EMLSAG00000011971, EMLSAG00000011971-694737 (gene) Lepeophtheirus salmonis

Overview


Name	EMLSAG00000011971
Unique Name	EMLSAG00000011971-694737
Type	gene
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:GluClalpha "GluClalpha" species:7227 "Drosophila melanogaster" [GO:0008068 "extracellular-glutamate-gated chloride channel activity" evidence=NAS;IDA] [GO:0006811 "ion transport" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0048812 "neuron projection morphogenesis" evidence=IMP] [GO:0005886 "plasma membrane" evidence=IDA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 InterPro:IPR018000 EMBL:AE014297 GO:GO:0016021 GO:GO:0005886 GO:GO:0030054 GO:GO:0045211 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0048812 GO:GO:0034707 OrthoDB:EOG712TVZ eggNOG:NOG265706 KO:K05273 EMBL:U58776 EMBL:AJ002232 EMBL:AF297500 EMBL:AF297501 EMBL:DQ665648 RefSeq:NP_001014641.2 RefSeq:NP_001034061.2 RefSeq:NP_650827.3 RefSeq:NP_732447.2 UniGene:Dm.20644 ProteinModelPortal:Q94900 SMR:Q94900 BioGrid:67340 MINT:MINT-813042 STRING:7227.FBpp0099473 TCDB:1.A.9.4.1 PaxDb:Q94900 GeneID:42350 KEGG:dme:Dmel_CG7535 UCSC:CG7535-RA CTD:42350 FlyBase:FBgn0024963 InParanoid:Q94900 NextBio:828361 Bgee:Q94900 GO:GO:0008068 Uniprot:Q94900)

HSP 1 Score: 502.671 bits (1293), Expect = 4.187e-174
Identity = 261/452 (57.74%), Postives = 313/452 (69.25%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------KKRNSEYRNNIR---------------VDPXGDLV-YKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFP----SRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + +N+++R+I  I D+KMEYSVQ+TFREQW DERL++ DD  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTLACPM+L+LYPLD+Q+C L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                    R+   + N+                +D   DL+   S  ++  +    +P       G P +      CE+     H+QA           K  N  CCKT   L+KFP    SR+KRIDVISR  FPL+FA+FNL YW  YLF
Sbjct:   26 KINFREKEKKVLDQILGAGKYDARIRPSGINGTDGPAIVRINLFVRSIMTISDIKMEYSVQLTFREQWTDERLKF-DDIQGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLACPMNLKLYPLDRQICSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSGSNKANMHKESMKKKRRDLEQASLDAASDLLDTDSNATFAMKPLVRHP-------GDPLALEKRLQCEV-----HMQA----------PKRPN--CCKT--WLSKFPTRQCSRSKRIDVISRITFPLVFALFNLVYWSTYLF 450

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:avr-14 "Protein AVR-14, isoform a" species:6239 "Caenorhabditis elegans" [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA;IDA] [GO:0006821 "chloride transport" evidence=IDA] [GO:0008068 "extracellular-glutamate-gated chloride channel activity" evidence=IDA] [GO:0008144 "drug binding" evidence=IGI] [GO:0016020 "membrane" evidence=IEA;IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IGI;IMP] [GO:0034220 "ion transmembrane transport" evidence=IEA] [GO:0042493 "response to drug" evidence=IGI] [GO:0043051 "regulation of pharyngeal pumping" evidence=IGI;IMP] [GO:0045202 "synapse" evidence=IEA] [GO:1902476 "chloride transmembrane transport" evidence=IDA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 InterPro:IPR007110 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 PROSITE:PS50835 InterPro:IPR018000 GO:GO:0016021 GO:GO:0005886 GO:GO:0016020 GO:GO:0042493 GO:GO:0008144 GO:GO:0030054 GO:GO:0045202 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0043051 EMBL:FO080115 GO:GO:0031987 GeneTree:ENSGT00630000089685 KO:K05273 GO:GO:0008068 UniGene:Cel.19399 GeneID:172270 KEGG:cel:CELE_B0207.12 UCSC:B0207.12a CTD:172270 NextBio:874763 RefSeq:NP_001020962.1 ProteinModelPortal:Q95Q96 SMR:Q95Q96 PRIDE:Q95Q96 EnsemblMetazoa:B0207.12a WormBase:B0207.12a OMA:HANFHEV ArrayExpress:Q95Q96 Uniprot:Q95Q96)

HSP 1 Score: 365.54 bits (937), Expect = 4.913e-121
Identity = 196/424 (46.23%), Postives = 265/424 (62.50%), Query Frame = 0

Query:   11 KEKQVLDSILGTGYDKRIRPSGKN----DTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRY--YDDTHGHLK---YLTLT------DPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLH--LPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            KE++++  IL   YD R+RP G N    DT GP  + VNIYLR+IS+IDDV MEYS Q TFRE+W D+RL Y  Y+++ G  +   ++ L          ++WMPDTFF+NEKEAR+H I  PNV +RI  NG+ILYS+R+SL L+CPM L  YPLD+Q C++ +ASY +   D+ Y WKEK P+Q   GL   LP F L+   + YC   TNTGEYSCL+  ++ +REFSYYL+ +Y+P  MLVIVSWVSFWLD++++PARV+LGVTTLLTM+TQ+SGINA+LPPVSYTKAIDVW G      +         G L+  +  +Y  + +       I             P E + P+   Q  ++             +CC  R  + ++  R+KRIDV+SR +FP+ +A FN+ YW  YL 
Sbjct:   26 KEQEIIQRIL-KDYDWRVRPRGMNATWPDTGGPVLVTVNIYLRSISKIDDVNMEYSAQFTFREEWTDQRLAYERYEES-GDTEVPPFVVLATSENADQSQQIWMPDTFFQNEKEARRHLIDKPNVLIRIHKNGQILYSVRLSLVLSCPMSLEFYPLDRQNCLIDLASYAYTTQDIKYEWKEKKPIQQKDGLRQSLPSFELQDVVTDYCTSLTNTGEYSCLRTRMVLRREFSYYLLQLYIPSFMLVIVSWVSFWLDKDSVPARVTLGVTTLLTMTTQSSGINAKLPPVSYTKAIDVWIGVCLAFIF---------GALLEFALVNYAARKDMTQVSQRIRQ-------MKQLPTEGYRPLSASQGRSS-------------FCC--RIFVRRYKERSKRIDVVSRLVFPIGYACFNVLYWAVYLM 416

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:avr-15 "Protein AVR-15, isoform b" species:6239 "Caenorhabditis elegans" [GO:0001508 "action potential" evidence=IMP] [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IGI;IMP] [GO:0034220 "ion transmembrane transport" evidence=IEA] [GO:0043051 "regulation of pharyngeal pumping" evidence=IGI;IMP] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 InterPro:IPR018000 GO:GO:0016021 GO:GO:0005886 GO:GO:0030054 GO:GO:0045202 GO:GO:0005230 GO:GO:0034220 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0043051 GO:GO:0001508 GO:GO:0031987 GeneTree:ENSGT00630000089685 EMBL:Z81118 UniGene:Cel.18043 GeneID:13216190 KEGG:cel:CELE_R11G10.1a CTD:179834 NextBio:907054 PIR:T24805 RefSeq:NP_001024077.1 ProteinModelPortal:Q95PJ6 SMR:Q95PJ6 PRIDE:Q95PJ6 EnsemblMetazoa:R11G10.1b.1 EnsemblMetazoa:R11G10.1b.2 UCSC:R11G10.1b.1 WormBase:R11G10.1b ArrayExpress:Q95PJ6 Uniprot:Q95PJ6)

HSP 1 Score: 353.214 bits (905), Expect = 2.755e-115
Identity = 181/409 (44.25%), Postives = 256/409 (62.59%), Query Frame = 0

Query:   12 EKQVLDSILGTGYDKRIRPSGKNDT--DGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGL--HLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSA-TPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYY 415
            + ++L+ +L  GYD R+RP G++ T   GP  ++VN+ LR+IS+ID+V MEYSVQ+TFRE W D+RL +         +L LT   ++WMPD+FF+NEK+A KH I  PNV +R+  +G ILYS+RISL L+CPM L+ YP+D Q C + +ASY +   D+ Y+WKE+ PVQ+  GL   LP F L    + YC   TNTG YSCL+  +  +R+FSYYL+ +Y+P CMLVIVSWVSFW+D+ A+PARV+LGVTTLLTM+TQ+SGINA+LPPV+Y KAIDVW G      +   +       +  K   +   +          L     NS+N    P E+      +     +R     + N  W   KT+    ++  ++KR D+ISR +FP++F  FN++YW +Y
Sbjct:   72 DTEILEHLLTRGYDHRVRPPGEDGTIHGGPVVVSVNMLLRSISKIDNVNMEYSVQLTFRESWVDKRLSFGVKGDAQPDFLILTAGQEIWMPDSFFQNEKQAYKHMIDKPNVLIRVHKDGTILYSVRISLVLSCPMHLQYYPMDVQQCFIDLASYAYTTKDIEYVWKEETPVQLKAGLSSSLPSFQLTNTSTTYCTSKTNTGSYSCLRTIIQLRRQFSYYLLQLYIPSCMLVIVSWVSFWIDRTAVPARVTLGVTTLLTMTTQSSGINAKLPPVAYIKAIDVWIGACMTFIFCALLEFAWVTYIANKQDANKRARTEREKAELPFLQ----NSHNDVWVPREVAEQEREVMTVRMNRR----QTNSVWKWIKTK---TEWNDKSKRADLISRVMFPVLFLTFNISYWTHY 469

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:glc-3 "Glutamate-gated chloride channel subunit" species:6239 "Caenorhabditis elegans" [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IMP] [GO:0034220 "ion transmembrane transport" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 InterPro:IPR007110 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 PROSITE:PS50835 InterPro:IPR018000 GO:GO:0016021 GO:GO:0005886 GO:GO:0030054 GO:GO:0045202 GO:GO:0005230 GO:GO:0034220 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0031987 GeneTree:ENSGT00630000089685 OrthoDB:EOG712TVZ KO:K05273 EMBL:AJ243914 EMBL:FO081092 PIR:T29742 RefSeq:NP_504441.1 UniGene:Cel.18004 EnsemblMetazoa:ZC317.3 GeneID:178930 KEGG:cel:CELE_ZC317.3 CTD:178930 WormBase:ZC317.3 OMA:IPSTMLV NextBio:903170 Uniprot:G5EEZ3)

HSP 1 Score: 349.362 bits (895), Expect = 7.419e-114
Identity = 195/459 (42.48%), Postives = 265/459 (57.73%), Query Frame = 0

Query:   12 EKQVLDSILGTGYDKRIRPSGKN----DTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLH--LPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG--------------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHH-----NILSGGPP----NSYNSATPCEIHXPVEHLQAYANSRNGEI---DEKNCN-----WYCCKTRGLLAKFPSR------AKRIDVISRFIFPLIFAIFNLAYWLYY 415
            + +++  +LG GYD R+RP G N     T G   + VN+ +R+IS+IDDV MEYSVQ+TFRE+W D RL Y         +L LT   ++WMPD+FF+NEK+A KH+I  PNV +RI  +G ILYS+RIS+ L+CPM L+ YP+D Q C++ +ASY + ++D+ Y WK+ DPVQ+  GLH  LP F L    +  C   TNTG YSCL+  L  +R+FSYYL+ +Y+P  MLVIVSWVSFWLD+ A+PARV+LGVTTLLTM+TQ SGINA+LPPVSYTKAIDVW G                          + +N   RN++ ++    L+       P+   + +P H       L+  P      S N  T   ++  + H     N    E+   D K+ N     W   +   L+    +R      AKR D+ISR +FP +F  FN  YW  Y
Sbjct:   27 DTEIIKKLLGKGYDWRVRPPGINLTIPGTHGAVIVYVNMLIRSISKIDDVNMEYSVQLTFREEWVDGRLAYGFPGDSTPDFLILTAGQQIWMPDSFFQNEKQAHKHDIDKPNVLIRIHRDGRILYSVRISMVLSCPMHLQYYPMDVQTCLIDLASYAYTENDIEYRWKKTDPVQLKKGLHSSLPSFELNNVDTTLCTSKTNTGTYSCLRTVLELRRQFSYYLLQLYIPSTMLVIVSWVSFWLDRGAVPARVTLGVTTLLTMTTQASGINAKLPPVSYTKAIDVWIGACLTFIFGALLEFAWVTYISSRSFYKRNKNCSSRNSLLIETKQALI------IPNTVVAQFPEHPEEVEMGLAQAPDVWIRQSGNGKTVSRVNGHINH----NNDEAAELIIFDAKHKNRRFVWWTNFRNIRLIRWIRNRLNVDDNAKRADLISRVLFPTLFVCFNFVYWTKY 475

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:avr-15 "Protein AVR-15, isoform a" species:6239 "Caenorhabditis elegans" [GO:0001508 "action potential" evidence=IMP] [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IGI;IMP] [GO:0034220 "ion transmembrane transport" evidence=IEA] [GO:0043051 "regulation of pharyngeal pumping" evidence=IGI;IMP] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 InterPro:IPR018000 GO:GO:0016021 GO:GO:0005886 GO:GO:0030054 GO:GO:0045202 GO:GO:0005230 GO:GO:0034220 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0043051 GO:GO:0001508 GO:GO:0031987 GeneTree:ENSGT00630000089685 OrthoDB:EOG712TVZ KO:K05273 EMBL:Z77668 EMBL:Z81118 UniGene:Cel.18043 CTD:179834 RefSeq:NP_001024076.1 ProteinModelPortal:G5ECH3 SMR:G5ECH3 PRIDE:G5ECH3 EnsemblMetazoa:R11G10.1a GeneID:179834 KEGG:cel:CELE_R11G10.1 WormBase:R11G10.1a OMA:NISYWTH NextBio:907054 ArrayExpress:G5ECH3 Uniprot:G5ECH3)

HSP 1 Score: 353.214 bits (905), Expect = 4.083e-113
Identity = 181/412 (43.93%), Postives = 257/412 (62.38%), Query Frame = 0

Query:    9 RQKEKQVLDSILGTGYDKRIRPSGKNDT--DGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGL--HLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSA-TPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYY 415
            +  + ++L+ +L  GYD R+RP G++ T   GP  ++VN+ LR+IS+ID+V MEYSVQ+TFRE W D+RL +         +L LT   ++WMPD+FF+NEK+A KH I  PNV +R+  +G ILYS+RISL L+CPM L+ YP+D Q C + +ASY +   D+ Y+WKE+ PVQ+  GL   LP F L    + YC   TNTG YSCL+  +  +R+FSYYL+ +Y+P CMLVIVSWVSFW+D+ A+PARV+LGVTTLLTM+TQ+SGINA+LPPV+Y KAIDVW G      +   +       +  K   +   +          L     NS+N    P E+      +     +R     + N  W   KT+    ++  ++KR D+ISR +FP++F  FN++YW +Y
Sbjct:  248 QTSDTEILEHLLTRGYDHRVRPPGEDGTIHGGPVVVSVNMLLRSISKIDNVNMEYSVQLTFRESWVDKRLSFGVKGDAQPDFLILTAGQEIWMPDSFFQNEKQAYKHMIDKPNVLIRVHKDGTILYSVRISLVLSCPMHLQYYPMDVQQCFIDLASYAYTTKDIEYVWKEETPVQLKAGLSSSLPSFQLTNTSTTYCTSKTNTGSYSCLRTIIQLRRQFSYYLLQLYIPSCMLVIVSWVSFWIDRTAVPARVTLGVTTLLTMTTQSSGINAKLPPVAYIKAIDVWIGACMTFIFCALLEFAWVTYIANKQDANKRARTEREKAELPFLQ----NSHNDVWVPREVAEQEREVMTVRMNRR----QTNSVWKWIKTK---TEWNDKSKRADLISRVMFPVLFLTFNISYWTHY 648

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:avr-14 "Protein AVR-14, isoform b" species:6239 "Caenorhabditis elegans" [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA;IDA] [GO:0006821 "chloride transport" evidence=IDA] [GO:0008068 "extracellular-glutamate-gated chloride channel activity" evidence=IDA] [GO:0008144 "drug binding" evidence=IGI] [GO:0016020 "membrane" evidence=IEA;IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IGI;IMP] [GO:0034220 "ion transmembrane transport" evidence=IEA] [GO:0042493 "response to drug" evidence=IGI] [GO:0043051 "regulation of pharyngeal pumping" evidence=IGI;IMP] [GO:0045202 "synapse" evidence=IEA] [GO:1902476 "chloride transmembrane transport" evidence=IDA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 InterPro:IPR018000 GO:GO:0016021 GO:GO:0005886 GO:GO:0016020 GO:GO:0042493 GO:GO:0008144 GO:GO:0030054 GO:GO:0045202 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0043051 EMBL:FO080115 GO:GO:0031987 GeneTree:ENSGT00630000089685 OrthoDB:EOG712TVZ KO:K05273 GO:GO:0008068 UniGene:Cel.19399 GeneID:172270 KEGG:cel:CELE_B0207.12 UCSC:B0207.12a CTD:172270 NextBio:874763 RefSeq:NP_001020963.1 ProteinModelPortal:Q95Q97 SMR:Q95Q97 PRIDE:Q95Q97 EnsemblMetazoa:B0207.12b WormBase:B0207.12b InParanoid:Q95Q97 ArrayExpress:Q95Q97 Uniprot:Q95Q97)

HSP 1 Score: 337.421 bits (864), Expect = 7.275e-110
Identity = 168/298 (56.38%), Postives = 215/298 (72.15%), Query Frame = 0

Query:   11 KEKQVLDSILGTGYDKRIRPSGKN----DTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRY--YDDTHGHLK---YLTLT------DPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLH--LPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            KE++++  IL   YD R+RP G N    DT GP  + VNIYLR+IS+IDDV MEYS Q TFRE+W D+RL Y  Y+++ G  +   ++ L          ++WMPDTFF+NEKEAR+H I  PNV +RI  NG+ILYS+R+SL L+CPM L  YPLD+Q C++ +ASY +   D+ Y WKEK P+Q   GL   LP F L+   + YC   TNTGEYSC +V L  +RE+SYYLI +Y+PC MLV+VSWVSFWLD++A+PARVSLGVTTLLTM+TQ SGIN++LPPVSY KA+DVW G
Sbjct:   26 KEQEIIQRILK-DYDWRVRPRGMNATWPDTGGPVLVTVNIYLRSISKIDDVNMEYSAQFTFREEWTDQRLAYERYEES-GDTEVPPFVVLATSENADQSQQIWMPDTFFQNEKEARRHLIDKPNVLIRIHKNGQILYSVRLSLVLSCPMSLEFYPLDRQNCLIDLASYAYTTQDIKYEWKEKKPIQQKDGLRQSLPSFELQDVVTDYCTSLTNTGEYSCARVVLRLRREYSYYLIQLYIPCIMLVVVSWVSFWLDKDAVPARVSLGVTTLLTMTTQASGINSKLPPVSYIKAVDVWIG 321

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:glc-1 "Avermectin-sensitive glutamate-gated chloride channel GluCl alpha" species:6239 "Caenorhabditis elegans" [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0031987 "locomotion involved in locomotory behavior" evidence=IGI;IMP] [GO:0034220 "ion transmembrane transport" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 InterPro:IPR018000 GO:GO:0016021 GO:GO:0005886 GO:GO:0030054 GO:GO:0045202 GO:GO:0005230 GO:GO:0034220 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0031987 GeneTree:ENSGT00630000089685 OrthoDB:EOG712TVZ KO:K05273 EMBL:Z92830 EMBL:U14524 PIR:S50864 PIR:T20754 RefSeq:NP_507090.1 UniGene:Cel.18023 EnsemblMetazoa:F11A5.10 GeneID:180086 KEGG:cel:CELE_F11A5.10 CTD:180086 WormBase:F11A5.10 OMA:WIHSESA NextBio:908030 Uniprot:G5EBR3)

HSP 1 Score: 335.109 bits (858), Expect = 1.569e-108
Identity = 177/406 (43.60%), Postives = 245/406 (60.34%), Query Frame = 0

Query:    9 RQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGL--HLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYW 412
            +  + ++L  +  +GYD R+RP    D  GP  ++VN+ LRTIS+ID V MEYS Q+T RE W D+RL Y     G   ++ LT   ++WMPDTFF NEK+A KH I  PNV +RI  +G +LYS+RISL L+CPM L+ YP+D Q C + +ASY +   D+ YLWKE  P+Q+  GL   LP F L    + YC   TNTG YSCL+  +  KREFS+YL+ +Y+P CMLVIVSWVSFW D+ AIPARV+LGVTTLLTM+ Q++GIN+QLPPVSY KAIDVW G      +   +       +  K       +         +L     N +N   P ++    E ++    +R     + N      +T+    ++   +KR+D+ISR +FP++F +FN+ YW
Sbjct:   60 QTSDSKILAHLFTSGYDFRVRP--PTDNGGPVVVSVNMLLRTISKIDVVNMEYSAQLTLRESWIDKRLSYGVKGDGQPDFVILTVGHQIWMPDTFFPNEKQAYKHTIDKPNVLIRIHNDGTVLYSVRISLVLSCPMYLQYYPMDVQQCSIDLASYAYTTKDIEYLWKEHSPLQLKVGLSSSLPSFQLTNTSTTYCTSVTNTGIYSCLRTTIQLKREFSFYLLQLYIPSCMLVIVSWVSFWFDRTAIPARVTLGVTTLLTMTAQSAGINSQLPPVSYIKAIDVWIGACMTFIFCALLEFALVNHIANKQGVERKARTEREKAEIPLLQ----NLHNDV-PTKVFNQEEKVRTVPLNRR----QMNSFLNLLETK---TEWNDISKRVDLISRALFPVLFFVFNILYW 451

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:glra1 "glycine receptor, alpha 1" species:7955 "Danio rerio" [GO:0022824 "transmitter-gated ion channel activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA;IDA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0016594 "glycine binding" evidence=IEA] [GO:0045211 "postsynaptic membrane" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0016934 "extracellular-glycine-gated chloride channel activity" evidence=IEA;IDA] [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0006821 "chloride transport" evidence=IEA] [GO:1902476 "chloride transmembrane transport" evidence=IDA] [GO:0045664 "regulation of neuron differentiation" evidence=IMP] [GO:0007417 "central nervous system development" evidence=IMP] [GO:0043200 "response to amino acid" evidence=IDA] [GO:0030054 "cell junction" evidence=IEA] [GO:0034707 "chloride channel complex" evidence=IEA] [GO:0005254 "chloride channel activity" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 InterPro:IPR008127 InterPro:IPR008128 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 PRINTS:PR01673 PRINTS:PR01674 InterPro:IPR018000 ZFIN:ZDB-GENE-991117-1 GO:GO:0045664 GO:GO:0005887 GO:GO:0030054 GO:GO:0045211 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0007417 GO:GO:0016934 GO:GO:0043200 GO:GO:0016594 HOVERGEN:HBG051707 CTD:2741 HOGENOM:HOG000231336 KO:K05193 GO:GO:0022824 EMBL:AF488379 RefSeq:XP_005173152.1 UniGene:Dr.75842 ProteinModelPortal:Q8QG93 SMR:Q8QG93 PRIDE:Q8QG93 GeneID:30676 KEGG:dre:30676 InParanoid:Q8QG93 Bgee:Q8QG93 Uniprot:Q8QG93)

HSP 1 Score: 288.115 bits (736), Expect = 1.843e-90
Identity = 167/452 (36.95%), Postives = 242/452 (53.54%), Query Frame = 0

Query:   14 QVLDSILG--TGYDKRIRPSGK------NDTDG------PATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------------KKRNSEY------RNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNI-LSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            + LD ++G  +GYD RIRP+ K      + +DG      P  +  NI++ +   I +  M+Y V +  R+QWND RL Y +     L      DP+    +W PD FF NEK A  HE+   N  +RI  NG +LYSIRI+L LACPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W EK  VQV  GL LP+F L++ K   YC    NTG+++C++     +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV LG+TT+LTM+TQ+SG  A LP VSY KAID+W                      +++ E       R +++ D  GD  + S  +Y      +     + + G   N+  S  P E    VE ++                            F SRAKRID +SR  FPL+F IFN+ YW+ Y   +S+
Sbjct:   36 EFLDKLMGKVSGYDARIRPNFKVVDPQGSKSDGTHKKGPPVNVTCNIFINSFGSIAETTMDYRVNIFLRQQWNDPRLAYSEYPDDSLDL----DPSMLDSIWKPDLFFANEKGANFHEVTTDNKLLRISKNGNVLYSIRITLVLACPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWDEKGAVQVADGLTLPQFILKEEKDLRYCTKHYNTGKFTCIEARFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVGLGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMAVCLLFVFSALLEYAAVNFIARQHKELLRFQRRRRHLKEDEAGDGRF-SFAAYGMGPACLQAKDGMAIKGNNNNAPTSTNPPE--KTVEEMRKL--------------------------FISRAKRIDTVSRVAFPLVFLIFNIFYWITYKIIRSE 454

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:glra2 "glycine receptor, alpha 2" species:7955 "Danio rerio" [GO:0016594 "glycine binding" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0006811 "ion transport" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0022824 "transmitter-gated ion channel activity" evidence=IEA] [GO:0006810 "transport" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 InterPro:IPR008127 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 PRINTS:PR01673 InterPro:IPR018000 ZFIN:ZDB-GENE-090407-1 GO:GO:0005887 GO:GO:0030054 GO:GO:0045202 GO:GO:0005230 GO:GO:0034220 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0016594 HOGENOM:HOG000231336 GO:GO:0022824 CTD:2742 KO:K05194 EMBL:GQ406228 RefSeq:NP_001161371.1 UniGene:Dr.81089 ProteinModelPortal:D1KZ66 GeneID:793646 KEGG:dre:793646 NextBio:20931511 Bgee:D1KZ66 Uniprot:D1KZ66)

HSP 1 Score: 285.804 bits (730), Expect = 1.238e-89
Identity = 160/426 (37.56%), Postives = 240/426 (56.34%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRY--YDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKS-AYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSY---PHQYNSMYPHHNILSGGPP-NSYNSATPCE-----IHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            LD ++G  +GYD RIRP+ K     P  +  NI++ +   + +  M+Y V +  R++WND RL Y  Y D+   L      DP+    +W PD FF NEK A  H++   N  +RIF +G +LYSIR++L L+CPMDL+ +P+D Q C +Q+ S+G+  +DLI+ W +K PVQV  GL LP+F +   K   YC    NTG+++C++V+   +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV+LG+TT+LTM+TQ+SG  A LP VSY KAID+W        +   +      + V +    +     +        ++  G    +SYN+ T  +      +  V  +Q  +  +N E + K              KF  RAKRID ISR  FPL F IFN+ YW+ Y   + +S +
Sbjct:   45 LDKLMGRTSGYDARIRPNFKGP---PVNVTCNIFINSFGSVTETTMDYRVNIFLRQKWNDPRLAYSEYPDSSLDL------DPSMLDSIWKPDLFFANEKGANFHDVTTDNKLLRIFKDGTVLYSIRLTLILSCPMDLKNFPMDVQTCTMQLESFGYTMNDLIFEWLDKGPVQVADGLTLPQFLIRDEKDLGYCTKHYNTGKFTCIEVKFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVALGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMAVCLLFVFAALLEYAGV-NFVSRQQKEFLRLKRRQRRTQKEEDLQDGRLHFSSYNTTTCVKDGAVVKNTQVNQIQQPSILKNTETNRK--------------KFVDRAKRIDTISRAAFPLAFLIFNVFYWITYKIIRHESAR 446

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BLAST of EMLSAG00000011971 vs. GO
Match: - (symbol:GLRA3 "Uncharacterized protein" species:9615 "Canis lupus familiaris" [GO:0005230 "extracellular ligand-gated ion channel activity" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0016594 "glycine binding" evidence=IEA] [GO:0022824 "transmitter-gated ion channel activity" evidence=IEA] [GO:0030054 "cell junction" evidence=IEA] [GO:0045202 "synapse" evidence=IEA] InterPro:IPR006028 InterPro:IPR006029 InterPro:IPR006201 InterPro:IPR006202 InterPro:IPR008127 Pfam:PF02931 Pfam:PF02932 PRINTS:PR00252 PRINTS:PR00253 PRINTS:PR01673 InterPro:IPR018000 GO:GO:0005887 GO:GO:0030054 GO:GO:0045202 GO:GO:0005230 GO:GO:0034220 Gene3D:2.70.170.10 PANTHER:PTHR18945 SUPFAM:SSF63712 SUPFAM:SSF90112 TIGRFAMs:TIGR00860 PROSITE:PS00236 GO:GO:0016594 GeneTree:ENSGT00550000074453 GO:GO:0022824 EMBL:AAEX03014316 Ensembl:ENSCAFT00000012641 Ensembl:ENSCAFT00000043558 Uniprot:F1Q2X8)

HSP 1 Score: 284.263 bits (726), Expect = 1.471e-89
Identity = 159/426 (37.32%), Postives = 229/426 (53.76%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG--------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYY 415
            LD ++G  +GYD RIRP+ K     P  +  NI++ +   I +  M+Y V +  R++WND RL Y +     L      DP+    +W PD FF NEK A  HE+   N  +RIF NG +LYSIR++LTL+CPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+++ PVQV  GL LP+F L++ K   YC    NTG+++C++V    +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV+LG+TT+LTM+TQ+SG  A LP VSY KAID+W                      ++     R   +     D V +S  S+      M P      G  P   N         P E  + + +                           RAK+ID ISR  FPL F IFN+ YW+ Y
Sbjct:    7 LDKLMGRTSGYDARIRPNFKG---PPVNVTCNIFINSFGSIAETTMDYRVNIFLRQKWNDPRLAYSEYPDDSLDL----DPSMLDSIWKPDLFFANEKGANFHEVTTDNKLLRIFKNGNVLYSIRLTLTLSCPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQDEAPVQVAEGLTLPQFLLKEEKDLRYCTKHYNTGKFTCIEVRFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVALGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMAVCLLFVFSALLEYAAVNFVSRQHKELLRFRRKRKNKDDEVRESRFSFTAY--GMGPCLQAKDGVTPKGPNHPVQVMPKSPDEMRKVFID---------------------------RAKKIDTISRACFPLAFLIFNIFYWVIY 396

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592749524|gb|GAXK01204889.1| (TSA: Calanus finmarchicus comp227938_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 477.248 bits (1227), Expect = 1.327e-154
Identity = 247/465 (53.12%), Postives = 304/465 (65.38%), Query Frame = 0

Query:    6 INYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRY-----YDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSG--GPPNSYNSATP----------CEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKS 422
            INYR++EK++LD ILG G YD RIRPSG N TD    I VN+++R+ ++IDDVKMEYSVQ+TFR++W+D+RL Y     + D    +KYLT+TD  KVWMPDTFFRNEKE R H I+VPNVY+RIFP+G +LYSIR+SLTLACPM+L+LYPLD+Q C L++ASYGW  DDL Y WK  +PVQ+   LHLPRFTLE+Y S YC++ TNTGEYSCL V+L FKREFSYYL+TIYVPCCMLVIVSWVSFWLD NA+PARVSLGVTTLLTMSTQ + IN  LPPV+YTKAIDVWTG                              K++     +    DP       +  S+P     MY    ++ G  GPP +   + P          CEIH      + +  +           W        L KFPSRAK+IDV+SR IFP IFA FNL+YW +YL  ++ +
Sbjct: 1582 INYREEEKRILDEILGKGVYDNRIRPSGTNGTDDATLIMVNLFIRSFAKIDDVKMEYSVQITFRQKWSDDRLTYKHKLGHGDMQSRIKYLTMTDAKKVWMPDTFFRNEKEGRFHNILVPNVYIRIFPDGYVLYSIRVSLTLACPMNLKLYPLDRQKCSLRVASYGWTTDDLKYQWKTDNPVQITDDLHLPRFTLEKYVSDYCNIKTNTGEYSCLTVDLTFKREFSYYLLTIYVPCCMLVIVSWVSFWLDPNAVPARVSLGVTTLLTMSTQQASINNSLPPVAYTKAIDVWTGVCIFFVFGALLEYALVNYASRSDAQRLAKRKQKKQVELDKCAFDPEHMEESHNGGSFP-----MYFQKPMMRGSPGPPGAMRGSGPNFANINNIHQCEIHMKPRKRKNFLQA-----------W--------LNKFPSRAKKIDVLSRVIFPAIFAFFNLSYWTFYLTQEANT 2904

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592749523|gb|GAXK01204890.1| (TSA: Calanus finmarchicus comp227938_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 476.863 bits (1226), Expect = 1.382e-154
Identity = 247/465 (53.12%), Postives = 304/465 (65.38%), Query Frame = 0

Query:    6 INYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRY-----YDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSG--GPPNSYNSATP----------CEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKS 422
            INYR++EK++LD ILG G YD RIRPSG N TD    I VN+++R+ ++IDDVKMEYSVQ+TFR++W+D+RL Y     + D    +KYLT+TD  KVWMPDTFFRNEKE R H I+VPNVY+RIFP+G +LYSIR+SLTLACPM+L+LYPLD+Q C L++ASYGW  DDL Y WK  +PVQ+   LHLPRFTLE+Y S YC++ TNTGEYSCL V+L FKREFSYYL+TIYVPCCMLVIVSWVSFWLD NA+PARVSLGVTTLLTMSTQ + IN  LPPV+YTKAIDVWTG                              K++     +    DP       +  S+P     MY    ++ G  GPP +   + P          CEIH      + +  +           W        L KFPSRAK+IDV+SR IFP IFA FNL+YW +YL  ++ +
Sbjct: 1526 INYREEEKRILDEILGKGVYDNRIRPSGTNGTDDATLIMVNLFIRSFAKIDDVKMEYSVQITFRQKWSDDRLTYKHKLGHGDMQSRIKYLTMTDAKKVWMPDTFFRNEKEGRFHNILVPNVYIRIFPDGYVLYSIRVSLTLACPMNLKLYPLDRQKCSLRVASYGWTTDDLKYQWKTDNPVQITDDLHLPRFTLEKYVSDYCNIKTNTGEYSCLTVDLTFKREFSYYLLTIYVPCCMLVIVSWVSFWLDPNAVPARVSLGVTTLLTMSTQQASINNSLPPVAYTKAIDVWTGVCIFFVFGALLEYALVNYASRSDAQRLAKRKQKKQVELDKCAFDPEHMEESHNGGSFP-----MYFQKPMMRGSPGPPGAMRGSGPNFANINNIHQCEIHMKPRKRKNFLQA-----------W--------LNKFPSRAKKIDVLSRVIFPAIFAFFNLSYWTFYLTQEANT 2848

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592820536|gb|GAXK01134032.1| (TSA: Calanus finmarchicus comp1946267_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 451.055 bits (1159), Expect = 9.081e-153
Identity = 243/471 (51.59%), Postives = 305/471 (64.76%), Query Frame = 0

Query:    2 RIEKINYRQKEKQVLDSILGTG------YDKRIRPSG----KNDTD--GPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------------------KKRN-----SEYRNNIRVDPXGDLVYKSTTSYPHQYNS----MYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEI-------DEKNCNWY--CCKTRGLLAKFPS-RAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            R+E  N+RQKEK VLD+ILG+       YD RIRP       N+TD   P  +NVNIYLRTI+ I+D KME+++Q+TFR++WND RLR+ DD  G +KYLT+TDP KVWMPDTFFRNEK    H I+V NVY+RIFPNG++LYSIRISLTL+CPM+L+LYP+D+Q C L+IASYG+  DD+ YLW   DPVQ+   L+LPRF +E+Y S+YC+V TNTGEYSCL V+L+FKR+FSYYLITIYVP CMLVIVSWV+FWLD  A+PARV+LGVTTLLTMSTQT+ IN+ LPPV+YTKAIDVW G                         +KR      +E  N +R+     L+           NS    +   H +L  G   +  +          +H Q +  +  G I       D    NW     K R    + P  R+KRIDV+SR++FPL+FAIFNLAYW  YL
Sbjct:  181 RVE--NFRQKEKDVLDTILGSKNARGHTYDARIRPQSFDPFTNETDPSSPTFVNVNIYLRTINDINDYKMEFAIQITFRQRWNDPRLRF-DDQLGRMKYLTMTDPRKVWMPDTFFRNEKSGHFHNILVNNVYIRIFPNGDVLYSIRISLTLSCPMNLKLYPMDRQTCALKIASYGYTTDDITYLWDAADPVQLAQNLNLPRFNIEKYSSSYCNVKTNTGEYSCLSVDLVFKRQFSYYLITIYVPGCMLVIVSWVNFWLDPKAVPARVALGVTTLLTMSTQTASINSALPPVAYTKAIDVWQGVCVGFVFSALMEYALVNYALRGKVKRKRKLSEAAAEIENQVRMMDETMLLCNGNGQNGKSKNSPKSNINADHIVLYNG---TVGNGMRGGSRKNSDHEQQFNLNNGGNILMNPLLEDPAYLNWLEKQDKKRSRRCQMPQDRSKRIDVVSRYLFPLVFAIFNLAYWCTYL 1575

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592831729|gb|GAXK01125815.1| (TSA: Calanus finmarchicus comp310392_c2_seq7 transcribed RNA sequence)

HSP 1 Score: 406.757 bits (1044), Expect = 8.554e-135
Identity = 211/433 (48.73%), Postives = 275/433 (63.51%), Query Frame = 0

Query:    6 INYRQKEKQVLDSILG-TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDD----THGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSP 423
            +N+R +EK++LDS++G T YD RIRP+G N TD    + VNI++R+ S+IDDVKMEYS Q+T R+QWND+RL Y D         ++YLTLTD +KVWMPDTFFRNEK    H I+ PN+Y+R+FP+G++LYSIRIS+T AC M L L+PLD+Q C L IASYGWAK+DLIY+WKE +PVQ+   L LP  F L  + S YCDV T TGEYSCL+V+L+F R+ S++L+T+YVPC M V VSW+SFWLD  A+PARV+LGVTTLL MST  + I   LPPV+YTKAIDVW+G      +   +         R D    +  K       +   ++       GG P S +   P        H+   +   +  I  +  N    K    +  F  +AK+IDV SR  FP +FAIFN+ YW YYL  K   P
Sbjct:  299 VNFRLEEKKILDSVMGPTVYDSRIRPAGINGTDAATFVYVNIFVRSFSKIDDVKMEYSFQITMRQQWNDKRLSYKDRLSVVMAERIRYLTLTDASKVWMPDTFFRNEKIGAFHNILTPNLYIRVFPDGDVLYSIRISITCACSMHLALFPLDEQTCTLDIASYGWAKNDLIYVWKEGNPVQLAGNLSLPGGFKLGAFGSRYCDVKTTTGEYSCLRVDLLFARQLSFFLVTVYVPCSMTVSVSWMSFWLDHKAVPARVALGVTTLLAMSTTQASIQNSLPPVAYTKAIDVWSGVCVFFVFSALLEYALVNYASRSDAQRSVKQKERKKQELE-RQVFNGDGYEEGGFPMSMD---PLMRRMEGSHMMPPSAVIHHRISVRRPN----KLSLWVKNFQFQAKKIDVFSRVFFPFVFAIFNVWYWSYYLTRKQGKP 1573

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592831732|gb|GAXK01125812.1| (TSA: Calanus finmarchicus comp310392_c2_seq4 transcribed RNA sequence)

HSP 1 Score: 405.216 bits (1040), Expect = 6.741e-134
Identity = 207/435 (47.59%), Postives = 275/435 (63.22%), Query Frame = 0

Query:    4 EKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHG----HLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSP 423
            +++N RQ+E ++LDS++G   YD RIRP+G N TD    + VNI++R+ S+IDDVKMEYS Q+T R+QWND+RL Y D   G     ++YLTLTD +KVWMPDTFFRNEK    H I+ PN+Y+R+FP+G++LYSIRIS+T AC M L L+PLD+Q C L +ASYGW K+DL+Y+WKE +PVQ+   L LP  F L  + S YCDV T TGEYSCL+V+L+F R+ S++++T+YVPC M V VSW+SFWLD  A+PARV+LGVTTLL MST  + I   LPPV+YTKAIDVW+G      +   +         R D    +  K       +   ++       GG P S +   P        H+   +   +  I  +  N    K    +  F  +AK+IDV SR  FP +FAIFN+ YW YYL  K   P
Sbjct:  366 QEVNIRQEETKILDSVMGPAVYDSRIRPAGINGTDAATFVYVNIFVRSFSKIDDVKMEYSFQITMRQQWNDKRLAYKDRLKGILAERIRYLTLTDASKVWMPDTFFRNEKIGAFHTILTPNLYIRVFPDGDVLYSIRISITCACSMHLALFPLDEQTCTLDVASYGWTKNDLVYVWKEGNPVQLAGNLSLPGGFKLGAFGSQYCDVITATGEYSCLRVDLLFARQLSFFIVTVYVPCSMTVSVSWMSFWLDHKAVPARVALGVTTLLAMSTTQASIQNSLPPVAYTKAIDVWSGVCVFFVFSALLEYALVNYASRSDAQRSVKQKERKKQELE-RQVFNGDGYEEGGFPMSMD---PLMRRMEGSHMMPPSAVIHHRISVRRPN----KLSLWVKNFQFQAKKIDVFSRVFFPFVFAIFNVWYWSYYLTRKQGKP 1646

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592831735|gb|GAXK01125809.1| (TSA: Calanus finmarchicus comp310392_c2_seq1 transcribed RNA sequence)

HSP 1 Score: 407.527 bits (1046), Expect = 6.968e-134
Identity = 210/426 (49.30%), Postives = 271/426 (63.62%), Query Frame = 0

Query:    6 INYRQKEKQVLDSILG-TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDD----THGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            +N+R +EK++LDS++G T YD RIRP+G N TD    + VNI++R+ S+IDDVKMEYS Q+T R+QWND+RL Y D         ++YLTLTD +KVWMPDTFFRNEK    H I+ PN+Y+R+FP+G++LYSIRIS+T AC M L L+PLD+Q C L IASYGWAK+DLIY+WKE +PVQ+   L LP  F L  + S YCDV T TGEYSCL+V+L+F R+ S++L+T+YVPC M V VSW+SFWLD  A+PARV+LGVTTLL MST  + I   LPPV+YTKAIDVW+G      +   +         R D    +  K       +       H    GG P S +   P        H+       +  I  +  N    K    +  F  +AK+IDV SR  FP +FAIFN+ YW YYL
Sbjct:  299 VNFRLEEKKILDSVMGPTVYDSRIRPAGINGTDAATFVYVNIFVRSFSKIDDVKMEYSFQITMRQQWNDKRLSYKDRLSVVMAERIRYLTLTDASKVWMPDTFFRNEKIGAFHNILTPNLYIRVFPDGDVLYSIRISITCACSMHLALFPLDEQTCTLDIASYGWAKNDLIYVWKEGNPVQLAGNLSLPGGFKLGAFGSRYCDVKTTTGEYSCLRVDLLFARQLSFFLVTVYVPCSMTVSVSWMSFWLDHKAVPARVALGVTTLLAMSTTQASIQNSLPPVAYTKAIDVWSGVCVFFVFSALLEYALVNYASRSDAQRSVKQKERKKQELERQVFNADHYSEDGGFPMSMD---PLMRRMEGSHMMPPGAVIHHRIPMRRPN----KLTLWIKNFQFQAKKIDVFSRVFFPFVFAIFNIWYWSYYL 1555

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592831731|gb|GAXK01125813.1| (TSA: Calanus finmarchicus comp310392_c2_seq5 transcribed RNA sequence)

HSP 1 Score: 401.364 bits (1030), Expect = 1.916e-132
Identity = 207/437 (47.37%), Postives = 272/437 (62.24%), Query Frame = 0

Query:    4 EKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHG------HLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPR-FTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSP 423
            ++ NYRQ EKQ+LD ILG   YD RIRP+G+N TDGP+ + VN+++R+ S+IDDVKMEYS Q+T R+QWND+RLR+ +   G       ++YLT+TD +KVWMPDTFFRNEK  R H I+ PN+Y+R+FP G++LYSIR+SL   C M L L+P D+Q C L +ASYGW K+DLIY+WK    +Q    L LP  F L    + YCDV T TGEYSCL+V+L+F RE S+Y++TIYVPC M+V+VSW SFWLD  A+PARV+LGVTTLL MST  + I   LPPV+YTKA+DVW+G      +   +         R D    +  K       +   ++       GG P S +   P        H+   +   +  I  +  N    K    +  F  +AK+IDV SR  FP +FAIFN+ YW YYL  K   P
Sbjct:  342 KETNYRQIEKQILDDILGPKVYDPRIRPAGENTTDGPSMVYVNVFMRSFSKIDDVKMEYSFQITLRQQWNDKRLRFKEKLEGMGVEEDKIRYLTMTDASKVWMPDTFFRNEKIGRFHSILTPNLYIRVFPGGDVLYSIRVSLICTCGMYLALFPFDEQTCNLDVASYGWTKNDLIYVWKGAGALQFAGNLSLPGGFKLANSTNKYCDVKTATGEYSCLRVDLVFARELSFYIVTIYVPCFMIVVVSWFSFWLDYKAVPARVALGVTTLLAMSTTMASIQKSLPPVAYTKAVDVWSGVCVFFVFSALLEYALVNYASRSDAQRSVKQKERKKQELE-RQVFNGDGYEEGGFPMSMD---PLMRRMEGSHMMPPSAVIHHRISVRRPN----KLSLWVKNFQFQAKKIDVFSRVFFPFVFAIFNVWYWSYYLTRKQGKP 1628

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592761928|gb|GAXK01192485.1| (TSA: Calanus finmarchicus comp1034237_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 389.037 bits (998), Expect = 2.236e-131
Identity = 195/379 (51.45%), Postives = 255/379 (67.28%), Query Frame = 0

Query:   56 DVKMEYSVQVTFREQWNDERLRYYDDT----HGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNI-RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            DVKME+SVQ+TFR++W D+RLR+           +KYLT+T+P KVWMPDTFFRNE+  R H ++VPN+YVRIF +G +L+SIR+SLTL+CPM+L+LYPLD+Q C +QIASYGWA DDL+Y+WK +DPVQ+  G+ LPRF +E+Y S YC+V T+TGEYSCL +EL  KREFSYY++TIYVP CMLVIVSW SFW+D  A+PARV+LGVTTLLTMST+T+ I+  LPPV+YTKA+D+WTG                N+  R++  R+    +    +     H+ +S+Y   N+L+                           SR   I        C +    LA+FPSRAK+IDVISR +FP++FA FNL YW YYL
Sbjct:   84 DVKMEFSVQITFRQKWFDDRLRFSHKVSPAMKDKIKYLTITEPGKVWMPDTFFRNERRGRMHNVLVPNLYVRIFADGMVLFSIRVSLTLSCPMNLKLYPLDRQTCPMQIASYGWATDDLVYMWKSQDPVQIGKGISLPRFVIEKYSSDYCNVKTSTGEYSCLLMELTLKREFSYYMLTIYVPTCMLVIVSWFSFWIDPKAVPARVALGVTTLLTMSTKTASISNSLPPVAYTKAVDLWTGVCIFFVFFALLEYTAVNAAARSDAKRLIAAKNKKSPAKDKTDHEDDSVYCEINLLA---------------------------SRKNNI--------CMQ---WLARFPSRAKKIDVISRVLFPIVFASFNLMYWCYYL 1106

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592831727|gb|GAXK01125817.1| (TSA: Calanus finmarchicus comp310392_c2_seq9 transcribed RNA sequence)

HSP 1 Score: 385.185 bits (988), Expect = 4.355e-127
Identity = 174/296 (58.78%), Postives = 226/296 (76.35%), Query Frame = 0

Query:    4 EKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHG------HLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            ++ NYRQ EKQ+LD ILG   YD RIRP+G+N TDGP+ + VN+++R+ S+IDDVKMEYS Q+T R+QWND+RLR+ +   G       ++YLT+TD +KVWMPDTFFRNEK  R H I+ PN+Y+R+FP G++LYSIR+SL   C M L L+P D+Q C L +ASYGW K+DL+Y+WKE +PVQ+   L LP  F L  + S YCDV T TGEYSCL+V+L+F R+ S++++T+YVPC M V VSW+SFWLD  A+PARV+LGVTTLL MST  + I   LPPV+YTKAIDVW+G
Sbjct:  342 KETNYRQIEKQILDDILGPKVYDPRIRPAGENTTDGPSMVYVNVFMRSFSKIDDVKMEYSFQITLRQQWNDKRLRFKEKLEGMGVEEDKIRYLTMTDASKVWMPDTFFRNEKIGRFHSILTPNLYIRVFPGGDVLYSIRVSLICTCGMYLALFPFDEQTCNLDVASYGWTKNDLVYVWKEGNPVQLAGNLSLPGGFKLGAFGSQYCDVITATGEYSCLRVDLLFARQLSFFIVTVYVPCSMTVSVSWMSFWLDHKAVPARVALGVTTLLAMSTTQASIQNSLPPVAYTKAIDVWSG 1229

HSP 2 Score: 37.3502 bits (85), Expect = 1.097e-1
Identity = 15/28 (53.57%), Postives = 20/28 (71.43%), Query Frame = 0

Query:  389 AKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            AK+IDV+SR  FP  F +F+  YW Y+L
Sbjct: 1515 AKKIDVLSRVCFPSCFFVFSALYWTYFL 1598

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BLAST of EMLSAG00000011971 vs. C. finmarchicus
Match: gi|592831730|gb|GAXK01125814.1| (TSA: Calanus finmarchicus comp310392_c2_seq6 transcribed RNA sequence)

HSP 1 Score: 384.8 bits (987), Expect = 5.170e-126
Identity = 177/292 (60.62%), Postives = 225/292 (77.05%), Query Frame = 0

Query:    6 INYRQKEKQVLDSILG-TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDD----THGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            +N+R +EK++LDS++G T YD RIRP+G N TD    + VNI++R+ S+IDDVKMEYS Q+T R+QWND+RL Y D         ++YLTLTD +KVWMPDTFFRNEK    H I+ PN+Y+R+FP+G++LYSIRIS+T AC M L L+PLD+Q C L IASYGWAK+DLIY+WKE +PVQ+   L LP  F L  + S YCDV T TGEYSCL+V+L+F R+ S++L+T+YVPC M V VSW+SFWLD  A+PARV+LGVTTLL MST  + I   LPPV+YTKAIDVW+G
Sbjct:  299 VNFRLEEKKILDSVMGPTVYDSRIRPAGINGTDAATFVYVNIFVRSFSKIDDVKMEYSFQITMRQQWNDKRLSYKDRLSVVMAERIRYLTLTDASKVWMPDTFFRNEKIGAFHNILTPNLYIRVFPDGDVLYSIRISITCACSMHLALFPLDEQTCTLDIASYGWAKNDLIYVWKEGNPVQLAGNLSLPGGFKLGAFGSRYCDVKTTTGEYSCLRVDLLFARQLSFFLVTVYVPCSMTVSVSWMSFWLDHKAVPARVALGVTTLLAMSTTQASIQNSLPPVAYTKAIDVWSG 1174

HSP 2 Score: 43.1282 bits (100), Expect = 1.465e-3
Identity = 19/35 (54.29%), Postives = 23/35 (65.71%), Query Frame = 0

Query:  382 LAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            +  F   AK+IDV SR  FP +FAIFN  YW +YL
Sbjct: 1439 MRNFKFAAKKIDVFSRVFFPSVFAIFNCLYWSFYL 1543

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000011971 (pep:novel supercontig:LSalAtl2s:LSalAtl2s84:948400:1079594:1 gene:EMLSAG00000011971 transcript:EMLSAT00000011971 description:"maker-LSalAtl2s84-augustus-gene-10.5")

HSP 1 Score: 885.174 bits (2286), Expect = 0.000e+0
Identity = 427/427 (100.00%), Postives = 427/427 (100.00%), Query Frame = 0

Query:    1 SRIEKINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQLES 427
            SRIEKINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQLES
Sbjct:    1 SRIEKINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQLES 427

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000006195 (pep:novel supercontig:LSalAtl2s:LSalAtl2s339:168354:194952:-1 gene:EMLSAG00000006195 transcript:EMLSAT00000006195 description:"maker-LSalAtl2s339-augustus-gene-2.20")

HSP 1 Score: 367.081 bits (941), Expect = 6.223e-122
Identity = 176/319 (55.17%), Postives = 225/319 (70.53%), Query Frame = 0

Query:    4 EKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDD-----------------------THGHL------KYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            +++NYRQ+EK++LDS+LG   YDKRIRPSG N TD  + + VNI++R+ S IDDVKMEYS Q+T R+QWND RLR+ D                        + G L      +YLT+TD +KVWM DTFF NEK  R H I+  N+YVR+FPNG++LYSIR+SLT AC M L L+PLDKQ C L +ASYGW  +DLIY WKE +PVQ+V  L LP  F L+ + +  CDV   TG YSCL+VE+ F R+ S+Y++TIY+PC M+V+VSW+SFW+D  A+PARVSLG+T LL MST  + IN+ LPPV+YTKAIDVW G
Sbjct:   37 KEVNYRQEEKKILDSVLGPDVYDKRIRPSGLNSTDSASLVTVNIFVRSFSNIDDVKMEYSFQITLRQQWNDGRLRFKDKLLSMEGIVIDFDFNIIPFYPDAASSGGLFQKDKIRYLTMTDSSKVWMXDTFFXNEKIGRFHNILQDNLYVRVFPNGDVLYSIRVSLTCACSMHLALFPLDKQTCNLDVASYGWTMNDLIYQWKETNPVQMVANLSLPGGFKLDGFTNHNCDVKXATGSYSCLRVEITFARQLSFYVLTIYIPCFMIVLVSWMSFWIDHKAVPARVSLGITXLLAMSTTQASINSSLPPVAYTKAIDVWCG 355

HSP 2 Score: 51.6026 bits (122), Expect = 2.692e-7
Identity = 22/41 (53.66%), Postives = 30/41 (73.17%), Query Frame = 0

Query:  384 KFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            +F  RAK+IDVISRF+FP  FA FN+ YW YYL  + ++ +
Sbjct:  470 RFQFRAKKIDVISRFLFPSTFAFFNILYWSYYLTQEQQTSK 510

[Close]

BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000004920 (pep:novel supercontig:LSalAtl2s:LSalAtl2s259:1063168:1099810:-1 gene:EMLSAG00000004920 transcript:EMLSAT00000004920 description:"maker-LSalAtl2s259-augustus-gene-11.12")

HSP 1 Score: 250.751 bits (639), Expect = 2.186e-79
Identity = 140/330 (42.42%), Postives = 184/330 (55.76%), Query Frame = 0

Query:   91 LTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMY--PHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNG-EIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            +TD  KVWMPDTFFRNEKE + H II PN+Y+R+FPNG+ILYSIRISLTL+CPM L L+PLD Q C L++ASYGW  DD++Y WK  +PVQ V  L LP  F L  +  AYC+V T TGEYSCL V + F+R+ SYY+ITIY+P  M+V+VSW+SFWLD  +      L V      +   + +  Q+               +++ E  N    DP  + + K      +Q   M   P    + G      N+        P +    +   +NG +  + N          +  +  S AKRIDVISR IFPL F  FN+ YW YYL
Sbjct:    1 MTDSKKVWMPDTFFRNEKEGKFHNIIQPNLYIRVFPNGDILYSIRISLTLSCPMSLELFPLDTQTCFLRVASYGWTVDDVVYNWKVPEPVQFVKNLFLPGGFGLHXFSDAYCNVKTATGEYSCLTVIMTFRRQLSYYIITIYIPTLMIVMVSWMSFWLDHKSSTKHFCLRVRADARANANRASMERQM---------------EKDRERIN----DPANNFLIKEMDMRQNQVQLMSRDPLIRRIEGSNMVRENNKLLFS-ELPRDRFGRFRIDQNGPDFTQGNPMTVKSVLTSINTRVQSEAKRIDVISRVIFPLSFVGFNVMYWSYYL 310

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000002530 (pep:novel supercontig:LSalAtl2s:LSalAtl2s14:125553:213163:-1 gene:EMLSAG00000002530 transcript:EMLSAT00000002530 description:"maker-LSalAtl2s14-augustus-gene-3.12")

HSP 1 Score: 249.595 bits (636), Expect = 2.528e-79
Identity = 119/203 (58.62%), Postives = 151/203 (74.38%), Query Frame = 0

Query:   10 QKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYS 211
            +K+K++LD+ILG   YD RIRPSG+N TD    I VN+Y+R+ ++IDDVKM  +     +E     ++          KYLT+TD  KVWMPDTFFRNEKE R H I+VPNVY+RIFPNG++LYSIR+SLTLACPM+L+LYPLD+Q C L++ASYGW  DDL Y+WK  +PVQ+V  LHLPRFTLE+Y S YC++ TNTG  S
Sbjct:   21 RKKKKILDNILGKDVYDNRIRPSGRNGTDTATIIVVNLYIRSFAKIDDVKMFKTKMFLLKECREIAKI----------KYLTMTDAKKVWMPDTFFRNEKEGRFHNILVPNVYIRIFPNGDVLYSIRVSLTLACPMNLKLYPLDRQQCSLRVASYGWTTDDLQYIWKPSEPVQIVKDLHLPRFTLEKYISDYCNIKTNTGAGS 213

HSP 2 Score: 67.0106 bits (162), Expect = 1.051e-12
Identity = 40/91 (43.96%), Postives = 49/91 (53.85%), Query Frame = 0

Query:  333 SGGPPNSYNSAT-PCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKS 422
            +G  PNS  S    CEIH      Q +  +           W        L KFPSRAK+IDVISR IFP IFAIFN++YW YYL  +++S
Sbjct:  215 NGSEPNSMISKLHQCEIHMRPHRRQNFLQA-----------W--------LNKFPSRAKKIDVISRVIFPAIFAIFNMSYWSYYLLQEAQS 286

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000009520 (pep:novel supercontig:LSalAtl2s:LSalAtl2s612:286575:292619:1 gene:EMLSAG00000009520 transcript:EMLSAT00000009520 description:"maker-LSalAtl2s612-augustus-gene-3.13")

HSP 1 Score: 234.187 bits (596), Expect = 4.801e-74
Identity = 109/167 (65.27%), Postives = 129/167 (77.25%), Query Frame = 0

Query:  144 MDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTG-------------------EYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            MDL+LYPLD+QVC ++IASYGW  DDLIY WK KDPVQ V  L+LPRF LE + ++YC+  TNTG                   EYSCLK+ L+FKREFSYYL+TIYVP CMLVI+SWVSFWLD  ++PARV+LGVTTLLTMSTQT+G+N  LPPV+YTKAIDVW+G
Sbjct:    1 MDLKLYPLDRQVCEMRIASYGWTTDDLIYRWKSKDPVQFVQDLNLPRFKLESFSTSYCNSKTNTGSVILYTEFPIVKLVFFNSGEYSCLKINLVFKREFSYYLLTIYVPSCMLVIISWVSFWLDSKSVPARVALGVTTLLTMSTQTAGVNRSLPPVAYTKAIDVWSG 167

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000010137 (pep:novel supercontig:LSalAtl2s:LSalAtl2s66:38297:115963:1 gene:EMLSAG00000010137 transcript:EMLSAT00000010137 description:"snap_masked-LSalAtl2s66-processed-gene-1.3")

HSP 1 Score: 217.624 bits (553), Expect = 3.075e-66
Identity = 129/367 (35.15%), Postives = 191/367 (52.04%), Query Frame = 0

Query:   59 MEYSVQVTFREQWNDERLRYYDDTHGHLKY-LTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDP-----VQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            M+Y      R++W+D RL     +H  +K  L L  P     +W P+ FF N KEA    + VPNV +RI PNGEILY +R+ L  +C M+L  YPLD Q+C +QI+S+     +L+  W   DP     V V   L +P+F + +  +  C  T + G YSCL  E    R   ++LI  Y+P  ++V +SWVSFW+D + +PARV+LGV TLLT+S+Q SG    +P  SY KAIDVW G      +   +       L  K +  Y  ++++M     I +    +  N     +    +E         +G+ D + CN    K++  +     +A +ID + RF FP+ F IFN+ YW YY+
Sbjct:    1 MDYVTDTYLRQKWSDSRL-----SHPDIKSPLDLAXPNLVKAIWKPEVFFPNAKEANFQFVTVPNVLIRIHPNGEILYILRLRLKFSCMMELSRYPLDTQICAMQISSFSKTTKELLLEW---DPTHELSVTVAKDLRMPQFEMTKITTNRCHETNHMGNYSCLVAEFHLHRSIGFHLIQSYLPSVLIVAISWVSFWMDVDCVPARVTLGVITLLTVSSQVSG--TSVPQTSYVKAIDVWMGVCTAFVFAALVEFTLVNYLWRKDSDPY-MKFDAMTALATIHAVNATSKRNELVELDQLDSIE----TGIKNDGDNDSQKCNGLRQKSKPPM-NLRFQAVKIDEVCRFAFPVGFGIFNIIYWAYYI 351

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000000919 (pep:novel supercontig:LSalAtl2s:LSalAtl2s115:697711:740183:1 gene:EMLSAG00000000919 transcript:EMLSAT00000000919 description:"maker-LSalAtl2s115-augustus-gene-7.11")

HSP 1 Score: 219.935 bits (559), Expect = 3.181e-65
Identity = 110/267 (41.20%), Postives = 160/267 (59.93%), Query Frame = 0

Query:   24 YDKRIRPSGKNDTDGPAT-INVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVW 289
            YDK   P  K    G AT +  ++ + ++  ID+  M Y+  V F + W D RLR  D+     + L +    K+W PD+FF+N K      + +PN Y+ ++ +  ILY ++++L L+CPM  + YP D Q C L+I S     DDLI+ W ++ P+ V  G+ LP+  L   KS  C    +TG+++CL+V   FKR   YYL   YVP C++VI+SW+SFW+   A+PARV+LGVT+LLT+STQ +     LPPVSY KAIDV+
Sbjct:    8 YDKMRPPKYK----GNATEVLFHVTVMSLDTIDESSMTYTCDVFFAQSWKDNRLRLPDNMTSEYRLLPIEWLEKIWRPDSFFKNAKSVTFQTMTIPNHYIWLWKDKTILYMVKLTLVLSCPMHFKNYPHDTQTCNLEIESISHTTDDLIFTWDKEMPLDVDKGIELPQLELISTKSDDCTTVYSTGQFTCLEVVFKFKRRLGYYLFHTYVPTCLIVIMSWISFWIKPEAVPARVTLGVTSLLTLSTQHANSQKSLPPVSYIKAIDVF 270

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000009047 (pep:novel supercontig:LSalAtl2s:LSalAtl2s566:676793:679625:-1 gene:EMLSAG00000009047 transcript:EMLSAT00000009047 description:"maker-LSalAtl2s566-snap-gene-5.58")

HSP 1 Score: 216.853 bits (551), Expect = 2.027e-64
Identity = 137/422 (32.46%), Postives = 216/422 (51.18%), Query Frame = 0

Query:   23 GYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTD--PTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILS--GGPPN-SYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKR----------IDVISRFIFPLIFAIFNLAYWLYYL 416
            GYD R+RP+   D   P  +  ++ + +   I +V M+Y++ +   + W DERL +  +     K LTL+     K+W+PDTFF N+K +  H++   N  VR+  +G I Y +R + TLAC MDL  YPLD Q C ++I SYG+   D++  W++K PV  V    LP+FT+  +++    +   TG Y  L +    +R   Y++   Y+P  ++V++SWVSFW++  A  ARV+LG+TT+LTM+T ++G+ + LP +SY KAID++                  +S  +    +    DL      S  +++NS      I S  G PP+   N +T         H  +   SR   I  K  + +  K  G + K  +  K           ID  SR IFP+ F +FN+AYW +Y+
Sbjct:   90 GYDIRLRPNFGGD---PLYVGFDLTIASFDSISEVSMDYTITMYLNQYWKDERLSFSTEED---KVLTLSGDFSEKIWVPDTFFANDKNSFLHDVTEQNKMVRLHGDGAITYGMRFTTTLACMMDLHYYPLDSQNCTVEIESYGYTVSDVVMYWRQK-PVVGVEDAQLPQFTIVGWETNERKIKLATGTYQRLSLSFKLQRNIGYFVFQTYLPSILIVMLSWVSFWINHEATSARVALGITTVLTMTTISTGVRSSLPRISYVKAIDIYLVMCFVFVFAALLEYAASSSSKQPEEDIIELQDLRMSPIPSIRNRFNSSSSSGKIDSATGFPPSFRINRST---------HHHSIRPSRKNNI--KTSSQHKKKLMGRIRKGSAIVKSILPQIKDVNIIDKYSRIIFPVSFLLFNVAYWCFYV 493

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000002942 (pep:novel supercontig:LSalAtl2s:LSalAtl2s168:571962:593342:-1 gene:EMLSAG00000002942 transcript:EMLSAT00000002942 description:"maker-LSalAtl2s168-augustus-gene-6.6")

HSP 1 Score: 178.718 bits (452), Expect = 2.387e-50
Identity = 105/307 (34.20%), Postives = 166/307 (54.07%), Query Frame = 0

Query:   10 QKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKV---WMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIAS----------------------YGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            +K   +LDS+L   YD+R  P+  N       + + +Y+R++  I+   M   + +  R+ W D RL +     G L+ + L DP  V   W P+ +F N K+A    + VPNV VRI P G ILY +R+ L  +C M+L  +PLD+Q C ++IAS                            +LI  WK+  P+ +   + +P+F +     + C  T + G YSCL  +L  KR   ++++  Y+P  ++V++SWVSFW+D  ++  R +LGVTTLLT+S++ S + A++P VSY KAID+W G
Sbjct:    6 KKALDILDSLL-QNYDRRATPT--NHIGKATEVAIKLYVRSLGSINPDTM--VIDLYLRQHWFDSRLNH----PGLLEPMDLNDPNLVKALWKPEVYFPNAKDAEFQYVTVPNVLVRIDPGGAILYMLRLKLKFSCMMELSKFPLDEQYCTMEIASCKIIIHKGIISTFKNHNFFSLIVSKTTKELILRWKDTKPIDISKEVKMPQFEISTVIPSICQETFHIGNYSCLLAQLHLKRSLGFHMVQSYIPTILIVVISWVSFWMDVESVAGRTTLGVTTLLTVSSKASDVQAEVPLVSYVKAIDIWMG 303

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BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Match: EMLSAP00000004092 (pep:novel supercontig:LSalAtl2s:LSalAtl2s217:422807:437258:1 gene:EMLSAG00000004092 transcript:EMLSAT00000004092 description:"augustus_masked-LSalAtl2s217-processed-gene-4.1")

HSP 1 Score: 174.096 bits (440), Expect = 1.871e-48
Identity = 106/303 (34.98%), Postives = 164/303 (54.13%), Query Frame = 0

Query:    2 RIEKINYRQKEK------QVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQY-KSAYCDVTTNTG---EYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQ----NAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVW 289
            R  +I YR++++      + LD++L    YD++IRP      D P  ++VN  +R++  +D+ K  + +   FR+ W D RL Y       L  +     TK+W PDTF  N K +  H++ VPN ++RI P+G I YS R+++   C MDLR +PLD Q C L+I S+G   D+++Y W    P+ +   L L ++ L  +  SA+   + N G     S + +   F+R   YYL+ IY+P  ++V  SWV+FWL +      IPAR SLG T  L + T   G  ++ P V Y  A+DV+
Sbjct:   60 RSSRIFYRRQDELSSRVSRTLDALLSENRYDRQIRP---QIGDSPIKVSVNFAIRSMGPVDEQKQLFLMDCYFRQYWTDPRLVYNSSKLNELP-MNWQXLTKIWRPDTFIINGKNSYLHKMTVPNRFIRISPDGRISYSQRLTVKARCEMDLRKFPLDSQHCPLEIGSFGHGVDEILYNWTSM-PLSMDKKLGLAQYHLISWNNSAFTRYSRNAGGDQNVSVIALHFTFQRRTGYYLLQIYIPLTLIVCCSWVTFWLIKTEKGGEIPARTSLGGTXXLAIVTIGFGGKSK-PRVGYATALDVF 356

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BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|62901525|sp|Q94900.2|GLUCL_DROME (RecName: Full=Glutamate-gated chloride channel; Short=DrosGluCl; Flags: Precursor)

HSP 1 Score: 502.671 bits (1293), Expect = 4.546e-176
Identity = 261/452 (57.74%), Postives = 313/452 (69.25%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------KKRNSEYRNNIR---------------VDPXGDLV-YKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFP----SRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + +N+++R+I  I D+KMEYSVQ+TFREQW DERL++ DD  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTLACPM+L+LYPLD+Q+C L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                    R+   + N+                +D   DL+   S  ++  +    +P       G P +      CE+     H+QA           K  N  CCKT   L+KFP    SR+KRIDVISR  FPL+FA+FNL YW  YLF
Sbjct:   26 KINFREKEKKVLDQILGAGKYDARIRPSGINGTDGPAIVRINLFVRSIMTISDIKMEYSVQLTFREQWTDERLKF-DDIQGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLACPMNLKLYPLDRQICSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSGSNKANMHKESMKKKRRDLEQASLDAASDLLDTDSNATFAMKPLVRHP-------GDPLALEKRLQCEV-----HMQA----------PKRPN--CCKT--WLSKFPTRQCSRSKRIDVISRITFPLVFALFNLVYWSTYLF 450

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BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|704000349|sp|G5EBR3.1|GLUCL_CAEEL (RecName: Full=Glutamate-gated chloride channel alpha; AltName: Full=Avermectin-sensitive glutamate-gated chloride channel GluCl alpha; AltName: Full=GluCl alpha; Flags: Precursor)

HSP 1 Score: 335.109 bits (858), Expect = 3.254e-110
Identity = 177/406 (43.60%), Postives = 245/406 (60.34%), Query Frame = 0

Query:    9 RQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGL--HLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYW 412
            +  + ++L  +  +GYD R+RP    D  GP  ++VN+ LRTIS+ID V MEYS Q+T RE W D+RL Y     G   ++ LT   ++WMPDTFF NEK+A KH I  PNV +RI  +G +LYS+RISL L+CPM L+ YP+D Q C + +ASY +   D+ YLWKE  P+Q+  GL   LP F L    + YC   TNTG YSCL+  +  KREFS+YL+ +Y+P CMLVIVSWVSFW D+ AIPARV+LGVTTLLTM+ Q++GIN+QLPPVSY KAIDVW G      +   +       +  K       +         +L     N +N   P ++    E ++    +R     + N      +T+    ++   +KR+D+ISR +FP++F +FN+ YW
Sbjct:   60 QTSDSKILAHLFTSGYDFRVRP--PTDNGGPVVVSVNMLLRTISKIDVVNMEYSAQLTLRESWIDKRLSYGVKGDGQPDFVILTVGHQIWMPDTFFPNEKQAYKHTIDKPNVLIRIHNDGTVLYSVRISLVLSCPMYLQYYPMDVQQCSIDLASYAYTTKDIEYLWKEHSPLQLKVGLSSSLPSFQLTNTSTTYCTSVTNTGIYSCLRTTIQLKREFSFYLLQLYIPSCMLVIVSWVSFWFDRTAIPARVTLGVTTLLTMTAQSAGINSQLPPVSYIKAIDVWIGACMTFIFCALLEFALVNHIANKQGVERKARTEREKAEIPLLQ----NLHNDV-PTKVFNQEEKVRTVPLNRR----QMNSFLNLLETK---TEWNDISKRVDLISRALFPVLFFVFNILYW 451

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BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|6647527|sp|O93430.1|GLRA1_DANRE (RecName: Full=Glycine receptor subunit alphaZ1; Flags: Precursor)

HSP 1 Score: 290.041 bits (741), Expect = 8.117e-93
Identity = 165/440 (37.50%), Postives = 238/440 (54.09%), Query Frame = 0

Query:   14 QVLDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------------KKRNSEY------RNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNI-LSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            + LD ++G  +GYD RIRP+ K     P  +  NI++ +   I +  M+Y V +  R+QWND RL Y +     L      DP+    +W PD FF NEK A  HE+   N  +RI  NG +LYSIRI+L LACPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W EK  VQV  GL LP+F L++ K   YC    NTG+++C++     +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV LG+TT+LTM+TQ+SG  A LP VSY KAID+W                      +++ E       R +++ D  GD  + S  +Y      +     + + G   N+  S  P E    VE ++                            F SRAKRID +SR  FPL+F IFN+ YW+ Y   +S+
Sbjct:   36 EFLDKLMGKVSGYDARIRPNFKGP---PVNVTCNIFINSFGSIAETTMDYRVNIFLRQQWNDPRLAYSEYPDDSLDL----DPSMLDSIWKPDLFFANEKGANFHEVTTDNKLLRISKNGNVLYSIRITLVLACPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWDEKGAVQVADGLTLPQFILKEEKDLRYCTKHYNTGKFTCIEARFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVGLGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMAVCLLFVFSALLEYAAVNFIARQHKELLRFQRRRRHLKEDEAGDGRF-SFAAYGMGPACLQAKDGMAIKGNNNNAPTSTNPPE--KTVEEMRKL--------------------------FISRAKRIDTVSRVAFPLVFLIFNIFYWITYKIIRSE 439

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BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|74962112|sp|Q17328.1|GLUCB_CAEEL (RecName: Full=Glutamate-gated chloride channel subunit beta; Short=Glu-Cl subunit beta; AltName: Full=Avermectin-sensitive glutamate-gated chloride channel subunit; Flags: Precursor)

HSP 1 Score: 284.263 bits (726), Expect = 1.055e-90
Identity = 174/426 (40.85%), Postives = 241/426 (56.57%), Query Frame = 0

Query:   10 QKEKQVLDSILGTGYDKRIRPSGKND-TDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYD-DTHGHLKYLTLTDPTK-VWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGL--HLPRFTLEQYKS-AYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVD--PXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQLES 427
            Q E+++L+++L   YD R+RP   N  T+G   + VNI +R +S+ID V MEYS+Q+TFREQW D RL Y +   +    +LT+    K +W+PDTFF  EK A +H I + N+++RI+P+G+ILYS RISLT +CPM L+LYPLD Q C   + SY    +D++Y W    PVQ+ PG+   LP F L+ Y + A C   TNTG Y CL+++L+FKR+FSYYL+ +Y P  M+VIVSWVSFW+D ++   RV+LGVTTLLTM+T  S INA+LPPVSY K +DVW G  +   +   +        D V ++  S              L       Y    PC  H      +A    R+             K R    K      +ID  +RF+ PL F  FN+ YW+  L   + +   ES
Sbjct:   27 QSEQEILNALLK-NYDMRVRPPPANSSTEGAVNVRVNIMIRMLSKIDVVNMEYSIQLTFREQWIDPRLAYENLGFYNPPAFLTVPHVKKSLWIPDTFFPTEKAAHRHLIDMENMFLRIYPDGKILYSSRISLTSSCPMRLQLYPLDYQSCNFDLVSYAHTMNDIMYEWDPSTPVQLKPGVGSDLPNFILKNYTTNADCTSHTNTGSYGCLRMQLLFKRQFSYYLVQLYAPTTMIVIVSWVSFWIDLHSTAGRVALGVTTLLTMTTMQSAINAKLPPVSYVKVVDVWLGACQTFVFGALLEYAFVSYQDSVRQNDRSREKAARKAQRRREKLEMVDAEVYQP--PCTCHT----FEARETFRD-------------KVRRYFTKPDYLPAKIDFYARFVVPLAFLAFNVIYWVSCLIMSANASTPES 432

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BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|121580|sp|P24524.1|GLRA3_RAT (RecName: Full=Glycine receptor subunit alpha-3; Flags: Precursor)

HSP 1 Score: 273.863 bits (699), Expect = 2.592e-86
Identity = 129/282 (45.74%), Postives = 188/282 (66.67%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            LD ++G  +GYD RIRP+ K     P  +  NI++ +   I +  M+Y V +  R++WND RL Y +     L      DP+    +W PD FF NEK A  HE+   N  +RIF NG +LYSIR++LTL+CPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+++ PVQV  GL LP+F L++ K   YC    NTG+++C++V    +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV+LG+TT+LTM+TQ+SG  A LP VSY KAID+W  
Sbjct:   47 LDKLMGRTSGYDARIRPNFKGP---PVNVTCNIFINSFGSIAETTMDYRVNIFLRQKWNDPRLAYSEYPDDSLDL----DPSMLDSIWKPDLFFANEKGANFHEVTTDNKLLRIFKNGNVLYSIRLTLTLSCPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQDEAPVQVAEGLTLPQFLLKEEKDLRYCTKHYNTGKFTCIEVRFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVALGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMA 321

[Close]

BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|66774025|sp|Q91XP5.2|GLRA3_MOUSE (RecName: Full=Glycine receptor subunit alpha-3; Flags: Precursor)

HSP 1 Score: 273.478 bits (698), Expect = 3.538e-86
Identity = 129/282 (45.74%), Postives = 188/282 (66.67%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            LD ++G  +GYD RIRP+ K     P  +  NI++ +   I +  M+Y V +  R++WND RL Y +     L      DP+    +W PD FF NEK A  HE+   N  +RIF NG +LYSIR++LTL+CPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+++ PVQV  GL LP+F L++ K   YC    NTG+++C++V    +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV+LG+TT+LTM+TQ+SG  A LP VSY KAID+W  
Sbjct:   47 LDKLMGRTSGYDARIRPNFKGP---PVNVTCNIFINSFGSIAETTMDYRVNIFLRQKWNDPRLAYSEYPDDSLDL----DPSMLDSIWKPDLFFANEKGANFHEVTTDNKLLRIFKNGNVLYSIRLTLTLSCPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQDEAPVQVAEGLTLPQFLLKEEKDLRYCTKHYNTGKFTCIEVRFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVALGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMA 321

[Close]

BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|116242496|sp|O75311.2|GLRA3_HUMAN (RecName: Full=Glycine receptor subunit alpha-3; Flags: Precursor)

HSP 1 Score: 273.092 bits (697), Expect = 3.939e-86
Identity = 129/282 (45.74%), Postives = 188/282 (66.67%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            LD ++G  +GYD RIRP+ K     P  +  NI++ +   I +  M+Y V +  R++WND RL Y +     L      DP+    +W PD FF NEK A  HE+   N  +RIF NG +LYSIR++LTL+CPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+++ PVQV  GL LP+F L++ K   YC    NTG+++C++V    +R+  YYLI +Y+P  ++VI+SWVSFW++ +A PARV+LG+TT+LTM+TQ+SG  A LP VSY KAID+W  
Sbjct:   47 LDKLMGRTSGYDARIRPNFKG---PPVNVTCNIFINSFGSIAETTMDYRVNIFLRQKWNDPRLAYSEYPDDSLDL----DPSMLDSIWKPDLFFANEKGANFHEVTTDNKLLRIFKNGNVLYSIRLTLTLSCPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQDEAPVQVAEGLTLPQFLLKEEKDLRYCTKHYNTGKFTCIEVRFHLERQMGYYLIQMYIPSLLIVILSWVSFWINMDAAPARVALGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMA 321

[Close]

BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|12644526|sp|P57695.1|GLRA1_BOVIN (RecName: Full=Glycine receptor subunit alpha-1; AltName: Full=Glycine receptor 48 kDa subunit; AltName: Full=Glycine receptor strychnine-binding subunit; Flags: Precursor)

HSP 1 Score: 271.166 bits (692), Expect = 2.212e-85
Identity = 130/282 (46.10%), Postives = 185/282 (65.60%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            LD ++G  +GYD RIRP+ K     P  ++ NI++ +   I +  M+Y V +  R+QWND RL Y +     L      DP+    +W PD FF NEK A  HEI   N  +RI  NG +LYSIRI+LTLACPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+E+  VQV  GL LP+F L++ K   YC    NTG+++C++     +R+  YYLI +Y+P  ++VI+SW+SFW++ +A PARV LG+TT+LTM+TQ+SG  A LP VSY KAID+W  
Sbjct:   42 LDKLMGRTSGYDARIRPNFKGP---PVNVSCNIFINSFGSIAETTMDYRVNIFLRQQWNDPRLAYNEYPDDSLDL----DPSMLDSIWKPDLFFANEKGAHFHEITTDNKLLRISRNGNVLYSIRITLTLACPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQEQGAVQVADGLTLPQFILKEEKDLRYCTKHYNTGKFTCIEARFHLERQMGYYLIQMYIPSLLIVILSWISFWINMDAAPARVGLGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMA 316

[Close]

BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|116242495|sp|P23415.2|GLRA1_HUMAN (RecName: Full=Glycine receptor subunit alpha-1; AltName: Full=Glycine receptor 48 kDa subunit; AltName: Full=Glycine receptor strychnine-binding subunit; Flags: Precursor)

HSP 1 Score: 271.166 bits (692), Expect = 2.360e-85
Identity = 130/282 (46.10%), Postives = 185/282 (65.60%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            LD ++G  +GYD RIRP+ K     P  ++ NI++ +   I +  M+Y V +  R+QWND RL Y +     L      DP+    +W PD FF NEK A  HEI   N  +RI  NG +LYSIRI+LTLACPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+E+  VQV  GL LP+F L++ K   YC    NTG+++C++     +R+  YYLI +Y+P  ++VI+SW+SFW++ +A PARV LG+TT+LTM+TQ+SG  A LP VSY KAID+W  
Sbjct:   42 LDKLMGRTSGYDARIRPNFKGP---PVNVSCNIFINSFGSIAETTMDYRVNIFLRQQWNDPRLAYNEYPDDSLDL----DPSMLDSIWKPDLFFANEKGAHFHEITTDNKLLRISRNGNVLYSIRITLTLACPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQEQGAVQVADGLTLPQFILKEEKDLRYCTKHYNTGKFTCIEARFHLERQMGYYLIQMYIPSLLIVILSWISFWINMDAAPARVGLGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMA 316

[Close]

BLAST of EMLSAG00000011971 vs. SwissProt
Match: gi|12230887|sp|P07727.4|GLRA1_RAT (RecName: Full=Glycine receptor subunit alpha-1; AltName: Full=Glycine receptor 48 kDa subunit; AltName: Full=Glycine receptor strychnine-binding subunit; Flags: Precursor)

HSP 1 Score: 270.781 bits (691), Expect = 3.473e-85
Identity = 130/282 (46.10%), Postives = 185/282 (65.60%), Query Frame = 0

Query:   16 LDSILG--TGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPT---KVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSA-YCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            LD ++G  +GYD RIRP+ K     P  ++ NI++ +   I +  M+Y V +  R+QWND RL Y +     L      DP+    +W PD FF NEK A  HEI   N  +RI  NG +LYSIRI+LTLACPMDL+ +P+D Q C++Q+ S+G+  +DLI+ W+E+  VQV  GL LP+F L++ K   YC    NTG+++C++     +R+  YYLI +Y+P  ++VI+SW+SFW++ +A PARV LG+TT+LTM+TQ+SG  A LP VSY KAID+W  
Sbjct:   42 LDKLMGRTSGYDARIRPNFKGP---PVNVSCNIFINSFGSIAETTMDYRVNIFLRQQWNDPRLAYNEYPDDSLD----LDPSMLDSIWKPDLFFANEKGAHFHEITTDNKLLRISRNGNVLYSIRITLTLACPMDLKNFPMDVQTCIMQLESFGYTMNDLIFEWQEQGAVQVADGLTLPQFILKEEKDLRYCTKHYNTGKFTCIEARFHLERQMGYYLIQMYIPSLLIVILSWISFWINMDAAPARVGLGITTVLTMTTQSSGSRASLPKVSYVKAIDIWMA 316

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BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: XP_016771471.1 (PREDICTED: glutamate-gated chloride channel isoform X5 [Apis mellifera])

HSP 1 Score: 519.235 bits (1336), Expect = 0.000e+0
Identity = 265/431 (61.48%), Postives = 321/431 (74.48%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSM-YPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            K+NYR+KEK+VLD+ILG GYD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLTD ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAID+WTG                N   R+++  D   ++  K   S   Q  SM  P   +    P NS N A    +  P E   +    ++ E+  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +
Sbjct:   25 KVNYREKEKEVLDNILG-GYDARIRPSGENATDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTDASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDIWTGVCLTFVFGALLEFALVNYASRSDMHSD---NIEKKYPPSETEQSTSMDLPSDQV---EPDNSSNFAMKPLVRQP-EDTMSVDRMQHCELHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEE 444

[Close]

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: NP_001071277.1 (glutamate-gated chloride channel precursor [Apis mellifera])

HSP 1 Score: 519.235 bits (1336), Expect = 0.000e+0
Identity = 265/431 (61.48%), Postives = 321/431 (74.48%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSM-YPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            K+NYR+KEK+VLD+ILG GYD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLTD ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAID+WTG                N   R+++  D   ++  K   S   Q  SM  P   +    P NS N A    +  P E   +    ++ E+  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +
Sbjct:   25 KVNYREKEKEVLDNILG-GYDARIRPSGENATDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTDASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDIWTGVCLTFVFGALLEFALVNYASRSDMHSD---NIEKKYPPSETEQSTSMDLPSDQV---EPDNSSNFAMKPLVRQP-EDTMSVDRMQHCELHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEE 444

[Close]

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: ABC66182.2 (GluClalpha, isoform H [Drosophila melanogaster])

HSP 1 Score: 516.924 bits (1330), Expect = 0.000e+0
Identity = 264/447 (59.06%), Postives = 319/447 (71.36%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------KKRNSEYRNNIR----------VDPXGDLV-YKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERL++ DD  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTLACPM+L+LYPLD+Q+C L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                    R+  ++ N++          +D   DL+   S  ++  +    +P       G P +      CE+     H+QA           K  N  CCKT   L+KFP+R+KRIDVISR  FPL+FA+FNL YW  YLF + +
Sbjct:   26 KINFREKEKKVLDQILGAGKYDARIRPSGINGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWTDERLKF-DDIQGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLACPMNLKLYPLDRQICSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHKENMKKKRRDLEQASLDAASDLLDTDSNATFAMKPLVRHP-------GDPLALEKRLQCEV-----HMQA----------PKRPN--CCKT--WLSKFPTRSKRIDVISRITFPLVFALFNLVYWSTYLFREEE 445

[Close]

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: XP_016771470.1 (PREDICTED: glutamate-gated chloride channel isoform X4 [Apis mellifera])

HSP 1 Score: 514.998 bits (1325), Expect = 0.000e+0
Identity = 262/431 (60.79%), Postives = 320/431 (74.25%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSM-YPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            K+NYR+KEK+VLD+ILG GYD RIRPSG+N TDGPA + VN+++R+I+ I D+KMEYSVQ+TFREQW DERLR+ +D  G LKYLTLTD ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAID+WTG                N   R+++  D   ++  K   S   Q  SM  P   +    P NS N A    +  P E   +    ++ E+  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +
Sbjct:   25 KVNYREKEKEVLDNILG-GYDARIRPSGENATDGPAIVRVNLFVRSIATISDIKMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTDASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDIWTGVCLTFVFGALLEFALVNYASRSDMHSD---NIEKKYPPSETEQSTSMDLPSDQV---EPDNSSNFAMKPLVRQP-EDTMSVDRMQHCELHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEE 444

[Close]

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: XP_006560232.1 (PREDICTED: glutamate-gated chloride channel isoform X2 [Apis mellifera])

HSP 1 Score: 514.612 bits (1324), Expect = 0.000e+0
Identity = 268/443 (60.50%), Postives = 324/443 (73.14%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSM-YPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGE----IDE-KNCNWY-------CCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            K+NYR+KEK+VLD+ILG GYD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLTD ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAID+WTG                N   R+++  D   ++  K   S   Q  SM  P   +    P NS N A       P++H       R  E    +D  ++C  +       CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +
Sbjct:   25 KVNYREKEKEVLDNILG-GYDARIRPSGENATDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTDASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDIWTGVCLTFVFGALLEFALVNYASRSDMHSD---NIEKKYPPSETEQSTSMDLPSDQV---EPDNSSNFAM-TGYDGPLQHSLQKPLVRQPEDTMSVDRMQHCELHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEE 456

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BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: AHN57407.1 (GluClalpha, isoform N [Drosophila melanogaster])

HSP 1 Score: 514.227 bits (1323), Expect = 0.000e+0
Identity = 264/452 (58.41%), Postives = 317/452 (70.13%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWT-----------------------GKKRNSEYRNNIR----------VDPXGDLV---YKSTTSYPHQYNSMYPHHNIL--SGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERL++ DD  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTLACPM+L+LYPLD+Q+C L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWT                       G  + + ++ N++          +D   DL+     +T +   Q+         L    G P +      CE+     H+QA           K  N  CCKT   L+KFP+R+KRIDVISR  FPL+FA+FNL YW  YLF
Sbjct:   26 KINFREKEKKVLDQILGAGKYDARIRPSGINGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWTDERLKF-DDIQGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLACPMNLKLYPLDRQICSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSGSNKANMHKENMKKKRRDLEQASLDAASDLLDTDSNATFAMASQFARGGGQQKPLVRHPGDPLALEKRLQCEV-----HMQA----------PKRPN--CCKT--WLSKFPTRSKRIDVISRITFPLVFALFNLVYWSTYLF 457

[Close]

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: ACZ94952.2 (GluClalpha, isoform K [Drosophila melanogaster])

HSP 1 Score: 511.531 bits (1316), Expect = 5.553e-180
Identity = 260/447 (58.17%), Postives = 317/447 (70.92%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------KKRNSEYRNNIR----------VDPXGDLV-YKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + +N+++R+I  I D+KMEYSVQ+TFREQW DERL++ DD  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTLACPM+L+LYPLD+Q+C L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                    R+  ++ N++          +D   DL+   S  ++  +    +P       G P +      CE+     H+QA           K  N  CCKT   L+KFP+R+KRIDVISR  FPL+FA+FNL YW  YLF + +
Sbjct:   26 KINFREKEKKVLDQILGAGKYDARIRPSGINGTDGPAIVRINLFVRSIMTISDIKMEYSVQLTFREQWTDERLKF-DDIQGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLACPMNLKLYPLDRQICSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHKENMKKKRRDLEQASLDAASDLLDTDSNATFAMKPLVRHP-------GDPLALEKRLQCEV-----HMQA----------PKRPN--CCKT--WLSKFPTRSKRIDVISRITFPLVFALFNLVYWSTYLFREEE 445

[Close]

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: AHN57409.1 (GluClalpha, isoform P [Drosophila melanogaster])

HSP 1 Score: 511.531 bits (1316), Expect = 7.200e-180
Identity = 263/452 (58.19%), Postives = 316/452 (69.91%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG---------------------------KKRNSEYRNNIR----------VDPXGDLV-YKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERL++ DD  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTLACPM+L+LYPLD+Q+C L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                            +    ++ N++          +D   DL+   S  ++  +    +P       G P +      CE+     H+QA           K  N  CCKT   L+KFP+R+KRIDVISR  FPL+FA+FNL YW  YLF
Sbjct:   26 KINFREKEKKVLDQILGAGKYDARIRPSGINGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWTDERLKF-DDIQGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLACPMNLKLYPLDRQICSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSGSNKANRAADMHKENMKKKRRDLEQASLDAASDLLDTDSNATFAMKPLVRHP-------GDPLALEKRLQCEV-----HMQA----------PKRPN--CCKT--WLSKFPTRSKRIDVISRITFPLVFALFNLVYWSTYLF 450

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BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: gb|KYB29751.1| (GluClalpha [Tribolium castaneum])

HSP 1 Score: 509.99 bits (1312), Expect = 2.426e-179
Identity = 260/446 (58.30%), Postives = 311/446 (69.73%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------------------------KKRNSEYRNNIRVDPXGDLV-YKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            KIN+R+KEK+VLD ILG G YD RIRPSG N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERL++ +D  G LKYLTLT+ ++VWMPD FF NEKE   H II+PNVY+RIFP G +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                               ++R  E  +   +D   DL+   S  ++  +    +P       G P S      CEIH       A  N              CC  R  L+KFP+R+KRIDVISR  FPL+FA+FN+ YW  YLF
Sbjct:   23 KINFREKEKEVLDQILGQGMYDARIRPSGVNGTDGPAIVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLKF-NDFGGRLKYLTLTEASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPYGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQGAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHRENMKKQRRQCELEHAASMDATSDLIDTDSNATFAMKPLVRHP-------GDPMSLEKVRQCEIHMQ----PARPN--------------CC--RSWLSKFPTRSKRIDVISRITFPLVFALFNVIYWSTYLF 440

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BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Match: XP_006560231.1 (PREDICTED: glutamate-gated chloride channel isoform X1 [Apis mellifera])

HSP 1 Score: 509.99 bits (1312), Expect = 3.270e-179
Identity = 265/443 (59.82%), Postives = 323/443 (72.91%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSM-YPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGE----IDE-KNCNWY-------CCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            K+NYR+KEK+VLD+ILG GYD RIRPSG+N TDGPA + VN+++R+I+ I D+KMEYSVQ+TFREQW DERLR+ +D  G LKYLTLTD ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAID+WTG                N   R+++  D   ++  K   S   Q  SM  P   +    P NS N A       P++H       R  E    +D  ++C  +       CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +
Sbjct:   25 KVNYREKEKEVLDNILG-GYDARIRPSGENATDGPAIVRVNLFVRSIATISDIKMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTDASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDIWTGVCLTFVFGALLEFALVNYASRSDMHSD---NIEKKYPPSETEQSTSMDLPSDQV---EPDNSSNFAM-TGYDGPLQHSLQKPLVRQPEDTMSVDRMQHCELHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEE 456

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|751223034|ref|XP_011164784.1| (PREDICTED: glutamate-gated chloride channel isoform X3 [Solenopsis invicta])

HSP 1 Score: 521.546 bits (1342), Expect = 0.000e+0
Identity = 265/432 (61.34%), Postives = 320/432 (74.07%), Query Frame = 0

Query:    4 EKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKS-TTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            +K+N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG      +   +         R D   D + K   TS     +S+ P   +L   P  S N A P   H   E   +    +  EI  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +  +
Sbjct:   27 QKVNFREKEKQVLDNILGPGRYDARIRPSGENGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHSDNIKKQFPTSEMEHSSSIDPSSELLE--PDGSANFAMPLVRHP--EDSMSMDKLQQCEIHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEEGDE 451

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|817208868|ref|XP_012280463.1| (PREDICTED: glutamate-gated chloride channel isoform X1 [Orussus abietinus])

HSP 1 Score: 521.161 bits (1341), Expect = 0.000e+0
Identity = 261/443 (58.92%), Postives = 316/443 (71.33%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-----------------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            K+NYR+KEKQVLD ILG G YD RIRPSG+N TDGPA ++VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ DD+ G LKYLTLT+  +VWMPD FF NEKE   H II+PN+Y+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                             KK+  E  +   VDP  +L+    ++    Y  ++    +       + +    CE+H               +  +KNC       R  L+KFP+R+KRIDVISR  FPL+FA+FNLAYW  YLF
Sbjct:   25 KVNYREKEKQVLDQILGEGRYDARIRPSGENGTDGPALVHVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-DDSKGRLKYLTLTESNRVWMPDLFFSNEKEGHFHNIIMPNMYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLFFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHRENMKKKYREIEHTAAVDPTSELLEPDGSTNFAMYKWLFQKPLVRHPDDALTMDKMRQCELHM--------------QPAKKNC------CRSWLSKFPTRSKRIDVISRITFPLVFALFNLAYWSTYLF 446

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|759034647|ref|XP_011334888.1| (PREDICTED: glutamate-gated chloride channel isoform X2 [Cerapachys biroi])

HSP 1 Score: 521.161 bits (1341), Expect = 0.000e+0
Identity = 265/440 (60.23%), Postives = 323/440 (73.41%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------KKRNSEYRNNIRVD-PXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            K+N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLT+ ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                    R+  +R+NI+   P  ++ + S         S+ P   +L   P  S N A    +  P E   +    R  EI  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +  +
Sbjct:   31 KVNFREKEKQVLDNILGPGRYDARIRPSGENGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTEASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHRDNIKKQFPPSEMEHSS---------SIDPSSELLE--PDGSANFAMKPLVRHP-EDSMSMDKLRQCEIHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEEEGE 455

[Close]

BLAST of EMLSAG00000011971 vs. nr
Match: gi|817208872|ref|XP_012280465.1| (PREDICTED: glutamate-gated chloride channel isoform X3 [Orussus abietinus])

HSP 1 Score: 520.39 bits (1339), Expect = 0.000e+0
Identity = 261/443 (58.92%), Postives = 315/443 (71.11%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-----------------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            K+NYR+KEKQVLD ILG G YD RIRPSG+N TDGP  ++VNI+LR+IS+IDD KMEYSVQ+TFREQW DERLR+ DD+ G LKYLTLT+  +VWMPD FF NEKE   H II+PN+Y+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                             KK+  E  +   VDP  +L+    ++    Y  ++    +       + +    CE+H               +  +KNC       R  L+KFP+R+KRIDVISR  FPL+FA+FNLAYW  YLF
Sbjct:   25 KVNYREKEKQVLDQILGEGRYDARIRPSGENGTDGPTIVHVNIFLRSISKIDDYKMEYSVQLTFREQWLDERLRF-DDSKGRLKYLTLTESNRVWMPDLFFSNEKEGHFHNIIMPNMYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLFFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHRENMKKKYREIEHTAAVDPTSELLEPDGSTNFAMYKWLFQKPLVRHPDDALTMDKMRQCELHM--------------QPAKKNC------CRSWLSKFPTRSKRIDVISRITFPLVFALFNLAYWSTYLF 446

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|826422964|ref|XP_012526503.1| (PREDICTED: glutamate-gated chloride channel isoform X2 [Monomorium pharaonis])

HSP 1 Score: 520.39 bits (1339), Expect = 1.007e-180
Identity = 262/428 (61.21%), Postives = 316/428 (73.83%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKS 422
            K+N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG      +   +         R D   D + K         +S+ P   +L   P  S N A P   H   E   +    +  EI  +     CC  R  L+KFP+R+KRIDVISR  FP++FA+FNL YW  YLF + + 
Sbjct:   29 KVNFREKEKQVLDNILGPGRYDARIRPSGENGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLMFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHSDNIKKQFAPEMEHSSSIDPSSELLE--PDGSANFAMPLVRHP--EDSMSMDKLQQCEIHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFALFNLVYWSTYLFREEEG 449

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|769854098|ref|XP_011638569.1| (PREDICTED: glutamate-gated chloride channel isoform X3 [Pogonomyrmex barbatus])

HSP 1 Score: 521.161 bits (1341), Expect = 1.209e-180
Identity = 264/434 (60.83%), Postives = 320/434 (73.73%), Query Frame = 0

Query:    1 SRIEKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            +R  K+N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ DD  G LKYLTLT+ ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  +DL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG      +   +         R D   D + K   S     +S+ P   +L   P  S N A    +  P E   +    +  EI  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNL YW  YLF + +  +
Sbjct:   48 TREIKVNFREKEKQVLDNILGPGRYDARIRPSGENGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-DDFGGRLKYLTLTEASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTNDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHSDNIKKQFPSEIEHSSSIDPSSELLE--PDGSANFAMKPLVRHP-EDSMSLDKLQQCEIHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLTYWSTYLFREEEEGE 475

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|752889238|ref|XP_011262559.1| (PREDICTED: glutamate-gated chloride channel isoform X2 [Camponotus floridanus])

HSP 1 Score: 520.39 bits (1339), Expect = 1.251e-180
Identity = 265/440 (60.23%), Postives = 322/440 (73.18%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG------------------KKRNSEYRNNIRVD-PXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            K+N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLT+ ++VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+QVC L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                    R+  + +NI+   P  ++ + S         S+ P   +L   P  S N A    +  P E   +    R  EI  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +  +
Sbjct:   31 KVNFREKEKQVLDNILGPGRYDARIRPSGENGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTEASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQVCSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHSDNIKKQFPPSEMEHSS---------SIDPSSELLE--PDGSANFAMKPLVRHP-EDSMSMDKLRQCEIHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEEEGE 455

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|817208874|ref|XP_012280466.1| (PREDICTED: glutamate-gated chloride channel isoform X4 [Orussus abietinus])

HSP 1 Score: 519.62 bits (1337), Expect = 1.432e-180
Identity = 263/424 (62.03%), Postives = 314/424 (74.06%), Query Frame = 0

Query:    5 KINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGG----------PPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLF 417
            K+NYR+KEKQVLD ILG G YD RIRPSG+N TDGPA ++VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ DD+ G LKYLTLT+  +VWMPD FF NEKE   H II+PN+Y+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG      +   +       LV  ++ S  H+ N    +  I              P  S N A    +  P + L      R  E+  +     CC  R  L+KFP+R+KRIDVISR  FPL+FA+FNLAYW  YLF
Sbjct:   25 KVNYREKEKQVLDQILGEGRYDARIRPSGENGTDGPALVHVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-DDSKGRLKYLTLTESNRVWMPDLFFSNEKEGHFHNIIMPNMYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFFTDYCNSKTNTGEYSCLKVDLFFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEF----ALVNYASRSDMHRENMKKKYREIEHTAAVDPTSELLEPDGSTNFAMKPLVRHPDDAL-TMDKMRQCELHMQPAKKNCC--RSWLSKFPTRSKRIDVISRITFPLVFALFNLAYWSTYLF 440

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|383854929|ref|XP_003702972.1| (PREDICTED: glutamate-gated chloride channel isoform X4 [Megachile rotundata])

HSP 1 Score: 520.005 bits (1338), Expect = 1.496e-180
Identity = 264/429 (61.54%), Postives = 321/429 (74.83%), Query Frame = 0

Query:    7 NYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG-------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSK 421
            N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ DD  G LKYLTLTD ++VWMPD FF NEKE   H II+PNVY+RIFP+G +LYSIRISLTL+CPM+L+LYPLD+Q C L++ASYGW  DDL+++WKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG                N   R+++  D   ++  K   S   Q +S+ P  + +   P NS N A    +  P E   +    ++ E+  +     CC  R  L+KFP+R+KRIDVISR  FP++FAIFNLAYW  YLF K +
Sbjct:   30 NFREKEKQVLDNILGPGRYDARIRPSGENATDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-DDFGGRLKYLTLTDASRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPHGSVLYSIRISLTLSCPMNLKLYPLDRQTCSLRMASYGWTTDDLVFIWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHSD---NMEKKYPPSETEQSSSIDPSSDQIE--PDNSSNFAMKPLVRQP-EDTMSVDRMQHCELHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAIFNLAYWSTYLFRKEE 449

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BLAST of EMLSAG00000011971 vs. nr
Match: gi|751223036|ref|XP_011164785.1| (PREDICTED: glutamate-gated chloride channel isoform X4 [Solenopsis invicta] >gi|751223038|ref|XP_011164786.1| PREDICTED: glutamate-gated chloride channel isoform X4 [Solenopsis invicta])

HSP 1 Score: 519.62 bits (1337), Expect = 1.532e-180
Identity = 264/432 (61.11%), Postives = 320/432 (74.07%), Query Frame = 0

Query:    4 EKINYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNI---------RVDPXGDLVYKS-TTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            +K+N+R+KEKQVLD+ILG G YD RIRPSG+N TDGPA + VNI++R+IS+IDDV MEYSVQ+TFREQW DERLR+ +D  G LKYLTLT+  +VWMPD FF NEKE   H II+PNVY+RIFPNG +LYSIRISLTL+CPM+L+LYPLD+Q+C L++ASYGW  DDL++LWKE DPVQVV  LHLPRFTLE++ + YC+  TNTGEYSCLKV+L+FKREFSYYLI IY+PCCMLVIVSWVSFWLDQ+A+PARVSLGVTTLLTM+TQTSGINA LPPVSYTKAIDVWTG      +   +         R D   D + K   TS     +S+ P   +L   P  S N A    +  P E   +    +  EI  +     CC  R  L+KFP+R+KRIDVISR  FP++FA FNLAYW  YLF + +  +
Sbjct:   23 QKVNFREKEKQVLDNILGPGRYDARIRPSGENGTDGPAVVRVNIFVRSISKIDDVTMEYSVQLTFREQWLDERLRF-NDFGGRLKYLTLTEANRVWMPDLFFSNEKEGHFHNIIMPNVYIRIFPNGSVLYSIRISLTLSCPMNLKLYPLDRQICSLRMASYGWTTDDLVFLWKEGDPVQVVKNLHLPRFTLEKFLTDYCNSKTNTGEYSCLKVDLLFKREFSYYLIQIYIPCCMLVIVSWVSFWLDQSAVPARVSLGVTTLLTMATQTSGINASLPPVSYTKAIDVWTGVCLTFVFGALLEFALVNYASRSDMHSDNIKKQFPTSEMEHSSSIDPSSELLE--PDGSANFAMKPLVRHP-EDSMSMDKLQQCEIHMQPRKKNCC--RSWLSKFPTRSKRIDVISRIFFPIVFAFFNLAYWSTYLFREEEGDE 448

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BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold357_size197762-snap-gene-0.41 (protein:Tk03729 transcript:maker-scaffold357_size197762-snap-gene-0.41-mRNA-1 annotation:"glutamate-gated chloride channel alpha partial")

HSP 1 Score: 476.478 bits (1225), Expect = 3.020e-164
Identity = 228/236 (96.61%), Postives = 230/236 (97.46%), Query Frame = 0

Query:   56 DVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            DV  EYSVQVTFREQWNDERLRYYD++ G LKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIY WKEKDPVQVVPGLHLPRFTLEQYKSAYCDV TNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG
Sbjct:  169 DVDYEYSVQVTFREQWNDERLRYYDESQGRLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYQWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVITNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 404

HSP 2 Score: 125.946 bits (315), Expect = 1.638e-31
Identity = 83/196 (42.35%), Postives = 102/196 (52.04%), Query Frame = 0

Query:  255 RVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTGKKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATP--------------CEIHX-------PVEHLQAYANSRNG--EIDEKNCNWY-CCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQLE 426
            R S+G  T L+ +    G+N     V     I  +  KKR      N   +  G   Y+ TT+YPHQ  S   + ++  GG  + YN+  P              CE+H           H   +A    G   +    C +  CC TRGLL+KFPSRAKRIDVISRFIFPLIFAIFN+AYWLYYLFAKSKSPQLE
Sbjct:  475 RGSIGGATTLSGANSHQGMNHIGSAVD-IDGIPGFPLKKRGGHNFANALREMDGGEPYRGTTTYPHQNRS---NEDLSYGGMNSGYNTTQPSSLSYMLPQDMGRTCEVHMNSYPTGSGPGHGGGFAAGMTGTSSLIGHTCTYLLCCGTRGLLSKFPSRAKRIDVISRFIFPLIFAIFNMAYWLYYLFAKSKSPQLE 666

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BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold807_size94382-snap-gene-0.18 (protein:Tk06568 transcript:maker-scaffold807_size94382-snap-gene-0.18-mRNA-1 annotation:"glutamate-gated chloride channel")

HSP 1 Score: 379.407 bits (973), Expect = 1.161e-130
Identity = 199/364 (54.67%), Postives = 244/364 (67.03%), Query Frame = 0

Query:   91 LTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG--------KKRNSEYRNNIRVDPXGD------LVYKSTTSYPHQYN----SMYPHHNILS----------GGPPNS----YNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKS 422
            +TD  KVWMPDTFFRNEKE R H I+VPNVY+RIFPNG++LYSIR+SLTLACPM+L+LYPLD+Q C L++ASYGW   DL Y+WK  +PVQ+V  LHLPRFTLE+Y S YC++ TNTGEYSCL V+L FKREFSYYL+TIYVPCCMLVIVSWVSFWLD NA+PARVSLGVTTLLTMSTQT+ IN  LPPV+YTKAIDVWTG        + +   Y+ N +     D      + +  +     Q+     S++  + IL+            P +S     +    CEIH   +  + +             NW        L KFPSRAK+IDVISR +FP IFAIFNL+YW YYL  +++S
Sbjct:    1 MTDARKVWMPDTFFRNEKEGRFHNILVPNVYIRIFPNGDVLYSIRVSLTLACPMNLKLYPLDRQQCSLRVASYGWTTGDLQYIWKTTEPVQIVKDLHLPRFTLEKYISDYCNIKTNTGEYSCLTVDLTFKREFSYYLLTIYVPCCMLVIVSWVSFWLDPNAVPARVSLGVTTLLTMSTQTASINNSLPPVAYTKAIDVWTGVSNEGSSHRPKFRRYQGNRKAKALQDGTTIVCVTFVFSALLELQWRTGAISLFFSNVILTRIAFAFQPMMRRPVDSSAMMMSKLHQCEIHMKSKKRRNFLQ-----------NW--------LNKFPSRAKKIDVISRVVFPAIFAIFNLSYWCYYLLQEAQS 345

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BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold807_size94382-snap-gene-0.16 (protein:Tk06569 transcript:maker-scaffold807_size94382-snap-gene-0.16-mRNA-1 annotation:"isoform f")

HSP 1 Score: 379.407 bits (973), Expect = 1.143e-122
Identity = 176/287 (61.32%), Postives = 210/287 (73.17%), Query Frame = 0

Query:    6 INYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            +N+RQKEKQ+LDS+LG G YD+RIRP G N T                                               G  +YLTLTDP KVWMPDTFFRNEK    H I+V NVYVR+FPNG++L+SIRIS+TLACPM+L+LYP+D+Q C L+IASYG+  DD+ YLWKEKDPVQ+  GL LPRF++E+Y S+YC+V TNTGEYSCL V+L+FKREFSYYL+TIYVP CMLVIVSWVSFWLD +A+PARV+LGVTTLLTMSTQT+ IN+ LPPV+YTKAIDVW G
Sbjct:  545 VNFRQKEKQILDSVLGVGIYDRRIRPGGINST-----------------------------------------------GQFRYLTLTDPKKVWMPDTFFRNEKTGHFHAILVNNVYVRVFPNGDVLFSIRISMTLACPMNLKLYPMDRQTCSLKIASYGYTTDDIAYLWKEKDPVQIAKGLSLPRFSIEKYSSSYCNVKTNTGEYSCLSVDLVFKREFSYYLLTIYVPGCMLVIVSWVSFWLDPHAVPARVALGVTTLLTMSTQTASINSALPPVAYTKAIDVWQG 784

HSP 2 Score: 56.9954 bits (136), Expect = 7.574e-9
Identity = 23/33 (69.70%), Postives = 28/33 (84.85%), Query Frame = 0

Query:  384 KFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYL 416
            K   +AKRIDVISR +FP++FAIFNLAYW+ YL
Sbjct:  970 KHMEKAKRIDVISRILFPMVFAIFNLAYWINYL 1002

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold903_size83255-processed-gene-0.7 (protein:Tk01746 transcript:snap_masked-scaffold903_size83255-processed-gene-0.7-mRNA-1 annotation:"isoform o")

HSP 1 Score: 362.073 bits (928), Expect = 1.263e-120
Identity = 181/297 (60.94%), Postives = 223/297 (75.08%), Query Frame = 0

Query:    7 NYRQKEKQVLDSILGTG-YDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKM-----------EYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWT 290
            NYR++EK++LD+IL T  YD R+RP G N +DGP  +NVN+Y+R+  +IDDVKM           EYSVQ+TFR+QWND RL + +D  G +KYLTL D  KVWMPDTFFRNEK  + H II PN+Y+R+FPNG+ILYSIR+SLTL+CPM L L+PLD Q C L++ASYG+  DDL+YLWK  DPVQ V  L LP  F L  Y    C+V T TGEYSCL V++ FKR+ SYY+ITIY+P  M+V+VSW+SFWLD  + PARVSL +TTLL MST TS IN  LPPV+YTKAIDVW+
Sbjct:  125 NYRREEKKILDNILDTTVYDNRLRPQGVNTSDGPTVVNVNLYVRSFEKIDDVKMVSAERLLGLVMEYSVQITFRQQWNDHRLAF-NDMSGRIKYLTLQDSRKVWMPDTFFRNEKHGQFHNIIQPNLYIRVFPNGDILYSIRVSLTLSCPMTLELFPLDTQTCYLRVASYGFTTDDLVYLWKVPDPVQFVSNLFLPGGFELHSYLDGSCNVKTATGEYSCLTVDMTFKRQISYYIITIYIPTLMIVMVSWMSFWLDHKSAPARVSLTITTLLAMSTTTSSINNSLPPVAYTKAIDVWS 420

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold160_size295910-snap-gene-1.31 (protein:Tk01227 transcript:maker-scaffold160_size295910-snap-gene-1.31-mRNA-1 annotation:"hypothetical protein L798_06303 partial")

HSP 1 Score: 306.22 bits (783), Expect = 5.188e-102
Identity = 164/365 (44.93%), Postives = 214/365 (58.63%), Query Frame = 0

Query:   89 LTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLP-RFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG----------------------------KKRNSEYRNNIRVDPXGDLVYKSTTSYPHQYNSMYPHHNILSGGPPNSYNSATPCEIHXPVEHLQAYANSRNGEIDEKNCNWYCCKTRGLLAKFPSRAKRIDVISRFIFPLIFAIFNLAYWLYYLFAKSKSPQ 424
            LT+TD  KVWMPDTFFRNEK  R H I+  N+YVR++PNG++LYSIR+SLT AC M L L+PLDKQ C L +ASYGW  +DLIY WKE +PVQ+V  L LP  F L+ + ++ CDV T TG YSCL+VEL F R+ S++++TIYVPC M+V+VSW SFW+D  A+PARVSLGVTTLL MST  + IN+ LPPV+YTKAIDVW+G                            K++ ++ R         D + +    +P    SM P    + G P     +    EI     H + +   RN +                      RAK IDVISR +FP+ F  FN+ YW YYL  +S++ +
Sbjct:    1 LTMTDAAKVWMPDTFFRNEKIGRFHNILQSNLYVRVYPNGDVLYSIRVSLTCACSMHLALFPLDKQTCNLDVASYGWTMNDLIYRWKETNPVQMVANLSLPGGFKLDGFGNSNCDVKTATGAYSCLRVELTFARQLSFFIVTIYVPCFMIVVVSWFSFWIDHKAVPARVSLGVTTLLAMSTTQASINSSLPPVAYTKAIDVWSGVCVFFVFGALLEYALVNYASRSDAQRMAKQKEAKERELEHAAFSADRIEEG--GFPM---SMDPLMRRIEGAPMVPPGALLQSEIPVHRRHNRFFDYFRNIQF---------------------RAKMIDVISRVLFPVTFMFFNIIYWSYYLTQESETSK 339

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1241_size53772-snap-gene-0.15 (protein:Tk08211 transcript:maker-scaffold1241_size53772-snap-gene-0.15-mRNA-1 annotation:"glycine receptor subunit alpha-3-like")

HSP 1 Score: 223.016 bits (567), Expect = 4.019e-67
Identity = 110/267 (41.20%), Postives = 163/267 (61.05%), Query Frame = 0

Query:   24 YDKRIRPSGKNDTDGPAT-INVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVW 289
            YDK   P  K    G AT +N ++ + ++  ID+  M Y+  V F + W D RLR  D+     + L +   T++W PD+FF+N K      + +PN Y+ ++ +  ILY ++++L L+CPM  + YP D Q C L+I S     DDLI++W  + P+ V  G+ LP+  L   K+  C    +TG+++CL+V  +FKR   YYL   YVP C++VI+SW+SFW+   A+PARV+LGVT+LLT+STQ +     LPPVSY KAIDV+
Sbjct:   50 YDKMRPPKYK----GNATEVNFHVTVMSLDTIDESSMTYTCDVFFAQSWKDNRLRLPDNMTSEYRLLPIEWLTEIWRPDSFFKNAKSVTFQTMTIPNHYIWLWKDKTILYMVKLTLVLSCPMHFKNYPHDTQSCNLEIESISHTTDDLIFIWDPQIPLDVDKGIELPQLELISTKNDDCTTEYSTGKFTCLEVVFMFKRRLGYYLFHTYVPTCLIVIMSWISFWIKPEAVPARVTLGVTSLLTLSTQHANSQKSLPPVSYIKAIDVF 312

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1121_size61474-snap-gene-0.22 (protein:Tk07067 transcript:maker-scaffold1121_size61474-snap-gene-0.22-mRNA-1 annotation:"glycine receptor subunit alpha-3-like")

HSP 1 Score: 223.016 bits (567), Expect = 4.019e-67
Identity = 110/267 (41.20%), Postives = 163/267 (61.05%), Query Frame = 0

Query:   24 YDKRIRPSGKNDTDGPAT-INVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDPTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVW 289
            YDK   P  K    G AT +N ++ + ++  ID+  M Y+  V F + W D RLR  D+     + L +   T++W PD+FF+N K      + +PN Y+ ++ +  ILY ++++L L+CPM  + YP D Q C L+I S     DDLI++W  + P+ V  G+ LP+  L   K+  C    +TG+++CL+V  +FKR   YYL   YVP C++VI+SW+SFW+   A+PARV+LGVT+LLT+STQ +     LPPVSY KAIDV+
Sbjct:   50 YDKMRPPKYK----GNATEVNFHVTVMSLDTIDESSMTYTCDVFFAQSWKDNRLRLPDNMTSEYRLLPIEWLTEIWRPDSFFKNAKSVTFQTMTIPNHYIWLWKDKTILYMVKLTLVLSCPMHFKNYPHDTQSCNLEIESISHTTDDLIFIWDPQIPLDVDKGIELPQLELISTKNDDCTTEYSTGKFTCLEVVFMFKRRLGYYLFHTYVPTCLIVIMSWISFWIKPEAVPARVTLGVTSLLTLSTQHANSQKSLPPVSYIKAIDVF 312

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1004_size71882-snap-gene-0.10 (protein:Tk10980 transcript:maker-scaffold1004_size71882-snap-gene-0.10-mRNA-1 annotation:"gaba-alpha subunit")

HSP 1 Score: 223.016 bits (567), Expect = 7.611e-65
Identity = 119/280 (42.50%), Postives = 180/280 (64.29%), Query Frame = 0

Query:   15 VLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDP--TKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEK-DPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            +LDS    GYDKR+RP   N    P T+ V +Y+ +IS I +V M++++ + FR+ W D RL +  ++   L+ L +      ++W+PDTFF NEK A  H+    N ++RI   GEIL SIR+++T +CPMDL+ +P+D+Q+C ++I S+G+   D+ Y W +    VQ+   + LP+F +  ++    + + +TG YS L  E+ F R   YYLI IY+P  ++VI+SWVSFWL++ A PARV LGVTT+LTM+T  +  NA LP +SY K+IDV+ G
Sbjct:   83 LLDS-FQKGYDKRVRP---NYGGTPVTVGVTMYVLSISSISEVMMDFTLDMYFRQFWQDPRLSF--ESRPGLQKLVVGAEYINQIWVPDTFFVNEKTAYFHKATTENQFLRILHTGEILRSIRLTITASCPMDLQYFPMDRQLCYIEIESFGYTMSDIRYKWNDGLTSVQISGDVSLPQFKVLGHRQKTIEASLSTGNYSRLACEIQFVRSMGYYLIQIYIPSSLIVIISWVSFWLNRGATPARVGLGVTTVLTMTTLMASTNAALPKISYVKSIDVYLG 356

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold676_size113663-snap-gene-0.28 (protein:Tk06491 transcript:maker-scaffold676_size113663-snap-gene-0.28-mRNA-1 annotation:"glycine receptor subunit alpha-2-like")

HSP 1 Score: 211.846 bits (538), Expect = 4.456e-64
Identity = 108/286 (37.76%), Postives = 174/286 (60.84%), Query Frame = 0

Query:    9 RQKEKQVLDSILGTGYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTDP---TKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSCLKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVWTG 291
            R  + +++D +L + YD+R  P+ K  T  P  +   +++R+   I +  M+Y V +  R+ W D RL +   T      L L DP     +W P+ +F N KE     + VPNV +R+ PNG ILY +R+ +  +C M+L  YPLD Q+C ++IAS+     +L+  W +++PV +   L +P+FT+E+  +  C+  +  G YSCL  +    R   ++++  YVP  ++V++SWVSFW+D +A+P R +LGVTTLLT+S++++G+NA+ P VSY KAIDVW G
Sbjct:   10 RLSDLKIIDQLLRS-YDRRATPTNKIGT--PTEVGCELFIRSFGSISEKTMDYQVDLYLRQHWEDPRLNHKAITEA----LDLNDPKLVQAIWKPEVYFPNAKEGEFQYVTVPNVLLRLKPNGHILYMLRLKMKFSCMMELNKYPLDVQICTMEIASFSKTTRELLLAWNKENPVDLSSDLKMPQFTMERVVTDQCEEHSLIGNYSCLVAKFHLSRSVGFHMVQSYVPTILIVVISWVSFWMDVDAVPGRTTLGVTTLLTVSSKSAGLNAETPQVSYVKAIDVWMG 288

[Close]

BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold96_size378025-snap-gene-2.49 (protein:Tk04989 transcript:maker-scaffold96_size378025-snap-gene-2.49-mRNA-1 annotation:"gamma-aminobutyric acid receptor subunit beta-like")

HSP 1 Score: 192.586 bits (488), Expect = 1.134e-56
Identity = 99/270 (36.67%), Postives = 163/270 (60.37%), Query Frame = 0

Query:   23 GYDKRIRPSGKNDTDGPATINVNIYLRTISRIDDVKMEYSVQVTFREQWNDERLRYYDDTHGHLKYLTLTD--PTKVWMPDTFFRNEKEARKHEIIVPNVYVRIFPNGEILYSIRISLTLACPMDLRLYPLDKQVCVLQIASYGWAKDDLIYLWKEKDPVQVVPGLHLPRFTLEQYKSAYCDVTTNTGEYSC-LKVELIFKREFSYYLITIYVPCCMLVIVSWVSFWLDQNAIPARVSLGVTTLLTMSTQTSGINAQLPPVSYTKAIDVW 289
            GYD R+RP+   D   P  +  ++ + +   I +V M+Y++ +   + W DERL +  + +   + LTL+     K+W+PDTFF N+K +  H++   N  VR+  +G I Y +R + TLAC MDL  YPLD Q C ++I SYG+   D++  W+E +PV  V    LP+FT+  +++    +   TG+ S  +  +    R   Y++   Y+P  ++V++SWVSFW++  A  ARV+LG+TT+LTM+T ++G+ + LP +SY KAID++
Sbjct:   41 GYDIRLRPNFGGD---PLYVGFDLTIASFDSISEVSMDYTITMYLNQYWKDERLSFSPEEN---RILTLSGDFAEKIWVPDTFFANDKNSFLHDVTEQNKMVRLHGDGAITYGMRFTTTLACMMDLHYYPLDSQNCTVEIESYGYTVSDVVMYWRE-EPVVGVEDAELPQFTIVGWETNERKIKLATGKNSHPIATDW---RNIGYFVFQTYLPSILIVMLSWVSFWINHEATSARVALGITTVLTMTTISTGVRSSLPRISYVKAIDIY 300

The following BLAST results are available for this feature:

BLAST of EMLSAG00000011971 vs. GO
BLAST of EMLSAG00000011971 vs. C. finmarchicus
BLAST of EMLSAG00000011971 vs. L. salmonis peptides
BLAST of EMLSAG00000011971 vs. SwissProt
BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
BLAST of EMLSAG00000011971 vs. nr
BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes

BLAST of EMLSAG00000011971 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25


Match Name	E-value	Identity	Description
-	4.187e-174	57.74	symbol:GluClalpha "GluClalpha" species:7227 "Droso...	[more]
-	4.913e-121	46.23	symbol:avr-14 "Protein AVR-14, isoform a" species:...	[more]
-	2.755e-115	44.25	symbol:avr-15 "Protein AVR-15, isoform b" species:...	[more]
-	7.419e-114	42.48	symbol:glc-3 "Glutamate-gated chloride channel sub...	[more]
-	4.083e-113	43.93	symbol:avr-15 "Protein AVR-15, isoform a" species:...	[more]
-	7.275e-110	56.38	symbol:avr-14 "Protein AVR-14, isoform b" species:...	[more]
-	1.569e-108	43.60	symbol:glc-1 "Avermectin-sensitive glutamate-gated...	[more]
-	1.843e-90	36.95	symbol:glra1 "glycine receptor, alpha 1" species:7...	[more]
-	1.238e-89	37.56	symbol:glra2 "glycine receptor, alpha 2" species:7...	[more]
-	1.471e-89	37.32	symbol:GLRA3 "Uncharacterized protein" species:961...	[more]

Pages

BLAST of EMLSAG00000011971 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|592749524\|gb\|GAXK01204889.1\|	1.327e-154	53.12	TSA: Calanus finmarchicus comp227938_c0_seq1 trans...	[more]
gi\|592749523\|gb\|GAXK01204890.1\|	1.382e-154	53.12	TSA: Calanus finmarchicus comp227938_c0_seq2 trans...	[more]
gi\|592820536\|gb\|GAXK01134032.1\|	9.081e-153	51.59	TSA: Calanus finmarchicus comp1946267_c0_seq1 tran...	[more]
gi\|592831729\|gb\|GAXK01125815.1\|	8.554e-135	48.73	TSA: Calanus finmarchicus comp310392_c2_seq7 trans...	[more]
gi\|592831732\|gb\|GAXK01125812.1\|	6.741e-134	47.59	TSA: Calanus finmarchicus comp310392_c2_seq4 trans...	[more]
gi\|592831735\|gb\|GAXK01125809.1\|	6.968e-134	49.30	TSA: Calanus finmarchicus comp310392_c2_seq1 trans...	[more]
gi\|592831731\|gb\|GAXK01125813.1\|	1.916e-132	47.37	TSA: Calanus finmarchicus comp310392_c2_seq5 trans...	[more]
gi\|592761928\|gb\|GAXK01192485.1\|	2.236e-131	51.45	TSA: Calanus finmarchicus comp1034237_c1_seq1 tran...	[more]
gi\|592831727\|gb\|GAXK01125817.1\|	4.355e-127	58.78	TSA: Calanus finmarchicus comp310392_c2_seq9 trans...	[more]
gi\|592831730\|gb\|GAXK01125814.1\|	5.170e-126	60.62	TSA: Calanus finmarchicus comp310392_c2_seq6 trans...	[more]

Pages

BLAST of EMLSAG00000011971 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25


Match Name	E-value	Identity	Description
EMLSAP00000011971	0.000e+0	100.00	pep:novel supercontig:LSalAtl2s:LSalAtl2s84:948400...	[more]
EMLSAP00000006195	6.223e-122	55.17	pep:novel supercontig:LSalAtl2s:LSalAtl2s339:16835...	[more]
EMLSAP00000004920	2.186e-79	42.42	pep:novel supercontig:LSalAtl2s:LSalAtl2s259:10631...	[more]
EMLSAP00000002530	2.528e-79	58.62	pep:novel supercontig:LSalAtl2s:LSalAtl2s14:125553...	[more]
EMLSAP00000009520	4.801e-74	65.27	pep:novel supercontig:LSalAtl2s:LSalAtl2s612:28657...	[more]
EMLSAP00000010137	3.075e-66	35.15	pep:novel supercontig:LSalAtl2s:LSalAtl2s66:38297:...	[more]
EMLSAP00000000919	3.181e-65	41.20	pep:novel supercontig:LSalAtl2s:LSalAtl2s115:69771...	[more]
EMLSAP00000009047	2.027e-64	32.46	pep:novel supercontig:LSalAtl2s:LSalAtl2s566:67679...	[more]
EMLSAP00000002942	2.387e-50	34.20	pep:novel supercontig:LSalAtl2s:LSalAtl2s168:57196...	[more]
EMLSAP00000004092	1.871e-48	34.98	pep:novel supercontig:LSalAtl2s:LSalAtl2s217:42280...	[more]

Pages

BLAST of EMLSAG00000011971 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|62901525\|sp\|Q94900.2\|GLUCL_DROME	4.546e-176	57.74	RecName: Full=Glutamate-gated chloride channel; Sh...	[more]
gi\|704000349\|sp\|G5EBR3.1\|GLUCL_CAEEL	3.254e-110	43.60	RecName: Full=Glutamate-gated chloride channel alp...	[more]
gi\|6647527\|sp\|O93430.1\|GLRA1_DANRE	8.117e-93	37.50	RecName: Full=Glycine receptor subunit alphaZ1; Fl...	[more]
gi\|74962112\|sp\|Q17328.1\|GLUCB_CAEEL	1.055e-90	40.85	RecName: Full=Glutamate-gated chloride channel sub...	[more]
gi\|121580\|sp\|P24524.1\|GLRA3_RAT	2.592e-86	45.74	RecName: Full=Glycine receptor subunit alpha-3; Fl...	[more]
gi\|66774025\|sp\|Q91XP5.2\|GLRA3_MOUSE	3.538e-86	45.74	RecName: Full=Glycine receptor subunit alpha-3; Fl...	[more]
gi\|116242496\|sp\|O75311.2\|GLRA3_HUMAN	3.939e-86	45.74	RecName: Full=Glycine receptor subunit alpha-3; Fl...	[more]
gi\|12644526\|sp\|P57695.1\|GLRA1_BOVIN	2.212e-85	46.10	RecName: Full=Glycine receptor subunit alpha-1; Al...	[more]
gi\|116242495\|sp\|P23415.2\|GLRA1_HUMAN	2.360e-85	46.10	RecName: Full=Glycine receptor subunit alpha-1; Al...	[more]
gi\|12230887\|sp\|P07727.4\|GLRA1_RAT	3.473e-85	46.10	RecName: Full=Glycine receptor subunit alpha-1; Al...	[more]

Pages

BLAST of EMLSAG00000011971 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25


Match Name	E-value	Identity	Description
XP_016771471.1	0.000e+0	61.48	PREDICTED: glutamate-gated chloride channel isofor...	[more]
NP_001071277.1	0.000e+0	61.48	glutamate-gated chloride channel precursor [Apis m...	[more]
ABC66182.2	0.000e+0	59.06	GluClalpha, isoform H [Drosophila melanogaster]	[more]
XP_016771470.1	0.000e+0	60.79	PREDICTED: glutamate-gated chloride channel isofor...	[more]
XP_006560232.1	0.000e+0	60.50	PREDICTED: glutamate-gated chloride channel isofor...	[more]
AHN57407.1	0.000e+0	58.41	GluClalpha, isoform N [Drosophila melanogaster]	[more]
ACZ94952.2	5.553e-180	58.17	GluClalpha, isoform K [Drosophila melanogaster]	[more]
AHN57409.1	7.200e-180	58.19	GluClalpha, isoform P [Drosophila melanogaster]	[more]
gb\|KYB29751.1\|	2.426e-179	58.30	GluClalpha [Tribolium castaneum]	[more]
XP_006560231.1	3.270e-179	59.82	PREDICTED: glutamate-gated chloride channel isofor...	[more]

Pages

BLAST of EMLSAG00000011971 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25


Match Name	E-value	Identity	Description
gi\|751223034\|ref\|XP_011164784.1\|	0.000e+0	61.34	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|817208868\|ref\|XP_012280463.1\|	0.000e+0	58.92	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|759034647\|ref\|XP_011334888.1\|	0.000e+0	60.23	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|817208872\|ref\|XP_012280465.1\|	0.000e+0	58.92	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|826422964\|ref\|XP_012526503.1\|	1.007e-180	61.21	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|769854098\|ref\|XP_011638569.1\|	1.209e-180	60.83	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|752889238\|ref\|XP_011262559.1\|	1.251e-180	60.23	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|817208874\|ref\|XP_012280466.1\|	1.432e-180	62.03	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|383854929\|ref\|XP_003702972.1\|	1.496e-180	61.54	PREDICTED: glutamate-gated chloride channel isofor...	[more]
gi\|751223036\|ref\|XP_011164785.1\|	1.532e-180	61.11	PREDICTED: glutamate-gated chloride channel isofor...	[more]

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BLAST of EMLSAG00000011971 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25


Match Name	E-value	Identity	Description
maker-scaffold357_size197762-snap-gene-0.41	3.020e-164	96.61	protein:Tk03729 transcript:maker-scaffold357_size1...	[more]
maker-scaffold807_size94382-snap-gene-0.18	1.161e-130	54.67	protein:Tk06568 transcript:maker-scaffold807_size9...	[more]
maker-scaffold807_size94382-snap-gene-0.16	1.143e-122	61.32	protein:Tk06569 transcript:maker-scaffold807_size9...	[more]
snap_masked-scaffold903_size83255-processed-gene-0.7	1.263e-120	60.94	protein:Tk01746 transcript:snap_masked-scaffold903...	[more]
maker-scaffold160_size295910-snap-gene-1.31	5.188e-102	44.93	protein:Tk01227 transcript:maker-scaffold160_size2...	[more]
maker-scaffold1241_size53772-snap-gene-0.15	4.019e-67	41.20	protein:Tk08211 transcript:maker-scaffold1241_size...	[more]
maker-scaffold1121_size61474-snap-gene-0.22	4.019e-67	41.20	protein:Tk07067 transcript:maker-scaffold1121_size...	[more]
maker-scaffold1004_size71882-snap-gene-0.10	7.611e-65	42.50	protein:Tk10980 transcript:maker-scaffold1004_size...	[more]
maker-scaffold676_size113663-snap-gene-0.28	4.456e-64	37.76	protein:Tk06491 transcript:maker-scaffold676_size1...	[more]
maker-scaffold96_size378025-snap-gene-2.49	1.134e-56	36.67	protein:Tk04989 transcript:maker-scaffold96_size37...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s84	supercontig	LSalAtl2s84:948400..1079594 +

Analyses

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


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

Properties


Property Name	Value
Logic name	ensemblgenomes
Description	maker-LSalAtl2s84-augustus-gene-10.5
Biotype	protein_coding
Evidence	IEA
Note	Glutamate-gated chloride channel

Cross References

External references for this gene


Database	Accession
Ensembl Metazoa (gene)	EMLSAG00000011971 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAT00000011971	EMLSAT00000011971-707818	Lepeophtheirus salmonis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at LSalAtl2s84:948400..1079594+

gene from alignment at LSalAtl2s84:948400..1079594+

Legend: mRNA

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

>EMLSAG00000011971-694737 ID=EMLSAG00000011971-694737|Name=EMLSAG00000011971|organism=Lepeophtheirus salmonis|type=gene|length=131195bp|location=Sequence derived from alignment at LSalAtl2s84:948400..1079594+ (Lepeophtheirus salmonis)
TCCAGAATAGAGAAAATAAATTACCGTCAAAAAGAAAAACAAGTATTGGA
TTCTATCCTTGGAACTGGATATGATAAAAGGATTAGACCATCCGGAAAAA
ATGATACAGGTAAGGTAATGATGTTTCTATGGTAAAGAACAAAGAAGTTT
ATGTACCAATATTTGTGTTGGATAGGTCTTTCAGTTTTCATTGGTTATTT
TATTGGTCCGATATTTTTTACCATTCAACGGTTCTAAGGATTGATACTTT
GGATTTTCAGTGCTATGTTTAGCTTTTTTTTTTGCACTTATAATTAGGAT
TGAATGAAATAAAAAGAAAGAAAGTGAACGTATAATAACAAGTTTTAGCC
ATACCCTTCCTACTTCAATCTTCAGATACCTTGTCTCTTGAAGAGGTTAT
GTTGAACAAATAAAATGACATAGGTAGTAGCTAACTTGCTGTTGTAGTTA
CTATAAAAGACCGATCCTAGGATGAATAAATTTTATCAGGACCGAACAAA
TGGAATTGCAGTGTTTTCAGCGTTTTTTAGACAAATTCCACATTAACAAA
CTTACACAATTTTGTCTTTGTATTTAGAAATAAAACCCGAATCATTTGAC
ATAAGATTAATTATTTTACAAAAAAAAAAAAAAAATGATGAAAAATTATA
ATTTGTGTTTACATAACTAGAGATGTCAAATTTAGTTCAAAAATAGACAG
ATAAACATTTTACAAATTACGAAAATGTTGCGTTATATTTGCAATATATT
GTTTAATGATTTAGACCCATTCAATTACTCAGGTTATTAAATCAGTCATA
ATAATAAAATCAGAAATCCTTTCTCAATGTAAAAAAAAAAATAATGAGAG
CCGGATATGACGTTTTAATTTTTTATTCTACATCATATTTATATTGCAAC
TACATATAAAGAAGTAATAGTCTAGTTTTTAAACTAAAATCTACGTTTTA
CTCTTAAACTAATAATATTATGGATTCTTTTTCTTACTCTCTATCCAAAA
TTTGATACATCAACATGGAGAAGATGTAATCATTATAAACTAAATACAAA
ATTTGATACATCAATATGGAGAAGATGTAATCATTATAAACTAAATACAA
AATTTGTAGTGCATTTCATGCAAATAAATTACTTTAAGGTCATATAATTC
TTTTAAGTTTCAAACCAGGGGCAAATAATATATGATATATCACTATATTG
ATCAAAAATAAAGATCTAAATTCTAAAAATATAAGGAAAAAAATATAGCG
AAGAAATAATTAAATAAATTGTATATATAAAATATACTAATACAATGATT
TCTATAGTGTCAATTTTCTATTTTGCGGTAAATAAAGTCAAAAACGAGAC
TCACAATTGAATAACAATGCAGGCTGTATTTATTTGTTATCAAAATTTCC
ACAATTCTACCTCACACGCTGTATATCCAATCACGAATTGATGTGTTGTC
AATATCAAAATGAAATCAATAAACTGCTTTCTAAATGCTATGAAAAATAA
GGCACTTAAAAAAAAGGATTTACCAATTATCAACATAATAATACACTAGC
GGGATTACCCAGCATTGCTCGGAGTTATTAGGGGTCGACAACAGATAAAT
ATTGGTTTTTTGTGATGGTGCGGTACATACATGTATAAATATGAGTCACT
CCTTAGGATTGTTCAAGAAGTACTACTCTCTATTTTGACAAATGATTGAC
AAAGTACAAACATAACAAAAAATTTAATGAGGAAACTGTAAATAAAAGGA
AATTTTGAGGCATTTTGAATGTTGTGACAAATGTGTTGTGCTACACTTAT
GACTAGCGTGAATCCCAAAGTGTTGCTATTCCTAGGAAAAAAAATTTATT
ACTACTTTACTAATTCAATTGGACATTGAATAAAGTCCTCGTCAGTACCA
TCAATTTACTTTTTGCAACCTTATGTAAGGTATTTCTAATTATCTTAATG
GATGTCACTTACTTCTTATATTTTATATATGCCCTAACAATGAATGGTTA
CATTGGAAAAATATTTGATTAAGTCACACATCCAATAAATTGGCATTGAT
AGATTTGGCTGTTTAAAAAAAAGATTATTTTTGTATATATTGTAAGGAGA
GAAAGTCAAAAGCATTGTTTAATTTCACAGACGAGTATTTAATCATGGTG
CAGATTCTGATAAAATTATATTAATATTAAAGTTGTTCTACAAAATCGTT
CAACTATATATACTGTAGTTTTAGAAATTTTATTAATGATATTCAGATTA
TTATTTATTAAAAAGATACACATAAACTTAAGATACAATAATGATAAATT
GATAAATGTAACCTAACAATAGATGAATTAATTTCAATTGAATAGCAATT
CCTGATTTATCATCATAAAAGCTCAAATTGTTGATTAATACACAAACGTA
CATCTGAAATATAATGATAATGAGTAATTAAAACCCCAGAAAGATATTTG
CAATATGATTTGAAGGGGAAGTAACGGTTATATATTTAAATGAAAAGAAA
TATTAAACAGAATTATTTCCACGGACTCTGTGCAATGAATAAGATTTACA
TTTAGAATTGATAGCATATGGAATAAGATAAAATTATCAGTTAATGTTAA
CTCACGAACATCCAATTTAAAATTATTTTGTAAAAAAAAAAGATTAAAGT
CAAATTTACAGCTAAATAAAAGGTAATAACAAAAATATAATAAAGTGCCA
AATCATGAAAAATCAAATAGAATGTAATTTATTTTGCTTCGACACATATG
AAATACATTATTGTTTTTCTCTATTTTTGTCTTCATAAACATTTTTGTCA
AACTTTTTTCTTTGATGGCAGATAACTTTAATTAGAAATTTCTTCAACAA
TTTTATTCGAAATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTGTAACATTAC
AGGAAAGTGCTTTTTATTAACTTTCAAACAAAAAATGGTAGAACGTATAA
ATTCAATAATATTACAGAAAGTAGAAGAAAAAAGTTTAACCCGTCTAGGC
CATTGCGTCAACACTTTTGCCACCCTCCAGAGCTGTACTTAATTACTTTT
CCGACCGTCCAGGAGATGCAAATTGTTCTATTAAACAGATTTATACAATC
GGAACGGAAAGAGGATCCAAATTCATGCAAACTAATTTCGTATTAACATG
TGAGACAGTTGTATTATCGTATTACAAGTTTTGAAATTAATTATATTATT
AGTGCGAAGTAATATTGTATTTACTTTAAATTAATAGATTATTCTGGAAT
AACAAGATGAAGATAGTATTTGAAAAGTATAAATTTTGAATAAAATTTGA
CATATGTTTATAGGTATTAAACTACATTAAATTTGTCTTGTATCCTCTAA
TTCTTTTATTACTATTAAAGAGGTTGCAATAATTGAATTTAATTCTTCTC
TCTTGCAAATTCAATTAGGAAATCAAAAATTAAAATTGTAATGGAACCGA
CGTAGCTCATAGACAACACGCTCGGGAGAAATTATTTTCTTGAACTCAAT
GGTTGTAGGTTTTCACCTAGAGAAAGAAATATCCTTAATGTGTATGGACT
TCACAAAAAATTTCTAGATTAGATGAAGTAAATATAATACTATATTGTTT
ATTTATACTGAATCAGTGCAACTCCGTCTAACCAATTAAAGTAACATTAA
ATATATATGTACGTATGTGTATATATCACAATTCTTCAAATTTGACTTTT
TTCATCAAGCATACACAAACTTATATTGTTCCCATTCTTCAAGGTCTAAG
CTCACAAAATATACCAATAATTTTGATTTTGGACATAGGATATATCCCTC
GCAAGGCCCTTTAGCTATATTGCAGGCATTTTTCAAAATGCTGCAAAATT
CAAGATATTATGTCATTGTTTTCATTGTAGCTACCGAGAGGTTAATGTTA
TTTAATTGAAAGTGGTACCAAATTAAAATTCCCAAAATTTTCTTAAATAT
AAAAGTAAACAAATGAATATGTGTTGAAATAGCTACTGTTTTTAAGGAAC
AATCATACAAATAATATTATAACAAAAAATATCAAACCATTAACTTGTTA
GAAAATATGTAACTAATATATGTATTGGTACTTGTTCAACGTGGCTTTTT
TGAACTGATTTCCAGTGCTACAAATATATTTACAACTAAAAACTAAACGT
GCAAAGTGTAAGAGTACTTGGTTTTGATGGAAATCCTGGTATTCTCTCAT
TGTAATCGAAACCTTACTAGCACCAGAGACTTGACTGTTCTTTTAGTAGC
CATCGCTTGAAATGTGTGCATTGTCATTGAATTATTTTTTGAAGTCGTCT
GGTTATACATGAGTATTAAGAGCAACATTTTTTGGATCTAATTATTTATC
ATATAATGCCCTCCTTTCACAGCATAAAAAATGTTTTTGTTTGTGCCTTA
AAATTAGTTAAATTTTGACAAATATCGAGTTTTTTTACAGTCATATTCAA
CAAAATTTTATTAGCCTTCCTTTGGTACATATTTCAAAACAATAGAATCA
ACCTTTGGGTAGTTACAATGACAAAAAGTTATTGTGGCCCACATATCCAA
AATCCGAAACCAAAGTTATTGGTATATATAGTTAGTTGAGACCTTGAAGA
ATGGAAATAATATCAATTGCATATTTTTGAGGAAAAAAGTCAAATTTGAA
GAGGTCTAATATTAATTTATACATATAAATTTAAGCAAATTGTACATGCA
CTATTTTGTTATGAGTAAAAAGATGAACATAAAACTTTCATGAATTATTA
CCGACTTGACAAATTTACCTTTAATGAAAGGCAACATAAGACGATTCTTG
AATACATAAAGTATGGTCTATGTACTCCTACTTTCTACCCCAATTTCTCA
ATAAAGATTTTATATAAATATTTATTTTGGGAAACTTACGTAAACAATAA
ATCTCAATTACAAAGTAAGAGCCTTTTTTCATATCAAAATTATCCTTCTC
TTACTGGTTTATTACAGTTATTTATATTTTTTTCTCCTTCTTCATATGAA
GCAGTTCCATCAATCATGGGTGGTTTACCTACACACATACACTGAATACA
TGTAACCAGAAATGTTTTTTTATAGTAAGTATATGAGATGAGTAGTCTAC
TTAAATATTCATCCTTCAAAGGAAAATTGCTTCTAATCTCCCTCTTCGTA
AAAAAAAGAAAGGAAGTATTCAATTCGTTTGTACTACACTTAAATCCAAA
TTTAATGCATAACATATTACTCTTGGTTTTATAATTATAGTTAGATTGAG
TTTCAGTAGATACATTGGATTATACAAGGAATACTCTATACAAATAATAC
CCACCATTATCTTCCTTCCTTTTTCTTTACCAACTGAAGGCTAAATTTTC
TCACAATACTACTAATAGTCAGAAGTGAGGTCTAGAATTTGAAAATTGAG
TTCATATTTGGAAGACTTGCGACTCAACTTGGGTTTGTCTGCACGTCATA
CTTTCTATTTCTATCTCCCAATTGAAGACAGCGAGAGCGGAGTGTTGAAA
TTTAACTTTTGCAACCTTTTAATAATAAGAAAATAACTTTGCAAAGTGAG
GCGACACGAATAACTTATTATTTTAAACAGTAGTATTCTTGGCCAGTTCA
GTCTTGAAATATAGTGAGTCGAGTATGGAGGTCTCTAAGGAAGAAATTCG
CTATATTTTACATTTTTACTACTAAAACGGAAAAACGCGTCGAAAGCTAC
ACAGAAAAATTACGATGTATACGGGGCCGAAACTCTTTCTGTTCATGTTG
CACAACATTGCTTTTTTCCTGCTCAATTTTGCTCTCTACTGTGTGAAACT
TAAATGTCTGAAACTAGTAATCGAACAGAGGCGGACAGCTTTAGTGAAAA
TGAGACAACATGACAATACCAGACCACACATATCTTTGATAACACCCAGA
AGCTCGAAGACCTAGCTTGGGAAGTTCTTATGCATCCAACCTACAGTCCG
GACCTGGCACGAAGTTCTAACACCTGTTCCTGTCTATGACAAACGTTTTT
GGGGTACAAATTTGCCCTCAATAGAGAAATTTGTTGTCCAAGTTTTGTAC
CAATGGGACAAGGGCTTCTACAAGAACTTTATTATGAAGTTGGATTCTTG
ATGCCAACAAGTTATTAATAAGAAAAGGGCATACTTGGCTCAAATCGGAT
GATTATAAGACTTTTTATTAATCATTGAAATGAAGCTAAACATACAAAAT
ACTTTTTCTCAACTTATTATGCCTATTAGTTTTTATTCGGATAATATAAA
ATTATTAGACAGATAAATAGTTATGTTTTATTCATTTGGACATTTATCAA
ACGATTGTGATAAATAATTTCTCTTTTTTCATTTCCTCACTATTCTAACA
AATTTAACATAGAAAAAAAAAATAGCGTTTAGTTATAAAGTTTTTAGTTT
AGAAAAGGGAAAAAAAAGTCCTTGTATGTATAGAGTTTTCCTTGAATCCT
CTATCTTAGACATAATATATTTACTGTAAATACTTGATATATTCATTGAA
ATGTTCTTAGGGTGACACATAGATGTGGCCAAAAGTATTAAATCATACCA
TTTAATCATTTATCAAGCTGCAAACGATTGTTATTTTTAAAAATGGATCA
AAAATAAATTTATCTGTTAATGAAGCATTGCTTTTTTGAGGAAAAATACT
GTTGAAGCAAAAGCTTGCCTTGATTTACAATTATTAGGACTCTACACCTG
CGAAATCAACCGTTAATATAATGTTGGAAAAATTTTAATATGGTGAAATG
AGCGTCAACGAACATACATGCAGTATACGTTTGAAAACGGCATTTACTGA
CAAAAACATCAAAAAAGTTTACGAAATAGTTTTGAATTATCGTCAAGTGA
AATTGATCGACATAGCTTAGACTAAAAATTATAAAAGGAAAGTGCTGGAC
AAATGGTGCATGAGTATTTGGACATGCTGAAGCTGTGTGCAATGTGGGTT
CCGCGCAAGGTCACAATTGATCAAAAAAAAAATATCGCGTTCATGATTCG
AAGCCATTTTTAGCGAAATTCTAACGCCAGACATATGATTTTTTTGGACG
ATATGAGACTAAGAATTAAACCTGGCTTTATCACTATAGTCCAAAGCTCA
ATCGAGAGTCAAGCGTGCAGACTGAAAGGGGATTCACCTGATCCAAAGAA
TGGAAAGATACAATAGTGGGCTGGCAAGATTATGCCATTAATATTCTAGG
ATGTACATGCTATAATTTTAATCAATTACCTAGAAAAGGGCCGAACCGTC
GACAACAATTATTAGATATAATTGTAGAAGTGTTTGAGGGATGAAATCAC
AAAAAAACAAAACAAACAAAAAATGCACCTATACTAAGAAAAATTAAGTA
CTTCATTCTGAAAACAATTCAATGTGTCACAAATCACTGAAAAAACGGCA
AAATTTTAAGGAATACGGCTACAAAWGGCTTCCCCAGCCAAATTATTTCT
CTAGATTTGACCCGCCCGTGACTTTTTCCTATAAGAATATTTTCTGGAAA
ACTTGTAAACCGATCTATTTTGGAACAATTATTATTTTAAATAAATCAAT
TTCACCCATTTAATTATTTTTAGATCTGAAAAATATTAATATGTTCCTAG
AAGTATAATTTTTTCACATTATAACATAATTAACCGCAATTTTGAAGGCA
TTATTAATAATAAATGTATTTATTAAAAAAAAAAAAATTGTTTAAGAAAA
CTTTGTGAAAACTTCATCTTACGTATTAATAAATGAAAAATGAAACTTTT
GTGGTGTAGGAACAATGGTTTTATTTTTATCATTAAAATTAAGTTGTAAT
ATATACMCCTCCTAAAACGGCCGACTTCCAGAATAAAGACGATACGAGAC
AATTTTCCCAGAAAATTATTCTTCAGCATTATATGAACTTCTATGTTATT
GATTATCAACATACACTATACGGAGTGGTCCATTGAATTCTGAATACTTA
CAATTCTATAATGAATTAATGTTGAGTGTTTGAAATTAATTTATATTTCG
ATATTGGTAAAGTATTTACAATTAATTACAATACATAACAAACGGGAGCT
CTCTAGTTTACGTTCAAGTCAAGAAAATGCCACTTGAATGAGATCGACAA
ATTTCCATCCACACACTCCATGCAGTTGGACGTCTCCAGAACCCCGTTTA
CGCCGTCAGCAAGACCGAAACGTTCGAAAGGAAAAAAGGATCTTTAAAAA
AATCAATACTGGACCATGGTAATTAAAGAAAACAGCCTAGACTAATCCCC
TCAAGTTCATTATGGCATACAATGGATCTCGGGATTTTACAGTAGACTTC
CACAGATCTATCAAAAAAGTTGGTGCAAAGAGCCTTGTGAGGAAATAGAG
CCCACTTTTTACACCATTGATTATATCTACATATCTACTCCGTTGCCACA
CTACTTCAAATGAGTCTTTTGAGTCGTTTGACTTTTTTTTCTTAGAGATA
ACATTTATAATGTAATAAAATAATTTTTACATAAATGATAATTGTTAAAA
GAAATATTCTAACGACATAACATTTTTTTAACTATTCTCTATGCACGAAC
AGTTCAATTATCAAAAGCTAATATCAATTTGTAATTTATCTAGATTAATT
AATCAATCATTTCAACATCAATTACAACTTGAAAATAATAGGAATGTTTT
TCATAATTTAATGACATTATCTCAAATAAAGGATTATGTTGATTTCTTTG
ATACTTTTTTTTCCAAAAAGAAAATAATAATTAAGAATGAAAAGTTTGGC
ATACAATAATAACATATTTTGTGTAAGAAATAATATTAATATATTTTTGA
ACAAGATTAAAATTAAAATAAATAATACTTTTGAATAAGACTAAAACTTT
ATATATCTTTTTCTACTTTTTCATCAATGTTTTAAAATCAGGAATATCAC
ATTTTCTTTCTCTTCATCATCTCCACCGCTACCACCAAAATCCTTTTAAC
AACTTTTTGCCAACAGTTTTAATCGAACTTTTTTTTCTTCCAAGTTTTTT
ATTATTTTTTTGGGAACAGAAAAACAATAAACCTAAGTATAATAAATACT
ATTTACCATAATTATTGACAAATTCTTTTTGAAAGTGAAGAACTCTGTTT
TTATGTATAGAAAAAAAAAAAAGGAGATAATTTGTTGTTCTTTTTCTTCC
TTGTACATACATTCTTGGATCCAATTTTGTTGCTATTAAGATATAAGAAG
AAAAAAGAGGAGAGACCTACTGGGAATTTCATCAAAATAGATCTTCTATT
TGATATATATACAATGTACATATATCAAGCACTTGATTAAGTTTCAACCM
CTAWAAGATCAGAAACAGACAAAAAAAAAAAAAATAGACATCCAGCATTC
AAACAAGATGTACAAGACTTAATGTTTTCAATATATTACATCAAGTACAA
GCAGAGATTCTAAAAGGTCGAATACACATGCCAATCATACGCCAAATTTT
CCAAGTTAACTTTTAAAATAAAGTAGTTAATGTTCAAATTGTTTTATTAA
TAAACAAACTCTATTAAAAGCCAAGTTAATCTAAATCAATATGAAAAATG
GGTTCAATACAAAAAATGAAGCAAATTGTTCATAATAAATGGTGTAAACA
TAAGTCAAACAATAATGTCGTCCTTACACTCACTGACAAAAACCTGAAAG
ACATGGTGACGGATCACAAGGAAGATTTCCAGTCAACCAACACTTCTGAG
GAAGTAAATCAAACCAAAGAGTTTATAAAGTCAAAACATAGCAGAGTCTT
CTTCTTTTAGTGAGGCAGAAACAGAAGCTACATCCGTCCAGATCCCTTTT
GCCTGCCAATTTAATTGTACGGAAAATTGGCCCTGCTTCTCAGTCCTGTA
TATGAATTATGCATTGAAGAGATCTTTCAAACAATATTCTCTTTAATAAG
TTATGACATACTAGTACATGAAAAAGAAATAAGGGATGGGCTATACAGAA
TTACTGTCCTATATCATCTTTAAATACCTCTAACAAAATACATAGAAAAT
TTTATATCAGTGGCTATTATGGTGATAAAAAGATCATTAAAAAAAGACTT
TCTTTAAAACTGAATCGCTGAGGACATTTCTCGAAATATTGCTACATTAC
TAAAATCTAAGAAAAAGGATTAAAATATGCTTAGTTATTCTTAAAATTTT
AAAATAAATTCAATTTAKTATCCGTTAATTTAATTAAGCTTTTTCAACTC
ACAAAGCTTAAAATTCATTTTAATTAAAAAGAGATGATATCTTGTAATAT
GAGGAAAGCTTAAAATTATGTTGACATATCAGGGTGTTATACCAAATTTA
ATATTGGAAGAGGATTCGGACAGAGGGTATTCCAGTGGCGACTCTCTTCA
TTCTACCAATAAATGGTTTATATGAAAAAATCGACACCAAAATCTTATTA
AAAGAATACATGGATCAACCATAGGCCATTAATTCGTTAATTTATGCTGG
CTATATAAAAATATTCGATTCAGGTGAACCACTTGCCCGAACAATTCGAG
TTTTTCTGTAATGGAAGAAATTCGTTCATGTCATTGGAAAAGCTTGAAGC
TCCAATTGGCGAATAGGTAGCGGGTATATTTAACTTTTAAATTTCCTTGG
TTCCAAAGACTGAGATAAAGTGTAGACTATACGAATAAAGAAATAAAAAA
AAAACATTTAAAAAAAATCACCACATTTCAATTTGTAAAAAAGATTACCC
TAGGACCTGAAGAACTTAAATAAGCCTTATCTAAAGATGTCCCTTATTGG
AAGAGTAACAACAGATGAAACAAATAAGATTTGCACATTTTGTAAGAAGC
ACGTTGATTTCTCTTTTCATCTCGTTAATGATTGTGGACCTTTGAATGAG
GGGGTAGAGGAAAAAATAAAATTTCAATACGGGCTGGAACTTTTAGAAAA
TAGACTGACATGCTGCTAAGCCTCCCAAATTCAAGCCCATTCAAATACAG
ACTCTATGCTTACAATAATTACAAGACACGACAAACTTCAGCTCATGGAG
CGTTCGCCATAAAAAAATACTCAAATTTGTTCTTTTTATTGAAGTCGTGG
AATGCGAAAAGGACCATTAAATCTTTCAACCTCCATTGGGCTCATTCGCA
AGAAAGAAAAAAAATGTGGACAAGTTTAAGACTTATAATGAAATAAATAA
TATCGAGGCAAAGGAATTTATACAAGTTTGAAGATGCTTCATATTCAAAT
TAATTGAATCTTATTCACCCACTGTCAATAATTATACACCAAATTTTCCT
GAAGAATAATATTGTAGCTTTATATTTTATGAAATCTTATCCGCTTGTTT
GTTAAATTTCTTAATAAATATTAAAAACTAAATTTATCAAAACCGTCTTT
ATTTTTAAAGCAGTTAAAAACCAAATGAAATATAAGGTCCATTAAATAAC
TTCAGCTATGATATAAATCACTTAGAAATAAGATACACCAGGTATTAGCT
TCTAAGTAAAGTCCTACATTTTACTTTACCTTTTGGTAGTTAACATACTT
TTATTCATTTTAGTCAAGATAAAGTAAGTAAAACTACATTTTTCAAATTT
TAAAATGTTTTAACTTTGATTTTCATCTAGATAGTTCTCTGAAGTTGAAA
TATGGGACTGAATCATAGTTATGCCCTAAAAACTTGATTTTTAAAAAGGC
TGCCAAGGTCAAACCTATGAATGTAAAAGTTTTCATGGTGTTTTTTTATA
ATTTACAACTTCAATAACCATGTAAATACTTGTTTAAGCTAATGGAAAAA
AAACTGCTTCTGTTAATTAAATTTTGTATAAGTAAAATTTAACAAAAAAT
AACATTTTTTATAATTCTGAGGAAATCTGTCCTATATAATTTAGAATTTT
AAAACATTTTTAACTATAATATAAGCTTTATTTTACCTAGTATGGATACA
GCGTCCGGTTTAGACCCCCTCTTCNTTTTGCATTTACTTGTCTTTCTCTT
TTGTAAAAGTTATATATTTCGTTATTTTTCTTGTACTTTCTATTTTATAT
TACATAATATTTTTATGTTGTTTCTTGCAACCTACTTTAAATTTTAAATG
TTGAAATTTTACTTATAATATAATTTTATACTTATATTCCGTGCTTTTGA
AACTGATATGATTAAATAGATATGGTTATGTGTGTGAGTCCACACCGTTG
AACTTAGGAGGGATACATTTTTTTATAGGTGCCTCTTTTGAACATGGTCA
AACTAAAACAGGGATGCTCATTTGTTTGGGGGTCATAAAATGGGGCTTTT
TACTTTGTGAAAACGCAAAAGTTTTTTGTGGAGCGTAAGGAGAATATATT
GGGGATTGTGTTATAATTTAAAAAGTCACTGACGTCTCCAGAAAAACTAT
ACGAATAACGACGTTTTCTAAATTGATCCAAAATTAAAAAAGTTACGAGC
AAACAAAAAAAGAAATTTGTGAAAATTGCACTGTCGTGTTTAACNTAATG
AAAACAATGGACTTCCAAAAGAATATTGGATTCGTAGATAAATTAAAGTT
TGCAGAAATTTCTCTGGAAATTCGCTTGTATATAAATTTGACACACAAAA
ATTAATATTCATATGAGAAATTGTCATTTTCTGAATAATTATTCAATTTT
TTTCTCTTCTTTTCATCAAACGTCAATTTTCTGAGGAAGTACCACTTATA
ATGGTTATAAATATATTCCATGAAGTATACACGACTAATGAGGTATCATT
AAGAATATATTAGTTGATCTTTGTCACAATTGAGTATTTTGTGATGATTT
TTTGATAAAACATATATTTCTTAATAATTTTATGTGTGTAAAATCAAAGT
AATTTTGTAGCCAATATATACCATAAGTTGACTTTAAATAAAAGTATGTT
CAGCCATAGGTTGATATAAGCTTTCCAACATAATTTCAATAAAAATATTG
AAAATAGTTATGTATATATCAAATAAATTAATGGTTTTCATTATTTTTCT
ATTTGATATATAATATTTTTCTATGTATAACATATGATGTAATCTTCAAA
AGGAAAAATATAACCATCAATAGTAAAATAAATAAAAGATAAGGGGAAAC
CAGCCAAAACTCCTTGCTATATTTTATTTTTTTATAATATCGACATGACT
GAGAATGTTCTCATTCTTTCATGTTTATAGTGAAGTCACTTTTTATTTTA
TTCTATGTTTCACACCTGTGTACCTTTTTTCTATAAAAAAAAATACTTAT
TGACTTTTGAGTGGGAAAAAGGGGACGAGGGAAAATAAAAATATTCGTTG
AACAAAAAATGGTACCCCAATAAACATATAAGTAATGCATCATTGATACT
TGGATGAACTACCTTACAGTAAAAAAGGGAACGGGATTCTTTTTGGCATT
TTACTCAACTTGGTAGAAGTGATCCTAACACCTATTTTTTGACAAAGTTC
AAAACAATACTCAACTCTTATCACTAATTATGTAATATTGTTGATATGCC
TTTACCAATACAAAATTTTATGATTTGCCAGATTGGGCAGAAGAGCGGTG
TAATTTATTCAACTGTTCTCGAATTTCATTACGGCTARTGCGGRAAAGCT
GTCATATGGTATGTAAATTTCCTATGCAAAATTGCATTGTCCTACAAGGT
CATCTTTAGGCCCCACATCTCGATCAAATAATAAAATAGGCAAACACTCT
TTACTTAATAAAAATAAAGTGTAAAAAGACAATTAAGTTATTTTTGCATT
ATATTGTTTTTATCAGTTTCCAACATCAGGGCTGTTATGTCTAATGAGTT
TGATGTGCTATTCTAGCAATGTTCCTCTCTGAAATACAATTTCTTATGTT
TTATGTAGTAAATTGGGATAGTAACTTAAATTCTCACTGAAATGCAAAAT
TTGAGAGCCTTTTATCATAATCGGGATTTACCTAATTTAAGCAAGAACTT
AACGTTAATAGACATACATGGGTCAGGAGATCAGTTCATATCCATACCAA
TTACAAAGATTTTTTTTAAAGTATTAATTTACAATTAAAAGAAATAATTA
TAATCATGATTGGTATATTTACAGGGTGGACTATTAAAATCTGATAAGCT
CGAATTTTAAACTTTAACAAGATATTATTTATTAATTAAGGATATAATTT
CAATAAAATGCATATTATAAATAGATGTGTGTCTTTGTGGCTTTGAGGGT
CTCAGTGTTTGGATGACAGTAACTACAGGCCTTTCCTCCACATGCACTCA
ATAAGTATATCTAGAAGTGAATGTTGTTGTTCAATAATGCATGTGTCTTT
TTTGAGATGTGTGTATGCGCACTATCCTGATGGAAAACAATATTTCAATA
TGGATARTTTGCCTGAACCTACCTGCCGTCGGACGCTAAGACCCCCAGGA
TCGTTGTTTGAGCTAGATGTTTTGTATGGAAAACCCTCCTGAGCTCTTCT
GGTGATTCCCAAAGCCAACGGTCGTTCTGACGGTTGTATTTGTATACCTT
GTTCACGGTAAAAATCTTCTTGTAAGATAATTTTTTTACTGTGGATCCAT
TTGCCTTGATCCACGCACGAACTTTCTTGCACCTCTACAGTCTCCTTTCC
CTCAATAGTTGGTGTGGGGTATTTGTGTAAGAGGACAACCCCACGTTCTC
CTTCACAGCCCTCCTGATTGTCCCCTCGTCCACGTCAAACTCATTACAGA
GGCGATTCATCGATTTTGTGGGGTCTTCCTTGATCTTCTTCTTCAGTTCC
CTCAGAAACTCAGAATCCCTCTTCAAGTTGTATCCCTCACTTCCTTCTTT
CCTTGAGAGGTCTTTTCCATCCTTTTCATGTTGGTCTACCTTGAAAATGA
GGCTCCTGGAGNATCTTCTTCTTCAGTTCCCTCAGAAACTCAGAATCCCT
CTTCAAGTTGTATCCCTCACTTCCTTCTTTCCTTGAGAGGTCTTTTCCAT
CCTTTTTCATGTTGGCTACCTTGAAAATGAGGCTCCRGGAGCATTTCATA
ATGTCCATAATCTTTACCTCCTCAATTTTGCAATACAGAAGGMCTGAGAT
CCTCTTCCTTTTTGCTTCTTGCTCACTCATTATGAAAGATTTGAGAATTG
TTTATTATTGTTTACTTATACAAAAAGAACAAGAGATTCGGAGTATGCAG
GAAAAATCACACAAACTCTCTATTTTAATTATATATTTAGTATTTGTTAG
TAGTCCACGTTTTGCTTCCGAACCCTGTATATTAAATTATAAATTGAAAA
AAAAAATCTCCGATCGATCTAGAAGGTAAACTCCCTTAGAATTAAACATA
AGTTAGACCATACATTGATTTTCACCCCCTTTTATTGGATAACCATTAGA
AATAATAAAATTAAAAATAGTCTATGTTTTGTTTTTAATATTATATACAT
TATTATGAGGTATCAGTGCCAATATTAAGACAATTTCGATACTTAAAAAA
AAAAAGCAATTCTTATCGGTTCTATAACTTGAAAACATTATAATTCTTTT
TTTTTAATTCTGATGCATCGGTATATACCAAGAATAAATTGTTGATATAC
ACACATACTCGAATATTTGTATCAATAAGAATATATTTTATAAATATTTA
TACTCAAAATAGTTATATAGCTTGATATATTTTTGGTATGATGACAGTTT
GGTTAAAGGAATTTCATATATTTATTTACCCATTTAACTTGATTTATCAT
GCTTTAACAAGAATTGATTGCAATATTTTCTCAAAATAAACACGTTACTA
AATTTTGAACATTTCTTTATGAGTGATCCTTAAAAAGATTTCTTCATCAA
TTTAGATCCTTTTTTTTTTTTAAAAAGATAAAGTTATCTGATATTATAAA
TGGTATAGAATTTATATGAAAGATTTTGAGGCAACTTTTAAGAATGGAAA
AAATCATTAATTGAAATATAAATTAATTTATTTTTAGCAAAACTTTATGC
TGATTTCAAATAGGTAGATATACTTTTATGCGATTCTGAGAGAATGCAAA
AGAAAATTAAAAAACAAGACTTTCCTAATAGTTTTGTTTGAAAATTATCA
TCTTTTACGCTATACAAATATATTTAAAGCATAAATATTCAGGGTTTTTT
TTAAAAAGAGTTTCTCCTTCTAAATATACATATTTATTTATCATAATATA
TTTTAAATTGAATTAAAATATGCAATTGCATATCATGTATTAACCTTTGA
ATTCTTTTTGTTACACATATGCAACAAACAAAAAAAAAACATTTAATATA
ATATTTAATCATCTTCTCTTTTTGTGTGCTCATGACAGCGAGTATAACAA
TGTTTTTCTTACCCATCGACAGCTGACTATATGTTATACATAGGAAAATT
GTCATAAAATGACACTTAACCTCTCAAAATTAGTATAATAGAGATGAACA
AGTAATAACTTTTTTAAAACGTTTTTCATCGGATTAAATTATTTTTATAA
CAAAAAAAAAGCAAACACACTTAAGATTTAGGTATAATTTTTACACCAAA
TGATCCTTTGGCTAAATATTTGTCCAGAAAATTTTCTTTCACATATATAT
TTTTTAATATAGTCATACAATCCAAGTTGTCAATATCACTAAGTAATTTC
CTTATATATGTAGTGATTACTCGTCCTTGACAGATTAAACTGATTGAAAT
CTGGACTTATATTTTCCGTAAAATACCTATACCCATTTACTAAATTAGAT
AGTCAGTAAAAATATTTATGATAAAAAAAAAGTTTGGGTATTTCTTTATA
TTGCTATAAAGTGTATATATATTTGTTTGATTAACTTTATAACTATATAT
ATTTATTAACGTGTAACTGACTCATTTGAATATATTCGTTAATTTTTTAA
TAAGAATAGTTATTTAATTGAAAGCTTGAAAATAGTAGGAGCCTGGATCT
AACTATTCACTTGTCTTCAGTAGTGTAATCAATCAAGGTCTGTAGATACT
GGAGGCTAACTTGAAAATGTAACAGATACTGAAGACTTTTATGGCAGATA
TGGATGTAGATAGAAAGAAWGCAAGTGMGACAGGACAATCCCTTGATTTA
TGTCTCAAATTGGTGGATCCTGGATATGCCCATAAACCCTGGAACCTATA
CGAAGAATTCATAATAATCATAGAGCAAAGTTATATTTGACTAAATAGAT
AGCGTATTTATTTTTCTTTCCAGAGTAGCTACTTTTCTTTGGGATTACTT
AAGCCCTCTTACCGATTTTCTAACCTGAAACTTCAAATAAACAACCAATT
ATTCACTCCACTCGTCAGATAAATATTGGAACTCTTGTACTTCAAAGAAG
TCCTTGTGAAATTTGTGGGTCTAGATATGCACCTGATGGAGTCTTTTCTA
TACTAAGCCCAAATAAAATAATGCAAATCATACTCCGATCAAGATTTCTT
TACGGGCCTGCATGCAGGCTTATGTCATCTAATCTGTAGCTTCCACTTAC
TCTTCACTACTTCTGAATATGCAATAGTGTCTGTTTAATAGTCTACCAAG
AGAAAAGTAATCGGTATCTAGGCCTAAGCTCCATGACAGAAGTGACATTT
TGATGAAATAAAAGAAATTGGTAGACCTTATGCATTGATGAGGATACTTA
CCCTATGAATTGTTCTACCTATGAACAAGCTGTGAATATTGAATGTATAA
AATTTTCCCTATATGAATATAATTAAAAACATTTTTTTTAAAGAACACTT
GGCGGAGATAAGATATTGTTATAGTTACTACAAGATACGCAAGGATTTAA
AATATTTTTGTCATTTTTTTAAATTTCTCTGCCCATTCTCTAATATTTAT
ATCCCTCAAGGAGGTAATAAACCACATCCCCAGGAGAGTCTGCAGGATTT
TATTTGGGGGAGGTGMATTTCTTTGGAAGAGACAAAAAAATTCTATTTAG
ATAAATTTTTTTGAAAGAAAATAAATATTGACATATAAGAATTTCATATA
ATAATAATGTAAAAGTTTATCAATTATGGAAGGAAAAGGGGGCTACAGTT
CCACCCCCTTGTCCTATGTCTTATAAAGGTAATTAAAAATTAATATCCTT
ATATATACATCCAATTAAGTAAAATATGAAAAAGTGGTGCTTATTTGGAT
TTTTGATCATTTTCAAGTAGTGGTTAGTTATTTTAGAGGTACATACTTAT
GTTTGGCATCTTAATTCTGATAATGAATGTGTTAGTCATGTGCACGATGG
ACCTTTCAAAATTTTGAATTTAACAATGATCCCCCCCCCCCCTCCCCTCT
ATCTGTCTCGATCTCAATGCCTGTATATTTAATCAAGTATGTTTGAGTTG
CTCTCTACCCTCTCTGGATTTTAATTTTGATATTTTTATATCTAGTTCCT
TCATACAGAAAGACCAACATTAAAATCTATGAATTCCTCGAATATGTACC
CAATTTTGACATTTGACTGTAACAGCGTTTTTCGTTTATAATTTTTAAAG
TATTTTTATTTTAGATAGCTGTTTGTGTAATAGGTATGTATGAAAAAGGC
ACTAACAGTCCTTGAAACTACGCGAAAATTAATATTTTTAGTTATATCTA
GTCACATAATACCACATATTAATAAAATAAAAAAGTAGTGTAGCCTAAAA
ATAATATATAAGAATATWMTWTATAWATATTTATANNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNATTGTGAAATATTTTACAAATTACAC
ACAATAAATTTAATTTAAGAAAAATGTCAAAGATATTAAGTTATGAGTGT
TGAATAACATCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGT
TGATTACAACTAAAAGTATATTATGAATCATGTAGACCAGTGGGTACGCA
AAMTCTCTTTTGTAATTTGAAATGGKGGAAGTTTTATTAACTAAGTATGT
TATATTAAAATTTATTTATAAATAAAAAAAGATTATTTAAGATCTATGTC
TAAGAAAAAAAAAAGTTAATCAAGCCAGTTTGCCATATTATTTTTACCCC
AGATCAACAATGATTTAATCTTTTGATAGATTTAATGATGAAAATCAGTC
CCACTTTTGTGAAATTAGTAATCTGAATAATGAATTTTCTATTCCTCAGC
TAATATCATAACTATTTAACTCCTGAGCAGTGAATTTCTTTCCCTACAAC
ACTCTATTTCATTCAAAATCAGATTGAAAATTTGTGTGTACTTATAAAAG
ACAAAGAGTAACCTGGAAGATTTGTGGTGGAGTTATAATTGTAAGTCATT
GTTGGACTTAAAGTAGAATTGAGAATCGATATCGCAGTAAATATTGCTAA
TGTATCTGTTTATGTCCTTCTCCTATTCTCCTTTGAAATATTCTTCAAGT
TGTCATGATTACCACGTTGTTTTCCTAGCTTTTTAACATGCCCAAAATAC
ACAATATTTTCATCAATAGATATTCTCATCATCCTCATAAAGAATTAATT
TAGAGTATTATATTTAACTAAATTGGGATGAAAAGAGGGGTATGATCCTT
CAAGATGGGAAAAGAGCGCACCAAACTATCTATTTATGCCAAATTAATCA
GCTGATATACTTTAAAAAAGTTTAATAACCACTTAAGCGTTACTATTGTA
TTTTATTTTTATTGTCTGAAAAAAGCAAATTAAACATCAATAGTCTGCTT
ACAACTTTATCCATTCAAAAGTTTTTCTTCTTTCTATCTTTTGAAAGTCT
AATTATGAAATAACTCAATAAAAAACAAAACCATTTATTATTTGGTACCT
GTTTCAATAATCTTTATTACAGTGATTTCTTCACAAGCTCCAGATTATTA
TTGTTTTATTATTTTTCTACATACCTCAGTACTTTTTATAATGCTTTGTG
TACAGATTGTTATTTTTGGTAGGTTCTTTATTATTTTTATTAATGTTCAA
CTTTTGTGTGTGTTCGAAAATAGAAAGTTTCATTGTTCCAAAGTATAATA
CAAATATATACATAAATGTGCATGTATGTTTATAAATAAAAAAAAAACAG
CAAAAAACTAGAATGAATTGTAATAGTCCACATAAATACTTAGTACAACA
TTAAACTACCTTTTTTTCTATTTCATTCTTTCTTCCTCCTACAGAAAAAC
AAACAGCAACTGCTACATATAATTTATTTACTTAAAGAGATCTTGTCATC
CTATTTGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTGAAAAA
AAAATTCAAAAAATATCAGCTGATGAGAAAAAATTAAATTTTTGGATTTT
TTTTTTTCAAAANTTACAATTTCAATGTTAATTTTTTTTGGAAAATTAAT
TCAAAAATTTACAACTGTTTACAAAATAATTAAATTTTTGAAGATAACGT
TAGAAAGTTTAAACTAAATTTCAAATGTTAAATTTTTTGAAAAAAAAAAT
CATTTATTAAATTTTCTAGTAACAAGGAAAAATTAGTTATTTTTTTGGGG
GTAGGAGTGGGGGGTAGTCTACATCCTCTACATCCCACCCCCTGCCCATG
CCCCCTGATATATATATAAAATTTATATATATAATAAATATATATACCCG
TTATCAGATTAATAAAACCCAATAATTATTTTTAAAATATATATTAAGAA
TAAATAACATATTTCATGTGGTCCTATTAATATAGGTATGCATAGAGTTG
TATAATATATACTCTAGAAAGTGGAAGGGACGTTTTGTAGTTACAATCTG
AAGAGGATTTATTTTTTCTATTATTAATATTCCATTCCTGAGAAGCAAAA
TCTAAACGTTGAGTAGTAAGTAGTGCATGTGCTCATAAAAAACGACAAAA
AACAATGAGGGTTTGCTCAGGAGTTATCTGTGTAAGTCCTTGTTTGGATG
ACAATGGAGTAATTCTGACCTATATCATTTCAATATACAAAATTATATTT
TTTTCCCATCCTATCACAGCTTCTTGCAGATTATCTAATACAAACGTCAT
GGTAGCTAAGCTACTCTCCTCTGAACCATTTGTTAATGTGTAATGACTTT
TTTTTTCCTTTCCATTTATTTTTAAATAGTAACAGGTCATATTTTATGCA
TACCTACCCATATATGTACCGGATAGCCCATTGAAATATAAACAATTACT
AATTTATTAATTAATTAAGCCTGAGTGAGTGAAATAAATTCATATTTCGA
TAAATAACAGCATAAAAAAGTTAGAAAAGAAAACAAGCTGGAGCTCTCTT
GCTGGGGTGGGGGGGGGGGTCATATGGAAGGGGGACAAGTCGAGAAAATG
ACTCTCGAACATGTTCGACGAAATTTCCATTGGTGTCTCCAGAACCATCG
TCTACCCCGTCAGCAAGTCCGTAACGTTGAAGAGGAAAATGGAATCTTTC
AAAAAGGCAAAACTGCACCAAGTAGAGTTAAAAAATGTATACCAGGGCAA
TCACTTCAACTCCATGAGGCCCTATGCAAGATTTATCTGAATTTTACACA
GGATTGTCCAGAAAGCTATCTCAAACGTGGGTGGAAAGAGCCTTGTGTGG
ATGAAGAGTCCACTTTTGACACCAGGAACGAAAGAAACCCARCCCTCCGT
TAAAAGCCTCTTTTAAAACAGTACTTAGAGTTATATTGAACTATTTTTTG
ACACTTTTAGCCCCATACATCTCTAAAGCCAACTGCTCCGACTACACCTT
TTGGTTTCAGGTAGAAGTGAAGGCCTGTAGTGTCCTACATACAAACACAG
AGGCCCTCAAAGTTACTGTCAGGAAGCATTGGTACGCTATGACAGAGGAC
TACATCTGAAGTGGGTGCCAGGCCTTCCATCGCCAACTGGATAATATGGC
ATGTGTTTTATGCCACTATTAAGACATTTTTATGTCAAGATGGATACAGT
AAACCAAGAGATCTCAGGATATGATGATAGATTTATGTAGGTAGTATCCT
CACTATGTGTTTTTATAGTGTGTATCTTGTCTATAAGCCTACAATAGGAA
TAAATCGGATGGMAATCCACCCRCCKTTATTTATTTTMAAATACTTGTGT
GAATACGTTCATGGTGCATTAAGCAACCCCTACATTAAATGGATATTTTA
GAAATAAAAAAACTTTATGTGTCCTTTGTAGTTGTTGCATATGGCAGAGG
TTCCCAAAGTGGGGGTTGCAAATTTATATGGTCTTTAAGTCATCTATTTG
CATAAAATGCACTCTCAAATGAAAGTTTTTAGGTCGCACATTGTATAATC
AGATATTCTTGAAGTTCAACTACAAAATAATTGGAACCACTGTCATATGG
TACCGGGAACTATGTAAAAGCATAAGTGAACAAATTAAAAGTTATCTAAA
TCAATGGTAAATTTATCAAAAACCAATCATTATAGACATCGATCAATACA
TAAAAAGATCCTAGATATTAATTTTTTTATAAGATTAAAAATTTATAAGT
TTAATTTACTTATATCTTTCACTTTACATTTCAGGACAAGACCCTGACAT
CCTGTGCCAACTATAACTAATTTCTTATGGCTGYTCAGAATTGACATTAG
GTACAATACATTTTTTATAAAATTTGTGTACATTTAAAATGTATAACTTC
TTCCGAATTGTGCATACAAAATTTGAAGGGATTTCAAGGTTTATAAATTA
CAAAGGAAACGCCAGCGATACCTACAAATCTTTACCGGAGGAGGGTTTCA
ATTACGTCTCCATATCTCATAGATTACAGATTTAAAAAATCATCCAATTT
TGTAATAGATGATTCACATTATGTTATTTTTTCTTCTTCTGTATTTTACT
TGGAACTACCTCCGAGACGTAATTATAAGATTTTATTCTCAAATACGAAG
AAATAAATAGTAATATAATATACATTTATAGTATTCTCAACATTCAATTT
ATATTTTTAATGTATAGTTTGACCCTAATTTCACTCTATGTTTCATTTTT
AATACATTCTAAAGCTTTTTCAAGTTATTTCCATAGTGTAATATTATTAG
ATAGGAATAGAAAGTGAAGTTTGATTTTTTTTTAATATTACTAAAATAAA
CTAATAATAAGAAATAGTAAAATTTAATTGGAAATCATTTGCATATAAGT
TCTCGGACGATTATATTTGAGATTGTCGTAATGAATATGTAAATATAATT
GTAACACAAAGCAATTTTATGAAACTCAATTTTTAGAAATGAAAATATGT
AATTAGAAAATGAAAGTGGTATTATCTAGGTCGATTTCATATATAGAAAA
GGAAACGAAGGCTTAGATGAGATTAAAAGTATGTATGCTTATATATTTAT
ACAGTAATAATATTATTTTGATAGGTAATATAATTAAAGTCACAAATCAT
ATCTTTTCTACCGACGGATTATCCAGGATCACAAAAATTTGGAATATTTC
TACACTTTTAATCTTTTTTATCATTATAAGTTAAGAGCTCTATATATAAA
ATGATCTAGTTATTCTGATCATGGTGTGTGTACTTTTTTTAAAGTTCCTT
CTTTTTCACTTTTCTCAGAAGCTTGAGTACTCCCATTATGATATTTATTT
CGCTTGCAAATTAAATGAATAAATGTTACCAAAACGATGCTCTAGAACAC
AGTTTAAGTATATGTATATAATGTCTATGGCACTCTGTGAATTAAAAGTT
TCCATAATTTTTGATGATAAAGATGAGAAAAAAGCAGGGTTGATCTAATA
GAAAAATTATAATAATGTTATAATTAATCCAAGGGAACACAAATCTATTA
GTTCATATCTAGACCTCCAAATAAGCATCAGTAAAAATTGAAATCGTCAG
AGTTTTGACTTCATACATAGTCTATAACAATATTATTACTATTAGAAAAT
AATAACTTTACATTTATGATAAAACAAGTTTAAATTTACCCCATACACAT
ATACTATATTTATGTAATACTTAACAGAATCAAAATTGTTTTTTTCATAA
TTTTACTATTTAAAATCTGTTATAAAAATTGAAAATTGTTATTTTCTCTC
ATTTTTTTTGAATTATTCCAAATATTTCTACAGTTTTTTTAATTATAGAA
AACCAATCAAGATTTAGGATTAGTAAACACATCATCAAAAGTTCCAATTC
AATTAATGATGTTTTTATAGCTTCATATCTCAAAAAAATAATTAATAATA
ATATTAGAATATTTATTATGTTAGTATTTTACTAAATGAAGTATTCATAA
TAAGTTATTAATGTATATTTTGCTTTGATTAATGTATTTAAAATAAAATT
ATTTGTCTAGTATATAATTTAATATTGATGAATAAAAAAAAGATTTTTGA
AATTGGGATTAAAATAAATTCAAAAATCGTACTGTCTTTTCAAATATGTT
TCAATGTTATGCGAGAAGGAAATTTTTGGGCTTGGTCCATGTTCCGAACA
AGGTAGTGAGAGTGTGTACTCTTATCAAAATAGTGTCTGCAGTAAATGCA
AATTAGAAGACACCAACAAAAATTTTAAATATTTTTTTTTATCTGGTGTT
GTTATGTAAAACTCATTAGATCCTTAAAAATCTAGGATACATATACGTGT
GGAGCTTATTATAACACTTGTAAGCAAATTAGAAAGTATAGTCTTCATGT
ACACATTGAAACTTATATATATGCTTTTAAAGTTGAATGAGTTATGAAAA
AAGAAATTTCTTTTGGCTGTAGTTCCGTTGGATATAGGCTGGAACCCTGA
AAATATGGAAATTTAATAAAAATAAATACATTTTATAAAGATTTTTTTCT
CTCCTATTTCTGTTTAAAATGTACCTGACTTCATTATTATAAACTTTATA
AACCATTCTGTGGAAGTCAAATCTTTAATAAACTACTTAAATCCGGATTG
AACCATGTAGATACCTAAATATTTCTTAAACGCTTCACTCAATGATTTTG
ATCTAAAATATATATTATGAATATTACTGAATGGAACTAAAAGAGTCATT
AACTGAGTGTCCAGAAACAGCATAAATCAGGAAACTCGATTTTAATGATA
CCTACGTTTATTTAATTTCATATATTGAAGCATTTCTATTATTAAATAGT
ATCAATTCATATAAAATAACTAAGCATGTGGAAAAATATGAAAATATAAA
GAGTAATTATGTGCGTTTATATGAGTAAGAAAGAGTACCACTGAGGATTT
CTGAAGGATTCATTAGTGTAAGTTTGTTTTGAATCTAGAGTCAAATATAA
AATTGACATCGTATTAATTCCTGTGTTTTTTTTATTCGCTGTATATTGAA
TTTTTATTTTTTATATTTCCTTTTTCTCACATTAGCTTGTAGCTGATCTA
ATAAAACGTCATGATGGTATTGCTGCCCTTCTCCTAATTTTTTAGAAAAG
GTCCCTCATATTCTATACTACTATAATTATATTTTTGCAAAGTATGTAGT
TTTGCCCTGTAAATCTGCTAAGTTCGTGTAAATTTTTCTTTTTCTTATAT
TTATTACAATATTTACATATTTAAACTTGCATTAGAATTCATACGACATA
ATGCTATACAGAGTAATAAATTACTTAACTATTTAAATAACATTAGATTT
ATTTTAGAAAATTTTGTACTCGGCTTKTCTTTGCTTCTAAGMAAGCCAAT
GCTTGTTGTCCTTGTAAACCTCATAAAGTATTACAACTTGAGCCGTATAA
TTACATCAATTATTTCTTTATTGTTCTGTAATGATGTAGTTCATCTACTT
GATTATTAAAATACCAGACAATTTACTACACGTAAATATCTGCCTGTATC
TATTATACACATATTTATTTTTTTGCCTCTTTTTACATTTTCATCACAAA
TCATTGCTTTATAATCAGATGTCTTGCATAGCAAGTTACAATAATTCTTG
ATATGTATGTATGAAATAAGTAATTAATATCTGAAATAACAAATAAATTG
AATATTGGGGTTTTTCTCGTCAGAAGTACTCATTGGAGAAGCAACATTGT
TATTCGTTTGTGTGGTATATTTGAACAAAAGTTTGACTTAGTTATTTGAT
ATTCTTAGTGAATATGGGAACTTCTCTTACTCTACATATTCTATAATAGA
TTTTAAATTTTGTAGATAAGTTGATCAGTTCTTATTGGGTCTATTGTATA
TTATTTGTTGAATATAATATTAGACTACAAATAAAAAAAAAGTATATGAT
TTTTTATATAGAGCTATAAACAAAACGTAAAATTATGGTTGAGTAAGTAG
AACAAAGAAACTTAAAAAATGGACAAGTGGACCCAGTTGGTATTTTAAAG
GTTAATCAGCGGTTACAATGAATACAATAATCTAATTTTTTAGGAAATAA
TTAACAAATGTGTCCATTATATATATACCTATAGGCCTATTATACTCATT
TGGTATTTAACTTGTAGTAAACCAACTAACATTATCAGCTTTAAACACTT
TATTTCATTACATGTCCTTTTTGATATTTCAACAAATTCGTTATTTGTGT
TAAGTAGAACATGAATTTCTGTCAGAATTGTTAGCTTAAATTTATGACAA
ATTAATATAAACGTATATAGTACCTATATACATATATTCTCTTTGAATTC
CTAGAATATAGGATCTAACTGTTTAAAGTGCATTCGGATTTGTTGTGAAA
CTTAAAGACAAATCACGATTGATACGTTGCACGAAAGGTTTATGAAAATC
TTTTTTCATCATGTAGGCACATAAAAAAAAGAGAGGATTATAAATGTATA
AGATTGATTTATATTTGATTAAAAAGACACATATGCAATGATTTAGAGAC
AAGGTTTTTTATTGGAGACGCTTCAATTTTTTTTTTCGTAAGGGAAAAAA
CAACACTATATTAATTTTCTTCCTTTGACATTCAAAAACTTAATTATTAT
ACATTTCATTCCTTTAATCATAAATCATCTATAGTGATGAAGCTCATTCT
TTGGCTCAAGGCTTTGTTAATAAGCAAAATATGTGTTATTACTCGTGCAG
CAATCTACAAGTACTTCACGAAAAATCATTGCTTCCAGAAAAAAGTATTG
ATTGGTCTGGACTTCATGCTGGAAGGATAATTGAGCCTATTTTTTAACTG
ATGGTTATTATTTCCACGTTACTGTAATTGGAAATTGCTATCGCACCATG
TGACTGATTTTTTTTTGTCTCAATGGCAAAGAATTGAGTTGTAAAACATG
TGTCTTCTACAATACAATGTCACTTGTCACACAGCAAACGATTTATTGCA
AAGCAAATTTGGTGAGCGTGTTATATGAAGAAATAGATCAGTTGATTCGC
CATATCAATCATGTTATTTAACAGCTTTAGAATATTTCTTTGTACTTTGT
GTTTCTTAATATTTCACGGGAAGTAATTGGTATACACCAATAAGCTGGAG
AATTTAGAAAACTCAGAGAAAATATAGAAAGCAAAATTGATGCAATATCG
ATCTATTTATTGGAAAATCGGGTTCAGCGATTGGACTTCTGTAAATGTGC
TCGTGGTGGTCAATGAATACATTCATTTACATATATAAATGTATATGCTT
ATAATTTGTACTCAAAAAATAAATTCGACAAAATTTGTGTTGTATTTATA
AACAATTCTAAGCGCTCTGAATGAAAAACACTTTATATATATATCTATAT
AGAAAGAAAGCCTTTATCGGCATCAACTCCACCAAAAAGAAAACAATCTG
TCAATAGCAGAAAACATGAGTTACCTTTGTAAAAAAAAAGATTGAAATAG
TAGGTCAATTGAGTTTATACCAGTAGGCATGAATTCTCATCATACAATGT
AGAATGGCTGTAGTCGTTAGTTTGGCACAAATAACCTAAGTTACGTATTT
GAGTGGTTAATGAGACGAATCATCTGTACATTCAAATGAAACATGAATTA
TGAAATAAGTATAAGAGATAGTTAAAATAAAACAAATCATTAAACGATTG
TCTTAAGGAATTAATTATTTTATTGTATCAGAATAACAATTCTAGAGGAA
AACAGACTAAAGCAAAAATTAGAATTTTTAAATATACTATACAGAAAATA
AAATTTAAAATAGCTTTTTTTGTCAAATAGAGAAGTTGTTGCCTAATAAA
GTAATAAAAAATCCATAAAAAAGTTATAAAACGGTGGCAAAAAGATCAGT
TTTTTTTTTAATTTTCTATCAACAAACAATCTAAAAACGTCATATCATGA
GGAACTCGACATTTAACTAACCACCCTCCATACAATTTCATTTTAAGCAG
TAAAAGAGACAATAAATCCCCTATTCACGAGGAAAAATAGTAAATTTACA
TTGTTTGTGTTAGTAAAGTACCTAATTATTAGCTAAAAACTTTTCTACAC
GTAAGCCTATTTAATCATTTTCTGTGGATATATGTAATGGTATGTTCATG
GTTTTTTACAACTTGACTTATTAAAACATTTATATAGAAGTTACTTCGCT
TTAAAGAAATACCTACAAGTTATTTCTTATTGACTTAACTAATTAACCTG
AAAACATGACACTTTATGACAGCTTAGATTTTTCTGTTTTTTATCTATTA
ATCAGATTTTTTGAATGTTAGTCGGTTAAATTTGAATGAACTTTTGTTAT
GAAGCAGTGAATAATTCCCAACAATTATTGTTCAATACTTCCATAGTTGA
TAATAATTAGCTAATAATTACAACCTAATTTGGGCATTTTTCTTTGTATC
TTTTTGTGGAAAAATTGTGAAATACATGGATGGTCTGAAAGGTTTCCGAC
TGAACATAAGATACATACATTGTTCCGGAATTTTTGAATGTATTTTCTAC
ATAGTCTCCTTGTAATTCTACAGACTTTTCTCAGGGATTCTCCCATCTGA
GTAACCTGTCAAAATAGTACCGAGTGTTATTCTCCACAAAATAATGACTT
ACGAAAGTGAAAGCCTCTTTAATTGACAAAATTATTTGTACTCCACTGTT
TGGACTGTATTTTGGTTTTGGGTGCATAATAGTGTTTCCAAGTTCCATCT
CAAGTAATTAGTTTGCCCCAAAACTCAGATTTATTACCTCAAAACTGCAC
CTATACAGCAATAACTAATTTTGTCCACTTTCAGAAAAACACTCACATCA
ACTCACTTAAACGACTGTTACATTAAAACTGCACGTCCGAAATGCATTAC
GCTTTTGTATCAGTAGATGCTAGATAGATGTAACTAGCTTTTATTTACGA
GTGCTGCCATCTTCACGTTCAGGTTCGAAACTTTTCAGACCACCTTTGTA
CAATTAAGGTAACAACGCACTCTACTTCTAGAACGTCTCTTTCTTCAATA
TTGAATATCAATATGTATGTAAATTTTATTTAGATTTTGAAAAATATGTT
TACACTTTATGAATTTATTCATCCCATTTTGGAAAAAAAACCTTTTATTC
TGTTGATTCTTTTATTATATTTAAAAAAAATATATTTTTTTTCTTATTTA
CAGATGGACCTGCCACCATCAATGTGAATATATACTTGCGAACCATATCA
CGTATTGATGACGTCAAAATGGTAAGACATTGCTATATAGACAAGACTAT
ATACATAACTCTTTTTATACTATAGAAATAAAAAAAGCAAAGAAATTTCA
ATACATACGAGTATATGTTAAATAGAGAAAAAAAAGACTTAACATATTTT
CAATGTATTTAAATACTACTTTTAAATTCATTTATTTAATTCAGTTACGA
TAATTTTCTTTTGATACTTTTTGTAATGTTTTTTTTATGCTTACATACTC
CTATATACCTGTTTTGCATGTTTCGTGATGTCTTTCGACATTTGTATTTA
ATACATTAACAATTTATAGGTATGCATGGATTTTAAATAAATAAACGTTT
ATAAATACTATGTATTTATAAAGGTAAAACATTGTCAAATGTCTTATAGA
TTTATAAATGAAAATATTTGTCATTTGTGGTCCTAAATCATATTAAGCAA
TGATCTAGTGAGTATATTTTCTATAAATGTGTTATATTACTATAAAAAAA
AAGACAACCAAAAAGTTGAATTTATCATATTTGAAAGAAATACTAAACAC
ATATAATATAAATATACCAAAATAACTAATTGATTGATGAATTTACAAGC
AAAAATTCGAACAAGCTAATATCCCAAACATTGTAAACATTAACTGCAAT
GAAGATGAATTATATTGCTTTATAAAAGCTTGTCAAAACTTTAATATGTA
GTAGTATAATATTGCATTGATCAATTTGAACTATATCAAATACATATATG
GGGTAAATACATTTGGCAGAACTGATCCCCCTCAGAAATAAAGTTGATGA
AACTATTCCTTTTTTTTCAATATTTTAGGACAAAAATGTATAAGTTTAAA
TACTGAATTACTGTTACCTATCGAAATCTACCATATAATTATTGACAAAA
ATGTTAATACCGAGTGGTTCATTAAAATGTGAACACTTTTTTTTATATTA
AACTCTTTTTTTTTTAACGCACCAATTGGTACAAAAATAGATAATCATAA
TTATTAATGACTACATAGAGCCTGATAGATTGATATTTAAATACATCACA
CATCACTCTCCTTCACTGTTACTCCGTAGCCTTCCTTAACCCTTTCCTGG
AATATGCCCCATATCGTCAATAACTCCAGGCAACCCACGAAGAGGTGAGA
GGACGTTTCCACTTTATCTTAAAGAAACCACTCTTTCTTTCTTCTTCCAG
GGTGTGTTTGGAATTCGTATGGAGAGCCTGTCGCTAATGGGTATCGAAAT
AGGTTCTGATGCGAGTTTTTGTAAGGGTTATTTAAAATATGTTCCGCATT
ATGGAGAATGGAGTCGTCAAGAGCGCCATGACTTTTAAGTAGCCGTTTCT
TCATCAATTATCTGGGGTTGTTATGCTTTAAACTCCTTGCTATTATAATT
TTAACTGATCTGCTGGGAACATTTCCAAAGGCCAAGAGACAAGGAATGTT
GGTTCACAACAGCTTTGCTTATCTTTGGAGCATTGCCAAAGCTTCCAGAC
TTGAGCTCTTACCAGGAAATTGTATGAGGTGAGAGTTGGGTTTCGGTGTT
GTCTCAGTCGTCTGAAAGAGGTCAGTCCGTCAGACTTCTGGAGTAATTCG
TCTTTACATAATAATTTAATGTTGTAATTTAGGGGGTCGTGTGGGCCAAG
TAACGGAAGAACTATTGGGAGAATCGAGTTCTAAGAGTAGGTCATTCTTT
GCCAGAATTTGTCAACTGATTATGTAACTTTGCAAAACTCCATTGGACCT
ATGTGAAATCGTTATTTTATATGGTAGCCCAACTGTTCGTAGAAATATTT
TTTAATTCGAAGTGCCATGAAGTCCTCACCAAGAATCAACCTATTGAACT
AAAAGAGATTCAATGATTTCCAACTTGCTTCGGGAGTTAGGCTATCTAGT
CCTCAGTCTCTAATGGGAACCTCGAACCGGCTTTGCAATATATATGACCT
CTTTTTATTCCATAGGAAGCCCTCTCGAATCCTGTACATTTTTTGTGCAA
ATATCCTCTCTGAAAGTAGTGTATCTCATATTGTGAATTACTTTTGGGAT
CATTATGGAGTTCCAGATTTTAATTTTATCTAAAAGATTCAGGCAAAGTG
ATGAATTTAAGTTTTTTCTTCACTAGTCTCTTGTTTAATATTCCCGTTAA
AATTTTGTAAGATGCATTCAGCAGTCTGATTGCCCTGAAGTTTTTAATAT
CATGAGTAACCTTTCCTTAAGCAATTATTAAGTTCTTTTGTATATAGATT
CAACTATAAACAAAACCTGGTTGAACATTCATAGGTGCTCATAAAAGACG
AAGAGTAATCTTAAGGATTTGTTGCGGAGTTATAATTGTAAGTCATTGTT
GAACTTATAACTATGGATAATCCCCATTTGGTTTCGTTTATCCAAGAGTC
GTAAAAACAGAGGAGGCCAGATATATTTTATATATTCAAAAGGGACATAT
TGGGATATGAAGACAAGACGGAATGCAAAAGAACCAAACTGTGATAGCCA
ATGACCTCAGAATTAGCTGTTCCACCCCCTTTTTTTATCTTTGGACATTT
TACTCTTGAATAGTTCATCGTTTCATAGTTTAGAAGAATAGACTAACTAC
CTATTCTAACTTTGTGCTTCTCGCCTCTCTATATTTTGGTTAAGAGGAAT
AAAAGTTATAAAAGCGCGAGAAAACCTTTGCCACTTGATCCCTTGACAAA
TCCTAGAATTCCTTCCTGATCCAACTGATTATTTCGTCTTTAGTGTTGCA
ACGGGTCCAGTTGGTTGGTCGCTCTAACTCTGAGTAGAATTGGGATCGAG
ATTGGAGTAATTCTAATAAATATCGGTGGATATTTAGTTATCCTCCTCCT
CCCTTGTCACAGCTGATTAAAGTTGATCTACTTCAAAATATTGTTAGAAT
TACCATGCTGATTTTTGGGTTTTTTTTAAACATAACCACTAAACACACAA
TTTTCATCACTAGGTATATATGTTTATCAATCACCATTTTCTTTTTCTTA
ATTAATATTTATGCATAAAATAAACTCATGTGGTAGTTAGATACGCCCGG
TATTATGATAGTTTTTGAAGGGTAACAGAAACTGAGTATTTAGCCTATAT
GTAGAAGTACTATAAACATAAATCCCATTCTCTTTTTTATCCCCCTGAGG
GCAATTTTATTTTTCAGTATGTAATAATTAATTGTATAATAATTTATTCG
TATTCCTTAGACAAATTTTTATTTCTATAGCTGAAAAAAGAACCTAACTT
TTATTGATATTTATATAATAATACTCTTTTTTTTAAGGAGAAAAGGGAGT
AAAAACTGGAAAGACATAGCACAGAACTCACTATATACCATATGAATTTT
AAAAAGTCATCAAAATTCATGTAAAATAATAATAATACGATAGACGATGA
AGCTGGTCGTTGTCTTCTATTTTTTTATCGCTTCCGTATCGCATAAATTT
AATAGTATATTTAGTTTATTTAATACTCAGGTTTGTTAGCTGATAAAGAA
AGTATTAGAGAAAGCAGAGAGCTCCTTATTATTGTTTTTGTTGTTCTTGT
TCTTACTATTATTATCTTTCTTTTTCTCGCTTACACCTTTTTTGTCTATC
CCTCTTTCCTTCTTCTCAATCTGTGTGTCTTTAGTATTTATCCTTGCTTT
TTTTTTCTTAATATCTATTAAATGCCTTTAAAGAAAAAATATGAGAAGAT
TTAATTTTTCATATATATATACAACCAGACTTTATCTTCATATTTTCATG
TTCTACATATTTATATACTGAACCAAATATATTAATGAAATTAATCTATC
AACGAATTAATTATCAACGATTTACGGATGCAATATAGAAACACTAGTAA
TGTGTTATACTGGCGTTGCTCGGGCTAAGAAGAAAGCGGGAAATCACATT
GAAAATGGTCAATGTCATTTCTTCTAAATATTTAGACCCCTTTAGTGCGG
AGGAACTTGTACAAATTTTTCTGGAAATTTGTTTACATATAAATTAGACA
CAGAAAATTTGATGCTTAATTTTGTTCATCAAATGTCTATTTTCTAGAAG
AAATGCCACAAAATGATGCATTTTGGACATGAAATTCTATCAAAAAAATC
CAATATTCCATTAGAATTCGATTTTTTGTACTTGAAGCGAAGAAGGAAGC
TGCAATTTTCACCAATTTCTTATTGTGCTCATAATTTTTTTTTTTTGACG
TAAGTCACTTAATGGTTTATAAATTAGCTGCGTATCTAGTCTTCTTCATC
TTCCAAAAAAAATATATATATATAGTTCGGGTATACAATAAATCCCTTTA
CCCGAAAATCGCCAACCCAGTTTTAAGAGTTCAAAATTTCAGCCTCCTAG
GTCAAACGGCGAGGGCAACTATAAGGGACACTCACAGAAAAACTTTATTT
TTTATATGTAGGGATAGATACAGATACAAAAATGTCATTTTTTAAAGATC
CGAAATGCAAGTAAACACGTTCTTTTTGTATTTAAATTGTGATTAATTAT
GATCTGAGGTGAGATATTTAGAGATATAAAACTATTTTTTACATTTAAGT
TCAGTGTAGTGTCTATGATAATTGGCAAGTCTCTAAAATCGGTATTGATT
CATAACTATTATTAAAGGTAAAAATAAAAACATTGTGCTTAAGTATCATC
GACTTATTATCAATTATTTATATTTAAAAAGTTGGGTTTTAAACATTTTT
CAATGCTGTGATTACGTCAAGTAAATTATTTATAAAAATTTCATGCCAAT
AATCTCTAATATAATGTCTCAAAATCATTAAAGTACTTGTAAATAACGTC
TCCAAGAGTACCTTTTTCACAATTTAATAAAAAGAAATCAATCAAAAATA
TTTCCCCATGTAACTTGTCAACAAAAAAGAACTCGAAATGATGGACATCA
AATTTGATTCTTGCTTTATTATCTCATAAATACAGTGTTGCTTGTATCTT
AAAGTAGACATTTTGATATTTCTAAATCTAACTGACAAAATAAAATTTTT
GAAATAGTCCCAATCAAAAAAGATATATATAGTAAACCTACTCACTTTAT
ATATTCTATTTCAAATTATTTTAATAATACATTAAATAACTCCAGAATTA
AGTAAAACTTGTCGAGAGACAACAAAATAATTAGATCTCTTTCAACCATA
ATGAAAATACATACTCAGACAAACTCGCTAATCCTCTTCCTAATTCGTAT
TTAATATTTGTATGTTCTCCCTTTTTCGGTTTGTATAATATTTTGGATTT
TTAATTTTTTTGGTGGATTTTCGAATCGACAACCTTAATCTTAAAAAAAA
ATTGATATACGGGAAATCAATCTTGTTCTTGAAAAAATCTACTTATACGC
GAAAAAACAAACTTTCCTTACAGAGCCCAGGAATCTAGTCTGATCAGAAT
GAAAAATAGCCTTAGATACGTATCTTAGAATTCTGAACATATTTTATTTT
CTATCTCAAGTCTATATTTTTTCCATTTTTATTACGTTTCCGTTCTGGTT
ATGCATTTTTATTAGCGGACTAACTCTCAAACATACAATCAAAATATTTT
ATTATAATAGATATATTCATGAAATTCGTATATTTTTAGGTAGGGAAAAG
GTAATTTCGTGTTTGTTTTGCTTTATACAATGTTTTTTAGGGAGCGGGAA
AATCATCTGATTTTATCCAAGTATGCCCCATTCTGTTCTATAGCTTGTTG
CCAACTAGAATTCAACTTCACAACGCCGTTCTAGTAGAAGCCATTGTCTC
TATTGGCAAATAAATTGGACAACCAATTTTCACAGGCTTCTATGGAAGCA
AAATTTGTATCCAAAAGMGTGTTACCCATAACAGGTAGTAGTCACTTGGT
GCCAGGTACAGACTGCAGGGTGGATACATCAGAMCTTTCCATCTGAGTTT
CCGTAGCCTCTGGCGCGTTATCAAACTGGTATAAAGGGCTGGTGTTGTCT
TTATGATTTTTTTGCACCTATTCTCAAATACTGGCCACGAAACTATTGTG
CAACATGAACCAAGAGAATATTGGCCTTGTATACATAGCAAATTTTCTTG
CTTGTTTTGGTTGGCAATTTCTTCCTCTAATATTTTCATACACGACGCAT
GATAATTCACGGCTTAAACGGCCAAGTGCAATACTGTCCAAAAGCGTTTT
TATTATACACTCACATCGTTACAACACTTTATCGTATGATTCGATGTGAC
GAATAAGGATACTATATACTTTGTTTTAATAAAAGTGCAGGAATTACAAT
AACACTCTATTCCCAACCATATATATGTAGATAGTTGCACACAAGAGAAA
CAACAACTATGTTATTTTTCAAGAAATCGTAATATTTTTTCGAAATAACA
TTTATTAAAATATCATTTATGTTGTTTTCATATCTTGGTTCAAGTTCACA
AGATGTTTTTAAGAAAACAATTTTTTATCATTTTATATGTTTTCATAAAA
TTATTGATAGCTAATGTACTAACAATAATAATAAGAAAAATGCATTTTCT
AATTATATAAGGCAACCAACAAACTGTTGAAAGCTCTAACGAGRGCAACA
GTTTCTATGCTTGGTTTTTTTTTTTTTGTACATAAATTTATATATTTGAT
TTGATTTTGTAAAATTACAGATAATTTTTAGTTTACATTAAAATAATTAG
ATTTTGCATAAATTTGTGTACAAAAAAAATTTATCATATGCAGCCTGTCC
TTTCTCTCCACCCCTAGCATTCCTCCTTATTTTCAACTTTTCCTCACATC
TCTCAAAAATATCCTATACTTACAGCAAATAACTTTGTTTGTACTTTAAA
AAATTGAAGAGGGGAAATAAAGTATAAGCTATGTCATATTAATCTCCCTT
CTGTGAAAAAAAGAACTGAATGAATGCAAAATTGATGAAATTGCTATCTG
TAGATTCCAAATTCAATCTAAAAAAGATTTTTTTTTCCATTTTTAGAATT
AAACTACTCTACTTAATTCATGGTTTTTTCAGTGATCATTGCGGACAAAA
AGTATTTAATGTCAACACCTAAATTTGGATTAAAATCGATCAGCTCGTCA
CAGTTTTGCCACATGATACAAAGCTTTGACTCTGTCTAACAGAATAATTA
GCCCATTGATTTACTATTTATGGATTTCTGCGAGTCCTAAAATAAGGCAC
TGTTTGTCAAAAGGGATATTTTCAATTAATATACTACCGGGTGGTCAATT
GAAATCTTAAAACTTAATAATTCAGTAATTAATGAAGGTAGAGTGATTGA
AAGTAATAATATTTCGATGTCTTAAAATATAAAAATTAATTAAAAGATAA
AGCTTACGTGATCTCTCTAGCTATCGTACAAGTTGAGAAAATGATACTTG
AATATGAAAAAAAAAATCCATTCACGAACTCCAAGCAGTTGTGCGTCTCC
AAGATCACTGTTTACACCATCAGCAAGTCCGAAAGGTAGGAGAGAAAGAA
GGACTCTGTCCAAAAGTCTCCCCTAGACTTGAAGAAGAAAAACAGCCAAT
GTCAATCCCTACAAGTCGAGAGAGGTATAAAAAAAGTGGGTGAGAACCTT
GTGAGGGCGATGAGGCCACTTTACACACTAGCTACGAAAAAAAAAACCAT
CTACTCCGGTTTGGGACTATTTTGAATGAGTTTTTTGAATTATTTTGAAC
TCTTTTTGACACTTTTGTCCCCTCACCCTACTGGGACACCATAGTATTGT
ACTACATTCAAAGTTGGTACGAGGTCTTCCACAGCAACCTTGAAGCCATC
ATTGCCTTAGCGACTACATTAATGATTAGGAGAGCTCAAATATATATCTA
TTTCTAGTATGAATTTTGTTGAAATTCTATTGTTCATTAATAAATTATAT
CTTGTTGAATTCTAAAATTCAAAGTATTCAGATTCTAATGAACCACTCAG
TATTATAATCATCCATAATTATAAAATGAAAAAAGGGNCCCTACCAATAA
AACAACTCACAGTATGTACATATCCATGATACTTTTATACATTACAAGTT
AGTGGAATATATAATTTTCTATTAGAAAGCTTACTAGATTATAATTCTTC
CATTGTGAACTAACGGATTTTTGAGGATTAACTCTAATACCATAAAGTTA
AGAAAAGTAAAAGTAAAGTGGATTATTGTATATTACGTCTCTATCGATAA
TAAACTCTGATCAAAAAGCTTAGATGAATACATCTAAACTTCACTTTCTA
ATTTCTACCTCATACTTTTTCCACTTTTTGAAATAAAACCATTCATTTAA
GAATGTAAGATGAAGGTTATGGGATTACATTATACTACTCAAGAAACTAA
AATCCAATATAATTATTAGTAAATCCTTTTTCATTTTCAAGAAAATGTAT
GTGTCTTACGGATTATAGATGAGAAAGGCCATCATAAGTGAACTATTGGA
AAGCTCTTTAGCTACATATTAGTTTATTTTTGTGGATANATAAGACTTAT
ACCAAGTGTTTTAAGTAAATGTGTACCAAGGTTGTTTGAAAAGTTCGAGA
GACGTCATTATTGGCGCGTATTAAGGTTATGCTTTATTGAGCAGCATTTC
TTGGAAGAAACACCAATTTTCACCCAGATCTGTCAATTTCTTTCTATCCT
GCATTCGTTTCAATCTAAAAATCGGCCGGAAAGATTATAGCTACTGTCTT
TCGGATTTGCTAGGAATAATCCTCATCAACTATCTGGAAAAGGGTGAAAC
TATGAAATGTGCATATTATTCATCATTATAGGACTGCTTGAAAACTGAGC
TTTAAGAAAAGCACCAAAGATTGGCCCACAAGAACGTCCTTTTCCATTAC
GACCATGCACCAGCTCACACCTCAACAGTTGTGGTAGCAATATTAATGGA
AATGGGGTTCCGACTCGAGATACCCACAGCTATAGCAATCTCGTCCACCT
CCACTCTTCTGTCATCCATAATCTTATCATGGATTTATCTATGATTTTTG
GAGTAGTAACCTCAACAGGGTGTCCAGAACGTGCATGTCACTTGTGCCCA
TATGGCCTCTCCGAAAATTTTGTAACCACTTATGAACTGTTCTAAACTAA
GGTGCAGATTCCCCATAATGTTTATGAAACTTCTTTTTAAAGTTTAAGAC
GTCCTGCTCTCCAAAAAGGAATATTTAATAAACACACGAAATACTTTTCT
GTCCATTTTTCGAAAATAACTTCCCTTCCTTGGTTCAAACGAATACCAAA
CAGAAAGAAATAGACTGATTCGGCTAAAAATGGGTGTGTGTTCTTATAAT
AGATGCCACTGACTAAAAATAATTTCAATATGCGGCATTAGTGCCATCTC
TCGGACTTTGCATGGACTTTTCAAACGACCCTAGTATATACTAATATAAC
TCTAATTACTTATTTTTTCATTCATAATATTTTATATATATTATATTATG
TATAAGACACCAACTATTTCTATACTTATTTTAGCTCCATACTAAACATG
ACATTTACTTTATTTTTAAGTGGAATCTCATTGTAAAAATAAATTCTATT
AATAAATACACCTAAAGAATAGGAAAGTGATTTGATTAATATTTATGTCC
TTTTTTGACTAGAATATTATTTTCCATCTTTTAATAAAAAAAGTATGTAT
TTTTTTCATGGTCCTAAAATTAATACTTTTGGTTTCCAAGAATATAAAAG
TTAGTCGAACAGATGGGCTAAATCCTTTTCTAGTGACAATTAACTTTTAT
AACAGTCATATTTAAATATTAAAATAGTTTATATTTAGACAAACTTTCTT
AGAGCTGTTTTCTAACACTTTCTCTACATATAAACTAAATATACATAAAA
CAAATTTGATTTCAGATGGAAGAAATTTATAATTAACAACATCGACAGTT
GCAAACTTATAAATACAAGTATAAGTGCTGATTTGAGCATAATAATGAAC
CAAAATAGAGTCACTCATCTGTTAACACTATTATCATAATATTTTGATTT
AGGGGTAAGAACCAATGATTGTCTCAGTTCATTCTGAGCCTCACATGTAC
GAGAGCTTTGAATATTGTCTAAGTTTCCATTAATTTAAATTTCTCAACTT
CTGTAAATACTTCTTTATAACTAGAAATATTCTCAAACACTTTGTTATGA
TCTAACATATTTGCCACGCAAGTGATCATAAATTTTAGTAGACAGTGGGC
ATTGTCATTTAAATATTTATTGGTGTCTTCTTATTATAGATGTGAGTTAG
GCCTAGGGCAGTACCTTAGGTTCGATACATCGTTATAAAAAAATATATAA
AATAGAATTTATGTAGGTTTTTTTAAGTTTTTTCGATATTTTATTCATGA
ATAATTTATTTTCTGTTCAAATAAATTATTCTTAACTCCTTTAAAATACA
AAGGTTTTCATATTCAAAGAAAAATTTAGTCGCTTTCATCTAATAGCATA
TACAATGCAATATAACTATTTTTAATGAAGAAAATAAAAAAGACATTATA
TCTCGAATTTTGCAGCATTACAAAAAAGTCAACAAATAAGCTCAATGGTT
CTTGCAGTAGGCATACACAATATCTAAAATCAAAGTTATTTTGTAGTTAG
GTAGTTTAGTTCTTGGGGAATGGGAATAATATTAGGATTTTAACACATTC
AAAATAAAATTAATTTGCCTTGTTAGAAATAGTAGTATATATGTAAAAAG
GATAAAAAACTTATCAAGGAAACTTGTTGGAGTCCAAATACTTTTGTATT
ATATTTGGCGTATCAGGAAATAAACTTTCTTTTTATATAGAAAGAGATTT
ATATATGTTTACATNNNNNNNNNNNNNNNNNNNNNATAATGACAAAACAT
AATCCCATAAAAATACTTTGTAAATTTTTTGAAATATAAGACCATTAAAT
CTACAACTAAATGTGGGAATACAAATATGATAACATATTGATATCAACTT
ATATACTATAGATATGAATAAATTTATTACCAATACATATCAAATAACMA
AACAAATCTAGCAACAAAGAAAAGTATTCCGTGAAAAGACATTATTTTAT
TTGATAATGATTTATGAAGGTATTTGTTTCTTTGTAATCAAAAAGAATAC
GTATGTAATGCATCTATCTATAAGTAAATTTCTGACATACATATTTGGAT
TTTTATATGCATCATTAACTTCAATGTTATGGGCAATCAAAATAATTAAA
AATTGAAAGAAAATAGTGCTCTTTTTTCTTACAAAATGTTATCTTATATT
GTTAGTCTTATTGATATTATTATAATTTATAATTATAAGTTGTAATAACA
ATCAAGACAGAAAATAAAACTTAAGTTGGATACCTTGGTATAAAAAATAT
ATTTTTTGTTTTCGAAGAGAAAATATCCCATAAATTAGCAAATTCTAGAG
ATTTTCTCAAACTAAATTTGTCAAAATTGTGTCATTTTTTTGAGGACATA
TTTTAATCCAAAAAGCAATAAATAAAGAGTTTTTGATTATTTTTTGCTAC
GTTAATTTTTGTATAGTTGAGAACGATAGTTATTTGTAAATTTTTTTTTG
CAAAATATTTGGATCTTTTATTTTCAGAAGTGAAAAAATTCGTGAGCTTC
ATGTACTGAAATGCTTAGGCCTAGCTGAGAACATATATTTATGGCTAGAA
ATTTTAATCAAATTTATAAATTTTAATAGGGTAAATATGAATTTGAAATA
TAATTCAAATATGTTCCTATAAATTTTAATAGGGTTAATATGAATTTGAA
ATATAATTCAAATATGTTCCTATAAATTTATAATAATATAATTAAAACAA
AAGTCTTTGAAAGTGAGAAGCAAGAAATAATAGACTATATAGAGTACCTT
GAAATTGTAAAATAAAATTATATCATATAAATTATGCAAATTTTATATAC
AATTTAAAACGATGTCACATATTTCAAATAATTGTTGATAAAGGGTTAAT
TCACTTCATTAATTTCACTTATCACACATTTTGATTAAGTTATAGCATTT
TAGTGAAACTTCTGTAACAAAAGGTTTTACAAAAAATAAATTTGAGGAAA
GAAATTCATGTGATAGAAAAGTTACAATATTGACAGACGAGTTAGAAATT
GTTGAAAAATATCTCAATGAAGGCTTTACAGTTATTTTGGAATTTTTTAG
AGATGTCAAACATCGTAGTAAATAGGATTGAGATTTTTTAATGATGTAAA
AACATACATCCTAGATTTTTGACAGGGAAATGAAACAAATTGGATCAAAT
AAATAACTTTTATCCTTAATGAGATAAACAAAAAAGCGTTCACAGACCTT
TTAGAAAGGGCAATTGTTAAAGATTGAAGATCATACAATTTAAATATCCT
TAGAAATATATTGTGCATTGCTTCAACCAAATAATGATGAAGTATGACGG
TTAATGAATGTGAAAGAAATTATTTAACTATTCCAATTGAAAGTAAAGGA
GAGAAGGTAACAACTTTCAATGAGAAAAAATTGAAACTCATTTTCTCAAT
ATTGTTACATTTTGAGAAATATTTTGGCTGTACATATATTTCAAAATAAA
TATGTGTTTATTACATATCATTCCATTAAAATTATTTATATCCCATGTAC
ATTTTGTTTTATCTATAACAAGGATCTTTGAACATTTTAATGAACAAATT
TATACAAAGCAAAAATATTAATTAATAAACTTATTTTTATATATATTTTT
TGTGATGAGTTTATTTTTGTGGATAKTACGAGAAAGCTTCTAATATAGAT
TATATAATATCAAAGAAACCAAAAGACACAATATTACATATGTAAGCATA
TCAAAAGTTGCAAATTGCTAAAATAAGTATAACTTAAATGTTTGTTTTTT
TTGAGAACTTCCATCCACATCCCTAAAAAGGTTCACGTATGAAGTTAAAA
CGTTGCTCTTATGTTTAAAGTAAATAAGTTACCTTAAATGAAATTTAGTA
CTTTTGAACAGATCATCCTTTAAATTGTACAAAACAGCAATTTTGCGTGA
TGTTTTCATACTGGATCATACTAACAACCCAAGTTTGATAAAAATACAAA
TATGTTTAGAATAGCTTAATGGTCTGAAAAGTTTCCGACCTCAACATGAA
GATACCAGAACTGCACAACAAAAGTTAGTCACACTTATCTAGAATTTTTT
GACAGTTGCACACCAAAGTTTCAGATATTTAAAACACGCAGATCTGATCT
AAAATTCGCTTAGTGAGTTGATGTGATTGCTTTTGTGAAAATGGGCAAAA
TCCAGAGTACTATTTAGAGGATTTACAGAGATGGGAGTATCTCTGGGAAA
AGTCTGTACAAGGTCACTTAAATGAAAATTATAAATTCAGAAATAATGTT
TTTGTTAGGTCGGAAGCTTTTCAAACCCCCAATGCAGTGTCGCAATATGG
AGTATACAAAAGGGTGTAGAGAATGGACAAAAAGAACTTCACAAAATCCT
TTTTCTTTTTCTAAAACATTTATGAAATAAAAATCAGATAGAGTAATAAA
CCTTTTCCTCAGAGTTATGTTATGTATCAACAGAATGAAAAGGGCTTCTA
ATAAAAAATAAGATATGCTTGTCAGCCCTCRCCCCTCCTCATTGTAACCA
TAATTTTACTTCAAATGACTCTGTCATTTCTTAAAAGAACACACAATAAT
GAAATAAAAGAAAGGAATGAGTCATTATACGTCTTTTGTTTTTTGTTATT
TTTCCTCTTCAACACATCATTAACTTATTTTCAAACAAAGATGTTATTTA
GAAAACAATTAAGAAAGAGAGTGGGAGAAATTGAATTATAAAGGAGGATG
ATTAAAAATATGTAAGTTTGTTTAATTAAAAATTCACGAAAAAAAGTCAA
TATSAGAATTTTATGACACTTAACCCAAGATGTGTTACTTTGTAATCCTT
TTTTAGTGTTGAAAAAATATATTATTAAAAGAGTCTTTTAAAAAAGCATT
AAATTGATATTAGTTTAATGTGATAAGCACATGAAAAGGAATTGTGTGTA
AGGGGGGGGGGCATATTTATATATAAGTAAATGCACTTTTTTTAAATTAT
AAAGTTGTAATATTGGAAATACCTTTTTTTTAAACCACAACATTTAATTT
TCTTAAAACCATTTTATTTCAATTCCGTGTATGGGAAGGTAACTGCTTTA
TTTCCCTCGGCAGAAAGATCCTCCTGATATACTACAAGGGCCTTCCAAGT
CCTATGTAGCGGGCAAGGAGCTCTATAAGACATTTGTATACCCCATGCGC
CATATTGACGTTTATACTGAGTATTATTTTTCAAACTTTAATAAAAACTA
GTTCGTAAAGACAGTCCTTAAAAAATAAGTTTATTTCCTTTGAATTATGA
TTTAAATTAACATTATAATATGGCCTCCTTTAGCCTCAATGACAGCCTCC
ACCCCATTCCTGAAGGAATCACAATCCTTTTGGGAACAAATCAGCCCATG
CAGTCTTGATGACATACCCCAAAGATCTCACAGACCCGAGACGCTTGTTG
TAGGTAACTCCCTCGACCTTTGCATGCATAGATAGAATAATCCAAAGGGA
TAAGATCGATGGAGCCAGGAAGCTAGATCTTCTTGGACACATTAAAAAAA
AGCTTGGCTGTAGACAACCTCTTGTCCTGTGTGGTCGTTTTAATAAAATG
TGCCTTCCTCTTTGCTCTTGATTTTGCTCCCAAATCATCTTTAATGATAC
TTATGAGCGTTATATCGCCTCACATGAATCATCTTGGCCAAGGAACATTG
ACTTTGTATTTACTGTAACTTTCTGACCTTGTCCATACTTTCGGGCGACT
GTTTCTTGGGTTTCAAATCTCTTGTTAATACTTACACGGCCGTCTGGTTG
ATCTTAAGATCATTGTAAATCTTGGTTAGGGGTTTCTGGCGCCCCAGTAT
TTCCAGCACAAGAATTCTTTTGGTTTTCAATATTATCATCTTTGAAGATA
CATCCAATATATATAAATAAATACAATTATGAATGATTTTTTGTAAATCA
AACCTCACTTTTGTAAAAAAATCTATCAAAACTAAAGCAGTGAGGATTTT
TTGAAGTGTCAACTTAATGAGTAATGGAAGGATTATATTTATTAAAATTA
TTGTCACACTACAAATGATAGATATTTATATAATATACCTATGAATAAAA
ATTCAAAGGTTGATGAAAAATACTTAGTGATGTAGAAATTAGCTTTTCAG
TTCCATTCCTGTCAAACTGCAAGTTCATGTTTAAAAAGGATTTAAAATAT
TTCCTAAGAGTAAAAGATCTTTCAACCCTGACCACATTTAGGATTTAAAT
GATTAAGGGGTTAAAACCTTTAATGTTACATTTTTTAGAACAAAATTGTT
TATTTCAATTCTTTATTTTTAAAAAAAGAATTTTATCTTTGGAAATAAAT
GAAATATACAAATTTAATCGTATAAATTATTATATGGACATCCAATCCAA
TTATTAAATAACGGTAAAGAAGGAGGAGAAACAATTAGTCTCATTTTTTA
TCAGAGTATTCTTTTTTTGTTGCTTATCTTTCAGATGCCAAAAATAGTCA
AAGTCCACTAATCATAAGTGGCCCAAGAATTCCACTTTAACTCAGATATA
CTGACCTCAAGAGATCGTATGATTAAATATTTTGCTCACATGAGTAGTTG
TTATTGTGATTATTATTTTTTATATAAAAAATATATTTCTCCTTCAGTTC
GTTTAATCAAGTATTTTACTTTTTGACACTATAGTATCATCCAAATCATT
TAAAATTGTATAGCACAAAATTGATTGTTTAGCTTAAAAAAAAGTAAATT
AAGTGCGAAAAATCTTACAAAATGACTGCAATAATCGAGAACTTTTGCTA
GTTAATCTAAAATTACCTTATGTTTAAAAAAAGGTATCCTCAAACATACT
ACAATGATTTATAAATCAAATTATATGTTAAGCCATGAATAATTATCAAA
AATAAATGTTTAAATGACTTTAATAAATATATATTTAATGAGATATAATG
TTTTTTGAGAAAAAAGATGCCTTAGTTTCATTATACAGCAAAAAAATTTG
TTAAATTAAAAGGTCCAATTTTATTTATATTTTTACAAATGTACGTATTC
GAATAATATCCATACAAATCAGCTTTTTATATACACTGTTGCCTTTCTTT
ACTTGAAATCTATTGAAAATAATACAGAAAAGTAAATCTATAAATATTTG
AAAGTTCTGTACAATGAAGAAAAATTAGTTTGTTATTATTATTAGAGGTT
ATACTATACATATAATAAAGTTACAGAAAGAAGGTTGAAAAAATAAATAA
AAAAGTCCAATTATAAATCAAATAAAGAAGTTTATGAAATGAACCTCTAT
TTGATTTAAAATTAATGTTTTAGTACGAACAACTGACAGCCTTACTCATT
ATTTAAGTACATTAAAAGGACTTGAAAAGAGTAAGAAAATTAGGAAAAAA
ACTTTTTATATCAGTACTGAAAAAAATAATTAATAATGTAAGAAGTACGA
AATTAAAAAATAAGATCAAATAAAATATTTTATAAATATATTTTACTTTT
ACCTCAGCCGAAATTATCCGAAGAATGTTTTTTTTTATAAATTATGAAGG
ACTGTCACTAATTTCACATGATTAATGTAAAATTATGGTTATTTAAAAAT
TGGAGTTATTTGTAGTTTGTGAAATAGTTAGCAACTGTTTGGGAACTAGG
CACAGAAAGAATAATCAAAATTTATTTATTATTAATCTACTTTTTTTCTC
TTTAATCCTTCAATTTAAATTTATGAATGAAAAAAATTTAATTTTGTTAA
ATTTTATTAACTTCATAATTGATCACCTATGTCAGGAAAAATAAATTCAA
ATAAAATAAAAATTAGAAGGCTCATTTCTAATGATTTCATAGTTTTGATA
TTGATATTTTTATGAAAAAATCAAGTAATTTTCAAAAATTAGGTATGCCT
CAAATATGGGATACTATGCATTGAAGCGTTAAAATATTGATGGAACATAT
ATTTTGCAAAAAATAAAAAACTTTTGTTGGATAAGAGGGTTTCGTTAAGG
CTATAGATAATGTAAACTTACTCTGTTATATCGTATTTATAAATCTAGTC
TTACTGTGGATATTGAGTGATACACAAAAAAAAATTAAGACTGTTAATTA
AAAAAATTATTAATTAAAAACAGAAACAAATCAGCAAAGATATGAAATGT
TCAGCTCAAGAATCTTTGAAAGAGTATGAATAATTTTTTTATTGGTGTAA
TGCAGAGCAATTTGAGTTAATTTTTTGCTTAACTAGAAAAGGTCATAAAT
AAATTAAATTTTATTTCATACGGAATAGAGGTAAAGTTAATGCTTAAACT
TAAATGAGCGCTCAGGTCACATCGGTACTCAAAAAGTTAAACGAAATGAC
AATTTTACATAAGAAATTTCCGATTCCAGGTGTGCAAGCTATTTACGTTG
CCACTTTAGCGTACGCTCTTGGAAAAATATGGACACTTAGGCTGCAGATT
TTTTTTTGATAGATAGCTTGGACAAATATGGAATCAATAGACGAATTCGT
TGTTCCAAATACTTAAAAAAGGCACAAAGCCCTCCATGGAATCTGCACTG
CAAGTGAAAAACCTGGACGTGCTACAGACCAATGAGAAGGACTCGTTTCC
CTGCTACACCTCTTAAATAAACAAATTGCTCCAAAACAATTTTAAAGATT
TCATATCGTCGGCTTTTGGACCTCCACTCTTGCCAGATCTGAATCTGATG
CATTTTTTTTAGGTGTAAAATTGAATAACAAATCAACTGCATCATCAAAG
ACGAACTTATAATTCGGATCAGGAAGAAATGCCAGGATGTCCAAGGGAAA
AAGAGGAAAAGGCATTTTCATGCTTTCGGCCTCGTAAAGTGATCGTAGTC
GAGGATGTAGGTGATTTTATTGAACAAAATAACCCTGTACAATCGCTCTT
AAAAAACTGAATTCATCAACTGTTGTATAGGGATCGGTTTAATACCAAAG
GAAAATAGCAGTAGTTGATTAAATTATATGAAATCGTATAGTACGGTAGG
MATAATTTGAGTATTTAGCATTTGGAGGTTTTTTTCAAGAAAATGGGTGA
ACTTTTAAACTATTTCATGTTCCCATGTTAGAATTACAAAACTTAGCTAT
CAATTTCTTATTGGCAGSATTTATTTTAGTTGTAAAATAATATAGAAAAT
TTCAATTAATGAAAAAAAGAAGTCAAGTACTCACATTTAACAGGTTTATC
AGACTTTTTTATGATAACTAAAAATTGGCATCTTTTAAAAATAGTTTATA
TTCATCTAAAGACACTTATTTACATTTTTATACTAATTTTTTTGAGTAAG
AGCTTACTATTTCGTATTTCGTAGAAGTCCATGAAAAAACAAAAACTATA
CTTCATTTTAAAAAAATGAAGATTTTTATGTGTTTTATTTCATATTGAGG
AAAAAAAATCCCAATCCAATTTAACAAGTAAATCTGGATGGATGTGTATG
TATTAAGCGGAGGAAGTAGATTAGAAAGAGTGAAGGACTTAAAACAATTT
TTGAGCTAGAAGACTTGATCCTATTTAGTGGTACCCATATTATTATTTTC
AATCCGGCAAAAATTTATACTAAATCACGGAAGAGTACATCTTATCTCTG
AACAGAGCAAGCTGTGAAAGTTGGAAGGACCATACAAGATTCCTAATTTT
CGCGAGGCCAACAAAAACTTAGACATAGTTTCTTTTTTTCTAATTAAATT
TTTTTTTACAGTTGATGCCACTAGGAAAAAGCAAAATAGCCGCTACATCA
AGCCAAACATTCAGACTATGTATCAACTTCAGTCAGACATGTCTTCAGAA
AAATAACAAACATAAACAAGACAAAAAAAAAAAACAGAACCTAGGTTTTG
GGCGTTATGGAGTCTACCTTCCTATTTTTGTGAAGATGAAGGAGTGGCTC
ATTTCAGATACTTACATCAAACTTCTGGATTGGAAAGTGTTACTTTGGGC
CAGAGAAAAATATCGGGGACAAGTTTGTTTCACTCAAGACTGAGCTCCGT
GTCATCGCATCGCTAAGAGCCTGGCCTTCCTGAGTGACAAATTTTTGGAC
TTTTAGACCTTTAACATTTAGCCATCCTCCTCTCGAGACACAAACACCTC
GTACTACTCGTTCTAGAAGCTTTCTAGGGTGTGGGCTCCTCCTCACAAGG
GTATCCAGTCTTCAGAGGCTTCCATCAGGCAGGAGMGGACCAAGCTCGAG
TCTGACTTTATAGTCAAGGTCTTCAAGGAATTTAGGCCTATTTTTGAAAA
AAAAAGTTGTGCCAAATGCTATTTTCAGATGATTTTGTTTACCAAATGTC
CTCACAAAACCTCTTGTTTAAGTTTAACTCTTGAAAAATTAAAGATAATA
AAATGTGAATGACTTGAAAAAATCGACCCTGTATATTGAAGACTGGGCTA
TGTATAAATTCCTGATATCTCCTAAAACTTCATAATTTAATTTATTGAAT
AATGTAATAACACCTTCAATATAATTTATTTCTTTGAGTTATAGGAATTT
TGATTTTCATATAATTTTTAAAATCAAATATTACTGCAAAAAAAGATCCA
ATCAATTGTTTAATTTAGTGAAACTTACTTATACGGTTTTATTGGCCCAT
AGTTTAGTCTGCATTTAAGTATTTAAAATAAATTTTTATAATTTTCGAAA
CAGAAGAGTTATAAATGGAATATTAAATACATCCTTTCGACCCCACATAA
CCTTAAGGAAGATTCTAATAATCATATCAATAAAGATATATTTTTGTATA
CGATAGAAGTTCAATTCTTTTTTGTTTGTTGTTGCTCATACTATTGTATT
CTATAGCATTTGTAACAAAGGTCAAGGTCCCCCTCCACATCTATTTGCAT
GCAGTTTTCCACGAAAAAACCATTCAAACCAGAAAAGTTTAATTAATTCT
ACAATGCCAAATTAAAACAAAGATTAAACACTAAGATAAAGGATTATGAA
ATATTAAATTAAGTAAAAAGCTCTGAGCGTTTCTCACTAGATGTTTGTAG
TGATCTGCATCTCATGATAAAGACATTGTATTAAAAAAATCTATGTTTAA
AGGTTAAGCGTACACTTAAAAAAAGCTAATTTACACTTTTGTGTTAAGTG
CATCCAGTAACGTCTTACATCGTTCCAAAATGGAAGTAAAAAAGAGAACA
TTCCATATGTTTTTCAGTATCACTAGAACGAAGATGAAATGGCGGSGCAA
GCTACCCAATAAAATTGTGCTGTTTATGTACCCAATACAGTATAAAATGC
ATTGATTTTTTCAAGAAAATCCAAATGCAATGTCCCCACAACGATTATGT
TCTGGTAATATGGAACTCGAAAATATCGACCGGCATCTAAGCACTCATTG
CATTGCCCAGAAACTGTAGATCAGACAGAAATCCGTTTAGAAGCATCTAA
ATCGAATAATCTTAAGTATGTTAATTTTATTTTCAAAAATAAAGCCAAAA
ATGCCAAAAACTTTTATTTCGCTAATTATAAACATATATGCTCATGTTTA
AACACAAAGGAAAACTTGTATAACCAATTTCAAGACTATTTATAAAATCT
TAACCATGCGTATTTAAAAAAAAGTAATTTTCATAATTTGGATTTAAAAA
GTAGAATTCAGGATCCACATCGGAGTCATTCTTGCCAAGGTCCTTGTTTA
TTTCCTTTCTCCCTCTCCCATTTTGTGACAGTTGCGTGAAGCTGATCTAA
TAAAACTTTGCGACTGTTAAGTTACTCTACTTCAAAATATTTTTTAAGTT
ATCAAGGTGACCATGTCGATATTTGATTTTTTTTACATGCCTAAAAGGAT
AATCATTTTCATTATTAAATATGATTCCCATTATATATATATTATTTCAT
CAACATTATCAAAAAGCTCTGATAAAGTAGATTTATTCCTCGTGTGAGTG
TGAAACTGGTTGAAACCCAAAAAAAAGTACATAATCGTATTAAAAACGTT
TCTGTGTGGACGATTGTAATTGTGATTGAAATAAAGGATGAAATTTACTT
TTGTATGCTTTAAATACTTCTAATCTTTATACTCGATAATATCAAGTCAA
AAATAAGAAAAATCAATTCTTTCATATTTTTTTAAAAAATTGATTAAAAG
TACTGATTTGATTCATCAACAAATAAGACACCTAAAATTATTTTTCTCAA
AATTGGATAAGGATTACAATTGTATTCTTCCACGAATTTTGGTCAACTTT
TGACATTTCTTTGGAGGTGCCTAAATTGCACTTGAAATAGCCATATTTGA
TTGTTAATGTTGGGGAAAAAGAAATTTCGTATTTTCCTCTTTATGTCAAT
AATTGATAAGAAGTGTTTAAGTCATAAAATTTAACCCGTGTTTGCACCGT
TCTGTTTGATAACTTTTGGCCAACGAGAATCTAACTTCACAATTCCCTAG
TCTTGGAAACCCTTGTCCCAATTACCAAAAAAACGCGGACAACCAATTTT
CACAGGCTTTTATATAGACCAAATTTGTATCCCCCAGCGTGTAGGGCACA
GTAAAACTATGTAGGACTCTAGGGAGTGTGTAAAATAACTTTCCGTCCGA
GTTCCCGGAGCTTCTGGCTCATCATCAAAGTTGTGTGCGTCCTTTTGGTT
GTCTTGAGGATATCTTGTTGTCTTCTATTCAGCAATCGGTTCGATCGCCA
GCTTTTAATGTCGAGCTCTTCAAAGTAGAGGGCAAAATTGAGCGGTGAAA
ATTTTTGCTTGAACCACTGTTGTGCATCACCAACTGAAAGGGTATTAGCT
CCGTATACATTACAAATTTTCTTCGTCGCTTTCTAGACGTTTTCCCACTT
TGGTTGGTAAAAATGTAAGATATNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNACTGTTGTGCATCACCAACTGA
AAGGGTATTAGCTCCGTATACATTACAAATTTTCTTCGTCGCTTTCTAGA
CGTTTTCCCACTTTGGTTGGTAAAAATGTAAGATATTGCAAATTTCTTCC
TTCAAGACCTCAATATTCGACGCACAATAATTCAGGACTGAACAGGTCAA
GCCCAATACTGTTCATAGTTGTATAGATAAACACCTTTACAACATTTTAT
CGTATGATCCGATGTGACCCATAATGAGCAAGATATACTTAGTTATATAA
AGAGGCGGGAAAWATGAAATTACTTTTTTCCCAACTATAGCAATGAAAAA
TAGCTAGATTTTATTTAAATGACCATACCAGGAAGAATCAAAGTCTTTTA
AATCAAGTATTTGCTTTAAACTCTAGCCAAAAGTCTTGAATATTTCCACT
CATCTTATAAATTAGACGACAAGGCCTACAATTATCTCAAATATGTCTAT
AAAACATTGGCCGATATGTATGGGTAAATCAAGTAAAAAAATTAATTGGG
ATTGTCTCCTTGTTTTGATTATTGTTCAAGATTGTTTTCACGTTGACGCA
CTAGATATATGTGTATTTTTWACTTTTTTTAGATATGTATTATCATATAT
TTATATATATATGATTAAAAACTTTCCTTAAGCTATCATTTTCTTCATCA
ACTCACTGGAACAAACAGATTTAAAGGGGGGAAAAGAACAATGAGAGAGA
AATTTAGATAACTATATAATAGTAACTGTATAAGTATAAGGTAGAATTAT
ATAATAATATGTTCATTGATATACTTTGTTTTATCTCTCTCCCTTTCTTT
CTTTCTCTTCAAGCAGCAAAGGCGGCCACCAAGGAAGGAAGGAACCCAGA
CCTTACATAACATCTTTTTATATTTATGTATGGATGCGAACAAAATATTC
TTTTTGGCCTATTTCATATAATTTCCTTATTTGANTTAGAAATATGATAT
GTTTTTGCTTGATTGGATTTTTCATTATATCTGTAAGTTTAGCTTGTCTT
GATATGTCTACAACTGTCGTTAGTATCATTGTTATTTTGAAGGAGACCAA
GAGGGAAAATATCTGCGTATCCACTCTACATTTGTTTGTTCAAGTACAAT
CCTCCAAAAAGGCAAACACAAAGTAATACAGTACTCATATTACTATCATC
TATAGTTATTGTTGTTCCTTGTATCAGTTTGTCTCCTTTTCTTCAATGTA
CATATGTGAACTTTCATTCCTAAAGATGTTACAAAATATATGTATATATA
CATACTTTAATAAAACAAGCTGTTGAGTAATTGAGTGCTAGAACTATTAT
TAGAAAAAGTATTCTTCTTCTTCTTCTTCTTCTTCTTTAACCCCTTTTTC
GTATCAGAGTGTTCCAAACATAATATTTTATTTTATGTCTTGACTCTCTA
CATTCATACAAAATTGGTATCAAAGTTGATTAAAAAACTCTATTAGGAGG
CTCTAAATGGTGAATTGTATCTGTTTTAAATATGTAAAAGTGTTTTAAAA
AATTCAAGTGGAGAAAATATTCATTTATTTTGAATGTTCATGTTGTCCTC
TTCAGATACAATTAAACTTCTNNNNNNNNNNNTTTCCAATCCTCAAGGAA
ATKGAGCTCTTCCTACAATGCAGTTTTTATCTCATCAATCGTTTCATATC
TCCGCCCTTTCATAGGTCTCTTCAGTTTTGGGTTCAAGAAAAAGTCACAT
GGGGCCCAATCCGGTGAATATGGTAGCTGAGGCATGATTGTGATGTTGTT
TTTGGCCATTAAATCTCTCATGATCAAAGATCATTCTACTCATGCCCAAA
AAATGTTCGAAAATTTTAAGGCACGATACAACCAATATTTCAGTATTGTC
AGCCACTTTCCGATAGTAATTTTCTTCACTACATAAACGTTTTCTGTTCT
AATATCAATTTATCCGCTTAAGATTGTCAATATCTCGTTAACACAATTGT
ACTGGTATAACCAGCAACATTGAATAATATAAGTTATCAAAGTATTAGTG
AAGCTATGGATACACTTTAAAGACAGAGTAAAATTTTGAACGTGAAGCAG
AGACGAACCTGCATTCCATTATAGACTCAAATCAATACTTATATATTTCT
GTTTGTGTAGGAAGTATTATAATGAGACATAGATTCAAAACAAAGTTCAA
GTAAATGTACAATTTTAATATATTTTAAATATGAACAAAGTCTCAAAATT
AATATATAAAATTTCAACATTTTTGCACAATGCAGTCAATGAAATTCGAA
AAGGTTTTCGAAAAAGAGTGATTGCAAGTAATGAACATTCAAAAAACTTA
CTAGTTGGTCAAATTCATTATATTAGTGTGTGTACCTTTCAACGACATCC
TCAAGGTGTATTTGAGGTCACTGGGTGCGAATGGCCCTCTAGTTGGAAAC
CCAGAGGTAAAAATAGGTCTTCCTAATAGGATCAGAGAGGAGCTGATTGT
TAACACCATAAATGATGTAATTACCAAGGATATAATCAACCATCTGATCG
TGAGTATGCTATGCAATTCCCACCTAAGGGTCTTCAAGCCAACCAAAGAA
ACATTTCACCTAAGAGTAGCACTAAATATTAATAATAAAGCAATTAAGGA
GGGAGGGAGAAAAAGACAACGATCCAGAAACAAAATGTGAGGTCATTATT
CGATCCATATCTCACTTTTAAGCAGTCCTACCTGAGATACCGGGTCGCCT
TTGGAGCGTATTACATAGAAAGAGACACGCTTTACAAAGATTGCAACAAA
AATAAAACGCTCGCCCATGTATTTTGTGACTAGAAGGAATATGGTTTATA
ATGGCTGRACAACTCACTCAGTACCTAGGGAGAGGGCCCATCCAAGAGGA
AAACATTTATGAATTTAACGCTCAGAATTGGATCGAAATCCATTGCAAAT
GGCAAAACATGATTGCAATGTCCAATTCTGAAAAAATTAAAATTCACAAA
AATATAGCCTACTCTGATCTTAATGAATTTCACTTTCTATCATGCGTGTT
GTGATTGTATTTTAAATTAGATATTTATTTACTAATTTGTCAGATGCTAT
TATTTTTTATGATTATTATGTATTAAAGGTGAGGTAGTTATTGTTGTTGT
TTTTTTGGTTTTTTTCTCGACTCACTTTTTTTGTTTTCTTTTTTAAGATT
GTTTTGTTTCAAAAAAAAAAAAATGTTTCTATAGTTAAAAACAATATCTA
TTGACGAATGTTTGCATATTTAATCTTCAGACTCAACACATCAATATTTT
ACTATAGTCTGAATATAACGTATAAATATTATGATTTTAGTAGCAATGAT
GCTTATTAATATGAATGCATACATATTTATGATAATATTTTGAAAAATAA
AAGTTTTAATGACGGTTAAAAAAAAAAGTGCGTGTGTTCTTATTCAAGCA
GTTATCACTCTTTATTAATGTTTGAAAACACATCTAGTTGAATCTATAAA
TACGTTGGACATTTTAAATATATGAATCAAAAATCACAAATATTATTATT
TAAATTAAAAATGGTGAATTAGAAGTTTACTAATTCTGTGGGGAACAGAG
TTTTTGTAGTGTTGTCCATAAAGCAACTATTATAAACAAATATAGAAAAG
GTCAAAAAATCAATAAATTTGCAATATAAAAAGAGGCTGTATGGTCCTTA
CCTCCATTGTATACTCAAATATTGTGTTCTTTACTTTTTATTTCCTCCGC
CATTTTTTTTTAATTACAAAATTTCAGGTCAATTACAGGGAGTTATGTTG
AATTTGGCGCTTGCATGCACCAGCAATTTTGTTATGATGCAGCTGCTTAT
GGTGTCTCTTCTTTTCCGAAAAGGAATGTTGTTTCATCAACAAACTTTAG
CAAAGTTTTGGGCATCTTGGTGACTGACGCTCCAAATATAAAGAAGATAT
AATTTTTAAAGCAGGAACGGCGGTCTGCTGTGAAAATGATTTTGTCCACA
TAAACATGGATATTTCAAATTGGGGAAGGGGGGGGGGGGTCTCAAATGTG
ATGCTGATGCACGATTAATCACCTTTCCATGTCTCAAACAGTCCTGATCT
TAATCCGATAGATTAATTTGTTTAGAGCTACGTTCATCTAAACAAATAGA
ATATTTCATACCATTAAAGACTCTTTGATTGCCTTCATCCAGAACCAACA
TGCAAAGGAACTATCCCTACACCTAGCCTAACCTTACCCCATCCGACCTT
CTAAAGAAATCAATGTCTAAGATAACATACTTCCAAAATGTATTAACATT
ATGTTAATACATTCCATAGATATATTGTCGTAATATTAATTCATTTATTT
TTTTGCATAAATGTTGTGTATCAACAAAAAGAAAAATATTATGCAACAGT
TTATATCTACTTTTTATTTTTCCTTAAATGTTAGAAAAAGAGAAATAATA
GAAAAACTATATAATGTATGTTCCCTCAGACAAGTTTATTTTAACTTTCA
TTTTTTTTTTCTATACCTTTTTTTTCTTCGAAAGAAAACTCTTTTCCTTC
AGGTGCATGAAGAAGTCTATTATATAAAAAGAAAAGAAAATTGTCCTTAT
TCAAAATGTGTTTTATGTACATATATATATATATATAAAGAAGAGGGAGT
TTTTTTAAAGGAGAGTTTAGTTTGTATAAATGACTTCATGTTAGGTTTTT
TATGTAAATACATACATATGAGAAGAGAGAGAGAAAGTAAGGACTCTCTT
TGTGAATGAATTAACTTGTTGAATAAATAGTTGTTGTTGTTTTCCTTTTT
TTTTTCTCTTTTCAAATTGACCACTTATTTTAATATATACGTAAGATAAT
ATAGAGGTAAAATGAAGCCATTGGGTTTGTATGTTTAGATATATGTTTGA
AAACCGCAAGAATGAGTATAAAAAAAGATATAGTTTTCATAATATTTGAT
TGGAAAGGAGGACTCTTAATCCACAGAGAGGTAGCTCTTTCTTCTTTATT
TTTTTTTTATCCAAAAAAAGGGATTCCCACTGTCTAAATTTATAAGAATA
ATATATTAGATGATATTATAAGATATATGGTAACCCTAAGAGGCAGTATG
TCACAAGTCAAAATTTTAATCTCAATACAAGGAGGACTACAAAAAGAAAT
TTATCACAAGGGAGTTTTATTTAAACCAATGTTACTTTCCTTGGTTGCAT
GAAATCAGTTATTTTAACGCTATTTTCCTTCTTCTTTAACGGAAATTAGA
AGATATATCTTCATTATTCTCTATCTAGTTTTCTTGCAGTTTTCTTATTA
TTCTAAGAGTGATTATCAATTACAATTCATTTTCTTTTGGAGTTTTCTAA
TTGAGGTTTTGTCAAATAGAAGTGTAAATGTTGCATTATATTGAATATTA
ATATCAAATCAGCTCATTTTTCAAAAAGTATATAAGTTGTCACTAAGGCC
ACCTTTTCTACTTGAAAATTGGCTTGAATTAATAAATGAATGCTGTGAAA
GGGCTCAGTTGATCTCTTTCCATCAGGATCAATGATAGCCTAGATTCTAG
GCTGGAAGAAGAAGGAAAAAGCAAAACATGACTGAAATTTGTTGATACAA
CAATTTCTTCCAGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNAAAAAAAAAAAGAGATACCATTGGACAGATGCTTCAT
AAKAAAACAGACTGTTTTTTCCCTTATAACTTTTTGCCTATTCAAAGTCA
CATCTAGTTACATATCTTCTGAAAAAGAATTATATTGGGTAACGACCCTT
ATTATGGTCAGATTTTTTTATTTGTTCTACAGATATTTCTTCACAATCAA
AGTTATCATGCAAATTGTAGGTAGAAGCAAATGTTCCACTATAAACATAT
AAATAGGATTAAACAATATAAATTGACGTATCATTCCAGTTTGTTATAAA
AATGTATATATAACTTCTTATGGAAGAAAAAATATAATATTTGCTGAATT
TTATCCGTCATAAGTGATTTTTATATTTTCTTACACAATTACAGGGACGC
CCAACATTAATTGTACATTAAAAAATGTTTAAAATATATTACAAACTAAA
CAAAATCATTTTTTTACAATATGTTCAGTCTTCTAATTGATGAGAAAAAA
AAGGTTTACTGCACGAGAAAAAACCTTTTTACTTCATGTATAAGCTTTTT
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NAGAAAAAATCTGGGGTCCTGGGAAAATTTATTCTACTCACAAGTGATAA
CTTTTTGAGATTCCTAAATCAGTGAACCCCTTTATTTTTTTTTTTTTTAG
TTGTATACRCCCTTRTCAACTCKCATCCTTTMTAATCAAAAGCAAGATCT
AGGAACTGTGCCATAAATAATCAAATTTTATAAGTATAAAAATTTAGCTA
CACAACAATTTATTTTTTGTCATTTAACCATTCCATTGGATGAAATTTTT
TTAAGATTTTTGGGATCTTTTTTTTTTGTGTTGCTTCAAACTAATATATG
TAATACTTCATATTTTATTGCTTATAAATATGACGTGAAGGAAAGAAAGT
TAGATATAATGCAGATTTTTGACATTGACCTTTAACTTTCTAAATTTAAT
ATAAAAAAACAATAATTGATTTTTTTAATATTTTTTTATATAATACTAGA
ATGTGTGATTACAAAAATAAATAAAAATTATGAAATTATATTATATTTTG
ATTCACAGTAATTTAATTTCATACAATATATTTTTGACTACATATGAATA
TATTTGTTTTTCTCTATTTTAAACATTTATTAAAATACATTTAAATTTTT
GAATATTTTTTTTTGGGGGGGGGGGTGGAGGTATCTCGKCAAAGTAATTA
AATCTTAATAAATTATGAATAAATAAAAAATAGTTTTTTTACTATTTTCT
TAAAAAAGAGGCCCTTTATAAATTGTGAACTCATAAATAATGACCCTAAT
CTGACATTTGATAAATATAAAACGATTTAATTCAATTGAGCTTTTCAATA
GTCCGTTGTGAATCAAGTTACTGGAACATGTTTTCATGTTTAGATGAATA
TATTTTGATTTAACTCAATAATATACATACATTTGTACCGTGGTAATGTA
CTAACAAAAAACAATCTTAAACAATAATCAAAAAATGGATAATTGTTCAA
ATTTTTGTTTCAACATTTACAGTATACAGTAAAAACAGCCAAAAATTTGG
GTATATACTTTGTACACGACTTCCTAAACAGTGAATAATTAGTTATCAAT
ATTTATTTAATTATAATTATATAGTTGTGAAGAACTACTAATTGATTATT
GGCCTTTTTTTGTATGGAAAGGTTGGAAGATTGAATAAATGTTTTAAACA
CTTTTTTGATGTAATTTTTGATCATCTTATAGCAGGTGTGTTGAAATTTA
TATAAGTGCAACAATATATGTCATATATGTAAGTGAAAAAATAAGTTATT
TTTCCCAGAAAAAACTTCTTTTTTCAAATTATTTCATTTATAATCATTAT
ATAAACAGAAGGCAGAAATATGTGGTTCGAATGTAGTTCTCATCTTTAAC
GTTGTAGTTATCTCAGTAAATTAAATAATAAACAAAGACGACTGTAATTC
ATGCATCTGTGAATACGGAGGATTTGAGTGGATAAGAAAGTGTCACGAGA
AGAAAAACTTAAGGTAAAAAGGGATTAGGAATCTCGGAAAGTTCTCGCTT
TAAAATAGAAATCCTTTGGGAATAATTTGACATCCCGGGTCCCCACAGTT
TTTGTATGGAATGGTTTATATATGAAATAAAACCGGGTTTCTCTTGAAGT
AAAGTTTTTTTTTCTTATCAATAAGAAAACTATACCTATTATAAAAAATA
ACTCTATTTAGTTTTTAATTTATTTCTAAACTATTTTCAATGTACGACAA
ATATTGTGTGTCCCATCATTTGGGGAAGAACACAGACAAAAAATATTAAA
ATCATTTTTGATAAAAGATAATTCAGCAAATATGGAAATTAATCATTTAT
CTACATTTGAACCAAATACCATTGTGTTGTGTTTATATAACTATCATTCA
TCATAAATATCTTTTTGCCAAGGAACACTCAATAATTTACTTTATTTGAT
AATTAAAGCATTCAAAAATACCTGTTAATTAAATTTTCATTTTAAATTTT
ATTAAATCAGCATACCCTTCCATATATCAATATGTTTAATATTATTTTTA
GTCCAGATATCCCGAAACGGTACTTTAGTGAAATGTTTGTGTGGAAATTT
TTTTTAGGTCAATTGCTCTAGAACCATTTTTTTCAACTTCTTAATAATTG
GAGTCACCCCCATAAGTTCATTTTGATGGTGTCCAAACTTGGCATGGCTC
AATTTCTAGGCATTGTAAAACACTCAAAACCTTTAACTAAAAAAGAAACA
CTTTCCGTTTTTCCATTCCTTTTAAAAAAAATAAACATTCTCTTCCCTTT
CATACCAAATATTTGTCAAGGAACATAAATTTTTGTATCAAAAACAAAAC
AAAAAAATAAACAAGTTGATATTATCTAAATTACAAACGAAAACCTTTTC
TTTGAGGCTCTCTCTTAGTTTCTTCATTCTTTAGTCAAAACTTTATTAAT
TACTGTTATGTTTGTCATATATATTTACATTTATGTAAGCAGATTGATGG
ACCACAAATTAGATGTTGACGTGCCATATATGTAGACTTGTAAGCTTTTA
CATGTGCCAAGTGGTCTTTTGAAATCTGAACACTTTACTAAATCAATACA
AACCTGAGCCCTCTATTTTACGTACAAGTCAAGAAAACAAAACCTGAACG
TGATGTAACTAAATACAAACTTGAACTGTCTAGCTTACGTACAAGTAAAG
AAAACGACACTTGAACGTGATCGKCGTATTTTCATTCGCGCKCTCTAAGT
AGTTGGGCGTCTCCAGGKCTKCCGTCTAAGCCGCCAGCAAGGCTGAAACT
TTTGAGTGGAAGTAGGGCCCTGTCAAAAAGGTCAAAATAGATCAAGATGA
GTGAAAGAAAACAGCCCATGCATCTCCAGGTTTCACATCAGCCTGTCCAG
AGAGGTATCAAAAAGTGAGTGGAAAAGGCCCTGTGGTAGTGGAGAGATCA
ACTTTTAGACCAAAATTGTAAGAAACCCACCCATCTCCTCCGTTGAAAGK
CTCTTTTGAATTAGTACTGGATTAGCCGTTTTACACTTATAGCCTCCCTA
CAGTCCTGATATAAAGCCCTTGACTACACCTTACTGTTGCATGTTTAATA
TTGAAATTCAGGGCGGCTAATTTAATAATAAAGAGAGCTCAAACAGACAT
CTATTCATTGCATTCATTTTGTTGAAATTCTATGATTAATTAATAAGTTA
TAAAATTCAAAGTATTTGGATTTAATGGACCACTCTGTATATGATTCAAT
ATCATTAAACTATAATTGTATTACTTGATAATATAGAAATGATAAATGAG
TAGCTTTGTTTTTGACACAAAAATAATCATCTTTCAAAATCACACATACA
TTTGTTTAATCTTAAGGAATAATAATTAAAAGTAAATAAGTGTGTTTTTT
TTCTATGTAGTAGCTGTCTGTTACAGTAATGAAGCTTATGTGTAGCATGT
TATTACATACATAAATAAATATATAATTTAATTATTTTTTGTAAAAGAGA
CCAAGGATAATTTCTCACAAATAAAAATGTTATTGCTACAAAAACCTAAT
ACACAATATATTATTTTTTCTACTCTTCTTTGAGACAAGATTTTGCTTGA
AGTTGATAAAACACAAATATAAAAATTTCCACATTGAGAAGCAATTTGAA
ACATTGTTATGTTTAGCACAAAAGCATCAATTGCAACAAGCTTTGCAGTT
GTTATTTTACATCATTATACTTCATTAGAATATATTAGTGTTGTGTTTTA
TACAATATATATGTACGAGTTGTACTCAAAAAGTAAAATTACTTTGTATT
TTTATGGGAAAATATTGATTTATTCATCAATATATATTTTGTCCCCTTCA
AAGTAATCTCCCTTAAATTAATTAAACTTGTGCCAACGCCTTTTCAATCC
TCGAAGTACTTCCCATAAGCACTTTTCTTTATAGCTTTAAGCTCTTTCAG
CTATGCAGTCTTTATCTCCTCAATCATTGCAAATCTTCGTACTTTCATTG
ATCACTTTAGTTTGTGTGAACAAGAAAAGTCACATGGGGCCAAATCCGAT
GAATATGGTGACGGATGTATAATTATGCAATTATTTTTGGCCAAAAAATA
GCTTACAAGTAAAATCAAAATTAACCAGTTTCAGATCAAACTTCTCTGAC
ACTCGTTTCATGCCCAAAACGTATTTAAAAAAATATGGTAGGAGGCAACC
GATATGTTAATATCCTCAGCGATTTGACGGTTTTCATAAATAATTTCGCC
GCTTTAACTTTTTCATTTGTTGTTGATGGCTCGTCATTGGCATCTTCCGG
GCCATCTGGGGAGAGTTTTTGTCACTTATAGATATGTTTTTATTCTAAAC
AGTTTCAGCATATGCTGTTGTCAACTTTTCAAGTGTTTTGAAGCACTTAA
TTTCATTTTATACATAAAATTTCGTGCAAATTCTTTGATCCATATTTTTT
AATAGTAAAATATCACAGAATAAGCAAGTAATTCCAACTATTATGCCTCT
CACAAACAAACTAAACATACTATATAGCTGAAACAGTAAGTATATGTTTG
TGGCAAGTGTACTAACTCAAAAAAAATAAAACATACCAAATGTACCTTGC
ACTTGAAACTTAAAAAGTCACCTTACTTTCTGAGCAAACCTCGAATAAAA
TCATTTTTATCATTAAATAGGGACTCTTCATCACTAGAAGAATATTTTTA
TTACAATATTTTAAGCCAATATAAATGAAAAAATGAATATAGTTAATAAA
TTATTATCAAAAAGACGTCATATTCTATTTAGCATAAGACATCTCCCATT
TCTATCTTTTTCATACTCATCTTTATGTGAACAAATAATAGGAACGCATA
AAAAACCTTTATTCAAACCTCATTAATTAATTTCTGAGTTTATTAAAAAC
TTAGTAACTAATGAAGTAGCATTAAAAAAGTATATATATTTAAGAATTAC
GGAGTGCTCCATTAAAATCCTCTGTCATGGCGTCCCAGTCCTGGCTGACG
TCAACTTTGAGAGCCTCGTTGTTTAGATGATGGGCACTGTAGGCTTTCCC
CTCAACAAATACCCTAAAGGTGTTGTAGAGAGGGTTAGCATCAGGGCAGT
AGTGGGGTCAAAAGTGCAAAAACAGAGTGCAAAAGAACTCAAAATAGTCT
GACAACAGAGGAGATGGTTTTTTTTTTCATTACTGGTGTCAAAAGAGGCC
TCTTCACTCTCACAAAGCTCTCTCCACCCTTTTTTTTGTATAACTCTCTG
GACAGTTTTTTGTGAAAGTCCGAGATTTCTTATATTGCCCCTCATGGACT
TGAGGGAATTAACTTGATCCTTTTTTTAAACTCCTCCCGGTCCAATTTGG
CCTTTTTGACACAGCCGTTCTTCCTCTTGAATGTTTCGACTTGCTTAAGG
CGTAGAGGGGGGTCATGAAGGCGCATAACTGCTCCATGTGAGCGAATAGA
AATTCGTCGATCACGTTCAAGTGTCATTTTTTCGACTTGTACGTAGTTTG
AGAACTCAAGTTTATTTTGTTTTGTAAGTAACTGTTTATTTCTAATAAAT
CGGAATATGAATTAATTTTAATTACTTTATCTTTGTTAATTATTGATTTA
GTAAAGTGTTCAGATTTTAATGGCCCACCCAGTATATGATAGATTATAAA
TTTACTTGGAAGTTTGAGCATTAATATGCTACACAAAATATATTAGTAGG
ATATTTCCATCTCATTTCTGAAAAGGACAACACCCCAGAAAATATAAGGG
AGGTTTAATGACGCGTCAAAAATTCGAAGTATTTCAGTTATTAGTCTTTT
TATAAATTTGAACAATTAATTAATTGTTCAATTCAATGAATTGGTTCGAT
AATTTGATATAAGAACATGGATCCCCCAACATTAATCTGAAGCAACCAAA
CGCAATGGATTGAAAGTATTTACATTTAGTTGCTGTTGTTTCATTACTTA
TATGAAAAAACAAAACAAAAAAAAACAATACATTATTTTGATATTTTGGG
AATAAGAATGGATATTTTTACTTTAGTAATAAAATATTGATAATAGTTTT
TTGATAGAAGATCATTACTAATAGTATTGGTATTTGTAATAGTTACTCAT
AGGAGGGAAAACCATTTATATGGATATGGGGGTATATGTTGTACGTACAA
TATACATATGTAACAAAATATAAATTGCTTTATCCCTCTTCATCATATTC
TATAAACCAATTTGTTTTTTATATGTGTATAAATGGCAAAGGTAGAAAAA
CCAAACAACAACAGATTAGCTTTTATATTTTGTGATTTCTAAGTAATCCA
TTTTTATGTTGGTATTGTCTTCATTACATTGTACGTGGTGTTATTAGGTA
TTATTATTACCTATATCATTGTAAAAACGAATAATGGTATATTTATCTCC
AATAAGGAATACCAATGTAGTAAAATATATAAAATATTAAAAGAAATAAA
TTTAAATTACAGCACATGACTTTTTTGAACAATAAAACTATTCCAAAAAA
AATAAAGTGTTCTACTACTTAACTGTACATTACGAGTATGAACATTCAAA
TATCATATCTATAGCAGTATACATATATATGCATAAATATACAGGGTATG
TAAGACATCTATGCCTCCAATTTTGCGCGCTCTCTTTTGAACACGCAGCC
ACTTATGCATCTGATTTTTTGTTAGATGGTTTGTTTAAACCTKCKCCCGT
TCCTTCCTTGCAATCCGTGACGGGAGCGATAACATATCAATTGTTCGAAC
TCCGGGACTCAGTGAGACGCTCGTAAACAACAGGTGGTTAGCATTTTGAC
GAAAGATGTACCTGTTGCCATGCAGACAACAGTTCCGAGCACATGTCATG
GTGCGTTGAATGGTTAGATCMGCAAGCCACGTTATACCTCCTCACGTGTT
CCCCCGAGACCGCAGAATAAACACTGATGCATATTTGTATATGTTAGAGA
AAAAGGTAAAGCCCTGGATCGACATATTTGCTAATAGGAGAGCTTATATG
TGGCAGCAGGACTTGGTTTCCTCCCTCACCTCAAAAAAAATATATCAAAT
GGCTTCATACCAATTTTTGAGGACTTCATCTTGCCAGACTTTTGACCTCC
AATTTCACCGGATCTTAATCCAATAGATTTATTTTGTGTTGGGATGATCG
AACAGCAAACCAACTGAATCTAACAGAGACCCCTTGTAACACCAAAGACG
AACTTTTCAGTCGGATCCAGAAGGAAGTAAAGGATTTTTCCAAGGTACCA
AGTGAGGCTAAGGCTTGCTTGCACTTTTGCCCCTGATTAAAATTGAGGCT
GGAGGMAATTTATTAAATAAAATATATCAAAATTTATTAAACTTTCAGAA
TCTAGTTTTATTTTTTCAACGTAATGACTTTTTGGAGAAAAAATTGGGCT
TGAAAAAAAAATATATTCCAAAAATAGCTTGCACACTCTGTATATATATG
TACATTCAAAGTAGATTTGAAGATATCATTAGTATAAGCCTTTAAGGAAA
AGCTTTGTATATTATATCTGCGTTTAGATAAATAAATAAGTAGATTTGGA
TACTACGTAGCAGCAATTCAGTTGGATCAAGGTTTTTGGTGGGATATACG
TATATAAAAAATGGGGTAAATAAGAGGCTCATTTAGGGTAATAAAGTGTA
TATTATTGCCCTAACAGAGTTGCTTCTTTCAACTACTACTAATATATGTT
TGTTATATTTAAAGCCAAAATCTTGCGCATACATTTATTTGTCTCTCATT
TATTTTTTATTTTTTTTTGAAATTGAGTGTCAACTTCAGAGAGAGAGTCA
TATGTAGTAAAGAAAATAAATATTTTTTAACAAAAAAATACTTTCAAAAG
CAAGGTAAAATAAATCATATTATATATATAAGTACATAGAACTCTAGAAA
AGGATGTTCACCTAAAAAAAAGTGTAAAGTCACTGAAATAGACACATATT
TTCACATCAAAATACATATAAGCTTATGTACCATCATATATTTTTTCTAT
GGAGAAAAAAGTTATTTCTTTCAGAGATATGAACACTTGTTTACTTTGCG
TTAGTGGGATGGTAAATAAATAATCTTAAATGAAGGGAAAATATATTTCA
GCTGACTTTTACGATATTCAATGCCTGTAGTTAGAATCAAGTCATGTATG
CAAGGGTACTAGAACTACAATCCCATGGACAAAATCTTCTCTCCCCGTAA
AAAAAAAAAAAAGCCAATGGACAAGAAGATAGATAATTCATTAATATATA
AATGTATGATTACTCAAGTACTTCTAAGTTCTTGTTATGAATACAAAACA
GGCTGAGTTTTGAAGATTTTTGTGTAACTAGGTACAACTACATTCTGCTT
CAACTTTTCTTAATTATACAATGTAAAACTTTCTTCTTACAGTACATTAT
TCATTATTATTTTTAAATCATGGAACTGTAAATTTAAAACATATCGTATA
TACACAATCTAAATTATCACCCGGTAATTAGGTCCTCGTGATTCTAAATT
TAAAAAGCATGCACGGTATTTTTGATATGATAAAATTAATGTTCTCTTAA
ACGGGGTCAATGTAGATAAAACAAAAATACTTTTAATGAAACTCTGTATA
TCTCATACAATATCTGTACACCCAACTTATTTTCCCTTCAGTATGCTTAA
ATATTTAGGGGTATTTTTTTAAATTATATAGAAAAAACATTGTCTCTCCT
CCGGTGTTTTTCCATATATATTTTACAAATTATGACATGCAATAATCCTG
AACTCACATATTGTGTATTCCTGAATTCAAGGACTTGTAATTTCCAAATC
TGCCGATTTCCTAGTCCCCTTATAAAATTAACTTAGTGAAATAATACAAA
AAAATATTATAAAATAATTATTACTTTAAAACCTATTTGATTTATTCATT
GATTGAGATTTTAAGGAAACGTAAGATTTGTTTGTAAACTTGATCATCAT
TATAAATTATCTCAACCAAGCCAAAACGGTAATTATTAGGGTGATTTGTT
AATTAAATATTCTATTGTATTTAAACGGAAAAAATATTTTTTAAAGTTTC
AGTCTTAAAGTGCGTTTTTTATTACGTATATAGTCCTTTTGAAAATTACA
TTCTTTAACGACATTCTCGATTTGTTAAGGGATACAGCAGTTTCAATTTT
AAAGTTATGGTGCTGAATTTTGGATATTTGAATTTTAAAGTCATGTTGTT
GAATTTCAGTTCACAAAGGAAAAAAACCATAATATTTCAAAATTCTGATT
TATCAAATCCAGTCTATACGGGTTATTGTTGTGATCTGTTCAATAGTTTA
AACAATTTGTTATTCCACGTCAAATTGATCAAAAGAAATACATTTTTAGG
CACCATCTCCGATTATTTTTTGAAATTTTGCATATAATTTAACATTGAAT
AGTTACTCAAAAATCGAAAGTTTTAGTCTTTTTTTCATATTAGGAGTTGG
AGACTACTGAAGATCTAGCCTTTAGGCCAGCAACCATGTTTTTAAACAGT
TATTCTCTCGTGTTTTTAATTATATCGATCTACTTTCAATGTGGTTGGGT
ACATATTCAAAAATTAATTATTCTCTATTTTCTATTTTAACGCAATAAAA
TGCCCCTTTCACCTTGAAGTCACGATGTCAAATCTTTGACTTTAAACTTT
TAAAATATGATGTGCTTCAATATTTCTCAAATTTTCATGGCCGTCAATCT
ATATTAAATAAACACAAAAAAGTGTTTGCACAACATTCAAATTTACACTA
ATTTCTATATTTTTTCGTTTGGTGTTTATATAGATTAAGTTAAACTACAT
GGCCTTAAGTGTTTTTAAATGTATAAGGTACTCATAGATGTATATTTAAA
TATTCATGCAGTTCCGTTACTAAATTTGCGTTTAATGTTTTTCTATACTC
TAAAAAAGTTACTTATATTTAGAATTTACTAACATCTGTTTTTCTAACAG
CATAAAAAAAATTAAATAGAATTATTATTATTAATAATTGAAATGACATT
TATGTAATGTTATATATTTTTTATTATACATATAAATATTTTGCTAGAAA
CTTTTAAATTATTCAACTTTTTTTGCCTTGTTGAGCATAAGAATTGAAAC
TGAATAAAACCAAGTATTTTACCCTTTTTTATAACTCTTAAACTTTTTGT
AAGCATGGAAGCTTAGAGGGGATAAAATATACAAAAATGTATTTAACCAG
GCAGAAATAATACAAATTAGCAGGTAAAATATCCTGGATTATGTGTTCAC
AATGTTGAAATTATTTATTTAATATCATATACTTGTGTTACAAGTAAGTT
AAAAATTGGATATGAATATCAGTGTATTGGTTGACATAATTGAAAAGAAA
CTGATTTTGAATATTTATAATTGAAAAAAACACGTTCATTAAAGTTTAGG
AAATCAAATTTTTAAGAAATATATCTTTACTTAAAAAAATATATAATTAT
AAGAATTTGAACTTTTGTTCCAAGATTTCTAATTAAATTTATAACTTTAT
CCTTTTTTTATGGAAATAAGAAACATCCACAGATAGATAAAATATTTTTT
ATCTATATTTTATTGCCAATGTTTTTTAGTTTACTTTTCAATTCCTTATT
TATATTGATTACAATTTCGTCAATTTTATTTCCAGATTTTGTAAGTATAA
TTATTTATTTTGCCTACATYTCGTTCCTTTGTTTTTCTTTTTTCTTTATT
GGATTTTTCTTTTTTCAAATTGAGGATTGAGCTGAGGCGTACAGCTGTTG
TATTATTGCAACTATTATTTCATAAAGAGTGGCCCACAAATTTGTTTCTC
TTACAGTAGCCAATTCTGTCGACTTAATTTTTCAATATATTTTCGATCGT
GTGAGCTTGAATAGCTGCAATGGCGACTCCAATTTCGTGTTTCAAATCGT
CAATCGTCTCTGGATGGTTGTCGTAATATTCATCCTTGACGATTGCCCAC
AAAAATTATTCCAACGGAGTCAAATCGCAGCTACGAGGTAGCCAGTTGAC
GTTGCCGTTTCAGCTTATGATGTGATTGTCGAAGACAGTGCGCAAAAATC
CACTGTGACATTGGCTGTGTGNCACGTAGCGCCATCCTGTAGGAACCAAA
TGTCGTCAATGTCTTCCTTTTCCATGGGGAAAACAAAAAATCTTTCAACA
TGGTCCAATAGCGCTCACCATTGACCGTAAAGGCAGCTCCTTGCTCGTTT
TCGAAGAAAAACGGGGCGATGATGCCGCCGGTGCCCATTCCGCWCCAAAC
TGTCGCTCGTTGAGGATGCATTGGCTTTTCCAAAGTTGCATGCGGATTTT
CTGATCCCCAAATTGGGCAGTTTTGTTTATTGACATATCCGCCNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNGAGGTGGAAATGCGCCTCATCCGAAAAGAGGATTTTTC
GGTTAAAATGTTCATCTTCTATCAAGCGGTCTTCGGCTCATTGAGCGAAC
CAAAAACGCATCGGATGGMCGTGMGGCTTRKGTTCCTCSKCTCKTTTMAT
TTTGTWTGGCTTCNGGCCGYGTTCTTTCGTCAAAATTRGTTGCAGAGACG
GCGAGAAATGTCCAATTCCTGCAAACGGTGTCGAGTTGATGTCGATGGGT
TTTCACTTACACTTTCGGCAACAACAGCAATGTTTTCGATTGAGCGCCCT
GGACGAACACGGGAACGCGTTGTTTGATCCATTAACGAACCAGTTTCGCG
CACACGCTTCCCAAATTTATCTACAAACTGCCTGGAAGGCGCTTTATTTC
GACCGAATTTCGTGCATAATTTTCTTGCAGTTTCCTTTGAAGACTCTCCA
TTTTGGAAGTAAGTCTACAGTATTTCTCAATTTTCTTCGAGCGTAAACTT
AACTATTTTTTAAGCCGGATACCTTTTACAAAATATTAGACACAATGAGA
ATGTTACTACAGCTGTCCAACGTAAAAAAAGTGGTAGTTTAAAATGCTAC
GGCTGGYTGTGCCACCCTGATGAAACCAATGTAACCAATCTCATTAAAAA
CTGATCAGTACATAATTAATTCTTAAAATTTGCATAAAGTAATGGATATT
TCAAAGAAGTTATTATGTTTTTACTATAAGAAAATTGTATCTTGGTGAGT
CCACAAAAGAACCTGTTGTTACGATTATTTTAAAGCAATGTTTTCTTATT
TTTATGCTTTGTATCCATAACAATATTTGTATTTATATTTTCGAGTGAAA
AAAGGCTGAGATAGTTAAAAGGCGATACACCATTTAAATGAAGTAATATT
ATAATCATTAAACTTTTTATCATGTAATCAATTGCCTTATATTTTCGGGA
TGTATTTTAGCCAGTTCACTTTCTGTGCTATAAAAAGTTTAAGTTAAACC
CTTGCTGTCGAGGCTTTAACACAATGAGACGGTAACCATTTTGCTCAATT
ATGAGGAATAACAAATATTTTTAAATACAACATTCTTAAATGTTACCGGG
TCGTGAGAAAGTCTTGGAACATAATTTACACTGAACAATTAATTACAACT
AGCAGCTCTAAATTCAATTCTGGATACTTTTTTCCTGGAACTTGTTAATT
ACTCATTACATATCATTATTTATGAATTTGCGCACTTTCAGCCTCTATCA
TAGGTTCTACGTGTCTCTGGAACGCTTTGCACAATGGATAACGTAGTGCT
TCGATATTGATCGCCAATCTTTCTCAACCAATTGGTTTAGAGACACAATA
CTGCTGTGATGTTGTCTACAGGCTTTACTTTCAATTCGCCACTAGATGTT
GTAGTCAAGGGGATTGAGGTCGGGGCTCTGCATTGTCCGGAACTTTACTT
TTTAGTTATCCTATCGGGCACATTTTTACCATAACGCAGGAGCCCTGTCC
TGTTGAAAGTAATAATCGGCTTTCTTTGATTGTGATTTTAATTGTGATCT
GGCACACCTAGGAAAGCACTTCTGTTAGTAAAATAATCAAGAAATCCTGG
ATAGTGAATCTGTATCCAACGGCGGAACCAAATTTACTTCATTTTGTGAC
CTTCAGATGAAACAATGCCGAACATCAGTACTGAGGCTGGATGTTTGGTG
GTGGYCACTTCACGAAGTTTGCAGTTAACTTCTCCAACCCCCAATCTTTA
TTTCTATTGCACATCGGATCAATTTTAAAGGTTTTCTCGTCCAAAAAGAA
CAAAATTCAGTTTCCGTGATACCACAGGTCAGTTGTAAAGCTTTTTGCAA
GGATCAAATTTTAATTGTTGGTGTTGTTGAGTGAGTAAGGGTGGTTCAAT
ATGTTGGAGAGACTTGCCACCAGATTGTTTTACGGCATTGGGCATTGTGG
AACGGCTCATCCACAACTTGTTTGCCAAGTCTGGAATCATCATCGTTGAA
TTTAAAAAAAATTTTTTTTTTTTCCGGTTTCAGACATTAATTGATCAACC
TTCTCTAATTTGTCTATCTCTGATGTGTTCACCATTTTTTACCTTAACCC
CGACCCTCCTCCAGGCAGTGGCTCTGAAGACATTAAGGGTCTTTACAATA
TCAGAACTGTTTAATTTGGCGCGGACTAAACGAGACACTTCTTGCCTTTT
TTTGCTCTATTTTCGTTTATATTTATATAACAAACATGGTAAATAAGATG
TTCAGAAGATAAAATATCTACTGACCTTTTTTTTTAACTCAACTTTTGTA
TAAAATTGACAGAAACCTCTCCAGAAATTAAAGTCATGTTCCAGAACTTT
ATGACGGCGCAGTATATATACATAAATTAAAATGAAATAACTTAAAACTA
GCATAAATTAAACTAAAACATAAATTTTAAATCATCAAAATTAACAATTG
GACTTTAACACCTTTTTTTAATCACAAATATATTGTAATCCGAATCTAAA
GTCATTTATTCATAAATCGTACGACGATGTTTAAGCCTTCTTTTAAAGTT
ATAAATGTAATCTCCGTACTTAATTACTGTATTTGTAGTTCCCGTCTTAA
TTTTATTAAGAAGAATTGAAAAACGAGAGAAGTTTTTTCAAATAGTATTT
TTAAAATTTTGGTATTTCTAGATAACTTTTTCAGAAGATACTGTTAATTC
ATACATAATATCATATAGGGTTGAAGAGGAAGAGAAAGGGGGAAAATATT
ACGGAGAAAAATTCTTTCCTGAGGCTAAAGAAACTAAAACAAAACGAATC
ATTCATCCAGAAAAAGTTAATTGAATCATATTTAATGAAAAAATCTAGAA
ATACGCAAGATATTTTAAAATGTTTCCATGACAACGATTTTCAATCCTCA
TTTGGAGTTACAAGGACCAACTAAAGAAAATTAAGGTAATCAACTTCCTT
TTTTCAATAAAGGATATATGAAAATATGCTAGTATGTTACTAATTGTTAA
TGCTTTAATATATCAAAAAAGTGAATTAATGTCAATTACTAAATCTTCAT
TAACTATCGAATTATTAAGTGTTCCGATTTCTGTGGACCATCCGGTAAAC
GTAGATTTTCGCAGAAACCTTGATTCAGTTCTATATGGACAATTTTTTTG
CGCTGCAAGGAAGTTTCTGCCAAGATATTTCTTTAATTCTATCTTAGCTC
TTCTTTTGAATTGAACATCGAATATCTCTTTAAAAGGATACGGGAACAAT
CCTATAATTTTTGAATGGGGTGCTGCCAAGATTACCCATCTGTTTCACTT
TTATTTGTTATGACAATTGAGGAATTAGAATCTACACCTATTCGTAATGG
CAAGGGATTTGAAGTGGCTTTTAGAGATAGTAGACATCTAGTAGATTTGT
TTTTAGATGACGTATCACTGATTTTGGAACAAAATTAAGAGATGCAACTC
GTGATCTCTTCAACATTTAGGGATTTTTCTCTTGCATAAATTCACAGGTA
AGTTGCATACATCCATTAGGATTCTAAAATCCAGGGGATGTGGTTATAAT
TGCTAGGTGCTCAGTTTGAAATAGAATTACAGTTTTAGGAATATAATATG
ATCGATATAGTGAAACAGATCTCGTTTAGAATTCACCAAATACATTGATA
TTCAGTCGAATTATCAGATGGATAGACGTTAATATAAAAATCTTGTAGAC
CTCTTCAATACTTTTTTATCTCTTCATTTTATACAAATCAAAATCCGGCT
CCCCATTTTCTACTTACACTCTCGAAGAAGAATCTCAATGACCCACAAAA
ATGTTCCATAGATTGTATGTTGCTGCGCTCAGTATACCCAAAAATCATAG
CACTGAGACAGCGTTAACATTGCTTTATTAATTATCCTAGCCTTGAATTT
ATACAAAAGAAAAATACACATTGCGTAATTTAAAATCAATCCATTAGGGG
GAAAAAAATTCCTAAATTGTATTTAGGGCATAATTTTAAAAACTCTCACA
AATCGAAGCCAAGGATACTACCTAAGGAATCTCCATACAAAATAGCCAAA
ATATAAACATATATCTACATAATGTATAAGGAAGCTTAAAAAATGTTTTA
ACAAACTTTCTGCCCATTTTTACCTTTTCCTTTTGGGAAGATAACTTTAT
TTACTTGTACATATACATATATACGTATGTTGAACAAGTTATAAATCTAA
TTCATATTATATATTGGGCATTATCTAGTGCAATCATAAATAAACTTTAT
TTACTTCTCTCTCATTATTATACCTGGCAAACATTTAGTTTTTACTTATC
CCTATTATTCAAATTGTGAGAGGTTAAGATTCATTTTTTGACAATTTTCC
GATAACCAATGTTGTAGAACACATAATTAGCTATCGATTACTGAGAAAAA
CATTATCTTATTCGCCACCATAACCACATAGTACGAGAAGAGGATTGGGA
TCACAGCTCTCCAACACACTGGATTTTCTTAGTTGGCTATCTGGGAGCAG
ACTGGAGGCTCTATGAAGATGATTTACAATACTGCCTTGCGGTTAAAAAT
AGGATAGAACCTCAGATACTCTTAAAGGGMAGGAAGGAATCCCTTATGTC
TGGCAACAGCCTGAAGTCGCCCTTTAAGAAAATCCGAATTCGTCAATTGG
TGACATGGTCAAGAAGATTAGAAGTCCCCATCAGGGGTGTCCAGTGCTCT
AAAAAAGGCTGGAGGAAAGTCTTTGCGGCGTATTCTGCGGCCTCTGTTGA
CAGAACAGCAGATAGATATATTTATTGTGGACCCTGTCATCAACAGGCAA
ATGATAAAATAGTGACATTTGGGATGTAGCAAAGGAGCAAATATTTGTCT
CCTCCACAAAACATCCTACTTCAGTGATGATTTTAGCCCTAGTTCATCAA
ACAGGAGGCCATGAACTCCGTTTGGTTCCCTTTAGAATACAGGGAGAAGG
CTGATAATTACATCAAAATTCTGGGCACTTTTTCCCCAACTGATGCAAGT
TTTAAAAAGCTATCTAACAAAAAAAAGCAGGTCCCTAAATGCCCACNNNN
NNNNNNNNTCTCCAATAGACTGCACCAAAGTGGCATCCTAGATAGCTTGC
ACACCCTGTAAATTCACAAACATTTACAAAAATTTAATTATTTTTTATCT
ATTATCAAAGAGACTTTAAAATTTAATACAAATACCTAATAACTTTCTTA
TATTTTATTTTCATAAAGATGTAATGTAAATAGAGAGTTTCCTATATTTA
ACTTAATTTTTGCCAAAACTTTTGAAGATTACTTTCCATCATTTTATTTC
TAAAATAATAGAAGAGACTTAGTCACAATATTAATTAGTCTTTAAATATA
AAGTGTATTAGGGGAACATGATTTCATAAAAACTGAATAAAAATATATTT
AGAAAGCAGTGATATATTTAACTCTAGAAAAGCAAAAAATTAGGGAGGGG
GTGTATATTAGAAAAAAAACTTATCCAGATTTTTGGGATCATAATATAGT
TCTTAAGAAAAGTTTAAAGTTTTAATTTCCTGCAAAAAGTTTTATAATAT
ATAAAAGCATATATTTGCCTTTTTTTTAGCTTATATACTTTTTCAAAATG
ATCACCTATGACCATTTTGGTACCTTTAAAAAATGGACATATCTAGACTT
AAGGATTTGACGTCAATACAATAAATGGTTGAAAGGGTGCTTGTATGTAA
AATTTAAAGGTTAACCATTAAATTTTAGTAAGTGGATGATTGAAACTCAC
AAGCAGTTCATGCTCACATATTTATTACAAATGATTTTGTAGTTTTATAG
TGAAATGCCCATTTATCAAAATAGAAGTACATTTGATAAATTGTAGACTG
ATATTTAAGCCCACGTGTCATAATTAGTAACTTTATGATTAATTTTTTCT
ATACCCACTCGTTTTCTTATAAAAAAGATTAAAAAATCTCAACAAATAAA
ACAATATATATATTTAAGCAAAAATAAATTAATAAAGATCTAGAAAAATT
ACACTAGATCGGTTTACCAATATGCAGTTGTTAATATTTGACTTTATTTA
ATGAGGTAAACGGTTCTAAGGATAAAAGTACGTATCTATATATTAGGTAT
GTAGCATAATATTACCATGCAAGTCTTAAAACATTTTGTGAAAGACTTAA
ACGTGTCAAGACCTTTATTTTCCCCTTCATAAAACACATAAAGAAAAAAG
AAGCAAATACTATTTTTTTTAGATAAGCAACATTTACATCGTTTTATTAT
GGCCTTAATGGTGCTTACTAGAGCATAATAAATCCATTAACAGCTACTTA
TACAATGCTATGTTTTAATTATTTGTCCTTTTACAAGTGATTAATTATCT
TCATTTACTTTTTTTTTTTGTTATAGGAGTATAGTGTTCAAGTTACCTTT
CGAGAACAGTGGAACGATGAAAGGCTTCGGTACTACGATGATACACACGG
TAATTTAAGAAATATTTTATACAACTTTAAAGATTATTATTTAAATACAA
AAAAATAAACTTTTTTTTCTTTTGAATTCAATCTCTGGCAAAACTTTCTC
AAATACTTAACTAAAGCAAATTATTACATATATCAAAAAAAATTCTGACA
AATTGGATCCTAAATGTATTTTTTCTCTGTAGGTCATTTAAAATATCTTA
CTCTCACGGATCCCACCAAAGTCTGGATGCCTGACACCTTTTTTCGTAAT
GAAAAAGAGGCACGAAAACATGAAATAATTGTGCCGAATGTGTATGTTCG
AATATTTCCGAATGGTGAAATCTTATATAGTATACGGTAAGAATTTATTA
AAAACGTTTGCCTGTAAAACAGAACCTACTTTTGCTATTAAAGCTGAAAG
TTCTGTTCAATTTGTAACCTGTAAAAAAAAGTACAAATTAAAATCTCTAC
CTTTCATTATACTTTATTTTTTATGGTCCTTATTCATATTGATTTACAAA
TGGATTAATAACAATTCTTATTGTTTTTTGTTTTTTTATAATAACACATT
GTATTGTAATATTATTAACCCTAAAAAAGGCCTTACCACAAATAAAGTAT
AAAAAAACAATTACTAATGAAAAAACAAAAAGAATTAAAAATGAAACACT
GAAGAAAAACTTTTCAGATTTGAAACCCTTTAAAAAAAGTTCATACTGCA
ACACAATCCTTTTCAATGTAGAATAGGTTGGAAGGGAATTAGATTTACAC
TATAAAATCCCATAGAGGACATCAATCATTTCTTTGGCCACGTTAGTTGG
AATTGCGAGGTTTCATTTCACTACTATACAGCTGCTAAATAAAAATGTAT
TATTTTTTTTTCATCCCATGTTTCGAAGTGAAAGAATGTCCGCGGACCCC
CCAAAAAGACAATGCGCCATAGTCAATGACAAAAAAGCTACAAATACTGT
TAACATCTCTATCCGGACTGTTTAAAACATCAAGAAGTCCTTTAAAGAAC
CAAAACTTTTGCGGCAATAATATGACTGACCATGTGCATAATTCTTTGGC
CCTCATCTGTCCCTTGCCTCAACTCCCTTGACTTTCCATTTTAGAAAGTC
TCAGAGAAAAATTTCTGGCGCATCTCTCATCCAAAATTGTATTCACCCTG
AGGTATCATAATAGCAGTGCTGAGCAAATAATGATTTCGGCCTTCATCGT
TAAGAGCTGCTATTCTGTTCACCTGCATGTCAAGGATGTCATTTCTTGTA
AAGGAGAACAAATTGGATAAAAAATATAGCTAAAAATAATATTTTAAATA
TCACAAAGTTGTATTCTCTCGATTCTATAAAAATCACGTTTTTGATTATT
GAGTCATCCTATTCCAAGTTTTTGTGGTCCCCACTCTCTACCTTTCTACA
ACCAGTAACAAAGACAATATGTACATAAATTAATACACTTTCTTATTCAG
ACTCCTGTCTCTTTAATCATTCTTCTTTTTTTTGACTACATAGTTTAATC
ATATTCATACATATATGCAAGTACCTATGTAGATATTATATTCTACATTT
TAGAATTAATCATCCAAAAAAAATTAAATTAAGAAAACTTTTTACTCATT
TTATGTAGATTTCTTATGAAAAAAAATAAAAGTATATTTTATCTTTTCAA
CTGTGTCTTTGAGGTAGATTAATTTTCTTTGTTGAAGGCACATAACAAAA
ATAATTAATTTGTGCTATCAGTAATTAAATTTTTTATACTCTCCGTCATG
TGGAAGACAGAAAAAAAAAGACGAAGAGAACTTTATCCTATAATAAATCT
ACAATGCTATATTGTTAAAATCTTTTTGGAGAAGATCTTGACCAAATTTT
TGATCATAAACTTCGTATAGTTTGGTAGTGATAATAATAGTTATATTCCA
TTCTTATTTAGAAGCCACTCAATATATTTAAGTCAATATAAATATTGCAT
TATGGGTTAAAATAATACAAGCAGCGATTTTTTTATTTTTTGTAATATAC
TTTGATAAGACCTGCACCATTTGGAAAAAAAATGAAACCAATGGACCAAT
TTGTTTCCCCAAATATTTAGAACAAGCCTTCTTGGTGTAACAACATAACA
ATTCTTCAAAGTCTGAGGTCAAAAGTCGAAGTGACTTTGGCCAGACGCTG
GAATTCGTGGCTACAATCCAGCAAATATTGAATGAGGACCTGGGGAAGCC
AATCAGGGCAATTGCTAAATAAATTGACCGGTCAGAGTCACTGATTTATC
TCTGCATTCGCAAAAACTTTCGTTATTTCAAATTAAGATTGGCCAAATCT
TGAAGAAAAAAAGTCTCAAATGGCTCCAAGACAATTTTGACAACTTTATC
TCACTGAATTTTTGCCCTCAACAGTTCCAGAATTTGAATCTTGCGCACAT
ATCAGTATAACCAAGAAAAAAATCAAGGATTAACCACGGAACAAAGTATT
ACCAAGAGTTGTACAGATACCGAGGCTGTGTAAAAAGTGTATGCTAAATT
TTCCGATTACATTAGTGTTGACCCTCCAGTCCGTATACAATTGTTSATTT
AGGAAATTGAGAAACACTTGTCCGAAAAAGAAATAAGATTTGCAATGAGA
ATATGTTATAAAAAGCACAAATAATTTAGGTTATGATGCATAAGTTTTGA
AATATATCAACTTTATGCAAATGAAATTGCACCCATTCTCAAGGAACTAT
TTGAATTGATCATTATGATGGGTTACTTTCCGTCATAGTCAGATACAAAT
GAGAGTTACTTATTACTTTACCTCCCCCCCCCCCCCCTTCCCTCCAAAAA
AGGATATTATATTCATTAAGAATTTTAGAACAATAACTCTCGAAAACACG
TTATAAAAGTTTTTTCATATTTAAATGGGGAAATACTTCTTACAACTCAG
CAAGATACAGTATATAACTCGCAGCCAGGATAAGCATGTCGACAAATGAA
AGACACCGTAGCAAACATACAAGCAGCTTTCAATAACTTTGCAAATGGTA
ATATTCGCTATAGAAAAACGCAAGCCTAATTAAGTCTCTTAGGTTTCATA
AATAAGAGCGAGTACAAATTTGGAACTCTTATATCGTTCTTTTGCAAAAA
GGCTTTTTTATTCACAAAGTCTTATAAGAGATAGATTGAGTAGTGAGAAG
CTCCTAGACCTTCAACGCAAACAAAATATTGCGATAAAAAGAATCACAAC
TCCCAAAAACCTGGGCGGAATTCAAGTAATATAATTCAAGAGCTTTTAGA
AATCTTGTTTAGTCTTAGAAAAAATACTTTTGTAACTCTAGAGTGTCTTT
AGAGTGTTTTAATCTTCAACATTTCAACTATTGGGTATGTTCAAAACAAG
TAAAATATGTAAATTCAAATATTGGAGCTCCTAACTGTGGATAACACTTT
TGACACTCTTAAACTGCCATGGGTTTATATACCGCATTAAAAAAAAATTG
TTAGAAATTCCCACTTTTTTGAGAAGATGCTAGTTTTCTTATTAGATTAT
CTTCTTTAGTACAAAAATGATTTTTTAGCTTACATGATACATAATAAAAA
TAGATAAAGAAAAATATACACTATAGACATACTAATACTTTTGATCTCGG
AGCGTGGGTTTAAATAATAGCTTGCGGAGATTAAAGTCGTATTTATTAGA
AACATGTGGTGTGAATCATCATTAATGATGATTAAAATATTGAAAAAGAA
AAAAAATCCAATTCACTAAAGAGCAATAACCCAATATTGACTCCTCCAGA
AAAAATGGTTTCCTTAACGTGTACTGACTGCCACCCTGGAAGTGTCAGCT
TTTTTGTGATAATTTTTGGAGGACTATTGAAAAGAGAGGATTTGTTTGTT
TTCAGATCAAAACTACAGTATTATTTGTATTTTAATAAAAGCAAACAAAA
TCAAAGTCAGCGTTTCTATTTCAAACATAGCAAGAAATTATTAAGAAATT
TTAACTCTTTTTATTTTCCGTAAATAATTTATCTGATTTATAAAATGTTA
TAAATTTTGATATTGCTACTAATTGAGTGTTGGTATAAATAACTATTGGA
CAAAAAATATATTGAACAATTTTTTTTTCTGTATCTTAGACCACTGGTTG
ATAATGGAGTATAAGTTTTATGGTGTACAATAGTCTTTATCTAAATGAAA
TGTGGGATTGCAATTTCGATCCAATGTATGAATATTACAAGGGGTTTGTT
TTGCCTAATTTTTATGAATGAATGAAAATGAAAACACAACACCAATCAAG
AAATAAAGGAAACGCTGAAGCATGTATTTCCATTCAATTTTCTTTATGTA
AGCTCTCTTCCAACACGCCCCCCCCCCCCCCGACTCCTCCTTCTTAATAC
CATCATTAATTTTTACTAGCAGAATGAGGTTGTCACCTAGACTCTTATTA
GTATCGTATTTGTTGAATATATATATACAAAATATTTGTCACACAAATTA
TCTTTCTATGTAATGTATGAAGAGGTGGTAGAAAGTACCTTTACAAGTTT
AGACCTCAATATCTTGTCAACCCTTAAATCCATGTTTACGAAAGTTTAAT
TGTCCCACTATATCGCACGTTTGCAAATAAATGACGTGTTTGGACTTTGC
TTAATTTTCAAACCAACCTCAACAATTATTCTTTTTAAAATAAAGAGGTT
CTGTGATTTAAAATATTTTCTATTTGAAAGAGAGGAAACGCATAAAAATT
ATTTACATTGAAAATTAATTCTTGTAACATTTTATCTCTTTGAAACAAGA
AACATTGTAACTCAAAATACCTTTTCATTCTTGAAGGGAGAACTGTTGAT
GTTCGAAGGTAACAACATAAAATATATAACATACAGGGCGGGAATTTTAA
ATGTGGAAGAAGTTTAGACCTCAGTATCTTGACAACCCAGAGATCTATTT
TTGTAAATGTGTGCTCATCTGATTCAACTGGGAAAACTGTATAAGATAAA
ATACAAATTCTTTGAGATGTTCTCCGAATACAAACGCCGTGTGTCCCATT
ACTGGGTGCCTCCATAGCGGGTGCATGTCCAATGATATTATTGAGTTAAC
AAAACTGCCAAAATAAACTAAGGATTTTAAGGACTCTGATGGATGGGGAA
CACCTACAAGGACTCATAAATTTTGTGCTAACTCATATAAATGGAACGCA
CGATTAAAATGAATGTACATGTTGCCTTCTAGGTCACCGGATCTAAACCT
CTTGGTCAACTACTATTGTCTTCTAGGAGGAAAAGTCCAATAAACGTGCA
CATACAACTGTTTACTCGTGGCAGGMTCCCATTCTCGAAGTATTTACCAA
CATGGGCAAGGAGATCCTCATCAAGACCTATGCCAGGCTTTGGTTGGAGG
TTCTTGTTAAAGCTAGAGGTGGTTTCTTTAAGTGATTGAATTAACTATGG
GCCCCTACATGTAAGAGAAAAAGATTTGTGAACTACTGAATTAATTTTTG
GCAATAAATTGTAATATATGTACACCATTCTGAAATTATCCGTATTTAAA
ATCTTCACCCTTTACATAATCTTAAGAAGAATTCCCAATTAGAGATCATA
ATTGGTCAATTTTTGATTGCCCGTATGGCTTTTCATTGAGGCTTTAGGTG
GATTTTTGATGGAGTATCGGGTAAAGAAACAACTTCGAACTATGAAATTA
TACTCCACAAAATCCATGAAAAACGATACGTCCAATAGGTGAGGCTCCAT
GGGGCAATGAGGCATAGTTCTACTTTGCCCGTTACTCCACTAAAAATGGA
CCTAATAATCATTGATAATGATTTTTTTTGTACCTCGTTACAACGATTTA
ATTAATATTTATTTTTCTGTTCTCAATTATAAATATCGAATTATGTATAA
TATAACAATTACTAAAGGTGGTGCCCGGTATTTTTGCCTTAAACTATTTT
CCTTCAGAACATTTTCCTTAAACCATTTCGGCTTAGAATATTTTGCCTTA
ACATATAAATTAATGAAGTTTATACATGCTTACAATAACATGGTGTTTCC
ATTGCTATTTTATAAGGCTACTACTCTACCAAGATTAGCAGAAGCTGTAA
TGAAGGAAGAAGAAAAGTGGTTAGGAAATTTGTTTCATCGAATGTGCATG
GAAGCATTAAAAAGGCCTAAATCTCAAATGGGAGGATGACACTTCTATCA
ACAGTTTTACATAAAATTTATCAAAAGATTCTTATAGACCTGACAACAAA
TTAAAATACTGAGGGGTGCTTGGCTATTTCTTCTAGTCCAGTTTACTGAT
TGTTGATGTTAGGATCTGAAAACTCTAGTTATATGTTTCAGCCTGGTATC
CCTCCTGGGGTGCTAGCCGAAGAATTTAATGGAAGCTCAATCCCCGATTT
CACTTTTACTTTAATTTGGATATTAGTCGTGGAAATTATGAAAAGAAGTA
TTTTTTGAAGAGAACTGACCCAAGACAACTATAAATTTTAGCATTAAGAC
GGAACATAACTACTATTCACGATATCAATGGGAATAGTCCATTTCGGTGT
GGAAAATTCAAAAATTTCCCGAAATGAAGTTTGCAAACAATCATGCTCCT
CCAATGCCTTGGCATTTGAAAATAGATTTTGGTGTTGCTACTTCAGAAGA
TTTTGATAAAATTGTCAAATTTTGTTGCATAGTGTTGTTAAAAATATTTG
CTAGGGAAATGATCACAAAAGGGTGAACCTTTTCTACAAATGATATCTTG
TCACCTTTCCTACCAAAAATATTGAGAAGTTACATAGGTATAGAAAACAG
TTTTTGTACACACATAAAAAAAATATTTGCTATTGACATGGGGCATACGG
AAGGACAAATACATATATTTAATCTTTCCCTTTGAAAAAAGGTTTTTTCT
AAATAAAAAAAGCGCAATGGAGATAAAAATATATAAATTTTGATGTAACA
TCAATGATTAATTGTACATACATAGTAACACAACAAACAATATATTTTCT
AAATAAAATGAAATACAAAAATCTATTGTTTAACTTTGAAAATGATATTT
TTAAAGAAAAAAATAGAGAAAATAAGGAAAGCAATAGAATACCAACAGAC
ATGCTATACATGTATCCTAGGCGTATTTTGCTGAACCATTTGTAAACAAA
CATACTTTAGATGACTCTTTGTTATTTCATCGCAAATCCAAACGTTAGTC
CTTCTCTGGGGGTGCTTAGTCACTACAACATTAAAATGAATATTCTAACA
AAATAAAAGTTTTCTTAACTTTTTAGGGCTAAGTAATTTTGGCTAAATTT
TAAATTAAACAATTTCGCCTTATGATATTTTGCCTTAAAGCTATTTTGCA
TCAAACATATTTTACCTTAATATATGTTATTAATCAATGTTCCTTTGGAT
TTTTTAGTCAAGATATGTAATATGTATGACTATAAAATTATAAATCTTGG
TTTTTGTTAGAAGAATGATAGAATCATACCTCTAAATTTTAAGGCATACA
CCAACAAAATTTAATTTTGTAATTAGTTCAAACCAGAATTGAACTAAGTA
ATAAAAGTAGTATATTTAGAAAAAATAAAATAAAAAACACGATAACAATT
CTAATATAATAATGGCTAATTAACTCTCTGTTAGTAATTATGATTACAAA
TGATGGATGTTCTCATATTAGAATAGATTCATGGATTTACAAGCAAGTAT
AATATGAAACAAAAGCATACATATTCATTTTTTTCTTTAGTAAAATCCGA
AGAAGTTGTATTGTTATACAATATTAATAAACTTTATGGTTTAAATTTAA
TCCTTTGGACCGAAGAAATTACATAATAAAAATGTTTATAATCCGATGGA
ACTATAAATATCTAAAAACAATACCTCAAAATTCTAACAAAAACGCGATA
AAGTAATGAAACTACTGTCCAATTTACAAAAATAAGTCAATAAGAAGCAA
CCAACTAAGCAAAACAAGAACTAAGAACCATTTTTACCGAATTTGAACCN
NNNNNNATCATCTTACAATCTTCTTATCCATGACCAATCAGTGTTGCCAA
GATTGGAAATATTAATGTTGAATGATCCATACCTGGAGGCAAAAGAAATT
AAAATTGATCGTGCAAACTTTTCATTCCTAAACTCATATTTAAAATAATA
AAAGTTTTTAAAATCCTAATAGATGGTGAATCAGCGAATGGATGAATGGT
AGAATTCTACAAATTTCACACAGTCTTTGGAATGAGAGTCGAAATAAATA
ATCCATTGGCGATTTGGAGCTGAGCCTTGATTTTTTTATTATTTCCATTT
CGATTAATTAAGCTTAAGATCCCCTTCTTCCATGATTTCGGCAAAACAAA
CTTTTTTAAAGTAACTATTGACAATTTTATCAAAATTTTGGAACACGTAC
AGGCTAAAACTCACATTTATTACTGGTATTTAAGGAATAAAACACGAAAA
TGGTTAGTTTCTATTGATTATATGTAGATTACAATGATATTCCGGGGGAA
AAATTTGAATTGTTTATGAGTTTAGAGCTGACTATTTAATTAATAATTTA
GTTGTAAAGGGATTCAAACTAGCGTATAGATTACTCATATTTAAAATAAT
GGATTAGTATTCACTCAAGCTGAATAATTATATATTAAGTGATTCAATTT
TTTCCCAGAATATTATTGTTATCTACCCTCAACAGCTTATTTAATTAAAT
TTTTGATTGATAATAAAAACTAAATTGACTAAAAATCAATCAAAATCGAC
CTTTTTACATGCATTTTTTTGAAATTGTAATATAAGGTGTATTCTACAAC
TTCAGCTATGACATAAAGCACATGATGAAAAAAGAAAAAATACATTCGCT
TCTAAGTAAGGTTTTACTAATTTTTTGGTGGTTATATACATTTTTTATTA
ATTGTAGTCAAGATAAAGCAATAAATAATTCATTTTTCAAATACTGTAAT
ATTTGCATCAATTTTTTATTGACATTGATTTTCATCTATATAGCTTCTTT
ATGTCAAAATATAGGACGGAGTCGTAGTTTGTGTTGCGTTGTGTCAGTCC
TTATTTAGGACTGAGTATTGGGTCCAGTCCAGTAACATTTCTCAGTCCTT
AAAGAAGGTCAATTCGATCCCTCGTGACGTCAATGAGGATCCTCTTTCTA
AATTAATCCGATAAATAAAAGAATGAATTATTTAACTATGTAAAACTATA
AATTTTTATGTAATAAAAAAAAATCATATTTTGTGCAATAATCTTAATAA
ATATTTCATATATCTTATTTGTCTTGATAAACTATCGATATGTTTTATAA
AAACTCCAAGGACCGACAGTTAAGGACCAATCCTAAGACTACATTGGACC
GAATAAATATATAGACCGACACCGCACTAATCGTAGTTATATACCAAGAA
CTTGATTTTTAAAAAAACCTTTAAAGACCAGTTTAGGTTGAAAGTTTTAA
AAGTCGTTTTAGTGTACTTCAGCTTAAATAACAATAATAAATGTGGGTTT
CAGCCTGTGGGCAAAAATGCTGTTGCATGGTGTAATTTAAATAAATAAAT
ATATGTATATGTACAACATCCAATAAAATACAATTTCGTCCCAGTTTTGC
TCTATATTTATAACGTCGATTAATCAGGTGATAAGAACCATTTATTTTTT
GTATTTCCTTCCGTCCTTGGCTGTTACATGTACGTTTTCTCCTTATATCT
GCTATATTAAATGAAAATCATATTTGATATAATATATTTTTCCCTGTTTT
ATCATAGTTTACTTTCTTAATGTGGTAACGCATTGTTTATTATATGTGGG
TTTAAGATTGTGAATAAAAATGTATATTTTACAGGCTTTGGAGCTTTTGA
TTATATAGTTTCATCACTAAACAAAATAATAATTTAATTATCTCTTACTT
TACTTTACTTAATATAATCTTTACTTCCTTTCCAATTTTGTAACAATATT
TCATTTTCCTACAACATGAAATCTATACAATTCATACTTCATTTTATTGT
AGTAAATTAAATGTTAAAAACCATGGATTAATAAAAAATATAAAACAAAA
TAATTGCATACATCTTTTTTTAAGCCTTCAATGACGTCAGTATTATCAGT
CCATTTTTCATTTGCACCGGCGTGCAGCTTTTTTTTGTTATATATCATCT
ATATTTTTCAAATATGAGCAATCAAATTGATTGAACAATAATTACTCTAC
TCTTCAAAGTCCACAAAACATAAATAAATAAATTAAAAAATGCAAAAACC
TTTTACTTGTTTTTAGTTGTTTTAAAACATCACATCAATCAACTAATAAA
ATGTGAGTACCTCTTTTTCTTAAAATTTTTAATGGGATTCAAAATAGTAT
CAATCATTTTTTTTAATGTTGATATGCTATGAAAGTTTTTCTTAAACTTT
CTAAGTGATGTCTGTCTCTCCCTTAGAAATCACTTTCAAGTCTTAGTAGT
ATTTCCAAAAAGAAGGATTATCATTGTAAAAGAGTCTGGTTTGACGGTTG
ATGCTTAAAAAAGGAGTTTTAATGTATTTTCCTAAATATTTATGATGAGA
CAAGATTACACATAAAAATTGACATGAAATCGGTACAAAAAATGACTCTG
TTTCAAAATTTACAATAAAAAAACAATCATATCTCAATATCACTTCTAAG
TGNNNNNTAAGCTAGACCCCTACCTCAACAAACTCCAGGTAATTGGCCCC
ATGGATATACTGGACACAAGAAGTATCTACGAGCTATTTTTTAAGAGGGA
GGGGGGAGCTTAATGCTGTAAGCATTTATAATAACGTCTCCAAAAAGGAG
CTTAACAAGGATCTAAATAACATAATATTGAACAAATTCTAGTATTGAGT
ATTGCTTATTTTTTTAAATCTCAATATTTAGCAGAATTTTAAAAATATAA
ACTAAAATTTAACTTGATCTTATAATTTAAATCAAGTATTTGGGTTTTTC
AAAAACTGTACAACTGTTATAAAGTTTTAGATTATTTGAATAAAGAAGAT
AGAACCAAAATTAAGAAAACTTTTTCTGGAATGTAAACAGCATCTTACTT
GCGTATATTTTATCAAACATCCTCTCATTTTCTCAACATATGCATGTATT
TACAGTTTAGATACATACGACTAAATCTGCATAATTAATTAACGTAAAAT
CAATTTTGTTTAATTACATCTTTTGTTACTAAAGAAAAAAAAGTTATTAT
TTTTTTCTATTAAAAAAAGGACATCCCGAAACTCTTGGTTTCTACATTAT
TTGTTTTTTAAATAAGAAAAACCTTTTTTAAAATGTGATAAAATTCTATA
ATTATTCCATGCAATGGTTTCATTTAATTGTATATTTAAAAAATTACATA
TTTATTACATATAACTATGCAGCATATGGTTGTTAACTCAAAGATTTAGA
TCGTGTAAGATTATGTAGTTAGTAATCTGAACAAAGCTTTTTATTTCTAA
AGCTGTTTTTATATTTATTTAATTTTTGAGGAAATAATATTGAAGTATAA
ATTATCTACGTATACGTTTGATCATATATTTAGGATAGTAAAACAGAAGA
TTTTGGCAGAGTTATAGGTTTAAGTTCTTTTTGGACTCAGAATATAACTA
TAGATTAAAATTGAAGTAATCTCTCACGATTTACATATAATTATTCTTAA
CTCTAAAATAAAGGGAAATAAAAAATTGTCTCAAAATCGTTTTTTTAATG
GATCTAAAAAAAAATCTTACATATTTCATCTTAAATAATTCAAAACAATA
ATAGTCTTCACAAGAAACCAAAAAGAATCAAACATAGACTACGTATACTG
AAAAAAAGAATTATAATATCTCTAAAAATGAAACTAAAATTATCATAACC
ATTATATTTTGTTAAAAATAAATAACAACATAAATCAAGGAAGATTAAAA
TATGCCTTTGAAATACCGAATACTTTTTAAAATCTAATTTGCAGTGTATA
TTTTTAAAACGTCTTTGAATATGTTTGTAATTATGGTTGTCCTTCTTACA
TCTCTTTACAAGAATCATAAATCCTATTTTTGTAATTTTAGCGTCGATTT
TTATTCAATTTCCCCCCAAAAAACATACAAAAATATCGTTATCTCCAGCT
TCATAATTAAACATCTTACAGGAATTGTAGATTCAACGGTTCCTTTTATT
TTCGAGCGTTCTCAAACAAGACGAAAAAGAAGAAGCCCTCCCGTAAATAC
TACTCATAATTGTGTGGAACAATATATTCAACTCTTCTACAGTTCTAGAA
AGGAATTTATACCTAAGCGATATTTTGTTAAAGTTTAAATACGGGTTCTG
CAATGATCCTTTTTACAATAACACTTTTTAGTCCCCTCCTATTTGAATCC
CTTGAAACACAACACATGAGTCTCTGAAACAATTATTTTTAACATCTCTG
AAATTAAANTTTAAAAAAAACAACTTTAATAAAAAACTAAGAAAAATGTG
TTGAAACTTGAATGTAAAAAACGTTATAAATTAAGCTGTCTTTTCTTTTA
CATATATATAATTTATTACAATTAAACTAATACAAAATATTCCATTGAAT
TATAAATGAATTATCAATGTCATATTATTTCACATTCATTATTCTGTAGA
AAAAATATGTGTCTTGTTATTTATGAAAGCAATGCCCCAATTAATGAGAG
GAAAATTAAATGTGAATTGCTTATACATATATTGGAAAAACGTAAATACG
AAATAAAATATTTTTTTGTTGAGAAAAGGGAGTGGGGGGGGGGGGCAAAA
TCTCATTTCACGGMCATAATTTTTTCAGTTATTTAGGACCCTCTTCAATC
GATAATAATTATTGCTTATTGATTATAATATTTATTGATTTATGATAATG
GCTTTTCACTAATTATGGTACAACGTGAAAATTTCATTCTGTTTTATATA
AGTATTCTTTACATTGTGAACTCATTTTATGTTCACTTCAGTTTAATTTA
ATATCTTAATGTCATATTATTGTTTTGTCCACTCCAGACAATGTTTGTAA
AAATTGAAAATTATTGTACCTCATGAGATATTTTAGAAAATAGATATACT
GAATTATATAATTTCTATGTACGTATGAAGAAACATTGGAACTGTATTGT
TTATATTGACCGAAGTTATTCTCAAACTTTTCATAATTAGAAAGAGCTCC
TTGATGTAATTCAAAAAATTTCTATCTCCTTATTTATGAATTACTTTGAC
AACCTCGGAAGCCCCCTATACAATGATCTATGGACCCATTGTGCTTTGGG
GAGCTCCGGTTGGGAATCAATGATTTAGTTTAACGCGCCACACAATGCCA
TTTCCTTGTTTAGCACTGTAATCATTTGTGTATTATAAATAATGTCACTA
TTGACTGTTTTTTGTCATTTAAATCTATGTGGACATGTTAAATATTATTT
CTATTAGAACCAATACAATTATGTTAAAAAGAAAATATTGGATATCTCAA
ACATAGGTAATGATTTCATAAACATTATTTGTATTAACAAATTTATATAA
ATAGAGTGTTATGAACATAACCAGTAATGCTAATCTAAGCATCAGTCAGT
TCACCCTTTTTTAAGTTGGCAAACTGAACAGTGTCTTTTTTTTTTGTCTA
AGCCGTATGATTATTATTTAGTTGCTGTAGAGTGAACTTCCTTTTTAATT
CAGTCGATTTTATACCAAACTGGAACGAATATTTTTCTGTGCACATAAAA
GATGGAAAGGAACCTTTAAGATATATTGTAGAGTCATAATTAAAAGTCCA
TTGAGGACTCAGAGTAGACTTGAGTATTAAAATCGAAGTAGTTATTGCCA
ATCCCTTGTTTATTTCTTTATCCTCCTCCACTACCGTCCCAGTTGCTTGT
AGCTAATCTAANGAAACGTCATGAAAGCTCCTGCAAAATATTTTTCAAAC
TGTAAGAACTAATATGTTGATGTTTGCCTTTTTTTTTGACACGCCCAAAA
TGCTACTGATTTTTTTATAAAATAACATAAGCCTTTATCTTGGTACATAC
AGTAACGTCAACAAGTTTGTTATGATAAAAAGTAGAAGAGCTGTGGAATA
TTATTTTCATATGTTATGGAAAAATAAGTAGAACATACTCAAGAACATAA
TTGTAAGATGAAGTATGTATCAAATGACATCATTAAAAAAAGATTATCCT
CAACAAAAACAGATGTGTGCTTAGAATCTAAGTAGATAACATGAAGTACA
CGCTTTTTGAAAATAGTTTAACTATTATGTACAATGATTATATATAATAT
CTACATATTTTTGTAAAGAATGGAAAAGTATTTTAAGACAAAGAGGTGAT
TTTGAACTATATATATAATAGGTTTTAAAAGAGGGGGGAAGGTGTAATTT
TGTTCACTTCATAGAACCACTGAGGTGTTGCTTTTATCATAAATAAAATA
TTTTTGAATCACAGAGTTAAAAACCTAGGTCGTCACTGCCAAATAAGTAA
TGAAAGTGACAACATAATACCATCAAGTATTAATCTAAACAAGCTTGATT
CTTTCAGTAATAAAGTGTAATCAGTTCATCTATTAATAGAGTTGTAAGAA
ATATGATTTGCTGATTTGTATAAAAATATGGCATGGTAACTTTAACAATT
TTATTAATGTTAGGGAGAAAGGCAACTTTACTTGTCATGACATTTTATTA
CATTTGGAGCTAGAGCCTTGAGAGAGGGGGGAATGAATTAATCATAAATC
ATTTCTCCTATCAGGAAAGTTATACCAAGTGGTCCATTGAAATCTGAGAA
CTTTTAATTTTAAATTTCAAACTTGGTTTGTATCATTATTTTTCAGCAGA
ATATTTGATTCCAAATCAAATATTCTGCTGAAAAAAAAAGCATTTTCAAA
TTTTATTTTTCTATACAATCAGTATCAATAATAATTAGTATAGTAAATCA
TTTTTTTGTACTTCCCAAAAACTTGTCTATTTTCACAAAAATATTTTATC
GTTATATAATAGTTTATGTATATTTTCTCAATTTTCCGTTTCTAAGAAGG
AGGAATAAAGTAGATTCTCTTAAAAACTAAATCTCCAATAATAATGAATT
TGTCATTATTTTATCTTTAACGGAATTTTTTTATACAAAAAAACATCACA
AAAAAATATACTTCTTTTAAAGTAAACTATTATTTATWTTTCAGAATATC
ACTGACACTAGCCTGTCCCATGGATCTACGCTTATATCCCCTAGATAAGC
AAGTATGCGTTCTTCAAATAGCTAGTTGTAAGTATATTTTAGATTTACAA
TTTTTATTATAATTCTGTATTAGAGACTCAATATGTTGTACAAAAAAAAA
TTATCCGATTTTATACATAAATAATTTTAATACGAAACTAAACTAAAACG
ATTTACTATAAGCTATAATTATATAGGTCGATTTTTATTGTAAAATCTCC
TTTTATACAAGATTTTTAGTTGTTTTTTGTCGCTTTGATGTAAATATAAT
CAAACATGCATCATCCTCTTTTGACACTCTTGAAAATCCGAAATTTAATT
AATTGATCATGTCAAAGAACTGATTTTGGTAAATAAAGCAATTTTTTCAA
ATGTTTGACCTTGTGATTTATTTATTGTCATTGCCATTGCTAGCTTACCA
TGTTCCTTTTTCAACCATAATCAAGATTGACGATACGTAATAAGATTAAC
TTGCTAATCCTCTCCTTCCTTCATTTACGTAATTTCATTTTTTAATTCCT
ACTCAATATACATTCTCCCTTTTCCCGTTCGTAATATAATTCGTTTTTAG
CTGTTGTTGCTTTTTTGTTGCATTTTTGACTCTACAACCCATACCTTAAA
AAAGAAATATGGCTGYTCAGAATGAAACATAGCTTAACTTACGTAATTCA
AAACTCTAAGCGAACATGGGGAATCAATCGTATTTTACAAAAAAAATAAC
TTATAAGGGGGAAAAAAAAACTTGCCCTCCACAGCCCAGGAATCTGGTCT
GATCAAAATGAACTATAGTCTTACATACGTAACTGAGAATTTGAACAATT
TTTATATTACACACACGCACATAAATTAACCAACTTTGAAAAAAAAAATA
ACTTCAATCTGAGTCATATTGTGAAATATCTTTTACCAGAATTTCATTAT
TGGAAAATGGATTTTTTGATATCTTTCTTCCATTAAACTGTATATCAAAT
AAAATTAAACATATTTGTACTCAATATATATTTTTTAATTCTTAAATTTC
ATGTAGTATTTTTTGTATGAAGTATAATATTACATGATGCTGACTTGATT
TTCAAAATTTAATAATTCAAGAAGTGATACTACCCTTAGATAACATTTGA
GTATATGTGAATTAATTTCCTTATTCAAAAACAGATAATTTTAAACTGAA
TAAAGAATATAGAAATATATAAAAATGAAAATTTATTTAGGCAACCTCAT
GATTTTCGTTACTTACCACGATTAAAAAATGCGAATCTACGGAATTCTTG
CAAATTATATTGATAAATACCTATATTATTTTTGTAGTTATCTAGGTACA
GGGTAATAAAGCTATCTATGCCACCACTTTGGTACTCTCTCTTTTTTGTT
GTTGTTTAATATAACTTGTTGAAGTGTGCTCTAGTTGGAAAAAAATGTAA
TCAATTGACGAATTTGTTGTCCCAAATATTTAGGTAGGCACAGGGTCATT
TTGGAATCTGCGCCAGGAGCGACAAAAAAATAATTGTTGTAATTCAGGGA
CTCAATGAAACGTTATGAAGGGAATTTGAATTCCGAACCCACGTCATGGT
GTTTGGTCTGGCTAGCTGTAAGGACCACATTACTCCTCCTCATATGTTTT
CCTACAGCATCAGGGTCAACACTGATGTCAACCTCGACGTCCTAGAGAGT
GAGGTAAAGCCCTGAATTGAAATGGTTGCCAACGGGAGACCTTAAGTATG
GCAGTGGACTCGAAAACTATCAATCTATTAGAATCTAGTTTTATTTTCTT
TAGTCTGATAACTGATTGGAGAGAAAATTTCATTTAAAAAAAAAATCCTT
TTTGCGGCACAGATAGCTTTTTCATCCTGTATATTTTCATTAATTAACAA
CACAATAATAAAAAATATTGAGTTTTCATAATTCCAGGACTTTAAATAAT
TACCTATATAAGTATTTATTTATATTACATACCTAGTCTTGTTTTTTTTT
TCTTTCAAAAGTTTTTTCTCAATGCTTTGTTCCGTTATTGTTTATTTTTC
ACTAACTTTGTATTTAGGTGCTTATGTAAATACGCATATAAAAATTGGGA
AAAACTTTTTATCAAAAAAATATTTGTTGTTATAATTTTTCTATTAAATT
TGTTTCTCTTTTTTTTAGATGGTTGGGCAAAGGACGACTTGATATATCTT
TGGAAGGAAAAAGACCCAGTTCAAGTGGTACCTGGTCTCCACCTCCCTAG
ATTTACATTAGAACAATATAAAAGTGCTTATTGTGACGTTACAACGAATA
CAGGTAAGCAATTATCATTTTATAAATTAACAATAACATGTCGGCTGAAA
ATTTAGTAGGAAAAGATAGTAAAACAGATTTGTTTAGAAATGTTAATTTT
ATTTAATCAATATAGTTACCTCTGAGGGCGATAGAACGATATAATCGATT
GAACGATTTTATGATACCTTGTTCATAGTACGGTTTCTCTTTAGTCTCAA
ATATGGTGGATTACCACTTAACTAACTCTGATTTTTTGTTGAGTGAGCAC
TCTTTCGAGATCTGCAAACGGGAAATATGGGAAATATTCACTTGAGGCTA
GATATGTATCATACGGTGGACAAGGATGCAATTTGGCCATTGTTTCAGTG
ATTTAAAAAATTACTTCTTTTTTTCAAGTGATTTTATCATTCAAACACTC
CATCAATGCTCTCTAATAATCGTTGTTGGTCTGATACATAAATTGTATAG
ACCCTCAATTAGGTATTTAATATAATTCCCGTCCCAAAAATGTCCCATAT
TTAAAGTGTTCTTCGTTTAGTGAGCTTGAATATCTCAAATGAACTACAAT
ATTTAGCCATAATTTAAATTTTGGTCCAATACACGTAGTTATTATTGTTA
TAAAAATTGGCAAATGTTGATTGATGATGACATTACTGGCTAATAGACAT
AATGCCGACATTTTACAAAACAATGTTCTGTGTCTGCTCAATATAGTAAT
AGTAAGGGAGAAATATATTTTAACGAACCAGCACTGAGATATCCCAGTTT
GAAATCAATTAAGTAATTATATTTAATAGTATGAAAAACTTTACAAATAC
ATCAATCCATATGTCTGATAATTATTTAATATGAACTTTTAAATAATAAG
TAATGCTCGGAAGACATTTATTACATCAGACTTACAATAATAAATTGTTA
TTTATAAAAATATAATTCTTTCATAAAATTTTTGACAAAATGCATTGGCT
TTATTCCTTCTTACATCATTTTTTTTTTTTTTTGGTTAKTGAAGCAGAAT
TATCAAAATTGGATTTTAATCTTGACATTAATAACTGGATCTTAATGTGG
TCTATATTAATTTGTAGGAGTCGATATAGAGCTATCAGAGGTCCATGCAA
TCAACTTAAAAATGGGAGATCTATATATTAAGCCACGTCACGAAATTACA
AAAACACGAGTTTAGAATTTATGATACCTATAATAGATAAAATTTATATA
TCTTTCTGCACAAATACTAATAAGGTTGAATAAAGTAATTTAAATGCATA
TTTCATTTGTGAAGTGCTTCGTGGCAGTCCTTAGTAAAATTGATTTGATG
AGCAGAAAATAGGAAGGTTTTTTCCCGAATTTCCCAACTTGTCATCCACA
AACGTCCAGTATGTAGAACTTTAGCCCACGTTCAACATTTAAAAGTAATT
TTTTGTAGATTTAAAACGTAATTTTGGTGATGTTTTTTGTATAAGCTGTT
ACATAGAACTTAAGTTTTAACATTTATTTTTCGTTTTTTAAAGAAACAAA
AAATGTATATTATAAAGTAAACACGTGTACTAACGAAATACTGAATGTTA
CTCCATTGTTCTGATCAGTTTTTATCCTTGGTAAAAATGAACCACTCTTA
TATATTTACTATACAACACTTTATTTATTTTAAATTTAAGATAAATTATA
TTTTATAAGATGAATTAACAGTATATTAGCTAATTTTTAATTTAAATATT
ATTTAATTCTATTTTAAAAATTACAATATAAACACCAGATATAATTTTAA
GTCGTATGGTCTGTTTCTTGTATTTGTTTATTTTAATAAGAAAGAGTATA
TATATACTACTAAGCTACAAAAAGCTTTAAATGATATAATTAAGTAGGTC
TGGAAATCTTTCAACGGCATTGTAACCCTGAAAATGGACTTCTACGCTCT
GTGTTTAAAAGACTATGTGTATTCTCACCCCAAGATTGATGGACACCTGT
TATTATCAGTGTATGTTTAAAGGTCAATAAAATCAAGGGCTGTCCAATTC
TAAATCCTATATCCTAAATATTCTAAATTAGTCATTTTCAGTATGATTCG
TTCAATATTCAGAGTGATGAAGATGCAAAATCTTTTTAAACTAGTAATTT
TCAGATAATGACAAGATAAAAAATTATTTTTTAATATTATAAGTCCAAAA
ACTATCAATCAATTTTATTTTTGTGATTAAAAGTTGAAATGTGGCATTTG
GATCCGTAAGACGAAACCAGGGGTTAGGCATTATAAGTTTAAGTCCATGT
TGGGATGGATGTATAATTGAAAATCTAGATCTAAGTAATTCTTGTCTGTG
TCTATACTATAAACAGACTGGGATTTATTTTTATTTCACTACTATCATTG
CTACTTGTAGAGTATCTAATGAACCTTCGTAACAGATAAACTGATATATT
CTATAAAATATTCTACAAATTGTCAGGACTACCATATCATTTTTTGTGCT
ACAAAATTACAACTCCACTTATAGCTATTATTTTTATAGCTATACAAACT
TGTTGATATATATGTATAAACCAATAAACTATCACTAAATATATGTTGAA
GTTTGCTTTGCTCAAGTTGATCACTCCTCCTTTTTTTCTTCTTGTTATGA
TTATTATTAAGCTAGAATATTATCAGTAGATATTTGAACATTAAATACTT
TACATATACATTAGTAGGTAGACTACCAGATTCAGAATAGTATCGGTCTC
AATAAATTAAAAACTAGGCCATAATTTTTTGATATAAATGTTTTTACAGG
AGATATTTTAAATATACACATTATAAATATTTTAAAAGACATAAAATATT
TAATATATAAAAAAAGGAAATCCTTAAGATCAAAACTTGAAAATTCGATA
TCCACTCCAAATGTTTTTCTAATTTTTTTATCGAAATTTTTTTCTTTATT
CGTTCACATATTCATAATTACTGAGTGGTCCATWAAAATCTGAACATTTA
TTAATTTAATAATATATCAAGTTGATTGATTGAAATTAATTAACAATTCG
ATATATTAAAGTATAAACAATTAGTTAACAAAACNNNATATATTAAAGTA
TAAACAATTAGTTACAAAACAATACAATCTTCAGCTTTCTAGCTTACGTA
AAAGTAAAAAAATGCCACATAAACGTAATCAACGAATTTCCATTCGCTTG
CACCAAACAATTGGGTGTCTTCAAGACCATTGTCTTCACCGTCAGCACGT
CTGAAACATTGGAGAGGAAGAATGTATCTGTCAAAAATTATTATTTTTAA
TATTAATAATTAATTTAATATTATTATTGTTATTATATACTTTTGGTCAC
CTAGAGCCCTGATCCGAACCCCCTTGACTACACCTTTTGGGTGCATGTCA
ATGTGAAGGCCTGTAGTGTCTGTCATTCTAACAAAAAAACCTCAAAGTCA
CTGTCAGCTAGGACTGGTACGCCATGACAGAAAGCAGCGGATTCCATGTG
TTCTGCAAACGCTTGGAATCGGTTGCTTTCTGTTATTGCCACTAAGGGAA
GCTATATTTTAATGTTTAAGAGAGCTCAGACATACAAATTGAAATTCGAT
TGTTAATTAATAAATTATATCTTGTTGAAGTTTAAAATTCAAATTATTCA
GATTTTAGTGGAACACTCGGTATATGTGTAATATACAATTTAATTAGAAA
ATCAATCAAAATTTGATTGTATTTACCTCTATGCATGCGTATGTATTTAA
TTGATTAAAGTATAATATATCCATGTAAATTGCTTATTAATTTAATTTGG
CAGAATATTCAATGAGTATTGTATTTTCATGCTATTACCTTATCCGAAGC
AGGCCACAACTTCTATGTGCATTCTTCTGTAACTCCCTACTGAACTTTAG
ATTAGTTCTTAGAAACTTTCAGATATTTGAATATTTAAATTGTTCAATTA
ATTGTATCTATTTTTTTACTCAAATCCGTCAGAAAAATTGTATTATTTCA
ACTTTTAGAGACTACAGAATTAACTTACGCAAATTACGCTTATTTTGGTG
TATGTAAATTATAAATTGCGTAAAGTAAAATTGCTCTCTATATAGTCCAT
TCATAGAATTTCCAATTGAGTATAACCTAGTGCAGTGGTTCTTAACCTGG
TTCTATTAAACCCCAGATGTTCGGGAGACACTCTCAGGGGTTTGGCAAGC
TCCTTGCATCCATTCACGTAACTGTCGACAAGGGCAACCAGCTTTCAGTG
TATTTGTGCTGAAACAGCGCTGCATCGTTCAGATACATTTTTGTACCTGG
AGAGCTGAAGTAAGCCATTTTTATACTCTTAAAAGAGCTTGTAAAGTTTG
TTGAGGAATAATTCCCCACCACAGAGTCATATCCAGAATGGATGAGATAT
CTTTTCATGTTTAGTATTGCAACAGCAGACGTGAACGATGAATATTTTGA
TGAAATCATTGAACTTCAGTAGAGTTAGCTTCAACATCAACTCTTCAGAA
GAACAACACTGTTAACGTTTGGTTTCATAAAATCCTAAAATTCCCTTTTA
TTGTAAAGAAAGCCTTGGAGATCCTCATACCGTTTGTAACCACATATCTT
TTTGATAATTCATTTTCGAGGATGGTTGACATAAAACGATGAAAAGGGAC
AGATCTTCTTTTTAAAANCCATATGTGATTGGCACTTACCAAGGTGAAGC
CACGTATTTATGAACATGTGTCTGAAAGGCAACATCAAAAGACACATAGA
TTTGTATCAAATATTCATTGAATTATGTTATTGTATTAAATTCATTTTTT
TTTTCATTGAACACAGTGGTTTTTGGTTGTAACTGACGCTTGGTTCATTT
TGTGCAACAGTAAAATATATTCCTATATTTTGAAGAAAAACATATTTTAT
TTCTCTATTAACGAAGTGTTAGGGTGAATGCACTGATGAAGCTCGGAGGA
TCAGTACATGGTATTTCCTACGGTTTTTATATCCAAATTGTATTGTACAT
TTTACAAAAAAAAAAATTAAGTCAATCGACGGTCAATTATTATTCTTTAT
GTATTCGTGATTTATAAGTTTAAAAAGTGATCTACCTAATGTAATTTTTT
CTTTTTACTAGATTATGTCTTATAAATTGTAATCTAATTTTTCAATTTTA
ACTAGAAAAATCTTCATGCATCGGCATTTTTATAATTTTTATCTGATGTT
ACAAAAACGGAGTCACACAAAAAATAATACTAATCATGAATCTATTTGTG
AATGATTAAGGAATTTAAAATAAAAACTTATATTTCATTGAGCCAAAAAA
TGTGACATAAACTAAAAATGTATTCTACTGATGTAAAAAAATAAATTAAA
TAAAGCCAATTTTTTTAAAGAATATGCTCATTTAAAAAAAAAGTAAAGTA
GTTGTATACTCATTGTGATTATAGATCACTGTATCTTGTAGCCTCCATTG
CTAACCTGAAATGATTGTCTACTCCAAAGGCCTGAAATATCCATGTAATT
TCATCAATCTATAATATTTTTACTTCATCTTCAGTGTAATTTCTTTATTC
ATTATACTATTTCTATATTAGATACTTTTGAATGGTAATTTATTAGTTCC
TCCTGAATTATTTAGCAATTCAGGAAATAATATTACAGATTTCAATAGAT
ATATTTAGTGCGTTCGTATTTTTTGACCACTGCAACTTTAAAAAAAAGGA
AGAGAAATAAAAAAAAATATCTTATTTTATAATAATCATTTCGAAATAAT
ATCGCCTCAAGCTTCCACAAAATATAATATTAGGTGTAGTAAAAAGAAGT
ATCTTTTTTTTAAAGATAAGAGTTCGTGATAAAAAATATGTATTTATACA
GTTTGGGGATTGTTTGACTCAGTATTGTTTGAGCGTGCGTMAAAGAKGGA
GACGAGCAAAGGMAAAAGTWMAAGCCATATGGATGAAAATTCGAACAGTG
TTTATGATTTTGATACTGTAATAGTCAATCACGCGCAATTTTGGATTCTT
TGATTCTGTTACCGTAACTCTGATGTAAAAAATACGAGCACACATGTTGA
AAAAAAATAATTGATTTTTTTTAATATTCCTATATATATTACTACTATTT
TAGATTTTTATCACAGATGGGAAATAGAAGTTAAAAAATTATTCACCGAT
TCTTATCATAGATATCGTATGTAATATCTACTAAGGCAAGTATCTTTATA
TAAGTTTGAATATTTATTGAAACGTTGGGTGGCTAAAATTTCCAGAGAAG
TACTCGTTTTATGATTTGAAGGGAAGTAAGGATTGTTAAATATATATTAG
TTTTAAGATATTCATTAAAAATATTGATGTGACAATTCCGAAAAAACTCC
AATACGATTCTATTACAAATTACCAATTCTGATTCTTGTAAAAAATAGCT
AAAAAATACAATTTTGATATCAAGGTGTCCATATGATCATATTTGAAAGG
GGAGGGGTTGGTTTTTGAATTTTTTTAACATAAACATTAATATATGAAAT
TTGATACTTTAATTTTTTACAAAAATATTAAAACTATTCACAAAAAATTA
TTTTTTAGATAAAAAAAAGAAAGAAAAAAATAGAAAAAATTTGAAGATTG
AATTTTCAAAATAAAATTTTAATATTAAATTTTTCTCCGAAAAATTTAAT
GAATACATAATTTTTCAACAAGTTAAATCTTTCGATTTTTTTTCCGAAAA
ATTAAATTATAAATATTAATTTTTCTTGTAAAAAGCAAAAATTCCTTAAT
TTTGGAAAGGGCTTTTTTTTTTTTCATAACTTACAAAATAAAATAATTAG
TTAATGCCAACAATAAATAAGAATCGGAATTGCAAATTTAACATTATTTT
CCCGATGTTGATCCCAATTCAAGAAAGACACCCGCTTCTACGTATCTGAC
TAATCGTCCCACAACTAATTCAAACTGCTTTAAATATATTTCAATTATTG
AGCTCTTGGATATTTTCCTATGGATATTTGATTACATTGAGCATTGCATA
TGCTTACAAAAAGGAGAATAATTGGTATGCTTGTATATCTTTATATTAAC
ATGTGCCTATTGATATGTGAAAGGCACATCACTTGGTCAATTATAACACA
TAATTATTATTCTCAATCAACGCATATTTTTTCATGTTTTTTAACAGACA
TTCTAATTAGGGGTCTAAGCTAATTATCTCATATATATGTATGTACCTGT
ACCCTGTAGAAGTAAATATAATCCGATTTGATAGACATACACTTTTATAT
TTTATTCTCAACATTTCATGTCTTTTAACAAAAAAATAACTTTCTTTTTT
TTTCATTTTGTGTTCTTTTAAAAATTTAATTTCCTTTAAATAAATACAAA
TGTATCTTTATTGAAAGAGTCTATATGGTTAATTATTAAATGTCGTTTGG
TGTTATTTTTATAATTAAATTTATACATGCCCAGTAGGTATTACTTATGG
CAATAGATGTGATGAGTCAACATAAAAGCAATATAGAACAAAAATCTAGA
AAATGAGAACAGCCTTAAATGACCCCATATTTCATAAACATATTTAATTT
ATTTAAAGACTTTGTATTCAAGTTGTGGTATAACTTAAGGTATCTCAGAA
TTATAGCTATAGTTTGAACATATATTTTATTTAAGAAACTTATATTACCG
ACCATATGGTCCTTCATATAAAATCTACCAATACCTTATTCATTCTTGTG
AAAACCAAAGCTGGCTACTTTTAGTGCCACTTGCCGTGCCTCCAAAAGGT
TGATAATAATAATCTGTTGAAAGAAATTCTAGATTATTTGTCAAAAAATA
CAAATGTAAACCACACTCTATTTCGTTAAACAACATTCTAAATTACTTTT
GTAGTAATGGGTCTTCTATATTTTGTTATTCCCTTGAATCCACATTCATT
TTATTCCAGTAATTGCAAAAGGAATTTCTTTTATCTCATGACGTCATATG
TAGAGGTTGATCCATAAATCTTAGGACAGCAACTTCAAATTAATATTTAT
CCTACACGGGTGTAGTTTTTTAATTCTATTTGTTGCATGTGATTCCTGCC
ACCTCCATCCTTGTTTGTTGTAAAATACACTTTTTCATAAAACGTGTTCC
TGAGCCAGTAATGACGACATCATCAGGATGGATAGGAGTTGAGTTGATCG
GTATACTGTGAAACCAATAATGAACTTTTTCACAGAATACTTAATTTTTT
ATGTTTTTTAAAAAATATGGTTTATAACAGAACTGAAGTCGAGTCTATAT
TTTCCAAGTCAAGTTCGAGTCATCAGTATCCATCCAAGGTCCATTAAAAA
AGACACGAGTACAGACTCGAGAACTGGTTTATACATATTTCAATTTGTAG
GGCAAGCATAGAACATCAGGAACTGGAAACAGTTCACCACCACCTTTTCA
TTTGATATAGGCCGAACCAGAAATAATATAATAGAAAATAGCATATTGTC
AGTGTTGCAAGTATTTTTATTTATTTGCAAAACAGTTGGAATTAGGTCAT
AGGCCGACTTTTGTGGACACTGACTTTAAATATTTAAGAAAGGAGGGCTT
CAAACTTTCTATTATGAGCAAACCAGAAATAAATTGACTCCTGTGGACGG
AAAGGGGAGATAATTATGATTAATAAATTTATGTATTTTTACCCCTATTC
GTAATTGATAAAAAGTTAAACTTTCAACAAGTAAATCATTTTGTTATTTG
TTTATTAAATTCCTTTTTACTAAATAAGGAATTGATATCAGATTCGTACA
TAAAGAGGGTATCAAAATTGGATCAGGAATGTTATCTGTACATCCCTTAT
AAAAATAAATTATGTATTTCTTATTTTCTTGATTCTTGCTCCTTATTTTT
GTTTGTGTAATCTCATCACATTTACTAAAGTGTAATTTATAAGATAGTTT
TCTTTGATCAAAAGTTATTTCTCTTTATTAATTTGAAAGGGATTTTGTCT
CATCATTTTATTTTACGTGGTGTTTTGTCCTAGAACCCCATGCACTAATA
TTATCAATTAATAAATGTAAACCCACACTCAGGAAAGCAATATCAATATA
TTAAAATAAATTTGATGGATCATGGATATTTCTTTAGTTATTTTACAAAG
CAGATAATAATGTTACATTTATGTAAATATTGTATATAAATAAACTCTGT
ACAAGTTTCAAAGGAAGTTAAAAGTTGTTAAAAGGTTTCGAATAATCAAA
TTTCAAAGAATAATTCTCAAAACTTTAGTTTAGTTTCTTTTTCTATTCAA
TTTTGTTATTCTTTTCCTCGAAATATTGTATATAATCTTTCTTTGGATTA
CATATATAATAATTCTTTAGTGTATTTATCTTCAAGTCAATAGTCATTGA
TACTTACATATCTTTACATAAGTATATAATATTTTTAACACATTTTTAAA
CGAAATATTAAACAAAAGTAGGGATTGATATAGATCAGAATTTCCCAACC
TGAGGTATTTGGACCCTAAGGGTTACGGTGATACAGTTGCACCAACATTA
TCAGAATCAGCGGACAGATCGGATCGATCTTTATGATGTAAAGAAGCTTA
GTCATCTACCTTTCTCTGTAAGGTACCAGATCGAATAAAGTCTAAAACTA
TAAAAAGATAATGGGACAGAGAAAGGAACACAGCTTGACCTTTTTGTATT
TTGTGTACTACTGACGCTTTATATTCTCTTCTTTATTAAAAAAAGTCAGG
AAAAACTTATAAAACACGATAATCTTGTTTTATTCATAAAAACATTTTAT
TTAAGTACATTAAGTTCCCTGAATCTGAAAAGGATGTCCTATTATAGGAG
CAGCTGCATCACTCTACTAAGGTACACTTGCTTATATCAGCTGGTACAAT
AAAGATTTTAGTAAAATAATAATCATATTTATACATATATATATATATTA
TATACTTTTTGTGTGTGTATCTTTGGCAATTACCCACACCGTTGGGCCTA
GGAGGCTGAAACTTTGCATGAATATCTCTTTTGAGCCTGTTTAGGCAAGG
ATGATGAGCAGATTTTTGAGAGGTTTATATGAAACAAAAAATAATTGGAC
CTCGCGAGCCTAGATAGGGTTTTATATTTAAATTAAAAAGTGACTGTGTC
CCAAAAACAACTGGCGAAGTCGAGATTTACAATATCTTACTAGTGTAGCA
GATGGTAAGATGTTTACGCCACAATTTCAAATCTCATCAGGTTGTATTTA
TTTCAATTCTCCTTGTAAAGACTGTGATAAACTATTTGATTCTGTGGTTC
ATGCTTTTGGTAATTGCCAGGCTCTGCAGATACTGTGCGAGGATGTTTTC
ATCAATTTGAAGGGAGTTACAGATATAAAAAGTCTCTCCGACTCTACTGT
TTGGACTATCCAGTAGAAAATTTATTGCTCCAGAACAGATCATAGGAATA
CAGCGTGCTATTTTAAATTGCAAAGCTCTTATCGTGGAGAAACTGACACA
TTGGAAACTTATAAACTCTGGGAGGGGGGTAATTAAGAGGGATTCTCATT
ACTGCAGCTGCTTGCTATACTGCTTTCACATTTAAAATTATGGATTATAA
TTTCTAAACTTGGAAGTTTGCTGAAGATCTTATTAAATTTCATCCTTCAT
TCTCAGAGTGTTTTTTGATGGTTTTGTATAAGTTCGAAATAATCATTTAC
TTGTGTTTTCGTTATACTAGTTATTTTTGTTAATTTTATGCTTGCTTTTT
GAACTTTCATAAAGTTGTTCTTGGCTTATTGGTTAGTCATCGTTTTTAAC
GCTTGTAGTAACGTGCATTGTTGTATATTGTTGTTCTTTTTTTCTAAGCA
AGTAATTTCAAACTAAATTATTTATTATTATCTGTATAATGTAACTTTTC
TAGATGAATAAAGAGAAANNNNNNNCTTGCTAAWTTTNTTMAAAATMAAA
AAAGTTATGTACAAAAAAATAAATCATTAATATAGCCGTTCCATTTTTTT
TWTWTTTTTTTTTCAGGTGCAAAAAAACAAMAACGAATTAGATAAAATAA
AGTTTGTAGAAATTGGTCTGCAGATTCGTTTGCATATAAATTTGAGACAT
AAAAAATAATGTTTATCTTTAATATATCTGTCATTTTCTTAATAATTTGT
CAATTTCTTTCATTCTATTTTTTTCATCTAGTATCAATTTATAAGAAGAA
ATGGACATAAAATTGATTACCTTAAACCTTTGGTTNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAATAATCATAACAT
TTATTATTTTTCTTAACTAACAAACATATTTTTTTTATAATTTCGCTATA
TTCTAATTTCAAAAGTCGTAATTTGTATATTGTCATAAGCCTTATGATCA
GTCATGATAAATACATGGGGAAATGACGATCCAACAAGTATTGCATATGT
GACTTTGGGTCAACGCTAAAACCTTTCTTGTCCAAAATTCTTTTTCAGCT
ATGTTCAGAACAGTGACATAWTTTGKYKAATTTGATTATAAAAAATTAAA
GGATACATTGAAAACATTAATAATGGACCATCTAAAAAAGTTTAAAAACG
AAGGCCAAGGTTATTTCTGTACTCTTGGTGATGACAAACTTAATTATTTC
GCAGATTCTTTTGTATCAACCCTGAGTTCATTACCAACAGAAAGAAGTAA
CGTCAAACTGTTTGTTATTTTTATTCTGGAGGAAAATTATATACATTTTG
AGCTAAACTGTTAAAATCGTACACTATAATTGTTGATTCAGCAATACAAG
TATTGCTTCTCTATCCGTCGATTTGAATTTGTTACTCTAAATTTTCAATT
CAATTCATAATAATTATTAAAGACCAAATCTAAAAACAACAAAACACATT
TTTCATTCTGCATTTTTATAACTAAATCCTCAAATAGATAAACTTGCAAT
CAAGAAACAAAGTATTGGATCTCTTTAAAACAATTAAAATATTTGTTTTC
TAGGTTGATTTTAAATTATTATATATTATATTTCATATAGACTAGAGTAA
TTAATTTTTACCGGTGTTGCTCGAGACATAAAACATTAAAATTATTTATG
AATAAAAAATATAGACTGTAAATTTGGAAGAATTATTCTTACTACAGGCT
TTGCATTACTTTTTTTTTTAAGGAGATAGAGTTGGTTTGACCGGAACATA
AAGAAATTATAATTAATTCTTAACTCTTGTGCTTCATATAAAACAAAAAC
CGTCAAATTCTAAGAGTTATGATCGCTGCATGTTGTTTGAATATTTGCAC
AATTTTTTTAAAGGGGATTATAAGGATTGGTCAAGAAAAAATATTCAAGT
TGAACTATTGTTCACTCAATCATCATATTATTGTCCAAAATCCTTTGTCT
GATCTTTCTTTGATTTTTTCCTCCCTAAACCTTATAATCACCTTTTTTTA
AAGTGTGCACAAGAATACATACCAAGATCTAGAAATAATTATTCGTAAAA
TTTTCTGTTCTTTTTTTAATTTGAAATAGTTGTTTGTTTGTCAAAAAATT
AGTTTGTAAAAAAAGTTTTTTGAAGACCACCATGGTATTGAAAGCCCAAA
AATTGTTTCTAGAATCATATCTTGAGCCTTAAAAAATTTAATCATTGGTT
TGGGAGTGATTCTTGGACAAATGCTCCCACACACATTTGCATTTAATATA
AAGATAACGAGTTAGTTTGGAGGCGTAAAAACCGAATGTATCTTTATAAT
TCACAAAAAAAATAAAATAATAATTTTGTTATTGAAGTTGATTTTTATAT
TTTTTTTAAACTCAGGGGTACGTAGATATATATTAAAATTGTAAATGGAT
TATACGGTGAGAGAAACAATCGAGAGCCCTGGTCTAATGCTAATACTGGT
GAACTTGTACCCGAAACATAATTTATTAAATACCCACAATAACAGGTACT
TGATGACGTTAAAGAATCTTTAAAAAAATATTCAGCTTTATTAATTGGTG
AGCTCCAGTTTTTAAGCAGATATTTGTCTTAAACTTATTACTAATGACGG
GTAACTTTGAGTCTTTCCCTGATTTTACCTGTACTTATGTACATAAATTA
TGAGGCATCAGTTGACAGATGAAACGTACACTCCTTTATTTCCTACTCTC
TCTCTCTCATCAACTGTGGTACTAGGAAGAAATATAAAAATGAGGAGTTG
AAGGCAGTTTTATAAGCCCGACATCATGTACTTCTCAAATGTTCTATGTA
ATTGAGGCTGTAGATATATGTAGCTTTAAATAACTCGTAGGTATTAAGTT
ACCATTCTTTTACCCGAGTACAAAGTTCCATTACCCTAGGTACCTAAAAC
GTATCCCATCCTTAACAACAAAGAACCAAAATTGAATCGATTGTGGTAAA
CCTTTTAATAAAATTGAATTAATTTTTCGTTATTATTCAATTTCATAACG
ATTAGTGCATTTTGCTTTCCAAACTTTTGCTCCTAATCAATAATTATGCA
GTTGATCTTTTTAGTACTTGTTGGATACATAATTTGATTTATCTAAGAAA
ATCAATGATAATACAGGGTGATATTACCTAGTGGTCCACTTAATTTAAAT
ATTAATTCATTAGAAATTCATTCATTGATTGTCTACAAACTCAGTAAAAG
AGACTAATATTCCTACTCAAGATTCCTTACGCAAAGTTTGGATTCAAGTT
AAAAAAAAAGTGAGAACGAGAAAATATAGCAATAAAGGAGTAAAATTTTG
TAACTTCTCTGACGCAGTATATCCCCCCTGTCTATATAGAAGGAGCTCGG
GTCAGCTTCAATGGGAGATGTCTTCAAAAAGAAAAATCTAGACGGAACCA
TGGTCTTTGACGTTGTATCTAGCATAGGCAAAAGCTGCCCTCCTCTTTTT
GTGAAGAGGAAGGAGCAGCTCTTTGTATATGCTTATATCGAACTTATGAA
AAAGAAAGTGCCACCTATGGCCAAAGAAAAGTTCGGGGACAACTTTGTTT
TCAATAAAGACGGAGCTCCGAGTCATCGCACCGCTGAGACCCAGCCCTTC
CTGAGATACAACTTTCCGTACTTTTGGGGCATCAACATGTGGCCGCCCTC
CTCTCCAGACGCAAATCCCTTGGACTATTCTATTTAGGGACTTCTGGAGG
AGAGAGTGTGTGCTACTCCTTATAGGAGTGTCCAGTCTCTTGTGGCTTCC
ATCAAGAAGAAGTTGATCATAATAGAAACTTCCCAAGCACTATTTTTAGA
TGATTTTGTAAAATAACCGTCCTCACAAAAACCTCTTGTGTAAATTTTAC
TCCTGAAAAATGGAAAATAATAAAATGTGGACCACTTGATAAGATCAACC
CTGTATATTCATTTTTGTTGCCTCTTGGGAAACAAAATAAAGGAAATTAA
ATAATGAGGTGATTTATAAAAATATCTCTATTATCAAAAATACAATCCTG
CCTTGAGCAGTACCATGTTTTCGTAGTAATTCTGTATACATTAACTTCCA
TTATTAGGTTAGATAACATATCAAAAATATGACATGCTACTAACCTTAAT
AGACCTCATATTTTGGTTAATTTGATTTAAAAAAAGTATTACCGTATTTG
TAAACAAAAATGTTTTTCTCAGTGTATATATTAAAAACTAGTAATTTATA
GCAGTGTTACTTAATGTTTAAAATATATATTCCCAGTTACGTCATTAAAA
TAATTGTTTTTATTCTCTACTGCCCAGACCTTATTATATAAACCTTGGTT
ATAAATAGTTTTTCTTGGGTAAATCAACTATTCATTTAGAAGGACATGCA
TGTAGAATTTTTAGTGTGAGTTCAGTAGCAATAAATAAGTGACATTTATT
TACATATTTGATAAACGGGTATTATATAAAAACTAAAAAGGGTGATGTAA
GACAAACACTATAAAATCATGTTGTTACTTTTTCGGCATAAAAAGTTGTA
AATTCTATGTACATTTTATACGCATAAATAAAATAATACTTACTTCTTAT
TTATTCATTATAGGTGAATACAGCTGTTTAAAAGTGGAACTTATTTTCAA
AAGAGAATTTTCATACTACCTTATCACTATTTACGTCCCATGTTGTATGC
TGGTCATAGTCTCTTGGGTCAGCTTTTGGTTGGATCAAAATGCTATTCCA
GCACGTGTTTCCCTTGGTGTGACCACTCTACTTACCATGTCCACACAAAC
CTCCGGAATTAATGCACAACTTCCGCCCGTTTCCTATACTAAAGCAATTG
ATGTATGGACTGGAGTAAGTTTATACTTTATTTTACACATAAGTACAAAT
TCATGTTCAAAAGATGGAAAAATAGAAATATTTTGTGTTGCGATTCGGGT
TGAAAAAAATATAAATTGACCCAAAACCTTTATATTTAGTTCTTTGAGAT
TGATCTAACTCGGTCTCAGAATCAGCTCTATGTATATTTCGGTTTCAATT
GGTTTTATAGCCGGGTGATAAAATAACGTAAATATATTATCTCATTAGTC
AATCCTTAAATTGTCTTATAGTCTAGCAACCATGTTTTAGAAGTCATTTA
TTGTTCATAGAACTTATTGTTTCGTATCACTGTTGTTCTAAGGACACGTT
TTGAATTTTTCGGGATCTTGAGAACATCGTTCAGTTATTATTTCTTTCTT
AATAAATAATTTTGATATATTGCATCTCATCATACGTCGTCTAAAAGGTA
AGAGATGAAGTTCATTCTATTCATCTACTTTTTATTAAATATTAACAAGT
ATGTCTGAATGTCCACCTGATAATAGCTTTTTTGTCCATTGTAGGGTACT
GATAGAGGAAATGTTTCCGAGTTAAAAGGCACGTTTCATCACTTAGCTTT
ATAGCTTTGAGTATATTCACGTTAAAAAACAACTAAAAGATTACTTATCC
TATACATAAAAGGCAAACTAGTCCACAATTATTGCTGTCAGAGATAAACT
ATTCTACAAATTTGAAATTTTATTTTTTGCATCTATGTATATCCGTACAT
TTTCTTATTTCAATTCATTACTGTAAAGTTTTATATATAAATTTGGTTAC
AAATCATTATGTGTAGTAATTTTAATTCTATACACTCCCTTTGAACTTAT
AATATTTATGTAATTTGTTGAATATACGAAATTGATGTGGAAGAAGTAAT
GTAATCATAATATTGACACATATAATTCAATCAAAAAATTGAGGATAGAA
GAGAGGGGAGTGGTATTTCCAGACAAATGGTTTTTATACGAAGAGGTATT
AGATATGTACGATGAATCTAAAAGCAAGGCTTTTTATGACTTCCATGAAG
GAAATTGAAGCTAGCGTGAATTGACTCTTTTTCTTTTTTTTCATCAAATA
TAAATGTTTATATACAAAAAAGGTTGAGCTTTCTAAAAATTTAAAAAGAC
AATTAAGAAGTAATGATTAGTTTCGGAGTAAGACAACCAACAATTCTCCT
GGTTGGACCTAGGAGATAAAATCATAATTTTTTCAGAATACAAAATTATA
TTTCACAACTTCTTGGGAGATTTATTGGTCCTAATGATTAAAATAATTAC
ACATAAAAACACACACAATTTGGTAATTAAATAATTTAATTTAAAAAAAA
TGAAACTCGGACAGAGTAGTTGATGTTGTTTCCTCACAATTTCCTATTTA
TTCCTGCTCCCTTAATGTTGAATTTGCCAATCCACTCTCCCTCTCTGGTC
AATCTCATTACTTCTGTATTGGGGCTCACTTTTTCAATTCTTTGTACTTT
CATATGATGCATCTTGTGGGCGCTTGTTAAATATAGTGAAGAAGCTTCTT
CTCCTCTTTTGATGTAATCTACATGTTTTCTCTCGCTCTGTATCGTAATT
TTCTAACAGATTTTAACTTTGATATTTCCTGATTTTTAAATGCAATCATT
TCAACTTGTTTCATTGTGAGATCCCTCACTAGTCTCCAAGTGTTTTTTAA
TAATCTGGGAAACACTTGGCTGTGGGTAATATGTTATGGGAAATAACCTT
TGATTATCTCCACTTTGACAAGTGGTTTAAGTGATTCTTATCTTCGCATG
GTCATGGCTCTGTTTAGTTTGTCTTTAGCAATTCTTCCAGAGTAACTTCT
ACTCATCAACATCACCTTCAGTTCTACCATTTTTTATTTTCTTTGTTCAG
GATCACGGTATATCCTAACAATTCTGAGGGCCAGACTGTACGGGATGTTT
TGTTTTTTTACTACAGCAGGATGTGAGGAAGAAGGAAGCAGGTGCCAAAC
TCTGTCACAGTATTTCCTGTACAAGCCAGTTATAAAATTGCCTTTTTTGA
GGGAGACAAAGAGAGTTGTGGATTTGTTCTGGAAGTCCTTAGAGCAAGTG
AATTTCATTTGGGAGGGAGGGGTGGGGGGTTAAGTTCAATGATCTTCTGC
ATGAAGATCTTGAATTCTTCATATGTTCCAATCCATATCAAGAAGATGTC
ATCAATCAATCTCTTGTAGATTATGAGGGATTCCAACAATAAGATTGGCA
ACTCCTTTAATGAGTTTATCTATGAATTCCATAAAGATATTGGCATTTGT
TAGTGCTACTTTCGTCTCATAGTTGAATGAATAACTCCTTGTCGAACTCA
AATATCTTGCAGGTGAGGACCAGGGACAAGGGCCTCATGAGAACTGCTGT
ACGAAATTTAGACAATTAAGATACAAAATGACATATTACTTTGTTAATTC
GGTTTAATGAATTTTAAAAGTAATTCAGAAACATATATATTTCGGTTGAA
TATCGAATGTCTCTGCGTGACTTTCTGGAAGTTTTCCATTTTGGATAAAA
CATACAACACAAAAATGTATAGTGTATGGTGTTGTTAGTTGTTAATGGTT
ATGCTTCTGTAGCTTCTGTAGGGAGAACATGGCTCCCYTCTGGCCTGCAT
ACTTCTGGTCTTGGTCCTCGCCCGATGTGAATTACCTGTACTTCACTGCT
TGGCACGCCTTTGAGGGAAAAACGAACAACTTCTCCTTGGACTTCAACAA
GGCCAGTTGTGTTTCGGTTCATCACGCATAGAAGACATCATTCATAATGG
AGGGGGACATATTGAAAAAAAAGTGTAGAAAATTGTTGGATTACCAACTT
TTTGGTTCAAAACTTTGCCATCAAAATGACACAAAATAAAAATATGCAGA
AGTGAAAACTTTTTTTTATATTTATTTTTGAGTCCTCACCCTGAAGCTAT
ATAGAAAAAAAAATACTAGCTGGCTCATCAAATAAAAACAATCTTTAAGT
CTCAAAATAATACTATTATTTTTTCAATCTTGCAGAAGGAACATGCAAAT
AATTAGTTGTTACGAGTTATTTTACTCATGAAAAAGGAAGAGTAAAACTG
ACAATTTCCTGGGGAGTGATATTCTATTTTATTAACCATTAAATGTTTTG
TTTTTTTGATGGTCAAAAAACGCTTTTAAACATATTATTCAACAAAAAAG
CGTCAAATAGTTGTTAAGTATGAGTAGAAATAAGTATGATTTTTCATCAG
TAATTGTGTTAAATGTGTGATGATTAATTAGAAACAAATCCAAAAATATT
TCTCGTTCTTTTCATTACATTACTTATATGAAAAGTTTTACACAAGAAAG
AATATTTACAAAAAAAAAACTAAATAGGATTTAAGGGTTAAAACAAATTT
TGTATGTTTGTCGATGTGTAATAACTGGGTTACATAAGCCTTTTATTGAT
CTTAAAACTATACTTTATTAACGTATACAACAGAAGATCGAATTAACAAG
TCNTCAAATAGTTGTTAAGTATGAGTAGAAATAAGTATGATTTTTCATCA
GTAATTGTGTTAAATGTGTGATGATTAATTAGAAACAAATCCAAAAATAT
TTCTCGTTCTTTTCATTACATTACTTATATGAAAAGTTTTACACAAGAAA
GAATATTTTACAAAAAAAAAACTAAATAGGATTTAAGGGTTAAAACAAAT
TTTGTATGTTTGTCGATGTGTAATAACTGGGTTACATAAGCCTTTTATTT
GATCTTAAAACTATACTTTATTAACGTATACAACAGAAGATCGAATTAAC
AAGTCACACTAAAAATAAGACACACTAGTTCATACACAAAAATAGAAGTA
GTTGACCTTTTTTCGGTTTTTCGACCTTTTGATATATCTATATATATATA
TACTTGACTATTTAAATCTAATTAATACTTTTATTCCATAAGAATTTGAC
AAATGGTTCTCAAATACCCTTATGAACGTATGTTATGTCATTGTTGTAAT
TTCTCAGTTCTTATACCCCATTTATAGCAGTCGCGCTTGAGCCTTTGCTT
AATGGATTCTATATGGCTCTACATATATACATGTTAACCTTGAATTAAAA
TAAAATGTCACATTATGTACATACATACATATTTACAAACTAACTCATTT
ATAATTTAATAACGAAATAAAAATGTGATAGTCTTTAACAAAATTATTAT
ATCCTCATAGAATATATTAGGTTGAGGAAAAAGTTATTTCGTAGTGCCAA
TTTAACACTTGGTATGCTCCGCTAGGTTCGATAACTTGTTGTATTAAGAA
TCCAACAATATAAAGACCTTCTTATAGAAACCCTTAYCCCTATAGGCAAA
AAACTTAACAAGCCTGTATTTAGGCCAATTTTTTACCCCTAAGCGCCTTG
GCCATAGATAGGAACAGATTGAAGTGATTTGATGCCAGGTCCGCACTGTA
GAGTGAATGCATAAAAACTTCCCATCCGAGCTCCATGACCTTTTAGCGCA
AATCAACGATGTGTGCAGCCTGGAGTTGTCTTGGTAAACCGGAAGAGTGT
TGACCTCGTATGCATCCCAAATTTTCTTTGTCACTTTTGATGCATTTCCC
TTCAGGTTGTAAAAGTGTAAAGTATCGCAAATTTCTTCCTAAGCCCTCCA
ATCTGGACGCATGGCAATTTCAATTGAACTGGCTAAGCAATAAACTGTAC
AAAAAGTGTTTTTAATATAGACTCACACCTTTACAACACTTTTTTTATCC
AGTATCAATTCATTTATTCTGATGCTCAATTAATANGATGCATTTTCCCT
TTCAGGTTGTAAAAGTGTAAAGTATCGCAAATTTCTTCCTAAGCCCTCCA
ATCTGGACGCATGGCAATTTCAATTGAACTGGCTAAGCAATAAACTGTAC
AAAAAGTGTTTTTAATATAGACTCACACCTTTACAACACTTTTTTTATCC
AGTATCAATTCATTTATTCTGATGCTCAATTAATAATAATATAAAAACAG
TAAAAGTATCTAAGTACATAAAAAAACCAAAGACAATATAAATTTTCCAA
GAACTACAAAATAATACAAAAAAAGAAACAAATAAAATAAAAACCTTAGT
TCATTAAATTATATAAATAATTTCTTACCATGCTGAAAATAGATGCATCC
ATTTCTATGTTCTTTGCCTTTACAATACTTTATTGTACGATCCAATGTCA
CAAATAATAATGAAAAAGATATACTTAGTTTTTAAAAAGAGGCAGGAAAT
ACGAAATTACTTTTTCCCCAACCTATTATAACTACATAACTCCACTTCAC
TCTATTTCCCTTTTCACTAGCGTATGCTTGAATACTTAAAAAATAATACA
TATATCTATATATAATCCCCTCCTCATGAATAATTCAATAATTTTGTCCT
TTCAGCAATGATATCTACATATACATACGAGTATTTAAATATGAACGATA
AACATCAGTGGAACTTAATTGATCATATGAATTAAACAATTGATAATTAT
ATGGAGCCCATTAAAATTCAGGCAGAAAACTCAGTTTACTTTTTTTTATT
AGCTATCGTTTAGAACGAAATATAGCCACCTTTTGCTTCAATAATGACCT
CCAAACGGGTCATGAATGTTATGCAAGCCTTTTCACTACGGCATTATTTT
ATTGGTTCCTAAAACTGATGGAGACGCTTTGAGCTTTGTTGTGAGTTTGG
CATATGTAGTAAGCTCTTAACAAGTGAATATAAAAAGTATTCCGTCTTCA
AACTAAAATGATTGTTATATAGTTTTATCCCAAAATAACATAAGGTCATT
GCTAAAAAGGAAGTGCAAAGGTCATATTGACAGTATGAGTTGGACACCAT
ATGGATGCAGGACAATACAATTCACAGTCCTCCTCTCCACGTCAACTTGT
TTAGCAATGTTGGTTTGATAAATTCCTTTGTTATGTTTATTTGATCATTT
TTATGCAATTGTCCCTCTCTATATACCCAAATTGTATTCAAACTAATCTT
TGTATGTCTACTTTTTAACCAAGTACAGGTATTTCAATAAAAAAATTATA
TTTATTTGACATTTGATATTAGCATAAATTAGAGAATTTTATTTTTTAAT
ATATATAAATATTACGTTTCAAATATGAAATGATTCATTATGTATCATAG
TAAATTTTACATTTACAAACATCACAGAGAATTTGAAACATGATTAGAAA
CACAACACTCTCTTAAAATACGTTTTGATTTCTATTATATTAATGAATNN
AAAAATAATGATTGTATTTCCCCATCTTAAAAAATGATAAACCTTTTACA
ATTTCATATAATGATTCGATTTCATTTTTATTAATACTCCTTTTATGAGA
AATTTATTCGTAAAAAAACTTAACGTTGCAAATAATAATAATTATTTATA
GTATGCTTATCAGCTAAAAGCGGACAGGGCTATCAAAAAAATGTGTCACT
GTCTGATCAAACAATTTGAAATTTGATGATGAGGCTTACAACAAATTATC
GTTTCCTATCGTACATAACTAGTTTTTTTATTATTAAAAAAATGGAGAAT
AGAAGAGCCAAGGAAATTGGCGATATGCGAAGAAATACACAGGGAAAAAA
TTGTACTGATTTAAAAGAAATGTCGTTGATATGCTTACACATGTTTTTTC
CTTGATCCTTATCTCCAGTACAGTAAAATATAACGAAATTGATTAGTAAA
TGGGTTAAACTATCCTAAATCAAGGAATACAAAACATCGTTTTTATAAAT
GTCTGATTAAACGACAGTTTCATCTATATTTATGTGTGTTTGAGGTTATG
TTCAGTCCAATAGTAAAAATACATACATAAGTTTGTTTACAAGGCTTATG
GAATGTTGATCTATAATTAAGGAGGAGAATTTGAAACTGGAATGTTTATT
TATAATTTTTATCTCTGCATTTTCTCTTTTATGCATTTTTGTATGATTTT
ATGTTTGTTTGTTATATATTTTTGTTCAATGAAGGACAAAATATTTTTTT
TTAAATTGACAAAGAAGTTTACGATATTAGTTTACGAAAAATTAATCAAA
AACAATTTATTAATAAATTTAAATGATCATTTCAATTTTTGACATATTGA
TTTCTTTTTTCTTGATGGACTAAATCAATAATTGTCTTTTTTTCGTAAAA
TATGATTGTACTTATAACGAAATTAAACTATTTTTAATCTAGATTATTGC
TTTTTAATTTATGCAACGATAATATTATTGATTATGGGTCAATGCAACCC
TATTAAGTTTTTTAATGATATTGGAATTGATATTTTTATTAATAAATGAG
TAATATCATATTTTTCCCTCGTCTTCAGTTCTTATTTAAATGAACAATAA
AAATACATATTAATTATAGGAGTTGTATGACAGTGTTATCAAGTCAATAC
AAGACACCCCTGAATTAACTACATATTTTGTGGCTCTCACTTCAAAAACT
TTTTTTGTATGTTGAGTATATTTAAATTGTTTTAATGTAATGGAAATGCT
TTTTGTAACCAAGTGCAGGCAGCACACAATTAATTTGGTTCAGTTAATTA
AACATTAGTTTGTAGCTTACAAAATGTAGTACTACAGGATAAAGCTATGA
TTAAAATAAAAAAGAGATAAAATTGCTAGTTTATTTCTATTTCATACAAA
AAAAATTTTTGCAAAAAATGTTTATTTACCATTAATTTTCATAATATTAA
AGCCAATATTATACGCAACAAATTATTACAAACGCTTAATCAAAGAAACT
GTTACATTGGATCAAAAATTAAAAAAAACAAAAGAAACAGGATTTATCCT
TGGAAACATACCTATAGAAATATATTTTTGTGCAACAAGTATAAAAATAA
TAGAAGAGATTTATTTCAGATGAAAATTCAAATTCAGAGATAATTTTTTA
CATTACACACCAAAGTTACAGAAAAATTATATTTTGAAAGTTTTTTGCAA
TGTTGTATTTATTGAAGAAAAAAAGAGGTACATAGTTTTCAAAGTATTTT
TTAAACAATAAAAAAGTTGGAATTAGTAGTAATATGAATTGGACATAAAA
AATATTTATCAATATAGATGAAAATACTCTTAAAAACATTTTCTTTTAAA
TGAATGCTGTCTGTAGAAGTATTTTGATACCTTTTTTATAAAATATTTTT
ACAAAATACTGTTAAAATACCTGTGTGGCGTTACTTTATCGATCAGTCAA
TATTTTTATGACGTTATGACTTACAAGTGCCAAGTAACAGCATTAGTTGT
AATCTGTTGTTTGAAAAATGAAAATGAATTTTAAAAATATTTCAAAATGT
TTAGCAATCTTCAGATTAGTGAGTTATGTTTATATTTCATTTATCTTATT
ACATTACTAAGTATGTGCAGATAGTTCATACTAACCCTAAAATGTTCTGG
GTTTTACAATAATCTTACTTTATATATTTATATCTAATATATTCAACAGT
TCAAATTTTTTAACTTCATATTTCGATTTGATGTGTATTATTTGTACCAA
TCGTACAAAGTGAGAAATAAATTTTATTTTATGGTCTTATACATACGTAT
GTGGGGTTCTTATATTTCTCTTTATTGAGCACAGACAAACAAATAAAAAT
TGATATGAAAGGCTTTTAAAATATTAGACGTATTCCGTCAAATAATATAT
TTAAAAAATATAAAAATTTGGTATTTCATGTATTACTATTTTGGCTCAAA
TTTTAGATGATAGTTGCGAATCGTCCTTCTTGACATAGGGGATAATTACT
TTTTAATATCGAGATAATTGCTTCATGGTTTGGTAATCAGACTATTGATC
ATTTGTAAAACTTTGCCATGTACTTTTGTTGTGCTGGACCACTAAATATT
AAGGTCACACTTATATATGTATATAATTTTTATATCGACTATTATTACTT
TCTAATTGTAACATCATTCAAAAATGACTTATTTGAAATAATAAAGAAAT
AATATTTGTATATCAANTACTTAATATAATTTTTTCACAAATAAAAAAAC
CATATTTGGAAAATAAGATTTTTGAGCGATGCTTAACGAAATTTTATATT
GTTTGAGTGTTTGCAAATGACATTTTTGAACACAACCTTGTCTTACTTAA
TTCAAAACATATTTATTTTGGGCTGTTGTTTTTCTTTTCATCCTAAAAAA
TAACTTTTGTTTAACTTTTAAAGTAAAGAAATAATTAAAAAAACAAAAAC
TTTGTTCATTATGATGAAAAGGTGACAAAAAAAGATTTTTCTCTAAATAC
GTTAACTTTTTGTGTACAAAAGTTTTTAAAATGTAAGATCAGCATTGAAA
AATAATATTTTAAAATCCATATGCTAAAATAATGTCTTTGTCATAGGTAA
ATAAATTAATGAACTAAGAGTTGTATCTCGAATTCAACATGGTTTGTAGC
TTTCACTAAAAAAACATTATTTATCAACAATTTTTTCCATTTGTATAAAG
ATTATTTATGTAACAAATGATATGTCTGTCAGATCATTGTACAAAAAGAA
AAATTGAGAAGGGGGATATCGACATTTTCAAAAGTATATTAGAGATTATG
GTCTATGATATTACTCAGTAAAACTCTTACAAATATAAATAAATAAAATT
ATAACTAATTGGTTTTTTTTTAATATTTTTGATGTACATACATAAAAATT
GTTGAGTATAGTTAATATGTACTAATAAAAAAGCTAAAACAAACACAATT
TTGCAATTTAAATATATATATATTTAAAAAATTGAAATTAGTTTTTTTTA
ACATAATTTGCTGTCGTTTTTCTTTTACGGGAGGATTTATAACTAACAAC
CTTATTTTTTAGTTTGATCTCTTGATGTCATTCTACAATTTTTTGTTACA
TTTACATACATATTTCTGAACATTCCAATTTTAAAAAGCCTTAACCATTA
TCAAATGAATTAATGTATTGAGGAAATAATTTGTCATTACGCATTGCAAA
AAAATTGAATTAAATAGATTACTTTATGGAAGTGTGAGACATGAAAGGGA
TTTGTAAATACATTATTTTATTTATTTTGATTAAATCAAAAGATTCTTTA
TGAAGAAAAATAACTATATTGAGTAAGCATAGCACAAACCAGTAGTTTTT
GTAGTCTTATGCTCATAAATAATATTTGTAAAACCTTGAAAGTGACTTTG
TGTTATACTTTTTAATATTGAATCTTGTATGTTGATAGATATTTTTTAAA
GTGCAAAGGCATATCTTTATTTTAATTATTATGAAATAAAAATTAATTTT
TTTAAATACAGTCCTTCAGCATATCTGACATGGGTAAAACAATTATAGGA
AAAACAGGACAAAACAACACTAAAAATCAAAGTTTTTTAGTTCAAATATT
TAAAAGTGCAAATTAATGAGCATGGTTCTAGAAATTTTACAAAACTTTTA
GTTTTTTAGCGACTGTGGCATCTGCAAGAACATATTATCTCCTGCACTTT
TCTGGTGATGGCTTCTACCTTAAAAGCCCTATGTAGATTCCGATACGTGG
CCATTACAAAATCAGTTTTTGAGGTCGTTACTTGTACTGAGTGGTTCATT
AAAATTTGAACATTTTGAGGTTTAAACTTCAACATTATAATTTATTAGTA
ACAATAGAATTTCAACAAAATCAATACCTTAAATAAATGTGTTTCTGAGC
TCTGTTAATCACTGAAGTAACCATCCTTAGCAGCAATTATGGTTTCCAGG
CAGTGACAGGCTATGACCTTGAGGGCCACGGTGTTTTGATGACAGACACT
GCAAGCTCTCCCTTCGACATATCGACGTACACCCAAAAAGTGAAAGTCGA
TGGTTTGGTATCAGAGCTGAAGGGGGGACAGAATTGTCAAAAAAGAGTTC
AAAACAACTCTAAAGACTCATTCATAACCCATTCAAAAGAGTAATGCAAC
GGAGGACATAAGTTTCTTTCATTGCTGATGTCAAAAGTGGCCTCTCCACT
CTCACAAGGCTCTTTTTATTCAGTTCTTTTTGATAGCTCTCTCGAAAGTC
TGGTGTGAAATCCCGAGATCTCTTTCATAGACCCTTGAGGGAATTGGCCT
AGGATGTTATCTTTAACTCCTCCGGGCACAGTTTTGCCTTTTTGATAGAC
CCTTTCTTTTTCTTCAATGTTTCAGACTAAATGATGGCGTAGACAGAGGT
CCTAGAGACACTCAACGGCATGAAGTGCACAAATGGAAATTAGTATATCA
TGTTCACTACTTGTACCTAAGCTAGAAAGCTGATGTTTGTTTTGTTTTGT
TCATTAATTATTAAATTGTTAAGTGTTCAGATTTTAATGGACCAACCGGT
AGATTTGTATTTTATTCTTCTTCACACATTCATACTGCCGGAAAAATCTT
TTAATATTCGTAGAGATTGTGTTTTTACTTTTTTAGTTTCTCGCTACAGT
ATTTGCAATTTATATTCAATCTTGACGACTACACTTATTTCTTCAATTTA
TGAGGTAGAAATTATGTAACAGAGCCATTTTTGCTTAGAAAAAGAAAAAG
GGTTTTAAAAAGTATTTATATTCGTTAATACATATTCATATTATAAGTTT
CTCAAAAATGTTCATGGTTTTTAAAAGAAACCTACATATAAACCAAGAAG
AATTTATTAAAAATGTGTTGTTGTTTTTTTTTGCTACGGCAAAATTCCTT
TTATTTTAAAATAGAAACTACGGCTATGCGCCCAGTATCTTCAGGCTATC
AACATTCCTTAATGGTCTGTTGTTTTATCTCTTGGTCTAATTATATTTTT
AGTATTTAAAATAATGGTTTTTTTATTGGCATTTTTTTATTGTTGCTTTT
TTGTGCCTTTGATGTTTCATTTGTAATTAAATTAAACCTTATTGCTCAAT
GAAACAAACTCTTTAAATTTCCCTAGGGGTGACAAAATTACTTTTTTTCT
TATTTTAAAGACGACAACCATAATTTTCCTTGACATTTATGTTTATGTTA
CTGAGAAACAACAATCAGAAGGCTCATAGTATATAAAAGTTCCAATTACT
TTAGAGTGGTTTTATGTACTCTTTTTTTTCTCTAGGAGTCTGCATTCCTT
ATTTAATTTTTTTTGGTTAGAATCATATATAAAAACCTTACAGTTATATC
TATTTATTTCATATAAGAAAACACTTTATACAATAAATGCGCTTACATAT
ACACATATCGAAATCAAAGGGACTTGAATTTGTAATATGACCTCAGTTCT
TCTCATATTACTACTAATTGAGCACAAATATATTGTAATAAAATTTATTA
TAATTTATTTAGTTCTTTAACAATCTCAAAAATTAAATATGATCATATAA
TATTTTGGAGATCGTTAAAGAATTTAATACATTATAATGATTATCTTTTT
GTATTTGTTATATTTTTTGACAAATATGAATAGATCAATAAATAGAATTT
ATTCGTCTTATAAGTCAAAGATGAAAGATGATTTAATAGAAATGGTTTAT
TACTTTTTTTAGAAAAGTAATACATTGCATTATGAGCAAAGCTCCTGTAC
GGGAAGTGTTTGTAATTTTAGACGAATAATCAATTTTCTCAAGTTTCGAA
AAATATACATAATTGTTAATACAAGTTTTCATAATTTTAATTTACTTATT
TTCTTAATGTTAAAATATGAGTATGAATATTTAATATACACTAAATATCA
ACTTGTAGACCACACAAAAAGATATTGAATGAAAAAACATTGATTTTCGT
GTTTTAAGGTATAAAATAGTATAAAATAATTATTAAAATCAGAGCACAAT
TTTTTTGTAGCATAGTATTGTCAAAGTATCTAGTATTGAAAACTTAATTT
AATGAAATTCAATATTCTCTAAGATAAGAGTAATGAACTTTTCTGGGACA
ACTAAAGCTAAATATCTCCCTATCAATTTAAAATATAACTCGCTGTTCCA
GTTGAAAACGGGGAAACTTGGTCTTAATAGGCTTTGTAGTCGATTTATTG
ACAATCAAAACCGTTCATGAATTCATAATTACTAAATAAGACTTATTTGA
AGTTTTTTTATGGAATGGTCTCCTTCTGGTTTTAGGTTCAACAACTTTTG
TCTTTATAAGTGATTGACGCTTGCCAAGAAAAGGAATTTTTTCACACCTC
TATGGAAAATTATAGTATTTTATCTTATTTTTCTCTATTTCTCTTGACTT
ATTTTCCCTCTGAGCTGTTGGGCTGACTGGGCCTGATTTAAAAAAAATAA
TTTTTATATATCTGTTATTAATCCAAATTAATGTATTTAAACGACATCGT
AAAAAAATTCTATTTTCTAGAAGCTGACAGTTATTTTGTTAAATTTTAGA
GGAAAGTGGGATGAACGAACTAAATAGCATTTAATTTTTTCATTCATAAT
GATTGTCATCATAATGAATCGCTAACTTTATATTCTATTAAAATTTTCAA
ATATAAGTCAATCGCTTTAATTAGTTCAATGGTCTTTTTTTTATCTTATA
TATACAAAAATAAACTTTTGAATCTTCCTCCTCCTGCGGTTGTGCCGTTT
TTTTCAGGTAGTAACATTTTTTGTTCTACACTCCACTATTAAAAATTAGA
AGGGAAGGGAACCAGTTGATTCGTCGGGGATTGCTACAAATCTTATGAAA
ATTATTAAATATTATGCAGGATACTAATTCATTTGGAGGTAAAGTAACTT
TATTTGTGGTGACAAATACTTCCAGTTGTACAAAGAGGCACAACAGAAGA
TATAGTTGGTGCCTGTATTAAGCTATATTCACTTTAGTCGCAATTTATGC
CAAGGTAAGTTATGAGTAAGTTAGTTTGTTGACATTAGATTGAACATGAT
TTAATTTACAATACATTATTAGACAAAGGTTATTATAATACATTGTTATA
AAATAACCTTTGTATTTGTAACTTTAAAAAAAGAAACATCAACAAAAAAT
AAATTTGGTTCAGGAATATACTGAGATTATTGTTACGAAGTAATCTGTTG
ATTATTTACTAATACTGACTATTTGATTTACTGAACTTAAGCAATCTTTA
TTGTTATATTTTCACTTTTAAAGTGGTTCACGTGTGGGTACAAATTTTTT
TTGTCCTCATCAAAGCAGGTGTATCTTTGGGAGTATTGCCGTACACAATA
CCGTTCATGAGTAATTCTGACGAACTTAAACTTCCTTTAAGAAACCCATG
AGGCCACCAGGCTAAATTTCTAATTTTGGTTTTGCTTATTTTCTTGGTTT
TATTTTGAAATATAATCAGGTTTTTGGGTTTTTTAATTATTGTTCCTGAA
TAAATGAGCTACTTTTACATTCAATTTAAATAGACAAACATAAAAATAAG
TCACATTATTTATTTGAAATTTTAAATTACTTTACAGAAAAAAATATGGG
CTATACATCACAAGCATTTTAAGTCCAAATGCGTCCCCCTCCCCATGCCT
CCGTGGAACGGAAAAGCTCCTACTAGTCAATATACATAAAAAATTCAGCC
AATTAAAGCCATATCTCAAGGGATCAATATAATTTTTCCGCTATAACAGA
TATGTTTTTTTAAAAGATTCGTCTGTTCATTTCAACTTTTATGTATTATT
TTATATTAAAAACACAATAAGCTAAGGTTTTTTACTCTTCAAAATTACCA
ATTCTTATTTTGCTAAAATATTAATTTGGAGACAGCATCTACACTTTTTA
TATATTTTAAATTTGTTTTAACGATAATTTTTAGATGGAAAAGGTTTCAA
AGGTACAAAAAAACTCCTTCTCTATAGCGAAAATCAGTTTTGAACGGATA
CTTTAGACAAAAATGATAATTATATACTCTATCCAACAACTATTTCACAA
TAAACATATATCTGTCTATGTGTTGACGTCTTAACAACGATCTTCTGAAC
TATGTATTAAATATAGATTTTATAAAGGTGACTAATGTAGAAAATTTACT
GGCTTTAGTAAATCAATAAATTTACAACATAAGTATTAAAAATAAAGTAA
TTAACTCAATAAAGTAGCTGATAGAAAATGACTACAAGGCGTAGATAAAT
TCTGTTATTACGTGACTCACAACTAAATTAATTTCACAATAGGTAACTCA
TTGTACGTTAAAAAAGTGGTCATAAAAGTATAGTATAAATGATATATTTT
TTATGAATGGATTACAAATGTATATTCCATTCTGAGTATTTATTATATAA
ATACTGGGTAGGGTAGCAAAATGTGGACTGTTAATTCATGTTAATTTTGC
CGTTACTATGAAAAGGCCTAATTATTATTTTTTGATATTCTGTTTCTGCC
GTCCTTTTTATATAAACAAACTATACTAATCATTTAGTCATCTCATCATC
ATAAGCGAACAACAAGCAAAAAGTAAGCGCAACTCAGATCACCTAGATTC
TGGTGTTAATGTGATGAAGATTAAAGACATTGTTAAGTGTTGTAGGAGCC
TGATTTTATGTTGGCCAAGATGAATAAAAATAGAGAAGACCTCTCCAGAG
TGTCAAAAGTTGAGGGCATAATTTAGAGAGAAATACAAAGTTTTTTTTAG
TTTATTTCACAAGGACCCCATGCATCTTCTGACAGAGGTCAAGAAAGCCA
GGAGGGCCGAGAGGTCCAAGAAAATCCTCTTAGGGGTTAAGGGAAATGGT
CAATTGTGAAAATTTTCTAGGACAAGAAGAATTTCACAGTTGATCAATTC
CACAACCATCCGAACGACCGTTAGTTTGTGGAAATAAAGAAATAGGTCCA
AGGGATTTATCACACCAAATATCCGATTCAAATAATGGTCCTCGGTAGTG
TGGCTTCTGATGGAAAGAATGTGCCTCCGTTCTTATTCAAGGCTGGAAAG
AAAATCGGTCAGAAGGCCTACTGTAAAGTGCTTAGGTACACTATCTTGTA
TGGCTGAATACCAACTAACCGGATGGTAACTAGTTGTGAACTCAGAGCAA
CACCCCCTCTCACACATCTGCCAAGTGCCAAAAGTAATGTGTAGATAACA
TGGCTTGATCCTGGGCCAAGGAGATGTGACCCCCTTCCTCACCAGATTTG
AGCCCAATTGACTTTTCTATAAGGGGCACTTTGGAGAGGGATCCAACCGG
ACAGCACTCCCAAATGTCACTCACTAAAGTCCTCTATAGTGGCGGAAMGC
GACAACTTGTCAGAAGAGMTTGTCATGAACTCCTGGATGGTCTTCAGGCC
ACGTGTAAAGACTGTGATTGATAAAGAAGGTGGCCCTATTGATTATAAAA
ACTTTTCAAAAACCTTGTCTACATGTTTTGTTAACATTATTTTTTATCTA
TAATTGAAAATATAAAATTATTAATGTATTTCTAAATCCATCTCTCGACT
CCATAATTTGCTGCTCTACCGTGTATGTATAATTCTTATGACCTTTGAAT
ATAGGGAAACAATTCTGACAATTTGAAAAATGTTATAGAGGAGAGCATCT
TCGCTGTCACGATGACGTTTTATTAGKCCAGCGGCAAGCAGCCGTGAGGG
GAAGGAAATAAACACAAGTACCACTCCGTTTATAGCAAGGAATAAGTTGG
AATTACTAAAATGTCAATTATCAAATCTACTCTCAGTCGAGCATGTACTT
ATATTTATATTTCCAGAGCAAACCCTCAGCGTTTTTGTCCGTCTTTTATG
ATCACTCGAACAAGTTATAGCTGTATACTATGATTTCTTTTTTCAAAAAT
TAAAGAATAAGGCAACAGCTTTGGAAAATAATAAATCCTGTTCATATTGT
CAACTAGGAAAAACCGCTCCCGCTTTCTGGGACATGTGTTATACACCTCT
AAACATTGTGTATTTTTATATTTCCCTATTTCTTATGAATTCATTAAAGG
TAGGAGTAAAATTCGATATACATATTATATTGTTCGTGAATCGAACTTAC
GTACATTGATTTGAAAAGTATAACTCTTCTTCTCGAGTACTTAGTCGACT
GAGCTTTGATGTTTCATATCCTTTGTATTCTTCCCGAGTTTCAATCAAAC
ATAATAAACTTAACAAATTCTTGGACAACTGTGTTATATACTTAGTGTTG
AAAATCGTGTGTGTAATGAGTATTAAAATAAAGAAACCGAAAATCAACAT
GGTAATCCTGACAATTCAAGAATTTTTTAAAGGAGATAGGCTACAATCAT
CTGTGACAAGGTGGGGAGAGAAGAAAATAAAAGAGGAATTAGGCTATGAT
GTGGATCTCCAATTCTACTCTGAGTCCAATAAGGACTTAGAATTATAACT
CCGCCAGAAGTCTTGTCTTTATAAGCACAAATGAATATTCAATCAGGTTT
GGAATATAATTGACTGTAGTAGATAAGGATGTTCACGTCTCAGGAGTTAA
ATAATAACGACAACTGCTAAGGGAGAGAAAATTCATTCTTAATATTAGCA
ATTTTAAAAAAGCTGGGACCCTATAAAATACACACCATGTACCACACTGT
AAATTACGTACTCACTACATTATAAAATTTCAATCCGACAAGCCCAGGGA
TATTTAGAGCACTTTCCTTCGTGTTTTAACGTAAAACGTAAGGGCTTGCA
CAGTGTATATAACAGCAGTACTTAACAGATTTAAAAAAATCATCTGAAAA
CATAGAGTCAAACTGTAAAATTTTTGCTAAATTATGTTAAAATTGAAAAT
AAGTCTAATGAAAAAAAATTCTTTCCAATATTGTCATATTGAAAAGAAAA
AATGTAGTGGCTTMGATTCCCATTGACTCATACAAAAGGAGATATGTATA
TATATAATCTAACTGCAGTCTTCCTTGGCCAGATGGATTAATTACAGTAC
TAAAATGTCAATTTGAACCAACAGGGAAAAAGTTAAAAAACTAGTCACAG
ACCGGAAAGAGTACAATATTATACCTTAGCCTCAGGCTTCACTCACGGAA
AAATATATACCCTAATCCTGACCGTTTGGATCCCAAATGAATATTTTCTT
GTCTATACTTTTAATAAGTGTTTGTTTAAATATATTTATGTGTTGTATGT
ATGGAAAAAAGTAATCAAAGAAAAAAAAAGTTTGTATTTCAACATATATA
TTTCTTTGCAAAATAAATAGTACTTATAAAAAATGCCCTCAAGTTTTCTT
TTAAAAATGTACTAGCATCACAATATACCTATATTTTCTTACTTTATTTA
TCCTATAGAAAAAAGTTATTTGTATGTACATGGGTATGTCCTTTTGTTGA
TATTGTTGTTTTCCCAGTCACAATTTTTTTTAATATAAATAAGTAACATA
TACCAAAAATAAAAAAATCCAATATCTCCTCAAAAATAAAACCAATTATT
TTATGTGAAAGAAAAAATAGATTTTAAAAATATGCTAAAAAAGAGAAGTA
AAACTCTATTTTGGATTGGACCACATTAAACATCTCTCCTGTTTTCCATC
CTGAGATATACAATTTTGAAAGAGTTTTATAATTTTTTGAATGAGTGTGT
ATAAACTTGCTCACATGTCATACATATTTTGTCTTTCTATCTCAAAATTG
GAAACATCGACAGGGGAAAGCTTTATTTCAATTATTACAACCTTTTAATA
CTTAAAAAATAACTTTACTAAGGAAGCAAAGAGTTTATTATTGGAGAAGG
AGAACGGGGATTTAAACTTTGTCGAGATATTCGGACAATTAACATTTTGG
TGGATCATGAAAGTAGATGGAAGGTAGAAGAGTTGTGAGTTTGTCTTTAA
TGGAGTATCAGGAAAAGAGACAGAGGGATGAGGCAGAGGAGATCATTTTG
TGGAGATGACTTTTTCTTGTATCTCCTATAAGTCATTACAATATAATTAT
TTTTAGAAATACCTGGTACGGGAGTTTTAGTGTTCAAATCCGTCTCTTTC
CGTCGACTTTGGGAATTTTCACTCTTGAACAACGATAAACTTGAATAATG
TTGCTGTGTCGGGCATAATGATCTACTATGGCCTCATTCCTCTGTCCACC
CATTAGATTCCAAGAACCGTACATACCCCACTGACATACACAATAAAAAA
AAACTACTAGATTATGTAGAGAAACAAGTTTCCCTACATAATCTAGTAGT
TTTCACACGTTTCATCTACTCTAATGATTCTCCAAAGTCGATTGTAATGT
GAGCACATTAGACCTCACTTGTGAAATGATTACACAATGATTTAATTTTA
TATTCTACAAGTAAGTGGTCAAATGCCATACTGGGCTATATATTTGGAAA
GACGACATATATTGGTTCGGTAGGGACGGMTTATGGTAGTGGGYACATTC
AGTCAGTTGCCKTGTGTCTCGGMATTTTTTCATGCAATTGACATTCATAT
ACTTTTCGTATATTTCTACTGGGGTTACAAGCATAAATCCTTGGGTAAAA
GAAAATTATTGTTTAGAGCAGGACTTCTCAAAAATTACTTTGCTACCGTA
AAATTTCATGGTGAAGTGAAATCCGCAGGGATTTCAGAAGGTATTTTAAT
TTAAAAATAAGTAAGGACACAAATGTAGGAAGGCTATGTGAAATCTAATG
GCTGAGMAAGCAATAATTTAGAGTCCTTTGGATGATTCCGAAATAAAAAT
GTATATAAAACGTTTTCTAAAACCTTAAATACTTGCAGTAATATAAATCA
AGTGTGGAAACAATGACCACGTGATTATTTTTTTTCCAAACTAAGTTGGC
TACAAGAATACTAGTTATGATTAATAGTAGCTTATTTACATAGCCAAGAA
TAGTGGCGCCATTTGGGGAATAACAGTTTTAAACATGTTATATAAGGGGT
TATGTGCAATGTACTTACGCATTATATATATACGAAGTCCGAACAGGAGA
GAAAGTTAGTTGTGCAAATATGCCAAAAACTTGCATACATACATTGTATA
TGGGCCCCAGCATAGCTGGTTTTTGTTAACTTGTAGATAAAAGGTAATAA
ATTGACGCCCTCTAAATATAGTATATTAAAAGCGGCATTTTGCGGAAGGA
AATCTATCATGTAGTCAAGGAAATATCTTCAATCTAACATGAATATTTTT
TACTACTTAGTTTTTAAACTTTCTGTACATGTAATTATTTATAAAATGAA
ATTGAATGGTTCACAGAGTAGATAGATTTGAAATAAATGGATCTTTGAGT
GAAAGAAAAAATAAAAAGGCTTGAATCTCTAATAGAATAATAATGATTAT
GGTTTTTTTGGTTTCTTTCACACAAACTTTCTTTGTACGTATAGACAAGT
TTTTTTGTTTTTTTTCATTCTTTCATCAGCATTATTTTTCCCTTTCTCAA
AAACAAAAATAAAACTTTTTTGATTCTTTAATGGCAAAGTAAGGATTTTT
TAAATTAACTTCATTCTATATTGTACACATAGTTTTGTAACCAATCCCTT
TCTTCATTTACAACGACCAATTTATATTATAGGTATGTCAGGGCTTTGTT
TTCTGTGCTCTTTTAGAATTTGCACTCGTCAATTATGCTTCAAGATCAGA
TATGCAAAGGGATCGGAATCGAGAGCGCATGGAAAGAGCTCGTCGGCAAT
GGGAGTTGGAGAATGCAGATACAATCGAGAATGAAAATACTAATCTGGAC
TCCTCTGGAACGATTCATGGAAACAACACGAGTCAAGAAATGAATCATGT
GGGGCATAATGACGGAAGTTTTACTCTGGTAAGTTGTCAGAATATTTTTA
CAATGTATTTGTTGTACCAACACAAAAATAATCCTGAACAAATATCAAGA
AAAGGATACATTCCCAGCTTACCTTTTTACAACATAAATGTTGCAATATT
TCGCTTACAAATTTTGATGAATTAAGGGAATATATTCAAAATCCTAGGCT
AGATTGAAACATCTAAAAATGTTAGTCTGAAGTCTTTTTTCCTTTATGAA
ACTATGTTATAGAAAAACACTAAATGTATAATTATAAACAAGATTTATTT
AAAAAATATCCAACTCCCAGGATTTTATTCCAATTTGTATTTTTTTAGTG
ATCCCATTTTGAAATATTAAAATTATCTTCTCATCGTGAATGGATCACTT
TATTGTTTCGATCCTGGTATCTTACTCCCAATGAAGGAGTCAAATCTACT
CCCTTATGAGGTGTGGTAGTTTTCCTCGGATGAACTTTNNNNNNNNNNNN
NNNNNCTAGATTCGAACATCTCTTGAGATGGATGATCAAGTTAGAAGCAT
CTTCCTTCGATTGCCTCAATCTTTCTTTTACGAGGCATGCCGTAATGACA
TTAGCATTGAAATTTGAAAAAAATATTCTGATAATGTTGATTATTTGCTT
ACACACTCTCATATAAATTGTTTCACTTCAAAATGAACACAAATCCTTCA
AGATGCATATTTGATAAATATATCTTTTTTTAAATTATACGGAACTTATA
TTATGGAAAAATATTCAATAATATTCCTCATCACTATATATTATGGATAA
ATTATAAGGGTCTATAAAAAAAAGGTCATTTTTTTATCATTTTTTTAGCC
TAAAAATAGAAATTTATTGATGTCATAACAGGATACAGAATCAATTAAAG
TACTTTTTAATTATAAAAAACAATTTTACATAAGTTTAATTTATCCCACT
TTTAATTTGGGATTATTTTAAGGGTAAAATAAGACTTTGAGTGATAATAG
TCCCGCCTTACTATAATCCCAGATATTTCAGAATTTAGATGACTGACTCA
AAAACTGAGATCCATTTTTGATTTTGCGCTTATAAATTAATTTGAGTATT
GTATTCAATTCATTTTCACAAAATGTGTAATCAATTTTAATTTAATTTTG
ACTTGAAAAATGTAAATGCAATTTGCTTAACATTCAAAAGGTTAATTGGA
ATAACTTGTTCTTGTATTGACGGGCCGAATGCGCCAATGGTTTAATACTC
TCCATATCTTTTCAGAAAAAGCGCAACTCCGAGTATCGTAACAACATTCG
TGTTGATCCCCMCGGGGATTTGGTCTACAAATCAACAACATCCTATCCTC
ATCAATACAACAGCATGTATCCTCATCACAACATCCTCAGTGGAGGTCCT
CCCAATAGCTATAATTCCGCAACGCCTTGCGAAATCCATATRCCCGTAGA
GCATCTCCAAGCCTATGCCAACTCTCGTAATGGAGAAATAGATGAAAAGA
ACTGCAATTGGTACTGTTGCAAAACGCGAGGCCTCTTAGCAAAATTCCCT
TCGCGTGCCAAGAGGATTGACGTCATTTCTCGTTTCATTTTCCCTCTAAT
TTTTGCCATTTTTAATCTTGCATACTGGCTTTACTATCTCTTTGCAAAGA
GTAAGAGTCCACAACTTGAGTCATAATAAATAAATTCATACATGACGTCA
TGAGATCATTTCTTTTTCTTTTTATCTGGTTCACTTTAAATGATTCTAAC
ATGAATTAAACATAAACTAGCAAAATGCAAAACTATTTACTACACAATTA
GCATAAATTAATTATATTTATAATGATTAGATATCGTACACAAAA

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