EMLSAG00000006891, EMLSAG00000006891-689657 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006891
Unique NameEMLSAG00000006891-689657
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:FMRFaR "FMRFamide Receptor" species:7227 "Drosophila melanogaster" [GO:0004930 "G-protein coupled receptor activity" evidence=ISS] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=ISS] [GO:0016021 "integral component of membrane" evidence=ISS] [GO:0008188 "neuropeptide receptor activity" evidence=ISS;IPI] [GO:0004985 "opioid receptor activity" evidence=NAS] [GO:0007218 "neuropeptide signaling pathway" evidence=IDA] [GO:0005887 "integral component of plasma membrane" evidence=IDA] [GO:0001653 "peptide receptor activity" evidence=IDA] [GO:0008345 "larval locomotory behavior" evidence=IMP] [GO:0002209 "behavioral defense response" evidence=IMP] [GO:0008344 "adult locomotory behavior" evidence=IMP] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS50262 EMBL:AE014296 GO:GO:0005887 GO:GO:0007204 GO:GO:0008344 GO:GO:0008345 ChiTaRS:SLC4A1 GO:GO:0008188 EMBL:AF351129 EMBL:BK000442 RefSeq:NP_001261347.1 RefSeq:NP_647758.1 UniGene:Dm.14721 ProteinModelPortal:Q9VZW5 SMR:Q9VZW5 STRING:7227.FBpp0072850 PaxDb:Q9VZW5 PRIDE:Q9VZW5 EnsemblMetazoa:FBtr0072980 EnsemblMetazoa:FBtr0332085 GeneID:38357 KEGG:dme:Dmel_CG2114 CTD:38357 FlyBase:FBgn0035385 eggNOG:NOG256449 GeneTree:ENSGT00530000064796 HOGENOM:HOG000232168 InParanoid:Q9VZW5 OMA:WTRICED OrthoDB:EOG7353ZD PhylomeDB:Q9VZW5 GenomeRNAi:38357 NextBio:808197 Bgee:Q9VZW5 GO:GO:0002209 Uniprot:Q9VZW5)

HSP 1 Score: 77.7962 bits (190), Expect = 3.641e-14
Identity = 93/371 (25.07%), Postives = 153/371 (41.24%), Query Frame = 0
Query:   21 KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPYF---LYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEI-----LRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGS 358
            ++ FW+ GV+  ++G  G+ GN +S  ILSR +M++S N LL  L   D+  +   IL     S           +  ++P+    ++P     Q+                 C     R L  Y       +  +  S+ +N+P+F E   V  +P+   G +           +R + LR++  Y   Y +W  L +  IIP   L  LN  IY+ +K R  R RQ  S+         ++E  LA + + +V VF + + L + +N+ E           + K+          T  S+LL+  NSS N +IY      F+R F+ I     L R     I ++ S + +GD T N         HG+
Sbjct:  110 RIEFWVCGVLINIVGVLGILGNIISMIILSRPQMRSSINYLLTGLARCDTVLIITSILLFGIPSIYPYTGHFFGYYNYVYPFISPAVFPIGMIAQTASIYMTFTVTLERYVAVCHPLKARALCTYGRAKIYFIVCVCFSLAYNMPRFWEVLTV-TYPE--PGKDVILH------CVRPSRLRRSETYINIYIHWCYLIVNYIIPFLTLAILNCLIYRQVK-RANRERQRLSR-------SEKREIGLATMLLCVVIVFFMLNFLPLVLNISEAF-----YSTIDHKI----------TKISNLLITINSSVNFLIYIIFGEKFKRIFLLIFFKRRLSRDQPDLIHYESSISNNGDGTLNHRSSGRFSRHGT 448          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:C02B8.5 "Probable G-protein coupled receptor C02B8.5" species:6239 "Caenorhabditis elegans" [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR017452 PRINTS:PR00237 PROSITE:PS50262 GO:GO:0016021 GO:GO:0005886 GO:GO:0004930 GeneTree:ENSGT00530000064796 OrthoDB:EOG7353ZD EMBL:FO080272 PIR:T15374 RefSeq:NP_509368.3 UniGene:Cel.36832 ProteinModelPortal:Q11095 EnsemblMetazoa:C02B8.5 GeneID:182105 KEGG:cel:CELE_C02B8.5 UCSC:C02B8.5 CTD:182105 WormBase:C02B8.5 eggNOG:NOG308623 HOGENOM:HOG000020995 InParanoid:Q11095 NextBio:916392 Uniprot:Q11095)

HSP 1 Score: 58.151 bits (139), Expect = 5.399e-8
Identity = 83/356 (23.31%), Postives = 150/356 (42.13%), Query Frame = 0
Query:    8 CPEFTENHEYI--LEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFD------SWYLFGGILESFRRQFDMGTE----LHTLLFP---------YFLYPAQNYN-----------QSNGCPKAIRRRL------------IKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTV--FSHLLLVFNSSTNMIIYCSLNATFRR 317
            C +F E  + +   E+    + G++  +IG  GL GN LSA+  SR EM +S N+ L AL   D      +++LF   LE+ R++ +  T     L  ++FP          F+  A  ++           +S  C       +            +K +V + L+ I +N P   E  ++  +  +    NT ++ +        T LR N +Y   Y  +    ++ + P  +LI +N  I        I  R+S+S           + D + +V   +V +F+ C++L + +N  E+L                 F ++ + +   S+L++V NSS N +IY +  + FRR
Sbjct:   29 CYDFVETRQVVKEYEQFNLVVIGLMLPLIGCLGLIGNALSAFTYSRREMISSLNVYLFALACSDIVIILTAFFLF--FLENMRKRSEWATYYFAVLSPVMFPLGLTAQTMSVFITVASAFDCLVLVAASEKFKSKFCSVNTSILVGNFNDFKNVIVCLKIIVKIFLLGIFYNSPHMYEIYVIDCWSTMY---NTASKDVCP------TALRSNVDYVRIYYVYMYTIVMAVGPVLLLIVINTAI-------VISMRRSSSP--------NSESDIITLVL--VVCLFISCNVLPLTVNFLELL-----------------FGIINSYLIDLSNLMVVVNSSCNFLIYYTFGSNFRR 339          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:frpr-3 "VRFamide receptor 1" species:6239 "Caenorhabditis elegans" [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0016021 GO:GO:0004930 GeneTree:ENSGT00530000064796 OrthoDB:EOG7353ZD EMBL:FO080683 EMBL:BK004131 PIR:T15639 RefSeq:NP_505004.1 UniGene:Cel.4652 EnsemblMetazoa:C26F1.6 GeneID:182942 KEGG:cel:CELE_C26F1.6 CTD:182942 WormBase:C26F1.6 OMA:AMIMVYL NextBio:919378 Uniprot:G5EG36)

HSP 1 Score: 57.7658 bits (138), Expect = 6.660e-8
Identity = 84/369 (22.76%), Postives = 152/369 (41.19%), Query Frame = 0
Query:   30 VQCVIGFGGLCGNFLSAYILSRDEM-QNSFNLLLIALLTFD--SWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYLVP---------------------VLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSN-YDGDATNNSIQMTE-----VDHHGSDNKINQSSHN 368
            V  ++ FGG+  NF+S YI +R    + S N+LL AL   D     L   +  S + Q  +   +  ++  Y LYP     QS      +   + +YL                       V++ S+ +N+ +  E  I          N       ++I  + V +LR NP++ ++Y N   L      P  +L  LN ++ + I +   +RR+  + V        ++E + A + + +V VFL+C+I    +N+ E+L      E     +  F          +++L+V NS++ ++ Y   +  FR     +       W       N YD +AT+N   +T      +   G+  +++ SSHN
Sbjct:   12 VMVLMCFGGILTNFISFYIYTRKTFRKKSINVLLAALSMSDLCVCVLAIPVFASTQLQQVIPPTITAMIMVY-LYPVTIMFQSVSVWLLVSITIDRYLAVCHPFMVNTYCTRNRALITVGVVVIFSVAYNLIRIWEYTI----------NFDVAPENRTIEDLVVPKLRANPHFLLWYQNVATLVSQFAFPLTVLCVLNIQVARTIIEASEQRRELVASV--------KREHSTAKMMIMVVLVFLVCYIFSFILNIWEIL----DKETFGGDIGWF------MNDINNVLIVVNSTSAIVFYYKYSTRFRNQARTL---PGIRWYASMSKFNVYDTEATSNRTMVTRYKESMISIRGTSTRLS-SSHN 347          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:frpr-17 "Protein FRPR-17" species:6239 "Caenorhabditis elegans" [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS50262 GO:GO:0016021 GO:GO:0004930 eggNOG:NOG256449 GeneTree:ENSGT00530000064796 OrthoDB:EOG7353ZD EMBL:Z70687 PIR:T24905 RefSeq:NP_510400.2 UniGene:Cel.358 ProteinModelPortal:Q22485 SMR:Q22485 EnsemblMetazoa:T14C1.1 GeneID:181541 KEGG:cel:CELE_T14C1.1 UCSC:T14C1.1 CTD:181541 WormBase:T14C1.1 HOGENOM:HOG000019240 InParanoid:Q22485 OMA:LISHDII NextBio:914368 Uniprot:Q22485)

HSP 1 Score: 56.9954 bits (136), Expect = 1.260e-7
Identity = 81/344 (23.55%), Postives = 141/344 (40.99%), Query Frame = 0
Query:   34 IGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGI----LESFR----RQFDMGTELHTLLFP----------YFLYPAQNYNQSNGC-PKAIRRRL-----IKYLVP-VLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTE 352
            +G  G+ GN +SA++ SR EM+ S NL L +L   D+  +  GI    LE+FR        +  +L  +++P          YF   A        C P+ +RR       + +L   V++ S+++N+P F E  ++  + + + G +           +    LR N  Y   Y  +     L + P   LI LN  I                  ++   +    +D ++++   +V +F+ C+ + + IN+ E  +     E   +K+             S+ L+VFNSS N+IIY      + R F + L    FS+    R    D D     + +TE
Sbjct:   81 VGVFGIVGNAISAFVYSRPEMRCSTNLYLFSLACSDTGVVLTGIFLFSLETFRPFSLTVARISGQLSAIVYPMGMIAQTCSVYFTVCAGVDCFVQVCLPEKVRRAFSRKETVHFLATCVVIFSVLYNVPHFFEGFVIDCYHQELGGMSKE---------VCPATLRYNEMYQSIYYKYMYAIFLAVGPLFTLIILNTLIIG---------------FSVFGSSASNMDDTMSLIL--VVLLFICCNTIALVINIFESYL----SETLGSKIN-------YIVDLSNFLVVFNSSFNIIIY----IKYSRPFADTL----FSYFC-NRKPITDNDGPGPPMLITE 378          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:frpr-19 "Protein FRPR-19, isoform b" species:6239 "Caenorhabditis elegans" [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS50262 GO:GO:0016021 GO:GO:0004930 EMBL:FO081611 WormBase:Y41D4A.8b Uniprot:U4PMM5)

HSP 1 Score: 56.9954 bits (136), Expect = 1.325e-7
Identity = 48/205 (23.41%), Postives = 94/205 (45.85%), Query Frame = 0
Query:  117 RRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKS-IPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQA----RRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFR 316
            ++R+  +++ +L  S+IFN  +F E  I          N    +++   +P ++ T LR N  Y   +  W    ++ ++P  +LI LN  +   +  R+ RR    SQ     +       R+E   +++ + IV +F+ C+ L    N+ E +    A+           +  LVT  F++LL++ N+S N+ +Y   +  +R
Sbjct:  183 KKRVTTFIIGLLTFSVIFNTTRFFEVHI---------SNVCYRENIDYYMPSLQPTALRMNDLYRQIFFGWAYTIVMYVVPFTLLIALNSMVLSAV--RRSRRMHMVSQCGAESEEFSKKAERKERQTSIMLISIVLLFIACNTLAFVCNIMENMGTEGAI-----------YQTLVT--FNNLLVIINASCNICVYMLFSGKYR 363          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:frpr-19 "Protein FRPR-19, isoform a" species:6239 "Caenorhabditis elegans" [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS50262 GO:GO:0016021 GO:GO:0004930 EMBL:FO081611 WormBase:Y41D4A.8a Uniprot:U4PC84)

HSP 1 Score: 56.6102 bits (135), Expect = 1.451e-7
Identity = 48/205 (23.41%), Postives = 94/205 (45.85%), Query Frame = 0
Query:  117 RRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKS-IPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQA----RRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFR 316
            ++R+  +++ +L  S+IFN  +F E  I          N    +++   +P ++ T LR N  Y   +  W    ++ ++P  +LI LN  +   +  R+ RR    SQ     +       R+E   +++ + IV +F+ C+ L    N+ E +    A+           +  LVT  F++LL++ N+S N+ +Y   +  +R
Sbjct:  183 KKRVTTFIIGLLTFSVIFNTTRFFEVHI---------SNVCYRENIDYYMPSLQPTALRMNDLYRQIFFGWAYTIVMYVVPFTLLIALNSMVLSAV--RRSRRMHMVSQCGAESEEFSKKAERKERQTSIMLISIVLLFIACNTLAFVCNIMENMGTEGAI-----------YQTLVT--FNNLLVIINASCNICVYMLFSGKYR 363          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:frpr-8 "Protein FRPR-8" species:6239 "Caenorhabditis elegans" [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR000276 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PROSITE:PS50262 GO:GO:0016021 GO:GO:0004930 GeneTree:ENSGT00530000064796 EMBL:FO081048 OrthoDB:EOG7B5WVN RefSeq:NP_509470.3 UniGene:Cel.26941 ProteinModelPortal:Q20686 SMR:Q20686 EnsemblMetazoa:F53A9.5 GeneID:186144 KEGG:cel:CELE_F53A9.5 UCSC:F53A9.5 CTD:186144 WormBase:F53A9.5 eggNOG:NOG270797 HOGENOM:HOG000020643 InParanoid:Q20686 OMA:KAPMFFE Uniprot:Q20686)

HSP 1 Score: 50.447 bits (119), Expect = 1.574e-5
Identity = 64/262 (24.43%), Postives = 105/262 (40.08%), Query Frame = 0
Query:  118 RRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDI-KQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKR 378
            RR    L+ + + SI+F  P F E              N     L      R + LR N  Y  YY  +  L  L +IP  ++I LN  + K + K  +IRR     +   N+Q  + +   L  + M  V  FL+ +++    NL E +         E  L    FW    +   +LL+  NS++N++IY    A FR+  V +L      W+ + +   Y         Q    D  G D    ++S +++   +  +R
Sbjct:  166 RRATTILIAITVFSILFKAPMFFEL------------TNDDCGRL------RTSFLRDNKYYKEYYVTFGYLIALLLIPWTVMIILNVFVVKAVHKAYKIRRSMQGGK---NNQEEKDRRCTLMAIAM--VLTFLIFNVVAAVNNLAETVF--------EVSL---GFW----SPIGNLLICLNSASNIVIYSLFGARFRQMCVLMLCGRQSRWMEWLKVGRYPP-------QSMVSDWDGRDGTTRKTSLDASTALLSARR 382          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:mtnr1c "melatonin receptor 1C" species:7955 "Danio rerio" [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=IEA] [GO:0008502 "melatonin receptor activity" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0016020 "membrane" evidence=IEA] [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0007165 "signal transduction" evidence=IEA] InterPro:IPR000025 InterPro:IPR000276 InterPro:IPR002279 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00857 PRINTS:PR01150 PROSITE:PS00237 PROSITE:PS50262 ZFIN:ZDB-GENE-990415-158 GO:GO:0016021 HOGENOM:HOG000037953 HOVERGEN:HBG052528 GO:GO:0008502 GeneTree:ENSGT00440000033318 OrthoDB:EOG7MD4Q5 TreeFam:TF331693 EMBL:BX511098 RefSeq:NP_001154956.1 UniGene:Dr.88563 Ensembl:ENSDART00000051622 Ensembl:ENSDART00000128781 GeneID:30661 KEGG:dre:30661 CTD:30661 InParanoid:A2BGT9 OMA:NIPEWLF NextBio:20807017 Uniprot:A2BGT9)

HSP 1 Score: 48.521 bits (114), Expect = 5.244e-5
Identity = 61/249 (24.50%), Postives = 102/249 (40.96%), Query Frame = 0
Query:  117 RRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGSDNKINQS 365
            RR    YL+   +++ +  +P FL   + Y  P++     T TQ   S   + V  +               L  LG++  C L     +I+  + + + R R        N + R     N   +F+  V +F +C     FI L   + I PA        P  P W+ VT   S+ +  FNS  N ++Y  LN  FR+ +  ILR  C    +F  SS Y+ +A       ++    G++N + ++
Sbjct:  145 RRNTCLYLLLTWMLTALATVPNFLVGSLKYD-PRVFSC--TFTQTASSSYTVCVVLIH-------------FLVPLGVVSFCYL-----RIWTLVIRVKGRVRP-------NPKVRAADLRNFLTMFVVFV-LFAVCWAPLNFIGLA--VAINPAKVA-----PNIPEWLFVT---SYFMAYFNSCLNAVVYGLLNQNFRQEYKLILRALCTPRALFTDSSRYNTEAIK-----SKQSPAGTNNNVKEA 349          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:Mtnr1a "melatonin receptor 1A" species:10090 "Mus musculus" [GO:0004871 "signal transducer activity" evidence=IEA] [GO:0004930 "G-protein coupled receptor activity" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0005887 "integral component of plasma membrane" evidence=ISO] [GO:0007165 "signal transduction" evidence=IEA] [GO:0007186 "G-protein coupled receptor signaling pathway" evidence=TAS] [GO:0007623 "circadian rhythm" evidence=TAS] [GO:0008502 "melatonin receptor activity" evidence=TAS] [GO:0016020 "membrane" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0030828 "positive regulation of cGMP biosynthetic process" evidence=ISO] [GO:0042562 "hormone binding" evidence=ISO] [GO:0043235 "receptor complex" evidence=ISO] [GO:0097159 "organic cyclic compound binding" evidence=ISO] InterPro:IPR000025 InterPro:IPR000276 InterPro:IPR002278 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00857 PRINTS:PR01149 PROSITE:PS00237 PROSITE:PS50262 MGI:MGI:102967 GO:GO:0005887 GO:GO:0007623 GO:GO:0043235 GO:GO:0030828 GO:GO:0042562 GO:GO:0097159 eggNOG:NOG138016 HOGENOM:HOG000037953 HOVERGEN:HBG052528 KO:K04285 GO:GO:0008502 GeneTree:ENSGT00440000033318 OrthoDB:EOG7MD4Q5 TreeFam:TF331693 CTD:4543 OMA:MIIVIFC GuidetoPHARMACOLOGY:287 EMBL:U52222 RefSeq:NP_032665.1 UniGene:Mm.5133 ProteinModelPortal:Q61184 SMR:Q61184 PRIDE:Q61184 Ensembl:ENSMUST00000067984 GeneID:17773 KEGG:mmu:17773 UCSC:uc009loq.1 InParanoid:Q61184 NextBio:292495 PRO:PR:Q61184 ArrayExpress:Q61184 Bgee:Q61184 CleanEx:MM_MTNR1A Genevestigator:Q61184 Uniprot:Q61184)

HSP 1 Score: 48.521 bits (114), Expect = 5.878e-5
Identity = 45/152 (29.61%), Postives = 75/152 (49.34%), Query Frame = 0
Query:  194 IIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQED--NLAVVFMGIVGVFLLCHILRIFINLHEMLVIR-PAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGD 342
            I+P  ++I+   +I+  +   Q+RRR     V  +++ + + +D  N   +F+    VF+L  I    +NL  ++V   PA       +P  P W+ V    S+ L  FNS  N IIY  LN  FR+ + +I+   C + + F  SSN + D
Sbjct:  200 IVPMIIVIFCYLRIW--VLVLQVRRR-----VKPDNKPKLKPQDFRNFVTMFV----VFVLFAICWAPLNLIGLIVASDPA-----TMVPRIPEWLFVA---SYYLAYFNSCLNAIIYGLLNQNFRKEYKKIIVSLCTAKMFFVESSNEEAD 332          
BLAST of EMLSAG00000006891 vs. GO
Match: - (symbol:P49285 "Melatonin receptor type 1A" species:9031 "Gallus gallus" [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0008502 "melatonin receptor activity" evidence=IEA] [GO:0030828 "positive regulation of cGMP biosynthetic process" evidence=IEA] [GO:0042562 "hormone binding" evidence=IEA] [GO:0043235 "receptor complex" evidence=IEA] [GO:0097159 "organic cyclic compound binding" evidence=IEA] InterPro:IPR000025 InterPro:IPR000276 InterPro:IPR002278 InterPro:IPR017452 Pfam:PF00001 PRINTS:PR00237 PRINTS:PR00857 PRINTS:PR01149 PROSITE:PS00237 PROSITE:PS50262 GO:GO:0005887 GO:GO:0043235 GO:GO:0030828 GO:GO:0042562 GO:GO:0097159 eggNOG:NOG138016 HOGENOM:HOG000037953 HOVERGEN:HBG052528 KO:K04285 GO:GO:0008502 GeneTree:ENSGT00440000033318 OrthoDB:EOG7MD4Q5 TreeFam:TF331693 EMBL:U31820 RefSeq:NP_990693.1 UniGene:Gga.762 ProteinModelPortal:P49285 BindingDB:P49285 ChEMBL:CHEMBL2095154 PaxDb:P49285 Ensembl:ENSGALT00000022097 GeneID:396319 KEGG:gga:396319 CTD:4543 InParanoid:P49285 OMA:MIIVIFC NextBio:20816367 PRO:PR:P49285 ArrayExpress:P49285 Uniprot:P49285)

HSP 1 Score: 48.1358 bits (113), Expect = 7.019e-5
Identity = 47/150 (31.33%), Postives = 70/150 (46.67%), Query Frame = 0
Query:  194 IIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGV-FLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGD 342
            I+P  ++ Y   +I+  I   Q+RRR     V  ++  R +  D    V M +V V F +C     FI L   + + P     E  +P  P W+ V+   S+ +  FNS  N IIY  LN  FRR + +I+   C +   F+ SSN   D
Sbjct:  200 ILPIAIVTYCYLRIW--ILVIQVRRR-----VKPDNNPRLKPHDFRNFVTMFVVFVLFAVCWAPLNFIGL--AVAVDP-----ETIIPRIPEWLFVS---SYYMAYFNSCLNAIIYGLLNQNFRREYKKIVVSFCTAKAFFQDSSNDAAD 332          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592945958|gb|GAXK01012595.1| (TSA: Calanus finmarchicus comp2016041_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 165.622 bits (418), Expect = 8.472e-46
Identity = 126/338 (37.28%), Postives = 170/338 (50.30%), Query Frame = 0
Query:   33 VIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILE-----SFRRQFDMGTELHTLLFPYFLYPAQN--------------YNQSNGC--PKAIR---------RRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYD 340
            +I FG L GN L   +LS  +M+NSFNLLLI L +FD  ++   IL+      F+  FD  +EL+ LLFP FLYP  N              Y + N    P A R         RR+  Y+VP ++ S + NIPKF E  +V    +  D N TT  +  S  +   T LR +P Y  YY NWTRL + GI+P  +L+Y N +I+K IK          + V +N  +    E NLA V + IV VFLLCH  R+ IN  E  +      C     PA   W L  T F H LL+ N+STN IIYC +   F+   VE + +C  +++  K +S  D
Sbjct:  113 IISFGIL-GNILIILVLSTKQMRNSFNLLLIVLSSFDILFITIAILDYGMARVFQWPFDYNSELYALLFPKFLYPVNNIIFNSSIFLTIVIAYERFNAVCRPHAYRDETVGTSTGRRVASYVVPTVVFSTVLNIPKFWETELVT--IETSDDNGTTFTNSTSYTL---TPLRNDPIYITYYINWTRLLLTGILPVALLVYFNTRIFKGIKY---------AHVKLNRNSSTNNEMNLAGVLVCIVIVFLLCHFPRLIINCAEFFMTNSISSCSNFMPPA---WFLCLTSFMHWLLILNASTNFIIYCFIGNKFKAVLVEKI-KCYITYLPRKYNSKSD 1069          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592945959|gb|GAXK01012594.1| (TSA: Calanus finmarchicus comp2016041_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 159.458 bits (402), Expect = 1.694e-43
Identity = 119/338 (35.21%), Postives = 169/338 (50.00%), Query Frame = 0
Query:   33 VIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILE-----SFRRQFDMGTELHTLLFPYFLYPAQN--YNQS-----------------------NGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYD 340
            +I FG L GN L   +LS  +M+NSFNLLLI L +FD  ++   IL+      F+  FD  +EL+ LLFP FLYP  N  +N S                       +    +I RR+  Y+VP ++ S + NIPKFLE  +V     I++ +N     L+++    +T LR +P Y  YY NWTRL + G++P  +L Y N    +  K  +    +S    T  H      E NLA + + IV VFL CH  R+ IN  E L+    + C     PA   W L  T F H LL+ N+STN IIYC +   F+   VE + +C  +++  K +S  D
Sbjct:  113 IISFGIL-GNILIILVLSTKQMRNSFNLLLIVLSSFDILFITIAILDYGMARVFQWPFDYNSELYALLFPKFLYPVNNIIFNSSIFLTIVIAYERFSCVCRPHQYRHSTLGTSISRRVASYVVPTVVFSTVLNIPKFLETELV-----IVETSNENGTLLENVTTYILTPLRNDPLYITYYINWTRLLLTGVLPVTLLFYFN---TRIFKGIKYAHIRSHRNNTCTH-----NEMNLAGILVCIVIVFLFCHFPRLIINCAEFLMTNSILMCSNFTPPA---WFLCLTSFMHWLLILNASTNFIIYCFIGNKFKAVLVEKI-KCYITYLPRKYNSKSD 1072          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592847908|gb|GAXK01109636.1| (TSA: Calanus finmarchicus comp224775_c1_seq6 transcribed RNA sequence)

HSP 1 Score: 145.206 bits (365), Expect = 3.068e-38
Identity = 106/386 (27.46%), Postives = 176/386 (45.60%), Query Frame = 0
Query:    7 DCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFD-----------MGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL---------------------VPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSH-LLLVFNSSTNMIIYCSLNATFRRHFVEILR-RCCFSWIIFKRSS---NYDGDATNNSIQMTEVDH 355
            DCP  TE    +L  +   + G     +   G+C N L+  +      +++FN LL+AL  FD  +L   I ES RR F+           + T++H  LFPYFLYP  N   +      I   + +YL                     +PVL +S+I N PKF E+ ++Y      DG N+          I +TE+R + NY++YY NWTR  +LG++P  +LI+LN +++                + I+ +    +E   + + + IV +F+LCH+ R+ +N++E+       EC        P W ++   FS+ +L   NS+ N  IY      FR   + +L+ R      +F +SS   + + D      ++TE++ 
Sbjct:   75 DCPWGTEAEYKLLGNIDLLVGGYATIALATLGVCANILAISVFCNKSFKSNFNNLLVALAVFDLLFLVVCITESVRRNFEDRSSNTSSFSGLATQIHHRLFPYFLYPLHNILLTCSIFMTISISIERYLAIFHPLVYRNRSYSWNLSCHILPVLGLSVIINAPKFFESEVIY------DGENSR---------ISLTEMRFDRNYSVYYQNWTRFLVLGLVPMLLLIFLNVRVF----------------IAIHSRKSSSKEMTYSTILLLIVAIFILCHMPRVALNIYEVFDYEQISECGP------PVWSMIFKNFSNDILPALNSTINFFIYFLAGKNFRSSLLRMLKCRKEPEESVFSKSSVICDINSDVCEEGKEVTEMEE 1121          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592847910|gb|GAXK01109634.1| (TSA: Calanus finmarchicus comp224775_c1_seq4 transcribed RNA sequence)

HSP 1 Score: 144.05 bits (362), Expect = 1.775e-37
Identity = 99/349 (28.37%), Postives = 160/349 (45.85%), Query Frame = 0
Query:    7 DCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFD-----------MGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL---------------------VPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSH-LLLVFNSSTNMIIYCSLNATFRRHFVEI 322
            DCP  TE    +L  +   + G     +   G+C N L+  +      +++FN LL+AL  FD  +L   I ES RR F+           + T++H  LFPYFLYP  N   +      I   + +YL                     +PVL +S+I N PKF E+ ++Y      DG N+          I +TE+R + NY++YY NWTR  +LG++P  +LI+LN +++                + I+ +    +E   + + + IV +F+LCH+ R+ +N++E+       EC        P W ++   FS+ +L   NS+ N  IY      FRR  + +
Sbjct:  322 DCPWGTEAEYKLLGNIDLLVGGYATIALATLGVCANILAISVFCNKSFKSNFNNLLVALAVFDLLFLVVCITESVRRNFEDRSSNTSSFSGLATQIHHRLFPYFLYPLHNILLTCSIFMTISISIERYLAIFHPLVYRNRSYSWNLSCHILPVLGLSVIINAPKFFESEVIY------DGENSR---------ISLTEMRFDRNYSVYYQNWTRFLVLGLVPMLLLIFLNVRVF----------------IAIHSRKSSSKEMTYSTILLLIVAIFILCHMPRVALNIYEVFDYEQISECGP------PVWSMIFKNFSNDILPALNSTINFFIYFLAGKKFRRSLLNL 1257          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592847911|gb|GAXK01109633.1| (TSA: Calanus finmarchicus comp224775_c1_seq3 transcribed RNA sequence)

HSP 1 Score: 142.51 bits (358), Expect = 1.216e-36
Identity = 106/396 (26.77%), Postives = 178/396 (44.95%), Query Frame = 0
Query:    2 MNKTLDCPEFTENHEYILE-----KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFD-----------MGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL---------------------VPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSH-LLLVFNSSTNMIIYCSLNATFRRHFVEILR-RCCFSWIIFKRSS---NYDGDATNNSIQMTEVDH 355
            M    +CP +    EY+ E      +   + G     +   G+C N L+  +      +++FN LL+AL  FD  +L   I ES RR F+           + T++H  LFPYFLYP  N   +      I   + +YL                     +PVL +S+I N PKF E+ ++Y      DG N+          I +TE+R + NY++YY NWTR  +LG++P  +LI+LN +++                + I+ +    +E   + + + IV +F+LCH+ R+ +N++E+       EC        P W ++   FS+ +L   NS+ N  IY      FR   + +L+ R      +F +SS   + + D      ++TE++ 
Sbjct:   75 MEMESNCPSWDSEAEYMAEYQLLGNIDLLVGGYATIALATLGVCANILAISVFCNKSFKSNFNNLLVALAVFDLLFLVVCITESVRRNFEDRSSNTSSFSGLATQIHHRLFPYFLYPLHNILLTCSIFMTISISIERYLAIFHPLVYRNRSYSWNLSCHILPVLGLSVIINAPKFFESEVIY------DGENSR---------ISLTEMRFDRNYSVYYQNWTRFLVLGLVPMLLLIFLNVRVF----------------IAIHSRKSSSKEMTYSTILLLIVAIFILCHMPRVALNIYEVFDYEQISECGP------PVWSMIFKNFSNDILPALNSTINFFIYFLAGKNFRSSLLRMLKCRKEPEESVFSKSSVICDINSDVCEEGKEVTEMEE 1151          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592847913|gb|GAXK01109631.1| (TSA: Calanus finmarchicus comp224775_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 140.969 bits (354), Expect = 5.116e-36
Identity = 99/359 (27.58%), Postives = 162/359 (45.13%), Query Frame = 0
Query:    2 MNKTLDCPEFTENHEYILE-----KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFD-----------MGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL---------------------VPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSH-LLLVFNSSTNMIIYCSLNATFRRHFVEI 322
            M    +CP +    EY+ E      +   + G     +   G+C N L+  +      +++FN LL+AL  FD  +L   I ES RR F+           + T++H  LFPYFLYP  N   +      I   + +YL                     +PVL +S+I N PKF E+ ++Y      DG N+          I +TE+R + NY++YY NWTR  +LG++P  +LI+LN +++                + I+ +    +E   + + + IV +F+LCH+ R+ +N++E+       EC        P W ++   FS+ +L   NS+ N  IY      FRR  + +
Sbjct:  322 MEMESNCPSWDSEAEYMAEYQLLGNIDLLVGGYATIALATLGVCANILAISVFCNKSFKSNFNNLLVALAVFDLLFLVVCITESVRRNFEDRSSNTSSFSGLATQIHHRLFPYFLYPLHNILLTCSIFMTISISIERYLAIFHPLVYRNRSYSWNLSCHILPVLGLSVIINAPKFFESEVIY------DGENSR---------ISLTEMRFDRNYSVYYQNWTRFLVLGLVPMLLLIFLNVRVF----------------IAIHSRKSSSKEMTYSTILLLIVAIFILCHMPRVALNIYEVFDYEQISECGP------PVWSMIFKNFSNDILPALNSTINFFIYFLAGKKFRRSLLNL 1287          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592922742|gb|GAXK01035647.1| (TSA: Calanus finmarchicus comp1372655_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 140.969 bits (354), Expect = 5.410e-36
Identity = 111/365 (30.41%), Postives = 176/365 (48.22%), Query Frame = 0
Query:    8 CPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAI-------------------RRRLIKYLVPVLLISIIFNIPKFLEARIVYGFP-------KIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAK--------LPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSN 338
            C E TEN    + K  ++  G++   IG  G+ G+  S  +LSR ++Q+ F+ LLIAL  FD  Y+  G +    R F+  ++++T+ FP+F+YP  N          +                    R+   Y++PV +++I+ NIPKFLE+ + + +        K+  GN T     + +P   VT LR+N  Y  YY  + R+ I  +IP  ++++LN +I  DI   +++R  S S        R R E NL ++ + IV  F  CH  RI I++ E   +   + C + K        LP  P W+   T  SH + + NSS N +IY  +  TFR  F  +L  C  S   F ++SN
Sbjct:  470 CGELTENPTVYIYK--YYCGGLLVSTIGIVGILGDVCSILVLSRPKLQDCFHQLLIALAAFDILYIVCGGINYTVRAFEFKSDIYTIAFPHFIYPFANIGLCGTIFMTVAISIERFLGICYPLHLPPHNRKSWFYILPVAVLAILVNIPKFLESEVTWYYEGNAIENLKVQVGNVTVLDIPQWVPTYHVTPLRRNSEYMKYYIVYFRMIITAVIPLILMVFLNLRIIIDIGTIKVKRFGSNS--------RWRSELNLFIILLCIVITFCCCHTPRIIIDMWEFSNLNNIIMCIDLKKTNPNENFLP--PTWIRCLTHVSHTMSILNSSVNFLIYSFVGHTFRGEFF-LLIGCAKSCRFFPKTSN 1525          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592798670|gb|GAXK01155898.1| (TSA: Calanus finmarchicus comp4638071_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 124.02 bits (310), Expect = 4.572e-32
Identity = 75/222 (33.78%), Postives = 111/222 (50.00%), Query Frame = 0
Query:    8 CPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAI--------------------------RRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYL 203
            CP  T+N   +L   +F +EGV+Q VI   G+ GN  S +IL+R E+++SFN LL  L ++D  YL   +LES RR   + T+   LLFPY LYP  +   +      +                          R  L+ YL+P+   ++IFNIPKF E+++ +      DG+            + +TELR N  Y  YY+NW RL I+GI+P   + +L
Sbjct:    1 CPSVTDNEMDLLLVFSFLLEGVLQMVISMLGVLGNIASIFILTRPELRSSFNQLLAVLASYDLLYLITMLLESLRR-LGLETDPQILLFPYILYPLNSIAMTGSIFMTVGVATERYIAVYHPLYYHKILTDTTSHRGHLLTYLIPITFFAVIFNIPKFFESKVSH------DGDGNI--------FVDITELRTNHLYITYYHNWLRLMIIGILPFAAISFL 621          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592820511|gb|GAXK01134057.1| (TSA: Calanus finmarchicus comp3965040_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 124.02 bits (310), Expect = 2.281e-31
Identity = 82/231 (35.50%), Postives = 115/231 (49.78%), Query Frame = 0
Query:    8 CPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILE-----SFRRQFDMGTELHTLLFPYFLYPAQN-------------------------YNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPK----IMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLN 204
            CP  TE+   +     FW+EGV+  + G  GL GN LS  IL+   M+NSFNLLL+ L+  D+ ++   +L+      F   FD  +E + ++FP  LYP  N                         Y +      ++  R+ KY++PV++ +II NIPKF E  I Y  PK    + +  N T + L ++    VTELRKNP+Y  YY NW RL    IIP   LIY N
Sbjct:   94 CPMSTEDPT-VATTCQFWLEGVLLVLFGVFGLLGNSLSIIILTGPNMRNSFNLLLVVLICCDNTFILFAVLDYACVRVFSWPFDGESEAYAMIFPKLLYPLNNITICCSIGLTVAIALERYCAVCHPFYYRDAVQSTSVNYRVAKYVIPVIVFAIILNIPKFFETEIFY-IPKNETGLAESANGTDELLYTL-TYDVTELRKNPDYIRYYQNWCRLIFTCIIPVTALIYFN 777          
BLAST of EMLSAG00000006891 vs. C. finmarchicus
Match: gi|592893602|gb|GAXK01064773.1| (TSA: Calanus finmarchicus comp4782070_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 120.553 bits (301), Expect = 3.113e-31
Identity = 71/187 (37.97%), Postives = 109/187 (58.29%), Query Frame = 0
Query:  118 RRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNXXXXXXXXXXXXXXXXSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTN 304
            +RL+ Y++P+ + S+ FNIPKFLE+++VY   ++                + VT+LR +  Y  +Y+NW R  ILG++P  ++ +LNYKIY  + +R                A ++Q+DNL+VV M I+  F+ C+ILRI +N+HE+ VI+    CR + L  FP W+L+    S LLLV NSS N
Sbjct:    2 QRLLTYVLPITIFSVFFNIPKFLESKLVYKDEEVY---------------MEVTDLRMSTPYITWYHNWARFLILGVVPFMVICFLNYKIYLVVNRR-------------RKNAHKKQDDNLSVVLMMIIASFVFCNILRILLNMHEITVIKEMHLCRCSNLGGFPIWILILGFISPLLLVINSSVN 478          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000006891 (pep:novel supercontig:LSalAtl2s:LSalAtl2s38:611111:709573:1 gene:EMLSAG00000006891 transcript:EMLSAT00000006891 description:"augustus_masked-LSalAtl2s38-processed-gene-7.0")

HSP 1 Score: 810.061 bits (2091), Expect = 0.000e+0
Identity = 390/390 (100.00%), Postives = 390/390 (100.00%), Query Frame = 0
Query:    1 MMNKTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKLCGLSMNTAI 390
            MMNKTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKLCGLSMNTAI
Sbjct:    1 MMNKTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKLCGLSMNTAI 390          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000006932 (pep:novel supercontig:LSalAtl2s:LSalAtl2s393:483852:511695:1 gene:EMLSAG00000006932 transcript:EMLSAT00000006932 description:"maker-LSalAtl2s393-augustus-gene-5.35")

HSP 1 Score: 315.849 bits (808), Expect = 3.099e-104
Identity = 159/329 (48.33%), Postives = 218/329 (66.26%), Query Frame = 0
Query:    2 MNKTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQ--------------------------NYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQI--RRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSS 302
            +N T++CP++     Y+L + +FW+EG+V+CV    GL GNF+SA IL +++M+NSFNL+LIAL+  DS YL   I+ESFR  F+M TELH  LFPY LYP                            +Y+Q+    +A ++RL++Y++PV L+S+IFNIPK  EA  VY    I   N T  Q ++    IR TELRKNP+Y IYYNNW RL ++GI+P  +LIY NYKIY+D+K R I  +RR ST   + N Q RR+QEDNLA+VFMGIV VFL+CH  R+F++++E +VIR A  C++  L +FP W+L+T+ FSH+LLV NSS
Sbjct:   14 VNITIECPDYGSYDIYLLNQFSFWLEGIVKCVFAVAGLIGNFVSARILKKEDMRNSFNLMLIALVCMDSTYLLSSIIESFRISFNMATELHIHLFPYLLYPVLSVAMTASVFMTVGIALERYIAVHYPIDYSQAINSQEACKKRLLRYVIPVTLLSLIFNIPKIFEAE-VYDEINIAQYNETHEQ-VEYYKAIRTTELRKNPDYVIYYNNWVRLMVIGIVPFFLLIYFNYKIYQDVKDRNITRQRRTSTHTSSANQQTRRKQEDNLAIVFMGIVLVFLVCHFPRLFLSMYECIVIREAFICQKKGLHSFPVWLLLTSGFSHVLLVINSS 340          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000009195 (pep:novel supercontig:LSalAtl2s:LSalAtl2s584:316491:317630:1 gene:EMLSAG00000009195 transcript:EMLSAT00000009195 description:"augustus_masked-LSalAtl2s584-processed-gene-3.0")

HSP 1 Score: 242.662 bits (618), Expect = 6.587e-76
Identity = 136/361 (37.67%), Postives = 201/361 (55.68%), Query Frame = 0
Query:    6 LDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQ--------------------------NYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQ-----------------STSQVTIN-------HQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFR 316
            L+C ++++  E  L+  ++W EGV+Q      G+ GNFL+  ILSR  M+N FNLLL+ L  FDS YLFG ILESFR+ F++ T  H +LFP+ LYP                             YNQ+     A+ +R+ KY+  VL +S++F+  +F EA + Y      D  N  T +LK       T LR N  Y +Y+ NW+RL +LGIIP  +L++ N  IYK I+ R+ RR +                 ++S+  +N       ++ R ++EDNLAV+FM  + VFL+CH+ R+ +N+HE+L I   MEC++    +F    +V+   SH LLV NSSTN+IIYC+L++ FR
Sbjct:   14 LECSQYSQWDESFLDIFSYWTEGVLQTFCAILGIIGNFLAGLILSRKSMKNVFNLLLVTLAIFDSTYLFGSILESFRKSFNLATNTHIILFPHMLYPITQISIAGSIFMTVAIALERYIAVHYPLTYNQAMHESNALPKRIAKYISCVLFLSLLFSFTRFFEAEVRY------DPENPLTPYLKP------TVLRTNSMYVLYF-NWSRLIVLGIIPFMLLVFFNVSIYKAIQARRKRRHKPDVTQMTTTMGEPKEHSASSKKIVNSVREQHVNETRSKKEDNLAVIFMAFILVFLICHLPRLLLNIHELLTITETMECQKRGHFSFSLMSMVSISVSHFLLVVNSSTNIIIYCALSSKFR 361          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000004434 (pep:novel supercontig:LSalAtl2s:LSalAtl2s231:338490:340246:-1 gene:EMLSAG00000004434 transcript:EMLSAT00000004434 description:"augustus_masked-LSalAtl2s231-processed-gene-3.0")

HSP 1 Score: 165.236 bits (417), Expect = 8.662e-46
Identity = 98/230 (42.61%), Postives = 140/230 (60.87%), Query Frame = 0
Query:    7 DCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELH----------------------TLLFPYFLYPAQ----NYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKD 210
            +CP FT++ + IL  + FW+ GV Q VI   G+ GN +S+ I+SR EM+NSFNLLL++L  FDS YLFG ILESFR +F M ++ H                      T+   +  Y A     +YN +     A+R+RL+ Y+VPV++++I+FN  KF EA+I Y   K++D  NTT  +   IP + V E+R +P Y I Y+NW RL +LGIIP  +L++ NYKI+KD
Sbjct:   13 NCPNFTDSEKIILSTVNFWMRGVSQTVIAILGIIGNVISSIIISRKEMRNSFNLLLVSLAVFDSTYLFGSILESFREEFLMASDAHILLFPYLLYPLSQMAFTASIFMTVAIAWERYTAVHFPLDYNLAMNDSNAMRKRLVMYVVPVVVLAILFNSAKFFEAKIYY--EKVIDDGNTTFSY---IPRVGVAEMRTHPIY-IVYHNWGRLIVLGIIPFGLLVFFNYKIFKD 236          

HSP 2 Score: 99.3673 bits (246), Expect = 5.007e-23
Identity = 51/115 (44.35%), Postives = 69/115 (60.00%), Query Frame = 0
Query:  212 KQRQIRRRQSTSQVTINHQARRRQ-EDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRR 325
            +  +I+RR   S     H  RRR  EDNLA +FMG V VFL+CHI R+ +N+HE++ I+    CR+  L  F  W L+    SH LL  NSSTN++IYC L++ FR     + RR
Sbjct:  366 QHARIKRRNVQS-----HNERRRNFEDNLAGIFMGFVSVFLICHIPRLLLNIHELITIKEYRFCRQHGLMGFSLWSLLMIALSHFLLAINSSTNILIYCLLSSKFREECAVLFRR 475          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000003508 (pep:novel supercontig:LSalAtl2s:LSalAtl2s191:296049:297035:-1 gene:EMLSAG00000003508 transcript:EMLSAT00000003508 description:"augustus_masked-LSalAtl2s191-processed-gene-3.0")

HSP 1 Score: 155.606 bits (392), Expect = 6.534e-44
Identity = 88/195 (45.13%), Postives = 115/195 (58.97%), Query Frame = 0
Query:  164 SIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQV------TINHQA------------RRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAF-PFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSW-IIFKRSSN 338
            S P +  T LR + NYAIYYNNWTRL ILGI+P   L++ N KIY DI   Q+RRR    +       TI +              RR+ EDNLA VF+GIVGVFL+CHI RI ++LHE +VI   ++C +     + P+WV + T  SHLLLV NSS N IIYC L++ FR+  +  L      +   F++SSN
Sbjct:   17 SAPQLEATPLRLDANYAIYYNNWTRLLILGIVPFVALVFFNTKIYNDI---QVRRRHRCPKFVKRNSDTIENPPKGICTSSPPNANRRKHEDNLATVFLGIVGVFLICHIPRIVLSLHETVVIHDILQCDQMNAGNYMPYWVYILTYISHLLLVVNSSVNSIIYCGLSSRFRKQLLRFLGHYSEKFGFKFQKSSN 208          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000008957 (pep:novel supercontig:LSalAtl2s:LSalAtl2s558:427515:430507:1 gene:EMLSAG00000008957 transcript:EMLSAT00000008957 description:"augustus_masked-LSalAtl2s558-processed-gene-3.0")

HSP 1 Score: 155.606 bits (392), Expect = 4.349e-43
Identity = 119/369 (32.25%), Postives = 187/369 (50.68%), Query Frame = 0
Query:    7 DCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLF-GGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGC----------------------PKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDI-KQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECRE--AKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRS--SNYDGDATNNS 347
            +C EF +   Y      FW +GV+  V+G  GL GN +S  +LSR +M++ F+ LL AL  FD+ Y+  GGI  +FR  FD  ++++T LFPYFL+P   + Q   C                      P + R+    YLVPV+ IS+I + PKFLE  +       + G+N ++      P    +ELR + +Y  YY  WTRL    I+P  +L++LN +I  D+    +++R  S +        R+R+E NL +V + IV +F LCH  RI +++ E   +   ++C +   ++ + P+W  V    SH  ++ NSS N ++YC +  TFRR F        +S I    S  +N + D +  S
Sbjct:   10 ECGEFHDVKIY-----GFWFDGVLLSVVGLIGLFGNIMSLIVLSRPKMRDVFHRLLSALACFDTLYIICGGINYTFR-AFDARSDIYTYLFPYFLHP---FTQVAMCGTIFMTVAISIERYLGLCHPMLPPSARKTWF-YLVPVVTISLIISGPKFLEVELT-----TVKGDNGSS------PAYGPSELRISEDYIRYYVMWTRLLCTAILPVILLLFLNTRIIVDLFASTKVKRFGSMN--------RQRKEINLCLVLLCIVLLFFLCHTTRIILDIIEFSHLEKVIQCPKNHRRMWSPPYWAQVLYHVSHFTMMINSSFNFVVYCLVGHTFRREFCRAFGLSGYSAIPLTSSYYANNNNDPSRRS 349          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000007445 (pep:novel supercontig:LSalAtl2s:LSalAtl2s425:268448:269910:-1 gene:EMLSAG00000007445 transcript:EMLSAT00000007445 description:"maker-LSalAtl2s425-augustus-gene-2.5")

HSP 1 Score: 147.517 bits (371), Expect = 1.192e-39
Identity = 111/342 (32.46%), Postives = 168/342 (49.12%), Query Frame = 0
Query:    3 NKTLD--CPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL-ESFR--RQFDMGTELHTLLFPYFLYPAQN--------------YNQSNGCPKAIRRR------LIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAK--LPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRR 317
            N+ LD  C  F+    ++  ++   +EGV+  ++G  GL GN  +  IL R+E + +FN LLI L  FDS ++   +L   FR  R + + + +   LF  F YP+ N                +  G    IR R      LIKYL+PVLL+SI FN+PK  E+       ++ D NN T      I + + T L +N  Y  YY  W+ L +  IIP  +LI+ N  I   I++ +  +  +TS        R +QE  L++V +GIV VF +CHI R F+  + + V +  + C   K  +   P W+   T  SH +L  NSS N ++YC     FR+
Sbjct:   26 NEDLDGVCRLFSGRSSHVWSEV---LEGVLSIIVGVVGLVGNLSAICILRREEFKETFNKLLICLCVFDSLFIACAMLIYVFRAHRLYLISSSVIPYLFLIF-YPSGNIALYGSIYTTLAISIERYRGITSPIRSRTEPKQKLIKYLIPVLLLSIGFNVPKMFES----SLNEMKDLNNNT------ILVAQNTWLSRNIAYTHYYKVWSDLILTTIIPLSVLIFCNGSIVVTIRKSRDIQISATSA-----NKRMKQEFALSMVLIGIVFVFFICHIFRFFLAFYRVSVTKRTVSCLRHKGLVAQQPEWLYAITAISHFMLTVNSSVNFLVYCVFGTRFRK 348          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000011791 (pep:novel supercontig:LSalAtl2s:LSalAtl2s823:161884:174464:-1 gene:EMLSAG00000011791 transcript:EMLSAT00000011791 description:"maker-LSalAtl2s823-augustus-gene-0.35")

HSP 1 Score: 141.739 bits (356), Expect = 6.217e-38
Identity = 104/382 (27.23%), Postives = 185/382 (48.43%), Query Frame = 0
Query:   22 LTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWY-LFGGILESFRRQFDM---GTELHTLLFPYFLYPAQN---------------------------YNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSI-PMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLP-AFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGSDNKINQSSHNSN 370
            + FW+EGV+  ++   G+ GN L+  +L+R  + N FN L++AL   D ++ +F  I  S ++ F      T ++  L+P F+YP  N                           +++     +++++R  +YL+P +L SI+ N+PKF E ++            +  ++ KSI P    T LR +  Y +YY NWTR      IP  +LI LN KI   IK+      +ST+         ++ E  LA + + +V  FL+C++ ++ +N++++ ++     C +A+L    PFWV++    +HLL V NSSTN+I++  +   F+   + ILR       + K++   +    +N    T  D + S +  N S   +N
Sbjct:   32 IVFWVEGVILGIVAVLGIIGNILTIIVLARISLNNVFNQLILALCVTDCFFNVFSLIEYSAKKAFGFISYDTPIYKDLWPKFIYPLHNITFTCSLFITLSVAIERYIAVCHPFLIHHRFQNSQRSVKKRTCQYLLPTILGSILVNVPKFFEFKV---------KEVSVPEYSKSIFP----TNLRLSNMYQVYYINWTRAFFTAFIPFILLILLNGKIVNQIKKADKFISESTNS--------QKSETKLARILVLLVFSFLICNLGKVVLNIYDIHMLGTIEACSQAQLTFKSPFWVVIMISVNHLLFVMNSSTNLILFSVIGTQFKMTLLTILRLRS----VPKQTRRKNYVLNDNPHVKTHFDMNSSKSTYNHSVRTTN 388          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000007444 (pep:novel supercontig:LSalAtl2s:LSalAtl2s425:163645:165193:-1 gene:EMLSAG00000007444 transcript:EMLSAT00000007444 description:"maker-LSalAtl2s425-augustus-gene-1.6")

HSP 1 Score: 139.813 bits (351), Expect = 7.238e-37
Identity = 100/335 (29.85%), Postives = 162/335 (48.36%), Query Frame = 0
Query:    8 CPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGI-LESFR--RQFDMGTELHTLLFPYFLYPAQN--------------YNQSNGCPKAIR------RRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMEC--REAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRR 317
            C  F++   +   ++   +EG++  V+G  GL GN ++ +IL +DE + +F+ LLI L  FDS +L   + + +FR  R + + +++   LF  F YP+ N              + +  G    +R      R+LIKYL PVLL+SI FN+PK  E  I         G +  T             L +N  Y  YY  W+ L +  IIP  +L++ N  I        IRR +S    + +  +R +QE  L++V +GIV VF+ CH  R F+  + + V    + C  ++      P W+   T  SH +L+ +SS N ++YC+    FR+
Sbjct:   58 CTHFSKAPSHAWSEV---LEGILSVVVGVFGLLGNIIAIFILKKDEFKETFHKLLICLCAFDSLFLICALFIYAFRAHRLYLINSDVVHYLFIIF-YPSGNISLYGSIYTTLAISFERYRGITSPLRSRTEPKRKLIKYLFPVLLLSIGFNLPKIFETTI---------GGSQNTW------------LSRNIAYTHYYKVWSDLILTTIIPLIVLLFCNGSIV-----LTIRRSRSMQNCSSSSNSRLKQEFALSMVLIGIVLVFISCHAFRFFLAFYRVSVTERTITCLVQQGLNAKQPEWLYAITAISHFMLIVSSSVNFLVYCAFGTRFRK 362          
BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Match: EMLSAP00000001067 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1178:5502:31635:-1 gene:EMLSAG00000001067 transcript:EMLSAT00000001067 description:"maker-LSalAtl2s1178-augustus-gene-0.4")

HSP 1 Score: 131.339 bits (329), Expect = 1.949e-34
Identity = 104/367 (28.34%), Postives = 170/367 (46.32%), Query Frame = 0
Query:    3 NKTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEM-QNSFNLLLIALLTFDSWYLFGGILESFRRQFDM--GTELHTLLFPYFLYP--------------AQNYNQSNGCPKAI-----------RRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYN---NWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQ--------EDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAK---LPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCC 327
            N +  C    E++  +     +W EGV+   +G  GL  N +S  +LS  +M +++FN LLIAL  FD  ++   I     R F +  G ++ +LL+ YFLYP              A    +     K I            RR+  Y+ PV ++SI  NIPKF+E        +    +N+T         I+V+++R NP + +YY     +      GI+P   L  LN  I+  I++ Q+ RR   S    +  +   +        E NLAV+ +GIV + ++CH LR+F+    +  I+  ++C + K   +P  P W +     S L+++ + S N +IYCS +    +HF  +L R C
Sbjct:    7 NVSERCGSMDEDYFNVWSTWQWWCEGVLFTGVGIIGLVANLVSIVVLSTQDMRKHTFNQLLIALAIFDLLFILVSIPVYAFRLFTIFVGNQVFSLLYIYFLYPMSPVTLCASIYMTLAITVERYLAVCKPILYRNLNVTMTSTRRVALYVTPVCIVSICLNIPKFMEN-------QAHSTDNSTE--------IQVSDMRINPTFMLYYTISQIFHPTLTTGILPMAALXLLNTSIFLGIRKTQLHRRIRASNSLAHGNSSSSEPRTSLSSSETNLAVILIGIVIMHVICHTLRVFLAALALHFIKDTLDCMQHKGEYVP--PLWTMCAESLSSLMIMISFSGNFLIYCSAS----KHFKAVLTRFC 352          
BLAST of EMLSAG00000006891 vs. SwissProt
Match: gi|56749105|sp|Q9VZW5.1|FMAR_DROME (RecName: Full=FMRFamide receptor; Short=DFR; Short=DrmFMRFa-R; AltName: Full=Larval opioid receptor)

HSP 1 Score: 77.7962 bits (190), Expect = 2.640e-14
Identity = 93/371 (25.07%), Postives = 153/371 (41.24%), Query Frame = 0
Query:   21 KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPYF---LYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEI-----LRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGS 358
            ++ FW+ GV+  ++G  G+ GN +S  ILSR +M++S N LL  L   D+  +   IL     S           +  ++P+    ++P     Q+                 C     R L  Y       +  +  S+ +N+P+F E   V  +P+   G +           +R + LR++  Y   Y +W  L +  IIP   L  LN  IY+ +K R  R RQ  S+         ++E  LA + + +V VF + + L + +N+ E           + K+          T  S+LL+  NSS N +IY      F+R F+ I     L R     I ++ S + +GD T N         HG+
Sbjct:  110 RIEFWVCGVLINIVGVLGILGNIISMIILSRPQMRSSINYLLTGLARCDTVLIITSILLFGIPSIYPYTGHFFGYYNYVYPFISPAVFPIGMIAQTASIYMTFTVTLERYVAVCHPLKARALCTYGRAKIYFIVCVCFSLAYNMPRFWEVLTV-TYPE--PGKDVILH------CVRPSRLRRSETYINIYIHWCYLIVNYIIPFLTLAILNCLIYRQVK-RANRERQRLSR-------SEKREIGLATMLLCVVIVFFMLNFLPLVLNISEAF-----YSTIDHKI----------TKISNLLITINSSVNFLIYIIFGEKFKRIFLLIFFKRRLSRDQPDLIHYESSISNNGDGTLNHRSSGRFSRHGT 448          
BLAST of EMLSAG00000006891 vs. SwissProt
Match: gi|1027923717|sp|Q18321.2|DAF37_CAEEL (RecName: Full=G-protein coupled receptor daf-37; AltName: Full=Abnormal dauer formation protein 37)

HSP 1 Score: 54.299 bits (129), Expect = 8.406e-7
Identity = 82/358 (22.91%), Postives = 143/358 (39.94%), Query Frame = 0
Query:   13 ENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGG--------ILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL---------------------VPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLN----YKIYKDIKQRQIRRRQS-----TSQVTI----------NHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEI 322
            E H+++  ++ F++  VV  +IG  GL GN  +A IL+R  M+N  NL L AL  FDS  L           I+E +   FD+     T L   F +   + +Q+      +   + +YL                     + V   +++FN  KF E ++    P   DG+N  +  L  +P    + +  NP Y   Y+ W    ++   P   L+  N    Y I + +++     ++S     ++ V +          N    + +E  L +V   IV +FL C+     + L E ++ +  +         F    +      + L + NSS N +IY      FR+  V +
Sbjct:   24 EPHDFL--EVKFFLISVVGTLIGLFGLFGNATTALILTRPSMRNPNNLFLTALAVFDSCLLITAFFIYAMEYIIE-YTAAFDLYVAWLTYL--RFAFALSHISQTGSVYITVAVTIERYLAVCHPKSSKNMCGPGGAAWTILGVTTFAVVFNCTKFFELQVTVN-PSCPDGSNWQSYIL--LP----SAMASNPIYQQVYSLWVTNFVMVFFPFLTLLLFNAIIAYTIRQSLEKYDFHNQKSVVAALSASVNLPRNIAGISSRNELKEKSREATLVLVI--IVFIFLGCNFWGFVLTLLERIMGQETLMVEHHIFYTFSREAI------NFLAIINSSINFVIYLLFGKDFRKELVVV 361          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: EEB14381.1 (class A rhodopsin-like G-protein coupled receptor GPRfmr, putative [Pediculus humanus corporis])

HSP 1 Score: 95.5153 bits (236), Expect = 9.497e-21
Identity = 105/412 (25.49%), Postives = 176/412 (42.72%), Query Frame = 0
Query:   23 TFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIAL------LTFDSWYLFG--------GILESFRRQFDMGTELHTLLFPYFLYPAQNYN-------------------QSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWI-IFKRSSNYDGDATNNSIQMTEVDH-------HGSDNKINQSSHNSN---NKKIGKKRKKLCGLSMNTAI 390
             F+  G++  ++ F G+ GN +S  ILSR +M++S N LLI L      L   S  LFG        G+L  F   + +   +  ++FP  L  AQ                      Q+       R RL  Y++ +++ S ++N+P+FLEA     F K         ++  ++ +I  + LR+N  Y   Y  W  L  +  +P   L  LN  IY+ +++  + R + +          +++E  LA + + +V +F +C+IL +  NL E                   +  LV T  S+LL+  NSS N I+Y +    F+R F   L+ CC  ++ +   S     D T++   ++  DH       HGS  +   S+   N   N    K+  K     MNT++
Sbjct:   31 AFYTNGILLNIVAFFGILGNIISMIILSRPQMRSSINYLLIGLARCDTVLIITSILLFGLPAIHDKTGLL--FTYVYKVYPHIAPVVFPLALI-AQTVTVYLTLTVTLERFVAVCHPLQARSLCTYGRARL--YVILIIVFSTLYNLPRFLEASREEHFDK---------EYNTTVYVISASPLRQNELYITVYVYWLYLLFIYFLPFAFLAVLNAAIYRQVRKANLERARLSRL--------QKKEIGLATMLLCVVIIFFICNILALVNNLLEAFY-------------GVIYDQLVKT--SNLLVTINSSVNFIVYVTFGEKFKRLF---LKLCCSPFLSLLGTSGRESPDGTHDLSLISNGDHRNYSIRNHGSQIRFGGSASIKNGNYNNDYRKQWNKTIRTGMNTSL 402          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: EAA01756.2 (AGAP001862-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 90.5077 bits (223), Expect = 6.637e-19
Identity = 89/361 (24.65%), Postives = 153/361 (42.38%), Query Frame = 0
Query:   18 ILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILE----SFRRQFDMGTELHTLLFP---YFLYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEIL-----RRCCFSWIIFKRSSNYDGDATN 345
            +L +  FWI GVV  ++   G+ GN  S  ILSR +M++S N LLI L   D+  +   +L     +           H  +FP     +YP     Q+                 C     R L  Y      +V +L+ SI++N+P+F E  ++         ++T      +I  ++ +++R N  Y   Y +W  +  +  +P  ++ + N  IY+ ++ R  + RQ  S+         ++E  LA + + +V VFLLC++  + IN+ E                 +   +      S+LL+  NSS N  IY      F+R F+ +      R+     +I   SS  +GDA+N
Sbjct:   77 LLVEFEFWISGVVMNIVALIGILGNIFSMVILSRPQMRSSINYLLIGLARCDTVLILTSVLIFGLCAIYPHTGYLYYYHYQIFPKISLVVYPLAMIAQTASVYLTLTVTLERYVAVCHPLRARALCTYGRARLYVVGILVFSILYNLPRFWEVTLI---------SSTHPDTGLTIYCVKASDMRTNETYIKVYIHWLYMIFVYFLPFSLISFFNLMIYRQVR-RANKERQRLSR-------SEKREIGLATMLICVVIVFLLCNLPAMMINIVEAF---------------YSVIIEYMVKVSNLLVTINSSVNFFIYVIFGEKFKRIFLLLFCKPRGRQSPDDGLIHDDSSFSNGDASN 405          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: XP_001120499.4 (PREDICTED: FMRFamide receptor [Apis mellifera])

HSP 1 Score: 85.5001 bits (210), Expect = 2.713e-17
Identity = 106/395 (26.84%), Postives = 164/395 (41.52%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSW--------------YLFGGILESFRRQFDMGTELHTLLFP----------YFLYPAQNYNQSNGCPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS---NYDGDATNNSIQMTEVDHHGS--DNKINQSS--HNSNNKKIGKKRKKL 381
            F I G++  +IG  G+ GN +S  ILSR +M++S N LLI L   D+               Y + G+L  +R  F +  ++   L+P          Y             C     R    Y      +  +L+ S  +N+PKF E   +  +P+     N T      I  +   +LR N  Y   Y +W    I  + P   L+  N  IY     R++R+     Q    HQ   R+E  LA + + +V VFL+C+IL +  N+HE  +  P            P W++ T    +LL+  NSS N IIY      F+R F+++   C        R S   +YD     N   MT ++   S     +N+SS  + +NN   G  R+ +
Sbjct:   49 FIIYGILVNLIGIFGIFGNAISMIILSRPQMKSSINYLLIGLARCDTMLIIISILIYGLIAIYTYTGLLFDYR--FIVYPKIVRFLYPLSCMAHIATVYLTLTVTLERYIAVCHPLQARSFCTYGRARLAVAIILIFSFFYNLPKFWE---IEYYPETHWKYNIT------IYCVYPADLRSNNLYITLYVHWMYFFICYLFPFLALVIFNVAIY-----RRVRKANRDLQQLSRHQ---RREIGLATMLLCVVIVFLICNILPLASNIHETFLNDP------------PLWLVQT---GNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSKLFGPGRDSPEFHYDESIVTN---MTNIELRNSIRHYHLNRSSTINRNNNISNGSTRQSV 404          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: gb|KFM82207.1| (FMRFamide receptor, partial [Stegodyphus mimosarum])

HSP 1 Score: 82.0333 bits (201), Expect = 1.824e-16
Identity = 85/347 (24.50%), Postives = 152/347 (43.80%), Query Frame = 0
Query:   38 GLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTL------LFPYFL---YPAQNYNQSNGC----------------PKAIR-----RRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEVD 354
            G+ GN +S  ILSR EM++S N  L  L  FD+  L   +  +      +G ++  L      +FP+ +   YP     Q+                   P   R     RR   + + +++ ++ +NIP+F E  +     +++D    T+ ++      R +E R N  Y   Y  W  L ++  IP   L  LN  I++ ++     R++ T         R  +E  LA++ + +V +F +C+IL + IN+         +EC +  +PA           S+LL+ FNSS N +IYC     F++ F+ +   C      F+R+ N    +  +++Q+T  +
Sbjct:    2 GIIGNVISLIILSRPEMRSSVNCGLQGLAFFDTIVLISSV--TMLGLHKLGYKMVILYKYTFEVFPFVVMVAYPIGLIAQTGSVWTTVGVTVERYVAVCHPLKARFLCTYRRARVFNLLIVIFAVCYNIPRFWEIDV----REMLDPMTNTSMYIA-----RPSEFRMNKLYYKVYYIWLYLFVMYFIPFLTLAVLNIFIWRAVQHANKDRQRLTR--------REEKEIGLAMMLICVVAIFFVCNILALLINI---------LECFDLVVPAL-------VRVSNLLVTFNSSINFVIYCIFGQKFKKMFLHMF--CG-----FRRTKN---QSFTSTLQVTHTE 303          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: gb|EEZ99319.1| (FMRFamide receptor-like Protein [Tribolium castaneum])

HSP 1 Score: 82.8037 bits (203), Expect = 1.843e-16
Identity = 102/399 (25.56%), Postives = 175/399 (43.86%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFD------SWYLFG--------GILESFRRQFDMGTELHTLLFP---------YFLYPAQNYNQSNGCPKAIRRRLI-------KYLVPVLLISIIFNIPKFLEARIVYG-FPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS--------NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKLCG 383
            F I G++  +IG  G+ GN +S  ILSR +M+ S N LLI L   D      S  LFG        G+L  F   + +   +  ++FP          +L    +  +       +R R +        Y++ +++ S ++N+PK  E+ I    FP+     N T      +   R + LR+N  Y   Y +W  L  L ++P   L  LN  IY+ +++   + RQ  S++       +++E  LA + + +V VF +C++L + +N+             +   P++   +LV T  S+LL+  NSS N IIY      F+R F  +L  C  S     R S        ++  +    S+++   + +G   ++N S    + KK G+ R    G
Sbjct:   30 FIINGLLLNIIGILGILGNIISMIILSRPQMRCSINYLLIGLARIDTVLIITSILLFGLPGIYPYSGLL--FTYYYIVYPHIAPVVFPLAMVVQTASVYLTLTVSLERFVAVCHPLRARSLCTYGRARIYVIAIIVFSAMYNLPKLWESTIKEEWFPE----RNVT------VYCPRPSALRENELYIRIYIHWLYLIFLYLLPFLGLAILNAAIYRQVRKAN-KERQRLSRL-------QKREIGLATMLLCVVAVFFVCNLLPLVLNII------------DTYRPSWDMPILVNT--SNLLVTINSSVNFIIYVIFGEKFKRLF--LLLFCNNSLFGTGRESPDGATHDDSFMSNGDRQSLRLHRHNRNGMSTRMNGSER--DKKKGGRSRASSPG 390          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: AHN57950.1 (FMRFamide receptor, isoform C [Drosophila melanogaster])

HSP 1 Score: 77.7962 bits (190), Expect = 1.280e-14
Identity = 93/371 (25.07%), Postives = 153/371 (41.24%), Query Frame = 0
Query:   21 KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPYF---LYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEI-----LRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGS 358
            ++ FW+ GV+  ++G  G+ GN +S  ILSR +M++S N LL  L   D+  +   IL     S           +  ++P+    ++P     Q+                 C     R L  Y       +  +  S+ +N+P+F E   V  +P+   G +           +R + LR++  Y   Y +W  L +  IIP   L  LN  IY+ +K R  R RQ  S+         ++E  LA + + +V VF + + L + +N+ E           + K+          T  S+LL+  NSS N +IY      F+R F+ I     L R     I ++ S + +GD T N         HG+
Sbjct:  110 RIEFWVCGVLINIVGVLGILGNIISMIILSRPQMRSSINYLLTGLARCDTVLIITSILLFGIPSIYPYTGHFFGYYNYVYPFISPAVFPIGMIAQTASIYMTFTVTLERYVAVCHPLKARALCTYGRAKIYFIVCVCFSLAYNMPRFWEVLTV-TYPE--PGKDVILH------CVRPSRLRRSETYINIYIHWCYLIVNYIIPFLTLAILNCLIYRQVK-RANRERQRLSR-------SEKREIGLATMLLCVVIVFFMLNFLPLVLNISEAF-----YSTIDHKI----------TKISNLLITINSSVNFLIYIIFGEKFKRIFLLIFFKRRLSRDQPDLIHYESSISNNGDGTLNHRSSGRFSRHGT 448          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: AGB94042.1 (FMRFamide receptor, isoform B [Drosophila melanogaster])

HSP 1 Score: 77.7962 bits (190), Expect = 1.280e-14
Identity = 93/371 (25.07%), Postives = 153/371 (41.24%), Query Frame = 0
Query:   21 KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPYF---LYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEI-----LRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGS 358
            ++ FW+ GV+  ++G  G+ GN +S  ILSR +M++S N LL  L   D+  +   IL     S           +  ++P+    ++P     Q+                 C     R L  Y       +  +  S+ +N+P+F E   V  +P+   G +           +R + LR++  Y   Y +W  L +  IIP   L  LN  IY+ +K R  R RQ  S+         ++E  LA + + +V VF + + L + +N+ E           + K+          T  S+LL+  NSS N +IY      F+R F+ I     L R     I ++ S + +GD T N         HG+
Sbjct:  110 RIEFWVCGVLINIVGVLGILGNIISMIILSRPQMRSSINYLLTGLARCDTVLIITSILLFGIPSIYPYTGHFFGYYNYVYPFISPAVFPIGMIAQTASIYMTFTVTLERYVAVCHPLKARALCTYGRAKIYFIVCVCFSLAYNMPRFWEVLTV-TYPE--PGKDVILH------CVRPSRLRRSETYINIYIHWCYLIVNYIIPFLTLAILNCLIYRQVK-RANRERQRLSR-------SEKREIGLATMLLCVVIVFFMLNFLPLVLNISEAF-----YSTIDHKI----------TKISNLLITINSSVNFLIYIIFGEKFKRIFLLIFFKRRLSRDQPDLIHYESSISNNGDGTLNHRSSGRFSRHGT 448          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: AAF47700.1 (FMRFamide receptor, isoform A [Drosophila melanogaster])

HSP 1 Score: 77.7962 bits (190), Expect = 1.280e-14
Identity = 93/371 (25.07%), Postives = 153/371 (41.24%), Query Frame = 0
Query:   21 KLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPYF---LYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEI-----LRRCCFSWIIFKRSSNYDGDATNNSIQMTEVDHHGS 358
            ++ FW+ GV+  ++G  G+ GN +S  ILSR +M++S N LL  L   D+  +   IL     S           +  ++P+    ++P     Q+                 C     R L  Y       +  +  S+ +N+P+F E   V  +P+   G +           +R + LR++  Y   Y +W  L +  IIP   L  LN  IY+ +K R  R RQ  S+         ++E  LA + + +V VF + + L + +N+ E           + K+          T  S+LL+  NSS N +IY      F+R F+ I     L R     I ++ S + +GD T N         HG+
Sbjct:  110 RIEFWVCGVLINIVGVLGILGNIISMIILSRPQMRSSINYLLTGLARCDTVLIITSILLFGIPSIYPYTGHFFGYYNYVYPFISPAVFPIGMIAQTASIYMTFTVTLERYVAVCHPLKARALCTYGRAKIYFIVCVCFSLAYNMPRFWEVLTV-TYPE--PGKDVILH------CVRPSRLRRSETYINIYIHWCYLIVNYIIPFLTLAILNCLIYRQVK-RANRERQRLSR-------SEKREIGLATMLLCVVIVFFMLNFLPLVLNISEAF-----YSTIDHKI----------TKISNLLITINSSVNFLIYIIFGEKFKRIFLLIFFKRRLSRDQPDLIHYESSISNNGDGTLNHRSSGRFSRHGT 448          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: gb|KFM67380.1| (FMRFamide receptor, partial [Stegodyphus mimosarum])

HSP 1 Score: 77.0258 bits (188), Expect = 1.772e-14
Identity = 85/347 (24.50%), Postives = 144/347 (41.50%), Query Frame = 0
Query:    6 LDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQ---FDMGTELHTLLFPYFLYPAQNYNQSN--------------------GCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRV--TELRKNPNY-AIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRC 326
            +  PE     E   E+  FW++ V+  +I   G+ GN ++ +I+++  M++S N  L AL  FD  YL      SF+      D     +   +PY L      + S+                    G       R  K +V V L   +  +P   E  I+    +I++     TQ       IR   +EL +NP Y ++YY  W    +  +IP  +L   N  + K +   + RR+  T +     QAR  QE  + V+ + +V +FL+C +    I L+E           +  L        +  +F + L+  N++ N ++YC L+  +RR F+ I   C
Sbjct:   53 MSAPEPDPALEEFQEQSRFWVQKVLVPIIMLIGVIGNTVTIFIMTQRRMRSSTNWYLAALAIFDMSYLVFSFALSFQHYPHIHDSQFYAYWKFWPYMLTITDASSNSSVWITVTFTIERYIAVCYPMKGKIYCTESRAKKMIVIVFLSCFLITLPTAFEWNII----EIVNPITNETQ-------IRADYSELGRNPVYKSVYY--WFISVVFIMIPFILLAVFNAFLIKSVHSSKSRRKTMTRRRETGDQAR--QESKITVMLIAVVILFLICQLPTAVILLYEAFHHVTPSSNEDLLLRG------LGNIF-NFLMAINAAGNFVLYCLLSQKYRRTFLVIFCPC 377          
BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Match: EFX87823.1 (hypothetical protein DAPPUDRAFT_311889 [Daphnia pulex])

HSP 1 Score: 74.3294 bits (181), Expect = 1.528e-13
Identity = 81/316 (25.63%), Postives = 135/316 (42.72%), Query Frame = 0
Query:   41 GNFLSAYILSRDEMQNSFNLLLIALLTFD--------------SWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLI---SIIFNIPKFLEA-RIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFV 320
            GNF+S +ILSR +M+ S N++LI L +FD              S Y + G+ E + R       +H L+ PY  +      Q++     +   + +Y+                  + V++I   S+ +N+P+F E  R +Y            ++  +S  M+  + LR +  Y  +Y       I+  +P  +L  LN  IYK +++    R   T     N Q R   E  LA + + +V VF + +IL + +N+ E+  I                 V   T  S+LL+  NSS N +IYC     F+R F+
Sbjct:  100 GNFISIFILSRPQMRTSLNVILIGLASFDSILLLTSILLFVIPSIYAYSGVGEFYYRH------IHPLITPY-TFVLGTTAQTSSVYLTLTVTVERYIAVCHPLRARSWCTCKRGRMAVVIIGIGSLFYNLPRFFEVERCLY----------VDSELGESWIMLIPSPLRNDKTYVTWYIVSLYFIIMNFVPFTLLAILNGAIYKQVREANRERSLLT-----NSQKR---EIGLATMLLCVVAVFFIFNILAMVVNIFEVANI----------------LVDEMTRVSNLLVSVNSSVNFVIYCIFGDKFQRLFL 374          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|746856696|ref|XP_011059047.1| (PREDICTED: FMRFamide receptor isoform X2 [Acromyrmex echinatior])

HSP 1 Score: 100.138 bits (248), Expect = 1.342e-19
Identity = 110/391 (28.13%), Postives = 164/391 (41.94%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFD------SWYLFG--GILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISI---IFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D      +  +FG   I       FD    ++  +  Y LYP     Q       +   L +Y+                  V VL+I I   I+N+PKF E  +          N    ++  ++  ++ TELR N  Y I Y +W    +  + P   L+  N  IY     R++R+     Q    HQ   R+E  LA + M +V VFL+C+IL +  N HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD      +I++     HG  ++ N  S N NN   G  R+ L
Sbjct:   47 FIIYGIFVNLIGLFGIFGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIFGLPAIYTYTGALFDYKFIVYPKIIRY-LYPLSCIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLIIVIVAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVKSTELRSNEYYVILYIHWMYFFVYYMFPFIALVIFNTAIY-----RRVRKANRDLQQLSRHQ---RREIGLATMLMCVVIVFLICNILPMISNAHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESVVTTNIELRNSVRHGHLHRANTISWN-NNVSNGSTRQSL 401          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|332022457|gb|EGI62765.1| (FMRFamide receptor [Acromyrmex echinatior])

HSP 1 Score: 100.138 bits (248), Expect = 1.384e-19
Identity = 110/391 (28.13%), Postives = 164/391 (41.94%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFD------SWYLFG--GILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISI---IFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D      +  +FG   I       FD    ++  +  Y LYP     Q       +   L +Y+                  V VL+I I   I+N+PKF E  +          N    ++  ++  ++ TELR N  Y I Y +W    +  + P   L+  N  IY     R++R+     Q    HQ   R+E  LA + M +V VFL+C+IL +  N HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD      +I++     HG  ++ N  S N NN   G  R+ L
Sbjct:   41 FIIYGIFVNLIGLFGIFGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIFGLPAIYTYTGALFDYKFIVYPKIIRY-LYPLSCIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLIIVIVAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVKSTELRSNEYYVILYIHWMYFFVYYMFPFIALVIFNTAIY-----RRVRKANRDLQQLSRHQ---RREIGLATMLMCVVIVFLICNILPMISNAHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESVVTTNIELRNSVRHGHLHRANTISWN-NNVSNGSTRQSL 395          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|746856688|ref|XP_011059042.1| (PREDICTED: FMRFamide receptor isoform X1 [Acromyrmex echinatior] >gi|746856690|ref|XP_011059043.1| PREDICTED: FMRFamide receptor isoform X1 [Acromyrmex echinatior] >gi|746856692|ref|XP_011059044.1| PREDICTED: FMRFamide receptor isoform X1 [Acromyrmex echinatior] >gi|746856694|ref|XP_011059046.1| PREDICTED: FMRFamide receptor isoform X1 [Acromyrmex echinatior])

HSP 1 Score: 100.138 bits (248), Expect = 1.456e-19
Identity = 110/392 (28.06%), Postives = 164/392 (41.84%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFD------SWYLFG--GILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISI---IFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQR-QIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D      +  +FG   I       FD    ++  +  Y LYP     Q       +   L +Y+                  V VL+I I   I+N+PKF E  +          N    ++  ++  ++ TELR N  Y I Y +W    +  + P   L+  N  IY+      Q+R+     Q    HQ   R+E  LA + M +V VFL+C+IL +  N HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD      +I++     HG  ++ N  S N NN   G  R+ L
Sbjct:   47 FIIYGIFVNLIGLFGIFGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIFGLPAIYTYTGALFDYKFIVYPKIIRY-LYPLSCIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLIIVIVAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVKSTELRSNEYYVILYIHWMYFFVYYMFPFIALVIFNTAIYRRAYAGFQVRKANRDLQQLSRHQ---RREIGLATMLMCVVIVFLICNILPMISNAHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESVVTTNIELRNSVRHGHLHRANTISWN-NNVSNGSTRQSL 407          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|951561549|ref|XP_014479693.1| (PREDICTED: FMRFamide receptor-like [Dinoponera quadriceps] >gi|951561552|ref|XP_014479694.1| PREDICTED: FMRFamide receptor-like [Dinoponera quadriceps] >gi|951561554|ref|XP_014479695.1| PREDICTED: FMRFamide receptor-like [Dinoponera quadriceps])

HSP 1 Score: 100.138 bits (248), Expect = 1.540e-19
Identity = 102/376 (27.13%), Postives = 159/376 (42.29%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDM-GTEL----HTLLFP------------------YFLYPAQNYNQSNGCPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS------NYDGDATNNSIQMTEVDHHGSDNKINQ 364
            F I GV+  +IG  G+ GN +S  +LSR +M++S N LLI L + D+  +   IL       D  G  L     T + P                  Y             C     R    Y      ++ + + S ++N+PKF E  +     +I    N T      +  + V+ELRKN  Y   Y NW  L +  + P   L+  N  IY+ +KQ     ++      ++HQ  +R E  LA + + +V VFL+C+IL +  N+ E  V        E   P+      +   F H L+  NSS N IIY  L  TF++ F++I   C      F++ S      N    ++ ++I++  V+H    N IN 
Sbjct:   36 FIIYGVLTNLIGVFGILGNTVSMIVLSRPQMKSSINFLLIGLASSDNMLIITAILIFGLTGIDTCGITLFYNYSTFVLPKIFKLVFLLICTARIATVYLTLAVTVERYIAVCHPLKARSFCTYGRARMAVLVITVFSFLYNLPKFWEVEL---HEQIHWKYNIT------VYCMSVSELRKNAYYVHLYINWLYLIVYSLFPFVSLVIFNTAIYRRVKQANKDLKK------LSHQ--QRSEIRLATMLLCVVIVFLICNILPLISNIFETFV--------EGGPPS------LMVRFGHFLVFVNSSINFIIYIILGETFKKTFLKIFLSCWRQKQKFRQDSIESQTTNVSIVSSTSNIELDSVNHLNHSNTINS 380          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|998502427|ref|XP_015511267.1| (PREDICTED: FMRFamide receptor [Neodiprion lecontei])

HSP 1 Score: 98.9821 bits (245), Expect = 3.705e-19
Identity = 113/405 (27.90%), Postives = 169/405 (41.73%), Query Frame = 0
Query:   22 LTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIAL------LTFDSWYLFGGILESFRRQFDMGTELHTLLFP---YFLYPAQNYNQSNG---------------CPKAIRRRLIKY------LVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLK-SIPM--IRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIF------KRSSNYDGDATN-------NSIQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKK 380
            L F   G++  V+G  GL GN +S  ILSR +M++S N LLI L      L   S +LFG  L +   Q ++       +FP    FLYP     Q                  C     R +  Y      ++ ++++S+I+NIPKF E RI            T   H K  +P+     TE+R +  Y   Y NW        IP  +L + N +IY     RQ+R+     Q   +HQ   R+E  LA + + +V VF++C+I+ +  N+ E                  P W++      +L++  NSS N IIY      F+R F   LR  C S I        +  +N +   TN       NSI+  +V    + N  N + H SN     ++  K
Sbjct:   48 LEFITSGILLNVVGLFGLFGNIISMIILSRPQMKSSINYLLIGLARCDTVLILTSVFLFG--LPAIYPQTNVLFNYKFFVFPRLVKFLYPLATIAQMVSVYLTLTVTMERYVAVCHPLRARSMCTYGRARMAVLCIIVVSVIYNIPKFWEMRI------------TEETHWKYKVPVYCANATEMRVDELYRTIYINWMYFIFYYAIPFTLLTWFNMEIY-----RQVRKANRELQNLSHHQ---RREIGLATMLLCVVIVFIVCNIIPLATNICETF------------YNNIPMWLV---QIGNLMVTINSSVNFIIYVIFGRKFKRIF---LRLFCSSHIFGAGRDSPEFPTNDESVVTNVTNIELRNSIRRCQVHRSSTRNSRNNNVHLSNGNSHSRQSLK 412          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|815815154|ref|XP_012228624.1| (PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815156|ref|XP_012228625.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815158|ref|XP_012228626.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815160|ref|XP_012228627.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815162|ref|XP_012228628.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815164|ref|XP_012228629.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815166|ref|XP_012228631.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815168|ref|XP_012228632.1| PREDICTED: FMRFamide receptor [Linepithema humile] >gi|815815170|ref|XP_012228633.1| PREDICTED: FMRFamide receptor [Linepithema humile])

HSP 1 Score: 98.2117 bits (243), Expect = 7.097e-19
Identity = 105/397 (26.45%), Postives = 167/397 (42.07%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGI----LESFRRQFDMGTELHTLLFPY---FLYPAQNYNQSNGCPKAIRRRLIKYL---------------------VPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLK---SIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQM---TEVDHHGSDNKINQSSHNSN-NKKIGKKRKKL 381
            F + G++  +IG  G+ GN +S  ILSR +M++S N LLI L   D+  +   +    L S     D+  +   +++P    +LYP     Q       +   L +Y+                     V +++ + I+N+PKF E  +             T  H K   ++  I  TELR N  Y   Y +W    +  + P   L+  N  IY     R++R+     Q    HQ   R+E  LA + + +V VFL+C++L +  N+HE  +  P            P W++ T    +LL+  NSS N IIY      F+R F+++   C        R S     YD     N+  +     V HHG  ++ N  S N+N +   G  R+ L
Sbjct:   48 FIVYGLLVNLIGLFGILGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIYGLPSIYTYTDLLFDYKFIIYPKIIRYLYPLSCIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQLAVVVIVIFAWIYNLPKFWEIEVY------------TEWHWKYNVTVYCISPTELRSNEYYVTLYIHWMYFFVYYMFPFIALVIFNMAIY-----RRVRKANRDLQQLSRHQ---RREIGLATMLLCVVVVFLICNVLPLASNVHETFIDEP------------PRWMVQT---GNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSAKLFGPGRDSPEFQTYDESVVTNTTNIELRNSVRHHGHLHRANTISFNNNVHVSNGGTRQSL 407          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|1070174107|ref|XP_018346955.1| (PREDICTED: FMRFamide receptor isoform X2 [Trachymyrmex septentrionalis])

HSP 1 Score: 97.4413 bits (241), Expect = 1.361e-18
Identity = 105/391 (26.85%), Postives = 165/391 (42.20%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPY---FLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISII---FNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSN-NKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D+  +   +L     +         +   +++P    +LYP     Q       +   L +Y+                  V VL+I II   +N+PKF E  +          N    ++  ++  +  TELR N  Y I Y +W    +  + P   L+  N  IY     R++R+     Q    HQ   R+E  LA + M +V VFL+C+IL +  N+HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD      +I++     HG  ++ N  S N+N +   G  R+ L
Sbjct:   47 FIIYGIFVNLIGLFGIFGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIYGLPAIYTYTGALFDYKFIIYPKTIRYLYPLACIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLIIVIIAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVDPTELRSNEYYVILYIHWMYFFVYYMFPFIALVIFNTAIY-----RRVRKANRDLQQLSRHQ---RREIGLATMLMCVVIVFLICNILPMISNVHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESVVTTNIELRNSVRHGHLHRANTISWNNNIHVSNGSTRQSL 403          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|1009417159|gb|KYN35873.1| (FMRFamide receptor [Trachymyrmex septentrionalis])

HSP 1 Score: 97.0561 bits (240), Expect = 1.660e-18
Identity = 105/392 (26.79%), Postives = 165/392 (42.09%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPY---FLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISII---FNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQR-QIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSN-NKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D+  +   +L     +         +   +++P    +LYP     Q       +   L +Y+                  V VL+I II   +N+PKF E  +          N    ++  ++  +  TELR N  Y I Y +W    +  + P   L+  N  IY+      Q+R+     Q    HQ   R+E  LA + M +V VFL+C+IL +  N+HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD      +I++     HG  ++ N  S N+N +   G  R+ L
Sbjct:   41 FIIYGIFVNLIGLFGIFGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIYGLPAIYTYTGALFDYKFIIYPKTIRYLYPLACIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLIIVIIAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVDPTELRSNEYYVILYIHWMYFFVYYMFPFIALVIFNTAIYRRAYAGFQVRKANRDLQQLSRHQ---RREIGLATMLMCVVIVFLICNILPMISNVHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESVVTTNIELRNSVRHGHLHRANTISWNNNIHVSNGSTRQSL 403          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|1070174103|ref|XP_018346954.1| (PREDICTED: FMRFamide receptor isoform X1 [Trachymyrmex septentrionalis])

HSP 1 Score: 96.6709 bits (239), Expect = 2.182e-18
Identity = 105/392 (26.79%), Postives = 165/392 (42.09%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGIL----ESFRRQFDMGTELHTLLFPY---FLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISII---FNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQR-QIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNSIQMTEVDHHGSDNKINQSSHNSN-NKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D+  +   +L     +         +   +++P    +LYP     Q       +   L +Y+                  V VL+I II   +N+PKF E  +          N    ++  ++  +  TELR N  Y I Y +W    +  + P   L+  N  IY+      Q+R+     Q    HQ   R+E  LA + M +V VFL+C+IL +  N+HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD      +I++     HG  ++ N  S N+N +   G  R+ L
Sbjct:   47 FIIYGIFVNLIGLFGIFGNTISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIYGLPAIYTYTGALFDYKFIIYPKTIRYLYPLACIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLIIVIIAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVDPTELRSNEYYVILYIHWMYFFVYYMFPFIALVIFNTAIYRRAYAGFQVRKANRDLQQLSRHQ---RREIGLATMLMCVVIVFLICNILPMISNVHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESVVTTNIELRNSVRHGHLHRANTISWNNNIHVSNGSTRQSL 409          
BLAST of EMLSAG00000006891 vs. nr
Match: gi|769839839|ref|XP_011631088.1| (PREDICTED: FMRFamide receptor isoform X2 [Pogonomyrmex barbatus])

HSP 1 Score: 96.6709 bits (239), Expect = 2.686e-18
Identity = 109/393 (27.74%), Postives = 162/393 (41.22%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDS--------WYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYL------------------VPVLLISI---IFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSS----NYDGDATNNS--IQMTEVDHHGSDNKINQSSHNSNNKKIGKKRKKL 381
            F I G+   +IG  G+ GN +S  ILSR +M++S N LLI L   D+         Y    I       FD    ++  +  Y LYP     Q       +   L +Y+                  V VL+I I   I+N+PKF E  +          N    ++  ++  +  TELR N  Y   Y +W    +  +IP  ML+  N  IY     R++R+     Q    HQ   R+E  LA + + +V VFL+C+IL +  N HE  +  P            P W++      +LL+  NSS N IIY      F+R F+++   C     +  R S     YD     N+  I++     HG  N+ N  S N+N       R+ L
Sbjct:   50 FIIYGIFVNLIGLFGIFGNAISMIILSRPQMKSSINYLLIGLARCDTVLIIIAVLIYGLPAIYTYTGALFDYKFIVYPKIIRY-LYPLACIAQFVTVYLTLTVTLERYIAVCHPLKARSFCTYGRAQVAVLVIVIFAFIYNLPKFWEIEVY---------NEKHWKYNITVYCVYPTELRSNEYYVTLYIHWMYFFVYYMIPFIMLVIFNTAIY-----RRVRKANRDLQQLSRHQ---RREIGLATMLLCVVVVFLICNILPMVSNAHETFIADP------------PQWMV---QIGNLLVTINSSINFIIYVIFGRKFKRIFLKLF--CSSRLFVPGRDSPEFQTYDESIVTNTTNIELRNSIRHGHLNRANTISSNNNVHMSNGIRQSL 407          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold19_size710362-snap-gene-6.13 (protein:Tk00415 transcript:maker-scaffold19_size710362-snap-gene-6.13-mRNA-1 annotation:"AGAP001862-PA")

HSP 1 Score: 249.21 bits (635), Expect = 1.601e-78
Identity = 156/392 (39.80%), Postives = 201/392 (51.28%), Query Frame = 0
Query:    7 DCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQ--------------------------NYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIK--------------QRQIR---------------------------------RRQSTSQVTIN--HQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEIL 323
            DCPE+ E  + +   L+FW+EGV+Q  I   G+  N  S+ IL+  +M+NSFNLLLIAL  FD  YL G ILESFR+ F + T  HTLLFPY L+P Q                          +YNQS     A  RR++KY+VPV L S++ NIPKF EA+I +    I +     TQ     PM+RV++LR N  Y  YYN++ RL  LGIIP  +L++ N KIY+DI+              Q  +R                                 +R    QV     +  RRR EDNLAV+FMGIV  FL+ H  RIF+ LHE+ V   A  C E    +F  WV V T  SHLLLV NSS N +IYC L++ FR   +  L
Sbjct:   22 DCPEYGEYDQQLRSGLSFWMEGVIQTTIAISGVFFNIFSSLILASKDMRNSFNLLLIALACFDCCYLLGSILESFRKSFHLATSTHTLLFPYVLFPGQMISMTASVLMTVAIAMERYVAVHYPLDYNQSMNDEHATLRRVLKYVVPVSLFSVLCNIPKFFEAQIQWENDPITN----VTQ-----PMLRVSDLRMNEAYITYYNHYFRLLFLGIIPFGLLVFFNTKIYQDIQPVIAGVSVILVLHTQPGLRLGFSPVVRRRRRCPRPPSSNSNSGDKGDHGGASKRDGACQVQKRNVNANRRRYEDNLAVIFMGIVIFFLVSHFPRIFLGLHEVFVSTQARLCGEHGKRSFSLWVHVFTYVSHLLLVLNSSVNSLIYCILSSRFRLQVMTTL 404          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold273_size229271-processed-gene-1.12 (protein:Tk00754 transcript:snap_masked-scaffold273_size229271-processed-gene-1.12-mRNA-1 annotation:"fmrfamide receptor")

HSP 1 Score: 174.096 bits (440), Expect = 3.538e-49
Identity = 123/377 (32.63%), Postives = 172/377 (45.62%), Query Frame = 0
Query:    7 DCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLY---------------------------PAQNYNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQ--IRRRQSTSQVTINHQARRRQ-EDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNNSIQMTEV 353
             C   TE       ++++W EG++Q ++G  G   N L+  IL   +M + FN LL+ L  FD+ Y+   +LE  R+      ++H   F Y LY                           P + +N+  G      +R+  Y++PV + S IFNIPKF E   V         NNT  Q L S      T+LR N +Y I+Y N  RL + GIIP  +L  LNY+IY  IK+R+  I R  S SQ   +  A+++  E   AVV   IV +F +CH  R  +N+HE L +       E        W L+    SH L+  NSS N  IYC + ATFRR       RC F   I     ++ GD+   S    EV
Sbjct:   64 SCDPLTEEEIEFYTRVSWWWEGLLQTLVGTIGFLANGLAVPILCSKDMNSIFNRLLVFLAVFDNIYIVCSVLEGIRKHSGF-NQMHEYAFGYVLYQFHNFVLCCSIYITLTLALERYRAVWRPVEYHNRCKGANPW--KRIAGYIIPVFIFSAIFNIPKFFEVEFVVRQEIDPVTNNTINQTLAS-----PTDLRLNDSYVIFYVNAARLLVQGIIPFVLLSILNYRIYWVIKRRREMINRPASISQNVRSASAQKKANETQQAVVLFIIVLLFFICHTPRFVLNVHEFLTLESLRISIEQDCNGVSLWALIWASVSHFLMTLNSSVNFFIYCFMCATFRRILFSYFTRCGFG--IIPSWCSWGGDSDQRSSSRGEV 430          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1595_size34508-snap-gene-0.9 (protein:Tk09500 transcript:maker-scaffold1595_size34508-snap-gene-0.9-mRNA-1 annotation:"mitogen-activated protein kinase kinase kinase 1-like")

HSP 1 Score: 157.147 bits (396), Expect = 4.228e-42
Identity = 115/352 (32.67%), Postives = 166/352 (47.16%), Query Frame = 0
Query:    4 KTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGT-ELHTLLFPYFLYPAQNYNQSNGCP------KAIRR---------------------RLIKYLVPVLLISIIFNIPKFLEARI--VYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQ------IRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHF 319
             T  C   T+    +   + +W EGV+Q +I   G+CGNF+S +I+S   MQ+ FN LLI L  FD+ YL   IL+S R +   GT  +H  LF   LYP   +N S  C        A  R                     R+ +Y++PV++ S +FNIPKF E R   V     +   N T      S   I+ T LR + +Y  YY N  RL I GIIP   L+ LNY IY+ + +R+         R   + +   H A   +E+  A++   IV  FLL +I R F++L+E + ++   E           W+L+    SH  LV NSS N  +YC ++ +FR   
Sbjct: 1198 STYQCSGATDEELELYYMINWWTEGVLQVLISVVGICGNFVSMWIMSSGRMQSVFNRLLIFLALFDNLYLILSILDSIRHEH--GTLNIHYHLFANVLYPM--HNASLTCSIYMTVVLAFERYLAVAHPVSYHLSVNDGRQWARITRYVLPVVIFSTLFNIPKFFELRAEEVESHSSLELSNGTWFNQTHSTVRIQPTRLRLDQDYIFYYQNNARLLITGIIPFLALLGLNYGIYEAVARRKHIFGGLQSSRGGGNSIVQQHAA---EENRQALMLFAIVIFFLLFNIPRNFLSLNEFISLKQVKEDYLRGCKGLALWILLVGTLSHFFLVVNSSMNFFLYCGMSKSFREQL 1542          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold1210_size55525-snap-gene-0.23 (protein:Tk07925 transcript:maker-scaffold1210_size55525-snap-gene-0.23-mRNA-1 annotation:"GJ13605")

HSP 1 Score: 134.035 bits (336), Expect = 6.025e-36
Identity = 97/317 (30.60%), Postives = 152/317 (47.95%), Query Frame = 0
Query:    8 CPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRR-QFDMGTELHTLLFPYFLYPAQN---------------------------YNQSNGC----PKAIRRRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSI-PMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTIN--HQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIR--PAME--CREAKLPAFPFW 285
            CP   +  E + E+L + IE V   VIG  G+  N +S  IL    + N FN  L AL  FD+ ++   +L+S R+   ++    H  LFP+ LYP QN                           Y  S+G      +   +++ +YL PV++ +I+FN+P F E R+    P +    +    H   + P + +T LR+NP Y ++Y N  R+ I G+ P   L  LNY +Y  +    +RRR+S   +  +  ++ +   E   A    G+V +F L H+LR+ +NLHE L IR  P+ME   R   +  +PFW
Sbjct:   52 CPCTYQEFE-LFEQLGYGIEFVGLLVIGTLGVLSNVISIPILLSTPLSNLFNQTLAALAIFDTIFILCDMLDSIRQYHSELTAPYHVFLFPHLLYPLQNIAMVGSIYTTVVVALERYIAVSRPFNVYLDSSGSGDHGDRVKWKKIGQYLGPVVIFAILFNLPTFFEFRV--KAPDVEPTTDEFVTHSPDLNPRLEITPLRENPAYILFYINMARIPITGLFPLLALCILNYLVYAHL----VRRRKSFQDIAFSGHYKTKFNVESRQAQTLFGVVLIFFLGHLLRVMLNLHEFLAIRSEPSMEELIRYNCVSKWPFW 361          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold268_size230776-snap-gene-1.42 (protein:Tk11111 transcript:maker-scaffold268_size230776-snap-gene-1.42-mRNA-1 annotation:"hypothetical protein Y032_0065g3677")

HSP 1 Score: 105.916 bits (263), Expect = 6.185e-28
Identity = 51/121 (42.15%), Postives = 72/121 (59.50%), Query Frame = 0
Query:   48 ILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQN--------------------------YNQSNGCPKAIRRRLIKYLVPVLLISIIFNIPKFLEA 142
            +L+R +++NSFNLLL+AL  FDS Y+ G +LE+ R  FD+ ++LH +LFPY LYP QN                          Y Q+      IR RLIKYL+PV++ S++FN+PKF E+
Sbjct:    1 LLTRKDLRNSFNLLLVALAFFDSCYIVGAVLETLRTSFDLASDLHLMLFPYLLYPGQNIAMTVSIFLIVAIAFERYVAVRNPIDYKQAMNDASTIRLRLIKYLIPVIVFSVLFNVPKFFES 121          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold103_size370364-snap-gene-2.27 (protein:Tk07527 transcript:maker-scaffold103_size370364-snap-gene-2.27-mRNA-1 annotation:"fmrfamide receptor")

HSP 1 Score: 107.842 bits (268), Expect = 3.333e-26
Identity = 115/422 (27.25%), Postives = 189/422 (44.79%), Query Frame = 0
Query:    2 MNKTLDCPEFT--ENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGILESFRRQFDM---GTELHTLLFPYFLYPAQ-NYNQSNGCPKAIR-RRLIK----------------YLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIP----------MIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQAR-----RRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCCFSWIIFKRSSNYDGDATNN-SIQMTEVDHHGSDNKINQSS---HNSNNKKIGKKRKKL 381
            +N  LD  E    E  E+ +  +T  IEG +   +G  GL GN L+  + SR  +Q +F+ L++ L  FD  Y+   I      QF +    + L+  L P+ L  AQ     S     AI   R                   Y+VP++  ++++N+PKF E + V   P   D N +      + P           IR T LR N  Y  YY  W    + G +P   LI LN    + + +     R  T  +  +  A+     RR+E NLA + + IV VF++CH+L+   NL+E++++    +        +P+ V + T  SHL LV NSS N  IY + + +  + F++    C        R+ N + + TNN +IQ T   +  +++ +  ++   HN +N+   K+  K+
Sbjct:   10 LNTDLDSLERDQREQEEWNIALITRIIEGYLLTSMGLIGLIGNTLAILVFSRQRVQKNFHALMVTLAVFDITYILVSIAVFALPQFSVWYKQSGLYYYLLPWILPLAQIGLTGSIYFTMAITLERYFTVCHPFFRVSHSWSAKVYIVPIVSFALLYNLPKFFELKTVL-LPIGQDFNASGDVPEGTDPCVEISDFCTITIRPTALRLNRAYKTYYCGWINSILCGFVPFITLIGLNSLTLRSLIEIS---RDPTVTIEAHSGAQHPHNTRRKEINLAKISLVIVFVFIVCHVLKWIPNLYELILV----DTTNLGNFRWPYLVEIFTNISHLFLVLNSSVNFYIYFAKHPSIMKGFLQ----C-------GRAENEEINYTNNHTIQTT--TYFPTNDSLELAAIHPHNGHNRLESKRSAKI 410          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold206_size259025-processed-gene-1.14 (protein:Tk10932 transcript:snap_masked-scaffold206_size259025-processed-gene-1.14-mRNA-1 annotation:"fmrfamide receptor")

HSP 1 Score: 106.301 bits (264), Expect = 3.111e-25
Identity = 93/329 (28.27%), Postives = 152/329 (46.20%), Query Frame = 0
Query:   24 FWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFDSWYLFGGI-LESFRRQFDMGTELHTL----LFPYFL---YPAQNYNQSNGCPKAIRRRLIKYLV---PV------------------LLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEIL 323
            F + GV+ C IG GGL GN +S  ILSR +M++S N +LI L+T DS  +   + + SF      G+ +       ++PY L   YP     Q+      +   + +YLV   P+                   L ++I+NIP+F E      + +    N T         +I VT+ RK+  Y   Y +W  L  + IIP   L  LN  I+ +I++  + R   ++Q         ++E NLAV+ + +V +F +C+IL + +N+ E L  +P  +  +                S+LL+  NSS N++IYC     F+  F++I 
Sbjct:   72 FVVHGVLSCCIGMGGLFGNIISIIILSRPQMKSSINTILIGLVTCDSIVIVTSVFMFSFTVFRYTGSAVFQFYYWQIYPYVLCVVYPIGMIAQTGSIYMTLSVTIERYLVVCWPLKARSICTNGRAKLSVFFFALFAVIYNIPRFFEVTWETQYLEDFGENRT---------VIAVTDFRKSALYIKLYISWMYLVFMYIIPFVSLAVLNLLIFLEIRKANVTRSILSNQ--------EKKEHNLAVMLLVVVFIFFICNILPLILNIIE-LFHKPNPQVIQV---------------SNLLVTINSSVNILIYCIFGNKFKTIFLQIF 367          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold138_size318692-processed-gene-2.2 (protein:Tk02754 transcript:snap_masked-scaffold138_size318692-processed-gene-2.2-mRNA-1 annotation:"fmrfamide receptor")

HSP 1 Score: 100.138 bits (248), Expect = 4.317e-23
Identity = 100/354 (28.25%), Postives = 155/354 (43.79%), Query Frame = 0
Query:    3 NKTLDCPEFTENHEYILEKLTFWIEGVVQCVIGFGGLCGNFLSAYILSRDEMQNSFNLLLIALLTFD------SWYLFGGILESF-----RRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIRRRLIKYLVP------------------VLLI---SIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILR 324
            N ++D        E  L    F + G++   IGF G+ GN L   +L + +M+N+ N LLI L   D      +W +F   L +F     RR     ++++    P F+YP     Q+      +   + +YLV                   V+LI   +I++NI +F E +       +  G N T   L+S      T LR NP Y   Y  W  +  + +IP  +L  LN KI  +I+      RQ  SQ+TI  QA    E+ LA++ + IV  F+LC+   +  N+ E      A+  +  KL          T  S+LL+V NSS N+I+Y      FR   V++ +
Sbjct:   50 NISMDNDTMGLEAEIPLVTFEFIVHGLLILFIGFLGIIGNVLCLIVLCQPQMRNTINCLLIGLAIIDISLIVSAWLMFS--LPAFQIYFERRLLTKVSDVYQYTTP-FVYPVGMIAQTASVYLTVTITMERYLVVCMPLKSRSICTYGRAKRCVVLIMTSAIVYNISRFFEYKFETFQVLLPIGRNVTLTFLQS------THLRDNPMYISLYMTWMYMIFMYVIPFAILFVLNAKIALEIRS----ARQKRSQMTIAQQA----EEGLAIMLLVIVCTFMLCNAPAMVSNIME------ALAYQAVKL----------TQVSNLLIVINSSLNIIVYVIFCKKFRTILVKMFQ 370          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold344_size201325-snap-gene-1.21 (protein:Tk02544 transcript:maker-scaffold344_size201325-snap-gene-1.21-mRNA-1 annotation:"fmrf amide receptor")

HSP 1 Score: 96.6709 bits (239), Expect = 6.833e-23
Identity = 80/326 (24.54%), Postives = 140/326 (42.94%), Query Frame = 0
Query:   41 GNFLSAYILSRDEMQNS--FNLLLIALLTFDSWYLFGGILESFRRQFDMGTELHTLLFPYFLYPAQNYNQSNGCPKAIR------------------RRLIKYLVPVLLISIIFNIPKFLEARIVYGFPKIMDGNNTTTQHLKSIPMIRVTELRKNPNYAIYYNNWTRLAILGIIPACMLIYLNYKIYKDIKQRQIRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAF--PFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFRRHFVEILRRCC-FSWIIFKRSSNYDGDA 343
            GN L+  IL+   M+N   F  LL+AL  FD  ++  G L   +  F      + +LFP+ +YP    + +      +                   R+   Y++ + L  ++ ++P+F E R     P I DG     ++         + LR N  + + Y  W RL     +P  ++++ N+K++   K+  ++          NH +   QE  L  +F  I   F +CH+ R+ +N++E  + + +  C+      F  P W+ + T    +LL+ N+S N + YC     FR  F  I   CC F+ +I  R   Y  D+
Sbjct:    2 GNTLA--ILTIASMRNVTLFYKLLVALAIFDVLFILTGGLFIIQTAFKFEFPWYNMLFPHIIYPVAGISMTGSTYSCLAIAAERYLGICHPNRNPCYRKFRFYVIGIFLACLLIDLPRFFEVR-----PIIQDGEAVGVEY---------SPLRTNGTFILAYVMWYRLLTTIALPFALMLFFNFKVFAYYKRNNLQ----------NHSS---QEKTLLTIFCCINSTFFICHLPRVVLNIYEFFLHQRSHYCQSTFDVPFVPPSWMFIMTSIEKVLLIINASANFVYYCFSGREFRNRFFRI--ACCDFTNLI--RRCRYSDDS 294          
BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold268_size230776-snap-gene-1.41 (protein:Tk11102 transcript:maker-scaffold268_size230776-snap-gene-1.41-mRNA-1 annotation:"hypothetical protein T265_04842")

HSP 1 Score: 92.8189 bits (229), Expect = 2.737e-22
Identity = 45/101 (44.55%), Postives = 64/101 (63.37%), Query Frame = 0
Query:  216 IRRRQSTSQVTINHQARRRQEDNLAVVFMGIVGVFLLCHILRIFINLHEMLVIRPAMECREAKLPAFPFWVLVTTVFSHLLLVFNSSTNMIIYCSLNATFR 316
            ++ +QS      N + RRR ED +A++F+ IV  FLL +  RIF+N HE++V+  AM C  A   +FP W  + + FSHLLLV NSS N++ YC  N+ FR
Sbjct:   67 VQSKQSQESKASNAK-RRRAEDKMAMIFVAIVTGFLLSNFPRIFLNFHEVIVLDNAMACSRAGFRSFPAWSRILSSFSHLLLVLNSSINILFYCMFNSQFR 166          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006891 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 13
Match NameE-valueIdentityDescription
-3.641e-1425.07symbol:FMRFaR "FMRFamide Receptor" species:7227 "D... [more]
-5.399e-823.31symbol:C02B8.5 "Probable G-protein coupled recepto... [more]
-6.660e-822.76symbol:frpr-3 "VRFamide receptor 1" species:6239 "... [more]
-1.260e-723.55symbol:frpr-17 "Protein FRPR-17" species:6239 "Cae... [more]
-1.325e-723.41symbol:frpr-19 "Protein FRPR-19, isoform b" specie... [more]
-1.451e-723.41symbol:frpr-19 "Protein FRPR-19, isoform a" specie... [more]
-1.574e-524.43symbol:frpr-8 "Protein FRPR-8" species:6239 "Caeno... [more]
-5.244e-524.50symbol:mtnr1c "melatonin receptor 1C" species:7955... [more]
-5.878e-529.61symbol:Mtnr1a "melatonin receptor 1A" species:1009... [more]
-7.019e-531.33symbol:P49285 "Melatonin receptor type 1A" species... [more]

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BLAST of EMLSAG00000006891 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592945958|gb|GAXK01012595.1|8.472e-4637.28TSA: Calanus finmarchicus comp2016041_c0_seq2 tran... [more]
gi|592945959|gb|GAXK01012594.1|1.694e-4335.21TSA: Calanus finmarchicus comp2016041_c0_seq1 tran... [more]
gi|592847908|gb|GAXK01109636.1|3.068e-3827.46TSA: Calanus finmarchicus comp224775_c1_seq6 trans... [more]
gi|592847910|gb|GAXK01109634.1|1.775e-3728.37TSA: Calanus finmarchicus comp224775_c1_seq4 trans... [more]
gi|592847911|gb|GAXK01109633.1|1.216e-3626.77TSA: Calanus finmarchicus comp224775_c1_seq3 trans... [more]
gi|592847913|gb|GAXK01109631.1|5.116e-3627.58TSA: Calanus finmarchicus comp224775_c1_seq1 trans... [more]
gi|592922742|gb|GAXK01035647.1|5.410e-3630.41TSA: Calanus finmarchicus comp1372655_c0_seq1 tran... [more]
gi|592798670|gb|GAXK01155898.1|4.572e-3233.78TSA: Calanus finmarchicus comp4638071_c0_seq1 tran... [more]
gi|592820511|gb|GAXK01134057.1|2.281e-3135.50TSA: Calanus finmarchicus comp3965040_c0_seq1 tran... [more]
gi|592893602|gb|GAXK01064773.1|3.113e-3137.97TSA: Calanus finmarchicus comp4782070_c0_seq1 tran... [more]

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BLAST of EMLSAG00000006891 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000068910.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s38:611111... [more]
EMLSAP000000069323.099e-10448.33pep:novel supercontig:LSalAtl2s:LSalAtl2s393:48385... [more]
EMLSAP000000091956.587e-7637.67pep:novel supercontig:LSalAtl2s:LSalAtl2s584:31649... [more]
EMLSAP000000044348.662e-4642.61pep:novel supercontig:LSalAtl2s:LSalAtl2s231:33849... [more]
EMLSAP000000035086.534e-4445.13pep:novel supercontig:LSalAtl2s:LSalAtl2s191:29604... [more]
EMLSAP000000089574.349e-4332.25pep:novel supercontig:LSalAtl2s:LSalAtl2s558:42751... [more]
EMLSAP000000074451.192e-3932.46pep:novel supercontig:LSalAtl2s:LSalAtl2s425:26844... [more]
EMLSAP000000117916.217e-3827.23pep:novel supercontig:LSalAtl2s:LSalAtl2s823:16188... [more]
EMLSAP000000074447.238e-3729.85pep:novel supercontig:LSalAtl2s:LSalAtl2s425:16364... [more]
EMLSAP000000010671.949e-3428.34pep:novel supercontig:LSalAtl2s:LSalAtl2s1178:5502... [more]

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BLAST of EMLSAG00000006891 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 2
Match NameE-valueIdentityDescription
gi|56749105|sp|Q9VZW5.1|FMAR_DROME2.640e-1425.07RecName: Full=FMRFamide receptor; Short=DFR; Short... [more]
gi|1027923717|sp|Q18321.2|DAF37_CAEEL8.406e-722.91RecName: Full=G-protein coupled receptor daf-37; A... [more]
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BLAST of EMLSAG00000006891 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 11
Match NameE-valueIdentityDescription
EEB14381.19.497e-2125.49class A rhodopsin-like G-protein coupled receptor ... [more]
EAA01756.26.637e-1924.65AGAP001862-PA [Anopheles gambiae str. PEST][more]
XP_001120499.42.713e-1726.84PREDICTED: FMRFamide receptor [Apis mellifera][more]
gb|KFM82207.1|1.824e-1624.50FMRFamide receptor, partial [Stegodyphus mimosarum... [more]
gb|EEZ99319.1|1.843e-1625.56FMRFamide receptor-like Protein [Tribolium castane... [more]
AHN57950.11.280e-1425.07FMRFamide receptor, isoform C [Drosophila melanoga... [more]
AGB94042.11.280e-1425.07FMRFamide receptor, isoform B [Drosophila melanoga... [more]
AAF47700.11.280e-1425.07FMRFamide receptor, isoform A [Drosophila melanoga... [more]
gb|KFM67380.1|1.772e-1424.50FMRFamide receptor, partial [Stegodyphus mimosarum... [more]
EFX87823.11.528e-1325.63hypothetical protein DAPPUDRAFT_311889 [Daphnia pu... [more]

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BLAST of EMLSAG00000006891 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|746856696|ref|XP_011059047.1|1.342e-1928.13PREDICTED: FMRFamide receptor isoform X2 [Acromyrm... [more]
gi|332022457|gb|EGI62765.1|1.384e-1928.13FMRFamide receptor [Acromyrmex echinatior][more]
gi|746856688|ref|XP_011059042.1|1.456e-1928.06PREDICTED: FMRFamide receptor isoform X1 [Acromyrm... [more]
gi|951561549|ref|XP_014479693.1|1.540e-1927.13PREDICTED: FMRFamide receptor-like [Dinoponera qua... [more]
gi|998502427|ref|XP_015511267.1|3.705e-1927.90PREDICTED: FMRFamide receptor [Neodiprion lecontei... [more]
gi|815815154|ref|XP_012228624.1|7.097e-1926.45PREDICTED: FMRFamide receptor [Linepithema humile]... [more]
gi|1070174107|ref|XP_018346955.1|1.361e-1826.85PREDICTED: FMRFamide receptor isoform X2 [Trachymy... [more]
gi|1009417159|gb|KYN35873.1|1.660e-1826.79FMRFamide receptor [Trachymyrmex septentrionalis][more]
gi|1070174103|ref|XP_018346954.1|2.182e-1826.79PREDICTED: FMRFamide receptor isoform X1 [Trachymy... [more]
gi|769839839|ref|XP_011631088.1|2.686e-1827.74PREDICTED: FMRFamide receptor isoform X2 [Pogonomy... [more]

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BLAST of EMLSAG00000006891 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold19_size710362-snap-gene-6.131.601e-7839.80protein:Tk00415 transcript:maker-scaffold19_size71... [more]
snap_masked-scaffold273_size229271-processed-gene-1.123.538e-4932.63protein:Tk00754 transcript:snap_masked-scaffold273... [more]
maker-scaffold1595_size34508-snap-gene-0.94.228e-4232.67protein:Tk09500 transcript:maker-scaffold1595_size... [more]
maker-scaffold1210_size55525-snap-gene-0.236.025e-3630.60protein:Tk07925 transcript:maker-scaffold1210_size... [more]
maker-scaffold268_size230776-snap-gene-1.426.185e-2842.15protein:Tk11111 transcript:maker-scaffold268_size2... [more]
maker-scaffold103_size370364-snap-gene-2.273.333e-2627.25protein:Tk07527 transcript:maker-scaffold103_size3... [more]
snap_masked-scaffold206_size259025-processed-gene-1.143.111e-2528.27protein:Tk10932 transcript:snap_masked-scaffold206... [more]
snap_masked-scaffold138_size318692-processed-gene-2.24.317e-2328.25protein:Tk02754 transcript:snap_masked-scaffold138... [more]
maker-scaffold344_size201325-snap-gene-1.216.833e-2324.54protein:Tk02544 transcript:maker-scaffold344_size2... [more]
maker-scaffold268_size230776-snap-gene-1.412.737e-2244.55protein:Tk11102 transcript:maker-scaffold268_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s38supercontigLSalAtl2s38:611111..709573 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionaugustus_masked-LSalAtl2s38-processed-gene-7.0
Biotypeprotein_coding
EvidenceIEA
NoteFMRFamide receptor
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006891 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000006891EMLSAT00000006891-702738Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s38:611111..709573+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006891-689657 ID=EMLSAG00000006891-689657|Name=EMLSAG00000006891|organism=Lepeophtheirus salmonis|type=gene|length=98463bp|location=Sequence derived from alignment at LSalAtl2s38:611111..709573+ (Lepeophtheirus salmonis)
AAATTGTTGAAGATGTCAAGTTGTGAAAAGTTAATATGAGAAGTATATAC TATAACAGATACCCGTCCGATACAGAGAAAGTAATGTCTGAAATTGATGA CTTGAGGACTATACTGTTATATGTTACTGAACAATTGCTTATACTAAATA TAGGTAAGTATGATTTTAATACTCCACTTACCATCAAGTTCCTCGGTCAT AACTAGTTGTACCTACTACAAATATTGAAACTCTCATATTTTTTATTCTA GAATAATTGAGCCAATCTAAAGATCCCATTCATTTATAAAGAGTAAAAAC GTTCATCAACACATATTCCAAAGTATACCATAACTAGCATGAAATATACC TACAACTCTATTTTTGCAAAACCAATGTAATATTTAAGTATAAGTACAAT CCGTGGGACTAATAATTCTAGAGTCGGCATATTTAAGGTAGTGAAATTGA AAAAATCTGTAAGAAATATATAAAAATATATGAATGTTGGTACAGTTATT CTAAAAAAGACCAAAAATCTATTTAATATCAAAAACATGAGAAGAAATAG CTTGATAAAAAACAAGATCAAAATTCCTCCCATGCTAAATAAAGAAAATT ATGAAAGGGTGGTAATATTTATCCATGGTCCTTCTGTGAAAGTTGAGCCA AGCCTCCACTGGCTACAATAGTGTTACTTATTATATTCATCATTTTATTT AATCTACGTCCCATGTTTTTTCATTATAACTATATAATGACCAATAGAAA ACATTAAGAACATACATTTCTCCCTAATCTAAGTCCTCCCCTTTAGACAA AAGCTATACAAGTGATCAATATTTGAACAAGGTAGTGGCCATAGCGACAC TTTTGGTGTCCACTGGGATATTATTTATAACAAAATAAGCAGTCTCCATG AGTTTATGTTTTTAACTCTGAAGGGAAAAAAAGTTTATAACGGCATAAGG GAAAACGACTGAGTGACGTCATCTGTGGTATCATAAAATGCAAAATCTTT CGATCGAAAAAAGATTACACATAGAACGTGTATTTAATTAAACTAATAGA TGGGGTTACCCCCTTTGTTTTAAAGCTTTACTCTGGAGCAATGGCTCTAA AAACATTTAAAGTTCAACCCTTAAGATATGTGTTTAGACAATGCGCTACC CCTACATCTCTCATTGAGAGATGAATATCAAATTTATGTAGAGTGGATTT TATACAAATATATGACTCAAAGGCCATATCAACCCTGTAAAGTTCCATAA AGAGACAAGTAATATAATTTATTTGACCATATTGATGAAAAATAAATATT TTAATTCTTCATATACTAAAAAATATAGGAAAAAATAAAAAATATAACGA CGAAATAATCGAATATATTGTAAATATAAAATAAACGATACATGTACTAC TTGGTATAATTTATATAACATCAATTCTCTTTTTTGTAGTAAATAAAGTC AAAATTGAGACTCATAAACAAATAACATTACAGGCTGTGGATGCTCAAGM AGGCTTATAAACAAATTCAGGMCTTAATGCAACGGTTGTACATTGAACAA AGTAGGTCTATTCTAGATTTAATTTTGAACACAGTAACTCTAAGATCTTT TTCCACGTGTAGCTTTAAAATTTACTAATTTTGATATAAGTTAATATGAA TAAGTAGAGCCATGTGGTGTAAGTAAATCTAAAGCTTCTTTAGCCAGCAC TTAAAGTAATGTCAATTTAAATACTTTTTTTAAAAAGAAATAGTTTAGCA GCCACTCCGTTGTGTCCAACGACCCCCACTTAGGGAACCACTGATCTACA CAATGGTTTCACATCCCTTGTTATATGACAAGCAGGAGGGAAAATACTCT TTTATAGTTGGAGGGGACCTTAATCATTAGCATTTAAGCCAATAATGACA TACTGGGCTTAATCAAAAAATATGTTCAAAGCTTTTAAAGCAGTATAAAA ACTGAAAATAACTCTTCTCAAATATAGCCCATACTATAGGCTATCAAACT ACATAGTTTTTCAAATTTGTATAATTGATTGCATATTTTTTAGGTAATAT ATGCTTAAAAATTATTAATGGAGAAGATCACTCAAATTAAAGACCTGAAA CTAAAAGTTTTTTTTTACGTGCTGTTCTTTATTAGAATGACATAAGGACT TTCTAGATATATTATTTAGGTGTTGTTTAGTCTACCCTCTCTACCCTCCC TTCAGTGTTTGGAAAGTTATAAGATTGGCTAATCATATACTGATTTAGTT CATTTTATCCTTCTATTTTAGAAGAAAATGCTGATTGATAAAATGAAGAT TAGTAATTGTCATATTAGGGTTTTGTTTCAAAAGACAAACTTTGATAAAC ACGTCATTATAGAAATCATAAAGTGATATGATCAACAATTTATATCGGCT ATGTTGTAGGTAAAACATTACTCTAATTTTGTCTTTATTTTATTTATTAA AAAATAAAAAAAACTAGCTATAACTTTCTATAGAATCTCATTTAATATAT TAAATAATTAAGTTTTTTGGAGCTGAAATGATTTAATTTATATTTAAATA GAGTTACAGAAAAAGTCAATTTTTCTAATATGGCGCCAAATGAGGCTGGT CTAAGTGCCAAAAAATATGTGACGGTCCAGCAGCATATACTGATCTAAGA TTTACCGAAAATTAAAAGTAAAATTAAATGAACATACCGCTATGTCAACA AAATATTGGTTGGTGTACCTCGATAATCGTTTCAAGACCTTCACTCATTC CAATCTTATCACTTCGCTTACTACATACACATACCTCTCTCCTTCTCCAA ATTTACATGTTTATTCGAATTAAGATATTGGTTTTTTCTCGATATATATT AAACAGAAGAAATATTTCTTACTATAAAATTGAGACAAAAATATTTTTAT AATATCCTTGTATTTCATATGTTTGCCCCTCCTTCTATGAATGTAAATTC TTATTTCATCTTATAATAGAGGTAATAATGGCCTTTTCTGGAGTAATTAA GCGTCGACTAAAAGACAATTTTTACTTAAATATAATAGAAGATAATTCAA CAAGAAATCATTTGTGTTAATCTACGTTTTTATGAGCACGATCACATGCA ACTACTCAGTACTAACATCAATTCATATATATTCAGTCCTCCAGAATGAA AGAATAATAATAAGAGTTTGAGAAGAAAAAATAAACAGTATGGGATGACC GATGAGTGATTTAGTCTCTCGAACGCTCACTAGCAAAAACGAACAAACCA GTGTTTCTTGTATGGTAAATACAAAACGCCCTGGCAAGTTAATTCATTTT TACATAAGAGCGCTTACATTTTATACAAATCTTAACATACTAGTGAGGTC ATCAAAAGAAATCAACTCCTTAAAAAATATGTGAAATGAAGAAAAAAAGG TTTTTCTATTTCTAGCTATTTTTTTTCATCTTTAGAAAAGACTCTCTATG TAAGACAAAATTTCACCACTTTAAGACAGATGTTCTAAAAAACACAAAAA AACGTATTGTGTAGAATCTTTAGTTTAATTTGAATACATTTTTTAAAAGT ATAATGCTTCAAAAACCTCGCAATGACCTCTTAAAGATGGTACAGCTTTA AATCAGATTATAAAGATGCATTAAAATTTATCCATGTTAAAATTAAGTTA TTAACCAGCTGATCCGAAATTATCCTTTATATAATATTTTCAAACTTTCG ACGCCGTTGTTATATTATATTGATATAATATATTTTCATAATGAATTCCC CGATTTGTTGTTCATTCATTGACAATATCTGTGATATCTGAACTACGGAG CATAGAGACGTTACATTTCGTGATGTGAATATAGAAAAAGGCGTAGAATT GAAAAGTACCTCGAAAAGGGTTGTTTCTGTTCATTGGGAGGATTGAATCC ATTAGGAAATAAAACCCATTGTTTTAATTGGTTTGATTATGAATGTGTTT CTTTTCGGCAAGAAAAATGCCTAGAAATGTCTTCTATTTCTCAATTGAGT CATGCACCCCATGTGTTTGGACATTTTGGCGCCCCGGAAATGGAAAAATA AAAGATTAGATTCGAAATTAGTGGATGGAGAGTTAGTCTCACACCRCATG GCTATGGGAAAATTCAGAGTTCAGGGYCTTCAAACTCATTATTTMAAAGA TGAGTTTACTCATAAGTAACATTAGTTAACTGAAAATCCATATAATAACC CGTACAATCGAAATATGAAAGAAGAAACATTTTCTGGGCAACCTTATGAA GGATCATAGTATTTTTGTACTGGGAAGAGTTTAATGTTTTCATTCTTTGT AATCTTGTTTTAAGATTATTTTAAGAAACTATTAAGATAGGTTCAAATTG TGTAGCATCTCTTATAACATTATTTGCAGCGTATAAATGTTGTTCTTCAT CTTGAAATTCAATGTGATAATTTTGGGTTAGAAAGTTAAAATAAAATTGG AAGTTCTTCTACTTTTAACAATTAATTTCCTTTACAGAGGCCAGAATCAA NNNTTATATCRTAATRRCTTYGTTAGCATACATCRTTATTTATGGTGTAT TTGATAAAGTTTCTATGAAATTTCTTGTTGAAAATCATACAAATTTTTCG CCACACGGTAGCTTCGGCATACTTCTCCTGGAGTTTTACATGTAAAAAAG ATGGTCCGATTGCTCAGAAACTCTTTCTATGAACTTATTAAAACATGTAA TTTTTTCCTTTCTCTATTCCTGAAGAAACTATCATAAATAAATAAAAAAA AATATCGGGGAAAAGAATAAAACATCTTCTGAAGAATGTCGTTCCTTTGA TTTCTTGTAATGAAAAGAAAAAACTTTTTTTTAAATCTATAAAAAATGAA ACGAACTTCTCCAACAAACAATTAATAAATATTACTTTCCCTCAACATGA TGATTTCTTGTCTTCGTTTACTTCTTCTCCTMCMCCCGTCACTTTATCCA AAGATTTTCATCATTTTATCATCACTATCTAATTATTTTGGAGAAGATAC TTCTTCAACATTATCCCCTAATTTATTACAAGGTATCACTAAACATTAAA TTGTTTAATTTTATTGATTTCCTTTTAAATTATACACTCATCATACTATT TTGATTGTACAAGTAACTTATCAACATTTATATATTATGATCTAGAACAA GGACTCTCACATAAATATGCATCTGACGTGTTTAAATCACATTGAAAAAG AAATAAATAGCGTTTTTCATACTAAGGGTATGATTTGTACATTTCGAATT TTCAACATATGGCTTYCTCCMTTTCAGTATGTTCTTTTTTTTCTCTTCAT CTACATATTTTACGTCATTTCTAACTTTGTTAAAAAATAGTAACCCTTTT TTTTAATCACTGACATATTGTGATCGACAATATTGCTTTATGTAAGGTAG TTTAGTATATTGAGAAAGGGCGTAAGCTTCCTCTATTGAAATTATTAATA CATGAAAAATTACATTATTTTTATTTTGAATTATTTATTTACTTAAATCT ATTGTGAGGTTCATATTTTAAGGAAATCGTAGCCATTTGGGATAGGATAC TTTAGATGAAGGAATTAAACTGTGTAAAACGATTCTAATATTCATTTTTT GATTATTATTTTTTTTAGTCGTAGAAATCTTTCATTTTTTGTACATACAT ATTAATTTATTTGTATTTTTGGTTTGTTTTTCAATTTATGTATTATTTTT TAATAATACAAGAATGTACCGTTAAAGAGATGTGAAGAAGTAATTCATAT TGAGTATTTAATCTAAGTTAATTTATTTTTATACCTATAGGGTGGTTAAA CTTAAATTATATAAAATTAAATAAAAAATATTTACGGAAATTAAGATAAC ACTATCCAACAACAAAAATGGTACAAAAACAGTATATGCTCTATTTAATA GAATTTGATTCCCTAATTCCAAAAATCTTCTTATTTTTTTTCTCATAGTC TCGTGACCTTCGGAAAAACGCCAAACATTTTTTGTTATTTTTGGCTATTT TTAAGGTTCAAAGCTGTTTTAAGCCTTCGGTATTGAAAATAGGGATAAAT TATGTTGATATATTTTAAAACTGAATGTTAAAAAATTCTAAAACCATTTT TGAAATGTCTGCATCATACTTTTAACTCGACTTATCTTTGTTTAAAGTTG AACATATATGCTTTTTGTTCATAGGCTCATAGCTTCAAGACGAATTGATG CAAAAAGCTTAAAAGTATTGCATTTGATAGCTGAAAGTATGAACTTCAAT TTAAAAAAAAAGATTCTTTCCAAAAACGCTCTATATCCTTGTCAATTTAA GATAAGGTGACGACAATATTTAAAGGAAAAAACTCATTTTTGAATTGATC TCATAATAAAAGTCCAAAAGTATNNTGAAAGTATGAACTTCAATTTAAAA AAAAGATTCTTTCCAAAAACGCTCTATATCCTTGTCAATTTAAGATAAGG TGACGACAATATTTAAAGGAAAAAACTCATTTTTGAATTGATCTCATAAT AAAAGTCCAAAAGTATTTGTATGCCCCAGCTAGAAGAGATAGAAACAAAG ACAGAGAAAAAGAAATGATATAGAAACAAAGAGAAAGGAAAAGGATAAAA ATAAAAGATATATTATACAATTTGTTATAACATTAAGCCTCATGTCTCAA ACTGTATAAATAAATTATTTCATGGTTCATGGATACAAGAGGACTCGTTG CATACCCATATTGAGTAAGGGATTCCAAAAATGGACATTCAAGGGAGTCC TCGGAGTAAACTCTTTTTGTTTTTCTCTCACTTTGAAAAAAAATATACCA AATAATGTTTCCCTTCTTCTCGATGACTTCTCTGATTCTGCTAGGCATGC TTAAAAGCTGATTTTCTAAGATTTAGGGGTCCAGAGTTTGCCAGACAGTT TTGACTTCCTGAATGAGCTTCTCTTTGGATGTGCAAGTGGTCAGGCTACA TTTTTTGATTGAGGTTACATGAATTCTGAATATAATTCATGTACATCGTT TTTGTTTACTTTTTATTTCAACCATATTGTCTCCTTTTTCATATTTAGAC CCTTTAGTTCTAAACAATTTGGACAGATTTTAATGGTTTTTTCTTCATGA TAAATCAAACTAATTAACATGTACTTAATGTATTCATATTTACATCTTTT ACACCCAAGAATAATTCAGTTCCAATTATTTTATTTTTGAAACAAATTTA TTTTCAATTCAGTATATTTTAATTTTGTTATAATGTCATAGATATTAATA TTTTCTAATTTCTTAATGATAGTTTTAGACAAATGCTAATGATTTTGGTA AGTGTTTTGTTGTGGGTGTTGGAGTACATTTCTCGATGGTTTTTTACGAC TTGTAGAATAAATTTAAGTTATGAGTCGTCATTTTTTATTCGCCATAAAA TACTGTAATAATTATTACGTTGAGCGGAATAACTTTTTCTGATTCTTCCC TTCCATTTGAAAGTGTTTGGTCAACTTCTAAACAAACTATCCGGTAGCAC TATTATTTCCAGAATTTTTTTTTTTAACTTCTTCGTGAGAAGTCTTCAAT ATTTTAATGCAAAAAGTAAAAATGTGTTCTTATCTTTTGCTCTTAAATTC GAGGGAGCTTAGCATTTTTCTTGTTGTAGTTAAACTTACTTTATCATAGA AGTAAACAAGTCCAACGGTTCCTCCGAAAAATACCATACTTGTTAGAAAA ATTTGCATGAAATGGATTTTTAAATATGCCTAGTGATTGAATAATATTTA ATTAATAACTTCATTAGACTGAGATCTTTTAACAAAGTAATGGATGTCTG AAATGATTTTAACGAAGTTTTGATATATACTTTTACAATGAAAACACGTA CATAATGTAATTTTCGTTTTTCGATTAGAGTTAATTTTAGTTTAAATATC CAGATTTTGATACTATCTATCACTTTTGAAAGCCGACAGATATAATGTAT TACACAAGTTGACATAGACTCTACGTTCAGGGGCATCGCCAAGGAATATA ATTAGTAGTACTATTAATTCTCTATTTCTGTATCTTGAATATTTTTTAAA GATTATCTTTTTTAAATTTAATAGTTCAATCTCTTATGTCCTCCAAAAGA CTGGTTACCTCTTTATCTACAGCTCAAGGGTAATATTTAGTTTTGAGATT TTTGTCTTTCAAATTTTTTGAGGAACGAACAACTAGTAACGATGTAGGGG CCATATACTATTGGAAAACAGTTCCAATAACTAATTCCATTATATGGTGT CTACAAGCAAATGGAAATTTTTTTTGGCCTCGTAATACAAGTCAATTTTC ATTATTTTTGCCGGTATTTTGAATTTTAGTGCTTTGATTTTGTTTCCAAT ATCCACATCTTTAATTGCTTAAAAACAGCCTTACCTTGTTCTTCTCCTGT CCCAGGAGAAAGTTTGTCCAACCATAATTTCTTAAAAAATCATTTCCCTG ATCATTTTTCCGTCCCAATGCATAACAAGACAAAACTTTAGGCCTGAAAT TTGCGTTGATATAATAGGATTTTTTTAGTTTGTTCTTTGGCATAATTTGA CGAATTATTTTTCTTTTAAGTGAGAGTTATTTCACACTGTTTCACAGACT TCTAGCTGCTTCTGGTAATAAAAAAATTGATTTATCATTTTATAAATTTA CTATTGAAAAATTTAGAATTTTTTTTAATAACATTGGTGTTTAATTTTGA GCTATAAAATTGAATTAAAATCGTCTCTTTTCGTGAAAAAGTCATTAAGA CAATTGTTATTAAAAATTTACATATTTTCGCTGAATTTAATGTGAATGAC AGCTTGTAGCATTCTTTGATATTTATCAGATAAATATTTGGTTTGCGATA TGCAATAGGGAATAAGAGATGGGTTATGGGTTAATTTTCAAATAATGTTA TTATAAACATATATTTTTTTAGATTACTATAAACTGTATTTAATTGTAAA TTTATTATTTTTATAAAAAAAACAACAACTTTAAATTAAATTATTCAAGA AAAAACTTTCGGCTCATTGAACTACCTCTAAATATTTTCAAAACTGTTCA AATTTTTCTCAAATGTTTTATTGTACAAAAAAAATAATTTTTTAACCTAA GCCATTTTTTTTAATGTTCCCTTAATTGGTTATGTGCGGTTGCACTGACT GTATAAGTAAACATTATAGTATTATTATTACTCCATCTAACCTAGGAATA TTTTGGTGAAATCCATATACAGAAAGTATATTCCTTTCTTTAAGAATCAC TGGGGCACCATTTACTCTTCCAATAAAAAAAAAGAAAACCATTGTCACCC AAATGAACACGCTTGCTAAATTTCATTATTCCAATTAAAATTAATTTTGT TATTTATTAGGTCAAAAATATGTTTATGACATACATAAGGGCCACTATAT ACAGTGCACCCTGTTACTCATATAGACAGACAGGTAAAATTTGTTTTATT AATAAGATGTACTCTCCGGATCAATTCATATTATTTATCAATTTCAGCGA TGAATATGACAGAAATGTATTCAAGGAGAGTGTTGGATATCTTATTCTGT ATAGAACATGTCTTGCTTGATAATAGTTTAGAAACAATATATCCTCTAGA GTTTAATATATAATATTTTTTCTCCAACTATTAGTTTAGATTATGAATTC ACAAGTATAAATTGAAATAATGTTAAAGAAGTATTCAATTTCTTTATAAA TGGTTATACACAAAAATTTATGTAAGAACTAATAAAAACAATTAGAATGG TATAAAGGGTGATTCAAAACGAGCGGTTTTTTTCAGTAGGAATTTTTGAC AGGCGTGGGCGAGTTCTGTCAAATTCATACGTCATTTTTACTCAGTATTG TTTTATAATTCTTCATGGAAAGATATACGCCACAACAATTGTACTATGAA AATCAGCGTTCTGTGAAAGAAGTTTTTCGCAAATTSCAGCCGCTCTCAAC ATTTTGGCTTGTTGTATGCAACAACCTGGCGCATTTTGAAGAAAAATTTT GTTTGAAAGGCATTTAAAATACAGCTCGTGCAAGAAATTGAAGCCGCCGG ACCTTTGTTTGCGTCGTGTTTTCAGTGAATGGGCTCTTGAACGTATCCAA GAAAATCCGTTTCTTCCGCTCCAAATATTGTTCAGTGATGAGGCCCATTT CTGGCTCAATGGCTAMATAAATAARCAAAACTRCCGTATTTGGGGTAAAG AACAACCCATATTGTATCAAGAGCATCCATTACATCCATTGAAAACAACA GTTTGATATGCCTTGTGAGCTGGTGGAATCATCAGTCCATATTTTTTCAA TTGAATTGGCCACCAAGATCGTGTGATATCACATCTTTGGACTTTTTTCT TTGGGGCTACGTAAAATCAAAAGTCTATGTGGATAAGCCAGCGACGATTG AAACATTGGAAGCAAATATTGAGCGAGTTATTCGTGAAATTCCGGTCACA ATGCTCGAACGCGTCATCGAAAATTGGCGCGAAAGAATGGACCATTTAAA GGCCAGTTGCGGCCAACATATGAAGGTGATTATTTTCTAGAAATAATTGT AAACGATTGTTTTCTCGGTTCATAATAAAGTTTTCACCATAATATAATAT TTTATGTATTTTATTTCTACAATCCAAAAATCGCTCGTTTTGAACCCCCC TTTATTATATACAAATGCATATATATAAATATTTATCTCGGTGTTTTGAT GGCTAAACTCCTTAGAAAGTACTTGCACTAGGATTTGAAGAGAAGTAAGA TATGGTTAAATCATAAAAGTACTAAAAAATAATTACTGACACACTGTTAA AGCATACCATTGTATTTAATATCTAACAAAAGATGTAACATTCAATTATT AATTTTTACCGCATACACATAAATGTATAACTTTTAATTTCAATTTTAAA TTTTGTACGTGTTTGAGCTTTTATTTAAAAAAGTAGGATATATTGTGACG AGAACCAATGCTTCAGACTACGAAGAAACCCTTTTTTTCTTCTTCTCTCT TTTCCTCTCTCTTCCTCAGGAGTAACCATTTTTGCGCTTTTCCCCCCTAT CATACTAGTTTTTTCTTATTTTCCTTCGTTATTCTGAAAATATATTGTAA TCAGTTCATTTATCTCATAGAAACAATTGTGAACTTCCACATCTTTTATC GAAGAATAAGGAATAAAATATTGGATTTGGAAACAACTTCGGTAAAAGGG AATCATAAAGAAGAGTCAAGGTGAGTTGCAAGACATTTAATGGTATATTT AGACTCCAATAATAGTTATCATGTAAATCTATTCTCTACATTATGTAGTT GTAATAAACAAGAATTCAATATTAAGATCTCCAATTATTTTACTACAAGA TTTCGTTTATGTACCTTATATTATTCGTGAATAAGATTACTATATTAGAT AGTGATTCAACATTTCTTAAGAAAATACTAAAGGCAGGGAGTAGCCAGCA GGGCCTGTAGCCCCCCCCCCCCAAATTAGTTAACTTTTTCTTACTATAAA TTTTTTGGTCTGGCTGAAATTTTTTAACTGAAAATATGGGTAGAAATATT TTTTTCAAGATTCATTTTCTGAAAAGAGGTCATTCGGGCAAATTATGGAG CGGAGCAAAAAAAAATATGTTTGAATTTTTCTCCAAAAAATTTTAATGTT TGAATTTTTCTCCAAAAAATTTTAATGTTTGAATTTTTCTCCCAAAAATT TTAATGTTTGAAATTGTGTCCAAAAAAAATTTAATTTTATGTGAATAGCC ATGGGTCTTTGAATTTTTTTTCGAAAAATTTAAACTTTTGATTTTTTTCT TCAAAATAAATCCTAAAATCAAGGGCCCCCATAAATATAATCTTGGGGAC GCCCTTGATAGGCAAAACATAATATAGAGTAAGGAAAAAGTACATAGTTA TTAAACCTACATTTATGAATTATATAAACATATTTACATAGGTCCAGCAC CAATACTAAAACAATCTTAAACAAAAATCAAGAAAATAAGAAATTCCCAA TGTATTGTTGTACATTATAAATATAACATATGTAAANNGCATCAATTTTT TAATTGACTTATTTTGGTCAAATGTGGGATTAATATTATAATTTTCAGAA AGATTGAGAGACTCAGGGATATTGGAAATAGTCTAGAATCTTCATTTAAT TTATGATACTTTTTTTTAGCTTAGATGTGACCCTTCAAATACAATCTATT TTTGTTTAAATAATGACATTTTTACAACCTTTATGAGAAATTTATAGCCC CTCCCCGGAAGAATTTATCCGAATAATTTATTATCAATGTAAATGTTGTA GAATAAGGTTTTTCCATTTTTTGTTGAAAGACCATTTTGATAGTAGCAAT TCAGTATAATCAAACCGCCGTATATTATAATTTATCCCTGTGCGTCCAAT TTATTTGCACACACTAAATAGTTCCAGGCCAGATAAAGTTTTTCATCAAC TTGAGACATTATTCAACAAAAAGTTATTTTTTAAGTATCTTTTGTCTACC ATGTTAGTAAGAATAAGTAATTGTTTTTATTAATGAAGTTAAGTCTTTGA TATAATGGGCATATAGCCATAAGGTACATAATGATATGTATTTATATGTT TTAACATAAATATTAAAGTGTACACATGGGTAGCGATATTCTTTTTGCAT TCTTTGACCATAATATTTTTTAAACTCTCGCTTGGGAATTTTTACATACA TCATATAGAAACCAAACAATTATTCTGTTCTTCAAATAAGCTTTTTATGT ATTTATGCAATTTTCTACAAAAGTAATACAATCGATGGAATAATTTTGCT TATCTCCAACTGCAATATTGTTTCGATACATTTGCCAAAGTTTTTTTTCA AAATATTTTGTGTCCTTATACATATATTTTTATTTTAAACAATTTAATTC ATATTGATTCTACTCAAAACTACAAAAGGCATCAATATTGTTTACCACAT AGTTGAAATTGAATAAAAAAAGTGGAGACACAATAATATCCGAATTTATT TTAAAACTTTTTTTTAGTACTTCTTGCATGATAAATGGATTATCTTACGT TGTATAGATACAACATCACATAGTATATACAGTACACATACCATAAGAAA TTGTTATAATATGAAGGTAACATTTTATATCTTTTTATTATTTTTATGGA AGTAAATGTTTTGAAGAATAAATTCATTTGTTATTCCGATTTGAAACAAC TTAAGTGAAATTGTTTAAATATTGATCCTTTTTATCCTTGCTATTCTTTT TATAAATCTTACTTAGTATTGAAACGTGTGAACAAAATTTTATTGTTTCA AAAATAATTTAAATATTAAATAACCCTTGATGTGTGAAATTTCTCTTCCA CATCAACAGTAAGATCTATTTTGTTAATTGGATACAAATATATTTAAAAA TTAGAATTGAAAATTTGTAAAAGTCACCCTTGTAAGAAAAAAATAAGTCA TCCACATAAAAATAAATATATTATCTGCAAAGAATAACACCTCAATATTT GGATTTGGTTTTAAGGCATAAAGGTTCATCTATATTATAAATAAGTGATT TTACAAAAGAGAATTCAAGTCCAAAAGTTTTCATTTAGTGGAAATATTGA TTTGTTTCCAATCATATTGAGGCAAAAATTACACGAATTTGTTATAAAAT TCTATGTATTATTTACCAATAAACATATTATGTTTTTATTATTATTGCGC AAAAAAAAAAAAAATCTTACACAAAAATCAACAATTAATTTGTTTACTTC ATATGTATGTACATGTAGCTTAATATTTCATTGGTATATTTGGGTCAATT AATGCTTTTTATTTAAACTTGTGGAATACAAAATTAATTCTAACTTATAT TGTCCTTTATATGATCTTTTAAATAAAATATATTCGTGTATCGTTCTTCT ATCGTGACAATCCATTTTGACTAGTCCCTGTGCAATTTGCAGTACACCGA AATTGTTGAAAAAATATTTCGATAGAAATTGACGATTGTTTTTAGAAGAA TACAATTACACTTACACAAATACACTTAATTCTAGCTTGCTTTTGTGTTG AAAGGCCAAAATATTCTTCTGCAAATGAAATGCCATTTATAACTTAGGCT TTAAATGCATTAGTTGGTTTTAAAATAAATGAGAAACAGAACCACTGAAA AAATGGTCGCCTTTATCATTTTTGAACTGAAATTTCTCACAATTGAATAA TCCAAAATGGAATATAAAAGCCACTTTGGTATTTAACCTAAACATAAATT TTATTAACTAGTAGATTACAGATTATTTTTATTCAAATGTTAGCTTAAAG CTGTAAAAAGTGTACAAAATACTCAAAAAAATTCTGATCGAAAATATTTC AAAATGAGCATTGATATTAAAAAAATAGTCTTAGTTTTGTGATGAACTCT TTAAATACTACAATATTTAGTTGAGCAACTTTATTTATTCATTTTTTTAG CTTACTTGTGTTATTATAAGAATAATTAAACTATTCAAAATAACCTTAAG TAAAGTAAAAAATAGTATATAGGTATATTATACATGTATGTAAGTATAGT ATTTCTTCAAAAATATAAAAACATTGTTGTAAGCAGAGATAGGGAATGTT TTTTTAAATCTCAGGTTACTGCTTTCAAAGAATACAAAATCAATATAACC TAAAATTAAACTATAAAAAGCAAAATATTAGTCAATACTAACACAATAAA TTTATAAATATAAATAACTTGCAACAAAAAAGTAGATGTCGACTGTCTAA GACGTTCATTAGGTGTACTGTTTCAATAAGTAGAATTTAATGATCATCGT TTCACAAATTCGTGCAATATTAATGTAATCAAATTATGAGTGCACTTAAA ATCCATACCCCCTTACTTAACTTATAAACTCCTAAAGGTAGAAAATCGAT AAAAAAATTGCTCTAAAAGAAAAAATGTATCTTTATTTTATAAATAAAAA CAAAAAATAGATCAAAGTTAAATATCAAAATATACTTGCATTTGTTTTTA CCCAAATACTGTATAAATTTCTATTTGGTTTCTTAAGTATATGTTACCTA ACAAAATATGATAAACAATTTTTTCCATTTATTATAAGTTTGTAAGTATC GTTTATTTTTTACTTTTATTTTTGTATAGGCATTATTATTTAAATTAAAT TTGACTGCAAAAATGTATTACACTAATAAATTATATTTGTTGTGAGGTAA CGCAAAAATAAAAAAAGGAAAAATACCCATTTAAAAAAAAAATCAAATAA TGAATATACAGCTTCATAATTTATGTTCCATTTCGGTAAAATAAAGGGCT TGTATATAAACTTCTGGAATGAGTTTGGATAGCTTAGAATGCCAAATATA GTGTTTAACCTTCATTTGATCTATAAGACATAATTTGACCCAAATATTGG AATTAAAGTAAAGTTTGTATCATTCTTAAAACGCATTTTCGCTACTTACA GTGCATTTGCAGCGCCTCTAAAGGATACATTCCAATATTTTGTTCTTGTA AATTGACAATTATTCCTTACAGAATACAAATGAAGTCCTGAAATCTAGCT TTATCTCTTTCTCAAGTTACTAAACATAACAAAATATCAAAGCTGCGACA ATAAAATACATGACTTTCATAATACAAAATTAAGTATATGTAAAGCTTAA ACTACATTTTATTTCAGAAAACATAATTTTTTTCTCCATAAGCTATTAAT TCATCTTTGACACTTAATAAATATACTACGGATAACAAGTACATATAATT TAGAAGTTTAAACAATTTATTTTCATCCTATTAAGATAAACAAAACATTT ATGTACATCTTGATATACACATGCTTTACATTGTGCTATTTGTTTTTCCA GTATTTAAGATCCAAATCTTCAGTTTATCCTCCGAAATATTTCAATCTGC ATTAGTGATAATGAAGCATTACATTGCTCTTTTTTTAAACTTGACTATAT ATATATGTATACACATATATTAACTTAAATTTTTTATATTGTGAAGTAGT TTTTTCATAAATATATGAATATAATCATAATTAAATCGGTTAGTTACAAT TAGTCTTGGATGATTTCTAGCCTTAAAAGAAAAAATCTCTCAGAAAAAGT ACTTTTCTCTAAAGAAAAGGAGCTAGTTCAAAGGGAAAAACATATGTGAT AAAATTGGAAGATTGTAAAGCTCAAGAAGCGACCAGGGCTGAGTTGAAAG GTTCAAATCAAACATCAACTGTTAATTTAAAGAGCAATCCACATCGTCTA CGCAGGCATCTAGTGATATTAATGAAAGTATCTCAGATTCTACTGTGGAA GCAATTAGTCYCCTCCTTGGAACCATATTCAACAYCTGCCACTCTGGGTA ATCATAAGCCTAATAAACCTTTTCTAATCGACATAGTTGTCTCACTCAGT CGTACTAGATCCCAGTGACTAAAAAAACTTAACAGAAATGATTTGCACTC TAATTGCAAAACGTCCAACGAGATGAAAAAGTCCAAAAATGTCTTTTACC ATTAAACTCCAGCACAATTTTTTTTAAATAAGATAATGCGCTCAAACACA AGTCAAACTAAAGCTAATACTTTTTCCCCGAACCAAGGTATTCGCGTAAA TAAGCAAGCATTTGATAAAACCCATTCTAGCTTACGAATTAGTAGAATAA TTTCCTCCAATATTAGAGGAGGAAGAGATAGACTATTCCGACATGCACTT ATGAAATGCATGCTGTCTTTCAAACCTGATATTATAYCCCTACAAGACGT TAAATCCAGTGTATCCTCTATATGTAACTCTTCATGTCACTCGTGTCTAC CTCCTGAGTTTTTTGATTTTTCTGTGGTTCTGGGTCATTCAGAGGGGGCA TTAACATTTATTTTAAGAAAAATTGAGAATCCTGCATTTCTAAAAGAGTA CATAGATTAAGGGGAATGGCGTAAAGTTTTAATACAGACTTCGAGTTTTT TTTTCTTTTCTAATTAACGTTTATGATCCCAATCAAAAGTAGTCGCAGTC TATTCAAGCTATTCTCAATTACCTAGGAAAAAATTCAACCCCACTCTCGT TAATCGGACATCTCAATGTGGATCTTGATGCATCGAGATACTATGCAAAT AAAGATATTCTGGAAAAGTTAATCTTAAAACTAGATTTGGTGGATATAAT AAGAGTTCAGAACTCTAATAGTTCTTTTTCATGGAGAGGGGGAGACCAGT CTTCAAGTATCGATGTAGCATTTGTATCTCAAGAACTGTTTTCCCATATT ATAAATGCATCTTACCATACTGAYCCAGCCTCAGATAATAGAATTATGGA TCTTGAATTTCGTAATGGAACATCATGTAAAGTTTATCAGATACCAAAAT GAATATTGTGGAAAAATAAATTTGAGGATCTTTTTTTTAAAGACTCAGGA GTGATTTTCATTGTCCATACATGGGTGCAAGAGCAGCTGCTGTTTTGAAG TTTTGTATAATTCAAACGAGTAAGAAAATTGTTAAGAAATGAAAGAAAAA ATCACGGGACTTTCAAGAAAACTTGTAGGAAGTTTTAAAGAATGTTACGA TATTTTGGAGATCTTTCACTTTGGATATCGTTAACACAGAGAGAACATCA GATTTAGTTTAAGAGGAGAGAAGAAAGCTCAAAAAGCTAAAGAAAAATGA GAGATGTGGAACTTCAAGGATTACTAAAATTATTTTCAATGGTAAAACTT TAGCAAAGCCCGATTATATTTTAAGATGCTTGCAGACAGATTTTCAATCT ACGGTCGGAGGACGGAGGTCTATTTTCCTAAGAAGGCAAGGTGTCATGCA GGGTCTACTTTTTTCTGCTAATATTATTTCTGATTACATCAAGAAATATT TCAAAGATAACAAAACGACCGGTCCAGACGGAATTGGACGGAAATGTTTT ACCAGCATTTGATCTGAAATTACCCCTTATTTATTATGTGTGGTAAGGAC GATGGAAATGCATGCTAAGCTTCTGAGAAAAGTTAAAAAGGGAAGAATTG TTTTAGTTCCTAAAAAGGAAGAAAGAACTAGTATATGTCATTGGCGACAG ATAAAAATCCTTGATGAATCATATCGAATTCTTTCAGGTATAATTGCTTA ATCAATGGAACCAATATTGAATATGAAAATAATTGCCCATCAAAAGGGGT TTCCTAAGATAGAAAAATATTTGATGCTTCAAAAAATATATTATTTGCAA TTGAATTAGTAATTGGGAGGGGGAATTTTGGGGCTATAGTGGTGAGGACT GTAGAAAACCGTTGGATTCGTTCTTCACGATCTTATTCTCAGGTCAATTA AGCGCTTTTTTACCAAAGCGTTTCTACAATCCAATTAGAGCCCACCTTCT CAACAGATCATCTACTATTACGTTAGAGGGAAAAGTGAGTGATCTTATAG GTAATTCTAGAACGTAGCTGCCGGCAAGGATGTCATACAGTTCCTTTACT GTTCGTAATGTCATTGAAGTATTAGCTTTAAGCTTGACCCGTAAATGTTG TGGATTTTGGATTAGTTATATTGAGTCTAAACATTTAATCGATCTTTATG CAGAGGATGTCTCACTGTATATAGATGCTTATTCTTTATTTAAGTTTGTT TGAAGATTGGATATAGCATTGTCTCATTTCATGGGATTTAAATAAAATCA GGGCTCAGCTTCAATGATATGTTCTCCCTATTGGGTTGTGGTTTCCTGTG GATGGKATGGTCATTGCCAGTGGKACTTTAACCAACAAGCTTGTAGCGAT TGGGATTGATTATGGAAGAAATGGAGAAACAGAGGCTAATTGGACTTTTT TAAACTTTAAATTGGTTAATAACGTTAAAAAAATGGAGAAACTTAAACTT AAAAAATTGTATTAATCTTTATAATACACGTATTGTTCTGCTTGTTTTAT ATAAAGCAMCCTCCTTGCYTATAKTAGCCGATAAAGCTATAATTGGAGAA AATTTATGGTTGTCCTACCTTTTACATAAATCTTATAGTTCTGGTCTGAG TAGACCTAAACATCAGTTAGGGGGAGGATTCGTTCTCTCATGGTCGATTC TTCCAAAATTTATTAAAGAAATTCTTATTGATGTTTCATCTAAAGCGGAC CAAGAGTGGAAAACAGTTGCCTGTAGTTCACTTGTCTATAATTGGGTAAT GATGGGGTTTGATTTATCTAATTGTTTGATTGAATCACTTTTCCCTACAT GGGGTGCGGTATAGAGGGTAAATTGGAATGGTCAGTCTACGTATGACTCC AATACGACAGAAGATATAATGAGTAATAATAGTATTTTTTTAAAACTTGA TGGATCTAGTCAATTTGGCGATTGAAACTCTTTCAAAAAATATCTTAACA ATCCACAACATAAATGATAGCTCTATTTTCAATTGTGGTCGGTTTTTATT TCCTCTGAATGTGTGTTCTTATGGATTTCCAATACCTTGGAAAGTTAAAA CGGAACATCCAGCGGTAGGTGTGGATGAGGTGAATAAATTGTGATATAGG TTTTTAGATGGCTTTGTGCTAGTATAGTAGATGGTAAAAAGTTTACGGCA CAATTTGAAATATCCTCGGGATTTATTTATTTCAATTCTTCCTTTAAAGA CGGTGATATGCTATTTAACTCTGTGGTTCATGCTTTTTGTAATTGTAAGG GTCTACAAATCCTAGGAGAGTATTTTTTGATCATTGTGAAGGTAGTTACA GAAAGAGCGGTTTCTCAAATTCTACTGTTTAGATTATTGAATAGAAAAAT TAATGCAGCAGAAAATACCAAAGCAATAGAGCATACCATTTTAAATTGCA AAGCTCCTATAGGAGAGAAACTAACACATTGGAAGCCTATAAACGTGAGG GGGGGGGGGGGAGGAAGAGGGATTCTCATTGCTGCAGCTTCTACTACTTT TACAATTAAAATTCCCGATGAGAACATCTCAATTTGGAAGTTTGCTGGAG ATCTAATTAAATTTCATCCTTCATTTTCAGCAAGATACTTGATTGTTTTG TGTAAGATTATTGACAATTTTAAAAAGTTCAAATTTTGTAGTTCAAAATA GTCGCTTGATTTTTTTGTTTGTTATTCTAGTGATTTTTTGTTAATTTCAT GAGTTTTTTTTTAAATTCAGAAACTTTTTCTTGCCTTATTGGGTAAACAT CGTTTTAAACTTGTATATTGGAGTGCATTGTATTATTTNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNCTAAAATATTTATTTATATCCCTATGA TGTAACTTTTCTCGATAATAAAGAGATAAAAAATCGAARGTATTTCAAAM AATATATTTGATGTTATTTGAAAAGCTATTTTTAATAATCTATTTAATGA AGGCAAATGCTTTAGGTATGAATTTTATCCACCATTTAAATTAAAAGTAT TTTTTATCTATGATTTAAATTTAAGATCAATTCCTGATTAAACAATTCGG TAAAAGAAAAATGTTCAAATTAATTTCCAAGTTTTAATTGGTGTTACAAA TTATGTGCTATTTTAATCTGACTGGCAAATTATTAAAACAAATTGGAGTA AGATGATGAAAATGTAGGTAAAGAAGTTAATAATTTTAAAGAGATACACA CATAGAATTATATCTATGTCTATATCGTATGTAAATACATGTTTCTGTGC ACTTAAAAAAATAATAAATTATATGTATTTCCTTAAGACGTATTTGATTT ACATATACAAATATCAATAACCGTTCTTAAAATGAATCATTTTCACTTCA TTTGAGTGTTTAAATTTGATGACTCATCCAATTTGGAGTTCAACATTCAG ACTTACTGAAAATAGAGTTTACTTTCGTGTTTGCTAGAAAATAGGAAGTT TAATTTATTTGTTCTCAAAATTTCAATATTCAAGATATAACTTTTAAGAT TGAAATTGTTGGATAAACATTGTTTAGAATGTTATATAACATTTGAATAA AGTAAGTTAGGTAATAATCCAAGTACAATAATAACTAACTAATTTTAACT TTTTCTGTCGAATTAAANTTGAACATTTATAAGTATGTTAAACAATTTAT TTTATGAACAGATATATTATCCATTTAAAAACTGGCTAAAAATACCATTT AGGAAACTTATTTTAATTTCTACATCTCATAGGAATAAAAATATATATAT AGAGGGGTGACCATAAGTTTTAAACCATTTTAAATTTTGTATATTGAGTG ATAGCTTGATCGTAGAGAAAATCACTTTTTCTAAATACTTTAGATAATTT ATTAAATTTTATTTTATATTTCATAAATTATTCCATATAACTGCCTCCTT TATCGACTTTCTCCCTTAGAAGTGATTGAAATGCTTCACATGCTACACGC ACCATAGATTTGGGAAGTTTCGCCTATTCTATCTGAATTGAGGCACAAAG ATCTTCCAAATATAAATATTGACGAGTTTTTACCTTCAACTCAAGATAAA CCTACACAAAGTAGCCAAGGGGGTTAAGATCTGGACTCGAAGGGGCCACA TATATTTGTCCTAAAAATGAATTTTTGCTTTAAGCCACTCTTGTCATTGA ACACTGGTATGTATTGGAGCTCCATCTTGCTGAAAGGTCACCTTAATCGT TTTAGATGAATTAGCTTTAAACCACGGAAAGACCAACAGGAAATATAAAA TGTAGTCAACTGTCTTCATAAAGAGACCCTCCGGAATAAAAACCAAGGAA GCTTATCTCCTTTACTTGAAATCCCTGCCGAAGCCAAAAAGGATCGACTA TTAACCCATTTTGGAATTGTTCTTTGGTCTTAGGATACATTTTTTGTTGA TGAGGTCAAGATACGGTCGTTTTAAAAGTTGAATTTTTGATCCATTTCCC ATTTCTTCTTATCTGAAAATACAATATTTCCTCTCTACCTTCACAGTTCC AACCAATAACGTTTTACTTCTTTTAATCTGTTTTATCCGTGCATCTTCCG TGAGATTCGGACCGTAACAAAACTTCAGAGAAACCATCCATAGGTCCTTA TGGATGATTCGATTCAATAAAGTCATTGCCATGTTGATCTCCTTAGCCAT TTTCGTAGTGATCTGTTGAGGTTTCTATATATTTTTAATTTTAACTTTCC GGATATTATTCGGGTTCTGTGTGGACCTTGGGTATCACTTCTTGGTTTAT GATTAACGTTTCTGGTCTCTCAAATCTTTTTATCGTTATATATAACAGAA CGGAGAATGATGAAGGTCTCAAAATCTGATAAATTTATGGGGATGATTTG CCAGTACGATGAATACTTCATCTTGATACCGTTTTTCTTAGATGCTGCAT CTTGACTAATAAAAATATCTTTAATGCTCCTCTTTTTATATCAGTAAAGA GAGGTTGAACTCAGATTACATAACAGCCAACCAGATTGCAGTTAGTATAT TTTACTGCAAAATTTAACAGGCTTAAGACTTTTAGACACCCCTGAATATA TATGTACATTAAATTATTCTCTTGGCAACAACTTGCTATATTAAAATTGT ATAACTTTTTAACTAATTGCATTTAATATGGTAATTATCTATATAATTAT CTGGAAATATTTTATGTAGGGTTTATCTTATTTGATAGCCCTAATCACTC TTTTGTTAACTTTAAAATAGTTCAAAGGTGTAAAAACTATCTCTAATATG TTTCTACGAAACTCTGATTGCTTTAAGTTATCATTTTCAGGTGTTTTTTT TTTTTGCATTTTCAGCATTGTTTCTTCTCTTAGAGCTAAATCAAAGTATC AGCATACAACAATTGATCTAATAATATACTTATCAAGATAAAATTGAATA TTTTATACTGCAATATCAGTTTGGACACATTGTAGTTCTTCAATAGTACC AAATCTGTTTTTGATTCCCAATTACTAAAAATTCCACAATTAACATGAAC CATTTTGATATTTGTATCTTTTATTCAATATATTTAAATTTAAAACTGTT TTTTAAAGTTAAGCAGGCGATTATCACAGACTCGGATAATTTTGATCACA AAATATTTCATTAATGAAAAACGAGTGTGGCTTAAAATATGCCGGTCGTG AGATATGGGCATTTTATTTGAGTTATATTTTCTTGTTAAACCATACTAGT TAGTCAAAAGTCGATTACAGTAAGACCCAAATTGTCGTAACTCTTGCTTT TATTTTTTATGCAATGATTTTGTAAAAATAAACTTATTAATAATAATTAT CTGATCAAACATTTTTTTCTACATACACATAGCCAAAATTATGTACATTC TTCTTGACAAGTTTTTTTTAATAGTAATGAAGGCACATGAATAAATTGGT CCCATAAGACCACATAAACCCAATAAAATAGTCAATTTTGGCCTTTTAAA AATCAAAAACAAATCTTACTAAAAATGATATCCATTATTTCTCACCTGTA CCATTATTTTTTTCTGATTTCAAATAATTTAATAAAAAATAATGTAAATA AAAAAAATGTAGTAAAATATAAAAAGAAAAATTTTCATCAATATTTCACA ACATAATGGTATTTTCGTTTTATTTAGCCAAAATTCCTAAGCACTCTTTA CTTAAAAAATGCAAGATATTGACAATTTCAAAGTTAAATTTGTTAAAACT ATCAATCTATAAAAACGACTTTCGTGGTTTCGTATTGAGTTTTACATATT TAAATTATGTAAATATAAATATGATAAAAAGGCTCTCTGTTTAGTGTTGA GTAAACTTTAATATACATTCATACATACTATTGCTGAAAGTAACCCAGTC GCCATTCATAGATAAAGATACCTTACATACAATTATAAAAATTTATTTTC CTTGACGTCTATGACATTTAACAGACSCCCATCGACTCAAAAATAAAAAA ATATACAACAGAAGCAAATTTTAACAGGGATAATAAATAATAATTAAAAA TAAATTTATAAATTATGATGTTGAAAATCATTTGAGAAATATTAAATATG TTAGAAAATTAGAGAATATTTTTTTCATTATTACCCATGAGGCACGTTTA AAATTATGACATTATTTTTTTTNNNNNNNNNCAGCTCTAAGGCGCCTAAA TATAATTACCGAGACTGCACTTTTTTTTCAGTAATAAAACATTCTCATGA TATAATAATTCCTATTTTTTCTTATATAATACTATTTTCATATTCGTATG TTATTCCTTTATTAATTACATATAAAAATACATCTTGCATTCATATTTAC GAAACTTTTAAGATTTATATTATGAATATATTTACGAGATGCTTATTGAT TCCTCATAATGCATCGTTGAGCAATTTATCAAGCAGTTGAGACTATGAAA TTCAGCAATGGATAACATATGTCAACAAAACAAAATCTTTTTAGTTCACT ATTAAATTATGATAGAACTTTACCAGCTAATCACGCGTCTGTAATTAGTT TTTTTCGTAACAAATTTGGGTTTTCAGAATTTTGGATTGGATTTTTCTAG TATTTCTAACCTTTTATAAAATTAAGTCAACTTTTGAAAAGAAAAAAACA AAATAATAAACTATATAAAAATTATTACATGTTTAGCAAAATTTACTGCT AATTTTCAAATATACACTTATATTGAATAGAAAATCCTACAACTAAGAGA ATCTGTAGTTTAAAAATTAAAAAATAAACATGTTTTCTAAAAAAGAATAA CATCTCAATGTTAGAATTTTTTTTAAATGTTCATTTCTATTGTAAAGAGC AATAGAGTATTTTATTCAAAAAGGTCTAGTTCAGTAGCAATATATATATA TTTCAATTTTATTGACACAAAAATTACACGAGTTTGTTATAAAATTCTAT TTTTTACCAATAAATATATGTTATATGTTATTTATGCAATGCCGGATATA TATTTTGATATAAAATAATGTTTAAAAAAAATAAAGGAATGTTGAATATT CCAATTTCTTTGTTTTCTTTAAATATATGTATGTAAGACTGTACCAAAAT GACAAAAGCTGGGAANTTTGGTCTCGCTTGATATTTTATATTTCGCATTT TTCCCCTCTAAACAAGAAAATAACCATCAAACGTACGAAAAAATGGTCCT TCATGGATGCGTTTTGATGTGAAACTTTGTAAAATGTTGAAAAAAAGGAA ATTTTGATATTGTTTCTTTAAAATTATGGATTTGAATCAAGTTACAGGAT TTTAACTTTATTAAGTATTGTATATAAAAAATATATTTTTCAACAATAAC TTAACAATTTTTTTTTCTAACTTGCCTCATTAAATGAGTTTTTTAGTTCC AAACATACTGCTAATAAATTTCCTTTTGGTACTTCGTATTACGCCCATTT ATTTTGATGTTTTTCTTCATTTTTAAAACTCAAATCTCGTTTTTTGATAC CAAATTGTCAAATATATTATTAACAAATATACTTCAATCTTCATTTATGC CAATTAAAACATTATATTGTACCAATTTATATTTTTGGACTACGAAAACT CTCTTCCGTAACTATTAATACGACCTGTAATTGTTTACATATATATGATT AATGTCAGTTTTTCAATTAATATTATTGTTTGTTTATAAATGATAACTTT TCAATAATATTGCAATTAACTTTAAAACCTTTGTAATATAAATAAAGGAT TAAACGGTAAATATTTAAAAAAAATAATCATGTAAGATGGAATGAGACAA ATAATATTTTAGTTTGTAGAAGAATTGGAACATGACTTCTAAAAAGTGCT ACACCTCTGCTATTGTTAAATATGTTAGCCCTTCTTCTGAATTACCAAAA TCAGATTTGCCAACTCTTCGGGACATATCGAAATGTTGTTAGCTACTTCA AGAACGTTTCTGTAGGACCATAAAATAAGTGCAATACTGCATCCATGATG GCTGACGTTCTTCCACTTGTACTTGCTACATGGAAACAAGCCAATATTAA TCTTATCATGATCCCTATCCGAACAATTGACTCTTCAATCATTGGAAGAT TAAAACAAAAATGGGATATTCTTAAAAAAAATCACTGGCAAAACGGGGAA AATTGGAACATTTTGAGCATGGACTTGACATATTATTCGACATTCTCACA TGTAATTGTCCTTATTTATCCTGTGTAAATGCAAGTTGCAATGTCAAAAG AAGTGCATCAATTCAAATATCATGTCTCTGTAATCGAAAATCTAAGATTC CAAAGGTAGAATTAGTATTTATCCTAGATCAGAGAGAAAATTTTGGAACA AAAGGAACTTTACAAATAGGAAATCAGAATGTAACAGAATTAATACTTGA ATCAAAAACAACGAAATGTAAAAAGCAAAAGGAATGTAAACAAATGTATT TGTTTACATTCCAACATAATGAAGATGAACAAAATATAAAAATGGATTAA TGTACAGAAGATGATAATACAAAACTCAGGGATCATCTATACATCAATTG AAGGAATATTTCGGTCAGGAAACACTTTGCAAAATCGGATTCAACTTCCT ACCTGAGCTCAACAAATAATTACATATGACATTTCTGCCGCTGTCATTAC TGCTAGTGTTTTAGTGGATTACAAATTTTAACACCAGACCCAAAAAGTAG AGTAATGTCAAAATGGTAAAAAAACCATTTGTTAAGTGTTTGATTTGAAT ATTTRAATTTATTTAAASCACAATTCACTAATCTGGCTGCCAATTGTTTT TTAGCCAATATAATTTATTCGAAGATTTAAAAAAAAAAATTATAATTAAT TATTTATTTATTACTAAACAACATACTAAATAGTATGTAGTTCTAGAAGG TTTAGTTCAGCTGGAAAATATCTTTAAATACTTTTTGTTGAATTAGAATT TCCTTGCAATTAAGTGCTAAAAATTTTAAAACTCTGTGTAAATTAATTAT CTTTATATATAATACAGTTTTATGTGTTTCTATGGGTGCCCATACCGTTG GGCCCAAGAGGCTGAAACTTTGTATCAGTAGCTTATTATTTACTAAAAAC ACTAAAATTGTTTTTTTTGGTACTCCAGAAAAATAGATACGGGATTCACT TGAAAATCTATAAGTGACTGGCGTCTCAAAAAAAAACAAAAAAAAACTGT ACGAATTCATTTATTTATTCAAAAGCAAAGAAGTTATGGTAAAAAAAATA AATCAGTGAGAATTGCAGTTCCGAAATTAAGGTACAAGAAATATGAATTT TAAATCGAAAATTGGATTTATAGAAAAAATAAACTTTGTAAAATTTGTTT GGAAATTCGTTTGGATTTATATTTGATAAATAAAAATTGATGTTGAACTG AAATATAAGTTAATTTCTGAATAATTTTTCCATAATTTTATCTTTTGTTC ATCAAACATAAATTTTCAATTTAAAAAAATACCACGAAACAGATTTTTGA CATAAAATGTATAAACTTTACCATAAAAATATGTAGTATTTTATATATCC GTAACACTTTATTACATAATTATGGAAATATTGGCAAAAATGGACCAGTT ATCGAGTGTTATTTTTTCCACGACAATATTCTCCATCACTTTTTCGATTT TGCAGAAATGTTCTTGGATGTCTTTGCCAAGGTGTCGTCTTGGGTAAAAA TATAGTTGTCCTTGGCGAATGTGCTCTTGAACCATGGCAACACCAGTGTC CCCATCTTACAACTCCAAAAAAAAACAAAAAACTTTATAATTTAATACGT TAGAGAAATTCTCGCTCAAAGATATTTCATCACCTTCATCCCCATATCTC AATTATTATTTTTGAAACGTAATCAAAGCGAAAGCTTGTCAAGTTTGCAA CCCTTAAAGTGTTATTGAATATGATTGTAATTAGTTATTTCTCAAAAAAA AAAAACCCTCATGTTTGAGCTTCCACCTCCGTCTAAAGGAAAATGTGATC ACAGAAGGCTCAACGTTTTTGTTGTTTCTTTAGATTTATGAAACTATATG TCAATGTTGTAGACAAAAAATTACAATATTTTGATTAAACAACCTAATTA TGTAGACTTTTTTTTTTTAAATAACATTTCCAGGCGTCATCGACCTAACT AATGATCCTTGCACACAAAATCGGTTCTTTTTAAGAGCAAGTATATTGCT GCTTTCTGATGTCATGTTTCGCTTTCTGGACATGGTATAGCGTTACAATT TAAAATACATGTACGTATCTTTTATATAAGTTGCATACATGTAATGTAAG GAACAAACATGAACAAATAAATAAAATCAATAAAACAGAAGGAATATTGA AATATAAAAACTAATTCAGTTCTGTTAGATAGAATTAAAAAAACACATTG TACTTTCTTTTATAATTTTATACTTTACAATGAATTCCTCGCTTATAAAA TTGAGGTTTTCCCCAGTGTAAAATTATTGAATAAATTTGACGATGAATGA ATAAATATTGTCGTAATTTCCTCTAACTGGCATATTTGGATCATGAATAA AACTAACCATAAGACTCCATAGTAGGCTCATTGAAAAATATATTTAATAA AGCTTAAATCTCATTAGAAAATTAATTTTTTTTAATCAATACACTTTGAT GATATGCCATGCTTTAAGTTTGAATATTCAACCACTAAATATCTATTACA GATTTGAAGTGAATAAAGTTACTCATTTGCGAATTTACCTTAACTTTTTT TAAAGTTCCATCCTTAATGAATAAAAATATTGCATTTTCATCTATTAGAA AAACTAAAAAATATGTAAAACCTATTTTCGATATTTACATCTACAATGGT ATTGATTATATTCTAAGTAGTATTTATTGAAGCAAGATTGAGAATATTAA AAAATGTATCGAAAGGATAGTTATATGCAATGAAAATTATGTAAGAACAG TATAGAGATAGTTTTTACACCTATGTAAAGGTTAGTAAAAGAGTGATTTG AGCGATTAATCAAGATTGGAAGTTAGTTTGTACTATTTATTAGATCATAA TTTTTTTAAGTATATATTTAAATATCGATAATTATGTTTCTTAATATGAG AGGGGAAGAGAACGCAAAACCAATTCAATTCGACATCCTTCATAAGATGT TACCATAAAAAACTATTCGATTGAATACATATAATAAGACACAAAGTTAA ATAATATTATATAGGCAAATGGTTTCTAAATGAAATATTTAATATATGTG CATACATGAAGGAAGTTAACACCTTTAGTATTTAGACTAGATTGATGTAT ATATTATAAAGTTCTTAATGGATAAAACATGTAAATATAAACAGGTTCTA CAGATCCCAAATACATATATTTATCCATTGCCTTTTGATTCTAGACTTGA AATAACTCCTTAAAATTGTGGGGTTTTTTTTCAGTGTTTATATGAAAAAG GTTTCTGTTTATTAAAGGAATTGTTTAACTGTCTATGGAAAATTTAAAAA AATAGAGTTTTCATAATGAATAATTATATGTATATTGAAGTCATAAGGTT GTAATATCATTATGAAGACTAAAAAAGTGGGTTTGAAATTTATTAAAACA TAAAATTGATTAGTGATTTATTTTTTATGCAAATAAAGGGAAGACAAATT GGGGATGTAACAAACTTCCGATGTATATCCTATCACAATTATACATTTAT AATATTTAATAATTATTATTATTTATAAATAATAATTATCTATTCATTTT AATAGCATAATATATAGTATGAATAAGGGTGTTTTCTTCAGTTAAATATA CTACATAGTTACTCCAGAATATATAATAAATATTGATTTATAATTACTTA TAAAAGTTATTTATACTATTGCTTATTATGAGTTTTTATAAATATAACAT TCGTCCTCTAATCGCAGTCCCTTAATCTATTACAGAGTGCGACAAGAATT TTTTTGCACGATTAAAGTAATTTTTTTTACAATAGTTAAGGTTTGAGGTA ACATTTCAAGCAATGTTCGAATAAATGTGTTGTTTTTCTTGCGCATGGTT TTAATTTGATCAAAATCATACGAAAAATGAATGAACTTTGAATCTGAGAA GTAAAGCGGTTCGGATCTTCTGGAAGTGGGTGTGGATTCAAAAATAATTT CGAAGATTGTTGGTGTAACCGTGAGGAAAGTCCAAAACATCAGGGTCGCC AAGGAAAATGGGAAAAGGGTCACAAAGAGGGTAGGAAGTGAAATAAAGAG TTTGAAGTGAGATGAAACAATTCACAAGTCCCTGGAGGCTAAGATGAAGG AAGCCAGCAGCAACAATGCGCCCATTAGCTGACAAGTTCACCATCAGGAG GGCAGTTCATGATGACCTTGGTCTTAAAAGCCTCGTTAGAACTCCACTAC ATCTCCTCACTACAAGGTGAAGGCCTTCAGGGTTCAGAGATGCAAAAATT CCTTAATTATTTGAAAAGTCATCTGTCAACTGTGAAAATCTTCTCAGACA AGAATATCTTCTCAGTCAATCAGTTTTAACCATAGAAACTACAGATTTAT AACAACATCACCTGAAGAAGTTTAGGGCACCTTCAGGACAAAACATCCGG CCCAAAAAATTTGCTTGGGAGTTGTNNGGCTTYTKGKGKGRCTAAAAWGG ATYCCTTTTTYTTAAARCCAAAAAARAAAAWCGGGGCTGAGACCTACTAC AAGGTTCTGAGGTAAAAAATCTTGCCCTGGCTGAAGGCAAACTATACTGA GAACCACTATGTGTGGACCCAAGACGGTGCCCTCAGCCATTTGCCCTTGA AGACGCATAGCTTCTGCAAGGAGCACTTTGCTGACTTGCGGGACAAGACC TTCTGGCCTTGTTCCAGTCCTGATCTCAATCCCCTCGACTTCAGTGTGTG GAGCGTTTTAGAATGAAAAGTTTGAAATACATTTCACCGAAATATGCAGT ATTTCAAGGCCAGCATGAAGAAGAAATGAGCTAATATGTCCGCCAATTAT ATTATGGCAACCTGTCCCATATTCCAATCTCATGTGGAGGTTGTGATAGA GACTGGAGGGGGCATATTGAATAATTCTTGCCCAGATTGAGTGCTGAAAG TTTTTTCATTATACTTTTCTTATAAAAAGTTATTAAGGTTTTGGTTTCGT TTCTTGATCGCTGAAAATTACACTGTCATACTCTGTATACAAATCAACAA CCGAGATGTTACTCTTTCCTTTTCAAACAAATTCCTCGAAGTAAGGCGTT ATTTAAATTTTTTAATGGTATTGCCTCAGGATTTGATGATCACACTTAAA ATATAAGAAGATATTGAAAATAAATAGAACGTTTTGAAAAGGAAACGTTT ATTTTATTGTGGAATACTGATTTCCTTACTCAAAAGTTGGTTTAAACCTG GATTTGATGATAAAAAAAACATACATATAATTATTGCATCAAGTACAAAT AAATTTAACTATGCAACTAAAAATATTTTTTTAAATCTGTATTATTAATA TATGGAAGCTTCATTAAATTTAAATATAATTGACAACTCAAATCACCAAC AATACTACAAGTGAATTTTTAGTGCAAAAATATTTATCAATCATGGTTAA ATCTTATGGAGTATCATTATAAATAGCAATACTATTACTATTTGTTTCAT TGATTCCTTATTACCTAATTTAAAGACAATCACAAGTACTTTTTTTTAGT AACAGCGCTTGTATGTTATTTTTATGAGGGTGTTTATTTTTAGGTCACTG TGCATTTGGAGCATCAAATTTACTCATGTGAGAGCCATTATTTTGATGTA ATCATGTAATCCTTCCTTATGGTACACAAACTGTAGTCTTTTTTTAACTT AATATAGCAATTGCATAGTTCTATAGAACAACAATGCCTTTCCTTCTTTC ATATATTTTTAATTAATTAATATTTTAGAATATTTCGGCATGAATATTCT CTACCAAGAAAAACAAATTATATAAGTAAATGTGACTAATTTGAAGTAAG TTTAAGCTTTTTATTTAGCTATGTGATGTTGCAATCCCGTGCACGGCCAA TATTTCAATATAATATATTATAAATATATTAATGTACTCGTATATGTTAT TTTAAAAATTCCTAGTTTTAAATTTTAATGTTTTTATTTTTCTGAAAGAT TGGTTATTTAATAATTTTGTCGTATTCTTTCTGAAGAGGTCTCCAATGGA GACGAAATCGATTAAAGGATACTGATTCTCTAAACATCTTTGTTTTACTG GGTTGGTTGTGTCAAATCCGTCTTCTTCGAAATTATTTATTTAAAGAATT ATATTTCGTTGCTTTCCAACGTAAAAATAAATAAAATCACTTCTTTTGAA TAAATGTACACATAAACCTACCACTACACTCATCCTCATCCAACTGATGA AAATATACAATCAATAGAGGTTATTTTCAATATATTCAACTTATATAGCG GAGAAAAAAAGTAATTGATCTTCAAGCAATTTTGTATTTTTTCCCTTTGA TAAAGGAAAGAACAGTCTTTAATTTTAATGGTATGTTTATCTTAAATGTA AGATATATTATATGAACAATAAAAAGTGTTTGGAGGAATAAAATTGCCTA GTTTAACTCCAAGATTCTTCGAAGGGAAGATGGACAGGGATGTGCAACAA AAAATCTTGAGCGGCAAACTCCTACCTTTAGGGCAAGACCTTAAAAATAA TTTGTGTAATGAGTCTTCCAGTAATAAAATGACTCAAAATATTGGTTCAG AAAATCTTGATCAGTGAAAAAACTTACAAAATTGGCAGGGGCTTTATTAC TTATTTCCTAAATGTTGTATCCATGGAAGTATATTTACGGTATTACCATT AGAAAATTATTTAAATAAATTATATTAAATTAACAAAAAGATAATCTATT TTCATTTTTACTTAAACAACTATATATTTAGAGTAAGCAATACCCTTTTA TAATACATATAAATGCAACACAGTATTAATTTTCATTACATTACATTAAA TTTAATTAATTATGTAATCATGCCTCAAAATAGCTATTTATAAAATGTTG CCACGGAAAAATAGAGGTTTTCTTTTATTTTCTAACCTTTTCTACCTATA TTCTCACTCTGAAAAACTAATATTAATTTGTTCTATGCCTCAATATCCAT TTTGATAGACCAATATATGAAAGTAAGTTTAAAAATATATATATATATCT TTTTTGTTAGATAAAACCATTGTTCAATTTAGTTAATCTTTTGTTTGTTT TAAATAGTATAATGTTTTTATTTAGTGGGATAATGGAATTAATTAAAAAA ATATACTAGGTGGCAAGTGATGTTCCACTTTTTCAAACTAAAAAAATAAC AAAAAACATTATGTAAAATGTACATACNGATTAAAAAAATTAATAATAAC AAGCAAAACATAGGTTTAATGTTTTAATAAACTATTTTTTACTTAATGAG TCGAACAAGCTTTCAACGTTTTTATACTATATACTTTATTACGTCATACA GCATTTCTATTAATAAAAAAAATTATAAATAACTTCATAGTTTATTCAAT TATAAGGAACCGTCTCATATTGAAATGCAAATTTTCTTTTTATGGATTAT GTCTGTCAGGCTCTGCTTCATCTACTTATCTTACTAACGACTTATACAAC CTAGTTTTACATTTACACACAGTATTATCATTTATTCCCACGTTGAAAAA TTATAAAGTGACTATTGCTTGTTGAAAGGTTTAATATAAGCCCCTCGTAT AAACGTCACTATTTCAAATAAAATAGTCTCGCTGACGAATATGGAATAAA CACCATCAATCATTTTCAAATAAGTTGTCAAGACAAAATCCTATAATTGA TTATTTTAATTCACATTACAAAATTCATGACGTCTGGAATATACAAAATT AACCGTTGAAATGTTATATGCATTTTCTGCTAAAAAATTTGTATGGCGTC ATCAAATCTTGCACCTTCCCTACTCTACATTGCCTTACTTTTAATTACTT TATTATCCACAAACTTAAAACACTTTTCCTTTTTTCTATTTTTTTTGTTC CTTAATAAATCTTGTTGTCATAGAATGTTTTTTCTTAATTACATATATGT CCAACATAATCTTTTGAAATGGAGATATAACATCTCCTACACGATAAATT GTATGGTATTTTATTACATAATTCTGCCAAGATCTAAGCCCATTTGTCAT TGTCCATTGTGTTTGGGTCTACAAATTTGACAAAATTCCAATGTTTGAAA CAAACATCTGTGTTCGAGTCATTATGCCCTGTTGCATTCTCTATGATGAG CTTTCTCCCATGATTACATAGCAATGATTTCCAATATTTTAAGTTTCCAA TATTAACTTGAGGTAGAATCTTATTGGATGATTATTTAACCATGAAGATA ACATGTACACTTTTCTCTGATTTATGTACCAATAACAGCATAATTGATAT TAGTATCTCTATTTTTCTCCAATCATTCGTCATATTTGAACTAAATATAA AACGGCAACTACCTTATTCTATTGGAGTAGACCAACTCAGGTAATTTGTT TTTGTGACAATATCTTTATGACTGACTTGCACTACAAGTCCCAGTTTTAA TACAAATAGAGTATGGTGCTGCTTTAAGTGGGTCATTATCCTGGTATCAA TATAGTACCGGTATTTCGAGCCACCCTACTGCATCGTTCAAAAAATCTTG CTACTCCCAAAAATTAATTTTACTTTTCAAAATGAGTTTTTATCAAATTC TTCATAGAAAAATTGACCAAAATGAAATATGCACAAATTTATACAATTGT AATGTAAATTTAATGTTTAAGGAAAAAATATTTTGTTATTAATTAATAAC CTTAAAGGTATAAAAATGATCTTCAAGTAGTTGCATTGTAAAAGCATAGA AATCTAACTTTTAAACTACTTTTTTAAACTTATGTGCACAAAAAAAATCT TGCTGGGGGGGGGGGGGCATAAAAACAATATCTGTACAATTACATATAAA TGTTATCTTATATGAATGCACTTTAAAATATCTTTATAATTCCTATAAAG AGAGATTATAAATCTGAGTAAATCCTTAGAATCTCATTTATTCTTTTGAA AAAGTTTCTTATACTGTTAATATCGCTATGAATTATGTTTGTACTTATTC TATGCATGTAATTTGAATATTATTCACCCTGTCATAAAAAAAAAGAAACA TTCAATTGTATGTATACTTCATATCAACATTTTTAATTTTCTTACAAATC CCTTCATTTACGAGAATTTGCCAATTGTGGAGTTCAAATCTTTGTAACTA GCATGTGTGCCCCTACATTGAAACTCCATCAAATATTACATTTTTATTTT TGTCAAAAGTAATTGTGTGCTTAGTATCACAAGTATTTTTAGGATATATC GCCCTCATATACCTGTATATATATATATTATAGGATGAATACTTCTGTTT ACTATCTTAAAAAACCTTGATTACTTCTTTAATTTTTCATAGCTCTACAA ATGCAAACGTAAAACGAAGGTATATTATTAGAATGTATGTATTTCATCAT AGATAATTTACAATATAATTCCTTTCATAATAGAGAAACAGTTCTAAACA ACCTTTTGACTTTGAATGTTGGAGAATTACTCCTGATACCAGTCTTCAGA GAGTTGAAAAAATGTGTGTTGGGTAAGGCCCTGAAAGAATTAATCAAGGG ATTACTCTCCGAGAAGTAGAGGGCCATAAATCAAGTGACTAGTTGCAATT GACATTTGGAACAGCCATGCCTGGGTCATCTTGGTCTTATGAAAACATAG GGCCTACCTCTAGCCATTTCATTCATATAGGGATTATGAAGTTCTTGAGA AACTCCAGATATTTTTGCACATTCTCTTTGAGACTTTGAGGGAAGGAATA CAGGAGATATGATGCCAAGGGCCATAACAAAAGAGGGAAACTTGTGCTGC ACCATGGGAACATCCTTGAAGATGTCGTCAGAGAAAAAACAACCTGCCTA ACCGAGTTGTGTTTAAACTTCTTCAAGAGGGAGGTGGTATTCATCTTCCC GACAGGTATATGCTGTTTTTACCCAGAGTCGGAGTCGTAAATTTCCTATA AGTTGAATTAGCAACATTGACTGTGTTTATTCATATTTTTATTTTTATTT TTTTCCTCTTTTCTCTCAGCATAAGTAAACTAGAAAAAAAAAAAGGTTCG AACTCATCATATTAAGAGACAATATCCATTTAATATGAATGCTATACATC CATATTGAATTAAAATGCCCTCTTTTCAAGTTAATCTATGTAAAAATTGA ATTAAATAATTGGACTTTAAGCGAAGGAAAAACAAAGAATAAGGGCGAAG ATATATTTATGCTTTAATCTAGTTCCTGGTGCAAATCTTCCGGTCACTAT ACAAAGTATATTATAAACTTGGTTGTGAATATATGTTGGTCTTTAATTGA AATGTAGGAAACGATGTTGGGGGTCAGAAGGGTAATTTTACTAACATGGT GTGTCTGTGTATGTTAAATAAATTTGTATTAATTAACTAAAAGTAATTTG TGGGTCGCTTTAGAATTTGGTTTTTTATTGTGTTATGAACATTTCCAATT TTTTTTCATACGAATCCGTCAGTTGCCTCACTAACGACACCAATGGTTTA GAGCAGATCATCTCAAACACTATTCGATAGATAACCTTATTTGGCTTTGA AACTTTCCTGGGAAACCAAAAATTCTAATAATTTTATAAGGTTATTGAAA AATCATCGCTCAATAAATGTTTTCTACGTAACCCACCTTAAGCATTGTAG GTTTCGAGCATATTAACTTATCCAGGACATAAGAAAATATTTAATAGGAC ACAAATTAGTTTTGAATATATATGAATTAGACGTGGATTAATATATCGGG TCAAAATTTGAAAACCGACATTACTCACAAAATATCTAATATCTTTATGG TATCGGTATCGGGAAAATTCTTTTGTAATATATACTATTCATTAACAAGT TTTTCTTCCATAAAAATTGTTATTTGTTTAAATCGTCATCTTACTACAAT TACCAAACCAGGATCAAAATGATGAATTCGTACTTTATTACTCACATAAA TCAGCTTTTTTGATCAAGGAAATCATTAACTAACCAAGGCTAAAACAAAA TCAGTGAATAACCTATTTATGAATGATTAAATTTCCAAAATGACTAATGA AAAGTTGTCACATTTTGATAATTTTTTTCGGAAAAGGATATTGGTACATT ATAATATTTGAAAAATATCAGACCGGAAAATATTTTAAAATTACTCCATT TCTAATATGAATCAAATTACAAATGTCAGTTACATTCTGATGTGCTATAC AAAAAAAAAGTATTTTGAAGTTGTTTTGTAATTCTCAAGTGGGAACTAAT ACAAAAAACAATGTAATTTATTCTTGATGATGTATGATAAAGTGCAAATT TTGTACGTGATATTAATATATATTGGTAGGKATAACATTATTTWTAAGTG TCTATAATTGCAAAAATGAACTCATCTACATGAGTTTTTTTTTTTTTACA ATTTAATTGATTTAGAATAAATGAAGTTTTTGCATTTGATTACTTTTGTT GTGGTAATTTTATTTTGTGTTTGATTTATGTTGGTATTACTGAAGAAAGA ATTCAGTGATAACTTATAATTAAAGAAAATCTTAGCATAGGTTCAAGAAT GTATCTTCTTATCACAAGTGATATATCTCATATTGGAATACAAAATATTA ATATAATCTTTTGATATTATCTGATGAGTACAAAATCCAGTTAATTAATT TAATATATACTTTAGTACTGGACGTTTTTTTTCATAAAACTTTTTACACA TTTTATAAATGCACTTTTATTATATGGATAAAATAAGATTTTCAAAAAGT TAAATTTTATAAACTATGTTATTTTATTCAAAATCAAGCATGATCATTAG GCACTAAACTAGTGGATTGCTTATTAATATTAGGTATTTTTCTGATCCCA TTAGTGAATTCTAGTATTACCAAAAACTTACCTATAAGAGTACTAAGATA TTGTAAAATTAGTAAAATTGTTTTTTATTTTGTAATGAAATACATTATAA TTCAATATTTTATATCATTTTCTAAGCAAATAATTAATAACTTTCAACGA TGCTTGAAAAAAAGAAAGAAAAAAAAAAAGAATGTGGAGTGACGTAGCTC AGGTAAGATTCACAGTTATTTTTTCATTCAGTAACTTATTTGTATGAACT GTAATTTTTTTTGAGCAATTGCATTTCTACATCATTACTCTGATGCTCAT GGTCTTGGCAAAAATTGTTAAAATCTGTATGCAAATTCTTTGTCTTGAAT AATAACTTATTGACTCTATCATAGTGTTATTGATATTTTATAAAATATCG AAACATTCAATTATATTTTACTTAAATAAGAATTTTAATTTATTTTATTA ATCAACAGAAAATATTTATATTACATAAAATACGAATTCAAATATTTAAA TGTAGAATAATAATTCTATTATCCTATATAAGCGGCTCTACATACTCTAA TAAATGCTCTCTTTGGAAGTGATCCCATTATGATCCCACTCTGAATTTTG AATATGCTTGAAAACATATACTGAGACATGTAACACTAAAATTAAAATTA AATCGGGTATGATTCCCAGGAGAGCCAATTTTAAAGGCCGCTCCATGGCT CCAAACTTAATTTGTTTTATTAAGATAGGATTATAACTGAATATAAGTTA AAGTTTGGGTTCTTGTGCATTTTTTTAGTGAGTGGCCGTTTTCAAGGGAA GGTCGTCAATTTATMCTTTTGCATMCCTCCTCCCATATCACTGCCGCAAA ATAGGTATCCCAAGCGTTCGTCTTTGCTTTATCATCCCTTAAAATCATAT TTAAAAAAACGTTAAATGTTCAAAAAAAAAAAAAAATCTGTTCTGTTCAG TTTTCTGTTCATTGAACGCATGTTCCACGAATATATAGATCGATAAATCT ATTTTTTAATCGTTTGACTATATGTATAATGTGTTAAAAGAACATACTTC GCGTCCTACCTATATACATGTCACTCGTTTTGTCGTGGAGTTTAATTCGT TTAGAGGGGTTTAAAATTCATTTTCACATTTTTATTAACTTAAAAAGTGT TATAAGTACACTGCTTTCCTTTTCTGAACCAGTGTTGGMCCTCAGCCATA TTCATTCCACCAATGTCTGTATCTTCAATCTAATGCTAGGGCACTTTTCT TTTCTTTTTCTTGTACAATATTTTTGGGGCGTTCTTATAATAGGAACAAG ACTTTATAATTGAGTTGAATTTTTTGATAATTTATCCCTCAACCTTTGAC GATTGAGGTGAAATAATGATATAGCAAAGCAAAGCAATATTAGAGAGCGT AATAAATATTGAAATGACGTCAAACTAATATGGGAGACCATCATATACAA CAATTGCATATAATATAGTTTATCTTTAAGGCAAGTCAATATTAAACGTG AAAAATTATGTAGTTATGTCTCATAACGATTGTGAGGTATATGAACAAAT TTACTGCTTATTATTACTTCTTGAAGTTGAAAAACCAACAAACAATTTCC CTCTCACAAATATTTTAGATAGTTCTCTACTTCATCCTAATCCTGGAGAT AATTTTGGCTATGCTACTCCTGTTATTTGTGGTTAAGTTAAATCAGAGTA TCAAAAGATTTTTAATGAAGCGTAAAACTGCCTAAAAAAGTATATTGCTC TATAACTTTTCATTTAGATTGCAATCTATGTACTTATATAAATAATTAAA TTTCACTTATTTCCTCACTTATAATTATTAGAAATAAGGTTTTAAAAATC AATTTGATCCGGAAGTTAAATATGATTTATGTATTTTATATTGTACAAAA AGTACATGAACATTGTACAATGTTTGGCATTTCATAACTTCTACAAAAGA ATAGCATTTTTAAAAAGAGTCCAAGAAAGTCGAGATTTGAAAGCATATAA AATAACTATTTTAAATCAACAACAAAATTCATTTAAACATACCAGCGATT ATATTTAGTTAAAATATTAACATATACGGCATATACACAAGAATTATGAA TGATATACATATGAAGCCAATAATTAAAAAAAAATATATATATAATCTTT CAAAACGTTCTGCATTGTTTCCCCATTAATGATTATTAATTATATTTTAT TTATTTCTTCAATTGTTCCCCAACATTTAAAAAAAATAACCCGATCTAAG ATCAATCTAATGTATGTATTCAATGTCCTTACATAATATATACCAAATAT ATATGTATATATTAAATTTGTTACAATAAGTAAAACACAACTTCAATCAT TCACAAAGATATCTGGAGCACCTCCCTTAAATATAATACAAATCAATTTT GACTCTATTATTATTATTTTAAGTAAATTAAGTTGAAAATTGGGTGAAGC TTAAATTTTTGTGGAAATGATAATTCAAAAACATTCGGTTGGAAATAAAA TTAAGCAATGATTAAACATTTTAACGCTAGGAAGGTCGCAATTGCGCACC ACTTTGGTGGGCAATGTTATGTCATTTTGATATTCCCGGCCATTAAAGTA TTACAAACATTTTAGTGGTAGCTCAACAACTCAAATTTCCCATTTTTTTC CCACAAACACATTATTTTTATTAAATTATTAATTTTCTGTACCACGTTCT TGCACTATGTGGTTCTTGTTTTTCAAAAACATGCTGTTGATATTATAAAG AAGTAGATAAAAATAACATCATAGCTATATAATAAGTTCTAAACATAAGT ACGTTTTCAGGAACTATCATTCATCACATTTTAAAATACTTTTAGAAAGT AAAAGACAACTATTCATAAAAAACAACTGACAACACGATCATGATTAAAT TCAACTAAGAAAAAAGTGTATTTTTTGTCTATATATTATTCTTTAATAAT ACTCACTAACAATACCACTATGGAGTATTTTAAAAAAAGTTGTAATTAGG TAGATATAAGTTTTCAAGACACTTATTCAGAGGATTTAATATCACGGTTC AATACAATCGCAATTTAGTATATCGAATGCTATTTATGTTTACAAAAATA TAAATAGATTAGCAATACAGATATAATAGGTTAGGAAAAAGTAATTTATT TTTTTTGCCTTATTTCAATAGTTTATCAGAAGTGCTATAACCATCCGGGT TAAACAATGTATGCTCGGTTCTGTTGGATAACTTGTTGCTAACGATAATC CAAATTCATAATGTCGTTCTCGTAGAAGCCCTTGCTCCTATCGGTGAAAC ACTTAAACAACCAATTTTCACAGGCCTTTATTGAAGCCAAATTTGTACCC TCAAGCGCGTTGGCCATAGACAGGAACATTTGGTATTCACTTGGTGCCAG GTCTGGACTGTAAAGGGTATACAAAATAACTTCTGATCTGAGCTCCTGTA GTTTATGGAGTGTTATCAAAGATGTGTTGGGCCTGACGTTGCCTTGAGGA TTTGGTTTTCTCCTATTCACCAATGTTGACCGCTTCTGTTCGATCGCCAG CTTCAAAGGTCGCGTTGTTCACAGTAAAGGTCAAAACTGAGTAGCCCCCC CCCCCCCTGGAACTACTTTCGTGCAACACAGTAAAAATATCGGCCCTATA TACATCAAAAATTTTCTTTGTCCCTTTCGACACTTGTCTCCCTTACAGGT ATTGAAAATGCAAAATATGGCCAATTTCTTCCATTGCGATATTCATACTC GAAGCACAATAATTCACGACTGAACCGGTCAAGCGCAATATTGCCCAAAA AAGACTATAGTGTACTCTCACACCTTTATAACGCTATAACAACAAGATAT ATTTCGACAGGAAAATACAAAATTAATTTTTCTCCAATCTATATGTGATA ATTTTTTATTCTATTAAAAGCAGCTTTTTTTATMCTCATAATTTTTTTTT TTTCTAAAAGTCGTAAACAAATCTGTACAATGTGTTGGATTCTCTCTTTT TCTTCTTCCGAAAGGGCCTTTTTTCTTGAAAATCTCATCAAAAAAGCTTT AAAGCATACATTAACATTATATTTCATTTGAGTGAATAGTCCCCCTGAAA CATATATAAAATGTACTATTTTCGTATAAAATCTAAGGAAAATATCTTGA TTTATTGCTTAAAAACAGATGATCACGATAAAAGGTACTTACGTAGACCA TATATGTACAATGTACATATATAAACAACCTCAACAGTTATCATTCTTAG GACTAAATGGTTAAAAATAATTTTAAGCATTGGTGATATGCTAACATCGA ATTCATTTAAAATTGATATGGCAACCCTGACAATTTGAAGAATTTTTAGG AGAAAAGCAGCTTAATTCTCATGATGTTTAATTAAGATATAAAAATTAAA CCCAAATCTCACTCCGTCTCTAACCAGAACATAGACAGGAATTAATGCAA TATCAATCCTCATTTTACTGAGCAAGTAACATGTCTTGGTGGACATGGCC CTAGGGTTAAGTTGTTCTTCTGAAATAAATGTATGTGAGTTCAAACGCAG GTGGTTCCCACAGAAGGAAATTTCCTATGTCTATTTATTGTAGTACCATA AATGTTTACTTACACCTAGTTGGTGCAATTCGATCTGACCAAAAGGGGGA AAAATAACATTTNNNNNNNNNNNNNNNNNNNNACACTGCAACAAGTTCTC AATGTTAATCTCCATCTTTTATGTAATGACTTCATATTTTTATCGTCTTT CCTCAGTGATTGTAGAATAATGATAACAGCTGTCGAAAAAATAGCTCATT GTATATTCCTAAACACAAAAATATTACCCGCAAGGGAAAMGCATAGAATT TACAATTCTACAATCTACATACATAACATTTATCATATTTTCCCCATTAA CACAATTTTTTTTTTTGGTATTCTTTAATTAATTAAATTAAAAAATATGT ATGTAAAATGCAAATGATTATTAAATTTATTCTTAAAGGAAGGGGGGGGG GGATCGTACATTGTTTTTCCAATAAATTAAATTAAAATGAAATATAAACT AATACTTACATCAATGCAACAAAGTTTGTCTGGATTACTGGATGTTTTCT ATACGTCATTTTTGAAAGAAATAACAATGTTGGATTCAGGATAGGCACCA TAATAAAGAAAAAAAAAGTGGAGTACCTTTCTATTGTGTTAACTAAAGTT AATCGACACCTTATAGCTTCAAGCAATGCTGTGCTCTCCCTTAAGTTTTA TATTTACACTACTTTTCTGGTTTTTCTGTATGTACTTTTTCTCTAAGGTA AAAAACGATATGGGCTTATTATTTATGAGTCTTATGAAAAGAGCACGTTT TTGAAAAAAAAATAAAAAAATGTTTTGTTTCCTTTATTCTCAATTCTTTT TATTTACCTTATTACGAAAGGAACATCATTTATAAATATTTGCAAACATG CAAAATGCCTTAATCCATTTGTCAATGTTGGAATGAATGAGTAAATAAAT TTATTTTTAAATTATCATATAATATTAAAAAAAACATACACTATTTTGCT CTTGTTGCTATAGAAATTGCAGAAACACTAATTCAACCATATTAAACTAA ATTATGTTTCTGAATATATAAATAAAGTACAATGTATTCAATGTCGACAA AACAAAACGAAAATAAGTATTTAAGTAGTTTTCATTACTCAGAAGTACAT ATTCATTGGACGAGTATTACTCGTGAAATGGTGGTATTGTTAATTTGATT TTATAAAGTGGAAATAATGTATTCAACTCATTATTAGTTCGATAGTAACA ATAGTAACAATATTGTCATTGTTTTGTACTTTAATTCAACTTTATAAAAA AGGTACTAAACACTTAATCTACTTATTGTAATTCTTTTATTTTCCTTTAA AAATTGTCTCTTTTTAAATCTCTTTTTTCAAACTTTGAAGTATGTAACTA GAAGGTGTTAATGGAAATTCAATGTCCTCCACTTGAAAATTAAGTTAAAA AATTGGGAGAAATAACCAATAAATACATTAGTTTTTTTGTTATATACTAC TAGAGATCATTGATTCAATACTAGAAATGGGATAATTCCAAAAAGAAATC CCCTCTGCTAATTTTGGTGCCAATTCTAAAAAAATTACGAATGTCGCATT TTTCATCGGATTTGTAGAAATTTGTCTGAAGATTCATTGATATGCAAATG AATCTTCCGACAAATTTCTACAATTTTTAGACTTTTTTACATCTTGTCAT ATTTTTACTTAACAAAAGACAAATACTTGTTAGAGCATAATAAGTATAAA TATTTTTCTTGAATTTTAGTATGTGTCTGTATTTTTTAAAAAATCAAAAA ATGTCCCATACCTTGCCTCATAGGCCATATAGATATTCTTAAATGCCATT TTTGATGATTTTGTTTAGTTCTTGGACAAAAAGTATGTATGAAACATGCA ATTAAGTGTGAAAAAGGACATTTAACTAAAATATGATTATTTTTAAATAA ACCTTTTTTTAAATTTTTTATTAAAAAGTGGACGGCGGAACTAAAAATAT AGTTTACTCCTTTATTTGTTAATTTTTTTTTCTTACATTTACCCATTATG GGATAAAAAATATTAAATTTTCCTTATTTTACTTATTTCAATTTCTTATT TTATGATATTTTCTAAATACCAATTTGAAAATCAGAATTGTACTTCTCCA TTATTTTATATATCTTCTCAGACTTAACATAATATAATAAATTAAAAGCT GTTCTTTGTACAACTTTAAAATCAGGCAGGACTGAATTAAGTAACTTAGT TGTATCTACATCAACTACTAGTCGATGATCTCCACTTATAAAATTTATGA AACCTTCATATCATCAATCACTGGTGATCTTTCTTCATATGCTTAACTAC ACGGGATGGGAAAATGTTGATAGATTTGTATAGATATAACACTGACTTTT TAGTAGTTTTTGATTCTGGCCCACTAAGATATCTTGAAGGGAAACTGTTC GGAGTGCCAGTGATTAGTTACTCAACTGGAGAATGCCTTGTCAAATGTAT AAATAGCTATATCAAATACATATAAATTCACCAATAGGATTAATTGCTAA TTTTTGACAACATCTCCAGTAATTGTGGAATTCCCAAAGGATCCGCTCAG TTTATAGAATAAAAATTAGACAAAAAGTTATTTTATGTAGCATACAGAGT ACTGAAGGTTGTTATTGACAAAGTTAGGGAAAATTTGTTTGATAAATTTA TGTGTCCAGAAAATCCTTAGTTCAAACACTATGAGAACATATGGGCAACT TGAATTAAGAAAATCCAAAAAGTCTCTGTATTAAAGGATTTTGATAGATA AATTTCGAAACCCAACACATCCTCAAGAGTTGATCACTAAAAAATGGCAG AGCCTACTATAATTTCACTAGGACACACTTCTCCTCGAGTTATTCCCGGA AAAAATCAGGAAAGATTTATCAAACAAGATGGATGCGAAGAAAATTATAA TATTCAAGTATATTTTTATTCAATAATGAAATAAAATATGCCAAAGATAC AATGAAAAAGCTAGATAAAATGAACACATTCCTTACTTTATTTTATAAGG CAAAGTTGATGACTTCAACATTTCTTGTGGATGCTCCTACCAAATTTTAC AAAGATATGTCGTTGCTTAGAAAAATTTAGAAGGAATTAGCAGTTGTAGT TTGAAGAAACTTTATAAACACGTGTGGTATTTGACACAGGAGGTGGTTCC GTTTGTAATTTATTTATTTTTCTCAACCGCTAGGTTTTTATTCATAATCA TTTATTTAAATAAAAAACTAAAGAAATAAATAGATTAAAAAAATATCCTT TTGATAGACCTAAAAATCAAAAAAACATATTCACACATACTCTATTATAA TATAAAAACCACTAAGAAATGTACAAATAAACCTTTTCCAAAAGGTATAA GACATAAAAAAAAATGAAATCATAAGAACAATAAAAAGCAAATAACAAAA ATCATCATTCCACAATAAGTATCATGTACTCAGACTTAAATTATGTTTGC ATTATTCAGGAATAACTTAGTTGATGATTAAAAGAGGAATATTTCCTGAA ATTATATTTGACTAAAGAAACCTATTTTTAGACTTTCAGGTTCCTTTAGT CAAATATAATTTCAAGAAATATTCCCCTTTTAATTATCATCTAAGATATT GCTGAACAATGCAAAACAGAATTTAAGTCTGATTACAATCTATTTTTTCA GATTATAACTGAAAAAACCAAACTATATTATCTTWTTTTTCTGAAGTAGC ATCTTTTATTAGCCATGGTGAGTATAGGATCAGATTAGCTTCAAGAGCTT GTTACAACAGGGTCACTAAATGAAGACTACATGAAAGAAAGAAATTATAT AATTGATATTCAGTTGGGCAATGCTACTCCAGAGAGAGGAANNNNNNNNN NNNNNNNNNNNNNNNNNNNNGCTGAAAATCTCAAGCCGAAAGAGTCTTCT AGTCGTAAAATATGAAAAGCGGGTATTTGAATTTTTGATAAAATAATATT TGTAATAAATACTAGCAAGTTTAGCAGGTCAGCTGGTTCAAGTATAATGA ATATACACGTTTAGAGACGTTTGGTACGATTTCATTTAGAACACAATTGT TTAAGTTCAATTTGTTTATAAATTTATTTCTTTTCAGTTTTTGAGTATAT TTGATTCATACCTTATTTTAGTAGGATCTTTTATAAAGTTACAAAACAAA AATCTTCATTCACAAGACGGATTTTTTTTTTCATAGCTTAGAAAATGAAT AAATAGTTAAATACCAGTAATAACTCATTAATCATGAGAGTCGGAATAGA AAATTGGGAAATTACACCTTATTTTTCCAATGCCAATTCTGGAAAAAAAG AAAAAAAACAATAACGATTAATCGATTCACTATTCAATATTGTGGGAATT TTGAAAGTCTAAAAATTTGTCAATTTATTACACTTATTGGGATGTAACTT TAATGCGTATATATATAGGGCAGATTAATAATAAATAGTGTTGTCTTGGT CCATATTTATTCAACCTAGTCCAGACTTAGATCGGGTCCTAGCGGTTCTT AACTATTGGCCCTCGGAACTTATCTTCATTTTTGTTTTATTAAGTCAAAT AGGATATATGAGGTATTTATTAAAATAATTGCACATATCTCGCAAAAAAT ATTCATGTTTTCAACATAATGCATTATAATACAAACATATTTTATGTACT TGGTTATATACTTTATTCTATTATATAACGGAGTAATTAAAAGAGGGAAA ACACAATCAATGACGTCACGAAGGATCAATTTAGCTTTCTTTAAGGATCG AGAAATTGAACTGGACCGCGGTCCTTGTTCTTAAATAAGAAGAACCGACG TAACGGCAAAAATCAAGACCAGTGATTGACACTTCAGTTGCACAATAACA AAGATATGCTTCCGCCCCCCTCCTCTTACTAATACTGTTTCGACAATGTA ATCCCAGTAAGAAATACTTTGTGTAAACATTTTTGGAATAAAATCAGTTG GCCTCTTTTTTCCCTAGATCTAGCCCTTGATTTTTTTCATGTAAGGAATA GTTGAGAGGAAAGGGAGTTAAGTTTTCAAAACAATGAAAGAACTTTTTTT GTCCCATTTAATAAGATATTATTATAGTGTTAAATATATAGACTTTAGAA TCGACTTGGACTCTAATCCTATTTAGTACTGAACTCAATAAAATAAAATC CACTACCAATCCCTTTTTATAATTATGGACTTTAAAATTAGCTCAAATTA ATCGGAAGAATAGAACTGTACCCGATAAAAATATATGATAGTAAAAAGTC ATCTTGGGACAAAATCCAAGAAAAAACTTAAGGTCTACATTAAAAACCGT TACAAAGGGTTTTTTTGTCTAGGCATCACCAGCAAGGGCTACCATTTTAC ATAAAATTTGTATATTTTCTTCTGGATAATTAATTCTTCAAATTTATTTG TAAATTTTTTCAAATAGTTTTTGAGATTTCATTAATTTTAAATCGACTGT GGTATCGTTTTCAAAAGCCAACCTGTACAGTATACAATATCCACCATTAC ATCCATCTTTGCATCAAGGAAGATGTGCTTATTAACTAAAGATTAATCAG GTATTTTTATTAGAAAGGGAGTTTGATATTACTAAAATACAATTAATACT CTACAAACTTATATAATTAAAGTATTTTCACATAGGTGTGAATAAATATT TATTTGTTTTCGTGTTTTTATATCGTTTTTTTTTTTTGTAAAGAAAATTA TAACGATTAATTATATCACGCTTATTGTATATTTATGATTGAACCTTTGT TGGAAATATATATAAGTAAAAATGTAGGGTTCTTTATCTTGAATCATGCT TAATATCAACACTTAATTATGTTGAAATTACTACCAACTTATGTATTTTT GTAAAAAAAAAAAATCGAAGCCCTATGTTATCTTAGAGTATAAACATTCT ATAATATAATTAGACTAAATCGCTTTACTATTTTAGAATTGATAATAACA ATTTTTAAACAAATATAAGGGGGCGGAAATCATATCACAAGAAAAAGGGC GTTTGATGATTTCCGCCATATTGAAAATCTACATAATCAAGTTTTATAAA AATAAGAATTTGTTTTTTAATTGGATGAATAGAAATGGCGAACTACGACC ATATATATATATATAGATCTACAAAATAGGAGTGACTAACAAAAAAGAAT TAAGTATTTAGCTTTCTATACAAAAATATATATCCATAGCGTATAGTTTT ATTATAAATATTTATCAACATATTTTAAAGAGTATTAAGAATATGTTCCT CTGGCATTATGCATTCTTATTTCATATTTTATGCTATAAATTAACAATTC CATTTGAATGAATCTCCCATTGTTCTCTTCACAAATAAAATACGAAAACA ACAATAGTTGAAAAAACTTGGCATTTCCTTCTTTTTTTCTTTGGACTTAA GTAGTGTTGAACAAAGGTAGGTGTTGAGTTTCTGTTTACTTTTAAAGATA TTTGATGAAGCTTCATATTGATTTATAAAAAAATATATATATTTAATTTT ATAAAAGTACCAATTATGAGCCAATAGATTACACCGCCTTTGATTATAAT ATATTCAATTTATAAAATATTTGATTGTGCTGTGTGGTCAGTAGTCTCTA CGATTAATTAAGGATCTTAGACTAAACTCTTCATGGCTCACTCTTGACTC CATTATTACTTTCAAATATATTGTCATTGAAAATAGTGTAAGAAGATCCT GAACTCTCCAAGATAATATACCTTAACCTCATTTTTTATACAAATTTACG TTGCTATTATAATCATATACTATAGTTCTTAGGAACTGTTACGTGATGAT TTGGGAGAGAAAATTTAACAAACTTTTAAACTTCAATAGAACTTTTTTGA AAAATCTAAATACCACTGCAATTTCAAAACTGAGTGAATTTGGAATCCTC TGCTTAATTACTAAATCTCTTGTAACTAATCTGGAATATTTCACTCGTGA GGAAATTATATTTCAACACAAATAAATTATTCTAGGCCATAATTAAAGGT TTCCTTTTACAGTTCTTAGAGTGTTATAAAAGTTGCTTTATAGAAGAAAA TAATTAAAAATATAACAAAATAATACAATTGTGTTAGTCGATCAATTTAG AAAATTTATGGTATTATTTATAATATTAATGCATCTCCATTTAGTTTGTT CAAATATGTTTGATTATTTTGACTTCATTTGTGTTATTAAGATTTTCATT TTATATGCACAAATGACATAAAAAATAGAAAAAGGAAGAAGGATCACCTA AACAAATTAATAAATTAATATATATAAACATTTTAGTTTATAATTATACT CCTCCTAAAAAACCAACAGAATCATTATACACATACCACAAAACAAACAC AAATTAATAAAAACTGCCAACAAACATAATTCGGAAGACACACACAAGAA TATAGCAAGAAAAAATGAGAATAAAATATAATAAATAATTCACTATTCAA TGTACAAACAGTCTCCATAGTAAAACTATTTCTTTTTATAAGCATTGCAA CACCTTAAAATCCACTTGAAAAAGTTCCAATATTTCCCAAGATCTTGATG TAATACTTAATAAAATCAGCACCATATTTCCATTCAGATCCAGAGGGGTC TAGAATCATCAAAGAGACGGTGGCATAGCTTGCAATAGCTGAAATGATAA CAACTTTAATCTCCTCAGGAGGTAGAGGTTCATAATTTGTAAATTTTCAG GCAATAAGAGCTATGAAATTCAACAACGCTAATTGAAATGCCTTCGTCTT TCCTGAGGTTCCCTTTAGTTTTGAAAGTCCAAACAAAACCAGTAATCGTA CTAATTTTCATTTTGGGTAATACAATACACCTTTAAGATAAAGGCAATAA ATTGTTTAAGAATTAAAACACTGGTGCAATCTACGATAACGTGTATAGAG GAGTTAAATGTTTTTCTACAGTCCTAACATGGAGCTTTATGAAATCAAGA TCCTCTGAGATTTGAAACCGTACATTACATTATTACAATATTTTTCTCCC AAGAATTCGGGATATCTAAAAAATGTTAAAATTTTCATATGTCAATAACA TAAATATTAAAATCCCTCAAATATAATATCTTTAAATGCCATAGTATAGG AGGAATAAATTTCTTAGAAGTCCTTTTAAGCTGAAAATTTTGGGTGTTTT ACTGTTTTGTTAATATTGTGTTTGTATACCTTAGTGAATTCAGAGAATAG AGGTTGCAAGAGCCTTCCTATTCTGAGTTCTTAAAATATAATTTGTACAT CATATTCAGAACAAGATAATTTATATATATTTTTATAATATATAATTAGA AAAATGAATTTGAGGAAAAAGTATTGGTAGTATATTCATGAAATTATGTA TTAAAAAAATATGCATTTCTTTCTTCCTTTTAAAAAAATACCAATATAAT AATTATTTTATTTTCATGGTTATTTTGATTTATAAAATGATGATTAGGTA GAATTTTTTATTATATTATCTTTAAAATCCCTATAGTTATATCAAAAGTG TACTTTTCTCAGTTACACTGCAACAAGTTTAAAAAAAAGTTACTAACACA GAAGCTTAACATCACCAATGTTCACAAGGTATAAAATTATTTAAGTCTTC AAAATGCATAAAAAGTTAATTAGTCGGAATCATTACAGGTTTGCCTACAT ATTTTAACTAATACCTTAAAAACTTTTAATTAAATGATATATAAGGGTAT TTTTATTTCTAATTTTTATTTAATATATTTATCATAGTTAGTTCCTTAAC TTTTTGCATAATTTAGAATTTTGACTCACCTTTTACTTTTTTATTTTTGA AAATAATTGATTATATTTTCAAAAAAATCTTCAAGTAAAAGTTATTGAAA GATTTTATTATTTATTCAACAGGTTTTATAATTTTTAGCTATAAAAAGTT ATGTATATACATAATCTTACATAAAAATACTATGGCAAGAATATTCTTAA AATAAATACTATTCTAAGATATGAGAGTAAATGATTGGTATGACATATTA AATTATTGCTAAAAGTAGGCAAAAACACATATTTTACAGTAAATTTTCAT ACCTAAAGCAAATAATGTACGCAACAAATATAAAGTAAAAATAGGTAGAT AACTTTTGAACTAAAATTTGCAATAATGCATGAGTCAATCATTTTGAAAA TTAACTGTCAAAAAAATAAATTGAACTTTTAAAAAAGCTTTGTAGGTGAC AATAAGTGTTTTCAATATTTAAGTTTAACCCGCATTGTATTTCTTTTAAT TGGTCAGATGGAGTTGAACTGAAGTCTATTTACATATTGTACATATATTT CCTTCTTTAGAAGCGACTGTGAAAAGAACCTACGGATAGTGAGTTCAGAA AAAAATCTCTTCAAGAGCGTTTTCTAATGAGCTACCCAGCTCCATATCTC GTTGTTTAAGGGTAAAAATGACCCACGTTAAAAAATATTCCATAAAACGA AGTGTATATTTGAAGTTTGAGATAAACTATATTTAATATAATTGATTAAT AAACTAATAACTAATTTTTCATTTAAATAAGTATTAATTTTACATACACA TTTTTTATATAAAATATATAATATAAATCTGAGTAATACGAACAAATCGA TTAACATATAAGTTATAGTATGACTTAATAGATGAATAGGATGAAAAATA ATAACGAGATTTTATTTCCTCAATTTTATTACTTTTTTATAAGCCAAATT ACACAGAGTCGTCCAATTTATATAAGCTTCACCGTGTCTTTGCCGTTCAA TGCCTAACATTTGGACAGTTTTTTTTTACTTTACAATCTAAAAGTTTATT CTAAGAGTCTGATTTCCAATTCTCGACTGGAAGAACCGCAGTTTTACTTT TATTTATTATCAAGCCAGATCGGTAGTAATATTTTTCAAAAGACTTTAGA ATTACTTCACTTCTTCTGACTAAATAACGTTCCGTATTGGCTCCGAAAAA TTATGTGACATCATCTGCATAAGTATCAAGTAAATGTTTAGCCTTACATA AGGAAATTCTAAAGCCCCTATATCTCATTAGCAGAGATATACGAAATTCT TCAATTGTGGGAATAAATAATAAGAGTGCTCCGGGACATCCTTACTTCCA TATTCTTTTGAGAAGAATAGGCTCACTTATACAACCATTGATAAAGATTG TACATGAGCCATTATATAGCAAGCCTCTTATAGGATTGAAAAAGAAAAAA AAAAGGCTTAGGCAATAGCTTTTGAACAGCCCAAAGTATATGGCTGTGTT TGATAGAATCAAATGCCTTTTGGAATTCCACCACAAGAGTTTTCTCAAAT TCTTTATTCTCCTTCAAAGAATCAACAGAGGTTTTAATGTTTCTACATAT ATCAGTTATTTTCCTAATGCTAATTTTTTTTTTCGGTGCCTCCCTATCTT TTGGACCCAATTTGTTTTGAAATCACTCCTACTATGATTCCATATATTTC GTTCAAAATTGTTATTGGCCTAAAAAGACCAAAGTGAGTACCGCCTCCTT TCTTAGGGATGAGTGCAATTCTGTCACAGGTTATAGAAGGAGGTAATTTT ATAGGGGGGGGGGGGAGGGTATTGAGGGGGGTACCATAATTCCCCATCGA AATTCCAAACTTTAAGAGAAACGGTACAAAAATATCGGGAGGGGGGGGGA TGGTAAAAAAAAATCCTCGAGATAGTCACATTCAAAACTTCTGCTAGACA ATTTAAGAACAAATAAATATCTGTATACAGTTCAAGACTACGATTRCAAC CGAAAAAACAGTCAATAAAAKCTCACCAGACAGAAAACAGGTTTTGGACC ACAGTCTCAACTCTATCTTTAAAAAGGTTCAACTACATTGGTTTTTACTT CTTATAATATTCTTATGTAGATTATTTTGTATAATCACTCCTGGNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNGTTATTAATTACCATTTTGGTCCTC ATTCTCGTTAAGACGATTTGTATTTATAAATAACAGGATATCCCCATGAG AGATTGAGGCATACTGAGTGAGAGAAAAAAATATAATAATTATCCCATTA TACAGCTATTTTCTTAAAATATGTATCTCAACGGAATATGATTCAGTAAT GCTATATATTCATGATTTGCTATACTCAGCTATACATAAGTACATATATA TTATACAATAAATCATTTTTAAATTAATATATTTTGAACTTTTAATATTT TGAWWTMTAACAAAATTTTCTTGTAAAACATGTTGCTACTATGTTATACA TGTATGTTTCTTTAAATAAGTAATTAAACCATGCCTATGCTAATAACATT TTATTAGCATATAGCAAATATATATGGGAGTAGAGTAGAGAAATGTTGGC TATGCGCTAGAATGTTTGCAATGCGTTTTTGCAACTATCTGCTGGAGTTA TTTAGTCATTAGTTGAATTTTATTTTTACTATTATTTGCTAAATATCTGG CATTTAATTGTCCAGCATACAGTTCAAAAAAGACATATTTTTGGAAGGAT CGATCAAAAGGGAATTTTAATACAGGAACGATACAGACTAACCATGTACC AAATTAGTTTGTTCTAAAAATATATAAGAGTTTAAGACCAGTCTAAGATT TTCAAACCGAAACCTTACTTTAAGTAGTTTGTAAATACCAACTGAATCAA GTATTTTTCTTTCTTTTAATATGGAAGATGATAGCCATATTTATTCTATG TATTATATCATTACGTGGCGTAACATATTGTACATTTATAATAAAAAATT TTATCAGCTGTCACTTTGTCTATCTATATTAAGAGATGGGCATACTGAAT AAAGAATAGACTAATAGTTAGTTCGATCTTCTTTTCTTTAATTTATTTGA TCAATCGTAATATATTTTAATCTGTTTCGATATGTAAATGAGATTAACTG GCCAATATTTTAAATGAAGATATTAAATGATTATGAATATTTTTTTTTTC TTTTTAGAATGACATAAGAAATTAACTATAAAAGTTTTTAAAATAAATTT TATTCTTTTATCTTCTACATTTGGTACGAGTAAATACAATAACAATCTTT AACAAAAATCAACAGAAGAAAACACTTCAATTTTTTTGTTCTCAATCAAA TTCAATATACACCCCAATATTTTCTTAGATATATTTTAATCAATCATAAG CTTTGTATTCAAACTTCCAAGATGATTTGTAACACCCCATAATATCAACT AAAGTTTAAAATTTTTATCTGATTACTGAAACTTAATTTAGTACCATTAT GGTCTTTTAAATATAAACTATAAATTTCTAATTATTTCGTTAAGTAAATG AATTTTTGTTATTACTTGTACAATTAGTCATCCAAAGGATTTATCAAAAT ATTTTTTTGTTAAAAATGGATATTAAGACAAATAAAAAAAAACCTTATGA AATCCATATTCAATTATAAATACTAAATGCACATATCCCGAATATTTAAT TTTTTTTTTTTGTATCAAATATGGTCATGAAGAATTTTACCCTTATTATG GGGTTGAGTAAACCTTGTGTAAGAAAAAAAATCCGTAACCTAAATTAAAT CAGATTTATTTTTTGCAAAACTTCATGTTTATTTCAAATACGTGTTTATG TTTTATATTCATACTTGAGTAAATGCCATTTAAAGATGAAAAAACTGCCA TATATTATGGATTTTGTTTGTAAATGAATAACGCCATAGTTTTTTCAATT GCTTTTATGCAAAAAAGCTTATACGAAGTATAAATAATGCAAATTTTATT ACTTAAAGCGTTTTTGCTTTTAAAAGGTCTATTTTATACACCATAACGAT TTGAAGCAGAAATGTTAAAATCCCATGATTATTTGATATATACTTTTGTT TTGTACTTCGGTAAAACGATATTTCCACTAATTATATAAAAACAACAATA GTTTTAATTTTTTTAACATTTTAAATACAATATTCTTTAATATTATCGGC AATGGTTTTCTAATGCATTTAAATTTATATAACAGAAATTGTACAATTGT GTAATTTATTTCCACTTAATATGGGCCGGTATAAAAATAACAAAAATCTT TATGCACAAGACGATTGAAAAAAATCAAAAAAAATCAATCACTTTGTTCA TTATACTGATTATATGAGTTCACTGAAATAAAAAATGTTGGATGTCTCCA GTGATTATTTACAGAAGAAACATGTTCTCTCTTCTGATGTTTTACCATTT CACTACCCAAGATTAGTAAATTATTAAAAATTGTAAAAAAACATAAAATC AATGAGGCAATAAAATGACAGATCGTCCTTATTAAGCCCATAAATTAATA CAATTTTAAGATCTCTACCCATCCAATTTATTGATAGCACGGAGTAGTTA CTGCGCACGTCCCTGGCCAACCCCTTAGGCTTTAATTCTATTGTAATCAT TAGAAAAAATACCCTCGAAGAATGGTTAGCCCCTTTTTTAATAACAAAGA CCAGCAAAACATCAAACCCACCGGGAAAACCATCACTTGAATTCCTTTCC AACATTCTAGTTTCACATACAGACAATACATCAGGACCAAACGACAAGAG ATGGTAAATTGTTTTGTTTTTCTTTTACTTCTATTTTTGTCCGTAATAGA ATTAACATTGGCTGAAATTAACTATTTCTTGAATGAGGACTTCTAAAATA CTTGTAAATATTTTCATTTAGCCCACGCTTTCGGAATTTTTTTTATTTAT TATGTTCCTATAACTGGTTAAATGGAGTTGCACTGATTAAGTATAAGTAA ACATTATAGTATTACATTTACTCCATTTGATCTATGAATCTTATGGTGAA ATCCATATACAGGAAGTATATTTATTTCTTTAAGAATTGCTTAGGCGCGA ACGCACTTTGAATTCAAGAGAATAACTTTTTCCGAGCGCGCTGTTCATGA GCTACGGCGATTCCTTGTACATCTTATCATTTTCTGGAGGTTCCATCATG GTTTTTCTTTTGTTCTTCTTCGGAAATCTCTAATCCACTTTTAGGATTCT TTGTAGACTTTATATTGGCGCAAGTATTCCTCAGAATACATATTCCTAAA ATCATCTTCCAATCTTCTCTGAGGGGTCGTCCTTCGGCAATAGAATTATT ATTGTCAAGGATCGCTCCTTAGTGTTTTTCAACTGTCTTCATAATGTTGG CGTATTTTCTGTTCCTTTCATCTGCCAGATCAATGTTATTAAGCTTAGTT GTAGATTCAGCAGCCTTTATATATTTGAAAACTCTTATTTCTTCTTTGGT AGAATCTTCTGCAATATTATGCCTACTGGATCTTATGGTTTCTTATTTTT CTTCTTTGTTCATTTCACATTCCTCTGACCTTATAGTTTCGTTGGTATCC TTCATTTCTGTAGTTATATTTATTTCCTTTTCATATGATTAAAGTAACCA AAAATATTCCAGTTACAAAAAAACAAACACGTAATACTGGTGAACTTAAA AATAGCCTCTTCACAATAAAAAAAGGGCCTTGCATATTTTTTCTAAAAAC AGGGATTATAGATTATGCTTTACAAATAATTTATTTGTTAAAGGGAAAGA AAAAAGATCTGTCCATAACCTTTTTTCCTAGATTTCCGTTACTTGTCCTT CATCATATTACAGAATATAAAGCGTATGTACAACTCAATGAGGGATAAAA TACAGTTTCACCCCTATTTTTTGTATTCAAAAGCAAATTTTCAGCAGTAT AAAATATTATATTGAATTTCTTGTCTAATGTCTTTGAGTTTGGAAATTTT AATGTAATCATAAGATTGATGATATTTATCNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATCAAGAAATTTTTGCT TGAAACTATCTTTCTCTTAAAAATGAATGTTGAACAAAAATCAGCTTGAA CCAATAAATCATTCTGAATCATGCCCCGAGTTTTATATTTTATGAAAGGA TTGAGGATTTACTTTCAATGATAATTCCTTTCTTTTACCCCAAACTTTTT TCAAACTGTCAGAGTTAGAATGCCATTTTGTAGGTGTTTTTTACGTACTG ACAAGTCATATTTTATACAACTCTCTCTGCTTCTCTCTCTATATATATAT ATATATGTACTTACGATGTCTATTCAAGTTTTTTTTGTTTTTTTTCGTAG AAATGAATATACTTCTTTTTACAGCAGTTAACAAGTATTAAAATAAGAAT TGCTTAGAGTGACAAGTCATTTATTTAAAATATACCAAATATATACTGTG CATATAGTAGTGATAAGACACTCCCTGATATTTCCCTATTTCTAAGCTCA GAAAAAGTAGGAAATAAAACCAACACTAAAATGTGTATGTCTTTCCGTAA TATTTACAAACACAGAGAAAGCACTAACAAGTGAAGTTGAATAGGTAGTT TTTTGTTCATATTCTTTATTTATGAATTTTTATGATTGAAGAAAAGCTTA TAGGATAATAAAGTCTCTATGGAACTACCTATAGGCTAAAATTGAGTACA TATACATAGTTTTACGTTATCTCGTATAATTTTAATATTTATATACAAAC AAATTATAGACTTTAAAAACATATACAATTCCTTTCATATTTACTTTAAA GTTATTGTCCAAGTTATAGAAGAATCATGATGAGTTTTATCAGATTTTAA TTTTGTAAAGATAAAAGTATAAAGTAGATACCTTAGTATAAATTTATACA TGTTGTTATAACTATTATTTTAGAACAATTTACTGTATACATAAGAATAA AATCCTTATATTTAGGATACAGTATTTAAAATTTAGTAGTATATCAAGTT TCCTATCCTTTTATGTGTTTGAAGATGTATAATAGTCTTTTATATTAAAC TAATATACCTTCCTAAAAATTAATTTTGCAACCTATTTCTTTTATATCGA CAATGATTTTTGAAAATCTTCTAAATAAACGAAATTTTATTCATAATGAA AAAAAAAGCCTAATAAATAAATTTAACTGTATTGGTTAAGTTAAAATATC AACATAAACGGAAGTTATAAATATCTTCTTGCCAAGTTTATTATTCTGAA TTTCGTTTAAGGAAAAAATCCTTTTAAGACAACATCCTACAGAGATTTAA AAATAGGTATTTTTATTCCAGTTTATGTGTCTACATTTTTAAATCAGAAG TCCCCAATCATGCTAAATTCATGATAATATTATTCTATTTTTCAATAAAC TCCTGATTTTTGTATGTTCATTAATGATTTTTTCTTCGATTTGTTTTAAA TTAATTCATTAAACCATATTACTTCCTTTGGATTAACTCTGCAGTGCTAT CTTGATTATTTTTTTCAGTCCTAGGACCGCTCCTTATCGGTCTTTTATGG TAAATAAAACATCTGAAATGTTAAAAAAAATATGTTAACCTCTTTTAAAG TTATGAGATATGTAAAGTTTAAAGTTGAGGTTTGGAGCTAAAAGTATAAC GTATTATACTCAAGTGTTATAATGGTTCTAACTATTTCCCATTATTTTCT TCGTTTTTATTTTCCTCAATCCTAACTATGAGCGAAGAAAATGTAAAGAT AGCTAGGACTGTAAGATTAAAGGACCGACTAATCGGCTCTTAGGACTAAT AAATAACCAGGCATACATTCCCAATCAGTTTTTTTTACTGATGGGGGAAA GAAAAAATAAATAAATATGAATACATTCCTAGAACCGATCTAACACAAGC TATAAATCATTTTTTTAGGAAACTCCGTGTTGAGCTCGTTTTAGTTATAC CCTGGAAGAGTTTAACAAAAAGGGAATCTTAACAACAAAAGCGTGACAAA ATATCTAAGTGGAGCTACTTTTTTTTTGTTATGTTTGTTATTTCTTATGG AGGGGGGGGGGGGGGGTCACAAGGGTTTTTGCCCTAGAATGACTTTTATT TTTAATTTGGTTGTAATATTATGAAAAAATATGGAAAATAAATTTTTTAT ACAGACTTGTAGAATTTGAATTTAGACTAAAACGTGAGATGAAATCAAAT AATTTTTATCTCATCCGTAGGGTGCATAGTTTTGACAGGAATTAATGGTT TTGTCGGACATTTCTTATGTGTGTCCCCAAAGGTTTATTTTTTTCCTGTT TGATATTCTGCAATTTCATGTTAACGTTTTTCTTTGGATTTAGAGTAAAT TTTTTGTTCCAACAAGATAAACAAAACTCTTTTTTTATCAAATATTAAAA AAAATTAGATAAAATTACCCAAATACCCCATCATTTTATTTTCAAATTAT TTAAAGTAGTAAACTAATACATAGCTATTATCATATTCCATACATCAACC TACCCACATACTTGTATGTATGCTTTATAAGTTCTAGCTAGTAAAAAAAC TTACAATTAAAACCATACACGACTTACCAGATTTTAACAACAATATGTAA TGCCAAAAATATATCCCATGGAAGATAAGAAAATACTTGAAATGACCATA AACTCTTCAAAAATATGCCCTTTCTTCCTTCGATGAACCCTCATAGAATA ATTGATTAATTGTGGCATTGCCAAGAAATGAGATGGATAAGAGTAATGAT GGTTTTTTCATGGATACATAGAATAATCCCTTCCTCATTCTTGACATTGT GTTTTGAGAGCATTTCTGAATAAACAAGTCCTATGTATGATCTTAATGAT ACATTTAAGAACATTAACAATATTCATAAGAGGAGTACTACATTATGTAG ATTGATGCAACATATGTGTGTATTAAAAAACAATATGACATAAGTTGAAT ATTTGAGAAAAAATAGATATTTGATATCTCGTATTTAAGCCTTCACTACA TGGCTTAACATATATAGTAGAGCTTTTTAACGCTTTTTCCAGCGAATGAA ATTATTTAAATCTTATTTAATGCTAGTGTTGATTAATAGTTAAATAAAAA CGATAAAATACATTGTATTCTCTTTCATTTTTCATTTTTTTAAAGTGTAA GATAAATTCATGACATTTTTTTTTAAATTTCAAATAAAATGGTGCAGACT AGAATTAAATGATATTTATAGAGTTTATTATGACGCAGTAAAAAAAATGA AGAAACGTTCTTCCTTTGGAACCGTCTTAAGGTCTAAAATATACAGGGTA ATACAGCATAATGTATTTTTTCATAAATGTGTGACAATCAGGCTTTAGAA GTAGTAGCGGTTGGGGMGTGGTTTCCCTCTATAAACGAAATTCTATTTTT TTTTATAAATACAATCAGTCGCTATGGTATGTTTGGGTAGGGTGGAACAT GCGTTTGCTTTCGAAAATAAATATTATCAAGAAATGTTTAGACAGAATAT TACATAAAAATAGACTAATTCTAATTTGTCTCCTTAGTTTTGTACAATTT ATAAAAATCAATTATCTGCTTCATTTTCTAATTTACAAAAGTAAATATTT TTCTATTCATTTTAATAATTTGAAATTTGTAAAAATCTTTGAATGCAAAA ACTCAACGGATAATAATACTAAAGATATAAAATTGGTGCGATTATAACTC ATATTTTACGAAAAAGTTCTTAATTAATGAATTTGGACAAATTAAGTAAT TTAAACAGGATTTATATCAGAAAAACTAAAAAAAATTAAACTTTTGCAGA ATCACCAATAACTAATTATCTAATGAGTGAATCATCTAAGATTATATTTT GTTTAATTTTTGTATAAAATAACTATCTCCTTGAACTTCTCGTTGAAACG TTATTTTATGAGAAACAAAAAATCTGAAAAAATCACAGGGAATTGAATTA CCAAAGTTCGTTTTATTCTATGCATGTACAATTGCAGACATCATCTATTT GATATAAGTTTTAGAACTGTTTAATAAAAAACTTTTAATGTGTACTATCA TTAGGAAAACACTTTTCTTAACCATAAATCTTGTTTCATTGCCTTGTGGA AAAAGGTTGCTGCACTTTTTTTTGCAAAATAAGACTAAAAAATGAAACTC TTCTTAAGGGCTTGCTCCTCCGAACTATAAAATATATTTTGAAAAGATGC CAAATAAACAGAAGATCTGAAATACATTTTCTAGTGGCATTCAGAACTTT TATTTACTTCAAAAATATGTTTTTTTAAGCAAAGATATAGCGTAGAGGCT GTAAAATTCATACATGGTCTCCTCAATCAAAGTCACTCTGCAATTACTTT GAATGTAGGGAAAAAAACATTATATTTTTTTCTTTGAGTGAGAAGAAGCT ATACATCTACGTATTCGTAGATAGGTACACAAAAACAATAAATTTGCATA AACAGTTATGTTTGGTATACTTATGGAACAGCTTGCCAAGATACTTGGGT ACGCATAAAATATACATCATTATGATAACTAATCTGAAAGATACGAATAT CTATATATCATGAAAAGTACTTGTACCAAGTAAAAAGAAACCGTAAAGGT GATATAAAAATCCTTTTATTATATGTCCAAGTAGGATTCAAATTCTTAGG GATCGAGTAAACTAGTACAAATCTTCAAAATCTTTATTATCCCATAATTT TCAAGATTGCGTCTCTAATTTTAATCATGAAATGTGATTACTATTCTGTA GTTTTGTAGAATAAATTTTAAATGATTTACATTTGAGATAGTTACGCGGT CCTCTGCTCCCCCTCCATATTTCAGGGATTATTTCATATCACTGAACTAT ATTTTCTCCTCCTTGTACCTGAAATTTAATAGTAATGCTCAAAAGTTCTG GATTCGTACTGGGGGTCACCAATTGAGTAACTTTGGTATAGAGATTTATC TTTGGAGTCCATGTCAACTTTGAAGTCTTCAAAAGAAGTACTCAAGTATA CGTCCTTAGCTCTGATATAAGTTAAATTTTCAATAAATGCCCAACGAAAA CTTTCGAGGGGCTCAGATCGGGCTTCAGTCAAAGAGAATTATTATTATTA CATTTGTTTTTCGTTTTATACTGTTAGTGGTATGTAATTGTAGTTCATTC ATAATTACGAAATTGGTTATGAAGGTACTGGTAGAGCCATAATTATTTGA TGTATAAGATAAATGAGAAAATGAAGCTTTTTTCTATGGATCAACATAGA TTGGTCCATTTTTGACTTTGATGGAGCCTTGCAACAAAGATTTATATACT TTATTTTGAATTGTATATTAAATGAATAGAAAGTTGAACTAGAAAATAGA GTGGGAACACTGGGTAGTTTTGAAAATATGATGTTTTTTCAAGACTCACT AGTAGCCTTTAGCTCTATAGTATAAATATATATCAATTAAGAATAATTAT AATTTATCAATCTTATACATGTTTTAAAACGTGAACCAATTTTTTGGTAA ACACTGAAATATGCAAACGTACATAAAGGCTAGAATACTGTTTTAACAAT TTCAGAATAAATAATTCATAATCCTACCTTAAATAACATTTAATGGTCAC TATCATTTTTCTTTTAACGAATGATAAGTAATTTTATGATAACCATAGTC TTTAGCCTCATAATATGGTTTTATGTACCATCAAAATATATTATTAGTGA ATAAATCTACAATACAAGGCATATGCATACCATGTACCGTACATATTTGT ATAAATGATTGAGAGTTATAAATCAAACATACATAAATATCTAATATTGA TTTATATAACATTATTATATGGACATAAGATATTAACAAAAATGTGTTCT TGTATGGTTGAGTTTATTCTATAAGTAAAATGGTTTTTAATAAGCAAATC ATCAAGTATTAATATTGAATCATAAATACATTTTCTCATAGTAAAATAGA ATTAACAAAACTAAGGGAATATTAGAAAATATTTAATGAATTCATATATT TATGTATGTATTAGAATCCAGGACTTTTCAAGATTTTTTTCTCTCAAAAA CATTGATAATATTTCATACCGTACTATTTTATTTCAATGCGTATTGAAAT AGTACAAAATATATTCTAAATTGTCCCCGGATACAGGAACAGTAGCAGTA TTAAACTAACTGCGTTTAAATGCAATTCGTAAAAAACGTTTTGTATCTTG TTTTAATATTAAAGAGAGATTTGAATATGAACTTATATCATTTAATTCGT TAACTGAACTTGAAAAAAGAAAATAGAATAACAATGGCTTGTGATGGACT TTTTTAGAACAAAAATCCTATCTATAATAATGACGCAAGACAAAATTTGA AATTAGCGTATTTAACAATATAAACGTATCACAGTTATTATTTGTTTTTC ATTAGTATGTGTGTTACCTCTTATTGAGTTAAATACATAAAAAAAATGTT ACAACAGTATCACGAAAAGTGATTAATATGTATACTCACGTGTATTACAT CATCTATCCAACTAATTTTYTATGTWCATATATAATMATTWTWTCTTAAA NNNNAATTAATAAAAAAAAACMTGATATATCTTATCGAACTTATTATTTG ATTAATAAAAAATAAGCTTAAAGGGATTTACATGAATYGAAATAATCAAA TATATATATATATATATACTTGTCTTCAAAATTATTCATAACCCTCTTAA TTTTGTGATTTTTCATTTTTGTGATAAATGCATTTTTAACAAGTTTGTTT ATAAATTATATGTACCAACAAATGAAAGATCCCAGCTTGTGGGCATCAGT CATGTGGTCTGATGATACGAAGTTAGAGCTATTTGGTCATATGGATGATC AGTATGTCTGGATGAAGAAAGGAGAAACATACAAGCCTAAGAACACTGTC CCAACCATACATCATGGTGGTGATAACACAACGCTATGTGGATGCTTCTC TTCTAGTGGTACAGAGGACCTCATCAAGTTCCAAGGACCCATGTAGAAGG AGAATTACATCAAGAGACTTTATAAAACTTGAAATAGTCGTTTGAGAAGC TTCTGCTTTAATACAACTGGATGTACCAGCAGGATAATAATCCAAAACAC AATGCTAAGTTTGTGAAGAAATGTTTCAATGATAACAATATTAACATTCT AGAATGGCCGAGTCAAAGCCCAAACTTGAATCCTATCAAGAACTTGTTGT GAGACTTGAAGACAAGAGTGATGTATAGGAAGTCTACCGACCCAACCTAG ATTGAGGCTATTGTCAAGGAAGAGTGGGCCAACATTCAATTGGACACATG CAGGAAGCTTGTGGAATTGTACAAAAATTGTCTAGAAGCATACATAAAAA ACAAAGGCTTTGCTATTGACGAATAAAACATATGGGGGTATGGGGTATGA ATGATTATGAATATAGTATTTTTTCGTAATCCATCAATAAAATAACAGTG AAATCAAAAGTTCCCTGAATTATGTATAGTTGTCATTCATTCACTTCTTG TTCACATATAATTAAATAAAAAAAAAACAATGACAAAAATAGCATTAGTC CATCACAAAATTAAAAATCACAAAAATTAGCAAGGGTATGAATAATTTTG AGAACAAGTATTTATATATATATTTAAAAAAAATATTATAACGTAAAAGA AAATTAAATTCTGTAAAAAGTTTTATGGAAGCAGCTCAATAATAACTTAA TATTTTAATTATTTATAGCAGGGTATTGTAAATATATTTCATATAAGATA ACAATTTATTACGAGTAATAACGCTTGAGAGAGCTTATAAATGTTGGGTT ATATTAGGTTTGGGAAAAGTTGATCTCGTATTTCCACCTGTTTTTTTAAA TTATTATTTGTTCATTATAGGTCTCATCAGATCATGCGATAAGTTATTGT AAAGGTGTGAGTGAATACTAAAAATACTTTTGGAATAGTATTGCACTTCG TAGGTTCAGTCGTGAATTATTGCTAGTCGAGTATGGAGGAATAAATTTGC CATATGTTACATTTTTACAAATTGAAAAGAAATAACTCTTCAAAAGCGAC TATTCGATGAAAAAAAGTAGAGTGTTTAATACAAAAAAAGTAGCTAAAGC CCTTGCATTTTTGTAAATTTCCTATATAATTTACATATTTTTTTGGCCCT TTTTTAGAGGGCCCACTTTTAGAGTGTTTCGAAAAAATATTTTGTTTAGC TAAATTTGCTTTATTTCAATTTATATTGAATTATAATTTTCTTTAAGGTA TTGTATAAAAACTGTTTTTTAAGGAAAAAGATCTATTTTTTGATGAGCAT AACTTTTGTAATATTGCAGTCAGATTTTAATGGTTTTCCTGTAAATTATA CCATTTGAATAATTATTGATTATTTGACTATTGGTGAATATATATTTTTA TCAAATTCAGAATACACTCATGGAGGAGAAATTTTACATATTTTAATGTT CTATACAAAGGGATCAGTTGCAACAAATGCTAGAACCTATTATTTTATAT ATCTACGCTTCACAGTAGTTATGTTATGTGAGGGAATTTTTCTGATCTAT AATACTGAGCAATGATCCATAATATAAATTTTATAAAGACTTAATCCACC GGAATACATCGAAAACTAACAACTCATCACCTTTAAAGGCCTAATTATTT AATCTTTAAAAAATCATTTTGTATAATTTTAATTCTATTTTTCGATTTTA CAACCATTCCAGAATATGTGGAAAATCATCATATTTGGCGAATTTTATTC TAATTTAATTTGTGTAAAACTACTGGCTAYWTAAATTTTAAAAATTATCC CACCAGTAATAGATAGATGTAGTTGTGTTGTGTTAGGAGTATATGTGTTG ACGTATCTAAGTCAAACCAACCCCCAAATTAAGTCAATAACAATGATTAT AACAACTATCTACAGTCTCTCTTACTATATCAAAACAGGATTAAGCAATA TTGCTGTATTATAAAACATGTTTTTTGTACTTTTCAATCGCTTTCCATAA CCAAAATCGTGGAAAATGTCCAAAAATCNAGTTGGTATGCCAATTCTTTT CAGCTGCAGAATTATAGTTCATTTATGAACGAGAGCTAATTCTAGTTTAA CCAAGCAAAGTTAAGAAAAACTGATATTAAAAAAAGAAGCAAAAACCTCT ACAGTTGACAATAAATTACAGGGTATATTTTTGTGGTAGTGAAATAAATC CTAGAGAACTCAAGGATAATAATAATAACTTTCTTTTTTTTCCAATTTGA TTAAATTTGTATCACATATGTCCAGATTGAAAGGAACTTTTCTGACCTAT AAACATTTTAAATACTCTTTTGTGATAATTTATTTTTTGTATTTCAGTTG GACATAAGATAAATACATACATAAGAATTAACATTTAAGAAATTCAAATA AGTGATTGATACCAATTTAAGAAATGCATAGAGACTTCAATCAATTATTT TAAATCATTCAATATAATTTCGATGATATATTCATTCAGGTACATCAAAC GCCTGATGTCCTTTGGATTTTCAAAAATCAATGAAATTGGYGGTGGTCCA GGGTGGCCATCGAATGGTAATACATAATGCTAAAATTTTMGSGCWTTTTT MWTTTTGCCRWTTTTTTTTTTTTTTTTTGCAGTTGGCAAACTGAAGAGTA AANTTTTYTTTCCTAGACTGTTWTYWTTKTTWTTTWATTTYTGRGGAGTG AACTTCCTTTTCTAACAACATATCATTGATATATTCGAAATCGGATGGAT AATTTACGTGAGCTCATAAAAGACGGAGAGWGACCACGAGGTACTATTGC AATGTTAATTGTAAGTCCTCGTTGGAATAAGAGCAGAGTTGAAGATCGAC ATCAGAATTTGTTTTGCCAATGTCTTTGTTTATTTCCTTCTCACCACCCT CCTTCTCACAGCTGTTGTAGCTGATCTAATGAAAGGTCATGACAATTGAG CTGCTTTCTTCCAAAACATTCTGCCAATTGTCAGAGAAACAATGTTGATT TTCAGTTTCTTTTTTTATCATCCCAAATATACACATGATTACCATCACTG ATTATACATATATATGTATATATGTAGTCGTGGCCAAAACAGAAAAATCC TTGGCCTTTTTATGTTTTCCTTCAACGGAGGCATTTAGAAATTAAATCTA TTGATGTCTTCTTAATAGGAAAAAACATCGTTCAAGCTATGTAATGGCTT KAAAATTGTTTTGAGAACTTCCCTCCAGTTGCCACACAGGACCACTTCCA AATTCATTGTTGTTGTTTTTTTTGCATGCTCATTTATATTTCGTGTTGGA TGCATCCAAATGAGTATTGTGTAGGTCCTTAAGACTGATATGCAGGACTG AACTGGACAAGACTTTAGTGTCTAACCTTAAATAAGAAGCGATACAACAT ACACCGAAAAATCCGAGGTATGTATGTACAAGTATTTGTATAGGACAAAA AAGGAGTATATTAAGATACATATACTGATAGAAAGAGGTTCTTGATATAC ATACATACATGTATGCACAAGTATAAAAGTTGAGCATTTATATAATTTCT TATCTACTTAGTCATTTGCTGTGCTTTTAAATTAATTAAAACTTTGAAGT AAAGACATCCATTTGAACATAGTTAAAGGAAAAACAAATGTATGTCAGTA AAATATAGTTTACAAGATCATAGCTTTGTATCTCAAGAAATTGTAGGTAT TATTTATATATATGCATAAATTAATTTGCATTTTTGAAAATAAATAAAAA AAAGTTTTAGATGCGCTTTGTTTCGATATTAAAATTCTTTGAAATAACAT TTGTTAAATTATATTCATTATTATTTAATTTTGGTTAGTCATACTTATAT ATTAAATTTTAACAAGTTTTTTGGAGAAAATAATAATAATATTCAGTCAA ATGTAGTATAACGATCACTTAATTTGAGCGTGTCACTGTACAAAGTAGCG ATTTACACATATTTGTATAAAAAATGTCCTACAAATCAGGAATTGCTTTA GTTTCTTGGCAATTTAAACAGTGTTTGTATTTTATTTTCCAAAGATATTA TCATTATAATTTAATTATCGAAGAGTGTAGATCTAAGTACAACGTAGTAA TTAGTGGGCGTGTCCATGAAAGACAGAGAGTAATAATGAGGGTATGTTCT GTATTTGAAATCGAATGTGTTTATTTTACACGGAGTAGAATTGAACATCA ACATCGGTATAATTCCAGTCTATATCTCATAGCTTTATACAAAGTGGGAT TTACGTTTATTTTTATATACTGGCCGAACATAAATTTTTTTATAGGTCCT CCAAATTATTATATACCTACTATCTGCTTTGAACCGTCACTTTTTTAAAC TTACATGGTATAACCTTTAGTGCAAAAGAAAAAAGAAGGAGTGACCAATC ATATACTTACATAGCCTTTTTTGACGAGTTTAAAGATAAAATATGTATAC AAGCGCATTAATGAATGTTTTTCCATCTCTCTCTATCTGAGAATGAATGT TATCCTATTTTTGGGCAGACGTGAAAATTAAGCATAACTGCATTATTTTA TCACCTATTTTCAAATTTTTCATTGTTCCAAATCTGGTTTAAGATTTGAC TTACCCTAAATGATCACTTTTTCAGTTTCCCATGTCTGACCACTTAGTAC AACTTTGGCTCTAGTGACCAGTTCCCATATATTTTTTTGTCTTTTAATAT ATATATCAACGTATTTCTACATGATATGTAGGGGAAAAAGTAATAGGTTT AGCTAATAAAAATATTCCCATAATACATAGAACTATATATTTTAATAGTT TTTTGAAAAAAGTATTAACAATAAAAATAATAATAATAACAAAAGATAAG TAAAATATTTTTTTTTGATTACTCCTAATAATAATTAATGAAAATTTCTT ATTTCAATATTAATAATATATTCTACATCAGTTTCATAAGATTTAAAACT ATGCAATAGTTAAGTATGATAGTACAATTCCTGGATTATCATTATTTGAT GAAATTTTTACAGTACATATGTAGTTATATTTATTGATCAACTCGTTTTA ACTTTCTAAATTAGCTTTTTTAACTCTCTGTTACTTCCGGGAAGTGTTTA TCCTGCACCTCAATCCCTTGAGACTGAAATATCCCTATATTAAGTTAGTT AAATATTTATTACTGTTTGCCAWAAATACAWAAAATCTAAATTGTATTAA TATMCGGCAACAAACACAACCACACAACGGGGTGTTTGAGCAACTACAGC AGACTCTAAAAACTAGTTTACATTAAAATTTTCAAAAGTAATATTTTTTA TTTTTTCAATTTTATAAATTTTAAAATACGAATGTCTTCGTTTTCCTCAT TCATGGTGTTATGTCTCCCGTAAGACAAGGCCGGTGATCTATTGATGAGA TGGTATGTACTTTGCAATTCTTCCATAAATATATTGCACGTTGAGCTACT GCCCTTCCACTTACTTAAGTGGGCTAGAAAGGGGCCATATACAGTGTAGG CTAGTATAATGAGACTCAATTTTTCTGTTCCACGCTTGATATTCTTCGAT TTCGGCTTATTAAGCATAGTATGTGTATGTTTCATACTTTTATCTTTTTT ATATTGGTCACACCAATATTTATAGAAGAAGTCATGAATTACCTTCTATA TGTAGATCGGAGGCGTCCCAATCATAAATTGGGTTTGGCTCTCAGTACCC CTCTTCCCAATATGGTCTACCCATTCATGTCTTTCCCACCATTCTATATA TATATATATTTCTCACTCATTCCTTTGATTATGGTCTCTTTAATTTTAAA GCATCTTTACTAATACTAACTGGGTAGAAGATTGTAGTAATTACTGATGG AAATCTGATCGGATTATTATATTTTTCATTGGTTTTTCGTAGTTGAGAAG AGATTTTATACCTTGTGCCATGGGGAAATCTCTGCTTGAGACACTAAAGC CTCTTTATTCAATAAAGCCATGGAATGACAAATTGATGTATCAACTTGGT GATGTCCCATCCAACCCCAGTGTTTCCGTTTTGGTCTTCAGATCCGTATA GATGGTTACTTCTGGATTCTTAATCTGATTATTATTTATCCAAATGCGAT TACTTTTTATGTAGTCCCTTGGTTGATCCATTCCGACTTTTATAAATATT TTACTACTATGGAACCGATACCCACGACGTTTTGGATGATTACCAATTCC TCCACAGGTATTACGTAAGAAATACTTCGTTCTTCATCTTTATTTCGTCG CCTGTTCATTAATGTATATGTCCAAAGGAGTAATATCTCAAAACTACCTC CATTCTAGCGGTTGGTGTCGATTGATATGTGTGTGGCGATAACATAAAAA CAAACTAGCATTTCTTTGATTAAACAGAGAAAATCGCATTATAAATTTTT TACTTCAATGAAAAACCGAAGAGGAAATTTTAATGAGTCAAAAACAATAT TAAACCACTGAAGAACTGTCAAACAAGTTATTAATATGATTGATATTTGT TTAAATTTTTAAATGAACATATAATATAGAAGTTCAGTCAATTTGATCGT GCTGTATTTGAATAAAATTGAATTTTTGATATCATCAATATAATCAATTT CAGTTGGTGAGACATGTTTATAACATGCTAATCCCCTTCTTATTTTCGTT ATTCTCGCAACATGAATACTTATACACTTTTTTTATTATAATTTTCATGT CATGACGTCTCAGTATCTTTTATTATCAGTGTTACCAAATAAGTAATTTT TATCAGGTTCAGTTAACCTGAAAAACCGTGGCTTCTAAGGACCTTATCTC TTTTTGAACAACTATAAATTATAGTCCTCATATCAAGGGATACGTTTATC ATACTCTTGTAATATTGAGAAAAAGTGTACCAGCTTGTTATCGCCACACA ATGAGTCATTCCCAAGAGTGATTTCCTTCAAATGCTGTTTATTTGCCTTG CACTTTTCTTTGCAGTGATTGCATGTCCTTATACTAGATATCCATAGGGG AGAAAAGGTCTGATTATACCTTCATACAACCAGAGAACCTTGTCTGAGGG GATTCTCCATTTTTGTTCTATGATTGTCTTGCCCATATTTCATATCTGAG AACAATTGAAGGTTTTTTTTTTCAAATGATCTATCCAAGTGAGTCCTTGA TCTAAAGTCACACCTAGATACTTCATGAATGTGCCATATTCCATCACTTT GCCATTAATTTCTAATTGTAGAAAGTTTTTTGATCTAAGTTTATCGAAGC TTTCGAAAAGACTACAGCGCTTGACATTGATGGGTTCAAAGTAAGACCAT TTTCTTTGCCCCTTCAATAATAGTATTGATTGCCCTCTGCATTAGTTTGA CAAGGGTGAGGGGATATGTTCTACTAATTAAAAGCAGGATGTCGCCTGTG TAGTCAATTACCTTGNNNNNNNNNNNNNTAAGWAAGGMATCCAWAATCAT ATTCCAAAKAAAAGAGSGAWAYAACGCCCCTTATGTGATCCCACGGGTTG GATTGACACAAACTTCATTGCCTATAAACTTTGCTGTGACTGTACGGTAC TTAGTAGATTTTTGTAACCAGGCCTGATACACTCTGGAATACTTAGTTTT ACCATTGCTGCATCACCCAAATGAAATTGTATATAATCAAATGTACCTGT GCAATCAAAACTTACAACAAATATACATTGAAATTGGTAGATGTATTTTT CTTTGGCATCGGTCGCTTGTGAAAAGGGCCGTCTCAGTTGATAAGTCCCT CGTATTGGCATGTTGTGAGTGGAGTCTTGGCATGACTTTTCAAACTTCCC ACTATAAAATCTGCTCAAGCCCTTCAACTGTAAAGTTGTAAAGAGTTATT GGTCTGAAGGATTTGGCCAGACTGTAATCTTTTTTAACTGGTTTGGAAGA AAAACTTAATTTAATTTCTATCCAGCATCTAGATGTATAACCAGTTATGA GGATGATTTTATAAAGTTGGGAGATATTGGCCCCATATTGTTGCAGTAAA ACTGGTTTCAGTTTATCAGGTCCTGAGCTTTTCATGAGCCAAAGGAGTTG AAGGATTCCCTGACCTTGTTCTTATCCAAGAAGTATATGTTAAAATCATT TTACTTGCATGGATGTTCCAGAAGACGTATTGAGTCTACATTGTGAGTAA TGAGTGTCCATGAGTATTTCTAGTGATTCCGAAGTTGATTACGTGTACCC TAGATCATTTTTCAGAAGACCAATAGAGTTGTACGTTGTTTTTGGAAATA CTATAAGTTGAGCGATATCTTTCGGGCCTTCCGCTTAGCTGCAAAAACTC CTTCAGGATTCTCTCGGATCTTTTTTAAGCGCTGAACAATAAGCATTCAT TGCCATAAGGTATTCATCTTTGTGGGAACTACGATGAAGCTTTGGATCGA GTTTTCTGAGTTAATACTTTAGGTTGGCATGATGTTTTAGTCCACTAGGT AATTAATTTTGTTTTTTTATGGACACCAAATATTTAATGCCATGTTGATA GCCTTGTTCAGCGATTCAGTGCACTCATCAATAACATTTGGGTTTGAACA TATAACCGGTAATTATGCTGATTCTGTGTGGGACCTGAAGATGTCCCAAT TAGCTGTTCTAAAATTTCTTGACTGCTCTGGGAGTGGTATGTTTTTGCTG AATCCAATAACTATGTTTCTATGGTAGGACGTTGACGGTCTAAGATCTAC GTGCTTTTTCGAATTTGTTGAAGGCATGTTGATTCACGAATGAGATGTCG ATGGTTAAARTGGCCGATAAAAGTAGAGTTGTTGCCTTCATTAATAACAG TCACATTGTTTTCTTCAGTGATGTTTTCTAGAGACTCTTCTCTTGTATCA GTTTCTCTACTACCTTACACTTGATTGTAGGCATTTGAATACATAGCTAA GAGAAGTGGGTTTTTTTCTTGTTCCCAATACTTAATGAAAGATAACAATG CTTCATTCTCAGTAGGTAATCATTGTTCAAGGTAGGCAACAGAGATATCC ATTACTAACCCATCTATTTTCATACATATCTTGTATATGTATCGGTCTGA AAATTCTAGAACTGACCATGCCTGCAAATGGTTAGAAGATCGTATACAAG CCCTTCCATTTGACCCAGGTGAGGCGTGGATTGTAAATCCTCTAACGTTG AGACTTTTCGTTGTGACATTAGTGAGATATTGCTTGTTCAATAGGAATAT TTTTGATGTTCTCAATTTGAGCTCCGGGTTTGCTGCTTTAGAGTGCTTGA GTGTTAATGTAAAAGCAACTGATCGTCACTAATTTTTTGGGTGGTTTTTT TAGCTTGATCCATTCTTGTGCAGCACTATCAAAGAACTTGTATATTTTGT ACTTTTTTTGGACTCTTCCCAGTTAGGTTGTTAACTTTTGTTGTTGACTT TTTTTGGTTCTGATCGAATTTTCCCGTCCTTGGATAGGCCGMTGCATGTT CTTTTGGTGCTTCATCTTCACTGAGYGCGTAAGTGTCTACACAATTGGAT CAGMGGTKCCATTAACATCCATAGATTTGTTGCCACCACTATAAAATAGC AACGATGAATATAAAAAAAGAGACAGAAGGAAAGGGGTATGTCTTATTCT TGATAGAACATGTCTTGCTGGTTAGTAATCAAACAATTATAATAAATATA TGTCATTATTATAATAATTTGTTTGAATTTATCTTTGGGATTGATAAATA ATAAGAGAGTATAAAAAACATTCAGTAAAACTTCAATAATTAGTTAATTA CATAATTTTTTAATAACTAACGAAACTTATCCGATAAAATTTATTTAAGA AATATTTAAAAATTCAAAATTACATACAATATGGAACATACATATTAAAC TCAAGATAGCATAGGGATATTTTATAAAATTAGAATTAATTCAGCTGCTA CAATGTCTATAAGATTTATCGTTATTTTGTTTAGTTAAAATTTCAGATTA TGAATTAACATAAATTATAAAGAACAAAGTAATAATAGTTTGTCCACTGA TGCTAATTGTATCATATGGGTACTTCAACAATTAAGTAATGTAAAACAAA AATTACAGAATCAGAATAAATTTCAATTAATTTTTTTACTTCATTTATAT GTTCAAACAACCATAGACCTATAAATCCTAAAAACTTWTGAATTCAATCC TTGATGAACTCATCTTTWTTTTTTTTTTTTTTRTATCAGTTCTAGTTATG ACATTNNNNNNNNNNNNNNNNNNNNNNNNCAGATAATGAGGGATGTCAAA AGGTTTAATCTCAAAGGTGATCAAAATTGTCCTTTTATAATGCTTGGATT TCGTCTGCAGTTGGGGCTGGGCTCCATCCTTCTGAATGTCATAATATTTC TGACTCCTTTAATAAAACATATATATATATATATTATATGTAATACTCTT TAATGTCATTACAACTAATTTGGCTCTACTTCTGGACCACCCTGTCTATT ATGTAACTCATATGGCCGATATGATTTAAAAAATTTCAAATATTAAGTGG ATTTTGAATATATACAATATGTTTGCATAATTCAATATGCTATTTCATAC TTAAAATATATATATCCTAACATTTTAAGGACATGTATTTTTTAACTTTT GCCTATGTAATACAATATGTACAGTATAGTGTAGAGTATGCATCCATCCA TCAAGAAACAAAAAGCATATGGATTTAATATACCCTACTAAATGCATTCA TAAATGTATTTTAGGTACCGAAGTACACATATGTTAACTTATTTGTAGAT ACCTATATCAATTTTGTTTATCGGAAATATATTTGAATTACAAATTACAT TTATATCGAGAATAGTATAGTTGAATCTACTACTACTATTGTAGGAGTAC TTACACATCGAAAGTGGTACTATACCAAATTGATATCCCCAAAACAAAAA TCTTCTTGTTATATATTTTTATTTTTTAGTGAAAAAAGTATCATAAGTAT AGATAACAATTTTTTACCAGAAATGGTACTAAAATATTCGTATCACAAGA AAACTAGTCAAAAATGACCTTAACTTCTCAAAAAATCAAATTAATACATT TCTTTTTTCAAATTGATAATTGAAATACCAGCACAAATGGTTTAGCTAAA CCATAAGTTGCATTGATAAAACAAAAAATAAACAATAAGGCTATGCTACT ATATTATTAACTAATCAATTTATGCAGCATAATGAATAAATATGCTTTAT AAGTGAGATGAAGGATTTACATAAAAACTTCACTTGTAGTTTTTTTAGGG GAGTAATGCTTATATGATGTCATAAATCTTAATTGTCATTACGTTTATTG TTTAATTCTTAAATATTGATGGGTTTTGTAATATTTATACAAGCTAAGGT TTAGTGAAATTTTAATATTAACCATTCATGGGCAAATAAATGCTGCATCC ATCCGTTAAGTCGTTTACAAATTACAATCCCAAAAATTAAAAACCTTCAA GACAATTTTAAATTAAATTTATTATAAAAAGAAGCTCAGAGCTCATAGAT AAATTCAGTTGAATATCCAAAAAAAAAATATTTTACGTGTAAATGAATAA TAATAGATATTTGACATAATACATTTTATTCAAATTTGACAAAAAAAAAT ATAAACATATATTCAAAATTATTCATACCCTTCTTAATTTTGAAGATAGT ACTTTCAATAATACTACAGTAGGTGGCTTGGCGTAGCCAGGTCCATTAAC AAATTACAAATTAATTCGGAATTCTGTTGATTCATACAAAACAAAAATAA AGACTGTAAAATTCTTAGAATTATCTTCACTGCGTGTGGGTCTTTTGCAG GTTTGAAGAAGAACACTTCAAGCGCCAATTAACCGTCATGTTATTGTTAA AAACGGTATGTCTTCTTTTCTTTTCTTTCTTTTCCATCTCTGAACCTTAT AATCTCTTTTTTTTAAAAGTGTGCTTAGATAAATACAAATATGCAGCAAG AATAATTCTTAGAATTTTACATTTTATATTTTATATGAAGTTGTTGTTTG TTAGTCATAAAAATCCTTTTAGAAAATGCTATTTTAGAACAACTATAGCC TTAAATGACAAAAAAAAATGTTACCAGAACCCTTAAAAAACTATACTAAA AATTTCAGCAAAATCCATTCATTGGTTAGGCCGTGAATCCCAGAAACACT CATACACAGGTTTGCATTTAATAGATGGATATCAGTTCTACGAGGATTGG CCTTTAACGTTTTTGCCTAGAATCATAATATTTAGGCTTCATAGCATTTA TTTATAATTTCTCAAAGATGGAATACAACATAAAAATCACATTTACAAAC CTATATAACTAAGAAGAAGTACCATGCTCTATATTATTATCTAAGGCAAA AACAAAAACATCACAAGCCAAAACAATAAAATGTAAAAACAGCAGAAGGT GAAAATGTTACAAGGGGAAAATGTCTCAAGGAAAATTTTTTATTATGCAA ATACTTTCAAGACGGAAACGTTAAAAGAAAAACATTTCAAGGCGAATCCT CGAGACGCGATAGATACCTAGTGATGTAAATCCTGTGTTTTTGTTTTTTT GGAATTGGTAATCTGAAGAAATTATTTTCTTTTTCTTAGCAGTAATCATT ATTATTTAATTTCTGAATAGTTAACATACTTTCCTAAATAGATCCAATTA TATTCAAAACCTAATTGAACATTCATATGTACTCATAAAAGATGGAGCGT AACCCTGAGAATTGGTTGTAGAGTTATAATTCTAAGTCCCTATTAGAATC AGATTAGAATTGGGGATTGATATCCGGATAATTTTTGACCATGTCCTTGT TTATTTCCTTCTTCCTCTCTTTCCTTATCACATCTGGTTGTAGTTGATCT CCTTTAAAACATTCCTCATACTGTCAGTGTTACCATGTTAATTTTCCGTT TCACTTATTTAACATGCCCATTATAAACAAGATTTTCATTACTATAGATA CCGATGCATAATAAGTTAAAAATGGCCAAGAACCAATTTTAAAAGAACTA TTATGATTAAAAAATCATATCCATGACGTTTGCTATAATAAGTAATGCAG GTTTTTTTGGCTGTTATTTCAATAGCCCAAGTAAATAACCAGAAGTTGTT TTCGATTGTTATCATTGATTTCCTTAGAAATATTTATTTGTGTTGTAATT CTGCCAAAGAATTCTGGATTTGCATAAGAATATGATTTTTTTAATCAGGA AAATACACCTTTTTGCAAAAATTTGATAATTGATATTTGAGAAAAGCGAT AATCGGGTAAGGAGTTTTCTTACGTTTGTACTATGTAAATAAATCCACAA CTTAAATTTTTTGTCTGGTATCATACAAATTGTTTCAAATTTTAAATAAT TCCTTGAGATTTCGCTAAATCTAAGGGCTTGTTGAGACAGATTGAAACAA TTGTCTCAACCAAAATATATTTATAAGACAGTTTAGGAAAATCATCCTGG CTTCACTGAAAAGCGATCTTCCACACATCGAATTTCACCACTATTTTTCC AAATTGTTCACTCAAAAGTATATGGAGTAAGACTTACAAATGTTTGCCGA ATTAAATTATTAATGTCATGAGTGACTTTGATCTACAGTACTAAAAATAG CAACGCATATTAATTTATGGTATTGACTGCAAATTATATAATAAAATATA TATGTAAACAGCATATTTTTTTAGTAAAATAACAATAATAAAGGCTGTTT ATTAATTGAGCAAATGAATTAACAGCAGCATTGTATTAACCGTCTCATGA AAAACAAATGTAAACTGCCTTGTATCAAATATTAGGTAAACATTATTGAA ATATCTGGATTGAAATTATATATTTTACATTAAACTTTCAATCAGATGTA CATATAAAATATTAAAATCATTGTATTAAATCTACGTTTTTATATATGCA GGTATCTTAAGTCAATCTCTTTTTTATAATATGATGAACAAGACACTAGA CTGCCCAGAGTTTACTGAAAATCACGAATATATATTAGAGAAGTTGACGT TTTGGATCGAGGGAGTTGTTCAATGTGTTATAGGATTTGGTGGTCTATGT GGAAACTTTCTATCAGCATATATTTTGTCACGGTATGATATCTCATTTTC ATTACAAAGTGCATAATATATCATGTAAACATTACCTTCATAGAGACGAA ATGCAAAACTCCTTTAACCTTTTACTGATTGCTCTGCTGACATTCGATAG TTGGTATTTATTTGGAGGGATTTTGGAGTCCTTTCGACGGCAATTTGATA TGGGAACAGAGCTTCATACATTATTATTTCCTTACTTCCTTTACCCTGCT CAAAGTATAGCGATGAGTGCATCTATATTCATGACTGTGGCAATTGCTTG GGAACGATATATTGCTGTACATTATCCTATTGGTGAGTAGAGTACTTCAA ATATAATAAAACATATATGTATAACCAAAGCTTTAAGCCAACTGGTGAAA CGCACGTGAGAAGATTTCCTGGGTTACGTGAAAATTGGCCCTTTTTAGCA AAATGTTGCTTTTGAGATACCACAGATAACACGAATTAATCATTTTTTTT TGTGACTTATGCAATTTTTTGTTTCCTTCGTAGAATTCATCTTGTTAATT CAATTAAAAGGGTGAATTTGTGAAGGTTCCATAGTAGGTATTGAGTAAGA TTTATTGCACTCTCAATGACCTACTGGACAAAATAGTTTTATCGTACGCA ATTATATTCGAACATACATTGATTACGTGTTTCATTGTTTTACCATAGAG TTTATAGCTTTGTATATACATAGAGATAATAAAACAAGTATGTGCCAAGA AATATTATCAATGGATGACGTCACATTTTTTAAATAATCTTGTAGTTATT TCAATTTGAATATCCTTAGAGTTATTCTAATTAGTATCCCTTTAACCAGT TAAAGTTATTAAATTTATGACGCGGGTATAAGATTTTATTAGCCCAATAA TACTTACCTGCCAAGTATGGAAACTAATTTAACTCATCCATGTTTATTTC TAATATAACAAATGTCTTTTATTTCATTAGTTATCTACATATATACATGA TGAAAAAACATTACCACTTCTTTCCTGAGTAATTCATTAGTGAGATTGGC GTTAGCCTTTCTCAGAATCCTTTTTTGATTACCTATATGCTTCCTATTCA ACATACCATTATGGGTAATATGTGTATACATGTGTTTATTCATTTTCAAT AAATTAATGCATCCTTTATATATTCTTTTTTTTTTTTGCATTTTTAGATT ACAATCAATCCAACGGATGGTAAGAAATAACATATTGCTTTATCTTATTA CTATTTTATTTTTTCATGAATTTATTAATTCGATACCCCCGAATGATGGA AAGATAATTTACCCAAATGTGTATTTCTGTATCTATTCTATTTGTAAAAA ACGTTCACACTCATATCGAAGAGTGTGTAAAAAATTAAAAGTGATGTCAG GTTGGAGGCATAGTTGTTAATCTATTTTTTGAGTAAAAACACCTTGAATT TCACCTCATCTAATAGTTGAAAAAAGAAAAACTAAACTATTTATGCATAA AAGTAAGAGTTTTTATTCTTATAATAATTATGTATAATGGTTGTTTATGC CTGTTTAATATGGCCAACTTTCACCAAGATGATGACATTAAAAATATTGT ACATTTAAGTTATTCTTAGGAATGAGGCGACAAGCATATAAACGGGAAAT AAATAGTGGCCTTGAATTTTCATAATTAAAAAAAAAAATACTGTTCTATG TTATTTTTTTGTCTCGTGTCTTTGTTAAGGATATAATTTTTTTAGGTAAA CATTACAGTTTTATGAGTGAATGAGAAGACATAATTTACAAATAGCTTTT TTTGTTTATCTGTCAACCGTTTTTGTCATCTCTTTTCTGAAACTCCATTT TGTATACACTAAAGTATTAATTAGATACAAGCGAGTGTTATTGTTTATTT TGAGGATAATTTCAATTATCATATTTAGCATGATAATTAGTAATTTGAGC ATGCACGTCAATTTAATGATATTATCAAAGAACATATAAATTATATCTTT CGTTCATATATAGTCGCTTTTGATATGTACAAATATATTTTGTAAATCCT TGTATGATTATATGATATTAATGAAGCTTTCTAATGTTAAGTGATATAAA TATAAAGACTAAAAATTGTCCAGTCCACTGTTATCTAATATTTTGTTCGT TTTATCCAATAAAGAGTGTAAAGCTAGTGTCTTATAAATTAGGTTATGTT AAAATTAAATTACTTTATTCTATTAACTATAGAATTAATATATCGACAAA AATGGGGATAAGGATAATTATATATGTACCTAGAAGAAGTTATGTAATTA CATGCCCTAGTTGTTTGTACCAGTAGAAAAACATATAAATATTTAGCAAT ACTCTATTTAATCCGATTTTGGATATAATTATAACCATTTTGGTGCAGTT TTTCATTTCTAGACCCGTGAATTAATTAAATCTACCATTTACATCTGAAA ATAATATAATGTTGACATGTAACGCTGAAGGTCTCCAACAATGAATATAA GCCGTCCGGGATATCAAGTATCCATGGAACCAATTATCTAAACTATACGG GAATAGTGTGATTCAAACATTGGTATGTTCCATTTCTGTTGATATTTCTT TCTTGACTACAATAAAATATTTTTTTACTGAGGATAAAGCAATACGCTAT CTAGAAGCCCTCATTCCATTTTTTGGGTCAAAATTAGGCTTAAGGAAAAA CAGAATTGTCTAAACTTAGAATTCGCTTGGTTCGACAATTTTTTTTAAAT ACAAAATTTTTACTCGGGATGAACACGAAGGAAGGACATCTAGTTAATTA TTGTTACTGCACCGACAGACTAGTGGTTATAATCAATCAATGTAGCAACA CTGCAGCTAACAAAGCGCTGGAGAACTATTCTGCAACTCATCCTTATCTC TGCCGATGGGAAAGGGATATCTGTGGATGCACTGTCCTTTTCCTCTAGCG GGGACATAAACTGCCTGTGTGTAGTGAAGACTGCTTGACAKGGAAGTTGA TCMCCTTTGCCACCGTAGCCATGACATCATTGAAATCAGAGATATACAGT TTAGGACACAGGTTTCTGTGATGAATATGCTATGAAATTTCATGACGGGG TGGGCAACTATTTCTTCAATTAGTTCGACAGCTCCCTTCTGCCAGTCACC CATTGAAGGATTGCCGTCTGTAGTTACAGCAAATACCTTCCTCACATTAA CTCCCATATCCTCAAAATGCCGCATAATCGTCGTAGCTACATTCTCGCTC CTGGTTGTGTCTGGKATGGGCTATAAACGGCAGAGCCCCTCCCTCMCGGT TGTAGTGTCGCTATCACAATATCTTGCAATGMCAGCCAATCGAGAGATTT CATTCACGTTAACACTCTTATCTAGGGCTTAAAAACATTCGCATCAGTCA GTCCCTTCKTSTGTTGKWTTCTAACATYMCCTGCCATATCATCGAAGCGC TACTGAACAGTACGAGACGACATGGGCATGTCCTTTATCCGTGTTACAAT ATTGTATTTGTTGGGCTAGTCGTCAAAAAGAGTATCTGTACAGCTGAAAA ACCCTTCTTTATATACTTNNNNNTCAGTAAACGGCTTCCCATGCTTAGCA TGACAACTATCCATTACTTTAACTGGCTTCTATGACATTGTCCTGCCTGT TTACAAATACCTTAAAAGAGATGATTGTTTGCCATATCCAGCCACGACAC GTTTAATGGATTTGGCTCTTCCGGTGGGGKCTTTATAAAGTTTGTCATGT TTTGTCTCGAAGTACTTCTAAATAATGGAAGTTAGATATCCAACATTTTC CCTGCAGAGTTTGCACAGAGTTTGATATACACARAACCATATTCTTCCAT CCAGGAGGGCTGGAATGCCTAACTTTTTTTTTTGCTGATGGCTCCGTCAT CTGTTATCTCAGGTACTTCTTAAGGTTAACTGATCTTGATCAAATTATAT CCACGTTCTTTGTTTTGATTAGGTCGTAGTAAGGTAATTTTATATACGCT TATGGGCCTTTTGGAAAATAGGCAGGAGTTCAGTGCAGAGCGTTGATGAT TCTGGCAGTTCAACAACTTCTTCTCACTAGTGATGGATTTGATCTTTGTG CCATTTTGCTTACACACCTTTTTTCCCTAAAATAACGTATATAAACGTTT GCATTTTCATGAATACATATTAGTATAGTCTTAATTTGAGATGGCGAACA TGTCAGGTATCCCTACTCCTCACAACAGGTACGAAATCTATTGCAATATC CTGCTGTCAGTCAGATATTTTTTTATGATGCTGGTCCAGCGTGGCGCGTG ACAATGAATATGTCTCCGCTAGCCAGTAGTGCACGGGTGCCATAGGTTAC CAATCCCTGTTCTATATAGCTAATTTGGGTATCCTGTACAAGTTTTCTCA ACACATCATACTCTTTTTATCTCAAAATTGGAAACAACGACAGAGGATAG TTGAAACTCAATTCTAGCCACCTTTTTAATAATAAGGAAATAACTTCGAT ACCTCTAGTGTAGGGACCCTAAGCAAGAAATATATTGACTGCGGAAGAGG AGTATGATCTCGACTTTTTCAAGTTATCTGGATAATTAGCACTTCAAGGG TTACGAAAGTAGATAGAAAGTCTCATTGTATGGAAGGATAGAGATAGTAG AACGTGCAGGCAAACTTGTACTGGATACACGTTAATTTAAATAAAATAAC TACCTACTAATGGTAATTACATATTAAATGTCCATTATTCATTAGTGAAA GAGATATAGGATGATGTGTGAATATATTCTACCTACCAAATACATAGATA CACCCAGAATTATTAATTAACCTCAAATTATAGAGTTAATGAACGTTGTT ATTGTGCTGAATATAATGGTTTAATTTTTATCCTTGAAACGATTGCAAAG TTATGAAATTTATCAATTTATGGTAAATTAGATGTTATAAAATTTTAAGC CATAACAATATGTTTCATTTTGTTATATATTATTTTCTATGGAATAAAAA CATAAAAATCAATTATTTTAAATTTTGATATTAGAATTCTGTACTCTCAC ATATGTGTTATATTAAAATAAGTGACAAGGTCGACATTAACACTAATAAA TTTGACTTTTTTGACGTCAAAATATTAAAAAAATTTATTATAAAGAACAA ACAAGTATATTCATTCATACGCACACAAAAAAAAAACAACTTTTATTTGG AATCGCTTTATGTATATGCCCTGTCATTTTATCTGTATACATATCCATCT TGTATTCAACCAAAATAATCATTTAATAATCTGTTTATAAAACGTAAAAA CATATGAAGGATAGCTTATGTCCAAAAATAATACATAATGGGTGCATTAT TTGACAGATGAGTAAATCTTTGGACAATTTTGTTGTTACAACAAAATGTT ACTAACAAATATTTTCAGTATGCTTCTGCTTTTAATTTAATTGAGCAAAT AAATATTTTAACAACTCGTTTTTATTTAGGACTACCAAAGAGTTGTCCGA CCTTGCTTGGCACGAGGAGGGAGCAGGAATTTAGATTGATAATAATCAGT AATATTTGTTCATAATATTTAGATACCTTCGGTATTGGTGAGCATTGTAA TATTCGATTATGTATTATTATGAATTGAAAACTATGTGTTATAAGCTTCA AAAAACGTACCAACATATTTTCAGTTTAGTCTCATCTTCGTCTTGTATCG TCGTGTCTTCGCCAGAGTTTCATCTGCGTCATAATATTGTCCTTGTCAGA CATCTTCATTGTTTCGGCATAGTAATCTTTGATTTTGTCTTCGTCTGAGT GATGTCTTTGTCAAAGTTTTATCTTCGTCAGAATTTTTTTTTTTTCGATA GAGTTTTGCCTTTGTCGAAGTTTTGAATTCTGACATAATTTTATTAGATA TATTATACCAACCAKGAGTAGTGRAMAAGCCACGAGTAATTTATGAGTCA CCAGTAAACCTCGTCGCTTAGACCGACTAGCCGGATTTTTCTGGCAAAAT TTTTGGTAATTCTATAATGACTAGTACTTCATGACGAATTTCACTCGTGA CCCATCACTAATAACTAAGTAGTTATGACGTCATAGATATGCAAAAAGGT ATCAAATTAGCATGTATAATTAACTACAGACCAACAGGAGCTCAAAATTT ATATAGTGTGCACATATAGACTAGTCAAAAATTGCATTTTCGACTATCTT CGACCCATTTTAAAAGAAAAAGCGGGTCTCTAACTTTATCCGAAACGTAT ATGGTTATAGCATGAGGTAACTCATTTTTTATAAGAACTACGTGGGTGAG ACTTATTTTTAATAAGCTGAGGGTACCACCATTTTAGAATTTTGAACTCC CCTATAATTGTCATTTATACAAAAATTGAAATATATTTTTAGATTTACTT TTACATATCCATTGTTTGGTCATGGTTATCATTTAATTCTTCTTCGTATC GTCCTTGTCAGAATTTCGTCTTGGTCATGATTTCTGTCAGATTTTTATTT TGGTCTTAAAAAAAGTTTTATTGACAAAATGATTTCGTCTCGTCAGGCTT GACGAAGTTAACACTGTTTGGATGAGAAGTAACTACTTCATTTTTGTCAA AAAAAATCCAAACCAAAATTGGCCAAGAACATTACAATAAATTGTATTAA TCTAATTTTGCAAACGATAGTTAAAATTATTTATTGACATTTTAACTGGA GACCAAACATACATAGATATTTTTCTTGCTTTCAAAAACAAAACAAAAAA ATATTGAGAAAAATGTCGTCAAAAATATAAACCTCGTTCACAAATTTATT TTTTGCGAATATTGCAAAAATTATGAAATAAAATGTTCCAAAAATTTATA ATACTTCATTTTGTAATGTTAGAGTTTAAAATTATATGTCAAAAATGCAT TAATTTGTGGCATTTCTGCTTAAAAATCGAATATTGACTTTTGATGAAAA AAAGAAAAGAAAATTAAAAAAATTACAAACATTTCAGTTAAAAAAAAAAG CTTTTATATGTCAAATTTATATACAACCTAATTTCCAGACACATTGCTTT AAACTTAATTTTATCTACAAATCCCATGTTCCATTGGAAATACAATTTGC ACTTGAATAAAAAAAAACAAAACGCAATGTTCACGGACTTCTTATTTTGC CTATAACTTTTTTAATCTTTTAATTTTGAATAAATTGAGAATATACAAAT TTCGTTCGTTCTTTGAACTGGAAATAACTTTATTATTTATAACTCTTGTC TCTTTGATCTCCAAATACAACTTTTGTGTTTCGGGTATAGAATAAAGACA CCCATTCAAAATTTCAGCCTCCTACTTCTAACGGTGTAAATAAGAGATAG TATTTTTATCTACCCAAAATATGCAGTATTCATATTTAATTTTTATGGGT ATTTAAAAGTAGTGAGTTAAGGTTTGCTATCAAATGGCAAACTTAAGTAA TTTATAGGAAAATATGATTTTTTTACAAACGCACACATAATAAATGTATG AACATCCTTAACCAGCAATCTAGCCTGGAAGGTTAGATTGCTGGTTAAGA TGCTGTTTGATGATAGACTCATACAAACCCAATTTTCATTTTGCAAGAAA CATATGCTAACAATAATGTACAAAATGAAACTCTTTTTAACATTTTATAA TTTATTTAAATAGATTTGATCAATTTAGGGATGAACATTATGACAATTTA ATACCTCCTATAAAAAGAAGAATAAGGAAAAGCTACCCTTCATACATAGG ATGCATAAAATGCATTTTAAACTAAGATAAAAAATAGAGTCCTTGCGTGT AAGGAAATATATCCATAAAGATTAATTTTTGGAAATGATTTAAAATTACA TTTAATGATTCTCTGTATTTATTTGGATGCATCAAGTGCCCCTTGATTTT TAAAATTTTCCAAGATTTTGTCCCTATCCCTTCAACACGTTAATTAGTAA ATACTTTTTTCAACATACAGGTGTGGCATATTATTTAAATCACTCGTGAT TTCGGTTAGTAGATATCTCGTCCATCAAAGTTGCTCAAATATAGTTTTTT TATTTGCATTCAAGAGGATTAAGACAATTTTCACATTCCAAAACACCACC CTCAAAGGGATGTGGCTAATGCTGCACGAATTGAGGTAATTCTACGAAAG TGTCCGAGAACAACTAGAATAAAAAATTTTGAACATAGAAGTGGGCCAAC TTAATCTCGTKTTAYTAGCCACACTCTCCCATATACTATACATACCCCTT CTCTACTTTACAATAATGTACAGCGTGTTATGCAAAAATGCACCAAGAAT TAAAACTTAAATAAATTCCAAACAAATTAACGAAGGTCAATGCAACATCC GTTATGTGTAAGAGAGAACAGTATTAAGACCTTCCTTTAATTATCTTACA ATTTTTTTATAAGCAAAGTCAGTTTCATGATGTCGTCAAAGAAACGTAGT GTGCTTGATTTGCTGCACGCAAGAGTTCCTGTGTGTGAAAGGGTCAAGAT TGTGGAAGTGAACAGGTTCCCTATTTTAAGGATGAGGAAGGCGTTTGAGG GTTATGACAGCTATGAGCGGAGGTCTAGGAGGAGGAACCACAACATAAAG TGATTTGAGGAGTTCATGAGTTCCTTGAAATACAGTATTTAGGAAAATCC TCAAACTTCGAAGTGCAAGTTCACAAAAAAAGCACATCGTTAGTGAAGGG ACGATCAGGAATGCTGTGAAATACATGGGCCTMAAGAGCTMCGYCCGCCA GAAACTCCACTCATAACATCAATGCTAAAGGTCCCCTAATTGCCCATGGC TAAAAACTCCTAAGTTGGATGATGGGTGATTTTGTTCCTAGATATTGTGA CTTCCTTGCTAACCAGATCTAAAACCATTTGACTATTAAATCGGGGATGC TATTGAAGCCAATGCCTGTGCCGTCTCTCCCACAGAAAAACTTTTGAGCT GAACACCTCCGTTGAGCGTGAGTGAATGGCGATGTCTGATGAGTATGTCA TCAATGTATACAAAGCCTTCCGACCTCGTGTAGAGGCTGCAATTGAGGAT AAAGGTGGACATTTTGAATTTTAAGGAACGAACATGTGCTTTTTTAATTT ATTAATAAATATATAGGTGCTAACTTTAATCACGTTTGAGCTCTTGACGA TTTTGTTAATGTTGTCCACTATAATACATTTTGGCTTGCTCCCACTGTAT TTCTTGTCAAGGATAATATATTATTTCAGACAAAATGAAATACAGGGAAT GAATATATTAATGCACAAGCTAAAATGGGACATAGAATTAATGAAAAATC GACATTGGTAGTCCCACTGGTCACAGTAAAAGCTGAAATAAAAAAATAAT TAATTTTGTTTGTTAGAAAGAGTGGCGTGATGATTCAAGTTGTCGGAAAA AAAACAAAAAACTTTTTCCCTCGTCTTTGTGAGGATTATAAAATATATAA AGAAAGAAGAACATTAATTTAAGAGGTTTTACGTTTTGTGACTGGTCATA TTCTCTTGAAGAAACATCTAAAGAGGATGGGCTGGGKAGGGGRTGACTCM TGCAGGKTGAGTGGAGAAAAACTAGAATCTCCCGTACATCTAATAACGAG ATGTGATACCCTTGAAAACGTGAAAAGAAGTTTATGGGAGCTTAGTCGAG ATCTGTAAAGTAATTAGAGAGACATTTAATGTTTCATCGATAGAATGATT GCCACTGGACTTTTTTGGGATGTTTTTATAAAAGTTTGTGATTTTTACAG AAATCTAGAACTATTGTGAAATGATAGTATGTGCTTTAAGTTTTATTTTG AGACAGGATCTTATTTTCATTGTGGTCTGTTCATAATTATGTTTAATCTA TTTTCGATCTATGCTTTGGTTTGGAAGTTATGTGTGTTTTAAGTCACTAC TATACGCAGGGGTTGGTGCATTATATTAGAGTTTCAATGACATTGAGAGG CTGTGTTATTACATATGCTCCAGGGTAAGAATAAAAAACACAATGAAAAC AATTTAAATTGTATTTTACATTTATCTAGTACAAACATGATTGTTGATTG TGGATATATATCTTTTCTTTTAAAGTTTTTTAATTAATGATGTTTTAATT TCTTCTGATCATTTTATTATTTAACGACTGCAATTGCTTCATTAATCAAT TTTATCTCCACTAATTATCAATAGGTTATTTAATGAGATTGTTTTAAAAA TCTAGATTCATCATAAATTAAATCATTTAATAATTACGAGTACAATTTAA AAGTTATTTATTGTTGATAAATTATGAATGTAAATATAGTTTTTCTGTAC ATGTTGGCTTTTTGTAAATGTTGCAATTTTTTTAAAGTAAAAAATCCAAT CTTATTAGCCATTTTAATGATGAACAATCAATTGATACAATCATTTCATT GTTATTAATTATTGAGTAATCATATTGTTTGGTGAGATAAAACTGTTGCC TTAAAATTTTTTAGCATTATTAAAAATATTTCCAAAAATACACTCTTGAT ATATTAAAGATTGTATGATAATTCAATCATTGCATTATATTAATCACAAT TCTTCAATTAAAATACTTCATATCATTTTTTGAATGCAAGTTATACTGAG CNCAAATATATATATCAATCGTATAATTTATTTTTTATAATCTAATTTGA TAGTCCAAAGGCAATACGAAGGCGTCTAATAAAGTATTTGGTTCCTGTTC TACTTATTTCTATTATTTTTAATATACCAAAGTTCCTTGAAGCAAGAATT GTCTACGGATTTCCAAAGATCATGGATGGTAACAATACCACTACTCAACA TTTAAAATCTATTCCTATGGTGAGATATTCGGAAATGCTTTAATTTTTTT TATTAGTATAAATTTAACAACTAGTTTTTTGGTTTAAATTATGCCTTTAA CCATGAGCAAATGTAATTGACAATCTATAATTTAACACGAAAAAGGATCT CTAATTATATGATTGTTTAATATAGATACGATTTTCATGATTAGTGATGT AAATGGTGTGTATTATTTATCTGGCTTTTTATTTGGAATTTGTTATCTGA AGAATAAAATTACTTTTCCTGAGCTGTTGTCATTATTACTCAACTTCTTT ACCTTCTACATTCAACTTTATTCATAGCCTGATTGAACATTTGTTGTCTT TATAAAATACGGAGAGTAACCTTGAAGATTTTTTGCAGCATTATAATTGT GAGGCGTTTTTTCACTAAAGGGTAATTCTTTACAATATCCTAGTTTATTT CCTTTTCCCTCCTCTTATGTTACAATTGATTGTAGATGATCTAATGAAAC ACCATGACTGCTAAGCTGCCCCCCTTCAAACGTGTGTCCAATATTTTAAC CATAGCACAACAACATTATTCACTTGTTTTTAAGACTTTTTTTTTTTGTT TTCTACCAAATAATAGAAGAATTACAAAGGAATATATGTACAAATTTTAA GACTCGTTGATCCTTTTTTTATTTAAAATATATCATTTCAATATAAGGGA GGCTATAATAAAGAGTTTTTTACATAATTTTTGTTTCAAGCATATCATAG ACTAATAAATGCATTTTTTATTTCAAAAAGTTATTATTTCATTTGGCAAA AATTTCAAACTTTTGGTATTAATGGGTTGTATGCTCCTTTTGTGATTATA TATAACTTTTTGAAATCATGTGCCTATTTTGCCAATAAATATTTTATAAA ATTACCTACATTGTCAAATTAATAACTAGTTACTGCGTTATTGAGGTTGG AGTCAAAGTGACTTAATTGTTGTTTATAGATTGTATCCATTCCATGAAAA ATATTTTTTTGACTAATGCTACGAATCCAACACTTTTTCATAACAACTTG ATACAAAAATAGCAATTTTAAAGATGTTAACATCAAACTCAAATCATGTA TCTTTATATAATGCCTAAAAAAGGTATTTAGTCTCGTTCTTTTGAAATCT ACTTTTGATTTTTTGTCAAAATATCTTCAAAATTTATTATTTTGTAGATA TTATTCATCTTTTATATGTATTTCCGAGAAATTAACTCTTTAAACAATGC AATAATGCCATAGACTCCTTGATTTCTAAAAGTTGGAAATACTATTGTAC ATCCAAATACATACCTACCAAAATCGATCATATTCATCAATAACATTCTA ACTCCCAAAACATCAATTATCAAATAACTTGTATATGTACCAATGCAATA TCCTGCTGCATTCTAACTAAACTATTATTACAATATTTATTCAATTCTCA CAATAAATATATCTTGTAAGGATACTTTCAGACCCATTAGACCTATTATT TCAAATGATGGATTGTTCTATTCCTTTTGAAGTTGTGCATTCAACGCGGC CCTTAGAAACAGAGGATATTTTATACATATTCTAAGTATGTGTCCCGTAG ACACTAAATGATTTTTTTTTCAAATCTGAACCTGGATTATATTTATATCC TTTGACAAATTATTGTCAATTTATATTTAGAAAATATTCTGGTTCATCCT TAGACGCGGCACAAATTGCACGTAAAGTATTAAAAATTCATCGTTAAAAT GAAAGAAATATTAGTTGATAAATTTTATGTGAAATGTTATGTTGGGCCAA TTCTGTGGAATGACAGTTCTAAACTATGGTTGACATTTTTTGGTAATTTC AACACATCCTAGAAATTTGAATTGACTGAAATATGTCTATGAATTATTGG GCTGTAATAAATTTCTGATGTAAAAAAGTAATAACAGAGCTTTTGTCCAT TTCTTTATTTTTGTCCAAGATCATTTATTTTTACTTCATTATTTTCACTT GATGGTGATATTTTAAAATGAGTAATAAAAGAAGATTGTAAGGAGTGTTG CCTAAATTTTCATATATAACACTTACGGTAGGGCAAAATGTTTAGGAAAA TAACAGGTTTTATATTAGAAAAGGAAAAACGGGGTTTAATGTTAAAGCCT TCATAGCAATAATACATTTTCTCCCTCCAAAATCATACAAAGACAGCTGA TGTTAAGAAGGGTATTAATTCATTAGTACCGTAAACATAGTTGAAAGTAA TATTCTAAAAAAAACGACAATGAAAGTGGTTACCCTGACAATTTGAAGGA TTTTTGGGAGGAGAGATGCTTATCTATCAATAATATAGACAGAAATGATA GCAATGTTAATCCTCAATTATATATTCTAATTTATAGAAACTAAGGTGAT AGAATTTCCATTCAAGTTTTACAATATGTTTTTTTTATATATAAATAAGA TACATGTAACTTTCTCAATTCAATTTCCTTCATGTTCATATTTACGAATA TAAATATACAAAAGTACATATATTTGATTTAAAAAGTTATATTTACTCTT TTAATACTGAAACTATGATTGATGTTTATGTATTAAGTTGTTAAGTACTA AAAAATCATTCTTGAAAAACAATTTTAATTTTAATATAACCATTAGGGAT GAAACTGTTTTCATTAAAATACTTCCTTCCCATATTATTAAGTTGATTGT ATAGTATACACACTAAATACGGTATTTGCCTTAGACTGGACTGGAAAGAA TCAGTTAAAACGGATACAAAACTACTCTCTAGTAGCTGGAGACTGATTTT TTTTGGTCAAGTCTTTAGTAATTTAGTAGTTAAGACACGATATTTGACTT AAAAAGCGGTCTTAGACGGTGGGTTAAACTTAATTGTTCTAAAACTTTTT ACTTATATTTAATCGGTCTCAGACTAACAATATTGATATAAATTACTGTA TGACATCATCTAAACAATATTTACTCATTTGAAGTCACAATAAATATGAT CAAATGCTTATAAAAACAGTCTTGGGCTCGTTTATAATTTCCAAACCGAT TTGCAACAATATTATCTAGGTGCCTTTGTACAGATTTTTTGACTTTTTTA ATATGCTTACCTTTGATAAAGAGTTCCTTTGGTCCTATCAGTCCTGAGCA CCAGTCTTGGAGATAATTGGTCCTTCAGATTTTCAGTACTGGATCCGATT GAAAAAAAATATATAGTTGATTGACTTCCTCAAGAATCCGCACTTGATAT GTTTTAGGAGTGATATAAAGGACTAAAATTGAACCAGACCGAGACTGAAC TGGACGAAACTCCAGTATTCAGTCCTAAAGGAGGKCTGACACAACACTAC CTAGAAGCCATATAAAAAATCATCTATAGGATTTTTATGTTGATAAATTT TATTATGCCTGTCTTCCAACGGAAATATTATTAAAAAAATTCTGTTTTTT CCATAAATTAGATGAAAAATTATGTATATATGTGAGGCTACAGGTGGAAT TTCCGCTTATTTATAAATACTTATTAAGTTTTTTTGTAGCTGTGATTTAA ATCTTGCAAAATTTTCGAATAAAATTTAAAAAAAAGTTTTTTAATTTATA GTATTAGTACCAAAAACGGAAATTACTCGGCGCTGGCGGTGGMTAAGATT TTTCTCGGGACGGGGGGGGGGGATGCTTTTATTTTTTTCTACAAAAATTA GAAATTACTATTTAAAAAATTTAAATTACTTTTTGAACATTTATTATGCA ATGTGTAAAAAAAGTTAAAATTTTTTGTTGTTTTTTAAGAAAGAAGTAAA AATTACTTATATATTTCTTTTAAAAACATGAACAGCATATTTTCATTTTT TTTTTATTCATTTATGTTAAGCAGTATATAAACATTTGCCTTTTACACAA AATATTTCCAAATTTGACCATAAATTTGTTCGCCCGTCATCCATAATCAC AGACCTGGACAAGCAATTGTTAAAAGTTACACTACATTTTAATTAAGTCA AAATACAGCTATGTTCTAACGTGGACAAAATACCATTTATATTACTCATA AATATAATACGTATGACTTCTAAGCAATAACAATGTTATGAAAGAAGAAC ATGATTTGAACCAAAAATAAACTGTTTATTGATACAAAATAACGATAGTA TTTATGGATACGCTGAAATTGTCATTAATAATATCTATTTATACATATAA CAAATAATTAAAATAACTGAAACTATAAATATTACAAAGAAAAAAATTGA AGATTATGATAGCTTCATCATGTTCAGAGTTTCTTTCTTTTATAGTAGTG ATTTGTTTGTTGGTTTTTTTGGGTTTTTGCATCTTTTAAGCTATAAGACC CGGTCCAACCAGCAATATTTTATCTAATTCTACAATAATAGAAAATTTGA CAATAAAATATCATTCATAATTTTTTCCCATTTATCCTACTAATCGAATA CATAATATTAATTCAATTTATTGAATTAATATTTATGAGTTTATTTAAAA AAATCTTGAAAAACTTTTTCACTCATCATGAAATTATCTTTTAAAGTCTT TGTTAAGTGATACTTTATTTTTTTATATAGTATTTTGGTACATTTGTTCT TCTTAATGAAGAATGTTTTTTTTTTTTTCTAATGTTTAATGAAACCTAAC TTCATTTTCATTTCAAAAAACGAAGCTATGATTTATGTATATCAACCCAT ACTCTTAATTCCATAACATTACCACTTTATACTTTCAATAAACAAATTAA AGTATTTTATCTTTTGTGAAAATTTCCGAAAATACAAGGTCAATTATTTT TAGCTATAATATAAAGTAATTGAAAAAGATATACAAAAATATTAGTTTCT AAATAAAAACCTTCATTTTAACTAACTTTTATGTATAATTAGACACATTT TGTCGAGCATTATTCAGTACATATAACTCACGATATATTTTATATTTCGA ATGCTATAGTATTTTTTATCAGTTTTTATTTCATTTAACTTTCCTCTACA TAGTTATTTCATTTCAAAAAGGGTTCTGGATCGAATCAATGATCTATTAT TTTTATTGTTAAACTCAAAGTTATATTTAATTACAAATCCAATATTTGAT TTGTAAATATCACTACTATCAATGGCACAATATTCCCAATTTGAGTCAAA TTTGTGTCCTGGTAGAATGACTCATACTTGGACAGTTGTTATAATTTTTT CTCTATTGTTAAGATTTTCTCCAATATGAACAAATTGATCCATGGTCCAA TGGAGAAAAATATATTCATAAATATAATAAAATACATTGTTCTAAAATTA TAAAGAAGTGTAAAACTAGAATACATCTATTGGTCATTCTTACATAGTGT AATCCGAATAACATTTCTCTCAGATCTAGGGCCGTCATTTAATAATAAAA AATATGCGCACAATTTATAAAAAGGCAATATTCTTTTGACATTTTCAAAC TAATTTAATGCCTCGAAGCTTGAAATTACTCAAAGCTAAAATAAATAATA TAAATGTAAGTATCATAAGGGCAATTAATATTTACCAATATGTTTGATAT TGATTGTAAATGCCCAACATACATAAGGACAATTATACTATATTTTTATT TCCCAAATTAACAAAAGGGTAGTTTTATACAAACAATTAAATATTTGAAA AAGTATATAATCTTTAAGTAAATATTCATATTAAAATTAAATGTATGTAA AAAAATATGAACATAAATGGGAATTCTCTAGCCAACAAGTTTCAATTAAG ATTTTTGCATTATAAGTGCAATGTTTTAAATTGAATGCATAAAACCATTG AGTTAAAAAATTGGGTTATGGGTGGAGAATCAAATTAATTAATATTTTGG GAGACTTTGGTTTTGGAAGGGCTACTTGTCTCAGGCTCCATTTCTGATTG ATGATCCTGGTATGGGTAAAAAAAAAAAAATTGAAATTTTTATTTTGTTT AAAATATGGATAACACTTAAAAAAAATATATAAGTAAGACCTTATCTAAA AATGTAATTTTAAAAATGCAATGGGACATTTAGAAAAACACTTCATCCGA TATATTTGTTCAAAAAATACTATTAAAAAAAATGGTCTCACCATTTTCAT TTCTTAATAAGTGGAAATATTTTAAAAAAAAGAAAGAAAAAAACCCAACA CACCTATTTTTGACCCTGGCTCTACTCACATCAAACCCGGCCCTTGACTC TCTTCAATAACTTTTTAAGCTTTTGTATGTAATATGTTTTTGTTTTATTT CAGATTAGGGTAACGGAGTTAAGAAAAAACCCAAATTATGCAATCTATTA CAACAATTGGACACGTCTTGCTATTCTTGGCATCATACCTGCGTGCATGC TTATATACCTGAATTATAAGGTATTTTTGAAGGATACTGTATTCAAAGCT CTGACAAGATAAAATATTATTGTTCTCTTTTGATTCTTTTAGATTTATAA GGATATTAAACAACGACAAATTCGACGTAGACAAAGCACATCTCAAGTTA CTATTAATCATCAAGCTCGTAGACGGCAAGAGGATAATTTGGCTGTTGTT TTTATGGGAATAGTTGGTGTTTTTTTGCTTTGCCACATTCTGAGAATCTT TATTAATCTACATGAAATGCTAGTTATTCGGCCTGCTATGGAGTGCCGTG AAGCAAAGTTGCCAGCGTTTCCGTTTTGGGTTCTTGTAACTACTGTATTT AGGTACGTAAAAAATGGTTTTGTAATATATATATACATAATTATTTGAAT CTGATAATATTAATAACCTAAAGAAATTTTTCTTTTTCTTTTGGTTCCAT AATATCCATAAATTGTACATACCTACAATATATGCCTGCAAAGTATGTAT AATATGCAGTATACATACAATGCGAATGGTATTTATTAGTGTTGGGATTT TGGTTTTCTAGAAAATATATTTGAGGAGAAAAGAAAATGACTTTTTTTTT AATTTGATTTTTTTTTCGTGACCGGTAATTTTTCACTGAATGTTGATGCC GCAGGTAATTTTGGATCGAAGATAATTTTCTGCATGCCATATTTGCAGCC TTTTTATTATTTTATATTATTGTTTCAAACTTTACTGTAGTATCTCAATC AGATTAATTATATAGCTAGGAGAAGAATAAATAATTAGAAGAAAGGAATA TTAAATGAGCTGTAATACTTGCTGGAGGAGAACATGCTCCAATCATTTGA GCTTTGTACATTTATAAAGCTATAATTTATGTCGTAATTGTAATTTTATA TCAACATTACATGGTTTTTTAAAGTAAATCTTCAATTTTGGGATAATATT TGAAATCCCAAAAAATGATGGATCGACTGAATGTATACAATTTAAAATAA AAAAGAACAGGAATGAATATAACATTTTTTAATCAATAGTTGATAAATGA TAAGTCAATTATAATTCTATAATTTTCCTTTTTTTCTTCTTCTCCTAGCT ATATAATTAATCTAATCCAGATACAGCAGTAAAAATCGAACTGATAATAT AAAAATATAAAGAGTTGGAAAATATGTCATGCTGCAAGTCTCCTATAGGC AAAATTACAAGCGGTAAAAAGTAGGTGGCTAAATTACCGACGGCGAAAAA ATTGCCTGCAAAATTACTTAGAACCTATTTTTTTATGTGCTACCTTTATT TTAACAATGGAAATTACGGGTTGGACCTAATTATTGGTCCAGAACGGTCT ATAAAATATCAATTAACCGGGGGAAAGGAATCAATCTGACTCTCAACACT AGCGTTTATATGCATTTATATGTATCTAAATTAAACATCAGGTATTTATT ATTAAAAGATTAATTGGTAATAATCCAAAGAAATCCTATTTTTATTTATA TAACTTTAAAAAATATATAATCAATGACACATTTCAGATAAAGATTGGAA GGGTAACAGATGCTGCTTAAATATATATATATATATACATTCTGTATAAA TAAATATTTCAGACTTATAAGTTAGAAAGTGTTCTTTCATTTTTTTTTTA AAGGGTAGTTTTTTTATCCTTTAACAGAATTTCCTTATAATTGAAGATTC TATATGAAATATAAATATATTTTTAAAGMAAATAAAAWTATTTATAAAAT AATTTTTATGCATAATTTATTTCTTTATTATTCAAAAGTTGCATCAACTT TTAAAAAAAAAAGTAAAAATACTCNCTTCACAAGCGGATTTGACAAGAAA AACTCATTATCGATTTAATTATCTAAATATATATATTTTAAAAACTAAAA AATTTCTTGAATTGTGTAATTTATATTAATGCAACTCTTCAGTCTTATTA TTTTCCAAATAAGTTTTCCCTTCTGTGACAGCTATTAGTATATATTACAC ACTCTAATGTTATGTTTAACAAAAATGTGAAAGCAAAATATCAAAAAACA TTTTAATATTACAAAGATGACTTTCATTTTTATTAATATTTCAAATTGTA TATTTATTTTCCAGTCATTTACTCCTGGTATTTAATTCTTCGACAAATAT GATCATATATTGCTCATTGAATGCAACATTTCGTCGACATTTTGTTGAAA TCCTGAGGTGAGTAGTCATTGTTATTATAAAATTTATTTGGACTTTTTCA GAAGTTTCTTTATTCTAGAAGATGTTGCTTTTCCTGGATTATTTTTAAGA GATCCAGTAATTATGATGGAGATGCAACAAATAATTCAATTCAGATGACA GAGGTGGATCACCACGGAAGTGACAACAAAATCAATCAATCTAGTCACAA CAGCAATAACAAAAAGATTGGTAAAAAGAGAAAAAAGCTATGTGGACTAT CTATGAACACTGCAATATAATATTTACCTACATGTTCCAACCAAAAAATA ATAATAATGAAAGAATATATGTTTTTATTATGTGTCTTTTGTCGTCTATG TAAAAAACCAAGGGATTTAAAAATAATGCTCATCATTAGGCACAATGAAG TGAAATGAGAGCAGACATCGACTGATGATTTATTCATTTTTGCTTATTTA TTTTTAGTTGTTAGACTAATATACATATATGTAATACGTTGATGAAAAAT TTATGTAAACCTGAGTTATTCATTCTTGTAGTAAATTATTTTATGTAATA AATCATTTTGTCTTTTAGTTTTGACATATTCCCCTCCCCCTCCATCTGAC ACACAGTATTCAGAGAGCCAAATAACTTATGCATATATATAAATGGAATA AATAAACAAAAACAAGTGCTTTTTCAAGATTTTGAGTTAAGTATAGGTCT CCGACAAGGAAGATTAGATTGTTATATACATTGCAATAGTAAAAATGGTA TGGAAGATTGTTT
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