EMLSAG00000005313, EMLSAG00000005313-688079 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000005313
Unique NameEMLSAG00000005313-688079
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:nAChRalpha4 "nicotinic Acetylcholine Receptor alpha4" species:7227 "Drosophila melanogaster" [GO:0005892 "acetylcholine-gated channel complex" evidence=ISS;IDA] [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=ISS] [GO:0015464 "acetylcholine receptor activity" evidence=IDA] [GO:0006811 "ion transport" evidence=IEA] [GO:0045211 "postsynaptic membrane" evidence=IEA] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 GO:GO:0007165 GO:GO:0007268 GO:GO:0030054 GO:GO:0045211 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0004889 GO:GO:0005892 FlyBase:FBgn0266347 EMBL:AJ272159 ProteinModelPortal:Q9NFR5 SMR:Q9NFR5 STRING:7227.FBpp0289395 PRIDE:Q9NFR5 InParanoid:Q9NFR5 Bgee:Q9NFR5 Uniprot:Q9NFR5)

HSP 1 Score: 462.225 bits (1188), Expect = 5.800e-158
Identity = 233/297 (78.45%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NTTD L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   36 AGNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGSNVVAVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 332
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:nAChRalpha3 "nicotinic Acetylcholine Receptor alpha3" species:7227 "Drosophila melanogaster" [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=ISS;IDA] [GO:0005892 "acetylcholine-gated channel complex" evidence=ISS;IDA] [GO:0006812 "cation transport" evidence=IDA] [GO:0015464 "acetylcholine receptor activity" evidence=IDA] [GO:0045211 "postsynaptic membrane" evidence=IEA] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 GO:GO:0007165 GO:GO:0007268 GO:GO:0030054 GO:GO:0045211 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0004889 OrthoDB:EOG72JWGV eggNOG:NOG290206 GO:GO:0005892 EMBL:Y15593 ProteinModelPortal:O18394 SMR:O18394 PaxDb:O18394 PRIDE:O18394 FlyBase:FBgn0015519 InParanoid:O18394 Bgee:O18394 Uniprot:O18394)

HSP 1 Score: 437.573 bits (1124), Expect = 2.374e-145
Identity = 222/295 (75.25%), Postives = 240/295 (81.36%), Query Frame = 0 
Query:   47 NAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            +  NPDAKRLYDDLLSNYNKLVRPV+N TD L VRIKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKLKW+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA L + G VEW+PPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRH+ E++GTNVV +G+DLSEFY                                    RKTLFYTVNLIIPCMGISFLT+L FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct:   20 STANPDAKRLYDDLLSNYNKLVRPVVNVTDALTVRIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLKWEPKEYGGVEMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATLNYTGRVEWRPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHIDELNGTNVVEVGVDLSEFYTSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTILVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 314
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:nAChRbeta2 "nicotinic Acetylcholine Receptor beta2" species:7227 "Drosophila melanogaster" [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=ISS] [GO:0005892 "acetylcholine-gated channel complex" evidence=ISS] [GO:0005887 "integral component of plasma membrane" evidence=NAS] [GO:0006811 "ion transport" evidence=IEA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0017085 "response to insecticide" evidence=IMP] [GO:0007271 "synaptic transmission, cholinergic" evidence=IEP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 EMBL:AE014297 GO:GO:0030054 GO:GO:0045211 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0007271 GO:GO:0004889 OrthoDB:EOG72JWGV KO:K05312 eggNOG:NOG290206 GeneTree:ENSGT00740000114930 GO:GO:0005892 GO:GO:0017085 EMBL:X55676 EMBL:Y14678 EMBL:AY089498 PIR:S12899 RefSeq:NP_524483.1 RefSeq:NP_733002.1 UniGene:Dm.4978 ProteinModelPortal:P25162 SMR:P25162 PaxDb:P25162 EnsemblMetazoa:FBtr0084681 GeneID:42920 KEGG:dme:Dmel_CG6798 CTD:42920 FlyBase:FBgn0004118 InParanoid:P25162 OMA:VHIEANP PhylomeDB:P25162 GenomeRNAi:42920 NextBio:831273 Bgee:P25162 Uniprot:P25162)

HSP 1 Score: 399.053 bits (1024), Expect = 8.341e-134
Identity = 196/296 (66.22%), Postives = 230/296 (77.70%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NPD KRLYDDLLSNYN+L+RPV+N T+ L V + LKLSQLI+VNLKNQ+MTTNLWV+Q WFDYKL+WDPEEYGGV QL+VPS+HIW PDIVLYNN DGN+EVTL TKA L + G V W+PPAIYKSSCE++VEYFP+DEQ C MKFGSWTY+G QVDL+H+ ++ G+N+V +GIDL+EFY+                                   RKTLFYTVNLI+PC+ ++FLTVL FYLPSDSGEKVTL ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F MILVS+
Sbjct:   26 ANPDTKRLYDDLLSNYNRLIRPVVNNTETLTVWLGLKLSQLIEVNLKNQVMTTNLWVKQRWFDYKLRWDPEEYGGVEQLYVPSEHIWVPDIVLYNNWDGNYEVTLMTKATLKYTGEVFWEPPAIYKSSCEMNVEYFPYDEQICFMKFGSWTYNGAQVDLKHLDQIPGSNLVQVGIDLTEFYLSVEWDILEVPATKNEEYYPDTLEPFSDITFKLTMRRKTLFYTVNLIVPCVALTFLTVLVFYLPSDSGEKVTLCISILVSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMILVSL 321
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:nAChRalpha1 "nicotinic Acetylcholine Receptor alpha1" species:7227 "Drosophila melanogaster" [GO:0005887 "integral component of plasma membrane" evidence=NAS] [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=ISS;IDA] [GO:0005892 "acetylcholine-gated channel complex" evidence=ISS;IDA;IPI] [GO:0015464 "acetylcholine receptor activity" evidence=IDA] [GO:0006812 "cation transport" evidence=IDA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0017085 "response to insecticide" evidence=IMP] [GO:0007271 "synaptic transmission, cholinergic" evidence=IEP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 EMBL:AE014297 GO:GO:0007165 GO:GO:0030054 GO:GO:0045211 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0007271 GO:GO:0004889 OrthoDB:EOG72JWGV KO:K05312 EMBL:X07194 PIR:S00381 RefSeq:NP_001262917.1 RefSeq:NP_524481.2 UniGene:Dm.2364 ProteinModelPortal:P09478 SMR:P09478 STRING:7227.FBpp0084003 PaxDb:P09478 PRIDE:P09478 EnsemblMetazoa:FBtr0084619 GeneID:42918 KEGG:dme:Dmel_CG5610 CTD:42918 FlyBase:FBgn0000036 eggNOG:NOG290206 GeneTree:ENSGT00740000114930 InParanoid:P09478 PhylomeDB:P09478 GenomeRNAi:42918 NextBio:831261 PRO:PR:P09478 Bgee:P09478 GO:GO:0005892 GO:GO:0017085 Uniprot:P09478)

HSP 1 Score: 394.045 bits (1011), Expect = 3.350e-131
Identity = 195/296 (65.88%), Postives = 226/296 (76.35%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NPDAKRLYDDLLSNYN+L+RPV N +D L V++ L+LSQLIDVNLKNQIMTTN+WVEQ W DYKLKW+P++YGGV  LHVPS+HIW PDIVLYNNADGN+EVT+ TKA L   G V WKPPAIYKS CEIDVEYFPFDEQTC MKFGSWTYDG+ VDLRH+ +   ++ + +GIDL ++YI                                   RKTLFYTVNLIIPC+GISFL+VL FYLPSDSGEK++L ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F M+LV++
Sbjct:   21 ANPDAKRLYDDLLSNYNRLIRPVGNNSDRLTVKMGLRLSQLIDVNLKNQIMTTNVWVEQEWNDYKLKWNPDDYGGVDTLHVPSEHIWLPDIVLYNNADGNYEVTIMTKAILHHTGKVVWKPPAIYKSFCEIDVEYFPFDEQTCFMKFGSWTYDGYMVDLRHLKQTADSDNIEVGIDLQDYYISVEWDIMRVPAVRNEKFYSCCEEPYLDIVFNLTLRRKTLFYTVNLIIPCVGISFLSVLVFYLPSDSGEKISLCISILLSLTVFFLLLAEIIPPTSLTVPLLGKYLLFTMMLVTL 316
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:nAChRalpha2 "nicotinic Acetylcholine Receptor alpha2" species:7227 "Drosophila melanogaster" [GO:0005892 "acetylcholine-gated channel complex" evidence=ISS;IDA;IPI] [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=ISS;IDA] [GO:0005887 "integral component of plasma membrane" evidence=NAS] [GO:0015464 "acetylcholine receptor activity" evidence=IDA] [GO:0006812 "cation transport" evidence=IDA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0007271 "synaptic transmission, cholinergic" evidence=IEP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 EMBL:AE014297 GO:GO:0007165 GO:GO:0030054 GO:GO:0045211 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0007271 GO:GO:0004889 OrthoDB:EOG72JWGV KO:K05312 eggNOG:NOG290206 GeneTree:ENSGT00740000114930 GO:GO:0005892 EMBL:X52274 EMBL:X53583 EMBL:AY058446 PIR:S11679 RefSeq:NP_524482.1 RefSeq:NP_733001.1 UniGene:Dm.2363 ProteinModelPortal:P17644 SMR:P17644 BioGrid:67845 DIP:DIP-22674N IntAct:P17644 MINT:MINT-888559 PRIDE:P17644 EnsemblMetazoa:FBtr0084639 EnsemblMetazoa:FBtr0084640 GeneID:42919 KEGG:dme:Dmel_CG6844 CTD:42919 FlyBase:FBgn0000039 InParanoid:P17644 OMA:FAILCEA PhylomeDB:P17644 GenomeRNAi:42919 NextBio:831266 PRO:PR:P17644 Bgee:P17644 Uniprot:P17644)

HSP 1 Score: 365.155 bits (936), Expect = 7.143e-120
Identity = 181/297 (60.94%), Postives = 217/297 (73.06%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEV-DGTNVVPLGIDLSEFY-----------------------------------IRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NPDAKRLYDDLLSNYN+L+RPV N TD +LV++ L+LSQLID+NLK+QI+TTN+W+E  W D+K KWDP EYGGV +L+VPS+HIW PDIVLYNNADG + VT  TKA L + G V W PPAI+KSSCEIDV YFPFD+QTC MKFGSWTYDG Q+DL+H+ +  D  N V +GIDL E+Y                                    RKTLFYTVNLIIPC+GIS+L+VL FYLP+DSGEK+ L ISIL S  +FFLL+ EIIP TSL +PLLGKYL+F M+LV +
Sbjct:   41 ANPDAKRLYDDLLSNYNRLIRPVSNNTDTVLVKLGLRLSQLIDLNLKDQILTTNVWLEHEWQDHKFKWDPSEYGGVTELYVPSEHIWLPDIVLYNNADGEYVVTTMTKAILHYTGKVVWTPPAIFKSSCEIDVRYFPFDQQTCFMKFGSWTYDGDQIDLKHISQKNDKDNKVEIGIDLREYYPSVEWDILGVPAERHEKYYPCCAEPYPDIFFNITLRRKTLFYTVNLIIPCVGISYLSVLVFYLPADSGEKIALCISILLSQTMFFLLISEIIPSTSLALPLLGKYLLFTMLLVGL 337
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:unc-63 species:6239 "Caenorhabditis elegans" [GO:0040011 "locomotion" evidence=IMP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 GO:GO:0016021 GO:GO:0040012 GO:GO:0030054 GO:GO:0045211 GO:GO:0006812 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0031594 GO:GO:0007271 GO:GO:0009791 GO:GO:0006581 GO:GO:0004889 HOGENOM:HOG000006756 OrthoDB:EOG72JWGV KO:K05312 eggNOG:NOG290206 GeneTree:ENSGT00740000114930 GO:GO:0015464 GO:GO:0040011 GO:GO:0046662 EMBL:AF288374 EMBL:FO080728 RefSeq:NP_491533.2 UniGene:Cel.19329 ProteinModelPortal:Q9N587 SMR:Q9N587 DIP:DIP-42343N IntAct:Q9N587 MINT:MINT-3383641 DrugBank:DB00848 EnsemblMetazoa:Y110A7A.3 GeneID:172150 KEGG:cel:CELE_Y110A7A.3 UCSC:Y110A7A.3 CTD:172150 WormBase:Y110A7A.3 InParanoid:Q9N587 OMA:HIPRWLF NextBio:874233 PRO:PR:Q9N587 GO:GO:0022848 Uniprot:Q9N587)

HSP 1 Score: 336.65 bits (862), Expect = 8.046e-110
Identity = 176/308 (57.14%), Postives = 209/308 (67.86%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCE------------VDGTN-----VVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAM 304
             N DA RL++DL+++YNKLVRPV    + L+V  KLKLSQL+DV+ KNQIMTTN+W++  W DYKL+WDP EYGGV  L+VPSD IW PD+VLYNNADGN++VT+ TKA L +NG VEW PPAIYKS C+IDVE+FPFD Q C MKFGSWTY G +VDL+H  +            VDG       VV  GIDLS++Y                                    RKTLFYTVNLI P +GISFLT L FYLPSD GEK++L ISIL SL VFFLL+VEIIP TSLV+PL+GKYL+F M
Sbjct:   23 ANRDANRLFEDLIADYNKLVRPVSENGETLVVTFKLKLSQLLDVHEKNQIMTTNVWLQHSWMDYKLRWDPVEYGGVEVLYVPSDTIWLPDVVLYNNADGNYQVTIMTKAKLTYNGTVEWAPPAIYKSMCQIDVEFFPFDRQQCEMKFGSWTYGGLEVDLQHRDKHLEKEIEEDVEGVDGPTKEIVWVVDRGIDLSDYYPSVEWDILNVPGKRHSKRYPCCESPFIDITYEIHLRRKTLFYTVNLIFPSVGISFLTALVFYLPSDGGEKISLCISILISLTVFFLLLVEIIPSTSLVIPLIGKYLLFTM 330
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:unc-63 "Acetylcholine receptor subunit alpha-type unc-63" species:6239 "Caenorhabditis elegans" [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=IEA] [GO:0005216 "ion channel activity" evidence=IEA] [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA;IDA] [GO:0006581 "acetylcholine catabolic process" evidence=IMP] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA] [GO:0006812 "cation transport" evidence=IEA] [GO:0007271 "synaptic transmission, cholinergic" evidence=IMP] [GO:0009791 "post-embryonic development" evidence=IMP] [GO:0015464 "acetylcholine receptor activity" evidence=IMP] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0022848 "acetylcholine-gated cation channel activity" evidence=IMP] [GO:0030054 "cell junction" evidence=IEA] [GO:0031594 "neuromuscular junction" evidence=IDA] [GO:0034220 "ion transmembrane transport" evidence=IMP] [GO:0040011 "locomotion" evidence=IMP] [GO:0040012 "regulation of locomotion" evidence=IMP] [GO:0045202 "synapse" evidence=IEA] [GO:0045211 "postsynaptic membrane" evidence=IEA;IDA] [GO:0046662 "regulation of oviposition" evidence=IMP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 GO:GO:0016021 GO:GO:0040012 GO:GO:0030054 GO:GO:0045211 GO:GO:0006812 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0031594 GO:GO:0007271 GO:GO:0009791 GO:GO:0006581 GO:GO:0004889 HOGENOM:HOG000006756 OrthoDB:EOG72JWGV KO:K05312 eggNOG:NOG290206 GeneTree:ENSGT00740000114930 GO:GO:0015464 GO:GO:0040011 GO:GO:0046662 EMBL:AF288374 EMBL:FO080728 RefSeq:NP_491533.2 UniGene:Cel.19329 ProteinModelPortal:Q9N587 SMR:Q9N587 DIP:DIP-42343N IntAct:Q9N587 MINT:MINT-3383641 DrugBank:DB00848 EnsemblMetazoa:Y110A7A.3 GeneID:172150 KEGG:cel:CELE_Y110A7A.3 UCSC:Y110A7A.3 CTD:172150 WormBase:Y110A7A.3 InParanoid:Q9N587 OMA:HIPRWLF NextBio:874233 PRO:PR:Q9N587 GO:GO:0022848 Uniprot:Q9N587)

HSP 1 Score: 336.65 bits (862), Expect = 8.046e-110
Identity = 176/308 (57.14%), Postives = 209/308 (67.86%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCE------------VDGTN-----VVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAM 304
             N DA RL++DL+++YNKLVRPV    + L+V  KLKLSQL+DV+ KNQIMTTN+W++  W DYKL+WDP EYGGV  L+VPSD IW PD+VLYNNADGN++VT+ TKA L +NG VEW PPAIYKS C+IDVE+FPFD Q C MKFGSWTY G +VDL+H  +            VDG       VV  GIDLS++Y                                    RKTLFYTVNLI P +GISFLT L FYLPSD GEK++L ISIL SL VFFLL+VEIIP TSLV+PL+GKYL+F M
Sbjct:   23 ANRDANRLFEDLIADYNKLVRPVSENGETLVVTFKLKLSQLLDVHEKNQIMTTNVWLQHSWMDYKLRWDPVEYGGVEVLYVPSDTIWLPDVVLYNNADGNYQVTIMTKAKLTYNGTVEWAPPAIYKSMCQIDVEFFPFDRQQCEMKFGSWTYGGLEVDLQHRDKHLEKEIEEDVEGVDGPTKEIVWVVDRGIDLSDYYPSVEWDILNVPGKRHSKRYPCCESPFIDITYEIHLRRKTLFYTVNLIFPSVGISFLTALVFYLPSDGGEKISLCISILISLTVFFLLLVEIIPSTSLVIPLIGKYLLFTM 330
[Close]
BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:unc-38 species:6239 "Caenorhabditis elegans" [GO:0040011 "locomotion" evidence=IMP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 GO:GO:0016021 GO:GO:0030054 GO:GO:0043005 GO:GO:0045211 GO:GO:0005230 GO:GO:0006812 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0007274 GO:GO:0004889 HOGENOM:HOG000006756 OrthoDB:EOG72JWGV eggNOG:NOG235631 KO:K05312 GeneTree:ENSGT00740000114930 GO:GO:0015464 GO:GO:0040011 GO:GO:0046662 EMBL:X98599 EMBL:X98600 EMBL:FO081197 PIR:T25720 PIR:T43634 RefSeq:NP_491472.1 UniGene:Cel.19675 ProteinModelPortal:Q23022 SMR:Q23022 IntAct:Q23022 MINT:MINT-3383663 TCDB:1.A.9.1.2 EnsemblMetazoa:F21F3.5 GeneID:172105 KEGG:cel:CELE_F21F3.5 UCSC:F21F3.5 CTD:172105 WormBase:F21F3.5 InParanoid:Q23022 OMA:ENICFIA NextBio:874031 PRO:PR:Q23022 Uniprot:Q23022)

HSP 1 Score: 303.908 bits (777), Expect = 5.252e-97
Identity = 154/314 (49.04%), Postives = 202/314 (64.33%), Query Frame = 0 
Query:   46 LNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDG-------------FQVDLRHMCEVDGTNVVPLGIDLSEFYI-------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            L  GN DAKRLYDDL+ NYN+  RP  +   PL +++KL+LSQ+IDV+  +QIMT ++W++Q W D KL WDP  YGGV  L+VP + IW PDIVLYNNAD N+ +T++TKA L + G V W+PPAI+KS C+IDV +FPFDEQ C +KFGSWT+               ++ ++     +D   V   GIDLS++Y                                      RK LFYTVNL+ PC+GISFLT+L FYLPSDSGEKVTL ISIL +L +FFLL+ EIIP TS+ +PL+GKYL+F M++V++
Sbjct:   20 LTEGNEDAKRLYDDLMVNYNRHRRPSTSPNKPLTIKLKLRLSQIIDVHEIDQIMTCSVWLKQTWIDRKLSWDPVNYGGVNVLYVPYEMIWVPDIVLYNNADSNYNITISTKATLHYTGEVTWEPPAIFKSMCQIDVRWFPFDEQQCHLKFGSWTFSENLLSVELNEPSLRYEEEIDEKGIIDNVTVAEDGIDLSDYYPSVEWDIMSRVAKRRAKNYPSCCPQSAYIDVTYYLQLRRKPLFYTVNLVFPCVGISFLTILVFYLPSDSGEKVTLCISILVALTIFFLLLTEIIPATSITLPLIGKYLLFTMVMVTL 333
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BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:unc-38 "Acetylcholine receptor subunit alpha-type unc-38" species:6239 "Caenorhabditis elegans" [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=IEA] [GO:0005216 "ion channel activity" evidence=IEA] [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA;IDA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA;IDA] [GO:0006812 "cation transport" evidence=IEA] [GO:0007274 "neuromuscular synaptic transmission" evidence=IDA] [GO:0015464 "acetylcholine receptor activity" evidence=IDA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0034220 "ion transmembrane transport" evidence=IEA;IDA] [GO:0040011 "locomotion" evidence=IMP] [GO:0043005 "neuron projection" evidence=IDA] [GO:0045202 "synapse" evidence=IEA;IDA] [GO:0045211 "postsynaptic membrane" evidence=IEA;IDA] [GO:0046662 "regulation of oviposition" evidence=IMP] InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 GO:GO:0016021 GO:GO:0030054 GO:GO:0043005 GO:GO:0045211 GO:GO:0005230 GO:GO:0006812 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0007274 GO:GO:0004889 HOGENOM:HOG000006756 OrthoDB:EOG72JWGV eggNOG:NOG235631 KO:K05312 GeneTree:ENSGT00740000114930 GO:GO:0015464 GO:GO:0040011 GO:GO:0046662 EMBL:X98599 EMBL:X98600 EMBL:FO081197 PIR:T25720 PIR:T43634 RefSeq:NP_491472.1 UniGene:Cel.19675 ProteinModelPortal:Q23022 SMR:Q23022 IntAct:Q23022 MINT:MINT-3383663 TCDB:1.A.9.1.2 EnsemblMetazoa:F21F3.5 GeneID:172105 KEGG:cel:CELE_F21F3.5 UCSC:F21F3.5 CTD:172105 WormBase:F21F3.5 InParanoid:Q23022 OMA:ENICFIA NextBio:874031 PRO:PR:Q23022 Uniprot:Q23022)

HSP 1 Score: 303.908 bits (777), Expect = 5.252e-97
Identity = 154/314 (49.04%), Postives = 202/314 (64.33%), Query Frame = 0 
Query:   46 LNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDG-------------FQVDLRHMCEVDGTNVVPLGIDLSEFYI-------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            L  GN DAKRLYDDL+ NYN+  RP  +   PL +++KL+LSQ+IDV+  +QIMT ++W++Q W D KL WDP  YGGV  L+VP + IW PDIVLYNNAD N+ +T++TKA L + G V W+PPAI+KS C+IDV +FPFDEQ C +KFGSWT+               ++ ++     +D   V   GIDLS++Y                                      RK LFYTVNL+ PC+GISFLT+L FYLPSDSGEKVTL ISIL +L +FFLL+ EIIP TS+ +PL+GKYL+F M++V++
Sbjct:   20 LTEGNEDAKRLYDDLMVNYNRHRRPSTSPNKPLTIKLKLRLSQIIDVHEIDQIMTCSVWLKQTWIDRKLSWDPVNYGGVNVLYVPYEMIWVPDIVLYNNADSNYNITISTKATLHYTGEVTWEPPAIFKSMCQIDVRWFPFDEQQCHLKFGSWTFSENLLSVELNEPSLRYEEEIDEKGIIDNVTVAEDGIDLSDYYPSVEWDIMSRVAKRRAKNYPSCCPQSAYIDVTYYLQLRRKPLFYTVNLVFPCVGISFLTILVFYLPSDSGEKVTLCISILVALTIFFLLLTEIIPATSITLPLIGKYLLFTMVMVTL 333
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BLAST of EMLSAG00000005313 vs. GO
Match: - (symbol:CHRNA6 "Neuronal acetylcholine receptor subunit alpha-6" species:9606 "Homo sapiens" [GO:0004889 "acetylcholine-activated cation-selective channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=TAS] [GO:0005892 "acetylcholine-gated channel complex" evidence=IEA] [GO:0006810 "transport" evidence=TAS] [GO:0006812 "cation transport" evidence=TAS] [GO:0007165 "signal transduction" evidence=TAS] [GO:0007268 "synaptic transmission" evidence=TAS] [GO:0014059 "regulation of dopamine secretion" evidence=IEA] [GO:0015464 "acetylcholine receptor activity" evidence=TAS] [GO:0030054 "cell junction" evidence=IEA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0051899 "membrane depolarization" evidence=IEA] Reactome:REACT_13685 InterPro:IPR002394 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00254 InterPro:IPR018000 EMBL:CH471080 GO:GO:0014059 GO:GO:0030054 GO:GO:0045211 Gene3D:1.20.120.370 Gene3D:2.70.170.10 InterPro:IPR027361 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 TreeFam:TF315605 HOVERGEN:HBG003756 GO:GO:0004889 HOGENOM:HOG000006756 OrthoDB:EOG72JWGV eggNOG:NOG290206 GO:GO:0005892 GO:GO:0015464 ChEMBL:CHEMBL2109233 GO:GO:0051899 CTD:8973 KO:K04808 EMBL:U62435 EMBL:Y16282 EMBL:AB079251 EMBL:AK298798 EMBL:AK313521 EMBL:AC087533 EMBL:BC014456 RefSeq:NP_001186208.1 RefSeq:NP_004189.1 UniGene:Hs.103128 ProteinModelPortal:Q15825 SMR:Q15825 STRING:9606.ENSP00000276410 BindingDB:Q15825 GuidetoPHARMACOLOGY:467 PhosphoSite:Q15825 DMDM:2492620 PaxDb:Q15825 PRIDE:Q15825 DNASU:8973 Ensembl:ENST00000276410 Ensembl:ENST00000534622 GeneID:8973 KEGG:hsa:8973 UCSC:uc003xpj.3 UCSC:uc011lcw.2 GeneCards:GC08M042625 HGNC:HGNC:15963 MIM:606888 neXtProt:NX_Q15825 PharmGKB:PA26492 InParanoid:Q15825 OMA:GEPRHLK PhylomeDB:Q15825 GeneWiki:CHRNA6 GenomeRNAi:8973 NextBio:33673 PRO:PR:Q15825 ArrayExpress:Q15825 Bgee:Q15825 CleanEx:HS_CHRNA6 Genevestigator:Q15825 Uniprot:Q15825)

HSP 1 Score: 294.664 bits (753), Expect = 1.324e-93
Identity = 152/316 (48.10%), Postives = 200/316 (63.29%), Query Frame = 0 
Query:   21 WVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDL--------------------------RHMCEVDGTNVVPLGIDLSEFYIRK-TLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            W+C F PF       C+           G    +RL+  L S+YN+ +RPV N +DP+ V  ++ ++QL +V+  NQIM TNLW+   W DYKL+WDP EY G+  L VP+D IW+PDIVLYNNA G+F+V   TKA L +NG++ W PPAI+KSSC +D+ +FPFD Q C +KFGSWTYD  ++DL                          +H  + +    +   I  S FYIR+  +FYT+NLIIPC+ ISFLTVL FYLPSD GEKVTL IS+L SL VF L++ E IP TSLVVPL+G+YL+F MI V++
Sbjct:   17 WLCVFTPFFK----GCV-----------GCATEERLFHKLFSHYNQFIRPVENVSDPVTVHFEVAITQLANVDEVNQIMETNLWLRHIWNDYKLRWDPMEYDGIETLRVPADKIWKPDIVLYNNAVGDFQVEGKTKALLKYNGMITWTPPAIFKSSCPMDITFFPFDHQNCSLKFGSWTYDKAEIDLLIIGSKVDMNDFWENSEWEIIDASGYKHDIKYNCCEEIYTDITYS-FYIRRLPMFYTINLIIPCLFISFLTVLVFYLPSDCGEKVTLCISVLLSLTVFLLVITETIPSTSLVVPLVGEYLLFTMIFVTL 316
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592842969|gb|GAXK01114575.1| (TSA: Calanus finmarchicus comp174490_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 505.753 bits (1301), Expect = 2.922e-167
Identity = 267/387 (68.99%), Postives = 280/387 (72.35%), Query Frame = 0 
Query:   44 TVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIRC---------------------------------------------DSRSLRKVMMRTCIGAETSTSIFDNAFSPNDKRNEKQKG 350
             V+N GNPDAKRLYDDLLSNYNKLVRPV NTTDPL VRIKLKLSQLIDVNLKNQIMTTNLWVEQ+W DYKLKW+PEEYGGV+QLHVPSDHIWRPDIVLYNNADGNFEVTLATKA LW+NGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEV+G+N+V LGIDLSEFY+                                   RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS+                                                  SLRKVM+RTCIG E S +     F+ N  R E   G
Sbjct:  515 AVINMGNPDAKRLYDDLLSNYNKLVRPVQNTTDPLTVRIKLKLSQLIDVNLKNQIMTTNLWVEQFWRDYKLKWEPEEYGGVKQLHVPSDHIWRPDIVLYNNADGNFEVTLATKATLWYNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVEGSNIVDLGIDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSLSICVTVVVLNVHFRSPQTHKMAPWVKRVFIHILPRLLIMKRPQFQPDKQTSLRKVMLRTCIGTEGSNAKDYPNFAENKIRFENGNG 1675
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592797409|gb|GAXK01157159.1| (TSA: Calanus finmarchicus comp442419_c2_seq3 transcribed RNA sequence)

HSP 1 Score: 410.609 bits (1054), Expect = 3.865e-135
Identity = 216/314 (68.79%), Postives = 241/314 (76.75%), Query Frame = 0 
Query:   28 FISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            +I+ I+   + P +    +++GNPDAKRLYDDLLSNYNKLVRPV N T+ + V +KLKLSQLI VNLKNQIMTTNLWVEQ+W DYKL+W+P+EYGGV  LHVP+DHIWRPDIVLYNNADGNFEVTLATKA L+  G VEWKPPAIY SSCE+DVEYFPFDEQTCVMKFGSWTYDGFQVDLRH  E     VV +GIDL+EFY                                    RKTLFYTVNLIIPCMGISFLTVL FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct: 1081 YIAVIVFLLLNPHK----VDSGNPDAKRLYDDLLSNYNKLVRPVANVTETVTVHLKLKLSQLIAVNLKNQIMTTNLWVEQFWRDYKLQWNPDEYGGVNMLHVPADHIWRPDIVLYNNADGNFEVTLATKATLYHTGDVEWKPPAIYHSSCEMDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHKDETKDLPVVEIGIDLTEFYQSVEWDILSVPAQRNVKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 2010
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592797408|gb|GAXK01157160.1| (TSA: Calanus finmarchicus comp442419_c2_seq4 transcribed RNA sequence)

HSP 1 Score: 408.297 bits (1048), Expect = 8.568e-135
Identity = 213/298 (71.48%), Postives = 233/298 (78.19%), Query Frame = 0 
Query:   44 TVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
             VL+ GNPDAKRL+DDLLS+YNKLVRPVIN TDP+ V+ KLKLSQLIDVNL+ Q+MTTNLW+EQYW+DYKL W+P+EYGGV  LHVPS HIW PDIVLYNNADGNFEVTLATKA L+  G VEWKPPAIY SSCE+DVEYFPFDEQTCVMKFGSWTYDGFQVDLRH  E     VV +GIDL+EFY                                    RKTLFYTVNLIIPCMGISFLTVL FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct: 1081 AVLSNGNPDAKRLFDDLLSSYNKLVRPVINVTDPVTVKFKLKLSQLIDVNLRKQVMTTNLWIEQYWYDYKLTWNPDEYGGVDILHVPSTHIWLPDIVLYNNADGNFEVTLATKATLYHEGRVEWKPPAIYHSSCEMDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHKDETKDLPVVEIGIDLTEFYQSVEWDILSVPAQRNVKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 1974
[Close]
BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592797410|gb|GAXK01157158.1| (TSA: Calanus finmarchicus comp442419_c2_seq2 transcribed RNA sequence)

HSP 1 Score: 406.757 bits (1044), Expect = 1.516e-131
Identity = 215/325 (66.15%), Postives = 244/325 (75.08%), Query Frame = 0 
Query:   28 FISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCE-----------VDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            +I+ I+   + P +    +++GNPDAKRLYDDLLSNYNKLVRPV N T+ + V +KLKLSQLI VNLKNQIMTTNLWVEQ+W DYKL+W+P+EYGGV  LHVP+DHIWRPDIVLYNNADGNFEVTLATKA L+  G VEWKPPAIY SSCE+DVEYFPFDEQTCVMKFGSWTYDGFQVDLRH  E           V+ +  V +GIDL+EFY+                                   RKTLFYTVNLIIPCMGISFLT+L FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct: 1698 YIAVIVFLLLNPHK----VDSGNPDAKRLYDDLLSNYNKLVRPVANVTETVTVHLKLKLSQLIAVNLKNQIMTTNLWVEQFWRDYKLQWNPDEYGGVNMLHVPADHIWRPDIVLYNNADGNFEVTLATKATLYHTGDVEWKPPAIYHSSCEMDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHEHEIRAPASVSYKNVENSPRVDVGIDLTEFYMSVEWDILEVPAKRNVKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTILVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 2660
[Close]
BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592797411|gb|GAXK01157157.1| (TSA: Calanus finmarchicus comp442419_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 406.757 bits (1044), Expect = 1.644e-131
Identity = 215/325 (66.15%), Postives = 244/325 (75.08%), Query Frame = 0 
Query:   28 FISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCE-----------VDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            +I+ I+   + P +    +++GNPDAKRLYDDLLSNYNKLVRPV N T+ + V +KLKLSQLI VNLKNQIMTTNLWVEQ+W DYKL+W+P+EYGGV  LHVP+DHIWRPDIVLYNNADGNFEVTLATKA L+  G VEWKPPAIY SSCE+DVEYFPFDEQTCVMKFGSWTYDGFQVDLRH  E           V+ +  V +GIDL+EFY+                                   RKTLFYTVNLIIPCMGISFLT+L FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct: 1710 YIAVIVFLLLNPHK----VDSGNPDAKRLYDDLLSNYNKLVRPVANVTETVTVHLKLKLSQLIAVNLKNQIMTTNLWVEQFWRDYKLQWNPDEYGGVNMLHVPADHIWRPDIVLYNNADGNFEVTLATKATLYHTGDVEWKPPAIYHSSCEMDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHEHEIRAPASVSYKNVENSPRVDVGIDLTEFYMSVEWDILEVPAKRNVKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTILVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 2672
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592923436|gb|GAXK01034979.1| (TSA: Calanus finmarchicus comp111305_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 377.867 bits (969), Expect = 5.428e-124
Identity = 193/310 (62.26%), Postives = 224/310 (72.26%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI--------------------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
             NP AKRLYDDLL +YN+L+RPV N T+ L V++ LKLSQLIDVNLK+Q+MTTN+WV+Q W DYKLKW+P+EYGGV+ L+VPS+ IW PDIVLYNNADG +EV L TKA L +NG V+W PPAIYKSSCEI+VE+FPFDEQ C MKFGSWTYD  QVDL+HM +  G NVV +GIDL+EFY+                                                  RKTLFYTVNLIIPC+GISFLTVL FYLP+DSGEKVTL ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F M+LV+
Sbjct:  757 SNPHAKRLYDDLLHDYNRLIRPVPNFTETLTVKLGLKLSQLIDVNLKDQVMTTNVWVDQNWNDYKLKWNPKEYGGVKTLYVPSERIWLPDIVLYNNADGKYEVRLMTKAELKYNGDVKWTPPAIYKSSCEINVEWFPFDEQNCDMKFGSWTYDARQVDLKHMHQEPGNNVVEIGIDLTEFYLSVEWDILDVPATKNVENYNPEMDENEHHEEDDDEVEDKLLTDITFILTMRRKTLFYTVNLIIPCVGISFLTVLVFYLPADSGEKVTLCISILLSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMLLVT 1686
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592923438|gb|GAXK01034977.1| (TSA: Calanus finmarchicus comp111305_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 377.867 bits (969), Expect = 1.465e-123
Identity = 193/310 (62.26%), Postives = 224/310 (72.26%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI--------------------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
             NP AKRLYDDLL +YN+L+RPV N T+ L V++ LKLSQLIDVNLK+Q+MTTN+WV+Q W DYKLKW+P+EYGGV+ L+VPS+ IW PDIVLYNNADG +EV L TKA L +NG V+W PPAIYKSSCEI+VE+FPFDEQ C MKFGSWTYD  QVDL+HM +  G NVV +GIDL+EFY+                                                  RKTLFYTVNLIIPC+GISFLTVL FYLP+DSGEKVTL ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F M+LV+
Sbjct:  869 SNPHAKRLYDDLLHDYNRLIRPVPNFTETLTVKLGLKLSQLIDVNLKDQVMTTNVWVDQNWNDYKLKWNPKEYGGVKTLYVPSERIWLPDIVLYNNADGKYEVRLMTKAELKYNGDVKWTPPAIYKSSCEINVEWFPFDEQNCDMKFGSWTYDARQVDLKHMHQEPGNNVVEIGIDLTEFYLSVEWDILDVPATKNVENYNPEMDENEHHEEDDDEVEDKLLTDITFILTMRRKTLFYTVNLIIPCVGISFLTVLVFYLPADSGEKVTLCISILLSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMLLVT 1798
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592923435|gb|GAXK01034980.1| (TSA: Calanus finmarchicus comp111305_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 374.785 bits (961), Expect = 7.279e-123
Identity = 190/311 (61.09%), Postives = 224/311 (72.03%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI--------------------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NP AKRLYDDLL +YN+L+RPV N T+ L V++ LKLSQLIDVNLK+Q+MTTN+WV+Q W DYKLKW+P+EYGGV+ L+VPS+ IW PDIVLYNNADG +EV L TKA L +NG V+W PPAIYKSSCEI+VE+FPFDEQ C MKFGSWTYD  QVDL+HM +  G NVV +GIDL+EFY+                                                  RKTLFYTVNLIIPC+GISFLTVL FYLP+DSGEKVTL IS+L SL VFFLL+ EIIPPTSL VPLL KYL+F+M L+++
Sbjct:  754 SNPHAKRLYDDLLHDYNRLIRPVPNFTETLTVKLGLKLSQLIDVNLKDQVMTTNVWVDQNWNDYKLKWNPKEYGGVKTLYVPSERIWLPDIVLYNNADGKYEVRLMTKAELKYNGDVKWTPPAIYKSSCEINVEWFPFDEQNCDMKFGSWTYDARQVDLKHMHQEPGNNVVEIGIDLTEFYLSVEWDILDVPATKNVENYNPEMDENEHHEDDDDEAEDKLLTDITFILTMRRKTLFYTVNLIIPCVGISFLTVLVFYLPADSGEKVTLCISVLLSLTVFFLLLAEIIPPTSLAVPLLSKYLLFSMGLITL 1686
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592923437|gb|GAXK01034978.1| (TSA: Calanus finmarchicus comp111305_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 375.555 bits (963), Expect = 1.169e-122
Identity = 191/311 (61.41%), Postives = 224/311 (72.03%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI--------------------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NP AKRLYDDLL +YN+L+RPV N T+ L V++ LKLSQLIDVNLK+Q+MTTN+WV+Q W DYKLKW+P+EYGGV+ L+VPS+ IW PDIVLYNNADG +EV L TKA L +NG V+W PPAIYKSSCEI+VE+FPFDEQ C MKFGSWTYD  QVDL+HM +  G NVV +GIDL+EFY+                                                  RKTLFYTVNLIIPC+GISFLTVL FYLP+DSGEKVTL ISIL SL VFFLL+ EIIPPTSL VPLL KYL+F+M L+++
Sbjct:  866 SNPHAKRLYDDLLHDYNRLIRPVPNFTETLTVKLGLKLSQLIDVNLKDQVMTTNVWVDQNWNDYKLKWNPKEYGGVKTLYVPSERIWLPDIVLYNNADGKYEVRLMTKAELKYNGDVKWTPPAIYKSSCEINVEWFPFDEQNCDMKFGSWTYDARQVDLKHMHQEPGNNVVEIGIDLTEFYLSVEWDILDVPATKNVENYNPEMDENEHHEDDDDETEDKLLTDITFILTMRRKTLFYTVNLIIPCVGISFLTVLVFYLPADSGEKVTLCISILLSLTVFFLLLAEIIPPTSLAVPLLSKYLLFSMGLITL 1798
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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Match: gi|592755542|gb|GAXK01198871.1| (TSA: Calanus finmarchicus comp121581_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 359.377 bits (921), Expect = 6.970e-116
Identity = 184/295 (62.37%), Postives = 220/295 (74.58%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
             NPDAKRLY +LL+NY++L+RPV N++D L V ++LKLSQ+I V+++ QI+TTN+WVEQ W DYKL W+P++YGGV+ LHVPS  IW PDIVLYNNADGN+EVT+ TKA L  NG V W PPAIYKS C IDVE+FPFDEQ C+MKFGSWTYDGF +DLRHM ++   N + + +DL +FYI                                   RKTLFYTVNLIIPC+GISFL+VL FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F MILV+
Sbjct:  640 ANPDAKRLYSNLLANYDRLIRPVANSSDRLTVHMRLKLSQVIGVDMRRQILTTNVWVEQEWADYKLSWNPDDYGGVKHLHVPSQDIWLPDIVLYNNADGNYEVTIMTKAILHHNGKVRWNPPAIYKSYCGIDVEFFPFDEQECMMKFGSWTYDGFMLDLRHMNQLPTNNSIGIAMDLRDFYISTEWDVMEVPAVRNEKYYPCCEEPYPDIIFTIKLRRKTLFYTVNLIIPCVGISFLSVLVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLSVPLLGKYLLFTMILVT 1524
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000005313 (pep:novel supercontig:LSalAtl2s:LSalAtl2s283:621537:765197:1 gene:EMLSAG00000005313 transcript:EMLSAT00000005313 description:"maker-LSalAtl2s283-snap-gene-6.12")

HSP 1 Score: 718.383 bits (1853), Expect = 0.000e+0
Identity = 350/350 (100.00%), Postives = 350/350 (100.00%), Query Frame = 0 
Query:    1 MKXVHYSHRRHRLLLRPRSSWVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIRCDSRSLRKVMMRTCIGAETSTSIFDNAFSPNDKRNEKQKG 350
            MKXVHYSHRRHRLLLRPRSSWVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIRCDSRSLRKVMMRTCIGAETSTSIFDNAFSPNDKRNEKQKG
Sbjct:    1 MKXVHYSHRRHRLLLRPRSSWVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIRCDSRSLRKVMMRTCIGAETSTSIFDNAFSPNDKRNEKQKG 350
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000001002 (pep:novel supercontig:LSalAtl2s:LSalAtl2s116:424821:428389:1 gene:EMLSAG00000001002 transcript:EMLSAT00000001002 description:"maker-LSalAtl2s116-snap-gene-4.16")

HSP 1 Score: 416.772 bits (1070), Expect = 9.493e-142
Identity = 214/297 (72.05%), Postives = 239/297 (80.47%), Query Frame = 0 
Query:   47 NAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEK--VTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            + GNPDAKRLYDDLLSNYNKLVRPV+N +D + V++KLKLSQLIDVNL+NQIMTTNLWVEQ+W+DYK++W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTL+TKA L+  GLV W+PPAIY SSCE+DVEYFPFDEQTCVMKFGSWTYDGFQVDLRH  E  GTNVV +G+DLSEFY+                                   RKTLFYTVNLIIPCMGISFLTVL FYLPSDSGEK  V+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct:   17 SCGNPDAKRLYDDLLSNYNKLVRPVVNVSDAVTVKLKLKLSQLIDVNLRNQIMTTNLWVEQFWYDYKMRWEPDEYGGVDMLHVPSDHIWRPDIVLYNNADGNFEVTLSTKATLFNTGLVVWRPPAIYHSSCEMDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHQEEEQGTNVVNIGVDLSEFYMSVEWDILAVPAIRNVKVYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLVFYLPSDSGEKXNVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 313
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000009264 (pep:novel supercontig:LSalAtl2s:LSalAtl2s58:470357:532297:1 gene:EMLSAG00000009264 transcript:EMLSAT00000009264 description:"maker-LSalAtl2s58-snap-gene-5.5")

HSP 1 Score: 362.459 bits (929), Expect = 4.469e-121
Identity = 185/295 (62.71%), Postives = 222/295 (75.25%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
             NPDAKRLYDDLLSNY++L+RPV N++D L V++ LKLSQ+I +++K QIM TN+WV Q W DYKLKW PE+YGGV+ LHVPS +IW PDIVLYNNADGN+EVT+ TKA L F+G V W PPAIYKSSCEIDVE+FPFDEQ C MKFGSWTYDG+ VDLRH+ +   ++ + +G+DL E+YI                                   RK+LFYTVN+IIPC+GISFL+VL FYLPSDSGEKV+LSISIL SL VFFLL+ EIIP TS+ VPLLGKYL+F MILV+
Sbjct:   24 ANPDAKRLYDDLLSNYDRLIRPVGNSSDRLTVKMGLKLSQIIGIDMKRQIMITNVWVAQEWHDYKLKWKPEDYGGVKHLHVPSQNIWLPDIVLYNNADGNYEVTIMTKAVLHFSGRVVWNPPAIYKSSCEIDVEFFPFDEQKCFMKFGSWTYDGYMVDLRHINQKGSSSEIEIGMDLQEYYISTEWDVMTAPAVRNEKYYPCCEEPYPDIIFYLTLRRKSLFYTVNVIIPCVGISFLSVLVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPSTSIAVPLLGKYLLFTMILVT 318
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000006919 (pep:novel supercontig:LSalAtl2s:LSalAtl2s391:531733:535693:-1 gene:EMLSAG00000006919 transcript:EMLSAT00000006919 description:"snap_masked-LSalAtl2s391-processed-gene-5.26")

HSP 1 Score: 338.576 bits (867), Expect = 1.220e-113
Identity = 169/262 (64.50%), Postives = 193/262 (73.66%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             GNP AKRLYDDLLSNYN+L+RPV N T+ L VR+ LKLSQLIDV+LKNQ+MTTN+WVEQ W DYKL W PEEYGGV  L+VPS HIW PDIVL+NNADG +EVTL TKA L + G V WKPPAIYKSSC+I+VE+FPFDEQ+C MKFGSWTYDGFQVDL+H+ +  G+NVV +GIDL EFY                                   VTL ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F MILV++
Sbjct:   22 GGNPHAKRLYDDLLSNYNRLIRPVSNNTEKLTVRLGLKLSQLIDVDLKNQVMTTNVWVEQKWLDYKLNWKPEEYGGVEMLYVPSQHIWLPDIVLFNNADGKYEVTLMTKARLKYTGEVVWKPPAIYKSSCKINVEWFPFDEQSCDMKFGSWTYDGFQVDLKHVDQEKGSNVVKVGIDLKEFYY---------------------------------SVTLCISILLSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMILVTL 250
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000002955 (pep:novel supercontig:LSalAtl2s:LSalAtl2s16:183923:308993:1 gene:EMLSAG00000002955 transcript:EMLSAT00000002955 description:"maker-LSalAtl2s16-augustus-gene-3.5")

HSP 1 Score: 317.005 bits (811), Expect = 8.133e-107
Identity = 166/262 (63.36%), Postives = 188/262 (71.76%), Query Frame = 0 
Query:   44 TVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLY-NNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSI 269
            T + AGNPDAKRLYDDLLSNYNKLV PV+N ++ + VR+KLKLSQLIDVNLKNQIMTTNLWVEQYW+DYKL+WDP E           +H++  +  L+  +ADGNFEVTLATKA L  +G VEWKPPAIY SSCE+DVEYFPFDEQTCVMKFGSWTYDG+QVDLRH+ EV G   V +G+DL+EFY+                                   RKTLFYTVNLIIPCMGISFLTVL FYLPSDSGEKV   I
Sbjct:   20 TSVRAGNPDAKRLYDDLLSNYNKLVXPVVNVSEAVTVRLKLKLSQLIDVNLKNQIMTTNLWVEQYWYDYKLQWDPTE-----------NHVY--NFYLFPRSADGNFEVTLATKATLMASGKVEWKPPAIYHSSCEMDVEYFPFDEQTCVMKFGSWTYDGYQVDLRHIDEVMGKPEVEIGVDLTEFYMSVEWDILEVPAIRNVKYYXCCXEPYLDITFNVTMRRKTLFYTVNLIIPCMGISFLTVLVFYLPSDSGEKVRRCI 268
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000000084 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1011:37280:47532:-1 gene:EMLSAG00000000084 transcript:EMLSAT00000000084 description:"augustus_masked-LSalAtl2s1011-processed-gene-0.0")

HSP 1 Score: 261.151 bits (666), Expect = 8.141e-84
Identity = 128/246 (52.03%), Postives = 165/246 (67.07%), Query Frame = 0 
Query:   99 MTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            MTT+   +  W DYK  WDP EYGGV +++VPS+HIW PDI+LYNNADG++ VT  TKA L ++G V W PPAI+KSSCEIDVE+FPFD+QTC +KFGSW++DGFQVDL H+      + V  G+DLSE+Y+                                   RK LFY VNLIIPC+GI +L++L FYLP+ SGEK  L I+IL S  ++F LV+E+IP TS  +PLLG+YLIF+MI ++I
Sbjct:    1 MTTDGLEDHEWKDYKFTWDPSEYGGVTEIYVPSEHIWLPDIILYNNADGDYIVTTMTKAILHYDGKVVWTPPAIFKSSCEIDVEFFPFDKQTCFLKFGSWSFDGFQVDLVHINSQPDNDTVSYGMDLSEYYLNVEWDILEVPAERHVKTYPCCPEPYPDIYFSIIIRRKPLFYVVNLIIPCVGIFYLSILVFYLPAQSGEKTALVIAILVSQTLYFTLVIEVIPATSKTLPLLGRYLIFSMIFIAI 246
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000007263 (pep:novel supercontig:LSalAtl2s:LSalAtl2s408:502144:561240:1 gene:EMLSAG00000007263 transcript:EMLSAT00000007263 description:"maker-LSalAtl2s408-augustus-gene-5.30")

HSP 1 Score: 265.388 bits (677), Expect = 1.751e-82
Identity = 149/288 (51.74%), Postives = 191/288 (66.32%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVD----------GT--------------NVVPLGIDLSEFYI---RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            G+ + +RL  DL   YNKL+RPV N T  + V   L   QLI+VN KNQIM +N+W+   W DY+L+WD  +YGG+  L +P D +W+PDIVL+NNADGN+EV   +   ++ +G V W PPAIY+SSC IDV YFPFD+QTC+MKFGSWT+ G QV L      D          GT              + +P   D+S FYI   RKTLFYTVNLI+P + ISFL VL FYLP+++GEKVTL ISIL SL VF LLV +I+PPTSLV+PL+ KYL+F  I+ ++
Sbjct:   23 GSQEEERLVRDLFRGYNKLIRPVQNMTQKVEVAFGLAFIQLINVNEKNQIMKSNVWLRFVWNDYQLQWDEADYGGISVLRLPPDKVWKPDIVLFNNADGNYEVRYKSNVLIYPDGEVLWVPPAIYQSSCTIDVTYFPFDQQTCIMKFGSWTFTGDQVSLTLYNNKDYVDLSDYWKSGTWDIIEVPAYLNIHNDTLPTETDIS-FYITIRRKTLFYTVNLILPTVLISFLCVLVFYLPAEAGEKVTLGISILLSLVVFLLLVSKILPPTSLVLPLIAKYLLFTFIMNTV 309
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000003136 (pep:novel supercontig:LSalAtl2s:LSalAtl2s175:296544:305979:-1 gene:EMLSAG00000003136 transcript:EMLSAT00000003136 description:"maker-LSalAtl2s175-snap-gene-3.18")

HSP 1 Score: 140.969 bits (354), Expect = 2.199e-38
Identity = 86/278 (30.94%), Postives = 138/278 (49.64%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGV--------------RQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQV----DLRHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
            G    K++ + + +NYN L RPV +  +P+ + + + L ++I ++ KNQI+T NLW+   W D+ L W+  EY  +               +L +P++H+W PDI+LYN+A   F         L   G + + PP I +S+CE                   W   G       D+   C+      +   I L     R+TL+Y  N  +PC+ I+ + +L FY P +SGEK+TL I+IL SL  F  +V ++ PP+S   PL+G Y    MI+++
Sbjct:   19 GGQTEKKVLNFVFNNYNILERPVRDPKEPVQLSMGVSLRRIIGLDEKNQILTANLWITLIWKDHNLHWNRSEYPKIERLQIPTEHSIPKLERLQIPTEHVWTPDILLYNSASTAFNNFYHVNLLLSNEGEIRYMPPGIIQSTCE------------------EWEVLGMPAIRTEDIYDCCKDKIFQDITYTIQLR----RRTLYYLGNWTLPCVLIASMAILGFYFPPESGEKITLEITILMSLTFFMNMVTDMQPPSS-KTPLVGIYFSCIMIMIA 273
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000006524 (pep:novel supercontig:LSalAtl2s:LSalAtl2s357:373959:378480:-1 gene:EMLSAG00000006524 transcript:EMLSAT00000006524 description:"augustus_masked-LSalAtl2s357-processed-gene-3.1")

HSP 1 Score: 127.872 bits (320), Expect = 1.543e-32
Identity = 89/302 (29.47%), Postives = 144/302 (47.68%), Query Frame = 0 
Query:   38 APQQARTVLNAGNPDAK-RLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNAD-GNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDL---RHMCEVD--------------GTNVVPLGIDLSE-----------FYIRK-TLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
            +P+     LN     A+ RL + LL  Y+K V PV N +D ++V + + L  L D+N     M  + W+   W D  L WDP +Y  + ++H   D IW+PDI+ YNNA+  +      T   +   G V W PP   K+ C +D++ +P D QTC +KFGSWT    Q+DL   ++   V+               T VV   +   E           F +++ +  Y   +I+PC+    ++  +F LPS+S EK+ L+        ++ +    I+P  S  VP+L K+    ++L+ 
Sbjct:  247 SPKSPNKKLNTRVFSARHRLRNVLLEKYDKEVHPVSNHSDTVVVSVGMSLIHL-DINELKSTMDVDAWMRFTWIDEYLSWDPSDYENLTKIHFSEDEIWQPDILPYNNANPESLNPYHKTSFLVHHTGDVLWVPPVHLKAFCRLDLKMWPLDTQTCSLKFGSWTSHANQIDLALFKNATVVEKIDFYTKDREWVVLNTTVVKNSVSYVEHPDIYADITFSFNMKRISQSYKYVIILPCLVTMLMSTCSFGLPSNSHEKLFLNGIAFIVCVLYLVYFATILPFQSSTVPILVKFYSNTVVLIG 547
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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Match: EMLSAP00000001191 (pep:novel supercontig:LSalAtl2s:LSalAtl2s119:41853:66097:-1 gene:EMLSAG00000001191 transcript:EMLSAT00000001191 description:"augustus_masked-LSalAtl2s119-processed-gene-0.1")

HSP 1 Score: 96.2857 bits (238), Expect = 2.706e-24
Identity = 48/105 (45.71%), Postives = 65/105 (61.90%), Query Frame = 0 
Query:   55 RLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXL 159
            RL   LLSNY   V PV N++ PL V + + L  +IDV+ KNQI+TTN W+ Q W D  L W+  ++GG+R + +P D +WRPDI+LYN      E+ L T   L
Sbjct:   16 RLTKYLLSNYEPSVLPVENSSTPLDVSLGVSLHHIIDVDEKNQIITTNCWITQTWRDTHLTWNASDFGGIRTIRLPFDRVWRPDIILYNKL--KLEIKLKTGTGL 118
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|2492618|sp|P91766.1|ACH1_MANSE (RecName: Full=Acetylcholine receptor subunit alpha-like; AltName: Full=MARA1; Flags: Precursor)

HSP 1 Score: 431.024 bits (1107), Expect = 2.815e-148
Identity = 224/294 (76.19%), Postives = 238/294 (80.95%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            AGNPDAKRLYDDLLSNYNKLVRPV+N +D L VRIKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL W+P EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA L + G VEW+PPAIYKSSCEIDVEYFPFD+QTCVMKFGSWTYDGFQVDLRH+ EV GTNVV LG+DLSEFY                                    RKTLFYTVNLIIPCMGISFLTVL FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTSLVVPLLGK+++F MIL
Sbjct:   20 AGNPDAKRLYDDLLSNYNKLVRPVLNVSDALTVRIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLSWEPREYGGVEMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATLNYTGRVEWRPPAIYKSSCEIDVEYFPFDQQTCVMKFGSWTYDGFQVDLRHIDEVRGTNVVELGVDLSEFYTSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSLVVPLLGKFVLFTMIL 313
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|14286096|sp|P25162.3|ACH4_DROME (RecName: Full=Acetylcholine receptor subunit beta-like 2; AltName: Full=Nicotinic acetylcholine receptor beta 2; Flags: Precursor)

HSP 1 Score: 399.053 bits (1024), Expect = 1.278e-135
Identity = 196/296 (66.22%), Postives = 230/296 (77.70%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NPD KRLYDDLLSNYN+L+RPV+N T+ L V + LKLSQLI+VNLKNQ+MTTNLWV+Q WFDYKL+WDPEEYGGV QL+VPS+HIW PDIVLYNN DGN+EVTL TKA L + G V W+PPAIYKSSCE++VEYFP+DEQ C MKFGSWTY+G QVDL+H+ ++ G+N+V +GIDL+EFY+                                   RKTLFYTVNLI+PC+ ++FLTVL FYLPSDSGEKVTL ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F MILVS+
Sbjct:   26 ANPDTKRLYDDLLSNYNRLIRPVVNNTETLTVWLGLKLSQLIEVNLKNQVMTTNLWVKQRWFDYKLRWDPEEYGGVEQLYVPSEHIWVPDIVLYNNWDGNYEVTLMTKATLKYTGEVFWEPPAIYKSSCEMNVEYFPYDEQICFMKFGSWTYNGAQVDLKHLDQIPGSNLVQVGIDLTEFYLSVEWDILEVPATKNEEYYPDTLEPFSDITFKLTMRRKTLFYTVNLIVPCVALTFLTVLVFYLPSDSGEKVTLCISILVSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMILVSL 321
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|30581035|sp|P09478.2|ACH1_DROME (RecName: Full=Acetylcholine receptor subunit alpha-like 1; AltName: Full=Nicotinic acetylcholine receptor alpha 1; Flags: Precursor)

HSP 1 Score: 394.045 bits (1011), Expect = 5.425e-133
Identity = 195/296 (65.88%), Postives = 226/296 (76.35%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NPDAKRLYDDLLSNYN+L+RPV N +D L V++ L+LSQLIDVNLKNQIMTTN+WVEQ W DYKLKW+P++YGGV  LHVPS+HIW PDIVLYNNADGN+EVT+ TKA L   G V WKPPAIYKS CEIDVEYFPFDEQTC MKFGSWTYDG+ VDLRH+ +   ++ + +GIDL ++YI                                   RKTLFYTVNLIIPC+GISFL+VL FYLPSDSGEK++L ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F M+LV++
Sbjct:   21 ANPDAKRLYDDLLSNYNRLIRPVGNNSDRLTVKMGLRLSQLIDVNLKNQIMTTNVWVEQEWNDYKLKWNPDDYGGVDTLHVPSEHIWLPDIVLYNNADGNYEVTIMTKAILHHTGKVVWKPPAIYKSFCEIDVEYFPFDEQTCFMKFGSWTYDGYMVDLRHLKQTADSDNIEVGIDLQDYYISVEWDIMRVPAVRNEKFYSCCEEPYLDIVFNLTLRRKTLFYTVNLIIPCVGISFLSVLVFYLPSDSGEKISLCISILLSLTVFFLLLAEIIPPTSLTVPLLGKYLLFTMMLVTL 316
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|113054|sp|P17644.1|ACH2_DROME (RecName: Full=Acetylcholine receptor subunit alpha-like 2; AltName: Full=Nicotinic acetylcholine receptor alpha 2; Flags: Precursor)

HSP 1 Score: 365.155 bits (936), Expect = 1.325e-121
Identity = 181/297 (60.94%), Postives = 217/297 (73.06%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEV-DGTNVVPLGIDLSEFY-----------------------------------IRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             NPDAKRLYDDLLSNYN+L+RPV N TD +LV++ L+LSQLID+NLK+QI+TTN+W+E  W D+K KWDP EYGGV +L+VPS+HIW PDIVLYNNADG + VT  TKA L + G V W PPAI+KSSCEIDV YFPFD+QTC MKFGSWTYDG Q+DL+H+ +  D  N V +GIDL E+Y                                    RKTLFYTVNLIIPC+GIS+L+VL FYLP+DSGEK+ L ISIL S  +FFLL+ EIIP TSL +PLLGKYL+F M+LV +
Sbjct:   41 ANPDAKRLYDDLLSNYNRLIRPVSNNTDTVLVKLGLRLSQLIDLNLKDQILTTNVWLEHEWQDHKFKWDPSEYGGVTELYVPSEHIWLPDIVLYNNADGEYVVTTMTKAILHYTGKVVWTPPAIFKSSCEIDVRYFPFDQQTCFMKFGSWTYDGDQIDLKHISQKNDKDNKVEIGIDLREYYPSVEWDILGVPAERHEKYYPCCAEPYPDIFFNITLRRKTLFYTVNLIIPCVGISYLSVLVFYLPADSGEKIALCISILLSQTMFFLLISEIIPSTSLALPLLGKYLLFTMLLVGL 337
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|113050|sp|P23414.1|ACH1_SCHGR (RecName: Full=Acetylcholine receptor subunit alpha-L1; Flags: Precursor)

HSP 1 Score: 360.533 bits (924), Expect = 3.698e-120
Identity = 178/295 (60.34%), Postives = 215/295 (72.88%), Query Frame = 0 
Query:   50 NPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            NPDAKRLYDDLLSNYN+L+RPV N TD +LV++ L+LSQLID+NLK+QI+TTN+W+E  W D+K +WDP EYGGV +L+VPS+HIW PDIVLYNNADG + VT  TKA L   G V W PPAI+KSSCEIDV YFPFD+QTC MKFGSWTYDG Q+DL+H+ +    N V +GIDL E+Y                                    RKTLFYTVNLI+PC+GIS+L+VL FYLP+DSGEK+ L ISIL S  +FFLL+ EIIP TSL +PLLGKYL+F M+LV +
Sbjct:   24 NPDAKRLYDDLLSNYNRLIRPVSNNTDTVLVKLGLRLSQLIDLNLKDQILTTNVWLEHEWQDHKFRWDPAEYGGVTELYVPSEHIWLPDIVLYNNADGEYVVTTMTKAVLHHTGKVVWTPPAIFKSSCEIDVRYFPFDQQTCFMKFGSWTYDGDQIDLKHINQKYDDNKVKVGIDLREYYPSVEWDILGVPAERHEKYYPCCAEPYPDIFFNITLRRKTLFYTVNLIVPCVGISYLSVLVFYLPADSGEKIALCISILLSQTMFFLLISEIIPSTSLALPLLGKYLLFTMVLVGL 318
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|75023400|sp|Q9N587.2|ACH6_CAEEL (RecName: Full=Acetylcholine receptor subunit alpha-type unc-63; AltName: Full=Levamisole-resistant protein 7; AltName: Full=Uncoordinated protein 63; Flags: Precursor)

HSP 1 Score: 336.65 bits (862), Expect = 1.611e-111
Identity = 176/308 (57.14%), Postives = 209/308 (67.86%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCE------------VDGTN-----VVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAM 304
             N DA RL++DL+++YNKLVRPV    + L+V  KLKLSQL+DV+ KNQIMTTN+W++  W DYKL+WDP EYGGV  L+VPSD IW PD+VLYNNADGN++VT+ TKA L +NG VEW PPAIYKS C+IDVE+FPFD Q C MKFGSWTY G +VDL+H  +            VDG       VV  GIDLS++Y                                    RKTLFYTVNLI P +GISFLT L FYLPSD GEK++L ISIL SL VFFLL+VEIIP TSLV+PL+GKYL+F M
Sbjct:   23 ANRDANRLFEDLIADYNKLVRPVSENGETLVVTFKLKLSQLLDVHEKNQIMTTNVWLQHSWMDYKLRWDPVEYGGVEVLYVPSDTIWLPDVVLYNNADGNYQVTIMTKAKLTYNGTVEWAPPAIYKSMCQIDVEFFPFDRQQCEMKFGSWTYGGLEVDLQHRDKHLEKEIEEDVEGVDGPTKEIVWVVDRGIDLSDYYPSVEWDILNVPGKRHSKRYPCCESPFIDITYEIHLRRKTLFYTVNLIFPSVGISFLTALVFYLPSDGGEKISLCISILISLTVFFLLLVEIIPSTSLVIPLIGKYLLFTM 330
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BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|2492621|sp|Q23022.1|ACH5_CAEEL (RecName: Full=Acetylcholine receptor subunit alpha-type unc-38; AltName: Full=Uncoordinated protein 38; Flags: Precursor)

HSP 1 Score: 303.908 bits (777), Expect = 1.274e-98
Identity = 154/314 (49.04%), Postives = 202/314 (64.33%), Query Frame = 0 
Query:   46 LNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDG-------------FQVDLRHMCEVDGTNVVPLGIDLSEFYI-------------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            L  GN DAKRLYDDL+ NYN+  RP  +   PL +++KL+LSQ+IDV+  +QIMT ++W++Q W D KL WDP  YGGV  L+VP + IW PDIVLYNNAD N+ +T++TKA L + G V W+PPAI+KS C+IDV +FPFDEQ C +KFGSWT+               ++ ++     +D   V   GIDLS++Y                                      RK LFYTVNL+ PC+GISFLT+L FYLPSDSGEKVTL ISIL +L +FFLL+ EIIP TS+ +PL+GKYL+F M++V++
Sbjct:   20 LTEGNEDAKRLYDDLMVNYNRHRRPSTSPNKPLTIKLKLRLSQIIDVHEIDQIMTCSVWLKQTWIDRKLSWDPVNYGGVNVLYVPYEMIWVPDIVLYNNADSNYNITISTKATLHYTGEVTWEPPAIFKSMCQIDVRWFPFDEQQCHLKFGSWTFSENLLSVELNEPSLRYEEEIDEKGIIDNVTVAEDGIDLSDYYPSVEWDIMSRVAKRRAKNYPSCCPQSAYIDVTYYLQLRRKPLFYTVNLVFPCVGISFLTILVFYLPSDSGEKVTLCISILVALTIFFLLLTEIIPATSITLPLIGKYLLFTMVMVTL 333
[Close]
BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|2492620|sp|Q15825.1|ACHA6_HUMAN (RecName: Full=Neuronal acetylcholine receptor subunit alpha-6; Flags: Precursor)

HSP 1 Score: 294.664 bits (753), Expect = 3.343e-95
Identity = 152/316 (48.10%), Postives = 200/316 (63.29%), Query Frame = 0 
Query:   21 WVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDL--------------------------RHMCEVDGTNVVPLGIDLSEFYIRK-TLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            W+C F PF       C+           G    +RL+  L S+YN+ +RPV N +DP+ V  ++ ++QL +V+  NQIM TNLW+   W DYKL+WDP EY G+  L VP+D IW+PDIVLYNNA G+F+V   TKA L +NG++ W PPAI+KSSC +D+ +FPFD Q C +KFGSWTYD  ++DL                          +H  + +    +   I  S FYIR+  +FYT+NLIIPC+ ISFLTVL FYLPSD GEKVTL IS+L SL VF L++ E IP TSLVVPL+G+YL+F MI V++
Sbjct:   17 WLCVFTPFFK----GCV-----------GCATEERLFHKLFSHYNQFIRPVENVSDPVTVHFEVAITQLANVDEVNQIMETNLWLRHIWNDYKLRWDPMEYDGIETLRVPADKIWKPDIVLYNNAVGDFQVEGKTKALLKYNGMITWTPPAIFKSSCPMDITFFPFDHQNCSLKFGSWTYDKAEIDLLIIGSKVDMNDFWENSEWEIIDASGYKHDIKYNCCEEIYTDITYS-FYIRRLPMFYTINLIIPCLFISFLTVLVFYLPSDCGEKVTLCISVLLSLTVFLLVITETIPSTSLVVPLVGEYLLFTMIFVTL 316
[Close]
BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|61211734|sp|Q5IS76.1|ACHA6_PANTR (RecName: Full=Neuronal acetylcholine receptor subunit alpha-6; Flags: Precursor)

HSP 1 Score: 294.278 bits (752), Expect = 5.147e-95
Identity = 151/316 (47.78%), Postives = 200/316 (63.29%), Query Frame = 0 
Query:   21 WVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDL--------------------------RHMCEVDGTNVVPLGIDLSEFYIRK-TLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            W+C F PF       C+           G    +RL+  L S+YN+ +RPV N +DP+ V  ++ ++QL +V+  NQIM TNLW+   W DYKL+WDP EY G+  L +P+D IW+PDIVLYNNA G+F+V   TKA L +NG++ W PPAI+KSSC +D+ +FPFD Q C +KFGSWTYD  ++DL                          +H  + +    +   I  S FYIR+  +FYT+NLIIPC+ ISFLTVL FYLPSD GEKVTL IS+L SL VF L++ E IP TSLVVPL+G+YL+F MI V++
Sbjct:   17 WLCVFTPFFK----GCV-----------GCATEERLFHKLFSHYNQFIRPVENVSDPVTVHFEVAITQLANVDEVNQIMETNLWLRHIWNDYKLRWDPMEYDGIETLRIPADKIWKPDIVLYNNAVGDFQVEGKTKALLKYNGMITWTPPAIFKSSCPMDITFFPFDHQNCSLKFGSWTYDKAEIDLLIIGSKVDMNDFWENSEWEIIDASGYKHDIKYNCCEEIYTDITYS-FYIRRLPMFYTINLIIPCLFISFLTVLVFYLPSDCGEKVTLCISVLLSLTVFLLVITETIPSTSLVVPLVGEYLLFTMIFVTL 316
[Close]
BLAST of EMLSAG00000005313 vs. SwissProt
Match: gi|231487|sp|P09481.2|ACHA3_CHICK (RecName: Full=Neuronal acetylcholine receptor subunit alpha-3; Flags: Precursor)

HSP 1 Score: 290.041 bits (741), Expect = 2.478e-93
Identity = 145/288 (50.35%), Postives = 189/288 (65.62%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDL--------------------------RHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             G+    RLY  L  NYN+ VRPV N +DP++++ ++ +SQL+ V+  NQIM TNLW++  W DYKL+W+P +YGG   + VPS  IW+PDIVLYNNA G+F+V   TKA L + G V W PPAI+KSSC+IDV YFPFD Q C MKFGSW+YD  ++DL                          +H  + +    +   I  S +  R  LFYT+N+IIPC+ ISFLTVL FYLPSD GEKVTL IS+L SL VF L++ E IP TSLV+PL+G+YL+F MI V++
Sbjct:   21 GGSEPEHRLYAALFKNYNQFVRPVKNASDPVIIQFEVSMSQLVKVDEVNQIMETNLWLKHIWNDYKLRWNPVDYGGAEFIRVPSGQIWKPDIVLYNNAVGDFQVDDKTKALLKYTGDVTWIPPAIFKSSCKIDVTYFPFDYQNCTMKFGSWSYDKAKIDLVLIGSTMNLKDYWESGEWAIIKAPGYKHDIKYNCCEEIYTDITYSLYIRRLPLFYTINMIIPCLLISFLTVLVFYLPSDCGEKVTLCISVLLSLTVFLLVITETIPSTSLVIPLIGEYLLFTMIFVTL 308
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: EEB10574.1 (acetylcholine receptor protein alpha 1, 2, 3, 4 invertebrate, putative [Pediculus humanus corporis])

HSP 1 Score: 464.922 bits (1195), Expect = 3.144e-161
Identity = 233/297 (78.45%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+WDP+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   25 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWDPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKAGSNVVEVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 321
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: AGB94927.1 (nicotinic acetylcholine receptor alpha4, isoform G [Drosophila melanogaster])

HSP 1 Score: 461.84 bits (1187), Expect = 6.248e-161
Identity = 233/297 (78.45%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NTTD L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:    7 AGNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGSNVVAVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 303
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: XP_016768430.1 (PREDICTED: nicotinic acetylcholine receptor alpha4 subunit isoform X1 [Apis mellifera])

HSP 1 Score: 463.766 bits (1192), Expect = 1.100e-160
Identity = 232/297 (78.11%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVKMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: XP_016768429.1 (PREDICTED: nicotinic acetylcholine receptor alpha4 subunit isoform X1 [Apis mellifera])

HSP 1 Score: 463.766 bits (1192), Expect = 1.100e-160
Identity = 232/297 (78.11%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVKMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: XP_006562618.1 (PREDICTED: nicotinic acetylcholine receptor alpha4 subunit isoform X1 [Apis mellifera])

HSP 1 Score: 463.766 bits (1192), Expect = 1.100e-160
Identity = 232/297 (78.11%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVKMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: XP_006562617.1 (PREDICTED: nicotinic acetylcholine receptor alpha4 subunit isoform X1 [Apis mellifera])

HSP 1 Score: 463.766 bits (1192), Expect = 1.100e-160
Identity = 232/297 (78.11%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVKMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: NP_001091691.1 (nicotinic acetylcholine receptor alpha4 subunit precursor [Apis mellifera])

HSP 1 Score: 463.766 bits (1192), Expect = 1.100e-160
Identity = 232/297 (78.11%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVKMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: ABW08585.2 (nicotinic acetylcholine receptor alpha4, isoform C [Drosophila melanogaster])

HSP 1 Score: 462.225 bits (1188), Expect = 1.655e-160
Identity = 233/297 (78.45%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NTTD L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:    7 AGNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGSNVVAVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 303
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: EAL41278.3 (AGAP000138-PB [Anopheles gambiae str. PEST])

HSP 1 Score: 462.611 bits (1189), Expect = 2.171e-160
Identity = 231/297 (77.78%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+N+V +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   23 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVQMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNIVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 319
[Close]
BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Match: EFX72561.1 (hypothetical protein DAPPUDRAFT_326119 [Daphnia pulex])

HSP 1 Score: 459.144 bits (1180), Expect = 1.759e-159
Identity = 228/298 (76.51%), Postives = 248/298 (83.22%), Query Frame = 0 
Query:   47 NAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            + GNPDAKRLYDDLLSNYNK+VRPV+N +D L VRIKLKLSQLID+NLKNQIMTTNLWVEQYW+DYKL W+P EYG V  LHVPSDHIWRPDI LYNNADGNFEVTL+TKA ++ NGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGF+VDLRH+ EV+G+N+V +G+DLSEFY+                                   RKTLFYTVNLIIPCMGISFLT+LTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   45 SCGNPDAKRLYDDLLSNYNKIVRPVVNNSDVLKVRIKLKLSQLIDLNLKNQIMTTNLWVEQYWYDYKLMWEPSEYGEVSMLHVPSDHIWRPDISLYNNADGNFEVTLSTKATVYSNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFKVDLRHLDEVEGSNIVDIGMDLSEFYMSVEWDILEVPAVRSEKFYTCCVEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTILTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 342
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|1111915329|gb|API81620.1| (nicotinic acetylcholine receptor alpha 4, partial [Cancer borealis])

HSP 1 Score: 472.626 bits (1215), Expect = 1.253e-161
Identity = 241/314 (76.75%), Postives = 255/314 (81.21%), Query Frame = 0 
Query:   31 FILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFY-----------------------------------IRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
             +L+  +AP +       GNPDAKRLYDDLLSNYNKLVRPV+N TD L VRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKL W+PEEYGG + LHVPSDHIWRPDIVLYNNADGNFEVTL+TKA L  NGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRH+ E++GTNVV +G+DLSEFY                                    RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:  174 LVLVGLLAPAEC------GNPDAKRLYDDLLSNYNKLVRPVVNVTDVLTVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLIWEPEEYGGAKMLHVPSDHIWRPDIVLYNNADGNFEVTLSTKATLHMNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHVDEMEGTNVVDIGVDLSEFYRSVEWDILEVPAVRHEKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 481
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|221222661|gb|ACM09853.1| (truncated nicotinic acetylcholine receptor subunit a4 [Tribolium castaneum])

HSP 1 Score: 462.996 bits (1190), Expect = 1.810e-161
Identity = 233/298 (78.19%), Postives = 249/298 (83.56%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIR 310
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIR
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKAGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIR 321
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|972208142|ref|XP_015186372.1| (PREDICTED: acetylcholine receptor subunit alpha-like isoform X3 [Polistes dominula])

HSP 1 Score: 462.996 bits (1190), Expect = 1.997e-161
Identity = 233/298 (78.19%), Postives = 250/298 (83.89%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIR 310
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIR
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVQMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSIR 321
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|1111915486|gb|API81632.1| (nicotinic acetylcholine receptor alpha 4, partial [Homarus americanus])

HSP 1 Score: 466.848 bits (1200), Expect = 1.318e-160
Identity = 238/309 (77.02%), Postives = 251/309 (81.23%), Query Frame = 0 
Query:   36 CIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            C+AP +       GNPDAKRLYDDLLSNYNKLVRPV+N TD L V IKLKLSQLIDVNLKNQIMTTNLWVEQYW+DYKL WDP EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTL+TKA L  NGLVEWKPPAIYKSSCEIDVE+FPFDEQ+C MKFGSWTYDGFQVDLRH+ E +GTNVV LG+DLSEFY+                                   RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:  123 CLAPAEC------GNPDAKRLYDDLLSNYNKLVRPVVNVTDVLTVMIKLKLSQLIDVNLKNQIMTTNLWVEQYWYDYKLIWDPAEYGGVKMLHVPSDHIWRPDIVLYNNADGNFEVTLSTKATLHMNGLVEWKPPAIYKSSCEIDVEWFPFDEQSCNMKFGSWTYDGFQVDLRHLDEKEGTNVVELGVDLSEFYMSVEWDILEVPAVRHEKFYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 425
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|815825530|ref|XP_012234143.1| (PREDICTED: acetylcholine receptor subunit alpha-like isoform X5 [Linepithema humile])

HSP 1 Score: 461.84 bits (1187), Expect = 5.973e-160
Identity = 232/297 (78.11%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   25 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 321
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|1098666355|ref|XP_018795502.1| (PREDICTED: acetylcholine receptor subunit alpha-like isoform X2 [Bactrocera latifrons])

HSP 1 Score: 461.84 bits (1187), Expect = 8.552e-160
Identity = 232/297 (78.11%), Postives = 247/297 (83.16%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NTTD L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G N+V +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGNNIVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|954574336|ref|XP_014611498.1| (PREDICTED: acetylcholine receptor subunit alpha-like isoform X1 [Polistes canadensis] >gi|954574338|ref|XP_014611499.1| PREDICTED: acetylcholine receptor subunit alpha-like isoform X1 [Polistes canadensis])

HSP 1 Score: 461.84 bits (1187), Expect = 1.984e-159
Identity = 232/297 (78.11%), Postives = 249/297 (83.84%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV+ LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVQMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKSGSNVVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|1098666351|ref|XP_018795501.1| (PREDICTED: acetylcholine receptor subunit alpha-like isoform X1 [Bactrocera latifrons])

HSP 1 Score: 461.07 bits (1185), Expect = 2.767e-159
Identity = 232/297 (78.11%), Postives = 247/297 (83.16%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NTTD L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G N+V +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   24 AGNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGNNIVDVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 320
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|1013916392|ref|XP_016033061.1| (uncharacterized protein Dsimw501_GD22552, isoform E [Drosophila simulans] >gi|900903571|gb|KMZ01300.1| uncharacterized protein Dsimw501_GD22552, isoform E [Drosophila simulans])

HSP 1 Score: 464.151 bits (1193), Expect = 5.484e-159
Identity = 233/297 (78.45%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NTTD L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+W+P+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   36 AGNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGSNVVAVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 332
[Close]
BLAST of EMLSAG00000005313 vs. nr
Match: gi|242004897|ref|XP_002423312.1| (acetylcholine receptor protein alpha 1, 2, 3, 4 invertebrate, putative [Pediculus humanus corporis] >gi|212506331|gb|EEB10574.1| acetylcholine receptor protein alpha 1, 2, 3, 4 invertebrate, putative [Pediculus humanus corporis])

HSP 1 Score: 464.922 bits (1195), Expect = 1.538e-158
Identity = 233/297 (78.45%), Postives = 248/297 (83.50%), Query Frame = 0 
Query:   48 AGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            AGNPDAKRLYDDLLSNYNKLVRPV+NT+D L V IKLKLSQLIDVNLKNQIMTTNLWVEQ W+DYKL+WDP+EYGGV  LHVPSDHIWRPDIVLYNNADGNFEVTLATKA ++  GLVEWKPPAIYKSSCEIDVEYFPFDEQTCV+KFGSWTYDGF+VDLRHM E  G+NVV +G+DLSEFY+                                   RKTLFYTVN+IIPCMGISFLTVLTFYLPSDSGEKVTLSISIL SL+VFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI
Sbjct:   25 AGNPDAKRLYDDLLSNYNKLVRPVVNTSDVLRVCIKLKLSQLIDVNLKNQIMTTNLWVEQSWYDYKLRWDPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYHQGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEKAGSNVVEVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 321
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold33_size549341-snap-gene-0.15 (protein:Tk11514 transcript:maker-scaffold33_size549341-snap-gene-0.15-mRNA-1 annotation:"nicotinic acetylcholine receptor subunit alpha1")

HSP 1 Score: 372.474 bits (955), Expect = 1.617e-126
Identity = 191/295 (64.75%), Postives = 225/295 (76.27%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
             +PDAKRLYDDLLSNYN+L+RPV N++D L V++ LKLSQ+I V++K QI+ TN+WVEQ W DYKLKWDPEEYGGVR LHVPS +IW PDIVLYNNADGN+EVT+ TKA L ++G V W PPAIYKSSC+IDVE+FPFDEQ C MKFGSWTYDG+ VDLRH+ +  GTN + +G+DL E+YI                                   RK+LFYTVN+IIPC+GISFL+VL FYLPSDSGEKV+LSISIL SL VFFLL+ EIIPPTS  VPLLGKYL+F MILV+
Sbjct:   19 ASPDAKRLYDDLLSNYNRLIRPVGNSSDRLTVKLGLKLSQIIGVDMKRQIVITNVWVEQEWHDYKLKWDPEEYGGVRHLHVPSQNIWLPDIVLYNNADGNYEVTIMTKAVLHYSGKVTWNPPAIYKSSCDIDVEFFPFDEQKCFMKFGSWTYDGYMVDLRHINQKKGTNRIEMGMDLQEYYISTEWDLMDTWAVRNEKYYPCCEEPYPDIFFNLILRRKSLFYTVNVIIPCVGISFLSVLVFYLPSDSGEKVSLSISILLSLTVFFLLLAEIIPPTSKSVPLLGKYLLFTMILVT 313
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold47_size466558-snap-gene-3.40 (protein:Tk04180 transcript:maker-scaffold47_size466558-snap-gene-3.40-mRNA-1 annotation:"acetylcholine receptor subunit alpha-like")

HSP 1 Score: 285.034 bits (728), Expect = 3.384e-96
Identity = 136/163 (83.44%), Postives = 141/163 (86.50%), Query Frame = 0 
Query:   41 QARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGF 203
              RT+LNAGNPDAKRLYDDLLSNYNKLVRPV+NTTDPL VRIKLKLSQLIDV               +WFDYKL WDP EYGGV+QLHVPSDHIWRPDIVLYNNADGNFEVTLATKA L +NGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGF
Sbjct:  102 HGRTLLNAGNPDAKRLYDDLLSNYNKLVRPVVNTTDPLTVRIKLKLSQLIDV---------------FWFDYKLVWDPSEYGGVQQLHVPSDHIWRPDIVLYNNADGNFEVTLATKATLSYNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGF 249
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold99_size374999-snap-gene-0.24 (protein:Tk10053 transcript:maker-scaffold99_size374999-snap-gene-0.24-mRNA-1 annotation:"nicotinic acetylcholine receptor alpha8 variant d")

HSP 1 Score: 219.164 bits (557), Expect = 7.421e-67
Identity = 104/175 (59.43%), Postives = 128/175 (73.14%), Query Frame = 0 
Query:   56 LYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI 230
            LYDDLL+NYN+L+RPV N T+        KL++                    WFDYKLKW PE+YGGV  L+VPS HIW PDIVL+NNADG +EVTL TKA L + G + WKPPAIYKSSC+I+VE+FPFDEQTC MKFGSWTYD FQ+DL+HM ++ G+N+V +GIDL+EFY+
Sbjct:    1 LYDDLLANYNRLIRPVPNNTE--------KLTK--------------------WFDYKLKWKPEDYGGVDTLYVPSQHIWLPDIVLFNNADGKYEVTLMTKARLKYTGELIWKPPAIYKSSCKINVEWFPFDEQTCDMKFGSWTYDAFQLDLKHMDQLRGSNIVKMGIDLTEFYV 147

HSP 2 Score: 130.568 bits (327), Expect = 5.919e-34
Identity = 66/79 (83.54%), Postives = 71/79 (89.87%), Query Frame = 0 
Query:  231 RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSI 309
            RKTLFYT NLIIPC+GISFLTVL FYLPSDSGEKVTL ISIL SL VFFLL+ EIIPPTSL VPLLGKYL+F MILV++
Sbjct:  213 RKTLFYTTNLIIPCVGISFLTVLVFYLPSDSGEKVTLCISILLSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMILVTL 291
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1305_size49401-snap-gene-0.21 (protein:Tk01703 transcript:maker-scaffold1305_size49401-snap-gene-0.21-mRNA-1 annotation:"neuronal acetylcholine receptor subunit alpha- partial")

HSP 1 Score: 208.379 bits (529), Expect = 3.858e-62
Identity = 117/294 (39.80%), Postives = 169/294 (57.48%), Query Frame = 0 
Query:   42 ARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVT-LATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHM-CEVDGTNVVPLG-IDLSEFYIRKT------------------------LFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
            A  +++AG  +  RL   L+SNY K VRPV  +  P+ V   + + Q+IDV+ KNQI+TTN W+   W D  L W+  ++G V  + +P D +W+PDI+LYNNAD N+ +  + T   + + G V W    I+KSSC+I VEYFPFD QTC MK+ SWTYDG  +++  +    D +N    G  ++ EF  R+                         +FY  NLI+PC+ I+ + +L FY+PS+SGEKVTL IS L S+ VF + + E +PPT    PL+  Y   ++ LVS
Sbjct:   15 AFQIVSAGEQE-YRLTKYLMSNYEKSVRPVAESATPINVLFDVSIHQIIDVDEKNQILTTNCWITHIWNDSHLTWNYSDFGNVSTVRLPFDRVWKPDIILYNNADSNYNMAIINTNVIVSYTGEVVWLSHGIFKSSCDISVEYFPFDVQTCNMKWSSWTYDGTSLNMTIINVTGDTSNYQKNGEFEMEEFVPRRNVKYYTCCKEPYYDITYSMRLRRRPMFYVFNLILPCVLINGIALLVFYVPSESGEKVTLGISALLSMTVFLMTIRESLPPTE-NTPLISLYYGVSICLVS 306
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold34_size539781-snap-gene-1.8 (protein:Tk05353 transcript:maker-scaffold34_size539781-snap-gene-1.8-mRNA-1 annotation:"nicotinic acetylcholine receptor subunit a6 isoform xii")

HSP 1 Score: 192.971 bits (489), Expect = 2.475e-57
Identity = 110/281 (39.15%), Postives = 156/281 (55.52%), Query Frame = 0 
Query:   54 KRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNV-------------VP---------------LGIDLSEFYIRKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMIL 306
            K+L DDLL  YN L RPV+N +D LL+   + L Q+IDVN               W DY L W+  EYG V  + +    +W PD+++YN+AD  F+ T  T   +  +G   + PP I+KS+C+ID+ +FPFD+Q C +KFGSWTY G+++DL  M + DG ++             VP               + I  +    R+TL+Y  NLI+PC+ IS + +L F LP DSGEK+TL ++IL SL VF   V E +P TS  VPL+  Y    M++
Sbjct:   31 KKLLDDLLRAYNPLERPVVNESDHLLLTFGITLQQIIDVN---------------WTDYNLGWNRSEYGNVDSVRIHPKRLWVPDLLMYNSADERFDGTFQTNVVVSHDGGCLYVPPGIFKSTCKIDITWFPFDDQHCDLKFGSWTYSGWKLDLA-MKDRDGGDISSFITNGEWDLIGVPGKRSEIFYECCPEPYVDITFNIHIRRRTLYYFFNLIVPCVLISSMALLGFTLPPDSGEKLTLDVTILLSLTVFLNTVSESMPATSDAVPLISTYFNCIMMM 295
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold220_size252247-snap-gene-1.22 (protein:Tk01519 transcript:maker-scaffold220_size252247-snap-gene-1.22-mRNA-1 annotation:"nicotinic acetylcholine receptor subunit alpha 6 isoform 4 precursor")

HSP 1 Score: 178.718 bits (452), Expect = 3.475e-52
Identity = 102/277 (36.82%), Postives = 149/277 (53.79%), Query Frame = 0 
Query:   61 LSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDLRHMCEVDGTNVVPLGIDLSEFYI-----------------------------RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVS 308
            L  YN L RPV N ++ L +   L L Q+IDV                W D  + W+  EYG +  + +P   +W+PD+++YN+AD  F+ T  T   +  NG   + PP I+KS+C+ID+ +FPFD+Q C MKFGSWTY+GF++DL  M   +G   V   ++  E+++                             R+TL+Y  NLI+PC+ I+ + VL F LP DSGEK++L ++IL SL VF   V + +P TS   PLLG Y    M +V+
Sbjct:    1 LEKYNNLERPVYNESESLKLAFGLTLQQIIDVE---------------WKDVNMVWNKSEYGNIEDIRMPPQKLWKPDVLMYNSADEAFDGTYQTNVVVNSNGSCTYIPPGIFKSTCKIDITWFPFDDQDCEMKFGSWTYNGFKLDLV-MNNDEGQGDVSTYVENGEWHLLGVPGQRNEVFYDCCPEPYLDVTFTIKIRRRTLYYFFNLIVPCVLIASMAVLGFTLPPDSGEKLSLGVTILLSLTVFLNTVSDTMPVTS-DNPLLGTYFNCIMFMVA 260
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold33_size549341-snap-gene-0.20 (protein:Tk11522 transcript:maker-scaffold33_size549341-snap-gene-0.20-mRNA-1 annotation:"truncated nicotinic acetylcholine receptor a2 subunit")

HSP 1 Score: 145.976 bits (367), Expect = 9.398e-44
Identity = 64/95 (67.37%), Postives = 83/95 (87.37%), Query Frame = 0 
Query:   49 GNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYN 143
            GNPDAKRLYDDLLSNYN+L+RPV N T+ + V++ L+LSQL+++NLK+QI+TTN+W+E  W D K KWDPEEYGGV +++VPS+HIW PDI+LYN
Sbjct:   18 GNPDAKRLYDDLLSNYNRLIRPVSNHTEKVTVKLGLRLSQLVELNLKDQILTTNVWMEHEWKDNKFKWDPEEYGGVTEIYVPSEHIWLPDIILYN 112
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold902_size83268-snap-gene-0.12 (protein:Tk04311 transcript:maker-scaffold902_size83268-snap-gene-0.12-mRNA-1 annotation:"nicotinic acetylcholine receptor b1 subunit splice variant")

HSP 1 Score: 135.961 bits (341), Expect = 2.398e-39
Identity = 69/162 (42.59%), Postives = 98/162 (60.49%), Query Frame = 0 
Query:   13 LLLRPRSSWVCTFFPFISFILLACIAPQQARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYK 174
            L  RP+   + + +  +SF L  CI       +    + + +RL  DL   YNKL+RPV N T  + V   L   QLI+VN KNQIM +N+W+   W DY+L+WD  +YGG+  L +P D +W+PDIVL+NNADGN+EV   +   ++ +G V W PPAIY+
Sbjct:    1 LHFRPKKR-MASLYSLLSFAL-GCIFLSCIHIMPGLCSQEEERLVRDLFRGYNKLIRPVQNMTQKVEVAFGLAFIQLINVNEKNQIMKSNVWLRLVWNDYQLQWDEADYGGISVLRLPPDKVWKPDIVLFNNADGNYEVRYKSNVLIYPDGEVLWVPPAIYQ 160
[Close]
BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold169_size292178-snap-gene-0.11 (protein:Tk07928 transcript:maker-scaffold169_size292178-snap-gene-0.11-mRNA-1 annotation:"neuronal acetylcholine receptor subunit alpha-2 precursor")

HSP 1 Score: 142.895 bits (359), Expect = 6.508e-39
Identity = 95/314 (30.25%), Postives = 156/314 (49.68%), Query Frame = 0 
Query:   41 QARTVLNAGNPDAKRLYDDLLSNYNKLVRPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADG-NFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVDL---RHMCEV-------DGTNVVPLGI-----------------DLSEFYI--RKTLFYTVNLIIPCMGISFLTVLTFYLPSDSGEKVTLSISILTSLYVFFLLVVEIIPPTSLVVPLLGKY------LIFAMILVSIRCDSRSLRK 318
            Q  T+ + G    ++L   LL +Y++LV PV++ +D + V I + +  L  + +K+Q M  + W+   W D  L W+P E+G + QLH   + IW+PDI LYN+A+   F+    T   +   G V W PPA  K+ C++D+ Y+P D Q C +KFGSWT  G Q+DL   R+M  V       D    + L                   D++  +I  R +  Y    ++PC+ I  +T+  F LP  +GEK+T++     +  ++ +     +P  +  VPLL  +      LI   +L+++ C S S  +
Sbjct:   50 QEVTICDKGRSPRQKLRCHLLEHYDRLVHPVMDASDTVTVAIGMAIIHLDIIEIKSQ-MNIDAWMRFGWRDEFLVWNPSEHGNLTQLHFAVEEIWKPDIFLYNSAESVKFDPYGQTHFLVSNTGDVLWVPPAHLKAFCKLDLRYWPLDAQECKLKFGSWTSHGNQIDLDLYRNMTTVEHLDFYTDNREWISLASVAEKNRITYPCCKETYPDVTFEFILQRYSPAYKAIFVLPCLIIMLMTICCFLLPPTAGEKMTINGFAFVTCCLYLIYFASALPFHNKTVPLLVTFYSNTAGLIGIALLLNVTCVSFSRER 362
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BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold131_size323982-processed-gene-0.6 (protein:Tk05542 transcript:snap_masked-scaffold131_size323982-processed-gene-0.6-mRNA-1 annotation:"truncated nicotinic acetylcholine receptor subunit a6")

HSP 1 Score: 142.51 bits (358), Expect = 2.896e-38
Identity = 73/206 (35.44%), Postives = 113/206 (54.85%), Query Frame = 0 
Query:   69 RPVINTTDPLLVRIKLKLSQLIDVNLKNQIMTTNLWVEQYWFDYKLKWDPEEYGGVRQLHVPSDHIWRPDIVLYNNADGNFEVTLATKAXLWFNGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVMKFGSWTYDGFQVD--------------------------LRHMCEVDGTNVVPLGIDLSEFYIRKTLFYTVNLIIPCMGIS 248
            RPV+N +D L +   L+L Q+IDVN ++Q++ +N+W+   W DY L W+P+EYGGV  + +P D IW PDI+L N+A   F  T  T   +   G   + PP I++S+C+I++ +FPFD+Q C+ KF SWTYD   ++                          +R +   DG N +     L+    R+T++Y   LI+PC+ I 
Sbjct:  339 RPVVNESDVLELEFGLELQQIIDVNERDQVIRSNMWLNLRWKDYALMWEPKEYGGVYDVRLPPDKIWTPDILLTNSASQVFNPTYPTNIVVSHTGECNFIPPGIFQSTCKINILWFPFDDQECIFKFVSWTYDASMLNITLKSNTAILDGYLENGEWQLLGFPAIRTVTSFDGRNYIEANFMLN--LRRRTMYYFSTLILPCVLIG 542
The following BLAST results are available for this feature:
BLAST of EMLSAG00000005313 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-5.800e-15878.45symbol:nAChRalpha4 "nicotinic Acetylcholine Recept... [more]
-2.374e-14575.25symbol:nAChRalpha3 "nicotinic Acetylcholine Recept... [more]
-8.341e-13466.22symbol:nAChRbeta2 "nicotinic Acetylcholine Recepto... [more]
-3.350e-13165.88symbol:nAChRalpha1 "nicotinic Acetylcholine Recept... [more]
-7.143e-12060.94symbol:nAChRalpha2 "nicotinic Acetylcholine Recept... [more]
-8.046e-11057.14symbol:unc-63 species:6239 "Caenorhabditis elegans... [more]
-8.046e-11057.14symbol:unc-63 "Acetylcholine receptor subunit alph... [more]
-5.252e-9749.04symbol:unc-38 species:6239 "Caenorhabditis elegans... [more]
-5.252e-9749.04symbol:unc-38 "Acetylcholine receptor subunit alph... [more]
-1.324e-9348.10symbol:CHRNA6 "Neuronal acetylcholine receptor sub... [more]

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BLAST of EMLSAG00000005313 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592842969|gb|GAXK01114575.1|2.922e-16768.99TSA: Calanus finmarchicus comp174490_c0_seq1 trans... [more]
gi|592797409|gb|GAXK01157159.1|3.865e-13568.79TSA: Calanus finmarchicus comp442419_c2_seq3 trans... [more]
gi|592797408|gb|GAXK01157160.1|8.568e-13571.48TSA: Calanus finmarchicus comp442419_c2_seq4 trans... [more]
gi|592797410|gb|GAXK01157158.1|1.516e-13166.15TSA: Calanus finmarchicus comp442419_c2_seq2 trans... [more]
gi|592797411|gb|GAXK01157157.1|1.644e-13166.15TSA: Calanus finmarchicus comp442419_c2_seq1 trans... [more]
gi|592923436|gb|GAXK01034979.1|5.428e-12462.26TSA: Calanus finmarchicus comp111305_c0_seq3 trans... [more]
gi|592923438|gb|GAXK01034977.1|1.465e-12362.26TSA: Calanus finmarchicus comp111305_c0_seq1 trans... [more]
gi|592923435|gb|GAXK01034980.1|7.279e-12361.09TSA: Calanus finmarchicus comp111305_c0_seq4 trans... [more]
gi|592923437|gb|GAXK01034978.1|1.169e-12261.41TSA: Calanus finmarchicus comp111305_c0_seq2 trans... [more]
gi|592755542|gb|GAXK01198871.1|6.970e-11662.37TSA: Calanus finmarchicus comp121581_c0_seq1 trans... [more]

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BLAST of EMLSAG00000005313 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 24
Match NameE-valueIdentityDescription
EMLSAP000000053130.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s283:62153... [more]
EMLSAP000000010029.493e-14272.05pep:novel supercontig:LSalAtl2s:LSalAtl2s116:42482... [more]
EMLSAP000000092644.469e-12162.71pep:novel supercontig:LSalAtl2s:LSalAtl2s58:470357... [more]
EMLSAP000000069191.220e-11364.50pep:novel supercontig:LSalAtl2s:LSalAtl2s391:53173... [more]
EMLSAP000000029558.133e-10763.36pep:novel supercontig:LSalAtl2s:LSalAtl2s16:183923... [more]
EMLSAP000000000848.141e-8452.03pep:novel supercontig:LSalAtl2s:LSalAtl2s1011:3728... [more]
EMLSAP000000072631.751e-8251.74pep:novel supercontig:LSalAtl2s:LSalAtl2s408:50214... [more]
EMLSAP000000031362.199e-3830.94pep:novel supercontig:LSalAtl2s:LSalAtl2s175:29654... [more]
EMLSAP000000065241.543e-3229.47pep:novel supercontig:LSalAtl2s:LSalAtl2s357:37395... [more]
EMLSAP000000011912.706e-2445.71pep:novel supercontig:LSalAtl2s:LSalAtl2s119:41853... [more]

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BLAST of EMLSAG00000005313 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25
Match NameE-valueIdentityDescription
gi|2492618|sp|P91766.1|ACH1_MANSE2.815e-14876.19RecName: Full=Acetylcholine receptor subunit alpha... [more]
gi|14286096|sp|P25162.3|ACH4_DROME1.278e-13566.22RecName: Full=Acetylcholine receptor subunit beta-... [more]
gi|30581035|sp|P09478.2|ACH1_DROME5.425e-13365.88RecName: Full=Acetylcholine receptor subunit alpha... [more]
gi|113054|sp|P17644.1|ACH2_DROME1.325e-12160.94RecName: Full=Acetylcholine receptor subunit alpha... [more]
gi|113050|sp|P23414.1|ACH1_SCHGR3.698e-12060.34RecName: Full=Acetylcholine receptor subunit alpha... [more]
gi|75023400|sp|Q9N587.2|ACH6_CAEEL1.611e-11157.14RecName: Full=Acetylcholine receptor subunit alpha... [more]
gi|2492621|sp|Q23022.1|ACH5_CAEEL1.274e-9849.04RecName: Full=Acetylcholine receptor subunit alpha... [more]
gi|2492620|sp|Q15825.1|ACHA6_HUMAN3.343e-9548.10RecName: Full=Neuronal acetylcholine receptor subu... [more]
gi|61211734|sp|Q5IS76.1|ACHA6_PANTR5.147e-9547.78RecName: Full=Neuronal acetylcholine receptor subu... [more]
gi|231487|sp|P09481.2|ACHA3_CHICK2.478e-9350.35RecName: Full=Neuronal acetylcholine receptor subu... [more]

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BLAST of EMLSAG00000005313 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
EEB10574.13.144e-16178.45acetylcholine receptor protein alpha 1, 2, 3, 4 in... [more]
AGB94927.16.248e-16178.45nicotinic acetylcholine receptor alpha4, isoform G... [more]
XP_016768430.11.100e-16078.11PREDICTED: nicotinic acetylcholine receptor alpha4... [more]
XP_016768429.11.100e-16078.11PREDICTED: nicotinic acetylcholine receptor alpha4... [more]
XP_006562618.11.100e-16078.11PREDICTED: nicotinic acetylcholine receptor alpha4... [more]
XP_006562617.11.100e-16078.11PREDICTED: nicotinic acetylcholine receptor alpha4... [more]
NP_001091691.11.100e-16078.11nicotinic acetylcholine receptor alpha4 subunit pr... [more]
ABW08585.21.655e-16078.45nicotinic acetylcholine receptor alpha4, isoform C... [more]
EAL41278.32.171e-16077.78AGAP000138-PB [Anopheles gambiae str. PEST][more]
EFX72561.11.759e-15976.51hypothetical protein DAPPUDRAFT_326119 [Daphnia pu... [more]

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BLAST of EMLSAG00000005313 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1111915329|gb|API81620.1|1.253e-16176.75nicotinic acetylcholine receptor alpha 4, partial ... [more]
gi|221222661|gb|ACM09853.1|1.810e-16178.19truncated nicotinic acetylcholine receptor subunit... [more]
gi|972208142|ref|XP_015186372.1|1.997e-16178.19PREDICTED: acetylcholine receptor subunit alpha-li... [more]
gi|1111915486|gb|API81632.1|1.318e-16077.02nicotinic acetylcholine receptor alpha 4, partial ... [more]
gi|815825530|ref|XP_012234143.1|5.973e-16078.11PREDICTED: acetylcholine receptor subunit alpha-li... [more]
gi|1098666355|ref|XP_018795502.1|8.552e-16078.11PREDICTED: acetylcholine receptor subunit alpha-li... [more]
gi|954574336|ref|XP_014611498.1|1.984e-15978.11PREDICTED: acetylcholine receptor subunit alpha-li... [more]
gi|1098666351|ref|XP_018795501.1|2.767e-15978.11PREDICTED: acetylcholine receptor subunit alpha-li... [more]
gi|1013916392|ref|XP_016033061.1|5.484e-15978.45uncharacterized protein Dsimw501_GD22552, isoform ... [more]
gi|242004897|ref|XP_002423312.1|1.538e-15878.45acetylcholine receptor protein alpha 1, 2, 3, 4 in... [more]

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BLAST of EMLSAG00000005313 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 24
Match NameE-valueIdentityDescription
maker-scaffold33_size549341-snap-gene-0.151.617e-12664.75protein:Tk11514 transcript:maker-scaffold33_size54... [more]
maker-scaffold47_size466558-snap-gene-3.403.384e-9683.44protein:Tk04180 transcript:maker-scaffold47_size46... [more]
maker-scaffold99_size374999-snap-gene-0.247.421e-6759.43protein:Tk10053 transcript:maker-scaffold99_size37... [more]
maker-scaffold1305_size49401-snap-gene-0.213.858e-6239.80protein:Tk01703 transcript:maker-scaffold1305_size... [more]
maker-scaffold34_size539781-snap-gene-1.82.475e-5739.15protein:Tk05353 transcript:maker-scaffold34_size53... [more]
maker-scaffold220_size252247-snap-gene-1.223.475e-5236.82protein:Tk01519 transcript:maker-scaffold220_size2... [more]
maker-scaffold33_size549341-snap-gene-0.209.398e-4467.37protein:Tk11522 transcript:maker-scaffold33_size54... [more]
maker-scaffold902_size83268-snap-gene-0.122.398e-3942.59protein:Tk04311 transcript:maker-scaffold902_size8... [more]
maker-scaffold169_size292178-snap-gene-0.116.508e-3930.25protein:Tk07928 transcript:maker-scaffold169_size2... [more]
snap_masked-scaffold131_size323982-processed-gene-0.62.896e-3835.44protein:Tk05542 transcript:snap_masked-scaffold131... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s283supercontigLSalAtl2s283:621537..765197 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s283-snap-gene-6.12
Biotypeprotein_coding
EvidenceIEA
NoteAcetylcholine receptor subunit alpha-like
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000005313 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000005313EMLSAT00000005313-701160Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s283:621537..765197+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000005313-688079 ID=EMLSAG00000005313-688079|Name=EMLSAG00000005313|organism=Lepeophtheirus salmonis|type=gene|length=143661bp|location=Sequence derived from alignment at LSalAtl2s283:621537..765197+ (Lepeophtheirus salmonis)
TTTTTTGTTAGTATTTGACGAATTATGAGGATTAAAATGAGAAAGAAAAA
GTCATAGGGAAATTTTGTCGTTTTTATCATCTCCATTTAATTAGAGTATA
GATACATTTTAAAAAGCAACACACTCTCCCTTTTCTCTCAATCATAACAT
CATGCTCATTCCTACATTTTATTCCATAATACTGTGTTTTCCGCACAAAT
AGAAAACACCCTGACCCTTCCTCTGCCCATAAAGATATGCCCATTTCATA
GTGTCATTAGTTTTTAGTTTTACATATGTGTATAAGCTACAACCAAAGTG
ATCCACGGCGTTTGCCCTGAGAGGGAGTGTCATGTTTATTAGTGATCCCA
TAGTGAACAAAAAATTTACATAATACCCATACAAAAATGAAATCCTAAAT
AATCCATACACAAAATAGTGATAGCACCATGAAACKCGTTCATTATTCCC
ATCGACGTCATCGTCTCCTCCTTCGACCCCGATCCTCTTGGGTCTGCACC
TTTTTCCCCTTTATAAGCTTCATCTTACTAGCTTGCATTGCACCACAGCA
AGCACGAACTGTTCTCAATGCTGGAAATCCAGATGCGAAAAGACTCTATG
ATGACTTACTTTCTAATTATAATAAACTCGTTAGACCTGTTATTAATACA
ACGGACCCTTTACTCGTTCGGATTAAATTGAAATTGTCTCAACTAATTGA
CGTGGTAAGGACGGCTTTTTAAATTGTACTTTTAGATTATATGCATTAGT
TTGGCGTTTGTGTTTTAAACGAAAGAGATTATATAGGATTTTATATTTAA
TTGTATATGAAAAGGAAAACTACTAATTTATATAATTATTTTTTATCAAA
TGTTACGTATAAAAACTATTTTATTATATACAAACAGAGTTGAATTAATT
TCTGTTTCTAGGCTTTTTATCGTAGTTTTAATCCTTTGATATTGTATTTA
TTTATATATTTTATACAAATTTGGGAAAAAACAATGCTTTCTATAAATGT
ATTGCTTGCAAATTAATGAAACAATATAAATGAATAAATGTACTTGGGTT
ATTCCATTTCTTTCTTTCTTCTCCATATATATATACTTTTTAATCTAACT
ACTTACCTACCTTCAAAAGTTGTTTAAATTGATACTTCAATGAATCAATT
AACTTAATATGAACAAACATTTCAAAAACTACTAACTTTGAAGTGGAAGT
GAAATTTAAGAAAAAAAAAAAAGAAGATCAACATAAAAAGTTATTAGAAA
AAGCCATAATATTTTCTTGTGTTTTTTGAGTAGAAAGGGGATTCATTCCA
GGAATGTCATTTTTCTCCTATATGTTGTACTTTTTTTAACACAAATATTT
AAGAAATTTCCTAATAAAAATCAGTTTGTAAAGTTTTGTTGATTTTTTGC
GTAATTTAAGGTCTCACTACAATAAACATATGTATGGTCACAAACCACTA
AAAGTTAATTCTATTTATATAGATACATATTGCAACAATAATACATTCTC
TGAAGTATGACAAAAAATTTCAAATTTCACAATTCCCAACATTGTCTACT
TCTCACTACTTTTAAAATTTGACATTTCAGCTCACTCTGAAGTACTATAA
TAATTAATTTTGGAAAAAACTCAATGTGTTCATGGCTAAAAAGACAATAC
CGACTTTGTATTCCAAGGATCAAGTCCGAAGGGTATCCGAAACTAAAAAC
CAAGATTTTAGATATTTAAAAAAGTTTTTGGTTGAGTAGAAAAGATCAGG
GACGGTAGAAAAACTATTTGTTTTGGGCTCAATTATCAACTTTGTCCTTC
GCAATAGACAGTTGTTACAGTTTAAACAATAAAATTTGACCTATAAATTT
AAATAAAATGGATCCCATTTTTTTTTAACAAATAAATGAAATTTAATACA
TCAATACCTTGAAAAGTCAATCTATTAAAGAAGATTAATACATATTTACA
TATTATAGGTCACTCATCAGTATTACGAATAAGATATATTAACTCTTACA
AACCTCTTCAGAGCTTGCTTTGGCTAATAAACATMTTATCCGTGAAGTGT
GATCTACAAAACAATAAAGACAAAAAAAAAAAAAAAACAGTTACAAGCAA
TTGTTACATTTTTTTCTTTTGTTCAAAGCGTTACAATATCTCAAACATTT
TCTCAATAAAATACCTATATTAAAATTAAATCAACTGATGGTAAAAGAAT
AAATAATTACTATCATACGGGGTGAGGACTCAAAAGTTAGAATCCTCTTC
GAGGCCGTCTAGGTCTAGCCTCAGTTATAAAAGTATGACTATTTTGTACT
TGGCGCCATTCGAAAATACTGACAAAAAGTTACTATTTNNNNNNNNNNAA
TAAAGAAACAAAAAAAAAAAAAAAAAAACAGTTACAAGCAATTGTTACAT
TTTTTTCTTTTGTTCAAAGCGTTACAATATCTCAAACATTTTCTCAATAA
AATACCTATATTAAAATTAAATCAACTGATGGTAAAAGAATAAATAATTA
CTATCATACGGGGTGAGGACTCAAAAGTTAGAATCCTCTTCGAGGCCGTC
TAGGTCTAGCCTCAGTTATAAAAGTATGACTATTTTGTACTTGGCGCCAT
TCGAAAATACTGACAAAAAGTTACTATTTGATGTTTTTTTTTGTGCGATC
ACAAATATCCAAGCAACAAGCAAAATGTTAGAGGGTGTAAGATCTCCTCC
ATACACAAGTCGATCTCCGATAAGAAGATCTTCACAGTGGACGTGTTCTG
AAGAGGAGAAATGATTTTTTCTTTGGTGAATCAAAAGCTCAGGTTGAGGG
AACCTTTCCGATCAAATATTCAGCTCAGGTCATGTTTCTCGGTGTCGTTG
TATCCGATAGCAGTTAGATGCCTCTTTACTTCTTCAAGGCCGACGAGAAA
GTCGATACAGATGTTACGACAAGGTCCCCTGATACTATGTCTTGCAATGG
TTGAAGAGCCTATTCTCCAGGAACAACTATATGTTTACCCAAGACGGTGC
TCAATGACACGCGTCAAAGAAAGTTCAACATTTCTGCGGGGAGAACATGG
CTGSTTTCTGTCCGTAGACTTTTTCGACTTCGTAATCACCCAACGTGAAC
CCCTGGTCTTTGCTATTTGATGCTTATTTTAGGACAAAATGAACAAAACT
TCTCATCCAAATGTCGATGCCCTGAAGGCCGTGATCACTTAGGAATAGAC
CAACTTGCCGTCAGACTTCATCAAGACCAGCTGTGTTTCCATGGGTTGCC
GTATTGAAGCCATCATTCAGAATGGAAGGGGACAAATTGAATAAAAAGTG
GATAAAATTGTTGAATTTTCAAAATTTACTTCAGAAGTTAGCATTAGAAA
TGGTACGAAATAAAAATATAAAGAAGTGAAAACAGCTTTTAAAATTTTCT
AATTTTTAGTTCTTACCCTGTAAAAGTTAGAGCATTAAAAAATAAAAATA
AAAACTGTAATATTGCAGAAATGTAGCAGTTCAAAAAATAATAACAATTC
CACCTCCTCAATAAATAGAAAAAACATTAACAAAGATTATGGATTTTCTG
CCACAATCATTTGCATTATACTATACAACTCTAATGTAAATTTTGTGATT
ATAGCTTTTTTTATGTTGGAGAAATAAAATCTGTTGTAACTACCCTAAGT
CATTCTTATAATTTCAAAAATGAAGATTTTTTAATCAAAGAAGCAGAAGT
GACTGGTTAACATCAAGCAATATCAAATATTTGCAAACAACAAACAAATA
CGAATTGTATCATTGATTTTCATAATTAACAAAAATAATATAAATACTCA
TCAGATACAAAAATATGCCATGATTTTAGTGGATACCTTTGCTATCCATT
TCAACATTATTTGCAGAGAAGGCTTCAATTAAATAATGTTACCACAGAAA
AAAATAATTAAATATGAGAAGATCAATGTTTTCTAAGGATTATTTTTATG
TTATAGTTACACATATTAAGGGTTGAAGGGTATTGAAATTGAATTAATAG
TCAGTGAGAAATTCTTAATTATGAATGCAAATATTTATTTTAATGTTGTA
GGTATTATAATCAATTACAATTATCACAAATATTTATTCAAGTGTCTATT
AACGTAATAAGGGAAAGGAATAATGAGATGCTTTTATTTAAATAATATAT
TTATTAGACCATTACTAAAGTCGTTGTCAATTATATAATTATGGAAATAA
ATTTATGCAATGTTTTTAAAAATAATCCCTAATTGTAGTTCTAAGCAAAG
AATGTAAAGTATAAATGAATTATAATGAATGGTGCTTCAGGATAACAAGC
ATTTTTAATGACCACTCCTAAAAATGAGTATTACATAAATGTTCAAAATA
AAAGATTGGAAGAATGGATCCGGAATTTTTTATTGTTCAACATTTGCTCC
CTAATAATATGGATATCTTTATTAATCTATCATATTTCAAAAAAGATGGA
TAAAATATATATAATTTTTTGGCAAAATTTATATAATTATAACATCTTTT
GATTTGATTTCAAATATAAACTCGGAAAAGAGTTAATGTGATTATCAACA
TAAAAAAATTACTAAGTTTAAACTTTAATAGTACTTGGTGCACTGATTAC
AAATCTGCAATTAATTTTTTCGTGCCAAATTTTATTTTCGATTTGAATTT
GTTAGTATATTTACCCTTTTTCTGTAGTAGTTAAAAAATTTTTGAATAAA
AAATATAGATTTAATCCACATGAAAATGAACTCATTCTCTTTAAAATTAT
GTTCTAATTTTAAAAATAGGTTTATATTTCATATGGAGTCATTCAATCCT
GATAAAATGGATTTAAATGTAAAATACTACATATATTTTGACTTTTGTTT
GAAAAAATATAATGCCTTGAACTTTCATTTGTGTTTTAAATAAAAAAGCT
CATTTCCATTTTAAGTATATAGAGTTTGTTATAATAAAGAGTATTTGCTT
CTAAAAGTCAATTTATGCTAAAACATTTAATTCATTTAATATTTTTTTGA
AATATAAATTGTATTAACTTGTGTTTTGAGTAATTCTATTACCAAAACAA
GACAAAAAAATTAAACCATCAATCCTTTGAACTCGATTGTAAAATATAAG
CAACATCCTATGAAAGTTTCGAATTCACTTTATGCTTTTTTTTTAAATAA
AAGGATTGTCAAACTCATTAGATTTGACTGATGTTTGACAGGATATCTAT
CGTGGAACAAGTTCAATTTGTTACAAGAAATGAAGGCAGTATGTCTCAAA
ATTTATAATGAGGGATGCACAGCAAGTTCAAGCGTTTGTATAAATATTTT
CAACAGGTTAATTTTCTACTTAAAAAATTCCTTAAGTAACAAAATAGAAA
GTTATATTTTTTAGAATGTGGTTGGGAACAGAGACCATTATCTAAGGCCA
TACACGTATAACAATCATTCTAGATATAAATATGCTTATATGTAAATTGA
TTTCAATGAAGAGGGAATTCTCATATGTTTTTTTGTGTATTTTTTCTTCA
AAAATGGACAAATAAATGACATATTTTTTTTTTCTAAAAAATGTTAGGTA
CTTTATCAATTCCATTGAAACCTTGAAGTATATATCATTATCATTTAGAT
AAGGAGGGAGGGAAAGATATTATTAATTCATATGTAGATGCATGGCTTCA
AATATATTTATTAATGATCTAAGACTTTCGTAAAATGATATATTACTCCC
ATTATGTAAATTTCCAAATTCGAAAAAATTATTCGATAAAAATATATACT
TTTTACTTACTTTATGAAGTAAAACTTACTAATTTGCCATATAAAATAAC
CCCAACATGAATGCATCAAATTCTTCCCAAATTATATGCAATGTATGAAA
AGGAAAGTTGATATGTTTGATAAACCCAAAGATTGTTGATGTTAATAAAA
TGCTAAAACATTCTATATTTTGTAAAACACAAATATTTGTTAGGGAATTT
TTTTTTTTTCATATTGCGCTTCTAATATTTCTTCAGATAAAAAATTAAAT
TTGTATAAGTATGTATAATGTTTTTGTTATTGAGAATAAATTCTAAACAA
CTACGATTCCGTCACGAATAAAAATATTTCAACAGCACATATCCATAAAT
TTTCCTTCCCCCCTCTCTAAATGTCCATTTAAACAGGTGTAATCAAATTT
TTTATATTAAATTTCAAAATGTTCTAAGTAGATAAAAAATATTCTTATGT
TATTTGCAATTATATTTATCGTTTTTCTTTCTTCCTATAATTTTCAAGAA
TTTGAAGTAATTCTATAAAAGTATCTCAAAAAGTGTCTTTAAATATCAAA
CAAAATAGTTATAGAGTTTCTTTTAGAAAGTGAAAGCAAATAAACTGTTA
ATAATTGTTTAATTAATTATCCTCAGTAATTAGGTTATAAAAAAACAATC
TTATATTTCATTTATAATTTTTTTGTTAATTAAAAAGCGAGCTTGAATTA
CATATTTAAATATTTGTTTCCATATTATCAGTAAAAACTATAATTTAATT
TTTTTTCTGTAGTTTCTTAATGTAACTTTTATTTTCCAGATTTCAGGTAA
ATAAATAGTGTGTATATCTAAAGTTGTAAATCCTAGGCAATATTTCGGAT
TCGTGTTATGTTGCTGTTGAGAACAAAATTGTATATTTTTTTTCAAAAGC
TGAGACCACCATTATTTAATTCTTAAGGAGAAAACATATAATCAATCATA
TCTGTCAAGATATAACAAACGATCATGTGAATTTCTTACTGGAGTCTTAT
AATTTCGTAAATCCTACATGGTAATAAAATAATTTATTGATGTACGTCCT
GCTTAGAAAAACAATGATAAAAGCACATATATTTCAAAAAACGGAGACAG
ATACAGACTTTAGACATATATTAAAAGTTGCTCTGAATTTGGAGCTACAA
ATGTAATTAACATGTTTAATTCGGATCAACCCCGATTCCTGGGCTCTAAA
ATGTAAGTTTGGGTTGGATAAAAGTTGATTTTTTCATAAAAAAAGATGTA
TTCCCCGTGTTTCAATCTTTTTTATGGTACGGATTGTCGTTTCAAAAATG
TACCATCAAAAATTAGAATCTAAAAAACGAATTATTGTACAAGCAGAACG
TTTGTTAAATTTAAATTAAAAAAGGGAATTAGGAAAAGGATGAGCGAGTT
AATCTTAGTATGTATCTTCAATCTTCATTATGGTTGAAGAAGGAACAAGA
CAGGTTAGTAATAGCAATGACAATAAAAAAATCACAGGGTCAAATTGCTT
TATATTTACCAAAAATCAGTATTTTCACATAGTCAGATGTTTTCATTATA
CGTTCCATTTTCAAGAATATCAAACGGGGTTGGAAGTTTGATTATATTTA
CATCAAATGGACAGAAACAACAAGGAGGTTTTACAATAGAAATTTACCTA
TTATAAAATTATAGTTTATGGTCTTTAAAATATTAAAAAATCGTTATTGG
CTTYGGGRTTTTTTATCGTTCCATCACTGATTATAAGTGTTAGACCCAGT
AAGAGACAGAAAAGAAATAATGATATATATGTGAGTAATTCTGACTTATG
TCCTCGCTTGATACAGATTGGGACTTGTGTTTATTTTATTGTACTACCCT
CTCATAACTATGTGTAGCTAATTTAGCCAACGTCAAGACTAGTTAAGTGA
AAATGCAGCAATTTTTAAGCATCTACTTGTAGAATTTATAACTTGTCAAA
GCAAATTGCAAATAGATTCTACAATGCACTTCTCCAAAACATTATTCATT
TTTTCCACTCTTCTTTGTTAACTTTCGATTGATTTAACATTTTTTAACAT
ATCAACAAAGTTTACACTATACAATTCTACTCATAAGTCTCGTTGCGGAA
TACATATTATCATCTCGGAGATATTTTATCAGGAGTATGTATAATAATTA
AACACATAAAAGTATTATTCAACTACTTTGAATCTATATTAAGTTTTATA
TCAAAATATAGATATTGTGTATGATTGAAAGAAAAATATATACATATTTA
CGAAATTTGACATAACCATACATATATTTCTAAATTCTCAGATCCTTACA
CAAGAATATACACAAGCGATGTTGTATATATAGGTATAAAAATTGTACAT
ACATCTTAAAAATTGAGACATCCTTGTTTAAATAGTAAATAACATGAGGG
TATAGTTCTTTTCAGTGTATAAATGTCAAAACATTTATAATTAAAAACCT
GCTTATTATAATAATTATTAAAAAGAATATTTTGCTTCATATCCAATTCC
ATAAATATTTAACTAAGTACTACTCATACATATGAATAGGTTTCTCAGCA
TTTTTGATTTTGATATTTAAGTATTTTTATACCTTTTCGAGATTTGAGGC
AAATTTTGACAATGAAAAAAAGTCAAATGTCTATATCAAAATATGTATTT
CTTTTGATATTTTATGTTAGTTTGAAAAATTTCTAATTATTCATTTGAAG
AGCTCATTCATCATTTTATAAAAAGAGTATACAGTATTTTGAGGGAAAAT
TCACTTGAGTAGTTTTAAAATGGTTAAATATATATTTACATAATATATTC
GGTCATAAAAAGTTTGTTGTATTGAAGAATTTAATTAGAAATTTAATATT
TCAGTTGAGTTTTTACGTTGTTTTCTTAATTAATCTTAATATTTTTTTCG
CAATAAAAACTCTTTCAAGTATAAATTTACCCTCATAGCCTAACAACATT
TTATAGATGATAAAAAGTTAAAATTAAAAAAAAAGCAATCATATCTATGC
TTATATGAAGATTTCCACTCGAATAACTACAACGTATGCAAATTCTTAAT
TTGACGTATCTTCAAATATAAAATTTCTTATAATTTTTATATACAGAGTC
AGCAATAGTGAACATATATATTTCTATAAAAAAGTAATATTATTAATTTC
ATAAACCGTATATTTGTAGATAGAACAGCTGATAAAGGACATTTAATCAT
GATTTTTAAATAAAAAAATTCGGTTAATTTAAATACGAGTCGAATCCGCA
CATACTTATTAATTATTTATATTTCAATATGCCTATCTGTTGCACTGACG
TGTTAAAGTATACTCATTAACCCAAAGCGACGCCATGTTGAAAGCTCCTT
ATAATCTAACAAGTTGTTATTAATTTATTTATATTTTCATATTAAAAATG
AATTGATAAAACTAATGATTGTTTACAAATATAAGGGTTTTTAAATTTTT
ATGTGATTCTATGTAAAAATTAAAGTAATTATTTGTTTTATCATTTAATA
TATATCCTACATATTCATACTCCAGGGAGTAATATCTAACCATCTAACCC
AACTTGTTACATCCAAAGTGGTAAAACGTGCTAGTTAGCCTGAATATATT
CCCTGTTTAATGAAACACTTCTTTCTTCACAAGATGTCGTTTTTGAGATA
CACTACAGAGTGTGTACCCAAAACTTGTACTAGCTTCGATTGTATTCTTT
TATTTTTAATAACAAGATTTCATTATGGAACCAAACGACAACTGCAACAA
AATAAACAATTTGTTTTTTAATTACATGTCTTAAAGTATGAAAATCTCTG
ATTTTCCATAAAAAGGTCACTTGTGTGCACTCTCCTCCGCGCCGGTGACA
ATGTCAAGAAGGCATCTCCATCTACACTGCATACAGTATCAAGTAGTCAA
TTATAGCCCTATACAGTAAAGAAGAACCAAAACTTAAGAAGCAAGAATAT
ATCTGACTTTTAGCCTGCATCCATGTGGCCCCTCCAGATTTGACCTCAAT
TCTATGGACTTTGCTATTAGGGCGACTTGGTGAAAAATCCTGCTATCTGT
CATCATTACAGGGTTGTAGGGAATGGATACAAACTTCAAATTCAAGAGCT
GTCAATCTGTTCGGCGGCGTGTCGATACTGTTATTAGTTGTAAAGGAATA
TTGAATAAAAAAATAGCTAAATATACTATTTAAACATATAAAAAATTATT
TTTGACTTGTATGTATATACTTTATTTGATAAAAATCAGGTTTTTGTAAT
TTATTCATGTTACTGCAAGTTTTTGGGTCCCCACTTTGCAGATTACGTTA
CTTTGCCTTTTTCCTCGTGAGATATGCAATTTTTTCTTACCTTTGTAGAA
TTCTTGATTCACTTAAAATGAGGGAATTCAATGTATAGTTTAGTTGGTAT
ATAGCAAATAATATTATAATATATTCAACGCACCCTAGAGGGCAGAAAAG
TTTTGATAGAGATAATATATTTGAACAAATACTAATCACAATTTTGCCAT
TTAGTTTATAGCTTTGGTTAGATCATGCAGAGTTTCTTTTAATACAGCTT
TCATAATGGAGAAATGAAATCAAAACTAAATTACCATGTAGGCTGTACAT
ACGATTAGTCTAGGAGAAAAGGTTTTTATTCGATCTCATATAACTTGGTT
CTATATGCATTCACGTTGATAACGTCATAATATCTAAACACTCTTTTAGA
TTCAGTAATTGAATAGTTACAGATTACACATACTTTACAAAGAATGAATC
TATTAAGGGAAAATTCCTTCATTTTTTTATTACATGAGTCTCATAAATTC
GCACAAATGTCATATTAAGTGCTTAATGAGATAAATAGGGCGTGGACATG
GCGCCAAGACATGTCACACTCAAACTCAGTATGTCGCCTATATATATTAT
TATGTTATTATTCAATTTTTGTTAGGCGTGTATGTAAGGGTGGAATGCTT
TGTACATAAGTCTATGAAGATGTTTATTTAATAGAGGGGGAAATTTTTTC
AAAACTATATCTGTATATTTATATATTTGTTTTTCCAACAATATCCTTTT
CCTATATATATTATAAGAAAATAAAAATAAAACTTAGCAAAGGTTTCTAC
ATATATAGGGTATATAAAAATATATAAGATCCATTTTCTTCTTTAACTTG
TTGCATTAAATAAATATATACATACATATATATCTTCTAAGTATCTATTT
ATCTATATATAATCAATGATGTCAAACTCTCCCCTCCCTCTTCAACCTGC
AAGTCCTTAATGATTTACACAAGTCAACAAAAATGTTACATGCTCAAAGA
CCTTTCAACATCAAACAACGTTGAAAATATATATTTAAGAGCTACAAACA
AATTACAGTGATATATTTTTTTCACTTAAAAACAGTTATTTATTTTATTA
ATATTAATACCTTTGTAGGTTTGAGTAATTTTTGACTGTAACAAAATAGA
AACATGGTTGATGTACTAAACCCTCTCAAATAGTGGTTCTTAAGACTTTT
ACCTTGCGTAGCACATAAAAAATTATAAAAATCTCAAAGAAACAACATTC
TATCATATATTTAATATGTTTGACATATTAATATCCAAGATTTTCGATGA
TCTTTTTTTATAATATTGATATTTAATAATCTTTTTTTATGGCACAGTTT
TTCGGGTGAACTATTTTTATAACAGGCATCGTGATCTGTTTTGACAGATT
TTTTAAAAGTGTATATATTTCCTATTTTTACAACAAAGTTTTAATTTAGA
GGATCGTATTTTCCTCCTATTCAAACCTTCACGCACCACTAAAGGGCGAA
AAACGACCTGCAATTTGAGAAATACTKCTTATAAACATTGTTTCCCCCCC
CCCCCCCTTTTGGTGTAATTTACTCCATTCGATCGCTTTTTAATTCAGAT
TAACTCCTTCAATAAAATATCAATCATTGAGTAACTACTTCATCAAAGAT
AATTTATCTCTTTATATATTGTATATTTTAATTAACTGATTAATTTGAAT
CATATTTTGCAATAAATCCATAATGAATGTTTAAAGAACGGAATTACATT
TAGTTTCTACATGACGTTATATGTGTTGACTTCTAGAGGGTAGGTTAGAG
AATGTCTAAGAATTCTGATGTTGAGTAATACAACCATCTTACATATATCA
GACAAGTACGTTCTCGTTGATCTACTATTTCTTTTAAAAGCTTCAGGTGG
GAGTACTGGCTCAAAATTAAGCATGATTTTCTTTCGATTACTATTGAGCT
ACAATATAATTGACATACATAGGATTTTATAAATTGTTATACACATTATT
TATAGAATATTTTGCCCATATTTACCCCTAAAGGAGGGTTCACACAATTG
CTAGTGAGGTAAGTTTCTTCGGGAAGAACCTTCTCCATTTTTTATAAGAA
TAACAAAAGGATTGACATAAAAATTAACTTAGGGTCGCAATTGTATAAAC
CCTCCATAAATAGCGAAATTTACCAGTTATGTTTTCTCCTCTACAACATA
CTTTAACTTAAACTCGTTAATTTTTGGTTAATTTTTGGTTTCTTTAATTT
TTACAAACAAAAAGTGCTTACACTATACCATCTTAATTTACTCTTTAAAT
ATAATTAAACATTAATTTGTGAAATAAGTCTGTTTACTCATAAAATGATG
AAAAAATCTAGTTTTATATTTGAGAGTAAAAAGAAAAAGATTTTGGCCTT
CTTTCTTAATTGAATTGTCTCACTTAACACATTTATAAGGTTGACAATAT
ATTTCAAAATGAAAGTTAGTATTATTCTCATGTAGATTTGATTTTTTCGC
ACCTCCAAAGTTAGCTTAAACTATATATATAGAATAAATATACTTAACAA
ATTAAAATAAAATATTCTGCTGAACCTCACCGCATGAAATGAGTTCAAAG
TATAAATTACTACTAACAACATCGAATCAATTATCAACAAACAAAAATCC
TTAATTAAGTATAATTTCAATTACTCGAATGAAACAAAAAAAAAATTTTA
GAGAACTTTTTTACTTTTTAATATATCTAAATAAACTTTTTAATAATCTA
TGTCCAAGAAAAAAAGATTAATATTTTGATTATAAAGTTTAAAGAGTTAG
TTTGCCCTCCTTGAATTTTTTCTTTCATATAAAGAAACAAACAAAATAAA
AATATGTAATATACTAAAAGGCCTAGTCTTAAAATCTACATTTATTAAGT
ATCTAACTCCTTTTATTTATATAGAGAGGGAAAAATAAATATTATTTTTG
TTAAAATCTAATATAATTGAATTTTCTAAAAAAATTAGTTATTCATAGAT
TCCCTTTGAGTCGATGTTGATCTAAGTATATATATATTATGTTCATAAAT
TCAAATCCTCATGAGTTTACTAAATATATGCTCATAAATTGTATACTATT
TTGTTTCTGAAATCAATGTCACCTATTTCAAAATACACAATAACGACTTT
ATAATGACTACAAAACATCGTTCTATTTTATACAATAAATATCAAAACTA
TAGTTGTGACTGGAATTTAATCTATTAACGAACTAAAATATTTATAAAAT
CGACTACAAATATACACCTAGACAAGTAAATAAAGAATTCTTCTTAAAAG
TAAATATACATTAATTGGTTGCAATTTCATAATACCCTTGGATTTCTTTG
TTTTGCATTTTTTTTGTTCCATACTTTTTTTCTCCAAAATATCCTCATAA
AATTGGTTTTTCTACGTTTTTCACGTTCGACGTTATGTCTGAGCACCATC
TTGGAAATTTTTTCATTTAATACTAAGGATATTTACCTAGCAATACTAGA
ATATAACTTAACAGCTGAAAAAAATACATTGGAATGGTTGATGATTTAGG
AATAATCATATGGTATCACACTGAAATATTTTTTATGATTTGAAGTATTA
TCTTCTAGTTTGTATTTTTAATGAAAAATTCATACACAATTACTTACTAA
GGTGTATATTTACGATCCATAACAACTAATGTAGACAAAGTTATTATCTC
CTTTTATTAGAAGACGCTCTTAATATACCATCTTTCGCATATCGGGGCAA
CGCAAATGACATTATAATGATGAGAAATTCGAGAAAAGCTAGGGATGAAA
AAGCAATAACCAACAAAAACACTCAATATTTTTTAATTAATTATTATTCT
AGTATTGGGTATGAATGAGTCTGAGCAATGTTTACTTATTCACAATTTCT
TGGATTTCTTATTCGTTTGTTTGCTTATTTGTGGATAAATAAAGCTTAGT
ATATCTGATCCTTCTTGTTTTTCAAATCTGTATTGACATTTCGGCAACCA
GACTTTTTTTTACACACATTTCATATAATTAATACTTGATAAAAATTCCC
TTTGCATGAAGTAATTTTTAAATATTTATTCTCTGAGGAGCTCAAATATA
TATGTTCCAGCAATAATCGAGGATTGAAAACACATAAGGGGCATTAAAAA
CTATTAATGCTTTCTTCGTTGCTATTTATTTATTATTTTATCCAATTATA
ATTATGTTATATTAAAAGCTAATAGATAAAAAAAATTGGTTTTGTTTTAC
CTCTCTATTTTTTTACTTAGTTCGTAACATTAAAACTTCTTATTTTCTGT
TGATAAAAGAAAAATGTCATATTTATATATGTTATATACACTCGTATGTT
GATATAGCAAAGTGATTTAAATTGTAAGAAATACAACAATAATGAGTAAA
TTATTATATGCATTACAAGTCGAGTCATATTAAGTGAAAAAATTGCACAT
AATAATATAACATGAATTACAACTTAACACGCATGTCAATGAATCCTTGC
AAAAATAATAAAATTTATTATTAATATATGGACTTTCATACATCAAAGGG
GAGNNGGAAGTTTTTCCTTATAATTTAATTTTATATTTTTATTTTCTTAA
TTAAAATAAATGTGTTTAAAAAGTAGTTTTTATCAACAATAGAATTGTTC
TAATTGGTTCATCTATTTAAAATTATGTTATTAAAAAAAGTAAAAGTATA
TTTATGTCCATTTTTTAGTTTTTCCCTTTGTTTGTACTTTTTATTTTAAA
ATTTATCAAAAAATATCATTTTGCATGATATTTATGCGCGGAAGTACGTT
CAAGACATGCATTACACTTTAAATTATAAGTTTTAAAAAAATCCTTTACT
AAAAATACTGCTAAAACAGTAATTATTATCTTATAAATACAGCAATTACC
ATGTTGTTATGTTTAGGTAAGGATTTGATTTACAGTGCAAATTGTTGAGC
ATTACTTCATAGGTACATAATTTACTCTATTAAGTCATTTTAATATTGCA
AAATTATATTAAAATTAATTTATATTTTAGGTTTATATTATAACTCTTTA
GAAAATAAATATTAACTCTACTTGAATTCGGAACATTCAAAATTACACTA
CAACACACTAGTATAAGCAATTTAGTAATACATATAGGTCATATAACACA
TACAATCAATCATGTCGTAACTAGGCCCTTGATTATATACTATTTAGGGA
GCTCATGCCTAGGATCTACGTCAATATGTCAAAAACATATTGTGTACTGA
ATGATATAATTGATTTTTTTCAACAAATTCTTGATTTTTCAATGTAATTG
GGTAAACTTTTTCTAAAAGAGATACCTTAAAGTTCCATAAAACATTCACA
TGAAACAACTAAGAGGATTGTCAAAGCAGTTTAATAAATTTTGTCTCCTA
AATTTTTTTTTCAATCATTCATTGGGCAAATATTTGTATTTGGAGTATGG
GAGCGGAAAAGGTGGATAAAAACACTGTTTATTCTTTACAGAAAGACCAT
TGCTACCATTAATTTTGACGATCAGGCCAAAATTATTTACGATCTAAAAT
AATTTAAATGTTCATGTACTTTTTTTTTATTATGCGCAAAATATTTGTTT
GTCTCATGTATGTGACAACCTAATTTTTAAGATTTGCTGTGTAGGATTTT
TGTAATTTAATTTTTTATCACTTAACCCGGTAACATTGTATGTATTTTAT
TTTATTAATGACTCCTCGATTTGAATATTTTTACATTTTTTGTTCCAAAA
TATTATAAATATTTAATCATGGATCATTAAACAGAAAAAATGCAAATTCT
TTACCTTATCACAAAAAGTGCTAAAATTACAAATATAATTTTAGACGTTT
TATATGGAAAAAATAAATCATTTTTATGAACATCTGCAAATACAGTCAGT
CGTTTATTTTAGATTTTAAAAATTTCAGAATTATAAACTCAAAATTCCAA
AACCTTTTTTTTTAAAATATCGATAATCTAGTATAAAAATAATACATTTA
AGTGTCAAGTTGGAGTTGTGTTAGTCCTTAATATGGGGCTTAAAATTAGA
CCCGTACTGTTCAATCTAGTCCCTGTTATCGTTAGTTGAAAAATATTCAA
ATTTTAGGCCTTCATCTACATAGTATCCTTTTCACTAATACTATAATAAA
TTACTTAAATTGACCCACAGGACATGAACGTTGGTTTGTAAACAAGGCAT
ACGAGAGTTGGGTCGTTTTGCGTCAAAATAATTCAACTCTGTGAAAGTTT
TCCTCACTAAGTGCATTTTTTAGAAATCAGTGGGGGGACATGACAGTTGA
CGTTATCTTACACCGCACTACCGCCCTCAAACAATCTATGCTTATATTTT
TCAGGGTTACAGACTGTTACACAACCTTGCAGATGATATAAATATTTTTT
AGTTGGGGCATAACATTTTTTGAATTAGTTTAGTACAACTCTAAGTGTAT
TTTATATTCAAGAAAAGTTAGCCATTTGTTAAATTTATACCTCTAATAAA
GTTTTTATTATTCTTATATGTTTTGGATCCTCGATGGTTGAGGATTATTG
ATGACTATGTCATTTAATAATGTCAATTTAAATACAATTACTTTTGTGTT
CAATTCGGACATCTCCTTAAGATTAGGGATGAAAGTCAAATCCTTGTTAA
CGATACAACCCTAGGTTATGCATTTTTGGTCAGCAGGTGAATTNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNATGATATTATGCAAAAGCCACG
AAATGAAACCCTTCTTTACAAACAATACATACACCATTTAGGTATAAGTT
GTTTTCCTTTTCTTTCAAAATACAAAAACAAACTGTTTTTATGAAATTTA
TGTTTATATTTTTTATGAATGTATATCTCTAAGTTGATCTTGTTAGAATA
ATAATACTAATAATAATAACAATAATGTGTGTATGTCTGTATGTACTTTT
GTCGTTTGTCCTAAGGGAACTTGCGAAGAAAAATAAAAAAAGTTTTTATT
ATCTTAAAATTCTTATACACAAATACATATATACAGATTATAAAAATGTT
GTAGAAGAAACGACGCTGCTTATAAAGAGAAAAAAATAAATAAAAAATTA
AAGAAAGAAAAAAGATTTTTCAAATAAATATATATTTATAAGTTTATATA
AAAGACAACAATGAAAAAAATAAATTATATATAATTTCGGGACTTTAATG
AATCGTTATTCTTACAATACATTACTTTGACATAAATGTATATTTGTTTT
TTAACTACATATATATACAAAGTAGGAATTGGAAGCCATACATTATTGTA
ACTATAGGGTTCCAAAAACTTTTTATTTAATGCTGGTCTTTCCTCTTCAA
AGTATTTAATATAGGCAAAGTTTTTCTTTCTCTTGTAAATAATGTGTAGG
ACCTGGTAAAGCAAGGAATCCAGTGGTGGATTTAATTAGTTATTGGTATT
ATGAAATAATAAATATATGTATACATGTATAAAAGAGTAGGGTATTTTTC
GTTACATTAGCATTTTAAAAGTCAGCCATCTTGGAGGAAGTACTAACACA
CAATTTTTTTGAAATATAAATCCTTGCTTTTTATCCACAATTTAGTCTTA
ACCATTTTGATAGGCATGAGATGAAGTTTTATTGGTATTTTAATCAAATT
TCTCCGTTTTGTTTCATAACTACAAATCCAACATGGGGTCGCTTTTGATT
TATTATCTGTGATTTTTGTAAAAATGTATTCTATCTATCCAAAAATGAAT
ATTTGTTAGAATTACCTAAATATATAAGTTTCACGATCTGAAAATTTAAG
CTAAGTATGTTTTAAAAAAATAAAATAATAATCTTATGGGTTCAACTCCT
TTTAGATACAATGTATACAATTTAAAGTGGAGTATTGTTAACAATACTCT
ACTTTAAATTGTATTTGTATGATAATACATGTTAAATTTGTAGAGTAATC
AATTATATAATTAAAAAAAAACTAGTATCCTATTTATTCAATTTCTAATT
CTTCTTGTTTATTATTGAGACGCTAGTCATAAATATACATTTGGTTATTT
TTGTTTTTTTAGATTATGAAATCTTGTTTTAGGGCGTTTTTCTATTAAAA
TAAAATATGTATACAACTTCCACAGATTGATCCAACTTTTGAGCGATTAG
AAATCCACGTAAATTGATAATTTTAATAATCTGTTAATGTACCGGGTGTC
CGGAAAGTCCTGACTGATTTCTAACTTCCAACTTCATTCAGATCTACAAG
GACTAAAAGTAGAGATACAGAGATATGTTTTTTATAAAAAAACTTCGCTT
GGTTACAATCTATAATATMTTATTAACAATTTGACCTTTAGCTTCCATAA
CAGCCACAACACGGGGACGGAAGGAGGAGCAGGTGTTCTTGATGTAGGTG
GGGTCCATCTTGGCCCAGGCCTTGGTGATACTGGCATTGAGGGCTTTGGT
KCTGCTGTGGRGTTTTTTGCAAGCCTGCCTCTCAATGTGCGCCCAGATGC
TGAAATCCAAGGGGGTCAGGTCCGGAGAGGAGGGGGGGGGGGCCAGAAGM
CCTTCGGCCAGAATTCCACNTTCTCCTTCAACCACTTCTGGGTGTTCTTG
GCTGTGTGTGCAGGTGTCTCATCCTGCTGGAAACACACCCTCTTGCCAGG
ATACTCCTTCCTGATCCATGGGACCACCTTGGTCTTGAGCACCTTGATGT
AGTCCTCCGAGGTGAGCCTGTAGCCCTCTTGGAAGAAGACTGGAGGCATG
GCTTTACCATCTGAGCCWACAACTCCAAGCATCATGATGCTGGCTGGGTG
CTTGGTCATGGACACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNAATGTAGCGATCATTTTTGCGGTTGAAGACTGGATCCACTGTAAAAGT
TTTCTCATCGGAAAAAAAGAGAATTCTGTTCCCATTACTTTTCATGTTGT
TCAAAACCTTCTTGCATCGGATGTATCTGGCCTCCATATTGGCCATGAAA
AACATGGGACGGGMGGTGCGGACCAAGGACTTGCCCCCAATATCCTTGAC
AATGTTGAAAGCAGTAGTCTTACCCATGTTGTTCTTCTTGGCAATTGTTC
TGATGCTCAGAAGAGGGTTTATCTTGATCTGGGCCCTGATCTTATTCTTA
GTGACCTTGGTGGCCTTTAAGACAGGTCTCCTACTTCGAGGATTGTCTTC
AAGGCCTTCCCCCTTGTTTATCCTCCTCTTGATCCTGCCAATGGTGCTAG
CGGACATGCTGGTGGCCTCAGAGATCTCCTTGTGGCTGATTCCTGCACGA
AGCAGAGGAGCTACTTCATGTCTTTTAGCCTCCATGTCAAAAACAATTAT
GAATTTCGAACTGTTATTGAAACAGAAATTGTTAGTCTGAAAACGGTTTT
TAACTTTTATTAACGCAACATTTACGTAAAAAGTCTCTGAAACCTCAAAA
AAGCCATTGAAGGTACCGGTCAAGACTTTCGGGACACACGGTATACTTCG
TATGTGACTATTCAATCCAGAAAAAAAGAGCATTTATGTATGTCAAAACA
CTATTTTTTTATATTTATTTGGGGATTAGTGACACCTTTGTGTTTCATCA
GTTTTAAAGCAAAAATAACTTAGAAGTAATTGATATTTCATTAAAGCAAA
ATAGTATATGCTAATGTTGTCTTGTTCCTTATTTAGCACCGAAGAATGGA
GTCCCTTCTAGTTCAGTCTCGATCTGTTACAGTTCAGTCCTCTTTATCAG
TCCTAAGACTGATCAAGTTCGATCTGTTAGGACGTCACTCATCTTTATTT
CTTTTTTAAAAATCTGTTCTATTATTGCCAGCCCGAAGGATCGGTTTTAA
GTCTGGACTGGGCCGAATGAATAAGGCCTAATACCCCTCTAGTATAAATT
TTTAATTGTAGGGTAGGAACATGTATTTTTTGAAAATATTTTAGAGGTAA
AAATCACTCTAGGATAAAAGCTAAAATTTTTAATATTCTATGAAACCTTA
TCCTCCCTCCCCGAAAAATAAAATGTAATTCAATTATTTATTAAGATATT
TATTATAATTGGATATACCATAGAGTAATCCGATTAATTTTCATGGTTTG
ATTTCGCTCATTCTATCAAAAAAACCACAAAAAAAAATCCATTTATCTAT
CTAATTTCCTTGCAATTTATTGCATATTTGAATGAATGAGGGTACATAAC
TTGGCTATGTAGACCATGGAAGAATATTATGTACAAAAGTTTCTCTTTTG
ATATATACTTATACATGTGTGAATGTAAATAAATCAAGACTGGGCGTGAG
CAATGCAATGGGTGGACTAATACAAAATAATTGTTAAATGATCAATTTTT
TATAATAAAGGTTTTCTGGAAGTTCATGAATTCTAATCATTACAAAGGAA
CTGTAGTAAATTAAATTTTCAATGGAGTCACAAATTGTATTATAAAGTTA
AAGAGGCATGATTGTTGATTTAGTTATTAAAAATTATTGACAAATTTTGA
TAATTAAATAAAATCGCATGATCTAATAGCCTTAAAAATGTAATACACTT
ACCTGGCTAGGAGATCAACCACCGAGATTAGGTATAAAGGACCTTCCCTT
GCAGATTGGTAGGTTTGATCTCAGCCATTATTCCAAAATGACAATAACTG
AATAGCTTTGTTAGTGGAGATCTGCATAAGCGCTTATATCCTCAATTATA
AAAATAAAAGAATTGAGTCTTTTATACGTTAATAAATTGTTCTTTTTTAC
ATCTTCAAAAATGGGTTACTTCAATAATGATACATAATTCTACATAATAT
TTTGTATACATAAACTTTCGAAAAAAATATATAAATAATATCTATGTACT
TTCATTTCTTAGCTGGAATTTTTATATACGAAACTGTTACTTATATTTTG
ATGCTTATATATATATGGTAAGAGGGCCAATAATACTAATTTCTTAATTT
TTTGATGTATGGATGTACAAACATCATATCATTTTTGAATTGCTCAATAT
TGAACTTCTCCCTCAATCAATGAGAAAATGATTTATATTTCAAAACTTTT
TAAATGGTTTTTAATCCCCCTAAATGCTGTTAAAATAAATCGATTGCCTT
TTTTTATACATGCTAAAAAATAGGTATTTATAAAAAAAGATTTATATCTG
AAGAAGAAAAAAAAAAACAATAAGATAATTTATTTTTATTTTTAAATTAA
AAAGTTCATTTGCTATTTGATTTTTACAGCAGATTTACAAATTGATCAGA
AGATGAATGAATAACTTTAATCTTTAAAATATATATATTCATAAAATCTA
TACCTTTCTTCTCCATCGACATTATTACAAAAATGTGTATAAGTGTCTAT
ATATACATTTAAAGGTAAATGCACCTGTGGAACTAGTTCTTCCTTTTCTA
CTTAGTTATATGCCTAGAGATGTTGTGTTGTGAAGCGCCATTTTCTACTG
AAAATAGGTGGAAACCACCTACTTAGTCTCTTTCAAATATGCATTTGTTA
TTTTCTCCTTTTCAACTATACATAGATTTAGCATTCATTTTTCTACGGTA
TTATATAAAGATATCGTTTTATATATGCATAGAATTTATAATATAGTATT
ACTCACAAAATAAATAGAAACGTTACTAAAATTCATAAAAATAGACTATA
AAATTTGAGTAAGCACATTTTATTTTACGACAATTCTTTATTATAGTTTC
ATACGTATATGCAGCATTTGCAATGAGAGTTAGAAGTATTAATGTTGGTT
AGCCAATAGTAAACGTTGAAAGCTGCTTGAGAAGGTACTTTCCACAAGAC
TGTTCCATATTTTAATCATTATGAAATTTTTACAGAATAATTATGAAAAT
TTCATAAATCTATGTTCGAAGTTATAAGTTTTGAAATCTTAAAACCTTTT
TTTTCTAAAATTTATTTCGTGGGGAATATAATTTCTTTGTAGAGCTATCT
TACACAATTAAGAGTTAGAATATCTACACAAAATAACCTTAAGAGTATAT
ACGGATTTTTTTAAAGAAATAACCTAAATGTACCGAGTGGTCCATTAAAA
TATGAACACTTATAATTTTAAACTTTAACAAGATATAATATTTTAATGAA
CAATATAAGTTCAACAAAATTAATACTATAAATAGATGTGTTTCTTAGCC
CTCTTAATCATTACTGTAGCTGCCCTTGGCGGCAGMTATAGTATCCAGGT
GGCTGGCTAACAGTGGCTTTGAGGGCCTCGGTGTTTAAATGACGAACACT
GCAGTCCTTCCCCTCACAATATATACTCAGGTTCAAATGTCATTTTCTCG
AGTTGTGCGTAAGCTAGAGAGCTCAAATTTGTTTGCTTTTGTAACTAGTT
GCTTATACTTTAATATATTTAAGTATGAATTCATGTTAATCAATCAACCT
TCATTAAATATTGAATTAGTAAGTGGTCAGATTTCAATGGACCACCTGCT
ATGAAAATAATATCAGGGGAAATATTTTTCCTCCTAAATATATAACATCC
TATAAAGGACTTGATCGCTAGTACTTTGACACACCCTTACGAATATGAGT
GTTTCTCAACAAAATCTTGAATCTGTGAATTATTTAAAAAGATGAGATAT
CAGGATAAACTGAATTTTTATTAATCTCAAGAAAGAATATTCTTTATGAA
CATAACTGAAAGACAATTTAAATAAGTGGAGTCGTAATAACTATTGCAAA
ATATGGNCCCTTCTTCCAAACTGATAATTATCACACTTCCGTTATTTTTC
GAGTAATTAAATGAACCTATTTAATTCCATTTTTTTTAGTTGTTGATATT
ATTTAACGTTTAAAACATTGACATAAACAAAAACGGTAGTTTTACAAAAG
AAAGAAAAATAGTATTTTTCCTACGACCGTTTTCACCATGATAGCCTTCC
ATTCTTGCTAATCTTAATACATTTTATTTTTCCATTACTGAGAAAAAATA
GTAACATTTTATAAACTTTGGCTTAGTATTAATTCAAAAAAAATTGTAGT
TTTAATAGTAAGAAAACATGGTCACTTTTAATGACCTTCACAGTAATATA
TATATATATATAATCGTCCTTTAAGTACCTTTAAAAAGATATCGAGATTA
AACAAGGGCAGACACGACATTACTGTTGTTGCACCTTCATGTTGAATCAA
TGCATAATCAAATTAGCGCCTATTCATAAGTTAACTATTATAATAAATAT
ATAAGTCCGATGATTATTAGGCATTAGTTAAATTACAAAACGATTCACCT
TTATAGTACATACAATTATCAGATCTTCATACGCAGAAATAAAGAAACCA
CCTACTACCAAATAATATGAATGAAGAAGGACCATGAAAAAGGAGTCATC
CATCAACTAGTTAATTGACATAAAACCTTTGTTATAATGTGAAAATGAAA
AGGAGTGGACGAGCCAAATCGGTTCTTAAGGGGTAAAAAAAGAAGTTTTT
TTCTCTTCCTTTTATTTCTTTATTTTCCAAACATCTCTTCTCTTTGTATA
TGAGTACTTAGTAGCATTTTTAGGATCATTGCACCAGTAAATAATAATAG
AGTCATGTCTTCAGATGAAGGGAAGTTCCTACTCCCTCTATTAGGTATGT
ATAGACGGTAGGATATGTACATACAATATATAAGTATTGTATAATGTTCG
TAGCTTCAATACATACAATCATGAAGACGAAAGATCACCGCGTTGGACAA
ACATAAGCAAAGGGATAGATAAACATAAAAGGGAAAGGTTGCGTGGTTTG
TTATTGTAATACATAAATAGACGTGTGTTCATATTTCTAGAATTACTTAT
GTACATATATATTAAACAACCGCTCCTTAAAAAAAGATACATAACTATGA
ATGCTGAAGAATTTTGCCAAACGGTATGTATGAATATACCTCAAGAGATG
GAGATATACAACGATTGGCAGCAGGAACGAACCTTCTGCTTATACATACA
TACCTTAAATACCTTAATTCTATTGTAACTTCTTCTTTTACCGGGTGGTC
CATTAAAATCTGAACACTTACTAATTCGATAATTAATAAAGTTTGAGTCA
TTGAAATTAATTCATATTAAAGCATAAACATTTTGTTACAAAACAAAACA
ATTTTGAGTTCTCTAGGTTACGTACAAGTTGAGGAAATTACACTTGAACA
TTATCGACGAATTTCCATTCGTGCACTCCAACCAGTTGGGCTTCTCCAGG
ACCACCGMCTACGCCGTCAGCAGGTCTGAAACGTTGGAGAGGAGGAAGGG
CTCTGTCAAAAAGGGCAAACTGGACTCGGAAAGTTAAAGAAAAGGGATMA
AGCCATGAGGGCCCCTGCAAGAGATCTCGGGGGTTTGCACCAAACTTTCG
AGATAGCTATAAAGAATGAGGGGTAAGAGCCTTGTGAGGGGGGAGAGGTC
ACTTTTTACACCAGCAATGAAAGAACCCCATCTCCTCCGTTGCAACAATC
TTTTGAACTAGTTTTTTGAGCTCTTTTGAACTGTTTTTTTGGCACTTTTG
GCCCCCTACAGCGCTGATACCAACCTTTTGTGTGTATATCGAGGGAAGAC
CTGCAGTGTCCGTCATCTAAAAACACCAAGGCCCCCAAAGCCACTGTAAG
CCAGAACTGGGACGCCATCCCAGTAGACTACAGAGCTMCCAGGCCTYCCG
CCACAACTTGGAAGCCATGGTTGTCGCTAAGGGCTCTTAAACTAATGATT
AAGAGAGCCCAGATACACATCTATTTATAGTATTTATTTTGAAATTCTAT
TGCCCATTAATAAATTATATCTTATTGAAGTTTAAAATACACAGTGTTTA
CATTTTAACGGGCCACTCGGTCTATACTTAATTACAATTTGTCCTATTTC
AAATTAGACTNAAATGATTTTATTTGAGGAATAATAATTATTTACATGTT
ACTATCATTCCACAAAATTCAAATCTTTATTATATATTAACAAATAATAT
AATATTCATATTTAAAWWAAAAAGACTTTATTCGATAATGTTAAAAGTTC
TTAGCATCTCAAAGATTAAGAAGCATTCTTGGATAAATGGGGACAAAATA
ATTTTTTCACCAAAAAAACATTGTTTTCCCTACCAATGGGAAATTTTAAA
GGTTTCTTAGAAAAATCCTTGCTAGAAAAGACTTGAGAATAAATGTTGTT
ATATGAATTGCAAGCTATTTCTAAGACAGCGATTCCCTATTAAAAATATA
AAATATTCTGAAAATAGATTTATAGGCATATAACTGTTAAAGGAAATTTT
ATTGCTTATTGCGTTGTTGCCTCATTGTTCTGAGTCCATAATTTGGTTTA
TAAAAAGAGGATCAGAGTCAGTTTTAAGAGGATGGGACTAAATACATCTT
AGTTTTTTAAAAAAGGATTAGAATCTTGCTTTATTTTAGAACAGACATTT
ATGTAAAAATATTTAAAATATTGATATAACTCATTCCATGGAAATAAATA
CAAAAATCTAAAGCCTTTAAACTGTAAAAAGAGGAAATGTCCTGCCAAAT
ATAAAAGTTTTATTGAAAACTATTGGGAAGATTTGTTCTAAAAATAATAA
ATAGTGTTGTTGTTGGTTTTTAATTCTAAGATTAGACATCATGTAGTGAT
AGAAGATATAAACGGACCAATCAGTAATGCATTTTTTCGATTTTCGTAAA
AAGTGCAATCGACATCATTTAAGCATTTTGAAGATCAGCATTGATTTTAA
TAAGCAATTTGTATGTTCAATTCTTTATCTTTATTATGTAAATCTTATAT
TTTTGTTCAATAAAGGGCATATGGTTTTATGCATGCCTCACAAATAAATT
GTGATCAAATTTTCTTTGTAAGGAGGGAGTTACACTAAAAAACCATGTTA
CTTTTAAAAATATTTACATATCTTTACAGCTTTTTCTACACATAATTTAT
GCTATACACACACATTCCATGCCATTTATATACAGTACTTACAGTAGGAA
ATAACTCATCGTTCTATCGGATTAAGAGCAGGGAAACTATTTGTATGTGG
TACACTATCATACGTCATTCTTATTATACAGATACTTAATAATAAGAAAA
TGAGATTTTTATATTCTATTAGGTACATATTATCTAACAAATATAACTTC
CTTGAAGGAGGGATATTTTCTATAAGCTAATAAAATGGTTCTTGTACATA
CGTGATGTCACTCATCTCAAGGTCAATGTGTGACGTAATGTAACTCTTCA
TACTTTAAAACCCAGCCAAAAAACTGTGATTTTTATATGCTTTTCGTTTC
TATCGTGATTGCTCAGATAAACATATGCATGTAATCAGCCTTCATAGTTA
GACAAATTTTATAATTGACTATAGGAAGTTGATAATTACGGCCAAACAAG
TATGTATTATTCATCATAATTACATATTAAGGTTAAATATTAAGCTATGC
TAATTCATTGTCATATGCCTCCTATAACTCTTTATGTCCTTAAGGAGAAT
AAGTTACCCTTATAATGAGGTCATTAGATATTGTAATGTCTTTAACCCTT
TTATTAATTGCCTTCATTTAAAGGGTCAAAATTGTTTGGTGATGACAATC
ACTTATTTTTTGTTGTTGCTTTATATAATATACTGTTTATATATTATATA
TATGTACATATACCCATAAAAGACCCCCTCCCTAACTTTAAAAAGTATAA
TAAACAACACATAACTGCCTTGAAGCTATTTTTAAAAGAAAATTTACTTT
TGTAAATATTCTCTTTATAAATTATGTCATAATAAAAAGAAAGTTTGGTA
ATTTATATAAATTATTTATAAAATATTCAAGGGAGGAATTTCATTTACAA
ATATATAAAGTGTAAATTATTTTATAATTTTTCAAGTTCTTGAAGTAGCT
AATCCCAGTATATATTTCTAATTGTACATCATCTCTCTCTCTTTCTCAAG
CTGTAAAAACTCATCATCTTGTTTTTCTAAGCTTCCCCATAGTCTTCCTA
CCATTTATAAATTCTTATCTTATTGAAAAAAAAAAAAAATTCAGTAATGA
TATAATGAGGGTGAAAATATGAGAAAAATCCTTTAAGGGAAATTTTGTTG
AAGGAGATTTTTTGTGTATGTATAATTTATATTTTCTTAGAATAAAGTAT
GGCATAATATTGTATTTTTCTATATGTAAAAAGGTTTGGATAAATCAGTT
TAAGCCCCCTTCAGAAAAAATATACTGCACATATAAAATTCAATAGAGTG
CTTTAATAATAGTAATAGTAGTCTTACTTTGCTTTAAAAGTATCCTACAA
GGGGACATACTTGTACAACACATTTCCACGTGAAAATAGGTGGGCAGGCA
AGGTACTCATCAAATATAATATCAAAAATAAAGTTGTAGATATTAACATC
TGTAGGTAAAATTTAAAAAAAGGTAAAAACTATATCTCTATGTGTATGTA
TACAAACGCAAAAGTATATTTCAAGGTCAAAATAACTATTTGATAAACAT
TCCACATTATGAGATAATTTGATAATTAATATATGTATATTTCTATCTGA
AAATGTATTAATTTTCAGATTTCTATTAAAAAATCGTTAAAAGACATGTT
TTTTAAAGGTACACGTATGTATTTACTTATATTATCTCAATTGTTATTTA
AATTTGGTGAAATATAAAAAAAGTAAATAACTAAAATATATAGTATAGAG
CAACGTAGCTCAGTCGACGTTGAGCTTAGGAGAAATTATTCTCTTAAACT
AAATGGCGGTACACGGTCGTTCCTAAAGAAGGAAATATGTATGGGTTGAC
TCTATAACTTCATTTTTTTACAATGCACTGTAATAAGGCTGTTGTTCTAG
TATTATTCTAGTGGCGAGATTCTACAGTTTCTTGGAAATATGTTTAGTTG
CTACCATGTGTTGAAGKAGTTATGTCGTCGAAAATAAATATTGGCAAAAA
TTGTTTTGACAGAATATGCTATGAAATTAAATTCATTGCAATTTGGATCG
TAAGTTTTTATTGGAACAATTTATGAGAATCAAATATTAGTATCAATTTT
AAATTTACAAAAATGATTTTTTCAATTTCTTTGCAAAATCGACAATAACT
AATTAATTTTTGTATTTTTTGAAGGAAACAATTTCCCTTATAACATATGT
TAACGAAAAGTTATTTAAAAAGAAAAAAAATTCACCATTTTTTAAATTAC
CGAAGTTCAAATGTATTCAGTATATGGTCAATGGGGAACGTTACCTATCT
TATATGTTGGTCAAAATATTATAAAACAATACTTACTAAAATAAAACTTC
TTTTGACCAATTAAAATTACATGAAAAAAATTTAGATATTCCCCAAATAA
CCAAAAAAAAAAATACTTTTTTGTAAAATGTTGATTTATATACTATAATC
CTCTTTATTAGTGTTCTATACGTTGATATACTAAAAACATAGATTATACT
TGCAATCCTAAAAATATATCATCTATTAAATTTATAATTGTTCACCAGCT
GGACAAAATGACGTAGTTGGCTAAATATATTTTGAGCCTTCTGTTTCGTA
TTAGATAAAAGGTTGGGTGACACTATGAAGATTGCTATTTGAAAAAAAAG
CATAAATTTTATATGGCGACTGTAATAATTCCCCAAGTTCCTATGTGAAT
TGATATAAGGATTAATGAAACTTTTATTAACTCATTTTGGCACTAGATTT
AATGGCCAGAAACGTTAATTTTTTTTATTTACTGAGAGGCCATATTTTTT
AACAAAGAAAAAAAAAAATATTTTTCTTCTTATTTTTAAATATTTCCCAT
CTCTCTCTAAAGCTTATGCAATTAAAAACCTAGTAAAAAGGGCTGCATAT
GTACTTCTGTCTATTCATGTTTACTTTGCAAAACAAATCTATTTTATGTA
TTTATTCGTTATGTAATATCACTTTTGGCAGACTAGATATAATGTGTTTT
TATACAACCAAAAAAACTGTACCTTACTTTTTTCCTAATTATTTATCAAA
AATGAAGTAGTTCTCTCAATTTCCGATAAGGAAACCATTTGTCTTTTTTA
AATTCATATTTTCTCATCATTTTATACTCGTACAATATAATTGTAATTAA
CCTTATAAAATATATATATACATTCATCAGCACTCTTTAAAAAACAATAC
CAACATAAAAATACAACATATTATAAGGTAAAAACTAATTTCAATTATAA
AATGTTCTATTTTTTTACGAAATACATCTTTGCCAAAATAAATAATACAT
ATTTAAAAATAGATAGAATAAAATTGGCAATTTCTGTTTTTTTCTTATGC
ATCCTTTGCTAAAAAACTTCATATNAATTTGGATAGACCACAAAAATAAT
AATAATAAAAACAGGTCATTTATGTATATATTTTTGCATAGAAAAAGTGC
AATAATTATACTAATGGTATTTAGAACTTGCGAAATATATACAAATGTAT
GTATAAGATAACTTTTTCCCATAATAATAGGTTGAAGAAAAAGTAATTTC
GTACTTTTGACCTTTTTTTAAACTAAGTATATCTTGCTCATTATTGGTCA
CATCTGATCGTACGACAAAGTGTTGTAAAGGTGTGAGTGTGTACTACAAA
CACTTTGGAACAGTATTGTACTTTACTGTTTCAATCGTGAATTATCAAAC
GTCGAGTACGGAGGTCTCAAAGGAAAAAAATCGCCGTATTTTACAATATA
ATTACCTGAAAGGGAAAACTCTTCGCAAACAACCAAGAAATTTGCTATGT
ATACATTGCCTGTCGTCGAAAATGTCGATACAACATTGAAAATATCGAGC
TATATCATGTTATCAGTCTTAGTATCCTTCAAGAGCTAGTCATCCATCAT
AAAACCATTTTGAACCAATTGTAGAAGTCTGGATACACAAAGAAACTTGA
ATAGAGATGAATTGGTTATCATCAAGACAATGCCAAGGCGCATACATCTT
TCATGACGCGCCTGAAGCTCTGCGAGTTCAGATGGGAAGTTCTTTTGCAG
TTCAGACCTGACAAAAGTGACTACTACTTGTTCTGGTCTAAATTGGTTGT
CCGAGTTTTTTTTGCCAATATTGACAAGGGCTTCAACGAGAAGTGTGTAA
TGAATTTAAATTCTCGTTGGCGACAAGTTATTAAACAGAATGGGGCATAC
ATAGCTTTAATCAGATGATTATAATATTTCCTATGAATATTTGAACTATT
AATTAATCTTATCAAAATCTAGAAATGGTTGGAAACAAGTTTTTGTATAA
ATCTTGTTTGAAGTTAGTTTTTCATAAAATAAAACAAAGCTTCAAATTTT
TTTATATACTTATATGTATATTAATTAAAAATTACTTAATAAAAACTTTT
TTTCTTTTATTAATAAATCTAATATTTTACATAGGATGCCAATTTTTTTT
CTTTAATTATGAGACACAAATATATTAATATTTTTAATGTTTNNNNNNNN
NCTTGCTTTTTTTAAAAGCTAAACCCGAGTNNNNNNNNNNNNNNNNNNNN
NNNNNNAATATCTTATTATTTAGATAATAATTTTTATTAGTTTTATACTC
TCTATTATAACAACACGGGAATTATTTTACCTAAATATACCTCGATAAAT
AGAACTCACAGGTGAATATAAAGTTTGGATAATTAAATAACTACCCAAAA
TAGTTAGAATAAATTTTTTTTTATCAAACTCTAACTTTTTGTGTATTTAA
AAAAAAAATCAATTGTCAAAATAAATAAACTCTCTCAATCAATCAACATT
TTTGTATATTTACAAAAAAAAAGGAAGTTCCTTAAACGAGGCTCCACTGT
ATGTAGGTAGATCAAAGAGCCTCAATGAATGCTAAATAAAGAGGATTGTC
TATCTATTAAGATTCATACTCTCCCATAGTTATATAAAAAACTTTAGATC
CATCATTTCTTGCTTTAAATTTAACACTATGAAGAATCATATATCTACCC
ATAAAGTAATTGATGGTGGATATGTTTCAGCCATGGTTTTAACAAATGGA
AGGGTTTGGGGACTAACCCTTTCTATCCTCTTATCTCATAGTATGATCAT
TTTAAAATCCCTCAAAATGACAAAATATTGACATTCTATTAAATAAAAGC
TTTTTCCCTAATAATCAAGGTATTCGCTTGTAGATATAGACTCTTTGAGA
GTTTTTTCTTGTTTTTTAAAGGCAATTTTGTATTTATTATATATACCCTA
TCAAATTAGAAAGTAGTTTTAACTTACAATATTAAAATAAAAAATTAACT
TTGATAACTTCTTCAAAAATTATCATTAAAAAATATGTATACATATCCCG
AGCATAAAAATTAATCATTTTTTACGAAGAAGTAGCACATTAAAAATCGT
CAACTAATATATATCAAATGATAAAATCATTTGCAAATATTATGTATGTT
AATATTTGGCTAAAAAAACAATGAAGAAATACTAAATATATARACAMSTA
AATATATACAAATAACGTAGGTTTATAYGATANTATACTACCATAAAATA
GAACAAAGGTCACAAAAACTTAAGAGATTTTATGGTTACAGGTATCAATT
CCCAATTTACAGAAAAAAAGTATTTGCTATTCAACAGTACTAATTAGCAC
ACGGGCAACATAAGGTATGTGCAAATACTAAAATGTCATCAAAAAAACTT
ATGCGTACGTCATTTGGATAATAATTGAATTTAAGTCCATCTTTTTGCAG
AATTTATGAGTAAATTAACATACAAATTACTTATATATTTTTTAAATAAA
GTATTGCAATGGATAAAATATTTATTTAGGCACATATATAAGATGTCTGT
ATACTCTATGTGTATTTGACTCTCCGTTATTAAATGTAGTTAATAAAATG
GGTAACATGTTTCCCCAAAAGTAAAACAAATTGTATTACACGATACAAAG
TTGATATAGATTCAAAATTATAATAATTAATTTTGTATAATATTTTCTTT
GCTGTTTTATTCCTTTAAAATCTTTTAAACATTAATTAAAATGCCAAAAT
TATTTGTAAATTGATTGTAATAGTATTAAATTGGGGTCTTATCAAAATAT
TATTATCATAGTTGAAACAATTAAATTCCATTTTTAAAATTAAAATTTAT
AAGAAATATTCATAGATCTTAAGTTATTTGGTGTACAAAAATAAGTGCTA
CTCTATTTTGATGAAGTTCTATATGATTAATAAAATATCAGTCTATATTA
CTTTTGTAGCAACGTGTACACCTTATATAAAAAAGGAAGAAAAGAAAAAC
CAAAAAAAAATACAAAGCAAACAGTTTAATTTAAATAACCAAACCTTGAT
TAAAAGTAGCAAAATATTTCTTAGGTAATACTTTATTACTAAAACAATAA
AATTTGACATATATTCTGCCTATATCTTTCAGGAGCATATTAAAACGTTC
TATCTATAAATGCTGTTTAAACAGAATAAAATCCCAGTTCACTATTGTAG
AATTGAAGATATTGTTACTTGATTCTTAAATCAATCAAATATATAATTCA
CTTATAGTATGTTGTTGAGTAATTGAGGATTTGAAACCCATGTAAAACCT
ACTTGCAATAAAAAAAATACTATTCTACACATCACTAAACTTTATGAAAT
CCATTTTGTTTAATGGGTATTAAGTGTATACAAAAAAACAAACAAAAAAC
AGAATGTTTATATTTACGCCATTAGACTCTATAATAAATATATAATCTTT
TGCCCTTTATCTATTAAATAGAGGGGAATCAATTCATTCCTGGTAGAAAA
AACCAATCAACTGATCTTTAAATATAAAAATATTTGTCTGTCTTTTTAAA
AAAGCGATCAAATATATATTTTTTCATTCTTCAAAAAACTCGTTAAATGA
TATTTCAAAAAAGGTTATTTTTAGCACATGTCAGGTAGATGTGCTGAATT
GTTACACCGGCATTGCAGTACAGACTCTAAAATTACTAAAGCATATAAAA
ACATTGGTGTATTTATTAATTAAAGATAATAGTAATATTTTTTTAATTTT
TGGCTTCAATTGATTTTGAATTTAATTGCCTTATTCATCATTGATTTTTT
TATTTTTCCTTAAAGTTTTGCAAATAATTTCTATAAACAGATTGTTTTTA
AAAAGACAACATAGATGAATATATATATATANNNNNNNNNNNNNNNNNNN
NNNNCAATCTGTAGAAATTTAGTGTTTTTGTAGTTGCAACCAGGTAGAGT
GTTTTTATTTTTAAAWGTGTTAACATTATTCTTTAATTATTGAAGAGGGA
ATATTTGAGTATGCATATAGTTCGTGTATTTATAAATGACTGTTAGTAAT
ACTGATCTATTTATTTGAGACTGAGGAGTGTAAGGCCTTATTTGAATCAG
GCTAGAATTAAGATCGTCATCGAAGTAATTAAGTCTATGTCCTTGCTAAA
TAAAGGAATGCAATTTGCGTTTATTTTTTGTTCCTCTCATAGCTGCCCGC
AGATAATTTAATAGAATGGCATCACAGCTAATCTACTCTTTTTTCAAACA
TACTTCAAGTTATTAGGGATATTATGCTAATTTAATATTCAATTTATTTT
AAAATACCGGCTCSYAATATTATACACAACTATAAAAWACCACAAACATA
TTTTAGTATAAAATAAATGATTCCAAAACCATTTTGGAGCTTTTTTATTT
AGATAAATAGATTTTGAATATTTTTTTTAGTCACTAATCTTTACAATAAC
ATTAACCTTTTTTTGAAATTATTAAATTTTTTTTTGTGGGTATTTGACGA
TTAGAAATTGTTAATTTCTTTTCCATATAAGTTTGTTCATTTTTATGAAA
TTGGTATAAAAAGGTTTTTTTTGAAGCAATGTTTATGGAATGAGATTTTA
ATTTATTTTGTAGGTTAGAAACACTTCAAATCTAATTACCCTTGGAGTAG
ATGAATACACGGGGTCGTTACTTCCTTCTATATATATATATATATATAAA
GAATCATTCTGCATTTTTTTTTGGAGATATTTGCAGGTAGTTATTACTGG
AAAAAATAACTATTTCTCAATTGTCATTTTTACTACGTTTCACAAGGGAG
TAACTTCTATGCTTTTTTTTCCCTCACCATTTCAGAAATGAAACTCTGTT
AAAAAGGATCAAAAAAAGATTTACAATCCAATCTTGAGAAATTTAATAAG
TATTTGTGTATTAGTAGAATAATCATACCTCATTCCTTCTCTCTTGCAAC
TTACATACTTACTTATAGTAAATGATCCAACATACTCGTATATTTATATT
TTGTGTTCCTTTTTTGTAAGGTGGAATATCTACACCATTAATAACAATCA
TAGAAATGATATGAAAAATATTTTTTTCCTATATATGTTTAGAATATTCC
CATGGTGAATAAGTTAAATCTTATATCATGAAAATATGTTATGTTATTAT
TTATTAAAAAAAGGTTGTTGAATGCTCCACAGTAAAAAAAAACAAAGCTA
CAAAAATAATATACCTATGTATAATGTATCTTAGCAGTAGGTTTGGCAAT
TATCTTAGGCGTCATAATATGAAAAATTGTATTTTGATTGAACAAACAAT
ATAAGTTTTACTGACAAAAATAACAACAAACAAAAAAAACATGTGTCTTC
TTGTGGTTTTTATTATATAGCTTGTATGACGAACATAATATCCTTTAATC
GAAGCAACCAATTATGATTGAAGAGCTAATCGATACATACAAACACAAAA
GAAAGTCTAAATCAGCCAGAAATATATCTGTAGGTACATATAATTTAGAC
TAATACATAACCTTCCATTTTAAAGGAATGGAACCGAACACTGTGAAGAA
AAGTAAAAATACGTGCATATATATGTATCTCTAATAGGGAAAATCAATGT
CAATCAATGATGTATTTATTTGCAGTTTCCCTGTATTATCCCAAATAATG
TTCTTCTGTTATTTACAACATCTATGAATTGAACTTGAGTTACATTACAT
TTTATTACCTTACTTGCAAATTACAAAGTACATCTTAGACCCCATAAATA
ATTCAAAACAAGATGCACAATATGTTTGATTGATAAACCAAATATTAATC
CATATAAAATGAAGAATTTTTGAATCATACCAGCATGTTTAAGAGAGTTT
AAAAGGCCTAAATGTAATCATTTTTTTGTCTAAATATCATATTTTTTATA
TTAAAATGATCTGTACTACGCTAAAAAGGACCTAATAGTCTCTCACACAT
TGCAAAAGACAGTTTTTGATTACCTTCAGTATAAATGTATTCCCTAACTA
CTACCCTAAAAACAGGACAATCAAGTTCACATACATACAGTTTATACACG
AAGTATGAGTAATGATAATATTCCAACACATTATGTTAAATAATGTATTT
ATTTTTTTAAACTCAAGCCTGATGCATTGAGTAAACGATGTTTTTTTAAA
TACATAAATTATAACATAGCCTAATCATGCAATTTTAGATATATGGAATA
AAGACAATATTTTTCCTTTTACCATATGAGTAAATTTTTCTTTCATGTAT
ACAATAATAAATAAGATTAAAATATGGGCTAAATATACGGCGTTTAACAT
TTATAAAATATAAAGTATACAAATGTCAACAAAGATTGGTCTGTTTCATA
TTTTTTTTTTACAAATTTTAATCTTAAATATCTTTTCTGACAATTTTTTT
AAGWAAAAAGTCATTAGCTACCACAAAAATCGTTAAATGTGTTTACTCCT
ATATAATTTTTAGCGAAAAATGTATCTAAATATAAACTATGCATGAAGAA
CTGTAAGTGTATGTAAGGTTGGATTTTTTTTTTTCGTATTGTTGGCTTTA
TTTTTATGCTCTGTAAGAAGTGTTACAATCATCGGATTTAAGTCAAGTAT
GTCCCGTCGTGTTTGATAGCTTGTTGCAACTGAGAATCCAACTTCATAAC
GCCCTACTCGTAGAAGCCCTTGCCCCTATCGGCAAAAGCTTGGACAACCC
TTTTTTACAGTATTCTATTTAGGCCAAAAAATTTCCCCCTAAGCGCGTTG
TCCATAGATAGGAACAGATGGAAGTAACTTGATGATAGCTCTAGACTGCA
GCGTGGATGTATAAGAACTTCCATCCGAGGTCATGGAGCTTCTGGCTCAT
CATCAAAGATGTGTCCTGATAAAACACGATTCTTCTAGTACTCAAAATTC
TTTTTGTATCCTTCCTTTTGCAAATAGTTCAAAATGGTTTCATGAACGAT
ATTGAGTCCGTGAGCGATGCTACAACTGGTAACGTTACGGTCTATATTCA
TATTTTCCATGACTTTATTGACATTTTCGMCTTCAGGCCTGCCAGTGCTT
GGTGCAGCATTCGCCTCCACTACACCAGAGCTATTGTTATGCTACACCAA
CCAAAACAGAATCATTTCCGTATATATCGCAAATTTGCTTGGTAGCTTTC
GACGCAATTTTCCCTTTTAGGTAGTAAAAATGTAAAATTTAAAATATTCA
TTTTACACCTCCATATWCAATGCAMAATAAGTTACGTCTGAAYTAGCCAA
TTGCAATATTTTCAAATAAGTGTTTGTAGTATACATTCCCACCTTTACAA
TTCCGTATCGTATGATCCAATGTGACTAATAATCAACAATTTATTTGTAG
TTAAAAAAGAGAAGGAAATACGAAATTACTTTTCCCCCAACCTATGAAGG
ACTAGGACTCAAATGGGGAAAAATAACGTAGATACATTTCCATGCATCTA
TGTAGAACTCCATGGTCCAATAAACATATGTATATATTCGTTATACCACC
TGATGGAGTATTTATTAAATCAACCTTCCTTTCGTTTTTTAATACACTTT
AAAAAGTAAAAGTTTTGATTTTTTTGTTTTGTGTTCAAAATAATATATTA
ACCTGTTTCTCTACGGTCTGCACACTTGTTTTTTTTTTTCATTTTCCTCA
TCGCTTTTTTTAAACACTACAATTTATGTACAAACATAGTTCTGTGCATA
CTTTAGAAAAACTTAAACTTATCATGTTCCCATTGAACGAATTGATGAAA
GATCAATCATTCAAACACATACTCGTAGTTATGAACATATCTAAAAAATG
CCTCATCTCTCTAAAATATATTTATAATATACACCTTAAATCCATTCAAT
CATATAGCCTCATACAAAAATTAACGTTACTTCAATCATGGTCGAATACA
ATGGCTACAAAAAATATCATCACATGAATTTTGCAATAGTATATTATATA
TGTTGTTGTTTAAATGATAGTCGTTCTGCGTGCACACTTGTTTAGCGATG
ACTGGGAGTATGTATGTACAATCATGCCTTGAGTCAAGGACGTTCAATTA
TCGTATATTTCATATATATATATATATTGTTTGACGTAGTAATATACATA
TATTATATAAAATGATTACAAAAATTGAGCTGATTACGTAATCATATAAA
TGTGAAAATGAATTCTTGTTAGTACTTTATATATGTATATAATTAAACGA
TATAAATGAATATTTCTTTATATAAACATAGTTGAGGTTGACTAAGTATG
AAGTGTAACGATACTACACTCCATAAATATATATTCCAAGATCTACAAAA
GTATTAATTTTGTTTCAAATATAAACAAAAATATCATTTTTTTTTAAAAG
AGTATTTGACATAAATTGTACATAGATACCTATATATTATTCAAAATAAG
TAAAACACATAATGCAAATCATGTATAGTTGTGTAGGTGGAATACTTTGA
TCTTTTATGTTAATTTATTACATCTCTTCACCAAATATCCTTGGATGTGG
TTGTTGCAAATAAAAAAAAATAAAAAATTTGCAAATATATTTCATGATAA
AACTACTTTTGTGTATATTATAGTTTTTATGTTATGTAGTAAATAAAACT
ATGTACTATTCATAATATGTCAGAAGCAATAACCCTTTTTGACTATATCT
GTCAAATCGTATATATAAAAGAGCAAGAAAGGGTGACATCTCATTTACAT
GTAACTAAATTCAATGACAAAGTCATTAAAAATGATTCCTCACATGTAAA
AATAAAACGAAAAATAAAATATATAACGTGTTATACATAAGGTGTCATGA
ACAAAGATTTATTTTCAACACTTTTGATGTTGTAGTATCTATCTAACAGC
CTATTTTAAGTAAATTATTTATTTTCGAGGCTGACTTGAGGGTAAGTAGT
AATACAGTTTGTGTAGCGTATGTAAGTATGTTACAACCCACCTTGTCTTG
AAGCAATGAAATAGTCTTGTTGACTCATTCAAAACCATGTTACGTAACGT
TTCACGAGTTGTACTATTGTTGTTGTCTTTTTAGTACCTCAAAAATTACA
GAAGTATTCAATATACTATTGTACAGATAATTCCTTGGCCTTAAGTTATA
TAATAGGTACACATAGGTAGAAGAACTACCTACAAAGGAAGTTCATTGCG
TTTCCTCCTTCATCAAGGTCTTTATCAAAAAGTGCATTCCTTTTTTTAAT
GATACATGTTCAATCCATTAGCAAAACTACTTTTATGTTTGTACATTGCA
TTGGAATATAAAGGTCTTATTTTTATGCCTAAAAAATCCTTTTCCTTCTT
CATTTAATTTGAATTGGGCTAAGTACATTTTGAGTAGTTATGTTCTGAAA
TAAAACATTCACTTTCAATAAATACAGGGTGTCCACGATAAATTGGAACT
ACTTTAAACTTCATCCAGATCCATATTGTGGATATTCGGAGTTAAATCAT
CCTAATATAAACGGTTGCGTGAACGATACACTATAAATTCCACCACAATT
GTTTTGACAACAAACAATAGTCATTATGGAACAAGCAAGGAGAGACACCA
TCCTCGAAATGGCTCSCACCTCTGCTATCTACAAGTTTCTTAACTACCCC
AAGACCACGGTATACCGGGTCTTCAATGCCTGGGAGGTTGAGGGGGAGGT
CTGCCTCAAGGCCCAGAACATGAGAAGTGACCGAATCCGTACTCCCCGCT
TCCTGGAAGGCCTGCAGAAGTCCATCAAGGCTTCACCGGGGACTTCCTTG
TCCAGGTTGGGTTGTCCGTGGAGTGAGCAAGCAGCTGGTCTTAAAGGATC
TCGGGTACAGGTCATACCGAATGGCCAAACAACACATTCTCACAGCATCT
ATGAAGGCCACTAGGCTCACCAACGGTAAGCATCTCCTCAATGACCTGAA
GAGCCATGGAGGAAGAATCATCTTTTTCTCCGACGAGAAGAACTGGACTG
TCGACAGAAGCTACAACGTTCAGAATGACAGGTGGCTTGCCAAGGAGAGA
GAGGAGGKCCCTGCGGTCTTTACCACAAAGTTCTCGGGCTCCATTACGAG
GGATTGGAATGCTGTTGATTCCGCGGAAGTCATCAGGGCATGCAAATCCT
TTAGGGGCAGGATGGAGAAGATTGTGGCTGSTGAGGGRGGRCATGTTGAA
TAAATTTATTGTTTAATGTAATGTCTAACTTTTTCATATTAACAATTACA
CTCCTAACTCCATTTTTATCAAGCAGGTTGAATTTTAAGATAGTTACAAT
TTATCTTGAACACCCTGTATGTATATAAAAATTCATGCACAAAAATGTCC
CAATTAAATTATTTTGTAAAAAAATGTGAGTAAGCAAAAAGAAAAACGCG
CACTTGGGTCAAAAAGTACTCCCAAGATTATTGGATTGAATGCTTGTTGT
GTGATTACAACCTTACTAAAATGTTGTATTTGGAACTCAGAGGTTACCAT
TACGAAAGGTGGGAAAGTTCCTTCTATTCCAAGTCTAAGTTGAGTTTCAT
GGCATTGCTGAAAAGTCCAAGTCCTTTTTCATTTATTTATTTTATATTGT
CGATCTCATTAACTGAAATATACACAGGCTCCGTCTAAAATAACAAAAAC
TTTCCGAAAATTACTAAAATGGTTATATTTCCAAAACAATTCAAATCAAA
TTTGCAAAATGTAATTCATGAATACAGCCAAGGAGATTTACCTTCTCAAT
TAATATTTAATAACCTTTTCCCGTAACAACCAATTCCAGCCTGGTGCAGA
ACTTTGGCAGCAATTATTTACAAAGCTCAGGCCCAGGTTGGCTAAAGCAA
AAAGGATGGCGTTGTTCAGTTTGTTCTTCGTTGTGTATGCAACTCCCGAA
AGATTTCCCTTGAAGTCCCCAAAGATACCAAAGTTCAGGGGGAACAGACG
GTGCTTTGGGAGATGCCAAGAGGTTTCTTCTTCAGCCTGTGGAGGAGGAT
TTTGGCCTGGCTCACACGCTTTACTCTTTCCAAAGGCTTCAAACCTTGAC
GAGTTGTTCTCTTGTAGGCATTAAGGTTTAAGTCTTGCTCCTCCAAGCAG
TGTATGGTCTTTTGGCTGSTGTCCAATTCACAAGCAAGGCAAATGATGTT
CACTTTGCTCTTCTGTCTTGAAGGGTGCCTTAAAATACCTCAACTAATTC
TTTTGACCATACTGGACATGATTTGGGCCTTGTGGAAGCTTTTGATGTGC
CTCCTATGGTCATTTTGTACACTGGATGGTGATTTTTYCACGCATGAATA
ACTCCACCATTTCTGTTCTGTGTTGTTCCATGTTGTTGGTTATGTCACTC
TTATTTCTTGGATCACCTTACTTATTTTTTGTTTAAAGTTTCTATAGACA
ATTGTATAAAATAAGTAATTAGGCTTAAATTTCGAAATATAAAAAATACT
ACAAAGGCTTGTCATGCAAAAAAAATTGTTCTATTTTTGAAAGGATGAGT
ATGTACAAGTCCTTAAATATTTGCATCAAGTATACTTCAAGTCCTTAGAA
AACAAAATATCATAAAGAGTATTTTACATCCATTAAAAATTACCTTCGGG
TTCAAGTCATGTTGAATATTGTAACTTTTGAGTTTTATTGGAGACGCGAG
TCTTTGATTCTGCGATCAAATTGAGGTACAAGTCTTTAAAATATGCACTC
GAGTCCAAGTCCTCACCTCTCTCCATTACCTTGGAGTTGATCAAATATCC
CGAGACTGGCTTGTAACATGTTTAGACCCCAAGTTGAAGCTGTTATCAAG
CTTAGTTGAAGATATAGGTATAATAAGTTTTTTATTTTAAATTGATCAAC
TCTACTGTCTTTCAAATTTCGTTGTGGTAGATATACCTATGAAAATAAAA
GTTAGATTATCAAACCTGAGATGTTTACATACGCACAGTGTATTTAATAT
TTTTGAAAGAGATCAACTATCTATTCCTTTGATACAAAATGTTTTATTAG
TTTTGATATTACATAGAGATGAATCAACTTTAATATGAGTTGCCCTTTAG
TCTTTAAGGCCATTTGTTGAAATATTACGTAATGGGCGGTGTTGTTATTT
ATTATCATTATGATTATAGGAGTCATATATGGAGGCATTTTTTACTTATC
ATGTTTTATTTAGTTAATGTAAACTATGATTTTATATTTGACGTGTCAAT
GTTTAAATTGAAGTATTATGAGAAAATATTTTATATACGTTTTTTGTATA
TTTTGTTCCTTTAAAAAGATAAAATGGATGTTGTCACATCATTTAAATAT
GAAAAAAAATATTTACATAATATTTACAATTTTCCCTGTCCGAGTTGTTG
ATAGTATTATTGTGTTTTTGAGATCTATGCTTCTCATTAGCCTTCCCAAC
ACCTGGTCTCCAAATTGTACCTTGATATACGTACCTAATTAGATGTTTTT
TACTTACATGTATATAATATAATAAATAGATATCCTTAGGAATAACTTGA
TCCATTAAAAGCCTTTAATGTACCGATGTATGAAAATGCCCTTATAGTGT
TTGTTTAATCTTTTTTCTTCACAACTACAATAACTCCTTGCCAAAAAATT
ATATTATATGAGAATGAAAAATACATGCCAAAAAATGGGTTTAAGTATAT
CTACATATATGAATATGTACATGGGCAATAAATCTTGGTAATCATTCAAA
AATATATACATACAATAATAAAAACGATCATGATAAAGTCAAAAAATACT
TTATACAGGGTGTCTAATTTTGATTTATTTTATTCAACCAAATCMCCTCC
AGTCTCAAATTTTAGTCTTTATACGAGCCAAAAGTGCAAAAAGCCTTCCC
CATAGTGTCCATTAGCAAATTCTGGAATTCCTTCATGATTCAACTGATAA
GTTTGGGTTTGGTGTTGCAGGGGGGTTGGTTGATTTGTTGTTCGATGGTG
CTAATCACAAAAAAATCTATCAGATTCAGATCTGGCGAGTTTGGAGGGCA
ATAGTCTAGGGAGATGAAATTGTCAAAATTGTCTTTGAGCCATTTGATAC
TTTTTTTTCTAGCTGAGTTCTGCTGCCACATGTAAGGCCTCTTATTGGCA
ACCACGGGGATCCACAGCTTCACTTTGGTATCTAACACGTAAATAGTAGG
TATCAGTGTTGAGATACCACTTCGTAGTTAACCATGCCAATGCTCAGTCC
GTAGTGCTGTTGCGTTGAAATGATATTAAGAAGCATCAAATTCCCTCCTT
ACCTTGCGAATGAGCGTCTCACAGAGTTCGAGCAATTGTTACGTTGTCGC
TCCCAGTGCGGNATTCCAAGAATATATATATATTTTCATAAAACTGTGAA
ATTTAAAACTTGAAACTACTTTTGAACCAATACGGCTCAAATCATCTCTC
TCTCCCTATTTTTTTGGACCATATCTGACTAACATTTCGAAAACAAAGAA
CCAGTCTAGTAAACTTCCATAATACATGCAGTAACCAACTTTTAAGGAAT
TAAAATATTTTTTGGGTCGATCTATATACTTAATGTAATCAGATTAATAA
TTGACGAAAAAGTTTTTGTAATTCCTAAAGACATTCATTAGAGACTGGTT
GTAATTCAATTTNNNNNNNNNNNNNTAACTACTGTACTTTAAAAATATAT
CCTTTAGTTGCTCAAAAAAGGGAAAGGACCTAAATAAGTACTCGTTTCCT
GTATAGAGTAGTTTTGTCCGATAAACCGGTACTATAGTGGGATCGGTTTA
CTGACGCATTCAAAATGGTACTATACTAAACTGATATTGAAACCGGTAAT
TGCTGTTCCACTATGCGATAAAAAATCGGTATGACATGAAAAAAATCCTA
AAACTTTCTGACATCTCCCCCTCACTCCATCAGAAACAAAATTTTTCGTA
TCGATTTTTTATTTATTAAAAAGTTCTTATATTTTTGGGAGATAGTCCTT
TTCAATTTCTTTCACATAGCTCTCTTAAGCCATTAAAGCAATATTTCTAG
ATTTTTAACCATGTATTTCTTACAAACTAAAATTCAAACAACATATTTTC
AGTGATTTGCAAGTTAATAATATAATATTAAACACATGCCGGAAAAAACC
AAGCATGAATGTGTTTTTTTTGCTTGCAATTGTAATATAACCATATACAA
CAAAATATTCTCATTTCAAAATGCTTAATGTGGGCCCGGTAAAAATATTT
GAATTTAAACATATTATATATGATGGGTTTTTATTATAGGTAGAATATTT
TTATCATATTGGTAAGGTAATATTTTTTACTTGGGGGTCTGATGCACCCT
ACGGTACAGTGTACAATATATGAAAATATTGATATCACGAAAAGACTAGT
ATAGAAAATTCCTTATATAAGTTTATAGAATACATACCTGCTATGTGTTT
TTCAAGCATAATTAACAAAGATGTCTGCCACATATCTATGTATATGTATT
ATACTACTATATTATTATTATGTACAATATAGATAAAAGCAGCGGACATT
AAGTAGTAGGATGTATGACATTATCCCTCCATCATATAGTTTCATTCATA
CCGAGTGGTCCTATGAAAAGGGAACAATTTGAATTTTAAACTTCAACAAG
ATATAATTTACTAATTAAGAATAGCATTTCAACAAAATTAGCACAATAAA
TAGATGTGTATATAAGCTCTATTAATTAGTAATGTACCCGCCATTAGCAG
CAATGATTAATTCCAGGCGGTGGCGAAAGGCCTATTTTATGGCGTCCCAG
TGCTGAGTGACAGTGATTTTGAGGGCCTCGGTGTTTGAATGATGGACAAT
GCAGACATTCCCCTTGACATGTACACAAAATGTGTTGTTGAGGGGGTTGG
CATCAGGGCTGTAAGAGGCCTAAAAGTGTTATAAAGGAATTCACAAGAAC
GCAACCGACTCATTTTAAAGAGTCTTGCATTAGTTTCTTTCATTTTTGAT
ATCAAAAGTGGTCTCTACACCATCAGAAGGCTCTTTCCACCTTTGATACA
TCTCTGGATAGTCTGGTGTGAACCCCCAAAATCTCTTGTTGAAGCACTCG
TAGACTTGAGGGTAATGCCCTGGGCTGTTTTCTTTTACGCCTCTGGGTCC
AAGTTAGCCTTTTTGAGAGAGCCATCTTACTTTCCAACGTTTAAAACTCG
CTGACGACGTAGACCGTGGTCTTGGAGAAGCCCAACTGCTTGGAGTTCGT
AAATAGAAATTCGTCGATAACGTTCAAGTTTCATCATTTTCTCGATTTGT
ACGTAAACTAAAGAGATCAGGTTTGTTATGTTTCGTAACTAATTGTTTAT
GCTTTAATTAATCGAAATATGAATTAATTTCAATAAATCACCCTTAATTA
ATTATTGAATTAGTAAGTGCTCAGATTTCTACAGKCCAGCCGGTACCTAT
TTTATGCAGCTTAATAACTCATATGTATGTAGTACCATGACCTCCTTGGG
GACTCAAATGTTATTATACAGAAATAAATATTTCTACCTAAAACACGTTA
TCTCGTCTAAAAATATGTTATAGATAGCTACTACATTACAATAAAGTTTG
AACAAAATTTCATTGCATACTATCTAGTAAATTTTGATTGTTAACAATTT
CTAAAGTATTAAATAGATTGTTTAATTGATAGAACCATGCTTTATTTGAA
AATTTTAGTATTTATTTGTACATATTTTAATAAAAGTAAACCCAAAATGT
AATTGATGATTAGGCAATCCAAGGTTTATTTTTCTTTATTCATTATTATT
GATACAAGATACAGAATTAGATACAAGAATGTCTTACATTTTTTTCTCGT
AAATGGGATATAATAAGTCGAATTCCTGAATATATCTGATTGCTTTGTTA
AAGAGATTCCTCATGGACCAATTAATATTGATTAAAAATGAATATTTACT
TTATGTTTAATGTATTCAAGATCGGATAATTATTTATCTTTGTATGACAC
CTTGTAATGTAACATCTGGCTGACTCTTCTAAATTAAAAAAGTTCAAAAT
TTACACGCCTAGATATATCTAGATATTTTTAATTTTGCCATAATTTTATG
TGGTTCAAGTGGTTTGAAACCAAAATAGCTAGAAATGATTATTGTGGCTT
RAGTACAAAWACAAGAACACACAAAAYATTTATTTCTATATTGGTGATTA
TATTATTTCTTACTTAGTATATTGTTAATTGATGACAAAATGTGATCATT
TGATTCCTAAAATTGACACCAAAAGGTAACCTCTTAGCAATCTTCATTAT
AAGATTTATTCACTATTTCAAAACTTTTTAGGTATCAAAATTTTCAGATA
TAACAGATTAGGTGAAGATAATATGTTTAAAGAAGTATTTTTTTCAGACA
AATCATAATCATTTTATCAATTACGACATAAACTTTTTTGTTAGGAGATG
GGACTTTTTGTGACAAAAGTATATGTTAAATAATTTGTTTCGAAAAAAAT
TTCAAAACTCTTTAAGAAAGGCAAAATGTAATATTTTGTCTATAAAATAT
ATTTTACATATAGTAAACAAATATTAGATTGGACAGATTATTATATTGAT
AAAAGCCATACTAATAGGAGCAATAAAAAAATCAACTTAACATTCTGTTC
AAGTAAACCTGAGTGAAAACTCCATTTTCATAATTTGAACTGGATATGAC
TGTTTAATGCATGCAGTTATAAGATAAATTATAAGTTTTATAATATAAGT
TATACATTTCTTAAACAGTAAAGATTTGCTGATTTGCTAAAAACCCTAAA
AAAATTTAGAAATATTTTGACTCGAATTACGATTGTACATAACGATTAAT
TGTTCATTTTTGTCCCTTTTAAACGTTTTTTGTGTATGGTTTGCTCCTCC
TACAAGAATTGTAATTTTCAAACTATTTGATTTATTTGATTCCTTTCAAT
TGACATTTAAGCTTAATATATCTTAATGGAATTTTTGATATTTTTTTAAA
ATACACAGTCGTTCAAAATGTATGTATCGGTTGGGGGGGGGGGGAGGCGG
TTGKCCATTTTTTTGATAAATCGTTACACATATTGAGATACGTAGMGGAA
GSGAAGGGGTTAGGTGTCAAATTCTTTATCTTTCCATTATTTACTTTTTA
AAGAGCCTTGTTAAATCCTTTCAAGCCACTATTTTGTACATATTATCTCC
CCTTGAAAAGGCTCAATAATACTAAAAAACCACTGCGTTAGATATTGCAG
ACCATATCATATCCATAAAAGGAAATAAGTAACTATATTTTTAACTAAAC
TTTGCAATAAAATATTTAAAGAATTTAATGATATACTCATCAATTTCGGA
AATTATTCATTTTACTGGATACTCTTAAATATTTACTCTATTTTTCATAT
TTAAAAATTGATTCACCGTTTAAAAAACCTACAAAAACCCGTACACGTAG
TAAAAATGCCCAAACGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNTTATTTTTTTTTTTTTTTTTTTGCTCT
CATTAAAGTTWTTATCTCATACAAYAACTATATATTATCATTTGAAGAAT
TATCAATGATGGAAGATGCCTTATATGCCATTTCCGTACTTTCCTTAAAA
TGGATACATAATTGTATTAGTAAAAATAAATTTACCTACGTACATAATAT
GTCTGCTTGTCAAACCTACTGCATCTTTTACAAAAATAATAATGAAGGAA
CAGGAAGGACAATTTTTGTAGGAAGAACAATTTATCTTCTGATGGAACGT
TGATTTGGAGGAGGGGGATTGAATAAAAAAACAAAAATACAAGATATGAA
TCAAAGTACTTTTTTTGTGGGATATAAAATATAGATGCATATTAGTGTGA
GAACTTTGTTGATATCTTTCTCGTATTTTTTAAAGGAAAAGACTTCCTAA
ATTTGAAAACACTATGTAAATAAAAGTTTGTCAAACTATTTTATATGTAC
AATTTATATGAAAAACTTTGTGAAAATTGAAAGACAAATACCTACATTTT
TTAACAAGTGTATTTTAAATAAATCTAACGTACAATGTACGWTAGCCGAT
AGGGTACATCGAATGATCTATGATTTCAATTTTTAATAGATTTTCTTAGT
TGTTCTCTCAAAAGCGATATTTGGTAATAAAAATATGTATTCAAAAAATC
AACAAAGTCAGAGGTGGACCTAAGTGGCCACCGAGCACATACATATATAT
GTACTCGGGCCCATGTCATAAAAACCATTCACTTTGCATTCATCCTTAAA
GCTGGTCATGTTGTGTATTCTTGCATATTAAAATTATATTTNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTGTTATTCACATCAAGA
GCTATAATTTCAAAAATAAGGAAGTTAAGAACAATTTGTTCATCCCTAGA
ACTAAAAGACGTTTAGGAAAGAAACAACCTGCCAAATAAAATAATAATGA
ATTTAAGAATATATAGCTTAAATATGATCACACAATCTGCATCAAAAAAT
GATTAGGAATAGTACATATTTGTAGAAAGGGAGGAAAAAAACTCTAATAT
TTATCTACGAAAATCCTATTCCTAAAATTTAAGCTAATCAAAAGATGTTC
AATGCACAAATATAAAATTTTATTCCTATTCAAGGTGATCAAGCAAATGA
CATAAACTTCAACCAAGCCTACTCAATGGGTGCATCGACAGCAAATAGAT
GACATATATTTATAAATATTAATTGTAATATATGTAGATTCCAATCGCTT
TCGATACGTGACATCATTGGTAAATACAAATTACGTATTTTTAAGAATAA
TGCAGGTTTAATTTGTATTGTTTCACTCAACTTTTCCTAGAAAAAAAATA
TGCAAATTTAGAAACAGCTGAAAGAGAAAATATAGTGTAACTTTCAAGTT
ATATTATTGGGACAACGTTGTGTTAGTAAGCTAAAGCAATAGGTCAAAAA
TTGTACTTTATGTCACGTATATGGCAAGTCTTGGAAGCGATTGGACAACC
TATTGATAAAACACCTTGTTGATTCTAAAACTGTATACTTTTTTTCGTCG
GCTTGAATAACGATTTGAGTGAATTATTAATACGTTAATCATAGATATTG
GTATCTAATATAATTTTCTTTATGTTGATGGCTTGATCTTGTGTTAGAAA
GAGAAAGAAAAGAGAGAAGACAAAAGAAGAAAAGTGAGTGAGAGAGAGAG
AGAGGCAGGAGGGGAGGGGGGGGGGAGGAGAAGANNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NAGGAGAGGGGGGGGGGGGGAGGAGAAGATGGTAGAAAGACTATTATGTT
CATAAATTTATTAATTTATTGTATATCCTATATATAATAAAAAATATATT
ATAAATTTGGAGCACGTTTCAATCACAATGGGAAAAGTTTGAAGTATCAT
TTTCTGTTTCTTTCTCATTTTTATGAATTATACTACATGTGTATATCTAT
AGTGCACTTATGCACTAATTAAACGCCCCAGACTTGATTTATAACTTTTA
TGGAAGAGTTATTTGTTAAATATGAATTTATCTTTAATATTATAAAAAAA
ACAACACAACTCTTTTTAAGATATGATTTTCGCCCTTCATTTGATTGTTA
AGAATATGGATATTATTCTTTTTCACTTATAAACAAAAGAAAAAATCTTA
CAAAATCACATATGTTTTTTTTCTTTGCCTATTTAATTTTTTGTCCCACA
ATCTATCAATACAAAGTCTTCAATCAAAACTGTATGAAGCTTGAATTAAA
ATCTTGAGGGATTTACAATGGTGAAAAAATATATAAATATAATCTATGTT
AGCTTTTGTTATATATTGTACTATATAAAAAAACCAAAAAACAAGGCCTG
GTGAGCCGTAGAGTTTGCAAGTTTCTATATAAAGCAATAAATATGTTGTT
GTTTTTGTAATATTGTCAAGGTTAATTGATTCGTATTTAATGACGTAGCA
TTGATGAATGTTCCCAGTATTACATATGTACAGATTGCAACAGGGAAATT
TTCCGCGTAATTATTTATTTTATTGCAATAATTAAGATTTCAGGTGACAT
CTCANAGCAATACTCTAATACATGTGTTGTTTTTCTTCCGCATTGTTTTA
ACTTGATCAAAATCGGATAAAAAATAAGTGAACAGGAATAAAAAAGGCAA
AGTGTTTCAGATCTTCTCGACGCAGATGTTGATTCGAAAAGAATTTCACA
CGTTGTCGGCGTGACCATGAGGACAGTCTAGAACGTCAGGGMTACCACGG
AAAATGGGAAATGAGTCAAAAGGAAGTGGATGAAATGGATTGAATTTAGA
TAAAACGTTTATCAAGTTCCTGGAAGCCAAGATCAAGAATGATTCAACAG
TATCAATACACGGCTTATCTGAGAAGTTCAACTTAGACAAGATCACCGTC
GGGAGGGCAGTTCATGATGACTTAGGCCTTAAAAGCTTTATCAGAACTAC
AAGACATTTCCTTGCCGAAGGGATAAAGGCCTTAAGGCTTGAGAGAAGAC
ATCACAAGAAATGTGCAGGAGCTCAAGGTCAGCATCAAGAAGCAATGGTC
CAACATGCCCGCCGATTATATTGTGACAACCTGCATAAAGTTCCAACTTC
GTGCAAGGCTGTGATAGAGGCMGGYGSCAGCCATATTGAATAATTCTTGC
CAAGATTGATTGCTAAAAGTTTTTTAAATAACATTTTTCATTATAATTTT
ACAAAAAAGTTATTGGGGTTTTGGTTTTGCTTCTTGATCGCGCAAAAATT
TCCCTGTCGCACTCGGTATGTTGACGTGTATATATTTCGAGGTGTTAAGC
ACGAGAATTTAGAATGTGATCATAATTCTGCATTTTTATTATAAAAGTAG
AAATGGAATATATATACATATATATCTCAGTTGGGGGACACGTCGCCAAA
TGCTCACCTGTAGTTACGGCACAGTCTTTGTGTATCAAGACCGAATGAAA
AACGTGATTCGATAAAAGTTTAGATGCTTTTACTCCCACAACATGGGTCT
TGATTTAAAAAAAAAATTATATATACATTTTTTAATTGTTGAAACTTAAT
TCTGGTATCTCAATATTTGAATTTAATTCGTTAGAGAGTGCTAATTTATT
GGTAGATAGCTTTAATATAGATAATATTAAACAAATATAATTTGTTCTAG
TGTCTGAAACATTATTGTTTGATAAAAAAATGTGGTGAAAACAAATAAAT
ATGTAAATCAAAAATTTTTAAGATTCCGTACCTTCTGAGAAAACATGAAA
ATCTGTAAATATGTAATACCATTATTTTATGCTTAAAAATTTTATAGTTT
TGAAATTAATATGATGAAAAATTATGCTTTTCATAATAGGCGAGACATAT
TTAAGAATGTTCTTCTGATATAAATGTAGAGCTTCTTTTAAATTTAATTG
ATTGGGTTTTCTCTCAAATCTCTGCATACCTCAAAAAGGGGATTTTTCAT
ACTACAGTTCGAGTACCGTTGAATGAGAAAATACAAAATTTATGATTTTA
ATCATTGGAATTGAAGGCTGGTAATGGCTATTCCCGAATAAGTTGAAAAT
TGAATGAATGACGTCATTTGTAATTAATAACAACTAATCTCTACTTGTAC
TTTTTATTAACCCAAAACACTACGGAGAGTCCTGATTTGCATACAACGAG
ACAAATAATATTTATTTTCGGCTTTCGTCTCTTCTTTTTTTTTAAACATC
TCAACAACATACACCATGTACAAGTAGACATCCGGTAATTACTGAATAAA
AAACCCTACTACAATGGGTATTTAATATTGAATCATCTATTATTTCAACT
TCCTCCTATCCAAATATGTTGTTCATTGTTCCAAACGGGTTACGAGATCA
CTAAGGAATTATATTTAAAAAAAAAAATTAAATCATTTAAGGTNNNAGCT
AATATTGCTTTCAGTACATGTACACATTACAAACTATTTAACTCATAAAG
ACAATTATAACATGAATCAAAGTGCATATTATATATGCATCATATATTGA
GTTCTTCTGTTTTGAGTTGCTAATGACGACTTTTAATAGAATTTATTTTT
TTAATTATTGGAATACAATAGGAACTTTAGCTTCAAAGAATATATCAGGG
TATTTTTTCGTTGAAGATACATACATATATAAATACTATAATTCTGAGCT
CGACTTTTCTCTTTTTTTTGATTTTGTTAATATGAACCATAGCTTACATA
TAGATCAAAGTAAAAAAAAATTAAAWWAGAAAAATCAAGTAAAAGAGACA
TAAAACTATGCTTTTGATATAAGTAGATCATATAATCCATGCATATGTAC
ATATATATATATATATATAAAGATTCTTGTAATATTATATTGTTGGGGAA
AAAGTATTTTTTTATTTTTTACTTTATTTTAATGCTTTATAATAAGTTTT
ACAATCATCCAATTTAAGTCAAGTATGCCCCATTGTGTTTGATAACATTT
TGTCAACGACAATTCAACTTCATAATGCCCTTTTCGTAGAAGTCCTTGTT
CCCATTGGCAAAAAACTTGAGCAACTAATTTTTAAATGTCTCTATTGTAG
CCAAATGCTTACCCCCAAGCGCGTTAGTCATACTCAGGAATATGTATTAG
TCACTTAGTAACAGGTCCGGACTGCAGTTTAGATGCAAAGGAACTCTTCA
TCTGATCTCTTAGAGCTTCCGGTGCGCCATCAAAGATGTGAGCTGCCTGA
CATTTCTGGATGAAATACGATTCCTCTCTTATTCGAATTTTATTTAGTAT
CCTGCCTTCTCCAAATGATTCAGAATGGTTTTGTGATCAATGTTCAGCTC
CTGGACGATGCTGCTAATACTAACAAATGGAATATCTCGATTTTTCCAAT
GATTGCATCTATATTTTCGACGACAGGCCTGTCAGTGCACGGTTCAGTTC
CACTACACCAGAACGAAATTGCACAAACAACAGTAGTGCAACACGAACCT
AAAGAATATTGCCCCCGTATACATTACACATTTTCCTGGTCGTTGTTGGC
TTTTTTTCTTTTCAGTTATTAAAATATAGGGAATGTCTTCCTTTGACATC
TCCACACTCGAYCCACGATAAGTCACGACTGTACCTACCAAGTCCAATAC
TGTCCGAAAAATGTTTGAAGTATACACTCTTGCCTTTACAATGCATTATC
GTATGATCCGATGTGATCAATAATGAACAATATATTCTAAGATAAAAGAA
ATGGCGGGAAATACGAAATTACCTTTTCCCTAACCTATTATTTATAAGAA
ATTACCTAAAATATTAGAAAAAAAATATATACCAATAAGAATATAGTGAA
AATTCAATTTTCAAAAGAATGAACTACCTATTCTAATTTTTCTCATGTAT
GGCGTTCAAACTATTATTATTATTATTTTATTATTACTTCAACCAAAATG
TTATTGGAAAAACCATTAAGGAAACGAGAGCATTTAAAATAAATATATGT
TATATATATATATGTAACTAGTAAATAGTTTCTTCAAATAACCAAATAAA
TAACAAAAAACTTCAACACATCTTTATAGTGATAAATAAATTTGTCAAAA
TATATTATTATTTTTTGAAAAAAAAAATACTTATAACATTTAGTACAATT
TACAAGGAGTGGGGGATTTTATATTAAATATAAATATTTAATAAGCTTAA
ATGTATATTTATTAATATTAATAAAATGAGGCCTTGTCCTTGGAATGGAA
AATAAAAAAAGGCTTTGACATTTGAAGGAGTGTTTATACTTATTAGTGTT
AGATTTGAATAAATATTATCGAGTTTGAGTTTTTGAGCATTTAGTCATGT
CGAGTTAGAGAAAAGGCAGCAGCCAAGGAAAAATATTTTTTCATTGAAGT
AAACAAATATAAGCTCAACAATTAAGTATGTTTAACTAACTCAATAACAA
GGTTAACAATTATTAATCAAATAATGTAGATAATTTTAAGAAATATTTAT
TTGCAGAAAAGGGAATTAAAGTTGTAGCTATACAAATCAAACTTCAAATC
ATAAACTTGATTAATTTTGGTTATCATATTCACATAGTTATGAACATGTC
AGCTACAAAAATTCCAATGGCCAGGTGGTCCATTGAAATCTGAACACTTA
CTTATTAAATAACCAATGAAAGTTGAGTGATTGAAATTAATTCATATTTT
GATATACTAAAACATTAACAATTATTACAAAAAAACAAAACTTGAGGTTT
CTAGCCTACGTACAGGAGGAGAAAATTACACTCGAACGTGATATTGAATT
TCAATTCACGCACTACAAGCAGTTGAACGTCTCCAGGACCAACGTCTACG
CAAGTCTGAAATGTTGGAAAGGAAGGAAGGCTCTGTCAAAAAGGACAAAC
TGGACCCGGAGGAGTTAAAGAAAACAGCCCATGCCAAYCCCCTCATGTGT
ATGAGGGATCATGCAAGAGATCTTGTGGTTTCACACACACCAGACTGTCC
ACAGAGAATAAAAAAAGTGGTGGTAAAAATCTTGTGTGGGTGGAGAAACC
AATTTGACACTAGCAAGGAAAGAAACCCATCTCCTCCTANNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNCCAGCACCACGACTTCATATTTTGGGTGTA
TATCGATGGGAAGGCCTGCAGTGTCCGTCATCCAAACACCAAGGTCCTCA
AAGCCACGTCCAGCCAGCAATGGGACGCCATGACAGATGAATWCTTATGC
AGAGGCTGCKAGGCCYTTTAACTCTCACTGGAAGCCATAATTGCTGTGAA
GGGCTTCAACATTAATGATAAAGAGATTTGAGACACACGTCTATGTATAG
TATCCATTTTGTTCAAATTCTATTCTTAATAAATAAGTTATATCTTGTGT
TGTGACCTTAATGAACCACTCGCTATCAAAAAATTATGAAGAAATATTGG
TTTTTGTAAACAACCCTTACTTATAAGAAATACGTACTCGTAGGTTGAAA
ATAATTTTTATGTTCATACGTTTGTTATATGTCATAACCATTTTTGAGTC
ACTTTTATGCACAAGTAGTGGTGATATGAAGTGAATAGAATGAAATATTA
ATTATTTTAAGCTCATTATTATGAGTCTTTAGTCATATATATATATATAT
GTGTACGTAACGGGCAATTCAGTTATAATTAAAAATATGAAAAGGAGATA
AATCAATTTTATTTTTCTTAGTTATCTGTCCTTCTTTAGGGGGATCAAGA
AAAATAAACATTTTGTCTCTCTAAAAGTCCAAATATAATCTACGGCCTTT
TATGAGTCAACTTTCTTGAATAAATTACTTTTGTAAAACAGCCACAATGT
CCTCTCAATTGACTTCATTCTATTGTAAATATTTCGAGAAGACTGGGCAT
TGTAATGATAATTATATCGAAACACCAATAACGGCTGKAAAGAGAGGATT
AATTTAAATATTTTTGTAATAAAAATTGTAGATCAGTAATGTTACATTTT
CTTATGAGATTGAAGTTTTCAAAAGTTTTTTAATATGTAATTTTGATTTT
TTTTTTTTTGAATAGGCCATTCATAAATTTATTCATATTTTTCAAACTGT
TATTCTTTTATAAAAGTAAACATTCTTATGGAAATTAAAAAATAATTTAA
TTCTACCAATATTATGCAGTTTAGAAATTTATATTTTATTTTGAAATTTA
CGTTCATGAGGATTTCTAAAAGTAGCACATCTCTAGTAGTCAATACTCTA
ATATTTCTCTAAATTGAGATGAACTGTGATGGGAACCATTTTTTAGAAAA
TTCATTTTGAAATTTGACAAATATTGCTTAGGATTACATTTTGTTTTTGT
AAGTTAAAAAATAAAAATTGTAGACAGACTATATTTAATTGAAATATTAA
TTTGGTAAATGACAACAAACGTTGTCCTTATGAAGAAAATATTTTGTCAT
ATTCCTATTTCTTCATGGTTGAGATTATAGTTGATCTCAATTCGGAGAAC
AAAAGTAGTGATTAGTAATGACTATAAATGTGAAACTTGTCCAAATCTTC
ATGAGTGTGAATTAAAAAAGAACTTATAAGTTGGTAACTTGCATGATGTT
AGTCTCTAATTAATTATTACTCCTCGCTTTAAAAGCATCAAATGCGTTAA
CAAGCAAGAATCACTAAATATATAAGTATATATTTACATATGTATATAGA
GATCTCTGTCAGGAGGTACTAGTGATAAAAGTTGTTTGTATAATGGGCAT
GTTAAAAAAAACTGAGAATCATCATGGTAACCCGGACAATTTGAAGAATG
TTTTGGAGGAGATCAGCGTCAATCAGCTGCGATAAGAGAGGAGGGGGAGA
AGGAAATATATAAGCACATAGGAAAGAATTACTCCGATGGTGATCCCCAA
TTCTACTATGAGCCATCAAGGATTTATAATAATAACTCTGCACCAAATCA
TCAAGGTTACTCTCCATCTTTTATTAACACACACGAATTTTCAATCCGGT
TTTGAATATTATTCAATCTATTTAGGGAAGGAAGTTTACTATTATGTATA
TTAAAGAAACGGGCCATCTAAAAAATACACAGGATTTACATTACTATGTA
TAACTTATCTCAAAGTTAAGGTTTTACATTTTTCATCTACACTCCCGAGG
ATTTCTACAATTTTTTATATGTCTAGTGATTACTGATTGATATTTGTCCT
TTTTTCTTCTGTATTGTCAACTAGATGGCGCACTAAACGAAGGAAAGTAA
CATAATAAACATACGAGTCTGAATAATTAAGCACACAGTTGCTCTCCCAT
CTGCTATGCTATGTTATTTTGATAAACTAAGGAGAGTTGTTATTATATTA
TATGCATATATATATAGAAAAGGAGAAGCAATCTACGTGTAACATTGTAA
ACAACGTCACATATTGATTATTTCTCTAAAATAAAAATGCATATGTCAAT
TGCTCGAGTCTTTAACCCCATGGTCATCATAATTATCTCTCTATCCTTAT
TACCTACATAAATGAATGCCAGGACTACATATGTAACCAACCTCTTACTT
ACTAACGATGACTAACGCCAATAGACTCAAGGATTTTTATTCTTTTTGGT
CATATTCCTACTCATACATAGGAAAACCTGTTTGTAGTGTAAACCTTAGT
TAGTTAAAAGAAGCATACTTCCTTTGACCTGATCATACTAGCTACTTTTT
TTTTATTTTTTACAAAGATGAGTTTTTATTAAATGTAGATATATTTATTT
TAATATTGCATATATCATTTACAAATTATTATGTTATATAAATTACTCTG
CGTATAAAGATCTTTTTTTTTGGTGGTGGTATAAAAAAAGATATATTTTT
TTTATCTATTTGTGTTACAAAGTAGGTGATAAAAATGGCTACCATTCTTT
TTTCCATTGTGGGAAAATCTTTTTTCCTCTTTCTTTTGTTTATGGACACC
ATCATTTCTTTACATTTCTTATACCATATAAGATAAGATGAGACTTTCAT
TTAATATGATGTATAGAAACTGTTGATTGAGCTACACATTTTATAATAGA
TATAATTGGGTTATTCATATAATTTATATGTTATGAGGTTTTGTTCCCTT
AAAAATGCATGTATGATATTTACTATCCGTAGAAAGATAATGTCATCTTT
TATCATACCGCGTCACTTGTAAGTAGTTAACTTTAGAAGAGTTCTTGTCT
TATTAACATCTTTTTGCCCCACACAAGACGTCGCTATTAATGATGCCACC
AACTACGTCATTTATCATTTTTCATCATGACGTATACAAATTTATGTTTC
TTTTGCTGAACACACCTTGTCCATTCAGTTTAAAGATTGAATTCATGGAG
GCTGTTTGGTTAGTTATAAAATAACATTCACTTATATTAAATGCCCCTAC
CGGGAAAAAGAGTTATTGCTAAGCCAACATATTTGAGAAAATATTGAGCA
TGTGAATTCGTCACTTGCTTTATAGTTTTAGTAAATAAAAAATAGCCAGC
CCTTAAAGACAGTAATTTTCAACAAAAAATCTCCTTCGAATTCTGTAGAA
AGTTTTCATTGACGACACAGATTACATAATAAACTAAAAGTGAGACAATA
GTGGAAGTTGTTAATATTGTAGTAATAAAACAAAATTATCCATTTAATTA
ACAAATCCTTAGAAAAAACTTTTGAATTGTTTTTTGAAACAGGCATGCTA
AAAAAAAATCTTTATTTGAATACTTCATATTCAAATATTATTTAGTAAAA
ATCCATATGAAAAAGTGCCCTTTGGCACAACTTAAGTCTTTGAATAAAAA
GACTTCAATGTGTTCTCTCTTCGGCTGKTACGACCGTTGAGTCTTTGTGA
ATTAAAGCAGCTGACTTAACGTAATTACGAATGTGAAATTATATTTTTAC
ATATTTACTTGTCTGACGTAAGCTTCAAATACAAAAACTTCGCACAGCTG
TTATATGTTTTTGTTTGATATTCTATTTATTTTTGAAAACTGGGATTGCT
AGTATTGAAGCACTCAACATTTTAATGTAGATAGTTTCAAGTAAACGGTA
AAATTTTTTGTTTGTCCTTTAATTAAATTAATAATTAATTATGCCAATAT
TACCATACTAGAGACCAAAACAAGGCAATTGGAGGAATCGAGACAAAGTA
ATGACGAAGAGAAAATGATCTTAATTATTCTTCAGAAAAGAAAAATGGCA
ATCTAGTTGCTTTGGTCTTAGTCTTGACAAATAGAAAAGGGGTCTAAAGC
CAAGCAAGTTCAGGGCTTGTAAAATCCTTAGACTAACGTTGCTGGTTTAT
GCTCTTTTAATTCGGGAAACTATAATATTACACTACCTACCTGACGGGCA
ACCTAAAAATATACTTAATACCTTGGCTGGCTGAAGATGAGAGGTACTGC
CCTTGTGTTTTTATGTGTACAGCCCGGCACCATCTCGCTCACAATACTGT
GACATCAGACACCATGCCTGAATATTTATACAGATATAAATAAATATTTT
ACTTTATCTCTGAGATGAAGAGATTGTTCCATCAACAMCAGCCGGCATTT
TCTAATTTGCTAGAATAATAATATTTTTATACTTTTCTTTGTTAATAAAG
TTCCAAATTTGTTAATAAGGTTACATGTGATTGCTTGCAATAAAACAAAA
ATGTGCAAGCTTGGTTCATTTTGGACTACCTGAGTGTTTACCCGTACACA
AAGGATTTTAAATTTTTGCAAGCCTTTCAGACACATACTTGATTCTTCCA
AAGTTAACCAATCTAGAGAACCACATMCCACTAGTATTTATTAAATAAAT
TAATTGTGTATTACAATTCCAAGATTGTAGACATAAGAACAAAAACATCG
GGTGAAAACATTCCATAACAAACTTAATAAATGAATAAGCAAACACTAAT
TCCATGCAGAATACTCAAAGTTATAAATAGTATATAGGTATTAAATTATG
AGGTACTTAAATGATTCAAAGTTATGNNNNNNNNNNNNTAATTATGTCTC
TTTGTGTGGTTAGAATTTATAATATAGCTGGACAATTTACTCATGAACCA
GTGTGTACCTTGAATCATTATACAACATGAAATGCACTCATATTTTGTCA
GTTATTGTTTAATTGCAATAATTCACGACTTTTCGATGTAACTTCCATTG
AAAAAAGAAAAAAGAAAAAATAGGCGACTATTTATTAACTTATATCTACT
TTACTCAAAAATTCCTTGAGAAAAGGAAAAAAAGGATTTATAAATGTCTA
TAAAAATAAAAACTGTTTCTGCATAAACAAAGGTATGTTAAATGAAAATG
ATTCATGTACGGCGAAGATATCGCTTTAATATCAAATACCCATCAGTGTA
ATACATTTATAAAAACACATATTTAAGCATCCATCATTGGGAGAACAATC
TCTACGCAAAGGGTATTTCTATTTCTCCTTCTTATATAATTCTTTTTAAA
AAACTGCATTGTGATTCATCGAATGTTCTAGCCCACGCAATTTGTGTTTA
ATAAAAAAATATATGGCTATCCCCTCAAAAAAAGGTTGTTGACTCATCAA
GAAGGATAGCACTCACAGANTAGGTAGAAAAACCTTTTTAAAAAAACGAT
ATGATATTATGTATTTTCAAAAAAAAGGGTACATATACATAACAAGATGA
GGTTACGTAAGACGATGAGAGCAACAGGAGGACAGGGGATGTATATCTTC
AGGTATAAAGTGCCAAGGTAATCTGCTGGAAATATACTAATATGAATATA
ATATACAATGAAGAATTTTTGGGTTGTATACATTAAATATAAAGCTGTAT
TATATGGAGACTCGATTTAATTTTACATATAAGTTAAAATATCGTTTGAA
TGAGGGTTACAAATATGGGCTCATCCATGTTTGTATCAACATATACCACC
TCCACAAAATTGAATTTAAGATTAGGAATTTTATATGATATATTATAAAT
CATTGGGATAAATTTTTAACAATTACCCTTTCAAATATAATAACGAGGTG
TATCTATTAAAGTATTATGAGTGATAACGAAAGGGTAAATGGGTATGCAT
TCGAAAGGAACATGAACAAACTAGTTATTATCCGCAAGATGGTGTGGCAG
TATGTAGTTGCGGGGACAATATAATAAAATTAGATAGGGGATTAGTTTTT
AATATTTTTTTGCACCCCAAATACAATTATGTATACTTTTGTATATACAT
ACATATTGGTAGTTAAAGCAGATTTAAATATATTTGTATACAGTCACTGA
GTGAAATAAAATCAAAAGTAGATATCTATATTATTAGTGTCTATTAACAT
TTTTTGTTGGTCATAAAAACCTGAAGTTTACATCCATAAAAGCATAGAAC
CTATGATTTATATGATATTGACGCATTCTTTAAACAATTCTTCTTCTTCA
AAAAAGGTGATATTCACCAATTTGAGAAACAAAGGGTGTATAAAGTCTAC
CAATTTGAAAGTTTCACTTTTCTTAACCTTTCCACTATGATAAAAAAATT
AAATACTGTATTTATTCAACGTATTATATTTACACATTGTCCTTGTTTTC
ACAAAAAATATGTCAAAATATTGGAATGATATTATTTACATTTATTTAAG
AACATATTTTATTCTTGATGTATTTTTTTGTGTTCCGTCAGTTGGTCTAA
AGAAGATAAACCATAAAAAATATTATTGAAAATATCTTATATTAATTGGT
TTTACGAACATTCATGGTTAATCCATTACATCAAACTCATTCATCAATAC
AAAACGCAATAGTAGTACAGGGGTTAACAACAGAATTGCATAACACAATG
TTATATATAAAATATGTTTTCACCTTTGGCTTGAAAATAAGANNNCATTC
ATCAATACAAAACGCAATAGTAGTACAGGGGTTAACAACAGAATTGCATA
ACACAATGTTATATATAAAATATGTTTTCACCTTTGGCTTGAAAATAAGA
AGAAAAAAAGACAAAATCAATTGGTAGTAGAGAGCCACTTCTTTTTTTCT
TTGGAATTATTCTTGAATCATTTAAATAATTAACTATATCGATGAGTTCT
ATTAATATCTTAAGTAAATCAAGGGTCAATCACTTAACCTCATGTAGGGG
GATGTGTATTTTTTATGGTTAATAATGAAATGGCAAAACCTAATTGAGTT
TGTAGAATATTACTCCATTTTTATTTCAGCAATATCAGAAAATCTATGTG
AATTCACGTGCTATAATTAATATGACTTCCGTCAAGACAATATTTTTGAC
CTGAAATAAAAATATTTTTGATTACAAAAACTTGCGTAGATTAAGTATTT
CAATGTGGGTGTGATACAGATATTACCCTTAATTTTTTTCTCCTAGTCAA
TTACAAAAAAAAAAGAAGTAAAGTTTAGATCAAACATTTTATCTATTAAA
GTTAGGAGTAATCCTTTTTGGCGAAGGATGTACATTAAACGTAAATCTTT
AAAATATCATTAAGAAAGAGAGGACCGAAGGGTTGAATGATGATTAAAGG
ATTGATAATATTTACTTTATTATTCATTAATTAATTTTTTCCACAAAATA
TTATTTTTTTTGATTTATTTATTTAAAAAAATCCAAAAAACAAGCCCACC
CCCTCCCAAGAAAAAAATATAAATATATAATCTTGTGTATACCCCTAATA
GGAAATGGTATTTTTTAATTATTATTTAAAATATTAAAAAATCGCCATCG
GGAATGTTTACTAGAATTTAAATGGATATTTTAAAAAAATCGTTCTATCA
CTATTAATTATAGCAAATTTGACATTACCTTCTTAACAATGTAGCTAGGT
ATTGACTAAAATATTGGTAAACCGATTAAATATATTGGTTTTTAGTATTT
TTTGATTTATCAGTAATCTACCGCAATTGTTCATTATTACAATATTTTAT
TTCCCTGAACACACATTCAAATTTTTTCTATAAAAAACAAAAAAAACATA
ATCTTTCTTATTAATTGATTTTCAACTCACAATTATTCTACCCCCTCCCC
CTTATCAGTGTCATAAACGTTGATTTGTCGAATTTGTAATTACTGTTAGT
AGGCTGTGAATATTTTTTTTTCAAAAAGCTAACAGATGAGAAGATTTTAA
AAATTACTAACTTGTTCAAAAAATTTTTGCTACTTCATTTTTATGTAAGG
CTTGATATTGTKCCCGACAAGACATGTGTGGTAGAAAAATCACCAGTCGA
CAAGGAAGTAAATAATAAATTATTATGTTGTTCGAATAAACCAACACTTA
TTTATTTATTATTAAATAAATAGGATGTTATGACTTTTTGCTTCGATGAT
ATTATATTTTAACAGCTGATGATCTAAAATATAAACATGATTTAAAATAT
TTATACAATTTACCGTCTAAAATAGAAAAAATAGCAAATTTTATCACTCA
ACCTAATAATATTACATATTTTCAAAATAAAGGTATGTATGATTGCACAA
ATATGAGGGTTTTTTGGCAAATCAGATTTTGGTAAATACTATTAATAAAT
ATTAAAAAGTTAAAGAGTTTGCAGAAAAAGCTTCCATTATAGGCGGMCAG
ACTATACTTATAATTATATTTWCTTTCTCTTTTTTAAAGAATATAAGTTT
GTTGACATGATATTCACTTTTGGTTTAGAGAATAAACGTTCATAGTAGTC
AAATACAAACCATTGAACATAAATAAATATATGATATATATTATAAACCT
ATATTTAAATATAATATGTATTTTATTTTAAAAGTGTGAAGTGGGAAAGA
CTTCCAATATTCTTAGGGATGAAGCCAATTTCTTAATATTTTTATTATTA
TTTTATACTTTATCTAAATTTATCGGAAATCTATTCAAAACAAATTCATT
AGAAAATGGTTGTATCGATATATATTTTCTAAAAAGCCGGATATTTTTTT
TACTACACATAAATATGTTTAAGTAATGTAAGTACAAAAAATAATATTAA
AAAAAGTTGGGCAATGCGTAAAAGTCTTTTTTAAATTTCTGTACTGAAGT
ACTTTTAACAAAATTGTACATATATATATAACNAAATCTTAGTAGATTGA
TTGGGAGTCGATGTATATAGGAGAAGTATATGGTTATGATATCCATGGCC
AACTAGATTATGAGCCGACAGACCTTATCCAACTATTTCAAATTAAGGAT
AGCTTATGTAGTGGTATAGGTGCTACATGTTTGTAACTACTTGAGAATGC
TTTATTGAGTACGAAATTTATTGAGCCTCTTGTTCAAAACCCAAGAGMAT
TAGGGATAATTGGGGAACAGACCCAAAAGGGATGGATATGGGTACGTGAT
ATAAAATTGGAAGAGTTAGAAAATGAGGATCTCATTTTCATAAATGTATG
CGTATTTTTAAAAAAAGACGTTGTTGATTTATCCCTAAAAACCTTTCAAT
TAATTTTTCCATATTGTAAAAATTATGTTTAAAGAGAAAATCAGAACAAT
ATAACTCCATCTACCTCATTTGGTTTGATGCTTATCAATAAATGCAGGAA
GATGTATATGAATACTAAAAAAGAAAATTAAATTTTAAAAAGTATTCAAA
MCCCCCAGATTTCCCATTATACCACGTGGGTAAACTATGGGCTCGTTACA
AAATTCGTTACCTTCAAATAAATGGGTGAAAAAATGGTATAATTACTATT
TTCTATGAATGGATCTTGCTAATGTATGAAAATATTTTAGATTTGTAAAT
ATTTTTATCTCAGAATTTTAACACTTATGTGGTATTTAAAGGATTATACG
TTTTCTTCTAAAGAATAATTATTTTGCAATTACTTTTGTGTGTTTAATTT
GTGGAGAATAATCTGTCCAAATTCGTGGCCATGAAAAAAAAAGAAGAAAA
ACTGTCGTAATTAAATTAGCTTAAACATTTCAAACATGATGTTATACTTC
TAAGCAATATACGTATATTCATCCTAAAGTTTGAGTGTAACTTTATAAGA
GCCATTTAAGCATGAATAATGCTTCTATAAATAGGAAAAAAAATGTTCCA
TTCTAACTTGTTGAATTGTTCATCAAAGTTACATAAAATTATAATATAAT
ACTACCCAGTGAGAAGTTAAAATAACTATACGCAAGAATTCGTAATGATT
GGATGAAATTCCTTCAAGTTAAGTATGTAGCAACCCTCATTGGTCCTATG
TCTACCTGCTTCCCTCTCTCTTTCCTTCTAAGATTTCAAGGAAGCTTGAT
CTTTTTGTATCATTGTAAATATTTTATACCTACCTAAATATGTACCTCTC
AAACCATCAAAGTATTTATTTTTTTTGTAGCGAATTAATCTGTCAAAATG
TCTTCTTCCTATACTTATAAAAAATTATTTTACCTTAATTAACATGTTAA
GAATATCTTTTTAACTGTTTCGCATATTGCATTATTTTGTATGATAGTAA
TATTGTACATGGTATTCATAAATACTGTTCATATTCAGTAAAGTATATCG
TATATGTATTATTTGTATCAATTATGCTGTGAGATGATTTTTATACATAT
TTTGCTTGATATCTTTCCTTTACAATTTATCCAATCATACGCTTAGTGGA
TTTTCTCTTCATATACCTTGAATATTTTTCTTATGCCTACATATTATACA
TACCTTGAAGTAGAAGAAGTACACATATGATACAAATATATGTATGCTTA
TAAGCAAGTAAGCAATTTGGTTACTTTATGAAGTATATCTCTCTCAAAGT
TTTAATGCTTTTTATTAACAATTCCATTGTTTAATAGATTTTCGGGTAGA
TATAAATTAATTTTCAACGCCTACACATTTTACCCCAAAATCTTTGCTCT
ACAGGCTAATTATATTCTCTTGTTAACTTTAAAATTGCTTTACAAACTAG
TTTTTGTGAGATGAAAAGTGGATGGMGTTTAAAAAACATAACTATGAAGG
CTCTGTTATTTTCTTTCAAATCTTTATGCAAGTACATCCCTGGACTATTT
AGCTATTCCAAAATTAAGCTTTATTTGCCGTTCGTATATTTACATATGAT
ATGCTAAGTAGTGTTGTGTTAGTCTCAATTTCTTTCGTGCGGTCCAGTCA
TCAGATTGGACCCTATCGACGTTTTCAACTATTTGTCCTTGAGTTTTTGC
TAGTGAATCAAGCTAAATAAGAAATATTCATATACATTAAGAGTATTGTA
CGTATTTTACAATAAAAATATTCCTGTTTTCAGGATAATGCAATAAAATA
TCGACTTATTTAAAATTACTTAATGATATATTTTAAATAAATATAAAACG
AGAAACACATGCAATGACGTCACAAAGATCGCTTTGACATTCTTTAAGGA
GCAAAAAGTGATATTGGACTAAATTGGACCAGACTGTGGTACTAGATAAA
GAAAAACACACTAGCTATAAGCATGAGTAGACAAAATTAAGACTTTTTTC
CATTGAATTTTATACCTGCGAATTATAACAATAGATGTTTGAGGAAGAAA
TATTGAAAGTTGTAGACTATAATGAATAGACTATTCTAAATTCAATAAAC
TATTATCAAACAATGCATGTTATTTATAGAAGGAGACATTCCCCACTCCT
CTTACATCCCATTTTTGCATTTTCATTGTTGGAGTATAGAAAAATATGAA
TGCATTCTTTGAAACCTAAAAAATTAATTCCAGAATTTGTGTATAAATGC
AAAATTATTAAAGTACTATCTAAAATAATTTGTATTGAGGAAGTATATTA
TAAATTATAAATTTACAAAGAAGATGACGTAAAAATACGATACACAGAAG
AAATCAAAAAAGGCACTTTCTGTAGAGTGAATAAAACTTCAGGAATGCTT
TATAAAATTTGTCATCACGTCAGTTACAAACATTTTTCTAAAATGTGTTT
GTAAAACTTAACGGTGCTTATATTTTTTTTCTTGCTCTTCAGTGAATGTT
TTTACCATTAGATAATAAAACAATTGCAAATAATCACGACATAGAGCAGC
TATCAATTAATTTTGGGTATTTTTTCTTTTTTAAAAAATGCAATAATATT
AAAGATACTCAAATTTGCTTCTTTTGAGAATTTTCTTTCAGAAATAATGG
ATAACTTGTATAACATTTTTAAAAGAAAGGATAATGGAAATAAATGTAGA
ATCCCTTCAAATCATGACACTATGAATATTACTAAAAAAATATGAAGATT
AGGGGAAACAAGCCTTAACATTAATGTTATTACTTGAGGATTTCCATTAT
GCTTGGTCGTACTTTTCATTTTTTCGAAAATCAAAAACCTGTGCTATTTT
TTTTTTAATTATATTTTTTCACGTAAATTTCAAAAATGTAATTTTCAAAA
CAATAGGATAGCCCTAAACTACATCAATTTCTCTTTAAAAATAAGAGAAA
ATGCAGTTATTTTTATATTGATCTGGCTTTCTTTATGTAATTTATAGATA
CATAATTTAGGGAATGTATATTTATTTTTCTTGATTTAAAGAGTTCAAAT
ATGAATAAATTTTAATTTGACTTAACATTAAGTTAATAAGTTTATGATTT
GATGATATTTGGTGTAGATATGAAAATCATGATTGAGTCAATTGGTAGTT
TAAGTTAACTTTTAAATATTTTATAGATCCATACCCAAAACCTATTTCAA
CATTTTTCCATATGCTTTATATTAGTTAACACAAATAATAATGGATTCAT
GAATTAATTTAATAAAACTTTAACGATAATCATTGACAATAATAAGATTA
CCAGAACGCAGGAGAAGTACACTAATTAACAAGAATCGGCCATGATCTGT
GTAGGCTTGAACAAGTATGTTCATGTTTTGACGCGGAAGTTTTGGCAATT
TTTTGTTTTGGTTTCTTCAACATGTTATGTGTATGTTTCATTCTTTGATC
TTCCCTGTACCTGTTGCATCAAAGTTCGAAAAAGAAGTCACCCACTATCT
TCTTTATGTATCTAGGAGGCGCTCCAACGCACAAATGATTTTGACTTTCA
GTACCACTTTTGAACGTCTGAAAATTCGTTTCCTGAAATATCTGAATGAC
CTCTGCACCAATTGAGATATATGTTTATTCACATTTTCCGATGTTTAATA
TTTCTTTACACTTCTTAACTGTATCCCTTTTTGTAAACGGATTTATAGTA
GCAGCAATTTTTGTTACGTTTTTTGAAGGCTTGTCTTGGTTAAGAACACC
ACTGATTGTGAGATGGCGATGATTTCTGCTTGGGAGACCGATGCTTCGTT
ATTTAGTGATGCTAATGATTGATTAATTGACATCTAATCTCAAGTGAAAG
CCTATTCCGTACCTGTGTTGCCTTCTCATCTTTGTATCCGTTTATATATA
TATATATGTATCAGGGTGTTTAACTTGACACTTGTCAACTCAGATACGAT
TGCTGGTTATAAAGTCACCCACTTTATTCAATTCAGCTTGATCAAGTATT
ATAGCAAAGGAAACGATGCTCACGACACCTTGGAAGATCACCGACGCCAT
CCCAGATGCCATGGAGAAAATGCCTTGTTCTCTATCTAGACTTTGTTGCT
GGTACTTATATGTAGAGGTTGAGGGGAGTGATACCCAACACTACTACTAT
TCTTGTTGTTGGTGTTGATCGGAGTGTAAGAATCATACCCAAAACTGTTT
TTCTCTGAATGGTGGTTAATTTATTATTCTACCTTCCTTTGCAATAACGG
TGTGCCCCATACAATACACCCATAGGTGATAATGTGTCTGATTATGGCTT
CGTAGAGCCAAATAACTTTATTTTAGATTAGACCTCACTTTTACCCTACG
ACTGCCTTTACCATATTCCATATACAGGAAAACTTCACAGTTTTTTCTTC
CAGGTGTTGCTGGTCTCAAAAGTAGCCTCTCTACTCTCACAAGATTCTTT
CCTAACAATTTTTTGATAGCTCTGGTGTAAAACCCCGAGATAGCTTGCAT
TGGCCTTCATGGACTTGAGGTGATTGGCTTGGCCTATTTTCTTTAACTTC
TCCGGGTCCAGTTTGGCCTTTTTAACATACCCCTTCTTCCTCTCCAACGT
TTTGGACTTGTTGACTGCGTAGATGATAGTCATAGAGATGTTCAACTACT
TGGAGTAAGTGAATGCAATTTGTCGATTATATTCAAGTGTCATTTTCTCA
ACTTTTACGCAAGACAGAGAGCTCAAGTTTGGTTTGTTTTGTTACTAATT
GCTTATGCTTTAATATATCGAAGCATAAATTAATTTCAATAATTCAACCT
TCATTAATTTATTATTGAACCAGTAAGTGTTCGGATTTTAATGCACCACC
TGGTATATATGCATTATGTATAAAATATAACCTTCATAAGTGCGAGTTAG
AGTATTTTTTATTTCCAATGCTGTTATAATTTCTCTTTCATTGTTGATGA
GAGAACCTCTAAATATAAAGTAGTCATTAGTATATGTACTCATGAAAGAG
AGAAATTAATACTGATGATTTATTGGGAGTGCATGTAGGACTCAGATTAG
AAATTACTAAGATATTGACTTGGGAGTAAGTTCTGTCTATACCATTTAGT
CAGTGTAAATCAGATTTGTGATTATATCCTTCCTGTCATAGCTGCTCGCA
GCTAATCGGACAAAAATTCTTGACAGCAAAGCTCCTCTTTTTCATATTGT
CACGATTACCATGTTAATTTTCGGTTTCTTTTATTGTTACAAATTGGTTG
ATCATATTGTATCAAACTCTTATTACTTACATATATTCAGGGGTGTCCGC
AGGATTATATATATATATATTAAGTTTTTTTTTTTTTTTGGGGGGGGGGG
GGGGGGGGCTTGGTTTTGAAACTTTTAGAGATTAAATTTTGGGGAAAAAT
TGAAATATTAATAGGTATTAAAAAAAATGTTTTTTGTAAAAAATTTGATA
ACTTCAATTTTTTTGGATAAAAATTTCAAATATTAAATTTTTTGGAAAAA
AAAAAAATTCAAAAATTAAATTTTTCTAATAAAAAATTTACAGCAATTCA
CAAAACTTCGACAAATCCATACCTATTGACGAAAAATAAAAAATTTAATT
ATTCAGACAAAATTTAATTTGTTGAAAAAATTTCAAAAATTATATTAAAA
AAAAAGAAACTCAAAAATCTACAGCAATTGACATAGTATTAAATTTTTTT
TAAACAAATTTCAGATATCAAATTATTCGAAAAAATTTCAAAAATCCATA
GCTACTCACAAAAAGCTAAATTTTTGGAAAAAAGCTTCAAAAGTTAAATT
TCAAATATAACATATTTTGGATTTGTTTTTCAATGAGGAAAAAAAATTGT
GAAAATATGCCTTGTGAATTTAGTGGTATTCATTTTTTTTTTTTGGGTAG
AATATATTTGCCAATTTTAATTGAGTTTTGTTTTTTCAACGTCAATTTTT
ATTCATTTTTATCATAAGTTATTTTAAATGTAAAATAAATTGGTCATATT
GGAAATATGATGCTAATATGATAACTTTAATTGCATCTGAAAATATATAT
ATTTTTTGAAATATTGGGGAACGGATATAGTCCAAAAACAATATTTTATT
AAAAAATGAAGCAATATCAAAATTAGGTCATATTGATCAACATTTAGAGG
TTTTGTATAGGCATTAAAGTTTTAAAATTTCAGCAGCTTTACCTAAATAT
AATCAATATAAGTCTATATATATATAAATAATTATATTAGATAAATAAAC
AATCTTTCAAAAGTGGTCTTACTTTTCGCCTAAAATACTTATTTCTACTA
AAAAAATAATAACTAAAGTATTTCTGTACAGCGCAAACTTTTTTGTGTTT
TATGTATAAGATAAGATACAAACTTTTCTTGTGAGCGTTTTTAGGAACCA
GCCTAATGATCCATATATAAAAAGTATAAGCNACTCATTCTGATAACTTT
TTCTCTTTTTGCTAAATGCTTAAATTTCATGCTCATGACTAAGTATATAC
ATAAAATAATTTTTTGTTAAAATATTACATTACTATCATAAAATATTCCT
TGTTTAATTAAACAGATTATATTAGTAAATATAATCAATTTTATACTTTT
AATCTAAAAATTTATTGATTTGAACTAAATATTACATATTTTATGTAGAT
TTATAAATATATGTAGGTTTTTTAAAATAATTTTTGGTTTGTTTAATAAA
TAAACACATATTACTTATAAAATCGGCTTGTGTAAGGAATAATGAGTCAT
ATACCGCTCCAATCATTATGGAGTAGTCAAAGCAATATAGGGGGGGGGGN
GYGAGGAGGGYGAACCTGTATTAATCCATTAAATTTAATCCTTATATATG
AAGAACAACATATGTCATACTCATAACTTTAACGTATTAAAGGTTGAGAA
AAACCTATTTACACAGTAGATGGAGCTGTATACTTATGCTGCGCGTGTGT
GTATAGAGAAGGCAGGAGAAGGAAGAAAATGGCGACTATTACCGGTTTTT
AGCAATTATATAAGCAACTTTGTTTACCGGATGATCACATGGAGTACATT
TTTAGCTATTTCCATGAAAATTACAATTATTTGAGACATAAGATCATTAA
ATTTGCAATATTAACTCTCAAAAAAGTATATATTTTAACTTTTTTTACAT
TAAAAAACATATTTCAAGAGTAGGTATCAAGGCTCTACGGAGTTAGTATT
TTTTTTTTATATAAGTCACAAAAGAGTGTGCAAATTTACATTTTACATAA
TATGTGTATGCTAAAAAGAAAAATAAGGATTGGCTGATTGGCAGTACTGG
CGTTTCAAATATACTAGAACAAGCACACATTAACAGAAAACTCACTAAAG
ATTGATTCCCATAAACTTAATACTTAATATGGATACAYCCCGMACATAAA
ACAAWTCATTGTACTACGACACAAACCCTACGGTAAAGAATTTCCATTAA
TCATTAAACGCGTGAGGAAGGTCTCGTATAAAGTCCCCTTGTTTATTCTC
GACACAACGTACTTGCAACTTCCCTTTGAAAAAAAGCGACCTCTAGGATG
TAGGATAGTCATTTTTATATAATTAAATTGTTTTATTAACAGCATTTAAA
CAAAGTTACATCCTCTAAATAATAACTTTTCATTGGATATCATCCCTTCA
ACGTTAATTTTGATTGCAGATGCTCTTGAAATGACTACACGGAATTCGCA
ATGTATAAAAATATACACACACTCAAGAAGAAGATATCTTTACATAAAAG
TTTTTGATTACAAAATAAAAAACTAGTTTTATACTTTGTGACTATTTTTC
CTTATATTTTTAAATTGTAACACTTTTTCGCAAGATTTTACTTTTTAAAT
ACTGCATATGTTAAGAAGTAAAATTATTGAAGATCTATTTTATAAATTCA
TGCCCTTGTGTACATACATATATAAATAGCTTTTTTATATAAAGGGCCTA
TATGAGTCATCTGCAAAAAAAAAGAGCCCCGACGAGATAGCGGAGATATT
ATTCCAAATTAAATTTTACTATTAATAAAGTAAATTACGGTATTAAAACT
TTTTTTCTAAGCTAATAATATTGTTTTTTATTTAGCAAATTATACGTTTA
TATGTATATTTGTAAACCACGTATTATATCATATATATATATATATATAT
ACATATATTAGAGACAAATATTTAAATTTTGATAAGAGGGAAAAATGTTT
TACTGAAAAAACAGATTTGGATTTAAAAAAATATGACATCATATTTTTCA
GTAGTTAAATCTAGTTATATGATCAAGTCATAACACTTATCGTAAAAAAG
TTGACTCACTCTGAACATTTTCATCTCTAGCAAAGGAGTAAAGAAGAAGA
ACTTGTTTTTCTTTTTCATTAAAAAAAATTATTTTTCTATCTTTCCTACT
TTAAAGAAATTTGCAATCTTCTAGAAGCCTCTATGGTCATAAATACGTGC
TGGATACGATCCCTTAATAGGTCATCATGTGTGTATGTATGACTCAAAGC
CTTTTTGACGAAGATAGATAAAAATATACACGTTTAAATAATATTTAAAA
AATACTCTTATTTGATTGGCTGTAATTAAAAACTCATTTTTTTCGATGAA
GTGCTTACAATTATTGGACTATAGTCTATACTTCATTTCCCTTTCAATAT
ATGCTGTGTACAAGTTGCAATATCTATACGTAGAAACGCTTATAACCTGA
CTGTACAATGTACATGTTACAATTTGTACGTCTCATACCTAATTACTTAC
TTTATTAACCCATCAGTAATTTTAATTACTAGTGATTAATTGGTACCATC
ATTTCTATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATACTTAGATGTTCTCTCCT
CAAGGGTGAAATAATAACAATAACAGCTTGAAATGAAAAAATAATTATGA
GCCAGAGAGTACTTTAGTCTCTTGAGTGCGCTCTAGCAGAGCTATCACTA
CACACGCTCCTTGCTAAACACTGGTTAAACTCTAAAGTAGAAACTTCTTT
TCTGTTTTTTAATTTGAGCTTAAGTTACATATGCACGCTCTTAAAAATGA
GTCGTCAACTCAAATTTTATTGTACAGAGTTTTATAAAATATGAGTTGTT
CCCAACACCTATGAAATTCCATTCATCTTTACATAACGTTCTTTTAAAAT
GTTTTATTGTATGATATTTATATCATACAAATTCTTGCCCAATCCTTAAG
ATATAAATAGTAATTTTTATAATACACAAATGAAAATTGTTCTTTGATTC
AATTGAATGAATCCGGGCAATACATAAATACATATGAAGTCTACTATATA
TGTATAAAAAGATAATCTATTTCTAAGTGATGTGAATAGCTGACAATGAT
TGATTCAAATTTGCTTTTTCCACCATCACCACTACTGTTACTAGATAGAC
GTAAATACAGGGTCCTCTCCACATCAAGAGATTGTTTCATAGAAAAAAAA
CCTGGTTTTTAGTATTTTTCTATATATTTATAGATACAGACTATATAAGT
ATTGCGTTGGAGAAAAAGTAATTTCGTATTTCTTCCCTTTTTTGACGAAG
TATATCTTGTTCATTATTGGTCACATCGGACCATAAAATAAAATGTTATA
AAGGTGTGAGTGAGTAATAAAAACACTTTTTTGACAGTATTGCGCTTGGT
TGGTTAAGTCGTGAATTATCTTGCGTCAAGTATGGAGGTCTCAAACGAAA
AAAATCGTTATATTTTACATTTTTATTACCTGCAATGTAAAAGCGCTTTG
TGCGGTGCTTGTCGTCAAAAATGTCGTTAAATAATTGAAATTATCGAGAA
AGACCGTCATGTTAGCCGTTGCAGTATCCCTAAAGAGCTGCACATTGATC
ACAAAACCATTTTGAACGATTTGTAGAAGGCTGGATATAAAAATGAACTT
AAATAGGAGAGGAATCGAGTTTTATGACAACAACGCCTGGTAGCACATAT
CTTTGCTGGCGCGCCAGAAGCTCTGGGAGCTCGGATGGGAAGTTCTTATG
TATCCACCTTACAATCTGGACCTGGCAAAAAGCGACTAAGGCCTGTTTTT
TTCTACGGCTAACGCAATTGTGGGTACAAATTTGGCATTTGAAAATTGTT
CATCCGAGTTTTTTGCCAATAGGGACAATGGCTTCTATGAAAAGGGCTTT
ATAAAGATATATTCTTGTTAGCAGTAAGCTATTAAATAGAACATGGCATA
CTTGGCTTAAATAGGATGAATCTAATAAAGCATTGATATAAAGCCAAAAA
TACGAAATTACTTTTTCCCCAACCTACTATATATATATATATATGTACAC
AACTGGCTACTCCACAACATATATAAGTCTAATCATTGTGACCCGAAATG
CTCCTTAAGCAGGTTAAAATAAGTAATAACTTGTGATGGAATGTACAGTC
CTCTCTTTACGCTCTATGGACAAATATTTAAAAATAAGAACTGGAATGAG
CCTAACATKTTTTAAATTAGGCTGATAAAAAAAAAAACATATAGGAGAGT
TTTTGTTKTAGTTTTTTTTTTTTCATAAACATTGATATATNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCTTGGAGAGTTTTTG
TTGAGTTTTTTTTTTTTTYATAAACATTKATATATATGTTACGTAATAGC
AAATTCATCAACACGAACAGAATTATAWACAAAAATAAAGAGTTTTTCTA
CCGCTTATACAATTATTCTTGCTTGTCTAGGGACGGGGGGGGGGGGTTTG
AAGAGAAAAAACAAACTCAAGTGAATAGGAAATGAAAAACTGTAGTTACG
TTTTCTCTCTTTTTTGTCCATTTTTTAATAAGTCGTCGTGGTGTTAACGT
TTCTCTCTCTGAAAGAAAAATTCTCGCTTATCTTTGTTGTAAATAAATAA
AATAATTAAAATTGATATATATGCATTTAAATATAATAAGAATATTTTCC
TGCACTAATACTTTTTAAAATGTAAAAGATTCTCTTCTTTACAGCCTTAA
TTCATTTTCYCCCCCCCCCCCCCCAAATCATATAACAGGCATCTGACATG
AACAAAAGTCTTCACTCGGTAATGTTATATGTATTACCTTCTCCTTGCAC
TCTTACACAAATCCTATCTTTAGTCATTCATAACCAGTAAAGAAAAGCTT
GTGGATAATGGGTATGGTAAAAAAAGAAAAAAAAAAGAAAAGAGAAGGAC
AAAGAAATAAACAAGGACATTGACAAGAATTTCTTCCATATCAATCCCCA
ATTATACTTTGAGTCCCACAAGGACTTTTAATTATAACTTTGCAATTAAT
CCTCAGGGTTACATTCCGTCTTTGATGAGCACAGACGAATGTTTAATAAG
GTTTTGAATATTATTGAATCTGTTTAGAAAAGGATCACTTCTACTCAAAA
ATTAAATAATAATGACAACTCTGAAGGAAAATAAAATTAATACTTCATAT
TACCAATTAAAAAAAAACGGACCAACTACAAAATTCACAGCATTATAAAG
TTAAATCACCAACTAAAAAGGAGATGTGTGTAAAGAAAAAACTAATTATA
ACGATTAGAAAACAAACAATGGTTGTTGCGTGTGCTCTTTCTTCTTATTT
GTTCATTATTTAATACATTTTTGATTTGCATTATAATTACAAAGTTTCCC
TGTGGTATTGTAATTTCAAACGTTAAGGGTCTCCTCTATCTATATTATAA
CTATTTATCCCCTTCCATTCCAAAATCATCAATCATCATATAACAGGAAA
TTAATTTTAACGAATGTCTTAATTTAGTGATACCATACATATCAAAAATC
CCATCCTTAATTATAACACATACATGCATCGAGGTAGGACTATTCCCAAA
TGAATATGGAATACAAGTCATTTTATGTTCGTTCCTCAAGGACAGAAGAA
AATTAGCTGAATGTAAATAGAATATTTATTAATAATTTGATTTAATCTTT
TCGATTTTTTTATTCACATCAATTGATCTTAAGTAAGTGAAAGTTATTTC
TTCAGATTTTATTTTAGTGTTGTGTCCACTGAAACAATTATCCACTCGTT
TTGACACAACTTGAATGGATTCCATTTTGACTGAACTCACAGGCTGTGTA
GATTTTAAAATTTAAAATAACTCAAGTACACTTCATATTTTTATTGAGTA
GTGTTGATTTTCATGAATAAACCACATCAAATGTTTTGAATTTCCTGTTG
TTGTCTCCAAAAATAAATTACTACAATTATTTGAAAAACATATGTTTTTG
AGAAATTTTATATTCTTATTTTCGCGTAAAATTTTTTCATCCTGACTATA
ACAAAAATCTGGTGAAAAGAAAAAGTTCCTTAATTCGGAGGGGATACAAT
CCCTCTAGTGGACCCCCTGTGAAAGCTTCTAATGTCATACCTCACCTTAA
GTTATTTTCTATTTAATCTATTTTTTAGGCCGAAATAAAATCTATAGATT
TTTTAAGAAGAATTATAATTTATGTTTTAACAACCTTATGGATTCCAACG
AATAAGCGTAGTAGTTATTATGAAATTAGAGTAAATATGGTCAAGCAAGA
TCAGTCGTTAAAAGATGCAACTTATTTGATGTATAAAAAATATTATAGTG
ATGCGACTTTCTGCGATTTCATAACCTTTATAGCCATCAGGAAACAACTT
CTTGAACCCTTTTTTTGTAAATACTTATTTTCCGCCTATTAAAAAGGTTA
TCTTCCAATAAAACGATAAAAGAATCAAGATTCAACATATAATTTTCAAA
ATTCAAGTTGACACAGCATTATTTTATTTTTGACAAATCAATAGTCCCTA
AAATATATTCTTATGTATTAATGATTAAAAAATATATTCTTTTTATACTT
TTAAATATCTTATTCATGCAGAAAAATCTCTTAAATTTTGAATCTCTTTA
AATGCCTGCTTATAAAATCCATGAATGAACCTCACCTCTTTTTTGCATAT
TTAAATTCAAATACCAAATATTACAGGGAAATACACTGGTATTCCTAGAA
GGACTGAAAACTACCAACTATGTAAAAAGTAATGTGTATATGTATTTTAA
ATAACCTGGAACATTGTGGAAAATGTATATATACGTATATTATGTGTATA
TAAAATAGAAATATATACAGTATTCGCAAATTACAACCGTTCTATTTTTA
GAATGATTTGATATGAACACAGGTAGAAAAAAAAGATTATACATAATATC
TACACTGGAGTAATACACCGGGAAGAGTGAGTGAGTGAGTAAGCAAGACT
GGAATGAAAGAAGCATGATGAGGGCATAGATGTGTACAATTGAATAATAT
ATTAAACAAAGTGATAAGCCAGCAAAAGTATATATCTGCAGGTAACGCAA
CCTCTTTCTTATATTTTATTATTGTTTGTCAAATAATTATTATTGACAAA
CACTCATAAGATAAAAAATTATATTAGAGATCCATGGGTCCCTAAATGTT
AGCCTCAAGTGTTGTTTCGGTCCTTAATTAGAACCAAAGACCAGGGTGCA
GTCCAGTATGGCCCCATCCAATCCAGTTAAATCCCAATTGTCAGTCCTTA
AAGAAGGTAAAATCGATCCCTTATGACGTCATTGAGGGTGTTCATCCTAT
TTCTTAGTTATTCTTTTATATAATAAAATAAGTTATATAAGTAAGTGGAA
GTATAATATGTTCGTATTATATTGTATTATAATAAAAATAAGAATCTTTT
TTTTTTGTCAAAATATGTCCAATGATCATAGTATCTTATATGAAGAAGGG
GTATTTGGATTAATACACCCCAAACAATTTCATGAAAAGTTCAAACGACC
GACAGTTAAGGACCGCCCCTAAGACTGGACTAGACCAAAAATAAGGACTA
ACACAACACTATTAACCTCTAATCTGACACAGTCTACAACCTGAAGGAAG
TGTCCAATTTGGGCGCAAAAAATATACTCTCATAGAAGAATCTTTGTCAT
ATATATTATCCAGTAACGCTATCATCAATATGTTGCAGGCTATTAAGACT
CTACGAATTTTATTATAATAAAACTAGTCAGTACCAATTTTTAGTTCTCA
GAAAAAATTTACTAAAATAGGGGTGACGTCATTGGGACCCCAAATACAGG
AGTATAACGATGGAGAATAATTGCAAAACTTAAATATATTAAATAATGAA
TAAAAGGAAACGACAAATTGAAATTACTATATTTATTAATTTATTCAAAC
AATTGCACCCAATGGCATCACCAGAAAGAGAAGGAGTTATTTAACAAATT
TCCTGTGTTTACTCTACGATTTTCTTGTTGCTTACCTTTGCTCTTATAAT
ATTGGGTGCTACCTCATTTCAATTAAAATATAAACTGTATTTTTAAGTCA
GCTGTCGGTTTTTATATTTCTTTCCCCCATACCAATATTCTGTTCTTGTT
GAGTAGCGATACGATTTCAAACAATTATTTAAAAATAATTCCAAAGTTGG
GAATAATTGGCTTACTACAAACTGATTTTGACCTTTTTTTAAAAGTGAAG
GTTGCGAGTAAAAATATTAACATCTACTTAATTTATGATAAATATTTTGA
TTAACTCTTAATTAACAAATAGTTCATGATAGATATTATACGTTTGACTG
AATAAATTCAATTGGTAAACTCACGTAATAGGTACTTAAATCTAATATTT
GTGATAATTAAACTATGTAGAGGGCGTTTTAAAATATAGTATGCTTTTCA
AGAACGGATAATAGAAACAGAACAGGATCAATCCCAATTTAAGGAGTGCT
AAAACCCTAATATTGGTTTTAAAAAGTCATCACGTTATTCAAGCACCAGT
AGGAAAATTTACTGTGTAATAATTTTTAAATTACCCTTGTCCCTCATTCG
TGTTCTGAGCCGTTGTTTTGTTGAACTCCAATTAATTCTTGTCCAATTGT
TTAAAAAACCTCATTTTTTATATAGTAAAAATAGTACCAATGTTGGATGA
ATTTACTTAAAAGAAATTGTGTGAATAAATTGCCTTTTTGATAATTATAT
TTATCGATCTAACTATATATATGCACAAAATAGTTTCCCTAGAATATGAA
CAACTTTCATGTAACTTTTTGTCAGCTGTTAATGAACATTTTAACTCTTC
TCATTTATGTGTGAATCAATTCAAACTCAAGTTATCCCTTGTTAAGTTAC
GAACTCTTCCTTACAATTAAAGGATAAATTATTGTATTGCGTTTCATTTG
TGACAAAGCCACTGGTCCCTTCATCCATCGGAGTGGCGAAACAAAGACCT
CTTCATTGATACATTGTACACAGTAATGGTCCATTCGACACTTATCTTCT
CCGCTAGGAGCGTTGAGTTTGTTATATTATAACTAATAAATAATTACACA
ATCTCCACCTTTATAATTGAAGTAATAAGGTGGATTCTATGAATGGAAGA
AAAAATTGCATACGTCATGAAGAAATATGATGAAGTATCTTCCTTCATCT
GTAGTATTATAAAAAACAACTTCCTGCGGGGAAAGGTATATTTCCTGTAG
ACAAAGTATATTTTAATGCTAATGTACATGTATTGCTACTTGTTTTAGGA
CTTTGCATAGTCCTACAGTTAAGAAGACTGGCTAACTACTACCAATTGAT
TTGGGGTCTTCTGTTTTCTATTTTTTTTTGTAAGAAAGGTTGCGAGAGTC
AATAATGATCAAATTGTGTCAAAGTAAATTATTTTCTATTGAGAAAATAA
AATTTTAATAACATTTATTGAGTATTTTATGTGTTTGGGACTTTTTATAA
ATCTTACGATGCCATTAATCTAATTGTAAAAAGAAAAGGAAAAAAAGAAG
CACATTTAGCAGAGAAATAGAAAAAAGAGAAAAATCACATTATACTCAGG
TACTTATAATGTCCAAGACATTGATTCAATAATAACAAATATAATGAACG
TCAGGCTCAGAGAATGAGTGAAATTTATGAGTCAAGATAAATAAGAACAA
GAAGAAGAAAGGGCGAGTTTCTTCAATGTTCATACACTCTCTCCCTATGC
CCATTTATCCTTAAATTGCTGAAGGGGAGCTACAGATAGAGATGAGTCAG
AGAAGACTTGTTTATAGGGATATATATATATTTAGGGTTGTAAATCTGAA
GTATTTTTTGAATGACGCAGAGTAACACTCATGATTGGTTACGTACTCAT
AAGTAAATGTAAGATGGCCTTGGATCCGGGTTCGGTATGAGTCTTAAAAA
TTGATACAGGAATTTTCAGAATCTTCAAATGCTTATCATATTCCTTAATA
AAGAGGGAACTTGTTTTGGATCAGATTCCGATGTACTCGGGTACGTCATA
ATTAAATTTATGTTATCCGTTATCTGAACAGGCTTTGTATACTGGAACAT
TTACGGATCTGACAAAAGATTCGGGGGATGTTTCGGATCTTAAAAATTGC
TACTTAATGGTTTGACAGCTTTTTTGATTATTTGTTTAATACCATACTGT
ACCATTGTTACTTTATGTATCATTCTATTGATATATACAAATCAGGTGTT
GATTTTATAAACAGGAATGGAGGTATAATACTTACACATGTATAATAAAG
GTCTAAAATATAAAAATATACAAAGCAAATATAATGGATACACAAATAGA
AATTTGTATTTGGGTATGCACATAAATAATATACCTATATATAATATGTG
GGTATATATGCTTGATGTTCAAATACCTCTTTGTTAAAGGAAAGGCAGCC
TTCAATCTCTTAAGTAAATATATAATCCATCAGAAATTTTAAATTAAAAT
TAGCATTTTTTTGAAGAAGTAAAAATATTGACTTAGAATTATGTAAATGG
ATTTGATGAAAAGGTCGAAACCAATTTGAAAATCGCCAAAATGGGAAGGA
CGTTCTATTTTTCAGTAAAAACCCTGCAATTTTAGCGATCTTTAAAATAT
ATACGAAACTTTTCATTTGATTAATGCAAGTGTTTGGCTTATATTTGGAA
AATATATTGCGGTCTAATACCGTTATAATTTATTTTGGACAATATAATTT
GGTTCTTTAAAGAAGTGCAGTTTAGATTTTATGAATTTTATGAAACTCCA
GGACGATATGGACAGAATATAAAACGAAAACATGCTTGGGCAAATAAGTA
CAGTTGGTACCCTACATATAGCAATGGAAATTAAAAGAATAACAGTTATT
GCCCTCCATTTAGAAAAACTGTGCACAGAGCCTGAAATAAGACTTTGTTT
GAAACCAGTGTCACGCCATTTTGTAAAACCATACTGTTTGAACCTCAGAC
ATCCCTATTCCAATTTACAACTGTTATTGCTTATACACACGTAGAGATCG
TAAAAAAAATGATTCACTTTATTAGCTACAGACATAATTCCCCATTTGTA
TAAGAGTCTGTGCTTAGAATGCATTCGTTGTAGACTCTTTAAAGTATTGT
GAGTTCCTGTGTACGAGGTTAGTTAGATAAGAGTTGCATTACTGCATCAC
ATCACTCGAAACAATTTTTTTCTATATTACAGTAAACTTTTTTGCAAACT
GTACATACATGTTATTCAAATAATTCCTTACGCGTGAGCCATGTATAAAA
ACATATTTACCGGGTTGGTGAAAAAATCTTTACACTTTAAATCTAGACTT
TTATCAGGATGTATTTCAGCAACCTTTTATAATAAGGTATGTCAAGAAAA
TAAAAATAACTAATATGATGTTTGGGATAACTTTATCATCGATGTAGTCC
CGTTGGCAGCAATGATGGCTTCCAGGNGACCATGGACGCCCTTGACCCTT
TGCAAATGTAGTGCTTAGACATGACATTCCAGTGCTAATTGACGTTGTCC
TTGTGGTTGTTGATATTTGGTTGAGGGACAATGCACACAAAAATTAAAGT
CCAATGTCTTGGCATCTGGTTAGTAAAGGGCACATTTTCTTTGTCCAGAA
AGGCAAGTTGTCCTCCAAACACTTCTGGGACTTTTTGGACATGCATGCAG
GTGCACCATCCTGTTGGAACACCACGTTTATGTTTAGGTAGTTGGGCCTT
TGAGCCTGTAACCGACCGGAAGCCGGATGAGGGGAATGGTCTTGCCATCT
GGGGCCATAAAGCCTAGGGACATGACAGATGCAGGTTTCGTAGTGAGAGT
CCAGAAGGACTCATCAACTACCCCAAAGGATAAATACAACGGGGCCCGCT
GTCCAAAAGTGCGAGTACCGAAATTCGTTGGTAATGTTCCGATGGCATTT
TCTCGGCTTCTAATTTTTTTTAAATTAAATTTATATTTTATTTTTAGTAT
TTGTCTGGAACAATTTTACTACATTAACAAAAACCATGATTTATGTAGCA
AAAACGAAGTGTAATGGTTTTTTCGACACATCCGATACTTTTAGAGACAA
ATGTGTGTTAAAAACACGATTCATCCATCTAGTTACATATTCGCTAACTA
TTTCTCCCACATATATGAAATATATTTTATAAAAAACTTACGTCACCTGA
AACTATTATTTACAGTATTTGTTACTTTTAGAAACTTGTAGCGTCTTGGA
AACAGTATCATAATCATAGTTCTTAATGCAAGGACATGAAATTGAGTGGG
CATATATATGTAGGTGTCTGGCTGGATTAAACGAAATACTGTACTTAATA
TTGCTACTGTTTTTATCCTTATTATTTGTTTTTCAAGACATGAGTCAATC
ACGGAAGTCCTCTCTTCATCATTTTTCTCCTCTATAGATACATATTTATA
ATTAATATTGCAAGATATTTCAATTATAGTATTATCTTTCTTCTGTATGT
CAAAACATGCCCAAAAAATATATCTTAAGTAATATTTAATTTGGCAATAA
ATATCTTTGGATCATACCTAATCATCTTAAATACTTTTAACCAAAAATAC
AAAATAATTGGATCTCCATATATAACTCTGTTAATGCAGGTACATTATAA
CCAGTTCAACGTATGGAGAGCAACAAAAAGAAGGAAGCTAATTTTAATCT
TTACAACACACATCTGATCCCTGCGACGTCACTAAATAGTGCTGGAGTCT
ATCATATATACTTTGAACTTTTTTTATACATACATATCAATGTAGTAGAG
GAATATAACATCCTTGCAAGAAGGCAAAACAAAAAAAACAAAAAAAACTC
TAAAAATTAGTTTTGTCCAGTACTTTAAATATAGACATGGCATCTACATT
TGCTTTTGACGTCATGAACTATATCCTCGAACCACTTGATAGTCTTCATA
TTTTCATGATACATACATATGAGGTGCGTCAACAAAAAACAAGTCTTGAA
CTAAAATTATAATAGGAGAAAATCTCAAATATAATTTGACTTCATAAATA
TATACTGCCAAATATTCTATAGACATATTTGAGTCAATGATAGGCTTTAT
ATCCCCATTTTTGGGATAAGTAAAGATATTCAAGAATTTAAACTAAAATT
TAGAGCCTTTGTTTGTTTTAAGAGACTTATATATGCCCTTTCAAAAACAA
TCTATAAATTTCTCATTCTTTGAATTTAGACAACTTTAAGAGCCCTTTCA
GCTGGCCTAAATGGTTAATATGAATACTTTTTTGATATTTACTTCTTTTA
GTTTGTTAACGAATACATTCAATGAAATCCACGCTCAATTTTGAGAAAAA
ATAATGTTTCTTAATTTTTTTTACGGGCCACATGCAGGATGGGAATATAA
ATGAAGATCATCCATAGACCTCAATATCTTGGCAACCCTCATATCTATTT
TTATGAAATTGTTCCCATCAAACTAAGATGACAAAAATGAATAAGAAAAA
GTACAAAATCCTTGAGATGTGCTTCGAATGCGAACGTCACGCGGCTATTA
TTGTATATCTCCTATGTGTGATGAATCTTGGAAAGATAATCCATTTAACG
TGAGCATATCCCTGTTGACTCCTTACAGCTTCCATTCTTAAGGCAGTGCC
CACATGGACACATAGTTCTTCATAAAGGTATGTGTCAGGTTCAGGGGCAG
ATTGGAGGCGGGGGTTGCAGATTGAGGGGGGTTAGTTTAAGCAATTGACT
TCACGAGGGACCCCTAAATATTAGAGCAAATGATTTGTGAATTTTGAATT
AATTTTTAAAAATAAATTGAAAATACATTATCCTTATCTTTTCCAGATTT
AAAATCCCTGCCCTCTAAATATTTATATGGAATCGCGCTTAAGTATTTTA
CCGCAATGCATACATTATGACATAAAAAGTGTACTATTATATAATACAAA
AACCACATACTAAACATTTTGATAAGGCTTTTTAGATATACGAATCAATA
TATGTATATATTATGTACATTCATATACAATATATTTGCTATAGTATTGA
AAAACACTATTAGCATAATACATAGAAAGAAAAGAGCTTCTGGTTACTAG
AAAATGAGAGAAAAACATTTTTTTTATATCTCTAGTAATAACAAACACTT
CAGATATCGGGATATTGTTAATAATATTTATATAATATAACACACTATCA
ATTTGACTTAGGAAAATAATCATTAAACAAACTTGCGAAAAGGAATATTA
TATAAATGATCAAACTTTACTTAATTGGTTATATAACCAACCAGGAAATG
GTTATAGGTTTATATATACATTTAATATACTTATAAAATACCATTAAATT
GTATTTGTAAATTCATACGCATACATATGTAGTTTTTTTCTAAATATTTT
AGTTTCCCCTATGAAAGTAAAAAGTTGTAATTTTCTTTTTACTCTATAAA
CATTTTTAAAACATTTTTTTTGTGTGTTAATTTTTTTTCATATCAAGTCA
ATAATGATTACTTTGGATATTATACATACTTATTTTACTATAAGTTTCCT
TATTATTTTTATTTAATATTGAATGTTATGGGTGTAGTTGTAAATAAGGT
CAATTTACAAAAATACATTTGACAAACTATCAATAAATATGTTTTTATGA
AACATTGTAAACATGTTTTATGGTCACAATTTAGTCCATATTCTTACATT
GTGTGAATTTTCCCCTGATAATGATTTGATATGTTTAGGAACTGTGGTAA
TGTAGACTTAAATAAAACTTATATAATAAAAAATATTATACAAAAAATAT
AGTTTTTGTAAATAATTTCTTCCAAAAATACAATTTAAATTAAAAAGTCA
TACAAAAATCTTATGAAAATGCCTTCCCAAAAATTTAGTTTTTATAAAAA
GGTTATCAAAATAATGTAGTTAAAAAAAACAAAGCCCTCTAATTTTATAT
TTTTTGTGAAAAAAAAACCAAAAAATCTTTTCAAGATATATATTGATAAA
ATGTTATTTAAATTTTTTTATAAAATTACGTCCAAAATTACTAAAGTTTA
AAAATCATGATAAAACTTACAGAATTATATTAACCACTAGCATATGATGT
AGGTATTTCACAAAGTTAATGCATTTTTAAAGATTTTAGTTTCTATATTT
TTTGTAAAAAAAAAAATATAAAAATTAGACGTATAGAGAAATAGGGATGG
AAATATATACAAAATTGGAAAGAATTGGTTTTTATATAACCGTAAAATAT
GTGGTACAAATAATATTAATTGATAGTTTTTTTAAAATAAAAATAAATGT
ATCTATAGATATTATGTTATTACATAAATGCATTTATATGTTAGAAAGTT
ATTTAGTATTTTATCAAATTTTAGCCTTTATTTTTTAATAGATGTTTAAT
CATCTATTTTAGTAAGGTATATAATTTATTAAACCCTACTTTCTTATAAT
CACTCATTCTTTTTAAATTTCAAAATATATAAATCATTAATGGACAGTTG
CAAATTGACGTGTTTCTAGACAGAGATACTTGTACTAAAACAGCTTGAAA
TTTAATACAACATAGGTCTGCGATTGTTTAAATTTATATGGAAGTTATAC
CGGTTAGTAACTTGTACAGAAGTTATTTTTAAATATGATACGTTAAATGT
AATAGTTGTTCCGTTGTGGCAACAATTTAAAAAAAAAAGTCTAAACTAAA
AGTCACGATAATTAAACAAAATCATATTTTTTGTCATGAATAAGGATACT
TTTTATGTTATTGAATGATTAAATTTCAGTATTTTATTGCAGTAATTTTA
TATTATATATTACTTATCAACATTATATGAATGTATGAAGGAGTATATAG
AATAAATTCACTCTCATTAACCTCTCAAAAGTCATATATATAATTATAAA
AAAGAACAAATAATACGTAGACCATTATACAAATGAGCTCATTATACTGG
ACGGKGTATTATCTCAAATTGCTCCTTAAAAAATTACTATTACAAATCCA
TATCCGTTTTTGTCGAACAATTGATTTTTTTTTCACAACAATCAGTTGTA
TATTATACAATTGTAATTTAAAGTTTCTGACATTAGCTTTTTTGGTATTG
GGTTAAAGGACCTCTTTTAACCGTTCCCAGTCCCCTTTACATTAGACAAT
AGTGAAAAACAAAACAAAAAATAGATTTTAAACAATTTGTTGCACTTTTG
AAGTATTATTTGTATGGTTTCTACAAACATATGCATCAAATCCTGTCACA
TATTGACATACAATTAAATAATCATAATAGTTAAATAAGAAAAATAAATA
TATAATGTGTTTTTATCCCATAAACGGCTCTTTTTTGAGAACTAAAATTT
AACAAGCATTGATTTGTCATAAGTAAGACCTATTGCATCAAAAAAATATC
TATTAGGTGAATTTTTTGTGTAGACTTAATTTCAATCTATCAGCTTCAAA
TTTGCCAGGAAGTGTTTAATATGTATATTAAGAAATAATTCCTGAAAAGT
TGAGTATTGAATTTCATTTTTACAATACCTTTTTGTAAATATCCTTGTGG
ATTTTCAGGAAGGGTTTTTAACACATTTCAAAAATTAAATATCATTGATT
TGTTTGATAAATGCTACATAAATCTGCTAACCGATGACTTACGTATTTGA
ATTTCCTAAAAAACTTTATTTAATCAATGTTACTTTTGTCCTCGTATTAT
ATTTATAGAAAATCTGTCTCCTTAAAAATTATACATACATGTAGTTAGGT
ACAAGTGTACATAGAAAAACAAGACGATACACTTGTGACCCCCTGATCTG
TGTGTGGCAGTTTTATAATTATTTCAAGAAATTTGTCAATCATGTCTACG
TCACAACGATTATTATAAATCATTACTGATTTTGTATCATAATTTCCATT
ATTTTAACTTACTTATAGTCAATGTAAATAAATATTTAAATAGATGAAGT
CGTTCTCCTTATCGTTTTCATTCTAATACTTTCCTAATTACGTCATATGT
ATCACGACTTCATGTCCGTGTTTTTTTGCAAATATGTTATACATTATAAA
TAAATTCATGCCTTTATTTAAACATATGTAAGTACATGAATCATTTTTTT
ATAGATATCAAAGGGTGAATAATTTCTTATATTTTTATAAATGATTTTTA
TCTGAAAATGCTTTGTATATATTTACAAACGGAGATAGAGATTAATGGCG
GKATATTTWTATATATKAATTAATTTTACATTGCTTAATATATCTATGGA
AACTATACATATGAAGGCTCCGATTTTGAGCTTCATAAATAATAAAAATA
TCCTTAATTGTGTCATGAAAATAAAACTTTGTCAAATATATATTGTTCTT
TTATGTTCTAAGTATGAGAGGTTTTATGAATAAAAAACCTCCTTTATACT
TATATAAGCATATTGATTATAGATGGATCCGAAAAATACTCGTATGAGGA
ACACCAATGAAAAAAGTAACCTCATAATAAAGAAGATCCCTCTTTGTGGT
TGGGTATAATTTAATAACAAAATATTCGAATATTTATTTATTAACGGATA
TCGTTTTTATAAAGGTATTTATAATATATATCACTATTTCACAGATAATT
TTGAGCATGTATCGTTTTCATGAGTACTTAACTAAAAATGATGAAAGGTC
AGAATAAGTAGTTCATAGTTTTTTATGACGTATTTTTGAAAAATTACCAT
ATGTTCGAATAATTACGTCACATGTAAGTATATTCAGTTTGCTTTCCGTA
CACTCACTCAGCATTTTCAGATCAAAATCGTTTATAAAAAAAATAATCCT
ATGATATATATAAAAAGGATGATGCATATACTTACATATATTTAAAGAAA
TACATAACTCTTTGTTTAGAGTGTCATCCGTAAATAAAATAGTATAATAA
AATAAATTTTATGAACTTAATATTTATTTTTTCTCAGTGATGAGTAAGAC
ACCCAGAATCCTTTTATCATCATTAGCATGGTTTTATTTTTTTGTGGAAT
AAAACAATCAAAAGGTTTTAATAATGATAAAAGAAAACTACTATTGGTAA
AAAGCCAGTTCTACTTCGGACGAAATTGAACCTTTTATGTCTACTTAATT
TTAAAAACACCCACAAAAACTACACTTAATGATGATACAAGGATTGACTT
ATTTGTTTGTATAAAATGATACTTTTTTCTAATGTATATATATAAATAAG
ACTTTGGATATTTTGCAAATCCATACAAAAAATTTATTTGATACTTTAAA
AAAAAGAGAATTTGATTTATTTTTCGTTATTCTGAAAAGTATACATTAAA
TAGTTTTGNAAATATATATAAAATAATCATAGGATTGTTCAAATGATTTA
ATGTTACCCGTCAGTCCATTTTATGAAATTACATACTACTTAACATAAAA
ATATATAATAGTTTTACATAGTTTTTCCAAGAAAAAAGTACAACAGGGTG
TCTGAATATAATATTTTACAAAAAAGAAAAAGAAAATTATTTTTTTCTTG
GTAAAAACTACAAAATTAAATTGGTAAATCTGATAAAGTTGAAAATATGC
ACAGCTCTTTATAGTTACGCTTGAATTTTTTGCTAATATGTCTACTATAT
TCAACTCTATGAATAAAACAGATAGACATGATTAATAAATTATTCTGCTC
TGATTCCAATCCTTTTCATCACTGACGTAGGATTTTTATGTTTGTGTGTG
TGCACGGGGTAGGGGGGGGGGGGGTTAGGAAGGAACAACTAATTTTAAAA
TAAATAAAAATACATTTATTAATTTTTATCTTGATAACCTTGCAGAGCCT
TATACTATCCAATGTAGAGCCCCAGTTGGGAGTTGCTGCCTTCAATAATA
AACTCTAAGCTTCTTCCTTATGATGAGATATCATTAGAATAGATAATGAT
CAAAAAAGCATTGAAAGAGTCATGATCCTATTCCTACTCCATGGATGATG
ATGATTAAATAATATCAAAGGTGTATTGTGTTAGTCCATATTTAGTACTG
AAGAATGTAGTCCCGTCCATTTCAAGTATGGACAGTTCGAAGAACTGACA
GTGTTAAAGACCAGTCTCAAGGACTGATAGGATTAGACCAAATATATAAG
GACTGGCACAATACACCTTTGATATTATTTAATCATAATCCATGGAGTAG
AAATGGGTTTCTTCCCCCTTTTTTTCTAATGATGTCTTTTTTTCTCATTG
CATCCATTCAATTTAAAATTTAATGGTGTCTATAATATCAAGATAAAAAG
ATCAACTATGATGTATTAGAAAGATTTATTAAATTTTTTATGTATATAGA
TATATATATAATAAATAGCAAAAAATAAAACCAACCGACATTCCAATTTT
TGATTTATAGTGGATAATTTATTTTTGGCACTTGATAAAAAAAAAATGTA
CATAGATATATTTTTTATATAAAAATAGTCATTTTACATTAGTACTTACT
TTGTATGTATAAATGAATTCTATACAAATCATATCTTGAGATATAAAAAT
GAAGAATCATAATAAAGAAAGCGGGGAAAAATTGTGAAAGATATGGCCAA
AGAAAGAGAAAGCATCCATATTAAAAAGGATTTATATAATAATAATAGTC
TTAAGTTCATCAGAGTTTTTGTTTGCCAATTTTATAAAAAGTTTTCCTTT
CTACAACTCTTTTTTTAAATCGTAAAATACACACATTAACAAAAAACTTT
TAAATTTTTCTACAACATTTTTTTCATATCTGGATATTATCAATTTTATT
ATTATCTATTTAGGGTTGTTTTCTTTATTTTTCTATTAAGTCTTTATTTT
TTTCATACTTATTTTTACATACTGCGTATGAATTTAAACACAATGTATTT
ATAATTCAATTATTAAAAGTTGTAACCTCAAATATAGGAGAAAGACATTT
TTTTAACTCAACAAAAGCGAACATTTTGTTATTTCTGTATGTTTTCAATA
TATGGAATATGAAGTAAAAACTATTTGCTACTTTTTACTGTTTGTGCATA
CAATAAAGGTACATACATAAATATCTACAAGCAATGCTCTCCTTCTTCTG
ACATTATTATTTTAGTATAAAAAGATTAATGAATAGATTAGAGATATATT
CTCATAGTCTATTTGTAAACAAAATGATTAATAGAATAACTACGAGTACA
TACACTTCGGTATGATGTTGATAATAAATATATAAACGTTGTTTTATTGT
TACAGCTGAAACTTGTTTGTATGTTGGCATCATCTATTTAGATACGTAAT
GAAAGAGAAGGCACAGGGGGAGAGGGGTCTGTAGAAAGGAGTGTCTCCAT
GATGTCCAAAGTAGTAGTCATGTTAAATAATCCGTCGGAAAAGAATAAAT
AGAAAATCGTAATTTTTCAAGTTTTGTTGAACGATAATTAATCAAATCCA
TATCTAAAAACAAACAATTTTTTCAAGTGAGTTTTTTTTATGGGAACATG
ATATTTGGATGACATTTTTTACCAAAGTCTTTTTTGTAATTTTTTAAAAT
TTCATATGTTCGGACTGAATAGAATAAATTTAGTGCCTAGTTCAATGTCC
TAATTTTTAATTTGGAAGATTTTCTTTATTTTAAAAAACATGACACGATG
GAAAATTATTTAAATAATATTCAAATTATATACAAGAACAAAGATGACTA
ATACTAAAAATGTAAACTTTACTTTTCAAACGCAAAAATAAAAACTAACC
CAACAAACATTTACTTGTCACAGAGTGAGCTAGTCTGTTTACACCGCATT
TTACAGCTATATAGCAGGGTTATTTAGCTATAATTTTATTCCGATTTGAA
TTTTTAAATTCAGTTAGCATTCAATTGTGAGAATATAGTTAGTATTTTTG
TACACAGTGATTTAGAGCAAGTAAATGTGAATTAAATAGCTTTACTGTAG
TTTTCTATATTCTAGCGTTGATCACATATATGTTTTTTAGGGAAATCCAT
GAGTTTAATTCTTCTGACAATGCGCCTGTTACGGTTTTATAACGTCCCTT
AAAGTTTTTAAGTACTTGTTTTAGAAAGGGAAACTATTTAATATAAATAA
GTAGAAAACATAGTATCACAAAGAGCCTTTAAATTTGGTGATCCCTAAGG
AAAGATAAGTATCAGGTAGCAGCATCAAATATCATATATCACCGCTCATA
TCTCCTTAACTAACTTTTTCTTATCTACATCATGTCGAGTGGTCCATTAA
AATCTCAACATTTGAATTTTAAACTTCTACAAGATATAATTTATTAATTA
ATAATACAATTTCAATAAATTGTGCAAAATACTGAGATCCCTGGTATGGG
TACTTATGAACTTGAAGGGATTGGCCTAATCTGTTTTTCTTTGAATCCTC
TGGGTCTAGTTGGGCCTTTTTGAAAGAACCCTTCTTCCTATACAACGCTT
GGGACTTGTTGACAGTTAACACTTTAGTACTGGAGACATCCAAATGCTTG
GAGTGAGCTAATGGAAATTTGTCTATAACGTTCAAGTGTCATTTTCTCGA
CTGGTACGTAAGCTGGAGAGCTCAAATTTGTCTAAATACGGATAATTTTC
ATTCACTCAACTGTAATTAATTATGGAATTAGTAAGTTTTCAGATTTCAA
TGGACCACCCGGTATATATAAATATGAGTACATCTTCAACATTGAGCACC
TCTCTCTGCATTTCACGACCTTGAGATTGGCGACTCTTACATAGAGTCTT
TCGGTAAAATAGAGTAAATTTGTGTGTCTAAGAATGAGTTTGTATTTGAT
ATATGTAAGTAAATATTAGATATGCAAATGATATTATCATAAGAGGAAAA
TAATTTCACCGATTTGTTTCGCTTCTTTTTTTGTTTAATGTAAAAAACAA
ACCAAAAAAAACATTATCAAATGAAAATTTATTTATTCATTGAACCTAGT
GGTTGATTAGGTCTATCTACAACTTTAAGTACCTACATTTTGTTGCTAAG
AGGAGGAGCAAATATTATTGCAATGCAGGGAGAGACAGTTTCCTTTAATC
TGTATATTTATATAAATTAAAATATAGATTAACTATTTGGAGCTTTATAT
ATTTCCTCCCATTTTTAAAGTCCTTAACAACATTGTTTGAAAGTATATAC
ATGAGCTATTTAAATACACTCCATTTATTTAAGGACTAGAATTTTGACTT
CCCTCCTTTCTGTTCAGAAATAATAAAAAAAAAKKAATGTTTCAAGTGTA
NATTTTCTTCACCATTAGAATTTTACAGACATTTACATATTCAAGCATAT
ATATATATAATTTACAAGCACATTACACTTATCAAAGATAAGAGAAAAAA
ACTAAACAAATAAAAAACTCTTTTATAAGTATTTATAACTCCTCAACCGC
TTTTTCAATATCTTTGCAAAAAAAGTAATCTTATCCGTTATTAAGCACAA
TGCATAATGGTGGCAAAGAATGTTTACAAGTAGCATGTAATGATACACAC
AGCTTCTCTAAGAACATACACGCATGTAGATATATAAGTAACACTAAATG
TCTATAAAATATTATGAATGAGAATAGAAGAAAGTTAAAAACTGTTGATT
TAATCATAACAGTTTTGTTTTGTTTTTGTAAAAAAATAAAACCACAAATA
TGTTGATGGCATGCAAAAATTTACATTTGTATTTTAATCTAATATAGTTT
ATGATCATTTTTTAAATATATAGTAAATGTATGTAATTGATTTAGGCACA
ATTGTTGTTTAAAAATGTTGATTTTAATTATTCATAAAATACCAATAATT
TATTTATGTTAGTATTTGATAGTTTTTTAATTTCATTTTAAAAAGAGTGG
TACATATATGTATTTATGTACATTGTATTAATATATAAGCATAATTTTCT
AGAACACGCATTTATGTATATACAAAGAAATGAAGCAAATGCTTTCACTC
GTAAAACAGGGGGAAAAGGAAAGCCCTTTTGAGAATGAGTCCAAACCATG
TACTCTCTTGAAATGTAACTTTCCAAAAGATTAATTTATAAATAAAGGAA
ATTCTTGTCATTATTTGAATTTAATCATTGTTGAAACGTTGTATATTTAA
GGTCCCGACCATTTTGTTCATTTTATTTTAAGCCATTAGCTATGGTCAAT
TTGGCTGATATACACTATACATACGCCTCAATATAAAAATAGATTAAAAA
CGTATACATGTACTAGTGGAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATTTTGCT
TTATCAACGGCTCTTTAAGGATGGSGAAWTYACCCMAWTATKAGAWATGA
TACATATTTTAAATTTATGCTATATAAGTAATTTTTTAATGTTGAGTAAC
TTTTTTTTTTACAATTAAACCCAAAGGCTTACATCTTTAAACACATTTTA
TTTTTTGAATGTTTAATTATTTTTGCTTATTTAAAAGCTATATAGAGTTA
TTTGTTTACTGAAGGATTTGTGCTTCAACTCAAAGAAAAGCTTAGAGGAA
AGTTGATAGATATTACTTGGACAACTTTAGACATGTAAACAATTAAAAGA
AAAATTATTATATTATTCTAATTGGTTACGTTTAAAAAGGAGTAACTGAG
TTTTATTTGTGAGAGGGTTGTATATTATAAAGGAAATATATATCAGAAAA
TAAATCCCTTTTTTTCCAATTATTAAAATTGATATTACAGCTTAAATATA
ATTAACAATGATATTAAATTTGTGGCAAAATTTGCTAAAAACCACATCTC
AATAACAGCTCTACAATCTCATTAATATGTCATAAGTGAGTTTTTGATTC
AATTACACCAACCCCAAAGAGAGATCATTGATCAAATAAGTTTGGCTATA
CGAAAATAAAATTTAATATTATTAATCTATGTAATTCCAGTTTTTCTTAT
ACACCTATAATTTTTGGGTTGAATCATCAAGTTATTTTAAAGAATATATA
TTGTATATGCATATATATATCTTCAATTGCCAATTTCTACCATTCTTAGG
TTTGATAAAACAGTATTTAAATGTGCTAAAATTATGAATTCCTTCATTTC
ATATCATTTTGAAAATGATAGATTGAAAGTTGCTACACTATCATAAATTT
AAAAGGCAGGAGCGACGATTTATATGTGATTCATTCCATGTCAAATCAGC
CAAGGTTTTAGACCAAGTATGTCAGATTTTCTTCATTTATATATATATTT
TACTCCTTATTAAAAAAAAAACTCCCCTGCCCGAAATTGAAGTCATTAGG
ATGAGGTGTTCCCAAGTTATTGATATTTTTCTTAATGCCCCATTTTCCAA
ATTTAGATTGGTTCTCATAAGGAACCGAAAACTAAATTAAGTAAAAATAG
TGCCATTTGTGAACATATTTTGTTTTAAAAAAAACAAAAAAAACACACAT
TACATATATGGGGACATATCTTTCAAAAATTACTATTTATATTTCAGTGA
CTGCACTCTCCTCTCCTGTTCATATCTAAATACAACCCTAATTTGTATTT
AACAAATTTATTTTTTATATATTCAAAACTAACAATATGGAAAGTTTGGT
TTGTTGGAAATGTCTATTAAATGCAATATTAACAATTTTAGATCAGGTTA
AAATCTACTCAAAATTTTCACTTCAAGAAAAAAAAAAGTAAATAATTTCT
GCAAGAGATTTTTGAAAAAAAAATTATCCGTTTCAGAATAAATTTGTTTT
AAATTATATATTTAAGTTGTAAGATATGATAAAAGTTGTTTGTCATAACA
CTAAAGTCACAAACATTCAAACTTTGCACCAAATAAATTATGTACATTTA
AAAAAAAAAAAAAATAGGGGTGTTTTGAGTTATAGAAAATACTGAAAGAA
TAATATCAAAAAATTGAAAACGTTATTAATTTTTCATACCTTGAACAAAA
ATGACTGGCTCTTTCCGGTTCGACTTAGCTGACTTTTACAGTTCATACGC
ATGTTGATATAAAAAAAAAAGATGGAACAAGTTAAAGCCTCAATTTCTTT
GCAACCCTGAGATATGTTTTTTATAAAAGTGGGCCGTTCAGATTTAACTG
ACAAAACGGTAGGTGAAAAAATATAAAATTCTTGAGATATACTCCAAATA
AGAATGCTGTGCGACCATTATTGCGTGCCTTTGTGCCAGGGACACATCGA
AGGTTGCAAAAACAAAAAACAAGAACTCCAAAAATAATGATGCTGGAGAC
CTTAAATTGATTTTAACAAACCAAGTGCTATTTAACCATTTTATATTGGT
GATGTTGGTCTAAATCAAGTCATCAAATTTTTCCAGAAAACCCAACATTT
TTAAGACCTTTATGTTTTACACTAGGAAAATATGGTCTCCTAGCTCAATG
GATCTGAACACCTGGGATTACTCTGTGTTGGGTTCTTGGAGAGAGATTCC
AATGAACTTTCACATAACACAGTTTAATTCTTTGTGGGTGTCCATTCTTT
AGGCAGCGGCCAAAACGGAAATCCAAAATTTAATCTATTCTTTCTTAGAA
AAAATAGAATTTTTTCCTAAAAATAATCAATATATACTGAAAAAGAACAC
ATCGTAAAAAATAACTATTTTAGATATATAAACAATCTTTAATGTTTCAT
ATAAAGGGGAATCAGCCTAGAAAATATCGGGGTTGAGGCTCAGGTGGGCT
ACAAGGATTCGGGTTTCGGGCTAGCTTGTTGGCATAAATATTATAATCTA
CACAGTACATACTCATGATTTTGTTTTGTTTCAAAAATTAAATATTTTTG
CTCCTCTGGAAAATTTGGTAGAATTACCTTTTTTTCACAAAAAAAAATCC
TTCAATTGTTTTTTTCCCAAAATGTCTTATTAAATTTTGTTTTCATACGA
AAAAATATTGTAGTACAAAAAAATTTCTTCATTTGGAGTGAGAGCAATTC
AAAAATAAAATTAGGTGACCGATTAGTTGTATAAGAATTACGTTGCTTTA
TAGATAAATGTCGGGCCTGGGCTTTTCCAGATTGGAAAAATGAAGTTCAG
GGCTAGACCGAATCAACTTCTAGTTCTGTATAGTTTTCACAATATGATTA
TTTTTTATTAAAAATGAATAAGTAAGCATTGGTGTACTACGTATAGGCTG
CCCTTTTGTTTTCTTTACGTATAACATATATAAAAGTGTTTTTCAAAGTT
TAAAAATGTATCTCTCTCCAATATTTCGAAGAAAGAAAAGAAAATATTAA
GTATTATATTAATACAAATGTTGATGTAAAAGTTATATAATTATTTTTTT
ATTCAGTACATACTCTAGTTACTCTCTACCCATTACTTTGTTATTATGCC
TGTGCATAATTTGACGACATAAAATTAATATGTGTGTATCAAAACAAATT
ATTTGATACATGGTTGTGTCAACCATTGTTTTTACTTTTTGTACAAATTG
TACCAAAATATTATAATGGTCCTAACAAAATAAATAAACAAGTCTGGATA
ATGTAAAAAAAAAGACCCAGATTTAAAAGTGAGAGAGGAACAACATCTGG
ACACATTTATTATGATAGGACTTTTTGGTTGGTAGGACCATGTATGTTTG
TATATATTTCAATAAGTCAGTTTGATTTTGAGCAATATTTATTTACCTGC
TTAAAATATCTTATGACAAGGGTTCAAATGGAACGACAATATATTGTTAA
AATACTAATAATATTATAACCGATTTTTTATTACATTACAAAAAAGGATT
ATTTTTGTATATGGCAAAAGGAGTACAAGATTCTGAATTTTACTAGCAGA
TGCTTGTAACTCCATATACTTTTACAAAAACTGTATAGTTTAGTTGGTAT
TTGGATCAACGTTGCTATACAAAATAACTGAAAATCATGGATTTATGAAA
CATATACCTGGTGTTCCAACGAAATCTAACCACTTACTAATACAATAATT
AATGAAGGTTGATTGATTGAAAGTAATTCATATTCTAATATGTTAAATTT
AAACAATTTGTAACTAAACAGAACAAACCTGAGCTCTCAGGCTTGGATAC
AAGTCGAGAAAATTACACTTAACTGTGATCAACGAATTTCCATTCTCGCA
TTCAAAGTAGTTGGGCGTCTGGAGGCCCATAGTCTTCTATGTGAGCAAGT
CCAAAACGTTAAACCGGACGAAGGGCTATGTCAAAAAGACCAAATTGGAC
CCGGAGGAGGTTAAAGAAAACAGCCCAGGCCAATTTTCCCATGTCAATGA
GGCCCAAATCAAGAAATCTCGGGATTTTAAACCAGATTGTCCATAGAGCA
ATCAAAGAAGTGGGTGGAAAGATCCATGTTAGGGTGGAGAGACCAATTTT
GACACCAGCAATAAATGAAACCTATATCCTCCGTTGGCAGACCCTTTTGA
ATGAGTCTTTTGAACTTTTTTTTTTGACACTTTTGTTCTTCCTAAAGCTC
TGATGCAAATCCGCACAACTACATATTTTGGGTGCATCTCAAGAGGTAGG
CCTACAATGTCTGTCATCCAAACACCAAGGACCTCAAAGCCATTGCCAGC
CAGTACTATGCCGCAATGACAGAGTACTACATCTGCAGTGGTTACCAGAA
TTTCCAACGCCTGGAAGTCATCATTACTGCTAAGGACGGCTATATTAATG
ATTAAGAGTGCTCAAACACACATCTATTCATAATATTAATTTTGTTGAAA
TTCTATTGATAATTAAAAATTTATATCTTAATGAACTTTAATATTCAATG
TGTGTACCACTCGATATTTGGTCAAAATGGCGATTATTGCTTAAATATTT
TTACATAAAGTAATTATAAATAATTCATTACTTGTATACAAGAATTAATT
ATTAACACACAATTATTTTAAAGGCAGGTTATTTGCTGGGGTACTTTTGA
AACAAATATTCATATGATTTTAAAGTTTGAAACTTAACTATTCACTATAT
ATATTTGCCTTTTTTGTATCTAATTCATACTATATTATAGTTCATTGATC
CATCTTCTTTGTCCAAATAGTCATATTACAATTTACAAGTAAGCTAATGG
ACTTATATGTATGAATATTATTCATAACACTATGTAACAAAATTCCGGGT
TTGAAGATCCACGGCCTTAAGTTCACATTTATTATAGTTATTAAAGCCTT
ACAACACTAAAATGATCTAAAAAAAAATCAATTGCCGTAGATTTGACCTT
TAAAGGCTTTTTTAATAAATCACATTTTTAGACAATAATTTCGATTCAGA
GCCATATTTCAAAATGAAAGAACTCGATGGACATAAATTAAATGTAATAC
TAATTAATAAAAGCATTCCAGGCATAAAAAAATAATTAAATTATCTAATA
TTTCATCAAAGTTGGTCTAATCATGCAAAGACCCAGAATCAAAATAAAAT
CTAATTCTTCTTCATATTTTTTCATTGTTTTATATTATAGGCGAAACTAA
AAATTAACCTATTTTTACAANCTTAATAATTTGCACTAAAAAATTAAGTA
TAGTTTAATCAATTATTTGACCAATTGTAAGTAGTAATTAGTATTAAGAA
AAATTAAGAAATGAAATATTAATATGTCGTTTAGATTACTTACATCTAAT
TTGTAAATACTAATAAAATTCATTGAACATATTCAAATTCAGNNNNNNNN
NNNTACCTCCAAAATATTAATTAGTTATTACAATTAGTCAAATAATTGAC
TCAACTATATCTAATTTCATAAGATTTTCATGCAGCTTTACATTSTTCAW
RTTTTAAATATTCTATAGGAAAATTGAAAAAATCAATGAAAATTCAACTN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNTTTTATAATATTAATGTAAGGTTTATTCCTAA
GTTTTAGCTATAATGTAAATCCATTGAAATAAAATAATTCTCGTAGATGA
AAAACACACAGACACAAACATATCAAAACTAATAAAAGAAAAATCCCCTT
GGAAAAAAATAAGGAAATTATATAACTGTGTAATAGTTGAAGTTAAAAAA
AATAAAACTGCCTGTTGTTTATTTAATTCAAACTCACTAAGGGTTATCTT
TACTATTATAGTAAAAGGAAAACATTTTTATATCGTATCAGGGAGATCAA
TCCTTGGAGTTGAATTTTAGAGCCAAAATAAAGTGTTTCATTGGTCCCCT
CAAAACCAGATGAGTTTGTGTGAAGAGGGATTTTTTCATCAATATAGTTT
CATTTCTCTGAATCGAAATTATATTTAAAAAAACGTGATTTTTAAAATAA
GGCATTAAAAGACAAGTTTACTGAGATTAAGAACTTTAATTGTCATTTCC
ATTAACAGTTTGAATCAGAGCTGTGGAGTCGGAAAATTTGTACCAACTCC
GTCTACAAAAATTATTATAATTTATGTAAATAAAAGTTATTTATAATCTC
AGGCTTATATTGAGTACTTTTAAAGTAAATTCTAAATGGTTATAAATTAT
CGGTATTAAGTACTATTAATCACAAATTTCCAATGTGCTCTATAGTATAT
ACACACACAATTTCCAAACACTGCTAAAGTCTAAATTATTATATTGGGTA
GAGCATAGTCARTAGCCATGCTAGTTCATTAATTAGACATGTGAATAGTC
AATGTTATCACAGAAAAGTGTAACATTGTAGTGAGATGCTGTGTGTATTG
TGGCTCCTCGTTAACGAGTACATAAATAATTTTCCAAAACTTATGAATGT
ATTAGGAATAGACAATTTTTGTTCTATTTCATATCTTATTAATTTAGTTA
AATATATTATATTCCAAATATTTTCTCTATACATTACACAATTATTTACT
ACAAATAGCTTATAACTACCTATGTGTATAAATTAAATCTATATTTAAAG
TATATAGACTAAAAGGACTCAAGAGTACTTATATTTGTAAAAAAAAATTA
TAAAATATACTAATGTGTGTTGGAGTCGGGCATTTTAGATACCGACTCTG
CATCTCTGATTTGAGAAGTCGGGGAATATGTTGATGCATAATGTAATTTT
ATAAGAGTCCAACTTATCAATATTCAGGGGGGTAATTAAAAAATTTTAGT
CAATGAGAAAAAAAAAAACTCATTTAACGAGATTTTTATTTTAAATTTTG
GCATCCCACGTAATTCCGGGAAGAAATAGTTTGAATAAATAAATTCTTTG
AAATTCCTATTTTCCTTTTATATTTTAAGAAGAAAATATACATTATAAGC
TAGTCGTAAAGGATCTGAAACTAATCCATGTTTTCTTACTTTAAATATGA
AGTTTTGATTAACTACTCATTTGTTGGTTTGTTATATATATTTCGTTAAG
CATTATTTTTTGTCGATACACATAATTAGAATCTTCAATATATATTCAAC
TTTTCATTTAATGAATCATGTAGAGGTAACTTATATACTTATTCAATAAA
TAAATAAATGTAAGATTTTCAGGAAAACATTATAATTTATTCTTGGTATA
GAACCTCCGGAGATTTCTAGAGAGAACCCCTAGTACTCGTATATACAAAG
GGAAATCAGTATCTTTTTTATTTCTCTTTTTAAAGGAAAAGTTGAGAGAT
ATAGAGTAAGTGTAATTGTATCATAATTCAAAATAAAACGCTTAATCATT
ATGTATAGCTTTTTGCTTTAATTTGAGATGATACATTTTGGATATGTGTA
CAAAATACAATGTTTTTCAAGGATGTTGGTGTATGTATACTTAATTTAAA
ATGCCATGAAGTGAATTAAATATTTTTGCTCCAAATTTTGTTTAAAAAAA
CAAACAAAGGAATTATTGATGCGAACGAGTTATTTTTCTGTGACAATCAG
TCGTGTTTCTATTTTAAGTGATTATGAATACTATATATATATATATGTAT
GTATGAAAAGACATACTTTGTTGATACATGGCTATAGCTTTATGCTGATT
ATGCATATAAATGTATATTGAATAATAATAAATGCATATCAACTATATAT
TTGCTGCAAAATGACATGTAAGCAACTTGGATAAAACAATAATGAACAGT
ATACTTATGGTCCTTCTTTATCAACTCACACGCAAAAAAAAACACATAAA
TACATCGGTTCTGGGTAAATCCTCCCGTGCTTATAGAATACAAAATAACC
ACTATGTATAGTAAGGAGGGACTGGTCCCAGCAGATTTTATATTTTGACG
GATAATAGTACTGTGTATGAACCTAGGAAGAAATAAATTTTGGAAAGAAA
TCTATAAAAATGACTGAAAAAGTTTCTTACGTATTTTATAATATATATTT
ATTGTAGATATAGATTTACGTAGATCAATATATATAAAATAAAATAGAGA
CAAAATTGTTGCTTGTAAGTTGTTTACGCGGTGGGACGGCAACAAAAATA
GGTATTGAATTAATAGATTTAACGAGAGTGTAAAAATTTGCCTTAATTTT
GTATTTTTTGTCTTCAACTACGCGCATTGAAATCTTTGGTAGTTATATTT
ATTTAATCAGAAAGGTGCTGCTTGAGGAACTTGGTCATACTGAAAGCTTG
GATTCTGTCTTCTCCGAAGGTCTTGGCCATTTTTTCGTCTGGGGTAAAGT
ATTGTTTGTTCTAGGGGGCCTGAAGATTGTGCTTCTTGAGGTAAGCCAAG
AGAAGCCTGATGCACTTGACTATGGAAGCTTCCCTCTTACCGTCAAGGTC
GACTATCTCATTGGAGAGCTTCATAGTTTTGTTCAAACTCGAGGCATTTT
GAGCGAGAGTTATATACAGGGTGTCCACGATAAATTGGATCTATCTTAAA
ATTCAATCTGCTTGATAAAAATGGAATTTGGAGTGTATTTGTTAATATGA
AAAAGTTAGACATGATATTAAACAATAAATTTATTCAACATGTCCTCCCT
CASCAGCCACAATCTTCTCTATACTGCCCCTAAAGGATTTGCATGCCCGG
ATGKCTTCGGCGGAATCGACAACATTCCACTCCCTCGTAATGGAGCCATT
CAGGGCCGCGATTCTCTTGTGGCTAACCTTGCACACCTCCCTCTCCAKCT
TCCCCTACCAGTAGTAATCACACGGATAGAGGTCGGGTGAGTTGGAGGCC
AGGTGTTGCGATCCCAGAAAGTGATGTTGAGGGAGATGAAGAGGTTAGTG
GTCCTCAMGGCGGTGTGTACGGGCGCTGAGMCTTGTTGGAATATGATCTC
CCTCCCASCAGCCGTATCCTTCATCCAGGGGATGACAAACTTCTCCATGA
CTTCGCAGTACCTTATCGTGTTAACCCTTTCCTTGGGATAGAAGAAGAAA
GGAGGCATCACCTCACCAGTGCTGCAGATGACACCCATGGTCATCACAGA
GGCTGGGYACTTTGTGGMGAAGACCGCAGGGACCTTTTCTCTCTCCGTGG
CCAGCCACCTGTCATTCTGGACGTTGTAGTTTCTGTCGACAGTCCAGTTT
TTCTCGTTGGAGAAGAAGATGATTCTTCCTCCATGGCTCTTCAGGTCAAT
GAGGAGACACTTAACGTTGGTGAACCTGGTGGCCTTCGTGGATGCCGTGA
GGATGTGTTGTTTGACCATTCGGTACGATCTGTACCCGAGGTTCTCATTC
ACAGCCTTGGATACCAGCTGCTTGCACACTCCACGATTCTTGGCCAACCT
GGACAAGGAAGTCCCCAGCGAAGCCTTGATGGACTTCCGGAGGCCTTCAA
GGAAGCGGGGAGTGCGGATTCGGTCACTTCTTATTTTGTGAGCCTTGCGG
GAGACCTTCCCCTCAATCTCCCAGGCATTGAAGACCCGGTATACAGTGGT
CTTTGGGTAATTAAGAAACTTGTAGATAGCTTAGGCGCGATCCAATTCGA
GGATGGCGTCTCTCCTTGCTTGTTGCATGATGACTATTMTTTGTGTCAAA
ACAATTGTGGTGGAAGTTATAGTGTATTGTTCACACAACCTTTTATATTA
GTATNNNNNNGTATTGTTCACACAACCTTTTATATTAGTATGATTTAACT
CCGAATATCCACATTATGGATCTGGATGAAGTTTAAAGAAGTTCCAATTT
ATCGTGGTCATTCTGTATACTATTTGTACTATTGTCGGCAGTACAGAAGA
GATATGATCACTTCGCCGAGAGGAAGCTTTTAGAACTTTTTTGCACAAAT
ATATTATTAATATCAAAACTATGGTTCGATAATATTCATACAGTTGTTAG
AAAAGTTATTATTTACTAGGTTAACAAGAAAAGTTCTTGACCTGGCACAG
AAATTATGCAGCTGGGTGCAAAGGTCATACGTTGTATGACTATTTTCAAC
TGGTGTGCTCTTACATTTTGTTTACAAGAACTGTTTRAATAAAWAAAWKS
TAWTTTTTRTTGAWATTGATAAAATTGAATATGATACACTCGTATTTTTT
TTTGTTTTGGATGGATTAATCCATAAGGAAATTCATCCAAAGTTTACAGG
GACTTTGTTCCTTTAATATCAACTGTTAAAAAGAGGGTAGCTGCACTCCC
CTCGAAGATGACCCACGTGAAGAACGTAAAAATACTTTGTTTCRCCCATA
TGTATATTTATAGTTACATAAATGAATATATATAAATATCGACATCATTA
AATAATGTCAAAATTTGTTTGGATACGCTATGAACTTCACTTTGACTTAC
TACATAAAAGCTATTTAAACTGAAATTGTTAAAAAAAAATGAGCTGTGAA
GAATTGATATTCTTTTTTTTTATAAATACATTATACACAAATAAATTTGT
CAAAAGAAGACATCTTTGATTAGCAATAAATGATATGTTAAGAAAAATTA
AAGTCTCTAATGTACAGAAAATGATTGATGATAAGATAGGTTTAAACAAA
AACATTAACAATGTATCATACAACTAGATATAAGTCAAAACCCCTATATA
AATTAACTGATATCTACATTCTATATAGAATTTAAAATTTAACATTCCCT
TTCATAACTTTTTCTTGTATAGTCCCTAGATGGAGGTTTTTTTGTTTTTG
TCAAATGAATTCATAAACATATCTCTGATAAGAGTCAAAGTCACATTTTA
AGTGGGTTAATTATGTTAAATAATCGTTTAACGCTTTATAATATCTCTTT
AAGTATTTTTGAAGTACTTAATTATCTATATAGCGAATTGTAGATATTAT
GAAGAGAGCCTCGGATTTCTCTACTCAAATACATGCGATAAGAAATGCCT
CTTCCCTACTAAATTGTAGTAAAAACAGCATCAATAAATTAAATGAAGAG
CAAATAAAAAAGGCAAGTCAGTTTTATTTTTATAAATAATGAACAATTCT
CCCATAATAACAAGAAACAACTATACAAAGATTAAGGAAATCAAGAGCAG
CATGTGGGAGCAATGATCATGTGGATGCGTCATCCTCCCTTCATATGTTG
CTAAGCTGGCATTTAGAAGTAATATATATATTTATTATTATTATCATAGC
ATCAGTTTGAAAAGTTGTTAGATTAAATCATTAAATAAAATTAGGAATTA
GTTCCAGATGATTCAGAATTGAAGACCTTGTAAAAATGAAAAATAAATAT
TATTTAATCATGCTCCTTGAATGAAGATTGAAAGATCAAATGTTAGTAGA
CAAAATAATTGAATGTGATGATTTTATCATTGAATCATAAATAGCACAAT
GATATAATTCACACAATTATCTATATATCCACAATACATTACTAATCTCC
ATGGTTGGATAAAATAATTTGTTTAGATATGCTGATTAGTTTTAATTACT
CTAAAGAATGTTAATCTATTGAACTAAATGAGAATAGTACGAGAGTTGGG
AAGAATGACGTCATAGGCCAACTATCATTTACATCACTAATCTGAATGTT
TATGCTAAATTTTCTTGTCATTTGTGAATTTTTCTACTTGTCTTGTCCCT
TATTATTGTTTTGAATATTGGTTGAACGCAACTTAGTTTTTGATAAGCTC
TGAACAACTTATTTAAGACAGTTTATTGCCCCTTTTGGGGGAAAAGGTAA
AGCAACATGTTTGTCCAAAAGCATCAACATCAATAACGTGTATAAGTTTG
CCTGCACGCCATGCTCTCTCTATCTCAAAATTGGAATTTTGAATAACAAA
GAAATAACTTCGTTAAGTGAAGCGACACGAAAACACTATATTAGAGGGGC
AAGGAGTAGATTCGTGTACTGAAGATGAGCCCGGAGAAGATTCCATCTCA
TGATGTACAAGTACTGTCCCTACGATGTGATATCGTCCACCCTGTTTTCT
CAGTCCGTGGATCGACTCCGAGTCCCTCTTTTCCCTGCCCTCCCCTGATG
GAAATAATATATTCTTCGCTTCGCAAAGTTATTTCCATAGTATTTAAAGG
TTACGATAATTGAATTTCAACTTTTCAAAGTCGTTGTCTCCAATTATGGG
ATAGAAAGACGTATAGATATGACGTATTGGGAACATAATATTTTTCTTTA
GTCCTATTAGTGTTCTGCTCATTGATTTGCTGTAAACCCCGATTACAAAA
TAGGTAATCGTACAATAATTGAAAGAATGATGTAGTTGGTTAGATATCAT
AAGCATATGTAATTTCGGATCTGTTTCCTTTCAAATTTTGTAGAAAAGGC
AGTCAGATATAATTAAATTTACTGTGTTACCCTAATTAAAACATCCAACG
CAGCATTGAATTCAGCAATCGATTTTTATATTACTCCTTCTTATTATTAA
TGTTTTGAACATTGATTGATTGAGTGGAAATTAAATATTGTTATGCTTTG
GTCAATAGACCGTTATTACTTCACGTCAGAATGAATAGACAATGCCATCA
GTATGGAGGGTTTTATTTTTGTTATAAAATTAAGTAAATACCCTCCAGTC
TGAAGTTGCTGTCTGCTCATTTGTGACGTCTATGAAAACATCACAAAAGG
ATGTGAGTCTTGTATACTTGGTTGTTTGTTTGTAAAGTTATGCTATCTGC
TCCATCTTACGGTTATTAATGTTGTTTTTTTTTAAGTTTGTTCAAGTCCT
MCTCCCTACTATTAAATGAACAATAGCCATGAATTGACTAACTACCAACT
GATTTTAGGCCAATTTTCTTTTTGAAGGAAAGGTTGAAAGCCATGTTAAA
CGAAGTATATTTAAAGACTACTTTATGCAATGGAAATTCAGACTATTTTC
AAGTTCATATATTCGGGTTTATGTAAATACTCAGGAGTCTTCCTTTATTA
AAAGTTTAAAGCTTCCATGAATACTCGTAGTATATTTTTCTTTTCCTTTG
GCTGAATATATATACCTCCCAATCAAATATAAATAGATATGGATTTAATC
TATGTATGTTATACTAACATTGAAACTTTTATAATTGAGTTTGTGTTTTT
CGTATTTGCAGAGAGAAAGAAAGAAAAGGGTAAATAAGCTTACTTTTAAA
TTTAAAGAAAAAGTACATTGGTAAGAGAGATCTTTACTTCCAGTGTATGT
ATGTATGTCTTTATATAGAAAAATGTAGTTAACCAGCTAAAGTGCCATTC
TAAATCCCATGATTAAAATAAATTTAATTAAGTTTCATTATATATTAAAG
CCCTCCCCCATTAATATGGTGATTAAATTTATATTTCCCTACCAAAATTT
GCATAAGTATTAAGGTACATTTTTATATATTTGTGACTAAAAATGTGAAA
CAAAAAATTACTTTGAGGGAAATCACATGAACATACAGGGTCATCCAAAT
GATTTTTGTTTGGAATGGAGTTTGGCATCCAAAATTTGAGGACATTTTGT
ATTCAAAATAGTGGTTGGACGCTTAAATTTAGCGAAATACGTCATTAGAG
GCTCATTTTTATAATGATTAATGGAAATGTAAGGATTGTTTTCAATGCTA
ACTTAGTATAGTGCAAATTTAAATATGATAGTCGTACAGTACCACAAAAA
TACCAGTAAATCATATGATATTTGTTGACACTAATCATACTTATATTATT
CATAATTGATCTATTAACAATGTTGTACAGTGATGTAGTTGGTGGTGCAT
CTTAAAAATTTAGGATGAAGACCTACATTGTACTTTGTAAAAATAAATAG
TAATATCTATTTTCATTGTTTGAACGATCTTACCTATTGTCAGTGCCAAC
ATGAAACAAATGAATTCAATGATTACTTTAAACAAATCTATCCAAATTAG
TGTACACTGTATCGTGACTTAATATCTCTTCATCGGTTACTGTATTGTCC
ATAAGGTTTACAACATAAGAGCGTCTGTAATCCGAAGAAATAATACTGTG
CTATAGAACTACGCTCTATATATTCCTAGATTTTGTTAGATCGGATTTGA
TATGAAAAAAGGATCTACAGATTCGTAATCAGTTTCTCAAGTACTAGTTA
TATTACATATAGAGTTAAAATTATTTAAAAATTAAGATTTTGTTCCCTTA
TGTAATATTTTATCTGTACTTATGGAAGGAACATTAATTGTAAGAAAATA
AATGAATTATGACTAACATAGTTGTCAAATGAACAATGAAATTATATAAA
ATATTTTATAAAAATCATTAGAGTGATAATAACACCATCAACATCAAAGA
ATACATAATTTAATTTAAGCGTAACAGAGTAAAATAATAATATAAAAATA
TGTCAGTAGTGACTTTGCGTAGATTTTCAATGTAAAAACTTTATTTGAAA
AAAATATATACTCATTTCAATTTTTTTTTGTAAAAAGGTGAAATAAAATT
TGGTGAACAATTATGAAAGTGAAAATTATATCAAAATAAACCTTAGCTAC
AATGAAAACACAATGAGTAATGACATAAATAATATTTAATTCGGAAAAAT
GAAAACAACGTATCCTCGCATAATAATGAATCCTCGTTTTTGACGGAACA
AAGATTATAAAAACATACGGAACACGTTTACAATTTTTAAAGTAATGCTA
AAAAGATATAATGCAAAATTGATCATTTTAAATGATTTTGTAATGGGTAT
ATCTATGTTTATAGATTGTGATAACTAATAGGTTATAATGCAATAAATAA
GTTAATTTTTTTTTGTTCCTGATACCCGCAAGATACCCATACTATCGGGT
GGCCCATTGAAATCTGAAAGCTTACTAATTCAACAATTAAAGAAGGTTGA
ATGATTTAAATGATTTTATATTTCGATCTATTAAAGCATAAACAATTAGT
TACAAAACAAAATAAATTTGAGCTCTCTACCTTACGTACAAGTAGAGAAA
ATTACACTTGAACGTGATTGACGAATTTCCATTCGCTATCTCGAAATATT
TAAGCGTCTCCATGAGTMCTCTCTTCGCCGTCAGCAAGTCCAAAACGTTG
GAGAAGAAGAAGGGCTCTGCCAAAAAGGCCAAACTAGACCTAAAGGAGTT
AAAAACCAGAAAAGGCCTATCCTATGCAAGAGATCTCCGGGTTTTATACC
ACACTGTCTAGAAGGGTATAAAAAATGTGTATGGAAACAGCTTTGTGAGG
GTGGATAGACCACTTTGACACCAGCAATCAAAGACACCCATCTGCTCCGT
TATAAGAATCTTTTGAATAAGTTTTGAATGAGTCTTTTTAGTTCTTTTTT
GACACTTTTAGTACTCCTACAGCTCTGATGCCAGTCCACTCAACTACACC
TTTGATTGCAAGTAGTTGAGAAAAGATAAACATGCCTTTTAACCAAACAC
TGAGGCCCKCAAAGCTACCGTTAGCTAAGACTTGGATTCTATGACAGAGA
TCTACCTCCTTAGCGGGTGCCAGGAATACCCCCACTCCCTGGAAGCTATT
ATTGCCGATACGGGCGGCAACATTAATGATAAAAAGAGCTCAGACACACA
TTTATTTATATTATAATTTTTTTGAAGTACTATTGTTAATAAATAAAATA
TGTCTTGTTGAACTTTAAAATTAATAGTGTTCAGAGTTTAATGAATCACT
CGGCATATATATATTTTTAATCTTTTACAAGACAGTTATTTTTGGCTGGG
CTTTTTTGTAACTGGTTGGTTTTGTATATAGCATAAAGGCCGTAAATAGT
GTATAAACTTTAGTTCAGAAGCACTTCAAATAGGTTAGAAGTGGAGGAAC
CAAAAATATTCACTATATTATTTTAAAATGTCGAAATCATTTTTATTACT
TCCTTCTGGGTCTTAACATCACTGCTCTGGTGTTACATAAATGGAGACCT
ATCACTTCAGTGACCCAATAATTTCAACCTTACAAGTTGACAAACATGCC
TTTGAGCTGAATAATTTTAAAGAAGATTCACAATCTTGTTTTAAATAAAA
TCCAGATTTTAATGAAACATTTAGCTTAAAAAAAAATAAAAAAATGAAAG
GGTAATGTAAATAATTACATTCTTATCTAATCTAAAATAGGTATTTCATA
GACGACAATTCCCAATAATAGTTATTTGCAAATGGTGTGGGGTAAGATAT
TTCAACTCGAAGTAAAAAATATACAGAGGAATTAATAATTGTACACACAA
AATAAGATCCATATTTTTTCAAACAAAAAATAAAAAAATTATAGTAATCT
TTGCAAAAAAATAGTCATTAACAACCCCTTAAGGAAAATGATCACTGTTC
ATTTTTCTGTACATTCTCTAAGGCTTTTTTCTTTATTTATATATATTAAT
ACTTATTATCAATGTATTATTACTCTCTCATATTTATAAAATACCTTTAG
AAATAAAGACGATAACTTTTTTCAAACTATTTTTACTATCTTTGGAACAT
AATTTATTAGAGACTTAGAGAAATAAACTCATAAACAATCACATTACATA
AATAATGAAACTATTTTTCGCGAACATATGAGTCAAGTACTATATGTTTT
TGCAATATAGGCATGTTGTATTCATATAAAATATGTGAAAGGAACATAAA
TAAGTCGATTAAAATTATGGATTTATATATCTATTATGTCTTAATGAAAA
AAAAATTAAAAGTGTCTTNTAAATGCGAATGCCTGTGTGTGTGCCCAGGA
ATCCCAATCAAGCCAATTTATTAATTTTGCTAAAAGTTTTCATGTAGATT
TGTAAGGCTCAGGAAATCTTTCTGGTAACAATTTTTTTAGCCTTTAAGTG
CATGACATCCTTAAAATACCATTTTTCTAAAAATTAATTTTTTGAAGAAC
ATACGACTACATTATATTAAAAAAAAGAAAAGAAAAAAAAAGACTATAAA
TTTTAAAAATGATTCTTGTTGCATGTTGGTACTTATCTTTGCACACTTTT
TTTAAAGGATATTTTAAAGTTTAGAACAGAAAAAAAGAAGAAATAATAAG
ACAATTGTTTGTTGATAATCATATTACAGTTTAGCAAACACCTGTTCCAC
TTTTATATTTTTCTTCTCTAACCTTATGTCTCCTTTCTAAAAAAGTGTAA
AGACACATACCAAAACATGCAGGGAGAATAATTCTTAAAAGTTTAAGGTC
TTTCTATTTGCTTTATATGAAACAAAAGAGTTCCCATTTAATTTTAATTT
CTAAATGTACCGGGAATCGCCGGGCAAGCCTACTCCTATATATTATGGTT
TATGAAACAACATTAGTGGAAGAGTTACCACAGCTATCGTACATGTACAC
ACAATTGATGCTGGGTTGTAATAATATAGACGGATATTGAGAGAAGAGTT
GCTCTCACAATGACTTCATTCAATCAATTAAGAAGAGTTAATGTATAGTT
TAAACGCATATGTGTACACGCACGACTATCATGAATGGTGAAACAGTTGA
TTTCTAATTTTATAACCTCCAAACTCTATTATTCTTTATAATTACCCTTT
TTAAAAACCTTTTTATTTTAAAAAAGGTATGTTGTAGAATAAATTTCTTG
TGTGTGGTGGGGGGGGGGGGGGTAAGGAAATGCTTCGTTAAGAAGATACA
TTATAAAATAATTCGGTCTATTTTAGCATGCATGCCAAGTATTATAAKTG
TGGTAATCTACCMTAAGAATCTGTTAGGAATTTAATTTTTTAAAATTTTT
TCGAATTTAGGTTTCTTTCCACCTCTCATAGTATATAGGTTGAGTGTTTT
CAAATAAATTTTTTATTCCGAATAAAGTTCTAATTTTTTGTATTATATAT
ATGTAGGNATATATTTTGAAGAAATTTCCAATACTTTTTAATTTTATAAA
GTTTAAAACAGGGTTATAGATACGCTTCAAATTATTGATTTATAAATATC
TAATAAAATTCGGTCTAACTTTTTTAGTATTTCAAAATGGAGATCCAATA
AAAAATTGGTGTCTTTACGTTTATTCAAAAATGTGAATTATCAAAAATTA
TTTATCGTCGTTATTCATTAAACAATATATAAGTGATTTACAGAACCAGG
AAGACATAATTCTTTTAGGAACTAAACACCTTTGAATCAAATGTTCTTAT
TGTTGTATTACAAGTTTTTTTTATTACATATTGATATACTTTCAATTGAA
CATTTTTTTTTTACATAAAATGAAGTTGAGTTATTTTAATTGAATTCAAT
ATAATTTTTATTAATTAAAAATATATTTACTCTATTTTTCCCAATTTCAT
TTCATAATTTGTAAATATTGTCCTATCTTATAATTTAGCCTTTACTTCAA
TATTGCAATATGGTCTCATTGGATCCTTTTTTAAAGATATTATTTTCATA
TTTATTTATTGCATGTTTTTGTCAAATTATACATATACATAAATGAACTT
ATAGGATTTTATAAATTGTGTCATATGACAATATTCTTATTGAGGAAATA
TCTAATAAAATAATCCATACCACTTTATTTAAAAAAAAAAAAAATAGTAG
TATGTGAAAATTGGCCTTACTTAGGTATTTATTTTATAAAAACATGCACT
GTATATTTTATTTTATGATTATGTTTATTATAGCACTAAGGAATGGTATT
TTCAAGCAATGAAAATGAGAAATCTTACATATTCTCTTTATATTTTTACT
TTGTATTATTTATTACTTATAGCTATTTTCAATAGGTATTACCATTTCTT
TATTTTTTACATGTAATCTACCCTGAAATCATATAAATAATATTATCAAC
ACAATATCTATCTCAAACAGAGCTAGGAAATGGGATTCCAGTTGCAATTT
AGTGGAATGAAGCTATGGCTTGAGACTAAAAGTAAAAATATTAAGGCTTA
TGTAAGACTATAGACTACTCATGAAACCTATATTGTAAGCTAAAATAGAA
ACAATCTTGACCAAACATTATATAGATACAGTCCAAAATTTCATTGATAT
ATTTCAGTCAATTGTAACATGTGAATCTATTAAAATTTCTAGGATGAGTT
GATAATTCATAACCTTTTTTTGATTAATGAAGTGTATTGGATTTTAATCA
AATCTATCAATTCCTTGATAGATTTCCTTGAAAAATCATTCTTGTTTACT
TTTGTGTGACGAGTCACAATTATATCCTCTATTTTAAATTATAATTATTA
TTATTTAAGTGTAATTTATTTTTTATATAGTCGATGATAACTGAACCAGA
GCTTGGGAGTCACAATTAAGTCTAATTAAACTGTGACTCGCAGTAAAAAG
ACTTGATTCAGAGTTAAGTTAAGAATAGGACACAAACATTCTTTATTTCA
TATTGTAGGCACTATTATTTATCGCCAATATGTTTATTGTATTACTAAAT
TTTGATACTGGTATATTCACTATATCAAAGCTGGAGGCTTCTTCTCACAG
CTCGTACTTAAATAAGCGACTTTAGACTCGAAGTTAAACGACTTACAACC
CCAGCTTAAAGACTCTTTCTATAATTTCATGTTAATACAGATAATGAATA
AATAAGAGCTGTGGACTCCTTCTCACGACTTTAACTTAAGTAAAAATTTA
GAATCTATTGAAAATATGCACAGCTCTTTGTAAGATTGAATTTTGATACT
GATCAGGACTAAACCAGATTTGAGGAATTCTTTTTTGGGACTTAAGAGAG
ACTTTAGACTCTACAAGAAGACTCACAACTCTGGTTGGCATATAGACCTA
ATCAAGACTTTACTTGTGAACAGTTCATATTGAAGAAAGGGACTTTAACT
TTGTGCCTCTACATTATTTAAAAGATACATAAGTATAACTCCAAGCTTCT
TGCTATATGAAATAGGAATAAAAATGAGATATTCTTTATACATAGGAAAA
ATTGGGTCACGTAGCACTTTCCTCTTCCTTCTTTATACTTATCATACATA
CTTACACATAATCTCTTAGTTCTTGTGTGTCGATCTACTACAATCTAAGG
TCTATTAATATATTTAGAGTAATAATAAAGGAGTAATATGTATTTGTCAG
AAATGAATCTAATGATGGAAAATCCATCAAAATAAATATTTTTTCTTTCT
TTCCAACTCTCATGTTGAAGGAACGTACATATAACATACATTTAAACTTC
CAATCGATTTGTTTGCGCTCAATTTTATTATTTTGAGTTATTTATTTTGG
TGGAGTTTACTCATGTCTTTAGAGTAAAAAGTAGAACAAATATTTATGTA
AAGATAGATTATTATATTGTTGTACATAAGGAAAATCCACTTTTTGGTCA
TAAATTTTCGGGTTTTTCATAATAGAAGTATGTGGTAATGTACTTATGTA
CTTAAGACACATGTATGTACAATATACATACACTCATGTTAGAAAAACTT
GTTTACTTATATAATGTTTTAGAGTCAATGACAAAAGTGTATAACTTGAC
ATACAAAAAAAAGTATACTAAAAAACATACATAAATTTATACTATTTCTT
GAGAATTTAACAAGCCTTGTGCAATATTTTAATACAAAGTAATTTTTTCC
ATTTCAGAATTTGAAAAATCAAATCATGACTACAAATCTATGGGTTGAAC
AATATTGGTTTGATTATAAATTAAAGTGGGATCCAGAAGAATATGGAGGA
GTTCGACAACTTCACGTTCCGTCCGATCACATTTGGAGACCAGATATTGT
GTTATACAATAAGTAAGTTTACTCCAAATGGTGTATCCTTGTTTGTAGAG
TACTTTATTAGTTAATATATAAACTGCAATACTACAAAAAGTCCGGATAA
TAAGTTCTGCATTTATACTAAATTGTTTTAGACTATCAGTGATACAAAAC
AACGTTTATTTATCTTCGTATGTAAATGGTAGATTTTATAGCTAAATAAT
CTTGAAATAAAGAACCAAAATTTAGGGAAATCTTGGATAAATGAAGGCGC
TGTCATGTTTAGCAGGGTAATATAAACATGTGGGGATTTTACACAATGTA
ACTTATAGAAGCAGATTTTAATAGATTAAAATCAGTTACTTCTCATAACT
TCTAATTTAATTATAGCACGACTGCTATCTTATTATTATTATTTGTATCT
ATTAATATAACATATTAATTAAATATTTATGCTTAAAAAACCATGTGCTC
TTGAATTATATTATTGCAGTGTAAATATCAATTAAATTTTTTTTCATTAG
AAAAATAAAAATTACATCATTAAAATTACCAGTTCTAGAATAAAAGTTTA
AGAAAGTTCAGAYAAAATAAGGATTTCACTCTTACAAACAAAAACACGTT
TTTAATACCATATCTTATTCATTTTGAAAAGGAGAATTATTGAAGTTTGA
TGATAACACAGTTAAAAGATGAACGAAGTAAATTGTATTCGGGGGTCGGT
TTTAAAATTTTACAAATTGTAAGGTATTCACTTCAAATAGATGTTGAAAT
TCCCTTTTAACTTTGTCAAACTGATATGGGAAGTCTATTGMCTCCTCCAA
GCCTCATTTTAGTCTTTTAAATAAAATTTTGTTGATATTTCGTTCAAAGA
TATTTTTTTTAGCAAGTAATATTTATTTATTGTTTAAAAATTGACGTCAA
AATAGGTCAATTTGATATTTTTTTGAAAATAATATTAAAATAAATTTTTT
TTAGCTATGACTTGAACTGTTTTTCCAATCATTACATAATGAATATTTTA
AATTTTCTGACTACCATCCATTTTTCTCTAGTCTCAGTTCTCATAGTTCT
CATGTCTACAGCTCTGATTATATACATGTACCTATTTAGTTCTATATGAA
TTACATATAAGAAATTAAATGTTATTATTTTATATACATAATGCAGCCCT
TTCAGAATGTAATCTGATGTACAGGGTGTCCACGATAAATTGGAACTACT
TTAAACTTCATCCAGATCCATAATGTGGATATTTTGGGTTAAATCATACT
AATATAAAAGGTTGTGTGAACAATACACTATAACTTCCACCACAATTGTT
TGACAACAAACAATAGTCATCATGGAACAATCAAGGAGAGACACCATCCT
CGAATTGGCTCSCGCGGGRCACAAGCCCYCTGCTATCTACACGCTTCTTA
ACTACCCCAAGACCACGGTGTAATGGGTCTTCAATGCCTGGGAGGTTGAG
GGGAAGGTCTGCCGCAAGGCCAACAACACGAGAAGTGACCCAATCTGCAC
TCCCCGCTTCCTTGAAGGCCTCCGGAAGTCCATCAAGGCTTCGCTGGGGA
CTTCCTTGTCCAGGTTGGCCAAGAACCGTGGATGTGCAAGCAGCTGGTCT
CCAAGGCTGTGAATGAGAACATCCGGTACAGATCGTACCGAATGGCCAAA
CAACACATCCTCACGKTATCCACAAAGGCCACCAGGCTCACCTACTTTAA
GTGTCTCCTGAATGACCTGAAGAGCCATGGAGGAAGAATCATCTTCTTCT
CCGACGAGAAGAACTGGACTGTCGACAGAAACTACAACGTCCAGNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAGAAGAGG
TCCCTGGGATCTTCACCATAAAGTTCCAACCTCCGTGATACCCCTGGGTG
TCATCTGCAGTACCGGGGAGGTGATGCCTCCTTTCTTCTTCAATCCTAAG
GAAAGTGTTAACGCGATAAGGTACTGCGAAGTCATGGAGGAGTTTGTCAT
CCCCTGGATGAAGGATACGCCGGCAGGGAGGGAGKTCATGTTCCAACAAG
ACTCAGCGCCCGCACACATCGCCATGAGGACTACTAACCTCTTCAACTCC
CTCGACATCACTTTCTGGGATCGCAACACCTGGCCCTCCAACTCMCCCGA
CCTCAATCCGTGTGATCACTACTGGTAGGGGAAGTTGGAAAGGGAGGKGT
ACAAGGTCAGCCACAAGAGCATTGCGGCCCTGAATGGCTCCATTACGAGG
GAGTGGAATGCTGTCGATTCCGCAGAAGTCATCAGGGCATGCAAATCCTT
TAGGGGCAGGATGGAGAAGATGGTGGCTGCTGAGGGRGGACATGTTGAAT
AAATTTATTGTTTAATATCTTGTCTAACTTTTTCATTTTAACAAATACAC
TCCAAATTCCATTTTTTCAAGCAGGTTGAATTTTAAGATAGTTCCAATTT
ATCGTGGACACCCTGTACACATTAGAAGAAAGAAAAATAAATAATCAGTG
AAAATAATGATTAATACTTCGACAGATGTATCCTTAAATAGTTTTTCCTT
TACAGATAAACAGTTGAAAAAAGGGAGCGCCCGTCGGAGATGCCATTGTA
AAATAGTCAGAAAATACATATTTCAATAAACAAATAGAGATTGCATTTCT
TAGAATGAAAATTAAAATGAAATGAAAACATTAAAATCAAAACAAATACA
TTGTCATATGAATATTTAATGCAAATTACAAACGATTTTAATGAGAGAGA
AAAAATATAGAAATGATGTTTGTTAGATTTATATTCATGATTAATAAATC
ATTGTTTAATCCTTAATGAGAGCTGCAGTAGTTTGCTTTATACCTAACTA
ATAATTCTAAGTATCTGCAGAGAATAGAAACACAAGCATCAGAACCTTAA
AAATACACAAAATTGTTATTTAAATATTATATCAGGCGTTAAAATGAACT
CATATGTAAATATGTTATGCACAGCTTGCATTTTGTATAAGCAAATTGTA
AAAATCGAATAATTCATTACAATATTGATCATTTTAATCACCAGCTATTG
ATTGATACTATAATTTCATTTTTATATATTTATAAGTAATATAACAGTGG
TTCGTACTTCATTATGTGCCACATAATACTTGCATTCTAGTAATTTTTAT
TAAAATATTCAAAAATTACAAAATTAATATATTGATCGTGCACGAAATAT
TAAATTATTGAATTATTCTTTCTCAAGTATTGTAAATCTTACATATAAAA
TAATTCATCTAAATTTTGGTCGAAACATTAATTTCCTAATTATTGTTAAT
GAACAAATTTTGTAGTTACTAAAGTCTTAAGTAATTTTACAATGGGGGAT
ATGCGTTGATTACTTATTAATATTTATTTACGTACCCGATATACCTTGCT
TAGAATTATTTTTTATTTGCTGTTTTTATCAATGAATTTTACTAATTCCT
GGAATGGAACTACGTTTAGTCACTCACTCTCTTGTAGAGGAAGCTTATTT
TTTGTAATCAAAATTAAATGTTAAAGGCTAATTGAGTTTGAACAATAGTA
ATTCCTTCTTATATCATCAGATAATCTATGTGAAGTCACGTACTAAAATT
AATATATTTTCTACAGAGACAACATTTTTGAACTGAAAAAAAAAAAGTTT
ATGATAAAAAAAACTTGTTTGGAGTAAGTAGTAAAACATGGGAGTGCTTC
AGATGGTAGCTTTAACATTTTTTTTACAAGTCATAAGAAAAAAATACCAA
AAATTAAGTTTTGCTTGAACATTGTGTATGTTAAAGTTAGGATTCATCTT
TTTGGCAAAGGATGTAAAATGTATATGGATAGAGTGCGACAGGGAAATTT
TCCGTGATCAAGAAGCATAACCAAAACCTTAATAACTTTTTATTAGAAAA
GTATAATGAAAAATGTTATWAAAAAAACATTTAGCAAGCAATCTTGGCAA
AAATTATTCTCCAGCCTCTATTATAGCCTCTATAGGAGGTTGAAACTTGG
TGCAGGTTGCCACAGAATAATCAGTGGACATGTTGGGTCATTGCTTCTTG
ATTCTGCCTTGAGCTCCTGCACCTTTCTGGGTGATGTCTTCCCAACCTTG
CTCTCTGAGACACTTCACACACTGAAGTCGAAGGAATTGATATCAGGACT
AGAAGAAGGCCATAAGGCCTTGTCCCAGAATACAGCCAAGTGATCTTTCC
AGAAGTTATGTGCCTTCAAGACCGTATAGCTGGGGGCACCGTTTGGGGTC
CACACATAGTTGTTCTCAGGATAGTTAGCCTTCAGCCAGGGCAAGATTAT
CCACCTCAGAAACTTATAGTAGGTCTCAGCCCTGATTTTCTCATTGGGCT
TGAAGAAGACGGTATCTTTTTTCTTCCCATCAGAGGTCACGACTCTCAAG
CACATTTTTTGGGCTGGATGTTTTTTCCTGAAGTTGCCCTGGACTTCCTC
AGGTGATGCTGCTATAAATCTTTTGTTTCTGCACTTCAAATCCTGGTCGA
ATGTGAAGATCTTCTTATTTGAGAAGATCTTGACAGTCAACGGATGACTC
TTCAAGTAATTAAGGACTTCTTTGCATCTTTCAAGCATTAAGGCCTTCAT
CTTGTCGGTGAGGAGATGTCATAGAGTCCTGAAAAAGCTCTGAAGGCCAA
CGGTTTCATGAACTGCCCTCCTGTAGGTTATCTCGTTCACCTTGAACTTG
TTAGCCTAGTGGCACATTGATATTGTTAGATCTTTCTTGATCTTGGCCTC
CAGGGACTTGGTAATTGTTTCATCTCGCTTTAAACCATTTCCTCCACCTT
CTGCCTTCCTTTTGAGTCATTTTCCATTTTCTTTGACCAGACTGATGTTC
AGGACTGTCCTCATGGCCACAACGACAATGTCTGAAATTCTTTGGCCACA
CCGATGTTCAGGACTGTCCTCATGGCCACAACGTCAATGTCTGAAATTCT
TTTTCATCCATGTTGAGAAGATCCAAACCACCTTGCTTTTTTTATTCCTT
TTCACTCTTTTTTCGTCCAATTTTGATCAAATCAAAACTATGTGTAAGAA
AATCAACACATGTATCGGAATATTTTTTGGGATGTCACCTGAATCCTTAA
TTAGCATAACAAAATTAATGACGCAGGAAAATTTCCAGGTCGCAACCATG
TTATTTAGGTATAAYGTAAATAATTAAAACAGGGAGAACAAGGATCAAAC
GCATGAATGATGATTAATTGAATAATATTATTAATATTATAGTAGACAGT
ATTGTGTACGTGACATTTTTATTAATTTATTGAATATCATTAATTAATTT
TGCGGAAAAATCCTCGTTCTACTTATTTTATTCGGTGATTGGTTGAGAAC
TTTTTTATTTATGGTGTTGGGTATAATTACCCATTGGTTTGAGATAATTC
TCAGTGTGTCAGATTGACTCATTGCTCTTATACTTAGAGGAGACTACAAT
AGCGAAGAGTCTCATAGTAATTCAATATTGTAGATAAAAAAAGGACTCCT
CCTCTTGCAGGTCTAAACAAAACAATTGTGAGTTATATAGACTCAATTGA
CTTTTAAATTTTAAACAAATTTTATTTCTAATTTTATAAGGGGGACTTTT
ACCCAATTTTTTTGTGTATATTTTTCCTTATTATTTTATAAAAATATTAT
TTTTAATTTTTAACATATAACATACAATATTTTTTAATATTACAGTAAAA
TCCTTAGGCAAAAATTTCGTACTTATAGGTTTTTTTAATCTTTTGCTTAA
TAATTTTCATGTTTTCAAAAACATCATTTCCATCCAAAGTTATGAATATT
CCTAGCACTTTCCTCCTAGGGTTAACACTTATACTGTTCAAATTAGAATA
ATCATTAAAATCAGCCATTACTGTGGATTTTTATGATTAATTCTTAATCC
AGATTTTGTGAGGTTGTCCTCTAAAATATGTAATTTCTGCTAAAAAGAGG
TCTGAATATCTTTTTGCCTTTCTGAATAAATCATATTAATGTTATCAGCA
AATGCTTCAATTTTANTTTTCCATCTCTCCCACTTTATACCATTTATATT
TTGATGCATTGATTTCCTCTAATAATATATTTAAGGCAATAATAAATAGA
CCTAAGGAGATGGAATTTCCTTGACGGCATCCTCAATTCACATTAAAAGT
ATACTCTTCTCTTTTATAAAATATAATACTGTCACAAAGACTTACTGCCA
CCATTCCTATAAACTTATTTCCCAGCCTGTGCGTCTTTAAATCTTTTAGT
ATCTATTCGTGATATATAATGTCGAATGCCTTCATACAATCGATAAAATT
CCAGGAGATTTTTTATTTTTATTATATGACCTTGTAAATTCACTAATTTC
TTCAATACCAATTTTCTCTTCTGATACTTTCTTAAAAGGCCCCTTTATCT
ATGCTACATCAAATATATCATCATTTTTAACCTCACCAGCAAAGTTTGCT
GAGTTGAAAGTACATTTTAAACATGACTTTTTATTATAATCCATGCCATC
TCTGTACCTATATATTTCTTGATAATATTTAGTAACATTTTGGTCACCTT
TCTTGGACTTGTCTTTACTCATCTAAGTGCATCCTGAAGTACTCTCACAT
CTTTCCTGGGTATTCTACTTTGTTCAATTTGTTTTATCCTATCGAGAATT
ACCTGTTCTTTTGGAACACAATTGAGCGGAGACCTAATTAAATGCTCTTG
AGAATAAGTTAAAAGTTTTTTTTGTAATTCTTCATTTGTATTTGTAACTC
TACTACGTTTATCTCTTGCCTTTATTTGGAGTGGGGTATCATGCCTCCTT
TTCTTTTCCTCGCTCAATCTAACACCTAATTTAAAACACTGTTTTCTAGA
CGTTTTTAGAATTAATTTAAATGCATGTGACAGAAATATTATCTATTTAT
GCTTAAACATACTCCCCACATCTAATAAAAAAGGAATGGTTTGGAGTCTT
ATAAAACTTTATGGCTACATCCTCCAGGTTTCTTTTACTTTAAATATTTT
TTAATTCTTTGTTAGTATTCTTATAATTTAAAGTATCCCTTTCCTGATCT
AAAGCAAGATTAAAATCTCCAAAAAAACAACAACTTCAAAACAAAATAAT
AATGTTGCAATTATTTATTAGCTATGTATTCTTGCCAGGAGATGATGATT
TGTTATGGTCACAAGACTATTTTGCCTATTATTTAATATATATAATTATT
TTAAAAACTTTAATATTAAATATTTCATTAAGTATTCCAAAAATGGTATT
CAAAAAGTAAAATGACTTTTCCAATTTCTTTGCAACGTACATTGGATATG
CTGATTTTTTTAATTTTTGTATGTTAGTACACTCGCTTCGAACATATATT
TAATGTTTCATGTTTTTTGTTGAGTTTGTTTGTGAGAGGCATAACGGGTT
GAAATATTTTGTATGTTTGGTGATATTTACTTTCTCCTTTGGGTCTTTCT
TCTTGGACGATTGGGCTTTGGTTTCGATATCATAACTAATTTGGTCCTCA
GCCATTTTTGACGTGCCTCAGGGAATGTGTTCTTCAATATGACATTTGTG
TCCTGCATTTTCTATGTCATTGCTAACACCAAGCCGTTCGAACCTTTGCC
TTGCGATTGATGTAAGGTCCTTTTCTTCACGACCAATACAAACAGTCGAA
ACTTGCTTCACCAATTTTGTTAGGAATGACTTCTAAGGCAATGAATTATT
TGTATACTTATTTGCTTATTATAACAACAGCGTACATCGGCACCAGCTTG
CAGATATTATTTATTTTAAATTTGCTTATGCTCCTATATTATAAAATAAT
TACAAACCACACTTGAATAAAAAAATGATGAGTGTTGGCGAAGTAGGGGG
GGGGGGGATTATATGTAATGCAGCTTTTTTTAATGGAAATTATAGAGTCC
AAATTATATTAAGAATGACTATCACATAGTCATCATCAAATTTTTGTTAA
TATTCTAATATTTAGTCATTTAAAAAATAATAATTTGTATTACAAAGAGT
AAATTACTAGAATATTCAATGGAAATTTTTGGAATTTATGAATCTATGCT
AAAGTTTTTCTAAGGGTAGGATAATTTTTTTCCAAATTAAATATCTTTGG
GAGGTAAAGTTTTTGCACTTTTTGAGTTTTAATTTAAGACATCTTTTCAT
CAAGATTTTTTTTGACTAAACTCGACCCCCCTCCTGGTGATGGTAAAATG
ACCAATCAACTGCTAAAAGTTCATCTTTGAAATTAAGTTATCATAATAAT
AGATATATTTATGTTATATCCTATTTTGTCGAGGTTTTGTAATATTTTTT
AAAATGTTGCGAACGTTTTAAAGTTAGTTTACTTAAACTCAAATTCCTAC
TAGAGCAGCACCTTATTTTTATATATATTTTTGACATTAATAATTATATA
TATATATATATATGGTTTTTATATGACGCCACCATTGCCGATTTTGGGGG
CCTAAAAAACAAAGTTTTTTAATGATAAAAACATTTTTTCCATTAATATC
GAAGAAAATAGGGAACTTTTGAATATCAAATTGGGACTAATAAATAAATG
ACTTTCAACCAAGATCAAAGAATTTTCTTCGTTTATGACGTCAGTGAAGA
AGCTCTCTTAATTTTATTCTTTATATGGATCTTATTAGAAGAACATCCAA
AACTTGATTAAAAAAATGGCTAAATTTATATTTATTTCCATATTATTAAG
TTTAAAATTATATTTTAAGAATACAGTATGTCCAAAAAGTGATAGTGGTA
ACAAGGAAAGAGGCAATCCACAAGGAAACTTGCAGCAAGATTTACTTCAA
AGAGCTTCCCAATATCCAAGTCATCTGTCCTCAACTACCTGAGGTTTTCT
TTGAATGCTTTGCCATACAAACCTTCTATGCACCNGTCCATTTGAGCTAT
TTAATGTCCCAAATCCCCAAACAGATCTGGTTTGGGAAGAAATAAGGGAG
ATGTGGAACCCACTCCAACTGTGAAATTTCCTTTGAAAATTCAGGTTTGG
GCCGTTATCAGCCGCCAGACAATGTCAGATCTTCACCTGATTCCACGAAA
CCAAACAGTTACGGCCTAGTACTTCATAACAGAGATCATCATCTAGTCTC
TGATGTCATCTTTGTCTCGTAGAAACTGGACCTCCTTTGATGATGAAAAT
GTTGTCTGACACATCAAGAACCATTTTCAAGCAGGATGGTATCCCTGCTC
GCCACTCTAAAAAGGCACAAAAGTGGTGTTCAGACAAATTGGATTACAGC
CAACAGTCCTGATTTGTCTCCCATTGAAAATTTATATGGTAATAACAATT
GATAAAAAAATTCCATCATTCAAAAGAAAAAATGATGTGTTACGTTTTCT
TGAATACATTACCCACAAAATGTGTCAAATCATACCAAAATTCAGTAAAT
GAAGATCATATATGGATGCTAATATTTTTTTCAATTACTTTACATTATAG
CTATAACTGAATAATTAAACCTAATATAACATCTTCAAAAGATTTGTTGT
GAAAAAAAACAACGAGTTTGTTTGATTTTTTCTGTTTAACTTCTAATTTT
CTTATAGACTATTTAATGAATAAGCAAAGTTTAATTCTTCAATGCAACTT
ATTTAATTACTTATAGTTTTTCACATCCCCCCCCCCTCTGGTGTATAATT
ATTATAATAAAAGTTTAATTATATATTATGTATATAATATATTCCTATTT
TCTTTGAATAAAATCTTATAAAAAATATATTTGGCAGAGTAACATGTATT
AAAAAAACTTTATAAACATAGAAATATACAAGACCATACCCATTTAAATA
ATAATTCATATTTTTCTTCTTAAAATATTATTATTATTTCAAGAGATTAT
TTTTTTCCAAATCAAATATTATAATTTCTTCAGTAGATTAGTTAAATACA
TAATTTATTTGCATACACTTATATTATTATTTCAATAAAGTCTTAAGAAG
AGACTAAGATATCTTTCTTCATGTATTCATCAAATATGTAACTAAAATTT
CCATAATCCTTCATGAATCTTGGTTATCATAAAAAGACTAGACATGAAAT
TAAGATAATTTATTATGTATGAATGTTCTTTAATGATACATTTGTATCCC
TGGTCAATTTCTCTTCTTCACATTAAGAAAACCTTCAAATGTTTAAGAGG
CTTCTTTTTCTAATCGGATTATCATAATGAATAAGATATCATGTGTATGG
AAAAAAAGTGTACTACGTCCAGTAGTATTTAATAATTGTGGAATATGAAC
CTTTATTGTTTTCAAGATATNGAATGACAATTTATGCAACGGATATTTTA
TTATTTACAGTGGTTCTAAAACTTAACTTTTCACATTCATTTTTTTTCAA
AATAACTAAAACTAAATGAAAAAAAAAAAAAATATMAAGATCTTTATATA
CCAGAACTATGACCAAACTGAATAATATGCAATAGCCGAGGCTTAATCTA
TTTAAGAAGTTCCTCCATGTAGCAGGATCTGGTGTAAGTACCATAGTTTT
GAGACATACTGAAAGAGATATGCCATTGTTTGTTAATTATGGAAGATCAT
TAAATATAGTGAATTAATCATTGTTAAATAAAATTTTTATTTGTAGCCTA
AATTTTTGCATTAATACCACCGAATAATAAATATCATATAAATAATTGGG
TAAAAAAAATATAACTGTGGTCCCCTTTTGCAAAAGCAGAACCTTGAGTT
TGTAATGCAACGCATTACAGGTTTGAAGACTTTCCATTTTGGAAGTAAGT
CTTCAGTATTTCCCAATTTTCTTCGAGCGTAAACTTAACTATTTCGTAAA
CCTGAGACCTTTTACAAAACATTAGACGCAATGAGAATGTTACTACATCT
GTCAAACGTCAAAAAAGTCGTAGTTCAAAATGCAACCGCTAGATGGGTCA
CCCGTTATAATACAAATTAACAAAAAGACGAAAAATCTGATACATTATTT
TTGTAGTACGTTTCAGACTAATTATGAATCTGCAAGGACTTTTCTCATAT
CACTTATAGTTCTGAAAAAGTTAGTTTATCCAATATGTAAATCGTCGACT
GGGAAGTAAATTCATTTCCAGTAAAAATTTTATGTTAATTTTCATATATG
GGATTTTTCTTTCTTGTAGGTTCATCTTATTCTGAGAAAAGAAACAAAGT
AAAATTTGAAAATACACTTTTGGTAGGGTTTTATTTGAGGATGAGTTAAC
ATTTGGTAGACTTTTTTATATTTTTATAAGAGGAAGTTAGTATTAAAATT
ATAACGTTTCTAATAAATGTTATGTGTGTTAAAACCAATATTATGTTAGG
CGTTCAATTTGGATAAATGTTGCTTCTCAGGGGCTTCCGKAGGAAGAGGG
ATGGRGGGGTTGTCCCCCCCCCCCCCCAAAAAAAATTATACGATTTATGA
TTCCGACAAGAAAATATAATATTTATGTTTTTTTTTATTAATGTCTTATA
TGAAATCAAATTAAAATTTTTAAATTGGATTTTTTAATTTTTTCTACGAA
AATTTTAACATTTTAAGTTCAATTTAAGAAATTTTTATTTGTCATTTTTT
TTGTGAACAGCTCTGAATTTTTGAATTTTTTTCGAATAAAATTAATTTTG
TAAGAAGAGCTATGGCTTTTGGAATTTTTTGCAAAAAGTGTAATATTTCA
AATTTTACATTTGAAATTTAATTTTTGTAATTTGTTTGTGAATAACTATG
GATTTTTGAAATTTTTCTACAAAAAATTAAATTTTTTGTTAATTATTGTA
CATATATTGTTATTTTCCAAAAAACCAAGCCCTCCTCCTCACTTAATACT
GTAGACACTTCTGTTCTTTGAAATTAATTTCTCCAAGTTTATATTATAAT
TATTTTACTATTTTATTATTTAGCATAAATTGGATTTTTATCTGGGTGTG
TGTGTTGGGGGGGGGGGAAGGGGGTATAGGGATAAGGGGCAAACCAATGA
ATGTATTTTGTTGAAATTTTTGAGGTAGTTCCTCAAGGCTCCAGATCATA
TTATGAAAATTCTTGCTCTTAGAGGATTTACAATCCACGACTCACCTGTG
TGAAATCTAAGGGAGTGTATACGATCTGCTAACCATTTCCAAACATGGTC
AGTTCCAGAATGTTCAGACAGAGACATCTCCACGATTATTATAAAGGTTT
AGAAAAGAAAAAAAAGGAACAGAGAATTAACAAAGGATTTTTGATTATAA
CATGACAGTTGAGCTTTTTTTTTTCTTCTCTGAACCTTATAATCTCCTTT
AAAAAATAGGTGTGCTAAGGTACATAACAATATGCAGCTAGAATAAGTTA
TAAAATTTTACAGTCTTTAGTTTTTGTTTTATACTTAGTAGACGAACTCA
GAATTAATTTCAATTTTTTACTACCCCAGGCAACACCAGGCAAATTTACT
CGAGTATAAATTAATATTCAGTTTAAAAATATAAAGTATGTTATACTAAA
AGTTCTTATTTATATAAAAAACAGTTTTGTATGAAATTTTTAACAAACAT
TATATTCAATTATTTAGATAACTATATCTCTTCAATAATATAATCAATGT
GATATATCTGTTCATTCATAATTATAGAGATTTATTATACGGAAAATTGT
TCTCCAGAAAAATTGACTGTGGAAAAATTTGTAGCGGGAAAATTGCCAGT
AATTTACTGAAAATTCAAGTTTGGATAATATTTCGATACTTAAATATTGA
TTAATTAGTTTTGAATGTATCTGACATTACATTTGCTATTGTAGTGAATT
TGAAAACACAAAAGTTTTTACCAAAAAGTTTTGTTTCTTTGTTAAATATC
TACTCAAAGAAAAAACATTATGTAATGTATGTTTGACTACAATTTGTATA
TGATCTAATATTTTTCTTAGGATTACATTTTAAAAAGTTATGATTGATTA
CATTAAAATACATTTTTAAAATTCCAAAGAATAATAAAATATTTTCATTT
TTATTGTTATATTAGCAATGTAGGAAATAGAGTAAAAATTAACTTAAAGT
TGAATAAAATAAGGATTTTATAATAAACCCCTGTATTTATACACAAATAC
AATAAATTCAAATATTTTATTGATAATTTTAACAGTGATATGAACCGATT
CCTTATCAACTATAAGTTTATAATAATACTAGCAAGGGGTTACTCGGCGT
TGCTTGGGTCAAGGAGGGAGCGGAAAATCCCATTGCCAAAGGCTAATGCT
ATTTTTTTATTGTTTAGGCACTTTTGATTTGGGGCATAAAATAAAGGTAT
AAAAAAGGAGTTCCTCACTAATTCAGTGCACAAACCTATCTAGATTTTTT
TCGTAGCTGCAAAACCAAGAAAGTAATGGATAATTATGTTGTCAAAAAAA
AAAAAACATCGATAATTGGTTAATTTTTGGAAATACTCTAAAAGTTATGT
AATAAAATGTTGCAGAAATTGAAAATGCTATCTATTTTTTATTATTAAAG
TTTATAATAACATGTCTAAAATGCAACAATCTCTTGCATTTCTTCTTAAA
AATTAAAAATTTACGTTTCATGAAGAAAAAGAAAAAAAATCGAAAAATCA
TCAAGAAAACGACAGATTTTCTAGAAAAAAACTTACTTTTTATGTGTCAA
ATCTCCGGACAAATTTCTACAAATTTAATTATATCTACAAATCCTTTATT
TATCTACAAATCTAAGATTTTGTTGATAATCTATATTTTTTTCCCCTGAA
AAAAAAAAAACATAAATAAAGTGTACTTTGCACCGATTTACTATATTGCC
CAAAAACTTAAATTTAGAAGGATTCCTAATTTTTATAGTGTTTTTTTGAG
ACACCAGTCATTTTTTGATGAATAACTGAATTCCTTAATTAGTCTTTTTG
ACCTTTAACAAAAAAACAGTTTTTGTGTTTCGGTTATAGAAAATATCCTC
CTTATATGAACCCTTCTCCCGAAGATAAACACTTCCGTTTTAGCCTGGGC
AGGTTCGAAATAAGCACCCATGCAAAGTTTCAGCCTCCCAGACCCAACGG
TGTTGGCAACTATAAAAGACACACACACATTTTGAAAAATTTATATTTTT
AAGATTAATTTACAAATGTTGAAAGAATGTTAGTATTCTTGCTAAATCCT
AGAGACAATTAAATACACATAACAGGTATATGTAATAATACATTTTCTAT
AATTAAATAACAACCAATTTTTAGTTCAATATTTCATACTCAGAGTATTT
GATCCTTCTCTTTCAATTAAATGACTCATGATTTATTTATTTTATCCAGT
GCTGATGGCAATTTCGAAGTAACATTGGCAACAAAAGCTMCCTTATGGTT
CAACGGCCTTGTGGAGTGGAAACCCCCTGCCATTTACAAGTCTTCCTGTG
AAATTGATGTCGAATATTTTCCATTCGATGAACAAACTTGCGTCATGAAA
TTTGGATCCTGGACGTACGATGGTTTTCAGGTTTGAGTCTATCAATTTTT
TTTTTCTGCTGTTGTTGTATATTTTAAAGGGGTCAAGGTGTTGTTGAATG
ACTCATTATGATTAACTCATAATGTGGGGGGATTGATGTATCTTCAAACC
CTATTATTATATTTATTCTAACGCATGAATTATTTCTTTTTCATTAAATA
TTTATTACTTTATTACATAAGGTTTGAATGATTGTACTCTGATAAATATA
TAATTAATTATTTTTTAACTAATCTGGGACTCAATTTATTTCATATTCCG
TTGTATAATTAACCTTGAAACTTGAAATTAAATGATTTATTTCGGACGGA
AATTATGAGATTAGACTCATGACACAAGTAAGAGTCTATTTTACAGGGGG
AATCAACTGGCAACCATCAGCTATTTACATATCCCCTTGTGCTATAGACA
TTGAATATTTTCCTCGTGATAGTCAATCCTGCTTTTTAAAAATGGGGTCC
TGGGCTTATCATAGAGTTCAGGTATTGGGCCCATCTTTGCATTCCCAATA
ATTGTAACACATTGTGTCATTTAGTCCTCTATAATTTAGCATATTTTTTC
CCTCTAAATTTTAGATACGTATCCCATTAACTTGATCATTTATCGTAGGT
AATTTTATTTTTGGACAGAGCAAAAAATGAAAAATACTCATTAATTCCTT
CAACGTTGTAATTAAAAACAAAAAACTGATTCTGTGAAAGAACTAATCAT
GGATATTAATGAATATATGATTATGCCTATGATAGAAAACTTTTTATTCG
AGCAAGGGGTTCTTGATTTTCTGTACCTTTATTCTGAAAACAATAGAAAT
TACTTATACATTGATTAATACATTGATATTGTTGTCACAAAAAACAGAAA
AATTATTGGGAGGGCCAATGAAATCTAAACACTTACTAATTCATATTTCG
ATATGTTAAAGCATAAGCAATTAATTAAAAAACAAAAAACATCGTACCTT
TCTAGTTTACATACAGGATGAAAGACTCAGTCAAAAAGGCCAAAATGGAA
CCTGTGGGTTTAAAACAAACAGTCCGGGTCAATCCCCTCAAGTCCATGAG
GGCACATGCAAGATATCTCGAGGTTTCCCACCAGACTATCTAGAGAACTA
TCAAAAAAGTGAAAAGAGCCACTTTTTTTTTACACTTTTGGTCCCCCATA
CATTCACCTTTTGTGTGCTTGTCGAGGGGAAGTTCTGAAGTTTCCTTAAT
CCAAACACTGAAGTCCTCAAATACACTGTCATCCAGCACTGGGATGCCAT
GCCAGTGGATTACCTTTGTTTTGGGTGCCAGGCTTCTGGAAGCAATCATT
GCTGCTAAGACCGACTACATTATTTATTTAGAGAGCTCAAACACTCATCT
ATTTATATAATTAATTTTGATGAACTTCTATTGTTTAGTAATAAATAATA
CCTGGTTGAAGTTTGAAACTTAGTGTTTACATTCTATTGGACCACTCCGT
ACTTACCTACATATGCAATGTAATATTCATATAATTAATGAAGCTAAATC
TTGTTAATGTTGACTTCACATTACAAATGATTATTTTAGTGTTGTCTTGA
CTCTAACAGTTATTGATCTGGTCCGAATCTACTTTAAATGGTGAATTTTC
AGCTCAACTCAAATGGAAAATCTATTTTCAACGTCAACTTCATATTTTAT
AAATTTTTATCTCCAAGCCACGTTGAATATTTAGAGTTTTGTGATGTGGT
CCCTTAGTGTTTTTCTAATTAATCACATTTTATACTGATGTTCTTCTTAT
TTTTAAGGAGACAGACTCCAGATATGTCGCGGTTTTATATCAAATTGCAC
GAGCTCTCAGTTAATAAAGTGTAATATCTCATTTGTACTCATAAAACAAA
AAAAAATATTCGCCGCATTAGTACAAGGAATATAGGTAAATAATAAACCA
AGTACTCAGGGAAATTATTACAATGAATATAAATTAATAAATGGGCAGTG
GATATGCTTAACGAAGTAGATTATTAACAACTCGACTCAATCTACTCAAT
TCATAACTAGTTCATGTAATAAAAAAATATCTTCGACTCTATGATGCCTT
CATTATTATATTTGGTACATAAAATTTTATATCCACGATTTGAATAGTTT
GGTGTAGTGTTTCTCAAAAACTTTACGAAATCATTAAACAAATTTATTAT
TTATGATTTCCTAGTGTTGTAATATTTTTGTTTTCATAAATTGACAAAAA
CTTTAATTTAAAAAAAAACACACACTTATGATGAATAAATGACTGAAATA
AGTTCAGCTGTTTTAAGAAAAATGTAGACCCCAGTAGATTTTTTTTACCA
TAGTAGGTTTCATAAAGTGATTAATTCATCATAGCATAATTTTATTTTTA
GAAGTATGTAATTGACTTTCCAATTATGTAAATGGGCTGTTTTCTTTTTT
AATGCATGATAAATACACATAAATGTTTTTTGAATTAACTTATTAGTCAT
ACGTTTTCTATGGCCCAATTTTATTTCTTTTTGAAGCATGATCTAGGGCC
ATCAAAGAACAAAAAAAGTGGTGCAATTATCATTTTTTTCCTCCTATTAG
TCTTAAGTTTATCTTAACATTTGAAGATTAGTATCCGTCCCCTCAGTGCT
ATCAAGACACCTTACTTAGACTTCTCATATATTGAACATTAACTCATTCT
TCCAAGAAGAACACAAAATATTAATCATATACCACTTATTTCAGGTTGAT
CTCCGACACATGTGTGAAGTAGATGGAACAAACGTAGTTCCATTAGGGAT
TGACTTATCAGAATTTTATATGTCAGTTGAATGGGACATTCTTGAGGTGC
CTGCAGTTAGGTAAGGAAATATTTTCTATGGCTCAACCTATCGAAGGAAT
ATTCTGCACATGAAAAGTGTATTTATAGTTTTCCCCTTTTTTTTTGTCAA
CCAAGGCTATTTTTTTATTGGAATAATTAGTAAATGAAAGGGGTAATATG
ACATGAGCAAATTAAAAAAGAAAACAATAAGGTTCCACCAGATATGGAAT
ATGTATAAAAACTACTAATAAAAGCAAAGTAATGCTTGGGTGTGTTAAGA
AACTACTATCTAGTATGGCTACAGGGKTGACCGCCAAATCTCTTCCTAAA
ATCGAACTAAGTTATGTATCGTAATTTGGTTCTAAGTTTTGGTAGATTTA
GCATTTTTTATGTTTATGTTACCTTGACTTTTCAACTTATTCCAGAAATT
CACTCTTACTATCWCCATATAATAATCATTGTAGTAGTTTTGATCAAAAT
CGATCTGTAACTTTTGCTGTAATCCTGGTGACTCACAACCATAAAATAAA
ACAATTGTTTGTTGGTGGAGGTAATTATTATACTAATCCCATGCCCATTG
AATTATAAAAAGCTTGTAATAAATGTCTTAAGCTATCAAAATACCTTTAC
TTATTAATCTGTATTTTCATGACATAAAATAAATATATCCAACGATTTAA
ATAAATATTTTAAATCTTTAAGAACTTTCATTAGACTATTGTTTAACTCA
AATCCCTTTGACTTAATAACTTTGAAAATTGCCTTAGTTGTTTAAAAAGA
AAAAAAATGAATAATAATTTTCCATGTATAGAATAGTCCTTACCCTATCA
ATGCACAAATAATGAACTTATGTTTTCATTTTTCAGAAATGAAAAATTTT
ATACTTGTTGTGATGAACCTTACTTGGATATCACCTTCAACATAACTATG
AGAAGAAAAACACTGTTTTATACAGTGAATCTAATTATCCCTTGTATGGG
TATATCCTTTCTTACTGTTCTAACATTTTACTTACCTTCAGACAGCGGTG
AAAAGGTGGGTTCAAAAATATTCTAATAATCATTTAATATGTCGAAACTA
TTTATATTCAATAATTATGGATATTTTGAATGCAGTGTTGTTCACTTTAA
AATATGAGGCATTCACCACCAAATATTTTTTTATCCTTCTCTAAGAAAAT
TGATACTATAACGTATTTAAGGGTTTTTTAAATATGACTCATAAAAAATG
CATAAATAATTTTAAATTAAATACTGTTTAAGGCATTAAATAAATTCATT
GAAGATCCCTTAAATAATTTTGAACATCAAAAAAGAAATGAAATAAAAAA
TCAATAAACTTTTTACAGAGGCTGKTATTAGTATAGGAAAATAGAAATAA
AAATAATTTTTTATTCTTTAGAGAGCCTTCCACTACACTGATTCTTTTTT
TCTCCTACAGGTGACGCTATCCATCTCTATATTGACTAGTTTATATGTGT
TCTTTCTTCTTGTCGTCGAAATTATTCCTCCAACGTCATTAGTTGTACCA
CTACTAGGAAAATATCTTATATTTGCTATGATATTAGTGTCCATTAGGTA
AGTTTCCTTCAAATATACCAACATAATATCTAAAATTATAGCAGAATGTT
AATTGAATTTTAGTAATTTTTATGATCTGCTTTTGTGTAAGATGTTTTTT
CCCTCTCATTGGAGTGTTATGAACGTTGATCTGCCGAACATAAATTGTAT
TTGATCTAGCTATAGAAAAGATCAGGCTAATTCTTGAGAAATTTTGTATT
TTTAGTTATTGTTTCATAAAATATATAATCTTGAGATAACAACATTTTCT
GGTTCATTATGCTCTAATTAAGAAATTTGTCGCCTGTTTTATATATTCAA
ATTCTAGGTAAGACTAAAGTTTTTATAAAATATTACTATAAATAACTGAC
TTTTACGCGCATTTTTTTAATAGAAATACTTCTCCGATGATTTTTTTTAG
TAATATTGCTTACATTTGAAATCAGAATGAAATACAAACCTTAACTGCCT
GGGCAAAAACAGAGACGCAAACTTATTGTGTTAAGTCGGATCTATTATGC
ATGTAATTCCAATTTATTACTATCAAATTTGATAATACATTATTCCAACT
ACACAATTCTACTATTCAAAATAAATAGGTTATGTGAGTTAAACGATTCT
TATTGGGAGGAGAAAATAACCCATTTTTTAATTTTTTGTGATTCCAAAAT
TTTATTCAGCATTACATTTTCACTATTACAGACAAGGTAGGTTTCAAATC
ACGTAATCTCTTCATTTTGAAATGGCAATGGTTGAGGTTTAAAGATTGTG
ATATTCATAGTTCTTAGGAATGATTTCCTTAAGGACCGTTTCAACATTAT
ACACACGCATAATAGATGTGGTATCCAGCCCTTATTCATCGCTTTAACTT
TCTATTTATTGAGTGCAGTTCTGAAATTGATAATTGAATCATCTATTTAT
GCATTCTTCTTTGTAAAATTAACTCCTGATACAATAGTAAAATTCTGGAG
TAAAACTATAACTGTAAATCTGCATTAACTAATAACTCAATTTTATATAA
TGGCGCTAGGTAATTTTGCCTTTAACTATTTTGCCTCAGAAGATTTTGCT
TTAAACCATTTCGTATTAGTGTACTTTGCCTTATAGCCATTTTGCCTCAA
AGATATTTTACCTTAATATATAGTGAATAAATTAAATTTATAGGTCATTT
TTGTTACTTTTGTTTAAAATTGATGTTTTTTTGGAATTTTTTAATCAAAA
TATACGTATATAATGTAAATTACTATGAAACGCATTAAATAGTTGTTTTT
TGTTGGAAAAATGAAGGAATCAAGCCAGAAAGTTTTAATATATACTCCAG
CAAAAATTTCTCTATTCACTGAATTCAAACCAGAGACTAAGTAGGTAATC
AAAATAGTATAATTAGATAAATAAACAAGGCAATAATTCGAATAGAAGAA
TTTCTAATCACTTTTGTGTTAGTAATTATCATTTAAAATTATGGATGATT
CATATTAGAAAAGTACTAATGGGTTGACGAACAATCATATTATGAGTCAA
GAGCACAACTGCATCATTATTCCATCAGAAAACAAACATTTAACACTAGA
ACGACGGATGGTAAATGACGGTGGATATCAAAAATGATACCTATTTATTT
TTTAGTATTTGTCAAGATGATAAGTTGTACAAGTGATGATGTATCTCGGA
CTTCCTTCAAAATGCTTTCTTATCAAAAACGGGTAGAATTCTCTGGCAAT
TATCTTTGCCAACATTAATTGACTCTCGTAATAAGTTGGTTGATTTATTC
CTCTTAGAAGGCGGAAATTGAGTCACTTGATTGCATACTGACATTTTTTA
AAATGTTAAATATACAAATTAGTTGTCAATATAACAGCAAAAGTACTAAT
TGTATTCAACCAAATTTCTCACCGACAGGCTTGTCATAAACATCAGAATA
GTAACTGAAGAAGTTGATTCAGGAGGTTGAACATCTTGTTCCAATTTGAA
ATCATCACTTTCAGAATTGGAGTACGATGTAGACACAAGATAATGTCTTA
CTTCTTCAATGGATAATTTTTTCTTGGCCATCTTTGCACAATAAGAGACG
AATCAGACTTGCTTGCTCAGCAAGATCTATGCTTTTATTTGAATAAGGAA
AGTACAAAATTTCTTTCAAAAAGTTGTTTATTCATGTTTGACCTTGTTTT
TTATATACAATTGTTGGACAAAAACATTATTTAAAATGATTGGATATCAA
ATATGATACCAACGTCTGTCTAGGAGGTTTTTACTATATCAATAATAATA
ATAATACAATTTTAATTTACAATCTTGTTTCTTTTGTTTAATAATATGAA
TTAGAAGAATTCAAGAAATTTTGAGCAAATATTGTTAAGAAGATTCTCAC
AATATTTCATTGAATTCCTATACAAAATGATACCCTTGTCGTTTAGTGTT
ATGAATTTGATAAAAATACATATCCATATTATGATTTCAAAAAGTCAAAG
GGAAAATGAAGGTCAATCAAAAATAAACAATAACGACGTATAAACCACAT
TTATTTATACATTTAGGAAAAATATCTTTGAGGAAATTGGCTATACATAA
CGCATAATAGTTCAAAGCAAAATTACCAGGCACCTTATATAATAACTATA
ATATTTGGGACAAAACTACAAGACTTATCAACTTATATAATAAAAACTTC
CTTCAAAATATCAACATCCAAGTATTACTAGATTTTTAATAATGCATTTA
GTGTTTAAAGAGTCTTTCTAAATACCTACAGGATTGACATTTTTTGCATC
ACTCTAACGGTTCCAAAGGGTATTACCTGGAAATAATAGGTTTATAAAAT
TATTTTGGCAGCTTCTGCTCGATATGATGCCTTCTTTTTGAAATTCTAAT
GATAATTCTTGGACTATTACCGCAGAATAAATCTTTCGTCAACATCTTTT
AGGGATGGAAATATTTTAACCAAAGCTAAAAAAATGAATTGTTAGAGTTT
TAAATCCAAAATATTTTTGAATGTACAGGTTTTGTTGTTTTTGGCAACCT
TAATCRTATTTTTTTATTTTCTAAAGCTGTTTGCATTATTCTTTCATTCT
TGCAGTGGGAAGATTAAAGTATAAAGTGTAACTATGAGCGTATGTGCTCA
TGAATGACAAAAAATAACACAGACAATGTGTTGGGTACTAATAAGTGGAA
GTCCTCGTTCGAGTCAAAGTAGAATGAAGGATATGAAACGAAGTAATGTC
CGAGCCTGATATTACGAAGAAGTGTTTTCAGCCCAACTTTGTAAGCACTC
TACAAAAAAAAAAAATCCATCCAAATTCTTTCCCCCTCCCTTTTTGTCGT
GATCATTAATGCCTTTTTATACTCAAAGGAATAGTTATTTAACATTTTTA
TATTGAAAAGTACAGTTTTTAGGTCAAATAAAGGTTTAAATATCACAAAC
AAGGGAAATTTCCTCTAAAGTTTTATATTGGCGTGTGCACTACAGTGTCC
AATTTTTTAAAGTGGCATATTAACTCAATTTTCTGTTGTATTTTGATGAA
AAAGTTATGTTTGTAAAGTTTCAGCCTTCAAAGAGCGTTATTGACCTCTA
TAGTCATTTGAAAATTACTTTTTCAAACGAAATTATCGATTTGTAAACGG
ATTCAGAAGTTTAATTTATAAAGTTATGAACTGTGAAATTCAGAAGTTTC
ATTCTCAAAGTTATGTTATTGAATTTCAAAAGTGTAATTAAAACTACTTT
TATCAAGTGATCCATCAGAATATATTACTTATTTGTTCGAATTAACAGGT
AACCGGATATTTTTAAATTATTTCTAGAGTGCTTAAAAGGTGCTCTTGTA
ACTGAAAAGTAGTGCTGAAATGGCAGTAAAGCTGTTCTTTGCAAAACATT
ATTCAAATTATCAGGATTATCTTGTTCATTTTTTTACATACACAAAAAAG
CTCATAATTTACAGCCCTATTATTATGTATATTCGAAAAAAAATAATGAT
CCATTTATAGAACTTTAATCGGTCAAGTACATACATATTATATTCTTCCT
TTAACATCCTCAAATATTGTATCAATACTTATGTAAATATGGAGCGTTTT
ATTTAAAGTTATAAATGTGTTTGTAGAAATTGTAACCAAATATTAATAAT
TCAAGAGGAATTTAAAAGCACTTTAAGAGATATGAAAATAAATTGAAGTT
TAAATACAAACAAAAGAACGTTTATTTGTATTCATTGTATATATTTAGCC
ATTTATTGTTTTTTAATAAGGTTTTATGAACTTTTTAATTTTGTACGAGA
GTAATTTTTGACACCTTTGTTTCTGAATTGGGATTTTCTGCACCCTAATT
TTCATAAATATATTTTAATGATGGAAACAATATTAAAATGCTCTTGAAAC
ATATTTGAGAATAAATTCAACTTTGCAGTTGCAAAAATCTATTTTCTAGA
AAATATTTGCAAAATTTTCAATTTTTAATCAAGGTTTTGGTGAATTTGAT
TAATTTGTTCTCTTTTCATTCGTTCTTTGGCTTAAAACTAATTGAAGTTT
CATATAATTTTTTTTCAAAAATTAAATGATAATATTTCAGAAATAATAAT
CACATATTATATCTTGTTGATACCCAAATTTAACTTTTTTATGATTAATT
AGCGTAATTTTGAGTCTATATCAACTGTGTATTGTGAAATAAAATTTGCT
TAATATTTTGCTTAATGCTCCCCCAAAGTTCAATAAATATGTCTAAAAAA
AATGTTTACTAACAGTGGGTTAGATTATAATTAATTGATGTCAGGCAGTA
TTCTTTTTACGCCCTCTAATAACAATATTGTCCATACTTATGGTAGTCCA
ATAATATGTAACCCAATTTATATTTATTTTTTTCGTTATTTATTTTCTTA
TATAACTCATTTTGGATAAATGTGGACCATCAACACAAAATCAAGCTACA
ATGATTTTTTCATTTGCATTCTACGACAAAATATCGTTAATACATATAAA
CAAATTATTCCCATGAAACCTTTGTGTGCGTCGTAAATTGTACAAAAGTA
ACCAAAATTGATCGTAATAATAAAAAGTGAGAAATTGATAGATTTTGTTT
GAAAAAAGCCAAACATTAGTCTTTTATATCAAATAAAGATTCTAAACCAT
AGTTAAAATTTTACTGTTTCTTAACTTATCCCACAAGTTTGAATAATAAG
GCCTTGAGTGACTCAAATATGTGTATGAAAATTGGGTTTTATGTGTAAAT
GAAGTAAAATATAATAAATTGTAATTTGCTCCTTTTTTTTTGTTCAAGGT
TGTTTTTATTTTGACGCATCAGATATATATATAAATATATTAATCCTACT
TAATTATTTATATAAATGTTATATTGATTCTACAACAAGTGGCTTTTTAA
AGAGAAAAAAGAAACATAATTATGGACCTTTATTGTTATATAAATTTTGT
AATAGGTTCATTTTTATTATCACAAAAAGAGTAATATGTACCAATCAAGG
CTCTTATAAATTATTTGACCCCATTTTCTGAGAAAGGAATAAGATTTAAA
GATAAAGGAATGCATTTACATAAAAAGAAGATACTTATTTTTATATTCCT
TTAAAGAGAAAATGTTATAGCTATAATGATGTCATATAGTTATGACCGTC
GCTTATTTATATATGTATGGAATGATATAGAATAATATAACTGTAATAAT
ACATTTGAAAATATGATACAAATAGGAATAATAATACCCTACTCAAAACT
TAGTCAAATATCGAAAAAAAGGAAAAAAAAGGTGCATAAGTATTTGATAT
ATTGCGTTTCTTTGCTAAACATTCCTTATTCTTCTAAATACGCCATAATA
TATATATATCAATGCCGTCTTCAGTAAAAAGTTATTAAACCCTAGATAAT
AAATCAATTTACATTATATTTCAGCTATTTATTTTTCTACAACTAAGCCT
TTCCTTATTAGTGTTAAATATCCTCTATAGAAAAAAAACAAAAAACGACA
ACACTATTCCAATAATGAAAAGCACAAAATACCTCGATAATACTTCCCCA
AATTTATGCAATTGATCAAAAAATATAGATTTTTGTTTAGAACTTTTTTA
AGAGTGCAAGGATCTTTCAAAAAAAAAAAAAGTTTTCTTTATAAAAATAC
CAACCCTAACTAAACTGTGAGACAAAATATGAACCTACCATAGAAAAAAA
AAATTCAGGCTAATATAGTTTTAGTTCATCGATATGCTTGTGACCTATTC
CCTTTGATTTACTTTAATTAGTGCTATGTGCTAATTGGTTGAACTCGTGT
TTGTTCCCTTTAAATTGTGAACATTTGTTCAGTATTAATTCAGGAATTGT
CATTAGGCTGTACCTAAATCAAAAAGCTCAAAATAACCTTCAATCATCTT
AAAACAGCTTTTTTATGTACAGGGTTTAGATTTTGAAAATCTGTAAAATA
TCGTGGGAAGAATGATTTTTTATGTTGTTCCTTCAAATTATCGAGATACA
AGTTTGTTATAAAATTAAGCATCGTATAGTAACTCTTTCAACATTGCTCT
AATTTGTCTCAAGTTAGGAGTATTTTTATACTAAAGAGATTGCAAGTAAA
TAAATATACTCGTTTCGTACTTAGGAAATAAGTTTTGATTTATTTCTTCA
TTTTTAGCAACTCAAATATTGCTTTCTGATAACAACGTCTCTAATATACC
ATTATCATATATATAATTACAGATTTTTGTATGTCAAATAAAAAAACACT
AATATAACTATTTATCATCATGGACTACAAAAACTTCAAATAAAAAATAA
GGAGGATAAAATTGTAATTAAATACTACTGCAAGTCTTGGTAACCACCTT
CTATATTCAGACGGCAATAATTACATATCCTAAATCTGATAACAGATTTG
TGTTGATCTGTTAAATCACTTTTTAATAATATTTAGTAAGCTTTTAGGTA
CAATTTTATATATCGAAAGTTGTATTGTTTTAAATTTTAAATTTTTGTTA
AAGAGTTTTGATTTATTGTGGTATATGTACATTTATATAAAATATACATG
TTTACTGTGTTTAAGGAATTAATGTTGGAAAAAAGGGTGTGCATTACATA
TCTATCCTTTTTAAAACTTTTTGGAACGTATGCAGAAATAATGTAAAATA
TAAATTTACAAATGTTTTTTTTTTTCATATTTGCATGTCTTTATTAATTT
TAGCTTCACAATACCCGTTCATGTCTCTCTATACTATAGGAAATAAAAAA
AACCTAAGGAGTTTAAATACAGGGTGAGGAATAAAAAATTAAAAGCCCTT
TCTACTTCAACATATTTTTATTTTGTCCCATTTTTATGGCAAATTTTTGA
AGAAAAAGTTGGCAATTCAAAAAATTTCTACAGTTCTTATTCATTATATC
CCCCTTAATTCTGAATAATGGCTTTAATACAGGAGCGAACTGAAGCACAC
CTTGATTTGATGAAGTCCGAGACTTGTTGCTCCACTCCTCCCTGATCATG
GTCTTCAAGGCATCGACAGTTGGGGGAGAAGTCTTGTTCGTCTTACCCTC
CAATATGCACATAACAGTGAAGTCTAGGGGGTTCACGTCGGGTGAAGACA
AAGGCCAGAAGTCTGCCAGTCAGAAGGTAGTCATGTTCTTCTTGTAGAAT
TGCTACACCTTCTTGGACGTGTGTACCGAGGCGGCGCCGTCTTGGATAAA
CTCATAGTTGTCCTTGGCGGACGTGTTCTTCAATCATGTCAATATATGGT
ACCTGAGGACCTTGTAATACTTTTTCGTTGGCTTTGAAGTGATCTAGGGA
GGCATCTTGCTGCCCTCAGACACCACGAAGCCGAGGATTCATTGATTCAT
CTCTGAATCGATCATTTCTCTCGTTCCGAACAGTGTTTACAGTGAAGATC
TTTTTGTGCGAGATCGACTTGTGATAGGATGATATCACAAAGACTCTGCA
GTTTTGCTTGTTGCTGGAATATTTTTGCACGCAAAAATAAAAGAAAACCA
TCAAATTGATTTTTTTTGTCAGTTCGTCGAATTACGCCAAGAAAAAAATT
GTCAAACTTTAAGAATTGGGTCTGGTATGTTTCGAAGAAGATTCTAAATT
TTGTGTCCTCACCCTGTATAGCTAGATACAAAAAATATACTGGCCTATTT
AATTAAATTACATTTATGAACTCAACATTTATTCCAATTGAACAATTTAT
CTAAAATAAATAACACATTATTTAGCTATTAATTTATTAAGAGGTATACA
TATAAACATACAAAAAAGAAAGCAGCTACGTAAAAGAAACGACTTTTCAT
TTATTTTTTTCAACTTATTTCTTTTATGTTTATAAATTTATTCATAAACT
TTAATGGACATATTTTTATNATTTTTATGGACACATATATATATATTTAA
TAAATGATATTTTTCTTCATAATCTACCAAAAAAGTTGCTACACTTGCAA
TCCTTCATAGAGATATAAAAAAGGTGCAAATCCCTGTGACCGTAAAAACC
ATCCCTGGAAAAATGTCATAAAAAATATGGTAACTCTCATAACTATACAT
ATATTTGTCAAAATTGTATATGACCTTTATATAAAACTTAAACCAGGTAG
TGTTACCCATCAGGTCCAGTCCTTGTTATTTGCTTGTGAAAAACGTGCCA
AGTTTGTAAGTACCCTTTAGAATATACCATTTCACTAGTATTTACTTTGT
CCATTGTATTACTTTATTTAAACTTTTTATTAAGGGAAATTAAACCCCCC
AAATGGACCTTTAGTTACCTGTTATCCAGTATTTTAATAACGGTTATTTT
GTGGGTAAGATATGTTCACAGCCTAGATAATTTTTGTAGGTAAAGATCAA
CAATCAAACTATTTAGAAAACTCAAAAGAAAAGTATAAAAAATTAAGTTC
AATTGTCGATGTTTTGGGAGTACCATTGTGTTCAAAATTTAAATATTTTT
GTAAATCTGCTACATATAACTACATAGACGCCTCCTGGTACTGACATTGC
TACATATTTAAACGTATATTATGAAAATATTTGCTTAATTTTACGTATGC
TTAAAAAGCTTATAAAAATAGATATATTATGTTGGTGTTGACTATCAATT
TTTTTTTCATTACAATTTGGGCTATTTCTTTTTTTCAAGTATATGTGTAA
CTGTAGTGGTGCTCAACGTTCACTTCCGATCCCCTCAAACACACAAAATG
GCTCCTTGGGTAAAGCGGGTTTTCATTCATATACTTCCCAGACTACTCAT
CATGAGGAGACCTCAATTCCAGCCGGATAAACATACGTAAGTATTGTCTC
ATCAAGACTAAAAGTGCATTTTTTTGGCATGTTATCCATATAAAAATGTA
ATTATTAGATAGAAAATAATGTTTTTTAAATGTGCAGAAACATATTATAT
CGTAAGGTCGTTTACACTAATGAAAAAAAAACACAACATTTTTGGATAAA
CACCCCGCTTAAAAAGTATACTATTACTATATATCTATTAATTTTATCTT
TTAAGAAACAATTTCGTAAGAAAAATGAGATAACTATAACATAGTTTGCA
ATTTGCATAAATTTTATATAATAGTAATTCAATTCTAGCCTTTTTGCCGA
ATAAATTCTGCTGAGAAGAACCATAAATATTAAATTAGGATTGAAACTTA
GGTTATACTATTTTGATACACATATACGTATGTTTCTCCGATTTAATGTG
TTTAAATAATAAATCACCTGGCATAAACCGAAATTAGTAAATGTCAATGT
ACTGCTCAACAAAATTTGAAAATTTCCCCTACTTGGATACCATTTAAGCT
GTAATTAATATCAGAGTTTGAACCATTAATGTAAATAATTTTTCAGTACC
AAACATCTATATTTTAATAATGTTTTTTTCTATATTTTGAGATATAAAGT
TTATTTATCGATTGATAATAAAGATAGAGTTAAGTAAAAAGTTTTAATAC
TGTTACATATTTATATGACTTATGTTTGATATTCCAAAACAATTGATACT
AGGTCTTTATAATTTTTTTAAATTAATTAAACATTGTTTAATTAGTTATT
TGAAATAGAAACTAAACAGCAGTTTATTTATCAAATGAAAACATCCTAAT
CGTGAAATGAATCAAAATTTAACATTCAATTATTTTAATTCTGGCAAATA
ATTAGACATTCACATCTTTCAAATTCAGATTAACATGAATAGAAATCTTT
ATCCCTTAATATTTATATATACAATATTATCAAATTTATTTGTTTTTTTT
TTCCAACAAAATGTGCATTCGACGAAATTCCGGGTTTTGTAAAAAGGGTA
TTTCAGAAGTTTTTTTAAGAAGCAATACGTACATATTTTTTGTTTATACT
ATAACATTAAAGGTCGATATTTTCGTTTCTTTACAGATGTGATTCCAGAT
CCCTTCGAAAGGTTATGATGCGTACATGTATAGGTGCTGAAACCTCTACG
AGTATATTCGATAATGCTTTTTCTCCAAACGATAAGCGAAATGAAGTATA
TCGAGACCATTTTCCAGAGCCTTTTCCGGAGGATATTCCGGGTATKCCTC
AACARCGKCCATCGRCCGCCATTAATGAATTTTCGCCACGGTAAGAATAT
TCTATTATATATTTGTTCTGAATTTTTTTTTGATATATAATTGTTTATGT
CTTTATTACATTACTTTTTATATGTATGTAATAAAATTGACTTGGTTATA
AATAAATAACAACAGAGTTTTCATAATTATCCGAATATTATCTTAGAAAC
AAAAAGGGTAG
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