EMLSAG00000005672, EMLSAG00000005672-688438 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000005672
Unique NameEMLSAG00000005672-688438
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000005672 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: 121.709 bits (304), Expect = 9.695e-28
Identity = 71/186 (38.17%), Postives = 99/186 (53.23%), Query Frame = 0
Query:   59 VHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            + N L    + R  L   + C A N  L K       ++M L P+ V IL P  S   +R   + C S GSRP A +TW+K  + + +  TK   + N T S   +   P   D GK ITCR+EN N+ G  +++  +LNV YPP V L LG +L  + I EG+DVY EC+++SNP   K+ W HN
Sbjct:  227 IENRLLWPSVQRNDLNSVFTCQALNTQLDKPKEKSFILDMHLKPLVVKILEPPSSMIADRRYEVSCESSGSRPNAIITWYKGKRQLRR--TKDDISKNSTRS--ELSFVPTTDDDGKSITCRAENPNVNGLYLETMWKLNVVYPPLVTLRLGSTLTPDDIKEGDDVYFECHVQSNPQWRKLLWLHN 408          

HSP 2 Score: 94.7449 bits (234), Expect = 4.813e-19
Identity = 57/169 (33.73%), Postives = 90/169 (53.25%), Query Frame = 0
Query:  245 ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPN-FNIRGFES--------SRSVNLKLYSSNSYGRS 404
            ++CE  + P   ++RW FN+S  +L     SE  S N S S L Y   + +DYG L C+A+N  G    PC+F+++ A  P A  +C V N T   + + C  G+DGGL Q+F LE+    +G    N+++ E   F++   ++        + S+ L++YS N  GRS
Sbjct:  485 VVCEIQADPPPRTFRWKFNNSGETLDV--GSERFSVNGSRSILKYTPVTDQDYGTLSCWASNEVGTQQHPCLFQVVLAALPNAVSNCTVFNRTELSVDIQCIPGYDGGLPQIFVLEMFSTRTGITRFNLSNAEEALFSLENLDTLTSMMVQENNSLRLRIYSYNQKGRS 651          
BLAST of EMLSAG00000005672 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: 118.627 bits (296), Expect = 1.010e-26
Identity = 88/313 (28.12%), Postives = 133/313 (42.49%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIH---TDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEG 311
            + C++ GG P P + W                 +  +T+  N   G   SE +    V NTL++  L R  L     C A+NN+L       V ++M L P+ V +     + S      L C   G+RP  T+TWWK     G +P K  H   T +   + S +   P   D GK ++CR+E + I  S ++   +L++ + P V L LG +     + EG DV+ ECNIKSNP +Y+++W HN                         + L ++ A     S  SL     S    G   C  +N EG+G
Sbjct:  199 ITCVAIGGRPQPRVTW-----------------LHGNTVYKNASVGQPLSERR----VGNTLSLARLERRNLHMQLTCRAENNNLTTPIISSVVLDMNLRPLIVKLQGENRALSAGNSYQLSCVVIGARPAPTITWWK-----GSTPMKNTHEIATPDGNLTTSVLTFTPTIDDRGKFLSCRAEQSMIPESGMEDGWKLDIYHIPVVSLELGTNSLNSTLREGIDVFFECNIKSNPWIYEVSWRHN------------------------GKILTNNPAEGIAVSNQSLVLQNASRARSGIYTCVGSNREGDG 461          

HSP 2 Score: 105.531 bits (262), Expect = 1.806e-22
Identity = 55/164 (33.54%), Postives = 86/164 (52.44%), Query Frame = 0
Query:  245 ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTV 408
            + CE  + P   +Y W FN ++G    + +S+ +  +   S   Y   +  DYG LLC+ATN  G+  +PC++ + PAG P+  ++C V N T TG  + C +GF+GGL Q F +EV   G+    +      P F + G       N+ L ++NS GRS  T+
Sbjct:  494 VACEIDANPAEATYVWKFNATQGETVDIPASQVA-VDRGRSIAHYTPMTENDYGTLLCWATNEIGDQSEPCVYTIFPAGEPDPLLNCTVLNQTSTGFQIECIEGFNGGLQQDFIMEVYMNGTTRHPKISKSKRPYFEVSGLVPGMGYNVFLIANNSKGRSNATI 656          
BLAST of EMLSAG00000005672 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: 98.9821 bits (245), Expect = 2.496e-20
Identity = 69/248 (27.82%), Postives = 110/248 (44.35%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSI--SHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMI--SEGNDVYMECNIKSNPLVYKINWYHN 244
             L C  +GG PPP + W  + +    E I TS   VE                +    + N L I   TR + G   EC A+   L+      VT+ + L P+ V I  P E  +  +   + C S+GS P A +TW   G+ I ++    +H+D E  +I  S + L+  + +   ++TCR+ N    G AI+    + V YPP V + L       ++  +EG +V  +C   + P V   +W+ N
Sbjct:  240 FLCCQVRGGRPPPKVTWWRDDT----ELIGTSHTSVE----------------EGATVMVNQLLIGTTTRDFYGIRIECRAQGTRLVDPVRKDVTVQVYLKPVRVKIATPNELLTAGQPMPIRCESWGSYPAAKITWLLDGEPI-RNAEVTVHSDKEDGNITTSILTLKVTSENDNAELTCRATNPWFSGGAIEDKRIIRVAYPPTVSVHLANEDPSRLVTRAEGQNVTFKCRADARPPVTSYSWFKN 466          

HSP 2 Score: 84.3445 bits (207), Expect = 8.948e-16
Identity = 82/331 (24.77%), Postives = 129/331 (38.97%), Query Frame = 0
Query:  122 LECRSYGSRPPAT-LTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEG----NDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVT------------------------------------DRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLE 411
             +CR+  +RPP T  +W+K G  +    T+++H            L     +     +C + NT   G    S L L VQ+ P+      KS   E  S G    + + ++C + ++P                  P  + + W++N++      L S   S  N   S++TY   +  +   L C+A+N  G    PC+  ++PA  PEAP  C++RN T   L V+C  G DGGL Q F LEV                                     D+ +   +  M    P F +   E  R     +Y+ N+ GRS   V +E
Sbjct:  448 FKCRA-DARPPVTSYSWFKNGMRMSGESTEIMH------------LTQLERESAGAYSCGATNTE--GETRSSSLTLKVQFSPRC-----KS-GTEQTSIGAVSLHSILVKCEVDADP------------------PDSVRFSWTYNNTRNVSPVLNSRIQS--NGLASTVTYLPQTDSELITLACWASNAVGRQTTPCLVHILPANTPEAPKACELRNDTV--LEVVCVAGSDGGLSQYFMLEVVGGDPLYSGDPGGSAGQGRGQFSEAIGLGDNEISTLNDQATSAPIFRMQENSPQFRLNNLEPGREYQFLVYAVNAKGRSEPPVVIE 735          
BLAST of EMLSAG00000005672 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: 70.0922 bits (170), Expect = 2.871e-11
Identity = 63/249 (25.30%), Postives = 102/249 (40.96%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYL--------GKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISH-IRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L+C++ GG P P+LIW  +S P   EP                     P EP+R+       + +  +R  +           + C A       SAS  + +  +  P N++IL    +        L C S  S PP  L+W K G+ +     K      +  + S  + LR  + DHG+ +TCR+ ++  L   + S  R NV YPP+    LG+ +    + E   V +  ++ +NP     NW
Sbjct:  477 LVCLAIGGNPDPSLIWFKDSRP-VSEP-------------------RQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQ----LSASTQLVV--QFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNW 695          

HSP 2 Score: 55.4546 bits (132), Expect = 1.040e-6
Identity = 56/235 (23.83%), Postives = 93/235 (39.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGK-FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMEC-NIKSNP 234
            L C ++GG PP TL W  N      +P+ T++    +                     H+ L + V    + G    C + N+    +    +T+ +   P  ++IL    S S N+   L C +  SRP   L WW  G+  +    T M        S+S++    +  D+G  +TC + +        +  L LNV+YP + +   G   + + I  G  V + C  I  NP
Sbjct:  277 LPCTARGGNPPATLQWLKNG-----KPVSTAWGTEHA-----------------QAVAHSVLVMTVRPEDH-GARLSCQSYNSVSAGTQERSITLQVTFPPSAITILG-SVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETVMDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWIEGPP-EGQYIRTGTRVRLVCLAIGGNP 486          

HSP 3 Score: 55.0694 bits (131), Expect = 1.599e-6
Identity = 38/121 (31.40%), Postives = 59/121 (48.76%), Query Frame = 0
Query:  122 LECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWY 242
            L C + G  PPATL W K GK +  +     H     +S+  + +RP+  DHG  ++C+S N+   G+  +S + L V +PP  I  LG        SE  +V + C  KS+     + W+
Sbjct:  277 LPCTARGGNPPATLQWLKNGKPVSTA-WGTEHAQAVAHSVLVMTVRPE--DHGARLSCQSYNSVSAGTQERS-ITLQVTFPPSAITILGSVSQ----SENKNVTLCCLTKSSRPRVLLRWW 389          
BLAST of EMLSAG00000005672 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: 70.0922 bits (170), Expect = 2.871e-11
Identity = 63/249 (25.30%), Postives = 102/249 (40.96%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYL--------GKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISH-IRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L+C++ GG P P+LIW  +S P   EP                     P EP+R+       + +  +R  +           + C A       SAS  + +  +  P N++IL    +        L C S  S PP  L+W K G+ +     K      +  + S  + LR  + DHG+ +TCR+ ++  L   + S  R NV YPP+    LG+ +    + E   V +  ++ +NP     NW
Sbjct:  477 LVCLAIGGNPDPSLIWFKDSRP-VSEP-------------------RQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQ----LSASTQLVV--QFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNW 695          

HSP 2 Score: 55.4546 bits (132), Expect = 1.040e-6
Identity = 56/235 (23.83%), Postives = 93/235 (39.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGK-FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMEC-NIKSNP 234
            L C ++GG PP TL W  N      +P+ T++    +                     H+ L + V    + G    C + N+    +    +T+ +   P  ++IL    S S N+   L C +  SRP   L WW  G+  +    T M        S+S++    +  D+G  +TC + +        +  L LNV+YP + +   G   + + I  G  V + C  I  NP
Sbjct:  277 LPCTARGGNPPATLQWLKNG-----KPVSTAWGTEHA-----------------QAVAHSVLVMTVRPEDH-GARLSCQSYNSVSAGTQERSITLQVTFPPSAITILG-SVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETVMDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWIEGPP-EGQYIRTGTRVRLVCLAIGGNP 486          

HSP 3 Score: 55.0694 bits (131), Expect = 1.599e-6
Identity = 38/121 (31.40%), Postives = 59/121 (48.76%), Query Frame = 0
Query:  122 LECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWY 242
            L C + G  PPATL W K GK +  +     H     +S+  + +RP+  DHG  ++C+S N+   G+  +S + L V +PP  I  LG        SE  +V + C  KS+     + W+
Sbjct:  277 LPCTARGGNPPATLQWLKNGKPVSTA-WGTEHAQAVAHSVLVMTVRPE--DHGARLSCQSYNSVSAGTQERS-ITLQVTFPPSAITILGSVSQ----SENKNVTLCCLTKSSRPRVLLRWW 389          
BLAST of EMLSAG00000005672 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: 70.0922 bits (170), Expect = 3.121e-11
Identity = 63/249 (25.30%), Postives = 102/249 (40.96%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYL--------GKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISH-IRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L+C++ GG P P+LIW  +S P   EP                     P EP+R+       + +  +R  +           + C A       SAS  + +  +  P N++IL    +        L C S  S PP  L+W K G+ +     K      +  + S  + LR  + DHG+ +TCR+ ++  L   + S  R NV YPP+    LG+ +    + E   V +  ++ +NP     NW
Sbjct:  477 LVCLAIGGNPDPSLIWFKDSRP-VSEP-------------------RQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQ----LSASTQLVV--QFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNW 695          

HSP 2 Score: 55.4546 bits (132), Expect = 1.079e-6
Identity = 56/235 (23.83%), Postives = 93/235 (39.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGK-FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMEC-NIKSNP 234
            L C ++GG PP TL W  N      +P+ T++    +                     H+ L + V    + G    C + N+    +    +T+ +   P  ++IL    S S N+   L C +  SRP   L WW  G+  +    T M        S+S++    +  D+G  +TC + +        +  L LNV+YP + +   G   + + I  G  V + C  I  NP
Sbjct:  277 LPCTARGGNPPATLQWLKNG-----KPVSTAWGTEHA-----------------QAVAHSVLVMTVRPEDH-GARLSCQSYNSVSAGTQERSITLQVTFPPSAITILG-SVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETVMDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWIEGPP-EGQYIRTGTRVRLVCLAIGGNP 486          

HSP 3 Score: 55.0694 bits (131), Expect = 1.509e-6
Identity = 38/121 (31.40%), Postives = 59/121 (48.76%), Query Frame = 0
Query:  122 LECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWY 242
            L C + G  PPATL W K GK +  +     H     +S+  + +RP+  DHG  ++C+S N+   G+  +S + L V +PP  I  LG        SE  +V + C  KS+     + W+
Sbjct:  277 LPCTARGGNPPATLQWLKNGKPVSTA-WGTEHAQAVAHSVLVMTVRPE--DHGARLSCQSYNSVSAGTQERS-ITLQVTFPPSAITILGSVSQ----SENKNVTLCCLTKSSRPRVLLRWW 389          
BLAST of EMLSAG00000005672 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: 64.3142 bits (155), Expect = 1.807e-9
Identity = 66/247 (26.72%), Postives = 100/247 (40.49%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILP-----PEESFSINRE--TLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L C S GG P PT+ W      G+  P+  +  V++   K    N               TL+I +  R   G  Y+CV +N  + +   +  T  +     NV+  P     PE    + R+    LEC          + W + G+FI  S    IH             R    D GK  TC ++N   LG   + +L L++ YPP V++   K+ + E   EG+ V + CN+ +NP    I W
Sbjct:  171 LTCSSIGGSPDPTITWYRE---GSNTPLPAT--VLKGGTKDQPTNA--------------TLSI-IPRREDDGAKYKCVVRNRAMNEGKRLEATATL-----NVNYYPRVEVGPENPLRVERDRTAKLECNVDAKPKVPNVRWNRNGRFISSSLVHTIH-------------RVSVQDAGK-YTCIADNG--LGKTGEQELILDILYPPMVVIE-SKTREAE---EGDTVTIRCNVTANPAPVTIEW 372          

HSP 2 Score: 45.8246 bits (107), Expect = 9.534e-4
Identity = 31/124 (25.00%), Postives = 52/124 (41.94%), Query Frame = 0
Query:  122 LECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNI-LGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            L C S G  P  T+TW++ G       T +     +  + + + + P+  D G    C   N  +  G  +++   LNV Y P+V +     L +E         +ECN+ + P V  + W  N
Sbjct:  171 LTCSSIGGSPDPTITWYREGSNTPLPATVLKGGTKDQPTNATLSIIPRREDDGAKYKCVVRNRAMNEGKRLEATATLNVNYYPRVEVGPENPLRVE---RDRTAKLECNVDAKPKVPNVRWNRN 291          
BLAST of EMLSAG00000005672 vs. GO
Match: - (symbol:kirrel3l "kin of IRRE like 3 like" species:7955 "Danio rerio" [GO:0039022 "pronephric duct development" evidence=IMP] [GO:0032836 "glomerular basement membrane development" evidence=IMP] [GO:0072015 "glomerular visceral epithelial cell development" evidence=IMP] [GO:0016020 "membrane" evidence=IEA] [GO:0007520 "myoblast fusion" evidence=IMP] [GO:0005886 "plasma membrane" evidence=IDA] [GO:0007420 "brain development" evidence=IMP] [GO:0039021 "pronephric glomerulus development" evidence=IMP] InterPro:IPR007110 PROSITE:PS50835 ZFIN:ZDB-GENE-070831-1 GO:GO:0005886 GO:GO:0007420 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007520 InterPro:IPR013098 Pfam:PF07679 InterPro:IPR013162 Pfam:PF08205 GO:GO:0072015 GO:GO:0032836 GO:GO:0039022 GO:GO:0039021 GeneTree:ENSGT00550000074545 HOVERGEN:HBG052260 TreeFam:TF327139 HOGENOM:HOG000020211 OMA:NCTAWNR EMBL:CU638818 UniGene:Dr.75543 STRING:7955.ENSDARP00000045398 Ensembl:ENSDART00000045399 Uniprot:B0CM22)

HSP 1 Score: 63.929 bits (154), Expect = 2.387e-9
Identity = 49/181 (27.07%), Postives = 85/181 (46.96%), Query Frame = 0
Query:   67 VLTRAYLG--KTYECVAKNNDLLKSASMHVTINMRLLPINVSILP--PEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQS--PTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            V+  A LG    YEC A    L +S    +T+   L+P +  I+   P      +    L CR+ G++P A +TW++ G+ +  +     ++       ++S + + P+ SD G+  TCR  N     +  Q+ + +NVQ+PP V L    S+  + + EG  V   C+  +NP +    W
Sbjct:   97 VIDSAELGDDAIYECQATQAGL-RSHRAKLTV---LVPPSDPIVEGGPVVRLKAHTPHNLTCRASGAKPAAEITWYRDGEIMQNAIYSKSLMEDGKRETAVSMLPMVPEDSDSGRTYTCRVLNP-AAPAGRQTSVTINVQHPPSVTL----SVQPQTVMEGAKVLFICSASANPEITGYRW 268          
BLAST of EMLSAG00000005672 vs. GO
Match: - (symbol:KIRREL "Uncharacterized protein" species:9823 "Sus scrofa" [GO:0001933 "negative regulation of protein phosphorylation" evidence=IEA] [GO:0005886 "plasma membrane" evidence=IEA] [GO:0005911 "cell-cell junction" evidence=IEA] [GO:0007588 "excretion" evidence=IEA] [GO:0016337 "cell-cell adhesion" evidence=IEA] [GO:0017022 "myosin binding" evidence=IEA] [GO:0030838 "positive regulation of actin filament polymerization" evidence=IEA] [GO:0043198 "dendritic shaft" evidence=IEA] [GO:0048471 "perinuclear region of cytoplasm" evidence=IEA] InterPro:IPR007110 PROSITE:PS50835 GO:GO:0005886 GO:GO:0048471 Gene3D:2.60.40.10 InterPro:IPR013783 GO:GO:0043198 InterPro:IPR003599 SMART:SM00409 InterPro:IPR003598 SMART:SM00408 GO:GO:0007588 GO:GO:0005911 GO:GO:0016337 GO:GO:0030838 InterPro:IPR013098 Pfam:PF07679 GO:GO:0001933 InterPro:IPR013162 Pfam:PF08205 GeneTree:ENSGT00550000074545 CTD:55243 TreeFam:TF327139 EMBL:CU856431 RefSeq:XP_003125739.2 Ensembl:ENSSSCT00000007068 GeneID:100512834 KEGG:ssc:100512834 Uniprot:F1RN78)

HSP 1 Score: 63.5438 bits (153), Expect = 2.630e-9
Identity = 45/177 (25.42%), Postives = 80/177 (45.20%), Query Frame = 0
Query:   76 TYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEES---------FSINRETLLECRSYGSRPPATLTWWKRG--KFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            +YEC A     L+S    +T+          ++PPE++                 L CR++ ++P AT+ W++ G  +    + T+++       +IS + + P   D G+  TCRS N  I  S  ++ + L+V +PP V L    S++ + + EG  V   C   +NP +    W
Sbjct:   97 SYECQA-TEAALRSRRAKLTV----------LIPPEDTKIDGGPVILLQAGTPHNLTCRAFNAKPAATIIWFRDGTQQEGAVASTELLKDGKRETTISQLLINPTDLDIGRVFTCRSVNEAI-PSGKETSIELDVHHPPTVTL----SIEPQTVQEGERVVFTCQATANPEILGYRW 257          
BLAST of EMLSAG00000005672 vs. GO
Match: - (symbol:kirre "kin of irre" species:7227 "Drosophila melanogaster" [GO:0005886 "plasma membrane" evidence=IDA;NAS] [GO:0007520 "myoblast fusion" evidence=IMP;NAS;TAS] [GO:0016202 "regulation of striated muscle tissue development" evidence=IGI;IMP] [GO:0005515 "protein binding" evidence=IPI] [GO:0007523 "larval visceral muscle development" evidence=IMP] [GO:0007157 "heterophilic cell-cell adhesion" evidence=IMP] [GO:0007156 "homophilic cell adhesion" evidence=IGI;IMP] [GO:0009986 "cell surface" evidence=IDA] [GO:0005912 "adherens junction" evidence=IDA] [GO:0097206 "nephrocyte filtration" evidence=IMP] [GO:0036059 "nephrocyte diaphragm assembly" evidence=IMP] [GO:0005917 "nephrocyte diaphragm" evidence=IDA] [GO:0050839 "cell adhesion molecule binding" evidence=IPI] [GO:0061321 "garland nephrocyte differentiation" evidence=IMP] [GO:0001745 "compound eye morphogenesis" evidence=IMP] [GO:1901739 "regulation of myoblast fusion" evidence=IMP] [GO:0036058 "filtration diaphragm assembly" evidence=IMP] InterPro:IPR007110 PROSITE:PS50835 GO:GO:0005886 GO:GO:0009986 Gene3D:2.60.40.10 InterPro:IPR013783 InterPro:IPR003599 SMART:SM00409 GO:GO:0005912 GO:GO:0007520 GO:GO:0007157 InterPro:IPR013098 Pfam:PF07679 GO:GO:0007156 InterPro:IPR013106 Pfam:PF07686 InterPro:IPR013162 Pfam:PF08205 GO:GO:0016202 GO:GO:0001745 GO:GO:1901739 GO:GO:0007523 OrthoDB:EOG77WWG2 EMBL:AL035436 GO:GO:0061321 GO:GO:0005917 GO:GO:0036059 GO:GO:0097206 ProteinModelPortal:O97174 SMR:O97174 IntAct:O97174 PRIDE:O97174 FlyBase:FBgn0028369 InParanoid:O97174 Bgee:O97174 Uniprot:O97174)

HSP 1 Score: 63.929 bits (154), Expect = 2.643e-9
Identity = 50/156 (32.05%), Postives = 70/156 (44.87%), Query Frame = 0
Query:  117 NRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISH-------IRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILT-LGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFND 264
            +RE  LEC S G +P A +TW      +G   TK I    E  + S        ++L PK   H    TC+++NT    +   + L L V+Y PKVI++ +G +L    I EG +V + C   +NP        H            LSYRW  ND
Sbjct:  202 DREIELECVSQGGKPAAEITWIDG---LGNVLTKGIEYVKEPLADSRRITARSILKLAPKKEHHNTTFTCQAQNTADR-TYRSAKLLLEVKYAPKVIVSVVGGALAGGKIPEGAEVILSCQADANP--------HE-----------LSYRWFIND 334          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592935861|gb|GAXK01022692.1| (TSA: Calanus finmarchicus comp1112754_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 155.992 bits (393), Expect = 2.836e-39
Identity = 92/248 (37.10%), Postives = 138/248 (55.65%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSF--KVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILG---SAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            ++CI + G P P + W  N S      +  S    + E  + S   + S PS       V   L  N L RA+ G    CVA NN++ + A   ++++M + P +VSI   +   S +R   ++C S+GS PPAT+TWWK GK +G    + I  D    S S +++ PK  D+GK++TCR+ENT ++    SA + ++ LNV YPP+V+L+ G S+D   I EG DVY +C I++NP VYK+ W  N
Sbjct: 1602 IMCIVKSGLPVPKVYWTINESESLLTSLAKSHCPDLPEIPVVSTTMSVSPPS------LVVARLESNCLPRAWAGAVLGCVATNNNISRPARSDISLDMMVGPASVSITRDKWPLSSDRRYTIKCSSFGSIPPATITWWKGGKLMG-FIQQTISLDGNVTS-SELQITPKYYDNGKNLTCRAENTKLVNNRRSAKEFNINLNVLYPPRVVLSFGASIDRHNIVEGTDVYFDCKIEANPNVYKVEWNKN 2321          

HSP 2 Score: 130.954 bits (328), Expect = 3.018e-31
Identity = 105/374 (28.07%), Postives = 169/374 (45.19%), Query Frame = 0
Query:   74 GKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEE---SF--SINRETLLE-------CRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTE-PNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYM 434
            GK   C A+N  L+ +       N     IN+++L P     SF  SI+R  ++E       C+   +     + W K    + Q  T+ +   N    +   ++ P +S    + TC +  +NI G  + +   L V+Y P+ + T    L++ +     ++                    I C+    P   ++RW  N+S          + +S      +        K+ G L C+ATN  GE  +PC F+L+ AG P  P DC V   T   L V+CQ  + GGL Q FHLE+ D    +LL+N+T  + P F +   +  + + +K+YS+N  GRS   V+LE++ SKVAELQIE+ P+   Q  +
Sbjct:  813 GKNLTCRAENTKLVNNRRSAKEFN-----INLNVLYPPRVVLSFGASIDRHNIVEGTDVYFDCKIEANPNVYKVEWNKNNTRVEQDLTRGVVVSNTALVLQ--KVDPSSSG---EYTCTA--SNIEGDTLSNSQHLQVKYKPQCVHT--SPLNVAVSESSTNL--------------------IPCDSEGVPKATTFRWVLNNS---GIEETLKQKTSTLTLRQAKLRFPEEEKNVGVLECWATNSVGEAKEPCTFQLVAAGLPAPPEDCRVTRETNDSLTVVCQPAWSGGLTQTFHLELWDGKEKELLRNVTEKKRPRFELNRLQPGKRLIIKIYSANKKGRSEKIVELESSTSKVAELQIETAPAPVGQTVL 1823          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592838823|gb|GAXK01118721.1| (TSA: Calanus finmarchicus comp1091110_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 146.362 bits (368), Expect = 4.434e-36
Identity = 87/243 (35.80%), Postives = 121/243 (49.79%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            L C+S GG P P + W   +       ID S+++  + +                  + NTL I  L R+ LG    C + NN++    S  + I+M   P++VSI    +  S   E  +EC + GSRP   +TWW    F+G +   +    N + SI  ++  PK  D  K +TCR+ENT+I   AIQ   +L V YPP V L LG  L  + I EG DVY EC IK+NP +YKI W HN
Sbjct: 1551 LRCVSSGGNPSPEVTWWKEN-----RLIDNSYEMTFTNV------------------IQNTLEIGPLARSDLGTVLTCQSSNNNISIPLSNKLEIDMVFAPVDVSITSLGQPLSAGTEYSIECEAAGSRPDPVITWWLGDTFLGHNNQVVEKIGNISKSI--LQFTPKPKDDQKVLTCRAENTDIKDGAIQDSWKLTVYYPPIVSLRLGLELGSDAIDEGKDVYFECKIKANPEIYKIRWTHN 2204          

HSP 2 Score: 121.324 bits (303), Expect = 5.009e-28
Identity = 98/355 (27.61%), Postives = 160/355 (45.07%), Query Frame = 0
Query:   75 KTYECVAKNNDLLKSA---SMHVTINMR-LLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESP 425
            K   C A+N D+   A   S  +T+    ++ + + +    ++    ++   EC+   +     + W   G+ I Q  +          S   + L+    +   + TC    +N+ G    + + L + Y P+ I         E  + G       NI SN           + C   SYP   S+ W FN+S+ +++        + + S     Y+  S   +G+L C+A N  G   +PCIF +IPA PP +P +C V N T   L V C+ GFDGGL Q F LEV D  +  +L N++ + P F I G    R + L +++ N  G+S  T+ LE   +KVA+LQ+E+P
Sbjct:  783 KVLTCRAENTDIKDGAIQDSWKLTVYYPPIVSLRLGLELGSDAIDEGKDVYFECKIKANPEIYKIRWTHNGEHIDQKSSN--GESGLIMSGQSLVLQKVKREQAGNFTCLV--SNLEGDTESNSVLLKILYAPRCIQN-------EKQTHG------ANIGSN---------LEVKCTVDSYPLPTSFSWGFNNSKDAIKISDDLYDMNDSVSTLK--YSTLSDHHFGHLYCWARNSMGVMSEPCIFNIIPARPPTSPSNCVVLNQTTDVLQVECEPGFDGGLDQFFLLEVVDVVTTMMLANVSSSRPVFTITGLNPGRDLRLAIFAVNKNGKSQPTI-LEGFTTKVAQLQVETP 1760          

HSP 3 Score: 41.2022 bits (95), Expect = 1.006e-2
Identity = 40/139 (28.78%), Postives = 64/139 (46.04%), Query Frame = 0
Query:  107 ILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKA-SDHGKDITCRSENTNILGSAIQSDLRLNVQYPP--KVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWY 242
            ++ P +  SI R   L C S G  P   +TWWK  + I  S  +M  T+      + + + P A SD G  +TC+S N NI    + + L +++ + P    I +LG+ L     S G +  +EC    +     I W+
Sbjct: 1863 LVGPYQVASITR---LRCVSSGGNPSPEVTWWKENRLIDNS-YEMTFTN---VIQNTLEIGPLARSDLGTVLTCQSSNNNI-SIPLSNKLEIDMVFAPVDVSITSLGQPL-----SAGTEYSIECEAAGSRPDPVITWW 2240          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592804168|gb|GAXK01150400.1| (TSA: Calanus finmarchicus comp786467_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 136.732 bits (343), Expect = 3.694e-34
Identity = 81/242 (33.47%), Postives = 117/242 (48.35%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L C+S GG P P + W   +     E ID S+                  E      V NT+ I  L+R+ LG    C++ NN++    S  VTI+M    ++VSI    +  S     +L C + GSRP   ++WW     +     + +   N+    S I   P   DHGK + CR+EN +I+ S I+    L V YPP++ L+ G S++ E+I EG DVY  C I++NP VYKI W H
Sbjct:  724 LTCVSSGGDPSPQVTWWKEN-----ELIDQSY------------------EKTYQHVVQNTIKIGPLSRSDLGTVLTCLSSNNNISVPVSSRVTIDMVFPAVDVSITTIGQPLSAGTVYILSCEAAGSRPDPIISWWLGSDELNGE--EQVLEKNKDIVKSTIYFTPSTKDHGKVLVCRAENPHIVDSGIEDSWTLTVYYPPRLNLSFGLSMNAELIDEGKDVYFMCEIEANPEVYKIGWRH 1374          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592804169|gb|GAXK01150399.1| (TSA: Calanus finmarchicus comp786467_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 136.346 bits (342), Expect = 4.319e-34
Identity = 81/242 (33.47%), Postives = 117/242 (48.35%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L C+S GG P P + W   +     E ID S+                  E      V NT+ I  L+R+ LG    C++ NN++    S  VTI+M    ++VSI    +  S     +L C + GSRP   ++WW     +     + +   N+    S I   P   DHGK + CR+EN +I+ S I+    L V YPP++ L+ G S++ E+I EG DVY  C I++NP VYKI W H
Sbjct:  724 LTCVSSGGDPSPQVTWWKEN-----ELIDQSY------------------EKTYQHVVQNTIKIGPLSRSDLGTVLTCLSSNNNISVPVSSRVTIDMVFPAVDVSITTIGQPLSAGTVYILSCEAAGSRPDPIISWWLGSDELNGE--EQVLEKNKDIVKSTIYFTPSTKDHGKVLVCRAENPHIVDSGIEDSWTLTVYYPPRLNLSFGLSMNAELIDEGKDVYFMCEIEANPEVYKIGWRH 1374          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592804170|gb|GAXK01150398.1| (TSA: Calanus finmarchicus comp786467_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 136.732 bits (343), Expect = 8.686e-34
Identity = 81/242 (33.47%), Postives = 117/242 (48.35%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L C+S GG P P + W   +     E ID S+                  E      V NT+ I  L+R+ LG    C++ NN++    S  VTI+M    ++VSI    +  S     +L C + GSRP   ++WW     +     + +   N+    S I   P   DHGK + CR+EN +I+ S I+    L V YPP++ L+ G S++ E+I EG DVY  C I++NP VYKI W H
Sbjct:  724 LTCVSSGGDPSPQVTWWKEN-----ELIDQSY------------------EKTYQHVVQNTIKIGPLSRSDLGTVLTCLSSNNNISVPVSSRVTIDMVFPAVDVSITTIGQPLSAGTVYILSCEAAGSRPDPIISWWLGSDELNGE--EQVLEKNKDIVKSTIYFTPSTKDHGKVLVCRAENPHIVDSGIEDSWTLTVYYPPRLNLSFGLSMNAELIDEGKDVYFMCEIEANPEVYKIGWRH 1374          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592814094|gb|GAXK01140474.1| (TSA: Calanus finmarchicus comp1127315_c0_seq4 transcribed RNA sequence)

HSP 1 Score: 130.183 bits (326), Expect = 4.120e-31
Identity = 81/245 (33.06%), Postives = 119/245 (48.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPT---KMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L+C   GG P PT+ W                      +     NG +  EP + I V N L   +L R    K   CVAKNND+    +  VT+ M L P +V IL  +   +   +  + C + GS PPA + W     +IG++P    K+ H    + + S +   P   D+ + I+CR+ N NI GS I+    ++V Y P++ LTLG++L+ + I E +DVY EC I SNP   K+ WYH
Sbjct:  572 LVCEVHGGRPSPTVFW---------------------YVDDQIVNGKTQIEPGKDIVV-NKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRW-----YIGETPAENYKVQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYH 1225          

HSP 2 Score: 108.227 bits (269), Expect = 6.808e-24
Identity = 94/346 (27.17%), Postives = 149/346 (43.06%), Query Frame = 0
Query:   92 MHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVY--MECNIKSNPLVYKINWY-----HNILCEFSSYPGVLSY-RWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS--LTTVQLETTPSKVAELQIESPPS 427
            +HV    RL       L P+E      +   EC    +     L W+ + + +  + T  I   N++  I  +     +  +  + TCR+EN    G A  +++ L+++Y P   +   KS+D   I+  + V   ++C + SNP V ++ W      H      S Y  +  + R S+                                 D+G LLC+  N  G    PC+F +  AG P    +C + N T T  GVIC  GFDGGL Q F+LE+    +  LL+NMT  +P F + G  S++ V+L++YS N  GRS  +T  +     + +     E PPS
Sbjct: 1085 VHVMYKPRLTLTLGRTLNPQE-IKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGV-----SQKNNGEYTCRAENRQ--GKATSNEINLSIKYSP---VCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPER-------------------------TREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGT-FGVICDPGFDGGLTQAFNLEIFVSETKALLRNMTRNQPKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAESVRINTDLGSRSTELPPS 2011          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592814096|gb|GAXK01140472.1| (TSA: Calanus finmarchicus comp1127315_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 130.183 bits (326), Expect = 5.116e-31
Identity = 81/245 (33.06%), Postives = 119/245 (48.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPT---KMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L+C   GG P PT+ W                      +     NG +  EP + I V N L   +L R    K   CVAKNND+    +  VT+ M L P +V IL  +   +   +  + C + GS PPA + W     +IG++P    K+ H    + + S +   P   D+ + I+CR+ N NI GS I+    ++V Y P++ LTLG++L+ + I E +DVY EC I SNP   K+ WYH
Sbjct:  730 LVCEVHGGRPSPTVFW---------------------YVDDQIVNGKTQIEPGKDIVV-NKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRW-----YIGETPAENYKVQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYH 1383          

HSP 2 Score: 108.227 bits (269), Expect = 6.226e-24
Identity = 94/346 (27.17%), Postives = 149/346 (43.06%), Query Frame = 0
Query:   92 MHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVY--MECNIKSNPLVYKINWY-----HNILCEFSSYPGVLSY-RWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS--LTTVQLETTPSKVAELQIESPPS 427
            +HV    RL       L P+E      +   EC    +     L W+ + + +  + T  I   N++  I  +     +  +  + TCR+EN    G A  +++ L+++Y P   +   KS+D   I+  + V   ++C + SNP V ++ W      H      S Y  +  + R S+                                 D+G LLC+  N  G    PC+F +  AG P    +C + N T T  GVIC  GFDGGL Q F+LE+    +  LL+NMT  +P F + G  S++ V+L++YS N  GRS  +T  +     + +     E PPS
Sbjct: 1243 VHVMYKPRLTLTLGRTLNPQE-IKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGV-----SQKNNGEYTCRAENRQ--GKATSNEINLSIKYSP---VCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPER-------------------------TREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGT-FGVICDPGFDGGLTQAFNLEIFVSETKALLRNMTRNQPKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAESVRINTDLGSRSTELPPS 2169          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592838122|gb|GAXK01119422.1| (TSA: Calanus finmarchicus comp1645590_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 129.413 bits (324), Expect = 1.008e-30
Identity = 82/243 (33.74%), Postives = 123/243 (50.62%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            L C  +G  PPPT+ W  N              +V++T           SE     TV NT+ I+ L    +   + C A NN+  K A   + I +   P  V IL    S S  +  +++C + GS+P A++TWWK GKF+ Q P +    D  + +I  I     + D+GK ++CR+EN  I GS I++   L+++Y P+V L  G +++ E + EG D+Y EC   +NP VYKI W HN
Sbjct: 1411 LTCEGEGN-PPPTVTWYRNDI------------LVDAT-----------SELSPWNTVKNTINIHRLGEREINTKFTCRASNNNETKFAQKTLEIKINFAPREVKILGLPGSVSAGKSQIIKCLAVGSKPAASITWWKDGKFL-QRPLEGFIEDKTSSTIEVIF---TSDDNGKVLSCRAENKLIQGSTIEARTELDIRYSPRVKLIYGANINPENVGEGQDIYFECICTANPPVYKIVWLHN 2055          

HSP 2 Score: 98.2117 bits (243), Expect = 1.259e-20
Identity = 93/361 (25.76%), Postives = 162/361 (44.88%), Query Frame = 0
Query:   74 GKTYECVAKNNDLLKSASMHVTINMRL-------LPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSR---SVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIES 424
            GK   C A+N  L++ +++     + +       L    +I P  E+    ++   EC    + P   + W   G  +  +   +I       S   + ++     H  + +C + N+   G A+   L L V+Y P    T  K + L +     D  + C ++S+P+    +W+                 W+FN++        S++  S+N + S+L Y   + +DYG L C+ATN +G   +PCIF +  +      ++C ++N T + L V+C    +     +FHLEV D+ SG+L+QN+T   P F +     +     +NL +Y+++  G   T   L    SKVAELQIES
Sbjct:  655 GKVLSCRAENK-LIQGSTIEARTELDIRYSPRVKLIYGANINP--ENVGEGQDIYFECICTANPPVYKIVWLHNGYKVDGNGHTVI-------SGHSLVMQGVTRQHSGNYSCIASNSE--GDAVSEILPLRVKYRPTCSFTSQKRIFLPL---SIDAEVVCKVESHPI--PTHWW-----------------WTFNNTH--QLDQVSAKKFSYNLTISTLRYTPLTEQDYGILNCWATNSQGRMEEPCIFNIARSSSTSRALECTLQNQTGSSLLVLCSGFLEKN--HMFHLEVRDKSSGELVQNLTSATPRFVVTDLPPANWLSGLNLTVYTASREGTINTVETLGVFTSKVAELQIES 1623          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592814095|gb|GAXK01140473.1| (TSA: Calanus finmarchicus comp1127315_c0_seq3 transcribed RNA sequence)

HSP 1 Score: 128.642 bits (322), Expect = 1.367e-30
Identity = 81/249 (32.53%), Postives = 119/249 (47.79%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPT-------KMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L+C   GG P PT+ W                      +     NG +  EP + I V N L   +L R    K   CVAKNND+    +  VT+ M L P +V IL  +   +   +  + C + GS PPA + W     +IG++P        K+ H    + + S +   P   D+ + I+CR+ N NI GS I+    ++V Y P++ LTLG++L+ + I E +DVY EC I SNP   K+ WYH
Sbjct:  572 LVCEVHGGRPSPTVFW---------------------YVDDQIVNGKTQIEPGKDIVV-NKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRW-----YIGETPAENYKVQNKIQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYH 1237          

HSP 2 Score: 108.227 bits (269), Expect = 7.289e-24
Identity = 111/441 (25.17%), Postives = 183/441 (41.50%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSA-----SMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVY--MECNIKSNPLVYKINWY-----HNILCEFSSYPGVLSY-RWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS--LTTVQLETTPSKVAELQIESPPS 427
            +IC ++G  PP  + W    +P        ++KV ++ I+ N    ++ S           + I    +    +   C A N ++  S       +HV    RL       L P+E      +   EC    +     L W+ + + +  + T  I   N++  I  +     +  +  + TCR+EN    G A  +++ L+++Y P   +   KS+D   I+  + V   ++C + SNP V ++ W      H      S Y  +  + R S+                                 D+G LLC+  N  G    PC+F +  AG P    +C + N T T  GVIC  GFDGGL Q F+LE+    +  LL+NMT  +P F + G  S++ V+L++YS N  GRS  +T  +     + +     E PPS
Sbjct:  866 IICEARGSEPPAQIRWYIGETPAE------NYKV-QNKIQHNPLGSTTTS-----------ILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQE-IKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGV-----SQKNNGEYTCRAENRQ--GKATSNEINLSIKYSP---VCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPER-------------------------TREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGT-FGVICDPGFDGGLTQAFNLEIFVSETKALLRNMTRNQPKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAESVRINTDLGSRSTELPPS 2023          
BLAST of EMLSAG00000005672 vs. C. finmarchicus
Match: gi|592814097|gb|GAXK01140471.1| (TSA: Calanus finmarchicus comp1127315_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 128.642 bits (322), Expect = 1.394e-30
Identity = 81/249 (32.53%), Postives = 119/249 (47.79%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPT-------KMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH 243
            L+C   GG P PT+ W                      +     NG +  EP + I V N L   +L R    K   CVAKNND+    +  VT+ M L P +V IL  +   +   +  + C + GS PPA + W     +IG++P        K+ H    + + S +   P   D+ + I+CR+ N NI GS I+    ++V Y P++ LTLG++L+ + I E +DVY EC I SNP   K+ WYH
Sbjct:  730 LVCEVHGGRPSPTVFW---------------------YVDDQIVNGKTQIEPGKDIVV-NKLRYAMLNRDMNNKKVSCVAKNNDINDPKTRTVTVQMNLRPQSVKILRKQNFLTEGVKVQIICEARGSEPPAQIRW-----YIGETPAENYKVQNKIQHNPLGSTTTSILIFEPGQGDNKRRISCRAFNKNIPGSTIEDHWDVHVMYKPRLTLTLGRTLNPQEIKERDDVYFECLIVSNPEANKLEWYH 1395          

HSP 2 Score: 108.612 bits (270), Expect = 5.713e-24
Identity = 114/445 (25.62%), Postives = 183/445 (41.12%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPS----EP-----KRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVY--MECNIKSNPLVYKINWY-----HNILCEFSSYPGVLSY-RWSFNDSEGXXXXXXXXXXXXXXXXXXXXTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS--LTTVQLETTPSKVAELQIESPPS 427
            +IC ++G  PP  + W    +P        ++KV ++ I+ N    ++ S    EP     KR I+           +   G T E             +HV    RL       L P+E      +   EC    +     L W+ + + +  + T  I   N++  I  +     +  +  + TCR+EN    G A  +++ L+++Y P   +   KS+D   I+  + V   ++C + SNP V ++ W      H      S Y  +  + R S+                                 D+G LLC+  N  G    PC+F +  AG P    +C + N T T  GVIC  GFDGGL Q F+LE+    +  LL+NMT  +P F + G  S++ V+L++YS N  GRS  +T  +     + +     E PPS
Sbjct: 1024 IICEARGSEPPAQIRWYIGETPAE------NYKV-QNKIQHNPLGSTTTSILIFEPGQGDNKRRISCR------AFNKNIPGSTIE---------DHWDVHVMYKPRLTLTLGRTLNPQE-IKERDDVYFECLIVSNPEANKLEWYHQDRRLYPNATGGILLSNQSLVIQGV-----SQKNNGEYTCRAENRQ--GKATSNEINLSIKYSP---VCDNKSIDNSKIAVDSSVVTIVDCYLDSNPPVSQVYWISSKQGHQSRISPSQYTLMEGFSRLSYQPER-------------------------TREADFGELLCYGVNKVGTQTDPCVFSIEAAGRPYPLENCKLGNSTGT-FGVICDPGFDGGLTQAFNLEIFVSETKALLRNMTRNQPKFQLAGIHSNQPVSLQVYSWNKKGRSEIVTVAESVRINTDLGSRSTELPPS 2181          
BLAST of EMLSAG00000005672 vs. L. salmonis peptides
Match: EMLSAP00000005672 (pep:novel supercontig:LSalAtl2s:LSalAtl2s308:187491:309400:-1 gene:EMLSAG00000005672 transcript:EMLSAT00000005672 description:"maker-LSalAtl2s308-augustus-gene-3.8")

HSP 1 Score: 1073.15 bits (2774), Expect = 0.000e+0
Identity = 522/522 (100.00%), Postives = 522/522 (100.00%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRRSEGGLNCLRGSRQGSNSSSFIEVPEGVNNNNNPRVIIRQFNNANEEQKSSGFGGSK 522
            MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRRSEGGLNCLRGSRQGSNSSSFIEVPEGVNNNNNPRVIIRQFNNANEEQKSSGFGGSK
Sbjct:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRRSEGGLNCLRGSRQGSNSSSFIEVPEGVNNNNNPRVIIRQFNNANEEQKSSGFGGSK 522          
BLAST of EMLSAG00000005672 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: 169.088 bits (427), Expect = 1.503e-45
Identity = 127/429 (29.60%), Postives = 189/429 (44.06%), Query Frame = 0
Query:   58 TVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGK----FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSA--IQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN-------------------IL------------CEFSSYPG---------VLSYR----------WSFNDSEGSLRSLK---SSEASSFNASFSS------LTYNANSAKDYGYLL--------------CFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEV---TDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS 404
            TV N LTI  L R +      C+A NN++ +    HV + M   P  V I  P + ++  R   + C  +GS PPA + W++  K     +  S      T +   S+S I+  P  S     + CR  N  ++G    ++   RL + Y P V+LTLG+ ++ + + EG+DVY  CNI +NP  YK+ W HN                   +L            CE S+  G          + YR          +  ++ E +  S K     +A SF+ SF++      L  N+ + K  G LL              C+A N+ G    PCI+ +IPA  P+ P +C V N T   L V C+ GF  GL Q FH+EV     R    LL N+T   P    RG    +++ L++Y+SN+ GRS
Sbjct:  188 TVKNGLTIRKLERKHTESLLRCLASNNNITRPKESHVQLKMFFPPQGVKIQGPLQPYTSGRVYYISCVVWGSNPPANIKWYRGIKGLSDLVPLSSYNQTVTHSGNVSLSWIKYLPLPSHQRDLLICRGSNQELMGHQQFVEDFHRLEIFYAPNVMLTLGRMVNPKDLEEGDDVYFSCNIDANPAAYKLTWRHNGEEVTQDINKGIIIANQSLVLQRIRRDQAGSYSCEASNVEGDEVSSPVAISIMYRPVCVKDQKTIYGVSEHETAHISCKVDAXPQAESFSWSFNTSSGGMNLPRNSFTNKGSGSLLSYTPQTQMDYGTVLCWAENMVGMQLLPCIYHVIPASQPDPPRNCSVVNQTHDSLEVDCEAGFSSGLKQEFHMEVFRAKSRPEHQLLINITAKTPKLVARGLPQGQALFLRVYASNAKGRS 616          
BLAST of EMLSAG00000005672 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: 169.474 bits (428), Expect = 1.882e-45
Identity = 96/244 (39.34%), Postives = 141/244 (57.79%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            +L C++ GG P P + W  + S      ID+S++      KS  Q            TV NTLT+  + +  LG+ + C A NN++   AS  +T+++   P +V I+ P+E  S ++   ++C S GSRP AT+TWW+   F+G+  T+     N+TY  S     PK +D+GK +TCR+ENT + GSAI+   +L + Y P++IL  G +L+   I+EGNDVY ECNI SNP VYKI W HN
Sbjct:  150 ILKCVTNGGRPSPEVTWWRDHSL-----IDSSYE------KSFSQ------------TVKNTLTLLAIKKDDLGRKFRCQASNNNVSLPASTSITLDLLFRPTSVRIVTPKEPLSTSKVYKIKCMSLGSRPSATITWWRNNDFLGR--TETWEEGNKTY--SSFTYTPKPNDNGKRLTCRAENTKLKGSAIEDVWKLTIYYIPEIILNFGANLNPNNIAEGNDVYFECNISSNPPVYKIVWRHN 366          

HSP 2 Score: 162.54 bits (410), Expect = 5.193e-43
Identity = 124/397 (31.23%), Postives = 187/397 (47.10%), Query Frame = 0
Query:   74 GKTYECVAKNNDLLKSASMHV-TINMRLLP---INVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRR 466
            GK   C A+N  L  SA   V  + +  +P   +N        + +   +   EC    + P   + W    K +  + +K I     +  +  ++     S      +C + NT   G  I + + L V Y P     +  ++++++   G D                    N+ C   S+P    + W+FN+++ S+   K +   S N++ S+L Y      DYG L C+A N  G+   PCIF++IPAGPPE P +C V N T   L V CQ GFDGG  Q F L VTD  +G  L N ++  P F I G  S R + + +YSSN+ GRS   V +E    KVA+LQ+ESP +  S   +GI+VG + TL+IV    ++VI   SK  R +R
Sbjct:  296 GKRLTCRAENTKLKGSAIEDVWKLTIYYIPEIILNFGANLNPNNIAEGNDVYFECNISSNPPVYKIVWRHNNKIVNHNKSKGIIISGTSLVLQEVKRNATGS-----YSCTASNTE--GDIISNTITLRVMYKP-----VCSNINIQITGIGKDRLA-----------------NVSCNVHSHPLPQEFFWTFNNTDKSIDISKYN--FSQNSTHSNLLYTPPEDIDYGKLYCWAQNKLGKMESPCIFQIIPAGPPEPPTNCSVVNQTTESLEVRCQSGFDGGSKQHFLLCVTDIETGKTLANSSNIVPEFQISGLNSGRGLLITIYSSNTNGRSNVPVVIEGFTLKVAQLQLESPGAILSPT-LGILVGTITTLLIVAFVIMLVIR--SKTKRQQR 658          
BLAST of EMLSAG00000005672 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: 139.428 bits (350), Expect = 2.806e-35
Identity = 120/489 (24.54%), Postives = 206/489 (42.13%), Query Frame = 0
Query:    9 GYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNI----------------------LGSAI-----------------------------QSDLRLNVQYPPKVILTLGKSLDLEMISE----------------GNDVYMECNIK-------SNPLVYKINWYH--NILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTT-VQLETTPSKVAEL 420
            G PPP+L W+ +      + ID S++++         NG          TV N ++   L R++L   + C+A N +L +     V ++M   P +V+I    + F + +++ + CRS GSRPPA + W+  G+ +     +     N T  +  ++  PK  D GK++ C++ N  I                      LG +I                             Q +++LN  Y   ++LT  +SL L+ I+                 G+   +  ++K         P+V+ +      +++C+ ++ P  L + W+FN+S     ++    A   N + S LTY   + KDYG L+C ATN  G    PCIF +I A  P+   +C + N +     + C  GFDGG+ Q+F + VT+R +  +  N T  + +  I    +  S    +   N  G   TT V ++T      EL
Sbjct:   11 GIPPPSLTWSRDG-----QLIDNSYQILS--------NG----------TVRNEVSFRNLDRSFLHDEFSCIASNTNLTRPIVSIVHLDMNFPPTSVNITNKIQQFVVGKKSEVHCRSTGSRPPAQIVWYLNGQRLDGGSERASPDGNTTVGV--LQFLPKMEDIGKELGCKALNPLIVKSALRDKILLKIDYAPRVELVLGKSISLTSIYEGSDVYFDCIVSAAPHPIKILWFQDNVQLNQNYTEGILLT-NRSLVLQNIARRRSGGYTCQAINAVGRGSSQAIILDVKYIPVCKNKQPVVHGVGKSEMVDVICDVTANPSKLKFHWTFNNS-ADFINVPRVRAIKVNDTRSKLTYTPRTNKDYGTLMCSATNEVGTQKNPCIFHIILAVAPDPVENCTIINKSSETFHLHCVPGFDGGMEQLFLVTVTERSTSLVRYNATARQLDLFIPNLRAGSSYLTTVTPMNKKGYGKTTQVLVDTLNHPAVEL 472          
BLAST of EMLSAG00000005672 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: 124.02 bits (310), Expect = 5.379e-31
Identity = 84/246 (34.15%), Postives = 124/246 (50.41%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSI-SHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNI 245
             LIC   GG P P++ W  N      + ID +F++                   R  +V N L    +TR      +EC A NN++ ++ S  + I + L PI V ++   E F  +    L C S GS+P A +TW K  + I ++         ET S+ ++I   P   ++G  ITCR+EN N L SAI+  +++ V YPP + L LG+SL+ E I EG DVY EC+I+SNP    +  YHN+
Sbjct:   91 QLICDVVGGRPRPSVTWWMNG-----KLIDATFEI-----------------EHRRESVVNKLRYITVTREMDNALFECRASNNNVTQALSRRIRIEINLNPIMVEVIRKPEFFRADENYELVCISRGSKPAAVITWSKNNRQIEENFIDTQTQGGETRSVYTYI---PAQDENGYRITCRAENPNXLNSAIEDVVQVAVMYPPSLSLRLGRSLNAEDIKEGADVYFECHIESNPSDKPL--YHNV 309          

HSP 2 Score: 57.7658 bits (138), Expect = 3.778e-9
Identity = 32/93 (34.41%), Postives = 44/93 (47.31%), Query Frame = 0
Query:  245 ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHT 337
            + CE SS P V  +RW FN S  ++  L    ++ +    S      +S  DYG L C   N  G   +PC FK+ P   P AP +C + N T
Sbjct:  368 VKCELSSNPPVTKFRWWFNSSGKAVNVL----STKYKHHGSISIVQPDSDLDYGTLSCLGINDIGRQVEPCSFKITPVSRPNAPGNCTLNNQT 456          
BLAST of EMLSAG00000005672 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: 125.946 bits (315), Expect = 9.470e-31
Identity = 74/233 (31.76%), Postives = 118/233 (50.64%), Query Frame = 0
Query:  184 TNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEM---ISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETT 413
            +NI G+A+ + + LN++Y P        + D +M   I+ G    + C++ S P                     L + W+FN S   +  L  S  +    + S L Y+ N+ +DYG +LC+A N  G   +PC+F LIPA PP  P+DC + N T  GL + C+ GFDGG+ Q F +E+    +G++++N +   P F +   ES     L+L+S N+ G+S     +ETT
Sbjct:  284 SNIEGNALSNPVELNIKYKPVC------ADDQKMVYGIAHGEIASINCSVNSEP------------------SNNLRFHWTFN-SSSEINFLPESRYTQIGTT-SRLVYSLNTGRDYGTILCWAENELGVQSEPCVFHLIPAVPPVEPLDCLIENVTSNGLSISCRAGFDGGVPQTFVMEIRSYNTGEVIRNFSSVSPRFMVDNLESGAQYELELFSYNAKGKSKVVKIIETT 490          

HSP 2 Score: 75.485 bits (184), Expect = 1.261e-14
Identity = 61/186 (32.80%), Postives = 87/186 (46.77%), Query Frame = 0
Query:   62 TLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSIN-RETLLECRSYGSRPPATLTWWKRGK--FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            TL I+ L R   G TY C     D   + + +  IN+ +      I+PP +    N R  LLE   +G         +  G   F+  S +K     +   + S +R +PK    GK + CRSEN  +  S I+    L++ Y P+V L LG +L  E I E  DVY EC I+S P  +K+NW  N
Sbjct:   85 TLVIDDL-REKDGGTYRCRV---DFRHAPTKNYKINLNI------IIPPGKPLIHNERGILLEENKFGP--------YNEGSELFLTCSTSK-----DGNVTESTLRFQPKIKHQGKLLRCRSENPVMPASQIEDTWHLDINYIPRVHLRLGSTLSSENIKEREDVYFECAIQSKPRFHKLNWKFN 247          
BLAST of EMLSAG00000005672 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: 124.405 bits (311), Expect = 3.556e-30
Identity = 84/311 (27.01%), Postives = 144/311 (46.30%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEG 311
            +L C   GG+P   + W  N      E +D +++ +            +P + +      NT+ +  L R  +   + C+  NN+  +  +  V++ + L P++V +L   +  S N E  L C++ G++P A ++WW  G    +S    + +D+   ++S ++ +P   DHG+ ++CR+ENT +  S+I  +  L V Y P+V L+LG SL+   I EG+DVY EC +K+ P   KI+W  +         GV               +L +        +  SL       K  G  +C ATN EG G
Sbjct:  174 VLTCDVFGGWPTSKVTWWRNG-----ELLDDTYEEI------------APGKSR------NTMKVEFLKREDISAEFTCLGNNNNATQPVTTTVSLTLNLRPLDVKLLWDVDPMSSNSEYELNCKTIGAQPSAHISWWLNGDISLKSFDNKV-SDDGNVTLSTLKFKPSMQDHGRILSCRAENTLLSDSSITDERELIVYYSPEVELSLGSSLNPNEIKEGDDVYFECKVKAFPRATKIDWQKD---------GV---------------TLLADTKKGIIINQHSLVIQRVDRKSRGEYVCMATNDEGIG 436          

HSP 2 Score: 98.2117 bits (243), Expect = 1.185e-21
Identity = 72/249 (28.92%), Postives = 108/249 (43.37%), Query Frame = 0
Query:  245 ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGS--GDL-------LQNMTHTE----PNFNIRGFESSRSVNLKLYSSNSYGRS----LTTVQLETTPSKVAELQIESPPSDTSQK----------YMGIIVGVLGTLII---VISTSLIVIYCCSKDDR 463
            ++C     P   S+ W FN +      L   E+   + S S  TY      DYG L+C+  N  G    PC+F +IPAG P+    C V N T T + V C++G+DGGL Q F LE+  + +  G L       L  MT  E    P F++         +L +Y+ NS G S    L    L+    +V +L  E+  +  S             + IIVG+   L++   V+   + +  CC +  R
Sbjct:  468 VVCHVDGNPDPHSFHWQFNSTSSDAEDL-PKESIIIDGSLSVATYVPRGEMDYGTLMCWGKNALGRQVNPCVFHIIPAGKPDGVEGCAVTNKTFTTIRVECKQGYDGGLRQTFVLELYPQNAFEGSLSPAALAGLTPMTKIENRHFPQFSLEKLPQGTGFSLLVYARNSKGESEKCILRAYTLKNAERRVDKLYPEAENTRLSSSDWRHPRRHAPLLWIIVGIASVLLLASMVLGLIIRMTRCCGQGQR 715          
BLAST of EMLSAG00000005672 vs. L. salmonis peptides
Match: EMLSAP00000005822 (pep:novel supercontig:LSalAtl2s:LSalAtl2s314:64423:95669:1 gene:EMLSAG00000005822 transcript:EMLSAT00000005822 description:"maker-LSalAtl2s314-augustus-gene-1.7")

HSP 1 Score: 109.383 bits (272), Expect = 3.976e-26
Identity = 91/311 (29.26%), Postives = 133/311 (42.77%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEG 311
            +L C S GG P P + W    S      +D+S++ V            +P +    IT+HN      L R  L     C A NN++    S  V ++M   P++VS+L   E  S  +   ++C+S G+RP  ++    R   I    TK  H  N T  +S +   P  +D G  + CR+    +  S  +   +L++ Y P   L+LG SL+   I EG+DVY ECN+KS+P  YKI+W HN                         R L  +       S  SL     +  D G   C A N EG+G
Sbjct:  145 VLKCSSLGGRPSPRVTWWRXHSL-----LDSSYESV------------TPLKVVNEITLHN------LKREDLHTILTCQATNNNISVPVSTSVKLDMNFGPLSVSLLNGREPLSAGKRYEIQCQSIGARPQPSI----RNGVI----TKHSHDGNIT--VSSLSYVPSVTDAGFPMVCRAGVPGLSDSTKEDSWKLDIHYIPTSALSLGSSLNASNIKEGDDVYFECNVKSSPRPYKISWRHN------------------------GRELSHNIQKKVIISNKSLVLQKVTRADSGIYTCTAHNAEGDG 398          
BLAST of EMLSAG00000005672 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: 108.997 bits (271), Expect = 1.229e-25
Identity = 74/222 (33.33%), Postives = 111/222 (50.00%), Query Frame = 0
Query:  245 ILCEFSSYPGV-LSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKY------MGIIVGVLGTLIIVISTSLIVIYCCS 459
            I C+  + P   +++ W FN S  S R          + S S   +   +  DYG L+C+  N  G+  +PC+F LIPAG P+   +C V+N T   L + C +GFDGGL Q F + V D  +  ++ N T+ +P F+I G     S  L + SSNS G S   + L     K A+ ++   P   S+++      MG+++ V G LIIV     I IY C+
Sbjct:   35 ISCDVIANPSADMTFDWVFNTS--SERIDLQQNRIDVHGSRSLAIHTPQTELDYGSLMCWGKNYIGKQEEPCVFHLIPAGKPDPAKNCSVQNQTYFSLQLTCHEGFDGGLTQTFTIMVKDTKTSFIVANTTNVKPVFHINGLRPGTSYALSVXSSNSKGAS-NPIILHAFTMKEAQKRVIQTPHLRSREFVFSPILMGLMI-VGGALIIVF--LFISIYFCA 250          
BLAST of EMLSAG00000005672 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: 109.383 bits (272), Expect = 2.259e-25
Identity = 116/472 (24.58%), Postives = 196/472 (41.53%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETL-LECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVI-LTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEG-SLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGD----LLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRR 466
            ++C + G  P P + W  +S+      +D     V  T + N    S    PK  +  H             G+   C+A+N   L  A+    +++  +PI    +  E+ + +  E L LEC          + W+  GK +  +  +++  +  T     + LR    +   D  C +  TN+ G      ++++V Y P      + KS+D   I++G D     ++                C   + P V  YRW  N S+  S+  + S+E S   +++ S T     AK  G +LC+A+N  GE   PCIF ++P G P  P +C +RNHT + + V C  GF+GGL Q F +EV +    +    +  N T +     +RG     +  L + S N  G S        T   +  L +++  S      + +I+G+L +L + I   L V     K  +  R
Sbjct:  311 VLCQATGAQPLPNITWFLDSTLIQVSQVD-----VRVTHRENLTTSSLYFTPK--MKDH-------------GRILTCIAENE--LGKANATRELSIHFVPIVSLEMMNEKEYVLEGEDLVLECHIKARPRVWRVIWYHNGKEVQPNGDRVVIPEEGT-----LLLRNVTKERSGDYLCSA--TNVEGDGFSKIVKISVYYKPVCRDARIAKSID--YINDGRDEVTTISLG---------------CGVDAKPEVKRYRWLVNSSDSESVFEIPSAENSMTFSNYKSTT----GAKTRGQVLCWASNEIGEQGAPCIFHVVPIGAPHPPTNCKIRNHTASTIVVSCSPGFNGGLTQHFIMEVYETAQNNSQILIATNWTDSSDRLIVRGLTPESNYILSIKSVNERGESSPVYLGGKTEGYIHYLPVKNEFSRL--PLLFVIIGILVSL-MAIGLFLTVFLAMKKRQKHER 729          

HSP 2 Score: 95.5153 bits (236), Expect = 7.503e-21
Identity = 69/244 (28.28%), Postives = 109/244 (44.67%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN 244
            +L+C    G P P + W  N      EP   +F  V+                       NTL I  L R++ G  + CVA+NN++  S S                LP   +   + E L  C++ G++P   +TW+     I  S   +  T  E  + S +   PK  DHG+ +TC +EN   LG A  +   L++ + P  I++L    + E + EG D+ +EC+IK+ P V+++ WYHN
Sbjct:  230 ILLCTVDRGNPRPAVSWWRNGELWDDEPDPNTFDEVQ----------------------QNTLVIASLDRSHHGNEFSCVARNNNVTGSPS----------------LPNPVTSDTSYEVL--CQATGAQPLPNITWFLDSTLIQVSQVDVRVTHRENLTTSSLYFTPKMKDHGRILTCIAENE--LGKA-NATRELSIHFVP--IVSLEMMNEKEYVLEGEDLVLECHIKARPRVWRVIWYHN 428          
BLAST of EMLSAG00000005672 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: 70.0922 bits (170), Expect = 2.246e-11
Identity = 63/249 (25.30%), Postives = 102/249 (40.96%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYL--------GKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISH-IRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L+C++ GG P P+LIW  +S P   EP                     P EP+R+       + +  +R  +           + C A       SAS  + +  +  P N++IL    +        L C S  S PP  L+W K G+ +     K      +  + S  + LR  + DHG+ +TCR+ ++  L   + S  R NV YPP+    LG+ +    + E   V +  ++ +NP     NW
Sbjct:  477 LVCLAIGGNPDPSLIWFKDSRP-VSEP-------------------RQPQEPRRVQLGSVEKSGSTFSRELVLIIGPPDNRAKFSCKAGQ----LSASTQLVV--QFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSWDKEGERLEDVAAKPQSAPFKGSAASRSVFLRVSSRDHGQRVTCRA-HSEALRETVSSFYRFNVLYPPEF---LGEQVRAVTVVEQGQVLLPVSVSANPAPEAFNW 695          

HSP 2 Score: 55.4546 bits (132), Expect = 8.159e-7
Identity = 56/235 (23.83%), Postives = 93/235 (39.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGK-FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMEC-NIKSNP 234
            L C ++GG PP TL W  N      +P+ T++    +                     H+ L + V    + G    C + N+    +    +T+ +   P  ++IL    S S N+   L C +  SRP   L WW  G+  +    T M        S+S++    +  D+G  +TC + +        +  L LNV+YP + +   G   + + I  G  V + C  I  NP
Sbjct:  277 LPCTARGGNPPATLQWLKNG-----KPVSTAWGTEHA-----------------QAVAHSVLVMTVRPEDH-GARLSCQSYNSVSAGTQERSITLQVTFPPSAITILG-SVSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETVMDGLHGGHISMSNLTFLVRREDNGLPLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWIEGPP-EGQYIRTGTRVRLVCLAIGGNP 486          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|54036152|sp|Q96J84.2|KIRR1_HUMAN (RecName: Full=Kin of IRRE-like protein 1; AltName: Full=Kin of irregular chiasm-like protein 1; AltName: Full=Nephrin-like protein 1; Flags: Precursor)

HSP 1 Score: 63.1586 bits (152), Expect = 3.072e-9
Identity = 44/177 (24.86%), Postives = 80/177 (45.20%), Query Frame = 0
Query:   76 TYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEES---------FSINRETLLECRSYGSRPPATLTWWKRG--KFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            +YEC A     L+S    +T+          ++PPE++                 L CR++ ++P AT+ W++ G  +    + T+++       ++S + + P   D G+  TCRS N  I  S  ++ + L+V +PP V L    S++ + + EG  V   C   +NP +    W
Sbjct:   97 SYECQA-TEAALRSRRAKLTV----------LIPPEDTRIDGGPVILLQAGTPHNLTCRAFNAKPAATIIWFRDGTQQEGAVASTELLKDGKRETTVSQLLINPTDLDIGRVFTCRSMNEAI-PSGKETSIELDVHHPPTVTL----SIEPQTVQEGERVVFTCQATANPEILGYRW 257          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|54036138|sp|Q80W68.1|KIRR1_MOUSE (RecName: Full=Kin of IRRE-like protein 1; AltName: Full=Kin of irregular chiasm-like protein 1; AltName: Full=Nephrin-like protein 1; Flags: Precursor)

HSP 1 Score: 63.1586 bits (152), Expect = 3.269e-9
Identity = 45/177 (25.42%), Postives = 80/177 (45.20%), Query Frame = 0
Query:   76 TYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEES---------FSINRETLLECRSYGSRPPATLTWWKRG--KFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            +YEC A     L+S    +T+          ++PPEE+                 L CR++ ++P AT+ W++ G  +    + T+++       +IS + + P   D G+  TCRS N  I  +  ++ + L+V +PP V L    S++ + + EG  V   C   +NP +    W
Sbjct:  129 SYECQA-TEAALRSRRAKLTV----------LIPPEETRIDGGPVILLQAGTPYNLTCRAFNAKPAATIIWFRDGTQQEGAVTSTELLKDGKRETTISQLLIEPTDLDIGRVFTCRSMNEAI-PNGKETSIELDVHHPPTVTL----SIEPQTVLEGERVIFTCQATANPEILGYRW 289          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|325511343|sp|Q9QZS7.2|NPHN_MOUSE (RecName: Full=Nephrin; AltName: Full=Renal glomerulus-specific cell adhesion receptor; Flags: Precursor)

HSP 1 Score: 63.1586 bits (152), Expect = 3.339e-9
Identity = 64/246 (26.02%), Postives = 102/246 (41.46%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSP-----GTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISH-IRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L+C++ GG P P+L W  +S P      ++EP       VE       ++GS         T    L + +     L K + C A       SAS  + +  +  P N++IL    +        L C S  S PP  L+  K G+ +     K      +  + S  + LR  + DHG  +TCR+ ++  L   + S  RLNV YPP+    LG+ +    + E     +  ++ +NP     NW
Sbjct:  477 LVCLAIGGNPEPSLTWLKDSRPVNDPRQSQEPRRVQLGSVE-------KSGS---------TFSRELVLIIGPPDNLAK-FSCKAGQ----LSASTQLVV--QFPPTNLTILANSSALRPGDALNLTCVSISSNPPVNLSLDKEGERLDDVAAKPQSAPFKGSAASRSVFLRVSSRDHGHRVTCRA-HSEALRETVSSFYRLNVLYPPEF---LGEQVRAVTVVEQGQALLPVSVSANPAPEAFNW 695          

HSP 2 Score: 61.6178 bits (148), Expect = 1.069e-8
Identity = 61/240 (25.42%), Postives = 94/240 (39.17%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSP-----GTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGK-FIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMEC-NIKSNP 234
            L CI++GG PP TL W  N  P     GT+     +  V+  T++  D                             G    C + N+   ++    +T+ +   P  V+IL    S S N+   L C +  SRP   L WW  G+  +    T M        S+S++ L  K  D+G  +TC + +        +  L LNV+YP + +   G   + + I  G  V + C  I  NP
Sbjct:  277 LPCIARGGNPPATLQWLKNGKPVSIAWGTEHAQAVAHSVLVMTVRPEDH----------------------------GARLSCQSYNSVSAETQERSITLQVTFPPSAVTILG-STSQSENKNVTLCCLTKSSRPRVLLRWWLGGRQLLPTDETVMDGLHGGHISMSNLTLLVKREDNGLSLTCEAFSDAFSKETFKKSLTLNVKYPAQKLWIEGPP-EGQSIRTGTRVRLVCLAIGGNP 486          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|597439575|sp|Q6X936.2|KIRR1_RAT (RecName: Full=Kin of IRRE-like protein 1; AltName: Full=Kin of irregular chiasm-like protein 1; AltName: Full=Nephrin-like protein 1; Flags: Precursor)

HSP 1 Score: 62.003 bits (149), Expect = 6.367e-9
Identity = 44/177 (24.86%), Postives = 81/177 (45.76%), Query Frame = 0
Query:   76 TYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEES---------FSINRETLLECRSYGSRPPATLTWWKRG--KFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            +YEC A     L+S    +T+          ++PPE++                 L CR++ ++P AT+ W++ G  +    + T+++       +IS + ++P   D G+  TCRS N  I  +  ++ + L+V +PP V L    S++ + + EG  V   C   +NP +    W
Sbjct:  129 SYECQA-TEAALRSRRAKLTV----------LIPPEDTRIDGGPVILLQAGTPYNLTCRAFNAKPAATIIWFRDGTQQEGAVTSTELLKDGKRETTISQLLIQPTDLDIGRVFTCRSMNEAI-PNGKETSIELDVHHPPTVTL----SIEPQTVLEGERVIFTCQATANPEILGYRW 289          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|20177993|sp|O60500.1|NPHN_HUMAN (RecName: Full=Nephrin; AltName: Full=Renal glomerulus-specific cell adhesion receptor; Flags: Precursor)

HSP 1 Score: 62.003 bits (149), Expect = 8.970e-9
Identity = 59/241 (24.48%), Postives = 105/241 (43.57%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFI-GQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINW 241
            L+C++ GG P P+L+W  +S   T+  +    + V   + S +++GS+ S    ++T  +               + C A       SAS  + +  +  P NV+IL    +        L C S  S PP  L+W K G+ + G +          + +   + L+  + DHG+ +TCR+ +   L   + S  RLNV Y P+    LG+ + +    E  +  +  ++ +NP     NW
Sbjct:  463 LVCLAIGGNPEPSLMWYKDSRTVTESRLPQESRRVH--LGSVEKSGSTFSRELVLVTGPSDNQAK----------FTCKAGQ----LSASTQLAV--QFPPTNVTILANASALRPGDALNLTCVSVSSNPPVNLSWDKEGERLEGVAAPPRRAPFKGSAAARSVLLQVSSRDHGQRVTCRAHSAE-LRETVSSFYRLNVLYRPEF---LGEQVLVVTAVEQGEALLPVSVSANPAPEAFNW 681          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|24211552|sp|Q9N1E3.1|CD22_PONPY (RecName: Full=B-cell receptor CD22; AltName: Full=Sialic acid-binding Ig-like lectin 2; Short=Siglec-2; AltName: CD_antigen=CD22; Flags: Precursor)

HSP 1 Score: 58.9214 bits (141), Expect = 2.770e-8
Identity = 58/210 (27.62%), Postives = 103/210 (49.05%), Query Frame = 0
Query:   45 QNGSSPSEPKRMITVHN-----TLTIN---VLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPE--ESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNET-YSISHIRLRPKASDHGKDITCRSENTNILGSAIQSD-LRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNI-KSNPLVYKINW 241
            ++G  PSE KR+  + +     TL+I+   V     LG   E  +K    ++   +H+ ++ R  P ++  LPPE  ES  +    LL    YG   P  L W+  G  +GQ+         ++ ++ S ++  P+ S HGK +TC+    +  G  + +D ++LNV++ PK+ + +  S    ++ EG+ V M C +  SNP    ++W
Sbjct:   79 KDGEVPSEQKRVQFLGDKSKNCTLSIHPVHVNDSGQLGLRME--SKTEKWMER--IHLNVSERPFPPHIQ-LPPEIQESQEVTLTCLLNFSCYGY--PIQLQWFLEGVPVGQAAVNSTSLATKSVFTRSELKFSPQWSHHGKIVTCQLHGAD--GKFLSNDTVQLNVKHTPKLKIEVNPS--DAIVREGDSVTMTCEVSSSNPKYTTVSW 277          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|24211553|sp|Q9N1E4.1|CD22_GORGO (RecName: Full=B-cell receptor CD22; AltName: Full=Sialic acid-binding Ig-like lectin 2; Short=Siglec-2; AltName: CD_antigen=CD22; Flags: Precursor)

HSP 1 Score: 58.151 bits (139), Expect = 5.900e-8
Identity = 59/210 (28.10%), Postives = 104/210 (49.52%), Query Frame = 0
Query:   45 QNGSSPSEPKRMITVHN-----TLTIN---VLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPE--ESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSP-TKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSD-LRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNI-KSNPLVYKINW 241
            ++G  PSE KR+  + +     TL+I+   V     LG   E  +K    ++   +H+ ++ R  P ++  LPPE  ES  +    LL    YG   P  L W   G  + Q+  T    T    ++ S ++  P+ S HGK +TC+ ++ +  G  + +D ++LNV++ PK+ + +  S    ++ EG+ V M C +  SNP+   ++W
Sbjct:   81 KDGKVPSEQKRVQFLGDKKKNCTLSIHPVHVNDSGQLGLRME--SKTEKWMER--IHLNVSERPFPPHIQ-LPPEIQESQEVTLTCLLNFSCYGY--PIQLQWLLEGVPMRQAAVTSTSLTIKSVFTRSELKFSPQWSHHGKIVTCQLQDAD--GKFLSNDTVQLNVKHTPKLEIKVTPS--DAIVREGDSVTMTCEVSSSNPMYTTVSW 279          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|24211554|sp|Q9N1E5.1|CD22_PANPA (RecName: Full=B-cell receptor CD22; AltName: Full=Sialic acid-binding Ig-like lectin 2; Short=Siglec-2; AltName: CD_antigen=CD22; Flags: Precursor)

HSP 1 Score: 55.8398 bits (133), Expect = 3.293e-7
Identity = 60/210 (28.57%), Postives = 102/210 (48.57%), Query Frame = 0
Query:   45 QNGSSPSEPKRMITVHN-----TLTIN---VLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPE--ESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSP-TKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSD-LRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNI-KSNPLVYKINW 241
            ++G  PSE KR+  + +     TL+I+   V     LG   E  +K    ++   +H+ ++ R  P ++  LPPE  ES  +    LL    YG   P  L W   G  + Q+  T    T    ++ S ++  P+ S HGK +TC+ ++ +  G  + +D ++LNV++ PK+ + +  S    ++ EG  V M C +  SNP    I+W
Sbjct:   81 EDGKVPSEQKRVQFLGDKNKNCTLSIHPVHVNDSGQLGLRME--SKTAKWMER--IHLNVSERPFPPHIQ-LPPEIQESQEVTLTCLLNFSCYGY--PIQLQWLLEGVPMRQAAVTSTSLTIKSVFTRSELKFSPQWSHHGKIVTCQLQDAD--GKFLSNDTVQLNVKHTPKLEIKVTPS--DAIVREGESVTMTCEVSSSNPEYTTISW 279          
BLAST of EMLSAG00000005672 vs. SwissProt
Match: gi|24211555|sp|Q9N1E6.1|CD22_PANTR (RecName: Full=B-cell receptor CD22; AltName: Full=Sialic acid-binding Ig-like lectin 2; Short=Siglec-2; AltName: CD_antigen=CD22; Flags: Precursor)

HSP 1 Score: 55.4546 bits (132), Expect = 3.699e-7
Identity = 46/155 (29.68%), Postives = 78/155 (50.32%), Query Frame = 0
Query:   92 MHVTINMRLLPINVSILPPE--ESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSP-TKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSD-LRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNI-KSNPLVYKINW 241
            +H+ ++ R  P ++  LPPE  ES  +    LL    YG   P  L W   G  + Q+  T    T    ++ S ++  P+ S HGK +TC+ ++ +  G  + +D ++LNV++ PK+ + +  S    ++ EG  V M C +  SNP    I+W
Sbjct:  132 IHLNVSERPFPPHIQ-LPPEIQESQEVTLTCLLNFSCYGY--PIQLQWLLEGVPMRQAAVTSTSLTIKSVFTRSELKFSPQWSHHGKIVTCQLQDAD--GKFLSNDTVQLNVKHTPKLEIKVTPS--DAIVREGESVTMTCEVSSSNPEYTTISW 279          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: gb|KFM82209.1| (Nephrin, partial [Stegodyphus mimosarum])

HSP 1 Score: 184.882 bits (468), Expect = 4.204e-51
Identity = 140/486 (28.81%), Postives = 212/486 (43.62%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAI------------QSDLRL-------------------NVQYPPKV-------------------ILTLGKSLDLEMIS------------------EGNDVYMECNIK-----SNPLVYKINWYH--NILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSF--NASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTH-TEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTV 408
             L+C ++GG P P+L W   S       +D S++V    +                  V N + I  L R  L   + C A NN+L    S +VT++M   P+ VSI       S N    L CR+ GSRPPA++TWWK    + ++  ++      T SI  +   P + D GK ++CR+EN  I GSAI            Q  LRL                   N++  P V                   I+   +SL L+ +                   E NDV++             ++Y    +    ++CE  + P  +S+RW FN++  SL      E  +F    + S+ TY   +  DYG LLC+ +N+ G   +PCI+ ++PAGPP++  +C V N T   + V C  G+DGGL Q F LEV D     L  N++  + PNF +RG  S  +  + +Y++N+ GRS   V
Sbjct:   22 FLVCETEGGKPTPSLTWWRESVL-----LDDSYEVSSEGV------------------VRNEIEITSLQRHDLMAVFTCQASNNNLTVPVSKYVTVDMNFRPLEVSIEGNRRPLSANSPVELVCRATGSRPPASITWWKGNTKMKRTKERISIDGYVTTSI--LIFTPTSEDSGKHLSCRAENPLIPGSAIEDGWKLDINYVPQLTLRLGSKLRHAHIQENNDVYFECNIRASPWVSEIGWKFEDRELHTNTTTGIIVSNQSLVLQKVQRFSRGKYTCTATNTEGTGESNDVFLRVQFAPLCKPGQKIIYGAARHEAVRVVCEVEADPREVSFRWQFNNTAESL------EVVTFVNEGTISTATYIPRTEFDYGTLLCWGSNIVGSQVEPCIYTIVPAGPPDSVENCSVSNQTEESILVECSPGYDGGLQQQFILEVHDTALHRLQVNLSSPSHPNFEVRGLSSGSTFVVVVYAANAKGRSQAVV 476          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: AFH06404.1 (uncharacterized protein Dmel_CG14372, isoform D [Drosophila melanogaster])

HSP 1 Score: 187.963 bits (476), Expect = 2.894e-50
Identity = 161/557 (28.90%), Postives = 240/557 (43.09%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWN-DNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN------------ILCEFS--------------------------SYPGVLSYRWS---FNDSEGSLRSLK------------SSEASSFNASFSS--------------------LTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMT--HTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGV---LGTLIIVISTSLIVIYCCSKDDRSRRSEGGLNCLRGSR 478
            +L C   GG P P + W  DN++      ID SF                  E +      N L+   + R +L     CVA N +L    +  V +++ L PI V IL  +   S +R   +EC+S GS+PPA +TWWK  K + +        DN++ SI  +   P   D GK +TCR+EN  I GSAI+   RL V Y P   L +G SL+ + I EG+D Y EC + +NP  YK++W+HN            IL + S                          S P  L  R++     D E  L +LK            S  A SF  +F+S                    L Y  ++  DYG + C+A N  G    PC+F+++ AG P    +C V N +   L V C +GFDGGL Q F LE+ +  +  L +N+T  HT   F I   + + +  + +++ N+ GRS  T+  +     VA+    S  +  S      + G+    G L  +    L  IY   +   +RRS+  L   + ++
Sbjct:  219 VLSCEVSGGRPRPNVTWYLDNTA------IDESF------------------EQRPDGKTINHLSYPNVGRQHLNSRLMCVASNTNLTPPNNRVVILDVNLKPIAVHILTKDRFVSADRTYDVECKSSGSKPPALITWWKGSKQLKKLTKNFNEPDNQSLSI--LTFTPGREDDGKYLTCRAENQFIDGSAIEDKWRLIVHYQPTTTLKIGSSLNPDDIKEGDDAYFECIVLANPKPYKMSWFHNGKELQHNISAGVILSDQSLVLQSVSRASAGDYTCLAVNSEGKGPSNPVTLRIRYAPICATDHEELLGALKHETLPLKCEVDSSPPADSFQWTFNSSGEQTELPARLHSSETGMSRLNYTPSTDLDYGTISCWAKNSIGTQKSPCVFQIVAAGRPFPLQNCSVTNQSVDSLQVDCLEGFDGGLPQGFMLELVELNTLRLARNITVSHTPVTFVIDNLDQAATYRMVIFAVNAKGRSEPTIIDDINFKGVAKFTGAS--TGLSMPLSPFLAGLTLFCGLLFAIFCIMLAAIY---RRISNRRSDSNLKVAKHTQ 744          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: AAF54952.3 (uncharacterized protein Dmel_CG14372, isoform C [Drosophila melanogaster])

HSP 1 Score: 187.963 bits (476), Expect = 2.894e-50
Identity = 161/557 (28.90%), Postives = 240/557 (43.09%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWN-DNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN------------ILCEFS--------------------------SYPGVLSYRWS---FNDSEGSLRSLK------------SSEASSFNASFSS--------------------LTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMT--HTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGV---LGTLIIVISTSLIVIYCCSKDDRSRRSEGGLNCLRGSR 478
            +L C   GG P P + W  DN++      ID SF                  E +      N L+   + R +L     CVA N +L    +  V +++ L PI V IL  +   S +R   +EC+S GS+PPA +TWWK  K + +        DN++ SI  +   P   D GK +TCR+EN  I GSAI+   RL V Y P   L +G SL+ + I EG+D Y EC + +NP  YK++W+HN            IL + S                          S P  L  R++     D E  L +LK            S  A SF  +F+S                    L Y  ++  DYG + C+A N  G    PC+F+++ AG P    +C V N +   L V C +GFDGGL Q F LE+ +  +  L +N+T  HT   F I   + + +  + +++ N+ GRS  T+  +     VA+    S  +  S      + G+    G L  +    L  IY   +   +RRS+  L   + ++
Sbjct:  219 VLSCEVSGGRPRPNVTWYLDNTA------IDESF------------------EQRPDGKTINHLSYPNVGRQHLNSRLMCVASNTNLTPPNNRVVILDVNLKPIAVHILTKDRFVSADRTYDVECKSSGSKPPALITWWKGSKQLKKLTKNFNEPDNQSLSI--LTFTPGREDDGKYLTCRAENQFIDGSAIEDKWRLIVHYQPTTTLKIGSSLNPDDIKEGDDAYFECIVLANPKPYKMSWFHNGKELQHNISAGVILSDQSLVLQSVSRASAGDYTCLAVNSEGKGPSNPVTLRIRYAPICATDHEELLGALKHETLPLKCEVDSSPPADSFQWTFNSSGEQTELPARLHSSETGMSRLNYTPSTDLDYGTISCWAKNSIGTQKSPCVFQIVAAGRPFPLQNCSVTNQSVDSLQVDCLEGFDGGLPQGFMLELVELNTLRLARNITVSHTPVTFVIDNLDQAATYRMVIFAVNAKGRSEPTIIDDINFKGVAKFTGAS--TGLSMPLSPFLAGLTLFCGLLFAIFCIMLAAIY---RRISNRRSDSNLKVAKHTQ 744          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: gb|EEC06939.1| (sidestep protein, putative [Ixodes scapularis])

HSP 1 Score: 174.096 bits (440), Expect = 2.500e-48
Identity = 113/369 (30.62%), Postives = 165/369 (44.72%), Query Frame = 0
Query:   98 MRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNI------------------KSNP----------LVYKINWYHN--------------------------------ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSF--NASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS 404
            M + P  V I   +          +EC + GSRPP  ++WW+    +  +  K++   N  +S+  +   P   D+GK + C +EN NI+GS+I++   L+V Y P V L LGK L LE I EG D+Y+EC+I                   S+P          LV++    HN                                + C+  ++P V S+RW+FN S      L+S E  SF      S  +Y      DYG L C+A N  G    PC F++ P GPP AP +C + N T       C++   GG  Q++ LEV D     LL N+T   P F ++G  +  +V L LY++N  GRS
Sbjct:    1 MYVKPSTVRIRSKQRPLVAGLAAEIECEAAGSRPPPVISWWRGKAKLPSNHFKVLLIGNRVFSV--VAYTPTREDNGKRLRCVAENPNIIGSSIEASYNLDVHYKPLVTLQLGKRLRLEEIFEGQDLYLECSIDANPHVSEVVWKFEGREVHSDPAAKVITSNQSLVFQSIQRHNAGRYTCVAINSEGESVSNERTVYPAAAHEMVQVSCDVDAHPFVTSFRWAFNGS------LRSHEVQSFVSEGGRSVASYVPREEADYGSLFCWAVNEIGTQKTPCQFQVTPVGPPLAPSNCTLTNQTEVAFLAECREDHIGGPRQLYSLEVHDVSCHRLLANLTADRPAFWVQGVPAGINVVLVLYAANQMGRS 361          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: EAA01081.5 (AGAP001410-PA, partial [Anopheles gambiae str. PEST])

HSP 1 Score: 176.792 bits (447), Expect = 1.159e-46
Identity = 134/433 (30.95%), Postives = 195/433 (45.03%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWN-DNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNE-----TYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNI-----------------------LCEFSSYPG-------VLSYRWS---FNDSEGSLRSLK------------SSEASSFNASFSS--------------------LTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTD 363
            LIC  +GG P P + W  DNS       ID SF                  E +   T  N L+   + R +L     CVA N +L    +  V +++ L P+ V I+  E+  S ++   +EC+S GSRP A ++WWK  + + +  TK +  D +       S+S I   P   D GK +TCR+EN  I  SAI+   RL V Y P V L +G SL+ + I EG+D+Y +C+I+SNP  YK+ WYH++                        C  ++  G        L  R++     D E  L +LK            S  A SF+ +F+S                    L Y   S  DYG + C+  N  G    PC+F+++ AG P A  +C V N +   L + C +GFDGGL Q+F LE+ +
Sbjct:  145 LICEVKGGRPRPNVTWYLDNSV------IDESF------------------ETRPDGTTVNHLSYPNIGRQHLDARLMCVASNTNLTPPNNKVVVLDVNLKPVAVHIMAKEKFVSADKRYEIECKSSGSRPEAAISWWKGTRMLKRV-TKNVSMDEDPRFTGNQSLSVISYTPTVDDDGKYLTCRAENPLIPDSAIEDKWRLVVHYMPIVTLKMGSSLNPDDIKEGDDIYFDCHIQSNPKPYKLAWYHDVTGIILSDHSLALQGVSRSLAGDYTCMAANTEGRGTSNHVTLRVRYAPVCAVDREELLGALKHETLQLKCEVDASPPAESFHWTFNSSGEQTELPSRLHSSETGLSRLNYTPTSDLDYGTISCWGRNAIGVQKSPCVFQVVAAGRPFALQNCSVSNQSADSLHIECIEGFDGGLPQMFLLELVE 552          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: gb|EEC14068.1| (sidestep protein, putative [Ixodes scapularis])

HSP 1 Score: 165.236 bits (417), Expect = 1.053e-44
Identity = 119/390 (30.51%), Postives = 176/390 (45.13%), Query Frame = 0
Query:   98 MRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWY---HNILCEFSSYPGVL-----------------SYRWSFNDSEGSLRSLKSSEASSF---------------------NASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLII 446
            M + P++VSI+  + +    R + L C S GSRPPATL+WWK  + +  +            S S + + P   D G+ ++CR+ N  +  ++++  + L V Y P + L LG  L  + I E +DVY+ECN+ +NP V  I W    H++  + ++  GV+                  Y+ + +++ G  RS        F                      A+ S  T+ A S  DYG L C A N  G    PC F ++PAGPPEAP  C + N T     V C  G  GGL Q F LEV D G G    N+T  +PNF +    +     L +YS+N  GRS   +    T    AE  +   P  T Q     ++ VL  L++
Sbjct:    1 MDMGPLSVSIVGGQPTLEAGRPSSLRCVSSGSRPPATLSWWKGTQRLPATADG---------SASTLAITPVTEDDGQQLSCRAVNEQLPQASLEDLVTLRVLYKPLLTLRLGNRLREDSILENHDVYLECNVAANPPVVDITWLFDGHDL--QTNTTAGVIVSNRSLVLQKVGRSARGEYQCAASNALGQSRSAALFLRVQFAPICHEPQKWVYGSAKHEPIQGATRSVATFVARSEADYGTLRCEARNAVGPQRWPCQFSVVPAGPPEAPGLCTLANQTEDAFQVHCSAGHHGGLPQHFVLEVHDSG-GRFRGNVTAPQPNFEVTDLPAGSDFVLVVYSANGKGRSSPVLLTAATLPAAAESLLHQGPEATWQVKFSPVLAVLMALVL 378          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: EEB14623.1 (sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 164.851 bits (416), Expect = 1.407e-42
Identity = 151/543 (27.81%), Postives = 245/543 (45.12%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRL-------------------------------NVQYPPK--------------------VILTLGKSLDLEMISE---GNDVYMECNIK----SNPLVYKINW----------YHNIL--------CEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMT--HTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRR 466
            L+C   GG P P ++W                  +E+ +K    + S        +TV++ +  NV  R YL     C A NN+L   AS  V +++ L P+ V IL  E + S +++  +ECR+ GSRP A +TWWK  K I +        + +  SI  + L P   D GK +TCR+EN  +  SA++   RL                               NV+  PK                    VIL+   SL L+ +S+   G+   +  NI+    SNP+  K+ +           H  L        CE  + P +++++W+FN+S G L  +  +  +S +++ S+L Y   S  DYG L C+ +N  G+   PCIF+++ AG P    +C + N T   L V C + FDGGL Q F +E+ +  + +L +N++     P F+I G ES  +  + L++ N+ GRS   V    T   VA+    + P   +    G+I     TL++++   L+ +Y   + +R+RR
Sbjct:  173 LVCEVTGGRPRPKVVW-----------------YLENELK----DESYEQRYGEQLTVNHFVLRNV-KREYLNHRLLCQASNNNLEPPASKVVVLDLNLKPLTVHILTKERAVSADKKYEVECRTSGSRPEAVITWWKGNKQIKRFAKSYTEQNGDGLSI--LSLIPVIDDDGKYLTCRAENPVVPDSALEDKWRLNVHYMPLVTLKIGANLNPDDIKEGDDVYFECNVKANPKSYKLAWFHNGKEMHHNISAGVILS-DVSLVLQGVSKHTAGDYTCLAANIEGKGISNPVTLKVMYVPTCRDDREELHGALKHETVALKCEVDANPPLVTFQWTFNNS-GDLNEVPVTRYTS-SSTISTLNYTPVSDMDYGTLACWGSNSVGQQKVPCIFQVVAAGHPFPLTNCTILNQTADSLHVECLENFDGGLPQTFLMELLELPTLELKRNISVVRAPPVFSIYGLESGTTYQVNLFAVNAKGRSEPFVIETVTFKGVAKYTGITTPIPMNPVLTGLI-ATASTLVVIVCLVLMALY---RRNRTRR 684          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: gb|EEC10241.1| (sidestep protein, putative [Ixodes scapularis])

HSP 1 Score: 153.68 bits (387), Expect = 2.671e-39
Identity = 133/481 (27.65%), Postives = 202/481 (42.00%), Query Frame = 0
Query:    9 GYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWW---KRGKFI------------------------GQSPTKMIHTDNETYSISHI---------RLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPP------KVILTLGKSLDLEMISEGNDVYMEC---NIK-----------------------SNP------------LVYKI--NWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSF--NASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTE-PNFNIRGFESSRSVNLKLYSSNSYGRS 404
            G PPP++ W   S+      +D  F +                    +  V N L IN L RA L  T+ C A N +L    S  VTINM L P++V I+  +   S  R+  L C+S G RPP  +TWW   K+  F+                        G+   +    D ++  ++H+          ++ KA   G D+       NI  + + SD+    +  P      + ++   +SL L+ + + +  + +C   N++                       S+P            LVY +  +    I CE  + PG LS++W+ N+S      +++ +  +F  N + S  TY       YG L C+A N  G   +PC F +IPAGPPEA  +C V N T T L V C+ G  GGL Q FHLEV +     L +N++ T+   F +R      +  L LY SNS GRS
Sbjct:    7 GRPPPSVTWWRGSTL-----VDEKFAMTP------------------LDVVRNELVINRLQRADLLATFTCQASNTNLTLPRSSSVTINMNLRPLDVRIISLKRPLSAGRKVELVCQSSGGRPPPQITWWLGKKKLSFVRDNVTVNDNYTTSSITFSPSIDDHGKVARRRCRNDEKSNVVNHVPRLSLSLGANMKHKAIREGSDVYFE---CNIQANPMVSDVGWKFEGKPLYSNIKQGVIVSNQSLVLQKVRKESRGHYQCVAANVEGEGESDRVPLRSGSALTKCSSPLSHPDPDTPVCKKRQNLVYGVARDEEAEISCEVEADPGELSFKWALNNS------VETFDVKTFVVNGTASVATYRPRWKHSYGLLYCWAQNSIGVQREPCAFHIIPAGPPEAVKNCHVSNQTVTSLSVDCEPGDHGGLRQTFHLEVYNSALELLQRNVSSTDGAAFTVRDLPPGTAFILVLYGSNSKGRS 455          

HSP 2 Score: 69.707 bits (169), Expect = 1.258e-11
Identity = 44/121 (36.36%), Postives = 63/121 (52.07%), Query Frame = 0
Query:  323 GPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTE-PNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLG 442
            GPPEA  +C V N T T L V C+ G  GGL Q FHLEV +     L +N++ T+   F +R      +  L LY SNS GRS  +V + T      E +  +    T    +G+++G++G
Sbjct:  473 GPPEAVKNCHVSNQTVTSLSVDCEPGDHGGLRQTFHLEVYNSALELLQRNVSSTDGAAFTVRDLPPGTAFILVLYGSNSKGRS-NSVSISTNTLPSPERRTANTDITTVSPVLGVLIGIVG 592          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: gb|EEC10875.1| (sidestep protein, putative [Ixodes scapularis])

HSP 1 Score: 152.14 bits (383), Expect = 9.740e-39
Identity = 87/242 (35.95%), Postives = 129/242 (53.31%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWY 242
             LIC  +GG P P + W  +     K  +D +F VV          GS         T  N L I  L R+       C A NN++  + S  +T++M L+P++V+I PP+   S ++E  L C S GSRPPA LTWWK G+ +  S    +     T S S +R  P+  D+G  ++CR+EN  I GSAI+   +L+V Y P+V L LG++L  + I EG DVY+EC + ++P   ++ W+
Sbjct:  143 QLICEVEGGKPRPVVTWWRD-----KRLVDDNFTVV--------AGGS---------TARNRLKIRELKRSDFLTVLTCQAANNNVTVAVSRSITLDMNLIPLDVAIQPPKRPLSADQEVELVCSSSGSRPPALLTWWKSGEQLVSSKEHQVQEGVSTSS-SVLRFTPRVEDNGLVLSCRAENQFIPGSAIEEGWKLDVFYKPRVELQLGQNLKEQDIREGRDVYLECLVDASPPATEVTWF 361          

HSP 2 Score: 91.2781 bits (225), Expect = 1.880e-18
Identity = 72/296 (24.32%), Postives = 133/296 (44.93%), Query Frame = 0
Query:  111 EESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKG-FDGGLYQV-FHLEVTDRGSGDLL--QNMTHTEPNFNIRGFESSRSVNLKLYSSNSYG 402
            E+     R+  LEC    S P   +TW+     +  + T  +   N++  +  +R     +  G+  TC + N    G  + +   L +++ P  +   G+            +Y    ++S           ++ CE  + P  +++ W FN S    R   +S +++   + S+  Y+ N   D+G+LLC+ +N  G+  +PC F ++PAGPP+   +C+  N T   +   C +G +DGG+  V F  ++ D  SG  L     +H  P+F   G     + ++++YS NS G
Sbjct:  334 EQDIREGRDVYLECLVDASPPATEVTWFFEDHEVTTNMTTGVIISNQSLVLQKVR----RTRRGR-YTCSAVNRE--GHGVSNIFLLRIKFAP--VCKPGQ----------KRLYGVSRLES----------VSVRCELEADPADVTFHWRFNSSSSGKRLTLASYSNAL--THSTAVYSPNGEDDFGFLLCWGSNEVGKQLRPCNFSVVPAGPPDPVTNCNQINGTEDSVSFECSEGSWDGGVSPVSFMAQLRDVDSGRRLVANGSSHGLPSFTFLGLPGGSTFSVQVYSINSKG 598          
BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Match: EEB11473.1 (sidestep protein, putative [Pediculus humanus corporis])

HSP 1 Score: 152.525 bits (384), Expect = 1.417e-38
Identity = 121/468 (25.85%), Postives = 199/468 (42.52%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRL------------------NVQYPPKVI--------LTL-----------GKSLDLEMISEGNDVYMEC-------NIKSNPLVYKINW------------------YHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTT 407
            + C++ GG P P + W                  +E+ +  +     SP       TV N L +  + R YL   + C A NN+++   S  +TI++ L P++V +L      S      ++C + G++P   +TWWK    +  S  K     N T  IS +   PK  D GK +TCRS    +  S+++   +L                  N++  P V         +TL            +SL L+ I+        C       + +SNP+   + +                  +  +LCE  + P  +++ W FN++  ++   +S        S +S  Y   +  DYG LLC+A N  G   +PC+F ++PAG P+   +C + N T     V C +GFDGGL Q F +EV D  +  L+ N+T   P F++   ES+   ++ LY+ N+ G S  T
Sbjct:  114 ITCVATGGRPTPRVSW-----------------WMENALIDDQYEQVSPR------TVKNILRLENIGRQYLNVVFTCQATNNNIVAPISSAITIDINLKPLSVKLLGENRPLSAEAVYKIQCETIGAKPEPKVTWWKGSLQLRNSEEKTSANGNST--ISTLTFIPKLDDSGKILTCRSGTPLLPNSSLEDSWKLNIYRNSAIREGVDVYFECNIKSNPWVYRVSWRHNGVTLFNNASAGTIISNQSLVLQSITRARAGLYTCVGSNQEGDGESNPVNLDVKFRPVCRPGQQKVLGVARYEFARVLCEVEANPPNVTFYWRFNNTSETIDIPQSHVVHDKLRSVAS--YAPMTELDYGSLLCWAKNSRGMQVEPCVFHVVPAGKPDPLSNCSIANQTMDIFLVECTEGFDGGLPQEFVMEVFDSQTQTLVVNVTSKFPVFDVHSLESNVGFDISLYAVNAKGHSDIT 554          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|1035609047|ref|XP_016912113.1| (PREDICTED: neural cell adhesion molecule 2 [Apis cerana])

HSP 1 Score: 225.328 bits (573), Expect = 2.063e-61
Identity = 150/492 (30.49%), Postives = 229/492 (46.54%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPP------EESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETY---SISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH-----------------------------------NILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQ------NMTHT-EPNFNIRGFESS--RSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGV 440
            L C   GG P P + W  N     +E    +  V+E                       N LT+  +TR++LG  Y C A+N DL++     V++++ L P+  +I  P       ES    +   +EC + GSRPPA +TW+K  +       ++ HT  E +   ++S +   P   DHGK ITCR+EN N+ G  ++   +++V YPP V L LG +L  E I EG+DVY EC+I++NP   K+ W H                                   NI C+  + P   ++RW FN+S  +L   +   +   ++  S   Y   +  DYG L C+A N  G   +PC+F+LI AG P    +C + N T T + V C  G+DGGL Q F LEV   G  D L       N+++  EP+F++ G E+S    V++ +Y+ N+ GRS   +  E T  + AE +            +G++VG 
Sbjct:  173 LTCRVTGGKPEPVVRWLVNGRVKDEEYEKNAGDVIE-----------------------NRLTLQSITRSHLGANYTCQARNTDLIEPREASVSLDLNLKPLTTTIRRPGRKQVGNESLLAGKRYEVECETTGSRPPAVITWYKGRR------RQLKHTKEERWENRTVSMVEFEPGVEDHGKLITCRAENPNVTGLFLEETWKIDVVYPPIVSLNLGSTLSPEDIKEGDDVYFECHIRANPAWSKLTWIHDADEDARKRNEKKEIAPVCKEDRIVVVGASRGESLNIACKVEADPPAHNFRWKFNNSGETLEVAQGRFSMETSSGVSVFRYTPTTELDYGTLSCWADNSVGRQARPCLFQLIAAGKPFPVRNCTLANQTYTSVEVKCVAGYDGGLPQKFILEVY-HGDVDFLSSSQPLYNVSNADEPSFSLAGLEASVEAGVHVAVYAVNAKGRSQPVILSEVT-YRDAEKRTGQDAGIVLSPLIGVVVGA 633          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|909583274|ref|XP_013147686.1| (PREDICTED: nephrin-like [Papilio polytes])

HSP 1 Score: 213.001 bits (541), Expect = 2.795e-58
Identity = 136/404 (33.66%), Postives = 207/404 (51.24%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNM-THTEPNFNIRGFESSRSVNLKLYSSNSYGRS 404
            LIC   GG P P L W   ++      ID S+++         Q+G         +TV NTLT   + R +L     C A N +L    +  + + + L P+ V IL      S +R   +EC++ GSRP A +TWWK  + + ++  K     N T S+  +   P+A DH + + CR+EN  +  + ++   +LNV Y P V L +G +L+   I EG DVY ECN+K+NP   K++WY           G  ++ W+   S G    L+ S  + +N S S L Y   S  DYG + CFA N  G    PC++K++PA  P +  +C + N +  GL V C +GFDGGL Q+F++EV +  S  +  N+ ++   +F + G +S  S  L LYS+N+ GRS
Sbjct:  193 LICEVHGGDPKPRLTWYLENTV-----IDDSYEL---------QSGG--------VTV-NTLTFPSIGRQHLNARLICQASNTNLAPPQTKLLILEINLKPLTVQILNKSRQLSADRSYEVECKATGSRPEAQVTWWKGSRPLRRN-AKTFSDTNATLSV--LTFVPEAEDHERSLVCRAENPRLTSALLEDYWKLNVHYVPIVTLKMGSTLNPGHIKEGEDVYFECNVKANPKATKLSWYK----------GPTAFVWTLTTSAGH-TELQPSLYTMYNFS-SVLRYTPLSNMDYGTISCFAVNAAGRQDTPCLYKIVPADRPASLQNCSIVNQSSEGLAVECAEGFDGGLPQIFYMEVLELPSLVVRANVSSNFTASFEVLGVDSRVSYILNLYSANAKGRS 558          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|1132390930|ref|XP_019847286.1| (PREDICTED: uncharacterized protein LOC105230323 [Bactrocera dorsalis])

HSP 1 Score: 217.238 bits (552), Expect = 9.009e-58
Identity = 146/472 (30.93%), Postives = 236/472 (50.00%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRG-KFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH-NILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANS---------------AKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPS--DTSQKY-------MGIIVGVLGTLIIV 447
            L C+  GG PPPT+ W  N        I  S  VV+ T                  T+ + L +  L+R +    + C A N    K  S ++TI + L P+ V I    +  S +R+  +EC++ GSRPP+ LTWW    + +G S  K+    N ++S+  + + P  +DHGK ++CR+ N  +     ++ ++LNV + P + L LG +L+ E I EG+DVY EC + +NP  YK+ W H N + + +   GV+      +  + +L+ +   +A ++  + S++  + +S                 D+G ++C+A N  G+  +PC+F LI AG PE P +C + N T   L V C +GFDGGL Q F +E+ D+ SG L  N++   P  ++ G +S R   + +Y+ N  GRS   VQ+E    K AE Q  +  S   T   +       +GI VG+L  L+ +
Sbjct:  172 LTCVVYGGSPPPTVTWLWNGH------IQNS--VVDFTADD---------------TIKSRLLLRNLSRIHQHAVFTCQASNFH-KKYVSTNITIELYLRPLQVEISFNNQPMSADRKYEIECQASGSRPPSKLTWWMGNMELLGHS-QKVSEDGNVSFSV--LSITPTRADHGKALSCRATNELVRSGIRETAMKLNVFFIPTLQLDLGSNLNPEDIEEGDDVYFECKVHANPAAYKVVWKHNNQIIQHNQRAGVI-----VSSGDLALQGVTRHQAGNYTCTASNVEGDGDSNVVELKVMLSDFLFQEMDFGTIMCWADNNVGQQREPCVFHLIAAGKPEIPANCTIFNQTSDSLEVYCMEGFDGGLRQWFLMEIFDQHSGQLQANISSKYPLLSVTGLDSGRLFRIFVYAVNLRGRS-EAVQVEGYTLKAAEKQTVALTSYKGTQSNFELTPILSVGIFVGILVALVCI 610          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|926612754|ref|XP_013794647.1| (PREDICTED: uncharacterized protein LOC106478637 [Limulus polyphemus])

HSP 1 Score: 207.608 bits (527), Expect = 1.996e-55
Identity = 136/439 (30.98%), Postives = 202/439 (46.01%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPI--DTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYH--------------------------------NILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASF--SSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS 404
            L+C S GG P P++IW        KE I  D S+     T K +D              V N LTI  + R  L     C A N+++    S+ VT+++ L P  V I      FS   E  L C S GSRP A +TWWK  + + Q+    ++ DN     S +   P  +D GK ++CR++N  I  SA++   +L V Y P++ L LG S   E + EG+DVY EC+I++NP V ++ W+                                  ++C   + P  +++ W FN +       K S+A  + +    S  TY   S +D+G L C+ TN  G    PC+F ++PAGPP    +C V N T+  + + C +G+DGG+ Q F LEV       L  N+T   P F +          L +Y+ N+ GRS
Sbjct:  178 LLCKSTGGKPRPSVIW-------WKEDILLDDSY-----TFKPHD-------------VVDNELTIMNIKRKDLLSELTCKASNSNVTVPGSVSVTLDLNLKPKRVKIQSAIRPFSAEEEVELRCSSSGSRPSAYITWWKGNEQLQQT---KLNVDNTGLETSILTFTPSITDDGKYLSCRADNPLIPNSAVEDGWKLEVYYKPQISLELGASRKAEKVKEGDDVYFECHIRANPWVSQVFWHFEGRSLTSNNSIDVPRCDLNQKTTYGVAINEAVEVVCRLDADPSDVTFHWRFNTTT------KHSDAIQYTSDQIESIATYIPQSGEDFGNLFCWGTNNIGIQIIPCVFTIVPAGPPNPLQNCSVLNQTQDQIAIECLEGYDGGMTQKFSLEVYTVEHNSLQANLTSKSPRFKLSNLSVGTLFRLHVYAWNAKGRS 582          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|985401539|ref|XP_015368493.1| (PREDICTED: nephrin-like [Diuraphis noxia])

HSP 1 Score: 208.379 bits (529), Expect = 5.640e-55
Identity = 149/497 (29.98%), Postives = 226/497 (45.47%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSEN-----------TNILGSAIQS-------DLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNI-----------------------LCEFSSYPGV-LSYRWSFNDSEGSL---RSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLI 453
            + CI+ GG PPP + W   ++      ID +F+ +                      V N L +  L R +L   + C A NN ++   S  V+++M L P+++ ++      S      + CR  G++PP  +TWWK    +  +  K I + +   + S +   P   D    ++CR+E+           +   G   Q+         +LN+ + P V L LGK+++   I EG DVY ECNIKSNP VY++ W HN+                       LCE  + P   + Y W FN+S  S+   R   + E S   A+++ LT       DYG L+C+A+N  G+   PC++++I AG P++  +C V N T   L V CQ GFDGGL Q F +EV DR    L  N+T   P F +    S    ++ +Y+ NS G S   VQL     K AE +    PS      M  ++ V G +  VIS + I
Sbjct:   88 ITCIASGGRPPPRVTWWQENAL-----IDETFETLXDR------------------KVKNVLRLERLERRHLNTVFTCQASNNHMVPPISSSVSLDMILRPLSIKLVGDNRPLSAESSVNVSCRVTGAKPPPIITWWKDATQMTDA--KQITSPDGNITTSVLTFTPTIKDSDNTLSCRAESGKPDTVNNRHSSKPDGRQYQAVDVDSSDGWKLNIFHVPVVNLELGKNINGSAIQEGMDVYFECNIKSNPWVYRVTWRHNVIAPVCRPGQETVQGVGRREAAKVLCEVEANPSDNIQYTWRFNNSRESVNLDRDRYTEEGSRSIAAYTPLT-----PLDYGTLMCWASNEFGKQIVPCVYQVIAAGRPDSLENCSVVNQTSASLVVRCQPGFDGGLSQRFVMEVYDRHGQSLAGNVTADRPAFTVGSLPSGLGFDISVYAYNSRGPS-DPVQLHAYTLKSAEKRTAVTPSGFRFSPMLAVIAV-GCVASVISIACI 552          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|808121921|ref|XP_012164290.1| (PREDICTED: neural cell adhesion molecule 1-like isoform X2 [Bombus terrestris])

HSP 1 Score: 205.682 bits (522), Expect = 4.724e-54
Identity = 152/490 (31.02%), Postives = 222/490 (45.31%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWN-DNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN----------------------------------------------------ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNA----------------SFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPP-----------EAPIDCDVRN-HTRTGLGVICQKGFDGGL-YQVFHLE-VTDRGSGDLLQNMTHTE----PNFNIRGFESSRSVNLKLYSSNSYGRS 404
            LIC  +GG PPP L W  DN+             V++ +   N  +G         +TV N L+   + R +L     C A N +L+   +  V +++ L P+ V IL  E   S ++   +ECR+ GSRP A +TWWK  K I +        +NE+ S+  +   P   D GK +TCR+EN  I GSA++   RL+VQY P V L +GK+L+ + I EG+DVY EC++++NP VYK+ W+ +                                                    ++C   S+P  L + W+FN+S G L  +  S  S   A                  S L Y   +  DYG + C+A+N  G+   PC+F++I AG P            AP+D +  N  + TGL V C +G+DGGL    + LE V D   G +L N T       P F + G  + RS  L LY+ N+ GRS
Sbjct:  181 LICEVRGGKPPPKLTWYLDNT-------------VIDESYHYNADSG---------LTV-NRLSYPKVGRQHLKARLICEASNTNLVPPQTRLVVLDVNLKPLVVQILTKEPRVSADKNYDVECRTSGSRPEAVITWWKAEKQIKKMAQNYPLENNESLSV--LSFVPSIDDDGKYLTCRAENPVISGSALEDKWRLDVQYQPVVTLKMGKTLNPDDIKEGDDVYFECSVRANPKVYKLAWFKDGKELKNNATAGIVLSDHSLVLQRITRYSADTPVCKEGRSEVVVGALKQETVSLVCSVESHPAPLIFHWTFNNS-GELVEVPHSRYSHVAAVGTPSVAENLKEYPQFHGSRLNYTPATEMDYGTVACWASNQVGKQRTPCLFQVIAAGRPYALHNCSTTEMSAPLDAEELNAKSGTGLIVRCLEGYDGGLPIYSYQLEVVADEDGGPILLNKTMPASPNGPTFEVAGLTTGRSYRLFLYAINAKGRS 644          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|815910067|ref|XP_012240609.1| (PREDICTED: hemicentin-1-like isoform X2 [Bombus impatiens])

HSP 1 Score: 205.682 bits (522), Expect = 5.748e-54
Identity = 152/490 (31.02%), Postives = 222/490 (45.31%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWN-DNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN----------------------------------------------------ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNA----------------SFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPP-----------EAPIDCDVRN-HTRTGLGVICQKGFDGGL-YQVFHLE-VTDRGSGDLLQNMTHTE----PNFNIRGFESSRSVNLKLYSSNSYGRS 404
            LIC  +GG PPP L W  DN+             V++ +   N  +G         +TV N L+   + R +L     C A N +L+   +  V +++ L P+ V IL  E   S ++   +ECR+ GSRP A +TWWK  K I +        +NE+ S+  +   P   D GK +TCR+EN  I GSA++   RL+VQY P V L +GK+L+ + I EG+DVY EC++++NP VYK+ W+ +                                                    ++C   S+P  L + W+FN+S G L  +  S  S   A                  S L Y   +  DYG + C+A+N  G+   PC+F++I AG P            AP+D +  N  + TGL V C +G+DGGL    + LE V D   G +L N T       P F + G  + RS  L LY+ N+ GRS
Sbjct:  181 LICEVRGGKPPPKLTWYLDNT-------------VIDESYHYNADSG---------LTV-NRLSYPKVGRQHLKARLICEASNTNLVLPQTRLVVLDVNLKPLVVQILTKEPRVSADKNYDVECRTSGSRPEAVITWWKAEKQIKKMAQNYPLENNESLSV--LSFVPSIDDDGKYLTCRAENPVISGSALEDKWRLDVQYQPVVTLKMGKTLNPDDIKEGDDVYFECSVRANPKVYKLAWFKDGKELKNNATAGIVLSDHSLVLQRITRYSADTPVCKEGRSEVVVGALKQETVSLVCSVESHPAPLIFHWTFNNS-GELVEVPHSRYSHVAAVGTPSVAENLKEYPQFHGSRLNYTPATEMDYGTVACWASNQVGKQRTPCLFQVIAAGRPYALHNCSTTEMSAPLDAEELNAKSGTGLIVRCLEGYDGGLPIYSYQLEVVADEDGGPILLNKTMPASPNGPTFEVAGLTTGRSYRLFLYAINAKGRS 644          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|914573838|gb|KOB76275.1| (Protein turtle-like protein A [Operophtera brumata])

HSP 1 Score: 196.438 bits (498), Expect = 2.548e-52
Identity = 128/406 (31.53%), Postives = 200/406 (49.26%), Query Frame = 0
Query:   61 NTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTD--NETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNIL-----------------------CEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCD---------VRNHTRTGLG------VICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPP 426
            N L +  L R  L  T++C A N +L+      V + + L P++VS++           + L C + GSRP A +TW+K  +   +   KM+ TD  NET+SIS +   P  +D+G  + C + N ++  ++I   L+LNV Y P V+LTLG +L+   I EG+DVY ECNI++NP  ++I+WYHN++                       C   + P  +++ W FN+S  S  ++  +   + N S S L Y   S +DYG L C   N  G   QPC+F+++PA  P  P +C          + + TR   G      + C  G+DGGL Q+  LE  D  SG +  N+T  E      G   ++  + +L  + S G+ +    L+  P K A+  I +PP
Sbjct:  183 NRLELLHLKRENLNTTFKCRAANTNLVPPQEKSVRLELNLPPLSVSLVNRPSKLIAGSASTLRCVAEGSRPAALITWYKENRSFDR---KMV-TDHSNETWSISTLLFTPTPADNGATVKCVAANPSLPMTSIDDQLQLNVVYSPLVVLTLGSTLNPHDIKEGDDVYFECNIRANPREHRISWYHNVIAPVCAEHTPQVVGAAIDEALRVRCSVHADPADVTFFWQFNNSGESF-NVSPARYGTVNGSVSELRYTPASERDYGALTCRGANSVGNQAQPCVFQIVPAARPSPPRNCTISSGNNSNWIEDSTRDAEGFGDALVIRCVTGYDGGLPQLVVLEALDTASGTVRFNVTANE-----TGRPPTKQPSSELQINASDGQYVVAYTLK--PPKHAQPDILNPP 576          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|926610441|ref|XP_013788730.1| (PREDICTED: uncharacterized protein LOC106472622 [Limulus polyphemus])

HSP 1 Score: 199.519 bits (506), Expect = 2.595e-52
Identity = 143/499 (28.66%), Postives = 228/499 (45.69%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN-----------------------ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHT-EPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIE-SPPSD---TSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRRSEGGL 471
            +L C+++ G P P + W           +D SF+ +                     +V N   I+ LTR        C A N +L       V I+M L P+ V ++     F   R+  +EC++ GSRPPA +TWW   + +  +    I  D    ++S++   P + D+GK ++CR EN  +   +    L LNV Y P++ + L  +L  + + EGN++Y+EC  +SNP + ++ W                          + CE  + P  +++ W  N++E + R + S E  SF    S   Y+     D+G+L C A N+ G   +PCIF L+   PPE   +C + N++   L V C  G DGGL Q+FH+E    GS  L  N+T   +P F + G     S +L +YSSN  G+S        T      L++  S P+D   T   ++GI VG +  L  +    +IV+    + +RS RS G +
Sbjct:  154 ILRCVAKEGKPLPIVTWWRGFVQ-----VDDSFQEIGK------------------YSVRNDYIIHELTREDFMAEISCQASNTNLTSPGVATVIIDMNLKPMEVRVISTHRHFCAGRQFGVECQTTGSRPPANITWWLGTRKLTDALE--IVRDGGNRTVSNLVFIPISDDNGKYLSCRVENIKMPEISKTDGLILNVHYAPQLSVCLNPNLVSDKLYEGNNIYLECEFQSNPKIVRMEWQFQGDAPVCKKGQKFVYAVTVKEVAEVSCEVEADPVNVTFTWEVNNTENN-REISSFE--SFGVK-SVARYSPQDENDFGFLACKAQNVVGVQNKPCIFTLLSVRPPEQVQNCTISNYSSESLFVECVPGDDGGLEQLFHVEAYLSGSQVLQANVTRNRQPVFRLSGLIPGASFDLFVYSSNDKGKSPAVTLTAQTQVSARWLRVRISLPTDHPVTIIPHLGIFVGAVSALTFL--AIIIVLLVKKRAERSERSSGDV 621          
BLAST of EMLSAG00000005672 vs. nr
Match: gi|913322968|ref|XP_013192732.1| (PREDICTED: uncharacterized protein LOC106136656 [Amyelois transitella])

HSP 1 Score: 195.667 bits (496), Expect = 1.323e-51
Identity = 129/406 (31.77%), Postives = 195/406 (48.03%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMT--HTEPNFNIRGFESSRSVNLKLYSSNSYGRS 404
            ML C  +GG P P + W                  +E+ +  +D     P      +TV NTLT   + R +L     C A N +L    +  + +++ L PI V+IL  E+  S ++   +EC++ GSRP A +TWWK  + + +   K    +NET S+  + L P   D GK +TCR+EN +I  SAI+   RLNV Y P V L +G  L+ + I EG+DVY EC +K+NP  +++ W+H     +SS+                                S+L Y   +  +YG L C+  N  G+   PC+F+L+ AG P    +C V N +   L V C + FDGGL Q F +E+ +  S  +  N++   T P F I+G        + LY+ N+ GRS
Sbjct:  146 MLSCEVEGGKPRPRVTW-----------------YLENVV-IDDSYEQRPDG----VTV-NTLTFPNVGRQHLNARLVCQASNTNLAPPETKVLILDINLKPITVTILTKEKQVSADKRYEIECKTTGSRPEAYVTWWKNNRQLKRM-AKNFSENNETLSV--LSLVPSLEDDGKFLTCRAENKHIADSAIEDKWRLNVHYVPVVDLRMGSKLNPDEIKEGDDVYFECTVKANPKTHRLAWFHGRKKYYSSH-----------------------------GHTSTLNYTPTTDMEYGTLACYGENSVGQQKVPCVFQLVAAGRPFHLQNCTVANQSIDSLYVECVENFDGGLPQTFLMELLELPSLIVRYNVSTNRTPPYFEIKGLPPGVRYRIDLYAVNAKGRS 496          
BLAST of EMLSAG00000005672 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: 194.512 bits (493), Expect = 7.759e-55
Identity = 150/527 (28.46%), Postives = 233/527 (44.21%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLL---------------PINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTD-------------NETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN-----------------------------------ILCEFSSYP-GVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIE--SPPSDTSQKYMGI-IVGVLGTLIIV------ISTSLIVI 455
            L CIS GG P P + W  + +       D S +VV+                     V N+L +  L R  L     C A NN+L    S  V ++M  +               P++V ++  ++  S  R     C++ G+RPP  +TWW+    + ++ T  I +              +   ++S I   P   D GK ++C++EN  +L SA++   +L++ Y P+ IL+LG SL+   I E +DVY ECN+++NP  YKI W  N                                   I CE  S P G  S+ W FN S G +  +      S N   S + Y   +  DYG L+C+A N  G+   PC+F L+PAG P++  +C   N T T L V C  G+DGGL Q F LE  D     ++  +    P+FN+ G E  RS  L + + NS G S + V L +   K AE      + P++ +    G+ +  +LG L+ +      ++ ++IV+
Sbjct:  143 LKCISTGGNPSPKVSWWRDHALLD----DVSEEVVKGK-------------------VVNSLRLIKLARNDLHSILTCQASNNNLSVPVSTSVKLDMHFITTYDGWHIYASVPVGPMDVEMIGRKDPVSAGRVYEFRCQAVGARPPPEITWWRGSTQLRENVTNRITSRSNPDLPPHPQTSPDGNVTLSIIDYVPSVRDAGKYMSCKAENPELLNSALEDGWKLDIHYNPQSILSLGSSLNGSNIKEDDDVYFECNVRANPKPYKITWRFNGDGPSNPMTLNIRYAPYCKPDQVRVFGVARDETVRISCEVISNPVGSTSFEWRFNAS-GEMVDMPHDRFKSTNTK-SIVEYVPRTELDYGSLMCWAKNSIGKQRDPCVFHLVPAGMPDSVKNCSFGNQTTTSLEVRCMSGYDGGLPQTFVLEAKDNHHYGIVTKLHSPLPHFNVTGLEPGRSYVLSVSAQNSKGLS-SPVTLYSFTIKEAEKHTAGSTHPANVTSSRNGVSVTPILGILVAIACGLALVAVAIIVV 643          
BLAST of EMLSAG00000005672 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: 185.267 bits (469), Expect = 1.011e-50
Identity = 110/311 (35.37%), Postives = 160/311 (51.45%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHN-ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGE 310
            +L CI+ GG P P + W  +S       +D++F+   S                   TV NTLTI+ +TR  LG    C A NN++    S  +TI+++  P  V IL  +E  S  +   LEC S GSRP A +TWWK  KF+G++P+K++  DN   +IS +  +P+ SDHGK +TCR+EN +I+ SA++   +L + + P V LT G +L+ + I+EGNDVY EC I +NP VYK+ W HN ++       GV+                          S SSL       +  G   C A+NLEG+
Sbjct:  100 VLQCIASGGNPAPQVTWWRDS-----HLLDSTFETTFSQ------------------TVQNTLTIDKVTRQDLGAILTCQASNNNISIPVSNRITIDLKFPPSGVKILTKKEPLSAGKYYRLECESGGSRPSAIVTWWKNNKFMGKTPSKIV--DNGNLTISTLEFKPRPSDHGKTLTCRAENLDIVSSALEEQWKLVIFHAPIVSLTFGANLNPDNIAEGNDVYFECTISANPEVYKVIWLHNDVMVSHDQSHGVI-------------------------ISGSSLVLQGVHRRQSGMYACVASNLEGD 360          

HSP 2 Score: 132.494 bits (332), Expect = 6.672e-33
Identity = 80/205 (39.02%), Postives = 106/205 (51.71%), Query Frame = 0
Query:  245 ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSF--NASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPN----------------------FNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESP 425
            I+C   ++P    + WSFN+S       K   AS F  N++ S L+Y      D+G L C A+N  GE   PC+FK+IPAGPP+AP +C V N T   L V C  GFDGGL Q F LEVTD  +G LL N +   P                       F + G  S + + + ++++N+ GRS   V LE    KVAELQ+ESP
Sbjct:  394 IICPILAHPQPTRFIWSFNNS----LETKMINASQFKSNSTHSELSYQPKDDNDFGLLFCSASNALGEMADPCVFKIIPAGPPDAPSNCSVVNQTTESLEVECLPGFDGGLEQSFQLEVTDLQTGILLANDSGQTPEFVVSPSGLAAQLKWPLAIECFVFQVSGLNSGKGLKITIFAANADGRSQPFV-LEGFTLKVAELQLESP 593          
BLAST of EMLSAG00000005672 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: 129.798 bits (325), Expect = 2.351e-33
Identity = 86/281 (30.60%), Postives = 131/281 (46.62%), Query Frame = 0
Query:  178 TCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRS---------LTTVQLETTPSKVAELQIESPPSDTSQKYMGII-VGVLGTLIIVI 448
            TC  E +N+ G  +   + + + Y P   + L     +  +SEG   ++ C +                    +YP    + WSFN S G +   + S  +  +AS   L+Y   S  DYG +LC A NL G    PC+F +IPAGPP+ P +C + N T+  L V C +GF  GL Q FH+EV       LL N+T   P    RG  S  ++ L++Y+S + GRS         L     +T     ++ ++E+   D     M +I +GV  TL+I+I
Sbjct:   39 TC--EASNVEGDQVSKPVVVTIMYKP---ICLQDQKTIYGVSEGETAHISCRV-------------------DAYPEADVFSWSFNTSSGGMDLPRDSYTNQGSASL--LSYVPKSQMDYGTVLCRAGNLVGRQVVPCVFHVIPAGPPDPPKNCTITNQTQDSLQVDCHEGFSSGLKQEFHMEVFTLPEHQLLVNITARSPKLLARGLPSDSTLFLRIYASTAKGRSRSVTFEGYTLRMADKQTVVHGSSQAELETRSKDDQWPLMTVILLGVALTLLIII 293          
BLAST of EMLSAG00000005672 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: 127.102 bits (318), Expect = 4.818e-31
Identity = 130/553 (23.51%), Postives = 219/553 (39.60%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRL--LPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHG----------------KDITCRSENTNILGSAIQSD--------------LRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIK------------------------SNPLVYKINWYH------------------NILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTD---RGSGDLLQNMTHTEPNFNIRGFE-------SSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGIIVGVLGTLIIVISTSLIVIYCCSKDDRSRRSEG 469
            +L+C+ +GG P P + W  +                    +  DQ G  PS  + ++   NTL I+ L R+Y    +EC A NN++ +  +  VTI + L  L I++S LP   +  +  E L  C+  G +P  T+TW      +  +  +    +N T   + +   PK  D G                K +T       ++   I++D              L+ N+Q  P V   L      E++     +  E  +K                        S P++  +N+                    ++ C+  + P   ++RW FN SE       +    SF        Y   S   +G +LC+A+N  GE  +PC+F ++P G P+AP DC + NHT + + V C  GF GGL Q F +EV +     S  L+ +    +   ++ G         S ++VN K  SS  Y    T   +++ P  V E ++           + +I+G+LGT++I +   +     C +  R + S G
Sbjct:  172 ILVCLVEGGNPLPEVSWWRDG-------------------QMYDQEGD-PSTYEDVL--QNTLVISALDRSYHDSHFECRAINNNVTEPPTSTVTITLELPILDISLSNLPDPVTADVKYEVL--CQVIGPQPTPTITWRLSDVILPANEPRYSLENNLT--TTELHFMPKIKDQGKILSCTADNGIFPAQNKSMTLNVYFIPVVHVEIENDIVDPANIREGDTLELKCNIQAHPWVWRILWYKDGEELVGSNRVLIDEQRLKLQNATKALSGQYVCSASNVEGDGFSKPMMITVNYKPVCIAPTIEYKGDNRSQGIDLKCQVDAKPKSSTFRWLFNSSETRFEIPSAESIMSFG------NYKPTSGDQHGEVLCWASNDLGEQLKPCVFHVVPLGAPQAPRDCQISNHTASTIEVTCTPGFSGGLVQHFVMEVFETMPNNSQVLVASNWTEDATISVWGLVPESNYIISVKAVNEKGESSPVYVGGKTEGFIQSLPRAVEESRL---------PLLFVIIGILGTMMI-LGACVTATIACKRKRRGKMSSG 682          
BLAST of EMLSAG00000005672 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold273_size229271-snap-gene-1.22 (protein:Tk00751 transcript:maker-scaffold273_size229271-snap-gene-1.22-mRNA-1 annotation:"hypothetical protein SINV_11008")

HSP 1 Score: 119.013 bits (297), Expect = 1.643e-30
Identity = 81/251 (32.27%), Postives = 125/251 (49.80%), Query Frame = 0
Query:    9 GYPP-PTLIWNDNSSPGTKEP----------IDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSIL-PPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKM-IHTDNET-YSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNI 245
            G+P  P + W++   P T  P          ID S++V+         NG +           NTL ++ + R  L + + C A NN+     S  + +++   P+ VSIL   +   S +RE  ++C+  GSRPP    W+   + +  S   M I  + ET  S S +R  PKA D+GK + CR+ N    G + +    +NV+Y P  +L+ G SL+ + I EG+DVY EC++KSNP  Y I W HN+
Sbjct:   22 GFPECPKMAWDNKLFPCTPPPHLTWWREHALIDDSYEVI---------NGQT----------TNTLQLHGVQRGDLNQVFTCQAINNNQSIPVSTSLRLDISFPPLVVSILGDHKRPLSADREEKMQCQCQGSRPPPIFRWFVGNRELDTSDKMMTISLEPETDISTSLLRYIPKADDNGKYLACRAINEYFPGQSKEDGYIINVRYVPSAVLSFGPSLNPKNIKEGDDVYFECHVKSNPPSYNITWRHNV 253          
BLAST of EMLSAG00000005672 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: 121.324 bits (303), Expect = 2.569e-29
Identity = 87/314 (27.71%), Postives = 134/314 (42.68%), Query Frame = 0
Query:    1 MLICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETY---SISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEG 311
            M+ C   GG P P + W      GT    D+S +VV             P   +    + N +    L R  LG  + C A N +L    S  V + + L P +++IL   +S S ++E  + C++ G  PP  L+WW   K       ++   D  +Y   S S +R  P+  D G+ +TCR+E+  +  +A++    L + YPP V L LG++LD + I  G+DVY EC++++NP   ++ W HN                         R L          S  SL       +  G  +C A N EG G
Sbjct:  136 MIDCEVTGGSPAPKVTWWKG---GTL--YDSSDEVVH------------PPTSRTGPLIRNRMLYRGLQRDDLGLKFTCQASNTNLSVPVSREVKVILNLRPTSLAILAKPKSVSASKELEVVCQAVGGFPPPQLSWWLGSK-------RLRPFDETSYNGVSKSSLRFTPQTEDDGQYLTCRAESLALHNTAMEDQWHLQIHYPPVVALRLGRNLDRDNIRTGHDVYFECDVQANPPPLRLEWLHN------------------------GRQLSHDPDKRIIMSTQSLVLQKVQKEAMGEYVCRAVNAEGTG 401          

HSP 2 Score: 100.138 bits (248), Expect = 1.673e-22
Identity = 105/448 (23.44%), Postives = 177/448 (39.51%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPID-TSFK-VVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMR-LLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPP-----------------------------EAPIDCDVRNH---TRTG-LGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETT 413
            ++C + GG+PPP L W   S      P D TS+  V +S+++   Q                          YL    E +A +N  ++    H+ I+   ++ + +      ++     +   EC    + PP  L W   G+ +   P K I    ++  +  ++      +   +  CR+ N    G+   + + L + Y P      G  L  ++I     V  E NI  N             C   +YP V+++ W FN+SE   R +   +  S     S+L +   + +DYG L C   N+ G   +PC F+++P G P                             + P+D D       T +G + V C +GFDGGL Q F LEV +  + +L   +T+ +PNF I  F  S    + +++ N+ G S   +  E T
Sbjct:  240 VVCQAVGGFPPPQLSWWLGSK--RLRPFDETSYNGVSKSSLRFTPQTEDD--------------------GQYLTCRAESLALHNTAMED-QWHLQIHYPPVVALRLGRNLDRDNIRTGHDVYFECDVQANPPPLRLEWLHNGRQLSHDPDKRIIMSTQSLVLQKVQ-----KEAMGEYVCRAVNAE--GTGESNPVPLKIMYAP----VCGSQLVDQLIG----VTAEENISIN-------------CRVDAYPPVVTFSWFFNNSEH--REMLGDDRFSSEGLVSNLDFTPTTTQDYGTLYCQGENIIGHQVEPCAFQIVPTGRPAPLTKCQIFSNANFPVQNSSSKSSSSSGEDPPLDRDDSGRSAATSSGRIQVDCSEGFDGGLPQTFLLEVYE--ADELKTKVTNQQPNFEINNFNPSAHTKMFVFAQNAKGSSEPYILEEDT 632          
BLAST of EMLSAG00000005672 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: 109.768 bits (273), Expect = 4.989e-26
Identity = 90/343 (26.24%), Postives = 150/343 (43.73%), Query Frame = 0
Query:  119 ETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHT-EPNFNIRGFESSRSVNLKLYSSNSYGRS--LTTVQLETTPSKVAELQIESPPS-DTSQKYMG-IIVGVLGTLIIVISTSLIVIY 456
            +   EC    S  P  ++W   GK +     K +   N++  +  +      SD G   TC + N    G    + L L+++Y P         + +  +++   + + C++ SNP V                   L + W FN S  S R            + S   +   +  DYG L+C+ATN  G    PCIF LIPAG P+   +C V+N T + L + C KGFDGGL Q F +EV D  S  ++ N T+  +P F + G  S     + + S NS G S  +      T  +  A    ++P + ++S   MG   V  +  +++++  +L++++
Sbjct:  155 DVYFECAVKASPRPYKISWKHNGKELAHDIQKKVIISNQSLVLQKV----TRSDSGV-YTCTAHNAE--GDGESNPLSLDIRYKP---FCKPDQVQVYGVAKREKIRVSCDVISNPSVD------------------LKFEWVFNSS--SERLDLQENLVEVRGTRSLAHHIPQTEMDYGSLMCWATNSIGRQEDPCIFHLIPAGKPDPVQNCTVKNQTYSTLHITCIKGFDGGLPQGFVMEVMDAKSHFIVANTTNLRDPAFTVTGLHSGTGYIVSVNSYNSKGHSEPMRIHAFTTKAAAEASASDQTPKTGESSLTRMGQFTVTPILAILLIVGGALVLVF 467          

HSP 2 Score: 106.301 bits (264), Expect = 7.887e-25
Identity = 87/317 (27.44%), Postives = 129/317 (40.69%), Query Frame = 0
Query:  102 PINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDV-----RNHTRTGLGVICQKGFDGGLYQVFH-----LEVTD-----RGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGR 403
            P  V IL P E  S N+   ++CRS G+RP   +TWW  GK I    +     D    +IS + L P   D G  + CR+ + ++  + ++   +L + Y P   LTLG +L+   I EG+DVY EC +K++P  YKI+W HN                         + L          S  SL     +  D G   C A N EG+G    +   I   P   P    V     R   R    VI     D     VF+     L++ +     RG+  L  ++  TE ++           +L  +++NS GR
Sbjct:   35 PTEVGILNPREPLSANKLFEIQCRSVGARPTPVITWWLGGKQIRDGISFKTSPDGNV-TISTLALAPNVMDAGSLLACRAGSPSLADAMMEDAWKLEIHYVPSSTLTLGSNLNASNIKEGDDVYFECAVKASPRPYKISWKHN------------------------GKELAHDIQKKVIISNQSLVLQKVTRSDSGVYTCTAHNAEGDGESNPLSLDIRYKPFCKPDQVQVYGVAKREKIRVSCDVISNPSVDLKFEWVFNSSSERLDLQENLVEVRGTRSLAHHIPQTEMDYG----------SLMCWATNSIGR 316          
BLAST of EMLSAG00000005672 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: 108.612 bits (270), Expect = 3.391e-25
Identity = 63/190 (33.16%), Postives = 95/190 (50.00%), Query Frame = 0
Query:  122 LECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEG 311
            L C+++GS+P A +TW+K  + I        +  N   + S ++ RP+ +D+GK ITCR+EN  +  SA++  L L+V YPP + L+LG+S+  E I E +DVY EC+I++NP +  I W+HN                         R L+ +       S  SL     S  D G  +C A N  G G
Sbjct:    1 LVCQAFGSKPQAIITWYKGREPIHDEMVTSHYQANPEVTNSLLKYRPRRADNGKRITCRAENPAMPNSALEDSLLLSVMYPPLIQLSLGRSIGPEEIKERDDVYFECDIRANPPIQTIEWHHN------------------------GRQLEHNLNRGVILSNQSLVIQRVSRSDAGEYICRADNAHGAG 166          

HSP 2 Score: 106.301 bits (264), Expect = 1.493e-24
Identity = 130/511 (25.44%), Postives = 208/511 (40.70%), Query Frame = 0
Query:    2 LICISQGGYPPPTLIWNDNSSPGTKEPIDTSFKVVESTIKSNDQNGSSPSEPKRMITVHNTLTINVLTRAYLGKTYECVAKNNDLLKSASMHVTINMRLLP--INVSI---LPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNETYSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTR-TGLGVI---CQKGFDGGLYQVFHLEVTDRGSGDLLQNMT-HTEPNFNIRGFESSRSVNLKLYSSNSYGRSLTTVQLETTPSKVAELQIESPPSDTSQKYMGI----IVGVLGTLIIVISTSLIVIYCCSKDDRSRRSEGGLNCLRGSRQGSNSSSFIEVPEGVNNNNN 498
            L+C + G  P   + W        +EPI    ++V S  ++N +             V N+L      RA  GK   C A+N  +  SA     +   + P  I +S+   + PEE      +   EC    + P  T+ W   G+ +  +  + +   N++  I  +      SD G+ I CR++N +  G+   + + L+V+Y P  +   G       + EG +V + C++ S+P V +                   +RW FN+S G    ++  +  S N S S + Y+  +  DYG + C A N  G    PC F + PA  P  P +C++ N T   G  VI   C   + GGL   + LE+ D  +  L  N T  T P+F IR       +  +LY+ N+ G S      E +   V  +      +DT     GI    IV V+  L I +   LIV++        R+       L       N S   + P+  N N+N
Sbjct:    1 LVCQAFGSKPQAIITWYKG-----REPIHD--EMVTSHYQANPE-------------VTNSLLKYRPRRADNGKRITCRAENPAMPNSALEDSLLLSVMYPPLIQLSLGRSIGPEE-IKERDDVYFECDIRANPPIQTIEWHHNGRQLEHNLNRGVILSNQSLVIQRV----SRSDAGEYI-CRADNAH--GAGKSNPVELSVKYRP--VCQHGAESPQFGVVEGGNVTLTCDVLSHPPVRR-------------------FRWWFNNSGGKAVEIRPEDIRS-NGSSSMIAYSPQNEMDYGSVSCMAINALGRQQHPCSFVISPATKPRRPENCNILNSTNPEGEEVIDLKCVSAYGGGLETNYILEIYDTKTNRLRHNFTSKTSPHFIIRDLRGLHPLRFRLYAVNARGMS------EDSEIPVVMVNKPEKHTDTVSLSTGINTDSIVLVVCGLAIAL---LIVLFFAGLIVHRRQGLSSKKLLDCQTANQNDSPNAKTPDQPNPNSN 452          
BLAST of EMLSAG00000005672 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: 101.293 bits (251), Expect = 5.242e-23
Identity = 65/193 (33.68%), Postives = 96/193 (49.74%), Query Frame = 0
Query:   59 VHNTLTINVLTRAYLGKTYECVAKN--NDLLKSASMHVTINMRLLPINVSILPPEESFSINRETLLECRSYGSRPPATLTWWKRGKFIGQSPTKMIHTDNET---YSISHIRLRPKASDHGKDITCRSENTNILGSAIQSDLRLNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPL--VYKINWYHN 244
            ++N +TI  L+R  +   + C A N  N++L+S+   V ++++    NVSIL          +    C + GSRP ATLTWW     I Q     +H         S S     PK  D GK + CR+ N +I    ++    LN+QYPP V ++LGKSL    I +G DVY +C I++NP      + W H+
Sbjct:   32 MNNNITIQALSRKDVHSEFTCEATNYDNNVLRSS---VELDLKYQAHNVSILSKNTPLRAGSQHEFICVAVGSRPAATLTWWFDDLQI-QPQVDHVHISTSASGETSTSTFTYTPKHEDSGKTLRCRATNPDIHRGVLEDSWTLNIQYPPIVQISLGKSLVASAIRQGVDVYFDCIIEANPTPRTKIVTWLHD 220          

HSP 2 Score: 88.5817 bits (218), Expect = 6.341e-19
Identity = 90/349 (25.79%), Postives = 153/349 (43.84%), Query Frame = 0
Query:   74 GKTYECVAKNNDLLKSA-SMHVTINMRLLPI-NVSILPPEESFSINR--ETLLECRSYGSRPPAT--LTWWKRGKFIGQSPTKMIHTDNETYSI--------SHIRLRPKASDHGKDITCRSEN-TNILGSAIQSDLR-LNVQYPPKVILTLGKSLDLEMISEGNDVYMECNIKSNPLVYKINWYHNILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNASFSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEV----TDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYG 402
            GKT  C A N D+ +       T+N++  PI  +S+     + +I +  +   +C    +  P T  +TW   G+ + Q+     H D     +        S +    K S  G + +CR  N        +QS  + L+V++PP   +   K + +  +++    ++ C +++NP                  P V ++RW+FN+S  + +  +    +  N S S LT+      +YG L+C++ N  GE   PC+F +I AG PEA  +C V N +     V C  GF+GGL Q F L V    +      L+ N+T   P+F++ G         ++Y  N  G
Sbjct:  148 GKTLRCRATNPDIHRGVLEDSWTLNIQYPPIVQISLGKSLVASAIRQGVDVYFDCIIEANPTPRTKIVTWLHDGQILKQN----RHDDPRARMVLPSVNDPNSLVLQGVKKSARG-NYSCRVGNGIPTHDYEVQSKPKFLDVKFPP---VCTPKGVKVYGVAKMETAHIACTVEANP------------------PEV-NFRWTFNNSAEAKQVEQRFIHT--NGSRSILTFTPTRTLEYGTLMCWSRNAVGEQRNPCVFHIIAAGKPEAVQNCTVVNESTDSFQVHCAPGFNGGLPQQFRLAVYKVHSSMADRVLVANLTSPVPSFSVTGLHPGSHYLGEIYGFNVKG 467          
BLAST of EMLSAG00000005672 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: 81.6481 bits (200), Expect = 1.243e-16
Identity = 51/171 (29.82%), Postives = 78/171 (45.61%), Query Frame = 0
Query:  245 ILCEFSSYPGVLSYRWSFNDSEGSLRSLKSSEASSFNAS---------FSSLTYNANSAKDYGYLLCFATNLEGEGPQPCIFKLIPAGPPEAPIDCDVRNHTRTGLGVICQKGFDGGLYQVFHLEVTDRGSGDLLQNMTHTEPNFNIRGFESSRSVNLKLYSSNSYGRSLT 406
            + C   + P   S+ W F  +     S+   +A   + S          S L+Y   S  DYG   C+A N  G   +PC FKL+    P+   +C V N T   + + C +GFDGG    +H+EV +      + N T  +P F++   ++  +    LY+SNS GRS T
Sbjct:   94 VACFVDANPNPESFTWQFQPTRKVAGSIGRKKAEMVDVSRSDYTIEHDHSVLSYIPASDTDYGVAFCWAENSVGIQREPCRFKLVKESAPDPLRNCIVMNVTWEDMSIKCSQGFDGGHEAEYHVEVYEE-RNIFVYNYTRPQPKFSLNNLKAGHAYAFLLYASNSLGRSQT 263          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000005672 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 25
Match NameE-valueIdentityDescription
-9.695e-2838.17symbol:CG42313 species:7227 "Drosophila melanogast... [more]
-1.010e-2628.12symbol:CG12484 species:7227 "Drosophila melanogast... [more]
-2.496e-2027.82symbol:side "sidestep" species:7227 "Drosophila me... [more]
-2.871e-1125.30symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-2.871e-1125.30symbol:Nphs1 "nephrosis 1, congenital, Finnish typ... [more]
-3.121e-1125.30symbol:Nphs1 "Nephrin" species:10116 "Rattus norve... [more]
-1.807e-926.72symbol:ed "echinoid" species:7227 "Drosophila mela... [more]
-2.387e-927.07symbol:kirrel3l "kin of IRRE like 3 like" species:... [more]
-2.630e-925.42symbol:KIRREL "Uncharacterized protein" species:98... [more]
-2.643e-932.05symbol:kirre "kin of irre" species:7227 "Drosophil... [more]

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BLAST of EMLSAG00000005672 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 25
Match NameE-valueIdentityDescription
gi|592935861|gb|GAXK01022692.1|2.836e-3937.10TSA: Calanus finmarchicus comp1112754_c0_seq1 tran... [more]
gi|592838823|gb|GAXK01118721.1|4.434e-3635.80TSA: Calanus finmarchicus comp1091110_c0_seq1 tran... [more]
gi|592804168|gb|GAXK01150400.1|3.694e-3433.47TSA: Calanus finmarchicus comp786467_c0_seq3 trans... [more]
gi|592804169|gb|GAXK01150399.1|4.319e-3433.47TSA: Calanus finmarchicus comp786467_c0_seq2 trans... [more]
gi|592804170|gb|GAXK01150398.1|8.686e-3433.47TSA: Calanus finmarchicus comp786467_c0_seq1 trans... [more]
gi|592814094|gb|GAXK01140474.1|4.120e-3133.06TSA: Calanus finmarchicus comp1127315_c0_seq4 tran... [more]
gi|592814096|gb|GAXK01140472.1|5.116e-3133.06TSA: Calanus finmarchicus comp1127315_c0_seq2 tran... [more]
gi|592838122|gb|GAXK01119422.1|1.008e-3033.74TSA: Calanus finmarchicus comp1645590_c0_seq1 tran... [more]
gi|592814095|gb|GAXK01140473.1|1.367e-3032.53TSA: Calanus finmarchicus comp1127315_c0_seq3 tran... [more]
gi|592814097|gb|GAXK01140471.1|1.394e-3032.53TSA: Calanus finmarchicus comp1127315_c0_seq1 tran... [more]

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BLAST of EMLSAG00000005672 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 21
Match NameE-valueIdentityDescription
EMLSAP000000056720.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s308:18749... [more]
EMLSAP000000066451.503e-4529.60pep:novel supercontig:LSalAtl2s:LSalAtl2s367:2485:... [more]
EMLSAP000000115521.882e-4539.34pep:novel supercontig:LSalAtl2s:LSalAtl2s7:1384693... [more]
EMLSAP000000041302.806e-3524.54pep:novel supercontig:LSalAtl2s:LSalAtl2s218:18205... [more]
EMLSAP000000065815.379e-3134.15pep:novel supercontig:LSalAtl2s:LSalAtl2s361:13268... [more]
EMLSAP000000068059.470e-3131.76pep:novel supercontig:LSalAtl2s:LSalAtl2s381:99810... [more]
EMLSAP000000074853.556e-3027.01pep:novel supercontig:LSalAtl2s:LSalAtl2s42:8987:3... [more]
EMLSAP000000058223.976e-2629.26pep:novel supercontig:LSalAtl2s:LSalAtl2s314:64423... [more]
EMLSAP000000058211.229e-2533.33pep:novel supercontig:LSalAtl2s:LSalAtl2s314:10819... [more]
EMLSAP000000024202.259e-2524.58pep:novel supercontig:LSalAtl2s:LSalAtl2s145:66023... [more]

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BLAST of EMLSAG00000005672 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 12
Match NameE-valueIdentityDescription
gi|325511344|sp|Q9R044.2|NPHN_RAT2.246e-1125.30RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|54036152|sp|Q96J84.2|KIRR1_HUMAN3.072e-924.86RecName: Full=Kin of IRRE-like protein 1; AltName:... [more]
gi|54036138|sp|Q80W68.1|KIRR1_MOUSE3.269e-925.42RecName: Full=Kin of IRRE-like protein 1; AltName:... [more]
gi|325511343|sp|Q9QZS7.2|NPHN_MOUSE3.339e-926.02RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|597439575|sp|Q6X936.2|KIRR1_RAT6.367e-924.86RecName: Full=Kin of IRRE-like protein 1; AltName:... [more]
gi|20177993|sp|O60500.1|NPHN_HUMAN8.970e-924.48RecName: Full=Nephrin; AltName: Full=Renal glomeru... [more]
gi|24211552|sp|Q9N1E3.1|CD22_PONPY2.770e-827.62RecName: Full=B-cell receptor CD22; AltName: Full=... [more]
gi|24211553|sp|Q9N1E4.1|CD22_GORGO5.900e-828.10RecName: Full=B-cell receptor CD22; AltName: Full=... [more]
gi|24211554|sp|Q9N1E5.1|CD22_PANPA3.293e-728.57RecName: Full=B-cell receptor CD22; AltName: Full=... [more]
gi|24211555|sp|Q9N1E6.1|CD22_PANTR3.699e-729.68RecName: Full=B-cell receptor CD22; AltName: Full=... [more]

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BLAST of EMLSAG00000005672 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 25
Match NameE-valueIdentityDescription
gb|KFM82209.1|4.204e-5128.81Nephrin, partial [Stegodyphus mimosarum][more]
AFH06404.12.894e-5028.90uncharacterized protein Dmel_CG14372, isoform D [D... [more]
AAF54952.32.894e-5028.90uncharacterized protein Dmel_CG14372, isoform C [D... [more]
gb|EEC06939.1|2.500e-4830.62sidestep protein, putative [Ixodes scapularis][more]
EAA01081.51.159e-4630.95AGAP001410-PA, partial [Anopheles gambiae str. PES... [more]
gb|EEC14068.1|1.053e-4430.51sidestep protein, putative [Ixodes scapularis][more]
EEB14623.11.407e-4227.81sidestep protein, putative [Pediculus humanus corp... [more]
gb|EEC10241.1|2.671e-3927.65sidestep protein, putative [Ixodes scapularis][more]
gb|EEC10875.1|9.740e-3935.95sidestep protein, putative [Ixodes scapularis][more]
EEB11473.11.417e-3825.85sidestep protein, putative [Pediculus humanus corp... [more]

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BLAST of EMLSAG00000005672 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 25
Match NameE-valueIdentityDescription
gi|1035609047|ref|XP_016912113.1|2.063e-6130.49PREDICTED: neural cell adhesion molecule 2 [Apis c... [more]
gi|909583274|ref|XP_013147686.1|2.795e-5833.66PREDICTED: nephrin-like [Papilio polytes][more]
gi|1132390930|ref|XP_019847286.1|9.009e-5830.93PREDICTED: uncharacterized protein LOC105230323 [B... [more]
gi|926612754|ref|XP_013794647.1|1.996e-5530.98PREDICTED: uncharacterized protein LOC106478637 [L... [more]
gi|985401539|ref|XP_015368493.1|5.640e-5529.98PREDICTED: nephrin-like [Diuraphis noxia][more]
gi|808121921|ref|XP_012164290.1|4.724e-5431.02PREDICTED: neural cell adhesion molecule 1-like is... [more]
gi|815910067|ref|XP_012240609.1|5.748e-5431.02PREDICTED: hemicentin-1-like isoform X2 [Bombus im... [more]
gi|914573838|gb|KOB76275.1|2.548e-5231.53Protein turtle-like protein A [Operophtera brumata... [more]
gi|926610441|ref|XP_013788730.1|2.595e-5228.66PREDICTED: uncharacterized protein LOC106472622 [L... [more]
gi|913322968|ref|XP_013192732.1|1.323e-5131.77PREDICTED: uncharacterized protein LOC106136656 [A... [more]

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BLAST of EMLSAG00000005672 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 14
Match NameE-valueIdentityDescription
maker-scaffold149_size310270-snap-gene-0.117.759e-5528.46protein:Tk01267 transcript:maker-scaffold149_size3... [more]
maker-scaffold44_size478958-snap-gene-1.111.011e-5035.37protein:Tk06921 transcript:maker-scaffold44_size47... [more]
snap_masked-scaffold624_size122968-processed-gene-0.52.351e-3330.60protein:Tk09510 transcript:snap_masked-scaffold624... [more]
snap_masked-scaffold204_size260821-processed-gene-1.104.818e-3123.51protein:Tk07812 transcript:snap_masked-scaffold204... [more]
maker-scaffold273_size229271-snap-gene-1.221.643e-3032.27protein:Tk00751 transcript:maker-scaffold273_size2... [more]
maker-scaffold725_size106157-snap-gene-0.142.569e-2927.71protein:Tk12767 transcript:maker-scaffold725_size1... [more]
maker-scaffold93_size381549-snap-gene-2.254.989e-2626.24protein:Tk04402 transcript:maker-scaffold93_size38... [more]
maker-scaffold95_size379157-snap-gene-1.103.391e-2533.16protein:Tk00595 transcript:maker-scaffold95_size37... [more]
maker-scaffold310_size212938-snap-gene-0.145.242e-2333.68protein:Tk03973 transcript:maker-scaffold310_size2... [more]
maker-scaffold273_size229271-snap-gene-1.211.243e-1629.82protein:Tk00752 transcript:maker-scaffold273_size2... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s308supercontigLSalAtl2s308:187491..309400 -
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-LSalAtl2s308-augustus-gene-3.8
Biotypeprotein_coding
EvidenceIEA
NoteNephrin
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000005672 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAT00000005672EMLSAT00000005672-701519Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s308:187491..309400-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000005672-688438 ID=EMLSAG00000005672-688438|Name=EMLSAG00000005672|organism=Lepeophtheirus salmonis|type=gene|length=121910bp|location=Sequence derived from alignment at LSalAtl2s308:187491..309400- (Lepeophtheirus salmonis)
CCTCCGCCGATACCTAGGATTATTGATGAACACGGTAAGCGCGTTGGAAC AAGTCTAGAACATTTGGAGGAAGGAACATCTCTTATGCTGATATGCATAT CTCAAGGAGGTAAGATCTTGTTTATTTGAATATTATCTACTAGGAGTATG TAACCATGGTTATACATGGAGTACATAGGTGTCAATGCATTTTTGCTTTA TTCTTGAAATATAACTTAATTTATGTTATCAAACATATTGATTAAATTAA AATAGCCTTTGGACTTATGAATACCACACGGATATATCTCACCTGATGGA AACTCTATATTAGATATTCTAAACAACCGGCCCACAAGTGCATTTCATTC ACCCCTCAAAAATTATTTCATAACAATAATAAAAAAATATAAGAAACTAA AACAATACAATATTGCTTGAGCCTGAATTGGGTGTGTATGTAAATCTTGG GAGGAGGTAAATCAATTGCCTCAAATTGTTCCTTTTAGTACTAGGTCCTA GGTAATATCCTATATTTTTTTCATCACACACCTTTTAATCAGGCAACCTT AATACCCTGCAAAAATTATTCACCAGTAAAATTAATCCAACGACCGATTT TAATGCTCCTAGGTTTTGTCTTATATTTGTTTTTGAATATGTTTTATTTA GACATTAGTTTCCAATACATTTATGAGAAATGTTTATATCAGATAAAATC GTTACTACTATAGCAACGTGCTTTGAGGCACATGAATGTTATCTCCCTCT GCAAGTAAAAAAAATTATGTGCCTTTAAACTACTAATAAAAAGTTATAAT ATATTTTATATGAGATCCACTTCCCGATACAAAAATGAAGCAATTTGTCA CTCCCGTCTAATGAAATTAACTACCATTCCGAAAAAACATTTCAATACTC AACACAAGCATATCGTTAACTAAAATATTGAGAGCTCTTGAGGGGTAGTC TGTTAATATCTCCTTATTGACTTAAAAAAAATAATAGCCTGTTCTAACGA CCACCTGTTTTAAGAGTGTCTCATTGCTCAGCGTCCATATCCTTTTTTTA AATTTAAAATTGTTACAAAAATATTGAGCAACTTAACTTAGTGGACAACA AGCTCCCGAAAAATTATGTTTTGAAATTATTGTGCGTAGGTTCAATTCAC GGTCCTCCTAGAAAAGGAAATACAAATTATGTATATGGACTTTGAAGAAG GCTCCTAGGTCCTATTATGTAATTGTAATACAGTAATATTTATGACTGTA TCCGTCATAAATATATCTCATCGGTAAAATGATAATTAAAAAACAAACAA ACCTGGGTCCATACCGTGTGCTCAGTTTTCCATTGCCTGAATACTTAAAA TATGTTTAGCTATATATGCTAACAATTAAATGTCGAACAAAAAACAGATA ATTCAAAATGGATAACAATACTTGCTGATTTTGAATGTTTGCCCACCGGC AAAACAAAGGAAAAACAGTCTCTAATTTATACAGTAAATTTATTTTAACA GCAAGGTAAATTTTATGAACAAAAAAGGGTTTGGAGGGAGAAAAATGTTA ATTATAACTACAAGAACACCATCCCCACAGTCAAGCATGCGGAGGAATCA TGATGTTTTTGATGAGTTTATCTGATAAGGTACAATGACGAGTTTATTTT CATCGAAGTGTGGAAGGAGTGGACCATGTACAGGAAATTCTGGGACGACA ACTTTCTTTTTCTTGGATAATATACTGAAATGGGTCGTAAATTGGGTCTT CCAGGGCGATAATGAACCAAATCATAAGACCAAGGCAAGACCAAGTCTCT GGACTTCAATTCCTAGAAAATCATTGTTGGTGTAAAAACTTAGAAAATTG GGAAGAGATYAAATTGATACTTATTTTCTTCACTACTGTTTACTCGATTG AAAGAAAATAGGTAGATTTAAAAACATAGCAAATAATTGAAATAAAATGA TTTTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATTATAGTCATATCA TTAGGCAACGGTGTTCTTATGCATCTAAATTTAAACATCAGAAATTGTAC CTTCTAGTAATATTTGATCCTTAAATAAAAATATGAAACATCTTTTAGAT CAATACTCAATTTAAACTTGAAAAAAACGCAACATTTATTACTTGGTCCA TTAAACTAACTATACGATTAACACGTTCAATTTTTTTTGGGATGTTTCCA GTCATTGTTTACAAAAGAAACATACTTTCATTTTCGAAGTTCTAACGTAT AATCTACAAAAGGTTAGTAATTGAKTAACCACTCTGTAGTTCATCCAAAA GAAGGAATGATCAACTCCTATTAAGCCCTCTGATTATATCCTGATTGAGG CTTTAAAGCCAACTTTATCTTTTTTTTTCTTTATCCGATTTAAAAATGGC TTTCTTATTTATTTACTCAAAAAAAAAAAAAAAGGAATTCTTAGCCTGAT GTTTTCATGCATTTTCATACAATTAAAAAAAATCCCTAGGCCCAATTTTT CTTCTCTTAAAAACAACATTCTTGGAATTTATTTATCTTTTCAAAATCTC ATTTGCCGTATACTCATTATTTTTTTTTAAAAACCTCTCCTATGAATGAT ATCTTTTTTTTATTGACGTATCCATTATAAATGTCCATTGGCTATTTCCC AAAACTACCGTTCCGAACAACAGAATAGAGACTCAAATTTATTGACTTAT AAATTAGAGTTGGGTGATTGTAGAGAAATAATTCCAGACGGTTTCACTAC CAACATTTATTTTCTTTAAAAACTTTTTTAAATCAAGTCAACCACTGTGA CTATTGAGCGGAACTGGATTGAGGTAGTTCCACTAATGCACACTGGACTC CCCTTCGCTGATGTCATCAAGGCTACTAAAGCATCCTGGGATACTGTTTT TTGAGTTCAAAAGTGCCTATATGATGGTCACGATATGACTACAAAGCCCA ACAGTGGTAGGCCTAAAAATTGGACTCAAATGAGGKCAAAAAAGCTTTTC AAGCCAATCTCAAGATGCCTGTCTTTGTCAAGGACAAACCTGTCAGCKTT TTACAGTGTCCAAGCCATCAATGATTAGAGTGGTATCTCTCTACAAGCTC GTTAGTGACCTCTTCCCACAGAGACCCACCTGAAAAATCCACATGAACGT TACAGAAAGCTTCCAGGCATTCAAGGACAATCAGGAGACAGTGGATAAGT TTTGGACCGTGTCCACCACTAAACATACAGCCTCTGTAATGATGCTAAGA ATTGTAGCTTCAAATGGAGCTAAATAGACCCCATCTGGTTCGCAAGGGGC TATAAGCTCACTGAAAAGGATTATTTGGACATCTTAAAGGACAAGGTACT GCCATAGGTCTTGATGATGGCCAAATGATCCAAATTTGTGTTCGAGCTAG AAGGAACAAAGGTACACACTGCCAATTTGACTCATAAGAGGTTAGCCAAC AGCATACAATTCAGGGACAATACAATATTTCTCCTCTAAAGAGGTGTAAA TATGTGTTTGGCTCTATGAATAAATCTAAATAATGTCGTCAGCAAAAACT TGAACTTTATTTTCCATCTTTTATACCATATATATTTTGCATATGTTGAT GCATTGATTTCCTCTAATAAGGGAGTTAAGGGATTAATAAATAAAGTTGG GGTGTTGGCATTTCTTACACATCATCCTTTACTCACATTGAAATTATAAT CATCTCTTTTTTAAAAAGGTAATAAGGTCACAGATACTTACAACCACCAT TTTTATAAATTTACCTACTATCTATTCATGTTATATACTGTCAAATACCT TCTTAGAGTCAATTGACAACACATTGCCACTATTCACTGATCTCTGAACT TGACATGAAACATTTATATCCATGAATGTTGAAAGATGATGAACATTTGC ATCTATTTTACACACAAAATAGTTTTATCAAAAAATGATGGGAAAACTTT GTTTTTTCTATACACGAAAAGCAATCAATAAAATTCTCATAAATAATAAA AAAGTTAGAGAAACCACTCTATATAAATTCATATTATATAGATGTGTGGT TTTTTTTACTTTTAAAATAATCTTTCTCATTATCTTTTTTTCTACTAGAT TTATAATAATCTTTATATAGATATTCAAAAGCGAGATTGTGTGTGTGTGT ACGCCCTTTATGCACGCCCACAGCGTTGAACCTAAAAAGCTTAAATTTGG TACGGGTCCCACTTTTGTATCTGGTAAAGATAAGACGGGGGTCATATGAG GAAGGCTTACTGTTTTTGCAACTCAAGGAGACTAGATAGAGTTAAAAATC AAAAAGTGATTGGCCTTTCAAAAACTAATTATACAAAAATCTACGTTTTC TATATTTATTCAAAATTAAAAAAGTTGTGGGCAAAAACATATATCGATGA AAATTGCAATTTCGTTTTTTTCAGGTATACAAAAATAAAGTTTCAATGAA ATATTGAAGTAATAAATAAAATAAAGTTTCCACTGTTTGTAAAAATTGTC TGGAGATTTTGTTTACGTACAAATTTCTGTGGAAATTGGGTTGCATATAA GTTGGACTCATAAAAAATTATGTTTAATTGCGATATCTGTCATTTTCTTA ATAATTATTTTTTTACTTTTTTCTTCAAACGTCATTTTTTATTTTTTTAA AAGAAATGTCACAAAACACTACATTTTAGACAAAAAATGTTAAACCTATA CTATATAGTATTTTAAATTTCCAGAACATTTTATTTACTAATTTTTGCAA TATTTGCAAAAATGAACCAGTTATTTTTTCGACAATATTCTTCTTCATAA CTTTTTGCTTTTGCAATTGCGAAAAAAATATTGTTAGTTTTGTGTTTCTA TTTACAATTCCAATAAAATACTATTTACAACTTTTTTGCAAAATAAGCAC AAAAAGTATTTTGCAATCATCTTTGTAAATTTCTATTTGGGAATTTCTTG AAGTAAATGAAAAATTGACTTCTCATGTAGACAATTTTTTAGATGTATAT ATGTTTCTATGTTGTTTGAGGTTTCAGGCATAATATTTTTTTTTATATTC ATAATAATAGTACTATAGTTACAAAAGGCAAAAATAAGGGGGTTGCTATG ATTAGACTTTGTGGATTACCTTACTTAACCGGATTGATATAGTATGAACC ATCCGAGAGAATTAAAATTATCAGGATATTTTTCAACAAAAACAAAATAT TCACATCACAATTATTTGTATATGTAGTATACATAATTATTTTTTGAAAA TTTTTAAAATTTTCTCAACTAATTAGACCATTTTCAATGTGATTTCCCTC TCCCTCGTTGGCCCGAGAATGCGAGGTAAATCTTTTGTAGTAGAATGCAT ATTTCCCATTGTTACCAATTTTGTTTCTCACAACCTTTCCTCCAAAAAAA AACAAATGAAAAGGCCCAAAATCTGTTGGTAGTAGTTTTTCAAATTCCTC CCAACTATCGAAAATATATTTAATAGTTGTTCAGAATTGTTCAAATCACC TTAACAAGAGTTAATTCAAATTCACTTATCATATTTTCGAACACTAATGA AGATAAAAGAAGCAGGCATTACATAGCTGATAACAAAATATAGTGGAAAT TTTGTTCTGTTGAGGTAACACCTTCGTTTATGTTGTATGTATTCCACATT TTTACCCATATTATATCACACAACCTTCCTTACTACGGGGTAGTGAATAT GTTTTGCATCATCCCATTATGTGAATTGTTGATAATTGTAGAGAGTTTCA ATTCTTAAAGTTGAGAACCATGAGTGAAAAACTAACGTTTGTATCTTTCA AAAGAGATATTGTAAATAAATATATCTCACAACTGGAAAAAAATGTGGAA AAATAAAGGATATATATTACAGCTTTGATTTGCGCCGGCCATGATATCCG GGTAAACTGCAACGTTATCTTCCACAATCATGAAGCTTTTTTTTATACTC AGAACTATTACACCGTATTCCATTGTCAGCGTTTCAAGTGTTTTGAAGAA CTTAATTTCATTTTTTTACACAAATTTTGATGCAAATTCCTTGATCCATG TTTTTGTCAATAGCGAAAAATCGACAATTGTATGTTGCCCGCGAAATTTG ATAACTCATCTTACTTTTTGAGTACACTTTTTAATTATAAATTTAATATC TATCTCTTTTTTTTWAAWTAACTTTCTACATCTTATTATAATAACNAAAA TTATTGAATTCTTGTCGTGTACTGTCTTAATTTTTATATCAATATCTTGG ATATTTTGAACTTCTTTGGGTGACAAAATGTCGTTGCCAATCAGGCTGAA TGATTTTGTAGTCCCACTCTGTTAAATATTTGTTGTATAGACAGAAGGAG GAAGAAGTGTTGCTCTGCAATTTCAATTAACAGAGAGTTCACTTTTCATT TTCTACTGGGGACTTGTTTGAGTAGAGTGAGGATTACTCATTTGATATTC AGCTTTTCTAAGTTTCCAAAAACAATATAGAAAGCTTTAAAAAACATTTA AAATTGCAATAAATTATGCTTTATCGAAAAAGTTTAAATAAACATACATA CATTACAACATTACTAGGCATTGTCGTTTATATGTACTATTGCTCTGAGG GTAGAAACCTTTTTATTACAAAAAATAGTATCGCATTTGACTGCAGTGCG GTTTTATGTTCTATTAAGAAAAAATGATTATTTTTTTATTATTTTTGATA AGACTAAGCGTAGATTTGAAAACACCAAATTATTTAATTCAAATATACTC TCAAATCATTAATACACAACCAAAATGTTGAAATGAAAAACTAAACATGG GAAATTGAGCTTGTAGAGTATTATCAATTCTCTGCAGAGTACGTTTATAT CAGATTGATAAAATTTTGATTTTTAAAGGGCTATTGAAGGAAGGAGTACA AATCAAAATTGACATAAAATGAATAACCTAATATTTGTGTTCCATCGTAC AACGCAGTACAATTTTATTGTTATAAAATAAAGAGGGAATTAAATTTAAA AAAAGTCGTATAATTGAATTATTGGTTCAAAGACACATTGCCAAACAAAA ACTTTGTACAAAAAATTAGTATATTTCTATCTTACTACTAGTAGGATTGT TAGAGTCGTATAAATTATGACCTGTTTGTATGTAAAAATAAAGGAAACCT GCATAAAATAAGCGTAGTAATCACCTCGATTTAAAGAAGAAGTACACGGA GAACAGCTTAGCTGTCATGAGGTTTGATTAGATGAGCTACAAACCAGGCA TTAAAGAAAGGAAATGAACCCAAATTCCAATCCCTATATAGGAAGGACCT ATTGGGTTGAATTACTCATATGTCGATCCTCATTTATATACGATGTCCAA CAAGGACTCACACAGATAGCTAAAGAACAAACGTAATGGTTACTCCTTTA CATTGATAAATATTCTGGGACATTCGCAGGATTGGAGGGGATGTAGACCC CCAAAATAAAGGAACTTTTAATTTTAAGTAGAATTTTGAAAAATAAAAAA AATAAATACATTTTTTGTGAACAGTTATGGATTTTTAGTATTTATTTGAC GGACAAAATATATATTTTTAATATAATTTCTGAATTTTTTTTTTCTGAAC AGCTTTTTGGAATTTTATTCAATAAATTATTTTTTGGAAAAATATAATTT TTTTTCTAAACAGTCGTACTTTTTTGATTTATTTTTCAAATAATTAACTT TTTGGGAATAACTGTAAGTTTTTGAAATTGTATTTCAAAAAATTTAAAAT TTGAAAATTACTTTTTAAAATTATTTCACAAAAAAATTTAGTATTTGAAA CTGTTTAACAAAAAATTAAATAATGGATATTTTTTTACAAAAAACATTAA ATATTGGAAATTATTTTACTAAAAAAATCAATATTTGGAGAAATGCTATA AAATTAAATTTTTTTTTTTCAAAAATATAATACTTTAAATTATTTTCGTA CAAAATTTAATTTTTCAAATTTTTTTTGAAATAAAAATATTTTATTCATT TCATTTTCATAAAATAACAAAACCAAGCTTCACTCAATTTATAATATTGT GGACGCCCCTGATATAATTAATGGTTTTATACCAATTATTGAGTATTATT CAATTAATAACCAAACTTTTTTTTCTTTCTAATTTATTTCTTTGGCTGTT GTCTTGATAATTGCAATGTATTGTAGCATAAATTCATTCTGAAATATTAT TTAAATATCATTCCTATTCCTAATACTCCAATTTATATGGATATAAAGTT AAATTATTTGGCACTAATTGTATGATTAAGTTTTCAATAATCAATATTTA ATTAATTTCATTAGAAAGATGTTTCAACAGTTGCCTCGAACCCTTATTTG AACCGTTGTTACAAAAACCATGACAACTTCCAGATATATAAATTAGAAGA ATAAATAATGTTTGATTATTCATTAAATAACACTGAATAATTGTAATTTG TGACGAATAATGGAGTAAGAATAAACTTTATTTTTTTATCTAAATGGTCA TTTGGAGAATTGTACTTTTGGCAAATGGCATTTGGTCAAGTGTTTGTGTA CGTGAATATATATTTTAATATACTCTACTCCTCATATCAGAGGTGGGAAC TAGGACTCAATTCCATATATTTAAGACTTGTGATTGACTTTATAACTAAA AACTCGATTTGGGCTCAAAAGCTAAGCCACAGGNTATCGACTTGTACTCA AAAGTAATTCCAAATTTTACTACATATAACTTAAGTTACTCTTTTTCATT ATATTTTGTTTTCTGAAGAGTTAAACAGGATTCGAATAAATCATTCATTG ACTGAACAAATACTTTAGAATTGACTCTAACTTACAGTCTGAGGACTTTT ATCGATACTTGCTTCAAACATATCGTCATTTAATTTTCTATCCAGTCTTT CTTTTTGTTAGCCAATCAAATGATAAGGCAGAGTAAAAATTAGCCAATCA GGTGATACGGCAAAGAAACCACCCTTTCGTCATTGCAACTCTTCTCCTTT ACTTTCAAGAAACTCAATCTCTTCCTTAAAGACTCCATGGGCAACAGTAC GGCCAATAGGAAATAGACCATACGGCATTTAGGTATAGTTCTATTTTGCC CGTTGCTCCACCAGAAGTCGAACTTTTATATTTATCTAATTAGTTAATTA ATATACAAACCTTATTAATAACATTTTTATTTGATCTTTTGTGTTTGAGA TGCATTTTTAGGGATGGCTGGATGTTATAAATCAATTAAGAGATGTAGGA TATATTAGTGCACGACAAAACAACAAAAGAATATGATTAAATAAATGCAC AACTCCAAAGCTATAAGAGTTCTTTAAAAAGTCCTCTTCAATATGCATAT TTAATATTATTTCTATAAAATAATATTAAATGTGAATGTCTTTTTGTTTG TATCCCGGAGTCACGGCTAAACTAATATATGGATTTTGATGAAATTTTGC TGGTAGCTTTTAAGGATCAAGAAATGACTCTGGTAACCATTGTTTTGGCT TTCAAGACCGTAGTGGTAATAAAGTAGCATTTTTCTATAAATGCTGATTT TTTTAAACAAGCAACTACTTCATTTACGACAAAAATTAGAGACCGTAAAG TTCTAATAATAATTCTTGCTGCATGTTTGTGTTTTTACACATTAAAAAAA AGATATTATAGGGTTCATAAAAGAAAAAAATAAGGGAGAATAAGACAAAT GAATTTGACAATAATATTAATTTTAAATACGATTTGTTATTTTAAAATAT ATGAAGCACAAGAGTTCAAAATGAATTTCTTAATGTCCCGGGCCTCGTCG GGAAAACTTCTTCTGGTTTCCATTAAATTAAAACATTTATTACCTTAAAT TGGTATGTCAAATACTATAAGTAAATGATTAATGGGCAATCCTTACTCCA CTATGTAGGCATTGACTTAATGTTCTACATATTGTATGTGGAAATATAAG GATTTGCATATTATCCTTATCTTGAAAAGTATGTATTTATTTTGGTTAAT ATACGCAAGGGATTGGTATTTAAAAACAATGTTCTTAGGAGATACTTCAC GAAAAAATTGTGGTATAACCGGGATCCTGGTAATTCATTTTTAGATTTTT TTTTCTTAGCTATTACATAGTTGATAGAAAAGAAACTCTATAGAAAAGAT GCGACAAACATCTTTATAAAGCAAAAAAAAAAATATTCTGATAGGTTTAA AATATTGTTTTTTTTTTTGTATTTTTCTCTTGACTACAATCCAATTAACA TTTAAAGTTATAAAACAATTAAAAAACCATATTAAGCTAGGATATAATTA TATTATTCACGTAGGTTAGCTTTTTGCCAGACTTTTTATATACATACGAG TGAGTTTCCTGTTCCCCCCCCCCCCCCCCACCTCAAAAGAGGAMAATGGA AGAGAAAAAAAGGAGAAAAAAAAAAAAGGAAGATGCCTGCTGTGATAAAC AATTACTCGTAGCGAAGATAATTCCAACTAACATAAATGCAATAATAAAA ATACATAATGTTTAAAAAAAAAAACAACACCCGATCACCACATTTCCATT GCATTAAATGAATTCAAAGTAATATGATAATAGCACATATTACTTGCGTA TTATGTCGTATTAAAGAATACATTTGTGCTTTATTCATAACCAGGTTAAT AGATATGTAGGACTTACAGTAATATTTTTTATTCTTACAAAATTATCAAT TGTCATATTTTTTGACAGCCCTATGGTCGTTTCTGATGGAGAGGATATAA AAAGCAAGGATAGAAAAGCATTAAGAAAGAACATCTGCAAAGTTCTAAAT CCCATTTACGTCATTATAGCTTTAGAGATGAAAAAATGCCCGTTAGGGTA GAACTGTGTAACTTTTAGACGTCTTGTACCATCATGATACAAATGAATGA AAGTAGAAAAAAATATTTGATCTTACCTTTAGGCACAAGATGTAGGAACA CAGCTTTCTGGTCGATTTAATCGCATATGAATTCATTTTTTTAAAGATTT TGCGTACTTTTTTTAATTAGACCATTGTGTCATAAATAAGAATTGTTCTA TAAAGTTTTCGTCTTGAATCAGTAACTAAATCAGTTAACAAAGGCAACAA GGCACCGTATACTTGATGCACATTCAGACAATAATATATCAAATCCTTGT CGGGGTCAATGTATCCACAATATCCACCATGCCCAGAATATTGGCAAATG GAGATTCAGAGCTGCAGGAAGTGGAGTTCAGTCAACTTTGCTGATTTCAA CACCAAGGACGTGTCGCCTCTTTCATACTTAGACAGTGAATCCCTTGGTT ACTTTCAGTTGGGGTCAACAATGGTTATCACAAAATCGGGCTCACACATA TGGATGACCTTATGCATACCATATCCAAGATCTGGGCCAGCTACCTAGAG GACAAAATTATCAAAGCCTGTGCAAGCTTTAGGTACCGTACTAAGGCTTT AATGTTTTTAATGYAAGCCATATCTAATAAGATGCAGGCTCCGTGATTGC CAACAATTTTTGTTAAAATATTTCTTTCAAATCTGTGAAAAAAATTTAGT TTTTTTAACCTAAATGTGAGGTTTTTGCTGATTATACAAAATAAAAGTAT TAAATATTCGAAAACGGAAAAGATACGACATAGATACATATATTTACACT TTTATTTTGAAGGGTAGGTAAAGAAAGAAGCTCACTGATATTTATGTCGT ATCTATTAATGTTGTGTAAATCATCTTTAACCATAATTAAAAATGTTTTA AAGAGGATAAACGTACAATCAGCTGAAGGGCAAGTATTGAAAAGTTTTTA AGTTAATTATGAAGTCCTTCTGAAAAATGGTTTTCTTACCGTATGATAAC TGGGTCTCTCTGAAAGTGACAGATTTTTAAATTATGATACACATTGCTAC TTTTACAAAGACGAAAAGAAACAACATCTCACCTGTTTTATGAATATGGA ATACTATGACTAATATACGACACACTGGCAACAGATTTAACGAATATTTT TGGAAGACCAAAAAGGAAGGTTTTTTTTTGTCCTCACATCAACATGAAAA CATTACCAGCGTGCAGTGGTCGTGAAGCTACAGTATTGTAAGTATCCAAT GAAGGCAAAGAAAGACGTAAATCTATTTTTAAAATAGCAATAAATTATTT GGAAATTTTAATAAACTATGGTTTTGGATAATTTTAAATAATTGTAGTCT TCGTAAATAATTTGTCAGACTTATAAAATGTTATTTATAAGGTAGGTAGC AAAACGTGGACTGTTAATTAATGTTTAATTTCTAATTACTATGTAAAGGC CTTTGTGATTATTTTTTGATATTGTTTTTACATAAGAAAACTATACGAAT CATTTAGTTATTTCATACTCATGAGCGAGCAACAAGCAAAATGGCAGAGT ATTTTTGATCTCCTACATGCTGGAGTTGATGTGATGAAAATTACAGATAT TGTTAAGTGTTCTCGGAGCCTGGTTTTTAAGCTAGCCAAAATACAAACAA ATGGAGAAGGCCTCTTTAGGATTTCAGGAAGTGGAGGGCAGAAATTGAAG AGGGATACGAAGTTCTAGTTAATTTTGGAGAAGAATATAAAGGAGGACCC ACAAACTAACAGAATCTCCCTTCCAACGAGTTCTCTGTGGCTCCTAGGAC CATCAGGAGGGATGTAAATCATAAATTGGTATTAGTTTCTTTCACAAAGA CCCTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNCTGACAGAGGGCATGAAAGCCAGGAGGTGCGAGAGGTGCAAGAAAATC CTCACATGGATCAAGACAAATGGGTCAATTGTGATTTTTTTTTTCAAACA AAAAGATTTTCACTGTTGATAAATTCTTAAACCGCCGGAATGACCACTAG CTTGATGAAACAAAAGAAAAGGTCCAAGGGGTTTACCACAAAAAAATATC TGCCCCAAATGATGGTGTCGGTCGTTATGGCCTCTGATAGAATGAAGATG CCTCRGTTCTTTTTTAAGGCTGGATTGAATATGGCCAGGATGCCAACAAT AAGTTGCTGAGGMACACCATTTTACCATAGCTGAAGTTCAAGTATCCGGA GGGTAACTTCGTGTGTACTCTGGACATCTCCTTCTCTCACGTCGGCCAAG GGCCAAAACTTCTGTGTAGATAAAATGGGTCGATTCTGGTCCGAAGAGAT AGGGCCCCCTTTCTCACCAGATTTGAACCCATTGGACTTTTTTATATGAG GCACTTTGGAAAGGGAAACCTACAGTACCTCACACTCAAATGTGGACTTA ATGAAGTCCTTCGTAGTGGCTGGYTGGYCAACTTGTTWGAGGYMMTAGCC ATTAACTCATTCATGGCCTTCAGGCCATGTGTAAATGCTGTGATTGATAT TGAAAGTGGCCACATTGAGTGGAAAAAGTTTTGGAAAGACCTTGTCTACA TGTTTGTTAATATTATTTTTTTTGGAGATTATTTAAAATATAAAATTATT GATGTAATGTGAAATCCATATCTCAAGTCCATGTTTTGCTGCCTTACCCT GTATATTTTTTATACTGTTAATGTCAATAGATTGTTACTATTTGAGTGCA CGAATGAACATTTTATATGGTATGTTCCTAAAGTAAGTTTATTATTAGTA GACTTTATATCTTTGCAAAAGGATTTTTATCTTTCAGAAAATGTGCATAT TTTATTTATGTATTTATATATGTACATAAATATATGAAATGAGTTCAATC GATTTCCGATAGAAATTATATTTATGTTATTTCAAATAAGCACTAAATCA TGCAAAATTTCTCTAACTTTGAAGACAGCTTCATTACAACAAAAAGTTGT TAAACTTTGGAAATATATATACCTCATATAATGTTTTGTTTTTATTATAA TTGGAAAGTTAGGATATATTTCAGACTGTTGTAAATTTACGTATCTGTTT GGTTGTTGGGTCGACATCTTGAAATGAAAGTAATAGTTTCATTATAATTT TCTTGATACTTGATACGGATTGACAGAAACATTAATCTTATAAACTGCTA CAAAATAAATAACATCATGAAATCTTAGTTTCCTACAGGCTAATGATATT TATGGTTAGGGTATATATGCAGTTTGGGGATTCAAATCCGAAACATCACG TTGATTGCTTTTATAATCATACTTTTTATTTTGACTAATCTTTTTGATAG TATCAGTGTGTTCAGTACTTCAAACTTGACCATTTCTACACCTCAGCTCA AGTTAGAGAACAAGATACAGTTCAAGTCATATCTTCTCGCCGCAAAACTC TGAACTGGCAATATTTGTATGCTTCCCTGCTCCAGGAAACTTGTGGCTAK TGTCAAGAAGATAAAGGAGAATACTTTAACAAGAAGCCTTGTAGTTGTGA GCTCAAGAAAATTCAATGAGTTCCTAACCAATTTATAAGTAAAAATCGAG TCCAAGCAAAAAAAAAAGCTTGCAATCCCTTGATAATTAGCTCCAAGTCA ATCTTACGATATTTCGATCGCTTGTAAATAATATGGTCTCCTTGGCACAT CTTTCATAACATAATATTATTTTTCTCCCAAGCTGTAACGATTTTTCTTT CAATTTAGAGGAGAGAACACCTTCGTATTGATTAACTCAGTGTGAGTGTG CTCTTGGAAAACAATGATTAACACCTACGTTTTCTTAGGGAATTTATTTT TTATATTTTATTGGCAAAATTTGTCTATTAAACGACGCCTAATAACCTTG GGTACTGCCGGGTATACCACTAGTATATAAACATTTTATAGGTCACCTGA AAGAAACACACAGGAATTGCAGGGAATATAATGATTAAATTTATTTTACT ACCATTCTTTCATTCATTGCATGTGTTTTTAAATCTGTTTTCTTAGTGTT TTTCAAAGTTAAATCTCTTGTATCATTTTATTTTTAATTAAATGTAGTTT TATAAAATATAAAATTGAAATAAAACTCAATTATCCTGGTTTTTTTTTAT ATTTGTGTATTATTGCTAATGTGCTCCCATTAGTTATTATTATTTTATTT TTTTGACTTTATTCGCTCCACATAGATATGGTATTATCAAATGTAACGTG TCACTTGTTTTAATGAAAAAGCAAATAGTATAGTAAACAGATAAAAAATA TGAAAATCATACTTTAAAATGCATTGACCCATTAAAAAAATCATAATCTA CTATTAACATGAAACATTATGTATTTATTACATACATTTTGTAATAAAAA TAAGAGATACAAGGATATAATGAATCCAATGCATTGAGCTATTAACCTAT TATCATTTGACTTTATACCTACGTGCATTACAATATGTTTAATATGATTT TATCATGATACATGGATTCAAAATAGAAATACTCTTATAAACATACATAT AAAAAAAGGAATATGTTCACTGTACAATAAAAGAGGTAAAATTGGGGACT TGAAATGAAATGAATTTGGATTACTTTATTGTAAGTATTTTATGATACTA GGTTATGCTATTAAAAGTAGGAAATATTTTGGTTTATAAATAATAAAAAC AAACTTTCAAAAATCAAAAGTTGTCAGTATGCAGGCAAAAATGCAAAGGG TATCTGATCATGGAGGACGTGGACTCTGTGATCACCAGAAGTCCAGCTTA GTCGATGATGCATTATCCTAAGGCTCTCATTGTTTGTAATGGGACTGCGA GAAAAATTATGCATGAGTTAGGAAAGCCTCTTATGTACAATAATATCGGC AACTGCTTTCAACAGCAACCAAAGCTAATTTTGTCAAGAGAGTTAAGAAA TTGTTAACTTAGTTAAATCATAATGGTTCTACAGTTCGCATCTGTATACG GGCAATTCGTCTAACTACGAATCCATTTTTAACCCTGTATTTGTATCGTT GATGAACATTTCCTTGGTAAGTTTAGTTATAAAAACTATAAGAGGCTGCC AGTTTCAATAAATTCCCACGTGCTTTCTACTATATTATTTCGTGGCAGTT AAAATAAGACGAAACGAGAACGAGTTAAAATTTAATATCCTAGTAGATAA TCCTTACACTTTATATAAACAAAGTTTGAAGATTGAGTAAATATAACCAA ACGAAAGTAATCCATAATTATTGTTGCATGTACAAAATCCCAAGCGTTTG GACATTTTGATACTAAGCTAACCTAATGTAAAATCAATATCCCAAAATCT TGGCATAAATCCATAGGAACAACTCAACACAAGGGTTAATATTGAGGGAC CCTTTATTTCTTAATGGTTAAAGTAACACTGATATCGGATGGGKATATCC TCATTCCTCACTCTACACTAAAAAGTCGGCAGTGGGAAATAAATTATGTG CTTTGACCATCAAAAATCGCTCTTCTACCTCTGTCTGTCGGTAGGACAAT TCTGTAACTTAATTTGGAGGAGATAGTACAGTAAAATTTAAGTTTTATTT CCCAAAAATCATATAGATTGCAGTTAATGTGATTATGTATCTTTATTCAG AATTACGATAAGTCTAACTCTTGCATTCTCGTTGCAATCTCATACATGAC CGGTCCTAAATGCCAGTATTAAGTTGTTGAAACACTTTGTGGTTTACTCC AACAAATAACCCGGTCAATGCTGTGTACTCCCTTTAGTTATTAAATAATT ATATATGAACTCCGTCCAGTAGAAATAGGAGGTAGTTGAGATTTTTTTCC CGCAATGCTCAATGTACTCGTGAGTAAAGCTAAAGTGWTTTTATCCAAAT TMCSCAGCCACTTTCAAGTTATTTGATGTAAAAAAGGAATTGTTAAAGGC CTTCAAGTGATTGAAGAGCCATTTTAAGATTGAAAAAAATGTGCGAAAAT ATTAATTTATGCTACCATATGATATATATAAGAACAAAAATCCGGTTTGC TGTATTTTAGATCGTTGCCGTGAGAACATCTCCCTCCAAAAGAAGAATTA AAGGGCTATTGTATACATTTGCTAAAATTTTTGTATTAATAGTAAAATTT TAATCATTGTATATACATATTTGATTGTAATTACGATATTATCCCTGCAA TAATGAATTTATAATTGCTGATTTTATTTCCTACAGCTGTATTACCGTTT TCCCCCCTCTTAATAATATAAATGGGACCTGAAGTGAAGAAAAGGTATTT AAACCAAATGTGCAACATACTCTTGCTTTTTTCTGGGGATCTACAAACAT CCCGTGATTAAATATCATCTATACATATATAGTGTCATTTTAAGGAAATG CCTCTCGTACACAATCTACATACAACTTTTGTTTTATACTTCTTMTTCTT ATATTGCTTTGGGATATTTTTTTCTGCTTTGGTACATTTCTTGAAAAACT TTCACCTATCTCATTGTGAAATAAGCTGCTCTGAAGAATGTCATTATTTA TGTAGAGAGTTGGATAAAATATTACCAGCAAGTATATAAAAATAAATGAA AGGGAAAAATAACAAAGTAGCCCTGACAATTTGAGTAATGTTTTGAAGGA GAAAAGCTTAGCTGTTATATTAGTTGMAAGCCACTATTAGAAAAAGGAAA TAATAGTAATATTAGAAATCCCAATTAGTATCAACTATCAAGGACATTGG CAGAATTAACAATAAAGGAGATCCTCGATTTTATTAATATATATATTTTT TTAATTAATATTGTACAAATTCTTCAAAAATCATCAATGTTACTTCATCT TTTTCATAAGCAAATTCCCACCAGAGATGCATCAAACATGTCCTGCCCAT ATTTAAAATGAAAAACAGAGAAAATGGGCGTTGTTACCCTGACAGTTTGA AAAAAACTTGGAAGAGGAGCAGATTACCTGTCAGGGCATAGTTTTAGATC AGCTGCTAGTAGACGTGAGATAAAATAAATACAAGTTCTACAGTCTTTAT AGAAAGGACATTGATCAGTATCGATCCTCAACCCGAGTCCAACAAGAACT TAAACTAATAACTAGTGATGTCGGTAATTAAAAATAAAAGACATCTAAAA TAACGTGATAATCCTAACAAATTTGAAGAATACTTGGTATGAGAATAGCT TAGCTGTCATTACGTTTTATTACAACAACTGCATGCAGCCGTGGGAGGAA GGAATTAAACACAAATCCCACTCTGTATTGTCTAGCAAAGACAAATGCAG AAATGACTCCAGTTGCTGATCCTCAATTCTACTACAGTTCCATTCAGTAC TTTTATTTATTCTCTGCAACAAATCCTCAGTGTTACTTTTTGTCTTTCAC AAGTCTAGTCTTCACACGTGATTACTTTATGGGTATATCTTCAAGAATTA AAGAATAATGCGAGCAAATTGAAAAATAAAACATTCTCTTCAGATTGCCA ATTAGAAAAATATACCTGTTAAGTTTATATTTTATTCAACTCCATTTATG CATATAGTTTGAAAAAAAGATCCAGGGTAAATGCTTCTAAACAATCATGT TGTAGGATACAACATATTGATTGCAATCTAATCTTTTATGCAATATTGCA ATTCATGTTTGTTTTATTGCCCTGGTTTATGTTCAATATTCATACATATG TCACTGTGCTTGTTTTTATACGCAGTATACATTTTTGTACATTCTATACA TGTATATGATAACTTTATGCCTTTTTAATCATTTTCTACGTGATGCATAG CATAAATTATTATGGGCTTTAAGCATAAAATCCTTTCCAAATAGTATTTA TAGTGTACTTTTTCCAGATTACTTGAAAATATTCCATATATTTGTTGTCA TTGCTGAATGACCATTCTTTATCCCCTTCAAACTCATATATGAACCCTTC AACACCATCTGTAAGAAAATTTTTTAGTATGATAATTTATGATTTATTTC CTGCTTAGTCATAATATTTATTAGACTTTATTGTTGTTGTAAAAAGGTTA GATTTTATTTATATAATTTAATATCCGAAAATGAATAAAAAAAAAAAATT ACATTTATCAAAACTTTAAAAAAAAGTTATAAATAAAGTGTGGTTAATCT AAACGTTCCCTATTTGAGACAAAAAAGTAAAACACTGCTCTGACTTTATT TCTTAATCTATTTTATTAAAACTTAGGTTTGACAATTAAACAATAAAATC GCCATTAGCTTGGAGGACACGTTCATAACGTTCCACTTCTTGTGGTGTAG GAATCTTCATTGAAAACACGTTCAACATTAACCTCAAAGGAAAAATAGTT CTAAAGATTCAAATTTGTTGATATAGGAGGCCAACCCCCGGTGGCATCAA CATTACGGGATTAGTAGATGCAAAATGCGGCGTGCAGAGCTGTGACACCG CATTTTTATGCACCGTATGATATACTGTTGAACGAGACTCTATGCCAATG CTGTGAGCGATTGCATTAATCAATTTGCTGGAACTTTTTCATTCTATTTT GTTATTTTCTTCAACAAAGCAGGATTTCGAAGGGTTTTGGTAGCTTCCAA GTTACAAGGCTTCTAGGAAATCATCGTCAGCGGGGTTTTAATGATTGACA CTTTTTCTGTTTTTTTGGACGAATCAAGTCAGCACACGTTCGCATTTGTA AAAACCGAGTTGTCTATTCCACCATTTAAATTACACAAAATAAATAAAAG TGCTAGGCGTTTTTGTTCCTTATTAAAAGAAGACGAGGGTATGTTACAAT CGAAGTAGTAAAGTAACATTCATTCCAGACCAAATCGAGATTGGTTTGTG GGTGTGAGTATTCAAACTGATTTGTGTTGGGAATATGAGAAGCTCCCAAA AAATTGTATGGCACCCTTACTAAACTTTTTACAATTTTAAGGATTGTTAA GTTAATTTTCATAATTTTATAAACAGTGTGTGTGTTATTCTGTAATTTCC GCGGAAGAAGTATTTAGTTGTTTTTTAAATGAACAATAAAGTGTCAAAAT ATCAAATTATTAGTAAAGTTAACTATTATTAACTAAAAGTTTTTTTCATC AATTTGAAATGCCACAAAAAGATAAGGACATGCTATTTTTTTAATTTTTA GAAAGTCATTATTTCAATAATTTACATAGTTATTTGTCTTAGTCCGAAAT TGATCTTCCAGTATATATATAATCTCGGGATGTGCCCCAAAAAATAATAT TTTTCAAAGGGTGGATCGATTTTTTCACTCTCACTCTATGGACCGATTTT ATTTAAACTCCAGTTATACAAATTTTACACATAGGAACAGGCGTGTATAA AATTTATTCGCTTTGTATGTAAAAATAAAAGGAGCCGACAATTAAAGTAG TAATCCTTACAATGTAAAGAATGTTTTGGAGGAAAACATCTTATCTGTGA AGAAGTTTTATTAGTTCAGCTGCAAGCAGCCCAGAGGAAAAATAATGCTG CACAAAGCCCATTCTGTATATAGCAAGGGCACATATCCAATAAAAAATCC AATGTGGATCCTCAATTCTACTCAAAGTCTGACAAAGACTTTCACTTATA ACTCCCGAGGAAAGTCTCATGTTTACTCTACGTCTTTCTTGAGCAAATAC GTTAGTTATTTTTTTAATACTTAAATGCCCCTTCTCAAAAATTAAATAAC TTTATAAAACAAAAAATCCTTGTAATTACAAAAAGTACTTACAGCTTTTA ATGACAAATTTGATACACTTTTACCTATGAAAGACTTTCAATTCACATGA CTAAGTTTATGTATATTCACAATTCGGAAAAACGCATGAAATTATCAATA AGTGTATTTATAAAATCGGTCTAGATTGAATTATATATGATATTGATTTT GTTGGGAGTTATTTACACCGAACTTCTTGCAAGGAACAAACTACTTCATT CCACCAAAATGTGTTATGATGTCCAACCGGTCCTTGATATATAGCTTTAA AGGTCAATATAACACATTTATTGCCCTTGATTATTGCACTTCTACGATCT AAAYGGATCACAGGAAAACATAAAAGAAAGCTCCAAATTATACGGATAAA ATACAAACAAATATGAAGGTTTTTGTTATTAGGAAAAGAGAAATAATGCA AAAACATAGATCTAAGACTTATCCAGTACGAATATTTAATAATAAAAGTG ATTATAATGCATATTTGTGTAAGTAGTTTTAATATTTGAATGTGCAATGT GCATTCATTTTGAAAGTAGATTATAACGATAAGTAATCTCATATTTCTTT TTTTCGTTTAACAACACTAATGCAATTAAGCTTCCAAAAGCTTATGTAAT TAATCTTTTTATTCAAGATTTTGTATTTATTCCATAATTTATTGGTCTTT ATCTACAAGTTTATCAAATAACATCTGAGTGTGTTTGCTCATTCTACAAA TTATTTAGAGTGCATAAATAATCAATCCTTGGAATTAAACAGTATATAGG GTTGATCTTATCTAGTGGCACACATTTTATTATTTCAAGAGAAAAATTTA AACAAAATGTTTTGTGAGTACATTTTTATAACTCAATTATCTAAAAATAA TGATCTGCACAACTTTTATACAATATATCAATTTTTATGAATAGCTGTGG ATTATTTTTTTAAAGACTTTATTAATTCAGAGAAGTTACATTTAAAAAAA TATACATATATATATATATATATAAACATTCCATTTTCAACAAAACATTC CTTCTATAAAAATGGACATTAAAGAAATATACAAAACAAAAGCACAATAT AGCTAAACATTTCATAAAAAGAATGATCAGTAGTTTCATAAGATTTAAAA AAAAAGGATAAATAAGCGAAAGTTATTATTCTGTCGATCCGGAATAGATT TTCAATTTCTTATAATTGTGCATTAAACGGTGCAAGAATATTAAGTGTTT ATTTAACAATGAGTGGTAGTAATGTAATATGTCCCTAAAGTTCCATAGTT CCATAAAGACTGATACACCCTTGGAATCCTAACGGAGAAGGCAAAATATT GGGCTGCGGTGGCGATCATAATAGATCTTATTTCTTCAACTTTGATAGAC TCCACTACTGCCAATTTCTCTGTATTCATGCTTTAACAGCTTAAAAAGGC AAACTCTATAACTTTTTTTTTTGTAAGAGGACTTTTGAGTTTTCAGGAGA GGCCAAATAAAATTATAGCGTTATAAATTTTTCTCAAAATTCCTGCTATG TTTAGTGTGATAGAATCTCTCAAAATTTGGGGTGCCGAGCAAATAGCAAA CGCATGCATAACTGCGTTAAACATTTTGCCCGGAGTCCTTACAGGAAGTA TTAAAAAATACAAAACCAGAGAATATATGAAATTGAGCAGTAAATGCATT CCATCGCTGATTTTATAACCATAACTCTTGATCCTCTTCTTCCTTGTTTT AGGTAAATTCAAACAATTAAATACCCACTGCTGATTTTATCCCTTTGTTC GGTAAAGTTGGAGGGAAAATTCATTCTTAAGTGCCACAGAATTGGAGTGA GACGGACCATTGCAGCTCTTTTCAGTGGGAAGAAAAACTTTCCACTATTG AAGAAGGAATTATGTTCAAGATCATGAGCCGTGATTTTATTCTTGGATAA CGCTGTCCATTCCAACTTTTTTGGGTCTATGAGGTTTTTTAAAGAAAAAC TTCTTATTACTATTCTGACGCACAATGTCAATAGTAGAAGATGATTTAGA CTGGTGCCCCTTTCCAAATCCCTCTTGACAGCTGTCCGAGAATGAGAGAA TGTTATTATTAATAAAATCAGTTCCTAGCATTAACCAATTTTAGGCAGGA TGTGACGAAATAAATGCACGCCACTCAGACTCCAAGTCTTTTAAAAGGTC AATTAGAATCTTTCGATAAATTTTCTGAATAACTCTAGAAAGGAAAGACA CTCTCCTCTTACCTGACTTTTCAGTCTTTTTAAAGAATCTATGGAGCTTC GATGAAAAAGCTTATTGTTCCCGCAATTTTCTTTGTCAATGACCTTCTCA GCTAACCGTAGAATAGACGTTACCTTATAAAGAGTAGCAGTAACAATTTG GAAATTAACAAGGTCAATTCTTTTTTGGAAATTAAATTTCGTCCATTTGT TAATCGAAGAATCAATAAACAAGTTTAGATCAGTCCAGTTTGTATACGAG GCTCCTTTACTCTCCTACTTAATTACTAAAATATTGACCATCTTTTTGAT AGAGCAATCATCTATTTTAAGTCTTTTAAAGGGATCCCATTCATCCAAAG GAAGAATGAATGTCTTTTTCTTGTTAACCTTCAAACCAGACCTGTTTTCA TATTTCTTAAACTAGTTCATCAAACTTCAATCCTCTCTGTTCATTGGATT TCTGACTTTGCCTCCAATATCAAAGTGGTATCGTCATCATAAATACATAT CAATAATATGCTTTAACTTTCCAGAAYCCGCTCCAACCCCCCCCCCCCCC CCCAAAAAAAAAAACCTTACTTTCTTATAGCATCCCAAAGATCTCTAATC CATGCAGCGAAAAGTAGCAAAGCTGAAGGACAACCCTGGCGACAACTTTT TTTTCAAACTATTGGATCTCTTTCAAAATCTCATAATGCAATAGGCGACG TATCATCATTGAATAGAAGAGCTCTAATTTGATTTTTGAATTTGTTTTCA AAAATATTTATTGTTTGAAATTTACAAAGAAATTAATATTGGGAATATAT TTACAAAAAAGAATAACTTTTCAAATGTTTTCCCAAAAACCAATATCCCC CCCCCCCAAAAAAAAAATGTAATTTGAAATAAATAAAATCCTAGTTTGCC ACTGCTAGGGCTTGAAAGACGAACAGTAACTTTGGGGATTATGTGTGGAG CTATAAGCCGTTGGACTTGTAGTATAATTGAAGATAGACATCGTAATAAT YCCTGCCTGTAGCATTTGTATATATTTTGTTTCTTTTATTCATCTCGTTG GTCAGCTAATGTTATAAAACGTCATGACAGCTAAGGTGCTCTTCTGCTAA ATGTTCTTTAAATTGTTCGGGCTACCGCAAAATTTACTTGTTTCATTTTG TAGATTACCGACAGGTCTTATTTTCAACACAATACGACCAATTCATTTTT TCCACATTTTGTTGAGTTTTGAGAATTTTCTACTTTGATTTGAATGTTTA AATTATTTTTTAAGTATGAAAAAAGTTAAATGGATCTTACCACATTTGTA TATTTTACTTTTAAAATACTTTTGTTTACTAAAAAATAAAGTATTTATTC CAAATGTAGATATATATTTCAAATGGAATCATCAAAATATGAAACTTTTT TATTGTAATGTTCAAAATATTCAAAATTTAAGCGTTTTGTTTACTTATCA ATATTACATCGATGTTTCATACGAATATAATAATCCAAATAGATATACGT CAATGTAAATATTGATAAAATATCAACTTATTGAACCACAAATAGGTCGA AATTAAGGGTTGAATTACTTACAACTCCGTATTGATAAATAAATAAATGC AAATATAAATGGGAAAACTTCCAAATTTTAATATATTTGTACATATAAAA TTAAATTATATTTTGTTGTCAGCTATGATATTGTTTGTTTATTTTCCCTT ATGTGTGTTCGAACATTGATTGGTTGAATTCGAAATAGCTCTTACTATGC TGTAAACAATTCCCAAAAATTTCATTAATCAATTTATTTTTTCCTTAATT GCTTTTACCTTAAGAAATATGAAAATAAACTTTTTATTTCATCATTTCTT TTTTTATGGCCTTACAATCTATCAAAGAAAGTATTTGCTTCTTCTATGGG AACAATATAGAGACGTCTATCCATTTTTCATTTGAGCGTAAAACAATGAC TAACATTTGGGGTCACTTAACTCGGGAATTTTTTTCAAAATTGAACTTGA TTTTCAGACCTAAAGATTTATATATTATTTGTATTGGTCTGGGGTCGAAA AAAGTAAATTTAATTCGGACCAAAATACAGTATATTTTATATAAATTAAG AACTACGAGAAACTACCACCTCCCGGTTTGTTAACGTGTGTATTTCATAT GATTGAAGTTTGTGTTGAATAGACGTGTTGCATTATGTTGAAATATAGTT ATACTGTTCTACAAAAAAACAAGAACAACCTTGATATCTTATTAATTGAA TTTTTTTTTTTTTTCAAGCAAGAAATCTTAAATACCTTTTAAAATAGTAG ACCTTTAATGAGGCCAAAATTTGTACGCCCAAGTGTGTTGGTCATGGATA GGAAAAGGTGGTAGTAATTTGGTGCCATGTCCGGCCTTTCTGGTGGATAA ATTTGAACTTCCCATCCGAGCTCCCGGAGCTTCAGTCTTTTCTTCAAAGA TGTGTGCGGTCTGGCGTTCTCTTGATGAAACCCGATTCCTCTCTTATGCG AGTTTATTTTTTTATCCTGCCTTCTGCAAATGGTGCATAACGGTTTTATT ATCAATGTTCAGCTCCTGGGCGATGCTACGACTGTTATTATAGCGGTCTA TCACGATATTTTCCATTATTTTATTGACATTTTGGACGACAGGATTGACA ATGCGTGTTACATCATTCACACCTCCACTACACCATAACAAAATTTCTAG AACCACTATTGTACCACACGAACCGAAAGAATATTGGCCCCTTACACATT GCTAACTTTCTTGGTAGCTTTTGACCCGTTTTTCCCTTTCAACTATGTAA AATTTGAAATATGCCGAATTTCTTCCCTCGATACCACCTAACACGACGTC CGATAGTTTAGGACTAATCCGGCCAAGTGCAATACCAAACCATTGGTATT TAAAGTATGCACTCACACCTTTATGTATCATACAATCCAATATAACTAAT AATAAATATGATATAATTATTTTCATAAAAGAACAGGAATTACGAAATTA TTTATCTAACCTATTATTAATTACTTTTAGGTATTGTATGTTTTATAACC AAGTTTTATGTCTTCACTTAACGACAAACTATGATTTCTACCATTTTGAT CAAAAATGAGAAATCCATTAGGCTTCCAAGGAGGAGGTATAATTTTTCAT CATATTTTTGTACTTTTAACACATTTTCTCCGTTTCAGAAAAGGGTACAA AAACAATTTAAAACATTTTTTGAATGTGAAAACATGTACTTACAAAAAAA CTATATAGGCTTTTCTCGTTTATTTTCTTGAAATCTTTCGAGCAATAAAA AGCACTCAATCATTTAGATGTACGAAAAATATATAGTGGACATATGGTGA GAAATTTCTCAATTTAACATGCTGATCTCTTTATATAATGTTCATAACGT CGTACAATCCTATTCAGCGTCGAAAAGTATCGAAGCAAATCAGAAATACA ATACCGAATCATCTTAAACTACCATCCAAATTGGGGATTTTGAGATAAAA AACAGAATATCTCGCGGAGGCAGATATAATTGTTGACCGTAGATCTAACC TGCAAATATTTTCCGTCTTAGTTAGCTTTGATGTAATGAGAGCCTTGGCA CTTAACAAAGCAAAAACCATGGCTAGATTTTCGTCTTTGGATTTTCTATA TGAAAGACTGAATAAAATCAACGTTTCAATTTCCCTATTTTTTCATTTGT CATTTCTATGTTCAATGATGAGAACTCTTTAAGTATTCCGACATACGGAC AATCAACGAAAGAATGCTGAATGCTATTAAAGAGCATTTGTAGATATCTG AAATTGTGAAGTAAATTTAATTCGTTCCACTACTCCACGCCAGGACTCAC TAAGTCTTATGAACCGTAGGAATATTACGCTGCATTGCTTCAATCTCTAT GCTTTGGGAATATTCAAGATTTTCGAAGAAAACTCTCTTCCATGAATTTT GCCTAATTATATCCACCCTTGTTGTCAATTCATGGACAGGGTTGGCAATC ATTTGAATAGCAGCACATGAGCGAGAGATTGAGCTCAAGTACTCATTGGA GAGGTATAAACTGAGCATTACCCCTGGATATATGCTTGATTTAGAGATGA AATATCTCAATTTGAGTTCGGGTCCGGTCGATTGGTGAATAAGAATCTTG ATAATCATTAGAGGAAAAGTTCTATTCAAGAATACTAAGCCTCCACATTT ATCGTATATTCCACCACTTTTGATTGGTGGAATATAAGATTTATGGAAGA AATGGAAGATACATAGACGCCATTTCCCTTCCTTTGTGATTGCCTTGTCA GCTAAGCTAGGCTGAGTTGAGGCCTAATATAACATCAAGGAATTAATGAA GTTATTACAACACTCAATCCGAGTTTGAAGAATCAAGTGCTTCCGTTGTG AAAGTTTTTTATACACCATAGACCCTAATTTACACCAATTCCTATTTGAT TCCCCATATTTTGAAGATTCTATATCTAAGATATACTCTTTTTCTTTAAC GTAACATCCTGCAACTTTTGTATGGACTACAGGATTCCATTCTCCCACTG GTAATATACATGTTTTCTTTTTAAACATTTCCACACAAGATCTTACTTTA AAATTACCCCAAAAAAACATATTTCGTCAATTTTCTTTATAAGTTCCGCT TCAGAACTGGCTTTTATAAATAAAGTGAGCGTATTGATCAATTATGTGTT TCTGATTTTGGAATAAAACACCAAATTTACCGGGCCGTGCAAAATTATTT ACCGATGATGTAAATATATTTTTTAAGAGGTTTTGTGGCAACCAGTCTGA TTGTTTCGTATTTTTACTAWTAAAMTAMACAAAAATCCTTCCTGTGAAAG CGTAACAACTTCCACACGTGAGACCATGTCCAATCAGGAAACAAAGAGGA TCGAAATTGCAGCCCTCCTCCGAGCGGGAGTGCCTCATAGCAACATTAAG GAATAGGTCGGGGCCTCGTTGAAGACAATTTACAACGTTTTCAAGCGCTT GGAGGCTGGGGGTGATCTCAAGCATTCCCCTTGGGCTGGTAGGAAGCCTA CTGTCTCAACAAGGCAAGTAAAGGCAGTGTTCAAGAGGACTCCAACAGGT ACATTGCCGACATGGCCAGAAAGACGGGAATGTCGACATCAACTGTTTCA AGAGCATTGAAAAGGGCTGGAGNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNATTTTTTCAGCTGAGAAAACTTTTACGGTCGATCC TGTTTTGAACAGGCAAAATGACCGTGTTGTGAGCCCTGGAGATGTGCAAG ATAAGCACCGCTATGTGGCAACAACAAAGCACCTTGCTTCGGTGATGATG TTGGGTCTTGTGGCCTCCAACGGGAAGGCCATGAAGCCGGTATGGTTCCT CACTGGCTACAGATTAACAGCGGAAGTTTATGTGAAGATTCTGGCGTCCA AGGTCCGCCCACACTTCCAAGAAAGCTCAGGAGTGGCTCAAGGACAACAT GAACTTTTGGTCCAAGGACTACTGGCCCCCTCAGAGCCCAGATCTGAACC CACTAGACTTCTCTATCTAGCCGCACGTGGAGACCAAGGCTTTCAAAAAA CGACACAAGAACATAAATCCCTTAAAGGCTGCTGTCAACCAGGCCTGGGC CTCCATGGAGGCCGATTACATCCAGCAAGTCTCTGGCAGCTTCAGACGTC GCCTGACCAGTGGCATTATGTCAAATGGTGGCTACATTGATTAAATTTGA TCACATGCTATTTTATTATTCTAAAAATGTATGAATAAATTGTTTCTCAA GTGATTCGAAATGTCATTATTATCCGCCATATGTTCTGAACAAAAATCGG TAAATAATTCTGCACGGCCCAGTACTTACTATATTTCCTTTTCATTATAT TGCCAACTACGAATATAGCCATAACAAAATGTAGAAGAACAGTAATTTAA AACACCCAACAGGCCTTGTGCTCGGCACAAGGACATTCGAGGCAAAAATC TTTGATGCTGAGGGCATTTAACTACAACACTCACAGTTCAGAGAATTCCT TGTAACCATCACACTGATGTTGTGTAGAGACTTTTGACAAACTGAAGTGC TTCATTTCTCCATTCCTGTACCATAGTCTTAATTCTATTAATAAACTTAG ATCAAAGAGTGTCAGCTTGTCTTTGCTGAATCAGCTCACACTTTCAAAAA TATTTAGTAATATTTTGAAGACGGATACTCCTTGCAATTTCGACGTTTGA ATTCTCTATGTCAGCATCACCTCACCAATATGATGACGCCACGTTACCCA GAGTAACAGCAGTCATAAGACCTGTTGAAGAAAAACCCAGCAACTGTAAC ACGGCCATTATTAGAGGCACTTGCGTCAAAAACCCTCAAAACACCTGATT TTTCAAATTCTCATAGTTTCAATATTTCAATACTTTTCTCGGTTATAATT TTTAATAAATGTCAGTCATTGCTTATATTCTAAGATGGAATTCCTAGGAG CCCAATTCATATTACCGATCAATACACTCAGCCGCTCTTTATTATTATTA GTGAAAGTACCCATAAGTTTTTATCCGCTGAAGTGATGCAATTTCTTTCA TTTGGCTCTCTCATTTCAAAAGGCTTAGTGTGGCACCAGTAAAATTTATT CGATTTAATAATATTTCATACGATGTGTTATTATTATAGGTAGAACATTT TTATCATACCGCCAAGGCAATATTTTTTACTTAAGGGGGTCTGATGAACC CTACTCTCCATACCTATAATTTTTTGTGTAGTAACAATGATAGATGTTGA CAACTAGAACTGGTAAACATGACCCACTCATTCCCTGTATTCATATTATT AATCATTAATCATGATGAATTAAAGTATTTCCCTCCCTTCCAGATAATAA TCATTGTCCGGTTTATTACTCTTTCCGGCTGATTCCGAACGAGTTCAAAA TTTCATAATTTGTTTAGCATCTAAATATGGTTTAGATAAACTACCAGGCT TTTCTGTATATGCTTTATCTCTTCCTTTTTTCACTTCTACATCGGAAGAG CGTTGATCATCAACGACGGTTTTCTTAATTTTTTTCTCTCCTTGTGAAAA ACACCTTAATTTAAGTAAATATGAAAGTGTCGTTTCGTACTTTTTTTTTA CCCAAAACATTGTAATAATTTTGGATGGTTAAGTTTAACGTTTCCCTTGA TTTAAAAATGTATTATTTAGAATAAAAATATGCCTTCGGCATAGAAAAAA GGTTATTTCTATGTTTATCAATGTAAAATCCCTCAGAAACACAGCATCTT AATCCAAGGGCACACCGCTTTATCCCTGAGGATTCTCCAATTGCAAGACT CATCTTAGAATTATGCTTCCAAATTAATTAAATAATTTCCATCAATATTT CTTCGGTATGAATGTACTCTTAGGATGATTATTGGGCGATATATGAACTA TAGGAAAGAAAATACGGATTGAGTTGGATTTTTCTTTTACTGTGTTTTTT TTTTTTTAAAGTTTATTGGGTATCAGTGTTGGATTAGGTATATGTGATTA TGTAAAAAAATATCATTTATTTGTTTGATTATTTGATTGTTTTGAGTTTT TATGTCTTTTAGAAGGGAAATTATTTTTAATTATAATGTTTTTTATACAA ACGCAAATTTCCTTTTTCGTGTTTATTTTTGTACATCTAAATATTTATAA ATAAAGACTTTGCGGTTAAGAAAAAAAAAATGTTTATGACATTTATTCAT ATTGTAAAGAACTCTTTTACCTAGTATTTGAACAGAACATATTTTATATA TTTTGTTTTGTTTTGAAGCTCATAATAAACGCCCATACAGTCAAGAAGAA CAACAAAGTTGAAAATCCAATATCAATAAGAATATTGTTCTACTTTTGTT GAAAGAGAGTGTCTACTTCAAAGCAAGAGGCGAAACAAATACCATGTGTA CAAAAGTAGTGGTTTTATACAGTGTTCCCCCACTCCTAGTCTGAGGATCA ATAATTACTGGACTGCACAAGAATTAATTAGTGAATCTGTTGTATTTATT ATCGAAGTCTAAGACAATATAAAAAAAGGGACTACCTACATCATCTGTAA TTGGAAGGAGAGGAAGAAAATATTAAGTATAAAGTCAAGTCAAAAAAGAT AACTTATTGTACGTAGTAGTTTTCAATTATTTTTGCATTGATAATTTTTA ATTGACTCATTGGATTTCACGCCAACAAAATACACTGGCCACTTCATGTT TTCCGTGTTGTTTTGTTATTTGCATTCATAATTGATATTTTCTTCTTCTC CTGCAAATAAGCGGTCCTTTATTTTGAAATGACCTGAAATGGCTTTTAAA CCCTCGGAGTTTGAAAGACAGACATTGTACACCTTCTCCTCGACATGCAC CCCAAAGGTGTAGACAAGAGGTATGCCATCAGTGTCAAAGAGGGTTCAAA ATAGTATTGTGTTGGMGGAGATAGGTTTTTTTAATTGTTGGTGTCAAAAG TAGCTTTCTACCCTCACAAGGGTATTTCCATCCACTTTTTGATAAGTCTC TGTCTAGTATCAAATCCCAAGATCTCATGCATGGACCCTCATGGATTTGA GGGGATTGGCATGGGCTGTTTTCTTTGATTCCTCGGGGTCCTGTTTTGCC TTTTTACATATCCTTTCTTCCTCTTCAACTTTTCAGACTTTCGTAGATGG TGGTACTGGAGTCGCCTGACGGCTTGGACTACGCAAATAGAAATTCATCT ATCACGTTCAAGTGTCATCGTCTCGACTTGTTTGTAAGCTAGAGAGGTCA GGCTTTTTTTCAACTAATTATTTATGCTTTAATATATCGAAATATGAATT AATTTCAATCACTCATCCTTTATTAATGATTGAATTAGTAAATGCTTGGA TTTTAATGAATTACCCAGTATTGCTTGAACATTGTACTAATAAAGCTTTT TTCCCCTAACGCCATAATAGTATTATAGTGTTGAAGCAATGCCCTTATAA AGTTATCTATGAGTGCACGGTGGATTCATTTTATTATTATTTTAGTCTTA GCGATTCTTATTTTGTACTCTAGGGGCATTTAATATACCTGAATATTACT CTGTAACTAACCATGCAGTTTCCATGAATTTACTTTTTATATGAATTAAC AAAATAAGAAAAAAATGAATACGTCATAAGATGAAATGACGTTATCTATG CTGCCATGAAAAGTGAAATATTGCACAAGGAAAAATATATGAGTAAGATA AAGAATTTAATACGGCTTGTTTCGCGACATTGTTACATAGTTTTAGTCTG CATTAATTACAAAAGTAAAAGGTGGAGTAAAAAACTATTTTTACATCAAC TATGCCTTGTAAAATGATTAGAGTTATAAATTTTAAGCATTTACTCACTT GTAAAATTATTACTAGTTGAATATATTAACTCAAGGATAATGGATGGTAA CAATCCCCCTGAAACAACGGTGGATATAAAAAATGATACCTATTTATTTT TTAATATTTGTAACTGTTAGTGGTTGCTAAAATTGAATGTAATGTGTTAC TTGTCACTTTTCTGTACAAGATAACAGCATTTATACCACCAGAATCTAAA AAAATATACAAGAATTGTAAAGGCTATTGGCAAAAAGACATTTAGATTTT TTAAAGTCTTAACATTTGATCTAGAATATCAACTACACACATAGTTTCAT TATAATAATAAATAGATTTGGGTAACGTTTCTTGTTCATCTAAAAATTTA ACACATATTTTTGTGCACTGAAATCAAAATAAAAAAATTTTGTTTATTTT TATTGGTTAAGAAGGCAATCTTTTGCTACTATTTAAMAAAAAAAAAAAAA GTACTTCTTGTGTGCTGGTTGTCCATACATCAATTTTAAGTTTGGAGTTT AAGCCTAAATATTATAGATTTTATAATGTGATCAACAATATAATATCGAT TTAGAGTTCAAAATTTAATAATGTTTTATCTGTAATGATTTTACGTTTTG AAAAAAATGATGGACCTTGGACTTCCTTCAAATGTTTTCTTGTCTAAAGA GGACTGAACTCTTTAAACTCCTATTTTTTGTGTCAGCTGTATTATCCGTA CCGACAAACAATGATTCTCCTAATAAGTCGGTTGATTTATGTTGCATAAA AGGGGGAAATTAAGTTCTTATTTCATCAATGAATAATTTTTTCTTGGACA GTAAAAGAAGGACTCAAAATAGTTACTTTATGAAAAAATATGTTATATTT ATACTAGGTAGGTACACGATTCCTTTCCAGAGTTGGTAATTTATGTCTAA AAGCATATAAAATAACCTTGAATACTTTTATTTAAAAAAAATGTAATAAA GTTCAACTGAAAAGAATATCAGGGAAACATTACGAAAAATACTATCCTTT TACAAAATATATTAGTACATTAATAAAAACTGCAATAAATCTCTATAATT TAATGCAACCAATAAAAAAGTTGAAAATCAATGCAGATAGTGCAATTTAT GTACAACAGCTGTATTGAATTCCATTTATATATGTATTCCGTTCGATCCA ATATTGTATNCCTGAAGGGGTATGAAAATATATTATGCATTTTGATTGGA TCTAACATGATTTTGTTAAGGTAATGCATTTGATTAAAGTTGTAAATTAT AAGCACTTTCGGAAGGAAAAATGCTAATGTAATCCTGAAAGTTTGAGACG ACAATAACTTAACTGTCATGACAGTCTATTAGATTTGCAACAAAAGAAAA TAAACAGATATACCATTCCATATTTATCAGCACTAAAGAAAAAAAACACT AGCCCAATAATTTTTCCTATTTAAAATCAAAAAAGTTTTTTATATTTTCT AAAGCAGTTTTCATCAGTCTTTAATGAAATAATATTTGAGTTTACAGTCA TAACTAGTCCGTGCGCTCAAAAGACTGGGACTAACAATGAGAGTTTAATT TATAAATAGTTACAAATAAATTTGAATAAAATATGACCAGAATTTTGTAG AGAAGAGCAACTTAGTTACCATGACCTTTTATGAGATTGGCGCTCCTATA GTCCTTATGCCAACCCCCTCGACTACAGCTTTTGAGTATATCTCGAGACA TGACCTGCAGTGCACGTGATCCAACACTCAGGCTCTCAAAAGCACTGTCA GCCAGCACTGGGATGTATTGATAGAGGACTACATCTGCAGCGGGTTCCAA GTCTTCCGCCACCACCAAAAAGTGATCATTACCGCTAAGGACGGCTATCT GAATGATTACAAAAGCTCCGACACACATCTATTTATAGTATTAATTTTGT TAAAATGCTATTGTTAATTCATAAATTATATCTTGTTGAAGTTTAAAATG CAAAGTGTTCAGAGTTTAATGGACCACTCGGTTCATAGATTTATGTAAAA ATGATACAATCCTCGTAATATAAAAACACTGTTCAGATTACCGACTATAA CAAATATCGCACCTATTTAGGTCATATTTTATAAAACTAAAGTTATAAGT TCTCGGAATAGAATTGAGGATCGACATCAGAGTAATTCGTGCTTATGTTC CGTGCTAGATAAGGAGTGGGATTAGTGATTATCTACTCTTCTCTCAAACA TTCTTCACTTGTTCAGAGTTACCATGTCATTTTACAGTTTATCTTTGTAT TAAAATATGGATAAAGCTTCGAATTTATTGCTTCACATTATAGATATTAT TATGAAATAATAATTTCAAACTAATCAACAAATCCCTCTGGTTTCTATTC TGAAAGCATTAAGAAATAAAAATAAGTTGACATTTCTCTTTTTCAAAATT AAGTAGCCTACAAAACAATACTTCTTCATTTTTATTCTTTACTTTTTGCA AAAACATTTTTTGATTAATCTATCTTGTGCTTCTACGACTATTTTCTAAT TATGAAATAACCCAACAAATTAAAGTTGAAAAATTAATGTATTGTTACAT TTAAAGTCAAATTATGCTCTAAGTAAGGCATTAAATTAGTTCTTTAAGAA TCTGAAATAACGAATGCATTTGCATGCATTATAGAATCATATTTTTTTTA GCAATTCAATTCAACAATGTTGATTTTTTTATTTCTCTTTATCATATTTT ATAAAGTTCAGTAAATTCGTAACCTTCATTTTTTTTTTTGCTTCTTTTTA TTATAGTTACAATAGTTATAGTTAAATATATCGAAAATGAATGCAGTAAT TCAGACAATTTAAAGAGTTTTAGGAGGAAAGTAGGTTTTCTGTAATCATT TTTTTATTAGATCAGCTGCAAGAAGCCTTAAGAGATAAGAGAAAGAAAAT AAACACATATCCCACTTTGTATATTGCATGGATATTAAGATAGAAATTAC CTTAATATCGATCTTTAATTCTACTACAAGTCTAACAAGGGCTCACACTC ATAACCCCTGAACAAACTTTCCTTTTTATTCTCCGTCTTTCATGAGCAAA CGCACTAGTTATTACTTTAATCTTAGATGTGCCCTTCCCAATAATTAAAT AATAATGATAAAAGCTTAGGAAAGCATAAAAGCTGGTTCAAATAGCCAAC TATAAGAATCTACTCCTGCTTTCCAGGACAGATTTGATACACCTCTGGAA ATATATTTATGTATATGTGTTGGACAAATTGTAACTTGTAGGAAAAATTG TAAAATTTGAAGCTAAAAAATGGAATTACGAATTTGAACCCTTTGTTAGA GTCATTAAGTCTGTTTAAAATAGATTGTAATGGTGAAAATAGTATTAATA TACTCATGAAACCTCTTTCAGAATAAATGTCCGTTGAAAGTTATTAATAT TTCATAGGAGTTTTGATCGAAAATAAAAGTTATAACTTTTAAACTATAAT ATTCACAAATGATATCGTGTTAATGTCCAAATTTAATGTTGTTATGATTA AAATTGGTAATTTGGAGCCAATGTTAACTGTATGTATATTAAGGAATAAA ATGCAATAAAAAGAGTTAAAGACGCAGAAATTGTAATTTATACATTTTTC TTATTAGTATCAAAACCATAAAAAAATTGCAACTTGTCCACATTCTTTAT AAATTGTTGCATCCTTTTTAAAACATATAGATAGTTTTTCGTGTAAGCTA TTAAAATCAGTTTTATTGAGTGAAATATCACTGGAATCAAAGTGAAAAAT GGCATGAAACATATATTTAAGATAATATTATTACTATTTTTATCAAACCC TTGATTTATGAAAGTTATACAGAGTGAAATAGTTTTAAAATTATATTTGC AAACTTTTTTTCAAGAAAAAGAAAAAAAAAACTTTTTATGTACATATTTT ATCATTTTTTTTTGAAGTGATGTCAAATTTTATTTTTATTATATTGTTTT ATGTAAAAAGTTCTCTTTGTCTTCGCTGAAGGAGTATATCTGCTTTATTT GCAAGTTGTATTACATATAAATATTATTTTTTAGTACACTGATTCATTTA AGACAAGTATTACCAACCTGTGCCCAATATTTGCAAAAACTATTTTTTAT ACAAATCATGAATGAATGCTATGAACATTAATGGTCAGGTCAATGATAGG AGTAAACCAATATTTTTTCCATGGTTTAAGCAATAATTATAAGTAGAATC ATAAAAAATATGGCCTTTGACGAGAGTGATACTTTTTGTAATTGAAACCT GAAAATAGTTTTTATTTTCCCAATCTGTTATCATTCTGTTTTATTTTTGA AGAGATAATATCTACCTATAAAGTAACCACCCTAATGTTAAAAATACAGA ATTTTTGTTTGGGATTTATAAGTGTAAGCAGGCTTGTAAGTGGTCCGCTA TTTTGCCGTTCTATTCGAAATTCCATTCAACTTTTCTTTTTTTATTCAAC GTTCATCGATCAGCCATTATTTTTGTCCCGTTCTTCAAAACAATTATAGG GTAGTACCAAGCTACAGTACAGTATACGTACATAGACTAGAGCGCCCGTT AAATGAAGCTGTTCAGTTTTTGAGGCACATAAAAGTCACATACTCCAAAT GAGATTGGTAAATAAAATTGAATATAGGAAAACGAAAACCCTTTCATGTA TGTCTGGGACGCCAAAATGATTATTTTTTTTTGCTTACAACTTCTTTTGA CTTTGAATAAATTTAGAAAATGTGTTTATTAGTATAGTTTTCTTGTTGTT TTTTTGGAGACGCTATTCACTTTTTGATACATAATTCAAGCCCTTATCTT GTCTTCTTGAGCTCCAAAAAACAACTTTTTTGTTGGTTGTTGGTATAGAA TAATTCCCCCTATTATGAACCCCCAAAAATCAATACTTCCGTATATGCCT GACCAAGCTTGAAAAATMCAGCCATACAAAGGTTCAACCTCCTAGGCACA ATGTTGTGGGCACCCATAAAGGGCACACAAACAAACTCTATTACAAGTAT ATAAACAGATAATCACAAGAAAATTCTTTAAAGTATAAATATGGTTTTCC AATTGCAAGGTATACTTTCTTAAATAAGAAACATAGATATTAGTTAAATT TTATCAATTTTTGCTTGTGCGTACTCTACAATAATTATTATCAAATACAT ATAATCAATGCTCAAGTTTTTATAGTTAATCTANNNTGAATAGTAYTGAG ATAATTTGTTTTTTTGAAGCTAAAGCAGAAAATGATGTATATTTGAGGTT ATTACCTTGATTAAAATCATTTATATTAATAGATATAATTCTTATCAATT ACTAAATTGATATATGTATGTATATAAAATATTTATTATGGATGACTAAT CAAAGTATTAACAACATATTCACTCATAAATGAGTGATAATCTATGACAC ATAAATTAGAACATATATTAGATTCATTCGATTAAGTAATGTTGATATAT AATTTTCTATATTTATATTTAGTACAAAATACGCAATAGGTCAGAAGTAT TTTCATTTATTTATGCTTTCTTTGGAAAGGCCAAAATTGTTAAAATGAAC CATGATTTTGCTGTATATGTAGAATTGTAAATATTTATAATTTAAAACGA CTGCAAAATTTTTAGCAGTTGCAACTTGTGCAGTCATGAAAGACAGAGAG CAATTTTGTCGAAGAGTTATATGCGTAAGTCCTTGTTGGACTTTCAGTTT GTATTAAGATACCATATCCGAGTTTTTTCTCTCAATTTTTTACAATTTAC GGAGTAGAATTTGTTTTTACATTCTTCTTCATCCTCTCATAGTTGTATAA AGTTAATCTAATCAGACGTGATGATAGCTAAGCTGCCTTCTTTCAAGCAT TCATCTAAATATCAGGCGTATCATAACCATATAATTTCTCGGTTTTTTGT ACTTTAACATACTGATATTTTATATTTTTTACAACTCTCTCTTTCTATAT ACATACCTATGTCTAAATTTGATGTAATATTGATCAATTCAGCTCTAAGT TATTATTTTATTTTTTAACATTTGTGGAAAGTTCTAAAAAGTACACATAA TCTTTTTTTCAGGATACCCTCCTCCAACCTTAATTTGGAATGACAATTCA TCTCCAGGCACAAAAGAGCCCATAGATACTTCTTTTAAAGTTGTCGAGTC CACAATTAAAAGCAATGATCAAAACGGCTCCTCCCCCTCAGAACCGAAGC GAATGATCACAGTGCATAACACCCTAACAATTAATGTTTTGACTAGGGCT TATTTGGGAAAAACCTACGAGTGTGTTGCAAAAAATAATGATCTACTCAA AAGTGCTTCCATGCATGTTACGATCAATATGCGATGTAAGTACAAAGCCA ATATAAAGGGGCATATCCCAAATATATATTTTTATTTCAGTGCTTCCAAT CAATGTCAGTATTCTGCCACCTGAAGAATCTTTTTCCATTAATCGCGAAA CACTCTTGGAGTGTCGGAGTTATGGATCTAGACCTCCAGCAACTCTCACT TGGTGGAAGCGTGGAAAGTTCATAGGTCAATCTCCAACAAAGGTATGTAT CTTATCAATTATTTATTACTTTCCTGCTCAAAATTAAACATTATTTTTTT ACAAAAAAAAAAAAAAAANAATTGTATTTGTCATGAAATGGWAATWTTTM AATATTGYTTTTKTTGCATGGAATGTAAAGCATGTTTGAAAGAAATGGTA ACATTAAACATACGTATATTGTTTCCAAATGATATGACAGTCAATGAAAT ACAGTCCTCATTATTTTCTATGCAAAAAAGATTTATGTAATTAATTGGTC AATAAGGTTATTTATATAAATTTCTTTTCTCTAAAGAAATTTATGGCTTT CACAAATAATATTAATGAGACATAGGGTCCACTGTATAAGTTGGCCCACA TGACATACTTTCTCTTTCGATCTCGAAATTGGAGACAATGGCAGAGATGG GNTGAAATTCAATTATCGCAACCTTTCAATAATAAGGAAATAACTTCGGT ACGTCAAGTGTAGGACGCGAAGTGAAAGAAGAATATTATTGGCTGAGGAA GAAGACACAAGAAGTGAAGCGGAATGATCTTAACTTTTCGATGTTGTTTG GTTCATTAGCACTTCGAAGGATCACGGAAACAGATGGAAGGTCTCATTGT GTGGAAGGGCATACTTAAATAATGAAAATAATTTGTACTATAATAAATTA GAAATTTAGAATATATTAATATATTAAAAACAGAGTATATTAATAAATAT ATCAACATTTAATAACTAACAAATTAAAAAGTTAACAAAAAATATCAGAG TGACAAAAATCAATCAACATATAACAAAATAGACCAATCACAAGAAATTG ATAAATTAGAATATATATAATAAATGAATCAACATGTAACAAAATAGAGC AGTCAAAAAAATATTAAACAAATGAACAAATAACACTTAAATTTATAGAA AACAACCGATAAAATCATATATATAAAACAGTCCAAATTTCCAATTCGTT TAATTCGCAATCCTTCCGAAAGAAAATGTTTTTGTTTTGAGCTCCAAAAA ACAACTTTTCTGTTGGTTGTTGGTATAGAATAATTCCCCCTATTATGAAC CCCCAAAAATCAATACTTCCGTATATGCCTGACCAAGCTTGAAAAATMCA GCCATACAAAGGTTCAACCTCCTAGGCACAATGTTGTGGGCACCCATAAA GGGCACACANNNNTAGTAAATCTACTAAGTCATGAAAACAGATAAAAGGG TGGAGCATAAATGAAAGAACTTCATTTCGGATATTGGTCATAATGTCTCA AGAATTCTATAAAAATGACTAAAATTCTTGAGCCGCTTCCTCCACATAAA CTCGTTGGGATATGTATGAAAAAAGCTCTCTAAAGGTATTCATTACTCAT AACCGTCTTAGTATACCCTTTAAATGACTCCACAAAGACTCTAGCGTCTG AATATGAGCTCCAGTTAATGGATCCACTCAGTTATACTCATGCACTATAG TAAAGTGTGTCATATTCATTCCCAAGGTTGCAATAGGCTGCCCAATTGTC AGAAATGACAGTTGTTCCGGATAGAAAATGCTCAGCAATGAGGGGTAACA ATGTTGCAGGAGGCATTCCCCACTGCCCCTATTGACATCTCCAAAGACCC AATGACCTTCCCGGTACCTCTCTCTATGGTATTTATTCTTGACAAATTTA GATTAATCTATTTTTACAATCCTACCTGGGTCCCCAATTTTAACAGGATT ATCGAGAAAATATTGGGAACAAATGTCTCTATGAAAATTATACCAGTCGA TAACTGTATTAACAAAAGTACCACTTTGTCTCACTGTTTCTGACACAGGG GTTTTGGAAGCCCACCAGCACGTAAGCTCTTCCAAAAATGGTATAATCCC ACATAAAAACTTATTTGAACAATTGTGATCGCTAAAATTATAACACAATT GAGTGATACTAAAGTATATAATTACATCATATAGGTAACAAACAAATAAT TAAGTTTGAACAAGGGACATAATTATAGACTGTAAACAAAGCGTCATTAT GATAAAATTTGATTTGCTCATATCTTTTAAATAAGAAGCTTAGTTTAAAT TACATTATTAATAATAGATTTGTTTATTTTTTTAATTTAGTGTTTGTTTG CTATTATTGTATAGTTGTTAGTTATAGAAAATATACGGTAAAATCTCTTA TGATTGTATAATCCTACCTGTAAACTTATTCCAACAATTTAGGATCCATA AAATCATCACAAAATCAAATTATATTTAATGTAATTTAATAAATAATTAA GTTTTAATAAGGACAATGATTATATTCTGTAAACTAAGGATAAAAATACT TGAATAAGTCTTTGAATTCACTCTTATCCGAGTTCATCCATGTGCAAGAA GAAAAACATTATTACGAATTTGCACACTGCGACTCCCGTCTATGTATTCC TGAAATTAATTCTACTGTCATGATGCTTGGTAGATATAAGAAAAAGTCGT AATGCCTTACATAATTAGATATGARCTCCTCCGGCCTCKCCCCTCAGTCA GCTGCAACGGATGGACTCAGAGAGAAGTCATCTCCCCCCCTCCCCTCCGA ATACTCAAGTAAAGCCAAATTCACAACTTCTTCCACATACAGAGACCTTC CATCTCTTTGCGTGACCCTTGGAAGNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACTCGGAAAAGTCG AGATCTTTCTGCTTCACTTGGCGGCTTCTCTTCCTCAGTCAATAATATTC TTCCCTCACTTTMCATCCCTACGCCTGACGTACCAAAGTTATTATATTAT TATTGGAAGGMTGCGATAATTGAATTTCATCTATTTTCTGTCGCTGTTTC CAATTTCAAGATAGAAATATAAAGTATGACGGTGTTGGCAAACTTATACA GTGTGCCCGAGACATTCATATTTATATACAATCAACGATATTCTTTAAAA ATTTACAAATGAACCAAAATACATACATTTACCAAATTGGGTATAATATA TTCAGTTGGGAAAAGAGTGATTCCTTATTTCCCACCCTTTATTTTAATTT TCATAGGAATACATTTGCCATATTTTACATTTTTACTATCTGTGAGGGAA AAACGTGTCGAAAGCGTCCAAAAAACTTTACAATGTATCTGAGTACAATA CTCTTTCGGTTTTTAGTTCGAACGATTTCTTCCCTGCTCAATACTGCCCT TTCATGTGAACAACTCGACCATGTGAAGCTGACCATCGAACAGAAGCTGC TGGATTGGTGAATAGGGCACAAATTGGGGCCTCAAAGTTGGCCTTAATAG AGGCATTTATAATTTGTTAATCAAGTTTTTTGTCAAAAGGGACATGTCTT TTACGGGAAGAACATTATGAATTTGGATTCTCGTTGGCAACAAATACCAC AACAGAACAGGGCATACTTGACTTACATCAGAAAATTGTCACGCTTCTTA TAAAGCATTGAAATAAAGCAAAAAATACGAAACTACTTTTTCCCCAACCT ATTATTTAAAAAAGATAATAATGCTATTAGTGTACATATAAATACAAGTG CTAATGCTCAATTTGGTTTTAGTATGAACAAACATATTTTGTTCTCGTAT TTTAAATTATGTATATGGGTACATACATACAAAAGTATTATATCTCTTAT ATGCAAGCTTATACTTATAATGATAAATCATCATAATCTTCTACTTTTAC ATATTTAAAAATAAGATAACTTTAGGATATATATAAATTACACATTAATC TGTTTTTTCTTTGTTTTTCAACGTGAACAAATATTTAAAAAAATTAAGGG AAAAGATTCCTTTAAAAGTTTGGTTNNAAAAAAATAAAACTTATAAAAGA AATACAACAAGAAAGAGCTCTTTAATTTGCATCTTTCTCCATATTATTTA ATTATTGTATTAAACATATTAGGTAAGCCTTTAAACAAGTTATTATAAAG TCTATTTAACTTTTAGCATCATTTAAATTTAGTGTTAGGATGGGGCACAC TATTGCATTTCAAATTTATAGAGAGAGGACTCAAAACTTACACTTGTATT TAACTACGATTTTATTCCTGTTATGACTTACTTTCATTGCGTAGCCAAAC GACAGTTGAGAAAATAAACGAATATTGTTTTTATCTTATGTTTGTAAGTA TAAAAATGTCGGAGTAACAACAAAAAGGCAACACCTAAGTTCTAGTAACT AAAAAGGCAGTGGACACCTTAAAAATCTCTGCCTCGAGAACCTACGAGAT CGAGTAGTCAATTACAACTCCATACAGCTAAGAAGAACGATAACTTGTGC AGTAATGAAATGACTGACTTCTGGCCTACCTCTGCGTGGCCGTCCTCCAG CCCTGGACTTTGCAATTTGAAGGGGTTTAGAGTAACAAGTATAGCGGACT TATCATCCAAATTTGGATTTGCAACGAGCTGCCATCACGGATACACCCTT TATTGTGGAGAACTACCAATCTGTTGGATGGTGTGTCAAAACTGTTATTG TTTGTGAAAGAGGATGTACTGAATAAAAAGATACTTAAATGAAGTTTCAA AAATATCACAAATTGGTTTTGTGTTGTATTTCTTCATTTCATTAAAATCA CATTTTGGGTAATTAAGTCATGCTACTACATGCTTTGGGTGCCCACTCTG TATGTAGTAGTATCTATTGATAATATGGACTAAAGTCCCTCCTTCCGATA TAAGTACATAGTTTTCTTTTCCATGAATCCAAAGGTGCATGGACAAAACG TCGACTCTCAAAAATTTGAGTGGACAAAACGACGAATAGGCAAAATATCA ACCATAAAACCGACAGAATGCCGACTGTAAAATATAAAATAATGAGCTCC TCCAAATGGTGTTATGGTATARCCAATGAAGACATTTCCTGCCTGAAACA TKCCACCACAATCCTATACCATCTGACCCACAACTCCTCATTTACACCCC AAATGCTGGGGTTGTTTGAGGTTKCCCGAGCCCCAAATTGGGATTAAKCC CACCACCACTACNGGAACTGACGGTAGCCCAAAGCAACCCCAACTTTCAG AGTGGTCTTTGAAGGTAACTTATCTGACAAGGGGGGGTTTCATCCCTTTT GGGACCAGGAGATACATGAAAACATCCCAATTTTTGGGGTATGAATAGGG GCGATGAGGGGCCATTATTGTTGTTTATATATGGGTGAATGTTATTTTAT TTTTATAAGTACATATAAGAATAAATAAGAATATTTCATATGTATTAACG TGTATGTATTCTGTTAGTTTATGTAGATATATCTAAAATGTAGAAACTGT TTTTCATATTTTAAAATTTATATATTTTCCATTCCACATTTTGTCGTTCG ACGTTTTGTCTGTCGACGTTTTCACCTACTTCCAATCCAAATGGGTATTT ATTATAGTTGAAAGGTGCCCAATCACCATTCTTGGATAAGGGTTTCTGAC TGGCGATTATAAAAATTATCTGAGACATTGCATTGCGTCTTTGATATTAT ACAGGCGTTTATATGCTTTCTATAATTTTACAAGTAATATTAGGCAGCTA ATTTCAACAACAGTAATTTAAAAATTCATTAACTCAAAATTACGAAGTAC TAAAACTGGATCATCATTTTTTAACAATATTTTGAATAAATTAATTTTCC TTTCTGATTATATTTAATTACATTTAAGACATTTAGAAATTGAAATACTT TTTGTGTTTGAAAAGTAGAAGTTATTTTTGTTTAATATTATGCATATCGT GCATTTCAATTGATTAAATACAATATTTTTTGATTAAGTAAGCTCTAAGG TACCTAATTATAATTGCCTAAACAGGCACATTTTTTCATTCCGATTTTGA GAACAGGAATTTATTAATCACAAAGACTGAAATATCAATATAATATTTTT TGTGCTTCATATTTTGAGCGTATTTCTATGTAAATTCTTATTTTTTTATT TAATAGAGGCGTATTAATATCCAATTAAAATTTAGTTCTAATTTTGTTAT GCAAGAGGATATGCCAAGTACTTTGGAAAAAATGTGAATTAATATTATTG TCATTTTATTTTTTTCGACATATACCTATTTATCTATAGCGTCGATGATA AATTTGATATAATCTATGTATTAAGAAGTATTTTGTTCAACAGGATCCAC GTTACTCGTGGGGAATGGGGCTTCATACTTCTCAGAAATTATATGATAAC ATTAATCTTTTTATAAATAGCAAATAGTAATTAAAAATAAAAGTAAAGGC TAAATAAGTCAGACCTAATTGTATTTTACTATCAAGAGGGGGCAGGTTAT GATAGCTTATAAAAGTATATTTTTTTTATAATTAATCTGGATACTATATG AGAAATGAATTAACTGAAAAAGTTGTACAAATATTTGAATTTGCTCATTC TCACAAATCAACATCTGTTCTAATTATAAACTTCCTTTATTCGATTTTTT GAGTAATGGTACTTCATTAGTTTATGGGTTAATCACATTAATTTTTTTGA TGGGCATAATTTATTACTCTAATATAAAGTCAGAGAATTCGATACGCTAA AAAAAGTAGATACTACGTATTATAAATGAAACAATTATAAAAAGAAAATA GGGAGGTAAGAAATAGATATATAAAAACCACACTCAAAAAAAAAAAAAAA AGTTAGATCTGACAAATAAGTGACATAATTATATAATAAAAAAATTGCAA AACGCACGCCAAAAAATAAAATATATTTATAGCAGTGTAGGCTAAATTTC TGTGGAGTGTTATGCTTTCAAATTTGAACTTTGTAATCATGTTTTGCAAT GGATTTGGATCTAATCGGAAACAGAGGTTAGTCTTTCACTAATTATTGTC TATATTATTTCTTGTTGAATGTAGTCACAAAATGCTTGGGAGATCCATTT TTTCTTGTTGTAATCTTTGCACAACGTCTCTTTATATATAATGTACACTC CAAAAGTGACCTAGTATCTCAGGTAGGGCTGATTAGGAGTAAAACATTAT TTTTTAATATAATTACTTTCTTCAAATCAATGTGTGTAAGTTCGTGCCCA GGTCATTCCTAGTGAAATATATATTTTTTATGTCTATGGATTTCACTCAA GATTCCTAGTTGAGATGGATTAGTTGTGATATTATAATATTTACTTATAC TTAATCAGTGTATCTCCATCTGATCAATTTAAGGAACATTAAAAAAAACT TTTTTATTGCTTGGATAACCATTTAAAAGTTGTGATGACCAAATTGTAAA CCCCCTCGGAAAGTACATGAGTCAAGATTTAAAGAGGAGTAACAAGGGAT TAAAAATGTATATGTACCTGTTTTCCATAACACCTCAACTAAATTAAAAT CTCTTTTCACTCATTATAACTAAAGAAAAGTATGTCAAAATTGCTTGCAA AGTTTTGCAACTTACTTGACAATATAAGCCAGCAGTAATTTACTTTAAAA GGCACTTTTCACAAAAGTTAATTTATGTACGGTAATCTATTTTTCATGGG GAAAAAGTTTTTTTGTACAGACAATAAGAATAATATCACATAATTGCTTG CTGTATTTTTTATTATATGGAAATATATCCCAATAAATTCTAAGAACCAA GTAAATGCAATACATGTATTCTTATACACTAAGTATGTCATTGAAAAATG CTATCTTTTCCAGATAGAAAGCTTACATTTGAGTGAATACTTTGATAGAT AAGGGATTTGTGTAAAAGTGTAAGGAAAAGGCGGGAGCGAGACAAACATA TATTATTACTGAATGAGACCCTTGCTAACATCAGCTGCCCGTTATATTAT TTTGGGCGTACAAAATGTATTAAAGGTATTATGTTTCTTCTATATTTTAA ATATCATTAGTGTAGGGAAAATATTATAATTATATTTCAAGTCATATAAA TCCATTGACACCAAAGATAGGCTAGAATTTTTCTTTTAGAGGGAATTKTT ACAACCCYCACGACTGATTAAATAATGAAAAAAAAAAAAAAAGAATGGCA TACGTATACATTAATCTTTTTTGCTTTTCTTAACTTAGTTTTTTTCTTTA CACAGGTCCCTTCTTTACTCATTGAGTGTTGACATGTCAACGTATGAATT ATTTTGAAGACATTTAGAAAAAAGAAGCAATAAGCTTCTAGAGTTTGAAA ATCCTCAAATTCTAAATACAACGCATGATGTCGAAATATTTTACATGATT TTGTCGGCATGGATTCTGCCTAAGAGATGACGGGAAATTAATCTGGTGTA TCCATCCTGCACACATTCCAGTATCGGGGTACACTGTATATGTTGCCCAC ACTTCATAGTTTCTCTTTTTATCTCAAAATTAGAGACAAAGACTGTGAAA ATTGAAATATAATTGTTACAACCTTTTAATAATAAATAAATAACTTTATA AATGGAAGCGACGAGATAAATATATAATGGGAGTAGGAAGCGAGGGGATT GAGGAATGAGGTCGGAGGAAATGTCAACTCGGTACATATTTAAGACACTA CAACTTTTTGTACGGTGTGATCCTTTCTTGTTTCAACCATCAGTTTACGG ATCGACTCTGAGCTCCAAATACTCTATAACAGAGGAACTCATTMCCTCCT CCACATATGATACTTCCATTTATTTTCGGAATCCTCTAAAGCGCTAATTG TTCCAATATCTAAAAAAAAAAAGCATAAGCCTCTACCCTCCTACTCCAAT GACAGCACTTTGATTCACTTGACATAGCTATTTTCTTAGTATTAAAAGTA TGACGTGCCGGCAAACCTATAAATTGTACCCTGCACTCCAATTTTTTTTT TCTAGAGTATGAAAACAAAGAAATTACTTAGAGCCAACTCCAAAGGAGAA AAATAATATGTTGAACATCTTAAGAAAATTTGTAGAATTTAACGGTCTAA TTACTCCGACCATATATGTAATTGAAAATAGTATATTAAATCGATAATTA ATGGCAAAAAAGCAACAAAAACATAACTCGATTTATTAAATAAATATTAC TCTTCAATGATAGATATTTGGTTGTATTAGATAAACTATTTACATTTGAT TTTTTACTTTGTATATAAGAAAAATTCGGATTGAGTCAACTTTTTATCGG AAAAATAGGAGTTTATTTTATTTGGATTTGATTGTATTTATATAGGTCGA TACATACCTTTTCATCATTAATTACATTTTTTACCTTTTCTATTAGATGA TTCACACTGACAATGAAACATATTCCATCTCACATATTCGTTTGAGACCC AAAGCAAGCGATCATGGAAAGGATATTACTTGTCGTTCAGAAAACACTAA TATCCTTGGGAGTGCTATTCAAAGTGATCTTCGCCTCAATGTTCAATGTA AGTCCATGAATTTACTTAATATTTAATTCTACTGTGAATCAGAAATACAA ATATCTAATTGTTATATAAATAGTTCCCTAAAAAGAGATACTTTGATGTA AACGAAAAATAACTTCTTACAGGTCTTACGGACCGTTTAGTTTTTATAGA TTTCCTTGGCTACAATAAAACATATTCCTCAGCCATGTAGGAAAGTCATT ATTTATGAATATTAAGTGTATAAAATATATATATATATATAAGGAAAATT AGGTTTATACAAAAACATCATTCATAATAAAAATTAATTTCCTTTTAAAG ACCTACAAATCAAATACAATTTAACAAAATATGGAGAAAAAAAACCTTTT TGTGGTACATAATGGATAAAAAAGAGTCATGGCAATAAGAATTTTTAAAA AACCTGTATTTTCACGACAATTATACACCAATACGAAAAGTTTTTCAACA TATTGCTACTGATGCCAAAATTCAAGCACAATTCCTCTTCAATTTTGTTT AGCTGAGCAGAAGTAATGCCGGAAAAAAAAAATTAGTTTCTTTTAAATTG AACTAAGAAATTGTTTACTATTCATAGAGCAGGACCCTCAAAAAGATCAT GGAGTGTATTATTGTACATTTTTCCGGAGTGGAAAAATAATGATATTATT AGACATACATAACAGGGAAATTAATTTCAACGAGTCGTTAATTACCTCAA GTGAATAACCTATTCTTTTCCATCATGATCCTAGCAGACCTAAAAATGAT ATATACTCACCCTGCAAGATGTTGCTTTTGAGATATGACAATTTTTTTTA TCATTTTACTGCATAATGTTTTTTTTCTTCCCATTACAAAATTATTCTTC ATTACATGAGTTGTAAGTTATAAGGTAATAATTAAAACCTTTAGTGGGTA AAAAAGACAATTAATTTAGATAACCATTGATCAAATGGTTTTTGTTTGCC ACTTGATTTATAGTTTTGGGTAGGACACCGGTGTATCCGATTAACGACAA AGTAAATCAGTCATTATTTTTTCGATCCAAGTCTGGTATATCTGATGAAA AGAAGATAATTAAGTGGATTGTGTTGATTTCCAATAAACTATCACCGTCA GGCTCCGTGCAATCAATAGTTGATGTATGTAAAGTGTTCTTTCACTTATT ATATTTATAAGATTTATACTGATTACGTAATAAAATTTGGAGTATATTTT AATTTTTTTTTCATAAAAACAGAGTATCTGATTTAATTTGTCTGTAAGTG TCTTGTGTAGATTCAAATAATCTAACAAGGATTGAGCAAATTCTAACTTA ATAAACATTGGCTTACTTTCCATTAAATATGTAAATATTAGTAAAGAACT TTCACAATTTGTAGTGCATTGAAAAAAATATATATTTACGAAAAATAGTC ATTCTTTTAAACCCCAAAGACCTAAATGATTGGTTAATACATGTTTTAAA ACAACTTAAAATTGATCTCTCAAATAATGTCACATAAAATGGGATAAAAC TTTTCGTTGACCTTTCAGATCAAGATAAATTTAATCTTGTGTTATAAGCA GATTCAAAATTCAATTGCAACCTTTGATCATATAATAAGATCTATCCAGC TGAAAATTTATTTGAGAATAGAAGCTTTCTGATGCTATCACTTTCATAAT TCTTGATACCTAGGGACTGATCCTAATTACCGAAGACCCAATAGTTAATT TTTCTACAATAAATTTATGACGCCATTAACGAAAAGTAGTGTTGAATATT TTTATCTACGTCCTGGATGATAAAAAACAATATCTAACAAGGATTTTATT ATTAAAATCTGTGTTTTTTACTTAGTTATGTACAAATATGAAATAAACCG GGAACGTATTACAGCTCTCTTGGCCAATGTCCAAAAGGTCAAAAACATTT TACAAAGCTGAAAATGTTGTTAAGACTATTGTGTAAAGATGAAGGAACTT GTGGAGTTAGCAGAAAGACTCGGTCACAACTTTGAGTTTGACAGACTGTC CAATAATAAGGCCAAGATAGTGGCAATGAGGAAGAAAAAAACCACAGCAT CCTTCTAAATGGAGGATAATGTAGTTGGGACGTCAAAAAATTATGCAATT AGTAGCTTACCCCCTTGACTTAATTTTCAACGGTTAAAAACTATTTCATG GTCACATCAAACAATTAAATTTTGAATTTATTAATAATACAAGATCAACT CCATCCTGATTGCAAGAGACCACCAAGTTCACTGGACCTCAATTCCCAAA TACTTATTTGTATGGAACACAGTTTATCAACAAACGAATGGATCCTCCTG CTACATAGCTGATGTCCAGGATCCGGGAGGAATCCTAAAATCTGCAAAAA AGACTGTCATTAAGGCGATTATATAGAAAAATATTTTTTTTTGTTCAGCT ACCATATGCTATAAGTTTTTTTCAAAATTGGATTATTCACATATGAAAAA ATCCATTTAAGAAAAAAATCATATTTGATGTCAAATAGAGGTCACACCCT GAACATATACGTCATTAACAGTTTCGAACGTCTTCAATTTGAGTTTGTTT GTATTTATCTATGCAGAAAACCGAGTAAATGGAAGGAAAAGTCTTATTTT TTATGGATAAATCTTATTAAGAATAATGAGAACATATATGTACCTTGTAG ACTCCTCTTATGTAGGTTTATAATAATAAATCAAATTAAATGTTTAATGT CTAACATTTCCATCAATCTTCGCTTGGAAATTGTTTATTATTTTATTACA AAACTACAGATGCTTTCTTCTCTAACAAGTGAGTTATTCTATTCAAAAAT ATATACTGTTGTATATAAATTAAGTAGTACTGTTCATACTTATAGGATCA TTCCAGAGTATCACTAGAGAGTTTGTTAAACTTTCGATCTAATCATAAAT GGGGCTTGTAAACACAATCGCAATATTTAATGATTTTTCTCATATTGAGT AAGTGACACAAATTGATTTTGTTTTTTGACAAAAATGTATTGTCACCTAT ACTCTGCCTTAATGGCCTTAAAATGTAGTTTTTGATGGGTTTAGGTAGTT TTTGGACAAAAGTATAGATAAAACACACATAATACTTTTTTTAAATATTG TTATTTGCATGTCAAGATTACCCAATACAATGAGGGTTAAGAGAAAAAGC TAGTTGCGTTCATAAAAGTACTAAAAAATGTATACACCCATATATCAATG CGATTTTTTTCTATATTTACAGATTGTTTGGGAGAAAATATATTAATATT TTACAAAAAAGTAAATACCTACCTCAATGTCTTATTTTAGGATATTTTTT CTAATACCAATGTGAAAATTAGATAGATATACCTTTTATATTATTTAACA TATTTTCTTAGAATTCAATAAATAAAAACAAAAAAGTGATAATTTATATT TTCCTTTTTTTTATAGGATATTTTTGTGGGCCAGACACAAGAACTGATAC AATTTTAGTGTCTGATATATGAAAATATCTTTGTATTTTGCTATTATAGT GGAAGTGGATTTCCAATAAATAAATAAATGTTTTATCAATATTATGTCTG GAGATCATCCAGTTTCGAGGAGTAGTTGATGTAGATACAATCAAATAATC TTAGTTAACCCCACCGGATTTTAAAACAGTACAGAGACTATAGAAACGAT CACCAGTATTACATAACTTTACGTTTTGATTAATATAAGTCTAAGAAAAT ATAAAATCTATTACATTCAGATTTTCAAATTCATATTAGAAAATAATCCT TAAATAAGAGATTGATATAAGTGTATAACAAATTCGAAAATATTTATATT TTTTGCCAAAAAAAGGATTTATGTAAGAAATAATATTGACAGATGAAAGT ATACAATTTTAGAACTGCCGTCAACCTAAATAGCTTTTTCTTTTATCCTT CAATGTACTGTGCAATATTAATAACTAGATAATAAAATTGAAAAAAGGAA TACTGAAAAATTGTTAAATTTTACTAAAATATTCTTTTGGGATTCAATCA TACGTTTTTTTCTATATTTTTCGTCAAAAAACTACAAAAAAATCATCAAA ATGGCATTTTGGAAAAACTTAAAGGCCGATGAGGCACGTATAAGATATAT TTTAATCCCTAAAAAATGATTTCCGAGCTTCTCATATCAGCATGGAAAAG AATGATGAAATATATCAACATCCAAAAAAGTATATTTTTAATTGGTCTAA TGTAAAAAAAGTATAAATGATTTATGGATTTTTTCCATTTCNTTTATTTT TCCTCAAGATTTTTTAAATTCTGTAGTACAACAAATGTATTTTCTGTAGT TTTTAAGAATATATTTGCTTATTATTATCTCGAAAGTAAGTTTTTTTATC ATTCACTACATATAAACATATTTTTATCTACATAGAGTTAAGAAGTAATT TGTAAAAACTACATATACTTAATATGTATAGTATACATTCGTATATATTA AAGTTTATTCTTCCCGAGAATTGTATTTAAATGGGATCCTAGAAAACAAA TTTTAGGATCCCATTAGATAATTTTAAATACTTTCAAATTTATTATAACA TTTTGAGTAGATTGTATAATTTTTCCGTACGTCATACTTTCTCTATCTAT CTTGAAATTGAAAACAGTGACAGCGAATAGTGACTTTCAGCAACTCTTTT AAAATGAGGAAACAACTTCACAAAAAAAAAAATATATTTGGAGTCGAAGG GAAGGATATCGACTTTTTAGAGATAATTAGTACTTTGCAAGATCATACTA AGTGTAAAAATAATCATATTGATAATCCACTCATTACTCATATATCGATT TTCTATAATAAACATGATTGATATGGTAGATACAAGAAAAAGTGGAAGTG CCTAATATAATTATCTCGTCGGAACTTATCTCTCAGGCCACAGATCGTTA GCCCCTCCCCCCTCAATACTCAATAAAAGACAAACTCACAACTTTCTCCA CATAATGAAAACTTTCATTTAAATTTCATGACCCACTTGAATGTTCATTG TCTGAATATCTCGAAAAAGTGAACAAAAATCTATCTCTCCTTCTAATATA ATTGTATATATTGCGCATCACTTCACTTAGTGAAGTCCTTTCCTTATTAT TAAAAGTTTGCAAAAATTGAACGTCAACTTTCCATTGTCCCTGTCTCCAA TTTCAAGATAGGAAAAGAGAAAGTATTACGTGTGGGCAAACCTATAGAAT CTACACTTTATTTTTATACTTTAAGAAGATTCTTCATTTGTATCATTATC ACAAATAGTTCATTTTTTTTTTCGGAACTCGATCCAACTTACAATCCAAA TACTTTTGAAAGGTTTCTGTCGATATGGTACAGTTAAAAATTATTTACCC ACACATAAATAATAATAGTGTGAATTTTATGGGTTAATTCCTGGTCCTTA TTTCCTTCTTCCACGTACTTTAGGGGGAATATGTGATGTACTAGTATATA CTTAGTGATCCAAATCGAGAGCAATTGGGCAATGTAAAAAAATAAACCAA TAATGAACATGGCCCCCCAGACAATTTGAAGTATGTGAAGAAAGAGAGCA GCATTGTTACTGCAACGTTTCATTAGATCAGTTATAAGCAGCTGTGGAAG GGGAAAAATATATACAGGGAGCGGGGATCAAATTGTCGCCAAAATATTTT TCTACAAAAAACATCACAAAATATACATTTTTTGACTTTTTTTATTAAAA ATCAAAACTATGACGATCATATAGGTATACAGTAGCCATTCATTCGATAT AATCACCGTTGGCATCAATAACGGCCTCAATATGGCCTCTGAACCGGCCG CAGGCTCTTTCGACCATCTCATTACCCATGTCGCCGAATACCTCCTTGAT GGAGTCCATCAGGCTGGCCTTGGTGCTATTGGGATGTCTGTTGGTATGTC TCTCGATATAGCTCCAGACAAAATAGTCCAATGATTAAGGTCAGGAGAGT TAGGAGGCCACAAATCCTTGGTTACGACATCATAACAGTTCTCGTTTAAC CACTACATGGAGATTTTGGACACATGGCAGGGTGCTGAGCCCTGTTGCCA CACCCAGGGCCTGTCTCCAGCCTTCATGGACCTGGTAGGGGCATCCTCAA CCATCTTCTTCACCTTGTCAACAAAGTCGGNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCCATTA TTAACCAATGCCATGACTACGGCGGACCTCGAAAGCTCCTCGTTCCACTT ATAGCTCTTTATCTCCTCATATGATGACGGCATGATGCTAACTGAACTAC GTATCGTCAGCTGACGAGAATAGCTTTTCTATTTGGTAACCGATATTTTA TTTGATAATGCCGTCTTCAAGTTATCGAGGTTTAAAGTAGGCGACAATCA GATCCCCGCTCCCTGTATATACGAGGACATCCGTAAGAATTACTCTAATG TCGGCCCCCTCATTCTACTCTCGGTCTAACAAGGACTTATAGTTATAACT CCACAACAAATCCTTAGGGTTATTTTCTGTATTTTATTGCATCACAGACA TTTTAAATCCTATTTTGTATATCAATGATAGCTTGTACATAGTAGAATGG GAAGTTAACTCCTCAGGAACAGCTAAGCAAAGAAAATTAATTCTTCTATT TGCCAATTCCAAAAGAACGGGCGAGCTAAAAAGGAGTCCAAAATTTCATT ATTATAATCTGTGTATTTAGAATTAAAAAGACCTGTTCAGATTCTTGTGG TGGKTATGTTCCATTCTTTAAAATATCTTAATACTTTGGTCGACATTATT TATCATCGAACCAATTTCTTACTAAAGGAAACTAATATTATGAAATAATT AAACTGGATATTTTCTTTCAAATTTGCCGTGGTTTAAACGCCAGGAAATG GGATCTTGGGAGATAAATCCTAATATACAGTGATTGAAAAAATATTATTT GCCAATCTGATAAAATAAACAGATTAGTTGTCATGACGTTTCATTAAATT TGCAGGTAGGAGTTATGAAGTGAAAGAAATAATCACAAATCCTACTTCTT ACATAAGAATGATATATGCAAACATTACAGCGATGTTAATCTTTATTGTT ACTCCGAGTTCCACAAAGACTTCTACTTATAACTCCGCAACTAATCATCA ATGATACTCTTCGCCTATCATATACTAGTAATTCCTGTATACTTATTTTT TTGTCTTTAAAATAAAAGAATAATAAAAACAACTTTTAAGGTTACAACTT TAATAAGGCATCTTCGTATTTTTTTCATTTCTTCTAATAGAATCATATAC CACAGGCTGTATACTTTTATACATATCATAATATGCCTTCAAGGATAGAT GATATTTAATACATGAATATCAAACTTTTCAAAATTTCAACAAGGTAAGT TTAAGATCATTATAATGCAAAAGTTAATGATAGTTAGAAAAAAGATAATT ATAATTACATAGGGGTTACGTCAACATAAACACAATGTTAAATAACAATC AAAAAAGGGGGAAAAATCTTCATTTTTTTATTTGCTACATACGAGTATAT TGTACATCCGACCATCTAATATTTCATACCGATATTTGTTAGTTATAGGT GTTGTAATCAAATTTGGGTGATGGTTTCAGATACTCAAGAACTATGACTA TATCAGGTGCTGCGAAAAAGTCTTAACACTTCTTTTTTGCTACATATATC AAGGTTTTTGTGAATTTGGTAAAATACTAAAAATAAACAAAATAACTAGA TCTTTGTAGATTTCTTAGAAGCCGAGAAAATGCCATCTGAACGTTCGTCG CCAAACTATCAACAACCTCAAGGACACGGTCAACTGGTACAGGGATGCCA TGTCCGCTATGGGTGCATCACCTTCTGTGGCCMCTTGGAAACCATCATTA CTTCCAAGGCGGGCTACATCGATGATTACGGTAGCCAAGATATCATATTA GTTATTTTATTTCATTGACGTATACTATTTCAACTGGTTGTCGAAATATA TCTTGATAAAGTTCTAGATTGAAAGCTTAAAGATTATACACCGTACCCGG TAGTTTTTAACTTTCATAATCTGAGATAATAATACATTTTTTTCTTTGAC GAGAACCTTAAAATCTCTATCAAGCCCTTTTAAAAAAGTATTTTTATAAA TTTTTTAGGGAGTCAATAGCAGTAACGAGATTATTCATGGGTTAAAATAT TAATAAAAAAACATTTTCGGTAATTTTTTTTATGAAACAGATATTTTTTT CTATTTTTCCCTTTATTTGATTTATGAGATGGAATTGTAGATTGAAATGG TCTTTCAAACTAAATAGGTCAATTACTCATATGGTCCGCCAACACCAAGC CAATCCTCAAAAAGAATTATGTAAAATTGAAAATCTTTATCAATGTTTTA TTTGTACATATATACAGTCAAATATTTTAGTAACCTATTTGAGTTAATAA AATGCTTCGTATTCAAATTTGAGAGAAAAGTTAAGAATACACAATATTTT AAACTATACTTTACTACCTTTATTTTGTTATAAGATACTTATACTCACCC TCATATGACCACTTTCAAATCAAATTTATCATTATCTTATTGGGGAGATC CATTTTGTTTAAACTCACTGTCTCTTTCAAAACCGTCCAAAAGTTCGTGG TTTAATGGTGTGAGAAAGAGTTCAGAAGAGGAACGATATTTCAAGTACAT CAACTTTGGTGTGAGGATTGGATCCCAAACACGTTTGATGAAGTCCTGCA GTATTTCTGTCTMCCCCGTAGCCTCCATAAATTTGTATTTTTGGTCTTAC CATGAGATGATATCCCTTATAGTTGACGTGGCAACGTCTGTACTCTTTTA TGCATTGAATGAGTATTGCTGGAATTGATTCTTCAGCATCACTAATAGAG GATGTGCACTTCTAGTATTCCACAAATGTCCAACTAACCCCAAATTATTT CACCATTTTCAGGTAAATATATGGTGATTAGCTAATTTCCTTCGATCGGG GGCCTAAGCTTATTAGCCAGCCCATATTTTCTTAGCGTCTTAATCGGAAC GAAATTCCCCTCTCTCATCTGTGACAGACTTTCAACTCTTTTTATCTTTA TGGGAATCCTACATCCTCTAATAAGTCTAATGTGCTGATATTAATTTACA ATAATCCAGAAAATAATACAAATGTAATCCGTACTCAATGTTCTACAAAT TTTCTACCTTGATTTTGTGTTAAAGAGCCGCTTAGGGGGTCTTTTCCTCA GTAATAGAGATCAAATTTTGTCATGATACATTTTTTCTTTCTCTCTAAAT GAACTTTAAATTAAACTTTTAGAGGGATATAGTTACTTATGAATGATATG ACTTGTGCAAAGACATCTAGGAAGCCAATCTTCATATAAAGAAAAGCACT CAATAAAGTTTTTTTTTTTTAAACTCTTATTACCTCACCCTATCTTCTCC TCTGTCTTTTCCTTCCTCTCTTCTTCACAACAACTTAATTGAAAGTATTT TGAAAGAAACTTCTACCTATCTACCTAGTATAGTATATTTTCTTATAGAT TATGTGTTATATAGGTCAAACATTATAGTAGTATTATAATAGTTGAGAAT TCAATGATAATGACATGTTGGAGCAGGAAATTGATCAAAGACCTCCTTCT CTCCACTTTTACCTATTCCTTTTCCTCAATAATTAGGTCAATTAAAGCAG AATCCATTTAATATTTTATATGTTCGTGGTATTTCAAGGCTTTCTATTTC ACCGTGGAATTATTTACTTACATAAGTAGAACTAATGTACACACAACAAA TACATTTATTTAATGATAATATTTGTGTTCATAACATGGCGGGAAAGATG ATGATATAACAAAGAGAAATAAGTTTTGTGTTTTTTTTATATATGTACAT TAGCGTGGCAATCCATATGTAGTGAACATTAAATTGCACGTTTTTGTAAG TTGTGCACAGTTGTGGTGCTAGCTGTTATGACAACCTGGGTGAACYTCMC CTCCCCCCCCCCCCTCCCTCCCCACGTAGAAGTCAATGTCCCTATCGGGA AAAAAAATACGGACAGCCAATTTTCTCAGGCCTCTATTGAAGCCAAATTC GTACTCCAAGCACATTGACCATAGACAAGAACATGTAGCAGTCACTTCAT GCCTGGTACGAAATTTTAAAAGGATCCATAAGAACTTCCCATCCGAGCTC CTGGAGCTTCTGGGGTGTCCTCAAAGCTGTGTAAATCCTGGCGCTATCTT GATGATGTCTTGTAGTCACCTGTTCAACAATGCTGACTGCTTCTGTTCGT TCGCTAGTTTCCAACGGTGGAGTTGTTTAAAGTAAACGGCAGAATTGAGA GAAAAAAAATCAATGGATCCAATTTCGTGAACCACGAATGGAAAGAGTAT AATCCCGGTATACAAATACCTTTACAACCTCTTTATCGAATTAAAAATAA AAATAAATTAACTATTAGAACGGCAGAAATAAGATATTTTTCGAAAGTCA TCCTAATTTTCTCATCCGTAATTGATCAAAAAAAGTTTTAAATCTAGCCT TTTTTGAATATATATTATTGTCATTTAATTACAATGTCCTGAAATATATT TTACTTCAATTGTATGCAATAGCCATTTGATTAATTAACATTATGATTTT TTTGAAATATGCTCATTTTAGGAAGTAAAATATCAACTTTGAGCCTCTAA AATGGCATTTCCTTCAATTATGATAGAAATTTATGATCTCAATGTAGATG CTGAATGTGAAAATACAATGAGGTTGATTCGATTTAAAATAGGTTAGATG GGTATTGAATGTAATTCATTATTGGTACCTTTAATTTCAAAAGCAGTATT CTATTTTTGTCCTTCTTAAAAGGTGTAAAAAGAAAAAAAAGTATTAGGAA TATGAACTATTTTTCTGTTTGAAAATGAATCTCACTTAAATCCGAAAATG AATAAAGACAAAAACCGGAGAAATTGATTTTAAAAACATATTGTTTATTT TTGTGGGGGCCCCTGAACAAATAGCTATGGAGGCATTTTACCACATTGTC CATTTTAGGAATTTTCACTGGTCTTACGCCTTACAGTTGTTCATTTTGTT GTGAAAAACAATGTAATATTAGGAAAAGGTCCCTCCGTTCCTTTTAAAGT ACGAACACTAACGATTTATTTAAAATGAAATGTTATAATATAAAAATACA TTTACTTGGATGATAATAAAAGAGAAAGAATTTTTTTTCGTATAAATTGT TAATTTTCTTTACTTTAATGCCGCATAGAGACCTTTAAATGTTAAAATTG TTTATTTTTTAGATTGGTACATTGACTTTCATAACAAAATAAAAAGATTT GGGAGGTAATAGCCAACAATAAGTAGAAATCTAATGTTCTCTACATATGA ATTTACACCCTAATATATGTTTCATATCCTGGACTACTAATGTTAATAAA TATATGTTATTTCCTTAATGGAGCTTTTATTACACATACTATTATGAAGA TATTTTTTCTAATAGAGACATACATACATAAAAATAAAAACAATTTCTGT TTTCACTCTATGTTTGCACTTGTTAATTTGAGAAACATTCTCGCATATAC CCTCAAATTCACTTGCAGATAGCATTTCATTTAATGGCTTTGGCATCATA TGTTTACATATGCATGCACATGGATTTGTTMCCTCGGTAACCATAGTTTT TCTATAAGATTTGTTGGATAAAAAGATTAGGAATATTTCAAGAGGATTTC AGCAGATGMCCGACATACTTACCTAACCTCTGTACAAGGAATTTATAGTA GAATTTAATCACATTTTTAACCACAGTTTATTTAAGAACAAGGTTTCATA CCGCAATCAAACGACAGCTGAAACTAAAATGAACAAGTTTTGTTGTTACC CCATGTCTCTAAGTATATAAATGGTCTCCTCCGTGCTGCTGTCAGTCCCG GGATCGTTGGCATCCCCATTCAGACTGCCTACAACATCAATTAGCCTATT ACAACCCTATATATACCAAGAACTACCAAAACCTATGTAGCTAAAAGATG GCCTACCTTTTATCATGTTACCCTTCTCCAACCCTGGTGTCAACCAACTG AACTTTGAAATTTGAAACGTCTTGGTCTCATCCAAATTTGAATTCTCTCT AAACTGCCATCACGAAGGCATGGTACAACATGGTCTTCATCATCAATTCA CCGGGTTGTTGAGSCTGCCATTGTTCGTGAAGAGGATGAATTGAAGTAAA ATATACAGGGAGCGGGGATCAAATTGTCGCCAATATATTTTTCTACAAAA AACAACACAAAATATACATTTTTTAACTTTTTTATTGAAAATCAAAACTA TGACGATTATATAGGTATAGAGTAGCCATTCATTCGATATAATCACCGTT GGCGTCAATAACGGCCTCAATATGGCCTCTGAACTGGCTGSAGGCTCTTC TGACCATCTCATTGTCCATGTTGCAAAATACTTCCTTGATGGAGTCCATC AGGCTAGCCTTGGTGCTATGGGGATGTCTGTTGGTATGTCTCTCGAAATA GCCCAAGAAAAAATAGTCCAAAGGATTAAGGTCGGGAAAGTTAGGAGGCC ACAAATCCTTGGTTACGATGTCATAACAGTTCTCGGTTAACCACTGCATG GAGATTTTGGACACATGGCAGGGTGCTGAGTCCTGTTGCCAGTCAACATT CCAGGTGTTCTCTAGCTTCTTACGGATACGCTGAACAGTCAGTAAATTCA CTCCTAAGGTTGAAGCAAGCGTTGAATTGGAAATTTCACCTCCATTATTA ACCAATGCCATGACTACGGCGGACCTCAAAAGCTCCTCGTTCTACTTATA GCTCTTTATTTCCTCATATGATGACGGCATGATGCTAACTGAACTACGAA TCGTCAGCTGACGAGAATAGCTTTCCTATTTGGTAACCGGGTTTTTATTG GATAATGTCGTCTTCAAGTTATCAAGGTTTAAAGTAGGAGAAAATTTGAT CCCCGCGCCCTGTAGCTTATTATAGTATTTAAACATATCACAAAAATGGG TATTACGCTGTATTTTCTTGATTCCTCACAAATCACGTGTTTCGTAAATT AGTTGGTCATGCTACGGGAAGGTTGTAACCCAACTCTAAAATGAGTCTCA AATATATTAAATTATATTTTGTAAAAAGTGTATATTTCTTATAGCATAAA CATATTCTAAGGCAATTAATTTACTCGATCTACCAATCACAACAGTTAAA AGTAAGAGAATTAATATATCTCCGAAATCATAGTATGTGTGATGTGACTA TTACGGACATGTATTTAACGATGACTAGACTAGTATAAAATATGCCCTAA ACGCATGCTACATGTTTGTAGTTCCAGGAAATGAAAATAAAATTATTTAC TTTCATAATTTACGTATATAAAAACTAATAATTATACAAAAAAAGACCAC GTTTACTTATATATTTATACTACAGAAATACAAAGGATCACGACCTTAAT TCCTATAAAGAGATATGTGTTTGTACTCAAAACTTAATACAAAATTTAGA ATACACTGAATATAATGTGAAGGGTAAAATCATAGATTGGCTTTATATCA ATTTGGATTATTTAAGTGTGAATATTTTATAATACTATGTTGCGTTATTA AAAGTAGGGACTATTCTAGTTAATAAAGAATAAAAAAAAATTTTAAAAAT CAACAGTTGTCAGTATTTAAAGCAGAAGGATGTCTCATGTCATGAAGTTC GTAGAGTGCTCCTGGAGTCACTGTACTTAAAGGATGGTAGCTTCAGGCAA TAGTCTTGAGAAGTCAGCGGGTACACAGCGGAAAATAGGGATCATGGTAA AAAGGTTGAGAATGAGTCTTGTGGATGAGGAAGCATCAATGTGAGCAATT TGACTTTTTGGAGGTATATGTAGGRTTTGGGGAAGCCTTCTTATGTACGM CGACAGTCAMCAGCCATCAAGGCCTGCCCGTTGAAGAGACGCCCGAAATT GTTGACTTACTGATTGCTTAAAGTTGACAGTTTCACAATCCTTCTCCCTA CACTGCTCCCATTTCAACAATCCCATTTTGAGTGTATTAAAGAAGACAGC CTGTTCTAACTCTTGCCGAAATTTGGATGCCCCCAAGGCCTCTGTCAAGC TGCAGTGGGTGACCCTGGCCATGGACTTCATTAAGAAGTGCAACCTGAGG CCTTTAGGCCCAGGTTAAAGGCCATAGTAGAACCCAAAGGAAATATTGGA AAAATAGGAAGATATATCAATAAAAGAACTTTGTGATGAAGCCTCATTGT TGTACTCCTTTCTATTTTTGGAAAAGTTTCCCCAGATTGTTATTGATCTA AATGTCCAAGATTTTACCTTGCACACTGTATTTATGTGCCATTTGATGAC GACTATTAATATGTAGAACCAATTTGAAAAGCCCTCATTCAGAGTTGTAT ACATTTTTTTGAGGTCAATCTATATAAATTTATAAAAGTTCTGTAAAACA TAATTACCAATAAAATATTGCTTACATCAATATAGAAGTTTAACAAGTAG GGTCTTTACTTTCATATAATTTGACAATATATATCATGAAAAAGGAAAGA TGATTTAATATTTTTGACACTTTATACAAGAAATATTTTTATTTCTTATT TTATTCAGATTCGTAATATTGGATGTAGTAAAAATAATTCCATTATTTTT CGAATACATGGATTTAGTAATGTATATATCACGTTGTACAAGTGCAGTTG GTTTATACAAAATAGTGTTAGAAAGATAAGCTTTCGACCTTACCAAAGTA TATTGATTGTTTTAGTACAAGTCAAAAATGGACATCAGTAAAGAGAAAAT ATGGCATATTTTGCTGGGTGTTTTTTCGATAAAAACAAAGAACGMAAGCC AAGAGGCTGAAAATGTGAATACTGTTTATGGTCCTGATATTGTAACAGTA ATTCATGGGCAATTTGGGTTAAGTCGATTTCGTTCCGGTAATTTTGTTAC AAAAAGTGATCAACGCTGTTGAAGGCAAGTTTTCAAAAATGTGGATAAAA TAATGAAAATTGTCGAGTCCGAACATGATCAAAGCACTATTTTGATATTT AAGGAGATAAAAATTCATTGAAAGAAAAAAAACAAAAAACAAAACATGAA AAATATTAGATTTTTGGTCATTATACCTATATTTTATTTATTATTTTTTG ATAATAAATGAAAATATCTATATATTATTTTCAAAAAATGAAATGGAAAG AAAATAAATTTCTTAGGACCGTACCTGATTATAATTTAAAAAATGATTTT CATAGCCATTTAAATAATTCTAATACAAAAATTATATTTTAGTATTAAAA TATTAACCCTACAAAATCCTTTTGAAATAAAAATGATTCATTTTATTGAA TGGGTCTAAGAGTATATTTAAGTAAATATAAAAAATATTGATTAAAGGAA TCGTTATATTATTATTTGCTAACATTTTTCCCCAGAGAGAAAAATGTGTA CTTACAAATATATATCCTTATATGAAAAATATTGTAAAACTAAAACATAT AGATATAGGTACTGTATATAAGGTTTGATAATGTAAAATTTTTATCATTT TAAAAGTTTAAAAGTAAGAAAGAGAGTGATATAAAGAAAAATTGTCATTT GTATGTAGATAAAGTCTCTTTTTTCTTTTACAAATGGTTTTCCAAAAAAT AAAATAAAATAAAGCAGTGGGATTTGCAAAATACAAAATATTGTATAAAG GTTCGGAATATATATGAGGCTGTAATCATGTATAATTTTTACAATTTTTT TTTTGAGAAAATACTCAAAATAATCCCATTTTCAAAATAAGAATTCTTTT ATTGGATTGTTTGTTCATATTTAGGCATGTATTTATAAGATGAATATCTA GAATTGTAGAAAATATGACTTGCAGGTTGTTAAAAATAAAAGAAACCGAA AATCAACATGTTAATTTGAACAATTTGAAGAATGCATTGGAGTAAAACAG CTTATTGTCATGACGTTTTACTAGATTAGTTGCAAGGAGCTATGAGGCGA CGAAAATATACTCAAATTCCAATGAAATAGGTAGGAATTACCCTGATATC GATCCTCAGTTCTACTTCGGGTCTAAAATGGCTTACACTTAAATCTCTGC AAATATTCTTCAGTGTTAATTTTTGTCATTTATACACATGTATTTGATAC TTATATGGACTCTTTTCACTAATTAAAGAAAAGTGATAAATTTTTACGTA AAAAATTAAAAATGTTCTTGGTTGCAGCTACACAAAGTATTGCAATTATC CTGGGCAATACTTTTTATAGCTTTATAAATAACTTTGTCAAATATAGGTG AGATATTCGAACTCTTTAATTTTTACAAATTTCTACAATGGGGGTTCGAA ATGGGTTATTGGAAATTATATTTTCAGGAATCCTATGAGAAGTAGATTGA CTCGTTCTTACAATTGTAATTTTTCTGCTAAACAGGCTGTAGGAACTCTT AAGTGACTTATTCGTCAATCAACATTATAGTTTCTTAAATACTCCAAAGA TGGAGCTGTGAAACTGAAAGAGGATCTAGATGAAGTTTTGGAAAATAGTT CCCTTTTGCTAAGAACCTTTACCGCTGGTGGGAACAATCTACTCAGAATT TTTGAGATCTCCGAGGAAGAAATGGAAAGAAAGATAAAAAAGGAAAATAG TTCAACGTATTGCCTTAAATAGTTGAAACATAGAGATTACTCTTCAGCTA CTTTCATGTACTTGGGACAATATAAAACTATTACATAGGATTGGATATTT TGGAAAATTTCAAGAAACATTTCTAAGATATTGTCAGCATTCCAGGCTCT GAAATTCCTAGGAAAAAGAAAGTAATTTAAGAGGCCAATTACATTACATT ACACATTTTTGAGTATGCTAGTAAGTTTTTGAAGGGAGATAAAGCGCCAA GCCCTCTTTTTATAGACTTTTAAAGAAGAAACTACTCCCTATCTTTTATC AATCTGTAAGTCAGTGGAAAAGGTGGGAGAACTACCAAATTCTGTGACAA GAGGACAAATTATTATCATTCCCAAGAAAGGTAATGGCTGKAATGTAAAT GATTGGAGACCTATTATGGTATTTAATGAAATTTATAGAATATTCGCAGG GGTAATTGCCAAGCAAATAAAACAAAATTTAGAGGAAAAGGGTCGGACTA AATCAGATTGGTTTCCTCAGAAATAGAATGTTTTTTTATATTTCTCGGAA CATTCAATGTGTAATTGAGTCTCTTAATTATGGAAGAAATTCGGTGCTAA GGTAGCAATTGATTGTTGAAAATAGTGGACACCATTAACCATAACTCTAT TTTGAAGACTGTGAAGAGGTCACTGCCTAATAAATATTTCAACACTGTTA GGGATGTCCTATAGAAGGGGGCTTCCACAATTACATCATATGAGCAAAAG AGCCAACACATCCATTTTAAGAGAAGTGATCATTTAGGATGTCCAGTTTG TTTGTGGCTTCTATCCAAGAATTTTCCCAGAAACGGAAGCTTAAATTATG TGGCTGGGAAATAGTTATTCAGTACTTCAGACACCTGCTAGACATTAATA CAAATGACATCACCTTGTCGGCGGAAGGAATCCCAACAAAGGAAGATTGA GGTTTATCTTTTTCATTCTCAGATTTAAGTAAAAATCGTGGTTGTAATGG GATGTTGGGAAGACTGTAGTCCTTTTTCTGGGCCTATGGAATCCTGAAGA AAACTCAGAAATTGAGGGTTCCTTGATCAAAGGTAAAATCAATATTCTAT TGATAGAATCAGATAGAAATTGTGTATCTGATTCGAATATAAAAATTATA AATCCCTTATTCAAGTTCAGATTACTTCAATGGAGGAAATTATGTTTACA GACGCGTATAGTTCTATACAATACCCGGTTAATTTCCTCCATATTATACG TTGCAACTGCATCAGCAGTAGTGGCATTGTAGGCAGTGMAGAAAAAGGAG AAGGGCTCTGGATKTTTTCAYTAGCCACAAATTGAAACAAAATTAAATGA TAAACAACAAAAAGTATAAAATTTGATTAGTGATCATTATTTTATTAGAA GATAGAGGATCACGAATCAAATCATATACTTTTTGTTGTGTACCATTTAA TTTTGTTTCAATTAAACCAATAAACAATATATTTTCTTATTATTATTTAT CGATAATCACTACTGTGCCAACATTAATATTGATATTAAAAGATTGAGAC AAAGTAAAATTAACTATGGTTATGTTAAACATGTTGTTTTTAACTTTGTT TAGAAAAAAAAAAAACATTCGTGTCTTATCTACAGGATAGTTAATTGAAA TCTGAGCACTTACCAACTCGATAATGAATGAGGGTTGATAAATTGAAAAT AATTCATATTTCGATATATTACAGTGTAAACAATTAGTTACAAGACAAAC AAAACAAAACTACATGAGATCTTAAGCTTAGGTACAATTTGAGATAACGA CACTTGAACGTGATCAGCAAGCCAAAAACGCTGGAGAGAAAGAAAGGCAC TGTCAAACGGCCAAACTGGCTCCGGAAAATATAAAGAAAGCAACCCAGAC CAATCCCCTGAAGTCCATAAGGCCCAATGCAAGAGATATATGGGTTTCAC ACCAGACTTCCAGAGAGATATTAAAAAATTTGAGTGCAAAGATGTGATAG TAAAGAGGCCACTTATAACACCATCAAATAAGGAAACCCGTCTACTACGT TGAAATACTTTTTTAAATGAGTCTTAGAGTGTTTTTAAAGACTTTTTTGA TACTTTTCGACCCCCCCCCCCCCTGATGACAATTCCTTCGACTACACCTT TTGGGTTTATGTCAAGGAGAAGGCCTACAGTTTTATGACAATATGATAGA GGATTACATCGGTAGCGTGTGCCAGGCCTTCTGCCACTACCTAGAAGCCA TCATTGCCGGTAAGGGCAGCTACATTTTTGATTAAGAGAGCTCAAACACA TTTCTATTTAAAGTATTAATTTTGTTGAAATTTAATTGTTAATGAAAAAA TTATATCTTGTTGAAGTTTAAATTTCAAAGTGTTCAGATGTTAATAGACA ACTCACTAATAGAATAATTGTGTTTAAAGTAAAATAGTAGCAAGTTGATG GGAAAATCAAAGTATAGAGTGGTGACTAAAAACTCGCAGTGGCACTTAAT TACAATTTTATCCAAGGTTTTTTTGATTTCGAGGATTTTTTATGTATCCA AACGACAACTGAAACCAAAAACAAACAAGTTTTGTTTTTATTTCATGTCT CTAAGTGTAAAATGTGGGAACACCAACAAAAATAGTCAACTGTGTGCAAT CTCCTCCATACCGGTGTTAGTGCATAACTTTTTTTGCCTCTCCAGCCAGA CTGCCAACAACAACAATAACTTCAGTATAGTCAAATACAACCAAGAAGAA CAAAAACTTCTGCATTAAGAATCCGGCAGACTTCTGGCCTGCCTCCATGT AGCCCACCCCCAGCCCTGACCTCAACCTCTGGACTTTGAATTTTTTGGCA TCTTGGAAAAGTATGCCTTCACACACGACAGTGCGGTACGCAGTGCACTC GATCTTCATCATAAAGAGCTGTCTATCTGTTCTCTGGATTAAGGAGGATT TTATTCCTTGTAAAGGAGGACATATTGAATAAAAATAGCTAAATATAATA CTTCAGCWCATCACAGATTAGTTTGTAGTCGTGTTTTCTTTGATTACATT AAAACACCAGTTTTTTCGTATCCTATTCATAATAAGTCAAGTTTGGAGTC TCCACTCCATGTACGAAGACAAAAAGCCTCCGAAGAAAAATTTAAATTTC CTATAATTTTAAATATAATTTTTCTTAAAAAACTTGCCAACTTCAAAAAA TTGACAATTTATTTATGTTATGAAATCAGTGCCAAAAGTTATATATTGTT TAGATCTTTGCGAATAAAAATCGACAATAAAGACTCAAAAAGAATAAACT ATAAGGTGACTAAAGGTAGCTAATATATATTTTCTTCAAATGACCAATTT AATTAAGTAGATAATATGTTAAATCCAAACTTTCTTCAAAAAAAACTTTG GAAATTGTCTTTAAGTCATTATCCCAAGAGAGAAAGGTAAATATGAAGGT AAAAAGTGAGATTAGCAATTTATGNCCTTCATTTCATAGATCATATTCTT TTATGGCATTTTTCCACCCGTAAATCTAATTCAAGYCAGCCATTAACAAA ATCTCATTAAGCATAGTATATGTATGTATTAAAATGTACCTACATACATG ATAGCATACAATGTACAGAGGCAAGCCTTTCATTGCTTTAGCAAAGAAAT AATGATAAAATGGATAAAAGGATAGGACTAATAGATAGATTGAATCAAAA TTTTCTTTGTGTAGATAAATATACGTTATGTTTATATATACATATAAAAA AAATTCTTATCTTTTTTAAAAAGAATATTTTAAAATATGAATTACTATTA CATATTATATGGTTAAAAAAAGCCAAAGCATTCATTTAATAGAAAAATAC ATTTTTAAATATAATTTAGTTACCTAATCATATTTTATGTTGTTAGAAAA TGTAATTTTGAATGGATTAAGTGCACAAAAAGAAAGAAAAAATAGAGTTT GAATTGTATTCAACTAATATAAAATATGTCTAAATATTTATACCATTAAA TTGAGCTAAATATCAAATATAAAAAACTTATTTTTTACCATATCTTGTAT GGACAATATTACATTATATGGAATAAAATATGAATAACTATTATTGCAGT TCCAGAACCATTTCATATGGTTAAAAATAGTGTTGGTAATTGGTAGTTTT GTTTAACTAGTTCTTTTTTTTTAAAGTTTGCCACTTGTTCCTGTAATTGG TCAGATGGAGTTGAATTGTTAATATAAGTAAATGCTATAATATTACAATT AAACTATCTGAGCTAGAAATCGTATTTCAAGTCCAAATCCATAAGTTTAA TTTCTTACCTCTTTCAGCATTTAAGTGAACTAGAATTTTTTGTAACTCAA TTTTATAAAATTGAAACAATGTGTTAAATAGTTTTTATCAAATGAATTTT TAGTATGTTATTGAAAAATTCCTCTAAATCAATGAAATTTTTGGTTGTTG TAAAATGTAATTTTCTCTTGGAACTCTTGGAGTTTTACGAAAAATTTGGA ATTTTTGTAAATTCAATTTATTTGTTTGCTTTTTTTATTTCTTCTTTTTA TTTAAGATTACCAAATTTGTAATATCAGGTGTTATTCTGTACAACACAAT CAACTTCATTGATACTAAGTAGTAAATTTTATAGTTCTAAAATTATTTCT AAGTTTCCATAAAAAAATGAAATTATAATGTTTTTACAATAATAATAACA AATAATATGGTTTTTATACCCCAAACCAATGTTGTTCGGATTAACTTTTA CAATAAGGTATTTTTTTTTTCATGTTTTGAACTCATAAAAAGTATTTTTA CCTTTTTTATTGATACTTACGAGTGCAAAATTGATAAAAAGTTACAAAAT TATAGAAAATAAAACAACATAATTTTATATGTATCTACTATATTTTGAGT GATTATTATGTATTTCAAATTCGTATTTCAGGTAATATTTAGCCTCAGTA AAAATAATGAAGTTCACTTAGCTACTGACATTATTTTTAATTGCTGAAGA GCAAACTCATCTCTTTCATAAGCTAGAAATCGGAATGAACATTTGCTTGT TCTCAGAGAAGGAGAGAGAGTTACCTTGAAGATTGGCTGKGAAGTTATAC TTATAAGTCCTTGTTCGACGCAGAGTAGGATTGAAGATCAAAGATAATTT TTCCTATGTCCCTGTTTATCTCTCCCCCCCTCCTCTTCCGTCATAGCTGC TTGTAACTGATCTAATGGAACTTTATGATATCTAAGCTATTATACTCTAA AACATTATTTAAATTGAAAGGCTCGACATCCTGATTTTCATTTTTATATT TTTTCATCAATGCTTACAATTTACATCCTTAGTTGTAAGTTTATGTCCTT GTTGGACTTAGAGTAGAATTTAGGATGAAGATGAGTGTAGTTCCTAGTTA TAATATACTTGCACGATATAGCATGGGATTTGTGTTTATTTCCGTCATGC TCAAAATGCGAACGACTAATAAAAAGATGTAGCTCAATGGACAACGTACT TAGGAGAAAATGTTCTCTTAAACTTAATGGTCATTAGTTCATGTTGCAAT CGTTCCAAAGGAGATAACCATTATGTATATGTACTTCAAAGAAGATTCCT AGGTCAGATAGAGTAAATGCAATATTATAATATTTGATTATACTTAATCA GTGCATTTCCTTTTCACCAATTAACGCAACATTAAAAAACAAGTAAAAAA TTTTATTTGGGTATATTTGTAAAAAATAATACCAGCTGTGTGTTAAAAAA AAGAAATCGAAAATTAACGTGGTCACACAGATAATTGCTACAAATTCGCA TCGCTGGTTATAACCATGGGCAGAGTTTTTGAAATTGATACTGGGGAGGG GGGGGGGGAGGGTGCCAACAAAAACCCTGGCCCTCTTCCAAAACAGCATA GGTGAATATGTTTAGATAGTACCGAGTAGTGCATTAAAATATCAACATTT TTAATTTTCAACTGCAACAAAATATAATTTAATAATTAACAGTAGAACTT TAATAAAATTAATACTATAAATAGATGTTTGTCTGAGCTCTCTTAATCAT TAATTTAGCCGCCATTAAAGGCAATGATGGCGTTCAGGTGGTGGTGGAAA GGGCTGGCATCTGCTGCAGATGTAGTCCTCTCTCATGACTTAACAGTTAT GACCAAAAATGGCTTTGAGGGCCTTGGTCTTTGGATGGCGGACACTGCAG GCATTCTGCTCGACATGAATGCAAAATGTGTAGTCGAGGGAGTTAGTATC AGGGCTGTAGAGGGTCAAAATAGTCAAAAAAAGAGTCTTGCAACAAAGGA GATATATTTTATTCATTGCTGGTAACAAAAGTGGTCCCTGCACTCCCACA AGGTTTTTTCCTAAAACTTTATAAATAGCTCTGTGTACAGTCTGTTGTGA AATCCTAAGATCTCTTACATGGACATCCTGGACTTGAGTGGATTTGCCTG GGCTGTTTCTTATCTCCTAGGGATGCAGTTTGGCCTTTTTGATAGAGTCT TTCCTTCTCTCAAACGTTTTGGATTTGATTCCGGCATAAATGCTAGTCCT GGGGACGCCCAACTGCTTGGAGTGCGCGAATAGAAATTTGTTGACCAAGT TCAATTGTAATTTTATCGATTTTTACGTAAACTAGAGAGCTCAAGTTTGT TTCATTTTGTAACTAATTATTTATGCTTTAATACAGCGAAATATGAATCA ATTTCAATCACTCAACCTGAATTAATTATTTAATTTGTAAATGTTCAGAT TTCAATTAACCATGCTCAAGATAAGACATGAATTTTTTTTCTATTCACAG TTAAAAACAATATGTTAAACATTCCTCACCATTTTTATACGATAATTAAG AGTACTTTATCTCAATTTCTTAATATTAATATTACGATTGGCACAGTTGT GATTATCAATAAATAACAATCCCTCAATCTTCATAAATAATTGAATTAGT AAGTGTTCTGATTTCATGGACCACTCGGTTTATTGTACAACCTTAATTTT GTTTTCATTGTTTTTGTTTTAATTTTTTTTAAAGATAAGATAAATTAATA AAAAGTTTAAAATCAAATCAAACTCTTAAGATTTGAAGTAAATTTTCTAA TTAACTATTAAAATTATTATTCATTTAGATTCATTTGATTAGAAAGTACT TAATAATTACAATTATAAATAATATATAACTATATTTATCATTTATAATC TTTACCATTGAAATATGTATTAGAAAATTAGATGGATTATATTTTTTCCG AGGAATTTGTATTTAAAAAATGAATACTTCCCAATAACACGTACAATACA TATAAAATGWCCTAATTTATACATATTATTGATTTTTTCTACTAATGGAA CACTAAAAGTATTAATTCCAAATTTATTTTCTCTAGTTTCATGTTTTTCT TTGTACTACTACTCTAAGAAAAGTGTAATTATTTTAATAAAAGAAAGATA TTTAAAACTTAAATAAATAAATAATTATTTTTATTATCTATTTATCCGCC GTGGTTTTTCAGAATAGTAAGGGAGAAACCCTTAATTATATTTGATATAT ATTAATTATGATTGCTAATATAATAAACAAAAAATTTAATTGTTTTAACC CTTTTCAATTAGATTTGTATATTTACGTTAAGTACTAACTTACATGAAAA TATATTTCTTTTCAGTTCCATTTTTTTCCCTTACAAATTAAAATGGCATG TTATTTTTACATGTAATAAAAAGAGTATTGTTGTTTTTTTATTTGATAGT CTTAGACTGGTCTGAGACAGTAATGATTCTTAGTGGGTCGAACTATTTCG GTCCTTTAAAGAAATGCCTTCTAGATCGGTCTCAAATAAAATATTTTGGT CTTAAAAAAGAATCAGGCTCTTATAAAATTATTTCTTGAGCGATTCTTTG TGACTGTCTCTCCGTTATTTTCAAGATTAATTAAGAGGCGTAATTACACA TATCACTGCCTCCATGTGTTCCTTCTCCAACTCTGACATCAGCACACTGG ACTTAGTAGTTTTGTCCGTCTTGAATCTGTATGCCTATCTCACTTCTAAT CAAAATTTGGATCTCCTTCGAGATGCCATACTGAGAGCGTGGACAAAACA TTTTTCGAGTTGTTTTCTCTTGATTCTGTATAACACAATTTTTGGTTATT TATAAATATTGCAAGTTTGGGTCCCTCCTCTGCATATTTATTGTTGATGA CGCCATGGGTGTTTAAAAATGGTTCACATTGGCAATGTAATGTCTGATGA AGTTTAATGTGTTGCCTAAATCATATTTGTACTACTAAAAATAGAATACA TTCTATTTATATGTTGACTGAAAATATTGTTCCACGTTATGAAAAATATT AAATTTCGGTATACAGTCTCAGATTACTCCTGGAACGAAATATTGTTCAT AATCGGTATAGACAAAAATTAATCAAGACTGAACCAAAAGAAAATAAAAT TGGTTTTGAACCAAGTTTCAACACTTTAATAAAGTATGGGATATGTAAAC GATACATATAAAATATTTGTATGGAATATGAACATAGGGTCGCGACATCT GGTGCAGAACATAAGAGATACCAATAAAACATGAAATAAAAGAGATATGG AATTACCAGTGCCAAACGTTATTACCTAATAATTATTCAATAAACATTTT TTACTTTAATAATACGACATGGGTATGTTTTAATACGTAAAGGGAAGGGG GCTTTAATTGCTTGATATACCTGTATTTGTATATGTATGTATTTATAAAT TTTAAATGAGTATGATATTTACATAATATTTTATTGATATTTTACAGATC CACCAAAAGTGATTCTTACACTTGGGAAAAGTTTGGATTTGGAGATGATT TCGGAAGGAAATGACGTTTACATGGAGTGTAATATCAAATCTAATCCGCT TGTCTACAAAATCAATTGGTATCACAATGTAAGTTTGAATAAATTACTAC AAAATATGGAATGTAGGGATCCCAAAATGTTGACAACGCATATAGGACAT ATATCGGATGCCAAATGTGTCCTACAGAACTATCTGTGCCTAATAGTGTC ATAATTTGAAAAGTGAAAATGTGCACATTCAGCCCGCCATCATGCATTTG TATAATTTGATTGCACAATTCGAGGGGTGAGAAGCAAATTGTTGTAACTC AAAAATTAGTTTTATTGTTTATATGTCATCATGGAAGCCTTTAGTTAATT GTAAAAAATAGGGAAATTCGGACTGATGAAAACAATTCATTCTTATAAGA GAGTAAAACTTAGATACTGTGCTTCTGTAAAGTAAATATTTGAGTTAGGA TAATTTGACTCTGATTTTACGAATTTTATTATTGCACGTTTTTGAAATAT GTGCATTTTCACTGCTTTAAACATCATCAATCAAACTTGACCGATGTAAA AAACAAAATAATTTAGTTAATTGTATTTTGAAAATAATGCCATACTTTTG TAGCACATAAAAATGTGCTTAAAGTTTTAAAAAAATAAATTCAATTGGTA AATTAAGGTACTTTATTAGAACTTAGCTAAAAAGGATACCTTCTAAGAGG CACTCTAAGTATTGGATATGTTTTTTTTCTCATTGACGGAACCTACTTTA ACTCCTACATTAAGAACCAATATAGCAGTAATATAAAATAATAAATACAC TTTAGTCTTTTTTTAGCATGATTGGTTGTATTAAATGTATTAATTGAACC ATTCATGCTTTGTACAGAAATAAAATAAGCGAAAGATAAATTGTCTATGA AAAAAAAAAAAAAAGGGAAAACCTTCAAGACTTTTATGAAAGGAATTAGA TGAAGTTGAACCATATACATATATTTACATTGTTAATTATACAATATATG GCATGTCTACACAAAATCAAGCTAAAATGTTTTTTCTCAAAATTGAGCCA AGAATTACATAGGTATGTATTTTTACGAATAATTATTATCTGTTTCAATA ACCAAATCATTCTAATTAACCCATTGGGCGTGTCGCAAATTCCCCTAAAA GTACACAAAATTGTTTGTAACCATGTAAATTTCAGACATATTTTATTTTG AATGGGCCGTATCATGGCTTAGATTAGTTTCTTGAATTATTCGTAAGGGT TCTAAACTATAGCTAAAATTCTTGTATATATTAATTCATCCCACAAATTG CAATAAAAACTTATAATTCTAAACTAAAAACTCGAGCCTGATCTATTTTT TTTCATTCGAAGACAGCTCAAGAAAATAATCTGTCAGATTCAAGACTTTA GAGTTAGGAGCCCAATAATCCTTGGACATGCAGTTGTAGTAGTACTCTTA GAGCCAAACCATGGGCCATTTCGGAGGTGTGGTGGGGGCAGAATCTTGTT GCAAGACCTTTTTTGATCCTTGTCATTTTTGCTACCTCAGAATTGCAAAT ATCAGTAATCGTTGCTCACTAAAATAATCACAACAGCACATCTGAGTTCT GCCTCTGAAAATGTAATAGATTTGAAATCTTCTGTAGTTAACTCCATGGC AGTGTTTTGGCTATAATGTAAAACTTTTATATATATGTTTTACTTCAAAA AGGCCTTGCGCAATTTCATCCGCATTTACATAGGAGAAATACGGAAATAT AAAGCCTGGACTTCATTATAACACTCGTTGTATATGAAGTAAAAAAATAA ATTGGGATTTTCCTTCTTTTTGTTTTTATTTTTGATATTTGATATTTTTT TAATGCTGAGGCTCCACATTTGTAAAAAAAAAAAAATGTATTTCCTCTGA AAATATCTAAATGTAATATATGTACATATCAAATATATTTTTAAAGAATA TTATTTATGACCCCAAAAATGTTAGATATAATCATACGCTTTCTACAATT TTCCGTATTATTATAACTTCCAGTTACTTAATACTTAAGTAACTACAATT TGCAATTGTGAAATTGGTTGTMCTTAAATATAAATGAAAGAAGGTTAAAT TTCACAGGAATAAATATAAATAAATAAATAAAGTTCTCTCATTCTAAAAT GAAGTTAACTTTTTACAAAATACACAACTTTAAACATAGCCAATGAAAAA AAAAAAAATGTTAACCTATTTTAATAAAATTTAATAGATTATTTCTTAAT ATAAATAAGTAATATTATACRAAGTTTTATTAYGRTGTCATATATAAATA TAAATAATTCAAAGTTGAAATTAGAAAAAAAAATAGGTAAAGTCTAACGA GTACAGAAAAACCTTAATTTACATAACTACCTTCTAGTTAAAGAGAATAT AAAGAAAGATGGTACATGCCAGTTAAAATAAAATGAATCAAAAACATCTA CCTCAATTATGCTCTCTCATATACACACCCTTGGTAAAAAAATTACATGG CATTGAATGTATATACTCCAAGCAGTTGAGCATCTCCAGGKCCACCGTCT ACGCCGTCAGCAAGTGCAAAATGTTGGAGAAGATGAAAGGCCCTGTCAAA AAAGCCAAACTTGATGCCGAGAATTTAAAGAAAACAATCCAGGTCAAACA CCTCAAGTCCATGTGGACCCATGCAAAAGATATCGGAGGTTCACGTAAGA TTGTCCTGAAAAATATCAAAAAAAGTGCTGGAAAGAGCCTTGTGAGGGTG CAAAGGCCACTTTTGACATCAGCAATGAAAGAAATCCATCTCTTACCTTC AAAAAATTTGCCCTCCCTCCCAACAGGCCTAATTCCCACCCGCTCGACTA CAACTTTTGGGTGTATGTCGAGGGGAATATCTGCAGTGTCCCCCAMCCAA ACACCGAGGCATTGTAAGCCACTTTCAACCAGTACTGGCATATCAAAGTA CCATATCTCCAGCAAGTGGCAGGCCTTCTACCACCAATTGAAAGCCATCA TTGCCACTAAGTGCGGCTAAATGAAGGATTGCAAGATCTGAGATATATAT CTATCTAAAGTATTAATTTTGTTGAAATTCTATTTGAATTAATAAATTAT ATCTTGTTGAAGTTTAAATTCATCGTGTTCAGATTTAAATAGATCACTCG GTATATTATTACTAGACATGGAGTGGAATTGGTGTTTATTTCATTCATCT TAAAGCTGCACACAACTATTTTAATAAACTGTCATGACAGATAAGCTGTT CTCCTCTCCAACATTTTCAAAATATCAGGGCTACCATGTTTCTTTATTTT TAGATAACGCCAGGTCATCATAGTATGTATATATAACTGTAGCGATGACG ATTTTTAAAGATCTATTCCTCTTAAGAAAGTAACTACATCCATCACGCAT GTACTTCACGTAATGTATTTTTAAGAACTTAAATATATTATAATCTTCAA ACTCCAAAAACTCTATCTTTCAAAATAAAGACGTTTTATGTCTTAAAATG TGCTTTATTCATAGGAGTTAAAATGGCATGATGCAATTCTGCAAGAACAA AGTTAGCTAATTATCTTTTTTAATACCCAAACAAGAAACATTTTTAATTA CAAAACTTCTTTATTTTGTTAAAGAGAGTTGCTTTTTATAAGGATATATT TCATCCCAATGTAACCGCATATTTAATCATGAAAATAAACAAAAATGAGT AAAATAGCAACATTCAAATAGGTGTTTGTACTTCCTCATTGGGATGATCT TCTTGTTTTGATCTTTTTATGGCAGGTCCATTAAAAGGCAAAGTTCTTGG TAAAATAGTTCATTGACAACTGATAAGACATAAGACGGTTCTTCAGTACA TATATCTAAGGGCTTTATTGGTCCAGCCATTTTGTAGAACAAAATAAATT ATTTGATATGGTTCAAATGATTTCTACCAATAGCTGCCCTTCTTAGGAAA AGTTGTTGAAGCTTGAACATTAAAATATGTAGAGTTTTTAGGAAATATTA CGTGTAGTAGATGCGTGATAGCTGTGATAACACGTTTTAAAACTCATGGC TATAAACATTTTAACTAAACTTTTGAAAATAATTCTAATCTACATTTTTT TTACTTACAAATATTTGTATGTACATACAAGGAGCGGGGATCAATTTGTC GCCTACTTTAAACCTTGATAACTTGAAGACGACATTTTCAAATAAAAAAC TGGTTACCAAATAGGAAAGCTATTCTCATCAGATGACGATACGTAGTTCA GTTAGTATCATGCCGTCATCATATGATGAGATAAAGAGCCCTTCGTGGAA CAAGGAGCTTTCGAGGTCCGCCGTAGTCATGGCATTGGTTAATAATGGAG TTGAAATCTCCAATTCAACGATTGTTTCAACCTTAGCAGTGAATTTACGG ACTGTTCAGCGTATCCGTATGAAGCTAGAGGACACCTGGGATGTTGATGC CACTATAAAGAGGGCACCCAAGGAGGAGGGCGCGGACAGGAAGGTCAGGG ATACCGACTTTGGCGACAAGGMGAAGAAGATGGTTGAGGATGCCCCTACC AGGTCCATGAAATTCATGGSGAGGGATCTTGSCTGCCATAAGAAAACAAT AAGGGACTGTGTATCTGAGGATTTAAGGTGCAGGAGCTACAAGATCCAGG TGGGCCAGATCTTGACACAGAAGGCAAAGGACAACAGGCTGATGAAGTCA ACAAAATTGCTCAACAAGCTCAAGCACCCAAAGCAGCTCGGGAAACTGTG GTTTTTCTCTGATGAAAATAATCTCTGTCAAGARCAGAAGGTCAACAAGC AGAACAACAGGTGGATAGCCACCTGCACCAGCCACGTGACGAAGGTAATG AAGACCAAGTTCCCTTCAATGGTCATGGTGTTCGGGTGGTCAGCAATGAA GGTCATGTTATGCTTCCCATATGTTTGAAACGGGTCTAAAGGTCAATACA GAGGTCTACCTGGATGTTATGGAGAAGGTGGTTCTGCCCTGGATCCAAGG GGTGGCCGGAGACAGCCCCTGGGTGTGGCAATAGGACTCAGCACCCTGCC ATGTGTCCAAAATCTCCATGCAGTGGTTAACTGAGAACTGTTATGACGTC GTAACCAAGGATTTGTGGCCTCCTAACTCTCCTGACCTTTATCCTTTGGA CTATTTTGTCTGGGGCTATGTCGACAGGCATACCAACAGACATCCCCATA GCACCAAGGCCAGCCTGATGGACTCCATCAAGGAGGTATTCGGCAACATG GACAATGAGATGGTCAGAAGAGCCTGCAGTCGGTTCAGAGGCAGTATTGA GGCCGTTATTGATGCCAACGGTAATTATATCCAATGAATGGCTACTCTAT ACCTATATGCTCGTCATAGTTTTGATTTTCAATGAAAAAAGTTAAAAAAT GTATATTTTGTGTTGTTTTTTGTAGAAAAATATTTTGGGGACAATTTTAT CCCCGCTCCCTGTATATACTTTATCTAATAAAATGATATTTCACCATACT TATATATATGAACGCATAAACTGATTGAAATAAATATGTCACCGATAAAT AATATATCAATATTTTCTATACTGTGTTACTTTTTGTCATAATTCTTTTT TCCTTCCCCACATACACAAGAAACGCAACGCCTTGCATGATGTGATCAAT TATCAGATTCCTCACTTCCCACATGCTCSTCKCCTACCAAAGATGACTTT GGTAGGMGASGAGCAGAATCTTATAAAATTTTATAAACAATAAACACAAT ATATATTTACTGTACATTCTTCAATAATTTTAGAGCGTCAAGTTCAATGA GACAAGAGCAAACTAAAAAAACATCATTATTTGCAAGATCGCACAAATAT TCTAAGTTCAAATAAGTATGCAAACTACTTATAAACATTAATTTTCCCAA GATGGCGCCACTATTTACGTTGCATACATATGTACAAAAATATGTCTTGT TTAAAAGAAGAAATATAAATTAATAGATCAATGCACTTCCTAACTTAAAA AATATATAATGAGGAAGACCTATTTCTACATGTCATCGATAACAATAATA ATTAGCAAAAAAAATAATTAGAGTACGTACTCCTTCTTTTTCAATACTAA TTAAACATTAATACATCCAAACTTTTTACTCCCAATCAGTGAATTCAGAA AAAAGAGAAGTAGGGAATGAGGAACCAATGGGGAGTGCTAATAATATTGA TAATTATCGGTTTAGTAATAAGGGAAAAACACAATGAAAGATATGCATTC GTTATAATTAATTGCATTTTATTTCTTGCTTTCTACATACCCATGTTAGG GTGAGTCTGATGGCCATACTTTGTTCAAACAGAGTTAACATTTTTATAGT ACTGTGTATGAGCACATTTCTACAACTCCATTCAGATCTCAAGTAGTCTT GCACCATCTATTTATTTGTATTTTTCGGAGAGTTGGAGAATTTTAATCAT AAAGTTGCAAACAAAAACAAAATCTGTTTTTCTGATCTTTCAAATGAGAT ATTGCAAATACATACTCTCACTTCTAAACAAAGATGGAAACAAGTATGTT GGCGATTGCAATTTTGATCCCCCCTCGATGCAAAACCACAAGCATCGTCA AGTAACTTAGAGTCAAGCTCCTCGTCATTTAAAGCTTTAACAAAGCCTGG AAGATGTCTTGTATCATGTTGGATATCGTGCATCGACTGTCACAAAATGT AACCCATTTGATTCAATATTGGGTATAATCTTTCTGTGGTTGACTATTTG GTAATCTTGAAGTCCATAGCGATCCGTGATCCCATAGATTCCCAAAATAT CCAAAAAGTCGGGCAAATCATACTATGCGTTTCAGCAAGATGGTGCACTA TCTACAAGAATACATTCTGTGATAGGGAACTAATTGTGACAGAAACTTTT TGTCATCCAAGAACTTTAACCTCAAACTGCTGAACTAAAACATCTAGTGG CCAYTGGAGMCCAAAGTCTACTGAGTAAAAAACCAACAACATTGGCGACA ACAAGGAATAAAAAAAATATGKCCTGCTGCCACATTTTATATGTTGCCTC GACCTTCTGCTCCTTCAAAGGTAGTTCTTTCTGCCAATGAAAGTCAAGTT CACAAATAATGTTCCTGTTTATATATATATTGAATAAATCTGTCTCTAAT GACCAAGTTCAGTCAGATTAAAATGAAGTACATAATACAAGGTGAAGTAA GACTAATTCACTGCCTGGTATATTAATATTGACCTTGAGCAAAAAGCCAT GGAAATTTTGGAACATAAATCCTTATTTTTAATTTTTGAATGTGACTAAT AATTTTTCGATAAATCTATTTTTATTTTTTACATTAAAATTAAACAATTA TAAATATTAACACCATTTTTTCGAAAAATTACTATTTATTTTACAAAAAT GGAAAAGAGTTTCAAAAAATATAAATATTTATGTACTTCATTGGCTGTGA GCTATCGAAACATAATGCTATGTTTTTATTTTTTACTTACTATACTATTT ACGGAGTGAATTTTTAAAATTTTCTATTAAGCCTGACAATATCTCTGAGG TCTTGGTTCTACACACACATAAAAGGTAGGGTGAAGGCACTGAATAAGTT GTTATTAAAAGAACTGAAAAGCTTTGTTGATTTAAAAATATGTATCATGA TAAAAACTCATATTTATATGAAATTTATTACATATTAGGTGCAAGTCCTT CAATGGATATTTACCAAAATTATATATATTGCTATTTTTCTATTCGAATT TTACGAGTGAATGTAAGAAAATAAAGTTTTAAATGAATTACTACTTAAAT TATTTATTGAAATGGATTAAAACAGGTGGACGTTATACCTGAGTCATCAA AAAAATTGTATGCATTTTCCCTTTTTGCAGGATAAACTATCATTCTAATA AAAATAGTTTAGTAATTACAATATGTATGTAGGCTGTACTAACATCTAAC AATTCTATATTTTTAAAAAAACCTTATATATATGTTTATCAAAAAATATA GCCATAATTATGGAAAATTAACATTTTTTCAAAAACTTTGAACAATATGT GCCACCTGAAGATTAAATGTAGAGTGATGGAATTTTGTACACCTAACTTT CATACTCAAGTCAACTATTCAGCCCTATCCGTAATAGAAATTTAGAAAAG GTTGAAAATCAAACCGTTTTAATGTACATAACATACTTTAATGAAAATGA ATCAGTTTTTATTTCATTACAAATTAAATTATCAACTCTCAATAGTAATT TGTTACAAAATGTAAATTTTTGAAGAATAAATAATTTTCTATAAATTTTT AAAGACTTAAATATACATTTTTTTTGCCATTTTTTCAATGGTAGAAAATT GCAACGAATACCAAAAAACATTTAATCTTTTTCCTGTCAAAAACAAACTA ACAATGCAAAAATTGTTGCATGCGTACCAACATAATACAAAAGTAAAGTT AATAAATTGAATTAAGAACTATAAAATAACGATTCTTTTTAATCAAACCT CGTATGTACTTATATATATATATATTAATAAATTGGTAAAAAAAACATTG ATATAAAAAATAGTCGACTTGATATCAACATAATATTTGTTTTAACATAT TTAAGGTTTTAATTAGCTCAATTTTTCGAAAATATTGATTGCTTATCGTT GTCCGTCAAATATTAATATCTTTTTTGTTTCAGGGCCGTCGACTCTCTGA TTACAGTAAAAAGGGTTTGCATATAGCAAGCGGAGGAAAGAATCTCGTGA TCCAAGGAGTAAAGCGTGCTCATCGAGGAAATTATACATGTGTTGGATAT AATATAGAAGGATCTGAAGCCTCCGACCCCATCACTCTAAATATTCGATG TAAGTACATACAAATTAGAAAATACATGTACAATGTTGGGAATATAAATC CAAAGCATTTTTTAGGGAGCAAATTTATTACTTGTTCTTTGTTACCAGAA CCGTGTTTATTATTTTTTAAAGTTGTTATTGTTATTCTTTAATTCTGAAG GAGAGAACATCAAAGTATAGAGTGTCACCACAAGTTTTTTTCCTCATGAT TGACGAATAATTACACTGGTTATTTCTTTGGGAACTATAGGTGTCATGTA AGTCTCTGTTAAAACTCAAAGRCAGTGCTGCCACTCGTAGGGAATTTAAT TTGTTGTAGGGATAAGTTATATTTTTTAAGATAAAGTATTCTTTAGACCT ATCCATACGTAAGAATGTTTAACTTTTACTCGTTTCAAAAAGAAAAAATT GTTTTAATCAAACTAGGAGTGTAGATTGCTACAAAACATCATAGGTTATA AACAAGTTACAATGATTACGTTATTGAAAGACAATCTGTTTTTTCGCGGT TATAATTCCATACTTTTTTAAATCTTTCATATAAAGAAACTTCAGTAGTT TCTGATACTTTAATTTTCAATACATCACAAGAATGTGAAAGCAATCTTTC TCCAAAACAATGCCTTCAAATGAGCCTCAATAACTCTCACTTCAACAATG ATTGAATATTTATGCAAGCTGCAGATAGTTTCCCAGTGGTCAATGCTGTT GTGTGAAAAACCATTTCCCCAACATTTTTTGTACATTTGTAATTATCTGG CAAAGAAAATCTATTGTCTTATATTGTAATGCAGAAACGCCAAGTAATTT TACTCTACTAATTCTCGAAAAAAGTATGGGTAATTTTTTTCCAAGCCATT AAGATTTTCAAGAGTTTCCATGAGTTTTCCCTCCTAGTACAATGCATGGA GGTTTCTAAGAACTTTTAATTTGTTTTGCAATACTAGTAACAGTTTCAAA ACGATATTTGTAGGCTTGAGCATAACTTGAATTAACGTACTTTAAGTCAG CGTTGCTTGGATTTGATCACCGCTAACGTTATTTCTCTCAGGGTAGTGAT TGAAATATTATTTCTTAAGGCATACTCAACAGTGTTGGGATTTTTAAGAA CATAATGTGACCAGAAACCTATAGCTCCATATTTAACAATCCGACGATGC TTTCGATTTTGGCACAAAGTTAAGGGGTCAAAAAATAACAAAAAGAAAAC AAAGAAAAAATGATATTTTTTTGTTAAATGACACTGATCAAAAAATAAGA AAAAGCCGTTGCTCGATATTCCCCAATTTTTATGAAATTCTGGATTTAGC CTCAGTATATCAAACCTCAAGAATATGCAAATGACCAACAAGATCAATAA AGATGGGGCATCCAAATCATCCTAATACGGATAACTAATGTGTAACCCTT ACTTCAATAAATATTTTGGTAAATTTGTTTATGTATGCCATCGATAAGCA AATGTATCTATAATATTTTGTGAGTTGATTTTGAGTGTAAGGAAATGTAG GGACTTTTTGTGGGAGACTTTTKAAGGTAGAGTTGTGGATKAAAAATAGA GTTATRCCTGCCTATGTCGTTCCTGGATACGAAGGGGAATTAGTGTTTAT TTCATTTCTCTATTTCATTGCTTACAACTGATCTCATAGAATGTCCTAAT AGATAAACTATTCTCCTGCAAAACATTCCTCAAATTGTCAGAATCATTAT TTTTTGTTTTTATTTAAGATACTAATTTATAAAATATCGTATCAGTCAGC TTTTTTTCTTTCGCGCAGAGGAAACTTGTCATAAGGAAGATAAAGTTAAT ATATCATAAAAGGTGAAAATTCAGTGTGAAATAGGTATGTTAAATAAAAA AAAGAAACAGGTTACCCTAACAATTTGAAGAATGTTTCGTAGGAGAGAAA GAATAATACTAATGACGTTTCAGATGATCAACGAAAATCAGCTGTAACAA GAGAGGAAGGAAAAAATGATAACAAAAATTGACATTAGCTAGTATTACTC CAATGTCGACCCCACATTCTACATTGAGTCCAAGAAGAATTTACAACTAT ATTTCCGCAACAAAGTCTCTGGGTTACCCTCTGTCTTTTATGGGTCCACA CGAACGTTCAAACAGGTTTGGAATATGACTGAATCTATCTAGGAAAGAAT ATTCACTACTCAGGAATTTAATAATATTGACAAATACTAAGGGAAATAAA ATTCATTCTGTATACTACATGTATGTGTATTATCATTCCTGCGTTGATAG TTCAATGGCGTTGGATATACATACTTAGTCATTCTGCCATATTTTTAAGA TTTATACTTACTATATTAAAAAATGTGGGATCTTTCAGTATTTTTTAAAT AAAAACTGTGTCCCTGAAATAACATGTCCATAAATATAACCAACTTGGTA TTCCATTTTTTTTATTTGTGTTATTCAGCCATTATAATTCATACTTAAAT ACATTGAGACCAAAATCTTAGACAAAAAGATAAGTATATCAGAAAATAAA GAATATTTAACCCTTGAATTAAAAATCTGTAATTTATTCATCAATATCAA TTTCTAGCTATTTTAGTGTACCCTAACTATTCGTTACAAATAGACTCTAT AATTATATAATACCGTTTAAGGACTTTATTTTTGTCGTGGACATAATTTT GAAATATTAAAAGTAATTAATGTTTCCGTTACTGCAGAAAACTTAAAGCA AAATATAATTGTATAAGGATATGAGTTAGTACCATTGAATGGTATTTAAA TCAATTTGGATTACTTTAAAATGAGTATTTGAAACACTAAATTGTTTTAT TAAAAGTTAGAACTATTCCAGCTAATAAGCAATTTTATTCAAAAATAAAG AATTGACAGCATGGAGGAGAAAAGGCAAGGGGTGTTTGATTTGCTCCATG CCCAAGTGAGTCTCGAGGACATCATGAAAGTTGCAAGGTGCTATTTGAGT CTTGTTTACAAGATTAAATTGATGGTGGCTTTAGGTCATAGCCTTGAGAG ATTACCGGGGAGTGGTAGACGGCAGAAAATCGGAATTGTAGAGGACTTTG ACACATAAATCATCAGAAGRCCAGCCAATTCGATAACACATCATTCCAAG ACTCTCAATGTCAGTGGTTGGACTATTTGGAGACATGTGAAGAATTTGGA GTAGGCTTCTCATGTATGACGGCATTGGCAATTGCTTTCAACAGTAACCA ATCCCAATCGGGTTAAAAGTGGTCAGAAATTTTTGATTTGATTTAAACAC AATGCTATCGTTTTGGCAACCCTCCTCTGTTCCCCCCGTCTATTACGCCA TTTGGAGTATATTCTAGATGAGAGCCTGTGCTACCCCTTACCAAAATTAG GTGACTACAAGGCTTTGGACAATAAACAGTATGGGAGGGAGGAATCAAGA AGTGATGCGTCTCGTTTAGGCCCTGGTTGGAGGCCATAGTATCACCCAAA AGAAATCATTTAACAAAATAGAAAGATATATCAATAAAGGAGTCTGTGAT TAATTAGAGTTCGAGAAGTTGAGTTGAACACTTTTATGCTAAAGGCTTTG GGTTAGAAATGAATAGTTGAAATAAGCATTTTATATGTTTACCTGAAACA CGCATTTTATATGTTTACCTGAAACATTTTGCTGTAACCCCCTTTAAGAC CTCAAAACTCAGAGTTACATCTGAGGTAGTTGACTCNTTTATAATACCAC ATACTGTATGTTAGTAAAGCCTGCTTTCTCATGAAAATTTGTATAAATAT ATACATTGCAGAATAATTGTAACATCGACAGTATTGACTTTTATTTAATC CATTAATGTTTAATAATTATGTTTTGTTCATAACAAAACATTTTCAATGG TTTTTTTTACTTGTTATTTAATTAGATTTTTAGTTAATCCCATGCCAAAT GTAATCAAACAATCTATTGCTGAAGTGAAATATGAAAAAAACAAAAACAT ATTAGCATACATATTCATTCTAATTGATTGATTATTTATGATGCATGACT TATCAAAGTCAATCTTGAMTATCGACTATAGTTTTTGGTATGATTAATAA TTTAATATGACATAGTTAGCAACAACAACAATACAGTTTAGGATTTAATT TTTCTAACAAAATTTAATTAAATAATGACGATTAACATCTTTTAACCTCA AAAAACATAAAAATGACTTTATAACCGAACATATCTAGTTTTATAGCCTA CAGTGTGCGTTAACAACTTAAATCCCAACAATTAGAGCTCTATGATGCAG CTATTACTTGCAATCAATGCTGGATTAAAATACAGAAATTGTTCCATTTT CAAAAGCTGTAGTTGCTTTGCAATGGAGTCAACATAAAACAACATGAGGG AGGGGGGGATAGGGCAAGGGATTGATGATCTTTTCCTCGTACATTACTCT GTAAAGGAGGTCGTAGACATTGTGAATTACTTTGTTGCTCTTGTTCGTAA AGTTCATAGGGCGAGACCCTTTTCAGGAAGACAAGAATTGGAGGACAAAA CAAAAGTGTCACTAATGACTTCTTGACCGGTATGGCCTTTGAAATTGAAG CCAAGAAGTACAGGATGCGATAATACAAGTTTTGATGTTCTGGTTGGATG CCAACTACTCCAAAGGCAATTACTCTTTGCAACAAGACTCAGCACCTAGC TATAATACAATAACCAAATCAAGATTGGTTCAAGAAAAACTCACCGATTT CTGGCCTCTACAGGCCCCATCATTACCGGACTGCTCATCGCTGGATTACA GAATACGAATCTTCATGGACAGCAAAGTCAGAAAAGTCCCCATCGAAATA TGGATTCCCTACATACCTTGATTAAAAAGGAGTGCGCTGATATGTTCGAT GACTACGTCATCAATGTATATAAGGCATGAAGGCTCATACTTGAAGCCAT GGTGGCTACATAAGGAGGATATCAGGAGAAATAACTATTAATATTATAAG CCAGGTAAAATAAAAATAAAAATAATCCTGATGCATGTTGTTCTAAAGGA AGTTTATTTCTATTTTCTAACAAAAGGAGTACAATTTGCTAACGCACACT GTACAAAATGTTTTTTGGAGGAAAAAACTTGCCAAAATCTACATAATATA GTGTTATCTTTATCATTGAAATATCTAAATAAAAGAAAGTATAATAAAAT ATAAATTGTAGATACATTTTTTCCGATTCAAAAAATTTAACAATTCTTTT TGTTTCTTTTTTTTAATCACAAAAAAACAACCTTGGAAGAACAAAACATG ACAAAAAATGAATTTTATTATAAAGAGAATAAAATAAATTCCTCATTTTG GATAAAAGTCCTAGTTTGTTGTAAAGTGAAGACATACAACTTCATAATAC AAACATGCAACTTAAAAATAAATATTTCAAAACTTATAAAAGATTTGTAA AATAATCTTTTTAGTATATTGATATATCCATCAAGGTGTATTGATGATAT TCAAAATATTATTCCCTGTAGACCTCAAAAAAATCAATTTTGGACAATAA ATGTTATTTTTATATTTCTTACGGTAATATGCAGTCAGAAGAACANNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGATACAAAAGTTTTTTT AAAAGTAACCTATTCTGAACAACAGTTTTTTCCCTTCCGTAAATGACATT TTATATACGAAAAATGTAGTAATACATTATCCATATAAGAACAATTTTTA ATCCTATAAAATTACATATATTACATAAAATTCAACAACTTCAAATATAT TCATTCATAAATAGGATGTAGAGCGTTTTCTTAACTTGCCTTTCCCTTAT GTATCCTTCATAGTAACTATTCAGCTCTTGAAAGAAACATTATTTCGCTG TCTCAAAGGAAAATCACTGATTATATCAAATTACAACATCAAAAAATATG AATTATTTAATTTATTTATATTATTACAAATTGTAGTTATTTTTTAAAAG AAAAATCTAATTGTGAATGCACTTCGAATAAAATAAACATTTTTGTTGGT ATATATGTTCTGCTTATTTATGGAAATGATTATGCATATAAATTTAGGAA TATGATATTTATCAGTTTGAAATTAACAAATATTTCCTTGAATAATTAAA GGTACGTTAGACAAGAAAGTACTAAATTAATGAACATACTTAAATTTGAT TTATGAAGGATTGCAGAATTCAAAGTCTGTCATAAATTAGTTATTAAGAT AGATTATAATATTTACGTGGCTTTAAATTTTGTGTAATAAAGAAATTATG CAAAACTTGTCAATCAATTAATGTTTTCTACTAAAATTAGTTTTTTTTAA ATTAAGAAATTGTTAGGAGTAGTATTTTTAAATTCTTACCAATATTTTTG CTTTTCAATACCTAATATATTTATACAGACATGCCTGATTATAATAATGT GCATTTTTTTATATCATTTTATGAACCGTTTATGTATTTATAATTTATAT AATTATATCAAGAGTACTCAGCATTGCTCTAATTTATTCAGTGTCAACAA ACAGACAAAAATATATACATACTTTACGTAAAAAATATAATAGCGGTAGT ACCCGGCATTATTCAGAGTTATTATGCATCGACAAGAAATCAAACTTTGT TTTTGTAAGATAGAAGATAACTCCCCAAGAAAGTATCATTGTTACTCTTG GCTTTTCATTCGCAGTCTCACAAGTAGTTACTCTATACTTAGATGTTCTT TCCTCAAAAATAAAGMSTAATGATAACAGCTTTAGAAATTGAATGTTTAG GTTGCCAACAATCTAAAATCATTGCTCGCTATAAAATGCTTAGAATTCAC GACTATAAATATATATACTCCTGTTTATCTAAAAACCCTCGTTTTTTAAA CATAATTATTATGACAATGAACAACATTTATTATACACATATATACAGGG AGCGGGGATCAGATTGTCGCCTACTTTAAGCCTTGATAACTTGAAGACAA CATTATCAAATAATAAACCAATTACCAAATAGGAAAGCTATTCTTTTCAG CTGACGATMCGTAGTTCAGTTAGCATCATGCCGTCATMATATGAAGAGAW AAAGAGYTATAAGTGGANSGRGGAGYTTTSGAGGYCCGCCGTAGTCATGG CATAGGTTAATAATGGAGGTGAAATCTCCAATTCAACGATTGCTTCAACC TTAGGAGTGAATTTACGGACTGTTCAGCGTATCCGTAAGAAGCTAGATGG CACCTGGGATGTTGATGCCACCANNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTAATCGAGAACT GTTATGACGTTGTAACCAAGGATTTGTGGCCTCCTAACTCTCCCGACCTT AATCCTTTGGACTATTTTGTCGGGGGCTATGTCGAGAGACATACCAACAG ACATCCCCATAGCACCAAGGCCAGCCTGATGGACTTCATCAAGGAGGTAT TCGGCAACATGGACAATGAGTAGGTCAGAAGAGCCTGCAGCCGGTTCAGA GGCCGTATTGAAGTCGTTATTGATTCCAACGGTGATTATATCGAATGAAT GGCTAMTCTATACCTATATGCTTGTCATAGTTTTAATTGTAAATAAAAAA GTTAAAAAATGTATATTCTGTGTTATTTTTTGTAGAAAAATATTTTGGCG ACAATTTGATCCCCGCTCCCTTTATATGTACGTAGCACTTTCCTTTTTAT TTTTTTTCTTACTATGGCGTGTAGAGCTTTAGCTACACACACTCGTTGCT ACAATGTTATTTTCTTGGATCAACTAGTCATGAAATTCTAGCATATGAAA TGCACACTAAAAAAAAAGGCATCGATAGATTAGAATACTTTTCTTTATTA ATATAGATTACATTTTATTTATTCACAAGTAAACATATACAACAAATAAA TGAATTCGCCACTCATTTAGACTAATTATAACATGAATAAAGTACAATTA AAATATGTTAAAAGTGTAGACAAAGGGATTTTTAAAGAAACAGATCTAAA CTTCAGTTGACTTAAATAAGTTCATATAATGTAAATATTAGAGAAAACAT AACTAGCTTCTTGTTCAAAACTTTTATTTACTCAACGGTAGTTGTATATG TACACGGTGTAGCTTATCAAGAATTTGTTCAAATAGAAAGGTGATATAAA TATATATAATTTACAAGTATGAAACTTCATTATATGTATAACATCTGGTC TTTACTCACATATTGGATTAAACTTCTTATTCTCATAAGTATGTAAATTA TTAGGTCATCAATTTTCAGAAATGTGATTATCTCTGTCTTTATTCAATCA TTTTAAATTTTTACTTATGTCCTCACCTTTAACTAATATAGGATTAAATG AGATTTAAAAAAAAGCTTAAAACGATTACATTAGTAAAATATTTTGTGTT GTTAACATTTTGTAAAGCGTATTTTCTCTACATTTTCGTAGACTGCATTC CATGGTTTCTTTTAAAGAGTTAGTTTTATATATATATATAAACAAAAAAA CTCACTTTATATTCAAAGTATCATTTGCCTTTAGTGGTATTTGAACAAGA CCAATTTTCCCTCTTACCTTTTCATTTATAATTTTTAGGGTAATTAATAG TAGAATAACCTAACTTAAAAATAATTAAATAAAATATTTATTTAAAAATC TGGCCCGTCAATACAAAAACAAAGTATAATAATTTTATCGCAAAATTAAG TGTGGACTATATTCGTATTCTTCGAGAGATTATCATATATTTTGATTTAC ATAATTATACTTTTTTAATAAAAGAATGAAAAGTTAATATATTGTTTTGA AGGATCCATATTCGGCCAATATAATATTTTATAGGAAATAAAAATATTGA ACTAAAGCAAAAATCCTTGGAAATCATAACTTATTCCATAGTTTTGAATA CAAGTTCTATAATTGACTCAATTAAGTCAATAAAATATTGGGATATATGT ATATTTGAAAAAAAAAAAAAAAAATTGCTTTTTGTTCAAGATTGTTTTTA TATTGAGAAACAACTTATATCTACCCTTTGCCGTAAAATAAGGAAAAAAA AAGAAGAAAAAGATCAATGAACTCTTGTGTAAGTAGATGTTATTTGTTCT CCCTTGTGATTGATAAAGCAAAATGATTGATGTTGCTCTTACATTAAATT GACAAAATAAAGTCAAAATGGATGATGGCTAATTAATGACAGTTTATTTA AAGAAATTATGACTGAGGAATTGACTCAAATTTCGACAAATTATGTACAT TGCACATACATTACAAGTTATGGATTTATTTATTGCAAATGGAGTTCTTC TGTTTATGTATCTATTGTTGTATGCATTACCATTACTTTTAATATGAGGG GTCCATCAATATTTGATTCTTTGTCGATGCTGAATTAATTAATTATTTAC CTACCATAAGGTACAATTCAATGAATGAATTTACTTTATGTAAGTACACA CTCTAAAATATATTTTTCCACTATAATTATAACATGAAAGTAAATGGATT TAATGTTTATAGTTAATAACTTTTTTCTGTAACAATTTATAAATTGAGAA AAATTATATTTTATTCATACTTTATAAGAAGATGCAATAACTTCTACCTT CATCGAACATACAATACTTAATTTTGTGTTTCAAAATAATTTGTAAATGA AACATTTCAAGACTCAACCCTAACATATAACTAGCTAAAGTATGGCGCGA TTTTAAAAGGTATTTCCTTCTCACTATAAAATTCTGAACTAAAAAAACAA CTTCTAACCACATACATACTAATTCAGTCATCCATTTATTTAAAATCAAT TAACTGTCGAAAGTATTTGTTGAAAGACACCAAGAGAGCGTTTTGATAGA AAAATAAAGAAAAAATACTGAATGACTATTTTTTTTTAATCATGGCTATA TATCGTTGCATATATCTGTAAAAACGCAGTGCAAATATGCTACCTCATAG CCCACGATGGATTGCTTCCTACTTTGTTTAATGGTTGTCATAAAAGTAGG TATTTAGTGATATGGCTGTAATTCGATTAAATAAATGATGAACTAAGTTT TATATCAAAAAGGTTATAAAATTTATATTGAAAGATCTCCTCTTCAAAAT GTTATATAAAACGATTAATTGAATTTCACAATATTTTTTTTTATTTCAAG TTAATCGAATCTTATCATTATAGTATTTTTATTTTTTATTTTGTAGTAAA ATAAATTGGTACTATCAGGTGAATATTTTGCAAATTTATAATTGGTTCAT ATTTTTAAATATAAAATAAGATAAAAAACGAACATAAAAAAGCTATAAAA TTATATAGGAGAGCCAATCTTTTTTCTCTACTTAAATAAATTAAAAACCA TTATAGGACTTGAGTTCTCATTTGCACATCAAAATCTATTGAATTTTTAT TAATCCAGCCAGTTAAATGGAGTAATAATTTGGAAGAGGAAATTTTAAAT AAATAGTTAAAAAAAATGAAAAAAAATCCGTCGGAGTATTTAAAAAAAAA TTTACAACGACAAATTTTTGTTATTTCAGATATTAAATCATCCATCACAA TTTGACAGTTTTGAACAGAATTCATTTTTGCTACATTATATATTTGCACA AATAATGTCATATTCAATGGGAGGGATTTGTCGTTGTTGAAGCATACTAT TGATACKGTTAATACGATAAGATCATCTTGACAAAAAAACAACGTATTTC AGAACAGTTTTTTTTTTCATGACCTATAAATATATTTATAACTTTTCATC TATATTTAATCTCGTATAAAATTGTGTATTGAATTCAGACATTTTTTTCC TTATAGATTTAAAGGGTACTTAGTTTGACTAAAAATTTATCTGACAGAAT AATTAACTTTTGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNTCTTCCTTGTACTGCAAAAGTTTATCTCCATAGA CGTGCCGTGCTCTCAGCACACGCACCGGAGAAAGGAGGACAATACTCCTC ATAAAGGTTTTAAGGACCCAAGCACCTTGCTCGTCCCTGGGAGAAATAAC ATTCACCCTTGNNNNNNNNNNNAATCTCGTATAAAATTGTGTAATTGAAT TCAGACATTTTTTTCCTTATAGATTTAAAGGGTACTTAGTTTGACTAAAA ATTTATCTGACAGAATAATTAACTTTTGTAGCTGTGATACTATCCAGGTG GTAACAAAAAGAAAAACTCACATTAGATTCAATTTTACATATATATATAT TTAGAAATAAAGTTTCAATTAAATATCTGCGTTTGAATATTGTGAACATG AATGATTTGTAACCTTCTAAATAAACATAGTATTTAAACTATCAATTACA AAGACTCTATAATGTGAAAAAGTGCATAACATTTTTTAATATACCTCTTA TTATCCATTAAATTATATTCAGCACTAAAGTAAGGGTATCATTATAATTT TCTGAAGAATTATCTGGATTGCACACCTAACATTTATAATATATGAATTC TGATATATATTTGAATATTTCCCTGTATAAGCTTTATTTAGTAATAAATA TTCCATAATATATATTGACCAAAGAAAAAACAACATTTTTAAAATATTGG AACCTTAATACAACAATAATCCTATATGCTCCTAGTTCTTTTTATAACCC ATCCATAGATATATTTAAAATCATCCTTTAATGCACGTTTGAAACTTTGA AAAAGGAAATATTTTCAAATAATTAAGCAATCCAAAAAACTTACACATTA TTTATCTGTCAGGTAAATCATTCGTAGATTATTCTATATCAGAAGAAACA TCCCGTATTTAAAATGTAATATGGATTTGTAAAGAAGTATGCGATTGGAA ATTTCAAATTTCACACATTTTATTCGACAAAGTTACATGGACCATTCTAT TATTGCAAGACTTAGCTTTTGAGTTTTGTTTGTCTATTGTATAATTTAAT AATAATAATGAATTAACCAAAAATCTACTTTTTGATTAAATAATCTTTAA TTTTTTACTGCAAGTCGGATCGGGTTACATAATTTAATAGAAAGGAACCT GCAGGCTCTAAAAAACAATCCACACAGTTAGAGAAAACAGAATGAGAATT TAGAATATATGTTTCTGTAAGATTTTAAAGTTTGGTAATTTTTCTAAAAA TATATAGAACTACTTTTAAATTCCACAGTATTTATTATTTACTACTAAGA TCCCCCTCAAAGAAAATTTCCGTAGTTATGAAATACTTTACACCAAACTA CACTGTGGAATGCAAATCATGCTTCTTTTCACTAAACCTATTTAAGTTTT AAAGAAAGTAAACATAGTTTTGCTTTGAAACTTTTATCATTCATTTATAC ACACATATATAATTTATTGGCCTCCATTGGCACCAACTATGTCCTTAATT CAAGGATTGAACACCTTCCACCTGTTTTTGACCAATTTAAAGGACATATA GTCTTATTTCTTTTCAATAGAAGTCTACAACACTTGAGTACAAGGTCGTA CGTGCCTTCTTCTCGACAGCTCCCCAGATAACATAGTTCAAAGTATTACA GTATGGGCGGGAGKATGGAAGTATTATCTAAGACCAAAAGTCGGCCAAGT TTTTGATAAACCATGTCTAGGTGTCTTTGCCCTTTTGCCCGGGTACCGAG TCCTGATGCCAAAAATAATTACACTGAGAATATTTTTACTTCCCCCACAG TCAAAACCACCATTATTAAGACCTCTAAGTAGTCTTTGCGCCCTTTTTGA GGCTTATAGGGAAACAATAATCATGACAGAGGCAAATCTGAACCAGACAT TCCACCAAGTCCTGGGTCCTCAATATTCAGTCAGGAAAAATATCAGAGAG CAATACAAGCAATCTAAGAGTATCCCATTTCCGGTGCCAAGAAAAGCTGA TGCTTCCTCTAGCTTCCATCTCGGAAATGGTTGGGCAAATTAAAGTTATT TATTGCAAAAGTTTTTTATTTATATTTGTAGATAACTCTTGAAGAAAGTA ATTCTTCAGAGCATTTTAATTATTCTCACTGGAAACTTTTAAACTAATTT TCTCAATTTGCTTTCTCACTCGGTATATTAATTTAGAAATATATTTATAA ATATTTTATATGAAGTTGAATGGATTCACATAGAAAGACTGAAGGAGGTT TTTTTCTGTATCTATGTTAGAATATAAAAAGGTAATACAACTTTTTCTCA GAAACTGAATGCTGTAATTGAAGGAAATTTATTTGGGGTGACTTATGTAA AATAATATAAACTTATGAAAGAAAAATGAGAACGGAAGTATTAGCATTAT TTACATTGGAAATGTATTATTTTGGTTGGAACTCTTTTAATTTCAAATAA CCTAATGGATTATAATTTTTTTTTCGTATGAGATAGGGTTATAAAGACAA AATAACAGGTTGCTTTCAGAATATAGCACATCGGATATCTCTTGAGATTA AAGCTTATAAATATTACAAAATGTAATGTTAGAGCGTTACCATCAGTATA TTAAATATGTATGAACACACTCGCTATATTTTTTCTTCAAAAATATTTCA CTTTCTATTCTTGTGTGTTTTATTTTTAAGAAACTTGATCAGTTTTTCCT TCGATTAATTACATATTCCATATGATAATTTAACTTATTGCAATAATTGG CCTATTAATATCTAACACTTAATTCTACTACCTCAATTATTGAAAATGTA GAAAGATATAACGACTTGAGATATCAATAGTTTATAATTGATGATCACAC CTACCTCACTATGTAGATTACAAAAAGTTTGGGTAGAAAGTTCTTTACCA CAGAAAATTATGTACAAAATGCAATTAAAATTTTTAGGCACAAATACACA ACATAAATTAAACTTTTTGCTCTTATAATGAAAAATCGTTTCAATTAAAA ACAAATGACTCTTTTTGACTAATATTTGTTTTAAAAAAGTTTAAAAATTA AAAATCAATAATTGTCATAAAAAAAGTCAAAGAAAAATGTTTAAAGAAGC TTTTCGTATCGTGCATGGCCCGCAGTATGTAGTTCTTAAAGCGAAAATAA AATGTTACATATTTTTGGGAGTAATAGCATTGGGGATATAGTTTAGTGCT GTTACAATATTAATCAATCTATATCTATATATATTTTTTATTAAATTACA GTTCTCATAACACTATCCAACAAAATCACATTTCATTAAAAGCACTAGAA ACGTATGTCTCAATTTAATAAAGTTTGATCCCTTGATTCCAAATAAGAAA TATGGCATTATTTTTTTTTTCCATTTTTGGCCATTTTGAGGTTTAAAGCT TTTGTAAGCGCTTTGTGTTGAAGATAGGGATACATTATGATAATATATTT TAAAACCCAATGTTGAAAATTCTAAAACTATTTTTAGAGATATATCATAT AGCGATAATAATCGTTATTTATATAAATTGTAAAAAGTTTTCAATACATA AAATTAGGAAATCAACATGTAACTTTGACAAAAAATCTGTGTCTGCTAAA TAATACACACGATTAACATCACTACATATAACTCTCAAACGAATTATATG CTTTTATCTACGTCATTCACGAACACTCACACACATGATTACAATATAAA ATTATGTGCTCTCTCTTCAGGAATGGAAGAATAATGTTTACAGCTTTTTT AAAAAGAAAAACAATGTTCAGATTGCCAACTACAAAAGCCTAGCACACTA AAAAATGCTTACTATTTACAATTTCATAATTGTAAAATCATTATTGTAGA TAAAAGATTCATGTTTACCATTTATGTGGAATGGTTGTATTTTATCCTGA ACAACACATAAATAAACCTATTATATACAATTTAATAGTGTGTGTTGTCA TTTTCTCCCATCAGCAAAAAAATAACTCAAGACTGAACTTAGTGTCCCTC TATAATGATTAGAATTTATGTTATTTATATATAAATGATATATATTTCAT AAGTATCTTAAGATAGTTATTCAATTGCTTTACTATTAATTGGCAAATGT ATAATGCCAAATACTTTTTGTGTGGGTTTCCCTCTCAGAAAACGACACAA TAATTGTAAAACTTATAAAACAACGTAGCTCAATAGACAACAAGTTCAGT TATATGTTATTCTCTTGAACTCTATGTGCGTAAGTTAACTACCCGGTTGT TCCTAGAGAAGACCATTTACTTTATGCATATGGACATTAAAGACATATGG AGTAAATGTAATACTCTAATAATTATTATACTTAATTAGTTCAACACCAT CTGAATAATTAAATAAACATGAAAAAAAGTAGAGAATAATCTTAATTTTA TGTTTTTTAAAGAATTCAATGTGTTTATGATAAATTTATTTATTTATACA TATAATATTTAAAAAAGTAATCGGAACTTTAACAAAATTGGAGTTTTAAG TTACTAAAAATGAAAACTCACTAAAATATTTAAGAAATCTTAAAAAATAT AATACGCTTAAGATTATCCTTTATAAAGACAGTTTTTGAATGTACATTAT AATCCATTACTTTGTATAATTGCTATAAATAAAAATGCATCTTTTAGACT CACATTAATAGTTCATCTGTTGTAAGAAGACAAATTCTTTGTCAGCACTT ATCTGAGATATTTGCTTGAAAATAAATTATTTTTAACATAAGTTAGAAAA TCTATTTTTTTAATGTTTTGATAAAAAAATTGCATCATTACTCTGGAAAA GATTTTTTTAAACCTACATTGATAGGAAATTAATTAATAGACTTATTAAT AGTTTTTTAGAATCTATGTTTTTTTATGGAAAAATTTTAAGGGCTATATC TACAGAAATAAAATTAACAAGCCCTTTACTCTTCATGCAGGTATATGCTG TATGCACTCATGTCTAGAGTTGTAAATTTTATGCATTTTTTTGTGCGAGT TTTTTGGTGTTGGCAATTGAAGAAGTATTTTTTTTTCCCTAAAAGATTCT ATAATTAAACTAATTATTAAGTATCAAGTAACCACTAGTCTTATATTCAT AAATGAATCTTTCAAAACATTGAAGATTAACATAGGTGTTTAAAGTATAA GTTCATCTTTGACTCAGAGTGGAATTGAGGATTGGCATCGGTATAATTCT TGCCCATTTCTTTGCTTGATACAGAGTGGGACTTGTATTTATTTTCTTCC TTTTATAGATGCTTAAGTTTTATTGTTGGAACCTAGACAGACTGCAGCCC ATGTATGGGAAAGAGGTTCAATAGAACCATTAGATATATCAGAGAACATC ATCACCCACTTATAAAGACAACTGTTTTCTACTCTTTGTCCACTCTTTGT TCATTTTTCCTAAGCATGTTGTCCACTTAATTAGGTTGTTTTATTTTCCC ATACATTCTTCAAACTCTCAGGGTTACCGTTTAATTTTTTTGTTTCTTTT TGTTTTTTACATATTTTAAAATTTACTACTGTACCTACGTGTAAAGTTTA TACAGTATAAAAATATATGTACTCTCATATTCATATCAAAATAATGTTTT TGTATTTTATATTTTCAGACAAACCAGAATGTGTTATTTCGCAAATTAAA GTGTTGGGCATCGTACAACATCAAGAATCCAAGGTAAAAACATTCTCATT AAATATAACACGAGAAAATAATTACTTATTTAAAATATAAGTGATTTTTT TTTTTAGAAAAAGCTCAATCCAAAAAAGATGTATTGAATGAAAAATCCTT TTACTTTAAATACATTCTTTCCTTCTTTAAACGTATTGTTCAACATAAAA GAGGATGAGTTTTACTCCCTTGATTATGACCTCCTTATTTAATACTTTTT GAAAAAGAATGTAGTTAAGAGGAACCGCAATTTGTTTTTCCGTATTCAAT AGTACATATATTTGTATTAAAACCTTATAGAACCTAGTAGTATAGAACGC CGTTGACAATTGTCCTGGAGACGCCCAGCTGCTTGAGTACGCTTATATAA ATTCGTCGATCACATTCAGGTGTCATTTTCTTGAATTGTACGTCGGCTAA ATTTTGTTTCGTAACTAATTGTTTATACTTAAATATCTCAACTTTAATTA AATATTGAATTTATAATTGTTTAAATTTCAATAAACCACCCGATAAATCT AAACAGATAGTGTCATTACATTAGATTTGTCTTCAATTTAAGTCGAGTTA CTGTTTTAAGGTCATAGGTATAGAGCTAGGTCACATAAGTATATACACAT GAATTTTAATAAATGCTTATTAATGAAATATATAAAAATAGTACTCAGCA ATTCCTTATTCTTTGTTTAATATCAGGTATACTGTAGAAGTTTGCACGCA CATAATACTTTCTCTAAATAAGAGACAGCGATAGTAGAAAGTAGAAATTG AATCCTCATAACCTTTTAATAGAAGAGAAAATACTTTGCTAAGAATATTG AAGAATATACTTTTGGTGCCATTTTCCTTCAGTTGCATAAAATAACATAA TTATGTTTGTAAATACTATTTTAATCCTCATGCGTGTAAATAAAAAAATA TATGTTGGCAGTTTTGATAGACAACATATCAGTTGACATAGATTAAAATA AATCTATGGTCCATAGTACTCCATAGTTCGAAATATATGAGCTTTTTCTT AAATGTTTGTACTTAATAAATTTAAAAAAAATTGATTCACAATAAAACAA AATTATTTGAATTTTAAAGCTTTTTCATTTCAATCTTTCCTGATTGCTTT TTCACTGATTTTAATCTTGCAATGCATTGAGATGGATGGATCAAACAATA TTTTACTTTTCAAACTGGCGTTTAAGTCGGAATCTCTCTTTATATTCTGC TCTCCAACTCCAACTTGAATAAGAAAACAGATGTTTTTTGTTGATGACCT TATTTCGATTATAGATACTATTTAAATGGACGTCTAAAATCTTGGAGAGG TCTTTCTTAGTAATTCCCATATTAAGAAGGTCTGAGATTCTTTTTTGTTT GCTTTCTGCTCGAACATAATTCAACAATAGAAAATAATGCATTAAAATAA ATTAAATAAAAAACTTTAGGTCTACATAAAGATATCCTTTGACCCGTTAG ACTTAAGGAACTAGAAACAATGTTATCTTAATTGTTTAGTAACAAAAGCT TACTCTCTCTCTCTACATATTTAAAAAAAAAGAACTGAACTCACTGTGAG AGAATAACTCAGAATGATTAAAACTTCCAAATACTTAAAATAAAAGTATG AACCTCTTTAATCCCTCAAATATGTTCAGTTCAATTAACATTAAGTAAAT GAGAGTAACCATAAAAATGGAATTGTACAATGTATGTGAAGTAAAAGTTC AAATTTTTATTCTTGTATAATTTCATTCTGAGTCTATGTGGCTCATAAAA TTTATTTATTTTATAGCCTATATTCAACGTACTTATGTACAAAAGAGAAA TACATAAGTACTTATACATGTTTTAACACGAAAAATATCTATATATAACT CTGTATCAGGCAAGGGGATAGACAGAGTTAACTCTCAAGCAGTATTTTGA TCATTGCAGGCGATGGGTACAAAAAGTTCCCTAGTCCGAGATACAAAAAC TCTTTTGAGGTCGTCAGCTCGTGAGGTCTTTCTCTCCGTCTGCTGACTAA AAGGTCTCAGTAATGTCATGGGAAATAGGTGGCTGATATGCTAGCCAAAG CTGGAGCTCAAGATGAACCTCCTACCCGAATTATTGGTATACCTCGGCTA TCTCTTAAGGAAAAGATCTCTGCCCATTACATTGATAGATGGCAGGCACT TTGGTTGAACTTTGACTATTGACGTCAAAGCCATGTGATACTCCCAAAAG TTAGACTTTGGAGGTGGAAGCATCCTTTGAATTTTTCAAAATAAAAATTG AGCTCCTTGGATCAATTGACCACTGGGTATTGCCTTACGCCACCACTATC ACCTTATGCACCATGAAGTTAGCCCACTATGTTGTGGGGGGTGAGATAAG AGATGAAGGACCACTTCATCTGGTTTATGAATATCCTAAATTTATGATTG AGCGGAGACAGTTTTTATACAGTATTTGACCTTTTCAAGGATAATCTGTC TCCAACCTTTCCAGTTTCTTAATGAATTCATATGTCGGGCGCTGGCGGAA AAATGCACCATACCTAGAACATCATTAGGACGGACTGAAGTGGGATACCT AACCTGGCTAACTATTTCGAGGGTACATCAAGTTAATGTTATTTTATATT GTGCCCGTAAGTTTGTATGTTTTTATATGATGTGTAGCATTAAATGTTTT CTTTAGTCACTCCGATGTCGATATTCAATTCTACTCCATGTCCATCATGT ACTTAGACTTAAAATTATCCTTGTATTCATAAGTGTTACTTACTTTTATT TTTGACCACACACAGTCTTGATTACTCTTTATTCTTAGATGTTATCTCCT CAATGAAAGAAAGAATAAAGATCATGAAGGGTGGGGTCAAACTGGTGCCT TTGAGTTTTTAGTTTATAACTCTTGAGATACAAAAGTTATGTAACTTTCT ATTCAATACTGGAGGGATTGCATCACAATCTTCTGGATACATTAACTTTT ACATGGCGTATGGGGTTGCAGAGGAAAAACCACTCCGAACTACCTTGTTT AAATAATATATCTTTTTTTTTTTCTATATAAAGACTTTTTTCGTTTAGAG AAGTTACACATATAAATAAACATTTTAGTTTACAATTAAAACCCTAAACT AAAGAACTAAAGTCATTACAGCAGTTAATTAGCACGGTGAGTCAAACGAT AATTAAAATATTCTGTTTATCACATTTCATAAAAATCCTCAATAAAATTA GTAAAATGATCATGTAGAAAACAAATGAATAAAAGTTATCAAAATCATAC GACTAAAAAAAAACGTAGGATGGAGACAAAAAGACAACCATTAAGCATTG GATGAACTAAACTTTTTAAACTGACAGTGGATGTGTATTAGACGACGAAG AAACGTCATATTGTCTTTCGAACCATATGGGTAGTAGAGTATCAATCCCC CGTGTACTTCCACGTTAGATTAGAAGAATCTGGAATTTTAATGGCAAAGA CAGAGTATCTTGCAGGAGTTGAAATAAAAATAGCTCTAAATTCTTCATTT TGGATAGGGACGCCTTCTGTCAGCTTCTCTGCTATCCCACTTCTACAGCT CGAGAGATCCAAGTCTATGGCACGAGATTTTGTAGGAGCACTCCACATAT TTGAAGTGACCCCGAATAAAAGAATAGCAATCACGAATTTATCACTTATT CCTGCTATGTTAAGCAATATGAATTATTATTCATGTTTTTGCTGACTGTC AGTGAAGGACAGTCAGCAAAAACATGAATAATAATTTTCCACGGTCCTTG CAAGGAGCATTGAAGAATATACATCCTGACGATATTTGAAGTTGCGAAGT GAATCGCTTTCCATCTTTTACTTTTAAAATTGAACCCATGATTCTCTTCT TCCACGACATGGGCAGACCCAATATTTTTAAAAACTTGTCGCAAATTTTG TCAGCTTCCTCCTTATAGGTTTTTAAAATAAAACTTCTTTTTAGAATTCT GTTGCACCACATTAATGGTGGAAGTGGATGAAAATGACGGTGTMCCTTTC CAAATAATCCTATGTGCTGCCACTAAAGATGGAGATAATTCCACCAAGTG ATCATTTATAAAATTTCTTCCCAGCATAACCCATGTGTACATCAGGTTTG AGGAAATAGTACCTATCCACTCAGTCTCTGGATGTTTTGAAAGGTCAATT AGAACTTTTTGATAGGCCTTTGGTGGTATTCTTGAGAGCAGAGATACTCC TCCACTTATAAGAGATCAAGGTCGTTTGAGTGAGGGAAATAGATCCTATG AAAAAACATATTAAGCCAGGAGTCTTCTTCTACAATTGCTCTCTCATTTA AGTGTCAGTAAAGAACGTCAGTGTTAAATCAATTCGAAGATTATGGTTGC AGTCGTCATTGCATGGGGTAATGTCGGTATTAAATCGCTGGAGCGTTGAT GTTTCTGCTACTCAGGCCTGTATGAGCTATACAAATGATCTCCTTACTCC ATCTGAGAAACGTATCGAGTACTAACAGGAACACTGGAGGTATCAGGATA CCTATCCGATAACCTTAATTGCTATTTCTACAATTCAGAAAGAGAGACAT CTTCACACCTTCAGCAAGAGATCCTTGTTTTAAAATCTATTTACTCTACT GTTAGACAGCTGGTGAAGGAACGCTTTGGAGTCTCAGTTAGTAAAATGAT TTTTCCACACTAACTTATAACAAAAAAATACATCATCACACAGTGATTGT GAAAATTCAATTATAATGTATCTATGGCATGAAAGTATCCAGCTCCAAGC TTGACAGAAGTGTGATAAATATTTCAAGAAACTATATTGACATTTTAAAT ACAATTAGCTTAAATCTCGAATATTTAAAAAAAAGATTTGTGTGTGTTTT AAGTGTTTTAATTAAGCTATTGTCGCATTTCGTAATATGTTTAAAGTCTT TCAGAATCTCTGAAATAAATTTTAGTTATTGAAAAAAAAAAGCTTTATAT TTAATGCTTTCATGTATAAGTAGAAAAATACTATCATTTAATGAGGATAA ATTTTTAGTAATACTGTATAAAAGGTCTATAAAAGCTATTTCTCAATTTG GAACCCTAAACTCAATCAAAAACTATTTACTTGAGGAGTATAATGCTGTT ACACCTTTTTTACAGTTAATTTTTTTTTAAATATAGCTTAGATTTCGTAC AGCTCAATATCACCTCCATGAGTCTTAAAATTGGGCTCTAAAATTGGCTT AGAGGGAGAACATGACCTTCTGACCAATTCTTTGTTCATATTGTCCAAAA TTTAATTAATAGAGACTTTTAGGACCTCAGTGTTTGGGTGGCGTTAGCCA CAGGCCTGGCTCTCCTCATGTGCTAAAGCTCAACAGGTACATAGGAACCA CATCAAGGGCATCTTGACCGGCTTTGATGCTACAAATCCCACACTCCTAA CTGAGGCTGGGGTTTTGTGTTGGAAATCCTTTCAGCACACTCAAGAGCAT TCCCAAATTAAATATATCGATCATTTTTGCAAAACACAGCTCTAGTTCTT CTTTAGAAAAAAGGATGACCTGGGTGGCCGGCGCTTACTACAGATTTTTG ACAAAGAAGAAGAAGCTGAAACATGAAGTGGTATATATTTTCAGGGACTC AGTATCAGGGTTGCGCTTGGAACAGGCCTCCACTGGTGCCAAGAAGGAAA AGTCCATCATATTCACGTCTGGGGACTATGGTGGCAATGTTTTGCTTACT TCAGATTTTTGAGGGGTTTTTGTCAACAAAGAAGATATTTGGACTTGATG GCGTCCAAGAGAAGGGCCATCTTCTTTATAAGCAAAGACTTCCCACCCTT CTATTTGATGGCCCCCCTGAGTTCTTTGAAACATTGAAGTCCTTGCCATG TGATCTCATGTAATTTCTTTGTGAAGCTATGATGGTCTTCTTGATCACAG ATTAATACTTTTTTATGGGGCTTTCTCTCCTACGATTCTTCGGCTTCCAG ACATTTTTGACGTTGTAATTGGTATTGGGATCTCCGCTGGTCTGCTTCGA AAATGTCTTCTTTCGTCACTACTGAATCGCCTAAAAGCAACAACTTTTAG ACGATTCACTTGCTCAATAGTTGTAAAATGACAAAACAATGCAAAAGTCT TATTTATCATATCTCGTCGGAAGTTTTATAATTAGTCAGTGTATCCTCGA TATATTAGCATTTAAAGTGTTCTAGAATTTGATTTGCTACACTTGGTTAA ATAGATTGTTTCACAAAATATTTTGTAGTAATATAAAAACTCAATTTTCT GGTTTATTAATAATAATAGGACTTTTTCCCCACTATAACTTTTCATTTGA AATACTCGCCCAGACCCATTCACCAAAACATATTAAGATATGTAAAATAT GACAATTTTTTTTGTTCTTTTGCAACCTCAAATATGAAAAAAAAAGAAAA AATTGACAAAAATTAAGGTACTAATGTTAATTTTTGGCATGCTTAAGTAA TGTTTGCCAAACAATGACGTATTAATACTCTTTCGAATTTAAGAATACGT GTAGTAGCTCATTTATCAGTAAGAGTCAACTTACGAATACTGCTGGAGAT ACAATACTTCTTATTTATCTTTATCTCTGAAAGCGATACAATATGTATGC ATACTAAGTGAATACAATACGCATTGTCTGTACAAGTTAAAAATTGTGTA AGCAATTTTTACTAGTTCTTCGTCTTAAAATGAATTATTTAATTCAACAA TGGTCATTCGATATCATTTGATTTTTATCTATTAAAACAACATGGCTATT ATGTATTTATGAGTAATTTAATTCTGGGCATTTGAACTTAATAATATGCC ACTGAATACTTATATTCTATTCATTTCTATAAATATAGTAAAAATAAAAC CTATAGTATGTTGATCGTCCATAGAACATTTAATTATAGCATTATCTTCA ATCAATGTACTGTAAATCCTTCATTTAATATTATTCATCGGATTTTTGGA TACAACATGTACAAAATTGCAACATGGACACAATATGTATATTACAAAGA CTGAATCAGTAGAATTGTAAAGTGTAAACATTTTGAGTATGTAAAGAAAT GGAAATAAACGTTTTAGTCTTGTCAATTTCAAAAATATTTTAGAGGAGAG CGGCATCCCTATCATTATGTTTCATAAAAAGAGCTGAGAAGTGAATAACA TTAACAAAACTCCCACTCCGTATAAAGCAAAGACATAGGCATTAATGATT CCGTTTTGGATCCACAATTCCATTATTTGGGTATGTGTAGCATCTGAAAT TAACTTCCTCATTTCTGCCATCATATGCCAAGGGAAAAAACCACTTACTA TATGGTTGAAACTTCGGAAAGTACATATCTCGAAATTTATACCCCCCAAT TGTTTATTCATAAAATACTATTCCTCATACAACAATATAGAATACAAATT ACTAATTGGTAATTATGAACAAGCTCAATAAAATCAAATCTACATATATA CAACATTTTTGGGAGGGGTATTCAACTGTATTTAATTATCAGTATTAGTA TATACATTTACATATTAATCATGATAATATAGTTCCAAATTGTTAATTTA ATTAATCCAATGGCAACAAACTTTTATAAATATTTACAACACTATGTTTA TCATATAGCAATCTCTTCACCTTGCACCCCCCCCCCCCCCCACGCTACTG TGTGTTAAACAAGAGAGAACAATGTTCTGCCATAACGAAACGTTTCCATT AGACTGATGAGATTTTATTGTTTAACTTCGCAAGGTGTCGCTTTTCATAT GACGTCAACTCTGGCATTTTTCTTACTGACGACGTAGTCTGTAATATTAT AAAGAGTATGATTGATGCCGGGAACACTGAAACTCCCTGATTTATGAATG ATCATTATGATGAAGCACGCCTCACACTCTAAAATTGCTGTGGAGGAAAG CAGAAATTATTTTCTTCTTTGACTGTTCCTTTTTTGAATATCCCACCCAA GAGAAGAGAAGTTTTCAATAATACATTTATGATTTATTGATGGTCATTAA TTATAATAATTAATAGGTTAAGAATAAATGAATAATTTAAAACGCAGTGG TAAATTATTATCAGAGATAGGAACTTGGAGTCGGAACTTGACGTGGACTC TATAGTTTAATTATAAAATACTTGTATATATTTTTCATTAATTAATATCA TCATCTTTGAACTCGAATAAACAAATTAGTGGTTTATCAAAGCTTCATAT GATAAAAATCTTCTTTAGCTAAGCCAAGTCCGTCTTCCGGACCTCAAATT AGCATCATCTTAAAAGTAAAATATATAAGATAACTCCTAATTATATATCA AAATAATAACTGACCTCTTTCGGAGAAAAGATGTTTCTTTGCACCAAGAC ATTTTTTAGCTGTTGATTACGTGGGTCCTCGATTTGCTACTTGGGTTAAA GGTTTAGCCTATCCTCAGAAGGATAGCAACCATTTTGACTGAGAATAAGA GAGTAGATATACATATTTGAGTCATGAGTGCAACCCATTCCTGGTTCCAC TTTTTTCCTTCAATTTTATCTCCTCAATATTTAAAAGTTTTAGAAAAAAA AAAAACGCAATTAAGGTTGTCAACAACAACAAAACTCAAAGGCTAAGAAA TACTTACGATTTACAACCCTAGAAATCAGCTCAATATTTTTTTCAGTAGT AATATCATTAATTGGCTTAATTCATGCTCCGTTATCCGTAGTCCCTCTAT ATCCTATTAAAACAACTGTGATTAACCCATTATAATAAAATTATTGGAGC AAAATACAAAAGTAATCATATTTCATTTAATTATCAGCTGATCATTAAAA TTTAAAATCAAGTTTTAATTTAAATTTAAATTGTACATACGGTTTTTTTA TTTATAAATCAATCAGACAACTATTTTCAAAAATTACTTTTAAGAAGTAT GATCATTTTGGTGTTAAAATACTTGTTTAATTAAATTTTCTATAAAACAA GAATTATCTACCTCACAAATTTAGATTTTTGCTCCTAGTGTGCCTAGGAA ATGTTCATACATTTTGGGATAAAATAGAAAATGGTATAAATACCCCTCTC TTAATATAAAGAAACCCGCACTTTTTATTATAATAGTGTAGGTATATAAC TATTTATTTAGAATTTTCATCATGAAATATTTTGTAAGTACTAAGATTGA TCAATTCATGGGAATTTTTTCTTTAGCGTGCCCCTGGACATATCAGGATG AGATAGTAAATACTCTATAATTTAATATTTAAAAAATATAAATTTAGTCT TACCCACCCATTTTAGAAGGAGGATTCAAAATAAACACATTTTTCCTAAA TAAAAATGTGAATTTAAAATTTAATATCTTTTGTATGGCTTGTTATCACC GCTTTGTTTCCTAAATATTTTATCACAAGTGAGTCCTCTAGAGGTAATCA CCTTTTCATGTAATAAATTACATGAAAAGGAAACTTATATTATGTAAAAA TTATATGTAGGATTACTGGGGAAATTATCGTTGGTGTAAAACCCTAAAAT ATTCCTAGAATATAGATCCCGAGACTCCAGGATAATGTATACGAGTATAT GTATCACTCAACTTGGGAAACTTGAGAAAAACAGTCTTTTTATAACTTTA TTGTGCGAAGGGGGTCTTATCTTCGTGAAATCTATTAGATTACAAAATAA CATTACACCATGATACAATGTGCATGTATTTTAAAGGAAGCTTCTCAATT TAATTGGTGTTACTATTGAGTTGAATAGGAAATTACTTTAAATGTACAAT ATRAATACWTKTTCAATCTTGTTGGTCTCAAYTATCCATACCTATTTATT TATTCAATACATTTTATTTTAATTAATTACTTTTATATGTTATATTATTT AATTATACTGAACAAAATAAATACAATAATCATGCCGAGGTCATTGAGAA AATATGTGTTCAAATTAATTATTTTGTACGTTTTTAAAGTATGTAGAAAC TTTATAGTATTTGTAGAATAATTTGAATATTGTAAGTTAAAAAAATAGGA AATTTAACAATCGTGCTCTTTTTGTAATTGCTATCTGAATAGAGTTTTTT CTTTATTCCTGAAGAGATAACAACAAGTTTTGAATAATCTCTAATGTGTG AAAGATGAAGAATAATTCTGAAGATTAGTGGATATGTTTTAAGTGTAAGT CATTGTAAAACTCAGAGCCAAATTGAGGATCGTCATTGCTGTAGTTTCTG AATTTATAGGGAGTGGGGTTAGTGTTTAATTTGAAAAATGTTAGGGTAGG ATTACATTTCATTGGATCAGAAGTAATTATGCTCCTCCTCCAACTAGGCC TTACACTTACATATAACTCCCAAAAGTATATTTACTTTTACTCTCCGTAT ATCATGAGCACGCAGACTAGTTATTATTACAATACTTAGATGTTCTTTCT TCAAAAATGCAATATGAATGAGAAATTGGAAAATAAAAAAGCCTGTTGAA TTGTCAACCAAAAATAGCATTTTTAGCATTCAAGGACATGTTTTATGCAC CTTTACATATTATTGTACTTAGTATTATTTATAAGACATTGAATTCATTA TGTTGTTAAAACATCATTAATATTATCAAACGAATAATAGGTTATTTTAT AAAAAAAATATTTTGCAAACAACTTAATTATGTGCAAACTGAAAAAATAT ATTGTGTTGATCTATGAATAAATTAGACATGGAGAGGTTTTTTTCCTATT TAAAAAGTATCTGTTTTTAAAGATAAGGAAAAAGTCAATATTTGAAATTA AATAAATTAAGAATAGGGTTATAATTTACTTGATGAAATCTATTGTGAAC CTAATAATCAACCATTATTTTCTTTTTACTCTAAATTAATATAGATTTTA TGTGAATTTTCCTCATATCCTGGAGTTCTTTCATATCGTTGGTCCTTTAA CGACTCTGAGGGATCACTGCGTTCACTGAAGAGTTCTGAAGCCTCCTCTT TCAACGCCTCATTTTCATCACTTACCTATAATGCAAATTCAGCAAAAGAC TATGGATATCTGCTATGTTTTGCAACAAATTTGGAAGGAGAAGGGCCTCA GCCCTGCATTTTCAAACTTATTCCTGCTGGTAAGACAAGCAAACAAAGAA AACACATTAGTATATTAAGTTCACTCAGAGATATTTTAATGTCCTTACAT TGAGTGCATTCGAAAATACATATTTTGTCTAAAGTAATGGCCGAATACAT ACAGGTGTGAATGGATATGACCATAAAATAAACAAAGAAAGTTAATATAA TACACATTCAATTACAACATTGTTTTTATGTAGGTTCTTATATCTACATA AAAAAATAGGAAACTTTTATGACTGGTTATCTTTTATGTTGCATTAAGGA TAATATTAGAAATAAGATTTTATATATTATCCTTTAAATTAGGTCCACCC GAAGCACCCATTGATTGTGATGTCCGGAATCACACTCGAACAGGACTTGG AGTCATTTGTCAAAAGGGATTTGATGGGGGTTTATATCAGGTGTTTCATT TAGAAGTTACAGATCGTGGAAGTGGGGATCTTCTACAAAATATGACACAT ACAGAGCCAAATTTTAATATAAGGTAAGTGTAATTGATCGTACAAATAAA TATACAGGTACTAACGCAACGAATGGTGTTTGTTATATTAGCGTTATAAA TTTTAAGTCAGTGGTTTCTTGCCTTTATGAAAATTACAGAGCATCTACTC GTATTTTTTTAAACAAGTATTTAAATTCTAGTTTAGGACTTTTTTATTTT TAAAAAGAAAATTTCAAATGAATTTGTAGCTCTTGAAAAACAAAACAAAA CGATTCTTGGTATATTTCTATGATGATATCAGGGAAATAAAGTTTTTGAT GACCTTTATAAATTTGGTAATCCCTTAAAGATGTATCGTGGAGTCCGGTA TGGAATAAATGTTCTAAACATTTTCTAGCGTGGGATTTTTTTAGTAGTCA GCAATCTGAAGATTTTTTATTTTTATTTTCCAAAGCTGTTGTCATTAATG TTGTGCCAATCCTCATTTATTCTGTCTAGTCAATTCTTAGTACCAGTCCT ATCAGTTTTTTGGATTTGTTCTTAAGACCCTAACTCTTTCGGATTGTGAG TTCTACAACTGATTTAAAACAAAATAAATAATGTTGAATGACCTCATTAA GGACATCACTGTATAAGTTGTAAGAATGATACGTTGAACTGAACTAGACC AGACCAATACTGAACGGGTCGAAAATACAGTCTTCAGTCCTTAATAGTAG TTAGTTCCGATGAAATATGTCTTTGCTATATAAATAGCTATAGAATGGAA TGCTTGTTTATTTCCTTCCTCTCATAAGAGAGACCCCAAACTGTGGTAAA TTATAGAAAAATAACTATATATGAGGGGGTGACAGAGCATGCAAATGTCT GTTCAATTTTCTTCAACTGTTAACTTTAGTATGATATAGGGATATATTTG AAATTTTATTCAAGCTTGGGATTTAAAAGTGATTTTTAAAATTTTTTAAA TTAGGGGTGCAACCTTTTGAAAATAACTCATAGTCGAATAGTTAAATATT GGTTAATAGTTTCAATCTGCCTTCTATTTTATTACCCTGATTATTGTTTT TTTAATTAATAACGCCAAAACATCTATAAATTTAATTGGCTAAATATATG GTCCTGTAAATAAAATTAAGACGATGATCCAAATATTTAGAGATGTGCTC ATCAGGTCAAATTCAGCTGCATTTTTTTCATTCGAGTTATAAAATCTCTA CGATTTGAAAAGATACAGCACCAGTTTATAATATTTTCTAGATTATAGTA GTTATCTTCTGTCTGTCTAAATTAGCCACGCAGCGAAATAAATAAGCATC TTTGTCTCCTGTTTATATATGTTTCTCTATCTTCCAAAGTCAGTTTTTTT ATTTTGCAAAGCAGAATATAAAGTGGAAACTCAAAACTTTTAGTTGTATG ACTAAAATACAAAAAAACGTGATTTTTTGGAGTCAAAAAACGACGAATCA AAGTCAATTTGTGATATAATTATATACTATATTATGCATTCAATATGTTC TACTTCACAAACAATGACAGCCTTAGAACAAGAGCTTTTTGACTATGAAG GCTGTGTTCATGGGGTACCACACTTTTATAATAGAAGCTCAGAGTTAATA CAAATTTAAATGATAGATGCAGCAGACATTCCTCTCCTGAACAACCCAAA GACAAAGTCCAGAGGTTGAGGTAAAAGCTGATTGAGGACAATTCAGAAAC CACGCATGATTTTGCTCCATAAGTTTTGATTTCTCTTGGCTGTTTGGGGC TCTGCAGCTTTCTCGGTGTTGACCACGCTGTCTTTTTTCTTGTTCCTTTA CCATTTTTACACTTATTAAAAATATGAGGGGAAAAACAGAACTTCATTAT TTTTTACTACTACTGTCGTTTGGATCCGTAGTTAAAGATTATAATTAAAA ATATCGTTGACAAAATAGTAGATAAATGCTACTATGGATCTATTTCTGCC GGAGTTAAGGGTATATTGCCTGAAAATGGGACAGTCTACTTTATAAATAC TTATATTTTATATCATTATCATTAAAGTAATTACATGATAAGTACCTCAA TGAGAAAATATAGACTCTCTCAAGTATAGTTTCCTTCTACGTATATTGTA TATATGTAGAAACATGTATCAAATTATGTTTATAGGGAATTATAAACCTG GGTGGAGTGTTATAATACAAAAATAATGCATTGTACAAACATATGGATAT ATTTATTTATACTTCCATGTTCTTTATAATTCCTAAACTAAAGGCCCCAT AAAAACCCTTTTTATGTGTCTTCTACCTAACGAGTTTGATACTTTTCCAT TTTAACAGTAGTTAGTTAAAGGTGTGCTTAATTTTATATACATCAGACCG AGCAAATTTAAGGATTTATTTTTGATCCAAGAATCATCAAGCGATAATGA TTCAATTATTGTACACTGGTACACAAATAAGTAGTATCTAATTTCATTAG AAACTATACAATAAAATACATTGGTATTCATAATACTACTTTATACATTG GCTGKCGAATAACCTTTAACAACGGCCGGKGATGGGATTTTACTTCGAAG TTGTTGATAGCAAAGTTTGTCTCGTAGTTGAGGCTCTTACCAAATAAATT TTAAGGATCCACAATATGATTACAATGCCTAATTCAAAGGTTAATTCAGG AAACTTGTATTATTCTATGCTAAGAGTAGCAAAGAGTAATATATCTCCTA TACCTGGCCAATGCTAAACAATATGCAAGACATATCATCTTAGCCTTCTA CTAACACTGGGAAAAATAATAACGGAGTTCCTCACTTTTGTAAAGAAGGA GTAAATTTATGACTCAGTTCCAAATTTCTAAAGGTGTTAATTTATTTCAA GTTGGCTGGCCAACCCTCGGAATATTTTTAGTTTAATTATCCTTAAATTT CTAAGATGCTTGGCATTATTTTCTCTTTGATATTTCTTTAAGTTTAATAT TGGTATTTCAATTTCAATGCCAACGTTCCCATGGACTCGTTTGTCTTCAT TATTTTTCGAATGACCAAAGGAAATGAAAAGTCTACTCCTGTGACTAATG CCTTCTGTTTTGCTTTTTGTTAGTGTTAAACATAAATATCTCACTTCTGG GTGTCCAATAAACTTTTATTGTTATTTTTATAAAAATCAAAAGTTAAACT TTCATCTATCAAATGAGATACTTTTAAACTTTCTAAACATCTCTTGAAAC TATGAGCTTCTAAATAAAAAGCACCTATTTTCACCTATTAATAAAGATAA CTCGACTTTTAAGAATGATAAGTACATTTGAAAAGTGGTTTTAGAATTTT TTACATTAGGTTTTCAAATATATTAATATTATGTATCCCTGTCTGAAAAT CATAGCCCTTAAAAAAAACTTTGAACCCGAAATTTTCTAAAATAACACAA ACGTTATGGCCTTTTTTACAAAGAAAAAATAAAAACATATTTGGAATTAG GGAATCAAAATCTACTCAGTTAACCATATGCTGTTCCTGCACCATTTTTG GTGTTGAACAGTGTAATCTGGACATTCCAACCGACATCTCATTTTTTACC ATTCCAATACTCCATGGGATTGGTTGCACCTTTAACACAGCTATAAAAAG TAAAAAGTTCGATATTTCATACATACACTGATAACGGATCTACGTAAATT ATGTTTTCAAACTTTCTAATTGTTATAAAAGGTTTGAGGGCATTTAGCAA TTTTGGAAGTAGTAAAGTTAGGTATAAGTATCTTTGGGTGTATTGATGAG GTATCAACAAGTATAATGGCTAAATATATTTAAGATGGATGATGAAAATG AATATCGTCACACCCATTTTGTAATATATATCGAAAGCAGTTTTTTTTAA ACTTATATAAATACAAAGGAAAGTTAATTTTACAAATTTTTTAATAACAT TTTTTAAGTGTTTTCATATTATAAAAATGTATCAAAGACATTGAAAGCAT TTTTAATTAACCCATTCATCATTTATTTTTATCACAGGATAAAGCTTCAA AATTGTTTTAAAAAACAATTTTTGCTAAATAGTCATATATTATTATACGT TGTACGAAACGTCCTTAAGATTAATTTACATATAATATCTTTCCAGACTA CCTAAAATTATTCCTTATTCAAATGTCAACCAAAATTTAATATTTTAGCT TATACATTTATTTTTAGTAGTGTATGGCTTACATGAAATTTGAGGGTCAG CTGTGCTTGAATCATATTAAAAATCTTATGCTATCTTGAATATTTGATAT TCATAAAAAGTAATTACCGTTTCTAAATTGAATTGGTTTTCTTGCATAGA ATTTTTTTTAATGTATTGTTAATTCATTATATAAATTCAATTAATTTTGA AGATTCAAAATTCAAATTTTAATGTTATAAATCCATTTTGTACGATTGAA ATTAAAATATAGTCACTATTAAATTTATTTTCCACATAATTTAGCATTGT TTTTATTTTTTTTATGTTAAGAGGATATTTATTTTTTGCATAGGTGTAAA GTTTTATTGTTATACCTTTAACGGTAATAGGTAACTTCGTACAAAACATT TTTATATAAAGATATTTCGTATAAATTTATGAGGAAACGTGTCATACACT TTATAAATTGTCATTTTATACCCAAATGTTGAGGGTGTTTTCGAGTACCA GCGATACCTAAGTAACTACTAAGAGCCCCTTATTAGTCCCATTGTACCCC GAATGTTGGTGTACAATTGGAAGATAGTGGGGGCTCTTAGTAGTTTCTTC AAGTATCACCGGTGGGTTGCATCTCTTTTTGGGATACGCGGTACTCAAAA ACACCCCCATCATTCCGGGTACAATTGAGGGACTGTAAAGGGCTCTTAGT TGTTACTTAAGTATCGCTTGTACTTGAAAACACCTCCAACATTCAGGGTA TGTAATGACTATTCATAATGTCTATGCCCCGTTTCCTCATAAATTTATAC GAAATGGTTTTATACGAAATTGTTTTTATATTAAATGTCCTTATACGAAA ATGTTTTATACGAAGTACCATACATTCTTTTAACATCTTATATTATTTGT TGAGTATATTTATCCCTTTTATAGGCTTKAGCCAACTTTTKAATATCGAA AAAGWCTGTAATCTACAAAAAAAWCAAGTCTTTATTTTKATGTGGAATTA TATAGCCTCGATAAAAAGTAATTAAAGGTTACGAACCAAACTTCTTCTTT TTTTCTTTTTTTTTTCAACATTCTTTATTTGGCTTATATATTATATAGAA CATTCATATATCAATAAACCGGAGCAATTGCCTACAAAATTACATAAATA AACATTATAGTTTATACTTAATGCTCCGGTGTAGAATTTAAAGTAATATT CTAAATATCAATCTTTAAAAAAAAACAGAAAACATGCAAATTAACAATTA TTATAAATATTTGTTAAAATTTCTTAAAACCCCTTTTCTAAAATATTTCG ATGATTTCGTGAAGTTGATGGAAGGTACCGGATTTCTTCCCCGGCAAAAT TCAATGACTTTCATCCTGATTTAGGAATTTTCATTGTGAGAGAGACATAG CGGGCTGAAGCTGTCAAGATGATACCTCTCAAATCGWCCTTCCGAATAGG CTTATAGTTAGTTAGCCGGCTGTTGATGAGGGATTTACAATTATGACTTG CAAAGTCTAGAGCCCTTGTTACCTCAGAAGTTCAACCCTTCTTCTTTGAA ATTCCAAAAAGAACAAGAACTTTAAAATATTTTTCTTCCACATTCGGCTG CCCTTATAGATTTATAGATACAAAATATTTTAGGATATAGATGGCAGGTC AGTCCACAAACGCATGAAGTGTGTTATTATATAGTTTTCCAGAGTCATTG CAGGGCCTAGTATATTTAATACAATCTGTGGATATTTGTAACTGCACGAT AAACTTTTTATCATCATTTATTCCCCTCAGAGCAGACACTATTTTTATTT CCAATCCATAGGAAAGCCCAAAGCTTACTATGTAGCTCCCAGAGTCAATT AACAACTGCATCAAAGTGTAGGATTACCATCTTAACGTGCCCCGGGTATG ACATTAAATAATATTTTGAAGAATTAATAAGTGGAAATCGTGTTTTACTA TCATTGAGCAATTCTTCAGAACTTAAATTATGAAATGTTAAAATATTTCG TGTGATGGCGCGTTCTACTAAAATTGAGGGGTCCTTTAAATTTCTAAAAC ATAACTTTTTATTTATATTTTGCCGCATTATATCAATGGTTGAGTCATTT CTAAATGCAGGCGTGAGCATCCTAATTTATCTTTGCTATGTGCCCCAAAC CGGAGAGATCAAAGATGTAATTTCTTTGGTCAGATTAGTCCCCATCATGA TCCAAATGTACAGTTCTTAGTTCGTTATACTTCTTCTCCATTATACTGCT GGATTTCTGGAAATATCCACAAAAATTCTGGAGTAAATTTTCGGGACAAT ACAAGATAGTTGGGCTACTTCACCGCCAATGTGGGATTTAGGTATTTTCA TGGCTGSGATATAATTCTTATAAAACAAGCCATTCAGCTTCTTCTAGAAT AGCTTTTTCAGCTAGTTACGTACTTGCTGTTACCTTATACAAAATTAAAA GTAATACCAAATTGTTAAAATAATCAACTCTTTTTGAAGGTTGAATATTT TTCAAAAAGAAATTATTTTGTTAACGAAGGTCCGAATTTTGTTCCAGTTA TCTTCATAAACACCACTGTTATTCAATTTTATAACAAAAATTCCCACCAT TCTTCTAACTTTACAACTTCCGACTTTAAGATCCTCTTCGGGCTTTCCGG AGCCTAAAGGAAAAATATAAGTCTTATTTTTATTCACATTCAATCCTGTT TTTCCTTGAAACTTCCGAAAATAATTCATTAAGGCTTTTATTCTGGTAAT TAGCTGAGACTCAGAATTGCCTCTACGGTTAAAGCTACATCATTTTCATA CAAATCAATAATATGCTGAGATCCCTCACAACTAAATCAAAAGCCTCCGT ACCTCTTTGTTATTCCTAAAACGAGTTCTTCGATGGCAGCTATGAAAAGA AGTGGAGAAGAGGGATATCCCTGACGACAGCTCTTTTCTAAGATGATTGA CTGGCTTTCTAGTCGAACCAATGAGATTTTTGAATTGCTGTCATATAGCA AAGCACGAACGGGTAAAAAAAAAATTTCAAAATAATATTTTTTTACAAAT TTAAGAATTTGCCTATGTGAAATAGTGTCGAAAGCATTGCAGAAGTCTAT TATTATTATTACTCCAAACTTTTTACTACTTTTCACTGTGCCAATTGCGT AAAATATGGGAAATTTTCCTATTGTTTAAAAATCCTTTTTGTACAATCCC AATTTTTTGTTGAGAATTGGTTACATTTGTTTAGCCAAGACTCCAGAGAG AATCCTATATGATTCATTGAGAACATTAATTGGTCTCCAATGGCAATAGT TTGTCCCATCTCTTTTTTTTCGGAATCATTGTAATTCTTCCTTTTGTCTG TGATTTGAGTAGTTGTCTAAACTTTTCCATAAAACATCCAATTTTTAAAA GATACGGATCGACTTCATCGCTAAAATTCGAATAGACTTTACCCAAGAAT CCATCTGGGCTTTATCATCCTTATAATACTTTTCTATAAAGTTTGACCTA ATATCTTTGGAGAAGATAAATTTCCCTTTGACAGTGGAAATTACCTCTCC TTTTGGAAAGTGGCCTCTTTTTCTGGCAACAATGTTTTGGAAATGGGAAT TAAAGTAGTCTAACACATCTATCGGGTTAGTTGTAACTTTTCCTTCCTGA ATAATTTTTTTAACACGGTTGGCAGAAAATCTGTCTTTTATTAAAAAAAT TCTTAAGTCTTCTGCACACAGACCCTTCCAACTCAAATTTTTCTTTCATT TCGGCCTCAGCAATTCCTGCACTAATCCTAAAAGTTGCATTTGAAAAAGA ATGAGTCAACAGGATTAATTTAAAACATAAATTACTAGTATAGAAATTTT ATAGTAATTTTATATTTCTTCATTCTACGACAAGCTTTGATGTTTACCAT TGTGATCAAAAATAAGGAATTTACATTTATACTGTCCAAAAAATGAATTC ATTTATGGTCTTTTTTCTGTATTTACAAGAAAAATATAAAAAAACATTAA TTTAGTGTAAAAACTACTTTTTTCATTTATTTTTATCTTTCAAAAAAAAA CTTAACATTAACTCATGAGGATGCTGTTAAAAACTTTTTATTAAACACAT TATATGCTACAAAATCCAAAATTTTATCCTATATATGTCATTTTCAGAAA TAGAAAACATTTGAGATAGCACCAACTCAATCAAAGGTAAAAAAGTGAAA TTTTGATCACTAGTGTTAATAGAGTTTCCCTTTTTTAAAACTGTTAAATT GTGTTATTCATTCAAAGCAAGGTTAAGATGAATACCCAGTTATTTCAGTT GCAATCAAAAGTTGAACTTGATATCAAGATTTTCCTGTAATATATGAATG ATTTAAATTATAAATACATTATGAAATATCCATTGAGTTGTAGCAGGATT TACTAAGCAGTGTATTTTAACAAATGTTGCCTCTTCAAGAATTAAATAAT GATGATAACAGATTAGAGCTTTAAAAAACAATTCTCAGTTTACCAAAACC AAAAAAAAAAAAAAATACGCACGCTAGAAATGCTTACAAATTACAACCCT AACAAGAAATATTTTACTGATTATGATATCTAACATTACTAATCAATAAA ATAAAAATTCATCATCATACTTCTTAAAAGTCATTCTTATAAAAAGTATA CGTAAGTTCAACTTTTTATTTATTTTTAACAGGGGGTTTGAATCGAGTCG AAGTGTGAACTTGAAACTTTATTCTTCAAATTCATATGGAAGGAGTTTAA CTACAGTTCAATTGGAAACAACGCCTTCAAAAGTAGCAGAGCTTCAAATA GGTAAGATAAATTGCTGTATATTATGAAAACAATTATTGTTTTTGTTTAA TTCAACAGTAAATGTCCCAGAAATTGTTTTTTTATGTTAAGTGAAACAAC ATATTGTATGTTTGATTTGTATTTGTCCATTCATCAATTACGAGACTACA AGTCGGTGCATGTAAACCTTGAAATTTGAACATTTATAATTACATGTTAT GTGAATCACTCTTAATTTTTTTTTACCTTTTCTTCAGTGATACTTTATAT ACTACCCTGATTAATATGTTGTAAAAAATGTCAACAAAGTATATTGAAAG TATTACACATTTTGAGTTGTTTGTTTGTTCTTGAAAGATAAAGCACTTAT ATTTCTTTAAAAGACTCTGTACTTTTCTATTATTTAGAAAGAAAGGAAAA ATTAAATCAAGTTGATAATTCTATAAAAACTTTTGTATGATATTTATTCT CCTAAAATAGTTATTGTTTTTTAAAGCTAAATTTTATAGAATAAATATTT TTTCATAATTTTGTTGAACTTTTTATAAATTGATTTTTTCTTCAATTTTT TTTTTCAATGGTAGTAAATTACAGAGCACACTAAAAGATTTACATTATTA TCTTTCAAAAACAAACTAATGATGTAAACATTGCAGACGTGCGAACAAAT GTATACATTTCTGTACGCTCAAAATATATTTTACATTAAGATATAAATAA CTGTGTTTATTTATGACGAAGATAACAAAATTGACTAAAATATTTTTATA AAAAGATATGATTTCATTGAAAATATTGGTGCAGATCCAAATATTTGAAT GTTCTGACGAAAAGATCCTTCTAAATCCTCGATAAACCAGAACTACGGAT CCACTTTATTAAAATTAAAGTATATTTATCGTACGAGATTTACCTCCCTA GTTGCTAAAATATTATTGGATTAGACAATGTTCCTTTTGGAAAAAGAGTA AAGATAATAAAATACCTATATAGTGAACTATTTTCCTTCAATAATATAAT TTATCCCTTCTACAGATCAAATTCCAGGCATCATTGCACGTGTATCAGTA TAAAAAAACCAAATAAATTTAAGAATTGAATGAAAATTGAACTCAAAATT AGACCATAACTATATATTTTTGATCGGAACTCTCATAAAGATTTTTAGTT AACGGTATACAATATTTGTATCAAAAGCAGACTTACTTAATCTAATAAAA CATACCTACTTGGTATTTCCCAGACTTTATAACATAAAATATTTTTTTAT ACATTTATGGATTCTATCTAGATCTATGCATAGTATTAATATTATTTATA TTTTCCAGAATCTCCGCCCTCTGACACATCCCAAAAGTATATGGGAATCA TTGTGGGTGTTTTAGGAACGTTGATAATTGTGATTAGCACAAGTCTTATC GTTATCTATTGCTGCTCCAAGGATGATAGAAGTAGAAGATCTGAAGGAGG ATTGAACTGTCTTAGAGGATCAAGGCAAGGCTCTAATAGTAGTTCTTTTA TTGAAGTACCTGAAGGCGTCAACAACAACAATAATCCGAGGGTTATCATA CGACAATTCAACAATGCAAATGAAGAACAAAAGTCCAGTGGCTTCGGTGG AAGTAAGTAG
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