EMLSAG00000007248, EMLSAG00000007248-690014 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000007248
Unique Name	EMLSAG00000007248-690014
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:Nlg4 "Neuroligin 4" species:7227 "Drosophila melanogaster" [GO:0042043 "neurexin family protein binding" evidence=ISS;IBA] [GO:0052689 "carboxylic ester hydrolase activity" evidence=IKR;NAS] [GO:0005887 "integral component of plasma membrane" evidence=IBA] [GO:0045202 "synapse" evidence=IBA] [GO:0007416 "synapse assembly" evidence=IBA] [GO:0009986 "cell surface" evidence=IBA] [GO:0004872 "receptor activity" evidence=IBA] [GO:0030431 "sleep" evidence=IMP] [GO:0051932 "synaptic transmission, GABAergic" evidence=IDA] Pfam:PF00135 EMBL:AE014297 GO:GO:0009986 GO:GO:0005887 GO:GO:0008152 GO:GO:0030431 GO:GO:0045202 GO:GO:0004872 eggNOG:COG2272 GeneTree:ENSGT00740000115241 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 GO:GO:0007416 GO:GO:0052689 GO:GO:0051932 KO:K01044 GO:GO:0042043 EMBL:BT050584 RefSeq:NP_001163662.1 UniGene:Dm.5097 SMR:B6IDZ4 EnsemblMetazoa:FBtr0301680 GeneID:42402 KEGG:dme:Dmel_CG34139 FlyBase:FBgn0083975 OMA:HCAGAST OrthoDB:EOG7HF1HM GenomeRNAi:42402 NextBio:828622 Uniprot:B6IDZ4)

HSP 1 Score: 102.064 bits (253), Expect = 8.470e-24
Identity = 44/77 (57.14%), Postives = 55/77 (71.43%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP  + R+ PTRAP+PW+GI  +    PVCPQ+ PNIQNET AL +MPK RL +L+ +   L  QSEDCLYLN+F P
Sbjct:   78 PPTKQNRFSPTRAPAPWDGIRISDKYSPVCPQRLPNIQNETAALEKMPKGRLEYLKRLLPFLENQSEDCLYLNVFSP 154

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:CG34127 species:7227 "Drosophila melanogaster" [GO:0042043 "neurexin family protein binding" evidence=ISS;IBA] [GO:0052689 "carboxylic ester hydrolase activity" evidence=IKR;NAS] [GO:0006909 "phagocytosis" evidence=IMP] [GO:0022008 "neurogenesis" evidence=IMP] [GO:0009986 "cell surface" evidence=IBA] [GO:0045202 "synapse" evidence=IBA] [GO:0005887 "integral component of plasma membrane" evidence=IBA] [GO:0007416 "synapse assembly" evidence=IBA] [GO:0004872 "receptor activity" evidence=IBA] Pfam:PF00135 EMBL:AE014297 GO:GO:0009986 GO:GO:0005887 GO:GO:0022008 GO:GO:0006909 GO:GO:0008152 GO:GO:0045202 GO:GO:0004872 GeneTree:ENSGT00740000115241 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 GO:GO:0007416 GO:GO:0052689 GO:GO:0042043 OrthoDB:EOG7HF1HM RefSeq:NP_001036685.2 RefSeq:NP_731170.2 UniGene:Dm.17109 ProteinModelPortal:Q9VIC6 SMR:Q9VIC6 EnsemblMetazoa:FBtr0301072 EnsemblMetazoa:FBtr0333927 GeneID:40912 KEGG:dme:Dmel_CG34127 UCSC:CG34127-RA FlyBase:FBgn0083963 InParanoid:Q9VIC6 OMA:LENIVLM PhylomeDB:Q9VIC6 ChiTaRS:CG34127 GenomeRNAi:40912 NextBio:821244 PRO:PR:Q9VIC6 Bgee:Q9VIC6 Uniprot:Q9VIC6)

HSP 1 Score: 85.5001 bits (210), Expect = 3.594e-18
Identity = 40/79 (50.63%), Postives = 52/79 (65.82%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+   R+ P  + + W G+ +A    PVCPQ+ P+I NET AL RMPK RL +L+ +   L  QSEDCLYLNI+VP Q
Sbjct:  191 PPVGNLRFMPPVSAAMWSGVKKADRFSPVCPQRLPDIHNETAALERMPKGRLEYLKRLLPYLQNQSEDCLYLNIYVPIQ 269

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:nlgn1 "Neuroligin 1" species:9606 "Homo sapiens" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] InterPro:IPR000460 PRINTS:PR01090 Pfam:PF00135 GO:GO:0016020 GO:GO:0007155 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 EMBL:AC008082 EMBL:AC008120 EMBL:AC092923 EMBL:AC092967 EMBL:AC110871 EMBL:AC131158 UniGene:Hs.478289 UniGene:Hs.732502 GeneID:22871 KEGG:hsa:22871 CTD:22871 HGNC:HGNC:14291 KO:K07378 ChiTaRS:NLGN1 OMA:KFVELIV EMBL:AC018456 EMBL:AC069531 EMBL:GQ489206 RefSeq:XP_005247288.1 ProteinModelPortal:D2X2H5 SMR:D2X2H5 Ensembl:ENST00000401917 UCSC:uc010hww.1 NextBio:35489704 ArrayExpress:D2X2H5 Uniprot:D2X2H5)

HSP 1 Score: 68.1662 bits (165), Expect = 2.782e-12
Identity = 35/79 (44.30%), Postives = 45/79 (56.96%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP   RR+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGERRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:NLGN1 "Neuroligin-1" species:9606 "Homo sapiens" [GO:0002087 "regulation of respiratory gaseous exchange by neurological system process" evidence=IEA] [GO:0004872 "receptor activity" evidence=ISS;IBA] [GO:0005887 "integral component of plasma membrane" evidence=ISS;IBA] [GO:0006605 "protein targeting" evidence=ISS] [GO:0007157 "heterophilic cell-cell adhesion" evidence=ISS] [GO:0007158 "neuron cell-cell adhesion" evidence=ISS;TAS] [GO:0007399 "nervous system development" evidence=ISS] [GO:0007416 "synapse assembly" evidence=ISS;IBA] [GO:0009897 "external side of plasma membrane" evidence=IEA] [GO:0009986 "cell surface" evidence=ISS;IBA] [GO:0016080 "synaptic vesicle targeting" evidence=ISS] [GO:0016339 "calcium-dependent cell-cell adhesion" evidence=ISS] [GO:0017146 "N-methyl-D-aspartate selective glutamate receptor complex" evidence=IEA] [GO:0023041 "neuronal signal transduction" evidence=TAS] [GO:0030054 "cell junction" evidence=IEA] [GO:0030425 "dendrite" evidence=ISS] [GO:0032230 "positive regulation of synaptic transmission, GABAergic" evidence=ISS] [GO:0032433 "filopodium tip" evidence=ISS] [GO:0035418 "protein localization to synapse" evidence=ISS] [GO:0042043 "neurexin family protein binding" evidence=ISS;IBA] [GO:0045184 "establishment of protein localization" evidence=ISS] [GO:0045202 "synapse" evidence=ISS;IBA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0045664 "regulation of neuron differentiation" evidence=ISS] [GO:0046983 "protein dimerization activity" evidence=ISS] [GO:0048789 "cytoskeletal matrix organization at active zone" evidence=ISS] [GO:0050839 "cell adhesion molecule binding" evidence=ISS] [GO:0051260 "protein homooligomerization" evidence=ISS] [GO:0051290 "protein heterotetramerization" evidence=IEA] [GO:0051491 "positive regulation of filopodium assembly" evidence=ISS] [GO:0051965 "positive regulation of synapse assembly" evidence=ISS] [GO:0051968 "positive regulation of synaptic transmission, glutamatergic" evidence=ISS] [GO:0060999 "positive regulation of dendritic spine development" evidence=ISS] [GO:0072553 "terminal button organization" evidence=ISS] [GO:0097091 "synaptic vesicle clustering" evidence=ISS] [GO:0097104 "postsynaptic membrane assembly" evidence=ISS] [GO:0097105 "presynaptic membrane assembly" evidence=ISS] [GO:0097113 "alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate selective glutamate receptor clustering" evidence=ISS] [GO:0097114 "N-methyl-D-aspartate receptor clustering" evidence=ISS] [GO:0097115 "neurexin clustering" evidence=ISS] [GO:0097119 "postsynaptic density protein 95 clustering" evidence=ISS] [GO:0097120 "receptor localization to synapse" evidence=ISS] [GO:0097481 "neuronal postsynaptic density" evidence=TAS] [GO:1900029 "positive regulation of ruffle assembly" evidence=ISS] [GO:1900244 "positive regulation of synaptic vesicle endocytosis" evidence=ISS] [GO:1902533 "positive regulation of intracellular signal transduction" evidence=ISS] [GO:2000302 "positive regulation of synaptic vesicle exocytosis" evidence=ISS] [GO:2000310 "regulation of N-methyl-D-aspartate selective glutamate receptor activity" evidence=ISS] [GO:2000311 "regulation of alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate selective glutamate receptor activity" evidence=ISS] [GO:2000463 "positive regulation of excitatory postsynaptic membrane potential" evidence=ISS] InterPro:IPR000460 PRINTS:PR01090 Pfam:PF00135 GO:GO:0006605 GO:GO:0009986 GO:GO:0005887 GO:GO:0009897 GO:GO:0097114 GO:GO:0030054 GO:GO:0045211 GO:GO:0004872 GO:GO:0051260 GO:GO:0002087 GO:GO:0032230 GO:GO:0051968 GO:GO:0046983 GO:GO:0032433 eggNOG:COG2272 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 HOVERGEN:HBG008839 GO:GO:0097120 GO:GO:0051965 GO:GO:0050839 GO:GO:0007157 GO:GO:0051491 GO:GO:0051290 GO:GO:0016339 GO:GO:0007158 GO:GO:2000302 GO:GO:2000311 GO:GO:0060999 GO:GO:2000310 GO:GO:1900244 GO:GO:0016080 GO:GO:0042043 GO:GO:0097481 GO:GO:0097113 GO:GO:2000463 GO:GO:0048789 GO:GO:0017146 GO:GO:1900029 OrthoDB:EOG7RBZ7R GO:GO:0072553 GO:GO:1902533 GO:GO:0097105 GO:GO:0097104 EMBL:AB028993 EMBL:AC008082 EMBL:AC008120 EMBL:AC092923 EMBL:AC092967 EMBL:AC110871 EMBL:AC131158 EMBL:BC032555 EMBL:AK074522 RefSeq:NP_055747.1 RefSeq:XP_005247291.1 RefSeq:XP_005247292.1 UniGene:Hs.478289 UniGene:Hs.732502 ProteinModelPortal:Q8N2Q7 SMR:Q8N2Q7 BioGrid:116538 IntAct:Q8N2Q7 MINT:MINT-1901478 STRING:9606.ENSP00000354541 MEROPS:S09.994 PhosphoSite:Q8N2Q7 DMDM:31076822 PaxDb:Q8N2Q7 PRIDE:Q8N2Q7 DNASU:22871 Ensembl:ENST00000361589 Ensembl:ENST00000457714 Ensembl:ENST00000545397 GeneID:22871 KEGG:hsa:22871 UCSC:uc003fio.1 CTD:22871 GeneCards:GC03P173114 HGNC:HGNC:14291 HPA:HPA006680 MIM:600568 neXtProt:NX_Q8N2Q7 PharmGKB:PA31647 HOGENOM:HOG000231424 InParanoid:Q8N2Q7 KO:K07378 TreeFam:TF326187 ChiTaRS:NLGN1 GeneWiki:NLGN1 GenomeRNAi:22871 NextBio:43403 PRO:PR:Q8N2Q7 ArrayExpress:Q8N2Q7 Bgee:Q8N2Q7 CleanEx:HS_NLGN1 Genevestigator:Q8N2Q7 GO:GO:0097115 GO:GO:0023041 GO:GO:0097119 GO:GO:0097091 Uniprot:Q8N2Q7)

HSP 1 Score: 67.781 bits (164), Expect = 3.363e-12
Identity = 35/79 (44.30%), Postives = 45/79 (56.96%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP   RR+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGERRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:Nlg2 "Neuroligin 2" species:7227 "Drosophila melanogaster" [GO:0052689 "carboxylic ester hydrolase activity" evidence=IKR;NAS] [GO:0042043 "neurexin family protein binding" evidence=ISS;IBA;IPI] [GO:0060074 "synapse maturation" evidence=IMP] [GO:0050808 "synapse organization" evidence=IMP] [GO:0051124 "synaptic growth at neuromuscular junction" evidence=IMP] [GO:0007274 "neuromuscular synaptic transmission" evidence=IMP] [GO:0009986 "cell surface" evidence=IBA] [GO:0004872 "receptor activity" evidence=IBA] [GO:0005887 "integral component of plasma membrane" evidence=IBA] [GO:0007416 "synapse assembly" evidence=IBA] [GO:0045202 "synapse" evidence=IBA] [GO:0048065 "male courtship behavior, veined wing extension" evidence=IMP] [GO:0002121 "inter-male aggressive behavior" evidence=IMP] [GO:0035176 "social behavior" evidence=IMP] [GO:0007628 "adult walking behavior" evidence=IMP] [GO:0045433 "male courtship behavior, veined wing generated song production" evidence=IMP] Pfam:PF00135 GO:GO:0009986 GO:GO:0005887 GO:GO:0045202 GO:GO:0007274 GO:GO:0004872 GO:GO:0051124 eggNOG:COG2272 InterPro:IPR002018 GO:GO:0042043 GO:GO:0060074 OrthoDB:EOG7HF1HM EMBL:BT010207 EMBL:HM068012 ProteinModelPortal:Q6NR70 SMR:Q6NR70 PRIDE:Q6NR70 FlyBase:FBgn0031866 InParanoid:Q6NR70 Uniprot:Q6NR70)

HSP 1 Score: 67.781 bits (164), Expect = 4.243e-12
Identity = 39/81 (48.15%), Postives = 47/81 (58.02%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARL----RFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP+   R+ P   PS W+ +  A    PVCPQ  P   N  EALL +P+ARL    R L L+KN    QSEDCL LNI+VP
Sbjct:  214 PPVGSLRFMPPITPSTWKTVRSADRFSPVCPQNIPIPPNGPEALLEVPRARLAQLRRLLPLLKN----QSEDCLCLNIYVP 290

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:nlgn3a "neuroligin 3a" species:7955 "Danio rerio" [GO:0016020 "membrane" evidence=IEA] [GO:0007155 "cell adhesion" evidence=IEA] InterPro:IPR000460 PRINTS:PR01090 Pfam:PF00135 ZFIN:ZDB-GENE-071219-1 GO:GO:0016020 GO:GO:0007155 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 KO:K07378 TreeFam:TF326187 GeneTree:ENSGT00690000101920 OMA:KPNKKIC EMBL:CR628381 EMBL:CR388144 EMBL:CR812896 RefSeq:XP_005157256.1 UniGene:Dr.156144 Ensembl:ENSDART00000090691 GeneID:562702 KEGG:dre:562702 CTD:562702 PRO:PR:F1QW10 Bgee:F1QW10 Uniprot:F1QW10)

HSP 1 Score: 66.2402 bits (160), Expect = 1.045e-11
Identity = 34/79 (43.04%), Postives = 45/79 (56.96%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+  +R+ P   PS W GI  AT   PVCPQ   NI N    ++ MP      L +V   +  Q+EDCLYLNI+VP++
Sbjct:  104 PPVGEKRFLPPEPPSSWSGIKNATHFAPVCPQ---NIHNAVPEIM-MPIWFTFNLDIVATSIQDQNEDCLYLNIYVPTE 178

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:Nlgn1 "neuroligin 1" species:10090 "Mus musculus" [GO:0002087 "regulation of respiratory gaseous exchange by neurological system process" evidence=IGI] [GO:0004872 "receptor activity" evidence=ISO;IBA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005622 "intracellular" evidence=ISO] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=ISO;IMP] [GO:0006605 "protein targeting" evidence=ISO] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IDA] [GO:0007158 "neuron cell-cell adhesion" evidence=ISO;IDA] [GO:0007399 "nervous system development" evidence=IDA] [GO:0007416 "synapse assembly" evidence=ISO;IDA] [GO:0009897 "external side of plasma membrane" evidence=IDA] [GO:0009986 "cell surface" evidence=ISO;IDA;IBA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016080 "synaptic vesicle targeting" evidence=IMP] [GO:0016339 "calcium-dependent cell-cell adhesion" evidence=ISO;IDA] [GO:0017146 "N-methyl-D-aspartate selective glutamate receptor complex" evidence=ISO] [GO:0030054 "cell junction" evidence=IEA] [GO:0030425 "dendrite" evidence=ISO] [GO:0032230 "positive regulation of synaptic transmission, GABAergic" evidence=ISO] [GO:0032433 "filopodium tip" evidence=ISO] [GO:0035418 "protein localization to synapse" evidence=IDA] [GO:0042043 "neurexin family protein binding" evidence=ISO;IMP;IPI] [GO:0045184 "establishment of protein localization" evidence=IMP] [GO:0045202 "synapse" evidence=ISO;IDA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0045664 "regulation of neuron differentiation" evidence=IDA] [GO:0046983 "protein dimerization activity" evidence=ISO] [GO:0048789 "cytoskeletal matrix organization at active zone" evidence=ISO;IMP] [GO:0050804 "regulation of synaptic transmission" evidence=IGI] [GO:0050808 "synapse organization" evidence=IGI;ISO] [GO:0050839 "cell adhesion molecule binding" evidence=ISO] [GO:0051260 "protein homooligomerization" evidence=IDA] [GO:0051290 "protein heterotetramerization" evidence=ISO] [GO:0051491 "positive regulation of filopodium assembly" evidence=ISO] [GO:0051965 "positive regulation of synapse assembly" evidence=ISO;IDA] [GO:0051968 "positive regulation of synaptic transmission, glutamatergic" evidence=ISO] [GO:0060076 "excitatory synapse" evidence=IC] [GO:0060080 "regulation of inhibitory postsynaptic membrane potential" evidence=IMP] [GO:0060999 "positive regulation of dendritic spine development" evidence=ISO] [GO:0072553 "terminal button organization" evidence=ISO;IMP] [GO:0097091 "synaptic vesicle clustering" evidence=ISO;IDA] [GO:0097104 "postsynaptic membrane assembly" evidence=IDA] [GO:0097105 "presynaptic membrane assembly" evidence=ISO;IDA] [GO:0097113 "alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate selective glutamate receptor clustering" evidence=ISO;IMP;IDA] [GO:0097114 "N-methyl-D-aspartate receptor clustering" evidence=ISO] [GO:0097115 "neurexin clustering" evidence=IDA] [GO:0097119 "postsynaptic density protein 95 clustering" evidence=ISO;IDA] [GO:0097120 "receptor localization to synapse" evidence=IDA] [GO:1900029 "positive regulation of ruffle assembly" evidence=ISO] [GO:1900244 "positive regulation of synaptic vesicle endocytosis" evidence=ISO;IMP] [GO:1902533 "positive regulation of intracellular signal transduction" evidence=ISO] [GO:2000302 "positive regulation of synaptic vesicle exocytosis" evidence=ISO;IMP] [GO:2000310 "regulation of N-methyl-D-aspartate selective glutamate receptor activity" evidence=ISO;IDA] [GO:2000311 "regulation of alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate selective glutamate receptor activity" evidence=ISO] [GO:2000463 "positive regulation of excitatory postsynaptic membrane potential" evidence=ISO;IDA] InterPro:IPR000460 PRINTS:PR01090 Pfam:PF00135 MGI:MGI:2179435 GO:GO:0006605 GO:GO:0014069 GO:GO:0005887 GO:GO:0009897 GO:GO:0097114 GO:GO:0030054 GO:GO:0045211 GO:GO:0030425 GO:GO:0004872 GO:GO:0051260 GO:GO:0002087 GO:GO:0032230 GO:GO:0051968 GO:GO:0046983 GO:GO:0032433 GO:GO:0045184 eggNOG:COG2272 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 HOVERGEN:HBG008839 GO:GO:0097120 GO:GO:0051965 GO:GO:0007157 GO:GO:0051491 GO:GO:0051290 GO:GO:0016339 GO:GO:0060076 GO:GO:0007158 GO:GO:2000302 GO:GO:2000311 GO:GO:0060999 GO:GO:2000310 GO:GO:1900244 GO:GO:0016080 GO:GO:0042043 GO:GO:0097113 GO:GO:2000463 GO:GO:0048789 GO:GO:0017146 GO:GO:1900029 GO:GO:0072553 GO:GO:0097105 GO:GO:0097104 MEROPS:S09.994 CTD:22871 HOGENOM:HOG000231424 KO:K07378 TreeFam:TF326187 GO:GO:0097115 GO:GO:0097119 GO:GO:0097091 EMBL:AK122433 EMBL:BC005523 RefSeq:NP_619607.2 UniGene:Mm.316080 PDB:3B3Q PDBsum:3B3Q ProteinModelPortal:Q99K10 SMR:Q99K10 DIP:DIP-32027N IntAct:Q99K10 MINT:MINT-5104301 STRING:10090.ENSMUSP00000074565 PhosphoSite:Q99K10 PaxDb:Q99K10 PRIDE:Q99K10 Ensembl:ENSMUST00000075054 GeneID:192167 KEGG:mmu:192167 UCSC:uc008otc.1 UCSC:uc008otd.1 GeneTree:ENSGT00690000101920 InParanoid:Q99K10 OMA:KFVELIV EvolutionaryTrace:Q99K10 NextBio:371168 PRO:PR:Q99K10 ArrayExpress:Q99K10 Bgee:Q99K10 CleanEx:MM_NLGN1 Genevestigator:Q99K10 Uniprot:Q99K10)

HSP 1 Score: 65.855 bits (159), Expect = 1.667e-11
Identity = 34/79 (43.04%), Postives = 44/79 (55.70%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP    R+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGEHRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

[Close]

BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:Nlgn4l "neuroligin 4-like" species:10090 "Mus musculus" [GO:0002124 "territorial aggressive behavior" evidence=IMP] [GO:0003360 "brainstem development" evidence=IMP] [GO:0004872 "receptor activity" evidence=IBA] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0005887 "integral component of plasma membrane" evidence=IBA] [GO:0007416 "synapse assembly" evidence=IBA] [GO:0008049 "male courtship behavior" evidence=IMP] [GO:0009986 "cell surface" evidence=IBA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0021549 "cerebellum development" evidence=IMP] [GO:0030054 "cell junction" evidence=IEA] [GO:0035176 "social behavior" evidence=IMP] [GO:0035265 "organ growth" evidence=IMP] [GO:0042043 "neurexin family protein binding" evidence=IBA] [GO:0045202 "synapse" evidence=IBA;IDA] [GO:0045211 "postsynaptic membrane" evidence=IC] [GO:0071625 "vocalization behavior" evidence=IMP] Pfam:PF00135 MGI:MGI:3775191 GO:GO:0009986 GO:GO:0005887 GO:GO:0030054 GO:GO:0045211 GO:GO:0030425 GO:GO:0004872 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 HOVERGEN:HBG008839 GO:GO:0035176 GO:GO:0021549 GO:GO:0035265 GO:GO:0008049 GO:GO:0060076 GO:GO:0090394 GO:GO:0003360 GO:GO:0071625 GO:GO:0042043 GO:GO:0097105 EMBL:EF694290 EMBL:EF692521 EMBL:EU350930 UniGene:Mm.468446 ProteinModelPortal:B0F2B4 SMR:B0F2B4 PRO:PR:B0F2B4 Genevestigator:B0F2B4 GO:GO:0002124 Uniprot:B0F2B4)

HSP 1 Score: 65.855 bits (159), Expect = 1.703e-11
Identity = 34/79 (43.04%), Postives = 42/79 (53.16%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLR--MPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP   RR+QP   PS W G+  AT   PVCPQ       +  ALLR  +P      L  +   +  QSEDCLYLN++VP
Sbjct:   64 PPTGERRFQPPEPPSSWAGVRDATRFAPVCPQHL-----DERALLRDCLPAWFAANLDAIAAYVQDQSEDCLYLNLYVP 137

[Close]

BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:nlgn3b "neuroligin 3b" species:7955 "Danio rerio" [GO:0007155 "cell adhesion" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0007416 "synapse assembly" evidence=IBA] [GO:0042043 "neurexin family protein binding" evidence=IBA] [GO:0045202 "synapse" evidence=IBA] [GO:0009986 "cell surface" evidence=IBA] [GO:0004872 "receptor activity" evidence=IBA] [GO:0005887 "integral component of plasma membrane" evidence=IBA] InterPro:IPR000460 PRINTS:PR01090 Pfam:PF00135 ZFIN:ZDB-GENE-060526-197 GO:GO:0009986 GO:GO:0005887 GO:GO:0045202 GO:GO:0004872 GO:GO:0007155 eggNOG:COG2272 InterPro:IPR002018 HOVERGEN:HBG008839 GO:GO:0007416 GO:GO:0042043 HOGENOM:HOG000231424 TreeFam:TF326187 GeneTree:ENSGT00690000101920 OrthoDB:EOG7HF1HM EMBL:BX640521 RefSeq:XP_005165239.1 UniGene:Dr.153027 STRING:7955.ENSDARP00000084604 Ensembl:ENSDART00000090171 GeneID:567415 KEGG:dre:567415 CTD:567415 InParanoid:A2BHL9 OMA:THELEAE Uniprot:A2BHL9)

HSP 1 Score: 65.4698 bits (158), Expect = 1.916e-11
Identity = 33/79 (41.77%), Postives = 45/79 (56.96%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+  +R+ P  APS W G+  AT   PVCPQ    ++N    ++ MP      +  V   L  QSEDCLY+NI+VP+Q
Sbjct:   81 PPVGEKRFMPPDAPSAWSGVRNATRFPPVCPQ---TVRNAVPDIM-MPVWATYNMDTVATYLQEQSEDCLYMNIYVPTQ 155

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BLAST of EMLSAG00000007248 vs. GO
Match: - (symbol:Nlgn1 "Neuroligin-1" species:10116 "Rattus norvegicus" [GO:0002087 "regulation of respiratory gaseous exchange by neurological system process" evidence=IEA] [GO:0004872 "receptor activity" evidence=IDA] [GO:0005515 "protein binding" evidence=IPI] [GO:0005887 "integral component of plasma membrane" evidence=ISS;IDA] [GO:0006605 "protein targeting" evidence=IDA] [GO:0007157 "heterophilic cell-cell adhesion" evidence=ISS] [GO:0007158 "neuron cell-cell adhesion" evidence=IDA] [GO:0007399 "nervous system development" evidence=ISS] [GO:0007416 "synapse assembly" evidence=ISS;IDA] [GO:0009897 "external side of plasma membrane" evidence=IEA] [GO:0009986 "cell surface" evidence=IDA] [GO:0014069 "postsynaptic density" evidence=IEA] [GO:0016080 "synaptic vesicle targeting" evidence=ISS] [GO:0016339 "calcium-dependent cell-cell adhesion" evidence=IDA] [GO:0030054 "cell junction" evidence=IEA] [GO:0030425 "dendrite" evidence=IDA] [GO:0032230 "positive regulation of synaptic transmission, GABAergic" evidence=IDA] [GO:0032433 "filopodium tip" evidence=IDA] [GO:0035418 "protein localization to synapse" evidence=ISS] [GO:0042043 "neurexin family protein binding" evidence=ISS;IPI] [GO:0045161 "neuronal ion channel clustering" evidence=TAS] [GO:0045184 "establishment of protein localization" evidence=ISS] [GO:0045202 "synapse" evidence=IDA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0045664 "regulation of neuron differentiation" evidence=ISS] [GO:0046983 "protein dimerization activity" evidence=IDA] [GO:0048789 "cytoskeletal matrix organization at active zone" evidence=IMP] [GO:0050808 "synapse organization" evidence=IDA] [GO:0050839 "cell adhesion molecule binding" evidence=IPI] [GO:0051260 "protein homooligomerization" evidence=ISS] [GO:0051491 "positive regulation of filopodium assembly" evidence=IDA] [GO:0051965 "positive regulation of synapse assembly" evidence=IDA] [GO:0051968 "positive regulation of synaptic transmission, glutamatergic" evidence=IDA;IMP] [GO:0060076 "excitatory synapse" evidence=IC] [GO:0060999 "positive regulation of dendritic spine development" evidence=IDA] [GO:0072553 "terminal button organization" evidence=IMP] [GO:0097091 "synaptic vesicle clustering" evidence=ISS;IMP] [GO:0097104 "postsynaptic membrane assembly" evidence=ISS] [GO:0097105 "presynaptic membrane assembly" evidence=IDA] [GO:0097113 "alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate selective glutamate receptor clustering" evidence=ISS;IMP] [GO:0097114 "N-methyl-D-aspartate receptor clustering" evidence=IDA] [GO:0097115 "neurexin clustering" evidence=ISS] [GO:0097119 "postsynaptic density protein 95 clustering" evidence=ISS;IDA] [GO:0097120 "receptor localization to synapse" evidence=ISS] [GO:1900029 "positive regulation of ruffle assembly" evidence=IDA] [GO:1900244 "positive regulation of synaptic vesicle endocytosis" evidence=IMP] [GO:1902533 "positive regulation of intracellular signal transduction" evidence=IDA] [GO:2000302 "positive regulation of synaptic vesicle exocytosis" evidence=IMP] [GO:2000310 "regulation of N-methyl-D-aspartate selective glutamate receptor activity" evidence=IMP;IDA] [GO:2000311 "regulation of alpha-amino-3-hydroxy-5-methyl-4-isoxazole propionate selective glutamate receptor activity" evidence=IDA] [GO:2000463 "positive regulation of excitatory postsynaptic membrane potential" evidence=IMP;IDA] [GO:0060080 "regulation of inhibitory postsynaptic membrane potential" evidence=IDA] [GO:0017146 "N-methyl-D-aspartate selective glutamate receptor complex" evidence=IDA] InterPro:IPR000460 PRINTS:PR01090 Pfam:PF00135 RGD:621117 GO:GO:0006605 GO:GO:0014069 GO:GO:0009986 GO:GO:0005887 GO:GO:0009897 GO:GO:0097114 GO:GO:0030054 GO:GO:0045211 GO:GO:0030425 GO:GO:0004872 GO:GO:0051260 GO:GO:0002087 GO:GO:0032230 GO:GO:0051968 GO:GO:0045161 GO:GO:0046983 GO:GO:0032433 eggNOG:COG2272 InterPro:IPR002018 InterPro:IPR019819 PROSITE:PS00941 HOVERGEN:HBG008839 GO:GO:0097120 GO:GO:0051965 GO:GO:0007157 GO:GO:0051491 GO:GO:0051290 GO:GO:0016339 GO:GO:0060076 GO:GO:0007158 GO:GO:2000302 GO:GO:2000311 GO:GO:0060999 GO:GO:2000310 GO:GO:1900244 GO:GO:0016080 GO:GO:0042043 GO:GO:0097113 GO:GO:2000463 GO:GO:0048789 GO:GO:1900029 OrthoDB:EOG7RBZ7R GO:GO:0072553 GO:GO:1902533 GO:GO:0097105 GO:GO:0097104 MEROPS:S09.994 CTD:22871 HOGENOM:HOG000231424 KO:K07378 TreeFam:TF326187 GO:GO:0097115 GO:GO:0097119 GO:GO:0097091 GeneTree:ENSGT00690000101920 OMA:KFVELIV EMBL:U22952 RefSeq:NP_446320.1 RefSeq:XP_006232264.1 RefSeq:XP_006232265.1 UniGene:Rn.10173 PDB:3BIW PDB:3BIX PDB:3VKF PDBsum:3BIW PDBsum:3BIX PDBsum:3VKF ProteinModelPortal:Q62765 SMR:Q62765 BioGrid:250532 DIP:DIP-44832N IntAct:Q62765 MINT:MINT-1526995 STRING:10116.ENSRNOP00000049486 PaxDb:Q62765 PRIDE:Q62765 Ensembl:ENSRNOT00000041111 Ensembl:ENSRNOT00000043276 GeneID:116647 KEGG:rno:116647 UCSC:RGD:621117 InParanoid:Q62765 EvolutionaryTrace:Q62765 NextBio:619391 PRO:PR:Q62765 Genevestigator:Q62765 Uniprot:Q62765)

HSP 1 Score: 65.4698 bits (158), Expect = 1.985e-11
Identity = 34/79 (43.04%), Postives = 44/79 (55.70%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP    R+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGEHRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592758053|gb|GAXK01196360.1| (TSA: Calanus finmarchicus comp596152_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 92.8189 bits (229), Expect = 4.161e-21
Identity = 42/82 (51.22%), Postives = 54/82 (65.85%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHN 83
            PP    R+ PTR P+ W G+  ATS GPVCPQ FP+  N TEALL M + RL +L+  K +L +QSEDCL +NI++P    N
Sbjct: 2496 PPTGNYRFAPTRPPTHWSGVFSATSYGPVCPQTFPHTSNTTEALLSMSRRRLEYLRNTKIRLNKQSEDCLNINIYLPHNASN 2741

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592834793|gb|GAXK01122751.1| (TSA: Calanus finmarchicus comp1604784_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 90.8929 bits (224), Expect = 1.695e-20
Identity = 42/84 (50.00%), Postives = 57/84 (67.86%), Query Frame = 0

Query:    1 MPPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFP-NIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHN 83
            +PP+  RR+ PT A  PW GILQA S GP CPQ+FP N+ N+TE+L +M +   ++L  VK+ +  Q+EDCLYLNIF P    +
Sbjct:  746 LPPVGPRRFSPTAAHPPWSGILQAISYGPACPQQFPTNLSNQTESLNKMTREYWQYLNRVKDSITHQAEDCLYLNIFRPHNASD 997

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592920112|gb|GAXK01038263.1| (TSA: Calanus finmarchicus comp958982_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 73.1738 bits (178), Expect = 2.051e-14
Identity = 39/87 (44.83%), Postives = 52/87 (59.77%), Query Frame = 0

Query:    3 PIVRRRWQPTRAPSPWEG--ILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLR-QSEDCLYLNIFVPSQGHNLLT 86
            P+ R R+ P  AP  WE   + + +S GPVCPQ  P++ +E EAL  M   R+ +L+ + N L R QSEDCLYLNI+ P    N  T
Sbjct: 3808 PVGRLRFMPPIAPRSWEARDVKKVSSFGPVCPQIIPDLSDEKEALRFMTVGRMNYLKKLFNFLKRDQSEDCLYLNIYTPEMKSNTYT 4068

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592849241|gb|GAXK01108303.1| (TSA: Calanus finmarchicus comp770362_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 69.3218 bits (168), Expect = 4.159e-13
Identity = 32/80 (40.00%), Postives = 46/80 (57.50%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PP+   R+ P    SPW+  L A    PVCPQ  P++ N + +L ++   RL  ++     L  QSEDCLYLN++VP+ G
Sbjct: 1283 PPVGNLRFMPPVTVSPWKEPLHADRFSPVCPQNLPDVSNSSSSLHKISAGRLAHIRRSLPLLQNQSEDCLYLNVYVPASG 1522

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592762477|gb|GAXK01191936.1| (TSA: Calanus finmarchicus comp40279_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 41.2022 bits (95), Expect = 4.049e-4
Identity = 26/79 (32.91%), Postives = 33/79 (41.77%), Query Frame = 0

Query:    1 MPPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPS 79
             PP+   R++P     PWEG   AT  G  C Q                        LV +K++  SEDCLYLN+F  S
Sbjct:  454 APPVGANRFRPPAPVEPWEGTKDATEDGRSCIQT---------------------AYLVPDKIV-GSEDCLYLNVFTKS 624

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592807701|gb|GAXK01146867.1| (TSA: Calanus finmarchicus comp3017986_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 40.0466 bits (92), Expect = 4.081e-4
Identity = 27/80 (33.75%), Postives = 33/80 (41.25%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PPI + R++      PW G L AT    +C QK  N  + T A                      SEDCLYLNI+  S G
Sbjct:  192 PPIGKLRFKDPVTKKPWRGTLDATEFPEICVQKKYNPDSSTTA--------------------AGSEDCLYLNIYTTSLG 371

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592810952|gb|GAXK01143616.1| (TSA: Calanus finmarchicus comp525390_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 41.2022 bits (95), Expect = 5.216e-4
Identity = 25/80 (31.25%), Postives = 34/80 (42.50%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PP+   R++  +  S W  IL AT  G  CPQK    + + EA                      SEDCL+LNI+ P + 
Sbjct: 1902 PPVKDLRFKDPQPLSIWNEILDATQLGAKCPQKNGAYEVKGEA----------------------SEDCLFLNIYTPCKA 2075

HSP 2 Score: 31.9574 bits (71), Expect = 9.250e-1
Identity = 25/79 (31.65%), Postives = 33/79 (41.77%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEG-ILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPS 79
            PP+   R+ P    + W+   L A +  P CPQ    I  E+  ++                     EDCLYLNIFVPS
Sbjct:  321 PPVGSLRFMPPLPLNTWKNQALTARTAPPPCPQ----IDAESGMVI-------------------GKEDCLYLNIFVPS 488

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592822774|gb|GAXK01131794.1| (TSA: Calanus finmarchicus comp160970_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 41.2022 bits (95), Expect = 6.102e-4
Identity = 25/84 (29.76%), Postives = 36/84 (42.86%), Query Frame = 0

Query:    1 MPPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHNL 84
            MPP+   R  P R    W+    A    PVCPQ                   ++++   KN  + + EDCLYLN+F P+   N+
Sbjct: 1110 MPPVGDARLMPPRPHRGWQS-YDAVDWAPVCPQP------------------IKYVGATKNSPIME-EDCLYLNVFTPTVQSNV 1301

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592762482|gb|GAXK01191931.1| (TSA: Calanus finmarchicus comp40279_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 40.817 bits (94), Expect = 7.582e-4
Identity = 26/78 (33.33%), Postives = 33/78 (42.31%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPS 79
            PP+   R++P     PWEG   AT  G  C Q                        LV +K++  SEDCLYLN+F  S
Sbjct: 1654 PPVGANRFRPPAPVEPWEGTKDATEDGRSCIQT---------------------AYLVPDKIV-GSEDCLYLNVFTKS 1821

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BLAST of EMLSAG00000007248 vs. C. finmarchicus
Match: gi|592882447|gb|GAXK01075928.1| (TSA: Calanus finmarchicus comp1868467_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 40.0466 bits (92), Expect = 1.090e-3
Identity = 27/83 (32.53%), Postives = 34/83 (40.96%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQK----FPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP  RRR++      PW G+L  T     C Q+    FP    E                 + N     SEDCLYLNI+VP +
Sbjct:  226 PPTGRRRFRKPVPAEPWNGVLDGTKLPNTCVQEKYEFFPGFSGEE----------------MWNPNTPISEDCLYLNIWVPEE 426

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BLAST of EMLSAG00000007248 vs. L. salmonis peptides
Match: EMLSAP00000007248 (pep:novel supercontig:LSalAtl2s:LSalAtl2s407:233796:279282:1 gene:EMLSAG00000007248 transcript:EMLSAT00000007248 description:"snap_masked-LSalAtl2s407-processed-gene-2.3")

HSP 1 Score: 304.294 bits (778), Expect = 5.876e-107
Identity = 147/147 (100.00%), Postives = 147/147 (100.00%), Query Frame = 0

Query:    1 MPPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHNLLTFTTNAFECSELNISKSHILHLTSLQRIEKYHIVKYDILRGYQSLVLIRNQGKRTLNMQCSQ 147
            MPPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHNLLTFTTNAFECSELNISKSHILHLTSLQRIEKYHIVKYDILRGYQSLVLIRNQGKRTLNMQCSQ
Sbjct:    1 MPPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHNLLTFTTNAFECSELNISKSHILHLTSLQRIEKYHIVKYDILRGYQSLVLIRNQGKRTLNMQCSQ 147

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BLAST of EMLSAG00000007248 vs. L. salmonis peptides
Match: EMLSAP00000001231 (pep:novel supercontig:LSalAtl2s:LSalAtl2s11:898398:921454:1 gene:EMLSAG00000001231 transcript:EMLSAT00000001231 description:"maker-LSalAtl2s11-augustus-gene-11.16")

HSP 1 Score: 73.9442 bits (180), Expect = 2.356e-17
Identity = 36/83 (43.37%), Postives = 50/83 (60.24%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHNL 84
            PP+   R+ P    SPW  I  AT  GPVCPQ  P+++NE+ A   M + R+R ++ V   L  QSEDCLYLN++    G+N+
Sbjct:   56 PPMGSLRFMPPVTVSPWRNIRSATEFGPVCPQLLPDVRNESTARAHMVEGRVRNIKRVLPLLRNQSEDCLYLNVYASISGNNI 138

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BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076822|sp|Q8N2Q7.2|NLGN1_HUMAN (RecName: Full=Neuroligin-1; Flags: Precursor)

HSP 1 Score: 67.781 bits (164), Expect = 7.533e-13
Identity = 35/79 (44.30%), Postives = 45/79 (56.96%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP   RR+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGERRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

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BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|391359315|sp|B0F2B4.1|NLGN4_MOUSE (RecName: Full=Neuroligin 4-like; AltName: Full=Neuroligin-4; Short=NL-4; Flags: Precursor)

HSP 1 Score: 65.855 bits (159), Expect = 3.972e-12
Identity = 34/79 (43.04%), Postives = 42/79 (53.16%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLR--MPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP   RR+QP   PS W G+  AT   PVCPQ       +  ALLR  +P      L  +   +  QSEDCLYLN++VP
Sbjct:   64 PPTGERRFQPPEPPSSWAGVRDATRFAPVCPQHL-----DERALLRDCLPAWFAANLDAIAAYVQDQSEDCLYLNLYVP 137

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076842|sp|Q99K10.2|NLGN1_MOUSE (RecName: Full=Neuroligin-1; Flags: Precursor)

HSP 1 Score: 65.855 bits (159), Expect = 4.039e-12
Identity = 34/79 (43.04%), Postives = 44/79 (55.70%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP    R+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGEHRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076781|sp|Q62765.1|NLGN1_RAT (RecName: Full=Neuroligin-1; AltName: Full=Neuroligin I; Flags: Precursor)

HSP 1 Score: 65.4698 bits (158), Expect = 4.851e-12
Identity = 34/79 (43.04%), Postives = 44/79 (55.70%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP    R+QP   PSPW  I  AT   PVCPQ   NI +     + +P      L +V + +  QSEDCLYLNI+VP++
Sbjct:   88 PPTGEHRFQPPEPPSPWSDIRNATQFAPVCPQ---NIIDGRLPEVMLPVWFTNNLDVVSSYVQDQSEDCLYLNIYVPTE 163

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076824|sp|Q8NFZ4.1|NLGN2_HUMAN (RecName: Full=Neuroligin-2; Flags: Precursor)

HSP 1 Score: 63.929 bits (154), Expect = 1.714e-11
Identity = 31/79 (39.24%), Postives = 46/79 (58.23%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+  RR+QP  AP+ W G+  AT+  P CPQ   N+     A++ +P      L+     +  QSEDCLYLN++VP++
Sbjct:   77 PPLGARRFQPPEAPASWPGVRNATTLPPACPQ---NLHGALPAIM-LPVWFTDNLEAAATYVQNQSEDCLYLNLYVPTE 151

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076782|sp|Q62888.1|NLGN2_RAT (RecName: Full=Neuroligin-2; Flags: Precursor)

HSP 1 Score: 63.929 bits (154), Expect = 1.799e-11
Identity = 31/79 (39.24%), Postives = 46/79 (58.23%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+  RR+QP  AP+ W G+  AT+  P CPQ   N+     A++ +P      L+     +  QSEDCLYLN++VP++
Sbjct:   77 PPLGARRFQPPEAPASWPGVRNATTLPPACPQ---NLHGALPAIM-LPVWFTDNLEAAATYVQNQSEDCLYLNLYVPTE 151

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|83305800|sp|Q69ZK9.2|NLGN2_MOUSE (RecName: Full=Neuroligin-2; Flags: Precursor)

HSP 1 Score: 63.5438 bits (153), Expect = 1.943e-11
Identity = 31/79 (39.24%), Postives = 46/79 (58.23%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+  RR+QP  AP+ W G+  AT+  P CPQ   N+     A++ +P      L+     +  QSEDCLYLN++VP++
Sbjct:   77 PPLGARRFQPPEAPASWPGVRNATTLPPACPQ---NLHGALPAIM-LPVWFTDNLEAAATYVQNQSEDCLYLNLYVPTE 151

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|341941177|sp|Q8BYM5.2|NLGN3_MOUSE (RecName: Full=Neuroligin-3; AltName: Full=Gliotactin homolog; Flags: Precursor)

HSP 1 Score: 57.7658 bits (138), Expect = 2.016e-9
Identity = 30/79 (37.97%), Postives = 42/79 (53.16%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PPI  +R+ P   P  W GI  AT   PVCPQ   NI      ++ +P      L +V   +   +EDCLYLN++VP++
Sbjct:   74 PPIGEKRFLPPEPPPSWSGIRNATHFPPVCPQ---NIHTAVPEVM-LPVWFTANLDIVATYIQEPNEDCLYLNVYVPTE 148

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076783|sp|Q62889.1|NLGN3_RAT (RecName: Full=Neuroligin-3; AltName: Full=Gliotactin homolog; Flags: Precursor)

HSP 1 Score: 57.7658 bits (138), Expect = 2.428e-9
Identity = 30/79 (37.97%), Postives = 42/79 (53.16%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PPI  +R+ P   P  W GI  AT   PVCPQ   NI      ++ +P      L +V   +   +EDCLYLN++VP++
Sbjct:   77 PPIGEKRFLPPEPPPSWSGIRNATHFPPVCPQ---NIHTAVPEVM-LPVWFTANLDIVATYIQEPNEDCLYLNVYVPTE 151

[Close]

BLAST of EMLSAG00000007248 vs. SwissProt
Match: gi|31076855|sp|Q9NZ94.2|NLGN3_HUMAN (RecName: Full=Neuroligin-3; AltName: Full=Gliotactin homolog; Flags: Precursor)

HSP 1 Score: 57.7658 bits (138), Expect = 2.428e-9
Identity = 30/79 (37.97%), Postives = 42/79 (53.16%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PPI  +R+ P   P  W GI  AT   PVCPQ   NI      ++ +P      L +V   +   +EDCLYLN++VP++
Sbjct:   77 PPIGEKRFLPPEPPPSWSGIRNATHFPPVCPQ---NIHTAVPEVM-LPVWFTANLDIVATYIQEPNEDCLYLNVYVPTE 151

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: EEB12234.1 (Neuroligin-3 precursor, putative [Pediculus humanus corporis])

HSP 1 Score: 105.531 bits (262), Expect = 2.151e-26
Identity = 47/79 (59.49%), Postives = 56/79 (70.89%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PP+   R+ PTR PSPWEG+  A   GPVCPQK P I+NET AL +MPK RL +L+ +   L  QSEDCLYLNIF P+Q
Sbjct:  115 PPVRSNRFSPTRTPSPWEGVRMADKMGPVCPQKLPGIKNETAALEKMPKGRLEYLKRLLPFLTNQSEDCLYLNIFAPAQ 193

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: XP_006561619.1 (PREDICTED: neuroligin 4 isoform X2 [Apis mellifera])

HSP 1 Score: 103.219 bits (256), Expect = 1.575e-25
Identity = 47/80 (58.75%), Postives = 57/80 (71.25%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PPI   R+ PT+A SPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G
Sbjct:   63 PPIGGNRFSPTKASSPWEGVRLSDSVGPVCPQKLPDISNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMG 142

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: XP_006561618.1 (PREDICTED: neuroligin 4 isoform X1 [Apis mellifera])

HSP 1 Score: 103.219 bits (256), Expect = 1.575e-25
Identity = 47/80 (58.75%), Postives = 57/80 (71.25%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PPI   R+ PT+A SPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G
Sbjct:   63 PPIGGNRFSPTKASSPWEGVRLSDSVGPVCPQKLPDISNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMG 142

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: NP_001139209.1 (neuroligin 4 precursor [Apis mellifera])

HSP 1 Score: 103.219 bits (256), Expect = 1.763e-25
Identity = 47/80 (58.75%), Postives = 57/80 (71.25%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PPI   R+ PT+A SPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G
Sbjct:   63 PPIGGNRFSPTKASSPWEGVRLSDSVGPVCPQKLPDISNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMG 142

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: XP_016769329.1 (PREDICTED: neuroligin 4 isoform X3 [Apis mellifera])

HSP 1 Score: 102.834 bits (255), Expect = 2.093e-25
Identity = 47/80 (58.75%), Postives = 57/80 (71.25%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PPI   R+ PT+A SPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G
Sbjct:   63 PPIGGNRFSPTKASSPWEGVRLSDSVGPVCPQKLPDISNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMG 142

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: AHN57419.1 (neuroligin 4, isoform E [Drosophila melanogaster])

HSP 1 Score: 102.064 bits (253), Expect = 3.841e-25
Identity = 44/77 (57.14%), Postives = 55/77 (71.43%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP  + R+ PTRAP+PW+GI  +    PVCPQ+ PNIQNET AL +MPK RL +L+ +   L  QSEDCLYLN+F P
Sbjct:   78 PPTKQNRFSPTRAPAPWDGIRISDKYSPVCPQRLPNIQNETAALEKMPKGRLEYLKRLLPFLENQSEDCLYLNVFSP 154

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: ACZ94957.1 (neuroligin 4, isoform B [Drosophila melanogaster])

HSP 1 Score: 102.064 bits (253), Expect = 3.841e-25
Identity = 44/77 (57.14%), Postives = 55/77 (71.43%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP  + R+ PTRAP+PW+GI  +    PVCPQ+ PNIQNET AL +MPK RL +L+ +   L  QSEDCLYLN+F P
Sbjct:   78 PPTKQNRFSPTRAPAPWDGIRISDKYSPVCPQRLPNIQNETAALEKMPKGRLEYLKRLLPFLENQSEDCLYLNVFSP 154

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: AAF55745.4 (neuroligin 4, isoform C [Drosophila melanogaster])

HSP 1 Score: 102.064 bits (253), Expect = 3.841e-25
Identity = 44/77 (57.14%), Postives = 55/77 (71.43%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP  + R+ PTRAP+PW+GI  +    PVCPQ+ PNIQNET AL +MPK RL +L+ +   L  QSEDCLYLN+F P
Sbjct:   78 PPTKQNRFSPTRAPAPWDGIRISDKYSPVCPQRLPNIQNETAALEKMPKGRLEYLKRLLPFLENQSEDCLYLNVFSP 154

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: ACZ94958.1 (neuroligin 4, isoform D [Drosophila melanogaster])

HSP 1 Score: 102.064 bits (253), Expect = 3.841e-25
Identity = 44/77 (57.14%), Postives = 55/77 (71.43%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PP  + R+ PTRAP+PW+GI  +    PVCPQ+ PNIQNET AL +MPK RL +L+ +   L  QSEDCLYLN+F P
Sbjct:   78 PPTKQNRFSPTRAPAPWDGIRISDKYSPVCPQRLPNIQNETAALEKMPKGRLEYLKRLLPFLENQSEDCLYLNVFSP 154

[Close]

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Match: gb|KYB27544.1| (Neuroligin-4, Y-linked-like Protein, partial [Tribolium castaneum])

HSP 1 Score: 101.293 bits (251), Expect = 8.466e-25
Identity = 45/82 (54.88%), Postives = 57/82 (69.51%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGHN 83
            PP+   R+ PTR PSPW+G+  +   GPVCPQK P+I NET AL +MPK RL +L+ +   L  QSEDCLYLNI+ P+Q  N
Sbjct:   97 PPVQSNRFSPTRTPSPWDGVRISDKMGPVCPQKLPDISNETAALEKMPKGRLEYLKRLLPYLKNQSEDCLYLNIYAPAQVSN 178

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|987919893|ref|XP_015436033.1| (PREDICTED: neuroligin-2-like [Dufourea novaeangliae] >gi|1016166259|gb|KZC13421.1| Neuroligin-4, Y-linked [Dufourea novaeangliae])

HSP 1 Score: 107.457 bits (267), Expect = 4.722e-27
Identity = 49/81 (60.49%), Postives = 59/81 (72.84%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+V  R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   63 PPVVGNRFSPTRAPSPWEGVRLSDSVGPVCPQKLPDISNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 143

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|1059382248|ref|XP_017785942.1| (PREDICTED: neuroligin-4, X-linked-like [Nicrophorus vespilloides])

HSP 1 Score: 106.686 bits (265), Expect = 1.446e-26
Identity = 48/80 (60.00%), Postives = 59/80 (73.75%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PP++  R+ PTRAPSPW+G+  +   GPVCPQK P+I NET AL RMPK RL +L+ +   L  QSEDCLYLNI+ PSQG
Sbjct:   71 PPVLSNRFSPTRAPSPWDGVRVSDKLGPVCPQKLPDISNETAALERMPKGRLEYLKRLLPYLKNQSEDCLYLNIYAPSQG 150

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|307175320|gb|EFN65348.1| (Neuroligin-4, Y-linked [Camponotus floridanus])

HSP 1 Score: 106.301 bits (264), Expect = 2.086e-26
Identity = 48/81 (59.26%), Postives = 59/81 (72.84%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+  +R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   63 PPVGSKRFSPTRAPSPWEGVRLSESVGPVCPQKLPDITNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 143

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|641660646|ref|XP_008181564.1| (PREDICTED: neuroligin-4, Y-linked-like [Acyrthosiphon pisum])

HSP 1 Score: 105.916 bits (263), Expect = 2.420e-26
Identity = 46/81 (56.79%), Postives = 58/81 (71.60%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+   R+ PTR PSPW+G+  A +PGPVCPQ+ P++ NET AL RMP  RL +L+ +   L  QSEDCLYLNI+ PSQG 
Sbjct:   79 PPVGSNRFGPTRTPSPWDGVRMADAPGPVCPQRLPDVSNETAALHRMPVGRLVYLKRLLPYLRNQSEDCLYLNIYAPSQGQ 159

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|322789412|gb|EFZ14717.1| (hypothetical protein SINV_12328, partial [Solenopsis invicta])

HSP 1 Score: 105.145 bits (261), Expect = 3.408e-26
Identity = 48/81 (59.26%), Postives = 58/81 (71.60%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+   R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   63 PPVGSNRFSPTRAPSPWEGVRLSDSVGPVCPQKLPDIANEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 143

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|1009381907|gb|KYN04732.1| (Neuroligin-4, Y-linked [Cyphomyrmex costatus])

HSP 1 Score: 104.76 bits (260), Expect = 4.055e-26
Identity = 48/81 (59.26%), Postives = 58/81 (71.60%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+   R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   63 PPVGSNRFSPTRAPSPWEGVRLSDSVGPVCPQKLPDIANEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 143

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|1070135685|ref|XP_018360409.1| (PREDICTED: neuroligin-2-like [Trachymyrmex cornetzi] >gi|1070135689|ref|XP_018360418.1| PREDICTED: neuroligin-2-like [Trachymyrmex cornetzi] >gi|332016817|gb|EGI57628.1| Neuroligin-4, Y-linked [Acromyrmex echinatior])

HSP 1 Score: 104.76 bits (260), Expect = 4.099e-26
Identity = 48/81 (59.26%), Postives = 58/81 (71.60%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+   R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   63 PPVGSNRFSPTRAPSPWEGVRLSDSVGPVCPQKLPDIANEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 143

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|607360493|gb|EZA54824.1| (Neuroligin-4, Y-linked [Cerapachys biroi])

HSP 1 Score: 104.76 bits (260), Expect = 4.235e-26
Identity = 48/81 (59.26%), Postives = 58/81 (71.60%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+   R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   63 PPVGSNRFSPTRAPSPWEGVRLSDSVGPVCPQKLPDIANEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 143

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|307206224|gb|EFN84304.1| (Neuroligin-4, Y-linked [Harpegnathos saltator])

HSP 1 Score: 104.375 bits (259), Expect = 6.861e-26
Identity = 48/81 (59.26%), Postives = 58/81 (71.60%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQGH 82
            PP+   R+ PTRAPSPWEG+  + S GPVCPQK P+I NE EAL RMPK RL +L+ +   L  QSEDCLYLNI+ P+ G 
Sbjct:   62 PPVGSNRFSPTRAPSPWEGVRLSDSVGPVCPQKLPDIVNEQEALERMPKGRLEYLKRLLPHLRNQSEDCLYLNIYAPAMGE 142

[Close]

BLAST of EMLSAG00000007248 vs. nr
Match: gi|985410129|ref|XP_015370494.1| (PREDICTED: neuroligin-4, Y-linked-like [Diuraphis noxia])

HSP 1 Score: 104.76 bits (260), Expect = 7.973e-26
Identity = 46/80 (57.50%), Postives = 58/80 (72.50%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PP+   R+ PTR PSPW+G+  A +PGPVCPQ+ P++ NET AL RMP  RL +L+ +   L  QSEDCLYLNI+ PSQG
Sbjct:   79 PPVGSNRFGPTRTPSPWDGVRMADAPGPVCPQRLPDVSNETAALHRMPVGRLVYLKRLLPYLRNQSEDCLYLNIYAPSQG 158

[Close]

BLAST of EMLSAG00000007248 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold71_size417697-processed-gene-3.0 (protein:Tk11812 transcript:snap_masked-scaffold71_size417697-processed-gene-3.0-mRNA-1 annotation:"neuroligin- y-linked")

HSP 1 Score: 138.272 bits (347), Expect = 1.720e-42
Identity = 62/79 (78.48%), Postives = 71/79 (89.87%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQ 80
            PPI   RWQPTRAPSPW+GILQATSPGPVCPQKFP+I+NE+EALLRMP+ARLR+LQ ++  L RQSEDCLYLN+FVP Q
Sbjct:   96 PPIGSNRWQPTRAPSPWKGILQATSPGPVCPQKFPDIRNESEALLRMPRARLRYLQFIRPHLQRQSEDCLYLNLFVPQQ 174

[Close]

BLAST of EMLSAG00000007248 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold25_size650667-snap-gene-2.12 (protein:Tk06696 transcript:maker-scaffold25_size650667-snap-gene-2.12-mRNA-1 annotation:"hypothetical protein L798_05834")

HSP 1 Score: 91.6633 bits (226), Expect = 1.743e-24
Identity = 45/77 (58.44%), Postives = 52/77 (67.53%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFPNIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVP 78
            PPI   R+ PTR P  W GI  A   GP CPQ FPNI N +EAL RMPK RL +L+ V+ KL  QSEDCL+LNI+ P
Sbjct:   90 PPIGNYRFSPTRPPIHWSGIRSALVHGPSCPQAFPNIANTSEALRRMPKRRLDYLKSVRQKLENQSEDCLHLNIYAP 166

[Close]

BLAST of EMLSAG00000007248 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold276_size226481-snap-gene-1.31 (protein:Tk04712 transcript:maker-scaffold276_size226481-snap-gene-1.31-mRNA-1 annotation:"hypothetical protein DAPPUDRAFT_10046")

HSP 1 Score: 58.5362 bits (140), Expect = 4.957e-11
Identity = 29/81 (35.80%), Postives = 47/81 (58.02%), Query Frame = 0

Query:    2 PPIVRRRWQPTRAPSPWEGILQATSPGPVCPQKFP-NIQNETEALLRMPKARLRFLQLVKNKLLRQSEDCLYLNIFVPSQG 81
            PP+   R+ P  +  PW  +   ++  PVCPQ FP  + N++ A     + + +  + ++ +L  QSEDCLYLN+F P+QG
Sbjct:   72 PPVGSLRYMPPVSTPPWREVRNVSTFRPVCPQVFPRQLVNQSFA----SQGKTKEFESLRQRLESQSEDCLYLNVFAPNQG 148

The following BLAST results are available for this feature:

BLAST of EMLSAG00000007248 vs. GO
BLAST of EMLSAG00000007248 vs. C. finmarchicus
BLAST of EMLSAG00000007248 vs. L. salmonis peptides
BLAST of EMLSAG00000007248 vs. SwissProt
BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
BLAST of EMLSAG00000007248 vs. nr
BLAST of EMLSAG00000007248 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000007248 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25


Match Name	E-value	Identity	Description
-	8.470e-24	57.14	symbol:Nlg4 "Neuroligin 4" species:7227 "Drosophil...	[more]
-	3.594e-18	50.63	symbol:CG34127 species:7227 "Drosophila melanogast...	[more]
-	2.782e-12	44.30	symbol:nlgn1 "Neuroligin 1" species:9606 "Homo sap...	[more]
-	3.363e-12	44.30	symbol:NLGN1 "Neuroligin-1" species:9606 "Homo sap...	[more]
-	4.243e-12	48.15	symbol:Nlg2 "Neuroligin 2" species:7227 "Drosophil...	[more]
-	1.045e-11	43.04	symbol:nlgn3a "neuroligin 3a" species:7955 "Danio ...	[more]
-	1.667e-11	43.04	symbol:Nlgn1 "neuroligin 1" species:10090 "Mus mus...	[more]
-	1.703e-11	43.04	symbol:Nlgn4l "neuroligin 4-like" species:10090 "M...	[more]
-	1.916e-11	41.77	symbol:nlgn3b "neuroligin 3b" species:7955 "Danio ...	[more]
-	1.985e-11	43.04	symbol:Nlgn1 "Neuroligin-1" species:10116 "Rattus ...	[more]

Pages

BLAST of EMLSAG00000007248 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592758053\|gb\|GAXK01196360.1\|	4.161e-21	51.22	TSA: Calanus finmarchicus comp596152_c0_seq1 trans...	[more]
gi\|592834793\|gb\|GAXK01122751.1\|	1.695e-20	50.00	TSA: Calanus finmarchicus comp1604784_c0_seq1 tran...	[more]
gi\|592920112\|gb\|GAXK01038263.1\|	2.051e-14	44.83	TSA: Calanus finmarchicus comp958982_c0_seq1 trans...	[more]
gi\|592849241\|gb\|GAXK01108303.1\|	4.159e-13	40.00	TSA: Calanus finmarchicus comp770362_c0_seq1 trans...	[more]
gi\|592762477\|gb\|GAXK01191936.1\|	4.049e-4	32.91	TSA: Calanus finmarchicus comp40279_c1_seq4 transc...	[more]
gi\|592807701\|gb\|GAXK01146867.1\|	4.081e-4	33.75	TSA: Calanus finmarchicus comp3017986_c0_seq1 tran...	[more]
gi\|592810952\|gb\|GAXK01143616.1\|	5.216e-4	31.25	TSA: Calanus finmarchicus comp525390_c1_seq1 trans...	[more]
gi\|592822774\|gb\|GAXK01131794.1\|	6.102e-4	29.76	TSA: Calanus finmarchicus comp160970_c0_seq1 trans...	[more]
gi\|592762482\|gb\|GAXK01191931.1\|	7.582e-4	33.33	TSA: Calanus finmarchicus comp40279_c0_seq1 transc...	[more]
gi\|592882447\|gb\|GAXK01075928.1\|	1.090e-3	32.53	TSA: Calanus finmarchicus comp1868467_c0_seq1 tran...	[more]

Pages

BLAST of EMLSAG00000007248 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 2


Match Name	E-value	Identity	Description
EMLSAP00000007248	5.876e-107	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s407:23379...	[more]
EMLSAP00000001231	2.356e-17	43.37	pep:novel supercontig:LSalAtl2s:LSalAtl2s11:898398...	[more]

BLAST of EMLSAG00000007248 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 17


Match Name	E-value	Identity	Description
gi\|31076822\|sp\|Q8N2Q7.2\|NLGN1_HUMAN	7.533e-13	44.30	RecName: Full=Neuroligin-1; Flags: Precursor	[more]
gi\|391359315\|sp\|B0F2B4.1\|NLGN4_MOUSE	3.972e-12	43.04	RecName: Full=Neuroligin 4-like; AltName: Full=Neu...	[more]
gi\|31076842\|sp\|Q99K10.2\|NLGN1_MOUSE	4.039e-12	43.04	RecName: Full=Neuroligin-1; Flags: Precursor	[more]
gi\|31076781\|sp\|Q62765.1\|NLGN1_RAT	4.851e-12	43.04	RecName: Full=Neuroligin-1; AltName: Full=Neurolig...	[more]
gi\|31076824\|sp\|Q8NFZ4.1\|NLGN2_HUMAN	1.714e-11	39.24	RecName: Full=Neuroligin-2; Flags: Precursor	[more]
gi\|31076782\|sp\|Q62888.1\|NLGN2_RAT	1.799e-11	39.24	RecName: Full=Neuroligin-2; Flags: Precursor	[more]
gi\|83305800\|sp\|Q69ZK9.2\|NLGN2_MOUSE	1.943e-11	39.24	RecName: Full=Neuroligin-2; Flags: Precursor	[more]
gi\|341941177\|sp\|Q8BYM5.2\|NLGN3_MOUSE	2.016e-9	37.97	RecName: Full=Neuroligin-3; AltName: Full=Gliotact...	[more]
gi\|31076783\|sp\|Q62889.1\|NLGN3_RAT	2.428e-9	37.97	RecName: Full=Neuroligin-3; AltName: Full=Gliotact...	[more]
gi\|31076855\|sp\|Q9NZ94.2\|NLGN3_HUMAN	2.428e-9	37.97	RecName: Full=Neuroligin-3; AltName: Full=Gliotact...	[more]

Pages

BLAST of EMLSAG00000007248 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
EEB12234.1	2.151e-26	59.49	Neuroligin-3 precursor, putative [Pediculus humanu...	[more]
XP_006561619.1	1.575e-25	58.75	PREDICTED: neuroligin 4 isoform X2 [Apis mellifera...	[more]
XP_006561618.1	1.575e-25	58.75	PREDICTED: neuroligin 4 isoform X1 [Apis mellifera...	[more]
NP_001139209.1	1.763e-25	58.75	neuroligin 4 precursor [Apis mellifera]	[more]
XP_016769329.1	2.093e-25	58.75	PREDICTED: neuroligin 4 isoform X3 [Apis mellifera...	[more]
AHN57419.1	3.841e-25	57.14	neuroligin 4, isoform E [Drosophila melanogaster]	[more]
ACZ94957.1	3.841e-25	57.14	neuroligin 4, isoform B [Drosophila melanogaster]	[more]
AAF55745.4	3.841e-25	57.14	neuroligin 4, isoform C [Drosophila melanogaster]	[more]
ACZ94958.1	3.841e-25	57.14	neuroligin 4, isoform D [Drosophila melanogaster]	[more]
gb\|KYB27544.1\|	8.466e-25	54.88	Neuroligin-4, Y-linked-like Protein, partial [Trib...	[more]

Pages

BLAST of EMLSAG00000007248 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|987919893\|ref\|XP_015436033.1\|	4.722e-27	60.49	PREDICTED: neuroligin-2-like [Dufourea novaeanglia...	[more]
gi\|1059382248\|ref\|XP_017785942.1\|	1.446e-26	60.00	PREDICTED: neuroligin-4, X-linked-like [Nicrophoru...	[more]
gi\|307175320\|gb\|EFN65348.1\|	2.086e-26	59.26	Neuroligin-4, Y-linked [Camponotus floridanus]	[more]
gi\|641660646\|ref\|XP_008181564.1\|	2.420e-26	56.79	PREDICTED: neuroligin-4, Y-linked-like [Acyrthosip...	[more]
gi\|322789412\|gb\|EFZ14717.1\|	3.408e-26	59.26	hypothetical protein SINV_12328, partial [Solenops...	[more]
gi\|1009381907\|gb\|KYN04732.1\|	4.055e-26	59.26	Neuroligin-4, Y-linked [Cyphomyrmex costatus]	[more]
gi\|1070135685\|ref\|XP_018360409.1\|	4.099e-26	59.26	PREDICTED: neuroligin-2-like [Trachymyrmex cornetz...	[more]
gi\|607360493\|gb\|EZA54824.1\|	4.235e-26	59.26	Neuroligin-4, Y-linked [Cerapachys biroi]	[more]
gi\|307206224\|gb\|EFN84304.1\|	6.861e-26	59.26	Neuroligin-4, Y-linked [Harpegnathos saltator]	[more]
gi\|985410129\|ref\|XP_015370494.1\|	7.973e-26	57.50	PREDICTED: neuroligin-4, Y-linked-like [Diuraphis ...	[more]

Pages

BLAST of EMLSAG00000007248 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 3


Match Name	E-value	Identity	Description
snap_masked-scaffold71_size417697-processed-gene-3.0	1.720e-42	78.48	protein:Tk11812 transcript:snap_masked-scaffold71_...	[more]
maker-scaffold25_size650667-snap-gene-2.12	1.743e-24	58.44	protein:Tk06696 transcript:maker-scaffold25_size65...	[more]
maker-scaffold276_size226481-snap-gene-1.31	4.957e-11	35.80	protein:Tk04712 transcript:maker-scaffold276_size2...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s407	supercontig	LSalAtl2s407:233796..279282 +

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	snap_masked-LSalAtl2s407-processed-gene-2.3
Biotype	protein_coding
Evidence	IEA
Note	Neuroligin-1

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000007248 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000007248	EMLSAT00000007248-703095	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s407:233796..279282+

gene from alignment at LSalAtl2s407:233796..279282+

Legend: mRNA

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

>EMLSAG00000007248-690014 ID=EMLSAG00000007248-690014|Name=EMLSAG00000007248|organism=Lepeophtheirus salmonis|type=gene|length=45487bp|location=Sequence derived from alignment at LSalAtl2s407:233796..279282+ (Lepeophtheirus salmonis)
ATGCCTCCTATAGGTAGATATATCTATTGGCTTTTACCCAGAAAAGGACT
TTCGATAAAATCCTTCAGTAATATGTTTTTAATTTTTTTTTCTTATCACT
AGAACGATTATCTTTGAGACCATTTTGAATTTACTGTAAAATATTATCAA
ATGTTCTTCACCAAAAAATTATTGTTCCGCATGTAAATACTACGTCTAGA
TAAGTTTTCAGAGACATATTATTTTTCATTATGATACAACTATATCTTAT
GCTTCTTCTGTGAGTCATTCTTCAAAATGAGTATAAATAAAGTTTCAATT
TTATTGGGTAACTTCCAAAATACACTAACACTATAACGACGATGGTATCA
TTTTTGATACCTATGATNCTTTTACCCAGAAAAGGACTTTCGATAAAATC
CTTCAGTAATATGTTTTTAATTTTTTTTTCTTATCACTAGAACGATTATC
TTTGAGACCATTTTGAATTTACTGTAAAATATTATCAAATGTTCTTCACC
AAAAAATTATTGTTCCGCATGTAAATACTACGTCTAGATAAGTTTTCAGA
GACATATTATTTTTCATTATGATACAACTATATCTTATGCTTCTTCTGTG
AGTCATTCTTCAAAATGAGTATAAATAAAGTTTCAATTTTATTGGGTAAC
TTCCAAAATACACTAACACTATAACGACGATGGTATCATTTTTTGATACC
ATGATGTCTTTGTCGTAGATGATATATAAATAATAAGCTAATTAAAAAAG
CTTCTGAGTTTGGTGACTAGTTATATTCCGTGGCTGAGAAAAAGACATAT
ACGTTCTGTGAAGAAGAAACATGGCATCTACTAAGGAGATACAATACCCT
TGAAAGTAGGATAAGAAGTTTATGAGGTTTTCGCCTAGATTTGAAAGATG
TAAGGAAAATCCATTTTATCCCTTATTTATAAAACTAATGGTTGTTTCGT
AGATGTTTTAAAAAAAAATTACCAACTGCATTAAATTGGAGTTTTCTGCG
ACTTTAGGGTCGAAATAAATAAAAATTAATAATACGAATAAAAGCAACAC
TCCTGTTGTTAAGAATCCAAAAATATCTTAAATTTGATTTTATAAAATAT
ATGTTAACATAAATCTTTTAACTTAGTTCATTATCCAATTTTAAGTATAC
TTCTTTGCTTTTTATAATTGTTGACTTCTGTCAGTATATATATGTTACTT
ATAAAAACCGAAATTATGGTTATTTTTATAATATAACACTCTTAAAACAC
TGCATTTAACATAAGTAAAAAAAATATTTTTATTGTCAGATATATATTGG
GCAGTCTTTTGTCATACACAACATTAATTACTAATTTTTTCTTGCGATCC
AATATAGCAAACAATTTTGCACTGCCCATTTTTTTAGGGAAACTCCGGGG
CATTACATAAAGTTATATTATAGATGAATTTACTGATGACCCAAAGAATA
TCAAGGGTTTGTTTTCATAAAAAAAGCATATATTCGGGATTTAGTAAAAA
TTATTAAACAATCAAACATATATTAAAAGAATTTAATAGAAATAATAAAA
ATTGTGCTTAAGAATCAATATAACAAAAAGCATAATGGCAAAGTTAACAT
GTGAACATAAAAGGCGGAGACTAATAATTAGTATTATTGGGGAGTCCAAC
AAGGATTGTTTGATTCAAAATAGAACTGAAAATCAATATTGGAGTACTTT
CTGCCAATGTCCTTGCTCGATACGAAGTGGGATTTGTTTTTATAATCTTC
ACATAATCTAATCTTATGAAATGCCATACTGAACTGCTGTAAAATATGCT
AAAAATATCAGGGTAATCATTTCTTTTTTTTTATCATACTAGCAGGATAT
ATTTTATACAACTCTAGTTATGAGTAAAATCCAATGTTAATTTAGGGTCG
ACTCAAACATAATAATTTCAGTCTATGTCCTTACTAGATACGGAGGGGAA
GGGTTTGTGAATATCTTAGCTTTTCTAAGCTAATTCAATAATATGTCATG
AATTTACTTCAATTTAAAAAATTAAAAATTTCTGATGACATCACTATCTC
AAAACTTAGTTTGACTTTATTATTCTTATAAATTCAAGGATAGTCGAAAA
AGTAAAAATGCATTTATCACANGGGATAAAAATAATTAATTGTTTTTCAA
ACTTGGTCATTGAAATTTAAATCCAAGTATATCACATTTGATTGCAAATT
ATAATTATTACCTCTTACCGATTCCTCACTTTGTTAGTTTTTTCATTTGC
ATGGATTATATAGATTAGTCCTTTTTAAGTTATAATGAGCATATATTTTT
TGAGTCATTAAAAGCCAAAATGAAGAAAGAGTACCAACACCAAAGTAATC
TTCAAATCTAATAAATTATCATATAACACTAAAATATAAATGATAATCTC
TTAAAAAAGAAATAACTCCATAGAACTCAAACATCAATTTAAGGTTATTT
TACATCACTAATCAATACATCAAGCACAACTAAAATTAGATAGGGAATAT
AAAACTTTTTTTTTTACAATTAAATTTTTTGACTTTTGAAATTAGTGAAA
GAATAAAAATCAAATAAATCCTTATATATTTTTAAAAAAATCATCCTTGC
TTGTTTTTGTGTTGAAAGGTCATTTATATATTATAATTGTCAAAACCGTT
TGATTTCTTATTTAAAGAACAGTTTTTTTTATAAATATTTTTAAATGAGA
TATTGAAAAAAAAAAGATTTAAAGATCATTTTTTTTCTTTTTTTTCAAAT
AATTTCAATTTATATGTAGAAATAAAAGCATTTTGAGTTGGTAAATATAC
GGATGATATTTTGCTATGAAAAAAAAAGTTCGCAAAAACGGGGTGTTGAA
TAATTAACTAAATTAAAATAATAAAATTATTTTCAATGATTTTACAACCA
TTTTATAAATAATAAATATCAATTTCCATATTATGGGATGTCTATTTCCG
CCAATAAAAACCACTATTAGCAGAGATGATATATTCGTATACTCATGGAG
GCCTAAATCTTTTTATCTAAAGTCTTGACGTTGTTTTATTTTATTTATTT
TTTGTTGTGGGTGGGAGACATATATTTGAGCATCGTTTTATGACAGTTTG
AGACTGAATGTACCGGTTCCAATATCAATTTATTACAGTACTGTTCAAAA
TGCTTCTACACTGATAGATAGGTATCATTATTGAAAGTGGGTATATGCCG
GTTTTTCGGATGTACTCCAAGAATTGAATTATGAATGAAGCAACACATTA
CCGAATTATTCTTAGGAATCGATATTTACCAAATTTTGTGTCTTAGTAAT
TCGGACCAAGTTTTTTAAAGGACCAAATTAGTTTGGCCAACAAAAATTAT
CAAGGTTTCCGATCGGTCTAGAATTTTCCGACTTAAGCCCAAGGCTAATA
GGTATGGACTATAATTTTTATGTTTCAAAAATATTTAAGATGTAGTGTAC
ATTCATAAAAGAATTATCATAATTACTGAATCCCAATCTTTAGCAAAACT
AGTAGTTTTTCAATTTGCATAAAAGCCTACAAAGCATATTATTTTTCCAT
TTTTTTAGTAATGTTTTTTATGCATCTTTGAGTACATTAATATGAGGAGT
TTATTTACAATTTTCCGTTTAATTACATTTATTTATTTATGCTATAAGTA
AACCTGTTTTTTGTTCCACATGCAATGTATTCCTGTATTCATGTTCAATT
TATTAAAATTAGGAAGTCAGCTATCTGATTAGCTGACCGAAATACATTAT
TCAAATTGACAGGCTACAATGTTATTTTTTGTTTTCATTACCAGTAGATC
ATATATATTAAAACTCTAAACATAGCTATCATATATCTTTTATAAGAATT
AACTTTTACATGCCAAATACTCTCATATAAAGATTATCCCGTTACAAGAG
ATGAATCAGTCTAAAAAAAACTATAAAGACAGTCCTTGCTTATCATGGAC
CAATCTCTTTAAGTCTTTTATTAATATGCAGTTTCAGCTGTTGAAGTGTT
ATCTAAATTTGGGATCATAAATAATCATTTACAACAAAAACAAATTTTCA
TAATCAGTTCTTGAATTAACTTTACGTCTWTYTAGCCGTATTATACTATT
TTAATAAAAGATCTAGCTATCAATTATATTTTCTTCGGTCGCAAGACTAT
TGAATGTCAAAAAAAGTTGAACCAATTAGAAAAAAGACTGAAGCGGACAG
GGGAAATAAATGGATAAACAGAGTCCTAAGACTATTTCTTTCTTCATATT
TAATACTCAAAGCTATAAATTAAGAGGCAAAACGAAGAGCATAAGATCAA
TATTTATCAATATAAGTTGTTTAGTGATTACTTTTTATTCACTAGAGGGC
GTCGATTCCAATGGTCTATAACTAACCTTGCAACATCTATGAACTCACTC
TTTACACTTAATTAACCAGATGAACTCTGCTTAGAGAAAAATAAATTGCA
TATGTCAAGAATGTAAGGAAAATGAGCATCTATGATATCACTACTGGTTA
CGCAAACTGTACACTGGATGAAAAAAACAAAATTTGCAATCATCAGATAA
CTACATCTGCATAATTAATATATAAGTTTCTTATTGATTTAATAGGTATT
TTATATTATTTTCCATATTTTGACGAACTTATTTACATAAAGACTAATGT
GAATAAAAATAGACAAATACAAAAAAAAATGTATTTATTGAAGTTATGTA
AATATTGTCTGACTTTGCAATAATTCTACAATACAAAATAATTAACTTCT
TGGAATTAATTTATAAATTATACATTGTTGATAGAGGATAATTAAGATTA
TTTATGTGTTTTATATTTATCATTTATTTGGAAAAGTGAAGGCTAGAAAT
ATGAAAGACACCAATTCAACTACATTTATATTCTTCTACAAATTATCGTC
AAGTCTATCACCAAATTACAGTAGTCAAAAAAATTTCAACTWCCCCCCCC
CCTCCCCATTGATAAAGATGGTTTGTTCTTGGTTGCTTTTAAGCAAAAAC
AAATAAAAATTACCCAAAACTTCTAATTTTGAGATCTATAGAGTATTTTA
AAGAAAAAAATATACAAAATATAAACTATTTAGTCTTATATAAGATAAAA
GATTAAAATGACGGAAAAAATATTTTTTTAGTTTTTAGGTAAATGTTTCC
CGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNATTCCAAAAAATGTTTTAATAATTAATGTATCATCTT
CTTAATCGGAGGAAACTATTTCAAGTACAAAAATTGATGTTGTCTTTGAA
AGTCTAAAAAATTTGTCATTTGTAATAAACTGAAACCATACAAAAGAGCA
TTAAAAAACATTTTAAAAAGTTATTTATGACTTGTTGCTGGATGAAATAT
TTTTGTTTTAGTTACTGTTTAAGATCGATGTCGCATCTTCTCTTTAAGGA
AGGTCTTACTAAATCAAGCTATCAAGACTTCTTGATAGCATAAGAATAGA
AAATGTTGCTTATTGTAGATTGCAAAAACATAAATTTTGGTATATAAGGG
TTACTTTCATGTTGACTCGAGATAAAATCAATCGTAATCCAAGGTCAAAT
ATTTGTTGAGTAGTGTTATTTATTTTAAATAATTAATTTATTTTATAGGT
GTTATCATTTGCACTTAAATTAACAAAAATGCAACTTCATAATGATTTAT
TTTTTTCTTTTATATTGTTAATCCTGGAGTATATATACCCAAAGTTTAAG
AAAACTCCAATTTAATGCAGMAAGCCGTATGTATGGTAGCATGTAACTAA
TAATTTTTTATTTCATTTCTTTTTAAAAGTCACATCAATATAAATAAAAA
TAAAGTCTATAAGTCAACACTTGTACTATTTTTACATTACTCTTTACGCA
AACCATATACTGGATGAAAAAAAGTAAATTTTGCAATCAGAGTACAACTG
AATAAAAATCAAGATAAATTGGAAATATAGATCAATAAAAACCCATGTAG
TATAAATAGTAAATGACGAATTTATTTTTAAAGTACAAGTAAATAAATAT
GTCATTTTAATTTCAGGAGGTAATTGCTGTCAATATCCTAAATTTCTGAA
TAAACATTTCCGAAACAACCAGTGACATTGAACTTCTCAATAAAAAGTAA
AATGTATTTCTAATCCCATTGGGGATTCCGGGAAACCCCCAAGACTTCTT
ATCGAGACAAATTACTTTATTTTTCCTCCACCAAGCCCATTTTTTTCAAC
AGAAAGAATGAAAATATTTCAAAATGATATCAGGGCCAAATTAAGTCTTA
TAAATAAAATAAAGATTTTACACCACAGTTAATATTTTTGGGTATCTCAA
TTTAGACATAAAATTAGAATAAAAAGCCTGTATAATTTACCAAAATATTT
CTTTGAAACATTGAACTGTATACATACAGTATGTCTCAATATCCCTCGGA
CACTTTTTTTCATCTAAATAAATAATTTATAACGTATGTTAACACTAATT
TTAGAAGAATCTCTTCAACTTTATCAGAATGTTTGGCATTTACGGTCGAA
GAAGGCATTTTGTTGAAGTGCTCCTCAACAAAGGGCTTCGGTTAAGTGAT
ATTTTAGTCACAAATTGTCCTCACATTCTAGGTAAAGAAGCTATTCATTT
TACAATTAACCAAGACTGGAGGAAAGGCTTTTCAATCACTTCAGTTTACT
CCCAGCATCATGACTGATTAAGAATTCTTTGACCTTACCTTATGTTAAAC
ATTTGGATCACAATCTCTAGGTTACTGACGTCGTGCCTGGTACTCAAGAA
ATTGTTTACACAGTCCACAGTGTATAATGTTTTTTTCTACAATTAAGACA
TATGTTTTTATACTGAAAACAATTTAGTTATGTGATGGATTTATTTGAGC
TGTTATGCCTCATAAGTGCTGTTATCTCTAGGTTATATGTACACAAATAT
GAGAAAACTAGGTAGCTATATTTTTCATTTACTTCACATCATAAAGAAAT
TTAATTAAAATAGATTTTTAAATTAATTTAACTTTTATGACGGGAAAAGT
AAGTTTTTAAAGAAAGGAGAAAGGGCTTAACAAAGAAAAGTGACCATATA
TTTATAAACATACAATATGAGATTTAAAAGATTTCTTTCTTTTTTTAAAA
AGAAAAAATTGTAGAAATTGTAAAAAAGATAAATGGATTTAAGATCTATT
TTATAGCTTACACAATAAAAATACATATTCTATTTTAATAGAAAATGTTG
TGATTTGACATATACAAATATAGAAAGAACAATGAAAACAAAATGTCTAC
TCAACTTACATATTTTCCTTTCCGTTACTTACTTGGGGTGTTTATCCAAA
CCAGAGGCGGKAATATCTGGTCTATATCACATTAATGCTCAAATCCTAGA
AACATTTCATTTAACTAACGGGAGTACCCGGCATAACTCGGAGTTATTAG
GCGTCTACAAACAAACAAACAAATTTGAAAATTAAATTTTGAAACATTAA
ATTTTTTTCAGCTATTCTCAAAAAGTTAAATTTTTTATTGTAAACAAAAA
CATTCTAGTAAAATGCAAAAATTCCTTAATTTGGGGGGGGGGGGMAACAG
CCTTTTATCATCGAATTTCAAATTTAGCAAGACAACATTGACTTCCAAAA
AATTAAAAAAAACACATGTGACATTTGATATAGAAAACTAATATTATTTC
TTCATCGAAAATATGTATGTAAAAAAATTATTTTTCGTCAACTTTTATCT
ATGTTTACATAATATGCAGACAAAACTTTTTTGAGATGATAAAAGCCATA
ATAACTAATCTACTCATAAAAAGAAAAGTTAAAAAGTTGTGTAAAAGGTG
TAAATATTGATTTTTCACTGATGAAAGAAAGAGCTTTAAATTTTCGGAAA
ATAAATAATCATTCTTTTAAGAGTTATTAATTAGGATAACCAAAGAATTG
GTAGTTTGGTATTATTAGTATTTTTTTTTTATTGCTTTCAAAAGTTGTTT
TATATATATATACATAAATATATAACAGTTATTTATTTGATTTGATAATT
ACCGAAAGGTAAATATTGCTTACAAACATAGATATTAGAGTTGTGTACAT
TCAATAAATAATAATGTATAATATTAAATAATAATGTATAATATTAAATA
ATAATCTATCACTAGAAACATTTTGAGCAAGAAAGCGAGAGACTTTTAAC
CTCCCCCCCCCCTCTTCCCCCCCACTCCAACAACAACCAGGGGNAYAGTG
TAGAAATGAATAAAAAATAACCCTGTTATTAGATCCAATTTAGGGAATCT
CAAATTTGAAAAAAGAAAATGAGTTAAAAAATCTATAAGAATTATAATAA
TTAAAATAATAGAAAATCATGAAAAGATAAATCCAAGACCTCTTTATATA
CCTGTAATCTCCGACAGCCAATGACGGCTTCTAAGATATCCATTGAATGG
ATAGACTTCCAGCGTTGCTGAAATAGACATGAGTTTATTTTTAACACCAT
ATATTATTCCTTGGACTTTCGAAATAATATATTCAATTGTCAGGCTTTGT
TTTATGTCGATGATATTGCTACTAGTCAATCCAAAGTGCTGAGCTCATGG
CCGTACTTTTCACAGATAATACAATCCTTCAATTTAACAACAAGAGCCAT
TTCTGAGAAAAAATAAAATAAATAGATTGTGGTTTCGATATTTTCTATAC
AAAAGGAGCAGAGTATAGGCTCAACATTTTGTTTTGACATATTGGTAAAT
AGAGAAGAGGTGGTAAATCTGTATCTCAGCCCTTTTTTATGGGAATCTGT
TAAGATGTTTTTAAGTATTGTCTTTGGACTACCTTTACGATTTCTTTCTG
TTCCAGTATTCACAATCTTCTACAGACGATAAGAGACGGCCCTCTTTTGT
TGACACTTTTTATTTTAGATCGTATTCTACTATTAAATAGTGATTTCACA
ACTATGAAGAAGGGTGTTGAAGTCTTGAGAATACAGGTTTTGGAAAAATA
GCTTAAAACTAATATCTTGGTTCCAATATTATATATTATTGTTCCAAAGA
GTAAATCTTTTTGAGGGTAATTGTTAAATAACAAGATTATAAGATTCCTA
TACATTTAAAAAAACTCAAAATTTCAAGAGTGCTTGCGAGGGGAGCAGCT
AATTAAAATAAAATAGAAATAATATAAATATCAATATTCAAGAATTGAAA
AATTAATATTCAATGTTTTAAACAAAACGTGACACTTTATGATGAAAAAT
TTAAATTTTAAACTTCGTTTCTGCTTATATCCTTTCTATATATGTACTTA
GTGGTGTTTGTGAATATTTTGTTCCTATTGAAGGTGCTTTCAGCCAATCA
TATATAACATTAAGACAGCTCTCTTCCCAAATATTCTTCAATTTTTAGGT
TCACTACGTTAATTTTCGGTTTATTATATCTCATGTCAGAGCATTTTATT
TTGCATATGAATTAATAAGTTAATTTTTATGTATTCAAATAGGTAACTAG
GTAGATTTATTAAAACACTTAAACATTGTAAACGACATTTCAAGATAGGA
AAGACAATCTCCATACATTTATAAGTAGTTTTTTCTACATATATACAATA
ATAAATAAGGAAAGTCTCCGAAATGTGATATTTGGAGGAAAAAAAAGCAA
AGAAATATTAAATTATTCTTGAAATAATAAATTGATGGTAATAAAAAATC
GACACTAAAGCTGAGCAGAAAAAAATAACCATTTCCTACATATATTTTCT
ACAAGTAAGTACATGCCATATTTTTAAATTATTGCTCTTTCCATTTTCAA
GTTAGATTAAATTAATTTTTAAAGTAAGTGTTAAGTATTCATATATGTTC
TTAGCATGTAGGTTCGTTGTGAAAGAAGCTATGTAAGATTACGCCTTTGT
TCAACCATTTATGAAATATTCTACAAAAAAGCAAAGTGGTAGGATTTTTC
TCAAAATTGAGTGTGGATTACATTTGTATTCTTCCACGAATTACACAAGT
CCACACAACAATATATTTCAAAAATCTTTTCATTTCCCGTATCCAGTTTC
AGGCAAGTTTTGAGTGGGAAAAAAAATCAATTATTTTTTTTTGAAGAATT
GTAGGTTAATTTTGAATATGTGCTTATAGTTGATATGCAAAAAATGTATA
TTTTTTGATACATTAAAAATTCACTTTTTTTAGGATTCTGTTTAAATTTA
AAAATAATGAATTTAAAAGTCTTATGTTACCATCAATTTTAACTTTCTAT
ACTATGGATTATTTAATTAGAATAAAAAGTAAGGTCGTATGAAAAAATGT
TCCGGAAATATATTTATATTAGGGATGTACAGCGAGTTGAATTTTGCTGT
ATGAGTATTTGCGAGTTTGTAAAAAAAAACCACTCGAGGAATTACAACCT
TTACTCGTTACTCTCCTAAATACTTGTTACTCGCCTGAATATTCCTAAAA
TTACTGAATACCCGTTACTCACCCTAACACTTTTTTCTCGCTAAATTACT
TGTCAGTCCAAAAAAAACATATTTTTATACAGAATTATTGAAACTAGTCA
TTTAATTTTTATTACTTTCGTAATTTATGTTCCACAAATTAATGTAATAA
TTAGTTTAACCAATTAATACATTATTATTTGTTTAACTTATTAGAATTGT
GATCATAAGCGTAATTCAACAGTTTCTATACTCAACACTAAAATATTTAT
TATAGTCTGGTTATAACATATAAATTTTATGTTTTTAATGTCACTGATGC
TTATTAGTATGAATGCATATTCATGATGACCCATTTAATGACAAAAAAAA
TATGATAATTTTATTTAACACTTTATTGATAATATTTTGATTTGCCGTCA
AATATTATCTAATGTTCAAACTTTAACCTTCCCAAAAATTGTATTTTATT
AAGTATGTGAAATATAAGTCTAGATCTACTTTTGAAGCGATAATATCTTT
AATTATCCTCAAACAGCGGACAACTAAATAATTTTTATGTCCGACTTTTT
TTAATACAAACCTGAGTATTTTTTTAATTTCATATTACAATCATTTTTAT
GTTTTTTGTGAGATCACAAATATATATTTATAATTTTTTCTATGCTAAGC
AGCAAGTTAATAGTTGGATTGTAACTATATAAGTTAGAATGCACTCAAAT
ATTATTCTTTTTTCTTTTTTGGCCAACATAGTTTTGGAACTTTAGGGCAT
CATTTTTATATACCAGAAGTCTGAGAAGAGAGGTTGTTGTTCTAATGTGT
ATTCACTGTTACTTTTAACTTCTTTAAAAACCGGTTTTTTATTATTTCTA
AATTATAGTGGAAAATACATTGCAAAGTTTATATTTCAGTTATGTAAAAA
TCAAAAAAATATATTTCATAAGCAAAGTTTTGATTATTTCCTTAATGTGC
CACGAGATAAAAAATATTAAGTAATAAATAAAGGAACGTAAAACAATTTA
AAATTATAAAATTTATGAATGGCAAAATAAGTTTCTTTTTAATAAAGTTA
AGAAAAATTATGACTTAATTAAAATAATTTATGAAATTATTTGAAAAAAA
GGAGTAAATTATGTTAAATTTTTTTGTGACAAGGATATATTAATGAATAT
AATAAATATATATGTACATAGAATTTATTAAAAAATTTCCAACAAATTCA
ATTTGTCCAATAAAGCTGCATGTCTAAATATTTTATTTTTATTTTTTCTC
CAAGGAAAAACTAATCTAAAAAGTGTCACTCAAGAAATATCCTGAACAAA
ATATGAGGGGGAAAAAATATTATCTATTTATTGCAAAAAAAAAACAAAAA
AACATTAAATTAATAAGAAAATGTATAGTTTGAGGCTCAAATAAATATTA
TTTTAACTGCATTACAAACCATGCATAAAATTTAATAAGTTGTCCTTATT
GTAGAATACTGAATAGAAGAAAAAAATGTAGATTTTTTGTAAAACAAATC
AACATGTTCACGAACAATTTAATACAAATGTTTCATTTTCAAAACATTTT
GTCGAGAGTGCTTTATTTTTTCACAAATATTATCATTAATCTTTACTTAC
ACTAGTCAACAAATCTTTAGATTTAGATTAAGATAGTGTGTTTTAGATTA
TTTTATTTCGAGAAACATGAAAAAGGACATTTTAAATTCAGATTCTATGG
CCTACAGAGAGTAGTAACATTTATATCCAATCAATTAATCTTGATAGCTA
AATAAATGTCCAAAAATATTTTTTCGGGCAAAATATCTTTAATAAAATCA
AATTTTTCCGAAGGGTTTGGACTGATTTAATACAGTGAGCTGCTCCATCT
ATGATGAAAACTTTCAATCTTTTGCCTTTGAAATCCGGACAAAAATGTTT
TAACAATACTGATTGCAACATCTGTCATTTTTTGTTCTCGGGTCTTGTAA
CATCCTTCAAACAAATTAGTTTAAGTCAACCTAAATAAAGAACAAATACA
TATTGCATTCATGTTGGGGTTCTGTAGTTTTGTAAAATGTACGAAATATA
TCATTATCTCAAGTTCTTTCTTTATCTTGGACAAAACTACTTGTATTTGA
GACTCCATTGATTGGTTAATGACATAGCGGAACGAAACGAGTTTTCCAGT
ATTTAGTTCCATGAACTTTACAAAATTGGGATAACAAACGATATGGAGTG
ATATATTGAAGGGAAAAAACTTATTGGTGATATTATTCTTGAAATTATAA
TTTTAAGAATTTGCTCTAATTATATTCCTTGCATACATCTCTAAATTATT
TTCAGGAATAGTACTTTTGGTATGNCATAGTGTTGAATTTTTTCATCTAT
TTAGTATAAAAATCACGTACACGCCCTTTTCAATAACTAAAAACATTGTC
GTATTTACAAACATTTGTATCTCCATTTTGGCCAATCAAGGAAGCTAATT
TCAAATTGATAGTGTATAATTAAATTGATTTTTTAGATATACAGTCAGAA
GAAGGTAAGCAGAATGTTGTAAATAAAAGGAAGGGCATAGCTTAGGACAA
GAAAAAACAATCATCAGGTTGCCAACTTAAAAAACAAAACAAAAAACAAC
GGGGAGTAATATGTGTGATATMCCGTTCATTCCAATTTAGCCAACATTTC
TATCCATACATGAGATTAAACTTGGAGTGGTTATCAGATGCTGTCGGTCC
CAAAAGAGTTAAAAGGAACACTGAAGGAAACTCTTCCAAAATTATTATTT
GAGAAATCTTAATCAGAAAATATAAAGTTGTTTATTATCCATAAAAGGAT
CCTTATTCAATTAATGATGTTACCAATTGAACTAATCATTAGTAATGTAA
GTCACTATCCATTGCAGTAAAGTAAAAAAAAAAGGTGTATTATACATATT
TATATATATAACTACTTATGAAAGATTATTTGATTTAAAGAAGAGAATTA
TGATATGAACTTTACATTATAGCTTTATCTTATATCCCANGTGAGATCAT
TGTTGACTTCTTTAGTTAATATACAGCTTCTAGTTATTTATATGGATTTT
CATGAGTTTAAAATATGTTTATATTTTTAAAAGAATCATTCAAAAAAAAA
TACGATTCTAACGTGACAACTTGTGAACTGCATTAATTTGTTGTTTCTGT
GGTTTTAGAGGAAGGTCTAGGGGGAGGMAGTTATCCTGTCGACGTATCCT
TAACACTTGTAGTAATAATTCGAAAAATTAAGGCCGGTGCTACAGGGTGA
CGTCCCCTCCATCCATAAAAACGTCATGAAATAAAATATTTACTCTGTTT
ACCAAATGATCCATAAAAAGGCTTGACCTTCACTGAAAAAGTTATTTAAA
AAAATATTATTTAACATTGTTCTTTATAAAAAAACAAAATTTGATCCATA
TTGGCATTTAATGAAGTCCCATTATTAAAATGAAAATTATTATATTAAAA
ATAAGAAATCAGTTGGAAAAAAGGTGATGTCATTCGAAAAAATTAGGATA
TCAGTCGGTAAATTTGAAAAAAATTAACCTTCTTCTCCCTCTCAAAAAAA
ATTCTACCTCCGGTTTTTTTCTTTTTTTAGTATCAAAGAAATACATATTT
TAAATTAATGAAATTTGAAGGTTTTTAATATTTTAAAATTAAGACTGTCG
AATTTTCAGTTATAAATTGAGAATATTTTTATTCGGTTAACTTTTCTTCT
GATGTTTATAAAAAAAAGGATTTTTCCATACTATTTATTAATTGTTAAAA
AAAAAAAGATTTATTTCCTTAAAACAAAATCTAATTTATTCTCTAGTAAC
TAAAGTTGCCGAACGTTATGAGCCCATCAGAAGGTGAAATAATAAAAGTA
TCTTCCCCTTTTCCTTAAGTAATATTTTTCCCAAGAAAAAATTATAATTT
ATGAACCATAATCCTGTAAATTTATTAAAAGTTTATTTATTTCTTACAGA
TGGCAACCCACAAGGGCTCCTAGCCCATGGGAAGGAATTCTACAAGCCAC
GAGCCCAGGTCCAGTGTGTCCACAAAAATTCCCAAATATACAAAATGAAA
CAGAAGCGCTTTTAAGAATGCCCAAGGCGCGTCTACGTTTTCTACAATTA
GTAAAAAATAAATTACTACGGCAAAGCGAGGATTGTTTATACTTGAATAT
CTTTGTTCCTAGTCAAGGTAAGAAAGAGATTGTTTATTTAGTTATATAAT
TTATTAAAATGAGCACTTTAAAAAGTTTAAATAATTTATGGCTATTATTT
TTCTGATGCATATGTATAGAACTTTGAAAGTCTATTGAAGGCTTTGTTAT
AAGGTATTTTTCTAATAAGCTATCTATTAAAATTCTATTAAAAATATTAT
TGTTGTTTAAAAATGTCTTTGAGGGAATGAGGAATTTAGATAAAGAAAAA
GGAACATAAATCACTTATGGGTCTTTATATATTAATATCGAAATGCATTT
TTTGCTTGTAAAGTTGATTCAAATGATATACAGGCTGTAACAACGAAATC
CGGTGCTTCATATTTCCTTCATATATGATGACTAAATTGTGCAATATTTT
TTGTGGGGAAATATACAGATTAAGGTTTGACTTAGTAGCCAAAACACTGC
TATGGAGTCAACAACAAAAGAAGATTTTAAGCCTATTGCATTCTCAGAAA
CAGAACGCAGGTAGACTGTTAAGATTGATTTTTGGTGAAAAGGATCTGGA
TATTCGCAATGGTGATGTCTCAAGGATGAGAAGGTTGGACTTGAGAACGA
TTGTATAGTTTAGGAAAGCCCTCATGGAGACCAAGGGCTCAGGATTGGCT
ACACTGTTTCGACTGATTTGTTTTACTATCTCGACCAGTATCTGATGGAT
TATTTTATCTGGAACTACCTTGAGTGAACGGATAACAAAGATCATCACAC
CAAGAGATCCCTGATCGACTCCATTGTCCTAGAATGCAAGAATTTAAATT
GAACTTTGATGAACTTTTTTATATTATAAAAAAGAAGTGTTGTAGTTGTT
CTAGGTATCTCCTAATCCAATTCATGTTAAATAGGCTTTGAGTTAATTTA
CATATTAATTCAAAAATTCACAAAAATGGAATTTTTTTAAATATACCATA
CATAAAATTAAGACATGCAAAGAACATTGACTACTCAGACATATATGTCT
TTTAGAAAAAAAGGTACTTAATTTATATATATTTTTTAAACATTATTATT
TAATTCAAGATTAAATCTCTTTTGATACTTAATAACGTTATATCGTGTCA
TTGAGATGTATAAAAAATGTATTCTTCCTAAATTAAATTGACATACAGTA
CCACTAATTTATGTATGTATATTTGACAAGATCTATCTTATCAAGAAATT
ATTTGAATTAAAGTTGTATTTTGAATGGCATGTAGATATAAACCGCTTTA
AACGAATATTTAGGGTGAGAATAACTTAAATTGAAATTAGTATAAATTAA
AAAAAATATATATATCCTTGAGCAAAAAGCAAAATATTAATGATCTTATA
TACTATTTGTCCCTATTTTGAAAATACTAACATCTTGTAGCATGCAAATA
CCAATATAGTGTATTGTGATCTCTGTCACCAGATGTTACTGTAATTTAAA
AAAGTGTTTTCAAAAAGGGAAATAAAGAAATTGATTTTTATTACATCAAC
TTTTTTAGGGAAAAACAGTCACAAATGTTATCGTACCATTGATTTCCATA
ACTGAAACAAAATACTAATCTAAAATAGGAGCAAATATATCAGAGAAACC
AGAGACCATTTATTTTTTAGGTTTTGAACTCAAACACGCCAAAATGTAAT
ACAACATGTGTAAGCTAGTTTTTTAATCTTATAAAAGATTATACCAGATC
GTAGTTTTGATTAAAAAATAAACTATTTGAAATAATAAACTCCACGTATA
CAAGAAAAATTGCAAAATTTGTTACAATTGACCTTTTTCTACTGACCGTA
ATAATATCAACAATTTTTTTCCCATTGAGTGAGTTTTGAATTTTGATAAA
CTTATATGAACTGTTACCAAAAGAATAAATAACTCAAAAGATTCAATTTA
CAAGAAAAACAGTAAAAACTGACTACATTATTACAAATAAATTACCTATA
CCCCCAATAAATCCAAATTATTCAATTTTTTTTTTAAAGAATGCACATAC
AATTGTAATTTCAATTTTGTGCTTATAACTTTTTTGATGTTTTGGAAAAA
GACTACATTGTATTTTTTGTTCCAACCTTTAAAAAACATAATTATGACTT
GCAAAAATTAATTGAGCATTTATTGTGACAACTGAAATATGAATTCAATT
TGTCACAGTAAATGAAATTTTTGAGCCTTCTTTTAAATATATAAGATCGG
AAGTTATTTAAATTTTTTATGTTTAGTGCATTGAAAAAATGAGTGCAATT
TTGTAAATTTCCAGAAATCTTAGAGGTATAACTACAGCATAAAACTAAAA
CTTTCCAATCCAGAAAAATAACGGAAGATGTCGTTGCCTGTTTTTTCGTA
AAACTTTGTAAACATTTACATTTTTATGCGTAAATACCTACAATCAAAGA
GCTAAAATAATGAGGGAAAAAGCATTATAAAAAGTTTTGACATTAGCTTT
ATATTCTTAAAAAAATTGGAAGGCTAATTAGACCATACCCTATCTCTTTG
AATATGCGTGCTGTCTTTATATGTGTATACCTATTCAAGACCTTAAAACT
CCCTTCAATCCCAAGAGATTTGACAACAACAAAAAGACTCCCTTCTTTTT
TAGGATATATTACAATAAAGAGGAAAACCCCTAAAACTTTTACCTTAATA
ACTGTAATATGAGTTTACATCCTTTTCAGTAACATTGAAAAGGAGAAATA
ACAATTATATGTTTTTGTAAAAAAAAAAATCCATTCTATGCATATTACTA
AAAAGAACTTTAGAAAAGGAAGTTCCATCTCAATAAGGAAGATAATATAA
AGCGATAAACCAAGTTGGAAAACGAAAAATACGTGATCAATGTTTGCCCA
AGTATAATTGGGTACACGACAACTGTTTTATCATCTAGGGGCGTTGAGGA
GGATATCATGGGTATAACTCTATAACACACCCTTTATAAATTTATACTTT
TAATTGAATTGATAAGGTGAATTCTGAAAGGGGAAGAAAATTATATATAA
TAACGGAAGGAAAAACGTCATTTATTATATCTCAAAAACGACATCTTGTC
AAGTGCGGAGGACAGGGGGGGGGGGCGAAGCAAAGGTATCCCTTCAAGCA
AGGAGGTGCATATCATCACTTTGTTTTATAGCTTTGATGTAACCTTCATT
CACTTACTTTTAGAAAGATAACGAAATTATCATTTGGAATCTAGAAAATA
CCAGATTAAGGGATAGATTTTAAGGACATATCAAAAGAGAATCGAAGAAA
AAGAGGCTCCACGACGGTTGAAATGATAATAAAAATTGATTTTACTGTAT
GTTTCTCTACAACAATCCCATCGTTAACAAGGCAACGTGTCAGAAGATGA
ACATAGCCAAATAAATAGTTTTAAACCTATCAAAATTCAAGGTGAAATTT
TTTCCCCCAATTGATATGTTTGTAATCAATTGGTCTTGGAGTTTTTTTAT
ATAGAACAAAATTTTTTTATACAATCAGTATTACTTTCTAATATCTTTTA
TTTCTAATAAATGGAAGATTGTAAATATTACAAAAAGGACCTTGAAATGA
AAAAGTGTACAATTATAAAACACTGACTGAACTGTATGTCTTAAATAGAT
TGGAGAAAGAATTTCCTATCCGACACATGAATCAAAACTCCCATATCCTG
TCATATATGTCATATTACGTGTTGTATATGATTAAAGCTGTCCAAAGAGT
ACATGAAATCCTACTTTATTTATAAACCTATTTTAACCAATCATGTATTA
TAATTGCATATAAGTCATATTCGTCATTTAAGTCATAACTGGCTTTAAAA
ACATTTTAAATTTTTGATAGTCTTTGAATTTTTTGTTATTTCTATTTAGT
CTAAGTTATATATTACATAAGTTTGATTTCGTAATTCGATTAAACAACAC
TTAATGAGTGATTAGTTCCACTCACATCTAGTAAATATAAGGTTTTTGTT
TGAAAATATTTGAACTAATTTGTTCCAATATCTTAGAAATTTGGAAAAGT
TCCACAAAAATCAATTAATTATTGATTGATAAGAACTGCCTTATAATGTT
ATAAGTTACGTAATTTAGAACATAAATTTGATTTATTAGTTTTTTTAAAC
AAAGATGAAGATCATATTAGTTATATAAAAATTTGTCAAAGTTATATATT
GCGTAAAAAATATTATTTGATAAAAATTTCAGCAGCAATCAAAATCCTAT
CAAATTAACTGTATTAGTTATATGCGACAATATTTTGTAGAATGATTATG
TTTTGTTTGAAAAATTGTCAAGTTCTTCCTTCTATATCCCTATTTCATGA
TGAAGTTATGAATCATAAAACATAAATATATATCAGCACCGATTTTTTGC
AGACTTTTTTTTATGGAGGGGAGGGCAAAATCCCTAAAAAAGTTTATGCA
CCCCCCTTTACCCCTCTAAAAAAATGTTTTCATATTTATAATTCTGCTTT
TGGTNTATCACTCATGGAACCAAAATAGTCGAACAGATCAGTCTGAAATT
TAGCAAGTAGATGTACAAAATAACCATGTATGATCCTATGTTATTTTTTG
GGGGCTTTGAGGTCATCAAGAGGCTGTTTATGACCAAAATAAAATCTCAT
TTCCCTTTTTTTCTTTCTTATTTATCTCTTTCTCTTCCCTTTCTCTTTTA
CCTCTGTATTTTTCTTCATCCTCCTACAACGCAGTTGGTATATATATAAC
AACACCTTTTTATATAACGGTGTAGGTATTTTAACTCCCCCACAAATTTG
TATACAAAGCAAATAATTGACTCAAATATGTCAAAAGAAAGCCTCTCATG
TAATAGCAGCTATTATTGAGCTTACAGAAAGGTATCTTGCAGCAAATTAT
GCTTTATTTTTCTAATTTTTCATTTGTTTCATATGCATTCCAACAGAACA
TAATTACACTTATAAATAACAACACCATTTTGAGCGAAAAAATTATTTAC
ATATTAATTAAAAAAAGTGAAAAAAGCGCTGTCGTTTTCATGTTGTTGAT
TGCTATGGGCGTATATTCGTGACTGAGACAAATAAGGGGTAGAGAGGGGG
GGGGGGGTATTCAGAATGTTCACTCATAACACATTCGGAATAGCTGTTAT
ACATGTAATTGAATAACAAACGAAAATATTACGTACAATAGACGAAAACA
TGGATTTTTGGCGAGGCAGAGCTATTATATTGTACATAATTGGCTCSTCA
ACAAAAAAWCAAYCTAGAATAATTTTTCTCGAAATTGAGTGTGGATTACA
TTTGTACTATTTGACGAGAATTCGTCAATTTCTGTCAACAAACCATTATA
ATTAACCCTATGGTTCCGTTGCAAATCGCACATATATGAACCAAATTGAC
AGTCCTAATATATTAATCGTAAATTGATATATTTTATTTGACCAATAAAG
TTGAGTATAAGCTTGAGTATAATAAAGGACCTAATTTAAGGTTAAAATTA
TTGAGTCTCTTAATTCATCTTAAAAATTTGAAAATATGAAATATATCTCA
GTATGTATAATATGTGAATTAACAAAATATATTGGGACTTTCTCCTTTAC
TGATTTTTGTTCAAGATTGTTTTTAGTTAACTCATAAGATATGTAACACA
TTTCAATTATTCTTAAATTTTTCATTTTATCATCTAACTATAGTCCTAAT
ACTCGTTGTATAAAGCCATCAATTAAACACATAAATTATGGATATATCAA
TTTTCCTTCTTATTTTGAAAAATCAATGGTTATCCGTGAGCAAGGTGTAT
AATGGTGATCTTTTTTAGTAAATATGTCGTCTTTTAGTATATAAAATACA
CTAAACATTGAACATGCACTCTTTTTTTGACAACTACAGGCGATGTTTCC
TTATTTTACAAATTGTAATATAGTCATGAAATAAAATGAATAATTGTAAT
AAAACAATCACATAATAGGAATTATGGTATATTTTTTATTAATTGTTATT
CTGATGACATCAACTAAATATATTAACCAAAATAATATTAATAACTCTTT
AACACATTCATTACACTATAGTTTAAATGTAACTCCCTTTTTAATTTGAA
ACTATTCTTCTCTAAAAAAATCTCTCTTAATTTGACGAACTAAAGTCGAA
AGAGGGAAGATGAAAAAAGATTTTATGATCCACGTATAGGGTACTCCTTG
ATTTATGGTAGCCTTGATATATAGAATTTAGGTATCAGAGGAACATTACA
GTTTTTCCTTACAGATTTTTTAAATTGATGACTTTTTTATAAGAAACATT
TTTTTTATTTATATAAGATGATTAAATGTCCTCTTTTGCCCAGACATGTC
CTCTTTTTACATGTTGTTCAATTTTTACAGATATTTTTTTATGAATTCAT
AAAATGTCAGGTTTTTTATAAGGCAAGAAGTTGGAAATGGACTAACAATA
GAAATAAAGTTCAAATTAAAGAACAACTTACAAAAAAAAAGNATAAAAGA
CAAATACCAGAGTAAAAACGGGTACCCACAAAAGTAAGAGTCCAAATACT
TTTTGAAAATTTACACGTATGGTGCCCTTTTTTACGGGTAATATGCATGT
ATAATTTTATGGATGMTCTAGGMAAGAGMCAATTATTGGGGATATTACCG
GATTCATTCCTAATTGGATCTAGTTCAACTAGACGTTTTCTCATAATTGA
TGAGTATCCGTGTGGTAGAACACTTTCCTCATTCTAGAGTCCTTTATAAA
TTATGCAATATCTTTTGGAGCCGGAGATGATGCACCTAGGAGCCCGTTCA
TAATCCATTTCTCTAAATGACAAAAGTTTGTAATTTCAACTGCAAAATGT
ACCAAACGATCAACCATTCTGTTTTAGATACATGACTATTATTATAATAA
TAGAGATTCTCCCAAAATTTTCATTTGTGTCTTTTTATTATTTTTCGTGG
AGTCTAGTATTGTTTTTGTTATTGCTTTGTTCATAATCTATGAAATGAAA
AAAAAAACATAAGGGTGATTTTTTTTTCTCTTCTCATCATATGGGAATTT
TTAGTTCTGATCGAATTTTGATGAGATGAAACAAAAAGATACGGGGAAAT
CGATGAATCATTTTTACAATGTGTTTATTGAACCAAAATGTATTCGTATT
GAATGAACAATGACAATACATAAATATAAGTCCCTTGATAATATGCTCTT
TACATTCCACAACAGATTTAAAATATCTCTTTTCTTTTTCTTAAATAGGA
GATTTTGTATTAGAACGAAAGCATACATTATCCCATTTTATGGATTGAAT
TTGATGCATATGAGGATGTTCAAGAAACATTATAAATGACAGAATCTCTT
CATTTGATAGTATATTTTTCGTGGTTCTGCAGATTATAATACTCTGAGTA
CTTGGAAATAAATTGTCTATTGGTTGATTCCAAAATTATATACGCCGTAA
CATGTATAAGGGTTTAAGTTATTTTTTTTCCTAGACTGATCTACAGTCTG
AATATGCGGTTTACACCTTTATTACGCATTGCAAATGTAGGGGATGTGTA
AATTGTGATTAACGCATGCACATAACTTATAAGCCAGGAAATAATGGATG
TAGATGTAATTTTTTTTTTTAAGTTGACTCCAATGATTATACGATTGTAC
AGCTGTAGTACTGTATCGTACAACTGTCTCCATTTCAAAAAGAACTTAAT
TTTTATTAATTGGAATCACTTGTCCTTTAGGACTCTCTTATATACTGTAT
TAACCTATCTGACACAAAATGTTGTCTGTCCCGGACGGTTGGACTAATGG
TAATGTAAAGTCCTTCTGTACACAATGGAAAAATGTTGAAAATTATCTTT
TCAAAATAAAGAGGTTTCATGACCATAAATCCTGTATGTGAAAATAACTT
TTAACTATCTTAAATAGTTCTCTCTATTGTACCTCTCAACCTTTTTTCCA
AAAAGAAAAAGAATAAAGGCTCAAAATTTCTTTGTTAGCTGGTCAATTAA
GTAGTTTTCCTCTACTCTTGGCTATTATTCATATAATATATACCTATATG
GGTAATTATGTCTTTAACGTGGCGTAACTTTCAGCTAATCATTAAATCTG
TGACATCAAATGGCACACTCCTTAATTATAAATATGTGAATTCTTTTTTT
ATAAAGTAATCAAATATATTTATTAAAATTACTCTTCATGGTACGTATTA
ATAAAAGGTTCATGCAATGTATATTGTATCAACATTAAGCTTTTAGAAAT
GTTTGACTTATGACTAAAGTAACAAACAATCGTCAAATTGATTTTTTTTC
ATAACGATAATTTATTTCAACGATTTTGAAATACTATAAATATGTTACAG
AATGCTATAGTAGGATAATTAAAACATTTAAAACACACACCAATATTTAA
ATTACATTCAAAACCTAAGCTTAATTGTATCTAAAAAGCTAATATAGTTT
CCTAAAGTGTATTTATCACGCCCCCGTCAAGCTTGAAGCTGGATCCTTTA
TGGTGTAGATACAGAATTTAATTTTCAGGATCACTCATGATGATATGCAT
ATTTTGTCATTAGAACCTATTCTGCTTAACGAGTCTCAGAAGTTTTAAAA
CTGGGCACTCCCACAGAAGGTGAGAAACTGTCTTTCTTTCTTAACTGCAG
AAATAACAATTAGAGTTATCTGATAGGTATTCTGATACCTCCAGGGGGGT
TCCTGTCTCCACCCAATACGTGAACCATTTCTGAGAATGTGTAAGTAGAT
GATTTGTGTAGCTCATACATGTTTGAAGTCCGAAAACTTATGCAATCTAA
TACCGACTTTACCACATCCAATGACGACTACAATCATAATCTTTGAATCG
ATTTGATACTGGTGTTTTTTGATCTGACTACTTATGAGATATCATTTAAA
CAAGGTAGATTTAAACCGTTTTTCTTCCGCAACCAGATAAATTTATCCAG
AAGATTTAAATGCAATTCCTACAGGTCTCCAAGAAATTCTACACAATTTC
TCAGAACCAAAGGATTCTCTTCTGTAAATGTATCAACTAGAGGTGCATAT
ACTCCACGAGATGTTACTAATTCAAACGAAACATTCCATTTGCTTGAACT
AAGTTTAAGTTCTTACAAAATGGACTTCATGCCTTGACGATATTTCTCTT
CATTTAGGGTGTTATCTATGACACAGTGGTTCTATAGGTCCTTTCTTTTT
AACTATTTCAGCAACCCCTGGGCTAACATAGCTTTCCATATGTCTCTGAA
ATTAATCATTTTTTGACCTCTCCATCCCTTTGGAGACATTATTCCTTCAT
TGAGATGTTAGGTCTCATCTAGAGATCAACTAATCTGGTAAGAATTTTGT
CCACCTACTGGAAAAAACTTTTATTGAATTTAGCTAGACGCATGTTATTT
AGCAATTTTCAAATCATGAAGGAGTTCCCTTGATCAATTCAATCCCATCT
ATAAAATCAAAGCTTCTTTATGAAACTGGTACGATGAGATATTTTGTTGC
ATCTTATAATGTATTTTCCAATTAAAGCACCAAGTACCCTCATCCTGGTT
TGGACTATTTCCTATATATATTTACAGTTTATTGATTATTTGTGAACATG
GTCTACTTCTCTTCAATAAAAAGTAGGCCTACTTTTGATCCAAAAGAAGA
TATAACTCTATTGAGTTCTATGAATTATGCCATTGTCACATAGTATTTCG
ATTGATTATAAGAGATGTATATTTTGCCTAGGCATATACAGAAAGACCAT
CCCTAGGTTGGATTTTCGTCAATCACTTGCTATTATTCATTTGATTGAAA
AGAGGATCCACTGCAATTATAAATAGCAATGCCGTTATCTCGTAGGCTTA
TTTAGCATAAGGGGATCACTAATTTTTTTTATTATGAGTGGGCACTCTAG
AGGCTAAAGTCCCAAATATAAAATAAAGTACTCATCAATCATCCAATCAT
ATTTTTTTTCTCAAATTCTTAATATAATTATTAGGAAAGAACACATCATA
TGAATTGATATAAGTAGTGAGTAGTTACGTGTGAGTGTGCTCATAAAATG
TCTGGGCAACGCTAAGTACTCCTGCTAGTAGTTTATAAATCGTGGGGTTT
GTACAAAATTGACGTAATTGACAAACCCATATTTCCTTGTTTTATAGTTT
TATCTGACTTTATAAGCAATAAATATTGTTATATATACAGTTTTATGACT
TACCAGTTTTTTGGTTAATTATAGGCTCGCAATGTGACATAAGTGATAGT
TGTGTCAATTTTATAGTAATTGCATGGCACCACTCAAAAAATAAAAATGG
TGCAAAATCGACGTAACTAAAGAACAGAAAAAAATTTACAACACAAAAAC
GTCATGAATGACTTTCCTCCAGAAATAATTAGCATTATGACTTTTTATGT
CAGGGACATTATTTATTGTGACTTTAGTTACATATCATGACGTATGGAGA
GAATAAATCTTAAAAACCTATTCAATATACATTCAGCAAACTTAGTACAA
TCATATCTCAGATGTCGAAACTGGTCCATTATGTCACTTTTGGACAAACC
CAACGATCTGTAGATAACTGTCTTCAATGAAATAAATAATGTATTAGAAA
AAATACACACCAATCATTCGTAAGCTGTGTAAAGAGATTCAATTCAATAT
TTTTCATTTCCGTTTTATTACATGGATACTAGTATATAGAAAATATATGT
AGGGTAAGATTTGGAAAGGGGAAGAAACGAGGAATATGAAATCTTTTTCT
TCATTCTGGTCTGCTATGTAAACTTGATTTGATCAAATGTATTAAAAATA
CTAGCTACATTCTCTTTTTCCTATCTATGTATGTCTATGTCTAAAATGCC
CCCCCCCCCCCTCTCRCCAAAACTGACAATCAAGGAATGAAAGGAAAAAT
GMGATATGAAAAAAAAACGTGTTTCTTTGTAATTTTGACTTTGATACTCA
TTTTATGAATATTTTAAATTGTACAAGTAACGAAATTCCATTGTTTTAAT
AGATAGATATACTAAAGAAACATTTCCCTTTTAAGGATCCAACTAAGAGC
ATACAATAAGGAAAAATACGTATTATATCGATTAAGATGTTTGATAAGCC
GTACAAAAAACTTATGAATCATTTCCAATTGATGAACACATCTTTGTATT
TGACTCTTAATATATTCGATACGAGTATAAAAACAGGTTTGATTTCAAAA
AACTTAATTAATTGATAATTACTAATTTATTACCCAAAATTAATTATAAA
TAATGAATATTTTCTAGAAACATTTAACAACAAAAACAGTTATAATATTT
TGACTATGATAATAATAAATTATATTTTGTTGATACCTCAAGTCGATTAT
GTTAAAATTTGTTTTAAAAAAGTTGTTTCTTGTCTCCACACCTTGAAACT
TATTCTTGTACTTTTATTGATTTATACACAAATTCAAAAACGGTCTAATA
ACAGGTCGGCGGAAAAACTCGAAGGCTAACATAGTAAAACATTTTTTTTA
TTCTATTTATTTATTCAATTGAAGGACAATACAACAATTATTGCTATAAT
ATAATGTTTTGATACCATTTGATAGTACAATTTCAATTTAGTCTAAAAAA
AATTATATTGGGTCCAATATAAGTATTAGAAACCAAATAAAGTTCAAATA
ACTTAATATTTTCACTTGCCTCACAAATTTGAATACAAACAATATAATTG
ACCCAAATATCTCTATGAAATATTGGGTTTTATCTATATATACAGTAAAA
AAATTAATTGGGATTTTCTCCTTTTCTTGATTTTATTTATTTTTATGTTG
AACCACCGTATATATACTTATGCCTTGAATAGTATATATAAATAAATATG
TAGTAGGTATTTATTTTTTTAATAAATTTTTATTTCTCGATTAAAATATA
TAAATATATTTATCAAAAAAAAATCAAAGTTTTCCAGTCTTTAAAAAAAA
TATTGTTGAATTGTTGACAGCCTTTAAAAAAAATGCATTTTTGTCAATAT
TAAAAATATATTTCAAATTAAAATTTAACCATTTTTTATTATAAGCAAAG
AAATGTCCTAAATCTACTTATTGAAAGAAAATACCGAACTTTATTGCATC
ATCATATTGTCCTAGTTGATCAATATTTAAAATTATCAATATGATAAAAA
TCTTTCAAAAATGTGTATATTTATATTATGTTTAGTTTAAACTTACTGTA
GTACCTGGCATTGCAGATAGTTATTTGTCGTCGTCGAAGAGACCAATTTT
ACTTTAAAAAAATAAATTTGCTTCATAAATATAGAAAATAACTCCCCAAG
AGATCCTCAGTGTTTCTCCACATTGTTATTTAGTATGTTCACAAGTAATT
TCTCAATCCTCAAGAATGAAATAATAATGGAAACAGCTTTAGAAAATAAA
AACATTGTTGAGGTTCTCATCAAAAGTCACATTCATTATTTTTTACAATT
AATATTTTACTTCCCTTTTTTTCATTTTTCATTTGAGCTTTAGCTAAACA
CAGATCATTGTTAAAACTGGATTCTGTATACAATTCTATATTGTATTACG
TAGAATAATATGAGTTCGCCTAAACGCCTAAAATATTTTATTAATACCAT
TTTATACAGCTCTATGTAACCATATACCCCCTTTTTTTCGATTGCATTAT
TATTTCTTAGATCAAGGTATATCTACTGTTCTAAGATTCACTCAATGACT
ACTTTACCGAAAATATACATACATACAAACAAACAGACTTTACTTCATCA
ATCACATATATAGTAGTAACTTAATGTACGAGTTTAATTCATTTTGTTAC
CGAGCTCATAATTCAACTAGCTATAATATCAAGTCAAGCTCAGGACTTTT
CAACCCATTTGTTAGTATTTTTTTTATATTAATTTTCAATCATTTATAGT
GTTGTTGTAATAGTAATATTAATACCAAAATAGGTATGGATATTCCGGTA
CTTTTCGATACTTTTTTACAAAAATTATGAAACCAAAATTTAGCTATGAG
TAATTCACAAAAATTTAGTAGGGCATCCGAAGTTTGTGTGGGAGCTACTT
CAAAAACTTCCGGACTTCATTATAAAGAATTATTTTTATTCTTGGTTGTT
TTAAAAAGGAGTGTTTTTTATGAAGTTATGAAGAAGCTCAAAAATTTATG
GGTAGAGCAATGTTTTTATGATGTAGTGGTGTTGTAAGTACTGATTGCAG
TACCAATTTKCCGTTTTATAAGAMTACCCGATACATTAATCAGAAATATT
ACAATAGCACAGTGAGGCCCCAACCCACAGATCTGATGTAGTTCCAGAAT
ACTACAATATAATTTTTGACATCTTTTGGCCTCCCTTTCTACCTGATCTT
TGAAATTTAGACTATGGTTAATAAGATGGTCAATTTGAGGGGTTATGTTA
TCAGTGGGTAAATGTTTTTATGCCATATTAGCGTTGTAAGTCTACGCTGT
AGTTTTGATTTAGCATAGTACTGTTTTAAACGCAGCAGTACGACGCTACA
CTATACTAATAGTTTACCGAACAACACTAATAATTAATACTTGCCCCAAT
ATTCAAATAAGTCCAACTTTTCTAATAATAAAATAGTGATTACGACACAA
CATGTACGTGTACAAAATCATGGCTCATACTCGACTCATAAAACTCGTAA
TTAGGGGACGATCACGAGTAGTATTACAATTCACATATCAAAAACAATAT
TGAGGTACTAGGGGGGGAAAACAGAAAATTGTCGATTGTGAAGCCACATC
AAAGCCAAAATTAAGGCTTATGGTAGATTTTTGAAATTTGTATTCTGATC
AGTGTATCAAAAATAAAAACAGCAGTGTAAGCGTAACAATGTTCGGTTTG
CAAAGTAACTTTATCAGAGATAAATCTCTCAAATGACTAATTTACAACAT
TGCCAAGTTTGTCTTTGCTCTGAAAAAAGGTCTTATTAAAGTTATATATA
TCAACAAACAAAGGTTTCATACTAAATTTGTGGTCAGATAAAACAAAAAA
TAATCTAGAACAAAAATCAAGAAAAAGAAATGTTTGTCAAATTTATACAT
CTTATATACTTAAAACCCAATATTTCATAGAGATATTTTGCATCAATTAT
AGGATTTGTCTTCAAATACCTGGTTTGAGTAGAGATATCCAAGAATGATA
GCAATAGTTTAAATCCTACATATGATGTATATGACATAATTTTATCTGGC
TCTAAAAAAAACCATTTTACAAATATTTGCCTTCGGATGGAAATAGTATA
TTCTTCAATTTTTTTTAGGTCAAGAAACATGAAAATGACCCTAATAACCC
AAAAATTATTTTTGTGTGGTCTATAGAGTGGAAAATATTGTATACTATCA
ATAAAAATTGACCAACATGTTTTATAAAACTTTTTAAGTGTTAATTTTTT
AAGGTGATGTTATTTAATTATGATATTGTCTTCACTTTACAATAAATTGT
AATTTTTGTCATTGTGATCGATGATGAAGAATTTATTAGATTTTTGAAGA
AAAGATCCTTTTTTTGTACTTAAAAGGCGTTTTCTCCTAATAAAATAAAG
ATACATTAATAATTATATAATAACCAAAAATGTAGGATTTTAAAATCAAT
TTCCTTGTTTCTCGAGGTAAACCCAATCAGGATTAGTGTAAGTTATCAAT
TTATCCTTTTTTTATTTTGAGGATAAATTTTTGCTACTTTAATTGTAATT
TGGAGCGCCTTCAAGGAATTATTCAAATAATTTTCTGTTCAGAAATTTAC
AATAGTTTCTCTTGCAGAACTAATTTAATCAAGAATCATTTTTTCGAAAA
ATTATTCAACCTTGGTTTTTTACAAAAGGGCCACATATTATGCTTGATTT
AAAACTAGTTATAACCTAACTGAATAGTTTTAAGCCTTAGCCACTATGTA
CTAATATTGCTAAGTGTGTGTTTTTCCCATTTTGAAAGTAAAAATAAATA
AATATATATTTTAGGTCATAATTTACTGACTTTTACAACTAATGCATTTG
AATGCAGTGAATTAAACATATCTAAATCTCATATCTTACATTTAACTAGT
TTACAAAGAATTGTAATTTATTGCATGATCGTAACAGTAAGGAAATCAAA
AGAAACTAGCTCACTGAAGCAAGTTAGAAAATACTAAGTATAAGTAATTA
ATACTAAGAATAAGTTAGTTAATACTCTGAAAAAATAATCGTTGAAACTT
TTTGATGTATGGTTATAAAATAAATGTAGGCATTGCTTAATAAGTTTTCG
TGGTAGTCATACGGAAAGAAAAACATTGAGTCGAGCAATAAGTTTTGATT
TTGTTAATCTGGATTTATAAGCTCTATTAGGTTAAAATGTTCAGTATGCA
GTAATGAATATCAGCTATGAAATAGAGTAGAAACAAAAGTATAAGTTGAG
ACAATCGTGTCAAAAAACTCGAATGTTTATTTAGATATGACCTGATTGTG
ATATGGAGACGGAAAACAAGGGCTATTTCTGCTTTAACATACTAAGTTAT
TTCTTTGGGGATGAACTTACTAGTTCCGTCAAGAAACGAATTTAACTCGT
ATGTGAAGATGTTATTGTATATCCTTTTATTTCGTGCTATGTAGTTAATT
ACTACAACCGCTAAAGAAAAAAATTAATTTTATTTTTCTGTTTTTTTGTT
TTAATATCATTCGTGAAACTACATATTACAGCTTGTCAGTAAAACTAACA
AATTTAGTTAAACTACTATCTAAAGTTTTTTATAAATTTTTATGATAAAT
CATTTTTACGTGTCTAAAAAAACGATAAAAGTATTTAAATGAAATTTAGC
CATTTGACCTAACTGTCTGTTTCTCTGCGTATCGCAACTAATGAGCCGCT
ACTTATATCTATAAAAATTTGAAAATACGTTTTTTTACTTAGATTAACAA
AAAAAGTGTTTATTTTTATGACCTTAACTTTGATGACTTTTTTTGTAGAA
AAACACCTATATACCCCATTTTTATTAAATAAATCAAAAAATTGTGTCAA
ATGGAAAAATATTGCAATGAAAATTTATTAGGAGCTAATTTTATACAAAA
ATCACCTCCAAGGTCATTTGAGTTCTTGGGCAAAGATGTGCAATATTTCA
AAAATTTAGGCTTTCTTCTCATTTTTCAAAACGGTTCCAAATTTGTAAAT
TGTATATTTAAACAAAACAACACTTTTGAATCTTAAAGCCTAACCATTCG
AAAAATTAAAACAGCACTAACCTTAGAATGCATAATTAATTTAAGAACAA
TGTGTTGTATTAACATACTACAAAGTAGTAATCTAAACAAAGGACAAAAA
TACTACAACGCACTATTTTATTAAAATCTTGTTAAACCATATTTTTAGGA
AACAAAAGCATTTGCGTGATAAATTATTATAAATTTTGTTTTTTTTTAGA
AGTGTATCTATGTTATTTAAACTGTAAGTATGGCAACGTCAACAAGATCT
GAAGATAAATTGTATCTGATAGGTCAATCTGTGACAAAGATAACAGGAAA
CAAATTGCCTTCAATACGTATGGCTTAAGGTATTTTTCTACATCACCATC
TTGATCAAAAGAAGACATTCCAAAAATCATCTCGTGATACAATAACTGAA
GTAACTAATTTTTGGGATAAAGCTAACATTCCTATTAAGGCCCATCCTGA
CTATCTATATAAGCTTAGATGGCTTTTTGAAGAATGGTGACTCATTAAAA
AGAATAAATCCCAATCATCAAAAACTCAAATTCAAAAAGAGTTAGACTTT
ATTTCCTCCCTTGATAATCTTTTTGACATTGATCATGCAGATGCACTGAC
TAGGATGTCTATATTACAAGAAGATAAGGACCTCCTCTTAGGCCAGCGAG
AAAAAGGACGAAAAGGGTCCATGACTGGATTTGAAAGTCTTTGCAGTTAA
GGAAAAAAGAGTATTTGAAAGAAAGAAGCTAGAGTAAGCACGAAGTAATC
AAATCAAACAGTCTTCATCATCTATTATTGAGCTAATTTTGTCTGATTTG
GATATTAGTAAAACTATGAATGATGAAAGAGAAGATGAAATGCAAATGTA
TTTATCAAAAACTAAGAGTGAGAGAAAACCTGAACTTTCAGCTACCCTCG
ATCGTACGAAAGTATAGGACCAAAAATCGGTTTTATTATATAACAAACTG
CCAGAAGTCGATGTCATAATTTTGATGAGCTTGTTATTAATAAAGAAACA
GTTCGAAAAACAAAAGATAAACACAGGTTTAAAAGAGCAAACGATATTAA
GGCAGCATTCCAACCTAGGGTTACCCTCGTTATTCATTCGGATGGAAAAT
GATTCCAAATCTTATTGGGAAAAATAAAGTTGATTGGTTGCCTGTATTGC
TTTCAGGAAAAGGAATTTCAAAGTTATTATCTGTTCCCAACCTTCCATAT
GCACGATCAACAGATGTTTTCAATACAATGATAGGATGGGGCATCATTGA
CAATGGCAAAGGAGTTTGTTTTGACACAAAAAGCTCAAACACTGGTAGGA
ATACTAGAGCTTGTGTCTTGCTTGAAAAATTATTTGGAAAAAAACTCTTT
CTATTTGCATGTAGGCATCATATCATAGAATTAATTATTGGGACTGTTTT
CCAAGAGTGTTTAGGTGGCACATCTTCTCTCGAAGTTCCATTATTTAAAA
GATTTAAAGAAAGCTGGGAATCGATCAATAAATACTGAATTGCAGATGAA
AAGTTGGCTAGGCTTGTTGAAGACATACGACAAGGCACCATTGACTTTGT
TAACGAACATCTTGACAATAAATTTTCTAGGGACGATAGTAAGGAATTCT
TAAAACTAGTGATGATATTTCTTGGTAATGTTCCTAAGCGAGGAGTTAAA
TTTAGGATACCTGGTGCAATGCACCATGCCCGTTGGATATCAAAAGTCTT
ATATAGTCTTAAAATCTGGATGTTTAAATCTCAATTTAAATTAACTCCTG
GAGAAGAAAGAGGATTGCGAGATATATGTGTGTTTATAGTAATAATATAT
ATAAAAGTTTGTACCAATGTATCTAAGGCTTCACACGCTCATTTCAACGA
CATGAATTTAATGAAGTCACTAATAAAATACTCGACTATTAATAGTAAAA
TTTCCAAATCAAATTTGGAAGTTTAATCATCCAAACTTTCCAGACATTTA
TGGTACTTGTCGGAGGAACTTGTAAGACTCGCATTTTTTGATGGTCGAGT
AAGTTTGTCATCCAAAAGTCGGATGCTAAGCTCTTTAAAAGTAAATATTA
GAAAGTAACAATAGTTCTGGGAAAAAGATGTACACGAAAATTTAGAAGAC
TTTGTCACAAATAAAACAATGAGTTTCATGGAAATTATGGAGCTTCGTTA
TGGGTTTTAAGAAGTAGATCCTGCATCATGGAATGATAGGGATTATTTCA
AGCAGGCATGAGAAATAATTGGGTCTTTCAATATTATTAATGATCTTGCC
GAAAGAGGAGTTGCGCTCATACAAGAATATATGTAGTGGCTTGATAAAGA
GTGACGAATCACAGCTGTAATTTCTTTTACAAGTAGTTGAAGACCATAGA
AGATTGTATCCTGACTCAAATAAGAAAACTTTAAAAAATATACATTAGCT
TTTTCTAAATATTATGCTATAAAAAATTTTCAAATATGAAATCATTATGC
AAATAGTAATATTATATTACTCTAAAAAAACATTACAAACAATCTGTAAT
GTGTAGTGTAGAGATGATATTAAAACACAATCACGTTTAATTCTAAAAAA
TATGTAAAATTTCAAAACTTTAGGCCCGTTGAGCTACCACTAAATATTCA
CAAAAATTGTTTAAACTTTGTTAATCATATTTTTTTTATCAAAAAAGAAC
GCATTTGAACCCTCATTTTTTTACTTTTTCCCAAAAAGCGATTTTATTGG
CACCCTAATATTAATTGGTTAATAAATTATCTCTTTCATCAATTGTCATT
TAAGTTTTTTTGTCGCAGGTTGCATTGGTTTACGAAATTTAAAATGACTT
ACTATTTGTATTTATAATAATAAAATGAAGAAAATGATAATTGATGAAAA
GGATTCATTATAAAACTAGCTTAAAATTGATTATTCCCCTTAAAATATAA
AAAGAATTACTTAAATTTCCTAGTATAATTATTTACAAACGGGATTCATG
AATTTCAAGGTAAATGAAAAATACTTGTTTGTACCATCTGTGTAAATACC
AAAATATCTATATACCTCCAATTTACATTTATACGAGAATTTTAAAATTG
ATTAATTTTGAATCTTTAGGGAAGAATTGATACTACACAAGTAGTTCCTC
CAGTTATATACAAAGCAACTGCTTCACCTCAAGTAGCTATGAGGGTGATG
AAAAAGGAACAATAGTCGCTTAAGAAGCTATTTCACAAATGCCATTTGAC
CCCCATAAAAAGGCCTAAATCATTGATTGGAGGCAGAATTGCAATTCTAG
TGAATATAATTCTGCAAATATATACCAAGATTTTTATGGAGATGTCCAGG
AAACGTGACGTTGAATAGCAGAGACAGATTTTATCGAGCAAGTTCTACTA
TAGGCTCATGATTGGTACTGACCTCATCAACGAGAAAATTGCTGCTCACT
CCCTGGTATGGGCTGCAAATCAACTTATTATTTGGTCAGTTGTTTCTTTA
TTCATTGGGGATTATATTCTGGATATAATCCGAGGAAAGACTAAAAAGCA
TGTCTTTTTTAGAAATCTGAACACTCCAAAGAAATTAGAGGAAGGCATTA
ATCCTCTTATGCGATGGGCGTTTTTACTTCCCTTTAAATGAACGACAAAC
GATTTTATTGATCTGAGACCCTGACATCTTAAAATAACTTTTATAAAACA
AAAAGACGAAGCTCAACCTATTTGTGATTACATTTCAAATTTGTTAGGAC
CTCGACAAAATCGGCAATTTTTTTAAATCTAACCTTATGTATATTTTGGA
TAGTAGGAAATTTACCGCACAATTTCAGATCTATGCCAATTGTCTCAAAT
TTTATAAACCAAGGAAATATTGTGGGATTTTTTTAACAAGATACTGTATG
CCTTTGTGGAATGCAGAGATGTCAAAATTCTGCAAAGATACGTTGCCATG
AACATCAAGACTCTGGAAAAGGGAACTTTGAATTTAATCAAAGCTTNAAG
GAAGAAGCAGTCTCTGCATAAGTCTAAATCCATTGATTTTGCTTTATTAA
ACTCTAAGGCATTAATTGCTGGAAGTTTACATCCTATGAGTCAACATACC
CTTACGAACTTGGCCCAATTTTTATGGCATCTGCTGCTCGATATACCACC
CTTTACTTGAAAATCCCCAATGCTGATGACAGGTCCTGGATCCCGGTGAC
AAAAGAAGTGAAATTATATCCATCGAAATAACTCCAACATAAGAAGATAC
TAAAGTCAATCCCCAGAAGTTTTAGAACTTCTAACACGGACTCTTAATTG
CTAGTATTCATTTTCGTTTTCAATAATTTTTACATAGTAACAATTATTGA
CGTGACTTATTAATGACTTTTTTTCATTATTATTAAGGTGCTTCATTTTT
TAAAATATTAAATCAATGACACTTAACTTCCCCAACTAAAATACACTGGT
TACATGAAATAGGCTATGTTGTGTTTTTATTTTTCAACTGCCATTTGTAA
TAGAAATGTTTGAAAGGTCTTTTATAAAGGAACTTTAAACTATAATGTTT
ATATATGTATATTCATTCACGTAATTGATTTGTACATATAAAAGGAACAG
TAAAATTAACATACTATTTGTATTTATACCAATAAAATGAAGAAAATGAT
AATTGAAATTATATGATTAGTTATAAGACTATATTAAACTTTGTTACTTT
CCCTTAAAATACGAATACATAAATTTTATAGTTTAATTATTTAATAACGA
GATTCAGGTATTTCCCGTTAAATGAAAAATACTTGTGTCTGCCAAGTGTG
AAAATATCAAGATCTCCATTTACATTTTAAAAGACTTTTAAAATTTATCA
ATTTTGACAGAGTTTAATGCAAAGTTTTACAAATAAATATCTTTCAGATG
TAAATTTTTACACCACGACAATCCCACAAAGAATGAACAAAATTTTTTAA
AAAGAACTAAAGAGGGGAGTGAGAATTAAACGACCTAATGGGGGTTTTTT
TCAAATTTGTCGATGAGAAAAAGTTATTTACCAATTAGTTTTTTTTGATA
TTGTCACAATTTTGAAATTGATAATGTTATTATTAAAAAGAGTGTGCAAG
TGTTGTTTTTTGGGATGATTTAAAATACCCAAGAATTTTGGATATGGTTT
TGATTTAAGAAAATATTCGTATATCAGCCCTGATATTGCCATTTAACCAA
AAACCGCTCAATTTTTCATCTTTGTTGTGACCATCAATTTTGGGCACTGC
AAATGGAATTTGCAGTGCCTTCAAAGGGATATTTAGAATAATTTGTTGAT
TGAAATTGGCAATCATTGATAAAAAAATACAAGCTTAATTAAAATTATTC
TCAAGAAAAATTGTTCTAGCTTCTTTTTTTTTTTTCCGTAAATACAACTG
TATTTTTTATTCAGTTTTTCAGGTACAGTAATAAGTATTTAAAAATATAA
TTAAGAATAATACTTCAATGGGGGGAAGGGAAGCAAAGCAATCTTTGGCG
TTGAAATCAAATATTTTAATGCAATACGAGAGTGTAAAAAACAGGGACAA
ATCGAATAAATTATTTCTGAAGATATTTGTGTTGATGGGTTGCATATATG
TAAGTACAAACTAGTAACATATCAATAAACCATCACAACAACAAAATATT
TTTCACTAAGAGCTATCAAAACTAAGAACATCGTTTATTGCATATCCGTT
GGCATAAAATTTATGTATGTATTACCAGAGGCCTTATGGTTAATTTCCTG
TTATTACTATGCATATTTGTCAAACTAACATTGTTATTTTTTTTTTTTTT
TTTTTTTTTTTTGACTAAAATAAAATTAGGTCTGGTTAATGTATGTGACA
TTTATATTATGTACTATGAGGCTAAAAATAAATGAATTGGCATTTAATAC
TCTTCATAAATTGTAAGAGAGACTATGCACATTTGTAGTATGTTTATTTT
TTCAAACATCAAAGAAGCTAAAGCCACAAAATGAAAATGAAGATTTTATA
ATATTCATATTGTTATAATATAATCAATAAATTTTGTCAGTTTTTCTTCT
AAAGACTGAGTTGAATGGTAAAAGTATCTTTTGTAGTAAGAAATTTTGTA
ATAATATCGTAATTGTTCATTATATAGCCTCTGCCAGCGATGCTGAACGG
AGGTTATTTTTTCATCTCGTTTTGGTTGCAAGCAGGATTACTGAAAAAGT
TAAATAAGTTTTATTTGACACAGTTTTAAAAAGAATCTCAGATAAGTGAT
GTCTCTCATTATCCATACAATGAACTTTGGTATTTTAATAAATAGTTATC
GTTTTTGTTTTGTTTCTCATTTTTCCTTAAAATTTCTTTTCGTTCACAGA
TTTTACAACAAATAATTATTTCTTTACAAAAAATGCACAATTTAATGATC
AATATAACAAATTTTATTATTACGGTAATGAGTTTATAAAGTTATTAGTT
ATTGGCGATTCTGTAAAGGCCCTCAAAATGTTTATTTTTCCTAATAATTC
CAATTTGAATTACCCGACTTAAAAAAATTGCACCAATTTAAAATTTGTCC
ATGATATGGGATCTAATGTAATGAATATTTGATCTCTAGCATAATAATCA
GGAAACTTATTGGTGTTCAAATAATTTGGTAATTAGAAACGGATTTTCAT
AAAATTTACAAATAAAACATAGTAGCTAAACTGCAATTAGCTTAATCTTG
GAAAGTATTCAGTAAATAAGTTTTTCCCAATATTAATTTAAGACGGCAAA
ATCACATCCTTTACTACTCGAACGTATGACACTAACTGACTGTATTTCAC
AAAAAATACATTTGATGTATTGTATTCAAATACAATTGGAAGAAAAATCA
TAGACTGTTGTATTATTTAAAGAGATTCAAACAATAGAAGACATATTTTG
GGAATGTTGCGTTAAATTTGGGAGTGTTTGAGAACAATTTGGGACCAAAA
TAAAAAGTATTTTAACTACCCCTTCAACTGTAACTTCATATAATTATCAA
GATTAATTATGTGAAGGGGAAAAAAATTTGATATGTGCTGAGAAAAAGTT
ATAAAGTAATTCCATTTGTAGTATTTCGACGCAAAATCTTACGTAGGTAT
AGTTTTTTGTAGCAAAGAACATTTCTTCAAGCCAACAGGTGCGTTTCTTC
ACAGTATTTAAAGCTTTCTACAGACAAGTAAATATATTTTTGCTTTAATG
TCTTATATTAAAAATGCTTATCATTCCTTAAACTTTCCGAAATAAAAGGT
ACCTACCCAAATTATATTTTTATGAAGTGCAAATAACTTTGCTACATAAT
TTATTCAATTATTCAAATAGTTTGAATAACAATAACTGCTTTTAGTCTGC
AAAAATTTTATTTTATTTTGTTCTTCTTTTTAAGAAGGGTTCATATTTAA
AAAAGCAAGGTACTACATGGTGATGTTATACTCCAAATGTGCATTGGATG
ATTCTCACTTAAAGCCCCTCAAAAAAATCAAATTATTCAGTGATTACCAT
TTGTATTAAAATATGCAGGGTTACTTTTTTACATGTTTAATATTGTAATA
GATTTTTTTTGTACAACTTACAGAGCCTCCTTGTCACAGACTTGCAGTGA
CTAGAGCCAAAGGAATGAAGGGAAAGGCCAGACAGACAACTAATGTTAAT
AAAATGACTATAAATAGTTGTTGTACTTCCAAGATTAATTACTTCAAATT
GTTTGTTTTTTTAATAAAATAGTTGATAATAATTTGTTGTATTATATTTA
TTTAAGAATGTATTTAAAATTTAAAAAGAATATAATTTATTCTCGAAATA
TAAAATACTTTAATGAACCCACTAAAATCATGCATGTACCATAATATTTA
TTCAGTTATATTTATACAATAAACTTAAATAATATTACTAGGAACCAATA
ATTAAACACATTTAAATAATTAATTGTAATTAAATTAAATCAATAATTAA
GTTGGTTGAAGTGCAATTTAAAGATTAATGGCATTGATACACAACTTCGG
AAAACTAAACCACTTTCCATAAACGAGAGCTTAAATACAATGTATCTTTA
GCTAATCGTTTTTTACACTATATACATGTCCATGGTGAAAAATATATTGT
AAATATTGGTTAATGAAACTGAATAATAAATTTAAGGGTAATGTACACTG
AGTTGAACACCTCTAAGACCTTTCAAATATGATTACAGAATACGCTTAAT
TTTTTTCTACATCAAATAATTGGCATAAAAATAACACTAAGTCCATATCA
AGTCAACTTTTCCTTACCTTTTTGGTATCAACTTCATAAGAATTCATGAG
AATAAAGAATTCCAAACTAGAATTGACAATTTTATAGGTACAAATCGTAA
GCTGGTGCCCATATTTTTTTTCTATATGTTTGTTGTATGATAAATTTATT
TAAGATTGCGTTTCAATAACTACGGATATTGTAAGCTTTTCATTTCAAAA
AAAGAAGTTTCCTTTATTCAGATTTGAGTTTATATGACTGCTAAAAGTTT
AAGGCAATGATAATCGAGAGTAAAAAAAAAGTGTCTCCTTCTGCTGAGTG
TACACTCTTTCCCTTAAGTCATTAGGTACCAAAAACTTTATTCAAAATAT
TTTACATCTGCCGTTGAAAACAGAATTCCTTGATGAGTCTGGAAACTGTA
TTGGCCCCTCCTTCAAGGGTGTTAAGATCAAGTGAAGAGAGAGGCCAAAA
GTATTCGAAATTTTCTTTGCACATTTCTTGCACTTAATTGCTGAGGCCTC
ATCCTTCTGTCATTATATTTCTGACATGGGTGACAAAATTTCTACATACA
GTATTCCAGTGCTATTTGGTAAACCTATACAATAGTTGTACCGGCGACTG
AGACCATTAAAACGGTACTTTACTATATGGGGACCGTTATCAGTTCTTAG
AATGCATTGAACCATCAATAAAATAATCTTACACATTTTTTGAGCCTCCA
TATAAAATGGTGATGAATGTCATCTCGTTAACAAGTTTTTGATTTAACAG
TTTTAGGCAAAAAGTATCGTACAGTACCAATATACTGAGCCCAATACAGT
GGCCTGTCAACACAAAAGCAAGCTAAAATGATTTTCTCAAAATTGATTGT
GTTTTACATTTGTATTATTCAACGAATTGTCGTCAATTTATTTCAACAAA
TTATTCTTATTAAGACGTTGGGTGTGTCTTAAATTGTTAAATGATAATTT
GACAGATTCTATTTGAAGGGGTATTATAAGCATCTTCGATCAAATGAAGG
TTCTAAACTGTAGCTAAAATTCTTAAGGTAACATAACTCATCACAAAAAT
TTGAATACAAACCCTATAATTTACTCAAATATTTACAGGGTGGATAAGTA
TAATTGCCGCACGAGAAAGGACGACATAATTCAATTTTCGTTTTTATTCT
GTTGTAGACCATCAACTAGTTGGCCAGTTGTGTACCATTCCTTAGAGCGA
TAGGAGCCCTCGATCATGTCTGAAATTGACACAATATTTAATGAACGAGA
TCGGATATGCGCCGATGTGTAATTTAGGCTCTCTACCAATCCAAGTTATA
ATAACAGGACTATTTTCTGTACCATCAAAAAATTGCTGGATAGTCACAAA
TAACAAGGAAGAGTTCAGGGTGATGAAAATCAAGTTTGCGCCAACGGTTA
TGGTCTTCGGTTTGGTTTCAAGTGAGGGCAACAACATGCCACCTCACATC
TTCGAAGTCTACTTAAGAGTCAACAACAAAGTTTACCTAAACGTGCTGAG
AGTGGGGTTATACATTGATTCAAACAAGTGGCTGCAGTCAGACCCTGGGT
ATAGCAAGAGGACTCGGAATCGGCCAACAAGTCGAAATGGACCCAGGTTT
GGATTCAAAAGGAGGCTACGACTTTGTAACCTTCTCTCATCCGTGTTGTC
ATACGTCGAAAACATCACCAACATCACCTCCTACAACATCCACCCTGATC
GTTGCCCGCTGAGTGTTTGCCGAGATCTAGGTTATGCACCCATAGTGAGG
TGGTTATTGAAGCTGAATGCCATAACATTGAGTAGATATCGGCTCTACTA
CATATTCAAGTTACTTTAATTGATTTTTTCACTAAAACCATTTAAATATA
GCTTATGTATTGTTTTCTATAGGGCTACAATTCTCTCATTTCCCCTGTGT
ATTGGCCTCAATGTATTTTTGAAGTAAAAAAATAAAAATGGTATTTCATC
TTTTTTTGCATGTTTGTTCAAATTTGTTTTTTAGCAATTACACAGCAAAT
AATAGAAGGGTACTAATCTTAATTAATTAACGGGTGAGGTCACGGAATTT
TAAGTCTGAACCACCCTGTATCTACTATATGCATATAACAAACTAACTTT
CTCACATTATAATATTTGCCCTTCAGTGATTTTGAATGTATGAACTCATA
CATTTGAATGTATCTTAAATATATTTAGACAAGAAATATATTGTTGCAGA
TTTTATTTTCATCCTCTCACAATCATTTCATTTTTGATATGTTGTTGTTT
TCCCCCCTCCCTTCTCTTTCTGATGCATTAAGTTATTCAACTTCATCGAT
GAACAAGATGGTTCATTCATATTTTTTATAAGATGCTTCAATATTTATTA
TCAACCATTGTGCTGCTTTTATTTTGTATCTATACATTGATTTACATGCA
TTGTAAAATATTCTGCCCTCCATCACTTCCTTTCAAATAACAACACAAGA
CCTTCCCTGGGGCTTTTAGCGCGTCTCCATTTCTCTTTTTTATTTACTTT
ATTGGGAAGGATAAATAATAAGATCGTATAAAAACATTCCTTGGAACCTC
GAACAATAATTACATAATATGTTAATAACTAAAAACTAATATATTGCTAC
ATCACAAAACTTTGATAAAGGAGGTATATACTAAAAAAGACCGCTACATT
TATATAATAAATCATAATTTTCATCGTACCGGTTCTATTAGCTCAATATG
TAGATTTTTTGTCAAATTGTAAATATGATTTATTACATTATTTTTTTTTT
TTGCAAATTAATAAAATATTCTCATTTTTTTGACATTTTTACTTTTTTTA
TTTTAGGAAAAATATCATATGTATATCTAGGATGAAATGATTACAGTTAG
GTATATTTAAATGTAATAAAAAATATATGTGAGATATTACACGTAAAAGT
TTAAATGCATTGAATTAATGCATATTCCAAAGATACATTAATTATATTTT
ACATTTATAAAAGAGTAAAATACGACGTAATAATACAACCTCTAACTTTG
TACAATTTTAAATATTGTCTTGATGTGTCTCTAATACAAATTAATAGCTG
TTGTTTTAATAATTTGTCAAGAAGAGGAGGAAGTAGTATCAAAATGGTCC
TACCTCAAAATAAGTANNNNNNNNNNNNNNATATACATACACGTACACAT
TAACTACAAATATTACTAAATAGAGATTCTTAAATATAGATATAATCATT
AAGACATGCCATGAATATCGACGAATAAGACAAAAAAAAATTAGAAATAA
AGTACTTAGTGTGGTTTTTTTAAACTAGTATTATTTAGCTCAAGATTATA
TATCTTTCACTCATGCATAATAAATCACATTATATCGTGTCATTGTAATT
TATAAATTATTATTCTTTTAAAATTGGATTAGCATTCAGTATCATTAATT
TATATATATTTGACAAAAGCTATCTTATCAAGTCATTATTTGAATTTAAA
TGCAGTTGTATCTTGAATTACAAGTATAATCTGTGAAAGAGTCATGCTTA
GGGATATTTATGTTCGCAAAATTGCAATGAGCGTAAATTTAAACAAAAAG
TATTTGTTAGTGAGAACAAAATATGAATGTTCTTATTAATTATTCTTCTC
TATTTGTGAATTATAATTTATAGACAAGCAAGGAGAGCTATAGTTTATAG
TGATTTCTGTCTGCAGATATGTCGTATCCCAAATGAACCATATTTTATGA
CATTCTCACAGGACTCAGTTTTACGCTAACCCCAATGTCGAGAACATTTA
CATCCTAATTTCTCGGTAGAGTTGTAGAAAATATGGATATATCTTATATT
TCATTACATCTTATTTGAATAGTTACAAGCAACTATGAGAGGAAATAAAT
AAACACAAATTCCACAATCAAGGATGTAGGTAGGAATTACTCCGAGGTAG
ATTTTCAATTTTACACTGAGTCCGAGAAGGACTTAGTGGCTCCCCCAAGA
AATCATTAGTGTAACTCTTCTTTATTGATTATTACACGCACATTAAACTT
GGATATTCCATAGATTACTTAACATCTGTATAGACACTATCCACGCAACC
TTTTCGATAGAGCCTTGAAAATAAATAATTATTCCATTAAATAACAATTG
TAAAATAAAAAAATCAATTTTTGTTAAAAAGTGATGAATCATTAACGAAG
AGACGAATGAGATTTATCTCATTGTCCATTGAACCCCTTCATTTAATCTA
AGTAATCAATCATGGAATTGTGGATTGTCTGGTAAAAGATTTTTTGGGAA
AATTTTATTTTTCGGTGGTGAAACTTGGAAGAGTGGTCAAAAGCAATTAT
CAAATATTATTAAATTATGCCGAAAGAGCTAATTTATTATCCAGGATTAA
TTAATTTCCTTCTATCCCTTTCAGATCAAACTAATTATTTCAATATCTTT
GCTCTTTTGACCTGATGCTTGACCAGTGTGGCAACAAGAAACCATGGACG
TTGAAAGCATATATCACGTCTATGACGAATAATCACTTTCTATACTAATT
AAATATTAATTTTTAACTAATTGATAATAAACTAAGATAACTTATTGAAT
CAAAACAGTAATGATTACAATAGAGGGATTGTGTGATTTTGAAAGTGAAT
AGTTTATCCAGATGTTAAGTAATCTATCGATATTCCTTCCTCAAGCATTA
AACTGTAATGATAAGAGTCTTAGAAAATAAAATAAAACTTCAAGTTGCAA
CTAAAATAAGTATCACAATCGTCTAGGCTCATAATTTTCACTGCTCTATT
TTTACCTGTAAATACTGTAATTTGGTGTGAGGACATATTTGATGACAGGG
AATACTGTTTTGAAAATATACTGCTTCTTATTCGTACAAATATCGCAAGT
ACAACTAAAGTTGTAAAAAATATGACCTGAAACTTTTTGTAGTTGGAATC
TGGAAAGTGTGTTTTTCCAAAGCTGATGTTATTAATGTTCCTGCATTCTT
GAGGAGAGAAGATCAAAGTATAAATTAATCACAAATGCGAGCGCATATGA
GAATGGATAGCAGTTATGAATATTTGGTGTGTACTAAAAGTCTGTATTAA
ACTTTGAGTAGAATGGAGGATCGTTATCGAAGTAATATCTACCTATGTAG
ATCTTCCTAGATACATACCTTTGTTAATTTAATTCCTCTCACGGCTCCTT
GCAGCTGATCCAATCAAACATCAGCTAAGCTCCTGTATTCCAAATTTTCT
TAAAATTATCAGACTTATTAAGTTAATTTTCGATTTCTTTTCCTTATACA
TACTGGCAGGACATATTTTCTGCATCACACATTGGTGGACTCAGAATTGA
ATTGAAGATTGACAACAGAGTAATTTTTGTCAATTTCCTTACTCAATACG
GAGTGGAGCTCATATTTATTTTGTTCATCTCATAGTTGCTCTCGGCTAAT
CTAATAGAACGTTATGACAGCTATACTACTTTCCTATAAGCCATTCTTCA
AATTGTCACGTCCATTTTAAGCCTTCGTTTTATGCATACCGGCAGGKCAT
AATTCTGAAACTCTAGTTAGTATATACCTAACATTAGTAATGTTCATTGA
GAGTTAGTATTGTAGAAAGCATTTATGTATATATAAAAGTTTATATATAT
ACATTTACTTTTCAAAACTAAATAGTATAATGATTTGATCTGATTGCATG
TTTTTTATTGCTCCTTAACACTATACATTGGAAAAAAAAGGGGGGGCAAA
GGTATTAAAATACAGTCAATCCCTTTTCCTATGTTATATGTAGTAAAATA
AAATTTTCTTTTCATAAGAATTTAATAGTAATAGTATATAAATATGTACC
TACTGTTCTCCGTCCCCCCTATATATGTACATATATAGAGGCTACAGGAA
ACACTTGTAATTGTGGCACTCTTGTGTCATTTCTATTATATAACAGACTG
ATTTAAAAAATGAAAAGCGCCTTCGATGATGCCTCGAGGAAATGATCAGA
GCTTTTCTCAGAACTGGATATTATAAACGAAATTGATCACAGTCTCCTGT
CGTAACTAAGGATAGATACAAAAATAATTGCAAATACTGTGGAACCCAAA
AAACAAAATATACACACCATAAAAGAAATCCGCTTTATCAAATTAATACA
ATAGTTGAATGACCAAAATTATTTCTAAATTAAAATGATAATTATTCATA
TAGAAATTTGAAATTACATCTTTTTTCTATTTGTACTCGACAAAATGGAA
ATTTCTAATTTTTCTAAAAGTCAATTGTCTATTACAAAATTTTTTTGTAG
ATTTTTACATCATAACACCAAAAAAATACAAATAAGGGATGTTTAAAATA
AATAAAATATGTCTTCATTAATTTTGTATGCAATACTTATTATTTTTATA
TAAAACAAGATACTTAGAGGCTATCAGTCATTAGTTCTGATCCGAAATCA
GGGAAAGCGTACTTTAAATATGCAATGCTCTCAATAA

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