EMLSAG00000006363, EMLSAG00000006363-689129 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000006363
Unique Name	EMLSAG00000006363-689129
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000006363 vs. GO
Match: - (symbol:AT1G59660 "AT1G59660" species:3702 "Arabidopsis thaliana" [GO:0005215 "transporter activity" evidence=ISS] [GO:0005634 "nucleus" evidence=ISM] [GO:0005515 "protein binding" evidence=IPI] [GO:0005635 "nuclear envelope" evidence=IDA] InterPro:IPR007230 Pfam:PF04096 PROSITE:PS51434 EMBL:CP002684 GO:GO:0005635 GO:GO:0006810 GO:GO:0005643 SUPFAM:SSF82215 KO:K14297 RefSeq:NP_176175.1 UniGene:At.36814 ProteinModelPortal:F4ID16 SMR:F4ID16 MEROPS:S59.A03 PRIDE:F4ID16 EnsemblPlants:AT1G59660.1 GeneID:842256 KEGG:ath:AT1G59660 OMA:FGQQSNA Uniprot:F4ID16)

HSP 1 Score: 80.4925 bits (197), Expect = 2.291e-14
Identity = 79/211 (37.44%), Postives = 110/211 (52.13%), Query Frame = 0

Query:  281 FGQSPSGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSG-----SSGLGGSDSLEFG---------------GSSNSFGS----GFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSS---------GSSGGFGSSSSNGFGGSKASSGSFGSS 458
            FG SP  FG ++ + G+ S+   G   SS S FGG+      S GL    S  FG               GSS  FG+     FG SS+  FG S++SGFG +++ GFG + ++GFGGS + GFG SS+  FG   +  FG S +  FG S S  FG+S     GSS + FG ++          S+  FG+S+++ FG S + S +FGSS
Sbjct:   76 FGASPQAFGSSTQAFGASSTPSFG---SSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGASSTPLFGSSSSPAFGASPAPAFGSSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPSFNFGSS 283

HSP 2 Score: 72.4034 bits (176), Expect = 7.711e-12
Identity = 81/216 (37.50%), Postives = 108/216 (50.00%), Query Frame = 0

Query:  313 FGGSGSSGLGGSDSLEFGGSSNSFGSGFG---GSSSSEFGGSSSSG------------------------FGGS---SSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFG-SSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKF-----------VGAGSTAFGGGNTATFGGSSSGS 486
            FG   +S   G+    FG S+ +FG+      GSS+S FGG+S+ G                        FG S   SS+ FG S +  FG S +  FG S++SGFG   + GFG + ++GFGGS + GFG SS+   G +++  FG S  S+  FGSSSS  FG S A   +FG SSGN F             + +  FG  NT+ FG SSS S
Sbjct:   67 FGAPQTSSPFGASPQAFGSSTQAFGASSTPSFGSSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGAS--STPLFGSSSSPAFGASPAP--AFG-SSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPS 277

HSP 3 Score: 62.3882 bits (150), Expect = 9.096e-9
Identity = 71/191 (37.17%), Postives = 102/191 (53.40%), Query Frame = 0

Query:  307 SSSGSGFGGSGSSGLGGSDSLEFGGSSNSFGSGFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGS----GSSGFGSSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKFVGAGSTAFGG----GNTATFGGSSSGSRQQ 489
            +SS   FG S +SG G +++            GFG ++++ FGGSS+ GFG SS+  FG + +  FG S +  FG SSS  FG   +  FG SG++ FG +    G +   SS+   G S++S FG SS  S  FGSS +  FG S ++ GS    S    +G+  + FG      +T+TFGG S+   QQ
Sbjct:  158 ASSTPAFGVSNTSGFGATNT-----------PGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGASSTPLFGSSSSPAFGASPAPAFGSSGNA-FGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPSFNFGSSPA--FGQSTSAFGSSSFGSTQSSLGSTPSPFGAQGAQASTSTFGGQSTIGGQQ 334

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BLAST of EMLSAG00000006363 vs. GO
Match: - (symbol:AT1G10390 "AT1G10390" species:3702 "Arabidopsis thaliana" [GO:0005215 "transporter activity" evidence=ISS] [GO:0005634 "nucleus" evidence=ISM] [GO:0005515 "protein binding" evidence=IPI] [GO:0005635 "nuclear envelope" evidence=IDA] InterPro:IPR007230 Pfam:PF04096 PROSITE:PS51434 EMBL:CP002684 GO:GO:0005635 GO:GO:0006810 GO:GO:0005643 eggNOG:NOG12793 SUPFAM:SSF82215 KO:K14297 EMBL:AY078948 EMBL:BT003030 EMBL:AK226964 RefSeq:NP_001031018.1 RefSeq:NP_172510.2 UniGene:At.27877 STRING:3702.AT1G10390.2-P MEROPS:S59.A02 EnsemblPlants:AT1G10390.1 EnsemblPlants:AT1G10390.2 GeneID:837579 KEGG:ath:AT1G10390 TAIR:At1g10390 HOGENOM:HOG000085153 InParanoid:Q8RY25 OMA:PRENPRS ProtClustDB:CLSN2713828 Genevestigator:Q8RY25 Uniprot:Q8RY25)

HSP 1 Score: 63.5438 bits (153), Expect = 3.839e-9
Identity = 78/215 (36.28%), Postives = 114/215 (53.02%), Query Frame = 0

Query:  290 GNSGSRGSGSSGIRGGSSSSGSGFGGS---GSSGLGGS--DSLEFGGSSN---------SFGSG--FGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSSGSSG--GFGSSSSNGFGGSKASSGSFGSSSGNKFVGAGSTAFGGGNTATFGGSSSGS 486
            G S S   G+S    G+S + S FGGS   G   LG S   S  FG S+          SFGS   FG +++  FG  S+  FG +S+  FG S +  FG + +  FG S+S  FG   +  FG S +  FG +G++ FG++  G GG+  +    + G+SG   FG+S +  FG S  S+ +FG+SS   F  + + AFGG +T +FG S++ S
Sbjct:   80 GASSSPAFGNSTPAFGASPASSPFGGSSGFGQKPLGFSTPQSNPFGNSTQQSQPAFGNTSFGSSTPFGATNTPAFGAPSTPSFGATSTPSFGASSTPAFGATNTPAFGASNSPSFGATNTPAFGASPTPAFGSTGTT-FGNTGFGSGGAFGASNTPAFGASGTPAFGASGTPAFGAS--STPAFGASSTPAFGASSTPAFGGSSTPSFGASNTSS 291

HSP 2 Score: 55.8398 bits (133), Expect = 9.970e-7
Identity = 54/147 (36.73%), Postives = 73/147 (49.66%), Query Frame = 0

Query:  313 FGGSGSSGLGGSDSLEFGGSSNSFGS-------GFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIG----GSSSSGFGGSSGSSGGFGSSSSNGFGGS 448
            FG + +   G S +  FG +  +FG+        FG S++  FG S +  FG S +  FG S +  FG S +  FG SS+  FGG  +  FG S +S F    S  FG S+   G    GS+ S FGG+  S+  FG S   GFG S
Sbjct:  194 FGATNTPAFGASPTPAFGSTGTTFGNTGFGSGGAFGASNTPAFGASGTPAFGASGTPAFGASSTPAFGASSTPAFGASSTPAFGGSSTPSFGASNTSSFSFGSSPAFGQSTSAFGSSAFGSTPSPFGGAQASTPTFGGS---GFGQS 337

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BLAST of EMLSAG00000006363 vs. GO
Match: - (symbol:DDB_G0289701 "ezrin/radixin/moesin C-terminal domain-containing protein" species:44689 "Dictyostelium discoideum" [GO:0044351 "macropinocytosis" evidence=RCA] [GO:0008150 "biological_process" evidence=ND] [GO:0016020 "membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0005215 "transporter activity" evidence=IEA] InterPro:IPR014161 InterPro:IPR015943 dictyBase:DDB_G0289701 GO:GO:0016020 Gene3D:2.130.10.10 GO:GO:0005215 EMBL:AAFI02000148 eggNOG:NOG12793 TIGRFAMs:TIGR02794 RefSeq:XP_636066.1 PRIDE:Q54H52 EnsemblProtists:DDB0235251 GeneID:8627276 KEGG:ddi:DDB_G0289701 InParanoid:Q54H52 OMA:QAPTTSI Uniprot:Q54H52)

HSP 1 Score: 59.6918 bits (143), Expect = 8.165e-8
Identity = 89/275 (32.36%), Postives = 143/275 (52.00%), Query Frame = 0

Query:  277 AVGGFGQSPSGFGGNSG----SRGSGSSGIRGGSSSSGSGFGGSGSSGLGGSDSLEFGGSSNSFGSGFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGS--SSSGFGGL-GSSGFGGSGSSG-FGGSGSSG-FGS--SSGGIGGSSSSGFGGSSGSSGGFGSSSSNG-------FGGSKASSGSFGSSSGNKFVGAGST-AFGGGNTATFGGSSSGSRQQIGGGSFEGA--ASASNQYSSQSSFATGPSVSSFGSSSLSGSQS 530
            A G    +PS FG  S        +  +    GSSS+   FGG+ + G   + S        +FGS    +++S FG SS+  FGG+S+ G     +S FG + ++G  GS  ++S FG    +S FG + ++G FG + ++G FGS  ++   G + ++G  GS+ ++  FGS+S+ G       FGG+  ++ +FGSSS   F    +T AFG  +T  FGG+S+      GG     A  +S++  +   S+F + P+ S+FG  S+ GS S
Sbjct: 1416 AFGSTSTTPSVFGNTSAFGGGGSTTTPTTSAFGSSSTTPAFGGTPAFGSAPTTS--------AFGSA-PTTTTSAFGSSSTPAFGGTSAFG-SAPTTSAFGSTPATGAFGSAPTTSAFGSTPATSAFGSTPTTGAFGSTPTTGAFGSTPTTSAFGSTPTTGAFGSTPTTSAFGSTSAFGSTPTTSAFGGA-PTTNAFGSSSTPAFGSTPTTSAFGSSSTPAFGGTSA-----FGGAPTTSAFGSSSTPAFGGTSAFGSTPTTSAFGGGSVFGSTS 1674

HSP 2 Score: 55.4546 bits (132), Expect = 1.625e-6
Identity = 72/204 (35.29%), Postives = 102/204 (50.00%), Query Frame = 0

Query:  277 AVGGFGQSP--SGFGGNSGSRGSGSSGIRG--GSSSSGSGFGGSGSSGLGGSDSLEFGGSSNSFGSGFGGSSSSEFGGS-SSSGFGGS-SSSGFGGSGSSGFGGSE-SSGFGGSSSSGFGGLGSSGFGGS-GSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKFVGAGSTAFG 472
            A G FG +P  S FG    +   GS+   G  GS+ +   FG + ++   GS        S    S FG  S+S FG + ++S FGG+ +++ FG S +  FG +  +S FG SS+  FG  G+S FGG+  +S FG S +  FG +S      ++S FGG S     FGS+SS     S      FGS+S   F   G  +FG
Sbjct: 1510 ATGAFGSAPTTSAFGSTPATSAFGSTPTTGAFGSTPTTGAFGSTPTTSAFGSTPTTGAFGSTPTTSAFG--STSAFGSTPTTSAFGGAPTTNAFGSSSTPAFGSTPTTSAFGSSSTPAFG--GTSAFGGAPTTSAFGSSSTPAFGGTSAFGSTPTTSAFGGGS----VFGSTSSQ--PTSSVFGSQFGSNSAPSFASLGGGSFG 1703

HSP 3 Score: 54.6842 bits (130), Expect = 2.448e-6
Identity = 89/289 (30.80%), Postives = 137/289 (47.40%), Query Frame = 0

Query:  285 PSGFGGNS--GSRGSGSSGIRGGSSSSGSGFGGSGSS---GLGGSDSLEFGGSSNSFGSGFGGSSSSEFG------------GSSS---SGFGGSSS------------SGFGGSGSS-GFGGSESSGFGGSSSSGFGG---LGSSGFGGSGSSGFGGSG-------SSGFGSS--SGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKFVGAGST--AFGGGNTATFGGSSSGSRQQIGGGSFEGAASASNQY--SSQSSFATGPSVSSFGSSS 524
            PS FGG+         +S + G + S+ S FGGS ++   G   +    FGG  + FG+     +SS FG            GS+S   S FG +S+            S FG S ++  FGG+ + G    ++S FG      +S FG S +  FGG+        +S FGS+  +G  G + ++   GS+ ++  FGS+ + G  GS  ++G+FGS+      G+  T  AFG   T +  GS+S         +F G A  +N +  SS  +F + P+ S+FGSSS
Sbjct: 1336 PSPFGGSVFGAKPAPQTSSVFGSAPSTASAFGGSTTTSSFGATTATPTPFGGGGSVFGAKPAPQTSSVFGSTSSPSTTTSAFGSTSTTPSVFGNTSAFGGGGSTTTPTTSAFGSSSTTPAFGGTPAFG-SAPTTSAFGSAPTTTTSAFGSSSTPAFGGTSAFGSAPTTSAFGSTPATGAFGSAPTTSAFGSTPATSAFGSTPTTGAFGSTPTTGAFGSTPTTSAFGSTPTTGAFGSTPTTSAFGSTSAFGSTPTTSAF-GGAPTTNAFGSSSTPAFGSTPTTSAFGSSS 1622

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BLAST of EMLSAG00000006363 vs. GO
Match: - (symbol:glh-4 "ATP-dependent RNA helicase glh-4" species:6239 "Caenorhabditis elegans" [GO:0000166 "nucleotide binding" evidence=IEA] [GO:0003676 "nucleic acid binding" evidence=IEA] [GO:0003723 "RNA binding" evidence=IEA] [GO:0004386 "helicase activity" evidence=IEA] [GO:0005524 "ATP binding" evidence=IEA] [GO:0005737 "cytoplasm" evidence=IDA] [GO:0006200 "ATP catabolic process" evidence=IEA] [GO:0007276 "gamete generation" evidence=IMP] [GO:0008026 "ATP-dependent helicase activity" evidence=IEA] [GO:0008152 "metabolic process" evidence=IEA] [GO:0008270 "zinc ion binding" evidence=IEA] [GO:0008432 "JUN kinase binding" evidence=IPI] [GO:0016787 "hydrolase activity" evidence=IEA] [GO:0042127 "regulation of cell proliferation" evidence=IMP] [GO:0043186 "P granule" evidence=IDA] [GO:0046872 "metal ion binding" evidence=IEA] InterPro:IPR000629 InterPro:IPR001650 InterPro:IPR001878 InterPro:IPR011545 Pfam:PF00098 Pfam:PF00270 Pfam:PF00271 PROSITE:PS00039 PROSITE:PS50158 PROSITE:PS51194 SMART:SM00343 SMART:SM00490 InterPro:IPR027417 SUPFAM:SSF52540 GO:GO:0005524 GO:GO:0043186 GO:GO:0008270 GO:GO:0006200 GO:GO:0003723 GO:GO:0042127 Gene3D:4.10.60.10 SUPFAM:SSF57756 InterPro:IPR014001 SMART:SM00487 PROSITE:PS51192 GO:GO:0008026 InterPro:IPR014014 PROSITE:PS51195 GO:GO:0007276 eggNOG:COG0513 GO:GO:0003724 GeneTree:ENSGT00740000115030 EMBL:AF079508 EMBL:FO081191 PIR:T32759 PIR:T43326 RefSeq:NP_491207.3 UniGene:Cel.5693 ProteinModelPortal:O76743 SMR:O76743 IntAct:O76743 PaxDb:O76743 PRIDE:O76743 EnsemblMetazoa:T12F5.3.1 EnsemblMetazoa:T12F5.3.2 GeneID:171941 KEGG:cel:CELE_T12F5.3 UCSC:T12F5.3.1 CTD:171941 WormBase:T12F5.3 InParanoid:O76743 NextBio:873335 Uniprot:O76743)

HSP 1 Score: 56.225 bits (134), Expect = 8.993e-7
Identity = 74/184 (40.22%), Postives = 93/184 (50.54%), Query Frame = 0

Query:  286 SGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSGSSGLGGSDSLEFGGSSNSFGSGFG-GSSSSEFGGS-SSSGFGGSSS--SGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGS---SGFGSSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNK 462
            +GFG  S +  S      G   +S  GFGG  S+G G      FGG   S     G  + ++ FGG    +GFG SSS  S F G  S GFGG+  +GFGG SS+ FG    SGFGG    GFG + +   SG GS + G GG+  S FG     + GFGSSS+ G G       +FG  S N+
Sbjct:  390 TGFGAPSTTDSSSGQQTAGFGGASKPGFGGDSSTGFGSGLKAGFGGHRASTAENSGLPTETTGFGGKLPPAGFGASSSNESAF-GQQSKGFGGATKNGFGGDSSNSFGKR-DSGFGGPQDQGFGDTDAPSKSGLGSFNTG-GGAVKSAFG-----AAGFGSSSNFGNG------NTFGEPSDNQ 559

HSP 2 Score: 47.3654 bits (111), Expect = 4.709e-4
Identity = 92/280 (32.86%), Postives = 115/280 (41.07%), Query Frame = 0

Query:  286 SGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSGSSGLGGS----------DSLEFGGSSNSFGSGFGGSSSSEFGGSSSSGF-----------------GGSSSSGFG---------GSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSS------------GFGG-----------SGSSGFGSSSGGIGGSSSSGFGGSSGSS-----GGFGSSSSNGFGGSKASS----GSFGSSSGNKFVGAGSTAFGG----GNTATFGGSSSGSRQQIGGG 493
            +GFGG   S G G+S      SS+ S FG   S G GG+           S   G  +   G+   G    + G + SSGF                 G  +S+GFG         G  ++GFGG+   GFGG SS+GFG    +GFGG  +S            GFGG           S  S FG  S G GG++ +GFGG S +S      GFG     GFG + A S    GSF +  G      G+  FG     GN  TFG  S   R    GG
Sbjct:  294 TGFGGKLPSAGFGAS------SSNESAFGQQ-SKGFGGATKNGFGGDSSSSFGSGSKAGFGGTSSSGIGGQKPGATESSGFPTKETSTSGGTFGSGFGGKPTSTGFGAPSTTDSSSGQQTAGFGGASKPGFGGDSSTGFGSGLKAGFGGHRASTAENSGLPTETTGFGGKLPPAGFGASSSNESAFGQQSKGFGGATKNGFGGDSSNSFGKRDSGFGGPQDQGFGDTDAPSKSGLGSFNTGGGAVKSAFGAAGFGSSSNFGNGNTFGEPSDNQRGNWDGG 566

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592779115|gb|GAXK01175453.1| (TSA: Calanus finmarchicus comp2670_c3_seq9 transcribed RNA sequence)

HSP 1 Score: 273.478 bits (698), Expect = 1.114e-84
Identity = 149/277 (53.79%), Postives = 190/277 (68.59%), Query Frame = 0

Query:    7 LLLAIFGISLVQ-----SDIRLPSYGSDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            ++L + GI+         D +L   G    ++ GG+DFS C   PD G+CCV +T ++ ++ KDPILEC HK  E+CHYTYVTQF+ SQEE+C+ENFEK+C ITFKQ A  E + KCY+P+ K C        N   E  C+TVYE+SCTT+YV+K+ GKFVGDT CEK+PIE+CG GCT  EG EECHDKV+ SL       CDLNPQKTCRF TKLVPKL P+H+CT +PKE C LKFS PKQV KPL T+WC+DP      ++    ++ G+P+
Sbjct:   71 IVLVLAGIAASDFVGHSPDGQLARTGRQEAVQ-GGIDFSGCTTDPDTGLCCVEKTEEVTTLKKDPILECTHKNTEQCHYTYVTQFKPSQEEVCEENFEKQCSITFKQQAYNETVNKCYRPVEKVC--------NGQGEEVCQTVYESSCTTKYVEKQPGKFVGDTGCEKLPIEICGAGCTYEEGAEECHDKVIASLVDTPEEVCDLNPQKTCRFVTKLVPKLSPQHQCTIVPKETCNLKFSTPKQVEKPLQTRWCLDPTPAAPGESYDENDALGSPI 874

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592779113|gb|GAXK01175455.1| (TSA: Calanus finmarchicus comp2670_c3_seq11 transcribed RNA sequence)

HSP 1 Score: 270.781 bits (691), Expect = 8.766e-84
Identity = 143/252 (56.75%), Postives = 177/252 (70.24%), Query Frame = 0

Query:   27 GSDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            G    + PGG+DFS C   PD G+CCV +   + S+ K+PILEC HK  E+CHYTYVTQF+ SQEE+CDE FEK C ITFKQ A ++ + KCY+P+ K C        N   E  C+TVYE+SCTT+YV+K+ GKFVGDT CEK+PIE+CG GCT  EG EECHDKV+ SL       CDLNPQKTCRF TKLVPKL P+H+CT +PKE C LKFS PKQV KPL T+WC+DP      ++    ++ G+P+
Sbjct:  127 GRQEEVVPGGIDFSGCVTDPDTGLCCVEKEETVTSLEKEPILECTHKNTEQCHYTYVTQFKPSQEEVCDETFEKTCSITFKQQAFEDVVNKCYRPVEKVC--------NGQGEEVCQTVYESSCTTKYVEKQPGKFVGDTGCEKLPIEICGAGCTYEEGAEECHDKVIASLVDTPEEVCDLNPQKTCRFVTKLVPKLSPQHQCTIVPKETCNLKFSTPKQVEKPLQTRWCLDPTPAAPGESYDENDALGSPI 858

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592913867|gb|GAXK01044508.1| (TSA: Calanus finmarchicus comp243337_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 276.559 bits (706), Expect = 4.028e-83
Identity = 150/248 (60.48%), Postives = 179/248 (72.18%), Query Frame = 0

Query:   28 SDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPN----GQTIKDTGSYA 264
            S+G  K GGVDFS C+  PD G CC+ +   + ++ KDPILEC HK VE+CHYTYVTQF  +Q+EIC+ENFEK C ITFKQ A  E IKKCY P+ K C        N   ET+C TVYE++CTT+YV+K  GKFV DTNCEK+P ELCG GCT  EGPEECHDK++ SL       CDLNPQKTCR+ATKLVP+L PKHECT IPKE C LKF+ PKQV KPL TKWC+DP     G++ ++  +YA
Sbjct:   76 SEGGDK-GGVDFSGCEEDPDTGFCCIEKEECVNTLKKDPILECTHKNVEQCHYTYVTQFTPAQQEICEENFEKTCSITFKQQAYNETIKKCYIPIEKVC--------NGQGETQCTTVYESACTTKYVEKSPGKFVADTNCEKLPTELCGAGCTYEEGPEECHDKIVTSLVDVPEEVCDLNPQKTCRYATKLVPRLAPKHECTIIPKETCTLKFTTPKQVKKPLLTKWCLDPEEPAPGESYEEENAYA 792

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592913868|gb|GAXK01044507.1| (TSA: Calanus finmarchicus comp243337_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 276.559 bits (706), Expect = 4.546e-83
Identity = 150/248 (60.48%), Postives = 179/248 (72.18%), Query Frame = 0

Query:   28 SDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPN----GQTIKDTGSYA 264
            S+G  K GGVDFS C+  PD G CC+ +   + ++ KDPILEC HK VE+CHYTYVTQF  +Q+EIC+ENFEK C ITFKQ A  E IKKCY P+ K C        N   ET+C TVYE++CTT+YV+K  GKFV DTNCEK+P ELCG GCT  EGPEECHDK++ SL       CDLNPQKTCR+ATKLVP+L PKHECT IPKE C LKF+ PKQV KPL TKWC+DP     G++ ++  +YA
Sbjct:   76 SEGGDK-GGVDFSGCEEDPDTGFCCIEKEECVNTLKKDPILECTHKNVEQCHYTYVTQFTPAQQEICEENFEKTCSITFKQQAYNETIKKCYIPIEKVC--------NGQGETQCTTVYESACTTKYVEKSPGKFVADTNCEKLPTELCGAGCTYEEGPEECHDKIVTSLVDVPEEVCDLNPQKTCRYATKLVPRLAPKHECTIIPKETCTLKFTTPKQVKKPLLTKWCLDPEEPAPGESYEEENAYA 792

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592779103|gb|GAXK01175465.1| (TSA: Calanus finmarchicus comp2670_c3_seq21 transcribed RNA sequence)

HSP 1 Score: 267.7 bits (683), Expect = 5.840e-83
Identity = 144/251 (57.37%), Postives = 177/251 (70.52%), Query Frame = 0

Query:   28 SDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            +  N   GGVDFS C   PD G+CCV +   + S+ K+PILEC HK  E+CHYTYVTQF+ SQEE+C+ENFEK+C ITFKQ A  E + KCY+P+ K C        N   E  C+TVYE+SCTT+YV+K+ GKFVGDT CEK+PIE+CG GCT  EG EECHDKV+ SL       CDLNPQKTCRF TKLVPKL P+H+CT +PKE C LKFS PKQV KPL T+WC+DP      ++    ++ G+P+
Sbjct:   45 TKSNAVQGGVDFSGCVTDPDTGLCCVEKEETVTSLEKEPILECTHKNTEQCHYTYVTQFKPSQEEVCEENFEKQCSITFKQQAYNETVNKCYRPVEKVC--------NGQGEEVCQTVYESSCTTKYVEKQPGKFVGDTGCEKLPIEICGAGCTYEEGAEECHDKVIASLVDTPEEVCDLNPQKTCRFVTKLVPKLSPQHQCTIVPKETCNLKFSTPKQVEKPLQTRWCLDPTPAAPGESYDENDALGSPI 773

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592779108|gb|GAXK01175460.1| (TSA: Calanus finmarchicus comp2670_c3_seq16 transcribed RNA sequence)

HSP 1 Score: 266.929 bits (681), Expect = 2.139e-82
Identity = 146/273 (53.48%), Postives = 182/273 (66.67%), Query Frame = 0

Query:    6 SLLLAIFGISLVQSDIRLPSYGSDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            + L A     L  S +       D  +  GG+DFS C   PD G+CCV +   + S+ K+PILEC HK  E+CHYTYVTQF+ SQEE+CDE FEK C ITFKQ A ++ + KCY+P+ K C        N   E  C+TVYE+SCTT+YV+K+ GKFVGDT CEK+PIE+CG GCT  EG EECHDKV+ SL       CDLNPQKTCRF TKLVPKL P+H+CT +PKE C LKFS PKQV KPL T+WC+DP      ++    ++ G+P+
Sbjct:   46 AFLGACTADRLGHSQLARGGRQDDAAVS-GGIDFSGCVTDPDSGLCCVDKEETVTSLEKEPILECTHKNTEQCHYTYVTQFKPSQEEVCDETFEKTCSITFKQQAFEDVVNKCYRPVEKVC--------NGQGEEVCQTVYESSCTTKYVEKQPGKFVGDTGCEKLPIEICGAGCTYEEGAEECHDKVIASLVDTPEEVCDLNPQKTCRFVTKLVPKLSPQHQCTIVPKETCNLKFSTPKQVEKPLQTRWCLDPTPAAPGESYDENDALGSPI 837

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592779117|gb|GAXK01175451.1| (TSA: Calanus finmarchicus comp2670_c3_seq7 transcribed RNA sequence)

HSP 1 Score: 266.544 bits (680), Expect = 5.538e-82
Identity = 144/257 (56.03%), Postives = 177/257 (68.87%), Query Frame = 0

Query:   22 RLPSYGSDGNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            +L   G       GGVDFS C   PD G+CCV +   + S+ K+PILEC HK  E+CHYTYVTQF+ SQEE+CDE FEK C ITFKQ A ++ + KCY+P+ K C        N   E  C+TVYE+SCTT+YV+K+ GKFVGDT CEK+PIE+CG GCT  EG EECHDKV+ SL       CDLNPQKTCRF TKLVPKL P+H+CT +PKE C LKFS PKQV KPL T+WC+DP      ++    ++ G+P+
Sbjct:  146 QLARVGRQDAAVQGGVDFSGCVTDPDTGLCCVEKEETVTSLEKEPILECTHKNTEQCHYTYVTQFKPSQEEVCDETFEKTCSITFKQQAFEDVVNKCYRPVEKVC--------NGQGEEVCQTVYESSCTTKYVEKQPGKFVGDTGCEKLPIEICGAGCTYEEGAEECHDKVIASLVDTPEEVCDLNPQKTCRFVTKLVPKLSPQHQCTIVPKETCNLKFSTPKQVEKPLQTRWCLDPTPAAPGESYDENDALGSPI 892

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592779119|gb|GAXK01175449.1| (TSA: Calanus finmarchicus comp2670_c3_seq5 transcribed RNA sequence)

HSP 1 Score: 265.774 bits (678), Expect = 1.042e-81
Identity = 144/257 (56.03%), Postives = 178/257 (69.26%), Query Frame = 0

Query:   22 RLPSYGSDGNIKPGGVDFSDCKPQP-DGMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            R  +   D +   GGVDFS C   P  G+CCV +   + S+ K+PILEC HK  E+CHYTYVTQF+ SQEE+C+ENFEK+C ITFKQ A  E + KCY+P+ K C        N   E  C+TVYE+SCTT+YV+K+ GKFVGDT CEK+PIE+CG GCT  EG EECHDKV+ SL       CDLNPQKTCRF TKLVPKL P+H+CT +PKE C LKFS PKQV KPL T+WC+DP      ++    ++ G+P+
Sbjct:  149 RARTGRQDNSAVTGGVDFSGCVTDPATGLCCVEKEETVTSLEKEPILECTHKNTEQCHYTYVTQFKPSQEEVCEENFEKQCSITFKQQAYNETVNKCYRPVEKVC--------NGQGEEVCQTVYESSCTTKYVEKQPGKFVGDTGCEKLPIEICGAGCTYEEGAEECHDKVIASLVDTPEEVCDLNPQKTCRFVTKLVPKLSPQHQCTIVPKETCNLKFSTPKQVEKPLQTRWCLDPTPAAPGESYDENDALGSPI 895

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592913870|gb|GAXK01044505.1| (TSA: Calanus finmarchicus comp243337_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 272.707 bits (696), Expect = 1.677e-80
Identity = 147/245 (60.00%), Postives = 173/245 (70.61%), Query Frame = 0

Query:   30 GNIKPGGVDFSDCKPQPDGMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPN----GQTIKDTGSYA 264
            G +K GGVDFS      DG  CV +   +  +SK PILEC HK VE+CHYTYVTQF  +Q+EIC+ENFEK C ITFKQ A  E IKKCY P+ K C        N   ET+C TVYE++CTT+YV+K  GKFV DTNCEK+P ELCG GCT  EGPEECHDK++ SL       CDLNPQKTCR+ATKLVP+L PKHECT IPKE C LKF+ PKQV KPL TKWC+DP     G++ ++  +YA
Sbjct:  447 GQVK-GGVDFSQATRTADGRLCVIKDKTVDKVSKTPILECTHKNVEQCHYTYVTQFTPAQQEICEENFEKTCSITFKQQAYNETIKKCYIPIEKVC--------NGQGETQCTTVYESACTTKYVEKSPGKFVADTNCEKLPTELCGAGCTYEEGPEECHDKIVTSLVDVPEEVCDLNPQKTCRYATKLVPRLAPKHECTIIPKETCTLKFTTPKQVKKPLLTKWCLDPEEPAPGESYEEENAYA 1154

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BLAST of EMLSAG00000006363 vs. C. finmarchicus
Match: gi|592913869|gb|GAXK01044506.1| (TSA: Calanus finmarchicus comp243337_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 272.322 bits (695), Expect = 1.920e-80
Identity = 147/245 (60.00%), Postives = 173/245 (70.61%), Query Frame = 0

Query:   30 GNIKPGGVDFSDCKPQPDGMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVXXXXXXXXXXXXXXXXXEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPN----GQTIKDTGSYA 264
            G +K GGVDFS      DG  CV +   +  +SK PILEC HK VE+CHYTYVTQF  +Q+EIC+ENFEK C ITFKQ A  E IKKCY P+ K C        N   ET+C TVYE++CTT+YV+K  GKFV DTNCEK+P ELCG GCT  EGPEECHDK++ SL       CDLNPQKTCR+ATKLVP+L PKHECT IPKE C LKF+ PKQV KPL TKWC+DP     G++ ++  +YA
Sbjct:  447 GQVK-GGVDFSQATRTADGRLCVIKDKTVDKVSKTPILECTHKNVEQCHYTYVTQFTPAQQEICEENFEKTCSITFKQQAYNETIKKCYIPIEKVC--------NGQGETQCTTVYESACTTKYVEKSPGKFVADTNCEKLPTELCGAGCTYEEGPEECHDKIVTSLVDVPEEVCDLNPQKTCRYATKLVPRLAPKHECTIIPKETCTLKFTTPKQVKKPLLTKWCLDPEEPAPGESYEEENAYA 1154

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BLAST of EMLSAG00000006363 vs. L. salmonis peptides
Match: EMLSAP00000012694 (pep:novel supercontig:LSalAtl2s:LSalAtl2s963:36350:37490:1 gene:EMLSAG00000012694 transcript:EMLSAT00000012694 description:"augustus-LSalAtl2s963-processed-gene-0.3")

HSP 1 Score: 111.309 bits (277), Expect = 6.922e-27
Identity = 86/246 (34.96%), Postives = 123/246 (50.00%), Query Frame = 0

Query:   51 CVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCG----KEAALEYNRNVETK------------CETVYETSCT------------TRY-------VQKRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSLA---CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNG 254
            C+ +   ++    D  +EC+H   E+CH TY T FE  QEE  +EN +K+C I +K+VAV E +K C+ P++  C     +E    Y    ETK            CET+ E  C             T++        +K   K+   T C+K+P +LCG  GC    GPEEC DK   ++  +    C+L PQK+C+  TKLVP L P  EC  +PKE+C+     P+ V KP+  KWC  P+ 
Sbjct:   95 CIDKVVMVEETEYDDHIECHHSYSERCHTTYTTDFEPQQEEDXEENXKKECFIEYKKVAVDETVKFCHTPLV--CEGEGPEECKTVYESECETKYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEQKCTKWPKQVCTSEKKNVKKYSPQTECKKVPRQLCGPSGCVPQPGPEECFDKKETIVQEVPEEFCNLEPQKSCKQVTKLVPTLNPVEECVDVPKEICSRSRKNPRVVKKPVVKKWCYVPSA 338

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BLAST of EMLSAG00000006363 vs. L. salmonis peptides
Match: EMLSAP00000002715 (pep:novel supercontig:LSalAtl2s:LSalAtl2s156:38122:39783:1 gene:EMLSAG00000002715 transcript:EMLSAT00000002715 description:"maker-LSalAtl2s156-augustus-gene-0.5")

HSP 1 Score: 110.923 bits (276), Expect = 1.162e-26
Identity = 74/261 (28.35%), Postives = 108/261 (41.38%), Query Frame = 0

Query:   67 LECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKE------AALEYNRNVET------------KCETVYETSCTTRYVQ-----------------KRSGKFVGDTNCEKIPIELCG-------------------------KGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPN--GQTIKD 259
            ++C+H   EKCH TY+T + S+ E+ CD  F+K CQI F+ V   EK+K C+ P+ K C  E         EY  + ET            +C+   E  C+   ++                 +R   +V   NCE  P++ C                            C    G E CHD+    +       CDL PQ  CR  + LVP+L PK  C ++PKE+C     +P  + KP+   WC  P    +T+ D
Sbjct:   92 MDCHHTFNEKCHLTYITDYSSASEKKCDTTFKKSCQIVFQPVTHNEKVKLCHTPLEKVCIDEIEGPEVCTTEYEDHCETTFKKYEIQQDEPECKMEEELRCSNETIELIHIPHGDKGKPVIDSLERKLPYVVKENCENWPVQKCTLVTKNVEKIHPVSECKKVATKICLPNNCITKPGTEICHDETRTQVHNVPEEECDLEPQDNCRLESALVPRLVPKKNCISVPKEICVNTKKKPTTIEKPIFKNWCYSPEDLAKTVDD 352

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BLAST of EMLSAG00000006363 vs. L. salmonis peptides
Match: EMLSAP00000011988 (pep:novel supercontig:LSalAtl2s:LSalAtl2s853:284743:286700:-1 gene:EMLSAG00000011988 transcript:EMLSAT00000011988 description:"snap-LSalAtl2s853-processed-gene-2.67")

HSP 1 Score: 101.679 bits (252), Expect = 1.059e-23
Identity = 76/222 (34.23%), Postives = 104/222 (46.85%), Query Frame = 0

Query:   51 CVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQ-------------------------------------------KRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSLA---CDLNPQKTCRFATKLVPKLKPKHEC 222
            C+ +   ++    D  +EC+H   E+CH TY T FE  QEE C+ENF+K C I +K+VAV E +K C+ P++  C  +   E        C+TVYE+ C TRY +                                           K   K+   T C+K+P +LCG  GC    GPEEC DK   ++  +    C+L PQK C+  TKLVP LKP  EC
Sbjct:  101 CIDKVVMVEETEYDDHIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKKVAVDETVKFCHTPLV--CEGDGPEE--------CKTVYESECETRYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEQKCTKWPKQVCTNEKKNVKKYSPITECKKVPRQLCGPSGCVPQPGPEECFDKKETIVQEVPEENCNLEPQKACKQVTKLVPSLKPVEEC 312

[Close]

BLAST of EMLSAG00000006363 vs. L. salmonis peptides
Match: EMLSAP00000008645 (pep:novel supercontig:LSalAtl2s:LSalAtl2s534:20104:25933:1 gene:EMLSAG00000008645 transcript:EMLSAT00000008645 description:"maker-LSalAtl2s534-augustus-gene-0.6")

HSP 1 Score: 94.3597 bits (233), Expect = 2.019e-20
Identity = 63/228 (27.63%), Postives = 101/228 (44.30%), Query Frame = 0

Query:   47 DGMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEA------ALEYNRNVET------------KCETVYETSCTTR-----YVQKRSG-----------------------------KFVGDTNCEKIPIELC-GKGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPK 215
            DG+ C+ +  QI+    +  ++C+H   +KCH TY+T + S+ ++ C+  F+K C ITFK     EK+  C+ P++++CG E         +Y  N ET            KCE V ET C        ++++  G                             K   +T+C KIP E+C    C   +G E CH++    +       CDL P++ CR  + LVP+
Sbjct:  162 DGVRCIPKVMQIEQTIYERGMKCHHSYQKKCHMTYITDYASTTQKKCETTFKKNCHITFKPTPFTEKVDICHTPIVRECGNETQGPDICTTQYEDNCETKYKTYELEQDEPKCEMVEETRCKNVTVELFHIEQEEGAEGPSPFAVREKCEQWPVQKCELDTTTVKKVHPETSCRKIPREVCVPNNCRAIKGDEICHEESRTQVQNVPEEECDLQPEENCRMESALVPR 389

[Close]

BLAST of EMLSAG00000006363 vs. L. salmonis peptides
Match: EMLSAP00000012593 (pep:novel supercontig:LSalAtl2s:LSalAtl2s943:1629:2636:-1 gene:EMLSAG00000012593 transcript:EMLSAT00000012593 description:"maker-LSalAtl2s943-augustus-gene-0.7")

HSP 1 Score: 88.1965 bits (217), Expect = 1.932e-19
Identity = 64/232 (27.59%), Postives = 96/232 (41.38%), Query Frame = 0

Query:   47 DGMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKE------AALEYNRNVETK------------CETVYETSCTT---------------------------------------RYVQKRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVP 214
            DG  C+ +  Q+     +  +EC H   +KCH TY+T + S+ E+ CD NF+K C I FK V   EK+K C+ P++K+CG E       + EY  + ETK            C  V E  C+                                        + V+K   K   ++ C+K+P+ +C    C    G E CH++    +       CDL P + CR  + LVP
Sbjct:   63 DGKRCIQKVVQVSETVYERGMECQHTFRKKCHLTYITDYSSAPEKKCDTNFKKNCHIIFKPVPHNEKVKICHTPIVKECGDEIEGPEVCSTEYETHCETKFRTYELEQDEPECNMVEELRCSNQTVELLHIAHSDDDANSGSNSGIPYXVKEKCEKWPVQKCKLVKKSVKKIHPESECKKVPLNVCRPSNCKTKAGDEICHEESRTQIQNIPEEECDLQPIENCRMESSLVP 294

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BLAST of EMLSAG00000006363 vs. SwissProt
Match: gi|728048448|sp|F4ID16.1|NU98B_ARATH (RecName: Full=Nuclear pore complex protein NUP98B; AltName: Full=Nucleoporin 98B; AltName: Full=Nucleoporin autopeptidase)

HSP 1 Score: 80.4925 bits (197), Expect = 1.793e-14
Identity = 79/211 (37.44%), Postives = 110/211 (52.13%), Query Frame = 0

Query:  281 FGQSPSGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSG-----SSGLGGSDSLEFG---------------GSSNSFGS----GFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSS---------GSSGGFGSSSSNGFGGSKASSGSFGSS 458
            FG SP  FG ++ + G+ S+   G   SS S FGG+      S GL    S  FG               GSS  FG+     FG SS+  FG S++SGFG +++ GFG + ++GFGGS + GFG SS+  FG   +  FG S +  FG S S  FG+S     GSS + FG ++          S+  FG+S+++ FG S + S +FGSS
Sbjct:   76 FGASPQAFGSSTQAFGASSTPSFG---SSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGASSTPLFGSSSSPAFGASPAPAFGSSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPSFNFGSS 283

HSP 2 Score: 72.4034 bits (176), Expect = 6.047e-12
Identity = 81/216 (37.50%), Postives = 108/216 (50.00%), Query Frame = 0

Query:  313 FGGSGSSGLGGSDSLEFGGSSNSFGSGFG---GSSSSEFGGSSSSG------------------------FGGS---SSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFG-SSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKF-----------VGAGSTAFGGGNTATFGGSSSGS 486
            FG   +S   G+    FG S+ +FG+      GSS+S FGG+S+ G                        FG S   SS+ FG S +  FG S +  FG S++SGFG   + GFG + ++GFGGS + GFG SS+   G +++  FG S  S+  FGSSSS  FG S A   +FG SSGN F             + +  FG  NT+ FG SSS S
Sbjct:   67 FGAPQTSSPFGASPQAFGSSTQAFGASSTPSFGSSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGAS--STPLFGSSSSPAFGASPAP--AFG-SSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPS 277

HSP 3 Score: 62.3882 bits (150), Expect = 7.134e-9
Identity = 71/191 (37.17%), Postives = 102/191 (53.40%), Query Frame = 0

Query:  307 SSSGSGFGGSGSSGLGGSDSLEFGGSSNSFGSGFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGS----GSSGFGSSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKFVGAGSTAFGG----GNTATFGGSSSGSRQQ 489
            +SS   FG S +SG G +++            GFG ++++ FGGSS+ GFG SS+  FG + +  FG S +  FG SSS  FG   +  FG SG++ FG +    G +   SS+   G S++S FG SS  S  FGSS +  FG S ++ GS    S    +G+  + FG      +T+TFGG S+   QQ
Sbjct:  158 ASSTPAFGVSNTSGFGATNT-----------PGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGASSTPLFGSSSSPAFGASPAPAFGSSGNA-FGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPSFNFGSSPA--FGQSTSAFGSSSFGSTQSSLGSTPSPFGAQGAQASTSTFGGQSTIGGQQ 334

[Close]

BLAST of EMLSAG00000006363 vs. SwissProt
Match: gi|75158956|sp|Q8RY25.1|NU98A_ARATH (RecName: Full=Nuclear pore complex protein NUP98A; AltName: Full=Nucleoporin 98A; AltName: Full=Nucleoporin autopeptidase)

HSP 1 Score: 63.5438 bits (153), Expect = 3.011e-9
Identity = 78/215 (36.28%), Postives = 114/215 (53.02%), Query Frame = 0

Query:  290 GNSGSRGSGSSGIRGGSSSSGSGFGGS---GSSGLGGS--DSLEFGGSSN---------SFGSG--FGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSSGSSG--GFGSSSSNGFGGSKASSGSFGSSSGNKFVGAGSTAFGGGNTATFGGSSSGS 486
            G S S   G+S    G+S + S FGGS   G   LG S   S  FG S+          SFGS   FG +++  FG  S+  FG +S+  FG S +  FG + +  FG S+S  FG   +  FG S +  FG +G++ FG++  G GG+  +    + G+SG   FG+S +  FG S  S+ +FG+SS   F  + + AFGG +T +FG S++ S
Sbjct:   80 GASSSPAFGNSTPAFGASPASSPFGGSSGFGQKPLGFSTPQSNPFGNSTQQSQPAFGNTSFGSSTPFGATNTPAFGAPSTPSFGATSTPSFGASSTPAFGATNTPAFGASNSPSFGATNTPAFGASPTPAFGSTGTT-FGNTGFGSGGAFGASNTPAFGASGTPAFGASGTPAFGAS--STPAFGASSTPAFGASSTPAFGGSSTPSFGASNTSS 291

HSP 2 Score: 55.8398 bits (133), Expect = 7.820e-7
Identity = 54/147 (36.73%), Postives = 73/147 (49.66%), Query Frame = 0

Query:  313 FGGSGSSGLGGSDSLEFGGSSNSFGS-------GFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIG----GSSSSGFGGSSGSSGGFGSSSSNGFGGS 448
            FG + +   G S +  FG +  +FG+        FG S++  FG S +  FG S +  FG S +  FG S +  FG SS+  FGG  +  FG S +S F    S  FG S+   G    GS+ S FGG+  S+  FG S   GFG S
Sbjct:  194 FGATNTPAFGASPTPAFGSTGTTFGNTGFGSGGAFGASNTPAFGASGTPAFGASGTPAFGASSTPAFGASSTPAFGASSTPAFGGSSTPSFGASNTSSFSFGSSPAFGQSTSAFGSSAFGSTPSPFGGAQASTPTFGGS---GFGQS 337

[Close]

BLAST of EMLSAG00000006363 vs. SwissProt
Match: gi|51338745|sp|O76743.2|GLH4_CAEEL (RecName: Full=ATP-dependent RNA helicase glh-4; AltName: Full=Germline helicase 4)

HSP 1 Score: 56.225 bits (134), Expect = 7.053e-7
Identity = 74/184 (40.22%), Postives = 93/184 (50.54%), Query Frame = 0

Query:  286 SGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSGSSGLGGSDSLEFGGSSNSFGSGFG-GSSSSEFGGS-SSSGFGGSSS--SGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGS---SGFGSSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNK 462
            +GFG  S +  S      G   +S  GFGG  S+G G      FGG   S     G  + ++ FGG    +GFG SSS  S F G  S GFGG+  +GFGG SS+ FG    SGFGG    GFG + +   SG GS + G GG+  S FG     + GFGSSS+ G G       +FG  S N+
Sbjct:  390 TGFGAPSTTDSSSGQQTAGFGGASKPGFGGDSSTGFGSGLKAGFGGHRASTAENSGLPTETTGFGGKLPPAGFGASSSNESAF-GQQSKGFGGATKNGFGGDSSNSFGKR-DSGFGGPQDQGFGDTDAPSKSGLGSFNTG-GGAVKSAFG-----AAGFGSSSNFGNG------NTFGEPSDNQ 559

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BLAST of EMLSAG00000006363 vs. nr
Match: gi|155966261|gb|ABU41084.1| (hypothetical protein [Lepeophtheirus salmonis])

HSP 1 Score: 136.732 bits (343), Expect = 4.728e-32
Identity = 91/246 (36.99%), Postives = 126/246 (51.22%), Query Frame = 0

Query:   51 CVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCG----KEAALEYNRNVETK------------CETVYETSC------------TTRYVQ-------KRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSLA---CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNG 254
            C+ +   ++    D  +EC+H   E+CH TY T FE  QEE C+ENF+K C I +K+VAV+E +K C+ P++  C     +E    Y    ETK            CET+ E  C             T++ +       K   K+   T C+K+P +LCG  GC    GPEEC DK   ++  +    C+L PQK C+  TKLVP LKP  EC  IPKEVC+     P++V KP+  KWC  P+ 
Sbjct:   99 CIDKVVMVEETEYDDHIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKKVAVEETVKFCHTPLV--CEGEGPEECKTVYESECETKYHEHDVEDDVVNCETIQEEKCEDVTQGYTTEQKCTKWPKQVCTNEKKNVKKYSPQTECKKVPRQLCGPSGCVPQPGPEECFDKKETIVQEVPEENCNLEPQKACKQVTKLVPSLKPVEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSA 342

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BLAST of EMLSAG00000006363 vs. nr
Match: gi|155966163|gb|ABU41036.1| (hypothetical protein [Lepeophtheirus salmonis])

HSP 1 Score: 134.035 bits (336), Expect = 4.061e-31
Identity = 90/254 (35.43%), Postives = 124/254 (48.82%), Query Frame = 0

Query:   51 CVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQ-------------------------------------------KRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSLA---CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNG 254
            C+ +   ++    D  +EC+H   E+CH TY T FE  QEE C+ENF+K C I +K+VAV E +K C+ P++  C  E   E        C+TVYE+ C T+Y +                                           K   K+   T C+K+P +LCG  GC    GPEEC DK   ++  +    C+L PQK+C+  TKLVP LKP  EC  IPKEVC+     P++V KP+  KWC  P+ 
Sbjct:   95 CIDKVVMVEETEYDDHIECHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYKKVAVDETVKFCHTPLV--CEGEGPEE--------CKTVYESECETKYHEHDVEDDVVNCEXIQEEKCEDVTQGYTTEQKCTKWPKQVCTNEKKNVKKYSPQTECKKVPRQLCGPSGCVPQPGPEECFDKKETIVQEVPEENCNLEPQKSCKQVTKLVPSLKPVEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSA 338

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BLAST of EMLSAG00000006363 vs. nr
Match: gi|15218866|ref|NP_176175.1| (Nucleoporin autopeptidase [Arabidopsis thaliana] >gi|728048448|sp|F4ID16.1|NU98B_ARATH RecName: Full=Nuclear pore complex protein NUP98B; AltName: Full=Nucleoporin 98B; AltName: Full=Nucleoporin autopeptidase >gi|332195479|gb|AEE33600.1| Nucleoporin autopeptidase [Arabidopsis thaliana])

HSP 1 Score: 80.4925 bits (197), Expect = 4.253e-12
Identity = 79/211 (37.44%), Postives = 110/211 (52.13%), Query Frame = 0

Query:  281 FGQSPSGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSG-----SSGLGGSDSLEFG---------------GSSNSFGS----GFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSS---------GSSGGFGSSSSNGFGGSKASSGSFGSS 458
            FG SP  FG ++ + G+ S+   G   SS S FGG+      S GL    S  FG               GSS  FG+     FG SS+  FG S++SGFG +++ GFG + ++GFGGS + GFG SS+  FG   +  FG S +  FG S S  FG+S     GSS + FG ++          S+  FG+S+++ FG S + S +FGSS
Sbjct:   76 FGASPQAFGSSTQAFGASSTPSFG---SSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGASSTPLFGSSSSPAFGASPAPAFGSSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPSFNFGSS 283

HSP 2 Score: 72.4034 bits (176), Expect = 1.434e-9
Identity = 81/216 (37.50%), Postives = 108/216 (50.00%), Query Frame = 0

Query:  313 FGGSGSSGLGGSDSLEFGGSSNSFGSGFG---GSSSSEFGGSSSSG------------------------FGGS---SSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFG-SSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKF-----------VGAGSTAFGGGNTATFGGSSSGS 486
            FG   +S   G+    FG S+ +FG+      GSS+S FGG+S+ G                        FG S   SS+ FG S +  FG S +  FG S++SGFG   + GFG + ++GFGGS + GFG SS+   G +++  FG S  S+  FGSSSS  FG S A   +FG SSGN F             + +  FG  NT+ FG SSS S
Sbjct:   67 FGAPQTSSPFGASPQAFGSSTQAFGASSTPSFGSSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGAS--STPLFGSSSSPAFGASPAP--AFG-SSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPS 277

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BLAST of EMLSAG00000006363 vs. nr
Match: gi|1063695326|ref|NP_001320545.1| (Nucleoporin autopeptidase [Arabidopsis thaliana] >gi|1063695329|ref|NP_001320546.1| Nucleoporin autopeptidase [Arabidopsis thaliana] >gi|1039007908|gb|ANM58083.1| Nucleoporin autopeptidase [Arabidopsis thaliana] >gi|1039007909|gb|ANM58084.1| Nucleoporin autopeptidase [Arabidopsis thaliana])

HSP 1 Score: 80.4925 bits (197), Expect = 4.313e-12
Identity = 79/211 (37.44%), Postives = 110/211 (52.13%), Query Frame = 0

Query:  281 FGQSPSGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSG-----SSGLGGSDSLEFG---------------GSSNSFGS----GFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSSSSGFGGSS---------GSSGGFGSSSSNGFGGSKASSGSFGSS 458
            FG SP  FG ++ + G+ S+   G   SS S FGG+      S GL    S  FG               GSS  FG+     FG SS+  FG S++SGFG +++ GFG + ++GFGGS + GFG SS+  FG   +  FG S +  FG S S  FG+S     GSS + FG ++          S+  FG+S+++ FG S + S +FGSS
Sbjct:   76 FGASPQAFGSSTQAFGASSTPSFG---SSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGASSTPLFGSSSSPAFGASPAPAFGSSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPSFNFGSS 283

HSP 2 Score: 72.4034 bits (176), Expect = 1.455e-9
Identity = 81/216 (37.50%), Postives = 108/216 (50.00%), Query Frame = 0

Query:  313 FGGSGSSGLGGSDSLEFGGSSNSFGSGFG---GSSSSEFGGSSSSG------------------------FGGS---SSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFG-SSSGGIGGSSSSGFGGSSGSSGGFGSSSSNGFGGSKASSGSFGSSSGNKF-----------VGAGSTAFGGGNTATFGGSSSGS 486
            FG   +S   G+    FG S+ +FG+      GSS+S FGG+S+ G                        FG S   SS+ FG S +  FG S +  FG S++SGFG   + GFG + ++GFGGS + GFG SS+   G +++  FG S  S+  FGSSSS  FG S A   +FG SSGN F             + +  FG  NT+ FG SSS S
Sbjct:   67 FGAPQTSSPFGASPQAFGSSTQAFGASSTPSFGSSNSPFGGTSTFGQKSFGLSTPQSSPFGSTTQQSQPAFGNSTFGSSTPFGASTTPAFGASSTPAFGVSNTSGFGATNTPGFGATNTTGFGGSSTPGFGASSTPAFGSTNTPAFGAS--STPLFGSSSSPAFGASPAP--AFG-SSGNAFGNNTFSSGGAFGSSSTPTFGASNTSAFGASSSPS 277

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BLAST of EMLSAG00000006363 vs. nr
Match: gi|260946537|ref|XP_002617566.1| (hypothetical protein CLUG_03010 [Clavispora lusitaniae ATCC 42720] >gi|238849420|gb|EEQ38884.1| hypothetical protein CLUG_03010 [Clavispora lusitaniae ATCC 42720])

HSP 1 Score: 64.3142 bits (155), Expect = 3.409e-7
Identity = 63/127 (49.61%), Postives = 82/127 (64.57%), Query Frame = 0

Query:  334 NSFGSGFGGSSSSEFGGSSSSGFGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSSGFGGSGSSGFGGSGSSGFGSSSGGIGGSS--SSGFGGSS--GSSGGFGSSSSNGFGGSKASSGSFG 456
            NS  S FG  S S FG + SS FG ++SS FG + +S FG S +S FG SS+S FG   +S FGGS +S FG S +S FGS+SG    S+  S+GFGG++   S+  FGS+   GF GSKA+ G+FG
Sbjct:  183 NSGTSAFGAPSKSAFGTNGSSSFGAANSSPFGNATNSAFGNSTNSAFGNSSNSAFGNSTNSAFGGSNNSAFGASNNSAFGSASGSNSTSAFGSAGFGGNTNANSNSAFGST---GF-GSKATGGAFG 305

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BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold2574_size14355-snap-gene-0.2 (protein:Tk08805 transcript:maker-scaffold2574_size14355-snap-gene-0.2-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 316.62 bits (810), Expect = 1.615e-104
Identity = 150/278 (53.96%), Postives = 191/278 (68.71%), Query Frame = 0

Query:    5 KSLLLAIFGISLVQSDIRLPSYGSDGN----IKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            K  +  +  ++L  +D+  P++G  G      +  GVDFS C+  P+ G CCV +   + SI KDPILEC HK VEKCHYTYVTQFE++QEE+C+ENFEK CQITFKQ A +E ++KCYKP+ K C  +   E        C TVYE+SC+T+Y++K+ GKFVGDT+CEK+P+E+CG GC   EG EECHDK + SL       CDLNPQKTCRF TKLVP+LKP+HECT IP+E C LKFS P+QV KPL TKWC+DP+      T    ++  APL
Sbjct:    2 KVFVAVLSLLALANADLIRPTFGRQGRQGGSAQSAGVDFSGCQNDPETGYCCVEKDEVVTSIQKDPILECTHKNVEKCHYTYVTQFEAAQEEVCEENFEKTCQITFKQQATEETVRKCYKPLEKVCNGQGPEE--------CRTVYESSCSTKYIEKQPGKFVGDTSCEKLPVEICGAGCVTEEGIEECHDKTITSLLDVPEEVCDLNPQKTCRFQTKLVPRLKPEHECTIIPRETCNLKFSSPQQVEKPLRTKWCLDPSAPVPDQTYDENQAGAAPL 271

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BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold228_size248166-snap-gene-0.9 (protein:Tk04317 transcript:maker-scaffold228_size248166-snap-gene-0.9-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 316.235 bits (809), Expect = 6.096e-104
Identity = 150/277 (54.15%), Postives = 192/277 (69.31%), Query Frame = 0

Query:    7 LLLAIFGI-SLVQSDIRLPSYGSDGN----IKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPL 271
            + +A+  + +L  +D+  P++G  G      +  GVDFS C+  P+ G CCV +   + SI KDPILEC HK VEKCHYTYVTQFE++QEE+C+ENFEK CQITFKQ A +E ++KCYKP+ K C  +   E        C TVYE+SC+T+Y++K+ GKFVGDT+CEK+P+E+CG GC   EG EECHDK + SL       CDLNPQKTCRF TKLVP+LKP+HECT IP+E C LKFS P+QV KPL TKWC+DP+      T    ++  APL
Sbjct:   38 VFVAVLSLLALANADLIRPTFGRQGRQGGSAQSAGVDFSGCQNDPETGYCCVEKDEVVTSIQKDPILECTHKNVEKCHYTYVTQFEAAQEEVCEENFEKTCQITFKQQATEETVRKCYKPLEKVCNGQGPEE--------CRTVYESSCSTKYIEKQPGKFVGDTSCEKLPVEICGAGCVTEEGIEECHDKTITSLLDVPEEVCDLNPQKTCRFQTKLVPRLKPEHECTIIPRETCNLKFSSPQQVEKPLRTKWCLDPSAPVPDQTYDENQAGAAPL 306

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BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold546_size140615-snap-gene-0.34 (protein:Tk00847 transcript:maker-scaffold546_size140615-snap-gene-0.34-mRNA-1 annotation:"adhesive plaque matrix partial")

HSP 1 Score: 317.775 bits (813), Expect = 6.183e-103
Identity = 149/246 (60.57%), Postives = 182/246 (73.98%), Query Frame = 0

Query:   35 GGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAE-SEGAPLI 272
            GGVDFS C+  P+ G CC+ +   + S+ KDPILEC HK VEKCHYTYVTQFE +QEE+C+ENFEK CQ+TFKQ A++E +KKCY+P+ K C  +   E        C TVYE+SCTT+Y++K+ GKFVGDT+CEK+PIE+CG GC   EGP+ECHDK + SL      ACDLNPQKTCRF TKLVPKL+PKHECT IP+E+C LKF+ P+QV KPL TKWC DP    I D  +Y E + GAP I
Sbjct:   67 GGVDFSGCQTDPETGFCCIEKFETVTSLQKDPILECTHKNVEKCHYTYVTQFEPAQEEVCEENFEKSCQVTFKQQAIEETVKKCYRPLEKVCNGQGPEE--------CRTVYESSCTTKYIEKQPGKFVGDTSCEKLPIEICGAGCVTEEGPQECHDKTITSLLDVPEEACDLNPQKTCRFQTKLVPKLEPKHECTIIPQEICNLKFTSPQQVEKPLKTKWCQDPAA-PIPD-QTYDEFNAGAPPI 302

[Close]

BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold546_size140615-snap-gene-0.28 (protein:Tk00842 transcript:maker-scaffold546_size140615-snap-gene-0.28-mRNA-1 annotation:"pbcv-specific basic adaptor domain-containing protein")

HSP 1 Score: 314.309 bits (804), Expect = 2.096e-102
Identity = 165/336 (49.11%), Postives = 214/336 (63.69%), Query Frame = 0

Query:    1 MSYCKSLLLAIFGISLVQSDI--RLPSYGSD--------GNIKPGGVDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAE-SEGAPLITDFNAVGGFGQSPSGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSGS 318
            M++ K+L++A   ++LV  D   +  S+ S+        G    GGVDFS C+  P+ G CC+ +   + S+ KDPILEC HK VEKCHYTYVTQFE +QEE+C+ENFEK CQ+TFKQ A++E +KKCY+P+ K C  +   E        C TVYE+SCTT+Y++K+ GKFVGDT+CEK+PIE+CG GC   EGP+ECHDK + SL      ACDLNPQKTCRF TKLVPKL+PKHECT IP+E+C LKF+ P+QV KPL TKWC DP    I D  +Y E + GAP I        F Q+ +G       R   +S  +     +   F    +
Sbjct:    1 MAFFKALIIAT-TLALVAGDFGGKTHSHSSNRGGRQFGGGAANSGGVDFSGCQTDPETGFCCIEKFETVTSLQKDPILECTHKNVEKCHYTYVTQFEPAQEEVCEENFEKSCQVTFKQQAIEETVKKCYRPLEKVCNGQGPEE--------CRTVYESSCTTKYIEKQPGKFVGDTSCEKLPIEICGAGCVTEEGPQECHDKTITSLLDVPEEACDLNPQKTCRFQTKLVPKLEPKHECTIIPQEICNLKFTSPQQVEKPLKTKWCQDPAA-PIPD-QTYDEFNAGAPPI-------QFPQTQTGSRPQGQPRPQPTSRPQFQPQPTRPQFQPQPT 318

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BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold546_size140615-processed-gene-0.15 (protein:Tk00848 transcript:snap_masked-scaffold546_size140615-processed-gene-0.15-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 306.99 bits (785), Expect = 4.990e-101
Identity = 139/223 (62.33%), Postives = 172/223 (77.13%), Query Frame = 0

Query:   37 VDFSDCKPQPD-GMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCGKGCTITEGPEECHDKVLDSL------ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDP 252
            VDFS+C+  P+ G CCV     +Q++ KDPILEC HK +EKCHYTYVTQFE +QEE+C+ENFEK CQITFKQ AV+E++KKCY+P+ K C  +   E        C TVYE+SCTT+Y++K+ GKFVGDT+CEK+PIE+CG GC   EGPEECHDK + SL       CDLNPQKTC+F TKLVPKLKP+HECT IP+E+C LKF+ P+QV +PL TKWC+DP
Sbjct:   43 VDFSNCQNDPETGFCCVESEEIVQTLKKDPILECTHKNIEKCHYTYVTQFEPAQEEVCEENFEKSCQITFKQQAVEEQVKKCYRPLEKVCNGQGPEE--------CRTVYESSCTTKYIEKQPGKFVGDTSCEKLPIEICGAGCVTEEGPEECHDKTVTSLIDVPEEVCDLNPQKTCKFQTKLVPKLKPEHECTIIPQEICNLKFTSPQQVDQPLKTKWCLDP 257

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BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold546_size140615-snap-gene-0.29 (protein:Tk00843 transcript:maker-scaffold546_size140615-snap-gene-0.29-mRNA-1 annotation:"---NA---")

HSP 1 Score: 246.899 bits (629), Expect = 1.274e-70
Identity = 207/542 (38.19%), Postives = 266/542 (49.08%), Query Frame = 0

Query:    6 SLLLAIFGISLVQSDIRLPSYGSDGNIKPGGVDFSDCKPQP-DGMCCVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQKRSGKFVGDTNCEKIPIELCG-KGCTITEGPEECHDKVLDSLA------CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQTIKDTGSYAESEGAPLITDFNAVGGFGQSPSGFGGNSGSRGSGSSGIRGGSSSSGSGFGGSG--SSGLGGSDSLEFGGSSNSFGSGFGGSSS---------------------SEFGGSSSSG---FGGSSSSGFGGSGSSGFGGSESSGFGGSSSSGFGGLGSS-----GFGGSGSSGFGGSGSSGFGSSSGGIGGSSS--------------------------------SGFGGSSGSSGGFGSSSSNGFG--GSKASSGSFGSSSGNKFVGAGSTAFGGG 474
            SL   +FGI+L+ +        S   +    +DF++    P  G+ C+ +++ +++  ++ +LEC H  V  CHYTY T+F+S +EE C +N+EK C I FKQ A  E ++KCY+PM+K+C  EA+   N   E  C+TV+E+ C+TRYV+K  GKFVG+T C KIP ELCG   CT   GPEECH+K + +L       CDL PQKTCR A KLVP L P HEC   PKEVC+          K + TKWC DP      +T  +  S+G          GG   S +GF G SG       GI G S S+G GF GS    SG+GGS S          G   G  S+                      EF GS  +G    GGS S+G G  GS G     +SG GGS S+G G +G S     GF GS S+G G  GS    S+ G +GGS S                                SG GGS  + GGF  S  NG G  GS ++ G F  S G   V  GS   GGG
Sbjct:   39 SLAWIVFGIALIST--------SWSGVASTPIDFTNAYDDPATGLKCMDKSATVKTQERERLLECTHSLVNLCHYTYETKFKSQREEECQDNYEKICSIVFKQQATNETLEKCYQPMVKQC-SEASSNGN---ELICQTVFESECSTRYVEKSPGKFVGETTCSKIPKELCGTNACTFVPGPEECHNKTVANLVDVPEENCDLVPQKTCRGAVKLVPYLSPTHECANFPKEVCSFGVKGTIFGEKAIVTKWCFDPT-----ETDPFQGSQGT-------RNGGTQGSGAGFQGTSG-------GI-GASQSAGGGFQGSRGTGSGIGGSQSPGGEFQGTGGGVAGGSQSNGGGFQGSQGNGGGIGGSQSPGGEFQGSQGTGGVVAGGSQSNGGGFQGSQG----TASGIGGSQSTG-GVVGGSQSFEGGFQGSQSNGGGVGGSQ---STGGVVGGSQSFEGGFQGSQGNGGGIGGSQSTGGGLQGSQGTGSGIGGSQSNGGGFQGSQGNGDGIEGSLSTGGGFQGSQGTGGVAGGSQTNGGG 540

[Close]

BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold804_size94796-processed-gene-0.10 (protein:Tk06341 transcript:snap_masked-scaffold804_size94796-processed-gene-0.10-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 147.902 bits (372), Expect = 2.039e-38
Identity = 85/249 (34.14%), Postives = 116/249 (46.59%), Query Frame = 0

Query:   58 IQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQ-------------------------------------------KRSGKFVGDTNCEKIPIELCGKG-CTITEGPEECHDK---VLDSLA---CDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQT 256
            ++ +  D  +EC+H   ++CH TY T +E  QEE CD+NF K C I +K VA  E +K C + +I+ C K             CETVYE+ C T Y +                                           K   K+  +T C K P  +CG G C I  GPEEC ++   V+  +    CDL PQK C+  TKL+P LKPK  C  IPKEVC      P+++ KP+  KWC  P+ +T
Sbjct:  239 VEELVYDEQIECHHSYDQRCHTTYTTDYEPQQEEECDDNFIKNCYIEYKTVAFDEPVKICNENLIRNCDKPGP--------EVCETVYESECETSYHEHELEEDVPACRTMQVEKCRDVTVGYTTEQQCDKWPKQVCELESKTVKKYSPETQCRKTPRTVCGPGPCPIEAGPEECREEKKTVVQEIPQENCDLTPQKVCKHVTKLIPVLKPKQNCVDIPKEVCTRARRNPRKINKPVIKKWCYTPSEET 479

HSP 2 Score: 80.8777 bits (198), Expect = 2.702e-16
Identity = 62/239 (25.94%), Postives = 98/239 (41.00%), Query Frame = 0

Query:   51 CVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKC---GKEAA-----LEYNRNVE------TKCETVYETSCTTRYVQKRSGKFVGDTNCE------KIPIELCG----KGCTITEGPEEC------------HDKVLD-----------------------SLACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVC 230
            C+ +   ++ +  D  +EC+H   ++CH TY T +E  QEE CD+NF K C I +K VA  E +K C + +I+ C   GKE       L Y+  +E       +C T Y T    +  ++    F+ +   E        P+++C     + C    GPE C            H+  L+                          CD  P++ C   +K V K  P+ +C   P+ VC
Sbjct:  154 CIEKVMMVEELVYDEQIECHHSYDQRCHTTYTTDYEPQQEEECDDNFIKNCYIEYKTVAFDEPVKICNENLIRNCDKPGKETVMMVEELVYDEQIECHHSYDQRCHTTYTTDYEPQQEEECDDNFIKNCYIEYKTVAFDEPVKICNENLIRNCD-KPGPEVCETVYESECETSYHEHELEEDVPACRTMQVEKCRDVTVGYTTEQQCDKWPKQVCELESKTVKKYSPETQCRKTPRTVC 391

[Close]

BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold961_size76351-processed-gene-0.8 (protein:Tk11636 transcript:snap_masked-scaffold961_size76351-processed-gene-0.8-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 131.339 bits (329), Expect = 7.185e-34
Identity = 88/228 (38.60%), Postives = 117/228 (51.32%), Query Frame = 0

Query:   69 CNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQ----------------------------------KRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSL---ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQ 255
            C+H   E+CH TY T FE  QEE C+ENF+K C I +++VA +E I  C+ P+I  C  E   E        C+TVYE+ C TRY +                                  K   K+  +T C+K+  ELCG  GC +  GPEEC DK   V+  +    C+L PQ++C+  TKLVP LKP  EC  IPKEVC+     P++V KP+  KWC  P+ Q
Sbjct:  139 CHHSYSERCHTTYTTDFEPQQEEECEENFKKSCFIEYRKVAFEEPITFCHTPLI--CEGEGPEE--------CKTVYESQCETRYHEHEVEDDVVECETIQEEKCEDKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSEQ 356

[Close]

BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold90_size386344-snap-gene-1.24 (protein:Tk12048 transcript:maker-scaffold90_size386344-snap-gene-1.24-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 127.872 bits (320), Expect = 3.697e-32
Identity = 89/255 (34.90%), Postives = 128/255 (50.20%), Query Frame = 0

Query:   51 CVYQTSQIQSISKDPILECNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRY--------------VQKRS-----------------------------GKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSL---ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQ 255
            C+ +   ++    D  ++C+H   E+CH TY T FE +QEE C+ENF+K C I +K++A  E ++ C+ P +  C  E  +E        C+TVYE+ C TRY              VQ+                                K+  +T+C+K+  ELCG  GC    GPEEC DK   V+  +    C+L PQ++C+  TKLVP LKP  EC  IPKEVC+   + P++V KP+  KWC  P+ Q
Sbjct:  167 CIDKVVMVEETEYDEQIQCHHSYTERCHTTYTTDFEPTQEEECEENFKKDCFIDYKKIAFDEAVRFCHTPFV--CEGEGPVE--------CKTVYESQCETRYHEHDVEDDVVECETVQEEKCEDISLGYTTEQKCTKWPKQVCNTQRQNVKKYTPETDCKKVARELCGPSGCLPQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPVLKPSEECVDIPKEVCSRSRANPRKVKKPVVKKWCYVPSEQ 411

[Close]

BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold961_size76351-snap-gene-0.22 (protein:Tk11635 transcript:maker-scaffold961_size76351-snap-gene-0.22-mRNA-1 annotation:"hypothetical protein")

HSP 1 Score: 120.553 bits (301), Expect = 2.740e-29
Identity = 82/237 (34.60%), Postives = 112/237 (47.26%), Query Frame = 0

Query:   69 CNHKQVEKCHYTYVTQFESSQEEICDENFEKKCQITFKQVAVKEKIKKCYKPMIKKCGKEAALEYNRNVETKCETVYETSCTTRYVQ-------------------------------------------KRSGKFVGDTNCEKIPIELCGK-GCTITEGPEECHDK---VLDSL---ACDLNPQKTCRFATKLVPKLKPKHECTTIPKEVCALKFSQPKQVPKPLTTKWCIDPNGQ 255
            C+H   E+CH T       +  E C+ENF+K C I +++VA +E I  C+ P+I  C  E   E        C+TVYE+ C TRY +                                           K   K+  +T C+K+  ELCG  GC +  GPEEC DK   V+  +    C+L PQ++C+  TKLVP LKP  EC  IPKEVC+     P++V KP+  KWC  P+ Q
Sbjct:  260 CHHSYSERCHTTTPPTLSPTGGE-CEENFKKSCFIEYRKVAFEEPITFCHTPLI--CEGEGPEE--------CKTVYESQCETRYHEHEVEDDVVECETIQEEKCEDVTQGYTTEQKCTKWPKQVCKNEKKTVKKYTPETECKKVGRELCGPSGCLLQPGPEECFDKKETVVQEVPEETCNLEPQRSCKHVTKLVPLLKPAEECVDIPKEVCSRSRKNPRKVQKPVVKKWCYVPSEQ 485

The following BLAST results are available for this feature:

BLAST of EMLSAG00000006363 vs. GO
BLAST of EMLSAG00000006363 vs. C. finmarchicus
BLAST of EMLSAG00000006363 vs. L. salmonis peptides
BLAST of EMLSAG00000006363 vs. SwissProt
BLAST of EMLSAG00000006363 vs. Select Arthropod Genomes
BLAST of EMLSAG00000006363 vs. nr
BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000006363 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 4


Match Name	E-value	Identity	Description
-	2.291e-14	37.44	symbol:AT1G59660 "AT1G59660" species:3702 "Arabido...	[more]
-	3.839e-9	36.28	symbol:AT1G10390 "AT1G10390" species:3702 "Arabido...	[more]
-	8.165e-8	32.36	symbol:DDB_G0289701 "ezrin/radixin/moesin C-termin...	[more]
-	8.993e-7	40.22	symbol:glh-4 "ATP-dependent RNA helicase glh-4" sp...	[more]

BLAST of EMLSAG00000006363 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592779115\|gb\|GAXK01175453.1\|	1.114e-84	53.79	TSA: Calanus finmarchicus comp2670_c3_seq9 transcr...	[more]
gi\|592779113\|gb\|GAXK01175455.1\|	8.766e-84	56.75	TSA: Calanus finmarchicus comp2670_c3_seq11 transc...	[more]
gi\|592913867\|gb\|GAXK01044508.1\|	4.028e-83	60.48	TSA: Calanus finmarchicus comp243337_c1_seq4 trans...	[more]
gi\|592913868\|gb\|GAXK01044507.1\|	4.546e-83	60.48	TSA: Calanus finmarchicus comp243337_c1_seq3 trans...	[more]
gi\|592779103\|gb\|GAXK01175465.1\|	5.840e-83	57.37	TSA: Calanus finmarchicus comp2670_c3_seq21 transc...	[more]
gi\|592779108\|gb\|GAXK01175460.1\|	2.139e-82	53.48	TSA: Calanus finmarchicus comp2670_c3_seq16 transc...	[more]
gi\|592779117\|gb\|GAXK01175451.1\|	5.538e-82	56.03	TSA: Calanus finmarchicus comp2670_c3_seq7 transcr...	[more]
gi\|592779119\|gb\|GAXK01175449.1\|	1.042e-81	56.03	TSA: Calanus finmarchicus comp2670_c3_seq5 transcr...	[more]
gi\|592913870\|gb\|GAXK01044505.1\|	1.677e-80	60.00	TSA: Calanus finmarchicus comp243337_c1_seq1 trans...	[more]
gi\|592913869\|gb\|GAXK01044506.1\|	1.920e-80	60.00	TSA: Calanus finmarchicus comp243337_c1_seq2 trans...	[more]

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BLAST of EMLSAG00000006363 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25


Match Name	E-value	Identity	Description
EMLSAP00000012694	6.922e-27	34.96	pep:novel supercontig:LSalAtl2s:LSalAtl2s963:36350...	[more]
EMLSAP00000002715	1.162e-26	28.35	pep:novel supercontig:LSalAtl2s:LSalAtl2s156:38122...	[more]
EMLSAP00000011988	1.059e-23	34.23	pep:novel supercontig:LSalAtl2s:LSalAtl2s853:28474...	[more]
EMLSAP00000008645	2.019e-20	27.63	pep:novel supercontig:LSalAtl2s:LSalAtl2s534:20104...	[more]
EMLSAP00000012593	1.932e-19	27.59	pep:novel supercontig:LSalAtl2s:LSalAtl2s943:1629:...	[more]

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BLAST of EMLSAG00000006363 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 3


Match Name	E-value	Identity	Description
gi\|728048448\|sp\|F4ID16.1\|NU98B_ARATH	1.793e-14	37.44	RecName: Full=Nuclear pore complex protein NUP98B;...	[more]
gi\|75158956\|sp\|Q8RY25.1\|NU98A_ARATH	3.011e-9	36.28	RecName: Full=Nuclear pore complex protein NUP98A;...	[more]
gi\|51338745\|sp\|O76743.2\|GLH4_CAEEL	7.053e-7	40.22	RecName: Full=ATP-dependent RNA helicase glh-4; Al...	[more]

BLAST of EMLSAG00000006363 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of EMLSAG00000006363 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 5


Match Name	E-value	Identity	Description
gi\|155966261\|gb\|ABU41084.1\|	4.728e-32	36.99	hypothetical protein [Lepeophtheirus salmonis]	[more]
gi\|155966163\|gb\|ABU41036.1\|	4.061e-31	35.43	hypothetical protein [Lepeophtheirus salmonis]	[more]
gi\|15218866\|ref\|NP_176175.1\|	4.253e-12	37.44	Nucleoporin autopeptidase [Arabidopsis thaliana] >...	[more]
gi\|1063695326\|ref\|NP_001320545.1\|	4.313e-12	37.44	Nucleoporin autopeptidase [Arabidopsis thaliana] >...	[more]
gi\|260946537\|ref\|XP_002617566.1\|	3.409e-7	49.61	hypothetical protein CLUG_03010 [Clavispora lusita...	[more]

BLAST of EMLSAG00000006363 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25


Match Name	E-value	Identity	Description
maker-scaffold2574_size14355-snap-gene-0.2	1.615e-104	53.96	protein:Tk08805 transcript:maker-scaffold2574_size...	[more]
maker-scaffold228_size248166-snap-gene-0.9	6.096e-104	54.15	protein:Tk04317 transcript:maker-scaffold228_size2...	[more]
maker-scaffold546_size140615-snap-gene-0.34	6.183e-103	60.57	protein:Tk00847 transcript:maker-scaffold546_size1...	[more]
maker-scaffold546_size140615-snap-gene-0.28	2.096e-102	49.11	protein:Tk00842 transcript:maker-scaffold546_size1...	[more]
snap_masked-scaffold546_size140615-processed-gene-0.15	4.990e-101	62.33	protein:Tk00848 transcript:snap_masked-scaffold546...	[more]
maker-scaffold546_size140615-snap-gene-0.29	1.274e-70	38.19	protein:Tk00843 transcript:maker-scaffold546_size1...	[more]
snap_masked-scaffold804_size94796-processed-gene-0.10	2.039e-38	34.14	protein:Tk06341 transcript:snap_masked-scaffold804...	[more]
snap_masked-scaffold961_size76351-processed-gene-0.8	7.185e-34	38.60	protein:Tk11636 transcript:snap_masked-scaffold961...	[more]
maker-scaffold90_size386344-snap-gene-1.24	3.697e-32	34.90	protein:Tk12048 transcript:maker-scaffold90_size38...	[more]
maker-scaffold961_size76351-snap-gene-0.22	2.740e-29	34.60	protein:Tk11635 transcript:maker-scaffold961_size7...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s348	supercontig	LSalAtl2s348:125017..171411 +

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
ensembl	2013-09-26 .965016
Blast vs. GO	2014-04-02
TblastN vs C. finmarchicus TSA	2014-05-09
Blastp vs. self	2014-05-10
Blastp vs. SwissProt	2017-02-10
Blastp vs. Selected Arthropods	2017-02-20
Blastp vs. NR (2/2017)	2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins	2018-04-18

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s348-snap-gene-1.8
Biotype	protein_coding
Evidence	IEA
Note	Nuclear pore complex protein NUP98B

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000006363 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000006363	EMLSAT00000006363-702210	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s348:125017..171411+

gene from alignment at LSalAtl2s348:125017..171411+

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAG00000006363-689129 ID=EMLSAG00000006363-689129|Name=EMLSAG00000006363|organism=Lepeophtheirus salmonis|type=gene|length=46395bp|location=Sequence derived from alignment at LSalAtl2s348:125017..171411+ (Lepeophtheirus salmonis)
CTTGAATCTATAAATGTGTAGTCTAAGTCTCAAATCAACATTCGAATCGT
AGACTTGAATATTAAGTTGAGTGATAAACTAATATAAATTCATCATCTAC
ATATTTATATGAAAGTACAAAAATAGATTGATTTCAAATAGCAGTGAATT
TGAAAATCTCTGAAAAGTGTCTCTGAAAATATGAGTTATTGTAAGGTTCG
TAGAAAAAAGATTTTTTTGTTAATTTGTCTTTGTAACTTTTGAAAAATTC
AATTTTATTTAATAAATTTTCAATGGTAGAATAAAAACTTGTTTTTAGAT
TTGTCCTCATTTCTCCTCACTTTATACTTGTATTTACAAATAAAAGGTTA
TGTGGAGTAATAATTTTGAAGTCACACCCGATTCAAGGACGTTTACTCCT
TAAGTGCCCCTCATATATACATATATGCCATTGTAAAACTGGATTTATAC
TTTTGTACAAACATGTGTAATAAACTGCATTTTGACCATCAATTATTATT
TTTTCCCTTTATAGTCCCTTTTGTTGGCCATATTTGGCATTTCTCTGGTA
CAATCTGATATTCGTTTACCTTCCTATGGCTCTGATGGTAACATTAAACC
TGGAGGAGTTGACTTTTCGGATTGTAAACCTCAGCCTGATGGAATGTGCT
GTGTATATCAAACCAGTCAAATTCAATCAATCTCTAAGGATCCCATTCTA
GAATGTAATCACAAACAAGTGGAAAAATGCCATTATACCTACGTCACTCA
ATTTGAGTCTTCTCAAGAGGAAATCTGCGACGAGAACTTTGAGAAGAAGT
GTCAAATTACCTTCAAGCAAGTAGCTGTCAAAGAAAAAATCAAAAAGTGT
TACAAGCCCATGATTAAGAAATGTGGGAAAGAAGCAGCCCTTGAATACAA
CAGAAATGTAAGTCCTCAATCAGAGTTTTCTTTAGGTTTGCTATATAAAT
TTATTTATTTGTTTGTAAGGTGGAAACAAAGTGTGAGACTGTCTATGAAA
CCTCTTGTACCACTCGTTATGTACAAAAACGCTCAGGAAAATTTGTTGGA
GATACTAATTGCGAAAAAATTCCTATTGAACTTTGTGGAAAGGGATGCAC
TATTACTGAAGGACCTGAAGAATGTCATGACAAGGTTCTCGACTCACTTG
TGGATGTTCCAGAAGAGGMAAGAACAAAACTTATGAAATATGATTGATAT
TTGGACTGAAATACTCTTTACTTTTGTAGGCCTGTGATTTGAACCCTCAA
AAAACATGCAGATTTGCAACAAAATTAGTTCCCAAATTGAAACCCAAACA
TGAATGTACAACAATTCCCAAAGAAGTGTGTGCACTTAAATTCTCTCAAC
CAAAGCAAGTTCCTAAGCCTCTTACAACTAAATGGTGCATTGATCCCAAT
GGACAGACTATTAAGGACACTGGATCTTATGCTGAGTCCGAAGGAGCTCC
ATTAATTACTGATTTTAATGCAGTAGGAGGTTTTGGACAAAGTCCCTCTG
GATTTGGAGGTAATTCCGGTAGCAGAGGGTCAGGTTCATCAGGAATCAGA
GGTGGTTCCAGTAGTTCTGGAAGTGGATTTGGAGGATCTGGCTCATCAGG
ATTAGGTGGCTCAGATTCTTTAGAATTTGGAGGTAGTTCCAACAGTTTTG
GAAGTGGATTTGGAGGATCTAGTTCATCAGAATTTGGAGGATCCAGTTCA
TCAGGATTTGGAGGGTCTAGCTCATCTGGATTCGGAGGTTCTGGTTCATC
AGGTTTTGGAGGATCTGAATCATCAGGATTTGGAGGCTCTAGCTCATCAG
GATTTGGAGGATTAGGTTCATCAGGATTTGGAGGTTCAGGTTCATCAGGA
TTTGGAGGATCAGGTTCATCAGGATTTGGGAGTAGTTCCGGAGGAATTGG
AGGTAGCTCTTCAAGTGGATTTGGAGGATCATCAGGCAGCTCAGGTGGTT
TTGGAAGCAGCTCTTCAAACGGATTTGGAGGATCAAAAGCCAGCTCAGGG
AGTTTTGGAAGCAGCTCAGGAAACAAGTTTGTAGGAGCAGGCTCAACAGC
TTTTGGAGGTGGTAATACAGCTACATTTGGAGGTTCCTCAAGTGGATCTA
GACAGCAGATAGGAGGTGGAAGCTTTGAAGGAGCAGCATCTGCGTCAAAC
CAATATTCTTCCCAGTCATCTTTCGCTACAGGTCCCAGTGTCTCCTCTTT
CGGTTCTTCTTCACTATCTGGATCTCAGTCGGGAGGAGTGAATGGTGCCA
CTTCTCTTGATTCCTATGGAATTAGTCAATTCCCAGTCTCATCTTCATCA
GATTTTGCATCCGAATCCTTTGACGCACTTCCGTCAGCCTCATCTTCTCA
ATCCTCTTTCTCTAATGAAATTCCAAATGTAGCCCCATCCAGTAGTTTTT
TTAACTCTGGGCCCCTTCCATTTTCTACAGGKCCACAAGGATCCGGAAAT
TCATTTGAAGGAGCGGCTTRTMTAGCCTCTGCACCCGTTTCAGAAACTTA
TMCAGTAGGCCTACAAGAAAACAGCGTAGGAGAAGAGGCTCAAGCTCCTG
CTACTGGCTATGGMATCGGAGCTCAAGCTCCTTCTACTGGTTATGCCATC
GGTGGMCAACCTCAATCCTCATATTCCTCCATTTTTCAATGAATTGATCA
AAGTTAAATTTAATTGATATCCTACATTTGTTATTTATTGCTAAATATTT
ATTACCAAGTCTATTGAATACCCTGCTTTTCTGTTCATGAAGAAATGTCT
TATTATTCACTCAATTATTGCATGTTATTGTTGTTCAAAAAATCCTAAAT
ATTCGAAATATAAAGTATTTTGACTACATTTGAACGGTTCACAATTGATT
TATTCATTGTTTTTAATCAATCTACGTTTATAAATGCATATTTTATGTAT
GTTATATGATCAAGTTCATTAGTTGGTTTGTAAAATACTTCCGTAAAATT
TTTTTGCAAATATCATGTCTGCGGTTACAATAGTTATTGCCATAAAAAAT
TTACATAAGTCACTAAGCGATTATTATTTAAATAGTCTGAGTTATGTTTA
AATAACGTTTACAATCATGATATATTTATATTGAACAAAAAAAAACTTTT
CCCTGATAAACCTCTTACATATCCAGATATTTCTTATCAATGAAGGACGA
TTGTGTAAAACTAGTTGTGAATAGATTGAAGGACTTTTCGGAAAATAAAA
AAAATGAAATACACCTCAGGACACTTTTTTCCCCTTAAAATAATCTCTTT
TTTTGCAGTTGGCCTTAATCACTCAAAGAATTATTATTAATTTCAATAAC
ATAATATATAAAATTAATCAGAAAAATACATTTTTGATGTTATATCAATT
ATAACAAATAGTATTTAATGGACCTTAAATGTTTCGCTTAAAAATGATTT
TTTTGATATTTTATGGTGTTTTGTTTATTTACATACAACGACTTTTACAT
TACAGAATAGATTGAGCTGAATATTGACATGTTAACTTTTTGGGACACTC
CACGTAACATAGTTTTTTTTTTTATCTTAAGTACATGGTGACCTTTGGGA
CGTCTACAAATTACCATTAATTTCACTTTATACTGTACTCTTATAATTTT
TGTCAAAATATTTTTCTATCGAAAAATCTGGACAACACACTATTACATTC
TTACCTGAAAATTGTGATGATTAGCTTTACAAATGAAGTATATAGTTCTT
GATAAGTAATAACTAATATAATTTATTTAGAAATTTTTGGAAGGGATTCA
CCCCAAAACATGGCGTGATATATCATAAAATAAATGCTATAGTTATATAC
GGGCTAATAAGTATACCATCCAAGCATCAGGGAGTTTTATATATCTAATA
TTTTGTTCTTAAAATATATCTTCAAAAATACTTGAAGAATCATATNAATT
TTATAAAAAATTAATTTAAAAACGCCGGCTAGCGGGAGAAAAAGTAGCCT
ATGTTCAACGAATTATCAAAGGGGATTCACATACCAAATAACTTANNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTAATTAATCCATTT
GACAAGAAAATTCAATGGGTATAGCTAATTTGTCGTATTTGGACTATAAC
TCCAAAATATTATTGCTCGTATTAACCAAATTCAAAAATTATTTATATTC
TGTAATCAATAGACCATATCTATTTCTTTTTATTCGATGTTAAAAATAGT
ACGATTAACTCCACTATGAAGTAATACCAGAGATTTAGTCACATTATACG
TACTATTTAGGTACATATAGTACAATCCGGAAGAACTATAATGTATTGTG
TTCTACAATGAATATATAAGGTATTATTATTGAATTCTTTCCAATAAAAC
TTTGTGTTCATATAAAATATTAGTTTCAAATTAGCGTACAGAGTGGTTTA
AAATTTAAGTAATATTAAATTTGTGGTAATTCATTTAACAGTTTTTTGTA
ACAATATTCTTTCCCCAGTTAAAATTTTTTACAATAAGTATTGATAATAA
AAATTATGACATTGAGASCCCCAGCCACACTAAAACTTAAGTCCAATTTT
GATGAAAAGAAAATTTTGGGCACTTTTGGCCCTCTCTTTTAACCTAATCT
TAAACCCTTGTAAAGTAGTATATAATTAAAGAAGAGCAGCCTTTTACAGT
TTCCAGATTAAGCAAAAACTGTTAGATGACAGTCATGGAGGCTACAAGGA
CAAGAGTTCCAGACAACGTTATGTACATCTGTGATAAGTTGTCTGAGCCA
AGTTTTTCATAACCATAGCAGGCACATTAAATTATGCAGAAAGTATGCAT
ACGTTTTCAACTGGGCTGGTGTCAAATATTTTCATATCTGACATAATAAA
ATAAAAAATTATATTTGATATTTTAAATATATCAACATATTCATGCCCTC
AAAATACAATAATTTGAAAAAATCAAAACCAAATATAAAATTTAGTTCTT
TTGAGCCACAAGACATTTATTAATCTATGAATCTAACCAGTCATTTTAGA
GCTGTAATAATTTAAGAACATCTTGTTCATAAACTTTGTTTCAGGCCCTG
TTAGTTAATATTTTACGTCATTATGTACCACAATCTTGACAAGCCTTGGT
AATAAATATATATTAACTTATATTTTTTTAACTAAGTTATTGACAAGGGA
GGCAAACTTTGTATCGTACTTTTGTAAAAAATTACATAAGTCATAACACA
TATAAACATTCTCTTATCTAGATCTAAGTAATCTGTCTATAAAGCATTCC
CTGCCTACAAAAATTAAAGAACAATTTATTTTCTATTCGCTTCATTTTCT
GATTGCAATTTATAAAAATATTGGAAGAAATATCGAAATTTCTAAGATCT
TTTTATATTACCGATACGATATAGATATTGAATATTTTGCCCGATATACT
GGTTTTCCGATTTCGATCTGATATATCAGCCCACATCTAATTCCAGCATA
GAATATAATATTTAAGTTTTTATTTTTTTACGGGTCTTTAATTCTGAAAC
ATACTGTACTTAGACCGGTTTGATTTTCAACTTATTTTGAATTTCGATTA
CGGATAGGACGGAGAAGTTACTTAGGGGTATCATAATATTGTTTACAAAA
TTTCATTGCTCTACGATTTCATCTTCGGGTAGCACATTTTGTTCAAAGTT
TTTAAAAAAACATGATAGTTTTTACTTATTTCCGGCGTATTTTTAATAAA
CACATATATCAGATTTTTTAAAATACAAATGTTAGATGTTAGTACAGTCT
ACATATAGTATTCACTAACCTTTTACATAAAATGATAGTTTATCCTACAA
AAAGGAAAAATCCTTACCAATTTTTTGATGACTTGCGTATAAGGACCACC
TGTTTTAATGCATTTAAATAACTTTGTAATATATCCCCAAGGGTTGGAAG
AATATTTGATGGAAAATCTTCCGGCTGACCTTTAAGTGGAAAATAAGTTT
TGCTGCTTGAAAGGCAATTCTTTTACTCTGACATTGTAACCATTGACACT
TTTAAAATTAACTAAAGCTCAGTTTAGAATTGAGAAGGAACGTTTATATC
GCCGTTTCTTTGTGAGATCAACCAAACCCAAAAAGGAAAAAAAGAAAAAC
TGTGTATATTTGTTATATACGTAATGAGGATGTAAATCAATTTTTCAACT
TCATAATCAGTTAGTCGTGCTTTTAGATTAAATTCTTAGGTTATTGAAGA
TAGACATTGGTATGAATTTTCCCCTGCTGCAGGATAAACTATCATTTTAC
GAAAAAATTTAGTAAATACTATATGCAGAATGTACTAACATCTAACAATT
GTTTAGTAAAAAATTCAAATACATGAGTGTGTCAAAAAAAAAACTAATAA
TAACCAAAATAAGGGAAAATTATCTTTTTTTCAAAAACTTTGTACAAAAT
ATGACAACTGAAGATGAAATCGTAGAGCGATGAAATTTTGTGAACCTTAT
TTTCATACCCCAAGGCAACTTTTTCGCTCTAAATGTAATCAAAATTCGAA
AAAAGTTGAAAATCTAACTAGTTTAGATAGTATGTATGTACTTTGTACAT
ACATACAGGTATCTCAAAGTCTTAATTATTGATAAATGGAAGTAATTGTA
ACATTTCTTGGAAGTAATTAAATACTACCTATAAAATTAAGTTGTTTACC
CTTATAACGCCGACATGTCACGTTATACATCAAAAATCCTTTTTTTTCAG
TTTCAAAACTTTTACTTAAAAAGTTTATAAATGAAATTATAAATATATAT
GATCAATTGGTCATTTAAGAGGATCAAAATCCATTTTTTTTATTTATGAA
CTTTAATTGTGGTAGACTTATTACCTCATCGAAAAGATTAGTAATAACAG
TCGGTCATTTACATTTAAAAAAAACATATTAATCAATTTTTAATTGATTG
ACCCAATAGAGTTGCACCAGTTAAGTTTAAGTAAAGTTTTAAGTGTTTAA
TTTACTCTATCTGGTATAGAAAATGCATTTGAAGTCAATATACATAATGT
ATATTTCCTTCTCTGTTAGCGACTGTGAATCAAAACTATGATTGTACAAA
AGTTCACCACCAACTTTTTACCTCTAAAAAGGTCCACTTCCCTAATTTCA
TCTCATGACAAGTTCATCTGGATGTAACTTATTCGTTATGAAAGCTCACC
AAAAGACTAGTTCATTCTGACGAAAAAATACATATGTAATATTTGGAATG
TATCTCAATGAAAAAAATAAGATAGAAATATTAACTATTTTATTTTACTT
TTTAATACAACGATTTTATTATTCTATAAAATACTCATTATCCTAGTAAA
GAAGTTCCCAAATTAAATATGACCTTATGTTACCAGAACAATTTATTTAA
GCCTTAACCACCGATTGAAATGAATTTGTTACATGACTTTGACATATCTT
TGAACTGAATATTGATATATTACTAATTTATTTATCACTCCTTGTGATTA
TTGTCTCAAATCATCTAGATTTTTATTTAGAAATATATTTTGAGCTCGTA
AAAGTAAATTATTCAATGCTTTTATTTTACAAACTTTAATAATGATATTA
TATTATAAATTTTTTTTCCTCGTAATTAACTTAGCTACTGATGTATTTAA
AAAGGACCTAGGATGCATTTTTATATGAACCAGCAGATATAGTGCCAAAA
AAAACAAACAACGAATTATTAAAAATAATAATGAAAATTGTCTTTTGATA
ATAAAAGTAATAAAATTTTTGAAATATGTTTATCTGCCATTATCCTATCA
AAGAGACCAATTGAAGAATGAAAACACAAAATAGCCTATTTTATACAAGC
ATTGTATATTCTAGTGGGGGAAGTTAAGTGTCGTTAAAAAAATGTAATGC
ATCAAACATATTGATAAAACACATCCATAATTTTTACTATATCAAAATAA
TTGAAATCAAAATAAATACTAGCAAACAAGAGTGCAAGTTAAAAATTATA
AAACTTATGAGGATTGACTTTAATAGCTTCTTATGTTAGAGTAATACCGA
TGGATAGAATTTCATTTCTTTTGACGCCACGATTCAAGACGTGTCATCAG
CATTGATAATTCTAAAGGAAAAGGTGTTATATGTAGCAGCGGATGCCATA
AAAATTACTCTATGTTCGTAAGGGGGCTCATAGGATGTAAGCATTCCAGC
AATTAGGACCTTAGAGTTTAATAAAGCAAAATCAATGCCTTTATACTTCG
GTGGAGACTGCTTCTTTCATTGAGATGTTCCAAAGTAAGAAGTACTCAGT
CCGTTTTGCTTTACATGCGATTTAATTATAAATATTTAGAAAAAATTAAT
TACATTTATTTTGTATATAAGGTTTATATAGGAACTACTAATATTTTGTA
AGCTTTGTTTACTAAAATCTGTAGATATTGGCCCCATCATCTATAATCAT
TTACTTTTTGATATACAAAACAAAGATCCAAATTAATTAATATATATACA
TACATAGATTGAGTATTAGTTAAAATATTGTTCCATACAAAAAAAATTAT
AATTGTTACAGCAACCGATAGAGATGTACAAGGTGTAGTACGAAGGCGTG
CGTGCCTTCAATGGTGTAAATATAAATCTATAAGTGTGGATAAAAATTAT
TTCTCTACTGAAAAATTATATTTTTAAATTTGTGATCTTCTTAGTGTTTC
TTTGGGTGTTCAATGAAGGTTTTGGTGTGGAATTAGGTTCCTTTATTGTC
ATTTTTCAGTATCCCGAACTCTTCATATAATATTCATCGATTTGGTAGTG
GGGGGGGGGGAGTTTCTCCCCCATCTTTAATCTTACAAGTAATCTTATGC
TAAGTACGCTCTTACTATTTTTTTTCTCTGATCTAAGCAAAGAAAAATGT
CGTATGCTAAAGTTCTCTCCAGAAGGGACAAAAACATTAAAGAAACTGTT
CAAAGGATAAATTTGAAGACAACGTTCAAATGGGAAAAGTTTGTTACTAC
TTTAACAGAATCACATACAAATTGTGTATTCAATATTGTTAATATGAAAC
AACTCATGGTTTCAAATGCTTTTTGGCTTTACAGATAATGAAATTGCTTG
GGCTCAAGCTCGATATGGGGTTGGTTATGCATCTTTCTATACACATGAAC
CTATAGATGTGCACTCTCGGCTAGAGCTATTAAAGAAATCATACAAAGTG
AACATAGAAGGGTCCAATGGTATAATAATATCTGTATATATGAAAATAAA
GGATATTCCGAACTTTTAGATGGAAATAGAAAAAAGAAGTACCATTACCG
ATGTCAAGCCCTTCAAAAGAGATGGCGAAAGTAAATTGGGCGAATGGATT
TCAAAGTTTTATGAGGTCGTAGATTCTTATTCCGGTCCTAACCCTGAGGA
TCCTGTTGCACAAAGATAATTTAAAAACTGCAAGTCGGTTTGGAGAACAT
CAAATTTCAAATATGAAGTGACATGAGCCCCTTCAAATATCCCTCAAACT
AATGGCATTGGTGAATGTCTAGTTAACTTAGGGCTTGTTCGCAACCAATG
CCAAAAATACTTCCGCACTCTTGCATGATTATAACGGAAAATGGTTACAA
CTTTTAGAATACAGATCGGTGCTTTTGCATAATCTCAAAAATTATTAAAA
TAACTCCTCTATTTCCAAGCCTCGAGCTACAAAATATATCTCGTCTATTA
TCTCTTTCTTCAAATTCATTGATGCTTAGGAAGCAMCATGAAATTTTTCT
CATACATTCTTTTCTATTGACAAACAAATGAGACTGTGAGACAAGGATCG
ATTTGGTTCTTTTCAAGGGATTTAGTAAAGATGCATTCTAGCTATACAAA
GTAATAGACACTAGGATATCAGAACACCGAGGCCTGATTGTATATCTGAA
ATCCATTTAAAAAATAAAAACATATAAATCATCCTGGAAACTCAACCCTA
CCTTAATTGACGATCCTAAGGTTAATAATAGGATCATTTAAATAATTGAA
ACTGCCAAATCTGAAGTAACAAATGGTGATGACATTTTTTCTTGTGTAAA
AAATACGCGTAAGTTAATCAGAAATGTTTGTTGTAGAGCTGGAGCAAAAA
AAAAGAAGCCAAAATTAGACAAAAAAGTCTTAATCAAATTAAGAATATCA
ATGATGATGAAATATCTCCTCAACAAAAACATTATAAAATAAATCAAATT
AATCGTGAAGCTGATCTTCTTCATCGTGTCAAACTTAAAATTGAGCATAT
AGATGATTTTTTTCACCTCCAAATTGCATTTTTTAAAACAAAAGATTAAA
AGAAACTGAAACAATGATTTGTCCTTAAAGACAGAATCTGGTGTGACATC
CAGTTATCTTGTATTTGTATGTAATGAAATTTTATGTTATTATTTGAACC
CCTACAGATGTATTGACTGTTAAAATTTTACTCTGTGTATCTCCAATTGC
ACTACTGTGAAATACAGAGAACATTTCTGGGAAAAATATTTAAATAACAT
TTTGATACGAGAAAGTAGACTTTTTTTAGATAACCCAGAGTATGGTTTCT
CAAAAATATTTCGAAAGATTTTCAGCTCAAATAACAAGTTCTTGTGCTGG
ATTTAGAAACATTATGGAGAAATATAAACTTTCATTGAAATGGGAGTCAT
AAGAACATACAAAAAAAATTTACAGCAAAATCCATCCATTGGTTCTGCCG
TGATTGAAGGACATTCACACCCATACAGACACACACACACACACATTCAC
ATATAATATATAGATATCGCTTTTAACTTTTTACTTGATATGTTTTGTTA
TGATTTCATGTGACTTCGTTGTTTTTGTTTTTAAAATTGTTAAATATTTA
TTAATTAAATAAAAATATATCCTTACAAAAGCCAATAAAAAATATAGTAA
CAACAACCGAAATAAAATAATGGAAGGATATAGCTCAATGTACAACGCAC
TCAAGAAAAGTTATTCTCTTGAACTCAATGTATGTAAATGCGTGCCCAGG
TCGTTTTTAGAAAACTACTTTAAGTGTTCAGGGTCAGATGGAGTAATTGC
TATCCTTATTGGATAKTTAAACTTAATCAATGCAACTTCACCCTACCAAT
TAAAGGAAAATTTAAAAAAATATGAACTGTCAATAGCTTATTCTCGTCAA
TTATTTGAAAAAAGTAAATCATCTGTGAGTCAAAATACCAATGCCACTCA
AAGTTTTCTGAGTTAATCCAATTCCATGCAATAAATTGAAGGTTATTTTA
TTATTTCATACTTACTTTTTAATCATATTTGCAACATGGCGTCATCTTTA
TGGATCAGACGTCATACTTATTTAAATGGTCACTTACAAATAATTATATA
CTACTATTATAATGTTACATTCTGATTTAGTTTCCTGAAGTTTTTTTTCC
CATTTGCTATAATTCTGTAAATTAGTTGCTTACTTTGCAAAGGAAAGAGG
CGTAGGCACATAGAATCAAGGACATGTTTTCTTGATTGACTAAATATGCC
ATAAAAGAAAATAAGTTGGTTGAGGGTCAACGCCCATACTATGATATAAT
TATTGGACNGAGTCCTTCAAATTGAAGGTATTTCAAAGCTCTGTAGCTCG
TACTTACATTACAGATATTATGATTTTTTTTTACTTTTTCTCATTTAAGG
TCAAAAATTAGGACAAAATTGAAAGATTGTTGAATGCCTGTGTAATGTTT
ACACAGTTAGGTTGTTACAGGTTAATTTAATCTAGAAAAACTTCATATGA
GGTTTAATTACAAAAAATTTCATTTTTCGTCTGTCAATTATGTATTTTAT
TGTTTGACTGACCATCAAGGCCAGAATTAAAACTGTGTGTTAATGATAAG
TTTATTTTATTATTTATCTGGTCACTTTCCTTTTTATTTTATTGTATAAT
AGGATACGGTTGAAACAATTAAAAGAACCAAAAATATACTGTTTTTTGAA
GCATAAATAACAATACTTTTCAAGATGTTGAATGATTAAATATTAATGTA
TTAAAGTAAATTAAGATAAGATTTATACTATAAATCAAATACGTTCACTG
TCAAAAAGCTTTTCAAGACCTTACTTTGGCTAAAAAACATGCTTGATGTG
AAGTGTAATGATATCAAATAATAAAAATTGTAAACAACTCGAGAAAATTG
CACCAAATGTCGTAATTGTCCCTTTTGTACTGAACGTAATAATTTCTCAA
ATTTCTTATTAAAAATAAAATTATAATAAGTGGTAAAAAATCGTATTATT
TGCTTTATTTCAATGCTTAATAAGAAGTGTTCCAATTATCCAATTTAATC
CAAATGTATCCCGTTCTGTTTGATAACTTGTTGCAAACGAGAATCCAACA
TCATAATCCCCTTTTGTAGAACCCTTATCCCTATTTTGACAACCAATTTT
CACAGGTCTCTATTGAGGTGAAGTGTGTTGTTCCAAGCGTGTTGGCCATG
GACTGGAACAGGTAGTCGTAACTTGATGCCAGGCCGTAACTGTATGTTGT
AAGCAGGAGAACTTCCCATCAAGCTTCCAGAGCTTATGACGAGTCATCAA
AAATGTTTATGGCCTGCTGTTGTCTTGACCAAAGACAATTCCTCTTCTAC
ATTGTGTTTCCTTTTTTATCCATCCGAACGGTTAAAAACAGTTTTATGAT
CGATGTTCAGCTCCTCTGTATTGCTACAACAACTAACATGACGGTTAGGA
TGTTCTTCTAATTGAATTAATCATATTTTCACTATGAACTAAAGTGAAAC
TAAATATGTCATTGTTCGTTACAAAAACATGACATGTTTTTCGATCAATA
AAAATTGCTTTGTTTATTATTTTTCACCCATCATTAATTAAGAATCAATA
TAAATTCGCTTGTATAGACATCTTAGTTACAAAGTTGATGAAGAGTTTTA
TTGTTTTCAAAAACAAAAGATGATCTCCATTTATTTCGATTATAAAAATA
TAAAGATTACTTTTACAAGTTACCAAATAATATAATCTCGTTCCATCCTT
CAAACACATACAGTAGTCATCAAGGGCCAAGGATATAAATAATATTTTCA
AATTAAATTAATGTAATACTTAGTAAATATCCATAATAGTATTAAAGTCA
AAATTTTAATGGAAAATTACTTTGCTCTATATCTACATTTATGAAGGGTG
AAATTGTTCATCCTTTCAAGTGTATGTATTGAAAATTGATAAACATATAT
GAAATTAGTAATACGGATTTCAAAAATTATATATTAGCTTTAAGACTCGG
TCCAAATACGCTACAGTTCGGTATAAAGATAAAGATGCTTCTAGATCGAT
TTGAATCAATTTTCGATCCAAACTGTGGACCTAAATATAATTATTTTCAA
AGTATAAACCAATTTTGTTGGTCTATTCTATAGAATGATTTTTTTAACCA
CAATCTATGTACCGATTTTTACCCCTATCCTAATTCCTGAGGTGTAAAAA
TATGATTTATGTGACACATTTAACTTTATATTACGTTATTGTGCCAATGT
TCACAATTTTGAAAAGTACTAACCAGTCCAGTTTAATTATCTAAAACTGA
TTTAGACTGAGTTTTACTTTTGTACTGATCGAAAAAGCAAATTCTATGGT
GCCTTCTAGCGCGGCGTTACCTTGTTAACACAAAAAAAAGCTATGTATTT
TGTTGTCAACTGTCGATTCTCTCTTCTTCCTCGATACGTTATTGCCATTT
CGTATTTTATTCTTTTTAATACACAAACGAAGTAATTATTCTATACTTAT
ACTCCATTTCCGAAAAAACAGAAATACAATTTCTTGTTAATCACTCCTCG
TTTATGTAATCCTAGCTAAGGATTACCCAAAATTGCTCGGGTTAAGGAGG
GAGAGGGAAATAATATTGAAAATGGTAAAATTAATTTAAAAAATTTAAAA
AAATGTTCAGAATATACTTCTATATACTACATAAAGTAAAAGTTATTGTA
TGTTCTAATTCTTTTGGATTCTTCAGACTATATCTATCCGGTTAAGTAAG
TTAATTTGCAACGTTTCATCATAGCACCTCCCCCCCCCCCCCCTAAAAAA
AAGACACTTATTATTGCCTTTGTATCCTTAGTATTATTATTGTGAATATA
AAAAAAAGGCAAATCAAAATTCGTGAAGTAAATTGCAAAAAAAAAATCCT
CTATTTTTAGGAAAAAAAAAAGTTAATAGCATTTATTGGAATTGTAAAAG
AAAGACAAAGCTACCAATATTTTTGTCATACTTGCCAAAACAAAAAAAAT
ATGAAGAATAATTTTGTCGAAAAAATAAAACTCGACAACTGGTTCATTTT
TTCAAGTATTGCAAAAATTATTTAACAAAATGTTTCAGAAATTGAAAATA
TTTCTTTGAACAGTTGGAATCTCAAATTTTAAGTCTAAAATGTAACGTTT
TGGGGCATTGTTTTTAAAAATATTGAAAATTGACGTTTGAGGAAAAAATG
GAGAAAAAAAAGAGAAGAAATGAAAAAAATTTAAAAATTATTCAGAAAAT
GACAGATATTTCAGTTAAAAATCAATTTTTATTTGGAAAATATATATGAA
GAAATAGCAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNTTTATAATAAATACTCATAATTACTCTTTTAATAAAATATTAATA
AGTATTATTATAAAACAGAATCGAATAAAATACTATGTCTGTTTTCATAA
TATATAATTTATTTTAAAGAAGGTGAAGTAATAATTAGACAGTGATAGTG
TGGGAATATACAAGAAATAAATAGCAAATGGTATAATTTTTTTATTTTGC
TAACTACTATTTGATTTCAAACCTTTTTTCTGATTCTTTTTGTAGGAAAG
GTTGCGTGATACAATAAAGTTGGCGACGTGCAAAATGGTATTGTTTTGAC
TGATATTTTTATAATTCTATCAATTGAATTAGAAGAGTAAACTTAAGGTT
TTCAAAATAATAATTTTAAATTATCCTTAAATTAGGACTAATTAAATGTT
TTTTTATTATTTTAAAAATGTATGATGATTGATTTATGATGACCTTACTG
ACATACTCGTATATATGATGATGTCATTTGACTAAATTGCTTTAAATATA
AGACGGTATTTCCGTCTGATTAGGATACAACGTAAAAATTTTATAACTAC
TAAATCTGTATTCCTAGATTTTACCTAAATTGTAAGAATAAAAGGGCTTA
GCCAATTTTCAACCAGTAATTTTGCAAGATATATGGATAAACCTGCTCAT
ATTCGATTGTAAGGGTGTATAGTCGCAATCGAAATACTCTTCAGTAGTAA
AAATAGATGGAGTCATCGATTCAATTTCATTAGAAAACATAATTTTCTAA
ATAAATACATGATTCAAAATTTATTATGAAAAAATGTTTATTTGAAACTA
TCGACAAATAGAAGTCGGTGACAAAGACAAAAATTGAACCACTGATTAAA
CATTTAGGACTATAAGTTTATCTACATTATTTTGAAGCCTCACTGATTGG
GTTTAAGTTAAATATTGAAATATATACGAATCAGAATTTTGATTGATTTA
ATTTAGTTATTATTAATATCATCAAAATCCGTAGAACGCACATATTACCT
ACAAACATTGAAAAATATTTGACAGTATCTCGTAGTTTCTAGGACTCTAG
CAGGGTTACCAGTTTCGTTTTTTTAATCAATTTGGTCTTGTCAAACGAAA
TTTGGCCTTTATTTATATACAATCTCGTTTTTTTTCCAAATTGCCTGTGA
CATATATATATGAGATAAAGTTTGATACGGATTACACAATAATCTTGAAA
ATAATTATTTATTTTTTATATTATTAATTATTAAAATTTTATGCCATTTT
ATATATCAATATCAAGTCTGTTTAAAAGGAAAATTATTTTATATAAAGTA
AGTTATGCATTGTCAGACACATGAAAGAGTTGTTTCCATTCATCTTGCGA
TATGTTTGATATTTTTTAAATGAGTGGGTTGACAAATATGTTAGTAAAAA
TACTATATTAATATTTTCATTTAAACGTCGAATAATGACGTTTTTAATGA
TTTAAAGACTGGATCAAAAATGCCCAAAATTAATAAATTCGGACAAGTTT
CAAATTATTATTTTTAATTTCGAATCATGGACCATAAAATAGCCGAAATA
TAAGAGAAAAATATACAGACGAGTGTAAATGCTGCATTGAATATTTATCT
CTTGATTGGATAAAATTCAAAATACAATGTACATATTCTTGTACCAAAGG
GAACCTGATTATTGAACAATCCTTGAAATGAATAATCTCAGATTATTTAA
AAAAACTAAGATAGGGAGGAACATACAAAGGGTATGTAAAATAGAAAAAT
AAATTTGAAAGAGAAACCTCCCTCACCTTTTAGTCGTATTAATATAATTT
ATAAAGGGTCATATTGTAGTTTCCAACTCTGTCTCAGGGAGGAATATAAT
GGACCCAGTTCAGTAATATGATACCAACTACTCCATGGAAKCCTCCAATA
TCCAGTTCACTGTTAAATCTTTACTCGGATTTTAAATCTATCCAAGTATT
GTATGGAATCTCTCCGAGTCTGAGTCGCTTCACTTTAACTCATGGAACAT
TAGAAAATTATCAACTTTTGAAATATATGCTATAAATTTCTGGTCTTGCT
TGCTCCAATTGTTAACTCCAAAATGTTGAATCTTCTTTTCCAATAAGATT
ATAGAGTTTTGTCAAAATTTATGTTATCCTAATAATATGTTGGATCAATT
ATTAAGAACTTTAACAATCAAGAGTTACAATTTTTTCCCCGATAAATTGT
GTTAAGGTTCTATCTTATAACATTCTTTGGTTTTTATCAATAATTTTTAT
TAATTAATACTGCACTGTCTCCTTTATACATCTTTGCATTACCGTTCAAC
AAAATCCAAGTTACTCTCTTTGTTGAAAAAGGCTTCATTCACTAACTTGG
AAGATTCATGGTTAAATTTGGTTCGACTTATAAATACGCAGGTAAGTAAA
GGGACATTCGTGGAATAAATGACTTGCACTTCGATAACTCATAATGTTTT
TAAGAATACATAATACTTGGCTCCTACAGAATTTAGTAACAGTTTATAAT
TGTCAACTCTGTTATTGCTAAATAAAATTTCTTATTGATTTGATAATTTC
ATATTTCATTTCTAATTCTATAGTTTATAGTTATATTAATCAATTAATTC
ATTATTATTATATACAATTCATAAATAATCTAATTTGAGTTCTTATTTCA
TTAATTTTTTCGAATATATCAACTTGATTGAGTAATAAACCATTTGGGAG
GTGGAGCATGATACTGGCTAAATAATTTTCTGCCGTCTTCTTATATACAT
ATATATATATATGTATATGTATTTCCCTCAATCAAAAGTATTCATCCAAA
TGACTTCAAGATTCAACACCGCAGAATGACAGTAATTAGTTCAAGAGGAA
TTGTTGCCTTATTCCAGTTAGACTTAATGTTATTAATATTAGCATATGTG
TGTGTGGGGGGGGGGGGAGAGGGGGGTCCAAAAWAAAATGTTTTAAKACA
AAATTTTGATAAATTTCCCAGGTGATGAGTTGAAGTAAAGCAACTCACAC
TCTGAAAGACTATACATGATACTTGGCTAAGGGAATAATTCAGAGAAAGA
TTTAACTGTAAAATTTTGCAGGTATCTACTGAATAAATGACATTATCTTA
CCGAATTGATTCTTTATACTCCTTCCTGAGACGGAATTGAATGCACGAAT
ATAAATATTATACCTTTTATTAATTATTAATATGATTGAGGGTGATGCAT
GAGGGATTTTTTTCTTTCTATTTTATGTACTGTGCGTTTGTTTTTCCCTC
TCTTTTTCCTTATATACAGCTATTTAAATTATTTTCCCTTTAGTATCTAG
CTACTAGTTAGCATTTTGACTGCAATTATTACCCAAAAAATATGAAAGAA
ATGCTACAAATAAATAGAAACTTATCTCAAAACTCCTATTGAACTCGAGC
ATGGCAATGTTGTTCAAATATAACCAAATAGAGACATAATTAAAACCACG
AACTGTAAAATTTTGTTTGAATTTATTTGAAGTTCTAAAGGATTATTTAG
AAATGTGTGAATATTACATAAAGATCTCTTTTTATATCTTAGGTTTAAGT
AATAAATAGTTGTTCCGACGTAACTGTTACGTTTACGACAATTTGAAAGT
CGGTGGATGTTTACTTTACCCTATATGAATTTTTTATCTTTAAAGATTAC
TTATGTAAACATGGTTTCAAAATCCTTGGTGATACTTTTATCTTGGAAAA
AAAATCATATTTTTTTTTCAGTTTGAAAATATAAAAATTTATAAACTAAA
AATATCATGACCAAACATAAAAACTAATTAATTATATTGTGATCATTCAT
TATAATTGAAAGTAATTATTAAACTACAATTATTTACTATCTATTATTTA
ACTATCTATTTAATATAAAATTACAGGACATATACGGGCTCAAACTTTTT
GAAATATGTGTCCATTTTGTGGACAAAGGAGTCAACAAATACATGAATTA
TATATACTAAAATATAATATGTAGTAAATTACATTTATTTACACTATGTA
CATAAGAATGTAACATGTTATAATGATCTATTATTAATTTTTTTAGGTTT
TAGTATAGTGAGTTTTCACCTTACACTAATATGTATAGATGTAGTAGCCC
TTACTACAGTGGAGGTCTTTTGTACTAAGATTTAGAATAGAAACTTSTTA
TGTGACGTCACTGGAGACACTCTAAACAATAAACGTAAACAAGGAGAGAT
ACATTTTTGATAGAGAGTAATGTTTACAATCCTTATAATTATTGGTTKGA
TTATATACATTAGCTCACCATTTTAAGTTGCCTAAATCGAAAACTATGAA
CTTTAAATTTTCTTATGAAATATTTAATAAATTAGCCATGTGAGATTACA
TGAAAATGTATCGAAAAAATATGTAAATAAGCACATTTTTAMACTTATTG
AAATAAGTAATAAATATTTTAAAAGCAGGAGGACGTAAACTAATTTTAAT
AAATTTAATGTTAAATGTATTTGATTAGTATTTATTAATTAGATGTAATC
TATCTCATAGACTTATTTATATTTAATTCATAAATTGGTTTTGCCCGTAA
TAATAATTACTTCATGCAACTAGTGAAATAGTTGACTTAATTATATTTGA
TTTCCAAATCATTCTTTCTTTTTTTCTTAAATTTTGTATGATTAGACCCA
ATTTATAGGAAGTGTATATTAAGTAACTAAATATTTGTTTTATATTAAAA
TTGGTGGAAATGTTTTTTTATCACGTTTTATTTTCTTTCAATTTCATCAA
TATAGTTATCTAATTTCGAAATATGACATTGGATCGAAATTATACTATAA
AAACGTGATTTTGATAAACAAGGTTTAAAGGCTAAACTTACTCCAACTGA
AAACTGTACCAATCACTTTCGTGTTTTATGGATTAAATAACAATAATAAA
TGTGGGTTTTAGCTGGCAGGTACCTCAATTTGGTTGTGTTTGTGACAACT
TTTTGTACGTTAGGGCCGTCGAATATGTTTGAAAATTACTCAATAGCTAA
CCGTACAATCTTCATGAATTCACATTTTCAACTGAATTAACAAGATAAAT
TCTACGAAGAAAAAATAACCATATATCATGACATAAAATAATAAATGGAA
ATTATTCGACATCCTGCATCGTTTATGAACCTACTCAAACAAACATGTAC
TTTTTTACACTTAGTTCAAGGCTTTGTTTATGAAGTAATTGAATATGATT
TACATTCCCATTTTTATGTCGATAGAAATATAATAGAATTATTGTTTTAG
AACACATTTTAGTTTGTCAACATAAAAAAATCTTCTACAAATATCAAGAA
TAGGAGAAAGTCCAATTTTTTTAATACTTTATATATAGATCCAGGCATAT
ACTTAAAAGGCATATTGAATTTATTTAAGGTTATGGATTTGAATTTTTGG
AATGAATAAATATAGGCATAGATTTAAGGTTTAGTATGGAACCTTATCTT
TGATATAAATGACTTATATTGAGACTAATATGACCTCTCAATAAAGGTTT
TTTTTTAAATTTGACAAAAGATTTTAGTTACTTCAAATGTGATTTGCACT
ACCCCCCTATGGGATAATAACAATAATATGTTGATATAATTTGAATAATA
TGTGGAAGAATATAATTGTATTCAGCACTCAATTTTGAGGAACTATTGGA
TGTTTACTTGAGACAATTATTATAATATCAACACTATCAAAACTTTAATC
ATGGTTCATTCACTATAATAATGAAGTTTTATACTTATATTCTTAATCAT
TAGCTACAATTAAATTCAAGTTGTCTTTGATAAAGAAAACAATTTTTCAA
GGTGAGAAATATACATTAAGGTTTTTTTTATTGTTAATATATCAATGTTT
ATTGTTTTACTTTTCAATTAGTTCAAATATTAAAAATGTATTCATTCACT
GAAAATTTTAATATTGGAGCAACAATCAGACCTTTGACCCTTAAAATTTA
GATTAAATTTGTAAATTTATCAACATTTGTTGGAACATAAGATAAAATTT
TATCCTTATCAAGAAGAGAAGACACGAGTTCAAAAAGTAATGGTTCGTTT
AAAAGTACTTCGKAATTCAATAAATGTTAAAAAACGATCAATATTGAAAC
TTAAAAAACTACTAAGCTAGTAAATTTATTAGCATAAAGTTTATTTATCT
TTACATAAAAGTAGATATTGTAACTTTATCTTATTAGAAAAAAATTGAGA
ATATCTAATTATGAAAAGAATATAATAGAAGGATGGGACAAGCAAAAGTA
AAACATTGATTTTTAAGGGGCACCCTAACATATGTGCTATTAAAATCTTT
ATATCTGATCAGAATGATGTTAGTGACAGGTGATATTATTTTTTCTTCAA
TATACGAAGGGTTAACTATGAAATTGTCTACAATAATTGTTTTTTTAGTG
AAGGAGATTAAGTAATTTTTTTATGCATAAAAAATATAATTTTTTTAAAG
TATCATTTATGTAATAGAGCGGATTTTGATACTTGTCTCTAAAATATATG
TATTTTACCCATCACTCCCATCAAAACTGAACATGAGCTCAATTTAGGGT
TTCAAGCAACCCTACATTTATTATTAACATTTGTCCTGAAAAGTTCCAGG
CTTAACAAAGAAAATACCTCTTTTTTCGTTAAAAATTGTTTGTTTTTTTT
TAAATTATATTAATAGTAATATTTTTTTTCTCTTTATGGATCAGTGTTTT
CATAGCTTGAACTGTACTTTTGTCTATCAAGAAGCAAAATAAAATTAAAA
TACGAAATAGTTTTTGATCCATTGTTTTTGAAATAACATAAGTATATGTT
ATATATATATATACTTTATTTTACGAGAAAAGAATTCAGGATAAATCTTA
TTTGAAATTATATTTATTCTTACATATATACGTAACAATAAGTGAAATTT
CTTGTTGGACTTTATGTTAAATTGGGGATTGACATCGGAGTAACTACAGT
CTATATGTAGTCGCTACAAGTATACGGAGTTAAATTTGAGTTTATTTCTT
TCCTCTCACGGATGCTTGCAGCTGATCAAATAAAACATCCCTACATCCAA
CGGCTCTCCTCCCTAATGTTCTCTACATTATTAGGATTACCACGTTAAAA
TTCAGTTTCTTTTATTCTCACATACTTTATATAACTCTTTGTTGATATAA
ATATATTTATGTTACTGTACTTTGGTTTTAAAAAAAAGGACTTGCAACAA
ATAAAAAGAATACATTTTTCCTTTGCTGTGAATCATTTTATATACTACAT
CACTTTCAATACATAACTAATAAGAAATTATAATCGCGTAATTAATTTTC
CAATATTATATATTTAACGTTTACTTTAATTAGTTACATAAAATGAAGTT
TATCTATGAAATAATTAAATGCAGGTTTTTCCAAGAGATTCCCCTATGTA
TAAAGCCACGATAACCCCCTAGAGAAAAATCATACTAAACATCTATCCCT
TTCAAATTTGAGGAGTTTCAAGGAGGTTGAAGCTTTTCTGAAAGGATGAT
ATAGTAAGCGAAATCAAATTAGGTGACTTTCAAATAGATACTATATTTCA
TGGGTGCAATTGACACTGGAGAAGAGGGTTTGTTTCTCTCAAGATTTTAT
GTAACTTTAATTCGTCTTTTCTCCAATTACAACTGCGCCCCGGCTATACA
GCCAAAATATACACTACATAGACTGTTCCATTTTTACGTTTAGTATATAT
ATATATATATATATATATTTGGTATATACAAAGACCTATTCTGCTTGGAA
CAATTGAAAAATTTACTTGTGCTAAGTTTAAGGACTTTAAGTCCTTTTCT
TTTTTTTTTTTGAATAATTGTATTTTTCCGATTCAAAATTGGCCATTTTA
GACCTTTTCTACCGGTTTAAATATAGTACTCTCACTAAAAAGTTGTATTT
TTTCATATTTTTTAACCTTCAGTTTATCTGTTAAAAATATTAAACAGCTC
GTTTTTAACAACTTAAGGGTTCTAAGATATGCTCCATGATTTGAAGTTTC
TCTGATATGTCAAATAAAAAATATATAATAATTTACCTCTATTTTCATCA
ACCACTCTAACTTCAACAAGGGTTAAATTTCCATATGTTATCTTTGATAA
AACAGAGAAACCTCACATTATTAATCCAAAAACGGGATAGTCTAAATATA
TTTTTTAATAAACAAAAAAATTTATGCTWTTTCAAAGGGACTATATATAA
AAATCAAAATGTAACATATTGCACTCTTTAAGAGTTTTTTTTTATTGGGA
CTCACAATTCCGAATTAAGATAACACACAGTATATTTATCTATATTATTG
GAATCATTTCTTAATTTTTGTTTTTGTTTGTTTTTCATTTTTAAATTTAC
ATAATGTAATGATGATTTTATTAATCTTTTCCTCTTTAACCTTTGTTAAT
AAATTTAAATTGTCTGTGATGGGCCTTTTTCTAGTATTAAATTATATATT
TTATTATAAAGCTTTTAGTAAATTAATCTAATTTATTCGCTTTAAAGCCA
TTTTTATATTTATTTTTTTCGATGTAAGGCATATAAATTAGCACTAACTC
ATTGTAAGTTTATTTTATATCTTAAACGCAACACCATGGCAATTAATGAG
TAGAAGAGATCGGGGATAATTGTGACACAATTTGTATTGGGCTGATTTAT
TCAGAGTTNGATTATATTTGGACACTCCAAATTTTTATATAAACACTGCA
ACATATTTTTTCTATTGTTAAAGTATTTTGAAAGATAGCACTGGTTTTTA
TAAGAATTTAATTTGAAAAATTCCCCTTGTACTATCTCAATTTTCTCCAA
TTGAGCTTTGAATTTTGATAAAATTATATCAACGTAGAGAAAAAATTATA
ATCTAGAAATTAAATACAATGTCTGTGTATGTGTGGGCGTGAGTATGCGT
TTGTGTATCGCGGAATCACGGCCAAACCAGTTAAAAGATTTTGCTGAAAT
TTTTCATATTGGTTTTGAAGGCTCAAGAAATAGTTTTGGTTGAAACAATT
TTTCCCTTCAAGGACATAGTGGACTTGTATTAGTTTTTTTTAAACTAACT
TTTTAACTAACTACTTTATATGTGACAAAAAATAAAGACTTTAAAATTCT
AGCAATTATTCTCGCTGCATGGTTGTATGTGTTTTTTAAAATGATATAAT
AAGGTTTGGAGAAAAATAACAAGAAGAGAAAATAAAACAAAGGACGGATG
CCAGCAATATGGAAGTTTAGGAAAAGACAGTTCAACTTGAATAACTTTCG
TTCTCTAAACGTTATAATCTCCTTTAAAAAAAGTGTACAAAGATACATAC
CAACATGCAATGAGAATAGTTCTTTATTTCATGAAGCATAAGATTTCAGA
ATTTATTTTAATTTATTAATGTCCCAAGCAAAACTAGACAAATAAATTAT
ATAAGTTACTAGAAAAATACTGAAAAACTGACTACAATATGTATGATGTA
AATTTTATGGTTTTAGTTTTTTTATGTTCGAGAAAAAGTTTTTTATAAAA
TTTCATATCAAAAATTAACTTATAGTGTTCTCGCTATGATACTAACAAAT
TTTATTTTTTTGAAAAAAAAAAAAAAGAATTATTTGTCTTCTAGGATTAA
TTCATACATGTATTTGAGCATTTGAATAGATAGTTACTTGTGCAAAATTA
ATTAAATAATCAAGAAATATTATTATTTAAAAAAGTGTAATATTAAACTA
TGGTGACTTGTAAAACTCCTAACAATATTTGTTTGTTTTTAGGGGTTTCT
CATAGAATAATAAAAGATTTTAAATAACGGACAGCTGTTAATATTGCTGT
TATGGCACCATTATTTTTGTAATGGATCCGATTCCAAAATTAGTGTCAGT
ATTTGAGCTTTAGTACATTTTAGATACGAATAATAACTAAATAAATGTGG
TTCAGGTCAATTCAGTGGGCATACAGGGGCATTCTCAGGATTTTTTTNNN
NNNNNNNNAAGCCAATATTTAAGACAAAATGGCGCTGCAAGATTCCTTAC
TACTTTTTGTCTGACTTGTATACGTTTACAGTAATTTGGGCAATGGATAT
ATCTAACGGATTTGGAAAGTGCTAGAAGATKACACTARMAYAATTTTGTT
TGTAAGATACTTGTATATGGTTACTGGAATACTATGTTTATAGGTCGGAA
GATATATGAAACAATTTTAAAACGATCCCAGTCATATCAATTTGTTAACT
ACTACTTGAGAACCGATTTTTGCGTGATTAGATATTTCGAGAAAAATTAA
GCTCAGCAGTTATGCCAACGTCATCACAACTGACACTGGAACAGAGGATA
TCGCACAAGCATCAGATTTTTTGTTGTTCTTCTAACATTTTTAAACTAAG
AGAGAATCAAAACTTGTTTATTTTTGTTTCGCCTGTCCTTTGGTTGGACA
GTGAAACCTCGTAATTAAAAATAAAGAGGACATAATTTGAATTAAATACA
TCTACACAATTTTGCTCCCCACTCTGTATAACTCAAATTAAATTTTTAGA
GGTCAAGGTCACACGGGACAAATTGAGAAAAATCACCCAAATTATTGTCA
TTTGTGGTTAAGTGGAAAGGGAAATGATTTAAAGAGGAGGTTTGCGCTTT
ATAAAGTGCTTACTCAAGTCTCAAGTTGTAATAAGAGGGTATAGTGTTTC
ATAATAAAATCGGAAATGCAAAAATTTTAAGTATTTGTTTTCATGTGGTA
ACAAAACTCTATAAACAGTGACTAAATTTGTAAGATTTCTTAGTTGTCAC
TCCTATAATACACACTTAAGTGGATGTCATAAATAAATGTTCACGGACAT
GGCTATGGAAATGAAAGGGGGGGGGGGGGGGTATTCGAGTAGTTATCCAT
ACCAACTAAAGAGTAGAGATATAAAGAAGCATTAAATCCAAAAGAGTGCT
AAAAACACGCCTTTGACCCCTTTGAAAAATACACTATGACTTTTCAATAT
AAAATGTTGTGTTCATTTGATTATAGAAATACTTATTTCGGGTTACTTTT
GGAAGATACTTACGATCAATAATTACAGAAGTAATTTTAATTTAGAAAAA
CGTTTTTACAGAAACTCTTAAGACTCAATTTGAAATTTTCTTTCTAATTA
TTTTGAAAGTTGCAATTATTTTTGCAGTAACTATATTTTAATCAATATAA
TATGCTGATTAAATGTAATATGAAAAAAAATATATATATTTGCATGCTTC
AATCAAATACGAATCTGTATAATAATGAAGTCATATAGAAACAAGACAAT
ATTTTATAATAAACTTTCATCGAGAATTCAAGTTTTAAAGGACTATAGAA
AAACTAAAACCGTGTTCTACCACCGTGATTAAAATTTAAGCTATCAATTT
TTGACGCTGCTATATTTTAAGCAGACTTAAATTAAGTGGTGATTAAATTT
AAGTCATTTTTGAATAACCAAGACTAGAATTATTCAATCCTCCATTATTT
TCTGGGGATTTTTGAGAACCCATTTTTTTTAAACATGTGTATTTTCTTAT
TTACACAGCTTTTTTATTTTCCATCCAAATTTATCTTTCAAACTTTAATC
ACAAATACATATATCCCACATAGATTATTTTTGTTTGGTATACTGGTACT
ATAGTGATATCAAGGTAATAACTAATTTAGAACGTTACTTTCCAAAACTG
ATATTTATCTTGTACTTGCAGCTGCACTCAATCCTAGAAAAATTGGCCTG
TAGATGAAGTAAATCCTTCAAATTTTTGACCTCATCTCCATTCCAAACAA
TAATGTCCTTTATAAAAAACATGACCAAAATGTCATTTTAATTAAAAAAA
AGTCATCAAATTTTAATGGTGGTCCATATACAAAACATTTTTTTTTGTTA
TATCAACGTTNCTATTTCATTTAACCCTTTACGCCTGTATGTGACTAATT
TGTCATACTATAAAAAAATACATTTATCAAGCATAAATGAAGAAGTAGAG
CTTAGAAACAGGACGAAGCTGGTAGAGAAAAGGTTCTGTTTACGTTTTAA
ATGAGTGTTGCATCAGAAAAAACGCAACTCCTTTCAGTCAAAACAAAAAA
TTTGGTGATGCATTTTCGTATATTTAAGTTCTTCTTGACATTCGTTTCAT
TTTATTGGATGGGCAAAATTCCTGGTACAATAAATAGTTTTAAACAATCA
TACACGCTTATAAAAGAAAATCCGTTTATATCACTAAAACACACTATGAG
CTGAGATTAAAACAAATATAACAGTTTTTGTCGTTGGGACTTTTTAGTCA
CATTTGCAGTACCGACTGAAAATTATAAATGTAAATTTTTCAAGACTGTC
GAAAAAAAATAATACATATATAAACTATACACCCTTAATATTCATGTTTA
AAAAAATATTTTCGTTTAAAATATAATTCAAAGCGTAAAGGGTTAATCAC
ATTTTTTGTCTATAAAGTATTGAAATGCCCATATCTATGTATATTGTCAC
CTAAACCTGAACAAAACTATTAGCATGGTATCAAGACTAACGACCATTAA
TTGAAATGGTAATTGATCAATGATTCTACAAAATAAACAATATTATTCAA
TTTTCACTTTTTAATTGTATACAAAATGCAAATGTAATAACGTGCAAATC
ATTGATTTCAATATAAAAAAAGCTCAAAGAATAGGCAGCATGATTTGCAA
ATTATTAAAACTCATTGAATATTAAACAACTATATATTGAATACTCATTT
TGTGATTATAAATGTTTTTGTACATTTTAGCCTTGTATCATACCAAGAAA
AACCAATTTGCAATTAATTGATAGTATTTGAAACAATAGTAAAGTATGTT
TCAATATCGCTCAGCAACAATAGCTTTTTTATTTTTTCATTCATTTACAA
TAAAGGATATGGAGATGTTTTCTTAACAGAAGAGCTTTAATTTGCTTTGA
TTATTGCTGCATGTTAATATACATCAATGTATCTTAAAATGTCTGGTCTA
CGAATGAGAGTCATTGTGCATATTTTTATTGTTTATTTGTATATAAAATA
TTTACTTAGGACTGGGTGGGGTATTTATTCCATGAGCACTTGGTTAGACC
AATTCCAAAATATATTTTGTTTAATTTTGATATGTTTCCACATTTTTCAC
ATGCTTTAAGATGTGACAAACTCGAATTTTTTTTTAGGGGTATAAGTATG
TGTTATCCACTACTTCATCGTCCATTAAGTTTAATAATTTGCAATGCTGC
TGATAATTTTGGATAAATAGGATGAACAAATACCTAACTTTGTTTTATAC
TCAGATAAAGATGACTTCAGAATTTGCAGCGTATCCTTCTGTGAATAACT
ATAATTTTTAGCAGGACATGCTATTGTTCAGAAGAATTGAAAAATATTTA
GCAGAGGTTGCCGTGAAGAAGCTTCATAATCACTTGTGGTATTTGACAAA
CAAGTTGGTTCTGTTCCCTCTATTCATCAATATTTTAGACGATGAGTAAA
AGAGGAATATTGCCCTGAAATTATATACGACAAAAATACCTGACAGCTTT
AAAAAAACAAACCTATATTTCAGATTATGAATATAAAACAAAACTAGATA
ATCTTATTGGTCCAGAATCGCATCTTTTTTTAGCTATACTGAATATAGGG
TCAGATTGACTTTAATCATGGTCAGGAAATGAAAAGTATAAGAAATCAAA
TATATGTATTTATATCATATTCGGGTATTAAAGAGAGAGACGGGGGAAAA
TTATGACTTTCTATGTGAGCGTAATAACTAAAAATCCATAAAAAGCAGAA
ACACATCCCTGTCATACTACAGCTTTTGGAATACGTCCAGAATTATGCCT
ACAATTCCTTCATTAACTTCGGGATCGTCCCTTATCCCCAGTTGAGTGTC
CACTGCTTTTGATATCTAAGTTACTTTAACTGGGATTCTAAAACTAAGTT
AATTGCCTTGTGATATGAAAGTTTAGCATCTATTACATTACAAGAATCAA
TTGCATCTCCTACAAATCCCTTCATCAGGAATAAGTCGATTCTTGAGGAC
AATGGCTTAGAGTTCTTGTTAACAGAAAAGAAGGCATGAAAATTGTTCAT
TTTGCATCCTACGTCATGAAAACCGAAAGACGTAATAATTGACGATAGTA
CTTTTGTGAATCGAGCGTTAGGAGTTTGCTGCCTTGCTTGTTGTGTCTCT
GGTACTTTTTAGTTTCACGTTAAAATCTCCTCCTATAATTGTTGGTCCGT
GTGAGACAATGTGCAGTACACTGTTCGAAATATGGATCGCCAGTGTTTGA
CCCATATATCCCAATTACATCAAAGTTAACAGATAGTTAATAGCACATTG
CTTATATGAGATTTCCCTCTGTGCAGTGATATTGAATTTTTGGGTTTAGA
GTCATCTTGATAAGTAAATTAATTTCACGTTTTGGGTTCTTATTCAGACT
ATTGAAGGACAAGAAAGAGTAGTAATCTGGCGGTATAGAGTTATGACTCT
CCAAATTACATCTTGTATCACAAAGTATCATAATGTCAGTTAATTTAGAA
TATTTTACAAATCTAGCTATATCATATTTNAAACTTTGTATAGAGTTTAC
ATTCCAGGAAAGAATTGATATTGTCATTCTTTTTTATGTTGTTTTGATAC
AGATACACACAAAGACGATCGTGAACTACATAATGCTCTTTTTGAATTAG
ATCCTGATCTAGATCTCGACGGCAATATGTTCTTTTTTGTGAGGGTACAA
AGAGAGTTTCTTGGGGTTACTGTTTCAGAGAGTCTTCTCAGACGTCTTCM
GATTGTCCTGTGCTAGCCTTAGTAACAGGCGTTAGGTTCTTATGTCAATT
TCTCTCACTATGGTGGTTCATGGGGTTTTTTTTTTTGACAACTGTCATTG
TTTTATTCTATTAGTCTTAATAGTGATCAAAAATTATAATAAAATTGAAA
TTGTAAAACAATTAGGGGAAAAACTAGTCTCAACAATATTTGAACTAAAT
TAGACGCAGTTATCATAAATAGAAAAGGAATACTTATACATACACAAAAC
CGAAGATAAAATCGAAACAAAACACAAATTAACTTATCTTTTTAAAACTT
TAATTAATAATTGGATAGCTGGGATGATGCCATTGATATTTGATTTCCTG
CTGATCTGTTCGTGTAAATCATCTGCTGAGCTTTGTTAATTACGGCATTA
ACCTTATTTTCTCCCTTCCCATTGTAGTGAGCAAGCATGTCATCTCTACC
GATCGTAACTCCAAAATTCTGAATTAATTCGTAAGCGATCCCATAATAAA
GTTCCTTTAGATAAGCACAATTCTTTTGGTTTTACTTTCCCTCTTGCAGA
AGATACACCGACTTTTGGTCGCGAATTTTTTTTTTATCCTACTTCCAAAG
TTCCAGAAAGAAGTCGGTACTTCATTCACTTTTCAGTGGACGACCTATAC
TTATTTTTAATAGCTTTGATACTATTGTATGGACTTTTTACTATGCCTCT
TCTGACTTAATAGTGTATTAACGGTTTTATATATTTTTTTTGTGTCACAC
CTTCGAATTTCTTGAGTGGTTGCACTTGAGATTCTCNTAATAGCTTTGAT
GCCATTGTATGGACTTTTTACTATGCCTCTTCTGACACAATAGTCTATGA
ACGGTTTCATATATTTTTTTTGTGTCACACCTTCGAATTTCTTGAGTGGT
TGCACTTGAGATTCTCATCCTGAAAGGTATAAAAGGTCTTCGGACAACTC
TATAAGGGCCAAGGATAGTTTTCAAGTATTGCTTAGCCATCTTGTCTATG
AGGAGGCTCGAATAATCGACGTCCGTGGCAATCTCKGCTGAGAGAATTCT
TACTTCTGAGAAGCTTAGCTGCTCACGAATTGGTATTTCCCATTCCAGTG
AAAATTCAGCATGCATTGATGCATATCTGCTTATTCTACATAAATTTCCC
ATTCAGTTGGAAAGCATTCCAGAGTTTGCAATACCTTTTGGTAACCTGCG
AAAGGGTTATCCATAAAGTTGATAATTCTGTAGAGAAAAACCCGAGCAAA
TAGAGGGGGGGGGGGAAGACTTATGGTACCATTGTTTAAAATGCTGATGT
GATTATATGTTGCCTACTTTATTATGATTTTTGAGGGTATAACGAAAGCA
TTTATCAGAAAAATGTTTAATGAAGATACACAACGTATAACTGACTTAGA
CGTTTTTTATCAGTTCCAGTAGATTTTAAAACGTCACACTCCATGAAATT
GTAATTCATTATGAATCATATTCTCAGAATAATAACTAATGAAGCGACAA
AGAAGTAGAGTATTTCGAAATATATTTGAAGTTCCAAATTTAAAAAGAAG
GCTTAAATAAAATATAATCTACATACTAAAAAATAAACCATCATACATTT
ATTGTTAAATATACAAAATTAAACAATTGTATTCACATAACTAATAATAA
CAATAAATTATAAATACATAATATTGATATAATAGATTGATCCAAATAAT
ATTTTATTGTTCTGACATGAATTCAGTTAAATCTGGCATTACTTTAAGTT
GCTAAACACAAGCCAGACGTGGATTTTAATCAAAAAGATCATCACCCTTT
TTTCCTAATGTGGAAGTTGCTATATGTAATTGCACACAGGATAGATATCG
ATGAGATCTAAATAATTATTAATAATAAAATAAATGTCAAAATCACAAAA
TTAGACAATAAATATACTAATAAAAAAATGTTAGAAATAAATCCATTCGG
AAAGATTTAGTGCAAAAGCTAATTATGTAGTAATGTCCGGCGATATTACT
CCATATTCAGGACATCAAAAAATATTTTTCCCCTGTTAGTTATGCTTATT
TAACATCATAGTCCCATCATGAAGGATACGCACAATAGCTAATTATAATG
CTACACCCAATGTAACTACCCCCGTTGTTGTGACCATTTAAGCAGGGGTT
TTTCCCCTTTTATGAGTTATCTGAATACCTTTTCTTGGAGCTTATAAACC
ATAGCTAATCCTTAAGTGATAAAAAAGTAATATTTATTGACTATGTAATA
TTGGGAAACCTAATGATCATACATAAGTCTTTAAGTGAAGAAACTAGTGT
CAGACAAACTATTTGCGAACCATCTAAAACTACTGGTCCCGTTATTATGA
CCATTTAAGAAGTTTGTTTTTGCCATTTAATGAGTTGTGTATCATAATTC
TTAATAATTTTACCTAAAATAGAATCAATTATATGATTAGATTTAAAAAA
AATTAATACTTACTGTTAAATGGTACAAAATTCAGAGTTCCATTTTGTAA
TTTGGTGTGGATGACTCTAAACATGCTGAAAATTATTTTAATTTCACAAT
TTACAATGGGGGTATTTCTAAAAATGACATCACTACCAACATTCTCCATT
AATTAATAATGGTTCCTTGGGAAGGGAAGAATTTACACGTGTATTTCTCC
ATAAATTTTTTGAACGTAGGATGATTAGCAATGGATAAGGTTTCACAATA
ATGAAATATGCAATAAGCATCTTTGTGAGATCAAAGTTAAAGTCTGACTT
GATATATTCATTGTTAACTTGATTTTATAGATGAATATCTATACTTTTGA
TATGAGATGAGGATAATGAGTGATGTTTAATTCTAGACAGGAGACTAAAG
ACACAATTGTATCGACAAATCAGACAACCTATCTGTTTCTCATCCGTTAA
GTATTTTTCAAATTCCTGGCCTCTATTTTCAGAAATCCAGACAGAAGGAG
ATGTTATTTTAGGCATTCTATTCAGTTTTCCATCNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNAAGATTTATKTTWTTTAATCAATSATGCC
ATAAGTATTTCTTCCCTTCTCCTCGCACGCTTTTGTATTCTTACCAAAAT
TATCAACCTTAGGTATCCATAAAGCGGCCTAGCCTTTCTTTCAGAAAATT
ATCAAGGACATAGAACCAGGGCTCCTTGCATTTCTACATCTTTCTGACCC
AATGAAAGTTTAAAACCTTCAACATTTCGCCTAGGTCCATCAAGGATAGT
CCTCCGCTCTTCAATGGAGCATGGAGTATGTTATAGGAAATATTCTTTTT
TTGGTTCATTTTGTTTAATGAATCTTTAATAAGTGTTATTTTTTGAAAGG
TTTTCTCAGTGAATGGTGTTACCCTTAAAAGATGTATTACCCTAGGAACA
AAATAGATGTTCCATGCTATGATGTTATCCCAAATGTTCGGATTCAAGTT
CCTGAAGAGGGTGCAGGATCGCTCGATAGTCTTAAAAATCTTTGTGTTGT
TCTTCTGGCATTTGTCCCAACCAAAGACCCTAGGAGTTTTATTTCCGTAG
AGATTCGGAAATTAAATTCTCATAGAAACTATAACTATTTGTTTTCTATG
GACTCATTTTTAATCCGGGGAAAGGGCAAATCCTTGCACAAGAGTTAAGG
CTCCTTTAATTGACTTAATGATGTCGAGGGGACTCCTACGCACAATTAAA
GTCAAGTCACCACCGTAACATAGACACCGAGGTTTGTTAGGAATTGATGA
GACACCAACAATCTAACTATCTCGATGCATTTCTTGCATAATTTCACCAA
TGCCGGCATTAAAGAGAATTGTAGATAGGGGGTCACCCTGTCGGACTCCC
CTTTTGTTCTTCAAGAATGCTTCTTGGTTTCTATATATGACAACAGTACG
GAAACCTGCTAGAATTGCTCCAACTATCCTTATGATAAAGTCACCAAATC
CTTTATCGATGTGTTCGTGTCATAGAGAGTCAAAAGCTTTGGCAAAATCA
ATGGCCATTTTCGTCGTGTCATTCCGTGATTCAAGTATCGTTTTGTACTA
AAAAAAGGGATGTTGGCCATCAGTTTACCCTTGAATCTGTTTGCAATTAC
ATATGAATAGATATTATAAAGACAGTTTTGCATACTTAATGGTCTATAGT
TCTCAATATATCTAAGATCCTTATTAGCTTTTGGGATCAAGACTATTCTG
CCTTCAGAAGCAAAATCAGGAAACAAAACAACAGCTAAAACTATTTCATA
AAATGGGAAAAGAACTGGGACTAAGTATTTCACATATTTCGTATAAAACT
CAAAGGTAATTTATTCCGTTTATTATTTTTAAGTATAGTATCTTCAATTT
CTGAAAATGATGGATGCGTTTTGGTCTTATCTTTGTCCACTTCTGATATC
TTGAACTGATCATTTGGTTCAGCCCTTAGGTTTTCACTTAATGAAGCCGT
ATTTGTTTCGTATCTCGAGCACTTTTTATCATTTTGGCAATCGTAACAAG
AGTACAGCTTGGAGTAAAACTTGTGGATCTCTTCACATAAGTATTTTGGG
TCGTCCGATATCACGCTGTTGCCGTCAATTAATTAAAAATTTTTTGTTTG
GTTTCTCGATCTGTATTGTTTCATACACTGCAATCTAGAGTGTAATAAAT
TGTCTATTTGTTTTAAATTTGGTTCTGTATTTCAGATCATCCTTTTTGTA
AATCTTGTCTAATTTAACTTTATTTTCTTCTTCTGATAGTATGCTATTTG
AGATCGATACCAATCTGTTCAAATATTCMCGCTTCTTCTMCAGCCATAAT
AGCTCTTTTTCGCCCACACACTCCTTTGATTTTTCGAAGTATTGTTTCAA
CCAGCAAAAAAGGGTCTCTTCCTTTTTTACCATGTAATGTGTTTCAAGAA
TTATGGATATTATTGCTTCATTAAATTTTGGCTCSTCTACTATNATTGAA
TTAAGAATCCACTGACTCTTTCTTCTTAACTCTTTCAACTGGGAATTTAA
TATCAACTGGATAGCTTTATAGTCTGATAATTTAGTGTAAAAAACGTAAT
TTGAGATAATTGAATCCTTTTTTGAAAATCATTTTAAAAAAGTCGATTTG
TGATATATTTGACTCCTAGGGTTGCTTTTCTGTAGGTGGAGGATTTGCAA
AATGCTAACAAGCGGAAGTTTCCTCCTTTGGACATTCCGATTCCTTCCCT
CTGTCAACAATAATTTTGGGACTCTCTTTAGAAATATTGAACCTAGTATT
TTTATTGTTCTCCCCGCGTTCCTTTCTGTCCAATACTTTGCTCTCATTAT
TTTTCATTCCTTTGATTTTTGCATTAAAACTGAACTGTATTCAATAATTT
GCAATCGTGATTCGCTGATAATAACTCTGGCATGCCTAAATAGAAAGCAA
TTTTGACATTGCAGACGCACCTTTAAAAATTTCTGATTGACTAGGTTTCC
ATTTATGGGCACTATTTGAGAAATAGTTATGCAGATCTGCATTCATGTTG
ACAATATAATTTTAGGTTCTCCATACATATTTATACTATTTAAATTTTAA
TTCAGCGTCTTGGTCTTCTGGATTAGCTTTGAGATATGAATCCAAAACTT
CCCCAAAATTACAAATGAACTTATTGATCGTATCTTCATCCACACGCTTG
AAATTGTTAATGACCTTTATTTGAATCCTTCTTTTTTTATTTACTTCAAA
ATTTTGGATCCCTTTTAATTTCATATTTATCATTTTAGATTCACCATTTG
GTCCCTCCACCTCAGTGGGAAAATCCTTTTTCAGTTGTGATATCCGAGAA
CGAATATCAAAATGTCTGATTGTATACAATGATGCTTATCCATTGCCATA
CTGAGGTTGGGCGCATGTGATTTCCTATTAAGAAAAACTAAAGTGCAGAG
CAGCATTGTAAATAGAAATTTGTTTCATGTTTTTATTGTTAAACACTCTC
CAATTATTAGTTTCATTGAAAGTGAAAATGAACGTTTCCCACTTGAATGA
ATGCGATGCGAATCCATTCGAACACCTATCACTAATATAATATGTGGATA
GGCTAGCAAATATACTGTAAGGTAAGAAAGGAAGAAAAAACAAATGGGCA
CGCTCTTCCATGCACGCTTTTTANNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNAAGAAATAAGGTCAAATCATCTACAGCTATTGCACCGACTGATATAA
ATATAGTTGTTATTCTCTCATAATTCATGATTTAAAATATTTATTTTTTA
TAAAAAGTTTTGAATATTGCTTATATTATCTTTATTAATTAATTTAATTT
TTTTAAATAAATATAAAGTATGCATATAATTAAATGTGGCCAATTCTCAG
GAAATGTGTTGCACAATTTCATGCATACTTGCACTTTTGCTAGCCCGAAC
ATTGTTTCTTATTCCTCCTTCCTCTGATCGTTGAGRAAGAAACCATTACT
AATTCATCAGAAGGAACATAGCTACTAAATAAGACATTAAAGAATCGTAA
ATTCATTAATTCTATTTGAATAATTTGTTTACGCTAATTTTAGTAATTTT
TTAATTGTTCGACTTGACCAATTGATTGAAAGGAAGTTTAAAAAAAAATA
TATTTAACCATCAATGAGCACCCGAAATTTTATTTTCAGTGAACCCAAAA
TAAAGAACAGCTTTGTAAACAGACAAGATAGTGGTATAATATATACATGA
TTATATGCATGTTTGTTGCCAGACTCTGGAAGAGTCAGAACAAAAGTATC
CCACCTGAATCTTGGGCTCAGGTAATTTTTTTTCCAAATCTTTTTGACAT
TATTCTCTATTTTTGCCAGGATTTTAGCGTATTTCTTTCCATTTTCTATG
GAATGAGTCTCAGGCCCACGGTCCATTGGATTTCCTTCCATTTACAATAA
ATTACATTTACCAGCTTCGATTGAAACTTTAAAGATTTTTTTAAATTGGA
ACTTGTTTATTATCCATTGGAGAATATTATTTATGAATTAAAGCAACTTC
ATCTCAATCACACCCACCACACAAAGACGGAACGCTTTCCACACGTTGAC
TACGTAGTGCTTCGACATTGATAGCCACTTTTTTCAATTATAGGGACTTA
ATACTGATGTGACGTTGTCTAAATGGCTTGCTTTCAATTTGCCACTATAT
GTTGTAATCAAGAGGATTCAGGTAGGGGCTGAAAGGAAATCAAAGGTACT
RCAGCCACAGCTTTATTTTTTTTCCCATCCAGTCTTCCACAATTTTGTCG
TATATGCAGGAGCCCTGTCCTGTTGAAAGTAATACTGGGCTTCCTCTGAT
TGTTTTGTGATTTTACCACCCAAGGGAAGCACTCTTTTTTTTTACAAATT
ATCAAGTAATCCTTGATAATCAATATGTATCATACGAGGAACAAAATAGT
CTTTAGCTTGTGACTTTCAGATGAAACAATGCCGAACATCATTACTGAGG
CCTTATGTTTGGTGGTAGAAAATTTACGGAGGMTGCAGTTGACTTCTACA
CACCATACGACCCAATCATTTTGTGTATTGTACACAGGATTCACTGTAAA
TGTTTTTTGTCCGAGAAGAATAAAATTTGGTTTCCTTGGTACCTTAGGTT
ATTGTAAAGCTTTTTGCATCGATCAAATGGTAATTGTTGTTGTGTGAGCC
AGGGTTATTTAATATGTGTACTAGTTTAATACTAGTGTGTGAGTGTAATT
AAAACATACTTTTGATACATTTATGAATAGTTGTTGGTTTAGTTTAATAT
GTAATTATATAAATAATTTTTAAACATAAATTTGCAAATATTTATTTATT
AATTTCTGGTTAGATAATAAAAGTAATTTTGTCTTAAAGCAATAACTTGT
TACTTGTAATAAATCTAACTTTATTTTAATCCGAATTAATATAGATTTAT
TTGCTATAAAGAACAACATTTTACCCATAAAACAAATTTGGTGACTCATT
TAGTAGGATTATGTAGTTCAATTTGTTCTAGTTATTTAAAATAGGAGAAA
AATAATAATTTCAAACAAATTATTATTTTTCATGTAGTTTTTAGACAATT
TTTTGCAGTTTAATAGAGTGGATCGTTTTGAGATGTTTTCATCAATATTT
CCACATTTTGAATATGGGGTATTGGAAGAAGTAAAATAAATTAGCTACTA
TTTGAAAATGTCTATTTTTTCATGCAATTAATTATTTTTGTGTGGATGAC
TAATCCAATTCACTTTATTGTAAATAAATAGTATAAATTTATTAGTATAT
TGAAATATTATTGTTTCGCTCTTAATGCATAAAATGAAAATAACTCAATA
TTGGACAAAATATGCATAACTGGATTTGCAAACCAATAAAACTTAATGTT
TTTGAAAATATCGTTTAAAAATACCAGTTAAATTTCTCTCGGCATTAAAT
TTCCGACCATTATTGATAATATCAGACAAAAATGTTAGAAACTCAAGATA
ATATGTATAACTAAAGTTTCACCTGAATTGAGAGACCACAGAAATAAGTT
TGTTTCTTTCTAAAACTTGATATGAAAAAGTTTAGAAAAACATAAAAAAT
TTCCCAATTTTTCAAATTCTGATTTTCAACCCACTCAATAGAATTTTTTA
CACACAAAATGATTCAAAGTAATTACAATATGCTCATGATTTAAAACTTT
TATAGAGTAATTTAAAAACTAGGCAAGATGCATTCATATTTTGTTATCCA
ATTATACAATATACAGTTTCTTCATTTTATAAAAATGATATCACATTACT
AACTACCCAATAATTATTGCCTTGATTTATTATTAAGTACGTGTTAAGAA
TAAATTTTAATAGGCTTTTATGAAATTAATTTTTCTCTAAATATAACGTT
TTCAGACCTTCACTTAAAATGTTATTATTCATGATATAATAATTAATTTA
AGTCAATCCTGTAATAAGTTTTAAAGAAGAGAAACGGAAAATGCACCACT
ATTTATTAGAACGCAATGTCAGTCAAATTGTATTGGTTTACTAAAAAATA
CTTTACTTACTTTGCACTCATAAATATCAATTAAAATGCTAAAGTATTTA
AATTTGAATAAGCCATCAAGATGAAATACAATTTCAACTTCAAATAATTC
TACAAACATGAGTTTTGGATTTTAAAAATATATAATTTGTTATTCTTTTT
GTAAAAAGTTTTTTATAAAATAAACATTACGCTAAGTGAATTTTGAGAAT
CAAATTAATACCCCTCAGCTTTGGATGAGGTTGTGTATATTATTCAAAAT
AGTAGCTAAAAAATTATAATTTTTTAACGACGGTAGTACAATTTATTCTT
TGTTAAAAATAAAAATACGAATCCAACAAATTAAATTGAAATAGAAAGGT
GTGACTAAAAAAAACTGTTAATTAACTACTTAAACCTCAGTGTAATTCCT
AAATATATGAGTAAATTATACAAAAGACGTTATAAAAACTTTATTATACT
TTATTATATAGATTCAAGAGAATAAGAAGCATTTTTAGAAATCTCGGGTC
TATAATATCCCATTTCAATAACCGAAGGTTAAATTCTTTTTCCATTTATA
TTCTTGTCAACTCTTTCGTAAGCTTATATAAACATTTTACATAGAGTTTA
GCAATTAAAGATTTTCAGGTTCCAATTTCCTACTCTTTTTCATTTACTGC
TTGAGCTGTTCTTGTTAATCCGAAATGATCGAAAGAAATTGTTGTTGCAG
TACTGTTTACATTAAATTCTCGTCAAAAAATATTTAAAAAAGTTGTGTCA
GTTGTTGTTACTTGCTGCTGAAAAAAGTGATAATTTCCTCCCATATTTAC
CTTCTTCCATAGTCATGTTTCCACGTTCGGAGGTCAGGGTGGCTGCTGTA
GCCAAGCTACACAGTGGTTCGACCCAGCAAGCTGTTGCTACTGAGCTTGG
GGTCAGTTTAAGGTATGTTCTGAGATAGTGGCAGSTCACAAGCGAGGAGA
GAGMGAAGAAGACAACGCCATTCCAGGTCCCCCCTTTCAATCTCCCCAAT
TGCCATGTAAGTCATCTCATTGAGTCTTGGGATTAGACACCAATCCACGT
GAAAGCGGTCAGCTAGACAAACTGCTAAGGGTTATAAGGTGTCTAATGAT
ACTTTGAGAAAATACTTAACGACATCTGTTGGTGCTAAGGCCTAGAAGCA
TGCTTCAACTCCCTTTTGGCAAACCAATTGAAGAAAAAGAGGATTGTATT
TGCCAAGGACAAGCTGGAATGGAGTTTAAATGACTGGAAACGAATTATAT
GGTCAGATGAAAACTTCTTTCAAATCATTGGCTAAAAAAAATTGCAAAGC
GATCGGGTATGGGCCAAGAAAATGGATGATGTTCCGTACGTGCTAATTGT
GAAACACCCTCTAAAATCATGGTTTTGGTATCTTTTGGGTCTCTGGGATT
GAGTGATCTTCATGTAGTAGGCTGCAAGAAGAAAATTGATACTGTCTATT
ATTAGACCAAGATCCTGGAGGAGTTTTTCTCACCCTGTCATGACTTGTTC
GATTTCCAGGGGAACAATTATCTCCCGAAAAATTGTTCCATTATCTTTGG
AGGCTATCTTCATGTAAGGCAATGCTCCATATCATGCTTCAAAATCTACT
CGCAGAGCATCTATCTGGATTTTGGGAGAAAGACCAATGGCCTAGGAACA
TTCTGTGCTTAAATCCAATCGAAAATCTGTGGGGCATCATGAAGGATAAC
TGTAAAAGTCTGGCTCATTGTAAATCAAAGGAAAAGCTAATCAAACAGGT
AAAATCTAGATAGAAACCTTTGGATCTTAGAGTCCTGGAGAATCTTGCTA
CTGACATACCCAGGAGGATGAAGGAAGGCATCAAGAAAGAGGAGGATATA
TTGGTTGATGTACCGCATTTCCATGCTTTGTTGTCAATGAAATACTTTGC
TTTTTCCAACCCCACAATCTTTGATTGACACCCTGTAGTAAGTATGTTTT
CTATAAAATTAAGCTAAGTTCCACTGAGTCATATCCCAAGAGTCGAAATA
CTATACAATAATTGTTTTCTTTTTATAATACCTGTGATATTTACTTATTT
GACTTCAATTATTTTAAAATCTATTAAAGATCATAAAGAAAAAACAAAAT
GAAGCGATATTTTTTTAAATATTGCGATCATCATTTTTTTATATTAATGT
CATAAAAAAAAGGGAAAGTGAGAGGATCATATTATTAAATAACATAAATA
AAGACTTTATAATTGTAGATATTTTAAAAANNNAGCCTAATCATGATGCA
CATACCAAAAGTAAAAACAATTAAATAAAATCTGTGAATATCCACTATTC
AAAATATTCATACAAGCATTCAAAATGAACATAAGGAAGAAAGAATAAGA
ACACAATAAGTAATTCATCGTTTGAAGTACTAGTAGTCGCTAAAGTACGA
CTATTTATTTTTGAAAGCCTTGTAAGGCCTTAAACCCCATTTTGAAGAGT
CCAAATATTTTGTTGAAATAGAGAAGTAATAAATAATCAGCACTATATTT
CCATCAAGGTCCAGATGTGACCAGAATCATTAAAGAGAAGCAGGATATCT
TGCAAGAGGTGAAATAATAACAGTTTTTATCTCCTCAGCAGCTGAGGGTT
CATAGTATGTAATTTTGTTAACAATAAGAGCTTAGAAGTTCCATTACGCC
AATTTAAACGCATCTGTCTTTCCTAGGGAACTTCTTTGTTTTGATTTTTT
CCTGTATGTTTCTAATGAATATAGAAAATCCACACATATACGTACATTAA
CTTGGGAGTTCTATTAAATAACTTATTGCTTAAAATATTCACAGACTGTT
CAACAATAAAATTGACTTTCTCATTCTATGGGAACTTATATATTGTATAC
GTCACAATATATTTGGAATTGTCAAATTATTTATCAAAATTGTACATGGT
ACATTCTTATGTATTTTAATTATCCTTTTCAAAATGAAGAGATTCCGCGA
TTTAAAATATTTATTCTTAGTATGAGAGAAAATGACAGGAAAAAAGAAGA
TTGTAAAAACATTGTTGACTACCATACTTTCAAAATTCAATTTATTATTT
TATTTTCCCTGTTATGAACATGAAACGTTTAAAATCGTGTCATCTTTTTA
TTTTGAAATGTATAATTGTTAAGCCTTAAAGATTATAGTATAAATAATTT
TCAGAAGTAAATTGAATAAAGTTAGTTCCATGAGTATGCGCGTCTCAACT
TTAGATGGAAAAATTTTCTTTAAGTCTAGATTGAAAAATGAAAGTACAAA
TACTTTATTGGATATAGTTTTGCTGTAATAATAGGATAATTTCTAACTAA
GTTTAGCTAAATAAAGGTAAAACATCTTAGACTCATATTTATAAGAATTA
ATTTAGTAAAAATACTAATTAAAAGTATATACTCGGATTGCAAATTCGTG
CCTATATCATTTCTAAATAAAATTGTGGGATATTATTTATATGTCAGGGT
TACAATGTTAATTTGCAATTTATTTATTTTTTACTCAACTGCTTAGAATT
TACAACTCTATCGATACAGTTTTTGGTTGTATATTTATTTATTATACAAA
ATGTAACTTTTTTTAAATAGGGTACAGTGCTGAGAAATTGAAAAGTACAT
TTTATCTTTTTAATGACATAAAATGGAGTCTTAAAGTTATGTAATAATGA
TTTAAACTTTTCTTTTTTCTTGAAAGTAAATACTGAAAATCAGGCGAAAG
TTTTTTAGAGAACTCTTTACAGAGTTATTACATGATTTACATTTAAATAT
TATTTTGTAAGTATTCATATAAACTGTTTCATACTTATACAGTATCTCAC
TGTTATTCATGAGTAAAGAAGCTAAGTATTTAGATGTTTCGTCCTAAAGC
ATAACAATAACAGCTTAGAAAAATGAAAAAAACATTGCTCAGGTAGCAAC
TACAAAAAGTATCTTCCTCGACAAATTACATTTTTTTTAAACTATCCATA
TTAGTAGTAGAGTGTATATCTAATTTATTTTTTAATGTTCCTTTAATTGC
TCAGATAGAGTTGCACTGATTAAGCATAAGTAAACATTATTGTACTACAA
TTACTCAATTTAAACTAGGATTGTTCTTTTAAGTACATATACATAATGTG
TATTTCTTGCTCAGGGAATGGTAATGATCAAACCAACACATATTGAGTTT
AAGATATAGGGAAAGAAGTAAATATAGACGACAAGTTATTTTTGATGGCA
GTTTGGCATTGTAAAGCAAAAGTGTTTTTTTAAWATCAGGRCGCCMGKCC
GTAGGRGGTGGRCTGAAGGGGTTKTWTCCCCCCCCCCCAGCAATAAAAAN
TAAAAATTTTTACGTAAAATAGGTGTAATTTTNTNTNTKWATATATTTTT
TTAATWTYTTTTGWTTTTTAAAATTTATTTCTGAAAAGTTTAACACTTTG
AAGTTTAATAAAAAATTGATTTTTGATATATTTTTGTGATATTTAAAGGT
TATTTAAAGATATTTAAAGGTTAAAAATAAAAAATAAAAATTTTTTTAAA
TTAAATTTTCTGTAAATAGCAATATATTTTTGAAATTTTTAGTAAAAAGC
TATGAATTGCTAAATTTGTTCATTTTCAATTTTTTTGAGTGAATAGTTAA
GAATTTCTCGAATTTTTTTTTTTTAAATTGTAACTTTTGTATTTTTTTTG
AATTCCAAAGGCCAATCCCCCCCCCCCCCCTAAAAAAAAATCTGCCAACG
CCTCTTAGTATAAAGCTTGAGTAGAAGAACACAACTGGAATAAAAAGAGA
CTTGTTAGGGATGTTTTTGGTTTGTAAAATAAATTTGGACCATTCAATGT
TAGCTCATAAGTTTTTTTACGTCAGCTGAGTTAGTTGAATTTATTAAATG
ATTCACAAAATCAAAATCCCAGAAGAAAAAATAGAAATTAACCTTTTATT
CTTGATTATTAGCTTGTTAAGACTCCTTTTCCACTCTTATCTTGCTTAAT
TTCTTTTTTATTACGTCCTTGTTTGTTAAAAGCTGAAATTTGGATCAAAA
TAATTATCAGCTTGTAGCATCTAAAATTTATTGCTCTATGATATATTCTC
CTTCATCAACTCTTTTATTTAATTTTTCAAATATGATACAATGACATTTA
AATATATAACTTCATCTGTAATAGTTGTCCTAATAAGGATTTATCAAATA
ATTTAAATATTTCTATTCTATATATTCATTTTATCCAATTACTATTTAGA
ATGATAATACGGCTACAAATTTATTACTTTTKTAAAACTAATATTTACTT
ATTTATTGAATAGATGTATTTACCTATTTATTCAATACTTCATGCTTGTG
AAATATCTAGTTTGGTTAATTGCGATACATATGGGTGAGACAAATTCCAT
GGGGAGGTCACTGCTCTTGCAAGATATTATGTTCGTTCGTCAATCCATGG
TTATTTCCCATTATGAATCATCTATCATGTAGAATGATAGTTAATTGGAA
AATGTCCCAAATGGCTCTTCGACCAAATCTCCGTTTGGCATATTGTCTTT
CAGCCAAATTTATATTCGGAAAATTGTTCTTCTGTAAAATTTCATTCGGA
AAATTGTTTTTTGATAAAATATTATAGTTTAATTGTCCTAGAACCTCAAA
AAGATGACTGGGGATGGTATTGTTTGTAGTCAACTGGTTAAAATAAAAAC
CCTGTTGATAAAATAAAAAGTATTTAATTGGATGATAAACAGTCGATGGA
TTATAATAATTACATCATTTAAATTTTGTATTATTTTTTTAACTGTTTCA
TTCATTTGGCAGATGTACATATCAAATAAAATGCTCAAAAATACTTGAAT
GAATACATTTAAATCGAGAAAAAATATATTTCTTATTTTTATCGGATGAT
TAAAAATATTTCCCTTTCTTTATTAATACTTATGTTCAAGATTTTATATT
ACTTTTTTGACTTAAATATTCGTTTTGAAAACTTCACAAGAAATGTATAC
GATTACGCTATATATCATTATAAATTATTATTTTCCCACACTCTCATTAA
TAATTTGGGTGTCTGTAAACAATTCAAAAGTAAGTGGAGGGGAATTTTTA
AATATATAATGTCATAATATTGATGCTAACTTAATCATTCAACTGTTCAT
GAATATTGTCTTGCAATAAGAGAGGGACTATTGTACTTACCCTTTTGCGG
TGACTATGTTATATTACCATGAATAAAAATAATATGGTTAAGAAGGATTT
TTGTAGTTGCTATATGGATAGATCTTTGTATTTTTCAATTTTTTTATTAC
TATATCTTTAACTTTAATGAAAGAACATATAAGTATAAAGTAATTATTTA
ATAAACAGTAACACCGAAAATTCTTCGTAGAATTGAGAAATGTCATAATA
GTAATCCATGCATATATCTTTACTAGATACCAAGGGGACTTGTATTTATT
TCCTTCATCTCAAAATTGATTCCTTCTAATTTAAAAGAACGTCAGGACAG
CTATTCCGGTGTTTTTTTCCAACATTCTTCTAACTGCAGTTAATTCTTTG
TAATTTGTTTGGCAGATCATATTATTTTAAATTACGTTCATCACTTAGTT
AATTAAGCTAATATATCTGTATATTTTAAGGTTTGATTTAAATAAAACTT
ATATCTAAAAATTACTACTTACAATTATTATAAAAAACCCGTTTAAATAC
TTGACATATGCTGTATATAGGATATAAATCAGGAAGATGATATTATTAAA
ATATTTTATATTAGCTATAATGATATATTTAGTTATATTATATAATTAGA
AAACGAAGGACATGGGAAATATATTGTAAATTCAGAATACTCAAACTTAG
ATGAATAAATGAATGCATCTGTTTTAACTTATGTACATATTTCTTCAAAA
GAGTACGACACAAAGTTTGCTCTCCCTGTGGAGTGGACATTACATTAGAT
ATAGAATAAAAGATAAGATTAATTTATTACCAAGGCCTGTCAAATTATTT
TTCCATAAAAATCGCTCATTTTTTAATTTGGCATCTTGTTCGCATTACTA
ACCCAGGATCAAATTGATGAATCCTTACTTTTTTGCTCAAATATTTTTTA
TTCATATAAATTTTTCTTTTGTAAGGCAGCCTTTTCACTCAAATAAAATA
TTAACAGAATAACCAATAAGGGATAAAACAAGATCAAAAATGAAATAAAA
AAATTGTGATATACCAAACAAATGTTTTCAGGAATACAGATACATCTAAT
CATTTATAGAATTGGATGTGTATATAATTTAAATAGTGTTGGCTAAAAAA
ATATTTTGATATTAGAAAATGATTAGTAAATMCTCGGTTCAYCCCGWTTA
TCTTCCAATAATCCKTATYTAGCCGTTTCCAAATAATACCATTTTGTAAC
TTTTTATATATTATGTACTTTCAAAAAACAAATATTAGTTTCTTCGAGAA
GTAATTATTTATGTTTATAAANGGTTCATCCCGATTATCTTCCAATAATC
CGTATCTAGCCGTTTCCAAATAATACCATTTTGTAACTTTTTATATATTA
TGTACTTTCAAAAAACAAATATTAGTTTCTTCGAGAAGTAATTATTTATG
TTTATAAATTACATGTAACCCTTTAATCAAATTAATTAAATATATTTGAA
GATCAGAATATAAAAATATTGAGAAAACGTTATTAAATTTCAAAATATCA
TTGCACAATAAAACATTTTTTGTAAAAAAAAAATTTGTTTGCTGGGTTAC
TTAGTTTTTTGTTCCTTATAAGAATATATTTGCATAAGAGAATAAAATTT
TTTACTATGTTTTGAATTCAATAATGTTCAACATATATTTTTCATTGCAA
TTATTCTTTTTAATATCATTTAAAATATAGATGCATGATAGTTGA

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