EMLSAG00000000370, EMLSAG00000000370-683136 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000000370
Unique NameEMLSAG00000000370-683136
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:a "arc" species:7227 "Drosophila melanogaster" [GO:0005912 "adherens junction" evidence=IDA] [GO:0048749 "compound eye development" evidence=IMP] [GO:0016324 "apical plasma membrane" evidence=IDA] [GO:0003674 "molecular_function" evidence=ND] Pfam:PF00595 InterPro:IPR001478 PROSITE:PS50106 SMART:SM00228 EMBL:AE013599 GO:GO:0016324 GO:GO:0048749 GO:GO:0005912 SUPFAM:SSF50156 GeneTree:ENSGT00740000115038 EMBL:AF188473 EMBL:AF188474 EMBL:AF188475 EMBL:AY058433 RefSeq:NP_001014543.1 RefSeq:NP_524641.1 RefSeq:NP_726168.1 UniGene:Dm.33421 MINT:MINT-284874 STRING:7227.FBpp0071677 EnsemblMetazoa:FBtr0071763 EnsemblMetazoa:FBtr0071764 EnsemblMetazoa:FBtr0100521 GeneID:43852 KEGG:dme:Dmel_CG6741 UCSC:CG6741-RA FlyBase:FBgn0000008 eggNOG:NOG315738 InParanoid:Q9W283 OMA:CLSSNES OrthoDB:EOG7WT40S GenomeRNAi:43852 NextBio:836217 Uniprot:Q9W283)

HSP 1 Score: 59.6918 bits (143), Expect = 8.192e-8
Identity = 37/108 (34.26%), Postives = 64/108 (59.26%), Query Frame = 0
Query:  336 KKDYKLIRL-KKSPETELGIIIAKKKLKEINTNG----FHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGC-SIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            ++ ++ ++L +K  E  +GI+++ K +   N+N     + +V +EP G+  +DGR+++GDEI+NVNG  LRG  S  E  ++L         SS  D + +D+VIA D
Sbjct:  771 RRRFRQVKLERKCQEDYIGIVLSPKTVM-TNSNEQQYRYLIVELEPYGMAQKDGRLRLGDEIVNVNGKHLRGIQSFAEVQRLL---------SSFVD-NCIDLVIAHD 867          

HSP 2 Score: 52.373 bits (124), Expect = 1.669e-5
Identity = 18/43 (41.86%), Postives = 33/43 (76.74%), Query Frame = 0
Query:  588 FEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRE 630
             + GDEI+ +NG+  QG+SH+E I +FK +++G ++++I RR+
Sbjct: 1278 LQAGDEIVEINGNSVQGMSHAETIGLFKNVREGTIVLKILRRK 1320          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:LNX2 "Uncharacterized protein" species:9031 "Gallus gallus" [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030165 "PDZ domain binding" evidence=IEA] [GO:0051260 "protein homooligomerization" evidence=IEA] Pfam:PF00595 InterPro:IPR001841 InterPro:IPR018957 InterPro:IPR001478 Pfam:PF00097 PROSITE:PS50089 PROSITE:PS50106 SMART:SM00184 SMART:SM00228 Prosite:PS00518 GO:GO:0008270 GO:GO:0051260 Gene3D:3.30.40.10 InterPro:IPR013083 SUPFAM:SSF50156 InterPro:IPR017907 GeneTree:ENSGT00740000115038 TreeFam:TF330709 KO:K10692 OrthoDB:EOG75F4CJ CTD:222484 OMA:NHLYNYQ EMBL:AADN03000016 RefSeq:XP_417122.2 ProteinModelPortal:E1C2T9 Ensembl:ENSGALT00000027616 GeneID:418928 KEGG:gga:418928 NextBio:20822052 PRO:PR:E1C2T9 Uniprot:E1C2T9)

HSP 1 Score: 57.7658 bits (138), Expect = 2.788e-7
Identity = 81/324 (25.00%), Postives = 132/324 (40.74%), Query Frame = 0
Query:  306 KKKSKSILKKTSSNSSN----SSSSVLNARNIAGKK-------DYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNT---YNVVFEKGDEILSVNGHRXQGLSHSEAISIFK 615
            K ++ SI++ T +++SN     S  + + R  + K          K I +KK P   LG+ +A  +  +       V  ++P G   RDGRI+ GD ++N+NG+ L   S  EA+ +L+ +      SS   L  +++ I  + P  +EE  L    ENE  ++ S                  P++V   +LG                   S LH             SC  +  RR + G   + G+   GG+             NH+   N P    K I+L T   ++   + GD I++VNG    G+SHS  + + K
Sbjct:  424 KSQTVSIIRDTGTHNSNPHQHQSQQLFHCRPNSHKDLSQCVTCQEKHITVKKEPHESLGMTVAGGRGSKSGELPIFVTSVQPHGCLARDGRIKRGDVLLNINGIDLTNLSHSEAVAMLKAS----AASSVVALKALEVQIVEEQPQANEE-QLSTISENEYDASWS------------------PSWV--MWLGLP-----------------SCLH-------------SCHDVVLRRSNLG---SWGFSIVGGYEE-----------NHT---NQPF-FIKTIVLGTPAYFDGRLKCGDMIVAVNGLSTVGMSHSALVPMLK 674          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:lnx2a "ligand of numb-protein X 2a" species:7955 "Danio rerio" [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0046872 "metal ion binding" evidence=IEA] Pfam:PF00595 InterPro:IPR001841 InterPro:IPR018957 InterPro:IPR001478 Pfam:PF00097 PROSITE:PS50089 PROSITE:PS50106 SMART:SM00184 SMART:SM00228 Prosite:PS00518 ZFIN:ZDB-GENE-060228-2 GO:GO:0008270 Gene3D:3.30.40.10 InterPro:IPR013083 SUPFAM:SSF50156 InterPro:IPR017907 GeneTree:ENSGT00740000115038 TreeFam:TF330709 KO:K10692 OMA:NHLYNYQ EMBL:BX571696 RefSeq:NP_001106696.2 UniGene:Dr.82850 Ensembl:ENSDART00000046211 GeneID:553331 KEGG:dre:553331 CTD:553331 NextBio:20880097 PRO:PR:F1R5N4 ArrayExpress:F1R5N4 Bgee:F1R5N4 Uniprot:F1R5N4)

HSP 1 Score: 56.6102 bits (135), Expect = 6.595e-7
Identity = 71/279 (25.45%), Postives = 108/279 (38.71%), Query Frame = 0
Query:  340 KLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNT---YNVVFEKGDEILSVNGHRXQGLSHSEAISIFK 615
            K I +KK P   LG+ +A  +  +       V  ++P G   RDGRI+ GD ++++NG  L   S  EA+  L+++      S +  L  +++ +  + P  DEE                LP     PH         P++V   +LG  S               L S HE                I  RR H G   + G+   GG+             NHS+         K I+L T   Y+   + GD I++VNG    G+SHS  + + K
Sbjct:  516 KHITVKKEPHESLGMTVAGGRGSKSGELPIFVTSVQPHGCLSRDGRIKRGDVLLSINGQDLTYLSHSEAVGTLKSS----ATSCSVQLKALEVTMVEE-PGLDEE---------------LLP-----PHENDYDASWSPSWV--LWLGLPS--------------YLHSSHE----------------IVLRRSHPG---SWGFSIVGGYEE-----------NHSNQAFF----IKTIVLGTPAYYDGRLKCGDMIVAVNGLSTAGMSHSALVPMLK 719          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:Pard3b "par-3 family cell polarity regulator beta" species:10090 "Mus musculus" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0005923 "tight junction" evidence=IEA] [GO:0007049 "cell cycle" evidence=IEA] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0051301 "cell division" evidence=IEA] Pfam:PF00595 InterPro:IPR001478 PROSITE:PS50106 SMART:SM00228 MGI:MGI:1919301 GO:GO:0016020 GO:GO:0012505 GO:GO:0051301 SUPFAM:SSF50156 GO:GO:0007049 GO:GO:0005923 EMBL:AL645727 CTD:117583 eggNOG:NOG268288 HOVERGEN:HBG053508 OMA:AMLRFGK OrthoDB:EOG7WHH92 TreeFam:TF323729 InterPro:IPR021922 Pfam:PF12053 EMBL:AL662815 EMBL:AL645669 EMBL:AL645544 EMBL:AL662920 EMBL:AK013352 RefSeq:NP_001074519.2 UniGene:Mm.35153 UniGene:Mm.441881 PDB:1WG6 PDBsum:1WG6 ProteinModelPortal:Q9CSB4 SMR:Q9CSB4 STRING:10090.ENSMUSP00000074837 PhosphoSite:Q9CSB4 PaxDb:Q9CSB4 PRIDE:Q9CSB4 DNASU:72823 Ensembl:ENSMUST00000075374 GeneID:72823 KEGG:mmu:72823 UCSC:uc007bfe.2 GeneTree:ENSGT00740000115461 HOGENOM:HOG000232109 InParanoid:Q9CSB4 EvolutionaryTrace:Q9CSB4 NextBio:336989 PRO:PR:Q9CSB4 ArrayExpress:Q9CSB4 Bgee:Q9CSB4 Genevestigator:Q9CSB4 Uniprot:Q9CSB4)

HSP 1 Score: 56.225 bits (134), Expect = 1.062e-6
Identity = 57/175 (32.57%), Postives = 87/175 (49.71%), Query Frame = 0
Query:  294 SPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIR--LKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGD-LCDEIENEAPSTHSLPLTS 465
            SP+G+E A   ++ KS  + +     SS S S ++       KK+ K I+  LKK PE  LG  +  +           V +I PKG   +DGR+Q GD I+ VNG  + G + EE + +LR+ +  QG       + + +VIAR      +EG  L  E++ E P  ++L L S
Sbjct:  338 SPEGEEPAS-PQQSKSPRVPRLGRKPSSPSLSPLMG---FGSKKNAKKIKIDLKKGPEG-LGFTVVTRDSSIHGPGPIFVKNILPKGAAVKDGRLQSGDRILEVNGRDVTGRTQEELVAMLRSTK--QG-------ETVSLVIAR------QEGSFLPRELKGE-PDCYALSLES 491          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:Lnx1 "ligand of numb-protein X 1, E3 ubiquitin protein ligase" species:10116 "Rattus norvegicus" [GO:0004842 "ubiquitin-protein ligase activity" evidence=IEA;ISO] [GO:0005737 "cytoplasm" evidence=IEA;ISO] [GO:0006511 "ubiquitin-dependent protein catabolic process" evidence=ISO] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030165 "PDZ domain binding" evidence=IEA;ISO] [GO:0042787 "protein ubiquitination involved in ubiquitin-dependent protein catabolic process" evidence=IEA;ISO] [GO:0051260 "protein homooligomerization" evidence=IEA;ISO] Pfam:PF00595 InterPro:IPR001841 InterPro:IPR018957 InterPro:IPR001478 Pfam:PF00097 PROSITE:PS50089 PROSITE:PS50106 SMART:SM00184 SMART:SM00228 RGD:1308159 Prosite:PS00518 GO:GO:0005737 GO:GO:0008270 GO:GO:0051260 Gene3D:3.30.40.10 InterPro:IPR013083 SUPFAM:SSF50156 GO:GO:0004842 GO:GO:0042787 InterPro:IPR017907 GeneTree:ENSGT00740000115038 TreeFam:TF330709 CTD:84708 HOVERGEN:HBG039539 KO:K10692 OMA:VFPRLYH OrthoDB:EOG75F4CJ EMBL:CH473981 EMBL:AABR06078504 EMBL:EU219405 RefSeq:NP_001101828.1 UniGene:Rn.25032 Ensembl:ENSRNOT00000003088 GeneID:360926 KEGG:rno:360926 NextBio:674623 PRO:PR:B6RHI6 Genevestigator:B6RHI6 Uniprot:B6RHI6)

HSP 1 Score: 55.8398 bits (133), Expect = 1.146e-6
Identity = 33/112 (29.46%), Postives = 56/112 (50.00%), Query Frame = 0
Query:  306 KKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDY----KLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILR 413
            ++ S  I ++    S+   S V   R+ + K       K++ ++K P   LG+ +             +V+ +EP G+  RDGRI+ GD ++NVNG+ L   S  EA+ IL+
Sbjct:  469 RQPSPDIFQEAGCISNGQQSPVSGERSTSSKPAATCHEKVVSVQKDPNESLGMTVGGGASHREWDLPIYVISVEPGGVISRDGRIKTGDILLNVNGIELTEVSRTEAVAILK 580          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:Pard3 "Partitioning defective 3 homolog" species:10116 "Rattus norvegicus" [GO:0000226 "microtubule cytoskeleton organization" evidence=IEA] [GO:0003383 "apical constriction" evidence=IEA] [GO:0005080 "protein kinase C binding" evidence=IEA] [GO:0005819 "spindle" evidence=IEA] [GO:0005913 "cell-cell adherens junction" evidence=IEA] [GO:0005938 "cell cortex" evidence=IEA] [GO:0032970 "regulation of actin filament-based process" evidence=IEA] [GO:0044319 "wound healing, spreading of cells" evidence=IEA] [GO:0045177 "apical part of cell" evidence=IEA] [GO:0051642 "centrosome localization" evidence=IEA] Pfam:PF00595 InterPro:IPR001478 PROSITE:PS50106 SMART:SM00228 RGD:620374 GO:GO:0005938 GO:GO:0000226 GO:GO:0005819 GO:GO:0045177 GO:GO:0051642 GO:GO:0005913 SUPFAM:SSF50156 GO:GO:0032970 GO:GO:0044319 GO:GO:0003383 OrthoDB:EOG7WHH92 GeneTree:ENSGT00740000115461 OMA:DEQDPHH EMBL:AABR06099509 EMBL:AABR06099510 EMBL:AABR06099511 EMBL:AABR06099512 EMBL:AABR06099513 EMBL:AABR06099514 EMBL:AABR06099515 EMBL:AABR06099516 EMBL:AABR06099517 EMBL:AABR06099518 EMBL:AABR06099519 Ensembl:ENSRNOT00000042623 NextBio:35582794 Uniprot:F1M934)

HSP 1 Score: 55.4546 bits (132), Expect = 1.594e-6
Identity = 34/98 (34.69%), Postives = 55/98 (56.12%), Query Frame = 0
Query:  321 SNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLE 418
            S S  SV N + +  + +   I+LKK  E  LG  I  + +    +   +V +I P+G   +DGR++ GD +I VNG+ L G S EE + +LR+ ++E
Sbjct:  309 STSVGSVYNTKRVGKRLN---IQLKKGTEG-LGFSITSRDVTIGGSAPIYVKNILPRGAAIQDGRLKAGDRLIEVNGVDLAGKSQEEVVSLLRSTKME 402          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:Pard3 "Partitioning defective 3 homolog" species:10116 "Rattus norvegicus" [GO:0000226 "microtubule cytoskeleton organization" evidence=IEA] [GO:0003383 "apical constriction" evidence=IEA] [GO:0005080 "protein kinase C binding" evidence=IEA] [GO:0005546 "phosphatidylinositol-4,5-bisphosphate binding" evidence=IDA] [GO:0005547 "phosphatidylinositol-3,4,5-trisphosphate binding" evidence=IDA] [GO:0005819 "spindle" evidence=IEA] [GO:0005911 "cell-cell junction" evidence=IDA] [GO:0005913 "cell-cell adherens junction" evidence=IEA] [GO:0005923 "tight junction" evidence=ISS] [GO:0005938 "cell cortex" evidence=IEA] [GO:0006612 "protein targeting to membrane" evidence=IDA] [GO:0007049 "cell cycle" evidence=IEA] [GO:0012505 "endomembrane system" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0019903 "protein phosphatase binding" evidence=IPI] [GO:0032266 "phosphatidylinositol-3-phosphate binding" evidence=IDA] [GO:0032970 "regulation of actin filament-based process" evidence=IEA] [GO:0044319 "wound healing, spreading of cells" evidence=IEA] [GO:0045177 "apical part of cell" evidence=IEA] [GO:0051301 "cell division" evidence=IEA] [GO:0051642 "centrosome localization" evidence=IEA] [GO:0070830 "tight junction assembly" evidence=IMP] [GO:0090162 "establishment of epithelial cell polarity" evidence=IMP] Pfam:PF00595 InterPro:IPR001478 PROSITE:PS50106 SMART:SM00228 RGD:620374 GO:GO:0005938 GO:GO:0043234 GO:GO:0000226 GO:GO:0016020 GO:GO:0005819 GO:GO:0006612 GO:GO:0043025 GO:GO:0045177 GO:GO:0012505 GO:GO:0051642 GO:GO:0005913 GO:GO:0051301 GO:GO:0070830 GO:GO:0005547 GO:GO:0005546 SUPFAM:SSF50156 GO:GO:0007049 GO:GO:0005923 GO:GO:0044295 GO:GO:0090162 GO:GO:0032266 GO:GO:0032970 GO:GO:0045197 GO:GO:0044319 GO:GO:0003383 GO:GO:0060341 PDB:4DC2 PDBsum:4DC2 eggNOG:NOG268288 HOVERGEN:HBG053508 InterPro:IPR021922 Pfam:PF12053 HOGENOM:HOG000232109 KO:K04237 CTD:56288 EMBL:AB005549 PIR:T13948 RefSeq:NP_112514.1 UniGene:Rn.31803 PDB:2K1Z PDB:2K20 PDB:2NS5 PDB:2OGP PDB:3ZEE PDB:4I6P PDBsum:2K1Z PDBsum:2K20 PDBsum:2NS5 PDBsum:2OGP PDBsum:3ZEE PDBsum:4I6P ProteinModelPortal:Q9Z340 SMR:Q9Z340 BioGrid:249693 DIP:DIP-33271N IntAct:Q9Z340 MINT:MINT-204258 STRING:10116.ENSRNOP00000050169 PhosphoSite:Q9Z340 PaxDb:Q9Z340 PRIDE:Q9Z340 GeneID:81918 KEGG:rno:81918 UCSC:RGD:620374 EvolutionaryTrace:Q9Z340 NextBio:615801 PRO:PR:Q9Z340 Genevestigator:Q9Z340 Uniprot:Q9Z340)

HSP 1 Score: 55.4546 bits (132), Expect = 1.675e-6
Identity = 34/98 (34.69%), Postives = 55/98 (56.12%), Query Frame = 0
Query:  321 SNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLE 418
            S S  SV N + +  + +   I+LKK  E  LG  I  + +    +   +V +I P+G   +DGR++ GD +I VNG+ L G S EE + +LR+ ++E
Sbjct:  444 STSVGSVYNTKRVGKRLN---IQLKKGTEG-LGFSITSRDVTIGGSAPIYVKNILPRGAAIQDGRLKAGDRLIEVNGVDLAGKSQEEVVSLLRSTKME 537          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:Pard3 "par-3 family cell polarity regulator" species:10116 "Rattus norvegicus" [GO:0000226 "microtubule cytoskeleton organization" evidence=IEA;ISO] [GO:0003383 "apical constriction" evidence=IEA;ISO] [GO:0005080 "protein kinase C binding" evidence=IEA;ISO] [GO:0005546 "phosphatidylinositol-4,5-bisphosphate binding" evidence=IDA] [GO:0005547 "phosphatidylinositol-3,4,5-trisphosphate binding" evidence=IDA] [GO:0005737 "cytoplasm" evidence=ISO] [GO:0005819 "spindle" evidence=IEA;ISO] [GO:0005911 "cell-cell junction" evidence=ISO;IDA] [GO:0005912 "adherens junction" evidence=ISO] [GO:0005913 "cell-cell adherens junction" evidence=IEA;ISO] [GO:0005923 "tight junction" evidence=ISO;ISS] [GO:0005938 "cell cortex" evidence=IEA;ISO] [GO:0006612 "protein targeting to membrane" evidence=IDA] [GO:0007049 "cell cycle" evidence=IEA] [GO:0012505 "endomembrane system" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0019903 "protein phosphatase binding" evidence=IPI] [GO:0030054 "cell junction" evidence=ISO] [GO:0032266 "phosphatidylinositol-3-phosphate binding" evidence=IDA] [GO:0032970 "regulation of actin filament-based process" evidence=IEA;ISO] [GO:0043025 "neuronal cell body" evidence=IDA] [GO:0043219 "lateral loop" evidence=ISO] [GO:0043220 "Schmidt-Lanterman incisure" evidence=ISO] [GO:0043234 "protein complex" evidence=ISO;IDA] [GO:0044295 "axonal growth cone" evidence=IDA] [GO:0044319 "wound healing, spreading of cells" evidence=IEA;ISO] [GO:0045177 "apical part of cell" evidence=IEA;ISO] [GO:0045197 "establishment or maintenance of epithelial cell apical/basal polarity" evidence=NAS] [GO:0051301 "cell division" evidence=IEA] [GO:0051642 "centrosome localization" evidence=IEA;ISO] [GO:0060341 "regulation of cellular localization" evidence=IMP] [GO:0070830 "tight junction assembly" evidence=IMP] [GO:0090162 "establishment of epithelial cell polarity" evidence=IMP] Pfam:PF00595 InterPro:IPR001478 PROSITE:PS50106 SMART:SM00228 RGD:620374 GO:GO:0005938 GO:GO:0043234 GO:GO:0000226 GO:GO:0016020 GO:GO:0005819 GO:GO:0006612 GO:GO:0043025 GO:GO:0045177 GO:GO:0012505 GO:GO:0051642 GO:GO:0005913 GO:GO:0051301 GO:GO:0070830 GO:GO:0005547 GO:GO:0005546 SUPFAM:SSF50156 GO:GO:0007049 GO:GO:0005923 GO:GO:0044295 GO:GO:0090162 GO:GO:0032266 GO:GO:0032970 GO:GO:0045197 GO:GO:0044319 GO:GO:0003383 GO:GO:0060341 PDB:4DC2 PDBsum:4DC2 eggNOG:NOG268288 HOVERGEN:HBG053508 InterPro:IPR021922 Pfam:PF12053 HOGENOM:HOG000232109 KO:K04237 CTD:56288 EMBL:AB005549 PIR:T13948 RefSeq:NP_112514.1 UniGene:Rn.31803 PDB:2K1Z PDB:2K20 PDB:2NS5 PDB:2OGP PDB:3ZEE PDB:4I6P PDBsum:2K1Z PDBsum:2K20 PDBsum:2NS5 PDBsum:2OGP PDBsum:3ZEE PDBsum:4I6P ProteinModelPortal:Q9Z340 SMR:Q9Z340 BioGrid:249693 DIP:DIP-33271N IntAct:Q9Z340 MINT:MINT-204258 STRING:10116.ENSRNOP00000050169 PhosphoSite:Q9Z340 PaxDb:Q9Z340 PRIDE:Q9Z340 GeneID:81918 KEGG:rno:81918 UCSC:RGD:620374 EvolutionaryTrace:Q9Z340 NextBio:615801 PRO:PR:Q9Z340 Genevestigator:Q9Z340 Uniprot:Q9Z340)

HSP 1 Score: 55.4546 bits (132), Expect = 1.675e-6
Identity = 34/98 (34.69%), Postives = 55/98 (56.12%), Query Frame = 0
Query:  321 SNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLE 418
            S S  SV N + +  + +   I+LKK  E  LG  I  + +    +   +V +I P+G   +DGR++ GD +I VNG+ L G S EE + +LR+ ++E
Sbjct:  444 STSVGSVYNTKRVGKRLN---IQLKKGTEG-LGFSITSRDVTIGGSAPIYVKNILPRGAAIQDGRLKAGDRLIEVNGVDLAGKSQEEVVSLLRSTKME 537          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:PARD3 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0000226 "microtubule cytoskeleton organization" evidence=IEA] [GO:0003383 "apical constriction" evidence=IEA] [GO:0005080 "protein kinase C binding" evidence=IEA] [GO:0005819 "spindle" evidence=IEA] [GO:0005913 "cell-cell adherens junction" evidence=IEA] [GO:0005938 "cell cortex" evidence=IEA] [GO:0032970 "regulation of actin filament-based process" evidence=IEA] [GO:0044319 "wound healing, spreading of cells" evidence=IEA] [GO:0045177 "apical part of cell" evidence=IEA] [GO:0051642 "centrosome localization" evidence=IEA] Pfam:PF00595 InterPro:IPR001478 PROSITE:PS50106 SMART:SM00228 GO:GO:0005938 GO:GO:0000226 GO:GO:0005819 GO:GO:0045177 GO:GO:0051642 GO:GO:0005913 SUPFAM:SSF50156 GO:GO:0032970 GO:GO:0044319 GO:GO:0003383 OrthoDB:EOG7WHH92 TreeFam:TF323729 InterPro:IPR021922 Pfam:PF12053 GeneTree:ENSGT00740000115461 OMA:DEQDPHH EMBL:DAAA02035383 EMBL:DAAA02035384 Ensembl:ENSBTAT00000019972 Uniprot:F1MZ23)

HSP 1 Score: 55.4546 bits (132), Expect = 1.836e-6
Identity = 35/96 (36.46%), Postives = 54/96 (56.25%), Query Frame = 0
Query:  323 SSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLE 418
            S SS  N + I  K +   I+LKK  E  LG  I  + +    +   +V +I P+G   +DGR++ GD +I VNG+ L G S EE + +LR+ ++E
Sbjct:  370 SPSSGYNTKKIGKKLN---IQLKKGTEG-LGFSITSRDVTIGGSAPIYVKNILPRGAAIQDGRLKAGDRLIEVNGVDLAGKSQEEVVSLLRSTKME 461          
BLAST of EMLSAG00000000370 vs. GO
Match: - (symbol:LNX1 "LNX1 protein" species:9913 "Bos taurus" [GO:0004842 "ubiquitin-protein ligase activity" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0030165 "PDZ domain binding" evidence=IEA] [GO:0042787 "protein ubiquitination involved in ubiquitin-dependent protein catabolic process" evidence=IEA] [GO:0051260 "protein homooligomerization" evidence=IEA] Pfam:PF00595 InterPro:IPR001841 InterPro:IPR018957 InterPro:IPR001478 Pfam:PF00097 PROSITE:PS50089 PROSITE:PS50106 SMART:SM00184 SMART:SM00228 Prosite:PS00518 GO:GO:0005737 GO:GO:0008270 GO:GO:0051260 Gene3D:3.30.40.10 InterPro:IPR013083 SUPFAM:SSF50156 GO:GO:0004842 GO:GO:0042787 InterPro:IPR017907 GeneTree:ENSGT00740000115038 TreeFam:TF330709 CTD:84708 eggNOG:NOG236845 HOGENOM:HOG000261605 HOVERGEN:HBG039539 KO:K10692 OMA:VFPRLYH OrthoDB:EOG75F4CJ EMBL:DAAA02017684 EMBL:DAAA02017685 EMBL:DAAA02017686 EMBL:DAAA02017687 EMBL:BC134476 RefSeq:NP_001069702.2 RefSeq:XP_005208025.1 RefSeq:XP_005208026.1 RefSeq:XP_005208027.1 UniGene:Bt.56185 SMR:A4IFA2 STRING:9913.ENSBTAP00000027531 Ensembl:ENSBTAT00000027531 GeneID:540694 KEGG:bta:540694 InParanoid:A4IFA2 NextBio:20878778 Uniprot:A4IFA2)

HSP 1 Score: 55.0694 bits (131), Expect = 1.920e-6
Identity = 35/115 (30.43%), Postives = 59/115 (51.30%), Query Frame = 0
Query:  306 KKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDY-------KLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILR 413
            ++ S  I ++ S NS+ S S     R+   K  +       K++ ++K P   LG+ +A            +V+ +EP G+  RDGRI+ GD ++NVNG+ L   S  EA+ +L+
Sbjct:  468 RRHSPDIFQEASWNSNGSQSPGSGDRSNTPKPLHPVVTCHEKVVSVRKDPGESLGMTVAGGASHTEWDLPIYVISVEPGGVISRDGRIKTGDILLNVNGIELTEVSRSEAVGLLK 582          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592769220|gb|GAXK01185348.1| (TSA: Calanus finmarchicus comp320199_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 96.2857 bits (238), Expect = 1.511e-19
Identity = 50/110 (45.45%), Postives = 72/110 (65.45%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGD 446
            K +K++RL+K+   ELGIII+KK+     T G+ + HIEP GL ++DGR  +GDEI+NVNG  LRG ++EEA  +LR+ + E           +DI+IARD    D+EG+
Sbjct: 1860 KSFKMLRLRKNHSEELGIIISKKRNPNKGTTGYIIAHIEPDGLVNKDGRFMLGDEIVNVNGASLRGLTMEEARNLLRSCQGE-----------VDIIIARD---PDKEGN 2147          

HSP 2 Score: 44.669 bits (104), Expect = 1.384e-3
Identity = 21/50 (42.00%), Postives = 31/50 (62.00%), Query Frame = 0
Query:  368 GFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRL 417
            G  V  I P G    DG ++ GDEI++VNG+ ++G S  EAI I +N ++
Sbjct: 2778 GIFVKTIFPVGQAADDGSLKEGDEILSVNGMAVQGMSHSEAISIFKNIKM 2927          

HSP 3 Score: 38.1206 bits (87), Expect = 1.414e-1
Identity = 22/45 (48.89%), Postives = 26/45 (57.78%), Query Frame = 0
Query:  574 KKSKGIMLNTYNVV--------FEKGDEILSVNGHRXQGLSHSEA 610
            K S GI + T   V         ++GDEILSVNG   QG+SHSEA
Sbjct: 2766 KGSMGIFVKTIFPVGQAADDGSLKEGDEILSVNGMAVQGMSHSEA 2900          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592846009|gb|GAXK01111535.1| (TSA: Calanus finmarchicus comp52854_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 92.4337 bits (228), Expect = 2.323e-18
Identity = 49/102 (48.04%), Postives = 65/102 (63.73%), Query Frame = 0
Query:  336 KKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++K++RL K    ELGIII+ KK      +G+ + HIEP+GL DRDGR  +GDEIINVNG  LRG ++EEA  IL       GP        +DI++ARD
Sbjct: 1818 QKNFKMMRLIKDSSNELGIIISSKKNTGNGMSGYSIAHIEPRGLIDRDGRFLIGDEIINVNGASLRGITMEEARHILGTC----GPE-------IDIIVARD 2090          

HSP 2 Score: 33.113 bits (74), Expect = 4.048e+0
Identity = 13/26 (50.00%), Postives = 19/26 (73.08%), Query Frame = 0
Query:  585 NVVFEKGDEILSVNGHRXQGLSHSEA 610
            N++   GDEILS+NG   QG++H +A
Sbjct: 2948 NLISNSGDEILSINGQVLQGMTHGQA 3025          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592846010|gb|GAXK01111534.1| (TSA: Calanus finmarchicus comp52854_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 92.4337 bits (228), Expect = 2.327e-18
Identity = 49/102 (48.04%), Postives = 65/102 (63.73%), Query Frame = 0
Query:  336 KKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++K++RL K    ELGIII+ KK      +G+ + HIEP+GL DRDGR  +GDEIINVNG  LRG ++EEA  IL       GP        +DI++ARD
Sbjct: 1818 QKNFKMMRLIKDSSNELGIIISSKKNTGNGMSGYSIAHIEPRGLIDRDGRFLIGDEIINVNGASLRGITMEEARHILGTC----GPE-------IDIIVARD 2090          

HSP 2 Score: 33.4982 bits (75), Expect = 3.720e+0
Identity = 13/26 (50.00%), Postives = 19/26 (73.08%), Query Frame = 0
Query:  585 NVVFEKGDEILSVNGHRXQGLSHSEA 610
            N++   GDEILS+NG   QG++H +A
Sbjct: 2948 NLISNSGDEILSINGQVLQGMTHGQA 3025          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592846008|gb|GAXK01111536.1| (TSA: Calanus finmarchicus comp52854_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 92.0485 bits (227), Expect = 2.550e-18
Identity = 49/102 (48.04%), Postives = 65/102 (63.73%), Query Frame = 0
Query:  336 KKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++K++RL K    ELGIII+ KK      +G+ + HIEP+GL DRDGR  +GDEIINVNG  LRG ++EEA  IL       GP        +DI++ARD
Sbjct: 1818 QKNFKMMRLIKDSSNELGIIISSKKNTGNGMSGYSIAHIEPRGLIDRDGRFLIGDEIINVNGASLRGITMEEARHILGTC----GPE-------IDIIVARD 2090          

HSP 2 Score: 33.4982 bits (75), Expect = 2.902e+0
Identity = 16/47 (34.04%), Postives = 27/47 (57.45%), Query Frame = 0
Query:  368 GFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRN 414
            G  V  I P+G       ++ GDEI+++NG  L+G +  +AI + +N
Sbjct: 2577 GIFVKTIFPEGQAAEKPGLREGDEILSINGQVLQGMTHGQAIAVFKN 2717          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592846007|gb|GAXK01111537.1| (TSA: Calanus finmarchicus comp52854_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 92.0485 bits (227), Expect = 2.749e-18
Identity = 49/102 (48.04%), Postives = 65/102 (63.73%), Query Frame = 0
Query:  336 KKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++K++RL K    ELGIII+ KK      +G+ + HIEP+GL DRDGR  +GDEIINVNG  LRG ++EEA  IL       GP        +DI++ARD
Sbjct: 1818 QKNFKMMRLIKDSSNELGIIISSKKNTGNGMSGYSIAHIEPRGLIDRDGRFLIGDEIINVNGASLRGITMEEARHILGTC----GPE-------IDIIVARD 2090          

HSP 2 Score: 33.4982 bits (75), Expect = 3.158e+0
Identity = 16/47 (34.04%), Postives = 27/47 (57.45%), Query Frame = 0
Query:  368 GFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRN 414
            G  V  I P+G       ++ GDEI+++NG  L+G +  +AI + +N
Sbjct: 2577 GIFVKTIFPEGQAAEKPGLREGDEILSINGQVLQGMTHGQAIAVFKN 2717          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592819595|gb|GAXK01134973.1| (TSA: Calanus finmarchicus comp371416_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 86.6557 bits (213), Expect = 1.557e-16
Identity = 47/100 (47.00%), Postives = 63/100 (63.00%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIAR 436
            K +++ RL K P  ELG++I KK  K+  T G+ + +IEP GL  RDGR +V DEIINVNG  LRG ++E+A  IL+N       S N     +DI+IAR
Sbjct: 2960 KQFRMYRLVKEPGMELGVLITKKFNKDKRTTGYIIAYIEPNGLVHRDGRFKVNDEIINVNGSSLRGLTMEQARNILKNT------SQN-----VDIIIAR 3226          

HSP 2 Score: 37.7354 bits (86), Expect = 1.577e-1
Identity = 29/84 (34.52%), Postives = 40/84 (47.62%), Query Frame = 0
Query:  368 GFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDV-----PSEDEEGD 446
            G  V  I P G     G +  GDEI++VNG  ++G S ++AI+  RN +  Q          + I +AR V     P   EEGD
Sbjct: 3857 GIFVKSIFPSGQAAELGNLLEGDEILSVNGRGVQGLSHQQAIQQFRNIKSGQ----------VTIYLARRVLHLKKPKGQEEGD 4078          

HSP 3 Score: 34.2686 bits (77), Expect = 1.981e+0
Identity = 15/21 (71.43%), Postives = 17/21 (80.95%), Query Frame = 0
Query:  590 KGDEILSVNGHRXQGLSHSEA 610
            +GDEILSVNG   QGLSH +A
Sbjct: 3917 EGDEILSVNGRGVQGLSHQQA 3979          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592917980|gb|GAXK01040395.1| (TSA: Calanus finmarchicus comp147418_c3_seq42 transcribed RNA sequence)

HSP 1 Score: 76.2554 bits (186), Expect = 1.408e-14
Identity = 41/99 (41.41%), Postives = 58/99 (58.59%), Query Frame = 0
Query:  339 YKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++ L K+   +LGIII+ K     + N F + HIE   L  RDGR Q+GDE++NVNG+ LRG ++ E   IL  +    GP        +DI+IARD
Sbjct:  262 FKMLSLVKNYSEDLGIIISSKSNMNKDQNSFIIAHIETGSLVQRDGRFQIGDELVNVNGISLRGIAMREVRLILTTS----GPQ-------VDIIIARD 525          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592917998|gb|GAXK01040377.1| (TSA: Calanus finmarchicus comp147418_c3_seq24 transcribed RNA sequence)

HSP 1 Score: 75.485 bits (184), Expect = 3.673e-14
Identity = 41/99 (41.41%), Postives = 56/99 (56.57%), Query Frame = 0
Query:  339 YKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++ L K    ELGIII+ K       N F + HIE   L  RDGR ++GDE++NVNG+ LRG +++E   IL       GP        +DI+IARD
Sbjct:  469 FKMLSLVKDCSDELGIIISSKSNINKGQNSFTIAHIETGSLVQRDGRFRIGDELVNVNGVSLRGINMQEVRCILSTT----GPQ-------VDIIIARD 732          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592917997|gb|GAXK01040378.1| (TSA: Calanus finmarchicus comp147418_c3_seq25 transcribed RNA sequence)

HSP 1 Score: 75.0998 bits (183), Expect = 4.801e-14
Identity = 41/99 (41.41%), Postives = 56/99 (56.57%), Query Frame = 0
Query:  339 YKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            +K++ L K    ELGIII+ K       N F + HIE   L  RDGR ++GDE++NVNG+ LRG ++ E   IL  +    GP        +DI+IARD
Sbjct:  469 FKMLSLVKDCSDELGIIISSKSNINKGQNSFTIAHIETGSLVQRDGRFRIGDELVNVNGVSLRGITMREVRCILTTS----GPQ-------VDIIIARD 732          
BLAST of EMLSAG00000000370 vs. C. finmarchicus
Match: gi|592917999|gb|GAXK01040376.1| (TSA: Calanus finmarchicus comp147418_c3_seq23 transcribed RNA sequence)

HSP 1 Score: 75.0998 bits (183), Expect = 4.931e-14
Identity = 43/105 (40.95%), Postives = 59/105 (56.19%), Query Frame = 0
Query:  339 YKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDV-PSED 442
            +K++ L K    ELGIII+ K       N F + HIE   L  RDGR ++GDE++NVNG+ LRG ++ E   IL  +    GP        +DI+IARD  P+ D
Sbjct:  469 FKMLSLVKDCSDELGIIISSKSNINKGQNSFTIAHIETGSLVQRDGRFRIGDELVNVNGVSLRGITMREVRCILTTS----GPQ-------VDIIIARDQHPAHD 750          
BLAST of EMLSAG00000000370 vs. L. salmonis peptides
Match: EMLSAP00000000370 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1056:127082:215459:1 gene:EMLSAG00000000370 transcript:EMLSAT00000000370 description:"maker-LSalAtl2s1056-augustus-gene-2.19")

HSP 1 Score: 1393.25 bits (3605), Expect = 0.000e+0
Identity = 696/696 (100.00%), Postives = 696/696 (100.00%), Query Frame = 0
Query:    1 MRLFTSNSSHTPKSSPELVRHSLVLTEEALLTNSPMMNSNSRSLPSLHNPNSFTPSAVVSTLGRKFSRRFTSTNEESSRQFRLCRIASPSRKKWSINGNDQRKDEALPSKKSVSRVDSFKNFILGTVSSSSNGFAATLRTPRAVKRRSRNSARSQKHNQEMSKSTSDXGTSTLEDSVYDSILTLDESCCKSETDLPTMAGNDDRGSILSNDSSSRISRRCMSTSNGTIPSKNLGILPENRAINFRHSGDYSLRFHVDSSMEFKSYGLIDDRCKESGYGSNSLDSTSSTSSLRDSPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSAIHVNKRPTVRSTDGSNSTVLKNSINNSNSNNDNNNKLSSSSSALAINEKSKVTSNVNIFPVII 696
            MRLFTSNSSHTPKSSPELVRHSLVLTEEALLTNSPMMNSNSRSLPSLHNPNSFTPSAVVSTLGRKFSRRFTSTNEESSRQFRLCRIASPSRKKWSINGNDQRKDEALPSKKSVSRVDSFKNFILGTVSSSSNGFAATLRTPRAVKRRSRNSARSQKHNQEMSKSTSDXGTSTLEDSVYDSILTLDESCCKSETDLPTMAGNDDRGSILSNDSSSRISRRCMSTSNGTIPSKNLGILPENRAINFRHSGDYSLRFHVDSSMEFKSYGLIDDRCKESGYGSNSLDSTSSTSSLRDSPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSAIHVNKRPTVRSTDGSNSTVLKNSINNSNSNNDNNNKLSSSSSALAINEKSKVTSNVNIFPVII
Sbjct:    1 MRLFTSNSSHTPKSSPELVRHSLVLTEEALLTNSPMMNSNSRSLPSLHNPNSFTPSAVVSTLGRKFSRRFTSTNEESSRQFRLCRIASPSRKKWSINGNDQRKDEALPSKKSVSRVDSFKNFILGTVSSSSNGFAATLRTPRAVKRRSRNSARSQKHNQEMSKSTSDXGTSTLEDSVYDSILTLDESCCKSETDLPTMAGNDDRGSILSNDSSSRISRRCMSTSNGTIPSKNLGILPENRAINFRHSGDYSLRFHVDSSMEFKSYGLIDDRCKESGYGSNSLDSTSSTSSLRDSPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSAIHVNKRPTVRSTDGSNSTVLKNSINNSNSNNDNNNKLSSSSSALAINEKSKVTSNVNIFPVII 696          
BLAST of EMLSAG00000000370 vs. L. salmonis peptides
Match: EMLSAP00000005794 (pep:novel supercontig:LSalAtl2s:LSalAtl2s311:59396:109515:-1 gene:EMLSAG00000005794 transcript:EMLSAT00000005794 description:"maker-LSalAtl2s311-augustus-gene-1.7")

HSP 1 Score: 119.783 bits (299), Expect = 3.424e-28
Identity = 97/316 (30.70%), Postives = 158/316 (50.00%), Query Frame = 0
Query:  337 KDYKLIRLKK-SPETELGIIIAKKK---LKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDV-PSEDEEGDLCDEIENEAPST-----------HSLPLTSQVPHNFSLKTEDRPN---YVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSA 633
            K +K++RL+K    T+LGI+IAKKK   +++  T+G+ + HIE  G+  RDGR ++GDEIINVNG  LRG +++EA + LRN+             ++DI++ RD  P +D    L        PS+             LP+    PH+  L+     N    V +    +S+    R+H           + ++ +      +  S   I + +  G + +  G+   GG + PK             S  + +K    I     + + ++GDEIL+VNG   QG+SHSEAIS+FK I+ GK+++ ++RR+SS+
Sbjct:  467 KKFKMLRLRKVDASTDLGILIAKKKTIHMEKGATSGYIIAHIEESGIVHRDGRFKIGDEIINVNGKSLRGLNMDEAKETLRNSG-----------HVVDIILGRDDNPDQDHFSFL------STPSSIPIGPVERRRRRKLPVVEPRPHSAPLEEPIEDNGTKTVIKIGAENSNIEVVRKH-----------VSKSFIPRRPKSLSMSIKTIEFEKGPGKKGL--GFSVVGGIDSPK------------GSMGIFVKTIFPIGQAIEHGLLKEGDEILAVNGLALQGMSHSEAISVFKNIRIGKIVLFVARRDSSS 740          
BLAST of EMLSAG00000000370 vs. L. salmonis peptides
Match: EMLSAP00000001217 (pep:novel supercontig:LSalAtl2s:LSalAtl2s11:167499:170412:-1 gene:EMLSAG00000001217 transcript:EMLSAT00000001217 description:"maker-LSalAtl2s11-augustus-gene-1.17")

HSP 1 Score: 80.8777 bits (198), Expect = 5.501e-16
Identity = 46/124 (37.10%), Postives = 72/124 (58.06%), Query Frame = 0
Query:  313 LKKTSSNSSNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIAR 436
            +K    + S S S+++N      KK+++L+RL    +  LGI IA+ + +E+   G+++ HI   G+  RDGR+ +GDEI+NVNG R RG  ++EA K L N + +           +DIVIAR
Sbjct:  476 VKSDDEDDSVSGSAIMNP---TLKKEFRLVRLLNVEQRTLGIFIARMEQQEVGCIGYYIAHINFDGIVHRDGRLMIGDEIVNVNGRRXRGLPMDEA-KALLNYKNDSS---------VDIVIAR 586          

HSP 2 Score: 58.151 bits (139), Expect = 6.287e-9
Identity = 29/59 (49.15%), Postives = 39/59 (66.10%), Query Frame = 0
Query:  588 FEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSAIHVNKRPTVRSTD 646
             ++GDEIL+VNG    GL+H EAI+IFK IK G V++QI RR+++       P  RS D
Sbjct:  739 LQEGDEILAVNGEILHGLNHGEAIAIFKRIKSGPVVLQIGRRKTNP----SSPKSRSCD 793          
BLAST of EMLSAG00000000370 vs. L. salmonis peptides
Match: EMLSAP00000004674 (pep:novel supercontig:LSalAtl2s:LSalAtl2s244:169931:173253:1 gene:EMLSAG00000004674 transcript:EMLSAT00000004674 description:"snap_masked-LSalAtl2s244-processed-gene-1.7")

HSP 1 Score: 56.9954 bits (136), Expect = 1.203e-8
Identity = 38/107 (35.51%), Postives = 59/107 (55.14%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETE-------LGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIAR 436
            K + L RL++  E++       LGI I+     E + +GF +  I+  G+  +DGR+++GDEIIN+N   LRG  IE+A K+LR   L +          +DI +AR
Sbjct:  361 KQFILFRLQRREESDYDEEEEFLGISISA--FSEESRHGFIISSIDDDGIAGKDGRLRIGDEIININDHSLRGIDIEDAEKLLRAGNLSE----------IDITVAR 455          
BLAST of EMLSAG00000000370 vs. SwissProt
Match: gi|119364629|sp|Q9CSB4.2|PAR3L_MOUSE (RecName: Full=Partitioning defective 3 homolog B; AltName: Full=Amyotrophic lateral sclerosis 2 chromosomal region candidate gene 19 protein homolog; AltName: Full=PAR3-beta; AltName: Full=Partitioning defective 3-like protein; Short=PAR3-L protein)

HSP 1 Score: 56.225 bits (134), Expect = 8.326e-7
Identity = 57/175 (32.57%), Postives = 87/175 (49.71%), Query Frame = 0
Query:  294 SPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIR--LKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGD-LCDEIENEAPSTHSLPLTS 465
            SP+G+E A   ++ KS  + +     SS S S ++       KK+ K I+  LKK PE  LG  +  +           V +I PKG   +DGR+Q GD I+ VNG  + G + EE + +LR+ +  QG       + + +VIAR      +EG  L  E++ E P  ++L L S
Sbjct:  338 SPEGEEPAS-PQQSKSPRVPRLGRKPSSPSLSPLMG---FGSKKNAKKIKIDLKKGPEG-LGFTVVTRDSSIHGPGPIFVKNILPKGAAVKDGRLQSGDRILEVNGRDVTGRTQEELVAMLRSTK--QG-------ETVSLVIAR------QEGSFLPRELKGE-PDCYALSLES 491          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: XP_006561142.1 (PREDICTED: uncharacterized protein LOC100578420 isoform X2 [Apis mellifera])

HSP 1 Score: 93.9745 bits (232), Expect = 6.207e-19
Identity = 107/358 (29.89%), Postives = 164/358 (45.81%), Query Frame = 0
Query:  292 RDSPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIRL-KKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIAR-------------------DVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRR 629
            RDS K  EE  V  +  SK  L+  S N  +S  SV+  RN +   +  +++L ++S +  LGI IAK      ++ G+ V H+ P GL D++G +++GDEI+ VNG RLRG S+ EA KIL         S N   D+ DIV++R                   +V  E+  G +   +EN +P TH      Q  H+      DR N  +RT  GSS          ++N  +  +L     N+      S+   + +++  G + +  G+   GG + PK             S  + IK          +     GDEIL+VNGH    L+H +A+ +F+ IK G V + + RR
Sbjct:  426 RDSSKLSEEKNVIERLNSKDCLR--SENYQSSRLSVI--RNRSYTTETMVVKLPRESSDQCLGIFIAKTAE---SSPGYLVAHVVPNGLADKEGTLRIGDEILIVNGKRLRGLSMAEARKIL--------GSGNGPGDV-DIVVSRYSAVDQSPKKLTESSVDYENVHMENGHGVI---VEN-SPGTHF--RKHQTKHH-----RDRKNECNRT--GSSDKAVVENGTSSQNVSNFCTLPRRPRNT-----VSTFLTVVFQKGPGKKSL--GFTIVGGSDSPK------------GSIGIFIKSVLPGGQAAEDGRLRAGDEILAVNGHVCHDLTHRKAVQLFRNIKTGPVALHLCRR 735          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: XP_003249819.1 (PREDICTED: uncharacterized protein LOC100578420 isoform X1 [Apis mellifera])

HSP 1 Score: 93.5893 bits (231), Expect = 8.682e-19
Identity = 107/358 (29.89%), Postives = 164/358 (45.81%), Query Frame = 0
Query:  292 RDSPKGDEEAEVTRKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIRL-KKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIAR-------------------DVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRR 629
            RDS K  EE  V  +  SK  L+  S N  +S  SV+  RN +   +  +++L ++S +  LGI IAK      ++ G+ V H+ P GL D++G +++GDEI+ VNG RLRG S+ EA KIL         S N   D+ DIV++R                   +V  E+  G +   +EN +P TH      Q  H+      DR N  +RT  GSS          ++N  +  +L     N+      S+   + +++  G + +  G+   GG + PK             S  + IK          +     GDEIL+VNGH    L+H +A+ +F+ IK G V + + RR
Sbjct:  437 RDSSKLSEEKNVIERLNSKDCLR--SENYQSSRLSVI--RNRSYTTETMVVKLPRESSDQCLGIFIAKTAE---SSPGYLVAHVVPNGLADKEGTLRIGDEILIVNGKRLRGLSMAEARKIL--------GSGNGPGDV-DIVVSRYSAVDQSPKKLTESSVDYENVHMENGHGVI---VEN-SPGTHF--RKHQTKHH-----RDRKNECNRT--GSSDKAVVENGTSSQNVSNFCTLPRRPRNT-----VSTFLTVVFQKGPGKKSL--GFTIVGGSDSPK------------GSIGIFIKSVLPGGQAAEDGRLRAGDEILAVNGHVCHDLTHRKAVQLFRNIKTGPVALHLCRR 746          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: EEB15041.1 (pdz domain protein arc, putative [Pediculus humanus corporis])

HSP 1 Score: 89.3521 bits (220), Expect = 1.956e-17
Identity = 53/111 (47.75%), Postives = 70/111 (63.06%), Query Frame = 0
Query:  336 KKDYKLIRL-KKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEG 445
            K+ +K+IRL + SP+ ELGI IAK KL +    G+ + HI P GL DRD  + VGDEI+NVNG RLRG S+  A +IL +  +E           +DIVIAR V S+DE+ 
Sbjct:  405 KRIFKVIRLFRSSPDEELGIFIAKTKLADQGAPGYLIAHIVPDGLADRDKNLLVGDEIVNVNGRRLRGLSMPTARRILCSGPVE-----------VDIVIARSV-SKDEDA 503          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: gb|EFA10855.1| (hypothetical protein TcasGA2_TC001632 [Tribolium castaneum])

HSP 1 Score: 78.5666 bits (192), Expect = 3.301e-14
Identity = 83/307 (27.04%), Postives = 136/307 (44.30%), Query Frame = 0
Query:  331 RNIAGKKDYKLIRL-KKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNY--VSRTYLGSSSGYRYRRHRLNENAPSLSSLH-ETSLNSDTDEIKSS-CSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVV---FEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRR 629
            RN + KK   L+RL K+SP+ ELGI + K +  E+  +GF V HI P G+  R   +  GDE+I++NG  +   ++ EA + L  + L+           +D+++ R    E           +  PS    PL  +  H F   +    +Y  V R  + S++         N  +P  SS   ET+  +     +S+ C+  T   + G    + G+   GG + PK  L +                 K I+ N         + GDEIL+VNG     +SH++A+ +FK +K G + + + RR
Sbjct:  282 RNFSEKKTTTLVRLVKRSPDEELGIFLTKSR--EV-FHGFVVAHIVPDGVAARQSSLMPGDEVISINGRDISALNMSEAKQSLCTSNLQ-----------VDLLVCRKAMKE--------SFVDSTPS----PLYKR-HHYFQKNSSSHGSYNKVLRRAVASTTK--------NTESPFPSSPQTETNFCTLPRRPRSTICTFHTVILEKGPGRKSLGFTIVGGRDSPKGALGIF---------------VKTILANGQAAEDGRLKAGDEILAVNGQVCHDISHADAVLLFKSVKNGPIALHVCRR 538          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: EEB15042.1 (pdz domain protein arc, putative [Pediculus humanus corporis])

HSP 1 Score: 77.7962 bits (190), Expect = 7.763e-14
Identity = 48/106 (45.28%), Postives = 60/106 (56.60%), Query Frame = 0
Query:  339 YKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEE 444
            +K IR  K    E+GI I KK      +N   V  IE  GL DRDGRI++GDE+I VNG RLRG S+ EA  IL+N   E           +++VIAR+  SED E
Sbjct:  522 FKTIRFYKEEYEEMGIFIEKKDSNAKTSNCV-VTQIENGGLADRDGRIKIGDELIKVNGKRLRGVSLGEAKVILKNVGKE-----------VELVIARNPTSEDSE 615          

HSP 2 Score: 54.6842 bits (130), Expect = 9.765e-7
Identity = 21/43 (48.84%), Postives = 35/43 (81.40%), Query Frame = 0
Query:  588 FEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRE 630
             ++GDEIL+VNG   QG++H+EAI++FK +K G+V++ + RR+
Sbjct:  814 LKEGDEILAVNGTPLQGMTHAEAINMFKNVKSGEVMLHVGRRD 856          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: EFX90240.1 (hypothetical protein DAPPUDRAFT_309941 [Daphnia pulex])

HSP 1 Score: 72.4034 bits (176), Expect = 4.540e-12
Identity = 39/82 (47.56%), Postives = 52/82 (63.41%), Query Frame = 0
Query:  335 GKKDYKLIRLKKSPE---TELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILR 413
            G     LI++++  +    ELGI IAKKKL    + G+ V HI P GL  RDGR+Q+ DEI+NVNG RLR  S+ +A  +LR
Sbjct: 1602 GPTSVHLIKIERDSDNLKAELGIFIAKKKLTR-GSIGYLVAHIVPGGLVARDGRLQLDDEIVNVNGRRLRNLSMVQASAVLR 1682          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: EAL38800.3 (AGAP012016-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 60.077 bits (144), Expect = 2.477e-8
Identity = 27/42 (64.29%), Postives = 32/42 (76.19%), Query Frame = 0
Query:  588 FEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRR 629
             + GDEILSVNG   QGLSH EAI++FK IK G+V+I I RR
Sbjct:  765 LQAGDEILSVNGKAFQGLSHQEAINVFKAIKTGEVVILIGRR 806          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: AAX52678.1 (arc, isoform C [Drosophila melanogaster])

HSP 1 Score: 59.6918 bits (143), Expect = 3.114e-8
Identity = 37/108 (34.26%), Postives = 64/108 (59.26%), Query Frame = 0
Query:  336 KKDYKLIRL-KKSPETELGIIIAKKKLKEINTNG----FHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGC-SIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            ++ ++ ++L +K  E  +GI+++ K +   N+N     + +V +EP G+  +DGR+++GDEI+NVNG  LRG  S  E  ++L         SS  D + +D+VIA D
Sbjct:  771 RRRFRQVKLERKCQEDYIGIVLSPKTVM-TNSNEQQYRYLIVELEPYGMAQKDGRLRLGDEIVNVNGKHLRGIQSFAEVQRLL---------SSFVD-NCIDLVIAHD 867          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: AAF46810.2 (arc, isoform A [Drosophila melanogaster])

HSP 1 Score: 59.6918 bits (143), Expect = 3.114e-8
Identity = 37/108 (34.26%), Postives = 64/108 (59.26%), Query Frame = 0
Query:  336 KKDYKLIRL-KKSPETELGIIIAKKKLKEINTNG----FHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGC-SIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            ++ ++ ++L +K  E  +GI+++ K +   N+N     + +V +EP G+  +DGR+++GDEI+NVNG  LRG  S  E  ++L         SS  D + +D+VIA D
Sbjct:  771 RRRFRQVKLERKCQEDYIGIVLSPKTVM-TNSNEQQYRYLIVELEPYGMAQKDGRLRLGDEIVNVNGKHLRGIQSFAEVQRLL---------SSFVD-NCIDLVIAHD 867          
BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Match: AAF46809.2 (arc, isoform B [Drosophila melanogaster])

HSP 1 Score: 59.6918 bits (143), Expect = 3.114e-8
Identity = 37/108 (34.26%), Postives = 64/108 (59.26%), Query Frame = 0
Query:  336 KKDYKLIRL-KKSPETELGIIIAKKKLKEINTNG----FHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGC-SIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            ++ ++ ++L +K  E  +GI+++ K +   N+N     + +V +EP G+  +DGR+++GDEI+NVNG  LRG  S  E  ++L         SS  D + +D+VIA D
Sbjct:  771 RRRFRQVKLERKCQEDYIGIVLSPKTVM-TNSNEQQYRYLIVELEPYGMAQKDGRLRLGDEIVNVNGKHLRGIQSFAEVQRLL---------SSFVD-NCIDLVIAHD 867          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|1022776340|gb|KZS20058.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 122.094 bits (305), Expect = 5.439e-25
Identity = 101/331 (30.51%), Postives = 147/331 (44.41%), Query Frame = 0
Query:  339 YKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDV----------PSEDEEGDLCDEIENEAPSTHSLPLTSQV--PHNFSLKTEDRPNYVSRTYLGSSSGYRYR-----------RHRLNENAPSLSSLHETSLNSDTDEIKSSCSL--------------ITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESS 632
            +K++RL K    ELGI I KK   +  + G+ +  IEP  L  RDGR+Q+GDEIINVNG RLRG  ++EA  IL+N   E           +DIVIAR             + DE G   D  +N +PS   +P  S    P  +       P   S   L  +     R            H   ++   LS   ETS  + T    S+  +              IT+ +  G + +  G+   GG + PK  + +       S         +G +         +GDEIL+VNG   QGLSH+EAI++FK I+ G V++  +RR+++
Sbjct:  667 FKMLRLVKGETGELGIYIKKKSSPDSGSVGYVIAGIEPGALAHRDGRLQIGDEIINVNGCRLRGVGLQEARDILQNAPRE-----------VDIVIARCAGETAVSGRGRSTTDESGP--DTADN-SPSPTPIPRVSSPSPPRYYDASVRSSPALASIHKLTQADAATVRNKTPHQRRSRSAHPQRKSMGPLSGTAETSTPAPTSTATSAGEMGSRRPKSLSLFIYTITYEKGAGKKSL--GFSVVGGRDSPKGSMGIYVKTIFPSGQAA----EEGTL--------REGDEILAVNGTPLQGLSHAEAIAVFKSIRNGHVVVHAARRDTA 969          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|646706689|gb|KDR13796.1| (PDZ domain-containing protein 2 [Zootermopsis nevadensis])

HSP 1 Score: 106.301 bits (264), Expect = 1.285e-20
Identity = 96/347 (27.67%), Postives = 149/347 (42.94%), Query Frame = 0
Query:  305 RKKKSKSILKKTSSNSSNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLH------------ETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNL-SNNVNHSSSNNVPIKKSKGIMLNTYNVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSAIHVNK 638
            R+   K+I ++  S   +   S+L  R     ++ K IR+ K    ELG+ I +K   +  T+ + +  IE  GL DRDGR  VGDE++ VNG RLRG +++EA   L+N+  E           +DIVIAR                                     K ED+P  V        +G R   ++L+  AP   S +              +L      +  S   +T+ +  G + +  G+   GG + PK  + +    V HS                  +   ++GDEIL+VNG   QGL+HSEAI++FK IK G+V++ + RR+      +K
Sbjct:  199 RRGDVKAIGRRPRSTGGDPPESLLCDR--CKPEELKCIRVCKDVTGELGVYIERK---DPRTSCYVISRIEQGGLMDRDGRFHVGDELVKVNGRRLRGMTLQEARMTLKNSPRE-----------VDIVIAR-------------------------------------KCEDKPPVV--------TGMRKFSYQLDHVAPRRRSCNVPPTVGPGRRVTAGTLPRRPKSLSLSLFTVTFHKGPGRKSL--GFSVVGGRDSPKGSIGIFVKTVFHSGQ-------------AAEDGSLKEGDEILAVNGTPLQGLTHSEAITVFKNIKSGEVLLHVGRRDLQTCRASK 469          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|939685575|ref|XP_014287107.1| (PREDICTED: uncharacterized protein LOC106687635 [Halyomorpha halys])

HSP 1 Score: 106.301 bits (264), Expect = 3.931e-20
Identity = 105/361 (29.09%), Postives = 176/361 (48.75%), Query Frame = 0
Query:  317 SSNSSNSSSSVLN-ARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVV-HIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIM-----DIVIARDV-PSEDEEGDLCDEIENEAP----STHSLPLTSQVPHNFSLK-----TEDRPNYVSRTYLG---------------------SSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRKHGGRLINGGYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTY--------NVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRES 631
            +S S + ++ +L+ +RNI+ +K++K I ++KS   ELG+ +  +K++   + G +++ +IE  GLTDRDGRI+ GDEII VNG RL+G  I+E  K+++N        S  +++I+     D + ++++ P+     D     +++ P    S +   +   VP N S+       +  PN V ++ LG                     SS G  Y RH+ NE  P       T  ++    +  S   +T+ +  G + +  G+   GG++ PK  L                    GI + T         N    +GDEI++VNG   QGL+H+EAIS+FK IK G V++ + RR+S
Sbjct:  472 ASGSGSGTAPLLDFSRNISLEKEFKRISIRKSKSDELGLYV--EKIENGPSRGSYIISNIEAGGLTDRDGRIKEGDEIIKVNGTRLKGLPIQEVKKVMKN--------STNEIEIVVSRPSDPLFSKNIEPTNKLSNDYTIADKSKDPILNKSNYDSFMGYVVPLNKSIAEPVNPLKPSPNIV-KSKLGKPPIPEDKRETDVLKTGMRKFSSQGDTYLRHK-NE-IPD-----RTIFSNRPKSLTLSIFTVTFHKGPGFKSL--GFSVVGGYDSPKGNL--------------------GIFIKTIFKTGQAAENGCLREGDEIIAVNGAVLQGLTHAEAISVFKEIKSGPVMLHVGRRDS 792          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|939260121|ref|XP_014249907.1| (PREDICTED: uncharacterized protein LOC106666894 [Cimex lectularius] >gi|939260123|ref|XP_014249908.1| PREDICTED: uncharacterized protein LOC106666894 [Cimex lectularius])

HSP 1 Score: 103.219 bits (256), Expect = 3.521e-19
Identity = 103/338 (30.47%), Postives = 154/338 (45.56%), Query Frame = 0
Query:  331 RNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVV-HIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIAR--------DVPSEDEEGDLCDEIENEAPSTHSLPLTSQVPHNFSLKTEDRPNYVSRTYLGSSSGYRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSLITWRRK---HGGRLINGGYVSDGGF-----NHPKEL------LNLSNNVNHSS-------SNNVPIKKSKGIMLNTY--------NVVFEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRE 630
            R+IA +K++K   + K+  TELGI I  +K++   T G ++V ++EP G+ D DGRI+VGDEII VNG RLRG +I+   K+++ N      SSN     +++VIAR        D  + D       ++         +PLT       S+   D    ++R    +  G   RR  L       +           +E K +    T  RK   HG   +     +D G      N PK L      + L     H S        ++ P K + GI + T         N    +GDEI +VNG   QGL+H+EAI++FK IK G V++ + RR+
Sbjct:  406 RSIALEKEFKKFDIVKNENTELGIYI--EKIETGPTKGTYLVSNVEPGGVIDSDGRIKVGDEIIKVNGTRLRGLTIQGVRKLMQTN------SSN-----IEVVIARWNNAFEYFDRKNVDHPPKPLPKVSTFPAEYSKVPLTQTTNRLISIADMDANPLMARPGPPTVLGQNDRRRSLQAQPRVGTKAQFGKPPIAPEEKKETDPAKTGMRKFSTHGDNYLKN--RTDFGLRAIRSNRPKSLTLSIFTVTLHKGPGHKSLGFSIVGGHDSP-KGNLGIFVKTIFTTGQAAENGNLREGDEIFAVNGAVLQGLTHAEAIAVFKDIKSGPVMMHVGRRD 727          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|942423359|gb|JAN93609.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 98.5969 bits (244), Expect = 1.559e-17
Identity = 48/101 (47.52%), Postives = 65/101 (64.36%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            K Y+L+RL K    ELGI+I  K+  + +  G+ + H+EP G+ DRDG++QVGDEI+NVNG RLRG  +EEA  +LR++  E            DIVIARD
Sbjct:  774 KQYRLLRLIKDESGELGILITLKRGADGSQQGYVIGHVEPGGVADRDGKLQVGDEIVNVNGKRLRGIDVEEARHLLRSSPRE-----------TDIVIARD 863          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|942319733|gb|JAN41799.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 98.2117 bits (243), Expect = 1.599e-17
Identity = 48/101 (47.52%), Postives = 65/101 (64.36%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            K Y+L+RL K    ELGI+I  K+  + +  G+ + H+EP G+ DRDG++QVGDEI+NVNG RLRG  +EEA  +LR++  E            DIVIARD
Sbjct:  603 KQYRLLRLIKDESGELGILITLKRGADGSQQGYVIGHVEPGGVADRDGKLQVGDEIVNVNGKRLRGIDVEEARHLLRSSPRE-----------TDIVIARD 692          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|942365797|gb|JAN64828.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 97.8265 bits (242), Expect = 2.226e-17
Identity = 48/101 (47.52%), Postives = 65/101 (64.36%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            K Y+L+RL K    ELGI+I  K+  + +  G+ + H+EP G+ DRDG++QVGDEI+NVNG RLRG  +EEA  +LR++  E            DIVIARD
Sbjct:  762 KQYRLLRLIKDESGELGILITLKRGADGSQQGYVIGHVEPGGVADRDGKLQVGDEIVNVNGKRLRGIDVEEARHLLRSSPRE-----------TDIVIARD 851          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|942345415|gb|JAN54639.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 97.8265 bits (242), Expect = 2.230e-17
Identity = 48/101 (47.52%), Postives = 65/101 (64.36%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            K Y+L+RL K    ELGI+I  K+  + +  G+ + H+EP G+ DRDG++QVGDEI+NVNG RLRG  +EEA  +LR++  E            DIVIARD
Sbjct:  762 KQYRLLRLIKDESGELGILITLKRGADGSQQGYVIGHVEPGGVADRDGKLQVGDEIVNVNGKRLRGIDVEEARHLLRSSPRE-----------TDIVIARD 851          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|942310441|gb|JAN37153.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 97.8265 bits (242), Expect = 2.516e-17
Identity = 48/101 (47.52%), Postives = 65/101 (64.36%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            K Y+L+RL K    ELGI+I  K+  + +  G+ + H+EP G+ DRDG++QVGDEI+NVNG RLRG  +EEA  +LR++  E            DIVIARD
Sbjct:  765 KQYRLLRLIKDESGELGILITLKRGADGSQQGYVIGHVEPGGVADRDGKLQVGDEIVNVNGKRLRGIDVEEARHLLRSSPRE-----------TDIVIARD 854          
BLAST of EMLSAG00000000370 vs. nr
Match: gi|942328823|gb|JAN46344.1| (Pdz domain protein arc [Daphnia magna])

HSP 1 Score: 97.8265 bits (242), Expect = 2.534e-17
Identity = 48/101 (47.52%), Postives = 65/101 (64.36%), Query Frame = 0
Query:  337 KDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARD 437
            K Y+L+RL K    ELGI+I  K+  + +  G+ + H+EP G+ DRDG++QVGDEI+NVNG RLRG  +EEA  +LR++  E            DIVIARD
Sbjct:  762 KQYRLLRLIKDESGELGILITLKRGADGSQQGYVIGHVEPGGVADRDGKLQVGDEIVNVNGKRLRGIDVEEARHLLRSSPRE-----------TDIVIARD 851          
BLAST of EMLSAG00000000370 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold592_size129239-snap-gene-0.24 (protein:Tk10860 transcript:maker-scaffold592_size129239-snap-gene-0.24-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC101740740")

HSP 1 Score: 253.447 bits (646), Expect = 7.384e-73
Identity = 288/881 (32.69%), Postives = 381/881 (43.25%), Query Frame = 0
Query:    1 MRLFTSNSSHTPKSSPELVRHSLVLTEEAL-------------------LTNSPMMNSNSR----SLPSLHNPNSFTPSAVVSTLGRKFSRRFTSTNEESSRQFRLCRIASPSRK-KWSIN----------------------------GNDQRKDEALPSKKSVSRVDSFKNFILGTVSSSSNGFAATLRTPRAVKRRSRNSARSQKHNQEMSKSTSDXGTST----------------LEDSVYDSILTLDE-------SCCKSETDL--PTMAGND-DRGSILSNDSSSRISRRCMSTSNGTIPSKN------LGILPENRAINFRHSGDYSLRFHVDSSMEFKSYGLIDDR----------------------------CKESGYGSNSLDSTSSTSSLRDSPKG--DEEA---EVTRKKKSKSI---LKKTSSNSSNSSSSVLNARNIAGKKDYKLIRLKKSPET----------ELGIIIAKKK-------------------------LKEINT----------------NGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVP------------SED----EEGDLCDEIENEAPSTHSLP-LTSQVPHNF-----SLKTED----RPNYVSRTYLGSSSG---------YRYRRHRLNENAPSLSSLHETSLNSDTDEIKSSCSL---ITWRRKHGG------RLING--------GYVSDGGFNHPKELLNLSNNVNHSSSNNVPIKKSKGIMLNTYNVV----------------------------FEKGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRE 630
            MRLFT+  ++  +SSPELVRHS V                         L  SP +   SR    + P  H+P S      VSTLGRKFSRRF    E  S   R  R+ASPSRK +W++                             G++ R D+  P KK VSRVDSF+NF+    S+ S    +TLRTPRAVKRRSRN+ + QKH  +      D GTST                  +S + S LTL +       S C+SE DL    MA  D D  S++S+       R+  + S+ +  + N      LGILPENR INF+ +G   + ++  + M+ KSYGLID +                              ESGY S+    T+STSS R SP+G  DE+    E T    S+S+   LK+    S     +   A  +  K   K +R+ K   T          +LG    +++                         +KE NT                 GF +VHIEP+GL DRDGR QVGDEIINVN  RLRG  I +AI+ LR    + GP        + IVI RDVP            SED     E  + +E +  A   H    +  +   N         +ED    + ++V+RTY+G+ S          +R    RL  N  SL+SL ETSLNSD DE++SSCS    +  RR   G      R   G        GYVSD         +N  N+ +  S + V  +K  G     ++VV                              +GDEILSVNGH  QGLSHSEAI+IFKGI+ GKV + I+RR+
Sbjct:    1 MRLFTA--TNPGRSSPELVRHSQVPENSRFPSQSSHLGSKRDSQASTLSLYRSPEVEERSRGGGTTPPREHSPASLVRG--VSTLGRKFSRRFEKFGE--SETARKLRMASPSRKYQWALGGGYDSGGSTNNLSASVGDNQAQSTSPQAGHNHRDDD--PGKKRVSRVDSFRNFLSLASSTVS---VSTLRTPRAVKRRSRNADKKQKHGHQF----VDVGTSTNGVPESRAGGSSSLPGGLNSRFGSDLTLLDTQSDLALSECQSEVDLRYYYMATEDEDDRSVVSDG----FVRKPQAVSHASRSAGNLAHNARLGILPENRTINFQEAG---IVYNSSNGMQIKSYGLIDGKSDSGKGSLGGSGPPGSYHKAIANHSGSIVNESGYSSDYASGTNSTSS-RASPRGSLDEDPGSQEKTSSDDSRSLTPPLKEREERSRLEKITPATAPPLLMKPPKKPVRISKMGSTKRSHSSDDQHQLGRDHPEQQSLPLSLPSSTSTQTKMTKDYKMIRLVKEPNTELGIIIAKKKLKELQTTGFQIVHIEPEGLIDRDGRFQVGDEIINVNSQRLRGLDITQAIQSLR----QPGPE-------LSIVICRDVPHPTSNPRSPLSKSEDTLVISERRVREEHDRIARKLHDYENINPEEARNLRNSYRGGGSEDYLSPKSSFVTRTYIGTGSSSTSSLAMKIHRKSLSRLASNPGSLTSLVETSLNSDVDEVRSSCSAYQPVRMRRDAEGDETRSNRSFQGHRSFSLQSGYVSDSMSWAAARRVNAKNSPHQYSLHTVVFEKGPGRKGLGFSVVGGRDSPKGNMGIFVKTIFPNGQANDQASLREGDEILSVNGHSTQGLSHSEAIAIFKGIRSGKVTVHIARRD 847          
BLAST of EMLSAG00000000370 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold158_size296719-snap-gene-1.24 (protein:Tk05692 transcript:maker-scaffold158_size296719-snap-gene-1.24-mRNA-1 annotation:"domain protein")

HSP 1 Score: 101.293 bits (251), Expect = 2.712e-22
Identity = 59/149 (39.60%), Postives = 92/149 (61.74%), Query Frame = 0
Query:  295 PKGDEEAEVTRKKKSK-----SILKKTSSNSSNSSSSV-LNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRN-NRLEQGPSSNADLDIMDIVIAR 436
            P  +EE E+  ++++K     S    TS  S+ +S ++ L+  N  GKK+++L+R+K   +++LGI IA+ +  +I   G++V  I+P+G   RDGR+ +GDEI+NVNG RLRG S+ EA  ILRN +RL            +DIV+AR
Sbjct:  600 PYVNEEGEIPLEREAKVDDEDSKDLHTSVTSARTSPTLPLSDANDQGKKEFRLVRMKNRYQSDLGIFIARCQQPDIGCPGYYVAFIQPRGFVQRDGRLLIGDEIVNVNGRRLRGLSMAEAKAILRNCSRLRD----------IDIVVAR 738          

HSP 2 Score: 55.0694 bits (131), Expect = 6.938e-8
Identity = 24/44 (54.55%), Postives = 33/44 (75.00%), Query Frame = 0
Query:  590 KGDEILSVNGHRXQGLSHSEAISIFKGIKKGKVIIQISRRESSA 633
            +GDEIL+VNG    G+SH EAI IFK I+ G V++QI RR +++
Sbjct:  915 EGDEILAVNGDILHGMSHEEAIGIFKRIRSGPVVLQIGRRSTTS 958          
BLAST of EMLSAG00000000370 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold85_size395806-snap-gene-2.22 (protein:Tk03917 transcript:maker-scaffold85_size395806-snap-gene-2.22-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC103515305")

HSP 1 Score: 93.9745 bits (232), Expect = 4.984e-20
Identity = 59/150 (39.33%), Postives = 85/150 (56.67%), Query Frame = 0
Query:  319 NSSNSSSSVLNARNIAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNGFHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLEQGPSSNADLDIMDIVIARDVPSEDEEGDLCDEIENEAPSTHSLPLTSQVP 468
            N+S  S  + N       K +K++RLKK    ELGI+I+KK+  +  T G+ + HI+ +G  +RDGR ++GDEIINVNG  LRG S+EEA  +LR+   E           +DI++ARD P +  E     E  + APS H+L   +  P
Sbjct:  508 NTSYYSDQLPNMLPSLSSKRFKMLRLKKDGSGELGIVISKKRHPQRGTTGYIIAHIDEEGPVERDGRFRLGDEIINVNGKSLRGLSMEEARGVLRSCGSE-----------VDIILARD-PQDGRES--SQEPPHPAPS-HTLATAAPTP 642          
BLAST of EMLSAG00000000370 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold429_size173697-snap-gene-0.34 (protein:Tk09733 transcript:maker-scaffold429_size173697-snap-gene-0.34-mRNA-1 annotation:"Pro-interleukin-16")

HSP 1 Score: 53.9138 bits (128), Expect = 1.456e-7
Identity = 30/87 (34.48%), Postives = 46/87 (52.87%), Query Frame = 0
Query:  333 IAGKKDYKLIRLKKSPETELGIIIAKKKLKEINTNG-FHVVHIEPKGLTDRDGRIQVGDEIINVNGLRLRGCSIEEAIKILRNNRLE 418
            +AG  DY+   +  S E     I + + + +    G F V  + P  L DRDGRIQ GD ++++NG   +G +  EA+ IL+  R E
Sbjct:  543 LAGGADYECKDITVSIEASKASISSFQFMFQTQPPGSFQVHKVIPGTLADRDGRIQKGDRVLSINGRSTKGVTHREALSILKAPRSE 629          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000000370 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-8.192e-834.26symbol:a "arc" species:7227 "Drosophila melanogast... [more]
-2.788e-725.00symbol:LNX2 "Uncharacterized protein" species:9031... [more]
-6.595e-725.45symbol:lnx2a "ligand of numb-protein X 2a" species... [more]
-1.062e-632.57symbol:Pard3b "par-3 family cell polarity regulato... [more]
-1.146e-629.46symbol:Lnx1 "ligand of numb-protein X 1, E3 ubiqui... [more]
-1.594e-634.69symbol:Pard3 "Partitioning defective 3 homolog" sp... [more]
-1.675e-634.69symbol:Pard3 "Partitioning defective 3 homolog" sp... [more]
-1.675e-634.69symbol:Pard3 "par-3 family cell polarity regulator... [more]
-1.836e-636.46symbol:PARD3 "Uncharacterized protein" species:991... [more]
-1.920e-630.43symbol:LNX1 "LNX1 protein" species:9913 "Bos tauru... [more]

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BLAST of EMLSAG00000000370 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592769220|gb|GAXK01185348.1|1.511e-1945.45TSA: Calanus finmarchicus comp320199_c1_seq1 trans... [more]
gi|592846009|gb|GAXK01111535.1|2.323e-1848.04TSA: Calanus finmarchicus comp52854_c0_seq2 transc... [more]
gi|592846010|gb|GAXK01111534.1|2.327e-1848.04TSA: Calanus finmarchicus comp52854_c0_seq1 transc... [more]
gi|592846008|gb|GAXK01111536.1|2.550e-1848.04TSA: Calanus finmarchicus comp52854_c0_seq3 transc... [more]
gi|592846007|gb|GAXK01111537.1|2.749e-1848.04TSA: Calanus finmarchicus comp52854_c0_seq4 transc... [more]
gi|592819595|gb|GAXK01134973.1|1.557e-1647.00TSA: Calanus finmarchicus comp371416_c0_seq1 trans... [more]
gi|592917980|gb|GAXK01040395.1|1.408e-1441.41TSA: Calanus finmarchicus comp147418_c3_seq42 tran... [more]
gi|592917998|gb|GAXK01040377.1|3.673e-1441.41TSA: Calanus finmarchicus comp147418_c3_seq24 tran... [more]
gi|592917997|gb|GAXK01040378.1|4.801e-1441.41TSA: Calanus finmarchicus comp147418_c3_seq25 tran... [more]
gi|592917999|gb|GAXK01040376.1|4.931e-1440.95TSA: Calanus finmarchicus comp147418_c3_seq23 tran... [more]

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BLAST of EMLSAG00000000370 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 4
Match NameE-valueIdentityDescription
EMLSAP000000003700.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1056:1270... [more]
EMLSAP000000057943.424e-2830.70pep:novel supercontig:LSalAtl2s:LSalAtl2s311:59396... [more]
EMLSAP000000012175.501e-1637.10pep:novel supercontig:LSalAtl2s:LSalAtl2s11:167499... [more]
EMLSAP000000046741.203e-835.51pep:novel supercontig:LSalAtl2s:LSalAtl2s244:16993... [more]
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BLAST of EMLSAG00000000370 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 1
Match NameE-valueIdentityDescription
gi|119364629|sp|Q9CSB4.2|PAR3L_MOUSE8.326e-732.57RecName: Full=Partitioning defective 3 homolog B; ... [more]
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BLAST of EMLSAG00000000370 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 18
Match NameE-valueIdentityDescription
XP_006561142.16.207e-1929.89PREDICTED: uncharacterized protein LOC100578420 is... [more]
XP_003249819.18.682e-1929.89PREDICTED: uncharacterized protein LOC100578420 is... [more]
EEB15041.11.956e-1747.75pdz domain protein arc, putative [Pediculus humanu... [more]
gb|EFA10855.1|3.301e-1427.04hypothetical protein TcasGA2_TC001632 [Tribolium c... [more]
EEB15042.17.763e-1445.28pdz domain protein arc, putative [Pediculus humanu... [more]
EFX90240.14.540e-1247.56hypothetical protein DAPPUDRAFT_309941 [Daphnia pu... [more]
EAL38800.32.477e-864.29AGAP012016-PA, partial [Anopheles gambiae str. PES... [more]
AAX52678.13.114e-834.26arc, isoform C [Drosophila melanogaster][more]
AAF46810.23.114e-834.26arc, isoform A [Drosophila melanogaster][more]
AAF46809.23.114e-834.26arc, isoform B [Drosophila melanogaster][more]

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BLAST of EMLSAG00000000370 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1022776340|gb|KZS20058.1|5.439e-2530.51Pdz domain protein arc [Daphnia magna][more]
gi|646706689|gb|KDR13796.1|1.285e-2027.67PDZ domain-containing protein 2 [Zootermopsis neva... [more]
gi|939685575|ref|XP_014287107.1|3.931e-2029.09PREDICTED: uncharacterized protein LOC106687635 [H... [more]
gi|939260121|ref|XP_014249907.1|3.521e-1930.47PREDICTED: uncharacterized protein LOC106666894 [C... [more]
gi|942423359|gb|JAN93609.1|1.559e-1747.52Pdz domain protein arc [Daphnia magna][more]
gi|942319733|gb|JAN41799.1|1.599e-1747.52Pdz domain protein arc [Daphnia magna][more]
gi|942365797|gb|JAN64828.1|2.226e-1747.52Pdz domain protein arc [Daphnia magna][more]
gi|942345415|gb|JAN54639.1|2.230e-1747.52Pdz domain protein arc [Daphnia magna][more]
gi|942310441|gb|JAN37153.1|2.516e-1747.52Pdz domain protein arc [Daphnia magna][more]
gi|942328823|gb|JAN46344.1|2.534e-1747.52Pdz domain protein arc [Daphnia magna][more]

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BLAST of EMLSAG00000000370 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 4
Match NameE-valueIdentityDescription
maker-scaffold592_size129239-snap-gene-0.247.384e-7332.69protein:Tk10860 transcript:maker-scaffold592_size1... [more]
maker-scaffold158_size296719-snap-gene-1.242.712e-2239.60protein:Tk05692 transcript:maker-scaffold158_size2... [more]
maker-scaffold85_size395806-snap-gene-2.224.984e-2039.33protein:Tk03917 transcript:maker-scaffold85_size39... [more]
maker-scaffold429_size173697-snap-gene-0.341.456e-734.48protein:Tk09733 transcript:maker-scaffold429_size1... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1056supercontigLSalAtl2s1056:127082..215459 +
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-LSalAtl2s1056-augustus-gene-2.19
Biotypeprotein_coding
EvidenceIEA
NotePartitioning defective 3 homolog B
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000000370 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000000370EMLSAT00000000370-696217Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1056:127082..215459+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000000370-683136 ID=EMLSAG00000000370-683136|Name=EMLSAG00000000370|organism=Lepeophtheirus salmonis|type=gene|length=88378bp|location=Sequence derived from alignment at LSalAtl2s1056:127082..215459+ (Lepeophtheirus salmonis)
TCTGTTTCTACGCGCCAGCAATTTTGAAGTATGTAATATTTAAAGGGACG CTTGCTTATGTAAAGAGTGCGCGAGTTGAGGATATAGTTTGTAGTTCTTC TAAGAAAAGTCAGTCTGTGTTTGGTATACTTGATGTGAGGAATGGCGTAT TGAAAAATAATAATATGTTATTATTAACAATGTGTTATTCTTAAAGTGTT TTTCGGGGGGACTAAATAATTTAGTGATTTCTTTTGGATTGCATTTTTTA AATGTAAAAATGCGATTATTTACATCTAATTCCAGCCACACACCCAAATC GAGCCCCGAATTAGTGCGACACTCCCTTGTCCTCACGGAAGAAGCTCTCC TAACGAATTCCCCTATGATGAACAGTAACTCCCGCTCCCTTCCGTCCCTT CATAACCCAAATAGTTTTACACCATCCGCAGTTGTTTCCACACTTGGTCG CAAATTTTCTCGCCGATTTACTTCAACCAATGAAGAAAGCTCTCGTCAAT TTCGACTATGTCGTATCGCATCACCATCGCGTAAGAAATGGTCCATTAAT GGAAATGATCAGCGAAAGGATGAGGCTCTTCCCTCTAAAAAGTCAGTGTC TCGTGTTGACTCATTCAAAAATTTCATCCTTGGAACAGTGTCAAGCTCTT CCAACGGATTTGCTGCTACTCTTCGTACTCCTAGAGCAGTCAAACGTCGA AGTCGCAATAGTGCTCGATCGCAGAAACATAATCAGGAAATGTCCAAGTC TACGTCGGATGKCGGAACATCAACTCTTGAAGACAGTGTCTATGATTCCA TCCTCACTCTGGATGAAAGCTGTTGTAAGAGTGAGACAGATTTACCGACG ATGGCGGGAAATGATGACAGAGGATCCATTCTAAGTAATGACTCATCCTC GAGAATCTCGAGGCGATGTATGAGTACTAGTAATGGAACGATTCCTTCTA AAAATCTGGGTATTCTTCCTGAAAATAGAGCCATCAACTTTCGACATTCT GGAGACTATTCCCTTCGATTTCATGTGGACTCATCTATGGAGTTCAAGAG CTATGGACTCATTGATGATCGTTGTAAAGAAAGTGGCTATGGATCTAACT CTCTAGACTCTACTTCCTCCACTTCTTCTCTCCGAGACAGTCCCAAGGGA GATGAAGAAGCAGAGGTGACTAGAAAGAAAAAGTCAAAATCCATTCTTAA AAAGACGAGTTCAAACTCTAGTAACTCAAGTAGCTCTGTTCTCAATGCAA GAAACATCGCTGGAAAAAAGGACTACAAACTTATTCGACTCAAAAAGAGC CCTGAAACGGAACTGGGCATCATTATTGCGAAGAAAAAACTCAAGGAAAT TAATACGAATGGATTCCATGTAGTGCACATCGAGCCCAAGGGATTGACTG ATAGGTAAGTCATATTAGAAAATAATGGAATATTAATTGTTGCTCGATCA TTTTTTACTCTCTATGGGAATTGATGTTGGGTAGTATATTGCTTTTATAA GTCCTCTATTTATGTAGGAGTTTCAGAGACATAGAAATTGCGTATAAGGC TTTATGCACGTATGGAAAATATAGCCTTATCAATAAAAACATTTACAACA AACACTGTTGTAACACTATAGCACATTAGGTGCTTAATATGAGAGGGAAG TATATTATAAATGAATTTTCATTAAAGTAGAACACATACTTGAAAGTTCA TGATTAAGCAGCTCTATAATCAACAATTATACATACATACAACTCATATT AAACATGACTTACCCATGACTTTCATCTTTAGACTTATCCATTCAAGAAT ATCTGCATTACATATTTAAAGAAATACACTTTCAACGTCACTGAGTCCTT TATTAGTAGTAGTGTTTGTTGTACAATCTTCATATATGTATATTTAATTT GTCAATTTAAAACTCCTCTCGTAAATTATATAGTAAAATCCTTATCAACA ATAGTTATGAGTACACCGTAATATATTAATATACATTTGATATTTATAGC AATTAAAATCTCCTTAAATAATACAAAGGATAAATCCACCGGCTTAACTT GTCAAATGTTACATGTACACTATATAAGACTATATTTGGACAATTTTTCT TTTATGATGGAACACCTCTTTTTTTATCCGTTTTGTAGGGAATTCCAACA ATAAAAAAGTTTAATGGATGGAAAGACTATTTTATTAATTGGTTATTAAG GTCTCCAGACATCATTTTTCAGACTATATACATCAAAGTTATGGCAATAA TCTAAGGTTGTATGACCAATATTTTGGTAACATAAACCTTTACAAAAATA TGGAATAAATTGTTATAAAATTAAATTTACAGACAACCTAACAATTGGAC AAAAAATAGCATAGTAGTCAAATATTACTTTTGCCCATGTACAATTTCAA AANGTGTTTTTTTCATCTCCGAATAACATCAATATTCTATATAAAAAACT TCACGTATTTTGTAAATTCGAAAAAAAAAACAAAAAAAAAGTAAAAAAAA CTTAACACTAATTGTATACAAATTATAATGACAAGGTAAGGTAAGTATGT GGATGTATGACTTAATTGATGAGGAACTAAACAGTATCTGTGTAGAAATC AACAAAAAAAATGTTTTTCCAAATTTATGACGAGTAGTGAAAAAAATTCC ATATATAACGAATTTAAATTTTGATAAGTAAAAATATTATTTGCCAATTA TTAAAATATTTAGTAAACTAGACTTACACTGTATTTTTGGGCTAAGCTAT TGATTGATTTAGGACTCTCCTGTTACTAATTTATGTTCTGAACATTGATT GGTTGAACTGGAATGATCTTTGGTTAAGCCGTGAACAATTATCTACTATG TAATAGATAAAGAATAGTTTAACATATTGGTGTGTCAGTCCATATTTAGG ACTGAAGACTGAAGTCTTGTTTAGTTCAGTCTCGGTCCAATTCAGTTCAG TCATGCATGTCAGCCTAAAAAGTCCGGCCTTTGATGATGTCACGTAGTAT TATTTCTCCTTTTTTAATCAAATCTAGTACTGACAGTCCAGAAGGCCAGT CCCATGGACTGATAGGACTAGTCCAAAGACTGGACTGTACTGGACCAAAA AAATGAGAAAACACACAACCTCATCGGCGGGTATATTTTGGAAGACCTAA NGGTACTGCAAGTGGATTTTCTGACGTAAAGTACTGTTATAAATACGTCA ATATTCTGCTATTGTACCTTTATAGCGAACAACACTGCTGCGAAGGGATT TTGAGCCTTTTACATCGTACTCATAATATTGTTCTGAAAGTTTCTGAAAC TCAAAAAAAATTGTTATCAATCTATGAATATCCCTTTGATCCAATGGATG AGAAGACTAGGTATATCGTTACCTTTTTTGTATACTACATACTCTTCTTT AAAGAGAACTTAAAATCAGTTAATAGGTACCTAATTCTTTCGAAGAATGT ATTTATCATACAATAGTTGATGAAAATTAATATGAGTTTCTTAGAATTTA ATCAATCCACGTTTAGAGGAATAATTAGGGTAAAGGAAAACAGAAAAAAA GTCAGCTGATAACAAAACAGACGGTGTATTTTTATGTATTTAGCTAAGAC CGTGGGATATGTTCAACTCAAATTATTTCTTTTTAAACAATAAACCTATA TTTTATAAAATTAATGATAGTCCATTAGATGTGGACTAAAGAGTGTAATT TCGAGTATTTTCACTCCCTATTCTTTAGAGGAAAGTTTGCGAGATACATT ATATATATACGTAGACTAAATAAGTTATCAAAACGAAAATATGAAACATG TGTAATTAACACAAAAAATGAAAACAAATATACCCAAATCGATCCCCTTC CTCCAACCTATGGACTATCGTATCTCATCATGTCTCACACATTCATTGAT ACGTGATGTCGTATTGATAAGATCTTTTTCCTCTTTTTTCCGTACTGTAG ATATCTCTAATGCTTCTTTAATTGTTCCTTCTCACTTATTGCTTCATTGT AAGTAGGCTGTTACATATTATGTCGGTATACCTAATGAGTAGACGGTGAT GAGTCATGCTCCTATGAAACTTATTTCAAAATTTGTTAAATGCTTCTTTT GTAGGTGTCATTCGACAACTTTTTTAATGGATTGTTACAGCAGTCCTCTT ATAATAACACTATAAAGCACTAAATTTCTTGATCCGTATTGAATTACACC CTCCCCCTACTCGTCTATTGTAGGTACATACATGTAACATGTTGATGAAG TCCCAGGTATGTTGTTCCATGCAAGAATGTAATTTTTTCCCAATAGAGTT TTTTCACAGAAAATAAAAGATATATCAACTTAATGTATATTTTAATTAAT TCTACAACTTCTCAAGTTGTATTGTACCTATGTTTAATATTTAATGTTGT ACTTTATATTTCACACATATGTTGACTACTTCTGTATTTAAAAGTTATAA GAAAGTTCAACAATTTATCACCCATATAAAAGTTGATATTTATATTATAC AAAATATGATTTATTTTTAAATGTCCCCATGCTGAGAGATTGTGGGACAA ATATTTAAATAACATTTAAGTACATACATAATTAAAGCAATGTACTCAAG ATTACTAAGTGTCAAACTAGTATACACCTAGTGCACATTGTTACCTTTAT TGTATAACACAACCTTTCATGCAAAAAGAAACACACACAAAAAAAGAACC AAAATCAGTTGGTAATTAAGCAATTCTTCCCAACTATGGAATTATTATTT AAGGTACTAGAAAAAATACCCTGGGGAGAATTGCCCGTGAAAGATTGCCT TGAGAAAATTGCTAGTTAGGAAAATTGCCCTTATTTTGTTCAAACTTTAT GATGAATAATAACACATTATAAATTCGCTCAATGTTATTTATGACATCTA AACATATTTGTTTGTTCCATCCGCAATGGAGTAAATTTAAGTGTGGTGTA ATATTATTGCAATCCAATTTTCTTGCAATTTCAAAAAAATCAATCCAATT TTCTTGCAATTTCAAAAAAATCAATCCAATTTTCTTGCAATTTCAAAAAA ATCAATCCAATTTTCTTGCAATTTCAAAAAAATCAATCCAATTTTTTAGA AATGGATCGAAAGGATTGGTAAGGAGAGGGGGAGGGAGGGAGATAAATAG CTTACTTACTCTTGAAATATAGTTGAATACCCAAAGAAAAAATTATGGTA GATCGTACAAAAAAGTACATTGAAGATATATTTTATGTGTATGTTACATT CAATTTTGTTTATAAATTTATGATAACGAAGCTAGACGCAGGTTCTCGGA TTATCTGGGTATACCACGAGAGTCACGGAGATCATAAAAGTACAGGTACT GAGATAATGCCAGAGCCATCTAATGGATTTTACAAAGTATAGAATACCST CCTCTCACGCTTTTAATCTTTAAAAAAAATGCATAATGATTATATTGCAT ATGTCATGTAGGAGTGTTAAAAAAGTCAGCAATATCAACGTGCTGAAGTA ATATTACAGAAGTATACATTTAACTAACATAGCCTAAAAGATTTTAAATC TTTATCGAATGTGAGACATGCACCTTGTTAATTCGGCCTATGATGCTAGG TTTTTAACACTACCCAACGGGAAGGCTTGAAACTAAATTAAATTGGAGGT TATTTTCAGCAATTCCGCAGGAAAAAGGCCAATCTGAGGGCAGAAAGTAT TCAAGCATATTTTAAGAGGCCCCAAGCTATTTATTCCCCAAGCCTCCTCA TTCTATATTCCAATAATATTACTCACACTTGAAAGTAATTTATAATGTTA TTCATCACGGAGCTTGAACAAAATACGGGCAATTTTCTTCCATGGCAATT TTCCACGCACAATTATTTAACAATTCTTGAGAAGTGTTCAAAACTCATCA AGAGCGAATTATAATTCAACTAATCAACTTTCAGAACACTGATTAGGGTA AAAGAAGCCGAAACATTTAGAGCTGACAATAAAACTATACATTTTTATGT TTGTGAAATAACGGCGTGTAATAAAGGTTTATTGAAAAAATAATATACTA CCCAGCAAATATTTGAATATTCAAAGTTAACAAACAGTTAGTTGAAGAAT GCTCAACTTTTGAAGAGTAATTTATTGATATCTATGTACATTCTACACAC ATTTAAACACTCTATAGAAGCTACAAACTTTCTGCTATTGTTCAAATACT CAGTGCAGAATTGCTAACTACAATCAAAGCTGGTCTTAAGACCACCTATT TTAAGTGCTTCAATCCACTGAGCAAATATATTGCGTTCATAAAATTTAGA ATTATTAAAACACATGCATGTAAATAAACTAACTCAAAAAATAGCTTGCC TGGGGAGATAAACAACATTTTATCTCCAACGACCACCTTATTACCTTTCT TAATAGCTGGGGACTAGGTATAGTCAACACAGAAGTATTTTGGAAAAATA TTGATTTACCTTAGTTGGCTAAAAAGACTCATGAAAAGTGATTCCCGATC TAGCCAAATCATGTACATTTTTTTCTACATCATAGTGTGGAAGGGAATAT CAAATTGATACAATTTTCGAAAAAAAAAATTGTAGTAAAGACAATTGTGA TTCGTTTAAATGAGAGGAAGGAGTTTTAAGATCTTGACGGATAAGACACA CACACTCAAAATACGATAAAATCTTAATATGTATTATTATTATTTTTTTT TTTGGGGGGGGGGGGTAATTAGAAAAAAAGATTTAATTTTTTTTGCAATA AAATGCAATGTCTAAAGCATTAAAAAAATTGTTTAAATTACCTGAAATTA AAGTCACTTACTTTATCAAAAATATTTCATATTGTAATTAGAGCTATTAA ATTTCCTCTCCTCTCCTTGAAACGTGCACATTTTTTTATTTGGAAGACAA TAAAAAATGCCTTAATTCTCTTACATAATTATTATTTACTCNNNNCGAAT GATAAATGAAATTTGATGATCATGATGATATTTGCTCAGGTTTTTTTTTT TTTTTCGTCTGATACTCATTCGTTGATTTWTTTCCGTTCATTTGCTCATT GAAAGAAAAAATGTAGGTATAACAAGTGATAATTTTTTGTTAAAATGTAG TAGGTTACGAAATAACATTTTCTGCAGGAGATTTCAACTTGTAGATACGG TAGATGTCATCATTTAATCATTTGACCTCTGTAATTGTTCTTTCACAGTA TTAACCTTGTAGTTTCATTTAACAAGGTGAATTCATGAAGATTGTGTAGT TAGCTATAGAGTAAATGATTATACTTTCAGGCCTCTTAGTAGACAAAAAA GTATTTCACTAAATTTGAACAAAAAATTATCAAGTCGACGCTATTTGAAC ACTTAGTTTTAGCTTTGGTCTTTTTATAAAATACATCTTTGCCACGGTGT CACCTCACCAACATAAAATTGTAGACTGTGTTTTAATGTCAAGTATCGAT TTCTTTACTTCTTTTCTACTGATAAGTGTATTGAATAGTTGAGTTTAAAT TAAGGGTTCGGATAACTTGTACGACTGCTTGTACAAGTTAAAATAAGTAT TCAACATTCTAAAACTGTTGCTTAATCGTTTAATTAAAAGTAGTTGTTTT TTAATTTCAAAATAAAAGTGAAATAATTGATGAACTAATATATAATTTTC TCATAGAGGAATTAAGTAATTTTCAACGATATTAATAACATACACTAATA TATATGTATGTATTTTACTGACTTGTAATAAAGTAAAATAAACGTATGTT CACCATGTTTAATTACCAAACCTTTTGGTCTGTATTTATTGTATGTTTGA ATAAATTTCTCACATTAACTCATTCAATCAGACCATTTGTTATTTATCTC TAACCATTACAAAAAAGCTGGAATTTATAATCATTTGTTCGTGATATTAA ACAGTTCTATGTAAGTACATTCCAAGAATTTAGAAATCAATCAATGGAGA AGGAAATAAAAACAAAAGGCTCAGATAAACGAACATATGGCTTAGTAAAT ATACATATGTATCAAAATTGGTTTTGTGGTTCAATACATAAAGTAAATTT ATTAGAAATTTCGGGTATTTTCTTATTTTTAAAATGTTTAACATTTTAAT CTTCCCCACTCAAAAAATATCATATTTAAAAGGTACGTGAGGTTTTGAAT TTACAATTTGAGCAATTGGGAGTATTTTATTGACGCACTACATTATAAAA AAATTGTCTAATAACTTATAATAACGAGGATAACCATAAATTTTTCAGAA GCAAAAATAAATCTAATTGAAATATGCTTAAAATATTGTTCAGTGCAAAA CCATGCTATTAGGCTTTAGGATACAGTGAGTGGAAACTTGTCAGTACCAA GCTTAAAAACTCTGCTGTGAAGATAACAGGGAACTATATGGAAGATCTCA TTTCCAAGTATATAAACTGACTATATTAGAGTGACTATTAGCTAATGTGG TGAACAATCCATACTATTAGCTTTTAACAAATATAATTAGGTTAACAATA TTTTACTTATAGGTATGTCTACATGTACTTAGCACTAGTATACAACAAAA AAATTAGTAAACTGTATCATCTCTTAGTATAATAAATAATGATATATACC CTTCAAATGTAAACTTTATCATACAATTCAAACCAGATAGCACAGTTTAT CGCTGAATTGAAGATATTTTGGCTGCAAAAATGCACATTCAGGTAAATAT ATTTGATAAATTCGGCATTTGTAACAAGCATAAATAATTTAAAAAAAAAA GAAAAAACTAGTGACTAGGTGATGTTTATGAAGATAGCAAATTGTGAATT TCATAACTTCAATATTAACAAATATACTCACCTAAATATTGAAAGTTAAA TATCTCAGTTCAACCTTTTTGTCCAGATAGCATGTTTTTGTGCTGGGTCA TCGATTTGTTAAAAAAATCTCATAGATGTAATTAGAAATATGTAATCAAT GAATCTTTAAGTATTTAAAAAAATGCTATCTTTTTACTCATCATTGACAT TTGAGTTTTGTAAATGTCATTGTCAAAATCCATATTTTGGAAAAAACAAA AATCTAATTTTAGAGGTTAAAATTTTTTTATTTAATTACCCACATCCCTT AATATGTCTATTTTATAAAACAAAGTCAAAAATTGATCAACTTTTTAAGA AATATTTCAGATATTTTTTGTAACAATTCCATATTATTTTACCCAAAAGG GATTCTTGATTAAATTTGTATCATTCAAAATTTTCTTACAGTTTTATAAT AAACCTTTCGGAGCCCTCTATAAATTTTATATCAAGGTTGTGAATGTTCG CTGAGCAGTTATAAAAATTATTATGATATATTTTATTCGAAAGGTTATAT TGGAGCTAATCAAAGTTTTATATATTAATTCAACAAATTAAACAATAGTT AATGTTCTTGGGTATCTTTTATCATAGAAAATTAAAATATATAATTCCCC GTATTTGACAATACAAGTATAAATGATTTTTTTTTTAAATTCTTGATTTT TGTTTAAGATTGTTTTTGTGTTTACGTATCACATAATATGAGTTCAATTA CTTAATTAAGATATTTTTTGAGGAAAAAAAACCCAAACAATCCTTTGCAA AAAAATTAATAAATACTATAATGATGCATTCAATTTCTTTGTATGCCTTT TTTTCACTGACCTCTATACCTTTTAAATTAAGTATCTTGTAAATAATTAC ATTTTTGTAAACTTCATTTTATCTTCTTTCATCAAAATATATAAAAATGC ACTCAAGTGAGCCGTAGAAAAGTTCAAAATTTAAATGTATAGTAAAGATT AAATACGAGATCCTTATGTAAATTGAAATTAGGAAATCATTTTGTAATCT CTAAAGTAATAGTTATTATTCTTTATGATGGCTTATTGTGATGGTTCTTT CTCTGTGTGTGTCTGTGCAGAACCACATCTTATGTTTTAAGAAACTTTAA TATGTTTTCATGTTAAAGAAGATGTCCTCTTTTGAATCAACTGCATTTAT GTCAGGGCCGTCCAAATGGAATAGTTTTTTTTTTACATTTACTTTTCTTC ACTTTTAAAAGAGTTACAAAGAAGTATTTACACAATTCAACCAAATTTTA CTTTTTCAAAATCTTTTAAATTCTAATCCATTCACATATAATTAATATGT ATTTATTTCAACCAGCGGCGATTAACAATGCCTATAAAGGTCGACTTATT TTATAAAAATTATTGTTCTTAATAATAGTGATGCATTTATAATACAAATA TTAAAATATAAAAAAACGTGACAGTGCAGAGTAAAAAAATAAACAAATGT CACACACACAAAAAAAGAATTTATTAAAAATCGCTTGAGATCAGCCTCAC TTCCCTGGAAAAAAGCAAAACGTTATTTTTTTTTGGTAGATGGTATTCTT TTTAATATACTAATAACAAATTTTTAATCAGTTTTTACATATTAATTTTA ATTCTGTAGAATATTCAATTTAAAATTACTGAGTATTTTTACATTTTTTT ACAAGTTTGACTTAATTTTTTGAATAAGAAAAATAAATTATTACTTGCAA AATTGTATATCTGTTTCAGATAGAGCGAAAAAAACAACTGATAGCAGTCA GACTTTTTAAACAAAGCCCTTAGTGTATGATGATTTTGAAGTTTTGAACT ACATTTTCTGAGGATTTATCATCGAAATCAAAATAAAATTGGGTAAAAAC AATTTAATTTTTATCTTCATAATTGATTTAATTTTTTATATTCTAAAATT GACTCAAACTTATAAAAACTATAAAAATAGTCAAAAAATTTTATACATAA GTTCTCAAAAACCAGTTATGATACAAAAAAATAAATACAAATTCGTAATT ATTGCACCAAATTCTAATAGAATTTTAAAACGTAATTTAAAAAATGTATT TTTTTAATTATGTAGGTATCCATCCTTTATTTCCTTATTAATTTAAGATT CTTATTTTTTTTTTGGAAGTTAGTTTGATTATGTTATCTCATAATTTTTT ATAATGTTATATACATACAAAACGTGTTTTTATCTTGTTTTTTTTTCTGG CTTTAAGACAAGAAAGTAAACTATCATAAGACATCCTAAAATATAATATA TTGAATGCTTCTTACATGAAAATAGATTAGTTTTTTACATATATATATAT ATATATANCCTGAATGATAATCATTGAGTATAACTCGTATTTACTTATCT ATTTACAGACATACCTTATATAGCGACCAAAATGTGTGTAAGAGAATTGA TAGTAATTAATCAATTAAGCTTTAGTTTTGATATTATTGGCTATTTTATA ATTGTCAGTAATAATTTCAATTGACTGATTATTAATAATATTTTATTCTC TAACGAAAAATATTAATTAAGACCCAATATAATATACATCCACATATAAA TTTTTTCCAAAAACTTTGATTTTAAGTTTTAAGTCATTCAACAACAGAAA AATCTAAACCTTTTTGGAAGTTATGTTAACTTTTTTTATGCTATAAGCGT ATAATGATACATTGTTTTTAAATTTTAAAATTGACATGTTTGTTTTTTCT TACTCGAAATTGGATTCAAATCTACGAAAAAATTGAAAATACTCAAAAAA TTACGTAAATTAGATTTGATCCTATAAAACCAATAATAAATTTGTAATAA ACCTGTTAATTAAACTAATTTTAATTTCTTTTGAGTAGTTTAATTTATTA TCAAATATTAAAATTGCATATATTTTATGTTTGGTAACACAAACAGTGAA TATAATAATTTGTCCACAATTTTAAATTCTTAGTGAATAATTTTTCAAAA TATTGGGGAAAAAATTAAATTTTTAAGTAATAAGGAAAATTATGTTGTGG CTTMTATAAAGATGTATTTGCTTTTACAAAATTATTTCTACTGACTTTTC AATAAGTAATTTAAAAAGAAAATAATCAGTATTTGGTTTATTTATTCCTC AAATAATCTATGTTGACCAAATTTACATTTATCACTACTAGAATCCAGAG ATGGACCTTTTACTCAGGAATTGCAATTATGTTTAGTTTGAAAMCAATTT CAGACTCGAGTCGTTTTTGAAGTGACTCTATTTGTACTCTTACTTAAAAG ATTTAAACTTGTGAAAATTCGAGACATACAATCATAATATCTCTGAAGTG TAGTATTGAGGATACTCGTAAGAATTTGAATTCGAGTCAGATTTTGGTTT AATTAAACTGTGACCATATATTTACTTGAGTTGGGCATGATATTGAAAGA CTTGAAACTGGACTTATACTTGTAAATAGTATTAAACAGTTGTGTGGTTA TCATATCAGAGTCTTTTAAGGAGTTGTGATGGATTTTGCCTTATTTTGAA GAAATACTATATAGCAAGAAAGGTATTTACCAGTTATAGCACCTTCTATC CAATTTAAAAACAGGAATAGATAAAAAAAGCACATTTCTTAATCTGATGT ATTTCTGTATGTAATATATTATAAATGTTAACCAAAAAATTACAGAAATG TGGAGAAATTACTTATACACTCCCATTAAAATTTGGAAAAAATCACAAGG ATTAAACTGACTTATATGTTTATTTTGTTCCTTTGTCATTATTAGAGATA TGAAAGTTTTCAAAATCGTCGTAAGGGTAAATATTGAAAAATATATATTG GTAACTTTGAGGGATGATATATCTACAAACAGATATTTCTATATAAACTG TAGTAATCCTTGCTCATCATTACGTATTATTGTAAAAAATATGATCTGTA GGTATGCTAGAAATGTTACATATAATAATGACATGTTAACCCTGAGGATT TAAAGAGGATAGTACATTGCTGTCATTACGTTTTATTATTTAGGATAAAA ATAGCAATAAAATTAACAAAATAAACTCGAATTACACTTCGTATCTAGCA AGGAGAATGGCAGGAATTAATTAGTTGTTAATAATGAATTCAACACAGAG TCCAACAAAGAATTACTTTTATAACTTTAACAAATTATCATTGCTACTCT TTGTCTTTCATGAGCACACTTAGACTATATATCTACATATTATTACCTTA ATAATTAAAGAGTGCGGATAACAGTTTTTGAAAAATAAATCAAAAATAAA CACGTGAGAAAATGCTTAGACTTTACAACTCTATACATGACTGTCGTTGG CATTTAAAGTAATGATCCTCCTTCAAATATAATATCTATTTAATCTACGA CAAATGTGGGTACCCATTTATGATAATTATGAGTGAGTTGTTTCATCATT ATCTGTTCATGATGAGTAATTCCTTATTTAGACTTATTGGTATGAGATCC ATCTACATAATTCGATCTCTAAAAGATTGAAAGTTTATTTGTTATGAAAA ATAAGATCCTATAATCTTTCATCCTGTATTCATAGAAGCCTTCATTGATG GCATGTACTTTTAATAAAACAATTATATTCATTCTAGGGATTGTTTTTCT TGTTTTTGCGTAATAAAATGATAAATTTAAAACAAAGTCTAAAATAATAA AAATAGTAATTTTTTTAATTATACATATTATCTTGTATTTGGTCAATCAT TCATGCAAATGAATTTTATTTAGTAAAAGTCAAAAACATTCATAAGACAA TTAATTATTTTAAGTAATATCGGGAAGTAGTTTTCAAACTTTTAACAGCA TATAAAGTGAATACGTTTGAATTTGCTCATGAAAAACGGGCAGTAAGTTA TAAGTACAAGTCTATTTTCAACCGGGAGTACTACTAATAGGAGGTTAGCT TAAGAACTAGCGTTATAGAGCATTCAAACGTGACCTCAGTTACCTGATTT TGGGGCATTTTTGAAACATAAACAACAAATTTTTGTAATCATTATATATC TTTGCTCCTATGCATTACATCAATGATTGATTTTATTCATTTTTTTAACT ATTGGATCAAGTATCCTTAAGATTTTTTAAGAAATCGATTCATTTTTTTT AATTTGTAACTATGCAATGATGTCACTTTTAATTCATAGAGATTTTAAAC TTGACGCCCTCAATTAAATTGAAGTCAACTATCGTTGAAGAAGCTAAAAA AAATCATTTTTCTATTCTATATTCAGATAATTTTGCTATTTTATAATGTA TTAATAGATATAGTTTCTCCTATTGAGTTAGAATCTGAAAAATTTGAATT TTAAACTTCAAAACGATATAATTTATTAATAAACTATATAATTTTAGCAA AATCAATACTATAAATAGATGTTTGTCAGAGCTCTCTTAATAATTAATGT AACTACCTTTAGTGGCAAGGATGGCTTCCAGAAGGCGGMGGAAGGMCTGA CGCCCACTGCAGATGTATTCCTCTGTCATGGTTTCCCTGTGCTATCTGAA AGGGGCTTTAAGAGCCTCAGTTTTTGAATGACGGACACTACAGGTCTTCC CCTCGACATGTATCCAAAATGTATAGCGAAAGGCGTTTGCATCGGTACTG TAGGGGACCCAAAAGTGTCAAATAAGAGTTCAAAATAGTCATGCAACGAA AGAGATTGTTGGTGTTATAAATGGCCAACACATATTTGATAGCTCCCCGG ATAGTCTGGTGGGAAATCATGAGATATCTTACAAGGCCCCTTGGCCTTGA GGGAGTTGGTTTGGGCTAATTATTTAACTTCTCCGGGTCAGTTTGGCCTT TTTGATCGAGCCCTTCTTCCTCTTCAACGTTTTGGACTTGCTCACAACGT ATAAGTTGGTCTTGGAGACGCCTAACTTTTATTGTATACTCCTATATATT TTGTAAATAACTACACTATATAACACTCGGTCATCAAAGAAGTCCTCTGT CCCCATTTTAGAATATCGTAACCTCGTACGGATTTCCATCTTCTCATGAA CCTTGATTTAGAAAAAAAAAATATGAACTAGTTCTTACCTATTAAATTAC ATCTATACATTAGCCAAAGCGTGCATTTATTCTTAGGTTTTTATTTTTTT GAATACATATTTCTTCATTATTCTTTCAAAGACCTAGTACGAATGCAACC TGTTTTACGTAGCTTTTTATAATAAAAGAAAACTCATTATGATAAGGAAT GGGATATTTTTTTGCAGTCATTCATCATTTACATCCCCCACTTTTTAACA GTAATAGTGTTAATTTTCAAAACACAAAATAAAATAATTTCTTTCATTAT TGATTTTGATTACATATATGAACCATTTTTTTATATTGTTGGTCGTTTAA TGTAGGAAATAACAATATACATAGCATGCTACGTTTTTATGTGTAGTGTC AATCAGTTTGGTCTAAGACGTGCAAAAAAACTTGACAGGTGTTTTTTTCG CAAGAATTTTCAAGTAATTGAAGTCAAATCATAATTTCATTTTTAACGAA ATATATAAAAATATTTATTATTATATATCATCCACTACTAAAACAACTAT GCAGTACCAAATAAAGGCCCTATTAAATATCATGCCCCTTTAATCGTGTG AAATTACTATACTTCCTTGCTACTACTGAATCCATTTCACACAAGCCCTT CACTCTTAATGAAGAGAAAGTTCCTTAGAACATATTATAACAGAAATTTT CAGTATTCATAAGGTTATAATATATTAATTTGATCACGATTCGAATCGAA CTTCCGGTATCCAACTTAAATGAAAGATTCATATATTTTGTTATAACCAT TATTTTACAAAGTCATGAGAGTTCCTCACCGGTTCTAAAAATATCGTTAA TGAAACGATCCATGATGAGAATTAGACTTGGTTGTGTTAAAACTTTGCAA AAATAATGTATTTTTATGTTTTATTTCGTATTACTTATCAAGGATAGCCA CATAAATATAAGCATCTTAAATCATAGTAACTTTAATGTTCTTTTTAATT GTCATTCATTATATTATACCATATACAATTTATCATACTGTTGCTCTATT AAGTAATTAATAATTAAGACTCAAAAACTTTTGTAATAGTCGGTTTTTAT TTGACGATGATATTTTATGTATATCAAATTTTCTTATGTATATTAAACTG GCCCATTAAAACTATTTTTTTAAAACATTGAGCTCTCACTGACCTAAAAT ATGCATCAGGGTAAAAAACGATGACTGACAAATTTTGAACGATTTTGCAA AATTTAAATTTTTGAAAATTTGGTCTCCCTCTTTTATTATTTTTCATTAG TAAGCAAATATAAATTAATGTTTTTTAAACTTTTTCTTTATAGTAAATTA CCTTCTCAAATTATTTTTTTAAATTTTAAACAGAACAGGAGTTAAACAAA CTTTTTAAACCATGACTTATAGTTCATATTTTTTTTAATTTTTAATTAAA CAACAATATTGCTAATTATTTATGTTAAAAAATACACAATGTAATCAGAA GGACTTTTATCCTTCATTTAAGGTTTGTTGAAATTTAATAATCTTTTTGA GGAATTGATACATTTTTGTTAAGTTTAAAATTCTTAATTCTTATAATATA ATGATCACTAATAGGCAGATGGTTGTTTTTTAGAGCCCGTGGCTTCCATT TTTTAAAAGATTTTATTAGATTAGCAACAAACAGCCATGAGAGGAATGAA ATATACTCATATCACACTCTGTACTTGGCTATGACATAAATTACTCCAAT GACGATCCTCTATTCTACTTACTCGAGTCCAACAAAAACTTCAACTCATA TTCCCCAACCAATCATCCATTTTACTTGCCGTCTTTCATGAGTACACAAT CTAGTGAATACTTTATACTTTAATGTTCTCTCCTCAATAATAATGATAAC ACCATTTTCATCATAAATATAAAATATAAATATCTTTTACTTTAACCAGA TGAAAATTATTATGAAAAAAGTTGATCCATAAAATATTTTTTTATCATTT GTTAGTAAAAATCCAGCTTTTTTGGCCCGGCTGATTTTTATTTGTAATGT TTCTCTAAAGCATGAAAGATTGGTAGTTAATTAATTCAGAATGGTTATAA TTCTGTCCTGAAGACGCAAGCCATTCCTTCTGATCAGAGATTAATTGGAA GGAAATTTGCTTTTCAACAAGACAACTATCCAAAACATACATCCAAGCTC TTCAAAAACTTACTAAAAAAAGAGAAGCCTTTCACATCTGATCTATTATG CAATGACCGTCTCAATCTCCTGATTTGAATCCCATAAAGCTATTGTGGGA GCACTTGGACAGAAAAGTTGGGAAAAAGGGCCCCACAATTAAGTGGATCA TATCGAAGAAAACTTGGAATCATATTGCACCTCCCTCTCTTGAAAAACCA AGAACAAGAAGGCCAAAAGTTTATAAACCAGTTATAACGGCAATGGGAGG ATTTTTTGATGAGGCTAAAACCCCGAAACATACCGGGAAAACGAGATCCC ACAATGAAAACTCTCATTGATATATTTGTAGTTGTATATTAAATATAATA ATGTATTTAAGAAAATTGAAACATTTTCACAATTTTGCATTTACAATGTT TGAAAAGTGAAATATTTCTTAAATGTACTTGTATGTACCTTATTCATGCA TACATATATTCAAAAATAGCCATAAATCATAAAACATACAAGAAATTGAA GGTTGTTTCTTTGTGTTTTATATATGATGTGTTATACATAATATATGAAA TGTGGATAAATTATTTATAAGTGTAAAGAAAATATATACAATTACTAGTT TCTTAAAATAAAACAATCCACATCTCTACTACAACTACATAACTATAATT TGTAACAAGTTACTTAATTCCCTTCGTTTCAACTCTCCATCAACTCCAGT TTAAATAATATATAAATGACACAGTGATCGTGTCATTTAAGAAACTTCTG TGACAGATATGCTCTATGTACACACTTCATTTTTCTAAAAAGACTATGAT AATTTATGAGATATTAATAAGATTATATTAGAGCTTGTGGCTATATGAGG ATATTAAGTTTTCAACACATTTATAGAGACATGGATCAACAATCATTTTA GTAATATAAATGTGATTATTTTGGGGTAATATATATTTTAAATGAAATGT TCGAGCGTTTGATAATTCTTGACTTATAAAAAAGGGGTTATATTTAAATT TTAATAAAACTGGACTTTACTTTAGCCGACAATTTAATAGAATCTGCTCG AATTCGTACATTTCGTTGAAAATTTGACTTTACTTGAACTCAAATTATCT GGACAAAGCAAAACATTTGATTCCTAAAAAAGGATAAACCACAGTATATA ACATTTTGGGAATATTGTCCTAACACAAATTCGACATGACGTAGATCTTC AAAACTCAAACTTGAAAATTTTGTCTCGAATCCAATACAAAAAATAACAA CGAATTTATCATATATTTTGAGGGTAGTTTAGTTTTGATATTTATCTATA TAGACTATACAGAGTATAACAACGAAATGTAGTGCTTTAGATTTACAGAT TTTTCCATGATATATAATAACAAATTGCATAGTGTTTTTTTTTTTGTTAA ATATAGAAATTTACTTAGTTGGCAAAACATCTCTATGAAGTCAATATCAT ACGATTTTACGCCTACTCTGTTATCAGAGGCGTTTTGTCTCTGATAATGT AGTGGATGSACTATTTTGATGATTTTGGTGTATTTTAATAATGCACAGGC TCCAAAGATGACAGGGATCAACTGAAGTTGGGTAGCGAATTCGAGTTSCT GCCACACCTCTGAAACGACTCAAGAGTAGCTCAAAGATCAGTTCTACGAC TGGGTGTCCAAGGATGTTTTGCCTCCTCCCCGACCTATATCGCTATATAT TTGTCGGAAGCAACCATGAGTGAAAGGTCAAAAAAGGTCCACAAACCACT AAGAAGTCCCTGATGGACACTATTGTCGTAGAATATAAGAATTTTGTCTG GAATTTAATAGCATGCACTTCAAGAAGCAGCTCAAGGGTGATAATTGGAC CAATGATTGTATCTACTGCTCAGTTTTGGATTTAAAAATAAAGGACCATT TTACGTCCAATTTAAAGTAGGTTAATAAAAAGCGCCCAATTCTGTTGTTG TACCTTCTAATTATAGTAAATGGATCATCAGTTGATACTTCTATATGTGC ATAATGTTTTTTATATGGACCTTAGGATGATTATGTTATTGTATCAAAGT TTTGTTAAAAAAAACAAAAAAAACTAGAGTAAAATTTCCTATTTTTTAAA AGGTAGCTTAAAATATCCCAAACGGAATTACTTAGATCAATGGATATCGG GCTCCGGAAAAATTATTCTCTTAAACTCTATGTGCGTATTTTTGTGGCAT GTAGTTCCTAGAAATTGAAACATACATGAGGTTTATAGCCTTTAAAAAAT ATTCCTAGGTCAGACAGAGTAAATGTTATATTATAATGTTTTACTTAGAC TTAATCAGTGGAGCTCCATTTGACCAATCAAAAGAACATTTGAAAAATTA TTACAGAACTGCAGTGACCAAACGGATGAACTGTCTATTATATGTACTTA TAGAACTGACGCACATAAGGTTACCAACAGTTAAAATTCGTTTATTTATA ACCTAAAAAAGGTGTAAAACTACCATTAAAAGATGTTCCCAACCCAGATC TGATACGCCAAATTTTATTATAGATTAGTAAATTATATTTAACTTGATCC ACTCATGTCTTAGTACTAGAGAAAGAAGGAATACTCCGCATGTGGAACAT AATATTTTGTTTTTGTTTTGTTTGTTTTAGTTGGTCAAGGTCATTTTATT TCATTTTTTAGTTTCAGACTTTTATAAGGTGAAGCCAACTTAGGACAATG AAAAGAATGCATTATTCTAGATGAAATCATTTAGAAGACAAATATACAAA ATATCTAACAGTAAAAAAATCATCTTCCCTTTTTTACGGACGCAAATATT AAAAACGTCTGAAACAATTTCGCTTATAAAACCAATAATTCATAAATTAT CCACCTATGCGGGAAATTATATGCAGTTATAATTGAATATCTTTCACGTA GAAAAGCAATAGTATATTATTAGAAAATATTTTTATTATTCAATTTTCAC AAAGACTTTTTTTTAAATATATCCTTTGACGTTTTCTCATATTTCCGACT TTCTTATAAAAAATACATCTTGTAAATTGTTCTAATTTATATCCATGAAA TTCCACAATTTGAGAAATGTATATCTCTAAAATAATCTTTTATCTAAATA TATATACTTTTTTGCAAGTGAGAAATAATATTTCTAGAAATGTATGTTTC TACGTTATTTCATTTTAAGTTGAGTTTGACAAACTGTTCATTTTAGCTTA TTTCTAAAATGTTGTTTGATTTGAATTTTAATCCTATGAGTATTATTTAA ATATATTCATAATATGTAAATAATAAATATACATAATTTTGATTGAAAAC ATATATTTCATTAAGTAAATGAATCAAAGGGTGTGACTCATTCAATATAT ACATATACTTTAAATCTATAGAGAATAACAATACAGTTTATGGAGGATTA ATGCGTAAAAATATTGTCAAATTTTAAATTTTTTTTTATGCTCAATAAAT AGTTTTTCTCCTTCTCAAAACAATTTGTTTCATATTACATCTGTTACTTT TAATGTGTAAAGCTTTTTCTTAAAAAATCTTAGACCCACATCAGAAACTG GAATATAAAGCCAATACCTGCTCAAAATATCCCAGCAAACATTTCGTTGA TATAGGCTATACTATATAAGTAGTGAAGAGGACAACTTGTTTATTTTGTT TACATCTGTCGTTTGGTTGCGTAATGCACCATTGTAATTAAAAATAACTG GAATATAATCGTAATATAATGCTATTGCACGTTTTGGTTCCCCACTCTGT TCGGGGGATGTCTATAAATCGTTTGTATTGATGAATTAAAATCTTCATTT TCGATCAAGATTTGTACTATTGACTGACATGTCGTAATGACGATATATAT TTATTGAAAATAGGTTGCTTCATTTCTTTGAAAAGGTGTCCTTGAAGTTG TTAGGATTAATAAAAGAGGTACATACTATTTTGAACTATTCTATCAGACA ATGTCATCTATCTCTCACGTGGAATACTTTACACAGATATAAATAAACAC ATAAAGATATCCCAAAAAATATAATATACAGCAACATACAAATGTATTAT TCATAAAATAATAATATTATTATGTCATGATTTCATCTACTGTAGGAAGA TGGAATATTTATTATAAATTGACTTAAACGTGATCCTATTTGTTTAAAAG TAGGTATTCCTCAGTCTCTGTTTTTGTATATACCAAATCCTAGTTTTGTG AATAGGGAGGGAAAAGAGAGGAAGCAATGTTTTTAAAATAAATGGTTATT AGTTATTTTTTTCTGTCAAAAATGGATTTTTGGTCATCTTCAAAGGGCCT TTTTTATTAAGCTTAAAGATTATAATCTTTTCAAAATAACCACAGGCATT CTTATTATTCTTATTCTCATATATATATGTTTATTTTATCAGTTTAAAAT GGTTTTAGACTTATAAATGAATTTTTGATTATTACTTACATTTTGAGAGT TGATGCATCTTGGCATCCTAACTGAACTATAAATATACTATTTAATATGA TAAAAGGTATTAAAAGCTTTGACATTAATTGAATAAAAAAAAATATTTTA CTCTAGAGATCAATATACACAAGAACACAAGTCAGACTTATGGCTTMTAT GTCAAGTTGGTTTTTTTGTTGAAGTAATATAGAATTTATCAGGTGTATGA GCATTTTTTGTACATTTTGTATACGTTTAATCCTTATAATGTATATATTG TAATTCATTTGTTACTTATTGCGAAAAGTTTGCAGAAATACTTCCTTCAG TGCAAATTGTATCAGTTCAGATTGAGATAAATTAAGAATTAAGTTTAGAA AATTACGTTTAAACGTGATCAACGAATTCTGTGAGGGTGGAGGGGCCACT TTTAGCAACATAAATAATTCAAATTTTGATATTTTTATTTAAAATTTAAT ATATATTTGATAAATAAACTTAAAGATATGGTACTCATGAAGCTGGTAAT GAATAAGTGTTGAAACGTCTGGTGTTCTGTACTTCAGTTTAATCTGAATA AAATCAAATGAATTCGAACATGGTAGTCATCAAGGAAAGATTTATTCAAT ATATATACAAAAACATTATTTGTGAATTTTGGGGCAATGACAAACTCCAA GCAGTGCAACAAGATTGTGCACACATTTGAGATGTAGCTGCGACTCATCT TTTTCTACTCCTTATTCAAGGAGGGCTTGCTATAGAAGACATGGCTGGAT TTGGACTCCACTTACCACTAGGTTTTGTAGTCCAGCGGGTTGAGATTCGG GCCCTTACCCATCAATGCTAAGAATAAGAAAAATATACTTCAGCTCATTC AGTCTTAACATTCAAAATTTAACTCTAAGACAAATATTAGGTTATCTTCA AATTGTAATCAAAAGTACATTAAAGAGCATTTCTTTAATTAGGTATAGAA CAAAAGTAAGTTATCTAGAAGAAATGAAAAGTAGAGAAAAATATCTGAGA GAATCAAGAACCATTTTTTAAATTATTTGCTTATACTTTTGCTCATATGT TCCTTTAAGGTCGGAAATTTAGATAAATTATAATTTCCCATCTATTTTGT TTATTATATATAATATAAGTGTAATTGATATTGAAATACAACTTTCTAAG AAAAAAAAAACAATAGTTAAACATTTATGCAGCTTCTACATAAGGAAAAT ATAATTACTTTAAAATTTCTTGAAGGATAACTATCCATAAAATTTTTAAA TATAACTGTGTCTAGTAATTTTTTTAATGTATATATTCACTATTATTATT ATTTGACTACAAAAGACAACTCATTGATGATAAATTTATAAATTACGTAT TTTATTTATCTACTATACATTAGATACATAATTAAATACAGGATCCTGTT TTTTTTTTTGGGGGGGGGGGGTCACTCAAAWAAATTTMTRTTAATAGATC AATGGGWAATTTGCAATTTTGTACATTTTAGAAGATGTAACAAAGGATAT TTTATGGGAAAAATTATAATTAATTACAKAAAAAAAGAAAAAAAACGAGT AGCCACATATTTTTAAATTAGATATAAACACGTAAAAAAGGTTTCATATT AGATACGTCGTTTTCCATTTGCCCAGTTATTCAAAGGATTAACCTTCTAT TCCCATTGATAATCTTGAACACTCTGCGGAATCTTATAAAAAGTATGTCC TGGCCAATGATTATGCAAGAGTAATTACTTCTTACTGTGTAAAGAATAAG TAGGACTTCAGTAATTAAATTTCTCAATTTTAAAGTGTAATCTGTGTGTA CATAGAATGTGAAATTAAAAGCCAATATCATATCGTTATTGATGATTCGT AATATTCCCTAGGAAACTAAAAAGTCATATACAGTAAGTCAACAACTTTT GAGGAAATGATGTCTAGAAGTCTCTAGACTGGACCTACAGAATATACAGT CTAGAGGGTAGATTCGGTCTAAGCCTGAGCCTGAAAGCCAGTGGTACGAA ACTCATTTTGACAATCTCGAAAATTATAAATCCCGAACCTTCCAGTCTGA AATTTATTCATAAGCTAAAAGCTAATCAATGACATCATCCTCGATTTCAT ACCTAATGAAAAATAAACTGATGATGACGTTATTGATTTTTTGTGTTACA CTCACAAATATAAATGGTAATTGATAACATTGATTAATTACTACCCTCCA GAAATGACGAAAAATTATGAAGAAATATAACGGTAAAGTGGAATTTTCAT ATTTAAATTACAATACAAAGGATTTCTCGGACTCTTATTTTTTCTTGAAC TACACAAACTATAAAGAGTTCATATCTAATAGTAATTCTATTGTAATACA ATATCTATTAATTAATTACAATATTGTTGGTGACATTTATTTCAATATAT CACTTATTAGGAATATATTCTTTTCTGGATCGTATTTTTATGATTTGTTT CGTAACAAAATACGTTTGACACCAAAAATGAAAAATTAAGCAACCTTCAT TATTAGAAATGGGGAAAATATGCATTTTTGTAGGATCAAAAAGTTGTAAA CACATTTAAATATGTTTCTCTAGATATAAAGATTCAAAATTTTATGTCTT TTTATGAAATTTGTTAGTGTGGCGTATCCCGACTTAGCCCAAGGCCCGAT ATTTCTTAGCCTGATCCACCTCTAGTACAGTCTCTCTCTGCATAATTCTA TTCGAATACTATCACTTGACAAAATTATATATTAAGGAAAAACCTTCGTA AAAATAAGGCAATATAGATTATTCAGAATTTATCCCTCTCACGCCCATTC TTGAAGGCTGAAAAAGGAAATATGTATGTGTGTGAGAGTTGTTTTTGTGT GTGTGTATAAAAGAAAACCTCACGGTCAATAATGAGACTGAAACAACAAT CAGGTCGTGGTCGTTTTTTGTTTTGCTTGGTTATAAGTGTTTCAATGAAA TGTTATAATAAAAGAGTATTTAAGATATTTATAAGCAAACTTATACATAC ATGAAGAAAAAGGTTATTCAGGCCTTGAAGGTAATTAATGTTTAAAAGGT ATATGTATTATTCTTAATAATTATCATACAATGTATGGTAATATATTTTT ATTAATTAATAATATATATCTTATTTTTTAAACGTTTCTGTTTTTCATAT TAGAAAAAATGTTAAGTCAATGCGGAAATGGATTGTTTTTTTCTTTCAAG TTTCTGGCTGTAATTGAAACCACTTGGTTAGTGTTGAATTGCAAGGCTCT TTCTATTTTCTTGATGATTTTCAAGGATTTTGATTGTTGATATTAGAGTT GTATAGGTCACATCTAACGTTCGATTCAGTCTCTATTATCTCTCTAGGAA ATGGCTCTGGATTTCGAAGTTTAAAAAAAAAAATTGAATTGTGAATAGCT CTGAATTTAAAAAAATTCTCGGAATAACTTTGGATTTTTTTATATTAAAA AATAAAATCAATTATTTTTCCAAAAAATTTAATTTTCTGTGAATAATAAT CTGTTTTTTTCAAAGGTTTTTCTAATAAAAATAATTTATTGTGAAAATTT AGGATTTTTTGAAATACTTTTCCAAAAAAATTTAATACTTGAAATTTCAT TTTTAAATTAAAAAAAAATGAATATTTGAAATGTTTTTCAGAAATTTTTT TATTTTTTCTAAATATCTATAGATTTTTGATTTTTTTTCAAAAAATTTAA TATTTGAATTTCTGTTTTTGAAATTCTTTTAAATAGCTGTGGATTATAGA ATTTTTTTTTCCAAATAAATTGATATATGAATTTTATTTGGTGAATTTGT TTCCACAAAATTTATATATAAAATCCTGCGCACGCCCTACATTGTTATTA GTTCTCCCCTAATCAAAGTATATGTTATTCTTATAAATGTGTCTTGTCAC TGTGTTTCTTCACTAACAAAAAATGTTACACTGTATTTTTTGACAACTCT CGATATTTTTGCTTTATCCTTCCTATCAGTATTTTGAAGTGATTCATGCC CCAGAGTTGAGAAAGTTATGTATATATTATATTAATTAATTTAATATGTG TAGAAAATATTATGTGGAGTATTACTCAAATGTCACATTTAAATACCTAA TGTAATAACGGAAAGATAAAGAGACCATATCTGTCTATCAATCTATCTTG GTATACCTGCATATGGTTAATTAAATTTACTATCATTGGCAAAGATCAGT ACCGGGTTTGCTTTAATATACACATGTCTAGGATAATTGTTGAATGAGTA ATTTCAAAGTACTTTAACAGTCTTTTAATTAAGTAACTAAAAAATGAGAT GATTATCGTAGTAAAAGTAAGTACAGTTTTATTTTTTAAAAGACTTATTA GTTTACATATTTTGACTATATACACACTCATTATACAAATTAAAATGGTT GACACCGTTTGGTTAAATATCGATTTTTTGAAAAATGTCAAAAAATGACA ATTGTTCAGGTTTGAAGATTATAATATGCTAAGTTCTTAGAAAGAAATTT CGTCAACTTGCATAATAGTTGTGCTTACCTACCTTTAATTTGTAGGACTG ACATACGTCTTGTCTCACGAACAGTCCTCTATATATCTACAGAACCAATT ATCTGGACTGTTTGAGTTATTTTTGTACTTATGAATTTAAATGAGCTTCT ACAACTGACATATAAATATGTGTTTGAATTATGTAAGCCATTCGAAACGA ATTAACACTCAAAAATAGCACAGTTGAAAATATGTACATATTTAATTTAC AAATACCCATTAGTTCATGGTGTATATGTTTTTTTATTGTGTGTGTTATA AGTAAAAAATTTAGTATTTTTCTCACTTGAAAGTCTACATGTCAGTCACT TTGAGCATATTTTTTGCCTATTTAGAAAAGAAACAAATTCCATCATTTTT AATATTTTTTTAAAATGGATAGAACTACAATACTACTAAAACCATGGTTT GTTTTTAATTAGGGGTTCAAACGAATAGGTTTTTTAGCTTTTTAAATAAA ACGTAATGTACTGATTTCTCTTTCTGTATTTAATGTTTGACTTCCTCTAC CTATTACATATGTATAGGTATTAGAGCATGTGGTGAATCATTGACTTTGT ACATACAGTACTTCGATTAAACTCATTGATTAAACTCTCTGTGTTTTTAT GGGTCCATTTTAATTCTCCTCTGGAAAAAGCGATACCGAGGGGTTAAAAT TTATTAAAACAAATCATTAGAATCTAAACACTTTGAATTTTAAGCTTGAA CAAGATATAGTTTATTAAATAACAATATAGTTTCAACTAAATTAATGATT AATGTAGTAGACCTTAGTAGCAATGATGGCCACAGGAGCGGTGGAAGMCC TGGTACCCACTGCAGGTGTACCCTCTGTCATGGTGTCTCAGTGCTGGCTT TGATGGCCTCGATGTTTGGATGACGGACAATATGGGCCTTCCCTTGACAT GAACCCAAAAAGTGTGGTCGAGGGGGTTAGCATCAGAGCTGTAGGGGAGC CAAAAGTGTCAAAAAAGAGTTTAAAAGAACTCAAAACATTCATACAAAAG AGACTTGCAACGGGCAGGGAGCGAGAGGGGGTGGCAGATGGGCTTTTTCT TTACCAATTTCAAAAGTGGCCTCTCTACCCTCAAATGCTATTTCCACCCA CTTTTTTCATAGTTCTCTGGACAGTCTGGTGTGAAACTCCGAGATCTCTT TTATGAGCCCTCATTGACTTTAGGAGATTGGCCTATGCTGTTTTCTTTAA GTCCTCAAGGTCCAGTTGTGTCTTTTTAACAGAGTTTTCTTCCTCTCCAA TGTTTTCGAAGTTGCTAAAGGCATAGACGGTGGTCTTGGAGAAGCCCAAC TACTTGGAGTGAGCAAATGGAATTCGTGGATCACGTTCAATTGTCATCTA TTCGACTTATACAGAAGCTACACAGCTCAGGTTTGTTTTGTTTTGTAACT AATTGTGTATGTTTTAATTTATCGACATATTAATTAATTTCAATAAATCA ACAGTAATTAAATTTTGAATTAGTAAAGTATTTAAATTTCATTGGACCAC CCGGTAAAATATAAATAAATAGAAAATCAAAGGTTGATTTAAAAAAGAAA ATATATTGATATTGAAACTTTTTTTATATTCCTATTTGAAGGAGGAAGGG TAAGATTTTCTCCCACCTTCCAGGGGGTTAATTCCTTATTGTCCTCCATA AAAAAACAATAAGTTTTATTATTCTCAATGTTTAATATTGAATTTTCTAT TTGATTTGATTGCACAGAATTCTCAACATTTATAAGATAAATAAAGGAGT TTTCCTCTTGCGTTACGATCATATTTGATGGCAATTACAGAGTGCATCAG GGAATTTTTTTTGTGGCATTCAAATAAATTTTCCTGTGCTAATCAAGGTT GCAGGTGACATCTCAAACAATGTTACGATCAATATGTTGTTTTTCTGAAA CATTGTTTTCATTTGATCTGAATCGGACAAAAATTGAGTGAACTGGAATA AAAAGTGGCGAAGGGTTTCCAATCTTATCGACGCAGATATAGATCTAAAA AGAATTTCAGATATTGTCGGCATGKCCGTCAAGACAGTCCGGAACATCAG GGTAGCCAAGGAGAATGGGAAAGGAGTCATAGAAAGAAAGGAAGTGGAGA AAATGGTTTGGATATTGATAAAACATTTATCCGTCCCAGGAGGTCAAGAT CAAAGAAGATCCAACAGCATCTATGTACCACATGGATGACGAGTTCAACG TGGACAAGATCACCATCAGGAGAGCAGTTAATGATGACTTCGTCCTCAAG ACCTTAGATAGGACTCCAAGGCATCTCCTCACCAATAGGATGAAGGCATG AGTGATGCAAGAAAGTCCTTAATTATTTGTTGACTGTACAGATTTTCTCA GACATGAAGATCTTCACAGTCGACCAGGTTTTGAGCCACAGAAATGACAG ATGTATAACAACATCAACTACGGAAGTCCAAGGTACATCCAGGACAAAAC ATCCGGCCCAATCAATGTGCATGGGAGTTATGGTATCTGATGGTAAGAAA ATGGATTTCTTCTTCTTCAATCCCAATGATAAAATCGGGGCTGAGGCCTA CTATAAGGACCTAAGGTGGAAAATCTTGCCCTGTCTGAAGGCTAACCATC AAGGGAACAACTATGTGTGGKCCCAAGACGGTKCCCCCAGCCATACGACC TTAAGGACACAGAACTTTAGTAAGGATCACTTTGCCGACAAATAGGACAA GTCCTGGCCCTCTTCCAGTACTGATTTCAAATCCACTGGAATTCAGTATG TGGAGTGTCTTAGAGAGCAATGTTGGGAAGCATCACACAGAAATTTGTAC GAGCTCAAGGCCAGCATTAAGAAGAAATGGACCAATGTGTTCACTGATTA TATTGTGGCAACCTTCACCAAGTTCTGACCTCGAGTTTAGGCTGTGATAG AGCCTGGAGGCGCCCATATTGAACTTGTCAAGATTGATTGTTAAAAGTTT TTTTGTAACATTTTTCATTCTACTTTTTTAGTAAAAAGTTATTAAGGTTT TAGTTTTGCTTATTGATTTCCCTGTCGCACTATGTACAATGAAATGTTTG CACATAGTATACATGATAAAAAATATGAAATTAAACACAGAATTTAATAA TTTGGTATACATTAAGTGTACATTTCACATAGCTGATGTATTGCATATTT GATTTTTCCTTCATTAATTGTCCATATTTGTGTAAAAAAATAATACCTAA AATGGTATATACAGTATAACTACTGTAAAAAAAGATATCTTCTTTATTCC ATTTGATTCTGTATTGAACTACTATAGGAGGCCAAATAGTTAGACATGAA CATGGTGAAGKCCTATKCCCCCATCAAGTGCAACCTATACATTACTGTTT ATATGATTTCAATTTGGGTCGGTAACAAGCATCNNCCGACCCAAATTGAA ATCATATAAAAGTATTTTGAGTATTATTATTCTACAGAGTGGACACACAA AAGCATGAGAAAATTACGAACAACGGGATTTCTGTAGAATTAAGAACAAA AATACAACTCATAACTAATTTACAATATATTTAAATTCTATATAAACCTA TATTTCTTACTAATTACATCCTAATTCACCAGAAATAACAGCCTCGACAC GCCATCGAATAGATTTTTAGCTTCTAATGTTGAAGGCCGTGTCTATAGCC TACTGTCAAGATGGCAGAACGGATGGAATTCAAATTTGGAGGATAGGTGC GGCAGACATTTTTCTGCAAGACTATACAAACTGCAAAGTCCAGGAAAATG GTGTCAGGACKGGAGGAAAGGCACATGGAGGCATACCAGAAGTCAGCCAT ATTGTTTTTACACATTTTGTTGTTCTTCTTAGCTGCATGGCTCCATTCAC ATCCTTAATTGGCTTCTTGAAATTGTAGGTAGTATGAATGAAGATGCTTT CGGTCTTTTCGGCACAAGCGTGGAGGAGATTACACATATATTGCCTTTTT GTTGTTGTTGATATATTTTCACACTTAAAGGCCTAGTATAAAATAAAAAC GTTAGTAAAATCATAACTTAATTTCACTGTGTTTTTCAGATCTCCACTCG AAAAAGTTGCAGATTTGCAGATCATGTTATATAAATTGTCTAATTTAAAA AAAGTTTATGTACAAATTTTGTGCTTTAAAAAAAAATGTGTAAGGACAAA AAAATATTTATGTCATCTCAGGCTAGTCTACCCACAAATACAAATCATAG CGACAGCCCTGTCCCCTCCCAGAATGTAAAATGCCCCTCCTTGGATGTAG GCAAGGTTAATAAAAATATAAGGTTCGACCATCATGTAATCGGGCTTGCT AGAATTTTCAATCTGATGTGTTGTACTAAATTCTGGGCAAGACAGGCAGA TTTTGACAAAACACGCAACCGTTCATAGTTCATGACGTCACTATTGCCCT AATTTTCAATTTGATGTATTGTACCGACTGCTGGGAAGAGAAATAGATTT TGATAAAACACACACCCCCTCATCTACTATGACGTCAATATTTAAAGCGT GGTGGAAGTCGAACATCAGTTGTACTCGCCTTATGGTATAATCTTGTATT TCTATCAACCTTGGGATGTAGGTATGTTTATGGAAGAATAATGAATGCTC CAATTCTGCATTATCTACGTTTTATTAAAAAAATATGTATAATTTATTAA TTTAAAAGGTGGATTTAAGCGAAATCAGATTTTTAAATGTTCAACACATT ACTTATAATTAATATGTCCACGTTATATAAGAATAATCATAACGTATTTT GTTGCATTTATAATTTAAACATATAATATATGAACACATCATAAATAAAA ACCACACTGCTTACATATAGTAAAGAATTACATGACATAACTTACATACA TTTTAAACTACTTAATTATCCCTTCGTAATTAGAGTGGAAGTCAATTTGT ATAAAAATATTACTTATTTAAAAACCAACTGAACTGCAAAAAGGGATGAA TGTGAATGAAGGATTTCCTGTCCTTAAAGGTATAAGCTAAGTTTTGTATG CACATAATTATAATTTAATGCATTTATTATTTGTGTGCTTAGTTTGTCCA CAAAGCAATCATTGATATTTAAACTCTGTACATCCATAAATAATAGCCCT TTGCAATGAATCGTGAATCACTAAATATTTACAAATATTCTTTTTATAAG TATTATCTACTAGGATAGTTAAATTCCCTGTAATAACACGGAAATTTAAC CTAATCTGGCATAATACACTAATTCAATTTGCTCATGCAAAAAAAAAAAA AAGATCAAACAATACAGATTAAACTATTTCAAATCTGTGCACTTAAAAAA GGAGCGTTTTTATGTAGCATAAGTATTTATGTAAGAAAACAGCTGCTTGA TTTTATCAAATTATTATTCATGATTTGTTCTAACATCATCTTTATTTCTA CTTTTAGGTAAGATTTACTTGTTTTAAACAACAACCCTCCAAAGTCAAAT TGATATTTCTAACTCTACAATAAATTATTTGGAATCTTTATAGTAAGAGA TTGATACAATTTGGAATTAATTTTCTAATAGGGTTTTTACACTCGCTAGT GAAGATTTATCAAATATGTTAAATATAATTGCATATAAGGACTGTTACAT GTATGTGCCTTTTCAGTTAATGCACTGTCCTATTATTGTATCGTGATAAA AACTCAAAGTATTTGAAACAATTAAAATCAATATCTCCATTAAAATCTGA ACACATTGAATTTCAAACTTCAACCGGATATAATTTATTAATTAACAATA TAATTTTAACTCAATMAATAATATAAATATTTAATCATTAATSCAGCCGC TCTTCAGCAGCAATGATGGCTTCCAAAATAACTTTATTGTTAATTATTAT TTTAATAATAAAAAATAAATTACATACTTTTTTTAAATTCCTTAAGACAT TGATTNNNNNNNNNNNNNNNNNNNNNNNNAGTCGATGTACCAAATAAGAA TCTGTTGATGGTCAGATAATTGATGATTTTTAATCAAAAATATGTTATAC TTAAATAACGTTTATCCATTTTAAAAAATTATAAAAATAATTAAAAAATT GAATTATATTAATTACTTGTGAAGTATAATTAAAGTTGAAGGGTATGAGG CCATTTATGACCTTGGTTAGTTTTTGAAATAATTGTAATTCAAAAGGTAA GTTATGCGTAATGTTGGATGAACAACCAGATAATATTCCCTTTTTTATAT CTCGACCAGAGCGTCCAGGGGCATTTTTTTAATAAATTCATGAAATGCTC GGTTTTATTATGGATTCAGTCCATTTTTAGGAAATAAAAAAAAGGACAAT TGGTCTTCTCATTATTACAAACAATATTGATTGTTTGTAATAATACAATC TAAAAAGAAAAAAATAAAGGAAAATATTTTTTAAAATCTAAGATAAGAAA TAAGTGTCAAAATATTTTCCCTCTCCCACCTATAATCGATACAATTTGGG ACATGTGTCCTTTTTTGGAAATCAAAATACGGAAATCCAAGCTTTATGAT AATTTTATATTCTCAAAAAGTTGGGTAGCCATTGCTCCCTCGTCCCTCTA TTAGTGGTCCTTCAAAAAAAGAATGATAAGACATGATTTGTTATACAATT AGGGTCGTCTGAAAAGTTGGTTAAAGTCTAAAAGATGGCAACACTGTATT GAAGTTATGTTTATTTAGTAGCATCTCTTGGAAGAAGACACACCATCTTT CTGTCAGATCGGTATATTTTTTTCTGCTTGACGTTAGTTTGAAACGATGG TGTGGATTGATTTTCAAAAAATATACAAAATATAATTTAATTTGTTTGAT TAAACATTACTTTATGCAGGGCATTATGGGATCTCTGCACCTTCGTGCAG TTTATAAGCAGTTTCAAAATATTCATGGTGGGTATAAGTGACGCTGAACG TTCTGTTGAGGTTACTACTCCATGGTGGATACAGTAATGGATGACAGAAA GGTGAAGGMGCTTGATATTGTTTGTGCTGTGGGCATCTCAAGTTGGAACA CTGTTTTCATTAATTTTGCTACCACAACTGCTGAGATGTGAGCTGGTGTA TTGTCGTGACGGAAAATGACTTTTTTTGTGGGCGAATCGTGGGTGTTTTT CTTAGAGCTTGGTTTACAAACGGTCAAATAACGATAAATAATATACATTT GTAATAGTTTTAACCCTTTCCAGATAGTCGATGGGGATTATTCCTTGCAA ATACAAAAAACACTCACCATAATCTTTCTGCCCGATTTCTCGATTCAAAC GAATGCCAAACAGAAAGAAATTGACTGATCTGGCTGAAAGTTAATGTGAG CTCTTCCAAGAGATGCTATTAACTTTTAAACGACGTTTGTGTTTGGGATT TTTAGAAAAATCAATGATAAAAAAGTAATATTTATGCAGTAAGCATACAC AATAGATGGAAAAAATGTTTACTTTATTATGATATATGACAAAGTTTTAT TTCAATGATCGGAAAACTTTATAATGGGTCAATCATATTTAATAAAATTT TCAATTAATCTTGTCGAGTTATAAAGATGTAAATAAAAGAATAAAAACGT CTTGTCGATCCTTCATCCCCTATTGAGACTTGTGTTCTCTACATATATTT ATTGACATGTTCAATTTTAAGCAAGTAAAGACACTTGAAAAATGAGTCAA TCAATTAATCACAGACAGCTACTGTCTATTTAGGTACCTAAAAGCAAAGT ATCAAAATGAGTCCATAAATAGTAATATAAAAAGACAGACATAGACAAAT GAACAGCTATTTTTTTTTCTTCATTAAAGGTACATTTACGAAGGTGTAAA AGAAAAGATTAAATTGTAGGAAAGATAAGAAGAATAAAATGATTAATGAA ACAAAGAGTTAAAGTAAGTACAATCAAATGTCTTAGCCACAAGTTTATGG AGTTAAAATCTGAAGTTGTTTAATTTATAGACCATGGAATTTCCACTTTA AACATCTGATCTTTTTTCTTTTATGTCTAAAATGACAGTAGTAGAGTACC TCTATTTGCAGACTTAAAACAATTCCACCTTTTTTAATCAATTCAAATTA ATACATTTTCCTACAAAATTATTTTGAAATTAGAAAAAGGGTTTAAGGAT TATTCTAAGCTTCATTTTAACAAATAACAATAAATACACACGCTATAGCG ACAATTTTATAGCCATTGATGTAAATCCTGTTAATTTTTTAGCTGACCTG TGTTTTTTTTTTGTTTTTTTTGGACGTGCTAATCTGAAGAATGAATTTTC TTATCTTTAGCATCTGTCATTGCTGTTTAATTCCTCAGTAGTGACATATC CTTTCCTCAATAGACTCAGTTATATTAAAAAAACTGATTGAACATTCGTG TGTGCTCATAAAAGACATTACTTGAGTAACCCTGAGGATTTGTTACGGAG TTATAATTGTAAGTCTTGTAGGACTCTGAGGAGAATTCTGGATCGACATT GGAGTAATTCTAGTAAATGCATTTGTTTATTTCCTTTTCTCCTTCCTCCA TTGTCACAGCTTATCTAATGTAACGTCATTAGCATTATTCTTTCGCTCCT CCAATACATTGTTCAAATTGTGAGGATCATGATGTTGATGATCGTTTTAT TTTTTAAATATGCCCATTGTTGAAAGGATTTTCGTCATTAGGCAGTTTCC TTAGCTGACTGCTATTATCAAAGTTGATCCTACAGAAGTTTCAAAGCTGT GCTGGCTAACCAAAGCAAGATGTTTATGTCTGTTTTGACTAATATAGTGA CAATACAGGTATTATTTTAAGGCAAAAAATAAAATAAAAATATCTCCAAT ATAACTTAGTACATTTTTGAACCAATAAAAATCGGTGGGTGAAAAAATTA TTCCACTGTCCAATAATGTGGGACAGTCTGTTAAAAAATATCATTAAAAA GACTATGGTTTCGCAACTACGTAGTCTTCCCGTACTTAGTAAACTACAAT TATTATTTTTTTTTTTTGTTGAGAAATAGTGTTTGAAAATGGCCATTTTA AGGCATAGTCAAAATGGTATCAAAAATGAAACCATCGTCTTTTTTTGTGT TAAATTAACCCAGCTTCACTGATTAGAAAATTAATTCATCGAAAGATAAA AGTTCCTAACAATCCTTAGAGTAATTTAGAAGTTTTAACTCAGTGATTCA CGGAACTTATAATGCACAATTATCACAATGCCTTGAGAACCCAAATGTAA AAAAATATGTTTGTCCTTCAAAGTAGTAGAATAAAAAAGAAACAAAAATG TAAATTTATAAAGGGTTGATCTTATTTAGTGGTCCACATTTTATTTTTTT AAGAGTAAAATTTAAGCAAGAGCTTTTGTGAGTACATTTCGAGCTTCATC CACTCCTTCTTGACAGAAGCTTCTGTGAGGAGTAGCACACACCATCTCCT CCAGAGGTACGTAGATAGAGTAGTCCAAGCACTTCGCGTCTGGAGACCAA TACATCGGTCTTTCAGTCCTACGGTACTAGCATCCTTTTATTTTCTTCAC TCCAAGCTAGGATTCAAGAATATGAGAACTAAGAAAGTAATGAATGACAG TTAGAACTAAATGATAAGTTCTTGTGATATCTTCAACTTTTCCGATATAT TTTCTCTTTAAAAGATGTTACAATTTATGATGAAACTTTAATGACTCAAA TAGTAGTAACTACGTAATTTCAGCTGTTGTAGTTTCCATACCAATCCTAA GACTGACAAATTTTATTACGACCGGACTAGAGGAACTGCAGTCTTTTTAA ACAGATCCCATACGATGTATTGGTTAAGTTTCTCTTTCAATGACAAACAA ATATTGGGAATGATAGAGTCATGGACGAACACTTAAGAATTACAATTTAA CATCAAATAATGAAGCATTTGAACTTAAAATAGGACAAATATGAATGAGA ATGTTAATTTGGCAAAGTGTTTCCGTACGGAGTTAGTGGATTTCTTTTTC GGATTCTTTTTGATATTTTATGCAGGTTTATATGTAGTTTACCTAATTTT ATGTAGAGTTTGTTTATGTGCATACATAATTGTAACATTCAGTCAAATCA TTCTCATTAAAAGTTAATGAGGGACAAGGAGGGAGAGTGGAAGGATGGAT CATGAATTTGAAAAAAGGTTATAATCCTTAAATAAAGTCAGGCATTCATT ATATATATGTATTTTTATAGACATTTGGGAGTGAATGAAGAGAATTGCGG TCTAATTAATCTCTAAAAGGAAAAAAAAATATGTTCTACTTTTTAAAGAA GTGTATAGTGCGCTACAACATTTCTTTTATTTTCTTAAGGAAAAAAAAAT GAATTGCTGCAAATTATGAAGAATACTATTAAAAACAAAATCAAAAACAT GTAGTCCAATTTATTTGAATTACATAATAGGTTGAGTAAAAAGTTTTGTG TTTTTTTTGGTTTTGGTTCATGGTTATGAGTATCCAACTTATATGGCTCC AGACGGGTTCTCGGTTAATCTTCAGTTCCTGGGCAATGGAATAAGTGTTC AAATGCTGGTCTAACTCGACGATATCTATGATTTTATCGACATTTTCGKC ATCCATATTACCAGAACGGAATCGATGGAACCACTGCTTTGCTGTTGCAT TCGATACTGTATTGAGTCTATAAGCAGCACAACTCTTTTTTTTTTTTTTT GCGGCCTGCTCTGCTTCTTCCCTTTGGTCATAGTGATGCTGAAGAATGTA TCGAATTTTCCCTTTTTTACATACATTTTAGAAAGCTTTAGCACACAATT GGTTTAACCAAACACATAGCTGTAAACGAACTCTATTTAAGTGTAATTTA AACTTTTTGAATGATATGTATTAATTGTGAGATATAGCTCACTAAATACA TTTAACAAAAACGCTCAGAACTTTTTACTTAACCAAATATATGGATTATA TATTTAGAGTCCTATATTTCATAGATATATTTCGATCAATCATATGATTT GTATTTAAATTTCCAGGATGACTTAGTAGACCAAAAAATAAAAATATAGC TTGGAAGCTTGGTGTAACTTATGACTTGTTACTTTATCTGAAATTTGCAA CGTCTTCAATCAGAATAATTTATTGATAGAAATTAACAATATCATCGAGG AATAGAAAGAATATAAAGTCAAGATTGAGATAATATTTTAAGCTTACTTT TGTGTTGACGAACCCACATTTGAGTTGCGTCACCATAAAAACATTCTTGA ATAGCAATAAAGAAAGATAGATTGTAATTAGTAAGAAGATTGCAATTTAT TTCTTTGACTTCATATATTTACACCGCAATATCTCATAAACAGTTTTGAG TGAAGAATAATAATTCTAATTAATTTTATGGTATAAGTAAAGATGCCAAA GAATTTAAACTATAATTTAAATTCTTCTTTAATTTAAAAAACTTATTTTG GGACCAATATGGCCTTTCAAAAAAAATCACCAATGTATCATTTAAGTTTT TTGCAGCACTTTCAAATGGATAATAAGAGTCATTTGTTCATATAAATTGA TTAACAATTTCTTTGAAGGATACAAATATAGTTCACACTCAATTTAGAGA AAAATCATTCATACTTGCATTTGTGATGACGGGCCACTTATATGTAGGCT ATTGTAGAATATGTAAGCAATCATACTTAGAGATCGTACAACTTCATTAC AATACAAATAGAAAAAAAACAACACACAAAAAAAAATGAAAATAACAGCA TAAATAGTTTATACTCTGTAATTGTAAATTATGAACGCATTTCTTTAATG ATGATAAAAATTATGACTCAGGCTTTATTTTTTTTTGTTTTTTTCTTTAA TCATATCCGCGTTATTGTTTCTCGTCTTTATGAAAAAACAAATTTTTTTA TGTATGTACATTTGTAATGAAATCTTAGTTCTTAGTTCCATTAAACATTA TTCTTATTATTCCTTTTTTTTAGGGGGGGGGGGGGGTTGAACCTCATATT GCAACGTTTCTACGTAATAAGAAACAAGAAGAAATAAAAGGTCCAAAATC TGTTCTTGTTAAAGATAACTAAATCTCTGCAAATTGGTCCGAACCGGTTT TATAGAAAAAATCATTTGACACAAAAAATGACAAGAAATGTAATAAAAAA AATATATTTTTACACTGAAAAGGAACTTCGTCTCAAAATATTCAGTTTTA GACCAAAACGAACTTTTTTTTGTGAGGGTCTGAGTCTCTCTGAATACTTA TAGATTGTCTATTCTTCCAAAATATAGAATTATTATTCAACAGTTGTAGT AAATTGTAGGCAACTTAAATGTAGACAATTCGAACTCAACCGATCAACCT TCGGGACACTGACATGGGTAACGGAAATAAAAAAAATCAAAGGGTACAAT CATGTACAGAGTAAAACTAATAAGGTTAATAAATAAGCTCCAAAGTCATT GAAATTATGAGGGAGAAGATACAGCACATGTTTGTAAGTATGTGCCTAAT TATCTGACACAGGATCCCTTTCACTTTATATAGAAACTTTCTACCCAGAC AAGATTTATAGTTAAAGTGAATTATTTTTTAAGGGAAATACTGTAGATGA AGTAAAAATTTTTGTGTGTAACAAATTGATTATTTTATACATTTATAGGT ACTTCATGGGTATACAATATATGGTACACATATACATATATGCATTTATA TGTAATATTATTTTGAGGTTCATATCCTAAGTGATTTATACTATTTTTTT AATGTTATAGGATTATATACACCTATAATCAACATTGTAGCATGCGGAAG TTGGATAATAAATAATGTTTGTAACAAAAATACATTTTACATTCCACTAT CTACCACAGTTCATTGATAAATGATGTTCATCAATTTAAATTATCTATTG CAAGTGGGGAAAATGCAAGGTTATGCCTTTGAATAGGCAATGTTTGATTA TAATCATTATTATTGCTAATGTTTATGTACAAACTGCAACTCTTAAAATA TAAAATATGACTTTTTATTAGACTTTTCTATATCGGATTATCTAATGCAG TATGTGAAATAGAAAAGAGAACATTATTTCTAGCCGTTCGATTATATAGT AATGTCATTAGAGCATAAAGTTGGGAAGATATGTTTAAAGATTTTCACGG AAAGAATATTTTGTTTAATCCATTCTTTATCATAGTTCAGTACAATATCA TTTGAAATATATTTCCAACTTCAAACCCCAGTGACGGTATTAAATTTACT TGTTGTTTTTTTCTATCGCCCATCCCTTGGTTAATATTGGACTTAAAATT TGAACATCCCTTTAGTCGATCCTTAAATAATGTTCTTTATTTTAAAATGC CTTCCATATGTCATTATTATCACTAAAAAGGAATAGAATTAAGTTYTACT GATTWAMTACAAGTAAACATTAAAGTATTATATTTATTCCATATGACCTA GGAATCTTGCTTATATTCCATTTACATCAAGTATATATTTCCTTCTCTAG AAACGACTGGGATGAACCCTATGCACATTGAATTCAAGGGAATAACTTCC CCTGAGAGAGTTGTCCATTGAGTTACGTCCTTCCATCTTTTGTTTACTAT TTTAACTTTTTCAATAATGTCATTGATACTAACATGGATTCAGCTCGAAT TCGAAGTTCCTTGATTAAAAAGGTAACTTGGTTTACGATTATCCATTTTT AATTTGGGTGAATAGCATCATAAATTACTTATAGTATCATAAGTAATCAA ATGTTTTAGATCATTGTCCTTTTTCCTAATACTACATTGAATATGAGTAT TGCTTCATTATTAAATATCACTAACTAATTAACAATCAGAAGCTATGTAA GACACAATTGGGTTATAATTCAAATATCATGTATACCGATATTGGAATGA TAGTAACTTTATTTGTTCTATGTATGTCAGTTAATTATAATAGCACTCAC CTTATTAGACAGCTAATAACAACTGTTACTAAGGAAGCATTGTAATTATT GTATTGAATATTACAAACACAACTGGGACACGAATTATGCAGTGTATTAA TGGAATCTGTATTAATGCATCTCTCAAATAAAGAGACTCTAAGGGAAGAA GAGACAAAACTATATTAAAAAAACAACAATAATGAAACGAAAAACATATA ACTTTAGAATTATAAAAAATATGACCTGTCGTTATGTAAGAAACAGAAAT TGAAAATTTATGCGGTAACTCTGAAAATTTAAAAGAATGTCGGAGAGGAA ACCAGCTTAGTTGCAAACGGTTTAGAGATTACAATTACAAAAAGTATCGT ACTTATCGAAGGTCATATTCCTTACCATTAAATCTATCTAAAATATGTTC ACTCATTCACACATCTCGATCAAAAAATTNNNNNNNNNNNNNNNNNNNNN NNNNAAACCAGCTTAGTTGCAAACGGTTTAGAGATTACAATTACAAAAAG TATCGTACTTATCGAAGGTCATATTCCTTACCATTAAATCTATCTAAAAT ATGTTCACTCATTCACACATCTCGATCAAAAAATTACTGGGAGTGAGACT TTTGTAGAGAGCAAGGATAATAAAACCCCAATGATTCTCTAGAAAAATAT TTTCCCTAACAATCCTGCAATTTAAAAGATGAGCATAACGTAGTAGACAT ATTTAAACATATCTTTTCCTTCTAGTTTTTTTACTCTTAGCGATTTTTGA AAAAGTGGGTTCCTTTTTAGGGGTAATGTTGAGGGATATAGATGCAAGGG AGATCTAATTGATTTTTATTAACCCATTATTTTTCACGTCACAAATGAAA GAGTGTACGTTCATTTAATGAGACCACCCAGACTCTTTTATGATATTAAT TGAATTAAACCCTATGAATACTCACACAACTAAACTCTAAAATAATTGCA AATCATAGTCTTTTCCATTATTAAAGAGTAAAAAAATGGTAATTGATATT TTAAATATGATAATGATGATCATGCTAGAGTAAAAAAAAATTAATATAAT AGACTTTCACTCCCAAAAATGATGGAGATATTTTTTACTATTTTTTCTCT TGAAATACACTATAATTTTGTCAATTATTCAAAAAAAAAAAATTCCCCTT CTTTGCTGTTTTATTCAACCAAGTCATCTTGTAATTTGAAATACTAATAT ATTCTGTTATTGTCCACAAAATTTTTGAGATATTCCATTAAACATTTTCA TAGTTTTGTTTTGTTTTCTCTCGAAAAAGAAAGTTTAAATCAAAGACTCT AAGAAACTGTTTCCATCATTACAACAAAAGCGGTTATATTCATTACCAAA TCTAAGTAATTTAAAAAAACTTTAATTAAGGTTTGTTTATGAGAATAATA AATTTGTTTAATTTTTATTTTCTTTGACTATTGGTTGAATTAATTCATGC CCCAAAGAGGTCTTATTTGTCATTAAACAAATTTGATAATTATTAGTGAC ACATTTCCAAAAAAATTATTAAATTGAGATTGGGGGATTACTTTTTTTTG TCACTTAATCATAGCGGCATAAAATGTTTAAGCATTTCTTGGTTGTTGGT TTTTGTTATTTTATTAAACAAAACACATCCATTTCTCCTTATCACAAATA GGTACAACATAAAACCCTCGTTATAAAACTACGCAATGACTTGGCAATTC CGAACATGATGGTCAAATTCATGAATAATACTTTTGTGTTCTTTAATTAT GTAGCTGTTGAATCGTTGGTGGAGGTACCCCCACATCAAAAAAGAGATTT ATTACAACTATAATATCAAACTAAGACACAATATATTAAGATATTTGAAA AAAAAAATGTGTCAAAACACATGTTTTGAGTGACAGACATAAATGAGCGT AGGTTTTTAACGTAGGTCGGTCGACAATCGCTGTAGATATTATTAAGATT GTTTTACTTCTTTTTGTAGAAGATAAATTAAGTAAGTGTCGGACAAGAGA CCCAACCTACTGATATTTCCTTATGTACAATTTTTAATAATATAAGTATA CTTTTTCAAAGTGTTCCTTCAATTAAAATATACTTTTTAAATTGTATTCA TTTATAAAAGAGCTCTTCCTATATTGTAGTATTTTTGTGAAAACGATAAA GGCCCGGATAAGTCAAGGATCAAATAAAATTTTGGGATGTTTAACATTGG TTACCTATTAAATTGTTGACCATTGAACCTGGTTCAGGGACTTTGTACAC AATAGTGTACAACTTAGTGTTCCAAAAAGGAAGTTTAATAAGAGAAAATT CAATATATTACTAAGATAATGGTGTAAAGGCAAAATAAGTAGTCACAAAA AATGGTGCTGTTTATGGACCTAATACAGTATTGAATACAACATCCAAGTG ATGGTTCGAACGACTCTGTTCTGATAATATGGAAGTCGAAAATGTTGATA AAATAACGGAAATTGTCAAGTTGGACCGGCATTTACTCTATTACCCAAGA ACTGAAGATTAGCTAGAAAAACGTTTGGAACCATCTAAATCGGATAATTA TAATTATTTTAATTTTATTGTCAAAATAAAGCAAAAAAACGGTCATAACT TTTTACTTTACTTATGATTATAATATATATATATTTCTTTTATTGAATTC GTCAAAAGAAAAGTTTAATACTTATTGAAAACTCAATTGAGACCCTTTCT AGTTGACAATCTGAACAGGCTGTTTGATTTTCCAAAGGTTTTGTTATCCT TATGAATTCCATCCTGTATGTTCATGCTATATATGGAATAAGATTTGTGT TCATTTCCTTCCTTTCATGGCTGCTTGCAGCTGATCTAGTTTACGTTGGG KGAGGACGAAGGCCAGAAGTCTACTCACCAGAAGSCAGCCATGTTCTCCC TGCAGAAATGCTGGTCCTTCTTGGACATGTGTGCCGGGAGCCGTCTTGGG TAATCACATAGTTGTCCCTGAGGAACGTGCTCTTCAACCATGCAAGACAT GGTACCTGAGGACCTTGTAGTAGACGCCTGATTTGACTTTCTCGTTACAC TTGAAGAAGTAGGAAGGCATCTTGCGGCCGTCAGACGCCACGGTACCATA TACCATAATCTGAGCTTTATGTTTGGTCCTTAAGGTTCCCTCGATCTGAG CTCTTGATTCAGCCAAGAAGCGATCATTTTTCCTGTTTAGAGTAGTGTCC ACTCTGAAGATCTTCCTATAAGGATCGACTTCTGCGTGGAGGAGATCACA CACTCTGCCCTTTTACTAGTTCCTCGGACATTTTTGATCCCATAAAGCTA CAATATGATATGTCATATTGTAGCTTTTTGTCAGTTCTTTCAAATGGTGC CAACTAAATTGTCAGACTTTAAAACTGAGGCTAGAAGCGCTCAAAGAGGA TTATAATTTTTGAGTCCTCACCCTGTATGTGGTTCGTCAACACAAAAAAT CCTAAACTAAATCAAAAATAGGAAAAAATCTAAAATATTTTCTCGTACTT TATATATACTTACATGCCCAATATTTCTTGATATATTTGTGTCAATTAAA AGCTTATTATCTAAATTTATGGGACAACTTGAGATATTCAAGAATGTTAA CTGCAGTTTATAACCTTCATTTTATTTAAAATAGTTATATTGACACCGAT ATGGCCTTTCATATAAAATCTATTAATTTGTAATTCTTTTATTGTGACGA ATAACTTTGGGTCCTTTAAGTGCAATTTTGGCGCCTCTAAAAGATTAAAC AGAATAATTCGTTAAAAAATAAACTGAAGATAATTCATCAAAAAAAAAAA AAATTTAAAATTCATACTCAATGTTGAAAAAAATCATTTTAGCCTGTTTT AGTTGAGGACATACATAATTACATATTGATAGTTCTTAAATGTTTAGTCG CTTTGGTTTTCTCTAATTATTCTAAATTTTTTTATTCATTTAAAGCCAAA ATTGTTGGTAAAATTATACGAGAAAAACTTTATATTGTTACGTGCATTAC TTTTTCTTACATTTATTTTTACGGAATAAAAAATATTTTCCTCCTGTATT CTATTAGTAGAATAGTTATAATATAAAATGCATAATTGAGTTAAAACAAT CATGTAATAAATGTCTCAAATCAGTGGTTCTCGAAAGGGGATTTGCATAC CCTTTAGATTCCCGGAGGCACTCAAGGGGGCACTTGAGATTTTGAAATAA TATTTTATAAATCACTGAAGCTAAAAATGCTTCATATTGGTAAGAGGGTA CTTGGGTTAAATAAATATTTTACAGGTGTTACATCCGTAAAAAAAGGTTG AGAATCCCTGCCCTAAATAATCTAATGATCTTGATTATAGTTCTAATTAT ATGAAATTAATTGATAAGTCTTTCCATTCTTACAAAGAATGTATAGAAAA TTCCTTGATATATCCTATAATAGATTTATTCAATTCTTTTATACATATGA TTGAGTTAATAACACAAGATTGCAGTTCCTACGTGAATAGGTTCACAATG AGCTGCTTTGTTCTATTTTTGTTATTTATCTGCCAAGTAGTTTAAACAAC TACTTTATAAACATATCAATGTCATAACATTTGTAATATCCATTGTGATA TATACGTAACAATCATCTTTGAGCTTGTAAAAACAAAACAAGAACAATGG CATTATCCTTGATTACATAGCGATTCATTATTCCAAGAATAAATAATATC TAATATTGAATTGATATCACTAAAATAATAAAACAAAATTACGTATTGAT TCGTTTGTTGATATGTTAATATTAGTGTGGTTGGGTTTTCAACTTTTTTC GTATTTCGATCATTGTTGGTACGAAAAAGATATCAACTGAGAAGAAAATA ACAAATGCCAAATTTTATAGTTCTACAATGCCATTCTTAGGTCGCATATC TTATTTATTTATTAAAAATAAGCATTATTCGTTATTTTGCCAGATGTTCC CATTAGCCTAAGTAAATTTTGAAGACATACTTATAGCGCACATCTTAAAT TAATTTTTTACAATTCAGAAATGAAATATCATAATATGAGCCTAACACTT TCTAACGATATTCTCTCATTTTGTTCCATACACCAAACTTCTATATTTTG ATACCCTATGAACGTTTCATTTTTTTTTTTTTTTGTTTTCTGTTTAAAAA AATATTCACAAGAATTAATATGTTCAGTATTTTATTACAAATTTTAATGC ACAATTAATCTATTTTTATAATAGTGGAGATTAAATTAATTATATAAATA GGAAATGACAATTTTGCGGATGCCCTTAATTTGAATTAGGCTATTCCTCA AAGTTCTTACAAATGTTGGTTTTTCCGTAATAAATCCAATTTCAAATACA TGCAATTGTATGATCCTGTTCTGACGGTACTAATTTCTGATTTTTAGTGT GATTATGCATTGACTTATTCAAGTTTAAGGAATTTTTTAAATTTTGACTA AGGAAATAAATTGGAAAAGTGGATTATTGTAAATTAGGAATTGAATAAAT GAACTAAATTTCATTAACTACATGAATAAAAACTCCGGACCTAAATTGCA ATTAGTTTAATTTTTGTCCAATATTATGAAAAACCATTTTTTGCGAACAA CATTTTTTCGAAGGCAAATGTACTTTCCGTAATACTCCAAGCGCATGATA GCAACTGACTGTATTTCCAAGAAAACTTTTAGAATCTCTCATCTCTATAA TGAAATCCCCCCCCCCCCCATACCGACACTATGTATAGAACATTAGCACT GACTTCATTAATTGCATCATAATTGAATGTGATTCCATTTTGAGAGCTCA ATGTTGATTACTTTACTAAATAAAACATGCAAATTTCCATAGTAACTTAA TGAAATTTCATCATATGGCTTTAAAAATTAAAAAAAAAAAATCCCGTATA GATTTCTACTTGATACCAATGATAAACAGTAATATTTGAATTAAATCAAT GTAATTTTCTTCTGAATATCCCTATTACAGAGCTATTTTTTTTTATCGAT TAGCAACGATCAAAGTAGGATAATTAGACATCGATATCTTATGCCTTCAG TTGTTATAATTCATTTATATTTAGAATATAAAACAAGATTGTGTAACAAT GTACAAATATATCTTTAATTTATTTTGTGTTCTGATATATAGTGTCGTTC AAGTAAATCCGAAATCTTTAACTACATTCTGAACAATAAGGAAAGTATTT ATCTCTATTGTTTCAATTTTAAAGTGAGAGGTTGAGCATTGGCTTTAAGT TAGTCATTCAACTTTTAATTCAAAACAAGTATTTATGATATAGGAGAGCC GGGGGGAACACCATCATTGAATTTGCTTGTGCAAGACACCACCCAGCGTA CATCAAGAAGATGCTTTGATATCCAAAGGTTACAGTCTTTAACGTCTATA AGAGAAGATCCTAAAAATTCTGGAGTCATAAAAAACACACTCCTATATCC CTCCTATAATTAAAATGCAGTTTTGGTTCTATTTACTTAAACTTAATAAA TTAATAAATATGTTAATGTTCTAAAAAAATCTTTTGTCGGAAATAGTACA ACTTTAATGAAATTCTTATTAATAATATAACTATTTATAAAGGGAAGGTG CAATCTTAATGTAAAAAAAAAATCAATAATTGATTTTTTTAGGTATGCTT TAAGTTGTTAGAGACAAGAAACCATTAGCGCTATAGCATAAAAGAGGCTT GTTCAAAATACTTACATATAGGAATATCCCTTTAAAATATATTTTATATC TTAGACACGTATTAATTTGTAATTATTATTAATCTTTAATACAGATATAA TATTATTTTTAAGGTTTTACAATTACAACCTTCTCGTTCAATAGACCAGA GAGAAACGCCCAAACATATCTAGAAGAAATTTACTTAAGAATAATTTAAA TACAGAGATTTTAATTATATATTTGTTGTGTACAAGTTGCTATTATTTCG TGACTCTACTTCTTAAACATTAAAAACTAGTCACTTCGTGCTAACAAATT GGAATTCATAAGGACTAAATGAGATTTGCCGGGCGTTGCCCAGTACATTC ATAAATTAAAATTAATTCTCAACTCTTTTAATTAAAAAAAAATATATATT CGTATTTTTGATGTATTATTATTAGAAATTGTTAATGTATTGACCGTGAT AGAACCGTGTACCATTGAGACTTGAGAGTTTTTTTACTTTTATTTATATG TAAACAAAGCGGCAGAGAGTAACACCGTCTTTTGGCAAAATAATTTTTAT TTTTTCAGTGAAATTCTTACATAGTATATACATTCTATACTAATTATTCT AAAGAAAAATTAATTTACTTATGAAAAATAGAGATATCCTTGAAGTAAAT GCAAATATTTTCCAATATCTTTCACTCTCTAAAGGACGTGATCGCCTCTA TTCCTGTATTGTTTTAAACAAAGGGGATTTGAACACAAGCCTGACCCAGC TTCTAGGTTCAAAATTACATTTTGTAGAACATTTTTTTATGATGAGTTGA ATGGACATTTTGTAGAGAACGAGGAGAATACATCAGTGAGATTTATGGTA TTAATAATGGTCTAGCCTTGTTAACATCAGTTGTATGTTAAATGATTTTG GCTGGAATAAATGTATTACAACAATTAAGAGCATATCTTTAACATTTAAA ATAGTATTATTTCAGGGAAAATATTATAAAATTATATTGAAACATATAAA TATTATCATTATCTTTTGCATGTTAAAATAATTACAGTAATAGTAGACGT GAACTCATTATTCAGAAAAATCTACAATAGAAATAACAAAAAAGAACGAC AACACCAAATTTTTTTCACTTTTTAATATTGAAACTGTTATTTTTATTAG CGTCTTGCCCACCATAATTATGAGGATATACGCTAACATGAATTGCCCAT TTTTTAAACTCCTAAACTTGTACTTACTTGCTAAAATAACAGCATTTTAA CCTTCTAGTTGTTATGTGACAACCGTCGGAGTAAGTAAATATAAAAATTT ATTGTGATTAGTTTTTGGGAATATTTATTTTTCTATCCAGCAATCATAAG TCTAGTGTATAGTGAAATTGGCTTCCTTATTTTTTCAAAACCTACTTTAA TATCTTGCAATGTCTCATAGTTTTGAAAATTTCAAACCTCTGATTGATTG TTTCAAATATAGCAAAAGATGTTTATCATAATTGCAAAAAAAACAAAAAA AAACAATCGAGTTTATATGCATACAATCAAACAATCATTAAAAAATTACG TGACCCAAATAGCAAATCAATATAGCCTTATTCCACAAACAAACATAAAT AAATGATATTCCTCGACAATTCTTAGTTTTCAACAGCTCTATCTCTTATT TGTGTTTTGAACGTTAGATGACAGAACTCAAATCTACACTTCCTATACAG GGTGGTCCAGATAAATAGAGAAAATATTTTTAGGGTTATAATGAACCAAC AAGATGGGGTAGACCCATATTTTTATCATTATTTGAAAGCTACATTCAAT TATTTATAATGGCATGCCCGGGAGACCTCGTGCAGATCTAACTATGCCAT TGTACTGGTTTTGCACTTTTAATTTACATTCCCTGGATGGATAGAGTCTC CAAGGAAGAAATTATACCTTCCAACAAGACAGTCCACCGACCCCACAATG CCAAAAAAAAAAGAAAAAAAAAAAAGACAGGCTGTCCTTGTCATAAATTG CCTCACTTTTGGAGCCCAGATTTTTGCCCTGCAAATAGGGGGCACCTGAG CTCATGCGATTTTTATCTCTTGGGGATGGTCGAGCATACTGTTTTTGTTA AATATAGTTCTTCTGTTGAGGCCCTGAAGATGTCCATTATCCGTACAATG ACAAAGCTGGATCTGCACGTGCTGCTTGTCCCTGCCAATGCTTTTGGTGC CGTGAGGTTGAGGTTATCAAGAGAGGCAGRTCTCATTATGAATAACTGAA TGTTATTTAATGTAGCTTTAAAAAAACAAACAAAAAAAAACCATCTATAG TTTGTTCTTATAAGCCTTAAAGATGTTTCCAAATTATCTGGACCTCCCTG TACTTTAAAAAAATRCTTCTTTATTAAGCAGATATAGTATTTTCTCACAA TTGAGTTTTTTTTTACTCAATCCAGTTGACATGATGCCTTGCTGAAAAAT ACAAAAAGGATCCCATAAATTAACATATAAATTATGTATTTTATAATTTA AGTTGACAACAAGCCCGGCCATCTTCTTGCTCAAATTGAAAACTATTCAA ATCCGCCACATAATTATTAGTTGCCTATATATTTTGTGCCTTGTGTTCAA AAATTGAATAGTATTTTTTTTACGAAGACATGCTATAAATAAACTAATGG TTATTTTTTTTTGTCTTATATTTTCCCAAATTGTAAATCTTCATTATTCA AATCCTTCAGATAAAAAAAATAATAAATGCAAAAAAGCAACAACAATAAT TTATTATTCTATAAAATTACCTTATAAATATTTTTATTTATTTTTACAAT GGAAGAACAAACATTTAGCAAAACAGTAAAAAAATTACTTTTCAGGTAGA TGCAAAAACCTAGACATACTTTTATCATAAAAAATATACAAAAATGAGTG AGTACAAAGTTAAATACTTCTTTATAAATAATTAACCTCCAACATAACAA AAAAATTTCACTAATTTTCTATTTTATTTTATTAAAAATATATTTTTTGA ATGTAGTTTTTCTTCATTTGCAAGAAAATTGTTTTTTAAAGCCNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNCAAATTACTTTTAATGACAATTATTAAATTGATA TTATTTACATTTCCACTTGCAAATCATATAATTTTAAGTCCTAATGGGAA GTTATTCCCAAACATTGTGTTTTGAGACAAGTTTCACGTGTACCATATGA TTTGTGGYAACCATACATTATTTGCAATAGCTTATAATGATCCAAATAAT TGATTTAATTAAGAGAAGTATGCAAGTCAATAAATCTTTATTTGTCTTTT GGTGTGACTTGTGCTCAAAAAGTTTGGGAAACACTGTTTTATGGACACGT AATAACAAGGTTTCATGTACTATCATCCAGTGAAGCCTGATAATTAGTTT GAGCTTGAAGACAGGGTTCACAAGTTTTTGAACTTATGCTTGCGTGAGAT TTAGAGATCTTATGCTTGCGTGAGATTTTGAGATCTTATGTCAATTTACT GCCTAAAAATATAAGAAAATTGTTTTTCATTTCTGAAAATTCGTTTACAA CAAGAAAGATTGTAATCTTCACACATGAAGGAGCTGGCACTGTCTCTGGT GGACCTTACGTCTGAGTCTCCTTAGAGTGACCAGCTACATGAGCTACAAA CTCATCAACTGAAGACACCAGAGAGCCACAAATACAGAATAGAAAAAAAA TATTATATCTTATCTTGACATATAAGTTAAACCGTCTTTTCTTGCAATCT TTAAAATTATTCTTTACCGGACAATTTTTGTATGTTGAATTTGCGGAAAA AGTAATACAAATTTATATAAATGAATGAAAATTCGAGTGATTTAATCGTT CTAAAGATTAAAGATGGCGAACGCTTGTTGTTCAAAACAATGAGTGCAAT CCGCTCACACGCAAGAATTTTGAGTGACACTCGGTGCGATGCTCAATTAA GTGCCGCTCACTTATATTTTGGTTATGTATCACTGCGGTACTAAATTCTA AGCATTTTTAGTGTATAAGTTTTGTTTATTTTGTTATTTGCAACCTGACT GGCAGTTTTAAACTTTCTAAAGCTACTATGAATGTTCATGCATTATTGAG GGATGAACTTTTAAGTATAAAGTGTAATCCCTAGGGTTTGTGCTCATGAA TGACGTAGAAGAGCTGTTGTGGGGTTATTAGTAGTGATGAAAATCGGTTG TTGTTTTTTGTGAGAGAGAGATGGCAAACTGAAGAATGAATTTTCTTATC CTATGCTGTATTGAAAATTATTTAATTCCTAAGCAGTAAACCTCCTTTTC TTCTACATTCAAAACCTGACTAAACATTTATGTGTGGTCATAAAAGACGG AGAGTAACCCTGAGGATTTGTTGTAGAGTTATACTTGTAAGTCCTTGTTG GACTTCGGGTAGAATTGAAGATTAACATCGGAGTAATTCTTGCATATGTG CTTGTGTATTTCATTCTTCATCTAGCTAATCTAGTGATAAGGCATGATAG CTAAGCTGTTTTACTCCAAATATTCTTCAAATCAGGGTTACTATTTCGAT TTTCGTTATTTTTCATATGCCAAAAATTCTCCCAATTAGCACCACTGGTT ATTAGTGTCAATTATTGTTTGCCTCGGAAGATGATTAAGGATAGACAACG AACTAATTCCTCCTTATGACATTGCTCAAAAAGGAGTGGGATTCGTGTTT ATTACCTTGCTCTTATAGATGCTCACAGTTAATCTATATAAAGGTCATGT CAGCTCAACTGCTCTCCTTAATGAAATTCTTCAAATTGTCAAGGTTACCA ATTTAATTTTTGGTTTTCTTTTTTTATATACCCAAAATACTTACGAATCA CAACCCTACGTGTTATAATGTCTTATTTAATTGTATTATATACGCCCCAG TTTAGTTCTGATAATTTAATTATATAAATCACAAGTATTGCAAATTTCTA ATTCTCAGTTACAACTTGTAGAAGTTGTTGATTTTATGTTTATTTTTTTG CAAGTTCGTGTTAATTTTTACCTATGTGTACCTCTAATTATACCCTAGTT ACTAAAGTTATCATAAGTTGTACTTGAATTTATTTGTTATTTACTATGTA ACCAACAAAAATATATTAAAGATCTTAAGAAAAAGTGCAGTAATTACTCA CTTCCAAAATTATATAAAAACATTTTCTTTATGATAAAAAACCATGTACA GAGAAATCAAAAGAATGAACTTATCTCTTCATCATTACTCTTGTAAAAAT ATGATCTTAGACGAGTTCGAGAATACAATTTTTAGAACAATTCCAAAAAT TAGATTTGAAATATTTTTTTTTTAGAGAAAATTTTAAAAACTCTATAGCT ATTCTCAAAAAATTGAAAATCAACAGCTATTCCCAAAAAAATAAATTAGG ATATTAATTCTTTTTTAATACATTTTAACAATCAACAACTGTTCGCAAAA CAATAAATTTTGTTGACAAAATTTCGAATGAAACAATTTTTTGAAAACAA TTGAAAAATTTAGAACTGTTCAAAATAAATTTAACCTTTTGGAAAAAATT TCGAATATTCATTTTTTTGAAAATTTTTCCAAAATCCACAGTTGTTAACA AAAAAAAAATAATTTCTTGGTAAAAAACATTTTAAATATAAATTTTTTGC GAAAAAAAAAATTGAAATTAAATTTAAAATATACAATTTTTTGAGAAACT TTTCAAAAATTAATGACTATTTACAGAAAGTTAAATGTTTTGAATGAAAA ATAGAAAAATTAAATTATATTTCAATTATTAACTTTTTTGAAAAAAAAAT ATTTATTAACTATTCTAATTGAAAGCCAAAATTCTTTAATTTTAGGGTGA TACAGCCCCGTCAGTCCACCCCTTGCAGACACCCTTGTAGTGGTAGGRTG ATTATTTGTTTATTTCATTAAACACTAGGATGTAAAAGWGTTCGTTGAGT CTTCATTATAGTTTAGTACCTTCATTTGATATATGAGACTGTATTTTGTA TTTGCAAAACCTTAACAGGTTTTTTTATTTTCCGAAGCTGTTACCATTAT TATTTAATTATGTATAAGGGAACATTTAAGTATTAAGTACTTGAGCTCAT GGAAAGTGGAGAGTAATAATGATGATTTGTTGAGGGTTATAACTTCAATT CCTTGTTGGACTCAGAGTACAGTTGAGGATTCAGATCGGAGTAATTCTTG TCAATACATGTACTAGATAAGTAGTGTGATTTGTATTTATTTCCTCTCTC ACCCTCTTATAGCTGTTTGCGGCTAGTCTAATAAATCTCATGACAGCTAA TCTGCACTTCTCTGAAACATTATTCAAATTATCAGGGTGACCACAATAAT TTTCGGGGTTTTTTTTTACCATAACGGCAGTTACTTTTTATACAACTATA TTCATCTTTCCTCCTTTGATATTGATGTTCTTATAAATAGATTTGATGTG TTTTATCTGGGACTTACTTCCGTTATGAGTTAAGGTTTGGATTTGGTACG TGTTATACTGAGGTACTATTAGTACCTGACAGTTAAAACAATGTCTTATT TATGTATTTTAGACATCAAAGCCTTATAGGATATATAAATTCAATTTGAA TTGTATTAGCATTAAAGCACTTCATATAAATTAAAAGACTCAGTCAGTCA CTAAAATATTGATTTTGTCTGTAACTAAAAAAATACTCGTAGCAGACTAT TTTTTTCTTCATATTTTGGCGGTTCGCAAACCGGGTTTGACTCGTGATAT TCTTCTTAAATACAAATGTGTCTATGAAAAATATTATATATATATAGTTT TCATTTACATTACAGACTCTGTTGAAAGTTATTAATTCAGAACATTTAGA GTGATTAGTTATGGCACAGTATAATCCTAAAAATGTTGTTTGGTATACGG GTACTGTAGTGGTATTGGGATATTTATACATTCAAACAATACTACATTAA ATGGAAATAGAAACCATTTTTTACAGTCCTATGGCGTCATAAAAATTGCT TATCGATGACGTAACTAACCAAATTACTGAGCTATAAAGTGGTGCTTTTA ACAGATAAAGATAGTAAAAATGAAAAATAAATTATGAAGTCATCAAATAT TTATATTTCCCCCAAAAGGAAGCAACTGTATGTTCAAGTGAACTGTCCTT AACAACATTTAAAAAAATATATATAAGAATTAGTTAAATTTTTTTACCAG GTTCATTAAAAAAAATTGATTTCGTAACAAAACAGATTAGATTAAATTAA AAGTGCGATTCTGAAAGATATAAATAAACTTTGAGTAAAAATAAACAGGA TTTTTTAGATTTTTTGTGAATTATATTAGTTTAAAAGATATCAAAATAAA TTGATGGACTTAATTTAATTAGACTACCAAAAAATATCACAATACTTGAA GAATGTATAAATCTATGGACATGATCACACTTACGTATTTTGTCGAATAT ATAGAATGAAACTAAAAACCATAATAAAGTTAAATTAATAAAAAAGTTGT ATGACACTTTGTTTCTTTTTCGTTTCTTGTAAGTAAAAGACGGTGTGAAG ATATTTCATTTTTCTATTATACTTATGTATATCTTGATTTAAGAAATACA TATAGGTAGTAGAAACCCTCTAGGTGTGGTGAATAGACTCATATAATATT TACGAGCTGTCATTATAAGAAAGACACAAAATCCATTTGGTTATAACTCC GAAGAAACTATTTATTAAGAATCTACTTATTTGTGATCCAGAACATAAAT TAGATAGAACGTTTCTTATTGTACAAAGAAAAAAAAAAATTAAATAACCC TGAAGGAAACCACAATGTTATAAGTTTTTTTTAAACAAGTATAGTTGATG GGAAAATTTTATATTTATAAAAAATAGTTGCTAGTATTAAATAAACTATT CTCAATGGGTCAAGTTTAATTATGACTTAGATGTATTTTTGAAGCACAAT TGAACAAAGGGATATATTTATATGGTATTGTGACTTTGCTCTGATCTTAT TCAAATTGTTTGATACAATGGAGATATTTATAAAGTGGCAGSCTGACAGA GCAGGAGTAAAGGGAATGTTGCCCTTGATACTAATATTTTAATAAGTGGC ATATTTTAGAAGGTGATAAATTGAAATTTTATAAAAGCTAAATAAAAATC AAGACAAAAATTTTTACTTTGTTCAAAACAAAAAATTTATCATTTAAAAA AAAAAATAAAATAAAAAACAAACAAAATTATTCTTTAAAAAATCATTATA AAAAAGAGTAATATCATGGAGTGGCAATATTTATCCATGGCTCCCTTTGT AAAAGGTGAGCAAGGCTGGCATTGTACTTACAGGGACTGATCTTATCTAG TGGTATACATTTTAGTTTTTTTAATTTTTCAAAATTAAAATTTGAGTAAG AGTTTTCTGACGACATTTATTTTTCAAAATGTTCTCATAAAAGTACTTGG CAAAACTTTTATTCAAATTTGAGACATCAAATCTAATAATTGCCTCAATA CGAGATCTAAATCCCTTACATACCTTGATTACGTAGTTAGACTTGAACTT GGGCGTAAGTAGATTAATTTATCCTCTAGACACGCCTAAAAAGAGTAATC CAAAGGGTTCGCGTCTGGTTTGGTTGAAGTCCCAAAAGTACGGATAGTTG TCTTTCAGGAAGGAGKTGATCTTAGCGGTACGATGACACAGTGTTCCATC TTAAGTGTAAACAAAGTTACACTTAACGGTTCTCTGCTTTAGTGTAGCAG TCTTTTATACAAGAGTTCCATATAAGTATTGMCCCGCTCCTTCCTCTCCA GAAAAATAGGAGAACAGACTTCGTCTGTCTTGGCCACTTCATTTTTTATT CCAAATACATGTTAGGCTGAAGCTGAAACATTGTTTGGATTTTCGGTTGT GATGTAGCGGCTGKTCGGCTTATCCACAGTGAAATTTGTTGCATGAAAAA AGATTAAAAAGTTGCCCAAATTTTGGGTGGACTTCAAAAATTTAAAATCT TCTTTGCTCTTTCCAAACCATTTTAGCTTTGTCTATTCAGAGTTAAGATG TCTTGTTGTCCTCTAACGTGATTCGTTCCGAATTGATAACGATAAAATGT GTATAACTAGACAAGATCAATGAGGTACAATTAACATATATCCATAGGTT ATGTGGCATAGATATATAAATATTAGGCGTAGTTATATAATCTTGTTATT GATACGTTTAATGACCATTAAACCGTTTTCGTTTTCTAGAATTCAAAGGA ACTTTTTTTGTTAACTGTTTTTAAGAACACTGGAATACATAAATTTAAAA CAAAGTAATACGAATTTGTATTTTTAAAATGAATTAACATATAAACTCAA ACATGCCTGAAACATAGGATATGTTGCTCATTAACAATAAAATATGCTAT AATGATTTCTGCCAAAATTAATATTCGATTAGATGTGTATTTTGAAATGT AAATATTTTATTCCTATTAATAAAATATTATGATATAACGTTTGGATTCA CCGCAAATCACACTTAAAGGTCGTTAAAATTTCCTGTTTTAATTACATCT AAATAATATTAGAGACTTTATAGGAAAATCCATATTTGTGCCAAATAAAG TCTAATAAACCAAATATGATGTTAAACTATTTTAAACATTAGGGGGTGTT TCAATTTTCCCAGATATTAATAAATAAATCCGGCGATTGACCAAAAAATG TGCATAAAATATTTGGCTGTATATATTTTTGAAATAAAAATAAATCGATT TTTTTATATATACTTTTAAAATATAGTTTTTTATTTGGATTCATATGTTT TAGTACATCTAAAAGTGATGAATTCTGTCTTTTCCTATTAAAGGAAATAT TTGAACTATTTCTTTATAAAAAAGGGAATTTTTAATATTAAAAATTAATG AAGATTATAGGTAGTTGAAATACTTTTTGCATCTGTCTCCCCGAGAGTTG CTTCGCGCCCCTCTTATGGGTTACTCTCTACAGTTTGAGAAGCACTATCC TAATGCTATCAAAAAATTGAAACCTACTATAAACGTAGTTCTTGAGATCG GTTTGGGTCTCAAGATCAATTTTTAGATATGGTTTCTTAGTACTGGGTGG GGCATGGAAATCTGAACACATACTAATTCAATAATTAATTACGGTTGAGT GATTGAAATTAATTCATATTTTGATACATTTAAGTATAAGAAATTAATTA CAAAACAAAACAAACCTAAGCCCTCCACCTTTTGTACAAAACGAAAAAAT GACACTTGAACGTGATCGACGAATTTTTATTCGTGCAATCCAAGCAGTTG GGCGTCTCTAGGATCACTGTCTCCCACGTGTGCAAGTCCAGAAGAGAGGA GTCAAAATAAACAGCCCATGTGAAATCCCCTCAAATCCATGAGGGCCCAT GCAGGAGATCTCAGTGTTTTACMCCAGACTGTCCATAGAGCTATAAAAAC GGGACGAAAAGAACCTTTTGAGGGCGGAGAGGCCACTTTTGAATTCTGCA TAGAAAGAAATCCTTCTCCTTCCTTAAAAGACTCTTTTGATCTCTTTTGG CCCCCTACATCCCTGATGCCACCCCCCTCAACTACCCAATTTAGGTTCAT GTCAAGGGGAAGGCCTGCAGTGTCCGTTATCCAAATACTGATGCCTTCCA TGCCACTGTCAGCCAGCACTGGGACCCCATTACAGAGGGCTACATCTGTA GTGGGTGCCAGGTTATTTACACCCCCTGAAAGTCATCATTTACGCTAAGT AAGGCTACATTAATAAAGCTCAGATACTATCTATAGAATTAATTTTGTTA AATTCTATTTTTAATAGGTAAATTATATCTTGTTGGAGTATAAAATTCAA AGTGTTCAGATTTAAAAGGACTTCTCGGTTACTCTCAATCACTTAACGTT TTGATTTCGAACCCTGAATAATTTATTATATTTGATTTCCCTTAATGTCC TAGTCACGTATTGTAAACAATTCATCAATGCCTTGATCTTGAACACAAAG CTTATAAATAAGTTATTTTTGTGCATTTAAAAGAAACTAGAGGTCATTGC ACAAAAAAAAAAAGTTCTTTTTAGACAACTAAATGCAATTTACATATAAT ATGAGTTCGTATATTTTTACACTTAAAACTATTTTAAGGAGTAATTACGA GTAATTTCGTCCCTATAGAAAAAAGAAAAACATCGTTCACGTAGCTAACC TTCAGTGTGTAATTATAGACACATACATAATCATTGAAAAATATAGATCT CACAAATGTGTATGTGAATGTTAACATGTAGACAATTTAGGGTATTCAAG AAGTAATTCTTGAACATGAGTCAAATTTCATTCCCAGATATTTATTTACT TACAGTATAGTAGCAAATACACAACAATAAAAGTTAGATAATTCGAATTA AGATATTGTAACTAAAAAAAACATTAAACTCTAATTATGTTAAAATAGTG GCAAATTATTATCATGCATTGAAAGATACTTGAGGTTTTATAAAACAAAT TTAAATAGTAAACAAAAAATGGAACGACGTAGTTCAATAAACAACGCAAT TGGGAGAAATTATTCTCTTAAACTCAATGTGCATAGGTTGACGTACCGGG TTTTCCAAAAGAAGGGAATACATTGTATGTTCAGACTCATGTATGTAGAC TTCTAAGAAAGTTCCTAGATCAGAATGTATTACTTATATTACTATATTAC TAATGTTTACTTATATTTAATCAGCGCAACTCCATCTGACAAGTTAAAGG AAAACTAAAAAATGCTTCATTTTTGCATGGAGTAAAATACCTTTACTTGT CGATTTTTATCATAACTCGAACAAATAGTCAAAATAAAATGATGTATTGG TTCCTTCATTAAAGCTAATTACAAGCTACGTATCAATTTTATCTTAAACT TCCATCTAGGTTTTTTAATTTCCTATTCTTCTGTTGAAAAAAACAAACAA TACATATTTCAAGTGCATATAAAATGACCTAAAGATATCAAGCTAATAAA GAAAAGTAGAGAGATTATCCTAAAAATAAATTCAATATTACTAATATTTT GCGAAAATATCGAAATTAATTTAATTCATGTGCGTTGTTTACTTACATAA CAAGGCTTTACACTTACATTTGTCCGACCATCCGGGGTAATGGGCAATTG TTTTGTTTGCAGAGATTAATACAGATTTTATGTTGCTTGAATGGACAGGT GGTACCAATTCATGCAAATGAAGTTCGTTTTGACATGTGAGGCAGTTGTA TTATCGTAAAATCAATGGATTCTTCTTTATTTTTTGAAGTTGATATTGCT AACCATTAGTTATACAGAATTTCAGGAATATAAATGTTGAAAATAATTTG CCATAGGGTTATAGATATTGAAACCAATTTAAAAAATCAAATGTTTTATT TCAGATTCATTGTATGAATGTACAATATGATTGAATACGCTAATAATTTA AAAACAGTTATTAGAATACAATTCAACAAATAATAAAATCAGTAAATTAC AAATTAATAATTGTTGAAAGAACATTTTTATGGATTTTAACTATTATTAG TTTGTAAACAAATTGGTCAAGAGTGGTGCGCCGTTTTATAAAACTGTATA ATATAATATTATTAATTTATAAAATATAGATTTGTTCTTCACATAGACGG CGCTGTGAAGAATGTATTTTGAACTTCTAAACAAACAGACTATCACATCG CCTTGAGGATAATTATTCTTTTTAGTTTGCATATGCCCTTTAAATGCTTA ATTCAAGCAAAATATATGGAACAATAATATTATTGAGGGCTTATTTGTTT TTATTACTGTAATTGCTTGTATTATCTTTAACAAAATGGATTGTTCTTCT CAAGTTCGAAGCATTAAGCTTTTATGCAAACTTAATAAAAATACAAGGTT AGACCATAATGTAATCGGGCTGGCTAGAATTTTCAATCTGATGTATTGTA CCGACTGCTGGGCAAGACAGACAGATTTTCACAAAAGACACAATCACTCA TAGTTTGACTTCACTATTACTAGAATTTTCAATTTAATGTATCGTACCGA CTGCTTGGCAAAAAAAACAAAAACAGATTTTCACAAAAAACGCAACCACT CATCTACTGTGACGTCAATATTAAAAGCGTGGTGGAACATCAAACATCAG TGGTAAATGCGTTATGGTATAACCTTGTATTTCTATTAACCTTGGCTTTT ACGATAAATGTGAAGCAATAGAGCCAAAAAAGGTATTTTGTGTAATTAGT TCGGATACACGTATGGTCATACTCAGGAAATTTGATACCTCTGGGTGTGT AGTAGTTTTANTAACCTCATTTACGTATGTATATACGCAGCTAAAGTAGT TATAAGCTCTTGTAACCTAATGATAAGTGAACTACTAATTTTTATATGTT TTTTGCACGCTTCACAAGGGAATATCCACTAAACATATGTATACTCACTC AGTCTTGGTTTCATTTTTGATCCGGAATTGATTGCTATATCACAGTTGTT GTTTTTTCAAGGCCATTCTACAAAGTGGGCGTGGAAAAAAAATGAAAATT TTACCTTTTTTAAAGTTTGGAATATATTTGACATCAAAAATCGCAAAATC AATTTTTTTACGAAAATTGTTAGACTATAATACATCCTCCTCATTATATA TTAAGGCTCTTAGCCTCTACAGCTGCCTAAATAGAAGCTCAGAACCCTTG TCAAGCCCCAGATATTTTTTTTTTAGAAACCTGGGCCAAACATCATAAAT GGCTGATTTTATGCTCTCCCAATTTGGTTGTAGGGTAGTATGGGACCTAA ATTCAATTAATTAGATAAACATATTTCTTTTTAAGTTGTTATAATTCGTT AATTAAATCAAATATAATCCATATTTAATTTGAGACAAAAATTCCGCTTA CTTTTGTTTTAACAATCTACATATCTTATGCTAAATGTTTTTAAAGCAAA GCTCTTGAGTCTTAAAAAAAAAAAAATACAGTCATTAGTATTTTTAATGA CATGCATTTAAAAAAAAAATTTTCTCGATGAATAAATTTGTCAAAAAAGC TTTTGATTTATTATTATCATATTGAAAAATTTAGATATGATGCATACAAT TAATCAAAATGTACCTAATGTAGATAGGCACACATTTAGAATATTATCCT GTTATGTTAGTCACGTGAGTAAAATTGCTTTATAATGAATGGATTGAATC CACGCTCGCTCCCAAATAATTACAATTAATCAGTGATTCATTTACTTTTA ACCCTCACCTACAATTATAATTGTTCCATTATGTAAAACTTCAGGTTCCT TTCCAAATTGTCTTTTCTCCTTGATTATAATTATACATTTCCGTATTCCT TCTCTCAGAGTATGTACAGATGTGTATATTTGGGTAGGTAGGTAGAAAAA AACACCATTTTACACTCATTATAACTTTTACATCTTCATTTATTGTATTA TCTCTCCTCCTTCTAAATAGACAGAAGTAATTACATCTATATTCCATGTT TGTAACCCCCTACCTAGTTTTCTCTATGTTCTACGTGCACTTTTTCACTT TCAATATTATAATTGTTTTATATACGAGTACTTACAACTCAATGGTTCAC AAGTTCATGATTTCTACAACTCCCATAACTTATAATTATTTTTTAGGGTA GCTGTTGATCTCTCATCTCTTGAGTATTTTTTGCAAGATTTGTTTATTGG GATAAAACCAAAATATTTATCTGTCTTCACCTGTATTTGTCAGTTGACTA TTTCTGATATAATATACATTTTATACACACCGAGATTGATAAAAATGCTT CTTACTCCTTTGAATCTACATTTTATCATCACCCATACTTTCTAGTATGA CCCTGAAACACTCAATCAGATTATATGCAATTCTATATGTATCTTGATAA TACCTTGCTTATGATTTGTTAGTATATTTTCCATTTTTAGTCGAGGCTTA GTGAATTAAATTAACTTTTGTTCTTTAAATTCGTTCTTTTGCTTATCTTA TTGATTTCGTGGATTCTTCTTTTCAATGTGAGAACTGAGGTCATAGATGA CTATAAATTGATTAAGGGCGCTAAAGTTGCGTAAGATCACGTCAACTGTT GTATGCCCTAGCTATATGATATAAGAGTACTTTTATATTCTTTAAAAAAC AACGGTAATCTAAAATTTTAGAATACTATATAAAAGACGACATTTTTAAC CATATTATAGTAATTATTTATCTTTTTTAAATCGGTAAAGATTCATTGAC GTCACCGTCTGATATATATGATGACTATGCATATAAATAATATCTCAATT GGAATAAGTTTAACTTAAAAAAAAAAGTATATCTAGGTTAGAGCAAGATA TGAATGCTCTTTTTTATTATTTCTCGCTATTTTGAAAATTCTAAGGTATT AGCAAGCAAGAAATTGTTGTAATTATTATCTTTTTTTAGGGAATGGACCT CATTTTTTACTACAGAGTGGTCCAGATAAATTGAAAAAATATTTTAAGGC TTATAACGAACAAACTAGATGGGAATAGAACCATATGTTTTATTATTATT TTAAAGTTACATTTAATGGCATTCAATTATTTATAATGAGATACATCTCT CTAGATAACCTCGACCACTCGGCGACCAAAGCTTTGGTTGGGCCGGACGA ACATGTGTAGATCCAGCTTTTCCATTGTAAGGTTAATAGACTTCTTTAGG TTTTCCACAGACGAATTATACTTGGCAGAGACCTCATGGTCAACCCTCCC CCACATACACAATTTTTTTTTTAGTTGAGGTGCGCCCCGTTTGTAGTCCC AAAAAATAGGATCCAAAAATGAGATCATTTTGTGGGCAAGACCTCCTGCA CTTTTTTGGGCTTTTGGGTTGATGTGCTGTCATGTTGTAAGGTGTAAATT CTTCCTTGGACTACCTTGTTCATCAATGTAATGCAAATTAAAAGTGCAAA ACCAGAACCAGTGCAATGGCAATGCTGGACCTGCACGAGGTCGCCTAGGC CTAGCAAGGATTCCGGCGCCGTTTGACTGAGGTTATCATGAAAGGTGGAA CTCATCATGAATAATTGAAAGTCGTTAAGTTTAGTTTTATAATTAATCAA ATAAGTATGCTTCTTTCCCATCTAGTTCGTTTGTTATAAGTCTTTAAGGA TTTTCCCAATTAATCTGGAACATTTTGTACATACAAAATATCATTGATAT GTGCTCAACCGGATGTAACATTTGTGTGAGCTCATAAAAACGGGATAGTA ACCCTAATGATTTGTTGCCAAGTTATAATTCTATGTCCTTGATGGATTCA GTGTTGAGTGTTGATGTTTGTAGCTGATCTAATGAAATGTCATAAAAGTA AAGCTACTCTCCTCAAAAACATTTTTCTAATTTTAAGGGTTACCTTATTG ATTTTGGTTTTTTTTAACATGCCCAAAATGCTTACACATAGCATCAATGG TGATCTCTGCCAACAATTATGTTAAAATGTTTTTTATAACATTGTCTCTG GCGTGTTTTTTACGTTTACCACAATTGACACTAATTTTACCCCTAACAAT TAGTAAAGATTGTTCAATCGTATTGCTTTTGTATGCAATTCGATTATGAT GTCATACTGAGCCTTACAATATGTTAAACTTGAGATATGGAACGGAACTA GACAATATCTCAAAATTTTGGGACTAATTGTTTTGTTTTACGCTTTATAT ATTTTTGGTGGAGCATTGAATACCCATATTATTAAATAGAAAAAAGTACA AAAGTTTTGCGGTAAATACATATTTTTCTAACAACCATTACCTCATTTTG AACCATTTTTTGTATTGAAGGAAAAATTGAGAGACACTGATACAGATTGC TATGTGAGCGACACTCTAGAAAGAAATAAACAGCTGGTAAATATACAGTT TATAGATATAAATACATAAAGGATGGGAAAAATTATTCAGAGACAAAAAA TTATTGAAATAAACAATGTAAGAGACTGGATTTAACGCATAGACTCTCCA TGTAAAATAACTTAAATAGAATAAACCGTGAGATTCTTCTTTTAATTGAT GATTTGTGGTAGAATGATATTTGTTAATTTCTTAAATTATTCATAATCTT TTCATACGCTCTGTTGTATATGCTGTTCAATGTTTCCTAGAAATCAAACG GTTTTTCATTAAGATAAATGCTTCTTTCAATAAAATATCAACATATCATT CCAATTAGCTTTTTATTTTAATGTAAGTGTCGAGTCATTGTGACTTATGA AAATCGATAAAATATTTAGCGAAGGAATGTTTTGTTAATTAATTTTTATA TAAGTGGCCCGCCAACACGACTGTATAATTTTTCTCAAAAATGAGTATAG ATTTTATTTGTATTTTTCAGGTGTTTATCTTCCATTTCTATCCATATATA ATTATATAATCATATTTAACTATTCAAACAACCTGAAAATTATATCTTAA GGCTGTTTAACGAATCGATCATACATATATAGAAAATATATTATGTGAAA CTTTGCATATGATAATTTTCAAACCTTAGCAATTTTCCCTTCAAAATAAC AAGTTTTCATATCTAAAATGTGTCTTGTTTGTAGAAGTGGAAATACAAGG ATAAATTAAATTTTGTAAGTACGAAATTACTAACTTACAATTTCCCGAAA AAAACAAAAATATTTTACAAAAATTAAAAACTTATTCATTTGAAAGGGAT AATATTTTAGGGTTGGATATTAAAGGGTGAAGAATTTAATTATAATTATC TTCGAGGCCGTCTAGCCTCAGTAATAAAAGTCTTACAATTTTGTACTTGG CGTATTTGGAAAGAGCTAGCAAAAAACTACCATTTGATGTTTTTTTTTGT TTTTTTTGCGATCAAGAATATCCGAACAATAGGTAAAACGGTAGAGGGTG TGTAATCTCCTCTGCACATANGGTCAATCTCCGATACGAAGGTCTTTACA GTGGACTCTGTTCTGGACAGGAGAAATGATCTATTCTTGGCTGAATGAAG AGCTCAAGTCGAGGAAACTTCAGAACCAAACATCCATCTCAGGAAATTGT CCTCGACGTCGTGGCGTCCAACGGCAGCAAGAWGTCTCCCRAATTCTTAA AGGCCAACAAGAAAGWCAACACAGACGTTGAATATAAGTTATTCAGGCTC CATGGCTTACCATTGTCGAAGAGCACCCCAGGGACAACTATGTGCTTACC CAAGACGGCGCCCTGGCACACATGTCCAAAGGATCAGCATTTCTCCAGAA GAACATGGCTGCCTTCTGGCTGGCAGATTCTGGCCTTTGTCCTCACCCAA CGTAAACTCCCTGGACTTGGGTGTTTGGTGTGTCTTGCAGGGTAAGAAGA ACAAGACATCTCACCCAAATATCAATACCCTGAAGAATATGATCACGGAC GCGTGCAACAACTTATCCTCGGACTTCAAAATTTTCTAATTTTGGCGTTC TCACCCTGTATAATACAAAAGTTCCTGGAAATGAGTTGTGTGTAAACGTA TGATATATGTGGTAACCCACTTTTAAGGTGTCAAACATATTTATCGCTAT ATACAACAAATAAATTGTCATAAAGTAAATGAAAACTCTAATCCAGGACT GGATAGACTAGAGCTGGTTCGTCACATGTGGCCAGGTAATCACTATTTTC TGGCTCGCCAAAAAGCTTTTATAAAGTGTTATAAATATGATAGAGGGAAA ATTTCTACATGTAAATATCCTGAAATATGCCTTCAGAAAACACATTAATT TGTATCTCTGAACCATCCTCGTAAATGAAGACAATTAAGTACTGAAACTA ACTTGTAATAAGATAATTATTCCAAATTGTGGGACTTTTTAATCGTAAGA TAATGTATTAAGTTTTAAAAACATTTATTTGAGTCTAACAAACCAACATT CTAAATACCAACAGCTGCCCAATAAAGCTTGAGTATCAAATCTTTTTTTT TTTCGTATTAAATTTCTATTTTGAATTTCCTACGTATTTAAATATTTTAA TAAATATAAATATAAAGATTCTGCATTTTTAGTGCAGTTTTTTTAAAATT GCAATATTTTTTGTTAATAAAATGTGATTTTCCATAATCCAAATTTATTT TAAATATATTTAACTCCTCATCAAAATTGATAAGTACTTATTTTGTACTC AAAATTCGTTAAAAATTATAAATATTATAGAAATTTTTAATGTTTTAACT ATGATGATATCAAATAACATCATATTGAGATCCCATACTCATACAATCAT AGGTATATGCTTTAAGCTACTAAAAGTATTTTAAATCCTTTCATTAATTT TACAAGCTCAAAATTTTAAATTTTTTTCATGAAATGTTACAAAAATTAAT TATTGTAACATTAAGCAAATTAGGATTGCGTATAGTGAAATTAAATTTGT TTTATTTTGGGGTAGCGTTTTCCACCAGTTCACTAAATGTATCAAAATAA GTATGTTCACTAACGTAGGTTTAATGTTGGCTTTTCAATAAAATTTTTGG TCGCTCTTGTTCTATGTAATTGTTGGTAATCTTAAATATCCCAATATATC CGACAAATTAGAATATAAACCTTTAAATTCATCAAAAAAGGTTTGTGAAT TATTGAGACGATCATATCTATAAAAAAGAAAATATTTCTGGATTTTATCA TTTTTTGATGTTCAATATTGTTTTTGTGTTGACGTATCATATTTGTTGTC CCAATAAATTTTCAAAGAAATACGTTTCAGTATTCTTTTATATATCAATA ATGGGTGTTACGATCAAATTGGTGGATTTGTCAGAAATCTTTAAATTTGT CCGTGAGGCCATATTTTTTCGGCAGACTACTTGAAAATTGGGTTGAATTG TACATATGAATGCTGAAAAAGAGCTCATTTAATAATGAATAATTTATAAG GCCTATCACACAACTCACATTGAAAACCTCACGATTTCAAATCTCCATGT TGCTATTTACAAGGCGCTTCGCCGTTCTTCTTTGTAAATTCAATTTTACA TATCTGGAACAGATGTCACCCGAAGTTTTTTTGATACAACAACGTTTCTC CTGTCAAAAAAAAACCGTCTGTGCACGTAAGCGCCGATCTGACTTAACAC CCTTTAAATATGTATTTATGTATTACGTTTGAAGAGAACAATTTGGATAT TTATTAACATTGGTTTAAAAAAAAAATAATCATTTTATTATTACATTTAT ACGTATACACGTTATACATTTGCATAAAATATTAACATCTGTTCATCATT ACCCTTCAAGTCATTACTTACATATACTAAAAATCATGGCTGAAACAAAA AACATTACTCTCTTCTGGGATGGGTCATAAATTTTCATAGTCATTAAAAT GAAAAAAAAAAAAAGACTCAAATATCCTTTTTCTTTTTTGAACACCTCAT GTGTCATCTGAGAAGGAATTATAGGAACGTATAACAGACCTTAGCTCTCA TTTTATGTATCATTTGTATTATGCATAATTAGTGGATGTATACGAAAAAT GTAATGCGACTTCGTGCTACTTTTTGACAAAAAATGTTTTAATATCTTTA TAATTTAGATGACGAATTGCTTGGATTATAATCGATCTTCTATAAGAAAA TTTTCTCATTAATGACGCGAACAAATGTATTTCGTCTAGACGTTGTTTAA TTATTGTTCTATGACTCAGCAGATTTTAATAAGAACTTTCATTACAAAAA TAAAACAAACCATTATTAATTTTTATATTTATTTAAATATAGGGATGGAA GAATACAAGTAGGGGATGAAATCATTAACGTAAATGGACTAAGACTGCGT GGCTGCTCTATCGAAGAGGCCATAAAGATTCTCCGCAACAATCGACTTGA ACAAGGGCCCTCCTCCAACGCTGACTTGGACATAATGGACATTGTCATAG CACGTGATGTCCCCTCCGAAGATGAGGAGGGAGACCTTTGTGACGAAATC GAGAACGAGGCTCCTTCAACTCACTCTCTGCCTCTCACATCTCAAGTACC CCACAACTTTTCTCTAAAAACGGAAGACAGGCCAAATTATGTGTCTCGTA CTTACTTAGGCAGTAGTTCGGGCTATCGCTACCGTCGACATAGACTGAAT GAGAACGCACCTAGTTTGTCGTCTCTTCACGAAACGAGCTTAAATTCTGA TACGGATGAGATTAAGTCAAGTTGTTCTCTCATTACCTGGAGACGAAAGC ATGGAGGAAGATTGATTAATGGGGGCTATGTCTCAGATGGAGGATTCAAT CATCCAAAAGAGTTACTCAACTTATCCAATAATGTCAATCATAGCAGTAG CAACAATGTTCCCATTAAAAAGTCGAAAGGGATCATGTTGAACACCTATA ATGTTGTCTTTGAAAAGGGTCAAGGGAGGAAAGGACTGGGATTCAGTGTC GTAGGGGGCAGGGACTCACCAAAAGGACATCTCGGAATATTTGTCAAAAC CATATTTGCACATGGACAGGCTGCTGATCAAGGAACCCTCAAAGAAGGTA CATTACATTACCCAAGCAATACTATATACATAGAACAGGCACTTTTTCCC TTAATTTTTTTGAGCAACCAAAGACTTTATTTCGTGTTGTACGATAGTTA TGAGTTGAAAGAGCAAATTAAATTAAAACAATCTCTTTATGAATATCGTA AGTTTTTAAAATAACTTGAGGATTGTTTCAATTCAATTTCCTCTTTCATT TCTTAACTACTCTCAAAATTGGTTTTCGAAATGTGTCTCATAACATGTTT TTGCATGAAAATTAAATACAGAGCTGTCATTTATATCTGAGCACTTTGAA TTTTAAACTTCAACAAGATATAATTTATTTATTAACAATATAATTTCAAA ATAAATACTATTAATAGATGTGTGTCTGAGCTCTCTTAATCATTAATGTA GCCACCCTTAGCGACAATGATGGCTTCCAGGACGGTGGAAAAGCCATGGA GCACGCTTCGGATGTAGTCTTAGTACTGGCTGAAAGTGGCTTTGAGGGCC TCGATGGTTGGATGACGGACACTTCAGGCCTTCCCTTCGATTTACACTCA AAAAGTGGAATCAATGGGATTGGCATCAGGGCTGTAGGGAGGACAAAATT GTCAAAAAMAGAGTTCAAAACACTCATTTAAAAGAGTGGCCTCTCCACCC TCATAAGGTTCTTTCAACCCACCTTTTTAATAGCTCTCCGGACAGTCTAC TGTGAAATGACTGATGCCCGCTGCGGYTGTAGTCTTCTGTTATGGTGTCC CGATGCAAGCTGGCAGTGGCTTTGAGGGCCTTGGTGTTTGGATGGCATAC ACTGGAGCCCTTCCCTTCAATATGCACTCAAAAGATGTAGTTGAGGGGAT TGGCATCAGGGCTAATTGACCAAAATTGCCGAAAAAAGACTTGAAAAGAT TCATTCAAAATAGTCTTGCAGCGAGGGAGATAGATTTATTTTATTTCTGG TGTCAAAAGTAATTTACAGAGCTCAGGTTATTTTTTGTTACTAATTGTTT ATGCTTTAATATATCAAAATATGAATTTATTTCAATCACTGCCTAATTCC ATAATAATTATGGAATCCATAAGTGTTCAGATTTCTTTGAACCACCCGGG CTTCCCTCATTATTTCAACCAGATAATCCCCGGAGCAGACCTGGGGAGTT TTATCCGTAAGGACAAAGGGCCAATCAAATTATCAAAGCTTTACTGCCAT CTCAGCTACACTGACCAACTAGAGGCATAAAAAGATGGAAAAAAGATCTT ATGTTCCATGTTTAGAGTATTTCTTGCATTATCAACATAACATACTATTA TAATATAAATAATATAATATAATTACTCTTTTTGAATGGATTAGGCGATG AAATACTCTCAGTGAATGGTCATCGAYTCCAAGGTCTTTCTCACTCTGAA GCAATCTCCATCTTTAAGGGAATAAAGAAAGGAAAAGTTATCATTCAAAT TTCCAGAAGAGAATCCTCTGCCATACATGTTAACAAGAGGTAAGAATGGA CTCTTCGTTTTTTATTTCTTTCTTTTTTTGATAGGATTTATAATGTATTT ATAAATGAAACATCCAATTTCAATTTTACCAAAAAAAAACCCGACWAATT TTGATGATTCATAGAAATAAATTCAAATTGCANCAGAAATACGATATTAC ATCTTTGAATGCTTCAATTTGCAAATACAGACTGTTATTAAGGAAAGTGA CTTTAAAAAAACAACATTGTTACTACATACAAAAAATAATATATGTGTAA AGTGAGTTAAAATACATTATTTACGACTAAGGAAATGGATAACAATCTGT TAGAAAGAGAGAGACAAACAAGGCAGTAAATTGCAAATGAAGTTATTATA CGTTTCTTACTTATTGCAATTTGTATTCCCTGGTGTGTTAAATAATATAT AATGTATTTTAAGGGAATGTGAACTTTATATTATTTATGAAGGGTACTAA AGGTATGTGATGCTCTCATTATTTCCAACCTCTAAAATAATCCNCCTAGA TTATTTTAAATGCAAAATGGTGCAAAAAGTATTTATTGTAGAAACAATAA ATACGTAACATGTATTTGTGTGCTATAGATTTACCCAGGGTATTTAAAAC AGTACGATAGTGGGCTCCTGAATAGGGTGAATGAGTTTTCCCTAGCTCAA CTTAATCAATATTCTCAAAAAATACAATTATTAAACCAATGAGACTATGT ATATTAATTATCCTTTATATAAACAATCTCGATCTTAAGGCTAAATGCCT AGCTGGGCTTCTACTCGTATACCTCAGACATATCAGTCCGTTTCTTCTCT ACGAAAGTCTTTAGAACATCCATATTCATATGGGAGGTGGCACAGTTGCC TCAGATTCAACACTCAAGATACTTGCAGTCGGAGAACTCATTGACGAGAG ACAGAAATGCGCAAAGTTTTTTTTCCTTTTGGACTTGTAGCCGGGGGCAG AGTCTTGCAAGAAAATATAATTTTACTTGGGGTAGTTGGCTTTCAAAGAG GGAAAGGAAACTATTTCCAAGACCTCCAGGTACAACTCCGATCTTGAAAC ACTTTGTAAACTAAACAGTACTCTTTCAGCTTACCCACCACTTCCAGGCT TCTGTCAAGGCTCTTGTTGTCATCCTTCAGTCTTTTAATCTAGGTAATGA TACCTATTGAGCAGGGAACAATGCAGGAGATCTCGTCCTAACTCATTTAG TGTCAAAAAACCATTACACAGGATTTCTTTTGACCTCCATCTCAGTTGTC TTTCGTCTGATGAAATTTCACGAGTAGTGTTTGTCTACTCTACCAGTTTA TATTACACAAAAAATATGTTTTAAACATTTAGTAAGCTAGTAAAACCCTT CTTTACACGATTCAAAGGACATACTGTATATTAAATTGGCATTGAAACCG ATACATTCAGCTCCGCTAAGTCATTAAAAAAAACCTATATACAGATCTAA CCTCATGAATGTCCTACCCCAACACCCAAAACAAAATTGGATTTTATAAA AAAACAAAACAAGACCAAAACTTCTCATTTTTTTAATATCATACAATTTT TAAGCTATCTTTTTGGTTAAAAAAATATCGAAAAGTACCGATATCTCTAT TGATATCGGAGCTGGTACAAAAGTATTGGCATCGTGACAAGACTTGCATG TATTGACTTAGATATACATAGGTACTGCTCAAAGGAAGTTCATTTTTACA ATGTGTTGTTCATTTCCGTTTTCTGATGCTTCAATGTTAATCCTCAAATA TAACACAAAGCTCAATACACACACACACCCATAATATATGAGTCTCATTT GTTTTTGAAAAACAAAACAAAATATAGGTAACAACAATCAACTCATGTTC AAACTGCAGTGCACATACATAAATGTAAAAGAGGCTTTGATCTATTTTGC ATAAGAAAATGCTCAATAAACGAACTCTTCTTTTACAAAACTTTCCTGAA ATCCAGGCACAGATCTTTGATGGTTTCTTGACCTCGGCTAGAATGAAGTT GTCATTACTAAAATAGAGCAGGAGCGTTTGCCAATGATAGTGGCGCCGTC TTGCAACTAAGATATTATAAGGAAATACATAGCATAATTTGTTATTGTTT ATTTCTACATTGTTTACTTTTTTTTCTTTATTACTACAGCTAAGTGCAAC TGTGCCATTTTGGGAATAATGATGTTGTTTTTATAGTTTGTTCATGCACC TTACTATTCATACTTTTTATAACACGCTCCACGAACTGTTTTGAAAAGGG AGGGACCAATAACAGTTGATGAAACAAAAGAGGACTATTTTTTGCTGATA TACGTAGGGTGACCGACTGTCTTCATTTTCCCGGACATGTCCTCTTTCTA AATCCTGCCCGTAGCATACCGGTTTTTTTTTCAATTTGAGAAATATTTTT ATTTCATCTTCATTTCTCACGTGAAAATCACCACTTTGGAATTTTTCATA CCACCTGACGCACTGTGATCTGGTTAGAGCATGTCCACCGTAAGCTTCTG TTGTGTCTGGACGAAGGTAACGAGGTACCAATTATTTAATAAAAGGAGGG ATCCATGACGAACGGAAGAAATGAGGAGAAGGAAAGGACGTGGAGGAATA CAAGGATGGTTTAATAGGAACAATTAAATTCTTATTAATACAAAACCCTA CTCTCGTATATACATAGAATACATAAGTATTTATACTTAAAACGAGGTAA TGACAGTACTTTAGAAATATATATACATACAAGAAAATACAAGGAATAAG AGAATCAGAGCGAAGGAGACACGAATACATTACAGCTTCCTCAAGCATTT GAAAGGCTTGAGAAGCGTTTTTCTTCAATTGGTAACAAAAAATCAATGAT GTCCGCACATCATTGATTGTAGGAACAAAATTAGACATTCTTACGAGCGA AAAAAGTGTGTTGTTGAATGGAACTATACAAACAATAAATTAATTAGCGT TGACACATGTCAAAATAAGCATTAAGATTCTTGGACAGGTTTATAATGTG TAACTGGCGACACCTAGGGACCAATAGCCGAAAGTATCATTTCATAGGCG CATACCTAGTATAAGTAAACAATACTCATTAGAGATATAAAAAGTATCAA AATCTTGATGAAGGTAAAAATGCAGCCTTAGAGAACACCATAAGAAATAT GATAACTTTAAGAGATAACATTTCTTTTGACAGATATCACCATAATGACT CTAGCTGGCTAATACTTTTGAAAGTTCAAAATATAGAGGAATAGTTGTTT TTGTTGAAGTAGAATTAAGTTGAAGCAATGAAGAAATATTAAATACTATT ACTTTGAACACTTTTATCAGTATTGTTTTTGATTAATAATAATATCATAA CACAGAAGAGCCAAATAGTAATAATGTTGGACTTGCTCACTCATTTCAAC AAAGCTTGCAACCCGAGTAATAAATAATATGACTACTAATATATTCAAGA TTGACAATAAAAAATTTGCACTCCCAGTGATTTTGAGGCTTTTTAAAAGC TTTTATGATGGGACAATTCAATGAAGAAATTCTTATTGATTTCACTCCAA GTCATATAACTATCTAGTGATATATTGGTCCTTATTTATAGAGTGAGCCT AGTCATAGGACCAGTCCTATCAATACTCGGGACCGCTCCTTAAGACTATT GGTCCTTCGGACTATCAGTACTAAAATTGATTAAAAAAGAAGAAATACAG TTGAGTGACGTCATTAAGAAGCGACCTTTATAAGTTGAATGTTTTAAACT GATAAGCAGGACTTACTGGACCAAACTAAGTCTGAATAGGACGGTACTAT AATTTTTAGTCCTAAATAAGGMCCTGACATAAGACTATTCCTATCGCTTA ACATATATTTTGACTTTTAAGACAGATTTTTAGACAATTGAGTAAACTCT TTTGTTTCGAACTCTTGATTTTCAAAACCAATAGTGATTGAGCAAATCAT GAGCCCCATTCAACAAGTTGGTTCATTTGCCAAAAAACAGAAAAAAATAT TTGTATACTTTCTTAGAAATATAAAATCCTTTCAGAATTAAAGGATTAGT ACAAGATGTAACTCACGTAAACAAATTTCTCAATGCATGTTCGTTTTTTT AATTAAAGCTTAAAACAATTTCAAATAGAAGTAACTTAAGGAAGATTAAT CGTAATGATTTTTGCATGACTCTCATAAGATCCAATCATATTAATTGAAT TACAAAAAGTTTCTCTCTTATTATAGCACGTCAATCATGTGCAATCTTAT GTTTATGGGTTCCATTTGATAAATTAATGAATTTTTATCTTACATATTAA AAAAACTTGTATATATACAAAGTAAATTGATTGCATAATGCCTATTTGGT TTAGTACTTATTGTCTGTCTGGATCTTTAATGGCTAMAGATTTKATAAMG TACTGTACGTAGAAAAATATATCTGTTTTAAAAACGAATTTTCTTTATGT AAATAGGTAAAACACACGAAAAGGAATTTACTAATAATTTCTAATCTCAA ATTGGTTAGTCATTGATATTGTTAGATCGGTCCTAGGACTCATTTTCTAA TCAGACTCACCCCCTCCCCATTTAGTTTTTTCTTGAGTCCTATCTAGCTT ACCACTCAACGGTCTAAAGAAGTGATGTTCAACCCATGCCCCACACTCAG CATTAGTAGTTTAAGTTTATGTTTAAGTGCGGCCCACTACTCATTCTCAT TTCAAGTAGTAGTTATTTACAAAATTGTCATTATATTATCCAAACGCATA GAACGCGCAAAATACGTTTTGTAATATTTGAAAAATTATCCCTCTGGGGT AATTTTTTATCAAAAACCAGAGAATACATATTTTTTCTAACGATTTCTTT TCTAAAAAGAAAAGGGTGATTTGGTCAAATTATGCAGCATCGCAAAAATT TAAATTTTTCGGAAAATTAAAAAAGTCAAGCCCCCTAACCCCAAAAAACA AAATAAAATATAATCTTGGGGAAATTACTGAACAGGTTTTCCAGATTGTC ATTTTTTAAAACAGTTTAGCCTTGAAAAGTTAGAACTAGTCTTTATATAT ATTTGAACTAAATTTGAAATAAATATGTATTTAATTGTTTTTTATGATGC CATTTTTCATGAAATTTAATTTAATAGGTTCTGTGGCCCATTCAAATATT TCAAGTGACAATGCAGCCCATTTCATTAAAAGGCTGGACATCCTTTAAAC GATTAGTGGGTCCTTCAATCCTATCTATCTTTTTACTCTCGTCATTCGAA GCAAGGATTGGAGAATATATATACGAAGAAAATAATGAATGATACCTAGA ACGTATAATAATAAGCTATGACCACAAACCTCCTACTTTAAACACTTTAT GCATCTAATCTCTTAGAAAGATCTTATGATGAAAAAACTGAAATGACGTA GTTAGCAACTACGTCATTGATTACCTATTGATTGGTAAATCCAGTGGAAA TGCAAGTCTCAAGTTCAAGTTAGCAGCTGTGGTAGAAACTTGAGCTTTGT TATGTGCCACAGATTAAATATCAATTAGTAATATTGTCATAAAAAAAAAT ATTACTCCAGGAATATTTCGAAGATCCAATTGAATTCAATTTATGAATTC ACGGCGTTGTCAACAAAAATTTACTTTTTAGTTTTTTGTTAGCTCTTTTT TTACTACTTACTCATGTCTCCTATTGATATTTTAAAAGTTGATTATATAC AACAATTGACTTATGTTATGCTTTAATAAATCTTTAAAAAACAATTATTT TTAAACTGTCATTTTTAACTCCTTAAAAGATACAAAACTCTCTTAAAATA ATTGAGATTTATATAGTAAAGTTATGTGTTAAATTACTTTACCATCTATA CAAGCGTGTCTCATAAAAAGACTCCAATTGGCTCTATGTGCTCAAGGAAG ATTGCACAGTAATTTATTATATTTATTGCACTTTATAGTTTTTTCAAGTT TTGCTCATAAAATGGACATTGTATTTACTATTAATAGGAAATGGGGATTG AGTGTTGTTTACTTAAATTACTATGTTGACAAAATGATTGAGAGTCGCCT TCCGGACAAAAATGCAATTCCCTCAATCATGATAACATTTTTAATATATA AATTTTCTTTTCGTAAATTCAAAATTTGATTTAGGGTGCTAGAAAAATTA TGTTGCGCTACCAAACTACATACTGGCACGCCACCTTCCGTAGATTGTTT TTCTTTCTGAATCAAAATCTATTCAAACATTTTGAAATACTGAAAACATA TTACAACAGGATAATCAAAAAACATACAAACACAAAAATATAAATAAAAT ACTCAAAACCTAAACCAAACTGTATTTAAAATACCAATGTAGTTGTTTAA AATATTTTATCACGGACCTCTCAGCTTGGAGCAGGTGGTCTTCATGGTGT AAATTCCAAAATTGAATTTTCACGACCACAGCTTGATAATATATATTTTG TCATTGGAAGTTATTGTGAAAAATTATTTTCTCTTCACTGATTCTTCGAA GGGTTTCTTCACCAGTTTTACAAGATGTGAAACTGTATCTATTTCTGAAC TTCAAAAATAATAATTTAGAATATATGATAGTTATTCGGATACCTCCAGT GTTCTGATACACGAACATAATACATACATGAACAACAAGTATTTCTCAGG TAGTGTATGAAGATGATTTGCATAGCTCATACATGTCTGAGAAGCAGAAA TATAGACGTTTCTTTTATTTAATAAAGATTTTACAGTGTTCAATGAAAAT TTCATGCCTTGACGATGCAACAGTTTTCTTCACTTAGGGTGTTATCTTGG ATAATAAAGTTTTCTATATATCTCGAAAACTAATAATGCCTTGATAATGC AGATAATATATATTTTTTATTTTGCACATGCCCGATTGATTGCCATTTTT TTTAATTCTACATATTTAAAAAATTCATGGAGCACAAAACCAATAGTCCA ATTTCTCGGGGTAATCTTTCACTTGGGTTAAAAGTATACCAGATATCTCT GGGTGAGTATGAGGAAAGAATTAGGACTTTTCCTTATGTTTGCTTAGATA ACATTGTGGCACTAGAAGAAATGTCTGAAGATCAGTTTAATGTTCCCTCA GCAAAAACTGTCATTTTCTTATTTGTCAGACTAATTCATTTTCATGATCT TTTTCCGTGTTAAAAATATATTCATTAGGTAAAATCTACTTTTATCAAAA CATAAACATAAAAAAATGGGCCTCCTCATTTAATTTCGAGCTACCAAAAC CTGAAGAGTACCTCCATGAAAGCTTATGATTTTTTTTTGCAAGTCGCATA AAAAAAACTGATTCAAAACTCACTGACATCTTAATTTCAAAAAATGTCGT GGCATTGAAGTTAAATAGGTAAAATACATGTTCAATATATATATTAATAA TTATTCCCTTGCCAAAAAATCAAATAAATAATATTATTTACATACATAGT ATACACCAAGTATTAAGTTACAATACTTATTTAAATCATCTTTTTGTGAA CATAATTTTTGTATAATTACTTGGCAAAATATCATTTCCAAACAAGAAGA AAAAAATAAATATACTTTAAACTTTATGTATGTAAAATATATTAATATGC AAGGAAATTATTTGCATATTTTACTCATTACTACAACATGATTATTTCTC TATAATTGTTCAACTATTGTATGCATTTCAANGCTGTCAAGTTATATGGA TTCCTTACGAGTTAAATCAATTTTTTTTCTACAGTCATTTCTCTATATGG CCTACAAATGTTTACAATTTATCTACTTATCTGTAATTAACATGCATACT AACTAGTTGCTATAAATTAGAATTTGACTCCTATATAACAAATAGTACAA AAAAATCAATAGCTTCTTTGTCAGGAGTCGATATTTATATTTATTTCCTT TGCTAGTGTTTTGAAAATTGTTTGTATTGATCTCGAATTGACTTTCGTTG ATCTGTGAATATCCTTAATCTTACTACTGTGGCTAAAACCATCACACTGA TTGTCAGATTTGTTGAGATTACAACTATCAAAAATGGTAATGTCTTGTTT TTCAATATACACTATTAAACCACTTATCTTATTGTGTAAGTCTTCATTAT GAGTTTTGGGATGCCAATATTTGAGAAGTTACGATCGAGTGACTAGGACT TCCAAATATTGATCTTGAGAAACACATTACTACGGAGTGTTCTATTGAAA TTTGAACACTTATTAGTTCAAAAATTAATTAAGGTTAAGTGATTGAAATT TATTCCTATTTCGATATATTAATGAATAAGCAATTAGTTACAAAACACAA AAAACCTAAGCTCTCTAGCCTATGTACATTTCGAGAAAATGACATTATAA CGTGATCGACAAATTTCAATTGACGAACTCAAGTACCTTCTACGCCGTCA GAAACTCCGACACGTTGGAGAGGAAGAAAGGATCTGTCAAAAAGGCCAAA CTGTACCCGTAGGAGCTAAAGAAAACAGCCTAAGTCAATCCCATCAAGTA CATCAAAAATTCAAGAAGAAAAGTGTTGTTAACTATTTTATATTCAATAA ATGTGATATTCACATCTTAACTAAGAATAATTTGAGTTCCAAATCAGCAT GTAGAATATTTAAATAGTAGAAAGATCTGCATATATAAAATAGCAGTTAA GATTTTTTGAGAATACTAAGACTCTTTTTCTTTTCGATGGAAGGTTGAGG GATGGAAGGAGAACTCCCAATAAAATCTTCCACATACGTTAGTACATTAA CTGTGTGATTTCTTCATATATTATAAAAGTATATCTATATTCTTGTATGC ACGCCTTCTTATCATTGTATGAAAATATTTTAAAAGGAATGGGATTACAA TAAAATTGACTCTATCCCATCAACCTCATTAGTTGAAGGAACAACCCTCT AAATTGAACTTTTGAATAAAACTTGATCAAATAACAGTCATGCTTCTTTA TTTATTCAAACCTTCAACTCATAGAAGGAAGAAAAACTCAAACAATCAAC TCTTGATTTCATATAATACTGGATGTTTAAATATAGGTACATAAACATGT ATCTGTATATATAGCTCTATTCATAAAGCCTCTAGGACCTATATAAATAA TTCATGCATAAACACATAAAGGCAGTTGCAAAATTAGATGGGAAATAAGT TAAATGATTTCATCATTAATTATATCCATGTATGAAATTCAGTAACGTTT ACAAATATAGTTAACTATTATAGCTACATTTAATCGGATTATGTCCTCAA TTTAATTAAGATTCTTTACTTCCTTGATGTTCCTAGAAAACTGTCTCTCG TTTATTTATGTATGGTTGACTATACAAGTATATAATNNNNNTACCCATTT ATGAGTATGTAAGTATATACTAAATATCCCACGCCGTCTAATTGTCGTAA AATGACCTAAAAAGGAGACTTTAAGGAGTTCCCTGATTAGCAAAATTAGG AAGATACATTAAACGATACGTTTTGGTCTACACATGTCTGTAATGTTATT GCCTTGAAAGTACTATTCTTTAAAATCAGGCTTATAAGTATTTTCTACGT CATATTTACATATTTTTCTATATAGATAAGTATATTTAGTAGATACATGT ACCTATATATCACATCTTTGAACATCCTGGTCCTATACAAACTAATAAAT TAAAATCGTACTTGTGTATAATGTTTGTACTTTGGAACAAGGATTCATTC TATTAAAATATAATTAATGGATTTATCAATTTTGGGATCGTAAAGCAAAT TATACAAATTGCAAACAAAAACATGATCTGATGAGTTTTATATGAAAGAT TTACAGTACCTGATATAACGATAATTTAATTTATCCTTATTTATTTGGTC CAGTCTAGTCCATTTTTAGGACCAGTCCTATCCGTTCTTAGAACTGGTCC TTTGGATTGTCAGTACTAAATCTGATTAAAAAAAGATAAAGTTAATTGAC GTCATCAAGGAATGAAATTTATAATTTTTAGTACTGAACTGGACTGGATT ATGACTGAACTGATCAAGGCACACTGTAGGATTATATTTGAGAAAAACTT GGTTTTTGGGATTAAAAAAAATTCCAAAAGATAAAATTTTTGGGAAAAAC ATTTCAAAAAATCCATAGATGGAAAAAAAATTAAAAAATAAAATGTCAAT TATTAATTTTAATAATCCATAGCCATTCACAAAAACATTCCAAAATTTAA TTTTTTGAGAAAAAAAACTTACAACTATTATTGCATATTTTTTTTTAATC CTGACACTTCAAAATTTATAGTAATAAAAAATCTTTAATTTAGGGAGGCT ACATCCCTTTCAGGCCAACACCTGCAGAAGTCCTTGCTAAATGTAACATT TGTACGTATATTTCATGAATGATCGACTATATACTATTTCACAATTTTAA TAAAATCACTAGAAAGTTCAAATGCCCAGAGTTATATATACAATACAAAA TTACCATGTAACTTTAATAGATGATAATGAAATGATGTTATCAATAAGTA GCTGGTAATTAGAATGACAAATGTTGTAACTTAATCATGCATTTTAAGAT GAAGAATTTTTTACTAGTACAATATGCTGATACAAGTTGCAACTTCTACA AAAAATTTATAAATATTTGGAAATGTGTTTGGAAATATCAAGATAAATTA TGATCCGATATAATTACAAAATTATTTGACGATCCAAGTTGATATTTTAC AAATAAATTAGTATACCTTTAATTTTTTCCTGATATTAATAGAATGGCGA TATTATACATTCTGCACGAACGTTGGTTTTCAGATTTTGATCTGATACGT CATCCCACGTCTAATGGACATGTTGATTAACATTAAAGGTATTATATTCA TATATGTGTTTATCATATTTAGCACTTCAAAGTATTTTTCGTCATCTTTT GATCTCTTTTAACTCGCTTCAGACAATAAAGGTTCTGAACGTTGACTTAT TTAGATCAAATAATATCTTGTTAATGTATGAATATCCCTTCAATTGAACG GGGAATAGTACAACAATTTGAAAAATGATGTAATTGGCTAACTAACTGTT AATTTTGATTTACTTTATTTTTTAGAAAAGGAAGGGTTTAGAAATACCAT GAAGATTGCTTTTTTAGAATGTCCTATTACTACTGAGGAATCAATATTAT AGCTGAACAGTAACAATCATAAATTTTCAGTTAGATACTATTACAATTAC AATGCTTTGTTTGTTTATTTAGCTCCAAGATACATCCCGCTACACCGGAA ATCAATTCGGTAGCAACCGGTAGAGGTTCATTTATGTGTTTTTAACTTTA TTATTGTAAAGTTAACCATAATTACACAAAATATTAAAAATACCCAATGG TAGCTCTTCCATTGATTCTTTTTTTTTTCTTTTTTTTTCACAGACTCCAA AGTAAGTTAAGTCATTTCCAGCATTGWACAKCCKCAGCCATAAATAAGCT GAAATGGAGTTTCCTCATCCTCTTTACAGAGTCGACAGATCAGGCTCAGG GTTTTACCTCTTTTTAAAGATGTCTATTGAGTTGTTTGTGGTCATTAACA TTAGTCACTATATTTGACATCTGATGTCCCTTGTATTTGTAAACTTTTAT TCCAATGTAAGACACGACGATAATCTGCTGAGAATGACAGTTGATATCTA ACTGTTGCTAGATAGTTGCCTCTCATTCAAAGTGTCTTTCCATAGAACTG TCTTAGCCAGACACTCGGAATCGGGGATAGAAACAGGTGAACCTTCTTCT GCCCCTCCTGAGCCATCGCATCAGCAAAGTCGATTCCTGTTAAATTAGTA TGACCCTTGATCCATCCAACTGTGATATTACACTTGGAATTCTTGAGAGT ATTTTTAAAGCAAGAGATTTCTTCTCTTAACATGCTCCCTGATGTTATAA TTAAATTAGCTATAGCGGACAGGATATCAGATAATATCATCATGTCATTC GATATATCAAATGGCAGATTACTTACTAGATGTCTTATGCCTTCAACTTT AGCTTGGAATACTGTGTTTTGTATCATCAAGTCATCATGAACCTCCCTCA ATAACGACATCATGTTGTGTTAAGGCCTATCCTGCATCATTGTAACTAGT TTTTCTTGATCCGTCATTATATCCCACTCGATCATATTCGTTTATATTCC ATACCCTTGCAACGTTGTACCCTCGTATTTATAACCATACCTGTGTACAT TGGCTCAGAATTTGTCCTATGGTTTGTGTTCAATTCAAATAAGTAATGGA ATATCAACTGTGAAAAATCTACATATACGAAATATGCAACTTCTACTTTA TTTCTATTCACTAATATTTCCAATCATTTAACAATCCTTCAATCATCTCA CGATTCATATTTTTGCACTATGTATTTTTATTGAATCTTATATCGTTTCC AATATTATGAAATTAAAAAAAGAAAGAAAAAACAACAACTATTGTTTGAG CATGAATCTGCATGTTTGGTAATGAATTATATACTTATAAAAGAGAAGAT AGAGACTTGAGAACTGATTATCTATTATTATATTACTTAAAGTATAAATT AAGACGTGGAAAAGAAATTATAATATTGGATTTTTAGAGAAGATTTTTTT TAAGAGATTGAAAATAGAAATCAGCATGGTACTGCAGAATTTCAATGTAA ACATTGGTTAATTATAACTAATATTACTAGCAGAAAAGTATATTGTAAAC TTACATTAGACTTGCATATATTCTTTAATATATGCAAGTCTAATGTAATC TTTTTTACTTAATTAAACAAATACTTTTGGTACAGTAAACTACTTAATGT TACCCCTTTTGAGTGGTCTTTTGTGATGTGCGTTGAATTAGTAAAAAAAA CAATCGTCAATAAAAATTTGTCAAAATTTATTATATATTTTATTAGAACC GATACAGATATTTTATATACAATTTTGGTCAACTATAGGGTTAGTATACC TACTTATGGGATGATTTAAAACATCTGAAAATATTAAATGAAGTTTAAAA TCTTCATTTGATATATCAAACATAATTTGGCACAATATTGTGTATTAAAT ATAATATTTCAATTTATAATTATTTAATTGTGACGATGAATTTTTGTGGC ATTCAGAACTATTTACCGAAAAGTGCAAATATAATCTAAACATAATTTTA AAGAAAAACCGTTTTAGTTTGCATTTGTGTTGACAAACCAGATATTTGAG TATTATCAACGTACATATTGAATTAGACGGGAAGTTTGAAAAATGATATA ACTTGTTTTAATTAACTTTAGTATTGTATTATACAGTTGTGAAAATATAG ATCCTAGGGATATAACTAAATATAAATATAATCTCTTATTTAGATATACT TACAAACTATATATTACATTTCTTCCAAACAAATAGGAGGTATAGTGAGA ACCCATTACGGGAAACACTTTAGTCACTAGTGTGTTATCAAAATTAATTT GTGTGAGCAATTTTTTTCTGCATAAACAATTAACTTTTATCTCTACAATT ATCTTATTTTTTATGAAAGGAATAAATTATTAGGTCTCATAGAATCTAAA TATATGTATAAATACTTCTTAAAATCATATCAAATGATTCTTTTTAAAAA AGTTCCAAAACATCACGACGCCTGACAAGCGTTAGGCGTTATATTATATT GTAGAGGAATATTATCTCATATAAAATATGTACATCCCCCTTACGCCCTT AAATCTAAAAACAAATTGGTAAGTGACACGTTAACTAAGGGTGTACAATG TCACATACATATAGTATTGCATATTTTTATACCCAAACAATAAAAACCCT CCCCCCCCCCCCCCCCATTTGAAAAAGTTCGATATTTTTCACGTCGTTTA CGTTATAGTATCGCTCAACCTTTTCATCCAAAATAAGAAGATGGCACAAA TCATACGATTCATTCGTGTACATAATAAGAAAATAACGACAATAATATCA AAAGGAGATATGTTTTTAAAAAAAGGAATATAAATAGTACAGAGAAACAC CAATATAACGAAGCCATTGTCACGACTTCGCCATTCAACATGGTTTTGGC TGGATTTTTTGTTCTTAAGACATATATAACTGAAGTTGGTACATTGTTTG GATGCTCTGTTCTGATGTAGCAGCTGMTCTGTTATTCATAGTAGCATCAA CGATGAAAATATTTTCTTTACGAAATTACAAAATTCTGTTTGGCCTTGAA AAATTTAAAATCTTCTTTGCTCCTTCCAACCGTTTCAACTTGCTTTGTTC AGAGGTAACATTTCTTGTTGTCCTTTAACGTGATTTTGCACTAATGTCAT TCCAGGTTGAAAATAATAGAATGTGTACCACTAGATAAGATCAACTCTGT ATATAGATACATAAATTAACTATTTGTAAGTTTTCATTCCTAATTAATGA AAATAATTTCATTAACAACGAGTAGATACTACCAGTCAATAATAAGTAGC TATAAGTATRTATAAAWCAGAGATTTAGATTAACTGGTGGTCACCTTCAG TTCCTGTACAAAATTAAATTCGCAATAAATACNNNNNNNCTTTTACATTT GTTGTTACCTTTAAAAAAATGATTTATGCATTTGCTCACTATGGGGCTGA CACGCATTGTGCAAACATATTTGGATACATAGTCATAACTCTTCCGCTTC CATTTTATTTTAACTAACTAACTAGATCTATGTTCCTTTCATAATTACTA TGGAATAAGGTATATGTATATTGTGCATAATACATGTTGGGCTATTTGTA AAGATACGAAACCTGAATGTCTTACAAATTAACTCGTGACAAAGATATTA ACGAATGATTTTAATTGGAGGCAAGTATCATGTCATTGATATGATAAGTA GTTAGAAGAAACGTCATAGTTCAACGCTTTTGATTAATGTATGTACATAC GAATTTAAGTAATAAATTTATATAACTCTTAGGAATAAATTGAAAAACTA ACTTTTTAATTTACCGTAATACGTNNNNNCCTTGATGATTATGTACAGTA GTGATTCCCAAACTTATCTTCACTCTGTAACCCCTTGGTAAGTTATATTG CACGAATATTATGGACTTTACTTTTTTTCTTGAATATTACTCCACAGTCT CCCTAGTCATATGGTATTATTTATGTCCATAGATTTTTTAGAAATATGCA CAACCGAATGTCTTATTTATTTATTATTTATATTATCTCTCGCAGAGCAC AAGAGCTCCGGTAAAGAACTGGACGGACAATCTATATTAATAATATAGAT ATGTAATCTCTTTTTTTAATATTACGTGCTAAACTTTAGCTACACATACT CGTTGCTAAATTGTAATTTCTTCGATATGGGAGCTTTAATATATTAAATG CACACTCCAAAATGAGTTATGCATAGACAAACACACAAACTTTGCTTTAT TAAAGCAAAGTTCATCCACGACTAATAACTCTGAGAAATGCTCAGAGTTA CTCCTTCAAGTATCAGGTTCATAAAAATCTGAACACTTTGAATTTTAAAC TCCAACACGATATAATTTATTAATTAACAATAAAATTTCAACTAAATTAA TAATATAAATAGATGTGTGGGTGAGCTCTCTCAATCATTAATGCAGCCGC ATTTAGTGGGGATGACGGCTTTCAGGCATTGGCAAAATGAAGTCGGGTGT CCTGTTTCTTGCAAGTTGCATGTTGTCAATGTTGGCTGAGAGMGGCTTTG ATGGATTTGGTGTTTGGATGACGGAAATGGCAGGCCTTCCCCTTGATATG CATTRAAAAGGTGTTGTCCAAGGATTGGCATTTGAATAATGTCAAAAAAG AGTTCAAAAGAACTCAAAAGACTCATTCAAAAGAGTCTTTCTATGGAGGA AATGGGTTGATTGCTGGTGTTAAAAGTGGCCTCTCCATTTTTACAAGGCT ATTTCCACCTACTTTTGTGATAGTTCTCGAGAAAGTCTGGTCTGATGCCC CAAGATCTCTTAGAAGCCACTCACGGACTTGATGGGATTGGTTTGGTCTG TTTTATTTAACTCCTCTGGATCCAGTTTGACCTTTTTGAAAGAGCCTTTC TTTTCTTCCAGTCAAATGTTTCGGACTTGCTTACAGTGTAGACGGTGGTC TTGGAGGCCCCAACTGCTAGGAGTGTGCGAACGTAAATTCGTTGATCATG TTCAAGTGTCATTTTCTTGACTTGTATGTAAGCTAAAGAGCTAATTGTTT ATGCTTTAATATATCATTCATGCTCCTCTTGGTACTTTATAATTGCTAAT ATTGCTAGTCCATCTCTGTGGGTTTTATGCATGCATTAGTTTTGTCATAT GAGTAATATTTCTATACCGGTTGCGGTACCATAAAATGTGTTGATACTTC GATACTGTTTATAGTAAAAATATATAACCCAATTATAGAGGAGTTCGTGT GATTTTTGTATTGGATGTGGTGGAAGGGGTTAACAAAGAAATTTGATGAC ATTATACAATTTCATTCTTTCTATATTCTATAAGGACAATTTTCGAGGTC AAAATTAGAGGGGGGCGGTACGTCATCGGCAGGSCATATTTTCATGATAT AATGGGGGTTCAAGTACCATTTAGAGTCAAAATGATGTAACTGTGGTCCC TTGGATAATCTTTTGTGCCATAAAATATATATCAAATTGTACTTTTTGAT TTTTGAAAAACCAAAAATTACACCACTAACACATTGATTTGAATGCAAAT CTTTGTGCAATCCTCATCACAAGTCAAGTTAATACGTTAATTTATATATT TGTTCTAATTTTGTGGTTACAACAATTCATAACGATATATTCACAGCTTC ACCAAGTTCAAGTTAAAACAATCAACATTTAAAACACTATGAAGCAAAAG AGTATTTAATAAATTTACAATAATTCTACTAATAGTGAAATATAAAATGT TGTACAATCTCCATGCATTAAATCCCACCTTGTACATAATATATGCATAG AATATGAGTTAGAGAATTCCTGTGATACAGTATATAAAGATTTAAAATAG GTCATGTATGTAATTATGTAGATTTGTATTTTATTTTACACGCGAGAATA TAATTTAATTAATTAATTATTATTTCTTTATGAATCTTTTCTCGAATTAC TTTTAAAATATGAAACCCACATAAAATAAGGTCAATTGATATAAGAAATT CTAAATATCAGAATCCCATAAATATCTGAAAGAAAATAAATAGTAAATTT TGGCATATTAATTAAATCCGTTATCAAGTTTTATAGGGCAAAACTTATGA AATTCGATGTGCTTCAATGATAATATGGTCTATTTTATAAATTGCATTGT ACATTTATGTAAAAAATAAACATATAATATGAAAATGTTGCAAATTCAAT CCGACCATTTCAATTCATTTATTTATTAATATCAAACATATTGATAAAGT GATTCAATTGAGCAATATAATATTCTTAAAATATTTTTGAATAAAGATGT CTTTGTTAATTCAATATATATGATGCATCAAGATAAAAAAAATCTTGAAC AAAATCAAGAAAAGGAGAAAACCCCAATAAATTTTTCAAATTTATATTAA CAATTGGCCCATATATAATGAAAATATTTGAGTCTAGATGAGTTAAGATA CCCAAGAATGTTAGCTATAGTTTAAAACTTGATATGACCTTTGAAATACA ATCTATCAATTTCCAATTCTTTCATTGTGACGATAAATTTTGGATTATTC AAATGCAACATGCAGCACCTCCTAATGGTTAATCATAACAATCCAGTAAT ATAAATTGACAATAATATTTGTCGAATAATAAGAATGTAATCCACACTCA AATTTGAGAATAATCATTATAGCCTGATTTTATGTTGACGTCCCACATAT TATTTCACATTAATTTGAGATTTTTTTAAAGTAGATAATTTCTACTTTTT AGATGCATCATTCTCAAATTTGATTCATTATAAAGAAATTGATACCCCTA ACTGCTATTACACTTGAGTTAGTGCATGTCTACATATAGAAGTATTAATA TATCCAAAAAAGGGTACAATAGTTATTGTCAAACAATCAGGATAAGCTCC AAAAACGGATACACTTTTTGTTAGAAATTATACATTATTTATGTAACAAT TCTAACTCTGAGAAAAAATATATTTTTCTTGTTTCTTTTTGAATAAAAGA TTGCAAGAGAAATCAAAGGGATGGCACAAGGATGTCATAAATTAATTTTT AGTTCATATTGAAAGTGTCTCATGTTACATTTTAATTAATTACAATTTAT TATATTGAATATCAATTTATACCTTTATTTTTTTCTTCTTTTCAGACCAA CAGTTCGATCCACTGATGGATCCAACTCCACTGTACTCAAAAATAGCATC AACAACAGTAACAGCAATAACGATAACAACAATAAACTTAGCTCCTCATC CTCAGCATTAGCAATCAATGAAAAGTCCAAAGTAACGAGTAACGTCAATA TATTTCCAGTAATAATCTAAGGAATACAAGCAACTCTCTTTTGCTCTATA CCTATCTTCATCTACGAGTACATGCGTATATAAAATAATCAGTTTATGTA TTTTGTTTATCCAAAATTGTATTTATTGTTTTGTTCATAATATCCAATAA AAAAAAGATGATATATACTGATCAGGAA
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