EMLSAG00000006805, EMLSAG00000006805-689571 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000006805
Unique NameEMLSAG00000006805-689571
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:CG12484 species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=ISS] [GO:0046331 "lateral inhibition" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0046331 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 RefSeq:NP_001097382.2 UniGene:Dm.22096 ProteinModelPortal:A8DYJ6 SMR:A8DYJ6 EnsemblMetazoa:FBtr0112775 GeneID:37310 KEGG:dme:Dmel_CG12484 UCSC:CG12484-RB FlyBase:FBgn0086604 OMA:CNGSIDS OrthoDB:EOG7GQXV3 PhylomeDB:A8DYJ6 GenomeRNAi:37310 NextBio:803062 Bgee:A8DYJ6 Uniprot:A8DYJ6)

HSP 1 Score: 268.47 bits (685), Expect = 8.553e-75
Identity = 156/448 (34.82%), Postives = 234/448 (52.23%), Query Frame = 0
Query:  159 DGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSS-SEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFS-------------------AESTLGEQGELKPL--------STLPEKQGSFERAW------LHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSS 572
            DGN+T S L F P I  +GK L CR+E  ++P S +ED W LDI +IP V L LG+   +  ++E  DV+FEC I+S P  ++++W+ NG  +  +  EGI + NQSLVLQ  SR  +G Y C+ SN EG+  SNPV+L+I++ PVC   Q++ Y     E   + C +++ P+    + W FN++  E   +P S+       S   Y+  T  DYGT+LCWA NE+G QSEPCV+ + PA  P   L+C + N TS G  I C  GF+GG+ Q F+ME+    T    +   S  P F V  L  G  Y + L + N+KG+S    +   T KD   + VK +F+                       + ++ E   L         T  ++Q     A+      + P L I+ GI  ++ LV+L+I++ ++ R +  R+  N S
Sbjct:  330 DGNLTTSVLTFTPTIDDRGKFLSCRAEQSMIPESGMEDGWKLDIYHIPVVSLELGTNSLNSTLREGIDVFFECNIKSNPWIYEVSWRHNGKILTNNPAEGIAVSNQSLVLQNASRARSGIYTCVGSNREGDGESNPVQLDIRFAPVCRPRQRLSYSSGRHETVKVACEIDANPA-EATYVWKFNATQGETVDIPASQVAVDRGRSIAHYTPMTENDYGTLLCWATNEIGDQSEPCVYTIFPAGEPDPLLNCTVLNQTSTGFQIECIEGFNGGLQQDFIMEVYMNGTTRHPKISKSKRPYFEVSGLVPGMGYNVFLIANNSKGRSNATILQVYTLKDPEKQTVKITFTKSFQGLRPAYTKTKATATTTSDCVCDEDEFLNLGKGISHDEGTDADQQEDLSLAYAPVIEDIRPFLGILAGIVGSIFLVALIIVIVVRVRGSSGRDRNNYS 776          

HSP 2 Score: 118.242 bits (295), Expect = 8.788e-26
Identity = 59/142 (41.55%), Postives = 83/142 (58.45%), Query Frame = 0
Query:   13 ILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            I+G   +LPC+  P   +  + LVIW+K      PIYS D R +N   G HW+D      R  F  + +   TL I    E D G YRCRVDF+ +PT+N K+NL +IIPP   +I + +G+ +E++  GPYNEGS + +TC
Sbjct:   63 IMGTVGRLPCNVTPPIYEDRVALVIWYK-VGLKTPIYSVDTRDSNFAQGTHWSDET-YRERLSFHVEGRA-GTLTIKSTTEDDTGEYRCRVDFQKSPTRNSKVNLTVIIPPESVIILDSKGVTIEDHTLGPYNEGSGINITC 201          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:CG42313 species:7227 "Drosophila melanogaster" [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] [GO:0008150 "biological_process" evidence=ND] InterPro:IPR007110 PROSITE:PS50835 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 EMBL:AE014134 InterPro:IPR003599 SMART:SM00409 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 OrthoDB:EOG7GQXV3 RefSeq:NP_001014485.3 UniGene:Dm.21880 ProteinModelPortal:Q59DZ1 SMR:Q59DZ1 IntAct:Q59DZ1 EnsemblMetazoa:FBtr0299711 GeneID:3346206 KEGG:dme:Dmel_CG42313 FlyBase:FBgn0259213 OMA:ITEPLDN GenomeRNAi:3346206 NextBio:849208 Bgee:Q59DZ1 Uniprot:Q59DZ1)

HSP 1 Score: 239.965 bits (611), Expect = 2.219e-65
Identity = 132/357 (36.97%), Postives = 196/357 (54.90%), Query Frame = 0
Query:  161 NVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCAD-DQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPR-FMVDNLES--------GAQYELELFSYNAKGKSKVVKIIETTKKDTSLR---DVKFSFS 504
            N T S L F P     GK + CR+ENP +    +E  W L++ Y P V LRLGSTL+ ++IKE +DVYFEC +QS P++ KL W  NGI +  +    +I  NQSLVLQ ++++  G Y C A N EG  +SN + L +KY P+C   D+ ++ G +  E   + C + ++P     F W FN+S E   +   R++  G+ S L Y+  T +DYGT+ CWA NE+G Q  PC+F ++ A  P    +C + N T   + I C  G+DGG+PQ FV+E+ S  TG    N S+     F ++NL++             L ++SYN KG+S    + +     T+ +   DV  + S
Sbjct:  322 NSTRSELSFVPTTDDDGKSITCRAENPNVNGLYLETMWKLNVVYPPLVTLRLGSTLTPDDIKEGDDVYFECHVQSNPQWRKLLWLHNGIHLEHNTSARVIRSNQSLVLQKITKHYAGNYACSAINDEGETVSNQLPLRVKYTPMCKHADRVILIGASKDETVEVVCEIQADPPPRT-FRWKFNNSGETLDVGSERFSVNGSRSILKYTPVTDQDYGTLSCWASNEVGTQQHPCLFQVVLAALPNAVSNCTVFNRTELSVDIQCIPGYDGGLPQIFVLEMFSTRTGITRFNLSNAEEALFSLENLDTLTSMMVQENNSLRLRIYSYNQKGRSAAYLLTDFIIGSTAYKTDDDVTLTLS 677          

HSP 2 Score: 101.679 bits (252), Expect = 1.043e-20
Identity = 55/152 (36.18%), Postives = 90/152 (59.21%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCD-TNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGN-NVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +  +++  + G+S  LPC  T P  +   + +V+WF+D A   P+YS+DVR   + E  RHW+     G+RA F    +P +TL   +++  D G YRCRVDFR + T++++ NL++II P +P+I +  G  L   + GP  EG ++ +TC
Sbjct:   52 VKTKDIDAVEGKSVSLPCPITEPLDN---VYMVLWFRDNA-GIPLYSFDVRDKESREQPRHWSAPEVFGSRAKFHFDSQP-ATL---EIKRHDQGIYRCRVDFRTSQTQSFRFNLSVIILPEQPIIMDRWGRQLNGTQLGPKQEGDDIVITC 195          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:side "sidestep" species:7227 "Drosophila melanogaster" [GO:0008045 "motor neuron axon guidance" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0008045 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 FlyBase:FBgn0016061 EMBL:AF358267 ProteinModelPortal:Q967X6 SMR:Q967X6 STRING:7227.FBpp0084538 PRIDE:Q967X6 InParanoid:Q967X6 Bgee:Q967X6 Uniprot:Q967X6)

HSP 1 Score: 162.155 bits (409), Expect = 8.152e-40
Identity = 107/382 (28.01%), Postives = 179/382 (46.86%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENI--KEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVC--ADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYN----------TGEVIRNFSSV--------------------------SPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSL 496
            S  +DGN+T S L  +   ++    L CR+ NP      IED   + + Y P V + L +   S  +   E ++V F+C   ++P     +W  NG+ +  +  E  IM      L  L R + G Y C A+N EG   S+ + L +++ P C    +Q  +  ++   I  + C V+++P +++RF WT+N++  ++ +  SR    G  S + Y   T  +  T+ CWA N +G Q+ PC+ H++PA  P  P  C + N T   L + C AG DGG+ Q F++E+   +           G+    FS                            SP+F ++NLE G +Y+  +++ NAKG+S+   +IE  +    L
Sbjct:  372 SDKEDGNITTSILTLKVTSENDNAELTCRATNPWFSGGAIEDKRIIRVAYPPTVSVHLANEDPSRLVTRAEGQNVTFKCRADARPPVTSYSWFKNGMRMSGESTE--IMH-----LTQLERESAGAYSCGATNTEGETRSSSLTLKVQFSPRCKSGTEQTSIGAVSLHSIL-VKCEVDADPPDSVRFSWTYNNTRNVSPVLNSRIQSNGLASTVTYLPQTDSELITLACWASNAVGRQTTPCLVHILPANTPEAPKACELRNDTV--LEVVCVAGSDGGLSQYFMLEVVGGDPLYSGDPGGSAGQGRGQFSEAIGLGDNEISTLNDQATSAPIFRMQENSPQFRLNNLEPGREYQFLVYAVNAKGRSEPPVVIENVRVAAQL 743          

HSP 2 Score: 139.428 bits (350), Expect = 1.391e-32
Identity = 102/372 (27.42%), Postives = 168/372 (45.16%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPI-STLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC--------------------------STSKDGNVTESTLRFQPKIK-HQGKLLRCRSENPVMPASQIEDTWHLDIN---YIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNG-------IDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASN--IEGNALSNPVELNIKYKPVCA-----DDQKMVYGIAHGEIASINCSVNSEP 331
            IP R V   LG++ +LPCD  P +S   + L++WFKD  T  P+YS D RG NV++  H   A +LG R  F   D P  S L I+D++ +DGG YRCRVDF ++PT+N++ NL +++PP +P I + +G  + +   GP+ EG ELFL C                          S  +   V  + L      +   G  + CR++      +++ D    D+    Y+  V +++ +   +E +   + +   C         K+ W  +G       + +H D  +G I     L L+  S N      C A+N    G A+ +   + + Y P  +     +D   +   A G+  +  C  ++ P
Sbjct:   95 IPARLVWAALGKTVELPCDLTPPTSQDSVKLLLWFKD-TTGIPLYSLDSRGGNVKLAPHAAIASDLGQRLFFSIGDNPKDSRLQINDVKPEDGGVYRCRVDFFNSPTRNFRHNLTLVVPPEEPRIFDAQGKEISQMA-GPFREGYELFLCCQVRGGRPPPKVTWWRDDTELIGTSHTSVEEGATVMVNQLLIGTTTRDFYGIRIECRAQ-----GTRLVDPVRKDVTVQVYLKPVRVKIAT--PNELLTAGQPMPIRCESWGSYPAAKITWLLDGEPIRNAEVTVHSDKEDGNIT-TSILTLKVTSENDNAELTCRATNPWFSGGAIEDKRIIRVAYPPTVSVHLANEDPSRLVTRAEGQNVTFKCRADARP 456          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:hbs "hibris" species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=ISS] [GO:0061330 "Malpighian tubule stellate cell differentiation" evidence=IEP;IMP] [GO:0016202 "regulation of striated muscle tissue development" evidence=IGI;IMP] [GO:0007520 "myoblast fusion" evidence=IGI;TAS] [GO:0005515 "protein binding" evidence=IPI] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IDA] [GO:0007156 "homophilic cell adhesion" evidence=IGI] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:0007220 "Notch receptor processing" evidence=IMP] [GO:0005768 "endosome" evidence=IDA] [GO:0042067 "establishment of ommatidial planar polarity" evidence=IMP] [GO:0010950 "positive regulation of endopeptidase activity" evidence=IMP] [GO:0016324 "apical plasma membrane" evidence=IDA] [GO:0001751 "compound eye photoreceptor cell differentiation" evidence=IMP] [GO:0070765 "gamma-secretase complex" evidence=IPI] [GO:0045747 "positive regulation of Notch signaling pathway" evidence=IMP] [GO:0005913 "cell-cell adherens junction" evidence=IDA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 EMBL:AE013599 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003006 PROSITE:PS00290 GO:GO:0016324 GO:GO:0042067 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0045747 GO:GO:0005913 GO:GO:0007220 GO:GO:0007520 GO:GO:0007157 GO:GO:0010950 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0001751 InterPro:IPR013162 Pfam:PF08205 GO:GO:0016202 GeneTree:ENSGT00550000074545 eggNOG:NOG251936 OrthoDB:EOG7RBZ7J GO:GO:0061330 RefSeq:NP_788355.1 UniGene:Dm.1858 ProteinModelPortal:A1Z9X4 SMR:A1Z9X4 PaxDb:A1Z9X4 PRIDE:A1Z9X4 EnsemblMetazoa:FBtr0087414 GeneID:44129 KEGG:dme:Dmel_CG7449 UCSC:CG7449-RB CTD:44129 FlyBase:FBgn0029082 InParanoid:A1Z9X4 OMA:VHETISL GenomeRNAi:44129 NextBio:836838 Bgee:A1Z9X4 Uniprot:A1Z9X4)

HSP 1 Score: 68.1662 bits (165), Expect = 2.267e-10
Identity = 138/614 (22.48%), Postives = 227/614 (36.97%), Query Frame = 0
Query:    4 VIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYK-INLNIIIPPGKPLIHNERGILLEENKFGP--YNEGSELFLTCSTSKDG-NVTESTLRFQPKIK-----HQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKP-RFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMV-YGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLN----------TGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSP---RFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHE----HTWKTDNSDSSKSL 589
            V+P   V GI     +L CD   SSS +P   + W+KD             G  VE        +NL  R            + ++  ++ DG  Y C+          ++ I+L+I+ PP      +   + +E   F       G+ + +T + +KDG  ++ ++L  Q  I      +  +L R  +   +  A   + T  L+I         + +     +    E     C IQ++P     + W  +G D+          G   L +  + R+  G + C+  N  G   +  V L ++  P          Y    G  A + C   + P  +  F W  +       L   R  +  +  R V +LN          +  DYG   C   N LG  S    F   P+ P   PL   + NV+  G+ ++   GFDGG+   F + ++ +  GE    +    P      +D L+ GA Y   + + N  G SK +  I+ T     L       SAE T  E+ EL                   P + I+G   +A++L  LV+  AL     +RR + + S  E      +  D+S S   L
Sbjct:  550 VVPKNLVPGI---RAKLICD---SSSSNPPAKISWWKD-------------GIPVE-------GLNLANRPGLWGGSVSTLEMYVNITQDLDGIVYTCQSHNEVLQRSVHETISLDILYPPKFETPQSTTFVGVEGAPFHVELLASGNPMVITYTWTKDGLPISSNSLSGQRLISDGPRLNISRLSRNDAGVYICEALNSQGTALLEIQVAVEYAPTITAVSEGRSFVAGEPAVLACHIQARPLEAAHVRWSRDGYDLATRTISSFENGTALLQIASVERSDIGNFTCIVDNQRGAPAAQNVLLVVQTAPEIDHSPGFTRYAARLGVRAQLICRSLASPQPS--FIWRRHGKD----LKMQRRNKFKSVERQVDALNFESALLIENTSPDDYGQYECVVRNSLGQASTTLEFSK-PSRPDA-PLQLRVGNVSDTGVDLNWTPGFDGGMQTYFRLRLKQH--GEDKYKYVDAKPGHQNISLDGLKPGATYYFSVMAANEAGGSKFMPDIKLT-----LSKGSQPHSAEYT--EKDEL-------------------PNVMIIGITSAAMVL--LVLNAALVAWFVIRRQNKSQSEAEPSNDDVYSKDDSQSVYKL 1099          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:CD22 "Uncharacterized protein" species:9913 "Bos taurus" [GO:0005887 "integral component of plasma membrane" evidence=IEA] [GO:0009897 "external side of plasma membrane" evidence=IEA] InterPro:IPR007110 PROSITE:PS50835 GO:GO:0005887 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0009897 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013162 Pfam:PF08205 OMA:PTNYTWY OrthoDB:EOG7VHSWK TreeFam:TF334827 GeneTree:ENSGT00740000114897 EMBL:DAAA02046938 ProteinModelPortal:F1MFW5 Ensembl:ENSBTAT00000015781 Uniprot:F1MFW5)

HSP 1 Score: 67.3958 bits (163), Expect = 3.917e-10
Identity = 87/340 (25.59%), Postives = 132/340 (38.82%), Query Frame = 0
Query:   73 RAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCST-------------SKDGNVTEST------------LRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINC-SVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELG 386
            R  F   ++   TL+I+ ++  D G    RV    + T  +  +LN+ I    P  H E    + E++        E+ +TCS              S +G+VT ST            L FQPK  H GK L C+  +P+      E T  L++ + P + +++        + E E V   C + S    H   W  +       L+E       +LVL  ++R  +G Y C  SN  G+  S+ V+L + Y P  +  Q     I  G    + C SV + P  N  + W FN       +P            LV      +  G   C AEN LG
Sbjct:  100 RVQFLGNNRNNCTLLINPVKVNDSGLLGLRVT---SGTDKWMASLNLSISESAPQPHIELHQEIREDQ--------EVTVTCSLNFACRDYQVHLQWSLEGSVTTSTILSPERVATQSHLSFQPKWTHDGKNLTCQLWDPMKQRILSEKTVLLEVKHAPNLEIQVSP--QEAIVTEGESVTMRCQVISSNPPH---WSVSWFKDRTKLKE----QGTTLVLPEVTRMMSGQYTCQVSNDVGSRQSDVVDLQVHYPPEPSWVQLSPSSIKEGVTVELTCMSVANPPPAN--YTWYFNEQE----IPGKNGRTFQIPQVLV------KHAGRYSCLAENSLG 407          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:fred "friend of echinoid" species:7227 "Drosophila melanogaster" [GO:0042059 "negative regulation of epidermal growth factor receptor signaling pathway" evidence=NAS] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:0007423 "sensory organ development" evidence=IMP] [GO:0035018 "adult chitin-based cuticle pattern formation" evidence=IMP] [GO:0003674 "molecular_function" evidence=ND] [GO:0005575 "cellular_component" evidence=ND] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0016020 EMBL:AE014134 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013162 Pfam:PF08205 GO:GO:0001745 RefSeq:NP_001245866.1 UniGene:Dm.13293 GeneID:33613 KEGG:dme:Dmel_CG31774 CTD:33613 FlyBase:FBgn0051774 GO:GO:0035018 Uniprot:M9NCR3)

HSP 1 Score: 67.3958 bits (163), Expect = 3.917e-10
Identity = 92/428 (21.50%), Postives = 163/428 (38.08%), Query Frame = 0
Query:   94 KDGGTYRCRVDFRHAPTKNYK--INLNIIIPPGKPLIH--------NERGILLEENKFGP--------YNEGSELFLTCSTSKDG---NVTESTLRFQPKIKHQGKLLRCRSENPVMPASQ-IEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVY-FECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWT------FNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAEN----ELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGG-VPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKII 487
            +D G + CR+  +      ++   NL ++  P  P++          E+ + L  +  G         Y EGS + L     K G   + T +TL+  P+    G   +C   N  MP    +E +  L++NY PRV +   + L  E    R+ V   +C + +KP    + W  NG           +    +  +  ++R+  G Y C A N  G      + L++ Y P+   + K  +    GE   I C+V + PS  +   W       F  + E+  L   R    G  + +  S+N  + + +            L V+  P   ++ P  P V            NG++++C A   G  VPQ         + G   +  +   P++ +     G++ +    + N  G  K+  II
Sbjct:   98 RDNGRFECRIKAKGTGADVHQEFYNLTVLTAPHPPMVTPGNLAVATEEKPLELTCSSIGGSPDPMITWYREGSTVPLQSYALKGGSKNHYTNATLQIVPRRADDGAKYKCVVWNRAMPEGHMLETSVTLNVNYYPRVEVGPQNPLKVE----RDHVAKLDCRVDAKPMVSNVRWSRNG---------QYVSATPTHTIYRVNRHHAGKYTCSADNGLGKTGEKDIVLDVLYPPIVFIESK-THEAEEGETVLIRCNVTANPS-PINVEWLKEGAPDFRYTGELLTLGSVRAEHAG--NYICRSVNIMQPFSSKRVEGVGNSTVALLVRHRPGQAYITPNKPVVH---------VGNGVTLTCSANPPGWPVPQYRWFRDMDGDIGNTQKILAQ-GPQYSIPKAHLGSEGKYHCHAVNELGIGKIATII 498          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:ed "echinoid" species:7227 "Drosophila melanogaster" [GO:0007173 "epidermal growth factor receptor signaling pathway" evidence=IMP;IPI] [GO:0042059 "negative regulation of epidermal growth factor receptor signaling pathway" evidence=IGI;NAS;IMP] [GO:0016021 "integral component of membrane" evidence=ISM] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0050768 "negative regulation of neurogenesis" evidence=IMP] [GO:0007423 "sensory organ development" evidence=IMP] [GO:0007156 "homophilic cell adhesion" evidence=IMP;IDA] [GO:0016337 "cell-cell adhesion" evidence=IMP] [GO:0005913 "cell-cell adherens junction" evidence=IDA] [GO:0008360 "regulation of cell shape" evidence=IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0048644 "muscle organ morphogenesis" evidence=IMP] [GO:0030038 "contractile actin filament bundle assembly" evidence=IMP] [GO:0007391 "dorsal closure" evidence=IMP] [GO:0002009 "morphogenesis of an epithelium" evidence=IMP] [GO:0046843 "dorsal appendage formation" evidence=IMP] [GO:0007476 "imaginal disc-derived wing morphogenesis" evidence=IMP] [GO:0016319 "mushroom body development" evidence=IMP] [GO:0002121 "inter-male aggressive behavior" evidence=IMP] [GO:0035157 "negative regulation of fusion cell fate specification" evidence=IMP] [GO:0035147 "branch fusion, open tracheal system" evidence=IMP] [GO:0005912 "adherens junction" evidence=IDA] [GO:0032956 "regulation of actin cytoskeleton organization" evidence=IMP] [GO:0046331 "lateral inhibition" evidence=IMP] [GO:0090138 "regulation of actin cytoskeleton organization by cell-cell adhesion" evidence=IMP] [GO:0035330 "regulation of hippo signaling" evidence=IPI] [GO:0035331 "negative regulation of hippo signaling" evidence=IGI] [GO:0046621 "negative regulation of organ growth" evidence=IMP] [GO:0042060 "wound healing" evidence=IMP] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 GO:GO:0016021 GO:GO:0005886 GO:GO:0007173 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0007423 GO:GO:0048644 GO:GO:0007391 GO:GO:0008360 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0005913 GO:GO:0016319 GO:GO:0002121 GO:GO:0042060 GO:GO:0046331 GO:GO:0035331 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 GO:GO:0007476 GO:GO:0046621 GO:GO:0042059 GO:GO:0050768 GO:GO:0046843 GO:GO:0035147 InterPro:IPR013162 Pfam:PF08205 GO:GO:0035157 GO:GO:0090138 GO:GO:0030038 FlyBase:FBgn0000547 EMBL:AF275903 ProteinModelPortal:Q9BN17 IntAct:Q9BN17 MINT:MINT-2843290 PRIDE:Q9BN17 InParanoid:Q9BN17 Bgee:Q9BN17 Uniprot:Q9BN17)

HSP 1 Score: 67.3958 bits (163), Expect = 3.924e-10
Identity = 76/317 (23.97%), Postives = 127/317 (40.06%), Query Frame = 0
Query:   56 NNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLR-EKDGGTYRCRVDFRHAPTKNYK--INLNIIIPPGKPLIHNERGILLEENK----------------FGPYNEGSELFLTCSTSKDGNV---TESTLRFQPKIKHQGKLLRCRSENPVM-PASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINF 349
            +NV IG      ++ G R  F+  ++ I  L I ++   +D G + CR+  +      ++   NL ++ PP  P+I      +  E+K                   Y EGS   L  +  K G     T +TL   P+ +  G   +C   N  M    ++E T  L++NY PRV +   + L  E  +  +    EC + +KP+   + W  NG  I   L   I           +S    G Y C+A N  G      + L+I Y P+   + K       G+  +I C+V + P+  +   W   +S +  +
Sbjct:   84 DNVAIGEV---QLSSGYRLDFQ-PERGIYDLQIKNVSYNRDNGRFECRIKAKGTGADVHQEFHNLTVLTPPHPPVISPGNIAVATEDKPMELTCSSIGGSPDPTITWYREGSNTPLPATVLKGGTKDQPTNATLSIIPRREDDGAKYKCVVRNRAMNEGKRLEATATLNVNYYPRVEVGPENPLRVERDRTAK---LECNVDAKPKVPNVRWNRNGRFISSSLVHTI---------HRVSVQDAGKYTCIADNGLGKTGEQELILDILYPPMVVIESKTREA-EEGDTVTIRCNVTANPA-PVTIEWLKENSPDFRY 382          

HSP 2 Score: 51.9878 bits (123), Expect = 2.477e-5
Identity = 65/245 (26.53%), Postives = 104/245 (42.45%), Query Frame = 0
Query:  226 DVYFECAIQSKPRFHKLNWKFNGIDI--HQDLRE----------GIIMGNQSLVLQGLSR---NA-----TGTYHCMASNIEGNALSNPVELNIKYKPVCADD-QKMVYGIAHGEIASINCSVNSEPSNNLRFHWTF-NSSSEINFLPESRYTQIGTTS------RLVYSLN--TGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQT-FVMEIR 439
            D    C+ + KP    + W  + ++I   ++L E          G++     L  +G +R   NA      G Y C+  N E N+ ++ ++L I+++P+      K+ + I   E A + C V + P     F W F N+ S +    +  Y +I TT+        V  +N  T  DYG   C   N L     P    L    PP +P +     V  N +S+S   GFDGG+ +T F +  R
Sbjct:  544 DYTVTCSAKGKPA-PSVKWLKDAVEILPEENLYEVQTNPDQGLNGMVTVQSQLKFRGKARPNGNALVPGDRGLYTCLYQN-EVNSANSSMQLRIEHEPIVLHQYNKVAFDIR--ETAEVVCKVQAYPKP--EFQWQFGNNPSPLTMSSDGHY-EISTTTDNNDIYTSVLKINSLTHSDYGEYTCRVANTLDTIRAP--IRLQQKGPPEKPTNLRATEVGHNYVSLSWDPGFDGGLSKTKFFVSYR 779          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:Nphs1 "Nephrin" species:10116 "Rattus norvegicus" [GO:0016021 "integral component of membrane" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:620460 GO:GO:0016021 Gene3D:2.60.40.10 InterPro:IPR013783 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 EMBL:AABR06004284 EMBL:AABR06004285 EMBL:AABR06004286 ProteinModelPortal:D4A8H0 Ensembl:ENSRNOT00000028358 NextBio:35573359 ArrayExpress:D4A8H0 Uniprot:D4A8H0)

HSP 1 Score: 67.3958 bits (163), Expect = 4.601e-10
Identity = 69/299 (23.08%), Postives = 126/299 (42.14%), Query Frame = 0
Query:  200 LDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKL-NWKFNGI---DIHQDLREGIIMGNQS-LVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEI---ASINCSVNSEPSNNLRFHWTFNSSS---EINFLPESRYTQIGTTSRL--VYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIR--NFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKV 483
            LD++Y P +  R     +  N+    D+   C + + P   ++ +W+  G    D++ D  E +  G+   L ++    +  G Y C+  N    A    V L +++ P       +    A G+    A+++C     P  N+ F WT N      +     E RY Q    S L  + +++  +DY    C A N LG  S+     L+    P  PL   + +++ + + +  + GFDGG+PQ F +   +  T   +      + +  F +  L+   +Y + L + NA G S +
Sbjct:  748 LDVHYAPTI--RALRDPTEVNVGGSVDIV--CTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRARGVP--NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALG--SDHTNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIRYEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDSGL 1038          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:Nphs1 "Nephrin" species:10116 "Rattus norvegicus" [GO:0003094 "glomerular filtration" evidence=IC] [GO:0005515 "protein binding" evidence=IPI] [GO:0005886 "plasma membrane" evidence=IDA;TAS] [GO:0007155 "cell adhesion" evidence=IEA] [GO:0007254 "JNK cascade" evidence=IEA] [GO:0007519 "skeletal muscle tissue development" evidence=IEA] [GO:0007520 "myoblast fusion" evidence=IEA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0017022 "myosin binding" evidence=IEA] [GO:0030838 "positive regulation of actin filament polymerization" evidence=IEA] [GO:0032836 "glomerular basement membrane development" evidence=IEA] [GO:0036057 "slit diaphragm" evidence=IDA] [GO:0042995 "cell projection" evidence=IEA] [GO:0044062 "regulation of excretion" evidence=IEA] [GO:0072015 "glomerular visceral epithelial cell development" evidence=IEA] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:620460 GO:GO:0016021 GO:GO:0005886 GO:GO:0043234 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0045121 GO:GO:0007254 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 GO:GO:0042995 Reactome:REACT_197471 GO:GO:0007520 GO:GO:0030838 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GO:GO:0003094 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0007519 GO:GO:0032836 GeneTree:ENSGT00550000074545 GO:GO:0036057 GO:GO:0044062 CTD:4868 eggNOG:NOG251936 HOGENOM:HOG000113844 HOVERGEN:HBG031752 OrthoDB:EOG7RBZ7J EMBL:AF172255 EMBL:AF161715 EMBL:AF125521 RefSeq:NP_072150.1 UniGene:Rn.48745 ProteinModelPortal:Q9R044 BioGrid:249144 IntAct:Q9R044 MINT:MINT-8384233 PhosphoSite:Q9R044 PaxDb:Q9R044 PRIDE:Q9R044 Ensembl:ENSRNOT00000045212 GeneID:64563 KEGG:rno:64563 UCSC:RGD:620460 InParanoid:Q9JIX2 NextBio:613494 PRO:PR:Q9R044 Genevestigator:Q9R044 Uniprot:Q9R044)

HSP 1 Score: 67.0106 bits (162), Expect = 5.911e-10
Identity = 69/299 (23.08%), Postives = 126/299 (42.14%), Query Frame = 0
Query:  200 LDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKL-NWKFNGI---DIHQDLREGIIMGNQS-LVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEI---ASINCSVNSEPSNNLRFHWTFNS---SSEINFLPESRYTQIGTTSRL--VYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIR--NFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKV 483
            LD++Y P +  R     +  N+    D+   C + + P   ++ +W+  G    D++ D  E +  G+   L ++    +  G Y C+  N    A    V L +++ P       +    A G+    A+++C     P  N+ F WT N      +     E RY Q    S L  + +++  +DY    C A N LG  S+     L+    P  PL   + +++ + + +  + GFDGG+PQ F +   +  T   +      + +  F +  L+   +Y + L + NA G S +
Sbjct:  748 LDVHYAPTI--RALRDPTEVNVGGSVDIV--CTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRARGVP--NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALG--SDHTNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIRYEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDSGL 1038          
BLAST of EMLSAG00000006805 vs. GO
Match: - (symbol:Nphs1 "nephrosis 1, congenital, Finnish type (nephrin)" species:10116 "Rattus norvegicus" [GO:0000165 "MAPK cascade" evidence=ISO] [GO:0003094 "glomerular filtration" evidence=IC] [GO:0005515 "protein binding" evidence=IPI] [GO:0005622 "intracellular" evidence=ISO] [GO:0005886 "plasma membrane" evidence=ISO;IDA;TAS] [GO:0007155 "cell adhesion" evidence=IEA;ISO] [GO:0007254 "JNK cascade" evidence=IEA;ISO] [GO:0007519 "skeletal muscle tissue development" evidence=IEA;ISO] [GO:0007520 "myoblast fusion" evidence=IEA;ISO] [GO:0016020 "membrane" evidence=IDA] [GO:0016021 "integral component of membrane" evidence=IEA] [GO:0017022 "myosin binding" evidence=IEA;ISO] [GO:0019904 "protein domain specific binding" evidence=IPI] [GO:0030507 "spectrin binding" evidence=IPI] [GO:0030838 "positive regulation of actin filament polymerization" evidence=IEA;ISO] [GO:0032836 "glomerular basement membrane development" evidence=IEA;ISO] [GO:0036057 "slit diaphragm" evidence=IDA] [GO:0042995 "cell projection" evidence=IEA;ISO] [GO:0043234 "protein complex" evidence=IDA] [GO:0044062 "regulation of excretion" evidence=IEA;ISO] [GO:0045121 "membrane raft" evidence=IDA] [GO:0051393 "alpha-actinin binding" evidence=IPI] [GO:0070062 "extracellular vesicular exosome" evidence=ISO] [GO:0072015 "glomerular visceral epithelial cell development" evidence=IEA;ISO] InterPro:IPR003961 InterPro:IPR007110 Pfam:PF00041 PROSITE:PS50835 PROSITE:PS50853 SMART:SM00060 RGD:620460 GO:GO:0016021 GO:GO:0005886 GO:GO:0043234 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0045121 GO:GO:0007254 SUPFAM:SSF49265 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007155 GO:GO:0042995 Reactome:REACT_197471 GO:GO:0007520 GO:GO:0030838 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013106 Pfam:PF07686 GO:GO:0003094 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0007519 GO:GO:0032836 GeneTree:ENSGT00550000074545 GO:GO:0036057 GO:GO:0044062 CTD:4868 eggNOG:NOG251936 HOGENOM:HOG000113844 HOVERGEN:HBG031752 OrthoDB:EOG7RBZ7J EMBL:AF172255 EMBL:AF161715 EMBL:AF125521 RefSeq:NP_072150.1 UniGene:Rn.48745 ProteinModelPortal:Q9R044 BioGrid:249144 IntAct:Q9R044 MINT:MINT-8384233 PhosphoSite:Q9R044 PaxDb:Q9R044 PRIDE:Q9R044 Ensembl:ENSRNOT00000045212 GeneID:64563 KEGG:rno:64563 UCSC:RGD:620460 InParanoid:Q9JIX2 NextBio:613494 PRO:PR:Q9R044 Genevestigator:Q9R044 Uniprot:Q9R044)

HSP 1 Score: 67.0106 bits (162), Expect = 5.911e-10
Identity = 69/299 (23.08%), Postives = 126/299 (42.14%), Query Frame = 0
Query:  200 LDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKL-NWKFNGI---DIHQDLREGIIMGNQS-LVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEI---ASINCSVNSEPSNNLRFHWTFNS---SSEINFLPESRYTQIGTTSRL--VYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIR--NFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKV 483
            LD++Y P +  R     +  N+    D+   C + + P   ++ +W+  G    D++ D  E +  G+   L ++    +  G Y C+  N    A    V L +++ P       +    A G+    A+++C     P  N+ F WT N      +     E RY Q    S L  + +++  +DY    C A N LG  S+     L+    P  PL   + +++ + + +  + GFDGG+PQ F +   +  T   +      + +  F +  L+   +Y + L + NA G S +
Sbjct:  748 LDVHYAPTI--RALRDPTEVNVGGSVDIV--CTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRARGVP--NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALG--SDHTNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIRYEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDSGL 1038          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592750761|gb|GAXK01203652.1| (TSA: Calanus finmarchicus comp1399060_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 361.688 bits (927), Expect = 1.869e-107
Identity = 173/334 (51.80%), Postives = 228/334 (68.26%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQ--YELELFSYNAKGKSKVVKI 486
            S   + N T S L F P I   GK L+CR+EN  M ASQIED+W+LDINYIP V L LG TL ++ IKE +DVYFEC I +KP  +K +W FNG ++ Q++REGIIMGNQSLVLQ L+R+ TGTY C A+N  G   S P +L+IKYKP+C+ DQK +YG+A GE+ SINCSV++ P  +L F WTFN++SE+  + ++R++Q GT SRL+YS     DYGTILCWA NELG Q EPC +H+IPA PP  PL+C I     + L I C  GFDGG+PQ F M +      ++I N +S+ P F+V  L+      Y + L S+N+KGKS ++ +
Sbjct: 1614 SVLHNSNTTNSILNFIPNIGDTGKFLKCRAENLEMSASQIEDSWNLDINYIPAVRLTLGPTLDADKIKEGDDVYFECNIDAKPAIYKTSWWFNGAELRQNVREGIIMGNQSLVLQHLTRDNTGTYSCQATNTIGKGRSKPRQLDIKYKPICSLDQKKIYGVARGEVVSINCSVSANPGKDLVFRWTFNNTSELANIQDTRFSQNGTMSRLIYSPYHELDYGTILCWAANELGEQEEPCTYHIIPAGPPEPPLNCNINISKKHNLDIYCDPGFDGGLPQEFSMTLYLAKDNKIITNKTSILPSFIVQGLQKNHSVIYRVHLRSFNSKGKSDIIVL 2615          

HSP 2 Score: 145.976 bits (367), Expect = 5.411e-35
Identity = 124/429 (28.90%), Postives = 193/429 (44.99%), Query Frame = 0
Query:    3 VVIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTS-------------------------KDGNVTESTLRFQPKIK-HQGKLLRCRSEN-----PVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSR----NATGTY-HCMASNIEGNA--LSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELG 386
            VV+P    SG++G + +LPCDT+P S  +PLLL +WFKD    DPIYSYDVR +    G+HW D +NLG RA F  ++K  S L I++L++ D G YRCRVDF+ AP++ YK++L +++ P + +I  + G  LE+++   Y+EGS+L L C+ +                         KDG ++ S L F P  + H G    C   N     P   A  ++      +  I   H         E +    +    C          L+W  +   I +   E  ++ N +     L+       TG +  C A N+E +A  + +   L+I Y P      ++  G       I  G+     C+++++P+   +  W FN +         R   I     LV    T  + GT  C A N +G
Sbjct: 2214 VVVPA---SGLIGGTVRLPCDTSPPSPHNPLLLTVWFKDH-LQDPIYSYDVREDIQAFGKHWYDDLNLGGRAFFGGENKS-SFLSIENLKDSDRGAYRCRVDFKQAPSRIYKLSLEVVVLPSRVVILTKSGNSLEDDR---YSEGSDLRLICTVTGGRPTPRISWMANATELASTKVNHNKDGTIS-SILDFGPVSRSHHGMQFICSVSNTNLSTPSTAAGVLKLKLLPLVVSIDSPH---------EPLAANGNYSLSCTSYGSYPPAVLSWWLDATKISEQDSEVSVLHNSNTTNSILNFIPNIGDTGKFLKCRAENLEMSASQIEDSWNLDINYIPAV----RLTLGPTLDADKIKEGDDVYFECNIDAKPA-IYKTSWWFNGA---ELRQNVREGIIMGNQSLVLQHLTRDNTGTYSCQATNTIG 3422          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592750760|gb|GAXK01203653.1| (TSA: Calanus finmarchicus comp1399060_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 301.597 bits (771), Expect = 9.276e-90
Identity = 140/245 (57.14%), Postives = 179/245 (73.06%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPA 399
            S   + N T S L F P I   GK L+CR+EN  M ASQIED+W+LDINYIP V L LG TL ++ IKE +DVYFEC I +KP  +K +W FNG ++ Q++REGIIMGNQSLVLQ L+R+ TGTY C A+N  G   S P +L+IKYKP+C+ DQK +YG+A GE+ SINCSV++ P  +L F WTFN++SE+  + ++R++Q GT SRL+YS     DYGTILCWA NELG Q EPC +H+IPA
Sbjct:   63 SVLHNSNTTNSILNFIPNIGDTGKFLKCRAENLEMSASQIEDSWNLDINYIPAVRLTLGPTLDADKIKEGDDVYFECNIDAKPAIYKTSWWFNGAELRQNVREGIIMGNQSLVLQHLTRDNTGTYSCQATNTIGKGRSKPRQLDIKYKPICSLDQKKIYGVARGEVVSINCSVSANPGKDLVFRWTFNNTSELANIQDTRFSQNGTMSRLIYSPYHELDYGTILCWAANELGEQEEPCTYHIIPA 797          

HSP 2 Score: 144.436 bits (363), Expect = 5.082e-35
Identity = 124/429 (28.90%), Postives = 193/429 (44.99%), Query Frame = 0
Query:    3 VVIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTS-------------------------KDGNVTESTLRFQPKIK-HQGKLLRCRSEN-----PVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSR----NATGTY-HCMASNIEGNA--LSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELG 386
            VV+P    SG++G + +LPCDT+P S  +PLLL +WFKD    DPIYSYDVR +    G+HW D +NLG RA F  ++K  S L I++L++ D G YRCRVDF+ AP++ YK++L +++ P + +I  + G  LE+++   Y+EGS+L L C+ +                         KDG ++ S L F P  + H G    C   N     P   A  ++      +  I   H         E +    +    C          L+W  +   I +   E  ++ N +     L+       TG +  C A N+E +A  + +   L+I Y P      ++  G       I  G+     C+++++P+   +  W FN +         R   I     LV    T  + GT  C A N +G
Sbjct:  396 VVVPA---SGLIGGTVRLPCDTSPPSPHNPLLLTVWFKDH-LQDPIYSYDVREDIQAFGKHWYDDLNLGGRAFFGGENKS-SFLSIENLKDSDRGAYRCRVDFKQAPSRIYKLSLEVVVLPSRVVILTKSGNSLEDDR---YSEGSDLRLICTVTGGRPTPRISWMANATELASTKVNHNKDGTIS-SILDFGPVSRSHHGMQFICSVSNTNLSTPSTAAGVLKLKLLPLVVSIDSPH---------EPLAANGNYSLSCTSYGSYPPAVLSWWLDATKISEQDSEVSVLHNSNTTNSILNFIPNIGDTGKFLKCRAENLEMSASQIEDSWNLDINYIPAV----RLTLGPTLDADKIKEGDDVYFECNIDAKPA-IYKTSWWFNGAE---LRQNVREGIIMGNQSLVLQHLTRDNTGTYSCQATNTIG 1604          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592761831|gb|GAXK01192582.1| (TSA: Calanus finmarchicus comp472909_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 298.13 bits (762), Expect = 4.134e-84
Identity = 148/344 (43.02%), Postives = 208/344 (60.47%), Query Frame = 0
Query:  152 LTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTS 495
            +T  TS DGNVT ST+ F P IK  GK L CR+ +       +ED W L I Y+P+  L LG +L+  NIKE +DVYFEC ++S PR +K+ W+ N   +  ++ EG+I+ N SLVLQ +S++ +G Y C+A N EG+ +SNP+ LN++Y P C  DQ +VYG+A  E   I+C V S PS +L FHW FN+S E   +  +     GT S + Y+  T  DYG +LCW EN +GVQS PC +H+IPA  P    +C + N T   + +SC +GFDGG+ QTF +E+R   T   + N S     F+V  L  G  Y + ++S N KG S+ + +   T K+TS
Sbjct: 1305 ITTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQTGEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSNMSLVLQRVSKSQSGIYTCVAHNSEGDGVSNPITLNVRYVPYCRPDQVLVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKLELRDARTSHPVSNISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMKETS 2336          

HSP 2 Score: 298.13 bits (762), Expect = 4.134e-84
Identity = 148/344 (43.02%), Postives = 208/344 (60.47%), Query Frame = 0
Query:  152 LTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTS 495
            +T  TS DGNVT ST+ F P IK  GK L CR+ +       +ED W L I Y+P+  L LG +L+  NIKE +DVYFEC ++S PR +K+ W+ N   +  ++ EG+I+ N SLVLQ +S++ +G Y C+A N EG+ +SNP+ LN++Y P C  DQ +VYG+A  E   I+C V S PS +L FHW FN+S E   +  +     GT S + Y+  T  DYG +LCW EN +GVQS PC +H+IPA  P    +C + N T   + +SC +GFDGG+ QTF +E+R   T   + N S     F+V  L  G  Y + ++S N KG S+ + +   T K+TS
Sbjct: 4226 ITTHTSPDGNVTLSTMVFIPTIKDAGKFLGCRAADQQTGEGSLEDGWKLSITYVPQAILSLGFSLNGSNIKEGDDVYFECNVRSNPRPYKITWRRNEKPLMHNVAEGVIVSNMSLVLQRVSKSQSGIYTCVAHNSEGDGVSNPITLNVRYVPYCRPDQVLVYGVARYEKVRISCDVVSNPSYSLSFHWVFNTSGETVEMKNTAVKVDGTRSMVDYTPRTELDYGNLLCWGENSIGVQSHPCTYHIIPAGRPDPVHNCSVHNQTFASMQVSCGSGFDGGLRQTFKLELRDARTSHPVSNISHDKAEFIVKGLLPGHGYIITVYSVNGKGSSEPMTLHAFTMKETS 5257          

HSP 3 Score: 113.235 bits (282), Expect = 1.203e-24
Identity = 58/150 (38.67%), Postives = 91/150 (60.67%), Query Frame = 0
Query:    8 RNVSGILGQSTQLPCDTNPSSSDHPLL-LVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCST 156
            ++V+ + G S +LPC T P ++    + LV+WFK+E+   PIY++D R  +V   RHW+DA  +  RA F+E ++P   L ++++   D G+Y+CRVDF  APT+  ++ L +I+PP KP I + RG  +   K GPY  G    + C T
Sbjct:  510 KHVTAVEGGSAELPCLTTPPNNMRDRMKLVLWFKNESAI-PIYTFDTRDKDVTEARHWSDAHTIAGRAFFKEHEEP-PHLALENIMATDVGSYKCRVDFYKAPTQISEVVLGVIVPPEKPKIFDMRGQEVRL-KLGPYKIGDSAIIKCET 950          

HSP 4 Score: 113.235 bits (282), Expect = 1.203e-24
Identity = 58/150 (38.67%), Postives = 91/150 (60.67%), Query Frame = 0
Query:    8 RNVSGILGQSTQLPCDTNPSSSDHPLL-LVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCST 156
            ++V+ + G S +LPC T P ++    + LV+WFK+E+   PIY++D R  +V   RHW+DA  +  RA F+E ++P   L ++++   D G+Y+CRVDF  APT+  ++ L +I+PP KP I + RG  +   K GPY  G    + C T
Sbjct: 5612 KHVTAVEGGSAELPCLTTPPNNMRDRMKLVLWFKNESAI-PIYTFDTRDKDVTEARHWSDAHTIAGRAFFKEHEEP-PHLALENIMATDVGSYKCRVDFYKAPTQISEVVLGVIVPPEKPKIFDMRGQEVRL-KLGPYKIGDSAIIKCET 6052          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592772120|gb|GAXK01182448.1| (TSA: Calanus finmarchicus comp346567_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 287.73 bits (735), Expect = 1.876e-83
Identity = 151/390 (38.72%), Postives = 225/390 (57.69%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKS-KVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIG 544
            TS DGNVT STL   P+++  G+++ C++  P +  S ++++W+L +NY P+V L  GS L + NIKE  DVYFEC ++S PR++K+ WK NGI +  D+  GII+ NQSLV+Q ++R+ +G Y C   N EG  +SN V L +KY PVC   QK  +G+A  E+ S+ C V S+P  NL+F W F+   E   + +S+    GT S L Y   T  DYG +LCWA N +G Q EPCVFH+IPA  P    +C + N T +   +SC  GFDGG+ Q F +++   N+   + N +S  P+F V  L+S   + + + S N +G+S KV+    TTK   S +++            Q ++  L T         R  + P+L ++ G+G
Sbjct:  240 TSPDGNVTVSTLWITPEVEDDGEVITCKAGIPNLQQSTVQNSWNLQVNYKPKVRLAFGSQLEASNIKEGNDVYFECKVKSHPRYYKITWKRNGIPLQHDISSGIIISNQSLVVQSVTRSDSGHYTCHVFNTEGEGVSNEVGLAVKYAPVCKKQQKEAFGVARQELVSVLCDVLSDPVENLKFEWIFSKGDEKLDMQQSQIRVNGTNSVLEYIPRTEMDYGNLLCWATNSVGKQVEPCVFHVIPAGKPDPVSNCTVSNQTHSSFIVSCIPGFDGGLTQLFGLKV--INSEHTLINMTSKVPKFQVAGLQSEKAFTVTVHSSNLRGQSEKVILQAFTTKPRISEKEI-----------NQAKIGSLKT---------RLIISPVLGVLIGVG 1343          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592772121|gb|GAXK01182447.1| (TSA: Calanus finmarchicus comp346567_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 287.73 bits (735), Expect = 5.850e-82
Identity = 151/390 (38.72%), Postives = 225/390 (57.69%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKS-KVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIG 544
            TS DGNVT STL   P+++  G+++ C++  P +  S ++++W+L +NY P+V L  GS L + NIKE  DVYFEC ++S PR++K+ WK NGI +  D+  GII+ NQSLV+Q ++R+ +G Y C   N EG  +SN V L +KY PVC   QK  +G+A  E+ S+ C V S+P  NL+F W F+   E   + +S+    GT S L Y   T  DYG +LCWA N +G Q EPCVFH+IPA  P    +C + N T +   +SC  GFDGG+ Q F +++   N+   + N +S  P+F V  L+S   + + + S N +G+S KV+    TTK   S +++            Q ++  L T         R  + P+L ++ G+G
Sbjct: 1194 TSPDGNVTVSTLWITPEVEDDGEVITCKAGIPNLQQSTVQNSWNLQVNYKPKVRLAFGSQLEASNIKEGNDVYFECKVKSHPRYYKITWKRNGIPLQHDISSGIIISNQSLVVQSVTRSDSGHYTCHVFNTEGEGVSNEVGLAVKYAPVCKKQQKEAFGVARQELVSVLCDVLSDPVENLKFEWIFSKGDEKLDMQQSQIRVNGTNSVLEYIPRTEMDYGNLLCWATNSVGKQVEPCVFHVIPAGKPDPVSNCTVSNQTHSSFIVSCIPGFDGGLTQLFGLKV--INSEHTLINMTSKVPKFQVAGLQSEKAFTVTVHSSNLRGQSEKVILQAFTTKPRISEKEIN-----------QAKIGSLKT---------RLIISPVLGVLIGVG 2297          

HSP 2 Score: 111.694 bits (278), Expect = 2.531e-24
Identity = 61/147 (41.50%), Postives = 85/147 (57.82%), Query Frame = 0
Query:   10 VSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEEN--KFGPYNEGSELFLTC 154
            VS +   S +LPC+      D  + LV+WFK+++   PIY+YD RG +    RHW+D   L  RA F   + P   LV+D++   D G Y+CRVDF+ APT+   I L++I+PP KP IH+E     EE   K GPY  G  + +TC
Sbjct:  393 VSSVARSSVELPCNLTSPILDDEVRLVLWFKNDSAK-PIYTYDTRGKSYLDARHWSDDNILEGRAFFRGDNNP-GRLVLDNINPYDQGIYKCRVDFKTAPTRISNIVLDVIVPPEKPRIHDENN---EEVRLKLGPYRIGQTVSITC 818          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592867955|gb|GAXK01089607.1| (TSA: Calanus finmarchicus comp421018_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 265.388 bits (677), Expect = 1.286e-74
Identity = 134/340 (39.41%), Postives = 208/340 (61.18%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVS-PRFMVDNLESGAQYELELFSYNAKGKSKVV-KIIETTKK 492
            ++S DGNVTES L+F P++KH GK+LRC++ NP++    I   W L+I+Y P V L LG ++S+++I E  D YF+C + S P   ++NW  NG+ +      G+I  N SLVLQ +++   G+Y C +SN  G   S  + L++KY PVCA+ +  +YG++  E+  I C V + PS  ++F WTFN+S+E+  +P  R    G+ S L Y+  T  DYGT+LC A N +G Q +PCVFH+I AV P    +C + N +S    + C  GFDGG+ QTF + ++   T  V  + +S+  P  ++++LE+G+ Y + + + N KG S  V K +ET ++
Sbjct: 1125 TSSVDGNVTESILQFTPRMKHIGKVLRCKASNPLVEKKDIFSDWPLNISYAPNVELVLGKSISADSIYEGGDAYFDCRVNSSPPPDRVNWYHNGLPLSHSAENGVIFTNYSLVLQKINQARAGSYMCESSNQVGKGRSEEIILDVKYVPVCANPEPEIYGVSKAELVDIVCRVEANPS-EVQFRWTFNNSAELIRVPNVRAVSEGSRSTLSYTPQTSMDYGTLLCSASNTVGEQRKPCVFHIILAVSPEPVENCSVINKSSETFHLQCVPGFDGGMNQTFHILVKDRITNSVKYDNASLDRPEVLIEHLEAGSAYSVTVIAINKKGASTAVYKTVETLQQ 2141          

HSP 2 Score: 117.472 bits (293), Expect = 3.501e-26
Identity = 115/419 (27.45%), Postives = 185/419 (44.15%), Query Frame = 0
Query:   10 VSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRG-NNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKF-GPYNEGSELFLTCST-----------SKDGNVTE--------STLRFQPKIKHQGK-----LLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQS-LVLQGLSR--NATGTYHCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTT----SRLVYSLNTGRDYGTILCWAENELG 386
            +S + G +  LPCD +P +      L++WFK+E    PI+S +V G   + + R W+   + G RA F  KD+  S L + D++  + G YRCRVDFR A T N  +NL +I+ P    I++E     E N F GPY E   + L C              ++G + +        ST+R    +    +        C   N  + +S I +T HLD+N+ P   + + +  S   +  + D+    +  S+P  H + W  + I +        + GN +  +LQ   R  +      C ASN  +E   + +   LNI Y P    + ++V G       I  G  A  +C VNS P  + R +W  N       LP S   + G      S ++  +N  R  G+ +C + N++G
Sbjct:  327 ISVVSGNTATLPCDISPPTQREKASLILWFKEEE-GKPIFSVEVGGLTELSLARPWSSPSHFGERAQFRTKDRFTSLLTVKDIKGNESGLYRCRVDFRDAQTSNSFVNLRVIVLPSPVAIYDEH--WKERNTFVGPYYEKDTINLVCQAVGGDPKPSVVWKRNGTIVDSDFIELSNSTVRNVLTVTSLSREDLHSEYSCSVSNNNI-SSPITNTVHLDMNF-PPTSITIDNRDSQLVVGTKVDIVCH-SFGSRPPAH-ITWYIDNIRLEGSHETSSVDGNVTESILQFTPRMKHIGKVLRCKASNPLVEKKDIFSDWPLNISYAP----NVELVLGKSISADSIYEGGDAYFDCRVNSSPPPD-RVNWYHNG------LPLSHSAENGVIFTNYSLVLQKINQAR-AGSYMCESSNQVG 1526          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592769134|gb|GAXK01185434.1| (TSA: Calanus finmarchicus comp321731_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 265.774 bits (678), Expect = 3.474e-74
Identity = 136/338 (40.24%), Postives = 200/338 (59.17%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKD 493
            TS D NVT ST+      +  GK L C++  P +  S +E T  L+I YI    L LGS++   ++K  +D+Y EC +Q+ PR HK+ W+ +G+ I QD+  GII+ N +LVLQ ++ + +G Y C A N EG+  SN + L+IKY+P+CA  Q+  Y +   + A I C V S+P N+L FHW FN+S EI  + +S+    GT S + Y   T  DYG++LCWAEN +G Q+EPCVF L+PA  P    +C I ++      + C AG DGG+ QTF +EIR   TG ++ N +S  P+F V  L+   +  L + S+N  G S+ V +   T ++
Sbjct: 1258 TSSDNNVTTSTISLLASAEQAGKTLTCKAAIPNLVNSGVETTQTLNIQYISAAKLSLGSSMEISHVKRGDDIYLECGVQANPRPHKVIWEKDGVPIKQDVSGGIILSNLTLVLQRIAPSGSGNYKCKAYNKEGSVTSNSLPLHIKYEPICAQGQEASYRVPLNKRAEIVCQVMSDPDNDLTFHWLFNTSREIIDIQQSQTRVNGTRSIVDYIPRTDMDYGSLLCWAENSVGKQTEPCVFQLLPAKRPGPVKNCSISDIGIASFEVDCIAGNDGGLNQTFFLEIRHLETGILVANQTSEMPKFSVIGLQPHQEVNLTVHSFNTVGPSEKVTLKAVTSEN 2271          

HSP 2 Score: 103.605 bits (257), Expect = 8.774e-22
Identity = 55/146 (37.67%), Postives = 78/146 (53.42%), Query Frame = 0
Query:    9 NVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            ++S + G S  LPC+   S     + LV+WFK    + PIY+ D R   +E  RHW+D   L  RA F     P   L+ID ++  D GTY+CRVDF+  PT    +NL +  PP KP I+++ G  +   K GPY  G  + + C
Sbjct: 2647 HISTMAGSSASLPCNLTSSVPGDSVRLVLWFKG-MEEKPIYTLDARDKTLEEARHWSDDKVLEGRAFFRSSLSP-GRLMIDSVKLYDDGTYKCRVDFKIQPTTISHVNLTVNTPPEKPTIYDDTGKEVRL-KLGPYQIGESVMIKC 3075          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592867956|gb|GAXK01089606.1| (TSA: Calanus finmarchicus comp421018_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 265.388 bits (677), Expect = 5.151e-74
Identity = 134/340 (39.41%), Postives = 208/340 (61.18%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVS-PRFMVDNLESGAQYELELFSYNAKGKSKVV-KIIETTKK 492
            ++S DGNVTES L+F P++KH GK+LRC++ NP++    I   W L+I+Y P V L LG ++S+++I E  D YF+C + S P   ++NW  NG+ +      G+I  N SLVLQ +++   G+Y C +SN  G   S  + L++KY PVCA+ +  +YG++  E+  I C V + PS  ++F WTFN+S+E+  +P  R    G+ S L Y+  T  DYGT+LC A N +G Q +PCVFH+I AV P    +C + N +S    + C  GFDGG+ QTF + ++   T  V  + +S+  P  ++++LE+G+ Y + + + N KG S  V K +ET ++
Sbjct:  824 TSSVDGNVTESILQFTPRMKHIGKVLRCKASNPLVEKKDIFSDWPLNISYAPNVELVLGKSISADSIYEGGDAYFDCRVNSSPPPDRVNWYHNGLPLSHSAENGVIFTNYSLVLQKINQARAGSYMCESSNQVGKGRSEEIILDVKYVPVCANPEPEIYGVSKAELVDIVCRVEANPS-EVQFRWTFNNSAELIRVPNVRAVSEGSRSTLSYTPQTSMDYGTLLCSASNTVGEQRKPCVFHIILAVSPEPVENCSVINKSSETFHLQCVPGFDGGMNQTFHILVKDRITNSVKYDNASLDRPEVLIEHLEAGSAYSVTVIAINKKGASTAVYKTVETLQQ 1840          

HSP 2 Score: 117.472 bits (293), Expect = 4.272e-26
Identity = 115/419 (27.45%), Postives = 185/419 (44.15%), Query Frame = 0
Query:   10 VSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRG-NNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKF-GPYNEGSELFLTCST-----------SKDGNVTE--------STLRFQPKIKHQGK-----LLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQS-LVLQGLSR--NATGTYHCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTT----SRLVYSLNTGRDYGTILCWAENELG 386
            +S + G +  LPCD +P +      L++WFK+E    PI+S +V G   + + R W+   + G RA F  KD+  S L + D++  + G YRCRVDFR A T N  +NL +I+ P    I++E     E N F GPY E   + L C              ++G + +        ST+R    +    +        C   N  + +S I +T HLD+N+ P   + + +  S   +  + D+    +  S+P  H + W  + I +        + GN +  +LQ   R  +      C ASN  +E   + +   LNI Y P    + ++V G       I  G  A  +C VNS P  + R +W  N       LP S   + G      S ++  +N  R  G+ +C + N++G
Sbjct: 1439 ISVVSGNTATLPCDISPPTQREKASLILWFKEEE-GKPIFSVEVGGLTELSLARPWSSPSHFGERAQFRTKDRFTSLLTVKDIKGNESGLYRCRVDFRDAQTSNSFVNLRVIVLPSPVAIYDEH--WKERNTFVGPYYEKDTINLVCQAVGGDPKPSVVWKRNGTIVDSDFIELSNSTVRNVLTVTSLSREDLHSEYSCSVSNNNI-SSPITNTVHLDMNF-PPTSITIDNRDSQLVVGTKVDIVCH-SFGSRPPAH-ITWYIDNIRLEGSHETSSVDGNVTESILQFTPRMKHIGKVLRCKASNPLVEKKDIFSDWPLNISYAP----NVELVLGKSISADSIYEGGDAYFDCRVNSSPPPD-RVNWYHNG------LPLSHSAENGVIFTNYSLVLQKINQAR-AGSYMCESSNQVG 2638          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592900557|gb|GAXK01057818.1| (TSA: Calanus finmarchicus comp517891_c1_seq2 transcribed RNA sequence)

HSP 1 Score: 257.299 bits (656), Expect = 1.865e-71
Identity = 136/345 (39.42%), Postives = 202/345 (58.55%), Query Frame = 0
Query:  147 GSELFLTCS-TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEI---RSYNTGEVIRNFSSVS-PRFMVDNLESGAQYELELFSYNAKGKSKVVKI 486
            G+ L    S  S D N T STL++ P ++   K LRCR+ENPV+  S IE+   L+++Y P++ LRLG  L  + IKE +DVYF+C + + PR HKL WK +G  I      G IM   +L++Q + R +TG Y C A+N EG+  SN V L ++Y PVC   Q    G+A GE + + C V+S P     F W FN+S+E+  +P S      T S   Y   T  DYG++LCW  NELG Q EPCVF ++PA  P    +C ++N T   + +SC+ G+DGGV Q FV+EI     + T ++     S+  P+F ++NL +G ++++ +++ N KG S+  ++
Sbjct: 1233 GNRLIAASSEVSDDRNATVSTLKYAPSVRENEKSLRCRAENPVLAGSVIENIITLEVSYFPQLWLRLGQNLVQDKIKEGDDVYFDCEVSANPRIHKLIWKHDGEIIKSSPDNGYIMNEGNLIIQSVKRGSTGLYSCHATNSEGSGNSNVVSLIVQYAPVCL-SQGQAVGVAKGEESRVVCQVDSNPPPT-NFKWQFNTSTELRNIPASNVFNDDTQSVAQYVPMTELDYGSLLCWGINELGKQEEPCVFAILPAGKPDPVSNCSVDNRTYTAVLVSCQPGYDGGVAQQFVLEIIPSAFFPTLDIQNKIESIHYPQFRIENLPAGTEFKVVVYAKNEKGVSEKTEV 2261          

HSP 2 Score: 116.701 bits (291), Expect = 8.103e-26
Identity = 61/152 (40.13%), Postives = 92/152 (60.53%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEI-GRHW-NDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +P+  V  + G  T LPC+  PS     +L+V+W+KD     PIYS+D+R ++ E  G  W N+      RA    K +P + L +  + E+DGG YRCRVDF+ +PT+ +K++L +I+PP   ++ +E+G  + E K GPYN GS L LTC
Sbjct:  438 VPMMKVETVSGMLTNLPCNITPSVPGDRVLIVLWYKD-GYGKPIYSFDLRDDSPESEGLLWANEDGGDIPRAQLNVKSQPTAFLSLLGVEERDGGIYRCRVDFKKSPTRFWKVDLTVIVPPTISVLLDEKGTEV-EGKVGPYNVGSTLVLTC 887          
BLAST of EMLSAG00000006805 vs. C. finmarchicus
Match: gi|592900558|gb|GAXK01057817.1| (TSA: Calanus finmarchicus comp517891_c1_seq1 transcribed RNA sequence)

HSP 1 Score: 257.299 bits (656), Expect = 2.119e-71
Identity = 136/345 (39.42%), Postives = 202/345 (58.55%), Query Frame = 0
Query:  147 GSELFLTCS-TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEI---RSYNTGEVIRNFSSVS-PRFMVDNLESGAQYELELFSYNAKGKSKVVKI 486
            G+ L    S  S D N T STL++ P ++   K LRCR+ENPV+  S IE+   L+++Y P++ LRLG  L  + IKE +DVYF+C + + PR HKL WK +G  I      G IM   +L++Q + R +TG Y C A+N EG+  SN V L ++Y PVC   Q    G+A GE + + C V+S P     F W FN+S+E+  +P S      T S   Y   T  DYG++LCW  NELG Q EPCVF ++PA  P    +C ++N T   + +SC+ G+DGGV Q FV+EI     + T ++     S+  P+F ++NL +G ++++ +++ N KG S+  ++
Sbjct: 1233 GNRLIAASSEVSDDRNATVSTLKYAPSVRENEKSLRCRAENPVLAGSVIENIITLEVSYFPQLWLRLGQNLVQDKIKEGDDVYFDCEVSANPRIHKLIWKHDGEIIKSSPDNGYIMNEGNLIIQSVKRGSTGLYSCHATNSEGSGNSNVVSLIVQYAPVCL-SQGQAVGVAKGEESRVVCQVDSNPPPT-NFKWQFNTSTELRNIPASNVFNDDTQSVAQYVPMTELDYGSLLCWGINELGKQEEPCVFAILPAGKPDPVSNCSVDNRTYTAVLVSCQPGYDGGVAQQFVLEIIPSAFFPTLDIQNKIESIHYPQFRIENLPAGTEFKVVVYAKNEKGVSEKTEV 2261          

HSP 2 Score: 116.701 bits (291), Expect = 8.185e-26
Identity = 61/152 (40.13%), Postives = 92/152 (60.53%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEI-GRHW-NDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +P+  V  + G  T LPC+  PS     +L+V+W+KD     PIYS+D+R ++ E  G  W N+      RA    K +P + L +  + E+DGG YRCRVDF+ +PT+ +K++L +I+PP   ++ +E+G  + E K GPYN GS L LTC
Sbjct:  438 VPMMKVETVSGMLTNLPCNITPSVPGDRVLIVLWYKD-GYGKPIYSFDLRDDSPESEGLLWANEDGGDIPRAQLNVKSQPTAFLSLLGVEERDGGIYRCRVDFKKSPTRFWKVDLTVIVPPTISVLLDEKGTEV-EGKVGPYNVGSTLVLTC 887          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000006805 (pep:novel supercontig:LSalAtl2s:LSalAtl2s381:99810:264138:-1 gene:EMLSAG00000006805 transcript:EMLSAT00000006805 description:"maker-LSalAtl2s381-augustus-gene-2.12")

HSP 1 Score: 1559.66 bits (4037), Expect = 0.000e+0
Identity = 765/765 (100.00%), Postives = 765/765 (100.00%), Query Frame = 0
Query:    1 MTVVIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQSSPGTAGDNDGTNTAXTXLCXSXHPSIIXXNLQLPPLPPPKPHLRSIPVAXLSTLPKNFHSSSVSNPHSSLRFPIQLLQSFPSPPETTSFAVSALVRSRSGTSSMDPIESEILLPPPAECLYTLPRKKPLDNDNSKPRRSVRFDDIKKKTPGRRRKSNMESAV 765
            MTVVIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQSSPGTAGDNDGTNTAXTXLCXSXHPSIIXXNLQLPPLPPPKPHLRSIPVAXLSTLPKNFHSSSVSNPHSSLRFPIQLLQSFPSPPETTSFAVSALVRSRSGTSSMDPIESEILLPPPAECLYTLPRKKPLDNDNSKPRRSVRFDDIKKKTPGRRRKSNMESAV
Sbjct:    1 MTVVIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQSSPGTAGDNDGTNTAXTXLCXSXHPSIIXXNLQLPPLPPPKPHLRSIPVAXLSTLPKNFHSSSVSNPHSSLRFPIQLLQSFPSPPETTSFAVSALVRSRSGTSSMDPIESEILLPPPAECLYTLPRKKPLDNDNSKPRRSVRFDDIKKKTPGRRRKSNMESAV 765          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000011552 (pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693:1561256:-1 gene:EMLSAG00000011552 transcript:EMLSAT00000011552 description:"maker-LSalAtl2s7-augustus-gene-15.10")

HSP 1 Score: 277.33 bits (708), Expect = 3.461e-81
Identity = 155/430 (36.05%), Postives = 234/430 (54.42%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRR-----NSPNSSLHEHTWKT 580
            T ++GN T S+  + PK    GK L CR+EN  +  S IED W L I YIP + L  G+ L+  NI E  DVYFEC I S P  +K+ W+ N   ++ +  +GII+   SLVLQ + RNATG+Y C ASN EG+ +SN + L + YKPVC++    + GI    +A+++C+V+S P     F WTFN++ +   + +  ++Q  T S L+Y+     DYG + CWA+N+LG    PC+F +IPA PP  P +C + N T+  L + C++GFDGG  Q F++ +    TG+ + N S++ P F +  L SG    + ++S N  G+S V  +IE              F+          LK      E  G    A L P L I+ G  + L++V+ VI+L ++ +   ++     +SP S   E  +KT
Sbjct:  275 TWEEGNKTYSSFTYTPKPNDNGKRLTCRAENTKLKGSAIEDVWKLTIYYIPEIILNFGANLNPNNIAEGNDVYFECNISSNPPVYKIVWRHNNKIVNHNKSKGIIISGTSLVLQEVKRNATGSYSCTASNTEGDIISNTITLRVMYKPVCSNINIQITGIGKDRLANVSCNVHSHPLPQ-EFFWTFNNTDKSIDISKYNFSQNSTHSNLLYTPPEDIDYGKLYCWAQNKLGKMESPCIFQIIPAGPPEPPTNCSVVNQTTESLEVRCQSGFDGGSKQHFLLCVTDIETGKTLANSSNIVPEFQISGLNSGRGLLITIYSSNTNGRSNVPVVIE-------------GFT----------LKVAQLQLESPG----AILSPTLGILVGTITTLLIVAFVIMLVIRSKTKRQQRLPVNSSPVSVKEEDNFKT 676          

HSP 2 Score: 104.375 bits (259), Expect = 2.709e-23
Identity = 63/155 (40.65%), Postives = 84/155 (54.19%), Query Frame = 0
Query:   10 VSGILGQSTQLPCDTNPSSSD------HPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKF--GPYNEGSELFLTCST 156
            V  + G    LPCD  P +S+      H +LL            IYSYD R ++   GR W+D    GARA+F+    P + L I+D+R ++  +YRCRVDF+ APT+N  INL +I+PP  P I NE G   E+  F  GPY  GS + L C T
Sbjct:   16 VIAVEGGIAYLPCDIRPPNSEEQKKYSHFILL-----------QIYSYDSRSSSKLTGRRWSDDRGFGARAYFDIDTYP-ALLKIEDVRREETQSYRCRVDFKSAPTRNSLINLTVIVPPSTPTILNENG---EDINFIAGPYEVGSTVILKCVT 155          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000006645 (pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:101243:-1 gene:EMLSAG00000006645 transcript:EMLSAT00000006645 description:"augustus_masked-LSalAtl2s367-processed-gene-1.0")

HSP 1 Score: 272.707 bits (696), Expect = 1.120e-80
Identity = 134/333 (40.24%), Postives = 206/333 (61.86%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQ--IEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEI---RSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSK 482
            + +  GNV+ S +++ P   HQ  LL CR  N  +   Q  +ED   L+I Y P V L LG  ++ ++++E +DVYF C I + P  +KL W+ NG ++ QD+ +GII+ NQSLVLQ + R+  G+Y C ASN+EG+ +S+PV ++I Y+PVC  DQK +YG++  E A I+C V++ P     F W+FN+SS    LP + +T  G+ S L Y+  T  DYGT+LCWAEN +G+Q  PC++H+IPA  P  P +C + N T + L + C AGF  G+ Q F ME+   +S    +++ N ++ +P+ +   L  G    L +++ NAKG+S+
Sbjct:  286 TVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAE-SFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRSR 617          

HSP 2 Score: 105.916 bits (263), Expect = 6.762e-24
Identity = 60/157 (38.22%), Postives = 85/157 (54.14%), Query Frame = 0
Query:    7 VRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWF-KDEATDDPIYSYDVRGNNVEIGRH-------WNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENK-FGPYNEGSELFLTC 154
            ++ V+ + G    LPCD    +    + LV+W+ KD  T  PIYSYD R    +I +        W++    G RAHF     P +TL + D+   D GTY CRVDFR +PT  + I L+II+PP +PLI ++RG  ++     GP+ EG  L L C
Sbjct:    4 IKRVTTVEGGRVDLPCDITTPAIGDSVYLVLWYRKDSGT--PIYSYDSRQTTEKIIQDVPERPDLWSEPSAFGDRAHFRVSSNP-ATLSVTDVHRLDAGTYTCRVDFRQSPTIYHHITLDIIVPPQQPLILDDRGREVKGTMGIGPFREGDSLTLEC 157          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000010733 (pep:novel supercontig:LSalAtl2s:LSalAtl2s711:147730:211115:1 gene:EMLSAG00000010733 transcript:EMLSAT00000010733 description:"maker-LSalAtl2s711-snap-gene-2.11")

HSP 1 Score: 267.7 bits (683), Expect = 2.723e-80
Identity = 167/493 (33.87%), Postives = 258/493 (52.33%), Query Frame = 0
Query:    4 VIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGK-----LLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQD--------LREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQ--IGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKS 481
            +IP   +S + G S  LPC+  PS S   + LV++F++  T+ PIY+YD RG +    RHW+D   LG RA F     P + LV+D++R  D G YRCR    H  ++ Y +N +      +P   + R     ++     ++ SEL           V ES +  + ++ + G+     ++ C++ N  +      D  ++ +N +P+  L LG  L+  NIKE EDVYFEC ++S P+ +K++W+FN + +  D        L  GII+ NQSLVLQ ++++ +G Y C+A N E               P C   Q  V+G+A  E   I+CSV + P +++ F W FNSS E   +P  R+      TTS + Y   T  DYG++LCWA N +G Q  PC++HL+PA  P    +C + N  S+ L + C  G++GG+PQTF++E +      ++    S  P F V  L   + Y L ++S NAKG S
Sbjct:   10 IIPTPTLSAVQGSSVDLPCNITPSISSDKVRLVLFFRNN-TNIPIYTYDTRGQSHLESRHWSDDTVLGGRAFFRGDQDP-ARLVLDNVRGDDAGMYRCRF---HQRSQGYLMNEDKRFDLSRP---SPRVTWWRDHAL--IDDKSEL-----------VHESKVSNELRLLNLGRRDLHXIITCQASNNNISVPTSPDG-NVTLN-VPQSILSLGRNLNGSNIKEGEDVYFECNVRSNPKPYKISWRFN-VTLSTDDENPLIDNLHAGIIISNQSLVLQSVTKHQSGIYTCVAHNTED-------------APYCKPGQIQVFGVARQESVRISCSVIANPESSISFEWRFNSSGETVDMPHDRFHSPSFATTSVIEYVPRTEMDYGSLLCWAINSIGRQETPCIYHLVPAGVPDPLRNCSVGNQGSSRLQVVCDKGYNGGLPQTFILEAKDNRNLMIVAKIQSNVPFFNVTGLRPSSSYVLNIYSNNAKGSS 465          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000007485 (pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:332231:1 gene:EMLSAG00000007485 transcript:EMLSAT00000007485 description:"augustus_masked-LSalAtl2s42-processed-gene-3.5")

HSP 1 Score: 270.011 bits (689), Expect = 1.861e-77
Identity = 163/452 (36.06%), Postives = 247/452 (54.65%), Query Frame = 0
Query:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNS-SSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVS-------------PRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKF-RC---AMRRNSPN-SSLHEHTWKTDNSDSSKSL 589
            S DGNVT STL+F+P ++  G++L CR+EN ++  S I D   L + Y P V L LGS+L+   IKE +DVYFEC +++ PR  K++W+ +G+ +  D ++GII+   SLV+Q + R + G Y CMA+N EG   SNPVEL++ Y PVC+  Q    GI   E A + C V+  P  +  FHW FNS SS+   LP+      G+ S   Y      DYGT++CW +N LG Q  PCVFH+IPA  P     C + N T   + + C+ G+DGG+ QTFV+E+   N  E   + ++++             P+F ++ L  G  + L +++ N+KG+S+   +   T K+   R  K    AE+T     + +     P +          P+L I+ GI S L+L S+V+ L ++  RC     RR   +  SL  ++   ++ DS K+L
Sbjct:  303 SDDGNVTLSTLKFKPSMQDHGRILSCRAENTLLSDSSITDERELIVYYSPEVELSLGSSLNPNEIKEGDDVYFECKVKAFPRATKIDWQKDGVTLLADTKKGIIINQHSLVIQRVDRKSRGEYVCMATNDEGIGGSNPVELDVHYIPVCS-RQGQGIGIGRNEEARVVCHVDGNPDPH-SFHWQFNSTSSDAEDLPKESIIIDGSLSVATYVPRGEMDYGTLMCWGKNALGRQVNPCVFHIIPAGKPDGVEGCAVTNKTFTTIRVECKQGYDGGLRQTFVLELYPQNAFEGSLSPAALAGLTPMTKIENRHFPQFSLEKLPQGTGFSLLVYARNSKGESEKCILRAYTLKNAERRVDKLYPEAENTRLSSSDWRH----PRRHA--------PLLWIIVGIASVLLLASMVLGLIIRMTRCCGQGQRRGLHHIHSLRSNSTTNEDDDSKKTL 740          

HSP 2 Score: 104.375 bits (259), Expect = 3.503e-23
Identity = 54/154 (35.06%), Postives = 89/154 (57.79%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEI-GRHW---NDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +PV +V  + G  T LPC+  P+  +  + LV+W+KD     P++S+D+R    +  G+ W   +D      RA    +  P + L +  + ++D GTYRCRVDF+H+PT+ +K+NL++I+PP   LI +E+G+++         E S L LTC
Sbjct:   27 VPVTSVQSVAGMLTNLPCNITPTIPNDKVNLVLWYKD-GFGKPLFSFDLRDETPDSDGKIWANADDGNQDSYRAQLHTRSAPTAVLSLLGVTDEDAGTYRCRVDFKHSPTRYWKVNLSVIVPPISSLILDEKGVVVXXXXX--XXELSTLVLTC 177          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000004130 (pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205:205970:-1 gene:EMLSAG00000004130 transcript:EMLSAT00000004130 description:"maker-LSalAtl2s218-augustus-gene-2.15")

HSP 1 Score: 253.062 bits (645), Expect = 1.369e-72
Identity = 143/414 (34.54%), Postives = 227/414 (54.83%), Query Frame = 0
Query:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTT-SRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILT--IVGGIGSALILVSLVIILALKFRCAMRRN 567
            S DGN T   L+F PK++  GK L C++ NP++  S + D   L I+Y PRV L LG ++S  +I E  DVYF+C + + P   K+ W  + + ++Q+  EGI++ N+SLVLQ ++R  +G Y C A N  G   S  + L++KY PVC + Q +V+G+   E+  + C V + PS  L+FHWTFN+S++   +P  R  ++  T S+L Y+  T +DYGT++C A NE+G Q  PC+FH+I AV P    +C I N +S    + C  GFDGG+ Q F++ +   +T  V  N ++      + NL +G+ Y   +   N KG  K  +++  T    ++   +   +  S+     E    +   EK+G    A    ILT  +VGG     ILV  ++ + +++    +RN
Sbjct:  131 SPDGNTTVGVLQFLPKMEDIGKELGCKALNPLIVKSALRDKILLKIDYAPRVELVLGKSISLTSIYEGSDVYFDCIVSAAPHPIKILWFQDNVQLNQNYTEGILLTNRSLVLQNIARRRSGGYTCQAINAVGRGSSQAIILDVKYIPVCKNKQPVVHGVGKSEMVDVICDVTANPS-KLKFHWTFNNSADFINVPRVRAIKVNDTRSKLTYTPRTNKDYGTLMCSATNEVGTQKNPCIFHIILAVAPDPVENCTIINKSSETFHLHCVPGFDGGMEQLFLVTVTERSTSLVRYNATARQLDLFIPNLRAGSSYLTTVTPMNKKGYGKTTQVLVDTLNHPAVELTQAEGAYSSSSSSSSESISDTHFSEKKGIMNVAEDWAILTGVLVGGCSCIFILV--LVSVTIRYCVYHQRN 541          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000005255 (pep:novel supercontig:LSalAtl2s:LSalAtl2s280:113423:235837:-1 gene:EMLSAG00000005255 transcript:EMLSAT00000005255 description:"augustus_masked-LSalAtl2s280-processed-gene-3.0")

HSP 1 Score: 216.853 bits (551), Expect = 8.630e-60
Identity = 134/426 (31.46%), Postives = 223/426 (52.35%), Query Frame = 0
Query:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKP--RFHKLNWKFNGIDIHQ----DLREGIIMGNQS----LVLQGLSRNATGTYHCMASN----IEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGE-----VIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCA 563
            S  G  T STL + P  +   K L CR+ NP +    IEDTW L++ Y P V ++LG++L +++I++  DVYF+C I++ P  +   + W  NG  + +    D+R  +++ + +    LVLQG+ + A G Y C+  N     +    S PV L++K+   C   +  VYG+A  E A I C+V + P + + F WTFN+S+E   + E      G  S LV++     +YGT++CW+ N +G Q+ PCVFH+I A  P    +C I N +++   ++C  GF+GG+PQ F + +  Y  GE     ++ N SS +P F V  LE G+ +   L  +N KG       + TT +  +L+           L E+  + P+   P  +       + P+   + GIGS + LV +++++A++   +
Sbjct:  144 STSGESTISTLMYTPLPEDTVKTLHCRATNPELLNGVIEDTWSLNVQYPPIVKIKLGASLIADDIRQGVDVYFKCIIKANPPPKTKIVTWLHNGEILKKTRGNDIRARLVLPSVNDPSVLVLQGVKKAARGNYSCVVGNGVPSHDHVVQSQPVFLDVKF---CKPQEAKVYGVAKMETAHIACNVEANPPD-VDFRWTFNNSAEAKQVEERFINSSGFRSVLVFTPTRTLEYGTLMCWSSNSVGEQNAPCVFHIIAAGKPEAVQNCSIVNESTDSFGVNCSPGFNGGLPQHFTLAV--YKVGEDQSRTLVANLSSPTPHFTVTGLEPGSNFIGSLLGHNVKGMG-----VPTTXRVYTLK-----------LPEK-LIPPIEPTPSNEDMLTNVEMSPLALTLLGIGSGIALVIILVMVAIRIHSS 546          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000002420 (pep:novel supercontig:LSalAtl2s:LSalAtl2s145:660235:748689:-1 gene:EMLSAG00000002420 transcript:EMLSAT00000002420 description:"maker-LSalAtl2s145-snap-gene-7.5")

HSP 1 Score: 183.726 bits (465), Expect = 8.674e-49
Identity = 116/358 (32.40%), Postives = 192/358 (53.63%), Query Frame = 0
Query:  161 NVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQ--KMVYGIAHGE----IASINCSVNSEPSNNLRFHWTFNSS-SEINF-LPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGE------VIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFS 504
            N+T S+L F PK+K  G++L C +EN +  A+    T  L I+++P V L + +    E + E ED+  EC I+++PR  ++ W  NG ++  +    +I    +L+L+ +++  +G Y C A+N+EG+  S  V++++ YKPVC D +  K +  I  G       S+ C V+++P    R+ W  NSS SE  F +P +  +   +  +   S    +  G +LCWA NE+G Q  PC+FH++P   P  P +C I N T++ + +SC  GF+GG+ Q F+ME+  Y T +      +  N++  S R +V  L   + Y L + S N +G+S  V +   T+       VK  FS
Sbjct:  347 NLTTSSLYFTPKMKDHGRILTCIAENELGKANA---TRELSIHFVPIVSLEMMN--EKEYVLEGEDLVLECHIKARPRVWRVIWYHNGKEVQPNGDRVVIPEEGTLLLRNVTKERSGDYLCSATNVEGDGFSKIVKISVYYKPVCRDARIAKSIDYINDGRDEVTTISLGCGVDAKPEVK-RYRWLVNSSDSESVFEIPSAENSMTFSNYK---STTGAKTRGQVLCWASNEIGEQGAPCIFHVVPIGAPHPPTNCKIRNHTASTIVVSCSPGFNGGLTQHFIMEV--YETAQNNSQILIATNWTDSSDRLIVRGLTPESNYILSIKSVNERGESSPVYLGGKTEGYIHYLPVKNEFS 693          

HSP 2 Score: 91.2781 bits (225), Expect = 3.677e-19
Identity = 51/154 (33.12%), Postives = 85/154 (55.19%), Query Frame = 0
Query:    8 RNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKD---KPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSK 158
            + +  ++G S  LPC+ + +  D   LLV+W+++     PIYS+D   N     +HW++  + G RA F +       +S L+I +++ +DGG Y+CRVDFR + T++  ++L II  P  P I N+ G  L   + GP+  G  L L C+  +
Sbjct:   90 KEIYTVVGASAHLPCNIS-APDDDGALLVLWYRN-FDAQPIYSFD---NRFSTTKHWSEDQSFGPRALFRDNSIYPGILSELIISNVQFEDGGYYKCRVDFRRSQTRSETLHLRIIEEPDIPSIVNQNGTAL-MGEIGPFALGEALILLCTVDR 237          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000005821 (pep:novel supercontig:LSalAtl2s:LSalAtl2s314:108191:114706:1 gene:EMLSAG00000005821 transcript:EMLSAT00000005821 description:"snap_masked-LSalAtl2s314-processed-gene-1.1")

HSP 1 Score: 157.532 bits (397), Expect = 2.651e-41
Identity = 93/274 (33.94%), Postives = 138/274 (50.36%), Query Frame = 0
Query:  302 KPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTS--------LRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRN 567
            KP C  +Q  VYG+A  E   I+C V + PS ++ F W FN+SSE   L ++R    G+ S  +++  T  DYG+++CW +N +G Q EPCVFHLIPA  P    +C ++N T   L ++C  GFDGG+ QTF + ++   T  ++ N ++V P F ++ L  G  Y L + S N+KG S  + +   T K+          LR  +F FS                              PIL  +  +G ALI+V L I +   + CA RR+
Sbjct:   14 KPFCKPNQVQVYGVAKHEQIRISCDVIANPSADMTFDWVFNTSSERIDLQQNRIDVHGSRSLAIHTPQTELDYGSLMCWGKNYIGKQEEPCVFHLIPAGKPDPAKNCSVQNQTYFSLQLTCHEGFDGGLTQTFTIMVKDTKTSFIVANTTNVKPVFHINGLRPGTSYALSVXSSNSKGASNPIILHAFTMKEAQKRVIQTPHLRSREFVFS------------------------------PILMGLMIVGGALIIVFLFISI---YFCACRRS 254          
BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Match: EMLSAP00000006581 (pep:novel supercontig:LSalAtl2s:LSalAtl2s361:132689:273669:-1 gene:EMLSAG00000006581 transcript:EMLSAT00000006581 description:"maker-LSalAtl2s361-snap-gene-2.29")

HSP 1 Score: 151.369 bits (381), Expect = 2.079e-39
Identity = 87/260 (33.46%), Postives = 134/260 (51.54%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTS 415
            T   G  T S   + P     G  + CR+ENP    S IED   + + Y P + LRLG +L++E+IKE  DVYFEC I+S P    L         + ++ +G+I+ N SLV+Q ++R+  G Y C+ASN  G  ++         +PVCA     V+G+      ++ C ++S P    +F W FNSS +   +  ++Y   G+ S  +   ++  DYGT+ C   N++G Q EPC F + P   P  P +C + N T+
Sbjct:  219 TQTQGGETRSVYTYIPAQDENGYRITCRAENPNXLNSAIEDVVQVAVMYPPSLSLRLGRSLNAEDIKEGADVYFECHIESNPSDKPL---------YHNVSDGVILSNFSLVIQRITRSRAGEYKCLASNPHGQGMN---------RPVCAGTGPTVFGVPKESNVTVKCELSSNPPVT-KFRWWFNSSGKAVNVLSTKYKHHGSIS--IVQPDSDLDYGTLSCLGINDIGRQVEPCSFKITPVSRPNAPGNCTLNNQTA 457          

HSP 2 Score: 87.4261 bits (215), Expect = 2.357e-18
Identity = 40/94 (42.55%), Postives = 59/94 (62.77%), Query Frame = 0
Query:   61 GRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
             +HW+     G RA+F   + P + L+ID +R +D G YRCRVD+R++PT+N K+NL +++PP  P +   RG  +     GPYN+G EL L C
Sbjct:    2 AKHWSAKHPFGNRAYFRVGNDP-TFLLIDAIRLEDEGVYRCRVDYRNSPTRNIKLNLTVVVPPDAPRLTGPRGKDVNGAVAGPYNQGDELQLIC 94          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|325511344|sp|Q9R044.2|NPHN_RAT (RecName: Full=Nephrin; AltName: Full=Renal glomerulus-specific cell adhesion receptor; Flags: Precursor)

HSP 1 Score: 67.0106 bits (162), Expect = 4.636e-10
Identity = 69/299 (23.08%), Postives = 126/299 (42.14%), Query Frame = 0
Query:  200 LDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKL-NWKFNGI---DIHQDLREGIIMGNQS-LVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEI---ASINCSVNSEPSNNLRFHWTFNS---SSEINFLPESRYTQIGTTSRL--VYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIR--NFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKV 483
            LD++Y P +  R     +  N+    D+   C + + P   ++ +W+  G    D++ D  E +  G+   L ++    +  G Y C+  N    A    V L +++ P       +    A G+    A+++C     P  N+ F WT N      +     E RY Q    S L  + +++  +DY    C A N LG  S+     L+    P  PL   + +++ + + +  + GFDGG+PQ F +   +  T   +      + +  F +  L+   +Y + L + NA G S +
Sbjct:  748 LDVHYAPTI--RALRDPTEVNVGGSVDIV--CTVDANPILPEMFSWERLGEEEEDLNLDDMEKVSKGSTGRLRIRQAKLSQAGAYQCIVDNGVAPAARGLVRLVVRFAPQVDQPTPLTKVAAAGDSTSSATLHCRARGVP--NIDFTWTKNGVPLDLQDPRYTEHRYHQGVVHSSLLTIANVSAAQDYALFKCTATNALG--SDHTNIQLVSISRPDPPLGLKVVSISPHSVGLEWKPGFDGGLPQRFQIRYEALETPGFLHVDVLPTQATTFTLTGLKPSTRYRIWLLASNALGDSGL 1038          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|74762572|sp|Q8NFZ8.1|CADM4_HUMAN (RecName: Full=Cell adhesion molecule 4; AltName: Full=Immunoglobulin superfamily member 4C; Short=IgSF4C; AltName: Full=Nectin-like protein 4; Short=NECL-4; AltName: Full=TSLC1-like protein 2; Flags: Precursor)

HSP 1 Score: 64.3142 bits (155), Expect = 1.181e-9
Identity = 66/269 (24.54%), Postives = 115/269 (42.75%), Query Frame = 0
Query:   73 RAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKI-NLNIIIPPGKPLIHNER----GILLEENKFGP----------YNEGSELFLTCSTSKDGNV--TESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWH-LDINYIP--RVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIA 321
            R   EE       + + D R +D G Y C++   +    +++I  L +++ P  P++        G  +E +   P          Y +  EL    S+ ++G V    ST+RF+   K  G ++ C ++N  +P+   + T + LD+ Y P  R+H       S   ++E + +   CA+   PR +++ W       ++ L E      ++L L GL     GTY C ASN  G+A +  V +      V      + Y I  G +A
Sbjct:   76 RFQLEEFSPRRVRIRLSDARLEDEGGYFCQL---YTEDTHHQIATLTVLVAPENPVVEVREQAVEGGEVELSCLVPRSRPAATLRWYRDRKELKGVSSSQENGKVWSVASTVRFRVDRKDDGGIIICEAQNQALPSGHSKQTQYVLDVQYSPTARIHA------SQAVVREGDTLVLTCAVTGNPRPNQIRWNRG----NESLPERAEAVGETLTLPGLVSADNGTYTCEASNKHGHARALYVLVVYDPGAVVEAQTSVPYAIVGGILA 331          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|3334269|sp|O35136.1|NCAM2_MOUSE (RecName: Full=Neural cell adhesion molecule 2; Short=N-CAM-2; Short=NCAM-2; AltName: Full=Neural cell adhesion molecule RB-8; AltName: Full=R4B12; Flags: Precursor)

HSP 1 Score: 63.929 bits (154), Expect = 3.350e-9
Identity = 110/442 (24.89%), Postives = 174/442 (39.37%), Query Frame = 0
Query:   95 DGGTYRCR--------VDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNE-GSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDIN-----YIPRVHLRLGS----------------TLSSENIKEREDVYFECAIQSKPRFHKLNWK-------FNGIDIHQDLREGII--MGNQSLVLQGLSRNATGTYHC-MASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTS---RLVYSL--NTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISC-RAGFDGGVP----QTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKI 486
            D G YRC         +DFR        I + + +PP          I++ +  F    E G E+ LTC  S   + T S  R        GKL+   +E  ++  S  E T    IN     Y+ +   + G                  L +E   E   V   C  + +P   ++ WK       F+  D   D R  +    G  SL ++ +  + +G Y C  AS I G+  S  + L+I+Y P    +Q M Y    G   +I+C V + P  ++  HW      E   LP    T + T S   +++  +   +  D+G   C A N +G + +  +  L  A  P  P    I  ++     IS  +    GGVP    Q  V E+ S  T +++R+   V    ++ +LE    YE+ + + N KG+    KI
Sbjct:  180 DEGIYRCEGRVEARGEIDFR-------DIIVIVNVPPA---------IMMPQKSFNATAERGEEMTLTCKASGSPDPTISWFR-------NGKLIE-ENEKYILKGSNTELTVRNIINKDGGSYVCKATNKAGEDQKQAFLQVFVQPHILQLKNETTSENGHVTLVCEAEGEP-VPEITWKRAIDGVMFSEGDKSPDGRIEVKGQHGRSSLHIRDVKLSDSGRYDCEAASRIGGHQRS--MHLDIEYAPKFVSNQTMYYS-WEGNPINISCDVTANPPASI--HW----RREKLLLPAKNTTHLKTHSVGRKMILEIAPTSDNDFGRYNCTATNRIGTRFQEYILEL--ADVPSSPHGVKIIELSQTTAKISFNKPESHGGVPIHHYQVDVKEVAS-ETWKIVRSHG-VQTMVVLSSLEPNTTYEIRVAAVNGKGQGDYSKI 583          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|81915047|sp|Q8R464.1|CADM4_MOUSE (RecName: Full=Cell adhesion molecule 4; AltName: Full=Immunoglobulin superfamily member 4C; Short=IgSF4C; AltName: Full=Nectin-like protein 4; Short=NECL-4; AltName: Full=TSLC1-like protein 2; Flags: Precursor)

HSP 1 Score: 62.3882 bits (150), Expect = 5.807e-9
Identity = 65/269 (24.16%), Postives = 114/269 (42.38%), Query Frame = 0
Query:   73 RAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKI-NLNIIIPPGKPLIHNER----GILLEENKFGP----------YNEGSELFLTCSTSKDGNV--TESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWH-LDINYIP--RVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIA 321
            R   EE       + + D R +D G Y C++   +    +++I  L +++ P  P++        G  +E +   P          Y +  EL    S  ++G V    ST+RF+   K  G ++ C ++N  +P+   + T + LD+ Y P  R+H       S   ++E + +   CA+   PR +++ W       ++ L E      ++L L GL     GTY C A+N  G+A +  V +      V      + Y I  G +A
Sbjct:   76 RFQLEEFSPRRVRIRLSDARLEDEGGYFCQL---YTEDTHHQIATLTVLVAPENPVVEVREQAVEGGEVELSCLVPRSRPAAVLRWYRDRKELKGVSSGQENGKVWSVASTVRFRVDRKDDGGIVICEAQNQALPSGHSKQTQYVLDVQYSPTARIHA------SQAVVREGDTLVLTCAVTGNPRPNQIRWNRG----NESLPERAEAVGETLTLPGLVSADNGTYTCEAANKHGHARALYVLVVYDPGAVVEAQTSVPYAIVGGILA 331          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|123778954|sp|Q1WIM1.1|CADM4_RAT (RecName: Full=Cell adhesion molecule 4; AltName: Full=Immunoglobulin superfamily member 4C; Short=IgSF4C; AltName: Full=Nectin-like protein 4; Short=NECL-4; Flags: Precursor)

HSP 1 Score: 62.003 bits (149), Expect = 7.242e-9
Identity = 65/269 (24.16%), Postives = 114/269 (42.38%), Query Frame = 0
Query:   73 RAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKI-NLNIIIPPGKPLIHNER----GILLEENKFGP----------YNEGSELFLTCSTSKDGNV--TESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWH-LDINYIP--RVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIA 321
            R   EE       + + D R +D G Y C++   +    +++I  L +++ P  P++        G  +E +   P          Y +  EL    S  ++G V    ST+RF+   K  G ++ C ++N  +P+   + T + LD+ Y P  R+H       S   ++E + +   CA+   PR +++ W       ++ L E      ++L L GL     GTY C A+N  G+A +  V +      V      + Y I  G +A
Sbjct:   76 RFQLEEFSPRRVRIRLSDARLEDEGGYFCQL---YTEDTHHQIATLTVLVAPENPVVEVREQAVEGGEVELSCLVPRSRPAAVLRWYRDRKELKGVSSGQENGKVWSVASTVRFRVDRKDDGGIVICEAQNQALPSGHSKQTQYVLDVQYSPTARIHA------SQAVVREGDTLVLTCAVTGNPRPNQIRWNRG----NESLPERAEALGETLTLPGLVSADNGTYTCEAANKHGHARALYVLVVYDPGAVVEAQTSVPYAIVGGILA 331          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|47117919|sp|Q9UQ74.2|PSG8_HUMAN (RecName: Full=Pregnancy-specific beta-1-glycoprotein 8; Short=PS-beta-G-8; Short=PSBG-8; Short=Pregnancy-specific glycoprotein 8; Flags: Precursor)

HSP 1 Score: 58.9214 bits (141), Expect = 8.462e-8
Identity = 84/370 (22.70%), Postives = 143/370 (38.65%), Query Frame = 0
Query:   37 IWFKDEATD--DPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRV----DFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCS-TSKDGNV-------------------TESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKERED---VYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEIN----FLPESRYTQIGTTSRLVYSLNTGRD 373
            IW+K +  D    I SY V G  +  G  ++    + + A          +L+I ++ ++D G+Y   +    D     T ++   L +  P  KP I          +K  P      + LTC   + D +                    T  TL      K+      C   NPV  AS+ +      +N +P++       ++  N+K RE+   + F C  + K   +   W  NG  +    R    + N+ L+L  ++RN TG Y C   +  G   S PV LN+ Y P              GE+  ++CS +S P    ++ WT N   +++    F+P+      G  +  V +  TG++
Sbjct:   66 IWYKGQIRDLYHYITSYVVDGQIIIYGPAYSGRETIYSNA----------SLLIQNVTQEDAGSYTLHIIMGGDENRGVTGHFTFTLYLETP--KPSI--------SSSKLNPREAMEAVSLTCDPETPDASYLWWMNGQSLPMSHRLQLSETNRTLFLLGVTKYTAGPYECEIRNPVS-ASRSDP---FTLNLLPKLP---KPYITINNLKPRENKDVLNFTC--EPKSENYTYIWWLNGQSLPVSPRVKRPIENRILILPSVTRNETGPYQCEIRDQYGGIRSYPVTLNVLYGPDLPRIYPSFTYYRSGEVLYLSCSADSNPPA--QYSWTINGKFQLSGQKLFIPQITTKHSGLYACSVRNSATGKE 404          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|1709853|sp|Q00889.1|PSG6_HUMAN (RecName: Full=Pregnancy-specific beta-1-glycoprotein 6; Short=PS-beta-G-6; Short=PSBG-6; Short=Pregnancy-specific glycoprotein 6; AltName: Full=Pregnancy-specific beta-1-glycoprotein 10; Short=PS-beta-G-10; Short=PSBG-10; Short=Pregnancy-specific glycoprotein 10; AltName: Full=Pregnancy-specific beta-1-glycoprotein 12; Short=PS-beta-G-12; Short=PSBG-12; Short=Pregnancy-specific glycoprotein 12; Flags: Precursor)

HSP 1 Score: 58.5362 bits (140), Expect = 9.880e-8
Identity = 57/216 (26.39%), Postives = 95/216 (43.98%), Query Frame = 0
Query:  163 TESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVY-FECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEIN----FLPESRYTQIGTTSRLVYSLNTGRD 373
            T  TL      K+      C   NPV  AS+ +    + +N +P++ +    T+++ N +E++DV  F C  + K R +   W  NG  +    R    + N+ L+L  ++RN TG Y C   +  G   SNPV LN+ Y P              GE   ++C  +S P     + WT N   +++    F+P+      G  +  V +  TG++
Sbjct:  197 TNRTLYLFGVTKYIAGPYECEIRNPVS-ASRSDP---VTLNLLPKLPMPY-ITINNLNPREKKDVLAFTC--EPKSRNYTYIWWLNGQSLPVSPRVKRPIENRILILPSVTRNETGPYQCEIRDRYGGIRSNPVTLNVLYGPDLPRIYPSFTYYRSGENLDLSCFADSNPP--AEYSWTINGKFQLSGQKLFIPQITTNHSGLYACSVRNSATGKE 403          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|306755997|sp|A7LCJ3.1|SN_PIG (RecName: Full=Sialoadhesin; Short=pSn; AltName: Full=Sialic acid-binding Ig-like lectin 1; Short=Siglec-1; AltName: Full=p210; Flags: Precursor)

HSP 1 Score: 58.151 bits (139), Expect = 2.285e-7
Identity = 111/496 (22.38%), Postives = 195/496 (39.31%), Query Frame = 0
Query:    9 NVSGILGQSTQLPCDTN-PSSSDHPL-LLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDF----RHAPTKNYKINLNIIIPPGKPLI----HNERGILLEENKFGPYNEGSELFLTCSTSKD---------------GNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSK-PRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNA---TGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVME----IRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELE 471
             V GI G    +PC    P++ + P  +  IW+ D +    + S+  R   V        A+ LG      + ++   +L++ DL+ +D G+Y  R +     R +  K   + +  +  P  P I        G+ ++ N   PY   +E        +D               G     TL      +  G++L C+         +++   HL + + P+  + +  + S  N+   + V   C + S  P+   + W          +++G  + +Q  VLQ L R A    G Y C A N  G+++S PV L++    V       V  I   +  ++ C+   E  + LR+ W  N     + L E  +++   T RL +S+ T  D G   C  +N  G +  P V  ++ + PP+ P D      T  GL    +       P T V+     I +  +GE        SPRF V +  +  + E++
Sbjct:   28 TVQGIKGSCLIIPCTFGFPANVEVPHGITAIWYYDYSGKRLVVSHS-RNPKVVENHFQGRALLLG------QAEQRTCSLLLKDLQPQDSGSYNFRFEISEGNRWSDVKGTVVTVTEV--PSVPTIALPAKLHEGMEVDFNCSTPYVCPTEPVNLQWQGQDPTRSVTSHLQKLEPSGTSHMETLHMALSWQDHGRILSCQVS---AAERRMQKEIHLQVQHAPK-GVEILFSHSGRNVLPGDLVTLSCQVNSSNPQVSSVQW----------VKDGTKLKDQKRVLQ-LRRAAWADAGVYTCQAGNAVGSSVSPPVSLHVFMAEV---QVSPVGSILENQTVTLACNTPKEAPSELRYSWCKN-----HALLEGSHSR---TLRL-HSV-TRADSGFYFCEVQNARGRERSPPV-SVVVSHPPLTP-DLTAFPETQAGLVGILQCSVVSEPPATLVLSHGGLISASTSGE-----GDHSPRFSVASAPNSLRLEIQ 479          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|129661|sp|P11464.1|PSG1_HUMAN (RecName: Full=Pregnancy-specific beta-1-glycoprotein 1; Short=PS-beta-G-1; Short=PSBG-1; Short=Pregnancy-specific glycoprotein 1; AltName: Full=CD66 antigen-like family member F; AltName: Full=Fetal liver non-specific cross-reactive antigen 1/2; Short=FL-NCA-1/2; AltName: Full=PSG95; AltName: Full=Pregnancy-specific beta-1 glycoprotein C/D; Short=PS-beta-C/D; AltName: CD_antigen=CD66f; Flags: Precursor)

HSP 1 Score: 56.9954 bits (136), Expect = 2.678e-7
Identity = 78/332 (23.49%), Postives = 130/332 (39.16%), Query Frame = 0
Query:   37 IWFKDEATD--DPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRV----DFRHAPTKNYKINLNIIIPPGKPLIH----NERGIL----------LEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVY-FECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEI 347
            IW+K +  D    I SY V G          + +  G      E     ++L+I ++  +D G+Y   +    D     T  +   L++  P  KP I     N R  +            +  +  +  G  L +T S       T  TL      K+      C   NPV  +     T +L +  +P+ ++    T+++ N +E +DV  F C  + K   +   W  NG  +    R    + N+ L+L  ++RN TG Y C   +  G   S+PV LN+ Y P              GE+  ++CS +S P    ++ WT N   ++
Sbjct:   66 IWYKGQMRDLYHYITSYVVDG----------EIIIYGPAYSGRETAYSNASLLIQNVTREDAGSYTLHIIKGDDGTRGVTGRFTFTLHLETP--KPSISSSNLNPRETMEAVSLTCDPETPDASYLWWMNGQSLPMTHSLKLSE--TNRTLFLLGVTKYTAGPYECEIRNPVSASRSDPVTLNL-LPKLPKPYI----TINNLNPRENKDVLNFTC--EPKSENYTYIWWLNGQSLPVSPRVKRPIENRILILPSVTRNETGPYQCEIRDRYGGIRSDPVTLNVLYGPDLPRIYPSFTYYRSGEVLYLSCSADSNPP--AQYSWTINEKFQL 374          
BLAST of EMLSAG00000006805 vs. SwissProt
Match: gi|408360031|sp|P70232.2|NCHL1_MOUSE (RecName: Full=Neural cell adhesion molecule L1-like protein; AltName: Full=Cell adhesion molecule with homology to L1CAM; AltName: Full=Chl1-like protein; AltName: Full=Close homolog of L1; Contains: RecName: Full=Processed neural cell adhesion molecule L1-like protein; Flags: Precursor)

HSP 1 Score: 56.9954 bits (136), Expect = 5.131e-7
Identity = 56/226 (24.78%), Postives = 91/226 (40.27%), Query Frame = 0
Query:  162 VTESTLRFQPKIKHQGKL-LRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELG 386
            V E TL+ +  I +Q +   RC + N +  AS     +H+ +   PR   +  S + S            C  + +P+   + W+ NG+ I +    G  M  + +    L  N TG Y C ASNI G  L+N     I   P+     +  Y    G  A ++C   + P   +     +  + E + L   RY      +  +Y   T  D G+  CW +N +G
Sbjct:  290 VHEKTLKIE-NISYQDRGNYRCTANNLLGKASH---DFHVTVEEPPRWKKKPQSAVYSTG----SSGILLCEAEGEPQ-PTIKWRLNGLPIEKHPFPGDFMFPREISFTNLLPNHTGVYQCEASNIHGTILANANIDVIDVIPLIKTKNEENYATVVGYSAFLHCEYFASPKATV----VWEVADETHPLEGDRYHTHENGTLEIYR-TTEEDAGSYSCWVDNAMG 501          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: gb|KYB26611.1| (Protein turtle homolog A-like Protein [Tribolium castaneum])

HSP 1 Score: 331.643 bits (849), Expect = 3.513e-100
Identity = 167/414 (40.34%), Postives = 251/414 (60.63%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERA------WLHPILTIVGGIGSALILVSLVIILALKFRC 562
            +TS DGN T STL F P+ +  GK L CR+EN +M   ++ED W L+I+Y P   + LG++L+ ++I+E  DVYF+C I + P  +K+ WK NG  ++ +++ GII+ NQSLVLQG+SR+  G Y C+  N EG+  SNP  LN+ Y P C  +Q  +YG+A  E A I C V++ P  +++F WTFN+S++   + +S   + GT+S + Y+  T  DYGT+LC+A N +G Q  PCVFH+I A  P +  +C + N++    SI C  GF+GG+PQ+F++E+R  ++ EV  N SS  PRF V  LE+GAQY+  LFSYN KG+S+ V +   T +                            LPEKQ + E+          P+++++ GI SAL++V LV+IL ++ +C
Sbjct:  299 TTSNDGNTTTSTLSFVPRKEDDGKYLSCRAENKMMSTDRLEDKWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCVINAHPPVYKVEWKHNGKALNINIQAGIIITNQSLVLQGVSRSTAGNYTCVGYNTEGDGESNPFYLNVMYAPTCKPNQSRIYGVAKQEQAQITCQVDANPP-DVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGTQRVPCVFHIIAAGRPDQVHNCTLSNISMTSFSIRCSEGFNGGLPQSFLLEVRESHSQEVKSNLSSPVPRFSVTTLEAGAQYQAALFSYNLKGRSEPVILQAATLR----------------------------LPEKQLTAEKDNHRSAFRFTPMMSVLIGIVSALLIVGLVVILLVRLQC 683          

HSP 2 Score: 115.931 bits (289), Expect = 1.114e-25
Identity = 58/150 (38.67%), Postives = 86/150 (57.33%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +P  ++  + G+   LPCD +       +LLV+W++ E    PIYS D R  +  +   W+D      RA+F  + +P + L +D +RE D G YRCRVDF+ A T+N K+NL +I+PP K +I NE G  L E+  GP+ EG+   L C
Sbjct:   27 VPTSHIEVVAGEPVYLPCDISTGDPSDQVLLVLWYR-EDLGTPIYSVDGRDRDFSLAERWSDENVFANRAYFMPEKQP-AELGVDHIRETDQGVYRCRVDFKVAQTRNSKVNLTVIVPPQKIVITNESGAQL-ESVVGPFPEGASFTLRC 173          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: EEB13394.1 (sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 314.309 bits (804), Expect = 4.495e-94
Identity = 165/420 (39.29%), Postives = 245/420 (58.33%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERA------WLHPILTIVGGIGSALILVSLVIILALKFRC--AMRR 566
            + S+DGN T STL F        K L CRSEN ++   ++E TW L I Y+P   + LG +L+   I+E  DVYF+C I ++P  +K+ WK NG  ++ ++  GII+ NQSLVLQ +SR++ G Y C+  N EG + S+P +LNI Y P C  +Q  V+GIA  E ASI+C+V + PS ++ F W FN+S+E   +  S  T+ GT S + Y+  T  DYGT+LCWA+N +G Q  PCVFH+I A  P    +C + N++     I C  GF+GG+PQ+F++E+    T E+  N +S  PRF+V+NLESG QY + + ++N KG+S+ + +  +T +                            LPEKQ + ER        + P++T+V  IG A +LV++ I+L L+ +C  A RR
Sbjct:  390 TISEDGNTTTSTLSFVASKTDADKYLSCRSENSLIMGEELESTWKLKIQYLPECRIELGKSLNKNTIREGSDVYFDCFITAEPSVYKVEWKHNGRQLNHNIARGIIISNQSLVLQSVSRSSGGNYSCLGYNSEGESESDPFDLNILYAPTCKPNQIRVHGIAKSEKASISCAVEANPS-DVTFRWLFNNSAESIDVASSHITKSGTLSIVSYTPRTEMDYGTLLCWAKNSIGDQKVPCVFHIIAAGRPDSVSNCSVFNISLASFLIKCTEGFNGGLPQSFLLEVLKTTTQEITINTTSPVPRFIVENLESGIQYHVLISAFNPKGRSEPMVLQASTLR----------------------------LPEKQLTLERESQKSVIQMTPLMTVVSIIGGAFLLVAIAIVLVLRIQCYRARRR 780          

HSP 2 Score: 116.701 bits (291), Expect = 5.961e-26
Identity = 97/375 (25.87%), Postives = 166/375 (44.27%), Query Frame = 0
Query:    4 VIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLL------RCRSE----------------------NPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDI---HQDLREGIIMGNQSLVLQGLSRNATGTYHCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG---IAHGEIASINCSVNSEPSNNLRFHWTFN 342
             +P+ +V+ + G    +PC+ + S     +++V+W++ E    PIY+ D R  ++     W+       RA+F  +  P + L +D +RE D G YRCRVDFR A T+N K+NL +I+PP K +I +E    ++ +  GPY EG++L L C    DG    +   ++ KIK  GK++      + RSE                      N   P   +  T H+D+N+ P +++ +  ++   +   R D+  + +    P    + W  NG  +    + + E       +L       +A     C + N  I G  L +  +L I+Y P C  +         I  G     +C + +EPS   +  W  N
Sbjct:  120 AVPIYHVTAVQGDPVYMPCNISTSEEGDAVVIVLWYR-EDLGTPIYTIDTRDRSILQADRWSADNGFANRAYFMPEKLP-AELGVDHVRESDSGIYRCRVDFRKAQTRNTKVNLTVIVPPQKIVILDEND-AVKTSTVGPYLEGNDLNLKCDV-HDGKPKPTVNWYRGKIK-LGKMISYTSGTKIRSEIIIKNLQRKDLNSQLTCVATNNNKTQP---LTTTVHIDMNF-PPLNVEILGSMQPLSAGRRYDLLCQSSGSRPP--ATITWWINGQRLDKAKETISEDGNTTTSTLSFVASKTDADKYLSCRSENSLIMGEELESTWKLKIQYLPECRIELGKSLNKNTIREGSDVYFDCFITAEPS-VYKVEWKHN 482          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: gb|EFA06826.2| (Neural cell adhesion molecule 1-like Protein [Tribolium castaneum])

HSP 1 Score: 299.671 bits (766), Expect = 1.163e-88
Identity = 142/341 (41.64%), Postives = 216/341 (63.34%), Query Frame = 0
Query:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSS--VSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTS 495
            S+  N + S L F P I   GK L CR+ENP +P S +ED W L+++Y P V L++GSTL+ ++IKE +DVYFEC I++ P+ +KL+W  +G++I Q++  G+IM +QSLVLQ ++R   G Y CMA+N+EG + SN V+L ++Y PVC  D++ +YG    E  ++ C V++ P+  + FHWTFN+S ++  +P +R+T   ++SRL Y+  +  DYGT+LCW +N++G Q  PCVF ++ A  P +  +C + N +S+ L + C  GFDGG+PQ F MEI          N +S    P F  D L+ G  Y + L++ NAKG+S+   I   T K  +
Sbjct:  313 SEQNNQSLSILTFVPVIDDDGKYLTCRAENPSIPESALEDKWRLNVHYTPVVTLKMGSTLNPDDIKEGDDVYFECNIRANPKAYKLSWFHDGVEIFQNVTAGVIMSDQSLVLQSVTRATGGAYTCMATNVEGKSTSNAVQLVVRYAPVCKQDREELYGALKQETVTLRCQVDANPA-IVTFHWTFNNSGDLTEVPANRFTNELSSSRLNYTPVSDLDYGTLLCWGDNDVGHQKVPCVFQVVIAGRPSQLQNCTVSNQSSDSLQVDCTEGFDGGLPQNFFMEILELPALRSRLNVTSYRTPPTFFADGLDPGVSYRIMLYAVNAKGRSEATIIDPVTFKGVA 652          

HSP 2 Score: 122.865 bits (307), Expect = 7.371e-28
Identity = 61/154 (39.61%), Postives = 91/154 (59.09%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHN----ERGILLEENKFGPYNEGSELFLTC 154
            +P+  V G+L +   LPCD  P   D  + +V+WFK E   +P+YS+DVR       ++W+     G RA+F     P +TL I  ++  D G YRCRVDF+++PT+N K+N  +I+PP K  I++    ++ ILL     GPYNEGS++ L C
Sbjct:   42 VPMVEVQGVLNKKKGLPCDITPKERDDAVAMVLWFK-ETIGEPLYSFDVRARQFSQAKYWSSPHVFGDRAYFRHTTSP-ATLEIASIQLSDEGIYRCRVDFKNSPTRNSKVNFTVIVPPEKIHIYDDKRVDKTILL-----GPYNEGSDVNLLC 188          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: XP_394552.4 (PREDICTED: nephrin [Apis mellifera])

HSP 1 Score: 298.516 bits (763), Expect = 1.222e-87
Identity = 158/432 (36.57%), Postives = 251/432 (58.10%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFE------RAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKT 580
            S S DGN T S L F       G+ L C++ENP+M +  I D W L+I Y P   ++LG++L+   I+E  DVYF+C I ++P  +K+ W+  G  +H ++ +GII+ NQSLVLQG+ R + G Y C+  N EG+  S P  LN+ + P C  +Q  V+G+A  E A+I+C V++ P  +++F WTFN+S+E   +  S   + GT+S + Y+  T  DYGT+LCWA N +G Q  PCV+H+IPA  P    +C   N ++N  S+ C  GF+GG+PQ+F++E+R  N+ E+  N +S  PRF V +LESGA Y+  +++YN KG+S                        E+ + + G ++    LPEKQ + E         L P+L+++ G+ +ALI+V++++++ L+ +         S + +H  +T
Sbjct:  311 SMSSDGNTTTSILSFMATKTDAGRQLSCKAENPIMGSESIRDDWVLEIQYTPETRIQLGTSLNPNEIREGTDVYFDCLIHAEPPVYKVEWRHLGKTLHSNVTQGIIISNQSLVLQGVDRKSAGNYTCVGYNTEGDGESTPFYLNVMFSPTCKPNQTKVHGVAKQEKANISCQVDANPP-DVQFRWTFNNSAESIDVAASHIARAGTSSIVSYTPMTELDYGTLLCWATNRIGHQQVPCVYHIIPAGRPDMVHNCTTLNTSTNSFSVRCTEGFNGGLPQSFLLEVRESNSQELRANLTSPVPRFSVTHLESGALYQACIYAYNDKGRS------------------------EAMVVQAGTMR----LPEKQLTSESERPRQNIRLMPMLSVMIGVVTALIIVAVIVMVVLRIQHTQVDEQSKSQMEDHGKQT 713          

HSP 2 Score: 112.464 bits (280), Expect = 1.615e-24
Identity = 55/150 (36.67%), Postives = 86/150 (57.33%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            IP+ ++  ++G  T LPCD + +     + LV+W++++     +YS D R  +  I   W+D      RA+F    KP + L +D +RE+D G YRCRVDF+   T+N K+NL +I+PP K +I ++ GI    +  GPY +G  L L C
Sbjct:   42 IPISHIVALVGDPTYLPCDISTTQEGDSVHLVLWYREDLGTS-VYSVDARDRDFGIAERWSDDTVFSNRAYFMPDKKP-AELGVDHIREEDAGIYRCRVDFQIGQTRNSKVNLTVIVPPHKIVIVDDSGI-ARNSMVGPYMKGDTLRLYC 188          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: EAA08599.5 (AGAP004230-PA [Anopheles gambiae str. PEST])

HSP 1 Score: 295.819 bits (756), Expect = 7.340e-87
Identity = 163/450 (36.22%), Postives = 253/450 (56.22%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKK--DTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDN---SDSSKSLSMIDNQEVDD 599
            +TS DGN T STL         GK L C++ N  + +  +ED W LDI Y+P   +RLGS+L  + I+E  DVYF+C +++ P  +K+ WK N   + +++ +G+I+   SLVLQG+SR   G Y C+  N EG   S   ELN+ Y P CA +Q  VYG+A  E A I C V++ P  ++ F WTFN+S+E   +  S  +++GT+S + Y+     DYGT+LC A N++G Q +PCVFH+I A  P +  +C + NV+   L++ C  GF+GG+ Q+F +E+R  ++ E+  N +S  PRF V NL   A Y+L ++++N+KG+S+   +   T++  +  ++D            E+ E +P S LP          L P L+I  G+ +A+++ S  I+LALKF C         +    T +T +   SD S +    D  E D+
Sbjct:  276 TTSADGNQTTSTLSIVLNRTDAGKYLSCKAYNTYVQSDALEDGWQLDIQYVPDASVRLGSSLDPDAIREGTDVYFDCIVKAHPAVYKVEWKHNNKTLTRNISQGVIVSKHSLVLQGVSRTTAGNYTCVGFNAEGEGSSPTFELNVMYAPTCAPNQPRVYGVAKQENAEIRCVVDANPP-DVEFKWTFNNSAESIDVQASHISRLGTSSIVSYTPMIELDYGTLLCSATNKIGKQRQPCVFHIIAAGRPDQVHNCTVANVSMTSLAVRCYEGFNGGLAQSFFLELRDSHSQEMRFNNTSPVPRFTVPNLHPSAVYQLAVYAFNSKGRSEPYVMSAATQRLPEKQMKD-----------SEKVE-RPRSPLP----------LTPTLSIAIGLAAAVLIGSCAIVLALKFPCGASGRRNKETAQGTTVRTSSPGPSDKSVASKEYDGNESDE 702          

HSP 2 Score: 136.346 bits (342), Expect = 4.855e-32
Identity = 105/378 (27.78%), Postives = 178/378 (47.09%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCST-----------SKDGNVTESTLRFQPKIKH------QGKLLR--------CRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQ--SLVLQGLSRNATGTY-HCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFNSSS 345
            +PV  +  ++G++  LPC+ +       ++LV+W++++    PIYS D RG  V   + W+D    G RA+F+ + +P   L + ++RE D G YRCRVDF  A T+N  +NL II+PP + +I ++ G +      GPY+EG  + L C              +DG    +  ++ P  KH       G L R        CR+ N    A+ +E +  +D+N+ P +++RL       +   R D+  + A  S+P    + W  +G+ + +        GNQ  S +   L+R   G Y  C A N  ++ +AL +  +L+I+Y P    D  +  G       I  G     +C V + P+   +  W  N+ +
Sbjct:    6 VPVVAMEALVGETIYLPCNVSTHEPGDNVVLVLWYREDK-GSPIYSADTRGREVGSAKRWSDDSMFGDRAYFQFEKEP-GELAVQNVRETDSGMYRCRVDFIVAQTRNSVVNLTIIVPPERMVIRDQLG-MERTTVAGPYSEGDNIKLRCDVYGGRPTPTVTWYRDGVAMVADTKYMPLGKHLRSEIALGPLTRQDLHTKLVCRASNHAR-ANPVEQSVQIDMNFAP-LNIRLIGAHQPLSAGRRYDLLCQSA-GSRPA-ASITWFLDGVRLDKSKETTSADGNQTTSTLSIVLNRTDAGKYLSCKAYNTYVQSDALEDGWQLDIQYVP----DASVRLGSSLDPDAIREGTDVYFDCIVKAHPA-VYKVEWKHNNKT 371          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: EEB14623.1 (sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 293.508 bits (750), Expect = 2.373e-86
Identity = 161/424 (37.97%), Postives = 248/424 (58.49%), Query Frame = 0
Query:  145 NEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVS--PRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRR 566
            N+  + F    T ++G+   S L   P I   GK L CR+ENPV+P S +ED W L+++Y+P V L++G+ L+ ++IKE +DVYFEC +++ P+ +KL W  NG ++H ++  G+I+ + SLVLQG+S++  G Y C+A+NIEG  +SNPV L + Y P C DD++ ++G    E  ++ C V++ P   + F WTFN+S ++N +P +RYT   T S L Y+  +  DYGT+ CW  N +G Q  PC+F ++ A  P    +C I N T++ L + C   FDGG+PQTF+ME+    T E+ RN S V   P F +  LESG  Y++ LF+ NAKG+S+   +IET         V F   A+ T    G   P+              ++P+LT +    S L+++  ++++AL  R   RR
Sbjct:  290 NKQIKRFAKSYTEQNGD-GLSILSLIPVIDDDGKYLTCRAENPVVPDSALEDKWRLNVHYMPLVTLKIGANLNPDDIKEGDDVYFECNVKANPKSYKLAWFHNGKEMHHNISAGVILSDVSLVLQGVSKHTAGDYTCLAANIEGKGISNPVTLKVMYVPTCRDDREELHGALKHETVALKCEVDANPP-LVTFQWTFNNSGDLNEVPVTRYTSSSTISTLNYTPVSDMDYGTLACWGSNSVGQQKVPCIFQVVAAGHPFPLTNCTILNQTADSLHVECLENFDGGLPQTFLMELLELPTLELKRNISVVRAPPVFSIYGLESGTTYQVNLFAVNAKGRSEPF-VIET---------VTFKGVAKYT----GITTPIP-------------MNPVLTGLIATASTLVVIVCLVLMALYRRNRTRR 684          

HSP 2 Score: 129.413 bits (324), Expect = 5.910e-30
Identity = 69/158 (43.67%), Postives = 98/158 (62.03%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATD-DPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHN----ERGILLEENKFGPYNEGSELFLTCSTS 157
            IPV +V G+LG+   LPCD N       + +V+WFK  +TD +P+YS+DVRG        W+   +  +RA F     P + LV+D+L+  D G YRCRVDF+++PTKN K+NL IIIPP KP+I++    +R  L+E     PYNEGS++ L C  +
Sbjct:   29 IPVTSVLGVLGKKVSLPCDINSRDPKDAVSMVLWFK--STDGEPLYSFDVRGKKFGNANTWSSPDHFDSRAFFRTAPTP-AELVVDNLQMDDEGMYRCRVDFKNSPTKNQKVNLTIIIPPEKPVIYDAKSRDRTKLIE-----PYNEGSDVSLVCEVT 178          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: EFX83297.1 (hypothetical protein DAPPUDRAFT_48053, partial [Daphnia pulex])

HSP 1 Score: 285.034 bits (728), Expect = 2.317e-85
Identity = 140/340 (41.18%), Postives = 206/340 (60.59%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSL--NTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNT-GEVIRNFSSV-SPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETT 490
            +TS DGN++ S+L F    +  G+ L CR+EN  +PAS +EDT  LD+ Y+P VHL LGS L    IKE +DVY EC I++ P   K+ WK NG  + Q+   GIIM NQSLVLQ + R   G Y C+A+NIEG   SN + L +K++P C   Q+  YG +  E  ++ C+V++ P+ +L F W FNS+  +  +P    +  G  S + + +  N  +DYGT+LCWA N +G Q +PCVF + PA  P  P +C + N+TSNGLS++C  G+DGG+ Q F +++    T  + + N + V S  F V +L+    YEL +++ N KG+S  V ++  T
Sbjct:  272 TTSSDGNISYSSLTFVASAEDGGQYLTCRAENHELPASVMEDTLKLDVQYVPVVHLELGSKLQIAAIKEGDDVYMECNIRAHPWVTKVTWKHNGRALQQNSSAGIIMSNQSLVLQRIDRQTAGIYTCLATNIEGQGESNALALPVKFRPHCQPGQQTAYGASRNEAVTVRCAVDAHPATDLSFRWMFNSTLAVAEVPNGSISTSGWQSNVTHRVYQNEQQDYGTLLCWARNAIGEQRDPCVFSIQPAGEPSAPYNCTVNNITSNGLSVNCLPGYDGGLTQFFNLQVLQAKTDNKAVFNATGVQSGDFGVYSLDPATSYELHIWAENTKGRSSSVVLMAET 611          

HSP 2 Score: 113.62 bits (283), Expect = 3.274e-25
Identity = 92/352 (26.14%), Postives = 159/352 (45.17%), Query Frame = 0
Query:   13 ILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHW-NDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSK-----------DGNVTESTLRFQP-----KIKHQGKLLR--------CRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGN---QSLVLQGLSRNATGTYHCMASNIE--GNALSNPVELNIKYKPVC---ADDQKMVYGIAHGEIASINCSVNSEP 331
            I+G + +L CD   S     +LLV+W+KD  T  P YS D RG  ++  +HW +D + L  RAH +     +  L+   LRE D G Y+CRVDF+ +PT++Y+I+L +I P  KP+I + +GI +  N  G Y+ G+ L L C+ ++           DG   E  L + P      + H  +L R        C + N  +    +     L    +P + +++     + +  + + V    A+ S P  H ++W   G  +          GN    SL     + +      C A N E   + + + ++L+++Y PV       +  +  I  G+   + C++ + P
Sbjct:    8 IIGNTAELTCDLKSSVPGDYVLLVLWYKDGETM-PFYSVDARGKYMKDAQHWSDDKMMLYGRAHLKANSDKVRLLLEPVLRE-DEGVYKCRVDFKKSPTRHYRIHLAVITPASKPVITDSKGIEV-RNVSGLYDSGTPLTLICTVTQGQPVPRVIWYEDGRAIEGLLEYLPNKQIRNVLHIAQLSRANHNVRYSCAASNSRILPPLVSAITILMRRKMPLLEVKIEKESRAVSANKPQQVTCR-AVGSSPPPH-ISWWKAGSRLQASHETTSSDGNISYSSLTFVASAEDGGQYLTCRAENHELPASVMEDTLKLDVQYVPVVHLELGSKLQIAAIKEGDDVYMECNIRAHP 354          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: XP_006563754.1 (PREDICTED: synaptogenesis protein syg-2-like isoform X5 [Apis mellifera])

HSP 1 Score: 289.271 bits (739), Expect = 4.938e-85
Identity = 158/417 (37.89%), Postives = 240/417 (57.55%), Query Frame = 0
Query:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSR--LVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSV-SPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPN 570
            S+DGN T STL  +P +    K++ CR+EN  +  S +EDTW L++ ++P +HL+LGS ++ ++I+E +DVYFEC + + P  +K+ WK NG  I  + + G+I+   SL L+ ++R+  G Y C+ASN+EG+  SN VEL I YKP+C  DQK +YG+A  E A I+C+V + P  +  F WTFN++ E+  + ES+Y      S+  LVY   T  DYGT+ CWA N  G Q+  CVFH+IPA  P    +C + N T+  LS+ C  GFDGG PQ F++E+    TG +  N +S  +  F V +LE+G    + L++ NAKG+S          + TSL       + + T    G   P          FE   + P+L  + G+ +AL+ V++  ++A+K R   R   P+
Sbjct:  226 SQDGNTTSSTLILKPTLSDHDKMITCRAENSKIQRSIMEDTWKLNVFFVPILHLKLGSNMNPDDIEEGDDVYFECKVHANPNAYKVIWKHNGNVIQNNAKNGVIVQEYSLALRKVNRSQAGNYTCIASNVEGDGYSNTVELKIMYKPICLPDQKRIYGVARHEDARISCNVEAYPPPD-SFRWTFNNTEEMVDVSESKYKNSTRRSQSILVYRPMTEMDYGTVSCWASNTAGQQNNACVFHIIPAGKPESLYNCTLSNQTTESLSVECCVGFDGGQPQHFLLEVFDQQTGILQANITSKRNAAFTVRDLEAGKVLNMVLYAVNAKGRS----------EPTSLEGFTLKVAEKQT----GIPVP----------FE---ITPLLGGLIGVVTALLFVTIATLVAMKIRNERRAQRPS 614          

HSP 2 Score: 94.3597 bits (233), Expect = 6.081e-19
Identity = 53/136 (38.97%), Postives = 79/136 (58.09%), Query Frame = 0
Query:   53 VRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIK-HQGKLLRCRSENP 187
            +RG   E   HWND  +L  RA F    +P +TL I+ + E+DGG YRCRVDF  +PT+N +I+L +I+PP KP I +E G ++ +   GPY E  ++ L C  S          R +PK+K  +G++L   ++ P
Sbjct:    1 MRGKQSEKDSHWNDKNHLNDRAFFRTVTEP-ATLNINHIEERDGGEYRCRVDFAKSPTRNSRIHLTVIVPPHKPNIIDEHGTIV-QTITGPYEENEDMKLQCLVSGG--------RPEPKVKWWRGEMLLDSTDEP 126          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: AGB95814.1 (uncharacterized protein Dmel_CG12950, isoform B [Drosophila melanogaster])

HSP 1 Score: 290.812 bits (743), Expect = 9.783e-85
Identity = 157/453 (34.66%), Postives = 242/453 (53.42%), Query Frame = 0
Query:  153 TCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQSSP 605
            T +TS DGN T STL         GK L C++ N  +P+  +ED W LDI Y+P  ++RLG++L    ++E  DVYF+C + + P   ++ W+ N   +  ++  G+I+ N SLVLQG++R   G Y C+  N EG  +S P  LNI Y P CA +QK VYGIA  E A + C+V++ P   + F WTFN+S+E   +  +   + GTTS + Y+  T  DYGT+LC A N++G Q  PCVFH+I A  P +  +C + N++   L+++C  GF+GG+PQ+F +E+    T E+  N +S  P+F V  L  G+ Y L ++++N KG+S    +         LR  +   ++E T   + EL                   P++++  G+  A+++  L IILAL+  C          L       D S      S   ++EVDD  + +P
Sbjct:  290 TETTSSDGNQTTSTLSISLSKSDAGKYLSCKAYNHAVPSEPLEDGWKLDIQYVPEAYVRLGTSLDPSTLREGTDVYFDCLVMAHPNVFRIEWRHNEQPLSHNISLGVIISNHSLVLQGVTRATAGNYSCVGFNAEGEGISAPFALNILYAPTCAQNQKKVYGIAKQEDAKVMCTVDANP-REVEFSWTFNNSAESIDVATNHIIRSGTTSIVTYTPITELDYGTLLCLASNKIGKQRVPCVFHIIAAGRPEKVHNCTVNNISMTSLTVTCSDGFNGGLPQSFNLELLDSYTQEIKANITSTIPKFTVPGLSPGSIYRLNIYAFNTKGRSDPAIV-----NAAMLRMPEKQLTSEQTHNLRAEL----------------LFSPVMSLTIGLTLAVLVAVLAIILALRIPCTASSRRRQKELSNENISRDESPGPSDKSS-GSKEVDDCDEKNP 719          

HSP 2 Score: 113.62 bits (283), Expect = 7.555e-25
Identity = 102/380 (26.84%), Postives = 163/380 (42.89%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC-----------STSKDGNVTESTLRFQPKIKH--QGKLLRCRSENPVMP-----------------ASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQ--SLVLQGLSRNATGTY-HCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFN 342
            +P+  +  I+G++  LPC+      D P+L V+W++D+    PIYS D+R    +  + W+D    G RA+F    +P   L I + +  D GTYRCRVDF  A T N +I LN+I PP + +I +   +       GPY+EG  + L C           S  +DG      +    ++ H   GK++ C    P +                  A  +E    +D+N+ P +++RL       +   R D+  + A    P    + W  NGI + +        GNQ  S +   LS++  G Y  C A N  +    L +  +L+I+Y P    +  +  G       +  G     +C V + P N  R  W  N
Sbjct:   23 VPIHQIESIVGENIYLPCNVTTYDGDEPVL-VLWYRDDK-GTPIYSIDIRAGVSKAPKRWSDDSVFGDRAYFIFDKEP-GKLSIQNTQASDSGTYRCRVDFLKAQTINSRIRLNVISPPKQVIIRDSSNV-ERSTVVGPYSEGDIVSLKCQVIGGYPTPTISWYRDG------IEIPCELSHLAGGKIIECEITLPSLGREDLNSRLTCRALSHPRAPIVEAVVQIDMNFAP-LNIRLLGAHQPLSAGRRYDLLCQSAGSRPPAV--ITWWQNGIRLEKTTETTSSDGNQTTSTLSISLSKSDAGKYLSCKAYNHAVPSEPLEDGWKLDIQYVP----EAYVRLGTSLDPSTLREGTDVYFDCLVMAHP-NVFRIEWRHN 384          
BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Match: AAF54434.2 (uncharacterized protein Dmel_CG12950, isoform A [Drosophila melanogaster])

HSP 1 Score: 290.812 bits (743), Expect = 9.783e-85
Identity = 157/453 (34.66%), Postives = 242/453 (53.42%), Query Frame = 0
Query:  153 TCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQSSP 605
            T +TS DGN T STL         GK L C++ N  +P+  +ED W LDI Y+P  ++RLG++L    ++E  DVYF+C + + P   ++ W+ N   +  ++  G+I+ N SLVLQG++R   G Y C+  N EG  +S P  LNI Y P CA +QK VYGIA  E A + C+V++ P   + F WTFN+S+E   +  +   + GTTS + Y+  T  DYGT+LC A N++G Q  PCVFH+I A  P +  +C + N++   L+++C  GF+GG+PQ+F +E+    T E+  N +S  P+F V  L  G+ Y L ++++N KG+S    +         LR  +   ++E T   + EL                   P++++  G+  A+++  L IILAL+  C          L       D S      S   ++EVDD  + +P
Sbjct:  290 TETTSSDGNQTTSTLSISLSKSDAGKYLSCKAYNHAVPSEPLEDGWKLDIQYVPEAYVRLGTSLDPSTLREGTDVYFDCLVMAHPNVFRIEWRHNEQPLSHNISLGVIISNHSLVLQGVTRATAGNYSCVGFNAEGEGISAPFALNILYAPTCAQNQKKVYGIAKQEDAKVMCTVDANP-REVEFSWTFNNSAESIDVATNHIIRSGTTSIVTYTPITELDYGTLLCLASNKIGKQRVPCVFHIIAAGRPEKVHNCTVNNISMTSLTVTCSDGFNGGLPQSFNLELLDSYTQEIKANITSTIPKFTVPGLSPGSIYRLNIYAFNTKGRSDPAIV-----NAAMLRMPEKQLTSEQTHNLRAEL----------------LFSPVMSLTIGLTLAVLVAVLAIILALRIPCTASSRRRQKELSNENISRDESPGPSDKSS-GSKEVDDCDEKNP 719          

HSP 2 Score: 113.62 bits (283), Expect = 7.555e-25
Identity = 102/380 (26.84%), Postives = 163/380 (42.89%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC-----------STSKDGNVTESTLRFQPKIKH--QGKLLRCRSENPVMP-----------------ASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQ--SLVLQGLSRNATGTY-HCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFN 342
            +P+  +  I+G++  LPC+      D P+L V+W++D+    PIYS D+R    +  + W+D    G RA+F    +P   L I + +  D GTYRCRVDF  A T N +I LN+I PP + +I +   +       GPY+EG  + L C           S  +DG      +    ++ H   GK++ C    P +                  A  +E    +D+N+ P +++RL       +   R D+  + A    P    + W  NGI + +        GNQ  S +   LS++  G Y  C A N  +    L +  +L+I+Y P    +  +  G       +  G     +C V + P N  R  W  N
Sbjct:   23 VPIHQIESIVGENIYLPCNVTTYDGDEPVL-VLWYRDDK-GTPIYSIDIRAGVSKAPKRWSDDSVFGDRAYFIFDKEP-GKLSIQNTQASDSGTYRCRVDFLKAQTINSRIRLNVISPPKQVIIRDSSNV-ERSTVVGPYSEGDIVSLKCQVIGGYPTPTISWYRDG------IEIPCELSHLAGGKIIECEITLPSLGREDLNSRLTCRALSHPRAPIVEAVVQIDMNFAP-LNIRLLGAHQPLSAGRRYDLLCQSAGSRPPAV--ITWWQNGIRLEKTTETTSSDGNQTTSTLSISLSKSDAGKYLSCKAYNHAVPSEPLEDGWKLDIQYVP----EAYVRLGTSLDPSTLREGTDVYFDCLVMAHP-NVFRIEWRHN 384          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|827541650|ref|XP_012544058.1| (PREDICTED: hemicentin-2 [Bombyx mori])

HSP 1 Score: 366.696 bits (940), Expect = 6.411e-112
Identity = 200/616 (32.47%), Postives = 311/616 (50.49%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGIL--------LEENKFG--------------------PYNEGSELFLTCSTS-------------------------KDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPA-SQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRR 566
            +P+  V  + G+   LPCD      +  +LLV+W++++    PIYS D R  +  +   W+D     +RA+F  + +P + L +D +R  D G YRCRVDF+ A T+N ++NL +I+PP K +I +++G +        +E + F                     P +      L C +S                          DGN T ST+  Q      G  L CR+ NP MP+   +ED W LDI Y+P   +RLG+ L  +NI+E  DVYF+C I + P  +K+ W+ NG  +  ++  GII+ NQSLVLQG+ R   G Y C+  N EG+  S P  L++ Y P C   Q+ V+G+A  E A I C V++ P   + F WTFN+++  N + +S  ++ GT+S + Y+ +T  DYGT+LCWA N +G Q  PCV+H+I A  P +  +C + N +     + C  GF+GG+PQ+F++E+R   T E++ N SS  PRF    L  G  Y   + +YNAKG+     +  +T +      V               L    T  +  G+   A        VGG G  ++++ ++ ++ +K RCA R+
Sbjct:   22 VPMTQVVAVSGEPVYLPCDIATQDEEDAVLLVLWYRED-LGTPIYSVDARERDFGVAERWSDESVFASRAYFLPERRP-AELGVDRVRATDQGVYRCRVDFKQAQTRNSRVNLTVIVPPTKMVITDDKGDIKQAIVGPYIEGDTFSLTCDVTGVPPLTVHILGSNQPLSASRRYDLLCQSSGSRPPASITWWKNGQRINNAKETLSTDGNTTTSTVSLQLTKADAGAKLACRASNPQMPSVPPLEDDWMLDIQYVPETVVRLGTNLDPKNIREGSDVYFDCVINAHPYVYKVEWRHNGKPLVHNVGHGIIISNQSLVLQGVGRRTAGNYTCVGFNAEGDGESKPFSLDVLYAPTCRSSQQRVHGVAKQERAHITCHVDANPP-EVTFRWTFNNTANSNEVSDSYVSRAGTSSTVTYTPHTEMDYGTLLCWAHNRIGKQRVPCVYHIIAAGRPDQVHNCTVVNASLTSFGVRCSEGFNGGLPQSFLLEVREIITQEIVANVSSAVPRFTAVGLAPGRTYAAAILAYNAKGRGDPYPLRASTLRPPEKHHV-----------HDKSLDLPRTAFQMSGAMSAA--------VGG-GGIIMVILVIFMIGVKHRCAKRK 614          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|861639804|gb|KMQ92982.1| (protein turtle a-like protein [Lasius niger])

HSP 1 Score: 348.206 bits (892), Expect = 1.239e-107
Identity = 192/512 (37.50%), Postives = 289/512 (56.45%), Query Frame = 0
Query:    4 VIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYS------YDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINF--LPESRYT-QIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIE---NVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSP-----RFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRD 498
            ++    VS +LG++  LPCD  PS+ +  + +V+WF+D A   PIY       +DVRG       +W+D+  +G RA+F    KP + L ++ ++  D G YRCRVDF+++PTKN+++NL +I+PP +  I++  G+ +E    GP+  G E  L+C    D                 GK+L+CR ENP M  + +ED + L++ + P+V L LGSTL++ENIKE +DVYFEC +++ P  HK+ W+ NG  + Q+   GIIM  QSLVLQG+ R+  G Y C+ASN  G   S  V L +++ PVC   +  + G +  E   + C V+++PS  + F W FN+S E NF    ++R+    GT S LVY+  + RDYG + C   N +G Q  PC++ +IPAV P    +C I+   N +S  L + C  G+DGG+ Q F +E     TG +  N SSVS      R  V +L     + L  ++ NAKG+S+V     +  +D  LRD
Sbjct:   38 LVSTSKVSAVLGRTATLPCDIEPSTREDRVYMVLWFRDYAVK-PIYRQAYLTVFDVRGRAFNKALNWSDSTAVGPRAYFVTVTKP-AALSLEAVQLDDEGVYRCRVDFKNSPTKNFQVNLTVIVPPHQLFIYDSSGVQVESVA-GPFRVGVEFGLSCEVRGD---------------DHGKILKCRGENPAMTDAYLEDFFKLNVVFPPKVQLHLGSTLNAENIKEGDDVYFECKVRANPEHHKITWRHNGAVLTQNYSAGIIMSTQSLVLQGIGRDNAGNYTCLASNDRGETTSPIVNLRVQFAPVCTLKEVTIIGASLEESVKVRCEVDADPS-EVDFFWEFNNSGE-NFEVTGQARFDGNNGTMSELVYTPQSERDYGALTCRGRNAIGKQETPCIYQVIPAVKPNPLNNCTIKASLNQSSEILEVECVPGYDGGLHQEFRLEAYEVLTGNLRVNASSVSADLPIFRIAVADLLPATHFYLVTYAVNAKGRSEV-----SLLEDIMLRD 524          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|1009598456|ref|XP_015927731.1| (PREDICTED: hemicentin-2-like [Parasteatoda tepidariorum])

HSP 1 Score: 353.984 bits (907), Expect = 2.974e-107
Identity = 194/535 (36.26%), Postives = 286/535 (53.46%), Query Frame = 0
Query:   11 SGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFL-----------------------------TC-------------------------STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPL-DCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETT 490
            + ++     LPCD +P S+D  ++L++W+K E    PIY+ D R   VE  R  + + +L  RA+F   ++P + L +D ++E D G YRCRVDFR A T N  I L +I+PPG+P I +E G+ ++    GPYNEG  L +                             TC                          +++ G+VT S  RF P ++       CR+ NPV+P S   D W L+I+Y+P V L+LGST     I+E  DVYFEC I + P   +++W F G ++  +   GI++ NQSLVLQ + R   G Y+CMA+N EG   SN V L I+Y P C  +QK +YG+A  E   + C ++++P  N+ F W FNSS +   L    +   G+ S + Y  +T  DYG+I+CW  N++G Q EPCVF +IPA PP EPL +C + N T + L + C  G++GG+ Q F +E+      ++  NF+S+ P+F V  L SG    L +F+ N KGKS  + +   T
Sbjct:   18 TAVVRGKVALPCDISPPSADDSVVLILWYKGE-DPAPIYTLDARRGTVEQARQ-SASTHLENRAYFNMINRP-AFLQLDPVQEDDAGEYRCRVDFRKARTVNTVITLKVIVPPGEPAILDEEGVQVK-GMIGPYNEGDSLLIICESIGVKPVDVRIDPNRQPLSSGQEYEFTCIAAGSRPPAIITWWKSNKQLKNPDDKSTQAGDVTTSIFRFTPTVQDNNVHFSCRAHNPVIPGSAESDGWTLEIHYVPHVSLQLGSTFKKGEIQEGNDVYFECNIHANPWITEVSWYFKGQELRTNTSAGIVISNQSLVLQKVQRTNRGLYYCMATNTEGTGRSNEVFLRIRYAPECKPNQKKIYGVALFETVGVTCELDADPE-NITFRWRFNSSGK--SLDLGNFKTFGSKSTVSYRPHTDDDYGSIVCWGSNDVGRQREPCVFTIIPAGPP-EPLQNCTVVNYTEDSLQVECIEGYNGGLMQVFQLEVYDDTGRKLHGNFTSLQPQFYVSGLPSGKLLRLVVFAKNNKGKSSPIVMAANT 544          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|1126591298|ref|XP_019697697.1| (PREDICTED: contactin-1a isoform X2 [Harpegnathos saltator])

HSP 1 Score: 353.599 bits (906), Expect = 7.438e-107
Identity = 199/559 (35.60%), Postives = 299/559 (53.49%), Query Frame = 0
Query:    4 VIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC----------------------------------------------STSKDGNVTES--------TLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINF--LPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIE---NVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSP-----RFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRD 498
            ++    VS +LG++  LPCD  PS+ +  + +V+WF+D A   PIYS+DVRG       +W+D+  +G RA+F    KP + L ++ ++  D G YRCRVDF+++PTKN+++NL +I+PP +  +++  G+ LEE   GP+  G E  L+C                                              ST + G + ES        TL F P     GK+L+CR ENP +  + ++DT+ L++ + P+V L LGSTL+++NIKE +DVYFEC +++ P  HK+ W+ NG  + Q+   GIIM  QSLVLQ + R+  G Y C+ASN  G   S  V L +++ PVC   +  + G +  E   + C V+++PS  + F W FN+S E NF   P       GT S LVY+  + RDYG + CW  N +G Q  PC++ +IPAV P    +C I+   N ++  L + C  G+DGG+ Q F +E     TG +  N SSVS      R  V +L     + L  ++ NAKG+S+V     +  +D  LRD
Sbjct:   57 IVSTSKVSAVLGRTATLPCDIEPSTREDRVYMVLWFRDYAMK-PIYSFDVRGRAFNKALNWSDSTAVGPRAYFVTVTKP-AALSLEAVQLDDEGIYRCRVDFKNSPTKNFQVNLTVIVPPHQLFVYDHSGVQLEEVA-GPFEVGEEFGLSCEVRGVKPLNVKILSKLTLLETEKDYSITCETTGSHPRARIIWLEGNSTFRSGKIMESGNASVVLSTLIFSPVPDDHGKILKCRGENPALKNAFLDDTFKLNVVFPPKVQLHLGSTLNAKNIKEGDDVYFECKVRANPEHHKITWRHNGAMLTQNYSAGIIMSTQSLVLQSIGRDNAGNYTCLASNDRGETTSPIVTLRVQFAPVCKMKEVTIIGASLEESVKVRCEVDADPS-EVDFVWEFNNSGE-NFEVAPAKFDGNNGTMSELVYTPESERDYGALTCWGRNAIGKQEAPCIYQVIPAVKPNPLNNCTIKASLNQSAEILEVECVPGYDGGLHQEFRLEAYEVLTGNLRVNASSVSVDLPIFRIAVADLLPATHFYLVTYAVNAKGRSEV-----SLLEDIMLRD 605          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|1000716651|ref|XP_015589741.1| (PREDICTED: protein turtle homolog B-like isoform X3 [Cephus cinctus])

HSP 1 Score: 345.51 bits (885), Expect = 6.585e-103
Identity = 188/536 (35.07%), Postives = 292/536 (54.48%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFL-----------------------------TCSTS-------------------------KDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKI 486
            IP+ ++   +G  T LPCD + +     + LV+W++++     +YS D R  N  +   W+D      RA F    +P + L +D ++E+D G YRCRVDF+   T+N K+NL +I+PP K +I +  G + + +  GPY +  +L L                              C TS                          DGN T S L F       GK L CR++NP+M    IE  W L+I Y P   ++LG++L+ ++I+E  DVYF+C I+++P  +K+ W+  G  ++ ++ +GII+ NQSLVLQG+ R + G Y C+  N EG+  S P  LN+ + P C  +Q  ++G+A  E A+I C V++ PS  ++F WTFN+S+E   +        GT+S + Y+  T  DYGT+LCWA N +G Q  PCV+H+IPA  P    +C   N +SN  S+ C  GF+GG+ Q+F++E+R  N+ E+  N +S  PRF V +LESGA Y+  +++YN KG+S+ + +
Sbjct:   42 IPISHIVAQVGHPTYLPCDISTTHEGDFVHLVLWYREDLGTS-VYSVDARDRNFGVAERWSDDTVFSNRATFLPDKQP-AELGVDHIKEEDAGIYRCRVDFQIGQTRNSKVNLTVIVPPQKIVILDNFGAV-QNDLVGPYMQEEDLHLFCDVYGVEPLEVNIIDANQPLSAGRKYDLLCKTSGSRPAATVTWWRNDQRLVDAKETRSSDGNTTTSILSFMATEADAGKNLSCRAQNPIMRTEPIEHRWTLEIQYTPETRIQLGTSLNPDDIREGADVYFDCLIRAEPPVYKVEWRQQGKTLNHNITQGIIISNQSLVLQGVDRKSAGNYTCVGYNTEGDGESAPFYLNVTFAPTCKSNQTRIHGVAKQEKANIMCKVDANPS-EVQFRWTFNNSAESIDVAAGHIAMAGTSSIVSYTPMTELDYGTLLCWATNSIGHQRVPCVYHIIPAGRPDMVHNCTTSNTSSNSFSVQCTEGFNGGLTQSFLLEVRESNSQELRANLTSPVPRFSVTHLESGALYQACIYAYNDKGRSEAMVV 573          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|1061482178|gb|ODM99483.1| (Nephrin, partial [Orchesella cincta])

HSP 1 Score: 329.331 bits (843), Expect = 4.257e-99
Identity = 169/408 (41.42%), Postives = 254/408 (62.25%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENE-LGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFR 561
            S S + NVT S + F P ++  GK+L CR+ENP +P S IED W +DI+++P+V+L  GS ++S +I+E EDVYFEC+I++ P   K++W+ NG  +H +   GII+ NQSLVLQ ++R + G Y C+ +N EG+  SNPV LN+KY PVC   Q+ VYGIA  E A I C V++ P  +L+F W FN+S+E   + +S +      S L Y   T  DYGT+LCWA +E +G+Q  PCV+H+IPA  P    +C I N T + L +SC  GF+GG+ Q+FV+EI  +++  VIRN ++  P F V  LE GA Y + +++ N KG+S+V  +  +T K     + +  +SAE++      +KP+              + PIL I+  + + LILV++VI+L ++ R
Sbjct:   52 SVSSNENVTTSIMTFVPSLEDSGKILACRAENPKIPGSMIEDGWKMDIHFVPQVNLDFGSKINSTHIREGEDVYFECSIKANPWIQKVSWRHNGRILHHNTSAGIIISNQSLVLQSITRKSAGLYTCVGTNSEGDGASNPVVLNVKYAPVCKSHQQTVYGIARQEQAKILCDVDANPDTDLQFRWKFNNSAETIDIQQSHFQVERHRSTLTYKPMTELDYGTVLCWAAHETIGMQKIPCVYHIIPAGKPDAVSNCSILNQTFDSLFVSCVEGFNGGLQQSFVIEIWDFHSQHVIRNLTNHRPVFNVRGLEPGASYIVRIYAVNTKGRSEVQVLQASTLKAA---EKQTGYSAEAS-----SVKPVFLN-----------MTPILGILIAVVATLILVAIVIVLVMRGR 440          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|1008444897|ref|XP_015837001.1| (PREDICTED: nephrin isoform X2 [Tribolium castaneum])

HSP 1 Score: 331.643 bits (849), Expect = 9.104e-98
Identity = 167/414 (40.34%), Postives = 251/414 (60.63%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERA------WLHPILTIVGGIGSALILVSLVIILALKFRC 562
            +TS DGN T STL F P+ +  GK L CR+EN +M   ++ED W L+I+Y P   + LG++L+ ++I+E  DVYF+C I + P  +K+ WK NG  ++ +++ GII+ NQSLVLQG+SR+  G Y C+  N EG+  SNP  LN+ Y P C  +Q  +YG+A  E A I C V++ P  +++F WTFN+S++   + +S   + GT+S + Y+  T  DYGT+LC+A N +G Q  PCVFH+I A  P +  +C + N++    SI C  GF+GG+PQ+F++E+R  ++ EV  N SS  PRF V  LE+GAQY+  LFSYN KG+S+ V +   T +                            LPEKQ + E+          P+++++ GI SAL++V LV+IL ++ +C
Sbjct:  262 TTSNDGNTTTSTLSFVPRKEDDGKYLSCRAENKMMSTDRLEDKWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCVINAHPPVYKVEWKHNGKALNINIQAGIIITNQSLVLQGVSRSTAGNYTCVGYNTEGDGESNPFYLNVMYAPTCKPNQSRIYGVAKQEQAQITCQVDANPP-DVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGTQRVPCVFHIIAAGRPDQVHNCTLSNISMTSFSIRCSEGFNGGLPQSFLLEVRESHSQEVKSNLSSPVPRFSVTTLEAGAQYQAALFSYNLKGRSEPVILQAATLR----------------------------LPEKQLTAEKDNHRSAFRFTPMMSVLIGIVSALLIVGLVVILLVRLQC 646          

HSP 2 Score: 92.0485 bits (227), Expect = 1.564e-15
Identity = 44/119 (36.97%), Postives = 67/119 (56.30%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPP 123
            +P  ++  + G+   LPCD +       +LLV+W++ E    PIYS D R  +  +   W+D      RA+F  + +P + L +D +RE D G YRCRVDF+ A T+N K+NL +I  P
Sbjct:   27 VPTSHIEVVAGEPVYLPCDISTGDPSDQVLLVLWYR-EDLGTPIYSVDGRDRDFSLAERWSDENVFANRAYFMPEKQP-AELGVDHIRETDQGVYRCRVDFKVAQTRNSKVNLTVIAKP 143          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|91086047|ref|XP_973605.1| (PREDICTED: hemicentin-1 isoform X1 [Tribolium castaneum] >gi|1004398315|gb|KYB26611.1| Protein turtle homolog A-like Protein [Tribolium castaneum])

HSP 1 Score: 331.643 bits (849), Expect = 1.719e-97
Identity = 167/414 (40.34%), Postives = 251/414 (60.63%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERA------WLHPILTIVGGIGSALILVSLVIILALKFRC 562
            +TS DGN T STL F P+ +  GK L CR+EN +M   ++ED W L+I+Y P   + LG++L+ ++I+E  DVYF+C I + P  +K+ WK NG  ++ +++ GII+ NQSLVLQG+SR+  G Y C+  N EG+  SNP  LN+ Y P C  +Q  +YG+A  E A I C V++ P  +++F WTFN+S++   + +S   + GT+S + Y+  T  DYGT+LC+A N +G Q  PCVFH+I A  P +  +C + N++    SI C  GF+GG+PQ+F++E+R  ++ EV  N SS  PRF V  LE+GAQY+  LFSYN KG+S+ V +   T +                            LPEKQ + E+          P+++++ GI SAL++V LV+IL ++ +C
Sbjct:  299 TTSNDGNTTTSTLSFVPRKEDDGKYLSCRAENKMMSTDRLEDKWKLEIHYTPEAKIILGTSLNPDSIREGTDVYFDCVINAHPPVYKVEWKHNGKALNINIQAGIIITNQSLVLQGVSRSTAGNYTCVGYNTEGDGESNPFYLNVMYAPTCKPNQSRIYGVAKQEQAQITCQVDANPP-DVQFRWTFNNSADSVDVAQSHIARSGTSSVVSYTPMTELDYGTLLCYASNRIGTQRVPCVFHIIAAGRPDQVHNCTLSNISMTSFSIRCSEGFNGGLPQSFLLEVRESHSQEVKSNLSSPVPRFSVTTLEAGAQYQAALFSYNLKGRSEPVILQAATLR----------------------------LPEKQLTAEKDNHRSAFRFTPMMSVLIGIVSALLIVGLVVILLVRLQC 683          

HSP 2 Score: 115.931 bits (289), Expect = 5.452e-23
Identity = 58/150 (38.67%), Postives = 86/150 (57.33%), Query Frame = 0
Query:    5 IPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +P  ++  + G+   LPCD +       +LLV+W++ E    PIYS D R  +  +   W+D      RA+F  + +P + L +D +RE D G YRCRVDF+ A T+N K+NL +I+PP K +I NE G  L E+  GP+ EG+   L C
Sbjct:   27 VPTSHIEVVAGEPVYLPCDISTGDPSDQVLLVLWYR-EDLGTPIYSVDGRDRDFSLAERWSDENVFANRAYFMPEKQP-AELGVDHIRETDQGVYRCRVDFKVAQTRNSKVNLTVIVPPQKIVITNESGAQL-ESVVGPFPEGASFTLRC 173          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|1069788894|ref|XP_018319740.1| (PREDICTED: hemicentin-2-like [Agrilus planipennis])

HSP 1 Score: 317.39 bits (812), Expect = 5.560e-93
Identity = 177/482 (36.72%), Postives = 269/482 (55.81%), Query Frame = 0
Query:  140 KFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLH------PILTIVGGIGSALILVSLVIILALKFRC---AMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQSSPGTAGDND 612
            K G   EGS+   T ST  +GN T STL F       GK L C++EN  +PA  + D W L I Y P V + LG++L  ++IKE  DVYF+C I ++PR +K+ W+ NG  +  +   GII+ NQSLVLQG+SR + G Y C+  N EG+  S P  +++ + P C  +Q  VYG+A  E A I C V++ P+  L+F WTFN+S++   + +S   + GT S + Y+  T  DYGT+LC+A+N++G Q +PCVFH+IPA  P +  +C + N++ +  S+ C  GF+GG+ Q F +E+R   + EV  N SS   +F + +L+ G  Y++ LF++N+KG+S+      T  + ++LR                       LPEKQ + E+  L       P +++V G+ SAL +VSLV+IL L+ RC     R+   N++    T    NSD   S + I ++           +AG+ D
Sbjct:  192 KDGQRLEGSKE--TGSTDAEGNTTTSTLSFVASKDDAGKKLTCQAENKAVPAPALRDVWTLKIQYTPEVKITLGTSLDPDDIKEGSDVYFDCVIDAQPRVYKVEWRHNGKLLQHNAGVGIIISNQSLVLQGVSRKSAGNYTCVGYNTEGDGESEPFYMDVMFSPTCKPNQTRVYGVAKQEEARITCLVDANPT-ELQFKWTFNNSADAVDVAQSHIARSGTASVVSYTPMTELDYGTLLCFAKNKVGEQRKPCVFHIIPAGRPDQVQNCSVSNISMSSFSVKCMEGFNGGLSQAFFVEVRESESQEVKANVSSPVSQFYITDLKPGVHYQMGLFAFNSKGRSE-----PTVLQASTLR-----------------------LPEKQLTSEKGILRSGLRITPFISVVIGVVSALFIVSLVVILILRLRCPNKGQRKRQKNAATAAVTAANGNSDLRGSTNDITDKSGGSPISKHDSSAGECD 642          

HSP 2 Score: 69.3218 bits (168), Expect = 1.740e-8
Identity = 33/75 (44.00%), Postives = 48/75 (64.00%), Query Frame = 0
Query:   80 DKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            DK  + L +D +RE D G YRCRVDF+ A T+N K+NL +I+PP K  + +E+  +L  +  GP+ EG+   L C
Sbjct:    3 DKHPAELGVDHIRESDEGVYRCRVDFKIAQTRNSKVNLTVIVPPKKIEVTDEKRRIL-SSVVGPFTEGASFNLRC 76          
BLAST of EMLSAG00000006805 vs. nr
Match: gi|242010771|ref|XP_002426132.1| (sidestep protein, putative [Pediculus humanus corporis] >gi|212510179|gb|EEB13394.1| sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 314.309 bits (804), Expect = 2.199e-91
Identity = 165/420 (39.29%), Postives = 245/420 (58.33%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERA------WLHPILTIVGGIGSALILVSLVIILALKFRC--AMRR 566
            + S+DGN T STL F        K L CRSEN ++   ++E TW L I Y+P   + LG +L+   I+E  DVYF+C I ++P  +K+ WK NG  ++ ++  GII+ NQSLVLQ +SR++ G Y C+  N EG + S+P +LNI Y P C  +Q  V+GIA  E ASI+C+V + PS ++ F W FN+S+E   +  S  T+ GT S + Y+  T  DYGT+LCWA+N +G Q  PCVFH+I A  P    +C + N++     I C  GF+GG+PQ+F++E+    T E+  N +S  PRF+V+NLESG QY + + ++N KG+S+ + +  +T +                            LPEKQ + ER        + P++T+V  IG A +LV++ I+L L+ +C  A RR
Sbjct:  390 TISEDGNTTTSTLSFVASKTDADKYLSCRSENSLIMGEELESTWKLKIQYLPECRIELGKSLNKNTIREGSDVYFDCFITAEPSVYKVEWKHNGRQLNHNIARGIIISNQSLVLQSVSRSSGGNYSCLGYNSEGESESDPFDLNILYAPTCKPNQIRVHGIAKSEKASISCAVEANPS-DVTFRWLFNNSAESIDVASSHITKSGTLSIVSYTPRTEMDYGTLLCWAKNSIGDQKVPCVFHIIAAGRPDSVSNCSVFNISLASFLIKCTEGFNGGLPQSFLLEVLKTTTQEITINTTSPVPRFIVENLESGIQYHVLISAFNPKGRSEPMVLQASTLR----------------------------LPEKQLTLERESQKSVIQMTPLMTVVSIIGGAFLLVAIAIVLVLRIQCYRARRR 780          

HSP 2 Score: 116.701 bits (291), Expect = 2.916e-23
Identity = 97/375 (25.87%), Postives = 166/375 (44.27%), Query Frame = 0
Query:    4 VIPVRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGNVTESTLRFQPKIKHQGKLL------RCRSE----------------------NPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDI---HQDLREGIIMGNQSLVLQGLSRNATGTYHCMASN--IEGNALSNPVELNIKYKPVCADDQKMVYG---IAHGEIASINCSVNSEPSNNLRFHWTFN 342
             +P+ +V+ + G    +PC+ + S     +++V+W++ E    PIY+ D R  ++     W+       RA+F  +  P + L +D +RE D G YRCRVDFR A T+N K+NL +I+PP K +I +E    ++ +  GPY EG++L L C    DG    +   ++ KIK  GK++      + RSE                      N   P   +  T H+D+N+ P +++ +  ++   +   R D+  + +    P    + W  NG  +    + + E       +L       +A     C + N  I G  L +  +L I+Y P C  +         I  G     +C + +EPS   +  W  N
Sbjct:  120 AVPIYHVTAVQGDPVYMPCNISTSEEGDAVVIVLWYR-EDLGTPIYTIDTRDRSILQADRWSADNGFANRAYFMPEKLP-AELGVDHVRESDSGIYRCRVDFRKAQTRNTKVNLTVIVPPQKIVILDEND-AVKTSTVGPYLEGNDLNLKCDV-HDGKPKPTVNWYRGKIK-LGKMISYTSGTKIRSEIIIKNLQRKDLNSQLTCVATNNNKTQP---LTTTVHIDMNF-PPLNVEILGSMQPLSAGRRYDLLCQSSGSRPP--ATITWWINGQRLDKAKETISEDGNTTTSTLSFVASKTDADKYLSCRSENSLIMGEELESTWKLKIQYLPECRIELGKSLNKNTIREGSDVYFDCFITAEPS-VYKVEWKHN 482          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold93_size381549-snap-gene-2.25 (protein:Tk04402 transcript:maker-scaffold93_size381549-snap-gene-2.25-mRNA-1 annotation:"hypothetical protein L798_13523 partial")

HSP 1 Score: 317.39 bits (812), Expect = 1.896e-100
Identity = 169/399 (42.36%), Postives = 245/399 (61.40%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSV-SPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLV 553
            TS DGNVT STL   P +   G LL CR+ +P +  + +ED W L+I+Y+P   L LGS L++ NIKE +DVYFECA+++ PR +K++WK NG ++  D+++ +I+ NQSLVLQ ++R+ +G Y C A N EG+  SNP+ L+I+YKP C  DQ  VYG+A  E   ++C V S PS +L+F W FNSSSE   L E+     GT S   +   T  DYG+++CWA N +G Q +PC+FHLIPA  P    +C ++N T + L I+C  GFDGG+PQ FVME+    +  ++ N +++  P F V  L SG  Y + + SYN+KG S+ ++I   T K           +AE++  +Q      S+L  + G F    + PIL I+  +G AL+LV L+
Sbjct:   85 TSPDGNVTISTLALAPNVMDAGSLLACRAGSPSLADAMMEDAWKLEIHYVPSSTLTLGSNLNASNIKEGDDVYFECAVKASPRPYKISWKHNGKELAHDIQKKVIISNQSLVLQKVTRSDSGVYTCTAHNAEGDGESNPLSLDIRYKPFCKPDQVQVYGVAKREKIRVSCDVISNPSVDLKFEWVFNSSSERLDLQENLVEVRGTRSLAHHIPQTEMDYGSLMCWATNSIGRQEDPCIFHLIPAGKPDPVQNCTVKNQTYSTLHITCIKGFDGGLPQGFVMEVMDAKSHFIVANTTNLRDPAFTVTGLHSGTGYIVSVNSYNSKGHSEPMRIHAFTTKA----------AAEASASDQTPKTGESSL-TRMGQFT---VTPILAILLIVGGALVLVFLI 469          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold149_size310270-snap-gene-0.11 (protein:Tk01267 transcript:maker-scaffold149_size310270-snap-gene-0.11-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC663132")

HSP 1 Score: 256.914 bits (655), Expect = 1.662e-75
Identity = 142/406 (34.98%), Postives = 206/406 (50.74%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFR 561
            TS DGNVT S + + P ++  GK + C++ENP +  S +ED W LDI+Y P+  L LGS+L+  NIKE +DVYFEC +++ P+ +K+ W+FNG                                        +  SNP+ LNI+Y P C  DQ  V+G+A  E   I+C V S P  +  F W FN+S E+  +P  R+    T S + Y   T  DYG+++CWA+N +G Q +PCVFHL+PA  P    +C   N T+  L + C +G+DGG+PQTFV+E +  +   ++    S  P F V  LE G  Y L + + N+KG S  V +   T K             E+     G   P +    + G      + PIL I+  I   L LV++ II+ L+ R
Sbjct:  299 TSPDGNVTLSIIDYVPSVRDAGKYMSCKAENPELLNSALEDGWKLDIHYNPQSILSLGSSLNGSNIKEDDDVYFECNVRANPKPYKITWRFNG----------------------------------------DGPSNPMTLNIRYAPYCKPDQVRVFGVARDETVRISCEVISNPVGSTSFEWRFNASGEMVDMPHDRFKSTNTKSIVEYVPRTELDYGSLMCWAKNSIGKQRDPCVFHLVPAGMPDSVKNCSFGNQTTTSLEVRCMSGYDGGLPQTFVLEAKDNHHYGIVTKLHSPLPHFNVTGLEPGRSYVLSVSAQNSKGLSSPVTLYSFTIK-------------EAEKHTAGSTHPANVTSSRNG----VSVTPILGILVAIACGLALVAVAIIVVLRIR 647          

HSP 2 Score: 113.62 bits (283), Expect = 2.930e-26
Identity = 62/155 (40.00%), Postives = 88/155 (56.77%), Query Frame = 0
Query:    7 VRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTSKDGN 161
            ++ +  + G S  LPC+  P      + LV++F+++ +  PIY+YD RG +    RHW+D   LG RA F   + P   LV+D ++  D G YRCRVDF  APT    + L+II+PP KP I++ER   +   K GPY  G E+ L C  S  GN
Sbjct:    1 MQRIGAVQGSSVSLPCNITPPIITDKVRLVLFFRND-SKVPIYTYDTRGQSHAEARHWSDEKILGTRAFFRGDESP-GRLVLDTVQPVDSGVYRCRVDFYRAPTTIESVMLDIIVPPEKPKIYDERSQEVRL-KLGPYKVGDEVALKC-ISTGGN 151          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold44_size478958-snap-gene-1.11 (protein:Tk06921 transcript:maker-scaffold44_size478958-snap-gene-1.11-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC100881893")

HSP 1 Score: 247.669 bits (631), Expect = 8.526e-71
Identity = 126/346 (36.42%), Postives = 192/346 (55.49%), Query Frame = 0
Query:  159 DGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFM----------------------VDNLESGAQYELELFSYNAKGKSK 482
            +GN+T STL F+P+    GK L CR+EN  + +S +E+ W L I + P V L  G+ L+ +NI E  DVYFEC I + P  +K+ W  N + +  D   G+I+   SLVLQG+ R  +G Y C+ASN+EG+  SN ++L I YKP+C + ++++ G++    + I C + + P    RF W+FN+S E   +  S++    T S L Y      D+G + C A N LG  ++PCVF +IPA PP  P +C + N T+  L + C  GFDGG+ Q+F +E+    TG ++ N S  +P F+                      V  L SG   ++ +F+ NA G+S+
Sbjct:  230 NGNLTISTLEFKPRPSDHGKTLTCRAENLDIVSSALEEQWKLVIFHAPIVSLTFGANLNPDNIAEGNDVYFECTISANPEVYKVIWLHNDVMVSHDQSHGVIISGSSLVLQGVHRRQSGMYACVASNLEGDTQSNTIQLKIMYKPLCGNFKRIIQGVSRDRDSQIICPILAHPQPT-RFIWSFNNSLETKMINASQFKSNSTHSELSYQPKDDNDFGLLFCSASNALGEMADPCVFKIIPAGPPDAPSNCSVVNQTTESLEVECLPGFDGGLEQSFQLEVTDLQTGILLANDSGQTPEFVVSPSGLAAQLKWPLAIECFVFQVSGLNSGKGLKITIFAANADGRSQ 574          

HSP 2 Score: 86.2705 bits (212), Expect = 1.553e-17
Identity = 42/108 (38.89%), Postives = 63/108 (58.33%), Query Frame = 0
Query:   51 YDVRGNNVEIGRHWNDAVN-LGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTS 157
            YD R     IG  W+D +   G RA+F+ +  P + L I+D+R+ + G YRCRVDF+ APT+N  +N+ +++PP  P I +E G    +   GP+ EG  + L C  S
Sbjct:    1 YDARSQGGAIGHRWSDNIGGFGERAYFQVQTLP-AVLNIEDIRQHEAGIYRCRVDFKTAPTRNSLLNVTVVVPPMIPTIFDESG-QEAQTVVGPFLEGDSVVLQCIAS 106          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold95_size379157-snap-gene-1.10 (protein:Tk00595 transcript:maker-scaffold95_size379157-snap-gene-1.10-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC101894038 partial")

HSP 1 Score: 231.106 bits (588), Expect = 1.489e-66
Identity = 125/344 (36.34%), Postives = 187/344 (54.36%), Query Frame = 0
Query:  151 FLTCSTSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADD-QKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSS--EINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTS----NGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSS-VSPRFMVDNLESGAQYELELFSYNAKGKSKVVKI 486
             +T     +  VT S L+++P+    GK + CR+ENP MP S +ED+  L + Y P + L LG ++  E IKER+DVYFEC I++ P    + W  NG  +  +L  G+I+ NQSLV+Q +SR+  G Y C A N  G   SNPVEL++KY+PVC    +   +G+  G   ++ C V S P    RF W FN+S    +   PE   +  G++S + YS     DYG++ C A N LG Q  PC F + PA  P  P +C I N T+      + + C + + GG+   +++EI    T  +  NF+S  SP F++ +L         L++ NA+G S+  +I
Sbjct:   27 MVTSHYQANPEVTNSLLKYRPRRADNGKRITCRAENPAMPNSALEDSLLLSVMYPPLIQLSLGRSIGPEEIKERDDVYFECDIRANPPIQTIEWHHNGRQLEHNLNRGVILSNQSLVIQRVSRSDAGEYICRADNAHGAGKSNPVELSVKYRPVCQHGAESPQFGVVEGGNVTLTCDVLSHPPVR-RFRWWFNNSGGKAVEIRPEDIRSN-GSSSMIAYSPQNEMDYGSVSCMAINALGRQQHPCSFVISPATKPRRPENCNILNSTNPEGEEVIDLKCVSAYGGGLETNYILEIYDTKTNRLRHNFTSKTSPHFIIRDLRGLHPLRFRLYAVNARGMSEDSEI 368          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold725_size106157-snap-gene-0.14 (protein:Tk12767 transcript:maker-scaffold725_size106157-snap-gene-0.14-mRNA-1 annotation:"RT01315p")

HSP 1 Score: 231.876 bits (590), Expect = 1.763e-66
Identity = 134/369 (36.31%), Postives = 190/369 (51.49%), Query Frame = 0
Query:  156 TSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADD-QKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLI--------------------------------ENVTSNG-LSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETT 490
            TS +G V++S+LRF P+ +  G+ L CR+E+  +  + +ED WHL I+Y P V LRLG  L  +NI+   DVYFEC +Q+ P   +L W  NG  +  D  + IIM  QSLVLQ + + A G Y C A N EG   SNPV L I Y PVC       + G+   E  SINC V++ P   + F W FN+S     L + R++  G  S L ++  T +DYGT+ C  EN +G Q EPC F ++P   P     C I                                   TS+G + + C  GFDGG+PQTF++E+  Y   E+    ++  P F ++N    A  ++ +F+ NAKG S+   + E T
Sbjct:  268 TSYNG-VSKSSLRFTPQTEDDGQYLTCRAESLALHNTAMEDQWHLQIHYPPVVALRLGRNLDRDNIRTGHDVYFECDVQANPPPLRLEWLHNGRQLSHDPDKRIIMSTQSLVLQKVQKEAMGEYVCRAVNAEGTGESNPVPLKIMYAPVCGSQLVDQLIGVTAEENISINCRVDAYPP-VVTFSWFFNNSEHREMLGDDRFSSEGLVSNLDFTPTTTQDYGTLYCQGENIIGHQVEPCAFQIVPTGRPAPLTKCQIFSNANFPVQNSSSKSSSSSGEDPPLDRDDSGRSAATSSGRIQVDCSEGFDGGLPQTFLLEV--YEADELKTKVTNQQPNFEINNFNPSAHTKMFVFAQNAKGSSEPYILEEDT 632          

HSP 2 Score: 137.117 bits (344), Expect = 8.494e-34
Identity = 126/453 (27.81%), Postives = 193/453 (42.60%), Query Frame = 0
Query:   14 LGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTS-----------KDGNVTES--------TLRFQPKIKHQ-----------GKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIH---QDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYG-------IAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGV-QSEPCVFHLIPA-VPPVEPLDCLIENVTSNGLSISCRA 424
            LG + +LPCD  P  +   + LV+WFKDEAT  P+YS DVRG  +    HW+++ +LG R+ F  +  P ++L+++DL  +D G YRCRVD+R++PTKN K+NL II+PP KP I N+ G  +   + GPY    +L + C  +           K G + +S        T R  P I+++           G    C++ N  + +  +     + +N  P     L    S    KE E V         P   +L+W      +    +    G+   +     Q        T    +  +   A+ +   L I Y PV A    +  G       I  G      C V + P   LR  W  N   +++  P+ R   I +T  LV         G  +C A N  G  +S P    ++ A V   + +D LI       +SI+CR 
Sbjct:    1 LGGAAELPCDILPEDAHDDVYLVLWFKDEATK-PMYSLDVRGKPLNQASHWSESSSLGKRSSFRTQSTP-NSLIVEDLTMQDEGVYRCRVDYRNSPTKNVKLNLTIIVPPDKPTIRNQNGREVLSYEIGPYEIDEDLMIDCEVTGGSPAPKVTWWKGGTLYDSSDEVVHPPTSRTGPLIRNRMLYRGLQRDDLGLKFTCQASNTNL-SVPVSREVKVILNLRPTSLAILAKPKSVSASKELEVVCQAVGGFPPP---QLSWWLGSKRLRPFDETSYNGVSKSSLRFTPQTEDDGQYLTCRAESLALHNTAMEDQWHLQIHYPPVVA----LRLGRNLDRDNIRTGHDVYFECDVQANPP-PLRLEWLHN-GRQLSHDPDKRI--IMSTQSLVLQKVQKEAMGEYVCRAVNAEGTGESNPVPLKIMYAPVCGSQLVDQLIGVTAEENISINCRV 439          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold310_size212938-snap-gene-0.14 (protein:Tk03973 transcript:maker-scaffold310_size212938-snap-gene-0.14-mRNA-1 annotation:"hypothetical protein TcasGA2_TC009570")

HSP 1 Score: 213.386 bits (542), Expect = 3.147e-61
Identity = 119/344 (34.59%), Postives = 185/344 (53.78%), Query Frame = 0
Query:  155 STSKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKP--RFHKLNWKFNGIDI----HQDLREGIIMGN----QSLVLQGLSRNATGTYHCMASN----IEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQI-GTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGE----VIRNFSSVSPRFMVDNLESGAQYELELFSYNAKG 479
            STS  G  + ST  + PK +  GK LRCR+ NP +    +ED+W L+I Y P V + LG +L +  I++  DVYF+C I++ P  R   + W  +G  +    H D R  +++ +     SLVLQG+ ++A G Y C   N     +    S P  L++K+ PVC      VYG+A  E A I C+V + P   + F WTFN+S+E   + E R+    G+ S L ++     +YGT++CW+ N +G Q  PCVFH+I A  P    +C + N +++   + C  GF+GG+PQ F + +   ++      ++ N +S  P F V  L  G+ Y  E++ +N KG
Sbjct:  126 STSASGETSTSTFTYTPKHEDSGKTLRCRATNPDIHRGVLEDSWTLNIQYPPIVQISLGKSLVASAIRQGVDVYFDCIIEANPTPRTKIVTWLHDGQILKQNRHDDPRARMVLPSVNDPNSLVLQGVKKSARGNYSCRVGNGIPTHDYEVQSKPKFLDVKFPPVCTPKGVKVYGVAKMETAHIACTVEANPPE-VNFRWTFNNSAEAKQV-EQRFIHTNGSRSILTFTPTRTLEYGTLMCWSRNAVGEQRNPCVFHIIAAGKPEAVQNCTVVNESTDSFQVHCAPGFNGGLPQQFRLAVYKVHSSMADRVLVANLTSPVPSFSVTGLHPGSHYLGEIYGFNVKG 467          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold624_size122968-processed-gene-0.5 (protein:Tk09510 transcript:snap_masked-scaffold624_size122968-processed-gene-0.5-mRNA-1 annotation:"nephrin- partial")

HSP 1 Score: 209.149 bits (531), Expect = 9.578e-61
Identity = 117/318 (36.79%), Postives = 176/318 (55.35%), Query Frame = 0
Query:  248 GIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMR 565
            G ++  DL  GII+ NQSLVLQ ++R   G+Y C ASN+EG+ +S PV + I YKP+C  DQK +YG++ GE A I+C V++ P  ++ F W+FN+SS    LP   YT  G+ S L Y   +  DYGT+LC A N +G Q  PCVFH+IPA PP  P +C I N T + L + C  GF  G+ Q F ME+ +    +++ N ++ SP+ +   L S +   L +++  AKG+S+ V     T +    + V    S       Q EL+  S         +  W  P++T++  +G AL L+ ++ ++    R   R
Sbjct:    7 GEEVVHDLSNGIIISNQSLVLQKVTRKQAGSYTCEASNVEGDQVSKPVVVTIMYKPICLQDQKTIYGVSEGETAHISCRVDAYPEADV-FSWSFNTSSGGMDLPRDSYTNQGSASLLSYVPKSQMDYGTVLCRAGNLVGRQVVPCVFHVIPAGPPDPPKNCTITNQTQDSLQVDCHEGFSSGLKQEFHMEVFTLPEHQLLVNITARSPKLLARGLPSDSTLFLRIYASTAKGRSRSVTFEGYTLRMADKQTVVHGSS-------QAELETRSK--------DDQW--PLMTVI-LLGVALTLLIIIFMIGFIARIGKR 305          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: snap_masked-scaffold204_size260821-processed-gene-1.10 (protein:Tk07812 transcript:snap_masked-scaffold204_size260821-processed-gene-1.10-mRNA-1 annotation:"neural cell adhesion molecule 2-like")

HSP 1 Score: 183.341 bits (464), Expect = 1.583e-48
Identity = 130/455 (28.57%), Postives = 222/455 (48.79%), Query Frame = 0
Query:  157 SKDGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRL-GSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFNGIDIHQDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSSSEINFLPESRYTQIGTTSRLV----YSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSY---NTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLPEKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFRCAMRRNSPNSSLHEHTWKTDNSDSSKSLSMIDNQEVDDLFQS 603
            S + N+T + L F PKIK QGK+L C ++N + PA     T  L++ +IP VH+ +    +   NI+E + +  +C IQ+ P   ++ W  +G ++    R  +++  Q L LQ  ++  +G Y C ASN+EG+  S P+ + + YKPVC        G    +   + C V+++P ++  F W FNSS       E+R+ +I +   ++    Y   +G  +G +LCWA N+LG Q +PCVFH++P   P  P DC I N T++ + ++C  GF GG+ Q FVME+      N+  ++ +  +      V  L   + Y + + + N KG+S  V +   T+           F              + +LP    + E + L  +  I+G +G+ +IL + V        C  +R    SS   +     +S ++  + + D + V DL +S
Sbjct:  301 SLENNLTTTELHFMPKIKDQGKILSCTADNGIFPAQNKSMT--LNVYFIPVVHVEIENDIVDPANIREGDTLELKCNIQAHPWVWRILWYKDGEELVGSNR--VLIDEQRLKLQNATKALSGQYVCSASNVEGDGFSKPMMITVNYKPVCIAPTIEYKGDNRSQGIDLKCQVDAKPKSS-TFRWLFNSS-------ETRF-EIPSAESIMSFGNYKPTSGDQHGEVLCWASNDLGEQLKPCVFHVVPLGAPQAPRDCQISNHTASTIEVTCTPGFSGGLVQHFVMEVFETMPNNSQVLVASNWTEDATISVWGLVPESNYIISVKAVNEKGESSPVYVGGKTE----------GF--------------IQSLPR---AVEESRLPLLFVIIGILGTMMILGACV---TATIACKRKRRGKMSSGSSY-----DSRNASPVDVDDLEPVGDLLES 707          

HSP 2 Score: 93.5893 bits (231), Expect = 9.408e-20
Identity = 50/148 (33.78%), Postives = 79/148 (53.38%), Query Frame = 0
Query:    7 VRNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGNNVEIGRHWNDAVNLGARAHFEEKDKPISTLVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTC 154
            +++V  ++  S  LPC+   +S      LV+W+KD+    P+YS+D R + V   +HW++    G R  F +   P + L+I  +   D G Y+CRVDFR +PT   ++ LNI+  P KP+I +  G  +  N  GP+     L L C
Sbjct:   34 MQDVYSVVSGSAHLPCNITANSIHDGARLVLWYKDD-NPQPVYSFDARFSTV---KHWSEDPQFGPRTFFRDSSSP-AQLIISSVEMDDMGIYKCRVDFRESPTVITQVKLNIVEEPKKPVILDAEGSAVMGN-IGPFRLRKPLILVC 175          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold273_size229271-snap-gene-1.21 (protein:Tk00752 transcript:maker-scaffold273_size229271-snap-gene-1.21-mRNA-1 annotation:"hypothetical protein L798_13523 partial")

HSP 1 Score: 176.792 bits (447), Expect = 1.451e-47
Identity = 108/326 (33.13%), Postives = 172/326 (52.76%), Query Frame = 0
Query:  253 QDLREGIIMGNQSLVLQGLSRNATGTYHCMASNIEGNALSNPVELNIKYKPVCADDQKMVYGIAHGEIASINCSVNSEPSNNLRFHWTFNSS-----------SEINFLPESRYTQIGTTSRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEV-IRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKI----IETTKKDTSLRDVKFSFSAESTLGEQGELKPLSTLP-EKQGSFERAWLHPILTIVGGIGSALILVSLVIILALKFR 561
            +++  G+++GNQ+LVLQ + R+  G Y C+ASN EG+  SN   LN+K+ P C +DQ++VYG      A + C V++ P N   F W F  +           +E+  +  S YT     S L Y   +  DYG   CWAEN +G+Q EPC F L+    P    +C++ NVT   +SI C  GFDGG    + +E+  Y    + + N++   P+F ++NL++G  Y   L++ N+ G+S+  K+    +   +K T+    K + +A   +G+     PL+     +Q S     L PI+ I+GG+   L  V+L +IL +K R
Sbjct:   24 ENVAGGVLIGNQTLVLQTVGRHNAGLYTCVASNQEGDGESNAQYLNVKFSPQCREDQRLVYGATRTSTALVACFVDANP-NPESFTWQFQPTRKVAGSIGRKKAEMVDVSRSDYTIEHDHSVLSYIPASDTDYGVAFCWAENSVGIQREPCRFKLVKESAPDPLRNCIVMNVTWEDMSIKCSQGFDGGHEAEYHVEV--YEERNIFVYNYTRPQPKFSLNNLKAGHAYAFLLYASNSLGRSQTRKMNVSTLNLAEKRTAETRSKLAAAAVEAVGDD----PLAGEDGGRQSSDPGLALLPIVAILGGVAVGLTSVALGVILLVKGR 342          
BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold273_size229271-snap-gene-1.23 (protein:Tk00753 transcript:maker-scaffold273_size229271-snap-gene-1.23-mRNA-1 annotation:"nephrin- partial")

HSP 1 Score: 125.946 bits (315), Expect = 5.580e-33
Identity = 64/164 (39.02%), Postives = 98/164 (59.76%), Query Frame = 0
Query:    8 RNVSGILGQSTQLPCDTNPSSSDHPLLLVIWFKDEATDDPIYSYDVRGN-NVEIGRHWNDAVNLGARAHFE-------EKDKPIST------LVIDDLREKDGGTYRCRVDFRHAPTKNYKINLNIIIPPGKPLIHNERGILLEENKFGPYNEGSELFLTCSTS 157
            +NV G++G  ++L CD  P +    LLLV+W+K E  + PIY++D RG  ++ +  H++D    G RA  +         D P  +      L+I +LR +D G ++CR DF+ +PT+NYK+NLNI++PP KP++H+E G  +  +  GPY  G EL  TC TS
Sbjct:   58 QNVLGVVGYPSELECDIQPKAPHDQLLLVLWYK-EGYNSPIYTFDARGKTSLAVATHYSDEGVFGQRAVLKVPPGGGISGDVPDQSGTLKARLMIQELRPEDQGIFKCRTDFKKSPTQNYKMNLNIMVPPKKPVVHDENGRKM-SSTLGPYKVGQELIATCVTS 219          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000006805 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-8.553e-7534.82symbol:CG12484 species:7227 "Drosophila melanogast... [more]
-2.219e-6536.97symbol:CG42313 species:7227 "Drosophila melanogast... [more]
-8.152e-4028.01symbol:side "sidestep" species:7227 "Drosophila me... [more]
-2.267e-1022.48symbol:hbs "hibris" species:7227 "Drosophila melan... [more]
-3.917e-1025.59symbol:CD22 "Uncharacterized protein" species:9913... [more]
-3.917e-1021.50symbol:fred "friend of echinoid" species:7227 "Dro... [more]
-3.924e-1023.97symbol:ed "echinoid" species:7227 "Drosophila mela... [more]
-4.601e-1023.08symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-5.911e-1023.08symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-5.911e-1023.08symbol:Nphs1 "nephrosis 1, congenital, Finnish typ... [more]

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BLAST of EMLSAG00000006805 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592750761|gb|GAXK01203652.1|1.869e-10751.80TSA: Calanus finmarchicus comp1399060_c0_seq1 tran... [more]
gi|592750760|gb|GAXK01203653.1|9.276e-9057.14TSA: Calanus finmarchicus comp1399060_c0_seq2 tran... [more]
gi|592761831|gb|GAXK01192582.1|4.134e-8443.02TSA: Calanus finmarchicus comp472909_c0_seq1 trans... [more]
gi|592772120|gb|GAXK01182448.1|1.876e-8338.72TSA: Calanus finmarchicus comp346567_c0_seq2 trans... [more]
gi|592772121|gb|GAXK01182447.1|5.850e-8238.72TSA: Calanus finmarchicus comp346567_c0_seq1 trans... [more]
gi|592867955|gb|GAXK01089607.1|1.286e-7439.41TSA: Calanus finmarchicus comp421018_c1_seq1 trans... [more]
gi|592769134|gb|GAXK01185434.1|3.474e-7440.24TSA: Calanus finmarchicus comp321731_c0_seq1 trans... [more]
gi|592867956|gb|GAXK01089606.1|5.151e-7439.41TSA: Calanus finmarchicus comp421018_c0_seq1 trans... [more]
gi|592900557|gb|GAXK01057818.1|1.865e-7139.42TSA: Calanus finmarchicus comp517891_c1_seq2 trans... [more]
gi|592900558|gb|GAXK01057817.1|2.119e-7139.42TSA: Calanus finmarchicus comp517891_c1_seq1 trans... [more]

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BLAST of EMLSAG00000006805 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAP000000068050.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s381:99810... [more]
EMLSAP000000115523.461e-8136.05pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693... [more]
EMLSAP000000066451.120e-8040.24pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:... [more]
EMLSAP000000107332.723e-8033.87pep:novel supercontig:LSalAtl2s:LSalAtl2s711:14773... [more]
EMLSAP000000074851.861e-7736.06pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:3... [more]
EMLSAP000000041301.369e-7234.54pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205... [more]
EMLSAP000000052558.630e-6031.46pep:novel supercontig:LSalAtl2s:LSalAtl2s280:11342... [more]
EMLSAP000000024208.674e-4932.40pep:novel supercontig:LSalAtl2s:LSalAtl2s145:66023... [more]
EMLSAP000000058212.651e-4133.94pep:novel supercontig:LSalAtl2s:LSalAtl2s314:10819... [more]
EMLSAP000000065812.079e-3933.46pep:novel supercontig:LSalAtl2s:LSalAtl2s361:13268... [more]

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BLAST of EMLSAG00000006805 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 15
Match NameE-valueIdentityDescription
gi|325511344|sp|Q9R044.2|NPHN_RAT4.636e-1023.08RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|74762572|sp|Q8NFZ8.1|CADM4_HUMAN1.181e-924.54RecName: Full=Cell adhesion molecule 4; AltName: F... [more]
gi|3334269|sp|O35136.1|NCAM2_MOUSE3.350e-924.89RecName: Full=Neural cell adhesion molecule 2; Sho... [more]
gi|81915047|sp|Q8R464.1|CADM4_MOUSE5.807e-924.16RecName: Full=Cell adhesion molecule 4; AltName: F... [more]
gi|123778954|sp|Q1WIM1.1|CADM4_RAT7.242e-924.16RecName: Full=Cell adhesion molecule 4; AltName: F... [more]
gi|47117919|sp|Q9UQ74.2|PSG8_HUMAN8.462e-822.70RecName: Full=Pregnancy-specific beta-1-glycoprote... [more]
gi|1709853|sp|Q00889.1|PSG6_HUMAN9.880e-826.39RecName: Full=Pregnancy-specific beta-1-glycoprote... [more]
gi|306755997|sp|A7LCJ3.1|SN_PIG2.285e-722.38RecName: Full=Sialoadhesin; Short=pSn; AltName: Fu... [more]
gi|129661|sp|P11464.1|PSG1_HUMAN2.678e-723.49RecName: Full=Pregnancy-specific beta-1-glycoprote... [more]
gi|408360031|sp|P70232.2|NCHL1_MOUSE5.131e-724.78RecName: Full=Neural cell adhesion molecule L1-lik... [more]

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BLAST of EMLSAG00000006805 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|KYB26611.1|3.513e-10040.34Protein turtle homolog A-like Protein [Tribolium c... [more]
EEB13394.14.495e-9439.29sidestep protein, putative [Pediculus humanus corp... [more]
gb|EFA06826.2|1.163e-8841.64Neural cell adhesion molecule 1-like Protein [Trib... [more]
XP_394552.41.222e-8736.57PREDICTED: nephrin [Apis mellifera][more]
EAA08599.57.340e-8736.22AGAP004230-PA [Anopheles gambiae str. PEST][more]
EEB14623.12.373e-8637.97sidestep protein, putative [Pediculus humanus corp... [more]
EFX83297.12.317e-8541.18hypothetical protein DAPPUDRAFT_48053, partial [Da... [more]
XP_006563754.14.938e-8537.89PREDICTED: synaptogenesis protein syg-2-like isofo... [more]
AGB95814.19.783e-8534.66uncharacterized protein Dmel_CG12950, isoform B [D... [more]
AAF54434.29.783e-8534.66uncharacterized protein Dmel_CG12950, isoform A [D... [more]

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BLAST of EMLSAG00000006805 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|827541650|ref|XP_012544058.1|6.411e-11232.47PREDICTED: hemicentin-2 [Bombyx mori][more]
gi|861639804|gb|KMQ92982.1|1.239e-10737.50protein turtle a-like protein [Lasius niger][more]
gi|1009598456|ref|XP_015927731.1|2.974e-10736.26PREDICTED: hemicentin-2-like [Parasteatoda tepidar... [more]
gi|1126591298|ref|XP_019697697.1|7.438e-10735.60PREDICTED: contactin-1a isoform X2 [Harpegnathos s... [more]
gi|1000716651|ref|XP_015589741.1|6.585e-10335.07PREDICTED: protein turtle homolog B-like isoform X... [more]
gi|1061482178|gb|ODM99483.1|4.257e-9941.42Nephrin, partial [Orchesella cincta][more]
gi|1008444897|ref|XP_015837001.1|9.104e-9840.34PREDICTED: nephrin isoform X2 [Tribolium castaneum... [more]
gi|91086047|ref|XP_973605.1|1.719e-9740.34PREDICTED: hemicentin-1 isoform X1 [Tribolium cast... [more]
gi|1069788894|ref|XP_018319740.1|5.560e-9336.72PREDICTED: hemicentin-2-like [Agrilus planipennis][more]
gi|242010771|ref|XP_002426132.1|2.199e-9139.29sidestep protein, putative [Pediculus humanus corp... [more]

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BLAST of EMLSAG00000006805 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 25
Match NameE-valueIdentityDescription
maker-scaffold93_size381549-snap-gene-2.251.896e-10042.36protein:Tk04402 transcript:maker-scaffold93_size38... [more]
maker-scaffold149_size310270-snap-gene-0.111.662e-7534.98protein:Tk01267 transcript:maker-scaffold149_size3... [more]
maker-scaffold44_size478958-snap-gene-1.118.526e-7136.42protein:Tk06921 transcript:maker-scaffold44_size47... [more]
maker-scaffold95_size379157-snap-gene-1.101.489e-6636.34protein:Tk00595 transcript:maker-scaffold95_size37... [more]
maker-scaffold725_size106157-snap-gene-0.141.763e-6636.31protein:Tk12767 transcript:maker-scaffold725_size1... [more]
maker-scaffold310_size212938-snap-gene-0.143.147e-6134.59protein:Tk03973 transcript:maker-scaffold310_size2... [more]
snap_masked-scaffold624_size122968-processed-gene-0.59.578e-6136.79protein:Tk09510 transcript:snap_masked-scaffold624... [more]
snap_masked-scaffold204_size260821-processed-gene-1.101.583e-4828.57protein:Tk07812 transcript:snap_masked-scaffold204... [more]
maker-scaffold273_size229271-snap-gene-1.211.451e-4733.13protein:Tk00752 transcript:maker-scaffold273_size2... [more]
maker-scaffold273_size229271-snap-gene-1.235.580e-3339.02protein:Tk00753 transcript:maker-scaffold273_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s381supercontigLSalAtl2s381:99810..264138 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionmaker-LSalAtl2s381-augustus-gene-2.12
Biotypeprotein_coding
EvidenceIEA
NotePREDICTED: hemicentin-2 [Bombyx mori]
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000006805 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000006805EMLSAT00000006805-702652Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s381:99810..264138-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000006805-689571 ID=EMLSAG00000006805-689571|Name=EMLSAG00000006805|organism=Lepeophtheirus salmonis|type=gene|length=164329bp|location=Sequence derived from alignment at LSalAtl2s381:99810..264138- (Lepeophtheirus salmonis)
ATGACAGTAGGTAGATAGCAAATATTTAGTCAGTAGATATCAAACAAAAA AATATCTTGTATACATTAGGGAAAAGTATATTCAATCCAAAAATCAATTG AAATATTTTTTTTCTTCCAAGATTCATCAGCATGCTACTTTTATTTGATT TATATCTTATTTTGATCTCGTTAATGAAAAAAAAACCCTTCTCTTCATTA CGTTATTGCAGAATCTCACAAACTTTTAATAAAAATGTATTGCCATATTT GAAAGAAAAAGTTTACTTGTTGTTTATCAATAAAAATCACACCGACTGTT CGGCAGGAAAAATAGATTTAGACAAAACACGCGACCACTCATCTACAATA TTAATTATTAAAAACGTGGTGAAAATCAAACATATGTAGTACATGCGTTA TAGTTTACCCTTGCAACAACCTTTATACACAAATCTGTAAATAAAATTTT AATCAAACATTAAATAAACTACATTATCTCTTTCATCCTTTGTTCAAATA AATCTCAATCAAAACATCAGATATAAATGACGTTCAGTAATTAAGATGGA AGCTTAAAGTGAGTATATGAGTTCGACGTAATTAAAGGAATATAATTCTT ATCCATGACAAACATTAGTAAATAAAGTAAATAATACACATGTTGTGCGT CAACATAAAAACAATGTGGAACAAAAACCAAGAAAAGGAAAAAACCCCAA ACAATTTTTTTTTTAAATCATTTTATCTTACTTTTGTGTTGATTTGTATT TTTTTTTTTTTTGAACAAACCCAAATCTCTTTACATATTAAGTACATTTA AGTTAATGATTAATCTCATGTACACTTACCAGCAAATATTTATATATTTT TACTTCATCTGATTAGATTAATTAGATATATAGGTATGTAGTTACAATGT TGAATATTGTAAATCATCTTCCTTTATACTTATATTACTTTTGTTGGTTT TTTCTTTTAGTTATTGTTCTTTCATTTATGTTCTTCTAATTAGTTAATTA CATTAGCCCTAAACTAATGGTTATTTAATCATAAAAAAACATGATACTGC TCTATAAATAAAAGATTAAAGCCTGGGCTACATACACACAATTGTTAATT AGAAGCAAAACATACATACATATCTGTGTATCTTTAAATATAATCATCAT ACGTACAAAAGAATCAAGCAAAGTTTTATTTATCAAGCAATGCATTGTTC AAATTTTCTTCTTTTTGAGGGTAGTATGTATAAATTGATTTTCTTTTAAA GCTTATAATCGGAAAACCTTGAGAGTTTTTAGTTTTGACAATATAGCATA CTTGTTTATGATTAGAAAGGTAGAACCCGGGGAGTTCGTGCACTGGCAAA TTCTTTGCATCATGGAATATTTGTTTACTAGCCAAATCTCAAAAGTTATC AAAAAAGGGGGGAAAAAAACCTNTTTGGCTACATCTGATCATATWCTTTT TTTTTTTGCKCCAGCATTTTTTTTTTTTCTACATTAATTTAAAAAAAAAA AAATTTAACTGTTCCAAGTTACTTAAAACGTCGTGTATTATCGTCTGCTA ATCATTTTTATCGTTAAATTATAAAATCTTCTGTTTAAAAAAATGAAATA TTTAACCCATTAATTCTTAAGTCATTTTTTTATAGACCCATCCCAGGGCT TGAATAGATTGGGAACGAAAATCATTCGCCAACACTAATATTTAAATATA TATTGCAACTCTAAAAATATTCAAAATATTTTATTTTTGAATCTGTGAAA CTAAAATTTGTAGGAATTTCTAATAAAATTTGTAGGAATTTCTAATAAAA TTTAGGGAATCTATTAAATAACTGTTCAATTAGGTATTTTATTTAATTGC TAAAGTATCCAGTAATTTTCTGAAATTAATAAAAAAAACAGAATATACAT ATTACGCAAATGACTTAAACATGTTTAAGTTGGGTGACTAAGTAAAACAA TTTTTTTACGAATCCCCTAAAATTTCATATTTTTCCTATGACAATTAACA ATTGAATGATTATGTTTTTGGTTTTTTTGTTTCTTTTGTTTTTTCAATAC AATAAAAAAATATAGTTTAAATTTTAATTTGATTTTAATCTTTAATAACG GGTCAACAAACGAATGATATCTGAATTCATTTAAATTTTTGCTACTAACA ACCCTCGTATTTTGACTATATAATATGTTAAAGATCTCAAAATTCCAACT AGAATTGTTCTACAGATCCTAAATTTTACTTTTGAGATTATATTCTGTCA ATAATATTACCAAATATTATTCAAATCTGTTCTCTTGTAAAACTTCTTAG TGCCTAATATATGTATTTATGCTTTAGTTTGATCAAAAATTAAATCATTA AATAATTTTATGGTGCATTATGCTAAAAATAGGACCTTTTACATTCATTA ATGTAGTTGAATTTTTAAAACCTAATGAAAGAATGAAAAAAATTAAAATT AATTTCCTCGTGAAAATTTATCATGCAATATATATGGGTATATATTTTAA TTAATCATCAGAATGTTTGAAAGCCGTATTTTAAATAAAAAATAAGTCAA AAATACTTAATAAATATATTTAAAAAAATCACAATACTTTTGTGGCACTC AAGTGGTTATTTTATAAAGGATAACAATGATATGAATAAGTAAGTTAATA AATATAGATAGTTAAACTATGAAGTTTTTATCTATGCATTCATTATATTG TATCAATCTCGAGTAATTCTTGCCACATCAAATTTCAATTAAATTGGAAA TATTGTTCCAAAACCAAACCCCTTGAAGCAAATACTCTTTTAAAATGAAA AAAATCAATTAATTATCATACTTCTAATGAGCTATTTTAAAGAAAAAATT AAATTATTGATATATATTTTTTTTCAATCCTTTACCTTGCTTTTTATGAG GATTGGATATGACAAATTAATATATAATTAGTATATTTTGTATATATTTA TGATTGTTTTCATCTTCAATAACCGTTTTAAAACGTAAAACAGTTCGTAA AGCCTTATTTCAGGTATATTTAGCCATTTCTTAAAATATAACCACTTGCA GTATTTTACAATTAAAATTCAATCATGGTGGATTTACCAAATAATTTTTA CTTTTAAAGTTTTTGCCCAGCATTTGAAGGCTACCATGTAATTATTATTT ATTTTATGCAAAATTTTAATACTAACAAGTAAATATTACCAAAATACATT CCAAATGKCTGCCATATTTTAACTAGATAACTTGAATTTGTTTATTGTAG AGTACCTACTAATAACAATAAATTTGGAAATGAAAATTTCTCCAAAACCT TGCTTGATATGATTTTATATTGATACATGTATTATGTATAGTTTTAAAGA AAATTTATGAATTAAAATTTTTGAATCTATTTTTCTAGTAATACCTGTAC GAAATGTCTCTGGAATACTTGGACAAAGTACCCAACTCCCGTGTGACACA AATCCTTCATCTTCGGATCATCCACTACTTCTTGTTATTTGGTTCAAGGA CGAAGCTACTGATGATCCTATTTATAGGTAAGATTTTAGTCTCAACTAGT TTATAAGAAAGCGAATTTTACCTTTTATTCCTTTAATGTTAATTTTGTTT GTTTCATAAGCATATTTATACTTATGATACCATAACATGCGAACTATTAA ATATAGATTAATTTTTGTTGTATGTATGTACAACTATTTAATAAAAACTC CATAAATATAAACGGACATTAAAAACTCCTTCTTAAGTCTACTAAAATAT AAAAGTTTTTGAAATTTGGATCCATCTATGAGTAATCTTATTATAAATAA CCTACCTTGCTCGTCANATACTAGAGTAATCAATTAAATTTCATAAAACT TTTTACTTTATAAATATAATGTATTTACAAAAAATTAATTATCAATACTA ATTATTATTTTACTTAAATAATGTTATTGAGAAGTAATAATTATTTATAA TCTCCCTACGTTAGGAATATTTATTTTTGAGAAACAAATATATTTAGAGA TCACATTATGAATAAATTCATAAAAATAATCTGATCTATTTTTTAAGCTT AAATAATAAATAATCTAGGTACATTATCATTAACCAAATAATATTAACAT TAGTTTTGTATTAAATGACTAAATAATACCAAAGGAATAAAGTTATGCAA TAGTTTTTTCAATTCTGGGATTAAATTTTCTTGTAAGTTTAAGTTTAGTT TTTGTTCATCTAACTACTCTGGCACCTTGTTAACTACATAATCATTAACC TATACTTCAKWATCMTGCTWAAAATTAGCATAATATATACAGTAGTTTAN NNNNNNNNATTCAATTTATTTAATCATAAGATGACAGGCGAATCAGCTAA AAATAGAAATATTAGTTTTAAAATAATATAAGTAAAGGTAATTGTTAAGT GTTTTGGTAATATATTTTCATTCATATAAATAAACTAAAAAAGTTTGTAT TAAATAGGAAAAATATATTATAAAATCAAATAAAATTGTAAATGATTCAG TGGATAAAATTTTAAAAGAAAAAGTAAGAATAATAAAAAAATATTCTCTA CATAGAAGCACTTAACATATTAACTACAAAATTAAATTTATTTTCAAAGA TTATTCACATGTTTGGTGACATACTGATTGAGTTATTAAATAAACTTATT TTAACGTATAAATTGTAGAAATTAATGTAAGATTTTTCTTGAAAATTCCA AGAATCAATAAAAAATTACAATAACTTGAAACGCTTCCACTTCATCATTT GATAGCAAAGTTAATATCTATTCACACTGCAACTTGGTAATTATGTAAGA ATATTGTAAGGATAATGATTCTTTAACAATGTTTCTTTAATACAAATGGT TATATATAATTATTCTTACTCATAAATAACATTCTAAAGTCTTTCTAACT GATAATAAAAAAACTTTGGATAGTAGAGTAAAGTATTTGTAATTACTTCT TTGTGCAGTTCCCCAAACCTTATTACAAATTGAAAGAATTAAAATATAGC TCATCCCCCCCCCCCCTCTCGCATAAATTCTTCTTTATTTACAGAATTTA AGAAAGTTGACATGTTGGATGGGTAAAATGAGCCTCATTTTGTTTTTTCA CATTTTTAATTTTTGTAAAGATCCATTACAAAAATATAAATGTAAGTGCC CTAGTCCTGTCCTTCTTATTCTTGGACCTACTCTATTTTACACTACTTAA GCTTATCTTCCATTGTATTATATATAATATGTACGTCCTGGTCAACTCCT ATACTTAATGAAACGTTCGCCATATACAAATTAAATCATGTAAACATGTG CATTAGAATTTTTTAAACTATGCTGAGGACAATTTTTTATAAACTTTCTA TATTTTGATTAGGGAGTAAGACAGTTCTTACTTTTAAAAAGTTAAGTTTT GTTAGAAATTTGAGAAACATGTATGTCTCTGACATTCTTCCCAAATTTCT ATATTTGCATGGTTTATACTCTAAACAACTATCTGCTCTTCTTACAAAAT ATACTAATTTTGTAAGGAAAAAACGTCTAATTTTGATAAACGATAGTTTT TCAAACTATGGATGGATACGTGTGTGTATATAATGTGTATGAACAAATAG GATCAAGAAAATATTATAAAAATATTTATTATATTTGATGGGTTTTAGGA AGAGCCCTTTACGGTTCTTGGAGCGGCTATAGCGGTTTTAAATATGACCC AAAAACCAATGTTATATTGCACAACTCGTCGCGTAGTAGCATAGGCGATT CTATCAGGGTTTCTTTGAAGTACTAGCGTAGTTTTTTTAAATAGCTTCGA GGTCTCTCGACTAACCAACACGAATCCCGTGTTCCTAGAGTACAATTTTG GAAATTAGAATGGTTATTTTCTAAAATCTGAAGAAGGCAAACGGATCCTT AAAAAGATCAGACCCACTTGTTAATTAGGCCGATCAGTAGATAAATCACT ATAAATGTGATAAAATTGCGGGCAATTTTCTGTAGATAGTAATTTTCTAG AAGTCATTTTTTCATTGATGTCAATTTTCTCGAGAACAATTTTCTGATGG CAATATTCTAGAGGGCAATTTTTCGGGTAAATCTGTATGCACGCATTTGA TTATATATAATTTGAAAAGAAGATATGAATAAGATACATTATTTCATGTA AATGAAAATAACAGCTGCATTCATAACAATGTTATAATTTAATGAAGGAG AGAGTAGAATTCGTTGGATCAATTTGAGACGCTAGGGTGTATTTTGAAAA AAAAAATCATATAATAATGTTATCTCATTTGAAAAACTATATTATAATTA AATAGTTATTTCTCTGGAAAAATAATTATTTACTTCCTATAACAAGTATT AACTCAGGCATTTCCTAAGCCCATTATTATTCATAAAATGGGAGTATTAT ATTTAGGCAATGTTGATACGAATTATATTGAACTTACGATTTATGTTTCA ATCCATATTTACATAGCAAAAATAAAGGTCTTTAAGAATAAATGTGTACA CAATTTAGCAAAGCCTTTATTTTTCCCTTTTCTATTAATCTTCATAATTA ATCTCTATTACAGAAAGTAAGCATTTAAAAATTCCTTTAAGGGCTAATTT TCCATTTATTTAAAAAAAAACAAAAAAACACACACATTTTTTTAAGGGTA TTCTACAAATTATTTCCTTCCGTATTCGATTAATTTTAAAATGTGTAAAA GTATTAAATATATATGTGGACCGTCATCACAAAAGTAAGCTAGAAGGATT TTTATCAAAATTGGGTATGAACGACATATTTTTATTTCGACATCGTATTG CATATTTCTATCGACAGATTCCCTTGGAGGCGTCGTAAATTGAACTTAAG CGAAAAAATTTTAATGATCCCTATGAAATATTTAGAAATTGATTTATTTT ATGTTAAAGATCTGGGCTAAGTCTAATATTTCAAATGAAGGCTCTTAAAT TGGTTAATATTCTTAGATTTTTAAAATCATCCCATAAATTATTTATCAAA TCTCAATCCCTGTTTGTCAGTATGCTAAGAAATACTAATTTAGAGAGAGG GAAAGTCTTTCATGAGGCGTGCACACAGTCTAGAAGTGATTTAAAGATTT CCATAGAAATGCTGAATTTTCATTAATTAAATAGGAAAAATCAATTTAAT GTTACATATATTTAATGTAGATAAACTCTTAATTTTTCAACCAGTTTAAT TTTTTTTCAATCCATTGCTTTTTTAAATTGCACCATTTTCTAGAAAATAA GTAATCTCAAGATGGCCTTTAAATTCACAAAAATGGTAAAATAGATCAAA TTAAAGTTATAACGAATTTTTTTACATTCAATTATTTAGTATCTTTTAAA GTTGTTTTTTTAATTTGTTGATACAATGTATATTAATTTTAACCCAACAT TAGCACCTTCAATATTTATTATTGTGCAATATGAAGGTACTTTGTCTTAA TTTTTGACCGTTCTTTTCTTTTCAATAATAATTATATATTGCCTGTAGAC ACTCAATTTTTATATTATACAATTCAATTGAAGGTATTTAAAAGTATCAA CTTTTGCACCATACTATACTCTGTAATTCCTGAAAATTTTATATCATTCT TCTGATGTTTAAGAAAGTTGTGTTGTTTTTTAGAATTATCATATTTTGTT AGATTACAGATTTTGGTGTAGGTTATAAAATGAGAAGTAAAAAAAAAGGT GTGGAGTTTCAATGATAAATTGGTTATAGGTATTGTCTTTTTTACCATTA TCTATTAGATAAAACAGTTTTAAAGAGAAAAATTGAATTAATTGCTTTTT TTGCAACATATCAACTTTTTGGTCCTTGAAAAAAAAAAATCAAATATTTT TTGTCAAACTTAGAATGGACCAAAATATGGATGAATAGCAGTAGTTTTCA GACCCACTTGATAATTAGGCAGATCAGTAGATAAATCACTAAAAATGCGG TGAAATTGCGGCAATTTTTTCTAGATAGTGATAAATAGTTGTAAAACTAC TCAGGAAAATATTTATTGTTGCTTCTCTAAAGTTTAAATTAAACGCTTGT TTATGAAAATTGCTAAAATTACCTTTATAACTACCAAATCTACAAAATAT ATTGTTACAAATGTCTGGCATTACCCACCGGTATTGTTGCTCGTCTGTAT TTGACAAATCAACCAGCTCGAGCAAGGATTTTTGGGACTTTTGCTTCGGG CAGAAAGAGGATGCCTCTATTTGACCATTGCACTACGGGTAAATCAACTA TCCAATGTTTTTTGAATGGTCCTCTAGACTCCAAAGATGTATAAAATAAG TCCTAGAATGCATGATCAGCTTAATCTAGTTAATAATCTATATAGTTTTT TATTGTTTTTTTACCAAAGTTGCTGTTATTATTATTTAGTTGATGACAAG GGAACATCTAAGTATAAAGTAATAACTGGTTGCATGGGTTAATAAAATAT GAGGGTTTGCCAAGGAGTTATTATTGCAAGTCCTTGTTGAATTTAGAGTA GAATAGAGGATCTACATCGGAGTAATTCCAGTCTATATGTCCTTGATGGA GTGGGGTTTGTGTTTATTTCCTTCCTCTCACGGTTGCTTGAAGCGGATCT AACAATAGTCCTAACAGTTAAGCTGCCTTCCTTGCAACATTCCACAAATC GTCCAGACTACCATATTATTTTTTTATTTTTTTGTTACGGCAGGRCAATT TTATKCATCACTGCCTATATATGTGTTTCATGAACGAAAATAATGAACGT TTATTTCTATATTCACGTAGTATTCTGCTGTGTATATTAGACCTCCCGTT TTCTGGTAAATACTTTTTCTACTTGAGACGGTCAAAAAACTGATTTGTGC ATAATTTAAAGCCCATCACAACATTTGTGGGGTGTTACAAAGTCATTTTA GTTTGAAATATAGAATTTTCTGTCAAAAATGGTCATTCTTCTTTGATTTA TAATTTTCTAGTATTATCAAAAATAACATATCAATATATAGCACTAATTG ATATGAGACTTGTTCAGCAAAAAGTCGGAAACCCCCAAATCATTGAGCAC ATCTTAAAACCTTGAAATTATTAAGGGCATAATGTWTTTAACTGATAACC CCCCCCCCCCCCCAAAAAAAATGTATATATAGAAAGTATGAAATTTGATA TCTTATTTGAAACTGAACAAAAGGCTTAATAATGGCCAATTTGGAACACA AAATTCCATTTCTTAATTATCGGCAACACAAAAGGCTTATATGTAGATAG AAAGAGTATTAACTGAAAAACGTCGAAGTAAGCATCGCCAAACTTTGAAT AATTTCTCTAACATAAATTTGCCGAATAAAAAAAGAAAACACTTATTGAG GAAATTTTAGTTTATCTTCCAAACTTTATGTGTCACAGTCGCTAATAAGC TTAAATCAGTATTATTACGGTCCCTGTGTACTAAATTGTGGTGCCTTAAT GTCTCTCAGAAAAATAATAGTATTTAATAAAGGAATTTCTCAAGCCTCAT GATTCCCAAAGGTGGGCATTGACCTCCTCCAATTTCAATAAGCCTCTTAT ACAAATACTTCTAAAAAATGAAAAAATAATAAAATCACATAAACAATAAA TAAAAATTTCCCTCATTGAAGACCTGCTTGCACCACTCTTGAGTGTAACC ATTGGTGAACCCCCTTTGTACTATATAAAAGATTGTATTTGATTATTTTA TAGTGGGATTAGACTAATTTATATACATTACATTGGTCATGCTATATGTA ATACCAAAGCATTAGCACAAGAACATTGCTATCTAAGAATTAAAAGTAAA TAGATTGATGAAACTTAGCCAGATTAGACCTTAAAAGATTCATAATACCA ATTAAATCTATTCTTAATTAATTTTCCTCCCTATTTCAAATTTTGATTGT AAATACGTGGCAACAATAACAAGAATGATGTTGCTCTGTGAGTCACGTAA AACATAGCCAATAGACTTAAAAAAATATATTACATTTGTTATAATGACAC TTGTCTATTATTTTACTTACATAAAATAGTCTTCATTTATCATTGAGTAT ATATATACANNCAACCAAATTTGAATCCAATAAAGATAGATTAATTATTT TACATAAATATTTGTGATGTATATTTAAAAAAAAAAAAAAGCTTTAAGTT TGGWAGAAATTTTCATTCCCAAGCTCCCAAAAAGAGAAAGTGTAACTGCT CCAAAATAGTAAGGAAGGTTACACGTCAAAGACCAGAACGCTTCAGGAAG TCATTTATTTCCTCTTCTAATGATAAAAAGTAGGAAAAATTAAAAATGAC GATTGGAGACGCCATAAATGCTATCAAATCTTCCTCGTTATGGGAATTCT TATTTGAATTTGTAATATATACTATTTCCTTCCCTTTGGCCACATCAGAA ATAAGATGCTCATAGTAAAATTAGCTAGTATTAATAAAAACCATAAATAA GAATCTTTATTACATGACGTCATTATTAATCAAAAGTGGAGACATATCTG AGAACACACCAAGAAAAACGATGACGGTTTTTCATCCATAGTATTCAATA TTATTGTTCAAAATAAATATCAAAAACAAGCCTTTATGTCTAAGCTCAAA CTTATTTGACAAGTCAAACCCAATGTTATGATAATTTTTAAAGCCCTTTA CTAGCCAAGAATAAGCATAAGCTTGTTTACCAAAAAGATGTGTAATATTC AATAATTAATTCTAAATATGTATTTTGCTATGGAACATTTCATCAATGCG CTAATAAATAAAATGCCGCTTATCTACTAAATATACTACGTTCAAGTTTT AAAAGAAATGGAAATTGATATCATGAGTGTTTATATTGTCAGCTATGACT TTAGATGTAAAAAATATGAACTTAAACAAGCAGAAGTTTTAATAGTTACA ACCTGAACAGTGTTTTTATTTTCCAAAGAGAAAGATTGTCGAAGTTTGAA TGACAGAAATTAACACTGAGGATTAGTTCTGGAGTTAATAGTGTAAGTTC ATATTGGACTCGGTGTAAAATTGATAATTAACATTGGAGTATTCCCCTTT ATAAATTTAATAGAAGGATTTGTGTATATTTCCTTACTATGACGTAATAA CAAAGAATATGTTACTCTCTTTAATCTTCTGCATATTGTCAGGGTTACTA CGTTCATTTTTGATTTCTTACTTTTTTAATATACCGTCTTGTCATAATTG TACAACTCTAGCTTTTCTCTTTTCAATCAATGTGCGGTCTCCCTCTTTTC TTCTCATCAACTGATAACAGGGATACCTCAAAATCATACAACAATCTGTT GATCTAAATGTATTTTAATATCTAAATAATATACATGCGTAAAAAGACAA ATAAGATGGTGATTCGAAGAATATTTGAACAAGTGGACTATTACGTGACA CACAATATAGATTATTGTGAATCAATCGAAAATTCTACATATATTTTTCT ATTAACCCATTCTTAGTGAACATCCTTTTTATAGGACGGTTTGTAAACCG ATTAAAAAAAGAAATCCGCCAAATTAAATTATGGTTTTTTGAATTTTTTT AAATTATGTATAGTAAAAAAGTTAAACTATTTTTTTTAATGAAAATTTCT ATCAAATATGTATAAGTTTAAGCAAATTTGAGGAATCAAATTAGTGCCTA TAGGTTATGATAAGGTTGCATGTATTANCCTATAATAATACCTACAAAAT TATAACTCTGAAAAAAAAACGAATCTAATAAATAAAAAAAAAACAAAGTA TCGTTTTGGACATTTAATTAAATTGACTAAACCTCGATTAAAAAGAGCTA AATATACAAATAAATCCTGAGTGGGATATGAAATTGAGAATAAAATTTAG CCTAATTTAATGTTTCAGAAGTATACTAAAAAATTATTGGCGAAATAATG TAGACTGAAAGGAATAAGAACCATTTCTATAAATTACGGGGTACATAATA TCCCAGTTGAAGGGTTAAATAAACCATTTTTAATGCAATCACAAACTAAT AATTCTAGTATATTATTTTTGTCTTTTATATGTTATTATAAAAAATTTAA AAAAAATAAAAATGAAATGTTTTTTGTTATAACTTATATCCATGAAATAT TTGAATTCGTGTAAATATGAACTTTTCTGTATGAACATGACTTTATAAAA TTTAAAATGTTAGCTTATCAGAAGTAGGTAGTTATTTGGTGAGTTAAAGC AAAAACAATTTTGAACAAAATCAAACAATGTGACAATGTCTAATAATTTT TTTATATATTATATAAATAGGGTGTAATAACAAAATCCGGTGATTCAGGT TTCCGAATTTTCCAGTATATATTATAAAAAATGGTGTAAATCTTTATTGT TGCAAAAGTTATGCATAAACACTTTACTTAATATTAAAAAAAAACGCCAT GGAGTCAATAACAGAAGAGTTCAAGCCTATTAAAGAGGAAGAACGCAGGT GTGCTGCAGTGATGATTTGGGTCTCTGTGGTGCTCCCCTGGCGCAAGGAA GTCGCCAAAAACTGTCTGACAACGGGACTATGCCCCTGCCACACCCTCAA AATAACTCAAGATTGGCTCCAGGAATATTGTTACGATTGAGTGTCAAAGG AAATTTGGCCTCCTAGCTCCCCCGACTTGAATCTGATATAGTCGTGTTTT TGTAGTTTGTTAGTTAATGGTCAACAGAAGTCCTCACACAATCAAAAAGT TCAGGAACTCTGTGTGGGTCCAGAATCAAATCGAGGCCGTTATTGAAACT ATTATGCCWGCCAGATATTATCAATTATTGTATTTTCTGCTCAGTTTTAG TTTTTTAATAAATCTTAACAAATGATAATTTGAAGAAGATATATCAAAAG TTTCGTTGTTATACCCAGTATATACTGCCTAATATTTCAAAGATATATTA AGGTCCATTATAGGCATTGTATTCAACTTTCTAGTATAAGTTGAGATACT CAAAAATGTTACGCATAGCTTAAAGCTTTCGTAGCATATATAGAGCTTAA TTAAACCCTAGTTTTGTCGGAAAAAATCAATTAATTTAGAAATATTATGT TGCAATTTTTCTTTGCTTCCATAGGATTATCAGGATAATTTATAGATTGA AACGGACATTAATTCTTAAAACAATACAAAGGTAATCCAAGCTCAATTTA GGGATACCTAAATCTAGCTTACTTTTCTCTTGACGGATGACATATTGTAT TATGAGTATATATGAAAAGTAGATAAAAATATGCATCTATTTTATTTCCA ATATATATTTGAATTTAGAATATTATAGTTTATATATTTATATTTTTACT AGTGTATAAAGCAATGCTAATAACTCAATGTATTTTAGAATAAAAAACAA AGAGTCCATGTTTTKCTTTTTAAGAAAAGGTATATTTTTTATATGTCCCC CCCCCCCCCTCCCCTATTAAAAATTCCCAGAGATGGAGAAGTAGGTCAAG ACTGATAAACAACGCTCCTTGTTTGGATGTTGTTTGTCAACTTTGTGATT AATTATTATTATATTGCCAGTGGTGTGCCTCCACCAGATAAGGAGTCTAT GATATTAATCTACACATAACCTTGGATTCCATGTGATATTCGTATGCCTT GCCGCGCTCCTGAACCCTCAAAACAATGTCTCTGTTTTGAGAAATTCATC CAAGGAAGGAGAAGTGAAAACAAGACAATCCAGTTGGTCTAGTCTCACTC CGAAGTGACACCAAACTATGTCCTCCACAACTCTTAATAAGGGTGCAACC ATTTGGTAAGTTTTTGCTTGTACTTCCTTTGCATTGATGCGTGACATATC GTATTATAAGTATAGATGAAAAAAATATAGATTACAATTATATTTTTAAT ATATGTCTTTCGTACGTCACATACAATCAACTATAAAATAATTTTATTGT TGTATGTATGTTTGTTAGTTTGCTAATAAAAGCGCATAACGAGGGCATTT ATTTCAAAAAAAGAGACAGATACAGGCATTAAACATAAAGTAAAAGTTGC TCATAATTTAGATTTACGTACCAAAAGCTATGTTTCATATTCAGATCAGA CCAGATACCTGGGCACTTGAGGGAAAGCTAATTTTTTTGCAAATAAGCTG ATTTTTTTTCATAAAATAAAATTGATTCTCGGTGTCTAAATTTTTTTAAG GTATGAGTATTGGATTTGAAAATGCACAAAACAAATTATTGAACAACGGA AAAGGGGAGAATTTATATTGAATACAAATTAAAAACAGGAATTAGTTCGG AGTATTAGGGAGTTTGTCTCAGTATGTATCTTCATTATGGGTGAAAGAGG AACATACTTCCAATTATTATGTTGTATATCAACAAGTTTTACTCAACTCT GGAGTTGTTTAAAGCATTAATAAAATAATTCAAAATAAAATATACATTAT GGGTACGTCTTAGTGTATATTTAATAAAATACAATATATATGTATGTACT ATCTACATAAATAGGTAGGTATAACCCTAGTAAATAAAAAAGTTTTTCAA AATACTAATAACAAAATATTTTTTTATTCAACTTGGCAGGATTTTCATAT AAAATAAAGNAATACGTAAAAAAAACTCTATATCCGTATTACCATTAATT TTTTACCAATAATTAATATTCCCCTCCTTACTCATCTTGAACGAAAAGAT TTTCTTGCTTCTCTCATTAAAAAATGTTACATTTCTTCTTAGTTGTATAT TATATAACATATGGTACATAATAATTGATGGAAATCATAGGGCATGAAAT ATTCTTTAAAAATATAATTAATTTTCAAATAATCTAATANNNNNNNNNNN NNNGTATCATTCAATGATTTTTAACCAGAATATTTTCATACATTCTAACA CAAGCTACCTACTCGGTAAATCCGTAGTAAACACACGTACATTGTGATAA CTTTTTTTATATTTTATCAGCTTGGAAAATATAATAAATATTCTACTATT AGTCTTCTTTTCCCATGTGTTCACTCAATTAATCATGGTTTCCAGGGAGG AGAGTCGTGGAGACTCTGGKCTAGTGCTCATCAAGCTGACTGAGTACTTA ATGAGCACAGTTTATGCCGTCATAAACAAGTACAAAATAACTGGAAAGCT CCTATACGAAGAATGTTACCCACTTTTTGATAAGAAACGGATCTTGAGAT TCTTTGCCGGGTTGTTTGAGTCTACGAGCGCCAACCAAAGTATCTCCATA GCTGTTGAATCCAAATGCCACATTGAACCCTCATTTTTTGTTTTGTCATA AATTAGTTAATAAATATCAAAGGAAGTATATTTATATATCATTTGTGAAA AAAGCTTGTTTTGTCCAGATTTATCTGTAAGACCCTCTACATCATAGTTT GCAAACTTTTTAACGTATTTACTTAGCTATTTTAATCTATAAATATTTGC TTTTGGGATTATACTGTCGGGATTGACATTCTAAATCGTTACTCTAATCC ACAGTTGTATAATAGTAAGTCAAGTTGGACTTACCAACTTATGACATGTC TCGAGTATAGATACATAACTGCATTGATCCAAATGTTCATCAATTCTTCT TTTTGTTTATTGAGGTATAATACCATTTCAAGGTGTATCTAAAAAGTAAA TATTTGTTATAGATTTGTTCTCTTTGTCTCTGGTTTTAGGAGTACTTGGG CTGATGGGTGTTTAAGAGTCAAGTATTAATCAAATCTTTAATCATAAAAA AACTCAAATAAAAGAAGAATTACAAGAATCTGTGATGATTTTCTTGAGTT TACCAGATTTGCCTAATCTAAGGTGAGGCATAATTATGATGTCAAAACCC CAAAAGAAAAGGATAAAATTTTTTATATTTATTCAGGTTGCATTACGGTT CCCTTGAAAGGGCTTTGATAAAAAAATTACTCCCATAATTCACACCTCTT GCCAGATACTCGGCTTTCAAAATTTTAAAAGATTTTATTGCAATGAAAGT TCCAAGAGTTATCGACAAATATATTAATACTTTATTTTTATATATACTGT ACCTCTACCCAAACGCAAGCAGGGGTATTTGCTGTTTCAAGCAACAAAAA TTTATTGCGAAAAAAATTGAAGATTGTAAAGCCTACCTACTAAAATTGAA TGTATTAGACATGTGATTGTAAAGGAGTGTAAAAATGAAATAAATATTTA TGAATTGATCTTTTTTAAAAAGGTCTAAAACATTTCAAGAACAATTATTT AAATTTTTCATCTCAAGCTGGACAACCCCTAAATAAAAAATTTGGAGTGA CCCTCCTTCGATAAAAATCTGGTTACGGGTCTGTTCTGAAAATTGAATTC CCCTTTTTGTATTTTTTTTCTAAATTTGACTTAAAATCCTACTTATAATA TGATTTGTAAAAAGATTTTTTTTTCAACACAATTGAAATTTTAGAAATAT TTTCAGCAAATCTTTATCTCTTTGGCAATCAAATCAGAGCTTACATGGAG GTTAGAATCGACGATTTCCATTATTTTATCCATATTCTTGAAAATATGCC ATCCAGACCGTTGTGCATCTTTGACATAAAAATTCGCAAAACAGAATTGA CAAAAAACCAAAATTGCGTATGATTAGCTGTTGCAATATCAGAAACATAG ACACTTTTCACATTTTCGCCTTTATCGAAGAAAAACTGCAAAAAATGGCG ATGTCTAAGCTTCTTTATGTTATAAAGATCAATCTGCTCAGCAAAAATAT CAAAATCACATAAGGGTACTGTATTTCTGACTAGATAGCAACAGAAACAA AATCGCTATGTAATTTTTTCTTATATTTTTGGTTACCTGTTTTCGTGGTT TACAGCTGAACTTCCTTCTGCAGCACCTTTGAATGATCTCATAACAGTCA ATAACTTTATCAGTTATATGAAGATCTATGTATAAAACTTGTCCTGATGC AGCGGCATTATCGGCACATTTGTTGTACCTAACTGCTGAATTCGTACCAT TAGAATTATTTTTTTGATCAATTTCGAAATATCATCAAAACATACATAGT ATCGAAATTACTAACTTTCAAATAAAGACTCTTCAGCAAAAAGCATGGAA CATAATATTCCCATTCTAATCATAGAAACAGAAAGCAGAAAAAAAGTGGA TTTTAAAAATTGACGAATAAAATATGAACTTATATGTGTAAAGTAGTTAC TTAATTAATTATAGTTATAAATTTGTATTATTATTTAAGATAATAATTAG TAAAAAAATAATTAAAAAGGAAAAATATTATTATTTTTCTTTTTGTTTTC TCAACTGAAGTTTAATAATATTTTCTTTAGTTAATAAACGATCTAAGCGC AATCAAGGAAAGTGAATTACCAAAAAAATAACATAATATTTTCTTTATTA TAAAAATATGCTACTTTTTAGTCATGCTTTTTTATAAAATTCTCAATAAA AAAGTTTTGCTTCATACACGTTTAAAAATTGCAACTGTGTTAGAGGTAAA CGTTAACCAAATTTGCTAAAATTTTGTATTTGTGTTTTACTTACTTAATT ACATAACCAAAATTAGGTTCTATCGATTTTGATAATGTTAAAGCAACTGC ATCAACCTAGCCTTTGGCGCATACTCAAACAATGACAAAATTGTATAAAA AGTTTTGTTAGTAGGAAATCTTATTTTTGTATCACTATCTAGCGTAAACC AATCGTACTTATACAACGTGAGATACACTTTACTAAAGGAAAAAGAAAGT ATTTCTTTTTACTACCTCTAATATTATTTAGTTCCTACTCATGTTTGTAG TCATTTTTGCGGTCAAATTTTAAAAGTAATACACAATTGATATATTTTAT CATGTGATTTGACAAGTAACTAATTTAAATAAATAATTACTTTACATTTA GAATCTAGTCTAAATATAGAGCTAAAGTATTCAGAGTTTAATTATAATCC TTAGATAATGCATGGAATAGTCTTCTTTTATCCTTTTGGTAACCTAAAAT ATACTTATAAATGTATTTAGAGCAATCCATTTTTCCTAACCCTATATGTA ATGTAAATACTTTTTAATTAATATTCAAACTATACAAAATATTTTATGCA GTTAAGTTGCAACGTAATTTTTTTGTTGTCTTTCTCACAATGTTTTCCGA AAACTACAAAGACCTAGGTGTGGCAAAATCAGGAGCGACTACTATCATTT TTTTCTTTTTTGTTGTTGTTTAGGAAATTTTATTTTATTTTCATGCATAC GTATGTAGAAGACGATGGCATGCTTAATAAACATTACTATTTCCCTTCTT TTTTTGTTAACATATTTGACTAAATACATAAATGAGTTGCAGTACAATTT ATAAGTAAATATCTTATATGTATATGTTGATTGTCAACACACAAGTAAGC TACATAGAATATATTTTCTCATAATTTTGTGTGAACTACATTTGTACTCT TCGAAAGATCAACAATTTATATCAGCAAATTATTCTTCTTAACGCTTTAG GAGTGAGACAAATTGTACTTACAGTTAGTGATGTGTCGGTCCTTATATAG AACTGAAGACTGCATTCCCGTCCAGTTCAGTCTCGGTCCAAACTGATAAT TTTTTATCAGTTTTATAACTGACAGTACGAAAGAGGGACACTTTAAGGTC TAGACCTAAGACTAGACTGGGCCGAATATATCAGGATGAATACAAAATTT CTTACAGTAGCAAAAAAGGAATAAAATAATGACAAATTGATGGACCTTAT TTGAATGGGGCTATATCGGGAGAATATTAGTATCTGAAATCAAAGAAAGG TTTTAAAACTATCACTGAATTGCTTGGCTGTTCAAACATCTAATATATTT GAATACAAAGCCTCTAAACGACTCAAATATGTTTTGATTTTTTTGGCCAC ATGGCGTAACTTTATTCAGAACAAAATATAAATTTTTCGAGAAAACCAAG AACTTAGTGCATCCCGTAAAACATAAAATTTTAAGCTTAAAAAAAATGAT CTAGACAAACGAAAGAATAATTAAAAATTTATTCACTTTAGTGTCATAGT CTTTAGTTAACTGTTGATAGCATGCTAAAAAATTGTTGCTCTAAAATTCT CCAGCAGTCCATATAAGATAAGTTACTCTTTATTACTTTGATACTATTAT ATCCTCCTTTGTTGATGTTTCGCCTTTCCAAATAGTCGTTGAAAGGAACC AATTTTTTTTTTTAGACATCTCCTGATCTCTGACGTAGAAACCATCGAGG TTGTCATTCTGAACGGCACCAGGGGATTTTTGACGCCCTTAAAAACCATA ACCTAACCTTGATCTAAAGGACTGTTCATCCATTTTATCAATGAGTGAGG TTGMCCATCGAACGYCCGCCACAATATCAGAGGAGAAGGTTTGCACTTCT GGGAAATAAAAGCGTTCTCGAATGGGTAGTTTCCAACCGAGTTACAATTC AAATTTCATAGTAACATCTATGCACCCTTTACATAGATACTGTATTGGTT TGGTGTATAATGTAAGATTCTCGAGAACTTTTTTTAAACTAGCATAGGGG GTTACCCATAAGAAAGACTCTCTTTCAGGAAGTCGTTGAGAATAAAACAA CAGGGTTCCTCGCTATTTTTCTAACCCAATAAAATTTCAGAACCTTCCAT ATTTCCGAGACACTTGTAATAGACAGTCCTCCAGTATTCAGTAGACCGTG AAGTCTATCATAGGTGATGTTCCTTCTACTTTTCGCTTGGAGAAATGACC TTTTTATAGCGGATATATTTTTTAATAGTGTCCTCATTGTATGGCGTTAC TCTTAGAACATAAACCACATTTTGTACAACGTAAAAGTTCCATGGAGATA TTATGTTCAGCATATCCTGGTTGTAAAGAAAGAGGTAGCTTGATTAAATC TTTTGATGATTTTCTACAAAAATGACACTTGATTCCCATACCTCAAAAAG GGAAGGTAACCCGCTATGATTACTCCAACCGTTCTAATTATAAAATCGCC GAATCCTTTCTGATATAGCGTACGAATGATGACCTCATGAGATAGCGTGT CAAAGTCTTTGGCAAAATCCATAGCAATCCTAGAGGTAGTACTTGATGAT TCGAAGAATGTATGTACAGAGAAGGGAATATTGTCCATAAGTTTACCTTG GAAAAATCCGTAGGGAGTGGGTCAAATTACTTATTCTTTAAGTCAAGACA TATGAGAAAATGGTGTATATAGATTTTAGTATGGTTAAGGTTCGGTAGTT CATCAGGTGTCCAATGATACTTTTTAGCTTTTGTTATCAAGACGATCTGC CCTTCAGATGCAAATTTAGGAAAAAACCCAAAATACATTAATCTTTCTTA AAATGAGAGCAGAACAAGGATGAAGAGGTCAACGGGGGTAGTAATACTAA GTGAATTGGCTTATGATCTGAAAGTTTGGCATCATTTAAGTTATAAGAAT CAATTGCATCTCCTACAAATCCCTTCATCAGGAATAAGTTGATTTTTGAT ACAACAGGCTAAGAGTTCTTGTCAAATATGTTAATGAAACCTGGAATTGT ATGTGGATATGAACTAAAATGTTTTGGGATTTTGTCATCTTTCTGGTTTT TTTATATATTGTTTTTATGTTTATATACCACATATGTACTAGAATATTTC AATACAGATAGAGAAAATATCATCATATAATAATTTTTTATGAGTATTTA TTTATTATTCATCTACAATGTACATCCGACATAATAAATAGAAGGAAAAA AGTAATTGCGGTTAAAAGAACATGGTGAAAACTACAGTTTTAAAGAATTA ATCTTCTTTAAAGGCATTTCTTACCTAAAAAAATAAATAACATAAAGCAT CTCATTCACAGAACGTTCTAGGTACACTAATACAACAACAATCAAGCAAA AACAGTGGTAAATTAATCCTAATATATAATCATGTTTAAAATATATATTT CGAAAAAAGGACTACACAGGAAAAAAAAATTAATAAAAATTTGTCACAAA TAATTTTATTTTATAAAAGTCTTATATGATTTCGAAATCCATTTTAGAGT CTTCTGGTACTTTTAGAATATTCAGGGATAGTACTTAATGATATAGACTT CATATTTCCATCTGGACTGCACAATCTGGAACTTCATTTTAACACTCCGC TGTGGACCTCCTTTTTCGAAGTAGTTAATTAACTTGGGTTAAATACACAG TTCACATTGAGTCAAAATTACGCTAATGAATCCTTAAAACATTAGATTTG GGTATCAACAAAATATGATTTGTGATTATTATCGTTGAAATGTTATAATT TTTTTCGTTAAAATTTTTTATTAAATATTAATTAACTTTAGCAGTCTAAA AATGTACTCATTAACTTTGATGTGATTGAGTATGATTTATGGGGTAGCAG ATAATATTAAATTATTAGTAATGAGTATACCTCAATTGAAAAAGAGAAGT AGACAAAGCAAAATAACAAAATTTACAAATAAATAAAGGAAAAAAAATTT TGCAACATCAAAAAGTTGCATTTATTCTTAAAGATGTTCCAAGAGCATGC TAATACTGTTTTCAGTATTAAAATATATATTTTAAACAGATTTAAAGCAA TTTTATTAAAATTGGAACTGTAGAAAATCAGGGTTAAAAGATGCTTACCT TAATACTATGTAGGTTATAACTGCTATAATCTCTCAGGGGTCCTAAGGTT CCCTTTTGTTGTTTCCAAACTAAAAGGACCATGGAGTTTAGCAAAGCTAA TTTCGTTTCGTTAGGCTTTCTCGAGGGGCATTTAAATAAAAGGTCAAATA AAATATTCTCCGATATAAACTTTAAATCAAAGTTTTATGACCTTTTACAG TACAAACAACAATTTTATAACCACTTGCACTCGACAATATCATGCAACGT AGAGTTAAAATTTTTGCAGCAATTCTTTCACGGAGTATTAAAGAAAATTG GATGAGCCGAAATTCGTAACTGAGTGGTAAATATATTTTCCATCATAAAT ATATCGTAATGAGGTTTTCTTTTTCTAGGGTTCTGGAAAGTCCACATATA GTTCTGATTAAGTAACATGTTTTTAAAATTGAATCTTAATTTATTAATAC GTTCAATTGGCTTATAAAATAAGTATGAAAAAGTTTCAAGTTGAGTTGAA CATATTTAAGGGTCTCAAGAAATTATATMCCTTCCATATTTATGCATAAT TTAGCCAAAGCCTTCCACTTTCTAATAGTCTACACCACTGAGGCTAATTA GTAAGAAAAAACGAAGTAATTGTTTGCCATGGTATTTTTTAACATTTGAA ACCGGGTCTTAATTTTTCAAAGTCCTTAATCTGTCTTTGGAGGAAATTAG ATTTTGGTATATTTTGGTAAGAGAAGCTCAAGAATATATGAAAAGCAAAC ATATGTTGTGATTGGCTTTTACGAACAACCTTTTCATGTTTATAATATAT TTTTTCAACTATAGAATATTACTATTCAATCGAGACGAGTTCAGACCCTC CAAAAATAATTTGATGCATTGGTATATTGAGTAAACCTATCCCATGTTTT CTAATAACGTTTTCTCCACCTCAACCTACATATATTTTATAACATGATTA TGCATTTTACATACATACATCATTAGATATTACTTCAAGAGTACCACAAA TAGACACATCCACATATAACTATAGCATATCCCTTCATTTGATAGTAAAC TCTATTAGAGATGGTTGAGTCCTCTTATCTTTTATGTTTACTTAATGGTA GTCTCATCTATTAAAAATAATAATATCATTTGAGGGATGAGTTACATCCT CTATTCGACCATGTATGTGTGTAGGTTTGTACTCTCCAGTCACACAACAC AACGCATATTTAGTTAGAGGGAAATCATTACTAACATAATTCACTGATAA AACAAAATAATCAGAGAAAACAAACAAAAAGAATTGATAAAGAACCATGT GGGAGAGGGGAGAAATAGCATATTATTTCCACTCTCTCCTTTTCTTGCTT CTACTGCCTTACGCTATAAAAATACATACAATCAGGAATTACAATGAAAA AGTGCTCAACTGAGCTCCAAATCTCTGTAACGCTTCAATATCTTCATATA ATTATTGAAAAAAAGATGGAATGAGTGGAGCTGGTTGGCGCACATCTCAA TTTTTGTGGACATATTTATTTATTTCGACCAGCGGAGATTAACAAAGCCT ATAAAGGTCGATTTATTTTATAAAAAATATAAAAATGATCGTTCTTAATA ATAGTTATGCATTTATAATACAAATATTAAAATATAAAAGGCATAAACAT TTAAAAAAACGTGACAGTGCAGAGGGAAAAAAAAACAAGTGTCACACAAA AAAAGAGTTTACTAAAAATCGCTTGAGGTCAGCGTTACTTCCCTGGCGAA AGCAAAAAGGTATTTTGCTCCAAAGAATAATATATCTGTAATACAAACTA TGCTTAACAATGTCAATCTTTAGTTTTGGTAGGTTGATGATGTTTTAATT GGAGAGTATCGTTTTGTTGAACAGATAGTCTTTATTTAGTATGAAAGTTG GGGAGAAAGGTTAATCTTTTTGCTGAAAATTCGGTGTAGTGTAATCATAT CTTTAATTGCACGTCTATGAGACAAAGTGATGAGGCTAAGTCTTTTGATT TTGTATTCGTAGTTCTCATTATCTCCCAATGAAGGAAAAAACGACACAAA CCTGGTTTGCACCTTTTCTAAGGAATCAATCAAGCAGTTTCTTGAAGGAT TCCAGATCTCAGATCCGTACATTTAAATCAGGAGGACATTAAGTTTATAT AGTTTTACCATAAACAAAGGGTCACGAGTTTTGAAGCTTCTTTCAATAAT TCCAGGTTACAATTTGCCTTCTTCATAATATATTGAATATATCTCTTAAA TTTAATATCTCCAAGAGATGTAGATTCCTAAGTCCAAGTAATAGTCTACC ACCTTAAGACTTACGATTGTAAATCGTCTGTATTTTTCAGCTTGCCCTGT TTTTTGGGATTGTTAATCTGAAGAATGAATATTCTTTTCCCTAGACGTTG TCATTATATTTTAACCCCCGAATAGTAAACTTCCTTTCCTACTGCATTCA ATTATATTAAAACTTGATTCAACATTCGTGTCTGCTCAGAAAAGATAGAG AATAATCTTGAGGATTTCAAGTGGAGTTATAATTAATTATAACTCCTTTT TGAACTCTGAGTAGAATTGAGGATAAACATTGAAGTAATTAGTGGCAATG TCCTTTTTTATTTTCTTCTTTCCCTCTTCCTTTGTCACAGCTGGTTGTAG ATGACCTAATGAAACGTCATGAAAGCAAAGCTGCTCTCCTTCTAAACATT ATTCAAATTGTTAAGGTAAAATTATTGATTTTCGTTTTTTAACATCCCCC AAAGACAAACGATTTTTATTACTTTACGCAGCTTGTCAAAGTGCTACTTA TATTTGAGATTTAAAAAAAGTTACTTTATCCCTTATTTTCATTCAAATGT TCGCAAGTTTTTTAGTCAATAATTTCACCGTAGATGAAGAAAGTTAACAC AGTAGTAATTATCTATAATTAATAATAGTATTTATCTGTATAATTGAAAC TTAATTTTACTTCACCAATAAAATATATTTTTCAAATTTACTAATAAACA CATACACTATATCAATTATATATTAGCAACTATTTTGCTGGTATTCATTG ATTATAAACTGTAGATAACAGTAATGAAGACGGCAGTTTCCTTTATTGCC ATAATGAAATAATTTATTTTTTTATTATAAACAATTAGATATCAGAGTAA AATATTAGTTGTATGATTAGCAATTTTAAAATGTCGAACTACATGTTTGA GTAAAAAATTATCCTCATATTTTTGAGCTACAAATTTTAATTTCTACAGT ATATTATAAGACCAAAAATCTATGACTCAAGTGAAAAAAAAAGAAAGAAA ACGAAATTATGTCAACTGACTTCCATGTTATTTAGAATTTTATGGCGTAA CATAATTAAAAAGATATCATAAATAGTTATTAATATTAAGGGAATTTTAA ATTTTTAATTGACGCCTTTTTGGCTATATGTATCTTTTTTCTTTTCTGCT GTTGTTGCCCAAACGTGTACAATTTGTTGTCACCTTCAGATAATTAATAT TGTTAATATTCATTTTATGGGTGATTTCATGGAGTTTTCGTAATTAGTTC TAGAGTAATTCATGACAATTTAAGCGCTCCTAGCGTATAAAAACTATTCT TGTCTTATAATGTTGTATTATTAAAAACATCAACCATTAAAATTACAAAC AGTTAATAGTTGATATCATTTCATAATAATACATTAAAATGATTATTTAT TATGTATTTTGAGTAATATATCTGGGGTATTATAACTTTATAATGAGCCA AAGAAGAAGTATGATTACATTATGCATTAAAATCCACTAGCTTGTCAGTT AAAACCCACATTTATTATTTTTATTTAAGCCATAGAACACGATATAAGGT TGAGTGAGAATGTTTCAAAATTAAGTATAATTAAGTCAATAAATATAAAA AATTTCAGAGTTAATAAATATTTTAGACGCAAGAAAAGTTCAGAAATTAA ATATAAATATGCCGAATAGAACTCTTACAAAATCTAATCAATACATATTA ATCAAATACATTACATAAAAAAAAAATTTGATTTTAAATCTTCCTTGCCT TTAAAATTTTAATGAATATTTACAATTAGTCAAATAATTAACTTGGTTGT ACTTAACTTTGATACGCTTTCACGCAACCTTATATTGATTATTAATTAAA TATTCTATAAGAAAATTAAAAGTTAAACTGAAAAAAGCCATCAAAATTGA ACTTTTCTTTTGACAGCAAATCTTTTGAAATAAAATTTAAGGTTTATTCT ATAGTTTTAGACATAATATAAAGCGATCAAAAAAAATATGCAAACAAGTA TTAGTTTCGATATATAATCCTTCATTTTAATGTATTTTGTATGATTAAAT TTTTTTGTAGGAACTGTATTGAAGATTACATAATAACCTTTGAATACTGG AATCTTTTTATCAATTGTTATTATCTTAAATTTTCATCAACAATAGTTAT TTTATTTCACAATATGATTGTGGATCGAAATTATACACAAAAACGTGATT TATAAAAAAATACTTAATAGGCCAAACTTACTGCAATTGAAATTTGAATG GTCATTTTTGTACTTTTATGGATTAAATAACGATAATAAATGTGGGTTAT GTTTGGGAGGGGGGAAAGCTATTACATGGTGTTATTATTTAATCATTTTT ATCTAAATAGAAAAAAAAATACAGAGTTAATATATCATCTATTCGTCTAA CGAATGTTCAAGATCATGTTCAATGTTCATTATCCTCATCAAAATTGCTT TGAACTCGTACAATTTATTTTACTAATTACAACTTGTACACAAGATATGC TGTGTTTACAATATACAAATAATAAGTAAAATAATAATAAACACTACCTC TTTATAATATATGCTTAAAAAAATTAATGTAAAAAGCATTAATTAAACTA GTATCAACATTTATACTATATATTCTTATGTTATATATATATAAAAAGAG AGATTGAGTTGATTAGATTCAAATATTTGGCAGTCATGTACAAGTTACAA CTTTTTTATGCCTACATATATGATATCCTTTTAAGATTCTATTTTAATAT TAATTGGGAATTAATATTCATCAGTATTTCTTTATACCGTTTATATGTTG ATGAAGGTATAAAAAATATTCTTAAAAGCCATATAAATCAGACATTGNAA GACATTTATTAACATACATACAGTTCTATAAATAAATAATTATATCTCAT TTGCTAAGAGATTGAGAACACTTTCTGTWCTATTTTTTTTTTTTTAAGAA ATTGAATTTTGTGGCTTCCWTTTTKACTGTATATGTCTGTTATTTTCCCG CCATTTATTAGATTAATGGATACATGATATTGCTTATTTAGATAGTTGTA CATAGTATTAGTAGTAAGAACAAGTAATAATGATGTTGTTTCGTAGAAAA ATATAACTATTATGGCATACTCTTATTGTGCAAAGGGATATTAGTGACAA TATTGAACTCATATTGATGATTGAATGATATAATATTTCAAATATACATC ATTAATTTTGTATATAGAATGCCTACACAAAAATGTCTACTTAAATTCTT TCATATTTACTAAGAAATATAGAAAAATATCGAGTAAATATGTTTTATAT TATTTATTTACATACAATAACCCTTCTTTTTCGAAAGTTTGACCAAAACT TGACAAGACATGAGTGAATAGCAAGGAAAAAGAAAAAAAAATCCGGATAT CGTTCACGCACAATTGATAAAAAAAAGATATTGCAAAGATGGTTGTTGGA ACTCAGTGTTTGGTGCATAAAATATGTCAAAAATGCTGCATTAGGAATTG AGAGGGCCAAGGAAGTGGTGGGCACAAACAGAGGTGAAATACAAACTTTA TTCACTATCCTGGAGGTCAATATTAATAATGATCCCACATCAGCTTGATA AGGCTTGCTACTGACCTTTATGTGACTGAAAACATAATCATAAAAGCTGT CTATTAAGATCTTTGTCAGATCTGCACAATATCATCTGACAACAATTTTA GAAGAAAATAAATTGAAAAGGTACAACAAACACATGATGCATATCAAAAG CATTAGGTCTACTATAAAAGGTAATCTGAGTTGAATTATTTCTAATGAGG TACCACTGAGGAAAAGACTGATGCTATACCTCATACAAAATGTGATATAT CCGGGCTTCCATTACCAAGGAGTTGATCAATTATCCTTGTGTCAGGTTTA AACTCAGACTCGAGGCTGAAGCTTCATTGAAGTTATATTTTTTTTTACAT CAATTTTATAGTGTTTAATTAATAATCATCATTTAATATGATAATAAAAA ATTGTTATGACTTTATCAATACTGGTAAGAAAATTGTTTTAGTAATACAA TACAGCTAGTACTTACTTATATTCTATTGGGAAAGTTATATTTTCTATCG TTTGATTTATGTTACTTTATATGATTTGCAAGGATCTCTTGCTTACATAG AAAAGTATACATATTTATTACTTATGTATAGCAATATATAAGGACCTCCT TGCAACCAAGGTCTTACTGAAATTTATTTATTGCTGTATCTACTTAAATA AATCATTAGAAATTGATATATGTATACATCAATTATGTATTGACAATCCA AAATGATTTGTTATATGTAAATTGTCAGAACGGAAATGTGAACTCAATAT TGTGAAATCACTAACTAAATTATTTTATTACAAGTACACCAAACGTTACT TTTTCATGTCATTTAAACATTACAAAAAAGTAAAGAAAATTCAAAAATAT TTCCGTCCTTTTTATAGGATAAAATGTGCAATAAAAAATGTAAAAATACT CAAAAAGCTAGAATTCAAAATGCTCGAAACCCTACTCTAAAAACATAATG ACATATTAAACACATATATAACTAACTATAATACCTAAAGCATATTTTTT GGTCAATTAAAAAAAAAATTAGAAATAGAAAAGTTAAAAATGTTTTTAGA AGCATAATAAAAATTTTGAATTTGTTTAAAAAAAACTAGTGGATTAAATT AAAATACTTTGCAATTATTTTTAAATTTTAATTTCAGTTTTTACTTAAAC TAAAAAGAAAAATAGTTACGACCCTTTATGTAGAATATTTTTTTAAAAGA ATTTTTTCAATTTCTTAACCATAGAAGATGATATTTATTATTTTATTTAT AAATATATTTTTTTACAAAACATCAGAGCAAAAAATGTATATATTTCTAT CAAATTTTAATCATACTTTTGTATAACAAAAAAGTTGTAAAAATCATTTT GTCTTTTTAGCTACGATGTACGTGGTAATAATGTAGAAATTGGAAGACAT TGGAATGATGCTGTCAATTTAGGAGCAAGGGCTCACTTTGAAGAAAAGGA TAAACCAATTTCTACTTTAGTAATTGATGATCTTCGTGAAAAAGACGGTG GAACTTATCGATGTAGAGTGGATTTTCGTCATGCACCAACTAAAAACTAT AAAATTAATTTGAACATTATAAGTAAGTTTCCTTTCAAGTAATTTGTATT ATGTAAAACAACAAATAATAAAAATGTTATTTTTTATAGTACCTCCAGGC AAACCTTTGATTCATAATGAAAGAGGAATTCTTCTTGAAGAAAATAAGTT TGGTCCTTACAATGAAGGCTCAGAACTTTTTTTGACTTGTAGCGTTAGTG GAGGKAATTATAAAATGAAAATCACTAATTTTTTATATGTAAATCAGATT AAATCTGCAAAATTTACCCATGGAATTATAATGCTGCACAATTGCTTGTC ATCGTTGGATTTACACAAATTTATGTTCCTACGGAAAAACAAATTAATAT GGTTCTAAAGTCATTTGGTCATACATATAAATGCAATTTCCATAGCGTTG AAAATTAATTTAGCTAGTGAATAATTTATAAAAAGTATAATTGATCGTGA AGAATAATATTTGAAAAATCAAACCAATATGGCAATGGAAAGAGAGCCAT TAGTTTAAAATGGACGTCGACTATATATTGGATCAAAATGTGACTACCAA TATATCGGGTAAAATATCCAATATCTGCATTGTATCGGAATTGGAGAAAA TTCTAAGAATTTTTCATATTTTATATTATGCAATCAAAAAAAAAAAAAAA GAGGWAATGAAAGAAAAAGTTGTTTTCAACTTATGTCTCCAAGAAATGAT TAATACGCAGAGTACTCACAATCAGATACATGGATGAATGCATCTGTTAT GAACTATATACTGCTATAAAAATATTAAGTTTTCCTCTGTGATTAGTTAA AAAATTGCAGATTACATTTATTCATTATCAAAGCATTCCATAAAAATAAG TTTCTTTTTATAACGGTCATCTTGCTAAGCTTATTAAATCAGGATAAAAT GGGTAAATCTGTACTTTAAAACCCAAATATAAAAAAATGAGTTTTATCCT TAAAGTATTGTCACGGCTTTATCTCAAATTGATCCCTAGAGCGTTTTTAG GAGGTTTTTTTTTTAATGGAAATTTATATTTCAGCTATCCAATGAGATGT TTTTGATATTTTTGAATCCATTTGTCTTGAAGCTATGAGCTTCTATATAA AAAGTACCTATTTCCCCCTTTAAACAAAGATAACTTGAGTTATAATTATG CTGCGGATATTTAAAAAATAGTTTTATAATTTTTTTAACATTCAGTTTTA AAATATATATTAACATAATTTATCCCTATCTTCAACACCAAGGACTTAAA TTAGCTTTGAACCTTAAAAATAACCAAAAATAACAAAAAATATATGGCTC TGAGAGAAAAAAAAAAGGCCTTATTTGGAATTAAGGGATCAGATTGTACT AAGTTGAGCATATGCTGTTCTTGAGCATTAAAAAAAGTGTGATTTTGTTG AATAATATTATTTGATAACTTTTAAGCTTGTCATTGATTATATTTATATT ATAATGTAAGGAATTTTAATGGTCACCCACACTATAAAACTACACGTGTT CCTTTTTTATGTGCCTAAAATTTGAATTTTATAGCACATATAAATAACTG CCTCATTTTAAAGAATTTAAAATGAAAAAAAGTTGAACTTTCAAATGAAA AAGACAATATATTCTTATGGCATGTAATAAACTGTATAAAAATGATTGTT TAATTATTTCAAAAGTGGCAGTCATTCATTTTTGCGTTTTTATTTTTTGC AAGGGKATTTTCGGTGCAGTTTTTTAGCACACCATACTTTCTGCCAAATA AATGTTTTCCTTATATATGTAATTTTTTTGCAATACAATTAATTATTTTT TGCGAAATACATAATTTCTAAAATCTAGTCAAATAATTTTTTTTGCTCTA ATTATAGATTAATGTCAATATAATCTGTTAAAATTTATGAAAATTTACGT AGCTCAAAAGAAAAATAAAGAAAAAAGATTGAGTCAGTCAAAAAAGTTTT TTTAGAGTATATCTCTGTTATGATCTAGGATACTTCGATCTGACAGATAA TACCAGCATTAAAATGTTGCCAAAATGTTACCGCACCTAAAAAAAAGCAA CTAAAATTACCTGCGTTGAAAATACCCATGCTATAAAAAAGAATGTACAA GAAAGTGCATTAAAATGAATGGACATATTAAAAAATAAACTTATTCGTGG CATTGCAAAGTTTAATAAGATAAAAAAAATCAGATATGAGATTTGACCTG AAAAAATACACACATACACAGATTGGAAATTTGAATTTAAGATTTTTATC TTTATTTTCCTTTTATTACTTTAATTGGAAACCTCAGAATGACTTAAGAT CTTTTTTTTATTTTGAAGTTATATTTAAATGTATTTGTACATATTTGCAA TTCAAATGTGGCGAAGCCTTATCGGTTARCGTCCCMATAAACACATTGGC TTTATAATATTAATAATTAAATTAGTAAAATATCTGCATAATTAACAATT TTCATTTTTACTACTAAGGACTCTTGTTTAATTTCAAATATGTTACATAT AAGTGGTCATATCCTTAATTTATTTTATTTTTTTAATGAATAAATATTTC AGGATTTAATTTCCAACTAAAATATAGTTTGACTGAAGATAAACTTATAA CATTTAAATAAATGTATAATTAATCAAAGTTAATTTATATATATTTGGAA AGCAAATGATTCCTACATCAGTAACACAATAATTAAGACTATATTTTTTT GTTTTCTGCCAATCTTTCAACTTTTTTCTGTAATTCGTGTTTTGAACGTT GATTAAGGGAAGTCAAATTCGTTTTTGTTAAGCAGTGAACATTTATCAAC AATTATTGAATAATAATTATGTAGTTGTGAAAAATTGGCAGACTACTATC AAATAATTATGGGACTTTCTCGGAAACTTTTTATGTAAAAGTTTGCAAAT ACAATAAGGTAAAGGCTTGGTAAATATAGAAGAAGAAAAAATAAAGTTTT GAAACAGGAATACAACGTAAAATAAATACAAAATAAAACTTTGATTAAAC CATCATCCTAAATGAAAGTTTTAAAAATTTGTATGTGTAGTCGAACATAC TGTACTACTGCACTCATATGTAGTTTATATCAATTGAACAAACCTGTCAT CTACAACATTCCATTTAATTTAACTATGCTMCCTAGCCAAAATAACCATT TCCAATGATTAAAAATGTCGTCTGAAATTTTAAAAACTATTCATACATTA AATTATCGTAATTGACTAGCTTTCCATGAGTTTATAACCATAAAAAAATG TTAAATCCCCTATATTGAAAACGTTTGTATGTAAGATATAGTATATTCAA TTTGAATTTACTATTCATTAGTTATAGTACGAAAAGGGTTTAAATGTTTG TACATTTGAAATGCAAAATGAGTGAAACTCTAGATTAATAAAAGTATGCT TGAATTTTTTTATCTTTGAAAATACATATATAGAAAGTTATATAGATTAT TTCCTAGAAAGGGGAGCAGCTTTTTCTAGTTAACAATCTGAACTGGTTTT TATTTCAATTTCAAAACTGTTATTATTACTATTCAATTTTTGAGAATGGA GACTCTAAGTATAAAGTAATATCTAGAGTGTTGCTTATGAAAGACAGAGA GTTATTATGAGGGGTAGCATAAGAGTTATATGTGTAAGTCCTTGTTAGAC TCTGAGTAGAATTGAAGATCGACATCAGAGTCATTCCAGCCTTTATATAT ATAACTATCATGTAATCAGGTACATCTTTAACTTGATAAAAAACAATTAT AATAAATTAATAATTATAAAATAAGAAACAAAACAATTATAGTTATTATT AAAAGTGAAAACCCAATTGTAATTTAAGACGTCATTGCTTTAAAGACTTC AAAGACTCCTGTGTGAGATAATAATAGTGAAAAAAAAAACACAAGTGAGA AACAACAGGTAGCGCACGAGAAGCGTGTTTGTAGAAAAAATATTATAAAA TTAATCAGACGACCTTACAAGCGATGTTCATTAAAGAAGGGTCATAATGT TAATATAATTTTCTAATGTGTTTACTAAGACAAGGAATACTAGAACTACT GGAAAGGAAACAAAAATATCACGCTCACACAAGAAGGCTGACTCTCTCTT TTCCTGTAACTACAAAAAAGGAGAAATGACTAGTATGATTTATGAACATT GATAAATTTATCCGACTCGTAACAATTTATCACAATCTTAAATTAAACAA TTTCTTAACTTATCCTAAATTATATTTATCCTTTAACTTAATAATTTCAT TTTATACCCAGACAAATAAAAACTTAATTTATCTTACTTTCGACATTCAT TTAGCATATATTTTTTTGCATAAGTATAACAATAGTTTTTATTTCGTATG TGATAATAAAAGGGATTTCATGTATACACAAATCAAGTAAATAATTATAA CTAAGGATCTCAATCTTATCTTTTCTCGGCTTTGTGTAGGTGGACTTGAA GATGTGAATTGTGTCAAATAAGGGAAAGGTTAATGTGAAACTAATATCCT TTAAACTTTTGTTAAATAAAAAGTTTTTCACTGCAGTACAACTAAGTACA TACAATAAATTCGTTTTTGGGGTATGGGAAGAATTTCTCTGATGTGGGCG AAGTTGGGGCGCAGAGGTGGGGATCCAGGAAGGTAAATATTTGGACATAC CAAGTTCTCTCTTCTCTGAAAACAATTATAAATGTTCTTAAAATTGTGAA CCGTATCGATGAGGGAGATGAACTCCTTTAAACTATCTTGAGGGTGAGGA ATTTAGGTATGAAGATTACCTCCACACAAACTATGGATGCATAATTTTCT ATTTACTTTGTGATTGTCAACAGATGCCACAACAGTGAAACCTATTTCCC AAGGAGTCCTCATGATGGAATTATACTGATTAAACAGGAACTCCGTTGTT CAATTTCACACTGGGATGAGGGTAACAACGCCCATGTATTTACCCGATGT TGACTTGGTTATGAAGGTTAGGACAGTTTTAGAAGTTTGATTATTTGTAG TTCCCACAAATTTTCCTGTAACAAACTCTACTATAAATCTCGTCGATCAT CTGTGTTACATTTTTTTTCTCAGCTCTTCAAGCCTCCAGTTCTTGCTTTT AAGTACTTTTTCATGGATGAAGGTAATTCTGTCTCAACCATAATCACACT GGATACGGTCCTAAGATATCTGGGAGACAGAGGTGACAGATCATTGGACG TATATATTTACTCGTAGAGGCCAGAACTGAGATTATGCCATATCAAAGCA ATGGAAACGAGTCCAGAAGAATATCTTCTACATACTTTAGACTGTTTGAA GAGATGAGACATTTGCTCCATTATGGCTGKTCACAAATGTATCTTTCTCT GTCTGACCGTCCATGGAATCCAGCAAAGCGGTAATGTGATGGCTTCAGTG ATAAAGTTATTTTTTTTCCTGAATTTATGCAGTGTGATACTAAGATCTTA TTTAGCTCGATGTTGTTATAGAAAATTCTGAAAGAGAGGCCTTTTTCAAC CTCCAGACGAGCAGGAATGTCTAGCCCTTTCTTATCTGAATATATGATTT TGACAAGTTCCACTTTTGGAGTCTTAAACAACAAGACCCCCGAGGGCAAT GATTTCGAAGAGAGTTTGTCATAGAGATCTTGTGCCGAAAGAATGGTCTC TTCCATAAACATTGCATAGACCAGACCTTCTTGTCTTTCATTCTCCAAAT ACACTCTATTGGTGCTAGTTGATGTCTGTGTTGGTCTTAGAGGTGGTGAT GGTGATGAGAGGTAGCTTGCCAGATTCGGCCACTTTGATGGGATGGCTTC CTCTTTCAACCACCTGTGAATATATATCCTTTATAAGTATTATTGATTAC TAAAATTACAAGCAAAGAAATTATATTAAAGTGCATAATTTAGAATTTTA GGGGAATACTTCTGAATTATGCTATAATTTAGTTGCCCAGACATTTGACA AGCACTGGACAGTGCTTCTAAAAATATTTGAAAGGAATTTATCAAAAAAC AAGCCGTCTCAGATATTCACAAGCAATATTCATAGTATTGGGGAGCATTG CTTACTTTCGTTGGAGTAATTTTCCTTTATCACGGGATTGATCTAAAGAT TAAGTAATAAAATAAGTCACTTTAAAATGTAGACTGCATAGTCTTGAATT CGTTGTTGGTGCCTTGTAAATTGTATCTCTTGGGATGGTTAGAATTTTAG AGTCCTTCATAGGGAATTTGTGAAAGCTCAAATCCGGATCCTTAGTAATA CCGTCATAGCCCTGCTTACATCCAGGAGCAGAACACATGTAGACCATTAT TAATTAAGTAATAATAATAAAAAATTAATTAACTTTAGTGAACCACGTTT TCCTTTATTATAATTTATAAAACAAAGGAAGAATGTGTCAGCCTCCTCTC GTAGAAAGAAAGTGAGCGCAATTTGAAGACGCACTTCCGGTTATATTTAG TATTCCTTGAATAAGAGTGGCGTGGGACAGCTGCTTCTCTGTTTATGTTC ATAAATTAATAGTAGGAAGTCTGTTATGATGCACTCCAACTTAATATTTC TTCCAATACCGGGTTTATCATTATGAGCTAGTCGCTCTCCGAAAAACATC CCTCCAAAAGTGCTGAACACTAAACCTTCTGCTGCCTTACGGAAGGGGAC CACCCTAGGACAACTACTGAATAGATGGCGAGAGGACTCTATTTCGATTT TACAGAATGTAAAGTATTTCTCCAGTGTGTCTTATTATTTGTAAATAATG ACCCAGTATCTAATTTATAGCAAAACCACTTTTGTTTTGAGTTTGTGAAG GGATTTTGAAAAATGCATCCTGCATTATTTAGAATAGGGTGGTCGGGGAG TTACCTAACTGCTCCATACGCCTTTTTATTAAATATCTTGGGTTATTCTT CAGGACTCATCCGGAAAAGGTTCTCCTGACTCTGTTGATGCTCAATGTCG ACAGAGCAATAATACCCAGCGCGTAGGGACCCAATTTCAGGTATTCCCGA TGTGTGTCACGTCGTTGCTTGAATCAATTTTTATTTCCTACCTCTCCCGG TTGCTTGTAGCTGATCTAATAATACGTCATGATAACTAAGCAGCTCTCCT TTTAAACATTGTTCAAATTGTCGGGATTTTCACGTTCCTTTTATATTTTT ATACCGACAATAAATGTTTTATGCATTTTACCTAGGCTATGATTGTTATG TTTTCAATTAAGAAGTTTATATAGCACATGTCTGAAAAGTACCAAATTGA CAAAGAAAACACACCTTTTTTTTTTTTCGTCCAAAAATTGGCTTCTTTAA ATTAATATTATTATGTTTTTATCCCATAACACTTTTMAAGCCATTGATAA ATGCTCAGCTTGAATGGTATTTTCAAAATCGTTTTGATCCATTGTTTTTT TGTGAATTAAAAAAAGTAGCCTCACACTTAGCACAATAATTCACAAGCTA AAGAACAGATTGTCATGAAATTTAGACAAAGATTAGATTAGAAGATTGTT ACGAACTGAAAGTGAGGTGAATAAAAAATTAGAGGTACCTATGTGTGAAA CTTAGGATTTTTCAGTCCATGTGAATATGTATTTATAAAGCGCGGATTGA CATTCAGCTTGTTGGTCCTACAAGTTGTCCTAGTTTGTGTATTTTGAAAA TACAATATTTAACAAAAATAATCTCTTTCATCTATTTAGTAGTTAATCTT TTTAGTCCTTTAAANNNTTTTAAGATAATTTGTTCATTTATGAATATGCC TTTTTAGTATAAAKTATATTTTTTTAATTTGAAAATAATAAGTCACAAAA TTAGTTACACAGTACATATATATATATATATTAGAAAATCTACAAAAACG TACGTTGTATACAAAATGGAATGGCCATTCTTGTTTCTTTTTTACTATCG TGAAACATTAAGAAACAAACTATTATACTCTTAACAATTTATTGGCAGCA TTTATCAAAAAATACAACAAAAAAAAACATATGTTCTCAATGCGCTATAC GCTTAAAAATAATTGTTTAACGAAATATAAGAAGCTTGAAACAATTTATA ACTCTCCAAATATTAATTCTATATTAATATTGAAAATTGTTCTTGTTGCT GACTCAAATACATTAAAATTATTTATCAATAATCCTTAATACCTAATAAT TTTATATATATATAAATTTGTTGAGTTAAAAAGTACATGAGTATTGAATG TTTTAATTATAACGATACACAACAATATTTTTTTTGTCCACATATATAAA TTTGCAATAAAAAAAAACAATTAAAATGATTCATCGTTAAATATAATCAC CAAGTCCTTACTTTCAAGTAATGATAATAATTATAGGGAATATATAAAAA ATAGGTAATTCGTGTCCTTTATCCTTCTTTGATGAGCAAAAAAATTTAAC AACGTAAAAAAAAGCCTTAAATGTATTAAATTTTACCTCTAGCCCTTAGT CCTTTAAATATTTTTTTCGGAAAGTTAACTACTTTTCAAAATCAATAAAT CTTGAATATTTAAAAAGTACTATTCTGAGTTAATTTTGTTGGGAAAATAT AAATTATACACATATATATGTAAAGATTTATGAGGTACTTCTTGATTTAA GTTAAAGTTTACGTATATTGTTACTGAATGTGTTCAATATAAACATATGT ATATAAATGATTTTAATAGATAATATGTGAATATATGTACACAGAGTTTC AAAATAGAATACCCTTAAAATTATTTTCTAAAGACATCAGTAACGAAAAA AAATTTGTTAGAAATTTATTATGGCTCATAGAAGTTTGTAGATAAATTAA ATTAAAATTATATAATTACCTTTTCATATTTATCATAATATATGTATATT TTCTGTAAAAAAATCTTTTGTGAAGAAAGGGATTTTTTTTACACATACTC CTACAAAAAATATCATTATATTAAAAAAAGGATACAAATTATAAAGGCTT TCAAATAATTTTTTTAAGTATACAAAGAATAAACGATTATTTATTTTTAT TTTCTTCTATTTTCTTGAAATATATTCGTTCAAATATCTCTTACTAACTA AAAACCTAAACAGTTATTAGAATGTTATTTTTATTTAGTTAAAAAAAAAT CAAGGAAGAAATGCTCATTTAGTACATTCTAATTTTCTACACTTATGGAA AACTAATCTGAGACTCATGATCATAAAAGACTTTCTGGTTTTTGTATATA ATATGTAAGTATTTGTATTTTGAAAACTAATTAGAAAAGGAATTAAGCGT GTGTATTTGAGAGGAAAAGAACCCTATTTGAAATGTCCTGAGCTATTTTT TAGATCCTCAATTATAGTAATCGAACATATACTTACATAAATTTATATCT GGCCTATTTTTGATAATAAATGTCCTATACACATATAAAATAGAAAATTA TATTGAAAATTGTTAATATATGTATATATAAGTATATATAATCGATTCTC AGAATAAATCTCCAATAACCTTCATTTTCTATATTTATTTCGTTACTGTA TAGCTTCAATACATACTCGTATTGTGTGCATCTATTAGTTGCTAATATCG ATGTACTATTTAAAATAAATATTGTACTAGATGACCGCTTAATTTTATTT ACACATGCAGGTACTTGATTGTGTAAATTATAAATAGTAATTATTTATAA AAATATATATGTGTCAATTTAATAGATGAAAGCAATCTGAAACAAAAGTA ATACAAAGATTGTAGCTTAGTTAGAGGATTAATATTGTCATACATTTGCG GCCAATATCTCATTCAATGTCCTTGCATTTGTTCCGAATAACTTGGCTAA CTTGGCAGAGATGCTTGAACACTGATTTGTAGCTTGCATCCTATAATTTT TCAAAGTAGCTTCTTTGTCTGCTCATCTTCTTTGAGACTCAAAGGTAATT CATGATGACTTAATGGAGTTTCCTTATCCTGAGCAGATCTAGGATTACGA AACGTACATTTTTATTTTTTTATTGTTCGTATTGTATTTTACTGTAACTA TTTTTCAGACAAATCAATAAGGCAATATTTATGACTAGCGTTAAAAAACC TTTCTACAAACTACTATTAATTTAATTTAATTAAAGTGAATGGTTCTTTA ATTATGGACCACTCAGTATATATACCCAAATATTTGAGAAATAGATTTTG ATCTTCTTTTTTTCTATTTTAAAATACTTCAATTAATAGTTGAACTATAA ATAATTAAATAGATAGCTGGATGAAGTGCAATATAAAATATGAATAAACA CTTTAGTTTAAAACTATGATTACAGAGATAAACAGGTTCTATCGTTCTCT CATTTTAACTCAATAAAAAAAATTATAAAGCATTCACCTAACTATAGTTA AAGAAATTTATTATAATGATTATAATACCAAAAATACATTTTTACAAAAA AAAAGACAGAAATATTAAGGACGTAGCGATACCAAATTTTCAGCCCATTT TGCTTCCAATTCCTATACCATCTTTGTAGACATTTCTGATTTTTATTATG TATACAGGAATTTCAAAACTAATAAAAAAATTATTCACTTTTTTCCGTGT TTCATTTCTCTATTAATTACGAATAAAAAAAACACACCATATATTTATTA ATCCTAACTAGTTAATTACTCATCGTGCTCAGGAATAAATTAATTTCTGG TTGGCTCACATTAGGGAATTTGACGCTCTTTTTTTGTTCAGTATTTAAAG TCAGCCTCCTTGCCACTCATACCCAGATCTAATTTCATTTGCTTCACTGA TAAATAAAAAAAACTTGGGACACTGATAATAGGATATTGTCTATTATTTT ACTGGTTCGTCCCACATGAGATCAAATGGTCATGAACTGTCTCCAGTCCC TAATCAAGTTTTATATGATAGCACTAGATATTGAAATATGTATCAACCAG TGCTCAAGCTCGTACTTGTGTCTTTTTTAATGGACCTGGGACAGAAACTG ATGACTCGAACTTGACATAGAAAATATGGACTCAACCTCAGTTCTGTTAT AAACATTACTCAATAAAGAAATATGCAGTGAAAAATGTTTTCAATGGTTT AAGAGTAAACCACTCAAACCAAGCATTACTATTACAGACTTTTTGAACAA ATCATGTTACAATTCAAAGGTATGGGGCACTAAAAAAGATGTTATTTCTA AATTGTTACTTTCCTCTAAAAACGTGCAAATTCATTTAATCTCTCTATAT ACTTCCCCCCCCCCCCCCTCAGGCCCTTCTTCTTTTTTTTAAATTAGTCT GATCGACGTTGTCTTAGTCTATCTATTATATTGATCTGTACCTGTAATTT TGACTCCAAATATGAGCTCAAATAATTCATATTATCAAGATAAATGATAG TAAGCAATGTTGAGAAAATTCCGATACTTCAAAAAAGGCCGATTCTTGTT GATTCCGATGCATAGGTGCACTACTAAGAACTTTAAATTTCAACAGCTGA AAAAGTTTGAAAGGACAATGCTGCTTTCTTAAAGTAATAACAATATTGTT CTTTTTTTTTTAAATGACGTTCCGATTCAGAGAGATGTATTCATAGGATC TGTTAAAATTTCCAATAAAGTTAGCAATAGTTGGAAGTCTTCATTTATCT TTATTTGCTTATCATACCAACATCATACTCATATGAAGAAAAAAAAAATA CTTGCAGTCCAATACAGGAACTATTATGCATAATAATTAGATTTATGTAA AATATATTTTTAAACGGCTCTAAAAGTAAATTTTCCTAAGTTTTTGTTAA TTTGTTAGCTCAACAGTTATTTACAAATGTATCCACGTATTAAGAAGAAG AAAAAACTCTCTTTATGCTCTTTTTATTAAAGAAAAACATATTTAAAAGT TATAAATACTTTTGAAAGAAATGAAATATCTCCAAAAGCAATACAAATAA ATATGAAAGGGGGGGGGGATAATAATTGGGAATCTGATATTAAATAATAA ACAGTATTAACTGTGTTCATAGAAATAGAGCTTTTACTTATTTACTTATT TTAGAATATTGCTAAGCACATTAATACTATTGATGAGACTCAGTTCACGA CCGATATTTTTTGGTTTGTTCATAAGAACCCATATACACAATATCTTACA ACACGTATGGAAAGGCAAATGTGGCCAATGCCTCTGGGATGCTCAAACAA AGAAAACCAATCATACTCATKCTCATTTCAGCTGCCTCTATATCTGTTTT CATAACACGCGATCTACAGACTCAGCTCTTACTGAATCAACCGAACTCCT TGAAGAGGTTGTTTACGGCAAGTAATATGCTCTTGGTGTCAGTCTTGACT CTAGTAGAGCCTTGAATAACATTTTCTGTACTGATGTTTTAACAGGACTC CAAGATCAAGGGGCGGATCTCCCTATCTGTATCCTGAAAGACACTTAGTT TACAGTCTATAATTATTTCTCACGTTAAAACTTAATTATTTGTTTGTTAC CTATTTGAAGTCTTAATCTATCGTATAATTAAGTATCACTGAATTGGGAT ATAATTTTATGGATCACAATTATTCCAAAAAGTTTTTACTGTCATTTCTG ACAAATTGGGCAGCTTATCGAAACCTTGGGAATGAGTTAGATATGGCACA CTTTACTGTTGTGCATAAGTATACATTTGTTGATCCGTTTATTGGAGCTC ATACTCTGACGATTGAGTCTTTGTGGAGTCATTTCAAGCGTATGCTCAGA CGGTTATGAGTAATTAATACCTCTAGAGAGCTTTTTCAAACATATCTCAA CGAGTCTATATGGAGGAAGTGTTTCAGTGATATTAGTCCTTTTTATGGAA TTCTGAAAGATATATATGTTATTCACAATGATAACCATTACTTCCATCCA AGAAAAAGCAGCATATTTGGAATAGTATTCCCAAATTGGGCTTGTTCGAT AACTCGGATCAAAACATTTTCTTTTGGAAGGATTGCGAATTAAACGAATT GGAAATTTAGACTGCTTTAATTTAATGTTTTAATTTATTCTAGAATGTTT CTTTTCTTTATTTAAGTATAACTTTCCACAACATGAGACCTTCCATCGAC TTGCGTGACTCTTAGAAGTGATAATTATCTTAATATGAAGAAAAAGTCGA GGTCCTTCTACTCGTCATTTGTCAATTTTTTATTCACTGAATCTCACGTC CCTCAAAAAAGTCGAGATACTTCTCATCTTCTTCAGTCACTATTTTCTTT GCTCGCGTCCCTACGCTTGACGTAACAAAGTTATTTTCTTATTATTAAAA AGTTGCAATGATGGAATTTCAACTATCCTCTGTTGATTGCTCCAATTTCT AGTTAGAAAAAGAAAGTATGAAGAGCGAACAAACTTCTACATGATACCCA AAAAGGAAAAATGAAAAATAGGAGGAAGAGTTAATGAGCGAGCACTCATC CCTCCTTTTTAGAAAATTTGTAAACATAAAAATAAAAAACTATCATTTTA AAACCAAAATTAGTGTTAAGTTGAAAAACATATATATACACAAATATTAA TTAATAGAATCACAAATTATCGGACATAAACAATTTTCTTAATATGCTTT ACAAGATATTTTTTTTACAATATTGCAACCCAACGAAACTGAACTAAGCC GGATCAAACTCAGCTTTCAAAAGTGCTCTKCAGCCTGTCTCTGGTGACAA AAAAACATACAATCTTATGCAACTGTGAGTATCATTACTTTTGAAGAAAA AATAATAATCTTTCAAATGAGACATAGATGGCCTCTCCATGACCAAAATT ACGCCCGTGGCAAGCATTTAAGTTATTTTGTTCATATTTAGTATAGTAAC TGTGATCCCCAACAGCAACAAGGTAAAAGTCTGGGCCAACCGTGCAGTCA TCAAGAGAATAAGGCTTGGAAAAATGATCACCAGATCTCTAAGTCTATTG GGTACCACGTTGAGAGCATTCAGAAGGGCAGGGCCCTCAAGTGCAATGGT GGGAATACGGAGTGAAATATGGAAGTGTGAGGCGCTAATGCAAGGAGCCA CACCATCATTCAGGTTCTCAAGGAAAATATCAGCAATATCTGGGCCAATG TCTTGGAGACGTCCAAGACCAAGGAGCAGTGTACCAAAGTCAGGGAGAAG ATTGATAAAGTTATGGACCCAAATGAAGAACTCTTAATTTAGTTCTTTGT AAAAAATATACTTTCTCTTCAGTTAATTTTTCAAAACTACAGACTCTGAC TTTTCAATTTTTTCAATTATAGTTAAATCAGATCACTAGCAAGTCTTTAA TGAACACAAAATTATGTTGGATATTATTTTGAGATATTTATATTCTGTTG TTGAACTGGAATTCAATTGTTTAACTCGCCCCTTAAGAAGGGTTCCTTAT ATATTTGCTTTGTTTTAGACAAAATTTGATTTATTTGTAGGACCATTTTT TTCTTTGAGGGATTTCCAGATTGTTATTTTAAGGACTGAATTAGTTGAGT CAACACAAAATCATATCAGTCTTAGACCTATTTTAAAAGCCATAAGACTG AAACGCAACACAAATTAATAAATGTAACATATTGTTATGCTTCTTCAACA GAATAAGTAAAAATAAAATTATTCTCTTTTTTATTTACGAAATGAAGAAA ACATTTTTTCCCTTCATTTTATTAATGTAAGTATGACTCTTTAATTAATT TTAATAAATGTATTTTGTATGTACAATGTACATATAGTAAAAGTTGAGAA GTGTATTTTACTTTAATTTGTTTAATAATTATATTTTTTGCAAACGCATG TGACAGTCATTTTTATTTAAATGTAGAGGAGAATTTGCAATAAAAAATGT GTTTTTATCATATTGGAGTAGTTTTGAGTACTCATTTTTTTATGAGTATC TAATTATAAAAATTACTCTGTTAAATTTGAATAGATTCATAAAGAAGCTT TACAAAATAAAAATTTGAAAAAATATATATTTTGTACAAGAATATAATCT CTCTAAAAATGAATGAAGAAAAAATTATAAAAATATAAGCAAAAGAACAT ATTCTAAAAATTTACAATTTACAGTCTTTCTACAAGGATAAATTATGATA GTCAATAAATTGTTTCCCTTGAATTGTGATTGTGTGTTCTTTATTGTTTT TATGGGGAGAAATATCAAAACTAACTTTATCAACCTAAACTTCTACTTTT GTGGCCTACTTTATATACTATCAATAAACTTTGATAGCTTAATAATTATA CAAAAATATTTTTTCGACCAAAAAATCATAAATAACTCATAAAATATTAC TTCTTCTAATATTATGAAATTGTACGGAGTAAAATTTTTATAAGTTTGAT GCATTCGATCTCGAAGTTAAAGTGCAAAGTTGAAAATCAATTATTGCAAC CTCTTCAAAATAAAGAAATAAGATAAGTGAAGCGAAGCAAAAAATATATT ATTGGAGTTGGAGGAGAAAGTCTCTGAGTCGATCCATGGACTACGGGATA AGGACAAAGGAGATCCAATATTATTATGTATGGCACTACAGCTTGTTTTA AGATGTGATATACTCCGGCCTCATATCTCAGTATACAGATCGACTCCAAT TCCCTCTCCTCCCTTGCCCGCCCCAAATACTCTATAAAAGAAGAAATCAT AACCTCCTCGACATAATGAGACCTTTTATCTACTTTCATGATCCTCAAAA ATGCAAATTGTCCAAATATCTGGAAAAAAGTCGAGGTACATTTCCTCCTA CTCCAATAATTAAATCTTCCCTTTTTTTTAGAAGTTGTGAATTTTTACCT TCCGCTGTCGCTGTCTCCAATTTCGAGATAGAAAGAGAAAGTATGGGGTG GGGAGGAATTATACAGTGTACCCAATGTATACTCCAACAAAACAAAAAAA CTATAATTTTTATCTCTGTTAATTGTAATCAAAAAGGAAGAACTTTTTAG ACTTCAAAGAAAATTTACATTTTTCGCTCTTTTTTATTTCGATCTTTCGA GACAAAAAAATTACATTAAATCATGATGATGTTGTAAATAAACATTTACT AAAAAAAAAAACACTTCTTAGGCTATAATATCAGAAATTTCTGTTTATAT AGGTAATTTTTTGTTTTCTGAAGTAGAATCAATCAGAAACATAACATAAT AGAAAAACATATTCTTATAATTTACAAATTGAATTTTTCTAAAAAGATAA AATATGGTAGTCAATAAATTATTTACCTCGGATTGTAATTATGTGTTCCA TTTGCTTTTACGGCGAAAATATCCAAATGAACTTTATAACCTAAAATTTC TATTTTTGTGGCCATCAGTCCATGTGGAAAAAATGAAATTTTTGTGGACT AAGGTTACTTGTTTTTGTAATCTAATAACTTCACAAATTATATGTACAAT GCATCAAAATTAAGGAAAGACGAAATTTCGAGTTAGTTTTTTACTTCCTT TATACATACAGACCAATAATTCATACACATATTTGAGTCAATTATAGGAT TTGTAGGAAAATAAAAAAGAATAGTCAAAGAATTAGTTAAATAATGTAAA TTTGATTTAAAAGTCTCATCAACCATATTTGAGATTTGATTAAAATAATT TAGATAATTTTTTTAAACTAGAAGTGAAGATGCCTCCAAAGGGTTAATAA AAATAATTTGATAATAGAAATGAACGATAATTTTTCTAATAATAATAATG CAATCCACAATTAATTTTGAAAAAAATCATTATTGTTTGTTTTTGTATTG TTGAGCTACATAAAAAGTATGTGCATTTAAAAAAAGAAGATATATGTATT TAATATATGATATATTTACTTTTTTAGGGCATCCCAAACCAAAAATATAT TGGTATCGAGATGGTTCTAAAGTTCCAGAGTCTTTCATTTCATCGGCTGT TCTTGAAGTTWATAAAAATAGAGGGGATGTTGTAAGTTCTACGTATATGG TAGGGATTGTACAAAGATGTGATGTCGACTCAGAGTTTACTTGTCTTGCA TCCAATACAAACATGACTCAGGCCTCTAAGGTTACTCGGATACTACGGAT GAATTGTAAGTAAATTTTAAAATAAAATTTAACATAATTTGTAGATTTTA CTTTCACTCTTAAACCCTCCGTTAGTTAATATTAATTTTATAACGCGCTT AGTGAACTGGATAAAAAAGTTCCCCCATCATAAAACATATTTAAATTACC TGATAAATTACGATTATAATAAATATATATATATTTAAATTTTGTATCAT TTTTTGAACCATACCATCCAATTTGCACACGTACATATCAATTATAATGC TAAAATACTTGTATTAATATAAAACGTTGGATATTTTAAAATTATATTAA CAACAGGAGTTTAAGTTTTCTAAAAGATATATTTTGATATTCTCATAATG AAAACTTTACATTTTTATCTTCTATAAAATATTAATTATTTTATGCGAAT TATGTGAATCAAAATAGTTTTTGATAATTTTTTGCACAGCCTCAGTCCTC ACATTGAAAAAAAAAAGAAACAAATTAATCAAAAGCAAAAACAAATGAAA TACTTTTAAGCAAAAAACTTAAATAAATTCACTAAAACTGAATTAAAAAT TGTTAAATATAAAAATCATGCCTACAGAAGCCATTATCAAGATGAATAAA GAATTTCATATACTGTAATTAAATGGTCAGGTTCAATCTGAAAAGTATTA GCGATAAAATGTAGATTGAAAGAAATAAGAAACATTTTTTTATAAATCTC GAGATATACAAAATCCCAGCTCACTAACAGCTGTAAGACAATTGTAAAAA CATGATACCTACAGATTTTCCTAAGATGAATCTCAATTTAGCCAAACTAT TCCGTGTGCTTAAATAAAAATGTATTTCTTCGTTATATAGTTATTATTAA AGAAGTTATAATGCCTATGTGTTCAAGCTCAGATATAAAGCTACACATAT TGAGTATATGTATGTATATATGTCTATGAAATGTAACCTTATTGAGTTTA TTGTATTCTCAAAAAAAGAGAATATTTTGCCTTCCTTTAACATTTAAGAC AGTGAACTATACAAAAGTATGAACTGTCATATAGATATATATATATGTAA GTATTAGAGTTTATCTTTTGAAATCCTGTTTTCCCAGGATTTCTTTTGAT TTACATTTAGTCAAATCCCACAATATTTCATTATATAAATCTCATTTAAT TCTACAAACCAGAGTCACAACTCTCCGGAAACTGGGCTAGTCTTACTTAG ACGTTGGAAATCAAGATGGAAATCAGTCTTGAGAAACCTGTTCACGAACT CCATAGAGAAATTATTGAGCTATCGGCTCSCAACGTCTACAATCTCCACA AACAACTCTAAAGAAAATGATTCTCATAAGTTATCTTCATTCTGCAAAGA GCAGATAAAATTTTCCTTCCATTTGCTCTATGAATGTGGAATAATTGATT ATGTGACAATAATTGTGGGTGAAAAAATAGAAAAAGGATATTTGAAAAAA TGGTATTTCAATTCAGGAGGAAGTTTGGCTTGTGGCCATATTTCCCAGAA CTCTAGTCCACCTAAAAGCAGACTCCGTGATAACATAAATCTGGAGGAAA ATATGTTTTAACCGAATAACAAGGGCAGTTAGAAAAAAAGTCTGGCCTCG ATGACTGAATAAATAAAAATTTAAAATGTTGAAAAAAAATAATTGTACAA TTAATTAAATGACAAAGTGAATACATATTAACTGAAAACCAACTGTTTTA ATATTTTTGTAATGCACAGGTGTTTTTTGCCCGAAGGTAGCGCTCTGTAT TTCACAATTATAAATACCCCAGGTCCACCCAAAAAGTTTATTATTCATGT CTTACTATTCAAATTTTGTTGTTGTGGATCGGATCAGCTTCTACTAATTC WAAAAAGTAGGKCTCGAGTGCTKAAAAAACAKCCCAGCCATGATTATTGA TAAAGAATTTAATGAAAATTAAACTTAAGAATATATAGATAGGCTATCTT AAAATGTAGTATTTATTCATGAAATATGAGAATTTCGTAGAGTTTCACAC TCAACGACAATTTCCTGGGAAATGAGAAAACCTACTACTTACGACGTGTT TCTAGTCTTATATGATAATTCTAAAATAATCAGACCTGTTCTTTGTGGAC GTATATAAACTCGTATGTACACATGCATATAATCTGAGCTTAACATAATA TACAAATATATATTTATGTGTCTGATTGGAGAAGAACGAAATCAAAAATG CAGAGATATTCAATCGTACCAATGTATATTTTGTACCTGCATTATAGTAG TTTTTAATTTTTTTTACCCCATGCTACATATTTAAGTTCACATTGTCTTT CAAACTTAATTAAATACTTGTTCTTGATGACAGTGACAAAAAAAATTAAA AATATTTCCAATGAATTCTAACATAATCAACATTTCTTATTCCCTATGCC CTCCAGACGCCTCAATGACGCCCTCCATCATGTTTCTGAAGGCGGCACAA ACCCTACGAATGTAGTTTTCTGACCTTTCAGCCCATGCAGCCTTTATGAC AGACTCCAAGGATCTTACAAACCCGTGAGGCTTCTTGCAAGCAACTCAAT TGACCTTTGGCTAGATCAAATAATGCAAAAGATTAAGATCAGGGGAGTCG GGAGGCCACTTGTTCTGGGACACCTTCAAAAAAAGCTTTGCTGTTGCCAA CCTGTTCTCCGTTGTGGCTGMCATAATGAGATGTTTCTTTCTCCTTGCTC TTGATTGGTCTCCCTAGTCATTTTTAAAGAAACTTTGGCATGTAACCTCG CTTACTTTAATCTACTCGGTCATTCCGCCAATCGTCACTTGATTTCTAGG AAGGCGGTTTTTTTACACGCATAATGATGGCCTTTGTTCTTAGTGCTCGT TCTCGACCTTGCCCAGACTTTCTAGCGACTATTCCTTGTGTTCGAATCTC TTTTAAATTGCCATACACATGGATACGGTTGATTCTGAGGTCATTGGGAA TCTCACTTGGGGTCTTTTGTCGCTTAGACATTTCCAGCAAATGAATTCTT TTATTTTCAATTTTTACGTCTTTGAAAATATAGTCAATGTTTATACATAA AAACAATTGCAAATGATTATTAGAATATAATACAACCGTACTTAAGTAAT AATTCTTAGAAAAACTCAAGCTGTGAGTATTTTGTTAAATGTAAACTTAA ATGTAACGCATGGGGTCAGGGTTATGTGTTTATCAATGAATACCTATACA ATATCCATGTAGTTATGCTCCTCAGTAAATCATTTCATTCATATCCTATT AAAAAAATTATTATAACAATAGCTTTCTTTCCTTTTCCCTTTTTCTTGCA GTCTTTACTTTCATCTACCATTTTTATAGGATTTTTTTCCTTCTGTATGT GCTCTAATTGTTGTTGCTTCATTATTTATTTCTATTTATTATTTATCTAA TATCTGATGATGAAACAAAGGTTATATCCCTATATAAATATATAATTTAT ATCTATACATACGATGGTAATCAGGACTTTTTCTCCGTTTTAAAACATTT CATTTGTTCTTCTTCTCTGGAACTTGTGTTTTACCCTTTATTTACCTATT AGCTATCCATCCATATACTTCTTTTCTTGTCTTGAACATAAAATATCCTA TTTTCTTGCCAGCTTTCAAACTAAATATCGGAATATAGGGTGAAAATCCA ATACGATAATTTATTTAGTCATATCAATGCAGAACCTTGTTAATTTGGGT TATAAGCTCTCTATTTATTAAACCTTTGTTAGTGAACATCATCTTTATAA CAAGCTAGCGAATTGAGTTTTAAAAAAACTCCAAAAATAATGCATATTTA GTTATATAATAAACAGTTCAACGATTATAATAATTACAACATTTGAATTT TGTATCATTTGTAAAACTATTCCATCCATATTACAAACGTAAATATCAAT TTAAAAATGTAAAAATACTTATATAAATATAAGATATCGAGTCAAAAAAT ACAACCTTCTTTTAAAATAATCTTAACAACATGGTTGTAAGATTTTAAAA GGAATAATTTGTTAGTAGTATTATAAATAAATATTAATATTTTATTTTTG ATAAAAAATTCTATTAAATATTTATTACTCCTTGTAAATTTCGGGAATTG AAATTGGTACCCATCAACTTTTGATGAGGTTATATAAAATAATAGCCACA ATATTATAATTTTGTAGCTACTGTTATATGCCTGAAAACTCATATTGAAA AAAAAAGAGTACAAGAAATCAAAAGAACAAAAATGAACGAAAATTTAAGG AAAACATTTACTTAAATTCAGTAAATCTAAATCAAAAATTGTTAAACATA CCAGAAAATTCTAAATAAGAAATTATCCAGATAAATAAATAATTATATTT AATCTGAGTTAATGTTTCAGGAGCAAACTGAAAAGTATTGTCTAAAAGTT AAAGATTTAAAGGAAGAATAAGCACTGTTATAAATATAAGGGTATATAAT ATACCTGTTGACTAACGCAGGGTAAATACATTTGGAGCAATTTTTCATAC AAAGAAATAGAAATATATAAATACCCTTTATTCTTCAGAATATCATACAT GGAAGATCAAACTGGGAGAGATGTAACAATTTAATTTAATATATCATTAA AATGCTACAACCAAAAAATTAATATTGTAATGCATATAATGATGGGTTTT AGCAAATGCATGGATGATTGAGTTAAAAATATTTCCATAATCCTTGCAGG GCAAGTTAAACCCCATCAAAACGTGGAGCGAGGGACTTCTATATCACCTT TTCCTGTATCTGCAGCAGATGAAATATATGTCATACATATTCTCTTTGCA TTATAATACAGGAACAAAAAATATTTTAACAGTATCAGACTTACAGAGGT ATGTTGTGTTAAATTTTGACGTGCTACACGTAATTGAGCCAAAGACAAAA TGTGTAACAACTGTTTTTATTTTTCCTTCACTTATAAGGAATATTTGAAT ATATATTACTCTTTCATAAAGAGCGGTTTAAATGCTGAATCTTACGGTAT TTAAGGATTCATTAAGATTATGAAATAATTTTTGGATATCCAGTTTTTTT GTTTTTGTTTTTTTCAATATTTAGTATTATTTTTAAGTTGATTTTTATTA AGATAAACTCTGTCCAAAAATTTGAAATTGAATTCAAATTTAAATTACAT TAGGTTCTATATTCCCATTAAACATCTAGAAAACAATAAAATTTATTCAT CCATGAAATGAGCTGTACCTTGGAAATTGAAGATTTTTTTCATCTCCATA AAAATTCTTTATATAAAAAATATATTTTTGACCTTAATTTCAATTTTTCT CAGGATTAAATTATTTCAGATGTAGTACAAACTTTTATATTTAGTTTATA TTTCAAAAAGAAGAAGAAGCCTCAATTTAAGGATTTACCTGTTCAAAAGT TTTTGTAACTTGTTCACATATATGTATATTTCCCCTATTGATCAGATAGA GTTGCACCAATTAGGTATAAATAGAAATTTCAGGACTACAGTTAATCCTT CTGACCTATGAACTTGAACTCAATAGATGTACTTGTAGATGACATATTTA TATTTTCTGCTCGCTCTGTCGGACCTACACAAAGTATTGCGTTGGTTTTT ACTTATTAGGTCTAGTCCTGTCTTATGAACGGCCCTATTATTCCTTGGAA CAGGTTATCATGACCGTCAGGACTAAAACTGAATTTAAAAAAAGGTGAGT GATGTCATAAAAAGGACCGAACTTTCTAAGTTTTAGTACTGAGCTGGACC GGAATGAGACTGAACTGGACAGGCCTGCAGTTTTTAGTTTAAAATAGTAG GCCAACACAATACTAAATATTCAAATTGATTACAGGAGAATACATTCTCC CAATTCCATTGTCTCCTGAGCTAGAGCTCTTTATAAACTTATTTTGCATT AAGATTTTTTCACCATAGCTTTTATAATTAAACAAAATTATACAAAAGTA ATTTTATATCATTATCACTTAATAAGATCCCAAGAAAATTACTATTTAAT TCGGGATCCCGGATATTCTAACATGAGATAATGCTGTGATATTAATTTAA TTTATTTTCATATAGCAAGGTTTGTCTTTCTGTCTATATGATCCTCTGAA TGTATGAAAATAACTCACGGGGTGAACTGTCTATATGGGTCCATGATGTA TTTCATAAGCTTTTTTGATCTAAGAAATAACAATGTAATCGTATTATTGA AATATTGCATGTGTGTACCTATAGCATCGAAAGTGTATATCTGGCGTGTC CACTGTATATAATGATCCCTTATATATCATATACATATTTTTGATCTAAG AAATATGAATGCAGGTGTGTGCTTATAACAAAAACAATGTTTTTGATTAT TTTGTTATTTGTCTCTTATGCATATCTTAATTCATCTGCATTTACGATAT GTTAAGATTTGTATTAAATAAAGATACTGGTATGTTAAAAAGAATTTTGT TTGTTCATGATAGTGAGCGCTCTAAAAATTAAAGTACTCATTTGTAATCC CAACATTTTTTTTCTCAAACTCTTATTATTAGTCCTTCATTCTTCAAGTG AGAATACATATGAATTGATATAAGTATTGAATAGTTTTGTGCAAGTGTAC TCATGAAAACGGAGAGTAACAATGATGATTTCTCGGTGAGTTATCTTCTA TATTATCACAGCAAAGTTGATCTCTTAGCCGATCCCTAATTACTTCGGGG AATGCCAGGAACTACCACTAGTATTTCAATTACAAAAATATGTAGGTTTT ACCCATAGATGCATGAAATATTCTAAATTAATCCTTGTTTTCTACATTAA AAGTAATAATTAAATTATATTTCTTATATAATACATTGTATATATTGTAG CATAACTCGATAAAAAACTTTTTCTCAGCATGTGAATCTTCAAAATTCAC TTGACTTTTTAATTAGTGAGTTATATTATGAAATAATTAAGTGCAAGATT TCCCCATAAATATTTTTCGAAGTGCAAGGAATCCCTGTTGTCACTTGATG AGATGAGAAGAAGGAGAACGCCTTGTATTTAAATAGAGTAAAGGAGAGTT ATCCATAATCAGTGATCGTAGGATATTATATTATATTCATGTGGATCAAA TTATTTAATAGTAATATACTTATTACACTTATAATTGCACAATGGCAAAA ATTATAGTTTTATATTAATAAAATATGGTTTAGAGGAAGCGGGGATCAAA TTGTCGCCAAAATATTTTTCTACAAAAAACAACACAAAATATACATTTTT TAACTTTTTTATTGAAAATCAAAACTATAACGAGCATATAGGTATAGAGT AGCCATTCWTTCGATATAARCKCSGTGGGCATCAATAKCGGCCTCAATAT GGCCTCTGAACCGGCCGCAGGCTCTTCTGACCATCTCATTGTCCATGTTG CCCGACTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NCAGACAAAATAGTCCAAAGGATTAAGGTCGGGAGAGTTAGGAGGCCACA AATCCTTGGTTACGACGTCATAACAGTTTTCGGTTAACCACTGCATGGAG ATTTTGGACACATGGCAGGMGCTGAGTCCTGTTGCCACACCCAAGGCCTG TCTCCGGTCTTCATGGGCATGGTAAGGTTCCTCAGCCATTTTCTTCACCT TGTCGACAAAGTCGGTGTCCCTGACCTTCCTGTCGGCGCCCTCCTCCTTG GGTGCCCTCTTTATGGTGGCATCAACATCCCAGGTGTCCTCTAGTTTCTT ACGGATACGCTGAACAGTCTGTAAATTCACTCCTAAGGTTGAAGCAATCG TTGAATTGGAGATTTCACCTCCATTATTAACCAATGCCATGACTACGGCG GYCCTCGAAAGCTCCTCGTTCCKCTTATAGCTCTTTATCTCCTCNTATGA TGACGGCATGATGATAACTGAACTACGTATCGTCAGCTGACAAGAATAGC TTTCCTATTTGGTAACCGGTTTTTTATTTGATAATGTCGTCTTCAAGTTA TCAAGGTTTAAAGTAGGCGATAATTTTATCCCCGCTCCCTGTATATGGTA TATAAAATGTTTATCTAAAAATACATAAAAGCAGACATTTTAGACTATGA AGGTTATTTTCATATGTCTTGAGGTAAAAGCAATCAAGAACACACTATCT CAATCTGTAACAAGAATTTATTACCAAGTGTAATCAATCACGGTCCCGAT TAGCTTTTTTTTTCATATTCGTGTTCTATTTTATCCATTTTTTAAAATGG TATAATTAATCAATAAAGAAATTATAAGCAATGTTCCTAGAAAGGTAAAT ATTATTTAACTATATATGAATAGTATTTAAAATAACTTTTACCGCGCCAA TTAGAGCTTTGTGGAGTTAGTTTTTACTTACAGTCTATGTTGAACTAGAA CTAGACTGGAGTTTATAGTACCTGCAGAAGAAGGACATATTGGAAAAATG TCTGTTTTCAACGTTAAATGATTTAATTGCAATAAAAAAAAATATTATTA ATACAGTGAACACATGGGCTGAAAAGTCCTGGGCTTAACAAAGAAAAAAC GTTGTTTTTTTGTTTATAGTTGTTTTATTTCCAAATTATTTTATTTAATT CGGTTTATGAAGCGGAGTCTCCCTAACCCGTGCGCGTACACATTGTCAAA AACTTGATTGCCGAAAGCTATTTTGCCTAAGAACCACTTTGCCGAATTTT ATAATAAATATATTTAATGATGATTCATCCTTCAATACTATGTAATTATG ATTCCCATTCATGTACTCCAAAATTAATATATAATATGTTTAATTATTTG TCATAAATTGCAATAATTAAGTGTTCATTACTTGATTCACTTCAAAAGTT AGTTCGAAACTCAATTAGAACCATTCTATCGAAAATCATGACAACTGCCC AATAAATAAATAAATGAATTAGAAAGAGAAAATATGTTTAAAGAAGAGAG GGAGTCGAGAGTGGGTTAAGATTAATCAATGACTGAATGAGTGTCGATTA AGATTCAATGGACAATGCAAATGAAGAATAGTTTGGATGGAAATTGTTGG AGATTCTATATACCTGGTCAAGTCCAGATGGACATTCCTCTTTCTAGAGG TCGTCTGCGTATCAATAATTCTCCAGATGTGTTTTTCATTGGAGTATAAT CCAACTTACACTACACAAGTAATAATTAGTTATTACTAAGTATGTTTACC AAGATTTTTCTATCTTTTCATAAAAGTTGTTGTCACTGCCTAAGTTTAAG GAAGAAATAAAAAGTTGGGTCATCAGAAAATTTATTTTTGGCTGTATGAA AAAGACAACCAGCGATGTTAGAAGATGGGGAAAGTTTCACTGAATGCATT TATTATTGCCTTTTTGAAATGATACATTAATGTTTGTGGACTCTATATTG TGTATAGACTTTTTAAGATGTTAATAAACTAGTGTAATATCGTTATATTT CCACGGCAATAAAACGAATAAACGTGGTAAATACTAGTCTCATTAATGGC AATATGCAGGGTGAACAATTGATAAAATATTTATGGACTCAATTTGAATG TCCCATAACATCCCAGTTTTTTTACTCTTGCAAGGTCTTCTATGCCACTT TGTGTTCCAAATACAATAATACTATTAACGTACATTCTATTACAGTACAT ACGTACTGCAATTGACCAAATTAGATATTTTTGAAGAAGTGTCGAACATT TTTTTATTGACGTTTCTAAAGTAATTAAATATGTATATATGAAAATTTAT TCAACTAATTAGTTAACTGACGGAAATTAGCACTCACAAAGGACAAATAT TAGAAATGAAGTTACATATTCAAATGGCATTGTATCATACTAAATATATA CACACAAAAATTTGTTGAAAGAGCCTATAACTTATAATTCACTTGTTATG GTTCTCATAACTTTGCTTGAGATCCAATGGAGGTATCAATTCACACTCTT AGACACACAGCTCCGAGGATTCGAGTCCCTTGAGCGACTACGTAATACAG TCTTTTTCATCCTCTTTGTGTAAGAAAGAAAGTTCACGAAGAAACAAAGA ACCGTTGCTCTTATCTTTCTATTCAGATTCCAGATTGTTCTAACTTTACT GAGCTTTATAGTTTTCCTCGCTTATGTATCTCATTTTCTCGTGCTCTACT ACGACCCGACCTTTGAGTACCTCTCCACAGACAACCTCCTCTTCTTCCAA AACATCCTGGATCATAACCAAGTAAAAATCTTAAATCTCTACTATTCCCT GATTTGATGTTAATTGTTATGCTTGTTCGTCTATCCATGAGTCATTTCAA CTAGAAATAATCCATCATGTCGAATTATAATAGATAACGGATATGTTACA GTTATTACTTCTTATCACTTCTTCCATTATTATTTAATTTATTTAAAGTA TTACAACGGTAAAAGATTAGAACTCCATACTACTGTGTTGTGTTCATATA TAATGAATATTAACTTTAAAGTATCCTCATAATTAAAGGAATCAATAAAT TATTAATTAATGAACACTAAATTATTAAAATTTGTGACAAATAATTAAAC ATACTATCTTTTAATTTTGGAGTAACATGAATTGGAATCATAATTATTTA GTATTGGATCATGAATCATCATCAAATAAATTTATTATGAAATTCGACAA AGTGATCATTCAGCGAAGTGGTCATTCGGTAATGTGCTCCTTCGTCAAAC TATCTGTTTGGCAAAATGGCTTTCGGCAAAGTGGCTATCGGTAATAAGGT TTTCGGCAATGTGTCCCGGAAATCCTACAACCATTTTGAAGCCATTGATT AGCTTGAGCGTATTTTTTCCAATCAAGAAATAGTGCAAAATAAAAACCAC AAAACTGTTTTGATCAATGGTTTTGGAAATAACAAACGTAGTGTCACACT TAGCACAATAACTCACAAACTAAAGAACAGATTGTCATCTAATTTTGACA GCGGTCTTTAAAAAAGGTTATTTCTAACGTAAATTGAGGTGATTTAAGAA AAATTGCATCATCTATGTGTGAAACAAGGACTTTTCAGCCCATGTGTTGC ATTTAGATTTTAATAAAGTGGGTTAAAATCTTAGTATCAAAAAGGTACCC TTACCCACAACTATATTTATGCAAGATCTCCTCTCTTTCTCTCTCTGTCC CATAAACATTGTGTTTTGAATGAATAATGGGTGGATCATGACTCAAAACC TTCATTGTTATAAATAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATGTAGGTATAAGACT GTTGCTATGAAATATCATTCCTTGAATGGGATTTTTCTATAAAACTTTTA TCGACCAAGAGGTATTTATAAATAGGTACCCATTAGACATATTTGATATT TTAAGAAAGCACTTTGGAGTTGGTTTTTTTTTCTCTTTAAGTGTTTATCT ACAATTCCTATTCATAGTAAACAATATTCTGTAATATTTTCCATACACAT AAATATTTGCAAAAGTCAAGTTGGAATTCATTTTGTTAAATGATAAATAA TGTTTCTTTATATTTATGATAAAAAATAATAACAGAGCGATAATTGTTAT CATTTATGAATAAAATAAAAATAAAAAGATAAAGGGGAGAGAAAAGAATA TTAATACATTTTTTTAACCATAATAAATTATATGAGATGATTTATTTTAT AACCATCCTTTATTTTTCTTCCTTCTCCACTTAGATTTTTTTAATACTAT TTCTTCCTTCATAAAAGGAGTACATATTATTTTGAAGAAGTATAATTCAA TATTTTATCCTCTTATACTTGTAAAACTTTATTTATTATTGGAAGCCTCG AATGATTTATTTTTTAAGATCGGAGCCATATATTAATATTTCATTCAATA TTTTAAAGGATATCTTATATAGGAAAAAAAAAAGGATCTATTATACTTAA AAATGCAAAAAAAAAAAAATATGCTTGTTGTCTTATTTTTCAAAAAAGAC AAAAGTAAAGATACAAAGCATATAATATCATCTATATCTATGTGCAAAGA GACAAAGATTTATAGTTTTTCTCTGTCTTGGACAGTACTTGATAATAATA ATCAAAAGGTGTACAATTCTACAACTTATAAAAATAGGACATGGTTTGCA GCCAAATACGCTATAATTAAACTAGTATTATCCAAGCAGATCCGAAATCA CAAACGTTGCTACTCAAACTTTTACGGATCATAAAAAAGATCCGGGGGAT TCTCTGATCTTAAAAAACTTATAGTATTACTTAATCCTTGCTAAAGAATA TAGATATTATCTCTATCAAGCTTATATTTAATTATACATAACAGTTACAT CGCGTCATTATTTCAGATGGCGTTACCTCAGTCATACAAAAATGTACACT GTATTTGGTTGTCAGTTGTCAATTTTTCTTCTTTTTTTTCCTTATTGAGT GTTGTTGATATAGTTTAGTTGGATAAAAGTTAGTTCTTATTCACCTGCGA ACAGTTGTCAACTATTATTGTATAATAATTCTATGGTTGAAAAATGGACT AATAACCAAATGATTTTTAGTGTTTTTCTATTTATTTTCGAAGAAGAGGT TCTGAGATAATATAAAAGTAACGACGTGCCTAATGTTATTATAACAATAA CTTGTAATTATGTTCTTATGGTAATGACATTGTTATTTATCGTTCCTCGT ACCCAAAATTTACTCGAATATTAGTTTCTAAAGATTCCGAGAAATCCAAA GAAAATAGCAACTTACTTTATGTAGAGAGAAAGGAAGAATTTTCAGCACA CTTCTCAGTCTTGGTATACCATGAACTTGGGCTTTCTGACGGCAAGGCAT TCCTCTTATGGGTTCCCGGTTGGTTACAGGCTCACAGGGTCCAACTATGT GATTGCCTTGGAGTAAAATCTTTTAGAATGAGTACAAGCAAACCATCCTA ATAGAAACATAGCTTTCCAGTAGGATGATGAATCTACACGCACATTGCAA AAAAATGGTTGGACAATAACATTCCCTTCTGGCCCAAACACTTTTGGCCC TACTACATCCCTAATGCTAMCCCCTCGACTATAACTTTTGGGCGCATGTC GAACAGAAGTCCTGCAGTGTCAGAGCCACTGTCAACCAGCTCCGAGACAC CATGATAGAGAACAACATTCGCAGCGGGYCCCAGGGCTTCTMCCGTTGTC CGGAAGCCATCATCACTGCTAAGGGTGGCTATTTTAACAATTAAGAGAGC ACAGACACACATATATTAATATTATTATTTTTTTTTAAATTATATTGCTA ATTAATAAATTATATCATGTTGAAGTTTAAAATTCAAAGTGTTCGGTTTC TAGTGGATCCTCTGATACTATTTGGTTCGAAAAAGGGATATTTATATCTG AATTGTTGACCAATCAAAATTGGTGCAGTAGGGAAATTGATAAGTAATAA AGGAAGTTAAAAGTATTTATTGGTATAATTAAAACCAAAATATATTAATA TTTATTTTATTTATTCCGACTAGCGGCGATAAACCAAGCCTATAACCCTT TATGACCTGATGTACCAAATTTGACACATTTGGAAAATTACTTATAAATC AAATAACTGTGAATGCATCAGTTAGAACCTTATCATACAGGTTGAGTTCA CGTATTTGCTATAAATCCTATGAGCTATGTGCTCATCTAAACATTATTTT AAATATTATCGACTAACAAATACATATGAGGACATTTTGCATTTGTATGC CCAATGTGACATATTTGACCACACATGTCTGTGTGACTGATGTACCAAAT TTGGGACATATCAATTAAATACACGTTAATATCAAAATATTTTAATTTAT ACTAAATCTGGTATAGTTATACTGAATATACTTCATAAATGCGAGAAAAG TTTAAAAATCTAATTCTACCATAATTTGGATCATATATATTATGCGTATA AAATTATCATTCTTAATAAAAGTGACTCATTTAAAATACAAATATCAAAA AATTTAAAATAACGTGACTGTGCAAAGAAAAAAAACCAACATAATATAGT ATACCACAAATTTAAAGAATAGGTATATAGATGTCACACAAAAAAAGGAT TAACTAAAATTGCTTGTATTTAGCAAAGTATATTTGTTCGTTTTTCTTTT GAGGACTCATTTTTAAAAACGAGGGTATGTAACTAAAGCTCAGTGTGTTA TAATTTAAAAAAAGGGGAAGTTTATATTTGTACTATTAAAGCAAAGGCTT AATAATTCTAAGCACGGTCTAGTAATCCTTACAAGTTTCAGATAATCGAA TAAACATAATAATACATTCCAACCTGTATTTTTAGCGGTCATACAAGATA AATTGAATTTGAAATACTTTAGTACAGTTGACCTATAAAGTTATGTTTCC TGATTTTTAATAATTATAAATTTGAGACTGTATTTGCCCACTTAGTGTGG TTAAATATATTTCTTTCATAATGACTGATAACACAAGTTTTGATATAATT TTTTTGAAAACTTTTACCTTCTTATAGGATTGAGCCAACTTTTGAATATG CAAACATTGGAGGAGGAGTGTCTTAAGATTTATAATAATATATCAAAACT CCATAGTTCCTTTATATCTACCTATAATATATTTGGATTTATCTATTTTC TTTTTTGTACAATATAGATCATTATCCAAGGATTTAAGAAATTTCAGCAC AAAGCTTTTAGACTTTTCCTCTCAAAAAAATTATATTTAAATCAATATTG CTGCTGAACCATAACTCTTAGATTCAAAGACTCTTTTGTAAATGAAACTC TAATTATTTACAGTTCAAATGAATTCCTTTGTTGTAAAATTAGTTTTTTG ATTTGCAAAAATATTTTTTTAATAAAATAAAAATGATATTTCTAGGACTT ATTACTAATAAATTATTTGGAGTGAACTCGACCAATACATGACGTCACTC TTCAACTTATTTGATAACAAGCATTCATTTCCACAAGATACCTGCTATTC GCAATCCACCATTATTATATTTATAGTTAAATAAAACGACAAGTACAACC GACTAGTGTTGTATCGCTAGTTATTTGTTTCGTCCCGTCCAGTATTAGTA ACGGTTTTTAGGACAGTCAGTATTAGAATATCCATAAAAAAAGTTGAGTG ACATTATCAAAAAATGAACTTTGTAACTTTTTAAGACTGATATGTAGGAC GGAACTGAACAAAACTGCAGTTTTCAGTTCTGAATAAAGACCGACGCAAT CCCACTACCAAAAAAGATAAAAGAGTAAAAGAAAAAAAAACCTTGTTAAA AACTCTGTATGATTTAATTTCTTATAATAATTTCATAGCATATTCAAATA TCACAATAATGTACACTAATTTCTTTAATACCCAGTAGGGACTCAAAACT AACAGTAGTATTATTAAATTACGAAAATTTTGATTATTATGGAATCAAGA AAAGACAACTCAAAACTAATTTGCAGTACGTTTAAATACAATATTTTTTT ATTCTATATGTCCTCATTCACAAGCAATAGCATTCTAGACACACTGGCCA ACAGATTTTCAGCTCTTGACGAGGAAGGATGTGTCCATCGCGTACCACAC TGTCACGATGACAGTCTGGATCGAATCAAAATTTGAATGAGAGGGTCGGA AGACATTATTCGACGAGACCGCAAAGTAGAGGGGTTTGAGGTCAGAGCTG GATGAGGGCCACATAAAGGCAGGCCAGCAGTAAGCTTATTTTTTACTCAA GAAATTTGAAATTTATATAGGACTGTAATTGAATTCTTGATATTGTAGGA AGTATAGATGAAGTCATCAACTGTCTCTTTTGCCTTCTTGGCACGGACAC CAGCGCGGAAAAGATCACACACGCGTCGAATTTTGTTGAAGTTGCTCCAA CGTTTTTATACCTATACATTGGATTTAAAAAAAAATCCATTTATTTTTGT TTTAACTCCCGTTTGGGTCTGTAAGGAAATCTTGTAATGATTGTTTAAAA AATATATAATATTATAATGTTTCCGCTATTCACATGCAATCAGAAACTTC TCAATTTTGTGGCTCAGTGAAATAATTATAAAATGGATAAATATTTGTTT AAACTTTAAAAATACGGGGGAAAAATAAACATACTTTTATCTCCCTATAT ACTTTTAGCGTATTGTTGGGGAAATAATTATGTCATTAGTTTTTATACGT TTTGAGCCTATTGTTTATTAATGTATAAATTTCTACTAAATAGTTATAAT ACAAAAGTGAGTATGAACCTCTATTGCATGAATAAAAAAGAAAAAAAATA GGATTAGGGTATAAACCACTTTATTGCTGAGATATATAATTACCTATTAT CGTATACTAAGGMTTTATTGAAGGGTCAAAATTATTTTTGAAGGTTTTTA AATTGAGTGAATACCCAAATAATTATCCTGGGACTTTGTTAATGTTGTTT CAACTATACATATTTTGCGTTGGAAATGTTGTCCTATTTAACCATGTCCT GTATTTAAAGAGTTGATAATTCCTAAGAAAATCTGAAAAAAATATTTTTA ACTTTTTACAATACATAATATTTGATCCTTAATCGACTGAATTATTTAAA TACTACGAAAACATTCAAATCACAAAATATATACCTAAAATTATGTCCAA AATAAATTCAGAAATGTTTATTAATTATATTAAAAAGCGTAGATAATTTG AGACCAACGTCTTAGGGAGTGAAAAGCATGGGCGTTGCTTATATGACCCA TGATAGTCATGCTATATAGTATTTATTTACAGTTTGTATACTTATTGTAT TATTACAATATTTAAATTTAGTACACTTGCGTCATCTTGGTGATATTGAT CTGGTTGTTTTTTTTTAAATTTGATCATTCCTATTATATTAGAATCTAAT ATACTTGTATACTCAATTTTTGGTATAAATTTTGTTTGGATGAGAGGAGG GAGGTGAATTTTTCGTGGATTGCGGTAAAGTTTCCTGTTATCAAATTAAG CAACTAACCTTTAACTTGTTTAAATACTAATGGGAGTMCCCATCWTTGTT CAGGTCAGWYTATCCACTTTAGTGTGATCTTTTTATCAAACACGGGCACT TAAGCAGCTGAATGTGGCGCCCACACTCGCCGGATCTAAATTAGAGGGAT TTTTTTGTTTGAGTGTGGAGCAGGATTAAACAACAACCCAATTGAACCAC CTGCACACACTTTTGTCCTCGTATAGGGACTAGAGGTGATTAGTTAAATA AGTTAAATCATAATCCATCAAGCTTTCAGAATCCGGTTTTATTTTTTTTA AATCTGAGAACTGGTTAGAGTGGAAATTCTGTTTAGAAAAAAAAAAAAAA AAACCAATTTTCTTGGCACAGACAGCTTGCTCACCCTGTCTATACTCTCT TTTTTATTTTAAATATGATAGACTGAGCTTTGTTGCTAAATATCATTTAA AATAACAATCATTATTTGTATATTCGATATGTATTCCCTTATGAATTTTT TATATATTAAGATAAGGTGAGATTTAGCCAAACACGCTCGTTGTTAAAAA TGAGGCATCTACAGACAGACAAATAACCTTTTTTTAATATAAAAGGCAAG TAGACATTTTATATTGGATTATTTGTTGAACACATTGGTATTAGAATATT CAAACCTAAAAACTTTAATGAAAAAACCATTTATTTAATAGATAATGAAC TACATTTACTTCATACCATATTTTGCAGTTATATAACAAAAATAAGTTGA AATAAAAAGATCTTACTTTCAAATATAGTATCTATATATTTATAAGTATT AATATTTATCCATTGTTATATAATGAAAGCGTCTGACAATATTAATATGT ATTGCAGATAAATTAATCAATAAATTACGACATTTCGGAAACTAAACTTT CTTATATTTATGAAATATATTATTTGTTTTATAAACAAAAGTTTAAAGTA TATTAGTTACAAAATAAAATGAATTTTTTTTATGTTTTTGTCTCTTTTTT TAAATACTTGACAATATGTACATGTTTTTCTACATAAATACTATCAAAAA CCTATTTATGCATATAATTGAACACACAAAATGAAGAAATCTAAGGGCAT AAGATTAAAAGTCATCAATTCTTTTCAACTGTGAAGATCTAATCTAATTG TATATRTNNNNNNNNNNNNNNNNNNNTACCTCTTTTTTGTTAATTTAATT TCAAAATTCATTTAATTCTCCCCTTTTCTATCTCGTTTCGTTTCATTTCT TTTTATTATACATAATTCTCTGCAACTTTGATTTTATGATCTTCTGAGGT AAGAATAATGTATGTACGTGTGTATGACAGTCTACCAAAAGTTAAAATTG AGGATTTAGCTCTTAATTATAAAGATATACATTTGGAATAATTATATTAG TGACACAATTCATATACAGTGTGCGTCAGCAAATCGTATGTTGTTTGGTA TTAAGATTTGAATCAAGTTCATCAAGAACGACATATACACATAACATATG GAGTTTTTTTAATAATAACTCAACCTAATATTACCAACAATTATTTCTCA TACCATACTTCTTCTGTGGCCACCATGGCCTTCCGTCTTGGACTAAAATC CTTGCACATCAGTTCACTACTTCTCAACAAAGGTTTTCAGAGAATCCTTA TATCAGTGGGGGACTCTGTAGGCCTTGTTCTCCACAATTCGTCATATTCT ATAGTCCAGTGGCGAGCAGTCCAGTGATGAGGGGGCAACAAGCTTAGAGG TGAAAAATTGGTAAGTCTTTTGTGACAATCTTGTTGTGTCCTAGACTTCC TGTTTTCCTGGAGAGGATATCGGTGCTGTTAATGACCTTCCTAACCTTAA AAAACAGCTCGACAGAGCTATTCATAATGTCCGTAACCTCCTCTACATAA TGATGTACGTGGACAAAGTCTGCAATCCATAGCCTTTTTMCCTCCATTCT CATTGTTTGCTGACGTATCGTAACCAATAGTACAACTTATGAAAACTGAT ACAATTCGAAACGATTTCTTATTAATAACCCAACATCGATTGAAAGTAAT AATACACTTAAGGATCTATAATTTGCGTGGTACGATTTACTTAATCACAA TGTATATCGTTTGATTTTTGGAGAAAACTATCGCATAGCTATCTTCCTTC TGTCATTCGACATTTGCTTCAACAGGAGAAATATAAAAGAGACCAAAATT ATACTATCAATATCCCAAACTGTATAACTGTTTAAATTTGAATGACCCTT CCACAACGAATATCCTATATTTTACAAAAAGTTAGAGTGACGCCAAATTA GAANTTTATTTATTAATCAAGAAGTAAAATTTATTTGCTAAACAAAACGA TAATAAAAGCTTGTTTTCTACAAAAAAACAACTAAAATTAATGTCAAAAA GGCTCTGAATGGGACCTAATCAAAAGAATATTTGAAATATCTTTATTTTA AAAATATACTTTTGTAAATCGGTAATGTTGAAGCGCTAAAATTTACACAT GGCCTCTCCTGTGAATGTCGTGGCAATCATCCAACAGTGATTTTAGGGAA ATCATTTGAAATATAAACTAATTGATAAAATTAATATTTCAAATATTACC ATATGAAAACAAAATACAAGTTTTTCTTAAAAAAATATGTCCAAGCTGTT GGAAATAAAACCACAATTGTTTTTACTTCTAAAGATTATTTGTCTTCCGA TATAGTCTGGAAAAATTTGAACCATGATTAATGAAAATGAATGATTTTTT TTATCCTTTATAATTTTTCTTATGCTGGTCTAATTCGTTCTCTAGATTGA TCTTGATAACTTTATTAACAAACATTATGATTTCACTTCATTTTTTATTG GTTTGTTATCATGATTACCGAAAAAGTAACAACCCAGTTTTTGTAATCTT TATTAGAAGGATTATGTAGCTGAATACTAAGAGACCATTCAATTTTGAGA GAAGAAGGTTAAAAGTCAAAGTCACTGTAAAAAAAAATTATCGACCATAA TTTTATAACAAATTGAGAGAAATAACTCAAATTAGTCACTCTTACTTTAT AATGCAGGTACTAAATAATTTTTTAAATAAAAACAAAGTCACAAAAGGTC AGAAAATGTTTAACTTTACCAAATTTGGAATAAAACATACAACAGAAATT ATAATATTGWAACGGANTTTTTATCAGATGTTTGTACTCTACCGATTGCC ATTTCTAATTGATTAATATTGTAACATGTTTTTCTTTTCAAGTGCTTCCG TTACATGTGCATATATCAAGTCAAAGAATTGCACTCTCTGCTGGAAGTGT GTATGATATTCATTGTAAAACCTTTGGATCAAGACCCAGCTCTCATGTGA CTTGGTGGCTTGGAAATGTACGTTTGTTAGATGAATCGTCTAAGGTAAAT ACTATTATTTCAATTAAAAATTTTACATAACATATAAAAAAACTACAAAC ATATTCGGAGCATTTTATTCTTCTTCATTTATTATTATTATCTTATGTAT ATATGTAYKTATACYAAGTTKTTAATAAAATATATGACATATTTTTTAGA ATAAAAAACTGTGCAGAATAATAATGAGAGCGTCTTCTTTTTTTATTCTC TATTTATGCAAATTTTCCTCTACGTGAGATATCCTTCAACGCCCTATAAA GCAGCATATAATGATTGTTTTTTATGTCAACTTGAGGGTTTTTTTTTTTT CTTTATAATGAACTTTTATTTTCAGCCAAATTTCTATAAAAAAATATTTT AGTGAGAATGTACCCGAGGCTTGTAAGTAAAAAAAAAGACAAATCTGCAT TTTAACAATATTTAACAAATATTTAATTTAATATTTGAAGGTCATGCTTT TTTTCACAAATAAAAATGGTTATATTATCTCTTTTAACCAGTGGTTCTTA CCCATATGAAGCTAGGGTGAAGCTTATCTTTTAAATTTGAAAATTGTGGA GTTGCAGGGGTAGTAGATTTTTTCTTTTAGGTAACAAACACCTTACATAA ATTTTGAACAGTTTTGAAAAATATTTAGAAGTACCTCTACGGCTCTAATG TTTTGATTTTCAAAAATTAATGTGTTAGCCTTAACATCATCTTAACACTT AGTTTTACGAGAAACCTGATAATACAAGAAATTTAGCTAAATACATTTTC TATCAAAAATATAATATAGATTTTTCACTAACGTTTTGTAATAATTGTTG AAAAAGAACAAAAACTTTCTTAACTTGGATTTTTTTGCTCTATGTCCATC TGATTCTCGTTATAAGAAATGATATCCATATTAACAATTCATGTCTCCAA AATTATAAGAAATTGTTAATTTATTACTCAAAATAGAAAAATTAGGTTAA GTTAGGATAAATATCATCTTTTTTTAACCTTTTACCGACCTTTTTTCGAA TAAAAAACTTTATAAGCTAAATCCATATAATAATTCGTAATTAAGTATTA AGAAATACTCATTGCGAAGATATTGATCTTTTCTGGCTTTTACTTAATCT AAAAAGTCTTAATAACAAAATTAGAATTAATAAGTAAAGTAACTTAACCT CATTTTATTTTAAAAAGAGATAAAATTTTAGAGTATTGCTATTAAGGTCA AGTTTTTTATCACGGAAAATAAGGGATCAAATTCAACGCATGTGTGCCTT GAAACAACAAATTGGAATACGTGTAGGACAGCTAGAGCTTGAGTTTTTCT ACAAAAAAAAACTAGGGAAAAACATTTTACCTCTCATATGTAGAAAACTT TATTATGGAATTAATCATAAGCACAGCATTTCATTCATGTTTTGGACCTA CGTCTTATCCTGATGTTTTAAATATTTAAAAAAAGTAGCTCAGAACTCCT AGTTGGATTGAATTACAGATCACTTTTCAAGTTTCCTAAAAAAAATCCCT GATATGAGAACCGGTACAAAAATATTGATATCGTTACAACACTCCGTTCA AACACCTTTTTTTTGCAAGGTCAATTTAATGGAAATGCATTAAAGTAGTC CAATTTGAGAATATATGTATATCTCGATTAGGAAAAATTGCATTCAAATT ATAATTAAAAGCTAAGATGTATGTTTTTATTAATTTTTAAGTCTTTCATT TATTCAATTCTTAAATTTTTCTATATATAATTTCCTTTATAAAACAATTC CAAACAATACTTTACATATTTTGTCGTACAAAGTTGTTTTTTATCAATGA CTCACTTTTGCCATCTTTGAAATATCGTATTTCTTTATAAAATTTGATTG TAGTTTTGAAACTAATTAAAGATTTTTATTTTTAAGAAAACTTACTTTTT TTTGTTATTACTTTCTATGATAATTTTTCTTCATTCATTAAAGAAATTAG AAAAGCAGAGGAAATAATCTAATTAGAAAACAGTTTTCCTACTTAATTTT TCCACCTCATTTATCAGCTTCAATGAATAGGGAAGAAAGAGAAGGGGAAT ACAAGAAACATTTTACTAATAATGTGATTATTATCAATATCATTTTAGAC ATCAAAGGATGGAAATGTAACTGAGAGTACACTTCGATTTCAACCCAAAA TTAAGCATCAAGGAAAGCTTTTACGTTGTCGATCTGAAAATCCTGTTATG CCTGCAAGCCAAATAGAAGACACTTGGCATCTAGATATTAATTGTAAGTA TTGTATATTTTAATAAGAAAGAAGAATCTTTTGTTTTTAAGGTGCCAGAG ATGTAATAAACTTAATGAACATATTGATTTATTGAATAAATATAGGAAAT TTTTTATATATTTGATTTTTTTGCCAACTTTTAGTTTTCCCCCTCAAATA TTTGCCTAAGGATGATGAATTAACCCTTGTCATTTTATTAAATAATAGGT AGTTTATTTTGTGTGTCATACGAACATATATTTTAGTAGAGTAGTTAATT TTCCATATTGTAGATGAATGTCTAACAATTCCATATGCTTTCTTTATGAT AAATTTGTCTCTTGAGAGAAAAAAGAATATAGAATATCTTTTCAAACTTT TACCTTTTATTAACTTATTTTTTAGATACGTTATGTAGTATTCCATTATG CATTTGGATACATTTGTATAAATTCAAGAACTTGTAAGAGAGCTTTCTAT CTTCTATGATAGATTATTTCATTATCAATAATTTAGTTAGTAATTAAAAT CCAGCTTATAGTTGAATAAATGTCAAATTTTGGCCATCTTAATAATATAT ATAGTTATATTACCTAGAATGTCTGGAGTTATTAAGTTTCGACAAACAGG CACACTTTGCATTGATAATATAGAAGATTACTCCCACGAAATCTTCAGTA TTGCTCTCAGTTTTTGATGACACCACTAATATGTAGTTACGCAGTACTTA AATATTCTCTCCTCATGAATAAAAGAATAACACTAACAGCTTGATAATTT TTTTATTTATTGTTATTGGCAGGYAGMACTTTANCCTGTTGTTAAACCTT ATTTAAAAAAACATAGGTAGTTTTTTAATTTTGTTTAATGTACTTCCTAT TTCTTTCTTTTTCAATATGAGTTGTCCTAAATCCCATGAGATTTCATTCC TTTTTACATACTATTTCTTTGGAACTTTTCAAATTGGAGTGTTTAAAAGA TGTCCTTGAAAGTGGGAGCGGTTTTTTCTAGTTGGTAATCTGAAAAATGA TTTTTTATTTTTCAAAAATGTTGTCATTATTATTTAATTCTTGAAGACAG TGTAGAAGTAATAACTAGAATTTGTGCTCATGAAAGACAAAAAGTAAAAG TGAAGTATACTGGAGAGTAATAAGTGTAAGTCATTGTTAGACTGATTGGG ACCATTGAGGACTGATATTGGAGGAATTTCAGGCCATATGTCCTTGCTAT ATACGGAGTAAGATTTTAGTTTATTTTCTTCCTTTGACGGCTGTTTGCCG CAGATTTATTATACCATCATGACAGCTAAGCTGCTCTCCTCCCAAACATT CTTCACTTTGTTAGGCTGAAAACGGTATTTTATTTCTCTTTTATTTATAT ATACGGATGGGACATATATTATGTCTATACATATWCTCTTTTTTTTTTTT TTTAAATGACGGGGACACTTGATTCTATATTTATTCCTTAGATCAATTAT CTACACCTAAAAACGACTTACGAATAGCATACAAATATAGATTTTGGTCA ACTATCAAATGATAAATATAAAAAAAGGAGGTCAAGTGAGTAAAAAAAAT AAAAGATCCTCTAATTTTGATGATTTTTTTTTTAAATCCCTCTTTGATAC CACACACTTATGTACACATAAACCTAATATATAAAATATGATAAAACTTA AACAACATTGATAATCATATCTTTGATAAATTTTTTTTAGCAAATATTAA CTTTCCTGTAGTGCAGCTTATTATTAAAACATGTTATGATGAGAGATGTG AAAAAAAAGCGGATATTTAAGTTATTAATTATAATGTTGTCCGGCTGGCA TGTACAAGTTATTATAAACAAATTGTAACTTGCCCAATTGTTTCTTCCCT CGCTTAAAAAGGCGTGCATTATTACATCTCTCTATATGTGTGTTTTTTTA TAAATATAATTATAACTGAAATCGACATTTTTTATTAAATATTTTCTCCC TTAGCCACAATGACGGCCTCCACCCTCTTCCTGTAGGCTGCACACAATCT TACGGATGATTATGTAGTCTTGATGGCGGACTCCAAAGCTCTTGTAGGTC CGTAAGGATTGTTGCAGGCAGCTCCTCGACCTTTGCCTAGATGAAATAGT CCAAAGAATTAAGATAGGTGGGAGCTGCAAGGCCATATGTGCTTGGACAC ATTCAAAAGAAGCTGGTCTATAGACAATCTTGTCCTCTTTGTAGCCTTCA TACTGAGATGTTTCTTACTCCTTCCTCTTAATTTTGCTCACAAATCATCT TTAATGATTCTTTCGAGAGCTGGATTTCTAGCAAGGTGGTTTTTGACAAG TATAATCATGATTTTTGTTCTAACTGTTCGTTTCCGACTATGCTAAGAAC TTTCTGGCAACTTTTTATTCGGTTTGAAATCTTTTTTTTAATGCCATACA CGGCTATACAGCTGATCTTGAGGTTATTGGTAATCTCCTATGGGTTTGTG ATGCGTGAGAATTTCCAGCACAAGAGTTATTTGCTTCCATTTTATCKCCT TTTCAAAATKCAGCCAATATGCCTCATATTTAAGTTTACACTTAGATAAT TTATCAATGATACTCTTTGAAGATGTGATAGTACAATTAATTTAATCTAA TATACAAAGAAATACTATGTTCATATAATTACGATATATATTAATGGGTT AAATAAAAAATTGCCCTGGAGATAATTTCTCTACAAAAAAAAAGTGCCTC ATACTAAATAAAAATTTTAGATTGGCAAATTGGGCACCATAGGAGAATAA ACATTGATCAATTATTTTTAAATGTATCCAACATTGTATTGACCAGGAAC AAATAATAGTTTGGAGGAGTTTAATAATGTCATAAATAAATGTATGATAT CTTTACATTTTAATAATTTGCCTATTAATAATTGAGGGTATGAAAAAAAT CATATCAAGATTTCAACTTATTCATCACTATCAAGGAGATATTTAAAAAA CCCCAAGAAAATTAATTATATAATACTTAATACAATTAGAAAATATGAAA ATTATTTTTTAGAATTTCTATACTCAGAACCAAAAAATATAAAAAATTGT AAATCTAATTCTAGTATTCAAAATATTTGATAAGCAAGATTTGAAAACTA ATTTGTGAAATGGTGCAAAAAAAATTAAATTGCACTCAAAAATATGTACC TTGAAAGTAAATTCTTTGATTTTGTTTATGTTCTTTTAATTGGTTTGATG GGGTTGCAAAAGTATATGTAAATATTAGAGTATTACCAATGTTAATAAAA ATACAAGGTTATACAAAAAACGCTTTTCCAGCTGATGTTTGACTTCCACC ACGCTATTCAATACTGACGCCAAAGAATAAATACTATTACTATTAATCAT ATAATTTCTAGTATTATATAGTGTTAATATACTGTTGTTATCCTTGACAT TTACTCCATTTACACATAGGAATCATGTGTTAAGTCCAAATATAATTTAT ATATATATAGTAATATTTATTTATCTAGGAATGACCTGGACGCGAACCTA AGCACATTGAGTTCAAGAGAATAATGTCTCCCAATCGTTTTGTCCTTGTG TCCCACCAAACCTTTCGTTAATATATAACAATATTTATAGAAAGCTAGAG ATAGAAATAATACCAATTATGCGCTGACATGCTCGAACAGCGCCTTCACA GCTTATGCCAGTGTTATTTAGCATCGAATTGATTCTTATTTGTTATTTGT TCAATGTTCTGCCTTCAATTGTTAGCATAACCTTATATCTTTTGGAAATA AACGAAGCTATATTATTTGGTTTTTTTAACTGTTTTCATTAAACTTTATT GATTAACTCCATTATGATCTCCNTTTAGATGATTCTATGTATCATGAACT CAAAAAGGTTATTACYTAMAATTTTGATTTTTATATAAATTTATAAATGT CAAGTACTTCAATTTTATGTATACTGTAAATAATATGCATAGATAAAATC ATGTTTATTCCTGTATAATAACATCCAAATGATTAATTTTATTACAAGTT GACAATAAGAAATGTAATTGGAGTAGTAAAAAAATAATTATTTTCTAATA CTTTTTCTTTAGTTGTGTATATCTTGCGTTGTATAAGTGTAAACGGTTTG CACCAGATGTAATTAGAAAGATAATATTTCGTACAAATAAAACTTATTTA ATGTTTTGTGATTGTTTAACTCAGTATTGTTTGAAGCTAGCGTCAGTGAA GGACACCAGCAATGAAAAAATACGCCATAATTTACATTTTTTCTTCGAAC AAAGCGAAAACACAAGCCAGGTTGCTGAAAATGTGAATAGTATATTGTAC CTCTAGTATCGAAGTTTAACCGAGGTTATATAGTTGTCTCGGTTTGTTAG TCACTAGGATTAAGGCAAAAGTTACAGTTCTATTTTGGTAAAACTTGGTA CAAATATTATATATAATTAGTGTAAAAGCTAATTAAATTTTGAGAGATTA AGGTAACAGTACATGTAGAACTTTGCAACAAATTGGGGTAGACAACTTAA TTTAATTTTAGAGAGAGGGTATACACTCTACAGAGTTCCCATTCTAGTTA CTTTTACTTTTGTCAGTTGAGGTTGTGAAGGGACGTTGGAAGTTTTTGAC CCAACATCTGATCACTTTATTCGGTAGTTTTTTGCTTTTTAATGCTAGCA TGTAGCAATCAATAAACAACCTTTCAAAAGCTTGGGGCTATTCTAACTAA ATACTTGCTAGCGTTGAGAATAACATTTTTTGTTGAATTATACTTACATT AGATTTAAATATACAATAATATGTACTTTATAAAAGCTTTTTGTTACATA GAGCGCACTTATTCTTTCATATACATAATTACTCACATACCGAGTAAGGG AATGGTAATCTATCATGGTTTATATTAGATATAACACATTGTTATATACT TCAAAACAGTACTCTATGTTAATTTGCTTTCACCACACATATAACACATG AATAATAATAGTTGGTACTACTACCAATTTACCGGTCTTCATTTATCTAT GTAGATGTAGAGGAAAACAAAGTCGTATATAATGGAATGTCTACTCCAAG TTAACGCTCAATGTAATATCAAATATATATTTCAACCCTCTTATACAAAA TAAAAAGTGTATACAAAATAATAATAATATTTCAAGATGATATAACAAGA GCTATCTAATAAAACATCAAAAGAGTCTTTTTACTTTGACCCAACCTTTG TCTTTTATATTTCATTTGATAGTTGAGTAGCACATTACTTATTTGTTGTT TACATATGCAAATACCGACAAATTTATATCAATGTAATAGATAGTATACA TTCATGGATATAAGTTTTATATAGTGAAAAAAGAAATAAATATTGTTTTA ACTTGTAATTTGAGCATATTGAATGCGTATATGTCGGTATAAGTATACTT CAAAAACCAATATGCTTATTACATCCTTTCCTTTGATAATTTTTTTACCT TTATGCAGATATATTCGAGGGATTATCTATCACATTCTTCTGAAACACCA AAGAATATTAATTGCTTTCCTCATTTCTTTCTGATATTTTTATAATATTT AATTTACATATTGTACACTAAACCATTTTGTATAGTTTATCTATATTAAA TGCCGTAAATGACTCATTTTGAATGTGTGCTTAATWTTTTAGAAATCCTT GACTACTTAATTTAAGATAKAAAAATGTASCAGCCAGTGTGTGCAGCTAA AGCTCAGTTTGTCTCATATTTTTTTTAAAGGAGAACAAATCTTTATAACA GTAAAACAATGTTGGCTGGTGGGCACGAAGAAGGTTCTACGAAGAACCCG TTTTTTAGTATATTACTACTTGATTTAAGAAATAAAATGTAGCAACGAGC GTATGCAGGTAAAGCTCAACGTGTGATATTTAAAAAGGAAAGAAAAGAGG AGTACATATCTATATTAATAAAGCAAAGTTTGTTGGTCTGTATGTTTGAC TTCCGAAAACTCATTTTTAGAGTAATCTTAATATTAGAACCTTGAAATTT TTCCTAAATTTGAATACTTCCTATTTAAATGATCCTCTTTTAATAAAATA TGAATCTTAAGTCTAAAAATTTGTACAAGTATTCTCTTGCGATTACTTAC AAAATAATTATTGACATAAACAAAAGTATTTTAAAAAAATACTGAAGAGA CATTGAATTGCTGTCCAACCAGGAAATTTGCATGTAGATCTTTTCGTTAT TTTTCTAATAAAGACGTAATTGATATTTTTAGAATATTTTTAAAAGTAAG AAATGTCATTACACTACTTCAAAAATGTCAGCCGCGCCATTTATGAACTG GCTTTTTTTTAATATAGCTAGGAATAGTATATATTGAAAGTAATTAATAT TTAAAAAGTATATTAGTAAGGTATTTTCTTTATCACCATGAGCAGTGTTA GCAAAANNNNTAAATTATATATTCATAGAAATATTTAATGTTTAATGGCC AATGTGTCAAAATGACACAAAACTTATATATGTGAATAAAAGTCGGATTT TTTTTAATATTTGATATATTTTCTTGGATAATCTCTTAAAATCTTATATA TAAAAACAATAACAGTAATAATATACAAGTATATTTATTTATATCTTTAT TTACAAATACACTACTTACTTGTAAAAACATAAATAATGTTTCTTCCTAC TAAATACTTACCATAATTAAGAAAAAAAACAAAGTGCTTGGATCTAGAAG ACACCTCCACCATGATACATTAGTAAAAGATTTCTTAACAAAAAAAACCA AAAAAAAACAACATTTAAATTTAAAAAAAAAATATGCTGTCATGAAGTCT TATTTAATTGTGTCAAAAGTTTTTTTTATTGTGTAAAAACTGTAACCATG GCTATCAAAGGATAATTCGCAAATTTTTTATATCTTATTAAAAAAACAAT TATAAGTTTTAAAAATGTTCAGAGAAAATAAATAATGGTCATAAAATACT AAGGTCATGTTCTGATTATAAAAATATACAAATATAGACATTTAAAATAC AATGGAGTAAAATATGATACAATGCTCATACTAGTGTAGAATATAGTTCC AGTAGGTTAAAAATAACAATGCAACAACGAACATGTGCAGCTAAAGCTCG GTGTGTTATAGTTAAAAAAATGAAAATACTAGAATGAGCTCTCGTTGAGC CCAAATACTCCAACTAAAATTAAACTCAGATATGTATCTCAATTTATTCC AAAGTTATGGTTGATTATGCAATTCTTAGTCGTTTCTTTTCTTTGACATT GACCTCTAAAAATTTAACAGGCTTTTACTGTGACCATCTTCGTGCCATGT TTGTTCAAAAATGAACTGTAACTTTTTGCATAATCCGGTGACTAACAAAC AAACAAAGAAAAAAGAGGCAAAAAAATAACCTCCGTTTAACATCGTTGGC GTATGTAAAAAAGGTGAATTTATAATTATTTTTTTAAACCTTTATTTAGA CAACAAATAACACGAATACGAAACTTATTGACTTATATTATGTGACCAAT TCAAAAATGTGTTTTATCCTTGAAATATTGTCGTGGTCTTGTCTTAAATT GACAAGGATATAGACTGTTTTTGGAGAAGCTCTTCTTTTAAATTAAAGTT CATACTTTCAGTTATGAAATGCAATACTTTTAAACTTTTTGTATCTATTC GTCTTGAAGCTATGAGCCTTTGAAAAAAAGGCACCTATTTTCCAATTGAA ACAAAGATAACTCGAGTTAAAAGTATGATATAGACATTTTAAAAATGGTT TTACAATATTTTTAAGATTTGGCTTTAAAATATATTTATATAATTTATCC CCATCTCCAACAACGAGAGCTTAAAAACTGCTTTGAACCTAAAAAATAAC CAAAAATAACATAAATGTATAGCCTTTTTCTGAAAGCCACGAGGCTATGA GAGAAAAAATAAGACCATATTTGGAATCAAGGGATCAAATTGTACTAAGT TAAGCATACGCTGTTCTTGTGCATAAAAAAAGTGTGCTTTTGTTTGATAG TGTAATTTATAAAAATTAGAATTATCTAAAATTTTCTGGTGGAGATGCAT TTACAAAAAAATAATTAATCATTAGAATTTAAAATTTCTTAAGCAGATTA AGACCTACAAATATAAAATATTCATACATATTTAAAATAAATTAGCACCA AAAATCATTTAAATACAAACATAATATTAATAGCAAATTTGCTTTTAAAC CAACAACTACCTCTATTTTTGCTCTTGCTAAAAAGTTTGAGTATCTTCTT CAAAGTCCGAATCTGTCTTGATGTGTTTAATGTAGGATATCTAATAATCT CAGAGGCCCAGTCGCAAGCACTTTCGATCGCCCTAGGGATTTTCAACTCG AATGTTCCATATCTTCGCACCACCGAAATTAAAATAGCACGAATTTTCTC TGCAACCACGGGTTCTCCTACAGTTATATTCTTAGCTAGGTAACTCTTTA CATTGAATAAAGCATTCCCTAACAATCCAGCTTAAGGAGTAATTTCTTTA TTTTTTGATGACACGCCGAATAGAATTATCGCTGTTATTATATTAACTGT ATTGTCCTCCAGACCCCTCAGGTTTAAATTAACAAATGATCTCAGAATAT ATAATTGTGGACATTCCAGAAAAGTGTGTCTAATCATTTTGAATAATTTA CCACAATCTTTAATTGGAGTGCTGAAAAACAAAATTCCTGTGACTATATG GAATTGAGATTTGAATTTTCTTCCATCAGCTATTCGGGAAGTCGAGGAGA TAATCCTATGCTTCCAATTACTGGATAGATTTAGTTCCCTAATTTTTATT CTGTATGTTAGTTTGATGTCAATACCAAATAAATCCAAGTAATGCTCGTT ACTCCCGCTGGTTTATAATAAATTTGTTATATCTTTGGTACATGTACAAA AATATGGATAATAATTTACAAAATAATGATAAAGAAATGAGAGAATTAAA AATTATTTATCCATTAGTGCACAACTATATGTATGCATAATTATATAAAA CCTTTTAAATGAAATATACATACATATTTGTAAGTGTCTGATAAATCAAT TATATAAATCTTCTTCTTTTTTTTTAATGCTTGATTTTTTCCTTGCTGTG GCTGMAATTCTTWCATATACTGCKGAGGCTCTGCAAATTTTTTAACTTCA TTTTTTGTTAAAATAAATGATGATAATTTTGAATCGCTTTTATAGTCTAT TGTATTACTTAAACCACTATTACGATCAGTTCGTGTATTTATGTTCAATA CATTGTTAATAATAATTATATCCATGATTACTTTACTTTGTTTAATATAT GTAAAGAATTATTGCAACTAAGATAAGGAACTTTGTGCATAATAACTACT GAGTTAAATTACATTTGCATTCTATTTAAATAATCCTTTGTATTTGTATT GTTTTTATAGAGAACATATAGAAAGTTTCCTGTAAAAGTAATGGATTGTG ATATGGTTTTTTGTAAGTAATTAACATTACTTCTGAATCATTAACAATAT AGTAAACATAAATTAGAGCGTTCCATTTTCGGATTAAATTTTTTTTTCCT CTGCAGTGAGATTGTTTCTGCTAGAGACAGTCAAAACTTTACTTTGTCAA TGTTTGAGGCCTTTTAAACTTTTGAAGTAAGGTACAGGCCATCTCAAATA AATTTTTGGGATATTTGAGTCCAATCCTTTTTTAAGCATCTTCTACTGTC CCAAATATGATGCTACGAGTCAAAAACTGTACTTATTATATTTTTTTACT AATTTAGTTTATTCGTAAACGTATAATACACCTTGTTTTTAATTAACCGT CCGTTAGTTAACAGGGATTTTTTACACCCTGAGATTGATTACAATGCATC TTATGCCTTTAAATATACGTTTTATTGCCAATTATTTTCAGTATGCTCTT GAAACACAAAATTTGTAAATATGAAAGTCTTTAATCACTTTGCCTTGATT AGTATTTTTTTTGTATATTTAGCCTCTTTTAAATTAAGANTTACGTGAAT TTAATTAATTAGTTTAAAATACCTTCCATTTGTTTTCTTGGATATATTTT TTCTCGATTTTTTATATTTACACTAGTATTTTTTAAATTTTAATAGATAT TTACTATTTCAAAATGGATGGAATAGTTAAAAACACACTACAAAACTTAA GTAGCGTAATTATTCTAATTGTGTTTATTATGTAACTAAATAGGCATTAT ATTGGGGTTTCTTTTTACTTAGTTCACTAACTGCGTTATAAAAATGATCT TAGATGTACTCAATGATTGCCAGTTTCCCTGTTTTATTAAAGATAAGGAC TAAATAGGAAAATCAAGAGGAAACTTCGTCCACTATTGTAACCCACTTTC CTTTTTTTTTAAAGAAGAGTACTTTACTTGAACTTTTTTCAAAAATAAAC TAACATATGTAACGGTTTTGTGAGCACTGATTCATTGCCAGGTTGTGTGT TTTTTGTCAATTATTCATATCAGTTTTTGTTTAACAACCATCACTTCAAC TGGGGTGAAGTTTTGTCATATTACTCTTTAATTATTAATAATCCGTTAGT GAGTATGCTTAGACACTTATTTAGTGATCAGATATATGATACACAGTCCA CATAGACTCTTAAGTATCCTTTTTTAATAATCTATTATTTACATGTAAAT GCCAATTAACATTATCAGTGTATAAATAAATACGATTTCAAGACGTGGAG ATAAAAATATTTTTTTTTTCTAAGTTTAATAACATTGGTTTTGGGTCTCT ACAATATTACCAAAACAAAACGATCTAACAGCGAATAAATTAATTGAATT CACCAAACATAAATTATCTATCGTCAAATGGAGTAATGATTTATTGCAAT AAAAAAAAAGCTGTATTTATCATGACTAGACATTTTAAGAGCAATAGTAT CTTACAAAGTTATGATGCAAAAATGTTGTTTAAATCAGTTTTATAAAATT TGGGGTACCGAAAATTCCAGTTTACTAACGAAGTGTTCAATATTTTTTAC TAAAAGACCAAATATAAAAAAATATAAAAATTACAGTATATGAGTTATAG CATCTTTTTTGGGAGCATACAAGAGGTTGAAAAAAGAATAACTTCGATCA AAACTACCATTTTTTCTAATTAATATTACCTTTAAGACACTTTAAATAGC CTGGAAGGGCTCAAAGTTAGCCAAAGTGGGTTTTGATTGTCTCAACAAGA CAATGTATTGGGGGGGGGGGGRGAAATATTACCCAAAAATAMATGTACAT ATATATTTAGAAGAATATCTTTACAATCAAGTAGTTCCTTGGAGATGAAA AATACGAAAGGGTAAAGAATAAATAGAAATCTTTTACTGCCTCTTTAGAA TAGGATTACCCAAAGGAGTGAAGGAAAATCTTATGAAAGCCTCTCTTTTA TATATTTTTATAGGATTTACGTTCAAATGAGATAAATTAAATAATAGGGC ATCCTATTTAATTAACATTATTGTATGAACGTGTTTGTAAATAGTTCTAA TTTGATCTTTAGTCTTTTACATTAAAAAAAGAATAGCTATAAGCTGATTT TTTGTTTTTTGAATAATAAAAAAATTAAATGGCCATCTATGCCAAATATA CAAATATAAATAGACTTTTATAAAATAAGTGAAAAATAAGTTTACCATAA GTGATATGGAAACAATTTATTTTTCATTATTCCTTCACTCTAGAGGAACG AACCTCAAAGTAGAAAGTGTAAACCCAAGTGTTTCTGCTTATGACGGATA GTAACACTGATTTTTGTTTGTTTTTTTGGGTGGCAAAAGCGTAAGTTTTT GTTGGAATAAGTGTATAAATGAAGATCGACGTCGGTTCATCTTTTACCTA TGTCATTGTTAAAAATAGGATTTGTGTTGATTCTGTTCTTTACATAGGTG ATTGTTTTGGGGGGAGGGAGGAGGGTGTTAAAATCAAATTCAATTTTAAC TCAACTTTTCGAATAAAACAAAATCTTTGAAGCACTCTAAAAAAATCCAG CCAAACTGCTACCCCCAAATTATTACACAAAAAATCTATTTTCAAAGAAA ATCACGAATGTTGCAATCATTAAAGCATTTTTATGCTCAAGCAATAGTTA TATAACATTTTAATTTATCAAATACAGGTTTAAGGTAATATAAAAGGTCA CAAAAAAGGTAAAAGGCCACAAAAAGGTCGATTTCTTCTAAATTTTTATT TTCGCTTATGTACTAGGGAGTGAAATTTATAAGGTGACCTGTTAATTCAA TTTTTTGTTTTATTTTTAGGGAAAAATTATGTTTGTAAAGTTTTAGTCTT GATTTCTATAGCCATTTGAAAATGGCCATATTTTTTTCTTATTTTTTTCC CATAGTCCTTAAAAGATAATTTTGCATCTGAAATGTTGTGCTAAAATTTA ATTTGTTAATTTTCATGAATTAACAACCCCTCTCTAAATTGTATTTAATC CAATTAAACCTCATGACAGCAAAGCTACTTTTCTCCCAAATATTCCCTAA AGTGTTATGAGTATCTTGTCATTTTTTTATTAGTCAACCAGTAAATCATA TTTTCAACAACTCTAAAAATACATATATATGTTGTGTTCATGTTATTTAT TGTATACTTGAATTTTAGTACTATTAACAAAAAAAAATGATATAGAATTA TACATAATTAATTTATAAATCATGTATATATGTATATATAATTGTGATGA CAATAATGCAATGATTGAAGTTTTATTATATCTTCAATATTAGGAATTTG TTACTTTTCGAATGAAAAATACTAATTAATCAATTAATTCAACGATATTT CTTTTCCAGAAAAATGTATACATAGAAATACATACACACATTGATGTTTA TCATAAATGTATTTCATTATTTTGGACATTTTTTACTCTGCCTTGAACGG AAAGGGAAACAATGTTAAGAACTAAATAATGCAGACAATACTATAGAAAG AGTGTTGATTGCCCTTTTCATTCCGACTGACTGAAATTGATGAGTATAAG CTGCCAAATGTTTTCGATTTTTTTTTAATATGATTGTTGTCTTCATACAA GAGAAAAAAATTAAATAAGTTTTTAAACAGATTTTTTGAACATTTTCAAA TAATTTAAGACCATATCCATAGATTTTTTTATGAGAAGGTACGTGTAAGT ATAAACTATTTTAACACATTTTTATTTATATTTTACCTCCAATACATGCC ATGCATTATATCTTTGGTCTACACTTGTTCTGTAGAAAGTTTAAGATTTA TTAAGAACATACTCAGGTTTAAAAGTGGATTCTGAACTATTAAGTAGTAC CATTTGAAACGATTGTTTTAATCATGGGACTTATAAAAAATTGCCGCTAT AAAATTTGCCTCCCACTTCCAGAATTCCAGTAATTTTCTATATATGAACC ATTTATTTGCAGACGTTAACAAAAAAAAATATTGTAAATGTGATTAATTA AAAATATTAAGTTGCAGCTTAAAGCTCATTTCAGAACATGCATTACATGA AACTTATTAGTCCCTAATATCAAATGTAATTATTTTGAAATAAAAAAATT AATAAGAAACAGGTTAATAGCAGTAGCTTCTACGTGTCTTTGTTTTTTTT AAATACAACCTGTAACCTTAATGTAAAATATTTTAAGTTKTGTATATTTT ATACANTTTTTAAAATAAAAAAGCATAGAAAAACTATCCTGGTTTTAGGG TACATTATGTTTCATATAAATATACTAACTTGATTTATTATTCTTTAGAC TTATTATACTCCTTTCTTAGTTTATATGTTGGAAAATGCTTGAAAATGTG TCAACGATAAAAGGATCAAAAAAAGTCTTCAAATGAACTGAGACTCTTAC ATATTTACATATACTTGAAAAAAAGCCTTATAAAAGCAAAATTTATAGGT ATTTTATCCATAAAATAAGAAAATGTATCAAAATATTCTTCATTTCCCGA ATGAAAAGTTTCATAAAAATTGATAACTATGAATTGACTATTCTGTAACC ATTAATTTGTAAATGTATATGTATTTATAAAATTAATGTCCCCTGCTATG TCCATTCTATGTAATTTGATAGATATGTACATTATACATATATGTTTTTG GCCGTGTAGGGGCAAAGGTGATCTCCTATTAATATGATATACAACCCTGC GCAAAACTTTGGCAAAACTTTTTTTTTTTAAAGTTTTGCAAAAAAAAGTT AGTTTAATATACTTTTATTAGCAATTTTAATCAAGGGAAAAAAACTATTA TTCCTTTCTGTTACATGTTTTAAAAAGTTACAAAAAGCTCTCTCTCTTAT TATACAATAGTCAATACACAAAGTTACATATGATGCAAATGTATACCTAG GGAGGACCTAAAACTTGCCGAATAATTTAATTATGATTTTATTCCCGTTA TTTTTAATTGCGGAGTTTTATTACACAACCAAACAAAAGCTAAAACCAAA ATAAATATATTTTGGTTTTATACCATGCCTGAAGTGTATAAATTTTGAAG CAACAAAAAAAAAAAGACCACGCTTGTCCACATTACCTGATCCGCTATTA GTATCTAGAAGGTTCAGAAACCATTGGTATCTCTATCCGGACTGTTTACA GCATCAAAAAGTCCATTAAGGATGGGAATAGGGTTGAAAGCTCACATACA GCTAAGAAGAACAACAAATTTTGCTACAACAATATGGCTGYCTTCTGKCC RSCARCCATGTAGCKCTCCRCCAGCCATGATATCAAGCAGCTGGACTATG AAGTCTAGTTGTCTTGTAGAATAAGGTCTGTTGCACCTCTCATCCAAATT TGAATTCGACACGAGCTGTCATCATTACAGCGTGGTACCTCATTCATCGT CAAGAACTGGCAATCTGTTTACCAGTGTGTCGATACTGTGATTGCATGTT AAGGAGGAGATAAGGAAAAAAACAAATATCTAAATATAAAACATATTGGT TTTTAGTTGTCTTATCATGATTCCATAAAAATCCAGTTTTGCGTAATTTA CTCATGATACTGAATGTTTTGGCTAACCCCTCTGTATATTTTGAGGATTT TTATGTGTAGGTACCATATTCCTATGATTTTAATAGCAGCAGTATATGAC CTAATTTATTTGTATTTCTATACAGAATATAATATATTGTTGCAACTGTA TTAGAAAAAAGTATTTATTCAATATAATTTTTTGGTACATCTGGTTGAGT AAATAAATATAATACAAGATAAGCATATACTATTGTAAACTAATGGCAAT AAACGGAACAAAAACGAGAAAAAGATATTGGATATGTTATACATATCTCC CTCACACACATATATGTACATTTTAGCAATAAAATTGTCAAAAATATCTA CTGATGCCATATATTTATTGTAAAAAAATCTAAGATATTGAGCAATGATT TATACTGATATTTTTATTATTTTACACTATTGCATTTCACCAATAATTTA TAAACATTATATTTCAGATATACCCCGTGTTCATCTCCGCTTAGGATCAA CACTCTCTTCGGAAAATATAAAGGAACGGGAAGATGTTTATTTTGAATGC GCAATTCAGTCCAAACCACGATTTCATAAGTTGAATTGGAAGTTTAATGT GAGTTTCTGTCTTTTCTCTTTATTTATTCAAAAAAATTTATATATATATG AAATATGTACATGGTGGGCTCAAATTACAAATAATAATAACAGATTACTT CAATATTTAGAAATATATCGCGGGGTGACAGCCAAAATGTAGTAACTCAA TCTTTACTAAACAGAATTAAGATTCTAAACTCCATTTTTTCATTATTAAT AATGGTGTTTTCCAACTTGAACAATAAAAAAATACTTAAAGAGTCTAAAT TTCTCTGCTTTGTAGTATTAACATTAAATACTTGACTTCTAGGACAATAT ATAGGCAATAACAAAAATATACGTACTTTTTGAGTTACGAAAATTTGGTC CTCAACCATCGATATATTAGGTATGTTACAAATAATTTATTTATAGGTTA ATCAAAGGTAGTAACTAGGTATTTACAATGTATATGGATTTTAAATTTCG TTGAGTAAATTTCACTTTTTCTAAGCCAAACCATAAAATCTTCTGCTCAA ACCTGTTCGGAAAATAGCACCACACTATGTATTGATTGTTTTCTTTTATA ATTTTTTTACACTAGATCTACATTTGCAGAGATTACTCTGGAACACAGAT AAAAGTCAAAAGTTTACTGGGACTGACTTGTAGTTAACTGCAGATGTCCG AAAGTATGCAAAAATCAAGCCTTTTTGCGACAATAAAAAATTTACAATTT ACAATAATGTGAATAAAACGGAAATTTTTTATGCATCAAAATGTAGTCTG GACTATGAAAGAGTAAATTGAAGACATTTTATAAAAAAAGATGAATAATT AGCATCGTCAGAGATAGAAGGGAGCAAAGGTTTTAGTTTTATAGAAGAAA AGAAAACCTTTGAAAATGAGTATGATTAATATTTTATTTGTTACATACCT ATTAAAAATAAAACAGTCTCTTCAATTTCATTCTAGTAGAAAAAAATGAA CAAAATCCTAACATAAAATTTAATTTTTTATATAATAATTAAATTATAAT ATTTTTTATAAACCTATAGTCATAGCCATATTTAAAAGATAAAAACTTTT TTGTACTTAAAATCATAATTTTTTTAGCCAGGGTAAATAAATATGAGAAT GAGGTTATTTTAATTAAATTTTTAGTCCTAAAATTATATTTTTATGTGTT TCATTTTTTGTACTTGGAGTTCTATCTTTTTTGCTTTCTTCATTGTTTGT GGGTATATACTCACACTTTGCAAATATGAATCATAGTAAAATATCTCAAA TTTATTTAGAAAAAATCTCTGAATATTTTGTAAAATTTATAAAATTTTAT AGAGGGGTATAAAAAATGATCTGGTGTTATGTAAAACGCAAAAAAACCAA GCATTAATGTGGTAATCCCAACAATTTGAAGATTGTTTGAGATAAAAACA GTTTATTTGTCATAACATTTATATAAGCAGTAGCAATGAGAGGAAAGAAA TAAAAACAAATCCCACTTTTTAAACAGAATAAGGACCCAAAACTTCAAGT AGCATTTAATTACGTTTTTGTACCCTTTATTTTCCCCCCTTTTGAATTAA ATCTTTTTTTATTCACACACAATCAAAAGAAAAAAAATGAACACAATAGT AAAATGAATAAAATAAAATTTGTCCTTAGAATAAAGATAAATAAACATTT TAGCTAATAACTAATTTTTATCTTTCTACCTCTTTAATTTTATAGCTATA AAATTTAAAACACCCCAAATAAAAAATATAGTGGTTAAGATAACTAAATA TAAAAAGATAGTTGAAACACCACATACTGAGACAAAATATTAAAAAAATC CCCACTTCTCAACCTGAGATTTTCTAATAGTGTGTTTTGCACATATTGAT GATTGTTCCTAAAGTATTCGCATGTCTTAACAAAGAAGATAGGTAGTTAA GGAGGAATTCAATTTTTTCTCGGTTAAGGAAAATAAAGCTATTTATATTT TTTTACTTTGACATTTAAAAACTTAAATATTATACATTTCACCAAACGAC GAGATCGGTGAGTCAGGTTACAAAAACTGAAAAAGTACCTTTGCACGATT GGATTAAAAATATCTTATGAACTTATAGTTAAGAAATAAAAAACCCAAAC AACAAACAACGCAGGGGAGTGAAAAACGTTATTTAATATTAGACCACAGT CTTTACTTGTTAGAATTAATTTTATAAGCCCAACAGATATCTGAAACTGG TTTGTAAACTTTAAAAAAAATTAATAATCTTCAAGGAGCCCATAATTATT TTATCCCATATACAAAGAAGGTTCAGAGCTTTACTATACTTCCTCAAAAT TAGCTTCTCATCCAATGATTTAGCAATTCTAACGTCAAATTTTAGACACC ACGGCGCCAGAGCAAGGTGTAAATCCGACGTTCTCCCAAGTATTTCCAGT ATTTAAGACAGAGTAACGGAGTGTTAGAATATGCAAATATTTTCAACTCT ACTGGATGTCCCAATTTATTTGAAAAAAGTTTTTTGTTTAGGTATTGGCG AATGATGTTGATCGTATTATCTAAATTAAAACAGAGTATATTTTTTTAGA TAATTCTCTGAGCAGCTGCCCATTCTTTCAAAAAATAGAAAATACAGCTA TTTGAAATGTCAGTGAAAAAAATAAAATAATTAAAACCAATATAATCGAA TATAGAATTCCTCCATTCCAGTTAAAGCTAAGCTAACTTAGCAATTATGG CTTTAAAGATTTAGAGATTGATTTTTCGGTTGAATGTTAGCTACTAAAAC TAGTCCTTTTCCTAATTGAAACCATGGCCTCTTTAGGACATAGATGTAAA GTATATCAAACAAACGTRCCATCCATTCATCTTCCTCCATTAATGACTCC TCCGCCATCGAAGGGATAGCACTAGCAATATATATAATCTGAGGAATCAA TTTGCTATAATACAAATCTATTCTCTTTTGAAGATTAATTCTCCTCCACT GGAAACATCACTTACGAGCCTTCGATTTAATTTTCATCCAATTGGAAAGA ACGGGTCCATCCCCTTTCCAATCAACACTTAAGATATTGATATTATTAGC TATGACATTACCTGATATCTTCAAATTTAACGAAGGATGCCAGTGACCTG AAAGGAAATTGTTTTCGAAATCAAACCTACTACCAGAAACCCTGGTGAGC TTTTCAAAGCAAAAAGAATAATTTCGATTCTCTTTTACAATTGTTAGCTT GAATTTCCCGTAATTATCAGCATAAGATCATCAGTGTATAAATCAACCAA GTGGCATCCNNNNTTCTCAATACTAATACCAAAAAACCCTTTTATTTACG ATTCAAGCATTTTTATGACGAGGATTCAATACGCAACCAAACGAGAGCTG GAACTTATTATTTTTTTATCTGATGTCTCTAAGTGTAAAAATATCGGGGG AACAAAAAAACAACAACAACGCGTGAGCGATCTCCTTCGTGACTGCCAAG GAGGCTGCAGACACCGTTGGCATCTCCATTCAGACTGCCTACAGCATCAA GAAGWCCATTACAATCCCATTAGCAAAGAAGAACCAAACTTCTGCAGCAA CAACATGGCTGACATCTGGCCTGCCTCCGACCTCTAGAAGTTGCACTTTG GGGAGTCTTTGTGCGTAAACTCTGTTGCGCCTCTCATCCAAATTTGGGCT TTCAGKGAGCACACATTATGTATGTATGGTACGCCATGGMCCTCMCCTTC GTCGTCAAGASCTGCCAATCTCTTCGCCAGTGAGACAAGGCAATAATTTC TTGTGAAGGAGAACATATTAAATAAAGCATATTGCTTAATATAGTATTTT TAGACATTTAGAAATGGGTTTTGAGTTGTTTATTCTTGATTCCATAAAAA TCACGTTTTTCGTAATAAAGTCATTGCTACTATAAGTTCTGGGTGTTCAC TCTGTATAATAAGAGTCCATTTGATGTTACTCTGGAGATACTTTCATGTT GATCCTTAATTCTACTTTAAGTCTGACAAGGATTTACACTAATAACTCCT GATAAAACCTTCATTGTTACACCCTGTTTTTCAAGAACTTATTAAAATTA TCTCTCTTTAAGAATCAAATAATCATGAAAAAAACACTTCAAATTGCAAC TACAAAAAAAATCGTTATAGATCATATTTCATACAACTATAACCATTTAT ATAAAACTGCAACGACTTTTATTTTCATCAAAAATGTTGGGACTTCAAGA TGATCTAAATAAATCTATTTTTAAAGAATTGAAAATCCAATAATTTGATA TTGAAAAAATACATAAAAAATATATAAATATATAGAACTTGCTATTCTAA TCATATGAGGCTTAAAAATGTAATGTAATTGAATTTGCTTTCCATATAAT TTATTACAAATATTGAAAAAAAAAAAAACTTAATTATCTCACTATAAATA TTACACAAGTTTGCAACTTAAAATATTCAATTAATCAAATATGTTTATTT GTAGAAATTGTAGGAGCAAAATATTCATCTTTGTGCTAAATTTTGACAAT ATATTTATCATTTCTTTTTTCAATACAAAAAACATGTTTACAGGGAATAT TGATTTTGTTACTGATTATGTTTGTTCGAATATCAATTGTAAGAATAGAT ATTATCTTCGATAAATTATTTAACTTCATTTACACCACTTAATACTACAA CTACTGATAAACATAAACTCTAGGAAAAACTGTGTAGTAATTTTTGAGTG ACCACTTAATATCTTATAACTGTGTCACCGGTTGTTCGAAGAAATATCAA CGAAGCAACGAGCATTTGTTGCTAAAGCTTACAAATCTATGTAATTAAAG CAAAAATTGTTCGTTTTTTGTCCGTTCATCTACACCTAATTGCTCTGAGC AATGCTCGGTACTACCACAAATATGTATTAGTCACACTTTCAATTGATTT TATGTCATTCAATATAATCTTTCCATGAAGAATACCATTAAGTATTAGAT AATGTTAATGTGCAGTATTTCATTTTCTGTGGCTCATCATAGCTACAATG AATTCGTAAAATAAAATTTATTTCTAAATCCATCTTACTGCAATTACTGC AGAAGTTTTTTACACTGGGTATTTATTTATGTCTCATATAAATAAAATCA GGCACAAATCTTAAAATTTATTCAATTAAATCACTAGTATATTTATTTAT ACAGTAAATACTTAAACTTAAAGGAACAGAAGAAGTTTGAGAGATAAACT ATAAGGGTTATGTTTTTACTTCAATGATAGGTATATTATTTGTAAATAAG AGTAAATTGTAGTGAACTTATTCAATATTAATAATAATATTGTATTATAC TATTAGACAAGTAAAATTTTTAATTCCTAACAAGAATTATTTTTTAATAT GATGAAAAGTGAATTAGTCATTTAGAAAATGACTTTTGACTCACTAATTT TAGAAATTTGTCATAAAAAAATTCATATTTTCCAATATCAGCCTACTGAA GTAATAAGATCAATGATAATTTATTAACATATTTATCATAAACTATGTAT GTAATAGGTAAGTTGAATATTTTTTTGCAGCTTTACTGATAAAGATATCT AGAAAACAGGACTAAATTAAATTCATGGTCCACAATTGCCTTCTACTTTT TTTAAATGAAAGAAGAAACGCACAAATAATGGAATCGGAAGCGAGGATGA AGTGTCTAGAATTACAGAAATAATACAGCTATATAAATTGATTCATAAAT ATGAGCTATTTGTTTCTTATGAACAACAATGACACTTAAGGACTCAAATC ATTGAAAGAATTTTCTAAGAATATTAGAAGACGAAATAGATTAGACTAGG AAAGAATTTCAATGGAAGAGATACAAATTAAGTATGATGCGTTTCTTNGG ATTCTCACTGTACATTCACTTATACCCAAAAGAAGGACTTGATATCAGAG CTGTAGAGGGCCCAAAATTGCCAAAAAAAGAGTTCAAAAGAACTCAAAAA GAATCAATCAAAAAAGTTTTGCAACTGATGAGATCTATTTATTTCATTGC TGGTGTTTAAAGTGGCTCTCCACCCTCACAAGACTCCATCCAAATACTTT TTTTATAGCTTTCTGGACAGTCTAGTGTGAAACTTTGAGTTCTCGTGCAT GGGACTTCATGAGCATGAGGGGATTGGACTGGGAAGTTGTTTTTTTCACA CCTCAAGTTTTAGTTTGGCCTTTATGACATAGTCCTTCTTCCTTTCCAAC GTTTCAAACTTGCTGAACATAAAGGTGGTGATCCTAGAGACGCCAACTGC TTAGATTGGGCGAATGGAAATTCATTGATTACGTTCAAGTGTCATTTTCA TGAATTTTACGTTAAGAAGCTCAGTTTTTTTTTTGTAACTAATAGGTTAA CTATTTTACATAGAAATTTTAATTAATTTCAATCACTCAACCTTCTCTAA TTATTGAATTTGTAAGTATTCAGATTTCAATGGACAACCTGGTAAATGAT ATGTCAGCCACCCCATTAGAACATTTTCTAAGGAGATGAGATCACTCAAC ATTATGGATACTATGGATATGCAAAWGTCAAAACACATATGAACTCAATG GAAATATGGGTGGACTCAGATCCATATATATGGATGTTCTGTGGAAATAA AACACATCCAACCCATTCTTATTGCTTAGAAGTAATTAATTTGATTACTA AAGGTTATCTCACTAACTGTTTTAACAAAAAATGCAAAATCATTTTATGT ATTCGTCCTTAACGCGATGAAGTAGTTTGAATATAGGAGGTTTCGTAACG CTTCTTATTTTCTTTCTTAGATATTGATTTATTATATATACAGGATGTAA CTTCTATTAAATAACAAACACCATTTCTTTTAAAATTGATGTTCTCCTAT ACTCATCAATAATCTTCTGATTTTAATGAAAACTAATACCAAATGAATGC TGWATAATTTTTTTTTAAATATTATTCAATATAATCGCCTTTGGCATAAA TAACGGCTNNNNNNNNNNTCTCGGAAAWGGAGCAGGKCTAGATTAAAGTT CTCTTTGGAAAATTCCAAAACTCCTCCCGGATACTGAACATCAGCTTTAT GTAGCAAGAAGATCTGTTGTTGTGTCACTTAACTGTTCCCACACAAAGAA GTACATGGTGTTGAGATCCTATGAACATGTAGGCCAACCACTGGACTCAT CAATTTTTTTTTTAAATCTGACAACTAGGTAATAGTTTTCCTTGCTGTGT ACCATGGAGCAGAGTCATAATCCCCTCCAGGCTCTCCAAACAAAGACCTG TCTAGAGTTAAAGATTTGCAATCACAGCATTATCTTGTCCGGCGCGGATC GCAAAAAGAGACAATATGCTTTTTCTACGATTGTGGAAAATGTACATAGT TTCTGGAATACATTATTTTGCTGACGTGAAAAACTTCTGGTTAGCTGCCA AAATTACAAACAACGTTCTACCTGTAGATMCACAGCTGTCSCAGCCGCTC AAAGTTCGTTGTTAAACAATTTCTGCACACTGAATAATCTTTTTAAACAA TTATAGTTTTGTAATTTTGTTCAAAGCAACAACTGATCTCGTCTCTAAGC ATATTTTATACTTTTTTTAAAACAAAGTATCATCGTACATGCTTTACATA TGAAGAGGACATTCATATAATGAATGTATAACCAAACATTTTTTGCAATG ATTTTACAAAAATAAAAAAGATATTTTGCATAGACTGTATAAATTCATAT GTATGCCATAAACGAGTTATATGGATTATATGACTGTTGTTTCAATTTTT ATAGACATCCTCTTCTTATTCTGAAAAACAAAAATAAATCTAAAAATTAA TTATAGAAAAGTGGTAGAAAATATGAGCAGTCGGTATGCTAATAAAAAAC ATCTGAAAAATGTTATAACCCTGAAAATTTGGAAAAATGTTTGTTATTTG TTTCATATCTTAATCAATTTAAAATAATCAAAGTTTCCTTTAGTTGGTCT GATTAAGTATAAAATTATAATATTACAATTACTCCATTTGACCTAGGAAT TGTCTTTGAAGTCCATAAACATAATGTATATTTCCTTCTTTAGAAACGAG CTAGAATTGAACCTACACAAATTAAGTTACGGAGAAAAAAAAAATCCCTA GCACATTGTCCATTGAGCTATATCGTTCCATTTTTAAGCATATTTAGTAA CCGACTTGTCAATTCATTCATTACAAAAATGGTTCTTTGCTGATAAATTA AATAATTATGATTTTATTATTTTAATATAACTATTTATATTCAAATTTTT AGCAATTTTGTTCGTTTTTTCTACATAAATATAATATGTATTTATTTATT TATGAATATGTTTTATGGATGGTAATTTAATTCACATTACAACCTCGATA CTCATAACACTCTTTAATATGTATAATGCATCCAGAGACTGTTAGTTTAT AAATTTAATATAATTTTTTTAAATTAAAGTTTCAAAAATAAAACAAGAAC TTATTCAAATTAATACAGGGATGAACTATGAGAGAATGCCTTTTTTTCAA TTACATATTTAAGTGGCATTTTCGGATTTGATTATGATTTTTCAATAAAT TATAGGAAAAATGTTTCGCATTAAATAATTACAAACTTATGTATTAGCTT ATAAATATATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNTTATATACATAAATATAGATAATGTAGTAAATTCCACTTA AAATAAATCTCAGCAATGACCTACCTTTTTACTACAGGCTTCCTTACAAA TCTTGAATTAATTTAACAGTTTGAAATATTTAGCACATGAATATACTAGT ATGATGGTATTTTATTTACTATTTTGATTAACTCTCTACAACCTACATAC TTATGAGAGATCCATTACTAACTTTTGGGTTACAACCAACCTATAGAAAA ATATTGTCGGGAATATAATATTTTAAATATATTAAAAATTTAGATTTGTA CTTTACCTGTGTGTAGGAACCAAGGGCAAAGGGGGTTTAGGTATTTCTAG TATTCGCACCATTTTTATTTAAAAACTACCAAAATGGAACAACGTAGCTT AATGGACAACACACTCACGAGAAATTATTTTCTTTAACTCAATATGTTTA GGTTACCGTATTGGTCGTTCCTAGAAAAGGAAATATACTTAATTTACATG GACGTCATAGTTCAGATGGAGTAATTGCAATAATATTATGTTTACCTATA CTTAATCAGTGCAAATTAATCTAACCAACTAAAATAAGTTTTTAAAAAAT TAACAAATTAAAAAATAAATTTGTTTTTGTGGCCCCCAAAATATTAATAT CAACAGGCTATAATATTACGTTTATGTAATAGTAACAATATTATATTTTT TAGCAAGTGTCTTGACCTAATGCATCTCAACAAATATAATTAATGAGATT TGCCTGTCAATAACTACCAACTTCCTATATTGTATTAAACAAGTTAGTTC TTCTAAAAAAATTTACAAAAAATATATTCTAATGAAATGAGTTATATTCA ATTACAACTACTTAGAAAAAAAACTAAAAATATATTGAAAAAAAAACAAA TTAAGATCTGGGTTTAATCATAATGACATAACCTCTTCTCCTCTTAGAAC TTGATTTTCATTTGTCTCTACCCTTTCCATTCCCAGGTTTACGAAACTGT GAAATAACTATTTTATGGCAGGTTTCTCTTATTTGGAGCTCCAAATGAAW TAATACATCGACTAAGAAGACCTAGGATTCACACATAGATGGCACAATTT TTTAAGTTCTCCTCATTTTCTTTTAGTACCAACTTTAAAAAGACGGCTGC GTAAATTTCATGAAAATTTATTATTTCGTTTGTGAGTTATTGAGCGAAGT GTGAAGCTAATTATGTTATTTCAAAACAATTGAATAAATACCATTGATAC TAAGCAAAGGCTTGAAAAGTGTAATAGGAACTCTGTTCTATAAAGTGAAT AAAAAAATAAAAGATAATAATTTTTGAAAAACCCAATTCTGAACGGGAAA AAACGTGTTCTCTTGGTTAAGGCTTKTACTTTTYGTCCCATATGTTACAA TCCTTTCAGTGGGTAAAAAAAAGAAGCATGATATTGATTAAATGTTAAAT AAAGGTGATTACGGCTTTTTAGATCAAATTTATTCATTGTTATTACAGAA AATCAGTTTGAAAAAAAAAATCAAAAAGTAATTAGCCTAATGTACAAAGT AAAAATGTAAAGTATAATCATTAAGATTGGATAAAGTTACAAATGATCAA GAGATGAAATATATAATACGACTCTTATATCATTAATATTGCCTATTTTC TTTGATTGACATTTTTACACACATTGAATTTGTGAATTTATAATAGTTAT GTGCAGAATATCTTATGTTCGTGTTAATCATCATTAAACATTGACCTTTT TAATTTTATGACCACATTCTATGCGTATTGTATAAATAATAATATATGTA TATATAAATTAGGGTGTATCTAATGACAAAAGTTTGGAAGTTAGTATTTT TAAGAGTTTAATTGTCCGTTTTCGTAGTACAAAGTCATAAATTAGTAAAA TAAAGTGCCTTATTTGGCATAAATGTACAAGTAATAGTAATTGGAATAAT AAAAAGGTAGAGAAATATCAAAATATATACGCGTTATACGCGGTACCAAA AGAGAATATTTATGAATTGACAGCATGTTAGAAACTAAAATACTCATATT ATGAGGCAAGTTAGAGAAAGCTTTTTAAATATTATTGCAAAATATATGTT TCATGTACAATACTTAGCAAAATATATGTTTCATGTACAATACTTAGCAA AATAAAAATTCTGTAACTGGATTCAAATCGATAAGTTTCAAGAAATAATA TCAACATTTCCTTTTTTTAGACATTTTACATATTTTCAAATCCAATCCCG TCCATGAAGGACCAATTTTTTGGACGTTTGGTGGTATTTTCTTGTTCAAA GAAACAATATAAAAAGTATCCGGCGATACCAAATTCCCAACTTTAGTGAT TTCGGTACAGTCTAATAGACATATTATATAGAAAAAATGTTCATAGTTGA ATGCAAAAGGGGAAAGGATCTCAAACGGAACCAATTCAATATGAAATATC ATATACCTAATTGTAATGATTTAAGAGTCGTAGGTAAGTCAGAGATTTAT AAATTATAGGTCTCAAGGAAGAGTAATTGAGTTTAATGGAAAGAAACATT ATACTTCTTTTGTCTATTTTTACCCGTATTCGATGATATGCTTTTAGTCA ATCCATAAATCCCCTGACAATACCCACAAGATGATGTCACATAAGACGTT CAATATAACACGTCCACAAAATAACGATTTAAGAAGTTCACTTCTTAACT TTTTACTGGCCTTGTAAAACATTTTTCTTTTGAAAAAACTTTGTTACCCA GAAACATTCTTTAGCATCGAGAAAATTAATGTTTGGAAAAAATTCCCTTC TTCAAAATAAGTGACAAGAAAATTAATTGGAAATGTGTTTCCGTCATCCC TTTGCAAAAAAAAAGTATGATTATTGAGATCCAACTAAATGCTCCTCTTA TAGGCTTATTTATGTTTAGATCTCTACTCGGGAGCTACCTTGATATCATC AGTAGTCATCAGATTCTGCACCTCCTGTCTTCAATACTGTAGACACCATA GTTGTAGTCTGGTTGTCAATGAGAGAAAGGGGATCTTAAGTTCTATAAAT CTATTCATTGCTAAAAACTTAAATTATAAGCGTATAATTTTTATGTTTTT ATGAACATCCTGGTGATGTATCATTGTTTATGAACATCCTGGTGATGTAT CATTGTTTATGAACATCCTGGTGATGTATCATTGTTTATGAACATTCACA AGTACTACAGCCTTGATTATTCTCTGAGTCTTTATTACTTGAAATTTATC CAACTTATTCTGCTACATCAGACACTTAATATGACATTCTACCTTCTCTT TATTCGCAAAAGCTTTTCTCAGTATTTGCATGTGTATTAAAAGCAACATT TCGAGATTATATGGTATCCTTTTTAACCATAAAAATGTGTATGTTTGTCC ATTAAAAATAATAAAAATTTTAACAAGTATTTTTTGGTTTATTTCCATAT TCAATGAATTTTATTAGTTTGCAATTGATACAATTTTATATGCTATAGTA CCAAGCTCTGGGTAGCTGCAATGAAAAAAAATTCATTTCAAATTTTGCAG CATTTTTAAAATTATAGGTTTGTATATGTTTCATGAAAAAAAAGTAACAT TTGGAGAGGTCTAAAATAAGTATTACATTTTTCAACAATAAATCTAACTT TTTTAAGAATTATTTATTTTTTCACACTATTGACTGTTTTTCTTAAGCTG TTTATATCCCTCCAGCTCAATAAAAAAAATCCACAAGTTGGAGGGAATAA GATAATTGGCAAATATAAGTTAATTTTGAGCATTTTCCATCTATTTTTAA GAGATAATATAAAAATTAATTGATTCTTAATACAATTCTATAAATATTCC AAGACAATCAAATAAAGTGTCACAGTACATAATTATATTTTCAAAAAGAT TATGAAAAAATAATTTTTTTTTTTAATTTCATATGGATATCCCTTTGCAT ATAACCTCAATGACAATTAAATTTTTATCATTGTAATATTTTGTGATACG AAATATTGTTATATACTAATAAAGCAACAACAAAAAGATAATCCATAGGA ATCAAATTATATTATTTCCGCTTTAATCCGTGCAGATTGAATTATAACCG AAGCAAAACAAAAAATAATCTACATTGTCATCATTTGTATTAGATTTTAT TATTTATTCTAAAATAACAAACTCATTCTACAAAGTTGTTAAAAATGCAT AAACTACAAAAAAATTTGACTTAACTTAGTCATTCTAATTTTTATTCAAT TTACAATTCACCAGTAACTCATTTAAGGGTTTGAAAACTCATTTTCCAGA TGCAAAGATAGTAGGTTAACATACTTTTTCAGAGTGAACTGAATGATTAA CATAATCACAAATCTTGACCTTAAAATTATTTGGTTCAAAGCTATAAGTA TGTTGTAAGGATAGGTTTTGGGATTTTTTAGCAAGGTCAGATATAGTTAA TTGAACTAAGGTATTTGGTAGAMCCGCTAATGCTAATAYCCGCGATTAAT TTGTAGCCATATAGGCTCAATTATAAAAAAGGACTTCAAAATAAAGAATA TTCCACTAATCAAAGTAAGTTACAGATGAGGTACAGACAGGTGCCACAAA AATAATCAATAGTAATAAAAAGTTGTGTAATTATGTTACAATAAATATTT TAAAGTCATTTTCATAAAATTTATCAACCCTTCAGATAATTAACTTCAGA ATGGTTAATGACACCCTTATGATCAATAATAGTGCAGGAATAAAAAAAAA ATATAACAAATTTTCAAGACNTGCAGGAATAAAAAAAAATATAACAAATT TTTCAAGACATATAAAAAAAAATGAATTACTTTGTTTGCTCAGGCATGGA ACTCTAGATACCAGGAATCTAGACGGCATGTTTCTTTTTCCTAAATACCT AAATTCATTTTCATTAAAAAATACAAACTAATATATCAGAGTAAAAATGA GCCGGAAAATTGTAAACTATAGATAAAAAGAAGGATCTGTGTCTCAATTG CGAAAAAAAAAAGAAAACAAAATAAAATTCTATGGTTCAGTCATCACTCT TAAACATTTGTTATGTATTCATACAAAAAGGGAAAGATTCAAAATTATCC GTCCAGAGCATGGATATATGATAACTAAAAATGTACAAATGTGTATTCGT CAAAAGAAAATGATCTCAATATTATTTTTTAAATGTCATCTACCGACAAG TAACTAACTGTAAGGTACACGTTTTTGCAGTTAATATGCAGGTATTGATT TTTCATTGACATTCTAGATAAGAGTATACTAGTACGGATATTAATCGGAC TCATATTTATAAATTGTATAAATACATACATATTTTTTTAAATATAAATA AATTAAAATTGGTTTTTTTCTGAAAAATTTCACGATATCAAATATTGGCA ATAATTTTACTTTAATTTTAAGAAATTATGAATGAGCTATATTTTATATG TTGTATACTTGTTGCAACTTTTCAATGCAGGGTTCAAATAAAAAAATTAA ATGGAGCGTTTAAATAAATGAATTTGCATTTCTTATGAAAGGATAATTCA ATGTTTAAGTTAATGATCGATAAGTGAATGGAGTAATTTTAGATTTACAT TTAACAAATTATTGAGTCAGTATGCATTTCATGATCCAATCAAAATTGCA AGTTTCACAGTTATATCAAAATAAAAATCACAACTTACAAATAAAAAAGG TATATTTACTTTTACAAGGACAAAAATTATTCAGCGTCATTTATCAGAAT ATACATTATGTAAATGAACTTCAAAGACAATATTGTAGATCAAATGAAAT AGTTGTAATACTATATTTGAAAAAAGATTAGTATTGCAATTATTGACGAA AATATTTTTTTTTTCAATCATATCAACTATGAAATTATTGAGTCAACTTT TTAGGTAATAAAATGTTCAAATAATTTATTTAGATAAATAAAAAGACGAC AATTTTAGCTTAACATAGAAATACAGTTTAACTTTTACGACTTATAAAAC TGGAAAAAAAATCTCAAATATTCTGAACGAAGACTTAACTAACTGTAAAC TTATAAAAATATCCCCTTTTGTTTTAATTACCAAGGTAAAAGAAAGTTTC CATACGTCAAGAGAAAAAATAATAAACTAACAACATCTGTGGCATCTCAA AAGCACCTTCTTGCAGGATGGGATTTGGAAATTTTCTCGCAGCCAAGTAA AACTCCTTTAACTAACAATATGGTTTGGTTCGTCACTTTGTTTTTAAAGA TATGGTGACCAAATAACAACTACTATTCCAAAAATGGATTTGTTATTATT TTGGTCAAACATATATTCTGATCATAAACATAGATTTAAAAAAACAAACA TTTTTTTTAATGATAGCTCTCTTTTTTGTAATTGCTACCTGAAAAAAAAA ATTATTTACGAAAGCTCCCATTATTATTTTTTATTCTTCATGCGTGAACA ATAAGTATAAAATAATCACTAGCGTGTAAGATATTTCTGAGGATTTGTTG TGGAATTATAAGTGTAAGTCTTTGATGGACTTGTACTAGAATTGAGGATT GACATTACTGTAATTCCTGCATATACAATGGCTATACACGGAGKGGGATT TGTGTTTATTTCATAGATGCTTGTAGCTGATCTAATAAAACGTCTTGACA GTTAAGCTGCTCTGCTCCTAAACATTCTTTAAATTGTCAGGGTGACTATG TTAATTTTCGATATATTTTTTTTTTACAAACAGACATCTAATATTATTTG AATTTCTTATCATAACTGTATTTCAATTATATATAAAATGACCCAATATA TACTTTTATGATCCTAGTTAAATCCAGGGATGGTCACAACAAACAATTCC AAAAATAGCTCAAAAATAATTAATTATAAGATTATTTTTATTTCTTTCGC TCAATTTGTTTAATGTAATGTCTTTTATTTTCTTTTTTCAGCTTAGAAAT ACATTAGATATGTTATAAGTTTTTTTGTTTTTTTAAATCTTTTCAGGGAA TTGATATTCACCAAGATTTGCGAGAAGGAATTATTATGGGGAATCAGAGC CTTGTACTGCAAGGGTTGAGTCGCAATGCGACAGGTACTTATCATTGTAT GGCATCAAACATAGAAGGCAATGCTCTTTCTAATCCAGTAGAGCTCAATA TTAAATGTGAGTAGTTTTTCTTTTATATATATGTTGTGGGGGAAAAAAAT AACTTTTTACATGAATATATGTATGTACCAGAATAAATTTGAAGAAAAAA AAGAGAAAAAGACACACTTGGAATGATTAATGGCTGCGGGTTTTTTTTTT TTTTGTACAATGGCAATATTATTTTTATAGAAAAATTGATTCCTTTCGAG GGTATTTGTATAGATATTCATAATACACACACAAAAAACTGCATTCTTAT TAATTTTAACTATTTTAATGTGTCTTATAAGGAACTTTTTTTTTGTTAGA AAGTATGTATTTTATTCACATAAAGGTCTGTAATAAAAATTATTNAAGGA ATGGGATGAATAGTTTTATTTGATGCAATGTGCATGTTGAGATTCGGTAT ATCTAAGTTTTTAAAATATTATGGCCAATATATCTAAACTGATCAATTTT TCAACAAATAACTTTTGAGAAATCTGTTTGAGTCCACAGTGTTACCTAGC AAACACAAAAATTTGCTATGTATTGTGTATCTTTTAATATAAATGGGTGA ACAAAAAATAAGAAATTTAACAAGTCAGGGCATCAAAAACACATTGGATA GGAGAAAAGGATCCGAACCTTATCAGAGCTCTGAACCGTTCTTTAGTGTA CTTGGATTTTCCGCACTTAAAATATGATAAAACTCCTTTAAATGAATTTA AAATAGATTTTAATTCTGAAAACAGCATTAATATACTGTTGAAACATCTT TCAGAATGAATGCAACTTTTTTTTCTTGCTAAAATGTATTTTTTGGATCT ATAATGTTTCGGTAAGGTTGGGAAAATTCGATTAATTTCTTCATTTTTCA GTCGTTTTGCTTTGTTTATTTCCTTTTTTTTAAATTGAAAGTATTCGAAT TTTAACAAATGTAATATCAGTTGTTATTCCATATATCAGNCTCAATCTTA TCAAAGTTCATGATTAAATTTTTATTACCAAAAGTAATTTGTATTTTACA GGATTTTTTATTGAAAATAAAAATATAATATTTTAACTATAATTTTTGTT CCATGCAAAATGCGTAACAGTAAATATAATTAGCTTCGTATTTGGGTTAA CGTTTAATCCAAGTTAATTAACAACCCAAAAAAAAAAAGATATTCACTAA CGTAGGGTTAAGGTTGAAACCATCATTAGCAAAATAAAGGAAATAATTTA TTCAAGCAGATGCAATAAAAAACCTAACCATATTTGGAATGTGTCATCGT TAAAGAACTCGTTGTTTTGACAAATTTCTCTCAGAAAACCTTCTTTAGCT TTGCGTCAATCATTTCTATTTAGTACGATTAAACCTTAAATCATTAAGTG GGGGGTGCAGGAGGGGAAAAAAATTGTAGTTTTGTATTGTATTGTTTCTT TATTTTGTTCTTTACTCATTTTAAATATGTTTAATGATTGTATTTTATTA AGTAATTTTTTGTTTTATGACTGAAGAACTTTTTTCTGTTTTAGTCATCA TTAATAACAATAATAATATGCATATTAGAATTTTTATATGTATTTTGTTG TCAGCTGTTGATTTTTCTTCTTCGTTTCTCCTTATCAGTGTTCGTAATGT TGATAGGTCGAATACAAATGAGCTATTATTAAACAATTTTTGAATAATAA TTCCATTTTGGGATGAAATGGCTCATTGCTATAAACTCTATTTTTTTTTC TTTTAGGGTTGAGAAATAATATCTATCAATATCTCATGTTTTTATTATGT CAATCAATTGGTGCTACTTTAAGGGTGATGTGCAGCACATCCGAAGGGTT ACTAAAGAATTATTTGTTAATAGTAACAATAGATAGTTTGTCAAAGAATA AAATGTAATCCACATTACATTTTGTGACAAAAATATGAACATTATAGCTT GCTTTTATATTGAAAGCCAACGTATTAATGTAGTTTTGTTTATTTTGTTT GTTTCTGTTTAAATGCTTATATTTACATAGATATGTATATATAAAAGAAG TAAAAACGAAGGCAAAAAAGATTAAGAGAAAATAGTAAGAAAAATAACTT GGATTAAAGAATTTATAGTGTAGCACAGAATATTTTTAAGCACCATTTAG TGTAAAAATACTAAATACTCTAATAGTTAGAAACTTGTTACTTTTAAAAC ATAAATATATTTATGTTTTGCATTTTATATATCATTCTTTTAAATCCTTT AAAAAAAATAATTAAAACTCTCATTTATTTAAACACGTATTCGTTATATG GAATTTTAAATATTATAGAAAGTCTTAATAAAAATTGTAGTTAAATTAAT TTTTGTTGAATATTTATATTCAATATATGGATTTAGTCAAATTAAGGTGA TATATTTATAAATCTTGTATTTATTAATATATATACTTAATGGTTAAGTT AAAAGTAATAAACTGTAGCTAAAAGAATTATATATGTATATTGTATATAC AAAACAATATTCTTCTAATATGGAAAAATAGGTTGTGGATACAATGTTTC GTTTTTCCGCTTTATTTCAATGCTTAATAGGAAGTATTATAATCCTCCTA TTTAAGGCAAGTATGCCCAGTTTTGTTTGACAATTTGTTGCCAACGAAAA TTCAACTGGCCCAGCTGAGCCAAGACCAAATACAGCACTGTCTCTTTAAA AAAGTCGATCAACTTTTTTTTTTCGAATACCGTGGCGTAGTGCATCAGGA ATTCTTACCATATGGTCTTGATATGTGCCGCTTGTGAGAAGCGGAACGAA GAAAACGTCCGTAAAACAATTTAGTTTTTGTATCATGATAACTCCCCTAC TTACTCATCTTTGCTCCCGAAAGATTTTTTGGGCAAAAAAACAACAAAAA ACTTTGAACTACTTTCAATATTGATGAATATATAAATACTTTTTCCTAAA AATCAAAGTTACCTTACTTTTTGAATACACTTTTTTGGAACAATAGAAGA AGAAAGATTGTGGCTTCTCTTTAACTAATTAGTAGTGCTTCTTCTATTCT TWCTGTCTCTCTTACTTAAATGTATTTTTTTTTTTTTTCGACCAGCGGCG ATTATCAAAATATAAGTATAAAGATCTACCTTCATTTAGTGTTTACAAAA TATAAAAATTATCCTCCTTAGTAGAAGTGATATATTTAACATACGACTAT TAAAATTTTTCAAATAACGTCATAGTGCAAAGATATAATTAATATAAAAA ATAAACCCAAAATGTAAATAATCTATTCAAATTTCAATAGTTTTATAAAT TTAGTGACTATATACTTAGTATGTACAATCCGAACAAAAATTAGGATTTT TGGTAATAATATTATGCCTTGTTCAATTTTCCTCCTTCCGAAATATTCCT AATTGGGCAACTTTCCTAGTATCATTTTCAAATAGAAATAAATAAGATTA AATCAAGATAAAATAGGGATTATTTTTATTTAAAATATCCTTATATGTTG TAAGAAAAAAGGATAATAATGCTATAAATATGCATTGAAATAAATAAATT TCCTGCTTTATAAGCATAAAAATTATTTCTTGGATTACTTTATAGTTAAT TATATTCTTACTTTTTGATTTAAATTATTCTTTCTTAATTTGATTTCATA CTAATTTCTTAAATCTTACACTAAATAATAAGGTCTCAAATAGAAACTTG TATCAAAAGAAAGAAGAATTTGTGAAACTTTAATTATTTAAATATATTTT ATTTTCTTTATCCTTCAAAAAACAAATAGCTTAAAATATCATCAGTAAAG TAAAAAAAAAAAGAAGTCGATTAACGTTTTTTATAGCGAAAAAATGTGCC TTTAATACAATATTTATGTAAATTTAACAAAATTATTTCCGTGTTTTCAA AGTTTTTTTTAGAAAACATAATTAATGTACTTTAATGTAAGGTTCTTATT GAAAGTAATTCATTAGTGTTAGTAGTAGTTTTTACCCTTGAAATTCCAAA ACAATTTAAACAATTTAAAAAAATAGTATTTTATGGGACTTTTAATCAAG TTCTCTATCAATACTACAATCATTCTTAATACATAATGTATAATGTTATT TACTTTGTATATTATAAAAAATATAGTGTAGGACAACCTCAAATAGTTTT TATTTATGTGAAATAAATTATTATCAATTAAAATATTATTTTATCCATAA TAATGGAATAAATAATTAAACAATAATTAACAATTCAACTAATAAAAATG TTTATAGGATTACTATTTAACAAAACTATAACAAATTTAAAAAAACATTA TTTTGAATTATGACATATAATCTTACCTTCTATTATATTGATCCCTCCTT TCATTCGGCAGACTCATTTCCCTTCAAATTCTATATACATTTAATCAGTA TTCCACTTTCATCAAAATTCTCGATAATTGATATTGAATTTTTGACCATC TTCTATATCTCTCGAGATATTTCCTTTTTACTAGTTCTTGTCATGTACAT GTGTGTCTGTATTTTAGTTATCAAAGTATCTATTTTGAACTTTTCTGGGT GGCTTGACGCCGTTAATACTAGATTGTGGAATTAAGATGAAGACATTATC ATTATTATTTTTAAAATTCTTGCCAGTTCTACTAGACACCTTCTATTTGG TACCTCGAATAAATATATAGGTTACCAATTTCCTATGCTTGAGTATTTTT TGGAACAAAAGACTCCTAGAATTTAAATTGACAATAAACTAGGAGCTGGG CCATTAGTGGCGTAATTTTTTTATCCAAAAATATAAATCAATTGCAAACC CCTGATATATATCAATTGATAATACACAGGTCTTAAACTTTAAAGAGACT CTTAGGAAAGAGGTGAAAAAGATATCAATCGGGAAAGAATTATCAATTGT TAATTATTATTGTTGGATGAAAGGAGTTTATTTGCGCTATGTTCATCTTT TCACTAGCGTCATTATTAAGGATCGAGTTTTTATTGAGATCAATTATAGT TCTATTTATCGAAAAGCTCTATTTTTAATACTTTTTATCGAGGGTGTATT AATTAGTTAATATAATTTAGATAAATACTTTTTTTTTTTCTTCTTTCAAC CAAGTTGTTTTCTCTTTCCTTCGAATCTTTTTGACAAAATTGGACATATT CTCAAATCCCTAAGTAATTGAAGTGTCTTTTTTTTCTTCATATGGATTAA AAGTGAACATCAAGCAACATTTAAATACGTACAAGCACATATTGTAAAAA GCAAAAAATCACACACTGCTATAATCTGCATTTCTAATATTTAAAATTAT ATTTTTTTAGATAAACCTGTTTGTGCTGATGACCAAAAAATGGTTTATGG TATTGCACATGGTGAGATTGCATCAATTAATTGCTCAGTCAACTCAGAGC CGTCCAATAACCTTCGATTTCATTGGACATTTAATTCTTCATCCGAAATT AATTTTTTGCCTGAATCTCGTTACACACAAATTGGCACAACCTCAAGGGT AAGCGACAAAAATTGACTCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNTTATTTAGTAGAGTTATTATACGCACGAAGTTAATTTATTGGAGA CAAAAATAATTCCTAATTGCTCTATTCGTTGCTTTTATACTTTATAGTCC GTACTGTATATATAGATATGTAGTTGCATTAAATATTTTAGACCAATTTA GTTAAGGCTTTAGTCCGTTCTAGGATTTGTGGACGAATGTTTCATTTATT TTGGTAGAATTATGGGAATATTTTATTATMCTTACTATTTATTAAAGAGT CTTCTATATAGAAATATAAGATTAAGTCTACACTATTTAATAGCTAAAAG ATTATATGAATTTAATATATGCTGGAAGACATTATCATTTTTTCTGGAAA TTAGTTGTATCCACCATTTTTTTTAATCTGGCGTATGGCAGAAATACTAG TCGACAATCACTATTTAGACTTAGGTCATTTGATATATTTATTACTTTTT TTTTTTAGTTAAAATAGTCAAATAAAACTATTAAATTTATAGGCTGGATA CAAAAAAAAATGAATATTATAAGAACTAGAAATGAGCGAATGTTTCTTAA ATCTGATTTCTCATCTAATCGCTTCCTATAATACTTAAATTACTTACTCC CATCAATTTTTGAAATTACATGCAAATAATTATATATGTACTAATAATAA GCCGTAAATCATCTCTAAGAGACCGTTATAATAGTCTAAACCTTTGAAGC TAACAGGCTAAACACAGCTGTTAGCTTGAGTAGATTCCTAATCTTACTTA TACATTTTTTTCCATCCAACCCAACCTCACTTTATCATTTTCTCTCGTGG CATTTTCTTCCTTTTCTAAAATAAACCTTGTTAATTCAGTTGTAAAAATC AATTCATAGAGGCTACGTTGTTAGGMATAGAATAATATTCAAGGATACTC AAACTCCCCCAGTGGACTAAAAAAATCTTTACGATCACTACATTTTTCAA AAATTAAAGTCTTTGTTTTCCCATATGATATATTKCAGCCATAATTCTTT TGAATGAATTAACAAAGTATATTCTTCGAACAAAATAAGGAAATATGACA ACATGACTTCATCTATTGTATAAGTTTCTTTTTTTAAACGTTCAATCATT CAAAGTTATTTTTATAATTGTCTTTAATGAAATATATTAAATTTATAATT AATAGTTATTATTTAAGTTAATTGAACAAAAAAAAATATTATGTTTTAAT TACATGATGAATATCTAGTTAAAATTATGATTAAATCACTTAATTATGAA CTACGAACTTTAATAAGTTTAACCATGAATTATTAACATATGAAAATTTA TGAAAGTTTAAAGATACAGCGGTTGTCAGCAAATCATTTGAGGAAAAATA AACAAGCTAGCTCCAAGGCCTTGTGGAGGCTGCAGGGMTGGTGGMAGTGA AAATCTTTAGTATTACAATTAACTATTAACATATTCAGCTTTTATTTCCC AAAATGACCACCTTCTGCCTGAACCATGGGCTAAATTTTGCCCCTGATGG CTCTGCAGKCCCTCCATAGATAGTTGTTCGGCATGGCAGCCATTTCTACT CAGCAGGAGCTTTGAAGGCGTTGACAGACGGGTAGGAGTTGTCACTGGGT CTACTTTCGACATAGCCTCAGATTCAAACATATAGGAGAGCACACTCAGG AGAGGATGGGGTCAAAAGTGGAATGGCCAATCAATGACTGTTTTCTCTTA TCCAGTCTGCTGATTTTGTACGATTCAGTAAATGGGTGGCGTTTCCTTCT GGCATATAAAGTCATACAAATGTTTCCCACCGCTCTACGTACAGTGGCCT CTGAGACACTCAACTCCTCGGAAAGTTGATGCATTGACTTTGTTTGATTG TCTTCGATAGTTTGGCCCAATTGCTCCAAAAACTCCTCAGTCCTCAATTT TTTTTTCCGTCCACTCCCTGGCTTCCTCTCTTGATTACCATCTTTAATCT TTTTTTTACATCATAAACAAGTGTCTTTCTGCAAAGGACAATCTCAAAAT GGAGGGCACTGGTATTTCGGCACAGAGCAAGTCAGCAACTAATTGTATTT TTGCTTCCATTTCAATAACTAGTTGTTGTCTGATTTAATAAAAAAAAAAT ATTAATTGAAATCTGAAATTCTGAACTTTAAGACTTCAGCTCTACAAAAC CTCGAAAATTTACCATTTTTATCTAAAACAAGCTTTAAAGATCTTTCTTC GATTTGCTGTCACACGGTAATAAATTTGAAGAAAATATGTGTTTAAAATC ATTGTCTCCCTTCATTTTTATTACAATGAAAACTGATACATTTTTAATAA GTTAAGTGAAGATATGACATCATTATAGTTACTTACAATAGAATGTATTT ACATTCGTTGTTTATCTTCCTTATATAATGTCAATGCTTTTAATTATTTC TGGCTTATTTCAAACCACTCGATAAAAGTTTCAAATATTGATTATTTACT TAAAAATCTTTTATTTATTGACATATAATCCATTCAATTTCTAAATTCCT TTCGCTCAAACTAAATTAAGAATCGTATTGTAAAAAATTTAATCTGGAAT TCTTTTGACATATTTACGACATTCAGGAAAGTTTATTGATATAAGTCAAT TTCATCTTTAAGATCGTGTATGAACTAAACCTAGTTTAATATATTTTATC GATATTATAAGGAATAGTGGATTTTATTAAATATACAAGGTGAACTATAA ATTCTGTAAAGATGGTTGTAATTATACAACTCATAGAAGTTTAAGTGCAA TTTAAAAAAAATTGTGATTACATTAATTTTTAATCTATTGGCAACAAAGT TTGCACAAAACATTTGTTGGTGATCCTCTATTTACGAAAAAAAAGTAAAA AGAAGCAGAAATTCATCAAATTGATGAGGTGTGGTACGTCTCCTAATATT TTTTAAATATAGGTTTTTGCAGAAAAAAGGATCTGATTCACGCAGTATAA TCTACTGGAAGCAAAAACCAGAGTCAATGATATAAATGTCATCAACCGAT CAAGTTAGGGTCTGAAATAACATGATTGAATACATGAGTACCATCTAAGA TAAGTTCTACAGACATGGGCGAATTCCCACTTTAATAAATTAAGTTTACC TTCGAATAAGTTTCTCCTACTGACACATCCAATGTGACTTAGAGGTTATA CGGTACTCACCTTTAAAGTTTTTAGAGCTGCAACTATTGGCTTCGATATA TTCCAAATTTAAATCAGATGGATCTTGGACTCTGCCTCATTAAGGAGAAC AGGGTCTACAAGAAGACTCATTCAAACTATGCATGCACTAGAAGCCTCCC TAAATAGGGAATGGGGCAACATTTTGTTGCAGGTTGTACGTATCTCATGT AATKCCTTGACTCAAGKCAGACACAAGGCTATAATTTCTTTAAAATGCCA TTTTTTAAAATTCATCCCAATGTTCCAGCCKCCTTTACAAATATATTTNA AAAAAAAAAATTAATAATTAATAGAACATAAGATAGCTTTTTGAACTATA AAACAGGCGTTAAAAACTTCCTCGTTGGGATGATTCTGTACTTCTTCTAT AATTATTTGAACCAAATTATTGTTTTTTTAAGAAGCTTTGTAAAATTGGG TGGTCAATTAGGAAGCCTATCCCTTCATTAAAATATCCAATTAATATGAG ATAAAAAGCCAGGCAACATTTCAGCGGCTCCAAAGTTCTCGTACATCCAT CCATCTTATTAATCATTATTGATTTTTCTAATTAAAACTAATAAATTCCT TGCTATGGCCGCCTCCCTTCCTCCTTCCATAGGTCCGAAAAGGAAAGTCC ATACCCTTACCCTTAATTTTTGCAAAGATGTTAGATGCAATTTGCCTTTA GTCTTTCGTAATTTCACACGACGTATAAATATAAAGATGCGTGTCGATTT CACACAATTTAAGTCTTTACTCCTTGGTTTTTCCAATAAAATTATTGCAT AAAAGTGTCTTGCAGTTTATATGGAGCTTGTATCAACTCTTTTTAAAGAT AAAAAAATTAAAGACTTTATCCTTTCCGTCTTTGCCCTCAAGTCCTGTGC ATTGCAATCTAAATAACGCACATGACACAGTCTTATTATCGTAAAATCTT TTAAACTTTAAAAATCTCTCAGCCTTTGCTAAAGCTCTTGGTAGGAATAC ATTAAAAGATGTTGTCGATTTTTTTTAAATATTGATATTCGGCTTGTTTW GTATTATCGCAATTTGATAGGCTATGAGTTTATTATGCCCGTCTTCCTTT AATTTGGCCACAAGATCTTCGATGATTTCTTCCAGTATCACCTTCTTTTT AACTGCTGCCCTCTTATCTMCTCCCGTGCTCTTTCTTCCTCTCGTCTTTG CCAAAATCTCCCCCACCCTCACAAACAAAGGAAAATCGCCTTCCTGCACT TTTTGGCCACTATAAAGGTTTCTTCCAAAGAACAGAATGTCCTCGTCTTC CAATCCCGACGATAAAAAAATGTTTTCGGAACCAAATAAAATTAGTCTAA AATCATGTTTGTTTTTAAAATATGCACCCAAGGCCCATCCTCTTGTGAAA TTCGTAGAAAAATTTTTAAAAAAKATCTTTGCAATTATTCTCTCTGGAGA ATTGAGCCCAAAACTGCCTATACTTTTACGAAGTTCCAATTTTTTAAATT TTTTCCAGGAAATAAAAATTTTCTTATACTTCGGAAACTTTTTCCAATAC TGAGGATACCTCTCCAGTCTCTCTAGTAGGTAGTATATGAACTCTGAGTT CACATAAAAGTTCTACTAGCATACCCTCTTGGAGAAGTTCATATTGGCAG CTTTGATTATTTTTGCTTAGCATTCAATCTTTCTCATCTTTTCTATTAAA TATTTCGAGTATTTTCCTAGACTTGAGAATGTTATCCCTAACTGTTTTAT ATGGTCGACGACCTCATATCCAGATTTCAATTTACACTTATTGGAACCAA TATCAAGGATTTTTGTTTTATCTTTGTTAATATCAAAACCTGATATCTTT TTAAAACGTTCGTACAGTCTCAGGCATAGCCTTGCTTTATTCTTCAGTTC CTCTTCTGAAGCGCATTCTAAAAAAATATAGTTGTCATCTGCGTTAAATT GACATGAAACTTTCTTCCCTCCAAAATTGATTCCAAACATTTGATTGTTT TTTACTTTGTCCATGGGGTACAAGTGACAAATTAAAAAGTTATGTAGATA GGGGATCTCCTTGGTGGACACCCCTCTTACAACTTATTTCTTTTGAGAAG ACGCTATAGAGAAAGGAGGCAGCATTTGAAAAAAAGCTTCTTATCATGTT ATATATGTAATCACTAAAGTGCTTTTTTTTTCAATTTGTCTTAAAACCAG GCTGTGAAAAAACTTATTTTATCAAAAGCCTTCTGGATATCAACTGCAAT CATTGCATTATATCCTTCCTTCGACTTAGCATTTTTAATAATTCTATTTG TGTTCACTGTAATATCGTAAATGTGTCGCTTATGTATGAAACCCACTTGC TTTTCAAGAATTATTTTTGATAAGTGAGGCATCATCTTTTGTCTAATGAT ACCTGGTATTATTTTGTACACGACCTCCAACAGGGTTATCGAACGGAAAC TTCTTGGATCGGCTGGCTTACTGTCAGATTTTGGTATAAAGGTAATAATT CCTCGTTACAGAATAAAAGGTGTATCTCCTGTTTTCCTTATTTCCTCAGC TATTAGTGCTGCTATCTTCGCCGTTTGGTTGCAGAAATGTTTAAAAAAGG CAAAAGTAATTCCACTAAAACCCAGTGACTTGACTTCTTACACATGATCC TTGATGTACAAATTAAAATCCGATTCTGAACAAATATGGTTTTGTCTTTT ACCAGTTTCTTTCGTGGTCCGTGCCGTTTTCCAGATAACATATATGTGAA GATCTCCTTTGCTTCTAGTAAATTGATTTTCACAAGAATATTCTGAGCTT GTTGATTTCTATTTTTCTGAAAGATAGACACTTATTTCTCAAGACCATAT GCGTCCTCATTCAACTCTCTAAGTCGTTTCAAATATTCTTTCGGAAGAAA GTTTTTTATATTCAAGCATTAATATTTGTGTCTATTTAATCTGTTGAATA TATGACTCAGTCGATTGCCACCATTTTGAGTATACTTTTCCCTATAAATA CAATTTACAGTAGTATTTAAACAAAATTTTAGACTTATAATTATAGAAAC CAAAAAGTTATATGTAATTGATTATTTACATTTTTTAGGTTCAACCTGTA TGAAACACGGCTATAAATATTATTTCAATATGTCAACCTTTAAATGGATT AATTTACATATAAACACTTTCATCACTCTAACAAATGATATAGGTACACA TACAAATGCATTTATTTTTATTAAAACCGATATATAATAATTAATCCAAC CATTCAATGTATCTTAATTAATAGAGAGATTACTTAGTTGGATATTTTAT CAAAGATTAAGGAAACTTAATACTATTTGCATCTTCTAGAGCTTCCAAAT TTCAAAAATCTTTAGTAGCTCTGCTGGCAAGGAACTTTTAAAGGTTTCGG TAGCTTGAAATGAAATGAACTGTTAGTCTGTCGGTCACGAATTATAAAAT TTTAGAAACCTAAATGAAAAAGTATATATTGCCGGTATGGTGATTTCGTG AGCTCTGTATTCATAATTAATAATACAAAAGGGAAGTATACCAATGTAGT AATTTTCTAAAAATCAACTAGTATACTACCCTTTTCCTTCATGTTTTTTT TTCTGTGCTCAGTGTCGATTTAAGTTAATATCAGCTGTTATACTACATTT ACTTATATTTTTTTTGTCTTGATTTAAAAATATATAAAAAAAGTAATCAT ACATTAATGAACACAAGAGTAAATGTGAACCTATGCAACACCAGTGTCCT CAAGCAATCTACACTTCTCTATTTTCAATACTTGCTGGTTTTATAAATGA TAATCCATATACATAGGCATGACCACCAAATTAGAATAAATAAACGTTAA TGTATATTATTGATATGCACCTAAATTATTATAATTATTCGATTTTTTAT GTTTTTCTACTCTTGAAACTTAATATACACTTAAACACTTTTAAATATAT GGCCATTCAATATTATCATTTGAATACAGTTAAACATTGTTTTCTCAACT TTTCATCGTAATAAAAAAATGTCTTAGTTGGTTTTAGTTATCAAATGTTG TCATTCATTGCAATTGTTTGACTATTTTGTCTATAAAAATTGGGACATAC CCACTACTTGACAATATTTTATACAAAGAAATCGGTATTCAAAACACTTG TTAAGTGTAAATATCAGACAAATCAAACACTGACCAAAAGTGGATAAGAG TTGATGATGTTGTCGCAAACCAATAAATATCAAAACACTACACCATTGAA TTAAAAAGAAGAATTCTTGATTTTGGGGTTGATAAATATCGTTTGTTACT CGTCATGTCATTTCGTCTATTTTGTATACATTTGTCTACAATTGTTTCCT TCATTAAGTTACTAGGGGTAGTACCGAACGTTTCATGGAGTTGTTGGGCG TCGAAGAAAAGACAAAGTTTGCTTTATTAATATAGAATATAACTTCCCAG CAAACCCTCTGTGTTACTCTAAGCTTTCAAAGGGCAAACTCAGATGTGTT TACTTTATACTTAGATTTTCTTTTGCCAAGAATGAAAAAAATAATAGTAA TAGCTCAAGAAAATATAAAAATCATTGTTCCAGTTGCCAACAACAAAAAA ACTTGTAACCTACAAACCAATAAATATATGTACCCCCTTTTTCTTTTCTT TTTTAATTTTGGGTGCCGAAAGAACACACACTTCTTAGCAATACTCATCT AATGTTACATTTATTATTTTATAATGCATGTACTTCCCATTTTTTTTTTA ATATGATGCGCTGTACAATCACTACAGACACTACTTATTAAAAATGAGTT CTCACCAGAGAGACAAATAGATAGATAGACAGACAAACTTCAACTTATAA ATATTAGTAAATATTTATCTACTTGGGGCATCCCACTTCAAATTGCTCCA AAAAAAAATTATCAGATAATCTCAAAATTTGTTGAAATATAGTACATATA TACTTGCAAGTTTTTTTTTTAAGTTTTTTTTTTTGCAATCAGATAATTAG TTTCCTAAATATGAAGCTCCTTATTTATTTTTGCAATTTTTTTTTTTAAA TGTGGTCCACACTAAAAATATATAAAAAGTTTTGTTCCCCACTTAATTTT ATATTACCTCGTTTTGGGGTCATAAACTAATATCATGACGATTTGACCTC GTGAATCAAACTTTATCTTGATGAAAATCGAATAATTTTACCTCTAAATG TCTTGTAATGTTGTTCAAATAAAAAATTCCATATCTGGTTGCAAAAAAAA ATCGATGGGTAGTTTGCGGGTAAACTTCTACATGTATGCTGAATTTCATC AAATTATGTATTGTTGCAATTTTATAATTTTAATATCAATTTTTTATTCA ACTATTTTGTTGTGTGTGTGCTTCATTTTAATTTTGTTAGAGTAATGACA TTATTTCACACAATTGAACATGTAAAGATATACAATGAATCCGTAGCAAA CGAAAAAAAAGTACATTTGAGAGTAACTTCCAAAATGTATAAATACATCT TAATGAAATATTTCTTTAAAAAATATGTGAAACGACAATATTTTTGATTA TTTCTGCTACAAAAGGTGGTCCATCAACCCAAAAACAAATATGGATTACA TCTGCATTTCTTGACATATGCCTATGATATATTTATATATGTAGCAGAAT AATTAATTAGGACTTTTGTTCAAGATTGTTTGTATGTTGACGCACCCCAA GTATACATATAATTAATAGCTACTAATGAAATTTCAAATACTTGCTTTCT TTCAAACTACAATAGTCATATAGTATTATAATTGATAATAGGAATTGTCT TACATAAAATTTTAATTTCCTTTTGAAGGCAATAAAATAAAGACTTATAT ATTTTGCACATTAAGTACTTTATTAATAATAATTTTATTCTTTTTTATCT TAAAACTGAATGGTAAGAAATAGATAAAGAAAGAAATTATTTTCARAAAT TGTCCAAAGAAATCGTTTTTTTTTTTTTTGTATAAATACATTTATACATT TGTGTATGTATATTAGATATGCATATTGAGAGTAGCCAAAGGCGTTTACA AAACAAATACAAAATAAATTTCATCTATGTTTGTATGTATATNNNNNNNN NNNNNNNNNTTATGTAGTAAAAATAAGTTGAAAGTGGAGAATGTTCATTA TGTATGGCCCAGGCTTTTTTTATATCTCCAGTTTTACATATGTACCATAT ATTATGTATGTGTATATGTAATACTACAAAAAATCTCTAGACTTAATGAT AAATCTACAAAATAACTATAGGGTCCCACTTAAACTACGTTCATTAAGAA TTAAGAAACCCACTAACAAAGTCACATAACCAATATACATTAATATGGGG ACCAGGGGTCGACATTTTTGAGAGAAATATAGGAAAAAGAGGTAAAATTT ATATTAATTTTGTTAGCTGAAAAGGTAATTTGAATCTACCCATTTGTGGG ACCTTGAATATTAAGGACATTAAACAAATTATATATTTTTACCATTTGTA ATATCAGTTATATTAAAAAAATATATACTTTGAGAAAATTTGTATCAAGA TTTAAAACTCAAAATAATTTTGAATACTTTACCTAAATATGTGTTCACGT TTCTATACACAGAATGAGATGATTCACTTGTCATTTTGACTGCCCTTTCA GCAGACTGAGAATGTGTGGGCAGGTCTGGCAGTTAATGTATTGACCCTTC CAAGAGAACCTCTCTAATTTCTTTCTCAGTAAGAGTTGGTTGTGAGAAAT CGATTAGATATGATCCGTGTTCAGCCTTTGTATCAATTTTTGTAATAATT TTGTCAGTTGATCTTTTGATCTGAAAAAAAAAATGAGAAAGTATTAAGAA ATCTATATAAAAGAATAAATCTTGAAACAAAATTACAGTATGTGTTAATA AATCTAGTAATTTGGGACAAAATTTTTGTAATTGCAGTTTGTCGGATAAT TGTAAACCTCTTCATATGTTAAAGTGCCGTTATCAATTTTCCCGTCTACT CCGATGCATATTAAATTTTCAATATTTTTTTTCTTCCTACTTATCACTTT TGGTTGAAACTGCCATTTTCTCGGTCAATTTTTGATTTTTCAAACAAAAA ATGTTTAAAATCAACGTCTTCCTTCAACAAACCGCTAACTTTAGGATCTA CCAAAAATGCATTAGCCAGACCTAATCCCAGATTGGAGGAGACATCTTCC CTTATCAGCTCCATCGCAAACTTAGAAGCCTTTAACAGGCTATACGCTTC ACTTGGAAAAGTTTATATTCATCGCTTTGAATAACTAAAACATTTTCATC TTCTAAAGCAGTATTAATATTTTTTTTTAATTCTGATGTCTTAGAAAAAT TGAAATTTCAAGAATTGAGTTTTTTTAATTGTTCCGAGAGCTTAAGTTAT TCCAAGGATCGAGGATAACTCTTGCCATAGTCTTTTAATATTCTTCAAAT GTTGCGTCCATAAGAAACCACGAAAGGTATGTTTAAGACATCGAAATCCT ACTATGACATTGTTAAAGATTTCACCTCGGTTTCCGTACCAAAAGGGTTT TCGAGTACAAAATAAACATTGAGAAATGTTTAATAAGTTTCAATCATGTA TTTTCTTGTTGTTAAGCCAAAAAAATTGAATTTGTGTTCAATTTACCACA AAAATGACAGTTCTTGCGTGACAAAATTTTATTGGACAAATAGAACCTAA AATGTATATTAAAAAAGCATGATTTATGTTCAAATGATAGATAGTGGCCA AGACATTAAAATATCACACTTTTAGATAAATTTCTGGCTTTAGTTAGCCA TATATACGAATAGGAAAGGACTACAGGCTTGATTTACATATAATTTTATT GAAAATTTAATCAGATTTAAATTGATACTATTTCTTGTACAGGAACATTA AAAAAAAAAAATATTACGCCTACTCCCTAATTTTATTGACGTGTGAGAAA AATAGCCCCGGTCATTAAAATGGATTCTATATAAAAACGTTTGGAAATAT TTGAAAATTTGATTGCTTGTACCTGAAATAGTTGCATTACGGGAGGCCTC AACCAAAATACGGAAATAGCGATATTCGTGAAAACTTACTCGATTATGCC CAGGATGTACTTCTTTATGAAAATAATATCCAGTTTGAGTCAAACAACTT AATAAATGAGTATGTCTAAAAAACCATATTTTGTATTTCTGATTTCAAAT GTGAAATCTACATACATTTTTGGTTTAGAAAACATGTATTACTTACAGAA TTCGAAACTCAACATTTCTCAATTTTGGCAGTGAAACCAGGGTTGAATCT GAAACTATGTCTTATCTAGGCCTGTTCTTACCTTATTCCAAAATTGACCT ACCCTAATATATATATAGTATTATTTTAACATGCAATTAAAATCAGAGTG AGATGTTGACATTACGACGATCCATCAATAAATAATGAACAAAAAATAGT ACATGCACCAACTTTTTTTAATGTTAACGCTGTTATTTTTCTCTACGTTT TGCCTAGGCATACACATAACTTACTCTTCTTTACAAACAATTACTAATTA TTTTTTTCGTGGAACATCCGACAAAGTAGAGCTATGAAATCATACTTCAC AAAATCCACGAAAAACAACAGAAACAATAAGAAAGGGTCCATAGGGCAAT AAAGTTTAGTTCTATTTTTCCTTAAAAATCAACCTATTATTATAAAATCT ATCTTATCATGCATACATTTAAGCCAAGATTATTGCTGGTATTTATTTAT TCTTACAATATATTATCAAAGGAAAACAATTAATGTGTTTGAGGGTTCAA ATAATTTATATACGATTCCTACTTCATATTATTCCCTCAACTGAGTTCAT AAAATTACAGCGAGTTTTCAATATTGGAACCCCTCAATAATCCAACCATT CGAAAGTCCAACCCAAAAGTTTTGAATTGGAACTCAAGTAAAAATAGAAG TTATAGAATCCCATAAACAAAGGTACACCCGATGACAATCTTGAGTAGAG TTGTAAATTATATGCAGTTTTGTGTGCATATTTTATTTTATTTTGTAGAT GGAAATCTGAACAGTGTTTTTATTTTTCTGAAGCTGTTATCATTATACTT TTTTATTAAGGAGAAAGTATTAAAGTAACCAATAGTGTGTGTGCTCATGA AAGACGGAAAGTAATATTGATGGTTTGTTGAAGAGTTTTAAGTGTAAGTC CTTGTTGGACACACAGAATTGAAAATCGCTATCAGAGAGGTTCCTGCATA TGTCCTTCCTAAATACAGATTGGCATTTTTTATTTCCTTTCTCTCATCAC TGTTTTTTGTTGATCTAATAATAATGTAATTACAGCTAAACTACTCTTTT ACAAAACATTATTTACATGTTACTTTGTCAATGTTGGAGCTTTTTTTACA TATCGAAATTGCTTAGAGTATACAACTCTAGTTATAAGAACCATTACTAA AGATAGGATTTTCATCGAGTGGTGTCAAACACTCCTAAAATCTCAGTTGA CTAACTCGATGTGAATCTGAGTCTAATAACTTGTTTTAATGTACTATTTG CACTCAACGGGCTCTATAAATTGTTAAAATATTATATATAAATTTTCATT AACATTTTCAAAAGTTATTGTTTCTATTAGATTATGAATATGATGATCAT GTTGACTGATTGAATTATTATTTCTATGAATAGTGAAATAGTATGGACTG CATCTTTCAATGTATTTAATATTTTGACTTGAATTTATTATTATGTATTT AGATATGCACTTCAAATATAATTTCAAAGATAATAGGTTTTTATGAAATT TAATAAGTAAGCGGTTAAATTTTTTTTAATTAACGTACAATTAGCTCTGA CCAATTATCTTCAAAATCGTATAGGAAAGCTTTATTTCCTGGTGGTCACC ATATTCAGATATTGAATCTACGTACAGAAGAATACTCTGAGCGTAATAGT CTCGTAAAAAATTGCTGTGCCGTACCTCACATCAGAGTCGAGTCGGAAAA TTTGAAAAGAAAGGCAGTTTTTCAGATATGAAAATAACAGAGCGTCCAAG AAAATTATCCTAGACAGATGATCAATATGTGTTTTGGGTTAAGCTTGCAG CTTTTTAAAGTAAACTATTTACTCAATCACCGTGACATGGGGAAGAGGCT AACGTTACATATTTCTTGGAAATCAAAAATTTCATAGACATTCTTTAGGA AATAGAAAGAGACCTTCAGCCTCTTTAAAATTCTTGAATATTCCTGGGAT GATTAATGGGCTAATTTTCGACTATTTAAATACCAATTACTAAAATATCA TTAATCTGTAGCACATTATAAAGTTTCAATACCCAAAGTACACATAAATA CATAATTAATAACAATGTAATTTTAATAGATCAATATAAAATGAGAGTAA GTATCAATGAATAGTTGGTAATTAGAATGACCAATGTTGTAGGTAAAAAA AATAATGAATTTTAAGACAAAGAATTTGAAACTTGTACAATTTGCTATTA CAAGTTATAATTCGTTCAGACATCAGAATTTGTACAAAATATATCCATAT CAATGGGAAATTATATAAAAACTTTTGAAAGTTTGATTTTAACATCTAAT ATAGCTTCAAGTACGATGAACAATATCTAAACATTGATCAATATGATTCA AATTATATATATTTTTTGTATTGTAGAAGAAGAAACATTTTTGTACCATA TCCGACCCCAACATTTTGAGAAAAAAAAGGGCTTAAGGACCAATCATAAG TGCATATACCTATGGTTGAATTTAATATATTTTTAAGATAAATTATATTC AAATTATGTATTTATTTCTCATTAGATAATTATGTAAATAGTGCTATAAA AGCAGAACCAACTTCATTATAATATTTACATAATTTTTTATATTAACCCA TTTACGTGTGTAAATATTTTTGAATAAAACTTTTTAATTTAGCTATTATG GATATGAAAAATACAGACTCCCCCCCCCCCTTTTCAAAAATGAATTTATT TTGGGTTAGGAAAGGACTTTCCTTATATGAGCACACTAGGCGGATTTGAA TACATTTTAAACATATTTACCATACTATTATCATTAATTTCTTAGTATAT AATAAGTGTATGCATTTTACATATTTAAGTACCACAATAGAAGAGTATTC TAGATGCATTTTAGTTAATTTGTGAATAATTCAACTGAAAGTCTTAAATA AGCTCTCTTCTATCTTTGAAAAAACGATTTAGTAGGCAAAAGATATCATT TAACTAAAGAAAATATAATTATAAACTGTTGAACTTTATTGGAATTTAGT AATAGGACGGGTCTTGGATCCGGTTCTTAAGTACCTGGATTCAGTATAAG AAAACTTTTATTACCCCAAAAGATCCGAGATCCAAACTGGCTTCGCATAT TCAAGCTTTTACAGATCTTAAAAAGCTTATAGTTTTCAACAATAAAGAAA GGATTGTTCTTGAATCCGGATACAAAGTATTTTTTTACTGTATGGATGGA TTTTAAAACGCTTATCCTAGAGAAAAGATATACATATATTATTTATATAG AACGTAGCATCTCTATTTATCTCGATTAAAGCTCGGAGCGACATCTATAT AAACAGTTGCAACACGTTGTTATTCCATTGTCGATATAAAAATAATTACA ATAATAACAAATAATTAAGTTCTAATAATGGTAACATTGGGTTTATCATT ATTTCAGTATTCCCCATAAATTTAACCTTAACCTGGGGTTTCTTTTATTT AAGTACCAAATTAAGAGAATACATGTAATCCAACATTAACTTAAGGGTAT AGATAATTGCCGTATTCATACAATCACAATAGATTTTAATGGGTTAAGTA TTCATTAAGTCTGTGCGATGTACTACTTGAAATAAAAAATCCAAAACAGA AATAAATCTATAAAATATGTAATACTTTCATGTATTAAAGTTTTAAAAAA TATAAAAAAAAGTAAAATAATATTTTCTTATTAAAGTATATTTTTGGTCA TTACATATAATTTAAATAACCACTCAGTCAATTTAAAAAGTTCCTTGAGA CTATTTTATGTTTATTATGCATAAGAAGATAAATATATGTTAATACATTC ATTATGAAAGTATAAATTTTGTGATTAATCAACATGACATTAATCAGAGA AGTTTTATCTCTTTTTTATTTTTTTGAATATGCTATGCATAATAAATATG TACATACATGCATGTATTTGTAAAGCAAATATCTAGTATATATTTTATTT TTTAATACAAAGTTCAAGTCAATATAATTATAGACGTAGTACATACTCTG AAAACAATCTGAAAAAGTATTAAATGTTTGCGCCAATAGTCCTGCTTAGC AAACCTTCCGTTGGCATGCATTGAGCTAAGAGAGTAGAAATATATAGGAT ATGTACCAGCATATTTGCTCCTAAATCATATGCCTATAATGAAACGTAGA TCATATGATCAATAATTGTCCGAATATATAAATTTAGTGGAACACGCGAC AACTTCGTTGCTAACGCTACAAAGCAAAAATGTTAAAAGAACGTAATCTT TGCTTCCCTTACAAAAGACATCTTGCAAGAAAAAAAAATATATTTTATAA AGCAAAAGAAATGTTCTGAAGCTATCAAGCTCTTTTTATCACTTTGTAAT TCTCCTTTACGTAGGTATTAAATTTGCCGGATAGTCTACAGCATACATTA TCACAATTAATTTATTTTATATAAATAATCATACTCAAAATTAATCAGAC TTAAAAGTTTTTACTGCTTGATTCATATTTGTATTACTCTTAACATTTTT TTTTTAAAAGGAACTATTTACTAGTTTTCGTTTTAATAGATAAATTATAT CTGTAATTCAGATCAATAAGTTATTCAATTTAATTTTTGTCATAAGAAAA AGACATATATATACTTTGCTTAAGCTCATTGTTTGTATAATGAGAGCAAA TTAACTACCATTAAAAATACGAATTGATAACAATATGTCCACTCACATTT CTGAACTAAACCTACTGAGAGTACAATAATAATTTTATATGAAATATAAA ACTAACAAATAATCTTACTAGTTATATAAAACAAATTAATTATTATAAAA AATCAAATATTATTATCGTATATTCAAATGTTCTTTTCATGTGTATTTGT GTATTTTCAGCTGGTATATAGCCTGAATACGGGTCGTGACTACGGAACAA TCTTATGTTGGGCAGAAAATGAACTCGGAGTCCAAAGTGAGCCATGTGTC TTTCATCTTATACCAGCAGGTAAGACAAATTCCTTAATTTGACATAATTC CTCGTATACTCATGTATCAATTTTTCAATGGAATCAAACAGTATTTGATA GATAACTGTGCTTTTTATAGCCTTTATCAAATAACTCAAATATTAAGTTT AACCCTCTATTAGTGAACTGGGATGTTTTTAGACCCCTAGATTTCAAATA ATGCTTATTACTTCTTTGAATTTACAATTTATCGCAAATACTTTTCAGTA TGCTCCTGAAATGTTAATTCTCATTATATTCAAAAAAAAATTATCTTGAA AATGCTTTGTTTAAAATTTATTCGTATATTTAATCACTTTTAATCGCGGT TTAGTCAAAAATAATTAGCTTTTTTGTTTAAAAGTCGTTCCTTTGTTATT CAATTTTCTTCAATTTAATGTTTTTACTATAAAAATAACATATTATATTT TGTTGAAACCCCAAATTATGTGGTTAAGATCATTATAAAAATAAGGATTT ATGTTTTTTATTATTTATACAAGTAACTTAAGCATTTTAACTGATATTTA CGAGTGCAAAATGGAAGGAATGGATTTAAAAAAGATACAAAATTTAAATG GCGTCATTGTTATTATCGTTCAACTGTTTATCATGTAATTAAATACATTT TGGGGTTTCTATTCCATCCATTTTACTAATCACATTATAAAACGGAGCAT TACAAAAATCTAGATTAAATTTTTGTACTATAAAATTTTGATATAGGAAT AACAATAGGATTATAATATAATAGTCCAACAATGTATGTATTAAGGCATT GGTTCTCAAATGGGGGTATACGCTGCCCTTGGGGTACATGGAGGCACTTC AGGGGGTGCTTGAGATTTAAAAAGTTATTTATATAAGCATAAATTTCATT ATAAATATTTTAATAAAATATATGTATGCATATAAACAAATCAGAGGGCG CCACCTACAAAAAAATGATAAACTACTTTTTATGTACTTTAATTATATTT ATGACTAGCGGAGGMTGATCCCGTTGCAGGGCGGAATAAAGCACTCCTTT ATTATGATTTATGAGAGAGAAGGAGAGAGTTAGGATGGCGTATAGAGAGA GAGAAGCATAGATGTACAAAATTAGAGATGTAGGGGGGAAAATCTTATAA CCCATACAACATAAGTTTTATTGCTACCAAATTGCTGTCACGTCATTCCC AAAAATTTGCTAACAAGTTTAACATAATTAAGCTGAATTTCCTATTCGGT TGCCATTCAGTTTTATTGTTCTAAGAAATACGGGAGTCTTTACCTGAACC GGTACTAAGATTTTTTGATCTACCCTGGCATCACGTTTCAATCACTGTCG CCTTGAAAACTCAAACAATGGAGTCCTGGTGAAAGCGCAGCTGTAGTGCT GCTGAGAACACAGAGGGACAGGTGATAAAGAAAATAAAAATACAGGCTCC CCAAAAATGTTGTCAATATTTGGAAGAATACATCCTATTGGGGTTCATGT CCACAAGCTCTAGTCCTCCCATGGCGTCGTGTTTTTTCTGTGTGGAGAAG TTGGCTAAGAGCTGAATGAAGTCAGCTCCTCTCCAGCGTCATCTCAAGAC AAAACATCAATCTCAAATTGTTAAGGAACCTAAGTTTTTCAAAAGAAAAC CCTAACCCATGGATGGTTCTTATACCATGTCTTTGCTAATTGCTAAAGCA AAGAAACAGTTTACTATTGGTGAATACCTGCTAATTACAGCTGTTGTTGT GCTGGCTGAGACAATGCTGAACAAAACGCAACGAAAAAATTCAATACTGT GCCTTTGTTATATGACTCCGTTTCCTGCCGAGTAAAAAAGTTGGAAACAT TACATCGTCGATCATGTTATTGCAAAACTAAACTACTATTTTTCCATCCA GCTGATGAGTCCACAGATGTCAGTGGAAACGCACAAATTGTTGATTTTGT TAGATACGTCGATACTGATATTTATGAGCACATAATTTTCTGCAAAACTC TCGATGGGAAAACAACAGGAGAGGATATTTTGAATGTTGTTAATAACTTT TTCTGGCAAAAATGTCTAAGCTGGAAATATTGCTTCAATATTTGAACGGA AAAGTAGGGTCAATGACGGGCTGCAATAGAGGATTCATCGCGTGTATTAA AGAAAAAAATCCCGACGTGAAGTGGCATCATTGTGTGATACATATGGAGG CATTGGCGTCTAAGAAAATGGTCCCTGAGCTACATGACGTCTTAAATAAC ACAATCAAAGTGATAAACTTTATCAAGTCGAAACCACTTAATGCACGCCT TTTTCTCTTTTATAAAAATATGTAGCTTAACACACATAGCTGCTGCTCCA TACAGAAATGTGCTATCTCTTGCAAGGAAAAATACTCTACCGGTTGTTGT AACAACATTTTCTGAACGATCACTAATCATCCCATGCCACCTTATTTCAG GACACGGACTGGCTGACAAAGAWGTGCTACCTGGCAGATAGATTTAGTAA ACTGAACGAACTGAATACATCTCTGCAGAGCACGGACACCAGCATTTTAA GCTGGTTTAGGTGAGAGGCTTCCTGAAAGAAAGTAGAGCTGGGGATAGGT GTTTGTGCACATGGAAATTTCACTTATTTTCTTGTTGTGTATGATTTTCT GTCTAGTGCAGATGTACAGAACAGAGCTCCTGTCAAGTCAACCATAGTGG GGCATTTGACCATTTTAATTCAAGATTACAATTTTTACTTTCCTAACTTA TAGAAGAAATCTGCAGAGCTGGATTGGCACGGAGACCCATTTCTCTTGTC AGAGGCAACAAAAGCAAGCTACCTGTCACTGATCAGGAAGAACTCTACCG AGTGTCATCTGACCGTGGCCTCCAGTTGGAGTTTGCCAAATCTACACTCA CATAGTTTTTCGTGTGTTTAAAGCAGGAGTACACTGACCTGGGGAAAAAA AGCTTTAGAACAGTTTATGTGGAGGCACATAAAATGAAAGTTGCGTTTGT ATAAAACATTACAGATAAAAATTAATAATAGTTAATAAAATTAAACAAAA TATGTTAAAGAACAGAAAAAAGTCTTGAGACCATTCACAGGGTTAAAAGT GGTAGACAAACCAAGTTACACCTCAAGGAGGTAAGGAAGCTTCGATAATA ACTCAGCTATGAAGTTGGCCAAGTAGGACAAGAAGAACATAAAGGATTTG TATCCACTAAATCTTCACACATGATCTACTTTTTCATTTATATAGGTATT CTGTGTACCCATATCTTGTAAATAAACTATTCAGGCCTTACTCAGGAGCG AATTCGACATCACGTCCCCACTTACTGAACTTCAAAAAGTCGACAATTGA CACGGTCGTAGAAAAGGCTTGTGGAAAATTACTCAAAAGGATTGAGAATT CCCTCTCTTCCAAAAAAAAAGCCACTGACTTCTGAATAACTGAAAACAAA AGGGGAATCGGATAATTTTCTTCTGATGAAAAGACATTCACTGTAGAACC TGTCTACAACAAGCAAAATGAACTAGTTTTTTGTTTAAGTAATACAAGTA TTAGGGCATTCACCAGTCACCTTCCGTTTCTTATTGAGTATTGCCATCGA ATGGTCATAAATACTTTTTAAGATGAAACTCTTCAGTCTATTTGGTGGAA GAGCTTTTCGATTAAAAATACTTTTCTAACTTGAATGGCACAAATAGTCG TGTTTTGTTTTTTTCTTCCCATAAATACTTTATTCATTTAGAGAAGTTAC ATATATATAAAAATTTCATTTTACTCATAAATCCCTAAAAAAAGTCAATA CAACAGTTGARGCGGTGAGTGAAAAGATAATTTACTCTCTAGTAGTTTAT CACATTTTATAAAAATCTTCAATAAAATGATTAAAATGATTTGGTAGAAA ACAAATAAATAAAAATTAGATGACTAAAAAAAGTAGGATGGAGACAAAAA GAACAACAATTAAAAATTGGATGCATATAACTTTTTAAACTGTCTAAGGA TGCGTATTTGATGGCAAAGAAACGTCATATTATCTTTCGAACCAGAAGGG TAGTTTTCTATTAAATCCCTCTTGTACTTCCACGTTTGATTTGAAGAATC CAGAATTTTTATCACAAAGAAATAGTATCTCGTAGCTGTCGAACTAAGAA TAGCTCTGAATTCTTCATTCCGGATAGGGTCAGCTTTTCTGCTATCCTAC TTTTAATAGTAGAGATGGTGCAAGTTTTTGTAGGAGTATTAGAAATATTT GAAGTGAGAACAAATAAAAGCAGAGCAATGATGAATTTATCACTTATTTC TGCTATGTTAAGCAATATGAATTTTTGCAGTATATGTAGTGAAGGGCAGT CCGAAAAAGCATGAATAACTGTGTTAAACAGTTTCCAATGAGCATTGAAG TATATACATCCAGAAAATATTTGAAATTGCAAAATAAATCGCTTTCCATC TTTTACATTAGAAATTGAGCCTATGATTCTATGATTTGGATATGTTTAAG AACTAGTCGCAGATTTTGTCAGCTTCCTCCTTATAATTTACTACAAAATA CATTCTCAAATGCCATGGAAAGGGTATCAAGTGATTGTTTGCGGCTCTCT TTAGTGCATAAAAAATTTCTCAAATCGTGAAAAGGAAATAATACCCAGAT AAGGCAAACCACTCTAATTTTTTTGGTTTCGACGAGGTTTTTAAAATAAA ACTTTTTTTACAGTTATGTCGCACCACATCAATGGTGGAGGTAGATGAAA ATGACTGTGCCCCTTTCCAAATAATTAAATATGCTGCAACCAAAGATAGA GATAATTCCGCCAAGTGATCATATATAAAGTCGGTATAACCCATGTGTAG ACCGGGTATGAGGATATAGTAACTCGCCAATCAGTCTTTTGATGTCTTCA AAGGTACTTAGTACTTTTTGATAGGCTTTGGGCAGTAGTAGAGATAATTT TCCTCCGACAAAAGAGATTTAGATTGTTTGATTACGGGTAAATAGATCCT ATGAAATAACTTATTAAGCCAGGACTCTTCTTTATTTGCCCTCTCAGCGA GACGGGGAATAACTGTTGGCTTATATAGTATATTAGGAATAATTAGAAAA TGAAAGANGGTCAATCCTCTTTTGAAGATTGAAACTTCTCCATTGCTAAA TGGAAGAACACACATAATTTTTTAGGCATGTCCAATTTGAATAAGAAGTA GCTTTTTGCTTATAGTTATATAATTCCCAATATTTCCACAGTATCCTTAA TTGAAAAGCTGGGCTCAATTTAGCAGTAAGAAGAACAACGATTTTTTAAT AGTTGACTTTTAAACTTGACCTCAGTTCATACTTCTTGAAGAAATCACTT CAATTCATTTAGTTAATTGAGCCACAGATAATGACGTCGTTATCCTACAT ATCAATTATAAGAATCGAGGTTCAAAAATCCTCTCGAAACCCCATGAATT TATTTATAATCGAATTTCTAAGATCTTTTAGCACAACGACGAATAATAGT TATAGAATAATAACTGCTTAAGGACAACCTTAACGGCAACTCTATCTTTA TGTAGTTGGGTCGCTTTCTACCATCTCCCATTGAGATAGTTGACGTGCTA GTGAAAAGAAGAGATTATGGGATCAAAGTGTTCTTTTGGAAGAAGTCTTT TAACTGATTTCATAATATGACTGTGCTGTACAGAAATAAATGTTTTGCTA AAGCCCACAGCTATAATTGCACCAAAAGTTCCCTTTTTACATACAATTTC AAGAGCAGACAGTACATTTCTTGAAATTTCTGAAATCTTCCTCACCTCTT AGAAGCATTTTTGTTCTTTGCCAAGTTTGGAGTTCAAAATTGGTTCTATT TTACTGGCAAAAACCCGGAATAAAGTGATCCCTCTCATTGAGCACCGTGA TTGGTCTCAAATTGTTGATATCTGTAGCTTCCCTTTTTTAGGGATCAGAA CCATAGTATTGTGTTTCGGTCTGAACATCCTGTATAGGTATGTGACCGTT ATAAGTTTTTCTTTCTCGTAGTAAAATTTGACTTACAAATAAAATTGGTT TTGATACGATACCCCCAAAAAAATACATTTTTTTGAAAAATAAATTTTGT CCTATATTTTAGTTCACGTTTTTTAARTATCCATAAAAAATCACTTAATA CCGAACACAAAAAAAAATCGGTTTCGAAAAGAGTTTCCTCAATAGTTACT GGTTCAAGGGAATACTGTAATAGTTTTATCCTACAGCCTCTTGCATTAGG TTATATTAATGAAATCTATTCTATTGTAAGAAAGATCTTTCAATTTTTTT TAATCCTTTAGTTAATATTGTAGTTACCGATATATAGCATCTTAAGAAAT TGAAATTAAGTAATAATTAATACAAATAGACTACATAATATACCTACCGA TCACGTCATCAATTAACCCTTATAACTATATTTTGTTATACAAAATCTCT TCCTATAGTATTGCTCTTCTACTGAAAATTKCCCTTAACTTTAAACTACC ATTACCAAAGTTGTGTGACTACAATTAATCTTCCAATCTTACTTGATGCA TCAATATATATACTTTTTGTTTAAATTAACATGATGGCTTGATGGAGTTG GCCTTGCAGATCCGGCTTATTTTGATGCCTCTCTCGTCACTGACTCGCTT CATCTTCTCAATAAGGAAGTGTCAGTGGMCATTGACATAGGACTCAAGAT TTATGTCCTCTTTGATCGTTCATCCAAAGGTGATTTTCTTCACACCCCTC CTGTTCGCGTGCACCACAATTGAGATGGCTAGGTTGGTCATGATTGAACT CTTGGGCTCCTGCAAAAAAGATTGGGATGCGCTTTTAGGCCTTTTGCAGT CCACGCGGAGCATGTTTAATGCCAACCTACAGCAGTTTCATAACTTTGTA CACCATCCTTCTGTTGTTCTGTTGACGGGGATGATATTACTAGCAGCATT TCCAGCCGAGTAAAAATTGTGAATCAATTTGGTTGCTGCTCCTGGGCGTT AATTTGGAAGACTGAGCGCAAAACTTAAAATGCTATGGCTGACAAGAAAA CACAAGAGTCATTCTAAAAAATCCGGTGTAGTGGATTTATAGGGAAACAA AACTTGTATAAATAGGTACTTCGGCTCACATATGTATGTGTTTATTTGTT TTATATGAATGGGTATAAAGGCACCTATATAGCAGGTACGCTAATGGTTA TCCAATTAAAAGAAGTCAACTAATTTCAATCTTAATATAATTAAATATAT ATATAAAGGAATGTTCAATGCAGTTATATTAAGCATTTCACATAAAATCG AAATATAAGAATAGTAGAGTTTTAATCCTTTAAAAGTGTTATAACGAATG CGTTGCTTTTATTTAAAGATATTTTCTCAAAGATAAAAGTTATCAAATTG AGTTAATGTTGAATCAATTTTATTTATTTCATGTCTTGTAAAATTCAATA GTATTTTATTAGACATGCTCTACAGTTTGGTACATTTAGGATTTTCCTTA TTTTATCTGAACTTATAAAATCTTTTAAATTTCTTTACTATACAAATTGC CTTTATATATTAAGCCTCGAGGGAATATTATGTATGTATAATGTTTATAG TCCTGATATATTGTGGAAGAAGAAAAAAGAATGAATCTTATATATAAAAG TATTATTTAAGATTTATCATATTTGGTTTTTATGATAAAATGTTTTTGTA GAGCCACAAATATTTTGAAACATACCAAAAAGAATCCTATCCTGTTAATA ATATCAATTTATATACGCTCTAACACTAATTATAATAACTAAATTTAACT GCAGTTTACATATTAAACTACATACATTTAATCAACTTTAATTAATCTTT ATAACCTTATATTTCATTTAATTATTTTTTTAAGTGATGAAATGAACATC ATTCTTTCAAATTGTTAATTACCATAAAAATAAATTATGATAGTATTTTA TTTTTATGTGCGAATATTTTTACTCAAAACATCAATTAATAGCTATTGCT CGAAAGATTTAAAATTGATCCAATCAGAAAAAAAATATATAAAAATGGTT TTGTTTTAAATTCTATAAATTTCATTTGAAAATAATATCCTTTATAGTTT AATTCAAAAATAACTATTTAAGAAAAATTTATCAAACTTATCCATTCGTT AATTCACTCTGAATGATAATGCAAGTATATTCGTTGGGTGTTAAGCCAGT GCCGGTACTTTTGTCTTAAACCATTTCGCCTTAAGATATTTTGCCTCAAA TGTCTCCTTAAAATGTAAATGAATGAGATTTATATGTCGTTATTGTTTAT TTTTGGTTCAAATTTATGTTCCCTTTCATTTTTTTAATCAAAATATGTAA TGTGTATTTCGATAAAACTGGTTAAATGGTTTTTTTTAAATTTTTGTTGG ACTAATGACGGAATTATCCTCTTTACTCGTATTAGGCTTGTTCGTCAATC CATGATTATTTTCTAACATGAATAATCCATCATGTCTACTAGTAATTACT AATTACTAACGGAAAAGTGATTAGCACGTCTCTCTTTTCGAATTGTTGCC GTGTTTGTTCATTTGTCTTTTTGTAATAGTTTTATTAACTGTGTGAAATT TCGATAAATTTTATGTATTGAAATGTTGTCCATAAATCTATCATTATTTA TTTATATTTCAAGGCCAAATATCCTTGAGGCAAAATAGTTTAAGACAAAA ATACCAAGAACTGTTAAGTATTTCCAACATTAAAAGATATACAATGCTAG GCAGAAAAGTGTGGACTTTTAATTAAATAGATTTAGTGATTATTTTTTGA AATTTAAATTCAGCCAATCTTCGTGTATAAACAAACTATAATCAAAATTT TGTCATTTTGATATCATGAATGAGAAAACAGCAAAAGAAGCAGCGCATAT CAGATCTCGTAGATGCTGAAATTAAGGTGGCGACGATTATGGTCATTGTA AAGTGCTTCAAGAGCCTGGTTTTTAAGGTGCCCAAGATGAAGAATCATAG AAAAACCTCTCCGTGGCTGATAGGACCATCAGGAGGGTCGTGAAGGGGAA CTTGAGCTTTTCCTCATTCACGAAGGCCCCACATCACCTTCTGACAGAGG TCGTGAAGGCCAAGAGCCTCGATATCCACGTTTTTTTCTATCGGCATAAG GACCTATTTGTCTTCACAAATTGTTATGAGCATTAGTTAATCAATTACAT ACTCTTTTCCAGTAATGTTTTATACCTACGAATTCCTAATCTAAAAAAGT AGTTCGAGTATTTATTATTTCTAAATATTAAACTGTACATGTTTATTACA GAATAAAGCATCTATCGTTTTCATGTTAATCATTTGGGTCGATAAATAAT AAGAACCTGTAAATAGGAGTCTTTGAGACCTCCATAACTAATTTTGGAAT TTTTTAACCCCTAGTTAGTAAACATTCAGTATATGACTTGTTTTCGATTT AATTTCCGTAGTTTTTACGGAACCTTTTTGATCACTTATTTAGTAATTAT AACATATGAAAATTGAAAGTTAAACTTTAAAAAAAAAACATTTTTTATCG AAATTTTGAACAGTAAATTTTTCTTAGTTGTAATATAAGGTTTATTCTTT AGCTTTAACTATGTATAATATAAAGCAATTGCAAAAAAAATATTAGTATC CAAAAAAGACTTTCATTTTACTGAATTTTTGCATGATTTGACACATTTTG TAGGAACTGTATTCAAGATAACTGAATAAATAAATTATTTTTTCAATACT GGAATTTTTCTTAGGCAATTGTTATTACCATTAATTTTTATCAATAGAGT GTTTTCACTTCGAAATATGACTTTGAATTCAAAATATACTCAAAAAAACG TTATTTTTTTACAACCTATTGAGATTGAAGGTTTTAAAAGTCATTTTCGT GTTCTATGCCTAAAATAGCAATCATAAATTTGTGTTTATCCCAGTGGGCA AAAAATATGTTGGATAGCGTTAAAAGAACACAGATATTATATACAGTTGA GCCCAAAACTATTCGTACCCTCAAAAACAAGCCAAGAAAACCAAATTTAT GTTGGATCTAAAAACTCATTGGAATATCTGTAGTCAATCAAAAACGAATT TTAACTACAAAAATTATAATAATTTATTCACTTTTCGGTGTAAATTAACA AAATATCATATTTGGCGTTTCATAAGTATTCATATCAGAAATCTTTGACA ATTGTTTTAAATTTTCTTTTTAGTAATGTTTTTGATAATAATTACTATTT ATTGACTAAAATGTCAAATATTGAAAGGGTACGAATATTTTTGGCACAAC TTTACATCTAACTTATTTTAATTTATTATGCATTGTTTAATAGTGGAACC TTAGCTAAAAATAAATCTGAAAGACACATAATTCATTTTCTTTGACAAGT GATGATAAAGTATAAATTTCTGAGGAGTAACTGATCACAATCTCACTTAT TGGATCTACACAGGGTATTTAGAGCTATTTGGTATTGAAGGAATTGTAAA CATGTTGGAAAAGTATATGGAGATCACGGAACTTATTATTGATGAAGTTA TTCTCCTTCCAGAATACAAACTTTAATGTTAGATGAAATCGTAGATAATA TTTTTCTTATAAATTTGGATTAACGTAAGTAGGATAATTTATATCCCGAA GAGGCATAACATTGAACATAATTTTCCACCATTTGAGAAATAAAAAAATA ACATTGAACCAACTGTCCTAGCAATTATTCCATTAGAAGCTCTACCTAGC AAGAGGATCAGAGAAACATTTCTCAATATAAATAAAGGAGAAAAATCATC ATTCATCGTATAGAAAAATTTTGAGAGGCGTCGCCACCATGAATAAATAT TAAAAGTAATTATTATTAAAGGGTTGCAAATACTTCTTTATATTTAAATA AATCAAAGTTCTGATCCGGAGCAGAGAAGCTGTTCTTTTTGCAGAGAGAA CAAAGAAATATCAATAAGATATGTAAAGGATGTAATAACAAAATCAGGCA TTTCTGACATAAGATACAGCCATGAAACATTATGGAAAAAAGGTCAGCTC ATAAGATTGTCTGATAGGGACTACTTTAACTTACAGATAAATAGAATGAC GGATTTCCAAAATGAACAGGATATTTTAGGCAGTAAAAAACGTAGAACAA AAAAGACGTTTCGAGTACGGTAATATTCAATCATTTTTTGGAGGATGTGA TGAATAGTCATATTTTAGGTCATCCCAAAGCAAATTGCCTGACTACTCTT ACCATTTCTTCAAACAGGCTCGCCATGGCCTTGTACTGTGAGCATTGGTC TTAAATTTAACTTTTAAAAAAATGAATTATTTTTTTTAGTTCTAACATCT TTTTTGGATTCTAGATATCCAAAAATATATATATATATATATGTATGAAC TAGTCAAAATTTTATGAAAAAAGGTTTTTAAAAGACTAAGAATCGTATTA TACATAACATTTTGAGTAGTTCCATGAAAGTATTTCTCTTTAAAACAAAA ATTAAGCTTTTCTTTTTCTTTTTTTTTTAAAGATTTTTTTTATCTCCCAT GTAAGTACTATTTTATCTCTCAGGTATAGTAAATTAATCATCAATGAAGA AGCTTAGTCTTATCTAACATAAATTACAATTGGTTAGAAAACTAAATAAT AATATTACAAAGTAAATAAGGCTTTTATTTTGCGAAAAGGTATAAAAATC AGTCGCTAAATTAAATTCATGTTTCATCTTTTTTGTAGTCAAATTAATAA TAAACATTAGATATAAAATCTATTAGACAGTATTATAATTATAAAGTAAA AATATCTTGTTTATAACAATTTCTCAAACTATTTTGAGAAAATAAATACT TCTTTGTCAAGAGATACGACCATTGTATTTAATAACATGAACAAAAACAT TATATATACTTTCATTAAAAAAAACTTTTTTAACTTTTTATTTTACAAAA ATAATACAACAAACGAACATCAAGAAGATGAATAATCAAAATATATAAAT ATATGAGTACTCTTACATACACATTAATAAAATTCAAGTAAAGTAGGAAT GAAATGGTAAGAAATGTCGAGTTGAAAACGAGGAAAGGAAGATAAACCGA TATATAGTTAGAGCTGTAAGTTCTAAGAACTACTTATATATAAAAAATGG TAATAGTGCAATTTCAAGGATGTCAGATAAACGACTTTTAACGTTACATT AGATTAGAAGTGAAGCAGTTGTAGAGTTGAGACCTTAGACTAGGGGGGTA AGGGACATTAATTGCAATTTCGTTTGAGAGCCCTACAAAATATGGAGACA GTTTATCTGAGTCCAAAAATACTAAAAAGTTTCTACTTCAGACCATTGTC TTGTGATAACACGATTGAGCATAAGAGTTAAGTGAAAATTGCAAAAAGGT GGACAATGTTGTATTCAGAGTTTAAAAATTAACTATTAATTCATCCACAT AGAAGTAGTGAGCTGTCCGATATGTTAAGACAAACTCTACTTTCTCTAAC AGAAATTTGATTAATCCCATATAATGACTCTGTATACATAAAAGATTGCA AATATAATCTTGCGGACGCCCCTGGGTTGAGAGAGGGAAATATATTAAAT AAAAGTATAAACAAAGAAATCAAGTGTAATTGAAAGAGGGTTGGGGAAAG GCAAAACTTTGGAGTTTATGTCCAACTTTTACAGTCTATCAAAAGACTAT CTCTTCGAAAGCTTAGTTTTAGTCTGTAGATGATTATAATACGTGTTAAA AATATATATTAGTGAAATCCTTTTACATTTTTATTCATATTAACTGTTAA ATTTAAAAATTAAAAATATTTTTATGTAATTCTCTTACTTTTTTCATCTC TAATTGATCCAAAACGAAATTAATTGTTACAATTTTTTTCATTTCATCAG AAGTAGATTCGGTCTAGGGCTTATCCCGAAAGCTCACTGTCCGAACTGCA TTTTTCCAAGTCCATGACCCAAACACTCCAGTCTGACATTTATTTAAAAT GTAAAATTATTCCTTTACAACTAATCCATGACGTCATCTTAGATTTGACA CCTAATGAAAATAAACTTACAATGACGTTATTGATAATTTGTAAGTGTTA TAATAAGTATTTTAACTCTCCTTGACTCCAGGTTGAAAGACAAATTATTC AGGGGGGGAGTGAGCAAATGTAGAACTGTAGAATAAATAAGTTCAGAATT AATCGAACTATATGAAAATGAAGATACACGACTTACAATTACAGATAAAA TCCATGCCTGAAGTACTTCAAATAAATTTTTGAGTTGATTAACTTCTTTT GACAGAAAAGTTAACTCCCAGGAGAGAAAGAAAATTTCAAAATCGTCTTA TCCCAAAATTAATACCAAAAATTACTTCAACATTCCAGTGCAGCCTAGAA TTTCAAGTCTTCTGTAGTTGAGTGCTTTACAAAGGACGAACAAGTTTTCC TCGTATTTTTGTACTAGAAGACTTATTCAATAATTCTTCAATAATACAGA AGATACCTCCCCAAAACAATCTTTAGTGTTACTCTTTGTTTCTCATGATC ATACTTAAACGAAGCTACTTAATACTTATATAAATTAATATATGTAAAAC ATAGAGGCTTTGAGGAAAGTGCTGAACTTCTCTTGGTTTACAAGATTGAG GAAAAGCAGCGAGTTCAAGAAAAAAAAATGGTTATGATCTGATTGACATA TTATTTATGGGACCATCAGAGCTATTTGGGGTAATGAAAAAATGTAGTAA ATAATGGAGACAGATGGAGAATCCATTATGAATGTCATTCTACATACCAT GAGCTCTAACGAGCCTTTTAACTTATATTCAATGTTGTGAAGTCTTGACG AGTTTTTAAGGGAANCGAGGACTAACTCCTGTTGGTCAATACCTATATCG TGGAGATACGGAACCAGGTAATTTCATTCTATTAAGTAGAACCAAGAGAT TATTCTTATACTACCGTTCGAAAACTAGTAACCTCGAGCCTTCAACACCC TTTTTCATAGCAGTGGAAGCACTCTCTAATAGTAGAATAAGATCTTTAAT AAACGGTGATAACAAAGGAGTGTCGTCTCTTATCGTCAAGAGAAGATTGG ACAGAATGGACCTGAAAGAAATGATAAAGGTATTAAACCCAAAAACAATA TTGAAAAACTACCTAACAGATTCCCATCAAAAATGGTTAAGATACCGATT GGCCACCACCTCTTCATTTACAAATAAGTCGAAACAAAGGGTTGAGTCTA GAATGCGATCTTTTTGTAAAGAAAACATCGAGACCTCATTCAATTTCTTT TATTTTTGCTCAAAAGTGGCTCCCGTTGTTAGAATGGTGGATTGTATCTG GAAAAAGTACGGCCAAGAACTCTGCCCTTCAGATTGGCTTGTAGCAACGT CTTCGAAATACAAACATAACCTTAAAATTGAATATATTATCTCTAAAGTC GTAGGGATAATATATGGGGTTAAAAATAAAATCTTGACTATTTCACCAAG GTTGGAAAACTCAATGGAGATCCTAGAAGCCGCCTCTGCCCAATCAGAGA TTACAGGAAAATGTATAAAACTYCCCAACGGACCAGAAGGATTTAGGGTG GCTCNTTCTGTGTTATTACTTATTATATAATTAAATAAATTAACAAGATT TTCGCGAATTCACGCCAACATAGAATGATCAACACTTCGTCATATAATAA ATATACTGAGTGATATATTACAGAAAAAGGAAAAGAGCGAGGGAGAGGTC TATAAAGAGCTCGCTTGGGAACCTCAGTTCTTGATCTGATTACTTATCTA CCGGTTTTTCTTTTTTCTTTTTCTCCTTCATTAAACATATAATTTTTCAA ATTCTAACATTTGTTTGTATTTTTTATTTTTATGATCATTATTTTGACAT TGGCTGTTTTTTCAATTGGATTACAAACTTTTATGATTTAACTGAGGTGA TATGTGTAAATAAAAAATCAATATACATATGTACTAGGCTGAATAATGAA AGAATAATAATGTGAGTTTGAGAAACAAATTTAATAGGATATGATGAGCT CAATGGTAGTGCTTTATCTAAATATGTTCGTTACTAAAACTCTTTACATT TAACATTCAGTATTTCCTATTTTGTATTACAAAAAGTAACAAGAACAGGT AAAAAAATGCGATAATTTGCGAAAATTGCACAACCACATTGTTATTTCTG AGATGAAAAATAATAATATGGTATACTTCAGGGACAACTAAAAATAGTTA ACCCTGTACACCTACTCGATGTTATATGGAAAACGACTCCTAGATTGAAT ATATATGACAACATTGTCCTTTCCTAGATAAAAAATTCCTTATTTTCATT TAAATATAAAACATTAAATAAAACGTTGCTTTATTGATATGGATGAGCCT TCAATATGGCGTTGCCTTCCATAATGATACAATTTGTGACAACAGTAATA ATACTGTATGTAAGTTTTATTTTGAAAGAAAGATCTGCTATATCATGTAC AAAATGATAGAAAAGACAAAGCAAATCAATATCCATAACTCGTGCATACT TAGTACCTAAATTGACTTTTTATGATTGATTTACTAGGCTGACAATATAT GTACATATTTGAAGGAGCAGGATTAATGAAATTGGCCTAAGCACTCTTTC CATATTACCCCTCTCTTCTAATAATTCACAAATATATTGTTTTGGCACTT GGAAATGAAAATATTGAATAGGAGTATTTAACCTGATATTGCCAAAGAAG AGTTTTTATGACGTGATAGAGGGGAGAAGGAAGTAGGTGGGGGATCACAA TATTATGTACTTGTACAAAGATTTAAGGAAGAAAGATTTATCGAGTGGAA CTGTAGATAGAACATTTTAATGGAGGCCCTATTAATAAATCTCTTTTCCC TAGATAGTTGTACAATCTACATACACAAATGTAGTACTCATTTTAAATTA TAATCTTTTTTAAAGAAATTGAATTGAAAAGGAAAGGAGAGGAAACAAAA TTAATTCATATCAACATGCTCCATAGATTTAAATAATCATGCATATTATG TATATCTCTTGCAGTGCCACCTGTGGAACCTTTGGACTGTCTCATAGAAA ACGTCACAAGTAATGGACTTAGTATATCCTGTAGAGCAGGTTTTGATGGA GGAGTTCCTCAAACTTTTGTCATGGAGATTCGGTCTTACAACACGGGTGA AGTTATTCGTAATTTCTCATCAGTCTCTCCTCGATTTATGGTGGATAACT TGGAGTCAGGAGCGCAATATGAGTTGGAATTGTTTTCCTATAATGCAAAA GGGAAGTCAAAGGTTGTAAAAATCATTGAAACCACGAAAAAGGATACTTC TTTGAGGGATGTCAAGTTCTCTTTCTCAGCAGGTAATGACGAAATGACAT ATATTTAAGTATTAAGCATTGATTAGGTTATTCAAAAAATGCTTTTATCA TTAATGGGTCTCAGTTCCTCTTTTAAAAAGGGTAGTTATATAAATTTATG TACGTATATCTGTGTGAGTACACTTTTATGTCACATAAATTTAATCACCA ATATACAAAGAATAAGTTCAATATGTACTATTATATATTCTGATGGATGT CAATAGATATTTTTAAGAAAAAACTCATTTTTTATCATTCTAGAGAGTAC TCTTGGGGAACAGGGTGAGCTCAAACCTCTCTCTACTCTCCCTGAGAAAC AAGGTTCCTTTGAAAGGGCGTGGCTACATCCTATTCTAACAATTGTTGGA GGAATAGGATCTGCTCTCATCCTTGTCTCTCTGGTGATCATCCTTGCTCT TAAATTTCGATGTGCAATGAGAAGAAATTCACCAAACTCATCTCTTCATG AACATACATGGAAAACAGATAATAGTGATTCAAGCAAGTCCTTGAGTATG ATTGATAATCAAGAAGTCGATGATCTCTTTCAGTCAAGTCCAGGTACACA TTTTTAATATTCTTAAGTTGGTAAATATAAAAAATGATATGGTCTACTCT AATTATTAATAGTGTATTAGTGATGGAAAATAGGTATATATTGACAAAAC AAACATGGGACAATTTCATAAAAGTTCAAGGGCACTAATAAACATACATA TACTTTTAACATCCAAGTAAATATTTTTTAATCTCTTAAAAGGATACTTG TCAATCTCTTTTTTGTTTTATTTATTTACTCTTGTAAAGGTTTAGATGTT TTTACAGACCCATGAAAATACAGATACTATCCACAATGCTTAAGGCTATA CAAATAATATTATGATAAAGGAAGACAAAAGGTATTTTGAACGTTATCTT TCAAAAAATATTTTATTACATAGCTCATATATGTTGTATATGTATATTCA GAAACAAAAATGAAAAGAAGAAACAACTTTAAAAACAAAGAATTTCCTTT AAAATTAAGTATGAGGCTTTATTTCTTAAGAATTCTATGTAGTCATTTTT ATGATATTTTATATAGTAAATACCTTTCTATTATGATTATTTTGACTGAG ACAACCATTTAACTATCATAAAGTGAACATAAGAAACAAGTATAATAAAA TTTTAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNCTATGTAGTCATTTTTATGATATTTTATATAGTAA ATACCTTTCTATTATGATTATTTTGACTGAGACAACCATTTAACTATCAT AAAGTGAACATAAGAAACAAGTATAATAAAATTTTAAGCAAGTACTTTAG TTCCTTTTCCATAAGTAGTGAAAACATGTTTGAAATTACCTTTTTTAAAA CTTATACATGTGTAGATTGTATTTGTCATTCCCAAATATATATGTGATTC ATCCATGAAGTTATAGATATATGGAAGTCAATCAATTAGCAGGAGTGCTT GGTTTTTTAAGAAAAAAATACCTAAATTTTTGATAAAAGTTTAAAAATAA AAAAATTTGGAAATAAAATTCATACCTTTTATGAAAAAATTTCAAATATT CAATTTTTCTGGATTTTTTTTTCAAAATCTATAGTTATTCACAGAAAATT ATATTTTTTGGAAAAAACTTCAAAAATGAGATTTCAAATTTGAMATTTTT TGGAAAAAAATTMAAAAATCCAGTYTTTTACAAAAAAAAAAAAAAAAAAA TACGAATGTCCAATTTTCTAATAAAAAGGAAAAAAAAAATCATTTTGGTG GTGCTACAACCACTCCAGCTCACCCCTTGTGGACGTCCTGATGACATTTT CCCTTCCTTTTTTCCCCACATGAGTGATTGATCCTTCTTCATTTATAAAC TTTATAATTATTTGTATTCAGAAACAATTATCATTGGTAATTATTTCGAA AGAAACACATATAACGATATCTGTGATAAGAATCCTTGGGATTTTTACTA AGCTCTTATCAAATTGATGTTACTTTAGGGATGATTCTTTTAAAAATGCC AAAATTTTGGGATTTTGTACATACCTATGTGCATCAATGATTGATTACTT TCGTATGATTATATTAATTATACTTGAAACAATGTTTATCTAAAGTGTTG ATAATTTACAACTGGTTTAGTCTTTTTGAACTTGTTCATAACTCGTTTTG TCTGATTTTAACTGCGGATAAATAATATATTTGAAAGAAAGGCAGAAACG CATAAAGAAAATGATTTATATGCACTTATTTGCAGATAATGTTGAAGGTT AAGAAAAATATTAAAAATAACTTATTTAAGGTGAGTATTAAATTGTATTG AAATTCTTTATTGATTCCATACAGGGAATCTAGGAATAATATAAAATTCA GAGTGGCATCCTCGGTGGTAATTAATTAGCTTTTTCTTTGAAAGTTAAAG ATTAAAATTTCTATTAAATTTTTTTTTGGGAATACCCAGTTTTCCTGAAA TTTTGTTTAATGACATTTTAGAAATTGTAAACACAATGTATCCAATCCTT AGTATACTGGGTCAAGTATTAAATTTACCCANNNCATCTTTCTGGCCATT TCAACAATTGAGGAATTTGGCTTTTTTTAAAGTCCGACTACAGGTGGTTG ACATAAACGGGGGATTTCTGCCTGCTCCTGAAGAGTGTCTGAGGMCCTCC CCSACCTTCAACCGTATGGATACAWTGTAAATCATCTTTCCAGATACCCC AGTCTGCTCCCAGATGGACTTTTGGGACAATCCCATGCGGAGGAGTGCTT GGATCTCAATCATCCTCCCGTACTATGTGCTCATAGGACAATGTTTCTCT TTGCAATTGACACCTAATTATGTGTTCTATAATATTGTTGATCGGAAAAT TGTAAAAAAAAAAACACTCTTATCCTCTCAAAATTTGCATAATAGAGATG AGTGAATAATAAGGGTTGACCTGATATATTATTGTACACATAAAAGAAAA ATTGGCTCATAAGGGAAAAATGTTGTCTTTATTCAAGATATCTAGAATTC TATGATACATCCTTCATATGATATGAATATGTAAAGTGACTACTAGTTAG TTATTAATATATAGAGATAAATTACATACTTTTCAGAATACAAACACATG GTTGTTGCTTTTAAAAATTGTACTAATATAAGGAAAGAATCTAAACTATA AAAGCGGTAATAATATACCGGTAGTTGTATAAATACGCGGACTAATTTTT AAACGATTATATCTCGAGGTTCCGTGACCGGAATACAAAATTTCAGCACA AGTAACTCTGTAAATCTTTTGGCTTTGTTTTTGTTTTTCTTACTTGCATC AAACAAAGTCGTTTACGATGAATGACGAGGCCAAACGTCATATGGTTGCC ACTCTCCTCCGCGCCGGTAGGTCTGTCAAGGAGATAATCAAGGACACTGG ACTATCGAGGACTACTATGTCCAAGGTCTAGAAGCTTGTCAAGGAGGGAA AAGATCTGAAAGACCTGCCCATACCTCTTGAATGACTCAGGATTGGATCG CTGTCAACTTGCCATTTTGGAACTAAAACACTTGGCCACCTCAATCACCT CATTTGAATCTCTTTGAATACAGTGTGTGGTGGCAAATTGAGAAGAAGGC CTGTGCTACCGCCACCCGAATTTGGACTCATTGAAGGCTAGCGMCAATGA GCAATGGGCAGCCATGGAAGACCATTACATCATCAATGTGTGCTAGGCTT TCCGTGGGCGCTTGGAGGGTGGCATAGCAGCTGATGGCGGMTATATTCAG TAATTATATTAAATTTTATACCAGAATAAATTATCTATTATATAGTTCTC CAAAAAAATACGTCATACGAATTTTATTACACATTTAATTATTTGCCACA AATAATCCGCGTATTTATGCAACTACCGGTATATAATAGTCCCTAGACTA CCGATTTATTACAATTTCCACCCTTTTTAAAATGTTAATTTTGTTATGTT TTATTTATTTCATGAATTCTCCAACAATAAACTTGAGAAAACGAAGGAAT AATATTCGAATTTGAATCCAAATTTTAGATTTAGGATTAAAAAAAGAATC ATGAAAAAAAAATTGTTGGTGAATTGAGATTCTTAAAAAAAAAATTCAAA TTCTTTAATTTCTGATGTGAAATACGGGAGGAGGAAATCAATATTTTTTA GCGAAAAGTTTTACTCAGAGAAATAAACTCTCCATTATTAACTCTATTAT TTTGAACAACGATAAATATTATTTTTCTTCATATTTGAACTGAATAAAAA ATGTGTGCATGAGTATCTATTATTGAGTGAATATTTCTGGCAATATTGAA TTGAAAAAAATCATATTTTTTTGTTCTAATGTACAAAAAGAAGTTTTTGA TAGGTACAGATTTCGATTAAGTGATACTTAATACTTTTATATATTTGATT TATTCAAATCAAAACTAATTTTTTAATCAATTTTAATTAACTCACAATTT TGTATGTTTAAAATATATGATTCAGATAATGTTATTTTATTTATTTTTAT TGTAAAAATTGATTATGTTTTAGAAAACATTTAACCTAGTATTATAAATC GTAAGCAATTTTCATGTAAGATTTTGTTGTTGTTGTTGATAACATTAAAA TATATTTACAGTGTAGTCATGAGTTCTTGTGGTCATCCTTGAAGTAGAGT GACACTCAGGTGTTATAAGTTTAAGTCCGTGTTAAGTTCAGAGTAGAATT GAGGATCAACAATGAAGTCATTTTAGTTCTTATAGATAAAATGTGGCTAT TTCCTTCCTCTCATAGCTAATCGTATCTAATCTAATAGGAGATGACGACA GACGAGCTTCTCTTCTCCCATACATACTTTAAATTTTCAGGGTAAAAAAG TAAATTTTTGATTTATTTTAAAAAAAAGCAAGTGCGGTTAAAATTTATAA CTCGCGTGATTATACTTCACATATGTAGTTAAAGTATTTTGTAAATAAAT ACAAAATTCCTGTTGTAATATAGATTTCAAAAACTAGCAAGGCGCTGATG TTTTCAGATTATTATTTTTTTAAAATATATTTAAAAAAATTAATAATATT TTTGCTTAGAATGAATATGAATATTATTATAGCTAGGAATATACTCGTAC ATAATTCAAAAATATAAGACTAACAAAATTACGTGTACAAAATAATACAG TACCTTATTTTATTAACACACAACACACTCATTTTTATGAAATTTTGTAT GACATGTGTTGTGTATCATGAAATCAAATTTAAATAAATAGCAAATATAA ATGTGAGTACATACACACCCAAGCCTTCATTTGATACTTGAACATCATAT ACAATGTATATTTGTATAAACATAGGTTGCTGACATCGTCCAAAGCTAAC TTTTTTTTTTTTTTTTATTATACATATAAAGAAAATATCTTCAAAACTTG TGCAAAGTAATATTCAAAGTTATGCATATGTAAGTTATTTGTTCGTTTAT ATCATTGTATATAATTAATTAATTAATTTGTGTTATACGACTAAAAAGAC TAAGGAAAGAGGTGAGAAGCATATTAATGAGGGGAAAAAATATCAACTTG AATTAAAATAGATTTGAAATTTTTACTTTGCTAAGTTGATGTCTTGAAAT AGAATTATACCAAGCTTAGTTGAAATTGAACGCTCATTCTAAACATTGCC TTGATCAAGCTACCATTCTTCAACAAAGATTGTGAAGTTTTATGTAGTTT TGCTATCTTTATGATTCAAAACTTTTTAAGAGCTTTGTGTTGAAGATAAA GATGAATGGCATGAATTTCAAAGCCTAATGATTGAATGTTATACAGGCAA TTTTTATTTTTTTATTCTGTTTAGAATTTGAGTTATCTTTGTTTCGATAA GAAAATGAAAATGAAGGTTTTTTATAGGCTAAGAAAAACAAATCAAGAAA ATGTAAAAATATACCATTTAATAAGTGAAATCTAGAATTTAATTTAAAGT AAAAAAATTCTTAAAATACATTATTATAGTTGTCAATTTGAGGTAGGGAG ATTTAAATATTTCAAATGTAAAAACTCCTTATTGGAAAAATTTATTTAGA AAAATCCATGTATAAAGTCATTGGAAGATAAAGCTAAGGACAAGAAAAAA ATAAGCGGTAGAGCCCTAAATGCATGAAATTTTGATGTAAATCTATTAAA AATGGAATTGGTGTGTCAGTGTTTTCCCATAGAAGTTGAAAAAAGAAAAA CTCAGTTTATCTACCAGTATCATGAGGGATAAAAATACAACGAAATTCAG ACACAACTGCCTCTTACTAAGCATAAAAAATACCAAGCCTGTGTTGCTTT AGTCTTAAGAATCTAAGTCTAATAGAGAAAATTTAGTACTTATTTCAAAT CAAAAGCTCTAACTTTACTAAGTTCAACCTAATTGTTTTCTGAACATTTT TGCTGTTGAATAGTAAACAAGGAAATCATATCAAATAAATCTGATTTTCT GATCCCAAGGAAAACTTATTAAATGTCTGAAATAAAGTAGCAAAATATAT ACATATATATTGAAAATGTCAGTGAAAGTTTTTCGATCTATAACCTTTTT TCACTAAAAATAGATAACAGAAATCACGCCTCGTTGCTCAATTGACTTTA AATAATCCAATTCATGGATTATGTAACTTATCAAGCTTATGAGCTGACAA ATCAACTTCNNNNNNATATGTAAACGATATAATTCATATTTTTTTACAAA TCATTCAATAATTTACATATAATTATGGTATAATTATTTTAATAACTTAG ATTCTGATGAAGAAAATATTTTGAGCTACAATAAATCATAATTGGTTGCA AATATGAGTACAAGTAAGCAAACGCAATAGATCAAAAAATATTTTCACTT GAAGGCAACAAATATTTGGAAAGGTTTCCAAGCAATCAAAAGCAAAAAAA TCATTTGTAATGTCCATTGTTGCGTATATAAACATTTCATTTTTTTTTCT CATTATATATAATATATATATATGCTAGTTGAATGCCCAACAGTGGCAAC TTCATTTTTTTATAGGTACGTACATGTAGTTGTTATAATTTGTTTCATAA ATCATTATTATTCGTATATAACACATTTTTCATATCAAACTCACAATTGT TGTTGAAAAAATATAGTCATATTTTATAATATAAGAAACACAAAACTGAC AATTCAAACAATTAATTTACATTAAATGACTGATTATAATTATAAGTTAA TTAATTAAATTGACTTTGATTTGAAAAATTACTAATTTATTTTTAAAAAT TCAATAATTATTCAGTCTTTTAATCGTTTCATAAATTATAAAGAAAGAAA CCTAAAATGGAGTTTTTCCTATTTTATACCTATATGAACATGCTATTATG TATTTAAATTCAAATAATAAATTCACAATCGGAGCAGGTAGGTTTAATGA GACAAATATGTTAAAAAAAATTATTTATGTAGTGTTTTTTTAAACTGTGA ATGAATTTAACTTTTTTCAGGAGCAAAGTAACAACTTACAATTTTTCATA TCATTTCAAACTCTAAGTACTGTAATACAAATTTTGTTTCACGTTTGTTA TCTATTTATTTTAAAAAATTAAGCATTGTGCAAAAATAAAGTTACTTATT ATCAAGGAGATGTTGAAATGAGGTTCTCATTTTTAGTTCAAAATATGTTA AGTATTGTATAAACATTAAATTTTAAGATCAATACCTAACTTTTATTATT GACATTTGTAAGAATTGGAATGGATTTGAACATCGGATTGATTTTAATCA AACAATTTATGTGATGTCTTAATAAAATGAACAAGTATAATATTTAAATA TTGTGTAAACAAACAATTCAGACGAGTTGAATGTATTGCAAATTTGATAT ATAAGTATGAACTTTTTATTTATTTAATTATTTCTTTTTTGCAAAAATAG GCTTGCGGTTATTGTTGTACACTATTTCGTAAGCAAATAAAAAGAATATT TTCAACTTCAATATAACTTGATTGAAATGTTTCCCTCGAAGAAATGACGA GGTTATTTGTCTATATAAAAAAGAGTATGTAAACATTCAATATTTAAAAA ATATTTATTTGCAGAATAAAATATTATTTTTACAGACTGGGTATTGTTTT TTGTTTTATTTTTTGTAGGGCATTTTCGTCCCACAAATGAATAATTTCGT CAAAAGTACATGAAAATAATTATTTTTTTCTTTATAAGATGAACTAAAGA CATATTTGTATGTGAAATGGGAGAATTTTATGCACTTTTTAATTTCCTAC TATGCTTAAAGAATTTCATTAAATTTGTTCTGATATATAAGTAACATTAA ATGTATATGCATAAACTAATCCTATCTTTATATAAATGGGTTAATAGAAC CATGTACAAATGTACATAAATCTTTTTTTTATTAATACATGGTTGTAAAA TCAATTATTCTTCTTTCTTCTTACGTCATTGGCATAAATAGACATATTAT GTATCGCTATTCAATAAATATGTTTCTCATTGGAGCATCCTTATGTATCT ATCATTGGCAACATCTGAAACGCTATGATTTATTTATTTATACTCAAAGA GAGTAGTTACTCTCATATATTACAAAAAAAATCAATGGTTGGATGTTTTT AGGCTTTTTTTAGTCGAAAAATCAACTAAACAGAATATAATCATTATAGT AACGAAGTAATCATCATAACCATAAATAAAATCAATCTTTGTTTCTTATA CATATTTTAAGACATGGAGATATGTATATGCATCATATATACAAGGTACG ACTCAAAAAGTGACAGTAAGTGGATAGCTTTAATTATAAAAACGACAATT GTAGTTTCAAGAACATTACATAAAGCTTGAATAGTTGTAAAAATGCTGCA GCAAAATCATTGAAGACAAAAAGTCCTTGATTGACTCTGCGCATATGTCG ATTTTAAGACAATTAAGGTGGTCATTGGCGTCTCAGTTTGCACAATTTTT CAGATCCAACAGGATTTTTGGCTGGAAAATGGTAGGATTGTTACACAAGC TCTTGAGGAAAATTGCACCCTCGCCGTTGATGATAGGAAAGTGATGCCCC TCATTTCTTTTCTGTTAGCAGTTCAAAGATCAATTCGTAAGTATTCATCG CTGTACTCGAGGATGTCGTTATTCCTTATATCTGGGAAGACCTATCCCGA CAGAAATTATGTATGAGATCATGATTGATCCCCTGTCATACCTCTAATAC CACCCAAAGATACTGTTTGGAGTTTTTTGAAAAAAAAAAAACAGGTTATG GGATAAGGATAAATGGCCTCCGTCATCACCAGAATTAAATTCTTTCTACT ATTATTTTGAAGTGCTGTAGAGAAGAGGGCTTGTACGACACGTCATCCAA ATAATAAAGCCCCTACTTTTACAGAAATGTACCTAATTGATCCTTAAGAA ATAATACGTGCCGCTCTCGTTTGGAGAAATGTGTATAGAATAAGGGCAAA AATTTAATTATAAATTAGTTTTGTATATATGTATAAGCTTTTATCTATTA ATAAGTAATTAACAAAATTACAGTTTGTCAAAGCTTTATTTAATTTTACT GTCAATTTATGAGCCGCACCCTGTATATATAAGATCGAACAACAGTAAGT AATTACATCTTATATATATGAAAGTGTATTATAATGTTGGAGAAAACAGC TATGTATTGTACTCACATTAAGTTTGAATGGTACTCAATAAATTAATATA TTTTGACAAATAACGCTTAATCTTATTTGCTACTGTGTATGGACCTAATA AACATATATCTACATTTTAATTGAAAGCACAAATGATATTTATTTACTTT TTATGTCAACTTTCATTTCATATTTTTGTCAAAAGCATAAAAATGAGCTC TAAAAGCTATGTAAAATAAACTAAAGAACCAGTTTAGAACAGTAAGGGTG ATGCTAAGAAAAACAATTTAGGGACAGAAGATCTTTCAAAGCCTGATGCC AATTTTATTGATAACCCAGATTTTTTTTGTTAGTTTTTTTCCTGTTTTGT GTAGATTTACAAAATACGTGTCAAAAGGACCCGAAACATGATCAATGTAT TTTTTTAAATTAAATACAAAGGTTAACTAGAGTGGACACTCGGCAGAGAG TCTGTGGKATTTTTTCCTAATTTGGATTTTTTGTTATATAAATTACCCTT ATTCAACATACAGAAGGACAGACAATTGAGCTCTTTATCTCAGTATGTTC CATTATTATGGTTGATTATGTATTATTGACGATTTTTTTACTTTGACCAC TCAAAATTTAATGCCCTCTTACCTTGATTATATGTAATCTTCGTATCAAG TTGGATCAAAACAGATTTATAACTTTTGCTGTAATCTTGTAATTATAAAT ATTTGGTCGATTATGCATACTTTTACCTCCACCAACGTAGTTGAACCGAG GTTATGTTTTTGCTTCTATTTGTTTGTTTGTTAGTCCAACACAATTACAG TTTTATTCCTTTACAAAACATCATACACGTATTATAATGTCTATATAAAC TTTGTCTAATATCATAATCTATTTAATGTTGTATTTCATTTAGTTGATAT ATATATATAAATAACAACAAACATGATTGAAAATAAACCTAAGATTTTTA TATAAATTAAACATGAAATATACATATATAAAGAAAAATATAAAATTTGA AAATAATTTATAATTTGAAAATTTATACTCAACATATTTTACTTTTTTTG CTGTGATAGCATAAAAAAAAAATACTAATATTCAAAATGAGTTCCTTTTA TCAGTAATGTAAGAGAGGAAGGGGGAAAATGCAGAGAGACAGATTTATTT GCTTTTTCAATTATATATCATATTATAGTTAAAATTTAAAGTGCAAAAAA AAAAAGTACAAAGCAAAATGTCTATTAACGAAAAGTTAAATTGCTTGTGA AAAACTTTTTATTTGTTTATTTTGAATAGATTTGTTGCCTGATCACTAAC TTCAATTTTATAATTTATAGGAAAGTTGATTTTTTTTCTTTTCAAGTATT AAATATATACTTTCATATAAAATATTGATATCTACGAGTATATTTGTTTC TGTCTATATTAAAACAATCTTGAACAAAATTCAAGAAATTCCAATTAATT TTTRCTTCATAAACCGGTAATTGCATAAATACACAGACTAATTTTTAAAC GCTTATATCTCGAGGTTGCGTGACTGAAAATACAAAATTATAGCACAAAT AACTCGGTAAATCTTTTGGCTTTGTTTTTGTTTTTCTTACTCGCATCAAA CAAAGTCGTTTACGATGAATGACGAGGCCAAACGTCATATGGTTGTCACT CTCCTCTGCGCCGGTAGGTATGTCAAGGAGATAATTAAGGACACTGGACT ATCCAGGCCTACTGTGTTCAAGGTCAACAAGCTTGTCAAGGAGAGGAAAG ATCTAAAGGAGGGTGTTCGGACCGGCAGAGCACGGAAAATCAATGTGGAT GAGGCGAAGGAGGCCTTCACAAAAACATTTGGCCACCTCAATCACCTGAT TTGAATCCCTTGACTACAGTGTGTGGTGGCAAATTGAGAAAAAGGCCTGT ACTMCCCGCCACCCGAAGTTGGACTCATTGAAGGCCAGCGTCAATGAGCA ATGGGCAGCCATGGAAGACCCTTACAACATCAATGTGTGCAAGGCCTTCC GCGGGCGCTTTGAGGGTGTCATAGCAGCTGATGGCGGKTATTTTCAGTAA TTATATTATATTTTATACTAGAATAAATTCTTTATTATGCAATTCTCAAA AAAATACGTCATAAGAATTTTATTACACATTTAATTATTTGCCACACATT TATGCAACTACCGGTATACCTTGGTCGAAGATCTCACATAAAAACTATTT TGTCGAATGGACACATTGCCAAAATTACCTCTTTACCAAAAAAATATATT ATATAAAGATTCATACTGCAATACTATTAAATTAGGATTGTTATTCACGG GACTCCAATTTTAATATATAATTTTTTAATTATTTCTCATCAGATAGGAA TCACTTAGTATTAATTAATTGAGTCATTTCATTATGAGGATGCTTTAGCA CTTGGCTGCATCTGTTGTTAATGCCGTTGTAACTAAAATCCTCACAATAG CCCCATTTTCGGAAGGCCAATAAAACGACAGGATTTATAAAAATATCAAA AACTGAGGGAAAACTGCATGCAGTAATCGTAAAATTACAGTACTGTGTGT ATGACATCAATGAAAAGAAAATGGAAATTGGTACATCTATTTTAAACATA CAAAAAATTATTTAAAAATTTTAATGAACTACAGTTTTTTTTGTTTTTTT TGGTATTCTTTGTTTTTTATCATTTTATTATTATTGGAAAATTTATAGGG TCTTTGAATTTTTTTATGTACTTACATACTTTTACTGTTTTTATATTATT ATAAATTGAGCACCAGAATAAATGAATTGATATTGGTTTAAAAAATATAC TGTGCATGTTGTTATTCGTTAACGATATTTTGATTTCTCGGATGAATATT TTTTGTATTGATTTTCAATGGGACTTGTGCTCCTTGTGTAGTGTAAGTTT ATCGTCCAGTTGACGAAACCATCTTGAGAATTATAGATTCTAAGACGATA ATTAATTTAAGGAACACTGAATCATGCAATTCGTTCAAATAATTCAATAT TTCATCTTTTTAAATTGGGCTAACATGAATAATTACATAGTATTGCAGCA TAAATCATCATAATTATTTTTTCCTTGATTTTGCAACAATGTACCTGTTC GGCAATGGAGTCATTCGACAAACTCTCCATTCAGCAAAGCGCTCATTTTG GCAATGTAGAAATTTGGAAAAGTGTTTTTTGGCCAAATGGCATTCAGCAA TGTACTGTAGAACATACTGTATACATACAAGTCAATATTTCATAGACATA GTTGAGTCAATAATAGCCTTTGTACTCAAATTTGTGTGATAAGTTAAGAT ACCCAATAAATTTTTATTTCATTTAGAACCTTTATTTTATTTAAGAGACT TATATAGGACCAAATATAGCCCTTTTTCCTATAAATCAATCAATCAATTT TAACAACTTTGAGTGCAATTTACGACACCTCCAAAGGGCTAATAAGAATA ATTTGTTGATAAAAATTGACGATAATTTGTCTAAGAATACATATGTAAAA TTTACTCAATTTTGAGAAAATTTATTTTAGCTTGTTTTTATGTTGACAGG CCACATATTGAGGTCACTCAATTTATTTTTATGTAAAAAGTTATAAACTC GTTGCATATATTGGTTTTTTACATAAAAAAATTCCGAAAAAATATATTTT TGAGCAAAAAGTTGTCCGTAGAGAGAAAGCTTTTTTAATTGGAATGACCA CAAAAAAAGTTGTATTTTTAGTTCCATATGGTTTAAGCTATCTTTTTTTT TATATATATAATGAGGTTACCATACACTTGCTTATCTTTAATACAAAAAT AAACGAACTACATATATGCAAAAGAACTGAAATGATTTATTAGAGAAAAA AAAAGGGAAAATTCTTTTAAAATTCTCGAAAAATATTTCCAAGTTTAAAT TTATATGAAATATTTTATGATTATAAATTTGATGTTTTTAAACTAAATAC ATTATTAATAATATTTGTAGGCTACCATCTTTTGCTATTAGAAATCAGAG GGTTTTTTATCTAACTTGTTCTGTATTTATTCTCTTTTATTTTTAACAAT TATAAGTTTTGGTGTAATTACTACAAAAAAAAAATCTAATTTTATCCATA TTAGTGTAATGTCCACGTTTATTGGACAAAAAGGGTTCCGATTTACTTTG TCATTTTTCTTTAGGAAGTTTGGAGTGCATTTTTTTTTTTCTTAGAAATA CCATGAGTCTTTATTGCAGGTATTTTTGACCCCATCCGACTCCTTAAAAG TCAAGATATTGAGGTTTAAACTGGTTCCAGATTTTAAATCTCCATCTTTT ACATTTGTATGTGTACTTCGTTTTTTATTTATTTTAATAAAAGCTTCTGT TACAAACGCTTATTGTTAAAAATGAATACTCTGCTGTCAAATAAACAAAT AGATAGATAGATGGTTGAAATTTAGTCTGTCAATATTTTCCCTCCTACTT AGAAGAACTTATTTCTCTAAATGTAGATGGTACAAATTTAGGCCAGAAAA GATGGTAAACAAAGGTGAAAGTATATCTAATATCTATAGTAGATACGNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAT CATATGACATAATTTTCTTAAGACTTGTTATTGATGTATGTATGTTAGTA TTAGGACTTGTACAGTACAAGGTTGTACTGCAGTTTGGCTTTGTACGACC CTTACGTTTCGGTACGTTATTKACATTATGATATATTAAATATTTTTATA TATTTAAATTTTTTGGTTATTTTTTTATCATTCTTTATTTGGTATATGTA TTATAATAACAGACATATATATATTAACCGTAGCAATTCTTTTGGTTATT ATTTTTATCAAAATCGAACATATATTCGCTTCATAAATATCTATTGCACC TTAAATTTTTAAGTCACCACTAATAAATAACTGTTCGGTTCTTTGTTCTT AATTACTTTGAAGTAATCTGTATTTTTAAAAAGATTTCATTTAAGCAGCT TTGACCCACAAATAGTTATGGAAAGTGTTGTGTCAGTTCTTATTTTTTCG GTGTAGTCCAGTTTAGCCTCTAACAATGTCTCTAAGTTGCTATGGCCGGM GTTGACCCATGTAGCAATCTATAACCATTTTGCTTTCATTTCTATTAATA ATGGACATATATCAATGCCACAAAAAAATTGTTAGCTAAGAGTTCCAATT TTAGCTCATATAAATGGGGAAAAATGATTTTAGCTTTACAAAACCTCTTA AATCGTCCTCATATAGGTGGTCAAAGATTTTTCGATTTCCCAGTATGTAG TAAGGAAAAATAAGCAATTGCTAAGAAAATCAAGTTATTTTAATTTCAAA TTTCATGTTTGATCTACTGTGCTATTATGTATCCACCTTCATTATTTTCT TTAAGTGACACAATATATTCATTTTTTGAGCTATGTTTACACTATCCTCT TTAACAAATTACATCATTAGTTAAAGTTGAATAAATGTGATACATGACAT CACTAGCATACAAATAATGAAGGCAAACATCACAAAGCATTAAATTTAAA AGGGCATATTTTTCTTAGCAGCAATTTATTTTGATCTTTTCCTGCTTCAT ATACATACTTATTCACATTTTTCGGAGCAATATCTATGGATTAGTTGGAA TGTTTATGATTTAGAAATTCTTAATATTTAATGTAGGTTATATTGTTTTA TTCATTAATTAACACTATAAGAAAATAACACTTCATGGCTTTATTTGTAC TTTTATTAATTTTACATAAATATATCAATACAGCTGAATCAGCACTTTAT TCAAAAATCAGAAAAAGGAAATGCATTTAATTTGTTTTTCATTTTAGATC TAATAATATTATATTATCACTATACAGAGTTGATCGTATCTCGTTGTACA GATTTTATTTTTTTCAATTTTTCAAAAAAAACCTCCACTTGGAAATACAT TCTGGCATCGGTATTGTGAGGTCTACTTTTTGTATTCTGTAATTATATCC GACCCACTGAAAAAATAATTAAATAGTAAGTAAAGAACAAGCTAATTTTC AATGGAGCTGAAATTTGTATTAAAGTGAAATACACAACCTGATTTAGGGG CTAAAAGTTGTGTCGTTCATTATTAGAATGCATATTACTATTTTATAATA ACATGAGAAATTTGAGATGTGACATATAATACTGGCTCAAGAATATGTAT AATTTATTAAATGTAATTAAATTAGACGTATATTAATAAATAATGAAACA CGAGATTTCCTTGGAAATATTTTTTTCTTATTATTCGTGAGAAGTGAAGC GTTGCTGTGCAAATGTGTGTCCCATTAATGCAAAGAAGAGGCTATCATAC TGTTCCAAGTCTGGTAAGTAAGCTGTATGCGAAAGTATTTCCCAAAGAAA TGTTTCAATCGTTTCCTTGACCAGCTTCGCTGTGTGTGATGGTGGATTAT CATGAGGCCAAATAACTTTGCGATGCGTTTTTTATTTTCTGATCGTTTTT CACTTTAAAATTTATTTAAATAACTTTTTTTTTTACGTTAAAGTCAAGTT CTAAGGGGGTTGACATATTTTAGTAGCTCATAGCAATCTCCAAAAAATTT ATGTGGTTCTCCAAAAATACAATATTTTTTAATAGATTGTAATAACTTAT TTATCAGTCAGTGTAGTTTAAGTCATATATTTCTGCATAAGGAAGTCAAA GTTCAATGATGCGTTTTATTAAAATATTTTAAATCAAAATATGTTAAAAT TCTAATTTCTATATTTCAGTAATAATAGAAATTAAACATTTGCAATTTCA TATGTAAATATTACGTAATATTTTCAAATTAAAGAGTCAATATTTTCGTT TCCGCATGGGTTTTGTATCTAAATACTTCTTTTACTCACCATTAGTGAAC TGGAATGTTGTACACAACCAACATTTATAGAAATGCTTCTTATTCCTCTG AATCTACATTGTATCCCCATTACTTTTCAGTATGCTCCTGAAACATTAAA CCTAGTTATATTTATCTCGATATTGCTTTGCTTATTATTTATTTGTATAT TTAGTAATTTTGAAATCGAGATTAATTAAATTTAATTAAATGTTTGTTTA TATGTTGTTCCTTTGTTTTTCCTATTTGATTTTTTTGGTATTTCTTTTTT TTTTCCATTGTTGTGGACTGACACTACTATGGACGGCAGCTACAAAATAA TAATATTGTAGATATTACTTTATTTAATATACGCAACCTCATCAAAACTG ATGGGTAATATTGGATTCCGAAATTCGAATAAAAAGTTTTACGCTATCAC AATAAAATTAACAAATTACATCTCCTGAAAGCTCAAACTCATGTCGTTTT TATAATTTTATAATATGGATTTATTTTTGTCCAATGTTTTAAATTTTTAT AAGTGTTTTTAGCATTTTAATTGAAATTACAAGTGCTAATGGCAACGGAT CATTAAGAGTAATGATTATACCAAATCCTGAGAGATGACTCATTTTCCGA TTTTTCAACCTTGGAGTAATTTTTTTTAATCGAATCATTTTTTTAGCTAA GAATTAGTCATAAATCTAAATAATTAAGCTCTTTCTATTTTATAAAATTT AATATTTGCATATAATTGAAGAGATAATTGGAGTAAGTTGGTTAAGTATT CAATGATATATGTGTTTTCGAATCAAGGATTATCTAATTGTAAATTGGGT TGTAAAAATATAGAGACAAAAATAATTCAAAAAAATAAAAAGTTGAAATA CCTTTAGCCTTAAAACCAATTTGTAATATCCATTTTAAAATGCTAAGTTT AAAATATTAAATAAAATTTTATTTTTTACCTATTTATTACTCTTAATCTT TTAACTTAAATATTTTTAAAGTTGGTTGTCGTTGAGTTTTTTAAAACTTT AACAGTTTAATCATGGACTTTTTATAAATATTTTTTTAAAGTGTAGTAAA GTCATAAAATTTGGAGTAATTGTCTGATTTATAAAAATCTGCATTAATAT AACATTTTTTGTAAATTTATTATAGTACCTAATAAATCATATTTTCTTTT TTTACCATAGAAGTGAAGATACGATTTTTATCAATCACAACATTATTCGT AATTACAAGACTATAATATTGTACTCCTTTTAAAAAAAAAAGATTTATGA GCGTTTTATCTTTGGATGGTTAAATTTTTTTTTAAATCCAAATGTACTTA CCTTCAAAAATTTAAAGCTATTGTTAACTCTTTTTTCATCACAAAAATNN NNNNNNNNATTATAATATAACCTATTCATAACTAACTGATAGATGCTCAA TGATTTACTAAACTTGCTATCTTTGCTTCAATTTACAATATATTTCTAAT CCAAAAATTAATCAAAATGCTAGTTTCTTCATCTTTAAGATCGCAGTGTT AGATTCAGAAACAAATAAGATATTTCATTTTTGAGTATGACTATTATCGT TAATACCACATACCAAATTTGGGTAAAACCTTTTTTTCTTTTTTAATGTT CCTTTATTGTTCAAATGGAGTTGCACTGATTAAGTATAAGTAAACATTAT AGTATTATATATTTACACCATCTATCTAAGGAATTACCTTAAAAATACAT ATATATAAAGTATATTTTCTTTTCAATAACGACCGAGACGTGAATCTACG TACATAGAGTTCAAGAGAATAATTTCTCCTGAGCACATTGTCCATGGAGC TACGTTGTTCCATTCAAATCCTCTTCCTCATTGAGTGACCCATATATGTT GTACGTGTATATATATGTATTATTTTATTTGAAATACAATCAAACCTTTA TTTAGCGGTTAGGCAAGGGGAACAGAAAAAACAAWCGCTTATTACAAGTG ATCCCTTATACCAATTTTCCTTTTTGTATCAATTTTAAGTTAAAAATGTG TGTGACCGATTAGTGTGGTGAAAAACTTAAAACAAAAAGTCATTTCTCTA AGTATGGTGGGAGAAAAGCATTAATACCTTAAAGGCTACAATTTTGTTTG GTTTGCCTTCAAGCCAAAGCGAAAAAGTGTAGAAATTGGGAAATGCATTT CGCTCTGTTGATTGCCAAATGCCTTATTGGCAATAAATTAATAAGTGGAG AACCAATCCTCGGAGAAAACTTGAGAGCAATAGTTTTTTCCTCTACAACA ATATATGGTAATTTTGCATTGAAAGTACCAAGAATGAGTTGTGATTCCTG GGACCAAACTTTTGACATTGTTAAGCATAAATTGTCAAATAAATTGACAA GATATGAATTACTTTAAAAACAATTGTCCGGAGCTATGAACACTTTCATT GAGGAAGACCAATGGATTGATTTTAATGTTTTATATTATTTAGTGTGTGA TTGTTTTAGATGGTTTTTTTATTGTCGGAATATTTAACAGTTTTTAGGTG TAAATCTTAGCTAGGAGTATGTTAATACATCGCAATTCCTCATAGCAATT TCTTATTATATTATGTTATCTTTTGTATAAATCTAAATGGCCATTAGACT AAGTTTGTCTCGTTTTTTCGTTTAAATTGAATTTCTTGCTATTATAGTGA TAAATACTATTATTTTCAATAAACACAACTATGGCAACTTGCCCTAGAGC TGAGCCAACATTAAAGTTGATATTACAGCTAAAGTACCGTTATAGCTTTA TCATAAAATTGGTGCCAAAAGCTGTAAACTATTATTAACTTCGGAAAAAA TAGACATCAATATCACTTCTACTAGCTAAATAATACATATTGAAACAATT CTGTCTTGTAGACCAATTAGCCCCGTTCTGCCACTATTGTATCTATGTTC ATACGCATATGTACATTATTAAGCTTAATGCGTTAACCTGTAGGTATGAA ACACTGACTTTGTCTCTAAATATGACGTTAAATAAGTTTTTATGAAGTTC AACTTTATTATGTATATATTTTTTGAGACTTCAGTATATATTTTGAAAAT AGCAATTTTGTACTTGAGTTATTATAGTTTTTATATTTTTGTTTTTACGG AAAAATAAACATAAAAAATCACATTTAAGATTTTTAAAAACTGAACATAC TTTTGATATCGAACAAAATTACAAATATACTTTTAAGATAGAAATTTAAT TAATTAAATTCTTTTTATTGTATGTATACTGTAAGTTGGATTGCCTATCA TAAATTAATTATTTACCGTCAAATGTAAATAAGGATTATAATTGCATTCA ATCCAGACCTTTAAGCATAAATAGTAGATTTTGGAGCCTGTGGTAAAGCA TTCGGTTTATGAAAAATACTAGTAGGAACCAAAAATATTTATTCCAATAA GATTTTGCACCTGGTCACTGTTTCAAAGGAAACCCAACTATAGTTAGCAT CAAATATTTGAAACTGGNCCTATGTAGACATAGATCATTCCTCTTCAAAC TTGAACAAATTGATTACTTCATATACAGCGTGTTCCAGGGAATCGTGAAT GAATCTTTGGAAAGGTTCATTAACTTTCTAAATGATTTGCCAAAAAAAAT TTCCAGAACTATCAACAATAAGTACATACAATTTTTGCTAAACAAATTTC TTGATCAGACCGAGGGCAACTAAGATAAAGACCAAAAGAAATCGTGTGTC CGCGCTTTTTGACGCGGTAATAAGTTATGACAAGATCTCCAGTATCGTAT CTTGCTCCAAAGATCTCATTAACAAGTTTAGAAAGCTGAAGGACGACAAC AAGAGCTCTGAGAGAAAGCCTGGAAAGGCAAAAAACTCAAAAGTGCTGTG AGAACATCTTGACAAATTTATGACCCTGGTCAATGTGGGAGTCATCCTTA CCAGACTTCACCTTATTGACTATGGGATCTGGGTTGCCATCGAAATGAAG GCATGTGTCATCTCCTAATGTGTAGGTACCCTAAAAGCTACCGTGGAGAA GGTATGGGCTGACATGTGGGAGAGATGCGTGAAGAAGACCTGCATGGCCG GCAGTCTTAGGATCAGGGCCAAGAGTGGTCACTTTGAGATTTAACTTTTT ATATAAGTAAAATAAATATATGAAGTCTTACTACTTATACTTGTCGCAGT TGAGTTAGGAAAATTCGTTCCCGATTCACGATATTAATACTCTTAAGTAC GGCGTTGATAGCTTTTATCATCTGGGGAGGCTTAGCCCCAAAAATTATAA ACACTGTAATACAATTGCTTACCTTAATTAGTTAATTACATATACTTGTA TATGTGGTTCTTCTTAATGGGGGGGGGGGGGAGGGAGGGCCCATGAACCC ATCCAAAAAGAAGCTAGCGACACTACTGCTCTTTAGAGAGCAATTTTTTT GAGAAGGGACCAAATTTCACAAAGTTTGATCCGTGATTCCTATGAATAAT TAATACGAAGACTGGAGGAAGCAGATCAAAATGAAGGAAACATCCCTTAG TAATGTATTCTTGTTATATAAATTTGGAAGAAATTATTTATACTAAAATT ATTTTTTTCTATTAATGTCAAGATATGACAGTTTCATTTTGTAAACGATT ATGGTAATTAAACTGTACACTAACTATTTTGTCAAATTTTTCTTAAATAC AATTATCTAAAAGTTACAAATAACAAAATTAATTAGCTTTTAGACCACAT AACGAGGACAACAACCTACTTGGTACAAGTACTTATTGATGATAAAAATA AATAATATCTTAGAAGTAAAAAATAATGAAAAAATAGCATCGAAAAAAAC ATGGATATTGTTTATTTTTCTAATTAAATAGAGAGGAATATTTATCAAAT TATGTATTGATATTAAGTATTGCCTTATTTTTTTTATTTTTATTTTTTTT TCATTTTGATAATAGAAGTATAAAGGAGGGAGGGGACATATGCTTTCTTC AGTCGGAATTGCTTTTTCTCCTATTCTTTTTATATTACATACATATGTAC GAGTCCATATTTCCTTCTTACAATAAAAAAACAAGAAATCTACGGAATAA GGATGTTTTTTAATATTATTATTTTCTAAACGTAATTTTACAGTTCATTG CAATTCATATCTACATAGAATTGACATTGAGTATTTATATGTGTATATAT GAGGGGAAATGTGAAAATAAGCACATTCGTCTTAGTTTGACGTAGTGAAG ACACATCGGTTTATGTTTTCATATATGAGAGGAAGAAATATATTTTCTCC TTGTAACTAATATTGGGAAATCGGTTTTTTTGTACTACCATCCTTTTAAA AATATTTGTAGCTAATATTTAATCATTTTTATATACACTCCTGTGCTTCT TAGCCTCTAAGTCAGTGGTTCTCACACTGTATGCAAAATAGGAATAATAT TCTAAATAGAATATATATATATTACTATAGTAAACTTCCATTAGTATGAC TTAAGTACAAAAAGGTAATTAAAAACCATTTTGCATTTTAAATACTATAT CAAGCTATACTTTTTATTTAATATGCATAAGCAACAACACCCTCGACACA CTGTCGAACCGATTGGTAGCTCTTAACGATTAAGTCTGTGTCCATGGCGT ACCACGCTGTCATAATGGCAGCTCGGAGCGAATCAAAATTATCCTTTGAG TCCATTTATACACATTTCTCGTTAGTGGACTTAAAAATTATTTGCAAGAA TACCCCCAAATGCTCGCTCAATTAGCGACATGAGGCGTACTAACTAACAT TTTATTCCTTTGGCATGTTCTAAAATGGGGTATTTGATCATCTAAAAGGA TATTTGATAAAAAACTGATTTAATCCAGGCTTTACTTTTTATAAGTATTT ATACACATAGCTCAATGTTAACTTAATCCCTTATTTAAAGGCACTGCTGG AGATAATGATGGAACAAATACGGCAGSKACGAGKTTGTGTGRTTCTWTAC ATCCMTCTATAATAARCYCAAACCTMCAGCTYCCCCCTCTGCCACCACCA AAACCACATCTTCGCTCCATACCAGTGGCAGSTCTCTCAACTCTTCCGAA AAATTTTCATTCTAGCTCAGTATCAAATCCACATTCTTCCTTAAGGTTTC CCATTCAATTACTACAAAGCTTTCCTTCTCCTCCTGAGACAACATCATTT GCTGTTTCAGCCTTGGTGAGTTATAATCATTTTGTCTTTTACATTTTAGA GTTTTCTTATTGTTCTTTTTGATTATTCCTTATTCTGATTATTTGTGAGT AAGGGAAAAGGGGGAAGTGACAAATGGGTTTTATGTTGAAAGATATGTCT ACCCTTATGTTGCTGTTGTTTTTTTAGGAGTTTTTTTTTTTTTTTTCAGT TGTAACAAATAAAGAAAAATAATGATCTTTCTAAATTTAATTTAGAATAT ATTGTAAAAAATGGGAGTAAAGAATAGGGGGGGGGGGGATCATCAATCAT TTGAAAATCRAAAGTGTCGATATCAGTATGAAAACATATTTTCGTGTTTT GTAGCTATCCATTTTATAACTATTAATGATTTATACACATAGAGTTCCAT TTTTTGGAGCTGATTAGTTCAATTTCACAAAAAGAAGCAACAACTGCTTA AAAAGCATTTTTCCGTTCAAAGAATATGCAATAAACTTGTTCATCGATAA TTGATACTCAATTATCATAATTTTCAAGTCTTATTTTATTTACAGTTCAT AATGGAAGAAATTGTTATATATTATTTTTTTGTAACTTTTGATTTATAAT TTGAAAGCTATAAAAATTTATATATAGATGTTTAATACGAACGTTTGTGT GTGTATGTAAATTCTAAAATCATAGCCAAACCAATCGATGGGCTTACTGA AAATTTTCATGTAGGTTTTAAAGGCTCAAGAGATGGTTCTGGTTATAATG TTTTGGCCTTCAAGGCCATAAAAGCCTTAAAAAATGACAAAGGTGCTGTT TGACTAACAAACGACTACTTTATATATAAAAAAATAAAGTCTGTAAAATT TAAAGAATGATTCTCGATGCATGTTGGTATATATCTTTGCCCACTTTTAA AAAAAAGAGATTATAAGATTTAGAGAAGAAAAAAAAAGACAAAGGATTTT TGACAAAAATATGAAAGATGAGTGAACAAGAGTTCAACTTGAATTTTTCC CATTTTTTAAAACTTATAGTCTTCTAATTTTAATTTCTTAATGTTCCAAA CAACTCTGGGTAAACCTACTTTAACTTCTTATAAAAATAGGGTGCAAAGA TACAAATCAACACCAACATGGAGCGATAATAATTCTAAAAAATAAGGTCT TTATTATTTAATTTGTTATGTAAGTTGAAGAATTCTTAATTAATTTTAAT TTATTAATGTCCTGGGCAACACCAGGTAAAAATGCCGAATAAAAATTATT GATGAATACATGTAATTAACCCAATACTGGATAGGTTTAACTACGAAATA TAACAATGAAATTTTACATCTACATGAACATTTATTAATTAATGTAAGGT TATCTGTCGTCCAAAATACTTAACATAGTATTATCTAAAAAAGAAAAGTT GTTACTATTTACTTGTACACTGGATTACTCAAGAGTCTTGCTTGAATCCA GAGTGTTTTTTTTTAATTTCAAATTATGGCTTTCTGTTAAAGACAAATAT ATGTTAAAGTATTAGGTTAAGATATTACATTTGGAATAGAAATGTTGTTA TGCCCCTTTTTGTGGTTTAGAATCAATTTTTAATCATTTTCATTCATTCT TTGCATTTTTATTTCATTTTGAAATTAAACTCTTGCTAGTAAAGTTAACA TAGTACAAGAAATTTATATTCATTTATTATTTTCATAGGAAATATCCTGC TGTCGACAAAAAATTTAAAGCCAGTTTGAAAAATATTCTATTTTCTAAGG CAAGAAGGTATAATAGAGTGGAAAACGAGTATGTGAACATAACATTTTCT GATAACGTTTCTAAAAATAACATGGTAATATTAAGACATGATCTCTTGGA TGGAATAAAAACTGTTGATGGAGGTATAATTAGATTAAGGAAAGGGTAGT GTATATTTAAATGGGCAGTAGTGATTCTGTTATTCAATCCTGGTGACTCA CGAAAGCTAGAAATAAATGTAGCCCTTCTTACATCTAAATGCTACTGATA CTGGCGATATATTAATTAATTCACTGCTTATTATTGGGGTTCCGAGGATT TTTTGATATTTTTCATAAATATAATTATGTTATTTAAGTCGAAAACAAAT TATCTCAGCAAAGGCGATAATTATTTAGAAATATTAGAAAAAATGTAAGG ATATAGTTTAAGTATTACCTATTTTTTTATTCTTGATAGGCTCTGGATCT TGGTTCCTATCCGGAAATAGAGGTACGTTCTCGCTCTGGTACGAGCTCAA TGGATCCAATTGAGAGTGAAATACTTCTTCCACCACCAGCAGAGTGTCTA TATACTCTTCCCCGTAAAAAGCCATTAGACAATGATAACTCAAAGCCAAG GCGGTCAGTTCGATTTGATGATATAAAAAAGAAAACACCTGGTCGACGAC GAAAATCAAATATGGAGAGTGCAGTGTAG
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