGAGAAT ATACGAGGGTGGTCTGATAAGTTTCCGACCTAACAGAGATACAAAACATT TTTTCTGAACTTTTTATTTTTCAACATAGTCTCCTTGTAACTGTAGACAT TTCACAAAGGGATGCTCTCATCTCTGTAACCCGTTCAAATAGTACTCTGC TTTTTTCTCTTCAAAATAGTTGTTACCTAAGGTGATTGCTTTTTCATTTG ACAAAATCTTTGCAGTCTACTGTTTGGASTGTAGTTTTGTTTTGGACGTA TAATGGTGTATCCAAATTTCAGCTACAGTAATTAATCGGTGCCAAATCTC GCATTTATTCTGTCTAAACTGCGCCAACAGAGTGATACTCGATTTTGTAC ACTTTCACAAAAGCATTCACATTAACTTACCCAAACGACGTTGGCATAAC AAATGCGTGTCCAAATGGATGAAAATTTGGTAAGTGAGGTCGGTTACTTT TCAGATCCCCTCGTAATATGTTCGTTTTATATCGCATTTTAATGAAAATA AATAATTTTTGGAAGATATGTTCAARGTTCTTAATATAGATCTTATTTGC CCTAATAAACCATCGACATTTTTAGTAAATATTCCTAGAATCGACAGTTA AGGACCAATCCTAGAACTGACAGTCCTAAAGACAAATAGGACTGGTTTTA AGAATACAAAGATCCGAATAAATAAGTACCGACACAACAGAAGTGTTTTT CTTCAGGAAAACAAGTATTGAAGTTAAAAGAAGTGGCGGCCCTAGGCGAA ATAGATAATTTACCTTCTTMAAATGAGATTAGTCACTTAATTTACGAATA TTTTTACACCCCTCTCTGAAGAGCGCCTAAGTCATCCAAAACAATATAGC CTGTCCTGTCTCTACTCATACTTGGTTTTACATGAATACTATTTTGATAG AAAATAAGGAAGAATCGGATCACTGGACTAATTGGTAAACCGAGTTGTAA CCGGCTCCAAACAATTAAATATTAGATGATGCTCTTTTACGTATAGGAAA CTGTTGGAGCTTAGAACACCATAGAGCTCGAAAACGCAATTTCATGGATC CGTAACATCACGAATGTTCACTATACGTTAAGTACACATCTATACAAGTC TATTACTTACTTTTACTTACTATCTTGCAGAGCAAATATTTGCTCACCAT AATTGCATTGATGTTTTTTTCCTTATCAATGCACAAATGCATTGATGGGC AATTGGGTTAAATAAGAGATTTTTTCTTCAATTGTGTTGTCTATTTAGAG AGTTTGCATGTGACGTAGGCATTTTTATTGATGTCATCCATCTTGAGAGA GGCATAAATAGTGAGATCTATTTGTAAATCGTGTGTATTTAGGGCATGTT AAGAAAATAAACCGAAAATGAATATCTTAACCCTGACAATTTGAAGAATG TTTTGTAGGAGAGCAGTTTAGCTTTCAATCTGTTTTATTAGATCCAATAC AATCAGCTGTGGCGAGGGTGAGAAGAAAACGACATAAGCAAGAATTACTC TGACACCGATCCTCAATTCTACTCAGTGTCCGACAAGGACTTACTAAAAT ATAACTCCGCAGCAAATCCTCAGGGTTACTCTTGGCCTTTTATGAGCACA CGTAAATGTTCGATCCGGTTTCTCATATATCAGATATAGGTTTATATGTA TTAAAGAGCAAACCTCACTCCTCCGGATTTAATTAATAATTGTAGCAACT ATTAGTGAGTCAATGTTCAAGTTCGTAAATAACCCGAGTAGACTTCATAT TTAATGTAGTCTGCTTGATTAATATTACAGAAACTTAATTAAATGATGCT GTAGCTTCGTGGGTAAATTTCTAATCAATTAATATTTCTAATGAGATTTT TATTTATTCTTTGAAGAGATAGTATACATACATAAACAACGGTTTTTATA ACGAATCCATCGATATTTAAAAAAATAATACATTTCTAGACTTTACGTTC TGGTCCCGCTGCTTCTCATTGTCCTACCTTTTCAGATTTTTTGACTTACC CCGATTTTTAATGATCTGGTGTCGCGCCGATTTGATTTAATAGAGCGTTC CCACTGACGTCACACATGAGGACGGATGTTTTTAGCTTTTAAAATTAGTA TAGGTATATCCTCCTTTTCGGTGGCAATGCCTATTCATTGTGACGTCAAT TGAAAAGGATCTATGGAGTGTTTTCACTGACGTGATAAATTACATCATAA TTGAAGGCTCATAGTCCGGATATTTTTATTAGATAAACTCTATATGAAAC TTAATTAAATGACCTTTAGAAAATTAAAAGACTCTGTAGTACACATATAT GGAAGTGACGTCATCACTCATCAGTCTCTACAATCAAGAATTCAATGTTT CTAAGAAGCAAAGTTGAAAATCCTTTGTTGAATGGGCGTGTTAAAAAAAA AGAAACCGAAAATCAACATGGTAACCCTACCTAACAATTTGAAGAATGTT CCAGAGAAAGAATAATGCTCATGACGCTTCATTAGATCAGCTACAATCAG CTGTGACAAAGAAGGAAGGAGAAAAGGATATAAACAATGACATTTGCTAG TATTACTCCGATGTCAATCCCCAATTCTACTTTGAGTCCAACCAATTATA TCTCTGCAACGAATCTTCAGGGTTACGCTCCGTCTTTTATGAGCCCACAC GAACGTTCAAAGAGGTTTTGAATATAATTGTATATATTTAGGAAAATGCG TTCACACCTAAGGAATTAAGTAAAAAGACAACTGCTAAGGAGAAGAAAAA TCCTTCTGCATACTACCAACTACAAATTAACGGACCAGCTAAAAAACACA CCGGATTTACATGTATGATCAGAAGTTAGTAAAATCTTATTTGTTCAATC AATTAACGTTCAAAAGACAAAAAGGTGCAAGAAAAGAAGAAAATCGATAG CTGACAATACAAAAGATATAAGTTGTTGATGATTAAAAATGCAATGGGGA TTAGAGAACGGCTTTTACGTCCGATTCTGATCAACGTTCAACTTTGGGAT CGCTAATACAAATACTTTTTACATATATTAGTATATATTTCTGGCAATCA CCACTTAATATATTGTATAGTTAGCATTCCATTCATTATTAACAATTTCC ATCATACTGAGCCACCTCAGCAAAAACTACATTATGTCTACTATAGGATA TACAATGCGTAACGGCTCGTTAACGGAATTAATCATACTTAAGCTTTATA TATATAGTATTAGATATGGGACTTCCCTTCTACAAACAATTCCTCCCTTT GAATATAAGTGTTGTTTTTTTCTAAATACTAAATACTATTTGAAATGAGA AATAGTAAAAGGAATGTTTACTATGTTTACCGGGTGTTTCGTGGAAATTA GGACAGTTTCATTCATACAATCAATAACATACATAGTGGAATCCAAAGCT TGCAGTAGTATTTAATTGTTATTTTATCCCTTTTACTCAAAATTACAAGG TTTCATTACGGAGCCAAACGATAGCTGCCACAAAAATTAACATTTTTTGA ATCAACCCATGTCTTTAAGTGTAAAATATCGAAAACTAATTCGTTAACTA TTTATTTGTCGAGGGGATTTGCATCAGGGCTTTATGGGGGCCAAAAGTTT CAAAAAAAAGAAGTTCAAAATAACTCACAAGACTCATTCAAAACTCATTC ATGAGAGTTTTGCAACGAAGGAGATGAATTATTTCATTGTTGGTGTCAAA AGTGGCCTCTCACCCCTCACAGGACTTTTTACATCCACTTTTTTGATAGC TCTCTAGAGAGTCTGGTGTGAAACCCCGATATCTTTTGCATGGGCACTCA CGACTTTGCCTGAGCTGTTTTTTTTAACTCATCCGGGACCTATTTGGTCT TTTTGACGGGACCTTCTTCCTCTCCAACGTTTTGGACTTTTTGACACCGT AAAAGGTGGTCCTGGAGACGCCCACGTGCTTGGAGTGTGCGAATGGATAT TCATCGATTACGTTGAACTGCCATTTTCTCGACTTGTATGTAAGAGCTCA GGTTTGTTTGGTTTTGTTTAGTCACTCATTTTTAATACTTTAATGTATCG AAGATTGAATTAATTTCAATCACTCAACCTACATTAATTATTGAATTAGT TAGGGTTCAGATTTCAATGGGCCACCACCCACCCGTTAATTATCAATGAA AGAAAAGAAAAAAAATGTGACGTAAAAATCATACCCCTTTTGCATGCTGA TATCATTGCTCAATCATTAGTGCATCTTATCGTCTCTATGGTAAGGATTG TTCCATAAGACGATTCCTCCAATTCGGACCCGTCCTTAAAGTGTAATGAC GGTATGTCGTAACTTTGTAGTTAGTTACATCCCTAACAATAATTATTTCG TCTTCTAGAGGGCACTTATAAATTTGGGACACTACGAGGGTAATTATAAG TGATGGATCGATACAAATCTCTACATTGAACCCTCATATTATTCGATAAA CGAATTATAGCCATGACATTCCTATTTTAAAGGATTATTATTCTGTTATT ATGATTATCCTATAAGGTCCTTGCTGAATATAATTCCTTCAATCAATCAC CGGACATATCAAGAAACGTTTATGACGTACAAGAAATCTACGTCAAGGGC AATGCCATGATTATCTTTCTCTCGTAAAGATTTCCAGACTCTAATGTTGC GTGTTGTATCACTCCGTCATTTTTGGATTTTTAGAGAAAATAAAATTATA TTATTACAATGTGATATCYTCATAAAAGGTATATTTGTAGACAKAAGTCA TAAAAACCACTCAAGACACTCACACGGATTTGTTAAATAATAATAACAAT TATTATTTCCGAATAATACAATAGGATAAAGGCATAAAATAAGCTATGCG TGTTTGTATCTTATCACTACATGATATGTATACTAGTGCTGAAATCCGGT CCAATACCGTTTTTATATTCGGTCAAAATTCATTTTTTTTACCAGTATGT GAGTTAAAATCGTGGACTTAAAATCAATCTGGACTACTTTAGGGGGAATA TTTTTAAATACTAGGTTGCGTCATTAAAAGTAGGGACTATTTTTGTTAAT AATCAATCAAGCAATGAAAACTTTTAAAAATCTATAGTTGTCAGTTTGGA GACGAAAAATCTTAAGGTATCTGATTTGCTCCCCGACAAAAAGAGTGTCC AAAAGACCATGAAGGCCGTAGAGTGCTCATAAACTCTAGTTTACAAAATT AAAAGCATGGTGGCTTAAAGTCAGAGCCTTGAGAGGTCCTCAGGCAGTGG TAGACTTCGGAAAAACGTGATCATGTAAGACGTGGACGCTGCGATCGCCA AAAGCCCGGCCAAGTAGATGATACAGCATGCCAAGGCTCTCAAGTTCAGT GATTGGACTTTGAGGAGGTATGTGAAAGATTTACGAAAAACCTCTTAATT ACTACGACATCGGCAACTGTTTTCAAAAGCAACCAAGTGTAAAGGGAGAC CAGAAATTGTTGACTAGGTTAAAGTATAATGGGTCTCTTTGGTCACACTC CTCTTCAGACTGTTTCCCCTCGACTATGCCATTTGGGGCGTAGTCGAGAT GAGAGTCTGTGCTACTCTTTTNCCGAAATTTTGATGACTTGAATGCCTCT ATTGAGCAGCAGTGGGCAGCTATGTCTAACACCTTGATCAAGAAGGAATT TGACATCTTTAAGCCCAGGTTTGGGGCCATGATAGTAGACAAATGATATA ATTTGAAAAATAAAAAGATAAATCAATATTGGAGTCTATGATAAAGTTTC AAGGTTATAGTTCTTTTCATTTTTGGTAAATTTTACCACATTTTGTTCGT TATCAAAATGTCCAAGTTTGTACTTCAGACGCTATAAAATAATTTCGATT GATATTTTCTATGGCTTYCTATGATTCCGGCGCCACTGATGGACCGTTGC TTTCTTAACTTAAAAAATAAAAATAAAATCACTTTTTATATTTTTTTTAA AATTCAGTTTTTTATTGGAAAAATAATTTTGGCTTTTTAATTATGTTTTC TTTAAAATAGAGTTTATTATTTTACTTAGAGAATTACTTGAATACCAAAC CTTTTTATTGTCTTTTTTAATAATTTCTCTATAAAAAATGTATTCTTATT CTATATAATTTTATTGATAAAATTCATCTAGGGCATTGTCTCGAACTCTC ACCAAAAATTTACCCATCTAAAGACTGACTGGGAGTCACTTAAAAATAAT GCTAACAACNCAGTATGAATGCCACCATAAAACATTTAATTAAGATATTG TATTTCATAATTTTGTTTTTGATCAATTTCTATCAAAAACTAATTGATAC ATATGAATTTTTGACGACAATGTTATATAATATTTAACATATTTATTTGC CAATTGCAATTTTGTGTCTCCCTTTGTCAATATAATATTACAGATAGTTA AATGAATGGAAGTGTATACAAAAAAAAATATATATTTTATAGTACACAAC GTACAAGTCGTTCGTTGTCTGTATTTAGTTCTCATATCCGTTTATCACAA GTATATTGTAAATTGAGTGACAATCTCAACAAAGACACACTAACTGAAGC AGATAATGAATAAGTTTTGCACCACCTTCCATGCTTTACTTCATTTTAAG CTGAATGAAGTCAAATCAACAGAAATACTGTAGTTATGAAAGATCAATGT ATTCAATATATATATATATATACAGTATAATTATTAGTGAACTAGMCCTC CACCTGCGGCAATGACAACCTCCATGCGGGGCGGGAAGGCCGTTCATAAA TTTGAAATTGTGAAAGCAGTAGATGTTGTTAGTTTACTCGGAGCTGCTTG TGTCATGACCGGTGCTGATCAATGTTGCAATCTCCAACCTTTTTGTCTAC ATCTTTGTTCAGAAGGGAGCAATATTTCTTTGCAATATCTTGTTTGAAAG ATACTGATAATAGCTTTTCATTAATGTGTTCATCTCTCTGATCGGAATTC TTAAAAAGCATGTGCAAGTCCTATTCACAACTTGGTAAGTAAACAATACA ACATTACTATTTCATAATCTTGTATTGATATTTATCCCATTGCTTCGATT ACAGCTAATCTCATCAATCGTTGTGACTAGAGATAGAACGGGTCTTCCAC CCGGATTTGAAGTACCTGTTATGGTATAATCCGATAGTATTGTATTATCC GATAGATCTGAGATACGAACCGGCTTTGAGTACTCGAACTTTGACGGTTC TTAAAAAATAGTCTGTAGTATTGCTTAATAAAAATAAGACGGGTCAGGGA TACAGATCTGAAGTACTCTGGTACGGTATGGGTAAACTTGTATTAGCCGA AATTCGATCAGGCTTCGAGTACTTCGAACTTAACTGATATTAAAAGTTAT CTGTAGATTTTTTGGATATTAAAAAGCTTATAGTATTGCACAACTCTGGT TAATATATATATATTCAGCATTTCTAATCGGTATAATTGTAACCTTCACC CGGATTCTATTTTATTTAAATCCGAACATCGGATAAAATGCTTATTAAGT TCGAGTATTTACATCTAAAGATCCGTACCGGCATCGATTCGATAAAATGT AGATCCGTCCAGTCGATACCTATGCTCCAATGCTTTAGAGTCTTAAATCT TCAAAATATTGAATCGATTCTTGGCCAGGGGCGTTAGAAGTTGGAGGAGG GGTATTAAATCAATAATTGAAATTTTATAAAATGAAAGAGTTCTAGGGCT TCAATTTTAGTCATGCCATCAAAAAAGCTCTCCTCCCAAACATTCTAAAA ATTGTCAGTATTAATTTTTCGTATTTTAGCAGACCGACATGTCATATTTT GAACAACTCTAAACGTGATCACTTATTTAAAAAAAGTATGTAGTGTAAAT TTGAACAGGCAATTAATAATTGTATTCTTAAACGTAGTATGTGAGATTTT TATACTTTTAAAAATCGGGAAAGCATTGCCAATATGAAGAAGTAGTCATT TTACCTTCGTACATACATTGTACAAAGCTTAAAGTTGTCAGTGGCTTTCT AAAAAAATAATAAAAGATTTTTCTTATTTTACATTTTTTTTAAAGTATAG AAAGAGAAACAGTTACAACAATAAAATAACAAATTCCTTCCTTCACTTCC TAACGTATAAACTAAAGCTATCGATTTCATGTTCCATATAGCAGAAACAA GGTATCATGTGCCTCGGAGTAAGAGAAGCAAGCAGGAAGAAGAGATAGAA AAAAAGCTTATCTTTCTTCCAATTTATATATTTATTTAATTATTTTTATT ATTAAGTATAAAATAATAATTGTAAGGGGATTTGTTGTGGCATTCGCATT GTTTATGTCGGCCATTTAAGGCTCTGCTAAACAACAGAGTTTTAATAGAA TAAAAACCATTAGTATTAGGGGGACAATAGTGAGCTTGTGCTCTGTATTT GGATGTCAAAATATAACGCTCAGCTAAAAGGAATTGAAGCCTTACTCTCT ATCAAATCTATCCTTCTAACGTGTAGATATATTTAGGAATAGACATATGG ATGAGCGGGAGAAGAGAACTGGAGCGAGTCATATAGTTAGTGATGAAAAT TATGTGTGTTTTGGGCATGTACAAAAAAAYAACAACAAAGATCAAAATGG TAACCCTGGCAATTTGAAGAATCTTTCGCAGAGATAACGTTTCTACGAGC AGCTGTGAGGAAGAAAAGGAGGTGGAGGGAAAAAGGAAATAAATACGGAG ATTTGGAAGAATGACTCCAATGTTGATCCTCAATTCTACTCTGAGTCAAA TAAGGACTTACAATTTTAATTCCACAGAAAATTTAAGGTTTTTCTCTCTC CTTTATTATCACACAAATTGTTTGATCAGGTTTTGATTATAATTGAATTG AAAGATGACTTACATTTTACTCTTTTGAAAACCTAATTGAACATTCGTGT GTCATAATAATAATATCTGCACAAACTGTGCAATTGTTTTGAGCTCTTGA TCACGTTTATTTTGTGTTCAATTTGTGTCTTCTCAGTTTTCGAGCATTTT TTATCATAAATTATTTTATTACAATGTATATAGAATAATTAGATTCGAGT AACAATTGGTCACATGGTTGTTTTTAGATATTGACGAATATATTTAATAA TTTATTTTTTGCATAACTAAGAAAAGTAATCAATGAGAATCGGAATCGTA AATTAAACATTATTTTCCCGATGCCAGATCCGATTAATCGTTCCATCACT AGTTTTTTACAATCCATTTTTCTCTTTTCATGACAGCTTTATAGCTCTAC TGGAAAACACTCTGCTATTATATCGTGTTTTATTAAATATTTTATGCATT ATTTGTACATCAATAGTTATCATGTATGAATTTTTTTTTTTTTTTACAAA ACGAAAATACTTATGATTTACAATCCTACTTATATTCAACAATAGTTTGC CATTCTCCCCGTACACTCTACTTATTATTTCAAAATGAAGAACACTTATT ATTATGTAGTTATAATTCATGTTTTTCTGTTTCATTTTTGGTAACAAATG CTTTATTTTTGGATACTAGGATATTTAATTACTATAATTTATTTCCCCCT TTTCTTTTTATTATTCTAGGTTTGAAGCCGCATGTGTTCATGAAGGGCAA CTTCATGCCTTGACTGAGGTAAGATGATGATTATGATAATAGTCTTTTAT TAGTACATATTATTTTTAATTCCTTTTGCTCCGTCCCCCTAAATGATGTA AGATGCACCTTGGCCATATTATAAACACTCCATATTAACATATGTGTGGC GATAACATAAAATTAAGCTTGGATTTTTTAAAGACTCAAATACAGCATAA AACCACTGAAAAACTGTCTTAATAAGTTATTAATATGATTGATAGTTGTT TAAATTTTTACATGAATATATTAAATACAAGTTGAGTCAATTTGACTGTG CGGTATTTGAACTTTATATCCAATTTTGATATCATCAATATAATCAATTT CGGTTGGTGAGGCATGTTCTTAAACAGCTAATCCCTTTCTTTTTTTCGTT ATTCTTGCAACGTGAATACAAATAATTGCCAGTCATAAAGTCTCAGTATC TTTTATGAGCAGTTTTACCAAATAACCGATTTTTATGAGGTTCAATTAAC ATTAAAAACCGCGACTCCTAAAGACTTGATCACTTTTTTGAATTAATGTA AATTATAGTACTCATATCAACGGATACGTTTATCATACTGTCGCAATATT CAGAAAAAGTAACACAACTTGCGTTAATGTTATCGCCACACATATATGTA ATGTCAACACAAAAATAATCTTGAATAAAAATCAAGAAAAGTAGATACTT TGTTCATTGCTTATCCTATATATCAGAATTAGGGTGCCTCAGACCACCTT CCCCACTCCCCAAAGTAAAAAATATTGTTTTGGCGGTATGATAAAAATGT TCTACTTATAATAAAAACACACTGTATGAAATATTTTTATATTCGAATAA ATTATACGGGGCCCACATTAAGCATTTTGAAATGAGAATATTATAGTATA TAGTTACTAATATAGAAATATGGCTTTAATGGCTTAAGAGAGCCAAGATT AGTAACTATGTATTTCTTACTATCTAAAATTAAAACAACACACTTTCAAG GAAGTGCAAGTTAACCATATACTATAAAATTCTCATTTCAAAATGCTTAA TGTGGCAACAGTAAAATTTATTCGAATATCAAAATATTTCTTACCCTGTG TTTTTATTATAGGTAAAACATTTTTATTATACTGCATGATAATATTTCTT ACTTGGGGGGAAGGGGTCTAATGCATCCTAATCAGAGTGCATGTATTTTT TAAAGTATAGGTCAAAGGYAAAATTTGAAATGAATGAAAAAATTTAAAAA TGTCAAAAGATAGTGTTGTTTTGTTGAAAAACAAACAAACATCATTAAAT GAAAACTATTTTACTCTGTCTATTTATTACAAGAATAAGGCCAGAATATA ATTTTCTTTAAAAAAAAGGTATATTAAAAAGATAAACAAAGAAATTTGAT TTTATTACAAAAAAAAAAAATATTCAATGAAGACTTTTTATAAAAGAGGG TAGAATAAATGAAGAAAGTATTATCATCTAATAAAAAGGTCAATTAAAAA ACCCATCAAACAAATAGTCTTTCTACAAAAACAAAATGACTACATTTAAC TAAAAAAAATAGAGAATTTATGTAAAAAAGGTCACAAAATAATAGGAAAA TGATTGGCCTTTTATAATAAAAATGTCAATTAAAAAAATTGAATTTTTAA TAAAATTTTTGTATATTTTTATTATAAAAATGGGTCAATGAAAATGCAAA CAACTGGTTTTAAAAAAAAGGCCAGAATATTATTCAGAAAGTATTGGATC TTTTCTTTTAATAAAGGTGAATTAAAATCACTTAAAAGAATTTGTCTTTT TTRTTTAATAAAAAAGACCACTTTATTCCTTGAAAGTGCAGACCATTTAT AAAAAAAGCCATAATATAATGAWAAAAAWKAYTCAACTTTTTTAAAACAA GSTCAATTTAAAACMGAAATAAASAAATTTRGWTTTCTCTATNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNCTCAATTTAATTTAATTTATATAAATATATAATATTTCTGAGATGTG AATATGGACTAACATGTCCCTCACCAAATCAATAAACTAAGGGGCAAATC GAAGATCATTATGCGATCAATGTTTCTACAAAGTAGTTGTATACGTCAAA ATTAGGGGTGTTCAGTATACTTGAGTATTACAAGTGATGAAAATCCAGTG TAGAATGGACATATTAAAAAAACAAACAAACAGAAAATCAACATGGTAAC GCGGACAATTTGAATAATGTTTTGGAGGAGAGAAAGAATACGGCTCATGA CGCTTCATTAGATCAGCTACAATCAGCTGGGAGAAAGAAGGATGGAGTAA AGGATATACACGAGGACATTTGTAAGTCCAACAAGGACTTACAATGATAA CTTCGCAGCAAATCCTTTTTATATGAGCGTACATGAATGTTCAATCAGGT TTTGAATATAAATGAAAGGATGTTCACTACTCAGGAATTAAATAAACTGC TATGGAAAAGAAAATAACTTCTTCAGACTACCAATTCCAAAAAACAGGCC AGCTAAAAAAATTCAACTCATCAATTTTCTTGTTATATATGACACACTGA GCTACACATGCTCGTTGCTACATTGTTATTTCTGAGATCCAGTTGTCACG TAGCCCTCAGATATTAAGAGCACACTCAAAAGTGAGGCTTAATAGACAAA CACATCATAATATAGATAATAATTATCGAAAATGAGTTAAACCTTTAATT TGATGTTAAAATTTAATAATCGATCGACATATATATAGTAAATATGAAGG GTTCAAGGATGTGTTTAAATCTAATGCGTCAACTTAAAAACAAGCTTAAA GAAAAATCAAGAAATGGATAAGATTGGAATTGTTTTACTTCATACATATA TACATCCCAATATTTCATTCACATATTTGAGTCAATTATAGGCTTTCTTT TCTAATTTGTGGGATAAGTGAAGATACCCAATAATTTTAGCTTTAATTTA GAACCTTTATTTGATTTAAGAGACTAATATTGGCCCCAATACGGCCCTTT GAAAAGAAATATGTCAATTTTCTATTCTTTTATATTTTGACTATTTAATT TTGCGGCACACCCAAAGGGTTTGTAAGAATAATTTATTGATATAAATTGG CAATATTCTTTGAAGAGTACAAATATATTCCTTCCTCAATTTTGAAAATA ATTATTCTAGCTAGCTTTAGTGTTGACGGTCCACACATGTTGTCCTTACG TCTTATAATACTCAAATCGTTAACCCGAATGAAAGATTTACTTTTTAGAA ATACATACCATTTGGGTCAACAATTGACCCAAATAATGAAAAAATGCTGG CCTCTATGTCAAATTCTATTGTGACTGCAATTCCGTCTCAGTCTAACCTA CATGAGATTTACGTATAAATTGCCTATCTATTGTTTGGTGTAGAAATAAG AAATATTTTAAGGAAGAGAAATGAATCGTGGAATGATGAATCCTCTCTTG TAAAGTTGTCATGTGAAGTTTTCATAAAGTAATTTTTTAGTAGAGAATGT TCGTATCTTTTAACTCTTTCCTTTGATAAGGGATTATTTATGTTACAATT ACATGTGTAGTTAGTATCAAATAGCTTAGTCTATCTTGCAACCTTTCCTT CTACAAAAAGAAAGAGAGAAAATGTTCCAAAATCAGTCCGTAGAAATTAG GCAAATATATATTTCCGATGACTTTTTGTACTATTTTTCCTTTCCCACCA TCATTATTAGTGTTGTGTCGGTCCTTATTTATTCGGTCCAGTACAGCCTT GATCCGTCCTTACGACTGTCAGTCCTTGAGTCGGTCTATATTTATTGTGG TTAYTACAGTCTTAGTCCTAAACTTTCGGTCCTTGGAATTTATCCTACAA ATGTCGATGTATCAAGAACATTACACATATCTTACAATATAATAAGCGCA TATTATATTTGCACTTAGTTATATAATTTGGTGCTAGGTAATTTTGTCTT TAACTATTTTGCCTCWGGACATTGAAGCTTCATTTATTTATATGTTAAGG CGAAATATCCGTAAGGAAAAATTTCCTAAGGTTAAATGGTTTAAGGAAAA ATGTCTTGGGGTAAAAATTCCAGGGCACCATATAGTTTTTTCTTTTATTG AACGGAATGATTTAAAGAAAAGGAAAAATACCCTTAATGACGTGACTATT GTATTTTTTTTTTTTTTTTTGGAAATACCGGCAAATTAYAATGGACTACT TGTGATACAAAATATGAGATCAATCATAAAGATCTTACATGTTCATCAGC ATCTCCTTGAATTTGGTTGATTTTTCACCATATTATCTATGATGAAATTT AGATTTTAATAAAATATTTAGCAGTAAATATAAAAAAATTAATGGATAAA AGTAGAAAATTTCACTTTAACATGTACCAAAAATACCTATTGATTGGACC ATTGATTTGCAAATGATGTGTTGTCCAACATTACTCACTGTTTACCCTTG ATCTATAGGATCGAAATGGAATTGCAGGCCTTCAACAACATCACCAAGAA ATTCCAGGACATGTATTAGGTGAAGAATGGGATTCCTACTTTCAAAAAAA TCCATAAAGGGTCTCCTGTCCTGAACGTCTTGCTACTTCTATGTCTAGGG GGATGGGGCTTGTAAAGGCACAACTGTGCCACCTTATCCACAAAAGTGTT GAGTCCCTCAATGCTGCCATCAAGCACGTAGATAATAAGTTCGCTTCTGC TGACATCATCAAAGCCTGCTGAACATTCCGTGGGAGAATTGATAAAATCC AAAAATTCATGCATTTGTCTAGGATCTTGATGAGGTCAAAGTTTGTTCCA ATGGTAGTGCACAATCCCATACACTTAATGTGTGATCGTAACTAATTGTT AATTTCGTATTGTTTCGTCACAGTTCGTCTCCTCTTTATTTCTTTAAAAA ATGGAAAAATATATTTGTTTAAGTCAAATTAAACATTCTAAAAAAATCGT CTCATAATCTTCGTTCGTTGACAAATACATTTTGTCCAGTCAGCTGATGA AGTTAATAATACAGCGTATCTCCACATAATATTAAAAGGAAGAGGACCAT CTTAATCCTTAAAAATATGATGTGTTTACATAGAGCCTCCTCCACCAACG ATAAAAAGTGATCAATTTTAATAGAGATGTTAAAAAAAAAGAAGAAGAAT ATTTTAAAAGTCAATTATTATCATTATCCTATTACGGATGAAGAAATGGA GTTAAAGAATAATGTTTTTTACTCATGCAGTATAGGAAAATATTATCTAC AAAATTGTTTCTACTGTGGGGATGAAGCACCATGATCCTTGTCAGCTATA ATAGGTGAAATAATAAGTTCTGAGCATTTTTTCGCTTTATGTTTACGATA AAATTATCATAATTAGAATTATCCGATTTAGATGGTTCTAAATGGTTGTC TGGATAATCTTCAGGCAATTGAATATGTGCTCACATGCCAGTCCAACTCG AAGACTTCCATGATTTTATCGACATTTTCGACGTCAACGGAGTCGTTGGA ACCACTACTTTGCTATTGCATGTGATACTGTATAGGGTCCATAAACAGGA CAATTTTTCGCTCATTTGTCTCCTTTTCACCCTGGTCGTAGTGATTTTGA AGAATGTATCTAATTTTCTCTTATTTTACTTCAATTTTGGAACCCTGTAA CACGCCCAAACAGAAAGAAAAATACCGATCTGGCTAAAGATTAATTTATG TTCTTCCAAGAGATGCTACTAACTAAAAAATACTTCGATGTGTGGTAGTA GTGCCATCTCGTGGACTTTTCAAACGACCCGTCGTATTGTGTGTAAAAGT AACATTCACAAACATAGATACGAAGTGATATTAAACCTATTGAAGAAATG ACTAAAAATGTTACCATTATTATTTATTAAGTCTTGATTTTCAAGGCCTC ACGATGTGATGTTTGTATATATTTAGTTAGGCAATTATTAGTTGGTTATT ATATCATTATTATGACTATTATTGAAAACAGCTACAATAAAAAGGAGGGA GACGCGCAAAATATCAGTTGCCTAAATGCTCTTTTTTTAAATGTGTTTGA TTACTTCTTATCATAGACATTGTTCCATTATTCTCATACCGGGTGTCACA TAAAAACAGCATAAAACGTAGGCAAACCTTGTTTGTTTTTATTCAAGAGT ACATGAGATAACCAAGTTGGGGTTGCAGAACTTCTCAGCGTGGGGATATC CCTAAGCAGCTTGTAGTCCATCGAAAAACAGTCGTTCACATCAAGAAACC AGTCGTAGATAATGCATTACTTAAGAGAAGGCATAGATAGAGGAGATCCA TTGTCTTGGGATTCTTTTGCCAAGATCATGTCAAAATTGTTTCCAAGGGT AATGGCTAAATATCATATAACCTTTATATAACAATTAACATGACTTTAAA AAAAATTAATTTTCTCCTTAACTTATTGTCTGATTTTAATAAAAATCAAT GCCAAATGATAGATAAACCATTATTATTTTATTCAGTATAATTGTTTTAG TGTCAATAACTGTGTTAACGGACTTGACCTTGGAGACGGGAGCAGGACTT GATGACAGTATCATTTTGCAGATTCTGGAATTCCTTTCGGATCATGTACA TCAGCTCTGATTTTGTGTTACTGGAGGATCTGTTGGTGTGTCATTCAACC GAACCCCACACAAAGAAGTCCATAGAGTTCGTGTGAGCTAGGTGGCCAAA TACTGGGTCCAACAAAGTAAAAAAAAAACACAAAAAAACTGWCAACCAGG CCAACGTTTTCTTTGCAGTGTGCTATGGAACATAGTCTTAATCACCTCCA GACTATTCCAGTTCCTTTCTCACTCTCCAAACACATTATTTGTCCATGTT TATGAAGTTTAGCATCTCAAAATTGTAACTCCAGGGTGGAAAGCAGCATG GACCTTTTCAAACCATTGAAAAAAAAATACTTCCTTGATTGATGCCATTT TTTTTAAACTAACGGCAAAAACTTTAGGCTAGCCACTAAAATAACAAACA ATGTCCTGCCTGCGCATGCGCTCAAATTTCTTTATTAAACACTTTATATA ACTAGCAGATAAATACAGGCAGTTCAAATTAATTGGAAGCCTTCTTTTGT TGTGCGTTAAACAGGATAAATTTAGGTCAACAATTCATCTAATTGTTAAT GTATTTTCTCTTTCCCTAAAAATAAAGTGACTTTTTGCCCACCGCCAATG TGACCCAACATTTGATTTATGACCACAAATATTGATATAGGGATACATTT GGGCTTCCATATTCTCTTTAACTGAATACTTTTGGCTGTTCATAGAGGTC AAAGCCTGCTACAAACGCCACCATTTCTTCGAGGGATTGAATTCTTCCAT TAATTCATAAATGGGTGTTCAGGAATGATAATTTCATTAAGAGCGCTTTT GCTGCATTCAAGTGGAGTTCGGAGGTCATCATTGAGGCCACATTGTAGTG TAAAATACTTAAAGTACGCCGAAATATATATATTTTTCTTGATCATTAGA TTCCATAAATGAATCTTGATAACATTGAAGCTTTGGGATCCTACAATAGT TTATGGACACCTGGTATATTATTAAAATATGCGTTTTAAAGAACTTAATA TGCAAGTTTTTAATATTTAATCATAGTGTGTATTATAGTCATTTTGTTTA ACTGAACCYTGAATTATCAGAGAACATAAGTACATATACATATATTGGTC TTTTATATATATATATATATGGAATGAATATATTCATTCAGATGCGTATA TTGTATATGCTTAGTTGTCATAACATTATCGCAATTTGCAACTTCCTTGG TATTTAATGTCTTTTTTTTAATTGTTCCTGATCTCATTACAAGCCCTTTG ACTTGAACAAATATTTTGGTAGTAATATAGTAGTGTTGCATTTCCGTCCG AACATCCAAGACGGTTCTGCGACCGTTATGCTCTACACCATGGCCTAGAT CAGAGGTCGGGAACCCCTGGCTGCGGGCCATATCGGCCTACCAGTGAATT TTAACTGGTCCGCCATCTTATTATGAACAATAATCTAAGTTTGGGCATAC TACTCCACCATGACTCTGCAGCTATTTGACCCTCTTTCATGACACTATAT TGCTGTTTAGCCTCTACTCTCCAAAAGGTTGCCTAACTCCAGTTCACCCT TTCTCCATGGGAGCCTTTATGACATTCATGTGAGTTGACACAGGCCTTCC TCTCGGGTGCCTTAGTCAAGAGGGTTACTTTCTGGTAAGGACGGAGGCAA TATTTATATCCTTTGAGTTTTTTTGCCCTTGTGCCTTCCAGGCTTTCTCT CAAGAGTATTGTTGTCGTATTTCAGCTTTTTAATCTTTGTAATAAGATCC TTGGAGGGGACACTATAAGAAATCTTGTTATAACAAAATTCCTTCTTTAA GTAGCGCTGATATACCATTTATTTTGCACTCTGTCTCAGCTGTCCTAGTT CTGATTAAAATATTGGTTTATTTTTATTATTCAACCAGTTAATATTACGG GGAAAAAATCTGTGTTCTATAAAACCTTTCAAAGTTTTATTCACGATTCG CTGGAAAACTCTGATATTCGGCCCTTTAAAGGATTTGGGTCTAAATATGT CTCTATATACACAGAGTGGGGATTTTAAATCAGGAAAATTTTAAGGTAGA GGGTTCGGAAGCAAAACGTGGACTGAATGACTGATTTTGGTGATGAACTT CTCGGGCATGTTGTTCCACTCCTTCAAAATGACGTCTTTCAGGGAGTCCA TATTCGGGTGAGATGTCAGGTAGGTATCTCTTTCCAAAGTGCTCCCCACA GCAAAGTCCAACAGGTTCAAATCCGGCGAAGATGATGGCCACATGTCCTT GTGCCAAAAATCAGCCATATTGTCGGCGCATATCTTCTGGCATTTGACCG ATGTGTGTGAAGGTGCACCATCTTGCACATAGTTTTCCTCTGGGTAGGAG GCACACAATAATAGCCAAACGTTAATAGTATTCGGAGGACATATCAGGGA CCTTGTATTTTAGCGATTACAGTTTTGTCAGCTAAATCTGATGAGCACAC TTTAATAAAACATAGATCTCAGGAGCGCCAAGATATTGGGTTCTTAACTT GTTCCGGATTTTAAATCACTTTCTTGTATACGTAAACTGATGAAATCGGT TATATGAATATGTCTGTCTTATGAAGTTGAATGTYTTGTATAAATCAAAT TTGTACAACTCAACTATTAGGATAAGGAATAAAATTGTTCCATAGATTGA GACAATTTGTTAACGATTGGGGTCTAAGCTCGTGGCCTGGACGAAATATT GGTTCAAATTGTTCTACAAAAAATCCATAAGACCGAACCGGTTTTGAACT ATATTTAAGAGCTACAATAACTGTACACTTATTCACTTATTAGTCTTAAG AATCCTATGGTTATGATTAATATATTTGTAGGTCATAGTAGATAAACCTA AAGCCACGATATTATCTTTTTTATTAATATCATATCATGACTCTTAAAAG TATTTTCACTTACTCACTTAGTCATAAATGAAAAGGTTTATGTTGGGTCC AACTACACCACTCAATTCAATGTTATCCTTTCATAATAAATAGACCGAGA TAATTGAATGAGGCGTTCTTTTCATTCTATGTGTGTATATGTTACAAATA TAAGGTATGTTGTATTCATTTGTGATATATGATGCGTCAACATATCTGAA ATCTGAACACTTACTAATTCAATAATTAATGAAGGTTGAGTGATTGAAAT CAATTCATATTTTGATATATTAAAGCATACTAAATTAGTTACAAAGCAAA ACAAACTTGAGCTCTCTCACGAATTAGTTTTCTTTTTTTGATTCCATAAA AATTATGTTTTTCTTACATAATCTTACTACTGCAAGTTTTGGGTCCCCAC TCTGTGATGTTGGCAGTAGAGAAGAGAGTTTGTAAATTATATGAGTACGT CATTACGAATAAGAAGCTAAGAATATTGTGTTATACCTATTATAATTTTT TAGGGTATTATTAGGATAAAAATTGGTTTAAATACGTCATACATTTTCAT ATCCAACCTCAGCGAGGTTTCTGTTTAAAATACATTCATAACTTCATCCC CCAGTGACGTCATTAGAATAACATTTCTATTTTGTACTCCCAAGACTTTG CTTTGATATCGCTTTTAAATTTGTAAAGAAAAGTTGATAGGGTTTTTATA CAAAAGAAATTTGATGTTCTTCTAAGAGTCCTAGATATGTATAATAATCG ACAACTTGTGCAAATTATCCCTTATTATCAAACCTTTTATTCAAATAATT GATCGACTCTAATGACTATGTTTAATTGAATAATAATTATTCTTAAAAAA GGAAGCAACGCAAAATCACGAATCTTATATAATATTTATGAATTATGAAT TTGGTACGCATTATTGGATTATTGCAAAGATTAAGTTAAAGCAAATAAAG GTTTTTTACTACTGCTATAAAGTTTTAAGGTTTCTTATAAACAACCTTGG ATAGAGAAAGAGAACACTAATCTACATATTTTATGTATTTGTATGATATA CAGGGTGCGCAAAGCGTCCTATAAAATCTAGACTAATAGATAAATATCAT TTTTTTGAATAATTGTTCTTCAAAATCGAAAAAAATGTTTCTTTTGATCT GGGTCGACTTAAATCATTTCGTTAAAGCTCGACTAGCATTTGTGTAATTT TTTATTCTCAGGGTTGTTTGAGGGTAATCAAGTGATACGCCATTACAGGT AAGCTGCTCACTTCTCAAATATTCTTCATTCAAGAGTAGAGATTCTAAAG TTTTCTCGGGAATAGAGTCAGCTGCTATCATGCATTGGAGTCGCAAGGAA CGTGTTTTTGTCGTTAAAAATAAATATTGCCAAAAAAAATGGTTTAATAT AATATTTTACAAAACTAAACTCATTGAAATTTTTTTGTTTTGTCCGTTTT ATGAAAATCAGTTAATTGCTTCTATTTTTTAAATACAAAAAACTATTTTT TTCTATTAATTTGCGTGATTTGAAATTGAAAAATTCTTTGTGGGCGAATA ACTCCACGTAGAATGATGTTAAAGAGTTAAAAATGATATCATCAGGTTTG GTGTCATGCAAGAATATTAAATTAGGTCGGTTTGTTCTAATTAGTTAATT AAAACCAGATTAATTCAGAAAAAAACATTTTGAAGACCTTAGTAGGGTAA TCGCCAATAATTAATTACTTACTTATATCTTAAACGAATCATACACAACT ATAAAAATGAACCACTAATAAAATAATTATCCTTTTAAAACCTTTCTATG AAAAGTTATTTTAAGAAAAATGAAAAAATCCCTGGGAATTATAATACAGA AATTTGGTCATTTCGACAGTCAGGGACGTCATCTATCTGATATGAATTTT AATACTGAGCAAAACATTCATCAAGAAATTAAAAAAAACAAATTTATAAA ATTTGTTTTTCGCATTTTGAAAAAAGATCTTAATGTTGCCCCACTCTGTA TAAACTTAACACGCAGTCACAAAGCTACAAGTAAGGCTTCCTTTCCTTTT GTAAAGAAAACCTCGGATTTATTTTATTCTCAGTATTTAAGTTTGAAATA GAAATGTAATTATATAATACACTATGTATTTTTATACATAAATAGTATGA TATCTAAAAAAGAAATATATATTTTATGATACAGAGTGCGTCAGCACTTG TTATTAAATAATGTAAATAAAATTTTGTCCCACAAAGTTACAACCTTGAC AATTAATATCCCCTTCAAACTTTTTATGATCGTAGTTTACCCTCATAATT GTCTTAGGACCCCACTAACCAGAGGTTTTTATCCTAGGTTATTTTTCAAA ATTTATTTTAAAATCATAATAGCTAATAAGTAGAGTTGTAAATCCTTAGT ATTTTTGTATCTTTTGAGAATTGTTTTAGATTTTTTAAAGCTGATATCAC ATTCTTCCATTATTTAAGAGTATAAAATGTAACCACAAGTCTGCTAATCA TGAATGACAATGAGTAACTCTGAAACTTTTTTAAGGGAGTTATTAACAGC GAAAGTAATCTGTTACATTTTTAACCTAAAGAATAGATTTTCTAAAGGAG TAATCTTCCTTTTTTTTTACTGCATACATGCAACTATCATTGATCGGATT GATAATTTGTTTGTGCTGCCAATAAAAGATAAGTGTAACCTTGAGGATTT TTTGTGGAGTAATACTTGTAAGTCCTGTTGAATAAAGGATCGACGCCCCC CCCCCCCCTTTGTAGCTTATATAATAAAACGTCATGACAGTACAAATTGC ACCTACAAAAGTATCGCTCTCGTTTACGTCTTTTTTTTTTGACAACTCTA CTAATGTTCCTGTTACATATTTTCCGACATAAGACTTTTTGTGTTATTTT TTTGGCTATCTAATCAAGAACTCCAATGTGTAACAAGGGAACMTATTCTT ATGTTGTCTCAWTTCCTCCATTGTCTTGTCCTTCCTACCTCTCTTTCTNN NNNNAATATATTAATTAATGAGGTAATTATTATTCACTTACAAAGAGAGG AGGAGCAAAATGATCCTTCCCCCTCGTAAAACATTTGCTAATAAGTAAAA ATAAATGTATGTCAAATTAACACAAAAACAATCCCAAACCAAAATCCAGA AAAGGACAATGTCCAATTATTATTATTTTACATATAATAAGTATGTTAAT TAGAACAAACCCAACAAGAAGAGAAACTTCCATTTTATTCTTTGACTACA TATTTGAATCAATTAGAGGCTTTGTATTCAAATTTGTGGATGAGTTAAGA TACTTAAGAACTATAGCTATAGTTTGAAACGATTATTTGATTTAAGGGGC TTGTATTGGGCCCGATATAGAGACCCTTTCAACTATAAAATCTATGATAA TTTTAATGTGACGAACAGTTTTGGATACAATTTGTGACACACATAAAAAG AATTATCCTTGAAAGAAATGGACGAATATTCGTCGAAGAATACAAATGTA ATCTACCCTTAATTTTGAGAAAAAACATTTTAGGTTGCTTTTGTGTTGAT GGGCCACATATGTTGTGTACAAGATATAACATAGTAATGGACATGGATAA TGTTGATTACTTGTGATAAGAATTCCCAGGTGCCTCTACAGGATTATATA TATATATTTTTTGGAGGGGGCTTATTTTTGAAATTTAAAAAAAAAAAATC AAATTTAAATGATTACATTTTTTGCAATAAAGTTTCAAAAATCCACAGCT GTTCAAAAAAAAAATTTGGAAAAAAATACGATAGCCTATAGCTATTTTAA AAAAATTCAAATATTCCAACTTTTTGGGGAAAAAAAATCAAAAATCCACA ATAGTTAAAAAAAAAAATTCAAATATTAATTTTTTTTCTTCAAAAATCCA TAACTATTCACAGACGATTAAATTAATTTTTTGGAAAAAAATCATTCCAT CCCTGCGGACGCCTCTGATTCCATATATTAATGGTGTAATTTTTCATTAT TTTGATGAAAATTACTGCATAGTTTATCATTTCATATTCTATGGCACAAT ATTACGTTCACTTGCCCAAAGACTCCTAAAGAAATTATGAATGCATTCTT TTTATTGATAAAAATGAAAGGATCGTATAAATTAATTGCCGGTAATTAAA ATGACGTATGATTTAATGAAATAAGACTTGGAAATTGTAGTTTGTGCGAT TTGTTTTTACAAGTTGCAAATTGTATAGAAATGGTATAGATAATTCGCTC CACAGTCTGAAATTGCATATGAACTAAATTGTTCATACAGATTTTTAAGA CTGAACGGGGGGGAAATAGGTCTCGAATCCACCATCAACACTAGTTTATA CCGGGCAGAAACTAAACATTTACACACTTGTGCAATTCAGAATTCTGAAG TTGTTAGCGACTACTTTTAAAAAAAAAAAAACATTGATGCTACAATGTTT CTATGAAACATTAGCTCCCACCTAATTATTATTTTTTAATTGATATAACA ATAACATCTTTCTGGGAAACTTGACTTAAGGTCACAATATGAAGTATGCG GGTCACCCTCCAAGTGAGATTTGAATGCTAATAATAGTGGCCAGGAAGAC TCCGTATAATGTTCGAAAGAAGAAACGATGACAGTGGCAAGAAATCCCCC AAATATACATGGCTAAAAATATTAATTACTGGGAGGAGTCAAAATCATGA CCCGAATGCCCAGATGCAAATATTCTAGGTTATTCTTTTGACTGTATGTT GAGATGAAGGCATGAATTTAACGTTATGGAAGTGTCATTTAAATTAAGGC AGCTTTCAACAAGGATAAGTTGAAATGGATGTCTTTCGTCTCGTTCCATA AAATGATCACTATCGTAGTTACAGTCAATGGTTATATAATTGAATGATAA GTGATATATGCAACAGAATATGGACCCAAAACTTGCAGTAATATTTAATA ACAAAGTTTTAGTACGAAACCATGCGATAGCTGAAACAAAGTAAACAAAT TTTGCTTTTATCCCATGTCTCTCAAGTGTAATAATGTCYAAGCCACAACA GAAAAAGCAAAGCAAATACGAACTCCTCCGTGTTGAGAAGGCTGCATAGA CCCTTGGCATCTCTATCCATGCCGTGCTCACAACATTAAGAAGTCGATTA CAACCTCATATTGCTAAGAAAAGCCAAAACACAAAGCACAAACAATATGG TCGACTTCTGGCCTGCTTCCATATGAACCTCCTCCAACCCCTAACCTCAA ACCCCTCGATTGTGCAGTTTAAGGCGTCTTGAAGAAGAGGGTTTGCCGCA TCTACCATCCAAATTTGGATTGATTCCAAGAAGTCATTCCGATAGTGTGG TACATTTAATACACGACCTTCATTCTCAAAAGCTTTCAATCTATTTGCCG GTAAAAATATGTTATTCCTGAAAGTTTTGAGTCATCAACTCAGTATATTA TAAGAAATATATTCATGTATATCTTTCTCCAATAATATATAGAGCCGCCG ATGCCACTATTCTTCACGTCCATACAGGTCATATCTTTAACTTCATCTCA TTTAAATTGCAGGTATTAATATAATACACACAGTAATTGATGTGAAGACA AAGGGGAAGAAATTGAGGGAGGGAGAGGTTTTGTTGTACATTCTGTTTAT TTAGAATGATGATTATGTAATTACATATACTTAAAATAATTACAATCAAC ATTATTTTATGGATGGATATACAACAAACTATAATGGTTTTGTTTTTTAT TTAAAACAAAAATGTTGAAATAACTCAATTGTAAAATAATATCAATTATG CTTTGTTTAAGTCACTTTCGTGACTCTCACAATTATTGCTATTAGACTCC CACTTAAAGACTCGCTTCCACATAGTATGATTATTAAGGCGTCACGTAGT AATTTGGTGGAAATATATATATGTATTATTAGGACTCCCTTTTTTGGAAT TAGACTTCAACTCCTACCATGCAAAAGTTTGGAAGTTTCGTTCTACGTTT GTCTGTCTGTTTGTTGACATCTAACATCTCATAAAGTATATAGAAAGGTA CAAGTTTTTGTATGTTGTTCATCTTGATTGTAAATGATTATTCTTATAGA TGTTAAGTATAATTATAAGTTTGACAGTATAAAAAAAATGATAAGAGATC GTCATTCTTCTAAGGTTGCTTCATTCTTTTTCCACATAGTTTTTTATTAT ACTCTAATTAATCATAAAACATATTTATGTATATACATAATAGCAGTAGA AATTACTCACCGTTGTCAGGGGGGGGCCCTGAATCAAATTACATCTCTCT GGAATGTAATGATTTTTGTTGTATTATGTTATATCTGTGTATTCACTGAT ATAAATACGACGGTACTATGTCTTTTCATTTCTATTAATTTCATTCCCTG TAAAATTCATCCCCGGACAAATCATTCCCAACTTACAGATGGATATTTAG TGTCGTCATATGGTTTCAATCCAGAGATGAGTGTAATTGATCCGTGAGAA AGGTGTGAGGAACCCGAGCATATTTCTCGATTATTTACGTAGATTTGAAC TGTGAGGAGAGAAATAGGGATTATGAAATTTATGAGAGGGAGAAGTAGTA ATGATGGACGATCGCAGGGAAGAGTAATGACGTCATTTATTATCTATAAT CCTTCATATCCATGTCCCATTCATGATAAGTTATCTCCAGTGTCGATTAC CCAGACATCCCTACAAATATAATAACAACTAACAGGGTTTGACCGTATAC CGTCATTAAATATTTAGGTGGGAATGGATGTCCAGGGATGAACTTACTGT GAATGAAATACAATGTATTGAACTGTATCAAGTATGACCTTAATGTACGT GATATTTTTTTCTAATTGTTTTTTTCCCCCGCACGCGTAGCAACTCATAT GACCGTTCTCTTTAAGAGTGAATGAATAATAAGAAGAATTTGAGATACAA AAATGATAAATATGATTGGAATGACTGATGAGTACTTTAGTTTATAGCAG GGCTCACTAACAAAAAACACATGCTCCAAAATGTTTATGTATTAGGATGT ACATAAGAGAGCATTGACAAAAACAAAAAGACACATGCATACTCCTGCAA ATTTCTTACATCAAAAAAAGGTTAATGCTATACATGCAAAACGCTTCTAT TATTTCYTTAATACGACTACGTTGTTATTACTTAGTTGAAAATATGCTTA TATTATACATCAGGGAGCACTATATGCATTGCACCCGGTAACTGTTTCTC ATATATGCACAGACAAACTCTGCTTCGTTAATATAGATTATAGAGGAGTA AAAAAATTAGTATAAAGTAATAATGTTTTTCCTAATTTATTAAATCAAAA TGTGTCCTTTAGTTGAAGTCTAATTACTCTGACCAATGTGGGGTACTATT GTTTGTAATAAATAATTTGGAAATAAATAAATATAGCTACTGATTTGAGG GTCTTTTTCTGTTTTTTTTTGAATGAGTGGTTGCAAGATGATTTTATAAA GGTAACGCGACTTAAATTTGATATTTATGGCAAAATGATATTATTTATGT ATATAAATCAATTATTATGACTGTATAAGCCTTACTCTTTAAATGTGAAG ATCCTTATTGTAATTATGTATTATTTTATATTTCCAGTACGTGAATGGTG GTAGTCTAGAACAATTGATTCAACGTAAAGAAGAAGAACTTCCTTGGTCA GTGCGAATGTCTCTTGCTTTAGATACGGCAAAAGGTCTTGCATATCTACA CTCTCGAGGATATTTTCATCGGGATCTAACTTCAAAGGTAAGGTGTTGTA CTGTTTAAGTGTGAGCGGGGTATGGATCAAATATATATGTGCGGTGGGCT TTTGTTTCTTTCCTTTAAAAAAAAAATCCGGCTGCATTTTCCAATAATTA TTAATATCAATGAAATGACCTTTTTTTTTAATAATAACCTTTAAATCCGT TATAAATTGTGTTCATATTTCACTGCATGATGGTTTTTTTTTTAGAAAAC AAATTTCACTTACTTTTTAAAAAAATAACATTTTATAAAGAAAAGGTCAA ACTTTTTTTTACGGCCTTTCTATAGAAATTTCTTGCATATACAAGGTAAT TCAGATCTGTGTTTACAAAGTTCATTTTTGGATGATCTTAAGCCCCTCGA TTATATTGTTTAGAGGTATCTAAAGTTGAAGGTGAGAAAAAACCCGGACA TTCAAATATTGAATCTCTCAAAGCCAGTATTAAGCTGGAATGGGACGTAC TTCCTTAGTACGTAAATCGTGTCAGTCATTTTGTAGAAGTCTCCTAGCTG TAATCGACGAGGAAACTTTTTTTCTCAAGTTTCTTATTTTTGGACTATTA GTGATAACTATTGTCAACGATGATCTGAACAACTCTGTACATATTTTTTT TACAATCCTATTTAACGTAGGCCCCATTTATAAGTAGTGCCCAAATTGTA CTACATTGTGATATATTTATTTATCATCTTGAAATTAATTTTAATTACAG AATGTCTTAGTCAAGAAATTGGTATCTGAAAAGGGTACTATTATGACAGC AGTTTTGGGGGATTTTGGACTGGCGGSAAAGATTCCATCGTCACGTACAG ACTTTCGTCTTCCTCAAGTAGGCTCCCCCTATTGGATGTCCCCCGAATGT CTTCGAGGACAATTCTATGATGAACAGGCGGACTCTTTCTCTTATGGTAT CATTCTCTGTGAGCTTATTGGAAGATGTGACGCGGATCCGGATATCCTGC CTCGAACAGAAAACTTCGGTGTCGATTATATTGCCTTTAGTGAAATGTGT CCTACTTGTCCACCAGACTTTCTCAAATTGGCCTTTAGTTGTGTCATAGT AAGTACTGGCTCATAGGTACAGTTGTAAATTATAAGCAATGTGACTCGTG TGAATTTTTTTATACCAGCGTTTTAATTTTCTAAATCTATTTTAACTTTT ATGTCATTCTTGAAGAGAAAACAGCTTCGTATTTAGTGACGGAGAGTAAA ACAGAGGATTTGTTGGGGATAAGTGGGATTTGTGAACATTTTCAGCCTCT CATAGTTGGTTGTAGCTAGCCTAATGAAACGTCCTAAATATTTTTGAAAA TGTCAGGGTTACCACGTTAACTGCTTAGAATTTATAACTATACTCTTTCT ACACCTGTGTACATATATAAATTTGTTTCATTTATTTAGATTGAAGCCTC AAGTCGTCCATCGTCAAGAAATCTAGTTGTCGAACTTGAAAAACTCCTGG ATGCTCAGAAAAAGCCAGATACTCGCAATTTTGTTATCCACCTACGAAAA GGTATACTCCTCATTTTTAAGTAATTAATAAATTTAATTCACTTTTTCTC TATTTTCACAATAGTTGGACATAAGCGATCTCTATCAGAAGAAGAGGTAA TTCGGCGTTCTCCAAGTGAGAAGGCTCGTATTCATGTCAAGCTATCTGTC AGATGTATCGGTAAAGAAATGTCTCTAAGGGATCCTTATTATCGACCCTC TCCAAAAACTCAAAATCCATTTGCTACCCTCCCTAAACTCCGAGAAGGGA AAAAAATAATTGGTTCCACTCAGGATTTGTTTTCCTCCTGCTTTGAKCTC CCTAGRCCCGCTAGAGTAGCTACTCCTACGTATTATGGATCAACCTCGTG TTTGGATTACATCAGAGGAGGAACTGTTTCTATGCCTCCAAGTCGTTCTC ACTCACTCAAAAGCTTGGATGACCATGATGATAACGATGCTGATTACGAA AACGATCTTTCAATTAACATACCAGCGCCAGACTCTTCCTCTAGTCCATT GAGTAGATGTTTTGATGACCATTTGTTTCAAGGTAGAGTTCAACTGCTAC GAAAGATTTATTCTGGTGGATGGGTGACTCAAGATGACTCCGTTGTGGAA CTATCTGAACCACGATACTCAAAAATGAAATATTCCTCTTCAGGATCTTT TCCATTAAAACGCAGAGGATCATGCGAATCCGGGGTTTTCAGCTCATTCG GAACAGATGACTGTTTCCTTGATACTACCAGGTCCGTTGGGTCCTCACTT CTAACAGTTTCAGATCTTGAAGAGGACCTTCGAGCAGCATCCCTCTTCCT ATCTAATAATGGAAATAACAAAAGAGCTTCATCGATATTTACAGATTCCA CGGATGATGACCTATCTTCTCTCGCTGATGAAAGAATACTTGATCGCACC TTTGAAAAAGATATTCAGGACATTGTTGAATACTTTGAACAAACATGTAA GGTCGTTGCATTGGAACGACGTCGCTATCCAACAATTCGTCAGCAGTCCT CTGAAATAGCACGTCTTCCACGATCTGCCAAAATTGATAGTCTGATTAAA AGAGTTGTTGAAAAGGAGTCACGGGACAGAATACTATTTCGTAAAACCCC ACAACAACAAATATGTGAGGGAATTGTTCGATCCAAATTATCTTTATTTG ATCCTGCAATTAAGCCAATTAGGCGTTCACGCTTGAACTTTGATCAAAAG GGATTTGTCAAGTCGCGTATGGCTCTATTCGATAAGCCAGGACCACCCCT CAAAAATAATCAAATCAAGCTTAAATTAAATACGATTCAAGGAGGAGGGA CTACATCACCATCCGGACCCGTCAAAAGTAGTCAGACTTCCTCCAAATCA TCATCGTCATCTCTAAACCAAATTCCTACTTCAACCCATTATTATAATAA CAATTACTGA
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