EMLSAG00000000692, EMLSAG00000000692-683458 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000000692
Unique NameEMLSAG00000000692-683458
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000000692 vs. GO
Match: - (symbol:pkn1 "protein kinase N1" species:7955 "Danio rerio" [GO:0004672 "protein kinase activity" evidence=IEA] [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0006468 "protein phosphorylation" evidence=IEA] [GO:0016772 "transferase activity, transferring phosphorus-containing groups" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] [GO:0016301 "kinase activity" evidence=IEA] [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0016310 "phosphorylation" evidence=IEA] [GO:0016740 "transferase activity" evidence=IEA] InterPro:IPR000008 InterPro:IPR000719 InterPro:IPR000961 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR011072 InterPro:IPR017441 InterPro:IPR017892 Pfam:PF00069 Pfam:PF00433 Pfam:PF02185 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 PROSITE:PS51285 SMART:SM00133 SMART:SM00220 SMART:SM00742 ZFIN:ZDB-GENE-061207-17 GO:GO:0005524 GO:GO:0007165 SUPFAM:SSF56112 GO:GO:0004674 SUPFAM:SSF49562 GeneTree:ENSGT00740000115079 SUPFAM:SSF46585 Gene3D:1.10.287.160 OMA:EFRSSGE OrthoDB:EOG7X9G6Q TreeFam:TF102005 EMBL:BX511120 EMBL:BX901938 Ensembl:ENSDART00000132555 PRO:PR:F6NV75 ArrayExpress:F6NV75 Bgee:F6NV75 Uniprot:F6NV75)

HSP 1 Score: 303.138 bits (775), Expect = 6.072e-87
Identity = 202/528 (38.26%), Postives = 292/528 (55.30%), Query Frame = 0 
Query:  104 LKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA--------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFM---KGV-TRSSSKSYNI---KDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            LKIKEGAENLR+   DK++   V+  ++ SN +L  L  ELQEL++ I+V      + +  D P SPG     E  S S  ++++  L++QL+IE KVK GA+NMI  Y++G  K       QM  DSK KI+ +++++ K  Q  E  D+                  +G      +E R+EELRH  R+E A  EGAKNVL+LL +S          +AQ  + ESSQ+LDL+R S++  L + P D   A+ ++ E+   + A+SPA                                        VPGRSR  +      +  + RSFM   KG+ +RS S S       D+ S+++ AVLKLDN  + QT WK   +Q WDQ F I LE+SRE+EI VYWRDYRSLCA+KFL+LE+F+D+ +H + L+LEPQGLL AE+ F NP+I R P+L+RQ+ +F +QQGK   R  QMN+++ T+ RL +   N   +V++T + S ++ +  +G  +     LDFD
Sbjct:   70 LKIKEGAENLRRATTDKRNAQQVDSQLRCSNRRLDSLHAELQELDAHIVVK---GTDDTHDDAPQSPG----AESRS-SAHKERIAALERQLNIELKVKQGAENMIPIYTNGSTK-------QMLQDSKTKIDIIRMQIRKAVQAYEHNDDT-----------------QGKPDPCGMELRIEELRHHYRVEHAVAEGAKNVLRLLGAS----------KAQCRLSESSQRLDLLRDSLDRRLAELPEDHPKASVIKEEL---VLASSPAFSSQHSAPYLHNQYSTLSKPSPLTGRLQVTLLGCMGLLEVVPGRSRGSQVVLPCYSPGEGRSFMRSGKGLYSRSGSVSGKTPLKTDELSSDVSAVLKLDNTVVCQTAWKMVGEQGWDQTFIIELERSREMEIAVYWRDYRSLCALKFLKLEDFLDNQKHKVQLELEPQGLLLAEVTFFNPVIERVPRLKRQKNVFSKQQGKAFLRARQMNVDIGTFVRLLR---NAIPTVNNTGTYSPNAHTLQTGEISVEKLSLDFD 549
[Close]
BLAST of EMLSAG00000000692 vs. GO
Match: - (symbol:PKN3 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] [GO:0010631 "epithelial cell migration" evidence=IEA] InterPro:IPR000008 InterPro:IPR000719 InterPro:IPR000961 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR011072 InterPro:IPR017441 InterPro:IPR017892 Pfam:PF00069 Pfam:PF00433 Pfam:PF02185 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 PROSITE:PS51285 SMART:SM00133 SMART:SM00220 SMART:SM00239 SMART:SM00742 GO:GO:0005524 GO:GO:0007165 SUPFAM:SSF56112 GO:GO:0004674 SUPFAM:SSF49562 GO:GO:0010631 GeneTree:ENSGT00740000115079 SUPFAM:SSF46585 Gene3D:1.10.287.160 KO:K06071 OrthoDB:EOG7X9G6Q TreeFam:TF102005 CTD:29941 OMA:QPFFRTT EMBL:AAEX03006854 RefSeq:XP_548434.3 Ensembl:ENSCAFT00000031900 GeneID:491313 KEGG:cfa:491313 NextBio:20864185 Uniprot:E2RSW6)

HSP 1 Score: 301.982 bits (772), Expect = 6.674e-87
Identity = 190/476 (39.92%), Postives = 279/476 (58.61%), Query Frame = 0 
Query:   90 EELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFP----TDSNMANELRSEIDSS-------IQAASPANDVPGRSRNKEQ-----PGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF--RQQGKIPRPDQMNINVATWGRL 545
            E+ ++ IRR I+KELKIKEG ENLR+VA D++ +  V  +++ SN +L +L  EL+ L ++IL+       A     P++PG Q    P +  P  + L  LQ+QL +E KVK GA+NM   Y++G  K++KLL+ AQQM  DS+ K+  L++++            +S+   GS           GP      E   EELRHRL IE+A  EGAKNV+KLL    +  D+K+L EAQ  + ESSQKLDL+R ++E  L+  P        +A ELR+ +  +       ++  +    +  R    EQ     PG   A +   S  +G  R  +K      D ++E+MAVLK+DN  + QT W P ++Q+WDQ F + LE++RELEI V WRD+R LC V FLRLE+F+D+  H +++ L PQGLLFA++ F +P+I R+P+L+RQ++IF  R+     R  QMN+++A WGRL
Sbjct:   17 EDEKEAIRRAIQKELKIKEGVENLRRVATDRRHLGHVQQLLRSSNRRLEQLHGELRALHARILLPGPGPGQAE----PVAPGPQ----PPAEQPRARHLEALQRQLQVELKVKQGAENMTHTYANGTPKERKLLAAAQQMLRDSQLKVALLRMKI------------SSLEASGS--------PEPGP------ELLAEELRHRLHIEAAVAEGAKNVVKLL-GGQRTQDRKALAEAQAQLQESSQKLDLLRLALEQLLEGLPPAHPLRGRVARELRTAVSGNPQPSGVLVKPTAMTGTLEVRLLGCEQLLKAVPGRSPAAALAGSPSQGWLRGRAKPQRGGGDLASEVMAVLKVDNRGVGQTGWAPVAKQSWDQMFIVPLERARELEIGVRWRDWRQLCGVAFLRLEDFLDNACHQLSISLVPQGLLFAQVTFCDPVIERRPRLQRQKRIFSKRRGQDFLRASQMNLSMAAWGRL 457
[Close]
BLAST of EMLSAG00000000692 vs. GO
Match: - (symbol:PKN3 "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR000719 InterPro:IPR000961 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR011072 InterPro:IPR017892 Pfam:PF00069 Pfam:PF00433 Pfam:PF02185 PROSITE:PS00108 PROSITE:PS50011 PROSITE:PS51285 SMART:SM00133 SMART:SM00220 SMART:SM00742 GO:GO:0005524 GO:GO:0007165 SUPFAM:SSF56112 GO:GO:0004674 SUPFAM:SSF49562 GeneTree:ENSGT00740000115079 SUPFAM:SSF46585 Gene3D:1.10.287.160 OrthoDB:EOG7X9G6Q EMBL:FP236218 Ensembl:ENSSSCT00000006220 ArrayExpress:F1RR68 Uniprot:F1RR68)

HSP 1 Score: 300.056 bits (767), Expect = 4.303e-86
Identity = 195/510 (38.24%), Postives = 290/510 (56.86%), Query Frame = 0 
Query:   86 PQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPANDVPGRSRNK---------------EQ-----PGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF--RQQGKIPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHS 571
            P+  E+ ++ IRR I+KELKIKEG ENLR+VA D++ +  V  +++ SN +L +L  EL+EL ++IL+    +++   + +        G  P +  P  + L  LQ+QL +E KVK GA+NM    +SG  K++KLL+ AQQM  DS+ K+  L++++            +S+   GS           GP      E  VEEL+HRLR+E+A  EGAKNV+KLL  S +  D+K L EAQ  + ESSQKLDL+R ++E  L   P     A+ LR  +   ++ A   N  P  +  K               EQ     PG   A +   S  +G  RS +K      + ++E++AVLK+DN  + QT W P S+++W+Q F I LE++RELEI V+WRD+R LC V FLRLE+F+D+  H ++L L PQGLLFA++ F +P+I R+P+L+RQ++IF  R+     R  QMN+++A WGRL    +N     SS  + S     + +
Sbjct:   13 PRPPEDEKELIRRAIQKELKIKEGMENLRRVATDRRHLGHVQQLLRSSNRRLEQLHGELRELHARILLPGPAAVHTEPAAS--------GSRPLAEQPRARYLEALQRQLQVELKVKQGAENMTHTCASGTPKERKLLAAAQQMLQDSQLKVALLRMKI------------SSLEASGS--------PEAGP------ELLVEELQHRLRVEAAVAEGAKNVVKLL-GSRRTQDRKGLAEAQAQLQESSQKLDLLRLALEQLLGGLPP----AHPLRGRVARELRTAMSGNPQPSGTLVKPTAVTGTLHVHLLGCEQLLTAVPGRSPAAALAGSPSQGWLRSRAKQQRGGGELASEVLAVLKVDNRVVGQTGWGPVSKESWEQTFVIPLERARELEIGVHWRDWRQLCGVAFLRLEDFLDNACHQLSLNLVPQGLLFAQVTFCDPVIERRPRLQRQKRIFSKRRGQDFLRASQMNLSMAAWGRLV---MNLLPPCSSPSTISPPKGCSQT 480
[Close]
BLAST of EMLSAG00000000692 vs. GO
Match: - (symbol:PKN3 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0004674 "protein serine/threonine kinase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] InterPro:IPR000008 InterPro:IPR000719 InterPro:IPR000961 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR011072 InterPro:IPR017441 InterPro:IPR017892 Pfam:PF00069 Pfam:PF00433 Pfam:PF02185 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 PROSITE:PS51285 SMART:SM00133 SMART:SM00220 SMART:SM00239 SMART:SM00742 GO:GO:0005524 GO:GO:0007165 SUPFAM:SSF56112 GO:GO:0004674 SUPFAM:SSF49562 GeneTree:ENSGT00740000115079 SUPFAM:SSF46585 Gene3D:1.10.287.160 EMBL:AAEX03006854 Ensembl:ENSCAFT00000036253 Uniprot:E2R5I4)

HSP 1 Score: 296.975 bits (759), Expect = 5.428e-85
Identity = 189/490 (38.57%), Postives = 278/490 (56.73%), Query Frame = 0 
Query:   90 EELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFP----TDSNMANELRSEIDSSIQAASPA---------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYNIK-----DDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF--RQQGKIPRPDQMNINVATWGRL 545
            E+ ++ IRR I+KELKIKEG ENLR+VA D++ +  V  +++ SN +L +L  EL+ L ++IL+       A     P++PG Q    P +  P  + L  LQ+QL +E KVK GA+NM   Y++G  K++KLL+ AQQM  DS+ K+  L++++            +S+   GS           GP      E   EELRHRL IE+A  EGAKNV+KLL    +  D+K+L EAQ  + ESSQKLDL+R ++E  L+  P        +A ELR+ +  + Q +                          VPGRS     P    A S  + +++G  +      ++         + E+MAVLK+DN  + QT W P ++Q+WDQ F + LE++RELEI V WRD+R LC V FLRLE+F+D+  H +++ L PQGLLFA++ F +P+I R+P+L+RQ++IF  R+     R  QMN+++A WGRL
Sbjct:   12 EDEKEAIRRAIQKELKIKEGVENLRRVATDRRHLGHVQQLLRSSNRRLEQLHGELRALHARILLPGPGPGQAE----PVAPGPQ----PPAEQPRARHLEALQRQLQVELKVKQGAENMTHTYANGTPKERKLLAAAQQMLRDSQLKVALLRMKI------------SSLEASGS--------PEPGP------ELLAEELRHRLHIEAAVAEGAKNVVKLL-GGQRTQDRKALAEAQAQLQESSQKLDLLRLALEQLLEGLPPAHPLRGRVARELRTAVSGNPQPSGVLVKPTAMTGTLEVRLLGCEQLLKAVPGRS-----PAAALAGSPSQGWLRGRAKPQRGGGDLATLSPLSGLAGEVMAVLKVDNRGVGQTGWAPVAKQSWDQMFIVPLERARELEIGVRWRDWRQLCGVAFLRLEDFLDNACHQLSISLVPQGLLFAQVTFCDPVIERRPRLQRQKRIFSKRRGQDFLRASQMNLSMAAWGRL 461
[Close]
BLAST of EMLSAG00000000692 vs. GO
Match: - (symbol:PKN3 "Serine/threonine-protein kinase N3" species:9606 "Homo sapiens" [GO:0004672 "protein kinase activity" evidence=TAS] [GO:0004697 "protein kinase C activity" evidence=IEA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005634 "nucleus" evidence=IEA] [GO:0005794 "Golgi apparatus" evidence=TAS] [GO:0006468 "protein phosphorylation" evidence=TAS] [GO:0007165 "signal transduction" evidence=IEA] [GO:0010631 "epithelial cell migration" evidence=IDA] [GO:0048471 "perinuclear region of cytoplasm" evidence=IEA] InterPro:IPR000008 InterPro:IPR000719 InterPro:IPR000961 InterPro:IPR002290 InterPro:IPR008271 InterPro:IPR011009 InterPro:IPR011072 InterPro:IPR017441 InterPro:IPR017892 Pfam:PF00069 Pfam:PF00433 Pfam:PF02185 PROSITE:PS00107 PROSITE:PS00108 PROSITE:PS50011 PROSITE:PS51285 SMART:SM00133 SMART:SM00220 SMART:SM00239 SMART:SM00742 GO:GO:0005524 GO:GO:0005634 GO:GO:0005794 GO:GO:0048471 GO:GO:0007165 eggNOG:COG0515 SUPFAM:SSF56112 GO:GO:0004672 SUPFAM:SSF49562 HOVERGEN:HBG108317 GO:GO:0010631 GO:GO:0004697 EMBL:AL441992 SUPFAM:SSF46585 Gene3D:1.10.287.160 HOGENOM:HOG000233032 KO:K06071 OrthoDB:EOG7X9G6Q TreeFam:TF102005 EMBL:AB019692 EMBL:BC062558 PIR:JC7083 RefSeq:NP_037487.2 UniGene:Hs.300485 ProteinModelPortal:Q6P5Z2 SMR:Q6P5Z2 BioGrid:118978 IntAct:Q6P5Z2 MINT:MINT-192027 STRING:9606.ENSP00000291906 PhosphoSite:Q6P5Z2 DMDM:74749130 PaxDb:Q6P5Z2 PRIDE:Q6P5Z2 DNASU:29941 Ensembl:ENST00000291906 GeneID:29941 KEGG:hsa:29941 UCSC:uc004bvw.3 CTD:29941 GeneCards:GC09P131464 HGNC:HGNC:17999 HPA:HPA045390 MIM:610714 neXtProt:NX_Q6P5Z2 PharmGKB:PA134919098 InParanoid:Q6P5Z2 OMA:QPFFRTT PhylomeDB:Q6P5Z2 SignaLink:Q6P5Z2 GeneWiki:PKN3_(gene) GenomeRNAi:29941 NextBio:52593 PRO:PR:Q6P5Z2 ArrayExpress:Q6P5Z2 Bgee:Q6P5Z2 CleanEx:HS_PKN3 Genevestigator:Q6P5Z2 Uniprot:Q6P5Z2)

HSP 1 Score: 291.967 bits (746), Expect = 3.261e-83
Identity = 190/480 (39.58%), Postives = 279/480 (58.13%), Query Frame = 0 
Query:   90 EELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPANDVPG---------------RSRNKEQ-----PGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF--RQQGKIPRPDQMNINVATWGRL 545
            E+ ++ IRR I+KELKIKEG ENLR+VA D++ +  V  +++ SN +L +L  EL+EL ++IL+       A     P++     G  P +     + L  L++QL +E KVK GA+NM    +SG  K++KLL+ AQQM  DS+ K+  L++++            +S+   GS           GP      E   EEL+HRL +E+A  EGAKNV+KLL SS +  D+K+L EAQ  + ESSQKLDL+R ++E  L++ P     A+ LRS +   ++AA P    P                R    EQ     PG   A +   S  +G  R+ +K    + + ++E++AVLK+DN  + QT W   ++Q+WDQ F I LE++RELEI V+WRD+R LC V FLRLE+F+D+  H ++L L PQGLLFA++ F +P+I R+P+L+RQ +IF  R+     R  QMN+ +A WGRL
Sbjct:   17 EDEKEVIRRAIQKELKIKEGVENLRRVATDRRHLGHVQQLLRSSNRRLEQLHGELRELHARILLPGPGPGPAE----PVA----SGPRPWAEQLRARHLEALRRQLHVELKVKQGAENMTHTCASGTPKERKLLAAAQQMLRDSQLKVALLRMKI------------SSLEASGS--------PEPGP------ELLAEELQHRLHVEAAVAEGAKNVVKLL-SSRRTQDRKALAEAQAQLQESSQKLDLLRLALEQLLEQLPP----AHPLRSRVTRELRAAVPGYPQPSGTPVKPTALTGTLQVRLLGCEQLLTAVPGRSPAAALASSPSEGWLRTKAKHQRGRGELASEVLAVLKVDNRVVGQTGWGQVAEQSWDQTFVIPLERARELEIGVHWRDWRQLCGVAFLRLEDFLDNACHQLSLSLVPQGLLFAQVTFCDPVIERRPRLQRQERIFSKRRGQDFLRASQMNLGMAAWGRL 457
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845879|gb|GAXK01111665.1| (TSA: Calanus finmarchicus comp52931_c7_seq7 transcribed RNA sequence)

HSP 1 Score: 285.034 bits (728), Expect = 1.012e-84
Identity = 201/325 (61.85%), Postives = 250/325 (76.92%), Query Frame = 0 
Query:   48 MAELA--GQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYXXXXXXXXXXXXXGAENLRXXXXXXXXXXXXNIIVKKSNSKXXXXXXXXXXXXXXILVSQGHSLNASLSDTPLSPGFQH--GXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHXXXXXXXXYLGLENKGPASELT-IEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSI 367
            MA+LA  G YI  DDNFSLSLLNELSVKYGIQTHLSH+PLPQKLEELR+Y+RREIKKELKIKEGAENLRKVAKDKKSV+DVN IVKKS +KL+ELQ ELQEL+SQ+LV+QG+  N+ L+D  +SPGF    G E ES+S  EQ+L HL +QLDIE KVK GA+NM+ +YS  KDKKLL EA+++  DSKAKIEYL+++++K KQ    GD                + +   + ++T +E R+EELRH LRIESACLEGAKNVLK+L ++ K  DKK+  EAQQN  ESSQKLDLIRHS+E+  Q+ P  S+ + EL+SEI++++
Sbjct:  468 MADLASSGPYI--DDNFSLSLLNELSVKYGIQTHLSHAPLPQKLEELREYLRREIKKELKIKEGAENLRKVAKDKKSVSDVNHIVKKSITKLSELQAELQELDSQLLVTQGNLPNSPLADAVMSPGFPSTPGDEMESMSAAEQRLFHLTRQLDIETKVKQGAENMLNQYSGNKDKKLLIEAEELLQDSKAKIEYLRMKILKTKQQQSSGD---------------AMNSFDKSEQITPVEERIEELRHHLRIESACLEGAKNVLKIL-TACKSQDKKAYTEAQQNCIESSQKLDLIRHSLELVRQELPIGSHKSQELKSEIEATV 1388
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845880|gb|GAXK01111664.1| (TSA: Calanus finmarchicus comp52931_c7_seq6 transcribed RNA sequence)

HSP 1 Score: 281.567 bits (719), Expect = 5.203e-83
Identity = 194/312 (62.18%), Postives = 242/312 (77.56%), Query Frame = 0 
Query:   59 DDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYXXXXXXXXXXXXXGAENLRXXXXXXXXXXXXNIIVKKSNSKXXXXXXXXXXXXXXILVSQGHSLNASLSDTPLSPGFQH--GXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHXXXXXXXXYLGLENKGPASELT-IEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSI 367
            DDNFSLSLLNELSVKYGIQTHLSH+PLPQKLEELR+Y+RREIKKELKIKEGAENLRKVAKDKKSV+DVN IVKKS +KL+ELQ ELQEL+SQ+LV+QG+  N+ L+D  +SPGF    G E ES+S  EQ+L HL +QLDIE KVK GA+NM+ +YS  KDKKLL EA+++  DSKAKIEYL+++++K KQ    GD                + +   + ++T +E R+EELRH LRIESACLEGAKNVLK+L ++ K  DKK+  EAQQN  ESSQKLDLIRHS+E+  Q+ P  S+ + EL+SEI++++
Sbjct:  629 DDNFSLSLLNELSVKYGIQTHLSHAPLPQKLEELREYLRREIKKELKIKEGAENLRKVAKDKKSVSDVNHIVKKSITKLSELQAELQELDSQLLVTQGNLPNSPLADAVMSPGFPSTPGDEMESMSAAEQRLFHLTRQLDIETKVKQGAENMLNQYSGNKDKKLLIEAEELLQDSKAKIEYLRMKILKTKQQQSSGD---------------AMNSFDKSEQITPVEERIEELRHHLRIESACLEGAKNVLKIL-TACKSQDKKAYTEAQQNCIESSQKLDLIRHSLELVRQELPIGSHKSQELKSEIEATV 1516
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845857|gb|GAXK01111687.1| (TSA: Calanus finmarchicus comp52931_c13_seq6 transcribed RNA sequence)

HSP 1 Score: 272.707 bits (696), Expect = 8.996e-81
Identity = 195/308 (63.31%), Postives = 237/308 (76.95%), Query Frame = 0 
Query:   48 MAELA--GQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYXXXXXXXXXXXXXGAENLRXXXXXXXXXXXXNIIVKKSNSKXXXXXXXXXXXXXXILVSQGHSLNASLSDTPLSPGFQH--GXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHXXXXXXXXYLGLENKGPASELT-IEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFP 350
            MA+LA  G YI  DDNFSLSLLNELSVKYGIQTHLSH+PLPQKLEELR+Y+RREIKKELKIKEGAENLRKVAKDKKSV+DVN IVKKS +KL+ELQ ELQEL+SQ+LV+QG+  N+ L+D  +SPGF    G E ES+S  EQ+L HL +QLDIE KVK GA+NM+ +YS  KDKKLL EA+++  DSKAKIEYL+++++K KQ    GD                + +   + ++T +E R+EELRH LRIESACLEGAKNVLK+L ++ K  DKK+  EAQQN  ESSQKLDLIRHS+E+  Q+ P
Sbjct:    1 MADLASSGPYI--DDNFSLSLLNELSVKYGIQTHLSHAPLPQKLEELREYLRREIKKELKIKEGAENLRKVAKDKKSVSDVNHIVKKSITKLSELQAELQELDSQLLVTQGNLPNSPLADAVMSPGFPSTPGDEMESMSAAEQRLFHLTRQLDIETKVKQGAENMLNQYSGNKDKKLLIEAEELLQDSKAKIEYLRMKILKTKQQQSSGD---------------AMNSFDKSEQITPVEERIEELRHHLRIESACLEGAKNVLKIL-TACKSQDKKAYTEAQQNCIESSQKLDLIRHSLELVRQELP 870
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845860|gb|GAXK01111684.1| (TSA: Calanus finmarchicus comp52931_c13_seq3 transcribed RNA sequence)

HSP 1 Score: 268.855 bits (686), Expect = 5.660e-79
Identity = 188/295 (63.73%), Postives = 229/295 (77.63%), Query Frame = 0 
Query:   59 DDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYXXXXXXXXXXXXXGAENLRXXXXXXXXXXXXNIIVKKSNSKXXXXXXXXXXXXXXILVSQGHSLNASLSDTPLSPGFQH--GXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHXXXXXXXXYLGLENKGPASELT-IEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFP 350
            DDNFSLSLLNELSVKYGIQTHLSH+PLPQKLEELR+Y+RREIKKELKIKEGAENLRKVAKDKKSV+DVN IVKKS +KL+ELQ ELQEL+SQ+LV+QG+  N+ L+D  +SPGF    G E ES+S  EQ+L HL +QLDIE KVK GA+NM+ +YS  KDKKLL EA+++  DSKAKIEYL+++++K KQ    GD                + +   + ++T +E R+EELRH LRIESACLEGAKNVLK+L ++ K  DKK+  EAQQN  ESSQKLDLIRHS+E+  Q+ P
Sbjct:    1 DDNFSLSLLNELSVKYGIQTHLSHAPLPQKLEELREYLRREIKKELKIKEGAENLRKVAKDKKSVSDVNHIVKKSITKLSELQAELQELDSQLLVTQGNLPNSPLADAVMSPGFPSTPGDEMESMSAAEQRLFHLTRQLDIETKVKQGAENMLNQYSGNKDKKLLIEAEELLQDSKAKIEYLRMKILKTKQQQSSGD---------------AMNSFDKSEQITPVEERIEELRHHLRIESACLEGAKNVLKIL-TACKSQDKKAYTEAQQNCIESSQKLDLIRHSLELVRQELP 837
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845841|gb|GAXK01111703.1| (TSA: Calanus finmarchicus comp52931_c13_seq22 transcribed RNA sequence)

HSP 1 Score: 241.121 bits (614), Expect = 6.281e-73
Identity = 114/151 (75.50%), Postives = 128/151 (84.77%), Query Frame = 0 
Query:  435 NWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKXXXXXXXXXXXXXXXXXGGFAPRPTRLDFDQ 585
            NW+ +SQQAWDQRFSI LEKSRELE+ VYW+D+RSLCAVKFL+LE+F+DD RHGMALQLEPQGLLFAEIKFLNP+ITRKPKLRRQRKIFRQQGK+PR DQMNINVATWGRL K+N+N  K  S+         S+   GF PRPTRLDFDQ
Sbjct:   43 NWRTTSQQAWDQRFSIQLEKSRELELSVYWKDWRSLCAVKFLKLEDFIDDVRHGMALQLEPQGLLFAEIKFLNPLITRKPKLRRQRKIFRQQGKMPRADQMNINVATWGRLLKKNINMTK--SNLVQEQRGLESDPMAGFVPRPTRLDFDQ 489
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845850|gb|GAXK01111694.1| (TSA: Calanus finmarchicus comp52931_c13_seq13 transcribed RNA sequence)

HSP 1 Score: 247.284 bits (630), Expect = 1.181e-72
Identity = 116/157 (73.89%), Postives = 132/157 (84.08%), Query Frame = 0 
Query:  429 VPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKXXXXXXXXXXXXXXXXXGGFAPRPTRLDFDQ 585
            V + +TNW+ +SQQAWDQRFSI LEKSRELE+ VYW+D+RSLCAVKFL+LE+F+DD RHGMALQLEPQGLLFAEIKFLNP+ITRKPKLRRQRKIFRQQGK+PR DQMNINVATWGRL K+N+N  K  S+         S+   GF PRPTRLDFDQ
Sbjct:  583 VEVARTNWRTTSQQAWDQRFSIQLEKSRELELSVYWKDWRSLCAVKFLKLEDFIDDVRHGMALQLEPQGLLFAEIKFLNPLITRKPKLRRQRKIFRQQGKMPRADQMNINVATWGRLLKKNINMTK--SNLVQEQRGLESDPMAGFVPRPTRLDFDQ 1047

HSP 2 Score: 44.669 bits (104), Expect = 1.010e-3
Identity = 23/30 (76.67%), Postives = 24/30 (80.00%), Query Frame = 0 
Query:  710 EPVYELEKKGHTSVIRVSYPGSPESPSVHP 739
            EP Y LEKKGHTSVIRVSYPG PE+ S  P
Sbjct:  139 EPEYTLEKKGHTSVIRVSYPG-PETISSTP 225
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845855|gb|GAXK01111689.1| (TSA: Calanus finmarchicus comp52931_c13_seq8 transcribed RNA sequence)

HSP 1 Score: 246.899 bits (629), Expect = 9.046e-72
Identity = 116/157 (73.89%), Postives = 132/157 (84.08%), Query Frame = 0 
Query:  429 VPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKXXXXXXXXXXXXXXXXXGGFAPRPTRLDFDQ 585
            V + +TNW+ +SQQAWDQRFSI LEKSRELE+ VYW+D+RSLCAVKFL+LE+F+DD RHGMALQLEPQGLLFAEIKFLNP+ITRKPKLRRQRKIFRQQGK+PR DQMNINVATWGRL K+N+N  K  S+         S+   GF PRPTRLDFDQ
Sbjct:  787 VEVARTNWRTTSQQAWDQRFSIQLEKSRELELSVYWKDWRSLCAVKFLKLEDFIDDVRHGMALQLEPQGLLFAEIKFLNPLITRKPKLRRQRKIFRQQGKMPRADQMNINVATWGRLLKKNINMTK--SNLVQEQRGLESDPMAGFVPRPTRLDFDQ 1251

HSP 2 Score: 45.0542 bits (105), Expect = 8.922e-4
Identity = 23/41 (56.10%), Postives = 25/41 (60.98%), Query Frame = 0 
Query:  823 PTAHPRASMRFANIQRNDSNMGLESFKLVTVLGRGHFGKVF 863
            P   P  S R     R+DS MGL+SF  V VLGRGHFGKV 
Sbjct:  187 PRDSPSQSHRPVLPIRSDSVMGLDSFHFVAVLGRGHFGKVI 309

HSP 3 Score: 44.669 bits (104), Expect = 1.043e-3
Identity = 23/30 (76.67%), Postives = 24/30 (80.00%), Query Frame = 0 
Query:  710 EPVYELEKKGHTSVIRVSYPGSPESPSVHP 739
            EP Y LEKKGHTSVIRVSYPG PE+ S  P
Sbjct:  343 EPEYTLEKKGHTSVIRVSYPG-PETISSTP 429
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845847|gb|GAXK01111697.1| (TSA: Calanus finmarchicus comp52931_c13_seq16 transcribed RNA sequence)

HSP 1 Score: 152.525 bits (384), Expect = 2.754e-39
Identity = 124/170 (72.94%), Postives = 144/170 (84.71%), Query Frame = 0 
Query:   48 MAELA--GQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYXXXXXXXXXXXXXGAENLRXXXXXXXXXXXXNIIVKKSNSKXXXXXXXXXXXXXXILVSQGHSLNASLSDTPLSPGFQH--GXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYS 213
            MA+LA  G YI  DDNFSLSLLNELSVKYGIQTHLSH+PLPQKLEELR+Y+RREIKKELKIKEGAENLRKVAKDKKSV+DVN IVKKS +KL+ELQ ELQEL+SQ+LV+QG+  N+ L+D  +SPGF    G E ES+S  EQ+L HL +QLDIE KVK GA+NM+ +YS
Sbjct:    6 MADLASSGPYI--DDNFSLSLLNELSVKYGIQTHLSHAPLPQKLEELREYLRREIKKELKIKEGAENLRKVAKDKKSVSDVNHIVKKSITKLSELQAELQELDSQLLVTQGNLPNSPLADAVMSPGFPSTPGDEMESMSAAEQRLFHLTRQLDIETKVKQGAENMLNQYS 509
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845851|gb|GAXK01111693.1| (TSA: Calanus finmarchicus comp52931_c13_seq12 transcribed RNA sequence)

HSP 1 Score: 148.673 bits (374), Expect = 1.068e-37
Identity = 117/157 (74.52%), Postives = 136/157 (86.62%), Query Frame = 0 
Query:   59 DDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYXXXXXXXXXXXXXGAENLRXXXXXXXXXXXXNIIVKKSNSKXXXXXXXXXXXXXXILVSQGHSLNASLSDTPLSPGFQH--GXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYS 213
            DDNFSLSLLNELSVKYGIQTHLSH+PLPQKLEELR+Y+RREIKKELKIKEGAENLRKVAKDKKSV+DVN IVKKS +KL+ELQ ELQEL+SQ+LV+QG+  N+ L+D  +SPGF    G E ES+S  EQ+L HL +QLDIE KVK GA+NM+ +YS
Sbjct:    6 DDNFSLSLLNELSVKYGIQTHLSHAPLPQKLEELREYLRREIKKELKIKEGAENLRKVAKDKKSVSDVNHIVKKSITKLSELQAELQELDSQLLVTQGNLPNSPLADAVMSPGFPSTPGDEMESMSAAEQRLFHLTRQLDIETKVKQGAENMLNQYS 476
[Close]
BLAST of EMLSAG00000000692 vs. C. finmarchicus
Match: gi|592845878|gb|GAXK01111666.1| (TSA: Calanus finmarchicus comp52931_c7_seq8 transcribed RNA sequence)

HSP 1 Score: 66.2402 bits (160), Expect = 2.438e-10
Identity = 34/58 (58.62%), Postives = 39/58 (67.24%), Query Frame = 0 
Query:  528 KIPRPDQMNINVATWGRLFKRNLNFQKXXXXXXXXXXXXXXXXXGGFAPRPTRLDFDQ 585
            K+PR DQMNINVATWGRL K+N+N  K  S+         S+   GF PRPTRLDFDQ
Sbjct:    1 KMPRADQMNINVATWGRLLKKNINMTK--SNLVQEQRGLESDPMAGFVPRPTRLDFDQ 168

HSP 2 Score: 44.669 bits (104), Expect = 1.290e-3
Identity = 23/41 (56.10%), Postives = 25/41 (60.98%), Query Frame = 0 
Query:  823 PTAHPRASMRFANIQRNDSNMGLESFKLVTVLGRGHFGKVF 863
            P   P  S R     R+DS MGL+SF  V VLGRGHFGKV 
Sbjct:  646 PRDSPSQSHRPVLPIRSDSVMGLDSFHFVAVLGRGHFGKVI 768

HSP 3 Score: 44.2838 bits (103), Expect = 1.730e-3
Identity = 23/30 (76.67%), Postives = 24/30 (80.00%), Query Frame = 0 
Query:  710 EPVYELEKKGHTSVIRVSYPGSPESPSVHP 739
            EP Y LEKKGHTSVIRVSYPG PE+ S  P
Sbjct:  526 EPEYTLEKKGHTSVIRVSYPG-PETISSTP 612
[Close]
BLAST of EMLSAG00000000692 vs. L. salmonis peptides
Match: EMLSAP00000000692 (pep:novel supercontig:LSalAtl2s:LSalAtl2s110:225054:301000:-1 gene:EMLSAG00000000692 transcript:EMLSAT00000000692 description:"maker-LSalAtl2s110-augustus-gene-4.21")

HSP 1 Score: 1768.82 bits (4580), Expect = 0.000e+0
Identity = 864/864 (100.00%), Postives = 864/864 (100.00%), Query Frame = 0 
Query:    1 MNSKRSLRDPSILTMDHHRLEFASIQVFSSKPSPSRCSSSLSLLPLTMAELAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPANDVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFDQHSTNSTVTTVSSTSSSGQNSNTNNLNNQNDIRRXAEATTPAPSSYDSAAHQNRRPSKGPAPPVPSHTIDNDNPGYDVWKRRSSTDNNNHHTAVIPPKPAPRSSNTRSSSSSSSSTDKNGNAAHQEPVYELEKKGHTSVIRVSYPGSPESPSVHPVITFPSGDDEDEAGGCCTSVGPPITGSVHHPSSSTMMTXTTTTTTSSGTPSSRSNHPESSSNEQRLNNKNNNNVVVERSSRSPPTAHPRASMRFANIQRNDSNMGLESFKLVTVLGRGHFGKVFN 864
            MNSKRSLRDPSILTMDHHRLEFASIQVFSSKPSPSRCSSSLSLLPLTMAELAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPANDVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFDQHSTNSTVTTVSSTSSSGQNSNTNNLNNQNDIRRXAEATTPAPSSYDSAAHQNRRPSKGPAPPVPSHTIDNDNPGYDVWKRRSSTDNNNHHTAVIPPKPAPRSSNTRSSSSSSSSTDKNGNAAHQEPVYELEKKGHTSVIRVSYPGSPESPSVHPVITFPSGDDEDEAGGCCTSVGPPITGSVHHPSSSTMMTXTTTTTTSSGTPSSRSNHPESSSNEQRLNNKNNNNVVVERSSRSPPTAHPRASMRFANIQRNDSNMGLESFKLVTVLGRGHFGKVFN
Sbjct:    1 MNSKRSLRDPSILTMDHHRLEFASIQVFSSKPSPSRCSSSLSLLPLTMAELAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPANDVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFDQHSTNSTVTTVSSTSSSGQNSNTNNLNNQNDIRRXAEATTPAPSSYDSAAHQNRRPSKGPAPPVPSHTIDNDNPGYDVWKRRSSTDNNNHHTAVIPPKPAPRSSNTRSSSSSSSSTDKNGNAAHQEPVYELEKKGHTSVIRVSYPGSPESPSVHPVITFPSGDDEDEAGGCCTSVGPPITGSVHHPSSSTMMTXTTTTTTSSGTPSSRSNHPESSSNEQRLNNKNNNNVVVERSSRSPPTAHPRASMRFANIQRNDSNMGLESFKLVTVLGRGHFGKVFN 864
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|374110744|sp|A1Z7T0.1|PKN_DROME (RecName: Full=Serine/threonine-protein kinase N; AltName: Full=Protein kinase related to PKN)

HSP 1 Score: 485.723 bits (1249), Expect = 4.744e-154
Identity = 289/569 (50.79%), Postives = 365/569 (64.15%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:   15 VLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 568
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|6225859|sp|Q16513.1|PKN2_HUMAN (RecName: Full=Serine/threonine-protein kinase N2; AltName: Full=PKN gamma; AltName: Full=Protein kinase C-like 2; AltName: Full=Protein-kinase C-related kinase 2)

HSP 1 Score: 397.897 bits (1021), Expect = 8.123e-123
Identity = 247/545 (45.32%), Postives = 328/545 (60.18%), Query Frame = 0 
Query:   80 LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA--------------------------------------NDVPGRSR--NKEQPGVFSAHSDLRSFMKGVTRS---SSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPR 577
             S + + QKL++++D I+REI+KELKIKEGAENLRKV  DKKS+A V+ I+KKSN KL EL  +LQEL + I+VS        ++D P +P   +     S S    +L  LQKQLDIE KVK GA+NMI  YS+G  KD+KL   AQQ+  DSK KIE +++++++  Q  E                 L  +N  P     +E R+EELRH  RIE A  EGAKNV+KLL  S K+ D+K+L EAQ    ESSQKLDL+++S+E  L + P +   +  +  E+  S+ AASP                                        +VPGRS+  +   PG +S      SFM   ++S   SS++    DD SN++ AVLKLDN  + QT+WKP S Q+WDQ+F++ L++SRELEI VYWRD+RSLCAVKFLRLE+F+D+ RHGM L LEPQG LFAE+ F NP+I R+PKL+RQ+KIF +QQGK   R  QMNIN+ATWGRL +R +                + NHSG F+P+
Sbjct:   36 FSDTMVQQKLDDIKDRIKREIRKELKIKEGAENLRKVTTDKKSLAYVDNILKKSNKKLEELHHKLQELNAHIVVSDPE----DITDCPRTPDTPNNDPRCSTS--NNRLKALQKQLDIELKVKQGAENMIQMYSNGSSKDRKLHGTAQQLLQDSKTKIEVIRMQILQAVQTNE-----------------LAFDNAKPVIS-PLELRMEELRHHFRIEFAVAEGAKNVMKLL-GSGKVTDRKALSEAQARFNESSQKLDLLKYSLEQRLNEVPKNHPKSRIIIEEL--SLVAASPTLSPRQSMISTQNQYSTLSKPAALTGTLEVRLMGCQDILENVPGRSKATSVALPG-WSPSETRSSFMSRTSKSKSGSSRNLLKTDDLSNDVCAVLKLDNTVVGQTSWKPISNQSWDQKFTLELDRSRELEISVYWRDWRSLCAVKFLRLEDFLDNQRHGMCLYLEPQGTLFAEVTFFNPVIERRPKLQRQKKIFSKQQGKTFLRAPQMNINIATWGRLVRRAI---------------PTVNHSGTFSPQ 537
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|341942196|sp|Q8BWW9.3|PKN2_MOUSE (RecName: Full=Serine/threonine-protein kinase N2; AltName: Full=PKN gamma; AltName: Full=Protein kinase C-like 2; AltName: Full=Protein-kinase C-related kinase 2)

HSP 1 Score: 394.045 bits (1011), Expect = 2.037e-121
Identity = 246/542 (45.39%), Postives = 332/542 (61.25%), Query Frame = 0 
Query:   80 LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTD----SNMANEL-----------RSEIDSSIQAAS---PA-----------------NDVPGRSR--NKEQPGVFSAHSDLRSFMKGVTRS---SSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPR 577
             S + + QKL++++D I+REI+KELKIKEGAENLRKV  DKK++A V+ I+KKSN KL EL  +LQEL + I+VS         +D P +P   +     S S    +L+ LQKQLDIE KVK GA+NMI  YS+G  KD+KL   AQQ+  DSK KIE +++++++  Q  E                 L  +N  P     +E R+EELRH  +IE A  EGAKNV+KLL  S K+ D+K+L EAQ    ESSQKLDL+++S+E  L + P +    S +  EL           +S + +  Q ++   PA                  +VPGRS+  +   PG +S   +  SFM   ++S   SS++    DD SN++ AVLKLDN  + QT+WKP S Q+WDQ+F++ L++SRELEI VYWRD+RSLCAVKFLRLE+F+D+ RHGM L LEPQG LFAE+ F NP+I R+PKL+RQ+KIF +QQGK   R  QMNIN+ATWGRL +R +                + NHSG F+P+
Sbjct:   36 FSDTMVQQKLDDIKDRIKREIRKELKIKEGAENLRKVTTDKKNLAYVDNILKKSNKKLEELHHKLQELNAHIVVSDPEDS----TDCPRTPDTPNSDSRSSTS--NNRLMALQKQLDIELKVKQGAENMIQMYSNGSSKDRKLHGTAQQLLQDSKTKIEVIRMQILQAVQTNE-----------------LAFDNAKPVIS-PLELRMEELRHHFKIEFAVAEGAKNVMKLL-GSGKVTDRKALSEAQARFNESSQKLDLLKYSLEQRLNELPRNHPKSSVVIEELSLVASPTLSPRQSMLSTQNQYSTLSKPAALTGTLEVRLMGCQDILENVPGRSKATSVALPG-WSPSDNRSSFMSRTSKSKSGSSRNLLKTDDLSNDVCAVLKLDNTVVGQTSWKPISNQSWDQKFTLELDRSRELEISVYWRDWRSLCAVKFLRLEDFLDNQRHGMCLYLEPQGTLFAEVTFFNPVIERRPKLQRQKKIFSKQQGKTFLRAPQMNINIATWGRLVRRAI---------------PTVNHSGTFSPQ 536
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|374110743|sp|A7MBL8.1|PKN2_DANRE (RecName: Full=Serine/threonine-protein kinase N2; AltName: Full=PKN gamma; AltName: Full=Protein kinase C-like 2; AltName: Full=Protein-kinase C-related kinase 2)

HSP 1 Score: 392.889 bits (1008), Expect = 5.632e-121
Identity = 254/574 (44.25%), Postives = 337/574 (58.71%), Query Frame = 0 
Query:   80 LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPES---LSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPAN--------------------------------------DVPGRSRNKEQ--PGVFSAHSDLRSFMK-------GVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKR---NLNFQKSVSSTDSNSTSSSSN--------HSGGFAPRPTRLDFDQHST 588
             S + + + L+E++D I+REI+KELKIKEGAENLRKV  DKKS+A V+ ++KKSN K+ EL QELQEL + I+V     +     + PL+P       P+S   +S    +L  L+KQ DIE KVK GA++MI  YS+G  KD+KLL+ AQQM  DSK KIE+++++++K  Q  E   EN+             +    P     ++ R+EELRH  RIESA  +GAKNV+KLL  + K+ +KK+  EAQ  + ESSQKLDL++ S+E  L + P +      +  E+      ASP N                                      +VPGRS+      PG +S      SFM        G +R+ SKS    DD SNEI AVLKLDN  + QT+WKP S Q+WDQ+F++ L++SRELEI VYWRD+RSLCAVKFLRLE+F+D+ RHGM L LEPQG LFAE+ F NP+I R+PKL+RQ+KIF +QQGK   R  QMNIN+ATWGRL +R   ++N   S  + D  S  S           HS    P  T+LDFD+  T
Sbjct:   27 FSDTMVQKNLDEIKDQIKREIRKELKIKEGAENLRKVTTDKKSLAYVDNMLKKSNKKVEELHQELQELNAHIVVKDPEEVE----EYPLTPD-----TPKSETRMSTNSNRLAALKKQADIELKVKQGAEDMIQMYSNGSSKDRKLLAAAQQMLQDSKTKIEFIRMQILKASQTSEINYENN------------DVTTSKPIIS-PLDLRIEELRHHYRIESAVADGAKNVMKLL-GTGKVTEKKAHSEAQARLNESSQKLDLLKFSLEQRLSELPKNHPKGTLIMEEL---AMVASPPNSPRQSIMSTSNQYSTVAKPAALTGTLDVRLMGCQDLLENVPGRSKTASVSLPG-WSPSEARSSFMSRGNKNKSGSSRTLSKS----DDLSNEISAVLKLDNTVVGQTHWKPVSNQSWDQKFTLELDRSRELEIAVYWRDWRSLCAVKFLRLEDFLDNQRHGMCLYLEPQGTLFAEVTFFNPVIERRPKLQRQKKIFSKQQGKTFLRAPQMNINIATWGRLVRRAIPSVNTSFSPQAADLGSAMSHETAPMGHPDAHSLPSDPTVTKLDFDKAVT 569
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BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|122065871|sp|O08874.2|PKN2_RAT (RecName: Full=Serine/threonine-protein kinase N2; AltName: Full=Cardiolipin-activated protein kinase Pak2; AltName: Full=PKN gamma; AltName: Full=Protease-activated kinase 2; Short=PAK-2; AltName: Full=Protein kinase C-like 2; AltName: Full=Protein-kinase C-related kinase 2; AltName: Full=p140 kinase)

HSP 1 Score: 377.481 bits (968), Expect = 3.415e-115
Identity = 242/543 (44.57%), Postives = 327/543 (60.22%), Query Frame = 0 
Query:   80 LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEEL-RHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTD----SNMANEL-----------RSEIDSSIQAAS---PA-----------------NDVPGRSR--NKEQPGVFSAHSDLRSFMKGVTRS---SSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPR 577
             S + + QKL++++D I+REI+KELKIKEGAENLRKV  DKK++A V+ I+KKSN KL EL  +LQEL + I+VS         +D P +P   +     S S   ++L+ LQKQLDIE KVK GA+NMI  YS+G  KD+KL   AQQ+  D+K KIE +++ +++     E                 L  +N  P     +E R   +  H  RIE A  EGAKNV+KLL  S K+ D+K+L EAQ    ESSQKLDL+++S+E  L + P +    S +  EL           +S + +  Q ++   PA                  +VPGRS+  +   PG +S   +  SFM   ++S   SS++    DD SN++ AVLKLDN  + QT WKP S Q+WDQ+F++ L++SRELEI VYWRD+RSLCAVKFLRLE+F+D+ RHGMAL LEPQG LFAE+ F NP+I R+PKL+RQ+KIF +QQGK   R  QMNIN+ATWGRL +R +                + NHSG F+P+
Sbjct:   36 FSDTIVQQKLDDVKDRIKREIRKELKIKEGAENLRKVTTDKKNLAYVDNILKKSNKKLEELHHKLQELNAHIVVSDPEDY----TDCPRTPDTPNSDSRSSTSN-NRRLMALQKQLDIELKVKQGAENMIQMYSNGPSKDRKLHGTAQQLLQDNKTKIEVIRMHILQAVLTNE-----------------LAFDNAKPVIS-PLELRNGRIIEHHFRIEFAVAEGAKNVMKLL-GSGKVTDRKALSEAQARFNESSQKLDLLKYSLEQRLNELPKNHPKSSVVIEELSLVASPTLSPRQSMLSTQNQYSTLSKPAALTGTLEVRLWGAKISWENVPGRSKATSVALPG-WSPSENRSSFMSRTSKSKSGSSRNLLKTDDLSNDVCAVLKLDNTVVGQTIWKPISNQSWDQKFTLELDRSRELEISVYWRDWRSLCAVKFLRLEDFLDNQRHGMALYLEPQGTLFAEVTFFNPVIERRPKLQRQKKIFSKQQGKTFLRAPQMNINIATWGRLVRRAI---------------PTVNHSGTFSPQ 538
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BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|296439718|sp|A1A4I4.1|PKN1_BOVIN (RecName: Full=Serine/threonine-protein kinase N1; AltName: Full=Protein kinase C-like 1; AltName: Full=Protein kinase C-like PKN; AltName: Full=Protein kinase PKN-alpha; AltName: Full=Protein-kinase C-related kinase 1; AltName: Full=Serine-threonine protein kinase N)

HSP 1 Score: 311.997 bits (798), Expect = 3.684e-91
Identity = 195/496 (39.31%), Postives = 283/496 (57.06%), Query Frame = 0 
Query:  100 IKKELKIKEGAENLRKVAKD-KKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEID--------------------SSIQAASP-----------ANDVP-----GRSRNKEQPGVFSAHSDLRS------FMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKR 548
            I+KELK+KEGAENLR+   D  +++  V ++++ S+ +LA L Q+LQEL + +++         + D P SPG   G    S +    ++  L+KQL IE KVK GA+NMI  YS+G  KD+KLL  AQQM  DSK KI+ ++++L +  Q  +   + +              E +G      +E R+EELRH  R+E A  EGAKNVL+LL S++K PD+K++ EAQ+ + ES+QKL L+R ++E  L + P D      LR E+                     S++   +P             D+P       S +   PG   + +   S      + +  + S   S   + + +NE+  VLKLDN  + QT+WKP    AWDQ F++ LE++RELE+ V+WRD R LCA+KFL+LE+F+D+ RH + L +EPQG L AE+ F NP+I R P+LRRQ+KIF +QQGK   R  QMNI+VATW RL +R
Sbjct:   46 IRKELKLKEGAENLRRATTDLGRNLGPVELVLRGSSRRLALLHQQLQELHAHVVLPDP---AVGVHDAPQSPG--TGDSACSATNL-SRVAGLEKQLAIELKVKQGAENMIQTYSNGSTKDRKLLLTAQQMLQDSKTKIDIIRMQLHRALQACQLESQAAPD------------EAQGSPDLGAVELRIEELRHHFRVEHAVAEGAKNVLRLL-SAAKAPDRKAVSEAQEKLTESNQKLGLLREALERRLGELPADHPKGRLLREELAAASSAAFSARLAGPFPATHYSTLSKPAPLTGTLEVRVVGCRDLPETIPWNPSPSVGGPGTPDSRTPFLSRPARGLYSRTGSLSGRSSLKAEAENTNEVSTVLKLDNTVVGQTSWKPCGPNAWDQSFTLELERARELELAVFWRDQRGLCALKFLKLEDFLDNERHEVQLDMEPQGCLVAEVTFRNPVIERIPRLRRQKKIFSKQQGKAFQRARQMNIDVATWVRLLRR 522
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BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|74749130|sp|Q6P5Z2.1|PKN3_HUMAN (RecName: Full=Serine/threonine-protein kinase N3; AltName: Full=Protein kinase PKN-beta; AltName: Full=Protein-kinase C-related kinase 3)

HSP 1 Score: 291.967 bits (746), Expect = 2.798e-84
Identity = 190/480 (39.58%), Postives = 279/480 (58.13%), Query Frame = 0 
Query:   90 EELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPANDVPG---------------RSRNKEQ-----PGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF--RQQGKIPRPDQMNINVATWGRL 545
            E+ ++ IRR I+KELKIKEG ENLR+VA D++ +  V  +++ SN +L +L  EL+EL ++IL+       A     P++     G  P +     + L  L++QL +E KVK GA+NM    +SG  K++KLL+ AQQM  DS+ K+  L++++            +S+   GS           GP      E   EEL+HRL +E+A  EGAKNV+KLL SS +  D+K+L EAQ  + ESSQKLDL+R ++E  L++ P     A+ LRS +   ++AA P    P                R    EQ     PG   A +   S  +G  R+ +K    + + ++E++AVLK+DN  + QT W   ++Q+WDQ F I LE++RELEI V+WRD+R LC V FLRLE+F+D+  H ++L L PQGLLFA++ F +P+I R+P+L+RQ +IF  R+     R  QMN+ +A WGRL
Sbjct:   17 EDEKEVIRRAIQKELKIKEGVENLRRVATDRRHLGHVQQLLRSSNRRLEQLHGELRELHARILLPGPGPGPAE----PVA----SGPRPWAEQLRARHLEALRRQLHVELKVKQGAENMTHTCASGTPKERKLLAAAQQMLRDSQLKVALLRMKI------------SSLEASGS--------PEPGP------ELLAEELQHRLHVEAAVAEGAKNVVKLL-SSRRTQDRKALAEAQAQLQESSQKLDLLRLALEQLLEQLPP----AHPLRSRVTRELRAAVPGYPQPSGTPVKPTALTGTLQVRLLGCEQLLTAVPGRSPAAALASSPSEGWLRTKAKHQRGRGELASEVLAVLKVDNRVVGQTGWGQVAEQSWDQTFVIPLERARELEIGVHWRDWRQLCGVAFLRLEDFLDNACHQLSLSLVPQGLLFAQVTFCDPVIERRPRLQRQERIFSKRRGQDFLRASQMNLGMAAWGRL 457
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|78099096|sp|Q8K045.1|PKN3_MOUSE (RecName: Full=Serine/threonine-protein kinase N3; AltName: Full=Protein kinase PKN-beta; AltName: Full=Protein-kinase C-related kinase 3)

HSP 1 Score: 263.462 bits (672), Expect = 3.557e-74
Identity = 180/488 (36.89%), Postives = 277/488 (56.76%), Query Frame = 0 
Query:   93 RDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLL--HLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPAN-----------------------------DVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRL 545
            ++ +RR I+KELKIKEG EN+R+VA D++ +  V  +++ SN +L +L  EL+EL +Q+L+          S  P++       EP+  +   +  L   L +QL +E KVK GA+NMI   +SG  K++KLL+ AQQM  DS+ K+  L++++            +S+   GS           GP      +   EEL+HRLR+E+A   GAKNV+KLL    ++ D+K+L EAQ  + ESSQKLDL+R ++E+ L++ P      + LRS +   +  A   N                              VPGRS     P    A S   S++    R+ S+      + ++E++AVLK+DN  + QT W   ++++WDQ F I+L+++RELEI V+WRD+R LC V FL+LE+F+D+  H ++L L PQG LFA++ F  P+I R+P+L+RQR IF +++G+   R  QMN+++A WGRL
Sbjct:   17 KEMVRRAIQKELKIKEGMENMRRVATDRRHLGHVQQLLRASNRRLEQLHGELRELHAQVLLPA--------SAEPVT------SEPQPRAEQSRARLSEALHRQLQVELKVKQGAENMIHTCASGTPKERKLLAAAQQMLKDSQLKVALLRMKI------------SSLESSGS--------PEPGP------DLLAEELQHRLRVEAAVAAGAKNVVKLL-GGQRMQDRKALAEAQAQLQESSQKLDLLRLALELLLERLPP----THSLRSRVTQELWMAMLGNPQPLGTLVKPIALTGTLQVRLLGCKDLLVAVPGRS-----PMAVLAGSPSESWL----RTRSRQQRGGGELASEVLAVLKVDNRVVGQTGWGLVAEKSWDQSFIISLDRARELEIGVHWRDWRQLCGVAFLKLEDFLDNACHQLSLSLVPQGRLFAQVTFCEPVIERRPRLQRQRCIFSKRRGRDFMRASQMNLSMAAWGRL 450
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|55977836|sp|P70268.3|PKN1_MOUSE (RecName: Full=Serine/threonine-protein kinase N1; AltName: Full=Protein kinase C-like 1; AltName: Full=Protein kinase C-like PKN; AltName: Full=Protein-kinase C-related kinase 1; AltName: Full=Serine-threonine protein kinase N)

HSP 1 Score: 179.489 bits (454), Expect = 3.404e-45
Identity = 122/313 (38.98%), Postives = 180/313 (57.51%), Query Frame = 0 
Query:   57 IQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKD-KKSVADVNIIVKKSNSKLAELQQELQELESQILV---SQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEI 363
            +Q +  S SLL +L +       L+   + Q+LE  R+ ++REI+KELK+KEGAENLR+   D  +S+A V ++++ S  +L  L Q+LQEL + +++   + G     SL++            P   S    ++  L+KQL IE KVK GA+NMI  YS+G  KD+KLL  AQQM  DSK KI+ ++++L +  Q  + G+  S              E +G      +E R+EELRH  R+E A  EGAKNVL+LL S +K PD+K++ EAQ+ + ES+QKL L+R S+E  L + P D      LR E+
Sbjct:    6 VQSEPRSWSLLEQLGLA---GADLAAPGVQQQLELERERLKREIRKELKLKEGAENLRRATTDLGRSLAPVELLLRGSARRLDLLHQQLQELHAHVVLPDPAAGSDATQSLAE----------GSPICSSTNLSRVAGLEKQLAIELKVKQGAENMIQTYSNGSSKDRKLLLTAQQMLQDSKTKIDIIRMQLRRALQALQAGELESQAAPD---------EAQGDPELGAVELRIEELRHHFRVEHAVAEGAKNVLRLL-SGAKAPDRKAVSEAQEKLTESNQKLGLLRESLERRLGELPADHPKGRLLREEL 295

HSP 2 Score: 169.474 bits (428), Expect = 4.867e-42
Identity = 89/202 (44.06%), Postives = 124/202 (61.39%), Query Frame = 0 
Query:  415 DTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSS-NHSGGFAPRPTRLDFD-----QHSTNSTVTTVSSTSSSGQNSNTN 608
            + + E+  VLKLDN  + QT WKP    AWDQ F++ LE++RELE+ V+WRD R LCA+KFL+LE+F+D+ RH + L +EPQG L AE+ F NP+I R P+L+RQ+KIF +QQGK   R  QMNI+VATW RL +R +    +  +   N++  +   H+G  +     L  D     Q S     +T  S SS    S T+
Sbjct:  389 ENATEVSTVLKLDNTVVGQTAWKPCGPNAWDQSFTLELERARELELAVFWRDQRGLCALKFLKLEDFLDNERHEVQLDMEPQGCLVAEVTFRNPIIERIPRLQRQKKIFSKQQGKAFQRARQMNIDVATWVRLLRRLIPSAVATGTFSPNASPGAEIRHTGDISMEKLNLGADSDSSSQKSPPGLPSTSCSLSSPTHESTTS 590
[Close]
BLAST of EMLSAG00000000692 vs. SwissProt
Match: gi|296452866|sp|Q63433.2|PKN1_RAT (RecName: Full=Serine/threonine-protein kinase N1; AltName: Full=Protease-activated kinase 1; Short=PAK-1; AltName: Full=Protein kinase C-like 1; AltName: Full=Protein kinase C-like PKN; AltName: Full=Protein-kinase C-related kinase 1; AltName: Full=Serine-threonine protein kinase N)

HSP 1 Score: 179.104 bits (453), Expect = 4.574e-45
Identity = 124/310 (40.00%), Postives = 179/310 (57.74%), Query Frame = 0 
Query:   57 IQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKD-KKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEI 363
            +Q +  S SLL +L +       L+   + Q+LE  R+ ++REI+KELK+KEGAENLR+   D  +S+A V ++++ S  +L  L Q+LQEL + +++        + SD P S     G  P   S    ++  L+KQL IE KVK GA+NMI  YS+G  KD+KLL  AQQM  DSK KI+ ++++L +  Q  + G   S              E  G      +E R+EELRH  R+E A  EGAKNVL+LL S++K PD+K++ EAQ+ + ES+QKL L+R S+E  L + P D      LR E+
Sbjct:    6 VQSEPRSWSLLEQLGLA---GADLAAPGVQQQLELERERLKREIRKELKLKEGAENLRRATTDLGRSLAPVELLLRGSARRLDLLHQQLQELHAHVVLPD----PTAGSDAPQS--LAEGS-PVCSSTNLSRVAGLEKQLAIELKVKQGAENMIQTYSNGSTKDRKLLLTAQQMLQDSKTKIDIIRMQLRRALQALQAGQLESQAAPD---------EAHGDPDLGAVELRIEELRHHFRVEHAVAEGAKNVLRLL-SAAKAPDRKAVSEAQEKLTESNQKLGLLRESLERRLGELPADHPKGRLLREEL 295

HSP 2 Score: 170.629 bits (431), Expect = 2.268e-42
Identity = 81/161 (50.31%), Postives = 110/161 (68.32%), Query Frame = 0 
Query:  415 DTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGG 573
            + S E+  VLKLDN  + QT WKP    AWDQ F++ LE++RELE+ V+WRD R LCA+KFL+LE+F+D+ RH + L +EPQG L AE+ F NP+I R P+L+RQ+KIF +QQG+   R  QMNI+VATW RL +R +    +  S   N++  S   S G
Sbjct:  389 ENSTEVSTVLKLDNTVVGQTAWKPCGPNAWDQSFTLELERARELELAVFWRDQRGLCALKFLKLEDFLDNERHEVQLDMEPQGCLVAEVTFRNPIIERIPRLQRQKKIFSKQQGQTFQRARQMNIDVATWVRLLRRLIPNAVATGSFSPNASPGSEIRSTG 549
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: XP_016770627.1 (PREDICTED: serine/threonine-protein kinase N [Apis mellifera])

HSP 1 Score: 521.931 bits (1343), Expect = 1.384e-169
Identity = 310/574 (54.01%), Postives = 398/574 (69.34%), Query Frame = 0 
Query:   67 LNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL-----NASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEG----GDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASP---------------------------------------------ANDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            + ELS KYG+ +     PLP +L+ELR++IRREI+KELKIK GAE LR+VA D+K+++DV  IVKKSNSKL ELQ ELQ+LESQI+++QG        +++  DTPLSP        E L   + +LL L+KQL+IE KVK GA+NMI   +SG+DKKLL EAQQM  DS+AKIE+L++R+MK++Q  +     GD    +G  + +      +   P+ EL +E RVEELRHRLRIE+A +EGAKNV++LLQS+ K+ DKK+L EAQ ++ ESS+KLDL+R S+E+  Q+ P DS  A +L+ E+ +S+Q+ASP                                             A +VPGR+R +E P    A  DLRSF+KGVT RSSSKSY++KD+TSN+IMAV+KLDN  + QT+W+P SQQAWDQRFSI L+KSRELEI +YW+D+RSLCA+KFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQ K  PR +QMNINVATWGRL KR      S + +  NS +S S  SG   P+P +L FD
Sbjct:   16 VYELSSKYGVASS-DQVPLPARLDELREHIRREIRKELKIKAGAEKLREVATDRKALSDVATIVKKSNSKLNELQAELQQLESQIILTQGQPQSPQQNHSNGQDTPLSPMGPSSPSQEGLFT-DLRLLSLEKQLNIELKVKQGAENMIQSLTSGRDKKLLQEAQQMLDDSRAKIEFLRMRIMKVRQARQQQHARGDAPPPNGEATSNK-----DRYEPSLELALEERVEELRHRLRIEAAVVEGAKNVIRLLQSA-KVADKKALTEAQASLAESSRKLDLLRLSLELRRQELPPDSGTAAQLKREL-ASVQSASPVPVTYTSLQPFRGPLEGKATVPASVSRCAAVTGQLEVRLMGCQDLAEEVPGRTR-REHP----ASPDLRSFVKGVTGRSSSKSYSVKDETSNDIMAVIKLDNQTVGQTSWRPCSQQAWDQRFSIELDKSRELEIGIYWKDWRSLCAIKFLRLEEFIDDVRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQVKNFPRANQMNINVATWGRLLKR------SAAPSLHNSRNSESPPSG---PQPLQLVFD 566
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: gb|KFM60785.1| (Serine/threonine-protein kinase N2, partial [Stegodyphus mimosarum])

HSP 1 Score: 506.523 bits (1303), Expect = 1.551e-164
Identity = 298/575 (51.83%), Postives = 385/575 (66.96%), Query Frame = 0 
Query:   69 ELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTP-LSP-GFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG--KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEG-GDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA--------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFM----KGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRNL----NFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            +L  KYG+  ++S + LP KLE+++  ++ EI+KELKIKEGAENLRK   DKKS+++VN IVKK+NSKL ELQQELQ+L + +LV QG S + + +++  +SP  ++       LS   Q+L  L+KQL+IE KVK+GA+NMI  YSSG  KDKKLL+EAQQM +DSKAKIEY+++ + K+K   E   D N+V   G+          K P     +E R+EELRHRL++E A +EGAKNV++LLQSS K+ D+K+LQEAQ N+ ESSQKLDLIR SME+   + P +S     L++E++SS QA SP                                              DVPGR   +EQ    S+ +DLRSF+    KG+T R SSKSY+IK++TSNEIMAVLKLDNV + QT WK  SQQAWDQRFSI+L++SRELEI VYWRD+RS+CAVKFLRLEEF+DD RHG+AL +EPQGLLFAE+KFLNPMI+RKP+L+RQRK+FR +GK   RP QMNINVATWGRL KR +    + Q +  S  S   +  SN +       T+LDFD
Sbjct:   10 DLVSKYGLHHNVSDASLPPKLEDIKRQLKEEIRKELKIKEGAENLRKATTDKKSLSNVNSIVKKANSKLHELQQELQDLNAYMLVIQGQSSDLNFTESCVISPDSYERESFEVPLSTSGQRLKSLEKQLNIEQKVKLGAENMIQMYSSGSSKDKKLLAEAQQMLADSKAKIEYIRMMINKVKHDKENHADGNAVGPEGA---------AKLPEIMSPLELRIEELRHRLKVECAVVEGAKNVIRLLQSS-KITDRKALQEAQMNLSESSQKLDLIRRSMEIRKLELPPESPKLEILKNELESS-QATSPVLYPSTIHPHGTRETPIPPCSTSLSKPATVTGKLEVRLMGCQDLLEDVPGRLPRREQGPHISSPADLRSFVRATGKGLTGRGSSKSYSIKEETSNEIMAVLKLDNVTVAQTTWKQCSQQAWDQRFSIDLDRSRELEIQVYWRDWRSMCAVKFLRLEEFIDDNRHGIALHMEPQGLLFAEVKFLNPMISRKPRLQRQRKLFRHKGKNFLRPGQMNINVATWGRLMKRAMPQACSEQSATISPPSCLLAPVSNKNRPLDSIVTKLDFD 573
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: EEB18875.1 (conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 502.286 bits (1292), Expect = 5.890e-162
Identity = 291/538 (54.09%), Postives = 374/538 (69.52%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTH--LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQ--GHSLNASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPAN-----------------------------------------------DVPGRSRNKEQPGVFSAHSDLRS-FMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG+ T   +  + L  KLEEL+++IR+EI+KELKIKEGAE LR+ AKD+KS+ADV  I+KKSN+KLA+LQ ++QELESQI+++Q  G+++    +D+ +SP         S  P +Q+ L L+KQL+IE KVK GA+NMIA     +D+KLL+EAQQM  DSKAKIE+LK+R+ + KQL     +N     G  S  Y       P  E+ +E R+EELRHRLRIE+A +EGAKN +KLLQS  K+ DKK+L EAQ ++  SS+KLDL+R+S+E   Q+ P DS  + +L+ E+  S+QA+SP +                                               DVPGRSR  +   + S+ SDLRS  +KGVT RSSSKSY++KD+TS EIMAV+KLDN  + QT+W+  SQQAWDQRFSI L+KSRELE+ VYWRD+RSLCAVKFL+LEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI++KPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   17 ILYELSHKYGLPTSDGVPEAVLSSKLEELKEHIRKEIRKELKIKEGAEKLREAAKDRKSLADVASILKKSNTKLADLQADVQELESQIILTQCQGNTIINGQNDSHVSPV------TSSTDPQDQRWLSLEKQLNIELKVKAGAENMIASLGH-RDRKLLAEAQQMLQDSKAKIEFLKMRINRAKQL-----KNDSPANGDRSHKY-----DSPL-EIPLEDRIEELRHRLRIEAAVVEGAKNAIKLLQSY-KVADKKALNEAQASLSASSKKLDLLRYSLEKRRQELPPDSPASAQLKKEL-QSVQASSPGSITYTSLQPFRAADSRQTNPTSHTSFSRCASVTGKLEVRLMGCQDLLEDVPGRSRRDKD--ILSSPSDLRSVLIKGVTGRSSSKSYSVKDETSQEIMAVIKLDNQQVAQTSWRVCSQQAWDQRFSIELDKSRELELGVYWRDWRSLCAVKFLKLEEFIDDVRHGMALQLEPQGLLFAEIKFLNPMISKKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 532
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: EAA03911.6 (AGAP007587-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 506.138 bits (1302), Expect = 1.390e-160
Identity = 323/704 (45.88%), Postives = 429/704 (60.94%), Query Frame = 0 
Query:   38 SSSLSLLPLTMAELAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL-NASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG---KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQ---LGEGGDENSVHGGGSWSGSYLGLENKGPAS-ELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRP-TRLDFDQHSTNSTVTTVSSTSSSG---QNSNTNNLNNQNDIRRXAEATTPAPSSYDSAAHQNRRPSKGPAPPVPSHTIDNDNPGYDVWKRRSSTDNNNHHTAVIP 680
            S+ L +L    A+L G Y+   D     +L ELS KYG+  ++S   LP +LEE+++ IRREI+KELKIKEGAE LR+VA D++S++DV  IVKKSN+KLAEL+ EL ELESQI+++QG+S+ N    D  LS     G E    +  ++ L+ L+KQL IE KVK GA+NMI   SSG   +DKKLL+EA QM +DSKAKIEYL+++++K++Q     +G +EN   GG S + +      K P   E +++ R+EELRHRLRIE+A ++GAKNV++ LQS+  + DKK+LQEAQ  + ESS+KLDL+R ++E+   + P D   A +L++E+  ++QA+SP                                                DVPGRSR  +  G  S+  DL+SF+KGVT  SS     +KD+TS+EIMAV+KLDN+ + QT+W+P SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQG+LFAEIKFLNPMI+RKPKL+RQR IF +QQ K IPR  QMNINVATWGRL KRN     S S   +   + +   S G A  P T +  +Q    S   T  ST  S    Q+     L    D              Y     ++RR +  P  P+P+       PG+       ST   + H   +P
Sbjct:   27 SNKLVILKDLKAKLKG-YLFSGDYIKHPVLYELSHKYGLPDNVSEQLLPDRLEEIKEAIRREIRKELKIKEGAEKLREVATDRRSLSDVASIVKKSNNKLAELKSELHELESQIILTQGNSVSNNGGHDPILSTVIPSGPE---FTANDKLLISLEKQLSIETKVKNGAENMIQSISSGHHGRDKKLLAEAHQMLADSKAKIEYLRLKILKVRQNKLSSKGSEEN---GGESANAA------KQPQELETSLDDRIEELRHRLRIEAAVVDGAKNVIRTLQSTKTI-DKKALQEAQGRLSESSRKLDLLRKALELRRLELPPDCPTAQQLKAEL-QNVQASSPGPVQYTMRNSFRGSAQGRPAHSQQSFSRCAAVTGKLEVRLMGCQDLLEDVPGRSRRDKDAGS-SSPGDLKSFVKGVTSRSSSKSYSVKDETSSEIMAVIKLDNITVGQTSWRPCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGVLFAEIKFLNPMISRKPKLQRQRMIFNKQQVKNIPRAKQMNINVATWGRLLKRNTTSSGSSSGPTTAGAAGAGTPSPGSATVPMTGMMANQTQHGSAGATTPSTPGSYDPLQDDPVETLGESADHNVVGLGGGRPLGRYP----RSRRTAGKPLVPLPAE------PGHTDGGAARSTATVHQHAVQLP 704
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: AHN56040.1 (protein kinase N, isoform O [Drosophila melanogaster])

HSP 1 Score: 485.723 bits (1249), Expect = 1.562e-154
Identity = 289/569 (50.79%), Postives = 365/569 (64.15%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:   15 VLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 568
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: AAF58958.2 (protein kinase N, isoform B [Drosophila melanogaster])

HSP 1 Score: 485.723 bits (1249), Expect = 2.299e-154
Identity = 289/569 (50.79%), Postives = 365/569 (64.15%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:   15 VLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 568
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: AAM68824.1 (protein kinase N, isoform F [Drosophila melanogaster])

HSP 1 Score: 485.723 bits (1249), Expect = 2.938e-154
Identity = 293/584 (50.17%), Postives = 370/584 (63.36%), Query Frame = 0 
Query:   51 LAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            L G+YI         +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:   21 LHGEYIKH------PVLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 583
[Close]
BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: AFH07975.1 (protein kinase N, isoform M [Drosophila melanogaster])

HSP 1 Score: 486.493 bits (1251), Expect = 4.760e-154
Identity = 289/569 (50.79%), Postives = 365/569 (64.15%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:   15 VLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 568
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BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: ACZ94373.1 (protein kinase N, isoform H [Drosophila melanogaster])

HSP 1 Score: 486.878 bits (1252), Expect = 6.753e-154
Identity = 289/569 (50.79%), Postives = 365/569 (64.15%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:  109 VLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 662
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BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Match: AFH07976.1 (protein kinase N, isoform L [Drosophila melanogaster])

HSP 1 Score: 486.493 bits (1251), Expect = 7.765e-154
Identity = 293/584 (50.17%), Postives = 370/584 (63.36%), Query Frame = 0 
Query:   51 LAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL---NASLSDTP-LSP--GFQ---------------HGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSGKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSV-------HG---GGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA-----------------------------------------------NDVPGRSR----NKEQPGVFSAHSDLRSFMKGVTRSSSKSYN-IKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIF-RQQGK-IPRPDQMNINVATWGRLFKRN 549
            L G+YI         +L ELS KYG   +L  S +  +LEE+++ IRREI+KELKIKEGAE LR+VAKD++S++DV ++VKKS SKLAEL+ ELQELESQIL++  ++    N   S T  + P  GF                 G  P + +  ++ L  L+KQL IE KVK GA+NMI     G DKKLL+EA QM +DSKAKIE+L++R++K+KQ  E  D           HG   GG+ S     LE        T+E R+EELRHRLRIE+A ++GAKNV++ LQ++++ PDKK+LQEA   + ESS+KLDL+R+S+++  Q+ P DS  A +L++E+     + SPA                                                DVPGRSR    N   PG      DLRSF+KGVT  SS     +KD+TS EIMAV+KLDN+ + QT+WK  SQQAWDQRFSI+L++SRELEI VYWRD+RSLCAVK LRLEEF+DD RHGMALQLEPQGLLFAE+KFLNPMI++KPKLRRQR IF RQQ K I R  QMNINVATWGRL KRN
Sbjct:   21 LHGEYIKH------PVLYELSHKYGFTENLPESCMSIRLEEIKEAIRREIRKELKIKEGAEKLREVAKDRRSLSDVAVLVKKSKSKLAELKSELQELESQILLTSANTAVNSNGQESITACIDPNGGFLVSGAVGGLGGGNTALEGGAPATAN--DKVLASLEKQLQIEMKVKTGAENMIQSLGIGCDKKLLAEAHQMLADSKAKIEFLRLRIIKVKQNREQADRLKASRQMIDEHGQTIGGNNSSQPQSLET-------TLEERIEELRHRLRIEAAVVDGAKNVIRTLQTANRAPDKKALQEAHGRLSESSRKLDLLRYSLDLRRQELPADSPAAQQLKTELQIVQLSTSPAPVTYTSLQSGQAGILGGKPYQSVSSLGRCASVTGKLEVRLLGCQDLLEDVPGRSRRDKDNNSSPG------DLRSFVKGVTSRSSSKSYSVKDETSIEIMAVIKLDNITVGQTSWKQCSQQAWDQRFSIDLDRSRELEIGVYWRDWRSLCAVKVLRLEEFIDDVRHGMALQLEPQGLLFAEVKFLNPMISQKPKLRRQRMIFNRQQAKNISRAKQMNINVATWGRLLKRN 583
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|939232969|ref|XP_014261578.1| (PREDICTED: serine/threonine-protein kinase N isoform X2 [Cimex lectularius])

HSP 1 Score: 535.028 bits (1377), Expect = 1.316e-171
Identity = 305/540 (56.48%), Postives = 383/540 (70.93%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTH-LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHS--LNASLSDTPLSPGFQHGXEPESLSPF--EQQLLHLQKQLDIECKVKIGADNMIAEYSS---GKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG+QT  +  + LP KLEEL++ IRREI+KELKIKEGAE LR+ +KD+KS++DV  IVKKSNSKL+ELQ ELQELESQI+++QG S  L+ S     +SP      E +  + F  + +L+ L+KQL+IE KVK GA+NM+   +S    +DKKL+ EAQQM +DSKAKIEYLK+R+MK KQ+   G  +S H G + +   +G   + P     +E RV+ELRHRLRIE+  +EGAKNV++LLQS+ K+ DKK+LQEAQ N+ ESS+KLDL+R S+E+  Q+ P DS+ A  L+ E++S +Q+ASP                                                +VPGRSR ++     S+  DLRSF+KGVT RSSSKSY++KD+ SNEIMAV+KLDN  + QT+WKP SQQAWDQRFSI L KSRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   64 VLYELSHKYGLQTESVPEAALPNKLEELKELIRREIRKELKIKEGAEKLREASKDRKSLSDVAHIVKKSNSKLSELQAELQELESQIILTQGQSDPLHTSNGHGLVSPMSGLSVENQGNNNFSTDLRLVSLEKQLNIELKVKQGAENMLQSLASREHSRDKKLIGEAQQMLADSKAKIEYLKMRIMKAKQIRSSGRHDSPHNGDANNQDKIGRNLEPPG----LEDRVDELRHRLRIEARVVEGAKNVIRLLQSN-KVVDKKALQEAQVNLCESSRKLDLLRKSLELRRQELPPDSSTAMLLKQELES-VQSASPVPVMYTSLQPFRDSSNRPLSNHPSSLNRTAAVTGKLEVRLMGCQDLLEEVPGRSRREKDSS--SSPGDLRSFVKGVTGRSSSKSYSVKDEISNEIMAVIKLDNQTVAQTSWKPCSQQAWDQRFSIELVKSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 595
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|939232979|ref|XP_014261622.1| (PREDICTED: serine/threonine-protein kinase N isoform X7 [Cimex lectularius])

HSP 1 Score: 532.717 bits (1371), Expect = 4.110e-171
Identity = 307/548 (56.02%), Postives = 380/548 (69.34%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTH-LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPL--SPGFQHGXEPESLSPFEQQ----------LLHLQKQLDIECKVKIGADNMIAEYSS---GKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG+QT  +  + LP KLEEL++ IRREI+KELKIKEGAE LR+ +KD+KS++DV  IVKKSNSKL+ELQ ELQELESQI+++QG S        PL  S G +    P S    E Q          L+ L+KQL+IE KVK GA+NM+   +S    +DKKL+ EAQQM +DSKAKIEYLK+R+MK KQ+   G  +S H G + +   +G   + P     +E RV+ELRHRLRIE+  +EGAKNV++LLQS+ K+ DKK+LQEAQ N+ ESS+KLDL+R S+E+  Q+ P DS+ A  L+ E++S +Q+ASP                                                +VPGRSR ++     S+  DLRSF+KGVT RSSSKSY++KD+ SNEIMAV+KLDN  + QT+WKP SQQAWDQRFSI L KSRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   64 VLYELSHKYGLQTESVPEAALPNKLEELKELIRREIRKELKIKEGAEKLREASKDRKSLSDVAHIVKKSNSKLSELQAELQELESQIILTQGQS-------DPLHTSNGHEGLVSPMSGLSVENQGNNNFSTDLRLVSLEKQLNIELKVKQGAENMLQSLASREHSRDKKLIGEAQQMLADSKAKIEYLKMRIMKAKQIRSSGRHDSPHNGDANNQDKIGRNLEPPG----LEDRVDELRHRLRIEARVVEGAKNVIRLLQSN-KVVDKKALQEAQVNLCESSRKLDLLRKSLELRRQELPPDSSTAMLLKQELES-VQSASPVPVMYTSLQPFRDSSNRPLSNHPSSLNRTAAVTGKLEVRLMGCQDLLEEVPGRSRREKDSS--SSPGDLRSFVKGVTGRSSSKSYSVKDEISNEIMAVIKLDNQTVAQTSWKPCSQQAWDQRFSIELVKSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 596
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|939232973|ref|XP_014261595.1| (PREDICTED: serine/threonine-protein kinase N isoform X4 [Cimex lectularius])

HSP 1 Score: 533.102 bits (1372), Expect = 7.028e-171
Identity = 307/548 (56.02%), Postives = 380/548 (69.34%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTH-LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPL--SPGFQHGXEPESLSPFEQQ----------LLHLQKQLDIECKVKIGADNMIAEYSS---GKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG+QT  +  + LP KLEEL++ IRREI+KELKIKEGAE LR+ +KD+KS++DV  IVKKSNSKL+ELQ ELQELESQI+++QG S        PL  S G +    P S    E Q          L+ L+KQL+IE KVK GA+NM+   +S    +DKKL+ EAQQM +DSKAKIEYLK+R+MK KQ+   G  +S H G + +   +G   + P     +E RV+ELRHRLRIE+  +EGAKNV++LLQS+ K+ DKK+LQEAQ N+ ESS+KLDL+R S+E+  Q+ P DS+ A  L+ E++S +Q+ASP                                                +VPGRSR ++     S+  DLRSF+KGVT RSSSKSY++KD+ SNEIMAV+KLDN  + QT+WKP SQQAWDQRFSI L KSRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   64 VLYELSHKYGLQTESVPEAALPNKLEELKELIRREIRKELKIKEGAEKLREASKDRKSLSDVAHIVKKSNSKLSELQAELQELESQIILTQGQS-------DPLHTSNGHEGLVSPMSGLSVENQGNNNFSTDLRLVSLEKQLNIELKVKQGAENMLQSLASREHSRDKKLIGEAQQMLADSKAKIEYLKMRIMKAKQIRSSGRHDSPHNGDANNQDKIGRNLEPPG----LEDRVDELRHRLRIEARVVEGAKNVIRLLQSN-KVVDKKALQEAQVNLCESSRKLDLLRKSLELRRQELPPDSSTAMLLKQELES-VQSASPVPVMYTSLQPFRDSSNRPLSNHPSSLNRTAAVTGKLEVRLMGCQDLLEEVPGRSRREKDSS--SSPGDLRSFVKGVTGRSSSKSYSVKDEISNEIMAVIKLDNQTVAQTSWKPCSQQAWDQRFSIELVKSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 596
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|939232975|ref|XP_014261605.1| (PREDICTED: serine/threonine-protein kinase N isoform X5 [Cimex lectularius])

HSP 1 Score: 532.332 bits (1370), Expect = 7.326e-171
Identity = 311/565 (55.04%), Postives = 386/565 (68.32%), Query Frame = 0 
Query:   49 AELAGQYIIQDDNFSLSLLNELSVKYGIQTH-LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPL--SPGFQHGXEPESLSPFEQQ----------LLHLQKQLDIECKVKIGADNMIAEYSS---GKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            ++L G YI         +L ELS KYG+QT  +  + LP KLEEL++ IRREI+KELKIKEGAE LR+ +KD+KS++DV  IVKKSNSKL+ELQ ELQELESQI+++QG S        PL  S G +    P S    E Q          L+ L+KQL+IE KVK GA+NM+   +S    +DKKL+ EAQQM +DSKAKIEYLK+R+MK KQ+   G  +S H G + +   +G   + P     +E RV+ELRHRLRIE+  +EGAKNV++LLQS+ K+ DKK+LQEAQ N+ ESS+KLDL+R S+E+  Q+ P DS+ A  L+ E++S +Q+ASP                                                +VPGRSR ++     S+  DLRSF+KGVT RSSSKSY++KD+ SNEIMAV+KLDN  + QT+WKP SQQAWDQRFSI L KSRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   27 SKLHGDYIRH------PVLYELSHKYGLQTESVPEAALPNKLEELKELIRREIRKELKIKEGAEKLREASKDRKSLSDVAHIVKKSNSKLSELQAELQELESQIILTQGQS-------DPLHTSNGHEGLVSPMSGLSVENQGNNNFSTDLRLVSLEKQLNIELKVKQGAENMLQSLASREHSRDKKLIGEAQQMLADSKAKIEYLKMRIMKAKQIRSSGRHDSPHNGDANNQDKIGRNLEPPG----LEDRVDELRHRLRIEARVVEGAKNVIRLLQSN-KVVDKKALQEAQVNLCESSRKLDLLRKSLELRRQELPPDSSTAMLLKQELES-VQSASPVPVMYTSLQPFRDSSNRPLSNHPSSLNRTAAVTGKLEVRLMGCQDLLEEVPGRSRREKDSS--SSPGDLRSFVKGVTGRSSSKSYSVKDEISNEIMAVIKLDNQTVAQTSWKPCSQQAWDQRFSIELVKSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 570
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|755932071|ref|XP_011314202.1| (PREDICTED: serine/threonine-protein kinase N isoform X2 [Fopius arisanus])

HSP 1 Score: 530.791 bits (1366), Expect = 8.144e-171
Identity = 307/583 (52.66%), Postives = 399/583 (68.44%), Query Frame = 0 
Query:   58 QDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLN-----ASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG-KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGE---GGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASP---------------------------------------------ANDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            Q+D     +L ELS KYG+   ++  PLP +L+ELR++IRREI+KELKIK GAE LR+VA D+K+++DV +IVKK+NSKL ELQ ELQ+LESQI+++QG   +     ++  DTPLSP        E L   + +++ L+KQL+IE KVK GA+NMI   +SG +DKKLL EAQQM  DS+AKIE+L++R+MK++Q  +      +  +  G S +      +   P+ EL +E RVEELRHRLRIE+A +EGAKNV++LLQS+ K+ DKK+L EAQ ++ ESS+KLDL+R S+++  Q+ P DS  A +L+ E+ +S+Q+ASP                                             A +VPGR+R +  P    A  DLRSF+KGVT RSSSKSY++KD+TSN+IMAV+KLDN  + QT+W+P SQQAWDQRFSI L+KSRELEI +YW+D+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEI+FLNPMI+RKPKL+RQRKIF+QQ K  PR +QMNINVATWGRL KR      S  S  SN  S S   SG    +P +L FD
Sbjct:    8 QNDYSRQPVLAELSHKYGVS--VNDQPLPARLDELREHIRREIRKELKIKAGAEKLREVATDRKALSDVAMIVKKANSKLNELQAELQQLESQIILTQGQPQSPQRDYSNGQDTPLSPMDSSSPSQEGLIT-DLRIMTLEKQLNIELKVKQGAENMIQSLTSGHRDKKLLQEAQQMLDDSRAKIEFLRMRIMKVRQARQQQHARADAPLSNGESTTSK----DKYEPSLELALEERVEELRHRLRIEAAVVEGAKNVIRLLQSA-KVADKKALTEAQASLSESSRKLDLLRMSLDMRRQELPADSATAAQLKREL-ASVQSASPVPVTYTSLQPFRGPLEGRATVPISVSRCAAVTGQLEVRLMGCQDLAEEVPGRTRREHHP----ASPDLRSFVKGVTGRSSSKSYSVKDETSNDIMAVIKLDNQTVAQTSWRPCSQQAWDQRFSIELDKSRELEIGIYWKDWRSLCAVKFLRLEEFIDDVRHGMALQLEPQGLLFAEIRFLNPMISRKPKLQRQRKIFKQQAKNFPRANQMNINVATWGRLLKR------SAPSLHSNRNSESPP-SGA---QPMQLVFD 567
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|939232977|ref|XP_014261613.1| (PREDICTED: serine/threonine-protein kinase N isoform X6 [Cimex lectularius])

HSP 1 Score: 531.946 bits (1369), Expect = 9.619e-171
Identity = 307/548 (56.02%), Postives = 380/548 (69.34%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTH-LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPL--SPGFQHGXEPESLSPFEQQ----------LLHLQKQLDIECKVKIGADNMIAEYSS---GKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG+QT  +  + LP KLEEL++ IRREI+KELKIKEGAE LR+ +KD+KS++DV  IVKKSNSKL+ELQ ELQELESQI+++QG S        PL  S G +    P S    E Q          L+ L+KQL+IE KVK GA+NM+   +S    +DKKL+ EAQQM +DSKAKIEYLK+R+MK KQ+   G  +S H G + +   +G   + P     +E RV+ELRHRLRIE+  +EGAKNV++LLQS+ K+ DKK+LQEAQ N+ ESS+KLDL+R S+E+  Q+ P DS+ A  L+ E++S +Q+ASP                                                +VPGRSR ++     S+  DLRSF+KGVT RSSSKSY++KD+ SNEIMAV+KLDN  + QT+WKP SQQAWDQRFSI L KSRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   26 VLYELSHKYGLQTESVPEAALPNKLEELKELIRREIRKELKIKEGAEKLREASKDRKSLSDVAHIVKKSNSKLSELQAELQELESQIILTQGQS-------DPLHTSNGHEGLVSPMSGLSVENQGNNNFSTDLRLVSLEKQLNIELKVKQGAENMLQSLASREHSRDKKLIGEAQQMLADSKAKIEYLKMRIMKAKQIRSSGRHDSPHNGDANNQDKIGRNLEPPG----LEDRVDELRHRLRIEARVVEGAKNVIRLLQSN-KVVDKKALQEAQVNLCESSRKLDLLRKSLELRRQELPPDSSTAMLLKQELES-VQSASPVPVMYTSLQPFRDSSNRPLSNHPSSLNRTAAVTGKLEVRLMGCQDLLEEVPGRSRREKDSS--SSPGDLRSFVKGVTGRSSSKSYSVKDEISNEIMAVIKLDNQTVAQTSWKPCSQQAWDQRFSIELVKSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 558
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|939232967|ref|XP_014261570.1| (PREDICTED: serine/threonine-protein kinase N isoform X1 [Cimex lectularius])

HSP 1 Score: 532.717 bits (1371), Expect = 1.262e-170
Identity = 307/548 (56.02%), Postives = 380/548 (69.34%), Query Frame = 0 
Query:   66 LLNELSVKYGIQTH-LSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLNASLSDTPL--SPGFQHGXEPESLSPFEQQ----------LLHLQKQLDIECKVKIGADNMIAEYSS---GKDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEGGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPA----------------------------------------------NDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRN 549
            +L ELS KYG+QT  +  + LP KLEEL++ IRREI+KELKIKEGAE LR+ +KD+KS++DV  IVKKSNSKL+ELQ ELQELESQI+++QG S        PL  S G +    P S    E Q          L+ L+KQL+IE KVK GA+NM+   +S    +DKKL+ EAQQM +DSKAKIEYLK+R+MK KQ+   G  +S H G + +   +G   + P     +E RV+ELRHRLRIE+  +EGAKNV++LLQS+ K+ DKK+LQEAQ N+ ESS+KLDL+R S+E+  Q+ P DS+ A  L+ E++S +Q+ASP                                                +VPGRSR ++     S+  DLRSF+KGVT RSSSKSY++KD+ SNEIMAV+KLDN  + QT+WKP SQQAWDQRFSI L KSRELEI VYWRD+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQGK  PR +QMNINVATWGRL KR+
Sbjct:   64 VLYELSHKYGLQTESVPEAALPNKLEELKELIRREIRKELKIKEGAEKLREASKDRKSLSDVAHIVKKSNSKLSELQAELQELESQIILTQGQS-------DPLHTSNGHEGLVSPMSGLSVENQGNNNFSTDLRLVSLEKQLNIELKVKQGAENMLQSLASREHSRDKKLIGEAQQMLADSKAKIEYLKMRIMKAKQIRSSGRHDSPHNGDANNQDKIGRNLEPPG----LEDRVDELRHRLRIEARVVEGAKNVIRLLQSN-KVVDKKALQEAQVNLCESSRKLDLLRKSLELRRQELPPDSSTAMLLKQELES-VQSASPVPVMYTSLQPFRDSSNRPLSNHPSSLNRTAAVTGKLEVRLMGCQDLLEEVPGRSRREKDSS--SSPGDLRSFVKGVTGRSSSKSYSVKDEISNEIMAVIKLDNQTVAQTSWKPCSQQAWDQRFSIELVKSRELEIGVYWRDWRSLCAVKFLRLEEFIDDIRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQGKNFPRANQMNINVATWGRLLKRS 596
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|780652122|ref|XP_011690663.1| (PREDICTED: serine/threonine-protein kinase N isoform X5 [Wasmannia auropunctata])

HSP 1 Score: 530.02 bits (1364), Expect = 2.434e-170
Identity = 317/606 (52.31%), Postives = 407/606 (67.16%), Query Frame = 0 
Query:   35 SRCSSSLSLLPLTMAELAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL-----NASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG-KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEG---GDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASP---------------------------------------------ANDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            ++ +SS  L    +A  AG YI          L ELS KYG+       PLP +L+ LR++IRREI+KELKIK GAE LR+VA D+KS++DV  IVKK+NSKL EL  ELQ+LESQI+++QG        +++  DTPLSP        E L   + +LL L+KQL+IE KVK GA+NMI   +SG +DKKLL EAQQM  DS+AKIE+L++R+MK++Q  +    GD    +G  + +      +   P+ EL +E RVEELRHRLRIE+A +EGAKNV++LLQS+ K+ DKK+L EAQ ++ ESS+KLDL+R S+E+  Q+ P DS  A +L+ E+ +S+Q+ASP                                             A +VPGR+R +E P    A  DLRSF+KGVT RSSSKSY++KD+TSN+IMAV+KLDN  + QT+W+P SQQAWDQRFSI L+KSRELEI +YW+D+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQ K  PR +QMNINVATWGRL KR+       + +  NS +S S  SG   P+P +L FD
Sbjct:   22 TKMTSSRYLWTCMVAPCAGDYI------RYPALYELSSKYGVAGS-DQVPLPARLDVLREHIRREIRKELKIKAGAEKLREVATDRKSLSDVATIVKKANSKLNELHAELQQLESQIILTQGQPQSPQQNHSNGQDTPLSPMGSSSPSQEGLFT-DLRLLSLEKQLNIELKVKQGAENMIQSLTSGHRDKKLLQEAQQMLDDSRAKIEFLRMRIMKVRQARQQQQRGDAPPPNGETASNK-----DRYEPSLELALEERVEELRHRLRIEAAVVEGAKNVIRLLQSA-KVADKKALTEAQASLAESSRKLDLLRMSLELRRQELPADSGTAAQLKREL-ASVQSASPVPVTYTSLQPFRGPLEGKATVPASVSRCAAVTGQLEVRLMGCQDLAEEVPGRTR-REHP----ASPDLRSFVKGVTGRSSSKSYSVKDETSNDIMAVIKLDNQTVGQTSWRPCSQQAWDQRFSIELDKSRELEIGIYWKDWRSLCAVKFLRLEEFIDDVRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQVKNFPRANQMNINVATWGRLLKRS-------APSLHNSRNSESPPSG---PQPLQLVFD 597
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|755932068|ref|XP_011314201.1| (PREDICTED: serine/threonine-protein kinase N isoform X1 [Fopius arisanus])

HSP 1 Score: 530.791 bits (1366), Expect = 2.887e-170
Identity = 307/583 (52.66%), Postives = 399/583 (68.44%), Query Frame = 0 
Query:   58 QDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSLN-----ASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG-KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGE---GGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASP---------------------------------------------ANDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            Q+D     +L ELS KYG+   ++  PLP +L+ELR++IRREI+KELKIK GAE LR+VA D+K+++DV +IVKK+NSKL ELQ ELQ+LESQI+++QG   +     ++  DTPLSP        E L   + +++ L+KQL+IE KVK GA+NMI   +SG +DKKLL EAQQM  DS+AKIE+L++R+MK++Q  +      +  +  G S +      +   P+ EL +E RVEELRHRLRIE+A +EGAKNV++LLQS+ K+ DKK+L EAQ ++ ESS+KLDL+R S+++  Q+ P DS  A +L+ E+ +S+Q+ASP                                             A +VPGR+R +  P    A  DLRSF+KGVT RSSSKSY++KD+TSN+IMAV+KLDN  + QT+W+P SQQAWDQRFSI L+KSRELEI +YW+D+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEI+FLNPMI+RKPKL+RQRKIF+QQ K  PR +QMNINVATWGRL KR      S  S  SN  S S   SG    +P +L FD
Sbjct:    8 QNDYSRQPVLAELSHKYGVS--VNDQPLPARLDELREHIRREIRKELKIKAGAEKLREVATDRKALSDVAMIVKKANSKLNELQAELQQLESQIILTQGQPQSPQRDYSNGQDTPLSPMDSSSPSQEGLIT-DLRIMTLEKQLNIELKVKQGAENMIQSLTSGHRDKKLLQEAQQMLDDSRAKIEFLRMRIMKVRQARQQQHARADAPLSNGESTTSK----DKYEPSLELALEERVEELRHRLRIEAAVVEGAKNVIRLLQSA-KVADKKALTEAQASLSESSRKLDLLRMSLDMRRQELPADSATAAQLKREL-ASVQSASPVPVTYTSLQPFRGPLEGRATVPISVSRCAAVTGQLEVRLMGCQDLAEEVPGRTRREHHP----ASPDLRSFVKGVTGRSSSKSYSVKDETSNDIMAVIKLDNQTVAQTSWRPCSQQAWDQRFSIELDKSRELEIGIYWKDWRSLCAVKFLRLEEFIDDVRHGMALQLEPQGLLFAEIRFLNPMISRKPKLQRQRKIFKQQAKNFPRANQMNINVATWGRLLKR------SAPSLHSNRNSESPP-SGA---QPMQLVFD 567
[Close]
BLAST of EMLSAG00000000692 vs. nr
Match: gi|780652110|ref|XP_011690659.1| (PREDICTED: serine/threonine-protein kinase N isoform X1 [Wasmannia auropunctata])

HSP 1 Score: 530.791 bits (1366), Expect = 7.799e-170
Identity = 317/606 (52.31%), Postives = 407/606 (67.16%), Query Frame = 0 
Query:   35 SRCSSSLSLLPLTMAELAGQYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILVSQGHSL-----NASLSDTPLSPGFQHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSSG-KDKKLLSEAQQMSSDSKAKIEYLKIRLMKMKQLGEG---GDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASP---------------------------------------------ANDVPGRSRNKEQPGVFSAHSDLRSFMKGVT-RSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGK-IPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNHSGGFAPRPTRLDFD 584
            ++ +SS  L    +A  AG YI          L ELS KYG+       PLP +L+ LR++IRREI+KELKIK GAE LR+VA D+KS++DV  IVKK+NSKL EL  ELQ+LESQI+++QG        +++  DTPLSP        E L   + +LL L+KQL+IE KVK GA+NMI   +SG +DKKLL EAQQM  DS+AKIE+L++R+MK++Q  +    GD    +G  + +      +   P+ EL +E RVEELRHRLRIE+A +EGAKNV++LLQS+ K+ DKK+L EAQ ++ ESS+KLDL+R S+E+  Q+ P DS  A +L+ E+ +S+Q+ASP                                             A +VPGR+R +E P    A  DLRSF+KGVT RSSSKSY++KD+TSN+IMAV+KLDN  + QT+W+P SQQAWDQRFSI L+KSRELEI +YW+D+RSLCAVKFLRLEEF+DD RHGMALQLEPQGLLFAEIKFLNPMI+RKPKL+RQRKIF+QQ K  PR +QMNINVATWGRL KR+       + +  NS +S S  SG   P+P +L FD
Sbjct:   22 TKMTSSRYLWTCMVAPCAGDYI------RYPALYELSSKYGVAGS-DQVPLPARLDVLREHIRREIRKELKIKAGAEKLREVATDRKSLSDVATIVKKANSKLNELHAELQQLESQIILTQGQPQSPQQNHSNGQDTPLSPMGSSSPSQEGLFT-DLRLLSLEKQLNIELKVKQGAENMIQSLTSGHRDKKLLQEAQQMLDDSRAKIEFLRMRIMKVRQARQQQQRGDAPPPNGETASNK-----DRYEPSLELALEERVEELRHRLRIEAAVVEGAKNVIRLLQSA-KVADKKALTEAQASLAESSRKLDLLRMSLELRRQELPADSGTAAQLKREL-ASVQSASPVPVTYTSLQPFRGPLEGKATVPASVSRCAAVTGQLEVRLMGCQDLAEEVPGRTR-REHP----ASPDLRSFVKGVTGRSSSKSYSVKDETSNDIMAVIKLDNQTVGQTSWRPCSQQAWDQRFSIELDKSRELEIGIYWKDWRSLCAVKFLRLEEFIDDVRHGMALQLEPQGLLFAEIKFLNPMISRKPKLQRQRKIFKQQVKNFPRANQMNINVATWGRLLKRS-------APSLHNSRNSESPPSG---PQPLQLVFD 597
[Close]
BLAST of EMLSAG00000000692 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1931_size24754-snap-gene-0.10 (protein:Tk10801 transcript:maker-scaffold1931_size24754-snap-gene-0.10-mRNA-1 annotation:"protein kinase n")

HSP 1 Score: 753.436 bits (1944), Expect = 0.000e+0
Identity = 471/919 (51.25%), Postives = 570/919 (62.02%), Query Frame = 0 
Query:   48 MAELAGQ---YIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELRDYIRREIKKELKIKEGAENLRKVAKDKKSVADVNIIVKKSNSKLAELQQELQELESQILV---SQGHSLNASLSDTPLSPGF--QHGXEPESLSPFEQQLLHLQKQLDIECKVKIGADNMIAEYSS----GKDKK-LLSEAQQMSSDSKAKIEYLKIRLMKMKQLGE--GGDENSVHGGGSWSGSYLGLENKGPASELTIEFRVEELRHRLRIESACLEGAKNVLKLLQSSSKLPDKKSLQEAQQNMFESSQKLDLIRHSMEVHLQKFPTDSNMANELRSEIDSSIQAASPAN----------------------------------------------------DVPGRSRNKEQPGVFSAHSDLRSFMKGVTRSSSKSYNIKDDTSNEIMAVLKLDNVPIXQTNWKPSSQQAWDQRFSINLEKSRELEIDVYWRDYRSLCAVKFLRLEEFVDDFRHGMALQLEPQGLLFAEIKFLNPMITRKPKLRRQRKIFRQQGKIPRPDQMNINVATWGRLFKRNLNFQKSVSSTDSNSTSSSSNH----------------------SGGFAPRPTRLDFD--------QHSTNSTV--TTVSSTSSSGQNSNTNNLNNQNDIRRXAEATTPAPSSYDSAAHQNRRPSKGPAPPVPSHTIDNDNPGYDVWKRRSSTDNNNHHTAVIPPK----PAPRSSNTRSSSSSSSSTDKNGNAAHQEPVYELEKKGHTSVIRVSYPGSPESPSVHPVITFPSGDDEDEAGGCCTSVGPPITGSVHHPSSSTMMTXTTTTTTSSGTPSSRSNHPESSSNEQRLNNKNNNNVVVERSSRSPPTAHPRASMRFANIQRNDSNMGLESFKLVTVLGRGHFGKVF 863
            MA+L+G    YIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELR+Y+R EI++ELKIKEGAENLRKVA DKKSV+DVN IVKKSNSKL+ELQQELQELESQILV   S+  + NASLSD+ LSPG   +   EPESL+PFEQQ+ HLQKQLDIECKVK GADNMI EYS+    GKDKK LL EAQQMS+DSKAK+EYLK+RLMK++Q  E     EN+     S               E T+E R+EELRH L IESACLEGA+N +KLLQ   K+PDK++LQEAQQN+F SSQKLDLIRHS+EVH Q+ P +SN+A+EL+ EIDSS   +SP N                                                    DVPGRSR  +Q GVFS+ +DL+SFMKGVTRSSSKSY+IKD+TSNEIMAVLKLDNV + QTNWKP SQQAWD RFS  LEKSRELEID+YWRD+RSLCAVKFLRLE+F+DD RHGMALQLEPQG+LFAEIKFLNP+ITRKPKL+RQR IFRQQGKIPRP QMNINVATWGR  +RNLN Q+S+ + DSN+ +S++N                       + GFAPRPT+LDF+        Q   ++ +   +V  +S  G         + N +   +    P P+           P  G A    S+ I+N+             D N     +  P     P P S N+  +S               EP+YELEKKGHTSVIRV+YP +PESP  +P  T       +EA         PI  +  H S++  ++ ++   T+   P   +                        +S  PPT+  +  +  A     D++MGL++F+  TVLGRGHFGKV 
Sbjct:   47 MADLSGSSGPYIIQDDNFSLSLLNELSVKYGIQTHLSHSPLPQKLEELREYLRHEIRRELKIKEGAENLRKVATDKKSVSDVNTIVKKSNSKLSELQQELQELESQILVSHQSKHGTPNASLSDSTLSPGICGEGEEEPESLTPFEQQVNHLQKQLDIECKVKHGADNMITEYSASTHGGKDKKMLLHEAQQMSADSKAKMEYLKMRLMKLRQSQEDRADAENNFDAKASL--------------EYTLERRIEELRHHLHIESACLEGARNAIKLLQ-GVKVPDKRALQEAQQNVFASSQKLDLIRHSLEVHRQQLPPESNIASELKLEIDSSQAMSSPGNMTFTSISEGGGLSSRPSENYRRGHRNSVSFSRAAAVTGKLQVRLMGCQDLLDDVPGRSRKGDQ-GVFSSPTDLKSFMKGVTRSSSKSYSIKDETSNEIMAVLKLDNVIMGQTNWKPCSQQAWDHRFSFTLEKSRELEIDIYWRDWRSLCAVKFLRLEDFIDDMRHGMALQLEPQGVLFAEIKFLNPLITRKPKLKRQRMIFRQQGKIPRPGQMNINVATWGRFLRRNLNSQRSMPTLDSNAIASANNMIAQQQQLQNEEQQSNSRQDYTSATGFAPRPTKLDFNDPTPPELTQRPNDNELRPQSVRVSSHKGPAPPVPVPADWN-VPTQSTRVVPTPT-----------PRTGTAAAASSNIINNN------------VDTNTSRVVINTPDDPALPIPPSVNSNLTS---------------EPLYELEKKGHTSVIRVTYP-APESPLSYPTPT-------EEA---------PIPPARSHRSNAAALSSSSAAGTTLQFPQPTA-----------------------LASVPPPTSGQKMLLAGA-----DAHMGLDNFQFCTVLGRGHFGKVI 865
The following BLAST results are available for this feature:
BLAST of EMLSAG00000000692 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-6.072e-8738.26symbol:pkn1 "protein kinase N1" species:7955 "Dani... [more]
-6.674e-8739.92symbol:PKN3 "Uncharacterized protein" species:9615... [more]
-4.303e-8638.24symbol:PKN3 "Uncharacterized protein" species:9823... [more]
-5.428e-8538.57symbol:PKN3 "Uncharacterized protein" species:9615... [more]
-3.261e-8339.58symbol:PKN3 "Serine/threonine-protein kinase N3" s... [more]

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BLAST of EMLSAG00000000692 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 19
Match NameE-valueIdentityDescription
gi|592845879|gb|GAXK01111665.1|1.012e-8461.85TSA: Calanus finmarchicus comp52931_c7_seq7 transc... [more]
gi|592845880|gb|GAXK01111664.1|5.203e-8362.18TSA: Calanus finmarchicus comp52931_c7_seq6 transc... [more]
gi|592845857|gb|GAXK01111687.1|8.996e-8163.31TSA: Calanus finmarchicus comp52931_c13_seq6 trans... [more]
gi|592845860|gb|GAXK01111684.1|5.660e-7963.73TSA: Calanus finmarchicus comp52931_c13_seq3 trans... [more]
gi|592845841|gb|GAXK01111703.1|6.281e-7375.50TSA: Calanus finmarchicus comp52931_c13_seq22 tran... [more]
gi|592845850|gb|GAXK01111694.1|1.181e-7273.89TSA: Calanus finmarchicus comp52931_c13_seq13 tran... [more]
gi|592845855|gb|GAXK01111689.1|9.046e-7273.89TSA: Calanus finmarchicus comp52931_c13_seq8 trans... [more]
gi|592845847|gb|GAXK01111697.1|2.754e-3972.94TSA: Calanus finmarchicus comp52931_c13_seq16 tran... [more]
gi|592845851|gb|GAXK01111693.1|1.068e-3774.52TSA: Calanus finmarchicus comp52931_c13_seq12 tran... [more]
gi|592845878|gb|GAXK01111666.1|2.438e-1058.62TSA: Calanus finmarchicus comp52931_c7_seq8 transc... [more]

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BLAST of EMLSAG00000000692 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000006920.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s110:22505... [more]
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BLAST of EMLSAG00000000692 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 11
Match NameE-valueIdentityDescription
gi|374110744|sp|A1Z7T0.1|PKN_DROME4.744e-15450.79RecName: Full=Serine/threonine-protein kinase N; A... [more]
gi|6225859|sp|Q16513.1|PKN2_HUMAN8.123e-12345.32RecName: Full=Serine/threonine-protein kinase N2; ... [more]
gi|341942196|sp|Q8BWW9.3|PKN2_MOUSE2.037e-12145.39RecName: Full=Serine/threonine-protein kinase N2; ... [more]
gi|374110743|sp|A7MBL8.1|PKN2_DANRE5.632e-12144.25RecName: Full=Serine/threonine-protein kinase N2; ... [more]
gi|122065871|sp|O08874.2|PKN2_RAT3.415e-11544.57RecName: Full=Serine/threonine-protein kinase N2; ... [more]
gi|296439718|sp|A1A4I4.1|PKN1_BOVIN3.684e-9139.31RecName: Full=Serine/threonine-protein kinase N1; ... [more]
gi|74749130|sp|Q6P5Z2.1|PKN3_HUMAN2.798e-8439.58RecName: Full=Serine/threonine-protein kinase N3; ... [more]
gi|78099096|sp|Q8K045.1|PKN3_MOUSE3.557e-7436.89RecName: Full=Serine/threonine-protein kinase N3; ... [more]
gi|55977836|sp|P70268.3|PKN1_MOUSE3.404e-4538.98RecName: Full=Serine/threonine-protein kinase N1; ... [more]
gi|296452866|sp|Q63433.2|PKN1_RAT4.574e-4540.00RecName: Full=Serine/threonine-protein kinase N1; ... [more]

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BLAST of EMLSAG00000000692 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
XP_016770627.11.384e-16954.01PREDICTED: serine/threonine-protein kinase N [Apis... [more]
gb|KFM60785.1|1.551e-16451.83Serine/threonine-protein kinase N2, partial [Stego... [more]
EEB18875.15.890e-16254.09conserved hypothetical protein [Pediculus humanus ... [more]
EAA03911.61.390e-16045.88AGAP007587-PA [Anopheles gambiae str. PEST][more]
AHN56040.11.562e-15450.79protein kinase N, isoform O [Drosophila melanogast... [more]
AAF58958.22.299e-15450.79protein kinase N, isoform B [Drosophila melanogast... [more]
AAM68824.12.938e-15450.17protein kinase N, isoform F [Drosophila melanogast... [more]
AFH07975.14.760e-15450.79protein kinase N, isoform M [Drosophila melanogast... [more]
ACZ94373.16.753e-15450.79protein kinase N, isoform H [Drosophila melanogast... [more]
AFH07976.17.765e-15450.17protein kinase N, isoform L [Drosophila melanogast... [more]

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BLAST of EMLSAG00000000692 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|939232969|ref|XP_014261578.1|1.316e-17156.48PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|939232979|ref|XP_014261622.1|4.110e-17156.02PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|939232973|ref|XP_014261595.1|7.028e-17156.02PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|939232975|ref|XP_014261605.1|7.326e-17155.04PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|755932071|ref|XP_011314202.1|8.144e-17152.66PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|939232977|ref|XP_014261613.1|9.619e-17156.02PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|939232967|ref|XP_014261570.1|1.262e-17056.02PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|780652122|ref|XP_011690663.1|2.434e-17052.31PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|755932068|ref|XP_011314201.1|2.887e-17052.66PREDICTED: serine/threonine-protein kinase N isofo... [more]
gi|780652110|ref|XP_011690659.1|7.799e-17052.31PREDICTED: serine/threonine-protein kinase N isofo... [more]

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BLAST of EMLSAG00000000692 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold1931_size24754-snap-gene-0.100.000e+051.25protein:Tk10801 transcript:maker-scaffold1931_size... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s110supercontigLSalAtl2s110:225054..301000 -
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-LSalAtl2s110-augustus-gene-4.21
Biotypeprotein_coding
EvidenceIEA
NoteSerine/threonine-protein kinase N
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000000692 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000000692EMLSAT00000000692-696539Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s110:225054..301000-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000000692-683458 ID=EMLSAG00000000692-683458|Name=EMLSAG00000000692|organism=Lepeophtheirus salmonis|type=gene|length=75947bp|location=Sequence derived from alignment at LSalAtl2s110:225054..301000- (Lepeophtheirus salmonis)
ATGAATTCAAAAAGATCCTTAAGAGATCCATCTATCCTCACCATGGATCA
TCATCGATTAGAGTTTGCATCCATTCAGGTATTTTTTCCCCTCAATCTGT
TAATTATTCTTTATAGGGTTTTGTTTTCTTGTTACTAGTATATTTTTGAA
TGTTTATTTATTTGTTTGTCTTCTTTAAAAGGTTACCTTCAAGCCTTTGT
TTATTTTGTAGTCAAAAGATCACGAACACTTGTTGTTTTTGAGGGGCAGG
GCCATATATTATTGTTTTAGTTGTACTTATAATTAGGGATTTTATTGAAA
AAATCAATACGGGTAGCTTGATAATGTAATAGAGCCGATATCTATTCAAT
GTAGCCACTTCAAGCCTGAATCACAGCCTCGATACGGTTCTGGAAGCGTG
AAAAAACTACATGGTTTACTACAAAAAAAGAAAACCGGGTTCCCTCAAAC
TGAACTAAAATTATGACTTATTTTCTAAGGGGACAATTTGATCGTTCCAC
CCTGACTGTGGCACATTATATCATCTTATGAAGGGGTTCGCGGTTACATT
ATTTGTCAATACTAAGCAATGTAGTCAGCATAACTTAAAAATAGTTAATT
AAACGTGCGGATTTTTTTTTTTTTTAAATATGTGCTGTCTTATTATAAAA
ACACTATTGAAGAAAAATCAAGAAAAGTATAAAATCCCAATGTTTATATT
TTTACTTTCTATACATATAGCCTAATATTTCATAGATATAGTTGAGCCAA
TTATAGGTTGACTTTTCAAATTTGTGGGATGAATTAAGATACCCAAGGAT
ATTACCTATAGTTGGACACCTTTATTTCATTTAAGAGACTTATATTGCTC
CCGATATGTTTCATTGACAAATAAAATTTGTCCATTTATCATTATTTTAA
GTACTGCAATTTGCGGAACATTTAAATGGCGAATAAAAATAATTTTTTTG
ATAGTAATTGACGATAATTAGTGGAATACGGACTCAATTTTGAGGGAAAT
TATTCTTGCTTCCATTCGTGTTGACGGCTTATATTTATATACTTGCTCTC
ATTGAACAGTTTGTTTTATTTTTAAAGTCCTTATGTGAAGATTCCTTATG
ATTTTTGATGGAGAAATACGATCTTTTTTTTAAGTAACTTTTATAAAGAC
TACAGCTCCAACATGGAATCTATGTATACTACATATACAATATAAGATGG
GAAAAGTGCTTATTTTGGTATAAGTAGAATGCAATGATCGGCAGTCTATT
ATATGTTCCATACACTTATTACAGGAGTCATCCTTGACTTTTCTTAATGC
AATTACAAAATAATAAGACGTATTATGTAGCACATCATAAAGATTATCCA
CAGTTGATATTTGACTACTAAATATAAAATAGAACAAGATATTGAACATC
CTGTCTGGGTAATTGGTCGAGATTGTTAGTGTAGACACGATMAAAATAAT
AGATTATTCTGCCATTATCGTAAGGTCCTCAAAAGTGGACTTTACTACTA
ACAAGAGGGATTTGGTAATGAAGCAACTTTACTAAATATCTATATGACGG
TATTTCTTCAATCCCTGAATAACTTTTGGGGGAAGCAAAAGCTGCAGGGA
AATCTAGCGCGTCAAGATTTATCAGGAGTTTTAAGTCAGATCTGAACTGA
ATTTTCAGGGTACTATTATCATACATTGCACAATGKTATCCATTTGCCCA
GATATGGTCTCAAAACGGCCTCCTAAGTGAGTATCATAGGTCTTCCTAAG
GTACTTCCTTTATATTTCAAACTATCCCCCCCTCTGCTTCCTTTTAGAGA
GTCCAATTTTGGTTAAGGAAAAGTATATGCCTTTTTTTTATTTCAGATTC
CCGATTATTGAGGGAATTTATGTCAATGAAGGGGGGGGGGGGCGGGTCAC
ATTTAAGAAGAGCCAAAACTAATTCAGTCCTCTTTCAAACAACCCTGAAT
TTTCTTGACCATATCTGACGGAGTTAGACCACATATTCTGTCTGGTTTTG
TGGGAAATTACTGAACACTTAATTTCAAAATAAACTATACTCAACAACAA
ACTACACAAAATATTAGACCCAGTTAGATTGCACCAAGGTTAATAGAAAT
ACAAGGTTATACCATAACGTGTGTACGACTGAAGTTTGACTTCCACTGCG
CTTTGAATATTGACGTCATAGTAGATGAGTGGCTGKCTGTTTTGTCAAAA
TATGTCTTTCTTGCCCAACAGTCGGTATGATAAATTAAATTGAAAATACT
ACCAATAGTGACGTCATAGACTATGAGTGGTTGTGTGTTTTGTCAAAATT
TGCCTATCCTACCCAGCAATCGGTACAATACATCAGATTGAAAATTCTAG
CAAGTCCGATTACATGATGATCTAACCTTGTATGTCTATTAACCTTGGAT
TGTACTTCTGCAAATTCGAAAGTTTATATGTATTAAGATGATGATTTGTT
TATTTATTTTTAAATTGAAGTATGTACTCTATGGCTGRTTAAATAAGAAT
AATTTTGAGACTTGGTCCAAGATTGATTTTTTTTTTTTTTTGGTTYTGTC
WTTAGGTATTTTTTGTAGATTAAAATTCAGAACGTAGACAACTGGAATGT
ATTTTTTAGTGGGTGTTGAAGGGTGCAAATTATAAAATAGTGACTTCATC
AATGACGTTCAGTATTTGGTGGGAGGGGGATGGGCTATTGGCCATTTTTG
ACAGTTTAAGTTTTTGTCTTTTTTAAATATGCCAAAGTTGATACATGATT
TTTTGTAGAAGAGATTCAAAAACTTTTTGATTTGATTTTAGATTTAAATT
TCTCAGAGGAGACTAAATTTGAGCGAAAAACAGTCAAAAAAAAAGAAAAA
TAACACATTTTTTTATCTCGAAAATTAAATTATGACATTTAAATTTTTTA
GAGAAGGGAACTTATTTTTATATTTGTTGATAACCAGTCGTGTCGCTAGT
TCTTTCTTGGAGGGATAGTGCTACATCCCCCCCAAAAATATATATATGAA
GCCCCTTAAATTATATATATGTATAAAATAAACCTAATWANNNNNNNNNN
ACCTAATTATATAACGGTGTTGATAATTGTTGGGGGTTAAGTTCCCCTTT
CGAATGATGACACTTCAGGGGGGTCTGCAAGATTATATATTTGGTGCACA
GCTTAATTTGAACGGATGATCTTTTTTTAGACAAGGAATCCTAAAAAAAT
CATTTCAAAATATAATCCTACGTACGGCGGCACTAAAGTCTCTGAAATTA
ATTTTTCAGAAATTCCTTGATTTGATCCTGCGGACGCCCCTGGCAATAGT
TATAAAAAATATGTAAAAGTTTGGGTCCATTTTTGCACCTCCCCTATGCT
TCAGGACTGCTCTGGACTGAAATTAATTTCCTTATCTGACCGAATTATAC
TACTACACCGACCTTGAACCAGATTACTTACCTCATACAAAAGCCTTAAA
AGTCTCAGACGATTATGGGATTTCAAGAAGGAAATCAAAAAATACTAAAG
TATGAAACGTACCAATTGCAACTTGTACATCCTGCTTATATACATTTATA
ATTATAGTAACAGTCGTCTCAAAACCTTAAATTGTGTGCACTCAACATTG
GTATAACATGAATATCTATATAATTGATATAGATAAAAACACCATTAGTA
CACACCTATATAAGTTATCTATGAGCATGAATAAGTCATATTTATAAGCA
AGCATTGATTGTACCTACATACATAACACTTGTGATTTAATCTCATCATC
ACCTTATACATATTCAAAGAGACCTCAAGGTAAAAAATAAATAGTGAGAG
GAGAAGTGGAAAAAATGATTTTTTTGTTTTCTTCTTTAAATGTGTTTATG
TTCATAAGCATGTTTCTGTACAGAAAAAAATCTTCAATGGACAAACGTCA
TCTGTTATTGCTGAAATAATATATAATATAATATACACATTCAATGTGGT
TTTTCTTTTATGTTATATGTCTTCTTCCACCGTACATAAAATTATATTGT
TGAATGCTGACTGACTGATTTTATGTGTCTAACGTAATATGTACTACAAA
TGTTCATATATACATAAATACATTTTGGTTTGGAGTATACGTGTTGTGTA
CAAAAAAATAAATTATGTATTTTTTATGGTCTAAAAGTGTCACTAAGAAC
TAATCTGTCTCTCGTTCCTTCTATCATATTCGTGGAAAGGATGGTATATA
CCAGGATTTCCCACTTTCCCGGGAGTTTTATTGTTCAGATAGAGTTACAG
GGTGGCTTATATATAGGCCGTTTGCCTACGAAATGCCGTACCTTAAATAC
CCCATATACACGGGGAATTTTGGGTTCAAATCATGGGTTTACCTAGTCTA
AATGTCTCATACATCGAATAGACATTATAAACAAATATTACGTGAAATAT
ACTTTTAAAAGATAATTTGCCCAACATTTCCCTTCTGCTGAAGTTTGGGA
ATGTTTTTGATCAAAGCTGACATTTCTTTGCGAGGAACACGATTTCCCTC
CGATATAATATTTAACATATTCCATAAAGCACTTTCTTTCCTTGTTTCTG
ATTTGACAAAACTGATTTGTATAGGAGCTTCTCTTTAAATCTAAACCAAT
CAAATATATTCGTATATAACCTAGTACATCGGTAATTTATATTATGTGGT
ATTCTGGGCTAGTATATATATATATTTTTTGGCTAGCCCTTTTGGCTTKT
GTCTAATTTTAAAGACTGCCAAGCCTTGATTATAGATAAACATTATAGAG
GGTGTGGCAACATGACGTCACTCAACTTTATTTCTTCCTCTTTTAATCAG
TTCAAGTACTGACAGTCAGAAATTTGAGCTGTTTTTAACGATTTTTTTTC
TTAAAAACTTCATGGATGTAATTGCAAATATATAATCAATGGATCATTTA
ACTGGACAAAATTTCTTACTTATGATGGCATTTAGTGTTGCAAACGTATT
GCATCATCGAAAAAGTGCTAAAACCAGGTGACATAATTTATTAGAAATGA
ACAAGAATTACAATGTCAAAAAATCAGAAGACTATTATCAAAACATTAAT
CCAATGGACATTTTAGGGTCAATTTCTCTATACAATCTAAATTACAGACC
TAACTTTATAAGTATTATATTGAGAAATCATACTTTATATCAATGTATAT
GAAAATGTGAGGAAGAACTGCCAGTCAGCTTCATTGAATTTAGAAAATTT
CAATTTTGATTAATTTTCAAAAAAAAAAAAAAAATAATCTGAATTCGAAA
ATAAATATACTTTAAACAATCAGAAAATTCGGACCATGCATTAATTTAGT
GACCATTATAGATCGTCCTTATAAGCTTTAAAAAGAAACACCCAAGATCA
AACCAGAAAAAACGATTTCCCCATTTGCTTTAGTCTTCATTAAAGTTGTA
GATTAAATTAGTCAAAAAACTACTTTTTTTCTATAGTATTAATCCAGATC
GAATTAGTTTGCAGGACCGGTCCAGAAGTGACGTAATTAAATATGTCCCA
TAAGTATTATAACGGTCCTAAATTGTTCTATAACTTAAGACGACTGATTT
GCAAAACACAATTATGCACAAATACTTAATGTGGAAAGGAAATTAACTAC
ATTTTAATTATAAAAACGTTGAGGAATTATAATTAAACCTTGAACAAAGT
CATGATCTATGGATGTAAACAATCCTAATTAATGAATATGCTGCTTTGGG
ATGGGCTGTAGGCAAACATTTGCTCTTTGCTTTCCCTCAAATTTAATAGG
CGTATAAATAAAAACTCCATTATTTTCACTAGATGGCTTTAATTATGTGT
ATCTCGCGTTGTATAGGTGCAATCGGGTTAACCTAGATGATATTATAAAG
ATAAGATATGTTACGAAAAAAAACTTTTTATACATTTTTGTAATTGTTTG
AGCGGTCATCAATGGTGGACATCATGAATGAGAAAATACGCCATATTTTA
CAGGGGTTTTTTTTTCAAACAAGGCAAAAATGCAAGTAATTCGTCTTAAA
ATATGAATAGTGTTTATATTTATAAACAAGTAGTCACATGCAATTTGGTA
TCGTCAATTCCATTCCCTTTTGGTAATTTTGATGTCCAATATCAGGGGCA
TMAGAAGGGGAGGGGGGGGGCGGAGGGGCTGTASCCCCCCTCCCAAATTA
AGGAATTATTACTTCTGTTAAAATTTTTAATATTTTTTTCAAATAACTTT
ATATTTGATTTCTTTTTTCAATTTATATTAGAAATTTAATTTTCAATTTA
TTTCCCCTAAAAATTTAATCTTTTGAAGAGTGAAATTTTTTTCTAAAAAT
GTAATATTTTAATTTTTTGTGGATAATGGCGGRTTTTATAGAAAAAATTT
CATATTTGGAATTTTTGGAACTTCTGTTTTGATAGCGTAGAAGGTTTACA
TTTAAGGAAAAAAATTACAAATTAAAATAAAAATCCGCTAAAAGTAATGG
ATTTATTTTTCCTACACATTATATACCTAGCTAAACATTTACTGACACCA
AATACATAAGGGTACCTAATAAAAAAAGTGTTCCATCTTTCTCTTGTTGG
CTGATGGTAGATAAATATGCATCTTATACAATGTGTAATTATAGCAATTA
AGGGCATATAATTACTGTTWTTAACTTTTTKTYTTCACTAATTAAAAAAA
AAAAAAAAAAAAATAGGGGAAATGAAAAGTTAGACTTCTTTTTTTTTAAA
TTTTTTACAGAGAATCACTTTTGCAGTCATAAATAATCTTTAAACAATGG
AATGAGTGTGGACATAGGATGAGTGATTATGATGATYTTATTTGTTATKT
CAAAGGTATACTGGGTSAGTTTRAGGGGGGGGGGGGAGTATAGAGGGGAC
TTGTCACAAGCCTTGCACTGTATATAATTTAAATATATACAATATAAATA
ATTTTTTTTAAAAGAAGACGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATCA
GTCCTAAAACTTATAAAGTTCAGTCTTTATCAAGAGCGTTCGCGAGATAA
TATATAAATATATTTTTTTTTTTGTGTGTGGGAGGGAGGCTTGATTTCGT
ATTTTTTTTAAATCCAGAAATAAACATTTTTGAAAAAATAAGAAAAATTA
AATTTTTCTTTTAAAAACATTCGAAAATTAAATTTGAAATTTAATCAGAA
AAATTTCAAAAATTTATAACTATTCACTTAAAATAAAAAATTTGGGAAAA
AAATTGAAAAAATACTAAGGTATTCGCCAAAAATTTATAAATATATTATT
TTTCAAAAAAAAAAATGAAATATGGAATTTTTTGCAGAAAAATTTCAAAA
AACAATGGCTAATAATAGAAAATTTTATTTATTTGAAAAACTCAATTTAA
TTTCAAATATTTATTTTTGTTGTAAAAAGCAAACAGTTCTTAACTCTCTC
AAAGTTTATTTTTAAATAAACTGGTGTAGCATTAATATCCAAGTCTATTT
CTTCTACCTAATTGTGATAAAAGCTAGTCTATGATCAATCTAAGGAATAT
ATTTGAAAGAAATTATATATATGTTTAGAAATTTATTATTATTTTTTATG
AATTTCTAGTGTTATTATTTTTAGTCATTCACCCAAATGTACTTTCAAGG
CCATGGTACATAGATATAAACGTTTAAATATATAAATTTATGTGACAAAG
AAGATTTCAGTGTCTTGATAATATATTTTTCTTATTAAAAAATATTTTTT
ACGTTTCTTCATTTATATTATATCCTGATGCCAAATAAAGTTTACACAAA
TGAGAATCTTCCTTTTTAATTCATTAGATAAAATTAAGGCTGTAAAGGGT
TAATTTGGCGGAGACTACAGCCCACTCCCAGCAAAAGCCCCTGTTTATGA
CGTTACTTTACTTTATATCTTCTTTTTTTAATTAGTTATATTACTGACGG
TCTTACGTACCGGTCCTAAGACTGGACTGGACCGAATAAATAAGGATCGA
CACAACACTAATGTTGAGTTAGTATTTATTCTTAAAGTCATTTGATGGAG
TTTCCCCAAGATTTATTAGAAATTTGTCCATTTTATCTAGTACATTTTTC
AACTTTGAGCTCCTAAGAAGGCGTCTCCTTCGATTATAATGCAATTTATT
AGTTCAGTGAAACTACTGTATAGGTATATTCCTATATTAAATGCGTGTAT
TTTGAGAAGAGATGATGAATTTACATTCTATGTGTACACAAATCCCCTTT
TAAAATATCATATTTATGTAAGTCTTTAACTATTATGTTGCCATAGCATT
ATTCAACAATGTGTCATTAGAATATATATTAGTGATGTGCCACGAGCAAA
ACTCGTAAGTTGATACTCGAGTATTTTGAAGTGAATAAAAAAAGACACAA
AAAAAACTCGGGTTTTGGGCATAAAAAGCAGAGTATTACTCGGAACTCGT
CAAAACTTGGTATTCTTTATTTTTCTTCTTTTTTTGAGCCCATTACTCCA
CGTAAATCTTCCTCGACTTGTTTCCTTTCTTTTGCAAAATTAAGAATTTA
TGTTGTCCCAAAGGTTGCTTCGAATTACATAGACGTATAAAAACTTTTCT
TTTTCTATATATTATCATTAGTATACATTCATATTCATAAGCGTCAGTAC
CACTAAAAACATATTTGTCACAATTTATAACGAGACTATAGTAAAATATT
GATTTATTGATTATATAAAGTGTTGAATCACACTTATCCCCACGATTTAA
ATAAGTTAAAGACATTTTTAGATTAATCTGTGCAACGTATATTACGAATA
AAATTATATGTGGGCATCAGTACCTTATATTAAGAGTATTTTAGTCCTTC
TGGTATACTAATATTATTGCTATTATAAGATCCTTTTTTATGTATATATA
TAACATATTCCATTACAAATACAAAGTCCTCTAAAGAACTATACAAATTT
TTAAATGACAAGTTTCAAGCGAGTAACGAGTAAAGATCGTAGTTCCTCGA
ATATGTTTTTAGAAACTCGAAAATATYAATMCMTCACWAATATATATATA
TATATATATATATATATATAACAAACANNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
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NNNGCCGATTCCAGAAAAAACACCTGAAAGAGGTTATTGTCACACCCTGT
ATATTTAACTCTGAAGCGATCGTTATTTGTGTAATGATAAGTGTAGTATT
AAAATATGTGTAATCATAACCAGGCCATCCTTTCACACATTCTCATTTCA
AGGATTGCTTTTTGGTTTAAAAAATAAAGAAAAAGGTGTCGGGTTTAAAT
AGTAATTATTGTTATTATTACATAGTCATAATAGCATCAGGCGTTATTGG
TCAATGTATGTGTTTGTTTTTTTTAAAATATAAATAAATGCTATGTCATT
TATTTAGAACATTTTTAAGAGTATGTATATTTATATCAGTATGATGCAAG
TATACATGCCTATGTGGTCAGTTAAAAAATAAAAACAATTGAAGACCAAA
AATAAAGAAGAAATCTTTTTTTTTTTTTTCAAATAATGTATTTTCACTGT
TCTACCATTAAAATTATAGAAGCATCGTTTTTTCGCCAGTTGGTGAACTT
AGAAAATAGGCAAGGGATCAAATGCTCTTTGCATACAAATTTGTGTTGGA
TTTTGTCCTGGAAATCCTAGACCTGGGATGTCCAACGTAATATATTGGGC
AGTATTGCCACTTCAAATATTCTAATGGTCCACAGAACCTATTAAATTAA
ATTTTATTAACAATTTCTTCATAAAACAAAACTATTAAATACATATTTAT
TTCAAATTTAGGGCAAAACTAATTTTTCAAGGTCAAACTGATTCAAAAAA
GGCCAATTTGGCAAGATTTGGTTTTTTTGAATTTTTTGATGAACTTATAA
AACTGCATAGTTTGACTTTTTTTTTTTTTAAATAGAAATTAGAGTTAAAA
CATGTCTGTTTTCAGAGCGATAATTTTTCAAAATACTATTTGGTGTGATA
ATGAGGAGTAGACTGCACTTAAACATTAATGGGGACGAAGTGCGGCCTGC
AGCCCTGGGGTTGCAAAATTAAGTCTATATAAAAAGTTTTTCTAAATTTT
GGAAATATTTTCAAATAAAATTTACATTTAAAAGTTAATTCAAGAATTTT
TTTTCATTTTTTGTGAATAGCTATGGATTTTTTTAAGAAAAATTTAATTA
TTTCTATTTTTTTCAAAAAAATCCAAAAACAGCACCCCCCCCCCCCCCCC
GGCCAAATATAATCCTACGGACGCCCCTGAAGAGATCAACTATGCCCTTG
TTATTTTTGGAACGTTATCAGGATTTGTCAGATTGCCATACTTTTTATCA
ACTCCATTCTAAGAATGTTACAAATAGTTTAGAACCTTTATTTGAGAAAT
ACTACGAAGTTAGTCAGTCTCCGAATGTGTCCCTTTCGAATAAGATATAT
AAATTTCTTATTCTTTTGTTGTGAAGATCAATATTGACTATTTTAACTGC
AATTTAATACACTTAATAAGAAATCATTCAGCGAAGAAACCAAATGTATT
GCACACACACTCAATTTTGAGAGAAATTGTGTTGGCTTGTTTTTGTGTTG
ACAAGTCACATATTGCAAAAATTTTTAGCTGTGAACCTACAAAGTACTCA
TCACTAAGTTTTGAGAGGTTGTTACAATACTATATCATATTTATCATTCA
AATGCTTATTTGATTATAAATAGATAGGTTATGTGTTGTATTTATTAACA
GGCACATTGCACATTCCGAAATGACATTTAGGAATGTGTTGACATAGCAA
TCATCTGCAATATCAATGTTAATATGTGCGACCTTTCAGAGGTACATATA
TTTGATGGATTATATACATACTAGCGGTATATACAGAATAGACAAACTTT
GCTTTATTTATATAGAAGATAACTCTGCATGTAGTTTTGAATCAGTCCTA
GGACTAATTTTCTAATCATTTGTGTCACAATAAAATAATGATTTATTAAT
TTAAAATGCAATATCGGGGCCAATAGAAGTATTTTAAATCAAATAAAGAT
TCTAAATTTAAGTTAAATTATTGAGTGTCTTAACTTATCCCACAAATTTG
AATTCAAACCATATAATTGACACAAATATGTCTCTGAAATATTGGTAGTT
AAAAAAAAGTGGGTTTCTTTGTTCGAGAATGTTTTTATATTGACACTTCA
CAGTTTTACCTCCTCCTTTGTACTGATTGAATCGTAATATTTTCTGCAAG
TGTGGACCTACCTATCTATGTGTTCACATGTTTTCATTCTTTAAAAGAGG
CTCTTATAAAGCTAAAAAAATATAAATATGAAATCCCATTTTGGGAAGCG
GCAATGTTTTATACTTATGTTATATTATTTTATATTTTGGAGTGTCCTGT
TATAAGTAAGTAATATGCATTATTTTATATGCGTATAAGTACATGTATAT
GGTCTTTTATAAGTTCCGGGTCACACTTTGTATCATGCCTAGCCTAGCAT
ATAAAAATATGATTTAGGAGTTGGATAACTCAAACGTTCATTTTGTTCAA
AATATATAAAACTCCAAATTAACTTTCAGTTTTTTTTTTTCCACTTAATT
TTCCAAATTAAGTTCGTACATTGAGGGAATTTGTATTTATACAGAGCTCG
CACAATCACTAGGCTGCCGTCCTGTGACTGTGTAGATCGTGGTGCACAGA
CACTTTGTTCATAAACTTTTTCCGGAACGGAAACTTTGCCAAAAAAATAA
ATATATATATTTGATGATGATCCATCCTGCAATACCATTTAGTTATTTAT
AACAAAACTTGATTAAAGTATTATTGCATCCACTTTCTTTTATAAGCTAC
TCTACCACGACAAAAGGACTCAAGTAACATTTTGATAGTTTGGAGTGATT
GAAGGAAATGTAATTTTGTTCAAGCATGAAGACATTTTATAATCTATTTA
TGTGCTTTAAGTAAGTTAATTATGGTACCACCACTTGACCACCACTCATA
CTTTTACGCTCCAATCCCCAACTTTATTCATTTGCATACTTTAAATATGG
TTCCCTCGATTTTATTGCAAAAAATGTAGATCAAAAGATCATTATCAACT
TGTCTACATAATTGTTCATGGCTTTATTGGTCGTCATAACATCCTGTTTG
AGAACAGTAATAATGCAATGTGAATTAAGTTTTTTTAATTTATTTAATAA
TTTTCATTTCATAAGATATTTCAGTACTGTGTATTAAGGAAGGAACTAAT
TGTATGCTTTTGAAATATTTGGACATTATTTAGTGTATTTGCGTCTCTCA
CATATCCTAAGTTTTATGTATATATTTTAATGTGTTTCTATATTTGTAAT
TAGTTTATTAATAATGTTTTTTCTTATGGTTATATGTAGGTATTTTCATC
CAAACCTTCTCCATCACGCTGTTCATCGTCTCTATCCTTATTACCCTTGA
CAATGGCGGAATTAGCCGGACAATATATTATACAGGTAGGAAATAATCTT
TTTTAGTACTTATTTTATGTGTAACGTATGCCTGGTTAATTTGTATCATA
TACTTTACATAATAACCTTGACTCAAGACAAAATAAGTTGTTAGGATGTT
ATTGTTTTAAGATATTAGTGATTTTTTTAAAATTAGTTTTGTATTCACTT
GATTCAACCCAAACCTATTTTAGACGATAAATAAAAAAATTAAGTAACTA
AGCCTCTCACTGCCCACTTATATTTACCTATATTCAATTAAATGCTGAGA
GGGTGTTCTTTGTAAATCGCTTAACTACTTTTCTTGTACTGTTGCGGCGA
ATTAACGCACTAATATAGTAATTTAGTACATGATATTTGTTAGAAACTGT
GTTATAATATCCCTTCCGGTCTCTTCTGTGATTATAATTAGAAGAGTCTC
TTTATACATTGTGATTCACTAGAAAATCAATTGCTTCGTAGACAGTGCTA
CAAAACGCAAACCATTTGGAAATTTTACTTGATATAAATCAAGTCAACTT
AATAATATATGAAGTTAATTGTTTTTTTTTATTTGAGTCGAGTCACACAT
TCATACGTAGCATTAGTTCAGGTTCCCCTAAGTAAATCATTTTTAATTAT
ACGTGACGTAGTTGTAACCATTTTTAAGACAGATGATTATGTCATAAAAA
AATTAAGAACTACTTCGTTTGTTAGTTGTACATATGTACTTATGCAATAG
GGTGGTTTATTTTGGATATAGCCTAGTTCGGATAAGTTGTCATAAGTTGT
AGAAAATTTCTATAAAAATGAGTTAATGCAAAATAACTAAAAATGTCTTT
TAAATATATTTATTAACAAAGAAAAGAGTTTTTAATAATTTGATCATAAT
GTGCGACCTAAAGATGACCTTGTGGGACAGTGGCATTTTGCATAGGTAGT
TTTTATACTAAATGACACACTTATATATAGATGCCAGAAGATGTTCATAA
CTAACGATATTTATTGAGTAATGAAAGTATGTTCTCAGGTACGTCTGCAC
GGTTGTGCTGGAGGGGATGTAGCCTCTAAATTAAGTCTTTAAGAATAAAT
ATGGATTTTTTATTTATATTTGAAAAATAATTTTTGAAATTTCTTTCCAA
AAAAATTTATTGTTCATGAGCAGCTGTAGATTTTTAAAATTTTGTTCCAA
AAAAAACTTCATATTTTGTGAACAGCTGTTGATTTTTAAAGGTTTTTTTT
TTTTCAAAATAAAATCCCAAAAGAAGGCCCTCCCCCCTCCAAATATAATC
CGATGGATACCTTTGTTCCTTCATTTGCTCTGTATCGTGTACTAAAACCA
AAAGTGTCCTTATTCTCTTGATATATCATTATTACATATTATCCATTTTA
TTATTTACTCTCTCAGGGGTAGAAAATAATAGGGACATAAGAGTTCTGGC
ATACCAAAAAGAGTCCTTGCCCTTGATTCAAGAGACGTTGTTCTCTCCTC
TCCTTTTATTCACTTTTCTTGAACATTTATTCATTCAAGACAAAATAACA
AAACAATCTATCGTAACAATGTAAGCTTTTATATTTTTTTAAATAATGTT
ATTTTATTATTCGAATTGAACCATTGTTGTTCAATTGAATGCCATAACTT
GTGTGACATCAAGACCATAATGTTTTTAAAAGAAAAACAAAAAAGAATGA
GCTCCTTCGTTTGCAAAAAGGTATGTTCAATTAACTTTTAATTGGGAGAT
TTTAACTAATATGGATGACAGTTTTTTTTAAATTGTATTTCATTTTATTT
GTTAATGAAAATAAGTGCTTTATTTCTTATCCCTCACTCCCTTACAAGTA
AAGAAGACACTATTTTTAGAAACAAATGCCTGATTTGCACACAATCACAA
TACAACACATACAGATTCGAATTTCGATTATTGCTAGTTTGGAAATGTTG
TTATTTAGTATGACAATTACCTATGCAAAATTACATTTTACTACGAGGTC
ATCTTTAGTTTGCACATCTCGATCAAATTAAGAAAAAGACAAAAACTCTT
AACTTAGTAAATATAGATAGTAAAAATACATTTTAGTATATTTNNNNNNN
NTATAAAAAGTGTTAAAAAAGTTGTTTTTTTCTGGGTTTTTTTTCAATTC
TTATATTGATTCTAATTTGATGATATATACATATATATATATTCAGACAG
TAAAGATTAAWATTATCTTGTGTTATTTACTCTTTTTGATCCAAAGGGTA
CCTTTGGATATCAACTTTGTTGTCTATTATAATTAATAAATACTAAAAAA
ATGATTAATGCTGTATTTTAATCTTAATTGATGAAATGAAGAACTATATT
CTCCTTTCAAACTTTGAACTAGATCTCCTAACTTAAGATGACATCGTAGG
AAGTGAAATTTTGCATGAGTAACAACTTTTTCGACCTAGTCTTAATCGAA
ATTACAAAAAAGTTGTAATACATATACCGCAGGCTGCAAATACAGCTAGT
ATTTAATAGTTTTGGGTTACAGTCTGAAAATCTTAGACCGCTCAGACTTC
AGATACCGTTATGATTATTAATACACGGATTTAATTTGGTGCCTTGCATA
ATTTATGTCTAGACTGAATTCAAAATGAATTGTTTATGACGCCGTACAAA
GTTAAATGTGTTACAGCAATCGTATTTGTATAACCCATAAATTATAACTG
TGGAAGAATTGGCTAATGTCCAACTGATTTTTGGACTTTTTTGGTGATTA
TTTTCGTAGGAAAGGTTGCGTGATACAATCAAGGTAACGGTGCGATAATC
AAATTTCGATTAAAGGTATGAGTTTGCATTCGGGACTGAAATATCGGCCC
TAAGCGTTATCAAAGCATCACTTAAGACCAAACCGGGGAAAAGTTTGATC
TTGGATCGAGTATCAACACTAGTATTTATTACTTAATTGAATGCATTTCC
AATTGTACATCCATATTGTTTAAATGGAAGATGATGACATAAATACGACA
ACGACTATGAAGTTCATGCATCAATACATGTTTTTTCAAGGAATTAGATT
TTATATTTCGTAGATATAAAATATGTACAAAGTGGGAAGTGTTTGCTAAG
TACATATTAATATGTACTKAATTACTATGGGTGTAGCCGAGAAAATGTAA
ACATTAGTGTTAAGACTCTGGCCGAGCCCGAATTTTTACATTATCTCATT
GCAAACCTTGGACAGATAAATTGTAGATCAAACTTCTTTTTTCTAAAAAA
AAAATAAAATAAGATCATACATAGTTTTGTAAATTGTAAGCATTTTCAAT
TTGTAAAGAAAAGGAAATAAATCGAAAATCAACATGTTTACCCTGAATTA
TTTTCAAAATATTCGAGTTCATTAAAAGTCAAATTTACAATATAAAACAT
TTCAGGGAATTTTGAGTAATTTTCAGAAAAATTTAAAAAATCCATAGCTT
GTCACAGAAAATAATTTTTTGAAAAAAAAATTATAAAATTAAATTATTTA
TAAAAAAAAATCAAAAATTCATAGCTATTCACAAATAATTTTAATTTTTC
GAAAAAAAGTTCAAAAACTAAATTTCAAATGTTAAATTTTTTGAATTATT
TTTTCAAAAATCCATAGCTATTCACAAAAAATAATTTTAAAGAAAAATTC
TAAAATTAGACTGCCAATATTATATTTTTTATGAAAAAAAATCGAAAATT
TATGGCTATTCACAAACAATTAAATTTTTGGTAATTGAAATTAAATTTCA
AATATATATTAAATTTTGGAGAAAAAAATTTCAAATATTTTTTTTTTTTT
GTAAAAATGGCCCTCCAGCCAACCCCCTTCAGACACCCATGCTTATTGAG
AATAAGTGAAAAATACAATGGAAATGATAAAATATTATTCTTCATCTTAG
AACCTAATCGATCAAAAAATAATTATTAATTACACAAATCTACCCATTTT
TACTACATAATACATTGATTTTATTCTAATATTATTTCTTATCATTGGCA
TCAAGTAGTATTCAATGCAGACACCAAGTCTTTTTTATTCTTTAAGATAT
TTGATAAAGATTTATTGTGACATCACTTTCAATGATGATGCAATTTTGGT
GATGTCAGTGGCTAATAAACTTTTATTAAGGCCTATATAAAGGGACAAAT
TTATGATTTATGATGACATGATATGAATAACATTGTTACAATGAGTTCTA
ACAAAAGACTATATTTTTTTAATTATTATTGTCTGTGAAATAAAAAGTCT
TTCATCGCACTGAATGTAATTAAAAATAAGGACGAAAACTTCTTGTTTGA
TGTAGGTATAATTAAAATCTTGACCATTCCATGTTTTTTTTAATAAGATA
CTTATATGTTCATAGTTAATAGATATGAGGAGTGAAAAAAAAGTAAATTG
CAAGGCCACGTGGGTTGTGCCCATTATTTATAATATCAGAGGCAGTAGTA
ATACATATATTACTATGTACAACAAAAACGAGATTATTATAATTGATGAA
GTGGGTAGGTAGGTATTCCCCGTCCCTTACCCGCATTACTAGAGTTGTAG
AATGAAGTGGGTAGGTAGGTGGCAGAGTGAGGGATGACTACCAATTCCCC
CGTCCCTTACCCTCATTACTAGAGTTGTAAAAAATATAACTTGAAACATT
AGCGTGAAGCTATTATCATAATTATTGAAGAGCAAAGGTGTCCGCAGGAT
TATATTTGGGTGGGGGGGGGGGGGCCTTGGGGTGTGGATTTTTTTTGAAA
AATTAAATTTTTTTGAAAAAAAAATTAAAATTACAAATATTAGATTTTTT
GGAAAAAAATGTTCAAAAATCCACAGCTATTCATGAAAACATTAACTTCT
GGTAAAAAAATTCAAAAATCCAGCTTTCTAAAAAAAATTAAATTTTTTGG
AAAAAAAATGCAAAAATCCAAGGCTGTTCACAAATAATCATTTTGGACAA
AAATTCAAAAATCCATAAATATTCTCAAAACATTTCCAAAATCCACATTT
CCTCACAAAGAATAAATTTGTTAGTAACAAATTTCTAATAAAAAATTTCT
GAAAAACATTTGAAATATTATATTTTTTGAAGAAAAATTTCATAAATCCA
TAGTTGTTCACAAAAAAATTAACTTTTTTGAAAAAAATGTGAAAAATTAA
ATTTTTTAGAAAATAATTTTAAGTAGTTAATTTTTTAGTAAAAAGTAAAA
ACTCCTTGATTTGGGTTGGGGGACTACAGCCCCTTTAGCCAACCCCTGAA
GAGAGAACATCTAAGTAAGTATTTAGTCATCACATGTGTACGTGCTCTTG
AAAGATAGATGGAAACATTGATGATTTGTTGGGTTAGCTATGAGGGTAAG
TCCTTYTTGGACTTGGGGTAGAATTCAGTATTAAGTAATAATGAAGAAGT
GTTGATTTTCTTTCATAGCTGCTTGTAGCTAATCTAACGAAACTTCATAA
AGTGTGTGTTCTTACCTAAGATATTATAATGAATATAGTAATCCGGGCTC
GTCGTCAAACCTACAGGCAAAATGAATTTAAGAATAGGTGACTCCGCACG
TGGTATAATTTAGAAAGAGTATATTATATAGTTTAACTAAAATACACAGC
ATAAATAAAATAAGAGCTGAGACAAAGGGATGTGACCCGACCCACGGGTA
AAAAGGGAGAGACAATGGTAACTATAAACTTGATGGTGTAAAATGTTAAA
AGGTACACAATGATAAAATTACAATATGAAAGGATAGACAAGAAACTCCA
GATTTCATCTAATATTGTTGTATTTTATGACGTCAAATACGAGAACACTT
TTTACACATATTTAGAAGATGAACTATACTGAAAGTCTGTTTATTCTAAA
CCATTTATAATTACTTAGTTAAATATTATGGTAGTATCCACCATTGCCTG
GATTCATTTTTGCGTCGGCTAAAATACAAAAATTCCTTCATAATATGGAA
GATAACTCCCCAAGAAATCCTCAGTTTTTCTTTCTATTTTTCATGAGCAC
ACCTACACGTAACTTCTCAATACTTATACCAATTCCAATTTGCTCTGTAC
TAAAAACTGAAAGACTAATACTAAGAGTTTGAGAGAATATAATATTATAG
GTTAGGATGACTGATGAGTACTTTAATCTCTAGAGCGCTCTCTAATAATA
AAAAAATTAATTTAACAAACCTGTGTTTACATTTAATTCAAATATGAACA
AGCACGTGAATTATTTATCATAAGAGACTAATAATTCGATGCTCTGTGCT
CACGCCTTCTATAGTTCACAATACGACTATATTGCTATTTTTTGGATCAA
AATATGTTTATGATAACCATCATGGGGAAATATAAACAGTGCACCCCGTG
ACTGGTTTTCAAACATTCATTCAGTCCGGCAGACAAACTCTGCTTTTTTA
ATATAGATTTCACAATTTACTAACTCGAGTCTTCTCATTATAATGTCCCT
GATAAGTGATGTGTAAATGGATTCTGAAAAAGTCATTTATAATTCTAATG
GTTGTAAAGTAAGAGTTGAATAATTCATTAAAATACTAGGGTCCTTTCAA
AAGTCCGTGCAAAGTCTGAGAGATGGAACTACTGGCGCGTATCGAGGTTA
TGTTTTGTTGGTATCATCTCTTGGAAGAACACACACCAATTTTTAGCTAA
ATTAGTCTATTTATTTTTGTTTGGCATTCGTTTGAATCAAGATATATACC
AGAAAGACTATGGCGGTTGTCTTTAGGATTTGCAAGGAATAATCCTCATA
GACTATCTGGAAAAGGGAAAACCTATTAAAGGTATATATTATTCATTGTT
CATTTCCATCACAAAAATGCACCAGCTCACGCCTCGGCAGTTGTGGTCAC
AAAATTAATTGAAATAGGTTTCCAACTCGAGATTCACTCTTCAGTCATCC
ATCACCATATCTCTTTTATGAATAACTTTTGGAGTAGTAACCTCTTCAGG
GCGTCCAGAACATTCAACATCACTTGGGCCTATATGGCCTCTCCAAAAAT
TTTGAAACCCCTTAAAAACTCTTCTAATCTTAGATAAAGAGTCCACATAA
TGTTTATCAACCTTCTTTTTAGTCTCCTGAGGCATGGTGCTTTTCATAAA
GTAATGTTTAATTCTTTTTCGTACATTTTGTGAAATTCACTCCACTTCTT
CCCATTCAAACAAGTGCCAAACAGATAGAAAATGACCGATCTGGCTGAAA
GTTTGTTTGTGTTCTTCCATGAGATGCTACTAACTAAACATAGCCTCGAT
ACGTGACAGCCATCTCTCGGACTTTGCACGGACTTTTCAAGCAACCCTCG
TATTAACACTCCAACATGATGATAGAAAACCTTCAGTGACCTTTTAACTC
TTTTTTTATGCCAGCGCCTTGCTGCACCTATGTATTGCACCAAGTACACA
TATACTTATATACATAAATATATAATTAGGTTCAAGTTTTAGAGTAGGNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAATACGCT
GATGGAATGATATTTGTTTGTATTAAGGGTTTATTCATATTTATAATACA
GCTATGCTTTGTTTGTTTGTTCCCTTGCAAAAATGAGTCACACATCCTTT
ATGAAATGTTTTGTTTAGTATCATAGCAAAATCATATTGTATCTTTTAGA
GTTGGAGCGATCCTTCAACCATTAATTTATATCGTGATCATATGAACAAG
GCAATTCCTTATATAATTAAATCAATACCAGATTAAATTTATCTTCTGAA
TTTGAAAATATGAAGTACTATCATCTATTCTCATAAAACAAAAGTTTGTC
TGTTTGATTGTCTGGTAAGATATCATTTTTTACAACGAGAGCGTGTAGCG
ATTGCTTGCGCATCATATTTATATAAAAAAAGGAAAAATTGAAACATTTT
ATTCCTTATAAATGATTTAAAGTAATATATGTCAGACAAGATACTTGTAA
AATAATTTTCACATTTAAATCTTTGTGGGGTATTTACTTGATCTTTAATC
CCGTCATTTCAATACTGTAAACTCATAATAATCGGAACCTAAGCAAAAAT
ATTTATTCAGCAACCTTTTTATTTGGAAGTTTGTATAATTAATTTGTAAT
AACCAAAAGTTTGAAGTCTAGGTATTAAATCAAATACTTACAGGACACTC
CCCACTTTGCAAAATTATGCACTTCTATTAAATATTTATATTTATGCGTA
TGAACAAACACATCATCCACTACAAAAATTCTTGTTCATCTCAATATATA
GTTGTTTTTTTCTAATTTCATAATAAACACAGAATAATTCCGAACTCCGT
GTTATTCGAAATCCCCAGTGTTTGAAACCATATTATACGGGGACCTCCTG
TACTGCTAAGAGTATATGTGATAAGTTTCTACAGTTTTAATAATATTTTG
AAATATTATTACTTTTTGCTTTGCTACATAGTTTGCCCGAATTACCTTTT
TTTTGAGAAAAATCTATTCTGACCAAYAATAAAAAAAATGAAAAAACTAG
TNCATTCTGACCAATAATAAAAAAAATGAAAAAACTAYMRKAAATAAAAA
TTACAGCTCCTCCAGCCCATCTCCACGGACGCCCCTGGAATTAGTTTGGT
CCACTTAAAGTAATAAGGGTACCGGTCTAGGTTTTTCAGACTAAAAGCCA
ACACTAATAAGTATGTATGCATTATTGGTCAAATATCTTTGTTTGTCTTA
ATCTTTACAAGGAACCTTAAAAGGAAATTGAAAGTGTGTTTTTTTTTTCC
TTCATTATTTTTTGCATCATTTGAGCCAATATATTAATAAAACAAAAAGA
AAAGTGTTTGTTTTTTTTGCACAAAGGAAGGGGGAAAAGAAATTTCCTTT
TACACTCTATTAAAAAATTCATTTTCTTCGATTTAACATTTTCCGACTAA
AAGATATAATAATTACAGTCAATTCTTTTTTTAACAAAAAATTTGCTACC
GAGGAATGGTTTAAGTCCATTGGCCTTTATAATTTATTTACTCCTTAGTG
GTGGMTCGATTTAACACTTACCATAGTGGACTTAAGCAAACTTAGAGGTA
GTTTATGACTATCGGTGTATGTGGGGGTACGTAACTCCAAGGGTAAAAGA
TTGTTATCAAATTTCTCGAAAAGACAACGGTTTTTTTTGTGCATTTTTGT
TTGTTTTTGTCAAACTGCTAAAATTAACAAGTTTCATTGTCAAAATTTTA
AAAAAGAAACATTATATAGAGTGTAATTAAAATATTTAATTGTCAAATTA
TGTATTTCTTTGATTTATTTTTATTATAATGAGTTGCAATTGAAAAGGGT
TCCAAGAAGGAGTGAAATATATTTTTTGTATACTGAAAAATTGTTCCTTT
TTCTCCTCAGTCCAACTAGGAGAATTTTTGGTCGTCTTACTACAAAATTA
ATCTTGAAAGAACATTATATTGTCAATTTAAAAAAAAAAAAACACGTTAT
ATTGTCGAATTTTAAAAAAATGTTATATTTTCAAATTAAAAAAAAAATGC
TATATTGTCAAATTGAAAAAGAAAAACTGTTAAACTGTCGAATTTAAAAA
TACGTTATATCGTCAAATCTAGCTACGACCCAGGTTTAGAGCCTTTTTTA
TTGTGGAATTGATTAATCCATATTAATAAAGCAAAGTCATACTGTAACTA
TGTATGTATATATATTGATTGTAAATAATTTTAAGTATAGATACTTTATT
AAAGAAATAAAAATACCTTTGAGCGCTCTCGTCATATTAACAAAATAATA
AAAAAGAGAAGCTAGGCTAATAGAAATATGTACAAGGTTAGACCATCATG
TAATTGGGCTTGCTAGAATTTTAAATCTGATGTATTGTACCGACTGCTGG
GCAAGAGAGGCAAATTTGGACAAAACACACAACCAATCATAGTCTATGAC
GTCGCCATTGCTAGAATTTTCAATTTAATGTATTGTACCAACTGCTGGAC
AAGAAAAACAGATTTTGATAACCCATGCAACCACTCATCTTCTATGACAT
CAATATTAAAAGCATGGTGAAAGTCTAACATTAGTCGTACACGCGTTATG
GTATTTCTATTAACCTTGTGTTTAAGTGAATTTTTATGAAAAAAGAAAAA
ATAGTGGGAAGTACTTTGAATACATAACTACTGAATGAGACATTAAATGA
CGTTAAGCAATAAGCTAATCTCATCATTTAAAAAAAAACATCAAGCTGTT
ATTTGAGGAGACGTGTAAGTGTACTTAAGAAAAACGGAGGGTAACACTGA
GGATTGGTTAAGGGGGTCATCCTCTCCGTTATTTAAGCAATGCACGTGTA
TGAACGTCGATGCTTAATTACTACAGACAATGTCGTGTKCTGCCACTATT
AATTATATAAAGACAAAAACTTGGTATTTGCATTCGTTTCCTTTTTCTTT
TCTTTTTTTAAGTTCAAGATTAATTAATGATTTTTTTTTGGAATTTGAGA
ATTGAGGAGCGACATTCTTCAAATTTTCAGGGCTACGATGAAAATATAAC
AGACAATTTTCATCACTATATATTAGCCTTTTAATAAAGAAACTCAATAA
GAAACATATCATTACGTCATATCTTATTTCTAATAAATTTTGTCTTGTCA
TCATCATAAAAAACAAAAAAAAACATCTTCGTTAAAAAATGTTTTTTTGC
ATCTAGTCTTTTCTTACGAAAATAACATGGGTCCAATTAATGTGTAATGA
ATATTTCTCATATTACTTTTATTTGGCAAATATTTTTTAAAATTTTAAAT
AGACTATTAGAAAGTCCACACTCTGTCGTCTAAATACAGTCATATCCCTA
TAAGAGAAAAAAATTGCTTAAAATCAACTCACCTCTATAAACTACTTTGC
ATTAAAGCAAGGTGATGCTACAAAATTTCGGTTAAGTGCAACTTTTGAAT
GTAATTTTAGACATAAAATATTCTTAAAATTTAATAGAGTGCAAGAAACA
ATTTCTTATTTTTTTTTTATTTGTCTATTCTATTATAATGTTGGAGGAAG
ATTCGTTCAATATCCTTGACAATTCCATTGTTGAATAAATGGATAAAAAA
AATAATATTATCAATCTTCCATAGCAAAAAAACACTTTAATTTGAAATAT
AGGAACAGTGTTCAAGCTAATACTCAGTTTTTTCTTAAATGATGTAAATT
TTCAAAACTTTAGGACCGTTAAGCTATCTCTAAATATTCTTTAAAACTCT
TCAAACTTTTCTGAAATGTTTTCAAACTAAGCCATTTACTTTTCTAAATT
GACCATCATTCTATCTCGTTGGACAGGGAATCGACTGTATTAATATACAT
AGATAAGTGATTTTGCATATGTAGTAATATGATCGTATCCTCTTCATTGG
ATAGAGAGAAGGAAAATTGCATTCAAAGTCGTCCTTAGCCATATGTCGTT
GGTTTTTCGGAATATTGAGAAGAAAAATAAATTGGAAAACACACACACAC
AAAGAACCCTTCTATCATCTGTTTGCCAATTAATTGTCATAAACGCAATT
ATAATCATTACTTCTTTACTATTTTAGAATCATTGCAAAAAAAAATATAT
TATTGTACTATTGCTTAAAAGTACATTAATACACACATTGACTACTATGT
TTATATAAATTCCTATTGCACAAATTAATGGTGTGGTCAGTAAGATCGGT
CTTCATTTCAACAAAGCTATATACACCAAGTGCCCCTCTTAGACTGCTCC
CATTTTGAAATACACAAAGATGAAGTGTATTTTCGTTTTAGCTGTTATCA
TTTATTTTGATGGCATATGTTGAGTCTTGTTTGATTTAAAGGAGCTGAAT
CTACTTATTATGTACTCAAAAAAAGTATTACATAGGATTTGGATATTAAT
TTATATCAATCAAGGGTATTTGCTTAGAATTCATGTCATTTCCTGCTCAG
TTATTTGTAAGATTATCAGTTTAATCAGAATCGGGTTGTTTTTTTTTGGA
ATCAGAATTGACATCCAGATAATAAAGTTTAATTTGCGATTCCAATACTT
TTTTTATTTCGGGGATTTAAATATTTATTACTTTTTAAGGTTATGAAAAA
AAAATATAGCCCCCCCCCCCCCAAATTAAAGAATTTTTGTTTTTAACTAG
AATATTTAATTTAATTTTTTCCCCCAAAAATTCCATTTTTCTAATTTTCT
TAGAAAACATTTTATATTAGAAATTTAATTTAAAAAAATTTTTTTTGCAA
AGAAAAAATTATTTTTTGAGTGCACTGGTGGATTTTGGAAATTTTTTTCC
AAAATATTTCATTTTTTGTGAATATCAGTGGATTTTAATTTTTTTTGGAG
AAGAGCCATGGGGTTTGAAATTTCTTTATGAACAGTTGGAGATTTTGTAA
AAAAATTTCAAAAAAATTCAGACTTTAATCAGACTTCAGACAAAAAAAAA
AAATAATATATATATATAATTCTATGAAAGCCCTGACAGCAGAATTGTAT
ATACAATAATTTAAAATATTAAACAATTGGTATTTGAAAATAGTATCAGG
ATTTTTTTAATCGTCCCATCACTAACAATAATTAGTTAATACTCTCTAAA
TAATCATTAATAGTTGGCAATAAGAAAAATACAGAAGGCAACCTACCATA
TGTTTTTTTCCAAGTGTGTCCTTTCACTTTTGACAGTCGAGGTTGAGTGA
GAGTTGATAAAATGCTAGTTGTGGTAGCTTAAAGTAGATTTCTTGTCTAC
GAGAAGTTCCGCTCCCTTGCAAGATCTCGCTTTTTATAGCACCACAGATC
TGTGATTCGTAACCGGGGATCCGAGAGGTTATTCAGGTGATCAAAAAAAT
ACACTTAAAAATGTCATTCACCCAAATATTGTGACAAAAATATGTACACA
CCGTACATATGAACCAAATTTGAAACATTTATCCATATTAACTTTGACAC
GCTGATTCTCATAGAGCACAAAAGTTAGTTTATTTTTGCAAGAGATTAAC
TGTAGATAAATATATTTTTCAAKCCCCCCTTTGCAGCCAACATTGCCTCT
ACTCTGCCACTGATCCCGTTGCACGACAAAAATACGAAATCTTCGGCCAA
CTCTCTCTCAAGTATAGTTTGGGGATCTGCCACATTTTTTCTATGTGTCA
CCCAGGCCTTTATCTCAACTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNCCCCACACAGCATAGTCGAGAGGGGAAGGGTCAGGTGAGCGA
AGGAGGCCACCTTTCCTATCTCCATAATCAAGCCAAATTTTTCTTGGACC
AATGAGCTTCTGTGTGATGGGCTGAATCTTGTTGCCAAATGTAATTCCCT
GACGGGTAGTTCTGGTCCTGCCAGGGCTTTAACAACTTCTTCATGACGTT
CAAGTAGGAATATTTGTTGATTTTTAGTTTGCTTGTCGTTGGCTTGACCT
AGATGCTTGCTCATAAACCGTTCAGTGACTCATCAGTACATCAGGCATCT
TGTTAAAGTATTATCCACCCTCTTTAAGATTATTGACAGTAACCACAAGC
GTCCTAGAGCAGTGATTGCTATTCTGGTTATTTTTATTAAAAGCTTTCAT
TACGCAGCCAAGCGACAGCTAAAACAAAAGCAAACAATTTTTGTTTTATC
CCATCTCTCATAGTGTCAAGATGTCGAAGCAACAAGAAAAAGGGAACTTT
TATTGCTAATTAAAAGAGGCAATATTGAATTAAAAAAGTAGCTAAATATG
GTGTTTAAACATATCGGCAATTGGTTTTGAGTTGCCTTTTCTTGATCCCA
TAAAATCACGTTTCTTGTTCTAGTTTTGCAGGGGCGTCTGCAGGAGGACC
GATGTTGTCCGCCTATTCAAATTAAGGAATTTTGTTATTTACTAGATTTT
GTTTTCTTCATTATGGCAATTACTGAAGCAGAGCAAAAAAATTACTATTT
GATATTAATTTTTTGGAATTTTTACAAAAAAAAAGTTTGTGAATAGCTAT
AGATTTTTAAAAAAAATTACAAAAAATTTAATGTTTGAAATTTAATTTTT
TTCATTTCTGTGAAAAGCTTTGGTTTTTAGAAAAAAGTTTTACAAAAAAT
TTAATTTTTCAAATCTTTTTTCAAAAAAATCTTGAATTTTCTGGGAATAT
CTATAGATTTTAGTAATTTTTTTGGAAAATATTCCAAAACCCAGCCTCAC
CCGAAAAAAATTTATAATCCTGTCTAAAACCCCTGGATTAGGTAAATTGA
CCAAATTATGTACCTTTATTATGAAATACATATTAATGTAAAATACTCGA
TCTGGATTTTTCCCTTTACTTGATTTTGGTTCAAGATTCTTTTTGTGTTT
ACACGCAACTATTCGATGTATTAATTCCATAACTTGGAATAATTAAAGTT
ATGTGTTCGTTTTTTATAAAACAATTAGACGTACATACATACAGAACTAA
ATTTTACACAAGCAAGTAATTAATTTTCTAGAAAGATAATTTCTCTCTCT
CTCAAAAATTCCACGAGGCTTCTGTTGTTGAGACAATATAGAAAAAAAAA
ACTAATCAGGGAGACTTGAAATGATTTACCTTGAAAAACATTGCTGGGTG
GGCATTTCTACATATTATAGAGAGTTGTTTTTGTAAGGTTCTACTTATAC
AAAGATATATTTTTTGTTGATTCAATATGCTCATAAATACTAGTCTTGGA
TTTTGTACATAAAATCCTAGGCCGGTCTCATACCGGTATGATTTTTAGTG
GACAGAACTAATTCGCCACCTTGAGGGAGCTCGATTTGGACCAGTCTTTT
AGAAAATATAGAAAAATTGATCTTATTTAAAATTAGGTCTATACTTATTC
CATAGATGAATTTTTTATGACGTCAGTTCTGTTACAAAATTATGAACATT
GACCTACAATAATTGTATATTGTGGTGTGAGATCCAAATTATCATAACTC
ATATATTAACTTTACAGAATTATCCGTTTGGAAACTCCATTCCTTCCTTA
TAAATATGTAATAGTTTGAAATTCTTGGATTTTTCAATTACAAATCTAAG
ATCTCCAGGATGAAATATCGGCAATAATACTCATATTTATAATTTTTGGG
TTAGGACAATTTGGCACTATTGAAATATCGAGACATTTACATTTACGTGT
AGAAATATAATGTTAATTGGGAATTTCTCATCAAAAAATCAAAATTACTA
TTACTTTTCGGAAAAATTTCAAAAATGGAATATCTAATATTAAATTTTTT
CGAAAAAAAAATTAACAAATACACAACTATTCACAAAAAATTAAAGTTTC
TGGAAAAGAATTCAAATGTTAAAAATTTGGAAAATTATTTCAAATATTAA
ATTTTTGAAAAAAAAATTCAAATATAAAATTTTTGAAAACAAAATTAAAA
AATTATATTTAAAACATTAAATTTTTTCGGAAAAAATTCAAAAAYCCTCA
GCCATTCACAAACAAAAAATCAAATAATAAATTTTTTGTTCTGCCGTATA
ATTTGTAATCACCTTTTTTTTTTAAATAATTTTTTCAAAAAAAAATTGCC
CCTATTTTTACGTATTTTTTTTCCATCCTAACTCAATAAAAATGATAGTA
AAAAGCGCAATTTCCTTAATTAGTGATTGATACAGCTACTCCAGCCAACC
TCCTTGGGGACGCCTCCGTGAACTATTGAAAGATTGGGATCTTTTTATTG
TTGTGATGAAACATTTGATTAATTGGGAATTTATCATTTTCTTGATTGCT
TTTGTGTTGACTCACTAAAATATTGCATTAATCCTATTTGTACGAATCAT
AAGTCAGGGGGGATGGCGAGAAAATCGCTCCATAGATTTAAACCGAAAAA
ATCAATTCACAATTTGAAAACAAATTAAATTTCCGTTTACTGTCTGTCCA
AATCGATCTAGAAAAAAAAACAGTGAAGACCAAACGAAAAAAAAAGTTCG
GTCTTGGACCTAGTCACACCCCTAATAAGTTCTTAGTGTAGGTATGTGCT
CCATCTATCCAATTTTCCCCTGGATTATTGCAATTTTAATTACCTAATGG
GGGATCATAAATTAAAAAAGAGCTTCTTTTGGGTGGGTCTTTTCATGATA
ACTAAAGGATGATTTTTGTGCATGAGAAAATGCAATCACATTATGTCTAT
GCTACCGGGAGGTTGTTTTCTTTCTTTTCTTCATCCTACATCTTTCTTGA
GGAAGGATTGGACCCTTTCAAAGGAAGAAGTATGGTTGAAATAATGGTGC
CAGGAGATTAAAAAGAGATTGTTGCTATGTGGGGATTAGAGGTGTGCAAG
TCCTACTTGTCGGTCCCTCATTGATCCCTTGTGACGTCAATAAGGGTGTT
GTTCCTTGTTTTAATTATTCCGTTTAAAAAAAATTAATTTCTTCATTTTA
TAATGAAAAAAATAATATTTTTTGCAAGATATGTGCAATAACCTTAATAA
ATATTTCATATATCTTATTTGCCTTAATAAACCATCGATATTCTTATGAA
AAAATCAAAGAGNNNGTTGACAGTTAAGGACCGCTCCTATGGATCGACGC
TCTTAAGGGCCGCTCCGTATTGTTGAAAGTCATAAGGACCTGTCCTAAGA
CTGGACTGGACTGGAGGGAATAAATAAGGACCAACATAACACTAATGTTG
AGGAACATGCGTTTGCCGTGGAAAATAAGTATTGTCAAAAAATAGTTTTA
CAGAATATTCTATAAAGTTAAAATTATTGTAATTTAGCTTTTGAGTTGTT
TTTTTTAATAAAAATTCGAGAATAGCTTCAATTTCTAATATACAAAAAAC
GATTTTTAAATTATTTTTCATAATTTGAAAATTATTTGAACGCAATTAAC
TCCCGAATAAATGTTCTAGAGAGCTACAATTAATTTTATGAAATTTGCTA
TCATATAAGAATTCTTAATTGGTGCAAATTGTTCGAATCAAGTAATTGTA
ACTGGATTTATTCTGGAAACACCAACATGACCTGTTCAGAATCACCAAAA
GCTAATTAAATTATCAACTAATCATCCAAAGTTAAAAATATAGATCTATT
GCTAATTTAATTGTGCATATTTTTCTTTAAAATAACTGTCTCTCGAAAAT
CTCTAAATAATAAGTTATTTAAACTGACCGAAATACGAGGGTCGTTTGAA
AAGTCCATGCAAAGTCTGAGAGATGGCACTACTGACGATTATCGAGGTTA
TGTTTTGTTGGTATCATCTCTTGGAAGAACACAAACCAACTTTCAGCAAG
ATTGGTATATTTCTTTCTGCTTGGCATTCGTTTGAATCGAAGGAGTGGAG
TGATCTTCAAAAAATGGAAACAAAGAATTTCGTGTGTTGGTTAAACATTT
TTTTATTAAAGGCAAAACGCCTTAGGAGACTAAAAAACAGAGTGATACAC
ATTCTGGGGACTCGGACCCTTTGATTAAAATAGTCTATAAGTGGTTTCAA
AATTTTCTGAGTTGACATATGGGCACAACTGACGCTAAACGTTCTGGACG
ATAAAATGATGATATGGTGATGTATAACAGAAGAAGGAAGGTGCGTAAGA
TTCCTAGTGCTGTAGGTATCTCGAGTTGGAATCCTATTTCCATGAATTTT
GCAACCACAACTGCTGAGGTGTGAGCTGTTGCATTGTCGTGATGAAATTG
TGGCCATCTTTCTTGCAGCTCGGTTTTCAAACGGCCCAATAACGATCAAT
AATATGCACTTGGAATAGTTTTACCCATTGGTAACCTCAACAGGGCGTCA
TGAACGTTCAGGGTCACTTTTATCCATATGACCAATCTGAAAATTTTGAA
ACCACGTATAAACTGTTCTAATTGAAAGTGCAGAGTCCCAATAATGTTTA
TCTAGCTTATTTTTAGTCTCCTGAGGGGGTTTGCCTTTCATAAAGAAATG
TTTAACTAACACAGGAAATTATTTTTCGTCCATTTTTTGAAAATCCCTCA
ACTTTCTCGATTCAAACGAATGCAAAGCAGAAAGAAACTGACCGATTTGG
TTGAAAGTCGGTGTTTGTTCTTCCGAGAGATGCTAGTGCCATCTTTCGGA
CTTTTCAAACGACCCTAGAATGGCTATGAAATATTGGGAAATTAATATTT
ATGAGGTTAAACAATAGGTTAATTACGAATTTTTTGTTTTCTTGATTTAT
TTTATGCTGACGCACCCAGGATATAANTGTGCATGTCAAGGCTTCATTCA
TTGGGTCGTTGGGCCAGAGCGATAATAATAAGTTTTGGGTAGTTTGTTTT
TTTCGATTAAAAATAAATTACTTGATAAATTATTATACTATATTCATACA
TACTAAACACATTTTGTGATATGTTNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NCAATGTTTTATAAATGCTTCTCAATTATCTATGATCCTAAATAAGAGGG
ATTTGTTATTCTGTATGAACCAAGGGATATACTGCTGCGCATTGATGGAA
AAATGATGCTGTTTGAAAAGTTTCAGCCTTCAAATGTCATTTTTGACTTA
AGAAAAAATATTTAGTTTATAGCAAAAACTCATTTGTATAGTATAAGATC
TATTTTTGTATTATAAAGGTTTGTGAAAATTGTCAAAATACCGACAAGGG
TAAATTTAAAAAAAAAGAAGTATATATTAGTAACTTGCAATATATATATT
TTATTTTATTTTCAGTTAATTAAATTTTTCGGAAAAAAATTTCAAAAATC
CATACCTATTCTCAAACATTTATATAATCCAAAGCTGCTCACGAAAAATG
AAATTTTTTCGAAAAATTCAAAATTTTAATTTTTCATATTTCATAGACCA
ATGAGTATTCCTACCTATTTTAAAATTTTGTACGTATCACACAGCGTTAT
CTTCTCTAACACAAAAATTTACAGTGAATTTTGTTGTCAGCGGTCGATAT
TTCTGCTTCCCTCCCTCCTAACCAGTGTTCTCCTTGTTGATGGGTTGAGT
TTGAATCATCTCTTGATAAGCTATGAATGGGTTCGGTCCAACAGAAAATA
TAACAGATCCAAGCCAAACAAAATTTCTTTTTAAAAGTGTGAACTTAAAA
TAGATTTAAACAATAGCAGACATACTATTGCTTGTTGTGTTCAAATTGTA
CGCATCTAAGTACATCCAACTTGGAATAATTTAGCCCAAAGCAAAAAGTG
GCTCGTGAACAAWTATTTTKCAGAGAATAAMGACCGAGCACTTTTTGTAG
GGGCTATAGAGATGGGAGCATTGCTCGGAGACGTGTGCAAAGTTACAAGG
GTTGAATAATAAAATAAATAATTCACACAAAAATATATTTGTATCTTTGT
TAGGTGGGAAACTTTTCAGACGACCCTCGTATGAATTTATTAATAAGAAT
GAACTCTTCCTCATAACCATCACTAATTTTTAAATTGCAATATGAAATGC
ATAAAGAAGAAAGTTTTCTCTTTCTCTCTCTCTTTGTATGTCTCGATGGT
ATTGACTGTAGCATGTGAATATGTTTTAGTGCTATATATAAATATACATT
TTTCTTTAGAGAAGAAAATGAGTTGGTTTAATTGCCATTTAGTTAACATA
TTCTATGAGGGGCTGAGGAGAAGAAAAGGGGTTTCCCTTAACCTTACTTA
TACCTCACAGTTTTGATTATGAACTAGGGTTGTTAGATACCTTTGGTACT
GTTGTTGTACCACATTTAAAACATTACTCAGGGGTGTCCGCAGTATTATA
TTTTGAAAAGTGCTTGGTTTCCGAATTTTTGAAAAAAATATTTATTTTTT
TTTGAAAAATTACATTTCAAATATTTATTTTTTTKGRAAAAAATATARAW
YTATTCAMAAAAAAAAAAAACAGTTGCTCATAAAAANNNNNNTTTATTTG
GAAAAAAATTTCAAATATTAAATTCTATGGAAAGTTTGTCAAAAATCTAG
AACTATTCACAAAAAATATAATTTTTTACCAAAAACATTTGAAAAATCTA
CAGTTATTCTCAAAAATTTCAAAAATCTATATTTATTCCAAAAAAAAATT
AAAAAATCAACAGCTGTTCATATAAAATTTATTTTTTTTGGGAAAAAATC
TCATATGTTAAATTCTATGGAAATATTTTCAAAAATCCACAGCTATTCAC
AAAAAATAGAATTTTTTAACAAAAAAATTTCAGATATTAAATTGTATGGA
AAAATTTTCAGAAATCAACAGCTATTCACAAAAAATAGAATTCTTTCCCA
AAAAAATTTGAAAAATCTTGAGTTATTCTCAAAAAATTTCAAAAATCTAC
TGTTCTTCTCAAAACATTAATTTCAAACATAAATATTTTTGGAGAATAAT
TTAAAATATTTAATTTTTGGAGAAATATTTCAAACTCTATTGCTATTTAT
AGAAAATTAAATTATTTGGGGAAAAAGGTTAAATATTAAATTTTGTTGAA
AATTTTTTTTTATAAATCAAATTAAATTTCAAATGTTAAATTTTGTAGTA
AAAATGAAAAATTCCTTTATTTTTTTTTTGGGGGGGGGGGGATACAGKAA
CCCCCAAATATTTGGTCAAAATTAGATGCTTTGTCAAAAAACAGGCCTAG
AGTAGCGGCTCCTAATTTCTTCAGTGTCGTGACCCTTTAACAACATTTAC
CTTTTAAGACAAGTCAGTCATCTTAAAAAAAACTACCTTCATATTTACTT
AATATTTTTTCATCCTGCCCCAAAAAATTTACATTATCAAGCAAAAATTC
CTTAACTTGAGGGGGGGGGGGGGAGGGAWAGCCTTTCCAACCCACRCCTT
GSGAACGCCCCTTCAAAAGGACATTGGTTATCGTACAACAGTTTATTGGA
TGTCCTTAGGGGATACTACCGCTGGCCTAACCACTCGAAAGTGTTAAAAA
GTAAGGGAATTACTGAATAGTTTGTAGAGCAAAACAAAAGTTTATGTTCA
TTAGTGTGTATTGGCTTTGTACCTTCATTTGTAAGTACATATACACGATG
GACCCTCCTCATCTCCTTATCACTGATCACAGATAAAATTAATAGCTATA
CGTAGTATTTACCTATGGGTATAAATACTTAACAAAATACTATCCAGTAG
ATTTTGCGTGGGTGCCATCGTTATTTCTACATTTTATTATTAATAGCCAT
GTTGTTATTCCTCTACCCAAATAGACCCATGTTTTAAAATAAAAAAAACA
ACTAATGTATAAAATGCAACTAACTATGAAGAACAAGTTGGAAAATTTTC
ACGAAATTTCTTTTATTTGACCATTAATATAGGTATATATAAATTATTGC
TTTTTTAATAAGAAACGCTGGAGTTGAATAGGAATAGTACTATTAAAGGC
TGTATGATTTTTCTTAATAAGTATGAGAAGGTTATTGATCGTAAAAAAGG
GCAAACTTTTTCTACAGTGAAAGACTTGAACACTTGCAAAACCATCGCTG
TCATTCTAGAGATATGGAGAATTCATGCATAATTTTTATTCCAGATGAGG
GGAATATATAGACTTGTTTGATTGGAAAAAAAAGGAACAAAAAAAGAGTG
AACCTCATTTTTTGTTTCCTTCCTTAAATAGGAAAAAAAGAAAAAGAAAC
TAAGCTGCATGCGTGGTTATTCCATGTCAGCTGAGTGGGTACCCAAAATT
TGCAGTTGTATTTAATTATGATATATCACCGTTGTTTATAATTTCGATGT
TTGAGTACGTAATCAAACGACAGTTTAAACAAAAATAAGCAAGTTTATTT
TTTCTCTCGTGGCTCTAAGTGTAGAAATGTCAGAGAATAGGAATAGCAAA
GACGTATATGATCTCCTCCACTCCGGTGTCAGTGGCAAGAAGGCTTAGAA
GKCCATTAACATCRCCAACCAAACTCCCTAGAATATCAAAAATKCTCCCC
AATACAGCCAAGAAGAATGAAAACTTTTGCAGCAACAATGTGGCTGACAT
CTTGTACACCTCCATGTGGCCCTCCTACAGCCCTGACCTTACTCCCCTGG
ACTTTGCAATAGTCTTATAGAATCATGAAAGCGTGCAGGGGCGTCCATAA
GGGGTGGGATAGAGGGGCTGTAGGAATTTTTGATTTTTATTCGAAAATGT
AATATTTGAAATTAGATTCAATTTTTCAATTTTTTTTTTCTAAATTTTTT
ATTTTCTGTGAATAGTTATGGATTTTTTAAATTTTTCTTAGAAAAATTGA
AATTTTTATTTATAGCTGTAGATTTTTGAATTTTTTTTCCAAAAATAAAA
TTTTTCGTAAACAGCTCTGGATTTTGATTATTTTTTCTTTCCAAAAATAA
AATTTTGTCTAAACAGCTGTATATTTTGGAATTTTTTTGAGAATAGCTGT
AAATTTTTTAATTTTTTCAAGAATAGCTGTGGATTTTAGAAATTATTTTC
CAAAAAAATTAATATTTGAAATTTAAAAAATGAATCTTTTTTTTAAACAG
CTGCTACCAATCTATTCATACGGCTGMTATTGCTTMTGYAGGYAGACATA
TTGGTTATAYCTAAATATAGTATTTAATCATATCACCAAATGGTTTTGAG
TTTTCTTTTACCGATTCCATAAAAATCACATTTTTAGATTCCCACTCTGT
AGAATTTCATGGGATATCCTCCGAAAAGTATATGATTCCCTGCTTTTGTC
TTGTTACTTCGGTAAGACATTCTATCTTTATCATTACTTTTAAATAACCT
ATAAAAAACCCCCTTATTTCGAGAACCTACTGACCATTGAATTTGAATAT
CTCTATATAATATATTTCCCTTCATCTAATCATTCACCGGTCATTTCATT
CATTAAAATTTATACATACAATTATGGACTTAGTCGTAATAATCAAGCGC
TTATTGTGTCGTTTCCATCTAAGAATAGAAATAAAAGGAAAAGAGGAGAG
GGCCACAAGGTCCTTCCTTATGTCTCTTTAACCTTAAGAGCCATTTTTTA
AAGTAGAGCCATTATCCTACATATTTATTATCTCTTATTAGTATTTATTA
TGATTTAAGTATATCTTCTTTGGTCATAAAATAAAGACTTTATTCCCCTC
TCTGACAAACCCCTGCAACAGGTGGTTCTCATACTACGAATATAGTATTC
ACTTTAAAAAAAAAACCTAATATAAACTCTTCATTAGGCACTAATATGAT
TTGTCTTTATACAGCTAATAATATCTTAACTCATCCCACAAATTTGAATA
GTCAGCATATAATTGCCTCAAATATGTCTATGAAATATTGGCCTGTAATG
AAATATGAAGTAAAATATTAAATTGGGATCTTCTCCGTTTTTTTATTTTT
TGTTCAAAATAGTTTTTATGTTGAGGCACGAGGAATATATCGTTAATACT
ATATTGATTCCTCTTCAAAAGTCCCACGCTTCGCCCTTGCAGTTCTAAAA
TTTGACTATTTGTATTAAACAAATAGTCAAATAAGTCAAAATATAGGTTT
TCACAAAAAATAACTACTTTAGATAGATAAACAATCTTTCAAAAGTTGTT
ATTATGTCTTCTCCTAAAGGGACGTTTTTTATCTGAAATAGCTAGATACA
AATTTCAGCCGTTATGACATTGTTCGGTCGTGTAGTTGGGATAGAAATTG
CTCTATTTTAATGTTTATTGATTTTTTTTTCTTAAAGGCATCAAGTTTAA
AAGAAAAATGCAAGGGTGTAACCTCATAACCAGTTCCCCCCCCCCCCCTT
TCTCACATTTAAGCCCTTATTAGTATTTTTTCCTTTTTGAGAGAGAGAGA
GAGATTATCCAATTTTGTGTTTAAGATTTATACCTTTAATTTTTTTTTTT
CAGAAGACTATTTTTTTGGAAATCTTTGATGACTTTTTATATAAGAATTT
TTTTTTTTAGAAAATACCTACATTTCTTGATTACTTTGATTACCTCGGGG
AGCCCTAGACCATGCACTACGAAGCCCTGTTTGGAAATTACTGCTCTAAA
CAATGACTTATGGGTCCGTGGAAAGTTCTCTTAAATGTTTATTAAAGTAC
CAATTATATATCTAATTACATATAGTTGTAGACACAAGTTTCACATGTGA
CATAAATTTCATTCGAAATGGCCCGAAGTCTCTCTGGAAAGGACTACCAT
GCTGCACTCACCATTTCCACGGGGATGGAGTCCCAGTCAACCACCAGTTT
GGCTTTCAGGTTGTCGAAATTCTTGCTGGGGGTCACACATACTCTGCATG
TATCCAATGAATAATCCACAATGGGTTGAGGAGAACGAGACTGTATTGTC
TTTGAAGCCACTCAAGTTGCCCTCACAKCACCGCTGCCTCTCTTTGGATG
TGTGGGAGGGGCACCATTCCTATTGGAAGGMGTATGGCTCATTCTGGAAG
TGTTGTTTGCCCCAGGTAACAAGACCTTCATCCAGGATGATGCTGATATA
CTACTTGTTGTTGATCTTAACCCCAGGCGGGAAGAAACACCAAGAGGGAC
CTCCTTGTCTCAGTCACGGCCGCCCAAACTATCTTAGACTGTGGCTTRTG
CACTTTMTTGACTCCTTGGTCACCCKGCTCACCTTTTTTTGACCAGAATC
TAATTATTTTGGGGTTTGAAAACCTGTTCTACAGTGCAAATCCTCTCATC
ACTGAACATAATGTTGGGAACCGTGCCATTCCCCAGCTTCTGAAGAATAA
CATTGCTTATCTCACGTCTTTTAGCCTTGACCTTCCTTGATAGGTTCCTC
AAGATGGCTGGTCGAGATTTGCCATTTACGTACTCCTTGATTATAGCCTC
TCTCTTGACTTCCATTGTGGTAGACAGAACTGTTATTTTATTCAAAACTG
TTTGTTTTGATCTAGCGGGATTTTTCTAAAATTGACATTAGTGCGAGTCT
GACCTGGCGACCCCCACTAATGTCAATTTTCCTCCCAACTAGAGTTTAAA
CATTATATCTCGCAGCCATACAATTAATTTTATTATATAAATTTTATTTA
ACAGAACTTTCCGTGGACCCTGTGCTTAAACTTTATATTAGAAAAGTATT
TCCTTTGTTTCGTTTGCATCTTGTTTTAGCCTATGTTGATTAATGCTTTA
TTTGATCGAAAAGGCTGACTTGTGAGAGTTATAAAATGCAGATTCATAAA
TTTGATTCCGAGATATTATCAAGATGAGGGAAGGGAAGAACTGCACTGTC
ATCCTTTTAGGTGATCTTACCTATTGTAATGTACTCTTTTCAAGAAGTAA
ATAACATCATAACAGATGCATTTATCATTTTTGAACTAACATTTCGAGAA
AAAAACTAAATTAAGAGCCACTCTAATGTATATGAACGCTATTAATTCGT
TCACTTATAATATATGATTATCAATGAAGATAAACTAACTCAATCTACCT
ACATACGTAATTTTCGAACATACAACCCCTTCTCTGGCCAACAGTATATT
ACAACTACATGTTATTATTATTTAATCATTCTACATATACCAAGGGGTCA
GGAGCAATTTAATTTTCATGTATGTATCTTTGCCAAGATATATAATAGTG
TTGGGCATCGGTCTGGAAATCTTAGACCGGTCTGATACTGCTATATTTTA
AATTAATTCGGTCCAACTTGGGTCTGGACTAGAGTTGGATTCGGTCTAGA
CCTGAGCCCGAAAACCTGCTGTCCAAAATTCATTTTTCAAGCTCGTGGCC
CGAATCTTCCATCCCATCATTTATTTCTAAAGTAAAATAATTCCTTTTTA
ACTAATCGATGACTTTATATTCGATTTGACACCCTCAATCCCCCAAATGA
AGAAATTTTTGTTATGTACTACAATATTTTTTTGTTTGATAGAAAAAATT
TAATGAGAAATTTTGGAGTCATTTTTTTTTTTCTGTTGTACAATTTTTGA
CTTAATTAATTATTTATTACATTCCGACGTTTTAAATATATTTAGCTCTC
AGGAGTAAATATTGGAATACATTTATTATATAGATTCTCATATTTTGGCC
GGCAAGCTGGCCCACAATCTGACTCTTGAATTAGCTATTTTCTAGCCCTA
TCCACCTCTAGTCTGGACTGGTCTCGTCTTAAAATTATTTCTCTTCAAAA
ATCGATATTGTTCTGGGCTTTTTATTTCCAGAAAAAAAAACAAAAAAAAA
ACATTTCATATTCGGTCCAGACCGAGTCTCAACACATGTAGTGTGAAATA
TTAGTGTTGTGTCGGTTCTTATGTAAGACTAAGACTGCAGTACATTTCGG
TCCCATTTAGTCTAATCACACTTGCCGGTCGTATGAGATGAGTAATTTTA
AACGAAGGATTGACATACAAATATGGAATATTTTATATATGATCGATGCT
CTAATTTTTGACTATTTTAATACAAATGACTAAAATATAGGCATTCTGTG
GCACACATTATAAAGTTCAAATGTCTACAGTTATATTACTCATAAATAGA
TAATAACCGTGTGATTTGAGTAGATCAAAATGAAACGAGAGTAGTAATTA
ATAGTTGGTAATTAGATATTGTAATTAAATAATGCATTTTAAGACCAAGA
AATTGCAACTTGTAATAATCTAGTCGTATTAATGAAATATTGCAGGCGTG
GGCATATTTTTCTGTTTGCTTTTATTATTGCTCTCTCATCTAAAATATCA
GTGATGTAAATCGTGTGAGATTTTTTCTTTTTGTGAATTTTTTGGATTTT
TTGCCAAAAAATTTAATTAATACAAAATTATATTTTTGTAGACAAATGAA
AAAGATTGATGAACAATACAGGATTTATTCGAAGTAATAGGGTTGTGTGC
GATTATATATTTTATGACCACTCTCAAGAAAGTGGCCGATTAGGTAGAAA
CCTATATGTTATATAATAAATAAGTACAATTCTGCCATAAATAATGTATT
GTTCTAACAAATAACGTCATATAATATATTATCTACTTCTATGGTTATTG
TTTTGTTTTTTTTTACATTATGTCTGGGGCGTTCGGAGACTTGATTTCTA
TATATAAATTCATAACATGGGGTCAAAAATACGAGTATATGACGTCCCGT
CTAATATGTTTCATGTTTGAGGGAAGAAATCCAATTTTTTGGAGTAAATT
AGAAATTTTTAAAGTATACAAAAAAAAATATATATATATTTATTTGCAAA
AAAGGTCATTTTATAAAATATCTCTAATGGGTATGTTGCAATAGAGGGGC
TTCAACTGTCCCCTTTACTAATTCATGTTTCTCATTTATAATTATAATTA
ATAAAGAAGAGATTTTGGTAAAGAAAAAACTAAGTTTACTTATTGGAAGA
AGGAAAAACGGTGCGATTTCTTCTTTTTTGATCATTATTTAATCAGTCGT
GGCTATGTTAACATCTCCCTCTAAAAGAAGAAGAAGATTTGTCTCCTATC
TTTCCTGTAAATTGAAATGTATATGTCTTTAAATATAATAATAATATTAT
TCCGGCAATAATGCCATTTAAAATGTAGAAGGGTCTCCTCTTTATAGCTG
TAATTCATTTTCTTCCCCAAAATCGTATGACAAGCAGCTGATATTTACAA
TGGTCTTAATTCAGTAATAATATTTGTCTCGCTCCTGCCTTTTTCTCGCG
CTCGTACACAAATCCCATCTGAATGGATGTTGAAGAAACACTTTTTCCTT
TAGTATATCTCTCAACTTTTCCTCTGAAAAGTAAGCATAAATAAAGGCCC
TAAATGACTTGGTAATTAGCCATTTTTTTCCCAACTATGAAATTATGATT
AAATGATTATAGGAAATTGCTAACTGCTTAACAAGAGATATTTTGAACTC
GCCCAATCAACTTTCTAAACACTAATAGGATGTAAAAATGCAGTAAAATC
AACAACTGAATACAAAATACCGTTAATTTGTTTATGTTAGTAAGTTTACA
GCTTTAGAATAGTCCAACGGTTGATCCAAATGAGGTACTAAATTGGCTAA
CCAATTTCTGGTCTTCTTATCTCCTATTTCTGAAGGAAAAGTTGAAAGGC
ACATTAAAAATCTCATTGTGAAATACATTAATAAATTTCTCAGCATATAG
ATTAAATAAATAGTGTGATGATACTCAGCAATAGCAAGGGAGATTATTTG
ACATCGTGGCAGTAGACCAGAGAAAAAACATAGTTGATTAAAACAATATT
TTTTCATAGTATCTCCCGCTATAGGCTCTACAATAAACAATTCTACATTA
ATTTATAGTTTATTGTAAACTATATTGGTTTTAAGAAGATTAAAAAAAAT
AGGTCTTTCAATCTATTAATGATCATGTCTATGATTCATTTCCTGAATTG
AACCATATATTAACACTAATTATATCTATTTCAAAATATTAGCAAGTATA
AAATGATGTAATTTTGGTTAAACGTGAAAGTGAGAGGATTCAAGGGACCA
AAGTTTGGAAAATACTCGCGAACCTTATTCAATTTAAAAATCAATAATTG
TTTAGTCTGTAATTGAATTATAGTCAGAATAATCTTCCAAATTCATCATT
AATATTTTGAAAGGCTAAATAAAGTTATATTCAAATTTAAAAATTGGAAT
AAATATTAATATACTTCATAAATTGATCTGTTTAAAAACATCTCTAAATT
CATATATTTTTGTTAATAATAATAATTATTAGAATAAACATTTTAATAAA
TAAAACTATTTGAAGCATCCTCTATAATTTTAACATACATTTCATTATAA
TTCAAATGTTTTGGTCAACTATTTCTTCTTTTTTGACGGCGTCAACTACT
TCTTCACATCATCCCTGTATGAGTTTTATTTTATCTCTAGCTAATCTCTA
TGTTTGTCAGTAACTAAAATGTAGCAATTTCTTTCTATAAAATAATGACA
TTAGCAACCACCAAATGTCTTCCATATTTAGTATAAAGGAGAACAGTTAG
TTTTTCTTTATAGAGAGAAACACATGGAATAAAATTGTATAAATAAAGTA
TCAAAATATGTTGGGGATATACATCAGGGAGCACTATATATACATTGCAC
CCTGTATCATTGTTATTTCTATGATAAAAAATGACAGTTTTCCATTCAAA
CATAAATTGATGCAAACTCTTTAAATATAGATACAATTATTCCATACAAG
TGATTGATTTATATATTTTACCTTTGTTTTGGTCAACTAATTTTCGGCTT
CGAAAAAAAAATCCCTTGTTTTTACTCAATGTATTTTATTTTGGTGTTTC
TCATGAATATTATTATGCAGCGTCCTTAGTCTATGTGCCCATGTAGTCAT
TTAATAAAATTGCATCACGTGGCTCTACTGATAATTAAATCTACTCTTGT
GTTGTTTTTGACACACCATACTAGTCAGTGAAAACCACAAACATTTACGA
CAGGAAATGTTTGTTATTTATTCATATAATGCTAACTCCTCTTGTTATAG
AGCTCCGTGCATGTACTATGGTTCAACAAACTCCATTTGTATTCCTTGTA
TAGTAGGGTGGATCGTAGGCAGTAAATATGGGAACAGGCCATCTACCCCC
CCCCCCAACAAACTACCCTCTGTATTTCACCCCCGACCAACTACCCCTGG
ACCCTTTACCCCCTATCCTTTTCTATTTTTATTATTGAGAAATACAGTTA
GTAAATGATAGAGATATATTAATTAATAATAGTACCTATCATTAATATTT
ACGTCATTAAGTTATATCAAGGAACTAAATAGTTGTTAAAAGGTTGAATG
TTTGGTCGTATAGTTGCTATTTATTGTAATAGGGGGTGAAATGCTGGGAA
TTGATGGTTCTGGGGGGTGGGGTGAAAGGCTTGGGGCAAAAGGAGGTCGG
GGGTTAAAGGGTTTAAGAGCCATACAATTAATATACGACAAGATCCTTCG
ACATAAATGTACAGGGTTGCGAGATTATATACCGATGAAGAGTTCCGAAT
TTTTTTCTTATGTAATTTTTTTTATAGCTATATAATATTTTGTTTTTATT
ATCCATTTGAAGAAGATAATTTCACTTTAGAAAACGAGTTTTTTTTTTCT
TTCTTTCTTTCTTTCTGTGGTTTTTTATTTGGCATGATTGGCTATTTTAT
ATTTGGGAGTTGAGTACATAATAGATATCATGTAGTTATTACTTATTATT
AATATTTATATAAGTCTGTTAGACAAGTMTTACATTAATAGTACAAACAG
TTTTWTCTCTTCATACAGGAGATTNAAAAAAAAAAAAAAAAAAAACTAAG
CATATGACYCATGAACAAAARAWAARAGGAAAAAAWATGATTATTTATTG
TCAAACTCTCCATTTTTTCTTTTTGTAGCAGTAATTTTGAATTATGTACA
TATTAATACTATATGAATGGTTCTATTGGTTATACGTCATAAATTGCATC
ATAATTGTATGCGACGCCATTTTGAGGACACATAATGTATATAATCCCTA
CATACAATCCAGTAATTTCAAATAAACCTAGATGAAACTTCATGAAATAG
CTCTAATAATAATAAAAAGACTTAATGACCACATTCCGGTCTACTTTATA
CCTATAACAAACAGTGATATTTCAATCAAATCAATATACTATGTGCTAAA
AAAGCCTATGAAATGTGCCGATAACTTAAACTAATTTGATTTTGGGATGA
GAAAAGTAGGATAATTATATAATTTATCTTATTATTCCCGTTGTCATAGC
TCATTCATTGTCTACTCTATGGATATATAATTGAATAACGATTGGATAGC
ATATTTTAATACTTAATAGTGCCTAATATTTATAAATAAAATAGGCATTA
AATGTTTGTTTTTTTGATTGGCAATTAAAGGAGAAGCCCTTCTTTTTGTT
TGTCCCATATTGACATACATACCCATTAATAGATTATAAAATTATATTAT
TCTTATAAAACATGGTTATTTAGGCCCCAAAAATGAGCCACAACAACAAT
ACTCGCATCACATAAAAGTATNTCCTATCATCAAAATGTGTTACTCTCAT
ACATCATGAAGAATCATCCCTTTTTTATTTATTAATGGCGCCCCTACGGC
CTTCAACAGCAGCTATATTTATAAGCCATTTTTCTACCCCCTCGGCCCTC
TCTCTCTCTCTAACTATAAGGTCATAAAAAACAGCAGTGAAAAAGGAATT
TTTCGTGGTTGTTCCTCTCTTTTATTTTTACTCTGGTTTCATTTTCTCTT
TTAGATAGACAGCTCATAGCGCCACCTCTTTGCACCCTCCCCAGCTTCAC
GACCCAAAATACTTCATACACATTCACGTGACAGTTGTTGTTGTTGCGCT
TTTCGTAATACAGTGGGCCCTTGAGATACGAGTATTTTTGTATACATCTT
ACATTAGAACAAAATATATCGTTTATTTAGCGAGAAAATTTATCATTTAA
ATGTCCTATTATATATAGTAATAGAGGTTTATTTGACTTCCAAAGGCGTC
CAAAGGATTATATAAATATATATATTTTTTTTTTTGGGGGGGGGGACTTG
GTTTTTAGAATTTTTTTAAACAAAAAATTCAAAAATTAAAATCTTTGAGA
AAAAAAGTTTAAAAATATGAAATTTTTTCGAATTTGATTTTAAAAATCCA
CAGGTATTCACAAAAATTAAATTTTTTGAAAAAAAATTCCAAAATCCATC
AATTTTTCCCGAAAAAATTATTTTCTGCAAAACATTTTTAAAAATTAAAT
TTCAAATATTACATTTTTTGAAAAAAAAAATTCAAAAAATATTAGCTATT
CACAAAATAATAAATTTTATTGGAAAAAAATTTAAAAAAATCACAGCTGT
TCACAAAAATTGCGAAAATTAAATTTTTATTATAAAATTTCTTCAAAAAA
AATATCTAAAATTTAATTTTTTTGGAGAAAAATTAAAAATTCCATAATTT
TTCAGAGAAAATTTAATTTTTTAGAAGAAAAATATTTATTTAAATTTCAA
ATTTGAATTTTTTCTAAAAAAAATTCAAATATTAAATCTTTTAGTAATAA
ACAAAAATTACTTAATTTGGAAGGGGCTGCAACCCCTCCAGCCCACCTCT
CAGGACTCCCTTAACTTTTAATCCGCTATTAGTGTTTGTTATGTCTATAG
CTGTTTTCAAGTGTGAACTATAGTTGATTTTCCTCATCAATGGTTTCAAA
AATGAAGATTCTTTTTATACAAATTATATGACGTTATTTTTCTTATGAAT
ATTTGTATAATTAATATGTAATATGTTTTTATACGTTGTGTACAAATTGT
GATTTTGCCCAAATTGCCACCAATAAATGAGATGCATAATTTTAAATGAA
GGATTTATAGTTTCTGAGATTGTAATTTTTGACTATTTAATTACAAATTA
CTGAAAGATATGTATTTTCTGGCACATGATTAAGTTCAAATTCCTATCTA
TTAATCATAGATACATAATAACTATGTAATTTTAATAGATCAAAATGAAA
TGATATCATAAATATAAAGTTATTCATTAAATTGACTGGTCTTATAATTA
AATAAGACGAAGAAATTGTATATTGTCCAGTCTGCTTAAACAAATTACAA
TTTATATATAGTAAATTATATAAATTAAAGGGTATTTAATTACTAAAAAA
CTATTTTGTAAGACTTATTATGAGTAATTTATGAAAATACATCACACGTT
TTSATAACTTCGAGACATAAGGGAACAAATGACCTAATTAAGTTTATAAT
ACAAAATGAGAATTTAAATATATTCCATACAAATATTCATGTATAACTAG
ATATTCATACGAGATGTACTCGTATCTCGAGTACCCCCTTTCTTTTACAT
ATACTTATGTCGTTTGAGAATCAAAATTTCCCTCCTTTTCGCCCTCATCA
GGTGTATGCTCATACAATAAAATAAGAATAATAATATTATATACCAGGGG
TTATCTGTAGCAAAAAGAAGCCTTGGCAAGGCARGCGCTGCTCCTAGTTG
GTTGATGGGTATGCCTATTGTAGCTSCCCAGCCTCTGTTCCCAATAGTAA
ATTATAGTAGTAGGAAGGAGGTTTGTGTTGTGTAGAAGAAATTTACTACC
GAGTGATCTGCTAGGGTCTGAGATTCCCCCCACTTCGTTATTATTACCTT
TGGAGGAGAAGACCTCTATATTTTGAACATATGGTTCGTGGTATATAATA
TAATAAATTGGTTGGTTGGGGGGCGCGCAGAGATCGCTGTTCTCACAGCA
TTGAGGAGAGTGCTCTCCTGCTTATGAATTTGTACTTATATATTTTTTCC
TAGGAAAAAATATATTATGTTGTGTATAAGTTAACTAAGAGACATACACG
CACGAAGCAAAGTAGTATTATGTGATTCCCCGGTTGGGGCGCTGCTGCTG
ACTTGTGCTGTCTGTTTATTATTTTGTTATTGTTTAATTATTTGATAATA
TCCACATTCATATCAAAAGTTGTAATTACATATTATTAATATATATTATA
TATATATATCAACAATTAGTGTGTGACATGTGAGACGAATGCTTTCATCC
CGTCCTCTCCTTCTGAGGATCCCTTGTTGTCATTCCCACGGATCCTTCTT
TTTAACTCTCCTTGATTCTTCATAATCTATAATATACTCATCCTCTTTTC
ATAAATAATGGTGTTTGAGGAGTCGACGAGTAACAACGATTCCCAAGTCA
AAATCATGATAAAGGTATGGGGGCATTATAATATATTCAATATTGAGTCT
TCATCGAAGCAAATGAATAAAAGGGATAGTAAAAGATTGACTCCATCCTT
TTCTTATCCATTCATCTCATAAGAATAATAAGTACAAGATACAACMCCGC
CACCCACCATTTTAACCTTTTAGTAATCAATTTTTTTTGGTTGTTTGGTG
GCCAATTTGAATAATATGTAAATTATATATATCTCTCTCCTTGAAACTCA
TATCAAAGTATCTTCTCAAATATATTATTTTAAGTAATAATTACTCCTTG
GAGGAGTCTACTACTACCAATGTATGTTGTAAATTAGTTAGTGCATATAA
CAATATTATCTTCTATTCCCTCACATCTTCCCTCGTCTCATGACATGTTA
TTAATTATTGTATATCATATTTATACATGTAGATGTGAACGGACAAGAAA
ATGCGGTTGTTTAAGACATCCATCTTTGCGGTGGTTCTCTTATAACTATG
GTACTATTCTTCCTCTCTTGAGTTATATTTTGGTTTGGTTTGTTTATCTG
AGTTATGCAAATAAATATTTTCTGCAAGGTATATATAAAGTCACATAACG
GGACTCAAGGTCGCGTTGTTTAATTCATTTGATGACTTCTAAAGTATCTA
TTTTTGTGTCTTTATTTTTCCTCCCTGAAAGGAACAAGGGTGTAAAATAT
AATATTCATTTGTTGTCAGGGGTGAAAACGTTCCTACCACATAAAAAGGT
GTATTGTCTGTTGATTATTATTATAACTGTTTTTGTACACTGCTATTTGT
TTGCTGATTTGATTTCTTTTATTTTTAAAACAGTTTAATTTTACATTTCC
GTTTGAATGTTTTTTTTCTCGTAATAACGACATAGGGCCAGAGGAATAAA
TKGCATTTSTTATMTTATTGCCTGCTACTTGTTTAATGTGTTTTTACACT
TGCAATTAAATACAATCTTTGCCNTGGCGTAGACTCACTTCTACTCCATA
ATTATTTGTACATTAATGTTCAGAGATTATTTTTTTTAAAGTCCATTCAT
TGAAACGTATCTATTCTTTTCCAGGATGATAATTTTAGCCTCTCTCTACT
GAATGAACTCAGCGTCAAATATGGAATTCAAACACATCTCTCGCATTCTC
CTTTACCTCAAAAGCTCGAAGAACTCCGCGACTACATTCGTCGAGAAATT
AAAAAGGAACTCAAAATCAAAGAGGGTGCCGAGAATCTACGCAAGGTTGC
AAAGGACAAGAAGTCAGTAGCGGATGTGAACATTATTGTAAAAAAATCAA
ATTCTAAATTGGCAGAGCTCCAACAAGAGTTACAGGAGCTTGAATCCCAA
ATCCTTGTCTCACAAGGGCATTCACTCAATGCTAGTTTGTCAGGTCTGAG
ATTATTTATATGTACACCTAATTAAAACAATTTTCTCTATGCTTTTTCAT
TGTGATCATGATTAGTACGTAGGAACTAAAGGGTAAGTATTGAGTGCATC
TTCTTCTTCTCCTACTCATTCCATCAATGGAATGGAAAAAACTTTTCTCT
TTATGGTTCTTCTCCTATGTCTATTTCCCCCCTCTATTGTATATGTTTTA
CTACGTATACGGTATACCTTATACCATCTTGATTCGTAGTGGCAGSACAA
AAGAAGAAGAGAAGAGAGAGAAAACGTAATGAATTCTTTGAGCACAACAT
CATTTTTTAACGAAGAATAATATAATATAACTTTCTTTTTTTTTCTTGTG
ATTTGACAACTTTATAATTTCCTTATTCACAAGGATTTCCTGTTTTTTTC
TTCTTCCCATAATTGTAATAGAAATTCCAATTATGATCTTTTCTCCTTAA
TTCTTTACTGACTGATTATGCTTTATTACTACTCATCAAAATGAAGTAAC
GATAAATTAGTCCTTCTCCAATGATTATGAGAGTTTAAATGAATTATTTT
GTGCAATAATGCAACATACAATATTAATTACTAATCAAGGACTTTGAAAG
GTTGAGAGAATTGCATCTCTCAAATTGTAGCGATGTTTTAATGACATTAA
ATCAATCATATATGTAGACCAGTGGTTCCCAACTTTTTAGAGACCTTCAA
GGTAAATTATGTAAATAAAACATTCATTTGAGGATATTTTATATACTGCA
AGGTATTAAAAAATGCATTAGTACTCCACATTGATGAAAAGGATGGGAAT
CACTGATATAGACCTACGAATAGATCCATAATTATTTGCTAACATACCAA
TATTCTTCTTTTTAGATACACCACTCTCACCAGGTTTTCAGCATGGCGAK
GAGCCGGAATCCCTATCCCCATTTGAACAACAGCTCCTTCACCTCCAAAA
ACAACTGGATATCGAATGTAAAGTTAAAATCGGTGCGGATAACATGATAG
CGGAATACTCTTCTGGAAAGGATAAAAAACTTCTTTCAGAGGCCCAGCAA
ATGTCTTCCGACTCTAAAGCTAAAATCGAATATCTTAAAATAAGACTCAT
GAAAATGAAACAGTTGGGGGAGGGTGGGGATGAGAATTCCGTGCACGGGG
GTGGTAGTTGGAGTGGAAGCTATTTGGGTCTTGAGAATAAAGGKCCTGCT
TCTGAGCTTACCATTGAATTTCGGGTAGAGGAACTTCGACATAGACTCCG
TATAGAATCAGCCTGTCTTGAAGGGGCTAAAAATGTTCTTAAGCTCCTAC
AAAGTAGTTCTAAATTACCGGACAAAAAGTCTTTACAGGAGGTAAATATG
AGTATTTCTATATATAGAGGGTATATGGTAAGTTCTCCTAAAAGCTTATT
TTAATTTAATGATAAAATTATCCTTTTTTTGAGTGGTGTAAACTAAATCC
ATAGAAAAACATTAATTATATACATAATTTTATTCAAACTGGTACCATCA
AGAGCTTTAGGTCGGCTTGAATAAATCAACACACCATTTCTATTTGGACG
GAAGCAGTCTTCAACTTGGCCTTCAAGTTTCCAAATTATTGCGTGTTAGT
TGTACATAAAACCACATGGAAAAATCCATAGCGACTAATACATCCAAATA
TGGGCTTGATGGGGAGGGGCTGTGTTTTTTTTGTTTTTTTTAATAAAGCA
TTTAAATCGACTTCACACCACTTGTTTTATTGGATGTGTGGTATGATAAA
CCATGATTTTTCCTTGTTTAAATTCCAGGAATGAAAGATCATTTTCAATA
AATGTATTATCACATCGAGCTAATTTAAGAGAACTTTCCTGAGAACCCTA
CATGCACAATCTATGAACATGAAACTAATATAATTTCATTTCATCACAAT
ATAGGCTCAACAAAACATGTTCGAGTCTTCTCAAAAACTAGACCTGATTC
GTCACTCAATGGAAGTACATTTGCAAAAGTTCCCTACCGACTCAAATATG
GCGAATGAACTCCGATCAGAAATCGATTCTAGTATCCAAGCAGCTTCTCC
TGCAAGTATGACATTTACCAATTTAGGAGATCCTTTTGCAGCCAATCACT
CGAGCCCAGCTAATTCATCCTCAACTCCTTCCTCTTCAAATTCAAACAAC
ACGTCTTCCAATATCAATAATAATATTACTAATTCCTCCTTAAACACACT
CAAACCCCGCAACACCAACGAAATTTCTAACAGAACGCACAAAACCTCAG
TTTCCTTTTCCAGAGCCGCAGCCGTAACTGGGAAGCTAGAGGTAAGATCT
TCAATTTGTTGTCGATAATATTTTTTCACAGCACATATATATTTTACTCT
GGAAACAATACAAAAACCCACTTTGGCAAAGTTTGAGGTATCTTGCAGCA
TTTTAATTTGAAAAAGGGGATKTATGCTTCGAAATTGTTTCGTCACATTT
TGTTTTAAACAGACAAAACAATTGTTTTTTCTCTTAAATCGTCNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNAGACTTTGTTTAGTTATAGCTAAACACTCTCTTGTACACCGTT
TTATAAATACAGGGAAACTGTAAATCATTGAGCACATCTTCAATTATTAA
AAGAACAAGGTGCACAATACTGCTTAACAGGGCATTGCTATCTTTCCGGG
GGGGGGGGTAGCCCTAAAAATGATCAACACCGTAATATGATTATTTAGAG
AAATATTTGTATAATATATATATATATGATAAAAAAATTATTACTATTTA
AACTGATAAACCTAGTACTAAAGAATTTGACTCATAGCATCTTCATATTC
GGTACGCTACAAGAGGCTTAGAAATGGCTAATTTATACTCAAAATTCCAT
TTGTTTTTGTATACCAGGGGAAAATATTAGCCCATAAACGGAATAATCTA
ATGTGTACTTTATTAAATTTATATACTATGTTCTTGCAGGTTCGACTTCT
GGGTTGCCAAGATCTTTTAGATGATGTACCTGGTCGATCCAGAAATAAGG
AACAACCAGGAGTATTCTCTGCTCATTCTGATCTACGTTCTTTTATGAAA
GGAGTGACTCGCAGTTCTTCTAAAAGCTATAATATCAAAGATGACACAAG
TAGTACGTATCGTCATTCTAGTGGAGCGAAAATAATAAGTCAATGAATCC
CCGTAAAAATAGCTTATTTTTGATATTATTTTCATGACCAGATAATATTG
TCAATTAGTCATGGATCTGGAATATACATATAACAGATACAAAAACTCCT
TTCCCGTTCTAAATATTTGTAAAAAGACCGAAACTGAATTTTGGCTCTCG
ATTAGATAAATGGTAAGGACTGTATTTAATAAAAAAGACGTATAGAGTCG
TGGCTCAGTGTCAAGTTTCCAAGGCGAGTCATAAGACAACTTCCTCAAAT
ATAGTCCTAGTCCATTTGTTGATTCGCAACAGGAGTCAATTTGAAAATAT
TACCCAAAAATAGAACCAATAATAACATACAATTTTTTTAAAATTCTACA
ATGTTTTCTTCTGGCATTGAGAAGCGAAAAATTATACGGATAACACGAAT
AATTTTTTTTAAAGCCCAAACTACTTTGATTTAAAATGAGGACCCAAAAT
CCTGCATTACCTAAAAGAAAACCTCAAGTCTAGTTCTAGTTAATTTTTTG
ATCTTTGGCATGAGTCAATTTGAAAATGGAACCTAAGAATATAACTGGGA
ATAATACTACAAATATTATTTTTCTCGGTTCTAGTAACAAGAACTGAAAA
GTCTACAATGTTTGGTTCTGGCACCGATAATTATAAAATTAGGTAAATTT
TCCAAACATTTTTTTTTAAAGAACCGAAACTACTCTGATCTAAAATTAAG
ATCCGGAATCATTCTCTACATAAAAGAAAATCTCAAGTCTAGTACTACTC
AATTTGAAAATGAAACCTAATATGTAACCAAGAATAATAATACATGTTTT
ATTTTGGTCGGTTTTAGCACCAAGAACTGAAAAATCTACTACGTTCGGTT
CTTGCGTCGATAATCATAAAACTATGCAAATAACTATGATTTTTTTTTAA
AGAACTTAAATTACCGGATATAAAGTTAGGACTCGAAATCCATCTCTAAT
GTAAATTAAAATAAATTAATTTTATTAAATATATATAGCAAAATACGTTA
CCTTACAGCCACGTATTATCAATCTTGTTCTAAACGGTTTTATGAATATT
CTTTCGTCAAATATTTCATTAAATAAAATCTTGACTGTGAATGTAATATA
ATTTGATCGTAAAGTCACTTTTTCCTAATAGTATTTATTTAAAAATAATT
AATAAAATAAAGTATGTATAATTGATATCATGATTCCTAATGTTATTATT
GTAACAGATCTGATCCAATTTTTATGGAATTATACAGATAAAAAACCCAC
TATTTCTCCACAGGGGTACGCTGATTATTATTTTGCTCCACCAAATGTAT
GCAGATTCTATATATAACTATTAATACATTTCCCCATAGATGAAATTATG
GCAGTTTTAAAATTGGATAACGTGCCTATTKGTCAGACCAATTGGAAGCC
YAGTTCACAACAAGCATGGGATCAAAGGTATGTAGTAAAAAACATTGCGT
GATTACTGTTATCGTATATATTTAATGGAAGGTTTTTTTTAACAAGTTTT
TGTAATCATTATTATTATAATCTTTGGTATGTGTTACATACAACATTAAA
TTGGAACAGTATATATTGTACAAACATATCCATACTACTCCTGTTGCGTC
TTTCATCTTTGTTGTTGAGATGAAATTGTGTTGTCATATTAATTATTATG
ATGGCTTTAAAAGAATGTAAAAAAAATCAAATAACCTTGACTCATTCTTA
AGATATTTTTTTGCTTTACAATTATACGAATGATGGAGCCTTGGATCTTT
TTGTTTTGTTTATTTATTTGCAGTTTATATATTACTCCTTTTCCTTCAAA
ATTGGATATGGTGGGGAGTGTATAATTACGTCAAATGATATACGATTATC
CCCGCGAAAACAATTCTTGAAGATATGCTTTTGTTGCTGCAAAAGAGCGT
TTTATATTTAAAGTTTCATGACGATTTGAATACTCTTAATGTATGCTTTT
TTTTGCCCTTAAACATGAGGCTATGTTATTTTAACTTTTAAAAACCTTCA
ATGCGTTTATAATCCTCCCAAATTGTTTGTTTGTTTTTGTTGCAAAAGCA
CGTTTTAGTTTCTTATGTTCAAACAATACTTATAAGGCAATGAGATTTTA
CATTTTGATAATTTATCTCTCGAAACTTTTTTCTTCTTCCTTTTGTAGCA
AGGGTCGCATATGTATATTAGAGTCATTTCAATTGTTGTAAAGCAGTGGT
TCTTAATCTGGATAATGTGCCGCATAACCAAGGAGCTCTCTTATTGAGCG
TTATGGGCTCTGAATGAAGCATTTTCTTAGATATATTTAAATTATTATGA
CGGTTCTAAACTATTAAAATATCGATACAAATTTGGGTCTGGGGGGAAAA
AAAAAACTAAATTTGTGGATGTTTTTTAAAGACATTTTGGGAAAAAAACA
TTTTTGGGCATTAATTAAAAGTTATAGCATATTAAATTCCCTAATTTGGG
GCATTTGTCCCATTATGACTACATTTGATTAATTATTTATTTTACTTATT
CATTTCCAGGTTCAGTATCAATTTAGAAAAGTCCCGAGAATTAGAGATCG
ATGTATACTGGAGAGATTACCGTTCCTTATGTGCAGTTAAATTCCTTCGA
TTAGAAGAATTTGTCGATGATTTTCGACATGGAATGGCTCTACAACTTGA
ACCTCAGGGTTTACTTTTTGCAGAGGTATGTTAAATTTCGTATTTGTTCC
TCCTTGAAAAACAACACAGGCAGTTGAGAGTAGGGAATATAGATAGATGG
ATGTTTAATGTATGGAGGTATAGATTGTATAAACAAAAGATGTGTGCTCC
AATCTGTATCCTGCGTGCTATGATTTAATTAATATTAGAGTTGGATTCGA
GTACTAATCGAACTTGAAATTATTATTTATTCCGACTCGACTAAACTTAA
ATAATCAAAATTATATCAAAAAGAAGAAATCCTTTGTTCATGTTATCAGT
CAAACTGATTTAATAGAACATGAGCAAAGTAATAAAATTTATTTTATCCG
CAAGGTGGTGTGACAGTCTGTGGCTTGTTTAAAAAACGCCCAATCCTCAG
TAGAATTTTCGAAGCGCCTGCTATGTCTACAAAATGAATATTAGTGAACA
ATGTTCATGCCTAGTGTTTTGTCGGTCCGTATTTATTCGGTCCAGTCCAG
TCTTAGGGTCGGTACTTAGGACTGTCGATCTAAAGGATCGGTCGGTGCTT
AGAATTTCATGTAAAAATATCGATGGTTTATTTGACCAAATTTGATATAT
GCAATATGTTTTAAGATTATTTAACATATCTCACAAAAAATATTATTTTT
TTTCATGAAATAAAATGTAATACTCACATATTATATAATATTATTACTTA
ATTATATAATTTATTATATAACAAAATGGAATAATTTTAAAAAAATAAGG
AAAAAAACCCTCATTGGCTGGACCACGGTCCTTGGTCCTAAATAAGGACC
GAAACAATACTGATGCCYAATTGTTGGAACAGCTTCAGGGGKGTCCGCAG
GATTTTATGTGAGCGGGAGGATGTATAATTTTTTTTTTTTTATCGTTTCT
GGACTAATCTTTGACTTCAATCTTCCTTTTTTTTGGATGGGACGGTAGCT
ATCCCCCTATCGTGCCCCTGTAACTTAGATTTAATCCAATGGAAAGTTAT
TTTTATATTTCTGATGCTGCATAAGTGTTGTATTATTCGAACTCGTGAAT
TATAACTCGGGTCCAACAATATGCAGTGTATTGTAGTATTCGATATATAT
ATCATATGCCTGTGTTATTTCGGTCCTTATTTAGAACCGAAGACTGCAGT
CCCGTCCAGTACTGTCCTGTATATCAGTTCTAAAACTTTCTAAGTTTGGT
CCTTGGTAGGATCATGGACTGAACCGAATAAATAAAGACTGTCACAACAC
TAATCCTATGTAGTAATGCTTATAATCACGGAATCTCGTAAATTAATTAT
GTTTGGTTTGTATATACGATAGAGGAGGTGCCATTGAATAATGGTATTTT
ATAATACTTATTTAATCATCATAAAAAAATGTACTCCAGTACTATGTCTT
ATTTTTTCTCTTTCTTTCTTTCTTTGTTAGGCCTATGACACACATAAAAT
TGTTAGGCTTAAAAGATTCTATTCTATTCTATTATTTTTTTGTTACAAGA
AAAAAAAAGAATCTATAAATCTACCCACAGACCTATTTTGCAGTGGTAAA
CACACATACGTATATATACATAGGTACACTCGACTCCTAAAATATTAAGA
AGAAACGTCAATTTACAAAAAAAAAAAAATCTTAAAAAASCCACCACAGA
CACACATAGTTCTACAATGATTTCGTGCGTTCCTCATCCATTAAAAAATT
TACATAGTTATATGTAAACTTTTAGGAGAAGTGATGTGCAAATTTCCTAT
TGCAAAATGTATTTGTTTTTATTATTAATCTAATAGTGATGGTTTAATAC
CTACAATATTAAAATGAACTCCTTAATAATAGTACTTACTTCTTTTATTG
TAGATCAAATTCTTAAATCCAATGATCACTCGAAAACCAAAACTTCGTCG
TCAGCGGAAAATCTTCCGACAACAAGGGAAAATCCCTCGACCCGACCAAA
TGAATATCAACGTTGCCACATGGGGACGACTGTTCAAAAGAAACTTGAAT
TTCCAAAAATCTGTCTCCTCTACAGACTCCAATTCCACGTCCTCTTCTTC
AAATCATTCTGGTGGTAAGACAAGAACTAAGAATATTCATTATTATTATT
ATATATGTTAGAAATCTTATGATTAAGAAATGTGAAAATGGTTCAAAATC
CTTGGGAGTTGAAATAATATAAAATGTAAATGTTTGTAACTTTGAGAGAA
GACATATTTCAGCGAAAAGAAACTAACTGACAAATTTTTGTAAAGTCACT
TTTTTATATTTACGAGACTCCCTGATCTTCAAAATGTTTGTGTAAATTTT
AAACAAATTAATCCTGTCAGAAGATGGTTCTTTTTAGGCAGACAGAAAAT
CACTAAATATCTTGCATAGAATATCCAGTCAAAACACATTAATTATGCCG
AGTGACTAGCGTTTTTTAATTGGCGAATAAGAGCAAATTATTTAAGAAAA
TGGAGGTTAATGTATTTTGCCTGAACTGGGCATCCTTGTTTGATAATCTA
TAGTAATAAAACAAATTTTATCTGTATTTGTGAATGTACAACGTGCAGTT
ATTTTGAATATATCTAAGGACTATGAAAATAGTTGATCTAAGAAAAAAAA
AAAAAAATCTAACTTGCGCGTCATATTTAAAAAGAAAAGAGAGWAAATAC
GTACAGRGTTGTTTAAAATCAGTATAAAAAAATGAATTAAATCTTGCAAG
CGCTTTAGTGTACTCATATTTTACACTTCTATATACTGTATGGAGTTGAG
AACTTATTTTTAACCACGAGCATGTGTTTCCAAAACTCATATTTAAAAAG
AAAAGGAAAGTGTAATATATAGAATAAAAAGTAGTGTATGTGACTAACAT
CAAAAAGTCATACATATGTAGGATTGTAAATACTAAGCATTCTTAAACGT
ACGAGTTGTGTTGTTGTTGACTACTTGCACAATGTTTTCTATTCTCTCAA
GCAGTTATTTTCCTTTTTGAGGAGAGATCACCTAAGCATTGAGTAACTAG
TGCGCTCATAAGAAACGGAGGGTAACATTGCGGGTTTGTTACGAAGTTAT
CTTTTATATTAATAGAGTGACGTTTGTCTGTTCGTTGACGCATAATTACT
AAAAGCAATGCCGGATTGGTAAATAATAATCGTGAGCGGACACTTAGCCC
AATGCCAATTTGCCGAACAAAATAATAAATATATTTGATGATGTCTTTGG
GACAGGTCTTTCACTGTCGGTCCTTGGATTTTTTCATGCAAATAACGATG
TTTTATTAATACAAATAAGATGTATGAAATATGTATTAAGATTATTGCAC
ATATCTTGCAAAAATTACTATATTTTTCACGATAATAATATATAATACCA
ACATATTATATTGTTAATTAGTTATATAATTTATCTTATAATATAACAGA
ATAATTAAAAAGAGGAAAAATAACCTCACTGACGTCACGAGGGATCGATT
TTACATTCTTTGAGAACCAACAAGTGGGATTGGACTGGATGGGACCGGGC
TAGACCGCGGTCCTACATAAGGACCGATACAACACTAATCATATTTTTCC
AATTTTAAATGATACAATAATTAGTTGCCACGAATTGAATGATTAATTAA
TTGACAATTGATGTATTTCATTATAAAGAATCTTCAACTGTTGGCTTGAA
CTGATATAAGAGCCGTTGTTACACTAATCATGCAAATCTCCCCATAAATT
CCAGCATTACCTCGGGAACACCAAAATATACAGGGTATCTCGATGTCAGC
TATCGATGTTTGAATTTTTTGGGTGAATATTTTTCGTATGGACTTGTACT
CCTTGTGTGGTGTAAGTTTCTTGTCCAATGACAAAAACACCATGAGAATT
GTGGAGTCAGAGATGATAATTAATTAATCAACAATTATTCATTGCAATCC
GTGGTAAATAATTAAACATTTAATCTTTTAAAATTGGAGTAACATGAGGA
TGCAAGATAATTGCACCATGGATCATAAGAAAATATAGTTATTCTTTTTC
CGGCAATGTGTTTTAGAACTCGTGATGCATCAGTCATTTTATTTCACTCT
TAGCTAGAATTGATAAAAATATGACAATAATGAATACAAACTAAAATACT
TGATTGTCATACGTTCTAGCTGCACACATCTTACTTGAAAATTCAGGTAT
CTTGTCTCTTTAAAAGTGTTCTAGTTACCATTTAAGATCGATAAGGACCG
GTACTAGGACTGAGAAATTTTATTAGGACCCACGTCTAGCTTTTTTTATC
CACTCTCAATCTCGACTGTCAAAAGGGAAAGGAAAAATTTGAAAAAACAA
CAACATAGGGTATTCTCGGGTGAATAGAAATACAAGGACATACCATAACG
CGTGTACGACTAATGTTTGMCTACCACCACTCTTTTTAATATTGACCTCA
TAGTGCATGAGTGGTTACGCGTTTTGTCAAAATCTGTCTTTCTTGCCCAG
CAGTCGGTACGATACATCAAATTGAAAATATTAGCAATAGGGACGTCATA
GACTATGATTGTCTGCGTGTTTTGTCCAAATCTGTCAATCTTGCCCTGGA
GTCGGTAAGATACACAAAATCGAAAATGTTAGCAAGCCCGATTACATCCT
AGTCTAACCTTGTATTTCTATTAACCATACGGTATTCTGTATTTTTCGTC
TTGTCAACTTTTAATTATTATCTATTTAATAGTTATTCATTATCATATAT
ATTGAATTGATAATCTTATCAATGACTGAGCATGAAATGACACGAATTCA
TAGCGAAGGCCTTTGATAGATAGGCATTAATCTCAAATTCTAAATCTTAT
GTAATATCTTTTTTGAGTTTGTAAAGTCCGCTGCCTTAAATTATACAAGA
GTCAGCTTATGAAAACAGCTGAAAAAAAAATCACAACATATTTTTTTATT
TAAAAAAGAAAGCTGTGATCAAACTCAAAGGACCGCAGAACCAATAATAA
TAAGTTTGAGTTTTAAAAATTAGGAGTAATAATGAATAAAATCACTAGTA
TCATACTGGTTACCAACATATACTTATTTAAAAAATGCACGCTCACCAGA
CTTTCACCATTTTCACATCTCTTCAACATAATCCACCTCTTCATGCTTTA
ATATGACAGTACTATGTTGATTATATTGAAAGTGATTACCATTGCTCAAC
TTTAGAAGCATGACTAAGTAAAACTAGTTAGTTACTTCTGATTGCCCTAA
TGTATACACATATTCGCCCACTATTTCAACAACGTCACTGAATCTTCTCT
CTGATTTAAATTTATGTAATGCATACAATTTATATATTAATTTGCTTTTG
AGTTTTTTTATAAAAGGGAAGCTGCTTCTGGGTTTTTTGATTCTATATTT
ACTTATATATAAATATATTTTATTTAACTTGATCTACAAACAGATATAAG
TAGATTTTGCAATTAAAAATTGCAAATTCGTTGATTAAGTTCAAGTGTCA
TTTTCTCGACTTGTACGAGGGCAAGAGAGCTCAGATTTGTTTTGTTTTGT
AACTAATTGTTTATGCTTTAATATATCGAAATATGAATGAATTTGAATCA
CTCAACTTTCATTAATCATTGAATTACTTAGTGCTCAGAATTCAATGGAC
CACCCGATACCTAGATTCATTGTAGATTCATCTTGATGAATAATTATTAT
TACATAACTACTAGTGTTGGGGATCGGTTTGAAAATTCTAAACTGGTCTG
AGACAGTTTTGCTTCTTTAAATAAGTTCGATCTTGACCGTTCTTAAAGAA
AAAATCGGTCTATATTACTCCCAAAGACAAAATTGGTCTGTATCGGTTTA
ATATAAAATTCGGTGTTGACCGATTCTATAGATGAATTGTTGATAAATTG
TGATTATAATTTGTCAATATCGAACTACAATAACGTAATATGGAGTTACA
TGGATCATACATATTTGTACAACTCATAAATAATGATATGGCAGGATATC
GGTCCATAGATTGAGACCAAAAACATCGTACTAAAAATTGTTACCAAAAA
AAATAATCGGTCCACAATTTGAAAACGATTAAATTTCGGTCCACGATTTG
AAAACGATTAAATTTCGGTCTACGGTCTAAAATCACGGTCTGGACCAAAA
TATCGGTTCAAATTAATATAGAAAAAATACCTTTAATACCCGAACTGATA
TTAAAAATCAGTCTTGGATCGAGTCCCAACACTAAAAACTACGTTGTTTT
TTCTTCCTCAATTTCTCTTTAATTGTGTTTTTTGCAAACAAAAAAATGAG
TCGTCACAATATTGGAGAGGAAACGAATAGTTTTTTGGGGCATATTGTTA
TTAGCATGTAATAACAATATGTAATTTGCTTCCAAAGTAATTATGCCTGT
CTGAATGTTCAAATATTAAATGTATAGTTATTTACACACAATATTTTGAA
TATATCGCAAAACAGACTCATACACATAACGACGATATATTACTAATTAT
TATACATTGATGATTGACATTGACTTCAAGGAGCCCATCCATTAAAATCG
TGCTAATGGGACAATCCTGACGACGTTATTCTTATAAAACCTTATACATA
AATTAGTGTGACGACGGCAAAATAGCAGTCAGTAACAGGGGGGGAGGGGG
GGGGGTAGTACGTGTCATATTGTGAAATCAGAGAGGCAATGTTCCATAGA
GGACATTGAAACACCGTTTAATGGATTATATATATACATGCATATTATAG
TTTATATGTCTTATTATAAATATGTATGTCTGCTTCGTAGTGAAACCCTT
TACAGTAGAAGAGTGGCATATGGCTTYAATGTACCTGCATTTTTTTAAAT
TTTTGAACACTTGTTTGCTTGAGGTTTTTTTTTTTTTTGCATTTATATGT
CGTTCMCGAGTTGTAGCATGTAGATTGTACAAAGTGCAATCACAAAAAAG
AAGGAGTTTAAGACTTGGCAAAAGGAACAATTTATTGTTTAGTAAGTATG
TGTTGGATCGGTCTAAAAAAACTGCAGTCCTTTCAATCTAGTATAATTTC
TCAGTCCTAGGACTGATCTTTTAGTGTAACTAATACAGTTGAACTGACGT
AGTTACCATCTATGCCATTTCATCTGTTAAAGTTTTAGCCTAACCTCTTT
CAAATAGACAAAATAATTGAAGTATAATGAGGGCGGTCTGAAAAGTTTAC
CACCTCAATGTGAAGATGGCATCATTTGTAAATAAAAGCTAGTCACATCT
ATCCAGCATCTAATGACAGTTTCTCAACAAAGATTCATCCATTTTGAACA
CGCAGTTTGAGTGGTTAATGTGAGTGTTTTGGTTAAAGTGRACAAAATCA
AGGTTCGASCTGCCATTAAATATTTGTTTTTGAAAGAGTAACCTTTAAAT
AGATTCAAACAATAACAAGGATATAAAGGCTGTTGTGTTCAAATTTGACG
CGTCAATCTAACTCGGAGTAAATCAGCCAGGAACAAAAAGTGTCTCGTGA
ACAATTATTTTGCAGAGAAAAAGCCGAGAACTATTTGGACGGCTTAGAGA
GATGGGAGCATCGCTGGGAGAAGTGATTAGAGTTACAAGGAGACTATGTT
GAAAAATAATAATTGTCTTGAATCTTTGATATGTCGGAAACTTTTCATAC
GACCCTCGTATTATGCGTTTTAGTTATCATTCATTCTTTTCTTCATCTTT
ATATTCTTCAATCCTAGGTAGGAGGGAATAAATTTTAAAGATTGCTAGGA
CAGTAGGACCGTTGAGCGATAAAAGGATAGAACCGATAAAAAAGGAAGAC
TCAAAAGGGGGAGGGGGAACTGATGAAAATTAGTCTAGGAGCGGTCCAAT
ACTAATAGTACAAGAATAGCCTCTAAGGCGCCTTCTATTCAATCAAACCT
GACAGGATCTCAAATTTTAAACGCCGAGAGGAAGACAAATTTCTGTCAAA
AAATTAAAATTACTTCGTGGCATCCTTTTCTTGATGTATAAACTTCGCTT
TGATTTTGTATTTGTACAATGTTTTGCGTCATAATTATCATTTAGAATCC
TATTGAGTTTTTTCGCGATACTAGCGCCGTATATCTGCAGTCGTMCCGGA
CGTTAAACAGTCCTTATGTTGAGGTACATGCTAATTGCAATCTCCATCCT
ATAGACTACAGCATAGATTAAATCTGGTTAGTTTTTTATCATCATCACTG
ATTCCTAACTTCAAATGGGAAGGGTTCATATTTTCCAAAACCCATGCATG
ATATAGCCAAAAAAATGCACGTTGGGCGTTTATCCACAAATTTTTTAATT
AATAATAATCAGATAAGGAATTTCTTCACGATATTTTACCAAACACTATA
CTCTTCACTATAGGTAGATTTCGTTGTGAGAAAATATTGAACATATCTGG
CAAAATATAAAATACACTCCTATTTTTTATAGTAATAATAGTTTATTGCA
ACATATTCAAATAAAATTGTTTCTTTGACTACAATGAAACTAGGATGAAC
AACAGAGCATGTTTAAGTGATATATTTTTGAGCAATAATTAAATTGTTCA
GATATTCTAGATAGTATTGCAAATAATTTATGATTAATCAATCATCTTTA
GCGATAAAGCCAGCGACGTCAGCAGCTTAGAGATTCACCATTTGATTAAT
GATCTTCAATCATTTAGATGTTATACGTGGTTAAATGCGTTATCTGGCAG
ATAAAACATTCTTCCAATTTGTGTGTGTACATTGCAATTAGGGCATTCTG
CCTAACATAATAATGTAAAATAATAAAAAATTCATCTCCCACTTAAAAAT
ATATCTTTTCTACATATCATTAATGCAAAAAATCAATATTTTTGAAAACG
TCAGGWGGAGCGGGTTTCCAACTTAAATGAGTTAGCGTATTTAAAAAAGT
ATTATACTTAATTTGTATTAGAAACGGGACTTATAGCCCCATTATATCAC
ACACAAAATAGTCTCCTCAGTAAGGAACCCCTGCTAGAAAACTATCCTAT
ATAAAACCAAGTAAGAATGAAAAATGTCAAATTTCTGAACGAATCAAGGT
TTTGTCAGTTCCATGAGAGCAAGTTCAAGGTGGATTAGTGTTCCAATAGA
TCATCAATATATTAAGGTTGTAATAAAATTAATCGTTGATGGATTTGATG
TATTCTGTGGCACATTATATAATGAAATGTTCCACTTGTTCTATTACTCG
TTAAGTATATCAAACGGAATACGTTTTATTGTTAGTTAAAAATAGTATTT
TGATAACATGTATTAATAGCTATAAAGGAAAGTAAAATGGTTGGTTGCAG
TTTCAACGACACATTTTATTCATATAACACACGCCATTTTAATTAAGTAT
TACCAACTACATAATGTATTGCAGAGTTCCTAACCGATTAGTAGTTACTA
TTCATCAGAAAAGTCCCAAAATTGTTCCTTTAATTTATCTACATGCAATT
ATATTATATTTATTACATGTAGGGTATAAATTCTTCATTTAATGCCATGT
ATATAATTGCAATATGTACAATCTGTTTATAGTAAAAGTTACAACTTTTA
CTAACTCCTAACTTGACATAGTAAAAATCTTATATATATCAACATAAAAC
GATGAGTTTTCTCAAAAATGAGTCTGTGGCCCAAAACTTGGAGAAGTACT
ACTAAATTACGAAATTTTTTATTCAATATGTCCTCCTTCACAAAGAATAA
TAGCTTTTACACGCTGCCGAACAAATTGGCAGTTCTTTTTGATAAAGGCC
GTGTCCATGGTGTAGCACGCTATCATCATGACAGCTCGGAGCTAATCCAA
ATTTGGATAAGAGGTGCGGCAAGTTTTCTTCTCCAAGACGACCCAAACTG
CAGAGTCGATGAGGTTGAGGTCCCGAATGGAGGAGGGTGAGACAGAGGCA
GGCCAAAAGTAAGAGACATGGAATAAAACAAAACTTGTTTTATTTGCTTC
AATTGTCGTTTGGTTGTGTAATAAAGCATCCTAATTTAAAATAACGTGGA
TGAAATCGTAATTAAATTATACTGCAAGATTTGGTTCCCCTTCTATTGTT
CTCATTGTGGGTTATCTCAATCTGTGTTAATTTCGTCTTGTTTCGTTAAC
TTTCCTTCCCTTCTCATCACATATAGTCTTGTTCCTATATATTAATATGT
GATTTACCTAGTCAAAAGAGACATTCAAATATGGTTATATGGGCTTTGAT
TATATAGCCCATATAATGGACCAAAATAATAAGTCAATGAAATATTAGGT
GGTTTATATAAAATATAAATGAAAGAATATATTATTTGCATGATTGCTCT
TGAGGTAACGCAGGAGAGTTATCATTGCTTTCTCTCTAATTATACATGTA
TGCTTGAGAGGCCTAATGATTTGTACAATGTGCATTCATTCATAGAAAAT
ATAGCACTCTGCATGAATTTATGCTTGAAAAATTACATATTAAGTAGTGA
TATTCTGTTTCTCTCCCTCGTTTCTTTTATAATACTATGGTTTTTAATGC
TTATTAGTGACTACTTTAATAACTGACTACTACTATGTAATAAAAGGCGC
TGTTGAAATAATGATCTACTCATGAATTACACACAGAGCCGTGCGCTCGT
CCCTCGCACTGTATACCATTTCTTTCTTGGATGGGCCTTCTTTTATATAC
TTTATGTAGTGAATATATAAATTATTCTTTTTTGGTGCCTTAGTTTTCTT
TCGAAGGTGGTCCTCGAACTAAATAATAAAGGTGTTCTCGTGTGTGATGT
TCTGGCTCTAGATAGTTAGTTAGTTAGTTGTTCATCAGTCGTGTACAAAA
TTCCTTGCAAATATGTAACATTGTTTTCTCACAAAATTATTTGTGCGTGG
TTATTTGCCATCCCCCTCACAAAAAGTGTTGCTATATATATATACTGATA
TATATCCTTCTCAAACATTGTTGTTTGTGTTTGGTCTAGCTTTAGCTTAT
TTAGAAGGTGACAACTGCGTGCGTGATAGCCCGCCAAATCGTCAAAATTT
CCTTCCTTCTTCAGAAAATGGGGTTAATTCAACAGCCCTCCATGACTTCC
ATAAATATGTATATTTATGGGTATGAGTCTGCTACGGGCCTACCTGGTGG
AAAAATTGCCTTGACGAAGTTGAGTCGAAGGACCAAAGTCATTTCCTATG
GTGAGAGAATGAGGAACTTCTTATTTAAATAATCTACTACTTTGTAGATA
TATTATACTTACAAGTTATACATACTTTGAATTCAATGTCAAGTATCCCC
GTTTTTTAAATAAATAAATAATAAACCCTATTCTAGTACATACTTACTAT
CCCCCCCCCCCCMCCTCTATSCCTTATTGCTTAAGGCATTGCCCTTACAT
ACATATTGGTTGGACATACAATATATATATGTATAAATACATATATATTG
AAATGTGGTTTTTTTAATTGAAGTATAAATACAGCAATAGGCCGAACAGT
CCGGACAGTTGGTTCTGTTTAAAGACATACTTTTTAAGGAGGAAATACTA
GGCATCTGTGTACACAACGAGGCAAGGATAATGATTGTACTAATACTCGA
GTTGCAAGGTGTTCAATTCCATTGACATTGGGTCGCAAAACACGAATGAA
ATGATTATATTAACTACTAAATTTTAATCATCGCATGGAATAAAGTAAAC
GAATATTAAACGTATCATTTGCTGGTCACTGTACAATGTACAGTCAAACC
TGGTCTAAGATCCACCTGTTTTAAGCCTTTCACCGCACTGCACGGACATA
TCCAGTCTTCAATTTTTTTATATTTTGTAACAAAATAGGAAGCTTGGTTG
CTGAGTGCTTTTTCAGTTTCCATTGGCTGATCGCTTAATACAGGTTTGAC
TGTKTATAAATGTGGATTTTGCAATGTATATTAGAGGATGTATGCAGAAA
CGAAGCAATCATACTATATAGTAGTAGGCACATATAGAGAGACCTGGATT
NNNNNCACATATAGAGAGACCTGGATTATTTATTACACTGAATGCTCAGA
TGGAGTTGCTCCAGATGGGTATGTCAGGSTCCGCGCACCGTTTTTTTCTG
CTATATAATCATTATAAATTATCATAAAGCAGGGAGGAGGGGMTATGGCC
CTTGTTAGTATAAATTGGAGTATATTACAATTAATCTCGTTCTGACGTAG
GAAGTTCTCTAGAAGTGACTCGGATCCAAACTGAACGCACAATGATTTAC
ATGGGAAAACTTTTTTGTAGCCCCTAGTCCATTATGCATTGGCTCCAGAC
CTTGATTAAACGGAAGTTAATCTATTATATATTTGTCATTACGGAAGAGG
AGGCCTGTTATTTTCTTCTTTTTATATCAAAAGTAAAACAGTATCATCCA
TGTCATAGTCCCGGATTCATTAACATTCCTTGAATGCGTACGAAATTAGG
CTTAATTGAAGTATGTTTAAAGGTCATTCAGGATGAAGCAAAGTAAAAAA
AAATATAATAAATAGGTTTTCTCTTTTTCCTCATTCCTTTACTCCTTTAA
ATAATTTCTAGAATGCAAAATTTTATTTATGTTTACATATAAATAGATGG
ACAGAGAGAGAGAGAGAGGTTATCTGCTTGCTTTTAAATTTGGGMGAAAG
MGGTGAGGGTCAATACANTTTGGGTGAAAGTGGTGAGGGTCAATACATAG
TGGGGGGGGGGGGWTWTTRGGAAGGATGGAAGRGTATATATAAAAAAAAA
TCATTTCCTTTATATATCTACATAATATATATTTAAATATTGGAAGTTTG
ATGAATATGTCCCTGATAAAAATCAGTCATAAAGGAAGAAAAAAGGCCCA
ACATCTTACCCCAACTGTGTGATTTTAATATTCTTTGATAATAAGAGGAA
ATGGGTTCAACAATCTCAATAAATAAGAGCATATTTCAATTCCAACTAAA
GTCTATAATAAAAACTAGTCAGTAGAAAAGAAAATAGTAATTCTTAGCCG
TTTTAGTATATAATGACATCACTGGGGTATGAAGTTAGGAAGGTGTTTTT
TGAATTTGTAGTAGTATTTCGATTAAAATGGTTTTAAATGCAAGTTTTTT
AACAAGAGCATATTCCATTATAACCTGTCACCGTTATTGAGTAGACTAAC
GTAATACTAAGTGTATATCGCAACCTTTCCTCCAAAAAAGTCTCCAAAAT
TATTTGTTAGTAGTTATGTAAAATTATTTCTAGCTATAAGATGACTAATC
CATAATTGTTAGGAATTGTTAGTCTTAACAATAGCTTACTCAATCAATCA
ACGTTCAGAATTTTGATTAGAGGAAAAGAACTATCAAAATCGATAGTTGA
CAATGAAATGAATGACATGAGTTGTATTGGTATCATAACACCGTGTTCAA
CCTTTCCTCTTCGCAAAAGAGAAAAAAAAAAAAAACAGGCTCAAAATCAG
TTGATTCCTCCTTGCAAAAGAAAAAGATAAAAAGGACCCAAATCGTTTGC
GAATAGTTGGCCAAAATTCTTGACCATTATGTTGGTACTGTTGAACATTT
CTTCATTTGATGATAAGAATGGTTCACAAATAACTTTCATACATCAACGT
TGTTCCAAATACTATTAATAATAGGGGAGGAAAACGACAGCTGACAAAAA
AAATGCAATGTACATTTTTTGGGCTAGTAGTAGTGGGATAGTGTCGTGAG
AAATCCATCTTGATGGAATCATAGACAGTATTAATAGTAGTTAGTTGTTG
CTATAGATGGCCCAAAAATAAATATAAACCAAAACAACTCCCTCCCACGA
TTGTTGATTAAATATTCTGGGCGTATGTATGTATTTCAGAGATCTTAATA
ATAAATAAGTTATAATCGTGGATATTTTGTCTCTCTTTTTTTCTTTTTGG
CTACCTGCTCCACAAAAAGTACACTTTTTGTGGAGTAAGGGACAACAAGT
CCCTTACTCCACATTTGACCTTTATTTCGTATATTTAACCCCACTTTCTA
TCCCATGTCCTTTAAAATACGTATATATGAAATATTGATGCAATATCCTT
TTCATATTGTGTATGAAGTATTTCCTAATTTGGTTGGTTGCTTTTAAAAG
AGGATGGGAGAATGAGTTGTGAATTATTTTTCATACTTTTGAACAAAAAA
AAACCAATTCAATTGTTCTTTTCTTTAAAAGTACGCCTAAGCTCTTACAT
ATCGATAATAACCAATTTTTTGCTGTTATTATTTTTTTTCTTACAATTTG
CGGAGGTAGAAATATTGTGTGTGTACTAATAAATTAATAATACCTCCACT
CATTGCTAAATTCAAAGGTGGTTTACGTTACATTACTTAATACAATATCA
CGGGTGGTTAGGAATAGAGAGAAATCTCACCTTTTCCTTGATATTTAAAA
GGAATGGGTATCGTAAATGTACTTTATGCATTTGTTAGAGAGATTATTAA
TAGATACTTTTTTATACTTTTTCCTATTTCTCAAGGACTTCTCATGAAAA
TATTATAATAATATGAGCATTACTCTTGATTTTTTTTCTTATAGGCTTTG
CTCCCAGACCTACACGATTGGACTTTGATCAACACTCAACCAATTCCACA
GTCACAACTGTTTCATCAACCTCCTCTAGTGGCCAAAATAGCAACACCAA
TAACCTGAACAACCAGAATGATATCCGTCGAYCTGCTGAAGCAACAACCC
CTGCTCCATCATCATACGATTCAGCTGCTCATCAAAATCGACGACCATCC
AAAGGTCCTGCTCCCCCTGTTCCTTCACACACAATCGATAATGATAATCC
AGTAAGCCTTTTAGTTATTAAATTAATCAGGGCCTGTAGGCTCCGCGTTT
GATAATATGGGCATTAAAATTAATCCATCCATTTAAGGCTTACACTTATT
TCTTTAATTATTCTAATTAGGGCTATGATGTTTGGAAAAGACGAAGTTCC
ACGGATAATAACAATCACCATACAGCAGTCATACCTCCTAAACCTGCTCC
ACGCTCATCCAATACCCGTTCTTCTTCGTCCTCTTCATCCTCTACTGATA
AAAATGGAAATGCAGCACACCAAGAGCCCGTCTACGAACTCGAAAAGAAA
GGCCACACCTCGGTCATACGTGTATCCTATCCTGGATCTCCAGAATCTCC
CTCTGTTCATCCCGTGATTACTTTCCCGTCGGGTGATGATGAAGATGAAG
CTGGGGGTTGCTGCACGAGTGTTGGACCTCCGATTACTGGTAGTGTTCAT
CATCCTTCTTCTTCAACCATGATGACGMCTACGACTACGACTACGACAAG
TAGTGGTACMCCATCCTCTCGCTCAAATCATCCAGAGTCCTCATCCAATG
AACAACGCCTCAATAATAAAAACAACAATAATGTTGTTGTGGAGAGGAGT
AGTCGTAGTCCTCCCACGGCTCATCCAAGAGCATCCATGCGATTTGCTAA
TATTCAAAGAAACGATTCAAATATGGGGCTTGAAAGCTTCAAACTCGTTA
CTGTTCTGGGTCGTGGTCATTTCGGAAAAGTAATTCTTTTTTTTCTTTTT
GTATAATCACCATAAAAAAAACTNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTAAAATAACAAT
AATAATTATTCTTTATTATTACAAAGAAGGATGTTTTCCCTTTTAAATTA
ATTTTTGTGTTAGTTAGTTAGTAGTTAATGAAGTGGCAATTTTGTAATAA
TTCATTAATCAATGTTGCTAATTGTTGTTACTAATTTCACTGCCCTTGAA
TCATTGACCAATATTAATATTGATTTAATATTCCATTCTTTTAATTAATT
ACAGGTTATATTAGCTCGTTATAAGAATACCGGGGAGTATTTCGCAATAA
AGGCTCTCAAAAAAGGTGATATTATAGTACGTGATGAGGTCGAGTCTTTG
CTTGCAGAGAAGCGGATATTTGAAGTTGCAAACTCAATGCGACATCCCTT
TCTGGTCAATATGTTTGCTTGTTTTCAAACAGGAAGTCATGTTTGTTTCG
TTATGGAATATGCAGCAGGAGGGGATCTTATGATGCATATCCATGCAGAT
GTTTTCACTGAGCCAAGAGCCGTTTTTTACACAGCATGTGTTGTCTTAGG
CCTGCAATATCTACACGAACATAAAATTATCTWCAGGTTTGTTGTTCATG
ACATTATAAATATATTTTCTCTTTTTATTTCTTTTTTTTTTTGTATCAGA
AATCATTCATTCATTAATTAATTATCACAATCCGAAATTTATTGTCCATG
AACTCTTTCAACTCTTAAAAGTGTTCATTACTTAGGTTTTCAATTAA
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